LOCUS       SEQF3106|MIQD01000001.182488 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..82488
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             320..412
                     /locus_tag="SEQF3106_00001"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVRMLLAALTFVSAPFVEVVRVIFTESFM"
     CDS             1288..1542
                     /locus_tag="SEQF3106_00002"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDITTYAQCGAPLFRQCNNGIRLIIWGSSTGMFCSRIGCSVCYI
                     FLYTDICIRKQRDSTIHQCSTIAAIVSVPIYCKRIAHCIT"
     CDS             3543..4118
                     /locus_tag="SEQF3106_00003"
                     /EC_number="3.6.1.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P99094"
                     /codon_start=1
                     /transl_table=11
                     /product="Non-canonical purine NTP pyrophosphatase"
                     /translation="MQTLVFATHNPHKLREVRDMLPTGEMELVGLTDLGQTAPLPETA
                     DTLQGNALQKARFVKAHYGYDCFADDTGLEVEALGGAPGVYSARYAGEDCDSAANVRK
                     LLAALADAPNRRARFRTVIALVMDGREHLFEGVVTGRIATKGHGTGGFGYDPVFVPDG
                     YDRSFAELSADEKNAISHRGQAVRRLVEFLS"
     CDS             4657..6975
                     /locus_tag="SEQF3106_00004"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIQLLIYGLLLSLLAVHAADNSTTRWHTYLAMYNTTAVAEAEN
                     NVYAVADGTLYSYGKTDDRIRIYSRQTGLSDSDVRLIRYSASTRTLLIAYANGNIDLM
                     TADGVYNLPFLKNSTNIQDKTLNAIDLNGDLAYLAANFGVMVIDLKKREVAETYRLDQ
                     RTVATCLLGKSIYAATDSGLLAARTTDNLMDAANWKRVVLKDAAFDDQKIVGLGTFRG
                     RVCLCATGSGLFCLNADSTTRLMRKQTNLRGLAVAGNRLLAYAPEALYVFASLDGTGE
                     AVGTGTVNAVTALKEDGRYWIASGRNGLVGLRRRTDGQYEKAISGLKIEGPKRNYDDY
                     MIVDRGRLWVVGGSYTNTARGNRVGTLMSYANKKWTNFDETTATRGSGHDVQDYVGVA
                     VDPDDPTHCFVGTFGEGVIEIKDNTFVRHYDHKNTPLKSALPGNKNEHRYVRVIGIGF
                     DKNKNLWMTNCNAENGIVVRTKDGTWKSLYYPGVSDKTFVGRILFTSRGQKWVNVPRG
                     GGLLVFDDNGTPTNNADDKSHFYSTFTNAGGTALGVSEYYCMAEDRKGDLWVGTDHGP
                     MVSTTTDKALRDPAHCYWNGIVRNDEDGKPRYFLDSEQITAIAVDGGNRKWLGTGSSG
                     VYLVNADGTQTIEHFTTANSPLLSDNIRSLAIDNTTGEVFIGTEKGLVSYRGDATEAP
                     KTYSDVYAYPNPVHPDYEGNVTITGLIADSNVKITDLNGNLIRQGRSAGGQFTWDCRT
                     ANGRPVASGIYLVLASTSDGSEGVVTKIAVVR"
     CDS             complement(7274..7717)
                     /gene="tsaE"
                     /locus_tag="SEQF3106_00005"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AF67"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA threonylcarbamoyladenosine biosynthesis
                     protein TsaE"
                     /translation="MTPIHVPTPAHLPAAAQEFLRQVGSRPRVVAFYGAMGAGKTTFI
                     RALCEALGTHDTINSPTFALVNEYATDATTSGLIYHFDFYRIRTLDEALAIGTEDYFE
                     SSTWCFIEWPERIESLLPPDAIRVRIAEQPDGSRTIAIEGPVGND"
     CDS             complement(7714..9258)
                     /gene="zraR_1"
                     /locus_tag="SEQF3106_00006"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P14375"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcriptional regulatory protein ZraR"
                     /translation="MKRNKILWADDEIDLLKPHILFLEEKGYDVTPVISGQDAVDSCR
                     EQAFDLIFLDENMPGLTGLETLAAIKEVDPAVPVVMVTKSEEESIMNQAIGNKIADYL
                     IKPVNPNQLLLSIKKNLHKNDIITTATTESYQQEFGRIGMQINDSLTADDWTEVYKKL
                     VYWEIELEQNQTQMQEMLIMQKREADSAFGKFIRKNYMDWMRSPDRRPLMSPDLFKTK
                     IFPLLDAGEKVFFILIDNFRFDQWRMVRSLLTDRFTVDESLYYSILPTATQYARNAIF
                     SGLMPAQIEKMFPDLWVDEESEEGKNINEEPLIQTQIERFRKKYTFSYHKIYESQFGE
                     RMLAGLNELMRNQLNVIVINFVDMLSHARTESKMIRELAQSEAAYRSLTRSWFQHSIM
                     LELFSRLAAEDCRVILTTDHGTIQVNDPIKITGDRNTNTNLRYKTGRHMTCDSKYIFE
                     INEPARAGLPSPHVSTRYVFATNECFFAYPNNYNYYVPYYRGTFQHGGISMEEMLVPF
                     ITLQPK"
     CDS             complement(9442..10347)
                     /gene="fklB_1"
                     /locus_tag="SEQF3106_00007"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9L3"
                     /codon_start=1
                     /transl_table=11
                     /product="FKBP-type 22 kDa peptidyl-prolyl cis-trans
                     isomerase"
                     /translation="MKQIHKLAALAAVCLAMLLGGTVAEAAVKPTKKGGPALKSSLDT
                     VSYALGVNIGSSLRENLKTFPNGPANINILAEIFVRALKGDTAGLIMDNAAAEACIQT
                     YVMAAQQKENEARKAEGEKFLAANKSKAGVKTTESGLQYKIIKEGDGGEKPTDADRVK
                     VHYTGKLLDGKVFDSSVERGEPAEFGVTQVIRGWQEALKLMTKGEKLQVWIPSDLAYG
                     TGGAGEMIRPNSTLEFEIELLDIIKPESKVEKAAEEAVNAAEGAVNKVDKAVEKVEKA
                     AAKAEKEAKKAAKKAEKAAKKSEKK"
     CDS             complement(10347..11054)
                     /gene="mip"
                     /locus_tag="SEQF3106_00008"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5ZXE0"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein MIP"
                     /translation="MKKINVWMMAAAAAACVTMNSCKQGETTDVTLSNSVDSISYAVG
                     VNVGNNLKASVGNFPGNDSLKVDILVKGLLAVLKDTAALKMAPGDADAYLNAYLSNVQ
                     QAAAEAELKAGQDFLAANRTKEGVITTASGLQYKVINEGSGPKPTIKDKVKCHYTGRL
                     LDGTVFDSSTQRGEPVVFEVGQVIPGWQELLQLMPVGSKYQVWIPANLAYGAQSAGPI
                     KPNSTLEFEVELLEIVK"
     CDS             complement(11105..11689)
                     /gene="fklB_2"
                     /locus_tag="SEQF3106_00009"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9L3"
                     /codon_start=1
                     /transl_table=11
                     /product="FKBP-type 22 kDa peptidyl-prolyl cis-trans
                     isomerase"
                     /translation="MDKISYALGLSIGNNFRASGIKGLEIDDFVKGINDVFNEAQPAI
                     PFTEAQQLLQEYFKNLQAEKFEMNKQVGEEFLRIHKEKRGVVTLPSGLQYEVLKTGNG
                     PKPKLTDKVRCHYHGTFIDGRVFDSSVQRGEPAVFGVSQVIAGWTEALQLMNVGSKWR
                     LVIPAELAYGERGAGEAIEPNMTLIFDVELLGIE"
     CDS             11953..12408
                     /locus_tag="SEQF3106_00010"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLAEALSLRADLQKRVNELKVRFKDSAKVQEGDTPAEDLAALE
                     VELNTALAELEDLIYRINATNMQTMHEGETVTRMMARKDVLAMRVQLMQEVLRHVVEG
                     DARYGRNEIKTVRVVDVPELRRKTDAAARELRELDMKIQELNWAVDLIE"
     CDS             13059..16193
                     /locus_tag="SEQF3106_00011"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYITHSNSFGRRFRQWLQAGCILVSGALWLAACSDGGADADEG
                     DFIDPYMARDSGGRSNDVTRFQNSKDLARDFINPPAYARARIVWQWPGGRITKAGIQH
                     DLTEMWRVGIRGAVIYETGRALPDHTAEAAGAGFMTPRWRELFRYACTVADSLGMELG
                     LNLGSGTESGGPWITPELSSKRLLWSRTDVEGGRRIRIRLALPEGVMMRPGLNVPFYI
                     PVAVLAVRMDDAYVNEPTATGGDEAAEPTDSAATQPAVPAPVLPIRLSDVYDLSERVD
                     ADGNLSWEAPAGTFRLFRFVCSGTGARTANATPGASGLTPDFLSVEATDVHFDHTVTV
                     LLGEMRDNRPTSWTYITDDGRLPAGANWTPALATEFKRLNGYDLVRYLPVFTGLTIES
                     HDASERFRTDYRHTVADLLFHNRYERLRELAHQRNLSVHPVNRPETYNPVDVTRIPAF
                     SDVPTADFRLRSTPDASLKIAASAGHLYNRRFIAARGPLVAGTGGWEIDLRTLKPLID
                     RAYCQGANRLFIYAFTHSPASAGIPGIECPDGVCFNANATWWRQSRAFLSWTARNAVM
                     LTQGKSVCDVCVICDDEALQREAQLKQVEEALGGTYDYDVAGIDALLKRMSVSNGAIT
                     LPDGVRYRLLVMPDRRSMRPEVMAKIKELVRAGAIVVAPKPVTTVGLRNYPDAEVQLR
                     ADADSVWGRTFTGEALFGHGRVIWGKPLGEVLASFGVLPDFAYASTPPITPRLSYIHR
                     VAPTADIYLVVNQGNRPEWVSLTLRDGRGRRPEIWDPMTGTIMPQLIFRSDRYGRISL
                     PAFLPPHGSLFVVFRRPIEGLYFNGLTRNGDDLFPKLPPYPFGQAPVATVQGGEAFCF
                     VTGWKYGLQKPGGRRLALRGYHTETVPVATAWSVWFDPRWGGPGEVRFDRLYSWPTHP
                     DRGVRNYSGTAIYRNTFRLSAAQLSHTSIVLSLGQVIHMAEVEVNGRPAGVWWCPPYE
                     RDVTSLLQEGENTLEVRVTNLWPNRLIADLREQPSDRLTRTNLLGRYTGESPSTISGL
                     LGPVRLIIRPIKRP"
     CDS             complement(16772..17152)
                     /gene="ridA"
                     /locus_tag="SEQF3106_00012"
                     /EC_number="3.5.99.10"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AF93"
                     /codon_start=1
                     /transl_table=11
                     /product="2-iminobutanoate/2-iminopropanoate deaminase"
                     /translation="MKKVIATNQAPAAIGPYSQAVEAGNLLFVSGQLGLDPATGDFAP
                     GGVRAQAEQSFRNLRAILGEAGYKLSDVVKATVFLTDMNDFAVVNEVYAAQFAGMDCP
                     ARSAFAVCKLPKGGLVEIEVIAAR"
     CDS             complement(17191..18114)
                     /gene="arnC"
                     /locus_tag="SEQF3106_00013"
                     /EC_number="2.4.2.53"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7N3Q6"
                     /codon_start=1
                     /transl_table=11
                     /product="Undecaprenyl-phosphate
                     4-deoxy-4-formamido-L-arabinose transferase"
                     /translation="MKISIVIPVYNSAHTIGRVVGELIEALKPPRYEPEIILVNDDSP
                     DDSEAACIDLHRRYPGIVRFYSLAKNVGEHNAVMAGLNQVTGAYTVIVDDDFQNPTAE
                     VVRLFDYIATHDVDVVYTYYAHKQHSAMRNLGSRFNDRVANIMLRKPHDLYLSSFKAL
                     NLFIVREIIRYDLPFPYIDGLILRTTSKIGRLQVEHCPRREGKSGYTLRKLVTLWMNM
                     FINFSILPLRAVVVLGFVFALFGFGLGIYAVVDKLMHPGLPMGYTTMAVMIALFAGIQ
                     LIAIGMVGEYLGRVFLSQNKRPQYCIRKRFE"
     CDS             complement(18111..19193)
                     /gene="desV"
                     /locus_tag="SEQF3106_00014"
                     /EC_number="2.6.1.106"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9ZGH4"
                     /codon_start=1
                     /transl_table=11
                     /product="dTDP-3-amino-3,4,6-trideoxy-alpha-D-glucose
                     transaminase"
                     /translation="MIPFNEFKREYEAIRSEIDAALRRVLDSGWYILGKEGEAFEREF
                     ADYLGARHCVGVANGTEAIALALRAMGIGRGDEVITTDMTAFATVTGIVQAGATPVVV
                     NVRPEDGLMDERLIEAQITPRTRCIVPVHLYGQSCDMDAIMRTAEAHGLQVMEDCAQA
                     AGTTYRGLKAGRRGRCAAFSFYPTKNLGAYGDGGAVTTDDDATAERLRSLRNYGQTVR
                     YHHDYEGINSRLDEMQAAILRVKLRHLDAWNTRRRAIAARYQAGLTAVECLTEHAYGE
                     PNYHLFVVRATDRDALSERLAKEGIGTLIHYPVPIRRQRAYDGPGRDAARTPTDDFAA
                     AILSLPMYPTLTDGEVDTVIRAVNRV"
     CDS             complement(19267..19548)
                     /locus_tag="SEQF3106_00015"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKMIFTPADDLTDEIWGKIGTPERDAMEAKLKKDLHAYLAKEA
                     IKNMVRKRQRALGAHQPAQYPRPVRIINLQKWAGTRPTPLPSNYSLTTL"
     CDS             complement(19553..19984)
                     /gene="fdtA"
                     /locus_tag="SEQF3106_00016"
                     /EC_number="5.3.2.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q6T1W8"
                     /codon_start=1
                     /transl_table=11
                     /product="TDP-4-oxo-6-deoxy-alpha-D-glucose-3,
                     4-oxoisomerase"
                     /translation="MESLQVSNCAYIDLGRIKDGVDGVLSVAECGRQIPFDVKRVYYI
                     YGLSAPQAIRGRHAHKHNRQVLFCINGSFNLLLDDGTHRQEVTLDRPDLGVYMDVMIW
                     HEMSAFSPNCILLVLASDHYDEADYIRDYEAFIDQVRAMGK"
     CDS             complement(19962..21596)
                     /locus_tag="SEQF3106_00017"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKPRTLITRAIDAINGVDTRLFIFLLLCLNLLSFVPGDNEETY
                     FALAKQYMEPDWIPGSFTFTEWVGTRFLFQHIAGWALRYLTFEQLAFWGRMVNFLLYA
                     FPLARIFRLLRIRNTGILLILQLYIANVNTQSFFGMEWIFGGFEGKTLAYVFVLWGFY
                     FMLRGDEPSIPDMCQEPDEVQGVRGRVGGSVQKYVTEPRVPKATQQFAGYDTWAVVMA
                     AAASYFHILVGGWFFVLVWIYGLVRERSLKRAIVTGLVYVALVAPFVIYLATYLTDSR
                     TVIHGVDVDWVYSFFRNTHHTAPMHREGAMQKVLPRVVASFLFLLWCLFGLRRSKDED
                     VRRLNTIVRITLLMVFVGLAITYIDVHGRLLKYYLFRIAALGTFAAYLLVYVVARAWL
                     VRRHVDTVRLLPYAVAMVAIMALIHIEKNFARNIFPREDRALMELTDYVKTHTRPDDV
                     FLFRDRDELSFPRRTRREALVIFKFDPGGGEKIYEWYTRECLRRRLRTDPAVLDTIAD
                     RYRLDYLITTSPMTHPRLKEVYRNPKFYLYGISTSK"
     CDS             complement(21940..23526)
                     /gene="kdkA"
                     /locus_tag="SEQF3106_00018"
                     /EC_number="2.7.1.166"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00521"
                     /codon_start=1
                     /transl_table=11
                     /product="3-deoxy-D-manno-octulosonic acid kinase"
                     /translation="MASSINVTLAPGADESLRRFVRSLPEAFERGGEVIYRQRNEIRV
                     FDLPDGRRVNVKRYRVPPLPLRIAYTLFRAPKARRAYAYALRLREAGIETPAPLACLI
                     ERQGGLLRRSFFVSEQADYGRDMYEFGRGGTEGREDILRAFARFTARMHEGGFLHADY
                     SPGNILFRKTSNGVDFCLVDLNRMRFGRVSVRRGCENFARLWGGEPMFRLLAEAYAEA
                     RGADAAQCAAWMLAARRAFWRRYARKRPLPFATHEAAPIVSVILSTYDQPAWLEKVLW
                     GYEAQTDRRFEVLIADDGSDERTRTLIERMQREVTYPLRHVWQPHDGFRKCEILNKAI
                     VEAATDYLLFSDGDCIPRRDFVGTHLAHRSPGRFLSGGYHKLPLTTSEAITRDDIRTG
                     RCFRVGWLRARGMGRSFKNNKLSAFGLKERLLNSLTPTRPTWNGHNASGWLTDIMAAN
                     GFDERMHYGGQDREFGERLENAGIRGRQIRYSAICLHLDHPRGYKTPESIRFNRALRQ
                     ETRSKHVTRTPYGITPEQPQ"
     CDS             complement(23510..26221)
                     /locus_tag="SEQF3106_00019"
                     /EC_number="3.4.21.50"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15636"
                     /codon_start=1
                     /transl_table=11
                     /product="Protease 1"
                     /translation="MIVRAALAGCFTVGMAMSARAQMSEGGTPPSFRYEQTLRSRAAA
                     ETVAVNFNVDDEKLVDAWREREGLAPRCVSKLIEVKMNPNNAGSWNILPDGQTIWQLE
                     LQAAGAQALMLYYADFFIPEGGRLYLYNSDKSELLGAYTHATHPSGGRFATGFVQGDA
                     VTLEYAPGPDGRRPRLEIEAVGYGYNLPMGDQTWRQGAQLRRSSGSCEVNINCEEGDA
                     WQNEKRGVCHIMQRINGKGYICTGSLVNNTAQDLKPYILTATHCMQDANAAMASDADL
                     LQWQFIFHKEYTGCRGSQTAQPRSMVGCTRVVSTPTHGGSDGLLLLLKQSIPENYNVY
                     YNGWDRSDQAPTSGVSMHFPQGDYMKISTYTAPASTATFYGEGTLEGAPHAHWDAIFA
                     RTANGHGVTEVGSSGAPLFNSSRRIVGTLTGGTSSCTRTDGSNLYGKLSYHWNKQKGD
                     AAKVHFDRYLDPKNSGVQTLDGRYHRAVSAPTNLRATRQDGSVKLTWTAPTSGTPRAY
                     RVFRNQTSIGETTSPTYTDASPGRGTIVYGVSAVYASGGESSITSVTMEMNELKAPTD
                     VKVTPTTDGRAAVLWSAPQYEQSIYWGGARAKNQVNANDSGESRPFYFGQRWEPAEIA
                     PLNRRTITAVRFTPTRGNTYEVYITQGNHTYTQKITQTYVYGQTNTVKLTTPFTIDAS
                     HTLTVAIYVSHLSTGTDNYPAVCDEGPAIDGKGDIYSFDARTWKRLHEGRDAANFNYN
                     FFISAVISSQTGASLRSMEPYAFPEITGYTIYRDHKKVGSVGATSTRYIDPTKPTQTV
                     NYQVATVYGNRESAPSAAISFTPTANAEVECANPAIYPNPFGTALHLNGSERIRRIEV
                     FSPDGRLLLRQDNPGAVVDTHTLPAGVCLIRLTLDDNTEQTLRGIKH"
     CDS             26723..27229
                     /locus_tag="SEQF3106_00020"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTKVRNGQNVFGNACGTPASTKKQFSLVAGLPQAPKSSFSLLR
                     ESRKAQKALFPRCGNPAKPKKHFFLVAEIPRAPKSSFCSLRDSRKHFQKHFGCPSTLT
                     KTWCRRKEPHSYVELTSINTRHVTRGILECLPDTRKRQPVFRGTCGDGKGIQRSRSVH
                     YSLRTTPA"
     CDS             complement(27291..27761)
                     /gene="rplQ"
                     /locus_tag="SEQF3106_00021"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AG44"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L17"
                     /translation="MRHNRKVNHLGRTKAHREAMLANMASSLIKHKRIFTTTAKAKSL
                     RKYVEPLITKSKDTSVHSQRIVFSTLQDKHAVKELFTEISPKIMDRPGGYTRIIKTGL
                     REGDSASMCFIELVDYNTNMLKTAAGGRKGSGRTRRSRKKSGATDATVVEETTE"
     CDS             complement(27768..28880)
                     /gene="rpoA"
                     /locus_tag="SEQF3106_00022"
                     /EC_number="2.7.7.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P20429"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-directed RNA polymerase subunit alpha"
                     /translation="MLEASSTFGKFEFRPLEPGYGITIGNALRRILLSSLEGYAFSSV
                     KIEGVDHEFATIPGVMEDMTNIILNLKQVRFKYIGAPIEDEEEEPEENENEEVTSENT
                     GAEAPTPTEEPEAEAEPEVEEPAPKVEPAAIEELPKVWLHVADREVLKAGDLQPAGFE
                     VLNPELEICHLQPGASFQIELRLSKGRGYVPADEQMDPATAADTQVIAIDSIYTPIRN
                     VKYTVENFRVEQKTDYEKLLLEITTDGSIHPKDALREAAKILIHHFVLFSDERIAVEK
                     IESIASDEGFDEEMLHTRQLLKTKLTDMNLSVRALNCLKSANVETVGELVQYNKSDLL
                     KFRNFGKKSLTELDELLENLELSFGMDISKYKLDKD"
     CDS             complement(28927..29532)
                     /gene="rpsD"
                     /locus_tag="SEQF3106_00023"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P81288"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S4"
                     /translation="MARYTGPKTKIARKFGEPIFGADKILSKKNYPPGQHGNNRRRKT
                     SEYGNQLREKQKAKYTYGVLERQFRNLFEKAARSRGITGEVLLQLLECRLDNIVFRLG
                     LARTRAAARQLVSHRHVVVDGQVVNIPSYSVRPGQIVSVREKSKSLEMIGDALSGYNH
                     GKYLWIEWDENVMGGKLLHLPAREDIPENIKEQSIVELYSK"
     CDS             complement(29751..30140)
                     /gene="rpsK"
                     /locus_tag="SEQF3106_00024"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2FW31"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S11"
                     /translation="MAKKVVAAKKRKVKVDAVGEAHIHSSFNNIIVSLTNSDGQVISW
                     SSAGKMGFRSSKKNTPYAAQMAAQDCAKVAYDLGLRKVKVYIKGPGNGRESAIRTLHG
                     AGIEVAEIVDVTPLPHNGCRPPKRRKV"
     CDS             complement(30153..30533)
                     /gene="rpsM"
                     /locus_tag="SEQF3106_00025"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QSL5"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S13"
                     /translation="MAIRIVGVDLPQDKRGEIALTYIFGIGRSASNSILAKAGVDKNI
                     KVKDWTDDQAAKIREVIGDGYKVEGDLRSEVQLNIKRLMDIGCYRGVRHRIGLPVRGQ
                     STKNNARTRKGKKKTVANKKKATK"
     CDS             complement(30736..30954)
                     /gene="infA"
                     /locus_tag="SEQF3106_00026"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2FW28"
                     /codon_start=1
                     /transl_table=11
                     /product="Translation initiation factor IF-1"
                     /translation="MSKQSAIEQDGVIMEALSNAMFRVELENGHEITAHISGKMRMHY
                     IKILPGDKVRVEMSPYDLSKGRISFRYK"
     CDS             complement(30970..31752)
                     /gene="map"
                     /locus_tag="SEQF3106_00027"
                     /EC_number="3.4.11.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P19994"
                     /codon_start=1
                     /transl_table=11
                     /product="Methionine aminopeptidase 1"
                     /translation="MIYIKTDEEIELMREANQLVGKTLGELAKHIAPGVTTLQLDRIA
                     ETFIRDHGAEPAFLGYGGFPNSICTSVNEHVVHGIPSEKVVLKDGDIISVDCGTKLNG
                     FVGDSAYTFCVGNVSDAVKDLLRTTKESLYKGIEQAQVGHRVGDISHAVQTWCEKRNY
                     SVVRELVGHGCGHEMHEDPEVPNYGRRGCGPLLKSGMCICIEPMINQGSKNVVFEADG
                     WTVRTKDRKCSAHFEHCIAIRPDGPLILSSFEYLEAVVGKEI"
     CDS             complement(31754..33094)
                     /gene="secY"
                     /locus_tag="SEQF3106_00028"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01465"
                     /codon_start=1
                     /transl_table=11
                     /product="Protein translocase subunit SecY"
                     /translation="MRAVETIKNIWKIEDLRKRILITLLLVLVYRFGTYIVLPGIDPK
                     DLTALGEQTRGGLMALLDMFSGGAFSNASIFALGIMPYISASIVMQLAAIVIPSFQKM
                     QREGESGRRKINQWTRYLTVIVLILQGSAYLVNLNVQLRSVGATMPTDWWFRISSTII
                     MAGGSMFVLWLGERITDKGIGNGISFIILIGIIARLPHSLFEEFTSRVTEKSGGLVMF
                     LFEILFLLLVMAGAILLVQGTRKVVVQYAKRIIGNKQYGGARQYIPLKVNAANVMPII
                     FAQAIMFIPISLAGFSNSGESSSFMRAFMDNTGFWYNFVFALLIIAFTYFYTAITINP
                     TQMADDLKRNNGFIPGIKPGRATKDYLDEIMSRITFPGAIFLAIVAIMPAFARILGIS
                     QGFAQFFGGTSLLILVGVVLDTLQQIESHLLMRHYDGLLKSGRIKGRTGAIAAY"
     CDS             complement(33098..33406)
                     /gene="rplO"
                     /locus_tag="SEQF3106_00029"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q6N4V2"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L15"
                     /translation="MPIQRRLPKFGFKNINRISYKAINLSTLQELALSKNMTHIGLQE
                     LREAGFISASQLVKILAKGTLSAKIDVEAHAFSKKAEDAIITLGGSVTKLGEKAEKAE
                     "
     CDS             complement(33809..34324)
                     /gene="rpsE"
                     /locus_tag="SEQF3106_00030"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21467"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S5"
                     /translation="MAVNNRVKSFSDLELKDRLVAINRVTKVTKGGRTFSFAAIVVVG
                     NEDGVIGWGLGKASEVTTAIAKGTESAKKNLVRIPIYKGTIPHEQSAKFGGAEVIIKP
                     ATHGTGVKAGGAMRAVLESVGITDVLAKSKGSSNPHNLVKATIAALNELRSPALIAQN
                     RGVSIEKVFNG"
     CDS             complement(34701..35252)
                     /gene="rplF"
                     /locus_tag="SEQF3106_00031"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P02391"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L6"
                     /translation="MSRIGKLPIQIPNGVSITIKEDLVTVKGPKGELSQKVNPDIKLS
                     LEDGILKVERPSDDKEHRALHGLYRALIHNMVVGVSEGYKKQLVLVGVGYRVTNNGQI
                     LDLSLGYTHNIYLQLPQEVKVETKSERNQSPMIILESADKQLLGQICAKIRSFRMPEP
                     YKGKGIKFMGEEIRRKSGKSAAK"
     CDS             complement(36004..36561)
                     /gene="rplE"
                     /locus_tag="SEQF3106_00032"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P12877"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L5"
                     /translation="MDTIATVKQDYRERIVPALKKEFNYSSVMQVPALKKIVINQGLG
                     MATADKKIIDVAIDELTLITGQKAVATYSKKDISNFKLRKKMPIGVMVTLRHERMYEF
                     LERLIRVALPRIRDFRGIESKLDGRGNYTLGIDEQIIFPEINIDNITKILGMNITFVT
                     SAKTDEEGFALLREFGLPFKNIKKS"
     CDS             complement(38189..38947)
                     /gene="rpsC"
                     /locus_tag="SEQF3106_00033"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21465"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S3"
                     /translation="MGQKINPISNRLGIIRGWDSNWYGGNDYGDTLFEDTKIRSYLDT
                     RLAKASVSRIVIERTLKLITITVCTSRPGIIIGKAGAEVDKLKEELKKITDKDIQINI
                     FEVKRPELDAVIVANNIARQLEGKIAYRRAVKMAIASTMRMGAEGIKIQVSGRLNGAE
                     MARSEMYKEGRTPLHTFRADIDYALAEALTKVGLIGVKVWICRGEVYGKKDLAPTFST
                     PRDFARRAGEAGMRRDDRGGKSYRRRRERDRANR"
     CDS             complement(39418..39684)
                     /gene="rpsS"
                     /locus_tag="SEQF3106_00034"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P12731"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S19"
                     /translation="MSRSLKKGPYINVKLEKKILAMNESGKKTVVKTWARASMISPDF
                     VGHTIAVHNGNKFIPVFVTENMVGHKLGEFSPTRIFRGHAGNKK"
     CDS             complement(39704..40528)
                     /gene="rplB"
                     /locus_tag="SEQF3106_00035"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q72I07"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L2"
                     /translation="MGIRKLKPTSPGQRHKVIGAFDKITASTPEKSLVVGKKKTGGRN
                     NTGKMTMRYLGGGHKRRLRIIDFKRNKDGVPATVKSIEYDPNRTSRIALLYYADGEKR
                     YIVAPNGLEVGQTVMSGKDAVPEVGNSLPMQNIPVGTIIHNIELRPGQGAKLVRSAGA
                     FAQLTSKESTYTVIRMPSGETRRILSACKATVGSVGNSDHALEKSGKAGRSRWLGRRP
                     HNRGVVMNPVDHPMGGGEGRASGGLPRSRKGLYAKGLKTRAPKKSSSKYIIERRKK"
     CDS             complement(40538..40852)
                     /gene="rplW"
                     /locus_tag="SEQF3106_00036"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0C2N0"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L23"
                     /translation="MHKEERMMGVIIKPILTEKQTLITEKKPNRVGFRVTPDANKLEI
                     KKAVEEMYKVSVESVNTMNYFGKRKSRYTRSGIINGKQTAYKKAIVTLKEGEVIDFFT
                     NI"
     CDS             complement(40845..41474)
                     /gene="rplD"
                     /locus_tag="SEQF3106_00037"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P28601"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L4"
                     /translation="MKLNVLNRRGEDTGRTVELSDAVFGIEPNDHAIYLDVKQYMANN
                     RQGTHKSKERSEVSGSTRKLIRQKGGGGARRGDINSPVLVGGGRVFGPKPRDYSFKLN
                     KKVKALARKSALSYKAKDNAITIVEDFTMESPKTKEFVSIVKDLKLEGKKMLFVLPEN
                     DRVLYLSARNLPQTRVMNASELNTYRVMDAATLVFTEKSLAVVEQLFNA"
     CDS             41695..42084
                     /locus_tag="SEQF3106_00038"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRGLTYTTKTVAFHDSLEAFPFGCAYYINIRCVIQKIHSEDVAE
                     LVLSIKILELGQVSLRCYTRFLKMTGFRLRRMLFFLLLKAQLNCLVAVFLCGFNLRNH
                     TRTYFDNSAWKILSLGTEYGCHSDFLS"
     CDS             complement(42117..42422)
                     /gene="rpsJ"
                     /locus_tag="SEQF3106_00039"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21471"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S10"
                     /translation="MSQKIRIKLKSYDYSLVDKSSEKIVKTVKATGAVVSGPIPLPTH
                     KRIFTVNRSTFVNKKSREQFELSSYKRLIDIYSSTAKTVDALMKLELPSGVEVEIKV"
     CDS             complement(42438..44564)
                     /gene="fusA_1"
                     /locus_tag="SEQF3106_00040"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5ZYP6"
                     /codon_start=1
                     /transl_table=11
                     /product="Elongation factor G"
                     /translation="MSKADEILKYTRNIGIMAHIDAGKTTTSERILFYTGLTHKIGEV
                     HDGAATMDWMAQEQERGITITSAATTTFWNYNKEKYKINLIDTPGHVDFTVEVERSLR
                     ILDGAVAAFCAVGGVEPQSETVWRQADKYEVPRIGYVNKMDRSGANFFEVVRQVHDVL
                     GATPCPIQIPIGAEENFKGIVDLVTMKAIYWHDETMGAEYEVDEIPAELQSEAQEWRD
                     KMLETIAEFDDTVMEKYFDDPSKITEDEIRAAIRKGTLSMKINPMICGSSFKNKGVQT
                     LLDAVCAYLPSPEDTPAVTGHDPRNPDVTIERKPIPEEPLTALAFKIATDPYVGRLCY
                     FRVYSGEITAGSYVLNTRSGKKERISRLFQMHSNKQNPMEKIGCGDIGAGVGFKDIRT
                     GDTLCDENHPITLESIEFPDPVIGVAVEPKTQKDLDKLGVGLAKLAEEDPTFRVETNE
                     ETGQTVIRGMGELHLEIIVDRLRREFKVECNQGRPLVSYKEAITKPVELREVYKKQTG
                     GRGKFADIIVRLEPADADFEGHLQFVDEVKGGNVPKEFIPSVQKGFEKAMTNGVLAGF
                     PLDSMKVTLLDGSFHPVDSDQLSFEICAIQAFKNASEKAGPVLMEPIMKLEVVTPEEN
                     MGDVIGDLNKRRGQVEGMESSRTGTRIVKAKVPLAETFGYVTALRTITSGRATSSMQF
                     SHYAQVSPSIAKQVLTEVQGRVDLIK"
     CDS             complement(44586..45062)
                     /gene="rpsG"
                     /locus_tag="SEQF3106_00041"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P38526"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S7"
                     /translation="MRKSKPKKRQILPDPVYGDVRVTKFVNHLMYDGKKTVSYEIFYT
                     ALERVKAKMPNEEKSALEIWKAALENITPQVEVKSRRVGGATFQVPTEIRPDRKESIS
                     MKNLIEYARKRGGKSMSEKLSAEIVDAFNSQGGAFKRKEDMHRMAEANRAFAYFRF"
     CDS             complement(45238..45639)
                     /gene="rpsL"
                     /locus_tag="SEQF3106_00042"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A4A4"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S12"
                     /translation="MPTIQQLVRKGRESLVVKGKSPALDACPQRRGVCVRVYTTTPKK
                     PNSAMRKVARVRLTNHKEVNSYIPGEGHNLQEHSIVMVRGGRVKDLPGVRYHIVRGTL
                     DTAGVAGRTQRRSKYGAKRPKPGAAAGKAKK"
     CDS             complement(46746..48086)
                     /gene="lysC"
                     /locus_tag="SEQF3106_00043"
                     /EC_number="2.7.2.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P08660"
                     /codon_start=1
                     /transl_table=11
                     /product="Lysine-sensitive aspartokinase 3"
                     /translation="MKVLKFGGTSVGSADRIKAVARLITAGDAPKIVVLSAMAGTTNS
                     LVEIADYLYKKNPDGANEVINRLSQKYTETIAGLYTTDDYRRRAEECVTGHFDLIRSM
                     IKDMFTSFEERIILARGELMSTEMMHLYLAEQGVASTPLPALDFMRTDKNAEPDTFFI
                     KENLINQLEQYPDEKLFITEGYICRNAYGEIDNLQRGGSDYTASLIGAAIRAEEVQIW
                     TDIDGMHNNDPRIVEGTRPVHRLNFDEAAELAYFGAKILHPTCILPAKQSNIPVRLLN
                     TMQPDAPGTTISNETDRGVIKAVAAKDNITAIWIKSSRMLLATGFMRKVFETFENHHT
                     PVDMVTTSEVGISVTIDNPKHLEEIVDDLKRYGTVTVDRDLVIICVVGDLNWQNRGFG
                     VRIISALADIPVRLISYGGSNYNLSLLVPAADKPRALRALSRQLFPAATDNPTA"
     CDS             complement(48159..48851)
                     /gene="ftsE"
                     /locus_tag="SEQF3106_00044"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A5U7B7"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell division ATP-binding protein FtsE"
                     /translation="MESDTLVRLEHVEIAMDGEVILRDANFTLHAGEFVYLIGRVGSG
                     KSSFLRALYAELPIETGEATIMGYDLHGITLRDTAALRRRLGIVFQDFQLLTDRTVRL
                     NLEFILRATGWKDPDDIDRRIAETLTRTGIPDKAERMIHELSGGEQQRVAIARALLNT
                     PAIILADEPTGNLDPETGRHIVSLLHDICRSGTAVVMTTHNYDLVRRFPARVVRCEGG
                     RLSPLEQAAEGA"
     CDS             complement(49065..49622)
                     /locus_tag="SEQF3106_00045"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIESELLPPKIYLEDYSGDYKRYIEAVYDVFDADFVKYHPCF
                     GKHRLGLKRHPEFQHRAYTFYHMTHKGEVESERIPDLRRCECMPWGKPTVERTEEYAL
                     RFWEQERKGKHRICIWLAVEDGTDYFFIIDVRKTFLLPWTAFVSEHPHELRKKEKEYK
                     RWLEQPGNREHTPDSLVQKIMDDLA"
     CDS             complement(49619..50311)
                     /locus_tag="SEQF3106_00046"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYCVYCDESCHLEHNINEPMVLGAVWCPKSSKDEIFKRLREIK
                     ADHGLSPTCELKWNAVSPSHKEYYKDIVNYFFDNSDLHLRVLVVPDKARLRHPDFHQT
                     HDLFYYKMYFYLLRTIFYPGSYYDIYIDIKDTQGEKKVQSLRTILCNSRYDFDKKMIR
                     NIQQVRSHEVELIQLADLLAGAVCYLHRGLKTSATKLGLIERIQQRSGYSLLKSTLYK
                     EDKTNVFIWEGQ"
     CDS             50547..52058
                     /gene="phoR"
                     /locus_tag="SEQF3106_00047"
                     /EC_number="2.7.13.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P23545"
                     /codon_start=1
                     /transl_table=11
                     /product="Alkaline phosphatase synthesis sensor protein
                     PhoR"
                     /translation="MLAVVMAFAFAGLLYLQVNYISIIMKTSNEQFDATVRHCLENVS
                     AALEKDEAHKYMEEDIDTYGSSFMYKNPPDRQSITPTITTRSETYRLHMPGGGIEHIQ
                     IMTQTMTTTAPRKNTIIRASEEQQKNLLKRYQYQAGLIDEVLYDLVYTAYLKPIDRRV
                     DFKTLDNYIHEELYDSGLDIPYIFAVVNKDGVTVYQNESFERQPKASDVVTQVLFPND
                     PPSKRNYLKVYFPTKRDYISSSVSFLVPSVVFSVILLVTFITTIYIIFRQKRLSEMKN
                     DFVNNMTHELKTPVSTISLAAQMLRDTDITKQPEVFRHISSVINDESRRLGFLVEKVL
                     QMSLFERQKTMLKLKELDANDLLASVVSTFALKVEKYGGTLDIDLGATDSTIYADKMH
                     LTNVLFNLLDNAVKYRRQDVPLRLVARTRNENGKLQFLIEDNGIGIKKEHLKKIFVRF
                     YRVPKGNVHDVKGFGLGLAYVHKIVEDHGGTIRAEQQESKSGTKFIITLPLIK"
     CDS             52069..52797
                     /gene="mprA_1"
                     /locus_tag="SEQF3106_00048"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R3I8"
                     /codon_start=1
                     /transl_table=11
                     /product="Response regulator MprA"
                     /translation="MDERLRVFLCEDDENLGMILREYLQAKGFITDLFTDGEAGYKGF
                     TENKYDICLLDVMMPKKDGFTLAQDIRQMDSEVPIIFLTAKTMNEDVLEGFKHGADDY
                     LTKPFSMEVLLSRIEAILRRVKGKKPKDVPFYRVGQFMFDTQKQTLTIGEKKTKLTTK
                     ECELLTLLCAHANEVLERNYALKTIWVDDNYFNARSMDVYITKLRKLLRDDPKIEIIN
                     IHGKGYKLITQSGEEQAREEGLID"
     CDS             53499..54314
                     /locus_tag="SEQF3106_00049"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTEKLSGVPETMLIPLWAKAVETGRPDAILRDQKAVEMMQQID
                     YDFTKFKGGTMSQVGCCVRAELIDRETLDFLRTHPDAVVIQLGAGIDARYDRLGRPAV
                     AHWYDLDLPEAIDLRRRLLPETERNTYLPLSLFDYSWIDTVRAHSRPVLIILEGVLMY
                     FTPEEVRALFDALCSRLPGGVTVLFDMLAYSLVGNAKHHDVVQKAAKTVEFKWSVLDT
                     HEMERWNPHIHLAREYYMSDYTRGRFPLIFRTLYHIPYFYRRFNQRIVRLEIR"
     CDS             54403..54570
                     /locus_tag="SEQF3106_00050"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGVPDALIFFCFFSSIKGRKEDPSREEKKTIKGREEATCWQNP
                     FLRPLFFTIYN"
     CDS             54579..55145
                     /gene="flr"
                     /locus_tag="SEQF3106_00051"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KIT1"
                     /codon_start=1
                     /transl_table=11
                     /product="Flavoredoxin"
                     /translation="MTHTFQKTPITLDEHYEEILKALRRGIAITASADGRVNTMTISW
                     GMLGIEWNRPLFITFVRTGRFTHGLLERNPEFTVNIPVGDYPAQLLKHLGTHSGRNED
                     KIATLGLHTVPGLKVAVPGLAELPLTLECRILYRQLQQADHFLSGNEAILKSCYPQDI
                     PSEATGANRDFHTAIYGQIVGAHLIEPA"
     CDS             complement(55257..56240)
                     /gene="ycgJ"
                     /locus_tag="SEQF3106_00052"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31474"
                     /codon_start=1
                     /transl_table=11
                     /product="putative methyltransferase YcgJ"
                     /translation="MTRLITIEDFTDVYVKLRQRGARFLLSKLSLSRKQRSVSAFDAS
                     LGKTSNWWEIPLVKERWNQMITGDAHMTFEEHTINQYLSQMAPPLRVLSPGAGYCQHE
                     LAMATNPLFGEIVCLDINQGNLDDAAARARERGLRNLTFHCGDIEHFDFAHERFDLVM
                     FNNSLHHFRNVRTLLGRLIPQCIGPAGLLLIYEYVGPTRFQLPAEQLRAINEAIRLVD
                     KPLRRRYRTSIYKTHYHGSGLLRMVMADPSEAVDSASILPALHAFYDILEERPFGGNI
                     LPYVLKDLAFHFIRPDEHATETLHRLFRFEDEYIRTHPSDYVFGLYRPRGR"
     CDS             complement(56263..57288)
                     /gene="rnz"
                     /locus_tag="SEQF3106_00053"
                     /EC_number="3.1.26.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P54548"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease Z"
                     /translation="MPKTTRFRTQTGWMKAKTKLARALPLPVINEPPIFHTMTRFDIT
                     ILGCGSATPTVRHEATAQVVDIHDKPYLMDCGEGAQLQMRRLHIRFNRLTHIFISHLH
                     GDHCFGLPGLLSTLGMLGRTGELVIHGPHALEDFLRPILAVFCRDMPYEVRLDLIDPT
                     QHALVMEDRSVSVFSIPLSHRIPACGYLFAERPTEAHIRRDMVDFYRVPVHALRAIKQ
                     GADYVTPEGETIPHERLTRPATPPRRYAFCSDTQFLPSIVPIVEGVDCLYHESTFMER
                     DVARARQTFHSTAREAAEIARRAGVKRLVLGHYSARYDDLTPLLAEATAVFPHTTLGW
                     EGMRVEL"
     CDS             58136..59572
                     /gene="rpoN"
                     /locus_tag="SEQF3106_00054"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A171"
                     /codon_start=1
                     /transl_table=11
                     /product="RNA polymerase sigma-54 factor"
                     /translation="MQKQQLQQSLQQRLSPQQIQLIRMLELPAIEMEERIKQELEENP
                     ALEEGRDPDTIDEEPAESTDEDASLTDLGDYLTDDDIPEYRLRAMNNAEERREEIPFS
                     TGPSMHDYLEEQLGLRHLTDREQEIGRYIIGNIDDDGYLRREPSAVADDLMFKAGIEA
                     TEKDVEAVLRVIQDFEPAGVGARNLRECLRLQLEKKPTTPHTILALRIINDHFDAFTH
                     KNFEKIQRALEIDEPTLKAILRDITRLNPKPGNGWNEAADTAMNRITPDFIVECHNGQ
                     LSLSMNRREAPELHVSREYADMFRDYLGNKSNQNTEMRNAVRFVKQKLDAARWFIDAV
                     RQRRETLQRTMEAILILQSDFFLTGDEARLHPMILKDVAEHAGYDISTISRVSNSKYV
                     QTNFGIYPLKFFFSEAALNDQGEEISTREIKKIMQETIDAEDKRHPVTDEALCAQLRA
                     KGYTPARRTVAKYREQLGIPIARLRKEL"
     CDS             complement(59579..59986)
                     /locus_tag="SEQF3106_00055"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEGLVPICVVGIVFYFTYKMIELPARRREREMMIEKMARTDFSA
                     PNLLNGGGRTPRRSFSGLRLGCLLIGVGMGLLVGLIINTMLAHGGYSMDKWSEGQLFE
                     VAYGAPVLIFGGFGLLCSYVLERRLSDKDPRGE"
     CDS             60144..60695
                     /gene="sigW_1"
                     /locus_tag="SEQF3106_00056"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q45585"
                     /codon_start=1
                     /transl_table=11
                     /product="ECF RNA polymerase sigma factor SigW"
                     /translation="MTSDEAYINRVLDGDPSGFAPLMERYSRPVFALLVRMTSNRADA
                     EELAQDAFLKAFRSLRSFRHDCSFATWIYRIAYNTAISALRRTRPDRPAADEEAAERF
                     PDPIDDADADEEAAKEARFLRLEHALEQLRADDRALIHMFYKQEKTVEELATITGLSL
                     SNVKVKLHRIRKKLMSLMQAMED"
     CDS             60701..61057
                     /locus_tag="SEQF3106_00057"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEMEKDPLRDLFAHLPEADLPDGFTARAMERIYREAERAEIKR
                     RRWERIGMAAMFALPAVALIVLSLVLKITLPWPNLRVTWPDMEACRFYFHIGALVFLL
                     WTADSIIRRSVGRSRK"
     CDS             61201..63030
                     /gene="rpsA"
                     /locus_tag="SEQF3106_00058"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9JZ44"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S1"
                     /translation="MENLKDIVPDENFNWETYEKGDSEPNVNREELVKTYDETLGAMK
                     DKEVVMGTVTAMNKREVVVNIGYKSDGVVPMSEFRYNPDLKVGDEVEVYVENQEDKKG
                     QLILSHKKARSARAWERIINAFERDEVLKGFVRGRTKGGMIVDIYGIDTFLPGSQIDV
                     KPIRDYDVFVGKTMEFKVVKINKEYRNVVVSHKALIEAELEQQKREIISKLEKGQVLE
                     GTVKNITSYGVFVDLGGVDGLVHITDLSWGRVSHPDEVVQIDQKLNVVILDFDDEKKR
                     IALGLKQLTPHPWDALDPNLKVGDHVKGKVVVMADYGAFLEIAPGVEGLIHVSEMSWT
                     QHLRSAQDFMKVGDEVEAVVLNIDREDRKMSLGVKQLKEDPWDKIEIKYPVGSRHTAR
                     VRNFTNFGVFVEIEEGVDGLIHISDLSWTKKIKHPSEFTQIGANIDVQVLEIDKENRR
                     LSLGHKQLEENPWDVFETIFTVGSVHDGTIIEMLDKGAVVSLPYGVEGFATPRHLVKQ
                     DGSPAKLDEKLPFKVIEFNKDAKRIILSHSRTFEDEQRSARAAERRARNSSNNNSGRG
                     NNDGGNHQAQTPEMANAPVIEKTTLGDIEELAALKEKMTNEEA"
     CDS             complement(63131..64018)
                     /locus_tag="SEQF3106_00059"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDIYRSAGGRRLLHDLYRRHLAALDVAIAERMVETELGDTHVV
                     AYGRPGAMPILCFPGEYFVNPLAMRPFVEGMDLLRMRLIVPDVPGAVGFSMGRRLSAS
                     KGEYGHWALQLMEALGMRGCRVMAWSMGAHIALQLCETSVLSVSRLMLVQPAGFASTS
                     LARTDRLLGGRIPDLDRLQVSDKAVRRAIEPALNFDSPELLEMARMIYLYLRPEPEEW
                     KEAKRKIMQKFRAPVGIVASKSDCLFPGDEVVKQARRVLPFVEMSRVIDLGCHCGLFA
                     DSDAAREAIAVVSDFLLRG"
     CDS             64108..64644
                     /locus_tag="SEQF3106_00060"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGQKVFSGHCTRQWAKKFFPAIVRDNQPKKFFPRHCTRQSAQKV
                     FSAPLSETIGPKSFFHAIVRDNRPKKFFPRHCTRQWAQKVFFRPLYETMGPKSFFRAI
                     VRDNRPKKFFSCESLRKSAQKVFFMPKPQEIGPKSFFHAKASGNRPKKFFPHQSLRKS
                     AQKVFFTPKPQEMGARPA"
     CDS             complement(64617..66248)
                     /gene="ybiT"
                     /locus_tag="SEQF3106_00061"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9U3"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein
                     YbiT"
                     /translation="MITVSGLDIRFGKRILFQDVNLKFLPGNCYGIIGANGAGKSTFL
                     RAISGELDPTRGTITLGPGERLSVLAQDHFAFDDYTVLDTVLMGHTQLWAVMSEKNAL
                     YAKEDFTDADGIRASELEERFAEMEGWNAESDAAALLSGLGIEEALHTKMMRDLSGKQ
                     KVRVLLARALFGKPDNLLLDEPTNDLDLETVSWLENYLANFEHTVLVVSHDRHFLDSV
                     CTHTVDIDFGKLKLFAGNYSFWYESSQLALRQLQQQNKKAEEKKKELEEFIRRFSANV
                     AKSKQTTSRKKMLEKLNIEEIQPSSRRYPGILFTPAREPGNQILEVSGLTKTIDGQTL
                     FRDLNFNVEKDDKIVFISRDPRAMTALFQIINGEEQPDAGTYRWGQTITTAYLPLDNA
                     RYFNSDYNLLEWLGQFAKDTNDVFLKGFLGRMLFTGEELQKKVSVLSGGEKMRCMISR
                     MMLRDANTLILDTPTNHLDLESIQAFNNTLVNFRGNILFASHDHEFIQTVANRVIELT
                     PNGNIDKMTEYDDYISDPKVAELRERLYAGRAPIS"
     CDS             66334..67242
                     /locus_tag="SEQF3106_00062"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVSPYRIRPCPCVFLCPQEMNMYTKPKYDPERHHRRSIRLFGYD
                     YSCEGLYFVTICCHDKLCLFGEIVDGEMMPNEAGCMVDKCWLAIPNRYHNVVLHDYIV
                     MPNHVHGIIELINDNLVGATLVVAPNTSNTAPNISNTAPNISNIAPNISNIAPNISNT
                     TPNISNTDPNISNAAPNISNTAPNISNAAPNISNAAPNEPQGLGRPQGLGRPQGSPLR
                     GGRRETVGQIIGAFKSITTNEYIHGVRKHHWPPFDRRLWQRNYYEHIIRCGRSYRFIT
                     EYILTNPANWLGDDLYIEPVLLPSRF"
     CDS             67266..70217
                     /gene="rexB"
                     /locus_tag="SEQF3106_00063"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01453"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent helicase/deoxyribonuclease subunit
                     B"
                     /translation="MSPFLQQIAGLFYSTYGAHVQRMAFVFPNRRAGLFFRKYLSHAA
                     GRPLFSPAILTINGLFEQLSGMQPADHLQMLFLLYHIYIRRSASAESFDDFVHWGEML
                     LGDFDDVDKYLIDARQLFTNATHLHEFDKDLSYLKPEQVEAIRAFWSAFRPDTEADDR
                     NRRSFLGVWDILHDIYRDLREALAAEGRGYEGMIARDVVERIRRDEACHLPYSRVVFV
                     GLNALTRAEEALMEELQKQGTADFYWDCGTMSAPEGGVNRVMDKDNRASYFIRDYIRR
                     FPSMLTLPPEEPNEPEITLMGLPSRIGQAKQVHELLQQMADGRLQMDDEEALRTAVVL
                     PDEQLLIPVLNAIPHTVPHINITLGYPLAGTPVATLMADILTLQKNIRTPLGRPAEYY
                     HREVTAILNHRYIRRAAADAAAAILRDITARNRIYIPTTDLARTPLLTLIFRPIASAE
                     ALSVYLIDILKGLNGLFPDRDEAPDAPPVGMDALEREFTYTYYTTLTRMNGLIAESGI
                     AMSIDTYTRLLTRLLETVSIPFRGEPLSGLQIMGVLETRVLDFDRLIILSMNEGLFPA
                     RGAAPSFIPYTLRRGFGLPTFEHRDSVWAYHFYRMIARARRVILLYDTRTDGFRTTGE
                     VSRFVHQLRYHYEVKLHEQTPTFAIASSRAPVLRIEKTGEVLSSLEKFLQAGSKRALS
                     PSTINNYIDCPLRFCLSTVMELQEEEEVTESVEHRLFGSILHRVMEDIYHPMRDATVT
                     KAWLGSVIADRHAVKQKIAQAFAELFFHDKEDVRPLTGQNLLTAEMIEKYVLQILRYD
                     QRMAPSFIYVNSELQITSAFPLSDGRRVNLKGYIDRIDEVGNALRVVDYKTGKKMDMN
                     CKAPAALFDSANTKRQSAIMQVFTYAWMLHAEGRTRNLPLRPSIYYVRNLFAPDFDPS
                     IYAGKPRGKKDDDLLIDDFVGQQLPAFESALRATLDALFDPRQPFVQTDRTDLCDYCA
                     FRALCGRNKRE"
     CDS             70596..72095
                     /gene="cobQ"
                     /locus_tag="SEQF3106_00064"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P29932"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobyric acid synthase"
                     /translation="MNHPTAEPLRPIMLAGTGSDVGKSVIAAALCRIFLQDGYHPAPF
                     KAQNMALNSFVTPDGLELGRAQAVQAEAAGVPCHTDMNPLLLKPSGDSTSQVVLHGRP
                     TGNQHASAYFRREGRDVLEREVHAAFDRLAARYNPIVMEGAGSISELNLRDVDLVNLP
                     MARYADASVLLVADIDRGGVFASVYGSIMLQTPEDRQRIRGVLINKFRGDMRLFDSGR
                     QMIEELCGVPVVGVVPHFTDIYIEEEDSVTLRTKQREAVEGRINVAVVLLRHMSNFTD
                     FDVLERDERVHLFYTNNTEELRKADIILLPGSKNTLDDLSDLRRNGAAGAILRAHRDG
                     AVVMGICGGYQMMGREVCDPDHVEGDIERLPGLGLLPVSTRLTKEKTTRQVSFRMVND
                     SRTCRGYEIHMGETRLEAGASDVFPLTEGDGVDTGCLMGERCMGSYIHGILDNAPAID
                     RLLHPVIGRIDARRTFDYAAFKEEQYDRLADHVRRHIDMAQIYGMMKKR"
     CDS             complement(72071..73021)
                     /gene="cobD_1"
                     /locus_tag="SEQF3106_00065"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WP93"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobalamin biosynthesis protein CobD"
                     /translation="MEAYLLFLIPLLGGWLLDKMLGDPRWMPHPVVLFGKLIAWGDKR
                     LNRGPHRVLKGGALAVALIAATFVGTWALIAAGYRYGGRWGILVPTLLIWLCLAGRTL
                     VREVREVFYACARSTVEGRRQVARIVGRDTNQLSADEVRAAALETLAENLSDGVVAPL
                     FWYAFLGVPGMMAYKMINTLDSMIGYRNARYLRFGRVAARIDDVANYIPARLTAYLML
                     AVSGRRSLISFVRRYGRCHKSPNSGYPEAALAGILDCRFGGTHNYFGQPVEKPYIGTN
                     PRPLTMDDYRSSAFVAQRTEAMAVMLAAMAGIAYLFFIIP"
     CDS             complement(72997..74145)
                     /gene="cobD_2"
                     /locus_tag="SEQF3106_00066"
                     /EC_number="4.1.1.81"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P97084"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonine-phosphate decarboxylase"
                     /translation="MKEKKAKENQGDDRHLFLPDTSKGRSIFPDYLYYFSLHFFPLML
                     HGHGDDLHDCGHAIRANFSSNIFAATDLTALQRHLAAHLDVIGRYPEPEPRTLEARWA
                     ASLGIRPEEICVTNGATEAIYLIAQTFRGVTSYVRQPTFSEYADACRMHGHRVRSVFT
                     DDAIDDVPDLVWLCNPNNPTGEVRDRNTLLRLIDAHPTVCFVIDESYGAFTRQPLPTA
                     AEITERSNAIVIRSATKRHAVPGLRLGCLTASDALIERIRVQRMPWSVNALAVEAGMY
                     FLSEQTPMQPSIDELLTERDRLMDGLAALKIAELWPTDTHFFLARLRMGTAAVMKHYL
                     IQEHGLLIRDASNFEGLDAAFVRIATQGRADNDLLIQSLSQWKHTYFS"
     CDS             74436..77690
                     /locus_tag="SEQF3106_00067"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHFKLIDNVTGWLVFIVAAFTYLSTIEPTGSFWDCGEFISSAY
                     KMEVGHPPGAPFFMLMANLFTQLTSDTAQVAKMVNTMSALFSALTILFLFWTITHLAR
                     RIILKEGKRELTLARTVMVMGCGIVGALAYTFSDTFWFSAVEGEVYASSSFFTALVFW
                     LILKWEEVADRPYADRWIVLIAYFMGVSVGVHLLNLLCIPAMVLVYYYRKYPNPTLKG
                     TLTALLISFALVAVMMYGVVQGLVEVCGLFELLFVNVLGMPYNTGVYAYVIIVAAVLA
                     WAIWETMRETINPMRVRLSFLLSIVLLGIPFIGEGYLLGTLLIIALAVALFRIKRLNV
                     AAMNTTLVSLLVIVVGYSSYALILIRSTADTPMNQNAPSDIFTLRSYLARDQYGSAPL
                     LYGPTYISEVARNSDGTAVSKDGPKTWSRVIKKSPTEKDHYYVSYVTPDYEYVSETEM
                     LFPRMYSQDARHIEAYKSWGNVKGSPIKYQLMGQTKTAMKPTFAENIVFFVRYQLNFM
                     YWRYFMWNFSGRQNDIQGHGEILNGNWITGIKPIDALMVGPQDNMPNDIINNKGHNVY
                     YMLPFLLGILGILYQLGSGRRGRQSFWITFFLFFMTGIAIVLYLNQTPYQPRERDYSY
                     AGSFYAFCIWIGLGVGAIARAIEKYGKLPGIAAGAIATVLCVLVPLQMAGQNWDDHDR
                     SGRYMCRDFGSNYLESCEPNAVIFTNGDNDTFPLWYAQEVEGIRTDVRVCNTSYLQTD
                     WYTDQMKRQAYNSDPLPITWTRAQYIQGTRDHAYIIKRVEQMDLEQALEWLRSDDPRT
                     KTIPGVNEPIDYLPSDKLIYRIDSNAVFQNHAINPQDAPQLAHEIVINLAGKQAIGKE
                     AITILDMLATNNWKRPIYFAITVDPNQYVNLDPYFQKTGLAYRIVPFSTRAEGARPID
                     TEKMYDNVMNRFKWGGADRPGVYIEENTMRMCKSYRMYVFGELAQALLREGKRDKAQA
                     VVDKAMKVLPPANVPLDYSGVAIGEVYMALGQKDKGEPILDAIVENSLRNIRWYVRLK
                     PAQFASVREDLQRDMAIVQNVIGLGKHYDPNYGAKYVDEFTKFYNSLAPQLSNQ"
     CDS             77789..78409
                     /gene="pgdA_1"
                     /locus_tag="SEQF3106_00068"
                     /EC_number="3.5.1.104"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8DP63"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan-N-acetylglucosamine deacetylase"
                     /translation="MLIERPPYLYRKLFPGSVWQLPEEEPCVYITFDDGPNALTTPRL
                     LRLLDQLHVPATFFCVGDNVRRYPEHYRAILAAGHTVGNHTYHHIRGLRLPASAYMAD
                     VQQAAELIHSRLFRPPHGRLTPAQLSALRTAGYRIIMFDVVTRDYNPRLTPDNVFHIA
                     TRYARNGSLIVFHDSPKAAPRMFDALPRVVTHLRAAGYTFRSLEMP"
     CDS             78857..79546
                     /locus_tag="SEQF3106_00069"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWLVKSSIGKKLVMSISGLFLIFFLLFHLSMNVAAVFSTDAYNM
                     ICGLLGANWYAVAATVVLGGIVVLHFVYAAMLTLQNRKARGNDRYAVNTRPEGVSWAS
                     QNMFVIGVVVIGFICLHLCHFWYKMMFAELTGHHEVALGGQMVSPQDGAAFIRYYFSK
                     PLVVVGYLVWYVALWFHLTHGFWSAIHTIGWNNENWFNRWKCISTIVATLICAGFAFV
                     TLFFYAQSLCS"
     CDS             79577..81520
                     /gene="frdA"
                     /locus_tag="SEQF3106_00070"
                     /EC_number="1.3.5.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:V3TQ67"
                     /codon_start=1
                     /transl_table=11
                     /product="Fumarate reductase flavoprotein subunit"
                     /translation="MAEINSKIPEGPLAEKWTNYKDHQKLVNPANKRRLDVIIVGTGL
                     AGASAAASLAEMGFNVLNFCIQDSPRRAHSIAAQGGINAAKNYQNDGDSIYRLFYDTI
                     KGGDYRAREANVYRLAEVSNAIIDQCVAQGVPFAREYGGLLDNRSFGGAQVSRTFYAR
                     GQTGQQLLLGAYSALSRQVGKGKVKMFTRHEMLDLVIVDGRARGIIVRDLVTGNIERY
                     AAHAVVIATGGYSNVFFLSTNAMASNGSAAWQCYKKGAYFANPCMAQIHPTCIPVHGE
                     FQSKLTLMSESLRNDGRIWVPKKLEDAQAIRAGKLKPTQIKEEDRDYYLERRYPAFGN
                     LVPRDVASRAAKERCDAGFGVNNTGLAVYLDFADAIKRLGRDVVEQKYGNLFQMYEKI
                     VDENPYETPMMIFPALHYTMGGIWVDYELMTTIPGLFAIGEANFSDHGANRLGASALM
                     QGLADGYFVLPYTIQNYLADQIQVPHFHTDLPEFDEAEKHVRHRIETLMNIKGKRSVD
                     SIHKELGHIMWEHVGMARDAAGLREAIEKLKKLKQEFWSNVRIPGKPYDLNVELEKAL
                     RLADFIETGALMAHDALDREESCGGHFRVEHQTEEGEALRHDDKFMYVSCWEYRGEDK
                     DPVMQKEMLNYQFVVPQTRNYKK"
     CDS             81546..82301
                     /gene="frdB"
                     /locus_tag="SEQF3106_00071"
                     /EC_number="1.3.5.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P17596"
                     /codon_start=1
                     /transl_table=11
                     /product="Fumarate reductase iron-sulfur subunit"
                     /translation="MDKNINITLKVWRQKGPKEKGAFETYQLKNISQGSSFLEMLDVL
                     NEQLVNEGREPVFFDHDCREGICGMCSLYINGHPHGPDSAITTCQLHMRKFHDGETIT
                     IEPWRSAGFPIIRDLTVDRQAYDKIMQAGGFVSVNTGGVPDANAIPIPKKNADLAMDA
                     AACIGCGACAAACKNGSAMLFVSAKVSQLALLPQGRVEATRRAKAMVAKMDELGFGNC
                     TNTRACEAECPKSISVLNIARLNREFLSAKFKD"
ORIGIN      
        1 attcgtcgga tacgtcccgt ttgtaaccat gttggccttg atgccgacga agtagatatt
       61 tccaccatcc atctgctcgc cattgtccac gttgtcgtcc cagccggatt tgatattcag
      121 cgaaccggca ttagtcgtat tcgttacgtt atacctgaag atattgttgt tgaattggta
      181 gcctgttttg gtggaagcat tactatttcc tgcggtgtca tattgctgca catcgatgct
      241 atatccgagg tagacatcgc ctttgcggga gatgacattc gtgctatcgt tattgctgtt
      301 ttcgctcgtg taatcgaaca tggccgtgcg gatgttgtta gccgctctca cgttcgtctc
      361 tgcgccgttt gtagaggtgg tgcgcgtgat cttcactgag tcgttcatgt agacattgcc
      421 acgatggctg ttgcgatccg ccaatccagc attattacat gagctgaaaa tgttacccgg
      481 attgcgatct tctgcccaga tgccgagcaa accgcgcgct gtaggcgctg tgttgtattt
      541 gctggtgaag ttgaacttct gtgtgatgac gttgccacca tcggaaagca tatagaagtc
      601 gttgcctcgg ggtgtggcat cgattttcgt atcggcgcgc agctccacat tgtggagcgc
      661 ctgaatgcgc atcatgccaa tgtccgtagc gtgttcgaag gccgaagcca aactgtccgt
      721 cgcggctttg tagaacaaca aatcagcgtc gcaagggctc gtgggagcac ctacaccgta
      781 attggtgata taaagcggct gattgccgtt cagattaaac tgtgcagaat gagcgtcacc
      841 catgctcccg ggatggccta aatacatcgg gaagctgctg tttactgtgc agccgccgaa
      901 gttcttcagc ataccgcccg aatagatatg catatggccg gtaccttttg tcgtcgttcc
      961 aatctcaatg acgcccgggt ggtcggtgtt aatattctcg gatgccaaat ttgtgtgcca
     1021 gtccgcgtta ttggctttat agacgtaatt gccatagacg cctaagacgc tggccttcgt
     1081 ccagtatttg agcgccggca gattaatctt acctccatca ttgaaattgc ccaacgaatt
     1141 caggccgaac ccatatcctg tactcggatc ggagaacaca ctccctatgt ttgggggata
     1201 cgaataaata ttcgcggaag ccttggggaa attctcttgc ttgtaaaact tcttcgtatc
     1261 aacgctatcg ttgaccatgt ttatttcatg gatatcacca cctacgcgca atgtggagcg
     1321 cccctcttta ggcaatgcaa taacggcatc cgtcttatca tctggggctc ctccaccggt
     1381 atgttctgta gccgaattgg ttgtagcgtc tgttatatct tcttgtacac agacatctgc
     1441 atccgtaagc agcgcgacag caccatccac caatgtagca ccatcgcggc gatcgtttct
     1501 gtcccaatct actgtaaaag aatagcccat tgcattacct gaacaacacc atgataattt
     1561 tcttccggaa gaaggtgtgg ctacaactgt atcaatttcg tattgccacg gtatatcctt
     1621 tactgctatt ttcttgaaag tgtgtgttcc tctttccagc agaattgttg tcgggcggcg
     1681 atagttggtc aaatattcac ggctctttgt tttggctgta tctccccaat catttccgct
     1741 aagcaagcca ccggggtttc ccaaagcgtt tgatcctgct tctgatttca atttgtattt
     1801 cggctggttc ttaagcgcac ctccatcagt catattgctt ccactgaatt gcaccaaggc
     1861 tacgccgtca tcagtaggat aatatcggtc cgtatttcca tcatcactga atgtctttat
     1921 aggccacctt ttctgatatg atccgtcgat agtcgaggta tataagcctg ttggaatctc
     1981 ggtaggtgcg gcttgcaacc gcacccatgt gctatcaccc acctgcgcgc cgtaattcgg
     2041 agccccaggg tttgtaatta caggtccgcc acctgcagag taatccacgc ggatatgcgt
     2101 cgaaacttct atccagttat ggtctgaaaa cggatagcga gcctgaaaga gagcccaacc
     2161 gcaaggagcc atccactgcc aagcagtatg gccattagta gtaccagcag gcggcgtggg
     2221 aaactcagcc acattcgttt tattaaatga gaactcgtag atcggacgat ccgaaacagg
     2281 gattgaagaa ttaaccccac acattgcagc cttgacattg taacttttgg caatagtgtt
     2341 atttttataa atttcatccg gccaactgtt attattggca ttacaggccc acgaggcagt
     2401 acacaacgta ttatgaccat tgtttgctga tgctactcga tttaagatcg aaatccaccc
     2461 taaagcaaat ccgttacctg tataagctcg gattactcgg ttctttactc ctccgagtac
     2521 aatgtcatcg ggattgttat cgattagtgt gttgttatat gaaatatcgg acagccaagt
     2581 ccaaccagca tctgtattaa tagagccata gccccatgga aatttcacga cctgtggcgt
     2641 tgcacctcca ttgttaatac catgtgttcc tggtgtgata tatgaggatt cgcctgcccc
     2701 aaaggcatta tttaccggcg agagcgtatc agtagccgat aaatagaatt gggtcggatg
     2761 taagcgtgtt cctttcagct gcccccacgc tacgcctcct ccggagccga agagggctgc
     2821 cagcagggcg atgattgtta ttaaatgaag tcttttcttt ttcatatcgc atctgtttta
     2881 aaagtgaata aattgctgtg taaagagtgt ttaaatgtgg gataggagcg gatagcccac
     2941 gggcaaaacc gccctgcaca cggggctggc agtcaaggcc ggctccgtgt gggggcttcg
     3001 tctatatata tatgtaggtg ggatatacaa aactgcatgc cgcagccttt gggctatcgc
     3061 tctcatcgca tctgtgaata attacgccgg caaatatatg atgggtctaa agaacaaaaa
     3121 caaaaattta ttggagggag aggggagaag atgccccgaa ggggcaattc atcaccagcc
     3181 cggggtaaaa cggagcgaag cggagtggca ccccggggaa ggcaccatcc tctcccctcc
     3241 cccccgcctc cccgcaaacc agccccagcc ctgcgcggca gggctggggc tggtttgcgg
     3301 ggaggcgggg aattcttgga ggatatcgta acccagggtg ttaccctggg ctgggttgat
     3361 ctgccccttc ggggcgtaca gagatcaaaa acacgcgtcc gagagatcac cgtaggggta
     3421 cggagatcaa aaacactcgt ccgggagatc tccgtagggg tacagacgaa ggccgggagg
     3481 tacgccctac aatttctcgg aaatgagacc tttgcccgcc tatacattta tatatatact
     3541 ctatgcaaac ccttgttttt gctacacaca acccacacaa gctgcgcgag gtgcgcgata
     3601 tgttgcccac tggcgagatg gagttagtgg ggctgacgga tttggggcag actgcgccgc
     3661 tgccagagac ggcggacacg ctccagggca atgcgctgca aaaggcgcgc ttcgtgaagg
     3721 cgcattatgg ttacgactgc tttgctgacg atacgggcct tgaggtcgag gcactcggtg
     3781 gggcacctgg cgtctactcg gctcgttatg cgggcgagga ctgcgacagc gcagcaaatg
     3841 tccgcaagct gctggctgcg ctcgccgatg cgccgaaccg tcgggctcgc ttccgcacgg
     3901 tcatcgcctt agttatggat gggcgggagc acctcttcga gggggtggtc acggggcgga
     3961 tcgcgacgaa ggggcacggc acggggggct ttggctacga tcccgtcttt gtgcccgatg
     4021 gctacgaccg ctccttcgcg gagctatctg ccgacgagaa gaatgccatc agtcaccggg
     4081 gacaggcggt gaggcggttg gtggagttcc tatcgtaggg ggtagcgggc ttcgcccggg
     4141 tagtaggggc gaatcgcatt cgccctaagt agttatgcgg cctgttggcc gcaggtagtt
     4201 agagggtagt caaaaggggc ggcctgaagg gtcgcaagat gatagccccg ggcaaagccc
     4261 tgggcgggct tcgcccgggt agttagagtc aatcagaaat agctccacaa ataaaaaaga
     4321 ggtgtatccg gtgcgccctg aaagggcaac cgagttggct catagagaca actcggaacc
     4381 cagcccaggg tagagcgacg cccccgggcg gcgcggcacc ctgggagatg caatgcccgc
     4441 ccgatccccc cgctcctctg aaatcagctt ccgccctgct gtggcagggc ggaagctgat
     4501 ttcagaggag cggggatttc ttttggtgcc gtccaaccca gggcgttgcc ctgggctggg
     4561 ttgacctgcc ccttcggggc gtatgcttgg tacactcaaa tttttctaac tcattttcgt
     4621 ttggctatat atgcacacac attaattcct tataaaatga agattcaatt gctgatttat
     4681 ggcttgctgc tgtcgctctt ggcggtgcac gcggccgaca actcgacgac tcgctggcat
     4741 acgtatctgg cgatgtataa cacaacggct gtggcggagg cggagaataa tgtctatgcc
     4801 gtggccgatg gcacactcta cagctatggc aagacggatg accgcatccg catctattcc
     4861 cgacagacgg ggctgagcga ttcggacgtg cgcctgatac gctacagcgc cagcacacgc
     4921 acactgctca tcgcatacgc taacggcaac atcgacctga tgacggccga tggcgtatac
     4981 aacttgccct tcctgaagaa ctcgacgaac attcaggata agacgctcaa tgcgatcgac
     5041 ctgaatggcg acctcgctta cctcgcggcc aacttcggcg tgatggtgat cgacctgaag
     5101 aagcgcgagg tggctgagac ttatcgctta gaccaacgga cggtggcgac ttgcctgttg
     5161 ggcaaatcga tctatgcggc tacggacagc ggactgctgg cggctcgcac gacggataac
     5221 ctgatggacg cggctaattg gaaacgcgta gtgctgaaag atgctgcctt tgacgaccaa
     5281 aagatcgtcg ggttaggcac cttccgcggg cgggtctgcc tctgcgccac gggctcgggg
     5341 ctcttctgcc tcaacgccga cagcacaacg cgcttgatgc gtaaacaaac gaacctgcgc
     5401 ggcctcgccg tggccggtaa ccgcttgttg gcctacgccc cggaggcgct ctacgtcttc
     5461 gcctcactcg atggcacggg cgaggctgtt ggcacaggca ccgtcaatgc cgtgacggcg
     5521 cttaaggagg atgggcgcta ctggatcgcc tcagggcgta acggcctcgt ggggctgcgt
     5581 cggcgcaccg atggacagta cgaaaaggcg atctcggggc tgaagattga agggccgaaa
     5641 cgcaattacg acgactacat gatcgtagac cgtggccgcc tgtgggtggt cggggggagc
     5701 tacacgaaca cggcgcgcgg caaccgcgtg ggcacactga tgagttacgc gaataagaag
     5761 tggacgaact tcgacgaaac cacggctaca cgcggatcgg ggcacgatgt gcaggactat
     5821 gtgggtgtgg ccgtcgaccc ggacgacccg acgcattgct tcgtgggcac ctttggcgag
     5881 ggcgtgatcg agatcaagga caacaccttc gtccgccact acgaccataa gaacacgccc
     5941 ctcaaatcgg ccctgcccgg caataagaac gaacaccgct acgtgcgcgt catcggcatt
     6001 gggttcgata aaaacaagaa cctgtggatg acaaactgca acgcggaaaa tggcatcgtg
     6061 gtgcgcacga aggatggcac atggaagtcg ctctactacc cgggtgtgtc agacaagacc
     6121 ttcgtggggc gcatcctctt cacctcgcgc gggcagaagt gggtgaacgt gccccgcggc
     6181 ggtggcctgc tcgtcttcga cgacaacggc acaccgacaa acaacgccga cgacaagtcg
     6241 cacttctact ccaccttcac caacgccggt ggcacagcgc tcggcgtgag cgagtattac
     6301 tgcatggcgg aagatcgcaa gggcgacctc tgggtgggca ccgaccacgg cccgatggtc
     6361 agcaccacca ccgacaaagc cctgcgcgac ccggcccact gctactggaa cggcatcgtc
     6421 cgcaacgatg aggacggcaa gccgcgctac ttcttagaca gcgagcagat caccgccatc
     6481 gccgtggacg gcggcaaccg caagtggctc ggcacaggca gctcgggcgt ctacctcgtc
     6541 aatgccgatg gcacgcagac gatcgagcac ttcacgacgg caaactcgcc cctgctctcg
     6601 gacaacatcc gcagcttggc catagacaac accacgggcg aagtcttcat cggcaccgag
     6661 aaggggctcg tctcctaccg cggcgacgcc accgaggcgc ccaaaaccta ctccgacgtc
     6721 tacgcctacc ccaaccccgt gcacccggac tacgagggca acgtgaccat caccggcctc
     6781 atcgccgact cgaacgtgaa gatcaccgac ctcaatggca acctgatccg gcaagggcgc
     6841 tcggccgggg gacagttcac atgggactgc cgcacggcta acggtcggcc tgtcgcctcg
     6901 ggcatctacc tcgtcctcgc ctccacctcc gacggcagcg aaggggtggt gacgaagatc
     6961 gccgtggtgc gctgaggctg caaaaacgga tcggccctct gcgagggcat gaatagaagg
     7021 aatgctttgg cgcttgcggg aactcccgca agcgccaaag catttcccgt gggacttgcg
     7081 ggagttcccg caaacgccaa agcatttccc gtgagacttg cgggagttcc cgcaaacgcc
     7141 aaagcatttc ccgtgggact tgcgggattc ccgcaaacgc caaagcattt cccgtgggac
     7201 ttgcgggagt cccgcaaacg ccaaaacgaa gaatttgatg cttgcggggc gctccgcaag
     7261 ccccccttaa tcatcaatca ttgccaactg gcccctcgat ggcaatcgtg cggctgccgt
     7321 cgggctgctc ggcgatgcgg acacggatag cgtccggcgg aaggagcgat tcgatgcgct
     7381 cgggccactc gatgaagcac cacgtggagc tctcgaaata atcttcggtg ccgatggcga
     7441 gggcctcgtc gagggtgcgg atgcggtaga aatcgaagtg atagatgagg ccgctggtgg
     7501 tggcgtcggt agcgtactcg ttaactaatg cgaaggtggg gctgttgatg gtgtcgtgcg
     7561 tgccgagggc ttcgcagagg gcgcggatga aggtggtctt gccggcgccc atcgcgccat
     7621 agaaggctac gacgcgcggg cggctcccca cttgtcgcag gaactcctgg gcggcggcgg
     7681 gcagatgagc cggggtgggg acgtggatcg gggtcatttg ggttgcaggg tgatgaaggg
     7741 cacgagcatc tcctccatcg agatgccgcc gtgctggaag gtgccgcgat agtaggggac
     7801 gtagtagttg tagttgttcg gataggcgaa gaagcactcg ttggtggcga agacgtagcg
     7861 ggtgctgacg tgcggcgagg ggaggccagc gcgtgcgggc tcgttgatct cgaagatgta
     7921 cttggagtcg caggtcatgt ggcggccagt cttgtagcgc aggttggtgt tcgtgttgcg
     7981 gtcgcctgtg attttgatgg ggtcgttcac ctggatggtg ccgtggtcgg tggtgaggat
     8041 cacgcggcag tcctcggcgg cgaggcggct gaagagctcg agcatgatgg agtgctgaaa
     8101 ccaggatcgg gtgaggctgc gataggcggc ttcgctctgt gccagctcgc ggatcatctt
     8161 gctttcggtg cgggcgtgcg agagcatgtc gacgaagttg atgacgatga cgttgagctg
     8221 gttgcgcatg agttcgttga ggcctgcgag catgcgttct ccgaactgtg actcgtagat
     8281 tttgtgatac gagaaggtgt acttcttgcg gaagcgttcg atctgggttt ggatcagtgg
     8341 ctcctcgttg atgttcttcc cctcctcgct ctcctcgtcg acccagaggt cgggaaacat
     8401 cttctcaatc tgcgcgggca tgagtccgga gaagatggcg ttgcgggcat actgtgtagc
     8461 ggtggggagg atgctgtaat acaacgattc gtccaccgtg aaacgatccg tcagcaggga
     8521 gcgcaccatg cgccattggt cgaagcggaa gttgtcgatg aggatgaaga agaccttctc
     8581 accggcgtct aagaggggga agatcttcgt tttgaagagg tctgggctca tcagtgggcg
     8641 gcggtcgggc gagcgcatcc agtccatgta attcttacgg atgaacttac cgaaggcgct
     8701 gtcggcctcg cgcttctgca tgatgagcat ctcctgcatc tgtgtctggt tctgctccag
     8761 ctcgatctcc cagtagacga gctttttgta gacctccgtc cagtcgtcgg ccgtgaggga
     8821 gtcgttgatc tgcatgccga tgcgtccgaa ctcctgctgg tagctctcgg tggtggcggt
     8881 ggtgatgatg tcgttcttgt ggaggttctt tttgatggag aggagcagct ggttcgggtt
     8941 gacgggcttg atgaggtagt cggcgatctt gttaccgatg gcttggttca tgatgctctc
     9001 ctcctcgctc ttcgtcacca tcacgacggg cacagcgggg tccacctcct tgatggcggc
     9061 gagggtttcg aggccggtca gtccaggcat gttctcatct aagaagatga ggtcgaaggc
     9121 ctgctcacgg cagctgtcta cggcgtcctg tccactgatg acaggcgtta catcgtatcc
     9181 tttctcttcg aggaaaagga tgtggggctt gaggaggtcg atctcgtcgt cagcccagag
     9241 gatcttgttt cttttcatag gggtggggat agggtttata ggggggaatt aaacggggat
     9301 taaacggcag gatgggggcg gatattatat ggtataaaac aagcggtgca tcgggggcgt
     9361 ccgtccattt gacgttaccc accgacgcac cgctatcgtt ttccttgtct cgctcacaca
     9421 ccgcgtgtgg gcgtccgggt tctatttctt ctcagacttc ttagcggctt tctctgcctt
     9481 cttagcagcc ttcttggctt ccttctcagc ctttgcggct gctttctcca ccttctctac
     9541 tgctttatct actttattca cggccccttc tgctgcattg acagcttcct cagcggcctt
     9601 ctccactttg gattcaggct tgatgatgtc taagagttcg atctcgaact ccagcgtaga
     9661 gttcgggcga atcatctcgc cggcgccacc tgtgccgtag gccaagtccg aggggatcca
     9721 cacttgcagc ttctcgccct tcgtcatcag cttaagcgct tcctgccatc cgcggatcac
     9781 ttgcgtcaca ccgaactcgg ctggttcgcc gcgctctacg gagctgtcaa agactttccc
     9841 gtcgagcaac ttgcccgtgt aatgcacctt cacgcggtcg gcgtcggtcg gcttctcgcc
     9901 gccatcgccc tccttgatga tcttgtattg caagccgctc tcggtcgtct tcacaccggc
     9961 cttcgacttg ttggcagcga ggaacttctc gccttcggct ttgcgggctt cgttttcttt
    10021 ctgttgggcg gccatcacat aggtctgaat gcacgcctct gcggcggcgt tgtccatgat
    10081 caatccggcg gtgtcgccct tcagtgcacg gacgaagatc tctgccaaga tgttgatgtt
    10141 ggctggcccg ttggggaagg ttttgaggtt ctcgcgcagg ctgctaccaa tgttcacgcc
    10201 aagggcgtag ctcaccgtgt cgagcgacga cttcagcgcc gggccgccct tctttgttgg
    10261 ctttacagct gcctcggcca ccgtgccacc cagcagcatg gccaagcaga cggctgcgag
    10321 ggctgccaac ttgtggatct gcttcatcac ttcacgatct ccagcagttc gacttcaaat
    10381 tcgagtgtcg agttgggctt gatcggccct gcgctctgtg cgccgtaagc caagttcgcg
    10441 gggatccaca cttgatactt cgaccctacg ggcatcagtt gcagcagttc ctgccagccc
    10501 gggatcactt gtccgacctc aaacacgact ggctcgccgc gttgcgtgga gctgtcgaac
    10561 acggtgccgt cgagcaggcg acctgtatag tggcatttca ccttgtcctt aatcgtcggc
    10621 ttggggcccg agccttcgtt gatgaccttg tactgcaatc cgctggcagt cgttatgacg
    10681 ccttccttcg tgcggttggc tgcgaggaag tcttgtccgg ccttcagctc agcctcggct
    10741 gcggcctgct gtacgttcga caggtatgcg ttgaggtatg cgtcagcgtc accgggagcc
    10801 atcttcaggg cggcggtgtc tttcagcact gccaagaggc cctttaccag aatgtcgacc
    10861 ttcagcgagt cgttgccggg gaagttgcca acgctggcct tgaggttatt ccccacattc
    10921 acaccgacag catagctgat gctatcgacg gagttgctca gggttacgtc cgtcgtttcg
    10981 ccctgcttac acgagttcat cgtcacacag gcagccgctg cggccgccat catccataca
    11041 ttaatctttt tcatctcctg tttgattgtt tataaataca aattcgatta ttcgttctct
    11101 ctattcattc gatgccgagc aattccacat cgaagatgag tgtcatgttt ggttcaatcg
    11161 cctcgccggc gccgcgctcg ccataagcca gctctgcggg gatcacaagg cgccatttcg
    11221 atccgacatt catcagctgc aaggcctctg tccatccggc gatcacttgc gagacgccaa
    11281 acacggccgg ctcgccgcgc tgcacggagc tgtcgaagac gcgtccatcg atgaaggtgc
    11341 cgtgataatg gcagcgcacc ttgtccgtca gtttgggctt cgggccgttg cccgtcttca
    11401 gcacttcgta ctgaaggccg ctggggagcg tcacgacgcc gcgcttttct ttgtgtatgc
    11461 gtaagaattc ttcgccgact tgcttattca tctcgaactt ctcggcttgt aggtttttga
    11521 aatactcctg aagcagctgc tgcgcctcgg tgaaggggat ggccggttgg gcctcattaa
    11581 atacatcgtt tattcccttg acaaaatcgt cgatctccag ccccttgatg cccgatgccc
    11641 ggaagttatt tccgatgctc agcccgaggg catagcttat cttatccatt atctaattgt
    11701 ctttcttttc cttgtgtaaa tcaggccgca aaagtaaaaa catttcgatg cggcatatgg
    11761 gcgcttcttc ttgggggggc tggtgtaacg tgaatacgac gtggaggtgt gcaatccttt
    11821 cctcatatac tcctcgtgcc cctcatgccc tcccggcctt ggaggaaatc agcgacggtt
    11881 tacttttgcc cgccttctaa tgacaaatgg aggacgttat ccctatacat ttatatatat
    11941 agcaatcaga agatgaaatt ggcagaagcg ctcagcctga gggctgactt acagaaacga
    12001 gtgaacgagt tgaaggtgcg gtttaaggac agcgccaagg tgcaagaggg cgacacgccg
    12061 gcggaggatc tcgcggcgct ggaggtggag ctgaatacgg ccttggccga gctggaggat
    12121 ttgatctacc gcatcaatgc gacgaacatg caaacgatgc acgagggcga gacggtgacg
    12181 cggatgatgg cgcgcaagga tgtgcttgcc atgcgtgtgc agctgatgca ggaggtgctc
    12241 cgccacgtgg tggagggcga cgcacgctac gggcgaaacg agatcaagac ggtgcgcgtg
    12301 gtcgacgtgc ctgagctgcg acggaagacg gacgctgcgg cacgcgagct gcgcgaatta
    12361 gacatgaaga tccaggagct gaattgggcc gtggatctga tcgaataaga gagaaataac
    12421 aaggcgacgt tcgtcaataa ggcgcgcggg ggcggtacaa aatgccccga aaccttcggg
    12481 agacggggcg aaagagccat cgaatcataa acgagccacc gcattgtgca agcagcacag
    12541 cgcacaggcg caagtggcac aatccgaaac caagcgttcg gtgcatcgcg catcaccacg
    12601 tatcgaccga cgccgacgaa cgagggtggg tttggggaag aagggtcgta gcactttcgt
    12661 gttgcggccc ttcgcttttt gagcctcata atgatcaaaa atgctttccg atcgattttg
    12721 agcctcataa tccaccaaaa atgctttcgc ggccgatttt gagcctcata atccaccaaa
    12781 aatgctttcg cggtcgattt tgagcctcat aatcgatcaa aaatgctttc gccgtcgatt
    12841 ttgagcctca taatccatca aaaacgcttt cgcggccgat tttgagcctc ataatcgatc
    12901 aaaaatgctt tcgcggtcga ttttgggcct cataatccac caaaacgccc ccgccgcccc
    12961 ctccccacct gcacaaaggg gagcgtccgg cctcgatggc ccccccgtgt tttttgattc
    13021 gatctacttt tgtttccgtt gattgtagga cgtttccgat gaagtatatc acacatagca
    13081 acagcttcgg caggcgcttt cggcaatggc tgcaagcggg ctgcatctta gtctcgggcg
    13141 cgctgtggct tgcggcttgc agcgacggcg gagcggatgc ggacgaaggt gatttcatcg
    13201 acccctacat ggcgcgcgat tcgggcggac gaagcaacga cgtcacccgc tttcaaaaca
    13261 gcaaggatct ggcgcgcgac tttatcaatc ctccggctta cgcccgggcg cgcatcgtct
    13321 ggcaatggcc cggcgggcgc atcacgaaag cgggcatcca gcacgacctg acggagatgt
    13381 ggcgcgtggg catacgcggc gctgtgatct atgagacggg gcgcgccctg cccgaccaca
    13441 ccgcggaggc tgctggagct ggatttatga cgccgcgttg gcgtgaactt ttccgctacg
    13501 cctgcaccgt ggccgacagc cttgggatgg agttagggct gaatcttggt agcggcacgg
    13561 agagcggtgg gccgtggatc acgcctgagc tgtcgagcaa acggctgctc tggagccgga
    13621 cggacgtgga ggggggccga cgcatacgca ttcggttggc gctgcccgag ggcgtgatga
    13681 tgcgcccggg gctgaatgtg cctttttaca tccccgtggc cgtgttggcc gtgcgcatgg
    13741 atgatgcgta tgtcaacgaa ccgacagcga cggggggtga tgaggctgcc gagccgacgg
    13801 attctgcggc aacgcaacct gcggtgccag cgcccgtgct gcccatccgc ctcagcgacg
    13861 tctacgacct cagcgaacgg gtggacgccg atggcaacct ctcgtgggag gcgccagcag
    13921 gcaccttccg cctcttccgc ttcgtctgct caggtacggg agcacgcacc gcgaatgcta
    13981 caccaggcgc gagcggactg acgcctgact tcctaagtgt ggaggccaca gatgtgcatt
    14041 tcgaccacac cgtgacggtg ctgcttggcg agatgcgcga caaccgccca acaagctgga
    14101 catacatcac cgatgatggc cgattgcccg caggtgccaa ctggacaccg gcgttggcca
    14161 ccgagtttaa gcgcctcaac ggctacgact tggtgcgcta cttgcccgtc ttcaccggcc
    14221 tgacaatcga gagccacgac gcctccgaac gcttccgcac cgactatcgc cacaccgtgg
    14281 ccgacctgtt gtttcacaac cgctacgaac gcctccgcga gctggcccac cagcgtaacc
    14341 taagcgtcca ccccgtgaac cggccagaga cgtacaatcc ggtcgacgtg acgcgcatcc
    14401 ctgccttcag cgatgtgccc acggccgact tccgcctgcg cagcaccccc gacgcgtcac
    14461 tcaagatcgc cgcctccgcg ggtcacctct acaaccgacg cttcatcgcc gcccgggggc
    14521 cgctggtcgc tggcacaggc ggctgggaga tcgacctgcg cacactgaag cccctcatcg
    14581 atcgcgcata ttgccagggt gcgaaccgcc tcttcatcta cgccttcacc cactcgcccg
    14641 cctcggcagg catacccggc atcgagtgcc cagacggcgt ctgcttcaat gcaaacgcta
    14701 cgtggtggcg ccagtcgcgg gctttcctgt cgtggacggc gcgcaacgca gtcatgctga
    14761 cgcagggcaa atcggtgtgc gatgtctgtg tcatttgcga cgatgaggcg ctacagcgtg
    14821 aggcgcagtt gaagcaggtg gaagaagcct tgggcggaac gtatgactac gatgtggcgg
    14881 gcatcgacgc cttgctgaag cgtatgagcg tgagcaacgg cgcaatcacc ctgcccgacg
    14941 gcgtgcgtta tcgcctgctc gtcatgcctg accgtcgctc gatgcgtccc gaggtgatgg
    15001 ctaagatcaa agagttggtg cgagctggcg ccatcgtcgt agcgcccaag cctgtgacca
    15061 ccgtcgggct acgcaactat ccggacgccg aggtgcagct ccgcgccgat gctgattcag
    15121 tctgggggcg cacattcaca ggcgaagccc tcttcgggca cgggcgtgtc atctggggca
    15181 aaccacttgg cgaggtgctg gcctccttcg gtgtcttgcc cgacttcgcc tacgccagca
    15241 cgccgcccat cacccctcgc ctcagctaca tccaccgcgt cgcccccacg gccgacatct
    15301 acctggtggt caaccagggc aaccgccccg aatgggtcag cctcaccctg cgcgacggcc
    15361 gcgggcgccg acccgagatc tgggatccga tgacgggcac gatcatgccc caactcatct
    15421 tccgcagcga ccgctacggc cgcatcagcc tgcccgcctt ccttccacct cacggctcgc
    15481 tcttcgtcgt cttccgccgg ccaatcgaag gcctttactt caacggcctc acccgcaatg
    15541 gcgacgacct cttccccaag ctcccgccct atcccttcgg ccaggcgcca gtggcgaccg
    15601 tgcagggcgg cgaggcattc tgttttgtta caggttggaa atacgggttg cagaagcccg
    15661 gcggtcggcg gctggctttg cggggctacc acacggagac ggtgcccgtg gccacggcct
    15721 ggagcgtctg gttcgatccg cgttggggcg gccctggcga ggtgcgcttc gatcgcctct
    15781 actcatggcc cacgcatccc gatcgcggcg tgcgcaacta ttcgggtacg gccatctatc
    15841 gcaacacctt ccgcctctcg gctgcgcagc tgagccacac gagcatcgtc ctctccttgg
    15901 ggcaggtgat tcacatggct gaagtcgagg tcaacggtcg accggccggt gtgtggtggt
    15961 gtccgcccta cgagcgcgac gtgacgtcgc tattgcagga gggcgagaac acgctcgagg
    16021 tgcgcgtgac caacctttgg cccaaccgcc tgatcgccga tctgcgcgag cagccctccg
    16081 atcgcctcac gcgcaccaac ctgctcggcc gttacaccgg cgagtcgcct tccaccatct
    16141 ccggcctgct cggccccgtg cgcctcatca tccgcccgat caagcggccg taggggggat
    16201 gaagatggac aatcatgttc atcacccatt ggtaagaatg gacaatgggg gatgatgtga
    16261 gaggcgcaca tcgcgtccga tcactcatta ataatcaatc attacttaga agccacacca
    16321 tacattcttt ctgtgaacta tagagaaatc tatcgtccac ccggaataaa tgtgtctggc
    16381 accactgtaa aacctatatt caaggcttca tttctacaga tgaagccttc gtttataaaa
    16441 atcaagcctt catttttgca aataaaggct tgaatataga atgggcagta cttgcaagac
    16501 aagaatatcc gacttacgca aaaggtttat cccggtagat gtcgacatat agtcaagcgg
    16561 gaatgaattg ccctcccctt cctgcccaaa gccatgaagg ggagatgccc taatccttgt
    16621 acccccagcc cacccccctc ccaagaaaag ctcatgcgac ttgtcgtagg acgagacctt
    16681 ttcgcctcct acagatacat caaagggagg catgcacacg tgtgtggcat acctcccttc
    16741 tgagatctga gggatgggca acgcgccccc gctatcgggc ggcgatgacc tcgatctcca
    16801 cgaggccacc cttcggcagc ttgcacacgg caaaggccga gcgcgcgggg cagtccatgc
    16861 cggcaaactg tgcggcgtag acttcattca caacggcgaa gtcgttcatg tcggttaaga
    16921 agacggtggc cttcaccacg tccgacagct tgtagccggc ctcgccgagg atggcgcgaa
    16981 ggttgcgaaa cgactgctca gcctgcgccc ggacaccgcc cggagcgaag tcgcccgtgg
    17041 cagggtcgag ccctaactgc ccggagacga acaacaggtt gcccgcctct acggcctggc
    17101 tgtacggccc gatggccgcg ggcgcttgat tggttgcgat tacttttttc atttctgttc
    17161 tttttatggg ttgatgatta cgggcctcca ctactcaaac cgtttacgga tgcagtactg
    17221 ggggcgtttg ttttgtgaga ggaagacgcg cccgagatat tcgccaacca tgccgatggc
    17281 gatgagttgg atgccagcaa agagggcaat catgacggcc atcgtggtgt aacccatcgg
    17341 cagaccgggg tgcatcagct tgtcgacgac ggcgtaaatg cctaagccga aaccgaagag
    17401 ggcgaacacg aaaccgagca ccaccacggc gcgcagaggg aggatggaga agttgatgaa
    17461 catgttcatc cacaacgtga ccagcttgcg gagcgtgtag cccgacttgc cctcgcggcg
    17521 ggggcaatgc tccacctgta gccggccgat cttcgatgtg gtgcgcagga tcaggccgtc
    17581 gatgtagggg aaggggaggt cgtaacggat gatctcgcgc acgatgaaga ggttgagcgc
    17641 cttgaagctg gagaggtaga ggtcgtgagg cttacggagc atgatgttgg ccacgcgatc
    17701 gttgaagcgg ctgccgagat tgcgcatcgc tgagtgttgc ttgtgggcat agtaggtgta
    17761 gaccacgtcg acgtcgtgcg tggcgatgta gtcgaagagg cggaccacct cggcggtagg
    17821 gttctggaag tcgtcgtcca cgatgaccgt ataggcgccc gtcacttggt tgaggccggc
    17881 catgacggcg ttgtgctcgc ctacgttctt ggccaaggaa tagaagcgga cgatgccggg
    17941 gtagcggcgg tggaggtcaa tgcaggcagc ctcggagtcg tcgggcgaat cgtcattgac
    18001 gaggatgatc tcgggctcat aacgcggggg cttgagcgct tcgatcagct cgccaacgac
    18061 gcgcccgatg gtgtgtgcgc tgttgtagac ggggattact atggagattt tcatacccgg
    18121 ttgacggcgc gaatcacggt gtccacttcc ccgtcggtga gggtgggata catcggaagg
    18181 ctgaggatcg cggcggcgaa gtcgtccgtt ggggtgcgag cggcgtcgcg gcctgggccg
    18241 tcgtaggcac gttggcggcg gatgggcacg ggataatgga tcagtgtgcc gatgccctcc
    18301 ttggccagtc gctcggagag cgcgtcgcgg tcggtggcac ggacaacgaa gaggtgatag
    18361 ttcggctcgc catacgcgtg ctccgtgagg cactccacgg ccgtcagtcc ggcttggtag
    18421 cgtgcggcga tggcgcggcg gcgggtgttc caagcatcta agtggcgcag tttaacgcgc
    18481 aggatggctg cttgcatctc gtctaaccgg ctgttgatgc cctcatagtc gtggtggtag
    18541 cgcactgtct ggccgtagtt gcgcagcgag cggaggcgtt cggccgtggc gtcgtcgtca
    18601 gtagtgacag cgccgccgtc gccataagca ccgaggttct tggtgggata gaaggagaaa
    18661 gctgcacagc gtccgcggcg cccggccttc aatccgcgat aggtagtgcc ggccgcttgc
    18721 gcacagtctt ccatcacctg caagccatgc gcctcggccg tgcgcatgat ggcgtccatg
    18781 tcgcagctct ggccatagag gtgcacgggg acgatgcatc gggtgcgtgg ggtgatctgt
    18841 gcctcgatga ggcgttcgtc catgaggccg tcctccggtc tcacgttaac gacgaccggt
    18901 gtggcgcccg cctgcacgat gccggtgacg gtggcaaagg ccgtcatgtc ggtagtgatc
    18961 acctcgtcgc cgcggccgat gcccatcgcc cgcagagcca gtgcgatggc ttcggttccg
    19021 ttggccacgc ccacgcagtg tcgggcgccg aggtagtcgg caaattcacg ttcaaaggct
    19081 tcgccttctt ttccgaggat gtaccatccc gagtcgagca cacggcgcaa ggccgcgtcg
    19141 atctcggagc ggatggcttc gtattcgcgc ttgaattcgt tgaatgggat catagggttc
    19201 aagtagttat gtggcctgaa ggccacggta gttagagggt agttatgcgg cctgcggccg
    19261 cggtagttag agggtagtta gagagtagtt agaaggtagg ggggtaggcc ttgtgcctgc
    19321 ccatttctgg aggttgatta ttcgtaccgg tcgaggatat tgtgcgggtt ggtgggcacc
    19381 taatgctctc tgacgcttac gcaccatgtt ttttatggcc tctttggcga gatatgcatg
    19441 taggtctttt ttcagtttgg cttccattgc gtcgcgctct ggcgtgccaa tcttccccca
    19501 gatttcatct gtcagatcat ctgcgggggt gaaaatcatc ttcatcattt attcatttcc
    19561 ccatcgccct tacctgatca ataaacgcct cataatcccg gatgtaatcg gcctcgtcgt
    19621 agtggtcgga ggcgaggacg agcaggatgc agttggggga aaaggcgctc atctcgtgcc
    19681 aaatcatgac gtccatgtag acgccgaggt cggggcggtc gagggtgact tcttggcggt
    19741 gggtgccgtc gtcgagcagc aggttgaatg agccgttgat gcagaagagc acctgccggt
    19801 tgtgcttgtg ggcgtggcgc ccgcggatgg cttggggcgc gctgaggccg tagatgtaat
    19861 agacgcgctt cacgtcgaag gggatttggc ggccgcattc ggccacggac agcacgccgt
    19921 cgacgccgtc tttgatgcgg ccgaggtcga tataggcgca gttacttact tgtagagatt
    19981 ccatagaggt aaaatttcgg gttacggtaa acctccttca ggcgcgggtg cgtcatgggg
    20041 gaggtggtga tgaggtaatc caaccggtag cggtcggcga tggtgtcgag cacagccggg
    20101 tcggtgcgga ggcgacggcg gaggcactcg cgggtgtacc actcgtagat cttctcgccg
    20161 ccaccggggt cgaacttgaa gatgacgagg gcctcgcggc gggtgcgtcg ggggaaggag
    20221 agctcgtcgc gatcgcggaa gaggaagacg tcgtccgggc gggtgtgtgt cttgacatag
    20281 tccgtcagct ccatcagcgc acggtcttca cgggggaaga tgttacgggc gaagttcttt
    20341 tcgatatgaa tcaaagccat gatggccacc atggctacgg cgtacggcag gaggcgcacg
    20401 gtgtctacat ggcggcggac gagccacgcg cgggcgacga cgtaaaccag cagataagca
    20461 gcgaaggtgc cgagggcggc gatgcggaag aggtaatact tgagcagccg gccgtgcaca
    20521 tcgatataag taatcgccaa cccgacgaag accataagga gcgtgatccg aacgatcgtg
    20581 ttcagccgcc gcacatcttc atccttcgat cggcgcagac caaagaggca ccagagcagg
    20641 aagaggaacg aggccacgac gcgcggcagg actttctgca tggcgccctc gcggtgcatg
    20701 ggcgcggtgt ggtgcgtgtt gcggaagaag gagtagaccc aatccacatc cacgccgtgg
    20761 atcaccgtgc ggctgtcggt caggtaggtg gcgaggtaga tcacaaacgg cgccacgagc
    20821 gccacgtaaa cgagccccgt cacgatggcg cgcttgaggc tccgctcgcg cacaaggccg
    20881 taaatccaca ccaagacgaa gaaccaaccg ccgacgagga tgtggaagta ggaggctgcg
    20941 gccgccatca caaccgccca tgtgtcataa ccggcgaatt gctgcgttgc cttcggcact
    21001 cgcggttcgg tcacgtactt ctgtacgctc cctcccactc ggcctcggac gccttgcact
    21061 tcatccggtt cctgacacat gtccgggatc gatggctcgt cgccgcgcag catgaagtag
    21121 aagccccaga gaacgaagac gtaagccagc gtcttgccct cgaagccgcc aaagatccac
    21181 tccataccga agaagctctg cgtgttgaca ttcgcgatgt agagctggag gatgagcagg
    21241 atgcccgtgt tgcggatccg gagcaggcga aagatgcgag ccagcgggaa ggcgtagagc
    21301 aggaagttga ccatgcgccc ccagaacgcg agctgctcga aggtgaggta gcgcagggcc
    21361 cagccggcga tatgttggaa aaggaagcgt gtgccgaccc attcggtgaa ggtgaacgag
    21421 ccggggatcc agtccggctc catgtattgc ttggccaggg cgaagtaggt ctcctcgttg
    21481 tcgcccggca cgaaggagag caggttgagg cagagcaaca ggaagatgaa gaggcgcgtg
    21541 tccacgccat tgatcgcatc gatcgcgcgg gtgatgaggg ttcgcggttt actcattctg
    21601 ttgagggtta tcggctaaaa aggggtagtt gtgggggcct gaagtctttc cgaagaggcc
    21661 attcgtccac ccaacggtcg agccgacgaa ttgtttggcg tcaacggccc caacgggcac
    21721 cggttgaacg aattgtttgg tgtcaacggc tccaccgggc accggttgga cgaattgttc
    21781 ggcgtcaacg gctccaacgg gcaccggttg gacgaattgt ttggcgtcaa cagctccaac
    21841 gggcaccggt tggacgaatt gtttggcgtc aacggcctca ccgggcaccg gttggacgaa
    21901 ttgtcgcgga gaaacgtata cggcgctttc acttccatgc tattgcggct gctcaggggt
    21961 gatgccatac ggcgtgcggg ttacgtgttt cgagcgcgtc tcctggcgca gggcacggtt
    22021 gaagcggatg gattcaggcg tcttgtagcc gcgcgggtgg tctaagtgga ggcagatggc
    22081 ggagtaacgg atctgccggc cgcggatgcc ggcgttctca aggcgctcgc caaactcgcg
    22141 gtcttggccg ccgtagtgca tacgttcgtc gaagccattg gccgccatga tgtccgtgag
    22201 ccaccccgaa gcgttgtggc cgttccacgt cgggcgcgtc ggggtgaggc tgttgagcag
    22261 gcgctccttc aggccgaagg cagagagctt gttgttctta aacgaacgcc ccatgccgcg
    22321 cgcccggagc cacccgaccc gaaagcagcg gccggtgcgg atgtcgtcgc gggtgatagc
    22381 ctctgaggtc gtcaggggca gcttgtggta accgccggag aggaagcgcc ccgggctgcg
    22441 atgggccaaa tgcgtgccca caaagtcgcg gcgggggatg cagtcgccgt cgctgaagag
    22501 caggtagtcc gtggcggcct cgacgatggc tttgttcaat atctcacact tacggaagcc
    22561 gtcgtgcggt tgccacacgt ggcgcagggg gtaggtcact tcacgctgca tgcgctcgat
    22621 gagtgtgcgg gtacgctcgt ccgatccgtc gtcagcgatc agcacctcga agcgccgatc
    22681 cgtctgcgcc tcgtatcccc aaagcacttt ctcaagccac gcaggttggt cgtaagtaga
    22741 aaggatgacg gacacgattg gggcggcttc atgcgtggcg aagggcagcg ggcgtttgcg
    22801 ggcataacgt cgccagaagg cacggcgcgc cgccagcatc catgcggcac actgcgcagc
    22861 gtcagccccg cgcgcctcag cataagcctc agccagcagc cggaacatgg gctccccgcc
    22921 ccacagccgg gcaaagtttt cgcagccgcg gcgcacagac actcggccga agcgcatgcg
    22981 gttgaggtcg accaagcaga agtctacccc atttgaagtt ttacgaaaca agatgttgcc
    23041 aggcgaatag tcagcgtgca ggaagccgcc ttcgtgcatg cgcgccgtga agcgggcgaa
    23101 agcgcggagg atgtcttcgc gcccctccgt gccaccgcgc ccgaactcgt acatgtcgcg
    23161 gccgtagtcc gcttgttcgc tgacgaagaa gctacgccgg agcagtccgc cctgccgctc
    23221 gatgaggcaa gccaacggcg ccggcgtctc gatgcctgcc tcgcgtaaac gcagggcgta
    23281 cgcataggct cggcgggcct tgggggcgcg gaagagcgta tatgcaatac gtaaggggag
    23341 gggcggcact cggtagcgct tcacattgac gcggcggcca tccggcaggt cgaagacgcg
    23401 gatctcgttg cgctggcgat agatcacctc gccgccccgc tcgaaggcct cgggcagcga
    23461 ccgcacgaat cggcgcagcg actcgtcggc gccgggggcg agggtcacgt taatgcttga
    23521 tgccacggag ggtctgttcg gtgttgtcgt ctaaagtgag acggatcagg cagacgcccg
    23581 cggggagcgt gtgcgtgtcg accactgcgc cggggttgtc ctgccgcagc agcaggcgcc
    23641 cgtctgggct aaagacttcg atgcggcgga tgcgctcgct gccgttcagg tggagcgcgg
    23701 tgccgaaggg gttgggatag atggctggat tggcgcactc cacctcggcg ttggccgttg
    23761 gggtaaacga gatggctgca ctcggtgcgc tctcgcggtt gccgtagacg gtggccactt
    23821 gatagttcac cgtctgcgtt ggctttgtgg ggtcgatgta gcgcgtcgac gtggcgccta
    23881 cgctacccac cttcttatgg tcgcgataga tggtgtagcc cgtgatctcg gggaaggcgt
    23941 aaggctccat gctgcgcagg gaagcgcccg tctgcgagct gatcacggca gagatgaaga
    24001 agttgtagtt gaaattggca gcgtcgcgac cctcatgcag gcgcttccag gtgcgtgcat
    24061 cgaaggagta gatgtcgccc ttgccatcga tggccggccc ctcgtcgcag acagcggggt
    24121 agttgtccgt gccggtcgag aggtgggaga cgtagatggc caccgtgagc gtatgcgaag
    24181 cgtcgatggt gaagggggtg gtgagcttca cggtgttcgt ttggccgtag acgtacgttt
    24241 gcgtgatctt ctgcgtgtat gtgtggttgc cctgcgtgat gtagacttca tacgtattgc
    24301 cgcgtgtcgg ggtgaagcgc acggcggtga tcgtgcggcg gttcagtggc gctatctcgg
    24361 ccggttccca gcgttggccg aagtagaagg ggcgcgattc gcccgagtcg ttcgcgttca
    24421 cttgattctt ggcgcgcgcg ccgccccaat agatggattg ctcatactgg ggtgcgctcc
    24481 acaagactgc cgcgcggccg tctgtcgtgg gtgtcacctt cacatccgtc ggcgccttga
    24541 gctcgttcat ctccatcgtg acggaggtta tactcgactc gccgccgctc gcatagacag
    24601 ccgagacgcc gtaaacgatc gttccgcggc ccggcgaggc gtcggtatat gtgggcgaag
    24661 ttgtttcacc gatgcttgtt tggttacgga acacgcgata cgcccgaggt gtgcccgagg
    24721 tgggagctgt ccacgtcaac ttcacgctgc cgtcttgccg tgtagcgcgc aagttcgtcg
    24781 gtgcgctgac ggcccggtgg taacgcccat cgagtgtctg cacaccggag tttttcggat
    24841 cgaggtaacg atcgaaatgc accttcgctg catcgccttt ctgcttattc cagtggtaac
    24901 tgagtttgcc atagaggttc gagccgtctg ttcgtgtgca cgacgaggtg ccccccgtca
    24961 gtgtacccac gatgcgccgg ctgctgttga agagtggtgc tccggacgaa cccacctccg
    25021 tcacgccatg accgttggcg gtgcgggcga agatggcgtc ccaatgcgca tgtggcgcgc
    25081 cctccaaggt gccctcgccg taaaacgtag ctgtggaggc cggtgcggtg taagttgaga
    25141 tcttcatgta atcgccctgc gggaaatgca tggacacacc cgacgtcggg gcctggtcgc
    25201 tgcgatccca accgttgtaa tagacgttgt aattctccgg gatgctttgc ttgagcaaca
    25261 gcaggagccc atctgacccg ccatgcgtgg gcgtggagac gacgcgcgtg cagcccacca
    25321 tgctgcgtgg ctgcgctgtc tgactgcctc ggcagcccgt gtattccttg tgaaagatga
    25381 attgccactg cagcaggtcg gcgtctgagg ccatggctgc gttggcgtct tgcatgcagt
    25441 gcgtggcggt gaggatgtag ggcttcaggt cttgcgctgt gttgttcacg agcgatcccg
    25501 tacagatgta tcccttgcca ttgatccgtt gcatgatgtg gcagacgcct cgtttctcgt
    25561 tctgccacgc gtcgccctcc tcgcagttta tgttcacctc gcagctgccc gatgagcgcc
    25621 tgagttgtgc accttgccgc catgtctggt cgcccatcgg caggttgtag ccatacccca
    25681 cggcctcgat ctccaaccgg ggcctgcgcc catccggccc cggtgcatac tccaatgtca
    25741 cggcgtcgcc ttgcacgaag cccgtggcga agcgccctcc gctggggtgc gtggcgtgtg
    25801 tgtaagcccc taagagctcc gatttatcac tattatatag gtataggcgc ccaccctcgg
    25861 ggatgaagaa gtcggcgtaa taaagcatca gtgcctgtgc tcccgcagcc tgtagctcca
    25921 gttgccagat cgtctgcccg tcggggagta tgttccacga ccctgcgtta tttgggttca
    25981 tctttacctc tatgagctta gagacgcagc gtggtgccag tccttcgcgt tcacgccaag
    26041 catcgaccag cttttcgtcg tccacattaa agtttacggc caccgtctca gcggcggcgc
    26101 ggctgcggag tgtctgttcg tatcggaagc tcgggggtgt ccccccctca ctcatttgcg
    26161 ccctggcgct catagccatg cccacggtga agcatcctgc caatgcggcg cgtacgatca
    26221 ttgattgcat agtattcatt gtagtataat ctctgattta ctgccccttt tcagagcaag
    26281 cggcacaaaa gtagaccgat ttcaatgacg gattttctgg aagttatcgc cacacagaaa
    26341 tagattgcaa accatgcccc tacaggaaat cgattggaga cttgcggggc gcagcaagtc
    26401 ctgcgggaaa tgctttggtg cttgtacgca tgctgacaag gtgcttgtgc gctactgtac
    26461 aaggtgcttg tgcgcatgct gacaaggtgc ttgtacgcat gctgacaagg tgcttgtgcg
    26521 catgctgaca aggcgcttgc gcgcatgctg acaaggtgcg tgtgcgcatg ctgacaaggt
    26581 gcgtgtgcgc atgctgacaa ggtgcttgcg cgctactgca caaggtggtt atgcaaattg
    26641 aatacacgcc acccgaggtc gtagggcgaa taatcattcg cccctataaa cgtgagttcg
    26701 atgtaagaat aaagtcagcg gtatgtctac gaaagttcgc aatggtcaaa acgtttttgg
    26761 aaatgcttgc gggactcccg caagcaccaa aaagcagttt tccctcgttg cgggactccc
    26821 gcaagcgcca aaaagcagtt tttccttgtt gcgggaatcc cgcaaagccc aaaaagcact
    26881 ttttcctcgt tgcgggaatc ccgcaaagcc caaaaagcac tttttcctcg ttgcggaaat
    26941 cccgcgagcg ccaaaaagca gtttttgttc gttgcgggat tcccgcaagc atttccaaaa
    27001 acattttggc tgcccgagta ctctaacaaa gacatggtgt agacgtaagg aacctcattc
    27061 ttacgtcgaa ctcacgtcta taaatacccg ccatgtcacg cggggaatac ttgagtgttt
    27121 gccggacacc cgcaaacgcc aacccgtttt ccgtggcact tgtggggatg ggaaggggat
    27181 acaaagaagc cggagcgtac actattctct gcgtaccact ccggcctaac atctgcccac
    27241 ctgaccaagc caacagacgg gcagagaaat ggaaactatc aactcatttc ttattctgtc
    27301 gtctcttcca ccacggtagc gtccgtagcg cccgacttct tgcgcgagcg gcgtgtccgg
    27361 cccgaaccct tacgcccacc cgcggccgtc ttgagcatgt tggtgttgta atccaccagc
    27421 tcaatgaagc acatcgaggc actatcgccc tcgcgcaggc ccgtcttaat gatgcgggtg
    27481 tagccccccg gacggtccat gatcttgggc gaaatctcgg tgaagagctc cttcacggcg
    27541 tgcttgtctt gcaaggtgga gaagacgatg cgctgcgagt gcaccgaggt atccttcgac
    27601 ttggtgatca gcggctccac gtatttccgc agcgacttgg ccttggccgt ggtcgtaaag
    27661 atccgcttat gcttaatcag cgacgaggcc atgtttgcca gcatcgcctc gcgatgcgcc
    27721 ttggtgcgcc ccaaatgatt tacttttcta ttatgtctca tcgtgtttta gtccttatct
    27781 aatttatact ttgaaatatc catcccgaac gacagctcaa ggttctccag cagctcgtcg
    27841 agctccgtga gcgacttctt accaaagttg cggaacttca aaaggtcgct cttgttatac
    27901 tgcaccaact cgccgaccgt ctccacgttg gccgacttca ggcaattgag cgccctgacc
    27961 gaaaggttca tgtccgtcag cttcgtttta agcagctgcc gcgtgtgcag catctcctcg
    28021 tcaaacccct cgtccgaggc aatagactcg atcttctcca ccgcaatgcg ctcgtcagag
    28081 aagagcacaa aatgatggat caagatcttg gcggcctcac gcagggcgtc tttggggtgg
    28141 atagatccgt cggtcgtaat ctcaagcagc agcttctcat agtccgtctt ctgctccacg
    28201 cggaagttct ccacagtgta cttcacattc cgaattgggg tgtagatgga gtcaatggcg
    28261 atcacttgcg tatcggcagc cgtagccgga tccatctgct catcagccgg cacatagcct
    28321 cgtcccttgc taagcctcag ctctatctgg aacgacgcac ccggctgcaa gtggcagatc
    28381 tccaactcag ggttcaacac ctcaaagccc gccggttgca ggtcaccagc cttcagcacc
    28441 tcacggtcag caacgtgtag ccacaccttt ggcagctcct ctatcgccgc tggctccacc
    28501 ttcggcgccg gttcttccac ctccggctca gcttccgctt ccggctcctc cgtcggtgtc
    28561 ggtgcctcag cacccgtgtt ttcgcttgtc acctcttcat tttcattctc ttccggctcc
    28621 tcctcctcgt cttcgatcgg agcaccgata tatttgaagc gcacctgctt caggttaagg
    28681 atgatgttgg tcatatcctc catcaccccc ggaatcgtag caaactcatg atccactcct
    28741 tcaatcttca ccgacgagaa ggcataacct tccagcgaag acagaagaat acggcgtaac
    28801 gcattaccga tcgtgatacc gtagcccggc tccaaagggc gaaactcaaa cttcccgaag
    28861 gtgctgctcg cctccagcat caatacttta tccggttttt gaaatgctaa aatcgccatg
    28921 ggatcattat ttagagtaca actcgacaat cgactgttcc ttgatgtttt cagggatgtc
    28981 ctcgcgggct ggcagatgga gcagcttgcc acccatcaca ttctcatccc actcaatcca
    29041 caaatacttg ccatggttat atccagacag ggcatcgcca atcatctcga gcgacttcga
    29101 cttttcacgc acgctcacaa tctgccccgg cctcacgctg taggagggga tgttcaccac
    29161 ctggccgtcc accaccacat ggcgatgcga caccaactgg cgtgcagccg cgcgcgtacg
    29221 tgccagcccc agccggaaga cgatgttgtc taaccgacac tccagcaatt gcaacaacac
    29281 ctcacccgta atgccacgtg agcgcgctgc cttctcaaag agattgcgga actggcgctc
    29341 cagcacaccg taggtgtatt ttgccttctg cttttcacgc agctggttgc catactccga
    29401 cgtcttgcgg cgccggttgt taccatgctg tccggggggg tagttcttct tcgagagtat
    29461 cttatcggca ccgaatatgg gttcgccgaa cttgcgagca atcttcgttt ttggtcctgt
    29521 atatcttgcc attttctctg tgtttattgg aagtttatcg ggggggcgag cggatcgcct
    29581 atgggtaggg tatgcgggcg tatgccttgg tgggaatcag ttcagccgcg attgcagaga
    29641 gggtttgaat agtgcaatct taaattacgt cttcccgggc atggacacct ctgcgccacc
    29701 ctctacacct atataccgct cttgtccctc ctcttctctg tatctctgtg ttatactttc
    29761 cttctcttag gtgggcgaca accattgtgc ggcagcggcg tcacatcgac gatctctgcc
    29821 acttctattc ctgcaccgtg aagtgtacga atggctgatt cacgaccatt tcccggtcct
    29881 ttgatataca ctttcacctt acgcagacct aagtcatagg ccacctttgc acagtcctgt
    29941 gccgccatct gtgcggcata cggcgtgttc ttcttcgaac tgcggaagcc catctttcca
    30001 gctgacgacc agctgatcac ctgtccatcg ctattggtta acgacacaat gatgttgttg
    30061 aatgaagagt ggatatgggc ctctcccaca gcgtccacct tcaccttccg cttctttgct
    30121 gctactactt tctttgccat tttcaattct gattatttgg tagctttctt cttgttcgcg
    30181 actgtcttct ttttgccctt acgcgtgcgt gcattgttct tcgtgctctg gccccttacc
    30241 ggcagcccga tgcggtggcg taccccgcga tagcaaccga tgtccatcaa gcgcttaata
    30301 ttcaactgca cctccgagcg cagatcgcct tcaaccttgt atccatcccc gatgacctca
    30361 cggatctttg ccgcctgatc gtcggtccag tccttgacct tgatattctt atcaacgcca
    30421 gcttttgcca aaatcgagtt ggatgcactg cgaccaatac cgaaaatata ggtcaatgcg
    30481 atttcccctc tcttgtcttg tggtaagtcc acacctacta ttcttatcgc catattcgtt
    30541 tattagtaat tctattcact tctcgtttta cgcacatata cagataggcc ttcattagcc
    30601 ctgacgaacc ttgaatttgg ggttcttctt attaatcaaa tacagacgtc cttgacgacg
    30661 cacgatcttg cagtctggag tccgcttctt caaagaggtt cttactttca tcgttctatc
    30721 tcatttttaa tctattcact tgtatcgaaa ggatattcgc cctttcgata aatcatacgg
    30781 agacatctca acccgcacct tatcaccggg aagaatcttg atgtaatgca tccgcatctt
    30841 ccccgatata tgtgccgtga tctcgtgccc attctccagc tcgacgcgaa acatggcatt
    30901 cgacaatgct tccatgatga cgccgtcctg ctctattgct gattgcttag acataactct
    30961 gtgtgtcgct tatatctctt ttcctactac tgcttccaaa tactcaaatg aggatagaat
    31021 gagtggcccg tcggggcgta tagctatgca atgctcgaaa tgcgccgagc acttacggtc
    31081 cttcgtccgc accgtccacc cgtccgcttc aaagacaaca ttcttactgc cttgattgat
    31141 catgggttca atgcagatgc acataccact cttcaacagt ggcccacacc ctcgacgccc
    31201 ataattcggc acctcaggat cttcatgcat ctcatgccca cagccatgcc cgaccaactc
    31261 gcgcaccacc gaatagtttc tcttttcgca ccacgtctgt acagcgtggc taatatctcc
    31321 tacccgatgc cctacctgcg cctgttcgat gcccttatat aaggattctt tcgtcgtccg
    31381 cagcaagtcc ttcaccgcat ccgacacatt accgacacag aacgtatagg cagaatcacc
    31441 cacaaagcca ttcagctttg ttccacaatc gaccgatata atgtcaccat ccttcaggac
    31501 aaccttttcg gagggtattc catgcaccac atgctcgttg accgaggtgc aaatcgaatt
    31561 ggggaaaccg ccgtagccta agaaagcggg ctcagcacca tgatcgcgaa tgaatgtctc
    31621 agcaatacga tccagttgca gtgtggttac acccggcgct atatgtttag ccaattcacc
    31681 gagagtcttc cccaccaact ggttcgcctc gcgcatcaat tctatctctt catctgtttt
    31741 gatgtatatc atatcagtag gcggctatgg ctcctgtccg cccttttata cggccagact
    31801 tcaacagacc gtcataatga cgcatcaaca gatgactctc tatttgttgc aaagtatcca
    31861 gcacaactcc cacaagaatc agcaacgacg tcccaccaaa gaactgtgcg aagccttgac
    31921 taatccctaa tatccgtgcg aaagccggca tgatcgcgac aatggccaag aagatggctc
    31981 cagggaatgt gatgcgactc atgatctcat ccaaataatc tttagtagcg cgccccggtt
    32041 tgatgccagg gataaaccca ttatttcgct tcaagtcatc agccatctgt gtaggattga
    32101 tcgtaatcgc tgtatagaaa taggtaaacg cgatgatcaa tagagcaaag acaaagttgt
    32161 accagaagcc tgtgttatcc ataaaggccc gcatgaacga actgctctct cctgaattag
    32221 aaaacccagc gagcgaaatg ggaatgaaca taatggcctg cgcaaagatg atgggcatca
    32281 cattggctgc attcaccttc agcggtatat actgccgtgc accaccatac tgcttattgc
    32341 caataattcg ctttgcatac tgtaccacca ccttacgtgt gccttgtact aacagaatag
    32401 ctccagccat cacaagcaat aagaacagta tctcaaataa gaacatgact aagcctccag
    32461 acttttccgt cacacgagac gtaaactcct caaaaagcga atgtggtaat cgagcgatga
    32521 ttcctatcaa aatgataaat gaaatgccat tgcctatacc tttatccgta atgcgttctc
    32581 ctaaccacag tacgaacatg ctgcctccag ccatgattat cgtagaggaa atcctgaacc
    32641 accaatcggt aggcatggtt gcacccacac tccgaagttg aacgttcaga ttcaccaaat
    32701 acgccgatcc ttgaagaatc aacacaatca cagtaagata gcgcgtccat tggttgattt
    32761 ttcgtcgccc gctttcaccc tctcgctgca tcttctggaa cgaaggaatc acaatagccg
    32821 ccagctgcat cacaattgat gcagagatgt atggcataat tcctaaagca aagatggatg
    32881 cgtttgaaaa ggcacctccg gaaaacatgt ccaacagagc catcaaacct cctctcgtct
    32941 gttccccaag tgcagtcaag tccttcggat ctatcccggg aagtacgatg tatgttccga
    33001 aacgatagac aagaaccaac agaagcgtaa tcaggatgcg cttccgtagg tcttctatct
    33061 tccagatgtt tttaatcgtc tcaactgctc tcatagttta ttctgctttt tcggccttct
    33121 cgcccaattt ggtaacagag ccaccaagcg taatgatcgc atcctctgcc ttcttagaaa
    33181 aggcatgcgc ctccacatcg atcttcgcag aaagagttcc cttggccaag atcttgacta
    33241 attgagacgc ggaaataaat cctgcctctc tcaattcttg caagccaatg tgagtcatgt
    33301 tctttgacag agctaactct tgcaacgtag aaagattaat ggccttgtac gatatgcgat
    33361 ttatattctt gaagccaaac ttgggcaaac gccgttgtat tggcatctgt ccaccttcaa
    33421 atccgacctt atgcttatag cccgaacgtg atttagcacc cttatgtcct cgggttgagg
    33481 tgcctcccaa accagatccg gggcctcgac cgatacgttt tcttgtcttc accgagcctg
    33541 aagccggttt taagttcgat aagttcatat catatacagt ttatcgggcg ctccttttaa
    33601 gccccctttt cctttactat tcttcaacca aaaccaaatg tttcacaacc tctatcattc
    33661 ctcgaatcga gggagtatcg tcatgctcaa ctacacgatt cagcttcctc aatcctagag
    33721 catccaatgt ccttttctgg actttgggac atttgattct gcttctaact tgctttattc
    33781 taattgttgc catttgatta cgccctaatt atccattaaa taccttctca atagagacac
    33841 cccgattttg ggcgatcaat gcaggactcc ttaattcatt cagagctgca atcgtcgcct
    33901 ttaccaaatt atgagggttc gaagagcctt tggacttagc caatacatct gtaatgccca
    33961 cactctctaa cacagcacgc atggcgcctc ctgccttcac accggtacca tgagtagccg
    34021 gtttaataat aacctctgct cccccgaact tagcagactg ctcgtgaggt atcgtgcctt
    34081 tatatatagg gatacgcacc aaattcttct tcgcggattc tgttcctttg gctatcgcag
    34141 tagtcacttc actcgcttta cccaatcccc aaccaataac gccatcttcg ttcccgacta
    34201 cgacaattgc ggcaaagctg aaagtacgac cacctttagt cactttcgtt acacgattaa
    34261 tcgcaactaa acgatccttt aattctaaat cgctgaacga ttttactctg ttgtttactg
    34321 ccatctctat caaaatttaa ggccgccttt tcgagcagca tccgctaatt ctttcactct
    34381 tccgtgatac aagtacccat tacgatcaaa aacgacggct tgtacaccgg catcctgagc
    34441 attcttagca atagtctcac caacttttgc tgcaatctct ttcttggggg ctttatcggt
    34501 caatctcaga gacgatgccg ctgccaatgt cttccccacc gtatcatcta tcacctgagc
    34561 ataaatctgc ttgttacttc tgaagacggt caaacgagga cattccgacg tgccgaatac
    34621 cttatggcgt atgctttgct tgattctcaa tcgccttgtt tctttcgtta ccatattact
    34681 tatttctctt tcgttacacc ttacttagct gcagattttc ctgatttcct gcggatctct
    34741 tcacccatga acttaatacc cttaccctta tatggctccg gcatacggaa agagcgaatc
    34801 ttcgcacaaa tctgaccaag caactgctta tctgccgact ctaaaataat catcggactc
    34861 tggttgcgtt cagattttgt ttcaaccttc acctcctgag gcaactgaag atatatgtta
    34921 tgcgtataac ctaaagacaa atcgagtatc tggccattat ttgtcacacg atacccaaca
    34981 ccaactaaca cgagctgctt cttatatcct tcagaaacac ctacgaccat attatgaatt
    35041 aaagcacgat aaagaccatg cagcgctcga tgctctttat catcagacgg cctttctacc
    35101 tttaatattc catcttcaag agagagcttt atatcaggat taaccttttg agaaagctct
    35161 cctttcggcc ctttgacggt aacaagatct tcttttatcg taatggacac accattagga
    35221 atctggatag gcaatttccc tattcttgac attgcaattt tcctcctatc aataaacgta
    35281 gcataaaacc tcgccgccaa ctttttgttc gcgagcttct ttatttgtca tcacaccctt
    35341 agatgtagaa agaatcgcaa tgcccaagcc attcaaaact cttggcatat tccgataacc
    35401 aacataacgc cgcaaacccg gtgaagaaat gcgctccaat ctttttatcg cattcacctt
    35461 gtttacagca tcatatttca aagcaatttt aataacgccc tgtacaccct cttcttccac
    35521 aaacttaaaa ttaaggatgt agcccttttc aaaaaggatt ttggtaatct ccttttttaa
    35581 gtttgacgca ggcacttcca caactcgatg ccgcgccttg attgcattcc gcaacctcgt
    35641 caaataatct gcaataggat ctgtcatatt tcgattaaat taatccggcg catccggaca
    35701 atattcaact ctctattctt ccaatttttc accaactagc tttcttcaca cctgggatca
    35761 agccgtgcga tgccatctca cgaaactgaa tacgtgaaat accaaactga cgcatatacc
    35821 ctttaggacg tcctgtcact ttgcagcgat tgtgcaaacg aacaggtgaa gcattcttcg
    35881 gaattgcctg caaggcctcg taatttccat ccttcttcag ttgcgcgcgt tttgctgcat
    35941 atttagctac tagttttgct cgctttacct cgcgagcttt cattgattct ttcgccatta
    36001 cactcaactc ttttttatgt tcttgaacgg taacccaaac tcacgcaaaa gggcaaatcc
    36061 ctcctcatcc gttttagcag aagttacgaa agtgatgttc atccccaata ttttcgtgat
    36121 attgtcgatg tttatttcag ggaaaatgat ttgttcatca attcccaagg tgtaatttcc
    36181 cctcccatca agtttgcttt ctatacctct aaaatcccga atacgcggta atgcaacacg
    36241 tatcaaacgc tccaaaaatt catacatccg ctcatgacga agtgtaacca ttacacctat
    36301 cggcatcttc ttgcggagtt tgaagtttga aatatccttc tttgaatagg ttgcaacggc
    36361 cttttgccca gttataagag tcagctcgtc aatcgctaca tcaatgattt ttttatcggc
    36421 tgtagccatc cctaatcctt gattgatcac tatctttttt agagcaggca cctgcatcac
    36481 agaagaataa ttaaactcct tcttcaatgc cgggacaatt ctttctctgt aatcctgctt
    36541 tactgtagct attgtatcca ttactttatt tcttcacctg atcttttagc aaaacgaacc
    36601 aatttcccat taacctccct acgaccaata cgtgtgggtt tactactctt gggatccaat
    36661 ggattcaaat tcgagatatg aattgaggcc tccttagtta tccgagcgcc ctctggattt
    36721 tgtgcattag gcttcatgtg tttcgtcaca atattgatgc cttctacaat cgctctgttc
    36781 tcctttacga aaacttctag gacacgaccg gttttccctt tgtcctcccc agtatttacg
    36841 taaacaatat ctcccttctt tatatgcaac tttcccatat aacatttctt ttatatcaaa
    36901 gcacctccgg agccaatgaa acaatcttca tattggctgc acgcaattca cgagcgacag
    36961 gaccaaaaat gcgacttcct cgaatttctc cagcctgatt gagtaataca caggcattat
    37021 catcaaaacg aatataagat ccgtcctgac gacgaatctc ttttttcgtt cgcacaataa
    37081 tagccttaga gattgcacct ttcttcatat cactcgaagg aataacactt ttcaccgaaa
    37141 caactattat gtcaccaacc gtggcataac gtttacgcgt acctcctaag acacgaatac
    37201 acagagcttc cttagctccg ctattatccg caacaactaa tcttgtttcc tgctgtatca
    37261 tatcatttcg ccctttctac aatttggact aatcgccatc tctttgtttt gctcaatgga
    37321 cgagtttcca taatcttcac ggtatcaccc acatggcatt cattcttctc atcatgagca
    37381 tgatacttct tagtcttatt gacaaacttc ccataaatag gatgtttctc tttccatcgc
    37441 acagcaaccg taatgctctt atccatcctg ttgctgaaga caacgccggt tctttctttt
    37501 ctcaaattcc ttgttcccat atcaagcctc attattattc aattcgcgtt gacgcaactc
    37561 tgtcttcaat ctagcaatcg tgcgacgttg ttccttaatt gaggaaggat tatccaacgg
    37621 tgaaatacta tgattgatcc tattctggct taaagatgag gtctcagcct caattctctc
    37681 gagcaattct ttggagctca attctcttat ttctttaatc ttcataacat ttacgctgtt
    37741 tcgttctgca tgtcataatc gtgtcgaaca acaaacttcg tcgttaccgg aagtttttga
    37801 gcagccaaac gcaaggcctc cttcgctata tcaaagggca caccctctac ttcaaaaata
    37861 agacgccccg gggtaatggg tgcaacaaat ccttccggat ttccttttcc tttacccata
    37921 cgtacgtcta atggcttctt cgttataggt ttatctggga aaatacgaac ccatacctgc
    37981 ccctgacgct gcatgtggcg tgtgacagct acacgcgcag cctcaatttg cctgccagta
    38041 atccactttg tgcccaatga tttgattcca aatgagccaa aagccaattg attaccccgt
    38101 tgagcacaac ctttagcacg tcctttctga gaccttctat attttgtttt ctttggttgt
    38161 aacataatcc tatctaatat ccaaacaact aacgattagc tctatctctt tctcttcttc
    38221 ttctatacga tttcccgcct cgatcatcac gtctcatgcc agcttcgccc gcacgacgtg
    38281 caaaatctct gggagtcgag aatgtgggag caagatcctt tttaccatac acttcaccgc
    38341 ggcaaatcca aaccttgacg ccaatcaaac caactttcgt caatgcttcg gccaacgcat
    38401 aatctatatc agcacgaaat gtgtgaagag gtgtacgacc ctccttatac atttccgaac
    38461 gagccatctc cgcaccattc aaacgtccag aaacttgaat cttaattcct tcagccccca
    38521 tccgcatggt tgatgcaata gccatcttga cagcacggcg ataagcaatc ttcccttcca
    38581 attgacgagc tatattattc gcaacaatta cagcatccaa ctctggacgt ttcacctcaa
    38641 aaatattgat ctgtatatcc ttgtctgtaa tcttctttaa ctcctctttc agcttgtcta
    38701 cttcagcccc ggctttacct ataataattc ccggacgtga agtacacaca gtgatcgtta
    38761 tcaacttcaa tgtgcgttcg attacaatac gagatacact cgccttggcc aaacgggtat
    38821 ctagataact acgaatcttc gtgtcttcaa acaaagtatc gccatagtca ttaccaccat
    38881 accagttaga atcccaacca cgaatgatgc ccaaacgatt actaattgga tttatcttct
    38941 gtcccattta ttctcaattt tgatcgtcct tattatcgtc tatacctaaa aatcccggtg
    39001 ttgtattctt cgtgtcaaca aacaacgtca catgatttga gcgttttcga atgcgaaaac
    39061 ctctcccttg cggcgccgga cgcatacgtt taagagtcgt tgccgcatcg acattcaccg
    39121 atgtaacaaa caattctccg ttctctgccc tgcgatcgtt cttttgttcc caattagcta
    39181 ttgcagaccg aaggagtttc tccaccggaa cagcagcatc cttatttgag aacctcaaga
    39241 cccccaatgc tctgaacact tccattcctc gaattgtatc gacaaccaga cgcattttac
    39301 gcggagaact tggcacattc cgcaacttgg cgaaagagac actcttcagc gcatcttttc
    39361 ttgcgtctgc tgacaccttc tttctcttgc ccattctatt ttctcttttc tattattcta
    39421 cttcttattc ccagcatgtc cacggaatat acgcgtcggt gaaaattccc ccagtttatg
    39481 tcccaccata ttctcagtaa cgaacaccgg tataaactta ttcccgttat gcacagcgat
    39541 tgtatgccct acaaaatcgg gtgatatcat tgaagctctt gcccacgttt ttaccactgt
    39601 cttcttgcct gactcattca tcgccaagat tttcttttcc aacttgacat tgatatatgg
    39661 accttttttt aacgaacgac tcatattctc tcaattaatc agtttacttt tttctccttt
    39721 caatgatata cttagaagac gattttttcg gagctctcgt cttcaggccc tttgcatata
    39781 agcccttgcg agaacgggga agacctcctg aggcacgacc ttcaccacca cccatcgggt
    39841 ggtctactgg gttcataaca acgccacggt tatgcggacg acgtcccaac catctcgagc
    39901 gcccggcttt gccagacttt tcaagggcat gatcagaatt cccaacactc cccaccgttg
    39961 ccttacatgc agagagaatc ctccgcgttt cacccgaagg catccttatc actgtataag
    40021 tactctcttt tgaagtcagc tgtgcaaatg caccggccga acgaaccaat ttggctcctt
    40081 gccccggacg aagttctatg ttatgaatga tcgtacctac agggatattt tgcattggca
    40141 aagagttccc tacctccgga actgcatcct ttccggacat cactgtctgg ccgacttcca
    40201 aaccgtttgg agccacgatg tatcgcttct ctccatcggc ataatacaac agagcaatac
    40261 gagaagtcct attcggatca tactctatag actttactgt tgcaggaaca ccatctttat
    40321 ttctcttgaa gtcgattata cgaagacgac gcttgtgacc tccaccgaga tagcgcatgg
    40381 tcatttttcc ggtgttattg cggcctccag ttttcttctt gcctactaca agagatttct
    40441 ccggtgtact tgcagtgatc ttgtcaaatg caccgataac cttatgtctt tgccccggcg
    40501 atgtgggctt taattttcgt attcccattt ccttctatca aatgttcgtg aagaagtcaa
    40561 tgacctctcc ctctttcaat gttacaattg cctttttata agcagtctgc ttgccgttga
    40621 tgatgccaga tctcgtatag cgacttttac gtttaccaaa atagttcatc gtgttcacgc
    40681 tttctacgct caccttatac atctcctcaa cggctttctt tatttccaat ttgtttgcat
    40741 caggagttac acggaatccg acacgattcg gctttttctc cgtgatcagg gtctgctttt
    40801 ctgtcaatat tggtttgata ataacgccca tcattctttc ctccttatgc attaaaaagt
    40861 tgctcaacta cagcgagtga tttttccgta aaaacaagtg ttgcggcatc catcactctg
    40921 tatgtattga gttccgacgc attcattacc ctcgtttggg gcagattgcg tgcggagaga
    40981 tataaaacac gatcgttctc aggcaacaca aacagcatct tcttgccttc caactttaag
    41041 tcctttacaa tcgaaacaaa ctctttggtt ttcggcgatt ccatcgtgaa atcctcaacg
    41101 atcgtgatcg cattgtcttt cgccttatag gaaagagccg atttgcgagc caaggctttc
    41161 accttcttgt tcagtttgaa actataatcc cgaggcttgg gaccaaaaac acgtccacca
    41221 cctacaagga ctggggaatt gatgtcacct cgacgagctc ctccaccacc tttttggcgg
    41281 ataagtttac gtgtactccc agagacctca ctccgttcct tcgacttgtg cgtaccctga
    41341 cggttgtttg ccatgtattg cttcacatcc aaatagatgg cgtgatcatt gggctcgata
    41401 ccgaatacgg catcactcaa ttccaccgtt ctgccggtat cttctcctct tctattcaat
    41461 acgttcagtt tcatacgttc acttctcaat taatacgatt gaaccctttg cacccggaat
    41521 tgaacccttc accaacaaaa gattgctctc cggaagcacc ttgatcactt ccaaattttg
    41581 tactgtaaca cgcacattgc ccatctgtcc gcccatacgt gtgcccttaa acacttttgc
    41641 gggatatgaa caagcgccaa tagcacctgg cttacgcgca cggttgtgct gaccatgcgt
    41701 ggtctgacct acaccaccaa aaccgtggcg tttcacgact ccttggaagc ctttcccttt
    41761 ggatgtgcct attacatcaa catacgctgc gtcattcaga aaatccacag tgaggacgtc
    41821 gccgagcttg tactcagcat caaaattctt gaactcggcc aagtgtcttt gcggtgctac
    41881 acccgctttc ttaaaatgac cggcttccgg cttcgtcgta tgcttttctt tcttctcttg
    41941 aaagcccaac tgaattgcct cgtagccgtc tttctctgcg gttttaatct gcgtaaccac
    42001 acaaggacct acttcgataa cagtgcatgg aagattcttt ccctcggcac tgaatacgga
    42061 tgtcattccg attttctttc ctaataatcc tggcatttca cttcttcttt aatcacttac
    42121 actttaatct ccacctctac gccactgggg agttccagtt tcatcagcgc atctacggtt
    42181 ttcgccgttg agctgtagat atcgatcaaa cgtttgtatg acgacagctc aaactgttcg
    42241 cgcgacttct tatttacgaa agtcgaacga ttcacggtga aaatccgctt atgcgttggc
    42301 aaggggatgg ggccgctcac cacggccccg gtagccttta ccgtctttac gatcttctcg
    42361 gacgatttgt cgaccaaaga gtaatcgtaa gactttaatt taattctgat tttttggctc
    42421 atatggtttg tttctaatta tttgatcaaa tcgacccgac cctgcacctc ggtcaacact
    42481 tgcttggcga tcgatggcga cacctgagca tagtgggaga attgcatgga cgatgtggca
    42541 cgaccggaag tgatggtacg caaggccgtc acataaccaa atgtttcggc cagcggcact
    42601 ttcgctttca cgatgcgcgt gcctgtacga ctcgattcca tgccttccac ttgaccgcga
    42661 cgtttattca aatcgccgat cacgtctccc atattttctt ccggggtaac gacttccagc
    42721 ttcatgatgg gctccataag gacaggtccc gccttttcgg atgcattctt gaaggcttga
    42781 atggcacaga tctcaaacga taattggtca gaatccaccg ggtggaatga gccgtcaagc
    42841 agtgtcacct tcatactatc caaggggaag cctgccaaga cgccatttgt catcgccttc
    42901 tcaaagcctt tctgaacgga gggaatgaat tccttcggca cattgccacc cttcacctcg
    42961 tccacaaact gtaagtggcc ttcaaagtcg gcatcggctg gttcgagacg cacgatgatg
    43021 tcagcgaact taccgcggcc accggtctgt ttcttgtaga cttcacgcag ctcgaccggc
    43081 ttcgtgatgg cttctttata ggatacaagc gggcgtcctt gattacactc cactttgaac
    43141 tcgcggcgta aacgatcgac gatgatctcg aggtgaagct cgcccatgcc acgaataacg
    43201 gtttgtcccg tctcttcatt cgtttccaca cggaacgtcg gatcttcttc tgccaatttg
    43261 gccagaccca cacccagttt gtcgaggtct ttttgcgtct tcggctcaac ggccacaccg
    43321 ataactggat cggggaactc gatggattcg agcgtgatcg gatggttttc atcgcatagc
    43381 gtgtcgcctg tgcgaatatc cttgaatcct acgccggcac cgatgtcgcc gcagccgatc
    43441 ttctccatcg ggttttgttt gttggagtgc atttggaaca ggcgagagat gcgctctttc
    43501 ttaccagaac gtgtgttcag cacgtatgag cctgccgtta tctcacctga atagacccgg
    43561 aagtagcaca agcgacctac atagggatcg gttgcgattt tgaatgccaa ggctgtcaat
    43621 ggttcttcgg ggataggctt gcgctcgatg gtaacgtccg gattgcgggg gtcgtgccct
    43681 gtcacggccg gggtgtcttc cgggcttggc aggtatgcac aaacggcatc gagcagggtc
    43741 tgcacgcctt tattcttaaa ggaagatccg cagatcatgg ggttgatctt catcgacagg
    43801 gttcccttgc ggatggctgc gcggatctcg tcttctgtaa tcttcgatgg gtcgtcgaaa
    43861 tatttttcca tcacggtgtc gtcaaactct gcgatggtct ctaacatttt atcgcgccac
    43921 tcttgtgctt cggattgtaa ttcggctggg atctcgtcca cttcatattc ggcgcccatc
    43981 gtttcgtcgt gccaatagat ggccttcatg gtgactaaat cgacgatgcc cttaaagttt
    44041 tcttctgcgc ctatcggtat ttggatcggg cagggggtgg ctcccagcac atcgtgtact
    44101 tggcgcacta cttcaaagaa gttggcgccc gagcgatcca tcttgtttac atatccgatg
    44161 cgtggcactt cgtatttatc ggcctgacgc cataccgtct ccgactgtgg ttctactccg
    44221 cctactgcac agaaggctgc cacggctccg tccaggatac gcagcgaacg ttccacctct
    44281 acggtgaagt cgacgtgccc cggggtgtcg atcaaattga ttttgtattt ctccttattg
    44341 tagttccaga aggtggttgt ggcggcggag gtgatggtta ttcctcgctc ttgctcctgt
    44401 gccatccagt ccattgtggc ggcgccatca tgcacttcgc cgatcttgtg tgtcagaccg
    44461 gtgtagaata ggattcgctc cgatgtcgtt gtctttccgg catcgatatg tgccatgatg
    44521 ccgatgttgc gtgtatactt cagtatttcg tcagccttgc tcatcgtctt ttttattgct
    44581 cattgttaga aacggaagta tgcgaatgcg cgattggctt cggccatgcg gtgcatgtct
    44641 tctttgcgct tgaatgcgcc gccttggctg ttgaaggcat cgacgatctc ggcacttagt
    44701 ttctccgaca tcgattttcc gccgcgtttg cgggcgtact cgattaaatt tttcattgaa
    44761 atggattcct tacgatccgg gcggatctca gtaggaactt ggaatgtggc tccgcctacc
    44821 cggcgagact tcacttccac ttgcggggtt atattctcga gtgctgcttt ccagatttcg
    44881 agtgctgatt tctcttcgtt gggcattttt gccttcacgc gttctaacgc ggtgtagaag
    44941 atttcgtacg atacggtctt cttgccgtcg tacatcagat ggtttacaaa cttggtaacc
    45001 cgcacatcac catagacagg atccgggagg atctgccgtt tcttaggctt tgattttctc
    45061 atttgttctc agaattttcg ttctcgcgct tggttgttga ttctttctac tgtcttcaac
    45121 ggctcctctg agccatttac tcaaccttca atgtcatcaa tctttatctt ctaccaatca
    45181 cttaaaccga ttatgaaatt tcaaattctt gttgcttttc tctgagggag gggtggctta
    45241 cttcttggcc tttccggctg ctgctcctgg tttcgggcgc ttggctccgt atttagagcg
    45301 gcgctgtgtg cgtcctgcca cgccggctgt gtcgagcgtg cctcgaacga tgtgatagcg
    45361 tacgccgggc agatccttca cacgaccgcc gcgcaccatg acgatggagt gctcctgcag
    45421 gttgtggcct tcgcccggga tgtaagagtt cacctccttg tggttggtca ggcgaacacg
    45481 ggccaccttg cgcattgcgg agttgggctt cttgggtgtc gtcgtgtaga cgcgcacgca
    45541 tacgcctctt cgctgcggac aggcatccag cgcaggagac ttgcccttga cgacgagcga
    45601 ctctctccct tttcttacta actgttgaat tgtaggcatc ttacttacta ctgtttacac
    45661 gttatatgtt ctttcttttt tcaaacgggt ggcaaagata tacgcgattc tttaccgcac
    45721 aaataaaccc tatgaacaaa attggacttc agggggtttc gccctactgg gggcggggct
    45781 gtggggtgtg acttacgcct tggtggcgct caggtgcgga gggggtgggg taccgacaaa
    45841 atggcatgct cggcggggtg cgaaggtgct gcgggagggc gggggcggat gtgttcctcc
    45901 cctcctcgac gggctccgaa tgccctcgca cccattcctg tactacccat cgataggttc
    45961 ggaacgtagt gtcgataggt tcagaacgta gtggtgatac gttcggaacg tagtggtgat
    46021 acgttcggaa gtggtcaccg atacgttcgg aacgtagtca gggtacgttc cgaacgtagt
    46081 cagggtacgt tcggaacgta gtgtcgatag gttcagaacg tagtatcgat aggttcagaa
    46141 cgtagtgtcg ataggttcag aacgtagtgg tgatacgttc cgaacgtagt ggtgataggt
    46201 tcggaacgta tcgatggggg cttcggaacg tattggagta cgtccggaac gtagtggaat
    46261 aggttcggga cgtagtggga tacgttcgga ggtgggtgtc gatacgttcc gaagtggggg
    46321 ggtaatacgt tctgaaccta tccacaccct attccgaaat acccatcgat acgtcccgaa
    46381 cctatcgatg actgcttccg aacgtatcga cgactacttc agaacgtatc gatgaccatt
    46441 tcggaaccta tcgatgggta cttcagaacg tatcgacacc acgttccgaa cgtatcgacg
    46501 accgcttccg gacgtatcga tgggtggttt ggaatatgtc ggtgggtagt tcggaacgta
    46561 ttgacaccca tttcggaaca tgtcggtggg tagttcggaa tatgtcgaca cccatttcgg
    46621 aacatgtcga taggtagctc ggaactactc cgggggtagt tcgggatata tcaatgacta
    46681 cttcgggata tgtctaaggg tggggcgggg ggctcttgct ataccttata tatatagggt
    46741 ggggctcagg cggtggggtt gtccgtggcg gcggggaaga gttggcggct gagggcgcgg
    46801 agggcgcggg gcttgtcggc ggcggggacg aggagggaga ggttgtagtt gctgccgccg
    46861 taggagatga ggcggacggg gatgtcagcc agggcgctga tgatgcggac gccgaagccg
    46921 cggttctgcc agttgaggtc gcccacgacg cagatgatga cgaggtcgcg atcgacggtg
    46981 acggtgccgt agcgcttgag gtcgtctacg atttcttcga ggtgcttggg gttgtcgatg
    47041 gtgacggaga tgccgacctc ggaggtggtg accatgtcga cgggggtgtg gtggttctcg
    47101 aaggtctcga agaccttgcg catgaagccg gtggcgagca gcatgcggct gcttttgatc
    47161 catatagcgg tgatgttgtc tttggcggcg acggctttga tgacgccgcg gtcggtctcg
    47221 ttggagatcg tcgtgccagg ggcgtcgggc tgcatggtgt tgagcaggcg gacggggatg
    47281 ttgctctgct tagcgggcag gatgcaggtg gggtgcagga ttttggctcc gaagtaggcc
    47341 agctcggcgg cctcgtcgaa gttgaggcgg tgcacggggc gtgtgccttc tacaatgcgc
    47401 gggtcgttgt tgtgcatgcc gtcgatgtcg gtccagatct gcacctcttc ggcgcggatg
    47461 gcggcgccaa tcagggaggc ggtgtagtcg ctgccgccgc gttgcaggtt gtcgatctct
    47521 ccgtaagcgt tgcggcagat gtagccttcg gtgatgaaga gcttctcgtc ggggtattgc
    47581 tcaagctggt tgatgaggtt ctccttgatg aagaaggtat cgggctcggc gttcttgtcg
    47641 gtccgcataa agtcgagggc gggcaggggg gtggaggcga cgccttgctc ggcgaggtag
    47701 aggtgcatca tctcggtgga catgagttcg ccgcgggcca ggatgatgcg ctcctcgaag
    47761 gaggtgaaca tgtccttgat catggaacgg atgaggtcga aatggcccgt gacgcactct
    47821 tcggcgcggc ggcgatagtc gtcggtggtg tagagcccgg cgatggtctc ggtgtatttc
    47881 tgtgagaggc ggttgatgac ttcgttggcg ccgtcggggt tcttcttgta gagatagtcg
    47941 gctatttcaa cgagggaatt ggtggtgccg gccatggcgg agaggacgac gattttgggt
    48001 gcatcgcccg cggtgatcag tcgggccacg gctttgatgc ggtcggcaga gccgacggag
    48061 gtgcctccga atttcaatac tttcatgttg gtagtctttt taatgagggg gggatagagg
    48121 gtaggggata gcgggtggag ggtaacgggg gggattcatt acgccccctc ggcagcctgt
    48181 tcgagtgggc tgaggcgccc gccttcgcat cggacaacgc gtgcggggaa gcgccggacg
    48241 aggtcgtaat tatgggtagt catcacgacg gccgttccgc tgcggcagat gtcgtgcaag
    48301 aggctgacga tgtgtcgtcc ggtctccggg tcgaggttgc ccgtaggctc atcggccagg
    48361 atgatggctg gggtgttgag cagggcacga gcgatggcta cacgttgctg ttcacctccg
    48421 gagagttcat ggatcatgcg ttcggccttg tctgggatgc ccgttcgggt gagcgtctcg
    48481 gcgatgcgcc gatcgatgtc gtcagggtct ttccatccgg tagcccggag gatgaactcg
    48541 aggttgaggc gcacggtgcg atcggtgagc agctggaagt cttgaaagac aatgccgagc
    48601 ctgcggcgca gtgcagcggt gtcgcgcagg gtgatgccat gtaggtcgta gcccatgatc
    48661 gtggcctcgc ccgtctcgat gggcagctcg gcatagagtg cgcgtaggaa gctgctcttg
    48721 cctgatccta cgcgtccgat gaggtagaca aactcgccag cgtggagggt gaagttggca
    48781 tcacgcagga tgacctcgcc atccatggcg atctcgacat gttcgagccg tacgagggta
    48841 tcgctttcca taatgattcg tttttggtag ggatgatttt tgtgcgggca aatgtaattg
    48901 cagcgggggg agggtggaag gtgtagggtt tactattgtt cttgctgctt taaataatac
    48961 cctcacattt gtgccagctc attaaccaag ctgttaaagg agttacggag tcgttcggat
    49021 tattcgggcg gctcctgctt ttatcagggg ggtgcggcgg tctattaagc caagtcatcc
    49081 attatctttt gcactaaaga gtctggggtg tgctctctat tccccggctg ttcaagccat
    49141 cgcttatatt ctttttcctt cttgcgcaat tcgtggggat gctccgagac aaaagctgtc
    49201 cacggcaaca ggaaggtctt cctaacatct atgatgaaga aataatccgt gccatcttcc
    49261 acagccaacc atatgcagat ccgatgcttg cctttacgtt cttgttccca gaatctcaag
    49321 gcgtattctt cagtcctttc cacggtcggc ttgccccatg gcatgcattc acatctccgc
    49381 agatccggta ttctttcgct ttcgacctcg cccttatgcg tcatgtgata gaacgtataa
    49441 gccctatgct ggaattcagg atggcgtttc agccctaaac ggtgcttgcc aaaacacgga
    49501 tggtatttca caaagtccgc atcaaacaca tcatacacag cctctatgta cctcttgtaa
    49561 tctcctgaat agtcttccaa gtagattttt ggaggcaaca gctcactctc tatccgcttc
    49621 attgtccttc ccagatgaaa acattcgtct tatcctcttt atagagtgtg cttttcagaa
    49681 gagagtaacc ggagcgctgc tggattcgtt caatcagccc aagcttcgtg gcgctcgtct
    49741 ttaagcctct atgcagataa caaaccgctc cggccaacag gtcagccagc tgtatcagtt
    49801 ccacttcatg tgaacgcact tgttgaatgt tgcgaatcat tttcttgtcg aaatcgtatc
    49861 tgctgttgca taggatggtt cgcaggctct ggaccttttt ttctccctgt gtgtccttta
    49921 tatctatgta tatatcatag tatgaaccgg ggtaaaagat ggttctcaat aggtagaaat
    49981 acatcttgta gtagaagaga tcatgcgttt gatggaagtc tggatgtcgc aacctcgcct
    50041 tatcggggac gaccaacacc cgaaggtgca aatcggaatt atcgaagaaa taattcacga
    50101 tgtctttata gtactcctta tgagacggag acaccgcatt ccacttcagc tcacacgtcg
    50161 gagataagcc gtgatctgct ttaatctctc ttaggcgttt gaagatttcg tctttcgatg
    50221 atttcggaca ccatacggca cccagaacca ttggctcatt gatgttatgc tccaaatggc
    50281 agctctcgtc gcaatagaca caatattcca tatccaatat ccttgttttc tcacgcgaag
    50341 ttaggccatt cccatgccgc tatacatcaa ggtgggtgtg atgggaggag gataagatag
    50401 ccggtgcccc attgtaattc tttcccccgc cgcaaaatgt taaacctaaa tccccgttct
    50461 ttgttctgtt aaaaacgagg agggggcaag gggcaggggg gtgacagtca gtataaacca
    50521 agacaatgaa gaagtctacg atttggatgc ttgccgtagt gatggctttt gccttcgccg
    50581 gattgctcta cttgcaggtg aactacatca gcatcattat gaagacaagc aacgaacagt
    50641 tcgacgccac cgtgcgccac tgcctcgaga atgtctccgc ggctttggag aaggacgagg
    50701 cgcataagta catggaggaa gacatcgaca cgtacggcag cagcttcatg tacaagaacc
    50761 caccggatag gcaatcgatc actccgacca tcacgacacg gagcgagacc taccgcctcc
    50821 acatgcccgg agggggcatt gagcatatcc agatcatgac gcaaacgatg acaaccaccg
    50881 cgccgcgcaa gaacaccatc atccgagcct cggaagagca acagaagaac ctactgaagc
    50941 gctatcagta tcaggcgggg ctgatcgatg aggtgctcta cgacctcgtc tacacggcct
    51001 acctcaagcc catagaccgg cgggtggact tcaaaacgct tgataactac atccacgaag
    51061 agctgtacga cagtgggctg gacatccctt acatcttcgc ggtggtgaat aaagatggcg
    51121 tcacggtcta tcagaatgaa tcgttcgaga ggcagccgaa ggcctccgat gtcgtcacgc
    51181 aggtgctctt cccgaacgat ccaccatcga aacgcaacta cctgaaggtt tacttcccga
    51241 cgaagcgcga ctacatctcc agctccgtct ccttccttgt cccctcggtt gtcttttcgg
    51301 tcatcttgct ggtcacattt attaccacca tctacatcat cttccgccag aagcgactct
    51361 cggagatgaa gaatgacttt gtgaataaca tgacccacga gctcaagacg cccgtctcga
    51421 ccatctcgct ggcggcgcag atgctccgcg atacggacat cacgaagcaa ccggaggtgt
    51481 tccgacacat ctcgagcgtg atcaatgacg agtcgcggag gctgggcttc cttgtggaga
    51541 aggtgctaca gatgtcactc tttgaacggc agaagacgat gcttaagctc aaggagcttg
    51601 acgcgaacga cctcctggcc tccgtcgtca gcaccttcgc cctgaaggtg gagaagtatg
    51661 gcggcacact cgacatcgat ctgggggcta cggactccac catctatgct gacaagatgc
    51721 acctgacgaa tgtactcttc aacctactgg ataacgccgt aaagtatcgc cgccaggatg
    51781 tgcccctccg cctcgtggct cgcacccgca acgagaatgg caagctgcaa ttcctgatcg
    51841 aggataacgg catcggcatt aaaaaagaac acctgaagaa gatctttgta cgcttctatc
    51901 gcgtccccaa ggggaatgtg cacgacgtga aaggctttgg gctgggcctg gcttatgtcc
    51961 ataagatcgt agaagaccac ggcggcacca tccgcgctga gcagcaggaa tcgaaatcag
    52021 ggaccaaatt catcatcact ttaccactca ttaaataact atcaaatcat ggatgaaaga
    52081 ttgagagtct tcctctgcga agacgatgag aacctgggta tgatcctccg agagtatctc
    52141 caggccaaag gttttatcac agaccttttc accgacggcg aagccggata taagggcttc
    52201 accgaaaaca agtacgacat ctgcctcttg gacgtgatga tgcccaagaa ggacggcttc
    52261 accctggcgc aagacatccg ccagatggat tccgaggtgc ccatcatctt ccttacggcc
    52321 aagacgatga acgaggatgt gctcgagggc ttcaagcatg gcgctgacga ctacctgacg
    52381 aagcccttca gcatggaggt gctcctctcg cgcatcgagg ccatcctgcg ccgcgtgaag
    52441 ggcaagaagc cgaaggatgt gcccttctac cgcgtcgggc aattcatgtt cgacacccag
    52501 aagcagaccc tcaccatcgg cgagaagaag acgaagctca ccaccaaaga gtgcgagctg
    52561 ctgacactgc tctgcgccca cgccaacgaa gtgctggagc gtaactacgc cctgaagacc
    52621 atctgggtgg acgataacta cttcaatgcc cgcagcatgg acgtctacat caccaagctg
    52681 cgcaagctgc tccgcgacga tcccaagatt gagatcatca acatccatgg caagggctac
    52741 aagctcatca cccagtctgg cgaagagcaa gcacgcgaag aggggctgat cgactgacgc
    52801 ctcaccccca ccggcggggg gcaaacacgg cgaagagagg gacggacacg cgcaaggggg
    52861 gtgcggtgtt cgcccctctc ttctattcat ccggctaccc atcgacccgt cccgaactac
    52921 ccccggagta gttccgagct acctatcgac ctattccgaa atgggtgtca acatattccg
    52981 agctacccat cgacctattc caaaatgggt gtcaatacgt tccgagctac ccaccgacat
    53041 gttccgaacc acccatcgat aggttcggaa gtggtcgtcg atacgttccg aacgtggtgt
    53101 caataggttc tgaactaccc atcgataggt tccgaaccac ccatcgatag gttcggaagt
    53161 ggtcatcgat acgttcggaa gaggtcatcg ataggttcgg aacatgtcga tgggtatctc
    53221 ggaatagggt gcggataggt tcggaacgta ttaccccccc acttcggaac gtatccccac
    53281 tacgttccga acgtatcgat gggtacttcg gaacctactc caatacgttc cggacgtagt
    53341 ctcgaccggt tgggccgacc catcgacaca tcccaaggca ctcaatgggc ccttctcacc
    53401 cccctccgcc ctacccccgg actcccccgc atttaggatt cccctgccct cagcccggaa
    53461 atacttttgc ggctcataaa ccatagaccg ttagaagaat gaatacagag aaactatcgg
    53521 gtgtgcccga aaccatgctc atccccctct gggcaaaggc cgttgagact ggccgcccgg
    53581 acgccatcct gcgcgatcag aaggccgtag agatgatgca acagatcgat tatgacttta
    53641 cgaaattcaa gggcggcacc atgtcgcaag tcggctgttg cgtacgcgct gagctcatcg
    53701 accgcgaaac cttagacttc ctccgcacgc accccgacgc cgtcgtcata cagctcggcg
    53761 ccggcatcga tgcccgctac gaccgcctcg gccgacccgc cgtcgcccac tggtacgacc
    53821 tcgacctgcc cgaggccatc gacctgcgcc gtcgcctcct gcccgagacc gagcgcaaca
    53881 cctacctgcc cctctccctc tttgattaca gctggataga caccgtccgg gcacacagtc
    53941 ggccagtact gatcatcctc gagggcgtcc tgatgtactt cacacccgag gaggtccgcg
    54001 ccctcttcga tgccctctgt agccgtctgc ccgggggcgt caccgtgctc ttcgacatgc
    54061 tcgcctactc cctcgtgggc aacgccaagc accacgacgt cgtacagaag gccgcgaaga
    54121 ccgtcgagtt caagtggtcc gtgctcgaca cccacgagat ggagcgttgg aacccccaca
    54181 tccacctcgc ccgtgagtat tacatgagcg actacacccg tggccgcttc cccctcatct
    54241 tccgcaccct ctaccacatc ccctacttct accgccgctt caaccaacgc atcgtccgcc
    54301 tcgagatacg ttgagttgtt tgtttgttga gttgttgagt tgtttgtttg ttgaattgtt
    54361 ggcttgttga gttgataaca gattaagagg tacccggcaa ggatggctgg cgtccctgac
    54421 gccttgatct tcttttgctt cttttcttcc atcaagggaa gaaaagaaga cccatcaaga
    54481 gaagaaaaga agaccatcaa gggaagagaa gaagcaacct gctggcaaaa ccccttcctt
    54541 cgccccctgt ttttcaccat atataattag acaagacaat gacacacaca ttccagaaga
    54601 cccccatcac cttagatgag cattacgaag agatcctgaa ggcactccgc cgcggcatag
    54661 ccatcacggc ctcggccgac ggccgcgtga acacgatgac catctcgtgg ggcatgctcg
    54721 gcatcgagtg gaaccgccct ctcttcatca ccttcgtccg caccggtcgc ttcacccacg
    54781 gcctgctcga gcgcaacccc gagttcaccg tcaacatccc cgtgggcgat taccccgccc
    54841 agctcctcaa gcacctcggc acccactctg ggcgcaatga ggataagatc gccacgctcg
    54901 gcctgcacac tgtgcccggc ctcaaggttg cggtgcccgg tctggccgag ctgcccctca
    54961 ccctcgagtg ccgcatcctc taccgccagc tacaacaggc tgaccacttc ctctcgggca
    55021 acgaagcgat actcaagtcc tgctacccgc aagacatccc cagcgaagcc accggcgcca
    55081 accgcgactt ccacaccgcc atctacggcc agatcgtcgg cgcacacctc atcgagccag
    55141 cgtaaagccc cccttccctc tcccttttaa tccacattac accaaggcct gagacgcgca
    55201 agaatcattt gcggctcagg ccttttctct ttccacgctc ccttcttttc ccctgactat
    55261 ctccccctcg gccgataaag tccgaacaca taatcgctgg ggtgcgtgcg gatatactcg
    55321 tcttcgaagc ggaagaggcg gtggagcgtt tcagtggcgt gttcatcagg gcggatgaag
    55381 tggaaggcca gatccttcag cacgtacgga agtatgttcc caccgaaggg acgctcttcc
    55441 agaatgtcat aaaacgcatg tagcgcaggc aggatggaag ccgaatcgac tgcctccgaa
    55501 gggtcggcca tcaccatgcg aagcagaccc gagccgtgat aatgcgtctt gtagattgac
    55561 gtccgatagc gccgccggag cggtttgtcg acaaggcgga tcgcttcgtt gatggcgcga
    55621 agctgctcgg cggggagctg aaagcgcgtc ggccccacgt attcgtagat cagtagcagc
    55681 cctgctgggc cgatgcattg cgggatcagg cggccaagaa gtgtgcggac attgcggaag
    55741 tggtgcagcg agttgttgaa catgacgagg tcgaagcgct cgtgggcgaa atcgaaatgc
    55801 tcgatgtcgc cgcaatggaa ggtcaggttg cgaagcccac gctcccgggc acgcgccgcg
    55861 gcatcgtcca agttgccctg attgatgtcg aggcagacaa tctccccgaa cagtggattc
    55921 gtggccattg ccagctcatg ttggcaatat cccgccccgg gcgagagcac ccgtagcggc
    55981 ggcgccatct gtgagaggta ttgattgatg gtgtgctcct caaaagtcat gtgcgcatcg
    56041 cccgtgatca tctggttcca acgctccttc acaagcggga tctcccacca gttcgacgtc
    56101 ttcccaagcg aggcgtcgaa ggcactgacg gagcgttgct tgcggctgag gctcagtttg
    56161 gagagcagga agcgtgcgcc gcgttgccgc agtttgacgt acacgtcggt gaagtcttct
    56221 atcgtgatta gtcgtgtcat tcccttgttc aatgattcgg tatcacagct ccacccgcat
    56281 tccctcccag ccgagcgtgg tgtgggggaa gacggccgtg gcttcggcca ggagcggcgt
    56341 gaggtcgtcg taacgggcgg aataatggcc aagcacaagc cgtttgactc cggcccgtcg
    56401 ggcgatctcg gccgcctcgc gggctgtgga atggaaggtc tggcgggcgc gcgccacgtc
    56461 tcgctccatg aacgtggatt cgtgatagag gcaatccacg ccctcgacga tgggcacgat
    56521 ggagggcaga aactgcgtat ccgaacagaa ggcatagcgg cgcggcgggg tagcggggcg
    56581 cgtcagtcgc tcgtggggga tggtctcgcc ctcgggtgtg acataatccg ccccctgctt
    56641 gatggcccgc aacgcatgga cgggcacacg gtagaagtcc accatgtcgc ggcggatgtg
    56701 cgcctccgtg gggcgttcgg caaagaggta gccgcaggcg gggatgcggt ggctgagcgg
    56761 gatggaaaag acgctgacgg agcggtcttc catcacgagc gcgtgctgcg tggggtcgat
    56821 gaggtcgagg cgcacctcgt agggcatgtc gcggcagaag acggcgagga tgggccggag
    56881 gaaatcctcg agcgcgtgcg gcccgtggat gacgagttcg cccgtgcggc cgagcatgcc
    56941 gagcgtggag agcagtccgg gcaggccgaa gcagtggtcg ccgtggaggt gcgagatgaa
    57001 gatgtgcgtc aggcggttga agcggatatg caggcggcgc atttgcagct gcgcgccctc
    57061 gccgcagtcc atgaggtagg gtttgtcgtg tatgtcgacg acctgcgccg tggcctcgtg
    57121 ccgcaccgtg ggcgtggccg agccgcagcc gaggatggtg atgtcgaagc gggtcatggt
    57181 gtgaaaaatg ggtggttcgt taatcaccgg caaaggtaag gcgcgcgcca gcttcgtttt
    57241 ggccttcatc cacccggttt gggtgcggaa gcgggtcgtt ttgggcatcc cccgcgctgt
    57301 ttagccccga aagcaggtcg ttttgggcat cccccgcgct gtttggcccc gaaggcagtc
    57361 gtttatggat ggcttttata ttgaacgtgt ctaatttacg gcgtaatttg gatgctttta
    57421 tattgttagt tcataattta cggcgtaatt tggatgcttt tatattgatc gtgcatgatt
    57481 tacgatgtaa attggatgct tttacattga tcgtctatta tttacggcgt aaattaaggt
    57541 ctactatatt gatcgcactc aatttacggt gtaagtaata ggcttttaga ttaaaagcat
    57601 tgaatttacg gtgtaagtaa taggctttta gattaaaagc atcagattta cgatgtaaat
    57661 aataggcttt tatagtaaaa gcatcgaatt tacgatgtaa gtagtaggct tttagattaa
    57721 aagcatccaa attacaccgt aaatcaggca cgatcaatat aaaagcattc gatttacggt
    57781 gtaaattata tatgatcaat agtgtacact acaatttacg gcgtaaatca tagacaagta
    57841 agataaaagc ctacgaatta caccgtaaat taaatacgct caatataaaa gccatccata
    57901 aacggctgcc ttcggggcca aacagcccgg gggatgccca aagcgacctg ccttcgggat
    57961 caaaccaagc gggggatacc caaaacgact tgcctttgga gccaaaccga gtaggtgaag
    58021 gctaaaacaa cctgctttcg gggcgcgacg cgtgggtgaa gggacgggcg cccctcgccc
    58081 ctccctttca cgctattttt gcccccacac atatattcaa acacacacac gcagcatgca
    58141 aaaacaacag ttacaacaaa gcctacagca gcgcctctcg ccgcaacaaa tccaactcat
    58201 ccgcatgctc gagctgcccg ccatagagat ggaggagcgc atcaagcagg agctggagga
    58261 gaaccccgca ctggaggagg ggcgcgaccc ggatacgatc gatgaggaac cagcggaatc
    58321 gaccgacgag gacgcctcac tgaccgatct gggcgactac ctgaccgacg acgacatccc
    58381 cgaataccgc ctccgcgcca tgaacaacgc tgaggaacgg cgcgaggaga tccccttctc
    58441 caccgggcca tccatgcacg actacttaga ggaacagctg gggctgcgcc acctcacaga
    58501 ccgggagcag gagatcggcc gctacatcat cggcaacatc gacgacgatg gctacctccg
    58561 ccgcgaaccc tcggccgtgg ctgacgacct gatgttcaaa gccggcatcg aggcgacgga
    58621 gaaggatgtc gaagccgtgc tccgcgtcat ccaagacttt gagccggctg gtgtcggcgc
    58681 ccgcaacctc cgcgaatgcc tccgcctaca actcgagaag aagcccacca caccccacac
    58741 catcctcgcc ctccgcatca tcaacgacca tttcgacgcc ttcacccaca agaatttcga
    58801 gaagatccag cgcgcactcg agatcgacga accgacgctc aaggccatcc tccgcgacat
    58861 cacccgcctc aaccccaagc caggcaacgg atggaacgaa gcagctgaca cggccatgaa
    58921 tcgcatcacg cccgacttca tcgtcgagtg ccacaacggc cagctgagcc tcagcatgaa
    58981 ccgccgcgaa gcacccgaac tgcacgtaag tcgcgaatac gccgacatgt ttcgcgatta
    59041 cctcggcaac aagtcgaacc aaaacacaga gatgcgcaac gccgtccgct tcgtcaagca
    59101 gaagctcgac gccgcccgct ggttcatcga cgccgtccgc cagcgccgcg agacactcca
    59161 acgcaccatg gaggccatcc tcatcctcca atccgacttc ttcctcaccg gcgacgaggc
    59221 gcgcctccac cccatgatcc tcaaagacgt agccgagcat gcaggctacg acatctccac
    59281 catctcacgc gtgagcaaca gcaaatacgt ccagaccaac ttcggcatct accccctcaa
    59341 gtttttcttc tccgaagccg ccctcaacga ccaaggcgag gagatctcca cccgcgagat
    59401 caagaagatc atgcaggaga ccatcgacgc cgaagacaag cgccaccccg tcaccgacga
    59461 ggccctctgc gcccagctcc gcgccaaagg ctataccccc gcccgccgca ccgtggccaa
    59521 ataccgcgag cagctcggca tccccatagc ccggctccgg aaggagctgt aggggcgatc
    59581 attcgcccct cggatcctta tccgacagtc ggcgctccaa cacgtaggag cacagcagcc
    59641 caaatccacc gaagatgagc accggtgcgc cataagccac ctcaaagagt tgcccctccg
    59701 accacttatc catgctgtat ccgccgtgcg ccagcatcgt gttgatgatc aatcccacca
    59761 acaatcccat gcccacgccg atcagtaggc agcctaaacg cagtccgcta aacgaccgcc
    59821 gcggcgtacg gccgccaccg ttcaatagat taggcgcact gaagtccgtc cgcgccatct
    59881 tctcaatcat catctcccgc tctcttcttc gtgcgggcag ctcgatcatc ttgtaagtga
    59941 agtaaaagac gatccctact acacatatag gcactaaacc ttccatacaa tgtttcaatt
    60001 taaatactga ttaaacttca tgtttcgatc tcgtttgccc tatggacgca agagacaatt
    60061 ttaggttaca cccccccccg aaactgtaac ctaaaacctt cgcccgcgtc atacccctgc
    60121 atacgataga acggaataag agaatgacca gcgacgaagc atacatcaac cgcgtactgg
    60181 acggcgaccc gtccggcttt gcccccctca tggagcgcta cagccgcccc gtcttcgccc
    60241 tgctcgtcag aatgaccagc aaccgcgccg acgccgaaga gctcgcccaa gacgccttcc
    60301 tgaaagcctt ccgttcgctc cgctccttcc gccacgattg cagcttcgcc acctggatct
    60361 atcgcatcgc atacaacacc gccatctccg ccctgcgccg cacacgcccc gatcggcccg
    60421 cagccgacga agaagccgcc gaacgcttcc ccgatccgat cgacgatgcc gacgccgacg
    60481 aagaggccgc caaagaagca cgcttcctgc gccttgagca cgcactcgag cagctccgcg
    60541 cagacgatcg cgcgctcata catatgtttt acaagcaaga aaagacggtc gaggagctgg
    60601 ccactatcac cgggctaagc ctctccaacg tgaaggtgaa gctccaccgc atccgcaaga
    60661 aattgatgag cttaatgcaa gctatggagg actgattgat atggaagaaa tggaaaaaga
    60721 ccccttacgc gacctcttcg cccacctgcc cgaggccgac ctacccgacg gattcaccgc
    60781 ccgcgccatg gagcgcatct atcgcgaggc cgagcgcgca gagatcaagc ggcgacgctg
    60841 ggaacgcatc ggcatggccg cgatgttcgc tctgccggcc gtggcactca ttgtgttatc
    60901 cctcgtgctg aaaattacgc tcccgtggcc caacctccgc gtgacctggc ccgatatgga
    60961 agcgtgtcgg ttttacttcc acatcggcgc actcgtcttc cttctttgga cggccgattc
    61021 catcattcgc cgctccgtcg ggcggtcacg aaagtgaggg cttcgctatt cattagcagc
    61081 caattcgttt acttttctcg ttcaaaaagg catctatctt tgcgccctct aatttttata
    61141 tagagagtaa taacaagatt ggtctaacta tttaagtaaa cggagtacta actttttaag
    61201 atggaaaatt tgaaagacat cgtccctgac gagaacttta actgggagac gtatgagaaa
    61261 ggcgattcgg aaccgaacgt aaaccgggaa gaactcgtca agacgtacga cgaaaccttg
    61321 ggagctatga aagacaaaga agtcgtgatg ggaaccgtca cggcgatgaa caaacgcgaa
    61381 gtggtagtaa acatcgggta taaatcagac ggcgtggtgc cgatgtctga gttccgatac
    61441 aaccccgatc tgaaggtggg cgacgaggtg gaagtctacg tcgagaacca agaagacaag
    61501 aaggggcagc tgatcctctc gcataagaag gcccgttcgg cccgtgcatg ggagcgcatc
    61561 atcaatgcct tcgagcgcga cgaggtgctc aaaggctttg tgcgtgggcg caccaagggc
    61621 ggcatgatcg tagatatcta cggcatcgac accttcttgc caggctcgca gatcgacgtg
    61681 aagccgatcc gggactacga cgtgtttgtt ggcaaaacga tggagtttaa ggttgtcaag
    61741 atcaataagg aatatcgcaa cgtggtagtg tcgcacaagg cgctgatcga ggcggagctg
    61801 gagcagcaga agcgagagat catctccaag ttggagaagg gccaggtgct ggaaggcacg
    61861 gtgaagaaca ttacctccta tggcgtgttt gtcgatctgg gcggtgtgga cggcttggtg
    61921 cacatcacgg atctgtcgtg ggggcgtgtg tcgcacccgg acgaggtggt gcagatcgac
    61981 cagaagctca acgtggtgat cctcgacttc gacgacgaga agaagcgcat cgcccttggc
    62041 ttgaaacaac ttacgccgca tccgtgggat gcgcttgacc cgaacctgaa ggtgggagac
    62101 catgtgaagg gtaaggtggt tgtgatggct gactacggtg ctttccttga gatcgcaccg
    62161 ggcgtggaag gcctgattca cgtgtcggaa atgagctgga cgcagcactt acgcagcgct
    62221 caggacttca tgaaggtggg cgacgaggta gaggcggtcg tgctgaacat tgaccgtgag
    62281 gaccgcaaga tgtcgctcgg tgtgaagcaa ctgaaagagg atccgtggga taagatcgag
    62341 atcaagtacc ccgtcggatc gaggcacacg gcgcgcgtac gcaacttcac caacttcggt
    62401 gtcttcgtgg agattgaaga gggtgtggat ggattgatcc acatttctga cctctcgtgg
    62461 acgaagaaga tcaaacaccc gagcgagttc acccagatcg gtgcgaacat tgatgtgcag
    62521 gtgcttgaga tcgacaagga gaaccgccgc ctcagcctcg ggcacaagca gctggaagag
    62581 aatccgtggg atgtgtttga gacgatcttc acggtaggct ctgtgcatga cggaacgatc
    62641 atcgaaatgc tggacaaggg cgccgtcgtt tcgctgcctt atggtgtgga gggattcgct
    62701 accccgcgcc acttggtgaa gcaggatggt tcgccggcca agttggatga gaagttgcct
    62761 tttaaggtga ttgagttcaa taaggatgcg aaacggatca tcctctcgca cagccgcacg
    62821 tttgaggacg agcagcgcag cgcacgcgcc gcggaacgcc gtgcccgtaa cagtagcaat
    62881 aacaacagcg gcaggggcaa caacgacggt ggcaatcacc aggcacagac ccctgagatg
    62941 gcgaatgcac cagtgatcga gaagacgaca ctgggcgaca tcgaggagct ggcggcgctg
    63001 aaggagaaaa tgacgaacga ggaggcgtaa accgaaaggt ggcggcccca cgttagccat
    63061 aagccataag aaaagaggga cgcggatcaa ctgagatctg cgcccctctt ttgattttct
    63121 gccccgcccc ctacccgcgc agcaggaagt cggagacgac ggcgatggcc tcgcgcgcgg
    63181 catcactgtc ggcgaagagg ccgcagtggc acccgaggtc gatgacgcgc gacatctcga
    63241 cgaagggcag cacgcggcgg gcttgcttca caacttcgtc gccggggaag aggcagtctg
    63301 acttgctggc aacaatgccg accggcgcac gaaatttttg catgattttc cgcttcgcct
    63361 ccttccattc ctcgggctcg ggccggaggt agagatagat catgcgcgcc atttccaaca
    63421 gctcggggct gtcgaaattc agggccggct ctatggcgcg gcgcacggct ttgtcggaca
    63481 cttgcaggcg gtcgaggtcg gggatgcggc cgccgagcag acgatcggtg cgcgccaacg
    63541 aggtggaggc gaagccggcg ggctgcacga gcatgaggcg gctgacgctg aggacggatg
    63601 tctcgcagag ttgcagcgcg atgtgtgcgc ccatcgacca agccatgacg cggcagccgc
    63661 gcatcccgag cgcctccata agttgcagcg cccaatgccc gtattcgcct ttcgaggcgc
    63721 tcaggcgacg ccccatgctg aaaccgacgg cgccgggcac gtcaggcacg atgaggcgca
    63781 tccgcaacaa gtccatgccc tcgacaaagg gacgcatggc gagcgggttg acgaaatatt
    63841 cgccagggaa gcagaggatg ggcatggcgc ccggtcggcc gtaagccacc acgtgcgtgt
    63901 cgcccagttc ggtctccacc atgcgctcag cgatcgccac atcgagcgcg gcgaggtggc
    63961 ggcggtagag atcgtgtaga agtcggcgcc cgcccgccga ccggtagata tcatccataa
    64021 tgtgtgatta gtgaaaaacg aagaactaag aactgaaggg ggggcgtcgt gtcgcgccgc
    64081 atccttctgg ggtcattgta cgagacaatg ggccaaaaag ttttttccgg ccattgtacg
    64141 agacaatggg ccaaaaagtt ttttccggcc attgtacgag acaatcagcc caaaaagttt
    64201 tttccgcgcc attgtacgag acaatcggcc caaaaagttt tttccgcgcc attgtctgag
    64261 acaatcggcc caaaaagttt ttttcacgcc attgtacgag acaatcggcc caaaaagttt
    64321 tttccgcgcc attgtacgag acaatgggcc caaaaagttt ttttccggcc attgtacgag
    64381 acaatgggcc caaaaagttt tttccgcgcc attgtacgag acaatcggcc caaaaagttt
    64441 ttttcatgcg aaagcctcag gaaatcggcc caaaaagttt ttttcatgcc aaaacctcag
    64501 gaaatcggcc caaaaagttt ttttcatgcc aaagcctcag gaaatcggcc caaaaagttt
    64561 tttccgcacc aaagcctcag gaaatcggct caaaaagttt ttttcacgcc aaagcctcag
    64621 gaaatgggcg cccgcccggc gtagagccgc tcgcggagct cggccacctt ggggtcggag
    64681 atgtagtcgt catactccgt catcttatcg atgttgccgt tcggggtgag ctcaatgacg
    64741 cggttggcga cggtttggat gaactcgtgg tcgtggctgg cgaagagtat gttgccccgg
    64801 aagttcacga gcgtgttgtt gaaggcttgg atggactcca ggtcgaggtg gttcgtgggc
    64861 gtgtcgagga tgagcgtgtt ggcatcgcgg agcatcatgc gcgagatcat gcagcgcatc
    64921 ttctcgcctc cggagaggac gctcaccttc ttctgaagct cctcgccggt gaagagcatc
    64981 cgcccgagga agcctttgag gaagacgtcg ttcgtatcct tcgcaaactg cccgagccac
    65041 tccagtaggt tgtagtcgga attgaaatag cgtgcgttat cgagcggcag gtaggccgtg
    65101 gtgatcgtct gcccccatcg gtaggtgccc gcgtcgggct gttcctcgcc gttgatgatc
    65161 tggaagaggg ccgtcatggc gcgcggatcg cggctgatga agacgatctt atcatccttc
    65221 tccacgttaa agttcaagtc acggaagagt gtctgcccgt cgattgtctt tgtcaatccg
    65281 ctgacctcaa ggatctggtt gcccggctca cgcgcggggg tgaaaaggat gcccgggtaa
    65341 cggcgcgagg agggctgaat ctcctcaatg ttcagcttct cgagcatctt cttgcggctc
    65401 gtcgtctgct tcgacttggc cacgttggcg ctgaatcggc ggatgaattc ctcaagctcc
    65461 ttcttcttct cctcggcctt tttgttctgc tgctgtagct gacggagcgc cagctggctc
    65521 gactcgtacc agaagctgta gttaccggcg aagagtttga gcttaccgaa atcaatatcc
    65581 acggtgtgcg tgcagacgga gtcaaggaag tgacggtcgt ggctgacgac gagcaccgtg
    65641 tgctcgaagt tggccaagta attctcgagc caagagacag tctccaagtc caagtcgttc
    65701 gtaggctcat caaggagcag gttgtccggt ttaccgaaga gtgcccgagc gagcagcaca
    65761 cgcaccttct gcttaccgct caggtcacgc atcatcttcg tgtgtagcgc ctcctcaatg
    65821 cccaggccac tgagcagcgc cgcggcgtcg ctctctgcgt tccatccctc catttcggca
    65881 aacctctcct caagctccga ggcgcgaatg ccgtccgcgt cggtaaaatc ctccttagcg
    65941 tagagcgcgt tcttctcgct catcacggcc cagagctgcg tgtggcccat gaggacggtg
    66001 tcaagcaccg tgtagtcgtc gaaggcgaag tgatcctgcg ccaacaccga gaggcgctcg
    66061 cccggcccca gcgtgatcgt gccgcgcgtc gggtcaagct cgccgctgat ggcgcgcagg
    66121 aaggtggatt taccggcgcc attggccccg atgatgccgt agcaattgcc aggcagaaat
    66181 ttgagattga cgtcttgaaa aaggatccgc tttccgaatc ggatgtccaa accgctaact
    66241 gtaatcatga tcttctgtgt gtgatatatg ctttaataat tcgcgggcaa aggtacggcc
    66301 acgcagaaat ggaatcaagc cattccggag tatatggtca gcccgtatcg catacgcccc
    66361 tgcccctgtg tatttttgtg tccacaagag atgaatatgt acacgaaacc caaatacgac
    66421 ccggagagac atcatcgccg ttcgatccgt ttgttcgggt acgactattc atgcgaaggg
    66481 ttgtatttcg tcaccatttg ctgccatgat aagctgtgtc tgttcggcga aatcgtcgat
    66541 ggcgaaatga tgccgaatga ggcgggatgc atggtggata aatgttggtt ggcaatcccc
    66601 aaccgttatc acaatgtggt tttgcacgat tatatcgtaa tgcctaatca tgtacacggg
    66661 ataatcgaat tgattaacga caacctcgta ggggcgaccc ttgtggtcgc ccccaatact
    66721 tccaacaccg cccccaatat ttccaacacc gcccccaata tttccaacat cgcccccaat
    66781 atttccaaca tcgcccccaa tatttccaac accaccccca atatttccaa caccgacccc
    66841 aatatttcca acgccgcccc caatatttcc aacaccgccc ccaatatttc caacgccgcc
    66901 cccaatattt ccaacgccgc cccaaatgaa ccacaagggt tagggcgacc acaagggtta
    66961 gggcgaccac aagggtcgcc cctacgaggg gggcgccggg aaaccgttgg acaaataatc
    67021 ggtgcattta aatccatcac aaccaacgaa tacatccatg gtgtgagaaa acaccattgg
    67081 ccaccattcg atcgaagatt gtggcaacgc aattattacg aacacatcat ccgttgcggc
    67141 agatcatacc gattcattac agaatacata ctgaccaacc ccgccaattg gctgggcgac
    67201 gacctttata ttgaaccggt tctcctcccc tcccgttttt agtttttcat ttttcttttt
    67261 ccctcatgtc ccccttcctt cagcagattg ccggcctttt ttattccact tacggcgccc
    67321 acgtgcagcg catggccttc gtctttccca accgccgcgc cgggctcttc ttccgcaaat
    67381 acctctcgca cgcagccggc cggcccctct tctcccccgc catcctgacg atcaacggcc
    67441 tctttgagca actcagcggc atgcaacccg ccgaccattt gcagatgctc ttcctcctat
    67501 accatatata tatacgtcgc agcgcctccg ccgaatcctt cgacgacttc gtccactggg
    67561 gcgagatgct cctcggcgac ttcgacgacg tcgacaagta cctcatcgac gcccgccagc
    67621 tcttcaccaa cgccacacac ctacatgagt tcgataaaga cctcagctac ctcaagcccg
    67681 aacaagtcga agccatccgc gccttctggt ctgccttccg acccgacaca gaagcggacg
    67741 accgcaatcg ccgctccttc ctcggtgtct gggacatcct gcacgacatc taccgcgacc
    67801 tccgcgaggc gctcgctgcc gaagggcgcg gctacgaggg catgatcgct cgcgacgtgg
    67861 tggaacgcat ccggcgcgac gaagcatgtc atttgcctta cagccgcgtc gtcttcgtcg
    67921 ggctcaatgc gctcacccga gcggaggagg cgctgatgga ggagttgcag aagcagggca
    67981 cggccgattt ctattgggat tgcggcacaa tgagcgcgcc cgagggcggc gtgaatcgtg
    68041 tgatggataa agacaatcgc gcctcatact tcatccgcga ttacatccgt cgcttcccct
    68101 ccatgctcac actgccaccg gaggaaccga acgagccaga gatcaccctg atgggtctcc
    68161 cttcacgcat cgggcaagcc aaacaggtgc acgaactgct ccaacagatg gccgacggac
    68221 gcctgcaaat ggacgacgaa gaggcgctgc gcaccgccgt ggtattgccc gacgaacagc
    68281 tgctgatccc ggtgctcaac gccatcccac acaccgtacc ccacatcaac atcacccttg
    68341 ggtatcccct cgccggcaca cccgtggcga cgctcatggc agacatcctg accctacaga
    68401 agaacatccg cacgcccctc ggtcgcccgg ccgagtatta ccaccgcgag gtcacggcca
    68461 tcctcaacca ccgctacatc cgccgcgccg cagcagacgc tgccgcagcc atcctccgcg
    68521 acatcaccgc ccgcaaccgc atctacatcc ccaccaccga cttggctcgc actccactgc
    68581 tgacgctcat cttccgcccc atcgcgtcag ccgaggccct ctctgtatat ctcatagaca
    68641 tactcaaagg cctcaacggc ctcttccccg accgcgacga ggcgcccgat gcgccccccg
    68701 tcggcatgga cgccttggag cgggagttca cttacaccta ttacaccacg ctgacgcgca
    68761 tgaatggcct catcgccgag tcgggcatcg ccatgtccat cgatacctac acgcggctgc
    68821 tcacgcgcct gcttgagacg gtcagcatcc ccttccgcgg cgaacccctc tccggcctac
    68881 agatcatggg cgtgctcgag acacgcgtcc tcgacttcga ccgcctcatc atcctctcca
    68941 tgaacgaagg cctcttcccc gcccgcggcg ctgccccctc gttcatcccc tacaccttgc
    69001 gccgcggctt cggcctgccc accttcgaac accgcgacag cgtctgggct tatcatttct
    69061 atcgcatgat cgcccgcgcc cgccgcgtca tcctgctcta cgacacccgc accgacggct
    69121 tccgcaccac gggcgaggtc agccgctttg tgcaccaact gcgttaccac tacgaggtga
    69181 agctccatga acaaacgccc accttcgcca tcgcttcctc gcgcgccccc gtgttgcgca
    69241 tagaaaagac gggcgaggtg ctcagcagct tggaaaagtt cctgcaagcc ggcagcaagc
    69301 gtgcgctttc gcccagcacg attaataact acatcgattg cccgctgcgc ttctgcctct
    69361 ctacggtcat ggagctacag gaagaggagg aggtgacgga gagcgtcgag caccgcctct
    69421 tcggcagcat cctgcaccgc gttatggaag acatctacca ccccatgcgc gacgccacag
    69481 tcacaaaagc ctggctcggc agcgtgatag ccgatcgcca tgcggtgaaa cagaagatcg
    69541 cccaagcctt tgccgagctc ttcttccacg acaaggaaga cgtccgcccg ctcaccggcc
    69601 aaaacctcct caccgccgag atgatcgaga agtacgtcct ccaaatcctc cgctacgatc
    69661 agcgcatggc cccttccttc atctacgtca actccgagct gcagatcacc tctgccttcc
    69721 ccctcagcga cggccgccgc gtgaatctca agggctacat cgaccgcata gacgaggtcg
    69781 gcaacgccct ccgcgtggtg gattacaaga cgggcaagaa gatggatatg aactgcaaag
    69841 cccccgccgc gctcttcgac agcgcgaaca caaaacgcca atcggccatc atgcaagtct
    69901 tcacttacgc ctggatgctg cacgccgagg gccgcacccg caacctgccc ctgcgcccat
    69961 cgatctacta cgtccgcaac ctcttcgcgc ccgacttcga cccctcgatc tatgccggta
    70021 agccgcgggg aaagaaggac gacgacctcc tcatcgacga ctttgtcggc cagcagctcc
    70081 ccgccttcga gtcggccctc cgcgccaccc tcgatgcgct gttcgacccc cgccagccct
    70141 tcgtccagac cgaccgcacc gacctatgcg actactgcgc cttccgcgcg ctctgcggcc
    70201 ggaacaagcg ggagtaaacg aggcggcggg ggcgaaaaac gtttgatgag acgtccgcca
    70261 tctgttacaa tgcccattct gcaaaaaaga taataagcca aatgaatccg atttatgaaa
    70321 aagcattgca gatcataagc caaatgaatt tgatttatga aaagcattgc agatcataag
    70381 ccaaacgaat ttgatttatg aaaagcattg cagatcataa gccaaatgaa tttgatttaa
    70441 taaaatcaat gatgatcata aatcaaaagt cttcgggtta ataaaatcaa tgatgatcat
    70501 aaatcaaaaa tctttgggtt aataaaatca atgattttga ggcctatcac tgcttcgtca
    70561 tcttcactgt catttcatcc ccaaacacaa caccaatgaa ccaccccacc gcagaacctc
    70621 ttcgtcccat catgctggcc ggcaccggca gcgacgtcgg aaagagcgtc atcgccgccg
    70681 cgctctgccg catcttcctt caggacggct accatcccgc ccccttcaaa gcgcaaaaca
    70741 tggcgctgaa ctccttcgtc acccccgacg gattagagct cggtcgcgcg caagctgtgc
    70801 aggccgaagc tgccggcgtg ccctgccaca cggacatgaa tccgctcctg ctcaaacctt
    70861 ctggcgacag cacctcgcag gtcgtcctcc acggccgacc caccggcaac caacacgcct
    70921 cggcctactt ccgacgcgaa ggacgcgacg tgctcgagcg cgaagtgcac gccgccttcg
    70981 accgactcgc cgcgcgctac aaccccatcg tcatggaggg cgccggcagc atctccgagc
    71041 tcaacctccg cgacgtcgac ctcgtcaacc tccccatggc gcgctatgct gacgcctccg
    71101 tcctgctcgt ggccgacatc gaccgcggcg gcgtcttcgc ctccgtctac ggctccatca
    71161 tgctccaaac cccggaggat cggcaacgca tccgcggcgt actcatcaac aagttccgcg
    71221 gcgatatgcg cctcttcgac agcggccgcc agatgatcga ggagctttgc ggcgtgcccg
    71281 tcgtcggcgt cgtgccacac ttcaccgaca tttatattga ggaggaagac agcgtcacgc
    71341 tccgcaccaa gcagcgtgaa gccgtcgagg gacgcatcaa cgtagccgtc gtgctgctgc
    71401 gccacatgag caacttcacc gacttcgacg tcttagagcg tgatgaacgc gtgcacctct
    71461 tttacaccaa caacaccgag gagctacgca aggcagacat catcctgctg cccggatcga
    71521 agaatacgct cgacgacctc tccgatctgc ggcgcaacgg tgcagctggg gccatcctgc
    71581 gcgcccaccg cgacggcgcc gtagtgatgg gcatctgcgg cggctatcaa atgatggggc
    71641 gcgaagtctg cgacccggat cacgtggagg gcgacatcga gcgcctgccc ggcctcggcc
    71701 tcctgcccgt ctcgacccgc ctcacaaaag aaaagaccac gcggcaggtc agcttccgca
    71761 tggtcaatga ttcgcgcacg tgtcgcggct atgagattca tatgggggag acgcgcctcg
    71821 aggctggcgc atccgatgta tttccgctca ccgagggcga cggcgtcgac acgggctgcc
    71881 tcatgggcga gcgttgcatg gggtcgtaca tccacggcat actcgacaac gccccggcca
    71941 tcgaccgtct gctacacccc gtcatcggcc gcatcgacgc gcgccgcacg ttcgattacg
    72001 ctgccttcaa agaggagcaa tacgaccgct tagccgatca cgtccgccgc cacatagaca
    72061 tggcacagat ctacgggatg atgaagaaga ggtaggcaat gccagccatc gcagccagca
    72121 tgacggccat cgcctcggtg cgttgggcca cgaaggccga gctgcgatag tcgtccatcg
    72181 tcaacgggcg ggggttagtg ccgatgtaag gcttctccac cggttggccg aagtagttat
    72241 gcgtaccgcc gaatcggcag tcgagtatgc ccgccaacgc agcctccggg taacccgagt
    72301 tggggctctt gtggcaacgt ccatagcgcc gcacgaacga gatcaacgac cgccgaccgc
    72361 tgacagccag catcaagtaa gccgtcaatc gggcggggat atagttagcc acgtcgtcga
    72421 tgcgtgctgc cacgcgcccg aagcgcaagt agcgcgcatt gcgatagccg atcatcgaat
    72481 cgagcgtgtt gatcatctta taagccatca tgccgggcac gccgaggaag gcgtaccaaa
    72541 agagcggcgc cacgacgcca tcgctgaggt tctcggccaa cgtctcgagc gccgccgcac
    72601 gcacctcatc ggccgacagc tggttcgtat ccctccccac gatgcgagcc acctgccgac
    72661 gcccctcgac cgtcgatcgg gcgcaagcat aaaacacctc gcgcacctcg cgcaccaacg
    72721 tccgcccggc caagcagagc caaataagca gcgtcggcac caagatgccc cagcgtccgc
    72781 cgtagcgata gcccgcagcg atcagcgccc acgtcccgac gaacgtcgca gcgatgagcg
    72841 cgacggccag cgcgccacct ttcagcacgc ggtgtggccc gcgattgagg cgcttgtcgc
    72901 cccacgcaat cagtttgcca aagagcacca cgggatgcgg catccaccgc gggtcgccga
    72961 gcattttgtc taacagccat ccgcccaaaa gggggatcaa gaaaagtaag tatgcttcca
    73021 ttgagataaa gattgaatca gcagatcgtt gtcggcacgg ccctgcgtgg cgatgcgcac
    73081 gaaggcagcg tcaagcccct cgaagttcga cgcatcgcgg atcagcagac cgtgctcctg
    73141 tatgagataa tgcttcatca ccgcggccgt gcccatgcgc agtcgggcga ggaagaagtg
    73201 tgtatcggtc ggccagagct cggcgatctt cagcgccgcg aggccgtcca tgagtcgatc
    73261 gcgctccgtc agcagctcat cgatcgatgg ctgcataggc gtttgctcgc tgaggaaata
    73321 catccccgcc tccacagcca gcgcattcac cgaccacggc atgcgctgca cacggatcct
    73381 ttctatcagc gcatccgacg cagtgaggca tccgagtcgc agcccgggca cagcgtggcg
    73441 cttcgtggcc gaccggatga cgatcgcgtt gcttcgctcg gttatctcgg ccgcggtcgg
    73501 caacggctga cgggtaaaag cgccgtagct ctcgtcaatg acgaagcaga ccgtcgggtg
    73561 cgcatcgatg aggcggagca aggtgttgcg gtcgcgcact tcgccagtcg gattattcgg
    73621 attgcagagc caaactaagt ctggcacgtc atcgatggcg tcgtcggtga agacggagcg
    73681 gacgcggtgg ccgtgcatgc gacaggcgtc ggcatattcg ctgaaggtag gttggcggac
    73741 gtagctcgta actccgcgga aggtctgcgc gatgaggtag atggcttcgg tggcgccatt
    73801 agtgacgcag atctcctcgg gcctaatccc aagcgacgca gcccaacgcg cctcgagtgt
    73861 gcgtggttca ggttcaggat agcgaccgat gacgtctaag tgtgccgcga ggtgtcgctg
    73921 caacgccgtg agatcagttg ccgcgaagat gttggagctg aagttggcgc ggatagcgtg
    73981 tccgcagtcg tgtaagtcgt cgccgtggcc gtgaagcatg aggggaaaga agtgtagtga
    74041 gaagtaatag aggtagtcag ggaaaattga acggccttta gaagtatccg gcaagaaaag
    74101 atggcgatca tcgccttgat tttcttttgc cttcttttct ttcatcaagg aaagaaaaga
    74161 aggtgggggg caaggggcaa cgcccctcca aatgcccggc cggacgtcgg tgcaactgca
    74221 gacagacgtc cgccaattct cctaatagcc gctccgtaat taagacgcaa caaaagtacg
    74281 tgcgagtttg ccgaatgcaa acgctcgaaa cacccccgat ctgctccgcg ccatcccttc
    74341 cctccctatc tgcgcatttc catttttaga tcccacgtat acctttgtcc gcgatttttt
    74401 tcgcaaatac taaacgcata caatatcatc gttttatgaa gcatttcaag ctaatcgaca
    74461 acgtcacggg atggctcgtt ttcatcgttg cggcgttcac ctatctgtcg accatcgagc
    74521 cgacgggtag cttctgggat tgcggcgaat tcatctcgtc ggcctacaaa atggaagtgg
    74581 ggcacccacc tggagcccca ttttttatgc ttatggcgaa cctcttcaca cagctgacat
    74641 cggacacagc acaagtagcc aagatggtca acaccatgtc ggcgctcttc agcgcgctga
    74701 ctatcctctt cctcttctgg accatcacgc acctggcgcg gcgcatcatc ctgaaggaag
    74761 ggaaacgcga actgacactg gcacgcaccg tgatggtgat gggctgcggc atcgtgggcg
    74821 cactggctta caccttcagc gacacattct ggttcagcgc cgtcgagggt gaggtttacg
    74881 cctcttcgtc gttcttcacg gcccttgtct tttggctgat cctgaaatgg gaagaggtgg
    74941 ccgaccgacc gtacgccgat cgctggatcg tgctcatcgc ctacttcatg ggggtcagcg
    75001 tcggggtgca cctcctgaac ctgctctgta tcccggccat ggtgctcgta tattattatc
    75061 ggaagtatcc caaccccacg ctgaagggta cactgacggc actgcttatc tcgttcgccc
    75121 tcgtggccgt gatgatgtat ggcgtggtgc agggtctggt ggaagtatgc ggactcttcg
    75181 aactgctgtt cgtcaacgtg ctgggcatgc cgtacaatac gggcgtctat gcctatgtca
    75241 tcatcgtggc tgccgtcttg gcgtgggcca tctgggagac gatgcgcgaa acgatcaacc
    75301 cgatgcgtgt gcgcctctcc ttcctgctct ccatcgtgtt actcggtata cccttcattg
    75361 gtgaagggta tttgctcggc acactgttga tcatcgcctt ggcagtggca ctcttccgca
    75421 tcaagcgact caatgtggcg gctatgaata cgacactcgt ttcgctactc gtcatcgtgg
    75481 tgggttactc gtcttacgca ttgatcctca tccgctcgac ggccgacaca ccgatgaatc
    75541 agaatgcccc gagcgacatc ttcaccctgc gcagctactt ggcccgcgac cagtatggca
    75601 gcgcaccgct gctctacggc cccacgtaca tctccgaggt ggctcgcaac agcgacggca
    75661 cagccgtatc gaaagacggc cccaagacgt ggagccgcgt aatcaagaaa agccccacgg
    75721 agaaggatca ttattacgtc tcctacgtca ccccggatta cgaatacgtc agcgagacgg
    75781 agatgctctt cccccgcatg tacagccaag acgcacgcca cattgaggcg tataaatctt
    75841 ggggcaacgt aaagggatcg cccatcaagt atcagctgat gggccaaacg aagacggcca
    75901 tgaagccgac gtttgcggaa aacatcgtct tcttcgtccg ttatcagctg aacttcatgt
    75961 attggcgcta cttcatgtgg aacttctccg gccgacagaa cgacatccaa ggccacggcg
    76021 agatactgaa cggcaactgg atcaccggca tcaagcccat cgacgctctc atggtcggac
    76081 cgcaagacaa catgcccaac gacatcatta ataataaggg ccacaacgta tactacatgc
    76141 tgccgttcct actgggcatc ctcggtatac tctaccagtt aggcagtggg cgccgcggcc
    76201 gacaatcgtt ctggatcacc ttcttcctct tcttcatgac cggcatcgcc attgtgcttt
    76261 acctgaacca gactccttat cagccgcgtg agcgcgacta ttcctacgcc ggatcgttct
    76321 atgccttctg catttggatc ggactgggcg tcggagccat cgcacgggcg atagagaaat
    76381 atggcaagct gccgggcatt gcagccggag ccatcgccac ggtgctctgc gtgctcgtac
    76441 cgttgcaaat ggccggacag aactgggacg accacgaccg ctcggggcgc tacatgtgtc
    76501 gcgacttcgg atcgaactac ttagaatcgt gcgagccgaa cgccgtcatc tttaccaatg
    76561 gcgacaacga caccttcccc ctgtggtacg cccaagaggt ggagggcatc cgcaccgacg
    76621 tgcgcgtctg caacaccagc tatctgcaaa cagactggta cacggatcag atgaagcgtc
    76681 aggcctacaa ctccgacccg ctgccgatca cctggacacg cgcccaatac atccaaggca
    76741 cacgcgacca tgcctacatc atcaagcgcg tggagcaaat ggatctggag caagccctcg
    76801 aatggctccg tagcgacgac ccgcgcacga agacgatacc cggtgtcaat gagcccatcg
    76861 attacctgcc cagcgataag ctcatctacc gcatcgactc gaacgccgtg ttccaaaacc
    76921 acgccatcaa cccgcaagat gcaccccaac tggctcacga gatcgtcatc aacctcgccg
    76981 gaaaacaggc catcggtaag gaggccatca ccatactcga catgctggcc accaacaact
    77041 ggaaacgacc catctacttc gccatcaccg tagatccgaa ccagtatgta aacctcgacc
    77101 cctacttcca gaagacgggg ctggcctacc gcatcgtccc cttctcgact cgcgccgagg
    77161 gcgcacgccc tatcgacacc gagaagatgt atgacaacgt catgaaccgc ttcaaatggg
    77221 gcggagccga ccgacccggc gtatacatcg aggaaaacac gatgcgcatg tgcaagagct
    77281 accgcatgta cgtcttcggc gagctcgccc aggccctcct ccgcgaaggc aaacgcgaca
    77341 aagcacaagc cgtcgtagac aaggccatga aggtgctccc gcctgccaac gtcccgctcg
    77401 actacagcgg cgtcgccatc ggtgaagtct acatggccct cggacagaag gacaagggcg
    77461 agcccatcct tgacgccatc gtggagaact ccctgcgcaa catccgctgg tacgtccgcc
    77521 tcaaaccggc ccagttcgcc agcgtacgcg aagacctcca gcgcgacatg gccatcgtgc
    77581 agaacgtcat cggcctcggt aagcattacg atccgaacta tggcgctaag tacgttgacg
    77641 agttcaccaa gttctacaac tccctcgcac cgcagttgag caatcaataa ggaaagggga
    77701 aagcgaaaaa tgaaaagcga aaaaatggag tcgctcaccc gttgtcaggc ttcgttttta
    77761 gcttttcgtt tttagttcta tacgcgagat gctcatcgag cgccccccct atctatacag
    77821 gaagctcttc cccgggtcag tctggcagct gcccgaggaa gagccctgtg tttatatcac
    77881 cttcgacgac ggccccaacg ccctcaccac ccctcgcctg ctccgcctgc tggaccagct
    77941 ccacgtcccc gccaccttct tctgcgtcgg cgacaacgtc cgccgctacc ccgagcacta
    78001 ccgcgccatc ctcgcagccg gacacaccgt cggcaaccac acctaccacc acatccgcgg
    78061 cctccgtcta cccgcctcag cctacatggc cgacgtacag caggccgccg agctcatcca
    78121 cagtcgcctc ttccgcccac cccacggccg cctcaccccc gcccaactct ccgccctccg
    78181 cacggccggc taccggatca tcatgttcga cgtcgtcacc cgcgactaca acccccgcct
    78241 cacccccgac aacgtcttcc acatcgccac ccgctacgcc cgcaacggct ccctcatcgt
    78301 cttccacgac tcccccaagg ccgccccgcg gatgttcgac gccctgcccc gcgtcgtgac
    78361 ccacctccgc gctgcaggat acaccttccg gagcttagaa atgccctgac ctgtgcccgc
    78421 tttgtttttt tacataaccc tgaaatcact gatttcggcc tttgtttttc tacatgaccc
    78481 tgaaatcact gattccaggc ccttgttttt ttacaaagcg ctgaaatcac tgattccagc
    78541 cccttgtttt tttacaaagc actgaaatcg ctgattccag gcccttgttt ttttacaaag
    78601 cactgaaatc actgattcca ggcctttgtt tttttacaaa gcactgaaat cactgatttc
    78661 ggcctttgtt tttctgcacg accccgaaat cactgattcc gggcccttgt ttttttacaa
    78721 agccccccaa gcctccccta tctcctctga ttacggaaat atttctataa acagttgtga
    78781 atgcacggcc ttatcttact tttgccctca ccaaaacggt acaaaccaag agataaacaa
    78841 ttaaatcctt ttacttatgt ggttagttaa atcctccatc gggaaaaagt tggtgatgag
    78901 tatctccggg cttttcttga ttttcttcct gttgttccac ttatccatga acgtggcggc
    78961 cgtcttctcg accgacgcct ataacatgat ctgtggactg ttgggcgcga attggtacgc
    79021 cgtggccgca accgtagtgt taggcggcat cgtggtgctc cacttcgtct atgcagcgat
    79081 gctgacgttg caaaaccgca aggcacgcgg taacgatcgc tacgcggtca atacccgtcc
    79141 cgaaggcgta agctgggcct cgcaaaacat gttcgtcatc ggcgtggtag tgatcggctt
    79201 catctgcctt cacctgtgcc atttctggta caagatgatg ttcgccgagc tcaccgggca
    79261 ccacgaagtg gcgttgggcg gccagatggt ctctccgcaa gacggagccg ccttcatccg
    79321 ctactacttc agtaaacccc tcgtcgttgt gggctacctt gtatggtacg ttgccctgtg
    79381 gttccacctc acacacggct tctggagcgc catccacacc atcggttgga acaacgaaaa
    79441 ctggttcaat cgttggaaat gcatctccac catcgtggcc acgctcatct gcgcaggctt
    79501 cgccttcgtg accctgttct tctacgcgca aagcctgtgc agctaatccc tcatcattta
    79561 ttattcggaa atcatcatgg cagaaatcaa ttccaaaata ccggaaggcc cgttggccga
    79621 gaagtggacc aactataaag accaccagaa gctggtaaac cccgccaaca aacgccgctt
    79681 agacgtcatc atcgtcggca ccggactggc cggcgcatca gccgctgcat cactggcaga
    79741 gatgggcttc aacgtcctca acttctgtat tcaggactcc ccccgccgcg cacactccat
    79801 cgccgcgcaa ggcggcatca acgcagccaa aaactatcag aacgacggcg actccatcta
    79861 tcgcctcttc tacgacacca tcaagggcgg cgactaccgc gcccgcgaag ccaacgtcta
    79921 ccgactggct gaagtgtcga acgccatcat cgaccaatgc gtcgcccaag gcgtaccctt
    79981 cgcacgtgaa tacggcggcc tcctcgacaa ccgctccttc ggcggcgcgc aagtatcacg
    80041 aaccttctac gcccgcggtc agacggggca gcaactcctg ctcggcgcct actccgccct
    80101 cagccgtcaa gtaggcaaag gcaaagtgaa gatgttcaca cgccacgaaa tgctcgacct
    80161 cgtcatcgtc gacggccgcg cccgcggcat catcgtccgc gacctcgtca ccggcaacat
    80221 cgaacgctac gccgcacacg ccgtagtgat cgccacaggt ggttactcca acgtcttctt
    80281 cctttccacc aacgccatgg cctcaaacgg ctcagccgct tggcagtgct acaagaaagg
    80341 cgcctacttc gccaacccct gtatggcgca gatccacccc acctgcatcc ccgtgcacgg
    80401 cgaattccag tcgaagctga cactgatgtc cgagtcgctc cgtaacgacg gacgcatctg
    80461 ggtgccgaag aagctcgaag acgcacaggc catccgcgcc ggcaagctga aaccgacaca
    80521 gatcaaagag gaagaccgtg actactactt agagcgccgc tatccggcct tcggcaacct
    80581 cgttccgcgc gacgtagctt cacgtgccgc caaggagcgt tgcgacgcag gcttcggcgt
    80641 aaacaacaca ggcctcgccg tctacctcga cttcgccgac gccatcaagc gcctcggccg
    80701 cgacgtcgta gagcagaaat acggcaacct cttccagatg tatgagaaga tcgtcgacga
    80761 gaatccctac gaaacgccga tgatgatctt ccccgcgctc cactacacca tgggcggcat
    80821 ttgggtggat tacgaactga tgaccaccat ccccggactc tttgccattg gcgaggccaa
    80881 cttctccgac cacggcgcca accgactcgg cgcctcagcg ctgatgcaag gcttagccga
    80941 cggctatttc gttctcccct acacgattca gaactactta gccgaccaga ttcaggtgcc
    81001 gcatttccac accgatctgc ccgagttcga cgaagccgag aagcatgtgc gccaccgcat
    81061 cgagacgttg atgaacatca aggggaaacg ctctgtggac agcatccaca aagagctcgg
    81121 tcacatcatg tgggagcacg tcggcatggc gcgcgatgcg gctgggctgc gtgaagccat
    81181 tgagaaactg aagaagttga agcaggagtt ttggtcgaat gtccgcatcc cgggcaagcc
    81241 ttacgacctg aatgtggagc tcgagaaagc actccgactg gccgacttca tcgagacggg
    81301 cgccctgatg gcgcacgacg cattagaccg cgaggagtct tgcggcggac acttccgcgt
    81361 cgaacaccaa acggaagagg gcgaagcgct gcgtcacgac gacaaattca tgtacgtctc
    81421 ctgctgggaa taccgcggcg aagacaaaga tcccgtgatg cagaaagaga tgctgaacta
    81481 tcagtttgtg gtaccgcaga cgcgtaacta taagaagtaa ccctactcaa aaaaacgacc
    81541 taatcatgga taagaacatc aatatcacat tgaaagtctg gcgccagaaa ggaccgaaag
    81601 agaagggcgc ctttgaaacc taccagctga agaacatctc gcaagggagt tcgttcctcg
    81661 agatgcttga cgtactcaac gagcagttag tcaacgaggg tcgcgaaccc gtcttcttcg
    81721 accacgactg tcgcgaaggc atctgcggca tgtgctcgct ctacatcaac ggccacccgc
    81781 acggccccga cagcgccatc accacctgcc agctccacat gcgcaagttc cacgacggtg
    81841 agacaatcac catcgagccg tggcgttcgg ccggattccc gatcatccgc gacttgacgg
    81901 tggatcgcca ggcctacgac aagatcatgc aggccggagg cttcgtctcg gtcaacaccg
    81961 gcggtgtccc cgacgccaac gccataccga tcccgaagaa gaacgccgac ctcgctatgg
    82021 acgccgccgc ctgcatcggt tgtggcgcct gcgccgccgc ttgcaagaac ggctcagcca
    82081 tgctcttcgt ttcggccaag gtcagccagc tggcactcct tccgcaagga cgtgtcgagg
    82141 ctacacgccg cgccaaagcg atggtggcca agatggacga gttgggcttc ggtaactgta
    82201 cgaacacgcg tgcttgcgag gccgaatgcc cgaagagcat ttcggtgctg aacatcgcgc
    82261 gcctcaaccg cgagttcctc tcggcgaagt tcaaagactg atctcccgcg cggttgggta
    82321 atcccgaatc gcacgatgat acgcgcagag ggtgttggaa cacgtttccg acaccctctg
    82381 ttgcgtttcg gggggggaat ctgtcagggt aaccgcatca aattggcggt aagcttgggg
    82441 tacgagtgtt tttgatctcc gtcggtcgac agaaagcttg gggtacaa
//
LOCUS       SEQF3106|MIQD01000002.172676 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..72676
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(244..858)
                     /locus_tag="SEQF3106_00072"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVKIFMGMALLTAAVLTLTSCGKNESFASRQKAERKAVEKFIN
                     ERGIEVLHRYPASGVFGKNQYFLINDGLNEGRVYLHVVDSGNGNRAVQGRTEVLMRCS
                     GEYFFNRDTSEKFNTFVNAAEPIEFIYGTAHYVSSQGRFGAGRNVVYNLAGYYLSAGI
                     ESALRYVGEDATVSLLVCFEDGSAQQQDDYEPIYFDRVTFRFAD"
     CDS             complement(959..2338)
                     /gene="tpl"
                     /locus_tag="SEQF3106_00073"
                     /EC_number="4.1.99.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q08897"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine phenol-lyase"
                     /translation="MELPFSESYRIKMVEPIRKSTRTEREGWIADAKYNLFMLKSDEV
                     FIDLLTDSGTGAMSDRQWSALMLGDESYAGARSYENMREAIHRILGFDYFLPTHQGRA
                     AENVLYSAIVHEGDILPGNSHFDTTKGHIEFRRATALDCTIDAAADTQLELPFKGNMD
                     LEKLEHVLRAYPAERIPCVVLTITNNTAGGQPVSMQNIREVSALCRRYGVKLQIDSAR
                     FAENAYFIKTREPGYADKSIKEIVREIFSYADIMTMSSKKDAIVNMGGFVAFRSEELW
                     RRCQMFCIMNEGFITYGGMSGRDMNALAVGLDEGTEFDYLETRIRQVEHLAHRLDEYG
                     IPYQRPVGGHAVFIDAKRVLTHVPKEEFIAQTLGVELYLEAGIRGVEIGAILADRDPK
                     TRENRYPKLELLRLAIPRRTYTDNHMDVVAAALKNVFDRREQITRGYRITKEHPIMRH
                     FTVELAPAK"
     CDS             complement(2409..2957)
                     /locus_tag="SEQF3106_00074"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTSPLFIRKANSRDLSAILNLFEAARRFMAANGNPTQWNDQHPY
                     PDIVRRDIMRGDSYVCTPANDGRKIVGTFTFILGEEPTYRTIEQGQWHADRPYGTIHR
                     LASDGHTHGVARTCFDFCTAHADYVRIDTHADNQPMLHAITRYGFRQCGIIHVHDGTP
                     RIAFDFEQPLPHSVTVELHADR"
     CDS             complement(2969..4108)
                     /locus_tag="SEQF3106_00075"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTKLYTAIIYLLLPLCSLAQTHFRVSENLRTRLPDTLRERIVG
                     SFDHLLASIDCGEPDTMRIDSEDVELNRTFFRYLKGLERKDTIPKYYRPQLIGLYAVA
                     SDRYLLTLACVRDDEIGRILTFLARNDGHSIVFSCPLKYNTRHWKTTTVGTLTYHFQD
                     TIDMDRAQNFDRKNHSMARTLGLPVRQWVVYMCANYQEVLRLQGCLYESMSNGKVNSG
                     DIIDPNTLFSVMNDEDFSHDILHIYASKIRGKNRNRSAECGLAYYWGNAYYPGATGKA
                     PELTELLPVLRRYLQSRPDARLLGLFEKDPDVLAPYGYPKPVQVARVISAVICREVER
                     QKGADGIIELLRCGSGDENFFKCIKKLVGIDRDNFEEKVRRLILE"
     CDS             4710..5915
                     /locus_tag="SEQF3106_00076"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHIIILGDGMADEPIAELGGRTPLQYAPTPAMDRLAQLGASGR
                     LHTVPDGFHPGSEVANLSILGYDLPTVYEGRGVLEAASMGVDLRPGELGLRCNLVCID
                     DDRIKNHSAGHISTEESDVLIQYLNEQLGSDDVTFHRGVSYRHLLVLRGGDKRLDCTP
                     PHDIPLHPFRPALVKARVPEAEATANRLNDLILRSQELLADHPINVKRRAEGKDPANS
                     IWPWSPGVRPAMKTLRELYGIGSSAVISAVDLIRGIGVYAGMDVIHVEGATGLYDTNY
                     EGKAAAAIEALRTHDFVYLHIEASDEAGHEGDVELKVRTIEYLDRRIVDPVFRAVSQW
                     DEPVAIAVLPDHPTPCAIRTHTNAPIPFVIYKPGATPDAVDRYDEFAAADGSYGLLRK
                     DEFMRVLLK"
     CDS             5932..7242
                     /gene="thrC"
                     /locus_tag="SEQF3106_00077"
                     /EC_number="4.2.3.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00934"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonine synthase"
                     /translation="MKYYSTNHQVSPASLEEAVVRGLAADRGLFMPERIPTLDRTFID
                     GMKHMTFHEIALHVASAFFGDDMPQGDLRHIIEDTLSFDTPVVPVTDTIYSLELFHGP
                     TLAFKDVGARFMARMLGHFIARRGTSREVNVLVATSGDTGSAVANGFLDVPGIRVFVL
                     YPKGKVSAIQECQFTTLGRNITALEVDGVFDDCQALVKSAFVDADLNASLQLTSANSI
                     NVARFLPQAFYYFHAYAQMDRIGRAQRLVVSVPSGNFGNLTAGLIAHRMGLPIAHFIA
                     ANNRNDVFLDYLHTGVYRPRPSVATLANAMDVGDPSNFARILDLFGSNHAAITALISG
                     SRTTDDEIRATLADVIHTHGYTLDPHGACGYHALMQRGLQLGETGLFLETAHPAKFRD
                     TVEAATSQPIEIPPRLRAFMQGEKRSVPMARTFEAFKDYLLSQA"
     CDS             7282..10098
                     /gene="uvrA_1"
                     /locus_tag="SEQF3106_00078"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P63383"
                     /codon_start=1
                     /transl_table=11
                     /product="UvrABC system protein A"
                     /translation="MTKKKETEWRDADCILIKGARVNNLKNIDVRIPRDRFVVITGLS
                     GSGKSSLAFDTLYAEGQRRYVESLSAYARQFLGRISKPECDYIKGIPPAIAIEQKVSV
                     RNPRSTVGTSTEIYEYLRLLYARLGRTISPVTGCEVKKHQVADVVAKALSYPAGTRIA
                     IYAPVVLPEGRTMKEQLEILQKEGYTRLEIDGRVYRMQEVMGDKKLLAAKQADLLIDR
                     IAVSDDKLLRNRLADSVETAFYEGHETCRLRVYPAADAPAETFEFSKRFEADGLTFEE
                     PSEPMFNFNNPLGACPRCEGFGMVIGIDEGLVIPDKNLSVYEGAVACWRGEVMDEWRR
                     GFINAAAKRDFPIHRAYYDLTDAERKLLWHGAPGVKGIDDFFSFVESNAYKIQYRVML
                     ARYRGRTMCPACRGTRLKPAALYVHVGGRTIAELVALPITEVKAFFDQLQLTETEATI
                     GRRLLVEIKTRLQFLLDVGLGYLTLDRLSSSLSGGESQRISLATSLGSSLVGSLYILD
                     EPSIGLHPHNTDQLIGVLRKLQAQGNTVVVVEHDEEIIRAADYLIDIGPAAGRLGGEV
                     VYQGPFDGLPKDSDSYTVRYLTGQERIEAPRRARHWNEYIEIKGARKNNLKQIDVKFP
                     LHVMTVVTGVSGSGKSSLVRDVFYEGMRHLLDGQPAATDCQSIEGDVARISAVEFVDQ
                     NSIGKSSRSNPVTYIGAYEEIRRLFADQPLAKQMGYTPAHFSFNKEGGRCEECKGEGR
                     ITVEMQFMADITLVCEACHGRRFNADTLEVEYHGANIYDVLEMTVAQAIEFFGAHADG
                     DTQARKIVARLRPLQDVGLGYIKLGQSSSTLSGGENQRVKLAYYLSREEGSSTLFIFD
                     EPTTGLHFHDIKTLLKALNALIARGHTVVIIEHHPDVIRCADYVIDLGPEGGSAGGQL
                     ICAGTPRQVAACRESLTGRYLKFG"
     CDS             10812..11375
                     /gene="pdaD"
                     /locus_tag="SEQF3106_00079"
                     /EC_number="4.1.1.19"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01404"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyruvoyl-dependent arginine decarboxylase"
                     /translation="MVKKVGNLIPNTFFIAKGSGDSDLEKHAGSYHMALFDAGIADFN
                     IMTYSSVIPATARPVMMDEVDLPPFGSELKTIMAVSHGYQDEFISAGLVYAWMYNDEN
                     FDEKAGGLVCEVSGRYRIEELEARLIRVINDLHQRTYSRFYLGDLNFVTEGMTIGRRY
                     GTALAALCFTDFIMPDSEGGSSEVVQL"
     CDS             complement(11474..14089)
                     /gene="btuB_1"
                     /locus_tag="SEQF3106_00080"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P06129"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MKIIYLTLLMLCASLTLPLQAGTTDPATGAGQIKPKTDAVVTGH
                     VVDAKTGEHLPYINIIVRGTTIGVATDATGHYMLKDLPAGELTLEATFIGYKKAVRKV
                     TTKPNTMLEVNFELEEEALAIDEVVVSATRSETMRREAPALVNVLDTKLFERTQSTDI
                     AQGLKFQPGVRVETNCQNCGFSQVRINGLDGPYSQILIDSRPVFSALAGVYGLEQIPA
                     NMIERVEVVRGGGSALFGSSAIAGTINIITREPTGNSASLSHQTRGLGGLNTFENTTN
                     FNGSIVTDNGRLGVTLFGQARHRSGYDHDGDGYTETPVLDGRTLGFRSFVKPSIYSRI
                     TLEFHNTHEFRRGGDLLKEQPHNAHIAEQLEHINNVGSLGYQYFSPDGHHRFNAYGSF
                     MKVQRKSYYGGGDRTADEIINEGKKNVEAAKDKFIADLKKKNPAITDDEIEAEVKKSF
                     FPGSNNGLTNEDMLELNKRMASYGRTDGMTYMMGAQYAYDFDRLLFLPSTLTAGIEYN
                     HDHLDDKSGYREVPIDQRVNTKSAFLQNEWKNDRWSILLGARLDKHSMVSRAILSPRL
                     NLRFSPSKDVTLRASYSKGFRAPQLFDEDLHVDNAGGDLIVSRNAPGLREETSHSLSA
                     SIDWYHRFGAWQLNLLVEGFYTQLVDAFGFTQKDTVIGGISQIIKTRENSDGAKVYGL
                     NFEGKIAYLNTWQLQGGLTAQKSLWNTEQQWNEDDSYKTRRIYRTPNLYAYFIGTLNI
                     TRALSFSLTGNYTGNMLTGHEIPTEDDGSLTQFNGRPAATIHADRMQHGEGQTDKTYG
                     PRTFRTPAFFEMGARVAYNIPLYKTYTLQLHAGVQNMFNAFQDDFDRGPSRDSAYIYG
                     PGSPRCWYAGMKLTL"
     CDS             complement(14602..14958)
                     /locus_tag="SEQF3106_00081"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHCTEKVRRRLAGWLLILFMGYTAATSFFYHAHYVNGQWIVHSH
                     PYTQAPETGHHTHTQAGFATLACLTAALMTSIAPTLYTQPFTHLSAVIVEAICTALAC
                     REIFHPSLRAPPVMCP"
     CDS             15200..17791
                     /gene="susC_1"
                     /locus_tag="SEQF3106_00082"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MNKAVIRLLFASLALLGLARQAAYAQGTTSVSGVVVDSITGEPL
                     PFVTLVFEGSSLGDVTDLDGNFHLRNDRGLTRLQVSYVGYETKTITLTAGHTATNVRI
                     LLAPSTIQLSEVVIRPKREKYSRKNNPAVELMKRVVARKDSNRITQLDDYSTECYEKM
                     TLSLDKFDTKLEKSKMLKRFKFLKNYLDTSEFDGRPILTLSLREKISDIYYRREPRSE
                     KVIVRATRQQGIDQSIDEYGTITANLEEIFQGVDIFDNNITFLLNRFVSPLSSVLANT
                     FYHYYIMDTVDVGGEPCTDLAFVPVNPQSYGFTGRIYVTTDGTYSVKKVLLNVPRHIN
                     LNFVRELRVEQQFRRRPEDGLWELDTDNTYVLFQLINGGQQMYAHQLRSYSDYRSPVI
                     NADSVFALTGRVQTPLSRYLTQPDSFWISRRHTPLKDRESGIESLLARLKEITAFKVL
                     LKTAEILISGYIPINDVHEKNKLDFGPMNTTFSANVIEGFRIRAGAMTTANLHPHLFL
                     GGYAAYGLNDRRWKYNATATWSFNEKEYHEKESPVNNLSLQHEYDLYTPGQEFLFTSK
                     DNVFVAWKVGSSNHNMNYLRKTRLQYEREWLNGLSFKTWAQLMNSEATGSLRYIVRNG
                     PDDYTRLMDYNTTEWGIQLRFAPGERAYNSRLGKSSVFNLSKDAPIFRLSHKVGFRGI
                     LGGDYRYNRTEASASKRIWLSSFGHIDASVRGGIVWDKVPFPLLIMPNTNQSITIQPE
                     AFHLMNAMEFMADRYVSFDATYHLKGWILNRIPLINLLGLREVASVSGVWGSLSDRNN
                     PDKTDGLMLFPDGSHAFGTSPYMEFSLGLENIFRVLEVSYYRRLTYLNHPDIQRHGVR
                     IALHFDF"
     CDS             18305..19834
                     /gene="dnaC"
                     /locus_tag="SEQF3106_00083"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37469"
                     /codon_start=1
                     /transl_table=11
                     /product="Replicative DNA helicase"
                     /translation="MAENNPIRTVRKKPVIVQVSDTGRLQPQARELEDAVLGALMLEQ
                     DAFFRVNETLKPESFYSKTNQLIYKAIVDLAARQEPIDMLTVVDQLKKNGALETIGGP
                     LYISQLTENVASAAHLERHAQIVAEKYLARELIRYTGEIQGKAYDETVEMKDLMQEAE
                     GELFRISQQNIRNEAVQINPVIKEARDLLERAANRKEGLSGLPSGFADLDKITSGWQN
                     SDLVIIAARPAMGKTAFVLSMARNMAVTFKVPVAMFSLEMSNVQLVNRLIINVCELPG
                     EKIKSGRLEKYEWEQLEYKIKDLYDAPIYVDDTPSLSIFELRTKARRLVREHKIQCIF
                     IDYLQLMNASGMTFGSREQEVSTISRSLKGLAKELNIPIIALSQLNRGVEARQGIEGK
                     RPQLADLRESGAIEQDADMVCFIHRPEYYKIYEDERGNSLAGIAEIIVAKHRNGATGD
                     IRLRFKSEFAKFINLSEDQAVREYASSMNKEGEETKVIPITAPNVEDFIASQDDEPVP
                     Y"
     CDS             19995..20663
                     /gene="ppa"
                     /locus_tag="SEQF3106_00084"
                     /EC_number="3.6.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WI55"
                     /codon_start=1
                     /transl_table=11
                     /product="Inorganic pyrophosphatase"
                     /translation="MYNKLNDAITRLMGLRYRSHPWHGIEVGKEAPQVVTAFIEMVPT
                     DTVKYELNKVNGFLCIDRPQRYSNVVPALYGFIPQSYCGEGFAQHCMEQLKRENIMGD
                     HDPLDICILTEKDIAHGDIIATVRPIGGLRMLDGSAADDKIIAVLQNDATYDSYNDIG
                     DLPPLVLERLKHYFLTYKDMPGEKKRIVEIANEYNREEAYEVIRHCLEDYKVYLDGMH
                     DILQ"
     CDS             20676..21836
                     /gene="pncB"
                     /locus_tag="SEQF3106_00085"
                     /EC_number="6.3.4.21"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8ZG93"
                     /codon_start=1
                     /transl_table=11
                     /product="Nicotinate phosphoribosyltransferase"
                     /translation="MIIRDFTDNDLYKFTTMNAIQKKFPDAEVVYRFVNRGNTVFPDG
                     FADALRHEVDAMRTLFLTDQAEAFMRRRCYYFDNVFFDLLKGFRFDPAEVSVAQEGGR
                     LDVEIRGLWYRTVLWEVPLMSIISELYYRMTDAKPSADAEDRARQKARRFEELGAELS
                     EFGTRRRFSFDVQEMVISVLKECMPRVLNGTSNIYLAMRHDLIPMGTHPHEWFMYHGA
                     HYGYRSANALAMENWVDVYDGYLGIVLTDTFTTTDFFKSFSTKYAKLFDGLRCDSGDP
                     FEFTERALRYYKLHRIDAKKKTVVYTDSLDMDMIARIKRHVDGRLHDVYGVGTSLTND
                     VGVQPLNIVIKLFEVKPKGAPDFLPVVKLSDSPGKHTGDPAEIDLCKRMLRF"
     CDS             21841..22356
                     /locus_tag="SEQF3106_00086"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRAADSERPPVTTDFCWCMSKFCSRTSFFYSHASSFCSRASDFC
                     SHASFFCSPVSDFCSCASKICSRTSIFCWAMSKNCSSVGALFRFTTPGFYRETSRTSP
                     ERFPTSRAIVSTSRAIVFTSHAIVSTSRETFPTSRAIVSTSRAIVSTSRAIVYTSRET
                     FFTSNPIFPLK"
     CDS             22353..22895
                     /locus_tag="SEQF3106_00087"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVAEKKRRDNIVEYLLYMWQVEDLIRANALDSDRIRRTLVSRY
                     DVPDAERERIAQWYDDLAAMMRSEGVAEHGHLQINRNIVIALTDLHLALLNDPHETTY
                     SALYYKVLPSIVRLRAKSGGAEMSELETCLTALYGYLLLRLEGKPISEETLESIRDIH
                     LMLTFLAEKYKEEQAPLHPN"
     CDS             22920..23792
                     /gene="rmlD"
                     /locus_tag="SEQF3106_00088"
                     /EC_number="1.1.1.133"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O66251"
                     /codon_start=1
                     /transl_table=11
                     /product="dTDP-4-dehydrorhamnose reductase"
                     /translation="MTSPVLVTGSRGQLGDAIRRRMDRFPAYTFTLTDIDELDLCDKK
                     AVLDFVRRGRYAYIINCAAYTAVDRAESDAERCMRINRDAVGHLATAAREVGARLIHI
                     STDYVFDGRATRPYREDDPTSPTSVYGRTKLAGEHVLLETLPTDAVILRTAWLYSEVG
                     NNFVKTMLRLGAERPEIRVVNDQLGSPSYAGDLAEAVLRVLTAPTFHPGIYHYTNDGV
                     CSWYDFARHILRTAHPTCIVRPIPTADYPTLAARPAYSVLDKTRIRQTYGVSIPRWQD
                     SLDRCLQHLLSNNQ"
     CDS             24010..25587
                     /gene="prfC"
                     /locus_tag="SEQF3106_00089"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q83DC7"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptide chain release factor 3"
                     /translation="MTLQDEIRRRRTFAIISHPDAGKTTLTEKLLLFGGAIHVAGAVK
                     SHKIRRTATSDWMEIEKQRGISVATSAMAFDYEGYKINILDTPGHQDFAEDTYRTLTA
                     VDSVIIVIDAAKGVETQTRKLMEVCRMRKTPVIVFVNKMDREGKAPFDLLDEIESELR
                     ITVRPLSWPIEMGDRFKGVYNLYERRLDLYRPDKQVVTESVAFSNLTDPDLERRIGES
                     PAAQLREDIELIEGVYPAFDPATYLRGDVAPVFFGSALNNFGVRELLNCFVRIAPPPQ
                     PVQAVERLVHPEEPTFTGFVFKIHANMDPNHRSCIAFVKVCSGRFERNANYRHVRLDK
                     MMRFSSPTAFMAQKKEVVDEAFAGDIVGLPDTGNFKIGDSLTEGEVLHFKGLPRFSPE
                     LFKYIENADPMRAKQLSKGIEQLMDEGVAQLFTNRFNGRKIIGAVGQLQFEVIQYRLL
                     HEYGAQCRWDPLHLYKACWIDSDDPSALDSFMRRKAQYMASDHEGRDVYLADSAYVLT
                     MAQQDFPDVRFHFTSEF"
     CDS             complement(25762..25920)
                     /locus_tag="SEQF3106_00090"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRMIASKQNLRELAMLQYQADKYRLAGNGFMSQRLNSQIRKMQE
                     QLANSEKN"
     CDS             26173..27627
                     /locus_tag="SEQF3106_00091"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGAHAAMPTDSALTVNQLPTDSLACDAFVAERHPRSVTAAAEVV
                     GLNLAVWSFNRFVTNEDFARINARTIRTNLRSLPVWDTDQFVTNLLAHPYHGSLYFNA
                     ARASGHTFWQSVPYTFGGSLMWEYFMENELPSANDLLCTTLGGIELGEITFRLSDLII
                     DDRLSGFPRVVREVAGGLASPMRGLNRLLTGEAWRVRATRGQLFTHGPVRLSLYGGPR
                     FLAEERRSRNGEVSLNLGFRLTYGELFGDDYYSPYEYFRIHASFDLLSHQPVISRVNA
                     IAALWGREVWQSGARTLSVGVFQHFDYYNSQIRSRTGRLVAPYRIGEAAALGGGLIYL
                     RRAIPGHHFDIRHEFYVNGIALGASLSDYFHVDNRDYNLGSGYSIKTYTGLIFRKCWG
                     LGLQLERYHIFTWKGYDPAVDLSTVDYHRLNVQGDAGNALLGVFTSYLSYHAQQGWNL
                     SLAHNLYSRRTNYRYHPNVEYATSDVLLTAGYTF"
     misc_RNA        28114..28341
                     /locus_tag="SEQF3106_00092"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             28453..30579
                     /gene="cirA_1"
                     /locus_tag="SEQF3106_00093"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P17315"
                     /codon_start=1
                     /transl_table=11
                     /product="Colicin I receptor"
                     /translation="MTLSAQTGVSGRVVNAETNEPVVGANIRVDHSLTGSVTNTKGEF
                     SIGNLPEGTHTLNVSHLNYTTEAREVKTGEADVVIRLRESAIQLGQVVVTGTGTHHLM
                     KNSPVPVSVITARELSNAGITTLDEALQKLTPSFSNMTNGMGTVLSLNGLPEKYFVFL
                     ENGRRMGGDDTYDRIDVSRIKRIEILSGASSALYGTNAVGGVVNIITNDVKHAVNVSS
                     DTRYTSHGRFTQAITAGINTGRFGSYTSYRRRQAESWQLSPYERNKKDSLVETRKVAS
                     AGFQSDNVSQRFTYDATDRLSFRLGGGYYRNITRRPREAYDYDLQHRTYSWGAGMKYL
                     INPDAYITADYQADFFSSRYNFLKDSKTYKMKADDELVRKRTRNQQANVKGIFNVGSY
                     NKLSVGVEYLADMLSSPSEHISHKTAYTAAIFAQDEITITRHFRSLAGVRYLYHENFK
                     NYVTPNVALMYGQGGLNLRASYAAGFRAPTLSELYASETTKAVDRIVIGNINLKPEKS
                     DYVAFNAEYNHSRFTISANVFYNHIRDMIDYRTIAKGEEAKRKYGHEEVRQRDNVYKA
                     DVRGINLAAQAYLGAGFRIGAGYTHLDTKDGETHRPIDKSLRNAANVNAQWTRTWGAY
                     TMYVNLNGRINSERFSKTYGYAPAYQLWDLNTRHTFTLRSLILEPGVGVENLFNYTDD
                     RPYNFNYATLTPGRSVYVSLSVKFKG"
     CDS             30741..32858
                     /gene="cirA_2"
                     /locus_tag="SEQF3106_00094"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P17315"
                     /codon_start=1
                     /transl_table=11
                     /product="Colicin I receptor"
                     /translation="MGGFAATAQDTTTRRTDDAIRNIALDEVVVTATGTEHTLKSVPV
                     QTEIISGRMLRHFAGKNLEDILSGLTASFAFSDDDMGSHMQMNGLGNDYILVLIDGKR
                     IHGDVGGQNDLSLIDPNNIERVEIVRGASSALYGSDAIAGVINIITKKHNEGILLENT
                     TRVGSYGDLRQHSGIGFNAGRFGSWTNFQLQHSDGWQNTSVEDPNQTEFPITDSRNKT
                     VNRNTNWQLSERLTYTPMRDMELYAGGSVYGKRIYRPSGKYAAVDVKTYDLQYSNASA
                     ALGGKWKLNRSDVLTLDVNWDRHAYYYNFTDTTLIDGYINGKYTPYYPYFPGQTDLQS
                     DQQRTMAALKGVFHLPYANTLSAGLEWRYDWLKAPIRVVDGKASDHTEAVYVQDEFNL
                     LDPLQITAGLRLNRNEGFGFKLTPKVSAMLSLGDFRLRTAWSQGFKTPTPKELHYRYI
                     REMAGTYLYLGNTALKPQTSDYFSLGGEYINSGGLAISVTGYYNKVNHMITLVTIPTT
                     QAPPDLVARYDPVKVRQYKNLENAKTYGVDLNLRYSVRAFVFGLGYSYLHTDANLYDA
                     AHDRLKQVTIDGTAHHRANAFVTWNHDFSPAYRLGLGLYGKMSSKRYYQINGNGKGYQ
                     IWRLSTTHDFGHARHMTYRVEAGIDNLFNYCDRTPHGLHLGTTTPGRTVYASLTVRFA
                     QGKKVKYDNTKMSNTNNNDYEEN"
     CDS             32845..33942
                     /gene="cbiKp"
                     /locus_tag="SEQF3106_00095"
                     /EC_number="4.99.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q72EC8"
                     /codon_start=1
                     /transl_table=11
                     /product="Sirohydrochlorin cobaltochelatase CbiKP"
                     /translation="MKRIKIWMMALAAAVIAVGFNACNKNEEEISNYERYQQSVDNTV
                     KSGKKHNKVILLVAFGSTWQRAFLAFDNTVKEYQKAFPDYDVFLSFSSAICINRAAAG
                     EHAKDEGENKAEKRHYYAPNFWLEAFGRVKYSEIVVQSLQVIPGEEYGRVINYMKDFA
                     NNSQGDLDDAYLKKLTLRLGLPLMADADKDVNNLAKALDANFGSYTKQGIVAFMGHGN
                     PDSYDIYKANVRYTQLEQALQKINKNYYVGTVDMKDNFKTFVRERMEKAGVKKGSRVY
                     CTPLMSISGDHAHNDMAGNDCAKTPFQPNDEGEVEDTSWKMYFKTMGYDCTDKTQIMT
                     GLLERADVRQLWMNHTKNAEKVDYYHSKNPE"
     CDS             complement(35033..36094)
                     /locus_tag="SEQF3106_00096"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MASAPDADATTDSMRYARGITITRHADYTVVELRDPWNEGRMLH
                     RYLLVPRSADALPKGMPEGTLVRTPLRRMVVYTSVHCALLDELGAAASIAGVCEARYV
                     HVASVLRGLRDGTVADLGEATAPDVEGMIRIGADAILASPFQNAGYGPAEKIGLPIIE
                     CADYMEADPLGRTEWIRFLGLLTGREATADSLFRATEAAYLRVRALADSVTSRPTLIV
                     GKKYGAAWHVPNGESYMARLYRDAGADYVFRDLPGSGSTPLTFEAVIDRALHADLWLI
                     QYNATPDMTYASLSAEYTPYARFDAFARRRIYGCNTHDSHYYEEVPLHPDRLLAELIA
                     IIHPELLPDHRFRYFAPLR"
     CDS             complement(36233..37333)
                     /locus_tag="SEQF3106_00097"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIKSNLLSLWCMLAIAAALTACSKDDDPKPNDEGTKLTLPSSR
                     VFILNEGSYQKNNAGITFYAPNKDGSFVADIYKAQNDKGLGDTGQDIILYNDYIYVSV
                     YNSGLLLKLNTAGVEQKRLEFSKNDGLPRHIAALDGKIYVVLYSGKVAKVDAETFTIE
                     GYANVGMNPDGIAIANGYLCVANTGQGKDSTVTIIDARSLLVTNTIKVAKNPEKVLVS
                     EGQFFIQAYGGDYPNYTYPVQRVDISTGAVTTIAKATHFCEYRGTIYMVYGDTDWKTR
                     KTTNTFTSYDVRKGMVNSSSFLRGMKDEIAEALASESVYMMEVNPNNGDIYIGTSDFK
                     TNGNIYRFDRNGGFIEKFSSGGVSPNNAVFYN"
     CDS             complement(37364..39373)
                     /gene="btuB_2"
                     /locus_tag="SEQF3106_00098"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01531"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MYITHKKIRGAVLLLLCALCVALGAAAQDRDTTLERRIDEVTVT
                     AARAPRRLTATVPVQVVSGEAIRTLGLQNMADAVRRFAGTTVRDYGGIGGMKTVSVRS
                     LGAHHTAIGYDGVAVSNCQAGQIDIGRLSLDNVALLTLSVGQEEDLLQSARMAASAAV
                     LSIRTEVPHFTANRRYSLQAHLRAGSFGMVNPYVRVAARTSERTTLSLDGNLLRADGV
                     YPFTLVNGRERTREKRYNSDILAWHSEANLYRTDDRSDLNVKAYAFRSERGLPGSVIL
                     YRTGNDERLWDVNAFLQAAYRRRLSDRWTMQAQVKYNYSWNKYEDTDPKYEGGRQTDL
                     NTQNEYYASVAARFRPTDALTLSLAEDGAVNTLHNNINHNPAPVRLTSLTALRARYRL
                     GPVTASGTLLATYITEHVQNGDRPDDRRRITPALSLTYHPSPILDLNVRALYKKTFRT
                     PTFNDLYYLRLGNTGLRPELADEYNMGLTWSIAPDSFDPITLTVDGYYNEVRDKIVAF
                     PSTYVWKMANFGRVRITGLDASVGTGVALTASVHLSLNASYTYQRAIDVTDAKAKNYR
                     EQIPYTPRHSGSGSVAVSTPWVDAAYTLVAVSDRYFMSQNLPENRINGYAEHTLALSR
                     TFRLRRGAELRLQAECTNLTDEQYDIIKYYPMPGRAFRATVAIRI"
     misc_RNA        complement(39426..39628)
                     /locus_tag="SEQF3106_00099"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             39968..42292
                     /gene="fyuA"
                     /locus_tag="SEQF3106_00100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P46359"
                     /codon_start=1
                     /transl_table=11
                     /product="Pesticin receptor"
                     /translation="MTKKFTRLTVALCVCLHATQLMADDGDPTADGDSLKTYDIDEVV
                     ITSSRKETNRTEQLPGALTVVTPREADLRQVSSIKRLSAFVPNLYIPDYGARVTSAIY
                     IRGIGARSSGQTVGLYVDDVPYPDKGSFDFELPDIQRIEVLRGPQGTLYGRNAMGGII
                     HVHTFSPLEHHGTRLGATFGNYGRMDFRASHAMRIGERMGLQAGAYYRRHSGFFENAF
                     SGTKVDNEQTAGGNVKLVRRITDALTATVAVVGGYTDQGAFPYGLRDDRTGRVAQVNI
                     NDPSSYRRTTTNSSLTLKYEAARFILISTTGWQYLRDRMRMDQDYLPLSIFTLEQRRR
                     HHALNQEVSITGRTTGRYRWTIGASGFYDGLLTDADVEFKEEGIRSIMQSAFDRLRAD
                     NPKMPRLRVMDRRLFLPSRFDESTLGLAIYHQSTLDHFLLPGLSLTAGLRIDTERRRL
                     HYEAQGKMNLSILMPPLFPKETDISGFYPPTLFDEHLTSGEWQVLPRIALRYAPAPRT
                     NVYASVAKGYKTGGYNVQMSADLMQARMRSDVMDAFRHFAPGMPRFGTPSPADVLAYR
                     PEKAWCYEAGLKSEPVKDRLHAELTLYYMDIRDLQITRFTDSGTGRILSNAGRATSLG
                     VEASVRAAIATGLTADLSWGFTHATFRNYHDGRTDYSGHFVPYAPRHTLSLGLHYERR
                     FHRSRLVDRLFAVAYCNAVGPIYWTEAGDIRQPLYATLDARAGISRGALTCFLSGQNL
                     TDTDYATFYFRSFGRSFVQRGRPAQVAVGIEYAF"
     CDS             42417..42731
                     /locus_tag="SEQF3106_00101"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEFLTTYNLWGLVIGVATFLIIGLFHPLVIKAEYYFGTRCWWAF
                     LVAGFLFIGISVLIHHLVLSTIAGVIAFSCFWSILEVFDQKKRVEKGWFPANPKRAAK
                     KV"
     CDS             43470..43799
                     /locus_tag="SEQF3106_00102"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTFKKATVIALEPSVDYAPGSVISKQVTISRAGNITLFSFDKD
                     QGLTEHTADFDAFVQILDGEAEIRIDGTPHRLKTGDCIIMPANHPHALYAVERFKMLL
                     TMIRGGE"
     CDS             complement(43886..44407)
                     /gene="lrp"
                     /locus_tag="SEQF3106_00103"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ACJ0"
                     /codon_start=1
                     /transl_table=11
                     /product="Leucine-responsive regulatory protein"
                     /translation="MENKGRSDHLKYSQEEYLSLMETLDNTDLQILRILQEDAHLTTK
                     ELARNVNLSSTPVFERLKRLERKGYIKKYVAVLDAEKLNRGFRVFCTVKMSRINREIA
                     TEFTRKIQAIPEVTECYNIAGDYDYLLKIHAPDMKYYQAFLLNVLGTIEHLSSIHSIF
                     VMDEVKREYGIHI"
     CDS             44715..45128
                     /gene="cobP"
                     /locus_tag="SEQF3106_00104"
                     /EC_number="2.7.1.156"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P29931"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional adenosylcobalamin biosynthesis
                     protein CobP"
                     /translation="MATARVWDDEFRRRVERHQAARGPQWTNIEEEKQLSRHDVAGRV
                     VVVDCVTLWCTNFFFDLDSDVQAALEAARSEFDRLTAQDATFLFVTNEIGLGGVSENK
                     LQRRFTDLQGWMNQYIAARADEVVLMVSGIPVKIK"
     CDS             45125..46186
                     /gene="cobT"
                     /locus_tag="SEQF3106_00105"
                     /EC_number="2.4.2.21"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7SIC7"
                     /codon_start=1
                     /transl_table=11
                     /product="Nicotinate-nucleotide--dimethylbenzimidazole
                     phosphoribosyltransferase"
                     /translation="MKHIPSMKTFRIRKPDEAIRPALQQKIDNLTKPKGALGRLEELA
                     LQIGLVQQTLSPTLRRPHNIIFAADHGITAEGVSISPREVTWQQCIHFATSNGGGVNF
                     LCRQHGFALRVVDVGVDYDFPPELPIIPRKVRRGTRNFLHEPAMTEGELDACIAHGVE
                     VVRSVHDAGCNVVSFGEMGIGNTSASSLWMTCLAGIPLERCVGAGSGLSDAGVRHKLS
                     VLSRALENYTGDGSAISIMRHFGGLEMVAAVGAILQAAELGMLILVDGFILTNCMLAA
                     AAICPDVMAYAIFGHCGDESGHRLVLDALHARPLLDLGLRLGEGTGAICAYPIVDSAV
                     RMINEMDTFEGGRITKYFS"
     CDS             46222..47019
                     /gene="cobV"
                     /locus_tag="SEQF3106_00106"
                     /EC_number="2.7.8.26"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P29936"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenosylcobinamide-GDP ribazoletransferase"
                     /translation="MIDDIFAALTFFTRLPWWRLRQVPADSFKRLVAYWPLAGWLTGG
                     VMALVYWVMVMADHPFLFGLLLAWIARLLLTGALHEDGLADFIDGFGGGRTRQRTLAI
                     MKDSHIGTYGVLTLIVYAALWLCATTILAGYMEEYFFCLLFLGDVWAKWCASQMINLL
                     PYVRREDECKIQAVYDPMSTASFFTGLLLAFVPLMAGSAWLFWEGFEFLIGGLWVSAA
                     VTIGVMLLLVRYMRHRLGGYTGDCCGATFLLCELSFLIMLNIVWMFF"
     CDS             47004..47531
                     /gene="pspA"
                     /locus_tag="SEQF3106_00107"
                     /EC_number="3.1.3.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:D3DFG8"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoserine phosphatase 1"
                     /translation="MDVFLIRHTSVDVPPGTCYGHTDVPLRSTFPEEAARVKQQLDTH
                     TFDAVYTSPLSRCTRLATYCGYPDALRDDRLKEMNMGAWEMHLFDAITDPRIREWYDD
                     YLHVAPTGGESYPEMQRRISAFLDELKGTSHQKVALFAHGGVLMCAQVYAGKMLPADA
                     LRQLTPYGGIIQITL"
     CDS             47655..48146
                     /gene="fldA"
                     /locus_tag="SEQF3106_00108"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P61949"
                     /codon_start=1
                     /transl_table=11
                     /product="Flavodoxin 1"
                     /translation="MGKTAIIYGSTTGTTEDIAGRIASQLNVGKEDIYEISKVTADTV
                     APYDTLLLGTSTWGSGDLQDDWYDGVETLKGANLAGKKIALFGCGDASSYSDTFCSAM
                     GTIYNDLKDSGATFVGRVDPSDYTFDSSDAIVDGQFVGLPIDEVNEPEKTDDRISNWV
                     ASL"
     CDS             48158..48526
                     /locus_tag="SEQF3106_00109"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAAETKPIAGSAEIKVLYNHIYEYKKGVRNLILYTLNEQYVPLA
                     CERLERQRIPYLIQRAGRSNINIYFGQPECLETIRGFVSRPLNRLTPEEDFILGALLG
                     YNICEQCKRFCTKKKRACRA"
     CDS             48674..49954
                     /gene="eno"
                     /locus_tag="SEQF3106_00110"
                     /EC_number="4.2.1.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8DTS9"
                     /codon_start=1
                     /transl_table=11
                     /product="Enolase"
                     /translation="MKIEKITAREVLDSRGNPTVEVDVRLESGFMGRASVPSGASTGE
                     HEALELRDGDKKRYGGKGVLKAVDNVNKVIAPALIGMSALEQRAIDHKMLALDGTPTK
                     SKLGANAILGVSLAVAKAAANYLELPLYRYIGGTNTYVMPVPMMNIINGGAHSDAPIA
                     FQEFMIRPVGATSFHEGLRMGAEVFHALKKVLHDRGLSTAVGDEGGFAPALNGTEDAI
                     ESILAAIKAAGYEPGKDVRIGMDCASSEFYKDGIYDYTKFEGAKGKKRTADEQIAYLE
                     ELINKYPIDSIEDGMSENDWEGWKKLTDRIGSRCQLVGDDLFVTNVEFLSKGIKEGCA
                     NSILIKVNQIGSLSETLDAIEMAHRHGYTTVTSHRSGETEDATIADIAVATNSGQIKT
                     GSLSRSDRMAKYNQLLRIEEELGALAVYGYKRVK"
     CDS             complement(50050..50811)
                     /gene="rlmB"
                     /locus_tag="SEQF3106_00111"
                     /EC_number="2.1.1.185"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44906"
                     /codon_start=1
                     /transl_table=11
                     /product="23S rRNA (guanosine-2'-O-)-methyltransferase
                     RlmB"
                     /translation="MLSKAKIKQVHALELKKHRDEQRAFVAEGSKTVTDLLSTFACQW
                     IAALPEWFEAHASQLPTDCERIPTDRDTLSRASLLKSPPEVVALFRRPDDADLRLADP
                     THQWVIALDGVQDPGNLGTIIRTADWFGFTQLVCSPDTADAFGPKAIQSAMGSTARVC
                     VHYTDLPYFIRRHPDTQAYGTFADGLALYDTPPATSGLLVMGSEGRGIRPDVAALITR
                     RIGIPRYPTDRRGAESLNVAISTAIICAELRRRAR"
     CDS             complement(51036..51995)
                     /locus_tag="SEQF3106_00112"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEFIVINQIRLSRLDNGRHFEYHNHVYNLLHAADATKIGIPAE
                     KITAYKADLDVEEEINRETQASLNTQRMMKKDEERDDLLSFIFNTIRTNRLSPEQAMA
                     TAADELNVVAKPYYGIQKLGLDQESAFINGLLRDFQKTDNAPYVTTLKLTSALQKLET
                     ANAEFRQIYDARSATRADNKLPQAKVARAKTDAMYEQIVFILKAAYYYGIAPVERPLI
                     VSIVNKMNQRMEETTNAFQKSLAQKKAAKKPKDPKAPKDPKQPKDPKDPKKPGGGDDI
                     HEPSEPPKKPGDTEQPTPKPGGGSGGGDDIHVPSEPPKKPDGQ"
     CDS             complement(52369..52521)
                     /locus_tag="SEQF3106_00113"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYGRRHITGMSLPSPIEIVRPTEKIYLFKIAHDLGFDKEAIKE
                     LLDESK"
     CDS             complement(52518..53534)
                     /locus_tag="SEQF3106_00114"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNNATQSTRQCPYCGEDIQPGAIKCKHCGEWLVSNPPPTIKSP
                     EEQAKEQEKQQEKKQQKKIATGCLIISLVVPVILIVILGLIATWTVPDLEEHREEIRE
                     KAVKCAEDQAGDILSFFGGSVLKPFLSMAMNTETVQGAILEKFDKLNKIEYVPGTFWS
                     HARIVNRIYPEGKTVSFGIFGMAFPSLDWDDFVLLDDKESDSPSSSSASASSSALQQR
                     QGEVQSTEANIREAPSAEASHQTYHGHIQGNIRCEFDLYFEPANDYGQQEVRGTYSYH
                     SQGARPIIVHGWYNTQTSELSLTEYYNDGRANCSMHAYRTSEGFGGSFMRPNKNDLTL
                     VMTE"
     CDS             complement(53556..54359)
                     /locus_tag="SEQF3106_00115"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEEATKRCPYCGEKIKPTAIKCRHCGEWLAEQSQIPTPPTMPE
                     PKPTPAAPQQQIATVAPPDIPTAPAMTTAHEPKSITTEEKSNGAIACPNCGKEILATA
                     KKCKHCGEWLEKKCPHCGEWIKIDAMKCRYCGSWLNKFAKERYERENNIPQAVDPALE
                     ERLKEKDRKAEKATEGISTAGCLMMVECGIALTLLYFARDWSWWQVVLAGIGGLLLMS
                     FHTVRFLYCIAISFLWACWGAVVGGGSLWIGAVSFVFSLVIHWPIMKLP"
     CDS             complement(54383..55012)
                     /locus_tag="SEQF3106_00116"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIASLWMLCSVMMFSCSNKETGDAPQENLPTPVAPAETEAPATG
                     ADDNDPNAIPDEVVAAANSSNYDANGQTLTAKDLSLIIRYDDDRRHCAYYMRPDYMDE
                     IYQYNLENKKVRVITLTGIDVPPARKGDKPEIMGVKQIVADGDRFYFVGSNNAYSMGG
                     MAYMEYLISYNTFENNFSCIASGRGIELTNGNRQAEILFDNGSKTINLP"
     CDS             complement(55464..57248)
                     /gene="arnT"
                     /locus_tag="SEQF3106_00117"
                     /EC_number="2.4.2.43"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P76473"
                     /codon_start=1
                     /transl_table=11
                     /product="Undecaprenyl
                     phosphate-alpha-4-amino-4-deoxy-L-arabinose arabinosyl
                     transferase"
                     /translation="MRASALQYLYLQKPVTTIVVLCLLTILPWIATGDFSTKGEPREA
                     SVAVSMLETGNWTLPKVYADEFAYKPPMVHWMMALASLPGGHVTELTARLPSAVAYTV
                     LGAMMLIFLGRRVRFQEAFIAVCVMLTCVEIHRAGMTARVDMVLTGFIVAALLQMYRW
                     EEKLSLKGLPIVIPLLLSGAVLTKGPVGIILPLFIFGTYLLLLRKYSLLQIFKALLYT
                     AVASAFLPLLWYIAAWRQGGDAFLNVVLAENFGRFFHLSEAAIPYDLGHKEPVWYNFV
                     TLLAGFLPWTLLLLFSLFGFNRKPHSAQVERPTFGHRVHQVWDALLAMDRVRLFSLVV
                     AVCTVFFYTIPSSKRSVYLMPAYPFISLFVAQAMLYVAEHRSRCTRVFAAFIAVIGTA
                     AFGVAVLTASGALRPVEIATRFTQRSATLETVSAVAQGLAHPSVGTIIVLVILATALL
                     TVGYQMLRRINIKILYASLFLTVALNLFVDGAVMHSLRNRTSSRAFAERIRHEYPDEQ
                     GRIYVMNDLRAGFTNLYGLNFYLGNRFRNFDAEHPAAGCFLSADRDSTLLSERFGQTY
                     TFQPITHSARTLSDVRSRVTLYRFERKP"
     CDS             complement(57270..58376)
                     /locus_tag="SEQF3106_00118"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLRFPSLGLTRIDRYIIGKFLGTYVFTILLVIAITVVFDFNEK
                     IDHFVGARATATLRGIVFEYYLNFIPYFISIFSPLFTFIAVIFFTSKLADKSEIIAML
                     ACGVSFRRLMRPYLIAAAIIASANYLLNAYIIPPANIVRINFQNAHIRDKKVSSAHNI
                     QLEVEPDVFAYFDRYDATSSMGYHFSIDRFKDKNLVSRLTAETIYYDSLYQWTVINYM
                     IRDFDGMREHITSGERKDTTLTFMPSDFLISEGDCETMTMPQLAAHIRRQKERKLSNT
                     QFFEIEYHQRIATTLSFFILTIIGASLSSRKIKGGMGLNIGIGFALSFSYILFSKITS
                     TFAISGYVSPMIAVWIPNIVYLFITIHLYRKAPR"
     CDS             complement(58377..59603)
                     /gene="tgt"
                     /locus_tag="SEQF3106_00119"
                     /EC_number="2.4.2.29"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P66905"
                     /codon_start=1
                     /transl_table=11
                     /product="Queuine tRNA-ribosyltransferase"
                     /translation="MVFVGCLLFFAPPYTYYISSPTRFLPSTTFAAMNFELIQTDSRS
                     KARAGRITTDHGAIETPIFMPVGTQGAVKAVHMAELKTEVGAQIILGNTYHLYLRPGV
                     DTLERAGGLHRFNGWDRPILTDSGGFQVFSLADRRKLTDEGAEFRSHIDGSRHFFSPE
                     RVMDIERSIGADIIMAFDECCPGNADHAYAERSLNLTELWLGRCVRRFQETEPRYGYQ
                     QSLFPIVQGCVYPDLRTRAAERVAEVGADGNAIGGLSVGEPTEVMYEMIELVNAILPT
                     DKPRYLMGVGTPVNILEAIERGVDMFDCIMPTRNGRNGQLFTAHGTMNMRNRKWADDF
                     SPIDPDGHCAVDLCHSRAYLHHLFRAEELLALQIASIHNLAFYLWLVGEARRHILSGD
                     FTMWKATMVKQLSERL"
     tRNA            complement(59652..59725)
                     /locus_tag="SEQF3106_00120"
                     /product="tRNA-Phe"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Phe(gaa)"
     CDS             60754..61416
                     /locus_tag="SEQF3106_00121"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKQWIAMVAAVALSAAANAQEAAELFVNMPEVHLAELDADARR
                     ELVKLYDPKSKEEVKAKVPNALRGEARITLLTPDYISLYTSQRSRMELRRLPLVNHTY
                     VICLITTVEGPAMDSRVEFFTTDWQPLVASELYRPARMEDFLREGVDTTEADYGDIKA
                     AADMELFRYSLSAEKPVLTVTYTTPDYFNEAMRKKAERYFDKAAMPRLYKWNNGRFDF
                     LK"
     CDS             61441..63486
                     /gene="pepO"
                     /locus_tag="SEQF3106_00122"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q07744"
                     /codon_start=1
                     /transl_table=11
                     /product="Neutral endopeptidase"
                     /translation="MNRKYFLVAALIPLMMTGNAQTQPAATPAGGDAGIRIENLDKSM
                     APATDFYQFACGGWMKNHPLTGEYSRFGSFDMLAENNRKQLKGLIEEIAGRKNEPGSV
                     AQKIGDLYNLAMDSTRRNAEGVAPLKPWLDRVSAVKDKKELSTLLPEMMLTGTSPFFG
                     VYVDADVMDSKRNIFATYQGGLSLGERDYYLENDESTKKIREAFKEHIVKMFELFGYS
                     KADARKYMADVMRIETRLARSHFDKVKLRDPYANYHKKPLSDLQKLVPNIDWTKFLAT
                     LKVDVKELSISQEEPMKEVSKLIADEPLSAIKAYLTWQLIDDAASALSDAVYEENFNF
                     YGRVLSGKTEMQPRWKRAQSSVSGGLGEAVGQLYVAKYFPPASKERMVNLVHNLQKAY
                     AERIQKLDWMSDETKAKAIEKLNAFYVKIGYPDKWKDYSTLEIKPEDSYLKNMERVSR
                     FAVREMLDKATKPVDRDKWYMTPQTVNAYYNPTTNEICFPAGILQYPFFDMQADDAFN
                     YGAIGVVIGHEMTHGFDDQGRQFDKDGNLKNWWTEADGVKFNERAKVMSDFYDSIYVA
                     PGVHANGKFTLGETLADFGGLQIAYQAFKEATAGRPQEDKLGFTPDQRFFLAYAAVWA
                     SNIRDEEILRLTKTDPHALGKWRVNGELPQIDAWYEAFGITESSPMYIPKEKRVTIW"
     CDS             63517..64971
                     /gene="inlJ_1"
                     /locus_tag="SEQF3106_00123"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8Y3L4"
                     /codon_start=1
                     /transl_table=11
                     /product="Internalin-J"
                     /translation="MLVAMVCLASALRLAGQSFHADEIKKLKTFLRQKSAVAGKANYE
                     QLGVADTNAINWAALPGLTWGDDGRLTAIKWDSKQLAGSLDLSGFTSLRELHCQRNAL
                     TELLLTGDTLLYYTDCYNNAFTALDITTNVNMEHFCCRYNRLTTLDVSHNPRLTFLCL
                     SGNLFTHFDISHNPLLKEFYIANCRLEAIDFSRNPHLQHLSVRSNRLKRLDLSGHAEL
                     IQALCYDNELTELNVRGCRALQRLSAYDNRLSALDLTDCRALENLPLYNNAIAALDVS
                     ACPRINFMSLMNNGMHTLKLPDKPKDKLEIMCAVNRFTYSTLPDAKYLRSYAPQAKVA
                     VNMPTNKVDLSSEYQVGDSVSTFTWASGSTPITPTTAHDGHFTFPADMEGKTLTCTIT
                     NGAYPKLTLTYEVMFTAPVASAVVPDASATISASAGSLKILTARPLTACIYTLTGSLV
                     IQQRIGVGETNLPIAHGIYIVTLSDGTVRKVFVE"
     CDS             65527..66456
                     /locus_tag="SEQF3106_00124"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKVKLNVPRVITFVKVNITKLNNSLHVQYHRKQYDLVMAVDKT
                     KLKIPDTLPEMWSTGIKYETMVDQRSSISAETAKLKAKDRERGNQMMNIFLIIRAQKH
                     SHVENVREAALRLSAKLRTYKRIQHMPYEIESGRLLSMEDDIKTMTAEIATLNLTDAF
                     ANLKKLNEEFEELHVRRRIGHSDDKLPLAVEIRPQTDAAFEAICQYIQSAYLTAATDE
                     DRALIDHLVDLMNKTSEDFKILQRNLTASHRKNKQKRPSDKKKRPKKPKDGGGDDIHL
                     PEVEEPKKPEEGDSEKPKQPEEVGGGETPQPEA"
     CDS             complement(66611..67168)
                     /locus_tag="SEQF3106_00125"
                     /EC_number="6.3.3.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44905"
                     /codon_start=1
                     /transl_table=11
                     /product="5-formyltetrahydrofolate cyclo-ligase"
                     /translation="MTINERKQALRKQVAALKRAHSPEVLAERSREALRRLEATALFQ
                     AAACVALYHALPGEVQTADCLTRWYGRKQLLLPVVQGDDLILRPYAGPESLRQGAYDI
                     WEPALSDASDDSAKPDLIVVPGIAFDRQLNRLGRGRGYYDRLLSDLSLPCVGLAFAFQ
                     LFDSVPVDAHDRRMTAVVTDEEVVE"
     CDS             complement(67165..68850)
                     /gene="ctpB_1"
                     /locus_tag="SEQF3106_00126"
                     /EC_number="3.4.21.102"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O35002"
                     /codon_start=1
                     /transl_table=11
                     /product="Carboxy-terminal processing protease CtpB"
                     /translation="MNNQRKYVLWGAILALVSLCLGMWIGIYLYSRSPRLRGINAGKN
                     KINTILDIIDTQYVDTVNMNDLINRTAESLISELDPHSVLIPAENVEAINDDLEGSFG
                     GIGVSFSLQSDTILVTGIIAGGPAEKAGLRPFDRIIAINDTVFAGKDFGQARIMRTLR
                     GKKGTRVKLGVQRNHAQKLVDFIVTRGEVPNRSVEASYKIGRDIGYIKVRSFTRTTYN
                     EFITAIAKEKKQGCTKFIVDLRDNAGGLMDAAVNMINEFIPAGQMIVYVQGKAYPRQE
                     FFADGRGTCQDAPLVVLTDEMSGSASEIFAGAIQDNDRGLIIGRRSYGKGLVQMPIPL
                     SDGSELRLTIARYYTPSGRCIQKTYELGKSDEYEQDIYNRYVHGEFDTADSITFDKSE
                     AYKTRGGRTVYGGGGIMPDIFIPRDTERITSYYNQIMTDGILYDFTLDYADRNYRKLS
                     TFKSYPELLGYLRQQPLLSRFVDYAEECGVHRRPTLIEVSRPLIETAIEAFIVRHFFD
                     YDGFYPVYQRDDATLQRAVHELESNSWQQRLISRIRSIGRIKIPLAAKIKYTK"
     CDS             complement(68843..69289)
                     /gene="tadA_1"
                     /locus_tag="SEQF3106_00127"
                     /EC_number="3.5.4.33"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00972"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA-specific adenosine deaminase"
                     /translation="MTDKEMKQYETDRRYLRMAAVWAENSYCKRRRVGALLVKDHMII
                     SDGYNGTPSGFENICEDDDGVTKPYVLHAEANAITKVAASSNNSRGSTIYITASPCIE
                     CAKLIIQAGVVRVVYSDEYHTDEGIRLLQRAGIAVDYIRINEENHE"
     CDS             69503..70834
                     /gene="brnQ"
                     /locus_tag="SEQF3106_00128"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AD99"
                     /codon_start=1
                     /transl_table=11
                     /product="Branched-chain amino acid transport system 2
                     carrier protein"
                     /translation="MPDQKKLTGRSLIAIGLMLFALFFGAGNLIFPAALGQRAGTNVW
                     WAMMGFVLTGVGLPLAGVLAMGRSGCRHVQDLAGRVHPVFGMLFTLVLYLSIGPAFAI
                     PRTGTVSYEIAVRPFLSEGASDWAQMIFLAIFFLITLWLSINPKKLVGRIGGVLTPIL
                     LTVIVVLIVKSLITPPGSHGAPTAAYATPIKAFVQGFVDGYNTLDALASFVFGILVIE
                     FVTQRGATTRHEVMGATMRAGLIAIGCLGVVYVFIAGLGAASVEQLGILDTGAPVLAG
                     SARLLFGELGAMILAIIVLLACLTTSIGLVTSCAHYFHSQFGGLSYKGYAVAFVIVSF
                     AVGTFGLKTIISAAIPVLMFLYPLAIVLIVLAFLDPCFGGRRCVYAWAIGLTFVAALV
                     SGLEAASVPLGAVGTFYDTHVPLHAVGMDWICFAVVGFLIGMAQAKWRRGG"
     CDS             complement(70847..72463)
                     /locus_tag="SEQF3106_00129"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTAKQRTKAALSLAVAALLLTHMAEAQDLNSDARIRARMERAL
                     RRDTTTTPQETPKPTRIAQPTQRTHSTDTLRTEPGDLNARLRERMEQRAAHHDPVTEP
                     IADEAQPEQPLLPPAPLTMSDRALYWSRRWDNSANRFPRYYTFRDTIIVNPLFMPVLF
                     KKKNLDNARRIVFYHPIDLNARPWEQPLYRPVRLFERTENCMIVRDYAYRYVRHYHPN
                     YFRHSADDLPVERTLRMRMSDNVQVPVYHFDRTADDYDAPPKFIPDRRYWTSSFESSL
                     RFSQNYVSPNWYKEGTSNLNILTKNLFQYDYARDRIQLKNLLQIDVSVYTASDDTLRN
                     YKFGDNLLRFYSNFGYRAFSRWFYTLDGEFKAPLFTNYKKNTNVPQVAFLSPFIVNTG
                     LGMKYDLEKKFRARHRSLKLSVNIAPISYTYMYSLDATVDRSPHGFAKTATGLYERTL
                     HKFGSTIRMDMVLKPNRNVTWKSRLYYNTTYQNVLAEFENSLDMAISRFFSTMINVYM
                     RFDDSVTKTPGYDSYVQTNEVLSFGFSYKW"
ORIGIN      
        1 tccccgtttt aaccgttgcg gacttccgta gacataccac cgactttatt cttacatcga
       61 actcacgtta ggtaatgtaa gttcgacgta agaggttctc ccgacggtat accggcgaag
      121 tgtttgccgt ttttaagaca ggccttttga cagagcctcc ttcataaaca gaaaacccgg
      181 agccgatggg ggagattcca tctggctccg ggttttggag gggggcgtta tgggcggccg
      241 ctgctaatcg gcgaagcgga aggttacccg atcgaaatag atcggctcgt aatcgtcttg
      301 ctgttgggca ctgccgtcct cgaagcagac gaggaggctc accgtggcgt cttcgccgac
      361 gtagcgcaag gccgactcga tgcctgcact gaggtaataa ccggcgaggt tgtaaacgac
      421 attcctgccg gcgccaaacc gaccctgcga ggagacgtaa tgcgctgtgc cgtaaataaa
      481 ctcgatgggt tcggcagcgt taacgaaggt gttgaacttc tcagacgtgt cgcggttgaa
      541 gaagtattcg ccgctgcaac gcatcagcac ctcggtgcgc ccctgaacgg cgcggttgcc
      601 gttgccggag tccaccacgt gtaggtagac gcgcccctcg ttcaggccgt cgttgatcag
      661 gaagtactga ttcttgccga agacgccgct ggcggggtag cggtgtagca cctcaatgcc
      721 gcgctcgttg ataaacttct cgacggcctt ccgctccgcc ttctgccgcg aggcgaacga
      781 ctcgttcttg ccacacgacg tcagggtcag cacggccgcc gtcagcaaag ccatgcccat
      841 gaaaatcttt actctcatta tgtatctact tatatggggt ttgtacgggc ggcaaaaata
      901 gacccagaca tggcattgcg gtgtatcggt cacttcgcgg caaggtctct cagacagttt
      961 atttggccgg ggcaagctcg acggtgaagt gacgcatgat gggatgctcc ttcgtgatgc
     1021 ggtagccacg ggtgatctgc tcgcggcggt cgaagacgtt cttcagcgca gcggccacga
     1081 cgtccatgtg gttgtcggtg tacgtgcggc gggggatggc caggcgcagc agctcgagct
     1141 ttgggtaacg gttttcgcgc gtcttcgggt cacggtcggc caggatggcg ccgatctcca
     1201 cgccgcggat accagcctcg aggtagagct ccacgccgag cgtctgggcg atgaactcct
     1261 ccttaggcac atgcgtgagc acccgcttgg catcaatgaa gacggcgtgg ccaccgacgg
     1321 ggcgttggta ggggatgccg tactcgtcga gccggtgggc gaggtgctcc acctgccgga
     1381 tgcgcgtctc taagtagtcg aactccgtgc cctcgtcgag gcccacagct aaggcgttca
     1441 tgtcgcggcc gctcatgccg ccgtaggtga tgaagccttc gttcatgatg cagaacatct
     1501 gacagcggcg ccagagttct tcggagcgga aggctacgaa gccgcccatg ttcacgatgg
     1561 cgtccttctt cgacgacatg gtcatgatgt cggcgtagga gaagatctcg cgcacgatct
     1621 ccttgatcga cttgtcggcg taacccggct cacgcgtctt gatgaagtag gcgttctcgg
     1681 cgaagcgtgc cgaatcgatt tgcagcttca cgccatagcg gcggcagagg gcagagacct
     1741 cgcggatgtt ctgcatcgat acgggttggc cgccggcggt gttgttcgtg atggtgagca
     1801 cgacgcaggg gatgcgctcg gcggggtagg cgcggagcac gtgctcgagc ttctcaaggt
     1861 ccatgttgcc tttgaagggc agctcgagct gtgtgtcggc agcggcgtcg atggtgcagt
     1921 cgagggcggt ggcgcggcga aactcgatgt gccccttggt ggtgtcgaaa tgggagttgc
     1981 cgggaaggat gtcgccctcg tggacgatgg cggagtagag cacgttctcg gccgcgcgcc
     2041 cttggtgagt gggcaggaag tagtcgaagc cgaggatgcg gtggatggcc tcgcgcatgt
     2101 tctcgtagga gcgagcgccg gcataactct cgtcgccgag catgagggcc gaccattggc
     2161 ggtcgctcat ggcgccggtg ccggagtcgg tcaggaggtc gatgaagacc tcgtcgctct
     2221 tcagcatgaa gaggttgtac ttcgcgtccg caatccagcc ttcgcgctct gtgcgtgtgc
     2281 ttttgcggat cggttctacc attttaatgc ggtaggattc agaaaatggg agttccatga
     2341 cggttaataa tgttttgaat gaggtatgta agtaagggcg agccttgtgc ccgcctgttt
     2401 gtggtcgatt acctatcggc atgcagctct acagtgaccg agtgggggag tggttgctca
     2461 aagtcgaagg cgatgcgcgg ggtgccgtcg tgcacatgga tgatgccaca ctgccggaag
     2521 ccgtaacgcg tgatggcgtg cagcatgggt tggttgtcgg cgtgcgtatc gatgcgcaca
     2581 tagtcagcgt gcgccgtgca gaagtcgaag caggtgcggg cgacgccgtg cgtgtggcca
     2641 tcagaggcga ggcggtggat ggtgccgtag ggccgatcgg catgccactg gccttgctcg
     2701 atggtgcggt aggtcggttc ctcgccgagg atgaaggtga atgtcccaac gatcttccgc
     2761 ccgtcgttgg ctggggtgca gacgtagctg tcgccacgca tgatgtcccg tcgcacgatg
     2821 tccggatatg ggtgctggtc gttccactgc gtggggtttc cgttggcggc catgaagcgg
     2881 cgtgccgcct cgaagagatt caagatggcg ctgaggtcgc ggctgttggc cttacgaata
     2941 aataggggag aggtcatggt atatgagttt attccaagat cagacggcgc accttctcct
     3001 caaaattgtc tcgatcgatc ccgactaatt tcttgatgca cttaaaaaag ttttcatccc
     3061 cactgccaca cctcagcaac tcgatgatac cgtccgcacc tttttgtctc tccacctctc
     3121 gacaaataac ggcactgata acccgtgcca cctgcacggg cttcggatag ccgtaaggcg
     3181 cgagcacgtc aggatccttc tcgaagagac cgagcaggcg ggcgtctgga cgcgactgca
     3241 agtaacgcct aagtacaggc agcaactctg tcagctcagg agccttaccc gtcgcccctg
     3301 ggtagtatgc attcccccaa tagtatgcca acccacattc agccgagcga ttgcggttct
     3361 tcccccgaat tttcgaggcg tagatatgta atatatcatg cgaaaaatcc tcgtcgttca
     3421 tcaccgagaa aagcgtgttc ggatcaatga tatccccgct gttgacctta ccgttgctca
     3481 tcgattcata aaggcagcct tgcaggcgaa gcacctcctg atagtttgcg cacatataaa
     3541 ccacccactg cctgacgggt agccccagtg tgcgcgccat cgagtggttt ttccgatcga
     3601 agttctgcgc ccgatccatg tcgatggtgt cttggaaatg gtaagtcagc gtgcctaccg
     3661 ttgtcgtctt ccaatgccgc gtattatact tcagcggaca agaaaacacg atgctatgcc
     3721 cgtcgttacg agcaagaaag gtcaggatac gcccgatttc gtcgtctcgg acgcaggcaa
     3781 gggtcagcag gtagcggtcg gaggcgacgg cgtagaggcc tatcagctgc gggcggtaat
     3841 acttgggtat ggtgtctttt ctctcaagac ctttcaaata gcggaaaaac gtgcggttca
     3901 gttcgacatc ttctgaatcg atgcgcatcg tgtctggctc tccgcagtcg atgcttgcca
     3961 gcagatgatc aaacgatccg acaatccgtt cccgcaacgt gtccgggagc ctcgtccgaa
     4021 gattttcaga cacccggaaa tgcgtctggg ccaagctaca taacggaaga agaaggtaga
     4081 taatggcggt gtagagtttt gtattcatgg agggtgttct ttttaagcac aggcaaagat
     4141 agaagcgtgc gctacttctc tggcgagaaa tgtgtgtctg atggatgaga tccccccctc
     4201 agacgggccg aggggtgaca tgcctgggga ggtgtggcga ggcgtcccgt ggcgggacgg
     4261 ggccaaaatg gccattgaga tgccgtcatg ccgcatgacg agaccaaaat ggccgttgag
     4321 atgccgtccc gtggcgggac gagatcaaaa tgaccattga ggcgccatcc cgtggcggga
     4381 cgagatcaaa atgacggttg agatgccatc ccgcggcggg acgagaccaa aatgacggtt
     4441 gaggcgccat cccgcggcgg gacgagacca aaatggccgt tgagacgccg tcgtgccgca
     4501 tgacgagacc aaaatggcca ttgagacgcc gtcgtgccgc atgacgaggc tatgattcca
     4561 caaatgctcc ttgctggcag aatagacgaa tgctttgcgc ttctactttt gccgcccgtt
     4621 ggtaggagcc tcccgggtgg actccttctg actacccggg cgacctcgaa gaggcgcccg
     4681 taactaccct ttgactacat tatatatata tgaagcatat catcattctt ggagacggca
     4741 tggccgacga gccgatagcc gaactgggcg gacgcacgcc cttgcaatac gcacctacgc
     4801 ctgcgatgga tcggctggcc cagctcggag cctccggccg actgcacacc gtgcccgacg
     4861 gcttccaccc cggcagcgag gtggccaacc tttcgattct cggctacgac ctgcccaccg
     4921 tctacgaggg gcgcggcgta ctcgaggccg ccagcatggg cgtcgacctc cggcccggtg
     4981 agctgggtct gcgctgcaac ctcgtctgca tcgacgacga ccggatcaag aaccactccg
     5041 cgggacacat ctccacggaa gagtccgacg tcctgatcca gtacctcaac gagcagctcg
     5101 ggtcggacga tgtcaccttc caccgcggcg tctcctaccg ccacctgctt gtgctccgcg
     5161 gcggcgacaa gcgcttagac tgcactcccc cgcacgacat ccccctgcac cccttccgcc
     5221 ccgcgctcgt caaggcacgc gtgcccgaag ctgaagccac ggccaaccgc ctgaacgacc
     5281 tcatcctccg ctcgcaagag ctgctggccg atcatccgat caatgtgaag cgtcgcgccg
     5341 aaggcaagga tccggcgaac agcatctggc cctggtcgcc cggcgtgcgt ccggccatga
     5401 agacgctccg cgagctgtac ggcatcggct cctcggccgt catctctgcc gtcgacctga
     5461 tccgcggcat cggcgtctac gccggcatgg acgtgatcca cgtggagggc gccacggggc
     5521 tctacgacac gaattacgag ggcaaggcgg ccgccgccat cgaggccctc cgcacgcacg
     5581 actttgtcta cctgcatatc gaagccagcg acgaggcggg ccacgagggc gacgtagagc
     5641 tgaaggtgcg caccatcgaa tacctcgacc gccgcatcgt cgaccccgtc ttccgagccg
     5701 tcagccaatg ggacgagccg gtggccatcg ccgtcctgcc cgaccacccc acgccttgcg
     5761 ccatccgtac gcacaccaac gcccccatcc ccttcgtgat ctacaagccc ggcgctacgc
     5821 ccgatgccgt cgaccgttac gacgagttcg ccgccgccga tggcagctac ggactgctcc
     5881 gtaaggatga gtttatgcgt gtgcttttga aataacagga ggaatgagac aatgaaatat
     5941 tacagcacca atcaccaagt atcgcccgcc agcctcgagg aggccgtagt ccgcggactc
     6001 gccgccgacc gcgggctgtt catgcccgaa cgcatcccca cgctcgaccg cacgttcatc
     6061 gacgggatga agcacatgac cttccacgag atcgccctcc acgtggccag cgccttcttt
     6121 ggcgacgaca tgccgcaggg cgatctccgc cacatcatag aggacacgct ctccttcgac
     6181 acgcccgtcg tgcccgtcac ggacacgatc tactccctcg aactcttcca cggccccacg
     6241 ctcgccttca aagacgtcgg cgcacggttc atggcccgca tgctcggtca ctttatcgcc
     6301 cgccggggga cgagccgcga ggtgaacgtg ctcgtggcca cctcgggcga cacgggcagc
     6361 gccgtagcca acggcttcct cgatgtgccc ggcatccgcg tcttcgtact ctaccccaag
     6421 ggcaaggtca gcgcaataca agagtgccag ttcaccaccc tcgggcgcaa catcaccgct
     6481 ttagaggtgg acggcgtctt cgacgactgc caagcgctcg tcaagtccgc cttcgtcgac
     6541 gccgacctta atgccagcct gcaactcacc tcggccaact ccattaacgt agcgcgcttc
     6601 ctgccgcagg ccttctatta cttccacgcc tacgcccaga tggaccgcat cggccgtgcc
     6661 cagcgcctcg ttgtgagcgt gcccagcggc aacttcggca acctgaccgc cggactcatc
     6721 gcgcatcgca tgggtctgcc catcgcgcac ttcatcgccg ccaataaccg taacgacgtc
     6781 ttcttggact acctccacac cggcgtctat cgccctcgcc cctcggtggc cacgctggcc
     6841 aacgcgatgg acgtaggtga tccgagcaac ttcgcccgca tcctcgacct attcggcagt
     6901 aatcatgcag cgatcacggc gctcatctcc ggctctcgca cgacggacga cgagatccgt
     6961 gccaccctcg ccgacgtgat ccatacacat ggctatacgc tcgatccgca tggcgcctgc
     7021 ggctaccacg ccctcatgca gcgcggcttg cagctgggcg agacgggcct cttccttgag
     7081 acggcccacc cggccaagtt ccgcgacacg gtggaggccg ccaccagtca gccgatcgag
     7141 atcccgccgc ggctccgagc cttcatgcag ggcgagaagc gcagtgtgcc gatggcgcgc
     7201 acgttcgagg cgttcaagga ctacctgctc tcgcaagcat gaccccgccc tcactgtaaa
     7261 aacaatagca taacaaccac cgtgactaag aagaaagaga ctgaatggag ggacgcagac
     7321 tgcatcctca tcaaaggggc aagggtcaat aacctgaaga atatcgatgt cagaataccc
     7381 cgcgaccggt tcgtggtcat cactgggctg tcgggcagcg gcaagtcgtc gttggctttc
     7441 gatacgctct acgccgaggg ccaacgccgc tatgtggaga gcctctcggc ttacgcccgg
     7501 cagttcctcg ggcgcataag caagccggag tgcgactaca tcaagggcat accgcccgcc
     7561 atagccatcg agcagaaggt gagcgtccgt aaccctcgct ccaccgtcgg cacatccacc
     7621 gagatctacg aatacctccg cctgctctac gcgcggctcg ggcggaccat atcccccgtc
     7681 acggggtgcg aggtgaagaa gcatcaagtg gctgacgtcg ttgctaaggc attgtcttac
     7741 cccgccggta cacgcatagc catctacgcg cccgtcgtgt tgcctgaggg gcggacgatg
     7801 aaggagcagc tcgagatctt gcagaaggaa ggctacacac ggctcgagat cgacggccgc
     7861 gtctaccgta tgcaggaggt gatgggcgac aagaagctac tcgcggctaa gcaggcggat
     7921 ttgctcatcg atcggatagc agtgtcggac gacaagctgc tgcggaaccg cttggctgac
     7981 tccgtcgaga cggcctttta cgaggggcat gagacgtgcc gcctgcgcgt ctaccccgcg
     8041 gccgatgcgc cggcggagac cttcgagttt tccaaacgtt ttgaggccga tggcctcacc
     8101 ttcgaggaac cctccgaacc gatgttcaac ttcaataacc ccctcggtgc ctgcccccgg
     8161 tgcgagggct tcggcatggt gatcggaatc gacgaggggc tcgtcatccc ggacaagaac
     8221 ctgtcggttt atgagggcgc cgtcgcttgc tggcggggcg aggtgatgga cgaatggcgg
     8281 cgtggcttca tcaatgccgc cgccaagcgc gacttcccca tccatcgcgc ctactacgac
     8341 ctgaccgacg cggagcgtaa gctgctctgg catggtgcgc cgggcgtgaa gggcattgat
     8401 gacttcttca gctttgtgga gagcaatgct tacaagattc agtaccgcgt catgctggcg
     8461 cgttatcgcg gccgcacgat gtgccccgcc tgccgcggca cacgcctcaa gccggctgcg
     8521 ctctatgtgc atgtgggcgg acgcaccatc gctgagctcg tcgccctgcc catcaccgag
     8581 gtgaaggcct tcttcgacca actacagctc accgagacgg aggccaccat cggccgccgc
     8641 ctgttggtcg agatcaagac ccgcctgcaa ttcctcctcg atgtcggcct cggttacctc
     8701 accctcgatc gcctctcctc ctccctctcc ggcggagaga gccagcgcat cagcttggcc
     8761 acttcgttag gcagcagcct tgtggggtcg ctctacatcc tcgacgagcc cagcatcggc
     8821 ctccacccgc acaacacgga tcagctcatc ggcgtactcc gaaagctgca agcgcagggc
     8881 aacaccgtcg tcgtcgtaga gcatgacgag gagattatcc gtgccgctga ttacctgatc
     8941 gacatcggcc ccgcggctgg tcggttgggg ggcgaggtgg tgtatcaagg tcccttcgat
     9001 ggcctgccga aggattcaga cagctacact gtgcgttacc tcactggcca ggagcgcatc
     9061 gaagcgcccc gccgcgcacg gcattggaac gagtatatcg agattaaagg cgcccgtaag
     9121 aacaacctga agcagatcga tgtgaagttt ccgctccatg tgatgacggt cgtcacgggc
     9181 gtgagcggtt cgggcaagag ctctctcgtc cgcgatgtgt tttacgaggg catgcgccac
     9241 ctgttagacg gccagccggc tgccaccgat tgccaatcca tcgagggcga tgtggcgcgc
     9301 atcagcgcgg tggagtttgt agaccaaaac tccatcggca agagcagccg ctccaacccc
     9361 gtgacttaca tcggcgccta cgaagagatc cgccgcctct ttgccgacca gccgctggcc
     9421 aaacagatgg gttacacccc ggcccacttc tccttcaaca aggagggcgg ccgctgcgag
     9481 gagtgcaagg gcgaggggcg catcacggtg gaaatgcagt tcatggccga catcaccttg
     9541 gtgtgcgagg cctgccacgg ccgccgcttc aatgccgaca cgctggaggt ggaatatcac
     9601 ggcgccaaca tctacgacgt gttggagatg accgtcgcgc aagccatcga gttctttggc
     9661 gcacatgccg acggcgacac gcaggcccgg aagatcgtcg cccgcctccg ccccttgcaa
     9721 gacgtgggct tgggctacat caagctcggg caatcctcct ccaccctctc cggcggcgag
     9781 aaccagcgcg taaagctggc ctactacctc agccgcgagg aggggtcgag caccctcttc
     9841 atcttcgacg agcccaccac cggcctgcac ttccacgaca tcaagacgct gctcaaggcc
     9901 ctcaacgccc tcatcgcgcg tggccacacg gtcgtcatca tcgagcatca cccggacgtc
     9961 atccggtgtg ccgactatgt gatcgacctc ggccccgagg ggggaagcgc cggtggacag
    10021 ctgatctgcg cgggcactcc gcgccaagtc gccgcctgcc gcgagtccct caccggccgc
    10081 tacctgaagt tcggataggg cagagggggg gtcgcctcaa tgattaatga ttgaccacga
    10141 tttacgaccg actgaagatg ttttgcgaat agccaggcac ccgaagcgac ccggggaggg
    10201 cgcattgctg tttcgcaaac catcttcatt gggctatgta cagtcatttt gaggcaagcc
    10261 ccagccgtct cctgacccgt gattttgctt ttcggcgcag aaaagcagtt tttcgactcg
    10321 tgattttgct tttcggcgca gaaaagcagt ttcctgaccc gtgattttgc ttttcggcgc
    10381 agaaaagcat tttctcgacc cgtgattttg ctttgcggcg ctgaaaagca gtttcccgac
    10441 ccgtgatttt gcttttcggc gctgaaaagc cgtttcgata ccctatcgaa tgccttccgc
    10501 ccaaaagaaa tgggtgctaa gcagggatca atcactcatt gttagcgatc aatgatcagg
    10561 cagcgacgtg ccaacgcgcc tccggaggaa gtaagtggtc aattattagg gattaatgag
    10621 gacagtgcga tgccccggcc aggcgcctcg tggatcatga gtcattattt tcatcgggag
    10681 gaaggaggga acgctatgtt tttacttttg cgccccgtcc gtaaagcaca gggggataca
    10741 cacatccacg ctgctgcgcc ccgggcgaga accaaacaga tttcattcat cctcaaacga
    10801 atcaagtaaa catggtaaag aaagtaggga acctgatccc gaacacattt ttcatcgcta
    10861 agggcagcgg cgactctgac ttggagaagc atgccggatc gtaccacatg gcgctcttcg
    10921 acgcgggcat cgctgacttc aacatcatga cctactcctc cgtcatcccc gccacagcgc
    10981 ggcccgtgat gatggacgag gtagacctgc cgcccttcgg ctcggagctg aagacgatca
    11041 tggccgtctc gcacggctat caagacgagt tcatctccgc cggcctcgtc tatgcctgga
    11101 tgtataacga cgaaaacttt gacgagaagg ccgggggcct cgtctgtgag gtcagcgggc
    11161 gataccgcat cgaggagctc gaggcgcgac tgatccgcgt catcaacgat ctgcaccagc
    11221 gcacctacag ccggttctac ctcggcgacc tgaacttcgt caccgagggc atgaccatcg
    11281 ggcgccgcta cggcacagcg ctggcagccc tctgcttcac cgactttatc atgcccgact
    11341 ctgagggcgg aagcagcgag gtggtgcagc tgtagagcga ataagaacga gggaagaaaa
    11401 actgaggcag tcatgacgcg caattgggtc atggctgcct cggttgcttt atagcctcgt
    11461 tgaggtgtgg cgactacagc gtgagcttca tgccggcgta ccagcagcgg ggcgatccgg
    11521 ggccgtagat gtaggccgag tcgcgcgagg ggccgcggtc gaagtcatcc tggaaggcgt
    11581 tgaacatgtt ttgcacgccg gcgtggagct gcagcgtgta ggtcttgtag agcgggatgt
    11641 tgtaggccac gcgggcgccc atctcgaaga aggccggcgt ccggaacgtg cgcgggccgt
    11701 aggtcttgtc cgtctgaccc tcgccgtgct gcatgcggtc agcgtggatg gtggccgcgg
    11761 ggcggccgtt gaactgcgtc agcgagccgt catcttcggt cgggatctcg tggcccgtga
    11821 gcatgttgcc cgtgtagtta cccgtcaggg agaagctgag ggcgcgcgtg atgttcagcg
    11881 tgccgatgaa gtaagcatag aggttgggcg tgcgatagat gcggcgcgtc ttgtacgagt
    11941 cgtcctcgtt ccactgctgc tccgtgttcc aaaggctctt ttgcgccgtg aggccgcctt
    12001 gcagctgcca ggtgttgagg taagcgattt taccctcgaa gttgaggccg tacaccttgg
    12061 cgccgtccga gttttcgcgc gtcttgatga tctgcgagat gccgccgatg acggtgtcct
    12121 tctgcgtaaa cccaaaggcg tcgacgagct gtgtgtagaa gccctcgacg agcaggttga
    12181 gctgccaagc gccgaagcgg tgataccagt cgatggaggc gctgaggctg tgcgacgtct
    12241 cctcccggag gcccggggcg ttgcgagaga cgatcaggtc gccgccggcg ttgtccacgt
    12301 ggagatcttc gtcaaagagc tgcggggcgc ggaagccctt gctgtagctg gcgcgcagcg
    12361 tgacgtcttt cgagggggag aagcgcaggt tgaggcgcgg gctgaggatg gcgcggctga
    12421 ccatcgagtg tttgtcaagt cgggcgccga ggaggatgct ccagcggtcg ttcttccact
    12481 cgttttgcag gaaggcgctc ttcgtgttca cacgctgatc gatcggcact tcgcggtatc
    12541 cgctcttgtc gtccagatga tcatggttgt actcgatgcc cgcggtgagc gtcgagggga
    12601 ggaagagcag gcggtcgaag tcgtaggcat actgcgcacc catcatgtag gtcatgccgt
    12661 cggtgcggcc gtaagaggcc atgcgcttgt tcagctccaa catgtcctcg ttcgtcaggc
    12721 cattgttcga tccggggaag aacgacttct tcacctcggc ctcgatctcg tcgtccgtga
    12781 tggccgggtt cttctttttg aggtcagcga tgaacttatc cttcgcagcc tccacattct
    12841 tcttgccctc gttgatgatc tcgtccgccg tgcgatcgcc gccgccatag tagctcttgc
    12901 gctgcacctt catgaacgat ccgtaggcat tgaagcggtg gtgtccgtcg gggctgaagt
    12961 attggtagcc gaggctgccc acgttgttga tgtgctccaa ctgctcggcg atgtgggcgt
    13021 tgtgcggctg ctccttcagc aggtcaccgc cgcggcggaa ctcgtgagtg ttgtgaaact
    13081 caagggtgat gcgggagtag atgctcggct tgacgaaaga gcgaaagcca agcgtgcggc
    13141 cgtcaaggac aggcgtctcc gtgtagccgt ctccgtcatg gtcatacccc gatcggtggc
    13201 gcgcctggcc gaagagggtg acgcccagtc ggccgttgtc agtcacgatg gaaccgttga
    13261 agttcgtcgt gttctcgaat gtgttcaggc cgcccaagcc gcgcgtctgg tgcgagaggg
    13321 aggccgagtt gcccgtcggt tcgcgggtga tgatgttgat cgtgcccgcg atggccgacg
    13381 atccgaagag cgccgatccg ccgccgcgca ccacctccac gcgctcgatc atgttagccg
    13441 ggatctgctc caatccgtag acgccagcca gcgcgctgaa gacgggtcgc gagtcgatca
    13501 ggatctgcga atagggtccg tcgaggccgt tgatgcgcac ctggctgaag ccgcagttct
    13561 ggcagttcgt ctccacgcgc acaccgggct ggaacttgag gccctgggcg atgtcggtcg
    13621 actgggtgcg ctcgaagagc ttcgtgtcga gcacattcac aagcgccggg gcctcgcggc
    13681 gcatcgtctc gctgcgtgta gccgagacga ccacctcgtc gatggccagc gcctcctcct
    13741 ccagctcgaa gttgacctcg agcatcgtgt tgggcttggt cgtcaccttc cgcacggcct
    13801 tcttgtagcc gatgaaggtg gcctcgagcg tcagttcgcc cgcgggcaga tccttgagca
    13861 tgtagtggcc cgtggcgtcg gtagccacgc cgatggtggt gccgcggacg atgatgttga
    13921 tgtagggcaa gtgttcgccc gtcttggcgt cgacgacgtg tccggtgacg acggcgtcgg
    13981 tcttgggctt gatttgtccc gctccggtag cgggatctgt cgtgccggcc tgcagcggca
    14041 gagtgagcga tgcgcaaagc atcagcaggg tgaggtaaat gattttcatt ttcgtttgat
    14101 gtttattgat gtgtgataca tgtttgtttt cgggtgaaat cagtgaaggt tgattggaag
    14161 caagcgggcg ccagcctgat atagtgtata tcgaggctat gcaaggctgc ggcggtctga
    14221 tatagtgtat atcgaggcta tgcaaggctg cggcggcctg atatagtgta tatcgaggct
    14281 atgcaaggct gcgtcagcct gatatagggt atatcgaggc tatgcaaggc tgtgacggcc
    14341 tgatatagtg tatatcggag cgttgcaagg ctgcgccagc ctgatatagt gtatatcgga
    14401 gcaagcgcac gcagcaatgg ctgtcacggg ggcgaataat ggcgccctat gaccattgac
    14461 aatgatcaat tgacaggtgg attacaggga tgtgtccata aatggatgaa gtgcaaggcg
    14521 tccgagaccg aaggctttag ggagtgtgcc ataagcacat gaccgagcct gagagtcgat
    14581 ggcaacgcag caattcgcca tttaggggca catcaccgga ggtgccctga gcgatggatg
    14641 aaagatctcc cggcaggcga gggctgtaca gatcgcctca acgatgacgg ccgagaggtg
    14701 ggtgaagggt tgagtgtaaa gggtgggcgc gatggaagtc atcagcgctg cagtgaggca
    14761 ggccagcgta gcgaagcccg cctgcgtgtg ggtgtggtgg cccgtctcgg gcgcctgggt
    14821 gtaggggtga gagtgcacga tccattggcc gttcacgtag tgcgcatgat agaaaaacga
    14881 cgtcgcagct gtgtatccca tgaacaggat caacagccac ccggccagtc gtcgtcttac
    14941 tttctcagtg caatgcatgc gcgtagtcta ttgtatatgg agtgctctct tcaagcgggt
    15001 ttgaaattcg ggcgcaaaga aatgtaccaa tgataaaagc acaaatccct cccaatgggg
    15061 gccaaggggg gcgcgacgat aaagagtcaa tactcccccc ccagtaatga ttgctggctg
    15121 atcattgccc aaagcctttt tgcgctcgct ctatctttgg cgccgcataa ttgacacgta
    15181 acagcttatt acatacagaa tgaacaaagc ggttatccga cttctcttcg cctcgcttgc
    15241 actactcggc cttgcccggc aagcagcata cgcacaaggc accacctccg tctccggcgt
    15301 ggtggtcgac tccatcaccg gcgaacccct ccccttcgtt accctcgtgt ttgagggatc
    15361 ctccctcggc gacgtcaccg acctcgacgg caacttccac ctgaggaacg accgcgggct
    15421 gacccgccta caagtctcct acgtgggtta cgaaacgaaa accatcaccc tcaccgctgg
    15481 acacaccgcg actaacgtcc gcatcctgct cgccccctcc accattcagc tctccgaggt
    15541 cgtcatccgc cccaaacgcg agaagtacag ccgcaagaac aaccccgccg tggagctcat
    15601 gaagcgcgtc gtggcccgca aggacagtaa ccgcatcacc cagttagacg actacagcac
    15661 agagtgctac gagaagatga ccctctccct cgataagttc gacaccaagc tcgagaagag
    15721 caaaatgctc aagcgattca agttcctgaa gaactactta gacacctccg agttcgacgg
    15781 ccgccccatc ctcaccctct ccctgcgcga gaagatctcc gacatctact accgccgcga
    15841 gccccgctca gagaaggtca tcgtccgcgc cacgcgccag caaggcatcg accaaagcat
    15901 cgacgagtac ggcaccatca cggccaacct tgaggagatc ttccagggcg tcgacatctt
    15961 cgataacaac atcaccttcc tcctcaaccg cttcgtcagc cccctctcgt ccgtcctggc
    16021 caacaccttt taccattatt acatcatgga caccgtcgac gtgggcggcg agccctgcac
    16081 cgacctcgcc ttcgtgcccg tcaacccgca gagctacggc ttcaccggcc ggatctatgt
    16141 caccaccgac ggcacctact ccgtcaagaa ggtactcctc aacgtccccc gacacatcaa
    16201 cctcaacttc gtccgcgagc tgcgtgtaga gcaacaattc cgccgcaggc ccgaagacgg
    16261 cctatgggaa ctcgacacgg acaacaccta cgtgctcttc caactcatca acggaggcca
    16321 gcagatgtac gcccatcagc tgcgtagcta ctccgattat cgctcccccg taatcaacgc
    16381 cgactccgtc ttcgccctca ccggacgcgt ccagacgccc ctctcgcgtt acctcaccca
    16441 gcccgactcc ttctggatca gccgtcgcca cacgcccctc aaggatcgcg aaagcggcat
    16501 cgagagcctg ctggcacgcc tcaaagagat caccgccttc aaggtcctcc tcaagacggc
    16561 cgagatcctc atctcgggtt acatccccat caacgatgta cacgagaaga acaaactcga
    16621 cttcggcccg atgaacacca ccttcagcgc caacgtcatc gaaggcttcc gcatccgcgc
    16681 cggcgccatg accacagcca acctacaccc acacctcttc ctcggcggct acgcagccta
    16741 cggcctcaac gaccgacgct ggaaatacaa cgccaccgcc acctggagct tcaacgaaaa
    16801 ggagtatcac gaaaaggaat cgcccgtcaa caacctctcc ctgcaacacg agtacgacct
    16861 ctacaccccc ggacaggaat tcctcttcac gagcaaagac aacgtcttcg tggcatggaa
    16921 agtgggcagc tcaaaccaca acatgaacta cctccgcaag acgcgcctgc aatacgaacg
    16981 cgaatggctg aacggcctct ccttcaaaac ctgggcacag ctgatgaaca gcgaagccac
    17041 cggctcgctc cgctacatcg ttcgcaacgg ccccgacgac tacacgcgcc tgatggatta
    17101 caacaccacc gagtggggca tccagctgcg ctttgccccc ggcgaacgcg cctacaacag
    17161 ccgactcggc aagagctccg tcttcaacct cagcaaagac gcccccatct tccgcctctc
    17221 gcacaaggtg ggtttccgcg gcatccttgg cggcgactac cgctacaacc gcaccgaggc
    17281 aagcgccagc aaacgcatct ggctctcctc cttcggccac atcgacgcct cagtgcgcgg
    17341 cggcatcgtt tgggacaagg tgcccttccc cctgctcatc atgcccaaca ccaaccagtc
    17401 catcaccatc cagcccgagg ccttccacct catgaacgcg atggagttca tggccgaccg
    17461 ctacgtctcg ttcgacgcca cctaccacct caaaggctgg atactcaacc gcatcccgct
    17521 catcaacctg ctggggctgc gcgaggtggc ctccgtcagc ggcgtctggg ggagcctcag
    17581 cgaccgcaac aacccggaca agaccgatgg cctgatgctc ttccccgacg gttcgcatgc
    17641 cttcggcaca tcgccctaca tggagttcag cctcgggctc gagaacatct tccgcgtgct
    17701 cgaggtcagc tattaccgcc gcctgaccta cctcaaccat cccgacatcc agcgccacgg
    17761 cgtccgcatc gccctgcatt tcgacttcta atccttgaga ggagggggga ttgttgacgt
    17821 gagtttgatc cggtagcgtg tctacggaag cctcataaca gtcaaaacgt tttttgagaa
    17881 cgcttgcggg gcgccccgca agtatcaaat tctcagtttt agcgtttgcg gggcgccccg
    17941 caagcgtcaa attttcagtt ttggcatttg cgggaatccc gcaagcgtca aattttcagt
    18001 tttaatgctt gcggggcacc ccgcaagcac caaattctca gttttagcgt ttgcggggca
    18061 ccccgcaagc atcaaattct cagttttagt gtttgcgggg cgccccgcaa gtcccgcggg
    18121 aaatgctttg gcctttgtgg ggagctcccg caagtccatc cccggggagg aaagcgcccc
    18181 cccttataga ttttgaaggc gttgcccaat cgaagaacac ccaatgtctg tgataatggg
    18241 acgtctcaat gcgctccgaa ttacttttga caccactaaa aaaacatcac acacacatcc
    18301 tcctatggca gaaaacaatc ccatccgcac ggtgcgcaag aagcccgtca tcgtgcaagt
    18361 gtcagacact ggccggctgc aaccgcaggc gcgtgaactg gaagacgccg tgctcggtgc
    18421 actcatgctc gagcaagacg ccttcttccg agtcaacgaa acgctcaagc cggagagctt
    18481 ttactccaaa acgaaccaac tcatctacaa agccatcgtc gacctggccg cacggcagga
    18541 gccaatcgat atgctcaccg tcgtggatca gctgaagaag aacggcgccc tcgaaacgat
    18601 cggcgggccg ctctacatct cgcaactgac cgagaacgta gccagcgccg cacacttgga
    18661 acgccacgcc cagatcgtgg ccgagaaata cctggcccgc gaactgatcc gctacaccgg
    18721 cgaaatacag ggcaaggcct acgacgaaac cgtggagatg aaagacctca tgcaagaggc
    18781 cgaaggcgag ctcttccgca tctcgcaaca gaacatccgc aacgaagccg tgcaaatcaa
    18841 ccccgtcatc aaggaggcgc gcgacttgct cgagcgagcc gccaaccgga aagagggcct
    18901 cagcggtcta cccagcggct ttgcagactt agacaagatc acctccggct ggcagaactc
    18961 cgacctcgtc atcatcgccg cccgcccggc gatgggcaag acggccttcg tgctctccat
    19021 ggcgcgcaac atggccgtca ccttcaaggt gcccgtggct atgttctcgc tcgagatgag
    19081 caacgtgcag ctcgtgaacc gcctcatcat caacgtctgc gagctgccag gcgagaagat
    19141 caagagcggc cgattggaga agtacgagtg ggaacagttg gagtataaaa tcaaagacct
    19201 ctacgacgcg cccatctacg tggacgacac gccgagcctc tccatcttcg agcttcgcac
    19261 caaggcgcga cgcttagtgc gcgagcacaa gatccagtgc atcttcatcg actacctgca
    19321 actgatgaac gccagcggca tgaccttcgg cagccgtgaa caggaggtga gcaccatctc
    19381 gcgttcgctc aaggggctgg ccaaggagct gaacatcccc atcatcgccc tctcgcagct
    19441 caaccgcggc gtggaggctc gccaaggcat cgaggggaag cgcccgcaac tggccgacct
    19501 gcgcgagtcg ggcgccatcg agcaagacgc ggacatggtc tgcttcatcc atcgcccgga
    19561 gtattacaag atctatgagg acgagcgcgg caactccctc gcgggcatcg ctgagatcat
    19621 cgtggccaag caccgcaacg gcgccacagg cgacatccga ctgcgattca agagcgagtt
    19681 tgccaagttt attaacctca gcgaagacca agccgtccgc gagtatgcct ccagcatgaa
    19741 taaggagggg gaagagacga aggtcatccc catcacggcg cccaacgtgg aggattttat
    19801 cgcttcgcaa gacgatgagc cagtgcccta ctgaaacgag gtgtgagcac ccgtgcaccg
    19861 atgcccgcgg cctgttcatt tctcccttta ccctttcgct ctacttttga ccccgtattc
    19921 gagacggagt gaacgtctcc gccgatcgaa tatggctatc ccgtaattct ttatccctaa
    19981 ttattttgac agacatgtat aacaaattga atgacgccat caccaggttg atggggctgc
    20041 gctatcgctc gcatccgtgg cacggcattg aggtgggcaa agaggcgccc caggtggtca
    20101 cggcctttat tgagatggtc ccgacggaca ccgtgaagta tgaattgaac aaagtgaacg
    20161 gcttcctctg catcgatcgg ccgcagcgat actccaacgt cgtgccggcg ctgtatggct
    20221 tcatcccgca gagctactgc ggcgagggct tcgcgcagca ctgcatggag cagctgaaac
    20281 gcgaaaacat catgggcgac catgacccgt tagacatctg catcctgact gagaaggaca
    20341 tcgcgcacgg cgacatcatc gccaccgtac gacccatcgg ggggttgcgc atgctggacg
    20401 gctccgcggc ggacgacaag atcatcgccg tgctacagaa cgacgctacg tatgactcct
    20461 acaacgacat cggcgacctg ccgccgctcg tcctggagcg cctcaagcat tacttcctta
    20521 cctacaagga catgccgggc gaaaagaaaa ggatcgtgga gatcgccaac gaatacaacc
    20581 gcgaggaggc ctacgaggtg atccgccact gcttggaaga ctacaaggtc tacctcgatg
    20641 gtatgcacga cattctccaa taaaacactg ccgatatgat catccgagac ttcacagaca
    20701 acgatctgta caagttcacc accatgaacg cgatccagaa gaaatttccg gacgccgagg
    20761 tggtctatcg attcgtcaac cgcggcaaca ccgtcttccc cgacggcttc gctgacgcac
    20821 tccgccacga ggtggacgcc atgcgcacgc tcttcctcac cgatcaggcc gaggccttca
    20881 tgcgccgccg ctgttattac ttcgacaacg tcttcttcga cctcctcaag ggcttccggt
    20941 tcgaccccgc cgaggtctcc gtggcgcaag agggcggccg attagacgtc gaaatccgcg
    21001 gcctctggta tcgcaccgtc ctttgggaag tccccctgat gtcaatcatc tccgagctct
    21061 attaccgcat gacggacgcc aagccctcgg ccgacgccga ggatcgcgcc cgccaaaaag
    21121 cccgccgctt cgaggagctt ggcgccgagc tgtcagagtt tggcacccgc cgccgcttct
    21181 ccttcgatgt gcaagagatg gtcatcagcg tcctcaagga atgcatgccg cgcgtgctca
    21241 acggcacgtc aaacatctac ctcgccatgc gccacgacct catccccatg ggcacccacc
    21301 cgcacgaatg gttcatgtat cacggcgccc actacggcta tcgctcggcc aacgcgctgg
    21361 cgatggagaa ctgggtcgac gtctacgatg gctacctcgg catcgtcctg actgacacct
    21421 tcaccacgac cgacttcttc aagagcttct ccaccaagta cgccaagctc ttcgacggcc
    21481 tgcgctgcga cagcggcgac cccttcgagt tcaccgagcg cgccctccga tactacaagc
    21541 tccaccgcat cgacgccaag aagaagaccg tggtctacac cgacagcctc gacatggaca
    21601 tgatcgcccg catcaagcgc cacgtggatg gccgcctgca cgacgtctac ggcgtgggca
    21661 cctcgctcac gaacgacgtc ggcgtgcagc ccctcaacat cgtcatcaag ctcttcgagg
    21721 tcaagcccaa gggcgccccc gacttcctgc ccgtcgtcaa gctctccgac tcccccggca
    21781 agcacaccgg cgacccggcc gagatcgacc tctgcaagcg catgctgaga ttctgaccag
    21841 atgcgcgctg cggactctga aaggcctcct gtaacgactg atttttgctg gtgcatgagc
    21901 aaattttgtt cgcgcaccag ctttttttac tcgcacgcca gctctttttg ctcacgtgcg
    21961 agtgattttt gctcgcacgc cagctttttt tgctcacccg tgagtgattt ttgctcatgc
    22021 gccagcaaaa tttgctcgcg caccagcatt ttttgctggg ctatgagcaa aaattgctcg
    22081 tccgtcggag ccctatttcg gttcaccacc cccggatttt accgcgagac gtcccgaacc
    22141 tctccggaga ggttcccaac ctcgcgcgcc atagtttcta cctcgcgtgc catagttttt
    22201 acctcgcacg ccatagtttc tacctcacgt gagacgtttc caacctcgcg cgccatagtt
    22261 tctacctcgc gcgccatagt ttctacctca cgcgccatag tttatacctc acgcgagaca
    22321 tttttcacct caaaccccat tttcccgctg aaatgatcgt agccgaaaag aaaagacgag
    22381 acaacatcgt cgagtaccta ttatatatgt ggcaggtgga agacctgatc cgcgccaacg
    22441 cgcttgacag cgaccgcatc cgccgcacac tcgtctcgcg ttacgatgtg cccgacgccg
    22501 agcgcgaacg catcgcccag tggtatgacg atttggcagc catgatgcgt agcgaaggcg
    22561 tcgccgaaca cggccaccta cagatcaacc gcaacatcgt catcgccctc accgaccttc
    22621 acctcgccct cctgaacgat ccccacgaga ctacctacag cgccctctac tacaaggtgc
    22681 tcccctccat cgtccgcctc cgggccaagt ccggaggtgc cgaaatgtca gagctcgaaa
    22741 cctgcctcac cgccctctac ggctacctcc tgctccgcct cgaaggcaaa cctatcagtg
    22801 aggagaccct cgaatccatc cgcgacatcc acctcatgct gacattcctg gcagagaaat
    22861 acaaggagga gcaagccccc ctccatccta attaatcatt aataattaac cattacccca
    22921 tgacctcccc cgtactcgtc accggctccc gcggccaatt gggcgacgcc atccgccgcc
    22981 gcatggaccg cttccccgcc tacaccttca ccctgaccga catcgacgaa ctcgacctct
    23041 gcgacaaaaa ggcagtcctc gacttcgtcc gccgtggccg ctacgcctac attattaatt
    23101 gcgccgccta caccgccgtc gaccgcgccg agagcgacgc cgaacgctgc atgcgtatca
    23161 atcgcgacgc cgtcggccac ctcgccacag ccgcccgcga ggtcggcgcc cgcctcatcc
    23221 acatctccac cgactacgtc ttcgacggcc gcgccacccg cccctaccgc gaggacgacc
    23281 ccacgtcgcc cacatccgtc tacggccgca cgaagctggc cggcgagcac gtcctgctcg
    23341 agacgctccc caccgacgcc gtcatcctcc gcaccgcctg gctctactcc gaagtgggca
    23401 acaacttcgt caagaccatg ctccgcctcg gcgccgagcg ccccgagatc cgcgtcgtga
    23461 acgaccaact cggctcaccc tcctacgccg gcgacctggc cgaggccgtc ctccgcgtcc
    23521 tcaccgcgcc caccttccac cccggcatct atcactacac caacgacggc gtatgcagct
    23581 ggtacgactt cgcccgccac atcctccgta cggctcaccc cacgtgcatc gtccgcccca
    23641 tccccaccgc ggactatccc acgctcgccg cccgccccgc ctacagcgtc ctcgacaaga
    23701 cccggatccg ccagacgtac ggcgtctcca tcccccgctg gcaagacagc ctcgaccgct
    23761 gcctccagca tctgctttca aacaatcaat agaataaaca aggtacccgg ccagcttggc
    23821 tggcgtccct gacgccttga tcttcttttg cttcttttct tccatcaagg gaagaaaaga
    23881 agacatcaag ggaagaaaag aagataggag ctcggccgga ctgcccgatc atccaaataa
    23941 tcatccccaa tgggcgaaca cttgaggttc acccctactc gtaactcgta acctgtcact
    24001 cgtaactcaa tgaccctcca agacgaaatc cgccgccgcc gcaccttcgc catcatcagc
    24061 caccccgacg ccggcaagac caccctcacc gagaagctcc tcctcttcgg cggcgccatc
    24121 cacgtagccg gcgccgtcaa gtcgcacaag atccgccgca ccgccacctc cgactggatg
    24181 gagatcgaga agcaacgcgg catctccgtg gccacctccg ccatggcctt cgattatgaa
    24241 ggctacaaga tcaacatcct cgacaccccc ggccaccaag acttcgccga ggacacctat
    24301 cgcaccctca ccgccgtcga cagcgtcatc atcgtcatcg atgccgccaa aggtgtcgag
    24361 acgcagactc gcaaactgat ggaagtctgc cgcatgcgca agacgcccgt catcgtcttc
    24421 gtcaacaaga tggatcgcga aggcaaagcc cccttcgacc tcctcgacga gatcgagagc
    24481 gaactccgca tcaccgtccg ccctttaagc tggcccatcg aaatgggcga ccgcttcaaa
    24541 ggcgtctaca acctctacga gcgccgcctc gacctctacc gccccgacaa gcaggtggtc
    24601 acggagagcg tcgccttcag caacctcacc gaccccgacc ttgagcgccg catcggcgaa
    24661 tcgcccgctg cccagctccg cgaagacatc gagctgatcg agggcgtcta cccagccttc
    24721 gatcccgcca cctacctccg cggcgacgtc gccccggtct tcttcggctc cgcgctgaac
    24781 aacttcggcg tccgcgagct tctcaactgc ttcgtccgca tcgccccgcc gccgcaaccc
    24841 gtgcaagccg tcgagcgcct tgtccacccg gaggagccca cgtttaccgg cttcgtcttc
    24901 aagattcacg caaacatgga tcccaaccac cgcagctgca ttgccttcgt caaggtctgc
    24961 tctggccgct tcgagcgcaa cgccaactat cgccacgtgc gcctcgacaa gatgatgcgc
    25021 ttcagcagtc ccacggcctt catggcccag aagaaggagg tcgtcgacga ggcctttgcc
    25081 ggcgatattg tcggcctgcc cgacacaggc aacttcaaga tcggcgacag cctgaccgag
    25141 ggcgaagtgc ttcacttcaa aggccttccg cgattctcgc ccgagctctt caagtacatc
    25201 gagaacgccg atcccatgcg cgccaagcag ctcagcaaag gcatcgagca gctgatggac
    25261 gagggcgtgg cgcagctctt caccaaccgc ttcaacggcc gcaagatcat cggcgccgtc
    25321 ggccagttgc agttcgaagt catccagtat cgcctcctcc acgagtacgg cgcgcagtgt
    25381 cgttgggatc cgctccacct ctacaaggcc tgttggatcg atagcgacga cccgtctgcc
    25441 ttggacagct tcatgcgtcg caaagcccaa tacatggcct ccgaccacga gggccgcgac
    25501 gtctacttag ccgattcggc ctacgtcctc accatggcgc agcaggactt ccccgatgtg
    25561 cgcttccact tcacctccga gttctgatcg acccgtccct ccttcaccat cgggcaacaa
    25621 aaaaggatct gcgaatcagg cgcgcgcctg ttcacagatc ccttacacaa aaacagcgga
    25681 aggatttacc cctccgctgt cttctcgata accactttta caatcatgac cccactccga
    25741 aaggaagggg gaataccatt ctcaattttt ctcactgttt gccagctgct cttgcatctt
    25801 ccggatctgg gaattcaagc gctgactcat aaatccattg cctgcgaggc gatacttatc
    25861 ggcctggtat tgcaacatgg ccaattcacg taagttctgt ttgcttgcaa tcattctcat
    25921 aatcttatcc tttcaaatat cgcccgcaaa gatagaggcg ctgtccaaaa aacatgttgt
    25981 acaacatgct tttgaggcga aaacggtgcg tttttaacaa aatacagccc tcttcggggc
    26041 gttgtgtaac atattcatac aaaaaccacc tgcgcaaagc atctctcgat cgattgcatt
    26101 aagagggggc tatcgaggta gatcaaacga catgaagtac atcctttttc tcgccgtggc
    26161 ctgcctatcg ctatgggcgc acacgccgcc atgccgacag acagcgccct gactgtgaac
    26221 caactgccga cggactccct ggcctgcgac gcgttcgttg ccgagcgcca tccacgatcc
    26281 gtcacggccg ccgctgaggt ggtgggcctc aatctggctg tgtggagctt caaccgcttc
    26341 gtgacaaacg aggacttcgc gcgcatcaat gcccgcacca tccgcacgaa cctccgcagc
    26401 ctgcccgtat gggacacgga tcagttcgtg accaacctcc tcgcgcaccc ctatcacggc
    26461 tcgctctact tcaacgccgc gcgcgcctcg ggtcacacct tctggcagtc cgtgccgtac
    26521 acctttggtg gcagcctgat gtgggagtat ttcatggaga atgagctgcc ctcggccaac
    26581 gatctgctct gtaccaccct cggtggcatc gaactgggcg agatcacctt ccgcctctcc
    26641 gacctgatca tcgacgatcg cctgagcggc ttcccgcgcg tggtgcgtga ggtggccggc
    26701 ggactcgctt cgcccatgcg cggcctgaat cgcctgttga cgggcgaggc ctggcgtgtg
    26761 cgcgccacgc gggggcagct cttcacgcac gggcctgtta ggctatcgct ttacggtggg
    26821 ccgcgctttc tggctgagga gcggcgctcg cgcaacggcg aggtgagcct caacttgggc
    26881 ttccgcctca cttacggcga gctttttggc gacgactact attcgcccta cgagtacttc
    26941 cgcatccacg cctccttcga cctcctgtcg catcagcccg tcatttcgcg cgtgaacgcc
    27001 atcgccgcac tttgggggcg tgaagtctgg cagtcaggtg cccgcaccct ctccgtcggc
    27061 gttttccagc attttgatta ctacaactcg cagatccgct cgcgtaccgg ccgcctcgtg
    27121 gcgccctatc gcattggtga ggcggcagcc cttggtggcg ggctcatcta cctcaggcgc
    27181 gccatccccg gtcatcactt cgacatccgc cacgagtttt acgtcaacgg catcgccctc
    27241 ggggccagcc tgagcgacta tttccacgtc gataaccgcg actataatct gggcagcggc
    27301 tacagcatta aaacatacac cggactgata tttcggaagt gttgggggtt aggcctccaa
    27361 ctcgaacgat accacatctt cacgtggaag ggctacgacc ctgcggtgga tctctccacc
    27421 gtcgactatc accgcctcaa tgtgcagggc gacgcgggca atgcgctgtt gggtgtcttc
    27481 acttcatacc tctcttacca cgcacagcag ggatggaatc ttagtttggc gcacaatctc
    27541 tactcccgcc gcacgaacta tcgctatcac ccaaacgtgg agtatgctac gtccgatgtc
    27601 cttctaacgg ccggttacac cttctgacga ctctgtgcaa acagccccct gacgctcaac
    27661 aggcatgctt tgcgtcactc acaacgcagg ctttgcgtca ctcacaacgc aggctttgtg
    27721 tcactcacaa cgcaggcttt gtgtcaccca caacgcaggc tttgtgtcac tcacaacgca
    27781 ggctttgtgt cacccataac ccaggcttag tgtcatctct taagcaggct tagcgacact
    27841 tcttaagcag gcttagtgtc atctcttaag caggcttagc gacacttctt aagcaggctt
    27901 aagaacacct cttaagcagg cttagtctat gagcgccatt aggaagggtg tcttccccgg
    27961 tgcggggaat gaattgctta catcgaactc acgttagata aaacagcttt tatagcgctc
    28021 atatttccgg atcagcaccc cctctgacgg ggcaggcagg ctgaaaacat gaaccagtgt
    28081 aaaagttcga tatgggattt gtaaaacagc acctactttt gcctccgttt cggtgatgca
    28141 gcgatcggcg tccgccgcac tgcatgaaaa gggaatccgg tgtaagtccg gaacagtgcc
    28201 cgctactgta acacccgaga aggaaagccc atccacaccg gccactgagc ctccactgga
    28261 ggcattggga aggccgcttt ccagcgacac atagtcgcaa ggggtgaagt caggaaacct
    28321 gccgaaaaca tatttccaca catagcacgc acgccccggg gtcagggcgg cgaagagatc
    28381 taacgatggc tatatatata tcgtatgaat aaaaaatact taggaatgat cctcgcatgg
    28441 ttgtgcgggg caatgacgct gagcgcgcaa acaggcgtga gcggacgcgt ggtaaacgct
    28501 gaaacaaacg agccggtggt gggcgcgaac atccgcgtag accacagtct gacgggcagt
    28561 gtaacgaaca caaagggcga attttcgatt ggcaacctgc cggaaggcac gcatacgctg
    28621 aacgtgtcgc acctgaatta tacaaccgag gcgcgcgagg ttaagacggg cgaagcggac
    28681 gtcgtgattc gcctgcgtga gagcgcgata cagctcgggc aggtggtggt gacgggcact
    28741 gggacacacc acctgatgaa gaacagcccc gtgccagtga gcgtgattac agcacgcgaa
    28801 ctgagcaacg cgggcatcac aacgctcgac gaggcgctgc aaaagctcac cccctccttc
    28861 tccaacatga ccaacggcat gggcacggtg ctcagcctga atgggctgcc ggagaagtac
    28921 ttcgtcttcc tcgaaaacgg ccgacggatg ggaggcgacg acacgtacga ccgcatcgac
    28981 gtctcgcgca tcaagcgcat cgaaatactc agcggcgctt cctcggcgct ctacgggacg
    29041 aacgccgtgg gcggggtggt gaacatcatc acgaacgacg tgaagcacgc cgtcaacgtc
    29101 tcctccgaca cgcgctacac ctcacacggg cgcttcacgc aagccatcac ggcaggcatc
    29161 aatacggggc gcttcggctc ctacacatcc tatcggcggc gacaagcaga gagctggcag
    29221 ctgagcccgt atgagcgaaa caagaaggac agccttgtgg agacgcgcaa ggtggcctcg
    29281 gccggtttcc aatcagacaa cgtcagccag cgcttcacct acgacgccac cgaccgcctc
    29341 tcctttcggc ttggtggcgg atactaccgt aacatcacac gtcgcccccg tgaagcctac
    29401 gattatgacc tgcaacaccg cacctactcc tggggcgcgg ggatgaaata cctcatcaac
    29461 cccgacgcct acatcacggc cgattatcag gccgacttct tctcgtcgcg ctacaacttt
    29521 cttaaagaca gtaagacgta caagatgaag gccgacgacg agttggtgcg taaacgcacg
    29581 cgcaaccagc aggcaaacgt gaagggcatc ttcaatgtgg gcagttataa caagctgtcg
    29641 gtcggggtgg aatacttggc ggacatgctc agcagtccgt cggagcatat cagccacaag
    29701 acggcttaca ccgcggcgat ctttgcgcaa gacgagatca cgatcacgcg ccacttccgc
    29761 tccttggccg gggtgcgata cctctaccat gaaaatttca agaactacgt cacgcctaac
    29821 gtcgcgctca tgtacggcca aggcggactg aatctccgcg cctcctacgc cgccggattc
    29881 cgcgccccga cactctcgga gctgtacgcc tcggagacca ccaaggccgt cgatcgcatc
    29941 gtcatcggca acatcaacct caagccggag aaaagtgact atgtcgcgtt caatgccgag
    30001 tacaaccaca gtcgcttcac catcagtgct aacgtgttct ataaccacat ccgcgacatg
    30061 atcgactatc gcaccatcgc caagggcgag gaagccaaac ggaagtacgg acacgaagag
    30121 gtgcgccaac gcgacaatgt ctacaaggcc gatgtgcgcg gcatcaacct cgccgctcag
    30181 gcttacctcg gtgcgggctt ccgcattggt gcaggctata cccaccttga cacaaaggac
    30241 ggcgagacgc atcgccccat cgataagagc ctccgcaacg cggccaatgt caatgcgcaa
    30301 tggacacgca cctggggcgc ctacacgatg tacgtcaact tgaacggccg catcaacagc
    30361 gagcgcttct cgaagacgta cggttacgca cccgcctacc agctctggga tctgaacacg
    30421 cgccacacct tcaccctccg ctccctcatc ctcgagccgg gcgtgggcgt ggaaaacctc
    30481 ttcaattaca ccgacgacag gccgtacaac ttcaactacg ccacgctgac gcccggccgt
    30541 tcggtatatg tgagtttgtc agtgaagttc aagggatgag ccggagacgt ttacatcgca
    30601 acgcatctgc tgcgttgcct tcggcacttg gcgttcggtc atgtgcttca gcacactccc
    30661 tccacctcgg cctcggacgc cttgcagctg catcacgctg caaagtctcc ggccgcatgc
    30721 tcttaatcgc atggctggca atgggtggat tcgcggccac ggcgcaggat acgacgacgc
    30781 gccgcacgga tgacgcgatc agaaacatcg cgttagacga ggtggtcgtc accgccaccg
    30841 gcacggagca tacgctgaag agtgtgcctg tgcagacgga gatcatctcg gggcgcatgc
    30901 tgcgtcactt tgccgggaag aacctcgaag acatcctctc cgggctcacc gcttcgtttg
    30961 cctttagcga cgacgacatg ggcagccata tgcagatgaa tggcctcggc aacgactaca
    31021 tcctcgtgct catcgatggc aagcgcatcc acggcgatgt gggtgggcag aacgacctct
    31081 cgctgatcga tccgaacaac attgagcgcg tggagattgt ccgcggcgcc tcctccgcac
    31141 tctacgggag cgacgccatc gctggcgtga tcaacatcat taccaagaag cataacgagg
    31201 gcatactctt ggagaatacc acccgcgtag gttcctacgg cgacctccgc cagcacagcg
    31261 gcataggctt caacgccggg cgcttcggca gctggaccaa cttccaactg caacactccg
    31321 atggctggca gaacacgtcc gtggaggatc cgaaccagac ggagttcccc atcaccgatt
    31381 cgcgcaacaa gacggtcaac cgaaacacca actggcaact ctccgagcgc ctgacctaca
    31441 ccccgatgcg cgacatggaa ctctacgccg gcggaagcgt ctacggcaaa cgtatctatc
    31501 gcccgagcgg caagtacgcc gccgtcgacg tgaagacgta tgacttgcaa tacagcaacg
    31561 cctcagccgc cctcggtggc aaatggaaac tcaaccgctc cgacgtactc accctcgatg
    31621 tgaactggga tcgccacgcc tactactaca acttcaccga caccacactc atcgacggct
    31681 acatcaatgg aaagtacacg ccttactatc cctacttccc cggccagacc gacctgcaaa
    31741 gcgaccagca acgcacgatg gctgcgctga agggcgtctt ccatttgccc tatgccaaca
    31801 cgctcagcgc aggcttagaa tggcgctacg actggctcaa ggcgcccatc cgtgtcgtcg
    31861 acggcaaagc ctcggatcac acggaggccg tctatgtgca agacgagttc aacctcttag
    31921 acccgctcca gatcacggcc ggactgcgcc tgaaccgcaa cgaaggcttc ggttttaagc
    31981 tcaccccgaa ggtctccgcc atgctcagcc tcggcgactt ccgcctgcgc accgcatgga
    32041 gccaaggctt caagacgccc acgcccaagg agctgcacta ccgatacatc cgcgagatgg
    32101 ccggcaccta cctctactta ggcaacacag cgctgaagcc tcagacctcc gactacttct
    32161 ccctcggcgg cgaatacatc aacagcggcg gcctcgccat ctccgtgacc ggatactaca
    32221 acaaggtgaa ccacatgatc accctcgtca ccatccccac cacccaggcg ccgcccgacc
    32281 tcgtggcccg ctacgacccc gtcaaggtgc ggcagtacaa gaacctcgaa aacgccaaga
    32341 cctacggcgt agacctaaac ctccgctact ccgtccgcgc cttcgtcttc ggcctcggat
    32401 acagctacct ccacaccgac gccaacctct acgacgccgc gcacgaccgc ctgaagcaag
    32461 tcaccatcga cggcaccgcc caccataggg ccaacgcgtt cgtcacttgg aaccacgact
    32521 tcagccccgc ttaccgcctc ggcctcggcc tttacggcaa gatgtcgtcc aagcgatact
    32581 atcagatcaa tggcaacggc aaaggctacc agatctggcg cctctccacc acccacgact
    32641 tcggccacgc gcgccacatg acctaccgcg tagaggccgg catcgacaac cttttcaact
    32701 attgcgaccg tacgccccac ggcttacacc tgggcaccac cacgcccggg cgcaccgtct
    32761 acgcctccct taccgtgcga ttcgcccaag gcaagaaggt gaagtacgac aacacgaaga
    32821 tgtctaacac taataataat gactatgaag agaattaaga tttggatgat ggcgcttgca
    32881 gcagccgtca tcgctgtagg cttcaacgcc tgcaacaaga atgaagaaga gatctcgaac
    32941 tacgagcgct accagcaatc ggtggacaac accgtgaagt ctggcaagaa gcacaacaag
    33001 gtgatcctgc tcgtcgcctt cggatccacc tggcaacgcg ccttcttggc cttcgacaac
    33061 accgtgaagg agtatcagaa agccttcccc gactacgacg tcttcctctc cttctcctcg
    33121 gccatctgca tcaaccgcgc cgccgccggt gagcatgcca aggacgaagg cgaaaacaaa
    33181 gccgagaagc gccactacta cgcgcccaac ttctggctcg aagccttcgg ccgcgtgaag
    33241 tacagcgaaa tcgtcgtgca gtcgctccaa gttatccccg gcgaggagta cggccgcgtg
    33301 atcaactaca tgaaggactt cgccaacaac agccaaggcg accttgacga cgcttacctc
    33361 aagaagctca ccctccgcct cggcctgccg ctcatggccg acgccgacaa ggacgtgaac
    33421 aacctcgcca aagccctcga cgccaacttc ggctcttaca ccaagcaagg catcgtcgcc
    33481 ttcatgggcc acggcaaccc cgactcgtac gacatctaca aggccaacgt ccgctacacc
    33541 cagctcgagc aggccttgca gaagatcaac aagaactact acgtcggtac ggtcgacatg
    33601 aaggacaact tcaaaacctt cgttcgcgag cgcatggaga aggctggcgt caagaagggc
    33661 tcccgcgtct attgcacccc gctcatgtcc atctctggcg accacgccca caacgacatg
    33721 gccggcaacg attgcgccaa gacacccttc caaccgaatg acgagggcga ggtggaagac
    33781 accagctgga agatgtattt caagacgatg ggttacgact gcaccgacaa gacgcagatc
    33841 atgaccggac tccttgagcg cgccgacgtc cgccagctgt ggatgaacca caccaagaat
    33901 gcggagaagg tggattatta tcactcgaag aacccggaat aagcccttcg acttcgtctc
    33961 gtgggcatct gctgcgttgc cggcgacact cggtggtcgg tcacatactt cagtatgctc
    34021 cctccccctc ggtcttggac gccttgcatc tgctccacga tacgaagtct cgcacagagg
    34081 gtcgcgatca tctgctgcgt tgccgctgcg acactcggtg gtcgggtatc tggggggcgt
    34141 atgcgatacg cccccgacgg ggtgttcgat aaagtcatgg attgataacc cttgatcgtt
    34201 catctcttcc cccccgaaga agattaagca cacactcttt tcataactat ttctgactgc
    34261 gggtcggtga aaaccgcccg aattattgac tggcagcccg gcacctgacg tgtcgggctg
    34321 cttttttgag cgtgctgact ggtgaaggtt ctcgctgcgc catgcaaatc cgctcgacgg
    34381 cgtccgctat acaccatttc caaacgtgag gatgtactcc ccgtgcccag ggtcgcgccc
    34441 tgagctatca tccaccgggc ctacagcccg gatcagacca cccaacacgt tgctgttgga
    34501 tggtcttgct gcatgcgcgc taatgcaccc attagctcat gtgggtgcca gccacatgga
    34561 ttaggtgggt cggcccacct agcttaggtg ggtgtcagcc acatggctta gtgggtgtgt
    34621 atgtcagctt gctaccctcg actttactta gtggttgaag caccgatcca cagcctgctg
    34681 ccagttgcgc tgatcccctc tgcgcccagg gtttctgggc tatgtccacc gggcctacaa
    34741 cccggatcga tgtacctccc cgcggcctgt agggccgccg gacaatagcc cggggcgaaa
    34801 ccccggatcg atgtcccccc ccgcggcctg tagggccgcc ggacgatagc ccggggcgaa
    34861 accccgggtt cccgtgggca aaaccccggg tggaaacgga accgggcggc ggacgatgtt
    34921 ccccgatcat tgatcgaatg atcgaatgat cacgtgggtg tgtactctcc gcgcccgggg
    34981 tttcgccctg ggttgggagt gtatgcggcg aaaaccggag gcgcgcggcg cgctacctca
    35041 gcggcgcgaa gtagcggaag cgatggtcgg gcaggagctc ggggtggatg atggcgatca
    35101 actcggcgag caggcggtcg gggtggaggg gcacctcctc gtagtagtgc gagtcgtgcg
    35161 tgttgcagcc gtagatgcgg cggcgggcga aggcgtcgaa gcgggcgtag ggggtgtatt
    35221 cggcgctgag ggaggcgtag gtcatgtccg gcgtggcgtt gtactggatg agccagaggt
    35281 cggcgtgcag ggcacggtcg atgacggcct cgaaggtgag gggggtgctg cccgagccgg
    35341 gcaggtcgcg gaagacgtag tcggcgccgg cgtcgcgata gaggcgggcc atgtagctct
    35401 cgccgttggg cacatgccag gcagcgccat acttcttgcc gacgatgagg gtggggcggc
    35461 tggtgacgct gtcggcgagg gcgcgcacgc ggaggtaggc cgcctcggtg gcgcggaaga
    35521 ggctgtcggc cgtagcctcg cggccggtca ggaggccgag gaagcgaatc cattcggtgc
    35581 gtcccagtgg gtcggcctcc atgtagtcgg cgcattcgat gatgggcagg ccgatttttt
    35641 ccgcgggccc gtagccggcg ttttggaagg gggaggcgag gatggcgtcg gcgccgatgc
    35701 ggatcatccc ttcgacgtcg ggggcggtgg cctcgccgag gtcggccacg gtgccgtctc
    35761 ggaggccgcg cagcacggag gcgacgtgca catagcgcgc ttcacatacg ccggcgatgc
    35821 tggccgcggc gcctaactcg tcgagcaggg cgcagtggac ggaggtgtag accaccatgc
    35881 ggcggagcgg tgtgcgcacg agggtgccct cgggcatgcc tttgggcagg gcgtctgcgc
    35941 tgcgggggac gagcaggtag cggtgcaaca tgcgcccctc gttccagggg tcgcgcagct
    36001 ccaccacggt gtagtctgca tggcgcgtga tggtgatgcc gcgggcgtaa cgcatggagt
    36061 ccgtcgtggc gtccgcgtcg ggagccgagg ccatagaaga gctctgcccc acgttacagc
    36121 cggacgtgag gcagaggata aaccatgcaa ataggcagaa gcaattgcgt atcacaggtc
    36181 tttagttaag ggcaggggcg aagtgggttt cgcccccgcc cggagggatg gattagttgt
    36241 agaagacggc gttgttcggg ctgacaccac cggagctgaa cttctcgatg aacccgccat
    36301 tgcggtcgaa gcggtagatg tttccgttgg tcttaaagtc ggatgtgccg atatagatgt
    36361 cgccgttgtt cgggtttacc tccatcatgt agacgctttc cgaggccagc gcctcggcta
    36421 tttcatcttt catgccacgc aggaagctgc tgctgttcac catgcctttg cggacgtcgt
    36481 agctggtgaa ggtgttggtc gtcttgcggg tcttccagtc cgtatcgccg tagaccatgt
    36541 agatcgtgcc gcggtattcg cagaagtggg tggccttggc gatggtggtc acggcgccgg
    36601 tggagatgtc gacgcgctgc acggggtagg tgtagttcgg gtagtcgccg ccgtatgcct
    36661 gtatgaagaa ttggccttca gacacaagca ccttctccgg gttcttggcc accttgatgg
    36721 tgttggtcac gagcagggag cgcgcgtcga tgatggttac ggtggagtcc tttccctgcc
    36781 cggtgttagc cacgcagagg tatccgttag cgatagcgat gccatcgggg ttcatgccga
    36841 cgttggcgta gccctcgatg gtgaacgtct cggcgtcgac cttggccacc ttgccgctgt
    36901 agagtacgac gtagatcttg ccgtcgaggg cggcgatgtg gcggggcagc ccgtcgtttt
    36961 tgctgaactc gaggcgcttc tgctccacgc cggcggtatt gagcttgagg agcaggccgg
    37021 agttgtagac ggagacgtag atgtaatcgt tgtagaggat gatgtcctgc ccggtgtcgc
    37081 cgaggccttt gtcgttctgc gccttgtaga tgtcagcgac gaagctgccg tccttgttgg
    37141 gggcataaaa ggtgatgccg gcgttgttct tctggtacga gccttcgttg aggatgaaga
    37201 cgcgagagga gggcagggtg agttttgtgc cctcatcgtt gggtttcggg tcatcgtctt
    37261 tgctacacgc ggtgagtgcg gccgcgatgg ccagcatgca ccataaactg agaagattgc
    37321 ttttgatttt catttcgttt tcgttttaat agggtgaata atctcatata cggatagcca
    37381 cggtggcgcg gaaggcgcgg ccgggcatgg ggtaatattt gatgatgtcg tattgctcgt
    37441 ccgtcaggtt ggtgcactcg gcctggaggc gcagctcggc gccgcggcgg aggcgaaagg
    37501 tgcgcgagag ggcgagcgta tgttcggcgt aaccgttgat gcggttctcg ggcaagtttt
    37561 ggctcatgaa gtagcggtcg ctgacggcta cgagcgtgta cgcggcgtcc acccacggcg
    37621 tgctgacggc cacggagccg ctgccggagt gacgtggcgt gtagggtatt tgctcgcggt
    37681 agttcttcgc cttggcgtcg gtcacatcaa tggcgcgctg gtaggtgtag cttgcattca
    37741 ggctcaggtg cacgctggcg gtgagggcga cgccggtgcc cacagaggcg tcgagccccg
    37801 tgatgcgcac gcggccgaag ttggccatct tccacacgta ggtcgaaggg aaggcgacga
    37861 tcttatcgcg tacctcgttg tagtagccgt cgacggtgag ggtgatggga tcgaagctat
    37921 ccggcgcgat gctccacgtc aggcccatgt tgtactcgtc ggccagctcg gggcggaggc
    37981 cggtgttgcc gaggcggagg tagtagaggt cgttgaaggt gggcgtgcgg aaggtcttct
    38041 tgtagagtgc gcgcacgttg aggtcgagga tgggggaggg gtggtaggtg agggagagtg
    38101 cgggcgtgat gcgtcggcgg tcgtcggggc gatcaccgtt ctggacatgc tcggtgatgt
    38161 aggtggcgag cagggtgccg gaggctgtga cggggccgag gcggtagcgt gcgcgcaggg
    38221 cggtgagcga ggtgaggcgc acgggggcgg ggttgtggtt gatgttgttg tggagcgtgt
    38281 tcacggcgcc gtcctcagcg agtgagagcg tcaaggcgtc ggtggggcgg aagcgggctg
    38341 cgacggaggc gtagtattcg ttctgggtgt tgagatccgt ctggcggccg ccctcgtatt
    38401 tcggatcggt gtcctcatac ttattccatg agtaattgta tttcacctgc gcctgcatcg
    38461 tccagcggtc gctgaggcgg cggcgataag ccgcttgcag gaaggcgttc acgtcccaga
    38521 gccgttcgtc gttgcccgtg cggtagagga tgacgctgcc cggcagaccg cgttcggagc
    38581 ggaaggcata ggccttcacg ttgaggtcgc tgcggtcgtc ggtgcgatag aggttggctt
    38641 cggagtgcca ggcgaggatg tcggagttat agcgcttctc gcgggtgcgt tctctgccgt
    38701 tgacgagggt gaaagggtaa acgccgtcgg cgcggagcag gttgccatcg agtgagagtg
    38761 tggtgcgttc ggaggtgcgg gcggccacac gcacataggg gtttaccatg ccgaatgacc
    38821 cagcgcggag gtgggcttgc agactgtaac gccgattggc cgtgaagtgt ggcacttcgg
    38881 tgcggatgct cagcacagcg gctgaggcgg ccatgcgggc ggactgtagc aggtcttcct
    38941 cctgcccgac ggagagtgtg agcagtgcca cgttgtcgag cgagaggcgc ccgatgtcga
    39001 tctgtccggc ttggcagttg ctgacggcca cgccgtcata gccgatggcg gtgtggtgtg
    39061 caccgaggct gcggacggag acggtcttca tgccaccgat gccgccgtag tcgcggacag
    39121 tggtgccggc aaagcgtcgt acggcgtcgg ccatgttttg cagtccgagt gtgcgtatgg
    39181 cctcgccact gaccacttgc acgggcacgg tggccgtcag tcggcgtggc gcacgcgcag
    39241 ccgtgaccgt cacctcgtcg atgcgtcgct cgagcgtcgt gtcgcgatct tgcgcggccg
    39301 ctccgagggc gacgcacagc gcacagagaa ggaggaggac ggcgcctctg attttcttat
    39361 gtgtgatata catcttgtaa tcatcatctc cccggtgtct tcaacccgag acggtcagcg
    39421 gggagggtag tcttgtcgat tgcggcaggt tttccggctc gtccctcctt ttgttggcag
    39481 ccttcccggt catgggcgga ccagtggcgc gtgtggccaa ggatgtagaa cttacggcta
    39541 cgggtatagc tccggccttc caccggattc cctcttaata gtcgggggac gatcgccccg
    39601 cggctacacc gaaatcgcgg ggccaaaagt agaaatgcgg ttggaatggc cttcccacct
    39661 gtgcaggggc ggggattggg atggggaagg ggtaggaata gattgcgaat aagtgggagt
    39721 atccaatgcg ccctgaaggg gcagatcaac ccagcccagg gcaacgccct gagttgcggg
    39781 cggcactggt acacctccaa ttttcgcagt gccaaacaca cgtgtatttg actcaaacgt
    39841 cttttcacta catgtagtga ttgccccgga atctcccttg agcgtccttt gcccccgacg
    39901 aaaaaggggc gacaacgaac ctgtctcgcc gccgctctcc ccccctgtat acacgtatta
    39961 agtgagaatg acgaagaaat ttacccgact gacagtggct ttatgcgtct gcctgcacgc
    40021 gacgcagctc atggccgacg acggcgatcc cacggccgac ggcgattcac tgaaaacgta
    40081 tgacatcgac gaggtggtga tcacctcctc gcgcaaagag acgaaccgca ccgagcaact
    40141 gcccggcgca ctgaccgtcg tcacgccccg agaggctgac ctgcggcagg tctcgtccat
    40201 caagcgcctg agcgcgtttg tccccaacct ctacatcccc gactacggcg cgcgggtgac
    40261 gtccgccatc tacatccgcg gcatcggcgc acgcagcagc ggacagaccg tggggctcta
    40321 cgtcgacgat gtgccctatc ccgacaaggg gtcgttcgat ttcgagttgc cagacatcca
    40381 gcggatcgag gtgttgcgcg ggccgcaggg cacactctac ggccgcaatg cgatgggcgg
    40441 catcatccat gtgcacacct tctcccccct tgaacaccac ggcacgcgcc tcggcgccac
    40501 cttcggcaac tacggccgga tggacttccg cgcctcacac gccatgcgga tcggggagcg
    40561 gatggggctc caagcggggg cttactatcg gcgccatagc gggttctttg agaatgcttt
    40621 cagtggcacc aaggtggaca acgagcagac agccggtggc aacgtgaagc ttgtgcggcg
    40681 catcaccgac gcgcttacgg ccacggtggc tgtcgtgggt ggatacacgg atcagggcgc
    40741 cttcccctac ggcctccgcg acgaccgcac ggggcgcgtg gcgcaggtga acatcaacga
    40801 tccttcttct tatcgccgta cgacaacgaa cagcagcctg acgctgaaat acgaggccgc
    40861 gcgcttcatc ctgatctcca ccaccggctg gcagtacctc cgcgaccgta tgcgtatgga
    40921 tcaagactac ctgccccttt ccatcttcac cctcgagcag cgccggcgcc accatgcgct
    40981 caatcaagaa gtctccatca cggggcgcac cacggggcgc tatcgctgga ccatcggcgc
    41041 ctcaggcttc tacgacggtc tgctgacgga tgccgatgtg gagtttaagg aagaaggcat
    41101 acgcagcatc atgcagagcg ccttcgaccg cttgcgggcc gataacccga agatgccgcg
    41161 gctgcgcgtc atggatcggc ggctcttcct gccttcgcgc ttcgacgagt ccaccctcgg
    41221 cctggccatc tatcaccagt ccaccctcga ccacttcctc ctgcccggcc tctcgctcac
    41281 cgctggccta cgcatcgaca ccgagcgccg gcggctgcat tacgaggccc agggcaagat
    41341 gaacctctcc atcctcatgc cgcccctctt ccccaaggag acggacatca gcggctttta
    41401 tccccccacc ctgttcgacg agcacctcac ctcgggcgaa tggcaggtgt tgccgcgcat
    41461 tgccctccgg tatgccccgg cgccccgcac gaacgtctac gcgtcggtcg ctaagggtta
    41521 caagacgggc ggttacaacg tgcagatgtc ggccgactta atgcaggcgc gcatgcgcag
    41581 cgacgtgatg gacgccttcc gccacttcgc gcccgggatg ccgcgcttcg gcaccccctc
    41641 gcccgctgac gtattggctt accgcccgga gaaggcttgg tgttacgagg ctggcctgaa
    41701 gagcgagccg gtgaaggatc gcctgcacgc tgagctcacc ttatattata tggacatccg
    41761 cgacctccag atcacacgct tcactgatag cggcacgggg cgcatcctta gcaacgcagg
    41821 gcgtgccacc agcctcgggg tggaagcctc ggtgcgtgcc gccatagcca ctggcctcac
    41881 tgcggatctc agctggggat tcacgcacgc caccttccgc aattatcacg acggccgcac
    41941 ggactacagc ggccacttcg tgccctacgc cccgcgccac acgctcagtt taggtctgca
    42001 ctacgagcgg cggttccatc gcagtcgcct cgttgatcgc ctcttcgccg ttgcctattg
    42061 caacgccgtt ggccccatct actggactga ggcgggcgac atccggcagc cgctctacgc
    42121 caccctcgac gcccgcgcag gcatctcacg cggcgccctc acctgcttcc tcagcggcca
    42181 aaacctgacg gacacggatt atgcgacctt ctacttccgc tctttcggcc gcagcttcgt
    42241 gcagcgaggt cggcccgcgc aggtggccgt cggcatcgaa tacgcttttt agcgtagcgg
    42301 gtagaagcat gtacccagtt ctactctcta tcttgatcta aagggcagcc acaagggctg
    42361 cccctacgag aagccggaag gccataacca ccctctaatc tctaacctct aaacagatgg
    42421 aatttcttac tacgtacaac ctctggggcc tcgtcattgg cgtcgccacg tttctaatca
    42481 tcggactttt ccacccgctc gtcatcaagg cagaatacta cttcggcaca cgctgttggt
    42541 gggccttcct tgtggccgga ttcctattta taggcatctc cgtgttgatc caccacctcg
    42601 tactctccac catagccggc gtcatagcct tctcctgctt ctggtcgatc ctggaagtgt
    42661 ttgaccaaaa gaaacgcgtg gagaaaggtt ggtttcccgc gaacccgaaa cgggcagcga
    42721 aaaaggtgta gcgtcgcaac gcctgctttg tgagtgacgc aacgcctgct ttgtgagtga
    42781 cgcaacgcct gctttgtgag cgtcgcaacg cctgctttgt gggtgacgca aatgatttgc
    42841 gaaggattgg gtgtgtaccc gtggcggcct gaaaggtcgc tggacgatag cccagggcaa
    42901 tgccctgggc ccaggcgaca ccaaaaaaac cgcaccctca aaatcctccc ccccaccctg
    42961 ccctcagcag ggtggggggg aggattttga gggtgcgggg gctcgggcgg gcatcgcatc
    43021 cccagggtgc cgctccgccc gggaggcgtc gctctaccct gggctatcgt ccagcggccc
    43081 ttcaggccgc ttttagacac ctttcccgta caagcatcat gtacagtagc gtacaagcat
    43141 catgtacagt agtgtacaag catcatgtaa gaccactgtg cagggcttgc ctcgtagggg
    43201 cgaataatca ttcgcctcta caaccgcact ggtgaatacc cccttcacac ctcagtgaag
    43261 acccccttca tacctcagtg aagaccccct tcatacctca gtgaatacat cctttacacc
    43321 tcagtgaaga cgctcttcac acctcagtga atacatcctt cacgcctcgg tgaatacatc
    43381 cttcacgcct cggtgaatac atccttcaca cctcggatac atacattcgc caaccatttt
    43441 tgtttcacta ttaaacccct atcataacaa tgaaaacctt caagaaagca accgtcatcg
    43501 cccttgagcc atcggtggac tacgcccccg gctctgtcat cagcaagcaa gtcaccatca
    43561 gccgcgctgg caacatcacc ctcttttcct tcgacaagga tcagggcctg actgagcaca
    43621 cggccgactt cgacgccttt gtgcagatcc tcgacggtga ggccgagatc cgcatcgacg
    43681 gcacgcccca ccggttgaaa accggcgact gcatcattat gcccgccaac catccgcacg
    43741 ctctctatgc cgtggagcgc ttcaagatgc tgctgacgat gattcgcggc ggggagtgag
    43801 ctgccccccc cgaaacaaaa ccgaaccgcc ccccgaaagc cacatggact cctcgggggg
    43861 cggttctctt tccatccgtt actcctcaga tgtggatccc atactccctc ttcacctcgt
    43921 ccatcacgaa gatgctgtgg atggagctga ggtgctcgat cgtcccgagc acgttcagga
    43981 ggaaggcttg ataatacttc atgtccggcg cgtggatctt gagcagatag tcgtagtctc
    44041 cggcaatgtt gtagcactcg gtcacttccg ggatggcctg aatcttccgc gtaaactccg
    44101 tcgcaatctc gcgattgatg cgactcatct ttacggtgca aaacacgcgg aagcctcgat
    44161 tcagcttttc ggcatcgagc acagccacgt atttcttgat gtatcccttg cgttcgaggc
    44221 gtttgaggcg ctcgaaaacg ggcgtagaag agaggttcac gttgcgtgcc aactctttgg
    44281 tcgtcaggtg agcatcttcc tgcaggatgc gcaggatttg caggtcggta ttgtctaatg
    44341 tctccataag tgataaatat tcttcttgcg agtattttag gtgatcggaa cgacccttat
    44401 tttccataag gatgcgcgaa aatagtatgg ttttctttat ggcacattga tcctatgcta
    44461 tgttgagatc ctaaaggtgc gtttagcggg aaatcagaga gaaaataagg ccccggattg
    44521 cgacgggttg gcgcttgtat aaaaacccac gcccggagta gggtaggggg gaggcgtggg
    44581 cccgccgctg gcctcgaaaa cgcctacttt tgcccgcgat gagacgtatt acattgatca
    44641 caggcggaca acggtccggg aagagcagtt acgcagagcg gatggcacta tcgctgtccg
    44701 ctcgtcctgt ttatatggct acggcgcgcg tctgggacga tgagttccgc cgacgcgtgg
    44761 agcgccatca ggcggcgcgc gggccgcagt ggacaaacat tgaggaggag aagcagctta
    44821 gccgacacga tgtggcgggg cgcgtagtcg ttgtggactg cgtcacgctg tggtgcacca
    44881 acttcttctt cgacctcgac tccgacgtgc aggccgccct cgaggccgcg cgcagcgagt
    44941 tcgaccgcct cacggcgcaa gacgccacgt tcctttttgt cactaacgag atcggcctcg
    45001 gcggcgtctc cgagaataag ctccagcgcc gcttcaccga cttgcaaggc tggatgaacc
    45061 agtacatcgc cgcgcgagcc gacgaggtcg tgcttatggt cagcggcatc cccgtgaaga
    45121 ttaaatgaag catatcccca gcatgaaaac cttccgcatc cgaaagccgg acgaggcgat
    45181 ccgcccggcc ctgcaacaaa agatcgacaa cctgactaag cccaaagggg cgcttgggcg
    45241 actcgaggag ctggccctgc aaatcggact cgtacaacag acccttagcc ccacgttgcg
    45301 ccgtccgcac aacatcatct tcgctgccga ccacggcatc acggccgaag gcgtcagcat
    45361 ctcgccccgc gaagtgacgt ggcagcagtg catccacttc gccacctcga atggtggcgg
    45421 cgtcaacttc ctctgccggc agcacggctt cgcgctgcgc gtcgtcgacg tcggcgtgga
    45481 ctacgacttc ccgcccgagc tccccatcat cccccgcaag gtgcgccgcg gcacgcgcaa
    45541 cttcctccac gagccagcca tgaccgaggg tgaactggac gcctgtatcg cacacggtgt
    45601 ggaggttgtg cgcagcgtcc acgatgccgg ttgcaacgtt gtcagcttcg gcgagatggg
    45661 catcggcaac acctccgcct cctcgctgtg gatgacttgc ctcgcgggca tccccttaga
    45721 acgctgcgtg ggcgccggct ctggcctctc cgacgcgggt gtgcgccaca agctcagcgt
    45781 gctcagtcgt gcgttggaaa actatacggg cgatgggtca gccatcagca tcatgcgtca
    45841 cttcggcggc ttggagatgg tcgcagccgt cggtgccatc ctgcaagcgg ccgagctggg
    45901 catgctcatc ctcgtcgacg gctttatcct gactaactgc atgctggccg ccgccgccat
    45961 ctgcccggat gtaatggcct acgccatctt cggccactgc ggcgacgagt cgggccatcg
    46021 ccttgtgctc gatgcccttc atgcccgccc attgctcgat ctcggtctgc gtcttggtga
    46081 gggcacaggc gccatctgcg cctatcccat cgtcgactcc gccgtccgca tgatcaacga
    46141 gatggacacc ttcgagggtg gccgcatcac gaagtatttc tcttagcgca tcttctaact
    46201 accctttaac tactcagcgt tatgatcgat gacatattcg cagccctcac cttcttcacg
    46261 cggctgccgt ggtggcggtt gcgccaagtg cccgccgaca gcttcaagcg tctcgtcgcc
    46321 tattggccgc tggcgggatg gctcacgggc ggcgtgatgg cccttgttta ttgggtgatg
    46381 gtcatggcag accatccctt cctcttcggc ttactgttag catggattgc gcggctgctc
    46441 ctcaccggcg ccctgcacga ggatggcttg gccgacttca ttgacggctt cggtggcggc
    46501 cgcacacgcc aacgcacgct ggccattatg aaggattccc acatcggcac ctatggcgtg
    46561 cttacgctca tcgtctacgc cgccctctgg ctctgcgcca ccaccatctt ggccggttac
    46621 atggaggaat acttcttctg cctgctcttc cttggcgatg tctgggctaa atggtgcgcc
    46681 tcgcagatga tcaacctcct gccttacgtc cgtcgtgaag acgagtgtaa gatccaagcc
    46741 gtttacgatc ccatgtcgac ggcctccttt ttcaccgggc tgctcttggc cttcgtgcca
    46801 ctgatggccg ggtcggcgtg gctcttttgg gagggattcg agttcctcat cggtgggtta
    46861 tgggtatcgg ccgctgtaac catcggcgtc atgctgctgc ttgtgcgcta catgcggcat
    46921 cgtcttggcg gctataccgg tgactgctgc ggcgccacct tcttgctctg cgaactctca
    46981 tttcttatta tgctgaatat cgtatggatg tttttctgat tcgccacacc tctgtcgatg
    47041 ttccccccgg cacctgctac ggccacactg acgtccccct ccgctccacc tttcccgagg
    47101 aggcagcccg cgtcaagcaa cagctcgaca cccacacctt cgacgctgtc tacaccagtc
    47161 cgctcagccg ttgcacacgc cttgccacct attgcggtta tcccgacgcc ctccgcgacg
    47221 accgtctgaa ggagatgaac atgggcgcgt gggagatgca cctcttcgat gccatcaccg
    47281 acccgcgcat ccgcgagtgg tacgacgatt acttgcatgt ggcacccacc ggcggcgaat
    47341 cgtatcccga gatgcagcgc cgcatctccg ccttccttga cgagttgaaa ggaacgagtc
    47401 accagaaggt tgccctcttc gcccacggcg gtgtgctgat gtgtgcgcag gtgtatgctg
    47461 gaaagatgct ccccgccgat gccctccgcc agctcacccc ctacggaggc atcatacaaa
    47521 tcaccctctg aacggccctt aaagtcccaa ttaatagtga gaaaagccct tggtatatcc
    47581 acaccattag gggttgccct cgcctgcctg cacaaatact tttgcccccg aaaaatttta
    47641 attacaagaa agaaatggga aagacagcca tcatttacgg ttcgaccaca ggtacgaccg
    47701 aagacatcgc aggccgcatc gcctcgcaac tgaacgtcgg taaagaagac atctacgaaa
    47761 tctctaaagt cacggccgac accgtggccc cttacgacac cttgctttta ggcacctcta
    47821 cttggggcag cggtgacctg caagacgact ggtacgacgg cgtggagacc ctcaaggggg
    47881 caaatctggc cggaaagaag atcgccctct tcggctgcgg cgacgcgtcg tcttactccg
    47941 acaccttctg cagtgcgatg ggtacgatct ataacgacct gaaggattcg ggcgccacgt
    48001 tcgtgggccg tgtggatccg tcggattaca ccttcgacag ctccgacgcc atcgtggacg
    48061 gacagtttgt cggcctgccg atcgacgaag tgaacgagcc ggagaagacc gacgatcgca
    48121 tcagcaactg ggtagcgtcg ctctaacacc atgcgtcatg gccgccgaga cgaagccgat
    48181 agcaggatcg gccgagatta aagtcttgta caatcatatc tatgagtaca agaaaggtgt
    48241 ccggaatctg atcctctaca cgttgaacga gcaatatgtc cccctcgcct gcgagcgatt
    48301 ggagaggcag cgtatccctt acctcattca gcgcgcggga aggagtaaca tcaatatcta
    48361 cttcggacaa cccgagtgcc tcgaaacgat tcgaggcttc gtctcccgac cattgaacag
    48421 gcttacgcct gaagaggatt ttatcctcgg tgcgctactg ggatacaaca tttgcgaaca
    48481 gtgcaagcgc ttctgtacga aaaagaagag ggcttgccgg gcttgattaa ggaagaaaag
    48541 aggtgcttcc cccccccacg cacgggcggg aggcgcctct ctttttttgt atcgattgct
    48601 gccgattggc agaagacctt agattgtatt tcctttgacc cccagttgag aaaacctttt
    48661 aatggagtga attatgaaaa tagaaaagat taccgcccgc gaagtgttgg attcgcgcgg
    48721 caaccccact gtggaagtgg atgtgagatt agaatccgga ttcatgggac gcgccagtgt
    48781 gccgtcagga gcctcaaccg gtgaacacga agccctcgaa ttgcgcgatg gcgacaagaa
    48841 acgctatggc ggcaaaggcg tgctcaaggc tgtggacaac gtcaacaagg tgattgcgcc
    48901 tgcgctgatt ggcatgtcgg ccttggagca gcgcgccatc gaccacaaga tgttggcact
    48961 cgacggcacg ccgacgaagt cgaagctcgg agcgaacgcc atcctcggtg tgtcgctggc
    49021 tgtggctaag gctgctgcaa actatttgga gctgccgctc tatcgctaca tcggcggcac
    49081 gaacacttac gtgatgcctg tgccgatgat gaacatcatc aacggtggcg cgcatagcga
    49141 tgcgccgatc gccttccagg agttcatgat ccgtcccgtg ggggctactt ccttccacga
    49201 agggttgcgg atgggcgctg aggtgtttca tgcgttgaag aaggtgttgc acgatcgcgg
    49261 actgagcacg gccgtcggcg atgagggtgg ttttgccccc gcactgaacg gcacggagga
    49321 tgcgatcgag tcgatcttgg ccgccatcaa ggctgcggga tacgaaccgg gcaaggatgt
    49381 ccgcatcggt atggactgcg cctcgtcaga gttctacaag gatggcatct atgactacac
    49441 caagttcgag ggcgccaagg gcaagaagcg cacggccgat gagcagatcg cttacttaga
    49501 ggagttgatc aataagtacc ccatcgattc cattgaggac ggcatgagcg agaacgattg
    49561 ggagggctgg aagaagctca ctgaccgcat cggtagccgc tgccagttgg tgggcgacga
    49621 cctgtttgtg acgaacgtgg agttcctctc caagggcatc aaggagggtt gcgctaactc
    49681 gattctgatt aaggtgaacc agatcgggtc gttgagtgag acgctcgacg cgatcgagat
    49741 ggcgcaccgc cacggctata cgaccgtcac gagccaccgc tcgggcgaga cggaggatgc
    49801 gacgatcgcg gacatcgctg tggctacgaa cagtggacag atcaagacgg gatcgctcag
    49861 ccgtagcgac cgcatggcga agtataacca gctgctccgc attgaggagg aactgggcgc
    49921 gctggcggtg tacggttata agcgtgtgaa atgaaatact tctgaatcag gcataattca
    49981 gagcttttat aatgagtatg gagaggcgcc ctcgggatga gggtgcctct ctgttttttg
    50041 ggggcggtgt cagcgggcgc gtcggcggag ctcggcgcag atgatggcgg tggagatggc
    50101 tacgttgagc gactcggcgc cgcggcggtc ggtggggtag cgggggatgc cgatccgacg
    50161 ggtgatgagc gcggcgacgt cggggcggat gccgcgtccc tcgctgccca tgacgaggag
    50221 gccggacgtg gcggggggtg tgtcgtagag cgcgaggcca tcggcgaagg tgccgtaggc
    50281 ttgggtgtcg gggtggcggc ggatgaagta ggggaggtcg gtgtagtgga cgcagacgcg
    50341 ggcggtggag cccatggcgg attggatggc tttggggccg aaggcgtcgg cggtgtcggg
    50401 gctgcaaacg agctgggtga agccgaacca gtcggcggtg cggatgatgg tgccgaggtt
    50461 gccggggtct tgcacgccgt cgagggcgat gacccactgg tgtgtggggt cggcaaggcg
    50521 gaggtcggcg tcgtcggggc ggcggaagag ggctacgact tcggggggcg acttgaggag
    50581 gctggcgcgg ctgagtgtgt cgcggtcggt cgggatgcgt tcgcagtcgg tgggcagctg
    50641 gctggcgtgg gcctcgaacc actcggggag tgcggcgatc cattggcagg cgaaggtgct
    50701 gaggaggtca gtcaccgtct tgcttccctc ggctacgaag gcgcgttgct cgtcgcggtg
    50761 cttcttcaat tctaatgcgt gcacctgttt gatttttgct ttgctcagca tggggggaaa
    50821 cgaaaaacga aaaacgaaaa gggaaaaatg ccgggtacac gtttgggggc gtgtatccgg
    50881 cattgtcatt accaatgatc aagggctgta ggggcgtatc gcatacgccc tacatgtacc
    50941 cggccgccgg ttggggcgtt cgtcgccgct ggcgacgttt gatgggcgta tgcgatacgc
    51001 ccctacatcg gcggccctac aggccgctgg ggggatcatt gcccgtcggg ttttttgggt
    51061 ggttcggagg gcacgtggat gtcgtcgcca ccgccgctgc cgccaccggg tttaggggtg
    51121 ggttgctcgg tgtcaccggg cttcttgggt ggctcggagg gctcgtggat gtcatcgcct
    51181 ccgccgggct tcttcggatc cttcggatcc ttcggctgct tggggtcttt gggggccttg
    51241 gggtctttgg gcttctttgc agccttcttt tgggcgaggc tcttttggaa ggcgttggtc
    51301 gtttcttcca tgcgttggtt catcttattg acgatggaca cgatgagggg acgctcaacg
    51361 ggcgcaatgc cgtagtaata ggcggctttg aggatgaaga cgatctgctc gtacatggcg
    51421 tccgtcttgg cgcgagccac cttggcttgg gggagtttgt tgtcggctcg agtggcggag
    51481 cgggcgtcgt agatctgacg gaattcggcg ttggccgtct ctaacttttg aagggcagag
    51541 gttagcttca atgtggtgac atacggcgca ttatccgtct tctggaagtc acgcagcaaa
    51601 ccgttaatga aggccgattc ctgatcgaga ccgagctttt gaatgccgta atacggtttt
    51661 gcaaccacat ttaattcgtc tgcggctgta gccatggctt gctccggcga caatctgttc
    51721 gtgcgaatcg tattgaagat gaatgagagc aaatcgtcgc gctcttcatc tttcttcatc
    51781 attcgctgcg tgttcaggct ggcttgcgtt tcgcgattga tctcttcttc gacgtcaaga
    51841 tccgccttgt aagcggtgat tttctcagcc ggaatgccaa ttttcgtggc atcggctgcg
    51901 tgaaggaggt tgtacacatg attatggtat tcaaagtgtc gaccgttgtc aagcctactc
    51961 agcctgatct gattgattac gataaattct tccattactc gttttgtttt taggtaagca
    52021 tttctatgtc tgatcgtttc aagattgggt tccgactcct gtcttgaccc gagatgaggc
    52081 tcagattgga ttccgactcg tgtcttgacc cgagatgagg ctcagaaagc attcaaactc
    52141 gtgttttgac ccgagatgag gctcagaaag cgttcaaact tgagttttga cccgagatgg
    52201 ggctcagaaa gcattcaaac tcgtgttttg acccgagatg gggctcagaa agtattcaaa
    52261 ctcgtgtttt gatcttagcc ggggcgaaag tagaaagatt cgagagccta caaaggccgc
    52321 ctattataat taggagtcag gcggggaacg cctgactcct aattggtgtc acttgctctc
    52381 gtcgagcaat tccttgatcg cctccttatc gaagcccagg tcgtgagcga ttttgaagag
    52441 gtagatcttc tccgtggggc ggacgatttc gatgggggag gggagagaca ttcccgttat
    52501 gtggcgtctt ccgtacctca ttctgtcatg accaaggtta gatcattctt gttcgggcgc
    52561 ataaacgagc cgccgaaccc ctcactggtg cggtaggcgt gcatggagca gttcgcccgc
    52621 ccgtcgttgt aatattccgt cagggagagc tcgctcgtct gggtgttata ccatccatgc
    52681 acgatgatcg ggcgcgcgcc ttgtgaatga taactgtagg tgccccgcac ctcctgctgt
    52741 ccgtagtcat tggcaggctc gaaatagagg tcgaactcgc agcggatgtt gccttggatg
    52801 tggccgtgat aggtctggtg cgatgcctct gcgctcggcg cctcccgaat gtttgcctcg
    52861 gtggattgca cttctccctg ccgttgctgc agcgcggagg acgacgcgct ggcgctcgat
    52921 gaagacggac tgtcgctctc cttgtcgtcc aagagaacaa agtcatccca atcgagcgat
    52981 gggaaggcca tgccaaagat cccgaagctg acggtcttgc cctcggggta aatccgattg
    53041 acgatccgcg catgcgacca gaatgtgccg gggacatatt cgatcttgtt caacttgtcg
    53101 aacttctcga gtatagctcc ctgcacggtc tcggtgttca tagccatcga gaggaagggc
    53161 ttaagcactg agccgccgaa gaagctgagt atatcgcccg cttgatcttc tgcgcatttg
    53221 acggccttct cgcggatctc ttcgcgatgc tcctctaagt cgggcactgt ccacgtggct
    53281 atcagcccaa gaatgacaat gagtatcacc ggcacgacca gggagatgat gaggcagccg
    53341 gtggctatct tcttctgctg cttcttttcc tgctgtttct cttgctcttt ggcctgctct
    53401 tcgggcgatt taatggtggg cggcggattg cttactaacc actcgccaca gtgtttgcat
    53461 ttgatcgccc ccggctgtat gtcttcgccg cagtaggggc attgccgggt tgattgtgta
    53521 gcgttgttat ccatatctct tattggtttt atgggttacg gtaatttcat gatgggccaa
    53581 tggatcacga gcgagaagac gaaggatacg gcgcctatcc atagagaacc gcccccgacg
    53641 actgcgcccc agcaagccca gaggaaggag atggcaatgc aatagaggaa gcgcaccgtg
    53701 tggaagctca tcaacaagag ccccccgatg ccagccagca ccacctgcca ccaactccaa
    53761 tcgcgggcga aatagagcag cgtaagggcg attccgcact cgaccatcat caagcacccg
    53821 gccgtcgata tgccttctgt cgccttttca gctttccggt ctttctcttt caagcgttct
    53881 tccaaggccg gatccaccgc ttgggggatg ttattctcgc gctcgtagcg ctccttggca
    53941 aacttgttga gccagctgcc gcaataccga cacttcatgg cgtcgatctt gatccactcc
    54001 ccgcagtggg ggcatttctt ctctaaccat tcgccgcagt gcttgcactt cttagccgta
    54061 gccaagatct cctttccgca gttcgggcag gcaatcgccc cattgctttt ttcttcagtc
    54121 gttatgcttt tcggctcatg cgccgtggtc atcgctggtg cggtagggat gtctggagga
    54181 gcaaccgtag ctatctgttg ctgtggtgca gcaggtgtgg gcttaggttc gggcattgtg
    54241 ggaggcgtcg gtatctgtga ttgctcggcc aaccattcgc cgcagtgcct gcacttgatg
    54301 gctgtgggtt tgatcttttc cccgcaatag gggcaccgtt tggttgcttc ttcagtcatg
    54361 gtgattgctg tgctatttct gtttatggca ggttgatcgt cttggagcca ttgtcaaaca
    54421 agatttctgc ttgcctattt ccgttggtca actcgatgcc tcggcctgaa gcgatgcagc
    54481 taaagttgtt ctcgaaggtg ttgtaggaga tgaggtattc catgtaggcc atgccgccca
    54541 ttgaataggc gttgttgctc cccacgaagt agaaccgatc gccgtcggcc acaatttgct
    54601 tgacgcccat gatttccggc ttatcaccct tccgtgcggg cggcacatcg atgccagtca
    54661 gggtgatcac acgcaccttc ttgttctcca agttgtactg atagatctca tccatgtagt
    54721 ccggacgcat gtagtaggcg caatgccggc ggtcgtcatc gtagcggatg atcaggctta
    54781 ggtctttcgc ggtcaatgtc tgcccattgg catcgtagtt actggaatta gctgcagcca
    54841 ccacctcgtc ggggatggcg ttcggatcgt tgtcgtccgc tcccgtggcc ggtgcttccg
    54901 tttcggcagg agccacgggt gtgggcaggt tctcttgcgg cgcgtcgcct gtctctttgt
    54961 tcgagcagga gaacatcatc acgctgcaca gcatccacag ggatgcgatc attgttattc
    55021 ttttcataca cgttgagtat tgattagtcg ataggagtgg gtagagccca aagcgcacga
    55081 agcctcacct cgcagaaggc taatccttcc gcagggcatt aaaagcacgc tgtgcttgtt
    55141 cctaaatgtt aaacgggggg gggtattttt aacaaccgtg caccaaaatg ccttctcggg
    55201 agcttcttca tgcagtctgt ggagaggctg cgtcatgttt gggtttgaaa tcttcatcgg
    55261 tgcaatcaaa cggttgttgt ttttcttaac ggctgcaaat atagacgcac ctttttgcga
    55321 gagaaataaa acggatgtct ttttttggat atgggtgttt gctctacgaa ggggcacgcg
    55381 ggggacgggg tgcacgcgca tatgcctctc cagcacgtat ctggttaatc attaacaatc
    55441 aatcattgcc cccctccctt tccttatggt ttccgctcaa accggtagag cgtcacgcgg
    55501 ctgcggacgt cggagagggt gcgggcggag tgagtgatgg gttggaaggt gtacgtctgg
    55561 ccgaagcgtt cggagaggag agtgctgtcg cgatcggcgg agaggaagca gcctgcggcg
    55621 gggtgctccg cgtcgaagtt gcggaagcgg ttgcctaagt agaagttcag gccatagagg
    55681 ttggtgaagc ccgcgcggag gtcgttcatc acatagatgc ggccttgctc gtcggggtat
    55741 tcgtggcgga tgcgttcggc aaaggcgcgt gaggaggtgc ggttgcggag gctgtgcatc
    55801 acggcgccat cgacgaagag gttcagggca acggtgagga aaagcgaggc gtagaggatc
    55861 ttgatgttga tccgtcgcaa catttggtag ccgacggtga gcagggcggt ggctaagatg
    55921 acgagcacga tgatcgtgcc gaccgagggg tgggcaaggc cttgggctac ggcgctgacc
    55981 gtctcgagcg tggcgctgcg ctgcgtgaat cgggtggcga tctccaccgg gcgtagggca
    56041 ccggaggcgg tgagtacagc aacaccaaac gctgcggtgc cgattacggc tatgaaagca
    56101 gcaaagacgc gggtgcagcg tgagcgatgt tcggcgacgt aaagcatggc ctgtgccaca
    56161 aagagagaga tgaaggggta agcgggcatg aggtacacgc tgcgtttgct gctcggtatg
    56221 gtgtagaaaa agacggtgca cacagcgacc acgaggctga agaggcgcac gcgatccatc
    56281 gccagaaggg cgtcccaaac ctgatgcacg cggtggccga aggtggggcg ctcgacttgt
    56341 gcagagtgtg gcttgcggtt aaagccgaag agggagaaga ggagtagcag tgtccagggc
    56401 aggaagccag ccaggagcgt gacgaagttg taccaaacgg gttccttgtg ccccaggtcg
    56461 tacgggatgg cggcctcgct gaggtggaag aagcggccga agttttcggc taatacgacg
    56521 ttgaggaacg cgtcgccgcc ttggcgccac gccgcgatgt accacaagag gggcaggaag
    56581 gctgaggcga cggcggtgta aagcagcgcc ttgaagattt gcaggagcga gtatttccga
    56641 agcagcagca ggtaagtgcc gaagatgaag agcggcagga tgatgccgac cggccccttg
    56701 gtgagtacgg cgccactgag cagcaggggg atgacgatgg ggagcccctt gagcgatagt
    56761 ttttcctccc accgatacat ctgcaagagt gcggcgacga tgaagcctgt cagcaccatg
    56821 tcgacgcggg cggtcatgcc ggcacggtgg atctcgacgc acgtgagcat gacgcagacg
    56881 gcgatgaagg cttcctgaaa gcgcacgcgt cggccgagga agatgagcat catggcgccg
    56941 agcacggtat aggctacggc cgaggggagg cgggcggtca gctccgtgac gtgtccgcca
    57001 ggcagtgagg cgagggccat catccagtgc accatcgggg gcttgtaggc aaactcgtcg
    57061 gcgtagacct tcgggagcgt ccagttgcca gtctcgagca tggagacggc cacagaggct
    57121 tcgcgcggct cgcctttcgt ggagaagtcg ccggtggcga tccagggcaa gatggtgagg
    57181 aggcagagca cgacgatcgt cgtgacgggc ttctgcaggt agaggtattg tagggcggag
    57241 gcgcgcatga tgtgtggggg aattaggttt taccgcgggg ctttgcggta gaggtgaatg
    57301 gtgatgaaga ggtagacgat gttgggtatc cagacggcga tcatggggct gacgtagccg
    57361 ctgatggcga aggtggacgt gatcttggag aagaggatgt aggagaagct gagggcgaag
    57421 ccgatgccga tgttgaggcc catgccgccc ttgatcttac gtgaggagag tgaggcgccg
    57481 atgatggtca ggatgaagaa ggagagcgtg gtggcgatgc gttggtgata ttcgatctcg
    57541 aagaactgtg tgttgctcag cttgcgttcc ttctgtcggc ggatgtgggc ggcgagctgg
    57601 ggcatggtca tcgtttcgca gtcgccctcg gagatgagga agtcggaggg catgaaggtg
    57661 agggtcgtgt ctttgcgttc gccgctggtg atatgttcgc gcatgccgtc gaagtcgcgg
    57721 atcatatagt tgatgactgt ccattgatac agcgagtcgt aatagatggt ttcggccgta
    57781 aggcgtgaga cgagattctt atccttaaac cgatcgatgg agaagtggta acccatggag
    57841 gaggtggcgt cgtaacggtc gaagtaggcg aagacgtcgg gctcaacctc aagctggatg
    57901 ttatgggcgg aggagacttt cttgtcgcgg atgtgggcgt tttggaagtt gatccgcacg
    57961 atgttggccg gggggatgat gtaggcgttc agcaggtagt tggccgaggc gatgatggcg
    58021 gcggcgatga ggtaggggcg catcaggcgg cgaaagctga cgccgcaggc cagcatggcg
    58081 atgatctccg acttgtcggc cagcttggag gtgaagaaga tgacggcaat gaaggtgaag
    58141 agcgggctga aaatgctgat gaagtagggg atgaagttca ggtagtactc gaagacgatg
    58201 ccgcggagcg tggctgtggc gcgggcgccg acgaagtggt cgatcttctc gttgaagtcg
    58261 aacacgacgg tgatggcgat caccaagagg atcgtgaaga cgtacgtgcc gaggaacttg
    58321 ccgatgatgt agcggtcgat ccgcgtgagg ccgagggagg ggaagcgtag gcgcattcag
    58381 agacgttccg agagttgttt gaccatcgtg gccttccaca tcgtgaagtc gcccgacagg
    58441 atgtgtcgtc gagcctcgcc gacgagccag aggtagaacg cgaggttgtg gatggaggcg
    58501 atctgcaacg ctagcagctc ttcggcgcgg aagaggtggt gcaggtaggc gcggctatgg
    58561 cagagatcga cggcgcagtg gccgtccggg tcgatgggtg agaaatcgtc ggcccatttg
    58621 cggttgcgca tgttcatcgt gccgtgtgcg gtgaagagtt ggccattgcg tccgttgcgc
    58681 gtcggcatga tgcagtcaaa catgtctacg ccgcgctcga tagcttctaa gatgttcacc
    58741 ggtgtgccaa cgcccatcag gtagcgcggc ttgtccgtag gcaggatggc attgaccagt
    58801 tcgatcatct catacatcac ctccgtcggt tcgcccaccg agagcccgcc gatggcgttg
    58861 ccgtcagccc ccacctcggc cacgcgttcg gctgcccgcg tgcgcaagtc ggggtagacg
    58921 cagccctgca cgatggggaa gaggctctgc tggtagccgt agcgcggctc cgtctcctgg
    58981 aagcgccgca cgcagcgccc gagccatagc tcggtgaggt tcagcgaacg ctcggcgtag
    59041 gcgtgatctg cgttgccggg gcagcactcg tcgaaggcca tgatgatgtc cgcgccgatg
    59101 gatcgctcga tgtccatcac gcgctcgggc gagaagaagt ggcggctccc gtcgatgtgt
    59161 gagcgaaact cggcgccttc gtccgtcagc ttgcggcggt cggccagcga gaagacctgg
    59221 aagccgccgc tgtcggtcag tatcggccgg tcccagccat tgaagcggtg cagcccgccg
    59281 gcgcgctcga gcgtgtcgac gcccggacgg aggtagaggt gatacgtatt ccctaagatg
    59341 atttgcgcgc cgacctcggt tttaagttcg gccatatgca cggccttgac ggcgccttgc
    59401 gtgccgacgg gcatgaagat gggcgtttct atcgcgccgt ggtcggtcgt gatgcgcccc
    59461 gcgcgtgcct tggatcggct gtccgtttgg atcagttcaa aattcatggc ggcaaaagta
    59521 gtagagggca gaaatcgggt gggggaggat atataatagg tatagggcgg ggcgaaaaaa
    59581 aggagacagc ccacaaacac cattaaaagc gtccatgagc tgtctcacag ggggggaggg
    59641 tttctttaac tgtggtgcca ccgggaatcg aaccagggac acaaggattt tcagtccttt
    59701 gctctaccaa ctgagctatg gcaccgtgcc ctttttttct ttgcggccgc aaatatgaac
    59761 ggatagctga ctctacacca aatccgccac acaaaaaaaa ctataaaaga atcgacggct
    59821 tgtcgggctc cctccgaacc gttttgttct gaacgtttta cgggcgcggc ttactgcgtc
    59881 tgtttttcgt gagaaacacc tctcgcgacg ccatttcgcc ttttcgcagc ctcgtttggc
    59941 agcttggacg gctcatccac gacccgaaat ctcccctcaa ctgcgcagac tgcgcatcgc
    60001 ctccctgcgc ggcctcagcg tcttacttgc gggtttattg ctttatgtat ggatgaaaaa
    60061 tcggacagat ctgacgctta atctatatgc aaggattttc tcgccatgag aaaagtgact
    60121 tacacactat gtctggaaat aaaatcctcc ggaaagtacg ctcatacata gttcgtggaa
    60181 ataaaatcct tcggaaagca cgctcataca ctatgtatga gtataaaatc cgtaggaaat
    60241 gatactcata cactatgtct gagtataaaa tccgccggaa atgatgctca tacactatgc
    60301 ctaagtataa aatccgccag aaagtatact catacactat gcctaagcgc actttattgc
    60361 agcaagaaag accatgaaca ctgtctaagc atggctttta tcgtattgtt taatcataag
    60421 aacagaataa gtcagatata tgaaagaaaa aataccgaca catactgccg atggatcatt
    60481 tctgtaagcg tttttagcga tacatttcgg cataaacctg aaagtgagcg aatggggcgg
    60541 cgcaaggagg cgatgcgtcg tccgggcgag tgaatggggc ggcgcaggga ggcgatgcgt
    60601 cgtccgggcg agtgaatgga gcggcgcagg gaggagatgc gtcgtctggg cgagtgaatg
    60661 gggcggcgca gcttgaaaag agcggccgaa gctcgtatgt gggaatattt acttttggcc
    60721 ggcaataaaa aaccagtaac aggagaagag aatatgagga aacaatggat cgcgatggtt
    60781 gcggcggtgg ccctctcggc ggcagcaaat gcgcaagagg ctgcggaact ttttgtgaat
    60841 atgcctgagg tgcatctggc agagctggat gctgacgcgc ggagggagct ggtgaagctt
    60901 tacgacccga aatcgaagga ggaggtgaag gcgaaagtgc cgaacgcgct gaggggagag
    60961 gcgagaatta cgctgttgac gccagattac atatcgctct atacgagcca gcggagccgc
    61021 atggagctca ggcgattgcc cctcgtgaac catacctatg tgatctgctt aataacgacg
    61081 gtcgaggggc cggcgatgga tagcagggtg gagtttttca cgacagattg gcagccgttg
    61141 gtggcctcgg agctgtatcg gccggcgagg atggaagact tcctgcgcga gggggtggat
    61201 acgaccgagg cggactatgg cgacatcaaa gcggccgcgg atatggagct gtttcgctat
    61261 tcgctgagcg ccgagaaacc cgtactgacg gtgacgtaca ccacgccgga ttatttcaat
    61321 gaggccatgc gaaagaaggc tgagcgatat ttcgataaag cggccatgcc aaggctatac
    61381 aaatggaata acgggcgctt tgatttcttg aaatagatct tttatcaaca tacatatgat
    61441 atgaaccgaa agtatttttt agtagcagca ttaattccat tgatgatgac aggaaatgca
    61501 caaacgcaac cagcggcaac accggctggt ggtgatgcgg gtattcgcat cgaaaatttg
    61561 gacaagtcga tggctccggc cactgacttt tatcaattcg cttgcggcgg atggatgaag
    61621 aatcacccgc tgacgggcga atattcgcgc ttcggctcgt tcgacatgct ggcggaaaac
    61681 aaccgcaagc aactgaaagg gctgatcgag gaaatcgctg ggcggaagaa cgaaccggga
    61741 tcggtggcgc agaagattgg cgacctctac aacctggcga tggacagcac ccggcgcaat
    61801 gccgaaggcg tagcgccgct caagccctgg ctcgaccgcg tcagcgccgt gaaggacaaa
    61861 aaggaactct ccaccctgct gccggagatg atgctcacgg gcaccagccc cttcttcggc
    61921 gtctacgtgg atgccgatgt gatggacagc aaacgcaaca tcttcgccac ctatcagggc
    61981 ggactctcgc tcggcgaacg cgattattac ctcgagaacg acgagagcac gaagaagatt
    62041 cgcgaggcat tcaaggaaca cattgtgaag atgttcgagc tcttcggtta ctcaaaggcc
    62101 gatgcacgca aatacatggc cgacgtgatg cgtattgaaa cgcgtctggc ccgctcgcat
    62161 ttcgacaagg tgaagctccg cgacccctat gccaactatc acaagaagcc gctcagcgac
    62221 ttgcaaaagt tggtcccgaa catcgactgg acgaagttct tggccacgct caaggtagac
    62281 gtcaaggagc tctccatctc gcaagaggag ccgatgaagg aggtctcgaa gctaattgcc
    62341 gacgagccgc tctcggccat caaggcctac ctgacatggc aactgatcga cgacgcagcg
    62401 tcagcattga gcgacgcggt gtatgaagag aacttcaact tctacggccg cgtgctctcc
    62461 ggcaagacgg agatgcagcc gcgctggaag cgtgcgcaga gcagcgtgag cggcggtctg
    62521 ggcgaagccg tggggcaact ctatgtagct aaatacttcc ccccagcctc gaaggagcgc
    62581 atggtgaacc tcgtgcacaa cttgcaaaag gcgtacgccg agcgcatcca aaagctcgac
    62641 tggatgagcg acgaaacgaa ggcaaaggcc atcgaaaagc tgaacgcctt ctacgtcaag
    62701 atcggctacc cagacaagtg gaaagactac tcgacgctcg agataaagcc cgaagattcg
    62761 tacctgaaaa acatggagcg cgtcagccgc tttgccgtgc gcgaaatgtt ggacaaggcc
    62821 acgaaaccgg tggatcgcga caagtggtac atgacgccgc agaccgtgaa cgcctactat
    62881 aacccgacga cgaacgagat ctgcttcccg gccggcatct tacaataccc cttcttcgac
    62941 atgcaagctg acgacgcctt caactacggc gccatcggcg tggtgatcgg tcacgaaatg
    63001 acgcacggct tcgacgatca gggccgccaa ttcgataaag atggcaacct gaaaaactgg
    63061 tggacagaag ccgacggtgt gaagttcaac gagcgcgcca aggtgatgtc cgacttctac
    63121 gacagcatct acgtagcccc cggcgtgcac gccaacggca agtttacgct cggcgaaaca
    63181 ctggctgact tcggcggcct gcagatcgct taccaagcct tcaaagaggc cacagccggc
    63241 cgcccgcaag aggacaagct cggcttcacg cctgaccaac gctttttctt agcctacgcc
    63301 gccgtttggg ccagcaacat ccgcgatgag gagattctgc gcctgacgaa gacggacccg
    63361 cacgcactgg gtaaatggcg cgtcaacggc gaacttcctc agattgatgc gtggtatgaa
    63421 gcctttggca tcaccgagag cagccccatg tacatcccga aagagaaacg cgtaacgatt
    63481 tggtgaaata agatagatat gaaaacacga gccttcatgc tcgtcgcaat ggtctgcctc
    63541 gcaagtgctt tgcgccttgc ggggcagtct tttcatgccg acgagataaa gaaactgaag
    63601 accttcctcc ggcagaaatc cgccgtagcg gggaaggcaa actatgagca attgggcgtc
    63661 gctgatacga atgcgatcaa ctgggccgcg cttccgggcc tcacatgggg cgacgacggc
    63721 cggctgacgg ccatcaagtg ggacagcaag caattggccg gcagcttaga tctttcaggg
    63781 ttcacctccc tccgagagct ccattgccag cgcaatgccc tcaccgagct cctcctgacc
    63841 ggcgacacgc tgctctacta caccgattgc tacaacaacg cgttcacggc gttggatatc
    63901 acgacaaacg tcaacatgga gcacttctgc tgtcggtata accgactcac caccctcgat
    63961 gtgtcgcata acccgcggct taccttcctc tgcttgagcg gaaacctctt cacccacttc
    64021 gacatctcgc acaatccgct gttgaaggaa ttttacatcg ctaattgccg tttggaagca
    64081 atagacttct cgcgcaatcc gcatttgcag cacctctccg tgcgcagcaa tcggctgaag
    64141 cgcctcgacc tttcgggtca cgcggagctg attcaggctt tgtgttacga caacgaactg
    64201 acggaactca acgtaagagg ctgccgcgct ctccagcgcc tctcggctta cgataatcgg
    64261 ctctccgcgc tcgatctcac agattgccga gccttagaga acctcccgct ttacaacaac
    64321 gccattgccg cgctcgacgt ctcggcttgc ccgcgaatca atttcatgtc gttgatgaat
    64381 aatggcatgc acaccctcaa attacctgac aagccgaagg ataagttgga gatcatgtgc
    64441 gcagtcaatc ggttcactta ctccacgctt ccagatgcca aatatcttcg ctcgtacgcg
    64501 ccgcaggcga aggtggccgt caatatgccg acgaacaaag tggatctctc gagcgaatat
    64561 caggtaggcg attccgtctc caccttcact tgggcaagcg gcagcacgcc aatcacccca
    64621 acgacagcgc atgacgggca tttcactttc cctgcagaca tggagggaaa gacgctgacg
    64681 tgcaccatta cgaatggcgc ttaccccaag ctcacgctta cgtatgaagt catgttcacc
    64741 gcgcccgtcg cctctgcggt cgttcccgat gcgtcggcga caataagcgc cagcgccgga
    64801 agcctcaaga ttcttaccgc tcgaccgctt accgcttgca tatatacact taccggatcg
    64861 cttgtcatcc aacagcgtat tggtgtggga gaaacgaacc tccccatcgc tcacggcatc
    64921 tatatcgtaa cactcagtga cggaactgtg cgaaaggtgt ttgtggaata gcatacaata
    64981 acattcgcca atctaaagcc cctgcaagta ccgatttgta ggggcttttt ttcgctttgc
    65041 tttgagcgga aataaatgct tagtgccata tatctttcgg caaataggct atacctatat
    65101 gtataattac atagcgtgag cgtttttcaa ttcatcaaat taaatactca attgcctcaa
    65161 gcaaatggac gttttatatt gaaaatacgc aattgcctca ggcaaatgga catttcagat
    65221 tgaaaacacg caaaagcctc aagcaaatgg acgaatataa acaaaaacac gcaattgcct
    65281 caggcatttg gacgttttag attgaaaaca tgcaaaagcc ttaggcaaat agacgtttca
    65341 gattgaaaac atgcaaaagc ctcaggcaaa tggccatttc agattgaaaa cacgcaaaag
    65401 cctcaggcaa ttgcgcagaa aaaaattaga gagctcagcg ctttgcgctt tgagatgtaa
    65461 aagatgattg taattttgca gtgtatttct aatgaatgaa ttgaacatgt aatacaacac
    65521 agctttatga aaaaggtcaa attgaatgtt ccgcgcgtaa tcaccttcgt caaggtgaat
    65581 atcacaaagt tgaataactc actccatgtg cagtatcacc gcaaacaata cgatctcgtc
    65641 atggcggtag ataaaacgaa gctgaagatc ccggatacct tgccggagat gtggagcacg
    65701 ggaattaagt atgaaacgat ggtcgaccaa cggtcgtcaa tctccgccga aacggccaag
    65761 ctaaaagcga aagatcggga gcgtggcaat cagatgatga atattttctt aatcattcgt
    65821 gcacaaaaac attctcatgt cgagaatgtg cgagaagctg ctttgcgact ctctgcaaag
    65881 ctccgtacgt ataagcggat ccagcatatg ccttatgaaa tagagagcgg ccgcctgctg
    65941 agtatggaag acgatataaa aaccatgaca gctgaaatcg ctacgcttaa tctgacggat
    66001 gctttcgcga acctgaagaa attaaacgaa gagtttgaag aactccacgt aaggcgacgc
    66061 attggccatt ctgatgataa attacccttg gccgtcgaga tccgtccgca aaccgatgct
    66121 gcatttgaag ccatctgcca gtatattcaa tcggcttatc tcactgctgc cacagacgaa
    66181 gatcgtgccc ttatcgatca cttggtcgac ctgatgaata agacttcaga ggatttcaaa
    66241 atcttacaac gaaacctcac agcttctcat agaaagaata agcagaagcg cccaagcgat
    66301 aagaaaaaac gccccaaaaa accgaaagac ggtggtggcg acgacattca cctgcctgag
    66361 gtggaagagc cgaaaaagcc tgaagagggt gatagcgaaa aacctaagca acctgaagaa
    66421 gtcggcggcg gcgagacacc gcagccagag gcatagatcg ccggaggggt gaggctaatc
    66481 gatctgctgg atccacgaag ccgcacgctg cgacgcgccg cataaaacca tagccaaaaa
    66541 gaaagctccc gttgggggat caagaagatc cgctcaacgg gagctttcgc tttccggtgt
    66601 ttgttttatc tcactccaca acctcttcgt cagtgacgac agccgtcatt cggcgatcat
    66661 gcgcgtcgac cggaacgctg tcgaagagct gaaaggcaaa ggcgagtccg acgcacggca
    66721 ggctgaggtc tgagagcaaa cgatcgtagt atccgcggcc gcgcccgagc cggttcagct
    66781 ggcgatcgaa ggctatgccg ggcacaacga tcaggtcggg cttagcgctg tcgtccgagg
    66841 catcgctgag ggctggctcc caaatgtcgt aagcgccttg gcgcagactt tctgggcctg
    66901 cgtaagggcg aaggatgagg tcgtcgcctt gcacgacggg caaaaggagt tgcttgcggc
    66961 cgtaccaacg tgtcaggcag tcagcagtct gcacctcgcc gggcaacgcg tggtaaagtg
    67021 ccacgcaagc ggccgcttga aagagcgccg tagcttctaa gcggcgcagc gcttcgcgtg
    67081 agcgctccgc aagcacttct gggctgtggg cgcgcttcag cgctgccacc tgtttacgca
    67141 gcgcctgttt tcgttcgttg atggtcattt tgtgtacttg attttagcgg cgagggggat
    67201 tttgatgcgc ccaatggagc ggatgcgcga aatgagccgc tgttgccatg aattgctttc
    67261 cagctcgtgg acggcgcgtt gcaatgtggc gtcgtcgcgt tggtagacgg gatagaagcc
    67321 gtcgtagtcg aaaaagtgac ggacgatgaa ggcttcgatg gcggtttcga tgagcgggcg
    67381 cgagacttcg atgagcgtcg ggcgccgatg gacgccacac tcctcggcgt agtcaacgaa
    67441 gcggctgagg aggggttgct ggcgcaggta gccgagaagc tcggggtagg acttgaaagt
    67501 ggagagcttc cggtaattgc ggtcggcgta atcgagcgtg aagtcgtaga ggatgccgtc
    67561 ggtcatgatt tggttgtaat acgacgtgat gcgctccgtg tcgcgcggaa taaagatgtc
    67621 tggcatgatg ccgcctccgc cgtagacggt tcggccgcct cgcgttttgt aggcctcgga
    67681 tttgtcgaag gtgatgctgt cagccgtgtc gaactcgccg tggacgtagc ggttgtagat
    67741 atcctgttcg tattcatcgc ttttccccag ctcgtaagtc ttttggatgc agcggccgga
    67801 gggggtgtag tatcgcgcga tggtcaggcg cagttcggag ccgtcggaga gggggatggg
    67861 catctgcaca aggcctttgc cgtatgatcg tcggccgatg atcagcccgc ggtcgttgtc
    67921 ctgaatggcg ccggcaaaga tctcgctggc tgatccggac atctcatccg tgagcacaac
    67981 taagggcgcg tcttggcatg tcccgcggcc gtcggcaaag aactcctggc gggggtaggc
    68041 tttgccttgc acatagacga tcatctgccc ggcagggatg aactcgttaa tcatgttcac
    68101 ggccgcgtcc atcagtccgc cggcgttatc gcgcaggtcg acgatgaact tcgtgcagcc
    68161 ttgcttcttt tccttcgcaa ttgcggtgat gaactcgttg taggtggttc gcgtgaagct
    68221 gcggacctta atataaccta tgtcgcggcc gatcttgtac gacgcttcca ccgagcggtt
    68281 gggcacctcg ccgcgggtga cgatgaagtc caccagtttt tgagcatggt tacgctgcac
    68341 accgagcttc acccgggttc ctttctttcc gcggagggtg cgcatgatgc gcgcctgccc
    68401 gaagtctttg ccagcaaaga cggtatcgtt gatagcgatg atgcggtcga atggccttag
    68461 gccggccttc tccgcaggtc cgccggcgat aattccggtg acgagtatcg tgtcgctctg
    68521 taggctaaag gatacgccga tgccaccgaa cgacccttct aagtcgtcgt tgatagcctc
    68581 tacattttcg gcggggatga gcacggagtg cgggtcgagc tcgctgatga ggctctcggc
    68641 tgtgcggttg atgaggtcgt tcatgttcac cgtgtccaca tattgtgtgt cgatgatgtc
    68701 gaggatcgtg ttgattttgt ttttgcccgc attgataccg cggaggcggg gcgaccgcga
    68761 atagaggtag atgccgatcc acatgcccag acagaggctc acaagggcaa ggatggctcc
    68821 ccacaagaca tacttacgct gattattcat gattttcttc attgattctg atgtaatcta
    68881 ccgcaatgcc tgcgcgctgc agcaggcgga tgccctcgtc ggtgtgatac tcgtcggagt
    68941 aaaccacgcg cacaacgccg gcttgtatga tgagcttagc gcactcgatg cagggcgagg
    69001 cggtgatgta gatagttgat cctcggctgt tgtttgacga ggctgccacc ttggtgatgg
    69061 cgtttgcttc ggcgtgcagc acgtagggct tggtcacgcc gtcgtcatct tcgcagatgt
    69121 tttcaaagcc ggacggggtg ccgttgtacc catccgaaat aatcatgtgg tctttgacaa
    69181 gcagtgcgcc tacgcggcgg cgtttgcaat aggaattttc agcccagacg gcagccatgc
    69241 gtagatagcg cctatccgtc tcgtattgtt tcatttcctt atccgtcatc ggtacaatat
    69301 gaatgtgtaa tgcttcgtcc tttcgggcgt cgtcgtggag gcgctcgaag gggagcgcaa
    69361 aagtagcatt atgcctaagc ggtggatagg aaaatggatg ctttgcctat gccaacatgc
    69421 tgggggcgat ttttctcgtc ttttatattt gccctgcgaa aaagaaacag tgcgaatcct
    69481 taacccttaa tatctaagtc ttatgcctga tcaaaagaaa ctgaccgggc gatcgctgat
    69541 cgccatcgga ctgatgttgt ttgccttgtt cttcggagcg gggaacttga tttttcctgc
    69601 tgcgctgggg cagcgcgcgg gaacgaatgt gtggtgggcc atgatgggct tcgtgcttac
    69661 gggtgtgggg cttccgctgg cgggtgtgct ggcgatgggg cgttcagggt gtcgccatgt
    69721 gcaggatctg gcggggcgtg tgcaccctgt gtttggcatg ctcttcacgc ttgtgctcta
    69781 cctctctatt ggtccggcct tcgccatccc gcgcacgggg acggtctctt acgagattgc
    69841 tgtgcgcccc ttcttgtcgg agggggcatc ggactgggcg cagatgattt ttctcgccat
    69901 cttcttcctc atcacgcttt ggctatccat caatcccaag aagttggttg ggcgaatcgg
    69961 tggcgtgttg acgccgattc tcttgacggt gatcgtcgtc ttaatcgtca aatcactgat
    70021 tacgccaccg ggcagccacg gtgcgccgac ggcggcttac gctacgccga taaaggcttt
    70081 cgtgcagggc ttcgttgatg gttacaacac gctcgatgcg ctggcttcgt tcgtgtttgg
    70141 catcctcgtg atcgagtttg tgacgcagcg gggagctacg acgcgccacg aggtgatggg
    70201 ggctacgatg cgagcgggat tgattgctat cggttgtttg ggggtggtct acgtcttcat
    70261 tgctggatta ggggcggcca gtgtggagca gctcggtata ctcgatacgg gcgcgcccgt
    70321 cttggctgga tcggcgcggt tgctcttcgg cgaactgggg gcgatgatct tggcgatcat
    70381 tgtgctgctg gcttgcctga cgacgagcat cgggctggtc acgtcgtgcg cgcattattt
    70441 ccattcgcag tttggggggc tctcgtataa gggttacgct gtggccttcg ttatcgtctc
    70501 gtttgctgtg ggcacgtttg ggctgaagac gatcatctcg gctgctattc cggtgttgat
    70561 gttcctctat cctttggcta ttgtgctcat cgtgttggcc tttttggatc cttgttttgg
    70621 tgggcggcgt tgtgtctatg cgtgggccat cggcttgacg tttgttgcgg cactcgtttc
    70681 gggtctggag gcagcttcag taccgctcgg tgcggtgggg acgttttacg acacgcatgt
    70741 gccgctgcat gcggtgggga tggattggat ttgctttgct gtggttggat tcctgatcgg
    70801 gatggcgcaa gcgaaatgga ggagaggggg ataagacacc cccccctcac catttgtagc
    70861 tgaagccgaa gctgaggact tcgttggttt ggacgtaaga gtcataaccg ggcgtcttgg
    70921 tgacgctgtc gtcgaagcgc atgtagacgt tgatcatggt ggagaagaag cggctgatgg
    70981 ccatgtcgag cgagttctcg aattcggcta agacgttctg gtaggtcgtg ttgtaataga
    71041 ggcgcgactt ccatgtgacg ttgcggttgg gtttaaggac catgtccatg cgaatggtgg
    71101 agccgaactt gtgtaaggtg cgctcgtaga ggccggtggc ggttttggcg aagccgtgcg
    71161 ggctgcgatc gacggtggcg tcgaggctgt acatgtaagt ataagagatg ggggcgatgt
    71221 tgactgacag cttgagcgag cgatggcgag cgcggaattt cttctctaaa tcatacttca
    71281 tacccaggcc cgtgttgacg atgaagggcg agaggaaggc gacttggggc acgttggtat
    71341 tcttcttgta attggtgaag agtggggctt tgaactcgcc atcgagggtg taaaaccacc
    71401 ggctgaaggc gcgatagccg aagttgctgt agaagcgcag caggttgtcg ccgaacttgt
    71461 agttgcgcag ggtgtcgtcg gaggcggtgt agacgctgac gtcgatttgg agcaggtttt
    71521 tgagctggat gcggtcgcgg gcgtagtcgt attgaaaaag gtttttggtg aggatgttca
    71581 ggttgcttgt cccctccttg taccagttgg gggagacgta attctgtgag aacctgagcg
    71641 agctctcgaa ggaggacgtc cagtagcggc ggtcggggat gaacttcggg ggcgcgtcgt
    71701 aatcgtcggc tgtgcggtcg aagtggtaga cgggcacctg cacattgtcg ctcatgcgca
    71761 tgcgtagggt gcgctccacg ggcaagtcgt cggcgctgtg gcggaagtaa ttcgggtggt
    71821 agtggcggac gtagcgatag gcgtagtcgc gaacgatcat gcagttttcg gtgcgttcaa
    71881 agaggcgcac ggggcgatag agcggctgct cccaggggcg cgcgttgagg tcgatggggt
    71941 ggtagaagac gatgcggcgg gcgttgtcga ggtttttctt tttgaagagc acgggcatga
    72001 agagtgggtt gacgatgatg gtgtcgcgga aggtgtagta gcgcgggaag cggttggcgg
    72061 agttgtccca gcggcgcgac cagtagaggg cgcggtcgga catggtgagg ggcgcgggcg
    72121 ggagcagggg ttgctccggc tgcgcctcgt ccgcgatggg ttcggttaca gggtcgtggt
    72181 gtgcagcgcg ttgctccatg cgttcgcgca gccgtgcgtt caggtcgccg ggctcggtgc
    72241 ggagcgtgtc ggtggagtgg gtgcgctgcg tcggttgtgc aattcgggtc ggcttcggag
    72301 tctcttgtgg ggtcgttgtc gtgtcgcgcc gcagggctcg ctccatgcga gcgcggatgc
    72361 gcgcgtcgga gttcagatcc tgtgcctcgg ccatgtgggt cagcagcagc gcggccacag
    72421 ccaggctcaa tgcagcttta gttctttgtt ttgcagtctt catcgtgtgt ttatgtctat
    72481 gtgattacgt cttgatggct ggcaaaagta ggcgtaagcg cagggttgcc ctcgcccccc
    72541 cccttgtgcc tgaccctcgt tcggctataa gaatgaatcg atcccgcagc ttcggaaagg
    72601 ctttcgggga gcctctgaat ctttgatttt cggtttatgt tgacaacata agtcccggaa
    72661 tcattgattt tcggcc
//
LOCUS       SEQF3106|MIQD01000003.167527 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..67527
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(378..3542)
                     /gene="mdtC"
                     /locus_tag="SEQF3106_00130"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A7ZNP9"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug resistance protein MdtC"
                     /translation="MSLYEGAVKKPIMTSLTFLAIVIFGLFSLSRLPVDLYPDIETNT
                     IMVLTSYPGASASDIETNVSRPLENTLNTVSNLKHITSRSSENLSLIQLEFEYGNDID
                     VITNDVRDKLDMIQSQLPDNAETPIIFKFSSDMIPILLLSVEAKESQAALYKILDDNV
                     ANPLARIPGVGTVSITGAPKRQIQVYCDPAKLEAYNLTVEGIGAIIGAENRNIPGGSF
                     DIGNETYALRVEGEFKDAREMENIVVGTVGGANVYLRDVARVVDTVEERTQEAYTNGV
                     RGGTIIIQKQSGANSVNIAKQVLAKLPGLQKTLPPDVKLGIIWDSSENILETIDSLTE
                     TVLYALLFVVLVVFLFLGRWRATLIISITIPLSLIASFIYLAITGNTINIVSLSSLSI
                     AIGMVVDDAIVVLENVTTHIERGAAPSQAAVHGTNEVAISVIASTLTMIAVFFPLTMV
                     TGMTGVLFKQLGWMMCVIMVVSTVAALSLTPMLCSRLLRLQRKPSKLFRAFYRPIQRA
                     LDALDAGYARLLGWAVCHRRLMVLMCIAFFVLSLLCARSIGTEFFPQQDNGYITAKLE
                     LPVGTRKEVAQELASKLTADWLKKYPEITVCSYAVGQADATNTFAAIRDNGSHIITFN
                     FSLTKASERKRSQAMIGDMMRDDLKAYPEFTKTKVVPGGDNGGMGGQATADFEIYGYD
                     MATTDRLAQELRAELLKLDGVSEVNISRGDYLPEYQVDFDREKLVLQGLNLSTAGSYL
                     RNRINGYTASQYREDGTESDIVVRYAPEYRTSLEDIEDIRIYNNQGRAVRVRDVGTVV
                     ERFAPPTIERKDRERIVTVSAVPKPGAPLGTVVAEGKKLIERMETPGNVKIQVAGSYE
                     DQQDSFSDLGILALLIIVLVFIVMAAQFESLTYPFIIMFSVPFAVSGVLMALFLSRTT
                     LNVMSLLGAIMLIGIVVKNGIVLIDYITLCRERGRAVKNSVVTAGKSRLRPVLMTTMT
                     TILGMVPMAFGRGQGSEMWRPMGVSVIGGLSVSTILTLLLVPVLYCTFAGIGIKRQRR
                     KLRRTREMDAFYQAHKHIATKSKD"
     CDS             complement(3636..4670)
                     /gene="cusB"
                     /locus_tag="SEQF3106_00131"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77239"
                     /codon_start=1
                     /transl_table=11
                     /product="Cation efflux system protein CusB"
                     /translation="MNRETIIRSAAALLLAAATAACSGGGKESKETEQEALPKVKLGA
                     AVREQVEQVETYTATVEAQVTNNIAPSMPVRIERINVEVGDRVSRGQALVQMDAASLR
                     QQQLQMENLRADFRRLDELYKVGGVSRSQWEASKTSLDVSETAYRNLQRNTTLTSPIS
                     GVVTARNYDNGDMYSGAKPVLTIAQIVPAKLLINVSEGLFAALKKGSKADVTLDVYPN
                     ETFEGTISLIHPTVDAATRTFAVEIQLPNRDLRVRPGMFARVTLNLGATERIVVPDKA
                     IIKQAGSGERYVYVFRDGRIFHRTVELGRRLGDRYELLSGLDSEADVVVDGQYQSAVK
                     DSAQVEVIQN"
     CDS             complement(4716..6065)
                     /gene="oprM"
                     /locus_tag="SEQF3106_00132"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q51487"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein OprM"
                     /translation="MPFYKTLLLAALMMGPGSLAAQDEETHQAPDTLRLNLDEAIRIA
                     LTESPTIRVADYDVALKREARREAQAGLLPEASLSASYSRTLKKQTMVMQFGGQSTKI
                     QMGTDNSYSGGVTINLPLFAPALYRSIRLTEADIELAVEKARASRIGLVNEVTKAFYQ
                     LLLAQDSYGVLRKAYAQAEANQQMVDERFKVGSVSEYDRIRADVQVRSLKPGLVSAGN
                     GVALAGLQLRVLLGLADEPAMVASGNLSDYEGRMAASDGLAEDLENNSDLRQLDLNME
                     LLRRNERLTKASFLPTVGASYSYTYSSMNNDFRIGHYAWYPYSFVALSVNVPLFKASN
                     YPKLRKVRLQMRQLRETRLNAERQLGMLVQSCRDKMAAAYEQQASNREGVHQAEKGRM
                     IARKRYEVGMGTILELNDAEVALTQAELAYHQAIYDYLTARADLDKALGKGVSSDEK"
     CDS             complement(6144..6398)
                     /locus_tag="SEQF3106_00133"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKILLGISCTHINMFIVYFTTSCVHIKEKQYGIIPPKNNENAN
                     PDSFINESQSKYPNRCQRMVNSLPGHVHLQSIINRAYEIQ"
     CDS             7022..7627
                     /gene="mtrR"
                     /locus_tag="SEQF3106_00134"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39897"
                     /codon_start=1
                     /transl_table=11
                     /product="HTH-type transcriptional regulator MtrR"
                     /translation="MAVSVSKTRDVLVDVARQLFARMGFHNTTMNDIAQASQKGRRTL
                     YTYFKNKDDVFDAVVEAELDKLVDSLTEIAARQLPADKKLITYIYMRLHAVKAIVFRN
                     GTLRASFFRDIWRVEKARKKFDLRETEILRNILNDGVNEGLFRITDVDMTANILHHAL
                     KGLEVPYIRGHINRWGRSRTIERQNVMNIIFNGIKVNHDVY"
     CDS             7617..8561
                     /gene="fabH_1"
                     /locus_tag="SEQF3106_00135"
                     /EC_number="2.3.1.180"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67185"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 3"
                     /translation="MYINATGFYVPEQRIPNAYYTEKTGLGDEWIVQRTGIRTRSRAG
                     ADENINTMGLEAIHDALPRLPYDIQEVDLLIAATYSPYDTVGTAAHVAQHRYAIPHAK
                     AFMLSSACSSFINALEVAEGYFAMGKARRALIIGGDKNTAYSNDDDPKSGHLWGDAAV
                     AFFLSNERVAETDSEILDVYTEALGTVGKGPESIQLRPRDGGIRMPEGKDVFLQACTY
                     MPQNALRLLQGHGYTFDDLSYLIGHQANMRILRNIASSNHIPEEKILSNIAELGNTGS
                     ASSALVFAQNRERFQRGDLVCLTVFGGGYSAGATLIRI"
     CDS             8695..9441
                     /gene="fabG_1"
                     /locus_tag="SEQF3106_00136"
                     /EC_number="1.1.1.100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A0H9"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] reductase FabG"
                     /translation="MKLLEGKVALITGAARGIGKSIALRFASEGADIAFTDLVIDENG
                     RATEEEIRALGVRVKGYASNAAHFDEAHKTVEEVVKDFGGVDILVNNAGITKDGLMLR
                     MSEAQWDAVIGVNLKSAFNFVHACVPVMMRRRNGSIINMASVVGVHGNAGQANYAASK
                     AGMIALAKSVAQEMGPKGIRANAIAPGFIETAMTAALPDSVREEWKKKIPLRRGGTPD
                     DVADVAVFLASSLSSYVSGQVIQVDGGMNM"
     CDS             9523..10203
                     /gene="truC"
                     /locus_tag="SEQF3106_00137"
                     /EC_number="5.4.99.26"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AA41"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA pseudouridine synthase C"
                     /translation="MQVIYEDNHLIAVSKTCHEIVQGDKTGDPSLADALREWIREKYA
                     KPGNVFVGVVHRLDRPVTGAVVFAKTSKGLARMNALFRDGGVSKTYWAIVRQRPAEPE
                     GVLVDWLWRNERQNKSYVCKPDRPGTRRAELHYRLLASTERYHLLEIDLRTGRHHQIR
                     CQLAHMGCPIKGDLKYGAERSNPDGGISLHARRIAFVHPVAKQPVEIVAPVPPGDALW
                     EALTAGIM"
     CDS             10496..11965
                     /gene="pepD_1"
                     /locus_tag="SEQF3106_00138"
                     /EC_number="3.4.13.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15288"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytosol non-specific dipeptidase"
                     /translation="MAEEIKRLAPEAVWGYFYDLTQIPRPTGHTKQVTEYLKAFGAKH
                     GLETLQDEVGNVLIRKPATPGYEGRQPVVLQAHVDMVPQKNAGVAHDFLRDPIDAYID
                     GEWVTARDTTLGADNGMGVSLAMAALTDDTLKHGPLEALFTIDEEVGMDGAVGLKPGF
                     LHGSILINGDSEEEGRLFVGCAGGVDMNISFHYRDGEPTPEGHVALRIALTGLKGGHS
                     GVDIHLGRANANKLLFRFLKKAVSHCGVRLASVEGGSLRNAIPREAVAIVTVPADRVA
                     DVERLVSEHEALYRTEYKGIEGDIRFTAERTPDLPATVIPEEIQDDLINAVEGCQNGP
                     ISMLHDFPGTVESSSNLAIVKSEPDGQIYIKILVRSSSESRKDALRSSLESVFALAGA
                     RVESGNPYGGWQPNIDSPILRTMESVYESLFGHKPDVTVMHAGLECGIIQEAYPDMDM
                     ISFGPDIKHPHSPDEAVGIASVEKSWRLLRATLEAIPEK"
     CDS             complement(12582..13085)
                     /locus_tag="SEQF3106_00139"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPPNSPAPRKPPPAMLSRVGGDLRGAGIFLRRLYPGRCPEVMMN
                     YPFGTCWAPHLFVEPFSVDYWAIVSNDRSHFIPSFSRYGLANFRFIPSLPVYGLANFR
                     FIPPFSVYGPKTSHAKPHLIQSGLKCSFLPLSEPSECIITVHFMYSGTSDSLLYTVAR
                     FRNLPKV"
     CDS             complement(13200..14513)
                     /gene="der_1"
                     /locus_tag="SEQF3106_00140"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P50743"
                     /codon_start=1
                     /transl_table=11
                     /product="GTPase Der"
                     /translation="MGNVVAIVGRPNVGKSTLFNRLTESRQAIVNEEAGTTRDRQYGK
                     VEWAGREFSVVDTGGWVVQSDDVFEGEINKQVKIAVEEADVILFVVDVLNGATSLDDE
                     VAHILRCSGKPVILAANKADTYDRHAAAAEFYSMGLGDPYCLSAINGSGTGELLDRIV
                     ALLPQAAGETPDEELPRIAVVGRPNAGKSSLINAFIGEERHIVTDIAGTTRDSIYTRY
                     DKFGLNFYLVDTAGIRKKGKVNEDLEYYSVIRSIRAIENADVCVLMLDATRGIESQDL
                     NIFSIIRKNKKGLIVCVNKWDLVTDKSTAAIKTYERAIRDRMAPFTDFPILFISALTK
                     QRIFKVLETARAVYDNRRRRVTTGRLNETMLPIIERTPPPAWKGKYIKIKYITQLPSG
                     SVPSFAFFCNLPQWVKEPYRRFLENQLREHWDFHGTPIQVFIREK"
     CDS             complement(14625..15521)
                     /gene="era_1"
                     /locus_tag="SEQF3106_00141"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P64085"
                     /codon_start=1
                     /transl_table=11
                     /product="GTPase Era"
                     /translation="MTERKKHKSGFVNIIGNPNVGKSTLMNRLVGERISIITSKAQTT
                     RHRILGIVNTDDMQIVYSDTPGVLRPNYKLQETMRESSESALSDADVLLYVTDMVEKT
                     DKNDDFLDRVRRAECPVLLLINKIDLTDQAGLTEAVEAWHTLLPEAEIIPISALSGFN
                     IEPVKRRIEALLPDSPPYFDKDALTDRPARFFVTEIIREKILLYYQKEIPYATEVVVE
                     EFVEEPERIHIRALIIVERETQKGIIIGHGGQALKKVGTTARRDMERFFEKKIFLELY
                     VKVEPDWRNRDNLLRRFGYKLD"
     CDS             complement(15499..16506)
                     /gene="fabH_2"
                     /locus_tag="SEQF3106_00142"
                     /EC_number="2.3.1.180"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67185"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 3"
                     /translation="MDKINAVITGVGGFVPDDVLTNEDLSKMVDTTDEWIMTRVGIKE
                     RRILKDPTKSSGYMGAQAVGDLLRKTGIDPLSVEGVICSTSTSDYHFPSTASIIAYES
                     GCRKAYAFDIQAACAGFIFALETAANYIRSGRYKRLIVVSSEKMSSMTDYTDRATCPL
                     FGDAAAAVLLEPTTEEYGVIDTLLRTDGSGKSHLIMKAGGSRQMPTHETVDKRMHFVY
                     QEGQAVFKRAVIDMADAAEEIVRRNGLTKDEINWIVPHQANLRIIDAAARRLQVNKDK
                     VMINISKFGNTSSATIPLCLWEWEDRLRRGDNLILAAFGAGWTWGATYLKWGYDGAKK
                     A"
     CDS             complement(16884..17528)
                     /locus_tag="SEQF3106_00143"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGPKTGPSQLGKISTFAAGFFGNNKALGKFGTYWIELKEMNPAE
                     VRTYEYLLDDKFFTDIDGTEVRQGHVNVQLTVEHKASVYEMTFHLHGTVTLPCDRCLD
                     PMEWPIETDNRLVVKMGKAYTEESDEVLVIAEDEGRVNLAWFLYEFVALAVPMKHVHE
                     PGGCNRTMAAKLRKHVAYDADDAEEDTDEANTDEDESTTDPRWDALKRLKDEEE"
     CDS             complement(17665..18372)
                     /locus_tag="SEQF3106_00144"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHLLRTVWDDLLGLLYPRICPLCGIPLQQGEAHLCIDCLCNLPR
                     TNSHRLPRGTSSIETPFAGYPAVHRVVAFLRFEQEGPAQRLIHQFKYHGDEQLAIYLG
                     HQAAQELRAEGCFTDVDRLVPVPLHPRKMRQRGYNQSERIARGFASIYGIPIDTDTLV
                     RRAYTETQTRKSAYDRHLNMENVFTTIHPERLAGHHILLIDDVLTTGSTLLGCIDALH
                     TVPDLRISLFTVATVLD"
     CDS             complement(18372..19178)
                     /locus_tag="SEQF3106_00145"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRLKRMNPVMAYTAAILLLTSLATSCLEGGSNSVTSSTVGIMR
                     RAKDGRMVMDNPYPYGAFYAPELATMNEGAGVVVHFTLDRDAAENSASVIKTKGYCTV
                     KISWMAEVEKYRISAFTDPGAPDTSKAMKDEVVVKNPANLVRGYVRGYLFIEHVVNQS
                     PDQRNEWYLTYDPNAKPEMKPRGRTYNLYLRSTKRTPGSKPAVDIAANCAYFAKNYLE
                     QIARKEKEAGNNEAFYICFNYVSAIKDGVPVWSQFGNTLPVNVSGILGNK"
     CDS             complement(19250..20494)
                     /locus_tag="SEQF3106_00146"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKRDAWEEAIRSKLADYEAQPDPADWEALRNRLTHRRLIPRRW
                     MYAAAAVVLLAVLFEGGRRLWRHEEPTPTVAEARPTPAQPARPQPSAPEPIEAPPAEA
                     VRTTTFSAPAAKPLPKDEPTNEPVAHEPAMNEPLVHEPAVNEPPVNEPAMNEPLVAEH
                     PAVDDASAPVEEAPPVEAILPAEALANAPSVRRWGFGMGGGGYTTGLQGGGAAPEAVN
                     AREDNRADLPPYGQESDDLSNRGNRADRIGVKHARPLSIGLGVSYRLSNRWSLQSGLT
                     YTCLTSRWNTISIFDGHARQRLHFVGIPVGVTYRIADWQRVRFYAGAGGAVEWNVAGN
                     LRTVYHFNNERHTTEQAMRMKEWQWSVYTHAGASYPLLRVLSLFAEVGANYYFDNGSP
                     IETIRSEHPLDISLRTGLRIGF"
     CDS             complement(20497..21027)
                     /gene="sigE"
                     /locus_tag="SEQF3106_00147"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R2D4"
                     /codon_start=1
                     /transl_table=11
                     /product="ECF RNA polymerase sigma factor SigE"
                     /translation="MDEKQLIASCLKGEQTAWKALYDAYSGRMLGLCLRYVADREVAR
                     DVLQDGFVKVFASLSKFRGEGPLGAWIRKIFVNESLEYLRRTQTLRRETISLDVTAFS
                     PAVEATALARLSADDLMAMVQELPPSLRTVFNLLAIEGYSHKEIAARLQIEESTSRAH
                     YMRARRWLQQKINGEK"
     CDS             21050..21388
                     /locus_tag="SEQF3106_00148"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLLPHAPHDAWRRKNVAIDLIFFLNTPCAFFSFLSEYGMAIPG
                     LRGLPRARVRLILDSNGLPRARVRLILDSNGVPRVRVRLILDSNGLPRAWVRLIGVSN
                     NKLKHSRVNI"
     CDS             complement(21853..22932)
                     /gene="fcl"
                     /locus_tag="SEQF3106_00149"
                     /EC_number="1.1.1.271"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P32055"
                     /codon_start=1
                     /transl_table=11
                     /product="GDP-L-fucose synthase"
                     /translation="MMDKQAKIYVAGHRGLVGSALWNNLRAKGYTNLVGRTHRELDLL
                     DAAAVRRFFDEERPTYVVLAAAYVGGIMANSRYRADFIYRNLGIQQNVIGESFRHDVC
                     KLLFLGSTCIYPRDVPQPMREDALLTAPLEYTNEPYAIAKIAGLKMCESFNLQYGTNY
                     IAVMPTNLYGPNDNFDLERSHVLPAMIRKIHLARCLHEGRMDDVRADLTRRPVEQADA
                     RTASDEELLALLAKYGITPGAVTLWGTGTPLREFLWSEEMADACVYIMEHVDFADLRG
                     SDPDVRNCHINIGTGREITIGRLAQLIVRTVGYGGRLAFDATKPDGTLRKLTDVSKLH
                     ALGWHHRIEIDEGVSRMYRWYVESL"
     CDS             complement(22936..24018)
                     /gene="gmd"
                     /locus_tag="SEQF3106_00150"
                     /EC_number="4.2.1.47"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AC88"
                     /codon_start=1
                     /transl_table=11
                     /product="GDP-mannose 4,6-dehydratase"
                     /translation="MRKTALITGITGQDGSYLAEFLIDKGYEVHGIMRRSSSFNTGRI
                     EHLYLDEWVRDMKRQRTINLHYGDMTDSSSLVRIIQLTQPDEIYNLAAQSHVKVSFDV
                     PEYTADTDAIGTLRLLEAVRILGREHQTRIYQASTSELFGLVQEVPQRETTPFYPRSP
                     YSVAKQYGFWITKNYRESYGMFAVNGILFNHESERRGENFVTRKITLAAARIVQGFQD
                     KLYMGNLNARRDWGYAKDYVECMWMMLQYERPEDFVIATGEMHTVREFCTLAFREAGI
                     ELRWEGEGLDERGIDVKTGRSLVEVDPKYFRPAEVEQLLGDPTKAKTLLGWNPRKTSF
                     EELVRLMVKHDMRFARKLYMRAQKEE"
     CDS             complement(24356..25054)
                     /gene="znuC"
                     /locus_tag="SEQF3106_00151"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34946"
                     /codon_start=1
                     /transl_table=11
                     /product="High-affinity zinc uptake system ATP-binding
                     protein ZnuC"
                     /translation="MPLVTIDHVTAGYDASKDVLVDITLHISERDFLCIVGPNGGGKT
                     TLLRVMLGLLRPRTGTITFYRDGHPTPTLPIGYLPQVNAIDRRFPISVSEVVASGLMA
                     ETRCRRCSPEQRERVGATLARMGLEALAHRPIGELSGGELQRAMLGRAIVSRPRMLVL
                     DEPNTYMDRRFGSTLGDLLAEINRDAAVVLVSHDPGALRPLIKHMAFVRRTLRYCPGN
                     DLAAADLTDEEAEA"
     CDS             complement(25202..27280)
                     /gene="lolE_1"
                     /locus_tag="SEQF3106_00152"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P75958"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoprotein-releasing system transmembrane
                     protein LolE"
                     /translation="MNLSLFIARRYLLAKKSHNAINIISMISVCSVAVATTALVCVLS
                     VFNGFRDLVISSFGNFDPELKITAVEGKVFDPATAAMRQVKAMPEVALITEVLQDNVL
                     VRYGDRQQIAVAKGVDSTFERAVPIDSVLIDGRFVLREGETNYGVLGIGLASALGINA
                     AFTEPMAIYAPKRDVRINPANTATSFQLDYAFISGVFCINQAEYDERYLILPIHLVRD
                     MLRYDNGEVSALELKLAPGVDVEAVKRRIGRTLGDAFRVQDRFEQQEASFRMMQIEKW
                     MTFLILVFILTIALFNVVSSLSMLIIEKEDDVHMLRSMGADDRLIRRIFLFEGCMIPL
                     VGAAVGIVIGVALCLVQQYFGIIRLGSVGAFISDQYPVHVSPIDLLTIFATVFAIGAL
                     TSWYPVRTLRSGRWPSALSKAAAMGLLVLGITSCAGSGSKAGSESMVTVTIEAQRYFA
                     EGIGGGHFAIHTIVPPGQSPETYDPTPQEMMAVARSRAYLRIGRIGFEQVWMKTIAEQ
                     NPGLRVFDLSEGIRWIDGDHHTHDHSDPHIWSTPATARLIARNTLHAFCSLDTAHTAD
                     YEAAYTRLLTEIDSTDAALHTMLDTLTHRTFIIYHPTLTYFAHEYGLTQRAIETDGKE
                     PSAASLKALIDVARAEGVRVVFVQREFDRKHAESVASEIGARVVVIDPLSAQWKDEML
                     HIGRALIEGQ"
     CDS             complement(27403..27738)
                     /gene="rbfA"
                     /locus_tag="SEQF3106_00153"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P65967"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome-binding factor A"
                     /translation="MEGTRLNKIGRLLQKELGDLFLRQTKAMPGTLVSVSAVRVSPDL
                     SVAKVYLSIFPTEKAEQLMQAIESNKKTIRYDLGQRVRLQLRRIPELIFYRDDSLDYV
                     ENIDQLLSK"
     CDS             complement(27783..28412)
                     /locus_tag="SEQF3106_00154"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R2D5"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative O-methyltransferase/MSMEI_4947"
                     /translation="MDIESYILDHTDPEPPLLARLNREAHVKLLRPRMIAGHLQGRVL
                     KMFCRMMRPKRLLEIGTYTGYATFCMAEGTDADAVIHTVEVNDEMEPFFRTYWQEHPD
                     RTKIRPHWGDVRQVLPTLGPEPFDWVYIDADKRDYCAYYDLIFPHVQPGGLILADNTL
                     WSGKVADNATTADTQTRGIVAFNERIKADSRVEKVLLPLRDGLTVIWKK"
     CDS             complement(28428..29873)
                     /gene="pyk"
                     /locus_tag="SEQF3106_00155"
                     /EC_number="2.7.1.40"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q02499"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyruvate kinase"
                     /translation="MIKHTKIVATISDQRCEVDFIRSLYEAGMNVVRLNTAHMSEEGL
                     QRVVSNTRMVSGRIGILIDTKGPEIRTTTLAAPIEFQAGDRVVMQGRPDGETTHECIC
                     VSYPDFVKDLSADSDILIDDGDLELKVVEKQADRLVCEVQNNATLGSRKSVNVPGVRI
                     NLPSLTEKDRRNIEWAIANRLDFIAHSFVRSKADVLDVQRILDAHHSPIKIIAKIENQ
                     EGVDNIDEILQAAYGVMVARGDLGIEVPAEKIPSIQRTLIRKCVEAKRPVIVATQMLH
                     TMINNPRPTRAEVTDIANAIYYRTDALMLSGETAYGKYPLEAVQMMAKVAYEAEQAKL
                     SANDIRVPIKGDDLDVTSFLAKQAVKSSSKLGVRAIISDSYSGRTARYLAAFRGRATV
                     FAICYRPEVMRMLSLSYGVWAVFQAWKVSRREYYYDALMQLINRGLITEDDKVAYLSG
                     SFGEGGGTTFLEINEVKRVLHARDEYQLPTF"
     CDS             complement(30055..30471)
                     /gene="aroQ"
                     /locus_tag="SEQF3106_00156"
                     /EC_number="4.2.1.10"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P43877"
                     /codon_start=1
                     /transl_table=11
                     /product="3-dehydroquinate dehydratase"
                     /translation="MKHILIINGPNLNLLGRREPEVYGHASFESYLEQLRAAYPECRI
                     TYYQSNIEGELIDKIHEAGFTADGIVLNAGAYTHTSIALHDAIRAITAPVIEVHISNV
                     YTREPFRHHSCLAAACRGVIAGFGLDSYRLALEALK"
     CDS             31132..32064
                     /gene="xerD_1"
                     /locus_tag="SEQF3106_00157"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A0P0"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MNRKEMPTGDPVKGYEIYLRLERGLSANTVEAYVDDLNKLFRFV
                     ATEGRPVTEITYQDLQQFVAQLCDAGISARSQARIISGIRSFYRYLVLEGYLKRDPTQ
                     LLESPKIGRRLPEVLTVEEIDRILATIDLSTPSGRRNRAMLEVLYSCGLRVSELVGLR
                     YSDVHFDEGFIRVTGKGNKQRLVPISRVALDEIRRYLPDRRAIASPRGFEDILFVNPL
                     GRSLSRIMVFYIVKEHAAMAGITKNISPHTFRHSFATHLLEGGANLRGIQMMLGHETI
                     TATEIYTHLDRESLRQEIIEHHPRNRSWRREHGG"
     CDS             complement(32129..34729)
                     /locus_tag="SEQF3106_00158"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRRMKWLFCTLFVLAGALPLRAGHTLRGTVANASGKAVETATV
                     QIIDRDKTIAYAFTDARGDYAVTYETDAPQIRIVVSHLSYEKHTALLDVGDKRHDVRL
                     KDKNKALQEVVVKAPEIYQRGDTLSYRLSAFTGAADYTLSDALKKLPGVEVSDKGAIK
                     YLGKDISDFYIEGLDLLGGKYNVATQNLPASYVTSVQVLTNHQPVKVDEAAFSDDVAI
                     NIKLSKHAKLRPVGTYEATVGRGDKMRYYLAGAGMLFNPNFQLLAALKLGDTKEFAEQ
                     ESMDHFADDAYTPTTRAVLGELTASHPPIKRERYISPQDHALSLNLIRKLKPEVTLKT
                     NVGYAHTQTGHSYASEQVFPNDAGAITITQQYAPDANEHLPFLSMEYKDNGAKRYIVD
                     NLTANTSILDASLPMSDGTWGASLQREKYRGGNVENRLSVRWKSGQLGWGVASFIRYN
                     RTPEGRIDISTKDGEQLTQRATGSHALVRTTLSAVYETRTSRLYLPLTVDYGVEQLTT
                     ALQQDTVAADNLLDGASLHVHLSPQYEYTHPLRRFIFRCGATLGGELLDYTNRGSLPS
                     AYRKSRWTAAPSLYFYYALSPRSIVRLQGAYAETDGDLSDLLTAPVRNSLTTERRGLG
                     LLARSRTLSAQANYDFKLPLEMLFCYVGASYVQQRNTLMPSLAVSPRLIEATTRWMPH
                     HTRHASAYFGITKQFQSIETKASFNAGLTHGRHSMIQNERLYNYRLSTFWLNPTVVAK
                     PFSGPVELTYSYHLAKTFNRISSGRTATHLSQTHDIRLHVQPAPQWLLTASSDITTED
                     QMAGRPVTATLFDLGATYRHRALRLTLDLRNVFNRRHYSYSLFSAVNTYTYSYHLRGR
                     EVWLTASLTK"
     CDS             complement(34726..35520)
                     /locus_tag="SEQF3106_00159"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGCMTVSAQTPTQGKYECIYEYDVKSDNGNIDRGTTMLQIADA
                     FAVFTDYSAFQLDSAIRQPGTSEAQRKELEEQVVRNDHFFDQTVFQNAPSNRLTVHSV
                     ITPNRYTYEEKINPIAWTLVDEEKEVCGYHCKKATGTYGGREWIAWYAPEVAIPFGPW
                     KIVGLPGLVMEAEDAEGVHRFTAIQFRAASGSIATPELPDEIKTTREKFISAKNRFEQ
                     NPMANLPPEAVSDMTVRKGDGGRNSIFVNGVQLRMRTNGYTPLETE"
     CDS             complement(35686..37062)
                     /gene="mepA_1"
                     /locus_tag="SEQF3106_00160"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2G140"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug export protein MepA"
                     /translation="MAEAKQIEALAQERIPRLLFNYAVPAVVGTVVNSLYNIVDRIFI
                     GQGVSEYALSGLAITFPILIFLQAFGMLVGAGASVQVSILLGRRDVHGAEQTLANAIY
                     ITLVTQVLTIIPCYIYMEPLLRLFGASDRTLPYAVEYLRIVIPANIFATFSFGYNAIM
                     RASGYPRKAMTTMILSALINVVLDYVFIYPLQMGIRGAAVATAIAMIICAVYVLSHFF
                     LRGSVVRFRRSAFAPSWTAMRAITAIGIAPFAMQLTGSAVNIIMNRSFVAYGTTPEES
                     DLAIGAFGIINSYAMLIFMLILGVAQGMQPIVGFNYGARHMRRMRTAYIYSCAINLLL
                     CFTGFAMAELMPRAIVSLFTASEAMITLCTPALRIAILGLSLIGFQVTTTQFFQSIGR
                     SRLAIFLSLTRQLLFLIPALLIIPRFLGLDGVWWSLPVSDLASVGIAAVLILSQRRIF
                     DEVEPANG"
     CDS             complement(37315..38535)
                     /locus_tag="SEQF3106_00161"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKKILATVGTRYVIAALNLVLMLINSRVLGRHGMGLAGVVYAS
                     ANVAVMFASVLCGNTIVYFMRSKRLSVVVSAAYVWALAGSGMACGVMAAVGMLPAGYG
                     WAVFGLAVLLSLVNVHLRVLLGWDRIRAFNAVFLLQGAGLFVVLLGLYYVAGWRDVAG
                     YLLGLYLTNLAAWAASLAVMMRGVTHPLRCTIDIRAWLRDVREMFAYGLWSSVDNLAE
                     NLSARLNYFFLQRFGGYGSVGLLDVGTRVSESLWHISHGVSFIAYGEITRATDAERQR
                     RLTLRLLPPTMGALTVAMGVVLCIPEWVYTEWLFTPEFTGIRGVIAGLSVGIVAFGGN
                     RILSHYFIGTGRVRVSAACSCVGLALLCASAAVMVPRWGVVGAAGASSVAYVGMFLFS
                     VAAFVRITRKQADA"
     CDS             complement(38529..39488)
                     /gene="ribF"
                     /locus_tag="SEQF3106_00162"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q59263"
                     /codon_start=1
                     /transl_table=11
                     /product="Riboflavin biosynthesis protein RibF"
                     /translation="MRVIYDAKELTDGRELAATVGFFDGVHAGHRALIRQLREVARER
                     GQAAAVITFPVHPRRVLQSDYRPQLLDSFEEKLARLAETEVDVCVVLDFTPALASLTA
                     RAFMERLSAEWRVRTLVVGYDHRFGYGRTEGFEEYVTHGRAVGMEVLRGTPYLLADGT
                     AVSSSRIRALLAECRVEEAARMLTVPYRLRGHVVSGQRIGRTMGFPTANLAVDEPLKV
                     RPGDGVYAVRARLRGTAYRGMLSIGNRPTLGNQPTAVEVHLLDFAGQIYGEALEVEFV
                     RHLRANRRFDSLEALREQLLRDREAVARLPLIGAGNSGEASGC"
     CDS             complement(39485..40303)
                     /locus_tag="SEQF3106_00163"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDEKIILPDAVLIDVNGISHFSAGLHMQLNDVLCSLVEEAGAE
                     LLHLPDGLIPRWKAAIDAEIGGVKGRKSSLLTKQLTEIDKERVKMLVSLFGVIRGNRH
                     TPNEARRKAAERLEVKLSRHRRTRRSISAQERSADIESIEMHLAELSAEIAALDLKET
                     IDHLHELNERFRKLTAERRSEALKRQRPPMAEIRPHTDAAYAMVRRYIEASYLFAKTD
                     EERTRIYRLVQDMNRVMADYRTNFRESRTKRRLAKLNRQATQSEAANEAAEDEA"
     tRNA            complement(41154..41240)
                     /locus_tag="SEQF3106_00164"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Leu(taa)"
     tRNA            complement(41256..41329)
                     /locus_tag="SEQF3106_00165"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gly(gcc)"
     CDS             complement(41465..41929)
                     /locus_tag="SEQF3106_00166"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRRLHTLLLTAAALLLLAAACTEKNPIDNYPVALRLDLTFSDK
                     ALRTVPSATTYTRQSHPLNNAYRAFGFGGVLVVHGIDGEYYAFDLACPYENLRSVLIE
                     PDADVIYAICPQCGTKYLINDGSGAAVEGPSRHGLKRYNVGREGVSTLVVYN"
     CDS             complement(41926..42354)
                     /locus_tag="SEQF3106_00167"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEFTSQIRTIPHNDARVFAVLSDLSNMQRVRQSLPQDSVKAFT
                     LTDDRCSFEVSPIGKIEFHIVDREPNKTIKFETTQSPVPLLLWIQLKQVAENDTRMKM
                     TVRAELNPFLKPMVSKPMQEAVDKIAEILAALPYEAQEPK"
     CDS             complement(42374..43012)
                     /gene="pyrE"
                     /locus_tag="SEQF3106_00168"
                     /EC_number="2.4.2.10"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9A076"
                     /codon_start=1
                     /transl_table=11
                     /product="Orotate phosphoribosyltransferase"
                     /translation="MKTLECIVAEKLLQIKAVKLQPANPFTWASGWKSPIYCDNRKTL
                     SYPAIRTFLKVELARTIAENFGEVEAVAGVATGAIAQGALIADLLGLPFVYIRSTPKD
                     HGLENLIEGELKPGSKVVVIEDLVSTGSSSLKAVHAVRNFGCSVIGMVAIYTHGFPIA
                     EERFKEAAVPLITLSNYNAVIEAALKTHYISEADISVLQEWRNDPVHWSPEA"
     CDS             complement(43188..43796)
                     /gene="nreC_1"
                     /locus_tag="SEQF3106_00169"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7WZY4"
                     /codon_start=1
                     /transl_table=11
                     /product="Oxygen regulatory protein NreC"
                     /translation="MSRKKKVLIIEPSVIIREGLIQILSKSPELDVLYPSDGTEDYTE
                     RISISRPDILLINPTLIPYTKRYPVYSLAQEYPHMTIVALVYQYLDSSILHAYHGTLE
                     VRESPDRIADVLLEAYATVADRAELLDPAGGHELTRRETDVLVLVAKGLMSKEIAERL
                     HISVHTVISHRKNITRKTNIKSVAGLALYALMNNLMEEGDAT"
     CDS             complement(43793..44515)
                     /locus_tag="SEQF3106_00170"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKMLFTENMKLADLISANHNLILMLPRLGIPLGFGDRSVARVC
                     HMYDVPVDFFLLVCNVYTFDAYLPKKEMIKSIDMSPLVPYLHASHQYYLRHLPHLGSL
                     IDGMATKVDKRYGNMLRHFFAGYKNEVEEHFDYEERTVFPYIERLIHTPETDDIAPET
                     FHIRDYAEAHGNIEDKLNDLTQIIFKYLPGNVSPEESIDVVFDIFQLSADLNKHALIE
                     DKILVPYVEMLEASRTTNKHTP"
     CDS             complement(44871..45533)
                     /gene="ung"
                     /locus_tag="SEQF3106_00171"
                     /EC_number="3.2.2.27"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9RWH9"
                     /codon_start=1
                     /transl_table=11
                     /product="Uracil-DNA glycosylase"
                     /translation="MDVKMEPSWKARLSGEFEQDYFVRLTDFVRQEYRHATIYPRGSE
                     IFNAFAHCPFDRVKVVIIGQDPYHEPGQAHGLCFSVQDGTRFPPSLVNIFKEITDDVG
                     APTPKSGNLTRWADQGVLLLNATLTVRAHAAGSHQGRGWETFTDAVIRSLNAERQHLV
                     YMLWGAYAQQKGACIDTAHNLVLTSPHPSPLSARRGFFGNHHFSRANDYLVASGQTPI
                     EW"
     CDS             complement(46130..46804)
                     /gene="lipB"
                     /locus_tag="SEQF3106_00172"
                     /EC_number="2.3.1.181"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5SLQ3"
                     /codon_start=1
                     /transl_table=11
                     /product="Octanoyltransferase"
                     /translation="MDEPFIYIDLQRINYAEALAIQTAAFDGLVALKERGERGTNRLF
                     FCEHDPVMTLGKHGQEANLLISPEVLSQRGVHLYRVNRGGDITYHGPGQITGYPVFDL
                     EQLHLGLRAYIEALEESVIRFLARFGVRGCRMAGATGVWIDADTPRARKICAIGVHSR
                     RFVTMHGFALNISTDLSYFALIHPCGFVDKGVTSLAAELAPAAAPDMGTAKGLLLQDF
                     RAVFGG"
     CDS             complement(46808..47656)
                     /gene="mtgA"
                     /locus_tag="SEQF3106_00173"
                     /EC_number="2.4.1.129"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P46022"
                     /codon_start=1
                     /transl_table=11
                     /product="Biosynthetic peptidoglycan transglycosylase"
                     /translation="MKKFKRILRWCCRAVLAMFAFSLFLVIIYKWVPVPFTPLMIIRA
                     CDPETPRLRHHWVPISKISRAMPLAVVASEDNRFMTHHGFDHEQIRQAMEEAKRGKRR
                     RGASTISQQTAKNVFLWPGRTWVRKGLEAYFTVLIEFVWGKERIMEVYLNSIEMGRGI
                     FGVEAAANAYFSKSAASLTRPEAALIAVSLPNPRKRNPAAPTAYMRRRQGTILSLMRK
                     VGAVPIGVGGGASSADVATPEKGKSQPQPQPKSKPAEPAAVPTPEPLPEEIVTEDEAD
                     DRDETE"
     CDS             complement(47708..48172)
                     /locus_tag="SEQF3106_00174"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQRIQTIYLLIVAALNLLVVFLPLATVQVDGAFYSFDASGMST
                     ISTPEALVYPAWALMGLAAIIGLLALATIFLFRRRMLQIRLCTFNTLLIIGFYALFAF
                     YLWKIASAAEAFTFRLQVALVFPLVSLILNWLAIRAIGADEMLVRSLNRLRK"
     CDS             complement(48186..48518)
                     /locus_tag="SEQF3106_00175"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDYRKTTAPTTTVTRDMIKLCHDNKDNVYETVMVIAKRANQISN
                     QMKQDLEKKLEEFSALTDNLEEVFENREQIEISRFYEKLPKPTLIATQEYLDDQIYHK
                     NPSREKSF"
     CDS             complement(48550..49356)
                     /gene="bamD_1"
                     /locus_tag="SEQF3106_00176"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00922"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein assembly factor BamD"
                     /translation="MKNLGWALLIILCLTSCGEYNKIIKSTDYELKYSYAKKYFDEKK
                     YVKAATLLEELVPIFKGTAHAEESLYLLARTYYAEKDYETASEYFKTYYTTYPKGEYA
                     EQARFYSGYGLYLDSPDPRLDQTQTYEAIAQLQLYMEYYPQSERAKEAQEILFQLQEK
                     LAYKELLAAELYYNLGTYMGNNYRSCVITADNALRDYPYTKYREDFIFLKIKSKYELA
                     SVSVEDRLQGRYRDVVDEYYNYKNEFPNGKYSRQVQKYFNEANAHITTNY"
     CDS             complement(49433..51097)
                     /gene="aspT_1"
                     /locus_tag="SEQF3106_00177"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8L3K8"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate/alanine antiporter"
                     /translation="MDWFIDLFRGQPALQAMVVISFISAIGIGLGKIRIMGISLGVTF
                     VFFVGILAGHLGLTVDPAMRNFAESFGLVIFVYALGLQVGPGFFSSFHTGGLKLNILS
                     MAVVLIGTLLAVACSYATGVAMPDMVGVLCGATTNTPALGAAQQTLVQLGLDAGTAAL
                     GCAVTYPLGVVGVIIVVMLMRKTLVKPGDTGAPEKDDVNKVYMAAFQVHNPAIFGKSV
                     KDIGAISTTRFVISRLWRDGHVSIPTSASMLREGDRLLVITAEKDVPALTILFGEQEN
                     KDWNKDDIDWNAIDSELVSARIVVTRPELNGKRLGSLRLRNHYGINISRVYRSGVQLL
                     ATPNLILQLGDRLTVVGEAAAIHNVEKVLGNAVRSLNEPNLVVIFIGVVLGLVLGSLP
                     IAIPGISTPVKLGLAGGPIIVGILLGTFGPRLHMITYTTRSANLMLRALGLSMYLACL
                     GLDAGAHFFETVFRPEGALWIALGFLLTTLPTLIVGIVAMKWMKIDFGSVFGMLCGSM
                     ANPMALNYVNDTVEGDNPSVAYATVYPLSMFARVILVQVLLMALLV"
     CDS             complement(51243..51530)
                     /locus_tag="SEQF3106_00178"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQVIMDTTITKSTASIRIDSELLKRLKEEAKEENRSLGSYLEAL
                     LFRMGYSVQRKEETATPELKAKIEKARADYKKGKGKVCKTVEDSMAFFDSL"
     CDS             complement(52276..53610)
                     /gene="mepA_2"
                     /locus_tag="SEQF3106_00179"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A7N0"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug export protein MepA"
                     /translation="MEHSRDNYAFLTEGPIHRVIGTMAVPTIISMLVMSLYNMADTFF
                     VGQIDTQSTAAIGIVFSVMFLVQAISFFFGNGSGNYISRELGARRHRNAEVMATTGFV
                     YALGGGFLILIAGELFLTPLSRWLGSTPTILPYTETYLGITLLGTPLVTGAFTLNNQM
                     RFQGNAIYAMRGIACGAILNVALDPLFIFVFRMGIAGAAVATVVGQAVSFVVLLRMTH
                     RGGSIRIRVRNFSPSGVYIREILAGGTPSLSRQGLSSLATVMLNYGAGAYGDAAIAGM
                     SIVNRFTMMLLAAVIGFGQGFQPFCGFCYGAGLYARVKSGFWYAVRVCTLFLLACSVV
                     GWVFSDHIIILFRRDPAVVAVGTVALRWQLASLPLAGLIIVSNMFMQTVRKTIRANIL
                     AAARSGLFFIPLMVVLPRAFGLMGVEMCQTFSDVLAFALTLPILHSAFREMR"
     CDS             53812..54810
                     /gene="mdh"
                     /locus_tag="SEQF3106_00180"
                     /EC_number="1.1.1.37"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2YLR9"
                     /codon_start=1
                     /transl_table=11
                     /product="Malate dehydrogenase"
                     /translation="MDFLTNEKLTIVGAGGMIGSNMAQTAAMMHLTPNICLQDVYEPA
                     LEGVYEEMRHCGFEGMNFTFTTDSAEALRGAKYVISSGGAARKAGMTREDLLKGNAQV
                     AEQLGKDIKAYCPDCKHVVIIFNPADITGLITLIYSGLKPSQVTTLAALDSTRLQSEL
                     AKYFKLPQSAVTGCSTFGGHGEQMAVFASTAKVDGTPLLDLIGTPKLPAEEWAALRQR
                     VIKGGANIINLRGRSSFQSPAYVSVEMIRAAMGGETFRWPAGTYVSTDKYHHIMMAMP
                     VEITKDGCAYRKVEGTPTEMADLDKSYTHLCAMRDEVIGLGVLPPVNEWSKVNPNL"
     CDS             54981..55808
                     /gene="cysE_1"
                     /locus_tag="SEQF3106_00181"
                     /EC_number="2.3.1.30"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q06750"
                     /codon_start=1
                     /transl_table=11
                     /product="Serine acetyltransferase"
                     /translation="MLHKIFELIDDFAPQPIRIPLDKSELETIARSLFTWMFPVCDEL
                     KMINVRSGLMDAAIKLHANIARLIGNPEAEEKTEAFFSRLSHVRERLYKDAACYLRND
                     PAAKSLEEVIIAYPGFFALSIHRIAHELYALGIPLIPRIFSEYAHSKVGIDIHPGATV
                     GKNLFLDHGTGIVIGETTEIGNNVKIYQGVTLGALYLEKKLSDIKRHPTVEDNVIIYS
                     GATILGGSTVIGHDSTIGGGAWLTHSVAPYSLVYNKVDVKVKTVKGYEEPPLNHHSI"
     CDS             55818..58058
                     /gene="ccsA_1"
                     /locus_tag="SEQF3106_00182"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P72978"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytochrome c biogenesis protein CcsA"
                     /translation="MKRALALIYTLVVATMAAATWIEHLRGTDFVAQHIYGAWWFTLL
                     WAVLAALGVAWIVRQRMRRWSTLLLHASFVVILCGALLTHLTASRGVLHLRQGESTDS
                     YSAELPGGATEVRRLPFHITLDSFRVHYHAGTTAERDYTSHFTLRDGRAHIPGQVAMN
                     RIFTYRAVRLYQSAYDPDLSGSYLTVNTDPYGIPVTYTGYALLFVALFGMLLDPRATF
                     RRLLADARLRRGAFLLLALTAIAGHAAEPLIVPRETADRFGRLHLLYNDRIAPVQTFA
                     IDFTKKLYGRATYRGLTAEQVLMSRLFDPRGWDAEPMIRIKDASLRHRLDLPRYASVN
                     DFFAPGRGYILGPYLMEYEQGQRDAFHRACADMDAKLRLIMSLRDGSALALFPHATLP
                     DGSIRWRHTAAPLTPDELPRMDALFLRSYLALLREPILTADYPAADRLIDKLDKYQHL
                     HAGGTLPTPTADRAERLTNAIPFATILFILNLTVGLLAMLYTLRRLTRRRDAPRTDRL
                     VHRITFALLTLSFVLLTLCEALRWIVAGRAPLANGYETMLLIAWFIHPFALLAARRFP
                     IALPFGALLSGFFLLVSHLALMDPRITPIMPVLGSPLLSLHVSVIMMAYALLSLTFIC
                     ALTALILLALGRRDPHRAAEQADVLRLLSLLFLYPALATLGVGIFVGAIWANISWGTY
                     WSWDPKETWALITFMVYAVVVHTHTWPRFRRPVAYHLYLLLSFLTLLMTYFGVNYLLG
                     GMHSYA"
     CDS             58869..60989
                     /gene="susB"
                     /locus_tag="SEQF3106_00183"
                     /EC_number="3.2.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:G8JZS4"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucan 1,4-alpha-glucosidase SusB"
                     /translation="MKDPIRRAILSFSLLMLSVGLMQAAELKSPNGRLVMHFEVDGLG
                     APVYTLSYKGKPVIKRSHLGLEAEGFSLREGFKLQKEETKTFDETWQPVWGEVKSIRN
                     HYNELSITLHQPDSDRTMILRFRLYDDGLGFRYEFPSQKQLVYFVIKDEYSEFAMAGD
                     HKAFWIPGDYDTQEYDYTESRLSEIRGLMKAAITYNSSQTPFSPTGVQTALIMKSADG
                     LYIDLHEAALVDYPCMSLELDDKTMTFRSWLTPDAQGKKGYMQTPCHTPWRTIMVSDD
                     AREILASHLTLNLNEPCALKDVSWIKPVKYIGVWWEMITGKSTWAYTNDLLSVQLGVT
                     DYSKVKPNGTHAANNEKVRRYIDFAAKHGFDQVLVEGWNIGWEDWFGHSKDYVFDFVT
                     PYPDFDLKALNDYAHSKGIKLMMHHETSASVRNYERHMEKAYQLMNDYGYNAVKSGYV
                     GNIIPRGEHHYGQWMINHYLYAVKKAAEHKIMVNAHEAVRPTGLCRTYPNLIGNEAAR
                     GGEYESFGGNKPFHTTILPFTRLMGGPMDYTPGIFETRIKNVNPNNNSFVHSTLARQL
                     ALYVTMYSPLQMASDLPENYERHMDAFQFIKDVAVDWDDSKYLEAEPGRYITVARKAK
                     GTNNWFVGCTAGEDGHMAHVSFDFLDPGRKYTATIYADAPTAHYEKNPQAYTIKQMKV
                     TNKSKLTLRAASGGGFAISIMENQ"
     CDS             61103..64147
                     /gene="susC_2"
                     /locus_tag="SEQF3106_00184"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MERKKLSLWKKCMFTLLAGLLTAFAGYAQTVTVKGVVVDATNEP
                     VIGANVVEKGTTNGIITDLDGNFTLTVKQGATIVFSFIGFTPQELPATTEPMHVVLRE
                     DTELLDEVVVIGYGSVKKDDATGSVTAIKPDKMNRGLTTNAQDLMAGKIAGVNIVSSG
                     GSPGGGATIRIRGGSSLNANNDPLIVIDGLAMDNDGVKGLSNPLSMVNPNDIETFTVL
                     KDASATAIYGSRASNGVIIITTKKGSLEGGKAKLRVTYDGNVSMGNVKKTLDVMSADA
                     YRARIKEQYGENSNAYKALGTADTDWQKEIYRTALSTDHNVSVFGGVGSMPFRVSVGY
                     TNQNGILKTSNFERYTASLNLSPSFLDGMLKLNGNLKGMYAKSRFADVGAVNAATQMD
                     PTHSVHDAGDTYQKYFGGYFQWTTDGKSLNDPTWLLTNNSLAPANPVSMLEMKDDQAK
                     SQSLVGNLEADYKFHFLPDLRIHANGGMDLSTGKQTTDIGPYSFSNNYYGSYGFEKID
                     KYNLSFNSYLQYMKAVGIHNFDVMVGYEWQHFHRKGNNRYAGLYPSTNTVNPGKEYSP
                     SSKEWASENYLVSFFGRLNYTLADKYLFTATVRRDGSSRFHKDNRWGTFPSFAFGWKM
                     KEEGFLKDVDALSDLKLRLGYGVTGQQNIGSDYSYFASYTANRGFAYYPIGYGKGESY
                     RPDAYNKNLKWERTTTYNAGLDYGFLNGRLTGSVDYYFRRTDDLINYVYVSAGTNFKN
                     QVNANIGSLENKGIEFTINAKPIVQKDFTWDLGFNLTYNDGKITKLTGGDRTDYYVAT
                     GGVTVGTGGTVQAHAVDHPPYAFYVYQQVYDEKGKPIENTFVDRNGDGVINDADKYFY
                     KKPTADVLMGLSSKFVYKAWDLSFTLRTSLNNYVYNNVEADASNMSQLYAPSGFLINR
                     PTMVLENNFQGDGNYYMSDYFVQNASFLKCDNITLGYSFNLKKVGTGRVFAAVQNVFT
                     VTKYKGLDPELVTGSGTGTNYGIDRDFYPRPLTSLIGLTLNF"
     CDS             64163..65764
                     /gene="susD"
                     /locus_tag="SEQF3106_00185"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G2"
                     /codon_start=1
                     /transl_table=11
                     /product="Starch-binding protein SusD"
                     /translation="MKNIDMKRNRITSWIAAAAILLSASGVVSCVGDLDVEPIDPSVT
                     TTFDQNKVFTKIYATLGLTGIEGPAGTGTGDVDGLDEGSSDFYRLLWNMNELPADGAH
                     CCWTDGGVPELVHGSWDASHKFVTGLYYRLYFDITLCNFFLEQIDGKTDAESVTQRAE
                     ARFIRALNYYYLIDMYGKVPFVTKVSTDSPSQVERAELFKFIEKELLEASETMKEPRT
                     NTYGRADKAAAWLLLARLYLNAEVYTGTPQWAKASEYAQKVIKSSYTLCPVYKHLFMA
                     DNNGSSVNKANTEIILPIIQDGATTRNYGGSFFLIASTHKTDDMPPFGTTDGWGGNRC
                     RPQLVSKFFPNGNAPTTGDVDAMTKAAGDDRALFFSKDRTLSIDVESEFTNGYSFVKF
                     SNLRADGATTHDSKFTDTDVPFMRLAEAYLTYAEAEVRQNGSSTAAATEALNTLRKRA
                     HAKTETSYTLNGILDEWAREFAFEGRRRSDLIRFKRFTGNTGYTWQWKGGAKEGTVLS
                     GHLSIFPIPANDFTVNSNLVQNPGY"
     CDS             65786..66919
                     /gene="susE"
                     /locus_tag="SEQF3106_00186"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:G8JZT0"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein SusE"
                     /translation="MKAINQIGIALLAALTLALASCEDDHDSNPTLKIPESFTLNAPN
                     AATVYDLEKSKTVELTCTQPDYGFTAATVYTVQVSLDNDFKDKAKFMALPTTYTKAKM
                     AVDANEIAVVQTTLALDKGKTEADFPLTSKLYIRLKATLPNGKAEVYSNVISLNARTK
                     FALDPIATPKTMYVIGSSKAIGEWKWGGCVPMVQTVAQDGTFWRIFYFDAGTAMKFNA
                     EKKFDGNEFGSSATLVDNASAGLSDDGGNLKVAKAGWYLVVIKTAVKGRDLKYTINFE
                     KPNVYLIGDVSIGGKWETTSENLFTIPTTADGKFVSPAFAKTGEVRMCVKIEGEEWWH
                     SEFIVLAEGDILYRGAGGDQDRSTQNAGKKAYLNFMTGKGEYK"
ORIGIN      
        1 cccgagggag agccccattc cgaggctcat tttggggcct tacccgaggg agagccccat
       61 tccgaggctc attttggggc cttacccgag ggagagctcc attccgaggg tcattttgga
      121 gctttacccg agggagaacc ccattccgag gctcattttg gggctttacc cgagggagag
      181 cttcattccg aggctcattt tggagcttta cccgagggag agccccattc cgaggctcat
      241 tttggggctt tacccgaggg agggctcatt ccgaggctca ttttggagct tcacccgagg
      301 gagagccccc tccttacctt tatatatgag cgaaaaatcg tgcgccccta cgagggaaag
      361 gcggcgaatg ggggatgtca atctttcgat ttcgtggcga tgtgcttatg cgcctgatag
      421 aaggcatcca tctcgcgcgt gcggcgcagc ttgcggcgtt ggcgcttgat gccgatgcca
      481 gcgaaggtgc agtagagcac gggcacgagc agcagcgtga ggatggtgga gacggagagg
      541 ccaccgatga cggagacacc catcgggcgc cacatctcgg agccttgccc ccggccgaag
      601 gccatcggca ccatgccgag gatggtcgtc atggtcgtca tcaacacggg gcgcaggcgg
      661 ctcttgccgg ccgtcaccac ggagttcttc accgcccgac cgcgctcgcg gcagagcgtg
      721 atgtagtcga tcagcacgat gccgttcttc accacgatgc cgatcaacat gatggcgccg
      781 aggaggctca tcacgttcag cgtcgtccgc gacaggaaga gcgccatcaa cacgccgctc
      841 accgcgaagg gcacggagaa catgatgatg aaggggtacg tcagcgactc gaactgcgcc
      901 gccatgacga tgaagacgag cacgatgatg agcaaggcca agatgccgag gtcggagaag
      961 gagtcttgct gatcctcgta cgagccggcg acttggatct tcacattgcc cggcgtctcc
     1021 atgcgctcga tcagcttttt cccctcggcc acgacggtgc cgagcggcgc cccgggcttc
     1081 ggcacagcgg agacggtcac gatgcgttcg cgatccttgc gttcgatggt gggcggggcg
     1141 aagcgctcca ccacggtgcc cacgtcgcgc acccgcacgg cgcggccctg gttgttgtag
     1201 atgcggatgt cttcgatgtc ttccaagctg gtgcgatact ccggtgcgta gcgcacgacg
     1261 atgtccgact ccgtgccgtc ctcccgatac tgcgaggcgg tatagccgtt gatgcggttg
     1321 cgcaggtacg agccggcggt ggagaggttg aggccttgca ggacgagctt ctcgcggtcg
     1381 aagtctacct gatactcggg caggtaatcg cctcggctga tgttcacctc cgagacgcca
     1441 tcgagcttca gcagctccgc gcgcagctcc tgcgccaagc ggtcggtcgt ggccatgtcg
     1501 tagccataga tctcaaagtc ggccgtagcc tgcccgccca tgccgccgtt gtcgccgccg
     1561 ggcacgactt tcgtcttcgt gaactcgggg taggccttca ggtcgtcacg catcatgtcg
     1621 ccaatcatcg cctgcgagcg tttgcgttca ctggctttcg taaggctaaa gttgaaggtg
     1681 atgatgtgcg acccgttgtc gcgtatcgcg gcgaaggtgt tcgtggcgtc ggcctgcccc
     1741 acggcatagc tgcaaacggt gatctcgggg tacttcttca gccaatccgc tgtcagtttg
     1801 gaggccaact cttgggctac ctccttgcgt gtgcccacag gcagttccag cttggcagtg
     1861 atgtagccgt tgtcttgctg ggggaagaac tcggtgccga tggagcgtgc gcagagcaga
     1921 ctgagcacga agaaggcaat gcacatgagt accatgagcc gccggtggca tacggcccaa
     1981 ccaaggaggc gtgcgtagcc cgcatcaagg gcgtcgaggg cgcgttggat ggggcgatag
     2041 aacgctcgga agagcttcga gggtttacgt tgcagacgca gcaagcgcga gcaaagcatc
     2101 ggcgtgagcg agagggcagc cacagtggaa acaaccatga tgacgcacat catccagccc
     2161 aactgcttga agagtacgcc cgtcatgccc gtgaccatcg tcagggggaa gaagacggcg
     2221 atcatcgtca gcgtggaggc gatgacggag atggccacct cgttcgtgcc atgcacagcc
     2281 gcctgcgacg gcgccgcgcc gcgctcaatg tgcgtcgtga cgttctccaa gaccacgatg
     2341 gcgtcgtcca ccaccatacc gatggcgatg gagagcgacg aaagcgagac gatgttgatc
     2401 gtgtttcccg tgatggctaa gtagatgaac gaggcaatga gcgacagcgg gatggtgatg
     2461 gagatgatca gcgtggcccg ccagcggccg aggaagagga agacgacgag cacgacgaag
     2521 agcagcgcgt agagcaccgt ctccgtgagg ctgtctatcg tctcaaggat gttctccgac
     2581 gagtcccaga tgatacccag cttcacgtcg ggcggcagcg tcttctgtag cccgggcagc
     2641 ttggccagca cctgcttggc gatgttgacg gagttggcgc ccgactgctt ctgtatgatg
     2701 atcgtgccgc cgcgtacgcc gttggtgtaa gcctcctgcg tgcgttcctc cacggtgtcg
     2761 accacccgcg ccacgtcgcg caggtagacg ttggcgccac cgaccgtccc gactacgatg
     2821 ttctccatct cgcgggcatc tttgaactcg ccctccacac gcagcgcgta cgtctcgttg
     2881 ccgatgtcga agctgccgcc agggatgttg cggttctccg caccgataat ggcgccaatg
     2941 ccctcgacgg tcaggttgta agcctccaac ttggccggat cgcaatagac ttggatctgg
     3001 cgcttgggtg caccagtgat cgagaccgta cccacgccgg ggatgcgcgc cagcgggttg
     3061 gccacgttgt cgtcgagaat cttatagagc gccgcctgac tctccttggc ctcgacggag
     3121 agcaggagga tggggatcat gtctgacgag aacttgaaga tgatcggcgt ctcggcgttg
     3181 tcgggcagct gcgattggat catgtcgagc ttgtcgcgca cgtcgttcgt gatcacgtcg
     3241 atgtcgttgc catactcaaa ctcgagctgg atgagcgaca ggttctccga cgagcgcgag
     3301 gtgatatgct tcaggttgct gaccgtgttg agcgtgttct ctaaggggcg agagacgttc
     3361 gtttcaatgt ctgacgcact ggcgccgggg taagacgtca gcaccatgat ggtgttcgtt
     3421 tcgatgtccg gatagaggtc taccggcagg cgggataggg agaagagtcc gaagatgacg
     3481 atcgccagaa acgtcaggct cgtcatgatc ggcttcttta cagctccttc gtataggctc
     3541 ataacaatct aaaatcgaaa aactaacaac taaaaatgca ggggaacatg ttggcggtaa
     3601 ctcgcatgta cctattcgtt tttccctttt cgtttttagt tctgaatcac ttctacttgc
     3661 gcgctgtcct tgacggccga ttggtattgc ccatcgacga cgacatccgc ttcgctatct
     3721 aatcccgaga gcagctcata gcgatcgccc aagcggcgac ccaactccac cgtgcggtgg
     3781 aagatgcgtc cgtcgcggaa gacgtacaca tagcgctcgc ccgatccggc ctgcttgatg
     3841 atggccttgt cggggacgac gatccgctcc gtcgcgccga ggttgagcgt cacacgggca
     3901 aacatgcccg ggcgcacacg caagtcgcgg ttgggcagct ggatctctac ggcaaacgtg
     3961 cgcgtggcag cgtccaccgt cgggtggatg aggctgatgg tgccctcgaa cgtctcgttg
     4021 gggtagacgt cgagcgttac gtctgccttc gagcccttct tcagggcggc gaagagcccc
     4081 tccgagacgt tgatcaggag cttcgcaggc acaatctgcg cgatggttaa gacgggcttt
     4141 gcgccgctgt acatgtcgcc gttgtcgtaa ttgcgcgccg tgacgacgcc gctgatgggg
     4201 ctcgtcagcg tggtgttgcg ctgcaggttg cggtaggccg tttcgctcac gtcgaggctc
     4261 gtcttcgagg cctcccactg cgagcgcgag acgccgccca ccttatacag ttcgtccaag
     4321 cggcggaagt cggcgcggag gttctccatc tgcaactgtt gctggcggag gctggcggca
     4381 tccatctgca caagcgcctg cccgcgactg acgcggtcgc ccacctccac attgatgcgc
     4441 tcgatgcgta ccggcatgga gggcgcaatg ttgttcgtga cctgcgcctc gacggtggcc
     4501 gtgtacgtct ccacctgctc cacctgctcc cgtacggcgg cgcctaactt caccttgggc
     4561 agggcttctt gctcagtctc tttagactct tttcctccgc ccgagcaggc tgcggtggcc
     4621 gccgcaagca acagtgcggc tgccgatcgg atgatcgttt ctctattcat tgtcttgttc
     4681 tatttatttc ttgattgatc ggataagcag cgccgctact tctcatcact acttactccc
     4741 ttccctaacg ccttgtctaa atcggcgcgt gcggtgaggt aatcgtagat ggcttggtgg
     4801 taggccaact cggcttgtgt gagcgccacc tcggcatcgt tcagctcgag gattgtgccc
     4861 atgcccacct cgtaacgttt gcgggcaatc atccggcctt tttcggcttg gtgtacgccc
     4921 tcgcggttgc tcgcttgttg ctcataagct gccgccatct tgtcccgaca gctttgcacg
     4981 agcatgccga gctggcgttc ggcgttgagg cgtgtctcgc ggagctgccg catttgcagg
     5041 cgcaccttgc gcagcttggg gtaattcgag gccttgaaga gcggcacatt gacgctgagc
     5101 gcgacgaacg aataggggta ccacgcgtaa tggccgatgc ggaaatcgtt gttcatcgag
     5161 ctgtaggtgt agctgtacga ggcgccgacg gtgggcagga agctcgcctt cgtcaggcgt
     5221 tcgttgcggc gcagcagctc catgttgagg tctaattggc gcaggtcgct gttgttctcg
     5281 aggtcttccg cgaggccatc gctggccgcc atgcgcccct cgtaatccga cagattaccg
     5341 ctggccacca tggcgggctc gtcggccaac ccgagcagca cgcgcagttg cagccccgcc
     5401 agcgccacgc cgttgccagc cgagacgagc cccggcttga ggctgcgcac ctgcacatcg
     5461 gcgcggatgc ggtcgtattc gctcacgcta cccaccttga atcgctcgtc caccatctgc
     5521 tggttcgcct ctgcctgcgc atacgccttg cggagcaccc cgtagctatc ctgcgccagc
     5581 agcagctgat agaaggcctt cgtcacctcg ttcaccaatc cgatgcgcga ggcccgcgcc
     5641 ttctccacgg ccagctcaat gtcggcctcc gtcagccgga tgctgcgata gagcgccggt
     5701 gcgaagagcg gcaggttgat ggtcacgccg cccgaataag agttgtccgt gcccatctga
     5761 atcttggtgg actgcccgcc aaactgcatc accatcgttt gcttcttcag cgtccgcgag
     5821 tacgacgcgc tgagcgacgc ctcgggcagc agtccggctt gcgcctcgcg tcgcgcttcg
     5881 cgtttgagcg cgacatcata atctgccacg cggatcgtcg ggctctccgt gagcgcgatt
     5941 cgtatggctt cgtctaagtt caggcgcagc gtgtccggcg cctgatgtgt ctcctcgtcc
     6001 tgtgccgcaa ggctgccagg gcccatcatc agggcggcaa gaagcagagt tttgtagaat
     6061 ggcatataat aaatgtgtaa gtgaggggaa tcggaattgg ccgcaaaggt aggacagtac
     6121 ttatgggccg gcaatgattc ggttcattga atttcatacg ctcggtttat gatcgattga
     6181 agatgaacat gccccggcag gctgttcacc atccgctggc acctgttggg gtatttgctt
     6241 tgcgattcat ttatgaacga atctgggttc gcattttcgt tgttcttcgg aggtattatc
     6301 ccatactgtt tttcttttat gtgcacgcac gaggtagtaa aatagactat gaacatattt
     6361 atgtgcgtgc acgaaatgcc taataaaatc ttattcatct ctatatgcgt acacgaagat
     6421 atgatacaat tctattcaga tcaatatgca tacacggggt tatgaatatg actttattca
     6481 tatcaatgtg tatgcacgat cattataaga atagattata cattcttata tgcacgcacg
     6541 gagatttgaa taaagtatta ttcatatata tgtgcataca tgaagatgag aataacgttt
     6601 tattcatctc tatgtgcatg cacgaaaata tgaacgaaaa gccgatgaaa cccttgtgga
     6661 cgatagatgg tctcgcccga ttggcggtga tgcgtatacg atgcgtaccg ccgcatccgc
     6721 catgtcagag ggagtaaaat ctgggcgcag gttgcccctc gattgctttt ggaaataaga
     6781 atacatggat taatgccccc gccttttccg acgggtaatg atcaaagagg taggccggca
     6841 aatggatgta gggcatgcgc tcgatcttct gattccgagc ccccggatgt ggccacgcaa
     6901 ctgattgaag attacacaca tcgacggtat tagctggggc taaaaacacg tttcgacttg
     6961 gcttgtcgat caccttttgt ctatttttgc gcacaaatcc aatgaaagtg tgcagtgaat
     7021 catggccgta tccgtctcaa aaacgcgtga tgtcttggta gatgtcgcgc gtcaactttt
     7081 tgcccgcatg ggctttcaca acaccacgat gaatgacatc gcacaggctt cgcaaaaggg
     7141 ccgacgcacg ctttacacct atttcaagaa taaggacgac gtgtttgacg ccgtcgtcga
     7201 ggctgagctc gacaagctcg tggactccct cacggagatc gccgcgcgcc agctgccagc
     7261 cgataaaaag ttgattacgt acatctacat gcgcctgcac gccgtcaagg ccatcgtctt
     7321 ccgcaacggc accctgcgcg ccagcttctt tcgcgacatc tggcgggtgg aaaaagcccg
     7381 caaaaagttc gacctccgcg agacggaaat cctccgcaac atcctcaacg atggcgtcaa
     7441 cgaaggcctc ttccgcatca ccgatgtcga catgacggcc aacatcctgc accatgccct
     7501 caaaggcctc gaagtgccct acatccgcgg ccacatcaat cgctggggca ggagccgaac
     7561 catcgagcga cagaacgtaa tgaacatcat attcaatgga atcaaagtca atcacgatgt
     7621 atattaatgc aaccggattc tatgttcccg aacaacggat ccccaacgcc tactacacgg
     7681 aaaagaccgg cctcggcgac gaatggatcg tgcaacgcac cggcatccga acacgatcgc
     7741 gcgctggcgc cgacgaaaac atcaacacga tgggcctcga agccatccac gacgccctgc
     7801 cgcgcctgcc ttacgacatc caagaggtgg atctcctcat cgccgccacc tactccccct
     7861 acgacaccgt cggcaccgcc gcccacgtgg cccagcaccg ctacgccatc ccccacgcca
     7921 aagccttcat gctctcctcc gcctgctcgt cgttcatcaa cgcgctcgag gtcgccgagg
     7981 gctacttcgc tatggggaag gcccgccgcg cactcatcat cgggggtgat aagaacacgg
     8041 cttacagcaa cgatgacgac ccgaagtcgg gccatctctg gggcgacgcc gctgtcgctt
     8101 tcttcctctc caacgaacgc gtcgccgaga ccgatagcga gattctggac gtctacaccg
     8161 aagccctcgg caccgtcggt aaaggccccg agagcatcca gctgcgcccc cgcgacggcg
     8221 gcatacgcat gcctgaaggc aaagacgtct tcctgcaagc ctgcacctat atgccacaaa
     8281 acgccctccg cctgcttcag ggccacggct acaccttcga cgatctcagc tacctcatcg
     8341 gtcaccaagc caacatgcgc atcctgagga atatcgccag cagcaaccac atccccgagg
     8401 agaagatcct cagcaacatc gccgagcttg gcaacaccgg atcggccagc agcgcccttg
     8461 tcttcgctca gaaccgcgaa cggtttcagc gcggcgactt agtttgcctc acggtcttcg
     8521 gaggtggcta ttccgccggt gccacactga ttagaatctg atttcatcgg tgtatccggc
     8581 aaggatggct ggcgtcccct ggcgccttga tcttcttttg cttcttttct tccatcaagg
     8641 gaagaaaaga aggtcccccc ccttgattaa tccccattta aacgacgtac aacaatgaaa
     8701 ttattagaag gaaaagtcgc cctcatcacg ggcgccgcac gcggcattgg taaatccatc
     8761 gccctgcgtt tcgcttcgga aggagcagac atcgcattca ccgacctcgt catcgacgaa
     8821 aacggtcgag ccacagaaga agagatccgt gcccttggcg tacgcgtgaa aggctacgcc
     8881 tcgaacgccg cccacttcga cgaggcccac aagacggtcg aggaagtcgt gaaagacttc
     8941 ggcggcgtgg acatcctcgt caacaatgcc ggcatcacga aagacggcct gatgcttcgc
     9001 atgagcgagg cccaatggga cgccgtgatc ggcgtcaacc tcaagtcagc cttcaacttc
     9061 gtccacgcct gcgtacccgt gatgatgcgt cgtcgcaacg gcagcatcat caacatggcc
     9121 tccgtcgtgg gtgtccacgg aaacgccggc caagccaact acgccgcctc gaaggctggc
     9181 atgatcgctc tggccaagtc cgtagcgcaa gagatgggtc cgaagggcat tcgtgccaac
     9241 gccatcgccc ccggcttcat cgagacggcc atgacggcag ccctgcccga cagcgtgcga
     9301 gaggagtgga agaagaagat tccacttcgt cgtggcggca ccccggacga cgtcgccgac
     9361 gtggctgtgt tccttgcctc tagcctttcg tcctatgtct ctggccaggt catccaagta
     9421 gacggcggca tgaacatgta attgccaatc gattattgca tcagagaggg ggaagggccg
     9481 cggcttgatc tccctctcgt gctttatttg ataagaacgc acatgcaagt catttacgaa
     9541 gacaaccact tgattgccgt cagcaagacg tgccacgaga ttgtgcaggg cgacaagacg
     9601 ggcgatcctt cgctggctga tgcgctgcgg gaatggatcc gggagaagta cgccaagccg
     9661 ggcaacgtgt ttgttggcgt cgtgcaccgc ctcgaccgac ctgtcacggg cgccgtcgtc
     9721 tttgccaaga cgagcaaagg gctggcacgc atgaacgcgc tctttcgcga cggcggcgtc
     9781 agcaagacgt attgggccat cgtgcgccaa cgccccgcgg agcctgaggg cgtgctcgta
     9841 gactggctct ggcgcaacga acgacagaac aagagctacg tctgcaaacc cgaccgaccg
     9901 gggacacgac gcgccgagct acactaccgc ctcctcgcct ccacggagcg ttaccacctg
     9961 ctcgagatcg atctccgcac gggccgacac catcagatcc gttgccagct ggcacacatg
    10021 ggctgcccca tcaagggcga cctgaagtat ggcgccgaac gctccaaccc ggacggcggc
    10081 atcagtctgc atgcgcgtcg cattgccttc gtccatcccg tcgccaagca gcctgtggag
    10141 atcgtcgccc ccgtgccccc cggcgatgca ctctgggagg cgctgaccgc aggaatcatg
    10201 taggggcgga cgcgtaactt ttggtgtatc aggcatacgc cctgaaaggg caactcatcc
    10261 cagcccagag caatgccctg ggttatgatg ccaaaagaaa gtctccgctt cctcaaaagc
    10321 cttcccccgc ctccagcaag gcaggcgaag tttgaagaga aagcgcgggc gttttacgcc
    10381 tcgcagatcc tttccgaggc tcgtagggac agatgtaatt cgcccctgcg ggcctttttt
    10441 atttttgccc aaccaaaatt ttaatcccaa ttattatcag taacaatcta aaatcatggc
    10501 tgaagaaatc aaaagactgg ctcctgaagc cgtctggggt tatttctatg acctcacaca
    10561 gatcccgcgt ccgacgggac acacgaaaca agtaaccgaa tacctcaaag ccttcggcgc
    10621 caagcacggc ttggaaacgc tccaggacga ggtcggcaac gtgctcatcc gcaaacccgc
    10681 cacgccaggc tacgagggcc gacagcccgt cgtcctgcaa gcccacgtcg acatggtgcc
    10741 gcagaagaat gccggcgtag cgcacgactt cctccgcgat ccgatcgacg cctacatcga
    10801 cggcgaatgg gtcaccgcgc gcgacaccac cctcggagcc gacaacggca tgggcgtctc
    10861 cttagccatg gccgccctca ccgacgacac cctgaagcac ggcccactcg aagccctctt
    10921 caccatcgac gaagaggtgg gcatggacgg cgccgtgggc ctcaagcccg gattcctgca
    10981 cggatcgatc ctcatcaacg gcgactctga agaggagggg cgcctcttcg taggctgcgc
    11041 cggcggggtc gacatgaaca tcagcttcca ttatcgcgac ggcgagccca cgcccgaagg
    11101 acacgttgcg ttgcgcatcg cgctcaccgg gctgaagggc ggccactcgg gcgtcgacat
    11161 ccacctcggg cgcgccaacg ccaacaagct cctcttccgc tttctcaaga aggccgtcag
    11221 ccactgcggc gtgcgcctgg cctccgtcga gggcggctca ctgcgcaacg ccatcccgcg
    11281 cgaggctgtg gccatagtta ccgtacccgc tgaccgtgtg gccgacgtgg agcggcttgt
    11341 cagcgagcac gaggcgctct accgcacgga atacaagggc atcgagggcg acatccgctt
    11401 caccgcggag cgcacgcccg acctccccgc caccgtcatc cccgaggaga tccaggacga
    11461 cctgatcaac gccgtcgagg gctgccagaa tggcccgatc agcatgttgc acgacttccc
    11521 ggggacggtt gagtcgtcgt cgaacctggc catcgtcaag tccgaacccg acggtcagat
    11581 ctacatcaag atcctcgtcc gcagctcgtc cgagagccgc aaagacgcgc tccgctcctc
    11641 gctcgagagc gtttttgccc tggccggagc ccgcgtggag agcggcaacc cctacggcgg
    11701 ctggcagccc aacatcgact cgcccatcct ccgcacgatg gagtcggttt acgagtcgct
    11761 cttcggccac aagccggacg tcaccgtcat gcacgccggt ttagagtgcg gcatcatcca
    11821 agaggcctac ccggacatgg acatgatctc cttcggcccc gacatcaagc acccgcactc
    11881 gcccgacgag gccgtgggca tcgcctcggt cgagaagtcg tggcgtctgc tgagggctac
    11941 gcttgaggcg atcccggaga agtgatcggg cacagccggc aacgaaacgt cccccgggcg
    12001 aagggtttcg accttccgtc cgggggattt tcttttcccg cgggtcggtt attgggggcg
    12061 atcgcccctc tcgtagcgcc gtttcatgcc ctttttttcg gtttatggcc atacggacat
    12121 ccgtttcatg ccttctcttt cgcgttagga cctcgcgaac ttccttttca ggtcttcttt
    12181 ttccgtttac ggccccaaac ccttccacgc gaaggccaat ttgatccaat caggcctcaa
    12241 atgctccttt ttactccttt cggaacttcc cgagcgatta tttcagttca ttttatgtat
    12301 tcgggaactt ccgattcatt actacatact gttgcaatat ttcgggattt cccgataggc
    12361 taatacttgt atttacaagt cttcgggatt tcccgaagca tagaatacaa ttgatttaag
    12421 atattcggaa actcccgaat gaatgaaata tttaattcta attattcgga ataacccgat
    12481 ttggcgtgat agtttgttct atactttcgg aactcaccga agaggtgtat agctctgttt
    12541 ttacatcttc gggaaatccc gatgaggtgt aacggatagt atcatacctt cggaagattc
    12601 cgaaatcttg caacagtata tagtaatgaa tcggaagttc ccgaatacat gaaatgaact
    12661 gtaataatac actcggaagg ttccgaaaga ggtaaaaagg aacatttgag gcctgattgg
    12721 atcaaatggg gcttcgcgtg ggaggttttg gggccgtaaa cggaaaaagg agggatgaaa
    12781 cggaagttcg cgaggccata aacgggaaga gaagggatga aacggaagtt cgcgaggcca
    12841 taacgcgaaa aagaaggaat gaaatgagat cggtcgttag agacgatcgc ccaatagtca
    12901 accgaaaatg gttctacgaa taaatggggc gcccagcacg tcccgaaggg gtaattcatc
    12961 atcacctcag ggcaacgccc agggtacaaa cggcgcaaaa aaatccccgc tcctcgcaag
    13021 tctcctccca ccctgctgag catggcggga ggaggcttgc gtggagcggg ggaattgggc
    13081 ggcatcgttc acccagggtg ccgcgccgcc taaaggcgtc gctctaccct gggctgggtt
    13141 gagtcgccct ttcagggcgt gtgcgccccg acacccctac ggccgggatt tcgcgtcgcc
    13201 tacttctcgc ggatgaagac ttggatcggt gtgccgtgaa aatcccagtg ctcgcggagc
    13261 tggttttcga ggaagcggcg gtagggctcc ttgacccact gcggcaggtt gcagaagaag
    13321 gcaaacgagg gcacactgcc gctcggtagc tgggtgatgt acttgatctt gatgtacttc
    13381 cccttccacg ctgggggggg cgtccgctcg atgatgggga gcatcgtctc gttcaggcgg
    13441 ccggtggtga cgcggcggcg gcggttgtcg tagacggcgc gtgcagtctc caagactttg
    13501 aagatgcgct gcttcgtgag ggccgaaatg aagaggatgg ggaaatcggt gaagggcgcc
    13561 atgcggtcgc ggatggcgcg ctcgtaggtc ttgattgcgg ctgtcgattt gtcagtcacg
    13621 aggtcccact tgttgacgca gacgatgagc cccttcttgt ttttgcggat gatggagaag
    13681 atgttcaagt cttggctttc gatgccgcgc gtggcgtcga gcatgagcac gcagacgtcg
    13741 gcgttttcga tggcgcggat ggatcggatg acggagtaat actccaagtc ttcgttcacc
    13801 ttgccctttt tacggatgcc ggccgtgtcg acgaggtaga agttgaggcc gaacttgtcg
    13861 tagcgggtgt agatggaatc gcgcgtggtg ccagcgatgt cggtcacgat gtggcgctcc
    13921 tcgccgatga aggcgttgat gagcgacgac ttacccgcgt tgggtcggcc cacgacagcg
    13981 atgcgcggca gctcctcgtc gggcgtctcg ccagccgcct gaggcagcag cgcgacgatg
    14041 cggtcgagca gctcgcccgt gcccgagccg ttgatggccg agaggcagta ggggtcgccg
    14101 aggcccatgc tgtagaactc ggccgcggcc gcgtggcggt cgtacgtgtc ggctttattg
    14161 gctgccagta tgacaggctt tccgctgcaa cgaaggatgt gggccacctc gtcgtcgagg
    14221 ctcgttgcgc cgttcagcac gtcgacaacg aagaggatca cgtccgcctc ctccacagcg
    14281 atcttcactt gcttgttgat ttcgccctcg aacacgtcgt ccgattgcac tacccagccg
    14341 ccggtgtcga cgaccgagaa ctcgcgcccg gcccattcca ccttgccata ctggcggtcg
    14401 cgcgtggtgc ccgcttcttc gttcacaatg gcctgtcgcg attcggtcag ccggttgaac
    14461 agtgtcgatt tgcccacgtt cgggcgccct acgatggcta ctacgtttcc catattttct
    14521 tagttacaag ttactggtta cgagttactg gttacaagtt acaagtgacg agttatgaat
    14581 atcggtcact cgtaacctgt aactcgtaac ccgtaacccg cgagctaatc caatttatac
    14641 ccgaacctcc ggagcaggtt gtcgcggttg cgccagtcgg gctccacctt gacgtaaagc
    14701 tcgaggaaga tcttcttctc aaagaaccgc tccatgtcgc gtctggccgt ggtgccgacc
    14761 ttcttcagcg cctgcccgcc gtggccgatg atgatgccct tctgcgtctc tcgctccacg
    14821 atgatcagcg cgcggatgtg tatgcgctcc ggctcctcga cgaactcctc gacgacgacc
    14881 tccgtggcgt aggggatttc cttttggtaa tacaagagga tcttctcgcg gatgatctcc
    14941 gtgacgaaga agcgcgccgg gcggtcggtc agggcgtcct tgtcgaagta gggcggcgag
    15001 tcgggcagca gcgcttcgat gcggcgcttc accggctcga tgttgaatcc cgacagcgcc
    15061 gagatgggga tgatctccgc ctcgggcaac agtgtgtgcc acgcctcgac agcctccgtc
    15121 agcccagcct gatccgtcag gtcgatcttg ttgatgagca gcagcacggg gcactcggcg
    15181 cggcgcacac ggtcgaggaa gtcgtcgttc ttgtccgtct tctccaccat gtccgtcacg
    15241 taaagcagca cgtcggcatc gctcagcgcc gattcggagc tctcgcgcat cgtctcctgc
    15301 agcttgtagt tgggccggag cacgccgggc gtgtcggagt agacgatctg catgtcgtcc
    15361 gtgttcacaa tgccgaggat gcggtggcgg gtggtctgcg ctttcgaggt gatgatggag
    15421 atgcgctcgc ccacgaggcg gttcatcagc gtcgacttcc cgacgttcgg gttgccgatg
    15481 atgttgacga agcccgactt atgctttttt cgctccgtca taaccccatt tcaggtaggt
    15541 ggcgccccat gtccagccgg cgccgaaggc cgcgaggatg aggttgtcgc cgcgccggag
    15601 cctgtcttcc cattcccaaa ggcagagcgg gatggtggcc gagctggtgt tgccaaactt
    15661 gctgatgttg atcatcacct tgtccttgtt tacctgtagg cgccgtgcag cggcgtcgat
    15721 gatgcgcagg ttggcttggt ggggcacgat ccagttgatt tcgtccttcg tcaatccgtt
    15781 gcgacggacg atctcttcgg cggcatcggc catgtcgatc acagcgcgtt tgaagacggc
    15841 ctggccttct tggtaaacga agtgcatgcg tttgtcgacc gtctcgtgcg tgggcatttg
    15901 cctcgatccg ccagccttca taatcaggtg cgacttgccc gatccgtccg tgcgcagcag
    15961 tgtgtcgatc acgccatatt cctctgttgt aggctcaagc agcacggctg ccgctgcatc
    16021 gccgaagagg gggcatgtgg cgcgatcggt gtagtccgtc atggacgaca tcttttcgct
    16081 cgagacgacg atgagccgtt tgtagcggcc tgagcggatg tagttggctg ccgtttcgag
    16141 ggcgaagatg aagcccgcgc aggctgcctg aatgtcgaag gcgtaagcct ttcggcagcc
    16201 cgactcgtag gcgatgatgg aggcagtgct ggggaagtgg tagtcgctcg tggaggtgga
    16261 gcagatgacg ccctccaccg acagcgggtc gatgcccgtc ttgcgcagca gatcgcccac
    16321 cgcctgcgcg cccatatagc cggagctctt tgtggggtct ttcagtatcc gtcgttcctt
    16381 gatgccgacc cgcgtcatga tccattcatc ggtggtgtcc accattttcg acaggtcttc
    16441 gttcgtcagc acatcgtccg gaacgaatcc tccaacgccc gtgatgaccg cattgatctt
    16501 atccatgttc ttgtgtgtgt aagtatgtgt ctgattaaaa aaaggaagca gccctcgatc
    16561 gaatatgcat atcgggggct gctttcattg cattagaaaa aatcttgtga gtgtgtggtg
    16621 tggtgtctat tgtgtgaatg tgtgcgaacg aaagcgggct gccttttgtg tcagactgcc
    16681 acgtctttgt cgatcgccaa tttgcctcgg tagtaaccgc attcaccgca aacggtgtga
    16741 tatacatgcc atgcaccgca gttggggcag agggccagtg tcggaacggc tgcatgatcg
    16801 tgcgatcttc ttttgccggt tctcgcgctc ccttgtcttc ttttaggatg tgccataatt
    16861 caaattcaat tattgtttta agtctattct tcttcgtctt tcagtcgttt gagggcgtcc
    16921 cagcgtgggt cggttgtgga ttcgtcctca tcggtgttgg cttcgtcggt gtcttcttct
    16981 gcgtcgtccg cgtcgtaggc gacgtgttta cgcagtttgg ctgccatcgt tcggttacat
    17041 ccgcccggct cgtgtacgtg cttcatcggt acggccagtg cgacaaactc gtagaggaac
    17101 caagcgaggt tcactcgccc ttcgtcttcg gctattacca acacttcgtc gctttcttcg
    17161 gtatacgctt tacccatttt cacaaccaat cgattgtctg tttcgatggg ccattccatt
    17221 gggtctaagc agcgatcgca cggaagggtc actgtgccgt ggaggtggaa tgtcatctcg
    17281 tagaccgatg ctttatgctc gactgtgagt tgcacattca cgtgcccttg tcggacttcc
    17341 gtcccgtcta tgtctgtgaa aaatttgtca tccagcagat attcataggt gcgaacctct
    17401 gccggattca tttccttcaa ttctatccaa tatgtaccga attttcccaa ggctttattg
    17461 tttccgaaaa aaccggcggc aaatgtagaa atctttccta attgacttgg gccggtttta
    17521 ggccccataa aagtggctta caagccgctc tacaagcggg ttttaggaga tgtgtcggat
    17581 ggggggcttg gggtaggtcg agggggctgc gtgtagctct cgggttatag ccgattgatg
    17641 gcgggatccc tcctctgcct cacgttaatc caaaaccgtg gcgacggtga agaggctgat
    17701 gcgtaggtcg gggacggtgt ggagggcgtc aatgcagccg agcagggtgg agccggtggt
    17761 gaggacgtcg tcgatgagga ggatgtggtg gccggcgagg cgctcggggt ggatggtggt
    17821 gaagacgttc tccatgttca ggtggcgatc gtaggctgat ttgcgtgttt gcgtttcggt
    17881 gtaggcgcgg cggacgagcg tgtcggtgtc gatggggatg ccgtagatgg aggcgaagcc
    17941 gcgggcgatg cgttcggatt ggttgtagcc gcgctggcgc attttgcgtg ggtggagggg
    18001 gacgggtacg agccgatcga catcggtgaa gcagccttcg gcgcggagct cttgggcggc
    18061 ttgatggccg aggtagatgg ccaactgctc gtcaccgtga tacttgaatt ggtggatgag
    18121 gcgttgcgca gggccttcct gctcgaatcg caggaaggcc actacgcggt ggacggcggg
    18181 ataacctgca aagggcgtct cgatggagct tgtgccgcgg ggcagacgat ggctgtttgt
    18241 gcgcggcagg ttgcagaggc aatcgatgca gaggtgggct tcgccttgct ggaggggtat
    18301 gccgcaaagt gggcagatgc gcgggtagag aagcccgagc agatcatccc aaaccgtccg
    18361 gagcaaatgc attatttgtt gccaagtatt ccagatacgt tgacggggag tgtgttccca
    18421 aactgtgacc agacgggcac gccgtctttg atggcagaga cgtagttgaa gcagatgtag
    18481 aacgcttcgt tgttgcctgc ctctttctct ttgcgtgcga tctgctccaa atagttcttc
    18541 gcgaaatagg cgcagttggc agcgatgtcg acggctggct tggagcctgg ggtgcgcttg
    18601 gtcgagcgca ggtagaggtt gtaggtgcgg cctcgcggct tcatttccgg tttagcgttc
    18661 gggtcgtagg tgaggtacca ctcgttgcgc tgatcggggg attggttgac gacgtgctct
    18721 atgaaaaggt agccgcgcac gtagccgcgc accaagttgg cggggttctt caccactact
    18781 tcgtccttca ttgccttgct tgtgtctggt gcaccggggt cggtgaaggc ggagatgcga
    18841 tacttctcca cctcagccat ccagctgatc ttgacggtgc agtacccctt ggtcttgatg
    18901 acggaggcgg aattctcggc ggcgtcgcgg tcgagggtga agtggacgac gacgccggcg
    18961 ccttcgttca tcgtggccag ttcgggtgca taaaacgctc cgtaggggta ggggttatcc
    19021 atcaccatcc ggccgtcttt tgcgcggcgc atgatgccta ccgtgctcga tgttacactg
    19081 ttgctcccgc cttcgaggca ggatgttgcg aggcttgtca gcaacaatat tgctgcggta
    19141 taagccatca ctgggttcat tcttttcagt cttttcatgt tgttatcgta tgaagtagtt
    19201 agacgtaagc ggtaattaat ttctgctcct cccgcccccg gaatgtcact caaaacccta
    19261 tccggaggcc ggttcgcagg gagatgtcga gggggtgttc ggagcggatg gtctcgatgg
    19321 ggctgccgtt gtcgaagtaa taattggcgc ccacctcggc gaagaggctc aggacgcgca
    19381 gcagcgggta ggatgcgccg gcgtgggtgt aaactgacca ttgccattcc ttcatccgca
    19441 tggcctgctc cgtggtgtgc cgctcgttgt tgaaatgata gacggtgcgg aggtttccgg
    19501 ccacgttcca ctctacggca ccgccagcgc cggcgtagaa acgcacacgc tgccagtcgg
    19561 caatgcggta agtgacgccc acggggatgc ccacgaagtg cagccgctgg cgcgcatgcc
    19621 cgtcgaagat ggagatggtg ttccagcgcg aggtgaggca ggtgtaggtc aggccgcttt
    19681 gcagcgacca gcggttgctg agccggtagc tcacgccgag gccgatggag agcgggcgcg
    19741 cgtgcttgac gccgatacga tcggcccgat tgccacggtt ggataggtcg tcactttcct
    19801 gaccataggg tggcaggtcg gcccgattat cttcacgggc attcacggcc tcgggggctg
    19861 cgccgccgcc ttgtaagccg gttgtgtaac cgccgccgcc catgccgaag ccccaacgcc
    19921 gcactgaggg ggcattggcc aaggcctcgg ccgggagaat cgcttccacc ggcggggcct
    19981 cttcgactgg agccgacgcg tcatccactg ccggatgctc cgctaccaat ggctcattca
    20041 tggcaggttc atttaccgga ggttcattca ccgcaggctc atgtacgagg ggctcattca
    20101 tcgcaggctc atgcgctacg ggctcgtttg ttggttcatc cttaggcaga ggcttcgcgg
    20161 ctggcgccga aaaggttgtt gtccggacgg cttcggcggg tggagcctcg atgggctctg
    20221 gcgcggatgg ctgcggccga gcgggctgtg ccggagtggg gcgcgcttcg gccactgtgg
    20281 gtgttggctc ttcgtggcgc cacagccggc gccccccttc aaaaagcacg gccagcagca
    20341 ccacggccgc tgccgcatac atccaccgcc gcggtatgag ccgccggtgt gtcaatcggt
    20401 ttcgtagggc ctcccagtcg gccggatcgg gctgtgcctc gtaatccgcg agcttcgatc
    20461 ggatggcttc ttcccatgca tcacgttttt ccatcactat ttctccccgt taattttctg
    20521 ttgtaaccag cgccgagccc gcatgtagtg cgcgcgcgac gtactttctt cgatttgcag
    20581 cctggcagcg atctccttgt gcgaatagcc ttcgatggcc agcaggttga agacggtgcg
    20641 gaggctgggc ggcagctctt ggaccatggc catgaggtcg tcagccgaga ggcgggccag
    20701 ggctgtggct tctacggcgg ggctgaaggc ggtgacatcg aggctgatcg tctcgcgccg
    20761 gagcgtctgt gtgcgccgga ggtattcgag cgattcgttc acgaagatct tccggatcca
    20821 agccccgagc ggcccttcgc ctcggaattt gctgagtgag gcaaagacct tgacgaagcc
    20881 gtcttgcagc acatcgcgcg ccacctcgcg gtcggccaca tagcgcaggc agaggccgag
    20941 catgcggccg gaataggcgt cgtagagcgc tttccaggcc gtttgttcac ccttgagaca
    21001 actggctatg agttgctttt catccatttc gtctaatctc gtgtgtggca tgttcctgtt
    21061 gccacacgcc ccccatgacg cgtggcgccg caaaaatgtg gccatcgacc tgattttttt
    21121 tctcaacacg ccgtgtgcct tcttttcctt cctctcggag tacggaatgg ctatacctgg
    21181 tttgcgcggg ttgccccggg cgcgggtacg cctcatttta gattccaacg ggttgccccg
    21241 ggcgcgggta cgcctcattt tagattcaaa cggggtgccc cgagtgcggg tacgcctcat
    21301 tttggattca aacgggctgc cccgggcgtg ggtacgcctc attggagtct ccaataataa
    21361 gttgaaacac tcgcgggtta atatttgagt ctcaaatatt aagtagcacg catgtaagtt
    21421 attattgaag tgttcgataa taagtagcac gcatgtaagt tattattgaa gtgttcgata
    21481 ataagtaaca tgcatgtaag ttattattga agtgttcgat aataagtaga acgcatgtaa
    21541 gttaatattg cacgaggaaa taataaatcg cttcactcgc tatttattat ttcgcaagga
    21601 aataaggcgt cccccgtgcg ggtacacccc attgcgtaag gaaatgaggc gtccccagcg
    21661 tgggtacacc ctgttgcgca aggaaatgag gcgtccccag tgcgggtacg ccctgttgca
    21721 taaggaaatg aggcgtcccc cgtgcaggta cgccccgttg cttggggaaa tagggcgtac
    21781 cctcaaaaag gaagtcccgc agagaccggt ggccttgcgg gacttcgttg cattcggggg
    21841 gcggaggcgc actcagaggc tctccacgta ccagcgatac atgcggctga cgccctcgtc
    21901 gatctcgatg cggtggtgcc agccgagggc gtggagcttg gagacatcgg tcagcttgcg
    21961 cagcgtgccg tcgggcttgg tggcgtcgaa ggcgaggcgg ccgccatagc cgacggtgcg
    22021 gacgatgagc tgcgccaggc ggccgatggt gatttcgcgg cccgtgccga tgttgatgtg
    22081 gcagttgcgg acgtcggggt cggagccgcg gaggtcggca aagtcgacgt gctccatgat
    22141 gtagacgcag gcgtcggcca tctcctcgct ccagaggaat tcgcgcagcg gtgtgcctgt
    22201 gccccagagc gtgacggcgc ctggggtgat gccatacttg gcgagcaggg cgaggagctc
    22261 ctcgtcagag gcggtgcggg cgtcggcctg ctccacgggg cggcgggtga ggtcagcgcg
    22321 gacgtcgtcc atgcggccct cgtggaggca gcgggcgagg tggatcttgc ggatcatggc
    22381 gggcaggacg tggctgcgct ccagatcgaa gttgtcgttc gggccataga ggttggtggg
    22441 catgacggcg atgtagttcg tgccgtattg caggttgaag ctctcgcaca tcttcaggcc
    22501 ggcgatcttg gcgatggcgt agggctcgtt ggtgtactcc aagggggcgg tcaggagggc
    22561 gtcttcgcgc atgggttgag gcacgtcgcg ggggtagatg caggtgctgc cgaggaagag
    22621 cagcttgcag acgtcgtggc ggaagctctc gccgatgacg ttctgctgga tgccgaggtt
    22681 gcggtagatg aagtcggcgc ggtagcgact gttggccatg atgccgccca cgtaggcagc
    22741 ggccaggacg acgtacgtgg ggcgctcctc gtcgaagaag cggcggacgg cggcggcgtc
    22801 cagtaggtcg agctcccggt gggtgcggcc gacgagattc gtgtacccct tggcgcggag
    22861 gttgttccaa agggccgacc cgacgaggcc gcggtggcca gcgacataga ttttggcttg
    22921 cttatccatc atggctcact cctccttttg agcacgcata tagagcttgc gtgcaaagcg
    22981 catgtcgtgt ttcaccatca ggcggaccag ctcctcaaac gatgtcttgc gcgggttcca
    23041 tccgagcagc gtcttcgcct ttgtcgggtc gcccagcagc tgctccactt cagcggggcg
    23101 gaaatatttc ggatccacct ccacaagcga gcggcccgtc ttgacatcga tgccgcgctc
    23161 atccaacccc tcgccttccc aacgcagttc gatgccggct tcgcggaagg ccaaggtgca
    23221 gaactcgcgt acggtgtgca tctcgcccgt agcgatgacg aagtcctccg gccgctcgta
    23281 ttgcagcatc atccacatgc actccacgta gtccttggcg tagccccagt cgcgccgggc
    23341 gttgaggttg cccatgtaga gcttgtcttg aaagccctgc acgatgcgtg cggcagccag
    23401 cgtgatcttt cgggtgacga agttctcgcc gcggcgttcg ctctcgtggt tgaagaggat
    23461 gccattgacg gcgaacatgc cgtagctctc gcggtagttt ttggtgatcc agaagccgta
    23521 ttgcttggcc acgctgtagg gcgatcgggg gtagaagggc gtcgtctcgc gttgtggcac
    23581 ctcctgcacg agtccgaaga gctcggaggt ggaggcctgg tagatgcgtg tctggtgttc
    23641 acgtccgagg atgcggacgg cctctaagag gcggagtgta ccgatggcgt cggtgtcggc
    23701 ggtgtactcg ggcacgtcga agctgacctt gacgtggctc tgtgcggcga ggttgtagat
    23761 ctcgtcgggc tgcgtcagct ggatgatgcg tacgagcgag ctgctgtcgg tcatgtcgcc
    23821 gtagtggagg ttgatggtgc gttggcgctt catgtcgcgc acccactcgt cgaggtagag
    23881 gtgctcgatg cgcccggtgt tgaacgacga ggagcggcgc atgatgccgt gcacctcata
    23941 gcctttgtcg atcagaaact cggccaggta cgatccgtcc tggcccgtga tgcctgtgat
    24001 taatgcggtc tttctcatgt tgtgtgatat atattatgtg tgattggggt ggcaaagata
    24061 ggcggggcgg ggggacgcgt cggatgggaa ccctttccgc gatgacaccc ctgtcccctg
    24121 aggggacggg gatgtcattg tggaattacg ccctgtccct tgaggggacg gggactcttt
    24181 tctgcattta cgccttgtcc cctgagggga cgggggtgtc atcgcggaat tacgcctcat
    24241 cccctgaggg gacaggggtg tcatcgcgga attacgcctc atcccctgag ggaacggggg
    24301 tgttatcgtg gatttacgcc tcatcccctg aggggacggg ggtgtcatcg tggatttacg
    24361 cctcagcctc ctcgtcggtc aggtctgcgg cggctaaatc attgccgggg caatagcgga
    24421 gggtgcggcg gacgaaggcc atgtgcttga tcagcgggcg gagtgcgcca gggtcgtgtg
    24481 agacgagcac gacggcagcg tcgcggttga tctccgctaa gaggtcgccg agggtggagc
    24541 cgaagcggcg atccatgtac gtgttgggtt cgtcaaggac gagcatgcgg gggcgggata
    24601 cgatggcgcg accgagcatg gcgcgttgca actcgccacc ggagagttcg ccgatggggc
    24661 gatgggccag tgcctcgagt cccatgcggg cgagggtggc gccgacgcgt tcacgttgct
    24721 ctggcgagca gcggcggcag cgtgtctcgg ccatgaggcc agaggcgacg acctcagaaa
    24781 cggagatggg gaagcggcga tcgatggcgt tgacctgcgg caggtagccg atgggtaggg
    24841 tgggggtggg gtggccgtcg cggtagaagg tgatcgtgcc ggtgcggggg cggagcaagc
    24901 cgagcatgac gcgcagcagg gtggtcttgc cgccaccgtt gggcccgacg atgcagagga
    24961 agtcgcgctc ggagatgtgg agggtgatgt cgacgaggac atctttcgag gcatcgtagc
    25021 cggccgtgac atggtcgatg gtgacgaggg gcatgtatat aggtagttag gggtagtgag
    25081 aagtagttat gcgcctgcgg cgcggtagta ggggcacccc ttgtgggcgc ccggtagtag
    25141 gggcacccct tgtgggcgcc cggtagtagg ggcgcaagga tgttggccgg gcatgggtta
    25201 atcactgccc ttcgatcagc gcgcggccga tatggagcat ctcgtccttc cattgggcag
    25261 agaggggatc gatgacgacg acgcgggctc cgatttcgga ggcgacggac tcggcatgct
    25321 tgcggtcgaa ctcgcgctgc acgaagacga cgcgcacgcc ctccgctcgc gccacatcga
    25381 tcagcgcctt tagcgatgct gccgagggct ccttgccgtc cgtttcgatg gcgcgttgag
    25441 tgaggccata ctcgtgggcg aagtaggtca gggtggggtg atagatgatg aaggtgcggt
    25501 gggtcagcgt gtcgagcatt gtgtgcaagg ccgcgtcggt ggagtcgatc tcggtgagga
    25561 gccgggtgta agccgcttcg tagtcggcgg tgtgggccgt gtcgagcgag cagaaggcgt
    25621 gcagcgtgtt gcgggcgatg aggcgggccg tggcgggcgt gctccagatg tgtgggtcac
    25681 tgtggtcgtg cgtgtggtga tcaccgtcga tccagcggat gccctccgag aggtcgaaga
    25741 cacgcaggcc ggggttttgc tccgcgatcg tcttcatcca cacctgctcg aagccgatgc
    25801 gcccgatgcg caggtaggcg cgactgcgcg ccacggccat catctcctgc ggcgtcgggt
    25861 cgtatgtctc ggggctttgc ccaggtggca cgatggtgtg tatcgcgaag tgtccgcccc
    25921 cgatgccctc ggcgaagtag cgctgcgcct ctatggttac ggtgaccatc gactcgcttc
    25981 cggccttcga tccgctgccc gcgcaactcg ttatccccaa cacaagcagc cccatagccg
    26041 cggccttcga tagggcgctc ggccatcgcc cactgcgaag tgtgcgcacg ggataccacg
    26101 acgtcagtgc gccgatggca aagacggtgg cgaaaatggt tagcaggtcg atgggggaca
    26161 cgtgtacggg atattggtcg ctgatgaagg cgcctacgga accgagccgg atgatgccga
    26221 agtattgttg cacaaggcag agcgcgacgc cgatgacgat gcccacggct gcgccaacga
    26281 gcgggatcat gcagccctcg aagaggaaga tgcggcggat cagcctgtcg tcggccccca
    26341 tgctgcgcag catgtgcaca tcgtcctcct tttcgatgat gagcatggag agcgagctga
    26401 cgacgttgaa cagcgcgatg gtgaggatga acacgaggat gaggaacgtc atccatttct
    26461 cgatctgcat catgcgaaac gacgcctcct gttgctcgaa gcgatcctgc acccggaagg
    26521 cgtcgcccag cgtgcggccg atgcggcgct ttacagcttc cacatcgacg ccgggagcca
    26581 gcttcagttc caaggccgag acctcgccgt tgtcgtagcg cagcatgtcg cgcacaagat
    26641 ggatggggag gatcaagtag cgctcgtcgt attcggcttg gttgatgcag aagacgccgc
    26701 tgatgaaggc gtaatcgagt tggaacgaag tggcggtatt agcggggttg atgcggacgt
    26761 cgcgcttggg ggcgtagatt gccatcggct cggtgaaggc ggcgttgatg ccgagtgcag
    26821 aagccagccc gatgccgagc acgccgtagt tggtctcgcc ctcacgcagc acgaagcgtc
    26881 cgtcgatgag gacggagtcg atcggtacgg cgcgctcgaa ggtgctgtct acgcccttgg
    26941 ccacggcgat ctgttggcgg tcgccataac gcacgaggac gttgtcttgc aacacttcgg
    27001 tgatgagtgc cacctcgggc atggccttga cctgccgcat ggccgccgtc gcggggtcga
    27061 acaccttgcc ctccacggcg gtgatcttca gctcggggtc gaagttgccg aaggaggaga
    27121 tgacgaggtc gcggaaaccg ttgaagacgg acagcacgca gacgagcgcc gtcgtggcta
    27181 cggcgacgct gcacacggag atcatagaga tgatgttgat ggcgttgtgc gacttcttgg
    27241 ccagcagata gcgccgggcg atgaatagcg agaggttcaa aatagcgggt agttatgcgg
    27301 ccgttggccg cggtagtagg ggcgcccctt gtgggcgccc tttgtgggcg cccggtagtc
    27361 agaggtagtt agagggtagc ggggaatact taattctact ctctacttgc tcagcagctg
    27421 atcgatgttt tccacataat cgagcgagtc gtcgcggtag aagatcagct cggggatgcg
    27481 gcggagttgt aggcgtacgc gttggcccag gtcgtagcgg atcgtcttct tgttcgattc
    27541 gatggcctgc atcagctgct ccgccttttc ggtggggaag atgctgaggt agactttggc
    27601 tacgctcagg tcggggctaa cacgtacggc gctgaccgag acgagcgtcc cgggcatggc
    27661 cttggtttgc cgcaggaaga ggtcgcccaa ttccttttgc agcagtcggc ctattttgtt
    27721 caatctggtt ccttccatag gatctaaaat ctaaaagtga aaagctaaaa atggggggcg
    27781 gcttacttct tccaaatcac cgtcaggccg tcgcgcaggg gcagcagcac tttctccacg
    27841 cggctgtcgg ccttgatccg ttcgttgaag gcgacgatgc cacgcgtctg cgtgtcagcc
    27901 gtggtagcgt tgtccgccac cttgcccgac cagagcgtgt tgtcagcaag gatcaatcct
    27961 cctggctgca cgtgggggaa gatgaggtcg taatacgcgc agtagtcgcg cttgtcggcg
    28021 tcgatgtaga cccaatcgaa cggctcgggc ccgagcgtgg ggagcacctg gcgcacgtcg
    28081 ccccagtgtg ggcggatctt ggtgcggtcg gggtgctcct gccagtaggt gcggaagaag
    28141 ggttccatct cgtcgttcac ctccacggtg tggatcacgg cgtcggcgtc cgtgccttcg
    28201 gccatgcaga aggtggcgta gcccgtgtat gtaccgatct caagtagtcg cttggggcgc
    28261 atcatgcgac agaacatctt cagcacgcgc ccctgcaggt ggccggcgat catgcgcggg
    28321 cggagcagct tcacgtgcgc ctcgcggttg aggcgcgcca gcagtggtgg ctctgggtcg
    28381 gtgtgatcga ggatgtacga ttcgatgtcc acggggcgag tggcgggtta gaacgtcggc
    28441 aactggtatt cgtcgcgggc gtggagcacg cgtttcacct cgttgatctc gaggaaggtt
    28501 gtgccgccgc cctcgccgaa gctgccgctg aggtaggcca ctttatcgtc ctcggtgatg
    28561 agtccgcggt tgatgagctg catcagcgcg tcgtagtaat actcgcggcg gctgactttc
    28621 cacgcttgga agacggccca gacgccgtag gagagcgaga gcatgcgcat cacctcgggg
    28681 cggtagcaga tggcgaagac ggtggcgcgc ccgcggaagg cggccagata gcgcgccgtg
    28741 cggcccgagt agctgtcgga gatgatggcg cgcacgccga gcttggatga cgacttgacg
    28801 gcttgcttgg ccaggaagga ggtcacgtct aagtcgtcgc ctttgatggg cacgcggatg
    28861 tcgttagccg agagcttcgc ctgctctgcc tcataggcca ctttggccat catctggacg
    28921 gcttctaagg ggtatttgcc gtaggccgtc tcgccgctca gcatcagtgc gtcggtgcgg
    28981 taatagatgg cgttggcgat gtctgtcact tcggcgcggg tggggcgcgg gttgttgatc
    29041 atcgtgtgga gcatctgcgt ggctacgatg acgggccgtt tggcttccac gcatttgcgg
    29101 atcagtgtgc gctgtatgct ggggatcttc tcggctggca cttcgatgcc gaggtcgccg
    29161 cgagccacca ttacgccgta ggctgcctgg agtatctcgt cgatgttgtc cacgccctct
    29221 tggttctcaa tcttggcgat gatcttgatc gggctatggt gggcgtcgag gatgcgctgt
    29281 acgtctaaga cgtcggcttt gctgcggacg aaggagtggg cgatgaagtc gagccgattg
    29341 gcaatggccc actcgatgtt gcggcggtct ttctccgtca gggagggcag gttgatgcgt
    29401 acgccgggca cgttgacgct cttgcggctg cccagcgtgg cgttgttttg cacttcgcag
    29461 acgaggcgat cggcttgctt ctccacgact ttcagctcga ggtcgccgtc gtcgatcagg
    29521 atgtcgctat cggccgaaag gtctttgacg aagtctgggt aggagacgca gatgcactcg
    29581 tgggtcgttt cgccatcggg tcggccttgc atcacgacgc ggtcgccggc ctgaaactcg
    29641 atcggggcgg ccagtgtggt ggtgcgtatc tcggggcctt tggtgtcgat gaggatgccg
    29701 atgcggccgg agaccatgcg tgtgtttgag accacgcgtt gcaatccttc ttcgctcatg
    29761 tgtgctgtgt tgaggcgcac tacgttcatg cccgcttcat aaagcgagcg gataaaatcg
    29821 acctcgcaac gttggtcgga gatcgtggct acgattttgg tatgctttat cattgggaaa
    29881 gtagttaggg ggtagtaata agtagttagg gggtagtaat aagtagttag ggggtagtaa
    29941 taagtagtta gagggtagta ataagtagtt agagggtagt aataagtagt tagggggtag
    30001 taataagtag ttagggggta gtaagaagta gttaggggaa gtaagaagta atgctcactt
    30061 caatgcctct aaagccaacc tgtaggagtc taacccgaac ccggcgatga cgcctcggca
    30121 ggcggcggcg aggcaggagt gatggcggaa gggctcgcgg gtgtatacat tagatatgtg
    30181 tacctcgatg acgggtgcgg tgatggcgcg gatggcgtcg tgcagggcga tggaggtgtg
    30241 ggtgtaggcg ccggcgttga gcacgatgcc gtctgcggtg aagcccgcct cgtggatctt
    30301 gtcgatcagt tcgccctcga tgttgctttg gtagtatgtg atccggcact ccggataggc
    30361 agcccggagc tgctctaaat aggactcgaa cgacgcgtgg ccatagacct ccggttcgcg
    30421 tcgccccagc aggttcaggt ttggcccgtt gatgatgagg atgtgcttca ttttctctct
    30481 aatctacatt tgctgcccat tcgtaggggt gggcaaaagt aaggtagcgg ttagaaatca
    30541 gtagccggat gcccaaagtg ggcgtgctgt atggctggcc tgagatgcca ttgcgctccg
    30601 agggtcggaa atggggcaaa ccttcgggaa gggtcatttc gaggctctgg aaatgggtcc
    30661 aaccttcgga atgattcact cgaggcggcg cctttttgct tcaaccccct ttttaacgtg
    30721 agttcgatgt aagaatgagg ctcgctttcc tcctgggaaa tgtctttgca ggagctcccg
    30781 caaacgccaa agcatttccc acgggacttg cggggcgccc cgcaaacact aaaactgaga
    30841 atttgatgct tgcggggtgc cccgcaaacg ctaaaactga gaatttggtg cttgcggggt
    30901 gccccgcaag cattaaaact gaaaatttga cgcttgcggg attcccgcaa atgccaaaac
    30961 tgaaaatttg acgcttgcgg ggcgccccgc aaacgctaaa actgagaatt tgatacttgc
    31021 ggggcgcccc gcaagcattc ccaaaaacgt tttgaccgtt atgaggcttc cgtagacata
    31081 ccgctgactt tattcttaca tcgaactcac gtctttttat tacctattga tatgaacaga
    31141 aaagagatgc cgacaggcga cccggtgaaa ggctacgaga tctacctgcg ccttgagcgg
    31201 gggctgtcag caaacaccgt agaggcttat gtggacgacc taaacaagct cttccgcttc
    31261 gtggcgaccg aggggcggcc cgtcacggag atcacctacc aagacctaca gcagtttgtg
    31321 gcccagctct gcgacgccgg catctcggcc cgttcgcagg cgcgcatcat ctccggcatc
    31381 cggtcgtttt atcgctacct cgtcctcgag ggctacctca aacgcgaccc gacgcagctg
    31441 ctcgagtcgc ccaagatcgg gcggcggctg cccgaggtgc tgaccgtgga ggagatcgac
    31501 cgcatcctgg ccaccatcga cctctccacg ccctccggcc gccgcaaccg cgccatgtta
    31561 gaggtgctct atagctgcgg cctacgcgtc tcggagcttg ttgggctgag gtattccgat
    31621 gtccacttcg acgagggctt catccgcgtc accggcaagg gcaacaagca gcgccttgtg
    31681 cccatctcgc gcgtggccct cgacgagatc cgccgctacc tgcccgaccg acgggccatc
    31741 gcttcgccgc ggggctttga ggacatcctc ttcgtcaatc ccctcggccg ttcgctctcc
    31801 cgcatcatgg tcttctatat cgtgaaggag catgccgcga tggcgggcat cacgaagaat
    31861 atcagcccgc acaccttccg tcattccttc gccacacacc tgctcgaggg cggcgctaac
    31921 ctgcgtggca tccaaatgat gcttgggcac gagacgatca ccgccacgga gatctatacc
    31981 cacctcgacc gcgagtcgct ccgccaagag atcatcgagc accacccccg caaccggtcg
    32041 tggcgtcggg agcatggtgg atgaacttgc cgtaggagag ggcggcggag gctaaagctg
    32101 tcagtgtttg aatcctccgc gcgtcatttc atttcgtgag cgaagcggtg agccacacct
    32161 cccggccgcg gaggtgatag ctgtaggtgt aggtgtttac ggcgctgaaa agggaatagc
    32221 tgtaatgccg acggttgaag acgttgcgca ggtcgagggt gaggcgcagg gcgcggtggc
    32281 gatatgtcgc gccgaggtcg aagagggtag cggtgacggg gcggccggcc atttgatctt
    32341 ctgtggtgat gtcggacgag gcggtgagga gccattgggg ggcaggctgc acatggagcc
    32401 ggatgtcgtg cgtctgcgag agatgcgtcg ccgtgcggcc gctgctgatg cggttgaaag
    32461 tcttggcaag gtggtagctg taggtcagct ctacaggccc gctgaagggc ttggcgacga
    32521 cggtcgggtt gagccagaag gtgctcagcc ggtaattgta tagccgttca ttttggatca
    32581 tcgaatgccg gccgtgcgtg aggcctgcgt tgaaagaggc tttcgtttcg atggactgaa
    32641 attgcttggt gatgccgaag tatgcgctcg catggcgggt gtgatgcggc atccaacggg
    32701 tggtcgcttc gatcagccgc ggactgacgg ccagcgatgg catcagggtg ttgcgctgct
    32761 gcacgtacga cgcgccgacg tagcagaaga gcatttcgag gggcagcttg aaatcataat
    32821 tggcttgggc ggagagcgtg cgactacggg cgaggaggcc gaggccgcgt cgctcagtcg
    32881 tcaggctgtt gcggacgggg gcggtgagca ggtcggacaa gtcgccgtcc gtttccgcat
    32941 acgccccttg cagccggacg atggatcgcg gcgaaagcgc gtagtagaaa taaagcgacg
    33001 gggcggccgt ccaccgactc ttccggtagg cgcttgggag gctcccccgg ttggtgtaat
    33061 ccagaagctc gccgcctaag gtggcgccgc agcgaaagat gaatcgccgc agcgggtggg
    33121 tgtattcgta ttgcggcgag aggtggacgt gcagcgatgc gccgtccaag aggttgtcgg
    33181 ccgcgacggt atcctgctgc aaggctgtcg tcagctgctc cacgccatag tccaccgtaa
    33241 gcggtaggta aaggcgcgac gtccgcgtct cgtacacagc cgagagggtg gttcggacga
    33301 gggcgtggct gccggtggct cgttgcgtca gctgctcgcc gtcctttgtc gaaatgtcga
    33361 tgcggccttc gggcgtgcgg ttgtaacgga tgaatgaggc aacgccccag ccgagctgcc
    33421 cgcttttcca gcgcaccgag aggcggttct ccacgttgcc ccctcggtat ttctcacgct
    33481 gtaacgacgc gccccatgtg ccatccgaca tgggcagcga ggcgtcgagg atcgaggtgt
    33541 tggccgtgag gttgtctacg atgtatcgct tcgccccatt gtctttatac tccatcgaga
    33601 ggaagggcag gtgctcgttc gcatcgggcg cgtattgctg ggtgatggtg atggctcccg
    33661 cgtcgttcgg gaagacttgc tcagaggcgt agctgtgccc ggtctgtgtg tgggcatagc
    33721 ccacgttcgt tttcagtgtg acctctggct tcagctttcg gatcaggttc aggctcaacg
    33781 cgtggtcttg cggggagatg tatcgctccc tcttgatcgg gggatgggag gcggtgagtt
    33841 cgcctaacac cgcccgagtc gtgggcgtgt aggcatcgtc agcaaagtga tccatgctct
    33901 cctgttcggc aaactctttc gtgtcgccca gcttcagggc tgctaacagt tggaagttgg
    33961 ggttaaacag catgcccgcc cccgcgaggt agtagcgcat cttgtcgcca cgccccacgg
    34021 tcgcctcgta ggtgccgaca ggccgcagtt tggcgtgctt agagagcttg atgttgatgg
    34081 cgacatcgtc agaaaacgcg gcctcgtcca ccttcaccgg ctgatggttc gtgaggactt
    34141 ggacggacgt cacgtacgag gcggggaggt tctgcgtggc cacgttgtat ttcccgccga
    34201 gcagatccag tccttcgata tagaagtcgg agatgtcctt cccgaggtat ttgatggcgc
    34261 ctttgtctga cacctccacg cccggcaact tcttcagcgc atcgctgagc gtatagtcgg
    34321 ccgcccctgt gaaggcgctc agccgatagc tcagcgtgtc gccccgctga tagatctcgg
    34381 gggctttcac gacgacctct tgcagggcct tgttcttgtc cttcagtcgc acgtcgtgac
    34441 gcttgtcccc gacgtcgagc agtgcggtgt gcttttcgta agagaggtgg gagacgacga
    34501 tccggatctg cggggcgtcg gtctcatacg tgacagcgta gtcgccgcga gcgtctgtaa
    34561 aggcataggc gatggtcttg tcgcgatcta tgatttgcac cgtggccgtc tccaccgcct
    34621 tgcccgaggc gttcgcgacc gtgccgcgca acgtgtgccc ggcgcggagc ggaagcgctc
    34681 cggccagcac aaagagggtg cagaaaagcc acttcatcct ccgcttcatt cagtctccaa
    34741 tggcgtgtat ccattggttc gcatgcgcag ttgcaccccg ttgacgaaga tggagttccg
    34801 gccgccgtcg cctttgcgga cggtcatgtc cgacacggct tcgggcggca ggttggccat
    34861 aggattttgc tcgaagcgat tcttggccga gatgaatttc tcgcgtgtcg tcttgatctc
    34921 gtcgggcagt tcgggcgtcg cgatacttcc tgaggcggcc cgaaactgta tggcggtaaa
    34981 gcggtgcaca ccctctgcgt cttcggcctc catcactaag ccgggcagcc cgacgatctt
    35041 ccaaggtccg aaggggatgg ccacctccgg ggcgtaccat gcgatccatt cgcggccgcc
    35101 gtacgtcccg gtcgccttct tgcaatggta gccgcagact tccttctctt cgtccacaag
    35161 tgtccaggcg atcgggttga tcttctcctc gtaggtgtag cgattcggag tgatcacgct
    35221 gtgcaccgtg agccgattgc tcggggcgtt ctggaacact gtttggtcga agaaatgatc
    35281 gttccgcacc acctgttcct ctaactcttt gcgctgcgcc tccgacgtgc ccggttgccg
    35341 aatggccgaa tcgagttgga aggccgagta atccgtgaac accgcgaagg catcggcgat
    35401 ctgcaacatc gttgtgcccc ggtcgatgtt tccgttgtca cttttcacat cgtactcata
    35461 gatgcattca tacttaccct gcgttggggt ctgggccgac acggtcatgc agccggccat
    35521 caaaaggcaa atgattgaga ttcgtgttgt catattgtat atctattcat gtgaatgggt
    35581 ggcatagata ggtggaatta gcgcccggat gattcctctg attgtcgctg acgtttctgc
    35641 ttcagcagga atgcgggtgg aaattggctc tgtcgtcatt gatcattaac cattagctgg
    35701 ctccacctca tcgaagattc ggcgctggct gaggatgagt accgctgcga tgccgaccga
    35761 ggcgaggtcg ctgacgggca ggctccacca gacgccgtct aagccaagga atcgggggat
    35821 gatgagcagc gcggggatga ggaagagcag ctgtcgcgtt aggctgagga agatggccag
    35881 ccggctgcga ccgatgcttt ggaagaactg tgtggtggtg acttggaagc cgatgagcga
    35941 aaggccaagg atggcgatgc gcagagccgg cgtgcagagc gtgatcatgg cttcgctggc
    36001 agtaaagagg ctgacgatgg cgcgcggcat gagctcggcc atggcaaagc cggtgaagca
    36061 gagcagcagg ttgatggcgc agctgtagat gtaagctgtg cgcatgcggc gcatgtggcg
    36121 cgcgccgtaa ttgaagccca cgatgggttg catgccctgt gccacgccga ggatgagcat
    36181 gaagatgagc atggcgtagc tgttgatgat gccgaaggcg ccgatggcta agtcggactc
    36241 ctcgggcgtc gtgccgtagg cgacgaagga gcggttcatg atgatgttca ccgcgctgcc
    36301 cgtcagctgc atggcgaagg gggcgatgcc gatggccgtg atggcgcgca tggctgtcca
    36361 cgacggcgcg aaggcggatc ggcggaagcg caccacgctg ccgcgaagga agaagtgcga
    36421 caagacgtag accgcacaaa tgatcatcgc gatggctgtg gcgacggccg cgccgcggat
    36481 gcccatctgg agcggataga tgaagacgta gtcgagcacg acgttgatca gcgcgctgag
    36541 gatcatcgtc gtcatggcct tgcggggata gcctgaggcg cgcatgatgg cgttgtagcc
    36601 gaagctgaag gtggcgaaga tgttggcggg gatgacgatc cgcaggtact ccacggcgta
    36661 gggcagcgtg cggtcgctgg cgccgaagag gcgtagcagc ggctccatgt agatgtagca
    36721 ggggatgatg gtcagcacct gggtgacgag cgtgatgtag atggcgttgg ccagcgtctg
    36781 ctctgcgccg tgcacgtcgc gccggccgag caggatggag acttgcaccg aggcgccggc
    36841 gccgacaagc atgccgaagg cttgcaggaa gatgaggatc gggaaggtga tcgctaaccc
    36901 ggagagcgcg tattcgctca cgccttgccc gatgaagatg cgatccacga tgttgtacag
    36961 cgaattgacg actgtgccta ccaccgctgg cacggcatag ttgaacagca agcgcgggat
    37021 gcgctcctgc gctaaggctt cgatttgttt ggcttctgcc atatgtgatc taagaagttg
    37081 ttttgaattt attgagcgat tattttaagg aactgttttg gcggagcttg ctccttttta
    37141 tttcggggct atccaggcct atttccgccc ttttgtctca tctttttcgt cacatagctc
    37201 gctatgctcc ttaaaagatg aaacaaaatc cccggaaata ttctctgtat atcctccgaa
    37261 ataaattcaa aacagcttct aaaaacgaaa agtgaaaaac gaaaaaatga ccagctacgc
    37321 gtcagcctgc ttcctcgtga tccgcacaaa ggccgccacg gagaagagga acatccccac
    37381 ataggccaca ctcgacgctc cggctgcccc caccacgccc caccgcggca ccatcaccgc
    37441 tgccgacgca cacagcaacg ccaaccctac gcacgagcag gccgcactca cccgcacccg
    37501 gcccgtgccg atgaagtaat gactcaagat cctgttcccc ccgaaggcca cgatgcccac
    37561 cgacagcccc gcgatgacgc cccgtatgcc cgtgaactcg ggcgtgaaga gccactcggt
    37621 gtagacccac tccgggatgc acagcaccac gcccatcgct acggtgagcg cgcccatcgt
    37681 gggggggagg aggcgcagcg tcagtcgccg ttggcgctcc gcatcggtgg cccgggtgat
    37741 ctcgccgtaa gcgatgaagc tcaccccgtg gctgatgtgc cacaggctct ccgagacgcg
    37801 cgtccccacg tctaagaggc ccacgctgcc gtagccgccg aagcgttgca ggaagaagta
    37861 gttcagccgc gccgagaggt tctcggccaa attgtccacg ctgctccata ggccgtaggc
    37921 gaacatctcg cgcacatcgc ggagccacgc ccggatgtcg atggtgcaac gcagaggatg
    37981 ggtgacgccc cgcatcatga cggcgagact tgccgcccag gccgcgaggt tcgttaagta
    38041 taatcccaag aggtatcccg ccacatcgcg ccagccggcc acgtagtaaa gcccgaggag
    38101 gacgacaaaa agtcccgcgc cttggagcag gaagacggcg ttgaaggccc ggatccgatc
    38161 ccaaccgagc agcacgcgca ggtggacgtt gacgagcgaa agcagcacag ccagcccgaa
    38221 cacggcccag ccgtaacccg ccgggagcat ccccacggcg gccatcacgc cgcacgccat
    38281 gccggacccc gccagcgccc agacgtaagc cgcactgacg accacgctga gccgtttcga
    38341 acgcatgaag tagacgatcg tgttgccgca cagcacgctg gcgaacatca ccgccacatt
    38401 ggccgaggcg taaacgacgc ctgccagacc catgccgtgg cgccccaaga cgcggctgtt
    38461 gatgagcatc aggacgaggt tgagcgccgc gatcacgtag cgcgtcccga ccgtcgcaag
    38521 gatcttcttc agcaccccga ggcctccccg ctgttgcccg cgccgatcag gggcaggcgc
    38581 gccacggcct cacggtcgcg caacagctgc tcgcgcagcg cctcgaggct gtcgaaacgg
    38641 cggttcgcgc gcaggtggcg gacgaactcc acctcaagcg cctcgccgta gatctgcccc
    38701 gcgaagtcta acagatgcac ctccacagcc gtcggctgat tgcccaaggt gggccggttg
    38761 ccaatcgaga gcatgccgcg gtaagccgtg ccacggagcc gcgccctgac ggcgtagacg
    38821 ccgtcgccgg gccgaacctt tagcggctcg tccacggcca agttggctgt cgggaagccc
    38881 attgtccgcc cgatccgctg cccgctgacg acgtgccccc gcaatcgata gggcaccgtc
    38941 agcatgcgcg ccgcctcctc cacccggcac tccgcgagca gcgcccgtat ccgcgacgag
    39001 ctcacggccg tgccatctgc cagcaggtag ggcgtgccgc gcaacacctc catccccacc
    39061 gcgcgcccgt gcgtcacata ctcctcgaaa ccctccgtgc gcccataccc gaatcggtgg
    39121 tcgtaaccca ctacgagcgt acgcacgcgc cattcggccg acagccgctc catgaacgcg
    39181 cgcgccgtga gcgaggccag cgccggcgtg aagtctaaca ccacgcacac gtccacctcc
    39241 gtctccgcca gacgcgccag cttctcctcg aagctgtcaa gcagctgcgg tcggtagtcc
    39301 gactgcaaca cgcgccgcgg atgcaccgga aaggtgatca cggccgcggc ctgcccccgc
    39361 tcccgagcca cctcgcgcag ctgacggatc agtgcccgat ggcccgcgtg cacgccatca
    39421 aaaaaaccga ccgtggccgc cagctcgcgc ccatccgtca gctccttcgc atcgtaaatc
    39481 accctcacgc ctcgtcctcc gccgcctcgt ttgctgcctc gctctgcgtc gcctggcggt
    39541 tcagcttggc cagccgtcgc ttggtgcggc tctcgcggaa gttggtgcga taatccgcca
    39601 tcacgcggtt catgtcttgc accaacctgt aaatcctcgt ccgctcctcg tccgttttcg
    39661 cgaagaggta gctcgcttcg atgtatcggc gcaccatcgc gtaggccgcg tccgtgtgtg
    39721 gcctgatctc ggccattggc ggtcgttggc gcttcagcgc ctcgctgcgg cgctccgccg
    39781 tcagcttccg gaagcgttcg ttgagttcgt gcaggtggtc gatcgtctcc ttcagatcca
    39841 gcgccgcgat ctcggccgac agctcggcca gatgcatctc aatgctctca atgtcggccg
    39901 accgctcctg cgcggatatg gatcgcctgg tgcgtctgtg tcggctcagc ttgacttcta
    39961 accgttcggc ggcctttctg cgcgcctcgt tcggtgtgtg ccggttgccg cggatcacgc
    40021 cgaacaggct gacgagcatt ttcacccgct ccttgtcgat ctccgtgagc tgcttggtca
    40081 gcagggagga tttccgccct tttacgccgc cgatctctgc atcgatggct gccttccagc
    40141 gcggaatgag tccgtcgggc aaatgcagca attcagcccc ggcttcctcc accaagctgc
    40201 acaaaacatc attcaactgc atgtgtaagc ccgcactgaa gtgcgaaatg ccattcacgt
    40261 cgatcagaac ggcgtcgggc aatatgattt tctcatcatc catcgtttca gcctctatag
    40321 ttcaacggcg caaagatagc ataatgtata gatattaaat tgcttataaa gggtgcatag
    40381 gcacttcgtg agctcctaaa atcttcagga tacttcgctt cttcactatt catgcagata
    40441 aaatctgcca tatagggtgg atatgcttag ttggggctga ttctttcccc gtgaaagctg
    40501 ggttattcat agtgtatgcg tattcagccg ggtgtatttt ttacttatac atagtgcctg
    40561 agtattcttt ccgcaggatt ttatactcat gcactatgtc tgagtgttat ttccacagga
    40621 ttttattctc atacactgta tctgagtgtt atttccgaag gattttatgc tcatacacta
    40681 tgtctaagta ttctttccaa tggattttat attgatacat caagtctatg tttacgatag
    40741 attgggatga atagataggg atataggtga agccatcgat cctttagata gaatgagcaa
    40801 gtaaggtgca gaagtttcct ttctttcttc ttttaagacc atgtctatgg ttgaagtctg
    40861 gtttctattt cgattaaata ccagatagat agccgaagtg tgatggatag atgcgtttat
    40921 agcaaaacat tacgctatcg cctcgccgtt cgattgaggc ccttgctacg gccgttgatg
    40981 agctttccgt tcggctgagg gctatgctac ggtcgtcgat gtgccgtcgg ctgggttgcc
    41041 gtcgattttc ggggcgcgga tgggcggaaa gggcaaaaaa aatcccgccg cagccgaggc
    41101 cgcaacggga aaaacgccca agggggagaa acccaaaatg ttcattgcaa accggtactc
    41161 gaagcgggac ttgaacccgc acagccatta ctggccaagg gagtttaagt ccctcgtgtc
    41221 taccattcca ccattcgagc cggatgaacg tccatgagcg gaagacggaa ctcgaatccg
    41281 cgaccccaac cttggcaagg ttgtgctcta ccaactgagc tacttccgcg agtaatatcc
    41341 gcgataattc aatgtgcact ttgcttctgg cgaagcgggg gcaaagatat acgcgcttcc
    41401 atttttgcaa aatgcggcct gacgggccgc cggatgatag cccagggcaa cgccctggga
    41461 aagattaatt gtagaccacg agtgtgctga cgccttcgcg gccgacgttg tagcgcttca
    41521 ggccgtggcg gcttgggccc tcgacggcag cgccgctgcc gtcgttgatg aggtatttcg
    41581 tgccgcactg tgggcaaatg gcgtagatca cgtcggcgtc gggctcgatg agcacggagc
    41641 ggaggttctc gtaggggcag gccaggtcga aggcgtaata ctcgccgtcg atgccgtgca
    41701 ccaccagcac accgccgaag ccgaaggcgc ggtaggcgtt gttcagcggg tggctttgac
    41761 gagtgtaagt ggtggcggag ggcacggtgc gcagggcctt gtcgctgaag gtgaggtcga
    41821 ggcggagcgc gacggggtag ttgtcgatgg ggttcttctc cgtgcaggcc gcggcgagga
    41881 gcagcagggc ggcggcggtg aggaggaggg tgtgtaggcg gcgtgtcatt tcggctcttg
    41941 cgcttcgtaa ggcagggcag cgaggatctc cgcgatctta tcgacggctt cttgcatggg
    42001 tttggagacc atcggcttga ggaaggggtt gagctcggcg cggacggtca tcttcatgcg
    42061 ggtgtcgttt tcggccactt gcttgagctg gatccacagc agcaggggga cgggcgattg
    42121 ggtggtctcg aacttgatgg ttttgttggg ctcgcggtct acgatgtgga actcgatctt
    42181 cccgatcggg ctgacctcga agctgcaacg gtcgtcggtc agggtgaagg ctttgacgct
    42241 gtcttggggc aggctttggc gcacgcgttg catgttggag aggtcggaga ggacggcaaa
    42301 gacgcgggcg tcgttgtggg ggatggtgcg gatctggctg gtgaattctg tcattgttat
    42361 aggggttagg gggttaggct tcggggctcc aatggacggg gtcgttgcgc cactcttgca
    42421 ggacggagat gtcggcttcg ctgatgtagt gtgtcttgag ggctgcttcg atcacggcgt
    42481 tgtagttcga gagggtgatg agggggacgg cggcttcttt gaagcgttct tcggcgatgg
    42541 ggaagccgtg ggtgtaaatg gctaccatgc cgatgacgct gcaaccgaag ttgcgcacgg
    42601 cgtggacggc tttcaggctg ctgctgccgg tggagacgag gtcttcgatg acgacgactt
    42661 tcgatccggg cttgagctcg ccttcgatga ggttctcgag gccgtggtct ttcggcgtgg
    42721 agcggatgta gacgaagggc aggccgagca ggtcggctat gagggcgccc tgtgcgatgg
    42781 ctccggtggc tacgccggct acggcctcca cttcgccgaa gttttcggcg atggtgcgcg
    42841 ccagttctac cttgaggaag gtgcgtatgg cggggtagga gagggtcttg cggttgtcgc
    42901 aatagatggg tgacttccaa cctgaggccc acgtgaaggg gttggccggt tgcagtttga
    42961 cggctttgat ctggagcaat ttctcagcta cgatgcattc taatgttttc ataattacgg
    43021 gtggggatga tgatgtgtgg ggtgagtggt ttgtatcggt gggcaaaagt atgggtaaga
    43081 agggaagtgg cggggggtga agggaagaaa agccccacgg cgcatggggt tgcaccgcgg
    43141 ggctttcctc tttcagaggg gggggagggg agaggcgccg gtgggcttca ggtggcatct
    43201 ccctcttcca tcaggttgtt catcaaggcg tagagggcga ggccggcgac ggatttgatg
    43261 ttcgtcttgc gggtgatgtt tttgcgatgg gagatgacgg tgtggacgga gatgtggagg
    43321 cgttcggcga tctctttgct catcaatcct ttggcgacga ggacgaggac gtccgtctcg
    43381 cggcgtgtca gttcgtgtcc gccggcgggg tcgagcagct cggcgcgatc ggcgacggtg
    43441 gcgtaggcct cgaggagtac gtcggcgatg cgatcggggg attcgcggac ttcgagtgtg
    43501 ccgtggtagg cgtgtaggat ggagctgtcg aggtattggt agacgagggc gacgatcgtc
    43561 atgtgggggt actcctgggc gaggctgtag acggggtaac gcttggtgta ggggatgagg
    43621 gtggggttga tcaggaggat gtctgggcgg gagatggaga tgcgctcggt gtagtcttct
    43681 gtgccgtcgg aggggtagag gacgtctaac tcgggcgatt tgctgagtat ctggatgagt
    43741 ccttcgcgga tgatgacgga gggttcgatg atgaggactt tctttttacg actcatggtg
    43801 tgtgtttgtt cgtagtgcgg ctggcctcta acatttcgac gtaggggacg aggattttgt
    43861 cctctatgag ggcatgtttg ttcaggtcgg ccgagagttg gaagatgtca aagacgacgt
    43921 cgatggattc ttcgggcgat acgttgcctg ggaggtattt gaagatgatt tgcgtcaggt
    43981 cgttgagttt gtcttcgatg ttgccgtgtg cctcggcgta gtcgcggatg tggaaggttt
    44041 cgggggctat gtcgtcggtc tcgggggtat ggatgaggcg ctcgatgtag gggaagacgg
    44101 tgcgctcttc gtaatcgaaa tgttcttcga cttcgttttt gtagcctgca aagaagtgcc
    44161 tcagcatgtt gccatagcgt ttgtcgactt tggtggccat gccgtcgatg aggctgccga
    44221 ggtggggcag atggcgcagg tagtattggt gtgaggcgtg gaggtagggc acgagtgggc
    44281 tcatgtcgat ggatttgatc atttcctttt ttggcaggta ggcgtcgaag gtgtagacgt
    44341 tgcagacgag gaggaagaag tctacgggga cgtcgtacat atggcagacg cgggccacgc
    44401 tccggtcgcc gaagcctaag gggatgccca ggcggggcag catgaggatg aggttgtggt
    44461 tggccgagat gaggtcggcc agcttcatgt tctccgtgaa aagcattttg tccatgtcgg
    44521 ttcggggtgt tcttactttc tttttttacg gaggcaaaag taggccattc gcatggcgtt
    44581 gctgggcgtt tgggcgtcgc taatggtggc gatttttcag ggtgtggact cctattctta
    44641 ggtaggcatc ggctttcgcc cgagtagtta tgcgggcttg cgcccacagg taatacgggg
    44701 ctttcgcccc gggtagtcag aagaagtaag aagtagtcag aagtagaagc tactccatac
    44761 taccccctaa ctaccctttg actacttcta actaccccct aactaccctt tgactacttc
    44821 taactacccc ctaactactt ctaactaccc tttgactact cctgactacc ctaccactcg
    44881 atgggcgtct ggccggaggc tactaaatag tcgttggcac ggctgaagtg gtggttgcca
    44941 aagaagccgc gtcgcgccga gaggggcgag gggtggggcg aggtgaggac gaggttgtgt
    45001 gccgtgtcga tgcatgcgcc tttctgttgt gcgtaggcac cccaaagcat gtagacgagg
    45061 tgttggcgtt cggcattcag gctgcggatg acggcgtcgg tgaaggtctc ccagccccgc
    45121 ccttgatgcg atccggctgc gtgggctcgc accgtcaggg tggcgttgag gaggagcacg
    45181 ccttgatcgg cccagcgggt caggttgccg ctcttgggtg tcggagcccc cacgtcgtcg
    45241 gtgatctctt tgaagatgtt gactaaggag ggcgggaagc gtgtcccgtc ttgcaccgag
    45301 aagcagagcc catgggcctg cccgggttcg tggtaggggt cttgcccgat gatgacgacc
    45361 ttcacgcggt cgaaggggca atgtgcgaag gcgttgaaga tttccgaccc gcgggggtag
    45421 atcgttgcgt ggcggtactc ctggcgcacg aagtcggtca gtcgcacgaa gtagtcttgt
    45481 tcaaattcgc cggatagtcg tgccttccag ctcggttcca tttttacgtc catgtcgttg
    45541 ttctcttcct tgtgttatgg tttacaggga gcctcctcct ctgagcgggc aaagaaaagt
    45601 catggagcgt gaccctatat ataaatgtat acctcgccta tgccgcttcc attcattgac
    45661 ccgaaaaaca ttgattattg gcagccagcg aaaaaaggaa gcatttgatt ggatcaaatg
    45721 gctgccaacg tttttttgcg ttgcctggac ccccagggcg ttgctctggg ctatcatcca
    45781 gcgacccttc aggccgctgg ggtacctcca atttttgcga accatttcta attggctgta
    45841 ttaaatgaag agactcttat ttgttttcct ggtatactta tagcaactct ttagctaaag
    45901 tgttgctatt ccgatcaagt tacagtaact ctttagctaa agtgttgcta caccgaccaa
    45961 gttgcagcaa ctctttagct aaagtgttgc tatttcgacc aagttacagt aactctttag
    46021 ctaaagtgtt gctgttccga ccaagttata gcaactcttt agctatatgg ttgctgtatc
    46081 gatcccatta ggaggggatt ggatgcggag gggccgtatg cttggtacgc taccccccaa
    46141 agacggcccg gaaatcctga agcaggaggc ctttagccgt acccatatca ggtgcggcgg
    46201 cgggcgcaag ctcggccgcg agcgacgtga cgcccttgtc tacgaagccg caagggtgga
    46261 tgagggcgaa atagctgagg tcggtggaga tattgagcgc aaagccgtgc atggtgacga
    46321 agcggcgact gtgcaccccg atggcgcaga tcttacgggc ccgcggcgtg tcggcatcga
    46381 tccatacgcc agtagcgcca gccatgcggc atccgcggac gccgaaacgc gccaggaagc
    46441 ggatgacgct ctcttctaag gcctcgatgt aggcgcggag gccaaggtgg agctgttcga
    46501 ggtcgaagac ggggtaaccc gtgatctgac ccgggccgtg gtacgtgatg tcgcccccgc
    46561 ggttgacacg atagaggtgg acgccgcgct gactgagcac ctcgggcgag atgagcagat
    46621 tcgcctcctg cccatgcttg ccgagcgtca tgacggggtc gtgctcgcaa aaaaacagcc
    46681 gattggtgcc cctctctccg cgctccttca gggcgacaag cccgtcaaaa gccgccgtct
    46741 gtatcgccag tgcctcggcg taattgatgc gctggagatc tatataaatg aatggctcgt
    46801 ccatatttca ttccgtttca tcgcggtcgt ccgcctcatc ttccgtcacg atctcctcgg
    46861 gcaatggctc aggcgttggc actgccgcag gctccgcagg tttggatttg ggctgaggct
    46921 gaggctgaga tttacccttc tctggcgtcg ccacatcggc cgacgatgcc ccaccgccca
    46981 caccgatggg cacagccccc accttacgca tcagcgagag gatggtcccc tgccgccgac
    47041 gcatataagc cgtgggcgca gccggattgc gtttacgagg attgggcagc gaaacagcga
    47101 taagcgcagc ctcggggcgc gtcagcgagg cggccgactt cgagaagtaa gcattggccg
    47161 cagcctccac accgaaaatg ccgcgcccca tctcaatcga attgaggtat acctccatga
    47221 tccgctcttt gccccagacg aactcgatga gcacggtgaa gtaagcctct aaccccttgc
    47281 gcacccatgt gcggccgggc cagaggaaga cgttcttagc cgtctgttgc gagatggtgc
    47341 tggcgccgcg ccgacgtttg ccacgcttgg cctcctccat cgcctgccgg atttgctcgt
    47401 gatcgaagcc gtgatgcgtc atgaagcggt tatcctccga cgccacaaca gccaacggca
    47461 tagcccgcga gattttgctg atcggcaccc agtgatgcct cagccgcggc gtctccgggt
    47521 cgcacgcgcg aatgatcatc aacggcgtga acggcacagg cacccacttg taaataatga
    47581 cgaggaacag actaaaagca aacatcgcca gcaccgcacg gcagcaccag cgaagtatgc
    47641 gcttgaactt tttcattttg gggagggggg aaaagaatat cgggagggcg ccgccccttc
    47701 ctccgtgtca cttacgcaag cggttgagcg agcgcaccag catctcgtcg gcaccgatgg
    47761 cgcggatggc cagccagttg aggatgagcg aaacgagagg gaagacaagg gccacctgca
    47821 aacggaaggt gaacgcctcc gcggcgctcg caatcttcca caggtagaag gcgaagaggg
    47881 cgtaaaagcc aatgatgagc agcgtgttga aggtgcagag gcggatttgc agcatgcgcc
    47941 ggcggaacaa gaagatggtg gccagcgcca gcaggccaat gatggcggca aggcccatca
    48001 gcgcccacgc tggatagacg agcgcctcgg gcgtggagat ggtgctcatg cccgaggcgt
    48061 cgaatgaata gaaagcgccg tccacttgca cggtggccag cggcaggaag accacaagaa
    48121 ggttcagtgc ggcgacgatc aatagataga tggtctgaat gcgttggatc ataaccgggg
    48181 gcttgtcaga agctcttctc gcgtgagggg tttttgtgat agatctgatc gtcgaggtac
    48241 tcctgtgtgg cgatcagcgt gggtttcggc agcttctcat agaagcgtga gatctcgatc
    48301 tgctctctgt tctcgaagac ttcttcgagg ttatcggtga gtgcggagaa ctcttccaat
    48361 ttcttttcca gatcctgctt catctggttg ctgatctggt tggcgcgttt agcgatgacc
    48421 atcactgttt cgtagacgtt gtctttgttg tcgtggcaga gcttgatcat gtcgcgcgtg
    48481 acggtggtcg tcggcgccgt tgttttgcgg taatccatac tgtttatctc tctcgttaaa
    48541 tgtgatgttt caataattgg tggtgatgtg ggcgttggct tcgttgaaat acttctgcac
    48601 ctgccgactg tacttcccgt tggggaactc gtttttgtag ttgtagtatt cgtccaccac
    48661 atcgcgatat cggccttgca agcggtcttc cacgctgacg gaggcgagct cgtatttcga
    48721 tttgatctta aggaagatga agtcttcgcg atacttcgtg taggggtaat cacgcagggc
    48781 gttgtcggcg gtgatgacgc acgagcgata attgttcccc atgtaggtgc cgaggttgta
    48841 atagagttcg gcggcaagga gttctttgta ggccaacttt tcctgcaatt ggaagaggat
    48901 ttcttgtgcc tccttggcgc gttcgctttg tgggtaatac tccatgtaga gctgtagttg
    48961 cgcgatggct tcgtaggtct gcgtctggtc gaggcgcgga tcgggggagt cgaggtagag
    49021 gccgtatccg gagtagaagc gggcttgttc ggcgtattcg cctttggggt aggtggtgta
    49081 gtaggtcttg aaatattccg aggccgtctc gtagtctttt tcggcgtaat aggtgcgcgc
    49141 caagaggtag agcgactctt cggcgtgtgc ggtgcccttg aagatgggga cgagctcctc
    49201 gagcagggtg gctgctttga cgtacttctt ttcgtcgaaa tattttttgg cgtacgaata
    49261 tttcaattcg tagtcggtgc tcttgatgat cttattgtat tccccgcatg aggtgaggca
    49321 taaaatgatc agaagggccc atccgagatt cttcattgtg ctgtagttaa gcgctatttc
    49381 tttcacgggg gcaaaagtaa ttcaacaccc gaaacacgaa aatgacagac tgtcagacca
    49441 ggagggccat gagcaggact tgcacaagga tgacgcgggc gaacatgctg aggggataaa
    49501 ctgtggcgta ggctactgac gggttgtcac cctcgacggt gtcgttcacg taattcaggg
    49561 ccatgggatt ggccatactg ccacagagca tgccgaagac gctgccgaag tcgatcttca
    49621 tccacttcat ggctacgatg cctacgatga gtgtagggag ggtggtcagg aggaagccga
    49681 gggctatcca cagtgcgcct tcggggcgga agacggtctc gaagaagtgt gcgccggcat
    49741 cgagcccgag gcaggccaaa tacatggata gcccgagtgc gcgcagcatg aggttggcgc
    49801 tgcgggtggt gtaggtgatc atgtgcaagc gtggcccgaa ggtgccaagc aggatgccga
    49861 cgatgatggg tccgccggcc aggccgagtt tcacgggtgt ggagatgccg gggatggcga
    49921 tggggagcga tccgagtaca agcccgagta ctacgcctat gaatatgacg accaggttgg
    49981 gttcgttgag gctccgcacg gcgttgccga gcaccttctc gacgttgtga atggcggcgg
    50041 cttcgcccac caccgtgagg cgatcgccga gttggaggat cagattgggc gtggccagca
    50101 gctgcacacc ggagcggtag acgcggctga tgttgatgcc gtagtggttg cgtaggcgca
    50161 gggagccgag gcgcttgccg ttcagctcgg ggcgggtgac gacgatgcgc gccgagacga
    50221 gctcgctgtc aatggcgttc caatcgatgt cgtctttatt ccaatccttg ttttcctgct
    50281 cgccaaagag gatggtgagg gcggggacgt ctttttcggc cgtgatgacg agcaggcgat
    50341 cgccttcacg aagcattgag gcggaggtgg ggatgctgac gtgtccgtcg cgccagaggc
    50401 gggagatgac gaagcgcgtt gtgctgatgg cgccgatgtc ttttacgctt ttgccgaaga
    50461 tggctgggtt gtgtacttga aaggcggcca tgtagacttt attgacgtcg tctttttctg
    50521 gcgcgccggt gtcgccgggc ttcaccaagg tttttcgcat gagcatgacg acgatgatga
    50581 cgccgacgac gcctaagggg tacgtgacgg cgcaaccaag ggctgctgtg cctgcatcta
    50641 agccgagctg cacgagggtc tgttgcgctg cgccgagggc gggggtgttc gtggtggcgc
    50701 cgcaaagcac accgaccatg tcgggcatgg ctacaccggt ggcgtatgag caagccacgg
    50761 ccaggagtgt gcctatcagc acgacggcca tcgagagtat gttgagcttg aggccgccgg
    50821 tgtgaaacga gctgaagaag ccggggccga cttgtaaccc gagggcgtaa acgaagatga
    50881 cgaggccgaa gctctcagcg aagttgcgca tggcggggtc gacggtgagg ccgaggtgcc
    50941 cggccaggat gccaacgaaa aagacgaatg tgacgcccag cgagatgccc atgatccgga
    51001 ttttgccgag cccgatgccg atggcggaga tgaaggagat gacgaccatg gcttgcagcg
    51061 ctggttgccc tctgaataaa tcgataaacc aatccattgt tcttcttctt gagtttgggc
    51121 ggcaaaggaa acgcgaataa acgggggggc gtgagggatc aattggtcat ccggctatga
    51181 atgattcctc cgtaggggcg aaaaatcttt cgcccctaca atcccccgac gctgtgtgaa
    51241 ttctacaaac tatcaaagaa tgccatggaa tcttctacgg tcttacacac cttccccttg
    51301 ccctttttat agtctgctct tgccttttct attttggctt ttaactcggg ggtggctgtc
    51361 tcctcctttc gttgcacact gtaacccatg cgaaaaagga gcgcctccaa atagctacct
    51421 aaactcctgt tttcctcttt agcttcttct ttcagccgct tcaaaagctc tgaatcgatg
    51481 cggatagaag ccgtagactt tgttattgtc gtatccataa ttacctgcat ttacttgcgg
    51541 gggcaaaggt agcagggtgc aaacagcctg acatgtcgag gcggccgctg agttaaccct
    51601 tccgtcgtgg agattggtcg agggaggata aggtcaacgg aatgattcga tcaatcgctt
    51661 ccttttttcc gtggcagcca tttgatccaa tcaattggct ccttttttct gtggcggcca
    51721 tttgatccga tcaattggct ccttttttct gtgggagccg tttgactcga tcaatcgctt
    51781 ccttttttcc gtggcagccg tttgatccaa tcaattggct ccttttttcg ctggcggcca
    51841 ataatcaacg tttttcggct ccttttttcc gtggcagcca ataatcgatg tttttcggct
    51901 ccttttttcc gtggaaacca ataatcaacg tttttcgctt ccttttttct gtggcggcca
    51961 ataatcaatg tttttcagct ccttttttcg ctggcaacca ataatcaatg tttttcggct
    52021 ccttttttcc gcaccctttg gaagcctcca cccatcctac cccccagcag ggtgggtgga
    52081 ggcttccaaa gggtgcgggg ggatcggacg ggcattgcat ccgcagggtg ccgctccgcc
    52141 cgggcagcgt cgctctaccc tgggctatca tccggcggcc cttcaggccg cattggtttt
    52201 tcgtgagacc agtttcattc gcccccacta ccctttgact accgggcgaa gattattcgc
    52261 cccactactt tctgcctacc gcatctcgcg gaaggcgctg tgaaggatgg gcagcgtcag
    52321 ggcgaaggcc aacacatcgc tgaaagtctg acacatctcc acacccatca acccaaacgc
    52381 gcgcggcaag acgaccatca gcggaatgaa gaagaggcca ctgcgcgccg ccgccaagat
    52441 gttcgcccgg atcgtcttgc gaaccgtctg cataaacatg ttgctgacga tgatcagccc
    52501 cgccaacggc aacgaagcca gctgccaccg cagcgccacc gtacccacgg ccaccaccgc
    52561 cggatcgcgc cgaaaaagga tgatgatgtg atccgaaaac acccacccga cgacgctgca
    52621 cgccagcaag aagagcgtgc agacgcgcac cgcataccag aagcccgact tgacccgagc
    52681 gtaaagcccc gcaccgtagc agaagccgca aaaaggctgg aaaccctgcc caaaaccaat
    52741 gacagccgcc agaagcatca tcgtaaaccg attcacgatg gacatgcccg cgatggccgc
    52801 gtcgccatac gcacccgcgc cgtaattgag catcaccgta gccaagctgc tcaatccctg
    52861 acgcgaaagc gacggcgtgc caccggccaa gatctcgcgg atgtaaaccc ccgaaggcga
    52921 aaaattgcgc accctaatgc gtatgctgcc cccccggtgc gtcatccgca gcagcaccac
    52981 gaagctgacc gcctgcccca ccaccgtggc cacagccgca ccagcaatgc ccatacgaaa
    53041 aacgaaaatg aacagcggat cgagcgccac attcaggatg gcgccgcagg caatgccccg
    53101 catggcgtag atggcgttgc cctgaaaacg catctggttg ttgagcgtga aagcccccgt
    53161 gacaagcggc gtgcccagga gcgtgatgcc gagataagtc tcggtgtaag gcaagatggt
    53221 aggtgtgctg cccaaccagc gcgagagggg cgtcaggaag agctcgcccg cgatgaggat
    53281 caagaatccc ccgcccaaag catagacgaa ccccgtcgta gccatcacct cagcgttgcg
    53341 gtggcgccgc gcccccaact cgcgcgagat gtagttgccc gagccattcc cgaagaagaa
    53401 actgatggcc tgaacaagga acatgacaga gaaaacaatc ccaatagcag ccgtcgattg
    53461 cgtgtcaatc tgccccacaa agaaggtgtc cgccatgttg taaagcgaca tcaccaacat
    53521 gctaatgatc gtcggcacag ccatcgtgcc aatcacgcgg tgaataggcc cctcagtcaa
    53581 gaaggcgtaa ttatctctgc tatgctccat ttatctaact accttaaact accctttaac
    53641 taccctcaaa ctaccccttt tgacaacctc ttatttagcc cgcaaaagta tgccccgcca
    53701 tgcgaagcct tcatggatta tggaaatatt tccgtattac ccaatctctc ctacttttgc
    53761 ccacgttgta aaaacgattc ctacttacac ttacttaaaa cgataagcac tatggatttt
    53821 ttgacgaacg agaaactgac aatcgtaggc gccggcggca tgatcggctc caacatggca
    53881 caaaccgcag cgatgatgca cctcacgccc aacatctgcc tgcaagacgt gtatgaaccc
    53941 gcgctcgaag gcgtgtacga agagatgcgc cactgcggat tcgaaggcat gaacttcacc
    54001 ttcaccaccg actccgccga agcgctgcgg ggagccaagt acgtcatctc ctccggcggc
    54061 gcagcccgca aagccggcat gacgcgcgaa gacctcctca aaggcaacgc acaagtagcc
    54121 gagcagcttg gcaaagacat caaggcctac tgccccgact gcaagcacgt agtcatcatc
    54181 ttcaacccgg ctgacatcac aggcctcatc accctgatct actccggcct gaaaccctca
    54241 caagtaacca ccctcgcagc cctcgactcc acccgtttgc agagcgagct ggccaagtac
    54301 ttcaagctgc cgcaaagcgc cgtcacaggt tgcagcacct tcggcggaca cggcgagcag
    54361 atggccgtct tcgcctctac cgctaaggtg gacggcactc ccctcctcga tctgatcggc
    54421 accccgaagc tccccgctga agagtgggca gccctccgtc agcgcgtcat caagggcggc
    54481 gccaacatca tcaacctgcg cggccgctcc tcattccaga gcccggccta cgtttccgtt
    54541 gagatgatcc gcgcagccat gggcggcgag acattccgtt ggcccgctgg cacctatgtc
    54601 tccaccgata agtaccatca cattatgatg gccatgccgg tggaaatcac caaagacggt
    54661 tgcgcctacc gcaaagtgga aggcacaccg acggagatgg ctgacctcga caagagctac
    54721 acccacctct gcgccatgcg cgacgaggtg atcggccttg gcgtgctgcc tccggtgaac
    54781 gagtggagca aggtcaaccc caacctctaa tccttttgac tatttggtct tttaatttca
    54841 attgttcttg cgatgaaagg gtggagctac acaaccgcgt gggttccacc ctttctgtgt
    54901 ctttatacat aaagaatcaa tccccaagaa cctggcggag acacacgccc gaccccaccc
    54961 acataaatca ccatcccccc atgcttcaca agatctttga gctgatcgac gacttcgccc
    55021 cgcagccgat ccggatcccc ctcgacaaaa gcgaactgga aaccatcgcc cgttcgctct
    55081 tcacatggat gtttcccgtg tgcgacgagc tgaagatgat caacgtccgc agcggactga
    55141 tggacgcagc cattaagcta cacgccaaca tcgcccgcct gatcggtaat cccgaagccg
    55201 aggagaagac cgaagccttc ttcagtcggc taagccatgt gcgcgaacgg ctctacaaag
    55261 acgccgcctg ctacctccgc aacgaccccg ccgccaaatc gctcgaggaa gtcatcatcg
    55321 cctaccccgg cttcttcgcc ctcagcatcc accgcatcgc ccacgagctc tacgccctcg
    55381 gcatccccct catcccacgc atcttttccg aatacgccca ctccaaagtc ggcatcgaca
    55441 tccaccccgg cgccaccgta gggaagaacc tcttcttgga tcacggcaca ggcatcgtca
    55501 tcggtgaaac aaccgagatc ggcaacaatg tgaagatcta ccaaggcgtc acgctcggcg
    55561 cgctctattt ggagaagaaa ctctccgaca tcaagcgtca cccgaccgta gaggacaacg
    55621 tgatcatcta ttccggcgcc accatcctcg gcggctccac cgtcattggc cacgactcca
    55681 ccatcggcgg cggagcatgg ctgacacaca gcgtagcccc ttactcgctc gtgtataaca
    55741 aggtcgacgt gaaggttaag accgtgaagg gctacgagga gccacccctc aatcatcact
    55801 ccatctaaag ccccacgatg aagcgcgcac tcgccctcat ctacaccctc gtcgtggcca
    55861 cgatggccgc cgccacttgg atcgaacacc tccgcgggac ggactttgtg gcccagcaca
    55921 tctacggtgc atggtggttc accctgcttt gggccgtgct cgctgcgttg ggcgtggcgt
    55981 ggatcgtacg ccaacgcatg cgccgatgga gtaccctgct gctgcatgcc tcattcgtcg
    56041 tcatcctctg cggcgccctg ttgacacatc tcaccgcctc gcgaggcgtg ttgcatctgc
    56101 ggcagggcga atcgaccgac agctacagcg ctgagcttcc cggaggggct accgaagtgc
    56161 gccgcctgcc cttccacatc acactcgata gtttccgtgt ccactatcac gcgggcacca
    56221 cagccgaacg cgattacacc tcccacttta cccttcgcga cggccgcgcg cacatccccg
    56281 gacaagtcgc catgaaccgc atcttcacct accgtgccgt ccggctttac cagagcgcct
    56341 acgaccccga tctgtccggc agctacctca ctgtcaacac cgacccctac ggcatccctg
    56401 tgacttacac gggttacgcc ctcctcttcg tcgccctctt cggcatgctc ctcgacccac
    56461 gcgccacctt ccgccgccta ctcgctgatg cccgattgcg acgcggcgcc ttcctcctcc
    56521 ttgctctcac ggccatagcc ggacacgccg ccgagcccct catcgtaccc cgcgagacgg
    56581 ccgatcgctt cgggcgtcta caccttttat ataacgaccg catcgcgccc gtccagacct
    56641 ttgccatcga cttcacgaag aagctctacg gccgcgccac ctaccgtgga ctgacggcgg
    56701 agcaggtact catgagccgc ctcttcgatc cccgcggctg ggacgcggag ccgatgatcc
    56761 gcatcaaaga cgccagcctg cgccatcgcc tcgacctgcc gcgctacgca tccgtcaacg
    56821 acttcttcgc ccccggacgt ggctacatcc tcgggcccta cctgatggaa tacgagcagg
    56881 ggcagcgcga tgccttccac cgcgcttgtg cggatatgga cgccaagctg cgcctcatca
    56941 tgtccctgcg cgatggctcg gccctcgccc tcttccccca cgccacgctc ccggacggct
    57001 ccatccgttg gcgccacacc gccgcgcccc tcacccccga cgagctgccc cgcatggatg
    57061 cgctcttcct ccgcagctac ctcgccctgc tccgcgaacc catcctcacc gcagactacc
    57121 ccgccgccga ccgcctcatc gacaagctcg acaaatacca acacctccac gccggaggca
    57181 cgctgcccac ccccaccgcc gaccgtgccg aacgcctcac caacgccatc cccttcgcca
    57241 ccatcctttt catcctcaac ctcaccgtcg gcctcctggc catgctttac accctgcgcc
    57301 gcctcacccg ccgacgcgat gccccccgca ccgaccgcct cgtccaccgc atcaccttcg
    57361 cgttgctcac cctctccttc gtgctgctca ccctctgcga ggcgctccgc tggatcgtgg
    57421 ccggccgcgc cccgctggcc aatggttacg agacgatgct cctcatcgct tggttcatcc
    57481 atcccttcgc cctgcttgcc gcccgccgtt tccccatcgc cctgcccttc ggtgccctgc
    57541 tctccggctt cttccttttg gtcagccacc tcgccctgat ggatcctcgc atcacaccca
    57601 tcatgcccgt tctcggttcg ccgctgctca gcctgcacgt ctccgtcatt atgatggcct
    57661 acgccttgct cagccttacg ttcatctgcg ccctgacggc ccttatcctc ctcgcccttg
    57721 gtcggcgcga cccgcatcgc gccgctgagc aagccgatgt cctgcgcctg ctctccctcc
    57781 tcttccttta ccccgccttg gctacgctcg gtgtcggcat cttcgttggc gccatctggg
    57841 ccaacatctc gtggggcacc tactggagtt gggatccgaa ggagacgtgg gccctgatca
    57901 cgttcatggt ttacgccgtc gtcgttcaca cccacacttg gccccgcttt cgtcgccctg
    57961 tggcctatca cctctacctc ctcctctcct tcctcaccct gctcatgacc tacttcggcg
    58021 tcaattacct gcttggtggt atgcattcgt acgcgtaggg agaggccggg gggataagat
    58081 gatcgtatca aattggcgga gatctcccgt acgtgtgttt ttgatcatcg tacccctacg
    58141 gagatctccc gaacgtgtgt ttttaatcac cgtacccctc cggagatctc ccgtatgtgt
    58201 gtttttgatc atcgtacccc tacggagatc tcccggacgt gtgtttttga tcatcgtacc
    58261 cctacggaga tctcccggac aagtgttttt gatctctgtc gatcgacaga aagctccgcg
    58321 cgtcagtttt tgatctctgt cgatcgacag aaagctccgc gtgccagttt ttgatttctg
    58381 tcgatcgaca gaaagctccg cgcgtcagtt tttgatttct gtcgatcgac agaaagctcc
    58441 gcgcgtcagt ttttgatcac cgccacttgg cggaaagctc cgcgcgccag tttttgatct
    58501 ctgtcggtcg attggcctta taggggcgag gtgtcaaaac gggctgctcc ttgtggtcgt
    58561 cttcccttcg tgatccgaac cttcatgcct cccattcctt aacgctttta cggaatccat
    58621 taaagaagaa acaggacgga acaagggggt agggagtggg ggaatagggc gtatgaggta
    58681 tctataatga ctctcggagg tttataaatc tcgcgtcgga taaactgcgt aaatccctat
    58741 tttacacggt ggtaaatcgt tttccgttgt tcccatactt tactttttac ttcatataac
    58801 ccgggtgcgc tggggcaggg gtttacattt ggcatgcaca ttgtttattc aacaaaattt
    58861 acacacatat gaaagatcct atccggagag cgatcctctc attttcactt ttgatgttgt
    58921 ccgtgggcct catgcaggca gcggaattga agtcgcccaa tggccgcctc gtcatgcact
    58981 ttgaagtgga cggcttaggg gccccggtct ataccttatc atataagggt aaaccggtga
    59041 tcaagcggag ccacctggga ttagaggctg aggggttctc gctgcgcgaa gggtttaagt
    59101 tgcagaagga agagacgaag accttcgatg agacttggca gcccgtttgg ggcgaggtga
    59161 agtccatccg caaccattac aacgagctat ccatcaccct ccatcagcca gatagcgacc
    59221 gcacgatgat ccttcgcttc cggctttacg acgacgggct tggcttccga tatgagttcc
    59281 cctcacagaa gcagctcgtc tattttgtga ttaaggatga gtactccgag ttcgccatgg
    59341 caggcgacca caaggccttc tggatcccag gcgactacga cacccaggag tatgactaca
    59401 ccgagtcacg cctctcagag atccgcggac tgatgaaggc cgccatcacc tataactctt
    59461 cccagacgcc tttctcgccc acgggcgtac aaacggcgct gatcatgaag tcagccgatg
    59521 gactctacat cgacctccac gaggccgcat tggtggatta cccctgcatg tcgctcgagc
    59581 tcgacgacaa gacaatgacc ttccgctcat ggcttacacc cgatgcacaa gggaagaagg
    59641 gctacatgca gacgccctgt cacacgccct ggcgcaccat catggtgagc gatgatgcac
    59701 gcgagatcct cgcctcgcat ctcacgttga acctgaacga accctgcgcc ctgaaagacg
    59761 tctcctggat caagcccgtg aaatacatcg gtgtgtggtg ggagatgatc accggaaagt
    59821 ccacatgggc ctacaccaac gatctgctct cggtgcaact cggcgtgacg gactactcca
    59881 aagtgaagcc caatggcacc catgcagcaa acaacgagaa ggtgcgtcgc tacatcgact
    59941 ttgccgccaa gcatggcttt gaccaagtcc tcgtcgaggg ctggaacatc ggttgggaag
    60001 actggttcgg ccactccaaa gattacgtct tcgatttcgt taccccatat cctgacttcg
    60061 acctcaaggc cctcaacgac tacgcgcact ccaagggcat caagctgatg atgcaccacg
    60121 agacctccgc ctccgtccgc aactacgagc gccacatgga gaaggcctat caattaatga
    60181 acgattacgg ctacaacgcc gtcaagagcg gctacgtagg caacatcatc ccgcgcggcg
    60241 aacaccacta tgggcagtgg atgatcaacc attatttata tgccgtcaag aaggcagccg
    60301 agcataagat catggtcaac gcccacgaag ccgtgcgccc cacaggcctc tgccggacgt
    60361 atcccaacct gatcggcaac gaagctgcgc gcggaggaga gtatgaatcg ttcggaggca
    60421 acaagccctt ccataccacc atcctgccct tcacacgcct catgggtggc ccgatggatt
    60481 acacaccagg catcttcgag acccgcatca agaacgttaa ccccaacaac aactccttcg
    60541 tgcactccac gctggcacgt cagttggcac tctatgtgac gatgtacagc ccactgcaaa
    60601 tggcctctga cctgcccgag aactatgagc gccacatgga tgccttccag ttcatcaagg
    60661 atgtggctgt cgattgggac gactcgaaat acttagaggc cgagccgggg cgctacatca
    60721 ccgtggcacg caaggccaag ggaacaaaca actggtttgt gggctgcaca gcaggcgaag
    60781 acggtcacat ggcgcatgtc tcgttcgact tcctcgaccc gggtcgcaaa tacaccgcca
    60841 cgatctacgc cgatgccccc accgcacatt atgaaaagaa tccgcaggcc tacaccatca
    60901 agcagatgaa ggtcacgaac aagtcgaagc tgacgcttcg tgcggcctcg ggtggtggct
    60961 tcgccatctc aatcatggag aatcaatgaa aatacccact cgtctcaggt agttgtaggg
    61021 gggaggcaaa tccacccctc tacaaagcct gcggaacgcg tacaggatat ttgaaacaaa
    61081 cccacttaaa tcatagatag gaatggaaag aaagaaactg agtttatgga agaagtgcat
    61141 gttcacgctg ctggccgggc tattgacggc ctttgctgga tatgcacaga cggtgacggt
    61201 aaagggcgtc gtggtggacg cgacgaacga gcccgtcatc ggtgccaacg tggtggagaa
    61261 aggaacgacc aacggcatca tcaccgactt ggatggcaac ttcacgttga ccgtcaagca
    61321 gggagccacg atcgtcttct ccttcattgg ctttacaccg caagagctgc cggccactac
    61381 ggagcccatg catgtggtgc tgcgtgaaga cacagagctg ctcgacgagg tggtggtcat
    61441 cggctacggt tcggtgaaga aagacgacgc cacgggctcc gtgacggcca ttaagccgga
    61501 caagatgaac cgtggtttaa ccaccaatgc acaagacctg atggcgggta agatcgccgg
    61561 tgtcaacatc gtctccagcg gtggttcgcc gggtggcggt gccaccatcc gtatccgtgg
    61621 cggttcgtcg ctgaatgcta acaacgaccc gctgatcgtc atcgacggtt tggctatgga
    61681 taacgacggt gtgaagggcc tctccaaccc gttgtcgatg gtgaacccga acgacatcga
    61741 gaccttcacc gtgctgaagg atgcctcggc cacggccatc tacggttcgc gcgcctcaaa
    61801 cggcgtcatc atcatcacca ccaagaaggg ctcgctcgaa ggtggtaagg cgaaactgcg
    61861 tgtcacctac gacggcaacg tctcgatggg taacgtaaag aagacactcg acgtgatgag
    61921 cgccgatgct taccgtgctc gcatcaaaga gcagtatggc gagaatagta acgcctacaa
    61981 ggcactcggc acagccgaca ctgactggca gaaagagatc taccgcacag ccctctccac
    62041 ggatcacaac gtgagcgtct tcggtggtgt gggctcgatg cccttccgcg tgtcagtggg
    62101 ctacaccaat cagaatggta tcctcaagac ttcgaacttc gagcgctaca cggcgtcgct
    62161 taacctctca ccctccttcc ttgacggtat gctgaagctg aacggcaacc tgaaggggat
    62221 gtatgccaaa agccgctttg ccgatgtcgg tgcagtgaat gctgccacgc agatggatcc
    62281 cacgcattcg gtgcacgatg caggcgatac gtatcagaag tatttcggcg gctacttcca
    62341 gtggaccacc gacggcaagt cgctcaatga ccccacgtgg ctgctgacga acaactcgct
    62401 ggcgccagcc aacccggtct ccatgttgga gatgaaggac gatcaggcca aatcgcaatc
    62461 gttagtgggc aacctcgagg cggactataa gttccacttc ctgcccgacc tgcgcatcca
    62521 cgccaacggt ggcatggacc tctccaccgg taagcagacg acggacatcg ggccctactc
    62581 cttctcgaac aactactacg gaagctacgg ttttgagaag attgacaagt acaacctctc
    62641 cttcaatagc tacctgcaat acatgaaggc cgtgggtatc cacaacttcg acgtcatggt
    62701 cggctacgaa tggcagcatt tccaccgcaa ggggaacaac cgctacgcag gcctctatcc
    62761 gtcgactaac accgtgaatc ccggcaagga atactccccc tcgagcaaag agtgggcttc
    62821 ggagaactac ctcgtctcct tcttcggccg cttgaactac accttggccg ataagtacct
    62881 cttcaccgct accgtccgtc gcgacggttc ctcacgcttc cataaggata accgctgggg
    62941 taccttcccc tcgttcgcct tcggttggaa gatgaaggaa gagggattcc tgaaggatgt
    63001 agacgcactg tctgacctca agctccgcct cggttatggt gtgacgggtc agcagaacat
    63061 cggttcggac tactcctact ttgcctccta caccgcaaac cgcggctttg cctactaccc
    63121 cattggctat ggcaagggcg aatcgtatcg ccccgacgcc tacaacaaga acctgaagtg
    63181 ggagcgcaca acgacgtata acgctggcct cgactatggt ttcctcaacg gtcgcctgac
    63241 cggttccgtg gattactact tccgccgcac ggatgacctg atcaactacg tctacgtatc
    63301 ggctggaacg aacttcaaga atcaggtgaa cgccaacatc ggttcgttgg agaataaggg
    63361 tattgagttt accatcaatg ccaagccgat tgtgcaaaag gacttcacgt gggatctggg
    63421 cttcaacctg acttataacg atggcaagat caccaagctg acaggcggcg atcggacgga
    63481 ctactacgtg gccacgggtg gcgtaacggt cggcacaggc ggcaccgtgc aggcacatgc
    63541 cgtagatcat ccgccgtatg ctttctacgt ctaccagcag gtatacgatg agaagggtaa
    63601 gccgatcgag aacacgtttg tggatcgcaa cggcgacggc gtgatcaacg atgccgacaa
    63661 gtacttctac aagaagccaa cggctgatgt gctgatgggc ctctcctcga agttcgttta
    63721 caaggcatgg gacctcagct tcacgctccg caccagtctc aacaactatg tgtataacaa
    63781 tgtggaggca gatgctagca acatgagcca gctctatgcc ccctcgggct tcctgatcaa
    63841 tcgccccacg atggtgcttg agaacaattt ccagggcgac ggcaactatt atatgtctga
    63901 ctacttcgtg cagaacgcct ccttcctgaa gtgcgacaac atcacactgg gctactcctt
    63961 caacctgaag aaggtgggca caggccgtgt gtttgccgct gtgcagaatg tcttcaccgt
    64021 cacgaaatac aaagggctcg atcctgagct ggttaccggg tcgggcaccg gcacgaacta
    64081 cggtatcgac cgcgacttct acccgcgccc gctcacctcg ctgatcggac ttacgctgaa
    64141 cttttaatcc gcaatcattg aaatgaagaa tatcgatatg aaacgaaata ggatcacatc
    64201 atggatcgcc gcagctgcga tcctcctttc tgcttcgggc gtcgtgtcgt gtgtgggcga
    64261 tttagacgtg gagccgatcg acccgagcgt cactacgacg ttcgaccaaa acaaggtctt
    64321 cacgaagatc tatgccacgc tcggcctgac gggtatcgaa gggccggccg gaacaggaac
    64381 aggtgacgtg gatggtcttg acgaaggttc gtcagacttc taccgcctgc tctggaacat
    64441 gaatgagctg cccgctgacg gggcacattg ctgctggaca gacggcggcg tgcccgagtt
    64501 agtacacggc tcgtgggacg cctcgcataa gttcgtcacc ggactttact atcgcctcta
    64561 cttcgacatc acgctgtgca acttcttcct cgagcagatc gatggcaaga cggacgccga
    64621 gagcgtgacg cagcgtgctg aggctcgctt catccgtgcc ctgaactatt actacctgat
    64681 cgacatgtat ggcaaggtgc ccttcgtgac gaaggtgtcc accgactccc cctcgcaggt
    64741 ggagcgcgcg gagctgttca agttcattga gaaagagctg ctcgaggctt cagagacgat
    64801 gaaggagccg cgcacgaaca cctacggccg tgccgataaa gccgctgctt ggttgctgct
    64861 ggcgcgcctt tacctcaacg ccgaggtcta caccggtaca ccgcaatggg ccaaggcgtc
    64921 ggagtatgcg cagaaggtga tcaagtcgtc ttacacactc tgccccgtct ataagcacct
    64981 gtttatggcc gacaacaacg gcagcagcgt gaacaaggcg aacacggaga tcatcctgcc
    65041 gatcattcaa gacggcgcca ccacgcgcaa ctatggcggc tcgttcttcc tcatcgcttc
    65101 cacgcacaag acggacgaca tgccgccctt cggaaccacc gatggatggg gtggcaaccg
    65161 ctgccgcccg cagttggtga gcaagttctt ccccaatggc aatgccccga ctacaggcga
    65221 tgtggacgcc atgacaaagg ctgctggcga cgatcgcgca ctcttcttca gcaaagaccg
    65281 cacgctctcc atcgacgtgg agtcggagtt taccaatggc tactcgttcg tcaagttctc
    65341 caacctgcgt gccgatggcg ctaccacgca cgactcgaag tttaccgata cggacgtgcc
    65401 ctttatgcgt ctggctgagg cttacctgac gtatgctgag gcggaggtgc gccaaaacgg
    65461 cagctccaca gcagcagcca ccgaagccct caacacgctc cgcaaacggg cgcacgccaa
    65521 gacggagacc tcctacacgc tgaacggcat ccttgacgaa tgggcgcgcg agttcgcctt
    65581 cgaggggcgc cgacgctctg acctgatccg cttcaaacgc ttcactggta atacgggcta
    65641 cacctggcag tggaagggtg gtgccaagga gggtacagtt ttgtctggtc acctcagcat
    65701 cttccccatc cccgccaacg acttcaccgt gaactccaac ttggtgcaga acccagggta
    65761 ttaatcgaac taataactac agagaatgaa agcaatcaat caaataggga tcgcgttgct
    65821 ggccgccctg acactggcgc tggcatcgtg tgaagacgat cacgactcga accccaccct
    65881 gaagatcccc gagagcttca cgctgaacgc tccgaatgct gcaaccgtgt atgacctcga
    65941 aaagtcgaag accgtcgagc tgacctgcac gcaacccgac tacggcttca ccgccgccac
    66001 ggtctacacc gtacaagtct cgctcgacaa cgacttcaag gacaaagcca agttcatggc
    66061 cctgcccacc acctacacca aagccaagat ggctgttgat gccaatgaga tcgccgtggt
    66121 gcagaccaca ttggcgctcg ataagggtaa gacagaggcc gacttccccc tcacctccaa
    66181 gctctacatc cgcctgaagg ccaccctgcc caatggcaaa gccgaggtgt attctaacgt
    66241 catctccctg aatgcacgca ccaagtttgc gctggatccc atcgcgaccc ccaagacgat
    66301 gtatgtgatc ggcagctcga aggccatcgg agaatggaaa tggggtggct gcgtgcccat
    66361 ggtgcagacc gtggcgcaag acggcacctt ctggcgcatc ttctacttcg atgccggaac
    66421 cgcaatgaaa ttcaacgctg agaagaagtt cgatggcaac gagttcggca gttccgccac
    66481 gctcgtggat aatgcctcgg ccggactctc tgacgatggc ggcaacctga aggtggccaa
    66541 agccggatgg tacctcgtcg tgattaagac ggctgtcaaa gggcgcgacc tgaagtacac
    66601 catcaacttc gagaagccga acgtatacct catcggcgat gtcagcatcg gcggcaagtg
    66661 ggagactacg tccgagaacc tcttcaccat ccccaccacg gccgatggca agttcgtctc
    66721 gcccgccttt gccaagactg gcgaggtgcg catgtgcgtc aagatcgagg gcgaggagtg
    66781 gtggcactcc gagttcatcg tcctggccga aggcgacatc ctctatcgag gcgcgggcgg
    66841 cgatcaggat cgctctaccc agaatgcggg caagaaggct tacctcaact tcatgaccgg
    66901 aaagggtgaa tacaagtaat tgaataagat gccccggggg ggcggacgga tctccccccc
    66961 ctccgggcgg atttttcata ggatacattg cagagcgttc gtttccatag ctcatattct
    67021 gaagctctgc atggatcaaa ctggtttttc atataggcgg gcagtggccg agagggtcgc
    67081 tgcccgctgc ccgtttatcc ccgatcagtc gttagcaaca gcctcgccgc ctccggcggg
    67141 tctcgggtca cttttgccaa agtagcccaa tctggacccc gtctcgggtt gcttttgtca
    67201 aagtagccca atccgtaccc cgtctcgggt tgcttttgtc aaagtagccc aatccggacc
    67261 ccgtctcggg tcacttttgt caaagtagcc caatccggac cccgtctcgg gtcacttttg
    67321 tcaaagttgc ccaatccgta ccccgtcttg ggtcactttt gtcaaagtag cccaatctgg
    67381 acctcgtctc gggtcacttt tgtcaaagta gcccaatcct cggcgggtct cgggtcactt
    67441 ttgtcaaagt agcccaatcc ggaccccgtc ttgggtcact tttgtcaaag tagcccaatc
    67501 cggaccccgt ctcgggtcac ttttgtc
//
LOCUS       SEQF3106|MIQD01000004.167367 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..67367
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(549..2408)
                     /gene="gyrB"
                     /locus_tag="SEQF3106_00187"
                     /EC_number="5.99.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5SHZ4"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA gyrase subunit B"
                     /translation="MDISRTTAAYDDRDIVTLEGLEAVRKRPGMYIGNTHGGEDRNDG
                     IYVLLKEVIDNSVDEFRMKAGHRIDIQIIDGTVSVRDFGRGIPQGNLAKTVSTLHTSG
                     KFGSEAFKKSIGLNGVGIKAVNALSITFTVISYREGMEKRVDFARGKLIDDYPPTPSA
                     EKNGTLIRFTPDPTIFEAYAYRNEIVESLIRNYCYLNSGLSIYYNGTKFFSENGLEDL
                     LNENITDEILYPIVHLQADDIEIAFTHVNQSRDDYYSFVNGQYTSQGGTHQAAFKEAF
                     ARTVKEFYNKNFETADIRSGLVAAIYIGVEEPEFESQTKIKLGSRNMTPKGDVSVSKF
                     VGDFVKKEVDNYLHKTPDTADALLRKIQESEKERKAIAGVAKLARERAKKVSLHNRKL
                     RDCRIHLNDAKSENKTESSLFITEGDSASGSITKSRDPNLQAVFSLRGKPLNCFGLTK
                     KIVYENEEFNLLQAALNIEDGLDGLRYNRVIIATDADVDGMHIRLLLITFFLQFFPDL
                     IKQKHLYILQTPLFRVRNKQQTFYCYNEEERASAVSRLGRNPEITRFKGLGEISPDEF
                     KHFIGKDIRLDPVSVKKEDAIKEMLEFYMGKNTPDRQNFIIDNLVVEEDLANN"
     CDS             complement(2519..3646)
                     /locus_tag="SEQF3106_00188"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVTIREVTSKDELRRFVKFPIDLYKGNPYYVPGLIDEEMITLS
                     RDKNPAFENCEAIYYLAYKDGRIAGRIAGIIAHAANRVWHQRRARFGFVDFIDDPEVV
                     NALFGAVEAWARQKGMQAIHGPMGFTDMDHEGMLIMGFDQVGTMATIYNHPYYPEHME
                     RMGYTKDQDWHEFKIYIPDAIPEKHQRIAEIVKKKYGLKVVKFRRRKDIDPYAHKVFE
                     TLNAAFAPLYGFAPLTERQIDYYVGIYIPMLRLDLVTVIVREADDAVVGFGISLPNLS
                     HALQKARGRLFPFGVFPLLKALKSKARVVDLYLTGVLPEYQNKGVNALLFTDLIPQYI
                     KMGAEYAESNIELENNTAVQAQWDYFRREHHKSRRAFIKPL"
     CDS             complement(3868..4827)
                     /locus_tag="SEQF3106_00189"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEIIEVNPIGMKKLDNGQHLTFHSRAYELVDEYEAAKIGIPEP
                     LKAEWKGNIGTENDISQEVVAETLTQRISEKDAERDRIITYIFKTIRASIFSPDTTEA
                     AAAEELILVAKKYGQLQSESYDRESGHVNGFVFDLKKAENTPHVTALHLSSALTKLET
                     ANNEFEALYRQGVKTARRNDLPRASAVRPKTDANYNRVLLMLQVAYISGAAPIDRDAL
                     KKLAKDLNNLVDKAEAAYNQSLAQRKADRKKKPKDPKDPKPKDPKDPKKPEGGGDDIH
                     TPEEPPKKPEDKDKPKQPETGGGTGGGDDIHVPSEPPKKPDGQ"
     CDS             complement(5696..7156)
                     /gene="mrdB"
                     /locus_tag="SEQF3106_00190"
                     /EC_number="2.4.1.129"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ABG7"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan glycosyltransferase MrdB"
                     /translation="MYNGNERRSLWRSVDWLTIGVYILMVIAGWLSICGASYEYDTTG
                     LFDPAGRPGSQLIWIGTALVVGFIILMLERDIYEAFAYPIYGLTILLLVATIFLAPDI
                     KGSRSWLVLGPIRLQPAEFAKFATALALARLMNSYNFNLFTVRNFGLVLLIILLPMGL
                     VLMQKETGSALVFLAFALVLYREGMSGYLLLSAVCAVTYFVAVMKFDSTLLGNTPAGQ
                     LIVSIFTLVIELLLIAGVSRHRHDRLTLRIFFYGLSATLVTAIVASLYLPVNFVWVLV
                     AVIVTSSLVLIVQAIVRLSWRHALIALFALSSVAFMMSVDYVFNDMLEPHQQQRIRVS
                     LGLEDDPSGSGYNVNQSKIAIGSGGLLGKGFLNGTQTKLKYVPEQDTDFIFCTVGEEF
                     GFVGSLVVLLLFGTMIVRLIYLAERQDTLFGRVYGYSVASILLFHLVINVGMVLGLTP
                     VIGIPLPFFSYGGSSLWGFTILLFIFLRIDASRKEV"
     CDS             complement(7143..9002)
                     /gene="mrdA"
                     /locus_tag="SEQF3106_00191"
                     /EC_number="3.4.16.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AD65"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan D,D-transpeptidase MrdA"
                     /translation="MENFKKYAYENRRFVVIGSVLFVLFVYIVRLCLLQLVDSNYKAS
                     ADNNAFLRKVIYPPRGIIYDRNGQLLVYNQPAYDVMLIMREIHSLDTLDFCRTLGITK
                     EVFDKRIADIKNKRLNPGYSAYAPQVFMNQLSTYEYGALQEKLYKFPGFYIQNRTIRE
                     YSHPNAALLLGNIGEVNRRDIEKDDYYSQGDYSGRSGVERSYEKWLRGEKGVEVLLRD
                     ARGRIKGRFEEGRNDVMPVSGKNLNLSIDINLQILAEKLLQNKVGSIVMIEPATGEVL
                     CLATSPGYDPNLLVGRKRGKNYAMLEEDPKKPLFDRSIMGTYPPGSTFKPTQALIFLQ
                     EGVITPDKMYSCARGYTYHGGKPACHGHGSPLALVPAIATSCNSYFCWGLHDMLDSRR
                     RYPTVQEAFDKWKDDMVAQGYGYQLGIDLPGEKRGYIPNSKVYDTFYNSHWNSSTIIS
                     VAIGQGEVLATPLQICNLAATIANRGYYIPPHVVRKIEGAQLDSIYTHPRYTGIKPEH
                     YNVVAQGMRMAVLGGTCRGLNMRDVEVCGKTGTAENPHGKDHSACMAFAPYNEPKVAI
                     AVYVENAGFGARMAVPIARIMLERYFHGELSPENRASEESISNTVILSNRVQR"
     CDS             complement(8989..9510)
                     /locus_tag="SEQF3106_00192"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKGILRVMVYIAVCVALQVAVLNHIHLFHVMTPFLYLYAIAKI
                     PVGFTRVQVIWTAFITGLLVDTFSGTLGMHAAACTLVGFYRNPLMNAFTDKEMMLEDA
                     SPSYMTLGTGAFMKYIFCLTFLHQAALYAIESVSLFDPPFLLLRIFSGTALTALCIFV
                     VEAFLPDRRSGEL"
     CDS             complement(9503..10357)
                     /gene="mreC"
                     /locus_tag="SEQF3106_00193"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8Y6Y4"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell shape-determining protein MreC"
                     /translation="MRKLLDFLIRKRHWFLFILLEVVSCIFLYYNQAYHRNLILGSSN
                     TLVGHISSISGAVRSYIGLKGENRALFERNGQLELQVMRLEREIEMLKAQALTYDSLF
                     VADSVAIPYHYVTAGVVNSNVSSMSNYLTIDKGLKDGVKPDMGVVSTGGVVGIVSVAD
                     EHFSVVIPVLNPKLHISCKLLTGNYYGSLSWDGRDTRYAYLDELPRHAVFKEGDTVVT
                     SGFSAVFPANIMVGTVAKFEKGKDYNFYSLKIKLGTDFWALKSVRVIQNDFHDERTAI
                     EEKARKND"
     CDS             complement(10420..11439)
                     /gene="mreB"
                     /locus_tag="SEQF3106_00194"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9X4"
                     /codon_start=1
                     /transl_table=11
                     /product="Rod shape-determining protein MreB"
                     /translation="MGLFSFTQELAIDLGTANTIIVSDGKIVVDAPSVIALDKRTDKV
                     LAVGETARQMHGKTHENIRTVRPLQDGVIADFYAAEQMIRGMIKMIHFRNRWFSPPLR
                     VVTCIPSGSTEVEIRAVRDSSEHAGARDVYMIYEPMAAAIGIGIDVEAPEGNMIVDIG
                     GGTTEIAVISLGGIVSNKSIRIAGDDLTADIMEYMRRQHNMKVGESTAERIKINVGAV
                     LTSLENPPEDYVVHGPNQMTALPMEVPISYQEIAHCLDKSISKMEAAILSALEQTPPE
                     LYADIVRNGIYLAGGGAMIRGLEKRLTDKINIPFRVADDPLHAVAKGTGVALKNIDKF
                     KFLIK"
     CDS             complement(11466..13022)
                     /gene="purH"
                     /locus_tag="SEQF3106_00195"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15639"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional purine biosynthesis protein PurH"
                     /translation="MDNEFNRTMTNEKKQIKRALISVYHKEGLLEDIIKTLHSEGVQL
                     LSTGGTQTYIESLGIPCEAVEHLTGYPSILGGRVKTLHPKIFGGILARREHDEDIRQL
                     SEYEIPTIDLVIVDLYSFEETVAAGADEAAAIEKIDIGGISLIRAAAKNFRDVAIIAS
                     EAQYERLLTLLKKNGAQTTLAERRDFAREAFAISSGYDVAIYHYFDTGDHTAFRAASD
                     NALPLRYGENPHQRGTFYGRFNKLFTRLHGKQISYNNLLDIDAAVALIDEFDEPTFAI
                     LKHNNACGVASRPTMLEAWKDALAGDPVSAFGGVLVANRTIDVDAAGEIDRIFFEVII
                     APGYTKDALFVLRKKKNRIILQRWPGKAAQNSSFRSLLNGVLVQDHDTSIQTADDLQP
                     MTESHPTESEIADMLFANKIVKHSKSNAITLAKNKQLCANGVGQMSRVDALKQAIEKA
                     HTFGFDLNGAVMASDAFFPFPDCVKAAGEAGITAVIQPGGSVNDELSVDYCNAHHISM
                     VKTGIRHFKH"
     CDS             complement(13310..13468)
                     /locus_tag="SEQF3106_00196"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIHSARVHVVRMRVRSYKVLTEIRLAFAGTLQALYNVLGLPRQN
                     QVRPTRYP"
     CDS             complement(13655..14128)
                     /gene="sulD"
                     /locus_tag="SEQF3106_00197"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P59657"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional folate synthesis protein"
                     /translation="MSTNVYLGLGSNQGDRQANLAAAIELLTQQAGRLVAASRCYETA
                     PWGFHSPHPFLNATLCLRTALEPIPLLRLTQRIERQLGRTIKTSPGHAYTDRPIDIDI
                     LFYGDLTLTNPALTIPHPALHLRRFVLEPLAEIAPTLRHPTLGRTVSELLDTCPE"
     CDS             complement(14272..15330)
                     /gene="queA_1"
                     /locus_tag="SEQF3106_00198"
                     /EC_number="2.4.99.17"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WZ44"
                     /codon_start=1
                     /transl_table=11
                     /product="S-adenosylmethionine:tRNA
                     ribosyltransferase-isomerase"
                     /translation="MKLSRYKFTLPPELIATHPITYRDEARMMVVHRDTGKIEHRVFK
                     DLTKYFGEGDVFVMNNTRVFPARLYGQKEKTGARIEVFLLRELNESLRLWDVLVDPAR
                     KIRIGNKLFFGKEANPEELVAEVIDNTTSRGRTLRFLCEGDHDVFKKKLYELGNTPLP
                     RYMNREAEPEDRERYQTIYATEEGAVVAPAAGLHFSRELMRRLEIKDCRFVYLTVHSG
                     LGIYRDIDVEDLSKHKIDSEQMIIGREVIDAVNTAIDTEHRVCAVGTSVMRAIETAVG
                     TDGHLKEFDGWTNKFIFIPYEFSIANSMITNFHLPFSTLLLMTAAFAGYDLTMEAYNV
                     AVKEKYRFCAYGDAMLIL"
     CDS             complement(15353..16093)
                     /gene="truB"
                     /locus_tag="SEQF3106_00199"
                     /EC_number="5.4.99.25"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WHP7"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA pseudouridine synthase B"
                     /translation="MMNFLQGEVVGFDKPLDWTSFDVVNKFRYALTRRLGVKKIKVGH
                     AGTLDPKATGVLVLCTGRATKRIEELQSHSKEYVATLRVGATTPSFDLETEIDATYPT
                     DHITREAVERVLHTFTGEIHQVPPTFSACKVDGKRAYELARRGKDVTLEARPVVISEM
                     ELLDCGLPDTIRIRCVCSKGTYMRALARDIGEALQSGAHLIELQRTRSGDITLDHCIT
                     PEGIGDFLDRALPPPRGRGTSHTQVINH"
     CDS             complement(16090..16902)
                     /gene="uppP"
                     /locus_tag="SEQF3106_00200"
                     /EC_number="3.6.1.27"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WFF9"
                     /codon_start=1
                     /transl_table=11
                     /product="Undecaprenyl-diphosphatase"
                     /translation="MSETEAIILGIIQGLTEFLPVSSSGHLAIAGTLFGMKSGEELLA
                     FTTLLHVATVCSTLLVLRGEIGALLRGLFAFRWNDETAMVSKLLLSAVPVGIVGVCFK
                     DQVEAVFGQGLLVVGCMLLLTAVLLGVASLVRVKEKAEISFRDAFIIGVAQACAVMPG
                     LSRSGTTIATGLVLGNKREAVAKFSFLMVLIPVLGEALLDVLKMLKAGSTAAAFGAIS
                     PVAMVCGFVAAFVVGAMACRWMIGVVRRGRLIYFAIYCVIAGVVAIVYSVVS"
     CDS             complement(16905..17180)
                     /locus_tag="SEQF3106_00201"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMEREEKMKDFALGKLNFLLIAVSVLLIVVGFILMSGGGSTDG
                     VSFNPEIFSKRRIAVAPIVTMVGFILMVFGILVSDRKGAATDKDASK"
     CDS             complement(17177..18055)
                     /gene="ftsX"
                     /locus_tag="SEQF3106_00202"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81X30"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell division protein FtsX"
                     /translation="MILNKKSGSSSFFSSRLTSVISIALTLYMTGVFFVFGLVSRGLS
                     TYMKENLSFSIILKDDLKEADMRRMQADLEAQPFVKSTQYISRAEAAEEMTAELGEDP
                     QVFLGFNPFHASIGVTLKSEYANAESLQEIEKRLMGDVRVVELSYRKDIIQTVNENIR
                     RIGLMLGLLITLLMLISFVLISNTIRLLIYSKRFLIYTMRLVGATPEFIRWPFIRRSM
                     INGAIAGVVADVLLTGTVCYLQSAWIGAGRMVPVGGLVAVCLLIPLLGVGLSVSAAYL
                     AVNRYLYMERGKLYYI"
     CDS             complement(18146..19501)
                     /gene="miaB"
                     /locus_tag="SEQF3106_00203"
                     /EC_number="2.8.4.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31778"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA-2-methylthio-N(6)-dimethylallyladenosine
                     synthase"
                     /translation="MNKKTSGEEAAKRLYVETYGCQMNVADTEVVASVMQTDGYELTD
                     KIEEADAVFVNTCSVRDNAEQRVVSRLQYFRSLRRGGRRLIIGVLGCMAERVKEELVR
                     EHGVDLVAGPDAYMDLPNLVGAVERGEKAVNVSLSTTETYRDVKPLKLAGVHVAGFVS
                     IMRGCNNFCSYCIVPYTRGRERSRDVESILSEISDMRAKGYRDITLLGQNVNSYCYRP
                     AGGAEVDFAGLLDCVATAAPDLRIRFMTSHPKDMSDEMLHVMASHANICKYIHLPAQS
                     GSSRMLHVMRRGYTREWYLGRIAAIRRILPGCAISTDLFCGFHSETEEDHAETLSLMR
                     EVGYDSAFMFKYSERPGTFAARHLKDDVPEEVKVRRLQEMIALQNELSEASNKRDVGR
                     RFEVLVEGFSKRSRERMYGKTEHNKVVVFDRGGHRIGDFVQVEVEEATSATLLGREVT
                     E"
     CDS             complement(19685..19861)
                     /locus_tag="SEQF3106_00204"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGALKYLGILILLIGVGVLAATTTADTPSNTMLLAGLVLVICGY
                     LAHIFFNRNSKRIE"
     CDS             20013..20765
                     /gene="plsC_1"
                     /locus_tag="SEQF3106_00205"
                     /EC_number="2.3.1.51"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26647"
                     /codon_start=1
                     /transl_table=11
                     /product="1-acyl-sn-glycerol-3-phosphate acyltransferase"
                     /translation="MVRLLYPIYFVLIAAPLFLVLTVLTALTTTAGCLLGGERIFSYY
                     PGMLWSRLACLLVLCPVHVRGREHLRRGCSYVFAANHQGAFDIFLIYGFLGLPIKWMM
                     KAGLGRIPLVGYACRAAGFIFVDNSSPRAARRSIVEAEQRVKDGFSLAVFPEGSRSQT
                     GRMGRFKKGAFQVAFDRGLPVVPITLNGPYHVLPIGAWLPWPHRLEMVIHPPIDSKAP
                     AAEEGVDEFACMQQVADRTRAAIASALWKEFR"
     CDS             complement(21186..22706)
                     /locus_tag="SEQF3106_00206"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSRGALLLAAFAIGLCAHAGDSTAHRPYTLYYIVCSGGAADGQ
                     TPFWMTSQTYGRMPADISSVGGYTQVGVQHAGALPGHWRWGAGLSLVAAAPRIRRNVF
                     VQEAFAELGYRDRIALSMGSREGSCDEALGYPAGPDPTLSSGDLLLSTNARPIPEINI
                     YTPRFMAVPLTGGWLHAGGYFAMGRSFDTEYLRAAIAADRHYVQDVLWHRKALYLQVK
                     DPRPQPLPLSFTLGIRHVAQWGGTSTLPKMGRQPQSLKDFARIVLGQAGGSDATVSDQ
                     INVLGNHYGTYDFRLDYVGAHFAVGAYYQHFWEDRSGIEWYNGLDGLAGLRIDLHTFP
                     YVNRLVVEHLSTMNQSGPFHFIQYDHRKYPGYGGGADNYYNNGEYTTGASYFGRAIGS
                     PLLISPTYNADGAPGFRHNRIRAWHFGAEGGIAGPWTWRTRLSTIRSFGTPYAPTLKP
                     LNNTSVRIDVCYALPDRHASRPSGWEFTATLAADRGDLLGNRNGFGLTISRSGILK"
     CDS             22836..23213
                     /gene="rpsF"
                     /locus_tag="SEQF3106_00207"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O66474"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S6"
                     /translation="MNSYETVFILTPVLSETQVKETVGKVKAALRTVKAEIVNEENWG
                     LKKLAYPIDKKTTGFYWLLEFKAVPEAVNVLETQLRRDERVIRFLTFRQDKFAAEYAA
                     KRRSLKASKERESAERESSKKED"
     CDS             23219..23506
                     /gene="rpsR"
                     /locus_tag="SEQF3106_00208"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2G111"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S18"
                     /translation="MATTNTANNTQSELRYLTPMSKDTKKKKYCRFKKSGIKYIDYKD
                     PDFLKRFLNEQGKILPRRITGTSLKFQRRVAQAVKRARHLALLPYVTDLMK"
     CDS             23530..23979
                     /gene="rplI"
                     /locus_tag="SEQF3106_00209"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9RY49"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L9"
                     /translation="MEVILKEDVANLGYKDDIVHVKDGYGRNFLIPQGKAVIASDSAR
                     KVLDEVLKQRAHKIAKIKAEAEALAEKMKGVSLTIGAKTSSTGTIFGSVTNIQIAEEL
                     AKLGFEIDRKIIHIKEDSVKEVGSYNAIVRLHKEVSVNIPFEVISEA"
     CDS             24091..24693
                     /locus_tag="SEQF3106_00210"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLPTAYLAPIPYYSLMLRTATVQIEAWEHYPKQTLRNRCLIAT
                     AGGVQALTVPVARPDNPKAPTRDIRISDHGHWQRLHWHALTSAYGMSPFFEYYADDFA
                     PFYERHYTFLLDYNLALQSLVCELLDIRPTVSLTEAYAPEATDDLRRAFTPRQPRPVH
                     PDLPPLHPYYQVFERKHGFLPDLSIVDLLFNMGNESVMYL"
     CDS             25193..26197
                     /locus_tag="SEQF3106_00211"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIIRLIGLLCLFPACLAAQNGNEVFRFLRFPTSVRAGALGGHT
                     VSLVEADPALVFHNPALLGGEMNGMVGVGYMNYISGIHVGNAIYARTHGERGAWAVGI
                     SYINYGSMKEADTQRNLTGNFSAMDAGLNATYSYDLSERWRGGLSMKLLYSHIAEYTA
                     FGLATDAGLSYFDEESDFSFGITLKNIGAQLKAYDSRRERLPWDIQMGFTKRMAHAPI
                     RLSVTAMHLNQWKFKYIDETLKERDADDSFVSTLAKHFVFGVDFVPSRNFWVGLGYNP
                     KAGMDMKLKEGGNRLGGFSAGAGLHVSRFDVSVSAARYHPSAMSLMLGVAISLNEDSP
                     "
     CDS             26377..27069
                     /gene="cmk"
                     /locus_tag="SEQF3106_00212"
                     /EC_number="2.7.4.25"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q97PK6"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytidylate kinase"
                     /translation="MKKIIVAIDGLSSCGKSTMARELAQEVGYTYIDTGAMYRAVTLY
                     ALRHGLLAPNGQIDTAALEKQMGDIRITFRVNPATGRSETCLNGEQVEAAIRGMEVSA
                     QVSRIASLPFVRRALVAQQQAMGRQKGVVMDGRDIGTVVFPEAELKIFVTATDEVRAQ
                     RRVDELRAKGTDVSMEEVLRNVRERDRLDMERAESPLRRADDAIELDNTHLTIPEQRA
                     LLLRLFHQATEG"
     CDS             27078..27944
                     /gene="ispH"
                     /locus_tag="SEQF3106_00213"
                     /EC_number="1.17.7.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67625"
                     /codon_start=1
                     /transl_table=11
                     /product="4-hydroxy-3-methylbut-2-enyl diphosphate
                     reductase"
                     /translation="MVDVTIDPDSGFCFGVVNAIRSAERELSRTDELYSLGDIVHNSL
                     EVDRLRSIGLHTIEHADLARLEGRTVLLRAHGEPPSTYRAAHEHHIRIIDATCPVVLQ
                     LQRRIHRCYNEIKGSTAQLVIYGKKGHAEVNGLVGQTEGTAIVIEHPEEAERLDFTRD
                     IYLFSQTTKSLEGFGRVVDLIRTRIAPTARFRYFDTICRQVSNRLSTIRDFAARHDRI
                     YFVAGKKSSNGQMLYEQCRQANPHSVFISGAEEITEPLPPAVHSVGVCGATSTPKWLM
                     EEVAEKVRKLNA"
     CDS             28124..30160
                     /gene="pgpH"
                     /locus_tag="SEQF3106_00214"
                     /EC_number="3.1.4.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0A0H3GGY3"
                     /codon_start=1
                     /transl_table=11
                     /product="Cyclic-di-AMP phosphodiesterase PgpH"
                     /translation="MHATKSMKTAIQAFLYFVVTAAVIAYFFPREGKFRYQFHEGKPW
                     RYGLLTAPSDFPIYKTDEELKAERDSLRSRFKPYFRVDERVTQQALGKLKNDYVEQHT
                     MSTPIWQYLTKKLSTLYADGIVSAQDMERMTTERHTRVRLIKNSVSTQADIKRFHSEK
                     SAYELIINEAPESIDRGELRASNFDKYLLPNVTYDAEMSDKALGALMQKVTLSTGVVQ
                     AGERIVDRGEVVDGRTYNILRSLKIVHETKSGGNRRDGITLLGQVILILGIMTCCALY
                     FLSFRPELYFRRKNRLFILTCILVPCLLSELSVRYDLLNIYILPFAIIPIVVRTFFDS
                     HTALFTHLVTALICSLVAPFPHEFLLLQIMAGVVFVISLKELSQRSQLLRCAFFISLT
                     YMLGYIGLSLYQDGDFNKIDWRMGLYFGINFVLLMFSYVLIYMMEKAFGYVSPITLVE
                     LSNINTPLLKKLSETCAGTFQHSLQVSILASAASTKIGADTQLVRTGALYHDIGKMTN
                     PAFFTENQTKGVNPHRNLPYEQSAQIIISHVTEGIKMAEKAMLPKAIIDFIRTHHGEG
                     KAKYFYNSYCNAHPGEPVDESLFSYPGPNPFTKETAILMMADSVEAASRSLNEYTDET
                     IRALVDKIIDGQIADGLLRNAPLTFRDIDKIKTTFIEKLKTMYHTRISYPDLKK"
     CDS             complement(30465..31706)
                     /locus_tag="SEQF3106_00215"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTAKHLTLSLALLALCSACHLQTGSLKEAAEAGLRGIDSAFGT
                     GFSSMPPAAAEQQAEVQPDRDLTDVARFIAGMPPAEGGRLDSLARTDAWRRYATHADS
                     AWARHRREQADSIRRWAQTELPEGTDTISTVFYPFSGPDFFNVNLYFPNARRYILFGM
                     EAPGCVPDPCTAGNLTQFLGAYGQEVADILRLSFFRTKLMATRYESQEMYGVTPLLLL
                     FLARADKEIVSVRPFKFISGGQRTYLEGSPRYRGEEKFGKGIEITFTDADHRTLRTLT
                     YFAANIADGGLSVNTPTRDFLATIDSGCVVYVKSATYLMHKPYFSTVRNTVLSKASVI
                     LQDDSGIKYSFFDPTRWDIRLYGHYERPISLFGNHFEPDLYAAYRRGGVRPLPFRRGY
                     NSQSNQLLARRLRPGEKPAAK"
     CDS             complement(31763..34024)
                     /gene="steT"
                     /locus_tag="SEQF3106_00216"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34739"
                     /codon_start=1
                     /transl_table=11
                     /product="Serine/threonine exchanger SteT"
                     /translation="MNKQAMHASTPTSPKETRLGFTGVTSFTVANMIGTGVFTTLGFQ
                     LLDLHTPFALLALWVVGGLIALCGSLVYGELGAAMPRSGGEYHYLSVIYHPAVGFLSG
                     FVSLTIGFAAPVALACMALGHYTAPLFPEGVTAQMIAIGALVTITAVHMWSVRGGSRF
                     QNVFTLLKLALIVAFIVCGFIAGSDRQPFLPVPDGAGWRELLSPAFAVCLIYVSYAYS
                     GWNASAYVAGEVRDPQRTLPRSLLWGVTIVAVAYVALNATFLSLVPHEEMRGKLEVGF
                     IAAQHLFGPTGASLMAGVIGLLLVSSISSMIFVGPRVSQVMGEDYRLFRFLSHRTQRG
                     TPAVAVAVQSSISLLFILSGSFEQVVTFSGFILSLFTFLSVLGVFVHRRRYPKVDRPY
                     KTWGYPVTPILFLLLTGWTMVFLLVQKTAESVLGIFTLGIGLGVYALCRWREVVASYK
                     LRMTSYESRSASEPSSVTKYKLQITSNGKAELIMMPNQAGKTKSLKGGHAPSQREETN
                     NPKEETSDSPEGGDPPAGDGDNKREKRRNPMVITYDNQDGAHDNAEEGRERGMEGMKE
                     DEYFYRYRKELSDLFYSTDGGTAEGGGEPQEVKPQSEPAMDETTRELFRQGLSEETED
                     NSHDVKAREARMYAMRFAIRLLHFSKAGEDAPDDPNKERLEQRLNALLNELNHHPRPE
                     VLQVGREYFFDSDNESMDDYLTKLVDYCFAEEQRQRAKGHPFRRGGIAVWPNLMKGKG
                     PFNDEGFMGVHLN"
     CDS             complement(34071..34667)
                     /locus_tag="SEQF3106_00217"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKSFITAVAALCIAAAQAQNPKIDGIRREYAAMKADVADLQRA
                     GAKGKWYLLTIDDNAYGRRYVGSDHYRARLNFYYELESESVIPILRFATEDVEADEQR
                     IHREALYTDGQPVYIYEKDSDKDNVERTLFLDAGDPLQYTENNKPLTGNDATDAASVL
                     LWQAENLMKRFEGSFGDSPEDTDLPEDDGGEVIPLGDE"
     CDS             complement(34704..35246)
                     /locus_tag="SEQF3106_00218"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRSILVALATLAIVITTYAQEDDRVTQIRKDYNEVKAQIAKLP
                     KMGYTGGMYCMTIDDNPCGGSYPAVGTFRVKTQFYYNIIGGRDPELKMAIDTYAASAQ
                     RMYIEVLYQDNSPVFVFLKNNYQGDDDRRLYMKGDEMIQYSENNVVKAYPDDEGNLSD
                     LKAEAHRLLQQFLTAKQHGY"
     CDS             complement(35669..36850)
                     /locus_tag="SEQF3106_00219"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRLNNAVSTHNGFLSCMALIALAMLLATGCSSSKRALKQGDYA
                     KATLEAAKHLRKHPGNKTSQEVLRQAYPLARETALRHIRQANESGASDNYVVAADAYM
                     LLNELAEAIHESPKALEVAGRPTRYDRELREVRTKAAEQAYTLANRLMKSGTLRDARR
                     AYDLFVKTNRFVEGYRDVAQRIDEALDAATMKVVVKRPAADRPYIEPADYFYDRLLSE
                     ITRRNQRFVRFYTADDARRAGLTRPDQVLELDFSSFRTSPMRERSDVEEVSRDSVRIG
                     SALIDGQYRDVYGTVRAQLIVYRREVRCTGSLRIRIIDNTNGRGEESRDFPGRFVWGD
                     EWATYKGDERALSDEQRELVRNEPATPPTPQDLFAAFSRPLLDPASSYLRQYYRKLTE
                     E"
     CDS             37020..37970
                     /gene="rgtE"
                     /locus_tag="SEQF3106_00220"
                     /EC_number="2.4.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q1MJ95"
                     /codon_start=1
                     /transl_table=11
                     /product="Dodecaprenyl-phosphate galacturonate synthase"
                     /translation="MDISVVVPLYNEAESLPELHAWIERVMEANHFTYEIIYVNDGST
                     DGSWGVIERLARQSTHVKGIKFRRNYGKSPALHCGFQRAEGEVVITMDADLQDSPDEI
                     PELYRMIREDGYDIVSGWKKKRYDNKLTKNLPSKLFNATARKFSGINLHDFNCGLKAY
                     RREVVKNIEVYNDMHRYIPYLAKIAGFNKIGEKVVHHQARKYGVTKFGLDRFVNGYLD
                     LITLWFTSKFGKKPMHIFGLWGSGMFLIGFVALVIVLVMKLASMFNGDLRPLVTTSPF
                     FYISLTAMIIGSQLFMAGFIGELISRNSPSRNKYKIEQEI"
     CDS             38021..38602
                     /locus_tag="SEQF3106_00221"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAASAQDAADSAWIRKAQRGELELNEATRRAIRSGTLLSPPPDA
                     SKLRHNPADLPLIKTFDSIRPTEAPTPRPEALPSFVYRLYEPTDMPQQLPAVGSCMIY
                     PEETERLKALRRIGLRRASCLGPGMLPAGVSISVSYEDMLRYLFWPSHRAKLRNKRHA
                     EAYKGYGPPLPTSDSHVESERRRRNEAINEMRR"
     CDS             complement(38662..39681)
                     /gene="mltG"
                     /locus_tag="SEQF3106_00222"
                     /EC_number="4.2.2.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P28306"
                     /codon_start=1
                     /transl_table=11
                     /product="Endolytic murein transglycosylase"
                     /translation="MIKKVSIALLIVLVAIGGCGAYLLLAPNFSPARGTTYVYIRPDD
                     TFDDLCRQLEDSAGCRQLVTFRLAARALRYADRNMPTGRYAIRPGMNNLDLVIDLRRG
                     NQSPVRITFNNVRLKHDLSERLSDQLMIDASAIEELLNDSAYCASLGFTPETIKAMFI
                     PNTYEVYWNIPADKLMRRMKREYDAFWTEARRNRAEQIQLTPVEVSILASIVEEESAM
                     TDEYPTIAGLYLNRLYRGMPLQADPTVKYAVGDFTLQRVLDRHKEVDSPYNTYLYTGL
                     PPGPLRVPSITAIDAVLNYARHDYIYMCAREDFSGRHNFASTLEEHNRNAHRYREELN
                     RRGIF"
     CDS             complement(39674..40510)
                     /gene="nfo"
                     /locus_tag="SEQF3106_00223"
                     /EC_number="3.1.21.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5KX27"
                     /codon_start=1
                     /transl_table=11
                     /product="putative endonuclease 4"
                     /translation="MFRIGCHLSASKGFLAMGKAAVSIGANTFQFFTRNPRGGSAKAI
                     DERDVAAFLQFAAEHDIAQIVAHAPYTLNACAADPNIRRFATETMADDLRRMEYVPGN
                     FYNFHPGSHVKQGVEVGIDLIVEMLNRILRPEQRTTVLLETMAGKGSEVGRTFEELRA
                     IIDRVELSDHLGVCLDTCHIFDGGYDIVHHLDDVLADFDRVIGLDRLRAIHLNDSLNT
                     LGSHKDRHAKIGQGYIGLEALTRVINHPALRDLPFDLETPNELDGYAAEIKLLKSLRT
                     DD"
     CDS             complement(40672..42630)
                     /locus_tag="SEQF3106_00224"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSTQRKSGATTLKQPVVVEPRAYTRLNHFFERYQDAFFYLSIA
                     LAVLMSICMFDTKVSLSGDDCDYILSADAFWHHFTFPGFRGPLYPIILSPFIGLFGMN
                     LIVLKSLSAVFILLSLWLTYKSFKGIIPAAVLMPSLLLASVCSFIFFYASYTYSEPLF
                     MLTQALFVYFFSKFFLRVDNATYTLKHDWKKYLILGAFALAMGLTRSIGYAAVGAVAL
                     YFIVKGQWKNLLYTLVAVAVVFLAFQLFKKVVWPASGSAYDIRNYLAKDYYNLNGGME
                     DLPGFWIRLRDNSLVYLSAFLCQMLGVVRETPSNWFMPSVPRTIIIYVFYFVGMIIVA
                     RRNAPLLFTGIYVGVLNFVSFVVLQNIWAQDRLIMIYYPLILIFLLGALYFALNTKRS
                     RRFFFVYPVVLLILFGGTLNNTRLRVGRTLPVLQQNLLLGDPLYGFTPDWQNFIKASQ
                     WIAKNAEKDAVIVSRKPSMSMVYTGRNFTGLPASLTVPADTLLYLKGDTSLVPIVADA
                     SHGAMSGEVLRYIITPIGDLTLGGKRAPVACVYTYPRQDLPLVLQDMEQQGVAYTLDL
                     DDVVAQCRQIDVRIYDPDMMLRLLHESKINYLLLAQLRIDPTRNTGQYINNIHRYAWF
                     ISAKYPGCFETVKTFGTSEPCEILKLVQ"
     CDS             complement(42627..43373)
                     /gene="ppm1_1"
                     /locus_tag="SEQF3106_00225"
                     /EC_number="2.4.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QZ12"
                     /codon_start=1
                     /transl_table=11
                     /product="Polyprenol monophosphomannose synthase"
                     /translation="MIQGKVITVVMPAYNAEQTLRQTYAEIPFDIVDHVVLVDDASSD
                     RTTEVARELGIRYVIRHKKNKGYGGNQKTCYNKALEIGSDIVVMLHPDYQYTPLLLPS
                     ICHMIASGLYPAVIASRILGKGARVGGMPLYKYVANRLLTFAQNTLMSQKLSEYHTGY
                     RAFTREVLQSIPYEANSDDFVFDNQMLAQILYKGFPIGEVSCPTKYFKEASSINLRRS
                     ITYGWGVLGVAIAYRLQKMHLAHFKIFKQK"
     CDS             complement(43435..43653)
                     /locus_tag="SEQF3106_00226"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MICIAYADNLMWENAKCAAFWASRCSGIGKSGEFQALQGADKAC
                     GAAFWVSRRSGIGKSPLATHAAPLRAPP"
     CDS             complement(44251..45474)
                     /locus_tag="SEQF3106_00227"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAWSRRLHCFNPGNETAVGAGIANYTPDSASRRMAEDLEILPI
                     WYASDGDVVWTTDSKGANQFLDSLPLFLRPSVSPLTDSALCRLKADAPLLAVPWGLSP
                     HILARFDRLRQRGAPLSIPVWSDDLRTLIHRQTAARCLGEVLRRMPELPDIEPPTFCT
                     GLADIADYMACRRPPFLLKTPFSCSGRGLLHMDGDAMSAQQQQWIAGALRRWGTVSIE
                     RRLDKTSDFALEFYSDGRGRIAYADLSVFDTQPRGAFSRARLGSPDQLRSHLPDMLRG
                     PLFDRLRVAVSEALSAVIGCTYSGFLGVDMLTYRLPGGAEAVHPFIELNLRYTMGLVA
                     ASLSRRLVHPDAAGWLTIARSSQPDSALRDHQSDALRLPACYADGRLRSGYLSLTPVT
                     SATCFRAFVEVEEHS"
     CDS             complement(45458..47563)
                     /locus_tag="SEQF3106_00228"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELIKDTNETSVPEMDRAPEQLSDNLSENVDTQDVAHTPEENVT
                     TPEPAPTEAAADATEAPAPAPEPTPDQPEPTSEVSEPAAEQPAPQEAPAETVRDIVVN
                     EAAVQQDPQMKELPTTPDDYCGELQEAIETGAVGMLNKHEIIDKLKELVGHAEDVTRE
                     QFDKLRQSYYRIVKAESEELKRVFLEGGGNEDDFETPIDDTLPVFKEVVNRFKERKAE
                     IERVKARVREENYVKKLNLIDRIKGLIESPDDFNRRYNEFRDIQQKWKEYDPVPQEHV
                     KDLWRDYQVQSERFYDLVKINHQLRDYDFKKNLERKLGLTEAAQKLLDVKDVVSAYRN
                     MQQLFQQWREIGPVPREQRDEVWNNFKEIMTQINKKHQAYFETLRAKEAENLKEKTAL
                     CEIVEAVVYDDLKTFKDWEKKTEEVIGLQKKWRTIGFASRKQNQKIYDRFHAACDEFF
                     KNRSEFFRSIRKDLDENLKQKKALLEKAEALKESTDWKETTQAMIELQNEWKKIGPSQ
                     RRHSEPIWKRFNAACDYFFERKNQAFAGQRDDEKANLEAKNEIVRKIEALNELPDDEA
                     LTTLKALIADWKAIGYVPFKEKEKAYDSFRKAVDAQYTRLNVAQTDRKLRDFRSGLSD
                     MAEKGKTRIHTERERLMRTYERMKSEIQTYENNLGFLNISSKGGSGLLKEMERKLERL
                     REEMALVEKKIDAIDESLE"
     CDS             47838..48287
                     /locus_tag="SEQF3106_00229"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVDSLQNSKYIESLHPLFKRAFDYLKETDFSQVEDGRIETDDP
                     RLSFSITTCRGRDPQDAVLESHERHIDILTPIVGVESVGWKAGDELMLISRPYDAEKD
                     STLYLDFPTTYTKLYPGHFAVYFPEDGHAPGIGQGSIRKVVAKIAVG"
     CDS             48382..48534
                     /locus_tag="SEQF3106_00230"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYIYIEKRAQGAEFPFSRTFDLLNFYRDENIISKESRVDSYTK
                     RRHRQE"
     CDS             48698..49666
                     /gene="miaA_1"
                     /locus_tag="SEQF3106_00231"
                     /EC_number="2.5.1.75"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KAC3"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA dimethylallyltransferase"
                     /translation="MTVKGSAPLAETSAMEHELITILGPTACGKTRFAAAWASLLHTE
                     IISADSRQVYRRMDIGTGKDLEDYVVDGRQVPCHLIDICEPGTRYNVFRYQHDFFNVF
                     HRLRTAGVVPILCGGTGMYIEAVLKGYRLLDVPPNEALRERLKDVPLEELERMLASYK
                     TLHNKTDVDSAQRAIRAIEIEEYYRHEAPGRTEFAPLKSLIIGLDISRELRRERISRR
                     LAVRLDEGLIDEVRALLDEGITAEDLMYYGLEYRFVTEYVMGQRSREEMVRGLEIAIH
                     QFAKRQMTWFRGMERRGFTIHWIDATQPTDEMIRRAEELLYKVVRG"
     CDS             49754..50560
                     /gene="kdsA"
                     /locus_tag="SEQF3106_00232"
                     /EC_number="2.5.1.55"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O66496"
                     /codon_start=1
                     /transl_table=11
                     /product="2-dehydro-3-deoxyphosphooctonate aldolase"
                     /translation="MELNELRGKKQFFLLAGPCVIEGEEMALHIAERVAEITARLGIP
                     YVFKGSYRKANRSRIDSFTGIGDERALGILRKVREQLGIPTVTDIHEAHEAAVAAEYV
                     DVLQIPAFLCRQTDLLVAAARTGRIVNIKKGQFLAPDAMRFAAQKVVDAGNPNVMLTE
                     RGTTFGYTDLVVDFRGIPRMQAFGHPVVTDITHSLQQPNLASGVAGGLPELIETIGRA
                     AVAVGTDGIFLETHPDPSSALSDAANMLPLDRLEGLLQRLVRIREAIAGM"
     CDS             50986..51447
                     /gene="mgsA"
                     /locus_tag="SEQF3106_00233"
                     /EC_number="4.2.3.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X0R7"
                     /codon_start=1
                     /transl_table=11
                     /product="Methylglyoxal synthase"
                     /translation="MHKKLTIALVAHDNRKVDMIDWAIFNADFLAAHNLVCTGTTGTL
                     IKEAFEDRGIEYSNIRCMHSGPMGGDTEIAAMVVRKEINLAVFLIDDLNPQPHEADIQ
                     MLLRQCRVHNVPIACNRYSADLMITSTLWDDEQYVPMDPKYEPFDRSKYSI"
     CDS             51444..52508
                     /gene="leuB"
                     /locus_tag="SEQF3106_00234"
                     /EC_number="1.1.1.85"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P12010"
                     /codon_start=1
                     /transl_table=11
                     /product="3-isopropylmalate dehydrogenase"
                     /translation="MKLNIAVLPGDGIGPEVMDQALKVVRTVCEKYGHKLHAETALTG
                     ACAIDATGNPYPEETHALCMRSDAVLYGAIGSPKYDNDPTARVRPEHGLLSMRKRLGL
                     YANIRPVTAFPSLLERSPLRADLVRGVDFVCIRELTGGLYFGRPQGRSEDGSVAYDTC
                     VYSREEIERIVRLAFGYAMKRRRHLTVVDKANVLATSRLWREVARRVAQEFPGVETDY
                     MFVDNASMRLIQWPKSFDVIVTENMFGDILTDEASVISGSLGLLPSASVGLHTSLFEP
                     IHGSYPQAAGRNIANPLAMILSAAMMFEYAFDLPTEGAAIRQAVDASMAAGIVTEDIA
                     PKGARAYSTSEVGDWVAAHI"
     CDS             complement(52505..53338)
                     /gene="bepA_1"
                     /locus_tag="SEQF3106_00235"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00997"
                     /codon_start=1
                     /transl_table=11
                     /product="Beta-barrel assembly-enhancing protease"
                     /translation="MNIKRIMIAAWLGLMCGAGLRAQTYEELIGRSYDCLDRGDLPAA
                     EQALKAALHLEPANRNNFALLSNLGTIQRRMGLRDEALTSYTAALGLQPDNKLILTNR
                     AELFVERGETELALADYEALLRADPADIDARFRRGMLYVELKEFMSADADFERILQID
                     PDSKLGRLGFALLDKARGNYADSEAVLNYLIGRDPNDLQLYEERAELYFLMKKNARAM
                     ADLRRVFAGEKEPSAYLYILRGKVRLAQYEKEAAAADFKKALDLGADKSEVEGLLKMT
                     Y"
     CDS             53479..54090
                     /gene="rpsP"
                     /locus_tag="SEQF3106_00236"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21474"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S16"
                     /translation="MATKIRLQRFGRKGYAFYQVVIADSRAPRDGKFIERIGSYNPNT
                     NPATIDLNFDRALYWLQTGAQPTDTARMILSREGVCLKKHLLEGVKKGAFDEAKAEEK
                     FQAWLSEKKLTLQQVRDAEREKSKASVKARLDAETEMNKAKAEALAKKKAEIAAAKAK
                     AEAEAAAAAAAEAEAAKPAEAPAAEAPAAEAPAATEAAAPEAN"
     CDS             complement(54251..54706)
                     /gene="trxA_1"
                     /locus_tag="SEQF3106_00237"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P80579"
                     /codon_start=1
                     /transl_table=11
                     /product="Thioredoxin"
                     /translation="MNKLKYLTLLLFVSLAACAGSPNHSGSEGEVIVLNKADFLTKVF
                     DYEKNPSKWTYEGDKPCIIDFYADWCGPCRRVAPVLKELAKRYKDDIVIYKINVDKER
                     ELAGTFGVSSIPMILFVPMKGEPQVSMGALPEESFVKMIEEVLLEKKKQ"
     CDS             complement(55152..57647)
                     /gene="priA"
                     /locus_tag="SEQF3106_00238"
                     /EC_number="3.6.4.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P17888"
                     /codon_start=1
                     /transl_table=11
                     /product="Primosomal protein N'"
                     /translation="MIVRPYLFSMLYADVLLPLPMADAYTYSVPEGMESEVQVGMRVV
                     VPFGARRYYTGIVCEVHRQAPAASYRLKSIFVAPDAEPLVQPMQLRFWEWMASYYLCA
                     PGEVYGAAVPSGLRPDSETVVSLSGDYASAVPLPRKAQAALDALATFSKPPTVAELER
                     RSGVRNLLPTLTALVFEGAVRVDEEVKAGITPRREVFVRLAADYPDEESLRPLFDTLR
                     RAASQERLLLHFLDMAQPFSPGGRQEIPRKELLQATGASAALLTALIRRGALMLVEHT
                     VEPRPLFLDRITHPARPLTPAQQTAYEAIRASFTAKPVCLLHGAPSSGKTEIFLHLIL
                     DTLREGKQALYLLPEIAVTTQMTERLADVLGCRLLVYHSGLTERERVEVWRRLQHTEG
                     EPMVVVGVRSSLFLPFTRLGLVVVDEEHEPSYKQGDPAPRYHARNAALMLARMHGAQA
                     LLGSATPSLETYYLARTGRYGLVTLTERYGAAPEPEIMLVDTKELRRKRRMKPDALLS
                     PPLCEAIDTALAEGRQVILFRNRRGYAPVMECRSCGYIPRCAYCDVSLTYHRTQQRLV
                     CHYCGRAWPVPVHCPECGGEEWRTMGYGTERVEDEIAALYPNVRIGRLDTDAVRTPRA
                     YRRVLNDFEQGYTQMLIGTQMLTKGLDFGRVGVVGVLSADSLMSVPDFRAHERAFQLM
                     MQVSGRAGRRDRRGTVVIQTTHPDHPLLQWVRTFDYVSMATALLAERRRFIYPPYCRL
                     ITVILRHHNEDTLRHAAETYAERLRPSLTDGLIGPYAPPVARVRSLYIRQILLKVALT
                     FPATDVRRLLLTTHRDILSQPDHTGLRIHYEVD"
     CDS             complement(57687..58349)
                     /locus_tag="SEQF3106_00239"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTSMLLAALLLLTTVMAEAQTRRPRQQQYRRTTTTQYRRVSP
                     VRFGIKAGLNFAGVDSKYGIDADRVIGVHVGPAAEFKLPVRGLYIDGALLFSQRGIGE
                     SSRRNFNLRNDYIDLPVTLKYRFPVRRVAPFFSTGPYLSFRLTGDKNHHAEMLYVARD
                     VAAGWDFTAGIDIVRRLQLSLTYDMGLSDAYRAFPYGTYYGARAYGVRSNVWMLSATV
                     LF"
     CDS             complement(58452..59048)
                     /locus_tag="SEQF3106_00240"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRMKWILAAAILLVATTTAQAQFRFGVKGGLNIASVSLEHSVL
                     SSDNITGFHVGPMLEWNLPILGLGVDGAVLYSQRGFGVGDNSFRSDYIDVPVNAKFKF
                     AVPMVSPFVAAGPYASFRVSGNKFWNIAGQVIDQVEAKNFAAGLNFTAGAEVMNMVQV
                     GLTYSLGLTDDYRLFDRRNVNSYSGKPHTWMISATVFF"
     CDS             59087..59656
                     /locus_tag="SEQF3106_00241"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDIHVKPPNKQSGGGKCSRRRDGPSKCSMGRNTAATARRSVRWG
                     KTRLRQPVEVFDGAKQICNSPSKCSTGRNTAATTRRSVRWGETRLQRPVEVFGGAKHG
                     CDSPSKCSMGQNKSATARRSVRRGETRLQRPVEVFDGAKHGCNGPSKCSTGRNTAATA
                     RRSVRRGKTRLRRPVEVYFELLQICDDQK"
     CDS             59944..60657
                     /gene="rfbF"
                     /locus_tag="SEQF3106_00242"
                     /EC_number="2.7.7.33"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8Z5I4"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucose-1-phosphate cytidylyltransferase"
                     /translation="MDYAIIAAGEGSRLVQEGVTTPKPLIRLLGEPMIDRLIRLFLRH
                     GASSISVIVNEEMTDVQRHMEGLRLPVPLNLVVQSTPSSMHSFHALSPFLTGDACCLT
                     TVDTVFREEAFAAYIDAFERMPAVDGVMAVTAFVDDEKPLYVKTDAAGMIRAFLDREE
                     GEAAGCQYVSGGIYGLRRAALDVLDRAMEQGISRMRNYQRMLVSEGLRLRAYAFDKIL
                     DIDHAADIAKAEAFLSEGK"
     CDS             60654..61523
                     /locus_tag="SEQF3106_00243"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMRAGHYTVAGIRRDPRFSPHHEANDEAIFRLTAEALRARGCTV
                     REYTEADLWAEAVSADAVFGMARDPRSIRCLQRMEDGGLPVVNSGYAIARCGREPMTR
                     LLTEAALPHPRSLILPTADDPTPALASAAIDACWVKRADGHVVGAGDVTFAPDREAAR
                     EAFRTLSRRGIQTAVVNEHLTGDLVKFYGVAGTDFFYAFYPTATRHGKFGLEQVNGTP
                     RGIAYDTSALRTTCNRAATVLGLRIYGGDCIVSDTDGLVRLIDFNDWPSFSPCREAAA
                     PFIASCIHRLIAI"
     CDS             61524..62444
                     /locus_tag="SEQF3106_00244"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTDKTTAPGMASTLKSLDTEECIDIWFYRPIGYRWALLFRRLGV
                     SPNAVTIMGIFIGIAAGVCFYYHSLTVNVVGMLLLIWANSFDSADGQLARMTGQKSPL
                     GRVLDGFCGDVWFFTIYVAICLRLMPEWGLWIWVLAIVTGSYHSKQAAMADYYRNIHL
                     LFLKGRAGSELSHSQAVEASYRRMTWRGDFIYKLFEMFYLRYTRSQERSTPRFQEMMD
                     VIRRDYADEAPEWFRTAFRARSLPLMKYTNMLSFNTRVIALFVSLLIDVPWLYFAFEL
                     TVLNAMLIYMMRTHEHFCAQFTMQLKEAAR"
     CDS             62441..63166
                     /gene="yjjG_1"
                     /locus_tag="SEQF3106_00245"
                     /EC_number="3.1.3.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A8Y1"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyrimidine 5'-nucleotidase YjjG"
                     /translation="MKWDAIEALLFDYGGTIDSNGLHWSEVIWQAYEAEDMSVAKADF
                     RAAYVHAERTMARLPLVQPDHTFADMMRIKIDLQVDWLQEQAALPDFRATRDVRRRLA
                     GRCYASAERSVSAARPLIAALAGRYPLALVSNFYGNIGAVLRDFRLDRYFPHVIESAV
                     VGVRKPDPAIFRLGLEALHIGDATHAVVIGDSYDKDILPAASLGCHTVWLKNIGWQPY
                     TGAEQADMVITDFKELEGLLLRS"
     CDS             63244..63516
                     /locus_tag="SEQF3106_00246"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNTNDMQTISSAEFRDNKTIYVDRTKQDVSLIHSKNKRSFVLP
                     EQDDLPKDFDRAISMDEAIEGVEAGMKRIIDGYKPKSIIRNDFSCQ"
     CDS             63621..65273
                     /gene="lcfB"
                     /locus_tag="SEQF3106_00247"
                     /EC_number="6.2.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O07610"
                     /codon_start=1
                     /transl_table=11
                     /product="Long-chain-fatty-acid--CoA ligase"
                     /translation="MNNQDRFLGLIEDSFKAHWDSPALTDHQGVTYYYKDMAAEMARL
                     HLLLEHAGVCKGDRVALIGRNSSRWVIAFFGILTYGAVATPILHDFHPENVHHIVCHS
                     EAKVLLAAATSWEKLSADAMPDLTAALLLENWNIALSRHPGVDKLRERLETAFAERYP
                     RFTPDDLHIHIEQPDELAILNYTSGTTGYSKGVMLPYRSLWSNTRFAADHLPFIQAGD
                     HFVCILPMAHMYGLAFEIMNGINKGCHIHFLPRVPNPKVVIDTFAAVRPRLIIAVPLI
                     IEKIVRTRIFPQINKPTTRFLRRLPGIGRLIDRRICKALSAAFGSDFSEIVIGGAAIN
                     KEVEQFLHRIGFRYTVGYGMTECGPLISYEYWKTYRPGSVGRAVDRMEVRIDSPDPVN
                     TAGEIQVRSMNVMLGYYKNPDATAAAMTPDGWLKTGDLGVIDRDGFLFIRGRSKTMIL
                     SSNGQNIYPEEIESILGTLPYVVESLIVQRPEGLVALVVPDRDRATKDGLDTAALQAA
                     VNDNMTQLNSRIPKYCAISAVELRDEPFEKTPKQSIKRFLYK"
     CDS             65355..65522
                     /locus_tag="SEQF3106_00248"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTWNHLPQGVAPGYDPAAQGFPLGYHPAALQAALGTCFYPLTT
                     GRTRRCAPTTL"
     CDS             65546..66109
                     /locus_tag="SEQF3106_00249"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTLNFFTTLRPGWFNAWIPAWGMVLIQFVFMALHREGGRRAVD
                     TSWYTPTDRRNAAISSGLQIALLILSIFVPLKSGAWLTVGTIVFALSLIAFIAAFLAY
                     GLTPQGQTVTGGIYRLSRNPMYFAFFVGMIGTCIASASLWLLLVNIPFMIYTHLIVLG
                     EERYCEATYGDEYRSYKARTPRYFLFA"
     CDS             66264..67001
                     /locus_tag="SEQF3106_00250"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEAKHQIAARLYNNHLTADPHDLLARVDTEATLSVDDICHAAV
                     TRGGADVSEDTLRYCAHIFLNEMGYQLCDGFAVNADSWFRATPHIRGAFRYAHEPFDP
                     QRHRLLIQLTQGNRMRRALDHVDVRILGPADATPYIDRVTDCKTHTVNGRLTPGHMLD
                     ITGSRLKIVGEHPDVGVRLRHLATDTLTLIPLADLAINQPRHLLLLIPTLSAGTYRLE
                     LTTQFSENFGQLKAPVTTLFKRDLTVE"
ORIGIN      
        1 agggcgggat gaagtcggag atgtccttgc cgaaatgcag cagctcgcgg acgatggagg
       61 agctgatatg tgtgtgctcg ggctcggtga agaggatgaa ggtctcgatg ccggagagct
      121 tacggttcac gtcggcgatg ttcttctcgt attcaaaatc gttgactgtg cggatgccgc
      181 gcaggatgaa gcgggcgccg acggtgcggg caaagtcgac ggtgagcgtg tcgtaagcgg
      241 ctacgcggac gcgcggctcg ttgtggtaaa gcgtacggat gaacgctaag cgcctttcga
      301 gggggaagta ggtgcgcttg ttttcgttca tgccgatggc cacgatgagc tcgtccacca
      361 atccgaggcc gcgatcgacg agcgaacggt ggccgatggt gaaggggtcg aaggtgccag
      421 ggaagatggc gatgcggggc atagaactaa aatcgaaaat ctaaaatcta aaaacggccg
      481 gggagcgggg ggaatcgaaa agctaaagct cctgccggca ggacttttcg tttttcactt
      541 ttcgttattc agttattggc gaggtcttct tcgaccacga ggttgtcgat gatgaagttc
      601 tgcctatcgg gggtgttctt gcccatatag aactcgagca tctccttgat ggcgtcttct
      661 ttcttgaccg agacggggtc gaggcggatg tctttgccga tgaagtgctt gaactcgtcg
      721 ggggagatct cgccgaggcc tttgaagcgg gtgatctcgg ggttgcggcc gaggcggctg
      781 acggccgagg cgcgctcctc ctcgttgtag cagtagaagg tctgctgctt gttgcggacg
      841 cggaagaggg gcgtctggag gatgtagagg tgcttctgct tgatgaggtc ggggaagaac
      901 tggaggaaga aggtgatgag caagaggcgg atgtgcatgc cgtctacgtc ggcatcggtg
      961 gcgatgatga cgcggttgta acggaggccg tcgaggccgt cctcgatgtt gagcgctgcc
     1021 tgcagcaggt tgaactcctc gttctcgtag acgatcttct tggtcaggcc gaagcagttg
     1081 aggggtttgc cgcggaggct gaagacggct tgcaggttcg gatcgcggct cttggtgatg
     1141 gatccgctgg ccgagtcgcc ctcggtgatg aagaggctgc tctcggtctt gttctcgctc
     1201 ttggcgtcgt tgaggtggat gcggcagtcg cgcagcttgc ggttgtgcag gctgaccttc
     1261 ttggcgcgtt cgcgggccag cttggccacg ccagcgatgg ccttgcgctc cttctccgac
     1321 tcttggatct tgcgcagcag ggcgtcggcc gtgtcgggcg tcttgtggag gtagttgtcc
     1381 acctccttct tgacgaagtc gcctacgaac ttcgagacgg agacgtcgcc cttgggcgtc
     1441 atgttgcgcg atccgagctt gatcttggtc tgcgattcaa actcgggctc ttcgacgccg
     1501 atgtagatcg cagccacgag cccgctgcgg atgtcggccg tctcgaagtt cttgttgtaa
     1561 aactccttca cggtgcgggc gaaggcttct ttgaaggccg cctgatgggt gccgccctgc
     1621 gaggtgtatt ggccgttgac gaaggagtag tagtcgtcgc gcgattggtt gacgtgggtg
     1681 aaggcgatct cgatgtcgtc ggcttggagg tggacgatgg ggtagaggat ctcgtcggtg
     1741 atgttttcgt tgaggaggtc ttcgaggccg ttttcggaga agaacttggt gccgttgtaa
     1801 tagatcgaga ggccggagtt gaggtagcag tagttgcgga tgagtgattc gacgatctcg
     1861 ttgcggtagg cgtaggcctc gaagatggtg gggtctgggg tgaagcggat cagggtgccg
     1921 ttcttctccg cggagggggt gggtgggtag tcatcgatca gtttgccgcg ggcgaagtcg
     1981 acgcgtttct ccatgccctc gcggtaggag atgacggtga aggtgatcga gagggcgttg
     2041 acggccttga tgccgacgcc gttcagcccg atggacttct tgaaggcttc ggagccgaac
     2101 ttgccgctgg tgtggagggt ggagacggtc ttggcgaggt tgccctgggg gatgccgcgg
     2161 ccgaagtcgc gcacgctgac ggtgccgtct atgatctgga tgtcgatgcg gtggccggcc
     2221 ttcatgcgga actcgtcgac ggagttgtcg atcacttcct tgagcaggac gtagatgccg
     2281 tcgttgcgat cctcgccgcc gtgggtgttg ccgatgtaca tgccggggcg tttgcggacg
     2341 gcctcgaggc cttcgagggt gacgatgtcg cgatcgtcgt aggctgcggt agtgcgggag
     2401 atgtccataa ttagttagag ggtagagggt ggagggtaga gggtggaggg tagagggtgg
     2461 agggtggagg gtagaagcat gtacccggtt ctatcctcta tcctctaatc tctaccctct
     2521 ataaaggctt aataaatgcg cggcgcgact tgtggtgctc gcggcggaag tagtcccact
     2581 gggcttgcac ggcggtgttg ttctcgagtt cgatgttgct ctcggcatac tcggcgccca
     2641 tcttgatata ctgcgggatg aggtcggtga agagcagggc gttgacgcct ttgttttgat
     2701 actcggggag gacgcctgtg aggtagaggt ctaccacgcg ggctttcgac ttgagtgcct
     2761 tcagcagtgg gaagacgccg aaggggaaga gtcggccgcg ggctttctgg agtgcgtgcg
     2821 agaggttggg cagggagatg ccgaagccga ctacggcgtc gtcggcctcg cggacgatga
     2881 cggtgacgag gtcgagccgg agcatgggga tgtagatgcc tacgtagtag tcgatctgcc
     2941 gctcggtcag tggggcgaag ccgtagaggg gggcgaaggc ggcgttgagt gtctcgaaga
     3001 ctttgtgggc ataggggtcg atgtctttgc ggcggcggaa cttgacgact ttcaggccgt
     3061 acttcttctt gacgatctcg gcgatgcgct ggtgcttctc ggggatggcg tcggggatgt
     3121 agatcttgaa ctcgtgccag tcttgatctt tggtgtagcc catgcgctcc atatgctccg
     3181 ggtagtaggg gtgattgtag atggtggcca tggtgccgac ctggtcgaag cccatgatga
     3241 gcatgccttc gtggtccatg tcggtgaagc ccatggggcc gtgtatggct tgcatgcctt
     3301 tctggcgggc ccaggcttcg acggcgccga agagggcgtt gactacctcg gggtcgtcta
     3361 tgaagtcgac gaagccgaag cgtgcgcggc gctggtgcca gacgcggttg gcggcgtggg
     3421 cgatgatgcc ggcgatgcgt ccggcgatgc gtccgtcttt ataagccagg taatagatgg
     3481 cttcacaatt ctcgaaggcc gggttcttgt cgcgcgagag ggtgatcatc tcctcgtcga
     3541 tcaggcccgg cacgtagtag gggttgcctt tgtacaggtc gatggggaac ttcacgaagc
     3601 gcctgagctc gtctttgctt gtgacttccc ggatggttac gctcatatag gattaatgaa
     3661 aagtgatggg gtcaatggtc aattattaat gattaatgat tatccgggta ccgggatcgg
     3721 aggcgcgtgg tcaatggtca attattaatg attaatgatt atcccgagca tccgaatcgg
     3781 gggcaaaact atgccgggca cacgctgggg ggggcgcgta cccggcataa tcattaacca
     3841 ttaacaatta atcattgaaa ggggggatca ttgcccgtcg ggttttttgg gcggttcgga
     3901 gggcacgtgg atgtcgtcgc caccgccggt gccgccgcct gtttcgggct gcttcggctt
     3961 gtccttatct tccggcttct tgggtggctc ctcaggggtg tggatatcgt cgcctccgcc
     4021 ctcgggcttc ttcggatcct tcgggtcttt cggcttgggg tccttggggt ccttaggctt
     4081 tttcttccga tcagccttgc gctgggcgag gctttggttg taggccgcct cagccttatc
     4141 gaccaagttg tttaggtctt tggcgagctt cttgagtgcg tcgcgatcga tgggggcggc
     4201 gccagagatg taggcgactt ggagcatgag caacacgcgg ttgtagttgg cgtcagtctt
     4261 ggggcgcacc gcggaggcgc gaggcaggtc gttgcgtctg gcggtcttca cgccttgtcg
     4321 atagagcgcc tcaaactcat tgttagccgt ctccaatttg gtcagggcgg aggagaggtg
     4381 cagggcggtg acatggggcg tattctcggc cttctttagg tcaaatacga agccgttgac
     4441 gtgccccgat tcgcggtcgt aagattcgga ttgcagctgt ccatacttct tggctactaa
     4501 gatcagctct tcagctgcag ccgcttccgt cgtgtctggc gagaagatgc tcgctcgaat
     4561 cgtcttaaag atgtaggtga tgatccggtc gcgctcagcg tctttctcgc tgattcgctg
     4621 ggtgagggtc tcggccacga cttcttggct gatgtcgttc tccgtgccaa tgttcccttt
     4681 ccattccgcc ttgagtggct ccggaatacc aattttcgca gcctcgtact cgtcgactaa
     4741 ctcatacgcc cggctgtgaa aagtcaaatg ttgcccgttg tcgagcttct tcatcccaat
     4801 gggattcact tctataattt catccataga gtaataattg attggtgaat aaatctgttg
     4861 aataatctct gttgccaagg agggtgggct ttattcccac cgggtttcac tccaaaatga
     4921 attttaatgg ccgaaaccca ccgggtttca ctccaaaatg aattttaatg gccgaaaccc
     4981 accgggtttc gctccaaaat gatttttaat ggccaaaacc caccgggttt cgctccaaaa
     5041 tgatttttaa tgaccaaaac ccaccgggtt tcgctccaaa atgattttta atagccaaaa
     5101 cctgccgggt ttcgctccaa aatgattttt gatgaccgaa aagcattgca taatgtcaga
     5161 cctactgccg cttgcagtga gcgggggcga aagtaaaaac atctggggaa ggggatcaat
     5221 tatcaatgat caattatcga tgattacccc ccccgatggg cgcgggtacc tgttgggcga
     5281 atgattattc gttacccggg gtttcgcccc gggctatcat ccaccgggcc tacagcccgg
     5341 atgggtagta cccaggggcg gcctgaaggg ccggatattt gtaggggcgt atcgcatacg
     5401 ccccatatgt acccggttgc cggatcattc gcccctgtcg gggcgtttga agggcgtatg
     5461 cgatacgccc ctacgccccc cggattgatg gtacccggag cggcctgtag ggccgctgga
     5521 cgatagccca gggcgaaacc ctgggcaggg cgaaaccctg ggcggagaac cgccccaccc
     5581 caacgtgccc ggatccatga tcaacaatcc cccccgatgg gggcgggtac ctgtagggcg
     5641 tatgcgtgtg cgcccctacc ccccggccac cccgtaactc gtcacccgta acccctcaca
     5701 cctccttgcg cgaggcgtcg atgcggagga agatgaagag gaggatggtg aagccccaca
     5761 gcgaggagcc gccatagctg aagaagggca gggggatgcc gatgacgggc gtcaggccga
     5821 gcaccatgcc cacgttgatg accaggtgga agagcaggat ggaggccacg ctgtagccat
     5881 agacgcgccc aaagagggtg tcttgccgct cagccaggta gatgagccgc acgatcatgg
     5941 tgccgaagag gaggaggacg acgagggagc cgacgaagcc gaactcctcg cccacggtgc
     6001 agaagatgaa gtccgtgtct tgctcgggca catacttgag cttcgtctgc gtgccgttca
     6061 ggaagccctt gcccagcagg cccccggagc cgatggcgat cttggactgg ttgacgttat
     6121 agcccgaccc gctggggtcg tcctccagcc cgagggagac gcggatgcgc tgctgctggt
     6181 gtggctcaag catgtcgttg aagacgtaat ccaccgacat cataaaggct actgacgaga
     6241 gggcgaagag ggcgatcagg gcgtgacgcc aactgagcct gacgatggct tgcacgatga
     6301 gcaccaggct cgaggtcacg atcacggcca cgagcaccca gacgaagttg accggcaaat
     6361 agagcgaggc gacgatggcg gtgaccaagg tggcggagag gccgtagaag aagatgcgga
     6421 gggtgagccg atcgtgccga tgccgactga caccggcgat gaggagcagc tcgatcacga
     6481 gcgtgaagat ggagacgatg agctgcccgg cgggggtgtt gccaaggagg gtggagtcaa
     6541 acttcatcac ggccacgaag taggtgacgg cgcagacggc cgagaggagc aggtagcccg
     6601 acatgccctc gcgataaagc actaaggcga aggcgaggaa gacgagggcc gagccggtct
     6661 ccttctgcat cagcacaagg cccatgggca gcaggatgat gagcagcacc aacccgaagt
     6721 tgcgcacggt gaagaggttg aaattgtagc tgttcatcag ccgcgccagg gccagggcgg
     6781 tggcaaactt ggcgaactcg gcgggctgca accggatggg gccgagcacg agccacgagc
     6841 gggagccctt gatgtcgggc gccaggaaga tggtggccac gagcagcagg atcgtgaggc
     6901 cgtagatggg gtaggcgaag gcctcgtaga tgtcgcgctc gagcatgagg atgatgaagc
     6961 cgaccacgag ggcggtgcct atccagatga gctgcgaccc ggggcggccg gcggggtcga
     7021 agagtccggt cgtgtcgtac tcatagctgg cgccgcagat gctgagccat ccggctatga
     7081 ccataaggat gtatacgccg atggtgagcc agtctacgga tcgccagagg cttcttcgtt
     7141 cgttaccgtt gtacacgatt ggataggatt acggtgttac tgatggactc ctcgctggcg
     7201 cgattctcgg gtgagagctc gccgtggaag tatcgttcga gcatgatgcg cgcgatgggc
     7261 acagccatgc gtgcgccgaa gccggcgttc tccacataga cggcgatggc gactttcggc
     7321 tcgttgtatg gggcgaaggc catgcaggcg gagtggtctt tgccgtgggg gttctcggcc
     7381 gtgccggtct tgccgcagac ctccacgtcg cgcatgttga gcccccggca ggtgcccccc
     7441 aacacggcca tgcgcatccc ctgagccacc acgttgtaat gctccggctt gatgccggtg
     7501 tatctcgggt gggtgtagat ggaatcgagc tgagcgcctt caatcttccg gactacgtgg
     7561 ggcgggatgt agtatccgcg gttggctatc gtggcggcca ggttgcatat ctgtagcgga
     7621 gtggccagca cctcgccctg cccgatggct acggagatga tggtgctgga gttccaatgg
     7681 ctgttgtaga aggtgtcgta gaccttgctg ttgggtatgt atccacgctt ctcgcccggc
     7741 aggtcgatgc cgagctggta gccatatccc tgcgccacca tgtcgtcttt ccacttatcg
     7801 aaggcctcct gcacggtggg gtatcggcgg cggctgtcta acatgtcgtg caagccccag
     7861 cagaagtagg agttacacga ggtggcgatg gcgggcacca gggccagcgg cgatccatgc
     7921 ccgtggcagg cgggtttgcc gccgtggtag gtgtatccac gtgcgcagga gtacatcttg
     7981 tctggtgtga tgacgccctc ctgcaggaag atgagcgcct gggtgggttt gaacgtcgat
     8041 cccggggggt acgttcccat gatggagcgg tcgaagaggg gcttcttcgg gtcttcctct
     8101 aacatggcgt agttctttcc ccgtttacgc cccacgagca agttggggtc gtatccgggc
     8161 gaggtggcca agcaaagcac ctcccccgtg gccggctcga tcatgacgat gctgcccact
     8221 ttgttttgga gcagcttctc ggccaggatt tgcaggttga tgtcgatgga taggttgagg
     8281 ttctttccgg atacgggcat cacgtcgttc cgcccttctt cgaatcgccc tttgatgcgt
     8341 ccgcgtgcgt cacgcagcag cacctccacg cccttctccc cccggagcca tttctcatac
     8401 gatcgttcca cccccgatcg gcccgagtag tcgccttggc tgtagtaatc gtctttctct
     8461 atgtcgcgcc tgttcacctc gccgatgttg ccaagcagca gggcggcgtt ggggtggctg
     8521 tattcgcgta tggtgcggtt ctgtatgtag aagccgggga atttgtagag cttctcttgc
     8581 agggctccgt actcgtaggt ggagagctgg ttcatgaaga cctgcggagc gtaggcggag
     8641 tatccggggt tgagccgctt gttcttgatg tcagcgatgc gcttgtcgaa cacctccttc
     8701 gtgatgccta acgtgcggca gaagtcgagc gtgtctaagg agtgtatctc acgcatgatg
     8761 agcatcacat cgtaggccgg ttggttgtat acgagcagct gcccgttgcg gtcgtagatg
     8821 atgccccggg ggggatagat caccttgcgg aggaaggcgt tattatccgc cgaagccttg
     8881 taattgctgt ctactaactg caagaggcag agccgcacga tgtagacgaa cagcacaaaa
     8941 aggacggagc cgatgacgac gaatcgtctg ttctcgtaag cgtatttctt aaagttctcc
     9001 actgcgacga tccggtagga aggcttcgac cacgaagatg caaagcgccg tgagcgctgt
     9061 gcctgagaaa atgcgaagga gcaagaaggg cggatcgaag agggaaacgg actctatggc
     9121 gtacagcgca gcttggtgta ggaaggtgag gcagaagatg tatttcatga aggcgcccgt
     9181 gccgagtgtc atgtaggagg gtgaggcatc ttccagcatc atctctttat ccgtaaaggc
     9241 attcatcagg gggttgcgat agaacccgac gagggtgcac gcggctgcat gcatgcccag
     9301 cgtaccggag aaggtgtcga ctaagagtcc ggtgatgaag gccgtccaga tgacttgcac
     9361 acgtgtgaag cccacgggaa tcttcgcaat ggcgtagaga tagaggaagg gcgtcatgac
     9421 gtggaacagg tggatgtggt tgagcaccgc cacctgcaac gccacgcaca cggcgatgta
     9481 gaccatgact ctgagtatgc ccttaatcat tcttgcgcgc cttttcctct atggctgtac
     9541 gttcatcgtg aaaatcattc tgtatcaccc gaaccgattt caaagcccag aagtcggtgc
     9601 cgagtttgat tttcaacgaa tagaaattgt agtcttttcc cttctcgaat ttggccacgg
     9661 tgcccaccat gatgtttgcc gggaagacgg ctgagaatcc gctcgtgacg actgtgtcgc
     9721 cctccttgaa gacggcgtgg cggggtagct catctaaata ggcatagcgt gtgtcgcgcc
     9781 cgtcccacga gagcgacccg taatagtttc cggtgagcag cttgcagctg atgtgtagtt
     9841 tgggattgag cacggggatg acgacggaga aatgttcgtc ggccacggag acaatgccca
     9901 ccaccccgcc ggtggatacg acacccatat caggcttcac accgtccttc agccccttat
     9961 cgatggtgag gtagttcgac atcgaggaga cattgctgtt gacaactcca gcagtgacat
    10021 agtgataagg tatcgcgacg gagtcggcca caaacaggct gtcgtaagtc agcgcctgcg
    10081 ctttcagcat ttctatctct cgctctaacc tcatcacctg aagctccagc tggccgttcc
    10141 gttcaaagag ggctctgttc tctcccttga ggccgatgta tgaccgcacc gcgcccgaga
    10201 tggaggagat gtggccgacc aaggtgttgg aggatccgag aatcaaattc cggtggtatg
    10261 cctggttgta atacaggaat atgcacgaaa cgacctcgag cagtatgaat aagaaccagt
    10321 gccttttcct gatcagaaag tcaagcagtt tccgcatagg tggtgaaagg gggaagagga
    10381 gcggcaaacc gccgcaatcg agcccgtgtc agtcgacgct tacttgatga ggaacttgaa
    10441 cttatcgatg ttcttcagcg ccacacctgt accctttgcc acagcgtgga gcggatcgtc
    10501 ggccacacgg aaggggatgt tgattttatc cgtcagtcgc ttctccaacc cgcggatcat
    10561 ggcgccgccg ccagccaagt aaatgccgtt gcgaacgatg tcggcataga gctcgggcgg
    10621 tgtctgctct aaggcgctga ggatggcggc ttccatcttc gagatggact tgtcgaggca
    10681 atgcgcgatc tcctgatacg agatgggcac ttccatcggc agggctgtca tctggttcgg
    10741 cccatgcacg acatagtctt ctggcggatt ctcgagtgaa gtcagcacag cgccgacgtt
    10801 gattttgatt cgttctgcgg tgctttcgcc cactttcatg ttatgctgcc ggcgcatgta
    10861 ttccatgatg tcagctgtca ggtcgtcgcc tgcgatgcgg atggatttat tggagacgat
    10921 gcctccgagc gagatcacgg cgatctccgt cgtgcctccg cctatgtcca caatcatgtt
    10981 gccctcgggg gcttccacgt caatgccgat gccgatagcg gcagccattg gctcgtaaat
    11041 catatagacg tcgcgtgctc cggcatgctc cgacgagtcg cgcacggcgc ggatctctac
    11101 ttcggtgcta cccgagggga tgcacgtgac gacgcgcaat gggggggaga accagcgatt
    11161 ccggaagtgg atcattttga tcatgccgcg gatcatctgt tcggctgcgt agaagtcggc
    11221 gatgacaccg tcttgcagcg gacggacggt gcgtatattc tcatgtgttt taccgtgcat
    11281 ctggcgtgct gtttcgccca cggccaacac cttgtcggtg cgtttatcca atgcgatcac
    11341 tgacggtgcg tcgacgacga tttttccgtc gctaacaatg atggtgttgg ccgtccccag
    11401 atcgatagct aattcttgcg tgaaggagaa taatcccata ttattcgtta tgtcttaaat
    11461 tcagtttaat gtttgaagtg acggatgccc gtctttacca tgcttatatg atgtgcgttg
    11521 caataatcga ctgagagctc gtcgttgacg gagcctccgg gctggattac ggcggtgatt
    11581 ccagcttcgc cagctgcttt gacacagtcg gggaagggga agaatgcatc cgaggccatc
    11641 acggcgccgt tcagatcgaa cccgaaggtg tgagcctttt cgatagcctg tttcaatgca
    11701 tccacacgcg acatctgccc cacgccattg gcacagagct gtttgttctt cgccagtgtg
    11761 attgcgttcg atttgctatg cttcacaatc ttgttggcaa acagcatatc ggcgatctcg
    11821 ctctcggtgg ggtgactctc ggtcatcggt tgaaggtcgt cagctgtctg tatgcttgta
    11881 tcgtgatctt gcacgagtac gccgttcaaa agggagcgga acgagctgtt ctgcgccgct
    11941 ttgcccggcc accgctgcag gatgatgcgg tttttctttt tccttaaaac gaagagcgcg
    12001 tctttggtgt aacctggtgc gatgatgacc tcgaagaaga tgcgatcaat ctcgccagcg
    12061 gcatccacat cgatcgtcct gttggccacc aagacgcccc caaaggctga gacggggtcg
    12121 ccggccaagg catctttcca ggcctccagc atggtggggc gtgaagctac gccgcaggca
    12181 ttgttgtgct tgaggatggc gaatgtcggt tcgtcgaact cgtcgatgag tgcgacggcg
    12241 gcgtcgatgt ctaacaggtt gttgtaggag atttgcttgc cgtgcagccg cgtgaagagc
    12301 ttgttgaagc ggccgtagaa ggtgccccgc tggtgcggat tttcgccata gcgcagtggc
    12361 agggcgttgt cagatgcggc acggaaagcg gtgtggtcac cggtgtcgaa ataatggtag
    12421 atggccacgt cgtagccaga ggagatggcg aatgcttcgc gggcgaagtc gcggcgctcg
    12481 gccaaggtgg tctgtgcgcc gttcttcttc agtagggtca gcaggcgttc gtattgcgcc
    12541 tctgaagcga tgatggccac gtcgcggaag ttctttgcgg cggcgcgaat gagggagatg
    12601 ccaccgatgt cgattttctc gatcgctgcg gcttcgtcgg cgcccgcggc cactgtttct
    12661 tcaaaggaat agaggtctac gatcactaag tcgatcgttg gtatttcata ttccgacaat
    12721 tgccggatgt cttcatcatg ctcacggcgc gccaagatgc cgccaaatat tttggggtgt
    12781 aatgtcttta ctcgccctcc gaggatggag ggataaccgg tgaggtgctc aaccgcttcg
    12841 cagggtatgc ctaacgattc aatatatgtc tgtgtacctc ccgtcgagag caattgcacg
    12901 ccctcgctgt ggagtgtctt tatgatgtct tctaataatc cttccttgtg ataaaccgaa
    12961 atcaaggctc gttttatctg cttcttttca ttcgtcatcg tgcgattgaa ttcattgtcc
    13021 actttctatt tctcgaaaat ttcgtacaaa agtagggttt aaattcagac tgaaaagtgc
    13081 gtactgacgg cgtccttgca tagaaaagtg aaaatatccg atcgtcaatt aaggattaag
    13141 gaatgagggg gaagttgtgt gtaaaaagac gaaaacgaga ctcatgccaa tgagcggaat
    13201 gagcttctcg gcgtttagcg gaaaccccga cctgaagccg ttttggcctt tgtgcctctt
    13261 acgtatcata acatgagttc gacgtaagcc tctttttctg gcagattgtc tacggatacc
    13321 gcgtgggcct tacttggttt tgtcggggca gtcccaaaac attatataag gcttgcagcg
    13381 ttcctgcaaa ggccaaccgt atttccgtga ggactttgta ggagcgcaca cgcatacgca
    13441 ccacatgtac ccgagcgcta tggatcattc gtcccctgtc gggatgtttg gagggtgttg
    13501 cacatgcgtc cctacatgcc attgcgcggg aaaagaggca tgcgacaggt ttttggaaat
    13561 actagcacga gtaatacaaa cctcaaaaaa ccacatttcc ctcgttgcac cggtagtgca
    13621 agcatttcct gaaaacgatt ttgacggatc cgtttcactc cggacatgtg tccagtagct
    13681 cgctgacggt gcggccgagc gtgggatggc gcagcgtggg ggcgatctcg gccagaggtt
    13741 cgaggacgaa gcggcggagg tgcagggcgg ggtgggggat ggtgagggcg gggttggtca
    13801 gcgtgaggtc gccgtagaag aggatgtcga tgtcgatcgg gcgatcggtg taggcgtgtc
    13861 cggggctggt tttgatggtg cggcctaact ggcgctcgat gcgctgcgtg aggcggagca
    13921 ggggtatggg ttcgagggcg gtacggaggc agagggtggc gttgaggaag gggtgaggcg
    13981 agtggaagcc ccagggggcg gtctcatagc aacgcgaggc ggcgacgagg cggccggcct
    14041 gctgggtcaa caactcgatc gccgccgcga ggttggcctg ccggtcgccc tggttggagc
    14101 cgaggccgag gtaaacgttg gtggacatga gggggaggat ctaaaatcta aaaatgaaaa
    14161 actaaaaacg ggggatcccc aatgggggat aaccgatagg ggcgaaaacg aaaaacgaaa
    14221 agccccgcgc gccggcaaga cttttcgttt ttcacttttc acttttcgtt tctataggat
    14281 cagcatcgcg tcgccgtaag cgcagaagcg gtatttctct ttgacggcca cgttgtaagc
    14341 ctccatcgtg aggtcgtatc cggcgaaggc agccgtcatg agcaacaggg tggagaaggg
    14401 caggtggaag ttggtgatca tggagttggc gatggagaac tcgtagggga tgaagatgaa
    14461 cttgttcgtc cagccgtcga actccttgag gtgtccgtcg gtgccgacgg ctgtttcgat
    14521 ggcgcgcatg acggaggtgc cgacggcgca gacgcgatgt tcggtgtcga tggcggtgtt
    14581 gacggcgtcg atcacttcgc ggccgatgat catttgctcg gagtcgattt tgtgtttcga
    14641 gaggtcttcc acgtcgatgt cgcggtagat gccgagtccg gagtggacgg tgaggtagac
    14701 gaagcggcag tctttgattt cgaggcgcct catgagttcg cggctgaagt gcagcccggc
    14761 ggctggagct accacggcgc cctcctcggt ggcgtagatt gtctggtatc gctccctgtc
    14821 ttccggttcg gcttcgcgat tcatgtatct cggcaggggg gtattaccga gctcgtagag
    14881 tttctttttg aacacatcgt ggtcgccctc gcagaggaaa cgcagcgtac ggccgcgcga
    14941 ggtggtgttg tcgatcacct cagccacgag ctcctcgggg tttgcttctt tcccgaagaa
    15001 gagcttgttg ccgatgcgga tcttgcgtgc gggatcgacc agcacgtccc acaatcggag
    15061 gctttcgttg agttctcgga gcaggaagac ttcgatgcgt gcgcctgttt tttccttctg
    15121 gccatagagg cgtgcgggga agacgcgtgt gttattcatg acgaagacat cgccctcgcc
    15181 gaagtatttc gtcaggtcct tgaagacccg atgctcgatc ttacccgtgt cgcggtgcac
    15241 caccatcatg cgtgcttcgt cgcggtaggt tatggggtgt gtagcgatca gttcgggggg
    15301 cagggtgaat ttgtatctcg aaagtttcat gacgtaaaaa aggagtattt ggtcaatgat
    15361 taattacctg tgtgtgtgat gtgccgcggc ctctcggggg agggagagcg cggtctaaga
    15421 agtccccgat gccttcgggg gtgatgcagt ggtcgagggt gatgtcgccg ctgcgtgtac
    15481 gttgcagttc tatgaggtgt gcgcctgact ggagcgcctc tccgatgtcg cgtgccaagg
    15541 ctcgcatata ggtgcctttg ctgcatacac agcggatacg gatcgtgtcg ggcaggccac
    15601 agtctaagag ttccatttca ctgatcacga ctgggcgggc ttcaagtgtt acatctttcc
    15661 cgcggcgtgc cagttcatag gcccgtttac catccacctt gcaggctgaa aacgtgggcg
    15721 gcacttggtg gatctctcca gtaaacgtgt ggagcacacg ctctaccgct tcgcgggtga
    15781 tgtggtcagt gggatacgtc gcatcgatct ccgtttccaa atcaaacgat ggcgtggtgg
    15841 cacctacacg cagtgtggct acatactctt tcgagtggct ctgcaactct tcgatgcgct
    15901 tcgtcgcacg cccggtgcag agcaccaaga cgcctgtagc cttcggatcg agcgtccccg
    15961 catgccccac cttgattttc ttcacgccca agcgacgcgt caaggcgtag cgaaacttat
    16021 tgactacatc aaacgacgtc cagtccagcg gtttgtcgaa gcccaccact tcaccctgca
    16081 agaagttcat catgagacaa cggagtaaac aatggccacc acaccagcta tcacgcaata
    16141 gatagcgaaa tagatcaacc gtccacgacg gactacgccg atcatccacc ggcatgccat
    16201 agcgcccacc acgaacgccg ccacgaatcc gcacaccatc gccaccggcg agatggcccc
    16261 aaaagctgcc gccgtcgatc cggccttcag catcttcagc acatcgagca acgcctcgcc
    16321 aagcacaggg atgagcacca tcaagaagga gaacttggcc acagcctcac gcttattgcc
    16381 gagcacgagt cccgtagcga tcgttgtccc agagcgcgac agccccggca tcaccgcgca
    16441 agcctgcgcc acaccgatga tgaacgcatc gcgaaacgaa atctcagcct tctccttcac
    16501 ccgcaccaac gacgccacgc caagcagcac cgccgtgagc aacaacatgc aacccacaac
    16561 gagtagtccc tgcccaaaca cagcctccac ctgatcctta aagcataccc ccacgatgcc
    16621 caccggcaca gctgacaaca ggagcttgct caccatcgct gtctcatcat tccagcggaa
    16681 tgcgaagagg ccgcgcagca atgcgccgat ctcgccccgc agcacaagga gggtgctgca
    16741 aaccgtggcc acatgcagca aggttgtaaa ggctaacagt tcctcgccac tcttcatgcc
    16801 gaacagtgtg ccagcaattg ccagatggcc actgctgctc acgggcagaa actccgtcag
    16861 cccttgaatg atacctaaga tgatcgcttc cgtttcactc atgcctactt cgatgcgtcc
    16921 ttatccgtgg ccgcgccttt ccgatcgctg accagaatgc caaagaccat caggataaac
    16981 ccgaccatcg tcacgattgg cgccacggca atgcgccgct tgctgaagat ctctgggtta
    17041 aacgaaacgc catccgtcga tcccccgccg ctcatcagta taaagccgac gacaatcaac
    17101 agcacggaca cagcgatcag caggaagttg agctttccca acgcaaaatc tttcatcttt
    17161 tcttctcttt ccatattcat atataataga gttttcctcg ctccatgtac aggtatcggt
    17221 tcacggccaa atacgccgca ctgactgaca gccccacgcc cagcagtgga atgagtaggc
    17281 agactgccac caagcctccg acgggtacca tccgccccgc accgatccat gcgctttgca
    17341 gatagcacac cgtacccgtc aacaacacat cggccactac cccagcgatg gcgccgttaa
    17401 tcatgctccg ccgaatgaag ggccagcgga tgaactccgg tgtggctccc accaaccgca
    17461 tggtgtaaat caaaaatcgc ttggaataga tcaacagccg gatcgtgttg ctgattaaga
    17521 cgaacgagat aagcatcaac agtgtgatca acagcccgag catcaacccg atgcgccgga
    17581 tgttttcgtt gaccgtttgt atgatgtctt ttcggtacga tagctccact acgcgcacat
    17641 ctcccatcag cctcttttcg atctcttgca ggctctccgc gtttgcgtat tctgacttca
    17701 gcgtcacgcc gatggaggcg tgaaaggggt tgaagccgag gaagacctgt ggatcttcgc
    17761 cgagctcagc cgtcatctct tcggctgcct cagcacgcga tatgtattgg gtagacttga
    17821 caaagggttg cgcctcgagg tctgcttgca tccggcgcat gtcggcctcc ttgaggtcgt
    17881 ctttgaggat gatggagaac gaaagattct ccttcatata cgttgacagc ccgcgactga
    17941 ccagcccaaa cacaaaaaaa acgcccgtca tgtacagcgt caatgcgatg ctgatgacgg
    18001 aggtcaaacg tgagctgaaa aatgaagacg atccggactt tttattcaat atcatgctat
    18061 gagcacaggg gattagcgcg caaaagaaac ctttcttcac ggacggcccc gccactttgt
    18121 gatatttaac agccctgtaa ttggctcatt ccgtcacctc ccgaccgagc agcgtagccg
    18181 atgtggcctc ctccacctcg acctgcacaa agtcgccgat gcggtgcccc ccacggtcga
    18241 aaacgaccac cttgttgtgc tccgtcttcc catacatccg ctctcgcgaa cgctttgaga
    18301 atccctcgac aagcacctcg aagcgtcgcc ccacatcgcg tttattactc gcttctgaca
    18361 gctcgttttg caacgcgatc atctcttgaa gccgcctgac ctttacctcc tcgggcacat
    18421 cgtccttaag atgtcgtgct gcaaacgtcc ccggccgttc cgaatatttg aacatgaacg
    18481 ccgaatcata tcccacctct cgcatcagtg agagcgtttc cgcgtgatcc tcctccgttt
    18541 ccgagtggaa gccacagaac agatctgttg agatggcaca ccccggcagg atgcgtcgta
    18601 tggccgcgat ccgccccaga taccactccc gtgtgtagcc tcgccgcatc acatgcagca
    18661 tgcgcgagct acccgactgt gctggcaagt ggatgtactt gcaaatgttc gcgtgcgagg
    18721 ccatcacatg cagcatctcg tcgctcatat cctttgggtg cgacgtcatg aagcggattc
    18781 tgaggtctgg cgccgccgtg gccacgcagt caagtagccc tgcaaagtcg acctccgccc
    18841 cccccgcagg tcggtagcaa tacgagttca cgttctgccc cagcagcgtg atgtctcggt
    18901 agcccttcgc acgcatatca ctgatttcgc tcaatatgct ctccacatct cggcttcgct
    18961 ctcgcccccg cgtgtacggc acgatgcagt aagagcagaa attattgcac ccccgcatga
    19021 tcgacacaaa ccccgccaca tgcacccccg ccaacttcag gggcttcacg tcgcggtagg
    19081 tctccgttgt cgagagagac acattgacag ccttctcgcc acgctccact gcccccacga
    19141 ggttcggcaa atccatgtat gcgtctggcc ctgccacgag gtctacccca tgctctcgca
    19201 ccagctcctc cttcaccctt tctgccatgc agcccagcac accgatgatc aaccgtcgcc
    19261 ctccgcgccg cagcgagcgg aaatattgca gccggctcac cacccgttgc tctgcgttgt
    19321 cgcgcaccga acacgtgttc acaaacaccg cgtccgcttc ctcaatctta tctgtcagct
    19381 cgtagccatc tgtctgcatc accgaggcca ccacctccgt gtctgccacg ttcatttggc
    19441 agccatacgt ctccacatag agccgtttcg ccgcttcctc gccgcttgtc ttcttgttca
    19501 ttgtatgcct taaaatgttt gggcggcaaa tgtaaacgtg ccccattccc cccgaaatct
    19561 ccgtgcgaaa gcgagggggc ggggcgtttg ccgttgatat ttgggcaata aaaatcatgc
    19621 acccctcgcc gcagcgaagg atgcatgaag acatcattaa gaagcggaaa aaaaaccgct
    19681 gtttctattc gatcctcttg ctgtttctgt tgaagaaaat gtgcgccagg tagccgcaaa
    19741 tgactaacac caaaccggca agcagcatcg tgttgctggg cgtgtcagct gttgttgtcg
    19801 ctgccagcac ccccacaccg atgaggagga tgagaatacc taaatacttt aaagcaccca
    19861 tagttcgatc gattactatt gattgaattc taaatttttc ggaacaaaag aaggcataaa
    19921 atccagatgg tgggcgttgg atgggtaaaa attaagggta gggacggggc aaggggcgta
    19981 tctttgtcgc agaaaaagag atacataaac tgatggttag acttctttat cctatctact
    20041 tcgtactgat tgcggcgcca ctcttcttgg tgctcacggt gctcacggca ctcacgacga
    20101 cggcggggtg cctgctaggg ggcgagcgca tcttttcgta ttacccgggc atgctttggt
    20161 cgcgactggc gtgcttgttg gtgctgtgtc cggtgcatgt gcgggggcgg gagcatctca
    20221 ggcgggggtg ttcgtatgtg tttgcggcca accaccaggg ggcgttcgat atttttttga
    20281 tttacggatt cctggggctg ccgatcaagt ggatgatgaa ggcggggctg gggcggattc
    20341 cgttagtggg ttatgcgtgc cgagcggcgg ggttcatctt cgtggacaac agctcgccac
    20401 gggccgcacg gcgcagtatt gttgaggctg agcagcgagt gaaggatggc ttctcgctgg
    20461 ccgtctttcc cgaagggtcg cggtcgcaaa cgggacggat ggggcgtttc aaaaaagggg
    20521 cgtttcaggt ggcattcgat cgggggttac ccgttgtgcc aatcacgctc aatgggccgt
    20581 atcacgtgct gccgatcggg gcatggctgc catggccgca tcggttggag atggtgattc
    20641 acccgccgat cgatagcaaa gcgccggccg cagaggaagg ggtggatgag tttgcgtgta
    20701 tgcaacaagt tgctgaccgt acgcgtgcag cgattgcctc ggcgctctgg aaggagttcc
    20761 gataacacga ggttgacgta agaatgaggt tccttacgtc ctacagtatg cctttgttag
    20821 agcgctcggg cggctaaaat gtttttggga atgcttgcgg ggcgccccgc aaataagccg
    20881 caggaatctt tgttatttgc gggatgcccc gcaaataagc cgcaggaatc tttgttattt
    20941 gcgggagctc ccgcaagcat caaattcccc attttgacgt ttgcagggct tccgtagaca
    21001 ccttgctgcc tttgttctta catcgatcac attattcact aaccggacgg ccagcgatcg
    21061 caccccaccc accctttgcc tttatgcagg aagaggcaaa gccataagtg gcatggccaa
    21121 cagcaattca aaggctcgag gcgagttggt gccaataggg cttcatgctt ttctttttat
    21181 gcctttcact tcaagattcc gctccggctt atcgtcaggc cgaaaccgtt gcgattcccc
    21241 aataagtcgc ctcgatctgc ggccagcgtg gctgtaaact cccatccgga cggccgggag
    21301 gcgtgtctgt cagggagggc ataacacacg tcaatgcgca ccgatgtgtt attcaatggt
    21361 ttcaatgtcg gggcgtacgg tgtgccgaag ctacggatcg tagagagtcg ggtacgccat
    21421 gtccacggtc ccgcgatgcc tccctcagcg ccaaagtgcc acgcccggat gcggttgtga
    21481 cgaaatcccg gcgcgccgtc tgcattatac gtgggcgaga taagcaacgg cgacccgatc
    21541 gctcgcccga aatacgatgc gcccgtggtg tactccccat tgttgtaata attatcggcc
    21601 ccaccgccgt agccgggata tttccggtgg tcatactgga taaaatggaa aggtccgctc
    21661 tgattcatcg tcgagaggtg ctccaccacg aggcgattga cgtaggggaa tgtgtgcaaa
    21721 tcaatgcgaa gacccgcgag accgtccaat ccgttgtacc actcgatgcc cgatcgatcc
    21781 tcccagaaat gctgataata agccccgaca gcgaagtgcg ccccgacgta atcgaggcgg
    21841 aaatcatacg taccataatg attacccagc acattaatct gatccgaaac cgtggcatcg
    21901 ctcccccctg cctgccccag cacaatacgc gcaaaatcct tcagcgactg cggctgtcgc
    21961 cccatcttcg gcagcgtcga tgtgccgccc cactgcgcca catgacggat gccaagcgtg
    22021 aagctaagcg gcagaggctg ggggcgcgga tctttcactt gtaagtaaag cgccttacga
    22081 tgccacagca catcttgcac ataatgccga tccgcagcga tggcagcgcg cagatactcc
    22141 gtatcgaacg agcgccccat agcaaagtat cctcccgcat gcagccatcc gcccgtcagc
    22201 ggaacagcca tgaagcgcgg cgtgtagata ttgatttcag ggatggggcg cgcattcgtc
    22261 gaaaggagta agtcgccgct actcagcgtc gggtcaggtc cagcaggata gcccaatgcc
    22321 tcatcgcagc tcccctcacg actgcccatg ctaagcgcga ttcggtcacg atatcccaac
    22381 tcagcaaaag cctcctgcac gaagacgttt cgacgaatgc gtggcgcagc agctacaagg
    22441 ctcagccccg ccccccatcg ccaatggccc gggagcgccc ccgcatgttg cacccccacc
    22501 tgcgtatacc ctccgacgct ggagatgtcc gcaggcatcc gcccgtatgt ctggcttgtc
    22561 atccaaaaag gagtctggcc atccgcagcg ccgccagagc acacgatata atataaggta
    22621 taggggcggt gcgctgtcga atcgccagca tgggcacaca aaccgatcgc aaaggctgcg
    22681 agcaggaggg cgccgcgaga gagcatatgg ttcgtattca tcctataatt aatgaggcag
    22741 caaagctatg aaagcagccc ttttggctga tcttgtgtgg gtaagctgaa tatctatctt
    22801 tgcggccgta aatttttaag cgtagtaata cttatatgaa cagttacgaa accgttttca
    22861 ttttaactcc cgttttatct gagacccagg taaaggaaac ggtaggcaag gtgaaagccg
    22921 cactgagaac agtgaaggca gagattgtga acgaagagaa ttggggcctg aaaaagctgg
    22981 cttacccgat tgacaagaag acgacgggct tctattggct gcttgagttt aaggccgtgc
    23041 ccgaagccgt gaatgtgctg gagacgcagc tccgacgcga cgagcgcgtg atccgcttcc
    23101 tgaccttccg tcaggacaag ttcgccgctg agtatgcggc caagcggagg agcctgaagg
    23161 cttccaaaga gagagaatcg gcagaaagag aatcatcgaa aaaggaggat taaacgacat
    23221 ggcaacgaca aacaccgcca acaacaccca gtctgaactg cggtatctga ccccgatgtc
    23281 gaaagacacg aagaagaaga aatactgccg cttcaagaag agcggcatca agtacatcga
    23341 ttacaaggat cccgacttcc tgaagcgttt cctcaacgag cagggcaaga tcctcccccg
    23401 gcgcatcacc gggacgtcgc tgaagtttca gcgtcgtgtg gctcaggccg tcaagcgcgc
    23461 ccgccacttg gccctgctgc cctacgtaac cgatttgatg aaataacccc cgttaaagcg
    23521 aaacagaaca tggaagtcat attgaaagaa gacgtggcca acttgggcta caaagacgat
    23581 atcgtacacg tgaaagacgg ctacggacgc aactttctga tcccgcaggg gaaggccgtc
    23641 attgcctcag actcggcacg gaaagtgctg gacgaagtgc tcaagcagcg cgcccacaag
    23701 attgccaaga tcaaggcaga ggccgaagca ctggctgaga agatgaaagg cgtttcgctc
    23761 accatcggcg ccaagacgag ctccacgggt acgatcttcg gatcggtaac gaatattcaa
    23821 atagcagaag agctggctaa gctgggcttc gagatcgacc gcaagatcat ccacatcaag
    23881 gaagactccg taaaggaggt cggctcgtac aacgccatag taaggctgca taaagaagtg
    23941 tcggtgaata ttcctttcga ggtgatctcg gaagcatgat cgccaccgca ccgcaagtca
    24001 tttttattga ctgacaggaa agaagagaga gagagagtgc ctggacacac gttcgggtgc
    24061 tctctctttt tgtctccgcc gccgctcccg atgctcctcc ccacagccta cctcgccccc
    24121 atcccttact acagcctgat gctgcgcacg gccaccgtgc agatcgaggc atgggagcac
    24181 tacccgaaac aaacgctccg caaccgttgc ctcatcgcca ccgccggcgg tgtgcaggcg
    24241 ctcaccgtgc ccgttgcccg gccagacaac cccaaggcac ccacgcgcga catccgcatc
    24301 tccgaccacg gccactggca acgcctccac tggcacgccc tcacatcggc ctacggcatg
    24361 agccccttct tcgagtatta cgccgatgac ttcgcaccct tctacgagcg acattacacc
    24421 ttcctgctcg actacaactt ggcgctacaa tcgctcgtct gcgagctgct cgacatccgc
    24481 cccacggtca gcctgaccga ggcttacgca cccgaagcga cggacgatct gcgccgcgcc
    24541 ttcacaccgc gccagccgcg ccctgtgcac ccggatctgc cgccactgca cccctactat
    24601 caagtcttcg agcgcaagca cggcttcctg cccgacctca gcatcgtcga cttgctcttc
    24661 aatatgggca acgagagtgt gatgtattta tagtcatgcc cactctagcc agagggcgta
    24721 aggagcgctt cgtcaggctg ttttctggag gaaattcctc cacccacccc cggttgaggc
    24781 cgttgttccg agacaattcg tccaccgacc cccggttgag gccgttgctt cgagacaatt
    24841 cctccaacga cccccggttg aggctgttgt ttcgagacaa ttcgtccaac gacccccggt
    24901 tgaggccgtt gcttcgagac aattcgtcca ccgccccccg gttggggctg ttgtttcgag
    24961 acaattcgtc caacgacccc cggttgaggc cgttgtttcg agacaattcg tccaccgacc
    25021 cccggttgag actgttgttc cgagacaatt cggggcgtgc atcggtctcc ctctgatcgg
    25081 cccgtggaaa atacccggcg cgttttcgcg ttatgggtaa cgcgccccgg ggaaaggtct
    25141 caggggggcc ttttgtccta cttttgccca cctcttttat taatagaaca agatgaagat
    25201 tatacggttg atcgggcttt tgtgcctgtt tcccgcatgc cttgcggctc aaaatggcaa
    25261 cgaagtattc cggtttttac gtttccccac gtcggtgcga gccggtgcac tgggggggca
    25321 tacggtctcg ctcgtggagg ccgacccagc cttagttttc cacaaccctg cactcttggg
    25381 gggcgagatg aacggcatgg tgggagtggg ctacatgaat tacatctccg gcatccacgt
    25441 gggcaacgcc atctacgccc gcacgcatgg cgaacgcggc gcctgggccg tcgggatctc
    25501 ctacatcaac tacgggagca tgaaggaggc cgacacgcaa cgcaacctca cgggcaactt
    25561 ctcagccatg gacgcggggc tgaacgccac ctactcctac gacctctcgg agcgctggcg
    25621 cggcggactt tcaatgaagc tgctctactc acacatcgct gaatacacgg ccttcgggct
    25681 ggctaccgat gcggggctga gctacttcga cgaggagtcg gacttctcct tcggcatcac
    25741 gctgaagaac atcggggccc agctgaaggc ttacgattcg cgtcgcgagc gcctcccgtg
    25801 ggacatccaa atgggtttca ccaaacgcat ggctcacgcc ccgatccgcc tttcggtcac
    25861 ggcgatgcac ctcaatcaat ggaaattcaa atacatcgat gagacgctca aggagcgcga
    25921 tgccgacgac agcttcgtct cgacgctggc caagcacttc gtcttcggcg tcgacttcgt
    25981 gccctcgcgc aacttctggg ttgggctcgg ttataacccc aaggcgggca tggacatgaa
    26041 gctgaaggaa gggggcaatc ggttaggcgg attctccgca ggcgcggggc tgcacgtctc
    26101 gcggttcgac gtcagcgtct ctgccgcgcg ttaccatccc tcggccatgt cgctgatgtt
    26161 gggcgtggct atatcattga atgaagacag cccttgagag gctttaagta gtggtcaatt
    26221 attaattgtt agtgattaat gatagggtgg tgccattcta ccgtgtctcc ggggtaatca
    26281 ttgataattg ataattaatc attgctcctt ttctaactac ctctaactac ttccaactac
    26341 ttccaactac ttctactact tctaactccc ccctctatga agaaaatcat cgtagcgatc
    26401 gacggcctct cgtcgtgcgg caagagcacg atggcgcgcg agctggccca ggaggtcggc
    26461 tatacctata tagatactgg cgccatgtat cgcgccgtca cgctctacgc cctgcgccac
    26521 ggactgcttg cgccaaacgg gcagatcgac accgcggcgt tagaaaagca gatgggcgac
    26581 atccgcatca ccttccgcgt caaccccgcg acggggcgat cggagacctg cctcaacggc
    26641 gaacaagtgg aagcggccat tcgcggcatg gaagtgtcag cgcaggtcag tcggatcgca
    26701 tcgctcccct tcgtgcgccg cgcattggtg gcgcagcagc aggcgatggg tcgacagaaa
    26761 ggcgtcgtga tggatgggcg cgacatcggc acggtcgtct tccccgaggc cgagctgaag
    26821 atcttcgtca ctgccacgga cgaggtgcgc gcgcagcgac gtgtagacga actgcgggct
    26881 aagggcacag acgtatcgat ggaggaggtg ctccgcaacg tccgcgagcg cgaccgcctc
    26941 gacatggagc gcgccgagag ccccctacgc cgtgccgacg acgccatcga gttagacaac
    27001 acccacctga cgatcccgga gcaacgcgcc ctgttgctcc gcctctttca ccaagccacg
    27061 gagggctgat caagcatatg gtggacgtaa ccatcgaccc ggattcgggc ttttgcttcg
    27121 gcgttgtcaa cgccatccgc agcgccgagc gcgagcttag ccgcacggac gagctctaca
    27181 gcctcggcga catcgtgcac aacagcttag aggtggatcg gctccgatcc atcggcctac
    27241 acaccatcga gcatgccgac ctggcgcggc ttgaggggcg aaccgtccta ctgcgtgccc
    27301 acggcgagcc gccctccacc tatcgcgctg cccacgagca ccacatccgc atcatcgacg
    27361 ccacctgccc cgtcgtcttg caactgcagc gccgcatcca tcgctgctac aacgagatca
    27421 agggcagcac ggcgcagctc gtcatctatg gcaagaaggg ccacgccgag gtgaacggcc
    27481 tcgtaggcca gaccgagggc acggccatcg tgatcgagca ccccgaagag gccgaacgcc
    27541 tcgacttcac gcgcgacatc tacctcttct cccaaaccac caaatcgctc gagggcttcg
    27601 gccgtgtcgt cgacctcatc cgcacacgca tcgcacccac tgcccgcttc cgatacttcg
    27661 acaccatctg ccgccaagtc tccaaccgcc tctccaccat ccgcgacttt gccgcgcgcc
    27721 acgaccgcat ctatttcgtg gccggcaaga agagctccaa cggccagatg ctctacgagc
    27781 aatgtcggca ggccaacccg cactccgtct tcatctccgg tgcagaggag atcaccgagc
    27841 cgcttccgcc cgctgtgcac agcgtcggcg tctgcggcgc cacctccacg cccaagtggc
    27901 tcatggagga ggtggctgaa aaggtgcgga agctgaatgc ctgacccgcg cccctatagt
    27961 caagcggaaa taactccgcc aattggcggt gatctccccg tgcacgtggg tttttgattt
    28021 tgaagcggta accctgcaag gccctccgca cccttttttc cgacctttgc gggcaaagaa
    28081 gtaggagcta cttcttaacc actacttaaa ctactccccc actatgcatg caacaaaatc
    28141 aatgaaaaca gccatacaag ccttcctcta cttcgtggtc acggcggctg tgattgctta
    28201 cttcttccca cgcgaaggga agtttcgcta ccagtttcac gagggtaaac cttggcgcta
    28261 cggactgctg acggctccga gcgacttccc catctacaag actgacgaag agctgaaggc
    28321 cgaacgcgac agcctgcggt cgcgcttcaa accctacttc agggtggacg aacgcgtgac
    28381 gcaacaggca ctcggcaaac tgaagaacga ctacgtggag caacacacca tgagcacgcc
    28441 catctggcaa tacctgacca agaagctcag cacgctctac gccgacggca tcgtctcagc
    28501 acaagacatg gagcggatga cgaccgaacg gcacacacgc gtgaggctga tcaagaacag
    28561 cgtctccaca caggcagaca tcaagcggtt ccactccgag aagtcggctt acgagctgat
    28621 cattaacgag gcgccggagt cgatcgatcg aggcgagctc cgggcgagca acttcgacaa
    28681 gtacctgctg cccaacgtga cgtatgacgc cgagatgtca gacaaggcct taggggcact
    28741 gatgcagaag gtgaccctct ctacaggcgt cgtgcaggcg ggcgagcgca tcgtggatcg
    28801 cggcgaggtg gtggacgggc gcacgtacaa catcctccgc tcgctgaaga tcgtccacga
    28861 gaccaagtcg gggggcaacc gccgcgatgg catcaccttg ctcggccagg tgatcctcat
    28921 ccttggcatc atgacatgct gcgcgctcta cttcctctcc ttccggccgg agctctactt
    28981 ccgccgcaag aaccgcctct tcatcctcac gtgcatcctc gtgccctgcc tcctctccga
    29041 gctctcggtg cgctacgacc tgctgaacat ctacatcctg cccttcgcca tcatccccat
    29101 cgtggtgcgc accttcttcg actcccacac ggcgctcttc acccacctcg tcacggcgct
    29161 catctgctcg ctcgtggccc ccttcccaca cgagttcctg ttgctacaga tcatggcagg
    29221 cgtcgtcttc gtcatcagcc tgaaggagct ctcgcagcga tcgcagctgc tgcggtgtgc
    29281 cttcttcatc tccttgacat acatgttggg ctacatcgga ctctcgcttt atcaagacgg
    29341 cgacttcaac aagatcgact ggcgaatggg gctctacttc ggcatcaact tcgtgctcct
    29401 catgttctct tacgtattga tttacatgat ggagaaggcc tttggttacg tctcgcccat
    29461 tacgctcgta gagctctcta acatcaacac gccgctgctc aagaagctct ccgagacgtg
    29521 cgccggcacc ttccaacact ccctgcaagt ctccatcctc gcctccgcag ccagcaccaa
    29581 gatcggcgcc gacacgcagt tggtgcgcac cggagcgctc tatcacgaca tcggtaagat
    29641 gactaacccg gccttcttca ccgagaacca gacgaagggc gtgaacccgc atcgcaactt
    29701 gccttacgag cagagtgcac agatcattat tagccacgtg acggagggca ttaagatggc
    29761 tgagaaggcc atgctgccca aggccatcat cgactttatc cgcacgcatc acggggaggg
    29821 caaagcgaag tatttctaca actcttactg taacgctcac ccgggcgagc cggtcgacga
    29881 gtcgctcttc tcctaccccg gccccaaccc gttcacgaag gagacggcga tcctgatgat
    29941 ggccgactcg gtggaggcag cctcgcgcag cctgaacgaa tacaccgacg agacgatccg
    30001 cgcgctcgtg gacaagatca tcgacgggca gatcgctgac ggcctcctgc gcaatgcgcc
    30061 gctgactttc cgcgacattg acaagatcaa gacgaccttc atcgagaagc tcaaaacgat
    30121 gtatcacacc cgcatcagct acccagacct gaagaagtaa agagaagggg atggggcacg
    30181 caagcacctt gtcagcatgc gtacacgcgc cttgtcagca tgcgcgcaag caccttgtcc
    30241 ttttgcacga tggctgcaag caggcttgca cggtgtctac aagctacctt gcacgatgtc
    30301 tacaagctac cttgcacgat ggctgcaagc ctgcttgcag gcggtgtgca agccaccttg
    30361 ctggcatatg agctgcgtca cccgaatggg aaaatgagag aaggcacctc cgcaagcgga
    30421 gatgccttct tttgaatcat cgattgtgta ctataatgct cctttcactt cgctgcgggc
    30481 ttctcgccgg ggcggaggcg gcgcgctaag agctggttcg actggctgtt gtagccacgc
    30541 cggaagggca acgggcggac acccccacgg cgataggcgg cgtagaggtc gggttcgaag
    30601 tggttgccga agagggagat ggggcgctcg tagtggccat agaggcggat gtcccaacgg
    30661 gtggggtcga agaaggagta cttgatgcca gagtcgtctt gcagaatgac ggaggctttc
    30721 gagaggacgg tgttgcgcac cgtgctgaag taaggcttgt gcatgaggta ggtggcagac
    30781 ttgacgtaga cgacgcatcc ggagtcgatc gtggcgagga agtcgcgcgt gggcgtgttg
    30841 acggagaggc caccgtcggc aatgttggcc gcgaagtagg tcagggtgcg cagggtacgg
    30901 tggtcggcgt cggtgaaggt gatctcgatg cccttgccga acttctcctc tccgcggtag
    30961 cggggtgagc cctccaagta ggtgcgctgg ccgccgctaa tgaatttgaa ggggcgcacg
    31021 ctgacgatct ccttgtccgc gcgagctaag aagaggagca gcaggggtgt gacgccgtac
    31081 atctcttgcg actcgtagcg ggtggccatg agcttggtcc ggaagaagct caggcgcaga
    31141 atgtcggcca cctcctgccc gtaggcgccg aggaattgtg tcaggttgcc tgcggtgcat
    31201 gggtcgggca cgcagccggg cgcctccatg ccgaagagga tgtagcggcg tgcgttgggg
    31261 aaatacaggt tgacgttgaa gaaatccggc ccgctgaagg gatagaagac ggtgctgatc
    31321 gtgtccgttc cctcgggcag ctccgtctgt gcccagcgtc ggatgctgtc ggcttgttcg
    31381 cggcgatggc gcgcccaggc cgagtcagcg tgtgtggcat agcggcgcca agcatcggtg
    31441 cgcgctaagg agtcgagtcg tccgccctcc gcgggtggca tgcctgcgat gaagcgtgcc
    31501 acgtcagtca ggtcgcggtc gggctgcacc tcggcttgtt gttctgctgc ggcgggaggc
    31561 atgctgctga agcctgtccc aaaggccgag tcgatgccgc gcagcccggc ctcggcagcc
    31621 tccttgaggc tacccgtctg caaatggcag gcagagcaaa gagccagcag cgcaaggctg
    31681 agtgtaagat gttttgctgt attcatatcg tgttattgta attgtatatg tgtaggggcg
    31741 gacctcccag tgtccgcccg ttttaattca agtgcacccc catgaagcct tcatcgttga
    31801 aggggccttt acccttcatt aggttaggcc acacggcgat gccaccgcgc cggaaggggt
    31861 gccccttggc gcgctgccgc tgctcctcgg cgaagcagta atccaccagc ttcgtcaggt
    31921 agtcgtccat tgattcatta tcggagtcga agaagtattc gcgccccacc tgcagcacct
    31981 ccggccgcgg atgatggttc agctcgttga gcaatgcgtt gaggcgttgc tctaatcgct
    32041 ccttattggg gtcgtccggt gcatcctccc ccgccttgga gaagtgtagc agtcggatgg
    32101 caaagcgcat ggcgtacatc ctggcttcac gcgcctttac gtcgtggctg ttgtcctccg
    32161 tctcctcgct aaggccttgg cggaagagct cgcgcgtcgt ctcgtccatt gcgggctcac
    32221 tttgcggctt cacctcctgc ggctcgccac cgccctcagc cgtcccgcca tccgtgctgt
    32281 agaagaggtc gctcagctcc ttgcggtagc gatagaaata ttcatcctcc ttcatgccct
    32341 ccattccgcg ctcgcggcct tcctccgcgt tatcgtgcgc tccgtcttga ttgtcgtaag
    32401 tgatcaccat cgggtttctc cttttctctc ttttattatc tccgtctccc gcggggggat
    32461 ctcccccttc cgggctgtcg gaggtttctt ctttcgggtt attcgtctcc tctcgctggc
    32521 tgggtgcatg ccctcccttc agacttttcg tctttcctgc ttggttaggc atcatgatga
    32581 gctccgcctt gccgttgctt gtgatttgca gcttgtactt cgtcacggac gagggctcac
    32641 tggccgagcg ggactcgtag ctcgtcatcc gtaacttata actcgccacg acctccctcc
    32701 accggcacag ggcatagacc cctaacccaa tgccaagcgt gaagatgccc aacaccgact
    32761 ccgccgtctt ctgtacgagc aggaagacca tcgtccaccc cgtcagcagc aggaagagga
    32821 tgggtgtcac cgggtaaccc cacgtcttat agggcctgtc gaccttcggg taacgccgcc
    32881 tgtggacgaa tacgcctaat acggagagga aggtgaacag cgacaggatg aagcctgaaa
    32941 acgttactac ctgctcgaac gatccggaga ggatgaagag taggctgatg ctcgactgca
    33001 cggccacggc cacggctggt gtgccccgct gagtcctgtg cgacaagaag cggaacagcc
    33061 tgtagtcctc gcccatcacc tgcgacaccc gcggccccac gaagatcatg gagctgattg
    33121 acgagacgag cagcaatccg atcactccgg ccatgaggct ggcccctgta ggcccgaaca
    33181 ggtgttgcgc tgcgatgaag cccacctcga gctttccccg catctcttcg tgtggcacga
    33241 ggctgaggaa ggtggcattg agtgccacat aagctaccgc tacgatggtc acaccccaca
    33301 gcagcgagcg cggtaaggtg cgttgcgggt cgcgcacctc cccggccacg taagccgagg
    33361 cgttccaacc ggagtaagca tacgagacgt agatcaggca cacggcaaag gcggggctta
    33421 acagctcgcg ccaccccgca ccgtcgggca cgggcaggaa gggctgccgg tcgctccccg
    33481 cgatgaagcc acacacgatg aaggctacga tgagcgccag cttgagcagc gtgaagacat
    33541 tctggaaccg gctgcccccg cgcacactcc acatgtgcac ggctgtgatc gtgacgagtg
    33601 cgccgatagc gatcatctgc gccgtcacgc cctcggggaa gagcggcgcc gtgtaatgcc
    33661 ccagcgccat gcacgccaac gcgacaggcg cagcaaagcc gatcgtgagc gacacgaagc
    33721 cggagaggaa gcccacggcg gggtggtaga tgacggagag gtagtgatac tccccgcccg
    33781 aacgcggcat ggcggcgcct aactcgccgt agacaagcga gccgcacagg gcgatcagcc
    33841 cacccacgac ccagagcgcc agcagggcga agggcgtgtg caggtcgagc agttggaagc
    33901 cgagcgtggt gaagacgccc gtgccgatca tgttagcgac cgtgaaggag gtgacgccgg
    33961 tgaagcccag gcgggtctcc ttcgggctgg tgggggtgga tgcgtgcatt gcttgcttgt
    34021 tcatcgcttt ctttctatgg gtggccatat ggggatgggg ggcggaggcg ctactcgtcg
    34081 ccaagcggga ttacctcgcc gccgtcgtct tcgggcaggt ctgtatcctc gggcgaatcg
    34141 ccgaaggatc cttcgaaacg cttcatcagg ttctcagcct gccagaggag tacgctggcg
    34201 gcatctgtgg catcgttgcc tgtgaggggc ttgttgttct cggtgtattg gagggggtcg
    34261 cccgcgtcga ggaagagggt gcgctcgacg ttgtccttgt cgctgtcctt ctcgtagatg
    34321 tagaccggtt gcccgtcggt gtagagcgct tcgcggtgga tgcgctgctc gtcggcctcg
    34381 acgtcttcgg tggcaaaccg caggatgggg atgacgcttt cgctctccag ttcgtaatag
    34441 aagttcagcc gggcgcggta atgatcagac ccgacatagc gtcggccgta ggcattgtcg
    34501 tcgatggtga ggaggtacca cttgcccttg gcgcctgcgc gttgcaggtc ggccacgtcg
    34561 gccttcattg cggcatactc tcggcgtatg ccatcgatct tcgggttttg cgcctgcgcg
    34621 gcggcgatgc aaagtgccgc tacggctgtg atgaagctct ttctcatgct tatataaatg
    34681 tatcgggggg ggaggagggg ggatcaatag ccgtgctgtt tggccgtgag aaactgttgc
    34741 agcagtcggt gggcttctgc cttcagatcc gagaggttgc cttcgtcgtc aggataagcc
    34801 ttcacaacgt tgttctcgct gtattgaatc atctcgtcac ccttcatata cagccggcga
    34861 tcgtcatcgc cttggtagtt attcttgagg aagacaaaga cggggctgtt gtcttgatac
    34921 aagacttcga tgtacatcct ttgcgcagat gcggcatagg tgtcgatggc catcttcagc
    34981 tcggggtcgc ggccgcctat tatgttgtaa tagaattgcg tcttgacgcg gaaggtgccc
    35041 acggctggat agctgccgcc gcagggattg tcgtcgatgg tcatgcaata catgcccccg
    35101 gtgtacccca ttttgggcag tttggcgatc tgcgccttca cctcattgta gtccttacgg
    35161 atctgtgtga cccggtcgtc ctcctgagcg tatgtggtga tgacaatggc gagggttgcc
    35221 agtgcgacga gaatgcttct tctcattttg attcttatcc tttctatatg taacgggcgg
    35281 cgaaatacgc tattttttct cggcattgca gcatgcctgc gtgacggaca gaccctgatt
    35341 ttgcccccaa ccgaagtgct gatgctttcc gcgctgtgga tttggctcaa aatggatttt
    35401 tgatgctttc cgcgctgcgg atttggctca aaatggattt ttgatgcttt ccgcgccgcg
    35461 gatttggcct aaaatggatt tttggtgcct tccgcgccgc ggatccggcc taaaatggat
    35521 ttttggtgcc ttccgcgctg ctgatttggt tcaaaatgga tttttggtgc tttccgcgcc
    35581 gcggatttgg ttcaaaatgg atttttgatg ctttccgcgc cgcggatctt cggttaagtc
    35641 atattgctcc gctgcactct cgctccgctc actcctccgt cagcttccgg taatactgcc
    35701 tgaggtacga cgaggccggg tcgagcagcg ggcgggagaa ggcagcaaag agatcctgag
    35761 gcgtgggcgg tgtggccggt tcgttgcgca cgagctcgcg ctgctcgtcg gagagggcgc
    35821 gctcgtcgcc tttgtaggtg gcccactcgt cgccccagac gaagcgcccg ggaaagtcgc
    35881 gcgactcttc tccgcgcccg ttggtattgt cgatgatgcg tatgcgcagc gagcccgtgc
    35941 agcgcacctc acgccgatag acgatcagct gcgcgcggac ggtgccgtac acgtcgcgat
    36001 attgcccatc gatgagcgcc gagccgatgc gcacactgtc gcgcgacacc tcctccacgt
    36061 cgctcctctc gcgcatcggg ctggtgcgga agctgctgaa gtcgagctcg agcacctggt
    36121 cggggcgggt caggccggcg cggcgtgcat cgtcggcggt gtagaagcgg acgaagcgct
    36181 ggttgcgccg ggtgatctcc gagaggagtc ggtcgtagaa gtaatcggcc ggctcgatgt
    36241 aggggcgatc ggccgcgggg cgcttcacca cgaccttcat cgtggctgcg tcgagggcct
    36301 catcgatgcg ttgggccacg tcgcggtatc cctccacgaa gcggttcgtc ttcacaaaga
    36361 ggtcatacgc gcggcgggca tcgcgcaggg tgccgctctt catcagccgg ttggcgagcg
    36421 tgtaggcctg ctcggcggcc ttagtcctga cctcgcgcag ctcgcggtcg tagcgcgtgg
    36481 ggcgtccggc cacttcgagt gccttggggc tttcgtggat ggcttcggcc agctcgttga
    36541 gcagcatgta ggcatcggcg gccaccacgt agttgtctga tgcgcctgac tcattggcct
    36601 gccggatgtg tctgagggcc gtctcacgag ccaaggggta ggcctgccgg agcacctcct
    36661 gcgaggtctt gttgcccgga tgtttacgca ggtgcttggc cgcctctaat gtggccttgg
    36721 catagtcgcc ctgcttcagg gcgcgtttgc tcgacgagca gcccgtggcc aacagcatcg
    36781 caagggcgat cagggccatg cagctcagga atccattgtg tgtacttaca gcgttgttca
    36841 gtctgttcat aatgctcttt tcctccttag attttaatgt ttgattttga tgatgtgtaa
    36901 gaattatacg gggcaaatat aggccgggaa gcagggggag gaaagcccag cccccattct
    36961 gcccccaagc gaatccaaaa caccgtctac ttttgcgacg gttaaacaat gtgtaaacga
    37021 tggatatatc agtagtcgtc cccctttaca acgaggccga atccctgccc gaattgcacg
    37081 catggatcga gcgggtgatg gaggccaatc attttactta cgagattatc tatgtgaacg
    37141 acggcagcac agacgggtca tggggcgtga tcgaacgctt ggcgcgccag tcgacacacg
    37201 tcaagggcat taagttcagg cgcaattatg gcaagtcgcc cgccctgcac tgcggcttcc
    37261 agcgcgccga gggcgaggtg gtgatcacca tggacgccga cctgcaagac agccccgacg
    37321 agatccccga gctctaccgc atgatccgtg aagacggcta cgacatcgtc tcgggttgga
    37381 aaaagaaacg ctatgacaac aagctgacta agaacctgcc ctccaaactc ttcaacgcca
    37441 cggcacgcaa attctcaggc atcaacctgc acgacttcaa ctgcggcctg aaggcctacc
    37501 gccgcgaggt ggtgaagaac atcgaggtct ataacgacat gcaccgctac atcccctacc
    37561 tggccaagat cgcgggcttc aacaagatcg gcgagaaggt cgtccaccac caagcgcgca
    37621 agtatggcgt gacgaagttc gggctcgacc gcttcgtcaa tggctactta gacctgatca
    37681 cactctggtt cacgtcgaag tttggcaaga agccgatgca catcttcggc ctctggggca
    37741 gcggcatgtt cctgatcggc ttcgtggcgc tcgtcatagt cttagtcatg aagctggcct
    37801 ccatgttcaa tggcgacctc cggccgttag tgacgacctc ccccttcttc tacatctccc
    37861 tcacagcgat gatcatcggc tcacagctct ttatggccgg cttcattggc gaactgatct
    37921 cgcgcaactc gccgagcagg aacaagtaca agatcgagca agagatataa gccccccctt
    37981 gaaaacgatt ctgctgtgga gcctgctgtc cgtgtgggcg atggctgcgt cggcacagga
    38041 cgcggccgac tcggcatgga tacgaaaggc acagcgcggc gaactggagc tgaatgaagc
    38101 cacacgccgc gccatccgct ccggcacact cctctcgccc ccgcccgacg cgtcaaagct
    38161 gcggcacaac cccgccgacc tccccctcat caaaaccttc gacagcatcc gccccaccga
    38221 ggcgcccacg ccccggccgg aggcgctccc gtctttcgtt tatcggcttt atgaaccgac
    38281 ggacatgcca cagcaattgc ccgccgtggg tagctgcatg atctatcccg aagaaacaga
    38341 acgactaaaa gcgctgcggc gcatcggcct gcgccgggcg agttgccttg ggccaggaat
    38401 gcttccggcg ggggtgagca tctcagtcag ctatgaagac atgctccgct acctcttctg
    38461 gccaagccac cgggcgaagc tccgcaacaa gcgtcatgca gaggcctaca aaggctacgg
    38521 cccgccgttg ccaacctccg attcgcacgt ggagagcgaa cgccgccgac gcaacgaggc
    38581 catcaatgag atgaggcgat gacgtttgca gaagtcccgc aaacgcctac ctcccctacc
    38641 cgacctttat cgtttcccgt ttcaaaagat tcctcgccga ttgagctcct cgcggtagcg
    38701 atgcgcgttg cgattgtgct cctcgagggt agaggcgaag ttgtgacggc cggagaagtc
    38761 ctcgcgggca cacatataga tatagtcgtg ccgcgcgtag ttgaggacgg cgtcgatggc
    38821 cgtgatcgag gggacgcgca aggggcctgg cggcaggccg gtgtagaggt aggtgttgta
    38881 gggcgaatcg acctccttat ggcgatctaa aacgcgctga agggtgaaat cgccgacggc
    38941 atacttcacc gtcgggtcgg cctgtagggg catgccccga tagaggcggt tgaggtaaag
    39001 gcccgcaatc gtcgggtact catccgtcat ggccgactcc tcctcgacga tggaagcgag
    39061 gatggagact tccacgggcg tgagctggat ctgttcggct cggttgcgtc gcgcctcggt
    39121 ccagaaggca tcatactcgc gcttcatacg gcgcatgagt ttgtcggccg ggatattcca
    39181 atagacttca taggtattgg ggataaacat ggccttgatg gtctccgggg tgaagccgag
    39241 cgaggcacag taagcgctgt cgttcagtag ctcctcaatg gcggaggcgt cgatcatcag
    39301 ctgatcggag aggcgctctg agagatcgtg tttgaggcgg acgttgttga aagtgatgcg
    39361 cacgggcgac tggttgccgc ggcgcagatc aatcactaaa tcgaggttat tcatgcccgg
    39421 gcggatggcg tagcgaccgg tgggcatgtt tcgatcggca tagcggaggg cgcgagcagc
    39481 caatcggaag gtgacaagct gacgacatcc ggccgaatct tctaattgtc gacagaggtc
    39541 gtcgaaggtg tcatcggggc ggatgtagac gtaagtcgtg ccccgcgcgg gagagaagtt
    39601 gggagccaga agcaaatagg cgccgcatcc accgatagcc actaacacga tcagcagggc
    39661 gatggaaact ttcttaatca tccgtgcgga gggatttcag gagcttgatt tcggccgcat
    39721 acccatcgag ttcgttgggc gtttcgaggt caaagggcag atcgcggagg gcggggtggt
    39781 tgatgacacg cgtgagcgct tcgaggccaa tatacccttg accgatcttg gcgtggcgat
    39841 ccttgtggct gcccagcgta ttaaggctat cgttgaggtg gatggcgcgg agccggtcga
    39901 ggccgattac acgatcaaag tccgcgagga cgtcgtcgag gtgatggacg atgtcgtagc
    39961 cgccgtcgaa gatgtggcac gtgtcgaggc agacgccaag gtgatcgcta agttcaacgc
    40021 ggtcgatgat ggcgcgcagc tcctcgaagg tgcgccccac ctcgctgccc ttgccggcca
    40081 ttgtctcgag cagcaccgtg gtgcgttgtt cggggcggag tatccggttg agcatttcga
    40141 caatcaggtc gatgcccacc tcaacgcctt gcttgacgtg gctgccgggg tggaagttgt
    40201 agaagttgcc aggcacatac tccatgcgcc gcaggtcatc agccatcgtt tcggtggcaa
    40261 agcgacggat attggggtcg gcagcgcaag cgttgagggt gtagggcgca tgggcgacga
    40321 tctgggcgat gtcgtgttcg gcggcgaatt gcaggaaggc ggcgacgtcc cgctcgtcga
    40381 tggccttggc gctgccgccg cgcggattac gggtgaagaa ctggaaggtg ttggcgccga
    40441 tggatacggc ggctttgccc atggcaagga agcctttgga ggcagagagg tgacaaccga
    40501 ttcggaacat ttttacaagt agttagaggg tagttatgcg ccttcggcgc ggtagttagg
    40561 ggtagttata gggtagacaa aaactacttc tgactaccgg gcgcccttga aggggcgccc
    40621 ctactactgc gccgcaaggc gcataactac ccggatgaaa gccgtcttcc gctactgcac
    40681 cagcttcagg atctcgcacg gctcggaggt gccaaaagtc ttgaccgtct cgaagcagcc
    40741 ggggtatttg gctgatataa accaggcgta gcggtgaata ttgttgatgt actgccccgt
    40801 gttgcgtgtc ggatctatgc ggagctgggc caagagcagg tagttgatct tggattcatg
    40861 cagcagacgc agcatcatgt cggggtcgta aatgcgaaca tcgatttggc ggcattgtgc
    40921 gacgacatcg tctaagtcga gggtgtaggc gacgccctgc tgctccatgt cttgaagcac
    40981 taagggcaga tcttgtcgcg ggtaagtgta aacgcaggcc acgggcgccc gcttgccgcc
    41041 gagagtgagg tcgccgatgg gcgttataat atatcggagc acctcgcccg acatggcgcc
    41101 gtgggaggcg tcggctacga tggggacgag cgatgtgtcg cccttgaggt aaaggagcgt
    41161 gtcggcgggc accgtcagcg aggcgggaag ccccgtgaag ttgcgtccgg tgtaaaccat
    41221 agacatggat ggcttacggc tgacaatcac ggcatccttc tctgcgttct tcgcgatcca
    41281 ttggctggcc ttgatgaagt tttgccagtc gggcgtgaag ccgtagaggg gatcacccag
    41341 caggaggttt tgctgaagga cgggcagggt gcgccccacg cgtagacggg tattattcag
    41401 tgtgccccca aacaagatga gcagcaccac gggataaacg aagaagaaac gccgcgaccg
    41461 ctttgtgttg agcgcgaaat agagtgcgcc gagcaggaag atgaggatga gcgggtagta
    41521 aatcatgatt aaccgatcct gcgcccagat gttttggagc accacgaagc tgacgaagtt
    41581 gagcacaccc acatagatcc ccgtgaagag caacggggca ttgcggcgcg ccacgatgat
    41641 catacccacg aagtagaaca catagatgat aatcgtgcgc gggacgcttg gcatgaacca
    41701 gttgctgggc gtctcgcgca ccacgccgag catctggcag aggaaggccg agaggtagac
    41761 gagggagttg tcgcggagcc gaatccagaa gcccggcaga tcttccatgc cgccgttcag
    41821 gttgtaataa tccttggcta agtagtttct gatgtcgtac gcgctgcctg aggctggcca
    41881 aacgaccttc ttaaagagct ggaacgcaag gaagacgacc gccacggcca cgagggtgta
    41941 gagcaagttt ttccactgcc ccttcacgat gaaatagagg gccacggctc ccactgcggc
    42001 gtaaccgatg ctgcgagtca ggcccatcgc gagggcaaag gcaccgagga tcagatactt
    42061 tttccagtcg tgcttcaggg tgtaggttgc gttgtcgacg cgcaggaaaa acttggagaa
    42121 gaagtagacg aagagcgcct gtgtcaacat aaacaggggc tcgctgtagg tgtagctggc
    42181 gtaaaagaag atgaaggagc agacgctggc cagcagcagc gatggcatca gcacggccgc
    42241 cgggatgatg cccttgaaac tcttatacgt gagccagagt gagagcagaa tgaagacggc
    42301 cgagagcgat ttgagcacga ttagattcat cccaaacagc ccgatgaagg gcgaaaggat
    42361 gatggggtaa agggggccgc ggaaaccggg gaaggtgaag tggtgccaga aggcgtcggc
    42421 ggagaggatg tagtcgcagt cgtcgccgct gaggctgact ttggtgtcga acatgcagat
    42481 gctcatcaac acggccagtg cgatggagag ataaaaaaaa gcgtcttggt aacgctcgaa
    42541 gaaatggttg aggcgggtgt atgcccgcgg ctcaactacg accggctgct tcaaagtggt
    42601 ggcgccggac ttacgctggg tggatttcat ttttgcttga agattttgaa atgtgcgaga
    42661 tgcattttct gtagccggta ggcgatcgcc acgcccagca cgccccagcc ataggtgatg
    42721 ctgcgccgca ggttgatgga cgaggcctcc ttgaagtatt tcgtcgggca actgacctct
    42781 ccgatcggga atcccttgta gagtatctga gccaacatct ggttatcgaa gacgaagtcg
    42841 tccgagttcg cctcataggg gatgctttgc aacacctccc gcgtgaaggc gcgatagccc
    42901 gtgtgatact cgctgagctt ctggctcatc agggtgtttt gcgcgaatgt cagcaggcgg
    42961 ttggccacgt atttatagag cggcattcca ccgacccggg caccctttcc gaggatgcgc
    43021 gaggcgatga cggcggggta aagtccgctg gcgatcatgt ggcaaatgga ggggagcagc
    43081 agcggtgtgt attgataatc ggggtggagc atgacgacga tgtcagagcc tatctcgagc
    43141 gctttgttgt agcatgtctt ttgatttccg ccgtagccct tgttcttttt atgccggatc
    43201 acatatcgga tccccagctc ccgagccact tcggtggtgc gatccgaact cgcatcgtcg
    43261 accagcacca cgtggtctac tatatcaaaa gggatttcgg catatgtctg ccgtagtgtt
    43321 tgttctgcat tgtaggccgg catcaccacc gtaatcactt tgccttgtat cattatatat
    43381 atggttcttg tattcttctg attgcgcgcg caaaagtaaa agaaagccct tccctcaggg
    43441 cggggcacgg aggggcgcgg cgtgggtggc gagggggctt tttcctatcc cggagcgtcg
    43501 cgagacccaa aacgcagcgc cgcaggcctt gtccgcgcct tgcaaggcct gaaactcgcc
    43561 actttttcct atcccggagc atcgcgaggc ccaaaacgca gcgcattttg cattctccca
    43621 cattaaatta tcggcatatg caatgcaaat cataagccca cgcaccgaga gcttatgata
    43681 tgcattgcat gtaataaacc cacgtaccga gagattatga tatgcattgc atgtaataaa
    43741 ctcacgtatc gagagcttat gatatgcatt gcatgtaata aactcacgca ccgagagttt
    43801 atgatatgca ttgcatgtaa taaacccacg caccgagagc ttatgatatg cattgcaagt
    43861 aataaaccca cgcaccgaga gcttatgata tgcattgcaa gtagcaccca ttcacaccga
    43921 gagcttatga tatgcattgc aagtagcacc cattcatacc gagagattat aatatgcatt
    43981 gcaagtagca cccattcaca ccgaatgaat gctacttgca ttgcaggtga caacaattta
    44041 atgtgggaga atgcaaaatg cgctgcgttt tgggcctcgc gatgctccgg gataggaaaa
    44101 agtggcgagt ttcaggcctt gcaaggcgcg gacaaggcct gcggcgaaaa acgggaagca
    44161 tgctgctgcg ggatggggaa acgcggcgaa aaacgaggcg cgtggcgccg atcggacggg
    44221 ggaaaggccc ccacaagggg aggggcgccc ctacgaatgc tcttccacct ccacaaaggc
    44281 gcggaagcag gtggcggatg tgacgggcgt caggctgaga tagcccgagc ggaggcggcc
    44341 atcggcgtaa cacgcgggga ggcgcagggc atcggactgg tgatcgcgca gggcactgtc
    44401 gggctgggag gaacgggcga tggtgagcca tccggcggcg tcggggtgga caaggcggcg
    44461 gctgaggctg gcggcgacga ggcccatcgt gtagcgcagg ttgagctcga tgaaggggtg
    44521 gacggcctcg gcgccgccgg gcaaacggta ggtgagcatg tcgacaccga ggaagccgct
    44581 gtaggtgcac ccgatgacgg ccgagagagc ctcggatacg gccacgcgga ggcgatcgaa
    44641 cagggggccg cggagcatgt cgggcaggtg gctgcggagc tggtcggggc tgccgaggcg
    44701 cgcgcgactg aaggcgccgc ggggctgggt gtcgaagacg gagaggtcgg cgtaagcgat
    44761 ccgtccacga ccgtcgctgt agaactcgag ggcaaagtcg gacgtcttgt ccaaccgccg
    44821 ctctatgctg accgtccccc agcggcggag ggcacccgca atccattgct gctgctgggc
    44881 gctcatcgcg tcgccatcca tgtggagcag tccgcgaccg gagcatgaga agggcgtctt
    44941 gaggaggaag ggtgggcggc ggcacgccat gtaatcagcg atgtcggcga gccccgtgca
    45001 gaaggtgggc ggctcgatgt cgggcagctc gggcatcctg cggagcacct ccccgaggca
    45061 acgggcggcg gtctgtcggt gaatgagcgt gcggaggtcg tcgctccaca cggggatgct
    45121 gaggggtgcg ccgcgctggc gaaggcgatc gaaacgtgcg agtatgtggg gcgagagtcc
    45181 ccaggggacg gcaagcagcg gggcgtcggc ctttaggcgg cagagcgcgc tgtcggtgag
    45241 tgggctgacg ctcgggcgca aaaaaagagg gagcgaatca aggaattgat tcgccccctt
    45301 gctgtcggtt gtccagacga cgtcgccgtc tgaggcatac catatgggga gtatttcgag
    45361 gtcttctgcc atccgccggg aggcgctgtc gggggtatag ttggctattc cggccccgac
    45421 ggccgtttcg tttccggggt tgaagcagtg caggcgccta ctccaggctt tcatcgatcg
    45481 cgtcgatctt cttctccaca agcgccatct cctctctgag ccgctctaac ttgcgctcca
    45541 tctccttgag caggccgctg ccgcccttgg acgagatgtt gaggaagccg aggttgttct
    45601 cgtaggtctg gatctcgctc ttcatccgct cgtaggtacg catgagccgt tcacgttcgg
    45661 tgtgtatgcg cgtcttgcct ttttcggcca tgtcggagag gccggaacgg aagtcgcgga
    45721 gcttgcgatc agtctgcgcc acgttgaggc gggtatactg tgcgtcgacg gctttacgga
    45781 agctgtcgta ggccttttcc ttctccttaa agggtacgta accaatggct ttccagtctg
    45841 cgatgagggc cttgagtgtg gtgagggcct cgtcgtcggg cagttcgttg agggcttcaa
    45901 tcttcctcac gatctcgttc ttggcttcga ggttggcctt ttcatcatca cgttggccgg
    45961 cgaaggcttg gtttttacgc tcgaagaagt agtcgcaagc ggcattgaag cgtttccaga
    46021 tgggctctga atggcgcctt tgcgaggggc ctatcttctt ccactcgttc tgtagctcga
    46081 tcatggcttg ggtcgtctcc ttccagtcgg tgctctcctt cagcgcctcg gccttctcta
    46141 agagcgcctt cttctgcttc aggttctcgt cgaggtcttt tcggatgctc cggaagaact
    46201 cgctgcgatt cttgaagaac tcatcgcaag cggcgtggaa gcggtcgtag atcttctggt
    46261 tctgcttccg agaggcgaag ccgatggtgc gccatttctt ctgcagcccg atcacttctt
    46321 cggtcttctt ttcccagtct ttgaaggtct tcaggtcgtc atatacgaca gcctcgacaa
    46381 tctcgcagag ggcggttttc tccttcaggt tctccgcctc ctttgcacgc agcgtctcga
    46441 agtatgcctg atgcttctta ttgatctggg tcatgatttc cttgaagtta ttccatacct
    46501 cgtcgcgctg ttcgcggggc acggggccga tctcacgcca ttgctggaag agctgctgca
    46561 tgttgcgata ggcggagacg acgtctttca cgtcaagcag tttctgtgcg gcctcggtca
    46621 gtcccagctt gcgttccaaa ttcttcttga agtcgtaatc acgcagctgg tggttgatct
    46681 tgacgaggtc ataaaagcgc tcgctctgta cctgataatc gcgccacaaa tccttgacgt
    46741 gttcctgcgg cacggggtcg tattccttcc acttctgctg aatgtcgcgg aactcgttgt
    46801 atcggcggtt gaagtcgtcc gggctttcta tgagcccttt tatgcggtct atgaggttca
    46861 gcttcttgac gtagttctct tctctcacgc gcgccttcac ccgctctatc tcggccttgc
    46921 gttccttgaa gcggtttacg acctccttaa atacggggag tgtatcgtcg atcggagttt
    46981 cgaagtcgtc ttcattcccg ccaccttcta aaaagacacg cttcaactct tcagactcag
    47041 ctttgacaat acggtagtac gactggcgca gcttgtcaaa ctgttcacgc gtgacgtcct
    47101 ccgcatgccc gaccagctct ttcagcttat cgatgatctc atgcttgttg agcataccga
    47161 cggctcccgt ttcgatggct tcctgcagtt cgccacagta gtcatccggt gtggtgggaa
    47221 gctccttcat ctgcggatcc tgctgcacgg ccgcttcgtt gacgacgatg tcgcgtaccg
    47281 tctcagccgg tgcctcttgc ggggcgggtt gttccgctgc cggttcggat acttccgatg
    47341 taggctcggg ttgatcgggg gttggctccg gtgctggggc aggcgcctcg gttgcatcgg
    47401 cggcggcctc ggtcggggcg ggttccggtg tggttacgtt ttcttcgggg gtgtgtgcta
    47461 cgtcttgcgt gtccacgttc tcagacagat tgtccgaaag ctgttcgggc gcccgatcca
    47521 tttccggaac gctcgtctca ttggtgtctt ttatcaattc catttcgctg tttttattac
    47581 agggaggttc ttccctccgt tatccactca gtgggacaaa ggaagcagtt ttcgggggat
    47641 tgactattcc cgccgtgaaa aagtgccgat cgtagcaggg gaaaaaggag ggcgcaaagg
    47701 tcttttgtga cagtttcgta tttattggag taacaaaaat ctcggatcgg cggttataat
    47761 agggaacgca ttcccgggca ggcggcggac cattcccccc tccactctgg ctgggagcct
    47821 ataaaccaaa tacaatgatg atagtagatt ccctacagaa ctcgaagtac atcgagtcgt
    47881 tgcatccctt gtttaaaagg gcatttgatt atttgaagga gacggacttc tcgcaagttg
    47941 aggacgggcg gatcgagacg gatgacccac ggctgtcgtt ctccatcacc acctgccgcg
    48001 ggcgtgatcc gcaagacgcc gtcttggagt cgcacgaacg gcatatcgac atcctcacac
    48061 ccatcgttgg ggtggaaagc gtgggatgga aggcgggtga cgaactgatg ctcatctccc
    48121 gaccttacga cgcagagaaa gacagcaccc tctacctcga tttccccacc acatacacca
    48181 agctctatcc gggacatttc gctgtctact tccccgagga tggccatgcg cccggcatcg
    48241 ggcagggcag tatccgcaag gtggtagcca agattgccgt ggggtgagaa cggaatgtcc
    48301 cgtccgaggt ataccggaag ccgttaaatg atcgtaaaat tcggacgctc caacgacatt
    48361 cgatcaacga tttttccact tatgcgttac atttacatcg agaaaagggc tcagggagcg
    48421 gagttccctt tctcaaggac gtttgatctc ttaaattttt atcgcgatga aaacattatt
    48481 tccaaagaat cccgcgtgga ttcgtacacg aaacggcgac atcgccagga gtgatcccaa
    48541 tatagaaaag agggactact tctgcgagag tcaagaaccg agggcggaag cgcccgatga
    48601 acggactaca gtccgcggag acaatcttgc aggcgtaaaa aacaggagac agaagttttt
    48661 cgcgtgctac aacatgttct tttagtagcg gtcaaacatg accgtgaagg gttcggcccc
    48721 attggccgaa acaagcgcaa tggagcatga gctgatcaca attttagggc ccacggcctg
    48781 cggcaagaca cgatttgctg cggcgtgggc ctctcttttg cacacggaga tcatcagcgc
    48841 tgactcgcga caggtctacc ggcgcatgga catcggcacg gggaaggact tggaggacta
    48901 tgtggtggat ggacggcagg tgccctgtca tctgatcgac atctgcgagc cgggcacgcg
    48961 ctataatgtg ttccgctatc aacacgactt cttcaacgtc ttccacaggc tgcgcacggc
    49021 gggcgtggtg ccaatcctct gcggagggac gggcatgtat atcgaggcgg tgctgaaggg
    49081 ataccggcta ttggatgtgc caccgaacga ggcgcttagg gaacggctga aggatgtgcc
    49141 gcttgaggaa cttgaacgga tgttggcatc gtacaagacg ctgcacaaca agacagacgt
    49201 ggacagcgcg caacgcgcca tccgtgcgat agagatcgaa gagtactacc gccacgaggc
    49261 accggggcgc acggagttcg cgccgctaaa gagcctcatc atcgggttgg atattagccg
    49321 agagctgcgc agggagcgta tctcgcgacg gcttgccgta cggctggatg aggggctgat
    49381 cgacgaggtg agggcgctac tggacgaagg aatcacggcg gaggatttga tgtattacgg
    49441 gttggaatat cgcttcgtga cggagtatgt gatggggcaa cgctcgcgcg aggagatggt
    49501 gaggggtctc gagatcgcta tccaccagtt tgccaaacgg cagatgacgt ggttccgagg
    49561 catggagcgg cgggggttta cgatccactg gatcgacgca acgcagccca cggacgagat
    49621 gatcaggcgt gcggaggagc tattatataa ggtagttaga gggtagttaa ggggtagtca
    49681 agagtagtta gagggtagtc agggggagat ggaggaagta gttgtatcgg cataaatcaa
    49741 aaggaaatag acaatggaat tgaatgaatt gagaggcaag aagcagttct ttctgctggc
    49801 tgggccgtgc gtgattgagg gggaggaaat ggcgctgcac atcgctgaac gagtggcgga
    49861 gattacggct cggttgggca tcccgtacgt cttcaagggg tcgtatcgca aggcgaaccg
    49921 ctcgcgcatc gactccttca cgggcatcgg cgacgaacgg gcgctcggca tcttgcgtaa
    49981 ggtgcgcgaa cagttgggca taccgaccgt gacggacatc cacgaggcgc atgaggcggc
    50041 tgtggcagcg gaatatgtgg atgtgctgca gatcccggcc ttcctctgcc ggcagactga
    50101 cctgttagtg gcggcagcgc gcacggggcg gatcgtgaac atcaagaaag ggcagttctt
    50161 ggcgccggac gcgatgcggt ttgcggcgca aaaggtggtg gacgcgggca acccgaatgt
    50221 gatgctgacg gagcggggaa cgacgttcgg atatactgac ctcgtcgtcg acttccgtgg
    50281 cattccccgc atgcaggcct ttgggcatcc ggtggtgacg gacatcacac actcgctaca
    50341 gcagccgaac ttggcttcgg gcgtggcggg cgggttaccg gagctgatcg aaacgatcgg
    50401 gcgggcggca gtggccgtgg ggacggacgg gatcttcctt gagacgcacc ctgatccctc
    50461 ttcggcgctg tcggacgcgg cgaacatgct tccactcgac cgactggagg ggctgctcca
    50521 gcggttggtg cgcatccgcg aggcgatcgc tggaatgtaa acaggggaaa atcaccccaa
    50581 gagagcataa agcgtaggga cgacgtacgt ccttgcgctt attttgatct aaatcactca
    50641 ttcgatatag aaaatacaat gagaaatcgc atcagatcca gtgcagagca cccgttttgc
    50701 tcgcacgaga agaataagac ctcgcacgcc atacttttta cctcacgcga gaggtctaaa
    50761 acctcgcacg ccatactttt tacctcacgc gagaggtcca aaacctcgca cgccatactt
    50821 tttacctcac gcgagaggtc caaaacctcg cacaccatac tttttacctc acgcgagagg
    50881 tccaaaacct cacacacgga atttttccgc tgaggggcga aaaaccgtag gccatgagac
    50941 ggcctacctt tgcccccgac acatacccat aaacccttaa caattatgca taagaaattg
    51001 acaatcgcgc tcgtagcgca cgacaaccgc aaggtcgaca tgatcgattg ggcgatcttc
    51061 aacgccgact tcctggccgc ccacaactta gtctgcaccg gcaccaccgg cacactcatc
    51121 aaagaggctt tcgaggatcg aggcatcgaa tacagcaaca tccgctgcat gcactccggc
    51181 ccgatggggg gcgacacgga gatcgccgcc atggtggtgc gcaaggagat caacctcgcc
    51241 gtcttcctca tcgacgacct gaacccgcaa ccacacgagg cagacatcca aatgctgctc
    51301 cgccaatgcc gcgtgcacaa cgtgcccatc gcctgcaacc gatacagcgc cgacctgatg
    51361 atcaccagca cgctttggga cgacgaacag tacgtgccca tggatccgaa atacgaaccc
    51421 ttcgaccgta gtaaatactc gatatgaagc tcaacatcgc cgtcttgccg ggcgacggca
    51481 tcggcccaga ggtgatggat caggcgctga aagtggtgcg caccgtctgc gagaaatacg
    51541 gccacaagct gcacgcagaa acagccctca cgggtgcctg tgcaatcgac gccacgggca
    51601 atccctatcc ggaggaaacc cacgcactat gcatgcgcag cgacgccgtg ctctacggcg
    51661 ccatcggctc gcccaagtac gacaacgacc ccacggcccg cgtccgcccc gagcacggac
    51721 tgctatccat gcgcaagcgg ttagggctct acgccaacat ccgccccgta acagccttcc
    51781 cctcgctgct ggagcgctcg ccgctccggg ccgacttggt gcggggcgtc gactttgtct
    51841 gcatccgcga gctcaccggc gggctctact tcggccggcc gcagggacgc agcgaagacg
    51901 gtagcgtggc ctacgacaca tgcgtctatt cgcgtgagga gatcgagcgg atcgtgcgcc
    51961 tggccttcgg ttacgccatg aagcggcggc gccatctgac ggtggtggac aaggccaatg
    52021 tgctggccac gtcgcggctg tggcgtgagg tagcacgtcg ggtggcgcag gaatttcccg
    52081 gcgtggagac ggattacatg ttcgtcgaca acgcctccat gcgcctcatc cagtggccca
    52141 aaagtttcga tgtcatcgta acggaaaaca tgtttggcga catcctcacc gacgaggcat
    52201 ccgtcatcag cggatcgctc gggctgctgc cctcagcgtc ggtcgggctg cacacctcac
    52261 tcttcgagcc catccacggt tcctaccccc aagccgccgg ccgcaacatc gctaacccgc
    52321 tggccatgat cctctcggcc gccatgatgt tcgagtacgc tttcgaccta cccaccgagg
    52381 gcgccgccat ccgccaagcc gtagacgcat ccatggccgc aggcatcgtc accgaagaca
    52441 tcgcccccaa aggcgcccgc gcctatagca cgtcggaagt gggcgactgg gtggccgcac
    52501 acatctaata cgtcatcttc agtagcccct cgacctcgga cttatccgcg cccaggtcga
    52561 gggctttttt gaaatcagcc gctgccgcct ccttctcata ctgcgccagt cgcaccttac
    52621 cgcgcagtat atataggtaa gccgacggct ccttttcgcc cgcgaacacc cgacggagat
    52681 cggccatggc gcgggcgttc tttttcatca ggaaatacag ttcggcgcgc tcctcataga
    52741 gctggaggtc gttcgggtca cgaccgatga ggtagttgag caccgcttcg ctatccgcat
    52801 aattgccgcg cgccttgtct aataaggcaa accctaagcg ccccagcttc gagtccgggt
    52861 caatctgaag gatccgctca aagtccgcat cggccgacat aaactccttc agctccacgt
    52921 agagcatgcc acgccggaag cgtgcgtcga tgtcggcagg atcggcgcgg agcagcgcct
    52981 cgtagtccgc cagcgccagc tccgtttcgc cacgctcgac gaagagctcc gcgcgattcg
    53041 taaggatcag tttgttgtcc ggctgcagcc ccagggcagc ggtgtaggag gtgagcgcct
    53101 catcgcgcaa ccccatacgt cgctggatgg taccgaggtt agaaagcagg gcaaaattgt
    53161 tgcggttggc cggctcaagg tgcagcgccg ccttgagcgc ctgctccgcc gccggcagat
    53221 ctccccgatc caggcagtca taactccggc cgatcagctc ttcatacgtc tgcgcccgca
    53281 gccccgcgcc gcacatcagg ccaagccatg cggcgatcat gattcgtttg atgttcatct
    53341 tattttattg tctatagaat gtggaatgga tcatacgatg gatgcctctc tacatggatc
    53401 cccactttgc gcgcttacgg atccatctat atttgcgccc acattttaca taccaacaga
    53461 gttttattat ttcaatcaat ggcaacaaaa atcagattgc aaagattcgg ccgcaagggc
    53521 tacgcctttt atcaggtcgt aatcgcagac agcagggctc cacgagatgg aaagtttatt
    53581 gagaggatcg gttcgtataa ccccaacaca aatcctgcca caatagattt gaatttcgat
    53641 agggctttgt attggctaca gacgggtgca cagccgactg acacggcgcg catgatcctc
    53701 tcgcgcgagg gggtatgcct caagaagcac ctgttagagg gcgtcaagaa gggcgctttt
    53761 gacgaggcga aagccgaaga gaagtttcag gcatggctct cggagaagaa gctgaccctg
    53821 caacaagtga gagacgccga gcgcgagaag tcaaaagcct ccgtcaaggc gcgcctcgac
    53881 gctgagacgg aaatgaacaa ggccaaagct gaggcgctgg ctaagaagaa ggccgagata
    53941 gccgccgcca aggcaaaggc tgaagccgaa gccgccgcag cagctgccgc agaggccgag
    54001 gccgcaaagc ccgccgaagc acccgctgct gaagctccgg ccgctgaagc ccccgccgca
    54061 acggaagctg ctgccccgga agccaactaa ggaatccccc ccgtgccccc cggccgcttt
    54121 ttgaccggcg ggcgggtaca cttaaacgcg aagtgtccga cttaccctat cgaggggtgg
    54181 tcggacactt tgtttttgca catcaccgaa gggggggcgt gccctccccc cagagtgcga
    54241 catgtggggc ttactgcttc ttcttttcca ataagacctc ctcgatcatc ttcacgaagc
    54301 tctcctccgg cagggcgccc atgctcacct gcggctcgcc cttcatgggc acgaagagga
    54361 tcatggggat gctgctcacg ccaaacgtcc cggccagctc gcgctccttg tcgacgttga
    54421 tcttgtagat cacgatgtcg tccttatacc gcttggccag ctccttcagc accggcgcca
    54481 cccggcggca ggggccgcac cagtcggcgt agaagtcgat gatgcacggc ttgtcgccct
    54541 catacgtcca cttcgatggg ttcttctcgt agtcgaacac tttagtcagg aaatcagcct
    54601 tattcagaac gatcacttcg ccctcgctgc ccgagtggtt agggctgcct gcgcaggcgg
    54661 ccaaggagac gaacaggagt agcgtcaaat acttcaattt gttcatacag ataggtgttt
    54721 tgtgtgaata attaatgcgg cgcaaatata gaggcgcatc caaattggct tcgggcaagc
    54781 gctcactacg accgatggag gttcaaaacg cggttttggc gcattgcatg gtctgcaatc
    54841 ctcaaaaacg cggttttgga cgcattgcat gggctgcaat cctcaaaaac ccggttttgg
    54901 acgtattgca tggtctgcaa tcctcaaaaa cccggttttg ggcgtattgc atggtctgca
    54961 atcctcaaaa acccggtttt gggcgtattg tttggtctgc aatcctcaaa aacccggttt
    55021 tgggcgcatt gtttgatctg caatcctcaa aaacgcggtt ttgggcgcat tgcatggtct
    55081 gcaatcctca aaaacccggt tttggacgcg ttgcatgggc tggcaattca tcctctcccc
    55141 tccccccgac ttcaatccac ctcgtaatgg atgcggaggc cggtgtgatc gggctgagag
    55201 aggatgtcgc ggtgggtggt gagcagcagg cggcgcacat cggtggcggg gaaggtgagg
    55261 gccaccttga gcaggatctg gcggatgtag agcgatcgca cacgggctac gggcggggcg
    55321 taagggccga tgaggccgtc ggtgagggaa gggcggaggc gctcggcata cgtctcggcg
    55381 gcatggcgca gggtgtcctc gttgtggtgg cgaaggatga cggtgatgag gcggcaatag
    55441 gggggataaa tgaagcggcg gcgctcggcg agcagggctg tggccatgct gacatagtcg
    55501 aacgtgcgca cccattgcag cagcggatgg tcggggtggg tggtttggat gacgaccgtg
    55561 ccgcggcgat cgcgccggcc agctcgaccg ctgacttgca tcatcagctg gaaggcgcgc
    55621 tcgtgggcgc ggaagtcggg gacgctcatc aggctgtcgg cgctcagcac accgacgacg
    55681 cccacgcgac cgaagtcgag ccccttggtc agcatctgcg tgccgatgag catttgtgta
    55741 tacccctgct caaagtcgtt gagcacacgc cgataggccc tcggcgtacg gacggcgtcg
    55801 gtgtcaaggc ggccgatgcg gacattgggg tagagcgccg caatctcgtc ctccacgcgc
    55861 tccgtgccat agcccatcgt gcgccactcc tcgccgccac attcggggca atgcacgggc
    55921 acaggccaag cgcgaccgca gtaatggcag acaaggcgct gctgcgtgcg atggtaagtc
    55981 aggctgacat cgcaataggc gcagcggggg atgtagccac acgatcggca ctccatgacg
    56041 ggcgcgtagc cgcgtcggtt gcggaagagg atcacctgcc gcccttcggc cagcgcagtg
    56101 tcgatggctt cgcacagggg cggcgagagg agcgcgtcag gcttcatgcg ccgtttgcgc
    56161 cgcagctcct tcgtgtccac gagcatgatc tccggctcgg gcgcagcgcc gtagcgttcg
    56221 gtgagggtga cgaggccata ccgccccgta cgcgccaagt agtacgtctc gagcgacggt
    56281 gtggccgacc cgagcagcgc ctgcgcaccg tgcatccgag ccagcatcaa ggccgcgttg
    56341 cgggcatggt aacgcggcgc gggatcgcct tgcttatacg acggctcatg ctcctcatcc
    56401 accacgacga gccctaaccg cgtgaaaggc aagaaaagcg acgaacgcac cccgacaact
    56461 accatcggct caccctccgt gtgctgcaat cggcgccaca cctccacgcg ttcgcgctcc
    56521 gtcaggccgg agtggtaaac gagcaaccga cagccgagga cgtctgccag tcgttcggtc
    56581 atctgtgtcg tgacggcaat ctcgggcaag aggtagagcg cctgcttccc ctcgcggagg
    56641 gtgtcgagga tgaggtggag gaagatctcc gtcttgccag acgaaggggc gccatggagc
    56701 aggcagacag gcttcgcagt aaaagatgca cggatggctt cgtaagccgt ttgttgcgct
    56761 ggcgtgagcg gtcgggcggg gtgcgtgatg cgatcgagga agagggggcg cggctcgacg
    56821 gtgtgctcca caagcatcag tgcaccgcgt cggatgaggg ccgtgagcag ggcggccgag
    56881 gcgccggtag cctgcaacag ttctttccgg gggatctcct gccgaccgcc gggcgagaag
    56941 ggttgggcca tgtcgaggaa gtggagcagc aggcgctcct gactggcggc gcggcgaagc
    57001 gtatcaaaga gtggccgcag gctctcctcg tcggggtaat ccgcagcgag gcgaacgaac
    57061 acttcacgcc gcggggtgat gccggccttc acctcctcgt ccacacgcac ggcgccctca
    57121 aacaccaatg ccgtgagcgt aggcaatagg ttacgcaccc ccgaccgacg ctccaactcg
    57181 gccacggtgg gcggcttgga gaaggtggcg agggcatcga gcgcggcctg cgccttgcgt
    57241 ggcaggggca ccgccgacgc ataatcgcct gacaacgaca cgaccgtctc gctgtcgggc
    57301 ctcaaccccg agggcacggc cgcaccgtaa acctcccccg gtgcacacag gtaatacgac
    57361 gccatccact cccagaaacg cagctgcatg ggctgcacaa gcggctcggc gtcgggcgca
    57421 acgaagatgg atttgagcct atagctcgcg gcaggcgctt ggcggtgcac ctcgcagacg
    57481 atgcccgtgt agtaacgccg cgccccgaag ggcaccacca cacgcatgcc cacctgcacc
    57541 tcgctctcca tgccctcagg cactgagtag gtgtaggcat cggccatggg cagcggcagg
    57601 aggacgtcgg cgtaaagcat actaaataag taagggcgaa caatcattcg cccctacaaa
    57661 tcattgacca ttatccatga ataacctcag aacagcaccg tagcggaaag catccacacg
    57721 ttggagcgga cgccgtaagc ccgggcgccg tagtaggtgc cgtaggggaa ggcgcggtag
    57781 gcgtcggaga ggcccatgtc gtaggtgagg ctgagctgta ggcgccgcac gatatcgatg
    57841 cccgcggtga agtcccagcc cgcagccacg tcgcgcgcta cataaagcat ctccgcgtgg
    57901 tggttcttgt cgcccgtaag gcggaaggag aggtaggggc ccgtggagaa gaagggcgcc
    57961 acgcggcgga cggggaagcg atacttgagc gtcacgggca ggtcgatgta atcgttgcgc
    58021 aggttgaagt tgcggcgcga agattcgcca atgccgcgct ggctgaagag cagggcgccg
    58081 tcgatgtaga gcccgcgcac gggcaacttg aactcggctg ctggcccgac atgcacgccg
    58141 atcacgcgat cggcatcgat gccgtacttg gagtctacgc cggcgaagtt gagaccggct
    58201 ttaatgccga agcgcacggg cgagacgcgg cggtattgcg tcgttgtcgt ccgtcggtat
    58261 tgttgttgcc gtgggcgtct ggtttgcgcc tcggccatca cggttgtcag cagcagcagg
    58321 gcggctaaca gcatgcttgt ctttttcatt tgtcctatga tataatgtgt aaaacaagaa
    58381 tcgggggagg aaggccatga ttcatgcgtc atcgcctcct tcccccggtt gttgatgtgg
    58441 ttatggattg gctaaaagaa tacggtggct gaaatcatcc acgtgtgcgg cttgccgctg
    58501 taggaattga cgttgcgccg atcgaagagc ctgtaatcgt ccgtcaggcc gaggctgtag
    58561 gtcagcccca cctgcaccat gttcatcacc tcggcgccgg ctgtgaagtt caggcccgca
    58621 gcgaagttct tggcctccac ttggtcgatc acttgcccgg caatgttcca aaacttattg
    58681 cccgagacgc ggaacgaggc gtagggcccg gctgcgacga agggcgagac catgggcacg
    58741 gcaaacttga acttggcatt gaccggcaca tcgatgtagt ctgaccggaa gctgttgtcg
    58801 cccaccccaa agccgcgctg gctgtagagc acggccccgt cgacgccaag gccgaggatg
    58861 ggcaggttcc actccagcat ggggccgacg tggaagccgg tgatgttgtc agagctcagc
    58921 acgctgtgtt cgagcgagac cgaggcgatg ttaaggccgc ccttcacgcc gaagcggaac
    58981 tgagcctgcg ctgtggtcgt ggcgacgagc agtatggccg cggccaaaat ccatttcatt
    59041 cttttcattt ttctgttcct ccttgatttt ttttgatggg tgttcgatgg atatacatgt
    59101 aaaacctccc aataaacaat cgggcggcgg taagtgttca cggaggcgcg acggcccgtc
    59161 gaagtgttcg atggggcgaa acacggctgc aacggcccgt cgaagtgttc ggtggggcaa
    59221 aacacggctg cgacagcccg tcgaagtgtt cgatggggca aaacaaatct gcaacagccc
    59281 gtcgaagtgt tcgacggggc gaaacacggc tgcaacgacc cgtcgaagtg ttcgatgggg
    59341 cgaaacacgg ctgcaacggc ccgtcgaagt gttcggtggg gcaaaacacg gctgcgacag
    59401 cccgtcgaag tgttcgatgg ggcaaaacaa atctgcaaca gcccgtcgaa gtgttcgacg
    59461 gggcgaaaca cggctgcaac gacccgtcga agtgttcgat ggggcgaaac acggctgcaa
    59521 cggcccgtcg aagtgttcga cggggcgaaa cacggctgcg acagcccgtc gaagtgttcg
    59581 acggggcaaa acacggctgc gacggcccgt cgaagtgtat tttgagctgt tgcaaatctg
    59641 cgacgatcag aaatagtgta tttcgaggct atgccaatct gcgacggtca gaaatagtgt
    59701 atttcgaggc tatgccaatc tgcgacgatc agaaatagtg tatttcgagg ccatgccaat
    59761 ctgcaacggc cagaaatagt gtatttcgga gctatgccaa tctgcaacgg tcagaaatag
    59821 tgtatttcgg ggcttcccct gcgaaagggt ctacttttgc ggcggatgct tagatgcacc
    59881 gctacttcta actacccttt gactacccta taactaccgc gccgcaaggc gcataactac
    59941 cctatggatt acgcgattat tgctgcgggc gagggctcgc gattggtgca ggagggggtc
    60001 acgacgccca aacccctcat caggctgctc ggggagccga tgattgaccg ccttatcaga
    60061 ctttttctcc gacacggcgc ctcgtcgatc agtgtgatcg tcaacgagga gatgaccgat
    60121 gtgcaacgcc acatggaggg gctccggctg cctgtgccgc tgaaccttgt ggtgcagtcg
    60181 acgcccagct cgatgcacag cttccacgcg ctcagcccct tcttgacggg cgacgcatgt
    60241 tgcctgacga cggtcgacac cgtctttcgc gaagaggcat tcgcggccta tatcgacgcc
    60301 ttcgagcgca tgcccgcagt ggacggggtg atggctgtca ccgcgtttgt ggacgacgag
    60361 aagccgctct atgtgaagac cgatgcggca ggcatgatcc gcgccttcct cgatcgcgag
    60421 gagggcgaag cggcgggctg ccaatacgtc tcgggcggca tctacggcct gcgtcgggca
    60481 gcgctcgatg tgctcgatcg cgcgatggag caaggcatct cccgcatgcg caactaccag
    60541 cggatgctcg tcagcgaggg gctgcggctc cgggcctacg ccttcgataa gatcctcgac
    60601 atcgatcacg ctgcggacat cgccaaagcc gaagcgttct tatctgaagg gaaatgatgc
    60661 gtgcgggtca ttatacggtt gcgggcatcc gccgcgaccc gcgcttctcg ccccatcacg
    60721 aggcgaacga cgaggccatc ttccgcctca cagccgaggc gttgcgggcg cgtggctgca
    60781 cggtgcggga gtacaccgag gccgacctct gggccgaggc cgtgagcgcc gatgcggtgt
    60841 ttggcatggc ccgcgatccg cgctcgatcc gctgcttgca gcgcatggag gacggcgggc
    60901 tgccggtcgt caactccggt tacgccattg cccgctgtgg ccgcgaaccg atgacacgtc
    60961 tcctcaccga ggccgcgttg ccacacccgc gcagcctgat cctcccgacg gctgacgacc
    61021 ctacgccagc gctcgcctcg gctgcgatcg acgcctgctg ggtgaagcga gccgacggcc
    61081 atgtggtcgg tgcgggcgac gtgacctttg cgcccgatcg tgaggcggcg cgcgaggcct
    61141 tccgcacact gtctcgccgc ggcatacaga cggccgtcgt gaacgagcat ctgacgggcg
    61201 acctcgtgaa gttctacggc gttgcgggca ccgacttctt ctatgccttc tatccgacgg
    61261 ccacgcgcca cggcaagttc gggctggagc aggtgaacgg caccccgcga ggcatcgcat
    61321 acgacaccag tgcactccgc acaacctgca atcgcgccgc caccgtgctc ggcctacgca
    61381 tctacggcgg cgactgcatc gtgtccgaca ccgacggcct tgtgcgcctg atcgacttca
    61441 acgactggcc cagcttctcc ccctgtcgcg aggcggcggc accgtttatc gcctcctgta
    61501 ttcaccgttt aatcgccatt taaatgacag ataagaccac ggcgccgggc atggcgtcga
    61561 ccctcaaatc cttagacacg gaagagtgca tcgacatctg gttttaccgc cccattggct
    61621 accgctgggc gctgctcttc cgccgcttag gcgtctcgcc caacgccgtc acgatcatgg
    61681 gcatcttcat cggcatcgcc gctggcgtgt gcttctatta ccacagcctc acggtgaacg
    61741 tggtcggcat gctgctactc atctgggcca actcgttcga cagcgccgac gggcagctgg
    61801 cgcgcatgac gggccagaag tccccgctcg ggcgcgtctt ggacggcttc tgcggcgacg
    61861 tctggttctt caccatctac gtggccatct gcctgcgact catgcccgag tgggggctgt
    61921 ggatctgggt gctggccatc gtcacgggca gctaccacag caagcaggcc gccatggccg
    61981 actattatcg caacatccac ctgctcttcc tcaagggtcg cgcaggcagc gagctgtcgc
    62041 actcgcaggc cgtggaggcg agctatcggc ggatgacgtg gcgcggcgac ttcatctaca
    62101 agctcttcga gatgttctac ctccgttaca cccgcagtca ggagcgctcc acgccccgct
    62161 ttcaggagat gatggatgtc atccgccgcg actatgccga cgaggcgccc gagtggttcc
    62221 gcacggcctt ccgcgcccgc agtctgccgc tgatgaagta caccaacatg ctctcgttca
    62281 acacgcgcgt catcgccctc ttcgtctcgc tcctcatcga cgtgccttgg ctctacttcg
    62341 ccttcgagct gaccgtcctc aacgcaatgc ttatctatat gatgcggaca cacgagcatt
    62401 tctgcgccca gttcaccatg caactgaagg aggccgcgcg atgaaatggg atgctatcga
    62461 ggcgctcctc ttcgactacg ggggcacgat cgacagcaac gggttgcatt ggtcggaggt
    62521 catctggcag gcctacgagg cggaggatat gtctgtcgcg aaggctgatt tccgtgcggc
    62581 ctacgtgcac gccgagcgga ccatggcgcg gctgccactc gtgcagcccg atcacacatt
    62641 tgcggacatg atgcggatca agatcgacct gcaagtggac tggctgcagg agcaggccgc
    62701 gctgcccgac ttccgcgcca cgcgcgacgt gaggcgtcgc ctggccgggc gttgctatgc
    62761 ctcggccgag cgttccgtat cggctgcgcg ccctcttatc gcggccttgg ccggtcggta
    62821 tccgttagcg ctcgtgtcga acttctacgg aaacatcggc gccgtgctgc gtgacttccg
    62881 gctggatcgg tacttcccgc acgtcatcga gtcggccgtg gtgggcgtcc gcaaacccga
    62941 ccccgccatc ttccgccttg gcctcgaggc gctgcacatc ggcgacgcca cgcatgcggt
    63001 cgtcatcggc gactcgtacg acaaggacat cctacccgcc gcctcacttg gctgccacac
    63061 cgtctggctg aagaacatcg gctggcagcc ctacaccggc gcagagcagg ccgacatggt
    63121 gatcacggac ttcaaggagc tggaggggct gttgctccgc agttaagggt gcaaaagcat
    63181 atctcccctg cagtcctccc tacccctacc ctctgtgaat cggtctactt ttgccacacg
    63241 taaatgacaa atacaaacga tatgcaaaca atcagttcgg cggaattccg cgataacaag
    63301 acgatatatg tggatcgcac aaaacaggat gtttccctca ttcatagtaa gaacaagagg
    63361 tcttttgttt tgcccgaaca agatgaccta ccgaaagact tcgaccgtgc catctcaatg
    63421 gacgaagcta tcgagggggt ggaagcaggc atgaagcgga tcattgatgg gtataaaccc
    63481 aaatcgatca ttaggaacga cttctcctgc cagtagactg cgggggcgca cgcgtatacg
    63541 ctcttacaat cctccccctc cccgccctct ctgaatcggt ctacttttgc cacacgtaaa
    63601 tgacaaatac agcaagactt atgaataacc aagaccgctt cttaggactt attgaagaca
    63661 gcttcaaggc tcactgggat tctcccgctt tgacagatca ccagggcgtg acctattact
    63721 acaaggatat ggccgccgag atggcgcgcc tacacctcct gctcgaacat gccggcgtat
    63781 gcaagggcga ccgcgtggcg ctcatcggac gtaactcctc gcgttgggtc atcgccttct
    63841 tcggcatcct cacctacgga gccgtggcca cgcccatcct ccacgacttc caccccgaaa
    63901 acgtgcacca catcgtctgc cactccgagg ctaaagtcct actggctgcc gccaccagct
    63961 gggagaagct ctctgccgat gccatgcctg acctcaccgc agccctcctg ttagagaatt
    64021 ggaacatcgc cctcagtcgc cacccgggcg tagacaagct gcgcgagcga ctcgagacgg
    64081 ccttcgccga gcgttacccc cgcttcaccc cggacgacct gcacatacac atcgagcagc
    64141 ccgatgagtt ggctatcctc aactacacct ccggcaccac aggctactcc aaaggcgtca
    64201 tgctgcccta ccgcagcctc tggagcaaca cccgcttcgc cgcagaccat ctgcccttca
    64261 tccaagccgg cgaccacttc gtctgcatac tccccatggc acacatgtac ggcctggctt
    64321 tcgagatcat gaacggcatc aacaagggct gccacatcca cttcctgccg cgcgtgccca
    64381 accccaaggt ggtcatcgac accttcgctg ccgtccgccc gcggctcatc atcgccgtgc
    64441 ccctgatcat cgaaaagata gtccgcacac gcatcttccc acagatcaac aagcccacca
    64501 cacgcttcct gcgccgcttg cccggcatcg gccgcctcat cgaccgacgc atctgcaagg
    64561 cgctcagcgc agccttcggt agcgacttct ccgagatcgt catcggtggc gccgctatta
    64621 ataaggaagt ggagcagttc ctgcaccgca tcggtttccg ctacaccgta ggctacggca
    64681 tgaccgagtg cggcccgctc atctcttatg aatactggaa gacgtatcgc ccgggctccg
    64741 tcgggcgtgc cgtagaccgc atggaggtgc gcatcgactc gcccgaccct gtgaacaccg
    64801 ccggcgagat acaggtgcgc agcatgaacg tcatgctcgg gtactacaag aacccggacg
    64861 ctacggccgc tgccatgacg cctgacggat ggctcaagac gggagacctc ggcgtaatcg
    64921 accgcgatgg attccttttc atccgcgggc gcagcaagac gatgatcctt agctccaacg
    64981 ggcagaacat ctaccccgaa gagatcgaga gcatactcgg cacattgccc tacgtcgtgg
    65041 agtcactcat cgtgcaacgc cccgaagggc tcgtcgccct cgttgtcccc gaccgcgacc
    65101 gcgccacgaa ggacggcctc gacaccgccg ccctccaagc cgcggtgaac gataatatga
    65161 cccagctcaa cagccgcatc ccgaaatact gcgccatctc cgccgtcgag ctccgcgacg
    65221 aaccctttga aaagacaccc aaacagagca tcaagcggtt cctgtataaa tagaggatag
    65281 agggtagatg gtagagggta gagccgggta catgcttcca ccccctaccc tctaatctct
    65341 aacctctaat tcctatggac acgtggaatc atttacccca gggcgtcgcc ccgggctatg
    65401 atccggcggc ccagggtttc cccctgggct atcatccggc ggccctacag gccgcattgg
    65461 gtacatgttt ctatcctttg actaccgggc gcacacgcag gtgcgcccct actacccttt
    65521 aactaccttc taactaccct ttcttatgga cacattgaat ttcttcacca cccttcgccc
    65581 gggctggttc aacgcatgga tccccgcttg gggcatggtg ctgatccagt tcgtgtttat
    65641 ggccctgcac agggagggcg gccgccgcgc cgtcgacacc tcgtggtaca cccctaccga
    65701 ccgacgcaac gccgccatca gcagcggcct gcaaatcgcc ctgctcatcc tctccatctt
    65761 cgtccccctc aagagcggcg cctggctcac cgtcggcacc atcgtgttcg ccctctcgct
    65821 catcgccttc atcgccgcct tcttagccta tggcctgacg ccacagggcc agacggtcac
    65881 gggcggcatc tatcgcctct cccgcaaccc gatgtacttc gccttcttcg tcggcatgat
    65941 cggcacctgc atcgcctccg cctccctctg gctgctgctc gtgaacatcc cgtttatgat
    66001 ctacacccac ctcatcgtcc tcggcgaaga gcgctattgc gaagccacct acggcgacga
    66061 ataccgcagc tacaaggccc gcaccccgcg ctatttcctc ttcgcgtaat cccctacgta
    66121 taagggacaa tgattaatta tcagtgatta atgattaccc tacagacaca gcagaatggc
    66181 tccaccctat cattaatcac taatcattaa tcattaataa ttgaccacta cttatcattt
    66241 aaccacaaat cccccacccc actatgaacg aagccaaaca tcaaatcgca gcccggctct
    66301 acaacaacca cctcacggcc gacccccacg acctccttgc gcgtgtcgac acggaggcca
    66361 ccctctccgt tgacgacatc tgccacgccg ccgtcacgcg cggaggcgcc gacgtctccg
    66421 aagacaccct ccgctactgc gcgcacatct tcctcaacga gatgggctac caactctgcg
    66481 acggctttgc cgtcaacgcc gacagctggt tccgggccac accgcacatc cgcggcgcct
    66541 tccgctacgc ccacgagccc ttcgacccac agcgacaccg gctcctcatc cagctcaccc
    66601 aagggaaccg catgcggcgc gccctggatc atgtcgacgt ccgcatactc gggcccgccg
    66661 acgctacgcc atacatcgac cgcgtcaccg actgcaagac ccacaccgta aacggccgcc
    66721 tcacgcccgg acacatgctc gacatcaccg gctcccgcct caagatcgtc ggcgagcacc
    66781 ctgacgtggg cgtccgcctc cgccacctcg ccaccgacac cctcacgctc atcccccttg
    66841 ccgacctcgc catcaaccaa ccccggcacc tcctgctcct catccccacc ctcagcgccg
    66901 gcacctaccg ccttgagctc accacacagt tctccgaaaa cttcggacag ctcaaagcgc
    66961 ccgtcacgac cctcttcaaa agggatctga cggtggaata agtcgaacaa cacaccatga
    67021 gcgccctcgt aggggcgaat gattattcgt ccccaccgcc ccggggaacc cggggtttcg
    67081 tttccgccca gggtttcgtt ggcgggttat tgttcggcgg cccggggttt cgccttcgga
    67141 cattatccgc ggcccggggt ttcgccccgg gctatcgtcc agcggcccta caggccgcac
    67201 cgggtacatt attccgggct gtaggcccgg tggatgatag cccagggcgg agccctgggg
    67261 ttgcagagcg cagggcgacg gggcacaccg ggtacacgcc ccatccgccg cacgtccctc
    67321 gtaggggcac cccttgtggg tgccctctgt ggtctttccc cctgtgg
//
LOCUS       SEQF3106|MIQD01000005.160428 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..60428
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(144..1679)
                     /gene="leuA_1"
                     /locus_tag="SEQF3106_00251"
                     /EC_number="2.3.3.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9JZG1"
                     /codon_start=1
                     /transl_table=11
                     /product="2-isopropylmalate synthase"
                     /translation="MTSLQSPTPMIEIMDTTLRDGEQTNGVSFTAHEKKNIARLLIKE
                     LNVDRIEIASARVSDGEFESVRHIVQWADTAGCLDRLEVLGFVDGGESLRWIRDTGCR
                     VMNLLCKGSLRHLTEQLRKTPEQHMADIADEIRRAHDAGITVNLYLEDWSNGMHDSPD
                     YIHAFVDALRHLPVRRFMLPDTLGILNPETTLDYCRHMTERYPELHFDFHAHNDYGLA
                     VANTYMALRAGVRGVHVTINGLGERAGNATLSSTVAVIHDQLHLSTAIREAGIYRVSK
                     SVETYAGIHIAPNQPITGENVFTQCAGVHADGDAKSNLYCNPLVPERFGRTREYALGK
                     TSGRANIRKNLEALGIELDDDTMRKVTERVVELGDKKELLTQEDLPYIVSDVLRHNIH
                     GNRIRILNYSLSLAQGLRPVATLKIEIDGQTYEETATGDGQYDAFVRALRKIYKSLGR
                     PFPMLTNYAVTIPPGGRTDAFVQTIITWSHNHSEFKTRGLDADQIEAAIKATIKMMNK
                     IEG"
     CDS             complement(1683..2279)
                     /gene="leuD1"
                     /locus_tag="SEQF3106_00252"
                     /EC_number="4.2.1.33"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P04787"
                     /codon_start=1
                     /transl_table=11
                     /product="3-isopropylmalate dehydratase small subunit 1"
                     /translation="MTDKFTLLRSTCVPLPLENVDTDQIIPARFLKATTKEGFGDNLF
                     HDWRYDKQGRPIPSFALNNPAYAGARILVAGRNFGSGSSREHAAWAIAGYGFRVVVSS
                     FFADIHKQNELNNGVLPVVVTDAFLARLFAAIEADPKTEVEVDLPAQTITLLSTGQSE
                     HFEINNYKKHCLMNGLDDIDFLLANRALIEAYEQRSKA"
     CDS             complement(2453..3850)
                     /gene="leuC"
                     /locus_tag="SEQF3106_00253"
                     /EC_number="4.2.1.33"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A6A6"
                     /codon_start=1
                     /transl_table=11
                     /product="3-isopropylmalate dehydratase large subunit"
                     /translation="MHTLFDKIWDAHVVQIVPDGPTQLYIDRLYCHEVTSPQAFAGLR
                     RRGLRVFRPAQVFCMPDHNTPTHDQDKPIEDPVSRTQVDTLARNAADFGLTHFGMMHP
                     KNGIIHVVGPERGLTLPGMTIVCGDSHTSTHGAMGAVAFGIGTSEVEMALASQCILQQ
                     KPKTMRIAIDGLPGPGVTAKDLALYVIARMTTSGATGYFVEYAGSAVRSLTMEGRLTL
                     CNLSIEMGARGGMIAPDDVTFAYLRGRDYAPQGEAWDCAVAHWRTLRSDDDAVFDREI
                     HFDATDIEPMITYGTNPGMGMGITHTIPTAESMPESSRASYRRSLDYMGLTAGSQLLG
                     MPVDYVFCGSCTNGRIEDFRAFASLVKGKRKAPGVTAWLVPGSWLVDAQIRREGLDKI
                     FGDAGFELRQPGCSACLAMNDDKIPAGKYAISTSNRNFEGRQGPGARTLLAGPLVAAA
                     AAITGVITDPRTMMT"
     CDS             complement(4103..5605)
                     /gene="leuA_2"
                     /locus_tag="SEQF3106_00254"
                     /EC_number="2.3.3.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P09151"
                     /codon_start=1
                     /transl_table=11
                     /product="2-isopropylmalate synthase"
                     /translation="MDNKLYIFDTTLRDGEQVPGCQLNTVEKIEVAKALETLGVDVIE
                     AGFPVSSPGDFQSVVEISKAVTWPVICALTRGVEKDIDVAAEALQHARRKRIHTGIGT
                     SDFHIKYKFNSNRDEILERAVAATKYAKRYVDDVEFYCEDAGRTDNEYLARVVEAVIR
                     AGATVVNIPDTTGYCLPTEFGEKIRYLMEHVDGVHRAILSTHCHNDLGMATANTMAGI
                     MAGARQAEVTINGIGERAGNTALEEVAMILKCHHARLGIDTNINTQRIHATSRLVSGL
                     MNMPVQPNKAIVGRNAFAHSSGIHQDGVLKNVQTYEIIDPKEVGIDDNSIVLTARSGH
                     AALKHRLEVLGVDLGSREKLDKVYSDFLRLADRKKEVNDDDLLVLVGEDRKALHRIKL
                     AYLQVTSGVGVRSVASVALTIAGETFEAASSGNGPVDAAIKAVKTIIRRRMTIREFLI
                     QAIDKGSDDMGKVHMQVEYDGANYYGFAANTDIIAASVEAFIDAINKFDK"
     CDS             complement(6045..7157)
                     /locus_tag="SEQF3106_00255"
                     /EC_number="1.1.1.382"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A8ZTR0"
                     /codon_start=1
                     /transl_table=11
                     /product="Ketol-acid reductoisomerase (NAD(+))"
                     /translation="MVRKLFLLDDNDQIIFTIYITYDMAKMNFGGVEENVVTREEFPV
                     VKALEALKGETIAVLGYGVQGPGQACNLRDNGFHVIVGQRAGKTYDKAVADGWVPGET
                     LFSIEEAAERGSVVCMLLSDAAQMQCWPQIKPHLTAGKTLYFSHGFAITWSDRTGIVP
                     PKDIDVVLVAPKGSGTSLRTLFAEGRGINSSYAVHQDVSGRATEKALALGIGIGSGYL
                     FETTIEREAVSDLTGERGSLMGAIQGLFAAQYEVLREHGHTPSEAFNETVEELTQSLM
                     PLIAQRGMDWMYANCSTTAQRGALDWMGPFHDAVKPVVERLYGEVKSGREAQRSIDSN
                     SKPDYREKLEAELKALRESELWQAAVTVRGLRPEGC"
     CDS             complement(7202..7939)
                     /locus_tag="SEQF3106_00256"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDPIGTYDYTTEAYSLDFMRRLPLPTLGNYLLDAATRHAEERGA
                     GYTVMERRGTAWVLSRLAIEVIDADGLAAPIRVSTWAEAMERIFIKRCFEVTSAATDK
                     PLAYARSIWAAIDKNTRRPTSLAGAWPDRMMVPGRHCPVEIAGRIAAAEAAPDDAPDT
                     RTVRYSDLDINGHLNSIKHMEAMLDGFDLETYRKASVQHFEISYHAEGRYGTQLARFR
                     RTLSPGTFACALVDGDRAISRALIRFV"
     CDS             complement(8009..8602)
                     /gene="ilvH"
                     /locus_tag="SEQF3106_00257"
                     /EC_number="2.2.1.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WKJ3"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative acetolactate synthase small subunit"
                     /translation="MQTNEKNTAAPADGRRLYTVIIFSENTVGLLNQITIIFTRRQLN
                     IETLSVSPSAIPGIHKFTITTYADEVMIEKVVKQIDKRVDILKSYYNTDEDLVYQEIA
                     LYKLATDKFIRMGGVEDLIRKYNARILEINEDCVVVEMNGHYEETQALFRELSDRIGV
                     LQFIRSGRVAITRSRVERLSDMLAAIEEGMHRKGGSC"
     CDS             complement(8606..10300)
                     /gene="ilvB"
                     /locus_tag="SEQF3106_00258"
                     /EC_number="2.2.1.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37251"
                     /codon_start=1
                     /transl_table=11
                     /product="Acetolactate synthase large subunit"
                     /translation="MENKDTITGAEALLRTLIAEGAECIFGYPGGQAIPIYDSLYDYR
                     DRLRHVLVRHEQGATHAAQGYARVSGRVGVALVTSGPGATNTITGVADAMLDSTPIVV
                     ITGQVPSPLLGTDAFQEVDVIGIMSPITKWAYQVRRADEVAWAVARAFYIASTGRPGP
                     VVIDISKDAQVGRTVYEYKPVDFIRSYRPWPEIKAERVREAAALINAAKRPFALVGQG
                     VILSGAERELKDFLEKADIPAGATMLGLSAMPSDFRLNKGMLGMHGNVGPNRKTNECD
                     VLIAIGMRFDDRVTGDLKTYARQAKIIHLDIDASEPDKNVRADVKVLGDAKATLRAIT
                     AELRPARHTAWIAAFDADAEEERVKVIEPELYPTEGRLHMGEIVRRVSEATGHRAVLV
                     TDVGQNQMMGVRYFQYTETRSVVTSGGLGTMGFGLPAAIGAKIGAPERTVCLFVGDGG
                     LQMTLEELGTIMQEHLEVKIILLNNHFLGMVRQWQELFFNERYSYTEMENPDFVAIAR
                     AFRIAAREVSRREELDEAISEMMATDGPYLLVADVEKRGIVYPMVPAGASISNILM"
     CDS             complement(10368..10874)
                     /locus_tag="SEQF3106_00259"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWGNSFVDIGMGLPCTMIASHWGSGFLTSNSRYFRPSGSVMRHA
                     SDTFDPAAPACDMPAALSIQRPRHATCQLTFDPAASACDMPAHLRSSGPAIELPAALS
                     IQRPRQSSCQRHFQSSGLGNRVASNTFDPAAPAIELPAILSTQRPRQSSCQLTFDPAA
                     PATRVASE"
     CDS             complement(10890..12671)
                     /gene="ilvD"
                     /locus_tag="SEQF3106_00260"
                     /EC_number="4.2.1.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05791"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydroxy-acid dehydratase"
                     /translation="MAGARALWAANGMKREQLGRPIVAVVNSFTQFVPGHMHLHSVGQ
                     LIKQEIEERGCFAAEFNTIAIDDGIAMGHDGMLYSLPSRDLIADSVEYMVQAHKADAM
                     VCISNCDKITPGMLMAAMRMNIPAVFVSGGPMEAGYHNGRTLDLIDAMVLSADASADD
                     AEVEAVERNACPTCGSCSGMFTANSMNCLNEAIGLALPGNGTVVATNVNRRKLFREAA
                     RLIVENAYRYYHDDDASVLPRSIATRAAFLNAMRLDIAMGGSTNTVLHLLAIAHEAEV
                     DFTMDDIDTLSRQTPCLCKVAPNSPKYHVEDVNRAGGVMAILGELSRAGLIDTSVKRV
                     DGLTLGEAIDQYDICSPHVTEEAQTIYRSAGGMRFNLKMGSQRAFYDKLDTDRAEGCI
                     RDAAHAYSKDGGLAILKGNIALRGCVVKTAGVDERILRFSGPARVFQSQDDACQGILG
                     GQVSAGDVVVITHEGPKGGPGMQEMLYPTSYIKSMHLGAECALITDGRFSGGTSGLSI
                     GHISPEAASGGAIGLVRTGDIIDIDIPARTINVRLSETELAERRREEEARGAEAWQPQ
                     RDRKVSKALRAYASMVSSADEGGVRII"
     CDS             complement(13596..14591)
                     /locus_tag="SEQF3106_00261"
                     /EC_number="2.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q55487"
                     /codon_start=1
                     /transl_table=11
                     /product="putative glycosyltransferase"
                     /translation="MKTHLSIIIPCYNEEAVLAESYRRTRAVIDRLPCTGEIIYVNDG
                     STDGTRRILDDLAAQDPQVRVIHFSRNFGHQPAVSAGIRQCTADRAVIMDADLQDPPE
                     LIPDILALCDREGANSVYCVRRSREKETFFKRFTARMFYRTMNRMSEVEFPLDTGDFR
                     LIDRKIMDEFNRLPEHGKYIRGLISWIGFKQVPFYYERKARVAGETKYPLSKMLRFAS
                     NALLYFSKKPLRLASGLGFLAVIVGILLALWTLLGKICGFSHAETGWSSIMTAIIFFG
                     GVQLLTIGVLGQYIGVLFDEIKNRPEYIIDERLNFPDSEHSDNAATPSATVENKG"
     CDS             complement(14588..15343)
                     /locus_tag="SEQF3106_00262"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQPTTFRQFQDFLSETDGYFHVPEKQIPVEQQIAYFQFSNRVK
                     QENIKMRDEELETIGVDLYNPESTEEYKRRILAIFATSGSVLAYRLLERYVRLADREM
                     QNWAYMALMEGRIILESEFSDEKQIYISTGMGGKGQKLRYYLLVPAAEGMTIEGYRRD
                     VVEREFTFALQHAGCDIERLTIHPDYADLVVLMPIRTLPQPLIDGIINECNQYGHFMA
                     GTYTITNVKEMSEEEIRATLHGSHGKNFLEEEQ"
     CDS             complement(15833..16267)
                     /gene="dtd3"
                     /locus_tag="SEQF3106_00263"
                     /EC_number="3.1.1.96"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P73335"
                     /codon_start=1
                     /transl_table=11
                     /product="D-aminoacyl-tRNA deacylase"
                     /translation="MIGEAGLDRLAEAPMGMQIELFEEQVRLAEELRKPLVIHCVRAW
                     GELLDVRKRLRPTEPWIVHGFRGKSPLAEQLLRAGLSLSFGRLHNADALKEAWEAHRL
                     FIETDDCPIDIVTVYACIAEELGVSVEALASDVGRRFAEIIP"
     CDS             complement(16465..16689)
                     /locus_tag="SEQF3106_00264"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q97NX8"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative membrane protein insertion efficiency
                     factor"
                     /translation="MIRRLLTGMLLLPVYFYRCCISPLTPPSCRYTPTCSEYAIQALR
                     KHGPLRGMWLALRRILRCHPWGGSGYDPVP"
     CDS             complement(16686..17087)
                     /gene="rnpA"
                     /locus_tag="SEQF3106_00265"
                     /EC_number="3.1.26.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00227"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease P protein component"
                     /translation="MTGEAKNRLPKEERLYLKKDIERLFATGGQSFIAYPLRVVYRTE
                     EAAVDRTPGVAMMAVAPKRRMRHAVGRNRIKRLIRETFRTQKQSLVEQCVHAGRCLHI
                     AFLFVGDGLPTYVAIEKAMRKALRLIQQKTS"
     CDS             complement(17084..17863)
                     /locus_tag="SEQF3106_00266"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALSIKKLLVSQPKPETGKSPYFDIAERYGVDIDFRPFIKVEPL
                     TAKEFRQQRIAIPDYSAVIFTARTAVDHFFHLCKELRVVVPETMKYFCMTEAIAVYLQ
                     KYTVYRKRKIFFGATGKIDDLLTLIIKHPKEKYLLPASDIHKDDIATALAAKKIVCKT
                     AVMYRTVSNDFSKDESFDYDMLVFFSPSGISSLMKNFPQFKQDGIRIGCFGSTTAKAA
                     IDAGLRLDIEAPTPEAPSMTAALEQYLKKELENETPQQDEE"
     CDS             complement(17854..18585)
                     /locus_tag="SEQF3106_00267"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNGLFEGYIGLRLADGSYLNDVIPVILFIEIALFAVVFRTHAS
                     LIHKMLKDLLSVKERDNLFDNPVRSDIFFRGFMKFQAFSLCALFLYLLIRSYVPLPTS
                     DLLSILFPLGALFIAAVAYYLLKRIIYFLYGHAFDAGERYAMWNNRYQALTSIWGCTL
                     YLPTLILYFDDHHRLHAMILCAAFYVAYRISLIYITVRIFYSKQTGVLFLCSYICAQE
                     IIPLLLAYEGLKYTLQLTNSSSLWH"
     CDS             18759..19409
                     /gene="pabA"
                     /locus_tag="SEQF3106_00268"
                     /EC_number="2.6.1.85"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00903"
                     /codon_start=1
                     /transl_table=11
                     /product="Aminodeoxychorismate synthase component 2"
                     /translation="MKILLIDNYDSFTYNLVHALRDAGATDITVARNDGIDLDAASRF
                     DHIVLSPGPGIPEEAGLLLPLIHRYAATKSILGVCLGHQAIAEAFGARIENLSEVFHG
                     VQTPIRVTAPDEPLFTGLAGGFMAGRYHSWVVRRAGLPEVLEVTAESSDGLIMALRHR
                     VYRVHGIQFHPESILTPVGGIIIRNFLQAGMEGTPRLLTSTRHSTFEPETKHPKDL"
     CDS             19406..20425
                     /gene="galE_1"
                     /locus_tag="SEQF3106_00269"
                     /EC_number="5.1.3.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P09147"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-glucose 4-epimerase"
                     /translation="MTDKIIVTGGTGYIGSHTAVELIEAGYDVIIIDDLSNSTRDVLE
                     GIARITGRRPTFYEADCNDREAMDRIFTQHAPVSGIIHFAASKAVGESVHEPLKYYRN
                     NIVSLLNLLELMPRQGVRGIVFSSSCTVYGQPAPSDLPVTEEAPIRPATSPYGNTKQI
                     NEEIIRDTIHAGAPFRAILLRYFNPIGAHPTAEIGERPAGTPQNLVPYLTQTAAGIRP
                     ELRIFGDDYDTPDGSCIRDYIDIVDLARAHVTAVRRLIEGQAAEPLEVFNLGTGRGVS
                     VLELIRTFEEATGVSVPYRIVGRREGDIEQVWADPSRANRVLGWTARTPLAETLRNAW
                     KWQQT"
     CDS             20861..21526
                     /locus_tag="SEQF3106_00270"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTLTLIASLLLLPGCMQATQQKTSQEDTAEQSEVQPQDKTPE
                     GARYGVRSAIIKKSISYPAGDGHATIYIDDYGKKEAVETFIDGALHMLTIRDPSGETE
                     VSVDLDNHTAQRQRVEEGPADYRHLTPEEMKRFKITEAGTKTVAGKTCKVYKQIVYEA
                     QGMQTVATLYVWEGIVLANFIEPGQPGDMDSEEQVESIEIGVPVPQEKFRVPAGIAVA
                     DDY"
     CDS             21656..22279
                     /locus_tag="SEQF3106_00271"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTLFILASLLLMGGSTLSAQRDPVADKRYGIKSAIIKKETKA
                     AGNTMTNTLYIDDYGAREATELTMMLGETEKHLRIIAEDGGRTNVTLDLDEKKAFRTP
                     APEQPRNYLHLTPEDIERFKIKEDGEGTVAGRPCKKYSMELKQSGVTLQTTLWIWEGI
                     TLKYEARYQGNLMVTDEATEIHEDVTVPAEKFAIPAEVKVEAAPVAN"
     CDS             22386..23708
                     /gene="dgt"
                     /locus_tag="SEQF3106_00272"
                     /EC_number="3.1.5.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q59827"
                     /codon_start=1
                     /transl_table=11
                     /product="Deoxyguanosinetriphosphate triphosphohydrolase"
                     /translation="MNWHQLISGKRLGIEAYHERKHERTNFQRDYDRLIFSAPFRRLQ
                     NKTQVFPLPGSIFVHNRLTHSLEVSCVGRSLGANVATRLAVHHTAEEAAALQEIGAIV
                     SAACLAHDMGNPPFGHSGERAITAFFTDGEGRHLEADVRAEGGRWEDFVCFEGNANAM
                     RLLTHRFVGRREGGFALTYSTLTSIVKYPYASTLAPASRGKFGFFQSEEPTYLRIANE
                     LGIPHQDGRFVRHPLVFLVEAADDICYQVMDIEDAYKLRLLSGREAISLLLGFFRGEK
                     LEHVTRTMTIVDDMNERIAYLRSSVIGLLVDECTRVFVENEAGLLDGTFRTPLIESIE
                     GHARSAYQACSEVARRKIYTASEVVDIELAGHRIFGYLLQALIDALLHPTHAYSKLLL
                     SRIPRQYDTKAPTVYGKIQCALDYISGMTDVYALDLYRKITGMSLPAV"
     CDS             23818..24786
                     /gene="pabB"
                     /locus_tag="SEQF3106_00273"
                     /EC_number="2.6.1.85"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P28820"
                     /codon_start=1
                     /transl_table=11
                     /product="Aminodeoxychorismate synthase component 1"
                     /translation="MLTATDVILAMNRAGEAGRPFLFGFDFELTRGFFIPDPLRQSRV
                     RFNIQGITNTSDDNADTPYMFERFPEPEAVYARRFDIIRAGLLRGDSFLTNLTVRTPV
                     RTDLTPDAIYHRARALYKIHYPDAFVCFSPERFVRIDADGTIASNPMKGTIDARLPDA
                     RERVLADPKETAEHNTIVDLIRNDLSMVADHVHVCRFRYVDRLETSAGPILQVSSEIA
                     GQLPDDWRSNVGNIIARLLPAGSISGAPKDATVRLIRQAEGAPRGFYTGIFGLFDGQA
                     LDSAVFIRFLDLTTTPLTYQSGGGITARSRMHDEYEEVIQKVYLPF"
     CDS             24792..25406
                     /locus_tag="SEQF3106_00274"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLETIRIQDGHAHHMADHIERMRRTALHFGFTAPTLPADLDAL
                     VPHTLRTGIVRCRIVYGHTLRELTFTPYRRRRLERLIAVDAGAMDYAFKYADRSPLER
                     PNIPLSKADELLFIRGGYVTDTSYTNLILRRGDELLTPDTFLLDGTCRRRLLRTAQVR
                     IATIRLSDLSAYDELLLVNAMMPLGEALRLPVTSVVTDFFTFAP"
     CDS             25403..25975
                     /gene="sigW_2"
                     /locus_tag="SEQF3106_00275"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q45585"
                     /codon_start=1
                     /transl_table=11
                     /product="ECF RNA polymerase sigma factor SigW"
                     /translation="MKESPAYPPENSDDELRLLRDPATRREAFARVVDTYGERLYRLI
                     RRMVISHDDADDLLQNTFLKAWANLDYFRGEARLSTWLYKIATNECLTYLEKQRLRRH
                     LSLDNSDSYLIETLRSDDFFDGDELETRFQTAILRLPPKQRLVFNLRYYNDMKYDDMS
                     EALGTSTGALKASYHHAVRKITASMTGGDD"
     CDS             26052..26435
                     /locus_tag="SEQF3106_00276"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKEPITPDTYRAKTDPFRVPEGYFDGLTDRIMAALPERPMHEE
                     PPTVSLMDKVKPLLYLAAAFLAMMLLFKGLSTFRPATKGAARPLYVQHATATDAATED
                     ELDYLDFLESQYADLFFSDEIDAWE"
     CDS             26432..26902
                     /locus_tag="SEQF3106_00277"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQTMMIKMKTLLPLLLVLLLATLAPTATAQKQRKHFDREAFIA
                     RRNAYITAEAGLTADEAAAFIPLENELQRRKYEIGRACRRLARLARTQQSLTDRERRE
                     LSDCLTGTRMEEARLEKEYFERFKKILSVEKLSKYREAEAEFLRKFLQDNRLEE"
     tRNA            complement(26990..27063)
                     /locus_tag="SEQF3106_00278"
                     /product="tRNA-Lys"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Lys(ttt)"
     CDS             27751..28518
                     /locus_tag="SEQF3106_00279"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIGHLSVASLHVLADFGFQGAVIRNLHNLPLEESAVGYSPRLK
                     KAAEALRTAHREFDEAVSETGERSKASVAKAIDRQRVRTWRDMRAFARASMAFPDKEV
                     AEVARQVMQIFRTYGDVSREAETGRAGRLLNLTQDLRALGGEALEKARMVPFLDKLEK
                     ENKAQDEAADLRSSVQGRRVKGLVRAKRVATDAAYHALVETVNALILVVGEAPYREFV
                     TNLIGEIARMRFALATHRKALAKRRAAKRAAAAEAES"
     CDS             28680..30026
                     /gene="trpB"
                     /locus_tag="SEQF3106_00280"
                     /EC_number="4.2.1.20"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WFX9"
                     /codon_start=1
                     /transl_table=11
                     /product="Tryptophan synthase beta chain"
                     /translation="MKTKRFLLQEEDIPTAWYNIVADMPTKPQPMLNPATREPVKADD
                     LCALFARGLAEQELNTTDTWIDIPDQVRDLYKYWRPTPLVRAYGLERALDTPAHIYFK
                     NESVSPVGSHKLNSAIAQAYFCKQEGVTNVTTETGAGQWGAAMSYAAQAFGLELAVYM
                     VKVSYNQKPYRRSIMQTFGAQVIASPSMSTRAGRKILTDHPTYQGSLGTAISEAVELA
                     MQTPGCKYVLGSVLNHVALHQTVIGLEAEKQMEMAGEYPDVVIACFGGGSNFSGLSFP
                     FLRHKLTEGRTLRVVAAEPSSCPKLTRGRFQYDFGDEAGHTPLIPMYTLGHTFAPANI
                     HAGGLRYHGAGAIVSQLKKDGLMDAVDIPQLETFDAARLFAETEGIIPAPESAHAIAA
                     TIREAKEAREEGRARTILFNLSGHGLIDMTAYDQYLAGDLRNYALPDDVLKQSLDA"
     CDS             30219..33059
                     /gene="leuS"
                     /locus_tag="SEQF3106_00281"
                     /EC_number="6.1.1.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R7H5"
                     /codon_start=1
                     /transl_table=11
                     /product="Leucine--tRNA ligase"
                     /translation="MEYAFREIEKKWRERWIADKTYEVHEDSARPKYYVLDMFPYPSG
                     AGLHVGHPLGYIASDIYARYKRLCGFNVLHPMGYDAYGLPAEQYAIQTGQHPEMTTEN
                     NINRYREQLDKIGFSFDWSREVHTCDPTYYHWTQWAFLRMFDSYYCNKGRHAQPIEKL
                     VKAFETNGTEGINAACTEELSFTAAEWQAMSERERQQVLMNYRLAYLGDTMVNWCPQL
                     GTVLANDEVSEGLSIRGGYPVEQKVMRQWCLRVSAYAQRLLDGLDTIDWSDSLKETQR
                     NWIGRSEGAEMLFPLADGSESLKIFTTRADTVFGVTFMVLAPESEYVEKLTTDAQRAE
                     VEAYLEAVKRRTERERIADHKVTGVFSGSYAINPLTGEEIPIWISDYVLAGYGTGAIM
                     AVPAHDSRDYAFARHFNLPIVPLIEGCDVSEESFDAKEGRMINSPMAGRERAGGLVLN
                     GMTVPEAIAATKRYIAEKKLGRIKVNYRLRDAIFSRQRYWGEPFPIYYDADGMPRPLP
                     EECLPLRLPEVDKFLPTETGEPPLGRATRWAWDSVKREVTDNSRIDNQTIFPLELCTM
                     PGFAGSSAYYLRYMDPHNDRALVSKEADAYWRNVDLYVGGTEHATGHLIYSRFWNKFL
                     FDLGTSCEEEPFRKLINQGMIQGRSNFVYRIVGSNRFVSYNLKGDYDVTPIHVDVNIV
                     SNDVLDLDAFRAWNPEYRDAEFVLEDGRYICGWAVEKMSKSMYNVVNPDTIVEKYGAD
                     TLRLYEMFLGPLEQSKPWDTNGIDGVFRFLKKLWATYYSGADGAWGVVDDEPTQDELK
                     SLHKLIKKVTHDVEHFSYNTSVSAFMICLNELTTLRCRKRAVLEPLLIVLAPFAPHIA
                     EELWHALGHTTTICDAAWPSYNEQYLIETTVRYAVSFNGKTRFNLELPADLDRASIER
                     AALSHPTAAKWIGDKTPKKIIIVPNKIINIVL"
     CDS             33056..33931
                     /locus_tag="SEQF3106_00282"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDSLQKIYYPMKDYLLIVIGTALYGFGYNAFILSNEIVTGGLS
                     GICGLIFFATKLPVSVSYFGINVILLGVAFKILGFKFLVKTILGVASLSFWFWFFELV
                     FAGQPLMQLNEVFMSVIIGAMICGAGLGLVFYAGGSTGGTDIVVAIINKYKDISIGTG
                     MILLDFVIVSSSYLLFHNFDKIVLGLIEMGVNSYMLDRVMNANTQSVQFMIFSRKYDE
                     IADAIIHRLQRGCTILDGEGGYSHKPIKVIVLVARNRERTNIFRLIKMIDSQAFISQS
                     IVRGVYGEGFDTIKV"
     CDS             complement(34203..35312)
                     /locus_tag="SEQF3106_00283"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTLRYLFLACLLGLMAMDGVAEEMKPYRVADVPNVQLKDSTQF
                     VSDPADAINAADEEALNSRIARLRDSLGVEIAIVVIPMYDASVYGSAREFANELFNTW
                     GIGDRETNRGLLIQLITYKRQREITFETGYGLEGELTDGLCKLIQERRMIPIMKDGRY
                     GEGLLAGLEEVSKALQGRSTLEAEKREANKRLAIILASIWWLLGAAAFGWLLYLHRRK
                     AKEPENLFNVQETNRYDNIIVIVAGVLLLQLPAALLYFLVKLLISRQLTPRIKCPKCG
                     VVSSFRQEKGYPVKQKKKKGTLRIYHYICCNCGYVKVEKLYERKENWWSGDGGGGGGY
                     RDLSDRDNSSSWSSGGGGGSWGGGSSGGGGASSRF"
     CDS             complement(35329..35946)
                     /locus_tag="SEQF3106_00284"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTEELSQIMRKPFVRIGAIIVVIFVGYLYFAGTYNKMVRLDES
                     VQGAWGQVENQYQRRADLIPNLVNTVKGYAAHEEATLTAVLKARSRATQVVVDTDHLD
                     AASIKRYSAAQGEVSSALGRLMAVSENYPELKSSENFLMLQSQLEGTENRIAVERKRF
                     NEAVKAYNSYIRGFPINVFAKANGFEQRGYFEADKGTEKVPNVSF"
     CDS             36207..36914
                     /gene="pyrH"
                     /locus_tag="SEQF3106_00285"
                     /EC_number="2.7.4.22"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A7E9"
                     /codon_start=1
                     /transl_table=11
                     /product="Uridylate kinase"
                     /translation="MIYKRILLKLSGESLMGGRAYGIDEVRLGEYAKQIKEIADRGIE
                     IGIVIGGGNIFRGLTGAAKGFDRVKGDQMGMLATVINSLALSSALEAFGVDADVLTAV
                     RMEPVGTYYSPSRAAELLREGHVVLMAGGTGNPFFTTDTAAALRGIEIGADVLLKGTR
                     VDGIYTADPEKDPTAVKFDEITFDEIYSRNLRVMDLTATTMCKENNLPLVVFDMDTPG
                     NLRRVLAGDRIGTRVTL"
     CDS             36973..37539
                     /gene="frr"
                     /locus_tag="SEQF3106_00286"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P81101"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome-recycling factor"
                     /translation="MATTDTKQIIKDAEAKMNAAVRHLDDELARIRAGKASPRILDNV
                     RVSYYGNPAPLSNVASITTPDAKTILITPWEKSLLKEIEKGILASDVGITPENNGEAI
                     RLGIPPLTEERRRSLAKGAKQHAEAAKVSIRNTRRDTIDVIKKAVKDGTPEDVGKDAE
                     AEAQKVHDKYVKKVDELFAAKEKEIMTV"
     CDS             37562..38503
                     /gene="rsgA"
                     /locus_tag="SEQF3106_00287"
                     /EC_number="3.6.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X242"
                     /codon_start=1
                     /transl_table=11
                     /product="Small ribosomal subunit biogenesis GTPase RsgA"
                     /translation="MHGLVIKNTGSRYTVCMDGGRCLDCKIKGSFRIKGIRTTNPVAI
                     GDRVTVEVPTNEADTAYITAIAPRRNYMIRRASNLSKESHILAANIDLALLVVTIDFP
                     VTTLTFIDRFLATAEAYAIPALLAFNKIDRYDADARRTLDAHIALYTAIGYDCLPLSA
                     LTGQGVEALTERLQGKITLLSGHSGTGKSTLINSLLPDADLRTQAISEYHRTGVHTTT
                     FSEMLPLPDGSGYLIDTPGIKGFGTIEMQGPEVAHYFPEIFRTSANCRFNNCTHTTEP
                     GCAVRREVASGAIAPSRYRSYLNILEDEDGNKYREAY"
     CDS             38867..41356
                     /gene="uvrA_2"
                     /locus_tag="SEQF3106_00288"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WYV0"
                     /codon_start=1
                     /transl_table=11
                     /product="UvrABC system protein A"
                     /translation="MNKHRTSPQQIEIRGAHAHNLKHIDVDIPLNKIVGIAGVSGSGK
                     SSLALGVLYAEGSRRYLESLSTYTRRRMTQAARAQVDDVRYVPAALALHQRPAVPGIR
                     STFGTSTELLNSLRLMYSRLSSHRCPNGHYLPPSINVAAERELICPECGAHFYAPGAE
                     ELAFNSQGACPTCDGTGVVSHVDESTLVPDESLTIDEGAVAPWQTLMFSLMTDVCRAM
                     GVRTDVPFKELTDKEREIVFHGPAVKKHILYKSKTSNVAGEMDFTYYNAVYTVENALA
                     KVTDEKGMKRVEKFLRQDACAACGGTRLSDAARAPLLRGISLADACRMTLGELVEWVA
                     GIPASLPEEMRPMAERICEAFHDTARRLIELGLSYLTLDRAGATLSTGERQRVQLARA
                     VRNRTTGVLYVLDEPSIGLHPSNLEGLIGVMNDLVADGNSVVLVDHDTQVLRHADHLI
                     ELGPAAGAGGGQIIAEGTAEMLCANPSSRIGPFLAPKPTHHPTPAPPLFDLGAIRLVT
                     RAIHTVQPLDVRIPKGRLTVVTGVSGSGKTTLVLECLIPGLKASIDGKELPAQVAAIE
                     AERIHRVQLIDAAPIGANVRSTVATYCNVHDDLRKVYARSEEAKTGGYKAGDFSYNTG
                     RLRCPTCDGTGSISLDVQFLPDVDIPCPDCRGSRYARAAYSVHRTRKHAGAGRSLPEL
                     MAMSVDEALTDCDDLPVINSRLQVLHDLGLGYLTLGEATPGLSGGEAQRLKLASEMGR
                     GQGDAVFVFDEPTIGLHPLDVQTLMQVFKLLTDQGATVIVIEHDLDVIRQADYVIDMG
                     PGGGYAGGRVVATGRPHDVASNPESITGRYI"
     CDS             41404..43452
                     /gene="dnaG_1"
                     /locus_tag="SEQF3106_00289"
                     /EC_number="2.7.7.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P74893"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA primase"
                     /translation="MIDSATKDRILEAAHIVDVVSDFVTLRKRGVNFVGLCPFHADKH
                     PSFYVSPAKNLCKCFACGEGGSPVYFIMKHEQLGYYDALRYLAKKYHIEIHERELTDE
                     ERQAQSDRESMFILNSWAQKYFTSCLMEHEEGRTIGLPYFAQRGFREETIRKFQLGYG
                     LERRDDLYRTALAKGYRKEYLEKTGLVSFYEDGGAYDRFRGRVIFPIHTMSGKVVGFG
                     GRILDTTKKTGKYLNSPESEIYHKSSELYGLYFAKQAIVKADKCFLVEGYTDVISMHQ
                     SGIENVVASSGTALTQGQIHLIHRLTNNITVLYDGDAAGIKAAIRGIDLLLEAGMNVK
                     VLLLPDGEDPDSFARSRNAFDLSVYLNNNETDFIRFKTQLLLREAEGDPIRRAALITD
                     ILQSVALIPDAIKRSVYLQECSRMMDIKEPILLAELNKLRATRRPSPPPIRPTEPPTP
                     TAVQPVSTPETASETSASEPPQSPPPTPIHRAPPPSPYRAVEEALMRYVVTVGECALY
                     DYTNEETGERVVIRTAEYILQELQRDGLSLTVPVFHTILDEAVAHLNEPDFRPEIYFL
                     SHPDAEVSRAAMRLADDRYRSLDASPIDTDQLTAEEQEEVRRKRMKELERAVVHDLFA
                     LKGAYLLRRIADVNLRIKALQNEGRIDEAIELMKEQKQLNEIKVALSRELGERIILKM
                     "
     CDS             43544..44227
                     /locus_tag="SEQF3106_00290"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRNFLVYTLLLYACCMALLSCSNKKPAIFKNEQGQYLCKAGGK
                     IYLFPYHYAGGDGVFVDGQAVAVLDGKWGVIDEQQGNTVHPFVYDWISEKEEAGFADQ
                     YLVKVGHVDPERKFYLSGGQTGIINERGEVVLPPSYVAIYPAVTFGLMMVNDGTSVDL
                     ANDSVHFDGLYGYINKTGQIVIPCEYEEASPAFDEDGTVWVRKSGLWGKIDTLGRVKE
                     PFVHDHIEH"
     CDS             44421..45341
                     /gene="drrA"
                     /locus_tag="SEQF3106_00291"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P32010"
                     /codon_start=1
                     /transl_table=11
                     /product="Daunorubicin/doxorubicin resistance ATP-binding
                     protein DrrA"
                     /translation="MYFIEADDIVKQYANHRALDGVSIRVPEGRIFGLLGPNGAGKTT
                     LIRIINRITAPDSGTIRFDGHPSHPDDVRRIGYLPEERGLYKKMKVGEQALYFARLKG
                     MSAADARASLTEWFERFDIMPWWGRRLEELSKGMQQKVQFIITVVHRPALLIFDEPFS
                     GFDPINAEQLKHEMLRLREAGHTLIFSTHNMPSVEEVCDEIALIDHARVVLSGNVHEV
                     RERFKEHLFEVEYVGAVTLQPDPARYTLISAEPSRGGTALRLRKAAGISNSELLASLT
                     AQGEVRAFNEVLPSMNEVFIKTVNPNTTPL"
     CDS             45338..46591
                     /locus_tag="SEQF3106_00292"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRNLPLIIRREYLFRVRKKSFLLLTFLTPLLIIGMIFVPLWLA
                     SFRADEVRTVAIIDHTERYAPLFTDTDGYRFVTTPTGDPFATLEITDDLLRDPRAATL
                     YSRQQIPTDLERLVNETLRQRMERDKMASYGIPNLEQIVRDSHVDYQIRTVKLNDDGT
                     ESTSSTQLAYIIGIVFTLAVYMFITLYGSMVMQGVSEEKTNRIVELMVSSVRPFDLMA
                     GKVIGIGLVGLTQLVLWALLTMVGMGAITALTGATAPPDPTATAPDAAQTLEWMSALS
                     SFNLPLLLLSFAAFFVGGYLLYAALFAAIGSVIDHPEDAQQFMMPVMLVLIFALYAGI
                     YSLDNPDGPLAFWCSLIPFTSPVVMMMRLPFDVPLWQPLLSIALLYAAAIGVTWLSGR
                     IYRVGILLYGKKPNLKEMVRWITYK"
     CDS             47058..47870
                     /locus_tag="SEQF3106_00293"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTAPPPQPLRRRALLLFLSLAVALATHAQMLFSESLTMKIDSS
                     KPVQGLLSTMVNYKTEAEELFEFKIRSNLNILLGQKSVINLMGRFEFTTYGSKVTVNE
                     GELHTEYRYLFHPAFEVYPYVEAQWAGTRGLLRKLATGVQARHRTLYTSHHIMFLTTA
                     LYYEAEDWKNLSGDTLEAPYGYNRNIRSHFSISHSYTLSDRWEITTTLIHQANPRYYL
                     RHARFGGAFDVKYKISKVFGIRGSYHFIYDTSPVVPMRKMLTFTNAYLDISF"
     CDS             47995..49317
                     /gene="purD"
                     /locus_tag="SEQF3106_00294"
                     /EC_number="6.3.4.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8ZAR2"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoribosylamine--glycine ligase"
                     /translation="MNNPINHTTMTNKNDLHILLIGAGGREHALAWKMAQSPRLGRLS
                     IAPGNAGTARIGTNVDLPTNDFFAIAHFVAEQAVDLIVVGPEDPLVAGLADYFRSELV
                     PFRVPVIGPGRAGARLEGSKHFAKAFMLRHNIPTARHRSFTAAEEEIAELYLATLRPP
                     YVLKADGPAAGKGVLIVDSLHEAREGLRRMLKGMFGEASRTVVIEEYLEGIECSVFVL
                     TDGRHYVTLPEAKDYKRVGEGNTGLNTGGMGAVSPVSFANADFMRKVDERIIQPTITG
                     LQAEGIDYCGFIFFGLINVGGDPMVIEYNCRMGDPETEVVMPRLKEDLVELLLSAAEG
                     RLETRPATVDPRAATAVVLTSGGYPGAYEKGKVITGLDDPRLTDCLLFHAGTKAAADG
                     TTLTSGGRVLAVCSLGDTVPEALRSAYRGAEAITFEKKYYRRDIGFDL"
     CDS             49372..50358
                     /locus_tag="SEQF3106_00295"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKMDVTSVPNLILSAAVCLLCWVMGYTYSAGYPVSAPPDGLPTW
                     SYLISLQPDRLTTYLIGAALFALVAGFIQRLNYKYIIVRGRRSLPALFFFLFVSTNPE
                     VFPLRPVTLGLFLLVVALTQLFDSWQRPEDTGRAFNISLCLGLSALLWPQMLWFVPLF
                     WYGMYRFGSLSARGLLTSVLGLLTVAGFVAAWCLWQGDYALPEAIDHSLSTPDIPFLH
                     ATFNANWISSLCVVCLVIVTSIYLSLHSIENTVRTRQYLNFLSVFVCWACVLLCIYAR
                     ESADILCVLYVPASILVAYFFSDKRNLLTYLFYILILTFLVYLLLARLWTSS"
     CDS             50343..50792
                     /gene="yqaA"
                     /locus_tag="SEQF3106_00296"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ADR0"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YqaA"
                     /translation="MDILISYGYLGVFIASFLAATVLPFSSEVVLTGVLLGGASYWPC
                     MVAATLGNTLGGMTCYALGRLGKVEWIKKYLRLDITRLLRVQHWIEGHGSWTAFFVFT
                     PGVGDFIAVALGFLRARVWPVAFWMLLGKALRYWVWMELVYKVQGAL"
     CDS             complement(51091..52167)
                     /gene="mnmA"
                     /locus_tag="SEQF3106_00297"
                     /EC_number="2.8.1.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q99TM8"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA-specific 2-thiouridylase MnmA"
                     /translation="MEIAALVSGGVDSSVVVHLLKEAGYTPTIFYIRIGMEQNDGTID
                     CPAEEDIEITTYIARKYGCRMEVVSLHEEYWERVVGYTIDAVRRGLTPNPDMMCNRYI
                     KFGCFEERWGCDFDRIATGHYATTTELDGQTWLSTAADPVKDQTDFLGQITGLQVAKL
                     IFPIGHLMKHEVRAIAESAGLPSAHRKDSQGICFLGKIRYNDFIERYLGRRDGDIVEW
                     ETGRTVGRHHGFWFHTIGQRKGLGMSGGPWFVVGKDAAANIVYVSNGYDPETQYGRTI
                     RTAGFHFITADPWGDFTGEREITFKIRHTPEFTRGRIRRVEGGYQIDSEEKIQGIAPG
                     QFAVVYDQDHRLCIGSGAIVEGRA"
     CDS             complement(52302..54101)
                     /gene="typA"
                     /locus_tag="SEQF3106_00298"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P32132"
                     /codon_start=1
                     /transl_table=11
                     /product="GTP-binding protein TypA/BipA"
                     /translation="MQKIRNIAIIAHVDHGKTTLVDKMLLAGKLFREGQAEPDQFLDN
                     NDLERERGITILAKNVSINYKDYKINIIDTPGHADFGGEVERVLNMADGCLLLVDAFE
                     GPMPQTRFVLQKAIGLGLKPIVVINKVDKPNCRPSEVQEMVFDLMFSLDATEDQLDFP
                     TIFGSAKQGWMSDDWKKPTDNICPLLDAIIKYIPEPETLEGPSQMLITSLDYSKYVGR
                     IAVGRVHRGELREGQDIVLCKRDGSAVRSKIKEIDVFEGLGRKKVDAVASGDICAVIG
                     IEGFEIGETIADVATPEALPTIAIDEPTMSMLFTINNSPFFGKDGKYVTSRHIYDRLT
                     KELDKNLALRVEPTDSADAWNVFGRGVLHLSVLIETMRREGYELQVGQPQVIIKEIDG
                     VKHEPVEQLTVNLPEESASKIIDVVTRRKGEMTSMESKNGRVFLIFNIPSRGIIGLNN
                     LVLTLSAGEAIMAHRFLEFQPWKGDIERRQNGSIIAMETGNAFAYALNNLQSRGRFFI
                     APGEDVYAGQVVGEHTKEGDLVVNVTKSKKLTNMRAAGSDDKVSLAPPVVFSLEDALE
                     YIKADEYVEVTPHHMRMRKVILDEIERKRQNRI"
     CDS             54274..54543
                     /gene="rpsO"
                     /locus_tag="SEQF3106_00299"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q0PA13"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S15"
                     /translation="MYLDSTKKEEIFEKYGKSKADTGSAESQIALFTYRISHLTEHMK
                     ANHKDFNTSRALKMLVGKRRRLLDYLIKIDIERYRAIIKELGIRK"
     CDS             complement(54657..54914)
                     /locus_tag="SEQF3106_00300"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQALHDHFIHYEKAVQALHDHFIHYEKAVQALHSHFIHYKKAMQ
                     ALHDHFIHYEKAMQAMHSHFIHYEKGVQTFFFLLERMAYGP"
     CDS             complement(55060..56337)
                     /gene="nupG"
                     /locus_tag="SEQF3106_00301"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AFF4"
                     /codon_start=1
                     /transl_table=11
                     /product="Nucleoside permease NupG"
                     /translation="MNLKHRLIIMNFLQFAVWGTYLTSMSRYLGPAGMGEHIGLFYSV
                     QGFVSIFMPTLFGILADRYVPAQKMLALCHLTSGLFMAAAGAYGLSAGTTVSFASFFT
                     LYTLGVAFYMPTLALSYSVAYSLLEQGGYDTVRDYPPIRVFGTVGFICSMWAVDLAGL
                     QTSAMQFVVCGALGILLAVYSFTLPGIPVSRSMGHKSFVEALGLNAFRLFRKRQMAVF
                     FIFSMMLGVSLQITNGFANPFIASFESVAAYADTFGVQHSNILISLSQISETLCILLI
                     PFCLRRYGIKIVMLISMVAWILRFAFFGLGNPGGGVWLLVLSMIVYGVAFDFFNISGS
                     LFVDRETDPSIRSSAQALFFLMTSGIGATVGTLGAQAVVNAFCQWSEVATSSGAKTLL
                     VGDWASVWYIFAGYSLLVAVFFAILFPYKHKRV"
     CDS             complement(56353..57015)
                     /gene="thiN"
                     /locus_tag="SEQF3106_00302"
                     /EC_number="2.7.6.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34664"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiamine pyrophosphokinase"
                     /translation="MIPDYFHASDASRADAVILAAGDYPTHPAPLEALRRASDRIICC
                     DGAVDRLLREGLEPMAVVGDGDSISPEARRLLTDRLHIETEQDTNDLSKAVRYAAGKG
                     LRRLLIVGATGRREDHTLGNISLLVDYMDSGFDVEMWTDYGVFTPSTGSQTFASQAGQ
                     QLSVFCMDAEPLTLRDVRWPLAERRITRWWQATLNEATADTFRTETAGRIIVFRSFII
                     NP"
     CDS             57237..58337
                     /locus_tag="SEQF3106_00303"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLMALATIMPRHASGQLKQIVKIEKDTLRMYVGQKDSLRATAY
                     PSARVFYWDSRASIPIVASISAPRSSNPYDSVCIVQAWKPGRTIIVVRVNEVAARCIV
                     VVTPKVFVDSLRLQRDTIQLQTGDTASIMTHIFPANASDKKLEWTTEGNASVLSTTDS
                     VTRVAAAADADTSLLIVRALDKSDKRDTCVVITRRIPVTSLTLSHDTMRVNAIGVNHL
                     NKPDTLRATVLPENATDKRVKWTVISGGVKALPIDSIGQAAEIIGAATVDTALVVAEA
                     ADGLLDSCVVITQDPNHPDATVEVGASAWVRNADGGVVVHTDHAASLEVYTMTGALVH
                     REHLAPGDRFVPLRSGLYIVAVDRLRRKVFIR"
     CDS             58481..60112
                     /locus_tag="SEQF3106_00304"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKMKKFTIQLLAVACAMVMFADKARAQATVQLGSHDTIRLAKGE
                     IDSIKATISPLGETLEWKSENTSIVSVEKAVPDSTWGRITAIGVGKTNIIVAYGDPAS
                     PVRDTVPVKVYDLVTSVSLGAKHSDTIGIGNTLTLAATVNPADALQEVLYTSSNSAVA
                     EVQTSDLKGIVTAKAVGTARITVSAGKGANMKTDTFLVTVNNPITSLNFAIAQDTIPM
                     QINSDMEIEAVAIPDDADNISSLGWSIAQMPPHPSGIVTIVSNSGAKAKIQSGATPGL
                     ARLTVVSTNGKTASRIIQVLDPIHVTGMALDKDTVYLSVRAQDTITARIQPANALNKK
                     VTWASTNPSFASVEMLTDTTAVVTGKTVGMAMIVGETTDGGLKDTCYIYVQSPLALTD
                     AKLEKHKTRIELDKTDTLKVIFTPANATNKKVTWTSDDPTIATVDSVGVVKALKSGIT
                     HIRMVTDEGAFKDSCEVTAYKSDANIEAQSGVNIWGTESGLRVQSDKPRTLAIYTLNG
                     ALYRRETFSGDRVISLPSGLYVVTLGEVSQKVLIP"
ORIGIN      
        1 gttggcgttt gcgggactcc cgcaagtctc acggagatac ggttggcgtt tgcgggactt
       61 tcgtagacac tctaccgact ttattcttac atcgaactca cgtttcattg cctctaatga
      121 acctcattca tctgccccga cccttaccct tcaatcttgt tcatcatctt gattgtggcc
      181 ttgatggcgg cttcgatctg gtcggcatcg aggccacgcg tcttgaactc tgagtggttg
      241 tggctccagg tgatgatggt ctggacgaag gcgtcggtgc ggccgccggg gggaatggtg
      301 acggcgtagt tggtgagcat ggggaaggga cggccgagcg acttgtagat cttgcggagg
      361 gcgcgcacga aggcgtcgta ttggccgtcg ccggtggcgg tctcctcgta ggtctggccg
      421 tcgatttcga ttttgagggt ggctacgggg cggaggcctt gggctaagga gagggagtag
      481 ttgaggatgc ggatgcggtt gccgtggatg ttgtggcgga gcacgtcgga gacgatgtag
      541 gggagatctt cctgggtgag gagctctttc ttatcgccta actccacgac gcgctcggtg
      601 actttgcgca tggtgtcatc gtcaagctca atgccgaggg cttcgaggtt cttgcggatg
      661 ttggcgcggc cggaagtctt tccgagggca tactcgcggg tacggccgaa acgctcaggc
      721 acgagcgggt tgcagtagag gttgctcttg gcgtcgccgt cggcatgcac accagcgcat
      781 tgggtgaaga cgttttcgcc cgtgatgggt tggttggggg cgatgtggat gccggcgtag
      841 gtctcgacac tcttgctgac gcggtagatg ccggcctcgc ggatggcggt ggataggtgc
      901 agctggtcgt ggatgacggc cacggtgctg ctgagggtgg cgtttccggc gcgttcgcca
      961 aggccgttga tggtgacgtg cacgccgcgg acaccggcgc ggagagccat gtaggtgttg
     1021 gctacggcca ggccgtaatc gttgtgggca tggaaatcga aatggagttc ggggtaacgc
     1081 tcggtcatgt ggcggcagta gtcgagggtg gtttcggggt taaggatgcc gagcgtgtcg
     1141 ggcagcatga agcggcgcac gggtaggtgg cggagagcat cgacgaaggc gtggatgtag
     1201 tcgggcgagt cgtgcatgcc gttggaccag tcttcgaggt agagattgac ggtgatgccg
     1261 gcgtcgtggg cgcggcggat ctcgtcggcg atgtcggcca tgtgctgctc gggcgtcttg
     1321 cggagttgct cggtgaggtg gcggagggag cctttgcaga gcagattcat gacacggcaa
     1381 ccggtgtcgc gtatccagcg gagcgactcg cccccgtcga caaagccgag cacctcgagg
     1441 cgatcgaggc agccagccgt gtcggcccat tggacgatgt gccggacgga ctcgaactcg
     1501 ccatcggaga cacgcgcgga ggcgatctcg atgcggtcga cgttgagctc cttgatgagc
     1561 agccgggcga tgttcttctt ctcgtgggca gtgaaggata cgccgttggt ttgctcgccg
     1621 tcgcgcaggg tggtgtccat gatctcgatc atgggggtgg gggattggag ggatgtcatg
     1681 ctttacgcct tgctgcgttg ttcatacgcc tcgatcaggg cgcggttcgc taagaggaag
     1741 tcgatgtcgt cgaggccatt catgaggcag tgcttcttgt agttgttgat ctcgaagtgt
     1801 tcgctctggc cagtggagag cagggtgatg gtctgggcgg gcagatcgac ctcgacctcg
     1861 gtcttggggt cggcttcgat ggcggcgaag aggcgggcga ggaaggcgtc ggtgacgacg
     1921 acgggcagga cgccgttgtt gagctcgttc tgcttgtgga tgtctgcaaa gaagctggag
     1981 acgacgacgc ggaaaccgta gccggcgatg gcccaagcgg cgtgctctcg gctcgatccg
     2041 ctaccgaagt tgcgtccggc cacaaggatg cgtgcgccgg cgtaggcggg gttgttgagc
     2101 gcgaaggagg ggatggggcg gccttgcttg tcgtagcgcc aatcgtggaa gaggttgtcg
     2161 ccgaagcctt ccttggtggt agccttgagg aagcgggcgg ggatgatctg gtcggtgtcg
     2221 acgttctcga gggggagggg gacgcaggtg ctgcgcagga gggtgaattt gtcggtcata
     2281 atagaaggag ttatgcggct tcgccgcggt agtaggggca ccccttgtgg gcgcccgggt
     2341 agttatgcgg ccttgcggcc gcggtagtag gggcacccct tgtgggcgcc caggtagtta
     2401 tgggggcttg cggccgcggt agtaggggcg ccccttgtgg gcgcccgggt agttatgtca
     2461 tcatcgttcg cgggtcggtg atgacgccgg tgatggctgc tgcggcggca acgagggggc
     2521 cggccaggag ggtgcgggct ccgggacctt gacggccctc gaagttgcgg ttggaggtgg
     2581 agatggcgta tttgccagcg gggatcttgt cgtcgttcat cgctaagcag gcggagcagc
     2641 caggctgacg caactcgaag ccggcgtcac cgaagatctt atcgaggcct tcgcggcgga
     2701 tctgtgcatc gaccagccag ctgccgggca cgagccacgc cgtcacgcct ggggctttgc
     2761 gtttgccttt gactaaggag gcgaaggcgc ggaagtcctc gatccgtccg ttggtgcagg
     2821 agccgcagaa gacgtagtcc acgggcatgc caagcagctg gctgccggcc gtgagcccca
     2881 tgtaatcgag cgaacggcga tacgatgcgc ggctgctttc gggcatgctc tcggccgtgg
     2941 ggatggtgtg cgtgatgccc atgcccatgc cggggttggt gccgtaggtg atcatgggct
     3001 cgatgtcggt ggcgtcgaag tggatctccc ggtcgaagac ggcatcgtcg tcgctgcgga
     3061 gggtacgcca gtgagccacg gcgcagtccc acgcttcgcc ctgtggggca tagtcgcggc
     3121 cgcggaggta ggcaaacgtg acgtcgtctg gggcgatcat gccgccgcgt gcgcccattt
     3181 caatagaaag gttgcagagc gtgagtcggc cttccatggt gaggctacgg acggccgagc
     3241 cggcgtattc cacgaagtag cctgtggcgc cgctggtcgt catgcgggcg atgacataga
     3301 gggcgaggtc tttggccgtg acgccggggc cgggcaagcc gtcgatggcg atgcgcatcg
     3361 tcttgggctt ctgttgcagg atgcattgcg aggccagcgc catctctacc tcgctcgtac
     3421 cgatgccaaa ggccacggcg cccatcgcgc catgcgtgga ggtgtggctg tcgccgcaga
     3481 cgatggtcat gccggggagg gtgaggccgc gctcggggcc gacgacgtgg atgatgccgt
     3541 tcttagggtg catcatgccg aaatgcgtga ggccgaagtc ggcggcgttg cgggccagcg
     3601 tgtcgacctg ggtgcgggag acgggatcct cgatgggttt gtcttgatcg tgcgtcgggg
     3661 tgttgtggtc gggcatgcag aagacttgcg cggggcggaa gacgcggagg ccgcgacggc
     3721 gaagtccggc gaaggcctgg gggctcgtca cctcgtgaca gtagaggcga tcgatgtaaa
     3781 gctgcgtggg gccgtcgggc acgatctgca cgacgtgggc gtcccagatt ttatcgaaga
     3841 gggtatgcat tgattagagg gtagagcgtg gagggtagag ggtagttacg gcctgcggcc
     3901 gggtagttat gcggccttgc ggccgcggta gtaggggcgc cccttgtggg cgcccgggta
     3961 gttatggtgg ctttcgcccc cggtagtagg ggcgaataat tattcgccca ggtagttaaa
     4021 gggtagtcag aagtagttac gggcttcgcc cgggtagtta gagggtagtc agagggtagt
     4081 tacgggcgga tgcgattggc tcctacttgt cgaacttgtt gatggcatcg atgaaggcct
     4141 cgacggaggc ggcgatgatg tcggtgttgg ctgcgaagcc gtagtagttc gcgccgtcat
     4201 actccacctg catgtgcacc ttgcccatgt cgtcgctgcc tttgtcgatg gcttggatga
     4261 ggaactcgcg gatggtcatg cggcggcgga tgatggtctt gacggccttg atggcggcgt
     4321 cgacggggcc gttacccgat gaggcggcct cgaaggtctc gccggcgatc gtgagcgcga
     4381 cgctggccac ggagcgcacc ccgacgccgg aggtgacttg caggtaggcg agcttgatgc
     4441 ggtgcagggc cttgcgatct tcgccgacga gcacgagcag gtcgtcgtcg ttgacctcct
     4501 tcttgcggtc ggccaggcgg aggaagtcgc tgtagacctt gtcgagcttt tcgcggctgc
     4561 cgaggtcgac gccgagcact tcgagccggt gcttgagcgc tgcgtggccg ctgcgggcgg
     4621 tcagcacgat gctgttgtcg tcgatgccca cctccttggg atcgatgatt tcgtaggtct
     4681 ggacgttctt caggacgccg tcttggtgga tgcctgagga gtgggcgaag gcgttgcggc
     4741 cgacgatggc tttgttgggc tgcacgggca tgttcatcag tccggagacg aggcggctgg
     4801 tggcgtggat gcgctgcgtg ttgatgttgg tgtcgatgcc gaggcgtgcg tggtggcatt
     4861 tgaggatcat ggccacctcc tccagggcgg tgttgccggc gcgctcgccg atgccgttga
     4921 tcgtgacttc cgcctggcgc gctccggcca tgatgccggc catggtgttg gccgtggcca
     4981 tgccgaggtc gttgtggcag tgggtggaga ggatggcgcg gtggacgccg tcgacgtgct
     5041 ccatgaggta gcggatcttc tcgccgaact ccgtgggcag gcagtagccg gtggtgtcgg
     5101 ggatgttgac caccgtggcg ccggcacgga tgacggcctc gacgacgcgc gccaggtact
     5161 cgttgtcggt gcggccggcg tcttcgcagt agaactccac gtcgtcgaca tagcgcttgg
     5221 catacttcgt ggcggccacg gcgcgctcga gtatctcgtc gcggttggag ttgaacttgt
     5281 acttgatgtg gaaatcgctc gtgccgatgc ccgtgtggat gcgtttgcgg cgggcgtgtt
     5341 ggagggcctc ggcggccacg tcgatgtctt tctccacgcc gcgggtgagg gcgcagatga
     5401 cgggccaggt gacggccttg gagatctcca ccaccgactg gaaatcgccg gggctggaga
     5461 cggggaagcc ggcctcgatc acgtccacgc cgagcgtttc gagggctttg gctacttcga
     5521 ttttttcgac cgtattgagc tgacagccgg gtacttgctc gccgtcgcgc agggtagtgt
     5581 cgaagatgta gagtttgtta tccatctatg ctttggaact aaaaacgaaa actgaaaagg
     5641 gagcaatagg gcggaagtgc ccatttcctt atgctggtag ggcgtatcca ctgcggaagc
     5701 gccccatttc tttgtacgat attaacttac atgtatgata cttattattg aagacttcga
     5761 tattaactta catgaatgat acttattatt gaagacttcg atattaactt acatgtatga
     5821 tacttattat cgaagacttc gatattaact tacatgcatg atacttatta tcgaagactt
     5881 cgataataac ttacatgaat gatacttatt atcgaagact tcgatattaa cttacatgaa
     5941 tgatacttat tatcgaagac tccaacgagg cgtatccgca ctcggggcac cccgttggag
     6001 gctccgatgg gggcgaggca tgctcggccc ccaccgaaac gggcctaaca cccctccggg
     6061 cgcaggccgc gcacggtgac ggcagcctgc cagagctcgc tctcgcggag ggctttgagt
     6121 tcggcctcga gcttctcgcg gtagtcgggc ttggagttac tgtcgatcga gcgttgcgcc
     6181 tcgcggccag acttgacttc gccgtagagg cgctccacga cgggcttcac ggcgtcgtgg
     6241 aaggggccca tccagtcgag cgccccgcgc tgcgccgtgg tggagcagtt ggcgtacatc
     6301 cagtccatgc cgcgctgcgc gatgaggggc atgagcgatt gggtgagctc ctccaccgtc
     6361 tcgttgaagg cctcggaggg cgtgtggccg tgctcgcgga gcacctcgta ttgcgcggcg
     6421 aagagcccct ggatggcgcc catcagcgag ccgcgttcgc cggtgaggtc agagacggcc
     6481 tcgcgctcga tggtcgtctc gaagaggtag cccgagccga tgccgatgcc cagagccagc
     6541 gccttttccg tggcgcggcc gctgacgtct tggtggacgg cgtaggagga gttgatgccg
     6601 cgtccctcag cgaagagggt gcgcagcgac gtgcccgaac ccttcggggc aacgagcacc
     6661 acgtcgatgt ctttcggggg cacgatgccc gtgcggtcgc tccacgtgat ggcgaagccg
     6721 tgtgagaagt agagcgtctt gccggccgtc aggtgcggct tgatctgcgg ccagcattgc
     6781 atctgcgccg cgtcggaaag gagcatgcag accaccgagc cccgctcggc cgcctcctcg
     6841 atcgaaaaga gcgtctcgcc cggcacccag ccgtcggcca cggccttgtc gtacgtcttt
     6901 cccgcgcgct ggcccacgat gacatggaag ccattatcgc gcaagttgca cgcctggccg
     6961 gggccctgca cgccataacc taacacggcg atcgtctcgc ccttgagcgc ctcgagcgcc
     7021 ttcacaaccg gaaactcctc gcgggtgaca acgttttctt ctaccccgcc aaaattcatt
     7081 tttgccatat cgtatgttat ataaatggtg aatatgatct gatcattatc gtcaagtaaa
     7141 aacagtttgc gaaccattcc cccccaaggt tcgtaggtgc gaataattat cgccgccccc
     7201 cctatacaaa cctgatcaac gcgcgactga tggcgcgatc gccgtcgacg agtgcgcagg
     7261 cgaacgtgcc cggcgagagc gtgcggcgga agcgtgcgag ctgcgtgccg tagcgcccct
     7321 cggcgtgata ggagatctcg aaatgctgca ccgaggcctt gcggtaagtc tcaaggtcga
     7381 aaccgtcgag catggcctcc atatgcttga tgctgttcag gtggccgttg atgtcgaggt
     7441 cgctgtaacg cacggtgcgt gtgtccgggg cgtcgtctgg cgcggcctct gcggcggcga
     7501 ttcgtccggc gatctccacc gggcagtgtc ggccgggcac catcatccgg tcaggccacg
     7561 cccccgcgag cgatgtcggt cggcgcgtgt ttttgtcgat ggccgcccag atggagcggg
     7621 cgtaagccag cggtttgtcg gtcgccgccg atgtcacctc gaagcagcgc ttgatgaaga
     7681 tccgctccat ggcctcggcc cacgtgctga cgcggatggg ggccgccagc ccgtctgcat
     7741 cgatcacctc gatggccagc cgagagagca cccaggccgt gccgcgtcgc tccatcacgg
     7801 tgtatccggc tccccgctcc tcggcatggc gtgtggccgc gtcgaggagg taattgccca
     7861 gcgtgggcaa ggggaggcgc ctcataaagt cgagcgagta agcctcggtc gtgtaatcgt
     7921 atgtgcctat aggatccata ttctattgat gtagttagaa gtagtcgcgg gtagttatgc
     7981 ggcctttagg ccgtaactac cgggcagctc aacaagagcc gcctttccgg tgcatcccct
     8041 cctcgatggc agccagcata tcgctcagtc gctccacacg gcttcgggtg atggccacgc
     8101 gccccgagcg gatgaactgt agcacaccga tgcggtcgct cagttcgcga aagagggcct
     8161 gtgtctcctc gtaatgccca ttcatctcca ccaccacgca gtcctcgttg atctccagga
     8221 tgcgcgcgtt gtatttgcgg atcaaatcct ccacgccacc catgcggata aacttgtcgg
     8281 tagccagctt gtagagcgcg atctcttggt atacgaggtc ctcgtccgtg ttgtaatacg
     8341 atttgaggat gtccacgcgc ttgtcgatct gcttgacgac tttttcgatc atcacctcgt
     8401 cggcgtaggt cgtaatggtg aacttatgga tgccggggat ggctgagggc gagacggaga
     8461 gcgtctcaat gttcagctgt cggcgggtga agatgatggt gatctggttg agcaggccca
     8521 cggtgttctc tgagaagatg atcacggtgt agagccggcg tccgtccgcg ggggcggcgg
     8581 tgtttttttc gtttgtctgc atgggttaca tcaatatgtt actgatactc gctccggcgg
     8641 gcaccatcgg gtagacgatg ccgcgcttct ccacatcggc caccaagagg tacggcccat
     8701 cggtggccat catctcgctg atggcttcgt ctaactcctc gcgccggctc acctccctcg
     8761 cagcgatgcg aaacgcccgt gcgatggcca cgaagtcggg gttttccatc tccgtgtagg
     8821 agtatcgctc gttgaagaac agctcttgcc actggcgcac catgccgagg aagtggttgt
     8881 tgagcaagat gatcttcacc tcaaggtgtt cctgcatgat ggtgccgagt tcttccagcg
     8941 tcatctgcaa gccgccgtcg ccaacgaaga ggcagacggt gcgttccggt gcgccgatct
     9001 tggcgccgat ggcggcgggc agcccgaagc ccatcgtgcc aaggccgccg gaggtgacga
     9061 cgctgcgcgt ctcggtgtat tggaagtagc gcacgcccat catctggttc tgccccacgt
     9121 cggtcacgag cacagctcgg tgccccgtag cttcggagac gcgccggaca atctcgccca
     9181 tatgcagccg cccctcagtg gggtagagct ccggctcgat caccttcacg cgctcctcct
     9241 ctgcgtcggc gtcgaaggca gcgatccacg ccgtgtggcg cgccggacgc agctcagccg
     9301 tgatggcgcg gagggtggcc ttggcgtcgc ccaagacttt cacgtcggcc cggacattct
     9361 tgtctggctc cgaggcgtcg atgtcaaggt ggatgatctt cgcctggcgt gcgtacgttt
     9421 tgagatcgcc cgtcacacgg tcgtcgaagc gcataccgat ggcgatgagc acgtcgcact
     9481 cgttcgtctt gcggttgggc cccacgttgc catgcatacc cagcatgccc ttgttcaggc
     9541 ggaagtcgga gggcatggca gagagcccca gcatggttgc cccggcgggg atgtcggcct
     9601 tctcaaggaa gtccttcagt tcccgttcgg cgccgctaag gatgacgccc tgcccgacga
     9661 gcgcgaaggg acgcttggca gcattgatca gcgccgccgc ctctctgaca cgctcggcct
     9721 tgatctcggg ccacgggcga tagctgcgga taaagtcgac gggcttgtat tcatagaccg
     9781 ttcgccccac ctgcgcgtcc ttcgagatgt cgatgacgac agggccgggt cggccggtgg
     9841 aggcgatgta gaaagcgcga gccacggccc atgccacttc gtcggcgcgg cgcacttggt
     9901 aggcccactt cgtgatgggc gacatgatgc cgatcacatc cacctcttga aaagcgtccg
     9961 tgccaagcag tggcgacggc acctgcccgg tgatgactac gatcggcgta ctgtcgagca
    10021 tggcgtcagc cacacccgta atggtgttcg tggcgcccgg cccagacgtg actaacgcca
    10081 cgcctacgcg tccgctgacg cgagcatacc cttgcgccgc atgcgtggcg ccctgttcat
    10141 ggcgcaccaa gacgtggcgc agccggtcgc ggtaatcata caggctgtca tagatcggta
    10201 tcgcctgtcc gccgggatag ccgaagatgc actccgctcc ctccgctatc aatgtgcgga
    10261 gcaacgcctc cgcaccggtt attgtgtcct tattctccat tgaagaagta gttagtagta
    10321 gtcagaagta agtaaacgtg agttcgacat aagggatctc cgttttttta ttcgctggca
    10381 actctggttg ccggggccgc tgggtcgaaa gtgagctggc aactcgattg ccggggccgc
    10441 tgggtcgaaa gtatcgctgg caactcgatt gccggggccg ctggatcgaa agtgttgctg
    10501 gcaactcgat tgccgaggcc gctggattga aagtgccgct ggcaactcga ttgccggggc
    10561 cgctggatcg aaagtgccgc cggcaactcg attgccggtc cgctggatcg taagtgagct
    10621 ggcatgtcgc atgccgaggc cgctggatcg aaagtgagct ggcatgtcgc atgccggggc
    10681 cgctggatcg aaagtgccgc tggcatgtcg catgccgggg ccgctggatc gaaagtatcg
    10741 ctggcatgtc gcatgacgga gccgctgggt cgaaagtaac gtgagttcga cgtaagaaat
    10801 ccacttcccc aatggcttgc aatcatcgtg caagggagtc ccatccctat atcgacgaat
    10861 gaattgcccc acatcgacct cacgtattat taaatgatac gcacgccccc ctcgtcggcc
    10921 gatgaaacca tgctcgcgta agcgcgtaaa gccttcgaca ccttgcggtc gcgttgcggc
    10981 tgccaagcct ctgcgccacg cgcctcttct tctcgccgac gctcggccaa ctcggtctca
    11041 ctgagacgca cgttgatggt gcgcgcgggg atgtcgatat cgatgatgtc gcccgtgcgg
    11101 acaagcccga tggcgccgcc agaggctgct tccggcgaga tgtgtccgat gctcagcccc
    11161 gatgtgccgc cactgaagcg tccgtcggtg atgagtgcgc attccgcgcc taagtgcatg
    11221 gatttgatgt acgacgtggg gtaaagcatt tcctgcatgc cggggccgcc cttcggccct
    11281 tcgtgcgtga tgacgaccac gtcgccggcg ctaacctgcc cgccgaggat gccctggcag
    11341 gcgtcgtctt gcgattggaa gacgcgtgcc ggcccgctga agcgcaggat gcgttcgtct
    11401 acgcctgccg tcttcaccac gcagccgcgc agggcgatgt tgcccttgag gatggccagg
    11461 ccaccatctt ttgaataagc atgcgcggcg tcgcggatgc agccttcggc acggtcggtg
    11521 tcgagcttgt cgtagaaggc gcgctgggag cccatcttga ggttgaacct catgcctcct
    11581 gcgctgcgat agatcgtttg tgcttcttcc gtcacgtggg ggctacagat gtcgtactgg
    11641 tcgatggctt cgccgagcgt cagcccgtcc acccgcttga ccgatgtgtc aatcagcccc
    11701 gcgcgggaga gttcgccgag gatggccatc acgccgcctg cgcgattgac atcttcgacg
    11761 tgatacttgg gcgagttggg cgccaccttg cagaggcacg gcgtctggcg cgagagggtg
    11821 tcgatgtcgt ccatcgtaaa gtcgacctcc gcttcgtgag cgatggccag cagatggagc
    11881 accgtgttgg tcgatccgcc catagcaatg tctaaccgca tggcgttgag gaaggctgcg
    11941 cgggtggcga tgctgcgcgg cagcacggag gcgtcgtcgt cgtggtagta gcgataagcg
    12001 ttctccacga tcagtcgtgc ggcctcgcgg aagagcttcc ggcgattgac gttcgtcgcc
    12061 accaccgtac cgttgcccgg cagcgccagt ccgatggcct cgttgaggca gttcatcgag
    12121 ttggccgtaa acatacccga gcagctgccg catgtggggc aggcgttccg ttcgacggct
    12181 tccacctcgg cgtcatcggc cgaagcgtca gccgagagca ccatcgcgtc gatgaggtcg
    12241 agtgtgcgcc cattgtgata cccggcctcc atcggtccgc cggagacgaa cacggcgggg
    12301 atgttcatcc gcatggctgc catgagcatg cccggcgtga tcttgtcgca attgctgatg
    12361 cagaccatcg cgtcggcttt gtgcgcctgc accatgtact cgacgctgtc ggcgatgagg
    12421 tcgcgcgagg gcagcgagta gagcatgcca tcgtgcccca tagcgatgcc gtcgtcgatg
    12481 gctatcgtgt tgaactcggc cgcgaagcag ccccgctctt caatctcttg cttgatcaac
    12541 tgccccacgc tgtgcaggtg catatgcccg ggcacaaact gtgtgaagga gttgaccacg
    12601 gccacgatgg gtcgccccaa ttgttcgcgc ttcatcccgt tggcagccca gagcgccctg
    12661 gcgcccgcca tgcggcgccc ctgtgtactt cttgaactac gtaattccat tcttctcttc
    12721 tctttatcac acgcatgcta cataaaaaga gagccttcct cgtggtcatt gagaaaggct
    12781 ccttcttttc gcacaaacga attgcttaaa aatcgaatcg tatacaccct cctcgtgagg
    12841 ccatcgggat aatgacatca atcgatagaa acacggagag gatataagta gcattcattt
    12901 ttacttacat atgtcatgaa acgggggcaa agatatagcg ggttctataa cgtccaaata
    12961 aaacccctgt cacctcgcaa aaaacaacga aaaatattcc acccaacaac ggagcgcaca
    13021 cagatggatg tctacagcgc atgagaaacg aaaagagaaa gcagagtagc acttgcagcg
    13081 ttcctgtaag cgccaacccg ttttccgcgg cctttgcaac gctgttgcaa acctccgtcc
    13141 ctttcaaaga agaggttccc cggactatga atcgatcgtt gccgcatcca tttcttgggg
    13201 aacttccatt ttccacatct gctctttggc tttcccccct tccccatcag tcgttagggg
    13261 cggtcgctat cgagaagaga aaagtatcct gagcttatac aaaaacagaa gccccgagac
    13321 atcacgcccc agggcctccc acaaaaaaag ctatgaaact aaaatcttta cagactcaac
    13381 tcttactctt tagtgtaagt tcaaaaactt atctcacaat cactttatac atcgtatgta
    13441 aacgatccga gatgtgcgtg ctatttggga tctttctgaa tagctattca ggtgcacgat
    13501 ccgaaacgcg ttatgcattt tcctttctcg aatgcgggcg caaagaaggg acggattttt
    13561 tgaatgcgca actttcacag ggaagaaaat gcgtgtcatc ctttattctc taccgtggcg
    13621 gatggggtgg cggcgttgtc agagtgctcc gaatcgggga agttgaggcg ttcgtcaatg
    13681 atgtattcgg gacgattctt gatttcgtcg aagaggacgc cgatgtattg acccaagacg
    13741 ccgatggtga gcagttgcac acctccgaaa aagatgatgg ccgtcatgat ggagctccag
    13801 ccggtctcgg catgactgaa accgcagatc ttgcccaaga gtgtccagag ggctaacaaa
    13861 atgccgacga tgacagctaa gaaaccgagc ccggaggcca gccgcaaggg tttctttgag
    13921 aaatagagca gggcgttaga tgcgaagcgg agcattttgc tcagggggta cttcgtttcg
    13981 ccagccacgc gtgctttgcg ctcataatag aagggcactt gcttgaaccc aatccagctg
    14041 atgaggccgc ggatgtactt gccatgctcg ggcaggcggt tgaactcgtc catgatcttg
    14101 cggtcgatga ggcggaagtc gcccgtgtcg aggggaaact ccacttcgct catgcgattc
    14161 atcgtgcggt aaaacatgcg ggcggtgaag cgcttgaaga aggtttcttt ctcgcgcgag
    14221 cggcggacgc aataaacgct gtttgcaccc tctcgatcgc agagggcgag gatgtcgggg
    14281 atcagctcgg gggggtcttg caggtcggca tccatgatca cggcgcggtc ggcggtgcac
    14341 tgtcggatgc cggcggagac ggcgggctgg tggccgaagt tgcgtgagaa gtgaatgacc
    14401 cgcacttgcg gatcctgcgc ggctaaatcg tcgaggatgc ggcgtgtgcc atcggtgctg
    14461 ccgtcgttta cgtagatgat ttcacctgtg cagggcaggc gatcgatgac ggcgcgcgtg
    14521 cggcgatacg actcggccag cacggcctcc tcgttgtagc aggggatgat gatggagagg
    14581 tgtgtcttca ttgctcttcc tccaagaagt ttttcccatg gctgccgtgg agcgtagcgc
    14641 ggatctcctc ctcgctcatt tccttgacat tggtgatggt gtatgtcccg gccatgaagt
    14701 ggccatactg gttgcactcg ttgatgatgc catcaatcag cggttgcggc agggtgcgga
    14761 tgggcatgag gacgacgagg tcggcatagt cggggtggat ggtcaggcgc tctatgtcgc
    14821 acccggcgtg ctggagggcg aaggtgaact cgcgctctac gacatcgcgc cgatatcctt
    14881 cgatggtcat gccttcagct gcggggacga gcaggtagta gcgcaacttc tggcctttgc
    14941 cgcccatccc ggtggagatg tagatctgct tttcgtcaga gaattcagac tccaggatga
    15001 tgcgcccctc catgagcgcc atgtaggccc agttctgcat ctcgcgatcg gccagacgga
    15061 cgtatcgctc cagcagcctg tatgccaaca cgctgcccga ggtggcgaag atggccagga
    15121 tgcgccgctt gtattcctcg gtcgattcgg gattatacag atctacgcct atggtttcga
    15181 gctcttcgtc cctcatcttg atattctcct gcttcacccg gttcgagaat tggaaatacg
    15241 ctatctgttg ctccacgggg atttgcttct caggcacgtg gaaatagccg tccgtctccg
    15301 aaaggaagtc ttggaactgg cggaatgttg tgggttgtat catatatgtt gttctcctct
    15361 gattttctcc tcccccttcc gggggctgga gtggcaaaaa taaagtaggt ggcgtaggga
    15421 gcggtcagga atcgtgtatt tccgggtcat gcatgcccgc ttggggctga tatagtgtat
    15481 atcgaagtca tgcaaagccg cgacgaactg atatagtgta tatcggggtc atgcaaagcc
    15541 gcgacagact gatatagtgt atatcagggc catgcaaagc cgcgacaggc tgatatagtg
    15601 tatatcgggg tcatgcaaag ccgcgacagg ctgatatagt gtatatcggg gccacacaaa
    15661 gctgcgacag gctgatatag tgtatttccg ggcgccgatc ctatggctca agctgctttc
    15721 ttctatgttt cacatttatg tttcacgatt atgcgtcgca cgaaccattt cggaaattca
    15781 cacagatatc gcattgacag aagccctcaa aagcaccatt gcaggaaacg cgctaaggga
    15841 tgatctccgc aaaccgtctc ccgacatcgc tcgccaacgc ctccaccgag acgcccagct
    15901 cctcggcgat gcatgcgtaa accgtgacaa tgtcgatcgg gcaatcatcg gtttcgatga
    15961 agaggcggtg cgcctcccaa gcctctttca gcgcatcagc gttgtgtaat cgtccgaaag
    16021 agaggctaag gccagcgcgt agcagttgtt cggccaatgg cgacttgccg cggaaaccgt
    16081 gaacaatcca cggctccgtg ggccggaggc gcttgcggac gtcgagcagc tcgccccaag
    16141 cgcgcacaca atggatgacg agtggtttac gcagctcctc cgcaagccgc acctgctcct
    16201 caaacagctc gatctgcatc cccatcggtg cttcagccaa tcgatcgagc ccagcctcac
    16261 caatcatcac aacctgcgga tgatgggctc gacggactaa ctctggcaga cgatccacat
    16321 cggcatgcca cgggtgaatg cccacagcgt agcgccgatc aggcaggggc ataaacggtt
    16381 caccggtatc tacactgatc acggccggag ccgtcgggtc agtgggcaga cagtgggtgt
    16441 gaatgtcgca gtagcgcacg gctttcaagg cacggggtcg tagccactcc ctccccaagg
    16501 gtgacaacgc aagatgcgcc tcagcgcaag ccacatacct cgcaacgggc catgtttgcg
    16561 gagcgcctgt atggcgtact cggagcaggt cggagtgtag cggcagctgg ggggcgtcaa
    16621 gggggagatg cagcaacggt agaagtacac gggcagcagc agcatgccag tcaggaggcg
    16681 gcggatcatg acgtcttttg ctgaatcaag cggagggctt tgcgcatggc tttttcgatg
    16741 gcaacgtagg tgggcaagcc atcaccgacg aagaggaagg cgatgtggag gcatcggcca
    16801 gcatggacac actgctcaac gagcgactgc ttctgggtgc gaaacgtttc acggatgagt
    16861 cgcttaatcc ggtttcgccc cacggcgtgg cgcatgcgtc gcttgggtgc cacagccatc
    16921 atagccactc ccggcgtccg gtcgacggca gcctcctccg tgcgatagac taccctgagg
    16981 ggatatgcaa tgaacgactg tccaccggtg gcaaacagtc gttcaatatc ttttttcaaa
    17041 taaagtcgct cctccttggg gagccggttc ttggcttcac ccgtcattcc tcatcctgct
    17101 gcggggtctc gttttccaat tccttcttta ggtattgctc cagcgcggcg gtcatggaag
    17161 gtgcctcggg ggtgggggcc tcaatgtcga ggcggagacc agcatcgatg gcggccttgg
    17221 ccgtggtgga tccaaagcaa ccgatgcgaa tcccgtcttg cttgaattgg gggaagttct
    17281 tcatcaacga agagatgccc gaggggctaa agaagacgag catgtcgtag tcgaacgatt
    17341 cgtctttgga gaagtcgttg ctgacggtgc gatacatgac ggccgttttg cagacgatct
    17401 ttttcgcggc gagcgctgta gcgatgtcgt ctttatggat gtcggaggcg ggcagcaagt
    17461 acttctcttt agggtgcttg atgatgaggg tgaggaggtc gtctattttc cctgtggcgc
    17521 cgaagaagat tttgcgcttg cggtagactg tatatttctg caagtagacg gctatggcct
    17581 cagtcatgca gaaatatttc atcgtctcag gaacgacaac gcgtaattct ttacagaggt
    17641 ggaaaaaatg atcgacagct gtgcgcgccg tgaagatgac cgcactgtag tctggtatag
    17701 caatacgctg ttgcctgaac tcttttgcag tcaggggttc tactttaata aaaggccgga
    17761 agtcgatgtc cactccgtat cgttcagcga tatcgaaata cggggatttg ccggtctccg
    17821 gtttcggttg cgataccagc agctttttta tactcaatgc cataaagaac ttgaatttgt
    17881 taattgaagc gtgtatttca acccctcgta agccaataat agagggatta tttcttgggc
    17941 gcaaatgtaa gaacataaga ataatacgcc tgtctgcttg ctataaaata tacgaactgt
    18001 gatataaatc agcgatatac ggtaggccac gtagaaggca gcgcagagga tcatggcgtg
    18061 gagtctgtgg tggtcgtcga agtaaagaat gagggtgggc agatagagcg tgcagcccca
    18121 gatggaggtg agggcttgat aacgattgtt ccacatggca tagcgttcgc cggcgtcgaa
    18181 ggcgtggccg tagaggaagt agatgatgcg cttgagcagg tagtaggcaa ctgcggcgat
    18241 gaagagggcg cccaggggga agaggatgga taataggtcg ctggtgggga ggggcacgta
    18301 gctccgaatc agtagatata agaagagggc gcagagcgag aaggcctgaa acttcatgaa
    18361 gccgcggaag aagatgtcgc tcctgacggg attgtcgaag aggttgtcgc gctccttgac
    18421 ggagaggagg tctttgagca tcttgtgaat taaggaggca tgggtgcgga agacgactgc
    18481 gaagagcgct atttcaatga agaggatgac gggtatgacg tcattcagat acgacccatc
    18541 agcgaggcgt aggccgatgt aaccctcaaa aagcccgttg tccattgtat gtttctttcg
    18601 gtctgaagtt catattgtcc gttggggcgg cgaatgtaga agtattttcg gagcgtcttt
    18661 tccgggttat ggtgggttgg gcgaggcctc agatcattgc agatcagcca ttagccaccc
    18721 catttctact gaccggtttt tagttctacc cccctctcat gaagatccta cttatagaca
    18781 attacgattc cttcacttac aacttagtcc atgcgctgcg cgatgctggc gctacggaca
    18841 tcactgtggc gcgcaacgat ggcatcgacc tcgacgctgc ctcacgcttc gatcacatcg
    18901 tcctctcgcc tgggccaggc atacctgaag aggcagggct actgctcccc ctcatccacc
    18961 gctacgccgc aacgaagagc atactcggtg tctgccttgg gcatcaagcc atcgcggagg
    19021 ctttcggggc acggatagag aacctctcgg aggtgtttca cggtgtgcag acgcctatcc
    19081 gagtgaccgc tcctgacgag ccgctcttta ccggactggc aggcggattt atggctgggc
    19141 gttaccattc gtgggtggtc aggcgtgcgg ggttgcctga ggtgcttgag gtgacggctg
    19201 agagctcgga tgggctgatc atggcgctgc gccatcgcgt gtatcgtgtg catggcatac
    19261 agtttcaccc cgaatctatc cttacgccgg tcggggggat catcatccgc aacttcttgc
    19321 aggcagggat ggagggcacc cctcggcttc tcacatctac ccgtcattct acatttgagc
    19381 ccgaaacaaa acatccaaaa gacttatgac tgataaaata attgtgacgg gcggcacggg
    19441 ctatatcggg tcgcacacgg ctgtagagct gatcgaggcg ggctatgatg tgatcatcat
    19501 cgatgacctt tctaactcca cacgcgacgt cttagagggc atcgcacgca tcaccgggcg
    19561 gcgccccacc ttctacgagg ctgactgcaa cgaccgcgag gcgatggatc gcatcttcac
    19621 acagcacgca cccgtcagcg gcatcatcca ctttgctgcc agcaaggccg tcggggagtc
    19681 cgtacacgag ccgctgaagt attaccgcaa caacatcgtc tccctgctca acctgttgga
    19741 gctgatgcct cggcaagggg tccgcgggat tgtcttctcc tcctcctgca ccgtctacgg
    19801 acagcccgcg ccctccgacc tgcccgtcac cgaggaggcg cccatccggc ctgccacctc
    19861 gccctacggc aacacgaagc agatcaacga ggagatcatc cgcgacacga tccatgccgg
    19921 tgcgcctttt cgcgccatcc tcttgcgcta cttcaacccc atcggcgcac accccacggc
    19981 cgagatcggc gagcgccccg caggtacgcc gcaaaacctc gtgccctacc tcacgcagac
    20041 ggccgccggg atcaggcccg agctgcgcat ctttggcgat gactacgaca cgcccgacgg
    20101 atcctgcatt cgcgactata tcgacatcgt ggacttggcg cgggcgcatg tgacggctgt
    20161 ccgtcggctt atcgaggggc aggcggcgga acctttagag gtgttcaatc ttgggacagg
    20221 tcgcggcgtg tcggtcttgg agctgattcg cacgtttgaa gaggctacgg gcgtctctgt
    20281 gccttatcgc attgtgggcc ggcgcgaggg cgacatcgaa caagtctggg ccgacccctc
    20341 gcgtgccaac cgtgtgcttg gttggacggc tcgcacgccg ctggctgaga cgctgcgtaa
    20401 cgcatggaag tggcagcaaa cgtgaggtcg atgtggggca attcattcgc tgatataggg
    20461 aagaactccc ttgcacgcgg actgcaagcc accttacacg gggtctgcaa gccaccttgc
    20521 acgatgcctg caagcatgct ttgcatcact cacaacgcag gctttgcatc actcacaacg
    20581 caggctttgc atcactcaca acacaggctt tgcatcactc acaacgcagg ctttgcatca
    20641 ctcacaacgc aggctttgtc tgtgagccat tgggaagggt gtcttcctcg gtgcgggaag
    20701 ggtgtcttcc ccgaggcggg gagggtgtct tccccgaggc gggaagggtg tcttccccgg
    20761 tgcgggaaga gcgtcttccc cgaggcggga agggtgtctt ccccgaggcg gggatgtgga
    20821 tttcttacgt cgaactcaca ttttatttag ataaacagat atgaaaacaa cactcacact
    20881 catcgcgtcg ctcctgctgc tgccggggtg tatgcaggcg acacagcaga aaacgtcgca
    20941 ggaagacacg gccgaacaat ccgaagtgca accacaagac aagacccccg aaggtgcacg
    21001 ctatggtgtc cgctcagcca tcatcaagaa gtccatcagc tacccagccg gagacgggca
    21061 tgccaccatc tacatcgatg actacggcaa aaaggaagcc gtcgaaacgt tcatcgacgg
    21121 ggcgctacac atgctgacca tccgcgatcc gagcggagag acggaggtca gcgtagacct
    21181 tgacaaccac accgcacaac gccaacgggt ggaggaaggc ccagccgact atcgccacct
    21241 cacgcccgaa gagatgaagc gctttaagat cacggaggcg ggcacgaaga ccgtagccgg
    21301 caagacctgc aaggtgtata agcagatcgt ttacgaagcg cagggaatgc agaccgtggc
    21361 cacgctatac gtctgggagg gcatcgtgtt ggcgaatttc atcgagcctg ggcaaccggg
    21421 agacatggac tccgaggagc aggtcgaatc gattgaaatc ggcgtccccg tgccgcagga
    21481 gaagttccgc gtgcccgccg gcatagcggt cgcggacgat tactgaaaaa cgaacaccta
    21541 acaactgccc cgggtacatg tgtggcgtga cagcccgcat gtacccggct tcgtttttag
    21601 cttttcgctt ttagctcttc atttgccgcc cctatacatt taattatatc acaacatgaa
    21661 gacaaccctt ttcatcctcg cgtcgctcct gctcatgggc gggagcacgc tgtcggcaca
    21721 acgcgacccc gtagccgaca aacgctatgg catcaagtca gccattatta agaaagaaac
    21781 gaaggccgca ggcaacacca tgaccaacac gctctacatc gacgactacg gcgcacgcga
    21841 agccaccgag ctcaccatga tgctgggcga gactgagaag cacctccgca tcatcgctga
    21901 ggacggcgga cgcacaaacg tcaccctcga cttagacgag aagaaagcct tccgcacacc
    21961 cgcccccgag cagccccgca actacctcca cctgaccccc gaagacatcg agcgcttcaa
    22021 gatcaaggaa gacggcgagg ggaccgtggc cggacggccc tgcaagaagt acagcatgga
    22081 gctgaagcaa tcaggcgtca cgctgcaaac cacgctgtgg atttgggaag gcatcacgct
    22141 gaagtacgag gcgcgctatc aaggcaacct gatggtgacg gacgaggcga ccgagatcca
    22201 tgaagacgtc accgtgcccg cggagaagtt tgccatcccc gccgaggtga aggtggaagc
    22261 tgcccccgtg gccaactaaa aacgaaaaac gaaaagcgaa aaactgtcag gtgccggaaa
    22321 gggtgagccc cccgacgtgt acccggcact tttcgttttt agcttcttag attttagtta
    22381 gatcgatgaa ttggcaccaa ctgatctcag gcaaacgcct cggcatagaa gcctatcacg
    22441 aacggaaaca tgagcggacg aacttccagc gcgactacga tcgcctgatc ttctccgccc
    22501 ccttccgacg gctgcaaaac aagacgcagg tcttccccct gcccggcagc atcttcgtcc
    22561 acaaccgact tacgcacagc ttggaggtct cctgcgtcgg gcggtcgctc ggggcaaacg
    22621 tggcgacacg cttggccgtc catcacaccg ccgaagaggc cgcagcgctg caagagatcg
    22681 gcgccatcgt ctcggccgcc tgcttggccc acgacatggg caacccgccc ttcggccact
    22741 ctggcgagcg cgccatcacg gctttcttca ccgacggcga gggccgacac cttgaggccg
    22801 atgtccgcgc cgagggcggc cgttgggaag actttgtctg cttcgagggc aacgccaacg
    22861 ccatgcgcct gctcacacac cgcttcgtgg gtcggcgcga gggcggattc gccctcacct
    22921 acagcacgct cacctcgatc gtaaaatacc cctacgcctc caccctcgca ccggcaagtc
    22981 ggggcaagtt cggcttcttc caaagcgaag agcccaccta cctccgcatc gccaacgagt
    23041 taggcatccc ccaccaagac ggccgcttcg tgcgccaccc gctcgtcttc ctcgtcgagg
    23101 ccgcagacga catctgctat caagtgatgg acatcgaaga cgcctacaag ctgcgcctcc
    23161 tctcggggcg cgaggccatc agcctcctgc tcggcttctt ccggggagaa aagctggagc
    23221 acgtcacccg caccatgacg atcgtggacg acatgaacga gcggatcgct tacctccgct
    23281 cctcggtcat cgggttgctc gtcgatgagt gcacgcgcgt cttcgtggag aacgaggccg
    23341 gactgctcga cggcaccttc cgcacaccgc tgatcgaaag catcgagggg cacgcgcgca
    23401 gcgcctacca ggcctgctcc gaggtggccc ggcggaagat ctatacagcc agcgaggtgg
    23461 tcgacatcga gctggccggc catcgcatct tcggctacct gctccaagcc ctcatcgacg
    23521 ccctcctcca tcccacgcac gcctacagca agctcctgct cagccgcatc cccaggcagt
    23581 acgacaccaa ggcgcccacg gtttatggca aaatccagtg cgcactggac tacatctccg
    23641 gcatgaccga cgtctatgcc ctcgacctct atcgcaaaat cacaggcatg agcctgccag
    23701 cggtgtaaga agtaatgatc aatgggtaat gattttacgg gacgcccaat gggggcgggc
    23761 accccggtgt ctttttattc cccccccggc taatctctat tgataattac cccatccatg
    23821 ctcacagcaa ctgacgtaat cctcgccatg aatcgcgctg gagaggccgg ccgccccttc
    23881 ctcttcggct tcgatttcga gctgacgcga ggattcttta tccccgatcc cctccgccaa
    23941 tcgcgcgtgc gattcaacat ccaaggtatc accaacacat cggacgacaa cgcggatacg
    24001 ccctacatgt ttgagcgttt ccccgagccg gaagctgttt acgcacgccg cttcgacatc
    24061 atccgtgcgg ggctgctccg cggcgattcc ttcctgacca acctcaccgt ccgcacgccc
    24121 gtccgcaccg acctcacgcc cgacgccatc taccaccgcg cgcgtgccct gtataaaatc
    24181 cattatcccg acgccttcgt ctgcttctcg cccgagcggt tcgtgcgcat cgacgccgac
    24241 ggcaccatcg cgtcgaaccc gatgaagggt accatcgacg cgcgactgcc tgacgcccgc
    24301 gagcgcgtcc tcgccgaccc gaaggagacg gccgaacaca acaccatcgt cgaccttatc
    24361 cgcaacgatc tctccatggt ggcagaccat gtgcacgtgt gccgctttcg ctacgtcgac
    24421 aggctcgaga cctccgccgg gcccatcctc caagtcagct ccgagatcgc cggacaatta
    24481 ccagatgatt ggcggagcaa cgtgggcaac atcatcgctc gactgctacc ggcgggatcc
    24541 atctccggcg caccgaaaga tgccaccgtc cgcctgatcc gtcaggccga aggcgcaccg
    24601 cggggcttct acaccggcat cttcggactc ttcgacggac aggcgctcga ctccgccgtc
    24661 ttcattcgct tcctcgacct caccaccacg cccctcacct accagagcgg cggcggcatc
    24721 accgctcgca gccgtatgca cgacgagtac gaggaagtca tccaaaaagt ctatctcccg
    24781 ttctgatagc tatgttcctc gaaaccatcc gcatccaaga cgggcatgcg catcacatgg
    24841 ccgaccacat cgagcgcatg cgccgcaccg ccctgcactt cggcttcacg gcgccgaccc
    24901 tacctgccga cctcgacgcg ctcgtccccc acacattgcg cacaggcatc gtgcgttgcc
    24961 ggatcgttta cggccacaca ctccgcgagc tcaccttcac gccctaccgc agacggcgcc
    25021 tcgagcgact catcgccgtg gatgctggtg cgatggatta tgccttcaaa tacgccgacc
    25081 gttcgccact cgaacgccca aacatcccgt tgtccaaagc tgacgaactc ctcttcatcc
    25141 gtggcggcta cgtgaccgac acgtcgtaca ccaacctcat cctgcgccgc ggcgacgaac
    25201 tcctgacgcc tgacaccttc ctgctcgatg gcacctgccg ccgccgactc ctacgcacgg
    25261 cccaagtgcg catcgcaacc atccgcctca gcgacctctc ggcctacgac gagctgctcc
    25321 tcgtcaacgc catgatgcca ctcggcgagg ccctccggct gcctgtcaca agcgtggtaa
    25381 cggatttctt cacctttgcg ccgtgaaaga aagtcccgca tatcctcccg aaaacagtga
    25441 cgatgagcta cgcctgctcc gtgatcctgc gacacgccga gaagccttcg cgcgggtggt
    25501 cgacacctac ggcgaacgcc tctaccgcct catccgtcgc atggtgatct ctcacgacga
    25561 cgccgacgac ctgctccaaa acaccttcct caaggcttgg gcaaacttgg actacttccg
    25621 cggcgaagca cgcctctcca cctggctcta caagatcgcc accaacgaat gcctcaccta
    25681 cctcgagaag cagcgcctgc gccgccacct ctccctcgac aactccgaca gctacctcat
    25741 cgagacgctc cgcagcgacg acttcttcga tggcgacgag ctcgaaaccc gcttccaaac
    25801 ggccatcctg cgcctgccac ccaagcaacg cttagtcttc aacctacgtt attacaacga
    25861 catgaagtac gacgacatgt ccgaagccct tggcacatcc accggagcac tgaaagcctc
    25921 ttaccaccac gccgtccgga aaatcacagc cagcatgacc ggcggcgacg attaaacgcc
    25981 cctccgcggc ccccgtccta cgagcgcttt acccccttcc ccccctccct caaaaaacat
    26041 tcgatttaga tatggaaaaa gaacccatca cccccgacac ctaccgcgct aaaaccgacc
    26101 ccttccgcgt gcccgaggga tactttgacg gcctcaccga tcgcatcatg gccgccctgc
    26161 ccgagcgccc gatgcacgag gagccgccca cagtctcact catggataaa gtcaagccac
    26221 tgctctatct cgccgccgcc ttccttgcca tgatgctcct cttcaaaggc ctttccacct
    26281 tccgccccgc cacgaagggc gccgctcgcc ccctctatgt gcagcatgcc accgcgaccg
    26341 acgccgccac cgaagacgaa ctcgactact tagacttctt agaatcgcaa tacgccgacc
    26401 tctttttctc cgacgaaatc gacgcatggg aatgattcaa actatgatga taaaaatgaa
    26461 gacactcctg cccctcctcc tcgtcctgct gctcgccacc ctcgccccca cagccacggc
    26521 acagaagcag cgcaaacact tcgatcgcga agccttcatc gcccgccgca acgcctacat
    26581 caccgccgaa gccggcctca ccgccgacga ggccgccgcc ttcatccccc tcgaaaacga
    26641 actccagcgc cgcaaatacg agatcggacg cgcctgccga cgcctggcac gcctggcacg
    26701 cacgcagcag agcctcaccg atcgcgaacg ccgcgagctc tccgactgcc tcaccgggac
    26761 acgtatggag gaggcccgct tagaaaagga atacttcgag cgattcaaga agatcctctc
    26821 cgtcgagaag ctctccaaat accgcgaagc cgaagccgaa ttcctccgca aattcctgca
    26881 agacaatcgg ctggaggagt gatcccccac cgcccccctg aaacactgaa aggcctcccc
    26941 cccgattgct cggagcagga ggcctttcgc actctacttt tatggacttg tgattcgcct
    27001 ggggctcgaa cccaggaccc catccttaaa agggatgtgc tctacctact gagctagcga
    27061 atcctcgtcc gtcgcttttc cttttcggac gcgggggcaa atgtagacca atttcaaaac
    27121 cgcacaagcc gcataatccc gcgtgggcag ccctttttcc gcgcgctgaa aagccgtctg
    27181 cgccgcttga caagcctttt tctcgcccca aacgaccccg cccgatactg tacgggactt
    27241 ctttttgtcc gaagctgccg tccctggcca ttgtcggggg ttctttttcc ttgtgaggcc
    27301 tatcacctaa ttcattttcc ttcattcctt gacgcatgag taaaaaatga agttcatttt
    27361 atgccgtgta taaacggaga gataaaaaat gaggttcgtt ttgccctatg catatatacg
    27421 cgtataaaaa gtgaagttca ttttgcaccg tgtatctata cacgtatata aaatgaggtt
    27481 cattttgctt gatgtatcta tacacgtata aaatatgaga ttcattttcc cccatgtatc
    27541 tatacacgta tataaaatga aattcacttt gtatcgtgca ttcatacatg aataaaaaac
    27601 gatattcatt ttactccgcg tatctatacg ataaagaaat cgcgggttca tttttctctg
    27661 tgcatggatg cagaaagtaa atctgaagca tttaccgtac ttttggggga caaaatcaag
    27721 agaaccgtat agaagagaag ggagcgagaa atgaaaatcg ggcatttgag tgtggcgtcg
    27781 ctgcatgttt tagcagattt cgggtttcaa ggggcggtga tcaggaacct acacaacctg
    27841 ccgcttgagg aaagcgcggt ggggtactcc ccgagactga aaaaggcggc ggaggcgctc
    27901 cggacagccc atcgcgagtt cgatgaagcc gtcagcgaaa cgggggagcg atcgaaagcg
    27961 tccgtggcga aggcgatcga ccggcagcgg gtgcggacat ggcgagacat gcgggcgttc
    28021 gcgcgggcgt cgatggcttt tccggacaag gaggtggcgg aggtggcgcg gcaggtcatg
    28081 cagattttcc gcacctatgg cgacgtgtcg cgcgaggcgg agacggggcg cgcaggccgc
    28141 ttgctgaacc tgacgcaaga cctccgtgcg ctgggagggg aggcgctgga gaaggcgcgt
    28201 atggtgccgt ttttggataa gttagaaaag gagaataagg cgcaagacga ggcggcagac
    28261 ctccggtcgt ccgtgcaggg gcgacgcgtc aaggggttag tgcgggctaa gcgcgtggcc
    28321 acggatgcgg cttatcatgc gcttgtggag acggtcaatg cgctgatcct tgtggtgggc
    28381 gaagcgccct atcgggagtt tgtgacgaac ctcatcggtg agatcgcacg tatgcgcttc
    28441 gcactggcca cccatcggaa agcgttagcc aagcgtcggg cagccaaacg cgccgccgct
    28501 gcggaagctg aaagctaaaa gcgaacaact aaaaacgaac aactaaaaac taaaagcgag
    28561 aggtgcccac ttttcatttt tcgcttttca tttttcgatt ttcgcttttc gtttttcgtt
    28621 tcccccgcgg ccccattcct ttgcggccga tttatcccct atagaaacag taaacagaaa
    28681 tgaagacaaa gagattctta ttgcaagagg aagatattcc cacagcgtgg tacaacattg
    28741 tggccgacat gcccacgaag ccgcaaccga tgttgaaccc agccacacgc gagcccgtga
    28801 aggccgacga cctctgtgcg ctctttgcgc gcggcctggc ggagcaggag ctgaacacga
    28861 ccgacacgtg gatcgacatc ccagaccagg tgcgcgacct atacaagtat tggcgcccca
    28921 cgccgctcgt ccgggcctat ggtttagagc gtgcattaga cacaccggcg catatctatt
    28981 tcaagaacga gagcgtcagc cccgtcggat cgcacaagct gaactcggcc atcgcgcagg
    29041 cctacttctg caagcaggag ggcgtgacga acgtgaccac cgagacgggc gcaggccaat
    29101 ggggcgccgc gatgtcgtac gccgcacagg ccttcgggtt ggagctggcc gtctacatgg
    29161 tcaaggtgag ctacaaccaa aagccttacc gacgctccat catgcagacg ttcggcgcgc
    29221 aggtgattgc ctcgccgagc atgagcacgc gggctgggcg taagatcttg acggatcacc
    29281 cgacgtatca gggcagcctc gggacggcca tttccgaagc cgtggagctg gccatgcaga
    29341 cacccggttg caagtacgtc ttaggcagtg tgctcaacca cgtagcgctc caccagacgg
    29401 tgatcggctt agaggcagag aagcaaatgg agatggcggg ggagtatcca gacgtggtga
    29461 tcgcttgctt cggcggcggg tcaaacttct ccgggctgtc gttccccttc ctgcggcata
    29521 agttgacaga gggacgcacg ctgcgtgtcg tagctgccga accatcctcc tgcccgaagc
    29581 tgacgcgcgg ccgcttccaa tacgacttcg gtgatgaggc gggtcacacg ccactcatcc
    29641 ccatgtatac gctcggtcac acgttcgcgc cagcgaatat ccacgctggc ggactgcgtt
    29701 atcacggcgc gggcgccatc gtcagccagc tgaagaagga tggactgatg gacgccgtcg
    29761 acatcccgca gctggagacc ttcgacgccg cgcgactctt cgctgagacg gaaggcatca
    29821 tccccgcgcc cgaatcggct cacgccatcg ccgccaccat ccgcgaagcg aaggaggcac
    29881 gtgaggaagg ccgtgcacgc acgatcctct tcaacctctc gggccacgga ctgatcgaca
    29941 tgacggctta cgaccaatat ctggccggcg acctgaggaa ttatgcgctg cccgacgacg
    30001 tgctgaagca atcgttagac gcctgataga tacggccggt ctacctgacc ttcttccttt
    30061 tcttgccttg atgcaagaaa aggaagcgaa aagaaaatca aggcctcagg gaggccggcc
    30121 atcctcacta tactatgcac atatccttct aactacttct gactaccgcg ccgttaggcg
    30181 cataactact cctaactact tctcactacc ctacataaat ggaatacgca ttcagagaaa
    30241 tcgaaaagaa atggcgtgaa cgctggatcg ccgacaagac ctacgaggtg cacgaggaca
    30301 gcgcacgacc gaaatactat gtgctcgaca tgttccccta tccctccggc gcggggcttc
    30361 acgtggggca cccattgggc tacatcgcct ccgacatcta cgcccgctac aaacgcctct
    30421 gcggattcaa cgtgcttcac ccgatgggtt acgacgccta cggcctgccc gccgaacagt
    30481 acgccatcca aacgggtcaa cacccggaga tgacgacgga gaacaacatc aatcgttacc
    30541 gcgaacagtt agataagatc ggcttctcct tcgactggag ccgcgaggtg cacacctgcg
    30601 acccgaccta ttaccactgg acgcaatggg ccttcctgcg catgttcgac agctattact
    30661 gcaataaagg ccgccacgca cagccaatcg agaagctcgt caaggccttc gagacgaacg
    30721 gtacggaggg catcaacgct gcgtgcaccg aagagctgtc gttcaccgcg gccgagtggc
    30781 aggcgatgag cgaacgcgag cgccaacagg tgctgatgaa ttaccgctta gcatacttag
    30841 gcgatacgat ggtcaactgg tgtccacaac ttggcacggt gctggctaac gatgaggtga
    30901 gcgaagggct atcgatccgc gggggctatc cggtggagca gaaggtgatg cggcagtggt
    30961 gtctgcgcgt gtcggcctat gcgcaacgcc tcttagacgg tctcgacacg atcgactgga
    31021 gcgactcgct caaggagacg caacgcaact ggatcggtcg cagcgagggc gccgaaatgc
    31081 tcttcccctt agccgacgga tcggagtcgc tgaagatctt caccacgcgg gcggacaccg
    31141 tcttcggcgt caccttcatg gtgctggcgc ctgagagcga gtatgtggaa aagctcacaa
    31201 ccgacgcgca acgggccgag gtggaggcgt atctcgaagc cgtcaagcgg cgcacggagc
    31261 gcgaacgcat cgccgaccat aaggtgacgg gcgtcttcag cggctcgtac gccatcaacc
    31321 cgttgacggg cgaagagatc ccgatctgga tcagcgacta tgtgttggcc ggatacggca
    31381 cgggcgccat catggccgtc cccgcgcacg acagtcgcga ctatgccttc gcgcgccatt
    31441 tcaacctgcc catcgttccg ctgatcgagg ggtgcgacgt ctccgaggag agcttcgacg
    31501 ccaaagaggg ccgcatgatc aactcaccga tggccggtcg ggaacgcgca ggcggattag
    31561 tgctcaacgg catgacggtg cccgaagcca tcgcggctac gaagcgttac atcgcggaga
    31621 agaaactcgg tcggatcaag gtgaactacc gtctgcgcga cgccatcttc agccgccagc
    31681 gctactgggg cgaaccgttc cctatctatt acgacgccga cggcatgccg cgtccgttgc
    31741 ccgaggagtg cctgccgctg cgactgccgg aggtggacaa gttcctgccg accgaaacgg
    31801 gtgagccgcc gctgggtcgc gctacgcgtt gggcgtggga cagtgtgaag cgtgaggtga
    31861 cggacaacag tcgcatcgac aaccagacca tcttcccgct tgagctttgc accatgcccg
    31921 gattcgctgg ctcgtcggcc tactacttgc gctacatgga tccgcataac gatcgcgcgc
    31981 tcgtctcgaa agaagccgac gcctattggc gcaacgtgga tctctacgtc ggcggcacgg
    32041 agcacgccac ggggcatctg atctatagcc gcttttggaa caagttcctc ttcgaccttg
    32101 gcacctcgtg cgaggaagag cccttccgca aactgattaa ccagggcatg atccaggggc
    32161 gatcaaactt cgtctatcgc atcgtgggct cgaaccgctt cgtgtcgtac aatctgaagg
    32221 gcgactacga cgtgacgccg atccacgtgg atgtgaacat cgtcagcaac gatgtgctcg
    32281 acttagacgc cttccgcgct tggaacccgg agtatcgcga cgccgagttc gtgctcgagg
    32341 atgggcgata catctgcgga tgggctgtgg agaagatgtc gaagtcgatg tacaacgtgg
    32401 tgaatccaga cacgattgtc gagaaatacg gcgccgacac gctccgcctt tatgagatgt
    32461 tcctcggccc cttggagcaa tccaaaccgt gggatacgaa cggcatcgac ggcgtcttcc
    32521 gcttcctgaa gaagctctgg gctacgtatt actctggtgc ggacggcgcg tggggcgtcg
    32581 tcgacgacga gcctacgcag gatgagctga agtcgctcca taagctgatt aagaaggtga
    32641 cgcacgacgt ggagcacttc tcgtacaaca cctccgtgag cgccttcatg atctgcctca
    32701 acgagctcac cacgctgcgt tgccgcaagc gcgctgtgtt ggagccgctg ctgattgtgc
    32761 tcgcgccctt cgccccgcac atcgccgagg agctgtggca cgcactgggt cacaccacga
    32821 ccatctgcga cgctgcatgg cccagctaca acgaacaata cctcatcgaa accaccgtgc
    32881 gctacgccgt ctccttcaac ggcaagacgc gcttcaacct tgagctgccc gccgacctcg
    32941 accgtgcctc catcgagcgc gccgccctca gtcaccccac cgccgccaag tggatcggcg
    33001 ataagacacc gaagaaaatc atcatcgtac ccaacaaaat catcaacatc gttctatgaa
    33061 agattcgcta caaaagatct actacccgat gaaggactac ctcctcatcg tgattggcac
    33121 cgcactttac ggcttcggct acaacgcctt catcctctcc aacgagatcg tcacgggcgg
    33181 cctgagcggt atctgcggac tcatcttctt cgccacgaag ctgcccgtct ccgtctccta
    33241 tttcggcatc aacgtcatcc tgctcggggt cgccttcaag atcctcgggt tcaaattcct
    33301 cgtcaagacc atcctcggcg tggcctcgct gtcgttctgg ttctggttct tcgagcttgt
    33361 gtttgccggc caaccgctga tgcagctcaa cgaagtcttc atgtccgtca tcatcggcgc
    33421 catgatctgc ggcgcggggc tcgggctcgt cttctacgcc ggtggcagca cgggcggcac
    33481 ggacatcgtc gtggccatca tcaataagta taaggacatc tccatcggca caggcatgat
    33541 cctgctcgac ttcgtgatcg tgagcagctc ctacctgctg ttccacaact ttgacaagat
    33601 cgtgctcgga cttatcgaga tgggcgtcaa ctcctacatg ctcgaccgcg tgatgaacgc
    33661 caacacgcag tcggtgcagt tcatgatctt ctcgcgcaag tacgacgaga tcgccgacgc
    33721 catcatccac cgcctgcaac gcggctgcac catcctcgac ggcgagggtg gctattcgca
    33781 caagccgatc aaggtgatcg tgctcgtggc ccgcaaccgc gagcggacaa acatcttccg
    33841 cctcattaag atgatcgaca gccaagcctt catctcgcag agcatcgtgc gcggcgtcta
    33901 cggcgagggc ttcgatacga tcaaggtgta gccccagccg ttccccaccc ttccccccgt
    33961 tgacagctgt caatgaatgg gaaaacgcgt tttacatgcc tctgacaact gtcaatggca
    34021 tctaaaacgc gttttttata cctctgacag ctgtcaatgg catctaaaac gcgtttttta
    34081 tacctctgac tgttgtcaat gggccgtaaa acgcgtttgg catacctctg acagctgtca
    34141 acggttcatc tcttaaaaac cttcaacgga aattcgtccg ctcccccatt gcccattcat
    34201 catcagaacc tcgagctggc gccgccgcca ccgctgctgc cgcctcccca cgagccgccg
    34261 ccaccgccgc tgctccagga gctgctgttg tcgcgatcgg agaggtcgcg ataaccgccg
    34321 cctccgcctc cgtcgccgct ccaccagttc tccttccgct cgtagagctt ctccaccttc
    34381 acgtagccgc agttgcaaca gatgtagtgg tagatcctca gcgtaccctt cttcttcttc
    34441 tgtttcaccg ggtaaccctt ttcttgcctg aagctcgaca cgacgccgca cttcgggcat
    34501 ttgatccgcg gggtaagctg acgactgatc aggagcttca ccaggaagta aagcaacgcc
    34561 gccggcagct ggaggagcag taccccggcg actatcacaa tgatgttatc ataccggtta
    34621 gtctcctgaa cgttgaagag gttctcaggc tccttggcct tcctccgatg gagataaagc
    34681 agccaaccga acgcggccgc gccgagcaac caccagatgg aggccaggat gatggcgagg
    34741 cgcttattcg cctcccgctt ctcggcctct aaggtcgatc ggccctggag ggccttgctc
    34801 acctcctcga ggcccgcgag gaggccttcg ccgtatcggc cgtctttcat gatggggatc
    34861 atgcggcgct cctggatcag cttgcagagc ccgtcggtca gctcgccctc cagcccgtag
    34921 cccgtctcga aggtgatctc gcgctgcctc ttgtaggtga tgagctggat caagaggccg
    34981 cggttcgtct ccctatcgcc gatgccccag gtgttgaaca gctcgttggc aaactcgcgg
    35041 gctgatccgt acacgctcgc atcgtacatg gggatcacga cgatggcaat ctccaccccg
    35101 agcgagtcgc ggaggcgggc gatgcggctg ttcagggcct cctcgtctgc cgcattgatg
    35161 gcatcggccg ggtcggagac gaactgcgtg ctgtccttga gctgcacatt cggcacatcc
    35221 gccacacgat agggcttcat ctcttccgcc acgccgtcca tggccatcag gccaaggagg
    35281 caggcgagga ataagtagcg taacgtcttc attactcacc ctcccttttt agaagctgac
    35341 gttcggcacc ttctccgtcc ccttatcagc ctcgaagtat ccccgctgct cgaagccgtt
    35401 ggccttcgca aacacattga tggggaagcc gcggatgtag ctgttgtaag ccttgacggc
    35461 ctcgttgaag cgcttacgct ccacagcgat gcgattctcc gtgccctcga gctgcgattg
    35521 cagcatgagg aagttctcgc tcgacttcag ctcggggtaa ttctccgaca cggccatcag
    35581 tcggcccagc gccgaggaga cctcgccctg cgcagcggag taccgcttga tcgaagccgc
    35641 gtcgaggtgg tccgtatcga ccacgacttg cgtagccctg gagcgcgcct tgaggacggc
    35701 cgtaagtgta gcctcctcgt gagcggcata ccccttgacg gtgttcacca ggttcgggat
    35761 caggtcggcg cgccgctggt attggttctc cacctgcccc caggcgccct gcacgctctc
    35821 gtcgagccgt accatcttgt tgtaagtgcc tgcgaagtag aggtagccca caaagatcac
    35881 gacgatgatg gcgccgatcc gtacaaaggg cttacgcatg atttgggata attcttctgt
    35941 cttcataatc tgagtactgt attaatgtgt gataaatgct ttgtcaatgc ttggcttgat
    36001 gttgaggaaa gagggggagg agtccgttct tatttcaggg gacaaagata actgcgtggc
    36061 gggtgggcgt ccaatccctt ccattcctaa tgatcaatga ctactccagc gttgcctgcg
    36121 ccccccccct gaattgcctt tatccctttt acacttacgt ttgcccaccg acttataacc
    36181 acgcgcctgt aggcgcataa ccacctatga tttacaaacg aattctactc aagttaagcg
    36241 gcgagtcgct catgggcggc cgcgcctacg gcatcgacga ggtgcgcctc ggggagtatg
    36301 ccaaacagat taaagagatc gccgaccgag gcatcgagat tggcatcgtc atcggcgggg
    36361 ggaacatctt ccgcgggctc accggcgctg ccaaaggctt cgaccgcgtc aagggcgacc
    36421 agatgggcat gctggccacc gtcatcaaca gcctcgccct gagctccgcg ctggaggcct
    36481 tcggggtaga tgcggatgtg ctgacggccg ttcgcatgga gcctgtgggc acctattaca
    36541 gcccgtcgcg cgcggccgaa ctgttgcgcg aggggcacgt cgtgctgatg gctggcggca
    36601 caggcaaccc cttcttcacc actgacacgg ccgcagcact ccgcggcatc gagatcggcg
    36661 ccgatgtgct gctgaagggc acccgggtgg atggcatcta cactgccgac ccggagaagg
    36721 accccacggc tgtgaagttt gacgagatca ccttcgacga gatctactct cgcaacctcc
    36781 gcgtgatgga cctcaccgcc acaacgatgt gtaaggagaa caacctgccc ctcgtcgtct
    36841 tcgacatgga cacccctggc aacctcaggc gggtgttggc aggcgatcgc atcgggacac
    36901 gcgtcaccct ctgaaccgaa ccatccaccc ctctgtcttt agtttttcat ttttagtttt
    36961 tcagataacc ccatggcaac aacagacacc aaacaaatca tcaaggacgc cgaggcgaag
    37021 atgaacgccg ccgtccgcca cttagacgac gagctggccc gcatccgcgc cgggaaggcc
    37081 agcccccgca tcctcgacaa tgtccgcgtg agctactacg gcaaccccgc gccgctctcc
    37141 aacgtagcct ccatcaccac ccctgatgcc aagacgatcc tcatcacccc gtgggaaaaa
    37201 tcgctgctga aggagatcga gaaaggcatc ctcgcctccg acgtgggcat cacgccagag
    37261 aacaacggcg aggccatccg cctcggcatc cccccgctca ccgaggagcg ccgccgcagc
    37321 ttagccaaag gcgccaagca acacgccgaa gccgccaagg tcagcatccg caacacccgc
    37381 cgcgacacga tagacgtgat caagaaggcc gtgaaggatg gcacacccga agacgtcggg
    37441 aaggacgccg aagccgaggc gcagaaggtg catgacaagt acgtcaagaa ggtcgacgag
    37501 ctcttcgccg ccaaggagaa ggagatcatg acggtctgag actgacaccc ccccagcaca
    37561 catgcacggc ttagtcatta agaacaccgg cagtcgttat acagtttgta tggacggcgg
    37621 ccggtgtctc gattgtaaga tcaagggttc ctttcgcatc aagggcattc gcaccaccaa
    37681 ccccgtggcc attggcgacc gcgtgaccgt ggaagtgccc accaacgagg cggacacggc
    37741 ctacatcacg gccatagcgc cacgccgcaa ctacatgatc cgccgcgcct cgaacctctc
    37801 caaagagtcg cacatcctgg ctgccaacat cgacctcgcc ctccttgtcg tcaccatcga
    37861 cttcccggtc acgacgctca ccttcatcga ccgcttcctc gccaccgccg aagcctacgc
    37921 catccccgcc ctgctcgcct tcaacaagat cgaccgctac gacgccgatg cccgccgcac
    37981 gctcgatgcg cacatcgccc tctacaccgc catcggctac gactgcctcc ccttgagcgc
    38041 gctcacgggc cagggcgtcg aggcgctgac cgagcggctg caagggaaga tcacgctcct
    38101 ctccggccat tcaggcacgg gcaagtcgac actcatcaac agcctgctgc ccgacgccga
    38161 cttgcgcacg caggccatct ccgaatacca ccgcacgggc gtccacacga cgacattctc
    38221 cgagatgctc cccctccccg acggctcggg ctacctgatc gacacgccag gcatcaaggg
    38281 cttcggaacg atcgagatgc aaggccccga ggtggcgcac tacttccccg agatcttccg
    38341 cacctcggcc aactgccgct tcaataattg cacgcacacc accgaacccg gatgcgccgt
    38401 acgccgcgag gtcgcatcag gcgccatcgc cccctcgcgt tatcgcagct acttgaacat
    38461 cctcgaagac gaggacggga acaagtatcg cgaggcgtac tgatgcatgg tggcacagca
    38521 atgcacggac gggccgcttc ggggctctct tggggcgatc cctcgaaatc cattttggat
    38581 ccaagcaaac ttccctgcct cggcagaggc cggcgcgaag caaacagagg tctgttttgc
    38641 ttcagccgat gtgcgcggag ccaaacagag gtctgtttgc ttcagccgat gtgcgcgagc
    38701 caaacagagg tctgtttggc ttcaatccct acggattctg acggatcgaa cgcccggcat
    38761 cggataaaac ctcctccatc cacctgccat tcctttctat tttaacggta acacatatcg
    38821 tacgggcgag cgccgtgagc ctcgctttta cacaacaccc catcacatga ataagcatag
    38881 gacatccccc cagcaaatcg agatccgagg cgcacacgcg cataacctca agcacatcga
    38941 cgtggacata ccgctcaaca agatcgtcgg cattgctggc gtgtcaggtt caggcaaatc
    39001 gtcgctcgcc ttgggcgtac tttatgccga aggatcgcgt cgctacttag aatcactctc
    39061 cacctacacc cgcagacgga tgacccaggc cgcacgcgca caagtggacg acgtgcgata
    39121 cgtccccgcc gcgctggccc tccaccaacg ccccgccgtg cccggcatac gctccacctt
    39181 cggcacatcc acagagctgc tcaacagctt gcggctgatg tattcgagac tctccagcca
    39241 ccgttgcccc aatgggcatt acctcccgcc ctcgatcaac gtagccgccg aacgcgagct
    39301 gatctgcccc gaatgcggcg cccacttcta tgcccccggc gccgaagaac tggccttcaa
    39361 cagccagggc gcctgcccaa catgcgacgg cacaggcgtc gtaagccatg tggatgaatc
    39421 tacgctcgtg cccgacgaat cgctcaccat cgacgagggc gctgtggcgc cgtggcagac
    39481 actcatgttc tcgcttatga ccgacgtctg ccgcgcaatg ggcgtacgca ccgacgtgcc
    39541 cttcaaagag ctgacagaca aggagcgcga gatcgtcttc cacgggccag ccgtgaaaaa
    39601 gcacatcctg tataagtcca agacctccaa cgtcgccggc gaaatggact tcacctacta
    39661 caacgccgtc tacacggtgg agaacgcctt agccaaagtg acggacgaaa agggcatgaa
    39721 gcgcgtggag aagttcctgc ggcaagacgc ctgtgcagcc tgcggcggca cgaggcttag
    39781 cgacgccgcc cgggcacccc tcctgcgagg catctcactg gccgacgcct gccggatgac
    39841 gctcggcgaa ctcgtagaat gggtcgcagg cattccagca tccttacccg aagaaatgcg
    39901 accaatggct gaacgcattt gcgaggcctt tcatgacacg gctcgccgac tgatagagct
    39961 gggcctctct tacctcaccc tcgatcgagc cggcgcgaca ctctccacag gggaacggca
    40021 gcgcgtgcaa ctggcgcgcg ccgtacgcaa tcgaaccacc ggggtgctct atgtactcga
    40081 cgaaccttcc atcggcctac acccgtccaa cctcgaaggg ctaatcggtg taatgaatga
    40141 cctcgtggcg gatggcaatt cagtagtgct cgtagaccat gacacccaag tgctgcgtca
    40201 tgccgaccac ctcatcgagc tggggcccgc ggcgggcgca ggcggggggc aaatcatcgc
    40261 agagggcacg gcggagatgc tctgcgccaa cccatcgtca cgcatcgggc ccttcctagc
    40321 ccccaaacca acgcaccacc ccacgccagc cccccccctc ttcgacctcg gcgccattcg
    40381 ccttgtcacc cgcgccatcc acaccgtgca acccttagat gtgcgcatcc ccaaaggccg
    40441 gctcaccgta gtgacaggtg tatccggatc gggcaagacg accctggtct tagagtgcct
    40501 tatccccgga ctcaaggcat ctatcgacgg gaaagagcta cccgcgcagg tagcagccat
    40561 tgaagccgag cgtatacacc gggtgcaact gatcgacgcc gcacccatcg gcgcaaatgt
    40621 ccgctccaca gtagccacct attgcaatgt gcacgacgat ctgcgcaaag tctacgcccg
    40681 cagcgaagag gctaaaaccg gtggatacaa ggccggggac ttctcctaca atacaggccg
    40741 gctgcgttgc cccacatgcg acggcacggg cagcatcagc ctcgatgtgc aattcctccc
    40801 cgacgtcgac atcccctgcc ccgactgtcg cggatcgcgc tacgcccggg cggcctactc
    40861 cgtccatcgc acaaggaagc atgcaggagc cggtcgctcc ctccccgaac tgatggccat
    40921 gagcgtagat gaagccctga ccgactgcga cgatttgccc gtgatcaaca gccgactgca
    40981 agtgcttcac gacctcggtc tgggctacct cacactgggc gaagccacac cgggactgtc
    41041 cggtggcgaa gcgcaacgcc tgaagttggc cagtgagatg ggccgagggc agggcgatgc
    41101 agtgtttgtc ttcgacgagc ctacgatcgg cctacatccg cttgatgtgc aaacgctcat
    41161 gcaagtcttt aagctcctga ccgaccaagg agcaacagtc attgttatcg aacacgactt
    41221 agacgtcatt cgtcaagcag attacgttat agatatgggc ccgggcggcg gatatgccgg
    41281 cggacgcgta gtggctacag gccgccccca tgacgtggcc agcaacccgg agagcatcac
    41341 cgggcgatac atctaatcgt ttcccgtaat aaccaccctg tcatcagtcg tacccccccc
    41401 ctcatgatcg actccgcaac gaaagaccgc atcctcgagg cagcacacat cgtcgatgtc
    41461 gtctccgact tcgtcaccct gcgcaagcgg ggcgtcaact tcgtcggcct ctgccccttc
    41521 cacgccgaca agcacccctc cttctacgtc tcgcccgcaa agaacctctg caaatgcttc
    41581 gcctgcggcg agggcggatc gcccgtatac ttcatcatga agcacgagca attaggatac
    41641 tacgacgccc tccgctacct ggccaagaag tatcacatcg agatccacga acgggaactc
    41701 accgacgagg aacgccaggc acagagcgat cgcgagagca tgttcatcct caacagctgg
    41761 gcgcagaaat acttcacctc ttgcctcatg gagcacgagg aggggcgcac catcggcctg
    41821 ccctattttg cccaaagggg attccgcgag gagaccatcc gcaagtttca gttaggctac
    41881 ggattggagc gccgcgacga cctctaccgc acagccctcg ccaagggata taggaaggaa
    41941 tacctcgaaa agacaggcct cgtcagcttt tacgaagacg gcggcgctta cgaccgcttc
    42001 cgtggccgcg tcatcttccc catccacacg atgagcggca aggtggtggg cttcggcgga
    42061 cgcatcctcg acacgacgaa gaagacgggc aaatacctca actcgcccga gagcgagatc
    42121 taccacaaaa gcagcgagct ctacggcctc tacttcgcca aacaggccat cgtgaaggcc
    42181 gacaaatgct tcttagtcga gggctatacg gacgtcatct ccatgcacca gtcaggcatc
    42241 gagaacgtcg tggcctcgtc cggcacggcc ctcacgcagg ggcagatcca cctgatacac
    42301 cgactgacga acaacatcac cgtcctctac gacggcgacg cagccggcat caaagccgcc
    42361 atccgaggta tcgacctact gctcgaggcc ggcatgaatg tgaaagtgct gctgctgccc
    42421 gatggcgaag atcccgactc cttcgcccgc tcgcgcaacg ccttcgacct ctcggtatac
    42481 ctcaacaaca acgaaacgga cttcatccgc ttcaagacac agctgctgct gcgcgaagcc
    42541 gaaggcgacc ccatccgccg cgccgcgttg atcacggaca ttctgcaatc cgtagccctc
    42601 atcccagacg ccatcaagcg ctccgtctac ctgcaggagt gcagccgcat gatggacatc
    42661 aaagagccca tcctgctggc cgagctcaac aagctgcgcg ccacaaggcg cccatcccct
    42721 ccacccatcc gcccgaccga gccgccaacc cccactgccg tgcagcctgt ctctacgcct
    42781 gagactgcct cggaaacatc cgcctcagag ccgcctcaat cgccaccgcc tacgcccata
    42841 caccgagccc cccctccctc gccctatcgc gccgtggaag aggcgttgat gcgctacgtc
    42901 gtcactgtgg gcgagtgcgc gctgtatgat tacaccaatg aggagacggg cgagcgcgtc
    42961 gtgatccgca cggcggagta catccttcag gaattgcagc gcgatgggct cagcctcacc
    43021 gtgcccgtct tccacaccat cttggacgag gccgtggcgc acctgaacga gcctgatttc
    43081 aggcctgaga tctacttctt gtcacaccct gacgccgaag tctcgcgcgc agccatgcgc
    43141 ttggccgatg accgctaccg cagcctggat gcctccccca tcgacaccga tcagctcaca
    43201 gcggaggagc aagaggaagt gcgccgcaag cgcatgaagg agctggagcg cgccgtcgtg
    43261 cacgatctct ttgcactgaa gggggcctac ctgctgcgcc gcattgcgga cgtcaacctc
    43321 cgcatcaagg ccttgcaaaa cgaggggcgc atcgatgagg ccatcgagct gatgaaggag
    43381 caaaagcaac tgaacgagat caaggtggcg ctcagccggg agttaggcga aaggatcata
    43441 ttgaagatgt aaggaggagg ggggcgtggc ctcagcatag tgtctgcgcc gtgggagttg
    43501 atgcttgcgg ggcgccccgc aaaggctaaa acaggatatt cttatgaata gaaactttct
    43561 tgtatacacc ctcctgctct acgcatgctg catggcgctt ctttcttgct cgaacaagaa
    43621 gccggccatt ttcaagaatg agcaggggca atatctgtgt aaggctgggg gtaagattta
    43681 cctctttccc taccattacg ccggcggaga tggcgtcttt gtcgacgggc aagctgttgc
    43741 tgtgctcgat ggcaagtggg gcgttataga cgaacagcag gggaatacgg tgcatccctt
    43801 cgtctatgat tggatctccg aaaaagaaga ggccggattt gctgatcaat atctagtaaa
    43861 ggttgggcac gtcgatccag agcgaaagtt ctatctctct ggtgggcaga ctgggattat
    43921 caatgaacgc ggggaggttg tcctgccgcc ttcctatgtg gcgatctatc ctgcggtcac
    43981 cttcggctta atgatggtca acgacggcac aagcgtcgac cttgccaatg actccgtcca
    44041 ctttgacggt ttatacggct acataaacaa gacggggcag atcgtcattc cttgcgaata
    44101 tgaggaagcc tccccggcct ttgatgaaga cggcacggtg tgggtgcgaa agtccggcct
    44161 ttggggaaag atcgacacgc tgggccgtgt gaaggagccg tttgtgcatg atcatataga
    44221 gcactgaccg ccccccccat atcacaccca agccctcggc tgccccgctt tctatggggt
    44281 ggtcgggggc ttacttgtac ccggcacatc gtcactcatt tacaggtagc ggctttacca
    44341 ggggcgggga tgggcgcacg gcttggaagg gggcggatcg gcctgtactt ttgccgccct
    44401 cattatgcaa cgcatacacc atgtatttta tagaagcaga cgatatcgtc aagcaatacg
    44461 ccaaccatcg cgccctcgac ggcgtgagca tacgcgtgcc cgaagggcgg atcttcgggc
    44521 tgctcgggcc caacggcgcc ggcaaaacga ccctgatccg catcatcaac cgcatcaccg
    44581 ccccggatag cggcaccatt cgcttcgacg gacacccctc gcaccctgac gacgtccgcc
    44641 gcatcggtta cctacctgaa gagcgaggcc tttataagaa gatgaaggtc ggcgaacagg
    44701 cgctctactt cgcccgcctc aagggcatga gcgccgctga cgcccgggcg agcctcacgg
    44761 agtggttcga gcggttcgac attatgccct ggtgggggcg gcgcttagag gagctatcga
    44821 agggcatgca gcagaaggtg cagttcatca tcaccgtcgt gcaccgcccc gccctgctca
    44881 tcttcgacga acccttcagc ggcttcgacc ccatcaatgc cgaacaactc aagcacgaga
    44941 tgctccgcct gcgcgaggca ggccacacgc tcatcttctc tacccacaac atgccgtccg
    45001 tcgaggaggt ctgtgatgag atcgccctca tcgaccacgc ccgcgtcgtc ctctcgggca
    45061 atgtccacga ggtgcgcgag cgattcaagg agcacctttt cgaggtagag tacgtgggcg
    45121 ccgtcaccct ccagcctgac cctgcgcgat acacattgat cagcgccgaa ccctcacgcg
    45181 gcggcaccgc cctccgcctg cgtaaagcag caggcatcag taactccgaa ctcctcgcct
    45241 ccctcaccgc ccagggcgaa gtccgggcgt tcaacgaagt gctcccttcc atgaatgagg
    45301 ttttcattaa aactgtcaat ccaaacacca cccccttatg aaccgcaacc tccccttaat
    45361 cataagaaga gagtacctct tccgcgtacg caagaagtcc ttcctgctgc tcaccttcct
    45421 taccccgctg ctcatcatag gcatgatctt cgtccccctc tggttagcct ccttccgagc
    45481 cgatgaggtg cgcacggtgg ccatcatcga ccataccgaa cgctacgccc ccctcttcac
    45541 cgacaccgac ggataccgct tcgtcaccac ccccaccggc gaccccttcg ccacactcga
    45601 gatcacggac gacctgctcc gcgaccctcg cgccgccacg ctctactccc gccagcaaat
    45661 ccccaccgac ctggagcgct tagtcaacga gacactccgc cagcgcatgg agcgcgacaa
    45721 gatggcctcc tacggcatcc ccaacctcga gcagatcgtc cgcgacagcc acgtggacta
    45781 ccagatccgc accgtcaagc tgaacgacga cggcaccgag agcacctcct ccacccaact
    45841 ggcctacatc atcggcatcg tcttcacgct ggccgtctac atgttcatca cgctctacgg
    45901 ctcgatggtc atgcagggcg tgtcggagga gaagacgaac cgcatcgtgg agctcatggt
    45961 ctcctccgtg cggcccttcg acctgatggc gggcaaggtg atcggcatcg gcctcgtcgg
    46021 gctcacgcag ttggtgctct gggccctgct gacgatggtc ggcatggggg ccatcacagc
    46081 cctcaccggc gccacggccc cgcccgaccc caccgccacg gcgcccgatg ccgcacaaac
    46141 ccttgagtgg atgtctgccc tcagctcctt caacctgccc ctgctgctcc tctccttcgc
    46201 tgccttcttc gtcggcggct acctgctcta cgctgccctc ttcgccgcca tcggctccgt
    46261 catcgatcac cccgaagacg cccaacaatt catgatgccc gtcatgttgg tgctcatctt
    46321 cgccctctac gccggcatct atagcctcga caaccccgac ggcccgctgg ccttctggtg
    46381 ctcgctcatc ccgttcacct cgcccgtggt catgatgatg cgcctgccct tcgacgtccc
    46441 cctctggcag cccctcctct ccatcgcgtt gctctacgcc gccgccatcg gcgtcacctg
    46501 gctctccggc cgcatctatc gcgtcggcat cctgctttat ggcaagaagc cgaacctgaa
    46561 ggagatggtg cggtggatca cgtataagta gtggtcaatc actaattatt agagcggtgc
    46621 cactctgccg tatctccggg gggaggaatc attgataatt aatcattgct ccagcggtgc
    46681 gatttttccc cctccccaag gcgcggaaag cacctaagaa tccattcggg ggcagatccg
    46741 cggcgcggaa gacccaaaaa tccattttga gtcagatccg cggcgcggaa ggcatcaaaa
    46801 atccattttg ggtcagatcc gcggcgcgga aagcatcaaa aatccatttt gggtcagatc
    46861 cgcggcgcgg gaggcatcaa aaatccattt tgggtcaaat ccgcggcgcg ggaggcatca
    46921 aaaatccatt ttgggtcaaa tccgcggcgc ggaaggctcc tcatttttca tttcacccat
    46981 tacgtaggat ctttgctcaa cgtttcgcga gcgccccccg ctcctccttc ctaaccccct
    47041 aactcataca cctcatcatg cgcaccgccc caccccctca gcccctgcga cgccgcgccc
    47101 tcctgctctt cctcagcctc gccgtcgccc tcgccactca tgctcagatg ctcttctccg
    47161 aaagcctcac catgaagatc gatagcagca agcccgtcca aggcctgctc tccacgatgg
    47221 tcaactacaa gaccgaggcc gaggagctct ttgagttcaa gatccgctcc aacctcaaca
    47281 tcctgctcgg gcagaagagc gtgatcaacc tcatgggccg cttcgagttc accacctatg
    47341 gcagcaaagt gaccgtcaac gagggcgagc tgcacaccga gtatcgctac ctgtttcacc
    47401 ccgccttcga ggtctacccc tacgtcgaag cccaatgggc cggcacccgc ggcctgctcc
    47461 gcaagctcgc caccggtgtg caagctcgcc accgaactct ctatacgtcg caccacatca
    47521 tgtttctcac caccgccctc tattacgagg ccgaagactg gaagaacctt tccggcgaca
    47581 cccttgaggc cccctatggc tacaaccgca acatccgctc ccacttctcc attagccata
    47641 gctataccct cagtgatcgt tgggagataa ctactacact gatccatcaa gccaacccgc
    47701 gctactacct gcgccacgcc cgcttcggcg gcgcctttga tgtgaaatac aagatctcca
    47761 aagtcttcgg catacgcggc tcctaccatt tcatctacga cacctcgccc gtcgtcccca
    47821 tgcgcaagat gctcaccttc accaatgcct acttagacat ctcgttctga aacgggaaaa
    47881 cgaaaatcta aaagcgaaaa acggccggcc acctgatgcg ctccccggct cccattctta
    47941 gcttttcact tttagcttcc cccgtcttcc ccccgctata tttgccgccc tttaatgaat
    48001 aaccccataa accacaccac aatgacgaac aagaatgacc tccacatcct gctgatcggc
    48061 gccggcggac gcgagcacgc cctggcctgg aagatggccc aaagcccacg cctcggccgg
    48121 ctctccatcg ccccaggcaa cgccggaaca gcccgcatag gcaccaacgt cgacctgccc
    48181 acgaacgact tcttcgccat cgctcatttc gtagccgagc aagccgtcga cctcatcgtc
    48241 gtcgggcccg aagacccgct tgtggctggc ctggccgact atttccgcag cgagctggta
    48301 ccattccgtg tacccgtcat cggccccgga cgcgccggcg cacgcctcga gggcagcaaa
    48361 cacttcgcca aggccttcat gcttcggcac aacatcccca ccgcccgcca tcgcagcttc
    48421 accgccgcag aagaggagat cgcagagctc tacctcgcca ccctgcgccc cccctacgtg
    48481 ctcaaggccg acggccccgc agcaggcaaa ggcgtgctga tcgtcgactc gctccatgag
    48541 gcgcgcgaag ggctgcggcg catgctcaag ggcatgttcg gcgaggccag ccgcacagtc
    48601 gtcatcgagg aatacttaga aggcatcgaa tgctccgtct tcgtcctcac cgacggccgc
    48661 cattacgtca ccctgcccga agccaaggat tacaagcgcg tgggcgaggg caacaccggg
    48721 ctgaacacag gcggcatggg cgccgtctcg cccgtctcgt ttgccaacgc cgacttcatg
    48781 cgtaaggtcg acgaacgcat catccaaccc accatcacgg ggctacaggc tgaaggcatc
    48841 gactattgcg gattcatctt cttcggccta atcaacgtcg ggggcgaccc gatggtcatc
    48901 gagtataact gccgcatggg cgacccggag acggaggtcg tgatgccccg cctaaaggag
    48961 gatctggtgg agctgctcct ctctgctgcc gaggggcggt tagagacacg cccagccaca
    49021 gtcgatccgc gtgcagccac agccgtcgtg ctgaccagcg gcggctatcc cggagcctat
    49081 gagaagggca aagtgatcac cggcctcgac gacccgcgcc taaccgactg cctcctcttc
    49141 cacgccggca cgaaggccgc cgccgacggc accacgctga cctccggcgg acgcgtcctg
    49201 gctgtctgct cccttggcga taccgtcccc gaagcgctcc gcagcgccta tcgcggagcg
    49261 gaagccatca cgtttgaaaa gaaatattac cgccgcgaca tcggcttcga cctctaacac
    49321 atggaaacag caggacggcg acgcaggccg caaagccgga tcaggcgcgc gatgaagatg
    49381 gacgtcacga gcgtccccaa cctcatcctc tcggcggcag tctgcctgct ctgctgggtg
    49441 atgggctaca cctattcggc gggctacccc gtcagcgccc cgcccgacgg cctgcccaca
    49501 tggagctacc tcatcagcct ccagcccgac cgcctgacga cctacctgat tggcgccgcg
    49561 ctcttcgccc tcgtggccgg attcatccag cgcctgaact acaaatacat catcgtgcgt
    49621 ggccgccgct cgctgcccgc gctcttcttc ttcctcttcg tcagcaccaa cccggaggtc
    49681 tttcccttgc ggcccgtcac cctcgggctc ttcttactcg tcgtcgcgtt gacccagctc
    49741 ttcgactcct ggcagcggcc ggaggatacg ggccgcgcct tcaacatctc cctctgcctc
    49801 ggcctcagcg ccctgctctg gccccagatg ctatggttcg tgcccctgtt ttggtacggc
    49861 atgtaccgct tcggttcgct ttccgcacgc ggactactca catccgtctt agggctgctc
    49921 acggtggccg ggttcgtcgc tgcgtggtgc ctttggcaag gcgactatgc gctgcccgaa
    49981 gccatcgacc acagcctctc cacgcccgac atccccttcc tgcacgccac cttcaacgcc
    50041 aactggatca gctcgctgtg cgttgtctgc ttagtcatcg tcaccagcat ctacctctcc
    50101 ctacacagca tcgagaacac cgtacgcacg cgccaatacc tcaacttcct ctccgtcttc
    50161 gtctgctggg cctgcgtgct gctctgcatc tacgcccgcg agtcggccga catcctctgc
    50221 gtgctctacg tcccggcctc catcctcgtg gcctacttct tctccgataa gcgcaacctg
    50281 ctgacgtatc tcttctacat cctcatcctc accttcctcg tctacctgct gttggcgcgc
    50341 ctatggacat cctcataagc tacggctacc tcggtgtctt catcgcctcc ttcttggcgg
    50401 ccaccgtgtt gccattcagc tccgaggtcg tgctgacggg cgtcctgctc gggggcgcgt
    50461 cgtattggcc atgcatggtg gcagccacct taggcaatac gcttggcggg atgacgtgtt
    50521 atgccttggg gcgcctcggc aaggtggagt ggatcaagaa atacttgcgg ttagacatca
    50581 cgcggctgct gcgcgtgcag cattggatcg aaggtcatgg atcatggacg gccttcttcg
    50641 tcttcacgcc cggcgtgggc gacttcatcg ccgtggcgct cggttttctg cgtgctcgcg
    50701 tgtggcccgt cgccttttgg atgctgctcg gcaaagccct ccgctactgg gtgtggatgg
    50761 agttggtcta taaggtgcaa ggggcattgt agggagggag aagtattcac agcaaagggg
    50821 aaatcaaacg ttttcatcgc agatacccgg tttctggcgt gttttccggc gatttagcgc
    50881 ttgcttgagg ttggacaacg agtaaatcac cctctttcag agccctgcgt tacgcacgga
    50941 gcaaaaaagg ccgtctttca gagccctgcg taacgcatgg agcaaaaaag gccgtctttc
    51001 ggagccctgc gtaacgcacg gagcaaaaaa ggccgtcttt cggagccctg cgtaacgcac
    51061 ggagcaaaaa agcccccttt tcttctctct ctatgctctt ccctcgacga tcgctccgct
    51121 gccgatgcag aggcggtgat cctgatcata gaccacggcg aattgccccg gggcgatgcc
    51181 ttggatcttc tcctcgctgt cgatctggta gccgccctcc acgcgacgga tcctgccacg
    51241 tgtaaactca ggcgtatggc ggatcttgaa cgtgatctca cgctcaccgg tgaagtcgcc
    51301 ccacggatcg gcggtgatga agtggaagcc ggcggtgcgg atcgttcggc catactgcgt
    51361 ctcggggtcg tagccgttgg agacgtagac gatgttcgcg gcggcgtctt tgccgacgac
    51421 aaaccacggt ccgccactca tgccgagccc tttgcgttgg ccgatggtgt gaaaccaaaa
    51481 gccgtgatgg cggccgacgg tgcgacctgt ctcccactcc acgatgtcgc cgtcgcggcg
    51541 gccgaggtag cgctcgatga agtcgttgta gcggatcttg ccgaggaagc agatgccctg
    51601 actgtccttg cgatgcgcgc tgggcaggcc ggccgattcg gcgatggcgc gcacctcatg
    51661 cttcattagg tggccgatgg ggaagatcag cttggcgact tgcaggccgg tgatctgccc
    51721 gaggaagtcg gtttgatcct tcaccggatc ggcggcggtg gagagccacg tctggccgtc
    51781 cagctcggta gtggtggcgt agtggcccgt ggcgatgcgg tcgaagtcgc atccccaacg
    51841 ctcctcgaag cagccgaact tgatgtagcg gttgcacatc atgtccgggt tgggcgtgag
    51901 gccgcggcgg acggcgtcga tggtgtagcc cacgacgcgt tcccaatatt cttcgtgcag
    51961 ggagacgacc tccatgcggc agccgtattt gcgggcgatg taggtggtga tttcgatgtc
    52021 ttcctcggca gggcaatcta tcgtcccgtc gttttgctcc atgccgatgc ggatgtagaa
    52081 gatggtgggc gtgtatccgg cttccttcag caggtgcacc acgacggagc tgtctacgcc
    52141 cccggaaacg agtgcggcga tttccatttg tttctaagta gtgagaagta gtagggggta
    52201 gtgagaagta gtttgaagta gtagggagta gttataggta gtggaaagca gtaggcgcta
    52261 cttctcacta ctttttacta cttcaaacta cttcctacta cttatatccg gttctgccgc
    52321 ttgcgctcaa tctcgtcgag gatcactttg cgcatacgca tatggtgggg cgttacctcg
    52381 acgtattcgt cggctttgat atactctaat gcgtcctcga ggctgaagac cacgggcggc
    52441 gccagcgaca ctttgtcgtc tgacccggcc gcacgcatgt tcgtcagctt cttcgacttc
    52501 gtgacgttca cgaccaagtc gccctccttc gtgtgttcac cgaccacttg cccagcgtag
    52561 acgtcttcgc ccggagcgat gaagaagcgg ccgcgcgatt gcaggttgtt cagcgcatag
    52621 gcaaaggcgt tgcccgtctc catggcgatg atggagccgt tctgccggcg ttcgatgtcg
    52681 cctttccacg gctgaaactc gaggaagcgg tgcgccatga tcgcctctcc agccgaaagc
    52741 gtcagcacta agttgttcag gccgatgatg ccacgcgagg ggatattgaa gatgaggaag
    52801 acacgcccgt tcttgctctc catcgaggtc atctcgcctt tgcgacgggt cacgacgtcg
    52861 atgatcttgc tggcactctc ctcgggcagg ttcactgtca gctgctccac cggttcatgc
    52921 tttacgccgt cgatctcctt gatgatcacc tgcggctgac ccacctgaag ctcgtagccc
    52981 tcgcggcgca tcgtctcgat cagcacggag aggtgcagca cgccgcgccc gaagacgttc
    53041 cacgcgtcgg ccgaatctgt cggctccaca cgcagggcta agtttttgtc taactccttc
    53101 gtaagtcggt cgtagatgtg gcgcgaggtg acgtacttcc catccttacc gaagaagggc
    53161 gaattattaa tggtaaagag catcgacatg gttggctcgt cgatggcgat cgtgggcagt
    53221 gcctcgggag tggcgacgtc ggctatggtt tcgccgatct cgaagccctc gatgccgatc
    53281 acggcgcaga tgtcgcccga tgccacagcg tccaccttct tgcgccccag gccctcgaag
    53341 acgtcgatct ccttgatctt cgaccgcacc gcgctgccgt cacgtttgca gaggacgatg
    53401 tcttgcccct cgcgcagctc gccccgatgc acacgcccca cggcgatgcg ccctacgtat
    53461 ttggaatagt cgagcgatgt gatcagcatt tgcgatgggc cctcgagcgt ttccggctcg
    53521 gggatatact taatgatggc gtccaagagc gggcagatgt tgtcggtcgg tttcttccag
    53581 tcgtccgaca tccatccctg tttggctgag ccgaagatgg tggggaagtc gagctgatcc
    53641 tccgtggcgt cgaggctgaa catgaggtcg aagaccatct cctgcacttc cgaaggccgg
    53701 cagttcggct tgtccacctt gttgatcacc acgatcggtt tcagtcccag cccgatggct
    53761 ttttgtagca cgaatcgcgt ctgcggcatc ggcccctcga aggcgtcgac cagcagcagg
    53821 caaccgtcgg ccatgttgag cacgcgctcc acctcgccgc cgaagtcagc gtgccccggg
    53881 gtgtcgatga tgttgatctt ataatccttg taattgatgg agacgttctt ggcgaggatc
    53941 gtaatgcctc gttcgcgttc caggtcgttg ttgtccaaaa attgatccgg ctcggcttgt
    54001 ccctcgcgga aaagttttcc ggccaaaagc atcttgtcta ccagcgtcgt cttgccgtga
    54061 tcgacgtgtg ctatgattgc aatgttccta atcttctgca tcgtctcttt tatctctcgt
    54121 tgaaaaatcg ggtggcaaaa gtaaacgcct caccgaatgc gcccagccaa ataattatag
    54181 ccccggccgg ttccatcctt gcgcggcatc ttcaaagaaa tacctttgcc gcgcttaaat
    54241 aatatggtat caatttattc ataagtaaaa gtcatgtatt tagattctac gaaaaaggaa
    54301 gagatcttcg agaagtacgg caagtcgaag gcagacaccg gatcagccga gagccagatc
    54361 gcattgttca cgtatcgcat cagccacctg acggagcaca tgaaggctaa tcacaaggac
    54421 ttcaacacct cgcgggcact gaagatgctg gtaggtaagc gtcgccgcct gttagactac
    54481 ctgatcaaga ttgacatcga gcgttatcgc gcgatcatca aggagttggg tatacgtaag
    54541 taatcccccc ggtgcttcca cgccgcgcat gtatcaacag aaggtgcgtc tctccatgaa
    54601 aagaggggcg cacctttttt tatggcatgg cgcggatgga gttgtgaaac ggcctctcaa
    54661 gggccataag ccatcctctc caacaaaaag aaaaaggttt gcacaccctt ttcatagtgt
    54721 atgaaatgac tatgcatggc ttgcatggcc ttttcatagt gtataaaatg atcatgcaag
    54781 gcttgcatag cctttttata gtgtatgaaa tgactatgca aggcctgcac agccttttca
    54841 tagtgtataa aatgatcatg caaggcttgc acagcctttt catagtgtat gaaatgatca
    54901 tgcaaggctt gcatggcctt ttcatagtgt atgaaatgat cgtgctagct ccccaaaaac
    54961 gccgcatgcc tttccctccg cctgatatat ggccttaaaa acaaggtaga gggggcacgc
    55021 acgcatatgc ccactcccga caaagacgcc cggaggcact tatacgcgct tgtgtttata
    55081 ggggaaaagg atggcgaaga agacggctac aaggagggaa tagccagcga agatgtacca
    55141 caccgatgcc caatcgccca ccaagagcgt cttggcgccg ctggatgtgg ccacttctga
    55201 ccattgacag aaggcgttga ccacggcctg cgcaccgagc gtgcccaccg tggcgccgat
    55261 gccgctcgtc atcaggaaga agagcgcctg cgcactggag cggatggagg gatcggtctc
    55321 gcgatcgacg aagagtgaac ccgagatgtt gaagaagtcg aaggctacac cataaacgat
    55381 catggagagc acaagcaacc agacaccgcc accagggttg ccgaggccga agaaggcgaa
    55441 gcgcaagatc catgctacca tcgagatgag cataacgatc ttaataccat aacgcctcag
    55501 gcagaagggg atcagcagaa tgcagagcgt ctccgagatt tgcgagaggg agatgaggat
    55561 gttggaatgt tgcacgccga aggtgtccgc gtaagcagcc acagactcaa acgaggcgat
    55621 gaaggggttg gcaaagccgt tcgtgatctg tagcgagaca cctaacatca tggagaagat
    55681 gaagaaaacg gccatctgac gcttgcgaaa cagccggaag gcgttcaggc cgagagcctc
    55741 gacgaacgac ttatgcccca tgctacgact cacggggatg cctggcaggg tgaaggaata
    55801 aacagccaag agaatgccta acgcaccgca gaccacgaac tgcatggcag acgtctgtaa
    55861 accagccagg tcgacagccc acatggagca gatgaaaccc acggtgccaa agacacggat
    55921 gggcggatag tcgcgcaccg tgtcgtagcc cccttgctca agcaggctat aagccacgga
    55981 gtaggagagc gccagcgtag gcatatagaa ggccacgccg agggtgtaaa gcgtaaagaa
    56041 ggaagcgaag gagacggtcg tgccagccga aaggccgtaa gctcccgcag cagccatgaa
    56101 gagtcccgag gtgaggtggc agagggcaag catcttctgc gccggcacgt agcggtcggc
    56161 caagatgccg aacagggtgg gcatgaagat ggagacaaag ccctgcacgg aatagaagag
    56221 tccgatgtgc tcgcccatgc cagcgggccc gaggtagcgc gacatggaag tgaggtaggt
    56281 gccccagaca gcgaactgca ggaagttcat gatgatcaag cgatgtttca gattcatggg
    56341 tctatcaaat ggttaggggt ttatgatgaa tgaacggaag acgatgatgc ggcccgcagt
    56401 ctcggtgcgg aacgtgtctg ctgtggcttc gttaagtgta gcttgccacc accgagtgat
    56461 gcgtcgctcc gcaagcggcc agcgcacatc gcggagggtg agcggttcgg catccatgca
    56521 gaagacggag agctgctgcc cggcctgcga ggcaaacgtc tggctgcctg tggagggagt
    56581 aaagacaccg tagtccgtcc acatctccac atcgaagccg ctgtccatgt agtcgaccag
    56641 caggctgatg ttgcctaagg tgtgatcctc gcgccggccc gtcgccccga cgatcaagag
    56701 gcgacgtagc cctttccccg cagcgtagcg cacggccttg ctcagatcgt tcgtgtcctg
    56761 ttccgtttcg atatgcaggc ggtcagttaa caggcgtcgc gcctcgggcg agatggaatc
    56821 gccatcgccc accacagcca tcggctccag gccttcacgc agcagcctgt caactgcgcc
    56881 atcgcaacag atgatgcgat cggaagcccg gcgaagcgct tcgagcggag ccggatgcgt
    56941 gggataatcg cccgcggcca gtatcacggc gtccgcccgg gaagcatctg aggcgtggaa
    57001 ataatcaggg atcatgtccg tatgggttga ttgttaaaac ctcgcaaata tagacgctct
    57061 cccggccagg cttgggtaaa gggatacttt tgcgcgtcgc aatcagccaa gtagacccat
    57121 ttgtgttatc aatgattcgc acgacactaa cacctccact ccgggacaaa tcattcatat
    57181 aatccagata aataacaatg agaactaccc gtacgattct atttcattgc tgcttcatgc
    57241 tcctcatggc gctggccacg atcatgcccc gccacgcatc cggacaactg aagcagatcg
    57301 ttaagattga aaaagacacc ctgcggatgt atgtaggcca aaaggattca ctccgagcca
    57361 cggcttaccc ctccgcccga gtcttctatt gggacagccg cgcctccatc cccatcgtag
    57421 cctccatctc tgcgccacgc tcatctaacc cttacgattc agtttgcatc gttcaggcat
    57481 ggaagcctgg ccggacgatc atcgtggtgc gggtgaacga ggtggcagcg cgctgcattg
    57541 tcgtcgttac gccgaaggtc ttcgtggata gtctgcgatt acagcgcgac acgatccagc
    57601 tacagacagg cgacacggcg tccatcatga cgcacatctt ccctgcaaac gcctcggata
    57661 agaagctcga atggacaacg gagggcaacg caagtgtgct gagcacaaca gacagcgtaa
    57721 cacgtgtggc cgctgcagct gatgcagata caagtctgct gattgtgcgt gcactcgaca
    57781 agtcggataa gcgcgacaca tgcgtcgtca tcacccgccg catccccgtg acgagcctca
    57841 cactgagcca tgacaccatg cgtgtaaacg ccatcggtgt aaaccacctg aacaaaccgg
    57901 acacactgcg cgccaccgtg ctccccgaga acgctacgga caagcgcgtg aagtggaccg
    57961 tgatcagtgg cggtgttaag gcattgccca tcgattccat cgggcaggcg gcagaaatta
    58021 tcggtgctgc gactgttgac acggcgctcg ttgtggctga ggcggccgat gggctgctgg
    58081 attcgtgcgt ggtgatcacg caagacccga atcatccaga cgcaaccgtg gaagtaggcg
    58141 ccagtgcttg ggtacgcaat gccgatggcg gcgtcgttgt gcatacagat cacgcagcaa
    58201 gcctcgaggt ttacaccatg acaggagcgc ttgtgcaccg tgaacacctc gcccccggcg
    58261 accgctttgt tcccctccgc agtggcttgt atatcgtggc tgtggatcgc ctccgacgga
    58321 aagtatttat aaggtaaagg acggcaaatg ggcaccctaa aagggcggtt caatagctgc
    58381 cgagggtgcc ccaccctctg aacctttcgg gggagcgcat tgtttattca ccgtgcatag
    58441 tagtaacagg cacgtacatt attaacctcg taaatagaag atgaaaatga aaaagtttac
    58501 catccaacta ctggccgtcg cctgtgcgat ggtcatgttc gcagacaaag cacgggcgca
    58561 agccacggtg caactcggta gccatgacac gattcggctt gccaagggag agattgattc
    58621 tattaaagcc accatctcac ctcttggtga aacattagaa tggaagtcag agaatacgtc
    58681 aattgtatcc gtcgaaaaag ccgtgcccga cagtacttgg ggacgcatta ccgctatagg
    58741 cgtaggaaaa acgaatatta tcgttgctta tggagaccct gcctcccccg ttcgtgacac
    58801 cgtcccggtg aaggtctacg atctcgtcac cagtgtcagc ttaggcgcta aacacagcga
    58861 taccattggc attggcaata cgctgacact ggcagcaaca gtaaacccgg ccgacgccct
    58921 gcaagaagtg ctctacacct cttccaacag cgccgtggct gaagtacaga cctcagactt
    58981 gaaaggcatc gtcacggcta aggctgtggg cacagcccgc atcaccgtct cagctggcaa
    59041 gggcgcgaac atgaagacgg acaccttctt ggtgacggtg aataacccca tcacgagcct
    59101 caactttgct atagcgcaag acacgatccc gatgcagatc aatagcgata tggaaatcga
    59161 agctgtggcc attccggacg atgcggacaa tatctcctca ttaggctggt ccatcgccca
    59221 gatgccgccc cacccgagtg ggatcgtgac catagtgtca aacagcggcg cgaaggcgaa
    59281 gatccagtct ggcgccacgc ccggcttggc tcgcctgacg gttgtatcca ccaatggcaa
    59341 aacggctagc cgcatcattc aggtgctcga cccgatccac gtgacaggca tggcgctcga
    59401 taaagacacc gtctacctct ccgtccgcgc acaggatacc atcacggcgc gcatccaacc
    59461 ggccaatgcg ctgaacaaga aggtgacgtg ggcttccacc aacccctcct tcgcttctgt
    59521 tgaaatgctg actgacacca ccgctgtagt aacgggtaag accgtgggca tggccatgat
    59581 cgtaggtgag actacggatg gcggcctgaa ggacacgtgc tacatctatg tgcagagccc
    59641 gctggcgctg actgacgcca agttagagaa gcacaaaacg cgcattgaac tcgacaagac
    59701 ggacacgctg aaggtcatct tcaccccggc caatgcaacg aataagaaag tgacttggac
    59761 ctcggacgac ccgaccatcg ctacggtgga ctccgtcggc gttgtgaagg ccctcaaatc
    59821 tggtatcacc catatccgca tggtgacgga cgagggtgcc ttcaaagact cttgcgaggt
    59881 gacggcctac aagtccgacg ccaacatcga ggctcagagc ggcgtcaaca tctggggcac
    59941 cgagagcggc ctccgcgtac agtctgacaa gccccgcacg ctcgccatct acaccctgaa
    60001 cggcgcgctc taccgccgcg agaccttctc cggcgaccgc gtcatcagcc tgcccagtgg
    60061 cctctatgtg gtcaccttag gcgaggtaag ccagaaggtg ctgatcccat aacgcaactt
    60121 gtgtagttga tctttattgg tttcatcttg ctgcccgctg cggaggttcg cctctcggcg
    60181 ggcagcgttc tttttgcacc aatccgaacc acccacgtgc ccctacagtc tatacaggcg
    60241 aaaggggggc gcgcggcgtt tggggggatg cttgcggaac tcctacaaac accaaaatgg
    60301 gggaattggt ggtcgctcaa ccttttcaca gtgtgtgaaa tgactatgca aggcttgcat
    60361 ggcgccttcg cagtgtgtga aatgatcatg caaggcttgc acggcctttt cacagtgtgt
    60421 gaaatgat
//
LOCUS       SEQF3106|MIQD01000006.158165 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..58165
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             24..302
                     /locus_tag="SEQF3106_00305"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTWIRKPRVKTGRMCHIPLLPEASAIIEQYRGIHTRAFRHEPPR
                     GYLLPIPGCDTVNIHLKKIAALCHIPKRLTFHMARHTFASQMTLAEGV"
     CDS             complement(351..1559)
                     /gene="fucP_1"
                     /locus_tag="SEQF3106_00306"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11551"
                     /codon_start=1
                     /transl_table=11
                     /product="L-fucose-proton symporter"
                     /translation="MKEQKNYLVPMAFLGLMFFTCGFALGINSLLVPVLKVSLSVSSM
                     EAYMLIGATFLPFLLFGYPAGILISKIGYKRTMAISFGMFAVAFGAFIFSASEKSFPL
                     FLIASFTCGTANTFLQAAINPYVTILGPTESAAKRISMMGMINKLAWPVSPLFIALFA
                     GASGSVGIDDLGKPFAVIICLFIILGVVALLSPLPEVKAAGEDSDNSDEDDQEVSAYA
                     NSKNSIFQFPHLVLGAIAIFFYVGSETIVLGTLIDYANELGLDHPENYSWITPICISI
                     GYITGIILIPKYLSQTRALQICSFVALVGTSLVVVLPGTYSIYCIGVMALGCSLMWPA
                     FWPLALMDLGKFTKKGSSILTMGLIGGAAITVLFGLLKDVTNTRYAYGLCFICFGYIS
                     LYAFKGYKLR"
     CDS             complement(1930..2070)
                     /locus_tag="SEQF3106_00307"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGQKKEHSNLIKEHLKKRGFTQTWLAKELGMSFSITNAYVHNCK
                     AT"
     CDS             complement(2191..2469)
                     /locus_tag="SEQF3106_00308"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLQLFAKQADLPTLKTSPITLIVIFQKNVRFSSNVKILVPIDG
                     SDVYAQTLGNQVRAKVQGKHQYARNPSIVSKTDNVTLKFAQFLYFLFR"
     CDS             2638..2775
                     /locus_tag="SEQF3106_00309"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKERFRAKKESDIYYYADGTHPTHNTRFTYAWIKKGKRLEQPT
                     L"
     CDS             2824..3003
                     /locus_tag="SEQF3106_00310"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEVIAHECPSVDTDSAIALYKVALEKLPEAESIYIITDNARYY
                     LSKKLREWVKGTKIK"
     CDS             complement(3692..4900)
                     /gene="xerC_1"
                     /locus_tag="SEQF3106_00311"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44818"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MRSTFKILFYINRQKTKTDGKTAIFCRVTIDGKSTVMTTGEECL
                     PDEWNSKQSITGEKKINQRLAAFRELVEKAYAEMLTKDGVVSAELLKNRLQGVAATPT
                     TLLAMSEAELQSVKTCVGKSKAESTYQNLIYSDKLLRAFVKENGERDIPLAGITEDLF
                     ENFRFFLKKRGLATSTMNKHLCRLSRLMYRAVDLKVIRCHPFEDVTYEKEERKIRFLQ
                     KSDVAKLVALKVNDREAEQARQMFLFSCFTGLAIADMERLKFSHIQTAVDGRRYIRKE
                     RQKTKVESVVPLHPIAEEILSRCQEEQTVKEEGDDLVFPRSCSRSVMNNKLSTVGKAC
                     GVRQRISFHMARHTFGTLSLSAGIPIESIAKMMGHASISSTQIYAQVTDKKISEDMDK
                     LIQKQQAASE"
     CDS             complement(4913..6133)
                     /gene="xerC_2"
                     /locus_tag="SEQF3106_00312"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MKMKVLLYLKKSSLDRSGKAPIMGRITLGRSIAQFSCKLFCNPN
                     LWNPRESRMDGKSREAVEVNGRLDNLLLAVQSSYQSLLAKGSPFDATDIKEDFQGSVQ
                     SRTMLLERFDGLIEDMEEHVGIDIKRESLVLYRQTRARLQQFIRAKHNASDLTFSQLT
                     ENFIKQFEQFVTGEVGLKQSTCYNMIVLIKKVCKLAYREGAADSLLFDNVHVDKGDSR
                     LPKALDREALDKLKALCFDGWEIDLETARDVFLFACYTGAAYCDLMALNRGHLVCDDE
                     GALWLKFNRQKTGVLCRVKLLPEVLRLMNRLSDERRNTLLPHIDYLTYQSHLKVLRLR
                     AGIALPITSHTARHTFATLITLEQGVPIETVSKMLGHSTVRMTERYAKVTPQKLFEEF
                     DRLIAFTEDLHLTI"
     CDS             6715..7854
                     /gene="celC"
                     /locus_tag="SEQF3106_00313"
                     /EC_number="3.2.1.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0C2S3"
                     /codon_start=1
                     /transl_table=11
                     /product="Endoglucanase C"
                     /translation="MKQFMLLALTLGALAACGKKDTPEPEPKPTPNPEQPTRPARLRG
                     FMVARVEDVNEGTIRDAAAWGANIIRLQVCPVTYASSVNRNIWEALPVYLERIDQRLK
                     WAKERGMKVVIDLHEPPVNAYKDPGYPAFWNDPQVRDCFIRFWKALATRFKDPAYNEI
                     VYGYDIYNEPAEWVRGTDHVPHRWRAMAPEIVRTIRAIDRDVWIIYEPGPWNGPDNYR
                     GLKPLADKRVMYSLHFYLPGAFTHQGVNKATRQEAVASLGVEYPDKINGRQWDKAALE
                     RELQIVDEFQRRYNVPIFVGEFSVVRWAPTPSAVRWLTDVVSLFEARKWPWCYHAFRE
                     WDGWSLEHPEGRSTFRYKGDPAAQPAQGETERGKVIRQALQRNKK"
     CDS             complement(8037..8312)
                     /gene="yafQ_1"
                     /locus_tag="SEQF3106_00314"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q47149"
                     /codon_start=1
                     /transl_table=11
                     /product="mRNA interferase YafQ"
                     /translation="MKKLRFSTKARKDLKRYRNQPERMRRLFAVIDVLLKDERLPETF
                     KMHGLSGRYTGCLECHVENDFLLIWRDEEENCLYVLRVGTHSELFGS"
     CDS             complement(8309..8623)
                     /locus_tag="SEQF3106_00315"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYQRGGSPYPIIINHNITPMETTKRRKQVTLRITEELRERLNQE
                     ARKEHRSVNNLVEGILLDAMYYEPNEETIEAIEEARAGRYAGTIDASSFAAFMKSINE
                     IE"
     CDS             complement(8629..9366)
                     /locus_tag="SEQF3106_00316"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADSTIITGQYVQIEQTPASLGARVLGRLIDMLLMGAYCGAIIG
                     AWMLYRRMNSDPSEIEVVLMLTVCLLPIMGYSFLWETFYNGQTPGKRLLGTRVVMKDG
                     SRPSVGAYLLRWLLLLIDLQTSYVGLLCIALTKNNQRLGDLAAGTIVIKEKDFKKIHV
                     TLDEFSHLDREYRPIFPQAERLSLAQVDLINRTLSGGDRRDRPSRISELAGQVRSYLH
                     IEAATPDEVLLRTLVRDYQYYALESVI"
     CDS             complement(9384..10169)
                     /gene="mazG"
                     /locus_tag="SEQF3106_00317"
                     /EC_number="3.6.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AEY3"
                     /codon_start=1
                     /transl_table=11
                     /product="Nucleoside triphosphate pyrophosphohydrolase"
                     /translation="MHTKEEKMEAFGRLLDIMNDLREKCPWDRVQTRESLRTNTIEET
                     YELSEAILKDLPMEIKKELGDLLLHIVFYAKIGEERGEYDIKDVCDALCDKLIYRHPH
                     VYGTTQVDGTRRVEQNWEQLKLKEKDGNRTVLDGVPASLPTLIKAYRMQDKARNVGFD
                     WERREQVWDKVGEELGELRAELDRADADASEAEMGDFLFSVINAARLYGINPDNALER
                     TNAKFRRRFDYLEAQTIRRGRSLKDMTLAEMDAIWDEAKRKGL"
     CDS             complement(10282..12393)
                     /gene="dsbD"
                     /locus_tag="SEQF3106_00318"
                     /EC_number="1.8.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9JYM0"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiol:disulfide interchange protein DsbD"
                     /translation="MEKIKRSVRWFGLLMLIAASVQAQILTPVKWKINLEDSEEAEKN
                     LTFTATINRGWHVYDMNLPKGGPISTSIKYEKLKGAELVGKPTASVKPTVTRDEASYP
                     GIELRWYSGTVTFTQKIRVTDPKAFKLVGEVEFMACNDESCLPPETESFAFDRKHVKR
                     TKQAAEPTGDTGITDDADADNADVTTDDSSADASQTNDLVRTPHGASQSTTPKGMLTD
                     RPEWWTPVIDDMKSFGDATIAAADTSWIYIFLAGFLGGLIALLTPCVWPMIPMTVSFF
                     LKRSKTRRKAIGDALIYGGSIIIIYVAMGLLITGLFGASALNDLSTNAVFNILFFALL
                     VLFAVSFFGAFELVLPSSWTNRMDSKADTTSGILSIFFMAFTLVLVSFSCTGPIIGTL
                     LVEAASQGKAVGPAIGMFGFALALAIPFALFAVFPNMLQNMPKSGGWLNSVKVVLGFL
                     ELALALKFLSVADLAYGWRLLDREVFIVLWIVIFALLGFYLLGKIRFSHDSELRHVSV
                     PRLFMAIVSLAFAVYMIPGLWGAPLKAVSAFAPPLYTQDFNLYKDEVHAVFEDYEAGM
                     TYARRVKKPVLIDFSGYGCVNCRKMEAAVWTDARVKKLLEEKYVLITLMVDDKTKLPA
                     PLTITENDKERRLKTIGDKWSYLQRSKFGANAQPFYVILDNEGRPLAPSYAFDEDPAK
                     YVRFLEDGLTRYKQQRETNNE"
     CDS             complement(12539..13105)
                     /gene="ahpC"
                     /locus_tag="SEQF3106_00319"
                     /EC_number="1.11.1.15"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A251"
                     /codon_start=1
                     /transl_table=11
                     /product="Alkyl hydroperoxide reductase subunit C"
                     /translation="MVPIINQQVPAFSVQAFHNGEFKTVTNKDIEGRWVVFFFYPADF
                     SFVCPTELLDLANKYADFKAAGVEVYSVSTDSHFVHKAWHDASESIRQITYPMLADTT
                     GALARAFGVMIEETGMAYRGTFVVNPEGRIKVAEIQDNSIGRNAEELFRKVEAAQFVA
                     QHDGEVCPANWKKGKKTLKPSIDLVGKI"
     CDS             complement(13174..13338)
                     /locus_tag="SEQF3106_00320"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCAHKDINNKSDNLSSTDYPPTPIPDIRFYSVSPSRHFPQDLCN
                     VDFANSILQG"
     CDS             complement(13360..13500)
                     /locus_tag="SEQF3106_00321"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHVEKYKMEFKSNCIHKQANHIVFNFTCTHKESNKTFFISTSTH
                     KI"
     CDS             complement(13873..16020)
                     /locus_tag="SEQF3106_00322"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIQDIHTTYACIIDQLDQASMKGALDALTHLIVATGKQQFLGQ
                     ADELQSTYKYMLHYYVEGFDDPQRNNIRDDIRRRAYELADAVRHEALGDISPTYYYAL
                     RRVARYQSSDIPAILQEVTLCDAVGEREQHELTAVRLFDQVYTTGFLNPQATDALSEA
                     LRNPSYPADVKTLIISALLLALQASFDRNKVRLLFDAAALTDAISLQALVALCLTLDA
                     YSTRLALYPEIHDRLEALAETPNFRRRLCTVIIRFILTRETEKVAHRMQNDIIPEIMK
                     FTTRGGKVSARDFLNEIAGEEMNPEWMERMMSSSDKLSGWMREYSEMQEEGIDLLHSA
                     FGSLKRFPFFQELSNWFLPFTPQHTTFRGLPMEDGLKELMRTTPFMCDSDKYSLCISM
                     LYMPEQQRRILREQLQGDVTQLREQEAAELSHTAKLEERSIGLYIRNLYRFYKLHPRH
                     TDFSDIFNRPLDFHRLPILRPYLSDAEMLLHIAEVYLRKGYPDDARPIYQELIERGEG
                     DSEMLHQKLGYCLQMAGDIAGALREYLRAEMINPDSKWLLRRIATCYRALKQPAEAVK
                     FLLRHDRLEPDNLSVLLHIGHCYLEQQQYDEALKYYFKVEYLDPSNTKARRGVAWCSF
                     VVGKYDQARTVYRKLIADHPQPEDYLNAGHTEWAMRNIKGAVAHYQQAIAGEDFQTFT
                     THFDADRPALLRAGITPDEVAMMLDELRYATTE"
     CDS             16219..18312
                     /gene="dpp5"
                     /locus_tag="SEQF3106_00323"
                     /EC_number="3.4.14.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B2RIT0"
                     /codon_start=1
                     /transl_table=11
                     /product="Dipeptidyl-peptidase 5"
                     /translation="MIAMMACNTTEQKNDAADKTVIGAPDVKIENGQMTPEVLWAFGR
                     VGNVSVSPDGKQVAYTVTYYSIPENRGNADLYVMDADGGNKKQLTHTAASESEVAWTP
                     SGKAIAYLREGKLWNIAPDGSSEKQVSDIEQSIEGFLYAPAGDKILLVIPTKIEKCMN
                     SDIYEDLDKAKAYVYDDLMYRHWDTWKDGNYSHLYLADVKDDKVKAVEDIMPGEPFDS
                     PVKPFGGMEQITWSPDGSTIVYTCKKLSGIDYAFQTNSNLYAYTLADKKTRLLTPDMP
                     GYDQNPQFSPDGKKLLWSSMRRGGYEADKERMMVMDWPNGQMTDVSDSLDASPSSLQW
                     TPDGKTIYLTAPIKEAYQLFAFDVATCSFRQLTDGNQDYQHVQLAGDKLIATRTTLVD
                     PAEIYSVDPATGKGTDLSQVNKDLLSKLNLPTFEKRFVTTTDNKQMVTWVVYPPKFDA
                     SKKYPILLMCTGGPQGVLSPSFSYRWSYMLMAAQGYVVVVPARRGTSGSGQEWADAIS
                     KHHGTQDEQDLLSAIDEICKEPWADKDHVGAMGASYGGYSIFHLAGTHKGRFKAFLAH
                     CGIFNSEFMYPTTEEMFFDEWENGGAPWDKENKVAQNTYAHSPHLMVKNWNTPIMIVH
                     GEQDFRVPYSQGMAAFNTARMLGVESRLLIFPTENHWVLSPQNAILWQREFFKWFDKY
                     LKNGDKPKDAEKPKA"
     CDS             18499..19296
                     /locus_tag="SEQF3106_00324"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTGLLWAVLSFSCTGADKSAAYDVADSMKEEAGASSSSDLRVGE
                     EAIPDRKLTKDGMLRFETSDAQKTRAGILKAITEAKGYVASDSKDEEEGRQTSTITLR
                     VPADQFDALVDRITADAGKIDYKNIEVSDVTQEYIDLDARLKTKKDLEARYQELLKRA
                     NSVDEVLKVEAQIGSLRAEIESAEGQMRYLKNQVALSTLTVTFYEKTVAAGFGYKFQR
                     ALRQGWDNLLWVLIGLTNLWAILLFVAIVWIVIVRMRRKRKRKKTQA"
     CDS             19368..21533
                     /gene="ptrB"
                     /locus_tag="SEQF3106_00325"
                     /EC_number="3.4.21.83"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P24555"
                     /codon_start=1
                     /transl_table=11
                     /product="Protease 2"
                     /translation="MNHQPITKHIYLGLLGAALVFTAAACSHNQTEGEKILKQSDFPA
                     PPVAEVHPDTFTNFGKQRIDNYYWMKDKTNPKVIEYIKAENAYTDTVMASTRDLQKKI
                     YDEILGRIKEDDESYPTYDNGYYYYSRTEKGKQYRTYCRRKGSMDAPEEVIFDVNKLA
                     AGKQAFIFRGYSISPDNSKAAYFYNETGSYAEFTMKVRDLASGEDVGFSVEGAASVAW
                     ANDNRTLFYSAIDQTLRSSKIFRRELDAAEPTLVYEEKDAKFSTYVSDTKTKQFIFIT
                     CGSSTTSDERYISADRPTDPFKIFLPRTKDVEYSVYAHADRFFIRYKDKEHLNGLIYE
                     APLTGYEDRKTWKEFLPYDKDVRIEGIDVLKDYVALELRKNGLNEIRIKPINGGETKS
                     IAFPEPVYTVSLGGNPEYDATTIRYTYTSLNRPSTLYEYTITDGKTTKLKEQEVPSGF
                     NPDDYTVERLWATAPDGVRVPMAVVYKKGLKRDGSAPALLYSYGSYGSSSDVYFSPSF
                     YSLIDRGFVFAIAQIRGGSDLGEQWYEDGKLLKKKNTFTDFIACSELLINERYTSASR
                     LAAMGGSAGGLLMGAVANMRPDLYQTIVAQVPFVDVINTMLDESLPLTTGEYEEWGNP
                     NEEEYYNYMLSYSPYDNIKAQNYPNMLVTGGLNDSQVLFHEPLKYVAKLRAMKTDDNI
                     LILHMDMDSGHGGATGRYDSIKDTAFEFAFILNRVGIAK"
     CDS             complement(21883..22032)
                     /locus_tag="SEQF3106_00326"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMGKSRRDWLRRIGRGEKLKMAMRGGYTEAVKPHFFSQRRLPEV
                     KSPIC"
     CDS             22162..23487
                     /gene="lytB"
                     /locus_tag="SEQF3106_00327"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q02113"
                     /codon_start=1
                     /transl_table=11
                     /product="Amidase enhancer"
                     /translation="MTNIPQVDVGILTERDVSFRLNGAYRSPETRREYTGEQRATLTT
                     DGRIAFGGHTYQALHFIPTDPADAFDLRGVTIGLHFHWERREDQRFRGELHLLVAEGG
                     ILVVNRIDVESYLESVISSEMSATSSPELLRAHAVISRSWLLAQIEKRQAPIEARTES
                     CSQDDESLVRWYDREDHTRFDVCADDHCQRYQGITRATTPAVEEAVRATCGEVLTFEG
                     RLCDTRFSKSCGGVTECFEYCWEPVHHRYLVALRDSRTPDEPTPDLTNESEAERWIRS
                     APEAFCHTTDEGILSQVLNGYDRETPDFYRWTVEYTQTELADLIRRKSGIDFGAILQL
                     QAVERGRSGRIVRLRIVGSRRTYIIGKELEIRRTLSETHLYSSAFVVDALDLHHGIPR
                     RFRLTGAGWGHGVGLCQIGAAVMGAEGHPYRHILAHYYPGSQSEIRYTR"
     CDS             23484..24959
                     /gene="sglT"
                     /locus_tag="SEQF3106_00328"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P96169"
                     /codon_start=1
                     /transl_table=11
                     /product="Sodium/glucose cotransporter"
                     /translation="MSSTLILSIIAAYFGLLLLIAWITGRGGASADNEAFFLGNRRSP
                     WYIVAIGMIGSSLSGVTFVSVPGWVRQIDMTYMQTVFGFFFGYVIIAHVLLPLYYRLR
                     LTSIYTYLESRIGRRAYKTGASFFLLSKIIGAAARLYLVVLILQTYVFSTWHIPFGAT
                     VILSILLVWLYTYKSGVKTIIWTDTLQAICLVGTLVVIIWQVKDRMGLDFDGLCRTVA
                     ESPHFRLFEWHDWSSKQHFVKQFLSGIFITIVMTGLDQDMMQKNLSCRSLRDAQKNMY
                     SYGLAFTPINFLFLSLGILLITLAGQLGITLPASGDDILPMFCTSGILGQTIVVFFTI
                     GIIAAAFSSADSALTALTTSFCVDILGIERAQATRAKRTRMMVHVLISVLFAAIIMVF
                     KAVNDRSVIDAIYVIASYTYGPLLGLFAFGLFTRLRPTDRAVPYICLASPLVCYALER
                     LTLHYTGYRFGYEMLMINGALTFLGLWMAAMRTKNEKCRES"
     CDS             complement(25205..26551)
                     /locus_tag="SEQF3106_00329"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKRNVIIIGAAGRDFHNFNTFFRGNSDYHVVAFTANQIPDIDG
                     RRYPSELAGEAYPEGIPIVAERELPELIRREAVDVCVFAYSDVPYARVMGVSAIVNAA
                     GADFWLLGTKETMLKSTKPVIAIGAVRTGCGKSQTSRRVIEILVEKGLKPVAVRHPMP
                     YGDLVRQRVQRFATVDDLKKHDCTIEEMEEYEPHVVTRRNVIYAGVDYEAILREAERD
                     PDGCDVIVWDGGNNDFPFYVPDLTIGVVDPLRPGAEVSYYPGEVVARMADVICINKID
                     SASLEDIQTVRRNIARINPRATVVDAASYLTVDRPELIRGRRVLVVEDGPTLTHGEMK
                     IGAGTVAAGKFGAAELIDPRPYAVGKLQDTFRTYPGIGTLLPAMGYGEQQVRDLEATI
                     AATPCDAVVIATPIDLCRIVCITQPTVKVGYELQEIGRPNLEDILDEFCQKHNLGR"
     CDS             complement(26941..27849)
                     /gene="menA"
                     /locus_tag="SEQF3106_00330"
                     /EC_number="2.5.1.74"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P32166"
                     /codon_start=1
                     /transl_table=11
                     /product="1,4-dihydroxy-2-naphthoate
                     octaprenyltransferase"
                     /translation="MNAATHTPSAEVSRLKAWLTATRPHTLAASACPVVVASSLAWRV
                     GTFRLVPALLCLLVAVLAQVAANLSNDYFDYKKGADTERRVGQRRAVASGWIAPRTML
                     TASLITLGMACLCGLGLLAYGDWRILLPAGIAIALCVLAYTAGPYPLAYHGWGDACVL
                     LFYGVVPVCLTYYVQAGAISAAAVWLSIALGLLSINILLVNNVRDREQDAAAGKRTTV
                     VRFGRRFGTWLYLACALLAVVCSWPVYLYRSAYTWLLFLIFLAFELITWHDLRRLRGS
                     DLNRVLSLTARNIWIYTLLLVSLLVF"
     CDS             complement(27846..28955)
                     /locus_tag="SEQF3106_00331"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNERMKSICLRATLGALMGLLWAATAQAQDTIPPRDTTALPSIP
                     EVRDSISPTNPSVALPVNEAMQDGSFQTKAELRDVVEAWNAALTPANVDRLRSLYIDS
                     AVLYYGDRVSPQTCIDDKRAYMESHPGYTQTLAGEIVYDSINTVTYRCSFVKRVKQDD
                     GFFEYPAYLVLMRMPDGWRISAEGDGATDYNRKKVEIGSTRGSGMSEGDFNGTGTRGY
                     VWLEPPIFAKTDDEDAGCLGGCDATIRFLDPFIPPIKVRHCIAGTPDNLGDLNGDGAD
                     EIGLLPIWFTGCWADYHVWTLQGGRWVEAVESFPTHCDQWNTGQKAVEVDPKHPGHVL
                     IRYSEMGKSGGIVVKTKSVPIRGGKGAVQLIQSPK"
     CDS             complement(28995..31220)
                     /locus_tag="SEQF3106_00332"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTRTISFRTWCAVFSTLLLLSAGLAWACFEMDTDQPSNFSPEV
                     MLTDAADYTPLFYDIDYPFYNSFDNKHPSRFNDEVTTDWHTYLGGKITREQIATFMLE
                     GKDQPAIARSTDPRVAAFDRFVRLARRVDEYACTPIDPWASYGDKKNTVPKVPAALAS
                     EVVKDYEAQTDAFMKNRYAFQALKALFYAGDRAAFERFFTRVEKDIPRNTLYYRALSY
                     RAGLACKAGETRRANLLYAEVFQHLPAMRPVAAFSFTLKDEADWRECLREATPELRTA
                     LWALIGFRTHDDARALREIYAIDPRSPHLGLFLTRIINKKEEHRNNLIGPEKRPQYEA
                     YPRNNPMTADAAALIKRIASEEKTQNPFLWYAGAAYITTLEGNTTAASALYDKAARAL
                     PAGNSEAADQLRLLRLVNSLTAIKAIKGDNVERLTDELAWLYRHNPDQEYDKGHVRFK
                     TAISQSRTYLAQLYRRAGNGMYAEMLHHTSEFYTTPGAFDKLIALLEKPRTPFERMLV
                     DLYVYSVEDLYHFKAMQALFADRLSEAESLMTKAGEYGTRDLGVNPFNAYIPDRMIRS
                     KSKANYTALSLLRKMQEGEAKIKRGEDVYNNALLLGNAFYNITYYGTAQPFWRSQLIG
                     ADRPTVIPCYARRMMLDCSLAKKYYRIAVDAAANDEERAKAVFLAIKCDRNAFYLAGF
                     HKLTSCDADQTSGDGGFDTDANTNWIRGNGFSEFKRYAHTQYYKDVIRECGYFRRNVS
                     Q"
     CDS             complement(31174..32226)
                     /locus_tag="SEQF3106_00333"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTHKPLHPALLLLLALLPTACRRSSDGPPPDIAFYYWRTTFHLT
                     PAERRTLQQCNVSHLYIRYFDIKLGPHGQPLPESPIHFSSPPPEGVRVTPVVYIKNEV
                     MLRRGLAIDTLADHIIHLVHLIDSTVGLPPADELQLDCDWSTRSRDPFMALVDTLRSR
                     HAYPHLSATIRLHQAKHHTITRIPNVDRGVLMYYNMGTISADTLNSIYDRHIAARYIP
                     SLRRYPLPLDVALPLYAWGVHTDANGHVKTLIERITRADFEQDTNFVATPGSNTILVR
                     HSNIKGGRYYTAGDRVKIEAVTASDLRDMAHDLSRHLAAKPHEIIFFDLDEHHLSTYI
                     NYEHENNFLQNLVRRF"
     CDS             complement(32259..33035)
                     /locus_tag="SEQF3106_00334"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQVIQIQKLGQYRLDNALHFRFHSLVCQEVHAADAEKIGIPQA
                     LLDEYQACVDDEADAIKEVVEVTETKKITRKDSECDRRLSFILGMVRIMRLSPRAEEA
                     EAAEQLYLITRMKKRIQIEGQGRKAARIWSLLTDLKKPEAAAWLTLLRLNEAVDLLEK
                     TNNEAERLQAQRTSIQGEKKSRPSFTKIRPRTDKVYHDVLLRLQFAYMDGKAPIDREA
                     ITEVVNSINQFSNHIRTAYKQSLAQRRAKRRAKEEPPEQP"
     CDS             33786..36026
                     /gene="cirA_3"
                     /locus_tag="SEQF3106_00335"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P17315"
                     /codon_start=1
                     /transl_table=11
                     /product="Colicin I receptor"
                     /translation="MKQIITLLLALCALTLHAADTHVTARSFTVKGAVKDASGAPVPY
                     ATVMAIGTNIGIAADADGLFRLQLNRGTYRLRISCTGYEPKTVEVVAENQPTLDVTLD
                     EARNGLSEVVVTGTRSERMLKDEPVVTRVITAEEIKKLDPQDFKGLLEYELPGLQFNG
                     AAHGSGLPDISFQGMDARYLLFLVDGERMAGEGALDNIDFSRLNVDNIERIEVIKGSM
                     STLYGSNALGGVVNIITKKANRPFVGNVSARTTSLGDMKYALSVGTRQEKFSALTSAS
                     FSRRDAYTVEDRKPMWVTFRRPDGTDSMAVDTTLRSYDIKGYETFSIAQKLGYDFTDR
                     LSAELTGSFYQNRLLYKNKDEKLRERFRDFTLGARLNYIINETSRLNLAYHYDHYYKN
                     DIFPKAHLTTVKYRDITNNFRVNYDLLLADRHALTAGTELHTERMSSNWFRDTSATHF
                     SNYVLYLQDDYRITDRLSLVGGLRMDYHSEFKAHVSPKLSAMYRLGHVTLRGGYAAGF
                     RSPSLRELYAEFNHNGLFIIYGNADLKPETSHHASLSGEWAAGIFNASITGYYNWFDN
                     RITMTQRIEEGSTKKYSDFTYKNAEKAKTYGLDITAQLRLPFDLTLRGTYSYVNDDEK
                     LQGKRSSYIRPHTAVMQAEYTRRFGRCRAIVGLNGRWMAATDYWAYSSSRKSMYKMEL
                     ESRMIWKLNAACLFPRGITLNVGIDNLFNARDKNINYDVYSATLTRGTEFVANLSVNI
                     AELIGK"
     CDS             36081..40430
                     /gene="cobN"
                     /locus_tag="SEQF3106_00336"
                     /EC_number="6.6.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P29929"
                     /codon_start=1
                     /transl_table=11
                     /product="Aerobic cobaltochelatase subunit CobN"
                     /translation="MKRKIYLWMGIVAVVLAAAFFAYSKWMAPTRVAFVNYQAISLGS
                     MYKANDNSHIKLVEVSTDELDKLKGFDMVFVNGMGLRIVEEQREQLQRIADKGTPIYT
                     SMATNPDNNICNLDSVVRDSIKTYLNGGSKKNYRSLLNYVRKVIDGKRFFVHEPEPAV
                     ERAEDIIYHPNPSGNDRDDDLEFHSVAEYEAWLKKQNLWHEGAYKIVLTGQMADPTGL
                     IEGLQKAGMNVYPIYARDKWFDYLNAINPAMVINMAHGRLGDEMVDWLREHNVTMLAP
                     LTVNRLVEDWENDPMGMSGGFMSQSVTMPEIDGATRTTALFAQYEDKDGYRHSFAVPE
                     RLETFIETVKRFLDLRTKPNSEKRIAIYYLKGQGQGATMTAGGMEVAPSLYNFLKRLK
                     DEGYKVDNLPANHRELEKMIMQQGAVLGVYAEGAIAEFMKTGNPELIKKEDYEAWVKQ
                     ALRPEKYKEVVDANGDFPGQYMATADGRLGVARLQFGNVVVMPQNAAGSGTNAFKIVH
                     GTDAAPPHPYIASYLWMRFGFKADALIHFGTHGSLEFTPRKQVALSSNDWPDRLVGPL
                     PHFYVYTIGNVGEGIIAKRRSYATLTSYLTPPFMESSVRGMYRELTEALKIYDHLAED
                     INERREQGKAPDARLEDDLKRAAVNVKAATVKLGIHRDLELDSIAGKPYSEDEIRRVE
                     NFAEELATEKITGQLYTMGVPYEPARITSSVLAMATDPIAYGIWALDKLKGRTHLDAD
                     RDRVKFTQVYLDPAKELVNRLLTQPTMATDELVCRTAKITPEELAKAREIIADRNAPR
                     GMAAMMMMTGNKKKGGMPAGMPGMPPKGMGGKADAKPAGHPGGMPGGKADAKPAGHPG
                     GMPGGKADAKPAGHPGGMPGGMMGGKKKTYTKDEVHLADAIMEVERTILNVNKYKTYL
                     MESPESELRSNMNALAGGYVAPSPGGDPIANPNTLPTGRNLYSINAEATPSEAAWEKG
                     KRLANATIDLYRKRHNNEYPRKVSYTLWSGEFIETEGATIAQILYMLGVEPVRDAFGR
                     VSDLRLIPSAELGRPRIDVVVQTSGQLRDLAASRLFLINRAVEMAAAAKDDKFDNQVS
                     EGVTESQRALLAKGLSPREAQEMATYRVFGGVNGNYGTGIQGMVESGDRWEKESEIAE
                     TYIHNMGAFYGSEKQWELFRQYAFEAALTRTDVVVQPRQSNTWGALSLDHVYEFMGGM
                     NLSVRHVTGKDPDAYLSDYRNRSNVRMQEVKEAIGVEARTTILNPTYIKEKMKGEASS
                     AGVFAETVRNTYAWNVMKPSAIDNELWDEIFDVYVKDKYDLKVDEFFREQNPATLEEI
                     TAVMMETIRKGMWKATPEQIAELARVHTETVNKYGAACSGFVCDNAKLKDFIASKADA
                     SAAAQYKQKIAEAREANLSDKDAKSVVLEKDKQNAIDETADTSGRRMILIAAIALVVA
                     IAAFLIIRRRRKN"
     CDS             40550..41242
                     /locus_tag="SEQF3106_00337"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNLFLLLAFFAVVKSLFMTTLLPDRRYRIAFSVLLGVFVVLSH
                     PYVVELNKLQVQRMLSERSALFDISLVVMVDSLLTVYFCLARLPGREPGRRFAWYTTL
                     VRHMPSLLVFPALFYLHINLLFSLPGVAFTTVTWGLAAAVVVVFVAASLFARSLIGGK
                     ELLIELIMLLTLLLFLLTVCSAVFHPSNTVISHSAPVDWLGCLGTLGLLLGLTLVGWL
                     LAAVRRRLQKKS"
     CDS             41832..42443
                     /locus_tag="SEQF3106_00338"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYVSNILFWISNGLLVPVVVGLLYFFIRSILMLGGFFNQYLRR
                     TKQAGRLKQQLDAWDGAHLDALLPTIEASAERDFTQAVRRIAATPDSTHVDRILAEYE
                     VRADADLSRCRMLTKFGPILGLMGTLIPMGPALAGLATGDVASMAYNMQIAFATTVVG
                     LFAGAVGYVILQARQRWFVADLASLEFIAGMTAQVSPANAPQP"
     CDS             42440..42772
                     /locus_tag="SEQF3106_00339"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRRRRLLSASPEDNDPVAMLTNLFDVAMVFAVALMVAMVVKFN
                     MTEIFSKEDYTMVKNPGKDNMEIITKEGQTITRYKPSENQNATGKKGRKVGVAYELEN
                     GEVIYVPE"
     CDS             complement(42903..43583)
                     /locus_tag="SEQF3106_00340"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVKNLMMLALFACGLTMMTVSCDKDNPKPTPGNTVKSKTIDAS
                     NYSNWTYINLETGETEVHRDFSEWVYLKNMHPDTVVSRTPAKGSEADVKIKWHIAIHR
                     FDIKTNNAEAVATKETDLAKVTTIPTSGYKPDTTVKMRVITDMSRMRESLVAVAAESH
                     LNAPLNGWLKRTPTGGMPPYTYKLSNLVYVVKFKDGAYAKLKFTDFTDATGQKNGFVT
                     FSYEYKAK"
     CDS             complement(44356..46236)
                     /locus_tag="SEQF3106_00341"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRTKIHEGAPQRYAPNNLFTHKKMMTTDNRIRICAAAALLLCC
                     GTTLRAQDDRENTDEKLRRELTLEREYDPGVQDADKVNRLPEVKDPQVPQHKIEYSRF
                     TTTTDPDREIITLPSGRVMTDIPYNTRRGYFHYGIGTHLNMDGDLGYHFIDNETDRLN
                     AALSLRSTHGHVQYNDWGGDEQRAKYTDLRGALHYAHRFAPATIRIGARYRYNTFNYY
                     GFPLDSIYRLGSWPLAPTTSYPADRDRNQRNQTFDAYLGLQSADSTDFSYHIDLSYLH
                     FVQRYGHTVQIDGLQENRFTLRMNLLANIDDRYFGLDALAHLFNYTYPAAVRSAIDFN
                     GYRSHAQITLTPYYRYTDERFRLRLGLNLGLITGDSAKFFAGPAIRLDAMLAERTLLY
                     ARAEGHIGMNDAASIADQNRYVDHALKVRPSRTWLDAELGIRTGITPGLWFDAFAGYA
                     VVKSALFFVPADYLGQPYDFGNYSFAFQPDATWMRLGAALKYAYQQTVDFSVKAVYNR
                     GVFRKGDGNTWLTGHGLDRMKPYGRPGIEVNADLTVRPITPLALTLDYYMGAGRFTLF
                     HGDEIKLTDLHDLTFTTAYTLNDTFGAYVKLTNLLFRRQDLWYGYPMQRFGVMGGINI
                     NF"
     CDS             complement(46233..49235)
                     /gene="bamD_2"
                     /locus_tag="SEQF3106_00342"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00922"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein assembly factor BamD"
                     /translation="MKKIVVSLCLMAGCLGANGQRAYRFERPDRLFQEGKEFFELRNY
                     PGCSDKLTEFKATSRDRDRVQEADFMLAIIASEQGREDAAAIMERYLATYPDSRHANE
                     AAFRLGSYYFAHEDYEGALRWFNTADIDLLGSEQQEDYAYRLAYSLLQLHDLRTARNY
                     FARIEQVGRKYRVPASYYLAYINYSEGQMEKAEAAFERLKAEPAYREQSLYYLMQIHY
                     INERYDRVKAEGKTLLASYPNSRNNAEAYRLLGNVAYREGDEATAIKMLDKYVAEADS
                     FVRGDLYILGVCRYNRGDYPEAIDAFAEVVGEEDELMQNACLFLGQCYLKTEDRNRAR
                     MSFEQAATLNFDPKVQETAMYNYALLIHETSFSGFGESVTIFEDFLNRFPDSKYADRV
                     NDYLAEVYLTTKNYDAALESIAKIHRPGRKILAAKQNVLFRMGVEAFTGRKPAEAIRH
                     FDEAIAPGVYDANAYSQAYYWRGETYYRQDDFSNAAADYRSYLSNATDRSAEAYPLAY
                     YNLGYCLFKQHRYNDALGEFRRYISLEPDKANVSYADAYNRVGDCLFHARQFEAADEN
                     YTRAAALQPSAGDYALYRKGFLLGLQKNYQGKITIMERVVREYPESPHAAAALYEMGR
                     AYVMLENEDRAAAAFTQLQQQFPLNTLARKAGLQLGLLYFNSNRPEQSIKAYKKVISD
                     YPGSEEARTAVQDLKAVYVDINDVAGYAAYVRSLGDMAARFEVSEQDSLTYFAAEKRF
                     LRGENVAEESLRNYLKQFPKGAFSSRANYYLGQIAYENKNYDEAMKRYEAVVRSGDTK
                     FGEEALTRKGEIEYLNKDYTAALESFKRLAAIATTADVRDAARLGALRCARRTKKSAD
                     AVKMADELLKNAKLSPEVEAEARFLRMKSYIDLKEDAKAQADLVALSKDTRTVYGAES
                     KYLLAQRYFDHNETDKAEREMLDFIEQGTPHSYWLARGFILLSDVYARKGDKFQARQY
                     LTNLQKNYKGNNKDDITAMINKRLAVLK"
     CDS             50042..50923
                     /locus_tag="SEQF3106_00343"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRIGYFFLLPLLMMLASCEITSSDLFEVDENGKRVNNSDIRIGT
                     SLLDVGMTAYTLDTVCTELIMTRQKNGAVQITGFRKGTVIRDENGTIDSIAWDWRRPE
                     VRYGYDYRYVWGDYEYRILSLEDHGFVEDMEIWKRGKNGAKDRLYAQLTYSYDYAGYI
                     SEVEIPNLQTTVRFKYHYRNKTRYANSISIIEIHQKDTTTYTLKLAPAKIQNTGYVCN
                     VLRYAGSPVTNEYILNPDLYYLGIYGTPVKLLPDAIIERGLYRDSEGELHSVYSRVGS
                     EYYFYEDNAVMAKSRRK"
     CDS             complement(51852..53285)
                     /locus_tag="SEQF3106_00344"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTHRNPLCLAAATAATLFLCHAPARADLVMTRDNTAVYTDTDYT
                     QSLRPTLPERLFTSKAIEKEIVRIKRTLTNEKLAWMFENCFPNTLDTAVHFRAIDGDD
                     DTFVYTGDIHAMWLRDSASEVWPYLPYASKDDELRQMIRGVILRQFKCILIDPYANAF
                     SDGPENSEVYARRWELDSPCHCLRLAYAYWKETGDKSIFTDGKWQEVMRLILRTFREQ
                     QHKDGHGPYTYHHADSATNTPASDSRGMHPVRPTGLIASAFHPSDDPSTLQFIIPSNF
                     FAVTSLRKAAEILRKVNRDNATADACAALANEVEEALHHHAIVEHPTYGRIYAYEVDG
                     FGNYLMMDDADVPGLLSMPYLGDVNPNDPVYLNTRRFVWSEDNPYFFRGNSGEGIGSS
                     RTGYDMIRPMSLLVRALTSSDDAEIAACLRMLIGTDAETGFIHESFHKDDPTHYTRAW
                     FARQNSLFGELIVKLVHEKKFELLDDL"
     CDS             complement(53365..55002)
                     /gene="glgA_1"
                     /locus_tag="SEQF3106_00345"
                     /EC_number="2.4.1.21"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00484"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycogen synthase"
                     /translation="MIHPDYIFECSWEVCNKVGGIYTVLSTKARTLQQRFADHILFVG
                     PDLGHAGQNAEFDEDASLFPDWQRTITAAGLPVRIGRWHVPGAPIVLLVDYRQLFNHK
                     NELFYEMWESFGVDSSKAYGDYDESCVFAAAVGRVIESFYRFHHLDDRRVVAHFDEWM
                     LGFGLLHLRKYVPRIATLFTTHATTIGRSIAGNNKPLYSHMQSYNGDGMAAELHVEAK
                     HSVEKKAAHFADCFTTVSEITAVECRQLLSKAPDVVTPNGFEPDFVPTPDCYPARRAD
                     ARQRLLRAASTLYGKQLDTDDTFLVSISGRYEYRNKGIDVFIDAMNRLRTSADLPRTV
                     VAFLLIPAWVYAPRADLKAALEQGTPTSEPLPTPFLTHWLHNMDNDRVSNFILQTGFN
                     ANERLKIIFVPCYLDGRDGLFNTPYYDLLIGMDATLYPSYYEPWGYTPLESVAFGIPT
                     ITTDLAGFGRWAQTVVSGCDITEGVTVIHRTDDNYAAVVDGAAEALRILMRHTDAERR
                     AIAVRCQALAAQAEWERFITYYYTAFDHALSAAQQRS"
     CDS             complement(55094..57541)
                     /gene="gerN"
                     /locus_tag="SEQF3106_00346"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KI10"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)/H(+)-K(+) antiporter GerN"
                     /translation="MIIHRRWRRCEGGVCDTPLQLAEIKNTRPGAYRQLLAYLCRALN
                     STSMTKKSKGFLLYALLIVACFVSMYLIIREGQSRQLVTDAASRADAPRNLAEGFGTF
                     LTLVAEHIRSSFGLLLLQIIVILITCRLVGLLFKRIGQPMVVGEILAGILLGPSVLGR
                     FAPECSHFLFPPESLQNINLLSQFGLIFFMYTIGMELDLDAIRKKLRETVMISYTCMF
                     LTFFCGLAAAYLIYGHYGREVPFVPFALFIAITMSITAFPVLARIIQERRLTRTHLGT
                     VALASAANGDVAAWCLLAIVVAISQAGTMLGAVYNIVFAVIYLLVMFSLVRPLLRMVG
                     NLYHNPEVIGKPLVMFMFLLLLISAYLTEIAGLHALFGAFVAGLVMPENLRFRKIMTE
                     KVEDVSLIIFLPLFFVSTGLRTEIGLINSAEMWLVCVGLILVSTLGKFGGAILSARLE
                     KESWKNSLQLGALMNTHGLMELIALTIGYEMHILPPPVFVMLILMTLVSTFMTTPLLA
                     LINSAFRAGERLRQRRMEAVHPGAFRVLLSFGRAGSGPVLLDVAHRMFSRGDVRLDLT
                     ALHLTVGSDINPHHTASFEQISFEPVVREAKRLNLHVAMRYEVSDNAGDTIVGIVNDE
                     PFDFLLVGAGVAMSNLPTDIEARRIRKSLFSVFGGDRVQERLSPGSLIHDKTRYFIER
                     SRCSVGVFVNRGFTRADHLLVVINSTDDLILLHYAQVLLRSTQGTAALLHRRPSADPS
                     PTPDAVARELESFIAHTENAHLLPEADLTRESFAEADFMLVGYATWNVISDVCREPLR
                     QMPSTLIIHHREKVRLY"
ORIGIN      
        1 aacatctgat cgaggagggt ggaatgactt ggatccgcaa gccgcgcgtg aagaccggcc
       61 ggatgtgtca cattcccctg ctgcccgagg cgtcagcgat catcgagcag tacaggggca
      121 ttcacacacg cgcctttcgt cacgaaccgc cccggggcta cctccttccg atccccggct
      181 gcgacaccgt caatatccat ctcaagaaga tcgccgcgct ttgtcacatc cccaaacggc
      241 tgaccttcca catggcccgc cacaccttcg cctcgcaaat gacccttgcc gaaggggtgt
      301 agatcgagag cgtgtccaag atgttagggc atagtgagat caagatgttg ttaacgtaac
      361 ttatacccct tgaatgcata aagcgaaata taaccaaagc atataaagca aagaccatag
      421 gcgtatcgag tgtttgtgac atcttttaaa agtccaaaga gtactgttat cgcagctcca
      481 ccaataagcc ccatcgtcag aatcgatgag ccttttttgg taaacttccc caaatccatc
      541 aaagctagag gccaaaatgc cggccacata agcgaacatc ccaaagccat tacgccaatg
      601 cagtaaatgc tataggttcc aggaagaact acaacaaggg atgtacccac caaagccaca
      661 aaagaacaaa tctgcagagc gcgtgtctgt gagagatatt taggaataag tatgattccc
      721 gttatataac caatactaat acagataggt gtaatccaag aatagttttc aggatgatcc
      781 aatcctaact catttgcata atctataagc gttcccaaaa caatcgtctc agaacctaca
      841 taaaagaaaa tagcaatagc acccaacacc aaatgtggaa attggaatat agaattctta
      901 ctattggcat aggctgaaac ctcttggtca tcttcatcac tattatcact atcttcacca
      961 gctgccttca cttctggtaa tggcgacaaa agagccacaa cacccaaaat aatgaaaaga
     1021 caaataataa cagcaaaggg ctttcctaaa tcatcaatac caacactacc cgaagcacct
     1081 gcaaaaagag caataaataa tggtgatact ggccaagcca acttattaat catacccatc
     1141 atagaaattc gctttgctgc actttccgta ggtcctaata tcgtgacata aggattaata
     1201 gctgcttgca aaaaagtgtt agccgttccg caggtaaaag aagctatcaa aaacaagggg
     1261 aaactctttt ctgatgccga aaagataaaa gctccaaaag ctaccgcaaa cattccaaac
     1321 gatattgcca tcgtgcgctt gtagccaatc ttactgatta atattcccgc aggataacca
     1381 aaaagaagga aaggtaagaa tgttgcgcca ataagcatat atgcttccat tgaagaaaca
     1441 cttaatgaaa ccttcaatac tggaaccaac aatgaattaa tacccaatgc aaaaccacaa
     1501 gtgaaaaaca taagccctaa gaatgccata gggacaagat aattcttttg ttctttcata
     1561 aactcataac ataataatat taattagtat ttcgatcaaa cgatgcggag gaaattaaat
     1621 ttttctattg gagtgataca tagtcaacca gcaatcacaa agctcttttt aaagaactct
     1681 acttttagcg taaaaaaaca acattattat cacatagagg attgcaatcc ttgttgatga
     1741 agacttccgc aaagcttcat tagctttacg ttaaatatct ctaacctaat ctttctccca
     1801 agtgttccct atttttattc ttactgttgg acattatccc aaaactcata atatcgactt
     1861 gggaaccatt ttcaaagtaa aaaggtaggg gcaactaacc cagttggcaa gtcctggtat
     1921 aacgtaagat taggttgctt tgcaattgtg aacgtaggcg ttggtgatac tgaaactcat
     1981 acccaactct ttggcgagcc atgtttgggt gaaacctcgc ttcttcaaat gctctttgat
     2041 gaggttgcta tgctctttct tctgtcccat cggatgatat ttatcttgat attgtctgca
     2101 aaactataaa cttatagcca aacggaaaag gattgcgaac agaaacggta aaacaaaaac
     2161 atcttctttg tggcagatat gtcattcaaa ctaccggaac aagaaataga ggaactgcgc
     2221 aaacttcagc gtaacgttat cggtcttaga tactatgctc gggttacgtg catattgatg
     2281 cttgccttgg actttagccc tgacttggtt gcccaaagtt tgagcataga cgtcgctacc
     2341 gtctatcggt acaaggatct ttacgttcga ggaaaaacgg acattttttt ggaagatcac
     2401 tataagggtt attggggacg tcttgagagt gggcaaatca gcctgctttg cgaagagttg
     2461 gagcgacatc tttctaccga tgccaagagc gtgtccgaat gggtaaagga taccttcgga
     2521 atagcatata cgccagccgg aatgatggat cttttgaacc caaatcggct ttacttacaa
     2581 gaagactaca gaggtttctt gtgaggcgga tgcagaggag caaaaggcat cgttcaaatg
     2641 ataaaggagc gcttcagagc taagaaagaa agcgatatct actattacgc agacggcaca
     2701 catccgactc acaacacacg tttcacttat gcatggatca agaagggcaa acgtttggag
     2761 cagcccactc tgtgagcggt cggcgcccaa gtcaatatta acggactact taatgcgcat
     2821 gatgtgacag aggtcatagc ccatgagtgt ccgagtgtcg ataccgattc cgccatcgcc
     2881 ctttacaagg tagctttgga gaagctccct gaggctgaaa gtatctacat catcacagat
     2941 aatgcacgct attacctgag taaaaagctt cgagagtggg tgaaaggcac gaaaatcaag
     3001 tagatcttcc taccgtccta ttctctgaat ttaaacctga tcgagcgact gtggaaattc
     3061 ctccgaaagg agatcatcaa cacgaagttc tatcggacaa aacatgaatt tcgagacgcg
     3121 gtgctcaaat cctttgacaa catcgcgtct tatcggacac gagttggagt cgcttctaac
     3181 tctgaacttc cgcgtactca attcgctatc catttttgat tgactataca agggaggtgg
     3241 aagcggtaat ccgacaagaa ggggggggga gaaaaatagg acctcttcgc ataaacaaat
     3301 gcacagatgc ctgaatgtac tttcgcacac cccattcctc ctcttagctt ttctacctat
     3361 tcggttaact catacgattt tatagtgctg aaaatttccc ccttccgagc cccaagtgag
     3421 gctcggaagg gagaaaggaa acccctcaaa gggctctcaa ctcaccttat cgacactcaa
     3481 aaaaatgact ccgaaaagga atgaggaggg tatgtagatt gtgcagagcc ctctcaaatc
     3541 gtgttatgta gttaggaagg tagcatgaag gatttcgggc ttctgcaaca ttctaacttc
     3601 tattttatca atctgttagg atccgttgta gttgcgtagt aagatctatt cggtgaaagg
     3661 aaaaaggcat gttagggcgg ccgcataggg atcactctga agccgcttgt tgcttttgga
     3721 tcagcttgtc catgtcttcc gagatctttt tatccgtcac ctgtgcatag atctgcgtgc
     3781 tagatatgga tgcatgtccc atcatcttgg caatactctc tatcggtatg ccagcactga
     3841 gcgacagggt tccgaacgtg tggcgcgcca tatggaaaga gattcgttgc ctgacgccac
     3901 aggctttacc cacggtgctc agtttgttat tcatcacact acggctgcaa ctgcgtggaa
     3961 agacaaggtc gtcgccttct tctttcaccg tttgttcctc ttggcatctg ctaaggatct
     4021 cctccgcgat cggatgtagc ggcacgacag actccacttt cgtcttctgc cgttccttac
     4081 ggatatacct ccggccatcg accgccgttt ggatatgcga gaacttcaat ctctccatat
     4141 ccgcaatggc cagtccggtg aagcaggaga agagaaacat ctgtcgggcc tgttcggctt
     4201 ccctgtcgtt tactttcagc gccacgagct tggccacatc gctcttttgc aagaagcgaa
     4261 tcttcctttc ctctttttca taggtgacat cttcaaaagg atggcagcgg atgactttca
     4321 agtctaccgc gcgatacatc aatcgactca atcggcagag gtgcttgttc atggtcgatg
     4381 tcgccagtcc acgctttttt aggaagaagc ggaagttctc aaacagatct tccgtaatgc
     4441 ctgcgagggg gatgtctcgc tctccgtttt ccttcacgaa cgcccgaagc agcttgtccg
     4501 aatagatcag gttttggtag gtgctttcag cctttgactt gcccacgcat gtcttcacgg
     4561 attgcagttc cgcctcgctc atggccaaaa gggtggttgg agttgccgcg acaccctgca
     4621 agcggttctt gagcagttct gcactgacca cgccgtcctt cgtaagcatt tccgcgtagg
     4681 ccttttccac aagctctcta aacgctgcga ggcgttggtt gattttcttt tcgccggtta
     4741 tactctgttt gctgttccat tcatctggaa gacattcctc gccggttgtc atgaccgtac
     4801 ttttaccatc gatggtgacg cggcaaaaga tggccgtctt gccgtctgtc ttcgtcttct
     4861 gtctgttgat gtagaacagg atcttgaatg tacttctcat gttggtctgt ggttaaatgg
     4921 ttaggtgcaa atcttcggtg aaggcgatca agcgatcaaa ttcctcgaat aacttctgcg
     4981 gtgtcacctt cgcatatcgc tcggtcatgc gcaccgtgct atgtccaagc atcttgctga
     5041 cggtctcgat gggcacgccc tgttccaagg tgatgagcgt agcaaaggta tgtcgggcgg
     5101 tgtgcgaggt gatgggtagc gcgataccgg cccgcagcct gagaaccttc aggtgcgatt
     5161 gataggtcag gtaatcgatg tgaggaagta acgtgttcct tctctcatca gacagtcggt
     5221 tcatcaatcg aagcacctcg ggcaagagct ttacacggca gagaacgcct gttttctgtc
     5281 ggttaaactt cagccaaagg gcgccctcat cgtcgcagac aagatgccca cggttcagtg
     5341 ccattagatc gcaataggcg gcgccggtgt aacaggcgaa aagaaacaca tcgcgcgctg
     5401 tctccaagtc aatctcccag ccgtcaaaac agagcgcctt taacttgtcc aacgcttccc
     5461 tatcgagcgc tttgggcagt ctactatctc ccttgtctac atgcacattg tcgaataaca
     5521 aggagtccgc cgctccttcg cgataagcca gtttgcagac cttcttgata aggacgatca
     5581 tgttatagca agtgctctgt ttcagaccaa cttctccggt cacaaattgc tcgaattgtt
     5641 tgatgaagtt ttccgtgagc tgcgaaaagg ttaagtcgga agcgttatgc ttcgcccgaa
     5701 tgaactgttg caatcgcgct ctcgtttgac gatacaagac caaagactct cttttgatgt
     5761 ctatcccgac gtgctcctcc atatcctcga tcaggccgtc aaaccgctcc aatagcatgg
     5821 ttcgactctg cacgctgcct tggaaatcct ccttgatgtc ggttgcgtca aatggagatc
     5881 ctttggcaag caaggactga taggaagact gaacggcgag aaggaggttg tccaaccgtc
     5941 cattgacttc aaccgcctca cgactcttcc catccatccg actttcgcgc gggttccaca
     6001 aattgggatt gcaaaacagc ttgcaactga actgtgcgat ggaacgcccc agcgtgatgc
     6061 gtcccatgat cggcgccttt cctgacctat cgagagagct ctttttaagg tagagcaaca
     6121 ccttcatttt catgtcatcc atacgctttg aaaactgtgg gcaaaattac ccggttcaaa
     6181 gcgcccgtta cctgtgcaga ttcctgtata tcaatgcaaa gggaccgtgt gcgagaaagg
     6241 ttcagttacc tgcttttgca ccctcgttac ctgtcgcggg gtggggtaat gctttggtaa
     6301 ctgaacttct gcccaaaatc gcacttttct gccttttacg ctcgacgcaa tcggaagcat
     6361 atcgacccct ttctgcctaa ttatcagtcc acttactccg acatcgagac ttctgctttt
     6421 gaggggaata gttggttcgg aacgtagtgg tgataggttc ggaacgtagt gtcgataggt
     6481 tcggaacgta gtatcgatag gttcggaacg tatcgatggg ggcttcggaa cgtattgaca
     6541 ctacgttcgg aacgtggtgt ggataggttc ggaacgtggt gcagccaccc accccgtccg
     6601 aacatttcgc ccgcgctatg cgttttcatc ctgaaaaagg aggtctgccc ccctgctttg
     6661 ggggcgttta gaccgcaaat cattaaccct taaccccaat tgaaaatgag aatgatgaaa
     6721 caattcatgc tcctggcgct gaccctcggc gcactcgcag catgcgggaa gaaggacaca
     6781 cccgaacccg aacccaaacc aacccccaac cccgaacagc ccacccggcc ggcacgcctg
     6841 cgcggcttca tggtggcccg cgtggaggat gtgaatgagg gcaccatccg cgacgccgcc
     6901 gcatggggcg ccaacatcat ccgcctgcaa gtctgccccg tgacgtacgc ctcgtcggtg
     6961 aaccgcaaca tctgggaggc ccttccggtc tacttagaac gcatcgacca acgcctgaag
     7021 tgggccaaag agcgcggcat gaaggtggtg atcgacctgc acgagccgcc cgtgaatgcc
     7081 tacaaagacc ccggctaccc cgccttctgg aacgatccgc aggtgcgcga ctgctttatc
     7141 agattttgga aggcgctcgc cacacggttc aaagacccag cctacaacga gatcgtctac
     7201 ggctacgaca tctacaacga gcccgcagag tgggtgcgcg gcacggatca tgtgccccac
     7261 cggtggcgcg ccatggcccc cgagatcgtc cgcaccatcc gcgccatcga tcgcgatgtg
     7321 tggatcatct acgagcccgg cccctggaac ggcccagaca actaccgagg cctcaagccg
     7381 ctggctgaca agcgggtcat gtacagcctc cacttctacc tgcccggcgc cttcacccat
     7441 cagggcgtca acaaggccac gcgccaagag gccgtcgcct cgctcggcgt ggaatatccc
     7501 gacaagatca acgggcggca gtgggacaag gcagccctgg agcgcgagct gcaaatcgtc
     7561 gatgaattcc agcggcgata caacgtgccc atcttcgtgg gcgagtttag cgtcgtccgc
     7621 tgggccccca cgccatcggc cgtgcgctgg ctgacggatg tcgtgtcgct cttcgaggcc
     7681 cgcaaatggc cctggtgtta ccacgccttc cgcgagtggg acggctggag cttagaacac
     7741 cccgaaggcc gcagcacctt ccgatacaaa ggcgaccccg ccgcacaacc cgcacaaggg
     7801 gaaacggaac gtggcaaagt gatccgccag gccctgcaac ggaataagaa gtagaagggg
     7861 ggaaattgtt aattgttaat tgttaatgat taatgggttg tggggcggta ccattctgct
     7921 gtgttcctcc cggggtaatc attgataatt gataattaac aattgatcat tagtaggtga
     7981 aaaccaaaaa gccctgcctg tgtttgaagg cggggctttt ttaatggggt agggggtcag
     8041 gatccgaata gttcggaatg ggtacccaca cggagaacgt ataggcaatt ctcttcttca
     8101 tccctccata tcagcagaaa gtcgttttct acatggcact ccaagcatcc ggtgtaacgc
     8161 ccagataacc cgtgcatctt gaatgtctcg ggcagccttt catcttttag cagtacgtcg
     8221 attacggcaa ataagcgccg catcctttcg ggctgattcc tgtatctctt caagtccttt
     8281 cgggctttcg tactaaagcg cagtttcttc attctatctc attaattgat ttcataaagg
     8341 ctgcgaaact gcttgcatcg atcgtcccag cgtatcgtcc ggcgcgtgcc tcttcgatcg
     8401 cctcgatcgt ctcctcgttc ggttcgtaat acatggcgtc cagcaggatg ccctccacga
     8461 ggttgttcac gcttcggtgc tccttccgcg cctcttggtt caggcgttca cggagctcct
     8521 cagtgatgcg aagcgtgacc tgttttctcc ttttcgtcgt ttccataggt gtgatgttat
     8581 gattaatgat gatggggtag ggggagcccc ccctctgata catttcgttc agatcacgct
     8641 ttccaacgcg taatactgat aatcgcgcac aagggtgcgg agcaacacct cgtccggagt
     8701 agccgcttcg atatgcaggt agctacgcac ctgccccgcc agttcactga tgcgactcgg
     8761 gcgatcgcgc cgatcccccc ccgagagcgt ccggttgatc aagtccacct gtgccagcga
     8821 gagccgttcg gcctgcggga agatggggcg atactcacgg tctaaatggc tgaactcatc
     8881 aagggtgaca tggatcttct tgaaatcctt ctccttaata acgatcgtcc ccgccgccag
     8941 atcgcccaac cgctgattgt tcttcgtcag ggcgatgcaa agcagcccga catacgacgt
     9001 ctgcaagtcg atgagtagca agagccaccg cagcaggtat gcccccaccg aaggccggct
     9061 gccatccttc atcaccacgc gtgtgccaag cagtcgcttg cccggcgtct gcccattgta
     9121 gaacgtctcc cacaggaagg aataccccat gatcggcagc aggcagacgg tgagcataag
     9181 caccacctct atctcgctcg ggtcgctatt catgcgcctg taaagcatcc acgcgccaat
     9241 tatggcgccg cagtaagccc ccatcagcag catatcgatg aggcgcccta agacacgcgc
     9301 cccgaggctg gccggtgtct gctctatctg cacatattga ccggtaatga tggtagaatc
     9361 agccatgaca ttggtggtat agtttacaat ccctttcgct tcgcttcgtc ccagatggcg
     9421 tccatctcag ccagcgtcat gtccttgagc gagcgtccgc ggcggatggt ctgcgcctca
     9481 aggtagtcga agcggcggcg aaacttggca ttcgtacgct ccagcgcatt gtccggattg
     9541 atgccgtaga ggcgcgcagc attgatgaca ctgaagagga agtcgcccat ctccgcctca
     9601 gaggcatcgg cgtcagcgcg atccagctca gcgcgtagct cgcccagctc ctcgccgacc
     9661 ttatcccaca cctgctcgcg gcgttcccag tcgaagccca cgttgcgcgc cttatcctgc
     9721 atgcgatatg ccttgatgag agtgggcagt gaggccggca caccgtcgag caccgtgcgg
     9781 ttgccatcct tctccttcag cttcagttgc tcccagtttt gctccacgcg gcgtgtgccg
     9841 tccacctgtg ttgtgccgta gacgtgcggg tggcgataga tcagcttatc gcagagcgca
     9901 tcgcagacgt ccttgatgtc gtactcgcca cgctcctcac cgatcttggc gtagaagaca
     9961 atgtgcagca gcaagtctcc cagctccttc ttgatctcca taggcagatc cttgaggatg
    10021 gcctcgctca gctcataagt ctcctcgatg gtgtttgtgc ggaggctctc gcgcgtctgc
    10081 acccgatccc acgggcattt ctcgcgcagg tcgttcatga tgtcgagcaa ccgcccgaag
    10141 gcctccatct tttcttcttt cgtatgcatg atgtgtgtgt caattgaaaa tctaagaagc
    10201 taaaaacgaa aaacgaccgg gtacctgatg ggttggtggc gtgtacccgg ccatttttcg
    10261 ttgttcgttt ttagctgttc gttattcgtt attcgtttct ctctgctgtt tatatcgggt
    10321 caatccgtcc tcaaggaagc ggacatactt cgcagggtct tcgtcgaagg cgtacgacgg
    10381 agcgagtggc cgaccctcgt tgtcgaggat cacgtagaag ggttgcgcat tggcgccgaa
    10441 cttcgatcgt tgcaggtagc tccacttgtc accgatcgtt ttcaggcggc gctccttatc
    10501 gttctccgtg atggtgagcg gggcggggag cttcgtctta tcgtccacca taagcgtgat
    10561 taagacgtat ttctcttcga gcaacttctt cacgcgcgca tcggtccata cggccgcctc
    10621 catcttccga cagttcacac agccataacc cgagaagtca atcagcacag gcttcttcac
    10681 acgacgagcg taagtcatgc ccgcctcgta atcctcgaag acggcgtgca cctcgtcttt
    10741 atacagattg aaatcctgcg tatagagcgg cggggcaaag gcactgacgg ccttcagcgg
    10801 cgcaccccaa aggccaggga tcatgtagac cgcgaaggcc agcgagacga tggccatgaa
    10861 gagccgcggc acagagacgt ggcgcaactc gctgtcgtga ctgaagcgga tcttgcccaa
    10921 cagatagaac ccgagcaggg cgaagatgac gatccacagc acgatgaaca cctcgcgatc
    10981 gagcagccgc caaccgtaag ccagatcagc tacggagagg aacttcaacg ccaaagccag
    11041 ctccaagaaa ccgagcacca ccttcaccga gttcagccaa ccacccgact tgggcatgtt
    11101 ttgcagcatg ttggggaaga cggcaaacag cgcgaagggg atggccagcg ccagcgcgaa
    11161 accgaacatg ccaatggctg gccccacggc cttgccttgc gacgccgcct ccacgagcag
    11221 tgtgccgatg atcggacccg tgcacgagaa cgacacaagc accaacgtga aggccataaa
    11281 gaagatgctc aggatgcccg atgtggtgtc ggccttgctg tccatgcgat tcgtccacga
    11341 cgagggcagc accaactcaa acgcgccgaa gaacgacacg gcgaacagca ctaacaacgc
    11401 aaagaagagg atgttgaaca cggcattcgt cgacaggtca ttcagcgcgc tggcaccgaa
    11461 aagtcccgtg atgagcagcc ccatggctac gtatataata atgatcgagc cgccatagat
    11521 cagcgcatcg ccgatggctt tgcggcgcgt tttgctgcgc ttgaggaaga agctgaccgt
    11581 catcggaatc atcggccaca cgcagggcgt cagcagcgcg atgagcccac ccaggaagcc
    11641 agccaagaag atgtagatcc acgaggtgtc tgcggctgcg atggtcgcgt cgccaaagga
    11701 cttcatgtcg tcaatgactg gcgtccacca ttcggggcga tccgtcagca tgcccttcgg
    11761 tgtggtcgat tgcgaagcgc cgtgtggcgt cctgacgagg tcattcgtct gcgaggcgtc
    11821 ggccgaggaa tcatccgttg tcacgtccgc gttgtccgcg tcggcatcgt ccgtgatgcc
    11881 ggtgtcgccg gtgggttcgg ccgcctgctt ggtgcgcttc acatgcttgc ggtcgaaggc
    11941 gaacgactcc gtctcgggcg gcaggcacga ctcgtcgttg caagccatga actccacttc
    12001 gccgaccaac ttaaatgcct tcggatcggt gacgcggatc ttctgtgtga acgtgaccgt
    12061 cccagaatac caccgcaact caatgccggg atacgacgcc tcgtcgcgtg tcacggtcgg
    12121 cttcaccgag gctgtgggtt tgcccactaa ctcggcgcct ttcagctttt catatttgat
    12181 agaggtcgag attggcccgc ccttgggcag gttcatgtcg tagacgtgcc atcctcgatt
    12241 gatggttgcc gtgaaggtca aattcttttc agcctcttcg gagtcttcca aattgatttt
    12301 ccacttcact ggcgtcagga tctgtgcctg tacggatgct gcaatgagca tcaacagtcc
    12361 gaaccaacgg acacttcgtt ttattttttc cattagtatg atttgtgttt gtttctctgg
    12421 ggcgcaaaac taaatgtttc gatttcacac aaaaacgcgt cggaagggtg aggaatcggt
    12481 gtcctcaagc ccttccgacg cttgttttca ggggggggat cccccggatg atgcgggatc
    12541 agattttgcc cactaagtcg atgctcggct tcagggtttt cttgcccttc ttccagttgg
    12601 cggggcagac ctcgccgtcg tgctgggcga cgaactgcgc ggcctccacc ttgcggaaga
    12661 gttcctcggc gttgcggccg atgctgttgt cttggatctc ggccaccttg atgcgtcctt
    12721 cggggttaac cacgaaggtg ccgcggtaag ccatgcccgt ctcctcgatc atgacgccaa
    12781 aggcacgcgc gagggcgcca gtcgtgtcgg ccagcatggg gtaggtgatc tgacggatgc
    12841 tctccgaggc gtcgtgccag gccttgtgca caaagtgcga atccgtgctc acggaataca
    12901 cctcgacgcc ggcggccttg aagtcggcgt acttgttggc cagatcgagc agctcggtgg
    12961 ggcagacgaa agaaaaatct gcggggtaaa agaagaacac gacccagcgg ccttcgatgt
    13021 ccttgttcgt tactgttttg aactctccgt tgtgaaacgc ctgcacgctg aaggcaggca
    13081 cttgctgatt aatgataggt accatgtgtt tgatgttttg cgtttgatga aactgtaacc
    13141 gttacaattc cggggcaaat gtatacgcct ctcttatccc tgcaatatcg agtttgcaaa
    13201 atccacattg caaaggtctt gcggaaaatg gcgtgacggg gaaacggagt aaaatctgat
    13261 gtcgggaatc ggggtagggg gataatcagt tgaggagagg ttgtcggact tgttattgat
    13321 gtctttgtgc gcgcacatag atagggacat actttcttct tagattttgt gcgtggatgt
    13381 ggatatgaaa aaagttttgt ttgattcttt gtgcgtgcat gtaaaattga agacaatgtg
    13441 attagcttgt ttgtgtatgc agttagattt aaactccatc ttatactttt ctacatgcat
    13501 gcacgatgat ttgaaaataa tttatacata ttcatgtgta tgcaggtata tatgaatagg
    13561 gcttattcct ttgttttgtg catgcatata tatatgaata aaaatatatc cttttctacg
    13621 tgtatgcata tagagatcaa tatatgaata tccacttctt cgtgatgtca cgaaaaagcg
    13681 aataaagttt cggagaaagg cgtgcgagat gtttttggcc tgtcgcgaaa ggcggtggag
    13741 gctttgcgag gtgtttctcg tatgctttgg aaaggaaagg gccctgagcg atccgttttt
    13801 tgtctcaaca gaaagtccga ggcccttttg tggggtgtgt ttactccctc tttatcgcgg
    13861 cggaatgcgg attcactccg ttgtggcgta acgcaactca tcgagcatca tggcgacctc
    13921 gtcgggggtg attccggcgc ggagcagggc ggggcgatcg gcgtcgaagt gggtggtgaa
    13981 ggtctggaag tcttcgcccg cgatggcttg ttgatagtgg gctacggcgc ccttgatgtt
    14041 gcgcatggcc cactcggtgt ggccggcgtt gaggtaatcc tccggctgcg ggtggtcggc
    14101 gatgagcttg cgatagacgg tgcgggcctg gtcgtacttg ccgacgacga aggagcacca
    14161 ggctacgccg cgccgcgcct tggtattcga ggggtcgagg tattctacct tgaagtagta
    14221 tttcagcgcc tcgtcgtatt gctgttgttc gaggtagcaa tggccgatgt ggagcaagac
    14281 ggacagattg tcaggctcta aacggtcgtg gcggagtagg aacttgacgg cttcggcggg
    14341 ttgcttgagg gcgcgatagc aggtggcgat gcgccggagg agccatttgc tgtcggggtt
    14401 gatcatctca gcgcggaggt attcgcggag ggctccagcg atgtcgccag ccatttgcag
    14461 gcagtatccg agcttttggt ggagcatttc gctgtcgccc tcgccgcgtt cgatgagctc
    14521 ttggtagatg ggccgggcgt cgtcaggata ccccttgcgg aggtagactt cggcgatgtg
    14581 gagcagcatt tcggcgtcgg agaggtatgg gcggaggatg ggcaggcggt ggaagtcgag
    14641 ggggcgattg aagatgtcgc tgaagtcggt gtggcggggg tggagcttgt agaagcggta
    14701 gaggttacgg atgtaaaggc cgatggatcg ctcttcgagc ttggcggtgt ggctcagttc
    14761 ggcggcctct tgctcccgga gctgcgtcac gtcgccttgc agctgttcgc ggagtatgcg
    14821 gcgttgctgc tcgggcatgt aaagcatgct gatgcagagg gaatatttgt cagagtcgca
    14881 catgaagggc gtggtgcgca tcagttcctt gaggccgtcc tccatgggga ggccgcggaa
    14941 ggtggtgtgt tgcggggtga agggcaggaa ccagttgctc agttcttgga agaaggggaa
    15001 gcgcttgagg gagccgaagg cggagtgtag caggtcgatg ccctcctctt gcatctcgct
    15061 gtattcacgc atccagcctg acagtttgtc gctactgctc atcatgcgtt ccatccattc
    15121 ggggttcatc tcctcgccgg cgatctcgtt gaggaagtcc cttgccgaga cctttccgcc
    15181 gcgcgtggtg aacttcatga tctcggggat gatgtcattc tgcatgcggt gggccacctt
    15241 ttccgtctcg cgggtaagga tgaagcggat gatgacggtg cagaggcggc ggcggaagtt
    15301 gggtgtttca gccagcgcct ctaatcggtc gtggatttcg gggtaaagtg cgaggcgggt
    15361 actgtaggca tcgagtgtga ggcagagggc tacgagggct tgcaggctga tggcgtcggt
    15421 gagggcggcg gcgtcgaaga ggaggcgcac cttgttgcgg tcgaaggagg cttgcagggc
    15481 gaggagcagg gcggagatga tgagcgtctt cacgtctgcg ggataagatg ggttacggag
    15541 cgcctcgctg agggcgtcgg tggcttgcgg gttgaggaag ccggttgtat agacttggtc
    15601 gaagaggcga acggctgtga gctcatgctg ctcacgttcg ccaaccgcat cgcatagcgt
    15661 gacctcctgt aggatggcag ggatgtctga tgattgataa cgggcgacgc gccggagggc
    15721 gtagtagtag gtgggcgaga tgtcgccgag ggcttcgtgg cgtacggcgt cggccagctc
    15781 gtaggcgcgg cggcggatgt cgtcgcggat gttgttgcgc tgtgggtcgt cgaagccctc
    15841 gacgtagtag tgcaacatat atttataggt actctgcaac tcatcggctt ggccgaggaa
    15901 ttgttgtttc ccggtggcga cgataaggtg ggtgagggcg tcgagggcgc ctttcatcga
    15961 ggcctgatca agctggtcga tgatgcaggc gtaggtggtg tggatgtctt ggattgtcat
    16021 atagcaggtg gtgagtgagg gtgggcacaa atgtcgggtc ggtttacaaa tgccatgcca
    16081 agtgatcttc ccaatcgaaa atggcttgcc acgatccgat gcctcgcaat cccgcaccgg
    16141 atcccaatca cgttcgtact tttacggtcg tttaaacaaa cttttatacg gatgaaaaga
    16201 gaaattgccg catgtaccat gatcgccatg atggcatgca acacaacgga acagaagaac
    16261 gacgccgccg acaagaccgt catcggggcg ccggatgtaa agatcgaaaa cggacaaatg
    16321 acgcccgaag tgctgtgggc cttcggccgc gtgggcaacg tcagcgtctc gcccgacggc
    16381 aagcaagtgg cctacaccgt gacctactac agcatccccg aaaaccgtgg caacgccgac
    16441 ctctacgtga tggatgccga cgggggaaac aagaagcaac tcacgcacac ggccgcgagt
    16501 gaaagcgaag tggcttggac gccctcgggc aaagccatcg cttacctgcg cgaaggaaaa
    16561 ctctggaaca tcgcccccga cggcagctca gagaagcagg tctctgacat cgagcaatcg
    16621 atcgaaggct tcctctacgc cccagctggc gacaagatcc tcctcgtcat ccccaccaag
    16681 atcgagaagt gcatgaacag cgacatctac gaggatctcg acaaagccaa ggcctacgtc
    16741 tacgacgacc tcatgtatcg ccactgggac acgtggaagg acggcaacta cagccacctc
    16801 tacctcgccg acgtgaagga cgacaaggtg aaggccgtgg aagacatcat gcccggcgaa
    16861 cccttcgact cgcccgtgaa gcccttcggc ggcatggagc agatcacttg gagccccgac
    16921 ggatccacga tcgtttacac ctgcaagaag ctctccggca tcgattatgc tttccaaacc
    16981 aactccaacc tctacgccta caccttggcc gacaagaaga cgcgcctcct aacgcctgac
    17041 atgccgggct acgaccagaa cccgcagttc tcgcccgacg gcaagaagct gctctggtcc
    17101 agcatgcgcc gcggcggata cgaggccgac aaagagcgga tgatggtgat ggattggccc
    17161 aacggacaga tgacggatgt ctccgactcg ctcgacgcca gcccctcgtc gctgcaatgg
    17221 acgcccgacg gaaagacgat ctacctcacc gcgccgatca aggaggctta tcagctcttc
    17281 gccttcgatg tggccacatg ctccttccgc cagcttaccg acggaaacca ggattatcag
    17341 catgtgcagc tggctggcga caagctcatc gctacgcgca ccacgctcgt cgatccggcc
    17401 gagatctaca gcgtagaccc ggctacgggc aaaggcaccg atctctcgca ggtgaacaag
    17461 gatttgctga gcaagctcaa cctgccgacg ttcgagaagc gcttcgtgac gaccacggac
    17521 aacaagcaga tggtgacttg ggtagtctat ccgccgaagt ttgacgcgtc gaagaagtac
    17581 cccatcctgc tcatgtgcac cggcggtccg cagggcgtgc tcagcccgtc gttcagctat
    17641 cgttggagct atatgttgat ggctgcgcag ggttatgtag tcgttgtgcc tgcccgtcgt
    17701 ggcacgtctg gttcgggtca ggagtgggcc gacgctatct caaagcatca cggcacacag
    17761 gacgagcagg atcttctctc tgccatcgat gagatctgca aggaaccgtg ggcagacaag
    17821 gatcacgtcg gcgcgatggg tgccagctac ggcggctact ccatcttcca cttagccggc
    17881 acgcacaaag ggcgcttcaa agccttcttg gcgcactgcg gcatcttcaa ctcggagttc
    17941 atgtatccga cgacggagga aatgttcttc gacgaatggg agaacggcgg tgcaccgtgg
    18001 gataaggaaa acaaagtggc tcaaaacacg tacgcgcatt cgcctcacct gatggtgaag
    18061 aactggaaca cgccgattat gattgtgcat ggcgaacaag atttccgcgt accgtattcg
    18121 cagggtatgg cggcgttcaa cacggcgcgc atgttaggcg tggaaagccg tctgctcatc
    18181 ttcccgacgg agaatcactg ggtgctcagt ccgcagaatg ccatcctctg gcagcgcgag
    18241 ttcttcaagt ggttcgacaa gtacctcaag aacggggaca aaccgaagga cgccgagaag
    18301 ccgaaggcat agggccggta ccatatgtag ggatgaaaga ttttttcgcc tctgaatccg
    18361 gacgccggta tagtaggggc gaaagatttt tcgcccctac gaacacgtcc aatcattatt
    18421 aatcgacaac catcatcccg ggcagacaca tagatccgcc cctacattta tattatgaga
    18481 tcacacatca ataaacttat gacggggctg ctttgggcag tcctgtcttt ttcatgcacg
    18541 ggtgcggaca agagtgccgc gtacgatgtg gctgacagca tgaaagaaga ggccggcgcc
    18601 agtagctcgt ccgacctgcg cgtgggcgaa gaggctatcc ctgatcgcaa gctgactaag
    18661 gacggtatgc tgcgcttcga gacgtcggac gcccagaaga cgcgtgcggg aatactgaag
    18721 gccattaccg aggctaaggg ttatgtggcc agcgacagca aggacgagga ggagggtcga
    18781 caaacctcga ccatcacgct gcgtgtgccc gccgaccagt tcgatgcctt ggtggatcgc
    18841 atcaccgccg acgctggcaa gattgattac aaaaacatcg aggtgagcga cgtcacccag
    18901 gagtatatcg acctcgacgc acgcctgaag acgaagaagg atctcgaagc ccgctatcag
    18961 gagttactca aacgcgccaa tagcgtggac gaggtgctca aggtcgaggc gcagatcggc
    19021 agcttgcgtg ctgagatcga gtcggctgag gggcagatgc gctacctcaa gaatcaggtg
    19081 gcgctcagca cactcaccgt cacgttctac gagaagactg tggctgccgg attcggatat
    19141 aagttccagc gcgcgctgcg tcagggttgg gacaacctgc tgtgggtgct catcggcctg
    19201 acaaatctct gggccatctt gctgttcgtc gctatcgtgt ggatcgtcat cgttcgcatg
    19261 cggcgtaaac gaaaaagaaa gaagacacaa gcctaacaga acctcgtagg ggcgaaaaat
    19321 ctttcgcccc tacacatttc tcacaaacca tttatttatc aaacacaatg aaccaccaac
    19381 cgattaccaa acacatctat ctcgggttgc tcggagcagc cctcgtattc acggccgccg
    19441 cgtgcagcca taaccaaaca gaaggagaga aaattttgaa gcaatctgat ttccccgcgc
    19501 cgccggtggc tgaggtgcat ccagacacct tcaccaactt cggcaagcag cgcatcgaca
    19561 attactactg gatgaaggat aaaacgaatc ccaaagtcat cgagtacatc aaggccgaga
    19621 acgcctacac cgacaccgtc atggcctcca cccgcgactt gcaaaagaag atctacgacg
    19681 agatcttagg ccgcatcaag gaggacgacg agagttatcc cacctacgac aatggctact
    19741 actactacag ccgcaccgag aagggcaaac aatatcgcac ctactgccgc cgcaagggtt
    19801 cgatggacgc gccggaggaa gtgatcttcg atgtcaataa actggcggcc ggtaagcaag
    19861 ccttcatctt ccgcggatac tccatcagcc cggacaacag caaggctgcc tacttctaca
    19921 acgagaccgg atcgtacgcc gagttcacca tgaaggtgcg cgatctcgcc tcgggcgagg
    19981 acgtcggctt ctccgtcgaa ggggccgcgt ccgtggcttg ggccaacgac aaccgcacgc
    20041 tcttctacag cgccatagac cagaccctcc gctcatcgaa gatcttccgc cgcgagcttg
    20101 acgccgccga accgaccctc gtctacgaag agaaggacgc caagttcagt acctacgtat
    20161 cagacacaaa aacgaagcaa ttcatcttca tcacctgcgg cagctccacc acctccgacg
    20221 agcgctacat ctcggccgat cggcccacgg atccgttcaa gatcttcctg ccccggacga
    20281 aggatgtgga gtacagcgtc tatgcccacg ccgatcgttt cttcattcgt tataaagaca
    20341 aggagcacct gaacggcctg atctacgagg cccccttgac gggttacgaa gaccgaaaga
    20401 cgtggaagga attcctgccc tacgacaagg acgtccgcat cgagggcatc gacgtgctca
    20461 aggattacgt cgccttagaa ctccgcaaga atggcctcaa cgagatccgc attaagccga
    20521 tcaatggtgg tgaaacgaag tccatcgcct tcccagagcc cgtctacacc gtttccctcg
    20581 gcggcaatcc ggagtatgac gctacgacga tccgatacac ctacacctcc ctgaatcgcc
    20641 cctcgacgct ctacgaatac accatcaccg acggcaaaac caccaagctg aaggagcaag
    20701 aggtgccctc aggcttcaat ccagacgact acaccgtgga gcgcctttgg gccaccgctc
    20761 cggacggcgt ccgggtgccg atggccgtgg tgtataaaaa aggcctcaag cgcgacggct
    20821 ccgcgcccgc cctgctctac tcctacggct cgtacggcag cagttccgac gtctacttca
    20881 gtccgagctt ttacagcctc atcgaccgcg gtttcgtctt cgccatcgca cagatccgcg
    20941 gcgggagcga cctcggcgag cagtggtacg aagacggcaa gctgctcaag aagaagaaca
    21001 ccttcactga cttcatcgcc tgcagcgagc tgctcatcaa cgagcgttac acctccgcct
    21061 cgcgcctggc tgcgatgggc ggcagcgccg gcggcctact catgggcgcc gtggccaata
    21121 tgcgccccga tctctaccaa acgatcgtcg cccaggtgcc cttcgtggac gtgatcaaca
    21181 ccatgctcga cgaatcgctt cccctcacca cgggcgagta cgaggagtgg ggaaacccca
    21241 atgaagagga gtattacaac tacatgctct cctattcgcc ttacgacaac atcaaagccc
    21301 agaactaccc caatatgctc gtcaccggcg gcctgaacga ctcgcaggtg ctctttcacg
    21361 agcccctgaa gtacgtcgcc aagctccgcg ccatgaagac ggacgacaac atcctcatcc
    21421 tccacatgga catggattct ggccacggcg gcgccacggg gcgctacgac agcatcaagg
    21481 acaccgcctt cgagttcgcc ttcatcctca accgcgtcgg catcgccaag tagccctcgc
    21541 gcatcgggtt tatacgaaag ggcatccccc ggcagcgagg cggggtgccc tttttttctg
    21601 tttatatccc taccccccgg atgaagcgcc gtccattttc tgagaaaatg aagcctcgac
    21661 cggaaatcgc cattttctga gaaaaagagg cttttcatat ccggtaagtc tcattttctg
    21721 agaaaaagag gcttttcact tccggaaggc gtctttttct cggcaaaagg ggcttttcat
    21781 ttccggaagg cgtctttttc tcagcaaatg ggacttttca catccgggaa gcgccttttt
    21841 ctcagcaaat ggggcttttc atttccggaa ggcgcctttt tctcagcaaa tggggctttt
    21901 cacttccggg aggcgccttt ggctgaaaaa atggggcttc acggcttcgg tatacccccc
    21961 gcgcatcgcc attttcagct tttcgccccg gccgatacgc cgtaaccaat ccctcctact
    22021 tttgcccatc atctcaaata aaggacaacg attaatgatc aatgatcaat gattacctcg
    22081 gaaacacggg gcagcatggc actgccccga ccattaatca tgaataatta atcattgacc
    22141 cttacttaac acacacagat catgaccaac ataccccaag tggacgtcgg gatactgacg
    22201 gagcgagacg tttcatttcg cctcaatggc gcctaccgca gcccggaaac gcgccgcgaa
    22261 tacaccggcg aacagcgcgc cacactgacc accgacggcc gaatcgcctt cggcggacac
    22321 acctaccagg cgctgcattt catccccacc gatcccgcag acgcattcga ccttcggggc
    22381 gtcaccatcg gcctgcactt ccattgggag cggcgcgagg atcagcgctt ccgtggcgaa
    22441 ctccatctac tggtcgccga gggcggcatc ctcgttgtga accgcatcga cgtggagtcg
    22501 tacttagaga gcgtcatctc gtcagagatg agcgccacct cgtcgcccga gctgctccgc
    22561 gcacacgccg tcatctcgcg cagctggctg ctcgcgcaga tcgaaaagcg gcaggcaccg
    22621 atcgaggcca ggacggagag ctgcagccaa gacgacgaga gcctcgtccg ctggtacgac
    22681 cgtgaggatc acacccgctt cgacgtctgc gccgacgacc attgccagcg ttaccaaggc
    22741 atcacgcgcg ccaccacacc cgccgtcgag gaggccgtac gtgccacctg cggcgaggtg
    22801 ctcactttcg aggggcgcct ctgcgacaca cgcttctcga aatcatgtgg cggcgtcacc
    22861 gaatgcttcg aatactgctg ggagcccgtt caccaccgct acctcgtcgc tctgcgcgac
    22921 agtcgcaccc ccgacgagcc gacgcccgac ctcacaaacg aatccgaggc cgagcgctgg
    22981 atccgctccg cccccgaagc cttttgccac accaccgacg agggcatcct cagccaagtg
    23041 ctcaacggct acgaccgcga gacgccagac ttctaccgct ggaccgtgga gtatacccaa
    23101 acggagctcg ccgacttgat ccgccgaaag agcggtatcg acttcggcgc catcctacag
    23161 ttgcaagccg tcgagcgcgg tcgctcgggg cgcatcgtgc ggctccggat cgtcggcagt
    23221 cggcgcacgt atatcatcgg caaggagctc gagatccgcc gcacactctc cgagacgcac
    23281 ctctacagct cggccttcgt tgtcgatgcg ctcgacctgc accacggcat cccgcggcgt
    23341 ttccgcctca ccggtgcagg ctggggccac ggcgtaggcc tttgccagat cggcgccgcc
    23401 gtgatgggcg ccgaagggca tccctaccga cacatcctcg cgcattatta ccccggcagc
    23461 cagtcggaaa tacgctacac ccgatgagca gcaccctgat cctctccatc atcgcggcct
    23521 acttcggcct gctgctcctc atcgcctgga tcaccggtcg cggtggcgca tcggcagaca
    23581 acgaagcctt cttcctcggc aatcgccgtt cgccgtggta tatcgtcgcc atcggcatga
    23641 tcggctcctc tctttcgggc gtaacgttcg tctccgtccc cggttgggtg cggcagatcg
    23701 acatgacgta catgcagacc gtcttcggct tcttcttcgg ttacgtcatc attgcccacg
    23761 tcctcctgcc gctttattac cgcctgaggc tcacttccat ctacacctac ctcgagtcac
    23821 gcatcggccg tcgggcttac aagacgggcg cctccttctt cctcctttcc aagatcatcg
    23881 gcgccgccgc acggctctac cttgtcgtgc tcatccttca gacgtacgtt ttctccacgt
    23941 ggcacatccc cttcggcgca accgtcatcc tcagcatcct cctcgtctgg ctttacactt
    24001 acaagagcgg cgtcaagaca atcatctgga cggacacact tcaagccatc tgcctcgtgg
    24061 gtacgctcgt cgtgatcatc tggcaagtga aggatcgcat gggattagac ttcgacggcc
    24121 tctgccgcac cgtggccgaa agcccacact tccgcctctt cgagtggcac gattggtcga
    24181 gcaaacagca ttttgtgaag cagttcctga gcggcatatt catcaccatc gtcatgaccg
    24241 ggctcgatca agacatgatg cagaagaacc tctcctgccg cagcctccgc gatgcgcaga
    24301 agaacatgta ttcctacggt ttagccttca cgccgatcaa cttcctcttc ctctcgcttg
    24361 gcatcctgct catcacgctc gccggccaac ttggcatcac cctgcccgcc tccggcgacg
    24421 atatcctgcc catgttctgc acctcgggca tactggggca gacaatcgtc gtcttcttca
    24481 ccatcggcat catcgcggcc gccttcagca gcgccgactc cgcattgaca gcgctcacca
    24541 cctccttctg cgtcgacatc ctcggtatcg agcgcgccca agcgacacgc gccaaacgga
    24601 cccgcatgat ggttcacgtc ctcatctcgg tgctctttgc cgccatcatc atggtcttca
    24661 aagccgtcaa cgaccgcagc gtgatcgatg ccatctacgt gatcgcttct tatacctacg
    24721 gcccgctctt gggcctcttc gctttcggct tattcacccg cctacgccca actgaccgtg
    24781 ccgtgcccta catctgcctc gcctcgcccc tcgtctgcta tgccctcgag cgcctcacgc
    24841 tccactacac cggctatcgc ttcggttacg aaatgctgat gatcaacggc gccctcacct
    24901 ttctcgggct gtggatggca gccatgagaa cgaaaaacga gaaatgccgt gagagctaaa
    24961 aacgaaaaat gaacaactaa aaatgccggg tacacgcatg gagcaactcc atcatgtacc
    25021 cggcattttt agtttttagc ttttcgtttt tcgttccctc catcatgtcc ccggcatttt
    25081 tagttgttca tttttagttt ttagcttttc gtttttcgtt tcctccagcg tacacgccgg
    25141 catttatgtt tatgggtaag ggcgaatgat tattcgccct tacccatgtt tggtcgcggg
    25201 gggatcaacg ccccaggttg tgtttctggc agaactcatc gaggatgtcc tcaaggttcg
    25261 gccgaccgat ctcctgcaac tcgtaaccca ccttcaccgt cggctgcgtg atgcagacga
    25321 tgcggcaaag gtcgatcggc gtagcgatga cgacggcgtc gcacggtgta gcggcgatcg
    25381 tcgcctcaag gtcgcgcacc tgttgctcgc catagcccat ggccggcagc agcgtgccta
    25441 tgcccggata ggtgcggaaa gtatcttgca atttgcccac ggcgtacggc ctaggatcga
    25501 tcagctcggc ggcgccaaac ttgcccgcag ccacagtgcc cgcaccgatc ttcatctcgc
    25561 cgtgtgtcag cgtcggacca tcctcgacta ctaaaacgcg ccgtccacgg atcagttccg
    25621 gccgatcgac ggtgaggtac gacgcagcgt ccaccaccgt agcccgcgga ttgatccgcg
    25681 cgatgttacg gcgcacggtt tggatgtcct caagcgaggc cgaatcaatc ttgttgatgc
    25741 agatcacgtc ggccatgcgg gccaccactt cgccgggata atacgacacc tcagcgccgg
    25801 gccggagcgg atcgacgacg ccaatggtga gatcgggcac atagaagggg aagtcgttgt
    25861 tgccgccgtc ccacacgatc acatcgcagc cgtccgggtc gcgctcggcc tcgcgcagga
    25921 tggcctcata atccacgccg gcgtagatca cattgcggcg cgtcaccacg tgcggctcat
    25981 actcctccat ctcctcgatg gtgcaatcat gctttttcag gtcgtccacc gtggcaaagc
    26041 gctgcacacg ctgccgcacc aggtcgccgt agggcatcgg gtgacgcaca gccaccggct
    26101 tgagcccctt ctccaccaag atttcaatca cgcgacgtga cgtttgcgac ttgccgcatc
    26161 ccgtgcgtac agcgccgatg gcaatgaccg gtttggtgga cttgagcatc gtttccttcg
    26221 tgccgagcag ccagaagtct gctccggccg cgttcacgat ggcgctgacg cccatcacgc
    26281 gggcgtaggg cacatcggaa tatgcaaaca cacatacatc cactgcctcg cggcggatca
    26341 gctccggcag ctcgcgttcg gccacgatgg ggattccctc ggggtacgcc tcgccggcca
    26401 gctcagacgg gtaacggcgc ccatcgatgt cagggatttg attggccgta aaagccacga
    26461 cgtgatagtc gctgttgcca cggaagaagg tgttgaagtt gtggaagtcc cgccccgcgg
    26521 ctccgatgat gatgacattt ctttttctca tgattcgatt gtgttttagg gttcatattc
    26581 ttttaatggt tcacgacaaa ggtagagacg gacgattaca aggggaatgg cggccgattg
    26641 atccgatcaa tcgctccctt ttttcgctgg cagccgtttg actcgatcaa tcggctcctt
    26701 ttttcgctgg cgcccaattg tctcagtcaa ttgcttcctt ttttcgctgg gagccaattg
    26761 tctcagtcaa tcgcttcctt ttttcgctgg gagccgtttg tctcagacaa tcgcgtcctt
    26821 ttttcgctgg gagccgtttg tcttagacaa tcgctccctt ttttcgctgg cgcccaattg
    26881 tctcagacaa tcggttcctt ttttcgctgg cggccgataa tcaatgattt tcggactaag
    26941 tcaaaagaca agcaacgaga cgagcagcag ggtgtagatc caaatgttgc gggcggtgag
    27001 gctgagcaca cggttgaggt cgctgccgcg gaggcgacgc aggtcgtgcc aggtgatgag
    27061 ctcgaaggcg aggaagatga ggaacaggag ccacgtgtag gcgctgcggt agaggtagac
    27121 gggccacgag cagacgacgg ccagcagggc gcaggcgaga tagagccacg tgccaaaacg
    27181 gcgaccgaaa cgcaccacgg tggtgcgttt gccagcagcg gcatcttgct cccggtcgcg
    27241 gacgttgttg acgagtagga tgttgatcga gaggaggccg agggcgatgg agagccacac
    27301 ggccgcggcg gagatggcgc cggcctggac gtaataagtg aggcaaacgg ggacgacgcc
    27361 gtagaagagc agcacgcagg cgtcgcccca gccgtggtag gccagcgggt aggggccggc
    27421 ggtgtaggcc agcacgcaga gggcgatggc gatgcccgcg gggaggagga tgcgccagtc
    27481 gccgtaagcc agcaggccga ggccgcagag gcaagccatc ccgagcgtga tgagcgaggc
    27541 cgtgagcatg gtgcgcggcg cgatccaccc cgaggcgacg gcgcgccgtt ggcccacacg
    27601 ccgctcggtg tcggcgccct tcttgtaatc gaaataatcg ttggaaaggt ttgcggccac
    27661 ctgtgccagc acggccacaa gcaggcagag cagggcgggc acgagccgga atgtgcccac
    27721 gcgccaagcc agcgacgagg ctaccaccac ggggcaagcc gaggctgcca gcgtgtgggg
    27781 gcgcgtcgcc gtgagccagg ctttcaggcg gctgacttcg gcggacgggg tgtgcgttgc
    27841 ggcgttcatt tcggggattg tatgagttgc acagcgccct tgccaccgcg gatggggacg
    27901 gactttgtct tgacgacgat gccgcccgat ttgcccatct cgctgtagcg gatcaggacg
    27961 tggcccggat gcttggggtc tacctccacg gctttttgcc ccgtgttcca ctggtcgcaa
    28021 tgggtgggga agctctccac ggcctccacc cagcggccgc cttgcagtgt ccagacgtga
    28081 tagtcggccc agcagccggt gaaccagatg gggagcaggc cgatctcgtc ggcgccatcg
    28141 ccgttcaggt cgccgaggtt gtcaggtgtg ccggcgatgc agtggcgtac tttgatgggc
    28201 gggatgaagg ggtcgaggaa gcgtatggtg gcatcacatc cgccgaggca gccggcgtct
    28261 tcgtcgtcgg tcttggcgaa gatgggcggc tcgagccaga cgtagccgcg ggtgccggtg
    28321 ccgttgaagt cgccttcgct catgccgctt ccgcgggtgg atccgatctc caccttcttg
    28381 cggttatagt cggtggcgcc gtcgccctcg gctgagatgc gccatccatc gggcatgcgc
    28441 atcagcacca ggtaggcggg gtattcaaag aagccgtcgt cttgcttcac gcgtttaacg
    28501 aaggagcagc ggtaggtgac ggtattgatg gagtcgtaga cgatctctcc ggccagtgtt
    28561 tgggtgtatc cggggtggct ctccatgtag gcgcgcttgt cgtcgatgca cgtttgtggg
    28621 ctgacgcggt cgccgtagta gagcacggcg ctgtcgatgt agagcgaccg gaggcggtct
    28681 acgttggcgg gggtgagggc ggcgttccag gcttcgacga cgtcgcgcag ctcggccttg
    28741 gtctggaagc tgccgtcttg catagcttcg ttgacgggca gggctacgga gggatttgtc
    28801 ggggagatgc tgtcgcgcac ttcggggatg gacgggaggg ccgtcgtgtc gcgtggcggg
    28861 atggtgtctt gcgcttgcgc agtggcggcc cagagcaggc ccatcagtgc gccaagtgtt
    28921 gcccgtaggc agatggattt cattctttca ttcattggtc tttcgggagg aataaagggg
    28981 ttgatgatta caatctactg tgaaacattt cgccggaagt atccgcattc gcggatcacg
    29041 tccttgtaat actgcgtgtg ggcgtagcgc ttgaactcgc tgaagccatt gccgcggatc
    29101 caattggtgt tcgcgtcggt atcgaagccg ccgtcgccgc tcgtttgatc ggcatcgcag
    29161 ctcgtgagct tgtggaagcc ggcgaggtag aaggcgttgc ggtcgcactt gatggcgagg
    29221 aagacggcct tggcgcgctc ctcatcgtta gcggcggcgt ctacggctat gcggtaatac
    29281 ttcttggcca aggagcagtc gagcatcatg cgtcgggcgt agcaggggat cactgtcggg
    29341 cggtcggcac cgatcagttg gctgcgccag aatggctgcg ctgtgccata ataggtgatg
    29401 ttataaaagg cgttgccgag gagcagggcg ttgttgtaga cgtcttcgcc gcgtttgatc
    29461 ttggcttcgc cctcctgcat cttccggagc aggctgaggg cggtgtagtt cgctttggat
    29521 ttactgcgga tcatgcggtc ggggatgtag gcgttgaagg gattgacgcc gaggtcgcgt
    29581 gtgccatact cgccggcttt cgtcatgagc gactcggcct cactgaggcg gtcggcgaag
    29641 agggcttgca tggctttgaa gtggtagagg tcttccacgc tatagacgta gaggtcgacg
    29701 agcatgcgct cgaagggggt gcggggcttt tcgagcaggg cgatcagctt gtcgaaggcg
    29761 ccgggggtgg tgtagaactc gctggtgtgg tggagcatct cggcatacat gccgttgcca
    29821 gcgcggcggt agagctgggc taagtaggtg cggctttggc tgatggccgt cttgaagcgg
    29881 acgtggcctt tgtcgtattc ctgatcgggg ttatgcctgt agagccaggc gagttcgtcg
    29941 gtgaggcgct ccacgttgtc gcctttgatg gccttgatgg cggtgaggga gttgacgagg
    30001 cggagcaggc ggagctggtc ggcggcctct gagttgccgg cggggagggc gcgggcggcc
    30061 ttgtcgtaga gtgcggaggc ggcggtagtg ttgccttcta aggtggtgat gtaggctgcg
    30121 ccggcgtacc agaggaaggg gttctgggtc ttctcttccg aggcgatgcg cttgatcagg
    30181 gcggcggcgt cggcggtcat cgggttgttg cgggggtagg cttcgtactg tggtctcttc
    30241 tcggggccga tcaggttgtt gcgatgctct tctttcttgt tgatgatgcg ggtgaggaag
    30301 aggccgagat gggggctgcg cgggtcgatg gcgtagatct cgcggagggc gcgggcgtcg
    30361 tcgtgggtgc ggaagccgat gagggcccag agggcggtgc ggagttcggg tgtggcttcg
    30421 cggaggcatt cgcgccagtc ggcttcgtct ttcagggtga aggagaaggc ggctacgggg
    30481 cgcatggctg gcaggtgttg gaagacttcg gcgtagagca ggttggcgcg gcgtgtttct
    30541 ccggctttgc atgcgaggcc ggcgcggtag ctgagggcgc ggtagtagag ggtgttgcgg
    30601 ggtatgtctt tctcgacgcg ggtgaagaag cgttcgaagg ctgcgcggtc gccggcatag
    30661 aagagtgctt tgagggcttg gaaggcgtag cggtttttca tgaaggcgtc cgtttgggct
    30721 tcgtaatctt ttaccacttc cgaggccagc gcggcgggca ctttggggac ggtgttcttc
    30781 ttgtctccat agcttgccca gggatcgatg ggggtgcagg cgtattcgtc gacgcggcgg
    30841 gcgaggcgga cgaagcggtc gaaggccgcg acgcggggat cggtggagcg ggcgatggct
    30901 ggttggtctt tgccttcgag catgaaggtg gcgatctgct cgcgggtgat cttaccgccg
    30961 aggtaggtgt gccagtcggt cgttacctcg tcgttgaagc gggaggggtg cttgttgtcg
    31021 aagctgttgt agaaggggta atcgatgtcg tagaagagcg gggtgtagtc ggccgcgtcg
    31081 gtgagcatga cttcgggtga gaagtttgag ggctgatcgg tgtccatttc gaagcaggcc
    31141 caggcgaggc cggcggaaag gaggaggagg gtgctaaaaa cggcgcacca ggttctgaag
    31201 gaaattgttc tcgtgttcat agtttatgta tgtagataag tgatgttcgt cgaggtcgaa
    31261 gaagatgatt tcgtggggtt tggcggcgag gtggcggctg aggtcgtggg ccatgtcgcg
    31321 gaggtcgctg gcggtgacgg cttcgatctt cacgcggtcg ccggcggtgt agtagcgtcc
    31381 gcctttgatg ttggagtggc gtacgaggat ggtgttggag ccgggggtgg cgacgaagtt
    31441 cgtgtcctgc tcaaagtcgg ctcgggtgat gcgttcgatg agggttttga cgtgtccgtt
    31501 ggcgtcggtg tgtacgcccc aggcgtagag tgggagggcg acgtcaaggg gcagggggta
    31561 gcggcggagg ctggggatgt agcgggcggc gatgtggcgg tcgtagatgg agtttagggt
    31621 gtcggctgag atggtgccca tgttgtaata catgagtacg ccgcggtcta cgttggggat
    31681 gcgggtgatg gtgtggtgct tggcttgatg caggcggatg gtggcggaga ggtgggggta
    31741 ggcgtggcgg ctgcggaggg tatcgacgag ggccatgaag gggtcgcggc tgcgggtgga
    31801 ccagtcgcag tcgagttgga gttcgtcggc tggggggagc ccgacggtgg agtcgatgag
    31861 gtggacgagg tggatgatgt ggtcggcgag ggtgtcgatg gcgaggccgc ggcggagcat
    31921 gacttcgttt ttgatgtata cgacgggggt gacgcgcacg ccctctgggg gtgggctgct
    31981 gaagtggatg gggctttcgg gcaggggctg gccgtggggg ccgagcttga tgtcgaagta
    32041 gcggatgtag aggtggctga cgttgcactg ctggagggtg cggcgttcgg cgggggtgag
    32101 gtggaaggtg gtgcgccagt agtagaaggc gatgtcgggc ggcgggccgt cgctgctgcg
    32161 gcgacaggct gtgggcagta gggcgaggag aaggagtagg gcggggtgga ggggtttatg
    32221 ggtcatgtgg gcgtggggct ttcttgtttt cggcaaagtt agggttgttc tgggggctct
    32281 tctttggcgc ggcgtttggc tcggcgttgt gcgaggcttt gtttgtaggc cgttcggata
    32341 tgattcgaga attggttgat gctattcacc acctcggtga tggcttcgcg gtcgatgggc
    32401 gctttgccat ccatgtatgc aaactgtagc cgcaggagta catcgtggta gaccttatcc
    32461 gtccttgggc ggatcttcgt gaatgagggt cgactctttt tttctccctg tatggaggtg
    32521 cgctgagctt gcagccgctc agcctcgttg ttggtttttt ctaacaggtc gacggcttcg
    32581 ttgaggcgga gcagggtcag ccatgcggcc gcttccggct ttttgaggtc ggtcagtagc
    32641 gaccagatgc gcgcggcttt gcgcccttgg ccctcgatct gtatgcgctt tttcatacgt
    32701 gtaatgaggt acagctgttc ggctgcttcg gcctcttccg cccggggcga gaggcgcatg
    32761 atgcgcacca tgcccaggat gaaggacagt cggcggtcgc attcggaatc ctttctcgta
    32821 atcttcttcg tctcggttac ttccaccact tccttgatcg cgtcggcctc atcatcaacg
    32881 catgcttgat attcatcgag cagcgcttgg ggtatgccga tcttttctgc gtctgcggcg
    32941 tgcacttctt ggcagactaa gctgtgaaat cggaagtgca aggcgttgtc caatctgtac
    33001 tgtcctaatt tttggatctg aatcacttgt tccattgtaa aatcacttcg ttatgctggg
    33061 tgcggagggt gtggagtgcc ttcgcgggcg cgttttccta tccatgtgtg ccacaaaggt
    33121 agaaagtcgc cgcggattgc catctcttgt aataaaacat aaggatttgc aatgcaagta
    33181 ggcatgattc acaccgaggc aggcttacct gcaatgcaag taggcatgat tcacaccgag
    33241 acaggcttac ctgcaatgca agtagcctta attcataccg agagatcctt acctgcaatg
    33301 caagtagact taattcatat cgagagatcc ttacctgcaa tgcaagtagg tatgattcat
    33361 accgagagat ccttacctgc aatgcaagta gccttaattc atatcgagag atccttatct
    33421 gcattgcaag tagccttaat tcataccgag agatacttat ctgcaatgca agtagccttg
    33481 attcataccg agagatcatt atctgcattg caagtaagca tgattcatac cgagagatcc
    33541 ttacatgcag tgcaagtgcg gatatttttt atcgtgacaa ggcaaaatga gccgattttg
    33601 agtgatccaa gatgaaaggc ccacgatgag gagccgattc ccgctcagcc ccgatcatgg
    33661 acaagccaaa aagtcccccg cgcgcccctc ccccttaacc cctcttattg ggattgcccg
    33721 cctttgcccc ggcaaacacc tttgccacgc ttaaaaatca acctacacac ataaaccatt
    33781 acgatatgaa acagataatc accctgctac ttgcgctctg cgccttgacg ctgcacgcgg
    33841 ccgacaccca cgtgacggcg cggagcttca ccgtgaaggg cgccgtgaaa gatgccagcg
    33901 gcgcacccgt gccctacgcc accgtgatgg ccatcggcac caacatcggc atcgcggctg
    33961 acgctgacgg gctgtttcgc ctgcaattga accggggcac ctaccgcctg cgcatctcct
    34021 gcaccggcta cgagccgaag accgtggagg tcgtggccga aaatcaaccc accctcgacg
    34081 tgacgctcga cgaggctcgg aatggcctct ccgaagtcgt cgtcaccggc acacgctccg
    34141 agcgcatgct caaggacgag cccgtcgtga cgcgcgtcat caccgctgag gagatcaaaa
    34201 agctcgaccc gcaagacttc aaaggactct tggaatacga gctccccgga ctgcaattca
    34261 acggcgcggc gcacggctct ggcctgcccg acatctcctt ccaaggcatg gatgcgcgct
    34321 acctgctatt cctcgtcgac ggcgaacgca tggccggcga gggtgcactg gacaacatcg
    34381 acttcagccg cctcaatgtg gacaacatcg agcgcatcga ggtgatcaag ggcagcatgt
    34441 ccaccctcta cggctcgaac gccctcggcg gcgtcgtcaa catcatcacc aagaaggcca
    34501 accgcccctt cgtgggcaat gtttccgccc gcaccaccag cctcggcgac atgaagtacg
    34561 ccctctccgt gggtacacgc caggagaagt tctccgccct cacctcagcc tccttcagcc
    34621 gccgcgacgc ctacaccgtg gaggatcgca agcccatgtg ggtcacgttc cgccgccccg
    34681 acggcaccga ctccatggcc gtggatacca ccctgcgcag ctacgacatc aagggctacg
    34741 agaccttctc catcgcccaa aagctcggct acgacttcac cgaccgcctc agcgccgagc
    34801 tcaccggcag cttctaccag aaccgcctgc tctataaaaa caaggacgag aagctccgcg
    34861 aacgcttccg cgacttcacc ctcggcgccc gcctcaatta catcatcaac gagacgagcc
    34921 gcctcaacct cgcctaccac tacgaccact attacaagaa cgacatcttc cccaaggccc
    34981 acctcaccac cgtgaaatac cgcgacatca cgaacaactt ccgcgtgaac tacgacctcc
    35041 tcctggccga tcgccacgcc ctcaccgccg gcaccgagct gcacaccgag cgcatgagca
    35101 gcaactggtt ccgcgatacc tccgccaccc atttctccaa ttatgtactc tacctgcaag
    35161 acgattaccg catcaccgac cgcctgagcc tcgtcggtgg cctccgcatg gactaccact
    35221 cggagttcaa ggcgcacgtc agcccgaagc tctccgccat gtatcgcctc gggcacgtca
    35281 ccctgcgcgg cggctacgca gccggcttcc gctcgccctc cctgcgcgag ctctacgccg
    35341 agttcaacca caacggcttg ttcatcatct acggcaacgc cgacctcaag cctgagacga
    35401 gccaccacgc ctccctctcc ggcgagtggg ccgcaggcat cttcaatgcc tccatcacgg
    35461 gttactacaa ctggttcgac aaccgcatca ccatgaccca gcgcatcgag gaaggctcca
    35521 ccaagaagta ttccgacttt acatataaga atgccgaaaa ggccaagacc tacggcctcg
    35581 acatcacggc gcagctgcgt ctacccttcg acctcaccct gcgcggcacc tactcctacg
    35641 tcaacgacga cgagaagctc caaggcaaac gcagctccta catccgcccc cacacggccg
    35701 tgatgcaagc cgaatacaca cgccgcttcg gccgctgccg cgccatcgta ggcctcaacg
    35761 gtcgctggat ggcagccaca gactattggg cctacagcag tagccgcaag agcatgtaca
    35821 agatggagct cgagagccgc atgatctgga agctcaacgc cgcctgcctc ttcccccgcg
    35881 gcatcaccct caatgtgggc atagacaacc tcttcaacgc aagggataag aacatcaact
    35941 acgacgtcta ctccgccacc ctcacccgcg gcacggagtt cgtcgccaac ctctccgtca
    36001 acatcgcgga gctgatcggg aaatgagaat gggcggacac ttgaggtccg ccccccccct
    36061 tacattatat accataccca atgaaaagaa agatttacct gtggatgggg atcgtcgcag
    36121 tcgtcttggc tgcggcgttt tttgcttatt ccaaatggat ggcacccaca cgcgtggcct
    36181 tcgtgaacta tcaggccatc tcgcttggca gcatgtataa agccaacgac aactcgcaca
    36241 tcaaactcgt ggaagtctcc accgacgagc tcgacaagct caaaggcttc gacatggtct
    36301 tcgtcaacgg catgggcctg cgcatcgtcg aggagcagcg cgaacagctg caacgcatag
    36361 ccgacaaggg cacgcccatc tacacctcga tggccacgaa cccagacaac aacatctgca
    36421 acctcgactc cgttgtgcgc gactccatca agacctacct caacggcggc agcaagaaga
    36481 actatcgcag cctgctcaac tacgtccgca aggtgatcga cggcaaacgc ttcttcgtgc
    36541 acgagcctga gccggccgtg gagcgcgccg aggacatcat ctaccacccc aatcccagcg
    36601 gcaacgaccg cgacgacgac ctcgagttcc actccgtagc cgagtatgag gcttggctca
    36661 agaagcaaaa cctctggcac gagggcgcat ataagatcgt cctcaccgga caaatggccg
    36721 accccaccgg cctgatcgaa gggttacaga aagcgggtat gaacgtctat cccatctacg
    36781 cccgcgacaa atggttcgac tacctcaacg ccatcaaccc cgcgatggtg atcaacatgg
    36841 cgcacggtcg cttgggcgac gagatggtcg attggcttcg ggagcacaac gtgacgatgc
    36901 tcgcaccgct caccgtcaat cgcctcgtgg aggactggga gaacgacccg atgggtatgt
    36961 ccggcggctt catgtcgcag agcgtcacca tgcccgagat cgacggcgcc acacgcacca
    37021 cagcactctt cgcgcagtat gaggacaagg acggctaccg ccactccttc gccgtgcccg
    37081 aacgcttaga gacgttcatc gaaaccgtga agcgcttcct cgacctccgc accaagccca
    37141 acagcgagaa gcgcatagcc atctattacc tcaaggggca gggccaaggc gcaaccatga
    37201 cggccggcgg catggaggtg gccccatcgc tctacaactt cctcaagcga ctcaaagacg
    37261 agggctacaa agtggacaac ctgcccgcca accatcgcga gttggagaag atgatcatgc
    37321 agcagggcgc cgtcctcggg gtctacgccg agggcgcgat cgctgagttt atgaagaccg
    37381 gcaacccgga gctgatcaag aaggaagatt atgaagcctg ggtgaagcag gcgctgcgcc
    37441 cggagaaata caaggaagtg gtagacgcca atggcgactt ccccggccaa tacatggcca
    37501 cagcagacgg ccgattaggc gtggcccgac tgcaattcgg caacgtcgta gtaatgccgc
    37561 agaacgccgc cggatcgggc acaaatgcct tcaagatcgt ccacggcaca gacgccgcgc
    37621 cgccccatcc ctacatcgcc tcctacctct ggatgcgctt cgggttcaaa gccgacgcac
    37681 tgatccattt cggtacacac ggcagcctcg agttcacgcc ccgcaagcag gtggcgctct
    37741 ccagcaacga ctggcccgac cgacttgtgg gcccgctacc acacttctac gtctatacca
    37801 tcggcaacgt cggcgagggc atcatcgcca aacgccgctc ctacgccacg ctcacgtcat
    37861 acctcacgcc gcccttcatg gagagtagcg tgcgcggcat gtaccgcgag ctgaccgagg
    37921 cgctgaagat ctacgaccac ctcgccgagg acatcaacga acgccgcgag caaggcaagg
    37981 ctccggacgc tcgtttggag gacgacctga agcgtgccgc agtgaatgtg aaggcggcca
    38041 ccgtgaagct cggcatccat cgcgacctgg agctggatag catcgccggt aagccctatt
    38101 cggaggacga gatccgtcgc gtggagaact tcgccgagga gttggctacg gagaagatca
    38161 ccggacagct ctacacgatg ggcgtaccct atgagccggc tcgcatcaca tcgtccgtct
    38221 tggctatggc caccgacccg atcgcctacg gcatctgggc actcgacaag ctgaagggac
    38281 gcacccacct cgacgccgat cgcgaccgcg tgaagttcac gcaggtctac ttagatccgg
    38341 cgaaggagct tgtgaaccgt ctactcaccc aaccgacgat ggccacggac gagttagtct
    38401 gccgcacggc gaagatcacc cccgaggagc tggccaaggc gcgcgagatc atcgccgacc
    38461 gcaatgcccc gagaggtatg gcggccatga tgatgatgac gggcaataag aagaaaggtg
    38521 gtatgccagc cggtatgccg ggaatgccac cgaaaggcat gggcggtaaa gccgatgcca
    38581 agcctgccgg acatcccggt ggtatgccag gcggtaaagc cgatgccaaa cctgccggac
    38641 atcccggagg catgccgggc ggtaaagctg acgccaagcc tgccggacat cccgggggta
    38701 tgccgggcgg catgatgggt ggcaagaaga agacgtacac gaaggacgaa gtgcatctgg
    38761 ctgacgccat catggaagtg gagcgcacga tcctgaacgt gaacaaatac aagacgtatc
    38821 tcatggagag tcccgagagc gaactgcgca gcaacatgaa cgcattggcg ggcggctacg
    38881 tggctccctc gccgggcggc gatccgattg ccaacccgaa cacactgccc acgggccgca
    38941 acctctactc gatcaatgcc gaggcgacgc cctcggaggc agcttgggag aagggcaagc
    39001 gactggccaa cgccacgatc gacctctacc gcaagcgcca caacaacgag tatccgcgca
    39061 aggtgagcta caccctctgg tcgggcgagt tcatcgaaac ggagggcgct accatcgcac
    39121 agatcctcta catgctcggc gtggagccgg tgcgcgatgc cttcggccgc gtctccgact
    39181 tgcgactaat cccgtcggcc gagttgggtc gcccacgcat cgatgtggtg gtgcagacct
    39241 ccggccagct gcgcgacttg gccgcctcgc gcctcttcct catcaaccgc gccgtggaga
    39301 tggcggctgc ggcgaaggat gacaagttcg acaaccaagt gtccgagggt gtcaccgaat
    39361 cgcaacgcgc actgctggcc aagggtctct cgccgcgtga ggcacaagag atggccacct
    39421 accgcgtctt tggcggtgtc aatggcaact atggcacggg catccaaggc atggtggaga
    39481 gcggcgaccg ctgggagaag gagtccgaga tcgctgagac gtatatccac aacatgggcg
    39541 ccttctacgg cagcgaaaag cagtgggagc tgttccgcca atacgctttc gaggccgcgc
    39601 tgacccgtac cgacgtcgtc gtacagccac gccagagcaa cacgtggggc gcccttagcc
    39661 tcgatcacgt gtacgagttc atgggcggca tgaacctgtc cgtccgccac gtcaccggca
    39721 aggaccccga cgcctatctc agcgactacc gcaaccgcag caatgtgcgt atgcaggagg
    39781 ttaaagaggc catcggcgtg gaggcgcgca cgacgatcct caacccgacg tatatcaagg
    39841 agaaaatgaa gggcgaggcc tcgtcggccg gcgtctttgc ggagaccgtc cgcaacacct
    39901 acgcttggaa cgtgatgaag ccgtccgcca tcgacaacga gctgtgggac gagatcttcg
    39961 acgtctacgt gaaggacaag tacgacctca aggtcgacga gttcttccgc gagcagaacc
    40021 ccgccacgtt agaggagatc acggccgtga tgatggagac gatccgcaag ggcatgtgga
    40081 aagccacgcc ggagcagatc gctgagctgg cccgcgtgca caccgagacg gtgaataagt
    40141 acggcgcagc atgctccggc ttcgtctgcg acaacgccaa gctgaaggac ttcatcgcct
    40201 cgaaggccga cgcctcggcc gccgcccagt acaagcagaa gatcgccgag gcgcgcgaag
    40261 cgaacctctc cgacaaggat gccaagagcg tcgtccttga gaaggacaag cagaacgcca
    40321 tcgacgagac agccgacacc tcgggccgtc gcatgatcct catcgcagcc atcgcgctgg
    40381 tcgtagccat cgccgcgttc ctcatcatcc gcagaaggag gaagaactaa aaacgaaaag
    40441 ctaaaaacga aaagtcctgc cggcaggagg aggggggggc gcacgcgagt tcccctctct
    40501 ctcccgtacc cggcttagct tttagttttt agcttttccc ttttcgatta tggacaacct
    40561 cttcctcctg ctcgccttct tcgctgtggt gaagagcctc ttcatgacca ccctgctgcc
    40621 cgaccggcgc tatcgcatcg cgttcagcgt gctgctcggc gtgttcgtcg tgctctccca
    40681 cccgtacgtc gtcgagctga acaagctgca ggtgcagcgc atgctgtcgg agcgttcggc
    40741 cctgttcgac atctccttag tcgtgatggt cgacagcctg ctgaccgtct acttctgcct
    40801 ggcccgcctg cctggccgcg agcccgggcg gcgcttcgcg tggtacacca ccctcgtgcg
    40861 ccacatgccc tcgctgctcg tcttccccgc ccttttctac ctccacatca acctgctctt
    40921 ctccctgccc ggcgtcgcct tcacgaccgt cacatggggg ctggccgcag cggtagtcgt
    40981 cgtgttcgtg gccgcgtcgc tctttgcccg cagcctcatc ggcggcaagg agctgctcat
    41041 cgagctgatc atgctgctca ccctgttgct cttcctgctg accgtctgca gcgccgtctt
    41101 ccacccctcc aacaccgtca tctcgcacag cgcccccgtc gactggctcg gttgcctcgg
    41161 caccctcggt ctgctccttg ggctcacgct cgtcgggtgg ctgctcgctg cggtgaggcg
    41221 gaggcttcag aagaaatcat agccttcgga tggatagtcg gggcaaggct cccacgaggg
    41281 gcgcctctac ctccatcggt gtaacgatga ctgtgcaaga cggcttgatg gcggcaaagt
    41341 gtgtgaaatg accgtgcaag gcctgcatga cgatttcaca gtgtgtgaaa aggccatgca
    41401 aggcttgcgt gacgatttca cagtgtgtga aatgactgtg caaggcctgc ggatggcggc
    41461 aaagtgtgtg aaacgactgt gcaagacctg cgtgacggtt tcacagtgtg tgaaatgact
    41521 atgcaaggct tgcatgacga tttcacagtg tgtgaaatga ccatgcaagg cttgcgtgac
    41581 ggtttcacag tgtgtgaaac gaccatgcaa ggcctgcaca gtggtgtcac agtgtgtgac
    41641 gcaaccatgc aaggcctgca cagtggtttt atcgttataa ctaccggggt gaagccccat
    41701 aactgcccga gggcgggcac aaggcctgcc cctactatcc cagggcgggc acaaggcccg
    41761 cccctactac cgcgccgcaa ggcgcataac cacccaaggg cgtatgcaat acgcccctac
    41821 attaaacaac aatggaatac gtatcaaaca tcctcttttg gatctccaac gggctgttag
    41881 tccccgttgt cgtaggtctg ctttacttct ttatccgcag catactcatg ctcggcggtt
    41941 tcttcaacca atacctgcgt cgcaccaagc aggcgggccg cctcaagcag cagctcgacg
    42001 cctgggacgg tgcgcacctc gacgccctcc tgcccaccat cgaggcctcg gccgaacgcg
    42061 acttcaccca ggccgtacgc cgcatcgctg ccacgcccga ttcgacccac gtcgaccgca
    42121 tcctggccga gtacgaagtg cgcgccgacg ccgacctgag tcgctgccgc atgctcacca
    42181 agttcggccc catcctcgga ctcatgggca cactcatccc catgggcccc gcgctggccg
    42241 gcctcgccac gggcgacgtc gcctcgatgg cttacaacat gcagatcgcc ttcgccacca
    42301 ccgtcgtcgg actcttcgcc ggcgccgtgg gctacgtcat cctgcaagcc cgccagcgct
    42361 ggttcgtcgc cgacctcgcc tccttagagt tcatcgccgg catgaccgcc caagtctcac
    42421 ccgctaacgc cccacagcca tgagtcgccg ccgcagactg ctctcggcct cgcccgagga
    42481 caacgatccc gtagccatgc tcacgaacct cttcgacgta gccatggtct tcgccgtcgc
    42541 cctgatggtg gcgatggtgg tgaagttcaa catgaccgaa atcttctcca aagaggatta
    42601 cacgatggtc aagaaccccg gcaaggacaa catggagatc atcaccaagg agggccagac
    42661 gatcacccgc tacaaaccct ccgaaaacca aaacgcgacg ggcaagaagg gccgcaaggt
    42721 gggcgtggcc tacgagctgg agaacggcga agtgatctac gtacccgaat agcgcgcggg
    42781 tggttataaa gaaaggcggc gcccgcccgc ttgcgatatg aagcgaggga gcgccgccgg
    42841 gaagaggggg gggaggacag cttttagatg tgggagaggg gaggcgtaac gcgcgcgcag
    42901 ggttacttcg ccttgtactc gtagctaaac gtcacaaagc cgttcttctg ccccgtggcg
    42961 tcggtgaagt ccgtgaactt cagcttagcg taggcgccgt ccttgaactt gacgacgtag
    43021 acgaggttcg acagcttata cgtgtatggc ggcattccac ccgtcggggt gcgcttgagc
    43081 cagccgttga gcggagcatt caggtgcgac tcggcggcaa cagccaccaa cgactcgcgc
    43141 atccgcgaca tgtcggtaat cacgcgcatc ttcaccgtgg tatcgggttt atagccggag
    43201 gtagggatcg tcgtgacctt cgccaggtcc gtttccttcg tcgccacggc ctcggcgttg
    43261 ttcgtcttga tgtcgaagcg gtgaatggcg atgtgccatt taatcttcac gtccgcctcc
    43321 gagcccttgg ccggtgtgcg gctcaccact gtgtcggggt gcatgttttt gaggtatacc
    43381 cactcgctaa agtcgcggtg cacctccgtt tcgcccgtct ccaagttgat gtacgtccag
    43441 ttcgagtagt tcgaggcatc aatcgtcttc gacttcaccg tgttgcccgg cgtcggcttc
    43501 gggttgtcct tatcacaact caccgtcatc atcgtcaggc cgcacgcaaa gagcgcgagc
    43561 atcattaagt ttttcacttt cattgttcat gtatgtttta ggggttaata acgggggcaa
    43621 aagaagagga tcccccaagg ggcgacaatc ccaaaaacgg ggggcgcatg tgataatgat
    43681 caatgattaa ttatcaatga ttacccgaag caggaagcct cgtaggggcg aataatcatt
    43741 cgcccttaca acatcctcac aaccgacgga gattaaaaac actcgtactt gggctttccg
    43801 ccaattggcg gagatcaaaa acacttgtcg gagagatctc cgtaacgtga gttcgatgta
    43861 agcaattcat tcatcgatat agggatggaa ttcccttgca tgatgcttct taagcctact
    43921 taagagcatc tcttaagcat gcttagtgtc atctcttaag catgcttagt gtcatctctt
    43981 aagcatgctt agcagcatct cttaagcagg ctttgcctgt gagcccatta ggaagggtgt
    44041 cttcactggg gtatgaaggg tgccttcact ggggtatgaa gggtgccttc actggggtat
    44101 gaagggtgcc ttcattgggg tatgaagggt gtcttcactg gggtatgaag gatgtcttca
    44161 ttggggtatg aagggtgcct tcacaatgtc ttccccgagg aagggagatg gatttcttac
    44221 gtcgaactca cgttccgtag gggcgtattc cgttcgacgt tacacgccgg atataacaat
    44281 gccgggcaca tgatgggttc ttcccataca tgtacccggc attccttttt ccccttctac
    44341 aggggggggg aggtcttaga agttgatgtt gatccccccc atcaccccaa atcgctgcat
    44401 ggggtaacca taccagaggt cttgccggcg gaagagcagg ttggtgagct tgacgtaagc
    44461 gccaaacgtg tcgttgaggg tgtaagcagt tgtaaaggtc aggtcgtgca ggtcagtcag
    44521 cttgatctca tcgccgtgga agagggtgaa gcgacccgcg cccatgtagt agtctaacgt
    44581 gagcgcaagc ggcgtaatgg ggcgcacggt gaggtctgca ttgacctcga tgccggggcg
    44641 gccgtagggc ttcatgcgat ccagcccatg accagtgagc cacgtgttgc cgtcgccctt
    44701 gcggaagaca ccgcggttgt agacagcctt gacggagaag tcgaccgtct gttggtaggc
    44761 gtacttcagg gccgcaccga ggcgcatcca tgtagcgtcg ggctggaagg cgaagctgta
    44821 gttgccgaag tcgtaaggct gccccaagta gtcggcgggg acgaagaaga gggcgctctt
    44881 gacgacggcg tagcctgcga aggcgtcgaa ccagagaccc ggggtgatgc ccgtgcggat
    44941 gcctaactca gcatcgagcc aagtgcgcga ggggcgcacc ttgagcgcat gatccacgta
    45001 gcgattctgg tcggcgatgg aggcggcgtc gttcatgccg atatggcctt cggcgcgggc
    45061 gtagagcagg gtgcgttcgg ccagcatagc atcgaggcgg atggcggggc cggcgaagaa
    45121 cttggccgaa tcgcccgtga tgagcccaag attgagcccc agacggaggc ggaagcgctc
    45181 gtcggtgtag cggtagtagg gcgtgagggt gatctgggca tggctgcggt atccgttgaa
    45241 gtcgatagcg ctgcgcacgg ccgcggggta ggtgtaatta aagagatgcg cgagagcgtc
    45301 gaggccgaag tagcggtcgt cgatgttggc caagaggttc atgcggagcg tgaagcggtt
    45361 ctcttgcaag ccgtcgatct gcacggtgtg gccgtagcgc tgcacgaagt ggaggtagga
    45421 gaggtcgatg tgataactga agtcggtgct gtccgcggat tgcagtccga ggtaagcatc
    45481 gaaggtttgg ttgcgctggt tgcgatcgcg gtcggcgggg taggaggtgg tgggcgcgag
    45541 gggccacgag ccgaggcggt agatggagtc gagggggaag ccgtagtagt tgaaggtgtt
    45601 gtagcgatag cgtgcaccga tgcggatggt ggcaggggcg aagcggtggg cgtagtgcag
    45661 ggcgccacgc aggtcggtgt atttggcgcg ttgttcgtcg cctccccagt cgttgtattg
    45721 cacgtggccg tgggtggagc ggagggagag ggcggcgttg aggcggtcgg tctcgttgtc
    45781 gatgaagtgg tatccgaggt cgccgtccat gttcaggtgt gtgccgatgc cgtagtggaa
    45841 gtaccctcgg cgcgtgttgt atggtatgtc cgtcatgacg cgtccggagg gcagggtgat
    45901 gatttcgcgg tcggggtcgg tggtggtggt gaagcgagag tattcgattt tatgctgtgg
    45961 cacctgcgga tctttcactt cgggcaggcg gttcactttg tcggcgtctt gcacgccggg
    46021 gtcgtattca cgctctaagg tcagttcgcg gcgcagcttc tcgtccgtgt tttcgcgatc
    46081 gtcttgtgcc ctgagggtgg tgccgcagca gagcagcaga gccgccgccg cgcagatgcg
    46141 tatccgatta tctgttgtca tcattttctt atgtgtgaat aggttgttgg gggcgtatcg
    46201 ttggggcgcg ccctcatgaa tttttgtccg gatcatttca gtactgccag tcgcttgttg
    46261 atcatggcgg tgatgtcgtc cttgttattt cccttgtaat tcttctggag gttggtgagg
    46321 tattggcggg cttggaactt gtcgcctttg cgtgcataga cgtcggagag gaggatgaag
    46381 ccacgcgcca gccagtagct gtggggggtg ccttgctcga tgaagtcgag catctctcgc
    46441 tcggctttat ccgtctcgtt gtggtcgaag tagcgctggg ccagcaggta tttggattcg
    46501 gcgccgtaga ccgtgcgcgt gtccttactc agcgcgacga ggtcagcctg tgccttggcg
    46561 tcttccttca ggtcgatgta tgacttcatg cgcaggaagc gtgcttcggc ctccacctcg
    46621 gggctgagct tggcgttctt cagcagctca tcagccatct tgacggcgtc ggccgacttc
    46681 ttcgtgcggc gggcgcagcg cagggcgcct aatcgggctg cgtcgcgcac atcggcggtg
    46741 gtggcgatgg ctgccagccg cttgaagctc tcgagggctg ccgtgtaatc cttgttgagg
    46801 tattctattt cgcctttacg cgtcagcgct tcttcgccaa acttcgtgtc gccgctgcga
    46861 actacggctt cgtaacgctt catggcttcg tcgtagttct tgttctcata agcgatctgc
    46921 cctaagtagt agttggcgcg cgaactgaag gcgcccttcg ggaattgctt caggtagttg
    46981 cggaggcttt cctcggctac gttctcgccg cggaggaagc gcttctcagc cgcgaagtag
    47041 gtcagtgaat cctgctcgct gacctcgaag cgtgctgcca tatcgcccag cgagcggacg
    47101 taggccgcat aacccgccac atcgtttata tcgacgtata ccgccttgag gtcttgcacg
    47161 gctgtgcgtg cttcttcgct gccggggtag tcggagatga cttttttgta cgctttgatg
    47221 gattgctcgg ggcggttgct gttgaagtag agcagcccaa gctgtagccc ggctttgcga
    47281 gcgagcgtgt tgagtgggaa ttgctgttgc agctgtgtga aggcggctgc ggcgcggtct
    47341 tcattttcta acatgacgta ggcgcgcccc atctcataga gtgcggcggc ggcatggggc
    47401 gactcggggt attcgcgcac tacgcgctcc atgatggtga tcttgccttg gtaattcttc
    47461 tgcaatccga gcaggaatcc cttccgatag agggcataat cgccggcgga gggttgcagg
    47521 gctgcggcgc gggtgtagtt ttcgtcggcg gcttcgaatt gccgagcgtg gaagaggcag
    47581 tcgcccacgc ggttgtaggc gtcggcatag gagacgttcg ccttgtcggg ctccaagctg
    47641 atgtagcggc ggaactcgcc gagggcgtcg ttgtagcgat gttgcttgaa gaggcagtag
    47701 cccaagttgt agtatgccag cggataagcc tcagccgagc ggtcggtggc gttgctgagg
    47761 taagagcggt aatcggctgc ggcgttgctg aagtcgtctt gtcggtagta tgtctcgccg
    47821 cgccagtagt aggcttggct gtaggcgttg gcatcgtaga cgcccggggc gatggcctcg
    47881 tcgaagtggc gaatggcctc ggccggcttg cgccccgtga aggcttctac gcccatgcgg
    47941 aagagtacat tctgcttcgc ggcgaggatc ttccgccccg gccggtggat cttggcgatg
    48001 gattctaatg cggcgtcgta gttcttggtg gtgaggtaga cttcggcgag gtaatcgttc
    48061 acccgatcgg catacttgga gtcggggaag cggttgagga agtcttcgaa gatggtgact
    48121 gactcgccaa agcctgagaa ggatgtttcg tggatcagga gggcgtagtt atacatggcc
    48181 gtctcctgca ccttggggtc gaagttgagt gtagcggcct gctcgaacga catgcgggcg
    48241 cggttgcggt cttctgtctt gaggtagcac tgcccgagga agaggcaggc gttctgcatg
    48301 agctcgtctt cctcgcccac aacctcggca aaggcatcga tggcctcggg atagtcgccg
    48361 cggttgtagc ggcagacgcc aaggatgtag aggtcgccgc ggacgaagga gtcagcctct
    48421 gccacgtatt tgtcgagcat tttaattgcc gtcgcctcgt cgccctcgcg gtaggccaca
    48481 ttgcccagca ggcggtaagc ctcggcgttg ttgcggctgt tggggtaaga ggccaggagg
    48541 gtctttccct cggccttgac gcggtcgtaa cgctcattga tgtagtggat ttgcatcagg
    48601 tagtagagcg actgctcgcg gtatgccggc tcggccttca gtcgctcaaa ggcggcctcg
    48661 gccttctcca tctgcccttc ggaatagttg atgtaagcca ggtaatacga tgccggcacg
    48721 cggtattttc ggcccacctg ctcgatgcgg gcgaagtagt tgcgggccgt gcgcaggtcg
    48781 tgcagttgca gcagggagta ggcgagtcgg taggcataat cctcctgttg ctccgagccg
    48841 agcaggtcga tgtcggccgt gttgaaccag cgtagggcgc cctcgtaatc ctcgtgagcg
    48901 aaataatagg atccgaggcg gaaggcggcc tcgttggcgt ggcgcgagtc ggggtaggtg
    48961 gccaagtagc gctccatgat ggcggcggca tcctctcgcc cctgctctga agcgatgatg
    49021 gctaacataa aatcggcctc ctgcacgcgg tcgcggtcgc gtgaggtggc cttaaactct
    49081 gtcagcttgt ccgagcagcc gggataatta cgcagctcga aaaactcttt tccttcttgg
    49141 aacagcctgt ccggccgctc gaagcggtat gcgcgttgcc cgttggctcc caagcagccc
    49201 gccatcaaac acagcgaaac gacgattttt ttcatattct atttatcctg tttatgccct
    49261 caaaagcctg tcaataggcc tcttttcgat taatgggtgc aaatgtagac gcgaaaatga
    49321 gaaacggaat gcggcatttt ccgcggcaga atggctctgc caatcgcccc gtcggggggc
    49381 ggcgaattgt cggccgagag ggatcggtca tcagcctgaa acttgcacaa aagggcagct
    49441 gcatgggcct ccgcgcctgc tccccttctt tttaggggta aaatcataac ccgcacgccg
    49501 tgcgatttat taaaagaggt gcttttaata acttacatgc tatacattta ttaaaagcgg
    49561 ctcggataat aacccgcacg gcgtgcgact tattaaaagc ggtgctttta ataacttaca
    49621 tgctatacat ttattaaaag cggcgcggat aataacccgc acggcgtgca atttattaaa
    49681 agaggtgctt ttaataactt acacgctatg catttattaa aagcggctcg gataataacc
    49741 cgcacggcgt gcaatttatt aaaagcggtg cctttaataa cttacatgct gtacatttat
    49801 taaaagcagc tcggataata actcgcacgc catgcgggtt attagaaacg gtgcagatca
    49861 taacctgcac gtagcgtaag gcctaagaag cacccccgaa attggggaac ctcgttaata
    49921 gggaaggaga ttcctataaa agacaaaaaa gcactggctg ccagacggtc gcgcccgaag
    49981 gaggagggct atttctctac tttcgccgcc gaaatcctat caaatgaacc attaactgaa
    50041 tatgagaatc ggatatttct tcctgctccc cctcctaatg atgcttgcca gctgcgaaat
    50101 cacctcttcg gacctgttcg aagtggatga aaatgggaaa cgcgtaaaca atagcgatat
    50161 acgcatcggc acctcgctgc tcgacgtcgg catgacggct tacaccctcg acaccgtctg
    50221 cactgaactg attatgaccc ggcagaaaaa tggcgcggtg caaatcacgg gctttcgcaa
    50281 aggcaccgtg atccgcgacg agaacggcac gatcgattcc atcgcttggg actggcggcg
    50341 ccccgaggtg cgctacggtt acgactaccg ctacgtctgg ggcgactacg agtaccgcat
    50401 tctctccctc gaggatcatg gcttcgtgga ggacatggag atctggaagc gcggcaagaa
    50461 tggcgccaag gatcggctct acgcccagct cacttattcg tatgactatg cgggatacat
    50521 cagcgaggtg gagatcccca acctgcaaac aacagttcgc ttcaaatacc actaccgcaa
    50581 caaaacgcgc tatgcgaaca gcatcagcat catcgagatt caccaaaaag acaccacgac
    50641 ttacaccctg aagctggctc cggctaagat tcaaaacacg ggctacgtct gcaacgtcct
    50701 gcgctatgcc ggttcgcccg tgacgaacga gtacatcctt aaccccgatc tctactacct
    50761 cggcatctac ggcacacccg tgaagctcct ccccgacgcc atcatcgagc gcggcctcta
    50821 ccgcgacagc gaaggcgagc tgcatagcgt ctactcgcgc gtgggctccg agtattattt
    50881 ctacgaagac aacgccgtga tggccaagag ccgacgcaag tgaggcggtc tatataaagg
    50941 aagaaaaaga gagccacccc cgcggcctga agggccgccg gacgatagcc ctgggtaaca
    51001 ccctgggttg cggaggtgcg aacgaaattc cagctccctg caaatcagcc cccgctctgc
    51061 tgagggcaga gcgggggctg atttgcaggg tgctgaggtg gaagacgcgc catttgaccc
    51121 agggtgccgc gccgcctgag aggcgtcgct ctaccctggg ctatgatcaa gcgacctttc
    51181 aggccgcacc gggtactcca tttattcgca aatcgttttc gttcaactat agagaaaaaa
    51241 agagagccat ccccgcggaa aggaaggggg cggctctctt tttatctcaa aaaaaaacgg
    51301 gactgcaccg acaaagtgtg cagcccctat ctttcccttt ttaacgtgct agtaaagcga
    51361 ctaaagtctt taccggcacg ggtctttgtg tgggacaaaa gtaacgcgcc ccgaaggggc
    51421 aaatcaaccc agcccaaggc agagcgacgc ctttaggtgg agcggcacct tggggtatgt
    51481 aatgcccgcc ccccgcggcc tgaagggccg ccggacgata gctctgggta acaccctggg
    51541 ttgcggaggt gcgaacgaaa ttccagctcc ctgcaaatca gcccccgctc tgctgagggc
    51601 agagcggggg ctgatttgca gggtgctgag gtggaagacg cgccatttga cccagggtgc
    51661 cgcgccgcct gagaggcgtc gctctaccct gggctatgat caagcgacct ttcaggccgc
    51721 accgggtact ccatttattc gcaaatcgtt ttcgttcaac tatagagaaa aagagagcca
    51781 cccccgcgga aaggaagggg gtggctctct ttttatctat aacaaacgct ctgaacttat
    51841 tccccccgct cctataaatc atccagcagc tcgaacttct tctcgtggac gagcttgacg
    51901 atgagttcgc cgaagaggct gttctggcgg gcgaaccagg cgcgggtgta atgcgtgggg
    51961 tcatccttgt ggaaggattc gtggatgaag cccgtctcgg catcggtgcc gatgagcatg
    52021 cgcaggcagg cggcgatctc ggcgtcgtcg cttgaggtga gggctcggac gaggagggac
    52081 atggggcgaa tcatgtcgta gcccgtgcgc gagctgccga tgccttcgcc ggagttgcca
    52141 cggaagaagt aggggttgtc ttcgctccag acgaagcggc gcgtgttgag gtaaaccggg
    52201 tcgttggggt tcacatcgcc gaggtagggc atggatagga ggccgggcac atcggcgtcg
    52261 tccatcatca ggtagttgcc gaagccgtct acctcgtagg catagatgcg gccgtaggtg
    52321 gggtgctcca cgatggcgtg gtggtgcagc gcctcttcca cctcgttggc cagcgccgcg
    52381 catgcgtcgg ccgtggcgtt gtcgcggttc accttacgca ggatctcggc ggccttgcgc
    52441 agcgaggtaa cggcgaagaa gttcgagggg atgatgaatt gcagcgttga cgggtcgtcc
    52501 gatgggtgga aggcggaggc gatcagtccg gtggggcgca cggggtgcat gccgcggctg
    52561 tcagaggcgg gtgtgttggt cgcggaatca gcgtgatggt aggtgtaggg gccgtgtccg
    52621 tccttgtgtt gctgctcgcg gaaggtgcgg aggataaggc gcatgacctc ctgccatttg
    52681 ccgtcggtga agatgctttt gtcgcccgtc tccttccagt aggcgtaggc caagcgcagg
    52741 cagtggcagg gggagtcgag ctcccaacgg cgtgcgtaga cctcgctgtt ctcggggccg
    52801 tcgctgaagg cgttggcgta ggggtcgatg aggatgcact tgaactggcg gaggatgacg
    52861 ccgcggatca tctgccgcag ctcgtcgtct ttgctggcgt aaggcaggta gggccagacc
    52921 tcagaggcgg agtcgcggag ccacatggcg tggatgtcgc cggtgtagac aaaggtgtcg
    52981 tcgtcgccgt cgatggcgcg gaaatggacg gccgtgtcga gcgtgttggg gaagcagttt
    53041 tcaaacatcc acgccagctt ctcgttcgtg agcgtgcgtt tgatgcgcac gatttctttc
    53101 tctatggctt tcgaggtaaa gagccgctcg gggagggtgg ggcggagcga ttgcgtgtaa
    53161 tccgtgtcgg tgtagacggc ggtgttgtcg cgcgtcatga cgaggtcggc gcgggccggt
    53221 gcgtgacaga ggaagagggt ggccgctgtg gctgcggcaa ggcataaggg gttgcggtgt
    53281 gtcatataaa cgaagaacga aaagtgaaaa gcgaaaggcg ggaggcgtgt gcgggagaga
    53341 tgtacacgcc tccctacagc atgatcagct cctttgttgt gcagcgctga gggcgtgatc
    53401 gaaggcggta tagtaatagg taatgaagcg ttcccattcg gcttgtgcgg ctaaggcttg
    53461 gcaacgcacg gcaatggcac ggcgttcggc gtcggtgtgg cgcataagga tgcgcaaggc
    53521 ctcggcagct ccatcgacta cggcggcgta gttgtcgtcc gtgcggtgga tgacggtcac
    53581 gccctcggtg atgtcgcagc cactgacgac ggtctgtgcc catcgcccga agccggccaa
    53641 gtcggtcgtg atggtgggga tgccgaaggc gacgctctcg agtggcgtgt agccccaagg
    53701 ctcgtaatag gaggggtaga gggtggcgtc catgccgatc aggaggtcgt agtagggcgt
    53761 gttgaagagg ccgtcgcggc cgtctaagta gcagggcacg aagatgatct tcaggcgctc
    53821 gttggcgttg aagccggtct ggaggatgaa gttcgagacg cgatcgttgt ccatgttgtg
    53881 gagccaatgc gtaaggaagg gtgtgggcag cggctcagac gtcggggtgc cttgctcgag
    53941 ggcggctttc aggtcggcgc ggggggcgta gacccaggcg gggatgagca ggaaggcaac
    54001 gaccgtgcgg ggcaggtcgg ccgacgtgcg caggcggttc atggcgtcga tgaagacgtc
    54061 gatgcccttg ttgcgatact catagcggcc gctgatggag acgaggaagg tgtcgtccgt
    54121 gtcgagctgc ttgccgtaga gcgtggaggc tgcgcggagc agtcgttggc gagcgtcggc
    54181 gcgtcgggcg gggtagcagt cgggggtggg gacgaagtcg ggctcgaagc cgttcggggt
    54241 caccacgtct ggcgccttgc tgagcagctg gcgacactct acggccgtga tctcgctgac
    54301 cgtcgtgaag caatcggcga agtgcgccgc ctttttctcc acagagtgct tcgcctcgac
    54361 gtgtagctcg gccgccatgc cgtcgccgtt gtagctctgc atgtggctgt agagcggttt
    54421 gttgttgccg gcgatggagc gcccgatggt ggtggcgtgt gtggtgaaga gggtggcgat
    54481 gcgcggcacg tatttgcgca agtgaaggag gccgaagccg agcatccact cgtcgaagtg
    54541 ggccacgacg cggcgatcgt ctaagtgatg gaagcggtag aagctctcga tgacgcgccc
    54601 gacggcggcg gcgaagacgc acgactcgtc gtagtcgcca taggccttcg aggagtcgac
    54661 gccgaaggat tcccacatct cgtagaagag ttcgtttttg tgattgaaga gctgtcggta
    54721 gtcgacgagc aagacgatgg gtgcaccggg gacgtgccat cggcctatgc gtacgggcag
    54781 accagcagca gtgatggtgc gttgccagtc ggggaagagg gaggcgtctt cgtcgaactc
    54841 ggcgttctgt ccggcgtgac cgaggtcggg gccgacgaag aggatgtggt cggcaaagcg
    54901 ttgttgcagg gtgcgggctt tagttgacag gacggtgtag atgccgccca ctttgttgca
    54961 gacttcccag ctgcattcga agatgtaatc ggggtgtatc attatatgta gggtagttat
    55021 cggcctttgg ccgggtagtt atggggcttc gccccggtag ttataggata gttatcggcc
    55081 ttcggccggg tagttagtag aggcggacct tttcgcggtg atggatgatg agcgtggagg
    55141 gcatttgccg gaggggctcg cggcagacgt cggagatgac gttccaggtg gcgtaaccga
    55201 caagcataaa gtctgcttcg gcaaacgact cgcgggtgag gtcggcctcg ggcagcaggt
    55261 gggcgttctc ggtgtgggct atgaatgact ccaactcacg ggcgacggcg tctggggtgg
    55321 gggaggggtc ggccgatggg cgacgatgga gcagggcggc ggtgccttgg gtggagcgga
    55381 gcaggacttg ggcgtaatgc aaaaggatga gatcatcggt ggagttgatg acgacgagca
    55441 ggtgatcggc gcgggtgaag ccgcgattga cgaagacgcc gacggagcaa cggctgcgct
    55501 cgatgaagta gcgcgtcttg tcgtggatga gtgatccggg cgagagccgt tcttgcaccc
    55561 ggtcgccacc gaaaacggag aagagcgact tgcggatgcg gcgtgcctca atgtcggtcg
    55621 ggaggttgct catggcgaca ccggcgccca ccagtaggaa gtcgaagggc tcatcgttga
    55681 cgatgccgac gatggtgtct ccggcgttgt ctgagacctc gtaacgcatg gccacgtgca
    55741 agttgaggcg tttggcctca cgcacgacgg gctcgaagct gatttgctcg aaactggcgg
    55801 tgtggtgcgg gttgatgtcg gagccgacgg tgaggtggag ggcggtcagg tcgaggcgga
    55861 cgtcgccacg gctgaacatg cggtgggcca cgtcgagcag gacggggcca ctgccggcgc
    55921 ggccgaagga gaggagcacg cggaaggctc ccggatgaac cgcttccata cgccgttgac
    55981 gcaggcgttc gccagcacga aaggcggagt tgatgagtgc cagcagcggc gttgtcataa
    56041 acgtagagac gagcgtcatc agaatcagca tgacaaaaac ggggggcggc aggatgtgca
    56101 tctcgtaacc gatcgtcagg gcgatgagct ccatcagccc gtgcgtattc atgagcgccc
    56161 ctaactggag gctgttcttc caactctcct tctcgagccg tgcggagagg atggcgccac
    56221 cgaatttgcc aagcgtagaa acaagaatga gtccgacgca gacgagccac atctcagccg
    56281 aattgatcag cccgatctct gtgcgcagcc ccgttgagac gaagaagagc ggcaggaaga
    56341 tgatgagcga cacgtcttcc accttctcag tcataatctt gcggaagcgc aggttttcag
    56401 gcatgactaa tccggccacg aaggcgccga agagggcgtg gaggccggct atttcggtga
    56461 ggtaagccga gatgagcagc aagaggaaca tgaacatgac gaggggtttg ccgatcactt
    56521 ccgggttatg gtaaaggttg ccgaccatgc gcagcagcgg cctgacgagg ctgaacatga
    56581 cgagcaggta gatgacggca aagacgatgt tgtagacagc gccaagcatg gtgccggcct
    56641 gcgagatggc tacgacgatg gccagaaggc accatgccgc cacgtcgccg ttagcggccg
    56701 aggccagcgc cacggtgccg aggtgggtgc gcgtcaggcg gcgttcctgg atgatgcgcg
    56761 ccagcacggg gaaggcggtg atgctcatcg ttatggcgat gaagagcgcg aagggcacga
    56821 agggcacctc gcggccgtag tgcccataga tgaggtaggc agctgcgagc ccgcagaaga
    56881 aggtgaggaa catgcaggtg tagctgatca tcaccgtctc gcggagcttc ttgcggatgg
    56941 cgtctaagtc gagctccatg ccgatggtgt acatgaaaaa gatgagtccg aactggctca
    57001 ggaggttgat gttctgtagc gattcggggg gaaagaggaa gtgcgaacat tcgggagcaa
    57061 accgacccaa gacggaaggt ccgagcagga tgccggccag aatctcgccc acgaccatcg
    57121 gctgcccaat gcgtttgaag agcagcccga cgaggcggca ggtgatgagg atgacgatga
    57181 tctgcagcag gagcaggccg aaggaggagc ggatgtgttc ggccacaagg gtgaggaagg
    57241 tgccgaagcc ctccgcaagg ttgcgcggcg catcggcgcg gctggcggcg tcggtcacga
    57301 gctgacggct ctgcccctcg cggatgatga ggtacatcga gacaaaacag gccacgatga
    57361 gcagggcgta aagcaaaaaa cctttggatt tcttcgtcat ggatgtgctg ttaagtgcgc
    57421 gacaaaggta ggccagcaat tggcggtaag ctcccggacg agtgtttttg atctccgcca
    57481 attgtagggg cgtatcgcat acgcccccct cacaacgtcg ccaacggcga tggatgatca
    57541 ttcgacggcc gggtatacgt agggcgtatg cgatacgccc ctacggcctg ccagcggaat
    57601 gtccctgggc gtcggttttt aatcaccgta cccctacgga acgtgagttc gatgtggggc
    57661 aattcattcg ccgatatagg gatggacgcc cttgcacgta ctctgcaccg agagcctatc
    57721 tatctgaatg gaagaatgtt acctgtaatg taaaaggaaa taggtaacga ttaggtaatg
    57781 agctaagtgc tttgacttgc tttgtttatg tataacagag aacacttgct tttcgacggc
    57841 aaagatagtt ttccctcgtg agagtgttgc cgttttgctg cgatcttcat atgtgtggaa
    57901 ctctacaatc ttctctcggt tgctctttgg ataccctttt cgtagccaac aaaagcatgg
    57961 gcaaacagcc ttttcctcat agtcgtagcg gaaaaatatc gtgaaacggc aaggttgatc
    58021 atccctattt tccccccccc cccccgtaat gtattgataa tacggttatt acctccttca
    58081 tacgggatgc ctctcttttc aaatcatgcg ctctcttttt ctctgcagtc tcatacccct
    58141 cttcatgtgt cacggtgcac gtccc
//
LOCUS       SEQF3106|MIQD01000007.154781 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..54781
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(8..1261)
                     /gene="lolE_2"
                     /locus_tag="SEQF3106_00347"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P75958"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoprotein-releasing system transmembrane
                     protein LolE"
                     /translation="MNLELFIARRIHFTGGADNRKKRVTPPAVRIAVAGIAIGVAIMI
                     LSVAIVVGFKQEVRSKVIGFGSHIQITNFDSNSSYETVPIHVSDSLRRILSAIPGVRH
                     VEAFATKPGLLKTDSDFQGIVLKGVDADYDWTFFRKHLKEGQVFTVTPGRMTTDVLIS
                     RHLANLLRLRCGDSFLAYFVQDDVKARKFRISGIYDTGFSDYDRLFILTDIAQIRSLN
                     EWPPNAVSGLELLVDDYDRLDETSERVNDLLINRHDSAGNTYYVRSIRELNPIIFNWL
                     DLLDLNVAVILILMMAVSGFTMISGLLIIILERTNMIGILKALGQPNRSLRRVFLYVS
                     AFLIGRGMLWGNVIGLVLCWVQWQFHLLSLDPAIYYLDAVPIRLTFWSWLLINVGALT
                     ISLLMMLAPSYLITKINPARTIRFE"
     CDS             complement(1310..2491)
                     /gene="aspC"
                     /locus_tag="SEQF3106_00348"
                     /EC_number="2.6.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X0Y2"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate aminotransferase"
                     /translation="MKMPESPIRKLVPMANEAKARGIKVYHLNIGQPDIPTPDVGLEA
                     LRRIDRKVLSYSPSDGLLSLREKMAEYYSRVGIDVAPDEIFITTGASEAVLFSFLACL
                     DPGDEILIPEPAYANYMSMALTCGATVKTVPSSIDNGFALPSIDRFEEAITPRTKAVL
                     LCNPNNPTGYVYTREELGHIRDLVRRHDLFLFSDEVYREFRYTDTPYVSSFHLEGIEQ
                     NVIMYDSMSKRYSECGIRIGAIVTRNHHIRKSVMKWGQARLSPPLLGQIVAEASIDAP
                     ESYLRGVYDEYLQRRNFLVERLNKIPGCYSPMPMGAFYTVAKLPVDDADKFCAWCLSD
                     FSHEGQTVMMAPASGFYVTPGYGRNEVRIAYVLERAELARALDVLEVALQAYREGWSK
                     R"
     CDS             2908..4020
                     /gene="resA_1"
                     /locus_tag="SEQF3106_00349"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81SZ9"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiol-disulfide oxidoreductase ResA"
                     /translation="MKRFFLYAAVAAVCVSCGGKKAGYTIDGKIAEGHADLEGKYVYL
                     IPYGSDGAAIDSALIEKDAFKLQGEPKADGLYTLYVKGGEDEMMSRFGEAPFSTVFVL
                     EKGEMQAVLDSFSYVTGTAENDAFKEIRAMLDDTKKSYMGLIEALKAGDEAAKKKASE
                     LEENMMTKIKAYLEAHPNKLTTAKLLSDYHFELDEQLQDAVLAKADSAFMNVPGVKEV
                     AEHLKMMKKVAIGQKFTDFEMADMKGDMHKLSDYVGKGNVTLVDFWASWCGPCMREMP
                     NLKKTYEAYHKKGFEVVGISLDSNKEDWEAAVKDKQLNWIHLSDLGGWQSAGAALYGV
                     RSIPNTYLLDKDGTIVGHNLSGEELDKKLEELLAEK"
     CDS             4138..5514
                     /gene="pepP"
                     /locus_tag="SEQF3106_00350"
                     /EC_number="3.4.11.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15034"
                     /codon_start=1
                     /transl_table=11
                     /product="Xaa-Pro aminopeptidase"
                     /translation="MFKRETYVQRRDALKKAVGTGLLLFMGNDEAGCNFEDNLYPYRQ
                     DSTFLYYFGLPYAGLMAVIDIDENREIIFGDELTIDAIVWMGVQPTLHEKSEAAGIKD
                     VRPLAELKAYLEAAVRKGQPVRYLPTYRPEHRIKLLSLLGLMPGTEQPSVEFIKAVVN
                     MRNHKTDEEIAEIDKACNVTADMHLRAHEMVQPGRRECEVAAAVQEVAAAHNYMLSFP
                     TIATVHGETLHNHDHSNVIRSGQLFLLDAGAETEMGYAGDMSSTIPVDKKFTPRQKEM
                     FEIQMASHEAAVKALRPGIRFEEVYDLSAEVIVEGMKGAGLMKGDAKEAVKAGAHALF
                     FPHGLGHMMGMDVHDMENLGEAYVGYGDQPKSKQFGRKSLRLARELEPGFVLTIEPGI
                     YFIPQLIDMWHAEKRFADFINYDKVVTYKDFGGIRNEEDYLITADGARLLGKKFLCHA
                     DELEKRRG"
     CDS             complement(5946..7988)
                     /locus_tag="SEQF3106_00351"
                     /EC_number="3.4.21.26"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q06903"
                     /codon_start=1
                     /transl_table=11
                     /product="Prolyl endopeptidase"
                     /translation="MLFVGTAGRAQVDFRPPATPQHAVKDTIHNVIFTDPYRWLEDKD
                     APEVVAWSKAQHDYGIEYLQKTQKVHPGLRERLAAYIDRDYEGPLTQIGKRVFQTVKK
                     KGDKQYKIYTVIDGKRILIWDPVAIDPSGKTSTSGVAYTYDGNRAAISAQKSGAEIST
                     TYFIDTRTGKQIAKPIDNTFRFHWTKDQKHAYVTFRSPKDVAAQRPLKTYLWEFGTPA
                     SKAREIGTTDDAKNSFYIYDNRYADVTIYGESDFYSNKAYLRRTGTNEKGRLIYESKE
                     FNAYPEAIGDKLYMFTNDNAPNFRLMTADVAQPEYKDWRVLIPEGETVMQSCVVTKHN
                     IIVQDKKDIQSRLTLYDLDGKRIREIELPEQGNVGGISYDRELDSVYMTLNTFTTMPK
                     TFVASPKDFKWRLYFARETPIDMSDIEAQIVFYPSKDSTRIPAFIYHKKGLKMDGNNP
                     VLIDGYGGFNSGIDPAYAGFYMSLLERGVVVVEAGIRGGDEYGEGWHRDGMLDKKQNT
                     FDDFNSCAEWLIREKYTNPTRIAAKGGSNGGLLMGAIATQRPDLYKAIVCQVPLLDML
                     RYHRFLIARYWIPEYGSADDPEQFRWLFPYSPYHNIRTGVNLPTMLVTTGANDSRVDP
                     LHAKKFVAALQNNPGQLNPVILHIDYDSGHGSGQSTEQSIDNWSFIFEFILNQLGL"
     CDS             8343..9656
                     /gene="tuaD"
                     /locus_tag="SEQF3106_00352"
                     /EC_number="1.1.1.22"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O32271"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-glucose 6-dehydrogenase TuaD"
                     /translation="MKIAIVGTGYVGLVTGTCFAEMGVEVYCVDIDRRKIENLKRGIV
                     PIYEPGLEEMVIRNYEVGRLHFTTELTDVLGQVEIVFSAVGTPPDEDGSADLQYVLDV
                     ARTIGRAMNKYLLVVTKSTVPVGTSRKIRQTISDELARRGVQIDFDIASNPEFLKEGA
                     AVKDFMHPDRIVVGVESDRAKRLMEKLYHPFMLNNFRIIYMDIPSAEMTKYAANAMLA
                     TRISFMNDMANLCEIIGADVNMVRKGIGADTRIGSSFLYAGCGYGGSCFPKDVKALIS
                     TASEHGYPMRILQAVEDVNEQQKTLLFRKLEAHFGGQLAGRKVAMWGLAFKPETDDMR
                     EAPSLVLIDLLLDAGCQVMAYDPVAIPEARRRIGERIAYAKNIYETVEGADVLMIVTE
                     WKEFRLPAWARIRSLMKTPLILDGRNIYNIAEIEEAGFTYHCIGR"
     CDS             9682..10143
                     /gene="nlpE"
                     /locus_tag="SEQF3106_00353"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P40710"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoprotein NlpE"
                     /translation="MKKNLLFCGMTAALMLGIASCNSAGKGDDKAETSDDSTEAVVET
                     QPEAAAFDKAGVYTGVLPCADCSGIETTLELRADGTYRLIEVYRDKKDGRFESSGKYE
                     WDAANACISLGEGEELTSYIVEGDHLVMLDKDGHRITGELADHYVLTKKAE"
     CDS             complement(10942..14397)
                     /locus_tag="SEQF3106_00354"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRILSAICCAIILWATAATNVRADAAAGRYARSSALAEGRWVK
                     IRVPDDGIYKLTYAELRAMGFADPAKVSVHGYGGWILDEDFSRNTYIDDLPATPIYRA
                     TDYILFYGRGPVKWSYDSKSGLFSHENNPYAMHGYYFVTDATPTVDMGTTASSTNATR
                     ETNTFDEHLLHEVDREFLQKLGQTGSGRELFGESFASTLSQVFPFSVPGITADEGRVT
                     LRFVAYTGVTGAGNVTLSIDGTQLLNGTIPANNRTYTKACEYVGTGTWSGTKSEAPKV
                     TVTYNKAAAANSFLDYIRLQARRRLQSYGKGYTLFRDGGSMRRSTRFVVSGATSQMLV
                     FDVTNPQRVSRMQTHIDGAQLSFSIPASGDSLREFALVDPSKSFPTPETVGPVATQNL
                     HALPQTDMVILAPPTFLSEAERLAMKHRTKRDSISVVVVTPEQVYNEFSSGTPEATAI
                     RRFMKMFYDRRTSAADAPKYLLLFGDGAHDNRQLSSAWKAIDMKNFLLTYQTRFSLGG
                     DWEIDGEMHETYVTDDYFGFLDDGEGARIGTCHLRLGIGRFPVRTLSQARAAVNKVIS
                     YIDNPSYGAWKNNLCFIGDDGNASDSYRTDHMDNAYVLAKSVEQSHPEYIAHKILFDA
                     YKKSSSGGGGTGAYPDVVTAIRNLQREGTMLINYSGHGNAQTLSDEHVITQSMIQQYT
                     YTHLPLWITASCDFTPFDHTVTSAGEDVFLNEKSGGIGLITTSRVAYAGPNFRFNELL
                     MKYLFNRRNGRRPTIGEVLMDTKNDYAQYYTRCFVLIGDPALTLAFPSYTIRVTEING
                     QPVTNQSVNFRALDRVTIKGEVLGTDSAVMTDFNGTLTAVVLDSEKEITTLDNNRVGK
                     YTYIDYPNTIHRGNTAVTGGRFTLSFIVPADISYSKRNGKMSLYAYDATKGREANGAF
                     RRYTVGGTATHIERDTIGPEIRQLYLNDSTWRDGDDTNETPFFVARLWDKSGVNITGS
                     SIGHDITLKIDNNPTLTYSLNSYYTDRPETAGEGIVRFSIPRLAAGLHTAEFKAWDIF
                     NNSTTRTFTFRVVEGLKPFITELRAGPVPARDRVTFYLSHNRPESRMEVTIQVYDMTG
                     RLQWQHTENGSSELFRAYTVSWDLTSGSGARLRPGVYIYRAAIRTAGSSEATRAQKMV
                     ILRPQ"
     CDS             14464..14961
                     /locus_tag="SEQF3106_00355"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDACGSSRKSHGKCRGVCGSSRKSRGKCFGVCGSSRKSHGKCFG
                     VCGSPAMLWRLRESRKSHGKRFGVCGNPAKPKKQFFPVAGSPQSPKSSFSPLRDSRKA
                     QKAVFPRCGIPAKPKKQFFLVAGIPQASKSSFSSLRESRKHFQKWIWPLQARCKPYEG
                     LFYRI"
     CDS             complement(14949..15563)
                     /gene="hpcE"
                     /locus_tag="SEQF3106_00356"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37352"
                     /codon_start=1
                     /transl_table=11
                     /product="Homoprotocatechuate catabolism bifunctional
                     isomerase/decarboxylase"
                     /translation="MKILAVGMNYADHNKELHHSFDSPEPAIFMKADSVLKDGKPFYL
                     PDFSNEVHHEAEIVIKINRLGKNIDERFAARYYEEVTVGIDFTARDRQRELRAKGLPW
                     ELCKAFDNAAAVGRFVPLSEVGGDIGCLTFRLDRNGRTVQQGHTADMLFPVDRIVAFV
                     SRFFTLRMGDLIYTGTPAGVGPVAIGDHLEGFIGDKRLLDFYIR"
     CDS             complement(15560..16207)
                     /gene="rex"
                     /locus_tag="SEQF3106_00357"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O05521"
                     /codon_start=1
                     /transl_table=11
                     /product="Redox-sensing transcriptional repressor Rex"
                     /translation="MIPEDAHTHVPEPTLRRLPWYLAYLKLLRGCGETVVSSTRISEE
                     IGVAPGQVAKDLSYVNISGKTRVGYEVDALIGILDDFLGFTCAHRALLFGVGQLGAAL
                     MRDAGLGQYGLNIIAGFDVRPELIGSTIGGIPIFHIDELPQRIHTQNATIAILTVPVE
                     VAQRVTDLVLACGIRALWNFTPFRIRVPQGIVVQNTSIYSNLAVMFNRMNLLSQP"
     CDS             complement(16204..17376)
                     /locus_tag="SEQF3106_00358"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METAPLTTAFDDIRPLNDSEVPQAINELIASDGLWNALRYIAPE
                     ATNREALTERMRACQTKAQFQSTIGYETVMNIARRTTFSLTLSGRSRLPKGNTPCTFI
                     SNHRDIVLDAAFLNVLLFDAGHGMTQIAIGDNLLIQPWIRLLVRLNNSFIVKRNVSAR
                     QLLENSRTLSAYIRHTLCQTHESLWIAQREGRAKDSNDHTQTSVLKMLCMAGPTDNLM
                     ANLMELNIVPIAISYEYDPCDYLKAREFQLKRDNPDYTKTERDDLLSMETGIMGNKGR
                     VHFAIGSPLNDTLRTLDPAMPRNELFAAVATAIDRDIYAHYRFYPGNHVAYDLLHRTL
                     RFRMNYDLRDKTRFEAYLQSRIDRIDLPGKDEAYLRTKLLEMYANPLKNHWDTKSE"
     CDS             complement(17440..18435)
                     /gene="ddlA"
                     /locus_tag="SEQF3106_00359"
                     /EC_number="6.3.2.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A1F0"
                     /codon_start=1
                     /transl_table=11
                     /product="D-alanine--D-alanine ligase A"
                     /translation="MKRTIALVAGGYSGEYEVSLKSADGLYSFIDKTRYDIHRVLLTH
                     DEWSVLLADGTRVPIDRNDFSYHHPDGRHIHFDFAYITIHGTPGEDGRLQGYFDMLSI
                     PYSTCGALASALTFNKYTCTQFLRSQGVRVSDAIRLRRGDAVYADEVVNTLSLPVFVK
                     PNAGGSSLGTTKVKEATQIDEAVRRAFACDDEVIIERFVSGTEVTCGCYKAQADMTLL
                     PVTEVVTGNDFFDFDAKYNGQVSEITPARISAGMTQKIQDETRAIYYLIGAKGIIRVD
                     FIIPSDGSEPVMLEINTTPGMTETSFIPQQIRAAGLCITDVLTEIIENELQSDSL"
     CDS             complement(18451..19548)
                     /gene="rluD_1"
                     /locus_tag="SEQF3106_00360"
                     /EC_number="5.4.99.23"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P33643"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal large subunit pseudouridine synthase
                     D"
                     /translation="MTPQTDTTDRWPMTLDQALADGLFSEEETDNEEALYEHFRFTAD
                     PNQSLLRIDKFLTDRMTHTSRNRIQLAAEAGWVRVDGQPVKSNYRVKPGDIVTIVMTR
                     PRHEFEILPEDIPLDIVYEDPDLLVVNKPAGLVVHPGFGNYTGTLVNALAFHLRNLPG
                     YDPNDPRLGLVHRIDKDTSGLLVVAKNVDAKTRLSRQFFDKTTSRRYLALSWGIPKED
                     EGRIEGNIGRDIHDRLRMAVYPAGSEEGKPAITHYRVAERLGYVSLLQCELETGRTHQ
                     IRAHMSHIGHPIFNDTRYGGDHILKGRPTGSYRQFVLNAFALCPRQALHAETLGFIHP
                     TTGRELFFSAPLPSDMQALVDKWRDYCLSNT"
     CDS             complement(19545..20204)
                     /locus_tag="SEQF3106_00361"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKKKDIDDLREWFMRLPVVVHIFLAAVALWLLSLIALGALDTY
                     TRHGQAIIVPNVKGKTPEEAHHEIRKKGLRYTVIDSIYSKNVAPGAIVEVIPAIGSKV
                     KKDRILYLTINARTAQMAVVPDVKDLSMRQAYALLQSHGFTSIDVLYVSGSYRDLALG
                     VQVRGKVIKPGERVPIAAKIVLRVSDGGEGGTDSTFWSPRPEREWTPVDDDESDDDDE
                     E"
     CDS             complement(20312..20467)
                     /gene="rpmH"
                     /locus_tag="SEQF3106_00362"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9RSH2"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L34"
                     /translation="MKRTFQPSNRKRKNKHGFRLRMSTANGRRVLAARRAKGRKKLSV
                     SDEYPKA"
     CDS             complement(21181..24276)
                     /locus_tag="SEQF3106_00363"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTKKNYSKPLLALLLLAAGLAGAMRPQRVAAQSQPIPGSSLSW
                     EYDAATHSLTITNPTPSTPQPIPNFNFPDEQPWKAYRGGIQKVTIGAGVNHVGKYAFT
                     NCEKLTSVTLPAGLKEIEKNAFGGCEKLESITLPKGLQTIGNFAFYKCAALASISIPN
                     SVTAIADGAFTECTALKSVTLPNSLTTIGKYAFSDCSALTSITLPEGIQTIGEAAFYN
                     CAALASISIPNSVTAIADGVFASCAALKSVTIPNGVTAIGKRAFAGCKALTTVTLPDG
                     LQTIGQNAFLDCAALASISIPKSVTTIADGAFNGCEALTSVTLPNEVTTIGKRAFAGC
                     KALTTVTLSAKLTTIGENAFYGCEKLTSITIPKSVTTIGKQAFAGCKALASITIPNGV
                     TAIADRVFAGCKALTTVTLPDGLQTIGQNAFLDCAALASISIPNSVTTIGNEAFSRCT
                     ALKDVTVFWETPIPTYAEVFNHLTVEEIRLHVPEGKIGAYKAANVWQDFIVMADRGDL
                     AGGLKWQMDATYTLTIINPTPGSPKPMPDFNNWDEQPWESFRSEIQAVTIGDGVSAVG
                     KCAFTGCNKLTSVTLPKSVTTIREGAFAGCDKMTHVTLPADAKLDTIGKDAFIRCTAL
                     TSISLPKSTTTIEDRAFNLCEALTSVTLPADGKLQTIGMNAFGGCVKLKRITIPHSVT
                     KIEGSAFNSCKALTSVTLPDNAQFTKIESDAFQYCKALERITIPNHVDKIKTDAFNGC
                     TALASVTLPKSVTEIEVSAFEDCKALKDLTVAWTDTASIPNISPYVFQYTPPATVKLS
                     DIRLHVPHGTVAAYQSKDVWKEFTIVEQPLPPTPTPTPTPTPTPTPEPTPKPLPEKKI
                     SSITLNSSSRVINGEASFRITATINPGDATNKFLSWHSSDEKVATVKVIPTAEKRSGS
                     SLRAYAHPTVETAEVTIVGKGQAEIIVKALDGSGVQAVCSVDVRSTVGNALLPAARIY
                     AAGGRVYLTLPQATSVRIYTASGTLQHTMHAPAGTSSVALPEGVYVVKAGARTEKVFV
                     N"
     CDS             25379..26848
                     /locus_tag="SEQF3106_00364"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIPSITPATPRAYAACSHILLLLIPLLLTPLTAAAQYAYPTPA
                     APDTIAVSAYGLHTAADSMNPTRDKHLHTIFDHDAMRIGFAPTLFFAASALTWNEREH
                     IRRIRNRYVPGFRNTFDNYLQYAPAVATYGLKISGVKGRNKLPRTLLSHATSLVIMGA
                     LVNSIKYTARVERPDVSRRNSFPSGHTAVAFTNATFMHKEYGDVNPIYSVAGYSSATF
                     VALGRSLNNRHWLPDILAGAGIGILSTQLGYFFIDKIYKNRGDNLSLFSRFESSGTPS
                     FLAIKLGSARSAHNLLIYPGADVDAYTHPGLEAGFEGAWFLGHHWGVGGECAFVTFPV
                     DPSAPMWVDAAHPERGHMRLQAQSVGTVNMSLGPYYAITPAERWVMMAKVNAGLAFAA
                     KGTVTPEPERDASGLDRELSLYTYEPRTAWIAGTGASVTYLFREGLGVTLYGDYHYSR
                     PVVHLTFADPEHPDERIRTASDLRTFDYLSVGLRLTAFF"
     tRNA            26907..26990
                     /locus_tag="SEQF3106_00365"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Leu(tag)"
     CDS             complement(27074..27802)
                     /locus_tag="SEQF3106_00366"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O24970"
                     /codon_start=1
                     /transl_table=11
                     /product="putative transcriptional regulatory protein"
                     /translation="MGRAFEFRKARKFKRWGNMARVFTKLGKEITIAVKAGGPDPDNN
                     PRLRVLMQTAKKENMPKDNVDRAIKRASSKDYTDYKEMNYEGYGPYGIAIFVETATDN
                     TTRTVGNVRSYFNKAGGSLGTSGSLEFLFEHKCVFHILRKDGMSLDDLELELIDYGVD
                     ELDEDEGEVILYGDFAQNAAIQKYLEENGYEITASEFVRIPNDVKDVTPEQRETIDKL
                     IERLEEDEDVQNVFHNMKESEEEE"
     CDS             complement(27837..30296)
                     /gene="pheT"
                     /locus_tag="SEQF3106_00367"
                     /EC_number="6.1.1.20"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5LC76"
                     /codon_start=1
                     /transl_table=11
                     /product="Phenylalanine--tRNA ligase beta subunit"
                     /translation="MNISYNWLKDYLPFHLTPDEVAAALTSIGLETGSVETVQSVRGG
                     LAGLVTGRVLTCTAHPNSDHLHLTTVDVGGAEPLRIVCGAPNVAAGQMVVVATIGTKL
                     YDGDKEFVIKKSKIRGEESFGMICAEDEIGVGASHDGIIVLPDDTPVGLPAAEYYKVE
                     TDHVLEVDITPNRVDATSHFGVARDLAAYLQQQGTPAALQRPSIEGFSIDDPSGSAIT
                     VEAIDEVACLRYSGLTIRGVTVRESPEWLRRRLVTIGLRPINNVVDVTNYVLHELGQP
                     LHAFDAAKIAGNRILVRTMPAGTPFTTLDGVERTLTADDLMICDAEKPMCIGGVFGGL
                     DSGVTEQTTDVFLESACFHPTWIRRTARRFGLSTDASFRFERGLDPNGTIDVLKRAAL
                     LIREVAGGRITGEIQDVYPHKVEPYAVDITYQKINETIGQAIPKETVKSILRSLEIAI
                     AHETPEGLALRVPVYRIDVRRDVDVIEDILRIYGYNNVAIGDRLQSTLSYRTPTDRSY
                     RMETLIAEQLCGAGFHEIMNNSLTRRAYYEGLTTLPAERCVTLMNPLSADLNVMRQTL
                     LFGGLQSVAYNVNHKQKDLRFFEFGNCYTHRNAEGDAPLAGYEEEYRLGLWMSGLRTE
                     NSWLHADEQTSVYELKVHVDNILQRLGIDERKVKRETFTNELFTAGMTLTTAAGRTLA
                     TLGTVNRKLLKQMDIDAEVCFAELSWTALMKETRRAVTTFQEIPKYPEVRRDLALLID
                     KAVTFAQIEQTATETERKLLRRVALFDVYEGKNLPAGKKSYAVSFYLQDAERTLTDRR
                     IDDLMAKLRHNLETRLGAQLR"
     CDS             30627..31058
                     /locus_tag="SEQF3106_00368"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRTYQSLRASCLIGAIAALLCTACSKDTTADRLKGKWQLQTVE
                     AEGVRHRVDTVWYNFQSESLFMYQIYQPAARRYVYTYGYKTQPDDRTLRLQLANYTIK
                     VKDFLPLTDWPSGVRTFRVEHVDGRQLRLESDGRRYVFRRY"
     CDS             31417..32043
                     /locus_tag="SEQF3106_00369"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYTPYGRLTQVGFGLYTPYGWLTQMGFGMYTPYGQLNPSGFWTV
                     YAVWTANPNGFWDVYAVYSPKQTLFQSLYNVYILKQSLFLSLYNVYSPKQSLFQSSYK
                     VYSPKQSLFLSSYKVYSPKQSLFLGLYHVYNQKQSLFLSSYKVYSPKQSLFQSSYNVY
                     SPKQSLFLSLYNVYSQKQTKEAYPAMNHIAKRTTDASLAMRPTAIRDP"
     CDS             complement(32092..32862)
                     /gene="cdaA"
                     /locus_tag="SEQF3106_00370"
                     /EC_number="2.7.7.85"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q45589"
                     /codon_start=1
                     /transl_table=11
                     /product="Cyclic di-AMP synthase CdaA"
                     /translation="MFITFGIKDALDVLLVAFFTYQIYKLMKSSGTLTVFSGIVSVVI
                     VWVIVSQVLEMRLMGAILDRVISVGFIVLVVLFQDEIRRFLVTLGSNPGWRFVAKLFS
                     RRHSGTEQEDYIAPVVLACMNMARKKTGALIVIRQEMDLSAYAQTGEMFTADVNARLI
                     ENIFFKNSPLHDGAMIIAGGHIVAAGCILPVAKNVSLPKEMGLRHRSGLGMSKETDAI
                     VIIVSEERGTICVAHNGRIAADVSSEDLRQILSGEREV"
     CDS             complement(32983..33831)
                     /gene="folP"
                     /locus_tag="SEQF3106_00371"
                     /EC_number="2.5.1.15"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AC13"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydropteroate synthase"
                     /translation="MNRKTINLKGTLRSLDEPIVMGILNATPDSFYAGSRQQSEADVV
                     KRIETIISEGGALIDVGGYSSRPDAADVSEADEWARLEPVLSRLQRDYPQVPVSVDTF
                     RSAIARRAVEEYGVAMINDISGGSLDEGMYATIATLGVPYVLMHMRGTPRTMQQQTDY
                     DDVVEAVMMYFASELRTLRRLGVIDVILDPGFGFAKTLDQNYTLMRALSEFEARFEEP
                     LLVGISRKSMIYRLLGGTPDDSLNGTTVLHTYALMHGANILRVHDVRAAVEAVRITRR
                     LLPNDQ"
     CDS             complement(33890..36046)
                     /gene="feoB"
                     /locus_tag="SEQF3106_00372"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P33650"
                     /codon_start=1
                     /transl_table=11
                     /product="Fe(2+) transporter FeoB"
                     /translation="MNPSTNTTSLCANCPKAAGHGLERRGDRASGERFVVALAGNPNT
                     GKSTVFNALTGLKQHTGNWPGKTVGKAEGFFGFRDNMYRIVDLPGTYSLASTSEDEEI
                     ARDFILFGHPDVTVMVADATRLERNMNLILQVLQITDRAVLCVNLLDEAERNHIHIDL
                     NALSRRLGIPVAGCSARSGKGIDQLLELVHEVATGAYVCHPHRATNLPPATADRIRVL
                     TEAVAHAHPDLSNAEWIAFRLIEQDPSVRQRFGNDALNALAENIHLQISNNFHDQWME
                     DIYAQAEAICRDVVTQGNRRGRLPMDVRLDRILTHRVWGFPIMVALLAGVFWLTIIGS
                     NYPSSWLSDLLVGLAHPALRSLFVSLGAPAWVTGLFVDGVYLSTAWVVSVMLPPMAIF
                     FPLFTLLEDFGYLPRVAFNLDELFRRAGAHGKQALTMSMGFGCNAAGVVSTRIIDSTR
                     ERLIAIITNNFSLCNGRWPTQILLATLFVGAAVPARYSGLASLVAVMAVVLLGIALMF
                     ASSWMLSRTLLRGEVSTFHLELPPYRPPRFWSTIYTSIIDRTLIVLWRAVVFAAPAGA
                     VIWLCCNLTVGGMSIAEHLIGWLNTPGWIMGLNGVILLAYILAIPANEIVMPTVLMLT
                     LLVLGQSDAGAAGVLMEGGDMETKRILLAGGWNLLTAVCLMLFCLLHHPCSTTIYTIY
                     KETHSAKWTALSVALPLALGIVVTSLVAFIWRITIG"
     CDS             complement(36054..37019)
                     /gene="ideR"
                     /locus_tag="SEQF3106_00373"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WMH1"
                     /codon_start=1
                     /transl_table=11
                     /product="Iron-dependent repressor IdeR"
                     /translation="MKRDKSHIARILATLRGRDRRQEQEAEEDLLKAIYEQGGSLAAD
                     EVSHVDGDRTAAAVGRLVLRGELTAGECLQLTDTGREHALRIVRAHRIYEQYLAEHSG
                     YAPAEWHERADHMEHRISDAEQERIVSLLRNPLFDPHGDPIPTRSLEVADRGDDSPTL
                     RPRSWWRITHVEDDNRALFTEIADRGLTKDSVIFITDLTTCTFAFRYEGECFTLPMVA
                     LGAINMEPITDDEVRRCPDANARRLTRLHMGETARIVGLSPSCRGALRRRLLDLGFVR
                     GSTVGIDLVSPMGNPVAYAVRGTDIALRHDQARYILIESAQSSPQ"
     CDS             37162..37398
                     /locus_tag="SEQF3106_00374"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEYTYPEKNNADHVAEPVVEYETDTLIDEEDVAPYLRDKTVEE
                     LVQRVIKRREAWLRGEVRCYTMEEAQRIAAEWEK"
     CDS             37661..37918
                     /locus_tag="SEQF3106_00375"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVMQNGSQKDVIEKQIKIPMTNEYSPDDPIDGIAPFLRDTPIED
                     LIQEVIESREAWLRGDRSGYTMEEAQRIAAEWGKKEPIEGR"
     CDS             37992..38186
                     /locus_tag="SEQF3106_00376"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNEYSPDDPIDGIAPSLRDKTVEELVQELIESRESWLRGERTY
                     STEEIQRMMAERMAKDNPNS"
     CDS             38209..39660
                     /gene="gnd"
                     /locus_tag="SEQF3106_00377"
                     /EC_number="1.1.1.44"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P70718"
                     /codon_start=1
                     /transl_table=11
                     /product="6-phosphogluconate dehydrogenase,
                     decarboxylating"
                     /translation="MKELADIGLIGLAVMGENLVLNMESKGYTVAVYNRTTEKVDRFV
                     GGRGRGKKFIATHSVEELCRSIRRPRKVMMLVKAGPAVDELIEQLIPHLEPGDVIIDG
                     GNTHFPDTIRRTRYVESKGLLYIGTGVSGGEEGALHGPSMMPGGSKAAWELVRPIFQS
                     ICARADGMPCCDWVGEDGAGHFVKMVHNGIEYGDMQLICETYQIMRDLLGMSNAEMHE
                     VFREWNQGELDSYLIEITRDILAYHDASGTYTLDTILDAAGQKGTGKWTATAALDEGV
                     PLTLITEAVFARSLSAMKDERVAASRELTGPTPAFTGDRAAFVRDLRDALYAAKIVSY
                     AQGYALMRQAARTYGWKLNNGGIALMWRGGCIIRSAFLGKIKEAFDRRPDLTNLLLAP
                     FFKEKVLTAQAGWRRVVAAAVASGIPVPSMGAALSYFDGYRAERLPANLLQAQRDYFG
                     AHTYERTDRPRGEFFHTNWTGKGGDTSASTYTA"
     CDS             39783..39890
                     /locus_tag="SEQF3106_00378"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKYPFIELGIYLFVNVLFILKYLPRYSTAPPPF"
     CDS             39992..40948
                     /locus_tag="SEQF3106_00379"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITGAFAVIGLALWKIDPLSVRVDRWSATSYFLDALFDGRYPYG
                     VHTHVPPTAHSFPSPFPLWQYINIPFWLMGDVGFGLFFFLLLSFVSVRWFAGSYKKAL
                     LFLLLLLLSPAYWWEVAVRSDGLSNALLIFCLILYIEKRRITFSTHWWAVVVLCGCVA
                     ATRLSAVIPMALYLFRPYTRQPLGRLILFPLCVLLVAILFFVPYVLWDTETWIFFSRN
                     PFMEQTRQGNFFVTCTVALLGIMLALRSKTFMQCIHTISLMVFLFILLTQIVLFASDG
                     LSRFLLNDDCDISYFTLSFPYCLFALSSMTSNPAERGRESNP"
     tRNA            complement(41107..41181)
                     /locus_tag="SEQF3106_00380"
                     /product="tRNA-Met"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Met(cat)"
     CDS             complement(41349..42836)
                     /locus_tag="SEQF3106_00381"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEKITTDRIIELMMEKTGRDQATVQTFVGELTALVNDSLIRDG
                     STRIKGIGKFRIVPVKARESIGPEGEHLVIPAHHWLSYLPDKCLKDRINKPFAAFEAI
                     EAGEGEGDGNVPTEQPEDAEREYVDNEDTPTDEESRPAPTDTVSSNDYATPATDILPL
                     ITADETTEDDEDNKYKDKVEPITLIHSEWDNVNQHTMNREIKKEIAEGWSEGRSVGSN
                     PDTATDASASRLQAPEIITPEVVEKPNEPAPNDMDEPRKPQQRIADVIPPITPPPPTP
                     QQPPKKNEKQSSSNIPLYVVLALLLLLLLGGLFYHYFYYLPSSDREAANRTEGSKVVT
                     SDSFVLPDEEAAEKEGADADDKSGTATAKKEGEEKADLATAASQARRAAEEAEAKEKA
                     KDGAENKPEEKTKAKETPKRKVLATVKLEPGQYLTKLAEKYYGNKVFWVYIYDFNKSR
                     IPDPNHIPTNMEIKIPAKELYGINANSSASVEKAKAIQARLNAKK"
     CDS             complement(42833..43120)
                     /gene="hup_1"
                     /locus_tag="SEQF3106_00382"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q99U17"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-binding protein HU"
                     /translation="MKDTELIAELAARLDREIPEVESLLDAFGQVVADRLTDNDIVVM
                     EGWGQFELKKKLERYTADAESGKRYLMPPKLIPVFRPATRLKTYIKNLDQA"
     CDS             complement(43183..44478)
                     /gene="rimO"
                     /locus_tag="SEQF3106_00383"
                     /EC_number="2.8.4.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X2H6"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal protein S12 methylthiotransferase
                     RimO"
                     /translation="MRKNKVDIITLGCSKNLVDSERLMRQFQLNGYTVAHDAKKINGE
                     IVVVNTCAFIGDAQEESINLILALGEEKKRGHIGQLCVMGCLSERFLKELQQELPFVN
                     RFYGKFNWKDLLNDLGKAYLNDFAEDRVVTTPGHYAYLKIAEGCDRKCSYCSIPLITG
                     RYHSRPMEEIVKETRLLTQKGIREFQLIAQDLTYYGQDLYHKAMLPELVERLADVPGV
                     EWLRLHYGYPSQFPYELLRVMRERNNVCKYLDIALQHISDPVLKRMRRHITKEETYEL
                     IHRIRSEVPGIHLRTTFMVGYPGETDDDFAQLMQFARDIRFERMGAFAYSHEVGTYSY
                     KHEEDNVPNEVKQQRLDTLMALQESISADVQEQKVGKTLRVMLDREEDYYIGRTEFDS
                     PEVDPEVLVRKEDGLELGRIYSVQIEAAEPFELYGRKVV"
     CDS             complement(44465..45430)
                     /gene="ftsY"
                     /locus_tag="SEQF3106_00384"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P51835"
                     /codon_start=1
                     /transl_table=11
                     /product="Signal recognition particle receptor FtsY"
                     /translation="MGFFDFFSKEKKDTLDKGLSKTKESVFSKITKAIVGKSKVDDAV
                     LDELEEVLISSDVGVDTTLKIIERIEKRAATDKYVSTAELTTILREEIAALLTENKTE
                     DADDFSIPEGKKPYVIMVVGVNGVGKTTTIGKLAYQFKKRGHSVYLGAADTFRAAAVE
                     QIVIWGERVGVPVVKQKMGSDPASVAFDTLNSAQAGGADVVIIDTAGRLHNKINLMNE
                     LTKIKNVMKKVVPDAPHEVLLVLDGSTGQNAFEQAKQFTAATEVNALAITKLDGTAKG
                     GVVISISDHFRIPVKYIGLGEGMEDLQIFNRKAFVDSLFGDDEKK"
     tRNA            complement(45618..45695)
                     /locus_tag="SEQF3106_00385"
                     /product="tRNA-Val"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Val(tac)"
     CDS             complement(45840..46805)
                     /gene="dprA_1"
                     /locus_tag="SEQF3106_00386"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8DPI7"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA processing protein DprA"
                     /translation="MTKDKTDDDERISLIALSMIDGMNATMVTWLLKHFGRFTDILAA
                     LRKPCEAIPLLGHHTYQSIIHSIDKAQQRAEKEWLFIQTKHIRLYAFTDPDFPYRLHE
                     CNEPPIAIYYKGTADLNAQRVVSIVGTRNSTDYGRRMTEELVQGLAEFDPKLLVISGL
                     AHGIDVCAHRKAMQVGLPTVGILGHGLNRIYPADHRDTAIRMLSQGGGLLTDYPSDAT
                     VAPENFLKRNRLIAAIADAIVVVESSKRGGAMSTATAANDDYCYREVYTYPGRVGDDH
                     SSGCLQLIRQLKARLITSSHDLIYDMIWDISKASRNPQTQSDSNE"
     CDS             47556..48338
                     /locus_tag="SEQF3106_00387"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKAVSIKADPHNYRLHPEANKRIIRKSLEDLGAGRSIVIDKED
                     CIIAGNGVYEEAQALGLPVRVVESDGSELIVVKRTDLATEDERRRLLAFADNHTSDTS
                     AFDTDMVIEAFTPAQLEAWEFAVDISPESDAFAGQGGEADADAGYTQKVESPIYEPTG
                     ERPGTEELYNMDRYEELVREIEQSDAEEGVKEFLRMAAARHIVFDYGRIAEFYAHADK
                     ETQRLMEDSALVIIDYNRAVELGYVKLKTELLELRREDYPDE"
     CDS             48331..49179
                     /locus_tag="SEQF3106_00388"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNSFVALILTHGRPDKVYTYDALRKLGYTGDIIVVVDNEDATL
                     EEYKKRFPDVYVFDKKAEAALTDEGDNFQDRRAIIYARNASFQIAKERGYRYFIELDD
                     DYFEFSYTYTASGELKQRSIHSLDKVFDALIEFKKRTGALTVAMAQRGDFVGGRENNI
                     VQGEILKRKAMNTFICDTEQPFRFFGKINEDVNAYTVLGSRGALFLQVPHVAINQVNT
                     QQSSGGMTDLYLDSGTYVKSFYTVMYAPACTCIRMMGTKHRRLHHSIRWNNAVPRILP
                     ERCKKA"
     CDS             complement(49853..53698)
                     /locus_tag="SEQF3106_00389"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHFEASLDNSKLISAIEETVRRIQGLSDATVKGGAAMDASFAQA
                     ATEINQRFDKIDQAVGNHKAHIEALRREYEAIGRANLSAPKSVGDGGQSTARQAAIHK
                     EIKEHEALVSALEKEADQLAEAEREMKAHQEQVERNAAAHNTLRKRVLELEAEMYRLR
                     DHGISDQSDAYRALAEELGRLKDIQGDIKKQGQILSNDEAGFQGIISGVSGMAGALSA
                     ATGAISLFTGENDKLQKIMAKVQAAMAIAIGTQQVAQTLNKDSAFRLVTLNKLKKWWT
                     EITEKATAVKKAEAVATAANTAANEAEAAATTGNVAAKAADSAANVANAGTAGAAATA
                     NWTLAASFRAVGAAIASLPGVGWVIAGVTALVAVFAHLIEKSKEARRAQEEMAKAVAD
                     GASKSIASVTSLRQAYIALGNDMEAKQRFIEDNRDAFRELGVSVTSVRDAENLLINNT
                     QAFINSEMAKARATAYRNQAQKEIEKAIELREKAATMPDKQQRIVGGSQIGGGTLVTQ
                     VNQEKIKLQKEAEELDKKAEGMIKKAAFQTNHAFIVMTAAGIKGVEQYKKGTVGAIEK
                     AISVIQDRLKDMVPGSKEWTAAQKELDRLQQQISPNRGGGGGRGTGSGRGNKDDEKAE
                     REALEQYKTDITRELDRARTVLDVLKTIDDRRRELKDDKSEVGKEKMKFLDDKQYDAT
                     KEAHRQQEALLRSYAAYYDRKIALDLKYSDDVALLDRRRLEATTEAEREQIDRAKEIR
                     RAQYEKDKKTGGDDEYARMLKAYGSFEERKQAIIDEYEERRRRAREHDDTEMEAQLDK
                     MQGKALSDLAAKELTGSDMWAQLFGNLDELTAEQIDTLIREIESRFKELSGIFDPIDL
                     AKIRSKLNEARDVLTKDNPFKQMGEALHEIFASAGDDSAESAQKIKRNWKKLSDATKK
                     SFDFVRDAVDSAAFLKDALGEVGETAISSLQTVAVMAVAVAAAIDSAEKASIILTIIK
                     AALAVVQAVVNVIGSILSRKNKQIEQEIKRHTEAVENLKRAYNGLQHAISRALGTDTY
                     TKQKEAIENLKEQKKHLEEMIRLRSRSAKKKGKDAVIEYKEQIEQIDRDIDSLLDSIK
                     EDLLQTDAKAFADELGDALVEAFGKGEDASKAFEKTVDGMLQNMVKNMLKKRFLEKQV
                     SSVLDGLASFMEKGGSPTEEMIESTKAQLEGVAKNYSEKLKTFEKLFKTTPESDKSLT
                     GAVKGVTEQTASLVAGQLNAMRMVQKETAVQMTTVLFHLSGIDRHTSETAENTRHLKA
                     IHDRLSATSADPLRAKGMA"
     CDS             complement(53994..54134)
                     /locus_tag="SEQF3106_00390"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVERMMIDQPDYDYSDASSPANDPDGDITLTGDNVDEVIRRINA
                     MG"
     CDS             complement(54218..54778)
                     /locus_tag="SEQF3106_00391"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQERDELNALINKGWTFEVDDYRTEPAGRRRWLGLLPPRRRVV
                     KERRTFRISEPTLGTLDRLSAEWVELAIDEERLKGTEGIAEARMMAARHARRLARIVA
                     LAVLGSDYLKPRPGLGATVRYEEDSRALAELSALFLRTIKPSELFRLAMTINAMCNLG
                     DFIHSIRLMSAARTTVPTRIGADNAG"
ORIGIN      
        1 ttggctgcta ttcgaagcgg atggtgcggg ctgggttgat tttggtgatg aggtaagagg
       61 gggcaagcat cattaacagg gagatggtaa gcgcaccaac gttgatgagt agccacgacc
      121 agaaggtgag gcggatgggt acggcatcga gatagtagat ggcgggatcg agcgatagta
      181 gatggaattg ccactgtacc caacacaata cgagcccgat aacattgccc caaagcatgc
      241 cgcggccgat gaggaaggct gagacgtaga ggaagacgcg ccgcaggctg cggttgggtt
      301 gcccgagggc cttgaggatg ccgatcatgt ttgtgcgctc gaggatgatg atcagcaggc
      361 cggagatcat ggtgaagccg gagacggcca tcatcagaat gaggatgacg gctacgttga
      421 ggtcgaggag gtcgagccag ttgaagatga tcgggtttag ctcgcggatg gagcggacgt
      481 agtaggtgtt gccggcgctg tcgtgtcggt tgatgaggag gtcgttgaca cgctcggagg
      541 tctcgtcgag gcggtcgtag tcgtcgacga ggagctcgag gccgctgacg gcgttggggg
      601 gccattcgtt tagactgcgg atctgcgcga tgtcggtgag gatgaagagt cggtcgtagt
      661 ccgaaaagcc ggtgtcgtag atgccgctga tgcggaattt gcgggccttg acgtcgtctt
      721 gtacgaagta ggccaggaag gagtcgccgc aacgcagccg gagtaggttg gccaagtggc
      781 gtgagatgag cacatcggtc gtcattcggc ctggcgtaac ggtaaagact tgcccctctt
      841 tgaggtgttt gcggaagaat gtccaatcgt aatctgcatc tacgcctttg aggacgatgc
      901 cttgaaagtc gctgtcggtc ttgaggaggc cgggctttgt ggcgaaggct tcgacgtggc
      961 gtacaccggg tatggcgctg aggatgcgtc gcaggctgtc gctgacgtgg atcgggacgg
     1021 tttcgtatga cgaattgctg tcgaagttgg tgatctgtat gtgtgatccg aagccgatga
     1081 ctttgcttcg cacttcttgt ttgaagccta cgacgatggc tacggagagg atcatgatgg
     1141 cgacgccgat agcgataccg gccacggcga tgcgcaccgc gggcggggtg acgcgcttct
     1201 tccgattgtc cgctccgcca gtaaaatgga tgcgccgggc aatgaacagt tcaagattca
     1261 ttgtccgacg cctccttacc atatatataa tgtgttcgcg cggccacgat caacgcttgc
     1321 tccagccctc gcgataggct tgcagggcta cctccaacac gtcgagcgca cgcgccagtt
     1381 cggctcgttc caagacgtat gcgatgcgca cctcgttgcg cccgtagccc ggtgtgacgt
     1441 aaaaccctga cgcaggcgcc atcatcaccg tctgcccttc gtgcgagaag tcgctgaggc
     1501 accatgcgca gaacttgtcc gcgtcgtcga cgggcaattt ggccacggtg taaaacgctc
     1561 ccatgggcat cggcgagtaa cagcccggta tcttgttgag ccgctcgacg aggaagttgc
     1621 ggcgctgcaa atactcatcg taaacaccgc ggaggtacga ctccggcgcg tcgatcgagg
     1681 cctcggcgac gatctgcccc aagagcggcg ggctgagccg cgcctgcccc cacttcatga
     1741 cgctcttgcg gatgtggtgg ttccgcgtga cgatcgcccc gatgcggatg ccgcactcgc
     1801 tgtagcgctt cgacatggag tcgtacatga tgacgttttg ctcgatgcct tcgaggtgga
     1861 acgacgagac gtagggcgtg tcggtgtagc gaaattcgcg gtagacctcg tcggagaaga
     1921 ggaagaggtc gtggcggcgc acgaggtcgc ggatgtggcc gagctcctcc cgcgtgtaga
     1981 cgtagcccgt cgggttgttt gggttacaga gcaatacggc ttttgtgcgc ggcgtgatgg
     2041 cctcctcgaa ccggtcgatg gagggcagcg caaagccgtt gtcgatggac gaggggacgg
     2101 tcttgaccgt ggcgccgcag gtcagggcca tcgacatgta gttggcgtag gccggctcgg
     2161 ggatgaggat ctcgtcgccc ggatcgaggc aggccaggaa ggagaaaagc accgcctctg
     2221 aggcgccggt ggtgatgaag atctcgtctg gcgccacgtc gatgcccacg cggctgtaat
     2281 attccgccat cttttcgcgc aggctcagca ggccatcgct cgggctgtag ctcagcacct
     2341 tacggtcgat ccgccggagc gcctcaaggc ccacgtcggg cgtggggatg tcaggctggc
     2401 cgatgtttaa gtggtacact ttgattcctc tcgcttttgc ttcgttcgcc atcggcacga
     2461 gcttccgaat gggcgactcg ggcatcttca tgcccaatcg tgatatttct ggcattacct
     2521 tatgaattat tgatttaacg gcggcaaatg taaaaacccg gttgagatgg atttagggcg
     2581 ttttcgcgtg gtttttggcc tcgaaaacgg agtaaatcat aaatgcgaat catattgact
     2641 tattaaaaac tcagttgata ataacttatg gatcgtaggg ttattaaaaa ctcggttgat
     2701 aataacttat ggatcgtagg cttattaaaa actcggttga taataaatca tagatcgaaa
     2761 actaaggatt gtgcacagtc ttttgacgcc gaatgcgatt catacagctt tttacttttg
     2821 cccccgcttc gcctgatggc gcgatggcgc aatggagcgg agctgagatt gtcgttatat
     2881 aatggatcaa acaaacacga acagattatg aagagatttt ttttgtacgc agccgtggct
     2941 gctgtatgtg tgagctgcgg cggaaagaag gccggctaca cgattgatgg aaagatcgct
     3001 gagggccacg cggacctcga gggcaagtac gtctacctca tcccctacgg atcggatggc
     3061 gccgcaatag acagcgccct gatcgagaaa gacgccttca agctgcaagg cgaacccaag
     3121 gccgacggcc tctacacgct ctatgtgaaa ggcggcgaag acgagatgat gagccgattc
     3181 ggcgaggcgc ccttctccac cgtcttcgta ctggaaaaag gggagatgca ggccgtgctc
     3241 gactccttct cgtacgtgac tgggacagcc gaaaacgacg ccttcaagga gatccgtgcc
     3301 atgctcgacg atacgaagaa gagctacatg gggctcattg aggccctcaa agccggcgac
     3361 gaggccgcca agaagaaagc cagcgagctg gaggaaaaca tgatgaccaa gatcaaggct
     3421 tacctcgagg cgcaccccaa caagctcacc accgccaagc tgctgagcga ttaccacttc
     3481 gagctggatg aacagctcca ggacgccgtg ctggccaagg ccgattcagc cttcatgaac
     3541 gtgcccggtg tcaaggaggt agccgaacat ctgaagatga tgaagaaagt ggccatcggg
     3601 caaaaattca ccgacttcga gatggccgac atgaaaggcg acatgcacaa actctcggat
     3661 tacgtaggca aaggcaacgt caccctcgta gacttctggg cctcgtggtg cgggccctgc
     3721 atgcgcgaaa tgccaaacct gaagaagacc tacgaagcat atcacaagaa aggcttcgag
     3781 gtcgtcggca tctcgctcga ctcgaataag gaagactggg aggcagccgt gaaggacaaa
     3841 cagctgaact ggatccacct ctccgacctg ggaggctggc agtcagccgg cgccgcgctc
     3901 tacggcgtcc gctccatccc caacacctac ctcctcgata aggacggcac catcgtcggc
     3961 cacaacctct ccggcgagga gctggataaa aagctggaag agctgctggc agagaaatag
     4021 ccagaatctg taatgcccat aagatggcgg caaggtgagc gcatcatctt gccgctttct
     4081 tttaccccca atcctcctac ttttgctcag tctaatttca aaacacaaag gataatcatg
     4141 ttcaaaagag aaacttacgt tcagcggcgc gacgccctga agaaggccgt aggcacaggc
     4201 ctgttgttat ttatgggtaa cgacgaagcc ggttgcaact ttgaagacaa cctctatccc
     4261 taccgtcagg attccacctt cctctactat ttcggtttac cctacgccgg cctgatggcc
     4321 gtcatcgaca tcgacgagaa tcgcgagatc atcttcggcg acgaactcac catcgacgcc
     4381 atcgtgtgga tgggcgtgca gccgacgctc catgagaaga gcgaagctgc cggcatcaag
     4441 gacgttcgcc ccttggccga gctcaaggct tacctcgaag ctgccgtgcg caaagggcag
     4501 cccgtgcgtt acctgcccac ctatcgcccc gaacaccgca tcaagctgct ctccctcctc
     4561 gggctcatgc ccggcaccga gcagccgtca gtggagttca tcaaggccgt agtcaacatg
     4621 cgtaaccaca agacggacga ggaaatcgca gagatcgaca aggcctgcaa cgtcacagcc
     4681 gacatgcacc tgcgcgcaca tgagatggtg cagcccggta gacgcgaatg cgaggtagcc
     4741 gcagccgtgc aagaggtagc ggcagcacac aattacatgc tctcgttccc caccatcgcc
     4801 accgtgcacg gcgagacact ccacaaccac gaccacagca acgtgatccg cagcggacag
     4861 ctcttcctgc tcgacgccgg ggcggagaca gagatgggtt acgccggcga catgtcgagc
     4921 accatccctg ttgacaagaa gttcaccccg cggcagaagg agatgttcga aatccagatg
     4981 gccagccacg aagccgccgt caaggcgctg cgtccgggca tccgcttcga ggaggtgtac
     5041 gacctctcgg ccgaggtgat cgtcgagggg atgaagggcg ctggattgat gaagggcgac
     5101 gccaaagaag ccgtcaaggc cggtgcgcac gcactcttct tcccccatgg gctgggtcac
     5161 atgatgggca tggacgtaca cgacatggag aacctcggcg aggcctatgt gggctacggc
     5221 gatcagccga agagcaagca attcgggcgc aagtcgctgc gattggcgcg tgaacttgag
     5281 ccgggcttcg tgttgaccat cgagccgggc atctacttca tcccgcagct gatcgacatg
     5341 tggcacgccg agaagcgctt tgccgacttt atcaactacg acaaggtggt tacgtataaa
     5401 gacttcggcg gcatccgcaa cgaggaggat tacctgatca cggccgacgg tgcgcggctg
     5461 ttgggcaaga agttcctctg ccatgccgac gagttagaaa agagaagagg ctgatgtgag
     5521 gcaatgatca atggttggtt gtccgttatt accgcgcgga cacgggatgg atggttttcg
     5581 ttcagggcgt gtcgccggat atagtcattg atcattcaaa aaagtagaaa ggccgccgga
     5641 cgggtggggg agaggttgtt ccctttcgcg ttcggcggcc gtctttttcc cccctccctg
     5701 aaaagagcga agccgcccga cgggatctcc ccggccggcg gcctctttgt aatataggtg
     5761 atgctcggag cggactttca caagcctata aagtcccggg catcgaactt catgaatgat
     5821 aatgcttcgt agacgggctt tcacaagccg gtggggttcc ttgaagcagt agtgaatgaa
     5881 tatcaaaagg gaacgcgcct atcgcattat cagcgcgccc cgtgaccaga aaaaagatgt
     5941 gtttttcaca gcccgagctg attcaggata aactcaaaga tgaatgacca attgtcgatc
     6001 gactgctcgg tgctttggcc actgccatga ccactatcgt agtcaatatg gaggatgaca
     6061 gggttcagct ggcctgggtt attctgtagt gcggcgacga acttcttggc gtgaagcggg
     6121 tcgacgcggc tgtcgttggc gccggtggtg acgagcatgg tgggcaggtt gacaccggtg
     6181 cggatgttgt ggtagggcga gtaggggaag agccagcgga actgctcggg gtcgtccgcg
     6241 gagccgtatt cggggatcca gtagcgggcg atgaggaagc ggtggtagcg gagcatgtca
     6301 agcaggggga cttggcagac gatggctttg tagaggtctg gccgctgggt agcgatggcg
     6361 cccatgagca gtccgccgtt gctgccaccc ttggctgcga tgcgggtggg gttggtgtac
     6421 ttctcgcgga tgagccactc ggcgcagctg ttgaagtcgt cgaaggtgtt ttgcttcttg
     6481 tcgagcatgc cgtcgcggtg ccagccttcg ccgtactcgt cgccgccgcg gatgccggct
     6541 tcaacgacta ctacgccgcg ctctaagagc gacatataga agccggcgta ggccggatcg
     6601 atgccgctgt tgaagccgcc gtaaccatcg attagcacgg ggttgttgcc gtccatcttg
     6661 aggccctttt tgtggtagat gaaggctgga atacgtgtgc tgtctttcga ggggtagaag
     6721 acgatctggg cttcgatgtc gctcatgtcg ataggtgttt cgcgggcgaa gtagaggcgc
     6781 cacttgaaat ctttaggtga ggcgacgaag gtcttcggca tggtggtgaa ggtgttgagg
     6841 gtcatgtaga cggagtccaa ctcgcggtcg tagctgatgc cgcctacgtt gccttgctcg
     6901 ggcagttcga tctcgcggat tcgtttgccg tccaggtcgt agagcgtgag gcggctttgg
     6961 atgtccttct tgtcttgcac gatgatgttg tgcttcgtca cgacgcagct ttgcatcacc
     7021 gtttcgccct cggggatgag cacgcgccag tccttgtatt cgggctgggc tacgtcggcc
     7081 gtcatgaggc ggaagttggg cgcgttgtcg ttggtgaaca tgtagagttt gtcgccgatg
     7141 gcttcggggt aggcgttgaa ctctttgctt tcgtagatga gtcggccctt ttcgttggtg
     7201 cctgtgcggc gcaggtaggc tttgttggag tagaagtcgc tttcgccgta gatggtcacg
     7261 tcggcgtagc ggttgtcgta gatgtagaag ctgtttttgg cgtcgtccgt ggtgccgatc
     7321 tcacgtgctt ttgaggcggg tgtgccaaac tcccagaggt aggtcttaag ggggcgttgt
     7381 gcggccacgt ctttgggcga gcggaaggtc acgtaggcgt gtttttgatc ttttgtccag
     7441 tggaatcgga aggtgttatc gattggtttc gcgatctgct tgccggtgcg tgtatcgatg
     7501 aagtaggtgg tggagatttc tgctccgctc ttctgcgcgc tgatggcggc gcggttgccg
     7561 tcgtaggtgt aggccacgcc tgaggtggag gttttgcccg aggggtcgat ggcgacgggg
     7621 tcccagatga ggatgcgttt gccgtcgatc acggtgtaaa tcttgtattg cttgtcacct
     7681 tttttcttca cggtttggaa gacgcgttta ccgatttgcg tgaggggccc ctcgtaatcg
     7741 cgatcgatgt aggcggcgag gcgttcgcgg aggccggggt gcaccttctg cgttttctgg
     7801 aggtattcga tgccgtagtc atgttgcgcc ttcgaccagg cgacgacctc tggcgcgtct
     7861 ttgtcttcga gccagcggta gggatcggtg aagatcacgt tgtggatggt gtctttcacg
     7921 gcatgttgag gggttgccgg cggccggaag tcgacctgtg cccgccccgc tgttccgacg
     7981 aacagcatga tcggaagcca gaatagatgt ctcattgggg gtatgaaaat gtaggtgaat
     8041 atgtgtgtgc aaatataagc gagtaacgtt gggagggaag gtctttttgc ggatcagggt
     8101 cgggtacgcc cgtcgccagg tcttttctcc ttttggaagg gccgttgctt cccgtcgccg
     8161 ggtctttcct ccttttggaa gggagaaaag agctggcgac ggatggaaac agctcttcgg
     8221 gagggagaaa agggctggcg acggatggaa acagctcttc gggagggaga aaagggctgg
     8281 cgacgggcga aaacagcttc ttttgctgcc cgaatgactt acctatataa aatacgtatc
     8341 gaatgaagat tgcaatcgtt ggaacagggt atgtcgggct tgtgaccggc acctgctttg
     8401 cggagatggg cgtggaggtg tactgtgtgg acatcgatcg acgcaaaatc gagaacctga
     8461 agaggggcat cgtcccgatc tatgaaccgg gcttggagga gatggtgatc cgaaattatg
     8521 aggttggccg gctgcacttc accacggagc tgaccgatgt gttggggcag gtggaaatcg
     8581 tcttcagcgc cgtcggaacg ccgccggatg aggatgggag cgcagacctg cagtacgtcc
     8641 tcgatgtggc tcgaaccatc ggccgggcga tgaacaaata cctgctggtg gtgaccaaga
     8701 gcaccgtgcc cgtgggcacc tcgcgcaaga tacgccagac catctctgac gagctggcca
     8761 ggcgcggcgt gcagatcgat ttcgacatcg cctcgaaccc cgaattcctc aaggaggggg
     8821 cagccgtgaa ggactttatg cacccggatc gcatcgtcgt gggcgtcgag tctgaccgcg
     8881 ccaaacggct catggaaaag ctttaccacc cgtttatgct caacaatttc cgcatcattt
     8941 atatggacat cccctcggcc gagatgacca agtatgcggc gaacgccatg ctggcgacgc
     9001 gcatcagttt catgaacgac atggctaacc tctgcgagat catcggcgcg gacgtgaaca
     9061 tggtgcgcaa aggcatcggc gcggacacgc gcatcggtag cagctttctt tatgccggct
     9121 gcggctacgg cggctcctgc ttcccgaagg atgtgaaggc gctcatcagc accgcctccg
     9181 aacatggcta cccgatgcgc atcctgcaag ctgtggagga cgtgaacgag cagcagaaga
     9241 cgctcctctt ccgtaagctc gaggcgcact ttggcggaca gctggcgggg cgcaaggtgg
     9301 ccatgtgggg cctggctttt aagcccgaaa cggacgacat gcgtgaggct ccctcgctcg
     9361 tgctcatcga tctgctcttg gacgccggct gccaagtgat ggcctacgac ccggtggcca
     9421 tccccgaggc gcgccgccgc atcggggagc gcatcgcgta tgcgaagaac atctacgaga
     9481 cggtcgaggg ggccgatgtg ctgatgatcg tcaccgaatg gaaggagttt cgactgcccg
     9541 cgtgggcgcg catccgcagc ctgatgaaga cgcccctcat cctcgacggc cgtaacatct
     9601 acaacatcgc cgagatcgaa gaggccggct ttacgtatca ctgcatcggc agataatcca
     9661 tcaccataat cgataaatct tatgaagaag aacctattat tctgcggaat gacggccgcg
     9721 ctgatgctgg gcatcgcatc ttgtaactcg gccggaaagg gagatgacaa ggctgagact
     9781 tcggacgaca gcaccgaggc cgtcgttgaa acgcaacccg aagctgctgc cttcgataag
     9841 gcgggcgtct acaccggcgt gctcccctgc gccgactgta gcggcatcga gacgaccctc
     9901 gagctgcgcg ccgatggcac ttaccggttg attgaggtct atagagacaa gaaggacggc
     9961 cgatttgagt cgtccggaaa gtatgagtgg gacgccgcca acgcttgcat atcgctgggc
    10021 gaaggcgaag agctgacgtc ttatatcgtc gagggcgacc acctcgtcat gctcgataag
    10081 gacggccacc gcatcaccgg cgagctggcc gaccattatg tgctaactaa gaaggcggag
    10141 taggggcgat tcgggcgtcc gcccgagccc tttacgctat ccaaaaaagg gcgctataac
    10201 ggattgtatg ggtggcttag gaagccttcc gaggccttag aatcactgat tccggaggtt
    10261 aacgtgagtt cgatgtaaga ataaagtcag cggtatgtct acggaagcct cataacggtc
    10321 aaaacgtttt tgggaatgct tgcggggcgc cccgcaagta tcaaattctc agttttagcg
    10381 tttgcggggc gccccgcaag cgtcaaattt tcagttttgg catttgcggg aatcccgcaa
    10441 gcgtcaaatt ttcagtttta atgcttgcgg ggcaccccgc aagcaccaaa ttctcagttt
    10501 tagcgtttgc ggggcacccc gcaagcatca aattctcagt tttagtgttt gcggggcgcc
    10561 ccgcaagtcc cgtgggaaat gctttggcgt ttgcgggagc tcctgcaaag acatttccca
    10621 ggaggaaagc gagcctcatt cttacatcga actcacgtga gcttaggaag ccttccgagg
    10681 tgtagaatca ctgattccgg aggttaggaa gccttccgag gcatagaatc aagattccac
    10741 ggcttatgtt gacaacatga cctccggaat cagtgattcc gggacttatg ctaacaacat
    10801 gagccccgct ttgggttttt ttgaaaggct tcctaagctc atccatacaa tccgctatag
    10861 aaccaaaaaa agatccccgc cgtgctccat ttccgggatg cgcggcgggg attcgtcgtt
    10921 cttccctttt cgttttactg tttactgcgg ccgtaggatc accatcttct gcgcgcgggt
    10981 ggcttcggac gatccggccg tgcggatggc ggcgcgatag atgtagacgc cggggcgcag
    11041 acgggctccg ctgccactgg tcaagtccca cgacacggtg taggcgcgga agagctccga
    11101 cgaaccgttc tcggtgtgtt gccattgcag gcggccggtc atgtcgtaga cttggatggt
    11161 gacttccatg cgcgactcgg ggcggttgtg gctgaggtag aaggtgacgc ggtcgcgggc
    11221 gggtacgggg ccggcgcgca gctcggtgat gaagggcttc agcccctcca cgacgcggaa
    11281 ggtaaaggtg cgtgtggtgg aattgttgaa gatgtcccac gccttgaact cggccgtgtg
    11341 taggccggcg gcgaggcggg ggatggagaa gcgcacgatg ccctcgcctg cggtttcggg
    11401 ccggtcggtg tagtagctgt tcaggctgta ggtgagggtg gggttgttgt cgatcttgag
    11461 cgtgatgtcg tggccaatgc tgcttccggt gatgttgacg ccgctcttgt cccagaggcg
    11521 tgccacgaag aagggggtct cgttcgtgtc gtcgccgtcg cgccaggtgc tgtcgttgag
    11581 gtagagctgg cggatctccg ggccgatggt gtcgcgctcg atgtgggtgg cggttccgcc
    11641 gacggtgtag cggcggaagg cgccgttggc ctcgcgtcct ttcgtggcgt cgtaggcgta
    11701 gaggctcatc ttgccgttgc gtttggagta ggagatgtcg gcgggcacga tgaagctgag
    11761 cgtgaagcgg ccgccagtga cggccgtgtt gccgcggtgg atggtgttcg ggtaatcgat
    11821 gtaggtgtat ttacctacgc ggttgttgtc gagcgtggtg atctccttct cgctgtctaa
    11881 gacgacggct gtcagagtgc cgttaaagtc ggtcatcact gcgctgtccg tgccgagcac
    11941 ttcgcctttg atcgtcacgc gatcgagtgc gcggaagttg acggattgat tggtgacggg
    12001 ttggccgttg atctccgtca cgcggatggt gtagctcggg aaagcgagcg tcaaggccgg
    12061 gtcgccgatg aggacgaagc agcgggtgta gtattgtgcg tagtcgtttt tcgtatccat
    12121 cagcacctcg ccgatggttg ggcgacggcc gttgcggcgg ttgaagaggt acttcatcag
    12181 caactcgttg aaacggaaat tgggcccggc gtaggccaca cgcgaggtgg tgatcagccc
    12241 gatgccgccg ctcttttcgt tgaggaagac gtcttcgccg gccgaggtga cggtgtggtc
    12301 gaagggcgta aagtcgcacg aggcggtgat ccagagtggc aggtgcgtgt aggtgtattg
    12361 ttgaatcatg ctttgggtga tgacgtgctc gtcgctcaat gtttgggcat tgccgtggcc
    12421 gctgtagttg atcagcatgg tgccttcgcg ctgtaggttg cggatggcgg tgaccacatc
    12481 cgggtaggcg ccggtgcctc cgccgccgga gctgctcttc ttgtaagcgt cgaagaggat
    12541 cttgtgggcg atgtattccg ggtggctttg ctctacggat ttggccagga cgtaggcatt
    12601 atccatgtga tccgttcggt agctatcgct cgcgttgcca tcgtcgccga tgaagcagag
    12661 gttgtttttc caggcgccgt aggaggggtt gtcgatataa ctgatcacct tgttgacggc
    12721 tgcgcgtgct tggctgaggg tgcgcacggg gaagcgaccg atgccgaggc gcaggtggca
    12781 tgtgccgatc cgtgcgccct cgccgtcgtc gaggaagccg aagtaatcgt ccgtcacgta
    12841 cgtctcatgc atctctccat caatctccca gtcgccgccg agcgagaagc gcgtctggta
    12901 ggtgagcagg aagttcttca tgtcaatggc tttccaggcc gaggagagtt ggcgattgtc
    12961 gtgcgcaccg tcgccgaaga ggagcaggta tttcggtgcg tcggctgcgg aggtgcgtcg
    13021 gtcgtaaaac atcttcatga agcggcggat ggcggttgct tcgggtgtgc cgctggagaa
    13081 ttcgttgtag acctgttcgg gcgtgacgac gacgacgctg atcgagtcgc gtttggtgcg
    13141 atgcttcatg gccagccgtt cggcctcgct gaggaaggtc gggggcgcga ggatgaccat
    13201 gtccgtttgc ggcagtgcgt gcaggttttg cgttgcgacg ggcccgactg tttctggtgt
    13261 gggaaatgat ttcgaggggt cgacgagtgc aaactcacgt agcgagtcgc cgctggcggg
    13321 gatggagaag gagagctgtg cgccgtctat gtgtgtctgc atgcggctta cgcgctgggg
    13381 gttggtgaca tcgaagacga gcatttgcga cgtggcgcca ctgacgacga agcgtgtgga
    13441 gcggcgcatc gatccgccgt cgcggaagag ggtgtagccc ttgccgtagg attgcagccg
    13501 gcgtcgggct tgcaggcgga tgtaatcgag gaagctgttg gcggctgctg ctttgttata
    13561 cgtcactgtc accttcggcg cttcgctttt ggtgccgctc catgtgccgg tgccgacata
    13621 ttcgcatgcc ttggtgtatg tcctattgtt agccgggatg gtgccgttga gcagctgcgt
    13681 gccgtcgatc gagagtgtga cgttgcccgc gcctgtgacg ccggtgtagg ccacgaagcg
    13741 gagcgtcacc cgcccctcgt ctgccgtgat gcctggcacg gagaagggga agacttgcga
    13801 gagggtgctg gcgaagctct ctccgaagag ttcgcggccg gagcctgtct ggccgagctt
    13861 ctggaggaac tctcggtcta cctcgtgcag caggtgttcg tcgaaggtgt tggtctcgcg
    13921 tgtggcgttt gtgctggagg ccgttgtgcc catgtcgacg gtgggtgtgg cgtcggtcac
    13981 gaagtagtag ccgtgcatgg cgtaggggtt attctcatgg ctgaagaggc cgctcttgct
    14041 gtcgtagctc cacttgactg gcccgcggcc gtagaagagg atgtagtccg tggcgcgata
    14101 gatgggtgtg gcgggcagat cgtcgatgta ggtgttgcgc gagaagtctt cgtcgagtat
    14161 ccatccgcca tagccatgga cggacacttt ggctgggtcg gcaaagccca tcgcgcggag
    14221 ctcggcgtag gtgagcttat agatgccgtc gtctgggacg cggattttca cccatcgccc
    14281 ttcggccagc gcggagcttc gcgcgtagcg tccggcggcg gcgtcggctc gcacgttcgt
    14341 ggcggctgtg gcccagagaa tgatcgcaca gcatatagca gatagtattc gtgtcatcta
    14401 agtgtaggtg tgtatgtgaa aaactaaagt ctaacagtaa aggattcggc cggatggagg
    14461 gagatggatg cttgcgggag ttcccgcaag tcccacggga aatgccgtgg cgtttgcggg
    14521 agttcccgca agtctcgcgg gaaatgcttt ggcgtttgcg ggagttcccg caagtcccac
    14581 gggaaatgct ttggcgtttg cgggagtccc gcaatgcttt ggcgtttgcg ggagtcccgc
    14641 aagtcccacg ggaaacgctt tggcgtttgc gggaatcccg caaagcccaa aaagcagttt
    14701 ttccccgttg cgggatcccc gcaaagccca aaaagcagtt tttccccgtt gcgagattcc
    14761 cgcaaagccc aaaaagcagt ttttccccgt tgcgggattc ccgcaaagcc caaaaagcag
    14821 tttttcctcg ttgcgggaat cccgcaagca tcaaaaagca gtttttcctc gttgcgggaa
    14881 tcccgcaagc atttccagaa atggatttgg cctttacagg cgcgctgcaa gccgtacgag
    14941 gggctgtttt accgtatata aaaatcgagc aaccgcttgt cgccgatgaa gccctccaaa
    15001 tggtcgccga tcgcgacggg gccgaccccc gcgggggtgc ccgtgtagat caaatcgccc
    15061 atgcgcaggg taaagaatcg gctaacgaag gccacgatgc ggtcgacagg gaagagcatg
    15121 tcggccgtgt ggccctgctg caccgtgcgg ccgttccgat cgaggcggaa ggtgaggcag
    15181 ccgatgtcgc cacccacctc gctgaggggg acgaaacggc cgacggcggc ggcgttgtcg
    15241 aatgccttgc agagctccca gggcagtccc ttggcgcgga gctcgcgctg gcgatcgcgg
    15301 gcggtgaagt cgatgcccac cgtcacctcc tcgtaatagc gcgcggcgaa tcgttcgtcg
    15361 atgtttttac ccagccggtt gatcttgatg acgatctccg cctcatggtg cacctcgttt
    15421 gagaagtctg gcaggtaaaa cggtttccca tccttgagca ccgagtcggc tttcataaaa
    15481 atcgcaggct ccggggaatc aaacgagtgg tgcaattctt tattgtgatc ggcatagttc
    15541 atgcccacgg cgaggatttt catggttggg agaggaggtt catgcggtta aacatgacgg
    15601 cgaggttgga gtaaatggag gtgttttgca ccacaatgcc ctgtgggaca cggatgcgga
    15661 agggggtaaa attccacagc gcgcggatgc cgcacgcaag gacgaggtcg gtcacgcgtt
    15721 gggctacctc gacgggcacg gtgaggatgg cgatggtggc gttttgggtg tggatgcgct
    15781 ggggcagctc gtcgatgtgg aagatgggga tgccgccgat ggtggagccg atcagttcgg
    15841 gtcggacatc gaagccggcg atgatgttca ggccgtactg gccgaggccg gcgtcgcgca
    15901 tgagggctgc gccgagctgt ccgacgccga agaggagggc gcggtgggca caggtgaagc
    15961 cgaggaagtc gtctaagatg ccgatgaggg cgtccacctc atagcctaca cgcgtcttgc
    16021 ccgagatgtt gacgtaggag agatccttgg ccacctgccc gggtgcgacg ccgatctctt
    16081 cgctgatgcg ggtggaggag acgaccgtct cgccgcagcc gcggagcagc ttgaggtagg
    16141 ccagatacca aggcaggcgg cgcagcgtgg gttcgggtac gtgggtatgt gcgtcttcgg
    16201 gaatcattcc gatttcgtat cccagtggtt cttcagtggg ttggcgtaca tctctaacag
    16261 cttggtgcgg aggtaggcct catcctttcc gggcaggtcg atgcggtcga tacggctttg
    16321 caggtaggcc tcgaagcggg ttttgtcgcg caggtcgtag ttcatgcgga agcggagggt
    16381 gcggtggagc aggtcgtagg ccacatggtt gccggggtag aagcggtagt gggcgtagat
    16441 gtcgcggtcg atggcggtgg cgacggcggc gaagagctcg ttgcgcggca tggcggggtc
    16501 gagcgtgcgg agggtgtcgt tcagcgggga accgatggcg aagtgcacgc ggcctttgtt
    16561 ccccatgatg cccgtctcca tgctcagcaa gtcgtcgcgc tcggtcttcg tgtagtccgg
    16621 gttgtcacgc ttcaattgaa actcgcgtgc cttgaggtaa tcgcaggggt cgtattcata
    16681 cgagatggcg atgggcacga tgttcagctc catcaggttg gccatcaggt tgtcggttgg
    16741 tccggccatg caaagcatct tcaggacgga cgtttgggtg tggtcgttag agtctttggc
    16801 gcgcccttcg cgttgggcta tccagaggga ttcatgcgtt tggcacaggg tgtggcggat
    16861 gtaggcggag agggtgcggc tgttttctaa gagttgccgt gcggagacgt ttcgcttgac
    16921 gatgaagctg ttgttgaggc gcaccagtag gcggatccac ggctggatga gcaggttgtc
    16981 gccgatggcg atttgcgtca tgccgtggcc ggcgtcgaag aggaggacgt tgaggaaggc
    17041 ggcgtcgagt acgatgtcgc ggtggttgga gatgaaggtg cagggggtgt tgcctttggg
    17101 caggcggctg cggccggaga gggtcagcga gaaggtggtg cggcgggcga tgttcatcac
    17161 tgtctcgtag ccgatggtgg attggaactg tgccttcgtc tggcaggctc gcatccgttc
    17221 cgtcagtgcc tcgcggttgg tggcctcggg ggcgatgtag cgcagtgcgt tccagagtcc
    17281 gtcggaggcg attagttcgt tgatggcttg gggcacctct gagtcgttca gggggcggat
    17341 gtcgtcgaag gcggtggtga gaggggctgt ttccatgagg tagtcaaagg gtggttaggg
    17401 gtggtagggg tgcatctaca cgtgtgcgcc aggtggtagt tagagggagt cgctctgcag
    17461 ctcgttttcg atgatctcgg taagtacatc ggtgatgcag aggccggcgg cgcggatctg
    17521 ttgtgggatg aagctcgtct ccgtcatgcc tggcgtggtg ttgatctcta acatgacggg
    17581 ctcgctgccg tctgatggga tgatgaagtc cacacggatg atgcctttgg caccgatgag
    17641 gtagtagatc gctcgcgtct cgtcttggat cttttgggtc attcctgcgg agatgcgtgc
    17701 gggggtgatc tcactgactt ggccgttgta tttggcgtcg aagtcgaaga agtcgttgcc
    17761 ggtgacgacc tccgtgaccg gcaggagtgt catgtctgct tgcgctttgt agcagccgca
    17821 ggtcacctcg gtgcctgaga cgaagcgctc gatgatgact tcgtcgtcgc aggcaaaggc
    17881 gcgtcggacg gcctcgtcga tctgtgtggc ttctttcacc ttcgttgtgc cgaggctgct
    17941 accgccggcg ttgggcttga cgaagacggg caggctgagt gtattgacga cttcgtctgc
    18001 ataaacagca tctccgcggc gcaggcggat ggcgtcggag acgcgcacgc cttggctccg
    18061 taggaactgt gtgcaggtgt atttattaaa ggtgagggct gaggctaatg cgccgcatgt
    18121 ggagtagggg atgctgagca tgtcgaagta gccctgtagg cgtccgtctt cgccgggtgt
    18181 gccgtggatg gtgatgtagg caaagtcgaa gtggatgtga cggccgtcgg ggtggtggta
    18241 gctgaagtcg ttgcggtcga tgggcacccg agtaccgtcg gcaaggagca cgctccactc
    18301 gtcgtgggtg agtaggacgc ggtggatgtc gtagcgtgtt ttatcgataa agctatagag
    18361 gccatcggcg ctcttgagcg acacttcgta ttcgccggaa tagcctccgg ctacgagggc
    18421 aatggttctt ttcattttgg gggttacggt ttacgtgttg gataggcagt agtcgcgcca
    18481 tttgtctacg agtgcttgca tatcgctggg caggggcgcg gagaagaaga gttcgcggcc
    18541 ggtggtgggg tggatgaagc cgagtgtttc ggcgtgtagt gcttggcgtg ggcagagggc
    18601 gaaggcgttg aggacgaact gccggtagct gcctgtgggc cgacctttga gtatgtgatc
    18661 gccgccgtag cgggtgtcgt tgaagatggg gtgtccgatg tggctcatgt gggcgcggat
    18721 ttggtgtgtg cggcctgtct cgagttcgca ctggagtagg ctgacgtagc ctaagcgttc
    18781 ggctacgcgg tagtgtgtga tggctggttt gccttcttcg ctcccggcgg ggtagacggc
    18841 catgcggagc cggtcgtgta tgtcgcggcc gatgttgcct tcgatgcgcc cttcgtcttc
    18901 tttgggtatg ccccagctga gtgcgaggta gcggcgactg gttgtcttat cgaagaattg
    18961 tcggctgagg cgtgtcttgg cgtctacgtt tttggctacg acgagcaggc cggatgtgtc
    19021 tttgtcgatg cgatgcacga gccccaggcg tgggtcgttt gggtcgtagc ctggcagatt
    19081 gcggaggtgg aaggccaggg cgttgacgag tgtaccggtg taattgccga aaccgggatg
    19141 cacgacaagg cctgctggtt tattgacgac cagcaggtct gggtcttcgt aaacgatgtc
    19201 taaggggatg tcttcgggca ggatttcgaa ctcgtgtcgc ggccgtgtca tgacgatcgt
    19261 gacgatgtcg ccgggcttga cgcggtaatt gcttttgact ggttgcccat cgactctcac
    19321 ccatccggct tcggcggcca gctggatgcg gttgcggctg gtgtgcgtca tccggtcggt
    19381 gaggaactta tcgatgcgga gcagggattg gttggggtcg gcggtgaagc ggaaatgctc
    19441 gtagagtgct tcttcgttgt cggtctcttc ttctgagaag aggccatcag ccagtgcttg
    19501 gtcgagggtc attggccagc ggtcggttgt gtccgtttgg ggcgtcattc ctcgtcgtcg
    19561 tcatccgact cgtcgtcgtc aactggtgtc cattctcgtt ctggccgtgg cgaccagaag
    19621 gtggagtcgg ttccgccctc gccgccgtcg ctcactcgga gcacgatttt ggctgcgatg
    19681 ggtacgcgtt cgccgggctt aatcactttg ccgcgcactt gtacgccgag ggccaggtcg
    19741 cgatagcttc cgctgacgta gagcacatcg atggaggtga agccgtgtga ttggagcagg
    19801 gcgtaggctt ggcgcatgga gaggtctttc acgtcgggca ctacggccat ttgtgctgtg
    19861 cgggcgttga tggtgaggta gaggatgcgg tctttcttga cttttgatcc gatggcgggg
    19921 atgacttcta cgatggctcc cggggcgacg tttttggaat atatggagtc gatcacggtg
    19981 tagcgcagtc ctttttttcg gatttcgtgg tgtgcttctt cgggggtttt gcctttcacg
    20041 ttgggcacga tgatggcttg gccgtggcgg gtgtaggtgt cgagggcccc aagcgctatg
    20101 agcgaaagga gccagagtgc gactgcggca aggaagatgt gtaccaccac cggcaggcgc
    20161 atgaaccact cccgtaagtc atcgatgtct tttttctttt ccataaggct gcgcttaaaa
    20221 cgaagaaagt aaaagtcctt gtcgtgcaaa cttttacttt cccttttttg ccaagctgta
    20281 tgctttgttt ggctcctttt ttccccctgt gttaagcctt cggatattcg tcggatacgg
    20341 acaatttctt tcgtcccttt gcgcggcgtg cggccagcac gcggcgtccg ttggcggtag
    20401 acattctcag gcgaaatcca tgcttattct ttctctttcg gttggagggt tggaatgttc
    20461 ttttcatttt aatctatctg ttattgttag gattacaggg gcgcaaatgt aaattcgatt
    20521 ctcaattgag caacccgctc cagcagcggg ccagcgaggg gggcggggcc attcggccca
    20581 caaaacgtcg ccgacgaatg acggcacctc gtaggggcga ataatcattc gcccctacaa
    20641 accggtacgt tccgaacgta tcgagaccac gttccgaacg tatcgatgac cacttccgaa
    20701 cctatccaca ctacgttccg aagcccccat cgatacgtcc tgaacctatc gagaccacgt
    20761 tccgaacgta tcgagactac gttccgaacc tatccgcacc ctgttccgaa gcccccatcg
    20821 atacgtcctg aacctatcga cactacgttc cgaacgtatc gatgaccact tcggaacgta
    20881 tccacactac gttccgaacg taccctgact acgttccgaa cgtatcggtg accacttcgg
    20941 aacgtattga gaccacgttc cgaacgtatc ggtgaccact tccgaacgta tccgcaccac
    21001 ttctggaaga agccgaggag gagtaaaaca ccccccctca cgggccgcac ccgagtatgt
    21061 atatatgtat aaaagaagcc gggtacccgc gggagaatcc cccacacgta cccggccaaa
    21121 ttcagttgtt cgttttaggg gcggacttat gtgtccgccc gcctttttag ttgttcgttt
    21181 ttagttcacg aagaccttct ccgtgcgtgc accggctttc accacataca cgccctcagg
    21241 cagcgccacg gacgatgtgc ccgcgggggc atgcatcgtg tgctggagtg tgccgctggc
    21301 cgtatagata cgtaccgacg tggcctgcgg cagggtgagg tatacccggc ctccggcagc
    21361 gtagatgcgc gccgcgggca gcagggcgtt gcccacggtg gagcgaacgt ctacactgca
    21421 aacggcctgc acaccgcttc cgtccaaggc cttgacgatg atctccgcct ggcctttacc
    21481 tacgattgtc acctcggctg tctctacggt cggatgggcg tatgcacgca gcgacgagcc
    21541 gctccgcttc tcagccgtcg ggatcacctt caccgtggcc accttctcat cgctgctgtg
    21601 ccaggagagg aacttgttgg tcgcatcgcc cggattgatc gtggctgtga tgcggaacga
    21661 cgcttcgccg ttgattaccc ttgaggagct gttcagcgtg atgctcgaga ttttcttttc
    21721 gggtaaaggt tttggcgtag gctccggggt gggggtaggt gttggcgtcg gggtaggcgt
    21781 cggcgtcggg gggaggggct gctctacgat cgtgaactct ttccagacgt ccttcgattg
    21841 ataggccgcc accgtgccgt ggggcacgtg caggcggatg tcgctcagct tcacagtcgc
    21901 cggcggggtg tattggaaga catacggcga gatgttgggg atcgaggccg tgtctgtcca
    21961 ggcgacggtc aggtccttga gcgccttgca atcctcaaag gcgctcactt caatctcggt
    22021 gacgctcttc gggagggtga cgctggccag cgccgtgcaa ccgttaaagg catctgtttt
    22081 gatcttgtcg acgtggttcg ggatggtgat gcgctccagc gccttgcaat actgaaaggc
    22141 gtccgattcg atcttggtga actgagcgtt atcgggcagc gtgacgcttg tcagcgcctt
    22201 gcaactgtta aaggcgctcc cctcgatctt ggtcacactg tgggggatcg tgatgcgctt
    22261 cagcttcacg caaccaccaa aggcgttcat tccgatcgtt tggagcttac catcggcggg
    22321 cagcgtgacg cttgtcagcg cttcgcaaag gttaaaggcg cgatcttcga tcgtggtcgt
    22381 gctcttgggc agcgagatgc ttgtcagcgc cgtgcaacgg ataaaggcat cctttccgat
    22441 cgtgtcgagc ttagcgtcag cgggcagcgt gacgtgagtc atcttatcgc aaccggcaaa
    22501 ggctccctca cggatcgtgg taacactctt cggcagcgtg acgcttgtca gcttattgca
    22561 accagtaaag gcgcacttcc cgacagcgct tacgccgtct ccgatcgtta cggcttggat
    22621 ctcgctacgg aaagactccc aaggctgctc gtcccagtta ttaaagtccg gcatcggctt
    22681 gggcgatccg ggggtgggat tgatgatggt gagggtatag gtggcgtcca tctgccactt
    22741 cagtccgcca gcaaggtcgc cacgatctgc catcacgata aagtcttgcc agacgttcgc
    22801 cgctttgtaa gccccgatct tgccttcggg cacatgcagg cgaatctcct ctacggtgag
    22861 gtgattaaag acctcggcat aggttgggat cggcgtctcc cagaatacgg tcacgtcctt
    22921 cagcgccgtg catcttgaga aggcctcatt cccgatcgtg gtgacgctgt tcgggatgga
    22981 gatgctggcg agcgccgcgc aatccaggaa ggcgttctgt ccgatcgttt gaaggccgtc
    23041 gggcagggtg acggtagtca gcgccttgca accggcgaag acgcgatctg cgatcgcggt
    23101 gacgccgttc gggatggtga tgctggcgag cgccttgcaa ccggcaaagg cctgctttcc
    23161 gatcgtggtg acgcttttcg ggatcgtgat gctggtcagc ttctcgcacc cataaaaggc
    23221 gttctcgccg atcgtggtga gcttagcgga cagcgtgacg gtagtcagcg ccttgcaacc
    23281 ggcgaaggct ctctttccga tcgtggtcac ctcattgggc agcgtgacgc ttgtcagcgc
    23341 ttcgcaaccg ttaaaggcgc catctgcgat cgtggtgacg ctcttcggga tggagatgct
    23401 ggcgagcgcc gcgcaatcca ggaaggcgtt ctgtccgatc gtttgaaggc cgtcgggcag
    23461 ggtgacggta gtcagcgcct tgcaaccggc gaaggctctc tttccgatcg cggtgacgcc
    23521 gttcgggatg gtgacgctct tcagcgccgc gcaactggcg aagacgccat ctgcgatcgc
    23581 ggtgacgctg ttcgggatgg aaatgctggc gagcgctgcg caattgtaaa aggcagcctc
    23641 tccgatcgtt tgaatcccct cgggcagcgt gatgcttgtc agcgccgagc aatcggaaaa
    23701 ggcgtacttc ccaatcgtgg tgaggctgtt cggaagcgtg acgctcttca gcgccgtgca
    23761 ttcggtgaag gcgccatctg cgatcgcggt gacgctgttc gggatggaaa tgctggcgag
    23821 cgccgcgcat ttgtagaagg caaaattccc gatcgtttgg agccctttgg gcagggtgat
    23881 gctttccagc ttctcgcatc ccccaaaggc gttcttttca atctctttga ggccggcggg
    23941 cagcgtgacg cttgtcagct tctcgcaatt cgtaaaggcg tacttcccga cgtggttcac
    24001 gccggcgccg atcgttacct tttggatccc gccgcggtac gccttccaag gctgctcgtc
    24061 cgggaaatta aagttcggga tcggctgggg cgtgctgggg gtgggattgg tgatggtgag
    24121 ggagtgtgta gcggcgtcgt actcccagct aagggatgaa cccgggatgg gttggctttg
    24181 cgcggccacg cgctgcggcc gcatggctcc tgccagcccc gccgcaagga gcagcaaggc
    24241 gaggagcggt ttggagtaat tcttttttgt gttcataggt catttattta gaataatagt
    24301 cgtgatcgtt atgggcgatg cagctcgcgg ttcaataaac agaaggagtc gagcatacac
    24361 ccggccggcc ggggagtgtg gaaagggggg cttacctccg ctcccttttc gccggcaaat
    24421 atctgtcgat atggtataaa gttggatggt catattcaat gaaataataa aattctgttc
    24481 gttctgtctg tttgcagttg tatttcatct tttagagcat gtcctatccg tcattctctc
    24541 gtaggggcga ataatcattc gcccctacaa accggtacgt gcgagggcgt atgcgcgtgc
    24601 gccccgaagg ggcaattcat catcagcccg gggcagagcg acgcctcccg ggcggagcgg
    24661 caccccgggg aagcgacgcg gcacgaccct ccccgccctg caaacctcct cccgccctgc
    24721 tgggggcagg gcgggaggag gtttgcaggg cggggaattt ttggatacat cgtaccccag
    24781 ggcgttgccc tgggctgatg atgaattgcc ccttcagggc gtgccacgtc ccgaacgtac
    24841 cctgaccacg ttccgaacgt atccgcacca cgttccgaag cccccattga tatgttccga
    24901 agtggggggg aaatacgtcc tgaacctatc cgcaccctat tccgaaatag tcgttgatac
    24961 gtcctgaagc ccccctcgat acgtcccgaa cctgtcgatg accacttccg aacctatcga
    25021 cgaccacttc cgaacgtatc ctgaccacgt tccggacgta tcggcactca tttcggaacc
    25081 tatcgatgac tacctcggaa cctatcgatg ggtggttcgg aatatgtcga cacccatctc
    25141 ggaacgtatt tcggggtatt tcggaatatg tcgatgggta tttcggaaca tgtcgatggg
    25201 tagctcggaa atactttcgg ggtagctcgg aacagggtcc ggaccagttc gggagaagcc
    25261 gaggaggagt aaaacacccc cctccctgcc agggtcaggt gggctgattg cccctaatca
    25321 ttagccatta atcattgatc actcatattc gcccccgcat tttccccgtt tataccgtat
    25381 gaatatccca tccataaccc ccgccacacc ccgggcgtat gcggcatgct cccacatcct
    25441 cctcctgctg atccccctcc tcctcacccc cctgacggcc gcagcccaat atgcctaccc
    25501 caccccggcg gcgcctgaca cgatcgccgt cagtgcgtac gggctccaca ccgccgcgga
    25561 cagcatgaac ccgacccgtg ataaacacct ccacaccatc ttcgaccacg acgcgatgcg
    25621 catcggtttt gcgcccaccc tcttcttcgc cgcctcagcc ctgacctgga acgagcgcga
    25681 acacatccgc cgcatccgta accgctatgt ccccggcttc cgcaacacgt tcgacaatta
    25741 cctgcaatac gccccagccg tggccaccta cggcctgaaa atctccggcg tcaaggggcg
    25801 caacaagctg ccgcgcacac tgctctcgca cgccacgagc ctcgtcatca tgggcgccct
    25861 tgtcaactcc atcaagtaca ccgcccgcgt ggagcgcccc gacgtctcga ggcgcaactc
    25921 cttcccctcg ggccacaccg cagtggcctt caccaacgcc accttcatgc acaaggagta
    25981 tggcgacgtg aaccccatct acagcgtggc cggatactcc agcgccacct tcgtagccct
    26041 cggccgcagc ctgaacaacc gccactggct gcccgacatc ctggccggag ccggcatcgg
    26101 catcctctcc acccagctcg gctatttctt tatcgacaag atttacaaga accggggcga
    26161 caacctgagc ctcttctcac gcttcgagag cagcggcacc ccatcgttcc tggccatcaa
    26221 gttgggcagc gcacgctcgg cacacaacct cctgatctac cccggcgccg atgtggatgc
    26281 ctacacacac ccgggcttag aagcaggctt cgagggcgcc tggtttctgg ggcatcactg
    26341 gggcgtgggc ggcgagtgcg ccttcgtcac cttccccgtc gacccctccg cgccgatgtg
    26401 ggtagacgcc gcgcaccccg agcgtgggca catgcgccta caggcacaat ccgtcggcac
    26461 ggtcaacatg agcctcgggc catattacgc catcactccg gccgagcgtt gggtgatgat
    26521 ggctaaggtc aatgcagggc tggccttcgc agccaagggc acggtgacgc ctgagccgga
    26581 gcgcgacgct tcaggcctcg accgtgagct gtcgctctac acctacgagc cgcgcacagc
    26641 ctggatcgct ggcacaggcg cgtcggtcac atacctcttc cgcgaagggt taggcgtgac
    26701 gctctatggc gattaccatt actcgcgtcc ggtcgtccac ctcaccttcg ccgaccccga
    26761 gcaccccgac gagcgcatcc gcaccgccag cgacctccgc accttcgact acctctccgt
    26821 cggcctccgc ctgaccgcct tcttctgacc cggtgtgcct ttggccttta cgatcctctc
    26881 ttacatttgc ccgcccaaag aaggccgcgg ctgtggtgta attggtagcc acgtcagact
    26941 taggatctga tgcctccggg cgtaagggtt cgagtccctt cagccgcacc gaaacagaga
    27001 aagagggggt gtcgacacag gttgctgtcg gcaccccctc aatgtttgtt cagggcggct
    27061 gtgcgtgtgt ggattactcc tcctcctcgc tctccttcat gttatggaac acgttctgca
    27121 catcctcgtc ctcctctaat cgctcgatca gcttatcgat cgtctcgcgc tgctcaggcg
    27181 tcacgtcctt cacgtcgttg gggatgcgga cgaactcgct ggcggtgatc tcgtagccgt
    27241 tctcctcgag gtacttctgg atggcggcgt tctgcgcgaa gtcgccgtag aggatcacct
    27301 cgccctcgtc ttcatccaat tcgtccacgc cgtaatcgat cagctccagc tctaagtcat
    27361 cgagcgacat gccgtccttc cggaggatgt ggaagacgca tttgtgctcg aagaggaact
    27421 ctaatgatcc gcttgtgccg agcgatcccc cggccttgtt gaagtagctg cggacattgc
    27481 ccacggtgcg tgtagtgttg tccgtggccg tctctacgaa gatggcgatg ccatacgggc
    27541 catagccctc gtaattcatc tccttataat ccgtgtagtc cttcgaactg gcccgcttga
    27601 tggcccggtc gacattgtcc ttgggcatgt tctccttctt ggccgtctgc atcagcacgc
    27661 gcagccgcgg gttgttgtca ggatctggcc caccggcttt cacggcgatg gtgatctcct
    27721 tgcctaattt ggtgaatacg cgcgccatgt tgccccagcg cttgaatttc cgcgccttgc
    27781 ggaactcgaa tgctcttccc atagtttgtt tctttcttat tgtttacagt ttacagttat
    27841 ctcagttgcg ccccgagcct cgtctccaag ttgtggcgga gtttggccat gaggtcgtcg
    27901 atgcggcggt cggtcagggt gcgctcggcg tcttgcaggt agaagctgac ggcgtacgac
    27961 ttcttgccgg ctggcaggtt cttgccctcg tatacgtcga agagggcgac gcgtcggagc
    28021 agcttgcgtt ccgtctcggt ggccgtctgc tcaatctgcg cgaacgtcac cgccttgtcg
    28081 atgagcaagg ccaagtcgcg gcgcacctcg gggtatttcg ggatctcttg gaaggtggtc
    28141 acggcccgac gcgtctcctt catcagtgcc gtccatgaga gttcggcgaa gcagacttct
    28201 gcgtcgatgt ccatttgctt caggagcttc cgatttacgg tgccgagggt ggccagtgtg
    28261 cgtcctgcgg ctgtggtgag ggtcatgccg gcggtgaaga gctcgttggt gaaggtctca
    28321 cgcttcacct tccgttcgtc tatgccgagg cgctggagga tgttgtccac atgcaccttc
    28381 agctcataga ctgacgtctg ttcgtcagcg tgcagccagc tgttctccgt gcgcagccca
    28441 ctcatccaaa gtcccaatcg gtactcctct tcgtagcctg ccaggggcgc atcgccttcc
    28501 gcattgcggt gcgtgtagca gttgccgaac tcgaagaatc ggaggtcttt ctgcttatgg
    28561 tttacgttgt atgccacgct ttgtaaaccg ccgaagagca gcgtctgtcg catcacattc
    28621 aggtcggcgc tcagcggatt catcagtgtc acgcagcgtt cggcgggtag ggtggtgagg
    28681 ccctcgtagt aggcgcggcg tgtgagcgaa ttgttcatga tctcgtggaa gcccgcgccg
    28741 cagagttgct cagcgatgag cgtttccatc cggtaactgc gatccgtcgg cgtgcgataa
    28801 ctcagtgtgg attgcaggcg gtcgccaatc gctacgttgt tatacccata gatgcggagg
    28861 atgtcttcga tcacgtccac gtcgcggcgg acgtcgatgc gatagacggg cacacgcagc
    28921 gcgaggccct caggcgtctc atgggcgatc gctatttcta acgagcggag gatgctcttc
    28981 accgtctcct tcgggatcgc ctgcccgatc gtctcattga tcttttggta agtaatatcc
    29041 acggcatacg gctcgacttt gtgcgggtag acatcctgaa tctcgcccgt gatgcgcccg
    29101 ccagccacct cgcggatgag cagtgcagcg cgcttgagca cgtcgatcgt gccattcgga
    29161 tccagcccac gctcgaagcg gaaggaggca tccgtgctca gcccaaagcg gcgtgccgtg
    29221 cggcggatcc atgtggggtg gaagcatgcc gactcaagga acacgtccgt ggtctgctcc
    29281 gtgacgcctg aatctaatcc accgaatacg cccccgatgc acatcggctt ctcggcatcg
    29341 cagatcatca ggtcgtcggc tgtgagtgtg cgctccacac cgtcgagcgt cgtgaacggt
    29401 gtgcccgcag gcatggtgcg gacgaggatc cggttgccgg caatcttcgc cgcgtcgaag
    29461 gcgtggagcg gctgaccgag ctcatggagg acatagttcg tcacgtccac cacgttgttg
    29521 atcggcctca gaccgatggt cactaatcgg cggcgcagcc actcggggct ctcgcggacg
    29581 gtcacgccgc ggatcgtcag gccagagtaa cgcagacaag ctacctcgtc gatggcctcc
    29641 accgtgatag ccgaccccga aggatcatcg atgctgaagc cctcgatcga tgggcgctga
    29701 agcgctgcgg gtgtgccttg ttgctgtagg taagccgcca gatcgcgcgc cacgccgaag
    29761 tgcgatgtcg catcgacgcg gttcggcgtg atgtccacct ccaacacatg gtcagtctca
    29821 accttataat actccgccgc gggaagcccc acgggcgtgt catcgggcaa gacgatgatg
    29881 ccgtcgtggc tcgcgccgac gccgatctca tcctcggcgc agatcatgcc aaaggattcc
    29941 tcgccgcgta tcttgctttt cttgatcaca aactccttgt cgccgtcgta gagcttcgtg
    30001 ccgatcgtgg ccacgacgac catctgcccg gcggccacgt tgggtgcacc acagacgatc
    30061 cggagcggct cagcgccgcc cacatcgacc gttgtcaggt gtagatgatc cgaattggga
    30121 tgcgccgtgc aagtcagcac gcgccccgtg acaagtcccg cgagtccacc gcgaacggac
    30181 tgcaccgtct ccacgctgcc cgtctcgagc ccgatggagg taagtgctgc cgccacctcg
    30241 tcaggtgtca ggtggaacgg caaataatcc ttcaaccagt tgtatgaaat attcatcgtg
    30301 taataaatag gtagtaaaaa gtagtagagg gtagttatgc gacctgtggc cgcggtagtt
    30361 agagggtagt cagaagtagt cagaagtagt cagaagaagt gaagcaggta gtagtttgag
    30421 gtagtccctc cccaaagtgt ccgtgaatta tggacatcgt cttccgcttg aatcatgttt
    30481 gaaaccattt ctgcttgatg ataatttccc cacccgctta aacaggcggg caaatgtaga
    30541 cgggggatct gaaaacgaaa acctggcggg gcgctgtggg gctgactact tttggccccg
    30601 ctccccccct taacattact catccaatga aaagaaccta tcaaagcctg cgcgcatcat
    30661 gcctgatcgg cgccatcgcg gcgctgctgt gcacggcgtg cagcaaagac accacggccg
    30721 accggctgaa gggcaagtgg caactgcaaa cggtggaggc ggaaggcgtg aggcaccgcg
    30781 tggacacggt gtggtacaac ttccagtctg agtcgctctt catgtatcag atctaccagc
    30841 ccgctgcgcg ccgctatgta tacacgtatg gctacaagac gcagcccgac gaccgcacgc
    30901 tccgcctgca attggctaat tacacgatca aggtcaagga cttcctgccg cttacggact
    30961 ggccgtcggg tgtgcgcacc ttccgcgtgg agcatgtgga cggccggcag ctgcgcctcg
    31021 agagcgacgg acggcggtat gtgtttaggc ggtattaggc aggaggtgag gaatggtagt
    31081 tccccggaat accccggccg gggcgcgatg cggaatggtg tcgccatcgt gtgcgcgggc
    31141 gaatgatcgg ctcgcccagg aatcgatctc gtgaggcgac tcccaaacca atcgggtttt
    31201 gggatgtata cgccgtatgg acagtcaaac ccaaatgggt ttttggatgt atacgccgta
    31261 tggacagcca aacccaaatg ggtttttgaa tgtatacgcc gtatggacag ccaacccaag
    31321 tgggtttttg gatgtatacg ccgtatggac agccaaaccc aagtgggttt ttgaatgtat
    31381 acgccgtatg gacagctaac ccaaatgggt ttttgaatgt atacgccgta tggacggcta
    31441 acccaagtgg gttttggact gtatacgccg tatggatggc taacccaaat gggttttggg
    31501 atgtatacgc cgtatggaca gctaaaccca agtgggtttt ggactgtata cgccgtatgg
    31561 acggctaacc caaatgggtt ttgggatgta tacgccgtat atagtccaaa acagactctg
    31621 tttcagagct tatacaacgt atacatccta aaacagagtc tatttctgag cttatacaac
    31681 gtatacagtc caaaacagag tctgtttcag agctcataca aggtatacag tccaaaacag
    31741 agtctgtttc tgagttcata caaggtatac agtccaaaac agagtctgtt tctaggctta
    31801 taccacgtat acaatcaaaa acagagtctg tttttgagtt catacaaggt atacagtcca
    31861 aaacagagtc tgtttcagag ctcatacaac gtatacagtc caaaacagag tctgtttctg
    31921 agtttataca acgtatacag tcaaaaacag actaaggagg cctatcccgc tatgaatcac
    31981 atagcgaaac gcactacgga tgccagtctc gcgatgcgac ccactgccat ccgtgaccca
    32041 taacccataa ttccggaaat aacgagggga ttccacgccc tcggacgtag gctacacctc
    32101 ccgctcgccg gaaaggatct gccggaggtc ttcggaggag acgtcggcag cgattcggcc
    32161 gttgtgagcc acgcagatcg tgccgcgctc ttcggagacg atgatgacga tcgcgtccgt
    32221 ctccttcgac atgcccagtc cggagcggtg gcgcaggccc atctccttgg gtaggctgac
    32281 gtttttggcc acgggcagga tgcagccagc ggctacgatg tgcccgccgg cgatgatcat
    32341 ggcgccatcg tgcagggggc tgttcttgaa aaagatgttt tcgatcaggc gcgcattgac
    32401 gtcggccgtg aacatttcgc cggtctgggc gtaagccgag aggtccatct cttgccggat
    32461 gacgatgagg gcgcccgtct tcttgcgggc catgttcatg caggccagga cgacgggggc
    32521 gatgtaatcc tcctgctcgg tgccagagtg gcggcgggag aagagcttgg ctacaaagcg
    32581 ccagccgggg ttggagccga gggtgacgag gaagcgacgg atttcgtctt gaaagagcac
    32641 gacgagcacg atgaagccga cactgatgac gcggtcgagg atggcgccca tgaggcgcat
    32701 ctcgagcact tgcgagacga tgacccagac gatgaccacg gagacgatgc cgctgaagac
    32761 ggtcagtgtg cccgagcttt tcatcagctt gtagatctga taggtgaaga aggcgaccag
    32821 caggacgtcg agcgcgtcct tgatgccgaa ggtgatgaac ataggggaag ggtagttaga
    32881 gggggggtaa gtaatggtca atgattaatt attaatgatt accccagaga catggcagaa
    32941 tgggcaccgc tccatcatta atcattgaca attaatcatt aatcattgat cattagggag
    33001 tagtcggcgg gtgattcgga cggcttccac ggcggctcgg acgtcgtgca cgcgaaggat
    33061 gttggcacca tgcatcaggg cgtaggtgtg gagcacggtg gtgccgttga ggctgtcgtc
    33121 gggtgtgccg ccgagtagtc gatagatcat gctcttgcgg gatatgccga caaggagggg
    33181 ctcctcgaag cgggcttcga actcgctgag ggcgcgcatg agggtgtagt tctggtcgag
    33241 ggttttggca aagccgaatc cggggtcgag gatgacgtcg atgacgccca atcggcgcag
    33301 tgtgcggagc tcggaggcga agtacatcat gacagcttcc accacatcgt cgtagtccgt
    33361 ctgttgctgc atggttcggg gcgtgccgcg catgtgcatg aggacgtagg gtacgcccag
    33421 tgtggcgatg gtggcgtaca tgccttcgtc gagcgatccg ccggagatgt cgttgatcat
    33481 ggccacgccg tactcctcca cggcgcggcg ggcgatggcc gagcggaagg tgtcgacgga
    33541 gacgggcacc tgcgggtagt cgcgctgaag gcggctgagc acgggctcaa ggcgtgccca
    33601 ctcgtcggct tcgctgacgt cggccgcgtc cggtcgggag gagtagccac cgacgtcgat
    33661 gagggcgccg ccttcgctga tgatggtctc gatgcgcttg accacgtcgg cctcgctctg
    33721 ttgccggctg ccagcgtaga aagagtcggg cgtggcgttc aggatgccca tcactatggg
    33781 ttcgtcgagc gagcgcaggg tgcccttgag gttgattgtt tttctgttca tgtatgtgat
    33841 tagttacgag ttacgggtta cgggttacgg gttacgagtt atgggagaat cacccgatgg
    33901 ttatgcgcca gatgaaggcg actaatgatg tgacaacgat gcccaaagcg agcgggaggg
    33961 ctacggagag ggccgtccac ttcgcgctgt gggtctcttt atatatggtg tagatcgtcg
    34021 tgctgcacgg gtgatggagc aggcagaaga gcatgaggca gacggccgtc agcaggttcc
    34081 aaccgccagc cagcaggatg cgcttcgtct ccatgtcgcc gccctccatc agcacacccg
    34141 ctgcgcccgc gtcgctctgt ccgaggacga gcagcgtgag catgagtacc gtaggcatga
    34201 cgatctcatt agccggaata gccaagatgt aagcgagcag gatgacgccg ttgagcccca
    34261 tgatccaccc cggcgtgttg agccatccga tcaggtgctc cgcgatgctc atgccaccca
    34321 ccgtgaggtt gcagcaaagc cagatgacgg cgcccgcagg agccgcaaag acgacagcgc
    34381 gccaaagcac gatcagcgtg cgatcgatga tggaggtgta gatggtgctc cagaagcggg
    34441 gtgggcggta gggcggaagc tcaaggtgga aggtggagac ctcgcccctg agcaatgtac
    34501 gcgacagcat ccacgaggaa gcgaacatga gggcgatgcc caacaagacg acggccatca
    34561 cagccacgag ggaggccagc ccactgtagc gtgcaggcac agcggcgccc acgaagagtg
    34621 tagccagcag gatctgcgta ggccaacgcc cgttgcagag cgagaagttg ttcgtgatga
    34681 tggcgatgag tcgctcgcgt gtactatcga tgatacgcgt ggagacgacg cccgcagcat
    34741 tgcagccgaa gcccatgctc atggtcaatg cctgcttgcc atgtgcccca gcgcggcgga
    34801 agagttcgtc gaggttgaaa gccacgcgag gcagatagcc gaagtcctca agcagcgtga
    34861 aaagcgggaa gaagatggcc atcggcggca gcatgacgga gacaacccag gcggtggaga
    34921 ggtagacgcc atcgacaaag agccccgtga cccacgccgg tgcaccgagg ctcacgaaga
    34981 ggctgcgcag agccggatga gccagcccca cgagcaggtc gctcagccac gaagagggat
    35041 agttggagcc gatgatggtc agccaaaaga cgccagccaa gagggccacc atgatgggga
    35101 agccccacac gcgatgcgtc aagatgcggt ctaaccgcac gtccatgggt aggcggccgc
    35161 ggcggttgcc ctgcgtcacg acgtcgcgac agatggcctc ggcctgcgcg tagatgtcct
    35221 ccatccattg gtcgtggaag ttgttgctga tctggaggtg gatgttctcg gccaaggcat
    35281 tcagcgcgtc gttgccaaag cgttggcgca cgctcgggtc ttgctcgatg agtcggaagg
    35341 cgatccattc ggcgtttgag aggtcggggt gtgcatgggc aacggcctcg gtcaagacac
    35401 ggatccggtc ggccgtggca ggcggcaggt ttgtggcgcg gtgggggtgg cagacgtagg
    35461 cgcccgtggc cacctcatgc actaactcaa gcagctgatc gatgcctttt cccgaccgcg
    35521 ccgagcaacc cgccacgggg atgcccaacc gtcgcgagag ggcgttgagg tcgatgtgga
    35581 tatggttgcg ctcggcctcg tcgagcaggt tgacgcagag cacagcgcga tcggtgatct
    35641 gtagcacttg caggatgagg ttcatgttgc gttccaagcg cgtcgcgtcg gccaccatga
    35701 cggtcacgtc cggatggcca aagaggatga agtcgcgggc tatctcctcg tcctccgacg
    35761 tggaggcgag cgagtaggtg ccgggcaggt cgacgatgcg atacatgttg tcgcggaagc
    35821 cgaagaagcc ctcggccttg cccaccgtct tgccgggcca gttgcccgtg tgctgcttca
    35881 gcccggtcag ggcgttgaag acggtgctct tgcccgtatt cggattgcca gctaaggcca
    35941 cgacgaagcg ttcgccgctg gcccggtcgc cgcgtcgctc taatccatgc cccgcagcct
    36001 tggggcagtt ggcgcaaaga gatgtggtgt ttgttgatgg gttcatagtc ggtctattgg
    36061 ggggaagact gagcgctttc aataaggata tagcgcgcct gatcgtggcg cagggcgatg
    36121 tctgtgccgc gcacggcgta agccacagga ttacccatcg ggctcactaa atcaatgcct
    36181 actgtgctgc cccgcacaaa gccaaggtcg agcaggcgtc ggcgcagcgc tccgcggcaa
    36241 gaaggcgaca ggcccacgat gcgcgccgtc tcacccatgt ggaggcgagt gaggcgccgg
    36301 gcattggcgt cggggcaacg acgcacctca tcgtccgtta tcggttccat attgattgcc
    36361 ccgagcgcca ccatgggcag ggtgaaacat tcgccctcat agcggaaggc gaaagtgcaa
    36421 gtcgtgaggt cggtaatgaa gatcacggag tccttcgtca gcccccggtc agcaatctcg
    36481 gtgaagagcg cgcggttgtc gtcctccaca tgcgtgatgc gccaccaaga gcgcgggcgc
    36541 agggtggggc tgtcgtcgcc gcggtcggcc acctcaagcg agcgcgtagg gatggggtcg
    36601 ccgtgcggat cgaagagggg gttgcgcagc agggagacga tacgctcctg ctcggcgtcg
    36661 ctgatgcggt gctccatgtg gtcggcgcgc tcgtgccatt cggcgggggc gtaacccgag
    36721 tgttcggcta agtattgttc atagatgcga tgtgcccgga cgatgcgcag ggcgtgttcg
    36781 cgccccgtgt cggtcagttg gaggcattcg cctgcggtca gttcgcccct gagcaccaat
    36841 cgcccgacgg ctgcggctgt gcgatcgccg tcgacatggc tcacctcgtc ggccgcgagg
    36901 ctacccccct gctcgtagat ggccttgagg aggtcttctt ccgcttcctg ttcctgcctg
    36961 cggtcgcgcc cccggagcgt tgcgaggatg cgtgcgatgt ggcttttgtc tcttttcatt
    37021 gggggaggtt gtgtatatat ataatgtatg gcataaatga cggtcgcaaa agtaaacagc
    37081 cgatggcgaa agaattggcg catagagaat gggggcgcgc cttacttttg cccaccgaga
    37141 aaatcgaaca gatacacagc aatgaaagag tacacatatc ccgaaaagaa taacgccgac
    37201 catgtggcag agccagtggt ggaatacgaa acggacacgc tgatagatga agaggatgtc
    37261 gcaccatacc tccgcgacaa aaccgttgaa gaactggtgc agagagttat caaaaggcgt
    37321 gaagcgtggt tgcgcggcga agtgcgctgc tacacgatgg aagaagcgca aagaatagca
    37381 gccgaatggg aaaagtaagg gtcacttggc agcctgaagc actggaagaa gttgagcgta
    37441 tccacgcata ccacaagaca ttcagtcagc aaggtgcaag cctactattg aaaaacatct
    37501 tttctgcggc gaataggtta gcagtatttc ccatggcagg acagattgaa ccttatttga
    37561 aaggtaccac atgccccatt cgatcgatct tggcagacaa gcgctacaaa ttgatctata
    37621 ccgtagaaaa tggtgggaca cttgtcatta ttcaagatgt atggtcatgc agaatggatc
    37681 ccaaaaagat gtcatcgaga aacagattaa gatccctatg accaacgaat attcccccga
    37741 cgatccaatc gatggcatcg caccgttcct ccgcgatact cctattgaag atcttataca
    37801 agaagtgatc gagagtcgag aggcatggct ccgcggtgat aggagtggct acacgatgga
    37861 agaagcgcaa agaatagcag ccgaatgggg aaaaaaagag ccaattgagg ggagatgaat
    37921 agctcggacg ccagtcgaaa tcttcgacta tatgatatcg cagaccattt ttaattgacg
    37981 ataagatccc tatgaccaac gaatattccc ccgacgatcc aatcgacggc atcgctccat
    38041 ccctccgcga caaaaccgtt gaagaactgg tgcaggaatt aatcgaaagc cgagagagct
    38101 ggcttcgcgg cgaacgcact tattcgacag aagaaataca acgcatgatg gccgaaagga
    38161 tggccaaaga caaccccaat tcataaccat ataaagagaa gaatcaaaat gaaagaatta
    38221 gcagacatcg ggctgatcgg gctcgccgtg atgggcgaga acttggtgct caatatggaa
    38281 agcaagggct atacggtggc cgtgtataac cgtacgacgg agaaggtcga ccgcttcgtt
    38341 ggcgggcgcg ggcggggcaa gaagttcatc gccacacact ctgtggagga gctctgccga
    38401 tcgatccggc ggccgcgcaa ggtgatgatg ctcgtcaagg ccgggcccgc ggtggacgag
    38461 ctgatcgagc agctgatccc ccacttggag ccgggcgacg tgatcatcga cggcggcaat
    38521 acgcacttcc cggacacgat ccggcgcacg cgatacgtcg agagcaaagg cctgctctac
    38581 atcggcacgg gcgtctccgg cggcgaggag ggcgcgctcc atgggccgtc gatgatgccc
    38641 ggcggatcga aggccgcgtg ggagctcgtg cggcccatct tccaatccat ttgcgcccgg
    38701 gccgacggca tgccttgctg cgactgggtg ggcgaggacg gcgcgggcca cttcgtcaag
    38761 atggtgcaca acggcatcga gtatggcgac atgcagctga tctgcgagac gtaccagatc
    38821 atgcgcgacc tcttaggcat gtccaacgcg gagatgcacg aggtgtttcg ggagtggaac
    38881 cagggcgagt tggacagcta cctgatcgag atcacgcgcg acatcttggc ttaccacgac
    38941 gcgtcgggca catacacgct cgacaccatc ctcgacgcag ccgggcagaa gggcaccggc
    39001 aaatggaccg ccaccgcagc gctcgacgag ggcgtccccc tgacgctcat caccgaagcc
    39061 gtcttcgccc gcagcctctc ggccatgaag gacgaacgcg tcgccgcctc ccgcgagctc
    39121 accggcccca cacctgcgtt cacaggcgac cgcgccgcct tcgtccgcga cctgcgcgac
    39181 gcgctctatg ccgccaagat cgtctcctac gcccagggct acgccctcat gcgccaggcc
    39241 gctcgcacct acggctggaa gctcaacaac ggcggcatcg ccctcatgtg gcgcggcggc
    39301 tgcatcattc gctccgcctt cctcggcaag atcaaggaag ccttcgaccg ccgccccgac
    39361 ctgacgaacc tcctcctcgc ccccttcttc aaggagaaag tgctcacggc gcaggccggt
    39421 tggcgacgcg tggtggccgc ggccgtggcg agcggcatcc ccgtcccctc gatgggcgcc
    39481 gcgctctcct acttcgacgg ctatcgtgcg gagcgtctgc cggccaacct cctgcaagcg
    39541 cagcgcgact atttcggagc acacacctac gagcgcaccg atcggccgcg tggcgagttc
    39601 ttccacacca actggacggg caagggtggc gacacgtcgg cctccaccta caccgcgtag
    39661 gggggcgaaa agctaaatac caagaagtct tgctggcgga gagagtgatc tccctcctcc
    39721 ggtaggattt tctgcttctt cacgatacac cctgtctcac cttctttatc ccatcattga
    39781 acatgaaagc gaaataccca ttcatagagt taggcatcta cctttttgtg aacgtccttt
    39841 ttattctcaa gtatttgccc cgatattcca ccgccccccc ccccttctga gtgcactgat
    39901 ttatgtggcg atcattctgg gcctgctttt tctattcatc aaacagcggg actggcttcc
    39961 agagcgtgtt tttaaggtgc tctgctgggc aatgatcacg ggagcttttg ctgtgatcgg
    40021 tttggcttta tggaagatcg accccctctc cgttcgcgta gatcgctggt ccgccacgtc
    40081 ctatttctta gacgccctct tcgatgggcg ctatccgtat ggcgtgcaca cacatgtccc
    40141 gccgacagcc cacagcttcc cctcgccttt ccccctgtgg cagtatatca acatcccatt
    40201 ttggctgatg ggcgacgtag ggttcgggct gttcttcttc ctgctgctat cattcgtgag
    40261 cgtcagatgg tttgccggct catataaaaa agccctcctc ttcctgctgt tgctgctgct
    40321 ctctcctgcc tattggtggg aggtggcggt gaggagcgac gggctgagca acgctctgct
    40381 catcttctgc ctgatccttt atatagagaa gcggcgcatc accttctcca cacattggtg
    40441 ggcggttgtc gtgttgtgcg gttgcgtggc cgccacccgt ttgtccgccg tgataccgat
    40501 ggctttgtac ctcttccgcc cctacacccg ccagcctctc gggaggctca tcctgtttcc
    40561 tctttgtgta ctcttggtgg caattctctt ctttgtgccc tatgttttat gggacacgga
    40621 gacgtggatc ttcttctcgc gaaatccatt catggagcaa acgcggcagg ggaacttctt
    40681 cgtcacctgc accgtcgccc tgttgggcat catgctggca ctgcgaagca agaccttcat
    40741 gcagtgcatc cataccatct cgctgatggt ttttctcttc atcctattga cgcaaatcgt
    40801 gctcttcgcc agcgacggcc tcagcaggtt cctgctcaac gacgattgcg acatttccta
    40861 cttcacccta tccttcccct actgcttgtt tgcattaagc tctatgacct caaatcctgc
    40921 cgaacgaggc agagaatcga atccctgatc gtacggcagg acttcttagt tcctgagtga
    40981 tggtttcgcc tctaaaaaac agtagcccaa cccccaagca aatgcctaaa cgtttggaaa
    41041 agagaagcga tggggtgggg tagggacaaa aaaaatggcc gactggccat tgtggtgtgt
    41101 ttctgtgtag cgagacccgg gattgaaccg gggacctcat gattatgaat catgcgctct
    41161 aaccagctga gctatctcgc cgctccttta agacggggca aagataaagt taggttcgac
    41221 attcggaaat gcggcttcat ttttttgcac ggtgtgaaag tgtgctttca agggggggct
    41281 aaacgaaaag aggaggcacc ctgcttgggg gcacctcctg ctttactttt tgtgtgccgc
    41341 gtgcacgcct atttcttcgc gttcaggcgc gcctgtatgg ccttggcctt ctccacggag
    41401 gcgctgctgt tggcgttgat gccgtagagc tccttggcgg ggattttaat ctccatgttg
    41461 gtggggatgt ggttcgggtc ggggatacgc gacttgttga agtcgtagat gtaaacccag
    41521 aacaccttgt tgccgtaata cttctctgcc agctttgtca ggtattgtcc gggctctaac
    41581 ttgacggtgg ccagcacttt gcgcttgggc gtttccttgg ctttcgtctt ctcttcaggc
    41641 ttgttttctg ccccatcctt agctttctct ttggcctcgg cctcttcggc tgcgcggcgt
    41701 gcttggctgg cggcggtggc taagtcggcc ttctcctcgc cctccttctt cgcggtggcg
    41761 gtgccactct tgtcgtcagc atcggcgcct tccttctccg cagcctcctc gtcgggcaag
    41821 acgaaggagt cgctcgttac caccttgctc ccttcggtgc ggttggccgc ctcccggtcg
    41881 gaggagggca gatagtagaa gtaatggtag aagagcccgc cgagtagcag cagcaacagc
    41941 agggcgagca ccacgtagag cgggatgttg gagctcgatt gcttctcgtt ctttttcggt
    42001 ggctgctgtg gtgtgggggg aggtggcgtg atgggcggga tcacgtcagc gattctttgt
    42061 tgtggtttac ggggttcgtc catgtcgttg ggcgctggct cgttgggttt ttccaccact
    42121 tcgggcgtga tgatctccgg tgcctgtagg cgcgacgccg atgcgtccgt tgctgtgtcc
    42181 ggattgctgc ccacggagcg tccttctgac catccctcgg cgatttcctt ttttatctct
    42241 ctgttcatcg tgtgttggtt tacgttgtcc cattcgctat ggatcaaggt gatgggctcc
    42301 accttgtcct tgtatttatt gtcctcgtca tcctcggtcg tctcatcagc cgtgatgagg
    42361 ggcaggatgt ctgtggccgg tgttgcgtag tcgttgcttg acaccgtgtc agtgggggcg
    42421 gggcgggatt cctcgtccgt cggggtgtct tcattatcta cgtattcacg ttcggcatct
    42481 tccggttgct cggtcggcac gttgccatcg ccttctcctt cgccagcctc gatggcctcg
    42541 aaggcggcaa agggtttatt gatgcggtct ttcaggcatt tatctgggag gtacgacagc
    42601 cagtggtggg ccggaataac gaggtgttcg ccctctggcc cgatgctttc gcgcgctttg
    42661 acgggcacga ttcggaactt gccaatgcct ttgattcgtg ttgatccgtc tctgatgagg
    42721 ctgtcattta cgagtgcggt cagctctccg acaaacgttt gcacagtggc ctggtcgcgg
    42781 ccggttttct ccatcatcaa ctcaatgatg cggtctgtgg tgatcttctc gttcatgcct
    42841 gatctaagtt tttgatgtac gtttttaatc gggtggcggg tctgaatacg gggatcagtt
    42901 tcgggggcat gaggtatcgc tttccactct cggcgtcggc cgtgtagcgt tcgagcttct
    42961 tcttgagttc aaattgcccc catccttcca tcacgacgat gtcgttgtcc gttagcctgt
    43021 cggccaccac ttgtccgaac gcgtccagca agctctccac ctcgggaatt tcccggtcga
    43081 ggcgtgcggc cagttcggcg atcagttctg tatctttcat tttgatgatg tgtctttttc
    43141 gtttatgatt ttgatgataa ctctctgtag ctcgtcgttg ggtcaaacga cctttcggcc
    43201 atagagttca aacggctctg ccgcctcaat ctgcaccgaa tagattcgcc ccaactccaa
    43261 gccgtcctct ttacgcacaa gcacttcggg gtctacctct ggcgaatcaa actctgttcg
    43321 cccgatgtag taatcctcct cccgatcaag catgacccgc agcgttttcc cgactttctg
    43381 ctcttgtacg tcggccgaaa tggattcttg aagcgccatc aacgtgtcta aacgttgctg
    43441 tttcacctcg ttcggcacgt tgtcttcttc atgtttatag gagtacgttc ccacctcgtg
    43501 gctgtatgca aaagcgccca tccgctcgaa gcgaatgtca cgtgcaaact gcatgagttg
    43561 cgcaaaatcg tcgtccgtct cccccggata gcccaccatg aacgttgtcc gcaagtgaat
    43621 gccgggcacc tcgctgcgta tccgatggat tagctcgtag gtctcttctt tcgtgatatg
    43681 cctacgcatc cgtttcagca cggggtcact gatgtgttgc agggcgatgt cgaggtattt
    43741 gcaaacgttg ttacgctcac gcatcacgcg caataattca tacgggaact gcgatgggta
    43801 gccataatgc agcctcaacc actccacacc cggaacatcc gccagtcgct cgaccaattc
    43861 gggcagcatg gccttgtggt acaggtcttg gccgtagtaa gtcagatcct gagcgatgag
    43921 ttgaaactca cggatgcctt tttgggtcaa gagccgcgtt tctttcacga tttcctccat
    43981 tggtcgagag tggtagcgcc ccgtgatgag ggggatggag cagtaagaac atttgcggtc
    44041 acacccctca gcaattttca ggtaagcgta atgtccgggc gttgttacga cgcgatcttc
    44101 tgcaaaatcg ttcaggtaag ccttaccgag atcgttcagc aggtctttcc aattgaattt
    44161 cccgtagaag cgattaacga aggggagctc ctgctggagc tctttcagga aacgttcaga
    44221 gaggcagccc atgacgcata actgccctat gtgcccacgt ttcttttcct ctcccaaagc
    44281 aaggatcagg ttgatggatt cctcctgtgc atcaccaatg aatgcacacg tattgacaac
    44341 gacaatctcg ccgttgatct tttttgcgtc gtgggcgacg gtataaccat tcaattggaa
    44401 ttggcgcatc aaccgctccg aatcgaccaa gttcttcgag caacccagcg tgatgatgtc
    44461 caccttattt tttctcatcg tccccgaaca gcgaatccac gaatgctttt ctattgaata
    44521 tctgcaagtc ctccatgccc tcgcccaagc cgatgtattt caccggtatt cggaaatggt
    44581 cagatatact aatgacgacg ccgccttttg ctgtcccgtc gagtttcgta atggccaagg
    44641 cattgacctc cgttgcggcg gtaaactgtt tcgcctgctc aaaagcgttc tgccccgtcg
    44701 atccgtcgag cacgagcagc acttcatgtg gtgcatcagg aacaaccttc ttcatcacgt
    44761 ttttgatctt cgtcagctcg ttcatcaggt tgatcttgtt atgcagacgc cctgctgtat
    44821 cgatgatcac gacatccgct ccaccagctt gtgccgaatt gagtgtatcg aatgccaccg
    44881 aagccggatc agagcccatc ttctgcttga cgaccggcac tccgacgcgt tcgccccaga
    44941 taacgatctg ctctacagcc gctgcgcgaa atgtgtctgc agcacctaaa taaacggagt
    45001 gcccccgctt cttgaactga taagccagct tcccgattgt cgttgtctta cccactccgt
    45061 tgacgccaac caccatgatg acgtatggct ttttcccttc cggtatacta aagtcatccg
    45121 catcttcggt tttgttctcg gtcaacaatg ccgcgatctc ctcacgtagg atggtggtca
    45181 attctgccgt cgatacgtat ttatctgttg ctgcgcgttt ctctattcgt tcgatgatct
    45241 tcagggttgt gtccaccccc acgtcagacg agatcaagac ttcttccagc tcgtccagca
    45301 cggcgtcgtc caccttgctt ttccccacaa tggctttggt gatcttggag aagacgctct
    45361 cttttgtctt cgacagacct ttatctaatg tgtccttttt ttccttgctg aaaaagtcga
    45421 aaaatcccat gtcttaatcg cgtgataagt aggtaaataa gattggcggc aaatgtagat
    45481 ctttttcaga aagggggttt tccagcaagc tcccaacgca cctgagtttt gagatgaccc
    45541 tccgcccctt ctcctctttt tgtggtgtag gcataaaaaa acaggagtga aacgaatttc
    45601 gtttcctcct gtttcgatgg tgggcgctga gggagtcgaa cccccgaccc tctgcttgta
    45661 aggcagacgc tctgaaccaa ctgagctaag cgcccttcca aatcttttta acgactgagc
    45721 tgtctttctc tctcgaagac gggtgcaaat atagaggcgc tttcataagc accaaaagat
    45781 tggcgaaaaa aatcgcatct tttttgggcc ggctagcaga taatggctga aattgagggt
    45841 tattcgttgg aatccgattg cgtttgcggg ttacgagaag cctttgatat gtcccatatc
    45901 atgtcataga ttaagtcgtg agaggaggtg atgagtcttg ctttgagttg ccggattaat
    45961 tggaggcagc cagacgaatg gtcgtcgccc actcgcccgg ggtaggtgta gacctcgcga
    46021 tagcaatagt cgtcgttagc agctgtggct gtcgacatgg cgccgccccg cttagatgat
    46081 tcgactacta cgatagcgtc ggcaatggca gcaatcagac ggttgcgctt caagaagttt
    46141 tcgggtgcga cggtcgcgtc ggaggggtaa tcagtcagca ggccgccgcc ttgggagagc
    46201 atgcggatag ctgtgtctcg gtgatcggcg ggataaatgc ggttgagacc gtgccctaag
    46261 atgccgacgg tgggtaggcc gacttgcatg gctttgcgat gggcgcagac gtcgatgccg
    46321 tgagccagcc cgctgataac aagcagtttc ggatcgaatt cagccagccc ttgcacgagt
    46381 tcttccgtca ttcggcggcc ataatctgtg gaattgcgtg tgccaacaat gctgaccact
    46441 cgttgcgcat tgaggtcagc agtaccttta taatatatgg cgataggcgg ctcgttacat
    46501 tcatgcaggc gatacgggaa gtcgggatcg gtgaaggcat aaaggcggat gtgttttgtt
    46561 tggatgaata gccactcttt ttcggcgcgc tgctgggctt tgtcaattga gtgaatgatg
    46621 gattggtagg tgtggtggcc gagcaggggg atggcttcac atggcttacg gagcgcggca
    46681 aggatgtcgg tgaatcgtcc gaaatgcttc aggagccagg tcaccattgt cgcattcatg
    46741 ccgtcgatca ttgagagtgc gattaggctg atccgttcgt cgtcatctgt tttgtcttta
    46801 gtcatgtgca tagatggatg tttggggtag cgccattgta taatcggctg caacaagggc
    46861 cgataatcat ggatggctac atgtgaatta tgtgacaaca aaagtaaagg tttgaaggaa
    46921 gatccacgag gctgtgtggg gagcttctca gccaagaatc gtagggcggc agcttgcttc
    46981 aggcttattt cttgtcaaaa gatggatcgc gcgccttggt ttatggagga gggctgtgta
    47041 tgtgtctgta tataaaaaaa gcccctcaaa gccgcttcgt tgctgacttt gaggggcttt
    47101 tcccgccagt cggggtgact ggattcgaac cagcgaccac acgcccccca gacgccacaa
    47161 gggtactggc taagtggttc gtatgtagat aagtagaaac gctgcacgcg cgatcgctcg
    47221 attgatactc gatcgttggc ggtgcaaaag aaaagagagc cccgacgtca cgtcgcgact
    47281 ctctctccgc cgatcgggat tgctgcaagc ccacattccc cccctaagaa gaggtggggc
    47341 tggcctgcta cttaaccaag tatcatgtga ggaagggtgg attcattgga tgcgcccccg
    47401 ggctcggcta cacagttgaa ttaagaatga gtaaaagagc gccgcaaagc tatagggcac
    47461 ttctcgcagc cggtaccctg cggctacaca cacactttgc gcgaacccca cggcctactt
    47521 ttgccgccgt gaaacaacag ggaacaaata ctacaatgaa aaaagctgta tccatcaaag
    47581 ccgacccgca caattaccgc ctccacccgg aggccaataa gcggatcatc agaaagagcc
    47641 tcgaagacct cggcgcgggg cgctctatcg taatcgataa ggaagattgc attatcgctg
    47701 gcaatggcgt ctacgaggag gcgcaggcgc tgggcctccc cgtgcgtgtg gtcgagtctg
    47761 acggctcgga gctgatcgtg gtcaagcgca ccgacttggc gaccgaggat gagcgccgcc
    47821 gcctgctcgc ctttgccgat aaccacacct ccgacacctc cgcgtttgac accgatatgg
    47881 ttatcgaagc ctttaccccg gcgcagctcg aggcgtggga gtttgccgtg gatatctcgc
    47941 ccgagtcgga tgcttttgcc gggcagggcg gggaggcgga cgcggatgcg gggtataccc
    48001 aaaaggtgga gtcgccgatc tatgagccta cgggcgaaag gccgggcacg gaggagcttt
    48061 acaacatgga tcgatacgag gagttggtgc gtgagataga gcagtcggat gccgaggagg
    48121 gggtgaaaga gttcctccgg atggccgcag cccggcatat cgtctttgat tacggccgaa
    48181 tagccgagtt ctatgcgcat gcagacaaag agacgcagcg gctgatggaa gactcggcgc
    48241 tggtgatcat cgattacaac cgcgccgtgg agttggggta tgttaaactc aaaaccgagc
    48301 ttttggagct ccgcagggag gattatccgg atgaataaca gcttcgttgc attgatcctt
    48361 acgcacggcc gcccggataa ggtctacacc tacgatgcac tccggaagct gggctatacg
    48421 ggggatatta tcgtagtggt ggataatgag gatgctacgc tggaagaata caagaagagg
    48481 ttccccgacg tctacgtctt cgacaagaag gccgaggccg ccctgactga cgagggggat
    48541 aacttccaag accggcgcgc catcatctac gcccggaacg cttcctttca aatagctaaa
    48601 gagcgtggct atcgctactt catcgaactg gatgatgact atttcgagtt ctcctatacc
    48661 tataccgcga gtggggagct aaaacagcga agtatccact ccttggataa ggtctttgac
    48721 gcgctcattg agtttaagaa gcgcaccggc gcactgaccg ttgctatggc gcagcgtggc
    48781 gactttgtcg gagggcggga gaataacatc gtacaaggtg agattctaaa aagaaaggct
    48841 atgaatactt tcatctgtga caccgagcag ccctttcgct tcttcggtaa gatcaacgag
    48901 gatgtgaatg cctacaccgt gctcggaagc cgcggcgccc tgttccttca ggttccgcac
    48961 gtggcgatca atcaggttaa cacgcagcaa tcctcgggcg gcatgacgga tctctacctc
    49021 gacagtggca cctatgtgaa gtcgttctac accgtcatgt atgcacctgc atgcacctgt
    49081 attcggatga tggggacgaa gcaccggcgc ctgcatcaca gcatccgttg gaacaatgcc
    49141 gtcccccgga tcctgcccga acgatgcaag aaggcgtgaa tgccgcccgg gggcaccatg
    49201 cgttttttgt ttaggtgttt tttgtttatg cgtttatgcg tttttggccc aatccgaggg
    49261 tcgccgcgga gcttccgggt gtcggaaatc ccaaaatgag gctcggattt gaccaaaaat
    49321 cgatttggag cccaaaacga ggctcggatt acgccaaaaa cgcgtttgaa gcccaaaatg
    49381 aggctcggat tgagcttccc gggtgtcgga aatcccaaaa tgaggctcgg attacgccaa
    49441 aaacgcgttt ggagcccaaa atgaggctcg gatttgacca aaaacgaatt tttggtgcgc
    49501 ggcgaccctc ggatggtgca taaacgaaaa acgaaaagta aaaaacgccc gtctcgtagg
    49561 ggcgcccctt gtgggcgccc ttcagggacg ccccgaaagg gggcgaacgc cggtaaccgg
    49621 ccgcccaggg cgcgaataca atcatcgatg aatacacgcc tgcggcgaaa ggcgcataac
    49681 accccgggcg cccacaaggg gcattaccca gggcacccac aaggggcact acccagggca
    49741 cccacaaggg gtgcccctac gaggggaaca cgaaaaacga aaaacgaata aacgggggcg
    49801 ccagccccca tctcaacaaa tcaacaccta aacaaaaaaa cagccccccc cttcacgcca
    49861 tccccttagc ccggagcggg tcggccgagg tggcggagag gcggtcgtgg atggccttca
    49921 ggtggcgggt gttttcggcc gtctccgagg tgtggcggtc gatgccggag aggtgaaaaa
    49981 ggacggtcgt catctgcacc gccgtctcct tctgcaccat gcgcatggcg ttcagctgac
    50041 cggctacaag ggaggccgtc tgctccgtga cgcccttcac ggcgcccgtg agggacttat
    50101 cggattcggg ggtggtcttg aagagcttct cgaacgtctt tagcttctcg gagtaattct
    50161 ttgccacgcc ctctaattgc gccttggtgg attcgatcat ctcctccgtc ggggagccgc
    50221 ctttctccat gaaggaggcc aacccgtcga gcacactgct gacctgcttc tctaagaagc
    50281 gcttcttaag catgttctta accatgtttt gaagcatgcc gtcgaccgtt ttctcaaacg
    50341 ccttagaggc gtcttcgccc ttcccgaagg cttccacaag ggcgtcgccc aactcatcgg
    50401 caaaggcttt agcgtcggtc tgaagcaggt cttcctttat gctgtccaag aggctgtcta
    50461 tgtctcggtc tatctgctca atctgctcct tatactcgat caccgcgtcc ttacccttct
    50521 tcttggcgct ccttgaacgc agccggatca tctcctcgag gtgctttttc tgctccttca
    50581 ggttctcgat cgcctccttc tgcttcgtgt aggtgtccgt gccgagcgcc ctcgagatgg
    50641 cgtgttgcag gccgttgtag gctcgcttga ggttttccac ggcctcggtg tgccgcttaa
    50701 tctcctgctc tatttgcttg ttctttcggc taaggatgga gccgatgacg tttaccacgg
    50761 cttgcaccac ggccagcgca gccttaatga tggtcaggat gatgcttgcc ttttcggccg
    50821 aatcgatagc cgcagccacg gcaacggcca tcacggccac cgtttgcagc gagctgatgg
    50881 ccgtctcgcc cacctcgccg agggcatcct tcaggaaggc ggccgagtcg acagcatcgc
    50941 ggacaaagtc gaagctcttt ttcgtggcgt cgctgagctt cttccagttg cgtttgatct
    51001 tctgggccga ctccgccgaa tcgtcgcccg cggaggcgaa gatctcatgg agcgcctcgc
    51061 ccatctgctt gaaggggtta tccttcgtca gcacatcgcg cgcctcgttc agcttcgagc
    51121 ggatcttagc caggtcgatg gggtcgaaga tgcccgagag ctccttaaag cggctctcga
    51181 tctcccggat cagtgtgtcg atctgctcgg ccgtcagctc atcgaggttg ccaaagagct
    51241 gtgcccacat gtcggagccg gtcagctcct tggcggccag atcggagagc gccttgccct
    51301 gcatcttatc cagctgcgcc tccatctcgg tgtcgtcatg ctcacgagcc cggcggcggc
    51361 gctcctcgta ttcgtctatg atggcctgct tgcgctcctc gaacgatccg taagccttca
    51421 gcatgcgggc atactcatcg tcgccacccg tcttcttgtc cttttcgtac tgcgcccggc
    51481 gtatctcctt ggcgcggtct atctgctcgc gctcggcctc ggtggtggcc tcgaggcggc
    51541 ggcggtcgag cagggccacg tcgtcgctgt acttcaggtc gagggcgatt ttgcggtcgt
    51601 aataagcggc atacgagcgg agcagcgcct cctgctgccg gtgcgcctct ttcgtggcgt
    51661 cgtattgctt atcgtcgagg aacttcatct tctccttccc cacctccgac ttatcgtctt
    51721 tcaactcccg gcgccgatca tcgatcgtct ttagcacgtc taagacggtg cgggcgcggt
    51781 cgagctcgcg ggtgatgtcc gtcttatact gctccagcgc ttcacgctcg gccttctcat
    51841 cgtctttatt cccccgtccg ctgccggtgc cccgtccacc gccgccgcct ctattcgggc
    51901 tgatttgctg ctgcaggcgg tcgagctcct tttgcgccgc cgtccactct ttcgagcccg
    51961 gcaccatgtc cttcagcctg tcctgaatga cggaaatggc cttctcgatg gcccccacgg
    52021 tgcccttctt atactgctcc acacctttga tgccggcggc ggtcattacg ataaaggcgt
    52081 ggttcgtctg gaaggccgcc ttcttaatca tcccctcagc cttcttgtct aactcttcgg
    52141 cctccttctg cagtttgatc ttctcttggt tcacttgcgt cacgagggtg cctccgccta
    52201 tctggctccc gcctacgatg cgttgctgct tgtcgggcat cgtagccgcc ttctcacgca
    52261 gctcaatggc cttttcgatc tccttttgtg cctgattgcg ataggccgtg gcgcgcgcct
    52321 tagccatctc ggagttgatg aaagcctgcg tgttattgat gagcagattc tccgcatcgc
    52381 gcaccgacgt aacggatacg cctaactctc ggaaggcatc gcggttatcc tcgataaagc
    52441 gctgtttggc ctccatgtca ttaccgaggg cgatataagc ctgccggagc gaggtgacgg
    52501 acgcgataga tttagaggcg ccgtcggcta cggctttggc catctcttcc tgcgcccggc
    52561 gagcctcttt ggatttctct atgaggtgag caaagacggc taccagcgcc gtaactcccg
    52621 caatgaccca ccccacgccg gggagagagg cgatggccgc tcccacggct cggaaagagg
    52681 ccgccagcgt ccagttggcc gtggccgcgg cgccggccgt tcccgcattg gctacgttag
    52741 ctgccgaatc ggccgcttta gccgccacat ttcccgtcgt agcggcagcc tcggcctcat
    52801 tggcggccgt gtttgcggcc gttgccacgg cctcggcttt ctttacggcg gtcgcctttt
    52861 cggtgatctc cgtccaccac ttcttgagct tgttcagcgt gacgagccga aaggcgctgt
    52921 ctttgttcag cgtctgggcc acctgctgcg taccgatggc aatagccata gccgcctgca
    52981 ctttggccat gatcttttgc agcttatcgt tctcgcccgt aaagagggag atggcacccg
    53041 tggcagccga cagcgcccca gccatgcccg acacgcccga gatgatgcct tggaagcccg
    53101 cctcgtcgtt agataggatc tgcccctgct ttttgatatc accttgaata tctttcaaac
    53161 gccccagctc ttcggccagc gcacggtaag catccgactg atcactgatg ccgtgatccc
    53221 taagtctata catctctgcc tccagttcga ggacgcgttt gcgcagcgta ttgtgtgcgg
    53281 cggcgtttcg ctccacctgc tcttggtgcg ccttcatctc acgctcagcc tcggccagtt
    53341 ggtcggcctc tttttccagt gcggatacaa gcgcctcgtg ttctttgatc tccttatgga
    53401 tggccgcttg ccgcgctgtg ctctgcccgc cgtctccgac cgatttcggg gcgctgaggt
    53461 tggcgcggcc gatggcttcg tattcgcgtc tcagggcttc gatgtgcgcc ttatggttgc
    53521 ccaccgcttg gtcgatcttg tcaaagcgct gattgatctc cgtcgccgct tgggcaaagc
    53581 tggcgtccat cgccgcgccg cctttgacgg tggcgtcgct gagcccctga atgcgccgca
    53641 cggtctcctc gatggcgctg atgagtttgc tgttgtcgag cgaggcctcg aagtgcatcg
    53701 ctccgttttg agtttctgcc atgtctttgt tttttgttta tgcgttgggg gggcttacgc
    53761 ccccgtttat ttgttgaatt gttggcggcc ttcggccgcg ttgaactgtt taggacttcg
    53821 cccctgttga actgttgaat tgttgagggg gctaaagccc cgtttatttg tttaggtgtt
    53881 gaggcgttca acctccaaca attcatggcc cttcaacgca taaacaattc aacaccaaac
    53941 aggggcgcag cccccaacaa ttcaacaatt catggcgcgg ccgggaggcc gcctcacccc
    54001 attgcattga tgcgtcggat cacttcgtcc acattgtcgc ccgtcagggt gatgtctccg
    54061 tccgggtcgt tcgcggggct gctggcgtcg ctgtagtcgt aatccggctg gtcgatcatc
    54121 atgcgctcca ccatcggcca ggggatgccc tcgtgcaggt agtgccatgt ccagccgaag
    54181 tgcgcgcaga tggcgccacg ccggccgtgc ggactgttta gcccgcgttg tctgccccta
    54241 ttcgagtcgg cacggttgtc cgggcggcgg acatcaatcg aatagagtga ataaaatccc
    54301 cgaggttgca catggcattg atggtcatgg ccaggcggaa aagctcggag ggcttgatgg
    54361 tgcgaaggaa gagggcggag agctccgcaa gggcgcggct atcttcctcg tatcggacgg
    54421 tggctcccaa ccccggccgg ggcttcaggt agtcagaccc gagcacggcc agcgctacga
    54481 tgcgcgccag ccgccgtgca tgccgggcgg ccatcatgcg cgcctccgcg atgccctccg
    54541 tgcccttcaa tcgttcttcg tcgatggcca gctccaccca ctcggccgag aggcggtcga
    54601 gggtgccaag cgtgggctcc gagatgcgga acgtgcggcg ctccttcact acccggcggc
    54661 ggggcggcaa gagcccgagc cagcggcggc gcccggcggg ctcggtgcgg tagtcgtcca
    54721 cctcgaatgt ccaaccctta ttgatgagcg cattcagttc gtcgcgctcc tgctccaatt
    54781 g
//
LOCUS       SEQF3106|MIQD01000008.152983 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..52983
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(2069..2683)
                     /locus_tag="SEQF3106_00392"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEYILMKRPDLNGDGKRPIYPKMKIRRTVEMDDLAEIIARRST
                     FSSGEVKGLISLLSDTMAECMAKGESVRVAGVGLFTASLGLLGGVERAEEGGPQHNAR
                     NICVRSVNYRPDRALVEKTNSRCELKRGHTPVRALLIEKREERLAAAVSHIAEKGFLR
                     VIDYVKMTGLGPTAAGVELRAFANEGHIGVMGRKSHTLYVKASE"
     CDS             3424..4083
                     /gene="lolA_1"
                     /locus_tag="SEQF3106_00393"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00240"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer-membrane lipoprotein carrier protein"
                     /translation="MKRISRSVITAILAVCVLATASAQTGRYRAASEAQRKEIVAKIT
                     QTAASVRTMKCDFTQVKQLSFMNDKVTSEGRMYYKKANKIRWEYTRPYAYVFSTDGTT
                     VHMTSGKGGASNRVPVKSSKLFSEISRVMVGGVSGAGLVDSPDFSSTFSVGQSDWQIT
                     LTPRKKEVRDLFASVRLYVGKSDGRVRRVELEEKSGDRTTITLKNVQANVNVDDALFT
                     R"
     CDS             4055..4750
                     /locus_tag="SEQF3106_00394"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWTMRYSLVKRLRIAAHLLRLLRHSGSVMCFSTLPSPSVSDALH
                     LHYAAKPLAFMLCLLLLTGCAATRNVQQREASTARVWAPAMRSAEAKNTYRVCLRAAG
                     RDLTGICVAKRVGDEWRGSLVNEFGAKAFDFVTTARRGTLLHVFPMMDRWYIRRTVAA
                     DLHFLFEVDNAEATFARRVERSERGDTIVATCGRWHLTATLHDSTVTLVNTRRNIVYE
                     LRRMAETDDGSDE"
     CDS             4947..5324
                     /locus_tag="SEQF3106_00395"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLIDSLFTIRSREETPAGCTYVLAPDAGHTIYGAHFPGSPVTPG
                     VCIIQTVKELAERSIGRPLFLRTVRNAKFLHVIDPRETTEITFPLTIEQSGDGRISVS
                     CIVTDAVGTLFAKISLLLEEVAE"
     CDS             5321..6058
                     /locus_tag="SEQF3106_00396"
                     /EC_number="2.4.1.54"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:C5CBV8"
                     /codon_start=1
                     /transl_table=11
                     /product="Undecaprenyl-phosphate mannosyltransferase"
                     /translation="MIQPFAVVIPTYNNVRTVGGVIDEVLATGARVIVVNDGSTDGTA
                     DVLRKYEGRVEVVAYAKNRGKGYALSRGFDRAEAMGFDRVVTMDADGQHSVADLPRFV
                     EATAVHPNALLMGRRTVEGEMPQGNTFANRLSNFWFAVQTGHRLRDTQNGFRLYPLSV
                     MRGMRPLTSRYEAELELAVRCAWRGLPIVAIPVTVNYAPPGGRVTHFRPGRDFLRISL
                     LNTALTLLALVYGYPSMLVRRIMRRPA"
     CDS             6267..7715
                     /locus_tag="SEQF3106_00397"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFIYLLIGLAVGFTAAWFILHARSRNQLLQAEQASRQEMQQLE
                     QTSQQERMQAEQATERESLLRQRAESDAAELKLERDRLSQENTALQADRAALVASMEA
                     LKQQAKTDAAHRQQRFDEQMTTLKEQFQNMAQQVLDHTSERLKSENTEHMERFTLPLR
                     ENLTQLRTAIEKTNDATTRNTASLAEQLRQMVAQTERMDRTATNLTQALRGDNKQVGD
                     WGELVLSELLDAQGFVRGLNYDVQDTLTDDRGQAVMHDETGRRMRPDVVLHYPDNEDV
                     VIDAKVSIKAYSDYVAATDDIARRHHLERHLQSVRSHVTELARKDYSRYISAPRRAVE
                     FVIMFVPNDAALQLALANDPKLWQSAFEQKVFITGTQNLYAILRMIGIAWRQHTQTEN
                     QKKIIGMAEELLKRVGHFVEHFDKMGKSLRTLTTDYENARNKAFTGKQSIVQKANDLK
                     ALGVKMSQKHPLPPTEFALEDEAPAEEKEEEE"
     CDS             7722..8342
                     /locus_tag="SEQF3106_00398"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSLPLSLREAIEYIGTIVFAISGIRLAAAKGFDWFGAFVVGFV
                     TAIGGGTVRDLLLDVTPFWMLSPAYLWCTLLGMIVVFIFNRQLVRLDLPFFIFDAIGL
                     ALFVVIGIEKTLDLKYPFWVAIVMGTITGIVGGVMRDNFINETPLVFRKEIYALACVM
                     GGTVFAACYYFHLGHEVSELSAAGTILVIRILAIKYHWHLPKMKLR"
     CDS             complement(8360..9340)
                     /gene="manA"
                     /locus_tag="SEQF3106_00399"
                     /EC_number="5.3.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31646"
                     /codon_start=1
                     /transl_table=11
                     /product="Mannose-6-phosphate isomerase ManA"
                     /translation="MYLFHPILKEVLWGGAAICPFKGLPADPRKIGESWELSDVEGRR
                     SVVAGGSESGTPLDELIRTHGASLVGRSVMDRFGERFPLLIKFIDAHDDLSVQVHPGD
                     ELARERHSALGKTEMWYVIHALPGAVLYSGFSRPIDADEFRRRVKEGTIMEVLRRYEV
                     RPGDVFFLPAGRIHAIGSGCFVAEIQQTSDVTYRIYDYDRRDADGRPRELHIAQALDA
                     IDYTYLPDHRTHYTPRPDSAVELAHCPYFTTHLIDLTSQPITRDFARLDSFVIYICTE
                     GAATIRDDGGRECTLRRGQTVLLPATTHSVTLTPSPGGTKLLETYIPADD"
     CDS             complement(9438..11501)
                     /gene="glgB"
                     /locus_tag="SEQF3106_00400"
                     /EC_number="2.4.1.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P16954"
                     /codon_start=1
                     /transl_table=11
                     /product="1,4-alpha-glucan branching enzyme GlgB"
                     /translation="MNKPVLIQKDPWLEPYAEAIEGRHNDVIKKENDLTQNGRQSLSD
                     FASGYLYFGLHRTADGWVFREWAPNATAIYLIGDFNGWEKREDYRLARLDGEAGHWEV
                     TLPADALHHGDLYKLRMEWEGGAGERIPAWCQRVVQDEQTKIFSAQVWAPEEAYHFRV
                     ANFRPDTNPLLIYECHIGMATEAERTGTYEEFRQNVLPRVARDGYNAIQIMAIQEHPY
                     YGSFGYHVSSFFAASSRFGTPEELKRLIDDAHALGLAVIMDIVHSHAVKNEVEGLGRF
                     DGSYHQYFHTGDRREHRAWDSLCFDYGRNEVLHFLLSNCKFWLDEYHFDGFRFDGVTS
                     MLYYSHGLGEAFCNYGDYYNGHQDGDAIVYLTLANKLIHEVNPHAVTIAEEVSGMPGL
                     AARFEDGGYGFDYRMAMNIPDFWIKTLKEKKDEDWHPSAIWWETTNRRADEKTISYAE
                     SHDQALVGDKTIIFWLIDADMYWHMQTSDRNLMVERGLALHKMIRLVTATTINGGYLN
                     FMGNEFGHPEWIDFPREGNGWSYKYARRQWSLVDNPDLKYHFLGDFDRAMLELIHSVR
                     SFQALPLQKVWDNDGDQVLAYMRGDLVFVFNFSPTRSFTDYGFLTPEGSYRVVLNTDD
                     PRFGGNGLTDDTVEHLTQHDPLYAPDGKGWLKLYLPARTAMVLRKATSAKSRAKGGTK
                     RKAKR"
     CDS             11550..11696
                     /locus_tag="SEQF3106_00401"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCPPEVAPIPGGGMVCDSFLIVNNGGKGKRGICFRLSGCRGAKS
                     SSFP"
     CDS             complement(12459..13688)
                     /locus_tag="SEQF3106_00402"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WHT5"
                     /codon_start=1
                     /transl_table=11
                     /product="putative zinc protease"
                     /translation="MTETTPLTHTLPNGLRLVHLTTDSPVAYCGLAVDAGTRDEAPDE
                     SGLAHFVEHMLFKGTLRRRAWHILNRMEAVGGDLDAYTTKEETFLYAVFPAPHLARAT
                     ELLADLATHARFPEAEIEKEREVILDEIRSYEDAPAELIFDEYESQLFGTHPLGRPIL
                     GNKRTLRRFDTARGRSFMARYYTAPNMVFFSMGPADFRRVVRLAERHFADLPTATAPH
                     HRTPPDELTPRETLCRKRTHQSHVVLGARACHLFDPRHAPLYLLNNILGGPGMNSRLN
                     VALRERRGLVYGVESSLTCYTDAGLCTIYFGTDPRHRQQALGLVRAELDRLRARPLTP
                     SQLAAAKKQAVGQLHVASDNREGLFLTLGKSFLRFGRCDTPAETARRIEEVTADEVFS
                     VARDVFAPERLSFLVYE"
     CDS             complement(13770..14162)
                     /locus_tag="SEQF3106_00403"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTVEVIVEHAGDNLSAYIEGAPIITVGNDINEIERHMREAISL
                     YLEDNPNPCELLSGEFELKFKVDAMTLINYYSKIFTQSALSRITGIDEQQLGHYAAGV
                     QKPHRRQLEKIQNGVRSLTKELSEIHLL"
     CDS             14633..15376
                     /locus_tag="SEQF3106_00404"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKFLLMSLCAAMIMAAAVSCNKDDNGYSLGRVWRSVATVDPIGR
                     GGTYSLTLDDGSRLWPAGTEIPFYRPNERHRALAYYTILSDTFQGFDHAILVRSIRDI
                     LTKPFVESDMLGKEQSDDFGSDPVNIIDMWYGDGYINIHFGTNHGGTKRHLVNLVQVS
                     QSGISPYVFEFRHNAFGDPPRYGRRSFVAFDMAKLKFAPGSDSTVTVRVKTFKDGVKT
                     YKISCRRFVDKVIPYGDDALMGNTLADVD"
     CDS             complement(15664..18015)
                     /gene="cfiA"
                     /locus_tag="SEQF3106_00405"
                     /EC_number="6.4.1.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:D3DJ41"
                     /codon_start=1
                     /transl_table=11
                     /product="2-oxoglutarate carboxylase large subunit"
                     /translation="MTQKLLIRDLTLRDGQQSSFATRMNQSQVDRVLPYYKDANFYAM
                     EVWGGAVPDSVMRYLGENPWDRLEKIKAAVGDVSKLTALSRGRNLYGYAPYPDEIIDG
                     FFRNAVKSGLDIMRIFDALNDVNNVKSSVKSIKKYGGMADCAVCYTVDPKYDDNREPV
                     FTDAYFLNKAQEMLALGADMITIKDMSGLIPPSRVAKLIPLFKKHLNVPVDFHTHCTP
                     GFGLASVLTAIMCGADIVDTNIWYFGGGTGAPAIELIYVFCKKLGVELDVNMEAVAKI
                     SKELKEIRKELEAYDASKMFPNPFNPLTDTLPADIDALFDKAIEAVRKEDEAALLDAC
                     HAIEKYFNFPKPNELVKNAEIPGGMYSNMVAQLKQFNSMDLLEDAMKLIPSVRLDAGL
                     PPLVTPTSQIVGAQAVSCALSLKKGQDKYANTSSQFVNLVKGEYGKTPVPIDPKFREQ
                     ITGSSVETPYDTSKHKTPDNPVLEEFGGVHLAKDEKDMLLLELFPNVATGFLRKKREA
                     EYNEKQKASGACACGGKETAQEEAAAAMDDSVKGRMVECPMPGSVIEVTVKVGAKVNK
                     GDKLLVLESMKMENDITADFAGTVRRILVKAGDSVQVGAPMVEIVDEAAAAAAPKATN
                     AAKGRMVECPMPGSVIEVTVKVGAKVNKGDKLLVLESMKMENDITADFAGTVRRILVK
                     AGDSVQVGAPMVEIVDEAAAAAAPKATNAAKGRMVECPMPGSVIEVTVKVGAKVNKGD
                     KLLVLESMKMENDITADFAGTVSRVLVKAGDSVQVGAPMIEIV"
     CDS             complement(18570..20144)
                     /gene="glcA"
                     /locus_tag="SEQF3106_00406"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46839"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycolate permease GlcA"
                     /translation="MNVILSILPILLLFVLMLGLKMAGHKSAFITLLATLLIAVFAPR
                     ALGFAPEPYLQFGEAGVFWAFIEGVLKATFPILIIILMAIYSYNTLLESGEIEVIKKQ
                     FTSLTNDRGIIVLLLVWGFGGLLEGMAGFGTAVAIPAAILIGLGFKPGFSALVSLIAN
                     SVPTGFGAVGVPVITLANEVAPTGAATQEAICDISSKVVMQLSPLMLLLPFVILVLTD
                     RSPKKIVKHLILSLWVGGVSLVVQYFCARYLGAETPAILGSVAAILAIILYARLFGEK
                     DAESMTEKETFTMSQTLRAWSVYGFILFFIIISGPLVKPVSTFLRANLVSHVPLPIYP
                     EGKTFSFGWISNAGLMLFLGTFFGGLVQGVSAKKLIVVLARTVKNLGKTVVTIISLVS
                     IASVMNYAGMILVIANTLAAATGAFYPLFAPLIGAIGTFVTGSDTSSNILFGKLQGSV
                     AAKLSYSDPNWLVAANTAGATGGKIISPQSIAIATASCDMPGRDGEILRSALPYAIGY
                     IIIAGLMVYFGGLSGI"
     CDS             complement(20195..20776)
                     /gene="lutC"
                     /locus_tag="SEQF3106_00407"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9RT57"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactate utilization protein C"
                     /translation="MSSKEFILNSLRENIKEQFPRPEIKIPHMVYPDKIKQFIEISAG
                     VGGSAELLGKGETVDDAIRRLFPEAKRIACNFPEVKCATYNPDTIETPSELNGTDLVV
                     CHGIFGVCENAAVYFEQEYLQRAIYFISEALIFILPKDQLVDTMHDAYARVPEAHPGE
                     FRGFMSGPSKTADIEQSLVKGAHGPKQVVVLLV"
     CDS             complement(20785..22161)
                     /gene="lutB"
                     /locus_tag="SEQF3106_00408"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O07021"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactate utilization protein B"
                     /translation="MSAHAKAAKAFLANKENAVWHDQTLYMVRYKRDLLSHAIPEWED
                     LRHTARDIKLYSTSHLPELIEQFEKNATANGCHVHFAKDAEEYRHIIEGILSEHGIKK
                     LVKSKSMLSEECELNPYLIEKGYEVIESDLGERILQLMHLHPSHIVMPAIHIKRQAVG
                     ELFEEKLGSEKGNFDPTYLTHQARRALRQDFLNAGAGMTGGNFAIASTGEVAVCTNEG
                     NADMGMSCQKINITAFGIDKIIPDLRSLGVFTRLLARSATGQPITTYTSHFGRPHKGG
                     EQHFIIVDNGRSKILGMPEHRKVMNCIRCGACMNTCPVYRRSGGYSYSYFIPGPIGIN
                     LGMLNDPQKHSGNVSACSLCLSCSFVCPVMVDLGEQIYIWRQKLDGFGTADPKKKAMS
                     NGIKFLMDRPSVFHSALKMAPMVNSMPRFMVYNGINDWGKERELPKFAKQSFEAWWKK
                     NHKENNAK"
     CDS             complement(22158..22901)
                     /gene="lutA"
                     /locus_tag="SEQF3106_00409"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O07020"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactate utilization protein A"
                     /translation="MKIGLFIPCYINAVYPHVGIACYKLLTNLGLDVDYPVGQTCCGQ
                     PMANAGFEGGSVHLAERFDDLFKKYDYVVGPSASCVAFVKENHPRLLADAKKKECTAA
                     KHIYDITEFLHDVVKPEKFPSKFPHKVSIHNSCHGVRELGLSAPSELTVPYFNKIRSL
                     LERVPGITVLEPKRVDECCGFGGMFAVEEAEVSACMGRDKVKDHMSTGAEYITGADSS
                     CLMHMSGVIEREHYPIKTIHYLEILTAQL"
     CDS             complement(22944..24242)
                     /locus_tag="SEQF3106_00410"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNYLLALGLLVCLHGTAKAQTDDTAEQKPFRLTFSERARMTT
                     IGEASTLDHYAPITTFTRWRTYFGAYYNPSRHFEFRAELGNEARLYLTPPTAKTAVNE
                     IFFNQLYVDWRDIADLPIDLCVGRQNIKFDEGFMMVDGNPMVGSRSDYFNAAKATFRF
                     DERNRLTALFVYNPHRDKLLPVINEGDHYKSLEEQTNNGAALYYQAQLSPVDLSAYYF
                     YKNYFKTATLPDAETHALGARVNVALPGNDFHFISEFAYEFGKVADRNRRAWGGYSRL
                     EYNIGRYLYVLDQLSVGSVYMSGDDPTTPTIEGFDPMWNRWTRWSEGYIYTLAAETGK
                     ISYWSNLASINAGFKASLAPNVSLNANYMHLFAMHNPGTAFTSGGGKTRGDLYTARIS
                     YQINPHWSGHLHYEHFNPGNYYFRGADNFNWVRFELMYKL"
     CDS             24998..26065
                     /gene="ywaD"
                     /locus_tag="SEQF3106_00411"
                     /EC_number="3.4.11.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25152"
                     /codon_start=1
                     /transl_table=11
                     /product="Aminopeptidase YwaD"
                     /translation="MIDHDLLLRAFDSTQNVDMKKMTKWIWLPAVCTLLAGCGQKKTD
                     DGANDAAKPAAQVVAPAFDADSAYAYVARQVDFGPRVPGSEAHTACATYLTEELKRHG
                     ATVTVQEAEVTAYDGRRLTAKNIIGAFAPERTRRILLCAHWDSRPFADRDPDKARQHA
                     PIDGADDGASGVGVLLEIARQLGSAEGLPADVGVDIVLFDTEDGGTPAFDPASNNPQS
                     EATWCLGSQHWSRSPHTPGYTAEYGILLDMVGSRDAVFYRERTSDRYAAAYVDRVWTA
                     ARDLGYGRYFVNAPGGNLVDDHVHIIRGLRIPCIDIVNFDPERSTGFGTYWHTGGDTM
                     DNIDRATLRAVGQTVLYVIKG"
     CDS             26135..26575
                     /gene="sufE"
                     /locus_tag="SEQF3106_00412"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9EXP1"
                     /codon_start=1
                     /transl_table=11
                     /product="Cysteine desulfuration protein SufE"
                     /translation="MKTINELQDEVIEEFSTFTDWMDKYALLIEMGNALEPLDEHLKT
                     PDNLIDGCQSRVWLTADLGADGRITFRGDSDAVIVKGIVSLLIRVLSGHTPAEILSSD
                     LYFIDRIGLREHLSPTRSNGLVSMLKQMKMYAVAFQAQEEKFDE"
     CDS             26603..26869
                     /locus_tag="SEQF3106_00413"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPKSSASINIDAGMLGQIQEEAGRANKTLSDYLESLLYRLGYRP
                     YNKETIQACREAREEPSAGVVDTSSMEAFVSSILGEEREEDEAH"
     CDS             26856..27140
                     /gene="yafQ_2"
                     /locus_tag="SEQF3106_00414"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q47149"
                     /codon_start=1
                     /transl_table=11
                     /product="mRNA interferase YafQ"
                     /translation="MRRIEYSTRFRKDFKRYLKQADKLKKILAAVEMLKTGSEMPPAM
                     CPHKLSGNYAGYMEMHIGRDLLLIWIERSKSGDEIIKLVRLGSHSELFGK"
     CDS             27472..28212
                     /gene="ppm1_2"
                     /locus_tag="SEQF3106_00415"
                     /EC_number="2.4.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QZ12"
                     /codon_start=1
                     /transl_table=11
                     /product="Polyprenol monophosphomannose synthase"
                     /translation="MIFSYAIVVPMANEEDDFEAFVAVLREALDRIGSGAVYFVVDGV
                     SKDATRRLCEELSAADGRFVTVWAPENRNVVDAYLRGYREAYAGGYEYIIEMDGGLSH
                     DPRALPMFLRVLNEGNECAFGSRFMNGGSICDSNPRRTFLSRSGTILSNVLLGTKLHD
                     MTSGYQGFHRSVVASFMNYPLLSKAHFYQTELRYLLRKTRYAEVPIHYRAPSPRVSRN
                     AIRNSFAVLFHYFFRRLRFQSTFIKQSS"
     CDS             28209..29207
                     /locus_tag="SEQF3106_00416"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNDTYLIITSIAPDTHPVLNLYAHEASKQGIPFLVIGDRKSPPF
                     HLDGCDFYSVERQAELPYRLARLLPYGHYARKNLGYLEAAARGAEVIIETDDDNYPGD
                     AFLGARNRETEAALLVGAGWVNVYRYYTDQNIWPRGFALELVRDLPANPGAPQMVTSP
                     IWQGLADRNPDIDAIYRLTQPLPVHFDKGRRRIALATGSICPFNSQNTTWFREAFPLM
                     YLPSYCSFRMTDIWRSFVAQRIAWTCGWSVLFHEATVWQERNEHSILNDFKDEISGYC
                     NNGEIMCRLTALDLREGTDAIPENLRRCYRELVDMQLIDGRELPLLEAWIEDICGA"
     CDS             29207..30865
                     /locus_tag="SEQF3106_00417"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGDRTARVFYALAAVVAVAYFALVGHFADNIPFWDDYLAEQNFL
                     VRFLQSPDLSERLRMLIEQHNEHRLLFTRLTTLAVYLFTGKLNYAVYIILANAMLIGT
                     GLLMYKTINDDRKKAFGAFLIALLLCNGQHLETSVWAMSGLANIGTLFLAIASLYCVL
                     RRETAWVVAGFALSVLTVFSNGNGMFILIPALIGLALQRRTKTCAAYAIVSSLSVALY
                     FLDYVRPERTDIGLMDILTRMPQILINLCTFAGLNFWVPSLRIVSIAVGAFCLSVYLW
                     GIWKGWYRTDLFSYASLTFLYLTAGAVAVVWVTGEVMGALRYRMYSSPILIFTLLLLL
                     SHSKIFQKRCYVYTISGALLLYCFSSTIYIQKEQKRLEFKLKSTYNWEYKRRGLATWS
                     VASSEQAIPYLQAAERMGLYRMPRYPMSKYASSIVPQSVGSNMNAEEMPHGIDSISMR
                     GGYLIIEGWAFLRDCSMNFSDISLCLISPRHSYVCTSLAERRYDLKLDVPLDRIEHCG
                     FFSVIDTRSIEPGTYRIGIEIRRLFDKQSYCILAEQTVEVKTYV"
     CDS             30996..31793
                     /locus_tag="SEQF3106_00418"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSNMKKIGLVATAALVVTAGCIARERMKHDNGRRLEQTREVAA
                     YTAISTMSGIDVEFSNEMKSGQIIVVAEEKVQDRIMTEVVGGELRISMRPSQRIWATP
                     SNMKVIVPNTGAITRITASGGSDILAGNVILRGPKLTLNCSGGSDFKGNIIVDELDAD
                     FSGGADFDGEVTATTCRLNGSGGADLTLAGSAKKCEAEVSGGSDLHAARFKVETFDVK
                     ASGGSDAKVFCTGHLTASASGGSDIQYAGDCQTTISDDISSSVKRKH"
     CDS             31907..33112
                     /gene="sdaB"
                     /locus_tag="SEQF3106_00419"
                     /EC_number="4.3.1.17"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P30744"
                     /codon_start=1
                     /transl_table=11
                     /product="L-serine dehydratase 2"
                     /translation="MKSLRELYKIGNGPSSSHTMGPQKAARQFAEQTPGTHAYRVTLY
                     GSLAATGRGHLTDQAILRVLQPLAPTEIVWRPDIVLPFHPNGMLFEALAGDGQTVTHS
                     RTVYSVGGGALSDGQSRAETTPDIYPLTTIADILTRCEREGSTYWEYVEECEGAGIWD
                     YLGEVWQVMCEAIDRGLNNEGVLPGGIGVRRKAATYFVKAKGYSGSLNSRGNIYAYAL
                     ATSEENASGGRIVTAPTCGSSGVLPAVLYHLSKSHEFREVRILRALATAGLFGNIAKA
                     NASISGAEVGCQGEVGVACAMAAAAACQLFGGTPGQIEYAAEMALEHHLGLTCDPVCG
                     LVQVPCIERNAVAAARALDANVYAVYSDGKHRVSYDRVVEVMKETGHDIPSLYKETSE
                     GGLAKNATL"
     CDS             33122..34402
                     /gene="corC"
                     /locus_tag="SEQF3106_00420"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AE78"
                     /codon_start=1
                     /transl_table=11
                     /product="Magnesium and cobalt efflux protein CorC"
                     /translation="MEIILILGLILLNGLLSMSEISLVSARKARLESQVKKGKRSAQK
                     ALELAQKPDQFLSTTQIGITLIGILTGLFSGEAFARDLAGLLARVPWLEPYAVGISKL
                     TIVVTVTYLTLVLGELVPKRIGMNFAEQVAELVARPMDILSKIASPFVWILSKSTHGV
                     IILLGLNRTGENKVTEEEIKAVVQEGFDSGEVQDVEQDIVERVFTLGDRDVGSIMTHR
                     SDLVWLNMQDDLEANRRKVKENLYNVFPVASEKFDNIVGVVFLKDLFGRIDQPDFSLQ
                     QVLRPAQFVPENQSVYNALEQFKQARVKYGLVTDEFGGIQGIVTLTDIVEALIGQLPD
                     VDEELEIKQRADGSWLVDGQYSFYNFLEYFDMEDLYADYDYNTLSGLILQVLERVPKT
                     GDTFSWQCFDFEIVDMDRARIDKVLVKKRPEAES"
     CDS             complement(35313..35771)
                     /locus_tag="SEQF3106_00421"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKLFYSGIAALMLGFVACNQGAKNAEDAENADSTEMVAEQPV
                     EAPAPAFDKTGAYAGTLPCADCSGLETTVELMGDMTYKATQDAKGKKDGHSEAAGTFT
                     WDASSGIITLEGADALSFRKLLVEGDNVVVVGDDGAKAAENADKYVLTKK"
     CDS             complement(35871..37346)
                     /gene="gltD"
                     /locus_tag="SEQF3106_00422"
                     /EC_number="1.4.1.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P09832"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamate synthase [NADPH] small chain"
                     /translation="METIPTLSARRAEAWREALRQTMKPKERTAIPRVKMNELDPDYR
                     SHNNEEVNQGLTKEQALREAQRCLDCATPTCMEGCPVSIQIPTFIKNIERGNFLEAAR
                     VLKETSALPAVCGRVCPQEKQCESRCIHLKMKKDPVAIGYLERFAADYERESGQIAVP
                     ERAPSKGIKIAVVGSGPAGLSFAGDMAKRGYDVTVFEALHEIGGVLKYGIPEFRLPNR
                     IVEVEIDGLRKMGVQFITNCIVGKTISYDDLHADGFRGIFIASGAGLPNFMNIPGENL
                     IGVMSSNEYLTRVNLMHAASPDADTPVFRGKHVAVIGGGNTAMDSVRTARRLGAARAM
                     IVYRRSEEEMPARIEEVKHAKEEGVEFLTLHNPIEYLGDENGRVKRMRLQRMELGEPD
                     ASGRRRPVPVEGAVETIDVDEVIVSVGVSPNPLIPRAFAGLEISKKGTIVVGEADMRS
                     SLGDVYAGGDIVRGGATVILAMGDGRRAAAAMDEALQAAQS"
     CDS             complement(37376..38176)
                     /locus_tag="SEQF3106_00423"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X1X4"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydroorotate dehydrogenase B (NAD(+)),
                     electron transfer subunit"
                     /translation="MNRIVSKEHFSPHVVKLEVEAPLIARSRKAGHFVIVRVGEQGER
                     IPLTIAASDTTRGTITLVVQAVGRSSKKLCALNEGDFVTDIVGPLGQATHIERVGTVV
                     CAGGGVGVAPLLPIVEAFHKAGNRVIVVLAARTKDLIILEDRMRASSDEVIIMTDDGS
                     YGTKGLVTQGVEAVIQREPVNLCVTIGPAIMMKFVAALTKKYDIPTVASLNTIMVDGT
                     GMCGACRVTVGGHTKFVCVDGPEFDAHQVDFDEMMMRLRSYKDEEQKK"
     CDS             complement(38285..38809)
                     /locus_tag="SEQF3106_00424"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRRRSTEPQRPRRRRVNSRKLTVQPQFTLDDVYITVFTERRVI
                     NADGSEDYQPIEHRRQTTHIEMFDAYRVALDEGWGNLRSFCNRYGLSIPYLNGFIFAL
                     TGMDAMTFRLSWQMRRADELLRYTDLPIPEVARQSGVGSAPNLFYACSRDYGCSPSDR
                     RAAIREAYDVGRYR"
     CDS             complement(39417..40439)
                     /gene="hmuU_1"
                     /locus_tag="SEQF3106_00425"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q56992"
                     /codon_start=1
                     /transl_table=11
                     /product="Hemin transport system permease protein HmuU"
                     /translation="MMKSSLLFPLLGLLVAALWTACLAYGTVPIPPLDVVRILLGRTA
                     DPAAWSTIVLESRLPQATTALLVGASLAAAGLLLQTLFRNPLAGPSILGISDGANLGV
                     AITMLFFGGTIGLTSGGAAVGGSLALIVAAFWGASCVLALIIYFSTRVRGNVMLLILG
                     IMVGYLASSLISLLNFYASADRIRGFVMWGMGDFSSVSNARLPFFALCTVGGLTAALL
                     LVKPLNALLLGERYATNLGVKIRRTRVLILLCTGLLTATATAFCGPVSFIGLAVPHVA
                     RLTLGRADHRLLLPVTMLLGSAMALLCNLLTVIPGTGTVFPLNAVTPIFGAPVIIYVI
                     LRRRGV"
     CDS             40664..41764
                     /gene="cpdA_1"
                     /locus_tag="SEQF3106_00426"
                     /EC_number="3.1.4.53"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00905"
                     /codon_start=1
                     /transl_table=11
                     /product="3',5'-cyclic adenosine monophosphate
                     phosphodiesterase CpdA"
                     /translation="MMPFLLILALAAYVGGNAYIFTRALQALPPMPAAFRWIFGLAYW
                     GYALSIFLVFLFREREHADAWGHFFFQVSTGWLVFTLYMVLALLAFDLLRLFVPTFRH
                     GFVSALGITLLLLIYGYTTYKRPVLREVDIVTDRLPAGSPSMTIVGLSDLHLGFGTTR
                     DDLRQYVDLINAQHPDLILISGDLLDNGVRPVEEAAMEEELNRLHAPQGVYMVPGNHE
                     YISGIEACKRFVRGRTHIHLLIDSITTLPSGLCLIGRDDRTNPARQSLPELMTHIDSL
                     APIIVLDHQPTDLTQAERAGVDLIFCGHTHHGQVWPMNLITDRLFDVAYGYTRRGRTN
                     IYVSSGLSLWGPPFRIGTRSELVVFRLTPAEP"
     CDS             41761..42918
                     /gene="cpdA_2"
                     /locus_tag="SEQF3106_00427"
                     /EC_number="3.1.4.53"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00905"
                     /codon_start=1
                     /transl_table=11
                     /product="3',5'-cyclic adenosine monophosphate
                     phosphodiesterase CpdA"
                     /translation="MRVFLQAIFGQIFFTLYIYLRLRAVLPRHRRLPLTLFVALEWAL
                     YFFGYFTHRDLPDSILVPILMICGTWYIASIYLLTGLLLVDLLRWIYRRRPAWFPAWI
                     RANGLRLRRGAYLFILVFTVGLMIQGYHNVEEPIVKHIYIRIPKAVPGRDSLRVVMMS
                     DTHFGESIGKRNAQHFVALSNAEHPDMVIIDGDIIDYELRIAAREHIEDDLRQLRAPL
                     GVYITLGNHEYRANRIAKQRWLRQTGGTLLIDSVVHPDSTFTLVGRDDYTNRRRASLS
                     HLLRGVDMRQPVIVADHQPKFHEVAMNGCDLGLFGHTHAGQIWPFTWIIKLAYAHTYG
                     YFREGPTQCYISSGIGCAGPPYRIGTRSELVVLHIHFEKPTSPGDTMMSNP"
     CDS             42933..44225
                     /locus_tag="SEQF3106_00428"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNKLLPLLLLSMATIIGHAQSASLADSLAADLCMIRQATAQHT
                     DLWGFDLYGPLLFVDPETRVAYTNEPDSAGLFQPCGSLYAGHLPDEVLTANTATTWGG
                     RTWAMILLPLPNDPTDRTVLLAHELFHCAQPRLHFTGHGGDNAHLNTEKGRILMRLEL
                     EALRAALRATTPDERRSHLTHALAFRTERHRHFPGAAASEHALERNEGLAEYTGQTVA
                     SMSADRARAYLIARIDALLGKPTFVRSFAYATLPAYGRLATDTAPDWHRAITEETPLT
                     DYLARLFGLALPDSLPASWIAAYHGDTIIRQEAAREAARRALIDSLRARLVDGPHLTL
                     PLRAMHFSFNPNTLIPLDSTLGTVYPQLQLTDEWGTLDVTDGGALISPTWTTITIPAP
                     HTTTSTEARGSGWRLTLTPGYIIERRAKDYIVKAQSPE"
     CDS             44269..44889
                     /gene="kdsD"
                     /locus_tag="SEQF3106_00429"
                     /EC_number="5.3.1.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5NGP7"
                     /codon_start=1
                     /transl_table=11
                     /product="Arabinose 5-phosphate isomerase KdsD"
                     /translation="MTTNDIRSIIEQEADAVRHIPISDRYAEAVDLIVKHVHEQGGTL
                     ITGGMGKAGQIAMNMATTFSSTGTPAFFLHPGEAQHGDLGIIRPSDLLLLVSNSGKTL
                     ELLELVQLARGLVGQIPIILITSDPQSELAHEATVCLPTGAPREVCTLGLTPTTSTTV
                     MTVIGDVLVVGTMERIGFTTADYAKRHHGGYLGSKSRRLSREEAKA"
     CDS             44886..45809
                     /gene="scrK"
                     /locus_tag="SEQF3106_00430"
                     /EC_number="2.7.1.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26420"
                     /codon_start=1
                     /transl_table=11
                     /product="Fructokinase"
                     /translation="MRKVIGIGETILDIIFREGRPYIAMPGGSVFNTLVSLSRVGVQT
                     SFIGELGDDRVGRSILTFMEENGMATDYVDLFSEGLSSISLAFLSEGQDADYMFYSNC
                     SKRRSNIMMPDIRPDDIVIFGSYYALNADTRDRVMDIVQYAKKQRAIVYYDPNFRKSH
                     AHEAIQLRATVMDNYEAADLVRGSDEDFMNLYKKTDPDEVYRDEVQFYCKRLIATHGA
                     DSIHLYTEKIRNCYDVPPLAAVSPVGAGDAFNAGLIYSLIKHRIGQMDLPDLSPMMWD
                     KMIGLGIDFAAEVCGSFANYISPEFAAKYRP"
     CDS             45938..47689
                     /gene="deaD"
                     /locus_tag="SEQF3106_00431"
                     /EC_number="3.6.4.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WH05"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent RNA helicase DeaD"
                     /translation="MKTFEELGIAEPVLRAIREMGYEAPMPVQEEVIPLLLGEHLDII
                     ALAQTGTGKTAAYGLPILQKIDIERRQPQVLILCPTRELCLQIAGDLSDYSRYIDGLH
                     VLPVYGGSSIESQIKTLRKGVHVVVATPGRLLDLMNRKTVDLSGVRDVVLDEADEMLD
                     MGFTDSIDAILAEVPEGRHLLLFSATMPQEIARITRKYMKEPREVVIGRRNEGNQNIR
                     HLYYMVHARDKYAALKRIADYYPGIYGIVFCRTRKETQEIADRLIQDGYNADALHGEL
                     SQAQRDYVMQKFRLRNLNLLVATDVAARGLDVDDLTHVIHFGLPDDIESYTHRSGRTA
                     RAGKTGISISICHVREKGKIRLIEKAIGKKFERAQLPSGEAICEKQLFHYVDRLEKVK
                     VDEAEIERLMPAVFRRLEWLEKEDVIKRLLSLEFNRMIDYYRDAEVIEDVNDARPERR
                     EKGDKKERADRRAAKRESRGDDTGFRRLRLNFGKDDGLYPAQVIDLINRCVPGRKVDI
                     GRIEIGRESSYFEVERSQARRVAESMSSYEVDGRPISVSAMHDDERREDERKPYHHHK
                     PFGKPWRQKPDRKRSRR"
     CDS             48178..48813
                     /gene="rnhA"
                     /locus_tag="SEQF3106_00432"
                     /EC_number="3.1.26.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KEI9"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease H"
                     /translation="MAKKKKYYVVWKGTEPGVYDNWTDCLLRTKGVSGARYKSFPTRE
                     AAERAFSESPDEHISKPYSPRLKSTDATSVDPCIPQSLAVDAACSGNPGDMEYRGVHV
                     ATGKQVFHVGPMAQGTNNIGEFLAIVHALALCAKTGQTQLPIYSDSHNAILWVRLKKC
                     RTKLAPTAANAPLFDLIRRAEAWLHTHTYTNPILKWETTAWGENPADFGRK"
     CDS             complement(48871..49968)
                     /gene="ribD"
                     /locus_tag="SEQF3106_00433"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P17618"
                     /codon_start=1
                     /transl_table=11
                     /product="Riboflavin biosynthesis protein RibD"
                     /translation="MDNERRNDARFMARCLTLARMGAGQTAPNPMVGAVVVHAGRIIG
                     EGFHRAYGGPHAEVNAIAAVRDASLLPASTLYVSLEPCSHQGKTPPCTELILRTGIRR
                     VVVACTDPFPAVSGRGIRRLREAGVEVTTGVLEAEAQRLNRFFLTAQTACRPYIILKW
                     AESADGFIDRRRSIAAVPAEPAVRLSDAVTMRAVHCLRAEVGAIMVGARTAMLDDPSL
                     TVRHWVGANPMRILLDYEGSVSGDLHLFDGAAPTLVFTANQSAALPTPLHPSVELLHL
                     DASQPALPQILRVLHERRIDSLLVEGGAYLHGLFIDSGLWDEARIETTSLRLGDGVRA
                     ADLRSHGGAIWQRDLYVAPDRRISVYLHTPW"
     CDS             50071..50913
                     /gene="prmC"
                     /locus_tag="SEQF3106_00434"
                     /EC_number="2.1.1.297"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B0B9D1"
                     /codon_start=1
                     /transl_table=11
                     /product="Release factor glutamine methyltransferase"
                     /translation="MITDLIHTRLAEIYTPEELRTLTHWIIEHVCGLTLAQQMAGKSM
                     QMEEGQKAAITRIISRLEQHEPIQYVLGECSFHGLTFRVDRSVLIPRPETGELVEHIV
                     TNHRSEAGLRVLDIGTGSGCIAITLARKLHKPHITALDISAEAIATARGNAHRNDAKV
                     HFICADLFTPNLSLPAPFDFIVSNPPYVCTSEQASMAPNVLRYEPHTALFVPDEDPLR
                     FYRRIATCAQRWLVPGGRIYFEINAALATETVALLRAEGFADVHTWRDMEGRERFIEV
                     INEK"
     CDS             50918..51415
                     /gene="recX"
                     /locus_tag="SEQF3106_00435"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01114"
                     /codon_start=1
                     /transl_table=11
                     /product="Regulatory protein RecX"
                     /translation="MNTTDETMLLHKAAAYCSATERCPADVRKKLTALGADPDTQERI
                     ISQLIAERFIDEARYCHSFAEDKWRFNHWGRFKIRFELRRRELPEALIESALAEAIDE
                     EDYRTTLCQLLRRKLQSIHATPGMDTAVKLIRYAENKGFERDLIFRCIRAISDEEPTD
                     IDAIE"
     CDS             51560..52006
                     /locus_tag="SEQF3106_00436"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVFIPAISLLTLIACNNTQQQQDTTAADSTEQAQEAPTTGGD
                     RDEHGCIPSAGQSWSELRQECIQVFNVGTRLDPVEKQEGEAVISAFVIFNDDRSKAEI
                     FLPGGDSPKSVILAKTDDGTYKADRYAFNEAEQALYIDGKKAFAKE"
     CDS             52106..52627
                     /gene="cobO"
                     /locus_tag="SEQF3106_00437"
                     /EC_number="2.5.1.17"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P29930"
                     /codon_start=1
                     /transl_table=11
                     /product="Cob(I)yrinic acid a,c-diamide
                     adenosyltransferase"
                     /translation="MQKQSFVHLYTGNGKGKTTAAIGLALRAAGAGRRVFIAQFVKGM
                     RYAEIAYIDRHIPSITTHRYGSACFVDHAPTVADIRRAAEGLYDVRSILQSGRYGLVV
                     LDEATIAVHYHLFTSADLIEAINLRHPSTEVVVTGRYATPDLVEIADLVTEMQEVKHY
                     YNQGVASRPGIEC"
ORIGIN      
        1 cttggcgacg atctgcggag aggtgctgac gttggtgcca tcgagcgtga cggggcggcc
       61 gttggcgtcg cggttgcggt agaggatggc gtagatggcg gcgctgtcgc gtgcgccagg
      121 gaggacgtgg ccatcacggt cggtcgttgg ggtggcgggt cggtaggtgt aataaccggt
      181 gaaggctatg gggcggcggt cgaaggggtg gccgaatcgg gtggcggcca gggcgtcttg
      241 catggcgctg cggacgtcga aggtgccgta gaagaggttg cctgcggcga tgggcatgcg
      301 caccatccgg cctaaactgc ccgtgctgcg cgtggtgagc cggacggcgt gcccgtcata
      361 tccgtcagcg aggggcacgc tcgggaagga gtctgccggt tgcccccaag ccgtcatgga
      421 aaagcccgcg ttgcccgtag cccaaccgcc cgcggcggga tcgtccgtcg ggtcgcgcca
      481 gacgtaatac ttggccgtgc cgacgccgag gctgtcgagc aggaagtgtt caaagtcgaa
      541 gcgcacctcg tcggcgcctg tgggcgatgt gcggcggaag ctgatgcggt aggtgcggtg
      601 gtagcgccca tcttcggagg taacggtgta cgtggtgggg ccttgggcga agtcgtgctg
      661 cgagccattg gctggttgga tcacggcgcc cggagagagt cggaatgtgg gggcgaaggt
      721 caggttcgcg acggtggggc gcacgcggaa gacgatctct gtgacgtccg aagggacagc
      781 catcgccgtg tcggccatgc gaaagaagac cgcctccggg ttgctaatgc tgatgctcac
      841 cgcctcgatg tcgcactctg cgcccggcag ctcgtccttg atgcaagcgg cgaaggcgaa
      901 gcagagaagg gcggcgagga gatgggggag ggatagtttc atgtttcgtt ggataggtaa
      961 gggggctatg cgtctgcccc cgagtcagtg atgtgggggg cgtatgtgct acgccaaaaa
     1021 caaataaggg ccttgctata tgcccttatt cttcactcat aattatagtc gaacaaaaat
     1081 ggtttgcgaa taaatggagg tattcggtgc ggcctgaagg gccgctggac gatagcccag
     1141 ggtggagcga cgccgaaggc ggagcggcac cctggggatg cgatgcccgc cagacccccc
     1201 gcatcctgcg accctcctcc cgacctgctg agggcaggtc gggaggaggg tcgcaggatg
     1261 cagttttttt ttacaccgtc cgaacccagg gcgcccgccc tgggctatca tccagcgcga
     1321 ccggaggggg ggcaaggcat gaccattaat cattatagtc gaacaaaaat ggtttgcgaa
     1381 taattggagg tattcggtgc ggcctgaagg gccgctggac gatagcccag ggtggagcga
     1441 cgccgaaggc ggagcggcac cctggggatg cgatgcccgc cagacccccc gcatcctgcg
     1501 accctcctcc cgacctgctg agggcaggtc gggaggaggg tcgcaggatg cagttttttt
     1561 ttacaccgtc cgaacccagg gcgcccgccc tgggctatca tccagcgcga ccggaggggg
     1621 ggcaaggcat gaccattaat cattatagtc gaacaaaaat ggtttgcgaa taattggagg
     1681 tattcggtgc ggcctgaagg gccgctggac gatagcccag ggtggagcga cgccgaaggc
     1741 ggagcggcac cctggggatg cgatgcccgc cagacccccc gcatcctgcg accctcctcc
     1801 cgacctgctg agggcaggtc gggaggaggg tcgcaggatg cggttttttt ttacaccgtc
     1861 cgaacccagg gcgcccgcac cgggctatga ttcggcggcc ctttaggccg caccgggtac
     1921 acatttgcct gcatccgttt gccccagggc gcccgccctg ggctatgatt cagcagccct
     1981 tcaggccgtg cacccttccc cctgatcaat gattaggagg gcattccgca taaccattaa
     2041 tcattaacaa ttaaccattg aaagggcgct actccgacgc cttcacatag agcgtgtgcg
     2101 acttccgccc catcactcca atgtgcccct cgttggcaaa cgcgcgcagc tctacgcccg
     2161 ccgctgtagg cccgagccct gtcattttga cgtaatcgat cacccgcagg aagcccttct
     2221 cggctatatg gctgacagct gctgccaacc gctcctcgcg cttctcgatc agcaacgccc
     2281 gaaccggcgt atgcccccgc ttcagctcgc accggctgtt cgtcttctcc actaacgctc
     2341 tgtccggacg gtagttcacc gaacgcacgc agatgtttcg cgcattgtgt tgcggcccac
     2401 cctcctcggc ccgctccacc ccgccaagca gccctaacga ggcagtaaag aggccaacgc
     2461 cagcgacacg caccgactcc cccttggcca tacactcggc cattgtgtca gacaacaagg
     2521 agatcagccc cttcacctca ccactggaga acgtgctgcg ccgggcaatg atctccgcca
     2581 aatcgtccat ctctacagtg cgcctaatct tcatcttcgg atagatcggg cgtttgccgt
     2641 cgccgttcag gtcaggcctc ttcatcaaaa tatactcagc cataagcaat agggattaag
     2701 taatggtcaa tgattaatta ttaatggtgg ggcggtgcca ttctgccgtg tccttggggt
     2761 aatcaattga taattatagc cgaacgaaca tggcttgcga ataattaagc gtgcacctgg
     2821 gcgccctgaa agggcaacga gttaccccgg aatggggtaa cgagatccca gcccagggta
     2881 gagcggcgcc aaaggcggcg cggcaccctg ggtgagcgat gaccgcccgg ccctcccgct
     2941 ccctgcaaac cccttccacc ccttccccca gcagggcgga agtgagcttg cagggagcgg
     3001 gattttttta tgtcgccaca acccagagcg ttgccctggg ctgggctgat ttgccccttc
     3061 ggggcgcact cggtacaccg gaaaatttgc cgaccatttt taatcgactc taatcattac
     3121 cccttagccg taaaacatgc agtgattagt ggaacaaaga taccgtcccc ccgagagaac
     3181 ttgtacggga agcccttctt ttctatatcg aagccttcat ttacatagat gaaggcttga
     3241 ttcttataaa cgaagccttg attttcaaaa atgaagcctt agatatagaa aagaacgagc
     3301 tgccgggcaa gaataaccgg ttaaccggag ggttttgtgt gcctatctcg aaaccttcgt
     3361 atggggtgcc agcctttcgg aatcggtcta tcttcgcgcc tcgatatttt aggtataaac
     3421 aagatgaaaa ggataagcag atcagtgata actgccatct tggcggtgtg cgtgctggcg
     3481 acggcgtcgg cacagacggg tagataccgc gcggcaagcg aggcacaacg caaggagatc
     3541 gtagctaaga tcacgcagac agctgccagc gtgcgcacga tgaagtgcga ctttacgcag
     3601 gtcaagcagc tgtcgtttat gaatgacaaa gtgacatccg aggggcggat gtattataag
     3661 aaggcaaaca aaatccgctg ggaatacacg cggccgtacg cctacgtttt ctcgaccgac
     3721 ggcacgacgg tgcacatgac ctcgggcaag ggcggcgctt cgaaccgtgt gccggtgaag
     3781 tcgagcaagc tcttcagcga gatcagtcgc gtgatggtcg gcggtgtgag cggggcgggc
     3841 ttagtggatt cgcccgactt ctcatccacc ttctccgtcg ggcagagcga ttggcagatc
     3901 acgctcacgc cgcgcaagaa ggaggtgcgc gacctcttcg cctccgtgcg gctctacgtg
     3961 ggcaagtccg acgggcgcgt gcggcgcgtg gagctcgaag agaagagcgg tgaccggacg
     4021 acgatcacgc tcaagaatgt gcaggctaat gtcaatgtgg acgatgcgct attcactcgt
     4081 taagaggctt cgcatagcag cgcatctgct gcgcctcctg cgacactcag gctcggtcat
     4141 gtgcttcagc acactccctt cgccttcggt ctcggacgcc ttgcatctgc actacgctgc
     4201 aaagcctctc gcctttatgc tgtgcctcct gctgctgacg ggctgtgctg cgacgcgcaa
     4261 tgtccagcag cgtgaagcgt cgacggcacg cgtatgggcg ccggccatgc gatcggcgga
     4321 agcgaagaac acgtatcgcg tgtgcctccg ggcggcgggc cgtgacctga cgggcatctg
     4381 cgtcgcgaaa cgcgtaggcg acgagtggcg cggctccctc gtgaacgagt tcggggccaa
     4441 ggcgttcgac ttcgtcacca cggcgcggcg gggcacgttg ctccacgtct ttccgatgat
     4501 ggacaggtgg tacatccggc gaaccgtcgc ggccgacctg cacttcctgt tcgaggtcga
     4561 caatgccgag gccacgtttg cccgtcgggt ggagcgcagc gaacggggcg acacgatcgt
     4621 ggccacctgc ggccgctggc acctgactgc aacgctgcac gacagcaccg tgacgctcgt
     4681 caatacccgc cgcaacatcg tctacgagct gcgccgaatg gccgagacgg acgacggcag
     4741 cgatgaataa agaggagggc attcaacgac cctctaacta ccctatatat atgctgccca
     4801 accaacccca gggctttgcc ctgggctatc atccggcgac ccttcaggcc gcctaactgc
     4861 cctttaacta caagggcgcc cacaaggggc gcccctacta ccgcggccgc aggccgcata
     4921 actacccttt gactaccccc tatcgtatgt tgattgattc cctattcacg atccgcagcc
     4981 gtgaggaaac gcctgcggga tgcacctatg tgctggcgcc cgacgccggc cacacgatct
     5041 atggcgcgca cttccccgga agccccgtga cgcccggcgt gtgcatcatt caaacggtga
     5101 aggagcttgc ggagcggtcc atcggtcgac cgctcttcct gcgcaccgtt cgcaacgcca
     5161 agttcctcca cgtcatcgac ccgcgagaga cgaccgagat cacgtttcca ctcaccattg
     5221 agcagtcggg ggacggacgg atcagcgtct cgtgcatcgt gaccgacgcc gtcggcacac
     5281 tcttcgccaa gatcagcctg ctgcttgagg aggtggccga atgatccagc cctttgcggt
     5341 cgttatccct acttataata acgtgcgtac cgtcggcggt gtgatcgacg aagtgctggc
     5401 aacgggtgct cgtgtgatcg tcgtcaatga cggatcgacg gatggcacgg cggacgtctt
     5461 gcgcaagtat gaaggtcgtg tggaggtggt ggcctacgcg aagaatcgcg gcaaggggta
     5521 cgccctgtcg cgcggcttcg atcgggcgga ggcgatgggt ttcgaccgcg tcgtgacgat
     5581 ggatgccgat gggcaacaca gcgttgccga cttgccacgc ttcgttgaag ccacggccgt
     5641 acacccgaac gcgctgctga tgggccgtcg gacggtggag ggcgagatgc cgcagggcaa
     5701 cacgttcgcc aaccggctgt cgaacttctg gttcgccgtg cagacgggcc accgcctgcg
     5761 tgacacgcag aacgggttcc gcctctatcc gctatcggtc atgcgcggca tgcgtccgct
     5821 gacgtcgcgc tacgaggccg agttagagtt ggccgtgcgt tgtgcgtggc gcggactgcc
     5881 catcgtggct atccccgtga ccgtcaacta tgctcccccg ggcggtcgcg tgacgcactt
     5941 ccgaccgggt cgcgacttcc tccgcatcag tctgctcaat acggcactca cgctgctggc
     6001 acttgtgtat ggttatccgt cgatgctcgt tcggcggatc atgaggcgcc cagcctaatg
     6061 atcaatgatt aatcggtcgt tagagatgat cgtctcctcc ggccgacagg gtaggggcgt
     6121 atcgcatacg ccccccataa cgtcgccagc ggcgacggat aatcattcga tggccgggta
     6181 catgtagggc gtatgcgata cgcccctacc ctaccggctg attcatctca tttttccctt
     6241 ttagcttttc gtttttagtt acccctatga ccttcattta tctattgatc ggccttgcgg
     6301 tgggctttac cgctgcctgg tttatccttc atgcgcgtag ccgcaaccag ctcttacaag
     6361 ctgagcaggc gtcgcgacag gagatgcagc aattagaaca aacctcacaa caggaacgga
     6421 tgcaagccga acaggctacc gaacgcgagt cgttgctccg ccagcgtgcc gaatcggacg
     6481 cagccgagct gaagctggag cgcgatcggt tatcgcaaga gaacaccgca ttgcaagccg
     6541 accgcgccgc cctcgtcgca tcgatggagg cgctgaagca gcaagcaaag actgacgcag
     6601 cgcaccgtca gcagcgcttc gacgaacaga tgaccacgct caaggagcag ttccagaaca
     6661 tggcgcaaca ggtgctcgac cacacctccg agcgactcaa gagcgaaaac acggagcaca
     6721 tggagcgctt caccctaccc ctccgcgaaa acctgacgca gctgcgcacg gctatcgaga
     6781 aaacaaacga tgccacaacg cgcaacacgg catcgctggc cgaacagctc cgccagatgg
     6841 tagcccagac ggagcgcatg gaccgcacgg ccacgaacct gacgcaggcc ctgcgcggcg
     6901 acaacaaaca ggtcggtgat tggggtgagt tagtgctcag tgagctgctc gacgcccaag
     6961 gcttcgttcg cggactgaac tacgatgtgc aggacacact gaccgacgat cgcgggcagg
     7021 ctgtgatgca cgacgagact ggccgacgca tgcgcccgga cgtcgtcctg cattaccccg
     7081 acaacgagga cgtcgtgatc gacgccaagg tctccatcaa ggcctactcc gattatgtcg
     7141 ccgccacaga cgacatcgcc cgccgccacc acttggagcg tcacttgcag agtgtccgct
     7201 cgcacgtcac agagctggct cgcaaggact acagccgcta catctccgcg ccgcgacgcg
     7261 ctgtggagtt cgtcatcatg ttcgtcccca acgacgccgc cctgcaactg gccctcgcga
     7321 acgaccccaa gctgtggcag tcggccttcg agcagaaggt gttcatcacc ggcacgcaaa
     7381 acctctacgc catcctccgc atgatcggca tcgcctggcg ccagcacacg cagacggaga
     7441 atcagaagaa gatcatcggt atggctgagg agttgctcaa gcgtgtgggg cacttcgtgg
     7501 agcatttcga caagatgggc aagagcctcc gcacactcac aaccgactac gagaacgcgc
     7561 gcaacaaagc cttcactggg aagcaaagca tcgtgcaaaa ggcgaacgac ctgaaggcac
     7621 tcggcgtgaa gatgtcgcag aaacacccgc tccccccgac ggagtttgcg ctcgaggatg
     7681 aggcgccagc cgaggagaag gaggaggagg agtaacagct catggattct ctacccctct
     7741 ccctccgcga ggcgatcgag tacattggca caatcgtctt tgccattagc ggcattcggc
     7801 tggctgccgc caaaggtttc gattggttcg gggcgtttgt cgttggcttc gtgacggcca
     7861 tcggcggcgg gacggtgcgc gatctgctgc tcgacgtgac gcctttctgg atgctcagcc
     7921 cggcctacct ctggtgcacg ctcttaggca tgatcgtcgt cttcatcttc aatcgccaat
     7981 tggtgcgcct cgacctgccc ttcttcatct tcgatgccat cgggctggcg ctcttcgtcg
     8041 tgatcggcat cgagaaaacg ctcgatctca agtatccctt ttgggtggcc atcgtcatgg
     8101 gcacgatcac aggcattgtg ggcggcgtga tgcgcgacaa cttcatcaac gaaacgccgc
     8161 tcgtcttccg aaaagagatc tacgccttag cctgcgtgat gggcggtacc gtcttcgcgg
     8221 cttgctatta cttccacctc gggcatgagg tgagcgagct atccgccgcg ggcaccatcc
     8281 tcgtcatccg catcttagcc atcaaatacc actggcatct gcccaagatg aagctacggt
     8341 aaggggggat tattaatgat caatcatctg ccgggatata cgtctccaac agcttcgtgc
     8401 cgccgggtga gggcgtgagc gtgacggagt gcgtcgtggc gggcaggagc actgtctggc
     8461 cacggcggag cgtgcactcc cggccgccat cgtcgcggat ggtcgctgcg ccctccgtgc
     8521 agatgtaaat gacgaaggag tcgagccggg cgaagtcgcg cgttatgggc tgcgaggtga
     8581 ggtcgatgag gtgggtcgtg aagtaggggc agtgggccag ctcgacggcg ctgtcggggc
     8641 ggggcgtgta gtgcgtgcga tggtcgggca ggtaggtgta gtcgatggcg tcgagggcct
     8701 gggcgatgtg gagctcgcgc gggcggccgt cggcgtcgcg gcggtcgtaa tcatagatgc
     8761 ggtacgtcac gtcgctcgtc tgctggatct cggccacgaa gcagcccgag ccgatggcgt
     8821 gtatgcgtcc ggcaggaagg aagaagacgt cgccggggcg aacctcgtag cggcgaagca
     8881 cctccatgat ggtgccctcc ttcacgcggc ggcggaactc gtcggcgtcg atggggcgag
     8941 agaagccgct gtagagcacg gcgccaggaa gggcatgaat gacataccac atctccgtct
     9001 tgccgagggc gctgtgacgc tcgcgcgcca gctcgtcgcc ggggtgaact tgcacggaga
     9061 ggtcgtcgtg ggcatcgatg aacttgatga ggagcgggaa gcgctcgccg aagcgatcca
     9121 tcacgctgcg accaacaagg ctggcgccat gcgtgcggat cagttcgtcg aggggcgtgc
     9181 ccgattcgga gccgcccgcc acgacggagc gccggccttc gacatcggag agctcccagc
     9241 tctcgccgat cttacgcgga tcagcgggca ggcctttgaa ggggcagatg gctgcgccgc
     9301 cccagagcac ttctttcaga ataggatgga ataggtacat agttacgagt gatgggttac
     9361 gggttacgag tgacgaacga caaataataa gtgacaggca ggggcggaac gccgtggatc
     9421 cgcccctatg cccagattca tctcttcgct ttccgcttcg tgcccccctt cgctcgtgac
     9481 ttagcgcttg tggccttacg cagcaccatc gccgtgcggg cggggaggta gagcttaagc
     9541 caacccttgc cgtcgggggc gtagagggga tcgtgctggg tgaggtgctc cacggtgtcg
     9601 tcggtgaggc cgtttccgcc gaagcgcgga tcgtcggtgt tgagcacgac gcgatagctg
     9661 ccttcgggcg tgaggaagcc ataatcggtg aaggagcgtg tggggctgaa gttgaagacg
     9721 aagacgagat cgccgcgcat gtaggccaag acctgatcgc cgtcgttgtc ccacaccttt
     9781 tgcaggggca gggcctggaa gctgcggacg ctgtggatga gctcgagcat ggcccggtcg
     9841 aagtcgccga ggaagtgata cttcaggtcg ggattgtcga cgaggctcca ctgccgacgc
     9901 gcatatttat acgaccagcc gttgccctcg cgggggaagt cgatccactc cgggtggccg
     9961 aactcgttgc ccatgaagtt caggtagccg ccgttgatgg tggtggcggt gacgaggcgg
    10021 atcatcttgt gcagggccag accgcgctcc accataaggt tgcggtcaga cgtctgcatg
    10081 tgccaataca tgtcggcatc gatgagccaa aagatgatcg tcttatcgcc caccaaggct
    10141 tggtcgtggc tctcggcata gctgatcgtc ttctcgtcgg cgcggcggtt cgtcgtctcc
    10201 caccagatgg ccgaggggtg ccagtcttcg tccttcttct ccttgagggt cttgatccag
    10261 aagtcgggga tgttcatggc catgcggtag tcgaagccgt agccaccgtc ctcgaagcgt
    10321 gcggcgaggc cgggcatgcc gctgacctcc tcggcgatgg tgacggcgtg tggattgacc
    10381 tcatggatga gcttgttggc aagcgtgagg tagacgatgg cgtcgccgtc ctgatgtccg
    10441 ttgtaataat cgccgtagtt gcagaaggct tcgccgaggc cgtggctgta gtagagcatg
    10501 gaggtgacgc cgtcgaagcg gaagccgtcg aagtggtatt cgtcgagcca gaacttgcag
    10561 ttggagagca ggaagtggag cacttcgttg cggccgtagt cgaagcagag cgagtcccag
    10621 gctcggtgtt cgcgccgatc gccggtgtgg aagtattggt gatacgagcc atcgaaacgg
    10681 ccgaggcctt cgacttcgtt cttaacggcg tggctgtgga cgatgtccat gatgacggcc
    10741 agcccgagcg cgtgggcgtc gtcgatgagg cgcttcagct cttcgggtgt gccgaagcgc
    10801 gacgaggcgg cgaagaagct gctgacgtgg tagccgaagg atccgtagta ggggtgctcc
    10861 tgaatggcca tgatctggat ggcgttgtat ccgtcgcggg ccacgcgcgg caggacattc
    10921 tggcggaact cctcgtaggt gcctgtgcgc tccgcctcgg tggccatgcc aatgtggcac
    10981 tcgtagatga gcagcggatt ggtgtcaggc cggaagttgg caacgcggaa gtggtaggcc
    11041 tcctcgggcg cccagacctg ggcggagaag atctttgtct gttcgtcttg caccacgcgc
    11101 tggcaccagg ccgggatgcg ctctccggcg cccccctccc actccatccg cagcttgtag
    11161 aggtcgccgt ggtggagcgc gtcggccggc agggtgacct cccaatggcc ggcctcgcca
    11221 tcgaggcgcg cgaggcggta atcctcgcgt ttctcccatc cgttaaagtc gccgatgagg
    11281 tagatggccg tggcgttcgg tgcccactcg cggaacaccc agccgtcggc cgtgcggtgc
    11341 aggccgaagt agaggtagcc ggaggcgaag tccgagaggc tctgccgtcc gttttgcgtc
    11401 aggtcgtttt ccttcttgat cacgtcgttg tgtcgccctt cgatggcctc ggcatacggc
    11461 tcgagccacg ggtctttctg aatcagcacg ggtttgttca tcatttctat gtactttaag
    11521 tgtatagtaa tcggtgtggg ggcggatcta tgtgcccgcc cgaggtcgcg cccattcccg
    11581 gggggggcat ggtttgcgat tcattcctga tcgtaaacaa cggcggcaaa ggtaaacggg
    11641 gcatctgttt tcggttaagc ggctgccgcg gtgccaaatc cagctcgttt ccctgatttc
    11701 ccggtcgtcg cggtgccata tccagctcgt tttcccaatc tcccagccgt cgcggtggca
    11761 aatccagctc gtttccccga tctcccggcc gtcggggagc caaataggca cgtttatggg
    11821 aatcttttat aatgagcgtg tctgatttac gatgtaaatc ggaggctttc atatagatgg
    11881 tgtatcattt acttcgttaa ttcaatgctt ttatattgat ggtatataat ttacggtgta
    11941 aatcgaatgc ttttaatata cgcgtgatct atatacatcg ttaatcatag gatttcacta
    12001 taaaagcatc cgatttacac cgtaaattat aggctttcac tgtaaaagca tccgatttac
    12061 gccgtaaatt acatgctttc actataaaaa catccgattt atatcgtaaa ttataggctt
    12121 tcactataaa agcatccgat ttacatcgta aattataggc ttttactata aaagcatccg
    12181 atttacatcg taaattaagc acatctatat taaaagcctt cgatttacgg cgtaaatgat
    12241 acaccatcaa tataaaagca ttgaattaac gcagtaaata atacactatc tatatgaaag
    12301 cctccgattt acatcgtaaa tcagacacgc tcattataaa agattcccat aaacgtgcct
    12361 atttggctcc ccgacggccg ggagatcggg gaaacgagct ggatttgcca ccgcgacggc
    12421 tgggagaatc agcatcgcgg ctgctttcgg gtccccgctc actcgtaaac caaaaaagag
    12481 agccgctcgg gggcaaacac gtcgcgggca acggaaaaca cctcgtcggc cgtgacttcc
    12541 tcgatgcggc gggccgtttc ggcgggggtg tcgcagcggc cgaagcggag gaaggacttg
    12601 ccgagggtga ggaagaggcc ctcgcggttg tcgctggcca cgtgtagctg cccgacggcc
    12661 tgcttcttgg cggcggcgag ctgcgagggg gtgagggggc gggcgcggag gcgatccagc
    12721 tcggcgcgga cgaggccgag ggcctgctgg cggtggcggg ggtcggtgcc gaaatagatg
    12781 gtgcagaggc cggcgtcggt gtagcaggtg aggcttgact cgacgccgta gacgaggccg
    12841 cggcgctcgc gcagggcgac gttgaggcgg ctgttcatgc cggggccgcc gaggatgttg
    12901 ttgagcaggt agagcggggc gtggcgcggg tcgaagaggt ggcatgcgcg ggcgccgagg
    12961 acgacgtgcg actggtgggt gcgtttgcgg cagagggttt cgcgcggcgt cagctcgtcg
    13021 gggggcgtgc ggtggtgcgg ggcggtggcg gtgggcaggt cggcgaagtg gcgttccgcg
    13081 aggcgcacga cgcgccggaa gtcggccggc cccatggaga agaagaccat gttcggagcc
    13141 gtgtaataac gcgccatgaa ggagcgcccg cgggcggtgt cgaagcgtcg cagggtgcgt
    13201 ttgttgccga ggatgggtcg gccgaggggg tgcgtgccga agagctggga ttcgtattcg
    13261 tcgaagatga gttccgcggg ggcgtcttcg taagatcgga tctcgtcgag gatcacctcg
    13321 cgctccttct cgatctcggc ttcggggaag cgtgcatgcg tggcgaggtc ggccagcagc
    13381 tcggtggcgc gggccaggtg tggcgcgggg aagacggcgt agaggaaggt ctcctccttc
    13441 gtggtgtagg catccagatc gccgccgacg gcctccatac ggttgaggat gtgccatgct
    13501 cggcgtcgca gggtgccttt gaagagcata tgttccacga agtgggccaa tccgctctcg
    13561 tccggcgcct cgtcgcgtgt gccggcatcc acggctagcc cgcagtaagc cacgggcgaa
    13621 tcggtggtga ggtgcactaa gcgcagcccg ttaggcaagg tgtgtgtgag tggggtagtc
    13681 tccgtcattg attatcgttt ttgcgggggg ggacggaaga tctaaagcgt gcaacaaagg
    13741 gatcatcgac agcctttccc gtcgcatccc tacagcaaat gaatctccga aagctctttc
    13801 gtcaaagagc gaacaccgtt ttgaatcttc tccaactgcc ttctgtgcgg cttctgcact
    13861 cccgcggcat agtgccccaa ttgctgctca tcgatgccag tgatgcggct tagcgctgat
    13921 tgggtgaaga tcttgctgta ataattgatg agtgtcatgg cgtccacctt gaacttcaac
    13981 tcaaattcac cggataataa ttcgcatgga ttgggattgt cttccaaata caatgagatg
    14041 gcctctcgca tatgtctttc aatctcattg atgtcattac ccacagtaat gatcggagcc
    14101 ccttcgatat aggcgctcag gttatctcct gcatgctcga ctatgacttc tactgtcttc
    14161 ataaactgat tgcttcttcc tttcattata tccaccgatt atttcaaacc ggcctgacgt
    14221 aatatgtggt gaaaagttcc cttttctacc cctttactcg tgtggttcgg aacgatgacg
    14281 atccttcctt ccctctcaaa cttcatgtga cttccttttt ggcttacaag gacaaagccg
    14341 tttctccgca gaaggtcaat cacttcttta actgacttat aactcatcga tcggggttca
    14401 ttgaataccg cgcgaagata gggcgatcac atagctgcaa cgcaacaact ccagcggggg
    14461 cagagtcttc atttcatacc gccctaaccc ttgggaccaa gcccgcccca ctctgattga
    14521 ccatcgaggg ggcgccatca gaagatttaa caaccacccc atgcaacgcg ccagcccctt
    14581 ctcccatcaa ggcatgcagt tcaatcaata acaaccaaac gagatgaaat cgatgaaatt
    14641 ccttttgatg agtctatgcg cggcaatgat catggcggcg gccgtgtcgt gcaacaaaga
    14701 tgacaacggc tattccttag ggcgcgtctg gcggtcggta gccaccgtcg acccgatcgg
    14761 ccggggcggc acctactccc tcaccctcga tgacggctcg cgcctctggc ccgccggcac
    14821 ggagatcccc ttctatcgcc ccaacgagcg ccaccgtgcg ctggcctact acacgatcct
    14881 ctccgacacc ttccaaggct tcgaccacgc catcctcgtg cgcagcatcc gcgacatcct
    14941 caccaagccc ttcgtggagt ctgacatgtt agggaaagag caatcggacg acttcgggtc
    15001 agaccctgtc aacatcatcg acatgtggta cggcgacggc tacatcaaca tccatttcgg
    15061 gacgaaccac ggcggcacga agcgccactt ggtgaacctc gtgcaggtct cgcagtcggg
    15121 catctcgccc tacgtcttcg agttccgcca caatgccttc ggcgatcccc cgcgctacgg
    15181 ccggcgcagc ttcgttgcct tcgacatggc taaattgaag ttcgcccccg gatcagattc
    15241 caccgtgacg gtgcgggtga agacgtttaa ggacggagtg aagacgtaca agatctcttg
    15301 ccgccgcttt gtcgacaagg tcatccctta cggcgacgat gccctcatgg gcaatacgct
    15361 cgcggatgtg gattaaagca tcgcgcgggg acgaaggggg ggatagactt cacatcaact
    15421 aaaacaaaca gctaatcaag acaatcgtgt gttttacctt gactataagg tagtgttcct
    15481 tgtgagggag tgtccgtgag gacgccccct cactttcttt tatggggatg cttccccgct
    15541 ccctctgctt ccacaaacgg ggatcggcat aaaaagaaag cagagcctgc gatgtaactc
    15601 gcagaccctg cctctttcta tttgcaaaaa cgatgggcac cgcaagtgcg atgcctgctt
    15661 cgtttatacg atctcgatca tcggcgcgcc tacctgcacg gagtcgccag ccttcacgag
    15721 gacgcggcta acggtaccgg caaagtcggc cgtgatgtcg ttctccatct tcatggattc
    15781 aagcaccaac agcttgtcgc ccttgttcac cttagcgccc accttcaccg tcacctcaat
    15841 gacgctgcca ggcatcgggc attctaccat gcgacccttc gcggcgtttg ttgccttggg
    15901 agcggctgca gctgcggcct catctacgat ctcaaccatc ggcgcgccta cctgcacgga
    15961 gtcgcctgcc ttcacgagga tgcggcgcac ggtgccagca aagtcagccg tgatgtcgtt
    16021 ctccatcttc atggattcga gcaccaacag cttgtcgccc ttgttcacct tagcgcccac
    16081 cttcaccgtc acctcaatga cgctgccagg catcgggcat tctaccatgc gacccttcgc
    16141 ggcgtttgtt gccttgggag cggctgcagc tgcggcctca tctacgatct caaccatcgg
    16201 cgcgcctacc tgcacggagt cgcctgcctt cacgaggatg cggcgcacgg tgccagcaaa
    16261 gtcagccgtg atgtcgttct ccatcttcat ggattcgagc accaacagct tgtcgccctt
    16321 gttcacctta gcgcccacct tcaccgtcac ctcaatgacg ctgccaggca tcgggcattc
    16381 taccatgcga cccttcactg aatcgtccat tgcagccgca gcctcttcct gcgccgtctc
    16441 cttgccaccg caagcgcaag cgccggaagc cttctgcttc tcgttgtact ccgcctcgcg
    16501 ttttttacgc aggaagccgg ttgctacgtt cgggaagagc tctaagagca gcatgtcctt
    16561 ctcgtccttc gccaaatgca caccgccgaa ctcctcaagc acggggttgt ccggtgtctt
    16621 atgcttggac gtatcgtagg gcgtctctac ggacgagccc gtgatctgct cgcgaaactt
    16681 gggatcaatg ggcaccggcg tcttaccgta ttcgcccttc accaagttca cgaactggct
    16741 cgaggtgttg gcgtatttgt cctgcccctt cttcaagctc aatgcgcaag acacggcctg
    16801 tgcgcctacg atctggctgg tcggcgtcac gagtggcggc aaaccggcgt cgaggcgtac
    16861 gctcgggatg agcttcatcg cgtcttcgag cagatccatc gagttgaatt gcttcaactg
    16921 agccaccatg ttgctataca taccgccggg gatctcggca ttcttcacca gctcgttcgg
    16981 tttcgggaag ttgaagtact tctcgatggc gtggcaagca tccagcagcg ctgcctcgtc
    17041 ttccttgcga acagcctcga tagccttgtc gaacagtgcg tcgatgtcag ccggcagcgt
    17101 gtcggtcagc ggattgaacg ggttcgggaa catcttcgat gcgtcgtaag cctccagctc
    17161 cttgcggatc tctttcagct ccttgctaat cttggccacg gcctccatgt tcacgtcgag
    17221 ctctacaccg agcttcttgc agaagacgta gatcagctcg atggccggag cacctgtgcc
    17281 gccaccgaag taccagatgt ttgtgtcgac gatgtcggca ccacacatga tggcggtcag
    17341 gacggaagcg aggccgaagc ccggcgtgca gtgcgtgtgg aaatctacag gcacattgag
    17401 gtgcttcttg aagagcggga tcagcttggc cacgcgcgag ggcgggatca ggccgctcat
    17461 gtccttgatg gtgatcatgt cagcacccag agccagcatc tcttgcgcct tgttcaggaa
    17521 gtaagcgtcg gtgaagaccg gctcgcggtt gtcgtcatac ttcggatcca ccgtgtagca
    17581 aacggcgcag tcggccatgc caccgtactt cttaatgctc ttcacgcttg actttacgtt
    17641 gtttacgtcg ttcagcgcgt cgaagatgcg catgatgtcc aagccggatt tcacggcgtt
    17701 gcggaagaaa ccgtcgatga tctcgtcggg atacggagca tagccgtaga ggttacggcc
    17761 acgtgagagg gcggtcagct tggaaacgtc gcccacggcg gccttgatct tttccagtct
    17821 gtcccacggg ttttcgccca gatagcgcat gacggagtcg ggcacggcgc cgccccagac
    17881 ttccatcgcg tagaagttcg cgtccttgta ataaggtaat acgcgatcaa cctgcgattg
    17941 attcatacgt gttgcaaacg aagactgctg tccgtctctc aaagtcagat ccctgatcaa
    18001 aagtttctgt gtcatgatta ttctgttttt tgaatgtgtg atgaatgctt attgtgtaaa
    18061 tcgttctatt tcttttctgc gccttgcagt gatgcggtgt ttggacactt cttcactgac
    18121 gcggtcgcaa agaaagggct ttttcaagga gaccccgtcg ggattacgga aatatttcca
    18181 caatcccggc ggggcgctcg ttttcattga ataattggtt tggaatgtgg tcctaatgca
    18241 agttcggcgc aagccttata cgctgtcgat tttgtcgacg gggctatttc aatctgaaaa
    18301 ccgccgtcga ttgaatcgac ggggccattt caatctgaaa accgccgtcg actgaatcga
    18361 cgaggccttt tcgatctgaa aaccgccgtc gactgaatcg acggggccat ttcaatctga
    18421 aaaccgccgt cgactgaatc gacggggcca tttcgatctg aaaaccgccg tcgattgaat
    18481 cgacggggta tttcatcctg aaagtggtcg tcgactcaat cgacggacag aacgacaaaa
    18541 tggcttacgc ccccgcgaac tccgtcggtt tagatgcctg acagtccacc gaagtagacc
    18601 atcaacccgg cgatgatgat gtagccgatg gcgtaaggca aggcgctgcg gaggatctcg
    18661 ccgtcgcgcc ctggcatgtc gcacgaggcg gtggcgatgg cgatgctttg cggtgagatg
    18721 atcttaccac ccgtggctcc ggctgtgttg gcagccacta accagttcgg atcgctgtag
    18781 ctcagcttgg ccgctacgct accttgaagt ttcccgaaga ggatgttgga cgacgtatcg
    18841 ctacccgtaa cgaatgtgcc gatagcacca atcagcggag caaacagcgg atagaaagca
    18901 cccgtggctg cggccagtgt gttagcgatg acgaggatca taccggcgta gttcatcacc
    18961 gacgcaatcg aaacgaggct gataatcgtg actaccgtct tgcccagatt ctttaccgta
    19021 cgcgccagca cgacgatgag cttcttggcc gaaacgccct gcactaatcc gccgaagaac
    19081 gtacccaaga agagcatcaa gccggcattg gagatccaac cgaacgagaa agtcttcccc
    19141 tcgggataaa tgggcagggg cacatggcta actaagttgg cacggaggaa ggtgctaacg
    19201 ggcttcacta atggcccact gatgatgata aagaagagga taaagccata tacactccat
    19261 gcacggaggg tctgcgacat ggtaaacgtc tctttctccg tcattgattc ggcatctttt
    19321 tcgccgaaga ggcgggcgta gaggatgatg gccaagatgg cggctacact gccaaggatg
    19381 gccggcgtct ctgccccgag gtaacgcgcg cagaagtatt gcacaacgag cgatacgcca
    19441 cccacccaca gggagaggat gaggtgcttg acgatcttct tcggtgagcg gtcggtgagc
    19501 acgaggatga cgaagggaag caacagcatg agtggtgaga gctgcatgac aacctttgag
    19561 gagatgtcgc agatggcttc ctgcgtggca gcacccgtag gcgcgacttc gttggccaac
    19621 gtgatgacag gtacacccac ggcaccgaag cccgtcggta cactgttagc aataagcgat
    19681 accaaagcac tgaaaccggg cttgaagccg agaccgatca ggatagcggc ggggatggcc
    19741 accgccgtac cgaagcctgc catgccttcg agcaatccgc caaaacccca gacgaggagc
    19801 agcacgatga tgccgcggtc gttcgtgagg gaggtgaact gcttcttgat cacttcgatc
    19861 tcaccactct ccagcaacgt gttgtagctg tagatggcca tcagaatgat gatcaggatg
    19921 gggaaggtgg ccttgagcac gccttcaatg aaggcccaaa agactccggc ttcgccaaac
    19981 tgcagatagg gttcgggggc aaagcctaac gcccgggggg caaacacggc aatgagcagc
    20041 gtggcaagta gggtgataaa cgcgctcttg tgtccggcca tcttgaggcc gagcataagc
    20101 acaaacagga ggagaatcgg gagaatagat aggattacgt tcatgatata agtgttgtta
    20161 ggaattatat gctatacgat cactcacaca gtgcttacac aagcaagaca accacttgct
    20221 tcggaccgtg cgcccctttg acgagcgact gttcgatgtc ggccgtcttt gacggaccgg
    20281 acatgaagcc acggaactcg cccggatgtg cctcaggcac gcgggcatag gcgtcgtgca
    20341 tggtatcgac taactgatcc ttgggcagga tgaaaatgag cgcctcagag atgaagtaga
    20401 tggcgcgttg cagatactcc tgctcgaaat agacggcggc attctcgcaa acaccgaaga
    20461 tgccgtggca gacaacgaga tccgtgccgt tcagttcaga cggcgtctca atcgtatcgg
    20521 ggttgtaggt ggcgcactta acctcgggga agttgcaggc gatgcgcttg gcctcgggga
    20581 agaggcgacg aatggcgtcg tccaccgttt cgcctttacc caagagctca gcgctgcctc
    20641 ctacaccggc tgagatctca ataaactgct tgatcttatc cgggtagacc atgtgaggga
    20701 tcttgatttc ggggcggggg aattgctcct tgatgttctc ccgcaggctg ttcagtataa
    20761 attccttgct gctcatcttg attcttattt agcgttattc tccttgtgat tcttcttcca
    20821 ccaagcttca aacgactgct tggcgaactt gggtagctcg cgctctttgc cccaatcgtt
    20881 gatcccattg tagaccatga agcgcggcat ggaattgacc atcggagcca tcttgagtgc
    20941 ggagtggaag acggacggac gatccatgag gaacttgatg ccgttgctca ttgccttctt
    21001 cttcgggtcg gccgtaccga agccatcgag cttctggcgc cagatgtaga tctgttcacc
    21061 gaggtctacc atcaccgggc agacgaacga gcaggagagg cagagcgagc aagcggagac
    21121 gttgccgctg tgcttctgcg gatcgttgag catgccgagg ttgatgccga tcgggccggg
    21181 gatgaaataa gaataggaat agccgccact gcgacggtag acggggcagg tgttcatgca
    21241 ggcgccgcag cggatgcagt tcatcacttt gcgatgctcg ggcatgccga ggattttgct
    21301 gcgaccgttg tcgacgatga tgaagtgttg ctcgccgcct ttatgtgggc ggccgaagtg
    21361 tgacgtgtaa gtcgtgatgg gctgacctgt ggccgatcgt gccaacaggc gtgtgaagac
    21421 gccgagcgaa cgcaggtcgg ggatgatctt atcgatgccg aaggcggtga tgttgatctt
    21481 ctggcacgac atgcccatat ctgcgttgcc ctcgttggtg cagacagcta cttcgccggt
    21541 ggaggcgatg gcgaaattgc cgcccgtcat gccggctccg gcgttgagga agtcttgacg
    21601 cagggcgcga cgggcctgat gcgtgaggta ggtcgggtcg aagttgccct tttcgctgcc
    21661 gagtttctct tcgaagagtt ctcccacggc ttggcgcttg atgtggatgg cgggcatgac
    21721 gatgtggctc gggtggaggt gcatcaattg caggatgcgc tcgccgaggt cgctctcgat
    21781 cacttcataa cccttctcta tgaggtaggg gttgagttcg cactcttcgg agagcatgga
    21841 tttactctta acgagcttct tgatgccgtg ctcgctgagg atgccctcga tgatgtggcg
    21901 atactcctcg gcgtctttgg cgaagtgcac gtggcagccg ttggcggtgg cgttcttctc
    21961 aaactgttcg atgagctcgg gcaggtggga ggtgctgtag agtttgatgt cgcgtgcggt
    22021 atgacgcagg tcttcccatt cggggatggc gtgcgagagg aggtcgcgtt tgtagcgaac
    22081 catgtacagt gtctggtcgt gccatacggc gttctcttta ttggctaaga aggcttttgc
    22141 agccttggca tgtgcgctca taactgtgct gttaagattt cgaggtaatg gatggttttg
    22201 atgggataat gttcgcgttc gatgacgccg ctcatgtgca tcaggcagga gctgtcggct
    22261 ccggtgatgt attcggctcc ggtggacatg tgatccttga ccttgtcgcg ccccatgcag
    22321 gcggatactt cggcttcttc gacggcgaac atgccgccaa atccgcagca ctcatcgacg
    22381 cgtttgggct ccagaacggt gatgccgggg acgcgctcga gcagcgaacg gatcttgttg
    22441 aagtagggta cggtaagctc tgagggggcg gagaggccga gctcgcgcac gccgtggcaa
    22501 ctgttgtgga tgctgacttt gtgcgggaat ttggagggga acttctcggg tttcaccacg
    22561 tcgtgcagga actcggtgat gtcgtagatg tgcttcgctg cggtgcattc tttcttcttg
    22621 gcgtcggcca agaggcgggg gtggttctct ttgacgaagg ctacgcagct ggctgagggg
    22681 ccaacgacat aatcatactt cttgaagagg tcgtcgaagc gttcggccag gtggacggag
    22741 ccaccctcaa agccggcgtt ggccattggt tggccgcagc aggtctgccc cacgggatag
    22801 tcgacatcga gcccaaggtt ggtgagcagc ttgtaacagg ctatacctac atgcggatag
    22861 accgcattga tatagcaggg aataaataat ccgattttca taaccacata gttttagtgt
    22921 caaataactg gtttgtctct ctcttataac ttatacatca actcgaagcg cacccaattg
    22981 aagttgtcgg cgcctcggaa ataataattg ccggggttga agtgctcgta atgtaggtgt
    23041 ccggaccagt gggggttgat ctggtaggag atgcgggcgg tgtagaggtc gccgcgtgtc
    23101 tttccgccac cggaggtgaa ggctgtgccg gggttgtgca tggcaaagag gtgcatatag
    23161 ttggcattga ggctgacgtt cggggcgagt gaggccttga agcctgcatt gatggaggcc
    23221 aggtttgacc agtaactgat cttgcccgtc tctgcggcta aggtgtagat gtagccttcg
    23281 ctccagcgtg tccagcggtt ccacatcggg tcgaagcctt cgatggtggg tgtcgtgggg
    23341 tcgtcgccgc tcatgtagac ggagccgacg gagagttggt cgaggacgta gaggtagcgt
    23401 ccgatgttgt attctaatcg ggaatatccg ccccaggcgc ggcgattgcg gtcggccact
    23461 ttaccaaact cgtaggcgaa ctcgctgatg aagtggaagt cgttgccggg cagtgctaca
    23521 ttgacacggg cgccgagggc gtgggtttca gcatcgggca gggtggcggt tttgaagtaa
    23581 ttcttgtaga agtagtaagc ggagaggtcg acggggctga gctgtgcttg gtagtagagt
    23641 gcggcgccgt tgttggtttg ctcttcgagg gatttgtagt ggtcgccctc gttaatgacg
    23701 ggcaggagct tgtcgcggtg ggggttgtag acgaagaggg cggtgaggcg gttgcgctcg
    23761 tcgaagcgga aggtggcttt ggcggcgttg aagtagtctg aacgggagcc gaccatgggg
    23821 ttgccgtcga ccatcatgaa gccttcgtcg aacttgatgt tctgccgccc tacgcatagg
    23881 tcgatgggca ggtcggcgat gtcgcgccag tcaacataga gttgattgaa gaaaatttcg
    23941 ttgacggctg ttttggccgt gggcggggtg aggtagaggc gggcctcgtt gcccagctcg
    24001 gctctgaatt caaagtgtcg gctggggttg tagtaagcgc cgaagtaggt gcgccaccgg
    24061 gtgaaggtgg ttatgggcgc ataatgatcg agggtggagg cttcgccgat ggtcgtcatg
    24121 cgtgcgcgtt cggagaaggt gaggcggaag ggtttctgtt ccgcagtgtc gtcagtttga
    24181 gccttggctg tgccgtggag gcacacgagg agaccaaggg caaggagata atttgtcttc
    24241 atcttctttt cagttttagg gtgtaagtgt ggatatatgt gctgtttctc ttttaccgag
    24301 ggggaggtat attataatag gtaagccgaa taacattccc ttcgattctg cccccaaaaa
    24361 tatttgtttt tatacctatt gcaagttgaa agtgaaaaaa tggatccttc ggggggttgt
    24421 ttgggtgcgg attgtaagtg gagccccggc ggaggcggtg ggcttacccg agggaggggc
    24481 tcaaaactcg gttctctaaa atgaatcgta tgggtagtcg aacaggtagg aaggccaagc
    24541 gggaggaatg gaacgtacga aagtgcattt ggatcatctc tgtatgcatg catttaggcg
    24601 aagcgaccct atgaataggc tcggtgagga atggattacg tccggagtcg aatcatttac
    24661 gtccgatgac gatattttta ggctccggac gtaaaaatat acgtcccccg acgtatattt
    24721 ttaggttccg gacgtaattg attacgtccc ccgacgtata tttttaggtt ccagacgtaa
    24781 aaatatacgt ccctccacgt atatttttct atccctgacg taattgatta cgtctcggac
    24841 gtatattttt cggttcagag cctaaattta ttctactcag agaataaata cccagaatat
    24901 gagcctaaac gcttcgccaa cagagagctg gctttatgga tagagcccca caggaaactc
    24961 taattcgcgt acccattccg ttatagcgcc ataattaatg attgaccacg acttactttt
    25021 gcgggcgttt gatagcacac aaaacgttga catgaaaaag atgacaaaat ggatctggct
    25081 gcctgcggtc tgcacactgc tcgcgggctg cggacagaaa aagacggacg acggcgcaaa
    25141 cgacgcagct aaaccggcag cccaagtcgt agccccggcc ttcgatgcag acagcgccta
    25201 tgcctacgtc gcccggcagg tagacttcgg gccacgcgtg cccggatcag aggcacatac
    25261 agcgtgcgcc acctatttaa ccgaagaact gaagcgccac ggcgccaccg tcaccgtgca
    25321 agaggccgaa gtcaccgcct acgacggtag gcgcctcaca gccaaaaaca tcatcggcgc
    25381 cttcgcaccc gaacgcaccc gccgcatcct cctctgcgcc cattgggact cgcgaccctt
    25441 tgccgatcgc gaccccgaca aggcacggca acacgcaccc atcgacggag ccgacgacgg
    25501 agccagcggc gtgggcgtcc tcctcgagat agcccggcaa ctcggcagcg ccgaaggcct
    25561 gcccgcggat gtgggcgtag acatcgtcct cttcgacacc gaagatggcg gcaccccagc
    25621 cttcgatccc gcctcaaaca acccgcaaag cgaagccaca tggtgcctcg gctcgcaaca
    25681 ctggtcgcgc tcaccacaca cacccggcta cacggccgag tatggcatcc tgctcgacat
    25741 ggtcggctcc cgcgacgccg tcttctaccg cgagcgcacc tccgatcgct acgccgccgc
    25801 ctacgtcgac cgcgtctgga cagccgcccg cgacctcggc tacggccgct acttcgtcaa
    25861 tgcccccggc ggcaacctcg tcgacgacca tgtccacatc atccgcggcc tgcgcatccc
    25921 ctgcatcgac atcgtcaact tcgaccccga acgcagcacc ggcttcggca cctattggca
    25981 caccggaggc gacacaatgg acaacatcga ccgcgccacc ctgcgcgccg tcggtcagac
    26041 tgtcctttac gtaatcaaag ggtagaacct acttctaact acccctaact accgcggccg
    26101 caaggccgca taactacctc taactacccc ctatatgaag acaataaacg aactgcaaga
    26161 cgaggtgatc gaggagttct ccaccttcac cgattggatg gataaatacg ccttactcat
    26221 cgagatgggc aacgcattag agcccctcga cgaacacctg aagacaccag acaacctcat
    26281 cgacggttgc cagagccgcg tctggctgac ggccgactta ggcgccgacg gacggatcac
    26341 gtttcgcggc gacagcgacg cggtgatcgt caaaggcatc gtctcgctac tgatccgcgt
    26401 cctctcgggc cacaccccgg cagagatcct ctcctccgac ctctacttca tcgaccgcat
    26461 cggcctccgg gagcacctct cccccacccg ctccaacggc ctcgtctcca tgctcaagca
    26521 aatgaagatg tacgccgtag ccttccaagc gcaggaggaa aaatttgatg aatgatctaa
    26581 cgacacgatt atgaatacga caatgcctaa atcctcggca tcgatcaaca tagatgctgg
    26641 gatgctggga caaatacagg aagaggccgg gcgcgcaaac aaaacgctca gcgattactt
    26701 agagtcgctt ctctatcgct tgggataccg cccatacaac aaggaaacga tccaagcctg
    26761 tcgcgaagct cgagaagaac cgagtgccgg cgtggtggac acaagcagca tggaggcctt
    26821 cgtctcctcg atcttgggtg aggagaggga agaggatgag gcgcattgaa tattccacga
    26881 ggtttcggaa ggacttcaag cggtatctca agcaagcgga caagctgaaa aagatcttag
    26941 ctgctgtcga gatgctgaag accgggagtg agatgcctcc tgccatgtgc ccccacaagt
    27001 tatccggcaa ctatgccgga tatatggaga tgcatatcgg aagagatctc ctgctgatat
    27061 ggatagagcg aagcaagtcc ggcgatgaaa tcatcaagct ggttcgattg ggttcccact
    27121 cggaactatt cgggaaatag gttccacgat gacgaaaagt gcgcacccgc tttttccttc
    27181 atctttgccc accgataaca aaagacaaca cacacagcaa taatgacaga atagatacta
    27241 tatcataaga cataatcaaa agcggttttc agctttattc tttacctctt gaaagtttgg
    27301 cgactataac agtggtatgt gagaataagt tcggaaagcc tgcgccttac ggcgtgggct
    27361 cgacttattt cgttatacca cgggttacgc caaacacctc aagagagcga gagcagttga
    27421 gttcacgctc tttttttatg ccgtagcgta tggtgcagag gtttttggat tatgatattc
    27481 agctatgcca tcgtcgtccc gatggccaat gaagaggacg attttgaggc gtttgtcgcc
    27541 gtcttgcgcg aggcgctgga tcgcatcggt tcgggcgcgg tctattttgt ggtagacggt
    27601 gtctcgaagg acgccacccg tcggctctgt gaagagctgt cggccgcaga tgggcgcttc
    27661 gtcacggtct gggcgccgga gaaccgcaac gtcgtggacg cctacctgcg cggctatcgc
    27721 gaggcgtatg ccggaggcta tgaatacatc attgagatgg acggcggact gtcgcacgat
    27781 ccccgcgcgc tgcctatgtt cctgcgcgtg ctcaacgagg gcaatgagtg cgccttcggc
    27841 agccgcttca tgaacggcgg ctcaatctgc gactccaacc cgcggcgcac gtttctctcc
    27901 cgctcgggaa cgatcctttc caacgtcttg ctcggcacga agctgcacga catgacgtcg
    27961 ggctatcagg gcttccaccg cagcgtcgtg gccagtttta tgaactatcc gctgctctcc
    28021 aaagcccatt tctaccaaac agagctacgc tacctgctgc gcaagacgcg ctatgcggaa
    28081 gtgcccatcc attaccgtgc tccctcgccc cgtgtctcgc gaaacgccat ccgcaactcc
    28141 ttcgccgtcc tcttccatta cttcttccgg cgcctccgct tccaatcgac attcatcaag
    28201 caatcctcat gaacgatact tacttaatca ttacctccat cgccccggac acgcatccgg
    28261 tgctgaatct ctatgcccac gaagcctcga aacagggtat acccttcctc gtgatcggcg
    28321 accgaaagag tccgccgttt cacctcgatg gctgtgactt ctattccgtc gaacggcagg
    28381 cggagctgcc ttatcggctg gctcgactgc tgccctacgg acattatgcc cgtaagaacc
    28441 tcggttattt ggaagcggcg gctcgcggcg cggaagtcat catcgaaacg gatgatgaca
    28501 attatcccgg cgacgcattc ctcggtgcac gcaaccggga gacagaggct gccctgctcg
    28561 taggcgcagg ttgggtgaac gtttaccgtt actacaccga tcaaaacatc tggccgcgcg
    28621 gtttcgccct cgaactcgtg cgagaccttc cggccaaccc cggagcgccg cagatggtca
    28681 cctctccgat atggcaaggg ctggcggatc ggaatcccga catcgacgcc atctatcggc
    28741 tgacgcagcc gctgcccgtg cacttcgaca aagggcggcg tcgcatcgcc ttagccacgg
    28801 ggagcatctg cccgttcaac agccagaaca cgacatggtt tcgcgaggcc ttcccgctga
    28861 tgtatctgcc ctcgtattgc agctttcgga tgacagacat ttggcgctca ttcgtggcgc
    28921 agcgtatcgc gtggacgtgt ggatggagcg tgctgtttca cgaagccacc gtgtggcagg
    28981 agcgcaacga acacagcata ttgaacgact tcaaagacga aatctcaggc tactgcaaca
    29041 acggtgagat catgtgccgc ttgacagccc tcgacctgcg cgagggcacc gacgccatcc
    29101 cggagaacct ccgccgctgc tatcgtgagt tggtcgacat gcagctgatt gatgggcgcg
    29161 agctgccatt acttgaagcg tggatcgagg atatatgcgg ggcgtgatgg gggatagaac
    29221 agcgcgcgtc ttctatgcgc tcgcggccgt ggtggccgtg gcctactttg ccctcgtggg
    29281 gcatttcgcg gacaacatcc cgttttggga cgattacttg gcggagcaaa acttccttgt
    29341 gcgtttcctc cagtcgcccg acctctccga gcggctccgc atgttgatcg agcagcacaa
    29401 cgaacaccgt ctgctcttca cccgactgac gacgctcgcg gtctatcttt ttacaggcaa
    29461 actgaattat gcggtctaca tcatcttagc caacgcgatg ctgatcggca ccgggctgtt
    29521 gatgtataag acgatcaacg atgaccggaa aaaggcgttc ggcgccttct tgatcgcact
    29581 gctgctgtgc aacggtcagc atttagagac gtccgtctgg gccatgtccg gcttggcgaa
    29641 catcggcacg ctcttcctcg ccatcgcgtc gctatactgc gtgctgcgca gggagacggc
    29701 ttgggtagtg gcgggcttcg cactgtccgt cctgaccgtc ttttcaaacg gcaacggcat
    29761 gtttatcctc atccctgcac tgattggcct cgccttgcag aggcggacga aaacgtgtgc
    29821 ggcttacgcc attgtctcca gcctgtccgt cgcgctctat ttcctcgact acgtgaggcc
    29881 cgagcggacg gacatcggac tcatggacat cctcacccgc atgccgcaaa tcctcatcaa
    29941 cctgtgcacg ttcgcgggtc tgaacttctg ggtgccgtcg ttgcgcatcg tgtcgattgc
    30001 cgtcggtgcc ttctgcctat cggtttatct gtgggggatt tggaaggggt ggtatcgcac
    30061 cgaccttttt agctacgcca gtctaacgtt tctctatctg acagccggcg cggtggcggt
    30121 ggtatgggta actggtgaag tgatgggtgc cttacgctac agaatgtata gcagtccaat
    30181 cctcattttt acactgttgt tactcctatc ccacagtaag atctttcaga agagatgcta
    30241 tgtgtatacg atatcaggcg ccttattgct atactgcttt tcatcgacta tttacatcca
    30301 aaaggagcag aaaagactcg agttcaaact gaagtctaca tacaactggg aatataaaag
    30361 aaggggactt gctacttggt ctgtcgcatc gtccgaacaa gctatcccct atctgcaagc
    30421 ggccgaacgg atggggctgt accggatgcc ccgttatccg atgtccaaat acgcctcatc
    30481 catcgtgccg caatcggttg gatcgaacat gaatgccgag gagatgcccc acggtatcga
    30541 tagtatttct atgagaggcg gctatctgat catcgagggg tgggccttcc tgcgagactg
    30601 ctctatgaac ttcagtgaca tctccctctg cctcatcagc ccgcgacaca gctatgtctg
    30661 cacctcgctg gccgaacgtc gctacgatct aaagctcgac gttcccctcg atcgcatcga
    30721 gcattgcggt ttcttttccg tgattgatac gcgaagcatc gagcccggca cctaccggat
    30781 aggaatcgag atccgccgcc ttttcgacaa acaatcctac tgcatcctcg cggagcaaac
    30841 ggtggaagta aagacttatg tgtgagaaaa gatatgcttg cacggctcct gcaagcgcta
    30901 ttttctccgt tttgacattt tctctccccc ctaccctgta acattttcat tacccctgcg
    30961 tccgtagggt atacggaacc aaaaacaacc ataaaatgaa ctcgaacatg aaaaagatcg
    31021 gcttggtggc tacggccgcc ttagtagtaa cggcgggctg catcgcccgc gaacgcatga
    31081 agcacgacaa cggcagacgc ttagagcaga cacgcgaagt ggcagcttac acggccatca
    31141 gcacaatgag cggcatcgac gtggaattct ccaacgaaat gaagtcgggc cagatcatcg
    31201 tcgtggctga agagaaagtg caggacagga tcatgaccga ggtggtcgga ggcgaactgc
    31261 ggatcagcat gcgcccctcg cagcgcatct gggccacacc ctcaaacatg aaagtcatcg
    31321 tgcccaacac cggcgccatc acacgcatca cggcctccgg tggcagcgac atcttggctg
    31381 gcaacgtgat cctgcgtggg ccgaaactga cactcaattg ctccggcgga agcgacttta
    31441 agggcaacat catcgtggat gagctcgatg cagatttcag tggcggcgcc gatttcgatg
    31501 gcgaggtgac agccaccaca tgccgactga atggctcggg cggcgccgac ctgacccttg
    31561 cgggcagcgc gaagaagtgt gaagccgaag tctccggcgg aagcgacttg cacgcagcgc
    31621 gcttcaaggt ggagacgttc gatgtgaagg catccggcgg aagcgacgcc aaagtgtttt
    31681 gcaccggcca cctcacggcc tcagccagcg gcggctccga catccaatac gcaggcgatt
    31741 gccaaacaac catctcggac gacatctcct ccagcgtaaa gcgtaaacat tgacaaggcg
    31801 ggcaggcata tcctccctca ccacaaacaa cggagcgctt cgtcgggcag cagtgatgtt
    31861 gccgggcgaa gcgctccatc tatatttgcc cgccttctaa aaatgtatga aatcgctcag
    31921 agaactttat aagataggga acggcccctc cagcagtcac acgatggggc cacaaaaagc
    31981 cgcccggcag ttcgccgaac aaacacccgg cacacacgct taccgcgtca ccctctacgg
    32041 cagtctggcc gccaccggcc gcggtcacct gaccgaccaa gccatcctcc gcgtacttca
    32101 accccttgcc ccgaccgaga tcgtctggcg gcccgacatc gtcctgccct tccacccgaa
    32161 cggcatgctc ttcgaggccc tcgccggcga cgggcaaacc gtcacgcaca gccgcaccgt
    32221 ctacagcgtt ggtggcggcg ccctctccga cggccagtcg cgcgccgaaa ccacccccga
    32281 catctatcca ctaaccacca tcgccgacat cctcacccgc tgcgaacgcg aaggcagtac
    32341 ctactgggaa tacgtggagg aatgcgaggg tgcgggaatt tgggactacc tcggtgaggt
    32401 gtggcaggtg atgtgcgagg ccatcgaccg cggactgaat aacgagggcg tgctgcccgg
    32461 cggcatcggc gtgcggcgca aggcggccac ctacttcgtc aaggccaagg gctacagcgg
    32521 cagcctgaac tcacgcggaa acatctacgc ctacgcctta gccacttccg aggagaacgc
    32581 ctccggcgga cgcatcgtca cggcccccac ctgcggatcg agcggcgtct tgcccgccgt
    32641 gctctatcat ctctccaagt cacatgaatt tcgcgaggtg cgcatcctgc gcgccttagc
    32701 tacggccgga ctcttcggca acatagccaa ggccaacgcc tccatctccg gtgctgaggt
    32761 gggttgtcag ggcgaggtag gcgtggcctg cgctatggcg gccgccgcag cctgtcaact
    32821 cttcggcggc acacccggcc aaatcgaata tgcggccgag atggccctcg aacatcacct
    32881 cggcctcacc tgcgaccccg tctgcggact cgtacaggtg ccctgcatcg agcgcaacgc
    32941 cgtggcagcc gcccgcgcct tagacgcgaa cgtctacgcc gtctactccg acggcaagca
    33001 ccgcgtcagt tacgaccgcg tcgtggaagt gatgaaggag acgggtcacg acattcccag
    33061 cctctacaaa gagacctccg aaggcgggtt ggccaaaaac gctacactct gaaaaacagc
    33121 tatggaaatc atacttattc tcggactgat cctcctgaac ggcctcctct ccatgtcgga
    33181 gatctccctc gtctcggccc gcaaagcccg cctcgaatcg caagtcaaga agggcaaacg
    33241 ctcggcgcaa aaagcactcg agctagcgca gaagcctgac caattcctct ccaccacaca
    33301 gatcggcatc acgctgatcg gcatcctcac cggtctcttt tccggcgaag ccttcgcccg
    33361 cgacctggcc ggcctgctgg cgcgtgtgcc gtggctcgag ccctacgccg tgggcatatc
    33421 gaagctaacg atcgtcgtta cggtgactta cctcacactc gtgcttggcg aattagtgcc
    33481 caagcgcatc ggcatgaact tcgccgagca ggtggccgag ctcgtggcac gcccgatgga
    33541 catcctctcc aagatcgcct cacccttcgt ctggatcctc tccaagagta cacacggcgt
    33601 aatcatccta ctcgggctga accgcacggg cgaaaacaaa gtaacggagg aggagatcaa
    33661 ggccgtcgtg caggagggct tcgacagcgg cgaggtgcaa gacgtggagc aagacatcgt
    33721 ggagcgcgtc ttcacccttg gcgaccgcga cgtgggctcc atcatgactc accgcagcga
    33781 cctcgtctgg ctcaacatgc aggacgacct cgaggccaac cgccgcaagg tgaaagagaa
    33841 cctttacaac gtcttccccg tagcctcgga gaagttcgac aacatcgtcg gcgtcgtctt
    33901 cctcaaagac ctcttcggcc gcatcgacca gcccgacttc tcgctacagc aggtgctccg
    33961 gccggcgcaa ttcgtccccg agaaccagag tgtttacaac gcattggagc agttcaagca
    34021 agcacgcgtg aagtacggcc tcgtcacgga tgagtttggt ggcatacagg gcatcgtcac
    34081 gctgacggac atcgtagaag cactcatcgg ccagctgccc gacgtagacg aagagctcga
    34141 gatcaagcag cgcgctgacg gcagttggct cgtcgacgga caatattcgt tctacaactt
    34201 cctcgagtat ttcgatatgg aagacctcta cgccgattac gattacaaca ccctgagcgg
    34261 cctcatcctg caagtgctcg agcgtgtccc caagacgggc gacaccttca gctggcaatg
    34321 cttcgatttc gagatcgtcg acatggaccg cgcgcgcatc gacaaggtgc tcgtcaagaa
    34381 acgccccgaa gcagaatcgt aaaggggcgc gcccctgtgt ccccccctcc ctcacgcggg
    34441 agcatacatc cgggcatgtt tttccacccg gctgtaactc gtatcgctca caacctcata
    34501 ctttttccgg cgtataacga ccttatcaac gtgagttcga cgtaagagat ctccgttttt
    34561 ttattcgctg gcaactcgat tgccagggcc gctgggtcga aagtgagctg gcaactcgat
    34621 tgccaaggcc gctggatcgt aagtgttgct ggcaactcga ttgccgcatc cgctggatcg
    34681 taagtgtcac tggcaactcg attgccagag ccgctggatc gtaagtgtca ctggcaactc
    34741 gattgccgca tccgctggat cgtaagtgtc gctggcaact cgattgccgt cagtgcacaa
    34801 ggccccggcg aagacaattc caccagcgta ggcacgacaa gtagcacggg ttattcgcaa
    34861 tcctccagga cgaacacggc ctccggaaag acgtacacct cgaccaacgc gcccctgcaa
    34921 ggcagcaagg tctctacgaa agtcccgcaa acgccaaagc aaatgccgcg ggacttgcgc
    34981 ggcttgcgca aacgtctcgg taaatgccgc gggacttgcg cggcttgcgc aaacgtctcg
    35041 gtaaatgccg cggaacccag cgcaacctgc gcaaacgtct cggtaaatgc cgcgggactt
    35101 gcgcggcttg cgcaaacgcc aaagcatttc caaaaacgtt ttggccgccc gagcgctttt
    35161 gcaaagacat gctctatgaa gaagcgaacc tcattcttct gccgaaccca cgttaaccac
    35221 cgacacctct ccccccccgc gcaaaaaaaa gcgtgcagac catcgcggcc cgcacgctct
    35281 caaaatgtta tcgttgaaag ctaagatctc tcttactttt tggtcaggac gtacttgtca
    35341 gcgttctcag cagccttggc gccatcgtcg cctacgacta ccacgttatc gccctcaacc
    35401 aacagcttgc ggaagctgag cgcatcggca ccttccaagg tgatgatacc gctcgaagcg
    35461 tcccaagtga aagtgcctgc agcctcgctg tggccgtcct tcttgccctt ggcgtcttgc
    35521 gtcgctttgt acgtcatgtc gcccatcagt tccacggtcg tctccaaacc actgcaatct
    35581 gcgcaaggca gtgtgccggc gtaagcgccc gttttgtcaa atgcgggagc cggagcttca
    35641 accggttgct cggctaccat ttcggtgcta tctgcatttt ctgcgtcctc agcgttctta
    35701 gcgccttggt tacatgctac gaatcccagc atcagtgccg cgattcctga gtaaaacaat
    35761 ttctttttca tactcgtcat aattaaaaca ttgaatcaac gccctttcaa acaagctcac
    35821 cctcggattg tttcggggaa ctcccagaag ggccattttt tatgattaat tcacgattgg
    35881 gcagcctgaa gcgcctcatc catcgcggct gctgcacgcc gaccatcgcc catggcaagg
    35941 atcacggtgg cgccaccgcg cacgatgtct ccgccagcat agacgtcccc gagtgacgag
    36001 cgcatatcgg cctcaccgac tacgatcgtc cccttcttcg agatctccaa ccccgcgaac
    36061 gcccgcggga tgagcggatt gggcgagacg cccacgctga cgatcacctc gtccacatcg
    36121 atcgtttcca ccgcaccctc caccggcacc ggtcggcggc gccccgaagc gtccggctcg
    36181 cccagctcca tgcgttgcag gcgcatgcgc ttcacgcgac cgttctcgtc gcctaagtac
    36241 tcgatcggat tatggagcgt caggaattcc acaccctcct ccttggcatg cttcacctct
    36301 tcgatgcgcg cgggcatttc ctcctcgctg cggcgataga cgatcatggc gcgagcagca
    36361 ccgaggcgac gcgccgtgcg gacggagtcc atcgccgtgt tgccgccacc gatcacagct
    36421 acgtgcttgc cgcggaagac gggcgtatca gcgtctgggg aggcggcatg catgaggttc
    36481 acacgcgtca agtattcgtt ggacgacatg acgccgatca ggttctctcc ggggatgttc
    36541 atgaagttgg gcaggcccgc gccgctggct atgaagatgc cacggaagcc gtcggcgtgc
    36601 aggtcgtcgt agctgatcgt cttgcctacg atgcagttgg tgatgaactg cacgcccatc
    36661 ttccgcagcc catcgatctc cacctctacg atgcggttgg ggaggcggaa ctcggggatg
    36721 ccgtatttca acacgccgcc gatctcgtgg agggcctcga agacggtcac gtcgtagccg
    36781 cgcttggcca tgtcgccagc gaaggagagt cccgctgggc ctgatccgac gacggcgatc
    36841 ttgatccctt tcgacggcgc acgctcgggc acggcgatct ggccgctctc gcgctcatag
    36901 tctgcggcga agcgctccaa gtaaccgatg gccacggggt ccttcttcat ctttaagtgg
    36961 atgcagcggc tttcgcattg cttctcctgt gggcagacgc gaccacagac ggcgggcagg
    37021 gcgctcgtct ctttcagtac gcgggcggcc tcgaggaagt tgccgcgctc gatatttttg
    37081 atgaacgtgg ggatctgtat gctcaccggg cacccctcca tgcaggtagg cgtggcgcag
    37141 tcgaggcagc gctgtgcttc gcggagtgct tgctccttgg tgaggccttg gtttacttct
    37201 tcgttgttgt ggctccggta gtcggggtct aactcgttca tcttgacgcg cgggatggcc
    37261 gtgcgttcct tgggcttcat tgtttgtcgg agtgcctcgc gccaagcctc ggcgcggcgg
    37321 gcggataggg taggtattgt ttccatgtta tcctttctct ctggtttatg gcgtgctact
    37381 tcttctgctc ctcgtctttg tatgagcgca ggcgcatcat catctcgtcg aagtctactt
    37441 gatgggcgtc gaactcggga ccgtctacgc agacgaactt ggtgtgtccg ccgacggtca
    37501 cgcggcaagc gccgcacatg cctgtgccgt ccaccatgat ggtgttgagc gaggctacgg
    37561 tggggatatc gtacttcttc gtcagggcgg cgacgaactt catcattatg gctggcccga
    37621 tggtgacgca gaggttcacg ggctcgcgct ggatgacggc ttcgacgcct tgggtgacta
    37681 atcccttggt gccgtacgag ccgtcgtcgg tcatgatgat cacctcgtcg gagctggcgc
    37741 gcatgcggtc ttcgaggatg atcaggtctt tggtgcgggc ggccaggacg acgatgacgc
    37801 ggttgccggc cttgtggaag gcctccacga tggggagtag gggcgcgaca ccgacgcctc
    37861 cgccagcgca tacgacggtg ccgacgcgct cgatgtgcgt ggcttgcccg aggggcccga
    37921 cgatgtcggt cacgaagtcg ccttcattca gggcgcagag cttcttcgac gaccgcccga
    37981 cggcttgcac cacgagggtg atcgtgccgc gcgtggtgtc ggaggcggcg atggtcaggg
    38041 ggatgcgctc gccttgctcg cctacacgga cgatcacgaa atgccccgcc ttgcgcgaac
    38101 gcgcgatgag cggggcttca acttcgagct tcaccacatg gggtgagaag tgttctttgc
    38161 ttacaattct gttcataatc acgtatgtct ttcttctttt taggatctaa tggtgagggg
    38221 ggaattaccg ggaggacgta ggggtgaaag atttttcacc cctacagagg ggggccggat
    38281 ggattcaacg gtagcgcccg acgtcgtacg cttcgcggat ggcggcgcgg cggtcggagg
    38341 gggagcagcc gtagtcgcgg ctacaggcgt agaagaggtt gggcgcggag ccgacgccgc
    38401 tctggcgggc tacttcgggg atgggcaggt cggtgtagcg gagtagttca tcggcgcggc
    38461 gcatctgcca gctgaggcgg aaggtcatag cgtccatgcc ggtgagggcg aagatgaagc
    38521 cgttgaggta ggggatggag aggccgtagc ggttgcagaa gctgcggagg ttgccccagc
    38581 cctcgtcgag ggcgacgcgg taggcgtcaa acatttcgat gtgcgttgtc tggcggcggt
    38641 gctcgatggg ctggtagtct tcgctgccgt cggcattgat gacgcgccgc tcggtaaaaa
    38701 cggtgatgta gacgtcgtct aaggtgaact gtggctgcac ggtcagcttt cggctgttca
    38761 cgcggcggcg ccttggtcgc tgcggctcgg ttgatcttct tcgtgacata atcgttagga
    38821 gttagcgtgg tgatataaat aggaataagt aacccggagg cgccccgggc ggtggggatt
    38881 cgtctttccg cacccgcggc gctcgtttca ggggccgaaa gtacggctgc attcctacct
    38941 gacaaacgtt cccgccccga aaggcgtaag tttttattaa gtcgcgcgct tgggggttaa
    39001 taatgtcggt caacgatatt aagtcgaatg ccgttttgct atcaattcca actggaaata
    39061 ataacagcaa tacgttgggg ttattatttc caattggcaa taataacagt cgcgcatcgg
    39121 ggttattatt tccaattggc aataataaca atactgcgcg gggcttaata ttgccaactg
    39181 tcaataataa caatcgcaca tcggggttaa tattgacaac tgtcaataat aacaatacta
    39241 cgcgggggtt aatattgaca actgttaata ataacaatac ttctcggggg gttaatattg
    39301 acagttgtca ataataacaa tcacacatcg gggttaatat tgtcaatgaa caatgataac
    39361 agacacacat ccggcttaat aacataaccc aacaatgaca ccaaatgccc cgcaggctac
    39421 acgccgcgac gccgcaggat gacgtagatg atgaccggcg caccaaaaat gggcgtcacg
    39481 gcgttgaggg ggaagacggt gcccgtgccg gggatgaccg tcaggaggtt gcagagcagg
    39541 gccatcgcgg agccgagcaa catggtgacg ggcagcagca ggcggtggtc ggcgcggcca
    39601 agcgtgaggc gcgcaacatg cggcacagcc agcccgatga acgacacagg gccgcagaag
    39661 gccgtcgccg tggccgtgag caggccggtg cagagcagga tcaggacgcg cgtgcggcgg
    39721 atcttgacgc cgagattcgt ggcgtaacgc tcgccgagga ggagggcgtt caggggcttg
    39781 acgagcagca gcgcggccgt gagcccgccc acggtgcaga gcgcgaagaa gggcaggcgg
    39841 gcgttggaaa cggagctgaa gtcgcccatg ccccacatga cgaagccgcg gatgcgatcg
    39901 gccgaggcgt agaagttgag cagggagatg agcgacgagg cgaggtagcc gaccatgatg
    39961 ccgaggatga ggagcatgac gttgccacgg acgcgcgtgg agaagtagat gatgagcgcc
    40021 agcacgcacg aggcccccca gaaggcggcc acgatgaggg ccagcgaacc accgacagcc
    40081 gcgccgccgg aggtaagccc gatggtgccg ccgaagaaga gcatggtgat ggccacgccg
    40141 aggttggcgc cgtcgctgat gccgaggatg gaggggccgg ccaaggggtt gcggaagagc
    40201 gtctggagca gcaggcctgc agcggcgagc gaggctccga caagcagcgc agtggtggct
    40261 tgtggcaggc gcgactcgag gacgatcgtc gaccacgcgg ccggatctgc ggtgcggccc
    40321 agcaggatgc gcaccacgtc gaggggcggg atgggcaccg tgccataggc caggcaggcc
    40381 gtccacagcg cagccacaag caggccaagc agggggaaga gaagggagga tttcatcata
    40441 agagttacgg gttacgggtt acgagttacg agttacgggg tacgggttac gggttatgcg
    40501 tatcccccta agtacgacgt gggcggaggg gggggggcgc caaatgtagg gcgggccggc
    40561 cagtgcccac ctgcggccgc gccttgcatg ggcgccccat cagtctacct ttggcgccct
    40621 aaatcattca ctgaaaaatc aaacacaaac acacacacac aacatgatgc ccttcctact
    40681 catcctcgcc ctcgccgcct acgtgggcgg caacgcctac atcttcacgc gcgccctgca
    40741 agcgctcccc cccatgcccg ccgccttccg gtggatcttc gggttggctt actggggcta
    40801 cgccctctcc atcttcctcg tcttcctctt ccgcgagcgc gagcacgccg acgcctgggg
    40861 ccacttcttc ttccaggtca gcaccggctg gctcgtcttc acgctttaca tggtgctggc
    40921 cctgctcgcc ttcgacctgc tccgcctctt cgtccccacc ttccgccacg gcttcgtcag
    40981 cgcactgggc atcaccctcc tgctcttgat ttatggttac acaacctata agcgacccgt
    41041 gctccgcgag gtcgacatcg tcaccgatcg gctgccggcc ggctcgccca gcatgacgat
    41101 cgtcggcctc agcgacctcc acctcggctt cggcaccacg cgcgacgacc tgcgccaata
    41161 cgtcgacctc atcaacgccc agcaccccga cctcatcctc atcagcggcg acctgctcga
    41221 caacggcgtc cggcccgtcg aggaggccgc catggaagag gagctcaacc ggctccatgc
    41281 cccccagggc gtctacatgg tgcccggcaa ccatgaatac atcagcggca tcgaggcctg
    41341 caagcgcttc gtccgcggcc ggacacacat ccatctgctc atcgactcca tcaccaccct
    41401 gcccagcgga ctctgcctca tcggccgcga cgaccgcacc aaccccgccc gccagtcgct
    41461 gccggagctg atgacgcata tcgactctct ggcgcccatc atcgtgctcg atcaccaacc
    41521 caccgacctg acccaagccg agcgcgccgg tgtcgacctc atcttctgcg gccacacaca
    41581 ccacgggcaa gtctggccga tgaacctcat caccgatcgc ctcttcgacg tggcttacgg
    41641 ctacacacgc cgcggccgga caaacatcta cgtctcctcc ggcctctcgc tctggggccc
    41701 gcccttccgc atcggcacac gctccgagct cgtcgtcttc cgcctcaccc ccgccgagcc
    41761 atgagggtct tcctgcaagc catcttcggg cagatcttct tcacgcttta catctacctg
    41821 cgcctgcgcg ccgtcttgcc gcgccatcgg cgcctgcccc tcacgctctt cgtcgcctta
    41881 gagtgggcgc tctatttctt cggctacttc acccaccgcg acctgcccga cagcatcctc
    41941 gtgcccatcc ttatgatttg tggtacatgg tacatcgcct ccatctacct cctcaccggg
    42001 ctgctcctcg tcgacctcct ccgctggatc tatcgccgtc ggcccgcctg gttccccgcc
    42061 tggattcggg ctaacggatt acgccttcgg cgcggcgcct acctcttcat ccttgtgttt
    42121 actgtcgggt taatgattca gggttatcac aatgtggagg agccgatcgt gaagcacatc
    42181 tacatccgta tccccaaggc cgtgcccggc cgcgacagcc tgcgggtcgt catgatgagc
    42241 gacacccact tcggcgaatc gatcggcaaa cgcaacgccc agcacttcgt cgccctcagc
    42301 aatgccgagc accccgacat ggtcatcatc gatggcgaca tcatcgatta cgaactgcgc
    42361 atcgctgccc gcgaacatat cgaggacgac ctgcgccagc tgcgcgcccc gcttggtgtc
    42421 tacatcaccc tcggcaacca cgagtatcgc gccaaccgca tcgccaagca gcgctggcta
    42481 cgccagacgg gcggcacgct gctcatcgac tccgtcgtcc accccgacag caccttcacc
    42541 ctcgttggcc gcgacgacta caccaaccgc cgtcgcgcct cgctcagcca cctcctgcgc
    42601 ggcgtcgaca tgcgccagcc cgtgatcgtc gccgaccatc agcctaagtt tcacgaagtc
    42661 gccatgaacg gctgcgacct cggcctcttc ggccacaccc acgccggcca gatctggccc
    42721 ttcacatgga tcatcaagct cgcctacgcc cacacctacg gatacttccg cgaggggccc
    42781 acgcagtgct acatctcctc tggcatcggc tgcgcaggcc cgccctatcg catcggcacc
    42841 cgctccgaac tggtggtgct tcatatccac tttgagaaac ctacaagccc cggcgacacg
    42901 atgatgagta acccttaacc ccctccccca cgatgcgcaa caaactgctc cccctcctgc
    42961 tgctgagcat ggcaacgatc atcggccatg cacaatccgc aagcctcgcc gacagcctcg
    43021 cagccgacct ctgcatgatc cgtcaagcca ccgcacaaca cacggatcta tggggcttcg
    43081 acctctacgg cccactcctt ttcgtcgacc ctgagacacg cgtggcctac accaatgagc
    43141 ccgacagcgc gggcctgttt cagccctgcg gcagcctcta tgctggccac ctgccagatg
    43201 aagtcctcac cgccaacacc gccacgacat ggggcgggcg gacgtgggcg atgatcctcc
    43261 tgcccctccc caacgatccg acggatcgca ctgtcttgct tgcccacgag ctcttccatt
    43321 gcgcccaacc ccgcctccac ttcacaggcc acggaggcga caacgcccac ctcaacacgg
    43381 agaaggggcg catcctgatg cgattagagc tggaggcgct ccgagctgcc ctacgcgcca
    43441 ccacgcccga cgagcgccgc tcgcacctca cccatgccct cgccttccgc acggagcgtc
    43501 accggcattt cccgggcgcc gccgcgtccg aacatgccct cgagcgcaac gaggggctgg
    43561 cggaatacac cggacagacc gtggccagca tgtcggccga ccgtgctcga gcctatctca
    43621 tcgcgcgcat cgacgccctg ctcggcaagc ccaccttcgt ccgctcgttt gcttacgcca
    43681 ccctgcccgc ttacggccgg ctcgccaccg acaccgcccc cgattggcat cgagccatca
    43741 cggaggagac gcccctcacg gactatctcg cccggctctt tggcctcgcc ctgcccgata
    43801 gcctccccgc gtcttggatt gcggcctatc atggcgacac catcatccgc caagaggcag
    43861 cccgcgaagc cgcccgacgc gcgctcatcg acagcctccg cgcccgcctc gtggacggcc
    43921 cgcacctgac cctgcccctc cgggccatgc atttctcctt caatccgaac accctcatcc
    43981 cgctcgacag caccttgggc accgtctatc cgcagctcca actcaccgac gagtggggca
    44041 ccctcgacgt aaccgatggc ggcgcactca tctcgcccac ttggacgacc atcaccatcc
    44101 ccgccccaca cacaacgacc agcaccgaag cccgcggctc cggctggcgc ctgacactca
    44161 cgcccggcta catcatcgaa cgtcgcgcga aggattatat cgtaaaggct caatcgcccg
    44221 aataattccc tgttggactt atcatcatgg gtttactttt gcgcccctat gacaacaaat
    44281 gacatacgct cgatcatcga gcaagaagcg gacgccgtac gccatattcc catctcggat
    44341 cgctatgcgg aggccgtcga tttaatcgtg aagcatgtac acgagcaggg gggtaccctc
    44401 atcaccggcg gcatgggaaa agccggacag atcgccatga acatggccac caccttcagc
    44461 tccacaggca ccccagcctt cttcctccac cccggcgagg cgcaacatgg cgacctcggc
    44521 atcattcgcc cgagcgacct gctgctctta gtctccaact ccggaaaaac actcgagttg
    44581 ctcgaactcg tacagctggc gcgcggcttg gtgggccaga tccccatcat cctgatcacc
    44641 tctgacccgc agagcgagct ggcgcacgag gccaccgtct gcctccccac cggtgcaccg
    44701 cgagaggtct gcacactggg cctgacgccc accacctcca ccacggtgat gaccgtcatt
    44761 ggcgatgtgt tagtcgtggg cacaatggag cgcatcgggt tcactacggc agactatgcc
    44821 aagcgtcacc acggcggata cctcgggtcg aagagccgcc ggctgagcag agaggaggcc
    44881 aaggcatgag aaaagtgatt ggtatcggcg agacgatcct cgacatcatc ttccgcgaag
    44941 gccgacccta tatcgccatg ccaggcggat cggtcttcaa cacgctcgtg tcgctcagtc
    45001 gggtgggcgt gcagacgtct ttcatcggcg agttgggcga cgatcgcgtg gggcggagca
    45061 tcctcacctt catggaggaa aacggcatgg cgacggacta tgtagacctc ttctccgagg
    45121 ggctcagctc catctcactg gccttcctca gcgaggggca agacgccgac tatatgtttt
    45181 actcgaactg ctccaagcgg cgatcgaata tcatgatgcc tgacatccgg ccagacgaca
    45241 tcgtgatctt cggctcctac tacgccctca atgctgacac gcgcgaccgc gtgatggaca
    45301 tcgtgcagta cgccaagaag cagcgggcca tcgtctatta cgatcccaac ttccgcaagt
    45361 ctcacgccca cgaggccatc caactgcgcg ccacggtgat ggacaactac gaggcggccg
    45421 accttgtccg tggctcggac gaggacttca tgaacctcta caagaagact gaccccgacg
    45481 aggtctatcg cgacgaggtg cagttctatt gcaaacgcct gatcgctacg cacggcgccg
    45541 acagcatcca cctctacacg gagaagatcc gcaactgcta cgacgtgccg ccgctcgcgg
    45601 ccgttagccc cgtcggggcg ggcgacgcct tcaatgcggg acttatttac agcctcatca
    45661 agcatcgcat cggacagatg gacttgccag acctcagccc catgatgtgg gataagatga
    45721 tcggcctcgg catcgacttc gccgcagagg tgtgcggcag cttcgccaac tatatctcgc
    45781 ccgagttcgc tgcgaagtat cgcccatgaa ttgtcaattg ataattatca atgattatcg
    45841 gatgaatcgg ttcccccgaa ccgaggtaat cattgacaat tgataattaa tcattgcctc
    45901 ttacccccct cctacattta tatatacccc cactcacttg aagacatttg aagaattagg
    45961 gatcgccgag cctgtgctgc gcgccatccg cgaaatgggc tacgaagccc ccatgcccgt
    46021 acaggaagaa gtgatcccgc tgctcctcgg cgagcacctt gacatcatcg ccctggcaca
    46081 gaccggcacg ggcaagacgg ctgcctatgg cctgcccatc ctccagaaaa tcgacatcga
    46141 gcgacgccag ccgcaggtgc tcatcctctg ccccacacgt gaactctgcc tacagatagc
    46201 tggcgacctg agcgactact cgcgctacat cgatggcctg catgtgctgc ccgtctacgg
    46261 cggatcgagc attgagagcc agatcaagac gctgcggaaa ggcgtgcatg tggtcgtggc
    46321 cacacccgga agactcttag acctgatgaa ccgcaagacg gtagacctga gcggcgtccg
    46381 cgacgtcgtc ctcgatgagg ctgacgagat gctcgacatg ggcttcacgg acagcatcga
    46441 tgccatcctg gccgaggtgc ccgaaggccg acacctgctg ctcttctccg ccaccatgcc
    46501 gcaggagatc gcccgcatca cgcgcaagta catgaaggag ccgcgcgagg tcgtcatcgg
    46561 ccgccgcaac gagggcaacc agaacatccg acacctttat tatatggtgc atgcccggga
    46621 caagtacgcc gccctgaagc gcatcgcgga ttattacccc ggcatctacg gcatcgtctt
    46681 ttgccgcacc cgcaaggaga cgcaggagat tgccgatcgc ctgatccaag atggctacaa
    46741 cgctgatgcg ctacacggcg agctgagcca agcgcagcgc gactacgtga tgcagaagtt
    46801 ccgcctccgc aacctgaacc tgctggtggc taccgacgtg gctgcgcgcg gattggacgt
    46861 ggacgacctg acgcacgtga tccacttcgg cctgccggac gacatcgagt cgtacaccca
    46921 ccgcagcgga cgcaccgcgc gggccggcaa gactggcatc tccatctcca tctgccacgt
    46981 gcgcgagaag ggcaagatcc gcctcatcga aaaagccatc ggcaagaagt tcgagcgtgc
    47041 gcagttgccc tcgggcgagg ccatctgcga gaagcagctc ttccactacg tcgaccggtt
    47101 agaaaaggta aaggtggacg aggcggagat cgagcgcctc atgcccgccg tcttccgccg
    47161 cttggagtgg ctcgagaagg aggacgtcat caagcggctg ctctccttag aattcaaccg
    47221 catgattgac tattaccgcg acgcggaggt gatcgaggat gtgaacgacg cccgcccgga
    47281 gcgccgcgag aagggcgaca agaaggagcg cgccgaccga cgcgccgcca agcgcgagag
    47341 ccgcggagac gacacgggct tccgccgcct gcgcctcaac ttcggcaaag acgacggcct
    47401 ctaccccgca caggtgatcg acctgatcaa ccgctgcgtg cccggccgca aggtggacat
    47461 cgggcgcatc gagatcggcc gcgagagtag ctacttcgag gtggagcgca gccaagcgcg
    47521 gcgcgtggcc gagagcatga gcagctacga ggtggacggc cgccccatct ccgtctccgc
    47581 catgcacgac gatgagcgcc gcgaggatga gcgtaagcct tatcatcatc ataaaccctt
    47641 cggtaagccc tggcgccaga agccggatcg taaacggtcg cgacggtagg cgatttcggg
    47701 gctcgcacgg cgtgccaggg gcaaaatgag gggcatttcg gggcgcgcat atcatgcgca
    47761 gggaaaaaga ggggcatttt ggggcgcgca tatcatgcgc aaggaaaacg agggtcattt
    47821 cggggtgcgc atgtcatgct ggagcaaaac gaggcaagtt ttcggcgcgc atatcatgcg
    47881 cagggaaaaa gcggggcatt ttcggggtgc gcatgtcatg cgcagggaaa atgagggtca
    47941 ttttggggca ttgatcgtgt gcagcggcca attttcactg cattttaggc gttgatcgtg
    48001 tgcagcagcc aattttcact gcattttggg cgttgatcgt gtgcagcggc caattttcac
    48061 tgcattttgg gcattacacg gcatgcaagg ggtgagatga gggtcatttc atttaggcag
    48121 ggccacttta gtttttcgtc tttcactttt cgcttttcat ttttaatccc aaccgccatg
    48181 gccaaaaaga agaaatacta cgtcgtctgg aagggcaccg agcccggcgt ctacgataat
    48241 tggacagact gcctgctgcg caccaaaggc gtatccggcg cccgttataa atcgttcccc
    48301 acgcgcgaag cggccgagcg cgccttttcc gaatcgccag acgagcatat cagcaagcca
    48361 tactcacccc gactaaaatc cactgatgcg acctccgtcg acccctgcat cccgcagagc
    48421 ttagccgtcg atgcagcttg cagcggtaac cccggcgaca tggagtatcg cggcgtgcat
    48481 gtagccactg gcaagcaggt gtttcatgtg gggccgatgg cgcagggcac gaacaacatc
    48541 ggcgagtttc tggccatcgt ccacgccctc gccctctgcg ccaagacggg gcagacccag
    48601 ctaccgatct actccgacag ccacaacgcc atcctatggg tgcgcctgaa gaagtgtcgc
    48661 acgaagctcg cccccaccgc cgctaacgcc cccctcttcg acctcatccg ccgcgccgaa
    48721 gcctggctcc acacccacac ctacacgaac cccatcctga aatgggagac aaccgcgtgg
    48781 ggcgagaacc ccgcggattt cgggcggaaa tagaccgccc tcccctccat tgaagtaccc
    48841 cgttgatcat taatcattaa tcattgacca tcaccaaggc gtatgcaggt aaaccgagat
    48901 tcggcgatcg ggagcgacgt agaggtcgcg ctgccagatg gcgccgccgt ggctgcggag
    48961 gtcggccgct cgcacaccgt cgccgagacg gagggaggta gtctcgatgc gcgcctcatc
    49021 ccacaagcca gagtcgatga agaggccatg taggtacgcc ccgccctcca ccaagagcga
    49081 gtcgatgcgg cgctcgtgga gcacgcgcaa gatctgcggc agggcaggct gcgacgcgtc
    49141 gaggtggagc aactcaacgg acgggtgaag gggtgtgggg agggccgcgg actggttagc
    49201 cgtgaagacg agcgtgggtg cagcgccatc gaagaggtgg aggtcaccag acacgctgcc
    49261 ctcgtaatcg agaaggatgc gcatggggtt cgcccccacc cagtggcgca ccgttagcga
    49321 gggatcgtcg agcatggccg tgcgggcgcc caccatgatg gcccccacct cagcccgcag
    49381 gcagtgcaca gcgcgcatgg tgacggcatc agacaggcgc acggcaggct cagcaggcac
    49441 ggcggcgatg ctccgcctcc ggtcgatgaa gccatcggca ctctcggccc acttgaggat
    49501 gatgtatggc cgacaggccg tctgcgccgt aaggaagaag cggttcaggc gctgcgcctc
    49561 cgcttccaac acccccgtcg tgacctccac accagcttcg cgcaatcgcc ggatgccgcg
    49621 ccctgagacc gcggggaagg gatccgtgca agccacgacg acacgccgta tgcccgtgcg
    49681 caggatcagc tcggtgcagg gtggcgtctt gccctgatgc gagcagggct caaggctgac
    49741 gtaaagcgtg gaggcaggca gtagcgaggc gtcgcggacg gcagcgatag cattcacctc
    49801 cgcgtgcggc ccgccatacg cacgatggaa tccctcgcca atgatccgcc ccgcatgcac
    49861 caccacagcg cccaccatcg ggttcggcgc cgtctgcccc gctcccattc gcgccaacgt
    49921 caagcaacgc gccatgaagc gcgcatcgtt tcttctctca ttgtccatat tcatctctct
    49981 cctatgtgtg tagggcaccc ctgcagcagg ccccgcatgc cccccaacaa cctcccacgc
    50041 ctacatttgc cgccctgaca ttatatatat atgatcaccg accttatcca cacccgcctt
    50101 gcggagatat acaccccgga agagctccgg acgctcacgc actggatcat cgaacacgtg
    50161 tgcggcctca ccctcgccca gcagatggcg ggcaaaagta tgcaaatgga ggaggggcaa
    50221 aaggcggcta taactcgcat cattagccgg ctggagcagc atgagccgat acaatacgtg
    50281 ctgggtgaat gcagctttca cggcctcacg tttcgcgtcg atcgctccgt gctcatcccc
    50341 cgccccgaga cgggcgagct cgtggagcac atcgtcacga atcaccggag cgaggcaggg
    50401 ctgcgtgtgc tcgacatcgg caccggcagc ggctgcatag ccatcacctt ggcaaggaag
    50461 ctccacaagc cacacatcac tgccctcgac atctccgctg aagccatcgc tacggctcgc
    50521 ggcaatgccc accgcaacga cgccaaagta cacttcatct gcgccgacct cttcaccccc
    50581 aacctgtcgc tacctgcacc cttcgacttc atcgtttcca atccgcctta cgtctgcacg
    50641 agtgagcagg caagcatggc gcccaacgtg ctccgctatg agccccacac ggcgctcttt
    50701 gtgcccgacg aagacccgct gcgcttctac cgacgcatag ccacctgtgc ccagcgctgg
    50761 ctcgtccccg gtggacggat ctatttcgag atcaacgctg cattagctac ggagacggtg
    50821 gcgctgctcc gtgcggaggg cttcgccgac gtacacacgt ggcgcgacat ggagggccga
    50881 gagcgattta tagaagtaat caatgaaaaa tgaaagaatg aacacaaccg acgaaaccat
    50941 gctgctgcac aaggcggcgg cttactgctc ggccacggag cgctgcccgg ccgacgtgcg
    51001 caagaagctg accgccctcg gcgccgatcc cgacacgcaa gagcgcatca tcagccaact
    51061 catcgcggag cgcttcatcg acgaggcgcg ctattgccac agcttcgccg aagacaaatg
    51121 gcgcttcaac cactgggggc gcttcaagat tcgcttcgag ctgaggcgcc gcgagctgcc
    51181 cgaagcactc atcgagtcgg cactcgctga ggcaatcgac gaggaggatt accgcaccac
    51241 cctatgccag ttgctccgcc gcaaactgca atccatccac gccacgccgg gcatggacac
    51301 agccgtgaag ctgatccgat acgccgaaaa caaaggcttc gagcgcgact tgatcttccg
    51361 ttgcatccgc gcaatcagcg acgaggagcc gacggatata gacgccatcg agtgacccga
    51421 caagcctgac ccgtaagccc ctatccccat cgtgcgacac atcggccgcc ccccccctcc
    51481 tacttcatcg ctgacccctt ttcgccacac ctgcctacct gtttatcttt gcccccgtta
    51541 attcacactc gacaagacaa tgaagagagt attcatcccc gcgatcagcc tgttgaccct
    51601 gatcgcatgc aacaacacac agcagcaaca agacaccaca gccgccgact ccaccgagca
    51661 ggcgcaggaa gccccaacaa caggcggcga ccgcgacgaa catggctgca tcccctccgc
    51721 cgggcagtcg tggagcgagc tccggcaaga gtgcatacag gtcttcaacg tcggcacccg
    51781 cctcgacccc gtagagaaac aagagggcga agccgtgatc agcgccttcg taatcttcaa
    51841 cgacgaccgc tccaaggccg agatcttcct gcctggtggc gacagcccca agtcggtcat
    51901 cctcgctaag acggacgacg gcacctacaa ggccgaccgc tacgccttca acgaggccga
    51961 gcaagccctc tacatcgacg gcaaaaaggc cttcgccaaa gagtaaattc attcaccaag
    52021 agggcaagga gggacgcacg cacctcacag cctccgcccc cccccgctct ctcatttcta
    52081 ataccacccc taaattctag accctatgca aaaacagagc tttgtacacc tttatacagg
    52141 taacggaaaa ggaaagacca cagccgccat cgggctggct ctgcgcgctg ccggagcagg
    52201 caggcgcgtc ttcatcgcac agtttgttaa aggcatgaga tacgccgaga tcgcttacat
    52261 cgaccggcat atcccctcca tcaccacgca tcgctacggc tcggcctgct tcgtggatca
    52321 cgcgcccacc gtggccgaca tccgccgcgc agccgagggg ctctacgacg tccgcagcat
    52381 cctgcaatcg gggcgctacg gcctcgtcgt cctcgacgaa gccaccatcg ccgtccatta
    52441 ccacctcttc acctccgccg acctgatcga ggccatcaac ctccgtcacc ccagcaccga
    52501 ggtcgtcgtc accgggcgct atgccacacc cgacctcgtc gagatcgctg acctcgtcac
    52561 cgagatgcaa gaggtgaagc attattacaa ccagggcgtc gcctcgcgcc cgggcatcga
    52621 gtgctaagag gggcgattca tcctcccctc ccttagctac caatggccaa tggctcacgc
    52681 cgaatgaaac ggcgggccgt tggccattga tcgtttcgga gggggcaatc aaacgtgagt
    52741 tcgacgtaag gagtccattt ccccgtacca agggaagcac cttccccgca tgcggggaaa
    52801 caccttaccc gcctcggggg aaacccctta cccgcctcgg gggaaacccc ttacccgtac
    52861 cgagggaagc accttccccg catgcgggga aacaccttac ccgcctcgag gaagacaccc
    52921 ttcccgcacc gaggaagaca cccttcccgc accgaggaag acacccttcc caatggctca
    52981 cag
//
LOCUS       SEQF3106|MIQD01000009.149259 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..49259
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             1872..1997
                     /locus_tag="SEQF3106_00438"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVPDGDLRVSRAPVFTMFFGKFANPKLSTPAFSCMLFPLR"
     CDS             3107..3346
                     /locus_tag="SEQF3106_00439"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSYTIKKFIQVFIGKHRVRAPIAEIIEPPLDRLKFLWRRYIVV
                     FDGIDPYWLSVASSHNDRLLLRQVKIFVWVSTKFF"
     CDS             complement(3472..4914)
                     /gene="pepD_2"
                     /locus_tag="SEQF3106_00440"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8G6Z9"
                     /codon_start=1
                     /transl_table=11
                     /product="Dipeptidase"
                     /translation="MENKELKQGGAYPSECTTVIVGNRMTDDGSMILARSEDWNMSFA
                     KNLEIYEDREEGPTEFVAQDSGFRCELPREALGYTALAPCHLRGSWGSAGYNTAGVGM
                     SATESIFSSEKALSADPLVKDGLAENSVFNIVLPYIRTAREGVSRLGSLIEKYGISEG
                     FGIGFVDESEIWYLETASGHRWLACRMPDDMYFVTGNQSRFRIYDPNDPANYMASADL
                     IEFAQQHGLYDPAAGPFDFHTAYIRDVKLDTTYNYPRVWGLQAMFTPSIKNDVTKNTF
                     PVFLKADHPLSLDDLRRAFRFHYQGTEHDPYLHNNPKEKYRPVSIFRTTQTHILHVRP
                     ELPQAIGRVDYMAMGMAVLGVFLPLYQGITSYPEAYTKGGLRSDADSAYWKFRKVQTL
                     GMVNYNRYAPLIQETYARWESETTQRQREMEEQYLAVYKTQPIHARELLQAFSDKMLQ
                     SALDVTDKLIEELFTRLAEDIQAEYRFAGA"
     CDS             complement(5056..6342)
                     /gene="fucP_2"
                     /locus_tag="SEQF3106_00441"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11551"
                     /codon_start=1
                     /transl_table=11
                     /product="L-fucose-proton symporter"
                     /translation="MDTVKQEKSNVLVIAVMFLLFFMIAFVTNFAGSMGVIVKTQFGA
                     SNALSQLGTLANFIAYACFGIPTGMILKRRGYKFTSLLATIVGFVGVGIQFLSGYVNP
                     TIAFGIYVLGAFVAGISMCLLNTTVNPMLNTIGGGGNHGNQLVQFGGSCNSIGGTIAP
                     ILLGYLIGGSVQTAKVSDAAPAMIIAMTIFALAFVIILLTHIPEPHMETAEERAARLS
                     GHTQKDPYGPMSFRHFVLGAVAIFFYVGIEVGIPNTANLYMSNLEWVGPLVAGTLVGF
                     YWFLMMCGRLVGGAVGGRVSSKAMLTVVSLLMIVFLLCLIFIPESVRFRIPVIGAEVP
                     LSMVFMFLCGLCTSVMWGAIYNLAAEGLGKYTPVASGIFMALVCGGGVISFIQNLVAD
                     RVGFIGSYWVIILAVCYLLFYALVGSKNVNRDIQTE"
     CDS             6506..7729
                     /locus_tag="SEQF3106_00442"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIHRLSLGLLLMASLTAHAQLDERVFATSTALPAGEVGCLSLE
                     VDNLNFFRNAESATYAAKGYTMPGFRLQPRLVYRPAERVAIEAGVHSLWFWGANRYPA
                     FAYNDIAVWRGEASRHNVHLLPYFRARVALSPQVDIVLGDLYGGANHRLIEPLYNPEL
                     NLSADPEAGFQLLYHPRRAALDVWINWESFIYKLDTHQEAFTFGLSSRYSITRPDAPL
                     HLYALAQGLAQHRGGEIDTINGDQAVQTMLNGAVGLGLEWNAHRSTLRQVALELNLAG
                     YYQHAGNLWPVKRGYGRYVGARVDLSDFRLRTAYWQCHNFVSLFGHPYFGVISTYLED
                     AVYYRPRMLLFGAEYTRSLSPDCAFGIDFDAFHRLAAPIDDPQGRHSYEGDRFSYSFG
                     IYLRFHPTFPLKTFR"
     CDS             7808..8167
                     /locus_tag="SEQF3106_00443"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLIIAGSDINQQVMQLIIRDSDINQQVMRLIIRDSDINQQVMR
                     FIIRGSDINQQVMRFIIRDSDINQQVMQLIIRDSDINQQVMRLIIRDSDINQQVMRLI
                     IGDSNKAYPRSGHPVGI"
     CDS             complement(8521..10866)
                     /gene="topA"
                     /locus_tag="SEQF3106_00444"
                     /EC_number="5.99.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A5Y5"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA topoisomerase 1"
                     /translation="MQKNLVIVESPAKAKTIEKFLGKDYRVMSSYGHIRDLSTKELGI
                     DVAHHFKPQYVVPDDKKKLVAELKRASQEAREVLLASDEDREGEAIAWHLSEALELEP
                     DRTQRIVFHEITKPAILHALETPRGIDINLVNAQQARRVLDRIVGFELSPVLWRKVKP
                     ALSAGRVQSVAVRLIVEREREIGRFVSEASFRVVAHFLLPDGKTTLRAELNRRLKDCD
                     EAAAFLQVCQKPTTTFTIEDTTKRPLKKSPAPPFTTSTLQQEAARKLGFSVAQTMMVA
                     QRLYEAGFITYMRTDSFNLSDVALKASHEAIVGEYGERYHKLRRYHTKSKGAQEAHEA
                     IRPTNMGAPEINAGAQEKRLYDLIYKRTLACQMADAELERTTISIGIGGRSDKFVAVG
                     EVIKFDGYLRVYRESSDEEAEASEQENGLLPTVNVSDRLTAQEIVATERFTQRPPRYT
                     EAGLVHRMEELGIGRPSTYAPTIQTIQNREYVVRGDKPGEERRYRILTLRNGQITESE
                     KCEMVGADRNKLFPTDVGTVVNDFLTESFPEVVDYHFTANVEKDFDAIAEGKLIWTEA
                     MDRFYKFFHPMVEKTLATRESHRAGERLLGTDPKSGLPVSVKIGRYGPVAQIGVVNQE
                     DKSAAKPRFASLMKTQSIETITLEEALELFKLPRVVGEFEGKEMVAAVGRFGPFIRHD
                     STFVSIPKTLDPTSITPEAAIALIEEKRAKEAQRHIKAFAEEPGLEILNGRYGAYIAF
                     NGSNYRIPKDAVAADLTLADCRRIIAEAADKPKRRVPRRKS"
     CDS             11082..11699
                     /locus_tag="SEQF3106_00445"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNKVELTVQGVMNSRVQSNAYALILKDDGPRRLPVIIGLPEAQ
                     SIAVALEGMLTSRPMTHDLIVGMTHAFHLRLKEVFIYRFEDGVFFSELVFADDEGKEV
                     RIDSRTSDAVALALRLKCPIYTFESLMQRCAIVPPTDAEEGLPPDDADPEKIRDPQLL
                     RKWLRRQEAYEIEAMLEKAVGEEKYELAKIYQDELMRREPANNPQ"
     CDS             11713..12423
                     /gene="rsmE"
                     /locus_tag="SEQF3106_00446"
                     /EC_number="2.1.1.193"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44627"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase E"
                     /translation="MTPIFYAPLIATDPLLPEEESMHCTRVLRLGRGAELTVTDGRGV
                     FYRAVIEEADTRRCRVRVVEQREAPRPWAYGLHVAVAPTKSIDRMEWFLEKATEIGVD
                     SVTLLRCRYSERREVKRERLQRVAVSAMKQSGQAHLPLIEGMTDFADFIARHAAEAGD
                     RLIAHCRSSELPPLSTSYHHGNDALILIGPEGDFSTEEVAMAEAAGFAGVSLGRTRLR
                     TETAALAACHAIHVLNGE"
     CDS             complement(12536..13243)
                     /gene="pgl"
                     /locus_tag="SEQF3106_00447"
                     /EC_number="3.1.1.31"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P74618"
                     /codon_start=1
                     /transl_table=11
                     /product="6-phosphogluconolactonase"
                     /translation="MREIQIYENADNLCAEMVEAMIATSTFDPVHIALSGGSTPTLLF
                     EKMTEYDDPDVLRNIHFYWVDERHVPEDDPESNYGVFRRLLVDTGIVPKENVHPIKYH
                     PDIHQMAANYEQELRQLVPFMDDLPVFDEIILGVGEDGHTASIFPDRLDLFETTDIVA
                     TTRHPVTGQGRVTLTGSTINNAYEVAVLCLGKRKRRILDEVLRENKPEYPISHVDLRL
                     RSTVVFKLDFAASCYGA"
     CDS             complement(13358..14893)
                     /gene="zwf"
                     /locus_tag="SEQF3106_00448"
                     /EC_number="1.1.1.49"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P54547"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucose-6-phosphate 1-dehydrogenase"
                     /translation="MEAEKSIVSVIFGASGDLTWRKLVPALYDMYYRGLLPGGFKVLG
                     VGRAQLTDDSFREKMREGLDRFVPASFVDQQRMDHFMAQLHYHAMDTNAPADYTGLRT
                     RLGELSQTADRDDYLYYFAMPPFMYAPVAASLHAVGLTRRTSAQSGFRRVIIEKPFGH
                     DAPSAANLNRELLRYFSEDQIYRIDHYLGKEAVQNMLVMRFSNGIFEPLWNRNYVEYV
                     EITSSEALGVGSRAGYYESAGALRDMVQNHLLQLLAIGAMDPPVSSDANAIRNEMVKV
                     FLSLRRMTPEQVPQYVIRGQYTAAVRRGEPLRAYREEKGVAPDSKTETFVAMKCYIDN
                     WRWSGVPFYIRTGKCLPTRVTEVVVHFRPNPHHIFARRSGMENIGNQLILRIQPDEGI
                     LLRFGMKVPGAGFHVDQVSMDFHYSSLGEKHIPDAYERLLSDCMTGDATLYQRGDAVE
                     ATWQYVQPILDAWASDPTIPLYGYPAGSWGPEQADALLATDGHAWRYPCKNLTSDDGY
                     CEL"
     CDS             complement(14924..15751)
                     /locus_tag="SEQF3106_00449"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEKMTTSSLRSVKIEPGTQKTFCAAHHAAFLSAQYKLLKEFGG
                     EKLHFPAGLMEALAEMVDLEIDAAVESKKSLLTEQLKAKDAERDEALRHIFGMIRTQL
                     HSSIREEREAAQVLDTQLHNFRYIRHQGYDVESGNISSLLMDAGRLTAEIDTLHLKPS
                     FDRLKEANEAYKALVAERDAERIAKRLPSMRQLRPQADELYELACQYVQASYLFAPTK
                     EAREEIGTLVDHMNERVRDFKTSHRKSVSQKRRHKKVTGDESPVTSDELQVTSDEHP"
     CDS             16381..17601
                     /locus_tag="SEQF3106_00450"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKILLLALVAWAFAACHKDEPEPEVTAVKIASRIDRIRLGET
                     HRLTYEYTDAKAEPGTVAWASSDTAVLAVLADGTLRPRRTGRATVRLQMTVARRDGRT
                     LSLTDELPIEVVRPDLQSLRITAPAGATFHKGDAVQLTLTPTPPEASTEGVAWSSSDS
                     LVAVVTPEGLVRCVRPGKAVITAAVKSANLSATYTLTVAQRPTQSIAFSDPAFSLLIG
                     ERQATAVVFTPAGADDRRLVYASSDTTVATISPEGVVTAHRRGVATLTARTVSGGLKA
                     TCQVTVQHFTDRICVMFSGTWIYMGDNRVTAQARMTLRNSSDRDIYVERFIVESDGRE
                     IHRQEVGRTLRSGDKLACEVDFKEVHDPQFKYHFTVGSERYEAHYHPHMIGAKALPER
                     TPLPFTILKRGAKR"
     CDS             complement(17680..18132)
                     /locus_tag="SEQF3106_00451"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTCPECYATDPRITPLLNPEACLLHHRQYICSTCGRVICADIDE
                     KGRFRAMFPFRSLEVAKLYLRAAEVIHQAPCGIYEIASANDRRQYKIFASDNELQTYL
                     RKHKDKHCPTLAPRFASPHYTACAPHQLRHLTPAEADRYMQEKRKAKD"
     CDS             complement(18183..20579)
                     /locus_tag="SEQF3106_00452"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILLRRLLKSKSLRIVNIAGLAVVFACMLLSYAYVRHERSYDRF
                     HSKADRIYRLSLRTEGEPVDVRIHGFETDDAMTAGVSGIEEVVRMFKGNGGEIRCEGR
                     IDLPGEFYFVSGNFLDVFDLHLVEGDPLTALDTPEKALISRSYARRLFGNASPLGREL
                     TLTGGRMYADRRLFVGGVYDDLPDVSHFHSDLFVRLPDDDAGMFTYVYLLLRPGAHPD
                     DVAQAIASNMHRLNDDKNGPQVTPLLFPLTDIHLRSHFLREHEPNGNILYLYLIAGAN
                     LLLLLIVLFNLWLNAGLIFAFNRRFYQLLRLNGASSRRVLQDEGVLGAVLGLVAVAVG
                     YGLAYAVAPQWANAVPAGVMAVGSLAFVLTVVAVSIVPVVARMSTTRFLSMQGNNLRG
                     SSFALSGVKYMLIGQYAIVLFVTLVSVCITRQLGLIRTSQVGGREPSVLVMQSQPMEV
                     TRRFGLLRTELLRQPGIEAVTTAMQLPGSAIRDGVKVWREGESEDDARRIATLVVGDG
                     FLSFFRLRPVAGTTFSPLRRTVDDEERMLMNAIEGKRTDAGAEEYVVNRSAVALLGFR
                     TPAEAIGQQLRIYSGDGGLDYINRGTIVGVTDDFNYTTTFEQTEPQLIVHRAFFQHCL
                     MVRLDPDRTEEALASFRRVWGEVNPGYPAQYTFLRDVYDGVYANERYAERLTRIFSAL
                     CLIVATLGLIIVMAFIVRRRTKEIGIRKINGARPSDIVRMLNYRFVLWIGIAFLLAAP
                     AAYALMTKWLESFASKTSLDWWLFVLTGFGVLSVSVAAVSWQSWRAATINPVDTLKTE
                     "
     CDS             20837..22411
                     /locus_tag="SEQF3106_00453"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTRTTLRGLLALLLFALVWAACNDDPVPPPTPNPNPPTSPPTP
                     VPASPLIEDTWHLVAIHNVSAHASETIDTAIYTLTFRPDSTFYGRDVSGRYTLTDSML
                     RITLADIDEAALPELSRRLRNALRHIDRFEIDTAYHALKIYYASGRRYLYFSSLPPGP
                     NPTPRPLRPVTSYLLHHWRLAGFGRTSDGSLTPVAPTGDDRFSLIFLEERTWTGHAAE
                     QRLSGTFRADEPFVTLAFDPKPTTAGESALGRRYIDALRQVQWYRPATEHDSLRLYYG
                     DNDDYLLFIRSDMFQPGAFSEKLLNAWKLIAFGHTSDGSQYSPELHSALPEKKSSRFM
                     IQFLSSGEVLISLSFNRGFGRYYANDNRIRITYIGGTEMSETADGHKYRNALNRSERF
                     ELTADGTRLKIFYNEGRSYLLFRAAPELIGETPPAALLGRWTLVERQNGRGKHITYPP
                     GQHVLTLRADGIAELAGLTFFGQGHTLHYIFHPWHKKEHLTIGGTEYRYILKADELWL
                     SNRSESDGPAYTFRRM"
     CDS             complement(23054..24784)
                     /locus_tag="SEQF3106_00454"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A7LXT5"
                     /codon_start=1
                     /transl_table=11
                     /product="SusD-like protein"
                     /translation="MMKRIAIPSILLAVALTSACNSFLDKEPLDTFTDENFWESENTV
                     ASFANAFYDQFTGYGNGGSYGDFYFKTLSDDQAGGYSFADWTFKNVPANSAEWKNGWI
                     EIRRANILIDRVDRVKMSDAAKAHWRGVGRLMRAWQYYKLIRDYGDIQWIDKPVDFYD
                     QATLYGARENRDAVMDKVLADLNYACENMYDNKSRTTLNRDVAYAMKAEICLFEGTFR
                     KYRKVADGQTAPDAAGATRYLTAARDAAAYLMSKPFKLNASYQENYNSTDLSTNPEMI
                     FYKAYKKDVLQHSLIAYVSSSTQLNGMSKDAFEAYLFTDGKPLALTSLDKSDAARAMP
                     VTRTVAGKTVNDTIMSISHLLAVRDKRLAATIDTALCYVGRGFTRYGAGMAMTSSTGY
                     GVCKYDNPALAERDRNQTGGNFTHAPLFWLSVVYLEYAEACAELGTITQADLDRSINL
                     LRDRAGLPHLNVNPGFDDPANKSGVSSLIWEVRRERRCELMFDNDFRYWDLIRWHQLD
                     RLDSSTHPDILNGANISADVTDKLVSRSGNYVNGSKGKTRTYDKKHYWYPIPSDQMAL
                     NSKLKQNPGW"
     CDS             complement(24831..28142)
                     /gene="susC_3"
                     /locus_tag="SEQF3106_00455"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MVNTRKRSIHLERIIAAWAVIALAGGMPQAMKADGAPHGAATSE
                     MQQTDGVVHGVIVDDKGEAIIGASVLEKGTSNGTITDADGHFTLRAKPGARLVVSYIG
                     YRTQEVTASATMRIVLHEDSELLNEVVVVGYGTQKKVNLTGAVATVDIGKTLEARPYS
                     DVSKALQGAVSGLSVVSSSGKLGTEPTLTIRGVGTLSNDAKSAPFILVDGVPMDDISL
                     LNTQDIQSVSVLKDAASTSIYGARAAFGVILITTKSASKVDRTTVNYTNNIAWETPTI
                     LPNYPDVPTQLRALIEANNRAGEENEIFGMHLDLMLPDAEKWRDRHNGKKSGYREMVL
                     GEDFTLDKNGVGSYFADWDMVNIMFRKWRPSQSHNISVQGTSGKTSYYMSVGYNHDEG
                     VMKYNPEKLNKWTTMLNVTTDLTDWLQVGARFNYSNKDLKGPATRRTTYQYMWRWGSF
                     FGPYGTYKGTDFRNDIAYRKQAGDQTDNDSYTRLGGFAKATLAKGLTLNADYTFNLRN
                     RKRKIAKVPVKGWQSWGGKINDIAYYTTSSSLEEKSNLDRDYVFNLYGNYLLDLQDAH
                     HFNFMLGANAESGTLEMHSSTRNDLLAAGMPEFNLANGDQFVDGSHSQWATAGYFGRI
                     NYDYKGIWLLELNGRYDGSSRFPSNSRWAFFPSVSGGWRISEQSFFEPIRRTISNMKL
                     RASYGEIGNQAVGDNMFISTIGKLSDDDAVQWLGNGGDLVVAYDMPKLVSSKLKWERI
                     QTLDVGGDFGFLNNELNLSFDWYQRTTRDMLAPGRTVPQVLGTKPPYVNAGVLRTRGW
                     ELNIDWRHRFGEVTVYANANVGDFITTVVEWDNDTKLLNSNYSGKRYGDIWGFETDRY
                     FTKEDFNADGTYKSGVASQKGLESGKFTYGPGDIKFKDLNGDGKIDGGKGTEDDHGDL
                     KVIGNTTPRYQYGFRIGGEWRGFDVDLFFQGVGKRDVWTQSAFVMPFMRGADALYENQ
                     TSYWTKKNPDQNADFPRLFPGNASRGTISVLEQGCNNFYPQTKYLVNMAYLRFKNLTV
                     GYTLPQALTRKAHIQKVRVYFSGNNLMEIIKRSKAPVDPEVNDKEEDAKLGNATWGRI
                     DPMYRTLSFGLQLTL"
     CDS             complement(28306..28806)
                     /locus_tag="SEQF3106_00456"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVSMCRNPSIEKMWPICGIAFCRTKWPRRSEMSFYVARNGFDG
                     RKCRFMSHEMALTIGNAVLCRTKRLRRSEMPFYVARNGFDDRKCRFMSHEMASTVGFA
                     FYVARKTTSTTVYATSIHEKRPSPEGSPSRSAEAPSAAVERRLIPPNAFQSKNRALPL
                     FTNKKR"
     CDS             28846..29514
                     /gene="pdxH"
                     /locus_tag="SEQF3106_00457"
                     /EC_number="1.4.3.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AFI7"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyridoxine/pyridoxamine 5'-phosphate oxidase"
                     /translation="MEKEPVMTQDLHLENIRREYSSRSLSRRDLPDDPIEMVERWLNE
                     AIETKVNEPTAMIVATATPDGRPSIRTVLLKEVIGGEFVFYSNYESRKGQQIAANPHV
                     ALTFLWHELERQIHVEGLIRRLSPAESDAYFAMRPYKSRVGARISPQSQPIPSREYIM
                     MRFASESLRFVGREVPRPETWGGFIVKPSRIEFWQGRDSRLHDRFLYELQADGHWDLH
                     RLAP"
     CDS             29521..29907
                     /locus_tag="SEQF3106_00458"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRIEHVALYTADLEATRDFFVRYFHATAGPPYHNPTKQFRSYF
                     LTFPGGGARLELMTRPALLPPASAESIGYAHIALSVGSPTEVDALTERLRRDGYAVLS
                     PPRTTGDGYYESVIAAIDGLTIEITV"
     CDS             complement(30217..30501)
                     /locus_tag="SEQF3106_00459"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRIEREDDGLRGRFVIYEDELYAGEMTYGWQSPTTIAVDHTGV
                     EKYFGGKGYGRRLIEAGVDFARREGLKIVPVCSFVRKAFERDASLADVKA"
     CDS             complement(30625..32229)
                     /gene="pckA"
                     /locus_tag="SEQF3106_00460"
                     /EC_number="4.1.1.49"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O09460"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoenolpyruvate carboxykinase (ATP)"
                     /translation="MAKLDLSKYGITGTTEIVHNPSYEDLFDEEMKPGLEGFEKGQLT
                     ELGAVNVMTGIYTGRSPKDKFIVMDDTSRDTVWWTSEGYKNDNKPASIKTWNAVKEIA
                     QKELSNKRLFVVDGYCGANRATCIRVRFIMEVAWQAHFVTNMFVRPTKEELESFEPDF
                     VVYNASKAKVENYKELGLNSETAVVFNLTSKEQVIINTWYGGEMKKGLFSMMNYFKPL
                     EGFASMHCSANTDMNGQNTAIFFGLSGTGKTTLSTDPKRLLIGDDEHGWDDEGVFNYE
                     GGCYAKVINLDKESEPDIYHAIRRNALLENVTVDAQGKIDFKDKSVTENTRVSYPIYH
                     IEKIVKPISKGPAAKNVIFLSADAFGVLPPVSILTPEQTKYYFLSGFTAKLAGTERGI
                     TEPTPTFSACFGQAFLELHPTKYAEELVKKMERSGAKAYLVNTGWNGTGKRISIRDTR
                     GIIDAILEGHILKAPTKKLPFFNFEIPTELPGVDPKILDPRDTYANASEWETKAKDLA
                     ARFVKNFVKYEGHAAGKALVAAGPKL"
     CDS             32864..33559
                     /locus_tag="SEQF3106_00461"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVKKSPKADLEGSKGLGILMGLVVGLAVLFVGFEWGTQEKAIQ
                     KGDEIRDVIAEEEMDITRQDETPPPPPPPEVQAVAEVLNVVEDNAQVANNDLLSSEDN
                     QKVAQVQVYTPPAVTHEEEEESPQHIFVVVEEMPEFPGGQAALMSFIAKSIKYPVVAQ
                     ENGIQGRVTCTFVVNQDGSIVDAQVARGIDPALDKEALRVINSMPKWKPGKQRGKPVR
                     VKFTLPVTFRLQQ"
     CDS             33689..34669
                     /locus_tag="SEQF3106_00462"
                     /EC_number="2.5.1.10"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WKH1"
                     /codon_start=1
                     /transl_table=11
                     /product="(2E,6E)-farnesyl diphosphate synthase"
                     /translation="MLSFEYILQTIESAVSRLRFDDSPQSLFDPIVYTLSEGGKRLRP
                     AFVLMACNLYRNEVQIAMNSALGIEMFHNFTLLHDDLMDEAKKRRNRPTVHVKWDRNT
                     AVLSGDAMLIAAYRLIGQTPPAFLKPVLDLFTQTALEICEGQQYDMEFERRTDVTEEE
                     YMEMIRLKTAVLLACSLKTGALIGNASEQDVEVLYRFGTHIGLAFQLQDDLLDVYGDT
                     QAFGKDIGGDIMCDKKTYLSIQMHRLANDKQKRQIERYRKAYTSNYTQSEKIAAITAL
                     YDELGIKELAQSKMKQHYKLALEELKKLSVAQERVQELLRVCSLLMNRVK"
     CDS             34684..35475
                     /gene="yjjV"
                     /locus_tag="SEQF3106_00463"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39408"
                     /codon_start=1
                     /transl_table=11
                     /product="putative metal-dependent hydrolase YjjV"
                     /translation="MKWIDSHTHLYAEEFNEDREATIERAKAVGITAVLLPNIDVNSV
                     TPLFRLCDEHPDFAFPMMGLHPTSVDSHYSSSLQAIEKTLTQHPYSGIGEIGIDLYWD
                     RTYLKEQKETFEEQLKWSIDMELPVSIHVREAFAEVFDSIYKVGAERLKGVFHCFAGT
                     ADDLEEIKRMQHFKIGINGIITFKKSPLPEIIRTAPSEILLLETDAPYLAPSPYRGKR
                     NEPAYLCETAKKVAEMLNMTVEEIADLTRKNALALFNIPISDKQV"
     tRNA            35624..35712
                     /locus_tag="SEQF3106_00464"
                     /product="tRNA-Ser"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ser(gga)"
     CDS             35819..36562
                     /locus_tag="SEQF3106_00465"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLFTKAFLGILAVGTSTVAFAQEAAEAAAPVEGGVHQALKTK
                     FIEGSADFMSFVAIALILGLAFVLERIIYLNLADVNPNGMLNDIEAALDRGDVDGAKA
                     IARDTRGPIASIAYQGLMRIDQGIDVVEKSIVAYGGVQSGLLEKNLSWITLFIAMAPS
                     LGFLGTVVGMIMAFDKIERVGDISPTVVAGGMKVALITTVGGLIVALILQVFYNYLLS
                     KLEAILNKMEDASITLLDMVIKYNVKYKK"
     CDS             36570..37043
                     /locus_tag="SEQF3106_00466"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAITKIRKMSSWMLTGVIVISVIVFAMFYFGGVVDPAAENKEPV
                     NTSLLLYWCYALFGVTMICLILFGIMQFFSSLKTKPKAALGSLVVVVAFFVLLGITYA
                     IGDSTPLPGINVDSAQFNTPGWLKISDMWIYSTYVLLGLSILAMIAGSLKKILNK"
     CDS             37067..37669
                     /locus_tag="SEQF3106_00467"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKKRKVPGINGSSSADIAFMLLLFFLLTTSMDTDMGLARRLPP
                     PPDKQQKKQEVDVKKRNMLVVLISSTNHVLCGGEYVDIKQVKAKAKEFIANVNNDPNL
                     PEKEEAVVPFFGKMMISKAHVISLQNDRGTRYQAYIDVQNELAAAYNELRDELAKQKW
                     GKTFAELNEDQQEAIQMIYPQKISEAEPKNYGGEKKTEAK"
     CDS             37727..38161
                     /locus_tag="SEQF3106_00468"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPELNTSSLPDLVFAFLFFIMMVTTMREVTLKVQFRAPQATELQ
                     KLEKKSLVTFIYVGQPTEEYRAKMGSESRLQLNDSFAEISEVGSYIGQEKSSMKEEDQ
                     PFMTVSIKADQDTKMGLITDLKQALREAYALKISYSARKKAD"
     CDS             38216..38800
                     /gene="asnC"
                     /locus_tag="SEQF3106_00469"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ACI6"
                     /codon_start=1
                     /transl_table=11
                     /product="Regulatory protein AsnC"
                     /translation="MDGGESYKDKKKIRPHFVFYSYPTLPPTEKWIMEEYELDDLDEK
                     ILSMMVKDARKPFLEVARECNVSGAAIHQRIQKLINAGVVKGSEFIIDNSKIGFKTCA
                     YMGLYLQSSDQYATITEELKLIPEIVECHHTTGKYDLFIKIYARDNEHLLSIIHKKLL
                     PLGLARTETLISFKEGFRRRLPIDISKLEKEDER"
     CDS             39281..39541
                     /locus_tag="SEQF3106_00470"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEKWFRILAIAATCASILMYVSYISQIQMNLSGQKGTPIQPLC
                     AAFNCTLWTTYGLFKKPAKDWPIILANIPGIILGLITFATSF"
     CDS             39813..41321
                     /locus_tag="SEQF3106_00471"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKDKLRRMIEIREAYHSKQLTLDEARERVRKEVGEVSPEEFAA
                     AEQLVKDENPDECRDEDTQEVIHIYEGLIKEPRKELPFGHPIDAYRREADRMKGLMKQ
                     GAELAEAPFDEEAWNALMDDVMKYKVHFHRKQNQLYSALERKGFTRPSTTMWTYDDYV
                     RDEMNKAHDLLRQGRREDFLQAFRTMSEDMLDLIGKEELILYPTSLKLIPDAEFEEMK
                     HGDREIGFFLIDMPGDAPRPATTPTNAPASEGFMNELAALLSKYGMGTKADDRVLDVA
                     EGKLTLEQINLLFRHLPVDISYVDENELVKFYTDTPHRVFPRSKGVIGREVKNCHPPK
                     SVHLVEEIIEKFRTGEQSRAEFWINKPGLFIYIVYVAVRDANGRFRGVMEMMQNCTHI
                     RELEGSRTLLTWDGERKGEQPSAAPEEAAASPGAITKDTKLKALVTRYPKLLDDLPTI
                     NEKFAMLRTPIAKVMLPIATVGMMSERTGMPLGELITKLEALIETYKLKNEK"
     CDS             41713..41871
                     /gene="rd"
                     /locus_tag="SEQF3106_00472"
                     /EC_number="1.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9AL94"
                     /codon_start=1
                     /transl_table=11
                     /product="Rubredoxin"
                     /translation="MRKYRCTVCDYIYDPEVGDPDGGIDPGTAFEEIPDDWVCPLCGV
                     GKEDFEPV"
     CDS             42167..43678
                     /gene="degP"
                     /locus_tag="SEQF3106_00473"
                     /EC_number="3.4.21.107"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0C0V0"
                     /codon_start=1
                     /transl_table=11
                     /product="Periplasmic serine endoprotease DegP"
                     /translation="MNAMWKKGLAIALVAAISFVSAMGAVTYMAHRNADVRAIVGDDG
                     AFKQSVHLAGYQAEPAERTDFTYAADMAVHAVVHIKATTKMDNSRMRGGDDIFDPFEF
                     FFGNGGGFQQRMPQPRVGAGSGVIISTDGYIVTNNHVVENSDELEVTLNDNRKFSAKI
                     IGTDPSTDIALIKIDAKDLKTLPFGDSEQLRVGEWVLAVGNPFNLNSTVTAGIVSAKG
                     RGIMTGGSDRNKIESFIQTDAAVNPGNSGGALVNTRGELVGINTAIYSETGNFAGYSF
                     AVPISIAGKVVSDLKQYGAVQRALLGVSIQNAETAATEDKKVKELEGAYVGDFSQHSS
                     AKSAGLEVGDVITAVNGVRVRSANALQEQISKHRPGDKVKLDVDRYGSKKTFTVELRN
                     SQGSTAVVKKNGDAAEVLGAAFRALSDEQKREYGVSYGIEVNGISRGKVQDAGIRKGF
                     IIMVVNDQRITSPEDLYKIVERVQKGSSEEQGLFVKGFYPNGRTQFYAINLTE"
     CDS             43793..44653
                     /gene="sigA"
                     /locus_tag="SEQF3106_00474"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q99TT5"
                     /codon_start=1
                     /transl_table=11
                     /product="RNA polymerase sigma factor SigA"
                     /translation="MRQLKITKSITNRESASLDKYLQEIGREDLITVEEEVELAQAIK
                     KGDRKALEKLTRANLRFVVSVAKQYQNQGLSLPDLINEGNLGLIKAAEKFDETRGFKF
                     ISYAVWWIRQSILQALAEQSRIVRLPLNQVGSLNKIGKVLSRFEQENERRPSTEELAE
                     ELDIPVEKITDTLKVSGRHVSVDAPFVEGEDNSLLDVLVNEDTPNTDGTLMYESLSRE
                     IDRALATLTERESDIIKMFFGIGCQEVTLEEIGDKFGLTRERVRQIKEKAIRRLRQGT
                     RSKLLKSYLG"
     CDS             complement(44837..46468)
                     /gene="putC"
                     /locus_tag="SEQF3106_00475"
                     /EC_number="1.2.1.88"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P94391"
                     /codon_start=1
                     /transl_table=11
                     /product="1-pyrroline-5-carboxylate dehydrogenase 2"
                     /translation="MNNSIYRFPNPGNEPVRTYAPGTSDKAALKKALLQLSAEEWDIP
                     LVIGGKEIRTGQTGKVVMPHDHRHVLATYHKAGEKEVQMAIDAAMKAHHDWSSLPWEE
                     RAMVMLRAAELFATKYRYQLNAAVMLGQSKNPFQAEIDAPCELIDFLRYSAFYAGQIY
                     ADQPYSEKGIINRLEYRALEGFVFSLTPFNFTSIASNLNMAPAMMGNVAVWKPSTTAI
                     YSNYLLMKVFKEAGLPDGVVNFIPGQGSLIGRVILSSPDFAGFHFTGSTDTFNTLWRQ
                     MGEHLKTYKSYPKIVGETGGKNFIFAHPSASASDVAAAIVRGAFEYQGQKCSAGSRAY
                     LPKSLWKEIKERVGEMLKEIKMGDVQDFTNFINAVIDETSFDNIMGYINHAREASDAE
                     ILFGGRGDKSTGYFIEPTVIQTTNPAFKTMTEEIFGPVITIYVYDDAKYEETLDVCDR
                     TSPYGLTGSIFACDRYAIETAFRKLRYAAGNFYVNDKPTGAVIAQQPFGGSRASGTND
                     KAGGPLNLIRWTNPRCIKETFVPPVHYGYPFLGEK"
     misc_RNA        46964..47062
                     /locus_tag="SEQF3106_00476"
                     /product="TPP"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             complement(47992..48687)
                     /locus_tag="SEQF3106_00477"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEGAAGVFVACFVVVERLVGRLRRGSVLGEVLAIRLAVCHGKRG
                     VGMVAAALVGDPRLGVEEGEGAMHIDRARLVVVARDAVVDATVLQVGIGAEDVRQAIG
                     GLQEGVVIQLLAPAAVILIVGPRHGQDGLHPQDAPEVIARVVVDRGAPDGLQPVAGVG
                     QASQRAVEVVLEPFAAHEVGALLLLAIGARVVGQLVGRILRAGLILLVIPAAVGVVQR
                     HVEVEAVREALRG"
     CDS             complement(48906..49094)
                     /locus_tag="SEQF3106_00478"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRSRAEVLSKYCRPTYDDISAAVKPRQWKSKVLPKVRLGEKAM
                     SVVPNSFTVCGSTFQSLS"
ORIGIN      
        1 ccgcgttgac catattcgcc gggaagcgct tcaagctcac ctctattgcc tcatcagcta
       61 cactcacttc ccgaccttct ctataaagca ctgcatagcc acccgcagga agctccgcct
      121 cgggcagttt gatggaggtc ttgtcgtaca cgaacgtcca gccggagagg tcgatctcat
      181 gatccgtcgt gttgtgcagc tccacgtact ccgtagcggg caacttcttc aatccccgcg
      241 ggtcggccat cacctcattg atcaccacgt cgccgggagt gaaggccttg ggtgagtcgg
      301 gcttctcggg ttcgtcaggc tttccctccg agttcgcctc gcccggtgta ccgccgcgtg
      361 ggtcggagca gaggtgccac ttgtcaccct cgcctctttc tatggataca ccggctttcg
      421 ccttcgggta ggtgtacgca tggatcaccg tgcccaaagg gtcttttaag gctaacggtt
      481 tgccggtgtt agccatagtg gccatgaact tctccagacc caggcccagc acagatttgc
      541 ccaatgaaag gctcgcgccc ttgcggtaga gcacagcgta accccacgcc gggaaggtga
      601 catggggcag gcttatcgct ttgccatcgt aaatgaatgt ccagcccttg agcgagatct
      661 cccggccgga tgcgttgtag agctccacgt attccggaaa tgctgagccc ttcggatctg
      721 ccatcacctc gttgatcaca atatctcctg gcttagctgg agtgggagtg actggcggat
      781 cctctggttt gggcttcgca gcagaattgg cctcaccggg cgtgccgccg cgtgggtcgg
      841 agctgagatg ccacgcctca tcagacgcgc cccgctcgac ggacacacca gcctccgcct
      901 tcgggtattt ataagaatgt atcaccgtgc ccgacgcatc ctttaagacc agcatctcac
      961 ccgcatccgg catatcggaa ggaaacgcct ccagacccag ccccagcacc gacttgccca
     1021 atggaaggct tgcgcccttg cggtagagca cagcgtaacc ccacgccggg aaggtgacat
     1081 ggggcaggct tatcgctttg ccatcgtaaa tgaatgtcca gcccttgagc gagatctccc
     1141 ggccggacgc gttgtaaagc tccacgtatt ccggcaatgc cgagcccttc ggatctgcca
     1201 tcacttcgtt gatcacaata tctcccggct tagcaggagc gggggcgact ggcggatcct
     1261 ccggtttggg cttcgcagca gaattggtct caccgggcgt gccgccacgt ggatcggagc
     1321 tgagatgcca cgcctcatca gacgcgcccc gctcgatgga cacaccagcc tccgcctttg
     1381 ggtatttata agagtgtatc accgtgcccg acgcatcctt taagaccagc atctttcccg
     1441 catccggcat atcggaaggg aacgcctcca gacctaaccc cagcaccgac ttgcccaatg
     1501 aaaggctcgc gcccttgcga tagagcacag cgtaacccca cgccgggaag gtgacatggg
     1561 gcaggcttat cgctttgcca tcatagatga atgtccagcc cttgagcgaa atctcccggc
     1621 cggaagcatt gtagagctcc acgtactccg gcaatgccga gcccttcgga tctgccatca
     1681 cctcgttgat cacaacatcc cccggcttag caggagtggg agcggctggc ggatcctctg
     1741 gtttgggctt cgcagcagaa ttagcctcac cgggcgtgcc gccgcgtgga ttggagcaga
     1801 tgcgccattg gttgtcatct cctcgttcga gcgacttacc caaccgagat ttcctatagg
     1861 tgtagctatc aatgatcgtg cccgacggcg acctcagagt gagccgcgcg ccagtgttca
     1921 ccatgttctt cgggaaattc gccaacccta aactcagcac ccctgccttc agctgtatgc
     1981 tattcccctt gcggtagagc acggcgtagc cctccgccgg gaaggtgaca tggggcagac
     2041 ttatcgcttt gctatcgtaa atgaatgtcc agtcctcgag cgagatctcc cggccggatg
     2101 cattgtaaag ttccacgtac tccggtagta gcccgttttt tgggtcggcc atgacctcgt
     2161 tgatcaggat gtcgccgggg gagaacgttt cggtaggcac agccgatgca cacaggctgc
     2221 caaaccatag gatgagcaaa gggagcacgc ggcggaggta gccggcatgc cgctgggtcg
     2281 taagaggctc tggcatgcgg cactccagtg ctgttgagtt gtaagtggaa tgatgtatgg
     2341 gtacttgttt catggttttg atgtttgttt tttgaatggg gagagaaaga gagaaagaga
     2401 gaagagaagg gaggcacgaa ttcctcattc ggcctcctcc tctattattt aacgtgagtt
     2461 cgatgtaaga ataaagtcag cggtatgtct acgaaagtcc gcaatggtca aaacgttttt
     2521 ggaaatgctt gcgggactcc cgcaagcacc aaaaagcagt tttccctcgt tgcgggactc
     2581 ccgcaagcgc caaaaagcag tttttccttg ttgcgggaat cccgcaaagc ccaaaaagca
     2641 ctttttcctc gttgcgggaa tcccgcaaag cccaaaaagc actttttcct cgttgcggaa
     2701 atcccgcgag cgccaaaaag cagtttttgt tcgttgcggg attcccgcaa gcatttccga
     2761 aaacattttg tccgcccgag tactctaaca aagacatggt gtggacgtaa ggaacctcat
     2821 tcttacgtcg aactcacgtt atttatcatc ataatgtccc aaggttgaaa tcacgaagac
     2881 tgtgattttt cgatcgttta cggtgtatcg tattctattc ttcttatcca acctccgaga
     2941 ccatacccca cgcatatagt gtaactgctc ggggtgtcct gtccctgaat atggatgttc
     3001 cttaagttct tcgatgatta cgttcagctt tttataagtc tgcggcatgg attttctcat
     3061 ccttatgatc tgcttccacg cctcatctga gaagtctatt tgatacatga gatcctatac
     3121 gatcaagaaa ttcatccagg ttttcattgg gaagcatcgt gtgcgtgcgc ccattgcgga
     3181 gatcatcgag cccccgttgg atcgactcaa gttcctctgg cgacggtata tcgtcgtctt
     3241 cgacggtatc gatccttatt ggctttccgt ggcgtcgagt cacaatgaca ggctccttct
     3301 ccgccaagtc aaaatatttg tttgggtcag cacgaaattc ttttgaggtt atgatacaca
     3361 tgattgatct ggtgttttgg tgaatagaag aacggaagaa tcgtaggggc gaaaaatctt
     3421 tcgcccctac gtgattctcc cgtctgtgga ttgtaactcg cagctaacga atcacgctcc
     3481 ggcgaagcga tactcggctt ggatgtcctc ggccaagcgg gtgaagagct cctcaatgag
     3541 cttgtccgtc acgtcgagcg ctgactggag catcttgtct gagaaggctt gcagcaactc
     3601 gcgggcatgg atgggctgcg tcttgtagac ggccagatac tgctcctcca tctcgcgctg
     3661 ccgctgggtc gtctccgact cccaacgggc gtaggtctct tggatcagcg gggcgtagcg
     3721 gttgtagttc accatgccga gggtctgcac cttacggaac ttccagtaag ccgagtcggc
     3781 atcggaacgg aggccgccct tcgtgtatgc ctcggggtag gaagtgatgc cctgatagag
     3841 cggcaggaag acacccaaga cagccatgcc catcgccatg tagtccaccc gaccgatggc
     3901 ctgcggcagc tccggccgca catgcaggat gtgcgtctgc gtggtgcgga agatggagac
     3961 ggggcgatac ttctccttcg ggttgttgtg caggtagggg tcatgctccg tgccttggta
     4021 gtggaagcgg aaggcgcggc gcaggtcgtc taaggagagc gggtggtcgg ccttgaggaa
     4081 gacggggaag gtgttcttcg tcacgtcgtt cttgatcgag ggggtgaaca tggcttggag
     4141 cccccagacg cgcggatagt tgtaggtggt gtcgagcttc acgtcgcgga tgtaggccgt
     4201 gtggaagtcg aaggggcctg cggcgggatc gtagaggccg tgctgctggg cgaactcgat
     4261 gaggtcggcc gaagccatgt agttagccgg gtcgttcggg tcgtagatgc ggaagcggct
     4321 ctgattgccg gtcacgaaat acatgtcgtc gggcatgcgg caggctaacc agcggtggcc
     4381 cgaagctgtc tctaagtacc agatctcgct ctcgtccacg aagccgatgc cgaagccttc
     4441 ggagatgccg tacttctcga tcaggctgcc gaggcggctg acgccttcgc gggctgtgcg
     4501 gatgtagggc aggacgatgt tgaagaccga gttctcggcc agaccgtcct tcacaagcgg
     4561 gtcagcggac agggcctttt cgctgctgaa gatgctctcc gtggcactca tgcccacgcc
     4621 tgcggtgtta tacccggcgc tgccccagct gccgcgtaga tggcacggtg cgagcgcggt
     4681 gtagcccaac gcctcgcgcg gcagttcgca gcggaagccg ctgtcttgcg ccacgaactc
     4741 cgtcgggcct tcttctcgat cttcgtagat ctcaaggttc ttggcgaagg acatgttcca
     4801 atcctccgac cgggcaagga tcatcgaccc atcgtcggtc atgcggttgc ccacgatcac
     4861 ggtcgtacac tctgacggat aagctccgcc ttgcttcaat tctttgtttt ccattacgct
     4921 gttgttttta tggtttgcgt ttctaataaa taagtggttc aaatgtagag gggccccggt
     4981 gctctcgggg cggatgagta tggaaaaggg caatccttgt gatcgccctt tttgacaccc
     5041 agacttctgt atgaatcatt ccgtctggat gtcgcggttg acattcttcg agccgacgag
     5101 ggcgtaaaac aaaaggtagc agacggcaag gatgatcacc cagtaactgc caatgaagcc
     5161 gacccggtcg gccacaaggt tttggatgaa cgagatgacg ccgccaccgc agacgagggc
     5221 catgaagatg cccgacgcca cgggggtgta tttgcctaag ccttcggctg cgaggttgta
     5281 gatggcgccc cacatgactg acgtgcacag tccgcagagg aacatgaaga ccatgctcaa
     5341 tggtacctcg gcgccgatga cggggatgcg gaagcgaacg gactccggaa tgaagatgag
     5401 gcagagcagg aagacgatca tcagcaggct aacaaccgtg agcatggcct tgctggagac
     5461 gcggccaccg acggcaccgc ctacgagccg gccgcacatc atcaggaacc agtagaaacc
     5521 gacgagtgtg ccggctacta atgggcctac ccactcgagg ttagacatgt agaggttggc
     5581 cgtgttcgga atgcctacct cgatgccgac gtagaagaag atggccacgg cgccaagcac
     5641 aaagtggcgg aacgacatcg ggccgtaggg gtctttctgg gtatggcccg agaggcgtgc
     5701 ggcgcgttcc tcggccgttt ccatgtgcgg ctcggggatg tgagtcagca ggatgatgac
     5761 gaaggccaag gcgaagatgg tcatggcgat gatcatggct ggtgcggcgt cgctcacctt
     5821 ggcggtctgc acggagccgc cgatgaggta acccaaaagg atgggcgcga tggtgccgcc
     5881 gatggaattg caggagccgc cgaactggac gagctggttg ccgtggtttc cgccaccgcc
     5941 gatggtgttg agcatcggat tgacggtggt gttgagcagg cacatggaga tgccggccac
     6001 gaaggcgccg agcacgtaga tgccgaaggc gatcgtggga ttgacataac ccgaaaggaa
     6061 ctggatgccc acgccgacga agccgacgat ggtggccaag agggaggtaa acttgtagcc
     6121 gcggcgcttg aggatcatcc ccgtggggat gccgaagcag gcgtaggcga tgaagttagc
     6181 cagcgtgccg agctgcgaga gggcgttgct ggcgccgaac tgcgtcttga cgatgacgcc
     6241 cattgagccg gcgaagttgg tcacgaacgc gatcatgaag aagaggagga acatgacggc
     6301 gatgactaaa acgttgctct tttcttgttt tactgtgtcc atttttttgt ttgatgtttt
     6361 gaaggtgaat tgatacttat aaatgactgc tcaggctgta tttccctgaa gcgtgtaaaa
     6421 gtacgggcaa tgtggggaag cgttcttttt acatgtgccg tctatgtttg cgccccctct
     6481 atgaattatt tcgggtaaag aaagaatgaa catccatcgc ctctccctcg gcctcctact
     6541 tatggcctcg ctcacagccc atgcgcaact cgacgagcgt gtctttgcca cctccacggc
     6601 cctgcccgcg ggcgaggtgg gctgcctctc attagaagtg gataacctca acttcttccg
     6661 caacgccgag agcgccactt acgctgccaa gggctacacc atgcccggct tccgcctgca
     6721 accccgcctc gtctatcgcc ccgcggagcg tgtggccatc gaggccggcg tacactccct
     6781 ctggttctgg ggcgcgaacc gttacccagc ttttgcttac aacgacattg ccgtctggcg
     6841 cggcgaggcc tcgcgccaca atgtgcacct gctgccctac ttccgcgccc gcgtggccct
     6901 ctcgccgcag gtcgacatcg tccttggcga cctctacggg ggcgctaacc atcgcctcat
     6961 cgagccgctt tataaccccg agctcaacct ctcggccgac cccgaggcgg gcttccagct
     7021 gctctaccac ccgcgccgcg ccgcgctcga tgtctggatc aattgggaga gcttcatcta
     7081 taaactcgat acccatcagg aggccttcac cttcggcctg tcctcgcgct actccatcac
     7141 ccggcccgac gcgccgctcc atctctacgc cctcgcccag ggcctcgccc agcaccgcgg
     7201 gggcgagatc gacacgatca acggcgacca ggccgtgcag acgatgctca acggtgccgt
     7261 cggccttggc ctcgagtgga acgcccatcg cagcacactc cgccaggtgg ccctggagct
     7321 caacctggcc ggttattacc aacacgccgg caacctctgg cccgtcaagc gcggctatgg
     7381 gcgctatgtg ggcgcccggg tcgacctgtc ggacttccgc ctccgcacgg cttattggca
     7441 gtgtcacaac ttcgtctcgc tcttcggcca cccctatttc ggcgtcatct ccacctacct
     7501 cgaggacgcc gtctactacc gcccgcgcat gctcctcttc ggcgccgaat acacccgcag
     7561 cctcagcccc gactgcgcgt tcggcatcga cttcgatgcc ttccatcgcc tcgccgcccc
     7621 catcgacgac ccccagggcc gccacagcta cgagggcgat cgcttcagct actccttcgg
     7681 catctacctg cgcttccacc ccacttttcc cctcaaaacc ttccgatagg cgcaatggga
     7741 gctatcgccg gggcatatcc acctggggag gggcctcatt tccttatgaa ataataagcc
     7801 gcaagtgatg cggcttatta tcgcaggctc tgatattaac cagcaagtga tgcagcttat
     7861 tatcagagac tctgatatta accagcaagt gatgcggctt attatcagag actctgatat
     7921 taaccagcaa gtgatgcggt ttattatcag aggctccgat attaaccagc aagtgatgcg
     7981 gtttattatc agagactctg atattaacca acaagtgatg cagcttatta tcagagactc
     8041 tgatattaac cagcaagtga tgcggcttat tatcagagac tctgatatta accagcaagt
     8101 gatgcgactt attattggag actcaaacaa ggcgtaccca cgctcggggc accccgttgg
     8161 aatctaaaat gaggcgtgcc cacgctcggg gcaccccgtt ggagactcaa acagggcgta
     8221 cccgcgccgg gcgcaccccg ttggaatcta aaacaaggcg tacccacact cggggcagtc
     8281 cgttggaatc taaaacgagg cgtacccacg ctcggggcac cccgttggag actcaaacag
     8341 ggcgtaccca cactcggggc accccgttgg agactcaaac agggcgtacc cacactcgga
     8401 gcaccggtta atggtcaatg attataggtg ggtgggtaaa aagaatgccg ggcacacgcg
     8461 ggtgaggggg ggaatcctca tgcatgtgcc cggcattttt cgtttttcgt ttttcgtttt
     8521 tcagctcttc cgcctcggca cccgccgctt cggcttatcg gccgcctcgg cgatgatccg
     8581 gcggcaatcc gctaacgtca gatcagccgc cacggcatcc ttcgggatgc gatagttcga
     8641 gccattgaag gcgatgtagg cgccataacg cccattgagg atctccaacc ccggctcctc
     8701 agcaaacgcc ttaatatgcc gctgcgcctc cttggcgcgt ttctcctcga tcagcgcgat
     8761 ggccgcctcc ggggtgatgg atgtcgggtc gagcgtcttg gggatggaga cgaaggtgct
     8821 gtcgtggcga atgaaggggc cgaaccgccc cacggcggcc accatctcct tgccctcaaa
     8881 ctcgcccacc acgcgcggca gcttgaagag ctccagcgcc tcctccagcg tgatcgtctc
     8941 gatcgattgc gtcttcatca gcgatgcgaa gcgcggcttg gcggccgact tgtcttcttg
     9001 gttcaccacc ccaatctgcg ccacggggcc gtaacgccca atcttgaccg agacgggcag
     9061 gccactcttc ggatccgtcc ccaacagccg ctcccctgcc ctgtggctct cgcgcgtggc
     9121 cagcgtcttc tccaccatcg ggtggaagaa cttgtagaat cgatccatcg cctcagtcca
     9181 gatcagcttg ccctcggcaa tggcatcaaa gtccttctcc acattggccg tgaagtgata
     9241 atcgaccacc tccgggaacg attccgtcag gaagtcattc accaccgtgc ccacgtccgt
     9301 ggggaacagt ttgttccgat cagcccccac catctcgcac ttctcgctct ccgtgatctg
     9361 cccgttgcgg agggtcagga tgcgataccg tcgctcctcg ccaggcttgt cgccacgcac
     9421 cacatactcc cggttctgaa tcgtttggat cgtcggggca tacgtcgagg gtcgcccaat
     9481 gccgagctct tccatgcggt gtactaaccc cgcctcggtg tacctcggtg gccgctgcgt
     9541 gaagcgttcc gtggccacga tctcctgcgc cgtcagccga tcgcttacat tgaccgtagg
     9601 cagcagccca ttctcctgct ctgacgcctc agcctcctcg tcggagctct cgcggtagac
     9661 acgcaagtag ccatcaaact tgatcacctc acccacggcc acaaacttgt cgctgcgccc
     9721 cccgatgccg atcgagatcg ttgtgcgttc cagctccgca tcagccatct ggcaggccag
     9781 cgtacgctta tatataaggt catacaggcg cttctcctgc gccccggcgt tgatttcggg
     9841 cgcacccata ttcgtcggtc ggatggcctc gtgcgcctcc tgtgcgccct tgctcttcgt
     9901 gtgataacgg cggagcttgt ggtaacgctc gccatattca cccacaatgg cctcgtgcga
     9961 agccttcagc gccacgtcgc tcaagttgaa cgagtcagta cgcatgtatg taatgaagcc
    10021 agcctcatac agcctttggg ctaccatcat cgtttgtgct acggagaagc ccaacttgcg
    10081 tgcagcctcc tgctgcagtg tggaggtggt gaagggtggt gcgggcgact tcttgagcgg
    10141 gcgcttcgtg gtgtcttcta tcgtgaaggt cgtcgtgggc ttttggcaga cctggaggaa
    10201 ggcagccgcc tcgtcgcagt ctttcaggcg gcgattgagt tcagcccgga gcgtcgtctt
    10261 tccatcaggg agcaagaagt gcgccacgac acgaaacgaa gcctctgaca cgaaccgccc
    10321 gatctcgcgt tctcgctcca cgatcagccg cacagccacc gactgcacac gcccagccga
    10381 aagcgccggc ttcaccttgc gccacaacac gggcgaaagc tcaaatccca caatcctgtc
    10441 taacacccgc cgcgcctgct gcgcgttcac aaggttgatg tcgatgcccc gcggcgtctc
    10501 taacgcgtgc aggatggccg gcttcgtaat ctcgtgaaac acgatgcgct gcgtcctgtc
    10561 tggctccagc tctaacgcct cgctgaggtg ccacgcaatg gcctctccct cgcggtcctc
    10621 atcagacgca agcaacactt cccgtgcctc ctgcgacgcc cgcttcagct ccgccaccaa
    10681 ttttttcttg tcatccggca ccacatactg cggcttaaaa tgatgggcca catcaatgcc
    10741 cagctccttc gtgctcaagt cgcggatgtg cccataactc gacatcaccc ggtagtcttt
    10801 ccccaaaaat ttctcgatcg ttttggcttt cgccggcgac tccacaatca ccagattctt
    10861 ctgcatatct ctgtagttca aatgatttgt aaaaagcggg cgcaaatata ggagagcttt
    10921 gtacgtggct attgcccaca tccgcgtccc cctctccacc cactgacgcc ccctgccgga
    10981 agtgttgaaa acccgcatgg atagcgggaa atacggtttc aaaagatgac tacttttgtc
    11041 ctatacaaat accaacacac acaacatagg agaagaaaat cgtggacaac aaagtggaat
    11101 taaccgtaca aggtgtgatg aactcgcgcg tgcaatcgaa tgcttacgcc ctgatcttga
    11161 aagacgacgg gccgcgccgg ttaccggtga tcatcgggct gcctgaggcg cagtccatcg
    11221 ccgtagcgct ggaggggatg ctgacaagcc gccccatgac gcacgacctg atcgtgggca
    11281 tgacgcatgc cttccaccta aggctgaagg aagtcttcat ctatcgcttc gaggatgggg
    11341 tcttcttttc ggagctcgtc ttcgcggatg acgagggcaa agaggtgcgc atcgactcgc
    11401 gcacatctga tgccgtggcg ctggccctgc gcctaaagtg cccgatctac accttcgaga
    11461 gcctgatgca acgctgcgcc atcgtaccgc caacagacgc cgaagagggg cttccgcccg
    11521 atgatgctga tccggagaag atccgcgacc cacagctgct gcgcaaatgg ctccggcggc
    11581 aagaggctta cgagatcgag gccatgctcg agaaagccgt aggcgaagag aagtacgaac
    11641 tggccaagat ttaccaagac gaactcatgc gccgcgaacc agccaacaac ccccagtaac
    11701 gcggcccgca ccatgacgcc aatcttctac gccccgctaa tcgctaccga cccgctgctg
    11761 ccggaggagg aatcgatgca ttgcacaagg gtgctgcgcc tcgggcgtgg cgcggagctg
    11821 accgtaacgg atggtcgagg agtgttctac cgtgccgtga tcgaggaggc cgatacgcgc
    11881 cgctgtcggg tgagggtcgt ggagcaaaga gaggcgccgc ggccgtgggc atacggctta
    11941 cacgtggctg tggcaccgac gaaaagcatc gatcgcatgg agtggtttct tgagaaggct
    12001 acggagatcg gcgttgacag cgtcacgctg ctgcgatgcc gctattcgga gcggcgcgag
    12061 gtgaagcgag aacgcctgca acgcgtcgcg gtgtctgcca tgaagcagtc cggacaggca
    12121 cacctgccgc tgattgaggg catgacggac tttgccgact tcatcgcccg tcatgccgcg
    12181 gaggctggcg accgactgat tgcgcattgt cgctcatcgg agttgccacc cctcagcacg
    12241 tcctaccacc atggcaacga cgctttaatc ctgatcggac cggaagggga cttcagcacg
    12301 gaggaggttg cgatggctga agcggctgga ttcgcggggg tgtcgctcgg ccgcacgcgg
    12361 ctccgaacgg agacggcggc gctggccgcc tgccacgcca tccacgtatt aaacggagaa
    12421 taactggcat ttaaacggca catataacca cctatgagaa gcccgaagac gaactgaaaa
    12481 cgtctccggg cttctctctt ttaccattaa acaatcgctg ggagcgaggg ctcctttacg
    12541 ctccgtagca cgaggcggcg aaatccaact tgaagacgac tgttgagcgc agtcgcaggt
    12601 cgacgtgcga aatgggatac tcgggcttgt tctcccggag cacttcgtcg aggatgcggc
    12661 gcttccgctt cccgagacaa agcacggcca cttcgtaggc gttgttgatt gtgctgccgg
    12721 tcagggtgac gcgcccttgg ccggtcacgg ggtgacgtgt cgtggctacg atgtccgtcg
    12781 tctcaaagag gtcgaggcgg tcggggaaga tggaggctgt gtggccgtcc tcaccgacgc
    12841 cgaggatgat ctcgtcgaac acggggagat cgtccatgaa gggcaccaat tggcgcagtt
    12901 cctgctcgta gttcgctgcc atttggtgga tgtccgggtg atacttgatg gggtggacgt
    12961 tctccttggg gacgatgccg gtgtcaacca agaggcggcg gaagacaccg tagttgctct
    13021 ccgggtcgtc ctcgggcaca tgtcgctcat cgacccagta gaagtggatg ttcctaagca
    13081 cgtccggatc gtcgtattcc gtcatcttct caaagaggag cgtgggcgtg gagccgcccg
    13141 agagggcgat gtgaaccgga tcgaaggtgg acgtggcgat catcgcttcg accatttctg
    13201 cgcagaggtt atctgcgttt tcatagatct gtatttctcg cataataagt agtagttatg
    13261 gccagaaggc cgggtagtag gggcaccccc ttgtgggtgc ccggtagtta gaggtagtta
    13321 ttagtagtag aggggctatg tgcctgcccg ttttgattta cagctcgcaa tagccgtcgt
    13381 cagatgtgag gttcttgcag gggtaacgcc aggcgtgacc gtcggtggcg aggagcgcgt
    13441 cggcctgctc ggggccccac gagccggcgg ggtagccgta gagcgggatg gtgggatcgc
    13501 tggcccaggc gtcgaggatg ggctggacgt actgccaggt ggcttccacg gcgtcgccgc
    13561 gctgatagag tgtcgcgtcg cccgtcatgc agtcggagag caggcgttcg taggcgtcgg
    13621 ggatgtgttt ctcgcctaac gaggagtagt ggaagtccat gctgacttgg tcgacatgga
    13681 agccggcgcc gggcaccttc atgccgaacc gcagcaggat gccttcgtcg ggctggatgc
    13741 gcaggatgag ttggttgccg atgttctcca tgccgctgcg tcgggcgaag atgtggtgcg
    13801 ggttgggccg gaagtggacg actacctcgg tgacgcgcgt cggcaggcac ttgcctgtgc
    13861 ggatgtagaa gggcacgccg ctccagcgcc agttgtcgat gtagcacttc atggcgacga
    13921 atgtctcggt ctttgaatcg ggtgctacgc ccttctcttc gcggtaggct cggaggggtt
    13981 cgccgcgtcg cacagcggcg gtgtattgcc cgcggatgac gtactggggc acttgctcgg
    14041 gcgtcatgcg gcggagggag aggaagactt tcaccatctc gttgcggatg gcgtttgcgt
    14101 cagacgagac gggcgggtcc attgctccga tggccaggag ttgcagcagg tggttctgca
    14161 ccatgtcgcg cagtgctccg gccgactcgt agtagccggc tcgcgagccg acgccgagcg
    14221 cttcggagga ggtgatctcg acgtactcca catagttacg gttccagagc ggctcgaaga
    14281 tgccgttcga gaagcgcatg acgagcatgt tttgcacggc ctccttgcct aagtaatggt
    14341 cgatgcggta gatctgatct tcgctgaagt agcggagcag ttcgcggttg aggttggcgg
    14401 cgctgggggc gtcgtggccg aagggttttt cgatgatcac gcgccggaag ccgctctggg
    14461 ccgaggtgcg gcgggtgagc ccgacggcgt gcaggctggc tgcgacgggg gcgtacatga
    14521 agggcggcat ggcgaagtag tagaggtagt cgtcgcgatc ggccgtttgg gagagttcgc
    14581 cgaggcgggt gcggagcccg gtgtagtcgg caggtgcgtt cgtgtccatt gcgtggtaat
    14641 gcagctgtgc catgaagtgg tccatgcgct gctgatccac aaagctggcc ggcacgaagc
    14701 ggtcgaggcc ttcccgcatt ttctcgcgga acgagtcgtc cgtgagctgc gcacggccca
    14761 cgccgagcac tttgaatccg cctggcaaga ggccgcggta atacatgtca taaagtgccg
    14821 gcacgagctt acgccacgtc aggtcgcccg acgcgccgaa gatcaccgac acgatgcttt
    14881 tttctgcttc catatttctt agttacgagt tatgggttac gggttacggg tgctcatcac
    14941 ttgtaacttg taactcgtca ctcgtaactg gcgactcgtc acccgtaacc ttcttatgtc
    15001 tccgcttctg gctgacactt ttgcggtgtg acgtcttaaa gtctcgcact cgctcattca
    15061 tgtggtctac cagcgttcct atctcttccc gcgcctcctt cgtgggggcg aagaggtagg
    15121 aggcctggac atattggcag gccaattcat atagttcgtc cgcctgtggc cgcagctgtc
    15181 gcatgcttgg caggcgtttg gctatccgtt ccgcatcgcg ctctgccact aaggccttgt
    15241 acgcctcatt agcctccttc agccggtcga acgacggctt caaatgcagc gtatcgatct
    15301 ccgccgtgag ccgtccggcg tccatcagca ggctgctgat attgccgctc tccacgtcgt
    15361 agccctgatg ccggatgtag cggaagttgt gcagctgcgt gtctaacact tgcgccgcct
    15421 cacgctcctc ccggatggac gaatgcaact gcgtgcggat catgccgaag atgtgtcgca
    15481 acgcctcgtc gcgctccgca tccttcgcct tcaactgctc cgtcaacagg gactttttcg
    15541 actcaaccgc cgcgtcaatc tccagatcca ccatctcagc gagcgcttcc atcaatcccg
    15601 cgggaaaatg cagcttctcc cctccgaatt ccttcagcag cttatactgt gcgcttagga
    15661 aggccgcgtg atgcgccgcg cagaatgtct tttgcgttcc cggctcgatc ttgaccgagc
    15721 gcagcgacga tgttgtcatc ttttcagcca tgagattccc tttctgcctc ttatcctgtt
    15781 tttacgtatg ccgtagcgca tctgtttctt ttatagacgc cctatcgaaa ggcaaaagta
    15841 tatgattctt ttcatataca tacggtgaaa aagtctctac ctcttgtttt gatcctattc
    15901 atgggctaaa aaatggttta gctactgtct atcttataaa ttcaagtaaa aatgcttgat
    15961 acaccctatt catatcataa ataataagta tagcgaatct gatttattat ttatatcatg
    16021 gatattcatt ccaataattt gtgctgaata tttatgatac atatctatag tgaaagccct
    16081 ttcacttatt atttacacat taaacagcat gctcggatca tttgaccgat tattatatta
    16141 tagacaataa gggaaatact tttggccagt tgcataatac ataaacagtc tgacaaatga
    16201 atttatagcc actgtctaca tcataaacag tagcctaaag agtagatcat gctggccaaa
    16261 agaaaaacag aggggtggca cggcccagca aagccccccg gccagcggcg gacgggcaaa
    16321 aggcgcgcgt ctatctttgg cgccgcaaga acacgactac ttattactac ttaatccgat
    16381 atgaagaaga aaatcctact ccttgccctc gtggcatggg ccttcgcggc ctgccacaag
    16441 gatgagcccg agccggaggt gacggccgtg aagatcgctt cgcgcatcga ccgcatccgg
    16501 ctgggcgaga cgcaccgcct gacgtatgaa tacaccgacg cgaaggccga gccgggcacg
    16561 gtggcgtggg cctcgtctga cacggccgtc ctcgccgtcc tcgccgacgg cacactgcgc
    16621 ccacgccgca cggggcgcgc cacggtgagg ctgcaaatga ccgtcgcgcg ccgcgatggc
    16681 cgcacgctga gcctgaccga cgagctgccc atcgaggtgg tccgtcccga cctgcaatcg
    16741 ctccgcatca ctgccccagc gggcgccacc tttcacaagg gcgacgcggt gcagctcacc
    16801 ctcacgccca ccccgccgga ggcctccacc gagggcgtcg cgtggagctc gagcgattcg
    16861 ctcgtggccg tcgtcacgcc cgaggggttg gtgcgctgcg tgcgtccggg caaagccgtc
    16921 atcacggccg cggtgaaaag tgcgaacctc tcggccacgt acaccctcac cgtcgcgcag
    16981 cgcccgacgc aaagcatcgc cttcagcgac cccgccttca gcctgctcat cggcgaacgc
    17041 caggccacag ccgtcgtctt cacccccgcg ggcgcggacg atcggcgcct cgtctatgcc
    17101 tcgtctgaca cgacggtggc caccatcagc cccgagggcg tcgtcacggc gcatcggcgc
    17161 ggcgtggcca ccctcacggc gcgcaccgtc agcggcgggc tcaaggccac gtgccaagtg
    17221 acggtgcagc acttcacgga ccgcatctgc gtcatgttct ctggcacgtg gatttacatg
    17281 ggcgacaacc gcgtcacggc tcaggcccgc atgaccctgc gcaacagcag cgatcgcgat
    17341 atctatgtgg agcgcttcat cgtggagagc gacggccgcg agatccatcg ccaagaggtg
    17401 gggcgcacgc tccgcagcgg cgacaagctg gcttgcgaag tggacttcaa ggaggtgcac
    17461 gacccgcagt ttaagtacca cttcaccgtc ggcagcgagc gctacgaggc gcattatcac
    17521 ccgcacatga tcggcgccaa agccctgccc gaacgcacgc cgctgccctt cacgatcctg
    17581 aagcgcggcg ccaagcggtg atccgtaatc gatgatggat gattaggccg ggcacatgcg
    17641 atcggggggg cttcctcgat cgcatgtgcc cggccgtttt tagtctttcg cttttcgttt
    17701 ctcctgcatg tatcggtcgg cctcagcggg ggtgaggtgg cggagctggt gcggcgcgca
    17761 agcggtgtag tggggcgatg cgaagcgcgg cgcgagggtg gggcaatgct tgtctttgtg
    17821 tttacggagg taggtctgta gctcgttgtc cgaggcgaag atcttgtact ggcggcggtc
    17881 gttggccgag gcaatctcgt agatgccgca gggggcttgg tggatcacct cggcggcgcg
    17941 gaggtagagc ttagccacct cgagcgaccg gaaggggaac atggcgcgga agcggccctt
    18001 ctcgtcgatg tcagcacaga tgacccgccc gcaggtggag cagatgtatt gccggtggtg
    18061 caggaggcag gcttcggggt tcagtagcgg cgtgatgcgc ggatccgtcg cgtagcattc
    18121 ggggcacgtc ataatggata ggggttggtg catataacgg gggcaaagga gcggacaaca
    18181 actcactccg tcttcagcgt atccacggga ttgatcgttg ccgcgcgcca gctctgccac
    18241 gacacggcag ccacggacac gctgagcact ccgaagcccg tcagcacaaa gagccaccag
    18301 tcgagcgacg tcttgctggc gaagctctcc aaccattttg tcatcaacgc gtaggccgcg
    18361 ggcgccgcca gcaggaaggc gatgccgatc cacagcacaa accgatagtt cagcatgcgc
    18421 acgatgtctg acgggcgggc gccgttgatc ttgcggatgc caatctcctt cgtccgccgt
    18481 cggacgatga acgccatgac gatgatgagc ccgagcgtgg ccacgatgag gcagagtgcg
    18541 gagaagatgc gcgtcaggcg ctcggcgtag cgttcgttgg catagacgcc gtcgtagacg
    18601 tcgcggagga aggtgtactg cgcgggatag cccgggttca cctcgcccca gacgcggcgg
    18661 aagctggcca gcgcctcctc cgtgcggtcg gggtcgaggc gcaccatgag gcaatgctgg
    18721 aagaaggcac ggtggacgat gagttgcggc tcagtctgct cgaaggtggt cgtgtagtta
    18781 aagtcgtccg tcacgcccac gatcgtgccg cggttgatgt agtccaagcc cccgtcgccg
    18841 gagtagatgc gcagctgctg cccaatggcc tcagccggcg tgcggaaacc gagcagcgca
    18901 accgcactgc gattcacaac gtactcctcc gcccccgcgt ccgtgcgctt gccttcgatg
    18961 gcgttcatca acatgcgctc ctcatcgtcc acggtgcggc gcagggggct aaaggttgta
    19021 cccgccacgg ggcgaaggcg gaagaagctc aggaagccgt cgcccaccac aagcgtagcg
    19081 atacggcgcg cgtcgtcctc gctctctccc tcgcgccaca ccttcacccc atcgcggatg
    19141 gccgacccgg gcagctgcat ggctgtcgtc accgcctcga tgcccggctg acggagcagc
    19201 tccgtacgca gcagtccgaa gcgccgcgtc acctccatcg gttgcgactg catgaccaat
    19261 acagacggct cgcgtccgcc cacctgcgag gtgcggatca gcccaagctg ccgcgtgatg
    19321 cacacgctga ccaaggtcac aaagaggacg atggcgtatt gcccgataag catgtacttg
    19381 acgccgctaa gcgcgaagct cgacccgcgc aggttgttgc cctgcatgct caggaagcgc
    19441 gtcgtcgaca tgcgcgcaac gacgggcacg atggagacag ccaccaccgt caacacgaac
    19501 gcaaggctgc cgaccgccat cacaccagcc ggcaccgcgt tggcccactg cggcgcgacg
    19561 gcataagcca acccgtaacc cacagccaca gcgacaaggc cgagcaccgc accaagcacg
    19621 ccctcgtcct gcaagacgcg ccgggaggaa gcaccattaa gccgcaagag ttggtaaaac
    19681 cgccggttga aagcgaagat cagccccgcg ttcagccaca agttgaagag tacaatcagc
    19741 aacagcagca ggttggcgcc ggcaatcagg tagaggtaaa ggatgttgcc gttcggctcg
    19801 tgctcgcgca ggaagtggct acgcaggtgg atgtcggtga ggggaaagag cagtggcgtg
    19861 acctgcgggc cgttcttgtc gtcgttgagg cggtgcatgt tggaggcgat ggcctgggcg
    19921 acgtcgtcgg ggtgcgcgcc ggggcggagc agcaggtaga cgtaggtgaa catgccggcg
    19981 tcgtcgtccg gcagccgcac gaagaggtcg gagtggaagt gcgacacgtc gggcaagtcg
    20041 tcgtacaccc caccgacgaa cagccgccgg tcagcataca tgcgtccacc cgtgagtgtc
    20101 agttctcggc ctaacggcga ggcgttgccg aagagtcggc gggcataact gcggctgatg
    20161 agcgccttct ctggcgtgtc gagcgcagtc agcgggtcgc cctcgacgag atggagatcg
    20221 aagacatcga ggaagttgcc gctcacgaag tagaattccc caggcaggtc gatgcgcccc
    20281 tcgcagcgta tctcgccccc attgcccttg aacatccgca cgacctcctc gatgccactc
    20341 acgccggccg tcatcgcatc gtccgtctca aagccgtgga tgcgcacatc gacaggttcg
    20401 ccctcagtgc gcaacgagag gcgatagatg cggtctgctt tcgagtggaa gcggtcgtag
    20461 ctccgctcgt ggcgcacgta ggcgtatgac agcagcatgc acgcaaacac cactgccagc
    20521 cccgcgatgt tcacgatgcg cagggacttg cttttcagta atcttcttag gagtatcata
    20581 aatagagggt agaggttaga gggtgaaggg tagaggatag aggatgagtg tttggctcta
    20641 ttctccgcta taatcaatcc aacaataatg ccaccttcgg cctacggctt actatcaatc
    20701 gtttacgcaa cgcgcgtagt cggctgtttg tccaacattt ggacaacggc gtccaacatt
    20761 tggacgatgg cagcagaaca gcctcgccac acatcccccc catgtgtaac gtttcacacc
    20821 taaatatcac acgataatga agacaagaac taccctccgt gggcttctcg ccctgctgct
    20881 cttcgccttg gtttgggcag cctgcaacga cgatccggtg ccccctccga caccgaaccc
    20941 aaatcccccc acgtcgcctc ccacacctgt gcctgcatcc ccactcatcg aagacacatg
    21001 gcacctcgta gccatccaca acgtatcggc gcacgcctcg gagacgatcg atacggccat
    21061 ctacacgctg accttccgcc ccgacagcac cttctacgga cgcgacgtca gcggccgcta
    21121 cacactgacc gactccatgc tccgcatcac cctcgccgac atcgacgagg ccgccctgcc
    21181 cgaactctcc cgacggctcc gcaatgccct ccgccacatc gatcgcttcg agatcgacac
    21241 ggcctaccac gcgctgaaga tctactacgc cagcggtcgg cgctacctct atttctccag
    21301 cctcccgccc ggccccaacc ccacacctcg cccgctgcgc cccgtcactt cgtacctgct
    21361 tcatcactgg cgactggctg gctttggccg cacctccgac ggctcgttga cgcccgtcgc
    21421 acccaccggc gatgatcgct tcagcctgat cttcctcgag gaacggacgt ggacggggca
    21481 cgccgccgag cagcgcctct ccggtacgtt ccgcgccgac gaaccctttg tgacgctcgc
    21541 cttcgacccc aagccaacga ccgctggcga gagcgccctt ggccgtcgct acatcgacgc
    21601 cctgcggcag gtccagtggt accgccccgc tactgagcat gactcgctcc ggctctacta
    21661 tggcgacaat gacgactacc tgctcttcat ccgctcagac atgttccagc ccggtgcgtt
    21721 ctcggaaaag ctgctcaacg cttggaagct catcgccttt ggacacacct ccgacggctc
    21781 gcagtattcg cccgagcttc atagtgccct tccggagaaa aaatcatcga ggttcatgat
    21841 tcagtttttg agcagcggag aggtgcttat ctccttgtcc tttaatcgcg gctttggtcg
    21901 ctattacgcc aacgacaatc gtattcgcat cacctatatc ggcggcacgg aaatgagcga
    21961 aacagccgac ggccataagt accgcaacgc cctcaaccgc tccgagcgct tcgagctgac
    22021 cgccgacggg acgcggctga agatcttcta caacgagggg cgcagctacc tgctcttccg
    22081 cgccgcaccc gagctgatcg gcgagacgcc acccgccgcc ttgctcggca ggtggacact
    22141 cgtcgaacga cagaatggcc gcggcaagca catcacctac ccgccgggac aacacgtcct
    22201 caccctccgc gccgacggca tagccgagct ggcaggtctg acgttcttcg gccagggcca
    22261 cacgttgcac tacatcttcc acccgtggca caagaaggag cacctcacca tcggcggcac
    22321 ggaataccgc tacatcctaa aggccgacga actctggctg tcgaaccgct ccgaatcgga
    22381 tggcccggcg tacaccttcc ggcggatgta gtctgtcagc cctcatggca cggcaccagc
    22441 ccccccctcg gaagggctgc tgatgcatga agatggaatt gcatatagga gtacttgctg
    22501 aggaatgata agacgcctgc aagcgtgctt gcacgatggc tacaagctgc cttgcacggg
    22561 gtctacaagc tgccttgcac gatggctgca agcctgcttg cacggggtct acaagcctgc
    22621 ttgcacgacg attgcaagcc tgcttaagat cgcctcttaa gcctgctttg tctgtgagcc
    22681 attgggaagg gtgtcttccc cgaggcggga agggtgtctt ccccgaggcg gggagggtgt
    22741 cttccccgag gcggggaggg tgtctccccc gaggcgggga gggtgtcttc cccgaggcgg
    22801 ttgtagggcg aatgattatt cgcccctacg aggatcccgg tgaaagggtt gcatataaaa
    22861 agggcaccca caaggggtgc ccctacgagg cggtgcaaac acaatccgcc ttggtcaatg
    22921 attaattatc aatgccccta tgagggtgcc agcaagggca catgatccgg ttaggggtgg
    22981 tctgatgcgg cctgaagggc cgctggacga tagcccaggg tgaagccctg ggcagtaggc
    23041 gcgatgcgga gcctcaccag cccggattct gcttcagctt actgttcagc gccatctgat
    23101 ccgaggggat ggggtaccaa taatgcttct tgtcgtaggt acgcgtcttg cccttcgagc
    23161 cattgacgta gttgcccgag cgagagacga gcttgtccgt cacgtcagcc gagatgttgg
    23221 cgccgttcag gatgtcgggg tgcgtggacg agtcgaggcg gtcaagctgg tgccaacgga
    23281 tgaggtccca gtagcggaag tcgttgtcga acatcagctc gcaacgacgc tcgcggcgca
    23341 cttcccagat gagcgagctg acgccgctct tgtttgccgg atcgtcgaag ccgggattga
    23401 cgttgaggtg cggcagtccg gcacggtcgc ggagcaggtt gatgctgcgg tcgaggtcgg
    23461 cctgcgtaat ggtgcctaac tcggcgcaag cttcggcgta ctcaaggtag acgacggaaa
    23521 gccagaagag tggcgcgtgg gtgaagttcc ctccggtctg gttgcggtcg cgctcggcca
    23581 gggcggggtt gtcgtacttg cagacaccgt agccggtgga ggaggtcatg gccataccgg
    23641 caccgtagcg cgtgaagccg cgaccgacat agcagagggc cgtgtcgatg gtggcggcga
    23701 ggcgtttgtc gcgcacggcg agcaagtggc tgatggacat gatggtgtcg ttgaccgtct
    23761 ttccggccac ggtgcgcgtc acgggcatag cgcgggcggc gtcgctcttg tcgagcgagg
    23821 tcagcgcgag cggcttgccg tcagtgaaga gatacgcctc gaaggcgtcc ttcgacatac
    23881 cgttgagctg tgtcgaggag ctcacgtagg cgatgaggga gtgctgcagc acgtccttct
    23941 tgtaggcctt gtagaagatc atctccgggt tcgtgctgag gtcggtggag ttgtaattct
    24001 cctgatagga ggcgttcagt ttgaagggct tcgacatcag atatgcggct gcatcgcggg
    24061 cggcggtcag gtagcgcgtg gcgccagcgg catcgggggc cgtctggccg tccgcgacct
    24121 tgcgatactt gcggaaggtg ccctcaaaga ggcagatttc agccttcatg gcgtaagcca
    24181 catcgcggtt gagcgtcgtg cgcgacttgt tgtcgtacat gttttcgcag gcgtaattca
    24241 ggtcagcgag caccttatcc atcacggcgt cgcggttctc acgggcgcca tagagcgtcg
    24301 cttggtcgta gaagtctacg ggcttatcga tccattgtat gtcgccatag tcgcggatca
    24361 gcttgtaata ctgccaagcg cgcatgagtc ggcctacgcc gcgccagtgt gccttggcgg
    24421 cgtcgctcat tttgacgcgg tcgacgcggt cgatgaggat gttggcacgg cggatctcta
    24481 tccaaccgtt cttccattcg gcgctgttgg cgggcacgtt cttgaaggtc cagtcggcga
    24541 agctgtagcc accggcttgg tcgtcggaga gggttttgaa gtagaagtcg ccgtaagagc
    24601 cgccgttgcc gtagccggtg aattgatcgt agaaggcgtt ggcgaagctg gcgacggtat
    24661 tctcgctctc ccagaagttt tcgtcggtga acgtgtcgag tggctcttta tctaagaaac
    24721 tgttgcaggc cgaggtgagt gctacggcca gcaggatgct tggtatagct attcttttca
    24781 tcatgtatcc tttttaagtg atgattaaac gatggttgaa tgggggtgga ttaaagcgtc
    24841 agctgcaggc cgaaggagag ggtacgatac atcgggtcga tgcgtcccca agtggcgttg
    24901 ccgagcttgg cgtcctcctc cttgtcgttc acttccggat cgacgggggc tttgctgcgc
    24961 ttgatgatct ccatgaggtt gttaccactg aagtagacgc gcaccttctg aatatgtgcc
    25021 ttgcgggtca gagcctgcgg cagggtgtag cccacggtca ggttcttgaa gcgcaggtaa
    25081 gccatgttga ctaagtactt cgtctgcgga tagaagttgt tgcaaccttg ctccaagacg
    25141 ctgattgtgc cgcgggaggc gttgccgggg aagaggcgcg ggaagtctgc gttctggtcc
    25201 ggattctttt tcgtccagta gctcgtctgg ttctcgtaga gcgcatcggc gccgcgcatg
    25261 aagggcatga cgaacgcact ctgtgtccat acatcgcgtt tgccgacgcc ttggaagaag
    25321 aggtctacgt cgaagccgcg ccattcgccg ccgatgcgga agccgtactg atagcggggc
    25381 gtggtgttac cgatcacttt caggtcgccg tgatcgtctt ccgtgccttt gccgccgtcg
    25441 atcttgccgt cgccattgag gtctttgaac ttgatgtcgc ccgggccgta ggtgaatttg
    25501 ccgctttcga gtcccttctg tgaggcgacg cccgacttat acgtgccatc ggcgttgaag
    25561 tcctccttcg tgaagtagcg atccgtctcg aagccccaga tgtcgccgta gcgcttgccg
    25621 ctgtagttgg agttgagcag cttcgtgtcg ttgtcccact ctacgacggt ggtgatgaag
    25681 tcgcccacgt tggcattggc atacactgtg acttcgccaa agcggtggcg ccaatcgatg
    25741 ttcagctccc agccgcgggt gcggagtaca ccagcgttga cgtagggggg ctttgtgccc
    25801 aagacttgtg gcacggtgcg cccgggggcg agcatgtcgc gcgtggtgcg ttgataccag
    25861 tcgaaggaga ggttcagctc attgttcagg aaaccgaagt cgccacccac gtcgagcgtt
    25921 tggatgcgtt cccatttcag ctttgaggag acgagcttgg gcatgtcgta agccacgacg
    25981 aggtcgccgc cgttgcccaa ccattgcaca gcgtcgtcat cgcttagctt gccgatggtg
    26041 gagataaaca tgttgtcgcc cacggcctgg ttgccgattt cgccatacga ggcgcgcagc
    26101 ttcatgttgc tgatcgtgcg gcggatcggc tcgaagaagc tctgctcact gatgcgccat
    26161 ccgcccgaca cggacgggaa gaaggcccag cggctgttgg atgggaagcg cgacgagccg
    26221 tcgtagcgac cattgagctc taagagccag atgcctttgt agtcgtaatt gatacgtccg
    26281 aagtaacccg cggtggccca ctgggagtgt gatccatcga caaactggtc gccgttggcg
    26341 aggttgaact ccggcatgcc agctgccagc aaatcgttgc gtgtggagga gtgcatctca
    26401 agcgtgccac tctcggcgtt ggcaccgagc atgaaattga agtggtgggc gtcttggagg
    26461 tcgagcaggt agttgccgta gagattgaag acgtagtcgc gatccaggtt tgatttctct
    26521 tcgagcgagg atgaggtggt gtagtacgcg atgtcgttga tcttgccgcc ccacgactgc
    26581 cagcccttca ccggcacctt agcgatcttt cgcttgcggt tgcggaggtt gaaggtgtag
    26641 tctgcgttca gcgtaagccc cttggccaac gtggctttgg cgaagccgcc gaggcgcgtg
    26701 taggaatcgt tatcggtttg gtcgccggct tgcttgcggt aggcgatgtc gttgcggaag
    26761 tcggtgccct tgtatgtgcc gtaaggcccg aagaagctgc cccagcgcca catatattga
    26821 taggtggtgc gtctggtggc cggccctttc agatccttgt tgctgtagtt gaagcgggcg
    26881 cccacttgca gccagtcggt gaggtcggtg gtcacgttga gcatcgttgt ccacttgttc
    26941 agcttctcgg ggttgtactt catcacgcct tcgtcgtggt tgtaacccac ggacatgtag
    27001 taagacgtct tgccgctggt gccctgtacg gagatgttgt ggctctgcga ggggcgccat
    27061 ttgcggaaca tgatgttgac catgtcccag tcggcgaagt agctgccgac gccgttctta
    27121 tctaaggtga agtcttcgcc gagcaccatc tcgcggtagc ctgacttctt gccgttgtgt
    27181 ctgtcgcgcc atttctccgc atccggtaac atcagatcga ggtgcatgcc gaagatttcg
    27241 ttctcctcac cggcgcggtt gtttgcttcg atgagggcgc ggagctgtgt cgggacgtcg
    27301 gggtaattcg gcaggatggt gggcgtttcc caagcgatgt tgttcgtgta gttcaccgtc
    27361 gtgcggtcca ccttgctggc cgatttcgtg gtgatgagga tcacgccgaa ggctgcgcgt
    27421 gcaccgtaga tggaggtgga ggcggcgtct ttgagcacgg agacgctttg gatgtcttgg
    27481 gtgttcagga gcgagatgtc gtccattggc acaccgtcca caaggatgaa gggtgcgctc
    27541 ttggcgtcgt tgctcagcgt gcccacgccg cggatggtca gtgtgggttc ggtgccaagt
    27601 tttccgctgc tgctcacgac ggagaggcct gagacggcgc cctggagggc ctttgagacg
    27661 tcagagtagg gccgggcctc gagcgtcttg ccgatgtcga ccgtggccac ggcgccagtc
    27721 aggttgacct tcttctgcgt gccgtagccg acgacgacaa cttcgttcag cagctcgctg
    27781 tcttcgtgca gcacgatgcg catggtggcc gaggccgtta cttcctgggt gcggtagccg
    27841 atgtaggaga ccacgagacg tgcgccaggc ttggcacgga gcgtgaagtg cccatcggcg
    27901 tcagtgatcg tcccgttcga ggtgcccttt tccagtacgc tcgctccgat aatggcctcg
    27961 cccttatcgt cgacgatcac gccgtgcacg acgccgtcag tctgttgcat ttcggaggtt
    28021 gctgccccat ggggcgcccc gtccgctttc atagcctgag gcatgcctcc ggccagcgcg
    28081 atcactgccc aggctgcaat gattcgctca agatgaatgc ttcgttttct tgtgtttacc
    28141 ataatatgta acgaattaaa aatgaggatg tgttagtgat ataggatgcg cactcggccg
    28201 ggatcccccc gttgccgagc gtgtattttg ctgtattacc ttattctttc cacgcgtgta
    28261 agtcccttat tgtcgaagat taggaggttt tcccgagcgc ctccttcatc ttttcttatt
    28321 cgtaaacaaa ggtaaagcac ggttcttaga ttgaaaagca ttcgggggga taaggcggcg
    28381 ttcgacggct gctgagggtg cttccgcgga tcgggaaggg gagccttcgg gggaagggcg
    28441 tttttcgtgg atggaagtgg cgtaaacggt tgtcgaagtc gtttttcgtg cgacataaaa
    28501 cgcgaaaccg accgtcgatg ccatttcgtg cgacataaaa cgacattttc gatcgtcgaa
    28561 gccatttcgt gcgacataaa acggcatttc cgaccgtcga agccgtttcg tgcgacataa
    28621 aacggcattt ccgatcgtca aagccatttc gtgcgacata aaacggcatt tccgaccgtc
    28681 gaagccattt cgtgcgacat aaaacgacat ttccgaccgt cgaggccatt tcgtgcgaca
    28741 aaatgcgatt ccgcagatcg gccacatctt ttcaatagat ggatttcggc acatcgaaac
    28801 ggccatccgc cccccagttt acttttgcgc cccacacatt atgcaatgga aaaggaaccc
    28861 gttatgacac aagacctaca cttagaaaac atccgccgcg aatattcctc gcggagcctc
    28921 agccgccgtg acctgcccga cgacccgatc gagatggtgg agcgatggct caatgaggcc
    28981 atcgaaacga aagtgaacga gcccacggcc atgatcgtgg ccacggctac cccggacgga
    29041 cggccgagca tccgcaccgt cctgctcaag gaggtgatcg gcggcgagtt cgtcttttac
    29101 agcaactatg agagccgcaa aggccaacag atcgcggcca acccgcatgt ggcgctgacc
    29161 ttcctctggc acgagctgga gcgacaaatc cacgtcgagg gacttatccg ccgcctcagc
    29221 cccgcggaga gcgacgccta cttcgccatg cggccgtaca agagccgtgt cggggcgcgc
    29281 atctcgccgc aaagccaacc catcccctcg cgcgaataca ttatgatgcg cttcgcctcg
    29341 gagagcctgc gcttcgtcgg ccgcgaggtg ccccggcccg agacgtgggg cggattcatc
    29401 gtcaagccct cccgcatcga gttctggcag gggcgcgaca gccgcctcca cgaccgcttc
    29461 ctctacgagc tccaggctga cggccactgg gatctccacc gcttagcccc ctgatcgccc
    29521 atgttacgca tcgaacacgt ggcgctctac accgccgacc tcgaggcaac gcgcgacttc
    29581 ttcgtgcgtt acttccacgc caccgccggc ccgccctacc acaacccgac gaagcagttc
    29641 cggtcctact tcctgacgtt ccccggcggc ggcgcgcggt tagaactcat gacgcgccct
    29701 gcactgctcc cacccgcctc ggccgagagc atcggctacg cccatatcgc cctcagcgtg
    29761 ggcagcccga cggaggtgga cgcactgacc gaacgcctgc gccgtgacgg ttacgctgtc
    29821 ctcagccctc cccgcaccac gggcgacggg tactacgaga gcgtcatcgc cgccatcgat
    29881 ggcctcacga tcgagatcac ggtctgattg ggatgttgag ttgttggggt gttgagttgt
    29941 tggggtgttg agttgttgag ttgttgagtt gttgagttgt tgagttgttg ggatgttgag
    30001 ttgttgagtt gttgacggat tgtaatatga ggtgcctcca caaggatggc cggcgtccct
    30061 gacgccttga ttttcttttg cctccttttc tttcatcaag gaaagaaaag gaggttccat
    30121 taggggagaa aagaagaggc gccacctctg agaccatcgt tcatcaacga ctccccgagg
    30181 ccggcgcccc tatacattat atatatagcg catccgtcag gccttcacat ccgccagcga
    30241 cgcatctcgc tcgaaagcct tccgaacaaa cgagcacacc ggtacgatct tcagcccctc
    30301 gcgccgcgca aaatccacgc ccgcctcaat caaccgccgg ccgtagccct ttcctccgaa
    30361 gtatttctcc acacccgtgt gatccacagc gatcgtcgtc gggctctgcc agccgtacgt
    30421 catctcgcca gcatacagct catcctcata aataacgaat cggccacgca gaccgtcgtc
    30481 ttctctctct attcgtatca tatcgttggg gggtataaaa aaaggaagcg tgcccccctc
    30541 tctcttcttg agatgaggga gacacgctgt cccgattcat gtgtgtgtgt acgctctctt
    30601 tatagatctc cgacaggaag agacttacag cttcggccca gccgcaacga gcgccttacc
    30661 ggctgcgtgg ccttcatact tcacgaagtt cttcacgaag cgtgcggcca agtctttagc
    30721 cttcgtctcc cactcggacg cgttggcgta cgtgtcgcgc ggatcgagga tcttcgggtc
    30781 aacacccggc agctccgtcg ggatctcgaa gttgaagaag ggcaacttct tcgtcggcgc
    30841 cttcaggatg tgcccctcaa ggatcgcgtc gatgatgcca cgcgtgtcgc ggatcgagat
    30901 gcgcttgccc gtgccgttcc atcccgtgtt caccaagtac gccttggcac cgctgcgctc
    30961 catcttcttg accagttcct cggcatactt cgtcgggtgc agttccaaga atgcctgccc
    31021 gaagcaagcg gagaaggtcg gtgtcggctc cgtgatgccg cgctccgtac ctgccagctt
    31081 agccgtgaag ccggagagga agtagtactt cgtctgctca ggcgtcagga tcgacactgg
    31141 cggcagtacc ccgaacgcgt cggccgagag gaagatcaca ttcttcgccg ccggcccctt
    31201 cgagataggc ttcacgatct tctcaatgtg ataaatgggg tacgacacac gcgtgttctc
    31261 ggtcacgctc ttgtccttga agtcgatctt accctgggcg tctaccgtca cgttctccaa
    31321 caacgcattg cggcggatgg cgtgatagat gtccggttcg ctctccttat ccaagttgat
    31381 caccttggcg tagcatccac cctcgtagtt gaacacgccc tcatcgtccc atccgtgctc
    31441 atcgtcaccg atcagcaggc gcttcgggtc agtcgagagt gtcgtcttgc ccgttcccga
    31501 gaggccaaag aagatggccg tgttctgtcc gttcatgtcc gtattggccg agcagtgcat
    31561 agaagcaaag ccctccagcg gcttgaagta attcatcatc gagaacagcc ccttcttcat
    31621 ctccccgccg taccacgtgt tgatgatcac ctgctcctta gaggtcaggt tgaagaccac
    31681 ggccgtctcc gagttcagcc ccagctcctt gtagttctcc accttcgcct tcgaggcgtt
    31741 gtaaaccacg aagtccggct cgaacgactc taattcttcc ttcgtggggc gcacgaacat
    31801 gttcgtcacg aaatgcgctt gccaagccac ttccataatg aagcgcactc ggatgcacgt
    31861 tgcacgattg gcgccgcagt agccgtccac cacaaagagc cgcttgttcg agagctcctt
    31921 ctgcgcaatc tccttcaccg cgttccacgt cttgatggat gccggcttgt tgtcgttctt
    31981 atacccctcc gacgtccacc aaaccgtgtc acggctcgtg tcatccatca cgataaactt
    32041 atccttcggc gagcgccccg tgtagatacc cgtcatgacg ttcaccgctc ccagctccgt
    32101 cagctgtccc ttctcgaagc cctccaaacc gggcttcatc tcttcgtcaa acagatcctc
    32161 ataagaagga ttgtgcacaa tctccgtggt acctgtgata ccatacttgc tcaaatcgag
    32221 ttttgccatt tccttatatt attaatgtat agaacaacca gcgtctctac cagaagaagg
    32281 cctgtattac agccctttcc cttgaagacg caggcaaaag tacgacaaat ccaaaacggc
    32341 tatcgtcgat taaagaaata tttccgtaat tggaagaaat gcgcatcatc ccttgaatgt
    32401 agctcctgaa tgctgaggaa aatcataacc aaagcatgtt tggtttatca ttgattgaat
    32461 caataataaa tcagatttcg ttggcttatc attgattgaa tcaataatga atcagatctc
    32521 attggcttat gattgatcga gttaatcata aatcagatct cattggctta tgattgatcg
    32581 agtcaataat aaatcagatt tcgtcggctt atcattgatc gagtcaatca taaatcagat
    32641 ttcgtcggct tatcattgat cgagtcaatc ataaatcaga ttctgctggc ttatgattga
    32701 tcaagtcaat cataaacgag gcttctccaa tttgtaatct acccagtcca tcctcatatc
    32761 cataaatgaa tttcacaaag tatcccgtat accactttcg tttttatcta tctttgcctc
    32821 cgataaaaga aagacggaat aatcattctt aaattagata actatggaag tcaagaaatc
    32881 gccaaaagca gatcttgaag gcagtaaagg tctgggtatc ctgatgggat tggtcgtagg
    32941 tcttgctgtg ctattcgtcg gattcgaatg gggcacgcag gagaaggcta tccaaaaggg
    33001 agacgagatc cgcgatgtca tcgctgaaga ggaaatggat atcacgaggc aggacgaaac
    33061 gcctcctccc cctcctcccc ccgaggtgca agctgtagcc gaggtgctga atgtggtgga
    33121 agacaatgcg caggtggcaa acaacgacct gttgtcgtca gaagacaatc agaaggttgc
    33181 acaggtgcag gtctatacac cgcccgcggt aacgcatgag gaggaagagg aatctccgca
    33241 acacatcttc gtggtggttg aggaaatgcc ggaatttccc ggtggtcaag ccgcattgat
    33301 gagcttcatc gccaagtcaa tcaaatatcc ggtagtcgca caggagaatg gaattcaagg
    33361 acgtgttaca tgcacatttg tggtgaacca agacggttcc atcgttgatg cacaggtggc
    33421 acgtggcatt gatccggcgc tcgacaagga agccctccgc gtgatcaact caatgccaaa
    33481 gtggaagccc ggaaagcaac gtggtaaacc cgtgcgtgtg aagtttaccc tcccggttac
    33541 cttccgactg caacaatagg ctccccttga acaggcacgt acataagagt agagccaagc
    33601 gaaaagagat gcgctaataa gaaaggtcgc cctccctacc tcaagagagc gaccttttct
    33661 aattgtctct tctgcaacgc agacggttat gttatcattc gaatacatcc tccaaacgat
    33721 cgaatcggcc gtcagccggt tacggttcga cgattcccca caaagtcttt ttgacccgat
    33781 tgtctatacg ttgtcggaag gagggaagcg cctacggcca gcctttgtgc tgatggcctg
    33841 caatctctac cgcaatgagg tgcaaatagc aatgaattcg gccttgggaa tagagatgtt
    33901 ccacaatttc acgctcctcc acgacgacct gatggacgag gcaaaaaaac gccgcaatcg
    33961 cccgactgta cacgtaaaat gggaccgaaa tactgcagtg ctttccggcg atgcgatgct
    34021 gattgccgct tatcgcttga ttggacaaac gcctcccgct tttctcaaac ccgtccttga
    34081 cctgtttacg caaacagcac ttgaaatctg cgagggacaa cagtatgaca tggaatttga
    34141 gcgacgtacg gatgtgacag aagaggagta tatggagatg attcgcctga aaacagccgt
    34201 tttgttagca tgtagcctga aaaccggtgc cctaattggc aacgcctctg aacaagatgt
    34261 cgaagtgctt tatcgtttcg ggacccatat cggattagcc tttcagctgc aagacgacct
    34321 attagacgtc tacggcgaca cacaggcctt tggtaaagac attgggggcg acatcatgtg
    34381 tgacaagaag acctatctgt caatacaaat gcaccgttta gccaacgaca aacagaaaag
    34441 acagatcgaa cgctatagaa aggcttatac ttcaaactac acacagagcg aaaagatcgc
    34501 tgccatcacg gcattgtacg atgaattagg aataaaagag ctcgcacaaa gcaagatgaa
    34561 gcagcattac aaactcgcat tagaagagct gaagaagcta agtgttgctc aggagagagt
    34621 tcaggagctt ctccgcgtat gcagtctact gatgaatcga gtaaagtgaa aggaacagag
    34681 acgatgaagt ggattgacag tcacacacat ctctatgccg aggagttcaa tgaagatcga
    34741 gaggccacga tcgaacgggc aaaagccgtt ggtataactg ccgtattgct tccgaacata
    34801 gatgtaaata gtgtcactcc attgtttcgc ctgtgtgatg agcaccctga ttttgccttc
    34861 ccaatgatgg gcttgcatcc aacgagcgtt gattctcatt actcatcgag tctacaagca
    34921 attgaaaaga cactcacgca acacccttat tcgggcattg gtgagattgg cattgacttg
    34981 tattgggatc gaacctacct gaaggaacaa aaggaaactt tcgaagagca actgaaatgg
    35041 agtatcgaca tggagcttcc ggtaagcatt catgtacggg aggccttcgc tgaagtattc
    35101 gacagtatat ataaggtagg ggcagaacgt ttaaaaggcg tattccactg tttcgcgggg
    35161 acagctgacg atttggaaga gattaagcgc atgcagcatt ttaagattgg tattaacggt
    35221 atcatcacct tcaaaaaatc accgctacct gaaattatcc gtacagctcc ttcagagata
    35281 cttttgttag agaccgatgc tccttactta gccccctcac cctaccgtgg gaaacggaat
    35341 gagccggctt atctatgcga aacggcaaag aaagtggccg agatgttgaa catgacagta
    35401 gaggagattg cagatcttac aagaaagaat gcattagcgc tgtttaatat tccgatctct
    35461 gataaacagg tgtaatcaca gtgtatttga cgcgttgcag aacaattatc gcatgctggg
    35521 aaacgagaat cagccttgtc aaaaagtttg cgtgttgtgt tttttgcgta ctttgcactc
    35581 gtttttagaa agaaagaatg agagattaaa taattaagaa caaggagaga tgctcgagtg
    35641 gttgaagagg cacgcctgga aagcgtgtat acgccaaaag cgtatcgcgg gttcgaatcc
    35701 cgctttctcc gcaagcaagc aacaagacat tgaaaattga aagtgcaagc gagatatcta
    35761 attaataaac atattcatca aagtaaaagc agatcattaa ttctaaatta gcatcactat
    35821 gaaaaagttg tttacgaaag ccttcttggg cattttagcc gtgggaacct ctacagtagc
    35881 atttgcacaa gaagcggcag aagcagcagc tcccgttgaa ggtggagttc atcaggcatt
    35941 gaagaccaag ttcattgagg gtagcgcgga cttcatgagt ttcgttgcca tcgctctgat
    36001 tttgggcttg gcgttcgttt tagaacggat catctacctg aatttggcag atgtaaatcc
    36061 gaacggaatg ttgaacgaca tagaggccgc acttgatcgg ggagatgtgg atggagcaaa
    36121 agccatcgca cgcgacacca gaggcccgat tgcttctatc gcatatcaag gactgatgag
    36181 aatcgatcag ggcatcgatg ttgtagagaa gtccattgtt gcttatggtg gtgtgcaaag
    36241 cggattgctg gaaaagaacc tgtcatggat caccctgttt attgcaatgg ctccgtcgtt
    36301 aggattcttg ggaacagtag ttggtatgat catggcgttt gataagattg agcgcgtagg
    36361 tgatatcagt ccgacggtcg ttgccggtgg tatgaaggtg gccttgatca ccacggtagg
    36421 tggtttgatc gttgcgctga tccttcaagt gttctataac tatctgttga gcaaattgga
    36481 agctatcctg aacaaaatgg aggatgcttc gattacgttg ctcgatatgg ttatcaagta
    36541 caatgtgaaa tacaaaaagt aaatccatca tggctataac caagataagg aagatgtcga
    36601 gttggatgtt gacaggcgtg atcgtcatca gcgtgatcgt ctttgcaatg ttctacttcg
    36661 gcggtgtggt cgatccggcc gcagaaaata aggagcccgt caatacatcg ctgctgcttt
    36721 attggtgcta tgcgctgttt ggcgttacaa tgatctgctt gatccttttt ggaattatgc
    36781 agttcttctc ttcattgaag actaagccaa aagctgcact cggatcgttg gtagtggtgg
    36841 ttgctttttt tgttttgctc ggtatcacct atgcaatagg cgattcgacg ccactgccgg
    36901 gcatcaatgt agattcggca cagtttaata caccggggtg gttgaaaatc tcggacatgt
    36961 ggatctattc tacgtatgtg cttttggggc tctctatttt ggcaatgatt gcaggaagcc
    37021 tcaagaagat tttgaataag taatagcaaa gaaagtcgga aagaacatgg gtaaaaagag
    37081 aaaagttccg ggaataaatg gatcttcttc tgccgacatc gctttcatgt tgttgctgtt
    37141 ctttcttttg acgacttcta tggatacgga tatggggttg gcaagaagat tgcctccacc
    37201 tcccgataaa cagcagaaga aacaagaagt cgacgtcaaa aagaggaaca tgcttgtggt
    37261 gctgatcagt tcgaccaacc atgtgttatg tggtggtgag tatgtggaca taaagcaggt
    37321 caaagccaaa gcaaaggagt ttatagccaa tgtgaataac gatcccaatt tgccggagaa
    37381 ggaagaagcc gtagtcccgt tttttggaaa gatgatgata agtaaggctc atgtcatctc
    37441 gttgcagaat gaccgaggca cacgttatca agcatacatt gacgtgcaga acgaattggc
    37501 cgcagcttac aatgaactgc gtgacgaact cgctaagcag aaatggggta aaacatttgc
    37561 tgaactgaac gaagatcagc aagaggctat ccagatgatc tatccccaaa aaatatctga
    37621 ggccgagccg aagaattatg gtggagagaa aaaaacagaa gcgaagtaaa gatttaagga
    37681 aaggagaatt gtaatgggaa aattcaaccg atcgggtgga cgtgaaatgc ccgagttgaa
    37741 cacgtcatca ctgccggact tggtctttgc gtttctgttc ttcattatga tggtaacgac
    37801 catgcgtgaa gtgacgctga aagttcagtt ccgcgcaccg caagcaacgg aattgcaaaa
    37861 gctcgagaag aagtcgctgg ttacattcat ctatgttggg cagccgacag aggaatatcg
    37921 tgccaagatg ggttcggaga gccgcctaca actgaatgat tcctttgccg agatctcgga
    37981 agtggggagt tatatcggac aggagaagtc gagtatgaaa gaggaggatc agccctttat
    38041 gaccgtctca atcaaagccg accaagacac caagatgggg ctcatcaccg acttgaagca
    38101 ggcgcttcgt gaggcttatg cactgaagat tagttattcg gcacgcaaaa aggcagattg
    38161 aaatgctatg tcttcgatcc ctttaaacgt gaagaacaac agaccctaaa gaaggatgga
    38221 tgggggcgaa tcttataaag acaagaaaaa gattcgcccc cattttgttt tctatagcta
    38281 ccctacccta cccccaacag aaaaatggat tatggaagaa tacgaattag atgacctcga
    38341 cgagaagata ctaagcatga tggtgaagga tgcgcgaaag ccattccttg aggtggcgcg
    38401 agaatgcaat gtatccggag ctgccatcca ccagcggatt cagaagttga tcaatgcggg
    38461 agtcgtgaag ggatccgagt ttatcattga caacagcaaa atcggattca agacttgcgc
    38521 ctacatggga ctttacctcc agagttcaga ccaatacgcc acaatcacgg aggagctgaa
    38581 actgatccct gagattgtgg aatgccacca cacaacaggg aagtacgacc tctttataaa
    38641 gatctacgct cgggataatg agcatctgct cagcatcatt cataaaaagc tgttgccgct
    38701 tgggctggca cgaacggaga cgttgatctc cttcaaagag ggattccgga ggcgcctgcc
    38761 gatcgatatt tccaagttgg aaaaggagga tgagagataa acagagactc tataacggtt
    38821 cgtatgggta cgcgaacttg agtttcccgc agacgaaata ggccctatcc ataaagccag
    38881 ctctgttggc gaagcgttta ggtacagaga tggggtattt aggctcggaa tagaataaat
    38941 ataggtccag aaccgaaaaa tttaggtcca gaaccgaatc atttaggttc ggaaccgaaa
    39001 aatttaggtc cagaaccgaa aaatatcgtc agcggacgta atccattcct caccgagcct
    39061 attcattcgc tcttctcgcg taaacgaatg ggcagacgcc cggggtgcac gctcgtacgc
    39121 cctctctttt cgcccgatca gcccttcccc cctctctatc tactcggcca cacacacgac
    39181 ccgttataga gcccccaaaa aaagaaacag aggtgacacc ttgctacatg tacacctcta
    39241 cttttgcggc gatcattcac ccctaaataa gacatcgaac atgaacgaaa aatggtttcg
    39301 catcctggct atcgcagcca cctgtgcatc gattctgatg tacgtatcat acatctcaca
    39361 aattcaaatg aacctgtccg ggcaaaaagg gactcccata cagcccctgt gtgcggcatt
    39421 caactgtacg ctttggacca cctacgggct gtttaagaag cctgcgaaag attggccaat
    39481 catcctggcc aacatccccg gcatcatctt agggttaatc accttcgcca ccagcttcta
    39541 aaaccagaca agcgacagcg aacgaccaat ccagaagtgg gctcttctgg ggagatgtaa
    39601 catcgcgcga cgggacctac ttcgccgcgc gatgcgtttt tagccccgtt ttcatgatta
    39661 atggaaagag ggagcggagg cccttagtat agccctgggc gttacgcccg gcttttgtca
    39721 tatatctgtt tcaaagcttc cgcccctctt tctcccaata caatcccccc attaaaaaaa
    39781 taagacgtat gacaaatcca gcatttgaaa gcatggacaa ggacaagcta cgccggatga
    39841 tcgagatccg cgaggcttac cacagcaagc agttgaccct cgacgaggcg cgcgaacgcg
    39901 tgagaaaaga agtcggcgag gtgtcgcctg aagaatttgc cgcggccgag cagttggtca
    39961 aggacgaaaa cccggacgaa tgccgcgacg aagacacgca agaggtcatc cacatctacg
    40021 aaggcctgat caaggagccg cgaaaggaat tgccatttgg tcacccgatt gatgcctacc
    40081 ggcgtgaggc cgaccgcatg aagggactca tgaaacaagg tgcggagttg gccgaggcgc
    40141 cctttgatga agaggcgtgg aacgcgctga tggacgacgt gatgaagtac aaagtgcact
    40201 tccaccgcaa gcaaaaccag ctctactccg ccctcgagcg caagggcttc acccggccct
    40261 cgaccacgat gtggacctac gacgactacg tgcgcgacga gatgaataag gcccacgacc
    40321 tgctccggca ggggcgcagg gaagacttcc tacaggcctt ccgaacgatg tcagaagaca
    40381 tgctcgacct catcggcaag gaggagctga tcctttaccc gacgtcgctc aagctgattc
    40441 ccgatgctga gtttgaggag atgaagcacg gcgatcgcga gattggcttc ttcctgatcg
    40501 acatgccggg cgacgcgccg cggcctgcca caacaccgac caatgccccc gcaagcgaag
    40561 gttttatgaa cgaactcgcc gcgctgctca gcaagtacgg gatgggcaca aaggctgacg
    40621 accgcgtgct cgacgtggcc gagggcaagc tgacgctgga gcagatcaac ctgctcttcc
    40681 gccatctgcc cgtcgacatc tcgtacgtgg acgaaaacga gctcgtcaag ttctacaccg
    40741 acacgcccca ccgcgtcttc ccgcgcagca agggcgtcat cggccgcgag gtgaagaact
    40801 gccacccgcc caaaagcgta cacctcgtgg aggagatcat cgagaaattc cgcaccggcg
    40861 agcagagccg cgccgagttc tggattaaca agccggggct cttcatttac atcgtatacg
    40921 tggccgtgcg cgacgccaac gggcgcttcc gcggcgtgat ggagatgatg caaaactgca
    40981 cgcacatccg cgagctcgag gggtcacgca cactgctcac gtgggacggc gagcggaaag
    41041 gggagcagcc ctcggccgcg cctgaagagg cagccgcatc acccggtgca atcaccaaag
    41101 acacgaagct caaggcgctc gtgacgcgtt acccgaagct gctcgacgac ctgcccacca
    41161 tcaacgaaaa gttcgccatg ctccggacgc ccatagccaa agtgatgctc cccatcgcca
    41221 ccgtcgggat gatgagcgaa cgaacaggca tgccgctcgg cgaactgatc acgaagctcg
    41281 aggcgctgat cgagacgtat aagctgaaaa acgaaaagtg aaaaacaacc gggcacacga
    41341 atgggggttc ccaaaaccgt gtgcccggct ggggaggggc gtttgcgggg cgccccgcaa
    41401 gtcccaaatt ctgagttttg acgtttgcgg ggcgccccgc aagctccaaa ttctgagttt
    41461 tagtgtttgc ggggcacccg caagctccaa attctgagtt ttagtgtttg cggggcaccc
    41521 cgcaagtccc aaattctgag ttttgacgtt tgcggggcac cccgcaagct ccaaattctg
    41581 agttttgatg tttgcggggc gccccgcaag tgctgcgaaa aacatcgtgg ggccctatgc
    41641 ttcggtacga cgtctttccg gtctgcaatc cattctattt ttgcccccgt ctaactaaaa
    41701 attcaaagag aaatgagaaa gtacagatgt accgtatgcg actacattta tgatcccgag
    41761 gtgggagatc cggacggtgg aatagacccg ggcacggcgt ttgaagagat ccccgacgat
    41821 tgggtatgcc ccctctgcgg tgtcggcaag gaagacttcg aaccggtata acccctcggc
    41881 cctcccccac ccacggtggc gaaggttttg tatgaagaca gtgcgcgaga tcggccagtg
    41941 actccccccg gggataagtc ggccgatctc gctttttcat atcctctgcc gaaatgtcag
    42001 tcaaggcatc aaaaacaagg gaggggaggc cgcagccgtt aagcccggtt aagccccccg
    42061 gagaggctgg ttaaaagtgc gaaaaagcca ggcggagcaa agaataattg cacccttttt
    42121 gagttctcag accgcatcac ttactaatca attaaagatc gaaacaatga atgcaatgtg
    42181 gaaaaaagga ttagcgatcg cccttgtagc ggcgatcagc tttgtgtcgg ccatgggggc
    42241 cgtcacgtat atggcacatc gcaacgccga tgtccgcgcc atagtgggcg acgacggtgc
    42301 gtttaagcag tcggtgcatc tggccggcta tcaggctgag ccagccgaac gcacagactt
    42361 cacatatgct gccgatatgg cagtccatgc tgtggtgcac atcaaggcaa cgaccaagat
    42421 ggacaactcg cgcatgcgag ggggcgacga catcttcgac cccttcgagt tcttctttgg
    42481 caacggcggc ggcttccagc aacgcatgcc tcagccacgt gtcggagcag gctcgggcgt
    42541 gatcatctcc accgacgggt atatcgtgac caacaaccac gtggtagaaa actcggacga
    42601 gttagaggtg acactcaacg acaaccgcaa gttctccgcc aagatcatcg gcaccgaccc
    42661 cagcacagac atcgccctga tcaagatcga cgcgaaggat ctcaagacgc tgcccttcgg
    42721 cgactccgag cagctccgcg tgggcgaatg ggtcttggcc gtcggtaacc cgtttaatct
    42781 gaactctacg gttacagcag gcatcgtcag cgccaagggg cgcggcatta tgacgggcgg
    42841 ctccgatcgc aacaagatcg aatcgttcat ccagaccgac gcagccgtga atccgggcaa
    42901 cagcggcggc gcactcgtca acacacgcgg cgaattggtg ggcatcaaca ccgccatcta
    42961 ctccgagacg ggcaacttcg ccggatactc cttcgccgtg cccatcagca ttgcgggcaa
    43021 ggtggtcagc gacctgaagc agtacggagc cgtgcagcgc gccctcttag gcgtatcgat
    43081 ccagaacgcc gagaccgccg ccacggaaga caagaaggtg aaggagctcg agggcgctta
    43141 cgtgggcgac ttttcccagc acagttcggc caaatctgcc ggtttggaag tgggcgacgt
    43201 catcacggcc gtcaacggcg tgcgggttcg ctccgccaat gcactgcaag aacagatcag
    43261 caaacaccgc ccgggcgata aggtgaagct cgatgtagat cgctacggat cgaagaagac
    43321 cttcaccgtg gagctgcgta actcgcaggg cagcacagcg gtggtgaaaa agaatggcga
    43381 tgccgccgag gtgctcggag ccgccttccg cgccctcagc gatgaacaga aacgcgagta
    43441 cggtgttagt tatggtatcg aggtcaacgg catcagccgc ggcaaggtgc aggacgctgg
    43501 catccgcaaa ggcttcatca tcatggtagt gaacgaccag cgcatcacct cgcccgaaga
    43561 tctctacaag atcgtggagc gggtgcagaa aggatcgtct gaggagcagg ggctcttcgt
    43621 caaaggcttc tacccgaacg gccgcacaca gttctacgcc atcaacctga cggagtaaac
    43681 aggaagggag caacggtagg tgagacacca taagcaacgc agcaaatgcg cagtgttgca
    43741 aagtctcacc ctatctttgc ccccgtattc cattgatata tatatctatc gaatgagaca
    43801 attaaagatt accaagtcaa tcaccaaccg tgagagtgca tcgttagaca aatacctcca
    43861 agagatcggt cgcgaggatc tgatcaccgt agaggaagaa gtcgagcttg cacaagccat
    43921 caaaaaaggc gaccgcaaag cgctggagaa gctcacccga gccaacctgc gcttcgtcgt
    43981 ttccgtggct aagcagtacc agaaccaagg cctgagcctg cctgacctca tcaacgaggg
    44041 caacctgggg ctgatcaaag ccgccgagaa attcgacgag acccgcggat tcaagttcat
    44101 ctcctacgcc gtctggtgga tccgccaatc catcttgcaa gccctggccg agcaatcgcg
    44161 cattgtgcgc ctaccgctca atcaggtcgg gtcgctcaac aagatcggca aggtgctctc
    44221 ccgcttcgag caggagaacg agcggcgccc ctccaccgag gagctggccg aggagctgga
    44281 catccccgtg gagaagatca cggataccct caaagtctcc ggcagacacg tctccgtaga
    44341 cgcccccttc gtggagggtg aggacaacag cctgcttgat gtgctcgtga atgaggacac
    44401 ccccaacacg gatgggacat tgatgtacga atcgctgtcg agggaaatcg acagggcact
    44461 tgccacactg accgagcgcg agagtgacat cattaagatg ttctttggca tcggctgcca
    44521 agaagtcaca ctggaagaga ttggcgacaa gttcgggctc acccgcgagc gcgtccgcca
    44581 gatcaaggag aaagccatcc gacgcttacg gcagggaacg cgcagcaagc tgctcaaatc
    44641 ttatttaggc tgagccctac ggacagaccc ccgcccgcag aagggcgccg ggcagaactc
    44701 cggagttcag gaaaaaagga atcccgggag tgactctttc attcaagagc acttccggga
    44761 tttccttgtt tatactccat cgtccgtcag gggaagggcg tatgcgatac gcccctacag
    44821 cctgtcggaa ctggatttat ttctcgccga ggaatgggta gccataatgc accgggggca
    44881 cgaaggtctc cttgatgcag cgcgggttcg tccagcggat caagttcagc gggccaccgg
    44941 ccttgtcgtt cgtacccgat gcgcgcgaac cgccgaaggg ttgctgtgcg atgacggcgc
    45001 ccgtcggctt gtcgttcacg tagaagttgc ccgcggcata gcgcagcttg cggaaggccg
    45061 tctcgatggc gtaacgatcg caggcgaaga tggagccggt caggccgtag ggcgaggtgc
    45121 ggtcgcagac gtcgagtgtc tcctcatact tcgcgtcgtc atagacatag atggtgatca
    45181 cggggccgaa gatttcttcg gtcatcgtct tgaaggccgg gttggtggtt tggatcacgg
    45241 tcggctcgat gaagtaacct gtcgacttgt cgccccgtcc gccgaagagg atttcggcat
    45301 cggatgcctc gcgggcgtgg ttgatgtagc ccatgatgtt gtcgaacgaa gtctcgtcga
    45361 tcacggcgtt gatgaagttc gtgaagtctt gcacgtcgcc catcttgatc tccttcagca
    45421 tctcgcccac gcgctccttg atctctttcc acagcgactt aggcaggtag gcccgcgatc
    45481 cggcggagca tttctgacct tgatactcga aggcgccgcg cacgatggcc gctgccacat
    45541 cactggccga agctgagggg tgggcgaaga tgaagttctt gccgcctgtc tcgcccacga
    45601 ttttggggta cgacttgtag gtcttcaggt gctcgcccat ctgtcgccaa agcgtgttga
    45661 aggtgtccgt ggagccggtg aagtggaagc cggcaaagtc ggggctggac agtatcacgc
    45721 gcccaatcag gctgccttgg ccggggatga aattcacgac accgtctggc agaccggcct
    45781 ctttgaagac cttcatgagg aggtagttgg agtagatggc tgtcgttgag ggcttccaca
    45841 cggctacgtt acccatcatg gccggcgcca tgttgaggtt cgaggcgatg gaggtgaagt
    45901 tgaacggcgt cagggagaag acgaagcctt ctaaggcgcg atactccaag cggttgatga
    45961 tgcctttctc cgaatagggt tggtcggcat agatctgccc ggcatagaag gcgctgtagc
    46021 gcaggaagtc gatcagctcg cagggcgcgt cgatctcggc ctggaagggg ttcttgctct
    46081 ggccgagcat cacggccgcg ttgagctggt agcgatactt cgtggcgaag agttcggcag
    46141 cgcgcagcat caccatcgcc cgctcctccc acggcagcga agaccagtcg tgatgtgcct
    46201 tcatggccgc gtcgatggcc atttgcactt ccttttcacc tgccttgtgg taggtggcca
    46261 gcacatggcg gtggtcgtgt ggcatcacca ccttgcccgt ctgccccgtg cggatctcct
    46321 tgccgccgat cacgagcggg atgtcccatt cttcggcgct cagttgcaac agtgcctttt
    46381 tcaaggctgc tttatcactc gtgccggggg cgtacgtcct caccggctca tttcccgggt
    46441 tcgggaatcg gtaaatcgaa ttgttcatgt ctctgtttct tatcgatgat tgaagtgtgg
    46501 ccaaagatat acgcctgcgc acaatcctct tttccgcccc cacgactgac cgccccccta
    46561 gccgccccgt aggattcgag agctacgccc gtttgacgct gatttacggt atatcggggt
    46621 catgcaagcc tgcacggggc tgatatactg tatatcgagg ccatgcatgc ctgcacggga
    46681 ctgatatacg gtatatcggg gccatgcaag cctgcgcgga gctgatatac tgtatatcga
    46741 ggccatgcaa gtctgcgcgg ggctgatata ctgtatatcg ggccatacaa gcctgcacgg
    46801 ggctgatata ctgtatatcg aggccatgca agcctgcgac ggatagaaat agtgtatttc
    46861 cgggccaaac aagccggcgc gggaggcttt cgtttttctg ttgcccgttt acttttgcca
    46921 ccgataaaca aattattcac ataggaggag gcgccgtaaa ggttgccgcc ccaaggggtg
    46981 ccttacttac acaggctgag atcataccct aagaacctga tccgggtaat gccggcggag
    47041 ggacaaaagg tggttttcat ctcttttttg tgcacagtaa atcgctcccc atttaattga
    47101 tacaatcaaa tgaggaagat tttctacagc gtggccggac tgctgactct gtccggcgga
    47161 atgtcgatca cggcgcaaca ggccgtcgtg gatacgacga atgtgtatga actgaacgag
    47221 gtcgttgttt cggccgtgca ggccaagcgc gagacgcccg tggccttccg caacgtatcg
    47281 gcggcggagc tgcgcgagaa caacacgggc cagtcgctgc cctacctctt cacccagacg
    47341 ccctcggtgg tcgtcacctc agacggaggc aacggcgtgg gctacgtctc catgcgggtg
    47401 cgtggcacgg acgcgggccg catcaacttc accgtcgacg gcgtgccggt gaacgactcg
    47461 gagagccacg gcgtcttctg ggtcaacatg cccgacttcg cctcgtcggt cgagtcgata
    47521 cagattcagc gcggcgcggg cacgtcgacc aacggagccg cggctttcgg cgccacggtg
    47581 gccatgcaaa cacagcgccc acggttagaa ccgtatttcg aggcctcgtc tgcggcgggt
    47641 agctatggca cctttgcgca caccgtgcgc ggcgggacgg gactcatcgg caaccatttc
    47701 gtcttcgacg cccgttactc caacgtccag accgacggct acatcgagcg cgcacgggcg
    47761 aacatgagtt cgtattacgc ttcggcggcc tactacaacg gtggcacgat gctcaagttt
    47821 caaacctttg gcagcagcga ggtgagctat caggcttgga atggcgtcga cgccgatacg
    47881 ttgcgcacca atcggcgata caacagctgc ggcaagtaca ctgacgagaa cggcgtgacg
    47941 cgcttctacg acaaccagac ggacaactac tggcagcacc actatcacct cttagccacg
    48001 caacgcctca cggacggcct caacctcaac gtgacgctgc actacaccga cggccgcggg
    48061 tattacgagg agtataagcc ccgcgcgaag tatgcggcct acaagctgcc caactacacg
    48121 ggcgccgatg gcaaggagca gaagcgcacc gacctcgtgc gccgcaaatg gctccagaac
    48181 gacttctacg gcgcgctggc tcgcctgacc tacacccgcg accggctgca agccgtctgg
    48241 ggcgcctcga tcaacaacta cacgggcgat cacttcgggc gcgtcctgtg gatgaagacc
    48301 gtcctggcca tgccgcggcc cgactatgag tattaccgca gccggggcga gaagctggat
    48361 tacaacacct tcctgaaggc ctcctatcgc ctgtcgaacg tcctcagcgc ctatgccgac
    48421 ctgcaatacc gtggcatcga ctacagcatc acgggcgacg acgacaaggc gggcgcgatc
    48481 gatgtgcatc gcaccttctc cttcttcaac cccaaggcgg ggatctccta cgagcgcggc
    48541 ggcaaccatg cctacgcctc gtttgccgtg gcacaccgcg agccgaatcg caagaacttc
    48601 accgagaacg gaccctcggc gcagcctacc tacgagacgc tctacgacta cgaagcaggc
    48661 tacgaataca ccggccgcgc cttccacctc ggcgccaacc tctattatat ggactacgac
    48721 aaccagctcg tgctgacggg caagatctcc gagatcggcg aggcgctcac gtcgaacatc
    48781 aaggacagct atcgcatggg tgtggagatg agcggcggcc tgcgcctcgc gccgtgctta
    48841 gactggagtg gcaacgtgac cttgagcagc aacaagatcc gcaacttcac ggagtatgtc
    48901 gacacctacg acaaggactg gaacgtgctg ccgcagacgg tgaatgagtt aggcacgacg
    48961 gacatcgcct tctcgcccaa cctgaccttc ggcagcacct tcgacttcca ctggcgaggc
    49021 ttcaccgcgg cgctgatgtc gtcgtacgtc gggcggcaat acttagacaa cacctccgcc
    49081 cgcgagcgca gcatcgatcc ctacttcctc agcgacttgc gcgtaggcta cgccttccac
    49141 ccgagcttca tgcaggagat cggcctcgac ctcagcgtcc gcaacctctt caacgccgag
    49201 tatgagtcag gcggctggac gtacagctcc atccaggacg gccgtcggtc cacctcgtc
//
LOCUS       SEQF3106|MIQD01000010.146701 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..46701
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             149..739
                     /locus_tag="SEQF3106_00479"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPAQLDTVGHEVEHADDARIIDAGQPIKLVHDGNTLRLIVGRTD
                     QVSDAIDDHKVDAAVSMMKQIHAFADQFQTVFAGEGGQIERMVEVGHGRERSASQRLA
                     QVFVELRLGLLRVVMQDGQPLGIGCDFQAQRPFGGQHSFSQSAGQDGGDVVAFPCTLA
                     TRDAKQIILRTERHAVYGHYRLGRIGWIVIIDLARA"
     CDS             complement(1804..2205)
                     /locus_tag="SEQF3106_00480"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMDTEIYSDEHLLAELHSLKESINRIADFILEMKQDYSVLDEKI
                     ELNSADVMRLLGISRASLARWRNARAIPFRYVSSNHVVYPFKGLYIAVKTGRASFKGF
                     RRVEALQRLNAYKDGILKGYMGDSKIPFEEL"
     CDS             complement(2202..2768)
                     /locus_tag="SEQF3106_00481"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADGILIPTLAIRYSNDRPLSSELCGRYDCIICMDTNKRIITEK
                     ERCVYIVGESLEMMCAQCDNLKERADLADMEYSNFLKACKMKRHITLDTYRRCVSAFD
                     KDVVIFHSPKGVIDYLKIGYKKNRVYTTIAKEDIIPLLYALQMEQVEKMMLNSYWFSR
                     YLEDQPESLGKILKHSKNPQLLHLMERK"
     CDS             3433..3864
                     /gene="xerD_2"
                     /locus_tag="SEQF3106_00482"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A0P0"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MTKRQKTSVETNVLLLDIPRAIIAKYSHKTYRDGKLFPVLTNQK
                     TNSYLKEIADLCGIKKKLTFHLARHTFATMSLSKGVPIESVSKMLGHTNIRTTQIYAR
                     ITNKKIEHDMEQLSEKLGKFNSAMGLHSYKTAMIVTFDISS"
     CDS             complement(4233..6221)
                     /locus_tag="SEQF3106_00483"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKQLIIWMVMLWSAFSAAGQVRYPNAVAGPEGIYVNCGNRIPR
                     DFAYQVFRRAKGGKTWDEMATIACENHFDAFFNKVVLANVHNPVYQLPGDEKKKGMIW
                     QLVQRASFADSIPLFGTLPMYREALGVTWYDGTAEKGQKYEYKVVTLQAGRQPEEQVT
                     AAISYPLTPRSDYGIKVSKHEVKGEWIDLSFTIGNKQDMYAAKLMRGYHLQSDLVPLS
                     IRVGFRSENDALTAIVTDTAAVRRGLVLYCLQPYDIYGNPGRPSDTIRITNLTDLDET
                     NYAGLNAHPDKEGIRLTWHFPKPEFLRSIDIYKATGFRDSLDYRYLLSVSPSDTSYLD
                     KDVIPSEIYSYKVVINNAYGESPLSMSAMGWYYGDKPATAPVDLRAEVSMGAVKLMWT
                     RPDGDTKAYYIMRSVEGDTTLQQVGAAILSDSLLVTYTDSVNDVNCTMLTYAVRSENA
                     SRNLSPLSERVYVTPMRNVRLTAPQNLTTHYADKRVWVSWDMAEEFDRNVMGYRLERR
                     IAPTNKADTSQHFKPIRTNKMLMNYYEDADVKEGLTYEYRLFSVGAHGLESPPSVVSS
                     CQVPVVKPLSISSLQVQKTKGGYRLAWEETEQEGIACYKVYRVQENRPPRLLATMKKN
                     ETSYFDSVKEDKVIYLYTVTCTGTNGVESEVIQWMGAN"
     CDS             complement(6612..15740)
                     /locus_tag="SEQF3106_00484"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCSHSKQQSIRRLLLAVFVATAALSNAAAQLYQINQTVQVLPPY
                     TDKLSDYFASPGKIVSVITTTGQSITDDYLYYLYGSIESTDNARIRIGTNPRITLHPR
                     YMRRAPGAGFAPYTLKYDELQQIFSEQTLLYQGITREQVQRNGLPPGSYRICFRLFIK
                     AGWMNQFEEVGKSCSAPFQIRKKEAIVNQTVQVLPPYTNKLSDYFQSPGKIQSIITVT
                     QYPDNQAFFDVTGTLEQVGGNVRIGSGQFKTFVRINGTQSGNNVIFSPYILTHTNYTE
                     MFQEPMVYQGITREQVQRDGLPEGNYRLCFKLRNAQTGKEIGTYCSAPFQIRKKEAIV
                     NQTVQVLPPYTNKLSDYFQSPGKIQSIITVTQYPDNQAFFDVTGTLEQVGGGIRIGSG
                     QFKTSVRINGTPSGNNVIFSPYTLTHTNYTEMFRDPMVYQGITREQVLRDGLPEGSYR
                     LCFKLRNARAGKEIGTYCSAPFQIRKKDAIVNQAVMVMPPYTNKLSDYFETPGKIRDV
                     ITITQYPDNNASLRVQGTLESTDGKIAIGSAQHAASVQIKGTSSGNQTIFTPYTLTHN
                     DLRDIFKEPINYQGITREQVLRDGLPEGSYRLCFKVYDAKRNQLLSQMCSPPFMVAPP
                     MLSALEPPQLIQPYDGSELPPEQKQTVQFTWTMPPGAPATTQYMIKIIELNDRYANYR
                     DMLRNSSYPAFFETTVRGVPTYLYTPANPAFKEDKMYAWVVRAIGDNVSMQTAIVPGT
                     TFKNDGYSEPAVFTFKKNKLVKVEPPKEKKPKEIVSEEGLKIFVPGCRNCKGNNDDLT
                     NDIPEVGSTYQLQGHTLNPNLLSGPNANADPKGRKLSNGDVKADLGSTSLASGSGTKI
                     EIPADAIAVNNARNFYLRWEDKSSLLAKRQPKPGEGIIYHLQIREAKTEKLVWEKDVW
                     NHSSYEQTKKGLPFVDGQKYRLHIAAMRGVVTPNGFAAVIDAKGKPDVLASSCQCEFT
                     YMKLKDVPNLVEYTVKGKLSYFFEHDPEIFPLTTTTATLTRYTRLIDAKTKKPVPIYS
                     KMSTPNDDRHSVPIKIKDDGTFEVTIYAYPDGGLIEEDQRIRLGEFAARGDLYEFFNL
                     ELNSPYYKPLDKEGKRPSKTEVNLSDRTIDLGEISFNVWSYTLEIEMSRGYSEKKGAT
                     EAQGFHRNQDMTGLRGDVKRATEKTGDIPRYEGDMHLGSPSDKKLAASAVRNDKGFSA
                     TIDQKEAPIARGKVSVVTDKNGKKRTIITFDRLICNFQSNDEYLFNILQETEVGGKKK
                     TLYANGFNKEAFRYIPNMKELNEKMKTGQSRFVVKRKAVLIDDTPPRSTVKGRLVFKD
                     PCDNESKERAFANTDVALVLTYLLEDGKGHSTVMNVEELLKDHGRNGAITITKPEYFP
                     GEHVRKYLLDSLENRSKVLAVARTDANGNFEFKDFVRIDSTFTEAYKDDTGTSGDIVS
                     CTVKLNGTLRATVRLVINSPKRHWWRNPSKNIDIQPNSSMDVGTLLALQNTYLLKIKP
                     IGDPHDKTIDYPGQQLNGAVVKVTRDEMYNGEGAGGIVVKEKTAEPKEDGCVFSVPKH
                     RWQLIPRNDGTMREEEVNELLIAVSTSDSTGEHSFYPDRIRYPKDYIGREVKRRSEKA
                     RETGVITIEKGCEGVYESSYGDYLFTTGFKKETCECPITLEAKRPIISGRVLDSENTK
                     RSVEDGEVRLRYSYKKHVEEYVYVRKGRIGQPMTPYEEISEGLLLTRSVSEAKGHGYF
                     QFDNLIPNYDYEEKKNVWDQEKKNIIAKSEIRWVSASQYQLSVIAKGYRLELFEQKGK
                     GKTNINGNSLWFPAEPMKPKMGQQLYFPQILMKPSGTITGYVVDEEGHPQEAIVFTTR
                     SMEHRTSGGKEFGGSNRFSVPAPSGYTDTLFVQPVNRAYFTDTILIPEMPEGKYDVGK
                     VVVMERKHRIRIVVHPKKQGEHSASTRSGQSINGKYIGKQSGLSGITVRIDAPGVKEQ
                     VTNDKGVVEFKFKNASNGNFHYELIPPENSDYIASSGELTNHESKHIVEYNYWMRKGA
                     TVSGRVTSDGKPVPEAKIWVMNGDNKREVTADADGRYTLRGIKAIGDQANSSAQTLAS
                     SSKNVRKTQNESRLPSGGKYYATIHCGAPKEKEEYANLLGKDTEASFADIDGKATVDF
                     DLDIFYKANISTLHGFKVTVTDVKEDGGDNYRISGSIQLDKVPGRFGKRDRMDQNPAF
                     KDLKVRINHSEKDTKGRPYFEVPGEGFSIGMKLMNVDLKGTEHSYRVLLANAGDAFLN
                     ISKEGLTGGFIRSKAQIEPASFSFSSTNFTFENDQFYLSEAGDGRSNGQVTSFKSYVS
                     EEKMNAWKTETEKGREYLIHNADFRPVAFKFVEFDATSPINRSRLGTDGVIRLKPDVW
                     FINPLFKPFNKIDTIRLDLPEVKITPSDVEGDVKLDKIDVKFEKWTIEVRNCKVDATK
                     GGISSNDFVVRTGKIDLRGNDFLLNKDMFRLDGFAMDKIPLGKDVANIDIESGKIQFG
                     ADSMCGRDLKPHLKLSVVGKPAGSIKGLPGFAHPLVFQMISLLSSGEDILSFAPDCEK
                     MRLHDVVDFLPYTINSYEDAFSLDGAIDYGIPRIPTNINHKLLYTKKSGKLNLEIKTS
                     DISFTNVGTFKSLKSRKDLQLITPGLAELHGTIEEPGALDPLQVVVRKQRTSPGNYRI
                     WMELEDQKQPRQSICLGGGRPGSGDAEFRVERADMVILPEKNDWDFLRLKLVPSDAYG
                     NKSGFGTAPLYFALAGELRTDTEVDPQKQQIKMVGTDRNPQQEGVPQDGFVGFKFVYD
                     HPRQELTGNMHIQEKNVGGTKFSGDLAMAVGRYGFYFAGGGEFQSSPFGRVACGMIFG
                     SYDRPVPSQVWEQVLSRSKRKELPCDFTGGQLRGFYAMGAMDVPLTSINYSFDAGIAS
                     GGVRFHAGVEGAVWGSFLPGNEKIGVSGMLYLDAEAYLHAITCTSVDARLTATVKGES
                     TLAFRSPYTARLNVCGDLNFSFCVMQKIPTVFFGCVKPPLIPYKVYYNEAVHAGFSAA
                     IDLKDPLHSLRIENATVGMGRCKSPGFCTPVKSEKRGACD"
     CDS             complement(15724..17415)
                     /locus_tag="SEQF3106_00485"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTHMKTILATLLLLITAHALQAQELSDLKNVKPFDINGSIGLN
                     TSFYSVSGIPERQAPFAYGINANATLTVYGISMPFSFTWYNNNKKGSFSQPFNQFGIS
                     PTYKWLTLHLGYRNLTFSEFTLNGYTFLGAAVEARPGKLRLGAVYGKFNQNSTYDLAM
                     ADSMPKLTRTGWAAKVGYGTESRFIDLSVVRIGDNTKNFDSLAFKPGMPTPEQNIAFG
                     LTSHFAFTPQLMFTFDGSYSFYTKNRMELPPDSISDGWLRLANGLITVNGTTTYFKAF
                     KTSLSYRFTPTIVTGIEYRRIDPGFRSMGSYFFNNDVQHITFNQTVGLMDGKLNLNGS
                     LGIQNDNLDGSKANTAHRIIGSLSGNYTINENWALDASFNNYSTNQRAYKTAGSDSLL
                     IFQVNRTFMLMPRFTKATPTASHMVMLNLNYTTLDDRNKTTSDMVDTDTYMAMLLYNF
                     GLPVLRLNISAGTNYTRMTNKNFENILLGGNLNLSKTFLSDKLSLNWSNNIMSNKIND
                     DSGLIFNSALNAAYRFHPKHLLSLNFSLINNRFANEAAIPSYDEIRGDISYVFTF"
     CDS             complement(17972..18946)
                     /locus_tag="SEQF3106_00486"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRAKRISIWAIALVGLMTVTSAAKAGDYDFKSKGVYYKKNGLS
                     GAFSRVAKVVPEKASYPYYTADANKPTGDISIPRTVTERKALGFVDIPYIVTEIGDYA
                     FYGCKGLKRMTIPSSVHRIGNEAFRECSWMTSVEVSGNGLRVIGDAAFAGCDHLERVN
                     IPHGVTKIGRAAFDLCGNLEKLDIPSTVTAMGDNLIEDCDKLKTITVHWATPIDVPAN
                     AFSGSQNRITLKVPRGTEAAYRAHAVWGRFKVIEPTANEAVEASRIYTSDGALRLTLP
                     SPEAVYIYGISGAMVKRLALPAGNHVQPLPAGIYVVRVGDAVAKVIVN"
     CDS             complement(19709..20380)
                     /gene="degU"
                     /locus_tag="SEQF3106_00487"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P13800"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcriptional regulatory protein DegU"
                     /translation="MNPNFACKKEMNLDIKVAIYEDNDALRESLTYLIKGSGLLRFAG
                     AYSDCRAILENCESERPDVVLMDIDMPYLSGIDATRLVKDKYPEINVMMLTVMDDRDK
                     IFDALRAGATGYLLKKVSAIQIIEAVTELANGGSPMSSEIARKVLEFFTAPSRKIKND
                     YSLSAREFDVLKRLVMGDSYKMIADHCCISIGTVCGHINSIYRKLAVNSKSEAVVKAI
                     KERLV"
     CDS             complement(20451..23612)
                     /gene="degS"
                     /locus_tag="SEQF3106_00488"
                     /EC_number="2.7.13.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P13799"
                     /codon_start=1
                     /transl_table=11
                     /product="Signal transduction histidine-protein
                     kinase/phosphatase DegS"
                     /translation="MHRTYDIRELKLNGTVSRFFRLIGVGALFLFLFNLTTHTQSLRL
                     PLKPIAEEYIFNEIKLPGDLPFRDVIALQQDKHGFVWFASKHGLIRYDGHDFKTYRHI
                     PGDTTSLIDTELLSLRLLGDTLLCIGGVHGVSLIDIRTQKITNLSRDQDGEPVELVND
                     IFPDPDGTIWLAALNGLYSLNAGFTGIINHHLKQPPFTKGNPTFTKRVYCIAQHTVDK
                     NRLLLGVERGVLSFDKRRNRLHKIHPNTEATFSHSEPTVYRFRQEGNYLWGLCWISGL
                     PRFDMTTETWRNFGYPQSDKSKGNTSKVWAVSDFMVKNENELWVCDWDWGLAVFNKSS
                     ERLVPLKQSPNGDVLKKPKLNIFQLSDGAIWLSCKEGLWRQNLRAKQFRELDIPFPHT
                     WVMGMLHDEETEEYYFGMFQDSYGLACWDARAQQWIFYRPETNRQEMFNTTDIFKDSR
                     GVLWVGVSRRGLWYVDKQSKTLKQFIPPDKNHPEQWGNTIFKIFEDSQHNLWLGTGKF
                     GVIRLNSDRTKADYFMNNPADDNSLYGKTRFFAIAEDHRGRIWIGSRTGFCTYDPQTG
                     KFSREIPRRLQKIGVRDGDVYSIVRDTTNAMWLTIEGQGLVKVKEQADGEFAFKVYQT
                     DGGLKDLMLRFMTADKQGNFWIVNNGLLYFNPYNESFMLTDERNGLLENLEGDDRIMV
                     DRYGNVFCGGQVGIGWLNEVERYSRSSISNLIIETVSINSRAVTDWNPYAERAALPTV
                     MYDRNNFTFSYTAICFEDYDQVRYRYKLEGLEKDWNPPTTLLEARYTNLKPGKYRFVV
                     DAAYKGNWLGYHRTVEFEISQVFWKTGWFLSFVLLTVVGIGLTIHRIRREQEEKRKRI
                     RLKIASDLHDDVGSTLSSISIMSDLLQSRPEESANSEEMLRKIGSDARNLLDSMDDII
                     WSVNPQNDSFQNIIVRIREYAIPLFEPLDVKFSVVVSAGILSLQLPMEMRRNLFLIAK
                     EAINNTAKYSGCTEASIEFSYARSILKMTVADNGRGFDASKDHARNGLRNMKFRGEKI
                     GGKVTIRSTIGKGTTVTLVLRVG"
     CDS             complement(24231..25613)
                     /gene="cusC"
                     /locus_tag="SEQF3106_00489"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77211"
                     /codon_start=1
                     /transl_table=11
                     /product="Cation efflux system protein CusC"
                     /translation="MKTIWMKRVVLTLAAAALLTGCGIYTNYHRPDSIRTDGLYGDAE
                     KPGGDTANLGRLPWRDIFTDARLQALIEQGLRNNTDLGRAHLQVEQAEASLSAADLSF
                     LPAFALAPQGTLSSFDGAAPSQTYRLPLTASWQLDVFGSLRNARRRSKTLLEASRAYE
                     QAVRAQIISGIATYYYTLAMLDEQLKISEETADNWQKNVETMRALMAAGRYNDAAVSQ
                     SEANWYSVSASVLSLRQQIRETENRLAILLGDSIHAMERSGMDAWQIPASLSVGLPAS
                     LLSQRPDVMRAEQSLAAAFYATNAARSAFYPSITLSGTAGWTNSGGAIIVNPGKFLWT
                     AVASLTQPLFQNGRLRAQLRIARAEQESAALTFRQTLLNAGMEVNNALTQVQTYEAKA
                     EYYDKQVAALERAVKATTLLMEHGSATYLEVLTAQQSLLAARLTCLTNRYNEISSVIT
                     LYQALGGGAE"
     CDS             complement(25613..28813)
                     /gene="bepE"
                     /locus_tag="SEQF3106_00490"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8G2M6"
                     /codon_start=1
                     /transl_table=11
                     /product="Efflux pump membrane transporter BepE"
                     /translation="MKGNVFIKRPVLAISISILIVIVGLISLFTLPVEQYPNIAPPTV
                     MVSTAYTGADAEAVQKSVIMPLEENINGVENMIYMSSTATNSGSASISVYFKQGTDPD
                     MAAVNVQNRVARAQGLLPAEVTRVGVSTQKRQTSFLQINALTCTNGKYDESFLSNYLD
                     INIIPQIKRIEGVGDVMEMGDTYSMRIWLKPDVMAQYGLVPSDITAVLGEQNIEAPTG
                     SLGENSDNTFQYTMKYKGRLVSVEEFSNMVIRADESGNVLRLKDVARVELGSQSYSFH
                     GTMDGKPAVSFMTFQVSGANATETNARITALLQKLSKDLPDGLEFTNMMSSNDFLYAS
                     IHNVVETLVIAILLVILVVYFFLQDFKSTLIPSISIIVSLIGTFACLSIFGFSINILT
                     LFALVLAIGTVVDDSIVVVEAVQSKFDIGYKSPYQATKDAMGDVTMAVITCTIVFMAV
                     FIPVTFMGGTSGIFYTQFGITMATAVGISCINALTLCPALCAMIMRPADGTKSAKSFN
                     GRVKAAYNASFNAVMGKYKKGVMCFIHHRWMAWAALACAVVLLVYFMKTTKTGLVPQE
                     DQGVMMVNVSVSPGSSLATTMKTLDKAEAILKTVPEVEHYSRVAGYGFMSGQGVSYGM
                     FIVRLKDWSERKGRAHSSDAILGKLMAQLQTIKEAQIFAFQPGMIPGYGMGNAVSLNL
                     QDKTGGDMAKFYQTAMQYLGALNQRPEIAMAYTSYAMNFPQYSIDVDAAKCKRAGISP
                     STVLSVLSAYCGGAYVSNFNQYGKVYRVMMQADPKYRLDAQSLNGLYVRNGTEMAPIG
                     QFVTVKQVMGPEVATRFNLFSSITANVSVADGYSTGEAMRAIEEVAAQTLPQGYGYEY
                     SGISREESQSGGASTLFIYGICIVLIYLILSCLYESFLIPFAVILSVPCGLMGSFLFA
                     KLFGLENNIYLQTGVIMLIGLLAKTAILITEYAIERRRKGMGIIESAYSAAQVRLRPI
                     LMTVLTMIFGMLPLMFSSGAGANGNSSLGTGVVGGMMVGTLALLFLVPVLFIAFEFMQ
                     EKVRPALKKEADAQVQLEHERSMSERNASHTDNTEE"
     CDS             complement(28817..29299)
                     /gene="bepF_1"
                     /locus_tag="SEQF3106_00491"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8FWV8"
                     /codon_start=1
                     /transl_table=11
                     /product="Efflux pump periplasmic linker BepF"
                     /translation="MYVYFSINESELLALGREYGSTAEALKKFPPVRLTLSDGSEYPD
                     SGRVESVSGVIDPSTGTVSLRAEFPNAGRLLHSGATGNIVMPSVYHDCIVIPQAATVQ
                     MQDKTLVYKVVDGKAVSTLITVSPLSDGQEYVVLSGLEAGDVIIAEGAGLIREGTQVQ
                     "
     CDS             complement(29300..29929)
                     /gene="mdtE"
                     /locus_tag="SEQF3106_00492"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37636"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug resistance protein MdtE"
                     /translation="MKAKSFMWLALAVCLPGLVVSCGKKQAGAPAGAGAAGAYKTMTV
                     ERTDKEFDRTYSATIRGRQDVAVVPQVSGTLTKVLVNEGEAVRRGQTLFVIDQVPYQA
                     ALTQARAAVGTAEASLATARLTCESKQTLYDQKVISDYELQTAKNALKTAEASVAQAK
                     AAEVNARNNLSYTTVKSPADGVVGTLPYRQGSLVGPSMQTPLTTVSDNS"
     CDS             complement(30524..32905)
                     /locus_tag="SEQF3106_00493"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHTLYRNLLSVVRRFRMATVLNVLGLAVAFAAFMAIMMQVDYER
                     SYDRCHPGADRIFRVDLSQAGTFSTILPRGFVEAVIASSPHIEAGTLLNPFVGDVYFT
                     VTDKAGARHGFRESVQTCLPGLIRTFDFPIVEGDADCLREPDKVIIPQSMARRLFGDA
                     SAVGRRLHAEERIWSKNRDDDTTLLDLTVGAVYRDFPGNTQLRNVIYTAIDEACLKGN
                     FSASNFICYLRLDRAASATDVAADFNRRFDFSNIDRPGEQITLVPLTDIYFMNESGDG
                     RIFRSGNVDVVRLLFGIALLILLIAAVNYTNFSTAMTPLRMKSINTQKVLGSTDGALR
                     RSLLIEACAVCLAAWVVAVGIVWALSESRWLTFVEADTSPLHHPVLILLTALIALLTG
                     LAAGMYPAYYMTSFPPALVLKGSFGLSPRGRRLRMALVGVQFVISMALIIGAGFVQLQ
                     NSYLRSYPAGFDRDRIAVVELNGAIAGGHAREYADRLKAFAGIEDVAFSSEKVGSKDT
                     YMTEGTEYRGQEFSYFQIRVSWNFLRTMGIHLADGRDFTEADARSKRPAFIFNDHARR
                     SLGMECGPFRYWDDHEGDLIGFTGDLHIASLRQESANIALAAVQPGPNLRVSYIRLRA
                     GTDPRAAAAHIRKTVAAIDPSYPVDIEFYDTIDDTLYQKETTLRTLITLFGLLAVLLS
                     LVGVFGLVVFDSEYRRKEIGIRKVFGSSTGQILVLFNRTYLRIVAVCFVVAAPVAYYG
                     VTRWLENFAYRTPLRWWVFVLAFIAVAAVTLATVTFQNWRAANANPVKSIRNE"
     CDS             complement(33172..35532)
                     /gene="macB_1"
                     /locus_tag="SEQF3106_00494"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q0TJH0"
                     /codon_start=1
                     /transl_table=11
                     /product="Macrolide export ATP-binding/permease protein
                     MacB"
                     /translation="MHTIYRNLLSVVRRFRMATVLNVLGLAVAFAAFMIILMQVGFDR
                     TFDRSDPNHDRIFRVEFVNHERGAQVILCRPLAESLFASSPHILAGAYLNFPYDVAFA
                     VEDGADRKSFKESYETVSPGFTDVFAFDFVEGSKDALRTPDQVIIPLSMARKMFGSGS
                     AVGKKLSNIYFSSLTVGGVYRDFPSNTLIENVVYQAIPDEENRQNWNNWNYSVFIRVD
                     DAANIPTIYENFKQHVVADIKEVFGEKAGWDDAGGDLRFTPLHEVHFTTDAKFDNTPK
                     ANRQTLRVLLAIAIVVIVIAGINFTNFSMALTPMRIRSINTQKVLGGATGTIRRALVA
                     ESVLMSLVAYALAVGLVVLFAHSPLASLVTTDLNLITHLGIAGLAALIALLTGLAAGV
                     YPAYYMTSFPPALVLKGSFGLSPRGRALRNALIGVQFFASFALIISASFMYMQNYYMQ
                     HAPLGYDRDELIITDLSDGLMNSRDALTNRLKAYAGVSGVAYAERILSSGDSYMTWGR
                     NYRGKQINYTVLPVESEFLDVLGIQVSEGRDFRPEDAKTRHGVYVFNERAHQEFGLEL
                     GTMIDSTEVVGFIPDIKFASFRTEVAPMAFLVWGTQNWGNKPRYAYIKMKAGTDMRAA
                     MDHVRAVLKELDPEYTFDTRFFDGFLQQTYEKERAVGSLITLFSAMAVFISIVGVFGL
                     VVFDSEYRRKEIGIRKVFGSSTGQILAMFNRTYLRIVAICFVIAAPVAYYGVTRWLEN
                     FAYRTPLRWWVFVLAFVAVAAVTLATVTFQNWRAANANPVKSIRNE"
     CDS             complement(35788..36462)
                     /gene="yknY_1"
                     /locus_tag="SEQF3106_00495"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31711"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein
                     YknY"
                     /translation="MIKVENLTKYFETEEIQTIALNKVTLEVADGEFVAVMGPSGCGK
                     STLLNILGLLDNPTEGDYYLDGREVGHLREKERTEVRKGNIGFVFQSFNLIDELNVFE
                     NVELPLTYLGIKAAERKERVHAILKRMSISHRGRHFPQQLSGGQQQRVAIARAVVANP
                     KLILADEPTGNLDSKNGLEVIRLLNDLHDEGTTIVMVTHSQHDAGFANRIINLFDGQI
                     VNTTRL"
     CDS             complement(36833..39223)
                     /locus_tag="SEQF3106_00496"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLQKNLLLALRSLTKRGRNNGIKILSLAVGLAMGLVLIAKVCFE
                     QSYDTFYPDADRIYRMNEMIVMNGELKEYEQVSGGVAVGMREEVPGVQQATRCTWIYE
                     GNMYTEDKKRFEVRMIAADERFFNVLPRPMLQGDAQRVLTAPRGDGLIMISRELADKM
                     GGGDLVGKTLKAEQWSGHELTIGGVFETVPENASLRYDAIISIDLLRTPNFDGTMNWV
                     GNDRYMGFVKLQPGVHPDSLADAMHAMQQKHQDAEMLKKAGVELSYSLTPLDAVHDSL
                     PEVRRMTWLLALLAFALVFTAVMNYVLIVISSLVGRTKEVAVHKCYGASRANIGGMIL
                     SETFLHLLLSILLAGALILAFRATVEELLDATLSALFTRRSLLLLFGICAVVFLVAGL
                     LPGRLFARVPVAAAFRNFHEHRRRWKLALLSLQFVAVGFLLSLLVVIARQYNRMVHDD
                     PGYRYDNLAYVSMRGADSTLRVKLIDEVGRLPEVSAVSTFYQLLFEGASGNNVFLPDD
                     NRELFNIADLYEVGNGYLAAMEIPIIEGRSFTENVSWSHEVMVSRRFVEKMKQFADWS
                     DGAVGKQLIITEHSDDNNEPFTICGVYEDVRLGTIHNEDERPSILFYSCNPRETPYLL
                     IKFHHMTPEAMRRARETLQRLLPDREVEVSDWRAEMTARYVDARRFRNAVMIGGIITL
                     IIALIGLFGYTRDEINRRRKEIAIRKINGATVGEVMRLFERDIVRMAVPALVFGCGAA
                     AYVASLWQEGFTEKVSLAWYLFALCGLVMLSVIAAVVALNVRRAAHENPVNSIKNE"
     CDS             complement(39369..40622)
                     /gene="macA_1"
                     /locus_tag="SEQF3106_00497"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P75830"
                     /codon_start=1
                     /transl_table=11
                     /product="Macrolide export protein MacA"
                     /translation="MDIQLEKKKGIRRKHLPYIAGGVALLALVLWIIFGNHASTLRVD
                     ARSLSIGEVKRDQFNDFVRVDGQVQPITVVQLSPEEGGIVQELVVEEGAQVHRGDVIV
                     RLSNSNLELQILNAEAELAEKQNLLRNTQVTMEQDRLRNKTEKLQLDLDITRRLRTYR
                     QQEQLYNEKLIAREDFVQAKEDYELARRKHALIVERLKQDSLYRSIQMSQMEDNLSNM
                     RRNVLLIRERKDKLEVRSPIDGELGLLDVVLGQNVQPGQKIGQINDLSDYKVEALIDE
                     HYIDRVRTGLSATFDRQGAHFALTVRKVYPEVRDGKFRTDFVFTGERPDNIRSGQTYY
                     INLELGQPTECVMIPKGTFFQSTGGNWIFVVDRNGKRAYRRKIKIGRQNPQYYEVTEG
                     LEPGERVIVSGYESYKNSEVLVIGK"
     CDS             complement(40650..42044)
                     /gene="arpC"
                     /locus_tag="SEQF3106_00498"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KJC1"
                     /codon_start=1
                     /transl_table=11
                     /product="Antibiotic efflux pump outer membrane protein
                     ArpC"
                     /translation="MRLPLVACFWHMIRPNHMNEMMKRIWIYSLMLCAAVVGGHGQEA
                     RPWTMDDCMRYAAENSLKVRAGQHRSDTYAAEYRAAVAGLFPSVGARIGGQLNYGRSI
                     DPQTNTYNNVSTFNNSYAVYASLPLFDGGQLINEAKAARINRLLGGHELRRAQDEAAL
                     AVMEAFANVLYYGGTVQLASEKLDESNRILHKTQRMEELGMKGAADVAQMAAQMAADD
                     YNLTHQRNLCDAAVRTLKEAMNYPTDKALALDTTVAVPPTPGEEEATAEEIFLRAKAA
                     NPTMQAAECRRQAARYQYRVARGAMLPQLTFEAGISTNYFRNLADEHTTAFSKQFFDN
                     NRGEYLALTLSIPLFDGLSRYTSARRARNTMRIANTERDETLRQLRTAVEQAVADREG
                     FAKEAVQMQRKVEADSIAYRVTLRKYEEGLSSAIDLQTAANTLLEARANLLQKQLSYE
                     IKRRLVEYYKDGAL"
     CDS             42735..43322
                     /locus_tag="SEQF3106_00499"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKKIWLLSAALAVAVLTACNVTKDIENAYNLKDCKYSYKSIS
                     NIRVNNEPFSVLSAAKLFGQLGNTQSKMPIEFTLNLNVENPNASAAAFQTMEYKVLID
                     SLDFTEGMLQEPFSVNAGETKTLSVVIGTDAGKLFSGASRDAALRIVQNLVGWESKSQ
                     STVTVQLRPTFNVGGVPITSPVYIPVSFKIGGGNK"
     CDS             43492..43923
                     /gene="hspA"
                     /locus_tag="SEQF3106_00500"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q06823"
                     /codon_start=1
                     /transl_table=11
                     /product="Spore protein SP21"
                     /translation="MTLTKRNQNYWLPSIFNDFLENEWMGRPGSTAPAINVKESKDAY
                     TVEVAAPGMTKSDFNVSIDADNNLAISMEKKEEKKEEKHDARYLRREFSYAKFQQTMI
                     LPDDVDKDRITAKVENGVLLIGLPKVSREEVRRFGRNIEIG"
     CDS             44074..44658
                     /gene="tpx"
                     /locus_tag="SEQF3106_00501"
                     /EC_number="1.11.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P80864"
                     /codon_start=1
                     /transl_table=11
                     /product="putative thiol peroxidase"
                     /translation="MKTTITITLLFIQSIIQIIMAQEMKENKGVVTFAGNPVTLLGEL
                     IKVGDTAPDFTAVGEGLKPARLSDYKGKTVILSVFPSVDTKVCAAQTRRFNKEASGLS
                     EHVVVLTLSKDLPFALGRFCAAEGIDRIHTLSDYMHSEFGLKYGFLMKENMLLARGVV
                     VINPAGKVTYVEYVKDVTSEPDYAKALEAARAAL"
     CDS             44665..45390
                     /locus_tag="SEQF3106_00502"
                     /EC_number="1.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WGR7"
                     /codon_start=1
                     /transl_table=11
                     /product="putative oxidoreductase"
                     /translation="MKRAIIIGATSGIGLEVARVLLSRGWHIGAAGRRQEELKQLQQE
                     APDRVSIRVIDITHGDAPDHLRQLIDDLGGMDLYFHSSGIGRQNAALEPDIELSTART
                     NVEGFIRMITAAYRYFRTRGAEGHIAAITSVASTRGMGAAAAYSATKRFQRTYLDALA
                     QLAHREGLPLHFTDIRPGFVRTALLNPAVHYPMMMEPAPVARRIVHAVEHKRRVAIID
                     GRYRLLVMLWRLLPRWLWERMRV"
     CDS             complement(45962..46402)
                     /locus_tag="SEQF3106_00503"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLYIHAVFHIKSTSVTIRDQDQQALYEYMGGILNRIGCLPVRIN
                     GVDDHVHLLCLLSRTVTTAKMMEEVKQRSSCWIKTRDPCYYRYFAWQNGYGAFSVSPS
                     LVERVRKYIDNQEEHHRTTTFRQEYVAILNEHDVPFDEKHLWTD"
ORIGIN      
        1 gctgcttatc ccatccgaaa agcatgatcg ggacatcgag cggactgccg tcgcgtacct
       61 tcagcgcctt cactaccgag tattccggat cgtcgtcttt ttcaatggat aggatgccgg
      121 cggctttgcg ttgcagctcc gagccaatat gcccgcgcag cttgataccg ttgggcacga
      181 agtggagcac gcagatgatg cacgtattat agatgccggc cagccgataa agctcgtcca
      241 cgatggcaat actctccgtc tcatcgttgg ccgaacggat caagtcagcg atgccatcga
      301 tgaccacaag gtagatgccg ccgtgtcgat gatgaaacag atccatgctt tcgcggatca
      361 gtttcagacg gtctttgcgg gagagggagg ccaaatagag cgaatggtag aagtcgggca
      421 cggccgcgag cgaagcgcgt cgcaacgtct tgcccaagtt tttgtggagc tgcgcctcgg
      481 actgctccgt gtcgtaatgc aggacggcca gccgcttggg attggctgtg acttccaagc
      541 ccaacgtccg ttcggcgggc agcatagttt ctcccaaagt gccggccaag atggcggtga
      601 tgtagttgct tttccctgta ccctcgccac ccgtgatgca aaacagatta tcctgcgtac
      661 cgagcggcac gccgtttacg gccactaccg acttggacgc atcgggtgga ttgtcataat
      721 cgatctcgca cgagcgtagc atcatcatgg tttgcacata caaattggaa aacatctcgg
      781 acaacagcgc cctcaaatcc ttttctccat accctaattg gaagtagtcg gagatgtctt
      841 tttcgccttt actaccttga aggggaagcg tcagattgag cacatgatac cctgcaagct
      901 gttctgcctg tcgctccgat tctcgtttgc ccgtttcatc cgtatcgtaa agtaggatga
      961 tgtgacggaa gcggagacga agactttcta cgatattctc cggtatttgt gccgtctcgc
     1021 tgttgaaaca gatagcgtga aagccgtgtg cggccagcga catcacatcc ttctcgccgc
     1081 cggtgatgaa cagcatgtca cctttgttgg ggagctgctc aaagccgaag acgtaatcat
     1141 ccgttttgtt ccctgcatac aggaaacgta tggtgctgaa tgggcgatac accttgacaa
     1201 acgctcccat tgcgtagcag aacatcggct ctctcactgt ggaacggagg gtgtagggct
     1261 tcccctgatt cgagacggaa tcaaaacggg aaagcgactt cacccggaaa cgttgtaagg
     1321 tctttacgtc gataccgtag cgtccccaaa aggtaagttc ttccttccga tacgattgtt
     1381 cgacgatgct gaactgccct ttgttcttgg gtatcttctc gtggtctgac gatcgaggtg
     1441 gagcgaccga tccggcactc ggaacttttc ttacaggcac agcattatgc actttcccgg
     1501 gaagtgaaat actcagttgt agatctcgga tgatggtttc taagacctgc ataaactcag
     1561 catgtacatc gagtccctgc atagtcgcag cgaaccaaaa gcaatcgccg gagtagaggt
     1621 cattcccgaa gtctttcatg cgataacagt ctgacttggc gtcgagatag atgttgcatg
     1681 aagcccgttt gtcgtcatat agagggttcc ggaagttgcg cttagggaca aagttgatgg
     1741 gcatatagaa gtagaaaatg tccaaccccc tgttggtgcg ttgtaggatt tcttctttga
     1801 cgttcatagt tcctcaaatg ggattttcga gtcgcccatg tagcctttca ggatgccgtc
     1861 tttgtaggca ttgagtcgtt gcagggcctc gacacgtcgg aagcctttga aggaagctcg
     1921 tcctgtcttg acggcgatat acagcccttt gaacggatag accacatggt tactcgatac
     1981 ataccggaag ggtattgcac gggcattacg ccaacgggcc agcgatgcac gcgagatgcc
     2041 aagcagacgc atgacgtcgg cagaattcaa ctcaatcttc tcgtccaata ccgagtaatc
     2101 ctgtttcatc tcaagtatga agtcggcaat ccggtttatg ctttccttca atgagtgcaa
     2161 ctctgccagc aaatgttcgt cggaataaat ctcagtatcc atcatttcct ctccattaag
     2221 tgaagaagtt gcggattctt tgaatgctta aggatctttc cgagagattc tggttgatcc
     2281 tctaaatatc gagaaaacca atagctattt agcatcattt tctcgacttg ttccatttga
     2341 agagcataca ataaggggat aatatcctct tttgcaattg tcgtatagac cctgttcttt
     2401 ttatacccaa tcttcaaata gtcaatcacc ccctttgggg aatggaaaat gactacatcc
     2461 ttgtcgaaag cactgacaca tcggcgataa gtgtcaagtg ttatgtgtct tttcattttg
     2521 caggctttta gaaaattgga atactccata tctgcaagat ctgctctttc tttgagatta
     2581 tcacactggg cgcacatcat ttcaagggat tctcctacga tgtatacgca ccgttctttt
     2641 tctgttataa ttctcttgtt ggtgtccatg catataatac aatcataacg gccgcaaagt
     2701 tctgacgaga gaggtctatc attagaatat ctaattgcca atgttggtat tagaatacca
     2761 tccgccattt ttagttcatg ttcttgtggt gccacactac cttcagggac aatcagtgca
     2821 cggtgcaagt ccccttatat atataggggc ttgcaccgtg cactgaaaat gtagccaagg
     2881 gtgtctgtat ctattgtaga atcaagggat ttggtgatcg ttcgttttcg gagtactttt
     2941 gaacccgaaa caacacaggc gagtgttgtc gaagcagtat ctatgagtgc tctcaaaata
     3001 ctctcttctg gctacaattc ggctacagaa aaaaataggg ctgtgtatac agttatggca
     3061 taggacgtta tggagaaggt tcatttcccc ctccttccgc ttttttcggg ctttttttat
     3121 tagggactcc atcatggagt cggcaattca tgcatgaata ggagatcgtt gcaaaatctt
     3181 gggcttgcag cggtctcttt ttttatgcct atacctcaga agacaagcct tttcaaaatc
     3241 accatttcca tatggagcca gtagatcgag gcttcctgac ggacgaggag atcctccgag
     3301 tagccaacaa ggatttgggc attccgcgat tggagatggt gcgagacctt ttcgtctttg
     3361 catgtttcac cggactggcc tacatcgacg tggccaacct cacgccagac cacattgtaa
     3421 cagcagtgga tcatgaccaa gcgacagaaa acgagcgtgg aaaccaacgt gctgcttctc
     3481 gacatcccga gagcaatcat cgcgaaatac agccacaaga cgtaccggga cggtaagctc
     3541 ttccccgtcc tgacaaatca gaagaccaat tcgtacctca aggagatcgc cgacctctgc
     3601 gggatcaaaa agaagctgac tttccatctt gctcgccaca cctttgccac catgtcgcta
     3661 agcaaaggcg tccccatcga atccgtttcc aagatgttgg ggcatacgaa cattcgcacg
     3721 acgcagatct atgctcgcat cacaaacaag aagatcgaac acgacatgga gcaactgtcc
     3781 gagaagctcg gcaagttcaa ctcagcgatg gggctgcaca gctataaaac ggcgatgatc
     3841 gtgacgttcg atatctcaag ctgagctctg ttttcaacgc cccgaaatct cccctcttca
     3901 tttattggct tccacatgat gtttgcagct cggagcagct gtcggttccc ttgtcttcgg
     3961 gcgaaggtca gcagacgatg ataaggcgtc aaggccgaac gcccctcatc gcccgcccct
     4021 tgtcgtcctt gcaatgacta agtaaatcag taagtccaaa gcagagtaag tggtaagtcg
     4081 ggcactcttg agctctaaag gagtttgcct cacaaaaagc ctaccccggc caggatcccg
     4141 gtttactaca aagtcaaaat gggaccactt agtcggaact ttctcaactc aatttcggag
     4201 ctgtcccccc cggggaggat gtcccgcttc catcaattgg cacccatcca ctggatgact
     4261 tcgctttcga caccgttcgt ccccgtacaa gtgacggtgt agaggtaaat caccttgtct
     4321 tccttgaccg aatcgaagta cgacgtctcg ttcttcttca tcgtggccag caggcgaggc
     4381 ggccggttct cctgcacccg atagacctta taacacgcga tgccctcctg ctccgtctct
     4441 tcccatgcca ggcggtagcc gcccttcgtc ttctgcacct gcagcgagga gatggaaagc
     4501 ggcttgacga ccggcacctg gcaactcgac acgactgacg gagggctctc gaggccgtga
     4561 gctccgacgg agaacagccg atactcgtac gtgagtcctt ctttcacatc ggcatcttcg
     4621 tagtagttca tcaacatttt attggtgcgg atcggcttga agtgttgtga cgtatccgcc
     4681 ttgttagtgg gggcgatgcg tcgttccagc cgatagccca tgacgttccg atcgaactcc
     4741 tcggccatgt cccacgacac ccacacccgc ttgtcggcgt agtgggtcgt caggttttgt
     4801 ggcgcggtca ggcggacgtt gcgcatcggg gttacataga cccgttcgga gagcggactg
     4861 aggttgcggc tggcgttttc ggagcgtacg gcgtaggtga gcatcgtaca gttgacatcg
     4921 ttcacggagt cggtgtaggt cacgagtaaa ctgtcggaga ggatagcggc gccgacctgt
     4981 tgcagggtcg tgtcgccctc tacggagcgc atgatgtagt aagccttcgt gtcgccgtcc
     5041 gggcgtgtcc acatcagttt cacggcgccc atgctcactt cggcacgcag gtcgacgggc
     5101 gctgtggctg gcttgtcgcc gtagtaccag cccatcgcac tcatgctgag cggactttcg
     5161 ccgtaggcat tattgatcac gactttgtag gaatagatct cggacgggat cacgtcttta
     5221 tccaaataag aggtgtcgct tggcgagacg ctgagcaggt agcgatagtc gaggctgtcg
     5281 cggaagccgg tggccttgta gatgtcgatg ctgcggagga actccggctt ggggaagtgc
     5341 cacgtcaggc ggatgccctc tttatctgga tgcgcattca gacctgcgta gttcgtttcg
     5401 tcgaggtcgg tcaggttggt gatgcggatc gtgtccgacg ggcgccccgg attgccgtag
     5461 atgtcatacg gctgcaggca gtagaggacg aggcctcggc gcacggcggc cgtgtcggtg
     5521 acgatggctg tgagcgcatc gttttcgctc cggaaaccta cgcggatgga cagcgggacg
     5581 agatccgact gcaggtggta gccgcgcatg agtttggcgg catacatatc ctgcttgttg
     5641 ccgatcgtga agctcaggtc gatccactct cccttcactt cgtgtttgct caccttgatt
     5701 ccgtaatcgc ttcgcggggt tagcgggtag gagatggcgg ctgtgacttg ctcttccggt
     5761 tgacggccgg cctgcagggt gacgacttta tactcatact tctggccttt ctcggctgtg
     5821 ccgtcgtacc aggtgacacc cagagcctcg cgatacatcg gcagggtgcc gaagagcggg
     5881 atggagtcgg cgaatgatgc ccgctgtacg agttgccaaa tcattccctt cttcttctcg
     5941 tcgccgggga gctggtagac ggggttgtgc acgttggcca gcaccacctt gttgaagaag
     6001 gcgtcgaaat ggttttcgca tgctatcgtg gccatctcat cccacgtttt accgcctttg
     6061 gcgcggcgaa acacctgata ggcgaagtcg cgtgggatgc gattgccgca attcacatag
     6121 atcccctctg gcccagctac ggcgttgggg tatcgtactt gtcctgccgc agagaaggcg
     6181 ctccacagca tgaccatcca tataatcagt tgttttctca tgatcctctt cttgttttta
     6241 tgtcttctgt ttttactctc cctatagttt ctatccatcc aaagagtgct gcttgaatgg
     6301 ccgaagcgat ggcttcccgc cgcgggaagc ctcgaacttc ccaaagcgcc ttcccgcggc
     6361 gggaaaccgt tttccaactt caaaaagtca tttcccgcgg cgggaaatcg ttttccaact
     6421 tcaaaaagtc atttcccgtg gcgggaaggc gttttccaac ttcaaaaagc catttcccgt
     6481 ggcgggaagg cgttttccga tttcaaaaag ccatttcccg cggcgggaag gcgttcccga
     6541 ttctctccgc atctgagaag gagaaggtag agacgccctt tggccgggcg tctctacacc
     6601 tcatgctact ttcaatcgca tgctcccctc ttctccgatt ttacaggcgt gcagaaaccg
     6661 gggctcttgc accttcccat cccgacggtg gcgttctcga tgcgcaggct gtgcagtgga
     6721 tctttcaaat cgatggcagc cgagaatccg gcatgcaccg cctcattata gtaaacttta
     6781 tacggaatga gggggggctt gacacatccg aaaaagaccg tgggtatttt ctgcatcaca
     6841 cagaaggaga agttcaagtc gccgcagacg ttcaatcgcg ccgtgtaggg cgaccggaac
     6901 gccaatgtgg attcgccctt caccgttgcc gtaaggcgtg cgtcgacgct ggtacacgta
     6961 atggcgtgca ggtatgcttc cgcatcgaga tagagcatgc ccgaaacgcc gatcttctca
     7021 ttacccggga ggaagctgcc ccatacggcg ccttccacgc ctgcatgaaa tctcactccg
     7081 ccacttgcaa ttccagcatc gaagctgtaa ttgatcgagg tgagcggaac atccatcgcc
     7141 cccatggcgt agaatccacg gagctggccc ccggtaaagt cgcacggcaa ctctttccgc
     7201 ttcgagcgcg acagcacctg ttcccaaacc tgcgagggaa cgggccggtc gtagctgccg
     7261 aaaatcattc cgcaggccac cctcccgaac ggcgacgact ggaattcccc acctccggca
     7321 aagtagaacc cgtaacggcc gacggccatg gcaaggtctc cggagaactt ggtgccgccc
     7381 acattcttct cctgaatatg catgttgccg gtcagctcct gccgcggatg gtcataaacg
     7441 aacttgaagc ccacgaagcc atcctgcggg acgccctctt gctgcggatt gcggtcggtg
     7501 ccgaccattt tgatctgctg cttttggggg tctacctccg tatccgttcg cagctcaccg
     7561 gcaagggcga agtagagagg cgccgtgccg aagccgctct tattgccata ggcatcggag
     7621 gggacgagct tgaggcgcaa gaagtcccag tcgttctttt ccggcaagat caccatatcg
     7681 gccctctcga cacggaactc agcatcaccc gatccgggtc ttccgccgcc gagacagata
     7741 gattgacgcg gctgcttttg gtcctctaat tccatccaga tccggtagtt acccggcgag
     7801 gtgcgctgct tacggactac gacctggagc ggatcgagcg cgcccggctc ttcgatcgta
     7861 ccgtgcagct cagccaggcc gggagttatg agctgcagat ctttcctcga cttcagcgat
     7921 ttgaatgtcc ccacgttggt gaagctgatg tcgctcgtct tgatttcgag gttgagtttg
     7981 ccactcttct tggtgtacaa caacttgtga ttgatgttgg tcgggatgcg cggtatgccg
     8041 tagtcgatcg ccccgtctaa gctgaacgca tcctcgtacg aattgatggt gtagggcaag
     8101 aaatcgacca catcgtgcag tcgcatcttt tcgcagtcag gagcgaagct gagaatgtct
     8161 tccccgctgc tcaggaggct gatcatttgg aacacgagcg ggtgagcaaa gcccggcaag
     8221 cccttgatgc tgccagccgg tttgccgacg acgctgagtt tcaagtgcgg cttcagatcc
     8281 cttccacaca tcgaatcggc tccgaactga atcttgcccg attcgatatc gatgttagcg
     8341 acgtccttgc ccaacggaat cttgtccatg gcaaagccgt ctaaacggaa catgtctttg
     8401 ttcaaaagga agtcgtttcc tctcaggtca attttgcccg ttcgcaccac gaaatcgttc
     8461 gatgagatgc cccctttcgt agcatccacc ttgcaattcc gcacttcgat ggtccacttc
     8521 tcgaacttca catcgatctt atcgagtttc acatcgccct ccacatcgct gggggtgatc
     8581 ttcacttcgg gcaggtcgag ccggatcgta tcgatcttgt tgaacggttt gaacaacgga
     8641 ttgataaacc acacatcggg cttgaggcga atcacgccgt cagttccgag gcggctcctg
     8701 ttgatgggcg aggtggcgtc gaactcaacg aacttgaagg ccaccggacg gaagtcagcg
     8761 ttgtggatga gatactcccg gcctttttcc gtttccgttt tccacgcgtt catcttctcc
     8821 tcgctcacat agctcttgaa cgaggtcacc tgtccgttcg accgtccgtc ccccgcttcg
     8881 ctgaggtaga actgatcatt ctcgaaagtg aagttcgtgc tggagaagct gaacgaggcc
     8941 ggttcaatct gcgccttgga acggataaag ccgcccgtca gcccctcttt ggagatgttc
     9001 aggaaggcat cgccggcgtt agccagtaac acccggtagg aatgctccgt ccctttcagg
     9061 tctacgttca tcagcttcat accgatgctg aatccctcgc ccggcacttc aaagtacggg
     9121 cgtcccttgg tgtctttctc ggagtgattg atccgcacct tcaggtcttt aaaggccgga
     9181 ttctgatcca tacggtctcg cttaccaaag cgtcccggca ccttgtccaa ctggatgctg
     9241 ccggagatcc ggtagttatc tccgccgtct tccttcacgt cggtcacggt cactttaaag
     9301 ccgtgcagcg tgctgatatt ggctttgtag aagatgtcga ggtcgaagtc gaccgttgct
     9361 ttgccgtcga tgtcagcaaa ggaggcctcc gtgtctttac ctaacaggtt ggcatactcc
     9421 tctttctcct tcggcgctcc gcaatggatc gtggcgtaat acttccctcc ggacggcagt
     9481 ctgctttcgt tctgcgtctt tcggacgttc ttcgagctgc ttgccagcgt ctgcgccgag
     9541 ctgttggcct gatcgccgat cgccttgatg cctcgcagcg tatagcgtcc gtcggcatcg
     9601 gctgtcactt cccgcttatt gtcgccattc atcacccaaa tcttcgcctc gggcactggc
     9661 ttaccgtctg aagtgacgcg accgctcacc gtagcgcctt tccgcatcca gtagttgtat
     9721 tcaacgatat gcttgctctc gtgattcgtg agctcgcccg aagaggcgat gtaatccgag
     9781 ttctcaggcg gaatcagttc gtagtggaag ttgccattgc tcgcattctt gaacttgaac
     9841 tcgaccacgc ccttgtcgtt cgtcacctgc tctttcacac caggcgcgtc gatacgcaca
     9901 gtaatgcccg agaggccgga ctgctttcct atgtacttcc cattgatcga ttgtccactt
     9961 ctggtcgagg cgctatgttc cccttgcttt ttcggatgca caacgatccg gatgcggtgc
    10021 ttccgctcca tgacgacgac tttacccacg tcgtatttcc cttccggcat ttcagggatc
    10081 agtatcgtgt cagtgaaata agctctgttt accggctgca caaacagcgt atcggtatag
    10141 cccgatggtg caggaacgga gaatcggtta gagccaccaa attcctttcc accggaagtc
    10201 cggtgttcca tgctgcgcgt agtaaacaca atcgcttctt gggggtgtcc ctcttcatcc
    10261 accacatagc cggtaatcgt tccgctgggc ttcatcagga tttgcgggaa atacagctgc
    10321 tgccccatct taggcttcat cggctcggcc gggaaccata gactattacc attgatattc
    10381 gtcttccctt tccctttctg ctcaaacagc tccagcctgt agcctttcgc tattacggat
    10441 agctgatatt gtgacgccga aacccatctg atttcactct tagctatgat gtttttcttt
    10501 tcctgatccc aaacattttt cttctcctca tagtcataat taggaatcaa gttgtcgaat
    10561 tggaaatacc cgtgtccttt tgcctcagaa acagatcgcg tcaatagtaa gccctcgctt
    10621 atctcttcat agggggtcat aggctgacct attctacctt ttctcacata cacatattct
    10681 tcaacgtgtt ttttatagga atatcgcaat ctcacttcgc catcctctac cgaccgcttc
    10741 gtgttttcag aatccagcac acggcccgaa ataatcggtc ttttagcctc caaggtaatg
    10801 ggacactcac acgtctcctt cttaaatccc gttgtaaaaa ggtagtctcc ataggacgac
    10861 tcatacactc cttcacaccc cttttcgata gtaattactc ccgtctctcg ggctttttca
    10921 ctacgtctct tgacctctcg tcctatataa tctttggggt aacgtatccg gtcgggatag
    10981 aaagaatgtt cgccggtact gtcgctcgta ctcactgcga taagcagttc atttacttct
    11041 tcctcacgca ttgtgccatc atttcgagga ataagttgcc acctgtgttt gggcacagag
    11101 aaaacgcagc catcctcttt tggctctgct gttttttcct tgacgactat gccccctgcg
    11161 ccttcgccat tgtacatttc gtcacgagtc actttcacca cagcaccatt aagctgttga
    11221 cccgggtaat cgatggtttt atcatgcgga tcgccgatcg gctttatctt caagagatac
    11281 gtgttctgta atgccagaag tgtacctaca tccatcgagc tattgggctg gatgtcgatg
    11341 tttttcgacg ggttgcgcca ccagtgtctc ttcggactgt taatgactaa acgcactgta
    11401 gcccgaaggg tgccgttcag cttgacagta cagctgacta tatctccact tgttccggtg
    11461 tcgtctttat atgcttcggt gaatgtagaa tcgatacgga caaagtcttt gaactcgaag
    11521 ttgccgttgg catcggtacg ggctactgcc aataccttgc tccggttttc taaagagtct
    11581 aacagatatt tccgaacgtg ttcccctgga aaatattctg gtttagtaat tgttatcgca
    11641 ccgttccttc catggtcttt cagcaactcc tcgacattca ttaccgtaga gtggccttta
    11701 ccgtcttcga gcagataggt cagcaccaat gccacgtcgg tattggcgaa ggctctctct
    11761 ttgctctcgt tgtcgcacgg gtctttaaag acgagtcgcc ctttcacggt ggagcgcggc
    11821 ggtgtatcgt caatcagcac ggccttgcgt ttgacaacaa accgggattg tccggtcttc
    11881 atcttctcgt tcagctcttt catattaggg atgtagcgga atgcttcttt attgaaaccg
    11941 ttggcataga gggtcttctt cttgcctcct acttcggtct cctgcaagat attgaacagg
    12001 tactcgtcgt tgctttggaa gttacatatc agccggtcga acgtgatgat ggtacgtttc
    12061 ttcccgtttt tatcggttac gaccgatact tttcctctgg ctatgggagc ctccttttgg
    12121 tcgatcgttg cactgaagcc cttatcgttt ctcaccgcag aggcagccag cttcttgtcg
    12181 ctcggtgagc cgaggtgcat atcgccttcg tagcgcggaa tatcacccgt tttctccgtg
    12241 gctctcttta cgtcacctcg gaggcccgtc atatcctgat tccggtgaaa tccttgggct
    12301 tcggtcgccc ctttcttttc gctgtaccct ctcgacatct cgatttcaag cgtataactc
    12361 catacgttga acgagatttc gcccaagtcg atggttctgt cagagagatt aacctcggtt
    12421 ttcgaagggc gcttaccctc tttatccagc ggtttatagt agggcgagtt aagctctaag
    12481 ttgaagaact cgtacagatc gccgcgcgca gcgaactctc ctaatcttat cctttgatct
    12541 tcttcaataa gtccaccgtc gggataggcg tagatcgtca cttcaaacgt gccgtcgtct
    12601 ttgattttta tgggtacgct gtggcggtcg tcgttcggcg tagacatctt ggagtaaatc
    12661 ggcacaggct tcttcgtttt ggcatcgatc aggcgcgtgt atcgcgtcag cgtggccgtg
    12721 gtggtggtca gcggaaatat ttcgggatcg tgctcgaaga aataggagag cttccccttc
    12781 accgtatatt ccacaaggtt cggcacatcc ttgagcttca tataggtaaa ctcgcactgg
    12841 cacgacgagg caagcacatc gggcttcccc ttcgcgtcga tgacagcggc aaacccgttg
    12901 ggggtcacta cgcctcgcat ggccgcgatg tgcagccggt atttctgccc gtcgacaaac
    12961 ggcaagcctt ttttggtttg ctcatacgaa ctgtggttcc atacgtcctt ctcccataca
    13021 agtttttccg tctttgcctc gcgtatttgc aggtgataga ttatgccttc gccgggcttg
    13081 ggctgccgtt tggccagcag gctgctcttg tcttcccagc gcaggtagaa gttgcgggca
    13141 ttgtttaccg caatggcatc ggccggtatc tcgatcttcg ttcccgagcc ggaagcaaga
    13201 gatgtactgc cgagatcggc cttcacatcg ccatttgaca gctttcggcc tttcgggtcg
    13261 gcattggcat tcgggccgct cagcaggttc ggattcaggg tgtgaccctg caattggtac
    13321 gtcgatccga cttcggggat gtcgtttgtc aggtcgtcgt tgttcccttt acagttgcgg
    13381 catccgggta cgaagatttt cagcccctct tcactgacga tctctttcgg cttcttttct
    13441 tttggcggtt ccactttcac cagtttgttt ttcttgaagg tgaacactgc cggttcgcta
    13501 tagccgtcgt tcttgaacgt agtgcccggg acgatcgctg tctgcatgct gacgttgtct
    13561 ccaatggctc ggactaccca cgcgtacatt ttatcttcct taaacgcagg attggcgggc
    13621 gtatagagat atgtcggtac gccgcgaacc gtagtctcga agaatgccgg ataggagctg
    13681 ttacgcaaca tgtcgcgata gttagcgtag cggtcgttca gctcgatgat cttgatcatg
    13741 tattgcgttg tggcaggcgc gcccggaggc atcgtccacg taaactgcac ggtttgtttc
    13801 tgctcggggg gcagttcgct gccgtcgtag ggctggatga gctgtggcgg ctcaagcgcg
    13861 ctcagcatgg gcggagccac cataaatggc ggactgcaca tctgactgag cagctgattc
    13921 cgctttgcat cgtagacttt gaagcagaga cggtagctgc cttcgggcag cccgtcgcgc
    13981 aagacttgct cgcgggtgat gccttgataa ttgatcggct ccttgaagat gtcgcgcaga
    14041 tcgttgtgcg ttaatgtgta gggggtgaag atggtttggt tgccggagga cgttcccttg
    14101 atctgcaccg aggctgcgtg ttgcgcgctg ccgatggcga tttttccgtc tgtgctttcg
    14161 agtgtgccct gtacgcgcaa cgaggcgttg ttgtcggggt attgcgtgat ggtgatcacg
    14221 tcccggatct tgcccggcgt ctcgaaatag tcagacagct tgttcgtgta aggcggcatg
    14281 accatcaccg cttgattgac gatggcgtct ttcttgcgga tttggaacgg ggcgctgcaa
    14341 taggttccga tctctttgcc tgcacgtgcg ttgcgcagct taaagcagag gcggtaactg
    14401 ccttcgggca gaccatcgcg caagacttgc tcacgggtga tgccttgata caccatcgga
    14461 tcccggaaca tctcggtgta attcgtgtgg gtcaaggtgt agggcgaaaa gatgacgttg
    14521 ttgcccgagg gtgtgccgtt gatccggacg gatgtcttga actgtccgct accgatacgt
    14581 atgccaccgc cgacctgctc gagtgtgccc gtcacgtcga agaaggcttg attgtcggga
    14641 tactgtgtga cggtgattat gctctgaatc ttgcccggcg actggaagta gtcggacagc
    14701 ttattcgtgt aaggaggaag tacttgcacc gtctggttga cgatggcttc tttcttacgg
    14761 atttgaaagg gggcgctgca ataggtgccg atctctttgc ctgtttgtgc gttgcgcaac
    14821 ttgaagcaga ggcggtaatt gccttcgggc aggccgtcgc gctggacttg ttcgcgagtg
    14881 atgccttgat acaccatcgg ctcctggaac atctcggtgt aattcgtgtg ggtcaggatg
    14941 tagggcgaaa agatgacgtt gttgcctgac tgcgtgccgt tgatccggac gaaggtcttg
    15001 aactgtccgc tgccgatgcg cacgttgccg ccgacctgct cgagtgtgcc cgtcacgtcg
    15061 aagaaggctt gattgtcggg gtactgtgtg acggtgatta tgctctgaat cttgccgggc
    15121 gattggaagt agtcggacag tttgttcgtg taaggaggaa gtacttgcac cgtctggttg
    15181 acgatggctt ctttcttacg gatttggaag ggggcgctgc acgatttgcc gacctcttca
    15241 aactggttca tccatccagc tttgataaac agcctgaagc aaatacgata tgatcccggg
    15301 ggcaggccgt tgcgctggac ttgttcgcgg gtgatgcctt gatacagcaa agtctgttcg
    15361 ctgaagattt gttgaagctc gtcatacttc aacgtgtagg gagcaaagcc ggctccggga
    15421 gcccttcgca tgtatctggg atggagcgta atccttggat tcgtgccgat ccgtatgcgg
    15481 gcattgtcgg tgctctcgat agatccgtac aagtagtata gataatcatc cgtgatggat
    15541 tgcccggttg tggtgatgac gctgacgatt ttgccgggcg aggcgaaata gtcggatagc
    15601 ttgtcggtat agggcggaag cacctgcacg gtttggttga tctgatagag ctgcgctgct
    15661 gcattactca gtgcagccgt ggcgacgaag acggcgagta ggagtcttcg tattgattgt
    15721 tgcttagaat gtgaacacat aactgatatc tcctctgatt tcatcgtatg atggaatggc
    15781 cgcctcgttg gcaaaccgat tgttgattag gctgaaattc aacgacagca ggtgtttggg
    15841 gtgaaagcgg taggcggcgt tgagggccga gttaaagatg agtccgctgt cgtcgttgat
    15901 cttgttgctc atgatgttgt tgctccaatt gagcgagagc ttgtcgctga ggaatgtctt
    15961 ggacagattc aggttgccgc ccaacaggat gttttcgaaa ttcttattcg tcatccgggt
    16021 gtaattggtt ccggccgaga tgttgagtcg gagcactggg aggccgaagt tgtagagcag
    16081 catggccatg taggtgtctg tgtcgaccat gtcggaggtg gttttgtttc ggtcgtcgag
    16141 ggtggtgtag tttaggttga gcatgaccat gtgggaggct gtgggggtgg cttttgtgaa
    16201 gcgtggcatg agcatgaagg tgcgattcac ttgaaagatg agcagcgagt cgcttccggc
    16261 cgttttgtag gcgcgttggt tggtggagta gttgttgaac gaggcgtcga gggcccagtt
    16321 ttcattgatc gtatagttgc ccgagagtga gccgatgatg cgatgggcgg tgttggcttt
    16381 cgagccgtcg aggttgtcgt tctggatgcc gagcgatccg ttcaggttga gcttgccgtc
    16441 cattagcccg acggtttggt tgaaggtgat gtgctgcacg tcgttgttga agaaatagct
    16501 gcccatggag cggaagccgg ggtcgatgcg gcggtattcg atgccggtga cgatggtggg
    16561 ggtgaaacgg tagctgagac tcgttttgaa ggctttgaaa tatgtggtcg ttccgttgac
    16621 ggtgatcagt ccgttggcca gccggagcca gccgtcgctg atggagtcgg gcgggagctc
    16681 catgcggttt ttggtgtaga agctgtatga gccgtcgaag gtgaacatga gctgcggggt
    16741 gaatgcgaag tgggaggtga gcccgaaggc gatgttttgt tcgggcgtgg gcatgccggg
    16801 cttgaaggcg agggagtcga agtttttcgt gttgtcgccg atgcgtacga cggagaggtc
    16861 gatgaagcgg ctctccgtgc cgtagcccac cttggcggcc cagccggtgc gggttagctt
    16921 gggcatggag tcggccatgg ccaggtcgta ggtggagttt tggttgaatt tgccgtacac
    16981 cgcgcctaac cggagtttgc cgggacgggc ttcgacagcg gcgccgagga aggtgtatcc
    17041 gttgagcgta aactccgaaa aggtgaggtt gcggtagccc agatgcaggg tgagccactt
    17101 ataggtgggg ctgatgccaa actggttgaa gggctggctg aagctgcctt ttttattgtt
    17161 gttgtaccac gtgaaggaga agggcatgga gatgccatag accgtcagcg tggcattggc
    17221 gttgatgccg taggcgaagg gtgcctgccg ctcggggatg ccggagacgg agtagaagga
    17281 ggtgttcagg ccgatgctgc cgttgatgtc gaacggcttg acatttttca ggtcggacaa
    17341 ctcctgcgcc tggagggcgt gagcggtgat caggaggagg agcgtcgcaa ggattgtttt
    17401 catgtgcgta ttcatcttct ctgagtcttt tatttggttt agaagcgtaa caactcgccc
    17461 tcccccctac ttcatcgcaa attctgcggg gggcgtccgt tgtcatttgt tcatcattaa
    17521 aattcttcag gggcgcggag cgtcggtttc gataggtcgc aatccttctt ttgaaaagat
    17581 gtggccaatc tgcggaatcg cattttttcg catgaaatga catttccggc cgtcgaagtc
    17641 attttatgtc gcatgaaatg gcatttccgg tcgtcgaagt cattttatgt cgcatgaaat
    17701 gacattttcg atcgtcgaag ccattttatg tcgcatgaaa tggcatttcc agtcgtcgaa
    17761 gccattttat atcgcatgaa atgacatttc cgatcgtcga agccatttta tgtcgcatga
    17821 aatggtgtag acgatcgacg cgtgcatttt cctcgcatga aaaatggcct cacccgggag
    17881 catggcggga gggcaaaaca ttttcgcccc tgccggaagt tcggccgggg gagcagctga
    17941 aggtgccgca tgcccccggc cgtgcctcag gttaattcac gatcaccttc gcgaccgcat
    18001 cgccgacgcg caccacatat atgcctgcgg gcagcggctg aacatggttg ccggccggga
    18061 gggcgagcct cttcaccatc gcaccgctta taccatatat atataccgcc tcgggcgagg
    18121 ggagcgtgag gcgcagtgcg ccgtcggagg tgtagatgcg tgaagcctcg accgcttcgt
    18181 tggccgtagg ctctatgacc ttgaatcggc cccatacggc atgtgctctg taggccgcct
    18241 ctgtgcccct cggcactttc agcgtgatgc gattctgaga accggagaag gcatttgccg
    18301 gcacgtcaat cggcgtcgcc caatggactg tgatcgtttt cagcttgtcg caatcttcga
    18361 taaggttgtc gcccatcgcg gtcacagtgg aggggatatc gagcttctcc aggttgccac
    18421 agaggtcaaa agccgcacgg ccgatcttcg ttacgccgtg agggatgttg acgcgctcta
    18481 aatgatcgca gccagcaaaa gcagcatctc cgatcactcg tagtccgttg ccggatacct
    18541 cgacgctcgt catccatgag cattcgcgaa aggcttcatt cccgattcga tgtacgctgc
    18601 tcggtatcgt catgcgcttc agccctttgc agccataaaa agcgtaatcc ccgatctcgg
    18661 taacgatgta agggatatcc acaaatccta aggccttccg ctcggtaacc gttcgcggga
    18721 tggaaatgtc tcccgtgggt ttgttggcgt cggcggtgta gtaggggtag ctcgcctttt
    18781 cgggcacgac cttggcgacc ctggaaaagg ccccagacag gccattcttt ttatagtaca
    18841 cccctttgct cttaaagtca tagtcgcctg cttttgcggc gcttgttacg gtcatcagcc
    18901 cgacgagggc gatggcccaa atggaaattc gttttgctcg tgtcataatc gtatgtgttt
    18961 atataggttg ttactcttca ttccttatta aaccgtcccg ataaggcact tcatgggtag
    19021 catttatcgc aacattgttt tacgcgcaaa cggtgtgatt gtttaccact gcaaaaatgg
    19081 gggggagaga tagcgtctgt caagcataag aatatatggt ttttaagggg cgggaggggt
    19141 ggcctatgat caattgtcaa cgattagccc cccccttgta ggagccacgc ggatacgccc
    19201 cgcagacctg ccagggcgga atgcgccgag cgcgtgtccc ttcacaggga cggagatttt
    19261 tcgttctcca catctgcagg cttgctcgtt ttctgagaaa atgggcatct caccccggaa
    19321 aggctcattt tctgagaaaa cgaagcactc caccccggga aggctcattt tctgagaaaa
    19381 cggagcattt cacttcggga aagcctcttt tgctgagaaa atggagcatt tcacttcgga
    19441 aaagcccctt tttctgagaa aacggagcat ttcgcctcgg aaaagtccct tttgctgaga
    19501 aaacgaagca tctcacttcg gaaaaatccc ttttgctgag aaaatggagc atttcatctc
    19561 ggaaaagtcc cttttgctga gaaaacggag cttttcgcct cgggaaagtc tcttttgctg
    19621 agaaaacgaa gcatttcgcc tcgggaaacc ccaacgcgac ggccatgatc acccaagacc
    19681 tccgaaaaaa gctgcccaca cgggccgctc acacaagccg ctctttgatg gctttgacca
    19741 cggcctccga cttggaattg acggccagct tgcggtaaat gctattgata tggccgcaca
    19801 cggtgccgat ggagatgcaa caatgatcag caatcatctt gtagctgtcg cccatgacga
    19861 gccgcttcag cacatcgaac tcacgcgccg acaggctgta gtcgttcttg atcttccgac
    19921 tcggggcggt aaagaactcc aagactttgc gcgcaatttc gctcgacatg ggcgagccgc
    19981 cgttggccaa ctccgtgacg gcttcgatga tttgtatggc cgaaactttc ttcagcaggt
    20041 atccggtggc cccggcgcgc agggcatcga aaatcttgtc gcgatcatcc attacggtca
    20101 gcatcatcac gttgatttcg ggatatttat ccttcaccaa tcgggtggcg tcaatgccgg
    20161 agaggtaagg catatcaata tccatcagca cgacgtcggg ccgctccgat tcgcagtttt
    20221 cgagtatcgc gcggcaatcg gaataggcgc ccgcaaatcg caacagcccc gagcctttga
    20281 tcaggtaagt caggctttcg cgcagggcgt cgttgtcctc gtatatggca actttgatgt
    20341 ccaagttcat ttctttttta caggcaaaat tggggttcat ccgagcgcat gtcaatcata
    20401 aaaacctatg gttttagggc gggggcggaa gtcttccggg gctcctgatc tcatccaacc
    20461 ctcagcacca acgtcaccgt tgtccccttt ccgatggtgg atcggatggt gaccttcccg
    20521 ccgatttttt caccgcgaaa cttcatgttg cgaagcccgt tccgcgcgtg atctttcgat
    20581 gcatcaaatc cccgcccgtt gtcggccacc gtcattttca agatggaacg cgcgtatgaa
    20641 aactcaatgg acgcctccgt gcacccggaa tattttgctg tattgtttat cgcctctttg
    20701 gctattagaa acaggtttcg gcgcatctcc atcggtaatt gcagcgacaa gatgccggca
    20761 gagactacga cggaaaattt gacatcgagg ggctcgaaaa gcgggatcgc atattcccga
    20821 atgcgcacga tgatgttttg gaaactatcg ttctgcggat tcaccgacca gatgatgtcg
    20881 tccatggagt ctaacaaatt gcgggcgtcg ctcccgatct tacgtagcat ctcttcggag
    20941 tttgcactct cctcaggcct ggattgcagc aggtcgctca tgatggagat actgctcagc
    21001 gtagagccga catcgtcgtg caggtcggag gcaattttca gccggatgcg cttccgcttt
    21061 tcttcctgct cgcgacggat ccggtggatg gttaacccga tgccaaccac agtaagcagt
    21121 acgaaagaga ggaaccatcc cgtcttccag aacacttgac tgatctcaaa ctcaaccgtg
    21181 cgatgatatc ccaaccagtt gcccttgtaa gctgcatcca cgacgaagcg atacttcccg
    21241 ggcttcaagt tcgtgtaacg cgcctccaat aaggtggtcg ggggattcca atccttctcc
    21301 aacccctcca atttgtatcg gtaacgcacc tggtcataat cctcgaagca gatcgcggtg
    21361 tagctaaagg tgaagttgtt ccgatcgtac ataaccgtcg gcaaggccgc ccgctcagca
    21421 tacggattcc aatccgtgac ggctcggcta ttaatggaaa ccgtttcaat aatcaggttt
    21481 gaaatactcg atcgggaata tcgctccact tcgttcagcc aacctatgcc cacctgtccg
    21541 ccacaaaaaa cattgccgta tcgatcgacc atgattctgt cgtcgccttc caggttctcg
    21601 agcagcccgt tgcgctcatc cgtcagcata aacgattcgt tgtaggggtt gaaatagagc
    21661 aggccattgt ttacgatcca gaaattaccc tgcttgtcgg ccgtcatgaa tcttagcatc
    21721 aggtccttca gcccgccgtc tgtttggtac actttgaagg caaactcgcc atcggcttgc
    21781 tccttcacct tcaccaaccc ctgcccttct atcgtgagcc acatggcatt agtggtatct
    21841 ctcacgatgg aataaacgtc gccatccctt acaccgatct tttgcaacct gcgggggatt
    21901 tcgcgcgaga acttccccgt ctgagggtca tacgtgcaaa atccggtacg gctgcctatc
    21961 caaatcctcc cgcgatggtc ttctgctatg gcgaagaagc gggtcttgcc gtaaagcgag
    22021 ttgtcgtctg cgggattgtt catgaaataa tcggctttcg tccggtcgct gttgagacgt
    22081 atgacgccga attttcctgt gcctaaccac aggttatgct ggctatcctc aaatattttg
    22141 aagatggtgt tgccccactg ctcgggatga ttcttatctg gagggataaa ttgcttcagc
    22201 gttttgctct gtttgtccac gtaccaaagg ccgcgcctcg aaacgcccac ccacaacacg
    22261 ccgcggctgt ctttgaagat gtcggtggtg ttgaacattt cctgccggtt cgtttccggc
    22321 cgatagaaga tccattgctg cgcccgggca tcccaacagg ccaggccgta gctatcctga
    22381 aacatcccga aataatactc ctccgtctct tcgtcgtgta gcattcccat gacccacgtg
    22441 tgcgggaaag ggatgtctaa ttctcgaaac tgctttgccc gtaagttttg tcgccaaagc
    22501 ccctccttgc agcttagcca aatcgcgcca tcggagagtt gaaaaatatt cagcttgggc
    22561 tttttcagca catcgccgtt tgggctctgt ttgagtggca ccagccgctc gctgcttttg
    22621 ttgaaaacgg caagccccca atcccaatcg cagacccaca gttcgttttc gttcttcacc
    22681 atgaaatcgc ttaccgccca cactttggac gtattcccct tgctcttatc agattgggga
    22741 tagccgaaat tccgccacgt ctcagttgtc atatcgaagc ggggcagccc cgaaatccaa
    22801 cacaagcccc acaaatagtt cccctcttgc ctgaatctgt agacagttgg ttccgaatgg
    22861 ctaaaggtgg cctcggtgtt ggggtgaatc ttatgcagtc tgttcctcct tttatcgaag
    22921 ctcagcaccc cacgttcgac accaagcagc aggcgatttt tgtccaccgt atgttgagcg
    22981 atgcaataca cccttttagt aaacgtagga ttgcctttgg tgaagggcgg ctgtttgagg
    23041 tgatggttga tgatgcccgt aaaaccagcg ttgaggctgt aaagaccgtt gagtgccgcc
    23101 agccagatgg ttccgtcggg gtcagggaag atgtcattga ccagttcaac gggttctccg
    23161 tcctgatcgc gcgagagatt ggtgatcttt tgggtgcgaa tgtcgatcag cgaaacgccg
    23221 tgtacaccgc caatgcagag cagcgtatcg ccgagcagac ggagcgaaag cagttcggtg
    23281 tcgataagag aggttgtgtc accagggatg tggcgatatg ttttgaagtc gtgcccgtcg
    23341 taacgtatca gcccgtgttt gctcgcaaac cacacaaatc cgtgtttgtc ttgctgcagc
    23401 gcgatcacat ctcgaaaagg gagatctccg gggagtttta tttcattgaa aatgtattcc
    23461 tcggcaatcg gtttcagcgg gagtctcagt gattgcgtat gtgtggtaag attaaaaagg
    23521 aagagaaaca aagccccaac gccgataagg cgaaaaaaac gtgacacagt tccgtttagc
    23581 tttaattccc gaatgtcgta tgtgcgatgc atcttctgat atccttgaag cgcgcattat
    23641 tcgcggcgtt cgtttgtttt cacagcaaaa gtaattctct gcttccttcc gttgccagcg
    23701 gggaggacaa ggagctcgct caccgcgccg ccgtttgggc cagcgagtga ggatgcgtgt
    23761 aaacggcggc gccgtttggg tcagcgagtg aggatgcgtg taaaccgcgc cgccgtttgg
    23821 gccagcgagt gaggatgggt gcaaacggcg gcgccgtttg ggtcagcgag tgaggatgag
    23881 tgcaaacggt ggcgccgttt gggtcagcga gtgaggatga gtacaaacgg tggcgccgtt
    23941 tgggtcagcg agtgaggatg agtgtaaacg gcggcgccgt ttgggccagc gagtgaggat
    24001 gagtgaaaac ggtggcaccg tttgggccgt aaagggcgct gacatctcgt ttgccggggg
    24061 gatttcttac gtcgaacgcg cgttcatgaa gaagggtgac agaaaaaagg acggcgccct
    24121 cggtcgacgc cataagcgcc tccgaagaca ccgtccttcc ttcgcttccg cccccgatct
    24181 gggctgttgg aatcggatcg ttcccccgag cagcctttca atatcggctc ctactccgcg
    24241 ccgccaccga gggcttggta aagggtgatg acggacgaga tctcgttgta gcggttcgtc
    24301 aggcaggtca ggcgggcggc gagcaggctt tgctgcgcgg tgagcacctc gagatacgtg
    24361 gccgacccgt gctccatgag cagcgtggtg gccttcaccg cacgctcgag cgcggccacc
    24421 tgcttgtcgt aatactccgc tttggcctcg taggtctgca cctgtgtcaa ggcgttgttc
    24481 acctccatgc cggcgttgag cagcgtctgg cggaaggtga gcgcggccga ctcctgttcg
    24541 gcgcgggcga tccgaagctg tgcacgcagt cgaccgtttt ggaagagagg ctgcgtgagc
    24601 gacgcaacgg ccgtccagag gaatttgccc gggttgacga tgatggctcc cccgctgttc
    24661 gtccagccgg ccgtgccact cagcgtgatg gaggggtaga aggccgatcg ggcggcgttc
    24721 gtcgcataga aggcagcggc cagactttgc tctgcacgca tcacgtccgg gcgttgcgaa
    24781 aggagcgagg ccggcagccc gacgctgagc gaggcgggta tctgccaggc gtccatgccg
    24841 ctacgctcca tggcgtggat gctatccccc aagaggatgg ccagccggtt ctccgtctcg
    24901 cggatctgct ggcggaggga gagcacggag gcgctgacgc tgtaccagtt ggcctcggat
    24961 tgcgacacgg cggcgtcgtt ataacgtccg gcagccatca gcgcccgcat cgtctcgacg
    25021 ttcttctgcc agttatcggc cgtctcttcg gagatcttca gctgctcgtc gagcatggcc
    25081 aacgtataat aataggtagc gatgccggag atgatttgcg cgcggacggc ttgctcgtag
    25141 gcacgactgg cctcgaggag cgtcttcgac cggcggcggg cgttgcggag gctgccgaag
    25201 acgtcgagct gccacgaggc tgtcagcggt aggcgatacg tctgcgaggg tgcggcgccg
    25261 tcgaagctgc taagtgtgcc ttgcggagcg agggcgaagg caggcaggaa ggacaggtcg
    25321 gccgccgaga gcgacgcctc ggcttgctcc acctgtaggt gggcgcggcc gagatccgtg
    25381 ttgttgcgga gcccttgctc aatgagcgct tgcaggcggg catcagtgaa gatgtcgcgc
    25441 cagggcagac gccccaagtt ggccgtgtcg ccaccgggct tttcggcgtc gccatacagg
    25501 ccgtccgtgc ggatgctgtc ggggcggtga tagttcgtgt agatgccaca gccggtcagt
    25561 agggccgccg cagcgagggt caggacgacc cttttcatcc atatcgtttt catcattctt
    25621 ctgtgttatc cgtgtgtgat gcgttacgtt cactcatgct ccgctcgtgc tccagctgca
    25681 cctgcgcgtc agcttccttc ttcaaggcgg ggcgcacctt ctcttgcata aactcaaagg
    25741 caatgaagag tacgggcacg aggaagagca aagccaatgt gccgaccatc atgccgccca
    25801 ccacgcccgt tccgagcgaa ctgttgccat tggcgccggc gccagacgag aacatgagcg
    25861 ggagcatacc gaagatcatc gtcagtaccg tcatcaagat cgggcggagg cgcacctgcg
    25921 cggccgaata ggcggactcg atgatgccca tgcccttgcg tcggcgctca atggcgtact
    25981 cggtgatgag gatggccgtc ttggccagta ggccgataag catgatgaca cccgtctgca
    26041 ggtagatgtt gttctccaat ccgaagagct tagcgaagag gaagctgccc atcagtccgc
    26101 acggcacgga gaggatgacg gcgaagggga tgaggaagct ctcgtagagg cacgagagga
    26161 tgaggtagat gagcacgatg cagatgccat agatgaacag cgtggaagcg ccgccgctct
    26221 gagattcctc gcgcgagatg ccgctgtatt cgtagccgta gccctgcggc agggtctgcg
    26281 cggccacctc ttcaatggcg cgcatggcct cgcccgtgga gtagccgtcg gccacactga
    26341 cgttggctgt gatggaagag aagaggttga agcgcgtggc tacctcgggg cccatcacct
    26401 gcttcacggt gacgaactgg ccgatgggcg ccatctctgt gccgttgcgg acgtagagac
    26461 cgttgagcga ttgcgcgtcg aggcgatact tcgggtcggc ctgcatcatg acgcggtaga
    26521 ccttgccgta ctggttgaag ttggagacgt acgcaccgcc gcaataggcg ctgagcacgc
    26581 tgagcaccgt ggagggcgag ataccggcgc gtttgcattt ggcggcgtcc acatcgatgc
    26641 tgtactgtgg aaagttcatg gcgtacgagg tgtatgccat cgcgatctcg gggcgttggt
    26701 tgagggcgcc gaggtattgc atggccgtct ggtagaactt cgccatgtcg ccgcccgtct
    26761 tgtcctgcag gttcaggctg acggcgttgc ccatgccgta accggggatc atacccggct
    26821 ggaaggcgaa gatctgcgcc tctttgatgg tttgcagctg tgccatcagc ttgcctaata
    26881 tggcgtcaga gctgtgcgcg cggcctttgc gttcgctcca gtccttgagg cggacgatga
    26941 acataccgta tgacacacct tgcccagaca taaatccgta acccgccacg cggctatagt
    27001 gctccacctc gggcacggtc ttcaggatgg cttcggcctt gtcgagcgtc ttcatcgtgg
    27061 tggccaagga gctaccgggc gatacgctga cgttgaccat catcacgccc tggtcttcct
    27121 gcggcacgag gccggtcttt gtcgtcttca taaagtaaac cagcaacacc acggcgcaag
    27181 ccagtgcggc ccacgccatc cagcggtggt ggatgaagca catgacgccc ttcttgtact
    27241 tacccatcac ggcgttgaac gaggcgttgt aagctgcctt cacccgaccg ttgaagctct
    27301 tggcgctctt tgtgccatcg gctgggcgca tgatcatggc gcagagcgcg gggcagagtg
    27361 tgagggcgtt gatacacgag attccgacag ctgtggccat cgtgataccg aactgggtgt
    27421 agaagatgcc cgacgtgccg cccatgaagg tcacggggat gaacacggcc atgaagacga
    27481 tcgtacacgt gatgacggcc atcgtcacgt cgcccatcgc atccttcgtg gcttggtaag
    27541 gcgacttgta gccgatgtcg aacttcgact gcacggcctc gacgacgacg atcgagtcgt
    27601 ccaccaccgt accaatagcc agcacgaggg cgaacagcgt caagatgttg atgctgaagc
    27661 cgaagatgga gaggcaggcg aaggtgccga tcagcgagac gatgatcgag atcgagggga
    27721 tgagcgtgct cttgaagtct tgcaggaaga agtagaccac caagatgacg agcaggatgg
    27781 cgatgacgag cgtctccacc acgttatgga tcgaggcgta gaggaagtcg tttgagctca
    27841 tcatgttcgt gaactccagt ccgtcgggca ggtctttgct cagcttttgc agcagggctg
    27901 tgatgcgcgc gttcgtctcc gtggcgttgg cgccggacac ttggaaggtc atgaaggaga
    27961 cggccggctt gccgtccatc gtgccgtgga agctgtacga ttgcgagccg agctccaccc
    28021 gcgccacgtc tttcaggcga agcacattgc cgctctcgtc ggcgcggatc accatgttgc
    28081 taaactcctc gacgctgact aagcgaccct tgtatttcat cgtgtactgg aaggtgttgt
    28141 ccgagttctc accgagcgaa cccgtaggcg cctcgatgtt ttgctcgccg agtacggccg
    28201 tgatgtctga cggcacgagt ccgtactgcg ccatcacgtc gggcttgagc cagatgcgca
    28261 tgctgtacgt gtcgcccatc tccatcacgt cgcccacgcc ctcgatgcgc ttgatctgcg
    28321 ggatgatgtt gatgtcaagg taattcgaga ggaagctctc gtcatacttc ccgttcgtgc
    28381 acgtcagggc gttgatctgt aggaagctcg tctggcgctt ctgtgtgctc acgccgacgc
    28441 gtgtcacctc ggccgggagc aacccctgag cgcgcgctac gcggttctgc acgttcaccg
    28501 ccgccatgtc cgggtccgtc ccctgcttga aatagaccga gatcgaggcc gagccactgt
    28561 tcgtggccgt ggacgacatg tagatcatgt tctccacgcc attgatgttc tcttctaacg
    28621 gcatgatgac gctcttctgc accgcctcgg cgtccgcacc ggtgtaggcc gtggagacca
    28681 tcacggtggg cggggcgatg ttcgggtact gctccacggg cagcgtgaag agcgagataa
    28741 gccccacgat gacgatcagg atggagatcg agatggccag caccggccgc ttgataaata
    28801 cgtttccctt catcgtttac tgcacttgcg ttccttccct gatcagtccg gcaccctcgg
    28861 cgatgatcac gtcgcccgcc tcgaggccgc tcagcaccac atattcctgc ccgtcgctga
    28921 gcggtgagac ggtgatgagc gtggagaccg ccttgccgtc gactacttta tagacgagcg
    28981 tcttgtcttg catctgcacc gtggctgcct gcgggatgac gatgcagtcg tgataaaccg
    29041 acggcatgac gatgttgccc gtggcgccgc tgtgcagcag ccttccggca ttggggaact
    29101 ccgcccggag gctaaccgtc cccgtcgagg ggtcgatcac accgctcaca ctctccacac
    29161 gccccgagtc gggatactcc gatccgtcgc tcagggtcag acgcacgggc gggaacttct
    29221 tcagcgcctc agccgttgag ccgtattcgc gccccagcgc caggagctcg ctctcgttga
    29281 tggagaagta gacatacatc tacgagttgt ctgagacggt cgtcagcggc gtctgcatcg
    29341 atggccccac gagcgaaccc tgcctgtaag gcagcgtacc caccacgccg tcggccgggc
    29401 tcttgaccgt ggtgtacgag aggttgtttc gcgcattcac ctcagccgct ttcgcctgcg
    29461 ccacggaggc ctcggccgtc ttcagcgcat tcttggccgt ctgcaattca tagtccgaga
    29521 tcaccttttg gtcatatagc gtctgcttgc tctcgcacgt cagccgcgcc gtagccagcg
    29581 atgcttcggc cgtgcccacg gctgctcggg cctgcgtgag cgccgcctga tagggcactt
    29641 gatcgatcac gaacagcgtc tgcccgcgtc gcacggcctc gccttcgttc acgagcacct
    29701 tcgtcagtgt gcccgacacc tgcggcacga cggccacgtc ttgccgcccg cggatcgtgg
    29761 ccgaataggt gcggtcgaac tccttgtccg tgcgctccac cgtcatcgtc ttgtacgcac
    29821 ccgcggctcc tgcaccagcc ggtgccccag cttgcttctt accacatgaa acaacaagcc
    29881 ctggcagaca aacggccagg gctaaccaca tgaaactctt tgctttcatt cttctatgca
    29941 taatcatata atgtatggat tgatcttgct gctttcaacg ggggcaaaga taccgccgac
    30001 cttagtttcg agtgacgcaa cgcaggcttt gtgggtgacg caacgcaggc tttgtgagcg
    30061 acgcaacaac ccaggggctc cacccctggc tatcatccgg cgcccctaca gggcgcatcc
    30121 gggtacccga tttaatccgg cctgaagggc cgccggacga tagcccgggg caacgccctg
    30181 ggttggtgtg gcgcatcggt ttgtgaataa ttcggtgtac cccgcgcgcc ctgaagggcc
    30241 ggcggacgat agcccagggc gaaaccctgg gttcccggat tgatgtaccc cggtgcggcc
    30301 tgaagggtcg ccggacgata gcccggggca acgccctggg tcgatgtggc gcaaatggtt
    30361 tgcgaataat aggtgtaccc ggtgcggcct ctatcattcg caatccaggc tcgctccggc
    30421 gcaagccctc aacaattcaa cacttcaacg gggcgaagcc cccaacaatt caacagggcg
    30481 ttagccctca acaattcaac gaggcatacc cccccccaac aactcattca ttccggatgc
    30541 ttttcaccgg attagcattc gccgcgcgcc agttttggaa ggtgacggtg gccaacgtga
    30601 cggcagccac ggcgatgaag gcgagtacga acacccacca acgcagcggc gtgcggtagg
    30661 cgaagttttc gagccatcgg gtcacgccat agtaagccac aggcgcggcg acgacgaagc
    30721 agacggccac gatgcgcagg taggtgcgat tgaataggac caagatctgt ccagtggagg
    30781 agccgaacac cttgcggatg ccgatctcct tgcgcctgta ctcgctgtcg aagactacta
    30841 acccgaacac gccgacgagc gacagcagca cggcgagcag gccgaagagt gtgatgagcg
    30901 tgcggagggt cgtttccttc tgataaagcg tgtcgtcgat ggtgtcgtaa aactcgatgt
    30961 cgacggggta agacgggtca atggcggcga cggtcttgcg gatgtgggct gcggcggcgc
    31021 gcgggtcggt gccggcgcgg aggcggatgt aggaaacgcg cagattgggg ccgggctgca
    31081 cggcggcaag ggcgatgttg gccgattctt gccgcagaga ggcgatgtgc aagtcgcccg
    31141 tgaagccgat gaggtcgccc tcgtggtcat cccagtagcg gaaggggccg cactccatgc
    31201 cgaggctgcg gcgggcgtgg tcgttgaaga tgaaggcggg tcgcttgctg cgtgcatcgg
    31261 cctcggtgaa gtcgcggccg tcggccaagt ggatgcccat cgtgcggagg aaattccatg
    31321 agacgcggat ctggaagtag gagaactcct ggccgcgata ctccgtccct tcggtcatgt
    31381 aggtgtcttt cgagccgacc ttctccgacg agaacgccac gtcttcgatg cccgcaaagg
    31441 ccttcagccg gtcggcatat tcgcgagcat ggccaccggc gatggcaccg ttgagctcta
    31501 cgacggcgat ccggtcgcgg tcgaaaccgg cgggatagct gcgcaggtag ctgttttgca
    31561 gctgcacgaa gccggcaccg atgatgagcg ccatggagat gacgaactgc acgcccacga
    31621 gggccatgcg cagccgtcgt ccgcggggcg agaggccgaa gctgcccttg aggacgagcg
    31681 cgggcggaaa ggaggtcatg taatacgccg gatacatgcc tgcggcgagg ccagtgagca
    31741 gggctatgag cgcagtcaat aggatgagca cggggtggtg gaggggcgac gtgtcggcct
    31801 cgacaaatgt gagccatcgg ctttcgctta acgcccaaac gatgcccaca gcaacgaccc
    31861 acgcggcgag gcagacggcg caggcctcaa tcaggagcga gcggcggagt gcgccgtcgg
    31921 tgctacctaa gaccttctgc gtgttgatgc tcttcatccg caggggcgtc atggcggtgc
    31981 tgaagttggt gtagttcacg gcggcgatca ggaggatcag cagggcgatg ccgaagagca
    32041 gacgcacaac atcgacgttg ccgctgcgga agatgcgccc atcgccgctc tcgttcataa
    32101 agtagatgtc ggtcaggggg acgagcgtga tctgttcgcc ggggcggtcg atgttgctga
    32161 agtcgaagcg acggttgaag tcggcagcca cgtcggtggc cgatgcggcg cgatcgaggc
    32221 gcaggtaaca gatgaagttg ctggcggaga agttcccctt caggcaggcc tcgtcgatgg
    32281 cggtgtagat cacattgcgg agctgcgtgt tgccggggaa gtcgcgatag acggcgccca
    32341 ccgtgaggtc gagcagcgtc gtgtcgtcgt cgcggttctt gctccagatc cgttcctcgg
    32401 catgcagccg ccgccccaca gccgacgcgt cgccaaagag tcggcgcgcc atgctctggg
    32461 ggatgatcac tttatccggc tcacgcaggc aatcggcgtc gccctcgacg atggggaagt
    32521 cgaacgtgcg aatgagcccc gggaggcacg tctgcaccga ctcgcggaag ccgtgtcggg
    32581 cgccggcctt gtccgtgaca gtgaagtaga catcgcccac gaaggggttg aggagcgtgc
    32641 cggcctcgat gtgtggcgag gaggcgatga cggcctccac gaagccgcgc ggcaggatgg
    32701 tggagaacgt gcctgcctgc gacaggtcga cgcggaagat gcggtcggcg ccggggtggc
    32761 aacggtcgta gctccgttcg taatccacct gcatcataat cgccatgaag gcggcgaagg
    32821 cgacggccag ccctaataca tttaatacag tcgccatccg aaaccggcgg acgacgctga
    32881 gtaggttgcg gtaaagggta tgcatgtctc ttgtttaggt gtttgggctc gctgcgcgag
    32941 ctggtttagg gggcttcgcc cctggtttat ttgttgaagt gttgagggct aacgccctgt
    33001 tgaattgttt gggctcgctg cgcgagccag tttatttgtt ggattgttta gatgttgatc
    33061 aattcaacaa ttcaacaatt caacaactca acggggcgcg agcccccaac aattcaacgc
    33121 ctcaacgggg cgtaagcccc caacaattca acgggcgaag cccccaacaa ctcattcatt
    33181 ccggatgctt ttcaccggat tggcattcgc cgcgcgccag ttttggaagg tgacggtggc
    33241 caacgtgacg gccgccacgg cgacgaaggc gagtacgaac acccaccaac gcagcggcgt
    33301 gcggtaggcg aagttttcga gccatcgggt gacgccgtag taagccacgg gtgcggcgat
    33361 gacgaagcag atggccacga tgcgcaggta ggtgcgattg aacatggcaa ggatctgccc
    33421 agtggaggag ccgaacactt tgcggatgcc gatctccttg cgccggtact cgctgtcgaa
    33481 caccacgagg ccaaacacgc cgacgatgga gataaacaca gccattgcgc tgaagagcgt
    33541 gatgagcgat ccgacggcgc gctccttctc ataggtctgc tgcaggaagc cgtcgaagaa
    33601 gcgcgtgtcg aacgtgtatt cagggtcgag ctccttcagt accgcgcgca catgatccat
    33661 cgcggcgcgc atgtccgtgc ccgccttcat tttaatgtaa gcgtagcggg gtttgttgcc
    33721 ccagttctgc gtgccccaca caaggaaggc catcggcgcc acctcggtgc ggaaggaggc
    33781 aaacttgatg tcgggtatga agccgactac ttctgtgctg tcgatcatcg tgccgagctc
    33841 caatccgaac tcttggtgtg cgcgctcgtt gaagacgtag acgccgtggc gggtctttgc
    33901 gtcctccggg cggaagtcgc gcccctcaga cacttggatg cctaacacat caagaaattc
    33961 agactccacc ggcaagaccg tgtagttgat ctgcttgccg cgataattcc gcccccaagt
    34021 catataagaa tcgccactcg agaggatgcg ttcggcgtag gccacgcccg agacgccggc
    34081 gtaagccttg agacggttcg tcagcgcgtc gcggctgttc atgagcccgt cgctgaggtc
    34141 ggtgatgatc agctcgtcgc ggtcgtaccc caagggcgcg tgctgcatgt agtagttctg
    34201 catgtacatg aaggaggcgc tgatgatgag ggcgaacgag gcgaaaaact gtacgccgat
    34261 cagggcgttg cgcagcgccc gtccgcgggg cgagaggccg aagctgccct tgagcacgag
    34321 cgcgggcggg aaggaggtca tgtaatacgc cggatagacg cccgcggcga ggcccgtcag
    34381 cagggcgatc agtgcagcca agcccgcgat gcccaagtgg gtgatcagat tgagatcggt
    34441 ggtgacgagc gaggcgagcg gactgtgcgc aaagagcacg actaatccga cggccagcgc
    34501 gtaggccacg aggctcatca gcacggactc ggccacaagt gcgcggcgga tcgtcccggt
    34561 ggcgccgccg agcaccttct gcgtgttgat gctgcggatg cgcatcggtg tgagcgccat
    34621 gctgaagttg gtgaagttga tgcccgcaat gacgatcacc acgatggcga tggccagcaa
    34681 cacacgcagc gtctgtcggt tggctttcgg tgtgttgtca aatttggcgt cggtagtgaa
    34741 atgcacctcg tgtaggggcg tgaagcgcag gtcgccaccc gcgtcgtccc agcccgcctt
    34801 ttcgccgaag acctccttga tgtccgcgac gacgtgttgc ttgaaattct cgtagatggt
    34861 ggggatgttc gctgcgtcgt ccacacggat aaagacggag taattccagt tgttccagtt
    34921 ctgccggttc tcctcgtcgg ggatggcctg ataaacgacg ttctcgatga gcgtattgct
    34981 ggggaagtcg cggtagacgc cgccaacggt cagagaagag aagtagatat tgctcagttt
    35041 cttcccaacg gccgacccac tgccgaacat cttgcgcgcc atgctgagcg ggatgatcac
    35101 ttgatcgggc gtgcggagtg cgtccttaga gccctccaca aagtcgaacg cgaaaacgtc
    35161 agtaaatccc ggcgatacgg tctcgtagga ttccttgaag gacttcctgt cggcgccgtc
    35221 ttccacggcg aaggcgacgt catagggaaa attgaggtac gctccggcca agatatgtgg
    35281 cgaggaggcg aagagtgact cggctaaggg gcggcacaag atgacctgcg ccccccgctc
    35341 gtgattgacg aactcgacgc ggaagatgcg gtcgtggttc gggtcggagc ggtcgaaggt
    35401 gcggtcgaag cccacctgca tgaggatgat catgaaggcg gcgaaggcga cggccagtcc
    35461 taatacattt aatacagtcg ccatccgaaa gcgacggacg acgctgagga ggttgcgata
    35521 gatggtatgc atgtttcttg tttaggtgtt taggctcgct gcgcgagcca gtttatttgt
    35581 tgaattgttg agggctaacg ccctgttgaa ttgtttgggc tcgctgcgcg agccagttta
    35641 gggggcttcg cccctggttt atttgttgat ttgttgaatt gttgaattga tcaacatcta
    35701 aacaattcaa cggggcgaag ccccccaaca actcaacggg gcgtaagccc ccaacaactc
    35761 aacggggcga agcccccaac attcaggcta cagccttgtc gtgttcacga tttgtccgtc
    35821 gaagaggttg atgatgcggt tggcgaagcc cgcgtcgtgc tgcgagtggg tgaccatgac
    35881 gatcgtcgtg ccctcgtcgt gcaggtcgtt cagcaggcgg atcacctcga ggccgttctt
    35941 cgagtcgagg ttacccgtcg gctcgtcggc gaggatcagc ttcgggttcg ccacgacggc
    36001 gcgcgcgatg gccacgcgtt gctgctgtcc gccggagagc tgctggggga agtggcgccc
    36061 gcggtgactg atgctcatgc gcttcaggat ggcgtgcaca cgctccttgc gttcggcggc
    36121 cttgatgccg aggtaagtca ggggcagctc cacgttctcg aacacgttca gctcgtcgat
    36181 caggttgaag ctctgaaaga cgaacccgat gttgcccttg cgcacctcgg tacgttcctt
    36241 ttcgcgcagg tggcccacct cgcggccgtc caagtaatag tcgccctcgg tggggttgtc
    36301 gagtaggccg aggatgttga gcaaggtgga cttgccgcag cccgaggggc ccatgacggc
    36361 tacaaactcg ccgtcggcaa cttctaacgt gaccttgttc agggcaatgg tttggatctc
    36421 ttctgtctcg aaatactttg tcagattctc tactttaatc atgatgggtt agggtgttat
    36481 gtgtgtgaat atttgaatga ttcattggga atttcagtgc ttgctcggcc agagcaaatg
    36541 ccaaatcgtt tttttggtgc ttgcttgggc ttgggcaaat gataaatcgg actttttgat
    36601 gcttgcccaa cttgggcaaa tgagaaaacg aactttttgg tgcttgccca acttgggcaa
    36661 atgataaaac agactttttg atgcttgccc aacttgggca aatgataaaa cagacttttt
    36721 ggtgcttgcc caacttgggc aaagggtaaa acaaactttt tgatgcttgc ccaacttggg
    36781 caaatgataa aacagacttt ttggcgcttg cttgggcttg ggcaagcatt tttcattcat
    36841 tctttatgct gtttacgggg ttttcgtggg cagcgcgacg gacattcagc gccacgacgg
    36901 cggcgatgac gctgagcata accaagccgc agagcgcgaa gaggtaccac gcgagcgaca
    36961 ctttctcggt gaagccctcc tgccacagcg acgccacgta agccgccgcg ccgcaaccga
    37021 agactaacgc gggcacggcc atgcgcacga tgtcgcgctc gaagagccgc atcacctcgc
    37081 cgacggtggc gccattgatc ttgcggatgg cgatctcctt gcggcggcgg ttgatctcgt
    37141 cgcgcgtgta gccgaagagg ccgatcaggg cgatgatcag cgtgatgatg ccgccgatca
    37201 tcacggcatt gcggaagcgc cgcgcgtcca cataacgcgc cgtcatctcc gcccgccagt
    37261 cgctcacctc cacctcccgg tcgggcagca ggcgttgcag cgtctcccgt gcacggcgca
    37321 tggcctcggg cgtcatgtgg tgaaacttga tgagcagata cggcgtctcc cgcgggttgc
    37381 aactgtagaa gaggatcgag gggcgctcgt cctcgttgtg gatcgtgcct aagcggacgt
    37441 cttcatacac gccgcagatg gtgaaaggtt cgttgttatc gtcactatgc tccgtgatga
    37501 tgagctgttt gcccaccgcg ccgtccgacc aatccgcgaa ctgcttcatc ttctccacaa
    37561 agcggcggct gaccatcacc tcgtgcgacc aagagacatt ttccgtgaac gatcgcccct
    37621 cgatgatggg gatttccatt gcggccaaat agccgttgcc cacctcatag aggtcggcaa
    37681 tgttgaagag ctcgcgattg tcgtccggca gaaagacatt gttacccgat gcaccctcga
    37741 agagcagctg atagaaggta gatacggccg acacttcagg caatctcccc acctcgtcga
    37801 tgagcttgac gcgcagcgta gagtcggcgc cgcgcatgct gacgtaggcc agattatcat
    37861 agcgataccc cggatcgtcg tgcaccatgc ggttgtattg ccgggcgatg accacgagca
    37921 gcgagaggag gaacccgacg gcgacgaatt gcagggagag cagcgcgagc ttccagcggc
    37981 ggcgatgctc gtggaagttg cggaaggcgg cggctacggg cacgcgggca aagagacggc
    38041 ccggaagcag tccggccact aagaagacga cggcgcaaat gccgaagagg agcagcaggc
    38101 tgcgccgggt gaagagggcg ctgagcgtgg cgtcgagcag ctcctccacc gtggcgcgga
    38161 aagcgaggat cagtgcgccg gccagcagga tggagagaag caggtggaga aacgtctcgg
    38221 agaggatcat gccgccgatg tttgcccgcg aggcgccgta acatttgtgc acggccacct
    38281 ccttcgtcct ccccacgagc gaggagatga cgatgagcac gtagttcatc acggccgtga
    38341 agacgagtgc aaaggcgagg agcgctaaga gccacgtcat gcggcgcacc tcgggcaggc
    38401 tgtcgtgcac ggcatcgagc ggcgtgaggg agtagctcag ctctacgcct gccttcttca
    38461 gcatttccgc gtcctggtgt ttctgctgca tggcgtgcat ggcgtcggcg aggctgtcgg
    38521 ggtggacgcc gggctgcagc ttgacgaagc ccatatagcg gtcgttgccg acccagttca
    38581 tggtgccgtc gaagttgggc gtgcggagca ggtcgatgga gatgatggcg tcgtaacgca
    38641 gcgaggcgtt ctcggggacg gtctcgaaga cgccgccgat ggtcagctca tggccgctcc
    38701 attgttcggc cttgagcgtc ttgccgacga ggtcgccgcc acccatcttg tcggccaact
    38761 cgcgggagat cataatcagt ccatcgccgc gcggagcagt gagcacgcgc tgtgcgtcgc
    38821 cctgcagcat gggccgtggc aggacgttga agaagcgttc gtcggcagcg atcatgcgca
    38881 cctcgaagcg cttcttgtct tcggtgtaca tgttgccctc gtagatccac gtgcaacgcg
    38941 tggcttgctg cacgccgggc acttcttcgc gcatgccgac ggccacgccg ccactgactt
    39001 gctcgtactc tttcagctcg ccattcatga cgatcatctc gttcatgcga tagatgcggt
    39061 cggcgtcggg gtaaaacgtg tcgtacgact gctcgaagca gaccttggcg atgagcacta
    39121 atcccatagc cagcccgacg gcgagcgaca ggattttgat tccattgttt cggccgcgct
    39181 tcgtcaatga gcgcaaggcg aggaggaggt ttttctgtag catgatggtt aggggtttga
    39241 tgtaaaaact aaaagcgaaa agctaaaagc gaaaggttct gccggtacct cgtaggggcg
    39301 aataatcatt cgcccttaca agcgtccatc gggtacccgg ccatttttag ttgttagttg
    39361 ttcgtttttc acttaccaat gactaacacc tcgctgttct tatagctctc gtagccggag
    39421 acgatgacgc gttcgcccgg ctcgaggcct tcggtcactt cgtaatactg cgggttctgc
    39481 cggccgatct tgatcttgcg gcgataggcg cgcttcccgt tgcggtcgac gacgaagatc
    39541 cagttgccgc ctgtgctttg gaagaaggtg cccttgggga tcatcacgca ctccgtaggc
    39601 tgcccaagct ctaagttgat gtaataggtc tggccgctgc ggatgttgtc cgggcgctcg
    39661 ccggtgaaga cgaagtcggt gcggaacttg ccgtcgcgca cctcgggata gaccttgcgg
    39721 acggtcaggg cgaagtgtgc accctgacgg tcgaaggtgg cgctgaggcc ggtgcgcacg
    39781 cggtcgatgt agtgctcgtc gatgagcgct tccaccttat agtcggagag gtcattgatc
    39841 tgcccgatct tctgaccggg ctgcacgttc tgcccgagca cgacgtcaag gagcccgagt
    39901 tcgccgtcga tcggcgaacg aacctcgagc ttatccttac gctcgcggat cagcagcacg
    39961 ttgcggcgca tgttggagag gttgtcttcc atttgactca tttgaatgga gcggtaaagc
    40021 gagtcttgct tgaggcgctc gacgatgagc gcgtgtttgc ggcgtgccag ttcgtagtct
    40081 tccttagcct gcacaaaatc ctcgcgggcg atgagcttct cgttgtagag ctgctcctgc
    40141 tgccgatacg tacgcaggcg ccgcgtgatg tcgaggtcta attgcagctt ctccgtctta
    40201 ttgcgcaggc ggtcttgctc catcgtcacc tgcgtgttgc ggagcaggtt ctgcttctcg
    40261 gcgagttccg cctcggcgtt gaggatctgc agctcaaggt tcgagttgct caggcgcacg
    40321 atcacgtcgc cgcggtgcac ctgcgcacct tcttccacga cgagctcctg cacgatgccg
    40381 ccctcctcgg ggctgagttg cacgacggtg atgggctgca cttgcccgtc gacacgcacg
    40441 aaatcgttga attggtcgcg cttcacttcg ccgatgctga ggctgcgcgc gtctacacgc
    40501 agcgtcgagg cgtgattgcc gaagatgatc cacagcacga gggccagcag cgccacgccg
    40561 cccgcgatgt acggcagatg cttccgccgt atgcctttct tcttttctaa ttgtatatcc
    40621 attgtagtta cgggttacag ggttacgggt tacaaggcgc cgtccttata atattccaca
    40681 aggcgccgct tgatctcata cgagagctgc ttttggagca ggttggcgcg tgcttcgagc
    40741 agcgtgttgg ccgccgtctg tagatcgatc gcggaggaga gcccctcctc gtatttacgg
    40801 agcgtcacgc ggtaagcgat cgaatcggct tccaccttcc gctgcatctg cacggcctct
    40861 ttggcaaacc cttcgcggtc ggccacggcc tgctccacgg cggtgcgcag ctgccggagc
    40921 gtctcgtcgc gttcggtgtt ggcaatgcgc atcgtgttgc gtgcgcgccg ggccgacgtg
    40981 tagcggctca gcccgtcgaa gagggggatg gagagcgtca gggctaagta ttcgccgcgg
    41041 ttgttgtcga agaattgctt ggagaaagcc gtcgtgtgct cgtcagctaa gttgcggaag
    41101 taattcgtgg agatgcccgc ctcaaaggtc agttgcggca gcatcgcgcc gcgggccaca
    41161 cggtattgat agcgcgctgc ttgcctgcga cattcagccg cctgcatcgt cgggttcgcc
    41221 gcctttgccc ggaggaagat ctcctccgcc gtcgcctcct cctcgcccgg cgtcgggggg
    41281 acagctacgg tggtatcgag tgcgagcgcc ttgtcggtcg gataattcat tgcctccttg
    41341 agcgttcgca cggccgcatc gcagaggttg cgctggtgcg tcaggttgta atcgtcggcc
    41401 gccatctgtg ccgccatctg cgctacatcg gccgcgccct tcatgcctaa ctcctccatg
    41461 cgctgcgtct tgtgcagtat gcgattgctc tcgtcgagct tctccgaggc caactgcacc
    41521 gtgccgccat agtaaagcac attggcgaag gcttccatca cggccagcgc tgcctcgtct
    41581 tgtgcccggc gcagctcgtg tcccccaagc aggcgattga tgcgggctgc cttcgcttcg
    41641 ttgatcagct ggccgccatc gaagaggggc agcgaggcgt agacggcgta ggagttgttg
    41701 aaggtggaga cgttgttgta cgtgttcgtc tgtgggtcga tcgatcggcc atagttcagc
    41761 tgcccgccga tgcgcgcccc gaccgagggg aagagtccgg ccacggccgc gcggtattcg
    41821 gccgcgtagg tatcgctccg gtgctgcccg gcgcgcacct tgaggctgtt ctcggccgcg
    41881 taacgcatgc agtcgtccat cgtccacggc cgcgcctcct gcccatgtcc cccgacaacg
    41941 gcggcgcaga gcatcagact gtatatccaa atccttttca tcatttcgtt catatggttt
    42001 ggccttatca tgtgccaaaa gcatgccacc aggggcaaac gcattgtgct cagtcggtta
    42061 acgaaatcgg tcgtggaggg gcgtgtctaa tatgtagaca ggcgcgtcaa agatttggac
    42121 agggagggag cgcctgcggg ggttccggca ggggctacgg catcaaagtg acggagatca
    42181 aaaacaccag tacttgggct ttctgtcgac cgacggagat taaaaacact tgtacttggg
    42241 cttaccgtcg accgacggag attaaaaaca cttgtacttg ggctttctgt cgaccgacgg
    42301 agattaaaaa caccagtact tgggccttcc gtcgaccgac ggagatcaaa aacacttgta
    42361 cttgggctta ccgccaattg gcggagatta aaaacactcg tccgggagct taccgccaat
    42421 tggcggagat taaaaacact cgtccgggag cttaccgcca attggcggag attaaaaaca
    42481 ctcgtccggg agcttaccgc caattggcgg agattaaaaa cactcgtccg ggagcttacc
    42541 gccaattggc ggagattaaa aacactcgtc cgggagctta ccgccaattg gcggagatta
    42601 aaaacactcg tccgggagct taccgccaat ttgatacggt tgcctctcct cgcagccccc
    42661 cagaccttgc gccatctcac accgtcctat ttttgcggcc gtataaaccc caaataatta
    42721 cagtgtaaca gcgtatgaaa aagaaaaaga tctggctgct ttcggcagca ctcgccgtgg
    42781 ctgtgcttac agcttgtaac gtgacgaaag acattgagaa tgcgtacaac ctgaaggatt
    42841 gcaaatactc ctacaaatcg atttcgaaca ttcgggtgaa caacgagccg ttcagtgtgc
    42901 tgagtgcggc gaagctcttt gggcaattag gcaacacgca atcgaagatg ccgatagagt
    42961 ttacgctcaa cctcaacgtg gagaacccga acgcgtcagc agcggccttc caaacgatgg
    43021 agtataaggt gttgatcgat tcgctcgact tcacggaggg gatgctccag gagcccttca
    43081 gcgtgaatgc gggtgagacg aagacgctga gcgtcgttat cggcacggat gcgggcaagc
    43141 tcttctcggg cgcctctcga gatgctgcgc tgcgcatcgt gcagaatctc gtcgggtggg
    43201 agagcaagtc gcaatctacc gtgacggtgc agctccgccc cacattcaac gtgggcggcg
    43261 tgcccatcac ctcgccggtt tacatccccg tctccttcaa aatcggcgga ggaaataagt
    43321 aaggatcagt catgctgtca gccgatgcga gacaaaatgg cgcgaatatc cttcggtaca
    43381 tggtttgcag agaggggcgt cgaagcggcg agcctccccc accaccgcac agcgcgatgc
    43441 acgaggtgag cggcttcaca ttaaccagta aaagaatagg aggataagac aatgacattg
    43501 acaaagagaa atcagaacta ttggttgccc tcgatcttta acgacttcct tgagaacgag
    43561 tggatggggc ggccgggaag cacagcgcca gccatcaacg tgaaggagtc gaaagacgcg
    43621 tacaccgtgg aggtggcggc tccgggcatg acgaagtccg actttaacgt cagcatcgac
    43681 gcagacaaca acctcgccat ctcgatggag aaaaaggaag agaagaagga agagaagcac
    43741 gatgcgcgct acctgcgccg cgagttctcg tacgccaagt tccaacagac catgatcctg
    43801 cccgacgatg tggacaagga tcgtatcacg gccaaggtgg agaacggcgt gctgctgatc
    43861 ggcctgccta aagtgtcgcg cgaggaagtg cgccgcttcg gacgtaacat cgagatcggt
    43921 tgagccggga gagtgagaca gtagactgaa aagaagaaag cgctaataag cgtgttcatg
    43981 gtaatgtgtt aagaatggag aagggacgaa ggctggtgcg gaaacgcatt cccccggctt
    44041 tcgccccttt ctgtttgtat accccaactc gatatgaaaa caaccatcac catcacccta
    44101 ttatttattc aatccatcat tcaaatcatt atggcacaag agatgaaaga gaacaaaggc
    44161 gtagtgacgt tcgcaggcaa tcctgtgacg ctgctcggag aactgatcaa ggtgggcgac
    44221 acggcgcccg acttcaccgc cgtgggcgag gggctgaagc ccgcacggct gtctgactac
    44281 aagggcaaga ccgtcatcct gtccgtcttc ccctcggtcg acaccaaggt gtgcgccgca
    44341 cagacacgcc gcttcaataa ggaagcctcc gggctgtcgg agcatgtcgt cgtgctgacg
    44401 ctctccaaag acctgccctt cgcgctgggc cgcttctgcg ccgccgaagg catcgaccgc
    44461 atccacacgc tctcggacta tatgcactcc gagttcggcc tcaagtatgg cttcctcatg
    44521 aaggagaaca tgctgctggc gcgcggcgtg gtggtgatca acccagcggg gaaggtcacc
    44581 tatgtggaat acgtgaagga cgtcacctcg gagccggact acgccaaggc gttagaagct
    44641 gcgcgcgctg cgctgtaaac caagatgaag cgcgccatca tcatcggagc cacctcaggc
    44701 atcgggcttg aggtggctcg tgtgctttta tcgcgcgggt ggcacatcgg cgcggcgggg
    44761 aggcgccagg aggagctgaa gcaactgcag caggaagccc cggatcgcgt ctcaatccgt
    44821 gtgattgaca tcacacacgg cgacgccccc gaccacctcc gccagctcat cgacgacctc
    44881 ggagggatgg atctctactt ccactcctcc ggcatcgggc ggcaaaacgc cgccttggag
    44941 ccagacattg agctctccac cgcccgcacc aacgtggagg ggttcatacg catgatcacg
    45001 gcggcctacc gctacttccg cacccgtggg gcagagggac acatcgccgc catcacctcc
    45061 gtggccagca cacgcggcat gggtgcggcc gcggcttatt cggccacgaa gcgcttccaa
    45121 cgcacctacc tcgacgccct cgcgcaactg gcccaccgcg aaggcctccc gctccacttc
    45181 accgacatcc gccccggctt cgtccgcacc gccctcctca accccgccgt gcattacccc
    45241 atgatgatgg agccagctcc ggtggcccgc cgcatcgtgc acgccgtgga gcacaagcgg
    45301 cgcgtggcca tcatcgatgg gcgctatcgg ctcctcgtca tgctctggcg cctcctcccg
    45361 aggtggctct gggagcggat gcgggtgtga acgtgacctc aatcaatgat catgtacccg
    45421 gtgcggcctg tagggccggt ggatgatagc ccggggcgaa accccgggcc ggtggacgat
    45481 cggggcgaaa ccccggggcg gtggatgatc ggggcgcccc ccggggggta ggggcgaata
    45541 atcattcgcc ctggcaaacg ccccggcaag gggtacatga tccgggtggg ggcgatcaat
    45601 catcaatcgt tcgttccgcc cagggtttcc ccaccccagg gtttcgccct gggctatcgt
    45661 ccggcgcccc tacagggcgc tccgggtacc cgatttaatc cgggctgtag gcccggtgga
    45721 tgatagccag gggcgaaacc cctggcggtg gacgatagcc aggggcgaaa cccctggcgt
    45781 acgaatacga tcggggcgaa acccctggtg gtggacgatt ggggcggggt acgaaacccc
    45841 cgggccggtg gacgatgggg cgcgggatga tcgggggcga ccccggcgca ccgggtaccc
    45901 gatttaatcc gggcggggcg cgcccccccg ggtaccgccc cggggtgcgt gcgacgtgca
    45961 tttaatctgt ccatagatgt ttttcatcaa atggcacgtc gtgctcgttg aggatggcca
    46021 cgtactcctg acgaaaggtc gtagtacggt ggtgctcctc ctgattatcg atgtatttcc
    46081 gtacgcgctc gacaagcgag gggctgacgg aaaaggcacc atacccgttt tgccaagcga
    46141 aatagcggta gtaacagggg tctcgggttt tgatccaaca gctgctccgc tgtttcacct
    46201 cttccatcat cttcgccgtg gtgacggttc ttgacaaaag gcaaagcagg tgcacgtggt
    46261 cgtccacacc attgatccgc accggcaagc atccgatacg attcaagatg ccgcccatgt
    46321 attcgtatag ggcttgctga tcttgatcgc ggatggtgac gctcgtggat ttgatgtgaa
    46381 acaccgcgtg gatgtacaac atcgataagg attgtggcat gatcattcat cattaatcgt
    46441 tcaatcaatc cgggcgggga taccatcaac ccgggaaccc ggggttgcgc cctgatcgtc
    46501 cggcacccag ggtttcgccc tgggctatcg tccggcgccc ctacagggcg catccgggta
    46561 ccatcaaccc gggaacccag ggttgcgccc tgcccattcc cgtacgccca gggtttcgcc
    46621 ctgggctatc gtccgccggg cctacagccc gggcgaatga ttgcgccctg taggggcgcc
    46681 ggatgatagc caggggcgaa a
//
LOCUS       SEQF3106|MIQD01000011.146097 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..46097
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             303..1475
                     /locus_tag="SEQF3106_00504"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTESIHIKNFGPLRDVKIDDIKPLTVLIGDSASGKSTLMKVVAL
                     MRYIYKRANIYSYLKNADVSDRPRSFINLIGEMQPMLTHETKINYTVHMPNGGNYTHL
                     LDRNGIQFDDIGINKADMVFFKEAFVAETRSIIPTWSLYGARFPGADLGYYFNETFRD
                     FSEATDRIKEQSLDYIGMKMEVQITPARKHFLISSKEGSGGTFELENASSGIQTSAPL
                     MTIVRYFAHEFSFTKAFRRSVLDILTDEALSQFRPEVNLQDLKKYIHLYIEEPELSLD
                     PQTQCLFVNDLIRQAFYRGSNKRPADGRQLGLMFATHSPYILNHLNVLLRASYYEQAR
                     KHYPYIEKDEIAVYQLENGTLRSLVEDDEETGERIIDTYRFSDSMEWILDKYESID"
     CDS             1484..2140
                     /locus_tag="SEQF3106_00505"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSALVNFLLEDYPKHRGKMAEQIKPLRREDPRYKETFELHDDP
                     EKKEAILCYKEKGEAVIQNESNTRVEIIDIEEYIKQFPEEKNEHGAKDERINYKCDFI
                     IGPTDGEAFILFVELTKSTSENIRRSKATHAAWQLATSIDRFYRMGDFFDRYAKKTAL
                     FSYRVDDSKKLSRKVVKNMTKMMTPTAEHLSWKAAMDVIKDHGFTFEQRIYPTPYVIE
                     "
     CDS             2197..2787
                     /gene="resA_2"
                     /locus_tag="SEQF3106_00506"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P35160"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiol-disulfide oxidoreductase ResA"
                     /translation="MQTKRILLLALLALLAAPALRAQDKKPDNSALLPVQSKAPDFLL
                     PTVDGEAKIALSDYAGRYLVLDFWASWCPDCRKANPRMVDLYERYSDEDYRIDFLGVS
                     FDTDREACLQAIKKDGLQWPQVSELKKWKETEIAKQYGIRWIPTVYVIDPKGEVLFAG
                     NDLDELEELLHYIGGVGSGEAVGYTPTHPQTPGTTF"
     CDS             2794..3615
                     /gene="panB"
                     /locus_tag="SEQF3106_00507"
                     /EC_number="2.1.2.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X712"
                     /codon_start=1
                     /transl_table=11
                     /product="3-methyl-2-oxobutanoate
                     hydroxymethyltransferase"
                     /translation="MSTAIAEDSRKVTTHRLFEMKQRGEKIAMLTAYDYSMAQIIDRA
                     GMDVILVGDSASNVMAGNITTLPITLDQMIYHGKSVVKAVRRALVVVDLPFGSYQGNS
                     KEALASAIRVMKETHADCIKMEGGAEIRESIQRILCAGIPIMGHLGLTPQSINKFGTY
                     TVRAREEEEANKLIEDAHLLEEWGCFALVLEKIPAQLATRVASQLRIPVIGIGAGGGV
                     DGQVLVMHDMLGINQDFSPRFLRRYADLNTVMTTAVQAYINDIKTQDFPNESEQY"
     CDS             3624..5108
                     /gene="proS"
                     /locus_tag="SEQF3106_00508"
                     /EC_number="6.1.1.15"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9L4Q8"
                     /codon_start=1
                     /transl_table=11
                     /product="Proline--tRNA ligase"
                     /translation="MAKELKELTNKDTNYAQWYQDLVVKAGLAENSAVRGCMVIKPYG
                     YAIWERMQRILDNKFKETGHENAYFPLLIPKSFLSREADHVEGFAKECAVVTHYRLKN
                     APDGSGVIVDPAARLEEELIIRPTSETIIWNTYKNWIHSYRDLPILVNQWANVMRWEM
                     RTRLFLRTAEFLWQEGHTAHATHEEAEAEAIRMQGVYADFAENYMAVPVIRGVKTPSE
                     RFAGALETYTIEAMMQDGKALQAGTSHFLGQNFGRAFDVTFIDRNGKTDYAWASSWGV
                     STRLVGALIMAHSDNNGLVLPPRLAPLQVVIVPIYRSADQLAAISQKADRIAASLRAR
                     GISVKFDNDDTKKPGWKFAEYELRGVPVRLAMGGRDLENDTIEVMRRDTLEKETRPCA
                     DIDTYVSQLLEEIQASIYSKALDHRTRHTVQVDTYDEFKQRIEEGLFIMAHWDGTPET
                     EARVKNETKATIRCIPLDTTDAEPGRCMVTGRPSARRVLFARAY"
     CDS             5272..5658
                     /locus_tag="SEQF3106_00509"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELKGRIIAVQPIQTGEGRNGTWKKQEYVIEYDREAQYPRKMMF
                     VLWGDKIDQFAIQEGQELKVSFDIDCRAYNGRWYNDIRAWKVEPDTAATQPTVPPEPA
                     GRFAENVPLPPPELLASPDATSNLPY"
     CDS             5857..6528
                     /locus_tag="SEQF3106_00510"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNLITLSFITALLLSSCHRTAEKTPDGGSELYGYVNIHLPQIE
                     GMNECHNHPRVKAFTERYRQSGPILGYYLDDATFPRIDSLGQITFDNYFMIYGDYNRE
                     NYDAEDTDLPLMQEQLERSLVGTDWQALGRSTEDINNTLMVGRPAIIEKYSPQPGVLT
                     MIILMKYQQEDGAESTVASAANCILLKKRLLSMAYYMAYQNANTILTLKHRNDAAVKA
                     LMAAN"
     CDS             6553..7236
                     /locus_tag="SEQF3106_00511"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRENRSARLYARQSNGEDVALFEGGNPLPFFWLMLLSHEDVELY
                     CIRMRRLTAAGASPSRATLRLDKLQAIMQATARRPYLEQHFAPWLQLFDDWIYFLQIS
                     DFSDMKIHLDLYTVSLYYPDVNQFEESLRRALDCFDRGIPAGYEETIAGTCGHEARNR
                     NRRRFERFSESYREKIQEDIYGSGNRRIHLERSPRPTDRGHFATLAILLALLAFILAC
                     IVGAIFLKK"
     CDS             7289..8293
                     /gene="trpS"
                     /locus_tag="SEQF3106_00512"
                     /EC_number="6.1.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00954"
                     /codon_start=1
                     /transl_table=11
                     /product="Tryptophan--tRNA ligase"
                     /translation="MTEDKNLETVVSGIRPTGNLHLGNYFGAVKSFLRMQDEYRCFFF
                     IADWHSLTTHPHPTDIRRSVRTILSEYLACGLDPNKAAIYIQSDVHEVLELYLYLNMN
                     AYLGELERVTTFKEKVRMQPNNVNAGLLTYPTLMASDILIHRAVKVPVGKDQEQNMEM
                     ARKCARRFNMIYETDYFPEPASFHLSERAVKVPGLDGSGKMGKSQGNAIYLIDDEATI
                     RKKVMKAVTDAGPTTPNSEKPEAIQNLFTLMEIVSARDTYDYFNDQYNRCAIRYGDMK
                     KQLAADINAFCAPIRTRIHDIAADEAYLDKVAREGAEKASESASKTIAEVRRIIGFRA
                     "
     CDS             8405..8686
                     /gene="ycnE"
                     /locus_tag="SEQF3106_00513"
                     /EC_number="1.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P94425"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative monooxygenase YcnE"
                     /translation="MNKKIVIARAKVKARREGAFIAAAKKLAEATHAEEGNVSYTFYQ
                     SIQEPEAFIFYEEYKDDAAVQAHASSAAFKAFSEAIKELTEGDLIVDKF"
     CDS             8821..9195
                     /locus_tag="SEQF3106_00514"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLMAAAMVMMVACNSNKSEATEETTDSTAVEAPAPAAEAAPAE
                     GNALDQYLSLVDEMVPLYEKMAAGDAEATQKIAELTQKMQDMATAVQNEAANLTPEQA
                     QKYNDAMKKLAEAMQKAEAAKK"
     CDS             9374..11536
                     /locus_tag="SEQF3106_00515"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQIVYRSWVALLMSLLCAMGYAQDRAQKRGRGGFSLAARHAAL
                     AADSLRDTDSTRTGTRRINAYKLSEKLGEPYVAEMDTDRINTADHTLMESRSVAGAYA
                     ANIGAPYQSRIFSERGEARDFIFADAFDGEIISPTNGFFYDVKVPYSNILYTRAGGST
                     KREEQLRGVMTSNFGRKVNVGADFDYTYSRGQYTSNNNKLLSYRFFGSYRADRYEAFA
                     HVRNLNFVTNENGGLTDDRYITDPDNFEDGRRGVDSKSFPTRFANTYNRLRSRDLFLT
                     HRYNLGFYRKMTDAEAERRRQRDEREEKIRRLDAEKAQGKGKADAAPADSRPQPPHEE
                     DDDPHADEVFVPVASVIHTIEYEDFRRRFISKDAGIDTCYAHRYDTTTALPNDLQTAR
                     TLRNTLALSLREGFQRWVKFGLTAYVTFENRRFEQAGDTAGGVFQGRTRTDEYATWLG
                     AELSSMQSPLLTFRARGEFGVLGNDLGEVHLNGEIGTRFRLFGREAAIRAEAALSNMQ
                     PAFFQRHFHSRYFMWDDDLSHTQRVYIGGAAEWEQTRTRLQAGVENITNHVYFGTDGR
                     PAQHGGSLQVVTARLRQDFRFRAFGWDNEAVYQLSSQRDILPLPRLALRSSAYVVVRP
                     VRVLLVQIGADVRYFTAYHAPYYEPATQQFQNQREVRVGNYPLINAYANFHLRQARFF
                     VMAYNLGRLFTEPRYFSMPHYPLNPMVVKLGVVVMFNN"
     CDS             11603..12493
                     /gene="tcyA"
                     /locus_tag="SEQF3106_00516"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P42199"
                     /codon_start=1
                     /transl_table=11
                     /product="L-cystine-binding protein TcyA"
                     /translation="MPTLYPLSSTLYFTNMKPRKLLQLYVGLLALAVVTMGLIQIFRA
                     LHKQAAERAASRDYDAIRREGVLRMVTTYGGAGGFVAPGDTTLQGFQYELCRALAQYA
                     GIPTEMHFEMSLEASFRGLREGRYDVVARGLPTTDELKAEYLFTDPLMTDRLVLVQRR
                     DSGRPLVRNQLELIGRTLYVPRESPAILRLENLRREMADTFRIVQEPLYDSEQLIDMV
                     AAGDIDYTVCDRQTALRAQARYPTAIDIETDIGFTQLHAWALRRTSPALRDSLNAWLR
                     RMRRDGTFDRIRRKYYPEGK"
     CDS             12833..13789
                     /locus_tag="SEQF3106_00517"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKVVLSIPHVLTFVSVSNGRLSNSLHVQYHRKQYDLVMAVDKT
                     KLKLPAGLPEAWNEGITYETKIDRESALSVETAKIEAKDRERDDQLLNIFYIIRGQKR
                     SHVENVREAALRLSAKLRPYEDIRPLAYEIESSRLIGMEDDISTLTAEIATLGLTDAF
                     NNLHKLNTEFEKLHVARRTDAADTQLPLATEIRPQTDAAYDAVCQYIQAAYLYAATDD
                     DRALIEQLVDRMNKNSETFKIMQRNLVVSRKPKDPKQPKDPKQPKDPKPKPGGGDDIH
                     VPEEPPKKPDEEQPKPNPGGSEGGGDDIHVPSEPPKKPEGQG"
     CDS             13944..14348
                     /gene="fosA"
                     /locus_tag="SEQF3106_00518"
                     /EC_number="2.5.1.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q56415"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutathione transferase FosA"
                     /translation="MPLPLRRLHHIAIISADYPRSLHFYTHILGLTLRAEHYRAERQS
                     YKADLTLGDTYVVELFSFPSPPPRPSYPEAAGLRHLAFEVDDIEASSRYLDRRGISHE
                     PIRTDPYTGLRFLFLADPDGLPIELYEKESPQ"
     CDS             14358..15182
                     /gene="punA"
                     /locus_tag="SEQF3106_00519"
                     /EC_number="2.4.2.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P46354"
                     /codon_start=1
                     /transl_table=11
                     /product="Purine nucleoside phosphorylase 1"
                     /translation="MKPTPTPHHEAAEHLRHLIGQAPQTAIILGSGLGALADHITDAT
                     IIPYAAIPHFAHSTAVGHKGNLIFGRLGRQPVMAMQGRFHYYEGYTMQQVTFPIRVMA
                     LLGVRRLLVSNAAGGINNTYHIGDLMIIRDHINMMPNPLIGPNDDHFGPRFPDMTRAY
                     DRDLIHTAEAIAQEQGITLRKGVYVGLTGPSYETPAEYAAYGRLGGDAIGMSTVPEVI
                     VARHAGIRVFGMSVITNEGYHFADDFVNDADEVVRAANRATDVMTRLFTTLIERTE"
     CDS             15195..15686
                     /gene="proX"
                     /locus_tag="SEQF3106_00520"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9L4Q7"
                     /codon_start=1
                     /transl_table=11
                     /product="Prolyl-tRNA editing protein ProX"
                     /translation="MIGPPALYTLLQQLNIPFDYIEHPPLPTLATAQHYLHGHDVNLC
                     KNLFFRNHKGNRHYLVILAGDSSMDIHAIEHRLHEGKLTFASPHRMQHYLGVAPGSVT
                     PFGLIHDTEHHVRLFLDQNLRHTPRLSFHPCLNTASLTLAREDLLRFIDHLGNAYEWL
                     GLY"
     tRNA            15809..15882
                     /locus_tag="SEQF3106_00521"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gly(gcc)"
     tRNA            15992..16075
                     /locus_tag="SEQF3106_00522"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Leu(cag)"
     tRNA            16089..16173
                     /locus_tag="SEQF3106_00523"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Leu(gag)"
     CDS             16272..16508
                     /gene="rpmB"
                     /locus_tag="SEQF3106_00524"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A7M2"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L28"
                     /translation="MSKSCQITGKKAMSGNNVAHSNARTRRKFNVNLFAKKFYWVEQD
                     CWVTLNVSAAGLRLINKIGLDAAIKSAAAQGFLG"
     CDS             16545..16733
                     /gene="rpmG"
                     /locus_tag="SEQF3106_00525"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q72GW3"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L33"
                     /translation="MAKKVKGNRVQVILECTEHKASGMPGMSRYITTKNRKNTTQRLE
                     LKKYNPILKRMTVHKEIK"
     CDS             16754..16909
                     /locus_tag="SEQF3106_00526"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKKTVATFKTGGGGRTYSKVIKMVKSPKTGAYVFQEEMIPNDD
                     VKEYFKK"
     CDS             17034..18167
                     /gene="dnaN"
                     /locus_tag="SEQF3106_00527"
                     /EC_number="2.7.7.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05649"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA polymerase III subunit beta"
                     /translation="MNFDVSSSALSYNLQAISKVIASKNTVPILDCFLFYLEGEKRKL
                     TIIASDMETRLETSITALNVEGGGYFAVSAKILLDFLKELPEQPLSFEIDDENLSTVV
                     RYENGKYEFVGQRGDTYPQQKEMKNDATSFSISAPVLLNGISRTLFATADDELRPVMN
                     GIYFDIHPDRLIFVASDGHKLVQISDLTTKVKQEASFVLPKKSANLLRALLPKETEDI
                     TIRFDENTACIRAEKFEMVCRLVEGRYPNYSSVIPKENPNEMTIDRLYLVNALKRVSV
                     SSNPASGLVRLHLTEEDGLTISAQDIDFSTSAEETVDCQYFGDELNIGFKAPYLIEML
                     NNINAKEINLQLGDATRAGVIVPTENEPDEELLALLMPMMLNS"
     CDS             18187..18948
                     /gene="polC_1"
                     /locus_tag="SEQF3106_00528"
                     /EC_number="2.7.7.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P75080"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA polymerase III PolC-type"
                     /translation="MQLNLANPIVFFDLETTGVNISKDRIVEISILKVTPNGKEECKT
                     RRINPGMPIPPEATAIHGISDEDVKDCPTFKEIAKSLAAQIEGCDLAGFNSNRFDIPL
                     LAEEFLRANVDIDLSKRKFVDVQTIFHKMEQRTLSAAYKFYCGKDLDEAHSAAADTRA
                     TYEVLMAQLDRYPNLKNDIRFLSEYSGYTNNVDFAGRLIYNDKGEEVINFGKYKGRLV
                     EEVLRVDPGYYSWMMSGDFPLNTKQKLTEIRMRLK"
     CDS             18990..20231
                     /gene="coaBC"
                     /locus_tag="SEQF3106_00529"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ABQ0"
                     /codon_start=1
                     /transl_table=11
                     /product="Coenzyme A biosynthesis bifunctional protein
                     CoaBC"
                     /translation="METAKPLRRLMGRKIILGVTGSIAAYKAAYLTRALIREGAEAQV
                     VMTPAAKEFITPLTLATLSRRPVVSEFFSRRDGSWHSHVDLGLWADAMLIAPATAATI
                     GKMAHGVADNMLVTTYLSCKAPVFVAPAMDLDMYAHPATQDNLNRLRAFGNRIIEPAE
                     GELASTLVGKGRMEEPDRIVDVMARYWSDEGDLRGRTVLITAGPTYEKIDPVRFIGNY
                     STGKMGFALAEACARRGAEVKLVAGPVALSTQHPRIVRTDVESADEMYEAATTLFPTC
                     DIAILAAAVADYRPETPAEEKIKREGKGNFRLSLVCNPDIAAELGRRKRPDQCLVGFA
                     LETNDAVAHAREKLQRKHLDLIVLNSLQDAGAGFGCDTNKITVIDGLGHTRGFPLKSK
                     TEAADDIIDCLREYVSPNRNT"
     CDS             20235..21146
                     /locus_tag="SEQF3106_00530"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRRRSAPLLLLLSLLLATAGRAQISELNARLTINSDKVQGTSK
                     EIFKTLQTALNEFINNRKWTSAKFAPNERIDCTFTMIVNTMEDNRFSCELQVQARRPV
                     YNSAYTTTLFNFRDTRLDFVYTEHEPLEYNESTLQSNLTATIVFYVYTILGLDFDSFS
                     PKGGTPFLNQAQQIVTLAQSEPSWNGWKAFDGNDNRHALITALTEPQGEGFRQFWYDY
                     HRKGLDEMAANPDRGRTNLIATLPALTELKSARPTSILLQLFTDTKLDEVAAIYSKAT
                     TQEKQAGYKLLSNLFPGATNRFEALRN"
     CDS             21603..23264
                     /gene="recN"
                     /locus_tag="SEQF3106_00531"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05824"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA repair protein RecN"
                     /translation="MLKSLHIRNFVLIDRLDITFDQGFSVVTGETGAGKSIILGALGL
                     VLGGRADAKSARAGADKCVIEAEFDISDYGLEDFFRQNDLEYDATCCLLRRELTAAGK
                     SRAFINDSPVPLSTVKALGDHLIDIHSQHQNLLLADTRFQLNVVDIMAQVGPLMQAYT
                     ERYNAFRAAEHRLDELKAAAEKNSQNADYLRFQVDELTAARLQPGEQAALEAELETLA
                     HAEEIKEALYKVAGALGDDEAGVLIRLNESATAMEGIAAYLPAATEYAERLRSALIDL
                     NDLHREVDSLKEDVDFDPDRMAFVNDRLNIIYNLQRKHRVETVEALLALLSDYTAQLA
                     AIDSFDERLATLTRERDEAREALLTQAAALTKRRTEAAAGIERNLVERMRTLGIPNTR
                     FRIDFTPRPKPAADGMDEVAFLFSANKNEELRPVAQTASGGEISRLMLCIKAMIAGFA
                     ALPAIIFDEIDTGVSGDISDRMADIMQDLGRKMQVITITHQPQIAARGHAHFFVYKED
                     TADRTLTRIRPLTPDERVSEIARMLSGATLTDAAIANARALLHMQ"
     CDS             23536..24285
                     /locus_tag="SEQF3106_00532"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A794"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative TrmH family tRNA/rRNA
                     methyltransferase"
                     /translation="MNHIIFGLRAVIEALQSGREIDKILIKKDRQGSELLRELTDLLR
                     GRLIPVQRVPIERLNRITRKNHQGVIAFASAVAYQRLEDIVPSIYEQGRDPLLMLLDG
                     VTDVRNFGAIARTCECVGADALVIPSEGSASATPDAMKASAGALNVLPVCRERTLHGA
                     LRFLHDSGVRLIAATEKATTPYTAITYTGPLAIVMGAEDTGVAPAHLRLCDEWVRIPQ
                     RGTIASLNVSVAAGVLLYEALRQRRGEGRRE"
     CDS             24402..24983
                     /locus_tag="SEQF3106_00533"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTWWGSLDPFMQTLWGIAIFASVVFLIQTIMTFVGMDSDTNFD
                     GDFNGDMSVDGAGEATPFQLFTFRNLINFMLGFSWTAIALRSSTESTTLMLIGGIVVG
                     VLLVCAVMYIFKWMSGMQQSGTIRAEDIVGCKGSVYLTIPAGRMGEGKVQVSVRGALR
                     EYDAMTDGDRLHNETPIRVVAVLNGHTVLVEKL"
     CDS             25004..25351
                     /locus_tag="SEQF3106_00534"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTDNYFFPAKDFEAAKRFYADVLGLAVKFDFSSMGMVAYRIGD
                     DEPALILRDTMRFPDAKPALWIEVEDVTVEYAKMKERGVRFLSEPFHIQTGWAVEFED
                     PSGNRLGITDYKA"
     CDS             25402..26856
                     /gene="yqiK"
                     /locus_tag="SEQF3106_00535"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77306"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YqiK"
                     /translation="MSSLYLIVVIAAVLFVTFASILSRYKRCPSDKILVVYGKTGRNK
                     QGGISSARCIHGGAAFIWPVFQNYAFLDLTPISIECNLTNALSKQNIRVDVPCRFTVG
                     ISTEPESMTNAAERLLGQNTHNIQNIATDILFGQLRLVIATMDIEEINADRDKFLANV
                     SANVEAELRKIGLKLINVNVTDIRDESGYIEALGKEAAAKAINEAKKSVAEQNRFGEI
                     GKAEADRDKDIRIAETQRDTRIRTSEANALAVEGENNAKIAIANSDATRREKEAEAAR
                     RAVAAEKVQTAKALQEAYQSEREAELTRAEREKATQTANVVVPAEIEKEKAIINAEAE
                     AEKMRRIAKGQADAIFAKMDAEARGTYEVLTKQAEGYDRLVHAAAGDPEKAVLMLITD
                     KLPELVRTQVEAVKGIKIDKVTVWDGNGADGNGKTSTANFISGLMKSVPPLNDLFNMA
                     GLNLPTYLKGAPADKTRIPLKPTDSKSPEGPTRK"
     CDS             complement(26964..27467)
                     /locus_tag="SEQF3106_00536"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKIGLISDTHGWWDEKYAEYFAACDEIWHAGDIGSADVAMRLT
                     AVRPLRAVHGNIDGYPVRQMYPRTLRFEVEQVSVMMTHIGGYPGRYDPAIRAELYAAR
                     PRLFVCGHSHILRVMYDKHLGCLCLNPGAAGISGFHTVRTLLRFAIDGDEVRDMEVIE
                     LGNRAGR"
     CDS             complement(27500..27748)
                     /locus_tag="SEQF3106_00537"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNVKDMGTINIIIERADDGTYGAYAENVPGIYGMGRTAAEVKQ
                     SIRDAIDTVKESLDTPPPAALLGDYKLAFHYAMAEIYS"
     CDS             28328..29686
                     /gene="dapE"
                     /locus_tag="SEQF3106_00538"
                     /EC_number="3.5.1.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9JYL2"
                     /codon_start=1
                     /transl_table=11
                     /product="Succinyl-diaminopimelate desuccinylase"
                     /translation="MSAIKEYIQENEPRFVEEWFSLLRIPSVSSQTEHKADMGRCAER
                     WRELLLSSGADRAEVMPTDGNPVVYAERIMSPDLPTVLVYGHYDVMPAEPLELWQSEP
                     FEPTIRDGRVYARGADDDKGQAMIQAKGFETAIKTGALHCNVKFILEGEEEVGSESLI
                     AFCKTHGELLRADVILVSDTSMVSAETPSLTTGLRGLSYWEVEVTGPNRDLHSGHFGG
                     AVANPINALCKLIASVTDADGRITLPHFYDDVEELSADEKAMIARVPFDEEAYKRAID
                     VDEVFGEKGYSTLERNSCRPTFDVCGIWGGYTGEGSKTVLPSKAYAKLSCRLVPHQDP
                     ERITRMMIDYLQAAAPTGVRVKVDFKHSGEPYVCPIDLPAYKAAEAGFTIAFGKQPLA
                     VRRGGSIPVIPAFEKILGLKTVLMGFGLERNAIHSPNESFGLDMFRIGIEAVAEFYNH
                     YR"
     CDS             30046..31323
                     /gene="mtaD"
                     /locus_tag="SEQF3106_00539"
                     /EC_number="3.5.4.28"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X034"
                     /codon_start=1
                     /transl_table=11
                     /product="5-methylthioadenosine/S-adenosylhomocysteine
                     deaminase"
                     /translation="MTSSILIRSVEWQGRPTDLFIEGNTIARIAETIDAPGADTVIDG
                     RGKALIPGLINAHTHAAMTLFRGYGDDMPLMQWLEQAIWPNEAKLTKEDVYWGAKLAC
                     VEMLRSGTTAFLDMYHKLDATAEAVQEMGLRAVLSEACFDHFRPEEAERSRRNITRRY
                     NTPSPYGPRISYALGPHAIYTVSGELLQWSADFARDHDTLIHLHLAETTAETEQCLAR
                     FGQTPVRYLHRLGILSPRLVIAHGLYVDEEEIRILADHGVKVVHNPASNMKLASGYRF
                     RFDEMCAAGITVGLGTDGCSSSNNLDMVEAMKLASLLGKAWRGDPEAVTCDAIFHAAT
                     AAGADILGLRAGRIAEGYLADLCLIDLRQPAFAPNHHFISNLVYAANGSCVDTVICDG
                     RVLMRDKHVPGEEEIMERAARAAYDLMKREAKT"
     CDS             31497..32840
                     /gene="nhaA"
                     /locus_tag="SEQF3106_00540"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P13738"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)/H(+) antiporter NhaA"
                     /translation="MLIKTKSLNHLIRQKPNASLLLFIATIAAVVIANSPLAESYAQL
                     LDYPIDIRFNDFLFFPHHGEPMSLIAFVNDALMAIFFFVVGMEIKQEMLVGELSSVRK
                     ALLPVIAACGGMIVPVLVYLAVCHEGPAAHGAAIPMATDIAFALAALGALGNRVPTSL
                     KVFLTALAVVDDIGGIIVIAIFYSSHIALTPLLISAVILLLLYLGGRLLNIHNVLFYY
                     IGGFIVWYMFIESGIHSTIAGVLVAFTVPARPNVKLDTFVESMREQLLLLDFSQVKHS
                     RRASVLSPGQVLILNNIHDLGSKTISPLQRIVEKLNPMVSYFILPLFAFVNAGVRFEG
                     FDPSTLIGIPLAIFLGLFVGKAVGIFLFSYLAAKARLVSISPDITKSSLFGVSILGGI
                     GFTVSLFIANLSFVNVPDIGMTLLNEAKLGIFVGSIVSGIVGYFFLKRHLPMHKA"
     CDS             complement(32809..33348)
                     /locus_tag="SEQF3106_00541"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDPTFGKGHFETLGMGQTRGRGHFETLEMSQTLGRGRFESLEMS
                     QTFGRSHFESLEMGQTFGRSHFESLEMGQTLRRSHFESLEMSQTFGRGRFESLEMGQT
                     LGRGHFESLEMGQTLGKGCFSAEEMSLHKEDRSPYWRMGDEPKKPCRTKRLSQPPSPG
                     RTRYALSVTFTLCASAGGA"
     CDS             complement(33446..33802)
                     /locus_tag="SEQF3106_00542"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGFIRNDIATSDMFRHIYGGMTRDELEGRVAQLLGTWGYKKVSD
                     AQGAAVFEKGNRVARLLLGALVKYSKVSVTITTTPADELACEVRTLSSGMSGGLIGVN
                     QVKTEMGNLNNAFRDF"
     CDS             complement(34024..36294)
                     /gene="copA"
                     /locus_tag="SEQF3106_00543"
                     /EC_number="3.6.3.54"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2FV64"
                     /codon_start=1
                     /transl_table=11
                     /product="Copper-exporting P-type ATPase A"
                     /translation="MNPTKQFSVDGMSCSACSAHVERAVSRVEGVSSVAVNLLTNSMV
                     VEGTATADAIIAAVRKAGYDAAEQATEEPHAPADKSPDDPLADRETPALRRRLIASLV
                     LLLLLMYTAMGHTMLGLPLPAALAGNPMAVGIVQMLLAVAVMIINERFFVSGYKGTLH
                     GAPGMDALVALGSGTAFVYSLVGLFAMSAALMDGRTADAYVGLHALYFETCAMILTLI
                     TLGKLLEARAKGRTTDALKSLMRLAPKTATLVRDGREVTVPIEQVRVGDTFAVRPGEH
                     IPVDGIITEGTAAVDESALTGESLPVDKAPGDRISAATVNRSGYLRCRAERVGRDTTL
                     AQIIRMVSDASSGKAPIAKMADRVSGIFVPAVIVIALITAGVWLAVGADVGTAVSRGM
                     AVLVVSCPCALGLATPVAIMVGSGLGARHGILFKTAEALERAGQVRVVALDKTGTITN
                     GSPVVTDLLPADGVEEEELLRAAYALEVKSEHPLARAVAAYAEARGMQPPETDAFEVI
                     PGKGLTATLEGQRITGGSLAFLSERIGPTEAITSAAERVAGEGKTPLLFAAEDRWLGL
                     IAVADTVKEDAYAAVSRLHAMGLRTVMLTGDNQRTAEAVGRSVGVDEVIAGVLPDGKK
                     AAVESLRERFGAVAMVGDGINDAPALATADVGIAIGAGTDVAVDAADVVLMKSRPSDI
                     PDAVRLSRATLRNIRENLFWAFIYNVVGIPLAAGVWIPVFGVGMSPMFGAAAMSLSSF
                     CVVMNALRLNFVRINK"
     CDS             complement(36302..37822)
                     /gene="guaA"
                     /locus_tag="SEQF3106_00544"
                     /EC_number="6.3.5.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P04079"
                     /codon_start=1
                     /transl_table=11
                     /product="GMP synthase [glutamine-hydrolyzing]"
                     /translation="MHEKIIILDFGSQTTQLIGRRIRELGTYCEILPYHRFPADDPMV
                     KGVILSGSPYSVNNPDAFRIDTGALRGRYPVLGICYGAQLLAATAGGRVESSDTREYG
                     RARLTQVDANDPLLGGIRAGSEVWMSHGDTITKLPDTFHIIARTDDVEAAAFRVEGEQ
                     TWGVQFHPEVFHTQDGTRLLDNFLTQCGCSRDWTPASFIESTVAALKAQLGDDRVILA
                     LSGGVDSSVTAVLLHRAIGSRLTCIFVDHGLLRKHEFENVLRDYEHLGLNVIGVDAKE
                     KFYRELAGVTDPERKRKIIGKGFIDVFDEEARKLKDVRWLGQGTIYPDVIESLSVTGT
                     VIKSHHNVGGLPARMQLKLVEPLRLLFKDEVRRVGAELGMMPHLLKRHPFPGPGLGIR
                     ILGEVTPEKVRILQDADDIYISLLREWGLYDDVWQACTILLPIRSVGVMGDERTYENT
                     IALRAVTSTDAMTADWAQLPYDFLAKVSNEIINKVKGVNRVVYDISSKPPATIEWE"
     CDS             complement(38066..38266)
                     /locus_tag="SEQF3106_00545"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKLIGTNAGLVWRALSKTGRMSVKELKKETKLKTDKELFAAIG
                     WLAKEGKLESGEKDSEIYFWLQ"
     CDS             38953..40146
                     /gene="nifA"
                     /locus_tag="SEQF3106_00546"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P03027"
                     /codon_start=1
                     /transl_table=11
                     /product="Nif-specific regulatory protein"
                     /translation="MMKEDSIQQVKQRFGIIGNDPTLNRAIDVAMQVAPTDLSVLITG
                     ESGVGKENFPQIIHQNSPRKHGAYIAVNCGAIPEGTIDSELFGHEKGSFTGALADRKG
                     YFEVADGGTIFLDEVGELPIPTQARLLRVLESGEFIKVGSSKVLKTNVRIVAATNVNL
                     VEAVTQHRFREDLYYRLNTVPIVVPPLRDRGNDILLLFRKFASDAAEKYRMPPIRLAD
                     EARQLLTTYRWPGNVRELKNVTERLSILEPDRTISADRLRTYLPNIDTTHLPVPVSRP
                     QDDGKIFTSEREILYQVLFDMKKDVTELKKLVHDIMTGATPTAVPVEPAPSMTYAPKP
                     HPLHEEPIQEAVTVDEPLALDEVERQLVQRALERHGGRRKYAAADLKISERTLYRKIK
                     EYGLE"
     CDS             40252..40779
                     /locus_tag="SEQF3106_00547"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTYIYKVLAAVAGGILLLGGCSISYKLTGTSIDYTQVKSISIK
                     DFPNMAPLVYGPLAQRFTDELKNRYVRQTKLQMLRENGTLDLEGEITGYELTPQAVRD
                     DGNTALAALTRLTLTVRVRYTNRVNPDKDFEQSFSSYKEFDNSRTIDQVQDELCRELI
                     DNIVTQIYNATVADW"
     CDS             40947..41660
                     /locus_tag="SEQF3106_00548"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRKDFYRYIDRPALLTAATLPELARIVEAFPCFHAARMLYLKN
                     LALVGDLRLKSELERMAIHVPDRARLFLLLTDERFERSPHAADAPAHRPEADEAQGAR
                     VEPFESSASTDYLRWLTVDTPSVPSPEPKMRHQDLIDSFIAHGSERIDKHRLQRAVAE
                     PDAVAPPPSVTPKAESTDTSYFTETLAHVYIRQKRYVKALEIIRGLSEKHPERNIYFA
                     DQIRFLEKLIEHSRNKSGK"
     CDS             41788..42180
                     /locus_tag="SEQF3106_00549"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYVFLSILIFLASIFLILIVLVQNSKGGGLASGFSSSNQIMGVR
                     KTTDFLEKATWGLAATVAVLSVVIASFIPSSDDSQKKQQESEIEQQVNEAVPVDPNAV
                     GPDFGSQQQPAEQQPAEQQPDKQEAPAQ"
     CDS             42307..42915
                     /gene="slyD"
                     /locus_tag="SEQF3106_00550"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9CKP2"
                     /codon_start=1
                     /transl_table=11
                     /product="FKBP-type peptidyl-prolyl cis-trans isomerase
                     SlyD"
                     /translation="MKVSKNKYVTAMYDLHAGEGADRELMERATEEQPVRFICSYGMM
                     LEGFERRLMGLEPGEAFEFTLTPEEAFGTRDEDNVLELSKEIFTVDGVFDSERVKEDA
                     SLPMMNAEGQHMMGTVKEVKDDVVVMDFNHPLAGETLHFAGKVIDVHDPTHEELAEIE
                     QIMRGGCGGGCDCCGDHEHGHGDCCGEHAHGHGECCGGNGCR"
     CDS             42949..44049
                     /gene="aroC"
                     /locus_tag="SEQF3106_00551"
                     /EC_number="4.2.3.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P12008"
                     /codon_start=1
                     /transl_table=11
                     /product="Chorismate synthase"
                     /translation="MNTFGRNYRLTTFGESHGAAIGGVIDGCPAGIEVDLAFIQSELN
                     RRRPGQSALTTARNEPDTVEFLSGLYEGLTTGTPIAFLVRNRDQHSKDYEAMRDLYRP
                     SHADYTYQMKYGIRDPRGGGRSSARTTLAQCVGGALAKLVLRGRGITVRAYTSQVGRI
                     RLDGSYLDYDLALTETNPVRCPDAGKAAEMEALIRRVKEEGDTVGGIITGVITGVPAG
                     IGEPVFGKLHAALGAAMLSINAAKGFDYGDGFDAPLYFGSEHNDTFCNDHGRIATRTN
                     HSGGIQGGISNGEDIYFRVAFKAVATLLREQQTVDREGHERVIHAKGRHDPCVLPRAV
                     PLVEAMAAMTMLDYLLAAGHCRAMRPVDGLAL"
     CDS             complement(43993..45429)
                     /gene="ctpB_2"
                     /locus_tag="SEQF3106_00552"
                     /EC_number="3.4.21.102"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O35002"
                     /codon_start=1
                     /transl_table=11
                     /product="Carboxy-terminal processing protease CtpB"
                     /translation="MKKRMNTGWIFCCGLCLLGLLAACKEDDPKPKPDPEAKITLKVN
                     EFIYEGLRSEYLWTSTINWTAIDFKKEKDPHAFFKRLIYKDDRWTSLTDNAEAWNQAF
                     AGYSTTFGFDLRFGYIGYSDSLFAVVRYVYPGTPADRAGLKRGDFLLKLNGGAITVKN
                     YGDLYDKPTVVVNKGILRDKTLKADSIGIAMIAVKMYQDPILKDTVIVKDGHRVGYLC
                     YTDYTDLSTPELVKVAARFKAAGITDMVLDLRYNGGGYISTARSLCSLLAPEAAVKRK
                     ERFLLKLWNEYYMNYWRSKEKYSEQLYETFVDTLGVNLNLSRLYILTGKGTASASELT
                     LTGLTPYMDVIQIGDTTHGKFCGGGVLMPKHVWWNVDSSYYREIKNWGMYVMEFKFCN
                     TRKDEFPHGFAPKYVVKESILELYPFGDERDPLLGKALELITGKQVAKARSGRTLPAY
                     REAPIRRNRPLEGKAIDRPHRTAVPGRE"
ORIGIN      
        1 gcgagtgaga atgcgtgcaa acggcggcgc cgtttgggcc agcgagtgag aatgcatgca
       61 aacggcgccg ccgtttgggc cagcgagtga gaatgcgtgc aaacggcggc gccgtttggg
      121 ccagcgagtg agaatgcgtg taaacggcgc cgccgtttgg gccagcgagt gagaatgcat
      181 gtaaacggcg ccgcggctcg tatatgccgg caaggccttg ttattagttt ttagattttc
      241 ccttcaatct atctttgccc gcgacaaaaa caagaggcgt atacctatta tatatagtag
      301 acatgacgga atccatccac atcaagaact tcggcccgct gcgcgatgta aagatcgacg
      361 acatcaagcc cctgaccgtc ctcatcggcg actcggccag cggcaaaagc acactgatga
      421 aggtggtggc gctaatgaga tacatttata agagggcaaa tatttattcc tacctaaaga
      481 atgccgatgt cagcgatcgt ccccgttctt ttataaacct cataggcgag atgcaaccca
      541 tgctcacaca tgagacgaag atcaattaca ccgtgcatat gccaaacgga ggaaattaca
      601 cgcacttact cgatagaaac ggaatacaat tcgacgacat cggcatcaac aaagccgaca
      661 tggttttctt caaagaagcc ttcgtagcgg aaacgcgtag tataatccct acatggtctt
      721 tatatggtgc aaggttcccg ggagccgatt taggctacta tttcaatgag acgtttcgtg
      781 atttttctga ggctaccgat cgcatcaaag aacaatcgtt ggattatata ggaatgaaga
      841 tggaagtgca aatcacgcct gcacggaaac actttttgat ttcttccaaa gagggaagcg
      901 gcgggacatt cgagttggag aacgcctcgt ccggcatcca aacctccgcg ccgctgatga
      961 ccatcgtgcg atacttcgcc cacgagttct cgtttaccaa agccttccgt cgctctgtac
     1021 tggacattct tactgacgaa gcgctctcgc agttccgccc cgaggtcaac ctgcaagacc
     1081 tcaagaaata catccatctc tacatcgaag agccggagct gagcttggat ccgcagacgc
     1141 aatgcctctt cgtgaacgac ctcatccgcc aggccttcta tcgcggcagc aacaaacgcc
     1201 cagccgacgg ccgccagctc ggcctcatgt tcgccaccca cagcccctac atcctcaacc
     1261 acctcaacgt gctcctccgt gcctcctact acgagcaagc ccgcaagcac tacccctaca
     1321 tcgaaaagga cgagattgca gtgtatcaat tagagaacgg aacgcttcga tcgctcgtgg
     1381 aagatgacga ggagacaggc gaacgcatca ttgatacata tcgattctcc gactcaatgg
     1441 agtggatcct cgataaatac gaaagcatag actaatggca gatatggaca gcgcgttagt
     1501 gaacttcttg ctggaggatt accccaaaca ccgtggtaag atggccgaac aaatcaaacc
     1561 acttcgacga gaagatcctc gatataagga aacattcgaa ctacacgacg accccgaaaa
     1621 gaaggaggct atcctttgtt ataaggagaa aggcgaggcc gtgatccaga atgaaagcaa
     1681 tacacgcgtt gaaatcattg acattgagga atacatcaag cagttccccg aagagaagaa
     1741 tgaacacggg gctaaggacg agcggatcaa ttacaaatgc gatttcatca tcggcccgac
     1801 agatggagag gcctttatcc tgtttgttga attgactaag agcacaagcg aaaacattcg
     1861 acggagtaaa gcaactcatg cggcttggca gcttgccact tcaatcgacc gcttttaccg
     1921 aatgggagac ttcttcgatc ggtatgccaa gaagacagcc ctattttcct atcgagtgga
     1981 tgacagcaaa aagctgagtc ggaaggtggt aaagaacatg acgaaaatga tgacaccgac
     2041 ggcggagcat ctatcgtgga aagcagcaat ggacgtgatc aaagatcacg gcttcacctt
     2101 cgagcaacgc atctacccca caccctacgt catcgagtaa ctccccccta tacctattat
     2161 atatatacac tcacaaccca caaacacata aacacaatgc aaacgaaacg cattctcctc
     2221 ctggccctcc tggccctcct ggccgcgccc gccctgcgcg cacaagacaa aaagccggac
     2281 aactcagccc tcctccccgt ccaaagcaaa gcgcccgact tcctgctccc caccgtcgac
     2341 ggcgaagcca agatcgccct ctcagactac gccggccgct acctcgtcct cgacttctgg
     2401 gcctcctggt gccccgactg ccgcaaggcc aacccccgca tggtagacct ctacgaacgc
     2461 tactccgacg aagactaccg catcgacttc ctcggcgtct ccttcgacac cgaccgcgaa
     2521 gcctgcctcc aagccatcaa aaaagacggc ctccagtggc cccaagtcag cgaactcaag
     2581 aagtggaaag agacggagat cgcaaagcag tacggcatcc gctggatccc caccgtctac
     2641 gtcatcgacc ccaagggcga agtgctcttc gccggaaacg acctcgatga gttagaagaa
     2701 ctcctacact acatcggcgg cgtcggcagc ggcgaagccg tcggctacac ccccacccac
     2761 ccccagacgc ccggcacaac cttttgaccc cccatgtcca cagcaatagc agaagacagc
     2821 cgcaaggtca ccacccaccg gctctttgaa atgaagcaac gcggcgagaa aatcgccatg
     2881 ctcacagcct acgactactc catggcccag atcatcgacc gcgccggcat ggacgtcatc
     2941 ctcgtcggcg actccgcctc caacgtcatg gccggcaaca tcaccaccct gcccatcaca
     3001 ctcgatcaga tgatctacca cggcaagtcc gtcgtcaaag ccgtccgccg cgccctcgtc
     3061 gtcgtcgacc tccccttcgg ctcctaccaa ggcaactcca aagaagcact cgcctccgcc
     3121 atccgcgtga tgaaagaaac acacgccgac tgcatcaaaa tggaaggcgg cgccgaaatc
     3181 cgcgaatcca tccaacgcat cctctgcgcc ggcatcccca tcatgggcca cctcggcctc
     3241 acaccacaat ccatcaacaa attcggcacc tacaccgtcc gcgcacgcga agaagaagaa
     3301 gccaacaaac tcatcgaaga cgcacacctg ctcgaagaat ggggctgctt cgccctcgtc
     3361 ttagaaaaaa tccccgccca gctcgccaca cgcgtagcca gccagctgcg catccccgtg
     3421 ataggcatcg gcgccggcgg cggagtagac ggccaagtac tcgtcatgca cgacatgctc
     3481 ggcatcaacc aagacttctc cccccgcttc ctccgtcgct acgccgacct caacaccgtc
     3541 atgaccaccg ccgtccaagc ctacatcaac gacatcaaaa cccaagactt ccccaacgaa
     3601 tccgaacaat actgaagagc attatggcaa aagaattaaa ggaactcaca aacaaagaca
     3661 caaactacgc ccagtggtat caagacctcg tcgtcaaagc cggcctagcc gaaaactccg
     3721 ccgtccgcgg ctgcatggtc atcaaaccct acggctacgc catctgggaa cgcatgcaac
     3781 gcatcctcga caataaattc aaggagacag gccacgaaaa cgcctacttc cccctgctca
     3841 tccccaaatc cttcctcagc cgcgaagccg accacgtcga aggcttcgcc aaagaatgcg
     3901 ccgtcgtaac gcattacagg ctgaagaacg ccccagacgg cagcggcgtc atcgtcgacc
     3961 ccgccgcacg gctcgaagaa gaactcatca tccgccccac ctccgaaaca atcatctgga
     4021 acacctataa aaactggatc cactcctacc gcgacctccc catcctcgtc aaccagtggg
     4081 ccaacgtcat gcgctgggaa atgcgcacac gcctcttcct ccgcaccgcc gaattcctct
     4141 ggcaagaagg ccacacagcc cacgccaccc acgaggaagc cgaagccgag gccatccgta
     4201 tgcaaggcgt ctatgccgac ttcgcggaga actacatggc cgtgcccgtc atccgcggcg
     4261 taaagacccc aagcgaacgc ttcgccggcg ccctcgagac atacaccatc gaagccatga
     4321 tgcaagacgg caaagccctc caagccggca catcccactt cctcgggcaa aacttcggcc
     4381 gcgccttcga cgtcaccttc atcgatcgca acggcaagac agactacgcc tgggcctcct
     4441 catggggcgt ctccacacgc ctcgtcggcg cactcatcat ggcacactcc gacaacaacg
     4501 gcctcgtcct gcccccacgg ctcgcccccc tgcaagtcgt catcgtcccc atctaccgct
     4561 ccgccgacca gctcgccgca atcagccaaa aagccgaccg catcgcagcc agcctccgag
     4621 cccgcggcat cagcgtcaag tttgacaacg acgacacgaa gaaacccgga tggaagtttg
     4681 ccgaatacga gctccggggc gtccccgtgc gcctggccat gggcggtcgc gacttagaga
     4741 acgacacgat cgaggtgatg cgccgcgata cgctcgagaa ggagactcgc ccctgcgccg
     4801 acatcgatac ttacgtcagc cagttgctcg aggagatcca agccagcatc tacagcaaag
     4861 ccctcgacca ccgcacccgc cacaccgtcc aagtcgacac ctacgacgag ttcaagcaac
     4921 gcatcgaaga aggcctcttc atcatggccc actgggacgg cacacccgag accgaagcac
     4981 gcgtcaagaa cgaaaccaaa gccaccatcc gctgcatccc cctcgacacc accgacgccg
     5041 agcccggccg ctgcatggtc accggtcgcc cctccgcccg ccgcgtcctc ttcgcccgag
     5101 cctattgatc gaggatcccc gggctatggt tcggcggccc tacaggtcgc tccagatata
     5161 ccttcgcaaa ccattttcat tcgactataa ctacccaggg cgggcacaag gcccgcccct
     5221 actaccgcgg ccagggaggc cgcataacta tcccctaact actactacat aatggaactc
     5281 aaaggaagaa tcatcgccgt gcaacccatc cagacaggcg aaggccgcaa cggcacatgg
     5341 aaaaagcaag aatacgtgat cgagtacgac cgcgaggcgc agtatccgcg caagatgatg
     5401 ttcgtactct ggggcgacaa gatcgaccag ttcgccatcc aagaagggca ggagctgaaa
     5461 gtcagcttcg acatcgactg ccgcgcctac aacggccgtt ggtacaacga catccgcgcc
     5521 tggaaggtcg agcccgacac cgcggccacg cagcccacag tgccacccga acccgccggc
     5581 cgcttcgccg agaacgtgcc gctccccccg cccgagctgc tcgcctcccc cgatgccaca
     5641 tcgaacctac cctattgagg cgccgccgcg tcggccacaa tccttttcgg ggtctgtcct
     5701 tctcaccagc gggggcaggc cccgattgcg tggatgtaga agcgtatcac atgccccctt
     5761 agcccttcac actctcctcc cagatgaaaa ggccgcaatg acccaaagaa tgatttgact
     5821 ttacctttgc ccacataatt caagagaaag agtaaaatga aaaacctcat tacactatcc
     5881 ttcatcacgg cgctgctcct cagcagctgc catcgcacag cagaaaagac cccagacggc
     5941 ggctcggaac tctacggcta cgtcaacatc cacctgccgc aaatcgaagg gatgaacgag
     6001 tgccataacc acccccgcgt caaagccttc accgaacgct accgccagag cggccccatc
     6061 ctcggctact acctcgacga cgccaccttc ccccgcatcg atagcctcgg ccaaatcacc
     6121 ttcgacaact acttcatgat ctacggcgac tacaaccgcg agaactacga cgccgaagac
     6181 accgacctcc ccctcatgca agagcaactc gagcgcagcc tcgtcggcac cgactggcaa
     6241 gccctcggcc gcagcacaga agacatcaac aacaccctca tggtcggccg ccccgccatc
     6301 attgagaaat acagcccaca gcccggcgtc ctaaccatga tcatcctcat gaaataccaa
     6361 caagaagacg gagccgaatc caccgtcgcc agcgccgcca actgcatcct cctcaaaaag
     6421 cgcctcctca gcatggccta ctacatggct tatcaaaacg ccaacaccat cctgaccctc
     6481 aagcaccgca acgacgcagc cgtcaaagcc ctcatggccg ccaattgacg ccccccgccc
     6541 acctttattt atatgagaga aaaccgaagc gcccgcctct atgcccggca aagcaatggc
     6601 gaagacgtcg ccctcttcga aggcggcaac cccctcccct tcttttggct catgctgctg
     6661 agccatgaag acgttgagct ctattgcata cgcatgcgcc ggctcaccgc agctggagca
     6721 tccccctcgc gggcaacact gcggctcgac aagctgcaag ccatcatgca agccacagcc
     6781 cgtcgcccct acttagaaca acatttcgcc ccctggctac aactcttcga cgattggatc
     6841 tacttccttc aaatctccga cttctccgac atgaagatcc acctcgacct ctacaccgtc
     6901 agcctctatt accccgacgt caaccaattc gaagaaagcc tccgccgcgc cctcgactgc
     6961 ttcgatcgcg gcatcccagc aggctacgaa gaaaccatcg ccggcacctg cggccacgaa
     7021 gcccgcaacc gcaaccgccg acgcttcgaa cgcttctccg aaagctatcg agagaaaatt
     7081 caagaagaca tctacggatc aggcaaccgc cgcatccatc tggaaaggag cccccgcccc
     7141 acagatcgcg gacacttcgc caccctcgcc atcctcctcg ccctcttagc cttcatcctc
     7201 gcctgcatcg tgggagcaat ctttttgaag aaataaaaga acacaaccga cctatccgat
     7261 tataacaacc ccctaactac cacacataat gacagaagac aaaaacctgg agaccgtagt
     7321 aagcggcatc cgccccacag gcaacctaca cctcggcaac tatttcggcg ccgtaaagag
     7381 cttcctacgc atgcaagacg agtatcgctg cttcttcttc atcgccgatt ggcactccct
     7441 aaccacacac ccccacccca ccgacatccg ccgcagcgtc cgcaccatcc tctccgaata
     7501 cctcgcttgc ggcctcgacc ccaacaaagc cgccatctac atccaaagcg acgtccatga
     7561 ggtcctcgaa ctttacctct acctcaacat gaacgcctac ctcggcgaac tcgaacgcgt
     7621 caccaccttc aaagagaaag tccgcatgca gcccaacaac gtcaacgccg gcctcctgac
     7681 ctaccccaca ctcatggcct ccgacattct cattcaccgc gccgtcaaag tgcccgtcgg
     7741 aaaagaccaa gagcaaaaca tggaaatggc ccgcaaatgc gcccgccgct tcaacatgat
     7801 ctacgagaca gactacttcc ccgagcctgc ctccttccac ctctccgagc gtgccgtcaa
     7861 agtccccggc ctcgacggct ccggcaagat gggcaagagc caaggcaacg ccatctacct
     7921 catcgacgac gaagccacca tccgcaagaa ggtcatgaaa gccgtcaccg atgccggccc
     7981 caccactccc aacagcgaaa agccagaagc catccaaaac ctcttcacgc tgatggagat
     8041 cgtctccgcc cgagacacct acgactactt caacgaccaa tacaaccgtt gcgccatccg
     8101 ctacggagac atgaagaagc agctcgccgc cgacatcaac gccttctgcg cccccattcg
     8161 cacccgcatc cacgacatcg ccgctgacga agcctactta gacaaagtcg cccgcgaagg
     8221 cgccgaaaaa gcctccgaaa gcgcctcaaa gaccatcgca gaggtgcgcc ggatcatcgg
     8281 tttcagggca tgagccgtca acgaaggcgc attcaaaaaa aatatttagg cataccgata
     8341 caccgttttc cgattcgtct acttttgcgc ccgctttatt gattcagtca taggagaaaa
     8401 gagaatgaat aagaagattg tcatagcgcg cgccaaggtg aaagccagac gagaaggtgc
     8461 gtttatcgcc gccgcgaaga agctggccga agccacacac gcagaagaag gcaacgtgag
     8521 ctacaccttc tatcaatcga tacaagagcc agaggccttc atcttttacg aggagtacaa
     8581 agacgatgca gccgtgcaag cacacgcctc gtcggcagcg ttcaaagcct ttagtgaagc
     8641 aatcaaggag ctaacggaag gcgatttaat tgtggataaa ttctaaacgt ataaccctca
     8701 ccgagtgtaa ggctccagag aaaaaaagcg tttttcgcat tgtaaaacat ttttcctctt
     8761 acctttgcgg tgaaataact aatcagattt ttaattcaaa acgagatgaa aaagatttca
     8821 atgtttttga tggctgcggc catggtaatg atggttgctt gcaacagtaa caagagcgaa
     8881 gcaacggaag agacaactga ttctacggct gtagaggctc cggcacctgc tgctgaagct
     8941 gctcccgctg agggcaacgc gctggaccag tacctgagct tggtagacga gatggtgcct
     9001 ctgtatgaga agatggctgc tggcgacgct gaggctactc agaagattgc tgagctgacg
     9061 cagaagatgc aggacatggc tacggctgtt cagaacgaag ccgccaacct gactccggag
     9121 caggctcaga agtacaacga cgcaatgaag aaactggctg aagccatgca gaaggctgag
     9181 gctgcgaaga agtaagcgat agtccttatt tctttgacaa ggaatgaaag aggcgatccg
     9241 cgaaagcggg ttgcctcttt tgttgatggg gagaatgaga aggggggagc attgatgcga
     9301 tgcggaaggg tacacgggct gacagagcgc tgatgtgatg cgaggcaatg cgcttctatc
     9361 tttggcgcct gaaatgaagc agatagtata taggtcatgg gtggcgctct tgatgagcct
     9421 cttgtgtgcg atgggctatg cgcaggatcg tgcgcaaaag cgaggcagag ggggattctc
     9481 actcgcggct cggcatgcgg cgctggcggc cgatagcctg cgtgacacgg atagtacacg
     9541 cactggcacg cggcgaatca atgcttacaa gctgagcgaa aagttaggtg agccgtatgt
     9601 ggcggagatg gataccgacc ggatcaatac ggcggatcat acgttgatgg aaagccgtag
     9661 cgtggcgggg gcgtatgctg cgaacatcgg ggcaccgtat cagtcgagga tctttagcga
     9721 acggggcgag gcacgcgact tcatctttgc tgatgccttc gatggggaga ttatctcgcc
     9781 gacgaacggt ttcttctacg acgtgaaggt gccttactcc aacatccttt acacccgcgc
     9841 cggcgggtcg acgaagcgag aggagcagct gcggggggtg atgacgagca acttcgggag
     9901 gaaggtgaat gtgggagcgg acttcgatta cacgtatagc cgcggacaat acacctcgaa
     9961 caacaataag ctgctctcgt atcgattctt cgggagctat cgggctgacc gctacgaggc
    10021 gtttgcgcat gtgcgtaacc tgaacttcgt aaccaatgag aacggcggcc tgacggacga
    10081 ccgatatatt acagacccgg acaactttga ggatgggcga cggggagtgg acagtaaatc
    10141 gttccccacg cgattcgcca acacatacaa ccgcctgcgc agccgcgacc tcttcttgac
    10201 gcaccgatac aacttgggct tctaccgaaa gatgacggac gctgaggccg agcgacgccg
    10261 ccaacgcgac gagcgcgagg agaagatccg ccggttggac gcggaaaagg cgcaagggaa
    10321 gggaaaggct gacgctgcgc ctgcggacag ccggccgcag ccaccgcatg aagaagacga
    10381 cgacccgcac gccgacgagg tgtttgtgcc cgtggccagc gtgatccaca cgatagaata
    10441 tgaggacttc cgccgccggt tcatctcgaa agacgccggc atcgacacgt gctatgcgca
    10501 cagatatgac accaccacgg cgctccccaa cgacttgcaa acggcacgca cgctgcgcaa
    10561 cacgctcgcc ctctcgctcc gcgagggctt ccaacggtgg gtgaagtttg gcctgacggc
    10621 atacgtcacg ttcgagaaca ggcgcttcga gcaggcgggc gacacggcag gcggcgtctt
    10681 ccaggggcgc acgcggacgg acgaatatgc cacctggctg ggcgccgaac tctccagcat
    10741 gcaatcgccg ctgctcacct tccgcgcccg cggcgagttc ggcgtcttgg gcaacgacct
    10801 cggggaggtg cacctcaacg gggagatcgg cacgcgcttc cgcctcttcg ggcgcgaggc
    10861 ggcgatccgc gctgaggccg cgctgagcaa catgcagccc gccttcttcc agcggcattt
    10921 ccacagccga tacttcatgt gggacgacga cctgagccat acgcagcgcg tctacatcgg
    10981 cggtgcggcc gagtgggagc agacgcggac gcgccttcag gcgggggtgg agaacatcac
    11041 gaaccacgtc tacttcggca ccgacggccg gccggcgcag cacggcggca gcctgcaggt
    11101 cgtcaccgcg cgcctcaggc aagactttcg cttccgcgcc ttcgggtggg acaacgaggc
    11161 cgtctatcag ctctcgtcgc aacgcgacat cctgcccctg ccgcggctgg cgctccgctc
    11221 gagcgcctat gtggtggtgc ggccggtgcg cgtcctcttg gtgcagatag gcgccgatgt
    11281 gcgctacttc acggcctatc atgcgccgta ttacgagcct gccacgcagc agtttcaaaa
    11341 ccagcgcgag gtgcgggtgg gcaattatcc gctcatcaat gcgtacgcca acttccacct
    11401 ccggcaggcg cgcttcttcg tgatggctta caacctcggg cgcctcttca ccgagccgcg
    11461 ctacttctcc atgccgcatt acccgcttaa cccgatggtg gtgaagctcg gcgtggtggt
    11521 gatgtttaat aattgaatga agccccccgc aggcgctata tatataaagg tataggcggg
    11581 cgaggggcat gatttatggt caatgcccac cctctaccct ctatcctcca ccctctactt
    11641 tacgaatatg aaaccccgca aactccttca gctttacgtc ggcctgttgg cgctggccgt
    11701 ggttacaatg ggccttatcc agatttttcg cgccctccac aagcaggctg ccgaacgggc
    11761 cgccagccgt gactacgacg ccatccgccg cgagggcgtc ctccgcatgg tcaccaccta
    11821 cggcggcgcc ggcggcttcg ttgccccggg cgacaccacc ctccaaggct tccagtacga
    11881 gctctgccgc gccctggccc aatacgccgg catccccacc gaaatgcact tcgagatgag
    11941 cctcgaggcc agcttccgtg gcctccgtga ggggcgttac gacgtcgtag cccgaggcct
    12001 gcccaccacg gacgagctca aggccgaata cctcttcacc gacccgctga tgaccgaccg
    12061 tctggtgctc gtgcagcgcc gcgactcggg ccggccgctc gtccgcaacc aactcgaact
    12121 catcggccgc accctctacg tcccccgcga atcgcccgcc atcctgcgcc tcgaaaacct
    12181 ccgccgcgag atggccgaca ccttccgcat cgtccaagag ccgctctacg actccgaaca
    12241 gctcatcgac atggtggccg cgggcgacat cgactacacc gtctgcgacc gccagaccgc
    12301 cctccgcgcc caagcccgct accccacggc catcgacatc gagaccgaca tcggcttcac
    12361 ccagctccac gcctgggccc tgcgccgcac ctcgcccgcc ctccgcgaca gcctcaacgc
    12421 ctggctccgc cgcatgcgcc gcgacggcac cttcgaccgc atccgccgca aatactaccc
    12481 cgaggggaaa tgaggggggg ggtgaaaatc attgattatt gactcctttt ttcgctggca
    12541 gccaataatc aatgtttttc agctcctttt ttcgctggca accaataatc aatgtttttc
    12601 ggctcctttt ttcgctggca gccaataatc aatgtttttc ggctcctttt ttccctggca
    12661 gccaataatc aatgtttttc agctcctttt ttcgctggca gccaataatc attgaaaaac
    12721 aggtgtcaga aaaagcaaag gattaagatt aacgactttc ctggctaaaa aatcattgta
    12781 gcttcgccct gcctttcaaa ggcgtattta ttcacataac agattatcaa ctatgaagaa
    12841 agtagtatta agcatccctc atgtgctgac ctttgtcagc gtaagcaatg gcagattgag
    12901 taactcactc cacgtgcagt atcaccgtaa acagtacgac ctcgtcatgg ccgtagacaa
    12961 aacgaagctc aaactccccg ccggcctgcc cgaagcgtgg aacgagggca tcacgtacga
    13021 gacaaaaatc gaccgagaat ccgccctttc cgtcgaaaca gccaaaatcg aggccaaaga
    13081 ccgcgaacgc gacgaccagc ttctgaacat cttctacatc atccgcgggc aaaaacgctc
    13141 acacgtagaa aacgtccgcg aagccgccct ccgcctctcc gccaagctcc gcccctacga
    13201 agacatccgc cccctcgcct acgagataga aagcagccgc ctcatcggca tggaagacga
    13261 catctcgacc ctcaccgccg aaatcgccac cctcggcctc accgacgcct tcaacaacct
    13321 gcacaaactc aacacagagt tcgagaaact gcacgtcgca cgccgtaccg acgccgccga
    13381 cacccagctc cccctcgcca ccgaaatccg cccccagacc gacgccgcct acgacgccgt
    13441 ctgccaatac atccaagccg cctacctcta cgccgccacc gacgacgacc gcgccctcat
    13501 cgaacaactc gtcgatcgca tgaacaagaa ctccgagacc ttcaaaatca tgcagcgcaa
    13561 cctcgtcgtc tcacgtaagc ccaaggatcc caagcaaccc aaagatccca agcagccgaa
    13621 ggaccccaag ccgaagcctg gcggcggcga cgacatccac gtccccgaag agccacccaa
    13681 gaagcccgac gaggagcagc cgaagcccaa ccccggcgga agcgaaggcg gcggcgacga
    13741 catccacgtc ccctcagagc cccccaaaaa accagaggga cagggctaat gattcattct
    13801 taatgatcaa tgattatgcc gggcacacgc cccccctcag cgtgtgcccg gttatttttc
    13861 gtttttcgtt tttcgttttt agctcaagac ggccaaaggc cgcataacaa cccggccaaa
    13921 ggccataact actcacaata gaaatgcccc tccccctccg ccgcctccac cacatcgcca
    13981 tcatttcggc cgactacccc cgctcgctcc atttctatac ccacatcctc ggcctcaccc
    14041 tccgcgccga gcactaccgc gccgagcgac aatcctataa agccgacctc accctgggcg
    14101 acacctacgt cgtcgaactc ttctccttcc cctcgccacc cccgcgaccg tcataccccg
    14161 aagccgccgg cctccgccac ctcgccttcg aagtcgacga catcgaagcc tccagccgct
    14221 acctcgatcg ccgcggcatc tcccacgagc ccatccgcac cgacccctac accggcctcc
    14281 gcttcctctt cctcgccgac cccgacggcc tccccatcga actctacgaa aaagaatcac
    14341 ctcaataaca caagaaaatg aaacccaccc ccacccccca ccacgaagcc gccgaacacc
    14401 tccgccacct catcggccaa gccccccaga cagccatcat cctcggcagc ggcctcggcg
    14461 cccttgccga ccacatcacc gacgccacca tcatccccta cgccgccatc ccccacttcg
    14521 cccactccac cgccgtcggc cacaaaggca acctcatctt cggccgcctc ggccgtcagc
    14581 ccgtcatggc catgcaaggg cgcttccatt attatgaagg ctacaccatg cagcaagtca
    14641 ccttccccat ccgcgtcatg gccctcctcg gcgtccgtcg cctcctcgtc tccaacgccg
    14701 ccggaggcat caacaacacc taccacatcg gcgacctcat gatcatccgc gaccacatca
    14761 acatgatgcc caaccccctc atcggcccca acgacgacca cttcggtccc cgcttccccg
    14821 acatgacccg cgcctacgac cgcgacctca tccacaccgc cgaagccatc gcccaagagc
    14881 aaggcatcac actccgaaaa ggcgtctacg tcggcctcac cggcccctcc tacgagaccc
    14941 ccgccgaata cgccgcctac ggccgcctcg gaggcgacgc catcggcatg agcaccgtcc
    15001 ccgaagtcat cgtcgcccgc cacgccggca tacgcgtctt cggcatgtcc gtcatcacca
    15061 acgaaggcta ccacttcgcc gacgatttcg tcaacgacgc cgacgaagtc gtccgcgccg
    15121 ccaaccgcgc caccgacgtc atgacccgcc tcttcaccac cctcatcgaa cgcaccgaat
    15181 aacccccacc caccatgatc ggcccacccg cgctctacac cctcctccaa caactcaaca
    15241 tccccttcga ttacatcgaa catccccccc tccccaccct cgccaccgcc caacactacc
    15301 tccacggcca cgacgtcaac ctctgcaaaa acctcttctt ccgcaaccac aaaggcaacc
    15361 gccactacct cgtcatcctc gccggcgaca gctcgatgga catccacgcc atcgagcatc
    15421 gcctccacga gggcaaactc accttcgcct ctccccaccg catgcaacat tacctcggcg
    15481 tcgcgcccgg ctccgtcacc cccttcggcc tcatccacga caccgagcac cacgtccgcc
    15541 tcttcctcga ccaaaacctc cgccacaccc cccgcctcag cttccacccc tgcctcaaca
    15601 ccgcctccct caccctcgcc cgcgaagacc tcctccgctt catcgaccac ctcggcaacg
    15661 cctacgagtg gctcggcctc tattaatcca cacaacacac acacgccgcc cccctccccc
    15721 agaaaaaaac aacgcaacat ttgcacgttt ggtaatcgga aatatctttg cgcccgtcaa
    15781 tcgagagaga tcgacacaaa aaacacaagc ggaagtagct cagttggtag agcacaacct
    15841 tgccaaggtt ggggtcgcgg attcgagttc cgtcttccgc tctctttttt ataaagaaga
    15901 agacgagccc tcccccgttc cgatcagctg caagttgaga aggacaaaaa aaaccatcag
    15961 gccgtcctct ttttaagcaa tgaattgata ggcccaggtg gcggaattgg tagacgcgca
    16021 cgtttcaggt gcgtgtgtcg agaggcatgc aggttcgagt cctgttctgg gcaccccttt
    16081 cataaaatgc gcaggtggtg aaattggtag acacgctact ttgagggggt agtgccggta
    16141 acggtgtgtg agttcaaatc tcatcctgcg tacaaataaa gaagtggagg atacgaacaa
    16201 gaaaagagaa gcgattctct tttttttcac cttcacgtaa gatggataaa caagaaagaa
    16261 taataggagc aatgtctaag agttgtcaga ttacgggaaa gaaagcgatg tcgggtaata
    16321 acgtcgctca ctccaatgcg cggacaaggc gcaaattcaa cgtgaacctc tttgcgaaga
    16381 agttctattg ggtagagcaa gattgctggg tcacactcaa cgtgtcggcc gcaggattac
    16441 gcctgatcaa taaaatagga ctcgacgccg caattaaaag cgcagcagcg caaggctttc
    16501 tgggctgaaa agcataacgc ataaataaat aggagaaaac agcgatggcg aagaaagtaa
    16561 aaggtaacag ggtacaggtc atccttgaat gcaccgaaca taaagcaagt ggcatgccag
    16621 gcatgtcgcg ctacatcact acaaagaatc gcaagaacac cacccagcgg ctcgagctga
    16681 agaaatacaa tcccatcctg aaaaggatga cggtacacaa agagataaag taatcaagag
    16741 gagattttag actatggcaa aaaagacagt cgcgacgttt aaaacaggag gaggcggacg
    16801 cacctactcc aaagtgatca aaatggtgaa gtcacccaag acaggcgctt acgtctttca
    16861 agaggagatg atcccaaacg atgatgtaaa agaatatttc aagaaatagt ctttttgaat
    16921 aagaaataca ggcagtaaaa actcttactc aataatctta ttgggtgagg gttttttatt
    16981 tataggaaaa agcgaaccac tcacagaata attaatcaga aaccaagacc attatgaatt
    17041 tcgatgtatc aagcagcgcc ttgtcgtaca atttgcaagc gatcagcaaa gtcattgctt
    17101 caaaaaacac cgtgcccatc ctcgattgct tccttttcta tttagaggga gagaagcgga
    17161 aactgaccat catcgcatcg gatatggaaa cgcgcttgga aacttccatc accgcgctga
    17221 atgtggaggg cggcggatat ttcgcggtgt cagccaagat cctgctggac ttcctgaagg
    17281 aacttccgga acaacccctg tcgttcgaga tcgacgatga gaatctttcc accgtcgtgc
    17341 ggtatgagaa tgggaagtat gagttcgttg ggcagcgagg cgacacatat ccgcagcaga
    17401 aggagatgaa aaacgatgcc acctccttct cgatcagtgc gccagtcttg cttaacggga
    17461 ttagccgaac gctgtttgct acggctgacg atgagctgag gccagtgatg aatggcatct
    17521 acttcgacat acacccggat cgactcattt tcgttgcgtc tgacggacat aagctggtgc
    17581 agataagcga cctcacgacg aaggtcaagc aggaggcatc gtttgtgctg ccgaagaagt
    17641 cggccaacct gctaagggcg ttgctgccca aagagacgga agacatcacc atccgattcg
    17701 atgaaaacac ggcatgcatc cgtgcggaaa agttcgagat ggtctgccga ttagtcgagg
    17761 ggcgttaccc gaactatagc agcgtgatcc cgaaggaaaa cccgaatgag atgaccatcg
    17821 acaggctcta tttggtgaat gcactgaagc gcgtctccgt atcgtcaaac ccggccagcg
    17881 gattggtgcg gctgcatctg acggaggagg acggactgac gatctcggcg caggacatcg
    17941 acttctcgac ctcggctgag gaaacggtgg actgtcaata cttcggcgac gagctgaaca
    18001 tcggcttcaa ggcgccttac ctgatcgaaa tgttgaacaa catcaacgcg aaggagatca
    18061 acctacaact gggcgatgct acacgggcgg gcgtcatcgt gccgactgaa aacgaacccg
    18121 acgaagagct cttggcattg ctgatgccca tgatgctgaa cagttaaccg ccccccccca
    18181 gacatcatgc aactgaactt agccaacccc atcgtcttct tcgaccttga gacgacgggc
    18241 gtaaacatta gcaaggatcg gatcgtagag atttcgatcc tgaaagtcac tcccaacggc
    18301 aaggaggaat gcaagacccg aagaatcaac ccgggaatgc ccatcccgcc ggaggctaca
    18361 gccattcacg gcatcagcga tgaggacgtg aaggactgcc caacattcaa ggagatcgcc
    18421 aaatcgctgg cagcacagat cgaaggctgc gacttggccg gatttaactc caaccgcttc
    18481 gatatacccc tgctggctga ggaattcctg agggcgaacg tggatataga cctctcgaaa
    18541 cgcaagtttg tggatgtgca aaccatcttc cacaagatgg agcagcgcac gctgtcggcc
    18601 gcatacaaat tctactgcgg gaaagacttg gacgaggccc acagcgccgc agccgacacg
    18661 cgcgccacct acgaggtgct catggcacag ctggatcgat accccaacct gaagaatgac
    18721 atccgcttcc tatcggaata ctccggatac acgaacaatg tggactttgc cggccgactg
    18781 atatacaacg acaagggcga ggaggtgatc aacttcggga agtacaaggg gcgcttggtg
    18841 gaggaggtgc tgcgcgtcga tccgggctat tactcgtgga tgatgagcgg tgacttcccg
    18901 ctgaatacga agcagaagtt gaccgagatc cgcatgcgcc tgaagtaacc cccacacaca
    18961 ctaaacgctt acccgtaaac caaaaagaga tggagactgc aaagcccctc cgacgcctga
    19021 tgggccggaa gatcatcctc ggcgtgacgg gcagcatagc tgcttacaaa gcggcatacc
    19081 tcacccgcgc actcatccgg gagggggccg aggcgcaggt agtcatgacg cccgccgcca
    19141 aggagtttat cacgcccctc acgctggcca cgctcagccg gcggcccgtc gtcagcgagt
    19201 tcttttcgcg gcgcgatggc tcgtggcaca gccacgtaga cctcgggctc tgggccgacg
    19261 ccatgctcat cgccccggcc acggctgcta cgatcggcaa gatggcccac ggcgtggccg
    19321 acaatatgtt agtcacgacc tacctctcgt gcaaggcgcc cgtcttcgtt gccccggcaa
    19381 tggacctcga catgtatgcc caccccgcca cacaggacaa cctcaaccgc ctgcgggcct
    19441 tcggcaaccg gatcatcgag ccggccgagg gcgaactggc cagcacactt gtggggaagg
    19501 gacgcatgga ggagcctgac cgcatcgtcg acgtgatggc gcgctactgg agcgacgagg
    19561 gcgacctccg cgggcgcacg gtgctgatca ccgccgggcc gacgtatgaa aagatcgacc
    19621 ctgtacgctt catcggcaac tattccaccg gcaagatggg cttcgccctg gccgaggctt
    19681 gcgcacggcg cggcgcagag gtgaagctcg tggctggccc cgtcgcgctc agcacgcagc
    19741 acccgcgcat agtccgcacc gacgtggagt cggccgatga gatgtatgaa gcagccacga
    19801 cgctcttccc cacgtgcgac atcgccatac tggctgctgc cgtagccgat tatcggcctg
    19861 agacgcccgc ggaggagaag atcaaacgcg aggggaaggg caacttccgg ctctcgctcg
    19921 tctgcaaccc agacatcgcg gccgaactgg gccgtaggaa gcgccccgac cagtgcctcg
    19981 tgggcttcgc cttggagacg aacgacgccg tagcgcacgc ccgggagaag ctacagcgca
    20041 agcacctcga cctcatcgtc ctaaactccc tgcaagatgc gggcgccgga ttcggatgcg
    20101 acacgaacaa gatcaccgtg atcgatggcc tcgggcacac ccgaggattc cccctaaaaa
    20161 gcaagaccga ggcggccgac gacatcatcg actgcctgcg ggagtatgta tcaccaaacc
    20221 gcaatacgta accaatgaaa agacgcagat cagcccccct cctgctcctc ctctccctcc
    20281 ttctggccac ggccggccgc gcgcagatct ccgagctgaa tgctcggctg acgatcaata
    20341 gcgacaaggt gcagggcaca agcaaggaga tcttcaagac cctccaaacg gccctcaacg
    20401 agttcatcaa taaccggaaa tggaccagcg ccaagttcgc gcccaacgag cgcatcgatt
    20461 gcaccttcac catgatcgtc aatacgatgg aggacaaccg cttcagctgc gaactgcaag
    20521 tgcaagcccg ccgcccggtc tataattcgg cctacaccac cacgctgttc aacttccgcg
    20581 acacgcgctt agacttcgtc tacaccgaac acgagccgct cgaatacaac gagagcacgc
    20641 tgcaaagcaa cctcaccgcc acgatcgttt tttacgtcta caccatcctc gggctcgact
    20701 tcgacagctt ctcgcccaag ggcggaaccc ccttcctcaa ccaggcgcag cagatcgtca
    20761 ccctggccca gtccgaaccc tcgtggaacg gctggaaggc cttcgacggc aacgacaacc
    20821 gccacgccct catcacggcc ctgaccgaac cgcagggcga gggcttccgc cagttctggt
    20881 acgactacca ccgcaagggg ctcgacgaga tggccgccaa ccccgaccgc ggacgcacca
    20941 acctgatcgc caccctgccc gcactcaccg agctcaaaag cgcccggccc acctccatcc
    21001 tgctgcaact cttcaccgac accaagctcg acgaggtggc ggccatctat tccaaagcca
    21061 ccacgcagga gaagcaggcc ggatacaagt tgctctccaa cctcttcccc ggtgccacca
    21121 accgcttcga ggcgctccgg aattgagggc gcgcgtggat ctcgcaccgt cttcagccgg
    21181 tgaaatgcac cgcgtttcgg agcgcgcatc tcatgcgctg gagaaaaagc gggtcatccc
    21241 ggagcgcgca tggcgtgctg gagcaaaacg aggccaagat ttcggtgcgc atgacatgct
    21301 ggagcaaaac gaggcaagtt ttcggcgcgc atgacatgct ggagcaaaac gaggcaagtt
    21361 ttcgtcgcgc atgacatgcg tgagcaaaac gaggcaagtt ttcggtgcgc atgacatgcg
    21421 tgagcaaaac gaggcaagtt ttcggtgcgc atgacgtgct gaagcaaaac gaggccaaga
    21481 tttcggtgcg catggcgtgc gccggggaaa atgggggtca tttcagacct tgcacggcat
    21541 gcagcaagcc aaaccgactc attttagttg ttagatttta gtttttagtt cacatagacc
    21601 ttatgcttaa gtcgcttcac atacgaaact tcgtactcat cgaccggctc gacatcacgt
    21661 tcgatcaagg cttttcggtc gtcaccggcg agacgggcgc cggcaaatcc atcatccttg
    21721 gcgccctcgg gctcgtcctc ggtgggcgcg ccgacgccaa aagcgcccgc gcgggcgccg
    21781 acaaatgtgt catagaagcc gagttcgaca tttcggatta cggcctcgag gacttcttcc
    21841 gccagaacga cctcgaatac gacgccacct gctgcctact ccgccgcgag ctcaccgccg
    21901 ccggcaagtc gcgcgccttc atcaacgaca gccccgtccc cctatccacc gtcaaggcgc
    21961 tgggcgatca cctgatcgac atccactccc aacaccaaaa cctgctcctg gccgacaccc
    22021 gcttccagct caacgtcgtc gacatcatgg cccaagtcgg ccccctcatg caggcataca
    22081 ccgagcgata caacgccttc cgcgccgccg agcaccgcct tgacgagctc aaggccgccg
    22141 ccgaaaagaa cagccaaaac gcggactacc tgcgcttcca agtcgacgag ctaacagccg
    22201 cccgcctcca gcccggtgag caagccgccc tcgaggccga actcgaaaca ctcgcacacg
    22261 ccgaagagat caaagaagcc ctctacaaag tggccggcgc tttgggcgac gacgaggccg
    22321 gcgtcctcat ccggctcaac gaatcggcca cagcaatgga gggcatcgcg gcctacctgc
    22381 ctgccgccac ggagtatgcc gagcgcctcc gctccgccct catcgacctc aacgacctgc
    22441 accgcgaggt ggatagcctc aaggaagacg tcgacttcga ccccgaccgc atggccttcg
    22501 tcaacgatcg cctcaacatc atctacaacc tccagcgcaa acaccgcgtt gagaccgtcg
    22561 aagccctcct cgcgctcctc tcggattaca cagcccagct cgccgccatc gattccttcg
    22621 acgaacgcct cgccaccctc acccgcgaac gcgacgaggc ccgcgaagcc ctcctcaccc
    22681 aagccgcagc cctcaccaag cggcgcaccg aggccgcagc tggcatcgag cgcaacctcg
    22741 tggagcgcat gcgcacactt ggcatcccca acacccgctt ccgcatcgac ttcacccccc
    22801 gacccaaacc cgccgccgat ggcatggacg aagtcgcctt cctcttctcc gccaacaaga
    22861 acgaggagct ccgccccgtg gcgcagacag cctccggcgg cgaaatctcc cgcctcatgc
    22921 tctgcatcaa agccatgatc gccggctttg ccgccctgcc cgccatcatc ttcgacgaga
    22981 tcgacaccgg cgtctccggc gacatctccg accgcatggc cgacatcatg caagacctcg
    23041 gccgcaagat gcaagtcatc accatcaccc accagccgca aatcgccgcc cgggggcatg
    23101 cacacttctt cgtatataaa gaagacaccg ccgaccgcac cctcacacgc atccgccccc
    23161 tcacccccga cgaacgcgtc agcgagatcg cccgcatgct cagcggcgcc accctcactg
    23221 atgccgccat cgccaacgcc cgagcactgc tgcacatgca ataacccgcc cctccgccct
    23281 tatcccaccc aacaaggttg atggcgatcc atcgccttga ttttcttttg ccttcttttc
    23341 tttcatcaag gaaagaaaag aaggtgagga caagggaaaa agcccctaca tcctctaccc
    23401 tccaactacc gcagccgcaa ggctgcataa ctacccccta actacctgcg ggcgaaagcc
    23461 cgcataacta cccagggcga ataatcattc gcccctacta ccgcggccgc aaggccgcat
    23521 aactaccctc taacaatgaa ccacatcatc ttcggcctcc gcgccgtcat cgaagccctg
    23581 caatccgggc gcgagatcga caagatctta atcaagaaag accgccaagg cagcgaactc
    23641 ctccgcgagc tcaccgacct gctccgcggc cgcctcatcc ccgtgcagcg cgtccccata
    23701 gagcgcctca accgcatcac ccgcaagaac caccaaggcg tcatcgcctt cgcctccgcc
    23761 gttgcctacc agcgcctcga agacatcgtc ccctccatct acgagcaagg ccgcgacccg
    23821 ctgctcatgc tcctcgacgg cgttaccgac gtccgcaact tcggcgccat agcccgcacc
    23881 tgcgaatgcg tcggtgccga cgcgctcgtc atcccctccg agggcagcgc ctccgccacc
    23941 cccgacgcca tgaaggcctc cgccggcgcc ctgaacgtcc tgcccgtctg tcgcgaacgc
    24001 accctccacg gcgccctgcg cttcctccac gatagcggcg tccgcctcat cgccgccacc
    24061 gaaaaagcca ccacgcccta caccgccatc acctacaccg gccccttggc catcgttatg
    24121 ggagccgaag acaccggtgt cgcccccgcc cacctccgcc tctgcgacga gtgggtgcgc
    24181 atcccccagc gcggcaccat cgcctccctc aacgtctccg tcgctgccgg cgtcctcctc
    24241 tacgaagccc tccggcaacg caggggggag ggaagaaggg agtaagaatc aatgattaac
    24301 cagacgcccc aatcgtaaag ggcgcccccc tcttccatca atcatcgaca attcacctac
    24361 gtttgcccat gaattattaa cgatataaaa acataaaacc tatgcagacc tggtggggat
    24421 ccttagatcc atttatgcaa accctttggg gcatcgccat ttttgcctca gtagtattcc
    24481 tgattcaaac aatcatgacg ttcgtcggca tggactccga cacgaacttc gacggcgact
    24541 ttaatggcga tatgtccgtc gatggcgcgg gcgaagcaac gccctttcaa ctcttcacgt
    24601 ttcgcaacct gatcaatttc atgctcggct tcagctggac agccatcgcc ctgcgctcct
    24661 ctacggagag caccacactg atgctcatcg gcggcatcgt agtcggcgtc ctgctcgtgt
    24721 gcgccgtcat gtacatcttc aaatggatga gcggcatgca gcagtctggc acgatccgag
    24781 ccgaagacat cgtcggctgc aagggatcag tctacctgac catcccagcc ggccggatgg
    24841 gcgagggcaa ggtgcaagtc agcgtccgcg gcgccctccg cgaatacgac gccatgaccg
    24901 acggcgatcg cctacacaac gaaacgccca tccgcgtcgt cgccgtcctg aacggacaca
    24961 cggttttagt ggagaaatta tagtttacat catcattcat cctatgaaaa cagataatta
    25021 tttttttccg gcaaaggatt ttgaagcggc caaacgcttc tatgccgatg tattgggctt
    25081 ggccgtgaag tttgattttt cctctatggg catggttgcc tatcgtattg gagacgatga
    25141 gccggcactt atcttgaggg atacaatgcg atttccggat gccaaaccgg ctttgtggat
    25201 agaggtagaa gatgtgacag tcgagtatgc caaaatgaaa gaaagaggtg tccgattcct
    25261 ctccgagccc ttccatatcc aaacaggttg ggctgtcgag tttgaggatc cgtcgggcaa
    25321 ccggttagga ataacagatt ataaggcgtg acagaccgtt tcaatatcag tgactattca
    25381 acaataccaa ttcaatagct tatgtccagt ttatatctaa ttgtcgtgat cgcggccgtc
    25441 cttttcgtga cgttcgcctc gatcctttcg cgttacaaac gctgtccgtc ggacaaaatc
    25501 ttagtcgttt atggtaaaac gggccgcaac aaacagggcg gcatcagctc cgcacgctgc
    25561 atccacggcg gcgccgcctt catctggccc gtatttcaga actacgcctt cctcgacctc
    25621 acgcccatct ccatcgagtg caacctgacc aacgcgctga gtaagcagaa catccgcgtg
    25681 gatgtgccct gccgattcac cgtcggtatt tccaccgaac cggagagcat gaccaacgca
    25741 gccgaacgcc tgctcggcca gaacacacac aacatccaaa acattgccac cgacatcctc
    25801 ttcggtcagc tccgtctcgt catcgccacg atggacatcg aggagatcaa tgccgaccgc
    25861 gacaagttct tggccaacgt cagcgccaat gtggaggcag agctccgcaa gatcggtctc
    25921 aagctgatca acgtcaacgt gaccgacatc cgcgacgagt ctggctacat cgaggcgctc
    25981 ggtaaggaag ccgccgccaa ggccatcaac gaagccaaga agagcgtcgc cgagcagaac
    26041 cgtttcggtg agattggtaa ggccgaggcc gaccgtgaca aggacatccg catcgctgag
    26101 acgcagcgtg acacacgtat ccgtacatcc gaagccaacg cgttggccgt agagggtgag
    26161 aacaacgcca agatcgccat cgccaactcc gacgccacac gtcgcgagaa ggaggccgaa
    26221 gcagcccgcc gggccgtggc cgcggagaag gtgcagacgg ccaaggcgct gcaagaggct
    26281 taccagtcag agcgtgaggc cgaattgacg cgtgccgaac gcgagaaggc gacgcagacg
    26341 gccaacgtgg tcgtgcccgc cgagatcgag aaggagaaag ccatcatcaa cgccgaagca
    26401 gaggccgaga agatgcgccg catagccaag gggcaggcgg acgccatctt cgccaagatg
    26461 gacgccgagg cgcgcggtac gtacgaggtg ctcaccaagc aggccgaggg ttacgaccga
    26521 ctcgtacacg ctgccgctgg cgatccggag aaggccgtgc tgatgctcat caccgacaag
    26581 ctgcccgagc tcgtccgtac acaggtggag gccgtcaagg gtatcaagat cgacaaggtc
    26641 accgtctggg atggcaatgg cgccgacggc aacggcaaga cgtcgacagc gaacttcatc
    26701 tccggcttga tgaagtccgt acccccgctg aacgacctct tcaacatggc cggcctgaac
    26761 ctgccgacct acctgaaggg cgccccagcc gacaagacgc gaatccccct gaagcccacc
    26821 gacagcaagt cgcccgaggg accgacacgg aagtagtcag ggccgagcca ttggctgaaa
    26881 agagaaagtc ctgccgagca tggagcatcg ctactccatc gcccggcagg acttttcgtt
    26941 tttagccttt cacttctcgt ttttcacctc cctgcccggt tgcctaattc gatcacttcc
    27001 atgtcgcgca cctcgtcacc gtcgatggca aagcgcagca gcgtgcgcac ggtgtggaag
    27061 ccgctgatgc cggccgcacc ggggttgagg cagaggcaac cgaggtgctt gtcatacatc
    27121 acacgcagga tatgcgagtg gccgcagacg aagaggcggg gtcgggcggc gtagagctcg
    27181 gcgcggatcg cggggtcgta acgcccgggg taaccgccga tgtgggtcat catcaccgag
    27241 acctgctcca cctcgaagcg caacgtccgc ggatacatct gccgcacggg gtagccgtcg
    27301 atgttgccgt gcacggcccg cagcggccgc acggccgtga gccgcatcgc cacgtcggcc
    27361 gacccgatgt cgcccgcatg ccatatctca tcacacgcgg cgaaatactc cgcgtacttc
    27421 tcatcccacc agccgtgggt gtctgaaatc aatccgatct ttttcatgga gagacgctgt
    27481 ccgacttacg cgtgtatgat taggaataga tctcggccat ggcgtagtgg aaagccagct
    27541 tgtagtcgcc caacaaggca gcgggcggcg gggtgtcgag tgattctttt accgtgtcga
    27601 tggcgtcgcg gatgctctgc ttcacttccg ccgccgtgcg ccccatgcca taaatgccgg
    27661 gcacgttctc ggcatacgct ccatatgtgc catcatcggc acgctcaatg atgatattta
    27721 ttgttcccat gtcttttacg tttttcatgg ctgcgaaggt agatcgccct ccgtgaagtc
    27781 tttgattggg cggaggatgt cgtcatcctt tatctgttgg catagataaa ggcctcgccc
    27841 aaattgagga agggtatatg ttgaatagct cggaagcttt cctaagaatt ccggagctta
    27901 tgttgtcaac ataagccgaa aatcagtgat tccagaggtc atgttgtcaa cataagccga
    27961 aaatcagtga ttccggagct tatgtcgtca acataagccg aaaatcagtg attccggagg
    28021 tcatgttgtc aacataagcc gaaaaatcaa tgattccggg gggtatgttg tcaacatggc
    28081 cctaaaatca gtgattccgg aggttatgtt gtcaacataa gccgaaaaat caatgccccc
    28141 caatgattat tggcatcccc cgtagaggtc cctctgaaac aatgatcaat ggttaatgat
    28201 caatgattat ccccgcccca cgcacccccg caaggggcga ctggtccatg gcggccaggc
    28261 ctttggagag catatgcgat acgcacctac ttttaccccc acttaaaaac caacacataa
    28321 ataccatatg agtgcaatca aagagtacat ccaagagaac gaaccacgct tcgtggagga
    28381 atggttcagc ctgctgcgca tcccgtccgt cagctcgcag acggagcaca aggccgacat
    28441 gggccgatgc gccgagcgtt ggcgcgaact gttgttgtcg tccggagccg accgcgccga
    28501 ggtgatgccc accgacggca atccggtggt ctacgccgag cgcatcatgt cgcccgacct
    28561 gcccacggtg ctcgtctatg ggcattacga cgtcatgccc gccgagccgt tggagctttg
    28621 gcagagcgaa ccgttcgagc ccaccattcg cgacggacgc gtctatgccc gtggcgctga
    28681 cgacgacaag ggccaggcca tgattcaggc caagggcttc gagacggcga tcaagactgg
    28741 cgccctgcat tgcaacgtga agttcatcct cgagggcgag gaggaggtcg ggtcggaatc
    28801 gctcatcgcc ttctgcaaga cgcatggcga gctgctccgg gcagacgtga tcctcgtctc
    28861 agacaccagc atggtgagcg cagagacgcc ctcgctgacc acgggtttgc gcggcctgtc
    28921 gtactgggaa gtggaagtga ccggccctaa ccgcgactta cattcgggtc acttcggcgg
    28981 cgccgtggcc aacccgatca atgcgctctg caagctgatc gccagcgtca ccgacgcgga
    29041 cgggcgcatc accttgccgc atttctacga cgatgtagag gagctttcgg ccgacgagaa
    29101 ggcgatgatc gctcgcgtgc ccttcgacga ggaggcctac aaacgggcca ttgacgtgga
    29161 cgaggtgttc ggcgagaagg gctactccac attagagcgc aacagctgtc gcccgacgtt
    29221 cgacgtctgc ggcatctggg gcggctacac gggcgagggc tcgaagacgg tcctgccgtc
    29281 gaaggcttac gccaagctgt cgtgccgcct cgttccgcat caagatccgg agcgcatcac
    29341 gcgcatgatg atcgattacc tccaggccgc cgccccgacg ggcgtccggg tgaaggtcga
    29401 cttcaagcac agcggcgaac cctacgtctg ccccatcgat ctgccggctt acaaggccgc
    29461 cgaggctgga ttcacgatcg ccttcggcaa gcaacccttg gccgtgcgtc gcggcggcag
    29521 catccccgtc atccccgcgt ttgagaagat cctcggcctg aagacggtac tcatgggctt
    29581 cggcctcgag cgcaacgcca tccactcgcc caacgagagc ttcggccttg acatgttccg
    29641 catcggcatc gaggccgtgg cggagttcta caatcactat agataaatgt gctgcggtca
    29701 agcctctttg atggcggagc ctccctgctc cctcctcctt ttcttccctt gatggaagaa
    29761 aaggaggcaa aagaagatca aggctacggg cgttcgggct gaaagccgcg ccgcggacgc
    29821 tgaaatccga aaaacttgct tcgcttcgct cagcttcgga cattcggatt tccgggcgcg
    29881 tccctgcgac acgtctttcc gggcgccctc cgccctatgc cgatccggac acgcaaagag
    29941 aggtggacat cgcactatga gattgaatta aaatcgtggg agggtaggaa tagagctact
    30001 tctaactact tctcactccc cctcactact tctcactacc cacttatgac aagcagcata
    30061 ctgatccggt ccgtcgaatg gcaaggtcgt ccgacggacc tttttattga aggcaacacc
    30121 atcgcacgca tcgccgagac gatcgacgcc cccggggcag acaccgtgat cgacggccgc
    30181 ggcaaagccc tgatccccgg actcatcaac gcccatacgc atgccgccat gacgctcttc
    30241 cgtggttatg gcgacgacat gccgctcatg caatggctcg agcaggccat ctggcccaac
    30301 gaagcgaagc tgacgaagga ggacgtctac tggggcgcca agctggcctg cgtcgagatg
    30361 ctccgcagcg gcacgacggc cttcctcgac atgtatcaca agctcgacgc cacggccgag
    30421 gccgttcagg agatgggcct ccgcgccgtg ctctccgagg cttgcttcga ccacttccga
    30481 cccgaagagg ccgagcgcag ccgccgcaac atcacgcgcc gctacaacac tccctcgccc
    30541 tacggcccgc gcatcagcta cgccctcggc ccgcatgcca tctacaccgt ctccggcgaa
    30601 ctactgcaat ggtcggccga ctttgcccgc gatcacgaca cactcatcca cctgcacctc
    30661 gccgagacga ccgccgagac cgagcaatgc ctcgcgcgct tcgggcagac gcccgtccgc
    30721 tacctgcacc gtttgggcat cctctccccg cgactcgtca tcgcccacgg cctctacgtc
    30781 gatgaggagg agatccgcat cttggccgat cacggcgtca aggtggtgca caatccggcg
    30841 tcgaacatga agctggcctc cggctatcgc ttccgtttcg atgagatgtg cgccgcaggc
    30901 atcaccgtcg gactcggcac ggacggctgc tcgtcgtcga acaacttaga catggtcgag
    30961 gccatgaagc tggcgtcgtt gctcggcaag gcttggcgcg gcgaccccga ggccgtcacg
    31021 tgcgacgcca tcttccacgc cgccacggct gccggtgccg acatcctcgg cctccgcgca
    31081 ggccgcatcg ccgagggcta cttagccgac ctctgcctca tcgacctccg ccagcccgcc
    31141 ttcgccccga accaccactt catctcgaac ctcgtctacg ccgccaatgg aagctgcgtg
    31201 gatacggtca tctgcgacgg ccgcgtgctg atgcgcgaca agcatgtgcc gggcgaggag
    31261 gagatcatgg agcgcgctgc gcgtgccgca tacgacctca tgaaacgaga agcgaaaaca
    31321 taagaggcca tgattacccc gaagacatgg cagagtagca ccgccccacc ccatgaatca
    31381 tgaataatta atcattgacc attacttatc tcatcgccct gccacggcga agcaagccgc
    31441 ccaagcaagg cgccccccct cccctcctac tcatcacttc aacaccccac tccaccatgc
    31501 tcattaagac caaatcactc aaccacctga tcaggcagaa acccaacgcg agcctactgc
    31561 tcttcatcgc caccatcgct gccgtcgtga tcgccaactc gccgctggcc gagtcttacg
    31621 cccagctttt ggactatccg atcgacatcc gattcaacga cttcctcttc ttcccccacc
    31681 acggcgagcc catgtcgctg atcgcctttg tgaacgatgc cctgatggcc atcttcttct
    31741 tcgtcgtggg gatggagatc aagcaggaga tgttggtggg cgaactcagc tccgtgcgta
    31801 aggccttgct gcccgtcatc gccgcatgcg gaggcatgat cgtgcccgtg ctcgtttact
    31861 tggccgtctg tcacgagggg ccagccgctc acggcgccgc cataccgatg gctaccgaca
    31921 tcgccttcgc cctcgccgcg ctcggagcgc tcggcaaccg ggtgcccacc agcctgaaag
    31981 tcttcctcac cgcgcttgcc gtggtagacg acatcggcgg catcatcgtc attgccatct
    32041 tctacagcag ccacatcgcc ctcacaccgc tgctcatctc cgccgtcata ctcctcctac
    32101 tctacttagg cggacgactg ctgaacatcc acaacgtgct cttctattac atcggcggat
    32161 ttatcgtttg gtacatgttc atcgagtccg gtatccactc gaccatcgcc ggcgtgctgg
    32221 tcgccttcac cgtccccgcg cgcccgaatg tgaagctcga caccttcgtc gagtcgatgc
    32281 gcgaacagct cttgctgctc gacttctcgc aagtcaagca ttctcgccgc gcctccgtgc
    32341 tcagccccgg ccaggtgctt atcctgaaca acatccacga cttaggatca aagacgatca
    32401 gccccttgca gcgcatcgtg gagaagctca accccatggt gagctacttc atcctgccgc
    32461 ttttcgcctt cgtcaacgcc ggtgtacgct tcgagggctt cgatccttcc acactcatcg
    32521 gcataccctt ggccatcttc ctcggcctct ttgtcggcaa ggccgtgggc atcttcctct
    32581 tctcctacct cgcggccaag gcgcggctcg tctccatctc gcccgacatc accaagagca
    32641 gcctcttcgg agtgtcgatc ctgggcggca ttgggtttac ggtgtcactc ttcatcgcca
    32701 acctgtcgtt tgtcaatgtg ccagacatcg gcatgacctt gctgaacgaa gccaagctgg
    32761 gcatcttcgt cggctccatc gtgtcgggca tcgtcggata cttcttcctc aagcgccacc
    32821 tgccgatgca caaagcgtaa aggtgacgga caacgcatag cgcgtcctgc cgggcgaagg
    32881 gggttgcgat aacctcttcg tccggcaggg cttttttggc tcatccccca tccgccaata
    32941 aggtgatcta tcttctttgt gcaaactcat ttcctcggcg gaaaaacaac ccttcccgag
    33001 ggtttgaccc atttccagac tctcgaaatg acctctcccg agggtttgac ccatttccag
    33061 actctcgaaa cgacctctcc cgaaggtttg actcatttcc agactctcga aatgacttct
    33121 cctgagggtt tgacccattt ccagactctc gaaatgactt ctcccgaagg tttgacccat
    33181 ttccagactc tcgaaatgac ttctcccgaa ggtttgactc atttccagac tctcgaaacg
    33241 acctctcccg agggtttgac tcatttccag agtttcgaaa tgacctctcc cgcgggtttg
    33301 acccattccc agagtctcga aatggccctt cccgaaggtt ggatccattt ccccagcggg
    33361 tagatgcccc cataaaaaaa gcccccgaac gcccgccaga tcgcaagcat tcagaggggc
    33421 tttctccctt tggggaggcc ttcgcttaga agtcgcggaa ggcgttgttt aggttgccca
    33481 tctcagtctt cacctgattc accccgatca gtccgcccga catgccggac gagagcgtgc
    33541 gcacctcgca agccagctcg tcagcgggtg tggtggtgat cgtcaccgac actttggagt
    33601 attttacgag agcacccagc agcagtctcg ccacgcggtt ccccttctca aagaccgcag
    33661 caccctgtgc gtcggacacc tttttgtacc cccatgtgcc cagtaactgc gccacgcggc
    33721 cttcaagttc atctcttgtc atcccgccgt agatgtggcg gaacatatcg ctcgtggcga
    33781 tgtcatttct aataaatccc attgtttcta ttgtgttatg aaggctaagc cttcggttaa
    33841 atgtcttctc ggcttttggt catgcgaaaa tgaattgcgg accatttcta ttcacctccg
    33901 tgtcatggat atcataccca tcattttcat tcgactacat aaataagcca ccccgaaatg
    33961 gggtggcgag ccttagtctt ttccacctaa gggtgataat cttaccacaa aagtaatctc
    34021 atcctattta ttgatcctca cgaagttcag cctgagcgca ttcatcacca cgcagaagct
    34081 ggagaggctc atggccgccg cgccgaacat ggggctcatg cccacgccga acacgggtat
    34141 ccacacgccc gccgctaacg gtatgccgac gacgttatag atgaaggccc agaagaggtt
    34201 ctcgcggatg ttgcgcagcg tggcgcgact gagtcgcacg gcgtcgggga tgtccgacgg
    34261 ccgactcttc atcaacacca cgtcggccgc atcgacggcc acgtccgtgc ctgcgccgat
    34321 ggctatgccg acatcggccg tggccagtgc gggtgcatca ttgatgccat cacccaccat
    34381 cgccacggcg ccgaaccgtt cacggagcga ctccaccgcc gccttcttcc cgtcgggcaa
    34441 cacaccagca atcacctcat ccacgcctac gctccgcccg acggcctcgg ccgtgcgctg
    34501 attgtcgccc gtcagcatca ccgtgcgaag gcccatcgca tgcagtcggc tgaccgcagc
    34561 gtacgcatcc tccttcaccg tatcggccac ggcgatcagc cccagccacc gatcctcggc
    34621 ggcaaaaagc agcggtgtct tgccctcacc cgcgacgcgt tcggcggcag acgtgatggc
    34681 ttccgtcggg ccgattcgct ccgaaaggaa ggcgaggctg ccacccgtaa tccgctgccc
    34741 ctcgagggtt gccgtcagtc ccttgccggg gatcacctcg aaggcgtccg tctccggggg
    34801 ctgcatgcca cgcgcttcgg catacgccgc tacggcccgc gccagcgggt gctcactctt
    34861 cacctctaac gcataggctg cacgcagcaa ctcctcctct tccacgccat cagccggcag
    34921 gaggtcggtc acgacgggcg agccgttcgt gatcgtgccc gtcttgtcga gcgccaccac
    34981 ccgcacttgg cccgctcgct caagcgcctc ggccgtcttg aaaaggatac cgtgacgcgc
    35041 accaagtccg ctgcccacca tgatcgccac gggcgtagcc agccccaagg cacacgggca
    35101 actgaccacc aagacggcca tgccacgcga gacggccgtc cctacatctg ccccgacggc
    35161 aagccacacg cccgccgtga tgagcgcgat cacgatgacg gccggcacga agatgcccga
    35221 cacgcggtca gccatcttag cgatcggcgc cttgcccgac gaagcgtcgc tgaccatgcg
    35281 tatgatctgc gccagtgtcg tgtcgcgtcc gacgcgctcc gcccggcaac gcaggtagcc
    35341 cgaacgattg accgtagcgg ccgagatacg atcacccggc gccttgtcta cgggcaggct
    35401 ctcgcccgtc agcgccgact cgtccacggc cgccgtgccc tccgtgatga tgccgtccac
    35461 ggggatatgc tcgccggggc ggacagcaaa cgtgtcgccg acgcgcacct gctcgatggg
    35521 caccgtcacc tcgcgaccat cgcgcacaag cgtagccgtc ttcggagcca gccgcatgag
    35581 gctcttcagc gcgtccgtcg tccgcccctt ggcgcgcgcc tcaagcagct tgccgagcgt
    35641 gatgagcgta aggatcatgg cgcacgtctc gaagtagagc gcatgcagcc ccacgtaggc
    35701 gtcggccgtg cgcccgtcca tcagcgcggc agacatggcg aagaggccga caagactata
    35761 gacgaaggcc gtccccgacc ctaaggccac gagcgcgtcc atgcccggcg caccgtgcag
    35821 cgtgcccttg taaccagaaa cgaagaagcg ctcgttgatg atcatcacgg ccacggcgag
    35881 cagcatttgc acgatcccga cagccatcgg gttgcccgca agcgccgcag ggagcggcag
    35941 gccgagcatt gtgtgaccca tcgccgtgta catcaaaaga aggagcagca caagggaggc
    36001 gataagtcga cggcggaggg caggcgtctc acggtcggcc aaaggatcgt cgggcgactt
    36061 gtccgcaggc gcatgtggct cttcggtcgc ctgctccgca gcgtcatagc ctgccttgcg
    36121 cacagctgca atgatggcat cggcagtagc tgtaccctcg acgaccatcg agttcgtcag
    36181 cagattgacg gccacagacg acacgccctc gacacgcgac acggcgcgct ccacatgggc
    36241 actgcaggcc gaacaggaca tgccatcgac ggagaattgt ttcgtgggat tcattagcag
    36301 cttactccca ctcgatcgtc gcgggcggtt tggaactgat gtcgtagacg acgcgattga
    36361 cgcccttcac cttgttgatg atctcgttcg agaccttggc caggaagtcg taagggagct
    36421 gcgcccagtc ggccgtcatg gcgtcggtgg aggtgacagc gcgcaaggcg atggtgttct
    36481 catacgtcct ttcgtcgccc atcacaccga cggaacggat cggaagcagg atggtgcagg
    36541 cttgccaaac gtcgtcgtaa agcccccact cgcgaaggag ggagatgtag atatcgtcgg
    36601 cgtcttgcag gatgcgcacc ttctcaggcg tcacctcgcc gaggatgcgt atgccaagac
    36661 ccgggccggg gaaggggtga cgcttcagca gatgcggcat cataccgagc tcagcaccca
    36721 cgcgtcgcac ctcgtccttg aagagcaaac gcagtggctc aacgagcttc agctgcatcc
    36781 tcgccggcag gccacccacg ttgtgatgac tcttgatcac cgtgcccgtg acggacagcg
    36841 actcgatgac atcgggatag atcgtgccct ggccaagcca acggacgtct ttcagtttac
    36901 gcgcttcctc gtcgaagacg tcgataaagc ccttgccgat gatcttgcgc ttgcgctcgg
    36961 ggtcggtgac gccggccagc tcgcggtaga acttctcctt ggcgtccact ccgatcacgt
    37021 tcaggccgag gtgctcgtag tcgcgaagca cgttctcaaa ctcatgcttg cggagcaagc
    37081 catgatcaac gaagatgcag gtcaggcggc tgccgatggc gcggtggagc aggacggccg
    37141 tgacggacga gtcgacgccg ccggagagcg ccaggatgac gcggtcgtca ccgagctgcg
    37201 ccttgagtgc agccacggtg gactcgatga aggaggccgg cgtccagtcg cgcgagcagc
    37261 cgcattgggt gaggaagttg tcgagcaggc gtgtgccgtc ctgcgtatgg aagacctcgg
    37321 ggtggaactg tacgccccac gtctgttcgc cttccacgcg gaaagcagcc gcctccacat
    37381 cgtccgtacg agcgatgatg tgaaacgtgt ccggcagctt ggtgatcgtg tcgccgtgcg
    37441 acatccacac ctccgatccg gcccggatgc caccgagcag cggatcgttg gcatcgacct
    37501 gcgtgagacg tgcgcggccg tactcgcgcg tgtcggacga ttccacacgt ccaccagccg
    37561 tggcggccag cagttgcgca ccgtagcaaa tgccgagcac ggggtatcgc ccgcgcaagg
    37621 cgcccgtgtc aatccggaag gcatcggggt tattcaccga gtagggactg ccggagagaa
    37681 tgacgccctt gaccatgggg tcgtcggccg ggaagcggtg gtaaggcagg atctcgcagt
    37741 aggtgcccag ctcgcggatg cggcggccga tgagctgcgt agtctgcgag ccaaagtcga
    37801 ggatgatgat cttttcgtgc atattatata gggtagttaa aggggtagtc aatggatagt
    37861 tagagggtag tcaaggggta gggggcgaac ctcccagtgt ccgtccggta gcggggcagc
    37921 cccttggtcg ctgggcgggc aaagataggc ggggacgcgt cggaaggact tctcgagcac
    37981 gggcagcaat aaaacagaag agccgcctga tcgtaaatga tacgtcaggc ggcccttctt
    38041 tcaattcttc atcggggtaa gggggttatt gcaaccagaa gtagatctct gaatcttttt
    38101 ctccggattc caacttacct tctttggcta accatccgat ggcggcaaaa agctctttgt
    38161 cggttttcag ctttgtttct ttcttgagtt ctttcacact catccgtcca gtcttgctca
    38221 aagctctcca cacaagacct gcgtttgttc caatcagctt aatcatattt cattgaaaat
    38281 ctatgtttaa cgtgccgcaa agataaaacg aaatgcacgg cgtttcgggc gtccacacgg
    38341 tatgaagttg cttttaacat agtttgaacg cctctccgca cgccttcttc tcctgatttt
    38401 ggccgaaaat cataccccgc agaaatgatt gttatcaaac gcgtatctga ttcaatgcca
    38461 agacatatgc cggctattaa atcaacgtga attcgacgta agaacggagc cccttttcct
    38521 atcggaatgc cttgtagagc tactgcaagc ctcgcaatgg gctgttttgg tgtttgcggg
    38581 gcgccccgca agtcccaaat tctgagtttt agtgtttgcg gggcaccccg caagctccaa
    38641 attctgagtt ttgacgtttg cggggcaccc cgcaagctcc aaattctgag ttttgatgtt
    38701 tgcggggcgc cccgcaagct tcaaattctg agttttgatg tttgcggggc gccccgcaag
    38761 catttccaaa aaatgtttgg gctgttgcgc ggctccagta gatatgctgc catcttcatt
    38821 cttacctcga actctcgtta aatcagctaa ggaatgggcg ccgccgcagt cgggagctat
    38881 gcgctcggaa gccgtaaccg gtaagtcatc gtaattttgt caggcaaaac tgacagattt
    38941 tacatcccca ttatgatgaa agaagattca atacagcaag tcaaacagcg cttcgggatc
    39001 attggtaacg acccgacgct caaccgcgcc atcgacgtgg cgatgcaggt ggcaccgacc
    39061 gacctctccg tgctgatcac gggcgaaagt ggcgtgggaa aggaaaactt cccgcagatc
    39121 atccaccaaa acagcccgcg gaaacacggg gcatacatcg ccgtgaattg cggcgctata
    39181 cctgaaggga cgatcgattc ggagctgttt gggcacgaga agggctcctt caccggagcg
    39241 ctggccgacc gcaagggata cttcgaggtg gccgacggtg gaacgatctt cctcgacgag
    39301 gtgggcgaac tgcccatacc aacccaggcg cggctgctga gggtgttgga gagcggcgaa
    39361 ttcatcaaag tcgggtcgtc gaaagtgctc aagacgaacg tgcgaatcgt ggctgcaacg
    39421 aatgtgaacc tcgttgaggc cgtcacccaa catcgcttcc gcgaagacct ctactatcgc
    39481 ctcaacaccg tgcccatcgt cgtccccccg ctgcgcgacc gcggcaacga catcctgctg
    39541 ctcttccgca aattcgccag cgacgcagcc gagaagtacc gcatgccgcc catccgatta
    39601 gcagacgagg cgcgccagct gctcaccacc taccgctggc cgggcaatgt gcgcgagctg
    39661 aagaacgtca ccgaacgcct ctccatcctc gagcccgacc gcaccattag cgccgatcgc
    39721 ctccggactt acctgcccaa catcgacacc acacacctgc ccgtgcccgt cagccggccg
    39781 caagacgatg gcaagatctt caccagcgag cgagagatac tctatcaggt gcttttcgat
    39841 atgaaaaagg acgtcacgga gctcaagaag ttggtgcacg acatcatgac gggcgccacg
    39901 cctaccgctg tgcccgtgga gcctgcaccg tccatgactt acgcgcccaa gccacacccg
    39961 ctacatgagg agccgattca agaagccgtg actgtggatg agccactggc actcgatgag
    40021 gtggagcgac agttggtgca acgcgcattg gagcgtcacg gtggccggcg gaagtatgcg
    40081 gcagctgacc tgaaaatctc tgagcgaacg ctctatcgta agatcaaaga atacggtctg
    40141 gagtagggca tcgggtaatt cttaatggtc aattactaat gatcaaccgg gtaaccatag
    40201 gggccaaaaa tcttccgtcc ctacacatgg ggcacccgaa cgtttcagct tatgcagaca
    40261 tatatatata aggtactggc ggccgtcgcg ggggggatcc tcctgcttgg cggctgctcc
    40321 atctcgtaca aactcacggg cacatcgatc gactacacac aggtgaagtc gatttcgatt
    40381 aaggacttcc ccaacatggc gcccctcgtc tacggtccgc tggcgcagcg cttcaccgac
    40441 gagctaaaga atcgctatgt gcggcaaacg aagctgcaaa tgctgcgcga gaatggcaca
    40501 ctggatctgg agggcgagat cacgggttac gagctcacgc cgcaagccgt ccgcgacgat
    40561 ggcaatacgg ccctggccgc cctaacccga ctcacactta ccgtgcgtgt gcgctacacc
    40621 aatcgcgtga acccggacaa ggatttcgag cagtcgtttt cgtcatacaa ggagttcgac
    40681 aactcgcgca ccatcgatca agtgcaagac gagctctgcc gcgagctcat cgacaacatc
    40741 gtgacgcaga tctacaacgc caccgtagcc gactggtaac ctattttcag tgacaagtga
    40801 tgagttacga gtgacaagat cccgacactc gtaacttgta actcgtcacc cgtaactact
    40861 tttcagtgac aagtgatgag ttacgagtga caagaccctg acactcgtaa cttgtaactc
    40921 gtcacccgta actacttccc ccccccatga ctcgcaaaga tttctatcgc tacatcgatc
    40981 gccctgcgct gctcaccgct gccacactgc cagagctggc acgcatcgtg gaggccttcc
    41041 cctgcttcca cgccgcgcgg atgctttacc tgaagaacct cgctctggtg ggtgatctcc
    41101 ggctcaagag cgagctggag cgcatggcca tccacgtgcc cgatcgtgcg cgactcttcc
    41161 tcctgctcac cgatgagcgt ttcgagcgct cgcctcatgc ggccgacgcc cctgcgcacc
    41221 gtccggaagc agacgaggca caaggtgcgc gtgtggagcc cttcgagtcg tcagcttcga
    41281 ccgactacct gcgttggctc actgtcgata cgccgtctgt gcccagcccg gagcctaaga
    41341 tgcgccacca agacctgatt gattccttca tcgcacacgg cagcgagcga atcgataaac
    41401 accggttgca acgcgccgtg gccgaacccg acgctgtggc gcccccaccc agcgtgacgc
    41461 ccaaagcgga atctacggac acgtcgtact tcaccgagac gctggcacac gtctacatcc
    41521 gccagaagcg ttacgtcaag gcgcttgaga tcatccgcgg cctgagcgag aaacacccgg
    41581 agaggaacat ctatttcgct gaccaaatcc gctttctcga gaagctaata gagcacagcc
    41641 gaaataagtc cgggaagtag ctgtaggggt acacgcatag accctctata aggttctacg
    41701 cgttgcatga gtgatggcga taaccttaat ttgccgcccg aaaaagagag acagtagatt
    41761 attcatttca aaaagcaata gaagaacatg tacgtatttt tatctatcct gattttcctg
    41821 gcatcgatct tcctcatcct gatcgtgctg gtgcaaaact caaaaggcgg ggggttagcc
    41881 tccggcttct cctcctcgaa ccagattatg ggtgtccgca agacaacaga ctttcttgag
    41941 aaggccacct gggggctggc agccaccgtg gctgtgctga gtgtggtcat cgcatcgttc
    42001 atacccagca gcgacgactc gcaaaagaag cagcaggagt ctgagatcga gcagcaggtg
    42061 aacgaggctg tgcctgtgga tccgaacgct gtgggccccg acttcggttc gcaacagcaa
    42121 cccgccgaac aacaaccggc cgaacagcaa ccagacaagc aggaagctcc cgcccaataa
    42181 tcggcgtgaa gcacacccgt aaaaggcttt acgaagaatc ggaagcacac accttgaggc
    42241 gcttccggtt cttcgtcttt ttttagcaac acacgtaatc caatcaaaac gacaagaaag
    42301 actgatatga aagtttcaaa gaacaagtac gtgacggcca tgtatgacct gcacgctggc
    42361 gaaggcgctg accgcgaact gatggagcgc gccaccgagg agcaaccggt gaggtttatc
    42421 tgtagctacg gcatgatgct ggaagggttt gagcgccgcc tgatgggcct cgagccgggc
    42481 gaagcattcg agtttaccct gacaccggag gaggccttcg gcacacgaga tgaagacaat
    42541 gtgctggagc tctcgaaaga gatcttcacg gtggatggtg tgttcgatag cgaacgcgtg
    42601 aaagaagatg cctcgctacc catgatgaat gctgaaggcc aacatatgat gggcactgtg
    42661 aaggaggtga aggacgacgt cgtagtgatg gacttcaacc atccgctggc tggcgagacg
    42721 cttcactttg ctggcaaggt gatcgatgtg catgacccaa cacatgagga gctggccgag
    42781 atagagcaga tcatgcgtgg tgggtgcggc ggcggatgcg actgctgcgg cgatcatgag
    42841 catggacacg gtgactgctg tggtgaacac gcgcatggac acggcgaatg ctgtggtggc
    42901 aatggctgcc gttgacccct ccacctgact gattactcgc aacgcgacat gaacaccttc
    42961 ggaagaaact accgcctgac caccttcggc gagtcgcacg gagcggccat cggaggcgtg
    43021 atcgatggtt gcccggcggg catcgaggtg gacttggcct tcattcagag cgaactgaac
    43081 cgccgtcgcc cggggcagtc ggccctgact acggctcgca acgagccgga cacggtcgag
    43141 tttctctccg gactctatga ggggctaacc acgggcacac cgatcgcctt ccttgtccgc
    43201 aaccgcgacc agcactcgaa ggactatgag gccatgcgcg acctctaccg cccttcgcac
    43261 gcggattaca cgtaccagat gaagtatggc atccgtgacc cgcgcggagg tggacgcagc
    43321 tcggcacgta ccaccttggc gcaatgtgtg ggtggtgcgt tggctaagct cgtgctaagg
    43381 ggcaggggca tcaccgtccg cgcatacacc tcgcaggtgg ggcgcatccg cttagatggc
    43441 tcgtatctcg actacgacct tgcgctcact gagacgaacc ctgtgcgttg ccccgacgca
    43501 ggcaaggcgg ccgagatgga ggcgttgatc cgccgcgtga aggaagaggg cgacacggtg
    43561 gggggcatca tcacgggcgt catcacgggg gtgcctgcgg ggataggcga acccgtcttc
    43621 ggtaagctgc acgctgccct tggcgcggcc atgctcagca tcaacgcggc caagggattc
    43681 gactatggcg atggcttcga cgctccgcta tacttcgggt cggagcacaa cgacaccttc
    43741 tgcaatgacc acggccgcat cgctacccgc acgaatcact cgggcggcat acagggcggc
    43801 atctccaatg gggaggatat ttacttccga gtcgccttca aggctgtggc taccctgttg
    43861 cgcgagcagc agacggtgga ccgggagggg cacgagaggg ttatacatgc gaaaggacgc
    43921 cacgatccgt gcgtccttcc gcgtgccgtc ccgcttgttg aggcgatggc ggcgatgact
    43981 atgcttgatt acctactcgc ggccgggcac tgccgtgcga tgcggccggt cgatggcctt
    44041 gccctctaat gggcgattgc ggcgtatggg cgcctcgcga taggctggca gggtgcgtcc
    44101 ggaacgggct ttggccactt gtttgcccgt gatcagctcc aaagccttac ccagcagcgg
    44161 gtcgcgctcg tcgccaaagg gatagagctc caggatgctc tccttcacca catatttcgg
    44221 tgcgaagccg tgcgggaact cgtctttgcg ggtgttgcag aacttgaatt ccatcacata
    44281 catgccccag ttcttgatct ctcggtaata cgacgaatcc acgttccacc agacatgttt
    44341 cggcatcagg acgccgccgc cgcagaactt gccgtgcgta gtgtcgccga tctggattac
    44401 atccatgtaa ggtgtgagcc cggtgagggt cagctctgag gccgaggccg tgcccttgcc
    44461 cgtaaggata tagaggcggc tgaggttgag gttgacgccg agggtgtcga cgaaggtttc
    44521 atacagctgc tcgctgtact tctctttgct cctccagtag ttcatgtagt actcgttcca
    44581 gagcttgagc aggaagcgtt ctttccgctt cacggctgct tcgggcgcca agaggctaca
    44641 gagggagcgc gcggtgctga tgtatccgcc gccgttgtag cgcaagtcga gcaccatgtc
    44701 ggtgatgcct gcggccttaa accgagcggc gaccttgact aactccgggg tcgatagatc
    44761 ggtgtagtcc gtatagcaga ggtagcccac gcggtggcca tctttgacga tgacggtgtc
    44821 tttcaggatg gggtcttggt acatcttgac ggctatcatg gcgatgccga tggagtctgc
    44881 cttgagcgtc ttgtcgcgga ggatgccctt gttgactacg acggtgggct tgtcgtagag
    44941 gtcgccgtaa ttcttcaccg tgatggctcc gccgttgagt ttgagcagga agtcgccccg
    45001 cttcagcccc gcgcggtcag ccggtgtgcc ggggtagacg tagcgcacga cggcaaagag
    45061 cgagtcggag tatccgatgt aaccaaaccg caggtcgaac ccgaaggtgg tggagtagcc
    45121 tgcgaaggct tgattccacg cctcggcatt gtcggtgagg cttgtccagc ggtcgtcttt
    45181 atagatcagg cgcttgaaga aggcgtgcgg gtctttctct tttttgaagt cgatggctgt
    45241 ccaattgatg gtgctcgtcc agaggtattc actccgcagg ccttcgtaga tgaactcgtt
    45301 cacctttagg gtgattttgg cttccggatc gggtttcggt ttcgggtcgt cctccttgca
    45361 ggccgcgagt agccccaaga ggcagaggcc gcagcagaag atccatccag tgttcattct
    45421 ctttttcata tgtccattct cttatttaag tgatatacat aaaatgtcga gggcaaaagt
    45481 agaaaagcga catgagctaa taaggattga tgcgggcgat ccatgatccg ggtgatcgat
    45541 gactaccccc ccgagctaca cggcaagtat tcccgagcta ccccggaagt attcccgagc
    45601 taccccggaa gtattcccga gctacccatc gacatattcc gaaatacccc gaaatacgtt
    45661 ccgagatggg tgtcgacata ttccgaacca cccatcgata ggttccgagg tggtcatcga
    45721 taggttccga aatgggtgtc gatacgttcc ggacgtgcca ccgataggtt ccgaagtggt
    45781 cactgatagg ttcggaaggg gtcgtcgata ggttcgggac gtatcgaggg gtgcctcggg
    45841 acgtatcgat gggtatttcg gaatagggtg cagataggtt caggacgtat ctacccccca
    45901 cttcaggacg tatcaatgac tacttcggaa cgtatccgga ccacctccga acctattata
    45961 ccacgttccg aagcccccat cgatacgttc cggacgtagt gcggatacgt tccgaagccc
    46021 ccaccgatac gttccggacg tggtgcggat acgttccgaa gcccccaccg atacgttccg
    46081 gacgtggtgc ggatacg
//
LOCUS       SEQF3106|MIQD01000012.145399 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..45399
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             132..329
                     /locus_tag="SEQF3106_00553"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPQAEPLTKHLFDHVLFSSHTKVRLTDGHTYTVSAVDFERREV
                     MYYNRNDCPVWVSYKRIAAVV"
     CDS             455..1252
                     /locus_tag="SEQF3106_00554"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKPQEDYEAFVAKFERKRTSDDCYTPPEVYDIVLGWLSEQVDL
                     AGAQIIRPFWPDTDYKQVEYPDGCVVVDNPPFSRFVEIVRWYLDRGVRFFLFAPHTTI
                     FNLDAPYTRLVCGASVIYENGAEVCTSFASNLFGDVLAMSVPDLNERLKAVGRNKNPL
                     PRYSYPSHVLTFYDLARCARHGVAISIPRSEAAFVRRLDSQQAAKKAIYGSGFLLSDR
                     QAARMEAALLEADRHKAEKAAQEIEAHAWAISDRERAVIAELSKQAQ"
     CDS             1249..1746
                     /locus_tag="SEQF3106_00555"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPTLTILIALLLTACLPLRRAPRSTHSRVDSVFVQRLVPVPVP
                     PDTSLMRALLRCNAEGRIAMERLSIATTRNARLAFLLDSLGELRVETIVRHDTVWVKA
                     DSVFITRDVVREVIREVERKKTHWETFTEGFGVGAFWVCIGAAIFGLVLLALRLYRRR
                     LPLGR"
     tRNA            complement(2037..2111)
                     /locus_tag="SEQF3106_00556"
                     /product="tRNA-Ala"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ala(cgc)"
     CDS             complement(2275..2529)
                     /gene="rpmE2"
                     /locus_tag="SEQF3106_00557"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8DTN5"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L31 type B"
                     /translation="MKKGLHPEGYRQVAFKDMSNEEVFITRSTINTKETIEIEGVTYP
                     LVKLEISSSSHPFYTGKAKLVDTAGRVDKFMSRYGNRYKK"
     CDS             complement(2644..3216)
                     /gene="fumB"
                     /locus_tag="SEQF3106_00558"
                     /EC_number="4.2.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P14407"
                     /codon_start=1
                     /transl_table=11
                     /product="Fumarate hydratase class I, anaerobic"
                     /translation="MEATPQIEKRILRAPFTDDVIRSLTAGDLVYLSGTIYTARDAAH
                     KRLYEMLDRGDPMPFDFTGQVVYYAGPCPAKPGQPIGSVGPTTAGRMDAYSPRLIREG
                     LKVMIGKGLRNAEVVDALKQYTGVFFAAIGGAAALMARCVDTAEVIAFDDLGPEAIRR
                     LTVTELPVIVAIDCQGRNVYETGRAAYEQK"
     CDS             complement(3482..4324)
                     /gene="ttdA"
                     /locus_tag="SEQF3106_00559"
                     /EC_number="4.2.1.32"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05847"
                     /codon_start=1
                     /transl_table=11
                     /product="L(+)-tartrate dehydratase subunit alpha"
                     /translation="MREIQAEKITTLVERLCIEACYVLADDIDRKFHSCLQTERSPLG
                     RQVLTTLIDNARIAREERVPICQDTGMTVVFVTWGQDVRITGGFIEDAINQGVRQGYE
                     KGYLRKSVVRDPIDRVNTKDNTPAIIHYEMVPGDAFHIVVAPKGFGSENKSDLKMLMP
                     SDGVPGIKQFVIDTVSHAGANPCPPTIVGVGIGGTMERAAYLSKKALLRPVGSVNERP
                     DLAALEQELYDDINRLGIGPVGFGGSTTALAVHILTFATHIAGLPVSVNIGCHATRHA
                     EGSL"
     CDS             complement(4321..5262)
                     /locus_tag="SEQF3106_00560"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNHAQEYMVSAQYFAPRGKERLMFLGEQISHRHLFFNDRLIGI
                     LGDAGAGKSSFIKGMFPGLQLANDDDIVNPRKIMQVRNPLNDIEDATTYHFDVRFQMA
                     FMQMYEIADFVRSLLERKRRVVVEHFNLLYDALGRNADLLVGIGEEIIVARPGVFGPL
                     PQSIYDIVHDSLKYRKMAHSAEDITTLLLSDEFGISDDEYYFSDVRNGFMLKFRHRPE
                     IDLERLEARVRERIAEHLHIAYHDEDHVRIGDRVIPCDGPRFHVRNTSEIIDFSLHKT
                     LVEDPKTGHFCLIGFIDDPQEDVSNRNTHYFLARNYQ"
     CDS             complement(5777..6223)
                     /gene="hslR"
                     /locus_tag="SEQF3106_00561"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ACG8"
                     /codon_start=1
                     /transl_table=11
                     /product="Heat shock protein 15"
                     /translation="MNEVRIDKWMWAVRLFKTRSLAAEACKKGRVSIGGSCVKPSRTV
                     RVGDVIEVRKPPVTFSFRVLDLTESRMGAPLVPHFMENITPPEQYEILEMNRISGFVD
                     RARGLGRPTKKERRDLEQFTHPDAPGFPFFDPDEDGEDNWEAENEE"
     CDS             complement(6220..6789)
                     /gene="pth"
                     /locus_tag="SEQF3106_00562"
                     /EC_number="3.1.1.29"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q6YP15"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidyl-tRNA hydrolase"
                     /translation="MKYLIVGLGNIGQEYWGTRHNIGFRVVNALVESAEASFTEARYG
                     AVARMRVKNAELIVLKPNTYMNLSGNAVRYWLQCESIPRERLLVVVDDIALPFGSLRL
                     KPHGSHGGHNGLRNISELLSTDDYARLRFGIGNDFPRGRQVDYVLSPFTDDELTRMPT
                     CINQAVEMVRSFCLEGVDVAMNRYNRHGV"
     CDS             complement(7607..8311)
                     /gene="rplY"
                     /locus_tag="SEQF3106_00563"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q02G03"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L25"
                     /translation="MKTFKLNGTPREDLGKKATKALRKQGLIPAVLYGQAPVKLPFTG
                     TLKPGEKLVEIEGDMGIVVTDFTVSFDGVRKLIYTPDIHLVEIDWEDGRQNRAILKDV
                     QFHPVTDAVLHLDFLEVFGDKPIVMNVPVELVGHAKGVKAGGKLNHAMRRLRVKGHAA
                     QIPEKLIVNVDNLELGKVIKVGELTFENVEVMSPKNAVVCAVKMTRAAQSAAGAEMPT
                     EEAGEESAEGGEETKE"
     CDS             complement(8455..12108)
                     /locus_tag="SEQF3106_00564"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALLLAVAACSTKKNTAATRRWHAFTARYNTYFNGKTSFDEQLE
                     AMQNNYHENYTERILMYPVSALPKEKSSPGGPFDRAILKGNKAIKQHSIQKKPNRKSG
                     WRGDAHQTAMLKREEYNPFLKHCWMLVAEGQFYNGDFLQAAATFSYIARHYATEPEMV
                     AAAHIWQARCYAEMGWLYETESALERLQKNGFPAANRKEYDRVYADFLIKSNRTEQAI
                     PALRKVIGTERNRRQRTRMRYLLGQLLAEAGQRDEAYREFGRVASASPPYELEFAARI
                     RQAEVLPPARWQQVLSMLRRMSKSEKNKDYLDQVFMAIGDVYMSRRDTTRAIEAYTEG
                     AEKSVQKGLDLAICQIKLGDIYFTRKDYVRAQPCFSDAISAMPQEYREYERVSRLSSV
                     LDELVVHVEAVHLQDSLQALARMPEKERLAVIDKIIAEVKEKEKREAEEAEKERYLAE
                     QQGRGSDLVQQRPGLQMNTPQMPSLGGSGSQFYFYNPQTVAQGKTQFQNRWGKRVNQD
                     DWRRRDKAMPLTDIGRTDTTGHQRFDEEGNPIAADSTEAQLPDSIASDPKTREYYLQQ
                     IPLSPEDVEASNVIIADGLYNMGMIYKDKLENMPLALSTFDELERRFPDNKYRMDYYF
                     QSYLMGLRYKDKALETRSRDRLVKAFPGSDYATAVADPNYEYHIRMMDRVQDSIYEQA
                     YNRYLKGDTSFVRRSYREFSHTYPLATLMPKFMFIEALTYVQSGNVASFKSALQTLVE
                     KYPTADVTELASEMLKGVLRGRTLVQGSLTGMKWDLRFGSDEFGEVSSLDSARAFVDE
                     PQSPHRMVLLYPKGAVDPNALLYAVAAYNFAHFEVKSFDLLTEEAGSFGLLIVSGFSN
                     LQQVLEYYDMIYAPKGYARTVDRAVMFFPISDANYETLLHGKSPSDYMAFFAETYGRQ
                     APKLVARWRTQVAADAREAAREDKAVEQAADEVNDRVQDTDKPTIDELKPEEATPTEE
                     KPAEEPAVNPPLPTEELTPADTTAVTQDQPVVTKKGKKTKAEKEQEKAEKAEKKKREK
                     AQKAAEAAKKKQEKAAKKQSATSVRRRKNKPIEQPIEPVPTDTTASPEPTVPESPSAD
                     TTEADTSSVPEVDMDTVLVKPKEITLEYLQKRREVEERKSRMAQEEKAQTQEEKRRES
                     AEQRKQQLKEREAQRKQKEKEARERMKQREKERKEREKANKQRLKEKEAARRAAQREK
                     EAARRAKAKEKSR"
     CDS             complement(12461..13051)
                     /gene="folE"
                     /locus_tag="SEQF3106_00565"
                     /EC_number="3.5.4.16"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P19465"
                     /codon_start=1
                     /transl_table=11
                     /product="GTP cyclohydrolase 1"
                     /translation="MKVLKETADLLRAREALCRNYRDIITLLGEDPDREGLQKTPLRV
                     AKAMQFLLRGYDEDPEAILASAMFQEEDYKQMVIVKDIDFFSLCEHHMLPFFGKVHVA
                     YIPRRYITGLSKIPRVVDIFSHRLQIQERLTLQIKECIQKTLNPLGVMVVIEAQHMCM
                     QMRGVEKQNSLTTTSDFTGVFQQVQTREEFMNLIKK"
     CDS             complement(13048..13680)
                     /locus_tag="SEQF3106_00566"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRFLWLCLMLCTACVLTAQSSIFDELARKGPKYGTVTIHQSSA
                     IRKLVGSSSASAKKGADEAESGDTKSSKSSKDAKDAKDTKDSKDATQDAPAAKEKTEP
                     ENDEITDMDNPEGRVYRVQVYSGNNQRQSKQEVRTMEAQIKRAFPKVGVEPDYQAPFW
                     KLYVGYFQTKEEAIYMLERLRKQFPSYHGMKIVQGYKPKSSSNSNKNSDK"
     CDS             complement(13809..14564)
                     /gene="tpiA"
                     /locus_tag="SEQF3106_00567"
                     /EC_number="5.3.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q93GB7"
                     /codon_start=1
                     /transl_table=11
                     /product="Triosephosphate isomerase"
                     /translation="MRKNIVAGNWKMNTTLPEGLALAKGINEALKGKTLRCDVILGTP
                     FTHLASVAAAVDTKRIGVAAENCADKEKGAYTGEVSAAMIASTGARYVIIGHSERRAY
                     YHETPEILKAKVQLALANGLTPIFCVGEVLAEREAGKHFDVVDAQIRESLFDLTADEF
                     RRLILAYEPVWAIGTGKTATAEQAQEIHAHIRHTVADKYGSEVANATSILYGGSCNAG
                     NAKTLFANPDVDGGLIGGASLAVDKFLPIIEAF"
     CDS             complement(14568..15824)
                     /locus_tag="SEQF3106_00568"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHKEKIIKVVAEICRLLLGITFIFSGTVKAIDPEGTIIKMGDYF
                     TAFGWGHTVWSDAVLSFIMIAFEFMLGVCILLGVYRRLSTLGILLFMAIMTPVTLYLA
                     LYNPVPDCGCFGDALIITNWQTFYKNVVLSVAAIVAFIYCKRLTPCYSDRVHSFVALF
                     SFAFCIAFCYWNYNHLPIVDFRPYKVGANIPKLMEIPADAPQDEYVFIYEKDGKKKEF
                     KLEEAPAGDSTWTYIDARLVKPGFIPVISSFDLYDEAGNNVAEALLAQPKPLFLLVMP
                     HIEEASEAHIAQIEEVLDYARAHGFRFYGVTASTETQCRDWINHTGLNIPFLTADDVL
                     LKTIVRSNPGLVLMKQGTILAKWHHNDIPKASELKQFINGNSPKSRSTSQNRAYVILA
                     FVLPLLLLWGGDKTLRRKEKEPINHE"
     CDS             complement(15817..16380)
                     /locus_tag="SEQF3106_00569"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKTEEQFAAAIKDCRAVFEAKLADYGASWRIMRPASVTDQLFI
                     KAKRIRTLEMMGETKSRVGEGIRPEFVAIVNYGIIGLIQLELGAADTPDMEAERALSL
                     YDTHMEETTALMYAKNHDYGEAWRSMRVASYTDLILMKLNRVKEIEDHWGRVAVSEGI
                     DANYMDIVNYALFGLIKLSTEEEIHHA"
     CDS             complement(16468..17982)
                     /gene="mepM_1"
                     /locus_tag="SEQF3106_00570"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AFS9"
                     /codon_start=1
                     /transl_table=11
                     /product="Murein DD-endopeptidase MepM"
                     /translation="MATYGQKAHRHRRLPTRTQTVRSRTMERKASELIAGHVDVTKKK
                     MTSDKLAPVTYATQEELLRNEELRFPADELYASSWDTRWVNPFRSKNIPFPDSFRVDC
                     SSFVCPVGKRLKINSDYGIRRRWMHRGIDLDLNLGDTVRAAFSGKVRIKNFERGGYGN
                     YLVIRHPNGLETVYGHLSGFLVSENQIVLAGQPIGLGGSTGRSTGPHLHFETRFLGEA
                     FNPHEIIDFQSGTPHRDFYVIRKSTFRRNNNIYTSTSERIVYHRVRRGESIAMIARKH
                     RISVAELCRLNGLRRKSRLRVGQTLRCGKMYIKTPKRINTEDEAVASTNTNVDRTIVR
                     PAAYHKVEGNETLMSIARQHGTTVDALCKLNNIRPTTALKSGQNICYRAERKISLDKN
                     GEPMAKQSTSSTKDKAEASMARKGNDDKAEYIDNTTDDITEEAEVVTKKPAKTTTPGG
                     RKLATRKQVYYRVRKGDTLRSIARRHGITVKQLCRINGIHTTTKVKVGRSLRCS"
     CDS             18035..18157
                     /locus_tag="SEQF3106_00571"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFIVFFKKRPKSLYSGYTDQKKTVSDPSRGRAKGFERRLI"
     CDS             18545..19006
                     /locus_tag="SEQF3106_00572"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDYDRGRTQKNPTTFLALMVEERLFFILNFLKNNPLREYHGSVF
                     GVSQQQRGQWIHTLAIMLKNIVATAGMLPDEDLAGFKKFLEKRGGEKIIHDNTEKGDS
                     STEQSRSSLFFNQQRSSEEKCLPRGRKPKTNSFHPLESKSNMPFLASRFSV"
     CDS             19061..20077
                     /gene="ctpA"
                     /locus_tag="SEQF3106_00573"
                     /EC_number="3.4.21.102"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34666"
                     /codon_start=1
                     /transl_table=11
                     /product="Carboxy-terminal processing protease CtpA"
                     /translation="MKTTRILPFLLLLFLLPACDKADRFTADPHTNFDALWRIMDEHY
                     CFFDEKGVDWDAIRRKYAPRVTDTMSRYALFDLMAEMLAELKDGHTNLVAPFNTARYW
                     AWFEDYPRNFNSDIQRNYIGTRYAIAGGMRYLQLPGTDIGYIYYGSFSNGVTETNLDE
                     IFYAFRRCRGLIIDVRDNGGGALTYAERIAARFLTAPMLTGYIVHKTGRGHADFSRPY
                     PVELRPSKRTRWLRPTVILTNRHSYSATNDFVNTMRRLPQVVILGDRTGGGGGMPFSS
                     ELPNGWQVRFSASPLLDAEGHSIEGGIEPDIRVNMTAADIARGKDTLIEAAIRNLRER
                     SKEE"
     CDS             20171..20941
                     /gene="yjjP"
                     /locus_tag="SEQF3106_00574"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ADD5"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YjjP"
                     /translation="MTHTQESLSSLCEFIVEYASHLMAAGVHTSRVVRNSKRIGASFD
                     TDVMMSVLHKHIILTVIDRATSEQCNGMIEVPAQAISFEHNASLSALSWTAADKHLSL
                     PELRAEYNRIISAPMIHPLFVLLLVGFANAAFCRLFGGDIVSMGIVFSSTLTGFYLKQ
                     RMQRRQINLYVTFIVSAFVASLCASTSLIFSTTSDIALATSVLYLVPGVPLINGVIDI
                     VEGYVLTGFARLTEAALLIINIAIGLSFTLLLVKDSLL"
     CDS             20945..21436
                     /locus_tag="SEQF3106_00575"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWTIAFNILSDALFAAVAGVGFGAISDPPLRAFKMIALLAAVGH
                     ACRFCLMTYAGIDIATSSLVAALLIGFGSLWLGKRVYCPVTVLYIPALLPMIPGRYAY
                     NMVFSLIMCLQRVNDPEGLRHYMEMFFSNGMITVTVIFLLAAGASFPMFLFPKRAFSL
                     TRH"
     CDS             21443..22165
                     /locus_tag="SEQF3106_00576"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METFWRTIAYYNASTWPAQLLIILVGAWLTVRLLLRPTPWVKQA
                     MKVYLAGLYLWVAIVYYFVCCHERDYNGVMALFWVLMAAIWVWDLATDYTTFERSRRY
                     DIMARLLLIMPFVYPLISLARGLTFPGMTSPVMPCSVSVFTIGLLLFFARRVNLFLVL
                     LLCHWALIGLTKAGSFHIPEDFLLVGTAIPGLYLFFKEYYLADLPEATKPQAKYINAL
                     LIAVCIGLGALLLATMLSTLFL"
     CDS             22190..22909
                     /locus_tag="SEQF3106_00577"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPIRPLPSAARSPVVSCVTPYASARFAIPPCYGLIYESSFSIY
                     TPYKPSTQAGFSIYTPYKLLTQVGFSMYTPYKPSTQMGFSIYTPYKLLTQMGFSIYTP
                     YKLLTQVGFSIYTPYKLLTQVGFLIHTPYKLLTQVGFLIYTPYKPLTQVGFSIYTPYK
                     LLTQMGFWIYTTYKVKNRVCFRPHTSYTYQNTIQRAMLPRCTTPSLTQNGQRSAYTSP
                     KSLAIPVRRAEADLTSPPLRA"
     CDS             complement(22926..23486)
                     /locus_tag="SEQF3106_00578"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRITLIIAAAVAFGLVACAQQSANQKEEKKMKTLVAYFSATGT
                     TERAAKMLAEVAGADLYRIEPETPYTAADLDWHDKNSRTSVEMNDPKSRPAIKGRCEQ
                     MADYDVIYIGFPIWWYTAPTIINTFVESYDLQGKTLIPFATSGGTDITKTADNLRKAY
                     PNLTWKPGRLLNGATRETIEQFVKGQ"
     CDS             complement(23711..23989)
                     /gene="relK_1"
                     /locus_tag="SEQF3106_00579"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WF09"
                     /codon_start=1
                     /transl_table=11
                     /product="Toxin RelK"
                     /translation="MMSYSIDFSKKAQKVIEKWRRSNPSSYKKLVVILNEIAEHPREG
                     IGHPEPLRSGSGITYSRRVSAHDRIIYDIHDEEITVLVIKVEGHYDDK"
     CDS             complement(23986..24243)
                     /locus_tag="SEQF3106_00580"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATVRFTSTAFRRKQAHALDLADKGNKVIIRRGRNQAYTITPIS
                     DDDTEITPELQAEIDRAREEYRRGETLHFENAAEMNAWLEA"
     CDS             complement(24331..25248)
                     /gene="miaA_2"
                     /locus_tag="SEQF3106_00581"
                     /EC_number="2.5.1.75"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KAC3"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA dimethylallyltransferase"
                     /translation="MNTPAHPTLVVLLGPTGVGKTALSLRLAERLHSPILSADSRQIY
                     RDMPIGTAAPTADERARATHYFVGTLPLTEPYSAARYETDALALLDRLFPTHHTLLLT
                     GGSMMYIDAVCQGIDDIPTIPADIRAAVVADYERLGLAALLDELREADPVHYAEVDQR
                     NPRRVIHAVEVCRTAGRPYSDFRTRTPKQRPFRILKIGLLRPRDELFRRIDARVDQMM
                     ADGLLHEARALYPWRHLNALNTVGYKELFQHLDGLLTLDEAVARIKRNTRVYARKQLT
                     WFRRDAAITWFHADDTAPLFRFLSEEGIF"
     CDS             complement(25245..25811)
                     /locus_tag="SEQF3106_00582"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIYRFLMLSDEVDDFKREIQIDAEATFLDLHEAIEQSVGFKPGE
                     MSSFFICDDDWTRRTEITLVDMGAPSDADTCLMADTRLEEFLEEEHQRLIYIFDYMME
                     RAFYMELREIITGKTLAKAVCTRSIGMPPAQTLTPEALEKSIEKTLETNADEDFYGDS
                     EYDDDELDREGIGSFDAADGELPLEERY"
     CDS             complement(25955..26272)
                     /locus_tag="SEQF3106_00583"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHYKLTDVASVIRSKNSGPYELTFDVIFKDHDMYERVKAAGVFN
                     NAMFASLYHIPETDIIGIVHFDPAKAIKTTIVRPIPSGALGETDVYGAQQHVPLMKFE
                     FDL"
     CDS             complement(26291..27664)
                     /locus_tag="SEQF3106_00584"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEELRVLSPTAILGYGFPMESFVEGMKRDPHVIAVDAGSSDPGP
                     YYLGAGKSFTDRNSVKRDLEIMIPAAIEAGIPVIVGTAGGSGATPHLDWAVDIVKEIA
                     REKKLSFKMAIIASELDKELVKEKLRKGQVTPLHPAKEIAEKDVDEAVHIVAQIGEEP
                     YIKALDEGANVIIAGRSYDPAVFAALAIKQGYDKALALHMGKILECAAIAALPGSGSD
                     CMFGYLRRDHFVLEPLSPLRKCTTLSIAAHTLYEKTNPYVLPGPGGALDLHACTFTQV
                     DDNKVKVAGSKFVPTDKFFVKLEGVRRVGYRTISCAGVKDPIMISKIDDIVRSVKDRV
                     KNNFEHYGITDFYLDFKIYGKKGVMAMFKDAEESHSDELLIIIEAVAATQEQANTICG
                     FARSTMLHFGYEGRIATAGNLAFPFSPSDAKMGEVFEFNIYHLMQVDNSTELFPARYI
                     SFNQGQE"
     CDS             complement(27772..29025)
                     /locus_tag="SEQF3106_00585"
                     /EC_number="4.3.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q05514"
                     /codon_start=1
                     /transl_table=11
                     /product="Methylaspartate ammonia-lyase"
                     /translation="MKITQVICAPGKTGFFFDDQKAIKNGAKNDGAFYEGKPVTPGFT
                     AVRQAGESISVIFVLENGAMAYGDCAAVQYSGAGGRDPLFLAKDFIPVIEREIAPLYV
                     GKEITTFREMADRTDKHVDPKTGKKYHTAIRYGVTQACLDAVAKSRGVLMAEVIADEY
                     GTKISDTIIPIFSQSGDDRYLNADKMIMKAADVLPHALFNHVETKVGLKGEKIKEYVE
                     WLRNRIQKLKPFEGYNPTIHIDVYGTLGIVFNNDPVAIAHYIGEVAAIAAPFKLRVEG
                     PVDMGEREAQIKALREIRAVIDREGIHAEIVADEWCNTLEDIVDFSKQKSGHMAQIKT
                     PDLGGINNAIEAVLYCKEHGMGAYLGGTCNETNRSAEVCAHIAMATQPVQYLAKPGMG
                     VDEGYMIVFNEMSRILAIRKAKNEK"
     CDS             complement(29482..30948)
                     /gene="glmE"
                     /locus_tag="SEQF3106_00586"
                     /EC_number="5.4.99.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P80077"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamate mutase epsilon subunit"
                     /translation="MEISNQKISEDAFFAERKEVLGQWHTGRDIDFDEAVAYQKSIPA
                     EKRFGAKLQKAVEERTTLIQPRAGVALPEEHKKLLQFLETEGEADLLPTTVDSYTRLN
                     RYHEAETGIEKSKETNRSMLNGFPIVNYGKTICRDVTSALKSPVQVRHGTPDARLLTE
                     ISIAGGFTSYEGGGISYNIPYSKSHSIEKTIAHWQYTDRLVGLYEEAGVSINREPFGP
                     LTGTLIPPCISNSVAVIETLLAAAQGVKDITVGYGQCGNLIQDVAALHTLNVLTRDYL
                     DKYGFHDVRVTTVFHQWMGGFPQDEAKAFGVISWGAAAAALAKATKVIVKTPHEAMGV
                     PTKEANAAGLRATKQVVSMLRDQDFRSIPAVLEESEIISAEMHCILGKVEELGRGDYA
                     VGTVAAFEAGVLDIPFAPSRYNAGKVMPARDNVGAVRLLDMGALPLSKDIVDFHRKKL
                     EERAAFENRPVSFQMVIDDVYAIGKGFLVGRPRGTKNE"
     CDS             31040..31294
                     /locus_tag="SEQF3106_00587"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGSHMKGSHKGCHLKGSHKGCPYEWGGDLIQGKTTLVVALTLV
                     VALTLVVALTLYDLCLHNPQRQLRIDGAQQPHRGEDVAPI"
     CDS             complement(31202..32581)
                     /locus_tag="SEQF3106_00588"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYLTVDFGSTYTKLSAIDADRGCVVGTAAAFTTIDTDVRTGFR
                     NALARLEESLGEPFAYDELLCCSSAAGGLKMVALGLVPELTSKAARLAASSAGAKVVK
                     TYAFEISKQEQDEIYRIDPDLVLLCGGTDGGNKEVIVANARRLCAIPRDFSVIVAGNK
                     SASYELEEVFAASNKNYVITDNVMPEFNRLNIAPAKEKIKELFISRIIEAKGLSRVQD
                     MTPHRIIPTPLAVMNGCELFSKGTRKEAGVGDLLAIDIGGATTDVYSMTDGKPTIDGA
                     VTKGLPEPYAKRTVEGDLGMRYSLSSLADELDLDAVADAAAAGRDQVEAWVHRCTEHP
                     DTLAESGSVEQRIEEELARGAIRLAVERHCGVYQTVYTPCGQLFALTGKDLADVAYVV
                     GIGGAIIHSEHPDYLLEGSKADANDFTYAKPQHPSYKLDRRYIFASMGLLSAVNPELA
                     LRIMKAEIV"
     CDS             complement(32604..33035)
                     /gene="glmS"
                     /locus_tag="SEQF3106_00589"
                     /EC_number="5.4.99.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q05488"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamate mutase sigma subunit"
                     /translation="MKQKTIVTGVIGADAHAVGNKIIAFALQQAGFKVVNLGVMVSQE
                     EYIEAALETNADAILVSSLYGHGEIDCNGLREKCDEAGLKDIPLFAGGNLVVGKQNFE
                     DVEKRFMAMGFNKVYPPGTPIETTIQDLQALLEARDAAQAK"
     CDS             33350..35044
                     /locus_tag="SEQF3106_00590"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKKNFLPFLAMAAMLMALASCSGKLKPLAADYIKADPQPLEAI
                     GGQVPVTISIAYPAKWFKKNATLTITPVLRYPGGETWGTAYTFQGEKVRANNQVIPYA
                     TGGNVTMKSSFKYKPEMKRSELYLTFDVKVGNKASRLPDIKIADGVIATSALANAATA
                     NPAVGADKFQRIIKEAHDANILFLIQQAELRSNELNKGELKDWKDRVKQASDAKNQNV
                     SVEVSAYASPDGGVSLNEALAERREANTTRYLKGELSKRKIDVPVGAHYTAQDWEGFK
                     ELVSKSNLQDKDLVLRVLSMYSDPEQREREIKNISTVFRSLADEILPQLRRSRLTANI
                     EIIGKSDEEISRLAQSNPKALNVEELLYAATLTNNDVDREAIYTKASELFPDDYRTWN
                     NIGMQRFYAGDLKKAEELFNKSNSVKHNSEADINLGLIALTRGERDKAQQLIGGASDV
                     AELGEALGMLYLEQGDYAKAVSSFGGSKTNNAALAQILTKDYSKASQTLNAVTRPDAT
                     TDYLKAIVSARTNDAAGVISNLKAAIGKKRSLAREAANDLEFAKYAKDADFENLIR"
     CDS             35528..36478
                     /locus_tag="SEQF3106_00591"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYHSNDPSGSLTAERAEALLERDLQHWPTAQRNYEALTRVQLRT
                     VSFGDFSIVVQFNPARIVSTGARTDAASIHRRPCFLCAQNRPKEQGALPFGERYQLLV
                     NPYPIFRRHYTIVERTHTPQTIRGRFGDYLELTRQLTGLTTLYNGPRCGASAPDHLHF
                     QAVTRGQMPLDAELDTLTARHGQTLHSTPDATLQRVLGCLRPFFVIRATTADAATHCF
                     DRLSHALPTPAPGEEPMMNLFARYDNSGWTIVIIPRRRHRPWEPGEGILTAPGAADMG
                     GLFISVRPEDFEITHEETLRKVYAAVCPTEEEILSMKIEK"
     CDS             36560..38338
                     /gene="sppA"
                     /locus_tag="SEQF3106_00592"
                     /EC_number="3.4.21.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P45243"
                     /codon_start=1
                     /transl_table=11
                     /product="Protease 4"
                     /translation="MKQFFKMMFASALGFFLASMLVCTIMVVTLIGLMAGLSKDSDSS
                     RPLKSDESVMKITFSGSIPESMDDSNPLAAFVSGNEQELSMRDLVLAIRNAKEQDAVK
                     GIYLDMDLFSGGIVTLDAIRRALVDFKESGKFIVAYADLYTQGGYYLASVADKVFLNP
                     EGTLRLNGLASETLFLKGALAKVGVEMMVFRVGTYKGAVEPFLSDKLSDANREQITSI
                     QQSIWGNLTSAIAKSRKITPNDVNRYADAGGQLLAATKAIEYKLVDELKYRSEVEKYL
                     MEKAGQKGKKLKSVGPNRLKQLKKKEKEYRNKIAVVYAEGEITNAVPTGFGAAESTIT
                     ERLNDDLKKLADNDDVKAVVLRVNSPGGSAYVSEQIWKAVVELKKKKPVIVSMGSLAA
                     SGGYYISAGASKIVAEPNTLTGSIGIFGLFPNMTGLFKKVALTMDIVKTNRYADFGDP
                     SRPMTDDEKALMQSMIERGYDTFLTRCADGRGKRKADIDSIAQGRVWTGEQALKLGLV
                     DELGGLERAIELASEQAKVINYNIMEVTSDHDYLKEFFEKQMESVKQSIVRDALGEDY
                     EYVKAIRTAHPTYGVQARMTYTLKPL"
     CDS             38346..39452
                     /gene="lpxK"
                     /locus_tag="SEQF3106_00593"
                     /EC_number="2.7.1.130"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67572"
                     /codon_start=1
                     /transl_table=11
                     /product="Tetraacyldisaccharide 4'-kinase"
                     /translation="MSSKTSSRQHPVAWPLALCYGVGVRLRNLCFALGILPSESYPIA
                     VICVGNLSAGGSGKTPLVEYLIRLLSPRYRVAVLSRGYKRKTKGYVVADESSTAREIG
                     DEPCQMKRKYPTITVAVDANRRRGMRRLLAMPDEVRPQVVLLDDAFQHRYIHPSLALL
                     TTDYNRLFCHDHLLPVGTLREPRSGVRRADIVIVNKCDPTLKPIDYRIIEDEMHLNMS
                     QSRFFTAVTYHRLEGVWPEECAPRELSTLTSETDVLLLAGIADPTPLINEMRRRTERV
                     TPMIFSDHHAFTRNDMTKMRATLAKLSPDAVIVCTEKDATRLRITPYYPSDLHARTYA
                     LPIAIHFMFDTAARFDEIILRHVDTIEKSHILRR"
     CDS             39527..40567
                     /gene="thiL"
                     /locus_tag="SEQF3106_00594"
                     /EC_number="2.7.4.16"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67883"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiamine-monophosphate kinase"
                     /translation="MNTPHTEIAELGEFGLIDRLTKGLVTRNDSTLLGVGDDAAAIRH
                     PSPDLTLVTTDLLLEGVHFDLTYTPLKHLGYKAAIVNFSDIYAMNGRPTQLTVALGLS
                     KRFSVEDVESLYAGIRHACEVYGVDLVGGDTTSSMTGLTLALTCIGAVAPDRLVRRDG
                     AHDTDLICVSGDLGAAYMGLQLLEREKRIFRGEADFTPDFSGREYLLERQLRPEARRD
                     IIDSLAEAHLLPTAMMDISDGLASELLHIAHSSHVGCRIYEDRLPIDYQTAAMAEEFN
                     MNLSTAALNGGEDYELLFTLPLTDYERAETLKGVHIIGHITRAELGCLLVGRDGGEVP
                     LQAQGWPAPKGA"
     CDS             complement(40426..40881)
                     /locus_tag="SEQF3106_00595"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTMQGLHGLFIVYETIMQGLHGLFIVYETTMQGLHSLFIVYETI
                     MQGLHSLFIVYEMIMQGLHSLFIVYETIMQGLHSLFIVYEMIMWGPQKRRELPQLRHG
                     DLRHAPFGAGQPCACRGTSPPSRPTSRQPSSARVMWPMMWTPFSVSARS"
     CDS             41195..42058
                     /locus_tag="SEQF3106_00596"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WIY9"
                     /codon_start=1
                     /transl_table=11
                     /product="putative NTE family protein"
                     /translation="MNFPLLKWPEPKKPYRLGLALSGGGAKGLAYVGVFKFLEERGIR
                     PDIIVGTSAGAMAAALLADGHTSDEIRQMFVGRELSEFARVQVPTTGLFDSRGLGEFL
                     KRNLRAKTFEELQIPTIVMATDLDRGCGHPFTSGPLVEAVRASCSIPIIFSPVIIDGV
                     HYVDGGLFHNFPVSIIRDRCEMVIGVNVNPYTARKYSKNIYSIGERSYHFMFSANAVE
                     DRRICDLLIETEEFGQYKLFDLKNIDHIARVGYVTSVRAFNRLARTADKNNKLLRAFP
                     PPKQPAASRND"
     CDS             42136..43836
                     /gene="tvaII"
                     /locus_tag="SEQF3106_00597"
                     /EC_number="3.2.1.135"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q08751"
                     /codon_start=1
                     /transl_table=11
                     /product="Neopullulanase 2"
                     /translation="MNKNSKKPIIYQVLPRLFGNMQPPLKDHGSIKENGSGKLADFTP
                     EALGAIRKLGATHVWYTGILEHATRSDYSAYGIPKDHNAVVKGKAGSPYAVKDYYDVA
                     PDLAVNVPDRMAEFEALVERTHKAGLKVIIDFVPNHVARQYHSDAKDPLVPDLGQDDD
                     TNRAFAPNNNFYYLPGQALALHFGAKQEDFEYSEFPAKATGNDCFSASPSRDDWYETV
                     KLNYGVDILGGRQEYFQPVPDTWHKMLAILRFWIARGVDGFRCDMAEMVPVAFWQWVI
                     PRVKSWKHVLFIAEVYNPHLYRDYIRTGGFDYLYDKVGLYDTLRSVVCGHTPASRITE
                     CWQTVNDIRPHMLSFLENHDEQRIASDFFAGRAEAGIPALIVAATLGTGPIMVYFGQE
                     LGERGMDEEGFSGRDGRTSIFDYWSLDTLRRRNHGGRYDEALLTDAERSLLHQYTAIL
                     HLAREEKALTEGTFFDLMYVNPTSDFFDPARQYAYLRKADDAVVLVAVNFSDAPRRVR
                     IRIPETAFRTMSIPDNAPARLTDLLTGAVSVGTLTHACAYEVELPPLSGRLLKFDYGV
                     "
     CDS             43888..44832
                     /gene="prs"
                     /locus_tag="SEQF3106_00598"
                     /EC_number="2.7.6.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P65235"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribose-phosphate pyrophosphokinase"
                     /translation="MSAYTPFAIFSGTGSRYLAERICKSLHCPLGQMNIEHFADGEFA
                     VSYEESIRGKDVFLVQSTYPNSDNLMELLLMMDAAKRASAHSVIAVIPYFGWARQDRK
                     DKPRVSIGAKLIADLLSVAGLNRLITMDLHADQIQGFFNVPVDHLYASSVFLDYIRKE
                     LPFDNLVVATPDVGGTKRASSYSKFLEIPMVICYKTRLKANQISDMKILGEVEGKDVL
                     LIDDIVDTAGTITRAANLLKQHGAKSVRAMASHAVMSDPATERITHSSLEEMIFTDSI
                     PYEKECSKVTILSVADMFAEAIRRVCHDESISTLYAIK"
     CDS             44858..45187
                     /locus_tag="SEQF3106_00599"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X113"
                     /codon_start=1
                     /transl_table=11
                     /product="Oxalate-binding protein"
                     /translation="MIIDFPNIPEERLPNFKGGEKEYIARMFFDGQNRIMYGRLEPGA
                     SIGVHTHETSSEIMYFLEGRGKVLLADGEERVAAGQCHYCPKGCTHSLVNDSDADLAF
                     FAVVPEQ"
ORIGIN      
        1 cccgggagca gtttatcgac gagacgtgtc gcaaccgccc ccgcagcctg aagtatcgcc
       61 gcggctggct ccgccggatc cacagcatca catttgttcc ataattgata attgataatt
      121 attaattacc catgaatccc caagcagaac ccctcacgaa gcacctcttc gaccacgtgc
      181 tcttctcgag ccacacgaag gtgcgcctca cagacggcca cacgtacacc gtctcggccg
      241 tcgacttcga gcggcgcgag gtcatgtatt acaaccgcaa cgactgcccc gtctgggtca
      301 gctacaaacg catcgccgcc gtcgtgtgat tcattgttgg gggcttcgcc ccgttgattt
      361 gtttagggct tacgcccttg tttattcgtt taggcgttca acctccaaca attcaacaaa
      421 taaacgcggc cgaaggccgc caacaattcc ggcaatgaaa aagccccaag aagattacga
      481 ggcctttgtg gccaaatttg agcgcaaacg cacctctgac gactgctaca ccccgcccga
      541 ggtgtacgac attgtgctcg gctggctcag cgaacaggtc gacctcgccg gcgcccagat
      601 catacgcccc ttttggccgg atacggacta caaacaagtg gaatatcccg acgggtgcgt
      661 cgtggtggac aatccgccgt tttcaaggtt tgtcgagatc gtgcggtggt acttggatcg
      721 cggcgtccgc ttcttcctgt tcgctccgca tacgacgatt ttcaatctcg atgcacccta
      781 cacgcgcctc gtttgtggtg cgagtgtgat ctatgagaat ggcgccgagg tgtgcacctc
      841 gtttgccagt aacctattcg gcgacgtgct ggctatgtcc gtgcccgacc ttaacgagcg
      901 cctgaaagca gtcggacgca acaagaatcc tttgccgcgc tacagctacc catcgcacgt
      961 gctgacattt tacgacttgg cccgctgtgc ccgccacggc gtcgccatct caattcctcg
     1021 cagcgaggcc gcgtttgtcc gccggttaga cagccagcaa gcggcgaaaa aagccatcta
     1081 cggcagtggc ttcctgctgt ccgataggca ggccgcccgt atggaagccg ccctcctcga
     1141 ggccgaccgc cataaagcgg aaaaggccgc ccaggagatc gaagcgcatg cgtgggcgat
     1201 ctccgaccgc gagcgcgccg tcattgccga actttcaaaa caagcccaat gaaacccacc
     1261 ctcacaatcc ttattgccct actgctcacc gcctgcctgc ccctccgacg cgccccgcgg
     1321 agcacccatt cacgcgtcga cagcgtcttc gtgcagcggc tcgtccccgt gcccgtcccg
     1381 cccgacacgt cgctcatgcg cgccttgctg cgttgcaatg ccgaagggcg catcgccatg
     1441 gagcgcctct cgatcgctac cacccgcaac gcccggctgg ccttcctctt agatagcctc
     1501 ggcgagctcc gcgtcgagac catcgtacgt cacgacaccg tctgggtgaa ggccgacagc
     1561 gtctttatca cccgcgacgt ggtgcgcgag gtgatccgtg aggtcgagcg caaaaagacc
     1621 cactgggaga cgttcactga gggtttcggc gtgggcgcct tttgggtatg catcggagcc
     1681 gccatctttg gcctcgtact gctcgccctc aggctctacc gccggcgcct gccccttggc
     1741 agatgaaaac gccgccccaa caatggatat aatacagaaa cgccgcaagg ctacctctcc
     1801 gctatgcgtt tgagatatgt agctttgcgg tgtttaaaaa atggaacaca tgccgcgcat
     1861 tttcattgtt acaccgcggc aaatccttaa ccaaaggctt ttaccaaaaa gccaatcgtt
     1921 cgtgagaggg agtttcgatg tgatatcggg actccttttt tttccccgcg ccgccccgtc
     1981 tcgcgtggca atggcgtggc acacatcgct aacttgctga atgccacagg gagagagtgg
     2041 agcatacgag actcgaactc gtcacctttt gattgcgaac caaatgctct accaagatga
     2101 gctaatgccc cgtgttgttt tgcctcttcc cctctgggaa tgacgggggc aaatatagat
     2161 ggattctgaa accgggtctt gtggagattg ctcccgggca gaaatgaaat cgggcaggaa
     2221 gaacctcatt cgttctccct gcccgttgcc attttaccgg aaacgccgca gcgcttactt
     2281 cttgtagcgg ttgccatagc ggctcatgaa cttgtcgacg cggccggcgg tgtccaccag
     2341 tttcgccttg cccgtataga aggggtgcga gctgctggag atttcgagct taaccaaggg
     2401 ataggtcaca ccttcgattt cgatcgtctc tttcgtgttg atcgtggagc gggtgatgaa
     2461 tacctcttcg ttcgacatgt ctttgaacgc cacctggcgg tagccttccg gatgaagtcc
     2521 ttttttcatt gcagtgctgt ttttatatgt acaaaattga ttcgttccgt cctatgaaac
     2581 agtgcgcaaa agtattagaa atgtccaccg gcgcaaggtc agagacagtt acagggcgcg
     2641 tgatcacttc tgctcgtagg cagcgcggcc ggtctcgtag acgttgcgcc cctggcagtc
     2701 gatggctacg atgacgggca gctcggtgac ggtcaggcgg cggatggctt cggggccgag
     2761 gtcgtcgaag gcgattacct cggcggtgtc gacacagcgg gccatgaggg cggctgctcc
     2821 gccgatggcg gcgaagaaga cgccggtgta ttgcttcaac gcgtcgacta cttcggcgtt
     2881 gcggaggcct ttgccaatca tcactttcag gccttcacgg atgaggcggg gcgaataggc
     2941 gtccatgcgg ccggccgtag tggggccgac ggatccgatg ggttgcccgg gcttggcggg
     3001 gcagggaccg gcgtagtaga cgacttgtcc ggtgaagtcg aagggcatgg ggtcgccgcg
     3061 gtcgagcatt tcgtagaggc gcttatgagc agcgtcgcgg gcggtgtaga tggtgccgga
     3121 gaggtagacg aggtcgccgg ctgtgagtga gcggatgacg tcgtcggtga agggggcacg
     3181 caggatgcgt ttctctattt ggggtgttgc ttccattatg tgtgatagtc aaattcaatt
     3241 tctatttggg tgatggggat gtggaggcca ggtctattct tgtcttgatg tccttctttt
     3301 cttcccttga tgtctcttct tttcttgtct tgacacaaga aaagaagcaa aagaaggtca
     3361 aggcgtcagg gacgccggcc aagtttgctg ggtaccggga aaatttcctt gcctcggtag
     3421 agggccccac tggggccggg gaatatggcc gggtacatcc ttgatgtcgg ctgtttggtt
     3481 tttagagcga cccttcggcg tgacgggtag cgtggcagcc gatgttgacg gagacgggta
     3541 ggccggcgat gtgggtggcg aaggtgagga tgtggacggc cagggcggtg gtgcttccgc
     3601 cgaagccgac tggaccgatg ccgaggcgat tgatgtcgtc atacagctct tgctcaaggg
     3661 cggccaggtc ggggcgctcg ttgacggagc cgacggggcg cagcagggct ttcttgctga
     3721 ggtaggcggc gcgctccatc gtgccaccaa tgccgacacc gacgatggtc ggcggacagg
     3781 ggttggcacc ggcgtgcgag acggtatcta ttacgaactg cttgatgccg ggcacaccgt
     3841 cgctgggcat gagcattttc aggtcgctct tgttttcgct gccgaagcct ttgggcgcaa
     3901 caacgatgtg gaaggcgtcg ccgggcacca tctcgtagtg gatgatggcg ggcgtgttgt
     3961 ctttcgtatt cacgcggtcg atggggtcgc gaacgacaga cttgcggagg taacccttct
     4021 cgtagccctg gcggacaccc tggttgatgg cgtcttcgat gaagccgccg gtgatgcgga
     4081 cgtcctggcc ccaggtgacg aagacgacgg tcatgccggt gtcttgacag atggggacgc
     4141 gctcttcgcg ggcgatgcgg gcgttgtcga tgagggtggt gagcacctgg cgacccagcg
     4201 gtgagcgctc ggtctggagg cagctgtgaa acttacggtc gatgtcgtcg gccagcacat
     4261 agcaggcttc gatgcagaga cgctcgacga gggtagtgat cttttctgct tgaatttctc
     4321 tcattggtag ttacgtgcta agaagtaatg ggtattgcgg ttgctgacgt cttcctgcgg
     4381 atcgtcgatg aagccgatga ggcagaagtg gcctgtcttg ggatcttcga cgagggtctt
     4441 gtgaagggag aagtcaatga tttcagacgt gttgcgaacg tggaaacggg ggccatcgca
     4501 ggggatgaca cggtcgccga tgcggacgtg atcctcgtcg tggtaagcga tgtgtagatg
     4561 ctcggcgatg cgctcgcgga cgcgtgcctc gaggcgttcc agatcgatct cggggcggtg
     4621 gcgaaacttg agcatgaagc cgtttcggac gtcggagaag tagtactcgt cgtcagagat
     4681 gccgaactcg tcgctgagga ggagcgtagt gatgtcttcg gccgagtggg ccatcttgcg
     4741 atacttgagc gaatcatgga cgatgtcgta gatgctctgt ggcaaggggc cgaagacgcc
     4801 ggggcgggcc acgatgatct cttcgccgat acccacgagc aggtcggcgt tgcggccgag
     4861 ggcgtcgtag agcaggttga agtgctcaac gacgacacgg cgcttgcgct ccagcaacga
     4921 gcggacaaag tcggcgatct cgtacatctg cataaaggcc atctggaagc ggacgtcgaa
     4981 gtgataggtg gtggcgtcct cgatgtcgtt gagggggttg cgcacctgca tgatcttgcg
     5041 cggattgacg atgtcgtcat cgttggcgag ttgcaggccg gggaacatgc ccttgatgaa
     5101 ggacgatttg ccagcgccgg cgtcgccgag gatgccgatg aggcggtcgt tgaagaagag
     5161 gtggcgatgg ctgatctgtt cgccgaggaa catgagtcgc tctttaccac gtggcgcgaa
     5221 gtactgcgcc gagaccatat attcttgtgc gtgattgcgc ataggtgttg gggactaaaa
     5281 atgaacagct aaaagtgtag aggccaaggg acatcagtcc cctcctgccg gtagggtagg
     5341 ggcgtatcgc atacgccctt ttagacggcc cgcagggccg aatacagata ccgaggtttg
     5401 cccctgccgg ggcattagta gggcgtatgc gatacgcccc taccctaccg gccgaatgag
     5461 acgaggatgt tatgccggta ctaccttata aggtagctcc tcactaacct atagggtagg
     5521 acgatgctaa cctataaggg tagtcatcac taacgcatag gttaggacgg agccgatatt
     5581 tgttgaagca aaagtttttt cgaccttaca agtatcgacg tccggaatca ttagggaacg
     5641 cttgatattc ttaattaatg caagattaca aagagtagac tattatacat atacaatgaa
     5701 aaacaggaac ggggaaaaca ggaaacggga gcatttgctc gtggttgagc taccccccgc
     5761 cgcagcttcc gtttttttac tcttcgtttt ccgcttccca gttgtcttcg ccatcctcat
     5821 cggggtcgaa gaaggggaaa ccgggtgcgt cggggtgcgt gaactgctcc aagtcgcggc
     5881 gttccttctt tgtggggcga cccagtccgc gcgcacggtc gacaaacccg gagatccggt
     5941 tcatctccaa gatctcgtat tgctcggggg gggtgatgtt ctccataaaa tgcggcacga
     6001 gcggcgcgcc catgcggctt tccgtcaggt cgagcacgcg gaaggagaag gtgacgggcg
     6061 gcttgcgcac ctcgatcacg tcgcccacac ggacggtgcg cgagggcttt acgcagctgc
     6121 caccgatcga gacgcgccct tttttacatg cctccgcggc taacgaacgc gtcttgaaga
     6181 ggcgtacggc ccacatccat ttatctattc tgacttcgtt catacgccat gtctgttata
     6241 ccggttcatg gccacatcca ctccctcgag gcagaagctg cgcaccatct ccacggcctg
     6301 attgatgcag gtgggcatgc gcgtcagctc gtcgtcggtg aaggggctga gcacgtagtc
     6361 cacttgccgc ccgcggggga agtcgttgcc gatgccgaag cgcagccggg cgtagtcgtc
     6421 tgtggagagg agttcgctga tgttgcgcag gccgttgtgg ccgccgtggc tgccgtgggg
     6481 cttgaggcgc aggctgccga agggcaaggc gatgtcgtcc accacgacga gcagtcgctc
     6541 tcgggggatg gattcgcatt gcagccagta gcgcaccgcg tttccgctca ggttcatgta
     6601 ggtgttgggt ttgagtacga tcagctccgc gttcttcacc cgcatacggg ccacggctcc
     6661 atagcgtgcc tccgtgaagc tcgcctcggc cgactccacc aacgcgttga ctacgcgaaa
     6721 gccgatgttg tggcgcgtgc cccagtattc ctggccgatg ttgcccaatc cgacgattaa
     6781 gtatttcatg tgttgtgtta tgtggtgtag ggtagttatg cgcctttggc gcggtagtta
     6841 aaatgagagt tcgacgtggg caattcattc acagatatag ggatgacact cccttgtacg
     6901 atggctgcaa gctcccttgc agggggtctg caagctacct tgcacgatgc ctgcaagcta
     6961 ccttgcacga tggctgcaag ctaccttgca cgatggctgc aagctccctt gtacgaggtg
     7021 tgcaagggag ggtgccttcc tcggggctgt tgtaggggcg aatgattatt cgcccctacg
     7081 agagggtaca tgatcgaggt gttgcatccc ccccaaagcc tgctttgtgt cactcacaaa
     7141 gcctgcgttg catcactcac aaagcctgcg ttgtgtcacc cccaaagcct gcgttgcgtc
     7201 gctcacaacg catgctttgc ctgtgagcca ttgggaagga tgtcttcact taggtgtgaa
     7261 gaggatcttc acttaagtat gaagagggtc ttcacttaag tgtgaagagg gtcttcactg
     7321 aggtgtgaag agggtcttca ctgaggtgtg aagagggtct tcactgaggt gtgaaggatg
     7381 tcttccccga ggcgggaagg gtgtcttcct cggtgcggga agggtgtctt cccccggtgc
     7441 ggggaaatgt tcttacgtcg aactcacgtt agttaggggt gcagtagaag ggatctgatt
     7501 ctaactaccg gggcgtgggg cccataagaa agagaggagg acgcgccgcc atgttttttt
     7561 gacgagcatc ctcccctcta atggaaaaga aaaatctatc gcgtttttac tctttcgttt
     7621 cctcgccgcc ttcagctgac tcctcgccag cctcttctgt tggcatctca gcgccggccg
     7681 cactctgggc ggcacgcgtc atcttcacgg cacaaaccac ggcgttcttc gggctcatca
     7741 cttccacgtt ctcaaacgtc agctcgccca ccttgatcac cttgcccagc tccaggttgt
     7801 ctacgttgac aatgagcttc tccgggatct gcgcggcatg gcctttcacc ctcaggcgac
     7861 gcatggcgtg attgagctta ccgccggctt tcacgccctt ggcatggccc actaactcga
     7921 cgggcacgtt catcacgatc ggcttgtcgc cgaatacctc caagaagtcg aggtgcaaca
     7981 cggcgtccgt cacggggtgg aactggacgt ctttcaggat ggcgcggttc tgacgtccgt
     8041 cttcccaatc gatctctacg aggtggatgt ctggcgtgta gatcagcttg cggacaccat
     8101 cgaatgagac ggtgaaatcc gtcactacaa tgcccatgtc gccttcaatc tccaccagct
     8161 tttcgcctgg cttgagtgtg cccgtgaagg gcagtttcac cggtgcctgt ccgtagagta
     8221 cggccgggat caatccttgt ttacgcagcg ccttagtggc cttcttgccg aggtcttccc
     8281 gcggcgttcc gttcaatttg aatgtcttca tttcgttaat taatagtgtt actcaaaatc
     8341 agtttttacg ctttccgatt tcccatcaca catgtagata ggcttttctt caaagcgggg
     8401 gcaaaaataa gcgggcatct gagattaggg gaggggtact caaaaggcac ttgatcaccg
     8461 ggatttctcc ttagcctttg cgcgccgggc ggcttctttt tcgcgttgtg ccgcgcggcg
     8521 agccgcctct ttctccttca ggcgctgctt attggctttc tcgcgctcct tacgctcctt
     8581 ctcgcgttgc ttcatgcgct cacgggcctc cttctccttc tgtttacgct gtgcttcgcg
     8641 ttccttcagt tgctgcttgc gctgctcggc tgactcgcga cgcttctctt cttgcgtctg
     8701 tgctttctct tcctgtgcca tgcgcgactt gcgctcttcc acttcgcggc gcttctggag
     8761 atactctaac gtgatctctt tcggcttcac gagcaccgtg tccatgtcta cttcaggcac
     8821 ggacgaggtg tcggcctctg tggtgtcggc tgatggggat tcgggtacgg tgggctcggg
     8881 cgaagccgtc gtgtcggtgg ggacgggttc gatgggttgc tcgatgggct tgttcttgcg
     8941 gcgacggacg gaggtggcgg attgcttctt tgcggccttc tcttgcttct tcttcgcggc
     9001 ttctgcggct ttctgagcct tctcccgctt cttcttctct gctttctcag ccttttcctg
     9061 ctccttctcc gccttcgtct tctttccctt tttggttacg acaggctggt cttgcgttac
     9121 ggcagtggtg tctgcgggcg tgagttcttc agtggggagg ggaggattaa cggcaggctc
     9181 ttccgcaggc ttctcttccg tcggggttgc ttcctccggc ttcagttcgt cgatggtggg
     9241 tttatcggtg tcttgcacac ggtcatttac ctcgtctgcg gcttgctcca cggctttgtc
     9301 ttcacgtgcg gcctcgcgag catcggcagc tacttgcgtg cgccaacggg ccacgagctt
     9361 gggggcttga cggccgtaag tctcggcgaa gaaggccatg tagtccgacg gcgatttgcc
     9421 atgcagcaac gtctcatagt tcgcatcgga gatggggaag aacataacgg cgcgatccac
     9481 cgtgcgggca taacccttcg gggcatatat catatcgtaa tactcaagca cctgctgcaa
     9541 gttgctgaag ccactgacga tgagtaggcc aaacgagcca gcctcttcgg ttaagaggtc
     9601 gaagctcttg acctcgaagt gtgcaaagtt gtaagcggcc acggcgtaca gcagggcgtt
     9661 cggatcgacg gcacctttgg ggtaaagcag caccatgcga tgtggcgact ggggctcatc
     9721 gacgaaggcg cgggccgaat cgagggatga gacttcgccg aactcgtctg agccgaaacg
     9781 cagatcccac ttcatacctg tgaggctgcc ctgcaccaag gtgcggccac ggaggacacc
     9841 cttcagcatc tcgctggcca gctccgttac atccgccgta ggatacttct ccacgagcgt
     9901 ttgcagggcc gacttaaacg acgccacatt acccgactgc acgtaggtga gggcctcgat
     9961 aaacatgaac ttgggcatga gcgtagccag cggataggtg tggctgaact cgcgatagct
    10021 gcgccgcacg aacgatgtgt cgcccttgag gtagcggttg taggcctgct cgtagatgga
    10081 atcttggacg cgatccatca tgcggatatg gtattcgtag ttcggatcgg cgacggccgt
    10141 ggcgtagtcg cttccgggga aggccttcac gagtcggtcg cgcgagcgcg tctcgagtgc
    10201 cttgtctttg taacgaaggc ccatgaggta agactggaag tagtagtcca tccgatactt
    10261 gttgtcgggg aagcgccgct ccagctcgtc gaacgtactg agcgcaaggg gcatgttttc
    10321 gagcttgtcc ttataaatca tgcccatgtt gtagaggccg tcggcgatga tgacgttaga
    10381 cgcttccacg tcttcgggcg agaggggaat ttgttgcagg taatactcac gcgtcttggg
    10441 gtcggacgcg atggagtctg ggagctgggc ttcggtggag tcggctgcga tggggttgcc
    10501 ctcttcatcg aagcgttggt gcccggtggt gtcggtgcgc ccgatgtcag tgagtggcat
    10561 ggccttgtcg cgccggcgcc agtcgtcttg gttgacgcgt ttgccccagc ggttttggaa
    10621 ttgcgtcttg ccttgggcta cggtctgcgg gttgtagaag tagaactggc taccggagcc
    10681 cccgagggag ggcatctgcg gtgtgttcat ctgtagtcct ggccgctgct gcacgaggtc
    10741 gctgccgcgc ccttgttgct cggccagata gcgttccttt tcggcttcct cggcttcgcg
    10801 tttctctttc tccttcacct cggcgatgat cttgtcgatc acggcgaggc gctccttttc
    10861 gggcatgcgg gccaaggcct gaaggctatc ttgcagatgt acggcctcga cgtgcaccac
    10921 gagttcgtca agcacggacg agaggcgcga gacgcgctcg tactctctgt attcctgcgg
    10981 catggcagag atggcgtcgc tgaagcaggg ttgcgcccgg acgtaatcct tacgggtgaa
    11041 atagatgtcg cccagtttga tttggcagat ggccagatcg aggccttttt gcacgctctt
    11101 ttctgcgcct tcggtgtagg cttcgatggc tcgtgtggtg tcgcgtcggc tcatgtagac
    11161 gtcgccgatg gccatgaaga cttgatcgag gtaatccttg tttttctcgc ttttggacat
    11221 gcgccgcagc atgctgagca cttgttgcca gcgcgcgggc ggtagcactt cggcctgccg
    11281 gatgcgggcg gcaaactcca gctcataggg ggggctggcg gaggctacgc gtccgaactc
    11341 acgataggct tcgtcgcgct gtccggcctc ggccaggagt tgcccgagga ggtaacgcat
    11401 gcgggtgcgt tgacggcggt tgcgctctgt gccgatcact ttgcgcaggg cggggatggc
    11461 ctgctcggtg cgattgctct tgatgaggaa gtcggcatag acgcggtcgt actccttacg
    11521 gttggcggcg gggaagccgt ttttctgtag ccgttcgagg gccgattccg tctcgtagag
    11581 ccagcccatc tcggcgtagc agcgggcttg ccagatgtgc gccgcggcga ccatctcggg
    11641 ctcggtggca tagtggcgcg cgatgtagga gaaggtggcg gcggcctgca ggaagtcgcc
    11701 gttgtagaac tgcccttcgg ccacgagcat ccagcagtgc ttcaggaagg ggttgtactc
    11761 ttcgcgcttc agcatggccg tctggtgcgc gtcgccacgc cagcccgact tgcggttggg
    11821 cttcttttgt atcgaatgtt gcttgatggc tttgttgccc ttcaatatgg cgcggtcgaa
    11881 gggtccaccg ggcgatgatt tttctttggg tagggcgctg acggggtaca tcaggatgcg
    11941 ctcggtgtag ttctcatggt agttgttctg catcgcctcg agctgctcgt cgaaggaggt
    12001 tttgccgttg aaataggtgt tgtagcgcgc tgtgaaggcg tgccagcggc gggtggcggc
    12061 tgtgtttttt ttcgtgctac acgcagccac ggccagtaac agggccatgc aaatgatggg
    12121 gtaatatctt ctcacgtcct ctcttgattc ctctggtttg aagtgatatg ataactggtt
    12181 gtaggcgggt ttattgtagg gaattacgtg tccctgatgt cgttcaagat ggatcttccg
    12241 agaatcattg ggcgggaaac cgggtttccg ggatgaaatc gcccgagaat gcctcagaaa
    12301 ccgggtttct gggatgaaat cgcccgagaa tgccccagaa accgggtttc tgggatgaaa
    12361 ttgcccgaga atagatggaa atcaacaaaa atcccccgaa cggagggttt caggtctcca
    12421 gttcggggga tttgccgatg atcgacacgc atcggtgcga ttatttcttg atgaggttca
    12481 tgaactcctc gcgggtctga acttgctgga agacgcccgt aaagtctgac gtggtggtga
    12541 gggaattttg tttctccacg ccacgcattt gcatgcacat gtgctgcgcc tcgatgacga
    12601 ccattacgcc gagtgggttg agggtcttct ggatgcactc cttgatttgc aacgtgaggc
    12661 gctcctggat ctggaggcgg tgggagaaga tgtcgactac gcgagggatt ttgctcaggc
    12721 ccgtaatgta gcgccggggg atgtaggcca catgcacctt gccgaagaag ggcagcatgt
    12781 ggtgctcgca gagggagaag aagtcgatgt ctttgacgat gaccatttgc ttgtaatcct
    12841 cctcttggaa catggctgag gccagtatcg cttccgggtc ttcatcatat ccgcggagca
    12901 ggaattgcat ggccttggcc acacgcaggg gcgtcttttg cagcccttcg cggtcagggt
    12961 cttcgcccag cagggtgatg atgtcgcgat aattacggca gagggcctcg cgcgcccgga
    13021 gcaggtcagc cgtttccttc agaactttca tttgtcgctg ttcttattgc tgttactgct
    13081 gcttttgggc ttgtaaccct gaacgatctt catcccgtgg tagctgggga attgcttacg
    13141 cagccgctcc agcatgtaga tcgcctcttc cttggtttgg aaatatccca cgtagagctt
    13201 ccagaagggc gcctgatagt ccggctcgac ccccaccttg gggaaggcgc gcttgatctg
    13261 cgcctccatc gttcggactt cttgcttgga ttgacgttgg ttgtttcccg aatagacttg
    13321 cacgcgatag acgcggcctt cggggttgtc catgtcggta atctcgtcgt tttcgggttc
    13381 cgtcttctcc tttgcggcgg gggcatcttg ggtagcgtct ttggagtcct tcgtgtcctt
    13441 cgcgtctttg gcgtctttag agcttttgga gcttttcgtg tcaccagatt cagcttcgtc
    13501 tgcgcccttc tttgctgagg cgctgctact gcctacgagt ttgcgtatgg ccgaagattg
    13561 gtggatggtc acggtgccgt atttcggccc tttgcgtgcc agttcgtcga agatggagct
    13621 ttgagccgtc agcacgcaag cggtgcaaag catgaggcat agccagagga atcgtttcat
    13681 gatggggtgg tgtttgaaaa gatgaaacat aagaatccct ccgcctgatc tcccatagcg
    13741 tcgcgagggg gggggagggt tggaggagcg gcgctcttgg ggaggggcgg agggacgtat
    13801 gggttatgtc agaaggcctc gatgatgggg aggaacttat cgactgcgag ggaggcgcca
    13861 cctatgagtc cgccgtccac gtccgggttg gcgaagaggg tcttggcgtt accggcgttg
    13921 caactgccac cgtagaggat ggaggtagcg ttggccacct cggagccgta tttgtcagcc
    13981 accgtgtgac gaatgtgtgc gtgtatctcc tgagcctgtt cggcggtagc cgtcttgccc
    14041 gtgccgatgg cccatacggg ttcgtaggcg aggatcaagc ggcggaactc gtcggccgtg
    14101 agatcgaaga gcgattcacg gatctgcgcg tctaccacat cgaagtgttt acctgcttca
    14161 cgctcggcca gcacctcgcc cacgcagaag atgggcgtca atccgttggc cagtgccaat
    14221 tgcactttgg ctttcagtat ctccggtgtc tcgtgataat aggcgcggcg ttcggagtgt
    14281 ccgatgatga cgtagcgtgc acccgtggag gcgatcatgg cagcagacac ctcgccggtg
    14341 tatgcgcctt tttctttgtc tgcacagttc tcagcagcca cgccgatgcg cttcgtgtca
    14401 acggctgcgg ccacgctggc caagtgggta aagggcgtgc cgaggatcac atcgcaacgc
    14461 agcgtcttgc ctttcaaggc ttcgttgatg cctttggcca gtgccaatcc ttcgggcagg
    14521 gtggtgttca ttttccagtt gcctgcaaca atgttctttc tcataatcta ttcgtggttt
    14581 atgggttctt tttctttacg tcttagggtc ttatcaccgc cccaaagcag gagcaaaggt
    14641 aagacaaaag caaggattac ataggcccga ttctggcttg tagagcggct tttcgggctg
    14701 ttcccattga tgaattgctt cagttcactg gctttcggga tgtcgttgtg gtgccactta
    14761 gcgaggatcg tcccttgctt cataaggacg agcccggggt tggatcggac gatggtttta
    14821 agcaacacat cgtcggcggt gaggaagggg atgttgagcc cggtgtgatt aatccagtcg
    14881 cggcattgtg tctcggtgga ggctgtcacg ccatagaagc ggaagccgtg tgcccgagca
    14941 taatccaaca cctcttctat ctgagcgatg tgtgcctcgc tggcctcttc gatatgtggc
    15001 ataaccaaca agaaaagggg cttcggttga gccaagagcg cctcagccac gttgttgcct
    15061 gcctcgtcgt ataaatcgaa ggatgagatc acggggatga agcccggctt gacaaggcgt
    15121 gcgtcgatgt aagtccatgt ggagtcgcct gcgggggcct cttcaagttt gaactccttc
    15181 ttcttgccat ccttttcgta gatgaagacg tactcgtctt gcggtgcatc agctggtatt
    15241 tccatcagct taggaatgtt tgccccgacc ttatacggtc ggaagtccac gattggcaga
    15301 tggttgtaat tccaataaca gaaggcgatg cagaaagcga aggaaaagag agccacgaag
    15361 ctgtggacgc gatcgctgta gcacggagta aggcgcttgc aatagataaa cgcgacgatg
    15421 gccgcaaccg agagcacgac gtttttgtag aacgtctgcc agttggtgat gatgagtgcg
    15481 tcgccaaagc agccgcagtc gggcacgggg ttatagagcg ccaagtagag cgtcacgggt
    15541 gtcataatgg ccatgaaaag caggatgccc aatgtggaca gccgccgata aacccccagc
    15601 agtatacaca cgccaagcat gaactcgaat gcgatcatga tgaacgatag caccgcgtca
    15661 gaccacaccg tgtgccccca accgaaggcg gtgaagtagt cgcccatctt aatgatcgtt
    15721 ccttccgggt cgatggcctt gaccgtgcct gagaagatga acgtgatgcc aagcagtagc
    15781 cggcagatct cagcaacgac tttgatgatt ttctctttat gcatggtgta tttcttcttc
    15841 ggttgaaagt ttgatgagcc cgaacaaggc atagttcacg atgtccatat agttggcgtc
    15901 gatcccctct gagacggcca ctcgccccca atgatcctcg atctccttta cgcgattcag
    15961 cttcatcaga ataagatctg tgtaggaggc tacacgcatg ctgcgccacg cttcgccgta
    16021 gtcgtgattc ttggcataca tcaacgccgt ggtctcttcc atatgtgtat cgtaaagcga
    16081 gagcgcccgc tcagcctcca tatcaggcgt gtcggccgcg cccagctcta attggatcaa
    16141 tccaatgatg ccgtagttga caatcgccac gaactccggc cggatgcctt cgcctacacg
    16201 gcttttcgtt tcgcccatca tctccaacgt acggatgcgt ttggctttga tgaagagttg
    16261 atccgtaacc gacgccggcc gcatgatgcg ccacgatgca ccgtagtctg ccagcttggc
    16321 ctcgaatacc gcccggcaat ccttaatggc tgccgcgaat tgttcctctg tctttgacat
    16381 acctacataa aaagaggtgc acccgttaca gaagatgaag ccatcatcag taaccggtgc
    16441 accggagccc tgttgttttc tattcgttta tgagcaacgc agcgaacgcc cgactttcac
    16501 tttggtggtg gtgtgaatgc cgttgatgcg gcacagctgt ttaacggtta ttccgtgtct
    16561 gcgtgcgatg gatcgcagtg tatcgccctt ccgcacccga taataaacct gctttctggt
    16621 ggcgagttta cgtccaccgg gtgtcgttgt tttggctggt ttcttggtta cgacttcagc
    16681 ctcttcggtg atgtcatcgg ttgtgttgtc gatgtattcc gccttgtcgt cgtttccttt
    16741 tcttgccatg gatgcctcgg ctttgtcttt ggtgctggag gtagattgtt tggccatggg
    16801 ctcaccgttt ttgtctaacg agatcttgcg ctccgcgcga tagcagatgt tctgccctga
    16861 tttcagtgct gtggtcggac ggatgttgtt cagcttgcag agggcatcga ccgtggtgcc
    16921 gtgttggcga gcgatggaca tcagggtctc gttgccttcc accttatgat aggctgccgg
    16981 ccgcacgatg gtgcgatcca cgtttgtatt cgttgaggct acggcctcat cttcggtgtt
    17041 gatgcgtttc ggtgtcttga tatacatctt tccgcagcgg agtgtttgcc ctacgcgcag
    17101 tcttgacttg cgtctaaggc cgttcagtcg acagagctca gccactgaga tgcggtgttt
    17161 gcgtgcgatc atggcgatcg attcgccgcg tcttacacgg tgataaacga tgcgctcgga
    17221 agtagacgta tatatattgt tgtttctgcg gaaggtgctt ttacgaatca cgtaaaagtc
    17281 gcgatggggg gttccgcttt ggaagtcaat gatttcatgg ggattgaagg cttcgcccaa
    17341 gaagcgggtt tcgaagtgaa ggtgtgggcc agtggagcgg ccggtggagc ctccgaggcc
    17401 gatgggttgc ccagcaagta cgatttgatt ctcagacact aaaaagcctg ataaatggcc
    17461 ataaacggtt tccagcccgt tgggatggcg gataacgagg taattgccat agccgccacg
    17521 ctcaaagttt ttgatccgga cttttccgct gaatgctgct cgcaccgtat cgccaaggtt
    17581 aagatcgaga tcgattccgc gatgcatcca gcgacgacgt ataccataat ctgaattgat
    17641 cttcagacgt tttccaacgg ggcatacgaa tgatgagcag tcgaccctga atgaatcggg
    17701 gaagggaata ttcttactgc gaaacggatt cacccagcgg gtatcccagc tggaggcgta
    17761 cagttcgtca gccggaaagc gcaattcctc attccggagc aattcctcct gtgtagcgta
    17821 ggtgacgggg gctaatttgt ccgacgtcat tttctttttc gtcacgtcta cgtgaccggc
    17881 gatcagttca gacgcctttc gttccattgt tctggagcgc acggtctgtg tgcgcgtcgg
    17941 cagcctccga tggcggtgcg ccttttgccc gtaggtagcc attgagaaaa gggcgaagca
    18001 gcataagaga cttgcatttc gtagtacact attcatgttc atcgtcttct ttaaaaagcg
    18061 ccccaaaagt ctgtattccg gatataccga ccaaaaaaaa acagtttcag acccctcgcg
    18121 ggggcgtgcc aaaggcttcg agaggaggct tatatagttt gttatcagtc agataatggc
    18181 tcgacatgtt ttacaacata tttccgttga aatccgcttt acgggtgttt tttcatttct
    18241 aaccgataag cattcggggg tgtttgataa gcattcgtga gggttggatc acctttcgga
    18301 gcttttctaa gggtgccaag gacagttttg gacatatcgg acagtgttcc gtgccttgcg
    18361 tagcggttca atcaccgctc gggtagagtc taccctgacg atgcggtctg ggactctaat
    18421 ggaggagttg cataatcccc acaatttccg ggagggctgg tatgcaatag ggattagttt
    18481 ttttgcaccg ctaaaatgac gcgtatatgt gtgtaaaagc gaacatttga tgattacatc
    18541 agatatggat tacgatagag gtagaacaca aaagaacccg accactttct tagctctcat
    18601 ggtagaagaa cgcttgtttt tcatattgaa tttcctcaaa aacaacccgc tcagggaata
    18661 tcatggatcg gtatttggtg tgtctcagca gcaacgcgga cagtggatcc atacgctcgc
    18721 gattatgctc aaaaatatcg tagctacggc cggaatgctc ccggatgagg acttggctgg
    18781 attcaaaaag ttccttgaaa aaagaggtgg ggagaagatc atccatgata acacggagaa
    18841 gggggattcc tcgaccgagc aatccagaag ttcgctgttc ttcaaccaac aaagaagctc
    18901 tgaggaaaaa tgcttaccac ggggcagaaa accaaaaacg aactcatttc atccactcga
    18961 atcaaagtcg aacatgccat ttctggcatc aagattttcc gtgtgatcaa agacattgaa
    19021 gacttatatg aagctgacat gacatttaat ttgaacgcta atgaaaacga cccgcattct
    19081 tcccttcctc ctcctcctct tcctcctccc cgcctgcgac aaggcggacc gcttcacggc
    19141 cgacccacac acgaacttcg acgccctctg gcgcatcatg gacgagcact attgcttctt
    19201 cgacgagaag ggcgtcgact gggacgccat ccgacgcaaa tacgcgccgc gcgtcaccga
    19261 caccatgagc cgctacgccc tcttcgacct catggccgag atgctggccg agctcaaaga
    19321 cggccacacg aacctcgtag cccccttcaa cacggcgcgc tattgggctt ggttcgagga
    19381 ttatccgcgc aacttcaact ccgacatcca gcgcaactac atcggcaccc gctacgccat
    19441 cgccggtggt atgcgctacc tccagctgcc cggcaccgac atcggataca tctattacgg
    19501 cagcttctcc aacggcgtca cggagacgaa cctcgacgag atcttctacg ccttccgccg
    19561 ttgccgcggc ctcatcatcg acgtgcgcga caatggcggc ggcgccctca cctacgccga
    19621 gcgtatcgcc gcgcgcttcc tcaccgcgcc catgctgacg ggctacatcg tccacaagac
    19681 cggccgcggc cacgcggatt tctcccgccc ttaccccgtc gagctgcgcc cctccaaacg
    19741 cacccgctgg ctgcgcccca ccgtgatctt gaccaaccga cacagctaca gcgccacgaa
    19801 cgacttcgtg aacaccatgc gtcgcctccc tcaggtcgtc atcctcggcg atcgcacggg
    19861 cggcggcggg ggcatgccct tcagctcgga gttgcccaac ggctggcagg tgcgcttctc
    19921 cgcctcgcca ctgctcgacg ccgagggaca cagcatcgag ggcggcatag agccagatat
    19981 ccgcgtaaac atgactgccg ccgacatagc ccgcggaaag gacacactca tcgaagccgc
    20041 catccgcaac ctccgcgaac gatcgaagga ggaatgaggc cgcattttcc ccagggcttt
    20101 accctgggct atcatccatc ggcccttcag gccgcccctt ttgactaccc cttaactacc
    20161 cgcccgcccc atgacccata cccaagaatc cctctcgtca ctctgcgagt tcattgtaga
    20221 atacgcctcg cacctgatgg ccgcaggcgt acacacctca cgcgtagtgc gcaactcgaa
    20281 gcgcatcggc gcatcgttcg atacggacgt gatgatgagc gtcctccaca agcacattat
    20341 cctgaccgtg attgaccggg ccacatcgga gcaatgcaac gggatgatcg aggtgccagc
    20401 gcaggccatc agcttcgagc acaacgcttc gctcagcgca ctcagctgga cagccgccga
    20461 caagcacctc tcgctcccgg agctgcgggc agagtacaat cgcatcatct cagcccccat
    20521 gatccacccc ctgtttgtct tgctcttagt ggggtttgcc aacgccgcct tttgccgact
    20581 gttcggcggc gacatcgtct cgatgggcat cgtcttttcg tccaccctga ccggcttcta
    20641 cctcaagcaa cgaatgcagc gtaggcagat caacctctat gtcaccttca tcgtctcggc
    20701 cttcgtggct tcactctgcg cctccacctc actcatcttc agcaccacct ccgacattgc
    20761 cttggccacc agcgtgctct atttggtgcc tggcgtgccg ctcatcaacg gcgtgataga
    20821 catcgtcgag ggctacgtct tgaccggctt tgcgcgcctg acggaagccg cactcctgat
    20881 catcaacatc gccatcggcc tctccttcac cttgctttta gttaaagaca gcctgctctg
    20941 agccatgtgg accatcgcat tcaacatcct ctccgacgcc ctctttgcag ccgtggccgg
    21001 cgtcggtttc ggagccatct ccgacccgcc cctcagggca tttaagatga ttgcgctgct
    21061 ggccgctgtg ggtcacgcct gccgcttctg cctaatgact tacgccggga ttgacatcgc
    21121 cacgagctcc ttagtcgccg cgctcctcat cggcttcggc agcctctggc tcggcaaacg
    21181 cgtctattgc cccgtgacgg tgctctacat ccccgccctg ctgcccatga tccccgggcg
    21241 gtatgcttac aacatggtct tttcgctcat catgtgcctc cagcgcgtga acgaccccga
    21301 ggggttgcgc cactatatgg agatgttctt ctccaacggc atgatcacgg tcacggtcat
    21361 cttcctactg gccgccggcg cctctttccc catgttcctc ttccccaaac gggctttttc
    21421 cctcacgcga cactaagtga tcatggaaac cttctggcgt acgatagcct attacaatgc
    21481 ctccacctgg cccgcgcagc tgctcatcat cctcgtcggc gcgtggctga cggtgcggct
    21541 gttgctgcgc cccaccccgt gggtgaagca ggcgatgaag gtctacctgg ccgggcttta
    21601 cctctgggtg gccatcgtct actacttcgt ctgctgccac gagcgcgact acaacggggt
    21661 catggcgctc ttttgggtgc tcatggccgc catctgggtg tgggacttgg cgacggacta
    21721 caccaccttc gagcgttcgc gccgatacga catcatggcc cgcctgctcc tcatcatgcc
    21781 tttcgtctac cccctgatct cgcttgcgcg tgggctcacc ttcccgggca tgacttcgcc
    21841 cgtgatgccc tgttccgtct ccgtcttcac catcggcttg ctcctgtttt tcgcccgtcg
    21901 cgtcaacctc ttcctcgtct tgctgctctg ccattgggca ctcatcgggc taacgaaggc
    21961 cggatcgttt catatccctg aagacttcct gttggtcggc acagccatcc ccggactcta
    22021 tctcttcttc aaggaatact atttagccga cctgcctgaa gcaacgaagc cgcaagcgaa
    22081 atacatcaac gccctgctga tcgccgtctg cattggcttg ggcgcgctgc tgctggccac
    22141 gatgctgagc acactctttt tatagctacc gatcgcggtt cggaaggcta tgctcccgat
    22201 ccgccccctg ccctccgcag cgcgttctcc tgtcgtttca tgcgtcaccc cctacgcctc
    22261 tgcgcgtttc gctatccccc cgtgctacgg attgatttac gaatcgagtt tttcaatcta
    22321 tacgccgtat aagccctcaa cccaagcggg tttttcaatc tatacgccgt ataagctctt
    22381 aacccaagtg ggtttttcaa tgtatacgcc gtataagccc tcaacccaaa tgggtttttc
    22441 aatctatacg ccgtataagc tcttaaccca aatgggtttc tcaatctata cgccgtataa
    22501 gctcttaacc caagtgggtt tctcaatcta tacgccgtat aagctcttaa cccaagtggg
    22561 tttcttgatc catacgccgt ataagctctt aacccaagtg ggtttcttga tctatacgcc
    22621 gtataagccc ttaacccaag tgggtttctc aatctatacg ccgtataagc tcttaaccca
    22681 aatgggtttt tggatatata caacgtataa agtcaaaaac agagtctgtt ttagacctca
    22741 tacatcgtat acataccaaa acacgattca gcgcgcgatg ctcccgaggt gcactacccc
    22801 ttccttgacg caaaatggcc aacgatcggc gtacacatcg cctaaatcgt tggccattcc
    22861 tgttcggcgc gcggaggcgg accttacgtc gccgccgttg cgtgcctgat cgcgtttgcg
    22921 atgcctcact gccccttcac gaactgctcg atcgtctcgc gggttgcgcc attgagcagg
    22981 cgcccgggct tccaggtgag gttggggtaa gccttgcgca ggttgtccgc cgtcttcgtg
    23041 atgtcggtgc cgcccgaggt ggcgaagggg atgagcgtct tgccctgcag gtcgtagctc
    23101 tccacgaagg tgttgatgat ggtcggggcg gtgtaccacc agatggggaa gccgatgtag
    23161 atgacgtcgt aatcggccat ctgctcgcag cggcccttga tggcggggcg cgacttgggg
    23221 tcgttcatct ccaccgaggt gcgtgagttc ttgtcgtgcc aatccagatc ggcggcggtg
    23281 tagggcgttt ccggttcaat ccggtagaga tcggcgccgg ccacttcggc cagcattttg
    23341 gctgcccgct cggtcgttcc cgtagcggag aagtaagcaa ctaaagtctt catcttcttt
    23401 tcttcttttt ggtttgctga ttgttgcgcg caggccacta acccgaaggc tacggccgcg
    23461 gcgatgatta atgtgatgcg tctcatgggg gggtattgtt acgaatttgt gggttacgga
    23521 tgatggatga cgagcggcgg gctcgcgatg ggtaaacgcc tgtcgagggg ggccggttca
    23581 cccataaaca atctttgtga ggggggcggg aaggaggggg ttgcaggggt tgtttgtagg
    23641 gcgaatgatt attcgccctt acgagggcgg cggaagggtt gtatgtaggc agggggagag
    23701 gtcgacgcga ctatttgtcg tcgtaatgtc cttcgacctt gatgacgagc acggtgattt
    23761 cctcgtcatg gatgtcataa atgattcgat cgtgagccga gacgcgccgc gaataggtga
    23821 ttccgctgcc acttctcaat ggctctgggt gcccaatgcc ttcccgggga tgttcggcga
    23881 tctcattcag aatgacgacc agcttcttat atgaactcgg attagatctt ctccatttct
    23941 cgatcacctt ttgggctttt ttcgagaagt ctatgctata actcatcatg cttccagcca
    24001 agcattcatc tccgccgcat tttcaaaatg cagcgtttct cctctgcgat attcttccct
    24061 tgcccgatcg atttcggcct gaagttcggg cgtgatctcc gtgtcatcat cgctgatcgg
    24121 agtaatcgta tatgcctgat tcctgcctct gcggatgatc accttatttc ccttgtcggc
    24181 cagatcaagc gcgtgagctt gtttgcgcct gaacgccgtc gatgtaaaac gaactgttgc
    24241 catgatgtct cttgttttct ggattattat aacacaaaga tatgcccgac gttgcagggc
    24301 tgcgccgcca taaccattaa tcattgatca ttagaagatc ccttcctcgc tgaggaagcg
    24361 gaagagcgga gctgtgtcgt cagcgtgaaa ccacgtgatg gcggcgtcgc gccgaaacca
    24421 ggtgagctgc ttgcgggcat agacgcgtgt gttgcgcttg atgcgtgcca cggcttcgtc
    24481 gagcgtgagg aggccgtcaa ggtgttggaa gagctccttg taacccacgg tgttcagcgc
    24541 gttcaggtgg cgccaggggt agagggcgcg ggcctcatgg agcagtccgt cggccatcat
    24601 ttggtcgaca cgggcgtcga tgcggcggaa gagttcgtcg cgtgggcgaa ggaggccgat
    24661 cttgagtatg cggaaggggc gctgcttcgg ggtgcgtgtg cggaagtcgg agtaggggcg
    24721 ccccgcggtg cggcagactt cgacggcgtg gatcacgcgg cgggggttgc gctgatccac
    24781 ctcggcatag tgcacggggt cggcctctcg gagttcgtcg aggagggctg cgaggccgag
    24841 gcgctcgtag tcggccacga cggcggcgcg gatgtctgcg gggatggtgg ggatgtcatc
    24901 gatgccttgg cagacggcgt cgatgtacat catcgatccg ccggtgagga gcaaggtgtg
    24961 gtgtgtcggg aagagccgat cgagcagcgc cagggcgtcg gtctcatagc gtgcggcgct
    25021 gtagggctcg gtgaggggga gggtgccaac gaagtaatgg gtggcgcggg cgcgttcgtc
    25081 tgcggtgggg gcggcggtgc cgatgggcat gtcgcgatag atctggcgcg agtcggccga
    25141 taggatgggg ctgtggaggc gttcagcgag tcgcaggctg agcgccgtct tacccacgcc
    25201 agtgggcccg agcaagacga cgagcgtggg gtgtgcgggg gtattcaata gcgttcctca
    25261 agggggagct cgccgtcggc ggcgtcgaag ctgccgatgc cctcgcggtc gagttcgtcg
    25321 tcgtcatatt cagagtcgcc gtagaagtcc tcatccgcat tcgtttcgag ggtcttttcg
    25381 atactcttct ctaacgcttc gggcgtaagg gtttgtgctg gcggcatccc gatggagcgt
    25441 gtgcagacgg ccttggcgag ggttttcccg gtgatgattt cgcggagctc catgtaaaag
    25501 gcgcgctcca tcatgtagtc gaagatgtag atgaggcgtt ggtgttcctc ttcaaggaac
    25561 tcttctaatc gggtgtcggc catgaggcag gtgtcggcgt cggagggggc gcccatgtcg
    25621 acgagggtga tttcggtgcg gcgtgtccaa tcgtcgtcac agatgaagaa gctgctcatc
    25681 tcgccaggct tgaaaccgac ggattgctcg atggcttcgt gaaggtcgag gaaggtggcc
    25741 tcggcgtcga tctgtatctc gcgcttgaag tcgtcgacct catcggagag cataaggaat
    25801 cggtaaatca taaggaggaa tgaagaatgg gagaatgaaa actatagtcg atccaaaatg
    25861 gttcgcaaat ctttcggtgt acctggcgta cgccctgaag gggcgactta ttgtcctttc
    25921 agggcgtgcc gggtaaccat aatcgttcgc aaacctataa atcgaactcg aacttcatca
    25981 gggggacgtg ctgttgggcg ccgtagacgt ccgtttcgcc gagcgcgccg gaggggatcg
    26041 gacgcacgat ggtggtcttg atcgccttgg cggggtcgaa gtgcacgatg ccgatgatgt
    26101 ccgtctcggg gatgtggtag agcgaggcga acatggcgtt gttgaagacg ccggcggcct
    26161 tgacgcgctc atacatgtcg tggtccttaa agatgacgtc gaaggtcagc tcgtaggggc
    26221 ccgagttctt gcttcggatc accgaagcca cgtctgtcag tttgtaatgc ataatgtggt
    26281 tcctcctttc ttattcctgt ccctgattga agctgatgta gcgcgcgggg aacagctcgg
    26341 tggagttgtc gacctgcatc aggtggtaga tgttgaactc gaagacctcg cccatcttgg
    26401 cgtctgaggg cgagaagggg aaggccaggt tgccggccgt agcgatgcgc ccttcgtagc
    26461 cgaagtggag catggtgctg cgggcgaatc cacagatggt gttggcctgt tcctgggtgg
    26521 cggccacggc ctcgatgatg atcagcagct cgtcgctgtg cgactcttcg gcgtccttga
    26581 acatggccat gacgcccttc ttgccgtaga tcttgaagtc gaggtagaag tcggtgatgc
    26641 catagtgctc aaagttgttc ttcacgcgat ccttgacgct gcggacgatg tcgtcgatct
    26701 tggagatcat gatcggatcc ttgacgccgg cgcacgagat ggtgcgatag cctacgcggc
    26761 gcacgccttc gagcttgacg aagaacttgt ccgtggggac gaacttcgat ccggccacct
    26821 tcaccttatt gtcgtccacc tgcgtgaagg tgcacgcgtg caggtcgagg gcgccaccgg
    26881 ggccaggcag tacgtaaggg ttggtctttt cgtagagcgt atgggcggcg atggagagcg
    26941 tggtgcactt gcgcaggggc gagaggggct cgagcacaaa gtggtcacgg cggaggtagc
    27001 cgaacatgca gtcgctaccg ctgccgggca gggcggcgat ggcggcacac tcgaggatct
    27061 tgcccatgtg gagcgccaag gccttgtcgt agccctgctt aatggcgagg gcggcaaaga
    27121 cggcggggtc gtacgagcgg ccggcgatga tcacgttcgc gccttcgtcc aaggctttga
    27181 tgtaaggctc ttcgccgatc tgagcgacga tgtgcacggc ctcgtcgacg tctttttcgg
    27241 cgatctcttt ggccgggtgc aggggcgtca cttggccctt gcggagcttc tccttaacga
    27301 gctctttgtc cagctcggag gcgatgatgg ccatcttgaa gctgagcttc ttctcgcggg
    27361 cgatctcctt gacgatgtcc acggcccagt ccagatgcgg cgtagcaccg ctgccgccag
    27421 ccgtgccgac gatgacgggg atgccggcct cgatggcggc ggggatcata atctctaagt
    27481 cgcgcttcac cgagttgcgg tcggtgaacg acttgccggc gccgaggtaa taggggccgg
    27541 gatcggacga tccggcgtcg acagcgatga cgtgcggatc gcgtttcatg ccctccacga
    27601 acgactccat cgggaagccg tagcccagga tggctgtggg ggataagact cttaattctt
    27661 ccatgactgt gtgtatgaac taacaactaa caacgaaaaa cgaaaagtgg ccgggtactc
    27721 cgcatcggga gatccccatc gggtacccgg ccacttttca cttttagctt ttcacttttc
    27781 gtttttcgct ttccggatgg ccaggatgcg gctcatctcg ttgaatacaa tcatatagcc
    27841 ctcgtcgacg cccatgcccg gcttagccag atactgcacg ggctgggtgg ccatagcgat
    27901 gtgtgcgcag acttcggccg agcggttcgt ctcgttgcag gtgccgccga ggtaggcgcc
    27961 catgccgtgc tccttgcagt agaggacagc ctcgatggcg ttgttgatgc cgccgaggtc
    28021 gggcgtcttg atctgagcca tgtgacccga tttctgtttg gagaagtcca cgatgtcttc
    28081 taaggtgttg caccattcgt cggctacgat ctcggcgtgg atgccttcgc ggtcgatcac
    28141 ggcgcgaatc tcgcgcaggg ccttgatctg tgcctcgcgc tcgcccatat ccacggggcc
    28201 ttcgacgcgc agcttgaacg gcgctgcgat ggcagccacc tcgccgatgt agtgagcgat
    28261 ggccacgggg tcgttgttga agacgatgcc gagggtgccg tagacgtcga tgtggatcgt
    28321 cgggttgtac ccctcgaagg gcttcagctt ctggatgcgg ttgcgcagcc actccacgta
    28381 ttccttgatc ttctcgccct tgaggcccac cttcgtctcg acgtggttga agagggcgtg
    28441 cggcagtacg tcggccgcct tcatgatcat cttgtcggcg ttcaggtagc ggtcgtcgcc
    28501 cgactgggag aagatgggga tgatggtgtc ggagatcttc gtgccgtact cgtcagcgat
    28561 gacttcagcc atcagcacgc cgcggctctt ggccacagcg tcgaggcagg cctgggtcac
    28621 gccgtagcgg atggcggtgt ggtatttctt gcccgtcttg gggtctacgt gcttgtcggt
    28681 gcggtcggcc atttcgcgga aggtggtgat ctccttgccc acgtagagcg gggcgatctc
    28741 ccgctcgatg acggggatga agtccttggc caggaagagc ggatcgcgtc cgcccgcgcc
    28801 ggagtattgc accgcggcgc agtcgccgta agccatcgca ccgttttcga gtacgaagat
    28861 gactgagatc gattcgccag cctgacgaac ggccgtgaat ccgggggtta caggcttccc
    28921 ttcatagaag gcgccatcgt ttttcgctcc gttcttgatg gccttctgat cgtcgaagaa
    28981 gaagcccgtc ttaccgggag cgcagattac ttgggtgatt ttcattgctg tttctatttg
    29041 gttgtgtgta cttattcctt gtgtctatgt gtgatgccct acgccgaggc cgcggatgga
    29101 gtcaaaccat tggtttggcc caaatcgggg gtgggtttcg cttcaaacca ttggtttagc
    29161 ccaaatcgga ggtcggtttc gcttcaaacc attggtttag cccgaatcgg agctcggttt
    29221 cgcttcaaac cattggttta gcccaaatcg gaggtcggtt ttgcttcaaa ccattggttt
    29281 agcccgaatc ggaggtcggt ttcgcttcaa accattggtt tggcccaaat cggagctcgg
    29341 ttttgcttca aaccattggt ttgacccaaa tcggaggtcg gtttcgcttc aaaccattgg
    29401 tttgacccaa atcgggggtg ggtttggctt caaaccaccc ggtttgactc catccacgcc
    29461 tcgggtaggc agctgttttt actattcgtt cttcgttccg cgcggccgtc cgacgaggaa
    29521 gcctttgccg atggcgtaga cgtcgtcgat gaccatttgg aagctgacgg ggcggttctc
    29581 aaacgcggcg cgctcctcga gcttcttgcg gtggaagtcc acgatgtctt tcgagagcgg
    29641 cagcgcgccc atgtcgagca ggcggacggc gcccacattg tcgcgcgctg gcataacctt
    29701 acccgcgttg tagcgactgg gggcgaaggg gatgtcaagc acaccggcct cgaaggcggc
    29761 caccgtgccc acggcatagt cgccgcggcc cagctcctcg accttaccca ggatgcaatg
    29821 catttcggcc gagatgatct cgctctcctc caatacggcg gggatggagc ggaagtcctg
    29881 atcgcgcagc atggagacga cctgcttcgt ggcgcggagc ccggcggcgt tggcctcctt
    29941 cgtgggcaca cccatcgcct cgtgcggcgt cttgacgatc accttcgtag ccttggccaa
    30001 cgctgcggcg gccgcgcccc acgagatgac gccgaaggcc ttggcctcgt cttgcgggaa
    30061 tccgcccatc cactggtgga agacggtcgt cacgcgcacg tcgtggaagc cgtacttatc
    30121 gaggtaatcg cgcgtgagta cgtttaaggt atgcagcgcg gccacgtcct ggatcaggtt
    30181 gccacactgg ccgtatccga cggtgatgtc cttcacgcct tgcgcagcgg cgaggagtgt
    30241 ctcgatgacg gccaccgagt tcgagatgca gggcgggatc agtgtgcccg tcagcggccc
    30301 gaacggctcg cggttgatcg agacgccagc ctcctcgtag aggcccacca agcggtcggt
    30361 gtactgccag tgtgcgatgg tcttttcgat cgaatggctc ttggagtagg ggatgttgta
    30421 cgagatgccg ccgccctcat acgaggtgaa tccaccggcg atggagatct ccgtcagcag
    30481 gcgggcgtcg ggcgtaccgt ggcgcacctg cacggggctc ttgagcgccg aagtcacgtc
    30541 gcggcagatc gtcttgccat agtttacgat cgggaagccg ttcagcatcg agcggttcgt
    30601 ctccttactc ttctcgatac ccgtctcggc ctcgtggtag cggttcagac gcgtgtagct
    30661 gtccaccgtc gtgggcagca ggtcggcctc gccctcggtc tcgaggaatt ggagcagctt
    30721 cttgtgctcc tccggcaggg ccacaccggc acgcggctgg atgagcgtcg tgcgctcctc
    30781 gacagccttc tgcaacttgg cgccgaagcg cttctctgcg gggatggatt tttgataggc
    30841 cacggcctcg tcgaaatcga tgtctcgccc cgtgtgccat tgtccaagca cctccttgcg
    30901 ttctgcgaag aaggcgtctt ctgaaatctt ctgattgctg atttccatgt gtcttatgtt
    30961 tctctgtttt tgctgtttct attttgatga tgcggccttt ggccggcgtc ggtgaggatg
    31021 tgtcaaaccg ggcagccaca tgaagggcag ccatatgaag ggcagccaca agggctgcca
    31081 tctgaagggc agccacaagg gctgccccta cgaatggggg ggggatttaa tccaagggaa
    31141 aacgaccctt gtggtcgccc taacccttgt ggtcgcccta acccttgtgg tcgccctaac
    31201 cctatacgat ctctgccttc ataatcctca gcgccagctc cggattgacg gcgctcaaca
    31261 gccccatcga ggcgaagatg tagcgccgat ctaacttgta ggacggatgc tgcggcttag
    31321 cgtaagtgaa gtcgttcgcg tcggccttcg agccctccaa gaggtaatcc gggtgctcgc
    31381 tgtggatgat ggcgccgcca atgccgacta cgtaagccac atcggcgagg tcttttcccg
    31441 tcaacgcgaa cagctgtccg cacggcgtgt agaccgtctg gtagacgccg caatggcgct
    31501 ccaccgcgag gcgtatggca ccgcgcgcca gctcctcctc gatgcgttgc tccacgctgc
    31561 ccgactcggc caaggtgtcc ggatgctccg tgcagcggtg cacccacgct tccacctgat
    31621 cgcgtccagc agcggcagca tcggccaccg cgtcgagatc cagctcatcg gccagcgacg
    31681 acagactgta gcgcataccc agatcgccct ccaccgtacg cttggcatac ggctccggca
    31741 gacccttcgt caccgccccg tcgatcgtcg gcttaccgtc cgtcatcgag tagacgtccg
    31801 tcgtggcgcc gccgatgtcg atagccaaca gatcgcctac gccggcctcc ttgcgcgtgc
    31861 ccttgctgaa gagctcgcaa ccgttcatca ccgccagtgg cgtagggatg atgcggtgcg
    31921 gcgtcatgtc ctgcacccgg ctcagcccct tggcctcgat gatgcgactg atgaagagct
    31981 ccttgatctt ctccttcgcc ggcgcgatgt tgagccggtt aaactccggc atcacattgt
    32041 ccgtgatcac atagttcttg ttcgacgccg caaagacctc ctctaactcg tacgaggccg
    32101 acttgtttcc ggccacgatg acggagaagt cgcgcgggat ggcgcagagg cgtcgggcat
    32161 tggccacgat cacctccttg ttgccgccgt ccgtgccgcc gcagagcagc accaagtcgg
    32221 ggtcgatacg gtagatctcg tcttgctcct gtttggagat ctcgaaggcg tacgtcttga
    32281 ccactttggc gccggcgctg gaagctgcca gacgagccgc tttcgacgtc agctcaggca
    32341 cgagccctaa tgcgaccatc ttcagcccgc ccgcagcact gctgcagcag agcagctcgt
    32401 cgtacgcaaa cggttcgccg agcgactcct ccaggcgggc caatgcgttg cggaagcctg
    32461 tgcgcacgtc tgtgtcgatc gttgtgaaag ccgcagccgt gccgaccacg caaccacgat
    32521 cggcgtcgat ggcgctcaac ttcgtgtacg tagacccgaa atcgacagta agatatttca
    32581 tgggtaaagc cctcttcgcg tcgttatttc gcctgtgcgg cgtcgcgtgc ttcgagcaat
    32641 gcttgcaggt cttggatggt cgtttcgatc ggcgttccgg gggggtaaac cttgttgaag
    32701 cccatggcca tgaagcgctt ctcgacgtct tcaaagttct gcttacccac cactaagttg
    32761 ccgccggcga agagggggat gtccttcagt ccggcttcgt cacatttctc gcgcagcccg
    32821 ttgcaatcga tctcgccgtg cccatagagc gacgaaacga ggatggcgtc ggcattcgtc
    32881 tccaacgctg cttcgatgta ttcttcttgc gataccatca cgccgaggtt aacgactttg
    32941 aagccggctt gctgtagcgc aaaggcgatg atcttgttgc cgacggcatg tgcgtccgca
    33001 ccgatcactc ctgttacgat cgttttctgt ttcattatta tttgattgag gttggggcaa
    33061 aggaatggac tttggcatga aaaagaaagg ctcttcggac aaaaactttg gcccacttac
    33121 gatcccttcg gaactgcgtt tcaggcggta acaaaccgac agcaaagcct cgcgtttcgg
    33181 tttcgattcg tttgttttga ggagaaatta aatgcgcccg aaatgggatc gcaaacgctc
    33241 cgacggcgct atcgaagcga aatgcaacag gcgtaacgcg ataatcttag ttttgcccac
    33301 cctttagaga atggacacat ttatataaac aatacacact caccccatca tgaacaaaaa
    33361 gaactttctg ccattccttg caatggccgc catgctcatg gcactcgctt cctgctcggg
    33421 gaagctcaag ccgctcgcgg ctgactacat caaggctgac ccgcaaccgc tcgaggccat
    33481 cggcggacag gtgccggtta cgatcagcat cgcttatccc gctaagtggt tcaagaagaa
    33541 cgccacgctg accatcacac ccgtgctccg ctaccccggc ggcgagacgt ggggcacggc
    33601 ctacaccttc caaggcgaga aggtgcgcgc caacaaccaa gtgattccct acgcaacggg
    33661 cggcaacgtg accatgaagt cgtcctttaa gtataaaccc gagatgaagc gctcggagct
    33721 ctacctgacc ttcgacgtga aggtgggcaa caaggcgtcg cgcctgcctg atatcaaaat
    33781 agccgacggc gtgatcgcta cttctgcatt ggccaacgcc gccacagcga acccggccgt
    33841 gggtgcggac aagttccaac gcatcatcaa ggaggctcac gatgccaaca tcctcttcct
    33901 catccagcag gctgagctgc gatcgaacga gctgaataag ggcgaactga aagactggaa
    33961 agaccgcgtg aagcaggcca gtgacgccaa gaatcagaac gtctccgtgg aagtctccgc
    34021 ctacgcttcg cccgacggcg gggtcagcct caacgaggcg ttggccgaac gccgcgaagc
    34081 caacacgacg cgctacctga aaggcgaact gagcaaacgc aagatcgatg tgcccgtggg
    34141 cgcgcactac acggcgcagg actgggaggg cttcaaggag ctcgtctcga agtcgaacct
    34201 gcaagacaaa gacctcgtgc tgcgtgtcct ctccatgtac tccgaccccg agcagcgcga
    34261 acgtgagatc aagaacatct ccaccgtctt ccgctcttta gccgacgaga tcctgccgca
    34321 actgcgccgc tcgcgcctga cggctaacat cgaaatcatc ggtaagtcgg acgaggagat
    34381 cagccgcctg gcgcagtcga accccaaagc actcaacgtg gaggagctgc tctacgccgc
    34441 caccctgacg aacaacgacg tggaccgcga agcgatctac accaaggctt ccgagctctt
    34501 cccggacgac taccgcacgt ggaacaacat cggcatgcag cgcttctacg ccggcgacct
    34561 gaagaaggcg gaggagctct tcaacaagtc gaacagcgtg aagcataaca gcgaagccga
    34621 catcaacctc ggcctcatcg ccctcacccg cggcgaacgc gacaaggcgc agcagctgat
    34681 cggtggcgcc tccgacgtgg ccgaactcgg cgaggccctc ggcatgctct acctcgagca
    34741 gggcgattac gccaaggccg tcagctcctt cggcggctcc aaaacgaaca acgccgccct
    34801 ggcccagatc ctcaccaagg actacagcaa ggcctcacag accctcaatg ccgtaacccg
    34861 cccggacgcc acgacggact acctgaaggc catcgtttcg gctcgtacga acgacgcagc
    34921 cggcgtcatc agcaacctca aagcagccat cggcaagaag cggtcgctcg ctcgcgaggc
    34981 tgccaacgac ctcgagttcg ccaaatatgc caaggacgca gactttgaga atttgatcag
    35041 ataaggcccc ccccttgacc ggacgcttta cgggcacttc ggatcacccc ctcacgctgc
    35101 ggggctccga ggtgcccgta aatgtttctg cccccatggg catcgctcta ctttttgaaa
    35161 aggactgcca aaccctcagg gttcagctct acttttcgaa aagtgacacc aaaccctcag
    35221 gggtcagctc tacttttcga aaagtgacac caaaccctca gggttcagcg ctcctttttt
    35281 ttaagtgagg ctaaaccctc agggttcggc cttacttttt ttcaagtgaa gctaaaccct
    35341 cagggttcag cgctcctttt tttcaagtga ggctaagccc tcagggttcg gccttacttt
    35401 ttttcaagtg acctcaaaac acaggcgaga caagcgcgcc gccgctttat cccgcctgcc
    35461 accgagggcg cctttaacga atcttagcca cagacgtatc tttggcgcgt attcattacc
    35521 tatctatatg tatcactcca acgacccctc cggtagcctc acggccgagc gcgccgaggc
    35581 gcttttagag cgcgacttgc agcactggcc caccgcccaa cgcaactacg aggccctgac
    35641 cagggtgcaa ctgcgcaccg tcagcttcgg cgacttcagc atcgtggtgc aattcaaccc
    35701 cgcccgcatc gtctccaccg gcgcacgcac agatgccgcc tccatccacc gtcgcccctg
    35761 cttcctctgc gcccagaatc gccccaagga gcaaggcgcc ctgcccttcg gcgaacgcta
    35821 ccagttgctc gtcaacccct accccatctt ccgtcgccat tacaccatcg tggagcgcac
    35881 acacacgccg caaaccatcc gtgggcgctt cggcgactac ctcgagctca cgcggcaact
    35941 cacagggctc actaccttat ataatggtcc ccggtgcgga gcctccgcgc ctgaccacct
    36001 ccacttccag gccgtcaccc gcgggcaaat gcccctcgac gccgagttag acaccctcac
    36061 ggcgcgccac ggccagacgc tgcactccac ccccgacgcc accctgcaac gcgttctcgg
    36121 ttgcctacgt cccttcttcg tcatccgcgc caccacggcc gacgccgcca cacactgctt
    36181 cgatcgcctc agccacgccc tgcccacgcc tgcgcctggc gaagagccga tgatgaatct
    36241 ctttgcccgt tatgacaact cagggtggac gatcgtcatc atcccccggc gccgccatcg
    36301 gccttgggag cccggcgaag gcatcctcac cgcccccggt gccgccgaca tgggcggcct
    36361 cttcatctcc gtacgcccgg aagattttga aatcacccat gaggaaactt tacgcaaggt
    36421 ctacgccgcc gtttgcccaa cggaggaaga aatcttgagc atgaaaatcg aaaaatgaaa
    36481 atcacgaaat ggccagaagc acacgcgcag aaagcaccgc gtggccctgc cgttcatagt
    36541 tcatagttat cagatccata tgaaacagtt tttcaaaatg atgttcgcat ccgcgctggg
    36601 cttcttcttg gcgtcgatgt tagtatgcac gatcatggtc gtcaccctga tcggcctgat
    36661 ggccggccta agcaaagact ccgacagcag ccggccgctg aagtcagacg aaagcgtgat
    36721 gaagatcacc ttctcgggct ccatccccga atcgatggac gacagcaacc ccctggccgc
    36781 cttcgtcagc ggcaacgagc aggagctctc catgcgcgac ctcgtcctgg ccatccgcaa
    36841 cgccaaagag caagacgccg tgaagggcat ttatttagac atggacctct tctccggcgg
    36901 catcgtcaca ctcgatgcca tccgccgcgc cctcgtcgac ttcaaagaga gcggcaagtt
    36961 catcgtcgcc tacgctgacc tctacacaca aggcggttac tacctggcct ccgtagccga
    37021 caaagtcttc ctcaaccccg aaggcaccct tcggctgaac ggtctagcct cagagacact
    37081 cttcctcaag ggcgccttag ccaaggtcgg cgtagagatg atggtcttcc gcgtaggcac
    37141 ttacaaaggc gccgtggagc ccttcctcag cgataaactc agcgacgcca accgcgagca
    37201 gatcacctcc atccagcaaa gcatctgggg caacctcaca agcgccatcg ccaagagccg
    37261 caagatcacg cccaacgatg tgaaccgtta tgccgacgcg ggcgggcaac tgctggccgc
    37321 cacaaaagcc atcgaataca agttagtaga cgagctgaag tatcgcagcg aggtggagaa
    37381 atacctcatg gagaaggctg gccaaaaagg aaagaagctg aagtccgtcg gccccaaccg
    37441 gctgaagcag ctcaagaaga aggagaagga ataccgcaac aagatagccg tggtttatgc
    37501 cgagggggag atcacgaacg ccgtgcccac aggcttcggt gcagcagaat ccaccatcac
    37561 cgagcgcctc aacgacgacc tgaagaagtt ggccgacaac gacgacgtaa aggccgtcgt
    37621 gctacgcgtc aactcgcccg gtggcagcgc ctacgtctcg gagcagatct ggaaagccgt
    37681 cgtggagcta aagaagaaga agcccgtcat cgtctcgatg ggcagcctcg cagcctcggg
    37741 cggatactac atctccgccg gcgccagcaa gatcgtggcc gaacccaaca ccctgaccgg
    37801 ctccatcggc atcttcggcc tcttccccaa catgacgggc ctcttcaaaa aggtggcact
    37861 gaccatggac atcgtcaaga cgaatcgcta cgctgacttc ggcgacccct cgcgccccat
    37921 gacggacgac gagaaggccc tgatgcaatc catgatagag cggggctacg acaccttcct
    37981 cacgcgctgc gccgacggtc gcggcaagcg taaagccgac atcgactcca tcgcgcaggg
    38041 tcgcgtctgg acgggtgagc aggcgctcaa gctcggcctc gtcgacgaac tgggcggcct
    38101 ggagcgtgcc atagagctgg ccagtgagca agccaaagtc atcaactaca acatcatgga
    38161 agtcaccagt gatcacgact acctgaagga attctttgaa aagcaaatgg agagcgtcaa
    38221 gcagtccatc gtgcgcgatg ccttgggcga agactacgag tatgtcaagg ccatccgcac
    38281 agcacatccc acctacggcg tgcaggcacg catgacctac acgctgaagc cattgtaaac
    38341 cgaatatgtc aagtaaaaca agcagcaggc aacaccccgt ggcatggccc ttggcgctgt
    38401 gctacggggt tggcgtacgc ctgcgcaacc tctgtttcgc cctcgggata ctcccctccg
    38461 agtcgtaccc gatagccgtc atctgtgtgg gcaacctctc cgccggtgga tcaggcaaga
    38521 cgcccctcgt ggagtatctc attcgcctgt tgagcccccg ttaccgcgtg gccgtgctca
    38581 gccgagggta taaaaggaag acgaagggct acgtcgtggc agacgagtcg agcacggcgc
    38641 gcgagatcgg cgacgaaccc tgccagatga agcgtaaata cccgaccatc accgtggccg
    38701 tcgatgccaa tcgccgccgg ggcatgcggc gcctactggc catgccagac gaggtgcgcc
    38761 cgcaggtcgt cctcctcgac gacgccttcc agcatcgcta catccacccc tcgctcgccc
    38821 tcctcaccac cgactacaac cgcctgtttt gccacgacca cctgttgccc gtgggcaccc
    38881 tgcgcgagcc gcgctccggc gttcggcggg ctgacatcgt catcgtcaac aagtgcgacc
    38941 cgacgctgaa gcccattgat tatcgcatca tcgaggatga gatgcacctc aacatgtcgc
    39001 agtcgcgctt cttcacagcc gtcacttacc accggctcga gggcgtctgg cccgaggagt
    39061 gtgctccgcg cgagctgtct accctcacaa gcgagacgga cgtgctgctg ctggctggca
    39121 ttgccgatcc cacgccgttg atcaatgaaa tgcgccgacg cacggagcgc gtgacgccca
    39181 tgatcttttc tgaccatcac gccttcacac gcaacgacat gacgaagatg cgcgccaccc
    39241 tcgccaagct ctcccccgac gccgtgatcg tctgcaccga aaaagacgct acacgcttgc
    39301 gcatcacgcc ctactacccg tctgatttgc acgcgcgcac ctacgccctg cccatcgcca
    39361 tccacttcat gtttgacacc gccgcccgct tcgacgagat catcctccgg catgtcgata
    39421 ccatcgagaa gagccatatc ctgaggcggt agagggtaga gaatagaggg tagagggtaa
    39481 tgcgggcttg atccttgttt ttcacttttc attttcccgt tttcacatga acacgccaca
    39541 cactgagatc gccgagttag gcgagtttgg actcattgac cgactgacaa agggccttgt
    39601 gacccgcaac gacagcaccc tcctcggcgt aggcgacgat gccgccgcca tccgccatcc
    39661 ctcgcccgac ctcacgctcg tcaccaccga cctgctgctc gagggtgtcc acttcgacct
    39721 cacctatacg cccctgaaac acctcggcta caaagccgcc atcgtcaact tctccgacat
    39781 ctacgccatg aacggccggc ccacgcagct caccgtcgcc ttagggctct ccaaacgctt
    39841 ctcggtggaa gatgtcgagt cgctctacgc tggcatccgt catgcctgcg aagtctacgg
    39901 cgtagacctt gtcggtggcg acaccacttc ctccatgacc ggcctcacgc tcgccctgac
    39961 ctgcatcggt gccgtcgctc ctgaccgcct cgtccgccgc gatggcgccc acgacaccga
    40021 cctgatctgc gtctctggcg acctcggtgc agcctatatg ggtctgcaac tcttagaacg
    40081 cgagaagcgc atcttccgcg gcgaggccga cttcacgccc gacttcagcg gccgcgagta
    40141 cctccttgag cgccaactcc gccccgaggc gcgccgcgac atcatcgaca gcctcgccga
    40201 ggcccatctg ctccccaccg ccatgatgga catctccgac ggccttgcct ccgagctgct
    40261 ccacatcgcc catagcagcc acgtgggctg ccgcatctac gaagaccgcc tcccgatcga
    40321 ctaccagacg gccgccatgg ctgaggagtt caacatgaac ctctccacag ctgccctcaa
    40381 cggtggcgag gactacgagc tgctcttcac cctgcccctc accgactacg agcgcgcgga
    40441 aacgctgaag ggcgtccaca tcatcggcca catcacccgc gctgagctcg gctgcctgct
    40501 tgtcggtcgc gacggtggcg aggtgcccct gcaagcgcag ggttggccag cgccgaaggg
    40561 ggcgtgacga agatcgccgt ggcgcagctg aggcagctcg cggcgttttt gggggcccca
    40621 catgatcatt tcatacacta tgaaaaggct gtgcaagcct tgcatgatcg tttcatacac
    40681 tataaaaagg ctgtgcaagc cttgcatgat catttcatac actatgaaaa ggctgtgcag
    40741 gccttgcatg atcgtttcat acactatgaa aaggctgtgc aagccttgca tggtcgtttc
    40801 atacactatg aaaaggccat gcaagccttg catgatcgtt tcatacacta taaaaaggcc
    40861 atgcaagcct tgcatggtca tttcatacac tataaaaagg ccatgcaagc cttgcatagt
    40921 catttcatac actgcgacgg cgccagcaag ccttgcgcag tcatttcata cactatgaag
    40981 aggccccata ccggaactcc cgcaaaacgc cccgcctcta cagcatcatc gacccttaat
    41041 aatcaacaaa ccagcccccc tccccctctc aaaaccatac ttttggcgcc gtgataacaa
    41101 tgtatggggt ggccatgccc acatagcaca tagaacgata ggctgccccc cccacacaca
    41161 ctacttacta ccccctaact actcttaatt acgtatgaat ttccccctat tgaaatggcc
    41221 cgagccgaag aagccctacc gcctcgggct cgccctgagc ggcggaggcg ccaaaggatt
    41281 ggcctacgtc ggcgtcttta agtttttgga agagcgtggc atccgacccg acatcattgt
    41341 cgggacgagc gccggcgcca tggcagccgc gctgttagct gacgggcaca cctcggacga
    41401 gatccgccag atgtttgtcg gacgcgaatt atcagagttc gcccgcgtgc aagtgcccac
    41461 cacggggcta ttcgacagcc gcggcctcgg cgaattcctg aagcgtaacc tccgcgccaa
    41521 gaccttcgaa gagctacaga tccccaccat cgtcatggcc accgacctcg accgcggctg
    41581 cggccacccg ttcacctccg gcccgctcgt ggaggccgtc cgcgcctcgt gcagcatacc
    41641 catcatcttc agccccgtca tcatcgacgg cgtgcactat gtcgacggcg gcctcttcca
    41701 caacttcccc gtctccatca tccgcgaccg ctgcgagatg gtcatcggcg tcaacgtcaa
    41761 cccctacacc gcccgcaagt acagcaagaa catctacagc atcggagagc gatcgtacca
    41821 cttcatgttt agcgcgaatg cggtcgaaga ccgccgcatc tgcgacctcc tgatcgagac
    41881 cgaagagttc gggcaataca agctcttcga tctaaagaac atcgaccata tcgcccgcgt
    41941 gggctatgtc acctccgtcc gcgccttcaa ccgcctggcc cggacggccg acaagaacaa
    42001 caaactgctc cgcgccttcc cgccgcccaa gcagccggcc gcctctcgta atgattaata
    42061 gtcatcaggt acccgggggc caacctcccc ggcctcggca gttccggggg ttcgccccta
    42121 catccgtcac tcactatgaa taagaacagc aagaaaccca tcatctatca agtcctccca
    42181 cggctcttcg gcaacatgca gccgccgctg aaggatcacg gaagcatcaa agaaaacggc
    42241 tccggcaagc tggccgactt cacccccgag gcgctcggcg cgattcgcaa actcggcgcg
    42301 acacatgttt ggtacaccgg catcttagag cacgccacgc gctcagacta ctccgcctac
    42361 ggcatcccca aggatcacaa cgccgtcgtc aaaggcaagg ccggatcacc ctatgctgta
    42421 aaggattatt acgacgtagc gcccgacctg gccgtgaacg tccccgaccg catggccgag
    42481 tttgaggcac tcgtggagcg tacgcacaag gccgggctga aggtcatcat cgacttcgtg
    42541 cccaatcacg tcgcccgcca ataccactcc gacgccaaag atcccctcgt gcccgacctt
    42601 gggcaagacg acgacaccaa ccgcgccttc gccccgaaca acaacttcta ttacctgccc
    42661 ggtcaggccc tcgcgctcca tttcggcgct aagcaggaag acttcgagta cagcgagttc
    42721 cccgccaaag ccaccggcaa cgactgcttc agcgcctcgc ccagccgcga cgactggtac
    42781 gagacggtga agctcaacta cggcgtcgac atcctcggcg gtcgccagga gtatttccaa
    42841 cccgtgcccg acacatggca taagatgctc gccatcctcc gcttctggat cgcccgcggc
    42901 gtcgacggct tccggtgcga catggccgag atggtgcccg tggccttctg gcagtgggtc
    42961 atcccgcgtg tgaagagctg gaagcatgtc ctcttcatcg ctgaggtata caacccccac
    43021 ctctatcgcg actacatccg caccggcggc ttcgattacc tctacgataa ggtcgggctt
    43081 tacgacacac tccgcagcgt cgtctgcggc cacacccccg cctcgcgcat caccgagtgc
    43141 tggcagaccg tcaacgacat ccgcccgcac atgctctcct tcctcgagaa ccacgacgag
    43201 cagcgcatcg cctccgactt cttcgccggc cgtgccgagg caggcattcc tgcgctcatc
    43261 gtcgctgcca cccttggcac aggcccgatc atggtctact tcggccagga gctcggcgaa
    43321 cgcggcatgg acgaggaagg cttcagcggg cgcgatggcc gcacatccat cttcgactat
    43381 tggagcctcg acaccctgcg ccggcgtaac cacggcggcc gttacgacga ggccctcctg
    43441 accgatgcag agcgaagcct actgcatcaa tacacggcca tcctacacct cgcccgcgag
    43501 gagaaagccc tgaccgaggg caccttcttc gacctgatgt acgtcaatcc cacctccgat
    43561 ttcttcgacc ctgcccggca gtatgcctac ttgcgcaaag ccgacgatgc cgtcgtgctc
    43621 gtagccgtca acttctccga tgccccgcgc cgcgtgcgca tacgcatccc cgaaaccgcc
    43681 ttccgcacca tgtccatccc cgacaatgcc cccgcccgcc tgaccgacct gctcacgggc
    43741 gccgtgtctg tcggtaccct gacgcacgcc tgcgcttacg aggtggagct cccacccctc
    43801 tccggccgac tgttgaagtt cgattacgga gtttagcttc tcaggcctac ttttggcgcc
    43861 atatttttaa ctgataccta aatacggatg agtgcttaca cgccttttgc catcttctcg
    43921 gggactggct cccgttacct cgcagagcgc atttgcaaaa gcctgcattg ccccctcggg
    43981 cagatgaaca tcgaacattt cgccgacgga gagtttgccg tctcttacga agagagcatc
    44041 cgcggcaagg atgtcttcct cgtacaatcc acctacccca actcggacaa cctcatggag
    44101 ctgctcctca tgatggacgc agccaaacgc gcctcggcgc actccgtcat cgccgtcatc
    44161 ccctacttcg gttgggcgcg gcaagacagg aaagacaagc cgcgcgtctc catcggggct
    44221 aaactgatcg ccgacctgct cagcgtggcc ggcctcaatc gcctgatcac gatggacctt
    44281 cacgccgacc agatccaagg cttcttcaac gttcccgtcg atcatctcta cgcttcgtcc
    44341 gtcttcttgg actacatccg caaggagctg cccttcgaca acctcgtcgt agccacaccc
    44401 gacgtgggcg gcacgaagcg cgcaagcagc tactccaagt tcctcgagat accgatggtg
    44461 atctgctaca agacgcgatt gaaggcaaac cagatcagtg acatgaagat cctcggcgag
    44521 gtggagggca aggacgtcct cctcatcgac gacattgtgg acacggccgg caccatcacc
    44581 cgtgcagcca acctgctcaa gcaacacggc gccaagtccg tccgcgcgat ggccagccac
    44641 gccgtcatgt ccgaccccgc cacggagcgc atcacccact cgagcctcga ggagatgatc
    44701 ttcaccgact ccatccccta cgagaaggag tgcagcaaag tcaccatcct ctccgtggcc
    44761 gacatgttcg ccgaagccat ccgccgcgtc tgccacgacg agtcgatcag cacgttgtat
    44821 gccattaagt aaccccaccc tctaacctct aacctctatg attatcgact tccccaacat
    44881 cccggaagag cgcctgccga acttcaaggg cggcgagaaa gagtacatcg cccgcatgtt
    44941 cttcgacggg cagaaccgca tcatgtacgg ccggctcgag ccgggtgctt cgatcggcgt
    45001 acacacgcac gagacgagca gtgagatcat gtatttcctc gaaggccgcg gcaaggtgct
    45061 gctggcagac ggcgaggaac gcgtcgcggc tggccagtgt cattactgtc ccaagggctg
    45121 cacgcacagc ttagtcaacg acagcgacgc cgatctggcc ttcttcgccg tcgtgccaga
    45181 gcaataagtg ttttcattga ggtgagttcg atgtggggga aaccctttcc ccgcaccggg
    45241 ggagacactc tccccgcctc gggggagaca ccctccccgc ctcgagggag acaccctccc
    45301 cgcctcgggg gagacaccct ccccgcctcg ggggagacac cctccccaat ggctcacaga
    45361 caacgcaggc ttaagagatg ctcttaagca tgcttgcag
//
LOCUS       SEQF3106|MIQD01000013.141935 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..41935
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(373..1650)
                     /locus_tag="SEQF3106_00600"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTFLFRMMLWSLMLIAGLQGPRARAQVGTLSRGGHTTISGTV
                     RDARTRRLLPAVHVTVPRTGVGTVTNADGFFTIHVDDSLRADRLEFSHIGYALYEYTL
                     RPGAGDVARADIRLTPNANVLQEVMVMGGDATDLVREAADRVTDNYPTRPNRLTGFYR
                     EVIRKGRRYIDISEAVVSLYKTSYNGSGTDGDRVRLEKGRRLLSQRAGDTLIVKFEGG
                     PTLSIYLDVVKNGELMFSREEIDHYAFRYNRTVMIDDRPHVEVRFMPRAVCPYALYEG
                     LLYIDQATRTISRAEFSLDMSDRLKATQAMLRKKPAGLRFRPERLAFLVTYRRQSDGR
                     SSLAYVRCETAFRCDWRRRLFATTYAITSEMAITDLDTVHADRIPYRESFRTRDALTD
                     RAADFYDADFWSGYNIIEPTESLEHAVNKLRKK"
     CDS             2413..3855
                     /gene="patA_1"
                     /locus_tag="SEQF3106_00601"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O25526"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan O-acetyltransferase"
                     /translation="MLFNSLQFFFFLPLVFFLYWGIKGRKAQNLLIVIASYVFYGWWD
                     WRFLLLIALTSACSYLSGIYIERRPQHGRRLMVFNLLFNLGILGVFKYYNFFADNFSL
                     LLHAIGLTVDLPTLRIILPVGISFYTFQALSYTIDVYRKQLRATTDPVEFFAFISFFP
                     QLVAGPIERATRLLPQFQRPRTFDYDKATDGLKQMLWGFFKKIVVADSCAVGVENIFS
                     NYPSMSGGLLFLGGVLFAFQIYGDFSGYSDIAIGTAHLFGIDLMRNFNIPYFSRNISE
                     FWSRWHISLTSWFRDYLYIPLGGNRRGRLRTLRNTLIVFLVSGIWHGANWTFICWGLY
                     HALLIIVFFLLGIKRQPTVVAANSFFPSAKECAQMAVTFFLVIIGWIIFRSENMSVAY
                     HYIARMFTTPWTDLSARSFIDLAVLKDALIGCAIMLLVEWLQRRKAHGLELQRPAVGR
                     YQQIALCYALIFLILLLGEFGKNQFIYFQF"
     CDS             3859..4983
                     /locus_tag="SEQF3106_00602"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKFILNLLIYFPVLIIIVAVNYFVDPGHRYARKNYEYTIVKML
                     DMGHVANVDDNFNDRRFKLFLAEHRAKSSVDILILGSSRTKLISEKLFPGKTCLNLSI
                     GSADMVDEAGLYQACLRNQIQIKQVILLVDPDYFSEKNGGLSENTLEYDFHEYQQASR
                     GRISSETLSTPQYRDMTFLKRIEDFFGMLDYKMNILSPSYFQETIRYLFFKKRLSLYN
                     TGLYDNPGNTIHVDGSLSYNEKYRNQTQKEIDRLAMQYRNKIWEDYGCLSQQRIEELE
                     RLIDYIERNGSEVLIFNSCYHPYTYKRLTTLEKYKFVKKAMDFIPEFAAAHRLQTIGT
                     FDPAKSHCDETDFYDAMHMSAPGIEKIVSSFTEKSDTVAD"
     CDS             5079..6392
                     /gene="mtaB"
                     /locus_tag="SEQF3106_00603"
                     /EC_number="2.8.4.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P54462"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonylcarbamoyladenosine tRNA
                     methylthiotransferase MtaB"
                     /translation="MIDSAYFQDKKAAYYTLGCKLNFAETSAIGRELAANGIRRVRPG
                     EEADVCLVNTCSVTELADKKCRQLIRRIRRQHPRAFVIVTGCYAQLKPDEVLAIDHVD
                     LVLGAEQKGDVMRHLREHTSGQAITTDTKRIRTFTPSCSADDRTRHFLKVQDGCDYFC
                     SFCTIPFARGRSRNGRIADLVAQAEGVAREGGREIVLTGVNIGDFGRTTGESFLDLLR
                     ALDRVEGIARYRISSIEPNLVTDDVIAFVAASRRFMPHFHIPLQSGSDTVLELMRRRY
                     DTALFRRRVERIRQLMPDAFIGVDVIVGTRGETDTCFEECRAFLAELPFSQLHVFSYS
                     ERPGTMALHITPVVPPEVKHTRSRTLLDLSDRKLHAFYDAHRGATAEVLFEHARKGGH
                     MYGFTANYIKVEIPYDAALANRITPVRLDAWNANQTALTATLLRP"
     CDS             6389..7315
                     /gene="lpxL"
                     /locus_tag="SEQF3106_00604"
                     /EC_number="2.3.1.241"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01942"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipid A biosynthesis lauroyltransferase"
                     /translation="MKTLANRLLYALLYAWARAHALLPMRALYVLSDIFYVLIYHLVR
                     YRVRVVRSNLRGAFPQMSPQERLHLERRFYHHFSDYVVENIKLAGISHEELLRRAHLR
                     NPEMVRPLLEAGHKALVLVMGHYGNWEWFTGFPSSFGGLLDVYQIYRPLDSPAFDRLF
                     LHLRTRFGARCVPKKDVVRQLIHVSRSRRPGLFVFIADQTPSRANLHYWTNFLGHDTA
                     MLNGPERLAVKMNLPVIYADVRRESRGHYTVDFQLLTDRPRETPEHWITEEYTRRMEH
                     TILRDPAFWLWTHRRWKYSRQPSATHITPDEQ"
     CDS             7319..9856
                     /locus_tag="SEQF3106_00605"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHLRLYLIYIATLLTACDQLPDFRSQAGMAYHFDAPATDWEEC
                     LPLGNGRIGLTLDGGIDRETIILNESSMWSGSQQDANNPDAQRALGRIRELIFEGHPD
                     EAQTLMNEAFVCRGMGANGGDAADKAFGSYQLLGALLLDYTYPGDEHTTTSDYHRTLN
                     IEDAVATVTYRHGKGTYTREAFTSFAADVAVVRLTADGERTLQLRVGLSRPERYSVSV
                     DGRELEMHGRLYAGDGQVGPQARTPGDTAIHPEDSLTHAARMEGGGVRYAARVRVMLP
                     QGGSVKSASDTSLAVEGAPEVILLVGMATDYFGHDPAATLRTQLDAANRPYAALRREH
                     VAAYRERYGRVTLRLGRSTSRDAWPIDKRLEAFARDRRDPSLMALYYQFGRYLLLSST
                     RPGSLPPSAEGLWCHTIHTPDNGCYRTDGPLQMCYWPAETGNLPELIAPLETWTQRLA
                     TNGRTTAAAFYGARGWTTHALGNAWGYTAPGRTSLWTAASTSAARLCAPLFEHFRFTR
                     DTAYLRRVYPTLREAALFLADRLTEDPRSHHLVIAPSFSPGNAYLMPDGRRATLCAGA
                     TVDDALVRELFTHTLQAAAILHTDAELSTLLTACLARLRPTTLTSDGRIAEWPDPARD
                     ADPRAPYAPHLYALFPGTDISPRRTPELAEAAHRTLEARGDAVSGLAGVWRVNYHARL
                     CDGDRAYRILCDLLRPAASADGRPTGRTGTFHNLLFVDPTFRIAGNLGAAAGIAEMLV
                     RSDDDVIEFLPARPAAWSEGEFSGLCVRGGAEASAQWRGRDMQVGLRATRAGTFRIKL
                     PVDAEVLRIKRGGRLASCPVVGGTIAFALTPGETVEITWRQQPALKD"
     CDS             complement(9710..10531)
                     /locus_tag="SEQF3106_00606"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIHCQLSMIAGDVLRGAPFFYAESMIRRLSTPMWGRKIFRVSLC
                     DSPRDSPPRRIWQSSLDGDRFTNRVLGYIRCIRSETDSVLWYIRCIRSETDSVLGCIR
                     CIRPKTDSVLGCIRCIRSEIDSVLGCIRCIRSETDSVFGYIRCIWSKTDSVFGCIRCI
                     RSKTDSVLGYIRCIRSETDSVFGCIRCIRSETDSVFGYIRCIRSKTHLGLGSIRCIHS
                     KTRSVNRSILEGGLLAPGDFDGFAGGEGEGDGATDDGAGGKASAALDAEHFGIDG"
     CDS             complement(10547..11410)
                     /gene="lipA"
                     /locus_tag="SEQF3106_00607"
                     /EC_number="2.8.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P65286"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoyl synthase"
                     /translation="MATAHVRKPDWLKIRLQGNDDFRRTKEIVESHGLHTICTSGKCP
                     NQGECWSRGTATFMIGGDICTRSCRFCNTLTGRPHPLDPAEPDHVAMSIRLMGLRHAV
                     ITSVDRDDLPDLGARHWAVTIRRIKELNPHTTVEVLIPDFQGRTELVDEVIAAEPEVI
                     SHNLETVRRLTPSVRSAAKYDVSLRVLQHIASRNIRAKTGIMVGLGETIAEVEELMDD
                     AHAVGVDALTIGQYLQPSRKNLPVTEYVTPAQFEAYRLTALAKGIRSVESAPLVRSSY
                     HAERVLGVEIC"
     CDS             complement(11410..13572)
                     /gene="dap4"
                     /locus_tag="SEQF3106_00608"
                     /EC_number="3.4.14.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q6F3I7"
                     /codon_start=1
                     /transl_table=11
                     /product="Dipeptidyl aminopeptidase 4"
                     /translation="MTLLLMMTLTATLAGAQKQSPSLKDYTDGKYYPTSRGTDLKSLP
                     DGEHYTAMDKQRTAIVRYEYRTGRAVDTLFSVRTARDCDFKDFEGYEISPTGHHIIIW
                     RESDEIYRHSQRFKAYDYDVRRHLIKPLNESGKKIMLPTFSPDGRMCAYVVDNNIWIK
                     KFDYDTEVQVTRDGAPNRIINGSTDWVYEEEFAMTRMMSWSADSRFLAFVRFDESEVP
                     EYSMQIYGEKTYYPSYYKYKYPNAGDRNSTVTVHAYNIETKDTKTIPVPLDPDGYIPR
                     IEFTPIADQLAVMTLNRHQSLFSMYYANPASGVCKLILKDENARYILPEWIRMLCFYK
                     GGFLYVSERDGYAHIYQYASTGVEQRQVTHGNWDVTRLIGIDEATNMIYFEAADESPL
                     RRSVCRVDAKGVKTNLSKLPGTNAAAFSKNYAYYVLRHSSATTPTVATLHETKSGKEL
                     RTLQDNAELRERLAKLTYAPKEFFTVRTADGVELNAWMVKPADFNAKKKYPVLMTQYS
                     GPNSQSVLDRFEFGWEECLAAHGIITICVDGRGTGARGEEFRKCTYLKMGELESKDQV
                     AAAKALAKQFPFIDASRMAIWGWSFGGYNTLMSMSVGGGTFKAGIAVAPPTDWRYYDT
                     VYTERFMRTPKENADGYNHTSPIKHAKDLTGKLLLVHGTADDNVHFMQSMDYAETLVQ
                     LGKQFDMQVYKDRNHFIMGGNTRLHLYTRMTDFILENL"
     CDS             complement(13665..15206)
                     /locus_tag="SEQF3106_00609"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYDTIIIGGGLGGLASGAILAQQGMHVCVLEQHTQAGGCLQSFT
                     REGDTFDTGFHCVGGLRPGEVLYPFFRALRLLDLPWLRMDESAFEEVILGDKNYFIAQ
                     GYRRFIKTLAHEFPHEEAGLRTFVKMLRSVGQTLPKLFDEEETARRRTRKLFSLSAYD
                     FLHKTIRDPQLRRVIAGASLKMEPHAPTLPLYTFAQIHNSFIQSAWRLRGGGMQIVRR
                     LIEQIEAAGGTVRTNARVTRLIGKSGRITAAELANGEQIEARFFISDIHPTQTLALVD
                     TENRLMRQAYRRRVNELQNTFGFFTLQIHTPYGSMPYFNRNISVYDEGVDPWDITVDR
                     TKQRTLDSGVLISCRPSEMPKGRFTTSVDILLPIPNHLYQSTFAQFAAQEGYSALPAY
                     KLAKKIWSAFGLVSAMKHIPWMPPTLENFTYSASTPLTYLRYTGTPNGSAYGIRKDYR
                     EPLRTLLPPRTPIPNLLLTGQNLNVHGVLGVTVTAFLTCTELLGRPVVRRMLEGAEGL
                     EGEEA"
     CDS             complement(15338..16573)
                     /gene="fabB"
                     /locus_tag="SEQF3106_00610"
                     /EC_number="2.3.1.41"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q02K94"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 1"
                     /translation="MHKPVITGLGIYSCLGTDLDTVAQSLRQGRSGITLDPQRKALGF
                     RSALTAHLQQPELKGELSRSQRSYMPEPARYAYVATRDALRAAQLDPDYIQSHQVGIL
                     YGNDSTADAVVRSMDTLREKRDTALIGAGAIFQSMNSTVTMNLACIFHLRGINLTISG
                     ACASGAHAIGLGALLIRQGLQECIVCGGAQEVNPTAVGSFDGIGAFSTREGDPTRASR
                     PFDRDRDGLVPSGGAATIILESEAHARRRGAPILAEVLGYGFSSNGDHISVPNVDGPL
                     RSLRMAVADAAIPLESIGYINAHATSTPVGDRNEARALATLLQGHRCPPITSTKSMTG
                     HEMWMAGASEVVYSLLMMQGQFIAPNLNFEHPDADSAPLRIPAEPIPDYPFDTFLSNS
                     FGFGGTNSTLVIGRTKNEK"
     CDS             complement(16863..17132)
                     /gene="yafQ_3"
                     /locus_tag="SEQF3106_00611"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q47149"
                     /codon_start=1
                     /transl_table=11
                     /product="mRNA interferase YafQ"
                     /translation="MKEIRITGRFKKDVKRIQHHPEKVERLEKVIRLLRQSGSLPQEY
                     RPHRLTGNYKGCMECHVENDSLLIWIDETESIIKLLRYGSHSEIL"
     CDS             complement(17136..17378)
                     /locus_tag="SEQF3106_00612"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METTDKIEIALRLDKNLIHQLEDAARQENKSLSGYVERMLKRLV
                     RPRPNPETMEAIREAQQNDNLEVLDVDHFKEFVASL"
     CDS             complement(17468..18394)
                     /locus_tag="SEQF3106_00613"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPIKTINGTWGGRFPFGLHANLQSTLYTLVKPIAPAKLLLEAS
                     DIDTWNGGILEEMEIDREAKKAEETAVLRKKDEARDEIAWALIQEIRLAAKSPIEEMR
                     EPGNRLLIIADTYKGIIRENYASETAHIKAMLNDLDKPAAVADLTAIGQTKLVQMLRA
                     ANEEFDALFIKRLDFDVSIKNLPSSAAVRQKNDKMTSIIFRHIETAYMMAATDEDRKL
                     VSELIDRINAAIHKTRTIFNTTGKRKDDDKPKEPKEPKEPKQPKEPEKPGGGDDIQIP
                     SEPPKKPDDAQQPTPTPGGQTGGGDDIHIPET"
     CDS             complement(18595..18816)
                     /locus_tag="SEQF3106_00614"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRELEYKNYRGSIEYSEEDKCLFGQVQGIRSLILYEGQTLEELE
                     ADFRGAIDDYLELCERNHYTPERSEAVVA"
     CDS             complement(19105..19329)
                     /locus_tag="SEQF3106_00615"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQSITYKGYTGSVEYSSEDKCFFGKVQGIPPLISYEGQTLEEL
                     EADFRDSIDYYLELCAEKHYTPERSEVVVA"
     CDS             19976..23164
                     /gene="susC_4"
                     /locus_tag="SEQF3106_00616"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MKKSTMLFLCFLLSIGWTVAQTVKVSGTVISDEDGEPIIGAAVT
                     VRGTAHVGTITDADGRYTLDVPSAAKTLIISYVGMRSEEIAVTDKHVTTVLHPNLALD
                     EVVVTALGISREKKALGYAVTEVGGDEMLKARGGVSNPINALQGKVAGLQIAGGSGSM
                     GGSSKILIRGANSISSNNQPLFVVDGVPIEGQGFSDAGSAGSDQYSTARGAGGYDYGN
                     LIQDINPDDVESISVLKGPNASALYGSRATNGVVMITTKKGSKNEGYGVSFNTAVGFE
                     VINKLPKLQTLYGGGGKSKFSDVTINGQHYLYPDYLTDESWGPKYEGQKILSWADLAR
                     WEMGGKKGNPTTSLWRTPDNDVRSFFKTGVSFTNNIAISQATDRSSVRFSYTNSELSG
                     YMPNSTLRKNIFNISASTTSADKRLEVMANVTYFNSAARGRSQTGYDNNNVMEKFIQW
                     GHRELDMKELESLYKNPIDGSQIVWNRKSWDNPAPAYANNPYWSRYVNYQNDTRNRVY
                     GNVGFVYNILPILKLQYKVNLDFFSDKQFERNAVYSQEESQYKESARQQYELNNEFML
                     LYNQTVNDFTISGNLGANLMKRHYEMTYGCTVGGLAIADFYNLKNSISPAIAENYLLK
                     KAINSIFGSATLGWRSMLYLDASLRNDWSSTLPKGNNSYMYPSVTGSFVFSELLKDKI
                     SWLNFGKLRLGYAQVGNDTDPYQVISTMSQYTNIDPSTSGYIVGSTLNNENLKPESTN
                     SYEVGFELSLFDNRVGLEATFYSSETKDQIVPLSVSGTTGYTFRVVNGGVIENKGMEL
                     MLKLVPVRSRAFTWESALTLASNKNKVKDMIVDYYRLATAPFKVEVGAVKGKAYGVIM
                     GTDFKYDKNGNKLIDKNGRYMYTDGNVELGNIYPDFTGGWSNTFKFGNLDLSILLDFS
                     KGGHFFSTSHLWGIYSGMLEESAANGIRENGIVLEGVHEDGTPNTTKISGKRWAKDHN
                     SGPAAQNVLKSDYIKLREVNIGYTIPLKKKDAFFKTVRVSAYGRNLAVWGPDTKHFDP
                     EMIVTGSGNIQGIEGCALPSVANFGFNVNLKF"
     CDS             23189..24781
                     /locus_tag="SEQF3106_00617"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAIYKYLVLLIILSVGVFTTVSCEKLETTNEDPNNPVEVPSNM
                     LMSGTQKRMMDNVYDNWFGARQCLTYSQYWAQRNYTEEDRYQIRESVNNGYFNIFYRC
                     LYCMDRLIELNTDPTKATISAVYGNNKNQIAAAKIMKVWMLSIITDTWGNVPYTEAGK
                     LTKDVYYAKYDSQKDIYAAMIKELTEASQMINVKEKAFTGGDIIYKGDASKWKKFANS
                     LRCRLAIHLSKVDSNWKTYIAEALKDGVFESNADNAVFKYSTTGKEYCQIYRGYYVSG
                     RNDFTLTRPFMDILKGQADTLNKKSHPWAGVVDPRLEVYTTPQNGKYIGIPFGIASGD
                     MTDKFQDMAPDWYANPPIQLAQDFTVPIMTYAELQFILSEYKGFSADEYKEGVRASVT
                     YWTTLNGKPISTANLDAYVDAVSKKVDAEAVALQKYIDLFMNGTEAWVEIRRTGYPDQ
                     LIRPGEISVIDAEGKALKFEPLSDTKGLIIPRVKYPTNESTLNGANFNAAVSKLEGGT
                     NNYYSKMYWDVRTGPYDHPANK"
     CDS             complement(25120..28842)
                     /gene="metH"
                     /locus_tag="SEQF3106_00618"
                     /EC_number="2.1.1.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P13009"
                     /codon_start=1
                     /transl_table=11
                     /product="Methionine synthase"
                     /translation="MMTKKTIQQLLRERILILDGGMGTMIQGFRLTEADYRGERFADF
                     PHQLKGNNDVLNITRPDVLRNIHRQYLDAGVDIFTTNTFNANAVSMEDYGMQDFVREM
                     NLAAGRLTRTLADEYMAEHPGRTIFVAGSLGPTNKTASMSPDVSDPAYRAVTYMDLFR
                     AYYEQIEALMDGGVDVILFETTFDTLNVKAGLEAAVQVMQDKGRELPIMLSLTLTGKG
                     GRTFSGQTLGAFLASVQHIPLLSVGLNCSFGAADMKPYLKELGDLAPLYISAYPNAGL
                     PNQFGQYDETPETMAVHIKAFIDEGLVNIVGGCCGTTPAHIARFPELAQGRRPHVPAP
                     PPASDSLWLSGLDLLEVKPEINFVNIGERCNVAGSRKFLRLIKEKKYEEALTIARKQV
                     EDGAQVLDINMDDGLLEAEDEMRTFLNLIASEPDIARVPVMIDSSKWSVVEQGLMCVQ
                     GKSIVNSISLKEGEEAFLQHARRVRRLGAATVVMAFDETGQADTYERKIAVCERAYRL
                     LTEKVGFPPQDIIFDPNVLAIATGMAEHNGYGLAFIRAVGWIKKHLPGAKVSGGVSNL
                     SFSFRGNNYVREAMHAVFLYHAIREGMDMGIVNPSASVTYDDIEPSFRTLLEDVVLAR
                     RPEAAEELIAYAQSHNEKASGEEGKTHDEWRTKSLEERLEYALMKGIGDHLESDLTEA
                     LQHYDRAVSIIDGPLMSGMNRVGELFGAGKMFLPQVVKTARTMKKAVAILQPAIEAEK
                     SSTADASKAGKVVFATVKGDVHDIGKNIVSIVLACNNYEVIDLGVMVPAEKIIETVRR
                     EQPDLLCLSGLITPSLEEMVHVTDEMQKAGFRIPIMIGGATTSKLHTALKIAPHYDYP
                     VIHVVDASQNPLIAAKLLNPTTRDAYVDSLTEEYERLRRAKSGREPKPILPYAEARER
                     GLKTDWATYMPDVPRKLGLQRVELPVSDVAEYINWVFFFTTWRLLGRYSDLVGLHDCP
                     SCRAEWLAKFAEGDEREKAREAMKLFDDAQAVLRDLMAENAHCHALVGLFPAVSEGDA
                     IRITGPDSTDVLVPVIRQQTEGERGVCLSLADFIMPAEEGRTDYIGAFAVTVGNSTEP
                     LRQRYEAEGDSYRLMLLQTLSDRLAEASAEYLHAKVRREYWGYAPDEDLPIDELFKEH
                     FRGIRPAVGYPSLPDQSLIFLLDRLIHFGSIGITPTENGALSPTSSAAGFYFAHPESR
                     YFSIARIGEDQLTAYAALRNTSPDNLRRFLQKVLES"
     CDS             complement(29288..31474)
                     /gene="ppiC"
                     /locus_tag="SEQF3106_00619"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9L5"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidyl-prolyl cis-trans isomerase C"
                     /translation="MATLEKIRGHAPLLVTIVGLALLGFIIEDFLNSGSTYFRQSKNQ
                     VVTVNGTSVDYQEYQKRIEEMTEVTKLQYGLQSLTEEQTVELRRNVYNSIVSEIVMKD
                     VADKIGIDVTSDELFDMIQGDNIPPMVQQNPLFIDPKTQRFSKARALGVLKALENIDA
                     VPEEQREEMTQMRNFWLFWEKNMKLQRMQEKYINLLAKAIVANPIDAKDAYEGSAVSS
                     DIVYAVQSLAAIPDSTVQVDEKQIRKLYDERKAQYKQKESRVIDYLAVEVRPSKEDYD
                     AVSKDMAEARTQLASMDSSNSVEGIVSKYSRTPYMDFYLSENDLRDEDLKRFVQTAEV
                     GAIDGPIFKDDSYRLCKLIGRKSAPDSVKISDIFIASQDGTINPDMTRLADSLMTLLK
                     GGADFAELAKKYSSFSSGETGGDLGWLTEVAIKQNNLGEAFEREAFAAPLNQPTLVKT
                     DNGYHLLKVTERTAAVPKYKVAYIYMDVRPSNKTYSKIFNDLNAFVAKNNTAEKITAA
                     AKESGYELTPDVTVTGEDHQLGMIQDARQVVRWAFENKTKDKVSDIKECKSRIAGTSD
                     FKTTYVVAILRQVLPEGYQSFETVAPIIRRELAMRKKGEEVAAALKAKNLTSLEAYAS
                     AMHSSIDTVKFITMNTPRINGIGLEPVLNAQVALAKPNTLTGPVAGYSGVYVFKVYNR
                     TKEPGAYDEKAQMREIEANTAPRVGYFALQKLVDNSKIIDNRIRFE"
     CDS             complement(31565..32125)
                     /gene="lptC"
                     /locus_tag="SEQF3106_00620"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01915"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipopolysaccharide export system protein LptC"
                     /translation="MLLFCSLAACNREVKEEVEIGFNPDSTYTMKAVDVVTLVSDSGI
                     TRYKVQTHEWYMFGEASEPYWYFPKKLHLEKFDSLFRVEASVDADTAYFYQHRKLWKL
                     IGHVRVRSLQGEQFETSVLYWDQNLEKVYSDQFIRITKGEFVNTGQGFESNQALTQYR
                     IFNSAAEIPFEDRSIDSTDTAPPPPA"
     CDS             complement(32202..33599)
                     /locus_tag="SEQF3106_00621"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDECKNLMDMKIKGILSVAVLLATVVMSANAQKGVDNGTQFGSG
                     EDSIRCLTNISLFIPYAKVNNYQDAYPYWKIAYDECPAATKDIYLYGVRIMNWKIEQE
                     KDAAKKDALVNDLMAVYDKRVKYFGSDKKYGKDWILARKVEDYLRLKGDKADIAAAYG
                     WLSQVLDEFKEKTDELAVSEYMFLSHKMMEKDEAGHRAKFVQDFLRCSSIFDTQIKAA
                     QAANNQKLLDNLMAMKAGIEKGFSGSGAADCETLQKIYADQVETNKDNLDFLKETLTL
                     LRRAGCQEIDAYFKASEYAYQKEKTAEIAFGMGNQSIKKHDYASAERYLTEAADMATE
                     KDMKENIYYTLAALASQQHAYPKMRNYCHKVLELNPNNGKAYILIGNAYAASASGIYP
                     DDPVKRKCVYYAAVDKLMKARSVDPSVAGEAGALIGRYSSYFPTTEEIFMHPDLNKGA
                     GFTVGGWIGEHTTIR"
     CDS             complement(33632..34867)
                     /locus_tag="SEQF3106_00622"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTSKSALPLLCILLCGTLPAMAQNATNSPYTRFGYGMQADRSFA
                     AGRAMGGIGYGLRSSRQINPMNPASYTGMDSLTFLFDGGLTAQMSWFDDGSHRQHDFN
                     GNFEYAAMQFPLHRQIAVSIGLLPYSSVGYAYSAPSQGDARYTDRFDGSGGLNEVYGG
                     LSVEPWKKRLSIGANISYMFGTITHNSVTNLTKTFYWRNRMRVHNIKYDFGVQYVHPL
                     SHTDRLTLGAVYSPKRRLGTTVSHETSFREDFSTIIEGDTMRNAGFDIPDVYGAGLSY
                     TKDYKMTLAADVSYRGWSKAQFYNRDGDFNDQIRVALGGEYIPNAFTRAYLQRVRYRA
                     GLHYSNSYVKVNGSGYKEYGLTLGAGFPMLDNRSFLNASLEYIKVAPDQKGLINEQYL
                     RFTVSYTFNEYWFFKRKVD"
     CDS             complement(34857..35594)
                     /gene="coaX"
                     /locus_tag="SEQF3106_00623"
                     /EC_number="2.7.1.33"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37564"
                     /codon_start=1
                     /transl_table=11
                     /product="Type III pantothenate kinase"
                     /translation="MNLILDQGNTTTKIVLTERGEAVFMATYTPLTAATLNALIDHYH
                     PDRGILSSVAEPDPAWLPLLRRRLRSVISLNDDPGLRIPLTIDYLTPETLGRDRIAAA
                     VGARTLRRGAPLLVIDAGTAITYDLVLASGRYLGGNISPGLTTRFRALNYYTRRLPLV
                     HERDEVPRLGTTTETAILAGVVRGIVYEMNGYITDLRSDYPNLVIFLTGGHAFYFEGR
                     LKCATFASENLVWIGLNRILEYNVDDK"
     CDS             36334..37059
                     /locus_tag="SEQF3106_00624"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEIDYPDMRRANNGAHIQFMRMILERLEEEPEVMKNAVMRRAV
                     AALKAAVDEESLYLGQSRKSLLTDDIKAVDKERDELLTGFRATVRGLRHMPDREMAHA
                     AEELLLLLDNNKVARGMQLDRETGMIAKLISELERNHMEKVDRLNMGLYVTALKVANE
                     RLNGLLLERSESRMWRKPKAMQLARVQTDAAFRQVARVANAMAVLEDEAVVAPFIDFV
                     NELIRRYRQQVFPRRRKAKMPEE"
     CDS             37123..38379
                     /locus_tag="SEQF3106_00625"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQDYINRSFFALLVFTLIFGVMFYDIIDGLGFSYVDEICALLLF
                     GLFGYHTVSSRTWAFNRGFLCVIGVFVFYFIYSLIIGSNSVQGIAMDFLIQIKPYVAF
                     FCVYSLRTKLTENQKKILRNLAFLFTLYLIPIGLTDAVYGHVIKIFFGHESRFATSAT
                     ILAVIYLYCSDFTPRDKFVYVCLLAVGLFSGRSKLFGFLALSTLMLIYMNRSFRMRLD
                     VRNTLFLIVALAATAYVAKDKIELYFITGGFGGGRSEEDLYARMALYYFSIPIFLQYI
                     PFGSGFASYGTYASGVYYSKLYNRFGMDRMYGLTESSPKFVADTYYPALAEFGIVGVV
                     LFFSFWIYLASRAMKAYRVGMKKESVIALLIIFFFAIESTSDATITHNRGLFMMMMLG
                     LLMSDIQTNMQAARASMSPRNNDSNG"
     CDS             38376..39605
                     /gene="kanE"
                     /locus_tag="SEQF3106_00626"
                     /EC_number="2.4.1.301"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q65CC7"
                     /codon_start=1
                     /transl_table=11
                     /product="Alpha-D-kanosaminyltransferase"
                     /translation="MKVLLIDVYHYNHGGAETVCFNTGRMLQAHGHEVVYFCLKWKRN
                     LPSPFARYFPESKETRRGVFRQFKNLINYFYHFEAADKLDQLLRDEQPDIAHIHLIWG
                     QITESILPVLRRHGVPAVLTAHDYRVVCPAYAFRDGRGRICERCRGKHFYKCFLHKCA
                     KNNWVMSGVMAAEQYFRNAFFNPAELIDGFIYVSQFTKKKHDTYMPALRQKPNMVLYN
                     SAPEIAAEPLRKQGEPYFLFMGRLSSEKGISTLVEAMDGLPACRLKVAGTGPQEAELK
                     RYTAAHGMSNIAFCGYQTGAALEALVRDARFIVVPSECYENNPMSIIEAYAIGTPVVG
                     ADIGGIPEIVPEGVTGFRFESRNAADLRTKLAAAARLTEAEYTAMQHAALAFAREHFN
                     TANYYPRLIDFYNQFVK"
     CDS             39602..40705
                     /gene="mfpsA"
                     /locus_tag="SEQF3106_00627"
                     /EC_number="2.4.1.246"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A7TZT2"
                     /codon_start=1
                     /transl_table=11
                     /product="Mannosylfructose-phosphate synthase"
                     /translation="MMQIGVFGTRGFPGIQGGVERHCECIYPRMARQQDVRVTLYRRR
                     PYVRSTATYAGITFRDLPSTRVKGLEAFLHSFLAALDCLRRRPDVVHIHNIGPGFFAP
                     LLRLFGLRVVLTYHSANYEHSKWNAAERTFLRLCEAIALSTAHAIVFVNRFQMEKYAD
                     GIRRKSHYIPNGIDAPAPNSGTAFLDQHGLTPGHYLLAAGRITHEKGFDLLIDAYIHT
                     STDCKLAIAGGVESEQEYARRLRDAADPQRVVFTGYANRAEMNELYTHAALFVLPSRS
                     EGFPIVLLEAMSYGLPVVASDIPATHLVELPDDCYFPAGDAKALREALEQKLAAEPHR
                     VTYDMAAFDWDTVAARTLDVCRCVASPHKPKAL"
     CDS             40702..41490
                     /locus_tag="SEQF3106_00628"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAIDIHACHRLLLDIAAILDRVCRQNDIPYYMLGGTMLGAIRH
                     GGFIPWDDDMDFGIPREHFDRLRTLLDDALRGTPYRLHTYLNSPNKINYLKIVDTRTC
                     IRGAWETTDTGVNIDLFPLDCGPRWSLLTRPFAAYIYLMLIVKDYKQLDAAPRRGLKR
                     LIARTLKRLPFRTDTLIAHIDRCILRHSRSGRDRCINYFGHWRSREIFPADIFGAPMD
                     YAFEGMILLGLAHPDAYLSQLYGDYMQLPPPEKRVAHTERIFFK"
ORIGIN      
        1 gatattcaaa agtgctgaag agattacacc cgattttaca ccaaaagatg tagagccggg
       61 tgttttgttt ttatgcgctc gggataagta gtctctaatt gtctgtgtgt atcgaagcct
      121 tgcaatgctc cgtcgaacac tgtgcgtaaa gtatgtcgtc tgcttgtctt tctcttttcg
      181 ccagttcgct ttttcatacg gtgcggcttg tctgacggat gtctcaatac ggtttacgca
      241 tgaacagcac ccggctttac acaatgtgca gagtcggggt gctgtcgttt tgggggatgg
      301 gcgggggatg atccgaagtt caaaatggaa tgtgcgtaag cagaaagagg ttttccgcct
      361 gaggtatccc ccctactttt tacggagttt gttcacggcg tgctctaacg actcggtcgg
      421 ctcgatgatg ttgtaacctg accagaagtc ggcatcgtag aagtctgctg cccgatctgt
      481 tagcgcgtca cgtgtgcgga aggactcgcg gtaggggatc cgatcggcgt gcaccgtatc
      541 aagatctgtg atggccatct cagatgttat ggcgtaggtg gtggcaaaga ggcggcgccg
      601 ccagtcgcac cgaaaggccg tctcgcaacg cacgtaagcc aggctgctgc gcccatcgct
      661 ctgccgccgg taggtgacga gaaacgccaa acgctcgggg cgaaaccgca accccgcggg
      721 cttcttgcgc agcatggcct gggtggcttt taggcggtcg ctcatgtcga ggctgaattc
      781 ggcgcgtgag atggtgcgcg tcgcttggtc gatgtagagt agcccctcgt agagcgcgta
      841 ggggcagact gcgcggggca tgaagcgcac ctccacgtgc ggccggtcgt cgatcatgac
      901 tgtgcggttg tagcggaagg cgtagtgatc tatttcttca cggctgaaca tcagctcgcc
      961 gtttttgacg acgtcgaggt agatggagag cgtggggccg ccctcgaact tcacgattag
     1021 cgtgtcgcct gcgcgctggc tgagcagccg gcggcccttc tcaagccgta cgcggtcgcc
     1081 gtcggttccg ctcccattgt aggacgtttt gtaaaggctt acgacggctt ctgagatgtc
     1141 gatgtagcgc cgccccttgc ggatcacttc gcgataaaaa cctgtcagtc gattgggccg
     1201 cgtggggtaa ttgtcggtca cccgatcggc cgcctcgcgg accaggtccg tcgcgtcgcc
     1261 gcccatgacc atgacctcct gcaagacatt ggcgttcggc gtcaggcgga tgtcggcccg
     1321 cgccacgtcg cccgcccccg gccggagcgt gtattcataa agtgcatatc cgatgtgcga
     1381 aaactccagc cggtcggccc gcagcgagtc gtccacatga atcgtaaaaa agccgtcagc
     1441 gttcgtcacc gtcccgacgc ctgtgcgtgg cacggtcaca tgcacggccg gcagcagacg
     1501 ccttgttcgc gcatcgcgca ccgtcccgct gatcgtggta tgcccacccc ggctcagtgt
     1561 gccgacctgc gcccgggcgc ggggcccctg caatccggcg ataagcatga ggctccacag
     1621 catcattcga aaaagaaaag tagtcttcat tggtccaata ttttttttga tggataaaca
     1681 tgtgtggggg gcagaccttc tgccgcccgc ccgaaattac gataaggtat agtcgatgcg
     1741 taagaggtga ccgtttttca ttcgttagcg cgtcgctcgc cgtgggggag ggtgagattt
     1801 ttcgcccgct gtgcattttt acaaggcttc attttctgag aaaatgagtc ctcggccgga
     1861 aaacgccatt ttctgagaaa atgaggcttt tcacttccgg aaaatgcctt ttgctgagaa
     1921 aaaggggctc ttcgcttccg gaaaatgtct tttgctgaga aaatggggct tttcacttcc
     1981 ggaaaatgcc ttttgctgag aaaatggggc ttttcgcttc cgggaaatgc cttttgctga
     2041 gaaaatgggg cttttcgctt ccgggaagct ccattgccat tgccatttca gcttttcagt
     2101 tttctggccc ggtctatttt tgcggccatg ttattcaaca ccattcaccc gcaagacaac
     2161 agcacggctt catcttcaga ggcgccttat gctatcgata aggcgttgaa tagaggtgta
     2221 tttactttga ataacaaaat cacccccccc ccgttaacat ttataaacaa gagcgcagtc
     2281 tcttttctca agcgatcgtc cggcgatgcg aaaaagcacg tcgggcgatc gctttttgcg
     2341 tttgtaccag gccgtccccc gcgcaaaagg aacggcctgc ggcggcgcat tgtctcataa
     2401 cccctgccct acatgttgtt caattcacta cagtttttct tcttcctgcc cctcgtcttc
     2461 ttcctctatt ggggcatcaa agggcggaaa gcccaaaacc tcttgatcgt catcgccagt
     2521 tatgtgtttt acggctggtg ggactggcgc ttcctgctgc tcatcgccct gacctccgca
     2581 tgcagctacc tgagcgggat atacatcgag cggcgtccac agcatgggcg ccggttgatg
     2641 gtgtttaatc tgctgttcaa tctgggcatc ctcggcgtat tcaagtacta caacttcttc
     2701 gccgacaact tcagcctcct gctgcatgcc attggcctga cggtcgacct ccccacgctg
     2761 cggatcatcc tgccggtcgg catcagcttc tacaccttcc aagccttgag ctacaccatc
     2821 gacgtctacc ggaaacagct ccgagcgacc acggatccgg tcgagttctt tgccttcatc
     2881 agcttctttc cccagttggt ggccggcccc atcgaacgtg ccactcgatt gctgccgcaa
     2941 ttccagcgcc cgcgcacgtt cgattacgac aaagccaccg acggactgaa gcagatgctg
     3001 tgggggttct tcaaaaagat tgtcgtggca gacagctgcg ccgtaggagt ggagaacatc
     3061 ttcagcaatt acccctcgat gagtggcgga ctgttgttct tgggcggcgt gctttttgcg
     3121 tttcagatct acggcgactt ctccggctat tccgatatcg ccatcggcac cgcgcacctc
     3181 tttggcatcg atctgatgcg caacttcaac atcccttact tctcacgcaa catctccgag
     3241 ttctggtcgc ggtggcacat ctccctcacc tcctggtttc gcgattacct ctacatccct
     3301 ttgggcggga accggcgggg acgccttcgg acgcttcgca acacgctgat cgtgttcctc
     3361 gtctcgggca tttggcatgg cgccaattgg acgttcatct gctggggact ttatcacgcc
     3421 ctgctcatca tcgtgttttt cctattgggc atcaagcggc aaccgacagt cgtcgccgcg
     3481 aactcgttct tcccttccgc gaaagaatgc gcccaaatgg ccgtcacatt tttcttggta
     3541 atcatcggct ggatcatctt tcgatcggag aatatgtccg tagcctatca ctacatcgcc
     3601 cgcatgttca ccacgccttg gacggacctc tccgcccggt cgttcattga tttagctgtc
     3661 ctgaaagacg cgctgatcgg ttgcgccatc atgctgctcg tcgagtggct gcaacgcagg
     3721 aaagcgcacg ggttggagtt gcagcggccg gccgtaggga gataccagca gatcgcattg
     3781 tgttacgcat tgatattcct catcctgttg ttaggcgagt ttgggaagaa tcaatttatc
     3841 tatttccaat tctaacccat gaagaagttc atccttaatc tgctgattta tttcccggtg
     3901 ttgatcatca tcgtagccgt caactatttc gtcgatcctg gccatcgcta tgcccgaaaa
     3961 aactatgaat acaccattgt aaaaatgttg gatatggggc atgtcgcaaa tgttgatgac
     4021 aatttcaatg atagaagatt caaactgttc ttagcagaac atcgtgcgaa gtcttccgtt
     4081 gacatactga ttttaggttc aagccggaca aagctgatct ctgagaaact ttttccgggt
     4141 aaaacctgtt tgaatctaag tataggcagt gcagatatgg ttgatgaggc tgggttatat
     4201 caagcgtgtc tgcgaaatca aattcaaatt aaacaggtaa tacttttggt tgatccagat
     4261 tatttcagtg agaagaatgg cggtttatcc gaaaacactc ttgaatatga ttttcatgaa
     4321 taccagcaag cctctcgcgg aagaataagc agtgaaacgt tatctacacc acagtaccgt
     4381 gacatgacct tcctaaaaag aatcgaagat ttctttggca tgctcgatta taaaatgaac
     4441 attctctcac cctcttattt tcaagaaact attcgatatc tgttcttcaa aaagagactt
     4501 tctttatata acactgggct ttacgataat ccgggtaata ccattcatgt cgatggctct
     4561 ttaagttata atgagaagta ccggaatcag actcaaaagg agatagaccg attggctatg
     4621 cagtatcgta ataagatatg ggaggattac ggctgcctgt ctcaacaaag aattgaagaa
     4681 ttggagcgac tgatcgacta catcgaaaga aatggcagcg aagtactcat cttcaacagc
     4741 tgctaccatc catacacata caagagattg acaactttag aaaaatacaa attcgtaaaa
     4801 aaagcgatgg acttcattcc cgagtttgcc gcagcacatc gactacaaac aatcggcacg
     4861 ttcgatccgg ccaaaagcca ttgtgacgaa accgatttct acgatgccat gcatatgagt
     4921 gctccaggaa tcgaaaagat cgtctcttca ttcactgaaa agtctgacac tgtggcagat
     4981 tgatcctccc ccgccagatg atcagccgca ggctcgccga ccgaaagttt gcgtagcccc
     5041 ttacttttgc gccccaccca aaacgaggga cacaaagcat gatcgacagc gcatattttc
     5101 aagataagaa ggccgcctat tacacgctcg gctgcaaact caatttcgcc gagacgtccg
     5161 ccatcgggcg cgaactggca gcgaacggca tccgccgtgt gcgccccggc gaagaggccg
     5221 acgtctgcct ggtgaacacc tgttccgtca cggagctggc cgacaaaaag tgtcgccaac
     5281 tgatccgacg catccggcgc caacaccccc gcgccttcgt catcgtcacc ggatgctacg
     5341 cgcagctcaa gcctgacgag gtgcttgcca tcgaccacgt cgacctcgtg ctcggcgccg
     5401 aacagaaagg cgacgtgatg cgtcacctgc gcgagcacac gtcgggccaa gcaatcacca
     5461 ccgacacgaa gcgcatccgc accttcaccc cctcctgttc ggccgacgac cgcacgcgcc
     5521 atttcctcaa ggtgcaagac ggctgcgact atttctgttc cttctgcacc atcccttttg
     5581 cccgcggccg cagccgcaat ggccgcatcg ccgaccttgt ggcgcaggcc gaaggcgtgg
     5641 cgcgcgaagg cggacgcgag atcgtcctca cgggcgtcaa catcggcgac ttcggacgca
     5701 ccacgggcga gtcgttcctc gacctcctcc gcgctctgga ccgcgtcgag ggcatcgcgc
     5761 gttatcgtat ctcttccatc gagccgaacc ttgtcaccga cgacgttatc gccttcgtgg
     5821 ccgccagccg acgcttcatg ccgcacttcc acatcccgct gcaaagcggc agcgacaccg
     5881 tcctcgagct catgcgccga cgttacgaca cggccctctt ccgccgccgt gtggagcgca
     5941 tccggcaact tatgcccgac gcattcatcg gtgtggacgt gattgtgggc acccgcggcg
     6001 agacggacac atgcttcgag gagtgccgcg ccttcctggc ggaattgccc ttttcacagt
     6061 tgcacgtctt cagttactcc gaacggccgg gcacgatggc gttgcacatc acgcccgtcg
     6121 ttccgcccga ggtaaaacac acccgtagcc gcaccctcct cgacctttct gaccgcaagc
     6181 tccacgcttt ctacgacgcc caccgcggcg ccacggcaga ggtgctcttt gagcatgccc
     6241 gcaagggtgg ccacatgtat ggcttcaccg cgaattatat caaggtggaa attccctacg
     6301 acgctgcgct ggcaaaccgc atcacgcccg tccgcctcga cgcctggaac gcgaaccaaa
     6361 ccgccctcac cgccacactg ctgcgcccat gaaaacgctg gccaaccgac tcctttacgc
     6421 cctgctttac gcttgggcac gcgcgcacgc cctgctcccc atgcgtgcgc tctacgtgct
     6481 ctcggatatc ttctacgttt tgatttacca cctcgtgcgc tatcgtgtgc gcgttgtgcg
     6541 cagcaacctc cgcggcgcct tcccgcagat gtcgcctcag gagcgcctcc atttagagcg
     6601 tcgcttctat catcatttct cggattacgt ggtggaaaac atcaagctgg ctggcatctc
     6661 tcacgaggag ttacttcgcc gcgcccacct ccgcaatccc gagatggtcc gcccgctttt
     6721 agaagccgga cataaggcgc tcgtgctcgt catgggtcac tacggcaact gggaatggtt
     6781 caccggcttc ccctcctctt tcggcggact cttggacgtt tatcagatct accgcccatt
     6841 agacagcccc gccttcgacc gcctctttct ccacctgcgc acccgtttcg gagcccgttg
     6901 cgtgcccaag aaagacgtcg tccgccagct catccacgtg tcgcgcagcc gtcgccccgg
     6961 cctcttcgtc ttcattgccg atcagacacc cagccgcgca aatctgcatt actggaccaa
     7021 cttcttaggc catgacacag ccatgctcaa cggccccgaa cgcttggccg tgaagatgaa
     7081 tctccccgtg atctacgctg acgtccggcg cgaaagccga gggcattaca ccgtagactt
     7141 ccagctcctc accgaccgtc cgcgtgagac gcccgagcat tggatcaccg aggaatacac
     7201 ccgccgcatg gagcacacca tcctgcgcga tcccgccttc tggctctgga cgcatcggcg
     7261 atggaaatac tcgcgacagc catccgcaac ccacataacc ccagatgaac aatagaaaat
     7321 gaagcacctc cgcctatacc ttatatatat agccacgctg ttgacggcgt gtgatcagct
     7381 gcccgacttc agatcgcagg ctggcatggc ctaccacttc gacgctcccg ccaccgactg
     7441 ggaggagtgt ctgcccctcg gaaacggacg catcgggctt acgctcgacg ggggcataga
     7501 ccgtgaaacg atcatcctca acgaaagctc catgtggtcg ggcagccaac aagacgccaa
     7561 caaccccgac gcccaacgcg ccctcggccg catacgcgaa ctcatcttcg aaggccatcc
     7621 cgacgaggcg cagacactga tgaacgaggc ctttgtctgc cgcggaatgg gggcaaatgg
     7681 cggcgacgca gccgacaagg ccttcggcag ctaccaactt ctcggcgccc tccttttgga
     7741 ctacacctac cccggcgacg aacacaccac cacctccgac taccatcgca cgctcaacat
     7801 agaagatgcc gtcgccaccg tcacctaccg acacggcaag ggcacataca cccgcgaggc
     7861 tttcacctcc ttcgccgctg atgtggccgt agtccggctc acagccgatg gcgagcgcac
     7921 cttgcaactg cgtgtcggcc tcagccggcc ggagcgctac agtgtctccg tcgatggccg
     7981 cgagcttgag atgcatggcc ggctctatgc gggcgatggg caggtggggc cgcaggcacg
     8041 cacaccgggc gacacagcca tccaccccga agattccctc acccatgccg cccggatgga
     8101 gggcggcggt gtgcgatacg cagcgcgggt gcgtgtgatg cttccccagg gcggcagcgt
     8161 gaagtccgcc agcgatacga gcctcgccgt ggagggcgcg ccagaggtga tcctgctcgt
     8221 aggtatggcc acggattact ttggccatga tcccgccgcg accctccgca cccagttaga
     8281 cgccgctaac cgcccctacg cagcgctccg tcgggagcat gtggcggcct atcgcgaacg
     8341 ttacgggcgc gtcacgctcc gcctcggacg ctccacctcg cgcgacgcat ggcccatcga
     8401 caaacgcctc gaggccttcg cacgcgatcg ccgcgatccc tcgctcatgg ccctctacta
     8461 ccagttcggg cgctacctgc tgctctcctc cacgcgcccc ggcagcctgc cgcccagcgc
     8521 cgaaggcctt tggtgccaca ccatccacac gcccgacaac ggttgttatc gcaccgacgg
     8581 cccgctccag atgtgctact ggccagccga gacgggcaac ctgcccgaac tgatcgcgcc
     8641 ccttgaaacg tggacgcagc gcctcgccac taacggacgc accacggctg ccgccttcta
     8701 cggcgcacgc ggctggacaa cacacgccct cggcaacgct tggggataca ccgcaccggg
     8761 gcgcacctcg ctctggacgg ccgcctccac ctccgccgca cgcctctgcg ccccactctt
     8821 cgaacatttc cgcttcaccc gcgacacggc ctatctccgc cgcgtttatc ccaccctgcg
     8881 cgaggccgcc ctcttccttg ccgaccgcct cacggaggat ccccgcagcc accacctcgt
     8941 catcgccccc agcttttcgc ctggcaacgc ctacctgatg cccgacggcc gccgcgccac
     9001 cctttgcgcc ggcgccacgg tggacgacgc cctcgtccgc gagctcttca cccacaccct
     9061 acaggccgcc gccattcttc acaccgacgc cgagctctcc accctgctca ccgcctgcct
     9121 ggcccgcctg cgacccacga ccctcacctc cgacggccgc atcgccgagt ggcccgatcc
     9181 cgcccgcgac gccgacccgc gcgcgcccta tgcgccccac ctctacgccc tcttccccgg
     9241 caccgacatc tcgccccgcc gtacccccga gcttgctgag gctgcccacc ggacgctcga
     9301 ggcgcggggc gatgccgtca gcggacttgc tggcgtctgg cgcgtgaact accatgcgcg
     9361 cctctgcgat ggcgaccgcg cctaccgcat cctctgcgat ctgctccgcc ccgctgcctc
     9421 tgccgatggc cggcccacgg gtcgcaccgg caccttccac aacctcctct tcgtcgatcc
     9481 caccttccgc attgctggca acttgggcgc cgcggcgggc atcgccgaga tgctcgtccg
     9541 gagcgatgac gacgtcatag agttcctccc cgcacgcccg gctgcatggt ccgagggcga
     9601 atttagtggc ctctgcgtgc gcggcggtgc cgaggccagt gcccagtggc gcggtcgcga
     9661 catgcaagtg ggtctgcgcg ccacacgtgc cggcaccttc cgcatcaagc tacccgtcga
     9721 tgccgaagtg ctccgcatca agcgcggcgg acgccttgcc tcctgccccg tcgtcggtgg
     9781 caccatcgcc ttcgccctca cccccggcga aaccgtcgaa atcacctggc gccaacagcc
     9841 cgccctcaag gattgatcga tttacggatc gagtttttga atgtatacaa cgtattgacc
     9901 ccaaacccaa atgggtttta gaccgtatac aacgtatata cccaaaaaca gagtctgttt
     9961 ctgaccttat acaacgtata cacccaaaaa cagagtctgt ttctgacctt atacaacgta
    10021 tataccccaa aacagagtct gtttttgacc ttatacaacg tatacaccca aaaacagagt
    10081 ctgttttaga ccatatacaa cgtatgtacc caaaaacaga gtctgtttct gaccttatac
    10141 aacgtataca ccccaaaaca gagtctattt ctgaccttat acaacgtata caccccaaaa
    10201 cagagtctgt ttttggcctt atacaacgta tacaacccaa aacagagtct gtttctgacc
    10261 ttatacaacg tatataccac aaaacagagt ctgtttctga ccttatacaa cgtatatacc
    10321 ccaaaacacg attcgtaaat cgatccccat cgagggatga ttgccaaatg cgccgaggag
    10381 ggctgtcccg cggtgaatca cacagcgaaa cgcgaaagat ttttcgcccc cacataggcg
    10441 tcgataatct tctgatcatc gattcggcat aaaaaaaggg ggcgccccga aggacgtccc
    10501 ctgcaatcat tgacaattga caatgaatca ttagcgcgct gcgctttcag cagatctcca
    10561 cgcccaagac tcgttccgcg tgataagacg accgcaccaa cggcgcactc tccaccgaac
    10621 gaatgccctt ggcgagcgcc gtcaggcggt aggcctcgaa ttgcgcgggc gtgacgtact
    10681 ccgtgacggg caggttcttg cgcgagggct gtaggtattg cccgatggtg agcgcatcga
    10741 caccgacagc gtgggcgtcg tccatcagct cctccacctc cgcgatggtc tcgccgaggc
    10801 cgaccatgat gcccgtcttg gcgcggatgt tgcgcgaggc gatgtgctgg agcacgcgta
    10861 ggctcacgtc atacttcgcg gcgctgcgca cgcttggcgt caggcggcgg acggtctcta
    10921 agttgtgtga gatcacctcc ggctcggccg cgatcacctc gtcgacaagc tccgtgcgcc
    10981 cttggaagtc ggggatgagc acctccaccg tcgtgtgcgg gttcagctcc ttgatgcggc
    11041 ggatggtgac ggcccaatgg cgggcgccga ggtcgggcag gtcgtcacgg tcgacggagg
    11101 tgatgacggc gtggcggagg cccatcaggc ggatgctcat ggctacgtgg tctggctccg
    11161 cggggtcgag cggatggggc cggcccgtca gggtgttgca gaagcggcag gagcgggtgc
    11221 agatgtcgcc gccgatcatg aaggtggccg tgccgcggct ccagcattcg ccttggttgg
    11281 ggcacttgcc gctggtgcag atggtgtgca ggccgtgtga ctcaacgatc tccttcgttc
    11341 ggcggaagtc atcgttgcct tgcagacgga tcttcagcca gtcgggtttg cgaacgtgcg
    11401 cggtagccat cagagattct cgaggatgaa gtccgtcatc cgcgtgtaga ggtggaggcg
    11461 cgtattgccg cccatgatga agtggttgcg gtctttatag acctgcatgt cgaactgctt
    11521 gccgagctgt acgagcgtct cggcgtaatc catcgactgc atgaagtgca cgttatcgtc
    11581 ggccgtgccg tggacgagga gcagcttgcc ggtgagatcc ttcgcgtgct tgatgggcga
    11641 tgtgtggttg tagccgtcgg cgttttcctt gggggtgcgc atgaagcgct cggtgtagac
    11701 cgtgtcgtaa taccgccaat cggtcggggg cgccacggcg atgcctgcct tgaaggtgcc
    11761 tccgcccacg ctcatgctca tcagcgtgtt gtagccgccg aagctccacc cccagatggc
    11821 catccgtgag gcgtcgatga aggggaactg cttggccagg gctttggcgg ccgccacttg
    11881 atctttcgac tccagctcac ccatcttcag gtaggtgcat ttgcggaact cttcgccccg
    11941 ggcgcctgtg ccgcggccgt cgacgcagat cgtgattatg ccgtgtgccg cgaggcattc
    12001 ttcccagcca aactcgaagc ggtcgagcac ggactgtgag ttggggccgc tgtactgtgt
    12061 catcagcacg gggtatttct tcttcgcgtt gaagtcggcc ggcttcacca tccacgcgtt
    12121 cagctccacg ccgtcggctg tgcgtacggt gaagaactcc ttcggggcgt aggtgagctt
    12181 ggcgaggcgt tcgcgcagct cggcgttgtc ttgcagggtg cggagctcct tgccgctctt
    12241 cgtctcgtgc agcgtggcga cggtcggcgt ggtggctgag gagtgacgga gcacgtagta
    12301 ggcgtaattc ttactgaagg cggctgcgtt tgtccccggg agcttggaga ggttcgtctt
    12361 gacgcccttg gcatcgacgc ggcagacgga acgacgcagc ggactctcgt cggcggcttc
    12421 gaagtagatc atgttcgtag cctcatcgat accgatcagc cgcgtgacgt cccaattgcc
    12481 gtgcgtcacc tgccgctgct ccacgccggt agatgcgtat tggtagatgt gcgcgtagcc
    12541 gtcgcgttcg ctgacgtaga ggaagccgcc cttgtagaag cacagcatgc ggatccattc
    12601 ggggaggatg tagcgcgcgt tctcgtcttt caagatgagc ttgcagacgc cgctggcggg
    12661 gttggcgtaa tacatgctga agaggctctg gtggcggttg agggtcatca cggccagctg
    12721 gtcggcgatc ggggtgaact cgatgcgggg gatgtagccg tcggggtcaa ggggcacggg
    12781 gatggtcttc gtgtccttcg tctcgatgtt gtaggcgtgt acggtgacgg tcgagttgcg
    12841 gtcgccggcg ttggggtatt tgtatttgta gtaggagggg tagtaggtct tctcgccata
    12901 gatctgcatc gaatactcgg gcacctccga ctcgtcgaag cggacgaagg ccaggaagcg
    12961 gctgtcggca gaccagctca tcatgcgggt catggcgaat tcctcctcat agacccaatc
    13021 ggtggagccg ttgatgatgc ggttcggggc gccgtcgcgg gtgacttgca cttcggtgtc
    13081 gtagtcgaat ttcttgatcc aaatgttgtt gtccaccacg taggcgcaca tgcgtccgtc
    13141 gggtgagaag gtggggagca tgatcttctt gccggactcg ttgaggggct tgatgaggtg
    13201 gcggcgcacg tcgtaatcgt aggctttgaa gcgctgcgag tggcggtaga tctcgtctga
    13261 ctcgcgccag atgatgatgt ggtggcccgt ggggctgatc tcgtagcctt cgaagtcttt
    13321 gaagtcgcag tcgcgtgcgg tgcggacgct gaagagtgtg tctacggcgc ggccggtgcg
    13381 gtattcgtag cgcacgatgg ctgtgcgctg cttgtccatg gctgtgtagt gctcgccgtc
    13441 gggcagcgac ttgaggtcgg tgccgcgcga ggtggggtaa tacttcccgt cggtgtagtc
    13501 cttcaggctg gggctttgct tttgtgcccc ggccagggta gcggttaggg tcatcatcag
    13561 taaaagggtc attcttgagt gcttcattgt gttttgtttt atatggggtt aatgtgtatg
    13621 ggcggctgat gtggccgcct gttggtttat gctaatgtat acgcttaggc ttcctcccct
    13681 tctaatcctt ctgccccttc taacatgcgg cggacgacgg ggcggccgag tagctcggtg
    13741 caggtgagga aggcggtgac ggtgacgcca aggacgccgt gcacgtttag gttctggccc
    13801 gtgagtagca ggttggggat gggtgtgcgg ggcggaagga gtgtgcggag cggttcgcgg
    13861 taatccttgc ggatgccgta ggctgatccg ttgggtgtgc cggtgtagcg caggtaagtc
    13921 agtggggtgg aagcggagta ggtgaagttc tccaacgtgg ggggcatcca tgggatgtgc
    13981 ttcatcgctg agacgaggcc gaaggcgctc cagatcttct tggccagctt gtaggcgggg
    14041 agggcggagt agccctcttg cgcggcgaac tgggcgaagg tggattggta gaggtgattg
    14101 gggatgggca ggaggatgtc tacgcttgtg gtgaagcggc ctttgggcat ctcggagggg
    14161 cggcaggaga tcaacacgcc gctgtcgagg gtgcgctgct tggtgcgatc cacggtgatg
    14221 tcccacgggt cgacgccttc gtcgtagacg ctgatgttgc ggttgaagta gggcatggag
    14281 ccataaggcg tgtgtatttg cagggtgaag aagccgaagg tgttttgcag ctcgttgacg
    14341 cggcgacggt aggcttggcg catgaggcgg ttctcggtgt cgacgagggc gagggtttgt
    14401 gtggggtgga tgtcggagat gaagaagcgg gcttctattt gctctccgtt agcgagctcg
    14461 gcggcggtga tgcgtccgga cttgccgatg aggcgtgtga ctcgggcgtt ggtgcggacg
    14521 gtgcctccgg cggcttcgat ctgctcgatg agccggcgga cgatctgcat gccgccacca
    14581 cgcaggcgcc aggcgctttg tatgaaagag ttgtggatct gggcgaaggt gtagagtggt
    14641 agggttgggg cgtggggctc catcttgagc gatgcgccgg cgatgacgcg ccgcagctgt
    14701 gggtcgcgga tggtcttgtg gaggaagtcg taagcggaga gggagaagag cttgcgggtg
    14761 cggcggcggg cggtctcttc ctcgtcgaag agtttgggga gggtctggcc gacgcttcgg
    14821 agcatcttga cgaatgtgcg caggccggct tcctcgtggg ggaattcgtg ggcgagcgtt
    14881 ttgatgaagc ggcggtatcc ctgggcgatg aagtagtttt tgtcgccgag gatgacttcc
    14941 tcgaaggcgc tttcgtccat gcgtagccag gggaggtcga ggaggcggag ggcgcggaag
    15001 aaggggtaga gcacctcgcc ggggcgtagg cctccgacgc agtggaagcc ggtgtcgaag
    15061 gtgtcgcctt cgcgggtgaa ggattgtagg cagccgccgg cttgtgtgtg ttgttctaag
    15121 acgcagacgt gcatgccttg ctgggcgagg atggcgccgc tggctaaacc gccgaggccg
    15181 ccgccgatga tgatggtgtc gtacatgatc ttctaaacga aaagctaaaa acgaaaaatg
    15241 aaaaatgcca ggggtgagag agctaaaaac gaagtactaa agaaaacgcc aggggtacac
    15301 aaaagggggg gacatgtatt ctgtcatttt tagattttca cttttcgttt ttagttcttc
    15361 cgatgacgag tgtggagttg gtgccgccga agccgaagga gttggagagg aaggtgtcga
    15421 aggggtaatc ggggatgggc tcggcgggga tgcggagggg ggcggagtcg gcgtcgggat
    15481 gctcgaagtt gaggttgggg gcgatgaatt ggccttgcat catgagcagg gagtagacga
    15541 cttcggaggc gccggccatc cacatttcgt ggccggtcat ggacttggtg gaggtgatgg
    15601 gggggcagcg gtggccttgg agtagggtgg cgagggcgcg ggcttcgttg cggtcgccga
    15661 cgggtgtgga ggtggcgtgg gcgttgatgt agccgatgct ttcgaggggg atggcggcgt
    15721 cggctacggc catgcggagg gagcggagtg ggccgtcgac gttggggacg gagatgtggt
    15781 cgccgttgga tgagaagccg tagcctaaga cttcggccag gatgggggca ccgcggcgtc
    15841 gggcgtgtgc ttcgctttcg aggatgatgg tggcggcgcc gccgctgggg acgagtccgt
    15901 cgcggtcgcg gtcgaagggt cgggaggcgc gtgtggggtc gccctcgcgg gtggagaagg
    15961 cgccgatgcc gtcgaagctg ccgacggcgg tggggttgac ttcttgtgcg ccgccgcaga
    16021 cgatgcattc ttggaggcct tggcggatga gtagggcgcc gaggccgatg gcgtgtgctc
    16081 cgctggcgca ggcgccggag atggtgaggt tgatgccgcg gaggtggaag atgcaggcga
    16141 ggttcatggt gacggtggag ttcatggact ggaagatggc gccagcgccg atgagggcgg
    16201 tatcgcgttt ctcacgtagg gtgtccatgc tgcggacgac ggcgtcggcg gtgctgtcgt
    16261 tgccgtagag gatgccgact tggtggcttt ggatgtagtc ggggtcgagt tgggctgcgc
    16321 ggagggcgtc gcgtgtggcg acgtaggcgt agcgggcggg ctcgggcatg taggagcgtt
    16381 ggctgcggct gagttcgcct ttgagctcgg gctgctggag gtgcgcggtg agggcggagc
    16441 ggaagccgag ggctttgcgc tgggggtcga gggtgatgcc ggagcggccc tgacggaggg
    16501 attgggcgac ggtgtctaag tcggtgccga ggcaggagta gatgccgagg ccggtgatga
    16561 cgggtttgtg cattctgtgg agtggttata tggggtagtt atcggccttg cggccgggtc
    16621 gtaggggcgc cccttgtggg cgcctgggta gtagaggcac cccttgtggg tgcctgggta
    16681 gtaggggcgc cccttgtggg cgcctgggta gttatgcagc tgcggcgcgg tagttacggc
    16741 ccttcggccg ggtagtaggg gcgccccttg tgggcgcctg ggtagttaga agtaggggcg
    16801 ggaaacgaaa agccctgccg gcggggaggg gtgcccggca ggacttacct ggggatcttg
    16861 aatcagagta tttcggaatg tgaaccataa cgaagcagct tgatgatgga ttcggtttcg
    16921 tctatccaaa tcaggagcga gtcattctcc acatggcact ccatgcaacc tttatagtta
    16981 cccgtaagcc gatggggtct gtattcctgc ggcagggatc ctgactggcg cagcagccgg
    17041 atcacttttt ccaagcgctc taccttttcc gggtggtgct gtatccgctt tacatctttc
    17101 ttgaaccggc ctgtgatccg aatctctttc atcgattaca gcgatgcgac gaactctttg
    17161 aagtgatcta cgtccagcac ttcgaggttg tcgttttgct gggcttcgcg gatggcttcc
    17221 attgtttccg ggttgggtcg ggggcgcaca aggcgcttga gcatcctttc tacatagccg
    17281 ctgaggcttt tgttttcctg ccttgctgcg tcttccagct gatggattag gtttttgtcg
    17341 aggcgaagtg cgatctctat tttatctgtt gtctccattc ttcaatgtca atgattagcg
    17401 cgggtggggg gatatgtata ggggcgaaaa agtatttccg cccctatgtg tacagccccc
    17461 ccctccttta tgtttcgggg atgtggatgt cgtcgcctcc gcctgtttgg cctccggggg
    17521 tgggtgtggg ttgctgggcg tcgtcgggct tcttgggtgg ctcggagggg atctggatgt
    17581 cgtcgcctcc gccgggcttc tcgggctctt tgggctgctt gggttccttc ggctctttgg
    17641 gttccttggg cttgtcatca tcctttctct tccccgtggt gttgaagatt gttctcgttt
    17701 tatggatcgc ggcgttgatc cgatcgatca gctcgctgac caacttccga tcttcatcgg
    17761 tggcggccat catgtaagct gtctcgatgt ggcggaagat gatgcttgtc atcttgtcgt
    17821 ttttctgacg taccgctgcg ctggaaggca ggttcttgat gctgacgtcg aagtcgagac
    17881 gtttgatgaa taaggcgtca aactcttcgt tggcagcgcg gagcatttgc acgagcttgg
    17941 tttgcccgat cgcagtcaag tcagctacgg cggcgggctt gtctaaatca ttaagcatgg
    18001 ccttgatgtg ggctgtctcg gaggcatagt tctcgcggat gatccctttg taagtatcgg
    18061 cgatgatcaa caagcggttg ccgggctcgc gcatttcttc gatgggcgat ttggcagcca
    18121 gccggatttc ttggatcagc gcccacgcga tctcgtcgcg cgcctcgtcc ttcttacgga
    18181 ggacggcggt ctcttcggct tttttggctt cgcgatcgat ctccatttct tcaaggatgc
    18241 cgccgttcca agtgtcgata tccgatgctt cgagcagcaa tttggccggc gcgatcggct
    18301 taaccagtgt gtaaagggtc gactgcaagt tggcatgcag tccgaagggg aagcgtccgc
    18361 cccatgttcc attgattgtc ttgatgggtt tcatttctta taaaattatg ttgttatcat
    18421 gctatcgaag tgttcgatgg gctgttgcaa agctgcgaca cgccatcgaa gtgttcgacg
    18481 ggctgttgca aagctgcgac acgccgtcga agtgttcgat gaggtgatgc atatctgtgg
    18541 cgggggtata catcatataa gaagaatgca taatgcgagg tgtcttccat cgcttcacgc
    18601 caccaccgcc tccgaccgct cgggtgtgta atgatttctc tcacagagct cgaggtaatc
    18661 atctattgca ccgcggaaat cagcttcgag ctcttcgagc gtctgacctt cataaaggat
    18721 tagtgaacgg atgccttgca cctgcccgaa gagacatttg tcttcctcgc tgtattctat
    18781 acttcctctg taattcttgt attctaattc tctcataaca ttactccgtc gttccttaaa
    18841 tcatttaata ctcgttttaa tacatatagc ttgatcgtcg atgaattatg tggcttatgg
    18901 aaaacaatag aggtcgatga acgatctctc ttgaattcca ctcggctccc cgaggtcttc
    18961 cccttattgt cttcttgata gccaaatctc ttcaggagcg acactaactc atcgtaggtg
    19021 aagtccgagg gcatgctcag gaagcgttcg atcaattttt ctctcctcgt catgtatcac
    19081 atgaataatt ccccggttat cgctttacgc caccaccacc tccgaccgct cgggtgtgta
    19141 atgtttctcg gcgcagagct cgaggtaata gtcaatcgaa tcgcgaaaat cggcctctaa
    19201 ctcctcgagc gtctgacctt cgtaactgat cagcggaggg attccctgca ccttcccgaa
    19261 gaagcatttg tcttccgagc tgtactccac gcttccggta tatcctttat atgtaatgga
    19321 ttgaatcatt ttctcctcct tttacatttc ggtgggcaaa tataggccgg gctttgtgga
    19381 acaaaaaacg aaaaactaaa aacgataaat gccgagtgag agaatgaaaa actaaaaatg
    19441 agaaatgccg gatacgtggg ggggagggca aagcctccgc acgtacccgg catgatctca
    19501 tgttagttat cggctattct ggatcaacgg ttgccgccgc ctgtccgtcg cgatccttgt
    19561 acgacttgtc gacgtattcg agcacctctt cttcaggtcc gcccgcgatc cttcgagcga
    19621 tcccggagat gcatcgcctg catcgcgcct tcagcccgta ggccagcatc agccgctgct
    19681 tgttgtcgcc tcgataagta ggtcgtgatc gccctttggg gagtctgcga tggcatcatc
    19741 caagtacttc attatagact gatccttttt gactcttaaa cacttccccg cccctcagcc
    19801 cgctgatgaa ataggaagca aatacccctt ctgattaatg atttgaaacc aaaatgcagc
    19861 ttgaagtgaa aaaatcgcag cgattttgat gtagattgta aaagatccgt atatctttgt
    19921 tgcgttcttc taagaaaaac aatcagaatc attaaccaac acacacgatg tatttatgaa
    19981 aaagagtaca atgcttttcc tatgcttctt gctgagcata ggatggaccg tggcacaaac
    20041 ggtgaaagtg agtgggacgg tgatctccga tgaggacggt gagccgatca tcggggcggc
    20101 cgtcactgtg cggggcacag cgcacgtggg caccatcacg gatgctgacg ggcgctacac
    20161 gctcgatgtc ccaagtgcag ccaaaacgct gattatctct tacgtgggaa tgcgatcgga
    20221 agagattgcc gtcacggaca aacacgtgac gaccgtcctc caccccaacc tcgcactgga
    20281 cgaggtggta gtgaccgccc tcggcatctc gcgtgagaaa aaggccttag gctacgccgt
    20341 gacggaagtc ggcggcgacg aaatgctcaa ggcacgcggc ggcgtgagca accccatcaa
    20401 cgcgttgcaa ggcaaggtgg ctggcctcca gatagccggc ggatccggct cgatgggcgg
    20461 ctcgtcgaag atcctcatcc gcggcgccaa ctccatctcg agcaataacc agccactctt
    20521 cgtggtggac ggtgtgccca tcgaggggca aggtttcagt gacgccggta gcgctggctc
    20581 cgatcagtac agcacggcac gcggcgccgg cggatacgac tatggcaacc tgatccaaga
    20641 catcaacccg gacgacgtag aaagcatctc cgtgttgaaa ggtccgaacg cctccgcact
    20701 ctacggatcc cgcgccacaa acggcgtcgt gatgatcaca accaagaagg gatcgaagaa
    20761 cgagggctac ggcgtcagct tcaacacagc cgtcggtttc gaggtcatca acaagctgcc
    20821 caagctgcaa acactctacg gtggtggcgg aaaatcgaaa ttctccgacg tcacaatcaa
    20881 cgggcagcat tatctctacc ccgattacct cacggacgaa agctgggggc cgaagtatga
    20941 gggccaaaag atcctctcat gggccgacct agcacgctgg gaaatgggcg gtaagaaagg
    21001 caacccgaca acctccctct ggagaacacc agacaacgac gtccgcagct tcttcaagac
    21061 cggcgtttcg ttcacaaaca acatcgccat ctcgcaggcc accgatcgct cctccgtccg
    21121 tttttcctac accaattcgg agctctcagg ctacatgccc aacagcaccc tgcgtaagaa
    21181 cattttcaac atctctgcct ccaccaccag cgcggacaag cgattggagg tcatggccaa
    21241 cgtgacctac ttcaactccg ccgcacgtgg ccgttcgcag acgggatacg acaacaataa
    21301 cgttatggag aaatttatcc agtggggcca ccgcgagtta gatatgaagg agcttgagtc
    21361 gctctacaag aatcccattg acgggtcgca gatcgtctgg aaccgcaaat catgggacaa
    21421 cccggcaccg gcctacgcca ataaccccta ctggagccgc tacgtgaatt atcagaacga
    21481 tacgcgtaac cgcgtctatg gcaacgtggg cttcgtgtat aacatcctcc ccatcctcaa
    21541 gctccagtac aaggtgaacc tcgacttctt ctccgacaag caattcgagc gcaacgccgt
    21601 ctattcgcaa gaggagtcgc aatacaagga gtcggcccgc cagcagtatg agctgaacaa
    21661 cgagttcatg ctcctctaca accagacggt gaacgacttt acgatcagcg gcaacctcgg
    21721 cgcgaacctg atgaagcgtc actacgagat gacctacgga tgtaccgtcg gcggattggc
    21781 catcgcggac ttctacaacc tgaagaactc catctcgccg gccatagccg aaaactacct
    21841 gctcaagaag gccatcaact ccatcttcgg cagcgctacg ttaggctggc gcagcatgct
    21901 ctacttagac gcctcgctgc gtaacgactg gtcgtccaca ctgcccaaag ggaacaactc
    21961 ttatatgtat ccatcggtga cgggcagctt cgtcttctcc gaactgttga aggacaaaat
    22021 ctcttggtta aacttcggca agctgcgcct cggatatgcc caagtgggta acgatacgga
    22081 tccctatcag gtgatcagca ccatgtcgca atacacgaac atcgacccct ccacgtcagg
    22141 ctacatcgtc ggcagcacgc tgaacaacga aaacctgaaa cctgaatcga ccaactcata
    22201 cgaggtgggc ttcgagctct cactcttcga caaccgcgtc ggactggaag ccaccttcta
    22261 cagcagcgaa acgaaggatc agatcgtgcc cctctccgtt tcgggtacca cgggctacac
    22321 cttccgtgtc gtcaacggcg gtgtgatcga aaacaagggt atggagctta tgctgaaact
    22381 cgtccccgtt cgcagccgcg ccttcacgtg ggaatcggct ctcacgttag cctcgaacaa
    22441 gaacaaggtg aaggatatga tcgtggacta ttaccgcctc gctacggcac cgttcaaagt
    22501 ggaggtcggc gcagtgaagg gtaaggctta cggcgtcatc atgggtactg acttcaagta
    22561 tgataagaac ggcaacaagc tgatcgacaa gaatggacgc tatatgtaca ccgacggcaa
    22621 cgtggagctg ggcaacatct atcccgactt caccggtggc tggagcaaca ccttcaagtt
    22681 tggcaacctc gacttgagca tcctcttaga cttctcgaaa ggcggacact tcttctccac
    22741 ctctcacctc tggggtatat actccggtat gctcgaagaa tcggcagcca atggcatccg
    22801 tgaaaacggc atcgtcttag aaggcgtgca cgaggacggc acaccgaaca caacgaagat
    22861 ctctggcaaa cgatgggcga aagaccataa ctcgggccca gcagctcaga acgtactgaa
    22921 gtctgactac atcaagctgc gcgaggtcaa catcggttac accatcccgc ttaagaagaa
    22981 ggacgccttc ttcaaaactg tacgcgtctc tgcctacggc cgcaacctcg ccgtttgggg
    23041 gccggacacg aagcatttcg acccagaaat gattgtcacc ggctcgggca atatccaagg
    23101 tattgagggc tgtgcactgc cttcggtggc caacttcggc ttcaacgtga acctgaaatt
    23161 ttaatgaacc aatcatcgaa atagaagtat gaaagcaatc tataaatacc tcgtcctgct
    23221 gatcatcctc agcgtgggag tctttaccac cgtttcgtgc gagaagttgg aaacgacgaa
    23281 cgaggatcca aataatcccg tagaagtgcc ctcgaacatg ttgatgagtg gcacacagaa
    23341 gcgcatgatg gacaacgtct acgataactg gttcggcgcg cgccaatgcc tcacctacag
    23401 ccagtattgg gcgcaacgca actacacgga ggaggatcgc taccagatcc gcgagtcagt
    23461 caacaacggc tacttcaaca tcttctatcg ctgcctgtat tgcatggatc ggctgatcga
    23521 gctcaatacc gaccccacca aggccaccat ctcggccgtc tatggcaata acaagaatca
    23581 gatagccgcg gccaagatca tgaaggtgtg gatgctctcc atcatcaccg acacttgggg
    23641 caacgtaccc tacacagagg ccggcaaact gactaaagac gtgtattacg ccaagtatga
    23701 cagccagaag gacatctacg ccgccatgat caaggagctg accgaggcct cgcagatgat
    23761 caacgtgaag gagaaagcct tcaccggtgg tgacatcatc tacaaaggcg atgcgtcgaa
    23821 gtggaagaag ttcgccaact cgctgaggtg tcgtctggcc atccatctct ccaaggtgga
    23881 cagcaactgg aagacctata tcgctgaggc gctgaaggac ggcgtcttcg agagcaatgc
    23941 tgacaatgcc gtcttcaagt actcgaccac gggaaaggaa tactgccaga tttatcgtgg
    24001 ctattacgtc tctggccgca acgactttac cctcacgcgc cccttcatgg acatcctgaa
    24061 aggccaggct gacacgctca acaagaagtc gcacccctgg gctggcgtcg tcgatccgcg
    24121 actggaggtc tacaccacac cacagaacgg aaagtacatc ggcatcccct tcggcattgc
    24181 cagcggcgat atgactgaca aattccaaga tatggcgcca gactggtacg ccaatccgcc
    24241 catccaactg gctcaggatt tcactgtgcc cattatgacc tacgccgaat tgcagttcat
    24301 cctcagcgag tacaaaggat tctccgccga tgaatacaaa gaaggagtcc gcgcctccgt
    24361 gacgtactgg acgaccctga acggcaaacc aatttccaca gctaatctgg acgcctacgt
    24421 cgacgccgtc tctaagaagg tggacgccga ggccgtcgcg ttacagaagt acatcgacct
    24481 ctttatgaac ggcaccgagg cttgggtaga gatccgccgc acgggctacc ccgaccagct
    24541 tatccgtccg ggtgagatct ctgttatcga cgccgaaggc aaggcgctga agttcgagcc
    24601 cctctccgat acgaaggggc tgatcattcc gcgtgtgaag tatcccacca acgagagcac
    24661 cctgaacggc gccaacttca acgccgccgt atcgaagctc gaaggcggaa cgaacaacta
    24721 ctactccaag atgtattggg acgtgcgcac cggaccttac gatcacccgg cgaacaagtg
    24781 attgaggaat agacatactg tctatcattc gctgagatgt atctctatgt aggggcggaa
    24841 gatttttcgc ccctatacat tttgaaagca gcccaaggcg cgacatgtct tgggctgctt
    24901 tggcactcgt ccgaactctg ggatcacgga ttccgtggcc tatataagaa tccaagtctt
    24961 gacctctgaa atgctttggg gtagaaaaaa gaatgggatt ttataggggc gaataatctt
    25021 tcgccccccg ataacccaag tgcaacaatg ctggatacat gcagggggaa gattgcctca
    25081 atatgtaccc ggcattttcc gtgtttggac tcttgctttt tagctctcca acaccttttg
    25141 gaggaatcgt cggaggttgt cgggcgaggt gttgcggagg gcggcgtagg ccgtgagctg
    25201 atcttcgccg atgcgggcga tgctgaagta gcgcgactcg ggatgggcga agtagaagcc
    25261 ggcggccgat gaggtggggg agagggcacc gttctcggtc ggggtgatgc cgatgctgcc
    25321 gaagtggatg aggcggtcga ggaggaagat gaggctctga tcgggcaggg aggggtagcc
    25381 gacggcgggg cggatgccgc ggaagtgctc cttgaaaagc tcgtcgatgg gcagatcttc
    25441 gtccggggcg taaccccagt actcgcggcg caccttggcg tgcaggtact cggccgaggc
    25501 ctcggccaga cggtcggaga gggtctggag gagcatcagg cggtagctat cgccttcggc
    25561 ttcgtatcgc tgtcggagcg gctcggtgct gttgccgacg gtgacggcga aggcacctat
    25621 ataatcggtg cggccttcct ctgccggcat gataaagtcg gccaaggaga ggcagacgcc
    25681 gcgctcgccc tcggtctgtt ggcggatgac gggcacgagc acgtcggtgc tgtccgggcc
    25741 ggtgatgcgg atggcgtcgc cctcggagac ggcggggaag aggccgacga gggcgtgaca
    25801 atgcgcattc tccgccatca gatcgcggag gacggcttgc gcatcgtcga agagcttcat
    25861 ggcttcgcgc gccttttcgc gctcatcgcc ttcggcaaac ttcgcgagcc actcggcgcg
    25921 gcacgacggg cagtcgtgca ggccgaccaa gtcggaatat cgccctaaga ggcgccaggt
    25981 ggtgaagaag aagacccaat tgatgtattc ggccacgtca gagacgggca gctcgacgcg
    26041 ttgcaagccg agcttgcggg gcacgtcagg catgtacgtg gcccaatccg ttttcagccc
    26101 ccgctcgcgc gcctcggcat agggcaggat gggcttcggt tcgcggcccg acttggcgcg
    26161 gcgcaggcgt tcgtattcct ccgtgaggct gtccacgtag gcgtcgcgcg tggtggggtt
    26221 gagcagcttg gcggcgatga gcgggttctg cgaagcatcg acgacgtgga tcacggggta
    26281 gtcgtaatgc ggggcgatct tgagcgctgt gtgtagcttg gaggtcgttg cgccgccgat
    26341 catgatgggg atgcggaagc ccgccttttg catctcgtcg gtcacgtgca ccatctcctc
    26401 gagcgagggc gtgatgaggc cagagaggca gagcaggtcg ggctgctccc ggcggacggt
    26461 ctcgatgatc ttctccgcgg gcaccatgac gccgaggtcg atcacctcgt aattgttaca
    26521 agccaagacg atggagacga tgtttttgcc gatgtcgtgc acgtcgcctt tgaccgtggc
    26581 gaagaccacc ttgcccgcct tcgatgcgtc ggcggtggag ctcttttcgg cctcgatggc
    26641 cggctgtagg atggctacgg ccttcttcat cgtgcgcgcc gtcttgacta cctgtggcag
    26701 gaacatctta cccgcaccga agagttcgcc cacgcggttc atgccgctca tcagtggccc
    26761 gtcgatgatg gagacggcgc ggtcgtaatg ctgtaaagcc tcggtgaggt cggattcgag
    26821 atgatcgccg atacccttca tcagcgcgta ttctaagcgc tcctcaagcg atttcgtgcg
    26881 ccattcatcg tgcgttttcc cctcctcgcc agacgccttt tcgttgtgac tctgcgcgta
    26941 ggcgatcagc tcttcggccg cttcggggcg acgcgcgagg acgacgtcct caagcagtgt
    27001 gcggaacgaa ggctcgatgt cgtcgtacgt gaccgaggcc gacgggttga cgatgcccat
    27061 gtccatgccc tcgcggatgg cgtggtagag gaagacggcg tgcatggcct cgcgcacgta
    27121 gttgttgccg cggaaggaaa aggagaggtt gctcacaccg ccgcttacct tggcgccggg
    27181 caggtgcttc ttaatccacc cgacggcccg gatgaaggct aagccgtagc cgttatgctc
    27241 ggccatgccg gtggcgatgg ccagcacgtt ggggtcgaag atgatgtctt gcggagggaa
    27301 gccgaccttt tcggtgagca gcctgtaggc gcgttcgcag acggcgatct tgcgctcgta
    27361 ggtgtcggct tggcccgtct cgtcaaaggc catcacgacc gtggcggcgc ccaaccgacg
    27421 cacacgccga gcatgctgga ggaaggcctc ctcgccctcc tttaggctga tggagttgac
    27481 gatgcttttg ccctgcacgc acatcagccc ttgctccacg acgctccact tcgacgaatc
    27541 gatcatgacg ggcacgcggg cgatgtcggg ctccgaggcg atgaggttga ggaaggtgcg
    27601 catctcgtct tcggcctcaa gcaggccgtc gtccatgttg atgtctaaga cctgcgcgcc
    27661 gtcctccacc tgtttgcggg cgatggtgag cgcttcctcg tacttcttct ctttaatgag
    27721 ccggaggaac ttgcgcgatc cggctacgtt gcatcgctcg ccgatgttca cgaagttgat
    27781 ttccggtttt acctccaaga gatccagccc ggagagccac agcgagtcgg acgcgggtgg
    27841 cggggcaggc acatgcggcc gtcggccttg ggccaattcg ggaaagcggg cgatgtgcgc
    27901 aggcgttgtg ccgcaacacc ctccgacgat gtttacgagc ccctcgtcga tgaaggcctt
    27961 gatgtgtacg gccatcgtct cgggcgtctc gtcgtattgc ccgaactggt tggggaggcc
    28021 cgcgttgggg taggcgctga tgtagagcgg tgccaggtcg cccagctcct tgaggtacgg
    28081 cttcatgtcg gcggcgccga aggagcagtt caggccgacg cttagcagcg ggatgtgctg
    28141 cacggaggcg aggaaggcgc cgagcgtctg acccgaaaat gtccgtccgc ccttgcccgt
    28201 gagcgtgagc gaaagcatga tgggtagttc gcggcccttg tcttgcatca cctgcacggc
    28261 ggcttcgaga ccagccttga cgttgagcgt gtcgaaggtc gtctcgaaga ggatcacgtc
    28321 cacgccgccg tccatcagcg cctcgatctg ctcatagtat gcgcggaaga gatccatgta
    28381 agtcacagcg cggtaggccg ggtcgctcac gtcggggctc atcgaggccg tcttgttcgt
    28441 cggccccagt gagccagcca cgaagatggt gcggccggga tgctccgcca tgtactcgtc
    28501 agcgagcgtg cgggtgaggc gtccggcggc gaggttcatc tctcggacga agtcctgcat
    28561 gccgtaatcc tccatcgaga cggcgttagc gttgaaggtg ttggtggtga agatatcgac
    28621 gccggcgtct aagtattgcc tgtggatgtt gcggaggacg tcggggcggg tgatgttgag
    28681 cacgtcgttg ttgcccttga gttggtgggg gaagtcggcg aaccgctcgc cgcggtagtc
    28741 ggcctcggtg agccggaagc cctgaatcat cgtccccatg cccccgtcga ggatgaggat
    28801 gcgctcgcgg aggagttgct gtatggtttt cttcgtcatc atcgggtgta atatgtacgt
    28861 atagtcaaaa tgaaaaggct ggcaaaaata agagcccggc caacttgctt aatgtccttc
    28921 tggatggaag gggcgcgcgc cgaacctccg ggcggggtag ctctactttt cgaaaagtga
    28981 cgctgaactc tgcacttcca gctctacttt aaaaaaagtg acgctggatt ctgcacttcc
    29041 agctctactt gaaaaaaagt gacgctggat tctgcgcttc cagctctact tgaaaaaaag
    29101 tgacgctgaa ctctgcgctt ccagctctac tttaaaaaaa gtgacgctgg attctgcact
    29161 tccagctctg cttttttttg gggggggtag ccctgaaacc tgaagtttcc gccccgacca
    29221 taaaaaaact gccgcgacga tcactcgccg cggcagcgct tatagaagaa attggaagta
    29281 atacatccta ctcaaatcgg atgcggttgt ctatgatttt tgaattgtcc accagcttct
    29341 ggagggcgaa gtagcccacc cgcggcgctg tgttagcctc tatctcgcgc atctgcgcct
    29401 tctcgtcgta agccccgggc tccttcgtgc ggttgtacac tttgaagacg tacacgccgc
    29461 tgtatccagc cacaggcccc gtcaatgtgt tcggtttcgc cagagccact tgggcgttca
    29521 gcactggctc cagaccgatg ccgttgatgc gcggcgtgtt catggtgatg aatttcaccg
    29581 tgtcgatgct cgaatgcatg gccgaagcgt aggcctcgag cgaggtcagg tttttagcct
    29641 tcagtgcggc agccacctcc tcgcccttct tgcgcatggc cagctcgcgg cggatgatgg
    29701 gggctacggt ctcgaacgat tggtagccct cgggcagtac ctggcgcagg atggccacga
    29761 cgtatgtcgt cttgaaatcg cttgtgcccg cgatccgtga cttgcactcc ttgatgtctg
    29821 acaccttgtc cttcgtcttg ttttcaaaag cccaacgcac cacctgacgt gcatcttgaa
    29881 tcatgcctaa ctggtgatct tcgcctgtca cggtcacgtc cggtgtcagc tcatagccgc
    29941 tctctttggc agccgcggtg atcttctcgg ccgtgttgtt tttagctacg aaggcgttca
    30001 ggtcgttaaa gattttgctg tacgtcttat tgctcgggcg tacgtccatg tagatgtagg
    30061 ccactttgta cttcggcacg gcggcggtgc gctccgtcac cttcagcagg tggtatccgt
    30121 tatccgtctt gaccagcgtc ggctggttga gcggtgcagc aaaggcctca cgctcgaagg
    30181 cttcgccaag gttattttgc ttgatggcca cctcggtgag ccaccctaaa tctccacccg
    30241 tttcgcctga cgagaaggag gagtatttct tggccaactc ggcaaagtca gctccgccct
    30301 tgagcagtgt catgaggctg tcggccaagc gggtcatgtc ggggttgatt gtgccgtctt
    30361 gcgaggcgat gaagatgtcg ctgatcttca ctgagtctgg cgctgatttg cggccgatca
    30421 atttgcagag gcgatagctg tcgtccttaa agatggggcc atcgatggcg cctacctcgg
    30481 ccgtctgcac gaagcgtttc agatcctcgt cgcgcagatc gttctcggag aggtaaaagt
    30541 ccatgtaagg cgtgcgggaa tacttcgata cgatgccctc tacgctattg ctgctgtcca
    30601 ttgaggccag ctgcgtgcga gcctcagcca tgtctttgct caccgcgtcg tagtcctctt
    30661 tactggggcg tacctccacg gctaagtagt cgatcacgcg cgattccttc tgcttgtatt
    30721 gcgctttgcg ttcgtcgtag agcttgcgaa tctgcttctc gtccacctgc accgtcgagt
    30781 cggggattgc ggccaacgac tgtacggcgt aaacgatgtc tgagcttacg gccgatcctt
    30841 cgtaggcgtc tttcgcatcg atcgggttgg ctacgatcgc cttggccagc aggttgatgt
    30901 atttctcttg catccgttgc agcttcatgt tcttctccca gaagagccag aaattgcgca
    30961 tctgcgtcat ctcctcgcgc tgttcctcag gcacggcgtc gatgttttcc aacgccttga
    31021 gcacgcctaa tgcgcgcgcc ttgctgaagc gttgcgtctt cgggtcgatg aacaaggggt
    31081 tttgctgcac catcgggggg atgttgtcgc cttggatcat gtcgaagagc tcgtctgacg
    31141 tcacgtcgat accgatttta tcggccacgt ctttcatcac aatctcgctc acgatcgagt
    31201 tgtagacatt tcggcggagc tccaccgttt gctcttccgt gaggctctgc aagccgtatt
    31261 gcagcttcgt gacttccgtc atttcctcga tgcgtttttg atattcctga taatcgaccg
    31321 acgtcccatt gacggtgacc acctgatttt ttgattgacg gaaataggtt gaccccgagt
    31381 tgagaaaatc ctcgatgatg aaccccaaca gggccagacc gacaatcgta accagcagcg
    31441 gagcgtgccc tctaatcttt tctaatgtag ccatctgtat ttctgtaaaa tattaactgt
    31501 ctttttggtt tagcgcgcgc aaaggaggtg caaaaattga tatacggcaa atttgctgtg
    31561 ctttttatgc tgggggtggc ggcgccgtgt ccgttgaatc tatggagcga tcctcgaagg
    31621 ggatctcggc cgctgaattg aagatccgat actgtgtcag cgcctgattc gactcgaagc
    31681 cctggcctgt gttgacaaat tcgcccttgg tgatccgtat gaattggtcg gaatagacct
    31741 tctccaagtt ttgatcccaa tagaggacgc tcgtctcgaa ctgttcgcct tgcaggctcc
    31801 tgacgcgcac gtggccaatg agcttccaga gtttgcggtg ttggtagaag tatgctgtgt
    31861 cagcatctac gctggcttcg acgcggaaga gtgagtcgaa cttctccaga tgcagctttt
    31921 tcgggaagta ccagtagggc tccgaggctt ctccgaacat gtaccattcg tgcgtttgca
    31981 ctttgtagcg tgtgatgcct gaatcagaca cgagcgtgac gacgtccaca gctttcattg
    32041 tgtaggtgct gtcggggttg aagccgattt ccacctcctc tttcacctcg cggttgcacg
    32101 ctgcgaggga gcaaaaaaga agcatagcaa ccgctgcgga agcgattgct atgctgagtt
    32161 ttttcttgtg aatcatcacc tcttcgaggg aggggaagag gttagcgtat cgtcgtgtgc
    32221 tcgccgatcc agccgcctac cgtaaagcca gcacctttat tcaggtcggg gtgcatgaag
    32281 atctcttcgg tcgtggggaa ataggagctg taacgcccga tcagcgctcc ggcttcaccg
    32341 gctacggagg ggtctaccga gcgagccttc atcaacttgt ccacagcggc atagtagacg
    32401 catttgcgct tcaccgggtc gtcgggatag atgccgctgg cgctggctgc gtaagcattg
    32461 ccaatcagga tgtatgcctt gccgttgttc ggattcagct ccaatacctt gtggcagtag
    32521 ttgcgcatct tcgggtacgc atgttgctgc gaggcgaggg cggccagggt gtaatagata
    32581 ttctccttca tatccttttc ggtggccatg tcagcagctt cggtgaggta acgttcggcg
    32641 ctggcgtagt cgtgcttctt gatagattgg ttgcccatgc caaaagcgat ttcggccgtc
    32701 ttttcctttt ggtaagcgta ttcagaagct ttgaagtagg cgtcgatttc ttggcaaccg
    32761 gcgcggcgga gcagcgtgag cgtctctttc aggaagtcca agttgtcctt gttcgtttcg
    32821 acctggtcag catagatctt ttggagcgtc tcgcaatcgg cggcgccact acccgagaag
    32881 cccttctcga tgccggcctt catggccatc aggttgtcta acagcttttg gttgttggcg
    32941 gcttgtgcgg ccttgatctg tgtgtcgaag atggatgagc agcgcaggaa gtcttgcacg
    33001 aatttggctc ggtggcctgc ctcatctttc tccatcatct tatgcgaaag gaacatgtac
    33061 tccgagacag ccaattcgtc tgtcttctcc ttgaactcgt ccaacacctg gctcagccaa
    33121 ccgtaagcgg cagcgatgtc ggccttgtcg cccttcagac ggaggtaatc ctccacctta
    33181 cgtgccagga tccagtcttt gccatacttc ttatcgctgc cgaagtattt cacgcgcttg
    33241 tcgtagacgg ccatcaggtc gttgacgagg gcgtccttct ttgcggcgtc cttctcttgt
    33301 tcgattttcc aattcatgat gcggacgccg tagagataaa tgtccttcgt ggctgcgggg
    33361 cattcgtcgt atgcgatttt ccaatacgga tacgcgtcct ggtagttgtt caccttggca
    33421 taggggatga acaagctgat attcgtaaga caccggatgc tgtcttcacc ggaaccgaac
    33481 tgcgtcccgt tgtccacacc tttttgtgca ttcgcactca ttactaccgt cgccagcaat
    33541 acggcgacac tcaagattcc tttgattttc atatccatca gatttttaca ttcatccatt
    33601 accaaaaaat aattctctct cgtttgctct ttcaatcgac tttgcgcttg aagaaccagt
    33661 attcattaaa cgtataactc actgtgaatc gcagatactg ctcattgatc aatccctttt
    33721 gatctggcgc cactttgatg tactccaacg aggcgttgag gaacgaccgg ttgtcgagca
    33781 tggggaagcc ggcgcccagt gtgaggccgt actccttgta accgctcccg ttcaccttca
    33841 cgtaggagtt gctgtagtgc aggccagcgc gatagcgtac gcgctgtagg taggctcggg
    33901 tgaaggcgtt ggggatgtat tcgccgccga gggctacgcg gatttggtcg ttgaagtcgc
    33961 cgtcgcggtt gtagaactgc gccttcgacc acccgcggta ggagacgtcg gccgccagtg
    34021 tcatcttgta atcttttgtg taggaaagcc cggcaccgta tacgtcgggg atgtcgaacc
    34081 cggcattgcg catcgtgtcg ccctcgatga tggtggagaa gtcttcacgg aagctcgtct
    34141 cgtggctcac ggtggttccg aggcggcgct tgggggagta gactgctccg agggtgaggc
    34201 gatcggtgtg cgagaggggg tgcacgtatt gcacgccgaa gtcgtatttg atgttatgca
    34261 cgcgcatccg attacgccag tagaatgtct tggtcaggtt ggtcacgctg ttgtgggtga
    34321 ttgttccgaa catgtaactg atgttggctc ctatggaaag tctctttttc cacggctcga
    34381 cagacaggcc cccgtaaact tcgtttaatc ctcccgagcc gtcgaagcga tccgtgtagc
    34441 gggcgtcgcc ttggctgggc gcggagtagg cgtaaccgac ggaggagtag ggtaggaggc
    34501 cgatgctgac ggctatttgg cggtggaggg ggaattgcat ggcggcgtat tcgaagttgc
    34561 cgttgaagtc gtgttggcga tggctgccgt cgtcgaacca ggacatttgc gccgtcagcc
    34621 cgccgtcgaa gaggaaggtg agggagtcca tgccggtgta tgaggcgggg ttcatggggt
    34681 tgatttgtcg ggacgagcgc agcccgtagc cgatgccacc catggcgcgt ccggctgcga
    34741 aggagcggtc ggcttgcatg ccatatccga agcgtgtgta gggggagttt gtggcgtttt
    34801 gtgccatcgc cggcagggtg ccgcaaagga ggatacaaag gagggggagg gctgacttac
    34861 ttgtcatcaa cattatattc taaaattcga tttaatccga tccacactaa attttcagag
    34921 gcaaaggttg cgcatttcag ccggccttca aaataaaagg cgtggccgcc ggtcaggaag
    34981 atgaccagat tgggatagtc tgaacgcaga tctgtgatat atccattcat ttcgtagacg
    35041 atgccacgga cgacgccggc gaggatggcc gtctcggtgg tggtgccgag ccggggcact
    35101 tcgtcacgct cgtggacgag gggcaggcgg cgggtgtagt agttcagggc gcggaagcgg
    35161 gtggtgaggc cgggcgagat gttgcccccg aggtagcggc cggaggccag gacgaggtcg
    35221 taggtgatgg ctgtgccggc atcgatgacg aggagggggg cgccgcggcg cagggtgcgg
    35281 gctcccacgg cggcggcgat gcggtcgcgg ccgagcgtct cgggtgtgag gtagtcgatg
    35341 gtgaggggga tgcgcaggcc ggggtcgtcg ttcagggaga tgactgagcg caagcggcgg
    35401 cggaggagtg gaagccaggc agggtcgggt tcggcgacgg aggagaggat gccacgatcg
    35461 gggtggtagt gatcgatgag cgcgttgagc gtggccgccg tcaggggggt gtatgtggcc
    35521 atgaagacgg cctcgccgcg ttcggtgagg acgattttcg tggtcgtgtt gccttgatcc
    35581 aagatcagat tcattgtaaa cgggttgaag atgggttaaa agcggtggca aagaaaggga
    35641 aaagcgaaag cgtaggcccg ggggcggttc aggtgagggc gtgtggcgtt gtggaggagg
    35701 cctcggcgcg ggaaactata tttttgtgcg tgcacatgat gtgttcatag tgattactat
    35761 atttcaatgt atgcacgaag atatgtacag catgattttt gcatctttct tattacacat
    35821 ggatatttta aacctgttga catagcgtta tgcatgcaca tagacatgaa atatattgta
    35881 ttattacata atccacacgg ataatgctat ttgatattgt atattttgat tcgtgcatgc
    35941 ctatgtattg taaatatagt atgaggtcta ttgtgatgac atgaaaaata gataagcaat
    36001 ggattaatcc atatgcatga atgtcaacta taataagcag atatgttctt ttcgtgacgg
    36061 catgaatagg ataaacaaat tattgacgta tttttgtggc atgatattta gttggataac
    36121 gagatggatt gtatttcgtg atgtcacaaa agaaccgaaa gacttccggt gaggctcgca
    36181 acgaatgatt tttgggtcgc ggaagctccg gcgaggtctt cagcaaatga ttttggtact
    36241 gcgaaggttg cggtgaggct ttcggtgaat gattttggca ttgcggaact tctggcgggc
    36301 ctttcagcga acgtatttta atccatatat ataatgaaag agatcgatta ccccgacatg
    36361 aggcgtgcga acaacggggc gcacattcaa tttatgagaa tgatcctcga gcgattagaa
    36421 gaggagcctg aggtgatgaa aaacgccgtg atgcgacggg cggtggcggc gctgaaggcg
    36481 gctgtggatg aggaatcgct ctacttaggt caatcgcgca aaagcctgct gacggacgat
    36541 atcaaggcgg tggataagga gcgtgatgag ctgctgacgg gtttccgagc tacggtgcgc
    36601 ggactgaggc atatgccaga ccgagagatg gcgcacgcgg ccgaggagct gttgctgctg
    36661 ttagacaaca acaaggtggc gcgcggcatg cagctggatc gcgaaacggg gatgattgcc
    36721 aagctcatca gcgagctgga aaggaaccat atggagaagg tggatcggct gaacatgggg
    36781 ctctacgtga cggcgctgaa ggtggccaac gagcggctga atggcctgct gttggagcgg
    36841 tcggaatcgc gcatgtggcg taaaccgaag gccatgcagc tggctcgggt gcagacggat
    36901 gcggccttca ggcaggtggc gcgggtggcc aacgcgatgg ccgtcttgga agacgaggcg
    36961 gtggtggcgc ccttcatcga cttcgtgaac gagctgatcc ggcgctatcg gcaacaggtg
    37021 ttcccgaggc ggcggaaggc gaaaatgccc gaggagtaaa gatcggcgcc ttacttttgg
    37081 cgcgccgctg cacgctggca gtggaaaaag aagaatcaca cgatgcagga ttacataaac
    37141 agaagttttt tcgcgttact cgtcttcacg ctcattttcg gcgtgatgtt ttatgacatc
    37201 atcgacgggc tgggattcag ctacgtggac gagatctgcg ccctgctcct cttcggcctc
    37261 ttcggctacc acacagtcag ctcacgcaca tgggctttca accgcggctt cctctgcgtg
    37321 atcggcgtct tcgtcttcta tttcatctat tccctcatca tcgggagcaa ctcggtgcag
    37381 ggcatcgcga tggatttcct gatccaaatc aagccttatg tggccttctt ctgcgtctac
    37441 tcgttgcgga cgaaattgac ggaaaaccag aagaaaattc tccgcaatct cgcttttctc
    37501 ttcacccttt acctcatccc catcgggctg actgacgccg tctacggcca tgtgatcaag
    37561 atcttcttcg gccacgaatc gcgctttgcc acctcggcca ccatcctggc cgtgatctac
    37621 ctttactgta gcgacttcac gccgcgcgac aagttcgtct acgtctgcct cttggccgtg
    37681 gggctcttct ccggccggtc gaagctgttc ggcttcttgg ccctctccac gctgatgctg
    37741 atctatatga accgctcctt ccgcatgcgg ctcgatgtgc gcaacacgct cttcctcatc
    37801 gtcgctctgg ccgcgacggc ctatgtggct aaggacaaaa tcgagctcta cttcatcacc
    37861 ggcggcttcg gcggcgggcg ctctgaggag gatctctacg cccgcatggc gctctattac
    37921 ttctccatcc ccatcttctt gcaatacatc cccttcggat ccgggttcgc ctcatacggc
    37981 acctacgcct cgggcgtcta ttactccaag ctctacaacc gcttcgggat ggacaggatg
    38041 tacggcctca ccgagtcgtc gcccaagttc gtggccgaca cgtattaccc cgcgctggcc
    38101 gagttcggca tcgtgggcgt ggtgctcttc tttagtttct ggatttacct agcatcaagg
    38161 gcgatgaaag cctatcgcgt ggggatgaaa aaggagtccg tcattgcgct cctgatcatc
    38221 ttcttcttcg ccatcgagag cacctccgac gccaccatca cgcacaaccg tggactcttt
    38281 atgatgatga tgctcgggct gctgatgagt gatatacaaa cgaacatgca agccgcgagg
    38341 gcctcaatgt caccccgaaa caatgattcg aacggatgaa ggttctcctg atcgacgtat
    38401 accattacaa ccacggcggg gctgagacgg tctgcttcaa caccggccgc atgctgcaag
    38461 cgcatggcca cgaggtggtc tacttctgcc tgaaatggaa acgcaacctc ccctcgccgt
    38521 tcgcgcgcta tttccccgaa tcgaaggaga cgcgccgcgg agtgtttcgc caattcaaga
    38581 acctcatcaa ttacttctac cactttgagg cggctgacaa gctcgaccaa ttgctccgcg
    38641 atgagcagcc agacatcgcc cacattcacc tcatctgggg acagatcacg gagtccatcc
    38701 tgcccgtttt gcggcgccac ggtgtgccgg ccgtgctgac ggcgcacgat taccgcgtag
    38761 tctgtcccgc ttacgccttc cgcgacggcc gcgggcggat ctgcgaacgt tgccggggca
    38821 agcacttcta caaatgcttc ctgcataaat gcgcgaagaa caactgggtg atgagcggcg
    38881 tgatggccgc cgaacagtat ttccgtaacg ccttctttaa tcccgcggag ctgatcgacg
    38941 gcttcattta tgtgagccaa ttcacgaaga agaagcacga cacctacatg cccgcgctgc
    39001 gccagaaacc gaacatggtg ctctacaaca gcgcgccgga gatcgccgcg gagccgctcc
    39061 gcaagcaggg cgaaccgtac ttcctcttca tgggtcggct ctcgagcgaa aaggggataa
    39121 gcacgttggt ggaagcgatg gacggactgc cggcgtgtcg gctgaaggtg gccgggacgg
    39181 gtccgcagga ggccgaactg aagcgctaca cggcagcgca tgggatgagc aacatcgcgt
    39241 tttgtggcta tcaaacaggc gcggcgctcg aggcattggt gcgagatgcg cgcttcatcg
    39301 tcgtcccctc ggagtgctac gagaataacc cgatgagcat catcgaggcc tacgcgatcg
    39361 gcacacccgt cgtgggagct gacatcggcg gcatccccga gatcgtgccc gagggcgtca
    39421 ctggattccg cttcgagagc cgcaatgccg ctgatctacg cacgaagctc gccgccgccg
    39481 cacgcctcac cgaagcggaa tacaccgcca tgcaacacgc tgcgctcgcc ttcgcccgcg
    39541 agcatttcaa cacggcgaac tattacccgc ggctcatcga cttctataat cagttcgtga
    39601 aatgatgcag atcggcgtct tcggcacacg gggctttccc ggcatacagg gcggcgtgga
    39661 gcgccattgc gaatgcatct atccgcgcat ggcccggcag caggatgtcc gcgtgaccct
    39721 ctatcgccgt cgcccttacg tccgctccac tgcgacttac gccggcatca ccttccgcga
    39781 cttgccctcc acgcgcgtca aaggcctcga ggccttcctc cactccttcc tcgccgcctt
    39841 agattgcctc cgccgtcgcc ccgacgtggt gcacatccac aacatcggcc ccggattctt
    39901 tgcgcccctg ctgcgcctct tcggcctgcg cgtcgtcttg acctaccaca gcgccaacta
    39961 cgaacacagc aaatggaacg ccgccgagcg caccttcctt cgtctctgcg aggccatcgc
    40021 cctcagcacg gcccatgcca tcgtcttcgt caaccgtttc caaatggaga aatacgcaga
    40081 cggtatccga cgtaaatccc actacatccc caacggcatc gacgcgcccg cgccaaactc
    40141 cggcacggcg ttcctcgatc aacacggcct cacacccggc cattacctct tggctgcggg
    40201 gcgcatcacg catgagaagg gctttgatct actcatcgat gcctatatcc atacgtctac
    40261 ggactgcaaa ctggcgatcg ccggtggggt ggagtcggag caggaatacg cccggcggct
    40321 ccgtgacgcg gccgatccgc agcgcgtcgt ctttacgggt tatgccaacc gggcggagat
    40381 gaatgaattg tatacgcacg ccgcactctt cgtgttgccg tcgcgcagtg agggattccc
    40441 tatcgtgttg cttgaggcca tgagttacgg tttgcctgtg gtggcgagcg acattccggc
    40501 tacgcatttg gtggagctgc cggacgactg ctatttccct gcgggcgatg cgaaagcgtt
    40561 gcgcgaagca ttggaacaga agttggccgc tgagccacac cgtgtgactt acgacatggc
    40621 agccttcgat tgggacaccg tggctgcccg cacgctcgac gtctgtcggt gcgtcgcctc
    40681 accccataaa cccaaggcgt tatgaaagcc atcgacatcc acgcttgcca ccgcctgcta
    40741 ttagacatcg ccgccatcct cgaccgcgtc tgccgccaga acgacatccc ctactacatg
    40801 ctcggcggca ccatgctcgg cgccatccgc cacggtggct tcatcccctg ggacgacgac
    40861 atggacttcg gcatcccccg cgaacatttc gatcgcctcc gcaccctcct cgacgatgcc
    40921 ctccgcggca cgccctatcg gctgcacacc tacctcaact cgcccaacaa aatcaactac
    40981 ctgaaaattg tcgacacgcg cacctgcatc cgcggcgcat gggaaacgac cgacacgggc
    41041 gtcaacatcg acctcttccc cctcgactgc ggtccgcgct ggagtctcct cacgcgcccc
    41101 ttcgcggcct acatctacct gatgctcatc gtcaaggatt acaagcaact cgacgccgcc
    41161 ccgcgccgcg gcctgaagcg cctcatcgcc cgcacactga agcgcctgcc cttccgcacc
    41221 gacacgctca tcgcccacat cgaccgttgc atcttgcgtc acagccggtc aggccgcgac
    41281 cgctgcatca actatttcgg ccattggcgt tcgcgcgaga tcttccccgc cgacatcttc
    41341 ggcgcgccga tggattatgc cttcgagggc atgatcctgc tcggcctcgc ccaccccgac
    41401 gcttacctct cgcagctcta cggtgactat atgcagctgc ccccgcccga aaaacgcgtg
    41461 gcacacacgg agcggatctt ctttaagtag agggggcata tctacatacg ccccctccca
    41521 cagaaatcaa actttttgac gcttgcccaa cctgggcaaa tgagaaaacg aactttttga
    41581 cgtttgccca agttgggcaa atgagaaaac gaactttttg acgtttgccc aagttgggca
    41641 aatgagaaaa cgaacttttt gacgtttgcc caagttgggc aaatgagaaa acgaactttt
    41701 tgacgtttgc ccaagttggg caaatgagaa aacgaacttt ttgacgtttg cccaagttgg
    41761 gcaaatgaga aaacgaactt tttgacgttt gcccaagttg ggcaaatgag aaaacgaact
    41821 ttttgacgtt tgcccaagtt gggcaaatga gaaaacgaac tttttgacgt ttgcccaagt
    41881 tgggcaaatg agaaaacgaa ctttttgacg tttgcccaag ttgggcaaat gagaa
//
LOCUS       SEQF3106|MIQD01000014.141873 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..41873
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(18..209)
                     /locus_tag="SEQF3106_00629"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTLHVIALNIPYPPNYGGVIDIYYKLLALHRLGVRLILHCYEY
                     ERPRAPELERILAMRMLPS"
     CDS             complement(345..1493)
                     /locus_tag="SEQF3106_00630"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGYLCKYLADEGWTPVVVTEQVPGDTFDFLREGVDVTYVPASRL
                     ASVTDVFFGRKTARLERAAERRLAERPCDVVLCSTYREFPLAAAQRIARRHRLPLVVD
                     LRDIIEQYAGDEYLSHPLPRLFGVERIIARLFRARSLAIRNRALAEAKAVTTISPWHV
                     EMLRQRNPHVHLIYNGYDPELFAPRTVRTPQFRVTYTGRLLSTAMRNPELLLRAVARL
                     AAEGEITPETFRIRWFTDDASRRIIQQEAERYDCEPFMDYPGMVPATAVPDVLNESSV
                     LLLLTNRTAPDGPQGIMTTKFFEALAVEKPILCVRGDEGCLEQTIAETRSGLSAHNEA
                     EVRRFLLHHYHRWQTAGFTSADPDRAAVCRFSRRTQAGQFARIIEGRD"
     CDS             complement(1651..2814)
                     /gene="wbpI"
                     /locus_tag="SEQF3106_00631"
                     /EC_number="5.1.3.23"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:G3XD61"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-2,3-diacetamido-2,3-dideoxy-D-glucuronate
                     2-epimerase"
                     /translation="MCLPAFVSPMKLITILGARPQFIKAAVVSRAIVEHNRRATDSSQ
                     VEEKILHTGQHYDANMSDVFFHALEIPRPAWNLHCGGIGSHAEATARMMTGIEQVLID
                     ERPDRVLVYGDTDSTLAGALTAAKLHIPVAHVEAGLRSFNRRMPEEINRVLTDHLADR
                     LFCPTRAAIDHLRREGITDGVMHTGDVMYDAALIFGRLAAGRSTVIESLGLTPKSFYL
                     ATVHRAENTDDVTRLTAIVRALIEAATPTCPVVWPLHPRTRSRLEAYGLLAPLSDAVR
                     LTEPVDYWDMVRLEQSAAAILTDSGGIQKEAYFHRTPCVTLRDETEWTETVEAGWNSV
                     VGCDPDRILRALRNPSTVRHEIADYGDGHAAEKIVEVLLQNEVVRTPQRDFAE"
     CDS             complement(2829..4331)
                     /gene="lptD"
                     /locus_tag="SEQF3106_00632"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01411"
                     /codon_start=1
                     /transl_table=11
                     /product="LPS-assembly protein LptD"
                     /translation="MTKVFLEHADVQSFDKEVSADRQVLSGNVQFRHDNSYMYCDSAY
                     FYEANSSLEAFGEVRMEQGDTLFVYGDYLYYDGNIRMAKMRDNVRMESVRADGSIVTL
                     FTDSLNYDRVANIGYYFDGGTIVDEANELSSYYGQYSPATRIAVFNDSVRVFNDKFVL
                     YSDTLQYSTESKVATILGPSVIVSDSGNIYTSRGWYNTVENTSLLLDRSQVTSGNRIL
                     IGDSIAYNRAIGFGEAYGNVILRDTTEKMMLEGNYGSYDERTRHALATDSARCMEYSQ
                     GDTLYMHADTFEMITIDSTARQVKAYHGVRFFRVDIQGVCDSMQFNTIDSTLCMYADP
                     VLWNEQNQLYGDTIVVHMADTTVDHVHVIRFAFSVQQVDTGHFNQLKGNDLKAYFEGR
                     EVRRIDIDGNAESIFFPIEDDGSMIGMNETKSSYLTIWVKDRKIEKLRLWPSPQGTLT
                     PLPDLTPGQMTLRDFHWFDYLRPKDKNDIYTAIHRKTEDAAPTKRSDKFH"
     CDS             complement(4553..5917)
                     /gene="surA"
                     /locus_tag="SEQF3106_00633"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ABZ8"
                     /codon_start=1
                     /transl_table=11
                     /product="Chaperone SurA"
                     /translation="MKRIACLSLLAASLAAVAYGQDNVVDEIVWVVGDEAILRSDVEA
                     QRLYMQNEGQRFDGDPYCIIPEQIAIQKLYLNQAKIDSIDVSENQVLRSVDQWINMAI
                     NQVGSREKLEEYFNKKLSQIKEERKTMVREQQIVQEMQKKLVGKIKLTPSDVRHYFEN
                     VPQDSLPMIPTTVEVQIVTVEPKIPFEETDAIKARLRDFTEQVNNGKMEFSTLARLYS
                     EDPASASRGGEMGFVGKSSLVPEFANVAFNLTDPKRVSNIVETEYGYHIIQLIEKRGD
                     RINCRHILLRPKVSDKELNEATARLDSIYTDIEAGKLTFEDAATYLSADKDTRNNKGL
                     MVNQNYESSHAGTPKFEMQELPQDISKVVYGMKPGDISKPFRMLTNKQREVVAIVKLK
                     ARTDSHRANLADDYQVMKSMVENHKREELLNDWIKKQQKTTYVRIADGWRNCDFKFPG
                     WVKK"
     CDS             complement(5914..6816)
                     /locus_tag="SEQF3106_00634"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTVTKKTLHRLLLPLALCVLLAACKRTAVKEEADVLVQIDKYT
                     LTRSEVTKIIPQGSTTADSLLIAENYIKKWVTDVLIYKVAEHNLGRGGEEIDRLVEEY
                     RRALLRQRYLDVMVHDKLSAKISEKDKQAYYREDSQRFVLNTCLIRGLFLKVPADAPG
                     LDNVRKWYRSDKTDAVENIEKYSLSNAAVYEYFYDRWVDLDEVLQKMPIQVADKAQFL
                     RTNRSVEATDSTYCYFLNISRYLLAGTVAPYDYARPQIEEAIINMRKVDFLRNFEEEL
                     YRDAVRKGDVTFFYNTNPENNKSK"
     CDS             complement(7263..8861)
                     /gene="prsA3"
                     /locus_tag="SEQF3106_00635"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81QT1"
                     /codon_start=1
                     /transl_table=11
                     /product="Foldase protein PrsA 3"
                     /translation="MRRFILCAALCSLVPAVGAFSQNKANDPAIMTIAGKDIPVSEFL
                     FIALKDSGVDLNNKKSLDDFVTLFKNFKLKVADAIAGKYDQTENFRNELRDYEIQLRA
                     SYLSDKAGEARAIHEIYERSKVIPTFSDIVFPLPEETVSKDTVAVYKRAKAAYDRIQR
                     GESYDKVGQELAEGKGDTAFFDHVDYIYPLQLLKPLENTVYNMKVGQIVGPVRSSAGY
                     HILRLEKLTPNPGRVRVAHIMVGTNSEDPDTVALLRRANEIYDRLKQGESFSALVNAY
                     SIDAKSRNNDGVLPYFSLGDMVRPFEEAAFALKDTGDISRPVRTRYGYHIIKLLDRRP
                     LPPYEEMEKSYYTTMRQGDRNFELFKSYDEKEKKKYGYVFYPEAYAELQRLCDDYFPT
                     DTNFYNRAKQMNKTLMHLNGIDFPQSEFAEYLHRYPYSTKTYSGDFLSEVYQLFIRDI
                     VNELERRELEKNHPEMEQLMKEYSDGILLFNISYDRVWSHPIEEQPKLEAEWLKELNG
                     KYKVKIHQKVLNNLKQYLPVATKK"
     CDS             complement(8904..11306)
                     /gene="recQ_1"
                     /locus_tag="SEQF3106_00636"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15043"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent DNA helicase RecQ"
                     /translation="MSKAESMAEELPRTEEQKPSEAKKKAAAATPTGEKKAATKKKST
                     AATPKAGEPKEKTTPETTPTPCAEAPAKGAPEDQDVTKALKKHFGFDSFKGEQKAIIE
                     TLLTGKDVFVLMPTGGGKSLCYQLPSLMMEGTAIVISPLIALMKNQVDAMRNFSEEDG
                     VAHFINSSLNRTAIEQVKQDILSGRTKLLYVAPESLTKDENVEFLRQVKISFYAVDEA
                     HCISEWGHDFRPEYRRIRPIINEIGKHPLIALTATATPKVQHDIQKNLGMLDATVFKS
                     SFNRPNLYYEVRPKGKDVDREIIKFIKSNEGKSGIVYCLSRRRVEEFASILVANGIKA
                     LPYHAGMESQVRSRNQDAFLMEEADVIVATIAFGMGIDKPDVRYVIHYDIPKSLEGYY
                     QETGRAGRDGGEGRCLAFYAYKDLQKLEKFLQGKPIIEQEIGKQLLLETAAYAETAVC
                     RRKVLLHYFGEEYTEENCGSCDNCLTPRVTIEAKDLLKQALVAIDVLREKYKAEHVID
                     FLLGKETADIVSYEQNELEPFGSGQEEDDKTWNAVIRQALIAGYLTKEIENYGILKIT
                     PLGREFMKKPVSFRVVKDKEFEEDDGDDVPMRGGGSSAVDPALFSIMKDLRKKLSKQM
                     DVPPFVIFQDPSLEAMATTYPITLEELQNIPGVGSGKAKRYGSEFVALIKKYVEENEI
                     ERPEDMRVRTVANKSKMKVSIVQSIDRKVALDDLASSKGLDFSELLDEIESIVYSGTR
                     INIDYFIRDAIDEDRVDDIYQYFKESTTDDLSEAIDELGSDYTEDEIRLVRIKFLSEM
                     AN"
     CDS             complement(11342..12568)
                     /gene="clpX"
                     /locus_tag="SEQF3106_00637"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P50866"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent Clp protease ATP-binding subunit
                     ClpX"
                     /translation="MANGENSCAFCGKSGKDVGMLITGLSAAICDECATQAYQIVQNA
                     RPKEAGFLPKGEPVPKPKELKAFLDEYVIGQETAKRYLSVAVYNHYKRLMQKTTADDV
                     EIEKSNIIMVGATGTGKTLLARTIARKLHVPFCIVDATVLTEAGYVGEDIESILTRLL
                     QAADYNVEAAQRGIVFIDEIDKIARKSDNPSITRDVSGEGVQQGLLKLLEGAVVNVPP
                     QGGRKHPEQRMISVDTRNILFICGGAFDGIEKKIAQRLNTHVVGFAASRDTAVVDREN
                     MMQYITPTDLKAFGMIPEIIGRLPILTYLNPLDRAALRRILTEPKNSIIKQYVKLFDM
                     DGIKLSFSEDVYEYVVDKAIEFKLGARGLRSIVEAIMMDAMYRLPSENRKKLHIGLNY
                     AREQFEKIDLSRLQCA"
     CDS             complement(12575..13240)
                     /gene="clpP"
                     /locus_tag="SEQF3106_00638"
                     /EC_number="3.4.21.92"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P80244"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent Clp protease proteolytic subunit"
                     /translation="MENEFKKYATKHLGMSSTALEGYMNITSSYISPTIIEERQLNVA
                     QMDVFSRLMMDRIIFLGTQIDDYTANVIQAQLLYLDSSDPGKDISIYINSPGGSVYAG
                     LGIYDTMQFIGSKVATICTGIAASMASVLLVAGEKGKRCCLTHSRVLIHQPMSGVQGQ
                     ASDMEIAVREVLKVKDELYRIISEHSGKPYEEIARDSDRDYWMNAEEALAYGMVDEIM
                     KRK"
     CDS             complement(13245..14663)
                     /gene="tig"
                     /locus_tag="SEQF3106_00639"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00303"
                     /codon_start=1
                     /transl_table=11
                     /product="Trigger factor"
                     /translation="MNISLTSDDAIRGIITVAIEKKDYEDDVDRNLRLYRRRMALPGF
                     RKGTAPLGMIRKVYGRRVMAEEINRITTESLFRYIRDNKMGVLGEPLPRENQEPINFE
                     SPDEIKIQFDVALSPKKDLSLTKDDHLTLYNIYVDDQALEKQIDSYRSRQGTSESVDS
                     AELDDWINGKLVEMENGEQKPGGLWREYARLSPKVLQDEAERAKFIGAKPGDSIIFNP
                     QKAYGNNKMALESLTQLDGEALEHFTNDCRFEIDGITRSKLAEMTPDFFAAVLGRNDI
                     TDEQTFREELRKSLTNPLPQRAETRFESEMREMMIKKVGEVTLADDILKRWLVLADRL
                     KPEDVDKNYPGVVEDMKYHIAKEYFMSANGLTVEDPDIEEMSKLYAREQIMNYGVFNP
                     DEEMVEQLAKDLLKRDENRRNLISRATDKKLAEWVKGQITVDKKDIALNDYDQLMWDD
                     MLKKLAEHADKKKATETPQAEA"
     CDS             15238..15483
                     /locus_tag="SEQF3106_00640"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIYLGNLNYRVQEEDLQKRLEEYGTVDSVRVIKDRETGRSRGY
                     AFAEMPNDDEANQAIAELNDQTFEGRRLVAKVALPRP"
     CDS             15758..15853
                     /locus_tag="SEQF3106_00641"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHDQLNNILFMFSSMHEDANKLLFTYAPMHE"
     CDS             16255..17889
                     /locus_tag="SEQF3106_00642"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDYSDENYYTDQPLPRKKAAEKTTAQEQAARKNSIFEGLQASL
                     MKLFGSDLWESIISKPSEEEKAGIPDKLNELWKICRRTQWSPVRNRDFYNQALFAANC
                     EDSVPDIAPFFSMNPVYSDMSMPQMRSYFTLRKGWRKGEFPVNISLSYVVVYAYELLM
                     QVGFILPEEGLKKLEELRDHYGVLDWRLMRNLKEWMRDYVVFYGMIDRAEEYFAEEQE
                     EDRAVELLDNLGVVSDEALFGVIAPFSTYNIKNSKLYKRHAEVVARVSGRVIRATAPI
                     LEKRYGLSASKLYIGELKEVPQQLFHGAVFYRRYPYRKRFYPMTEERGYSCLKGIWKK
                     EMYCSVIGNEKRGELAGKLLRETDRLLRLSMKGEGKLSERMQDAALTTAIQKEIDRYW
                     AEQREAQLAAEREAAREAAQRARDEVEVDLSRLDRIRSDADAVREALLTDDDRAEASQ
                     SAEKQAAPPLPKTETEATAAADTSFTEQERHFLRLLIEGGDWAGYLRDIRVPVGVMTE
                     GINEKMMEELQDIVVADQGQGPEVIEDYLDDVRRRL"
     CDS             17982..19316
                     /locus_tag="SEQF3106_00643"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNKPTKIPRRIAQTVVNSLKGGVVPRVGLPYITVGRRQEIEAL
                     LRDVDIVSEGGASFRFIAGNYGSGKSFLLQTMRNYVMDRNFVVMDADLSPERRLFGNQ
                     GQGLATYRELIKNLSVKTQPEGGALATVLDRWISAVQTQTAETADCSTDSPEFATRVE
                     QQIFAVVRTMHDLVHGFDFARLLTLYYRAFTEGDDELKGKVLKWFRGEYANKTEARSE
                     LNITVIITDDNWYEYLKLFAFFFHSAGYSGLIVLIDELVNLYKIPNSISRQYNYEKML
                     AMYNDALQGKARYIGTIMSGTPQSIADPRRGIYSYEALRSRLQEGKFAREQGTPDLLA
                     PVIRLQALTAEEMTVLTEKIAGIHAGLYEYEPRLKDDDLVSFIRTEYARIGADTHITP
                     REVIRDFIELLDLLYTHPDLTLAGLLQSDEFTYAKPELEDKEVDAAFAEFTL"
     CDS             19316..21592
                     /gene="dbpA"
                     /locus_tag="SEQF3106_00644"
                     /EC_number="3.6.4.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00965"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent RNA helicase DbpA"
                     /translation="MDVYERYSPAIRDFIYRSGWDTLRAVQAAAGEALFGTDAHVLLC
                     ASTASGKTEAAFFPIITLMQEQPPVSVGCLYIAPLKALINDQFVRLNDVCAECDIPVW
                     HWHGDVSPTEKKRLMRRPSGILQITPESLEAMLLRRHAQLAALFGDLRFIVIDEIHAF
                     LRGDRGGQTMCLIERLSRAAGVEPRRVGLSATVGDPEAVGQFLAAGTRRRTVIPRIQN
                     VPMKWRLSMQHFFNNGPQAADALLATDCPIDVNKNNPADEPPTDTAPEAADPGLGYIF
                     EHTRGHKCLIFSNSREECETVTATLRRYCEARHEPDRFLIHHGNLSVSYRRQAEELMK
                     QADGPLAVCTTSTLELGIDIGRLERAFQIDAPATVSSFLQRMGRTGRRGAPAEMWFVM
                     RESHPEPRALLPETIPWKLLQGIALVQLYIEERWVEAPRKGRLPYSLLYHQTMSTLAA
                     GGEMMPAELASRVLTLPPFHRITQDDFRTLLHHLLAIDHIQLTDRGGLIIGLVGERIV
                     NDFKFYAVFRENEEYTVRCDSEELGTIVKPPPVMSKIAIAGHVWVVEEVDYKHHIVYC
                     HRVRGIVSAYFGDEAGDIDTRILERMRLLLQQTDSYAYLLPNAAARLAAARHAATHAG
                     LGLRPLISLGGNMYSLTPWLGSYAFLALERFLRIRCAERLGLKGFDSMRPYYMQFTMQ
                     VSEADFHRIVREEIARPIDPMELLYPNETPVFDKYDDTLPPELTRRGFAYGVLDIETM
                     KRRVEEMKNAEHTFMYPA"
     CDS             complement(21605..21967)
                     /locus_tag="SEQF3106_00645"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDLELEKILQQWAEDLVSRYTWLTIRFEYSEKEGVYLVSYYPE
                     WKIERDTDFVRESAAFEDRMNDLYDEFSAPLFCYEEKLFKLSPNAAVIRCGKPEPTVY
                     REVRKKRRPQLVEEPMEV"
     CDS             complement(22141..22365)
                     /locus_tag="SEQF3106_00646"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKAIGYLEVAQALISKQEEISCTVSVHCSYYAVLMYMKYILA
                     HTDRQQLSYEEQDKQSKEEGSHKYMIEQIK"
     CDS             complement(22477..22737)
                     /locus_tag="SEQF3106_00647"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSITLFYLKQCPFCKKARAAIDELQKQDRYKDIQINWIEESEH
                     PDVAEKYDYYYVPTFYIDGRKVHEGGIFPDEVKAVLEQALEA"
     CDS             complement(22846..24078)
                     /locus_tag="SEQF3106_00648"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTAAMIVCAMAAKGQTYEAEVRSNRVGALEVRVAGERLSEPYIE
                     LDGGRQIEIAFDMLQPEAGERLAYSVVHCDADGRRSALAPMEYMDGFNGLEVDDEAPS
                     FNTTVAYRHYRLRLPNEQVRLKVSGNYAVEVYAEGHPERVLLRARFGVVEPQVEIRGE
                     ATANTDVALNRDVQQVHFTVDTKALTVRFPQRELKVFVEQNGRPDTRVGDLQPTSIGG
                     TRLGYEHDRRLIFEAGNEYRRFECLTFRYAGMGVERIGFVNPYYHVDLRQDGPRRMYV
                     YDEDQDGRCFTACSGCGEAEREADYGVVHFAYASDRLPGGEVYLVGDLVQNRFDERSR
                     MAYNEASGRYEAALLLKQGYYNYGYAFVPDGERRGRMPAGDGSFYEAENEYTILVYYR
                     PAAGRYDRLVGRLTIGGR"
     CDS             24794..25204
                     /locus_tag="SEQF3106_00649"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKVQDNPIKEAERYLENSRQILSEKAGKDGNYYNDPKYVRMAG
                     RVAWQGVRAALDGLPEVKAKREMRRQVRFEDYMEAVTQCDPKMSKPLFYTHETLQKVL
                     IGDGNLSCGMVESGMNQAKEVIDWADREYRKQHP"
     CDS             25274..26233
                     /locus_tag="SEQF3106_00650"
                     /EC_number="1.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A417"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative 2-hydroxyacid dehydrogenase"
                     /translation="MAKILVAFDTVSEGFEALTTEHEVIFPPRGRDFTQAEIAERIGD
                     CDVLCSVFDIPVGRDLIDCGRSLKLIANYAVGYNNIDIAYAAEKGIVVTNTPRSVIEP
                     TADLALALLLSCSRRIAEWDRTFRRDRGAIERGRLCRLGVNLFGKTLGILGYGNIGAA
                     VAWRCQAFGMTVLYNKRTRFSEAEERERGITYAEKDEVIRRADVLSLHTPLTPETRHL
                     ISARELAMMKPTAILINTARGAVVDEPALVQALKEGRIAAAGLDVFEQNDVPSPELFA
                     LDNVTLTPHIGTQTYDSRVEMVHELCNNVLGFLQGDRKIDRVN"
     CDS             complement(26324..26617)
                     /locus_tag="SEQF3106_00651"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVNARSIGELIREYCAENPVMNRHLGEVRIIHAWREVLGPGV
                     AKETRSIYVHEDTLHVVLDSAVLRNELMMWHDRLVRNLNEKAGADVIREIRFR"
     CDS             complement(26614..27720)
                     /gene="recF_1"
                     /locus_tag="SEQF3106_00652"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A7H0"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA replication and repair protein RecF"
                     /translation="MILNKLSVLNYKNIHQADIDCSPKINCFFGNNGMGKTNLLDAIY
                     YLSFCKSHVYTTEERLVRRDEALCVLQGEYLFGDRTESIFCSIPRGGRKQFKRNQKPY
                     PRLSDHIGLLPLVMISPSDAELIRGGSDERRRWMDMILSQYDGAAMHALIRYNKALQQ
                     RNRMLREQQTDTALYEVLEMQLVQYGRLIFDVRTRLIEEFLPFFNEYYRAIGREDEEV
                     GLRYVSQLQTVDIEEELARNRERELREVGYTTTGVHKDDLEMTLDGLPMRHLGSQGQN
                     KTCLVALKLAQFTFLAAKNSTMPILLLDDIFDKLDAARVEHIVQLVGEERFGQIFITD
                     TNRNYLDSILESVRKAYVMFHVDRGTVMAMGGGR"
     CDS             27874..28566
                     /locus_tag="SEQF3106_00653"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKKTTNEEKEIEVGEIVSRSEEFIEKHKKKIIAGISAVAVVIG
                     LILAYHYLYAKPQAEKAKLAIFKGEQYLAMDSFALALNGNGVDYDGFEAIIDRYGGTK
                     TGNLAKAYAGICYYHLGDPEKAIQRLKAYKGDDAQIAPTIIGLIGDCYVSTGRTKEGI
                     SYFEKAASKADNDLISPIYLKKAGLAYESMKQYADALKAYETIRDKYNLSMEAVDIDK
                     YITRATILSQSK"
     tRNA            complement(28650..28730)
                     /locus_tag="SEQF3106_00654"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gly(tcc)"
     tRNA            29112..29196
                     /locus_tag="SEQF3106_00655"
                     /product="tRNA-Tyr"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Tyr(gta)"
     tRNA            29235..29308
                     /locus_tag="SEQF3106_00656"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gly(tcc)"
     CDS             29478..30125
                     /locus_tag="SEQF3106_00657"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTSLITFALLCFTSFFTLTNPLGTMPVFLTMTNGMDERQRRAI
                     VRRATIVAFITLIVFTFSGQFLFKFFGISTNGFRIAGGVIIFKIGFDMLEARYTSLRL
                     KKEEIKTYANDISVTPLAIPMLCGPGAIANAIVLMQDAHTIEMKGILIAVIAFIYLFA
                     YLILGFSTYLVPYLGETGNNVMMRLMGLILMVIAVECFVGGARPIMVEILHEGLR"
     CDS             30151..30552
                     /locus_tag="SEQF3106_00658"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAAGDHPFIPHRIGATINHSSLIIKDAPVPSGDKSVNAELRPVP
                     PGDKGVSAELRPIPPGDKGVNAELRPVPSGDKGVNTELRPVPSGDKGVSAELRPVPSG
                     DKGVSAEMVPVPSGDKGVGAEMAPVMQDNGA"
     CDS             30665..31882
                     /locus_tag="SEQF3106_00659"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRFTHPWQTLLIGLFAALTFSASGQNVRLSNAAEISLLTCSPSD
                     DAAYTLYGHTAIRVRDPYPANDSTRPIDFVFNYGLFDFSKPHFIYRFARGETDYMLGG
                     SDFEAFLAAYRARGSEICEQTLALDSAERQRLVDALVENARPENRTYRYNFFFDNCAT
                     RPAAMIERAVNGSIAYEELRGVKTFRDVINHCTRHHPWLTFGCDLVIGAPADRPMHLT
                     ETFFIPQRLREAFDGAWVITPDGSKHRLVAATRLLSERTAPEVTPDFFTPLVCSLLLL
                     IVVALLTLLEVRREACYRWLDCLLLLPAGLAGCILAFLAFFSVHPAMWPNVTLLWLHP
                     FHLVGLVLVASKGWKRATYVYHFLTFAALLAAAVGYFIIPQHANLAFIPLMLILLIRS
                     GRNLTRRKKIRFE"
     CDS             31886..33469
                     /gene="pafA"
                     /locus_tag="SEQF3106_00660"
                     /EC_number="3.1.3.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KJX5"
                     /codon_start=1
                     /transl_table=11
                     /product="Alkaline phosphatase PafA"
                     /translation="MRKILSSLLTLLAVTQIQAQQQRAPKLVIFITVDQLRGDYIEYF
                     RHTFGERGFNRLMAEGAVCHNVRFGFTNLNQASTLATLFTGTYPSTHGITGLKTYSFE
                     TAKETSQLYDPDYLGNFTRDHYSPKRLQAATIGDELKILSGGRSEVYAIAPDAEAAIL
                     SAGHDANGAFWIDNYNGRWATTTYYKGVPWYVEKYNNSNESLPARLGTRVWQPALPAD
                     KYDALPCLSGTTAFQYTFKANTAGCYPDLKTSPFGNEEVNRLFLHFLEYGALGTRPTP
                     DFVALTFYAGNYRGIRYSGNTREIQDLYHRLDKELERLIDAVEKKVGLANTLFVLTST
                     GHFESEEIRPDDARSAGGEFNTKRCLTLLNMYLMAIYGQKSWVTGYYDNQIYLNHKAI
                     EEAKIDLAEIQARAATFLQEFSGVDRVTTNMALRSGMWNEDVADLSRGTYRTGRGDLL
                     LALNPGWVVVHDDNTKDNPKVIRNQAVPTPVIFFGSGIKPQHIYREVKAVEIAPTVTH
                     IMRIRSPNACKEYPLPEIR"
     CDS             33591..37010
                     /gene="secA"
                     /locus_tag="SEQF3106_00661"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01382"
                     /codon_start=1
                     /transl_table=11
                     /product="Protein translocase subunit SecA"
                     /translation="MGFNEILTKLFGNKSQRDLKEITPYVDRVKAAYPAIQKLSDDEL
                     RAKTTEIRQHIQDYVAEDKKRIADLRQGIDEKELEQREAIWAEVDEIEKKIADQYEKV
                     LDEVLPDVFAIVKDTARRFVEKEEITVTATDFDRDLATRHDFVRIDGDKAIYQNHWMA
                     GGNEIKWDMIHYDVQLFGGVVLHKGKIAEMATGEGKTLVATLPVFLNALTGEGVHVVT
                     VNDYLSKRDSEWMGPLYMFHGLSVDCIDKYQPNSDERRKAYLSDITFGTNNEFGFDYL
                     RDNMAISPKDLVQRKHNYAIVDEVDSVLIDDARTPLIISGPVPKGEEQLFDEYRSKVE
                     TVVNAQKNLCTKLLTEAKQKMKSDDKKVQEEGSLLLFRSFKGLPKNKALIKFLSEPGI
                     KTSMLKTEEFYMQDNMRNMHIATDELYFVIDEKNNSIELTDKGLDLLTGNMDDPQFFV
                     LPDIAAQLSEISNMPGTDAERQAKKDELLTNYSIKSERVHTINQLLKAYTLFEKDDQY
                     VVIDGQVKIVDEQTGRIMEGRRYSDGLHQAIEAKERVKVEAATQTFATITLQNYFRMY
                     HKLSGMTGTAETEAGELWNIYKLDVVVIPTNKPVIRQDMNDRIYKTKREKYNAVIDEI
                     VRTRNEGRPSLVGTTSVEISELLSRMLSIRKIPHSVLNAKLHRREADIVAQAGQSALG
                     TVTITDPDGTQHTEERMLGTVTIATNMAGRGTDIKLSPDVRNAGGLAIIGTERHESRR
                     VDRQLRGRAGRQGDPGSSVFFISLEDNLMRLFASERVAKAMDMFGHKEGDVLEAGMLN
                     KSVERAQKKVEENNFGIRKRLLEYDDVMNSQRNVIYTRRRHALMGERIGLDVMNTLYD
                     ATVALVEQSREAGDFDGFKLELFRTFALECPVTEDTFREAKTDDLTEQVFKAVMEQYK
                     RRMERMAQVADPVIRQVYENQGAMYENIMIPVTDGKRMYNVSCNLKEAYDTHSRAIVK
                     AFQKAVTLLTIDEAWKEHLREMDDLRQSVQNASYENKDPLLIYKLEAYNLFKTMVETM
                     NRKTVAILMRGQIPVQEEPNDERPSAPRVRQAAPERRTDMSRYRTEKDDADAPASSRR
                     AGAEGAQQQPPTGPTSRQPQEPVRVEKKVGRNDPCPCGSGKKYKNCHGRGL"
     CDS             37656..39446
                     /gene="argS"
                     /locus_tag="SEQF3106_00662"
                     /EC_number="6.1.1.19"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q54869"
                     /codon_start=1
                     /transl_table=11
                     /product="Arginine--tRNA ligase"
                     /translation="MIEQQLSAAVQAAIRVLYNHTAAPEQTALQKTKKEFEGHLTLVV
                     FPFLRISRKSPEETAREIGQYLREHEPAVADFNVIKGFLNLTIAGSRWVEALGAIHTD
                     DAFGTRPITAESPLVMVEYSSPNTNKPLHLGHVRNNLLGYSLSRILEANGNRVVKTNI
                     VNDRGIHICKSMLAWKKWGEGATPESTGKKGDHLVGDFYVLFDKHYREELRTLEATGL
                     TREEAEAQSPLMAEAREMLRRWEAGDEEVRALWATMNSWVYAGFDETYRRMGVSFDKI
                     YYESQTYLEGRDKVLEGLSRGLFYRRPDGSVWADLTADGLDEKLLLRADGTSVYMTQD
                     IGTAKLRYDDYPIDRMIYVVGNEQNYHFQVLSLLLDKLGFAFGRGLIHFSYGMVELPE
                     GKMKSREGTVVDADDLMDEMIATARDISNELGKLDGLSREEADDIIRIIGLGSLKYFI
                     LKVDPRKNMLFNPKESIDFNGNTGSFIQYTYARIRSVLRKAAEQGLTLPATLPTDTPI
                     NAKEQALVQSLADFPDVVREAGETYSPACIANYTYDLVREFNQFYHDYSILSEADERV
                     RTLRLVLSAETAKVILTAMSLLGIEMPERM"
     CDS             39549..39857
                     /locus_tag="SEQF3106_00663"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGMFSFYNVRKPRQFEHKPIYWDPRKEKLEKRIHKVKMEMGVEE
                     GDYEQYKEAIRGSFVEGTHHLKKSREKGDDARDRLYRNMRLLLLLAILAAIYWFLYLR
                     "
     CDS             39967..41190
                     /gene="mutL_1"
                     /locus_tag="SEQF3106_00664"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P49850"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA mismatch repair protein MutL"
                     /translation="MSDIIHLLPDHIANQIAAGEVIQRPASVVKELMENAVDAGAMHI
                     TVHIKEAGRALIQVIDDGKGMSETDARMAFERHATSKIAAAEDLFSLRTMGFRGEALP
                     SIAAVAQVELRTRARGAELGTRLTIEGSELVDIGPDACPEGAIFSVKNLFFNVPARRK
                     FLKSNETEFRNIMTEFERVVLANPALTFRLVHNDAEVMNLPAAPTRRRIMDVFGKHFN
                     QRLLPVETTTSLVKIEGFIGRIDTVRRRGYRNYFFVNGRYMRHPYFHKAVTQAYERLT
                     PPGELPDYFIYLTLDPAGIDVNIHPTKTEIKFENEQPIWQILASAVRETLGKFNAVPS
                     IDFDTEGALDIPIYNPAADHTAVKQPAVEVNPHYNPFRSAPLAPDRNWEKLYQDFTNE
                     SSPPHARRACRTALP"
     CDS             41267..41764
                     /gene="mutL_2"
                     /locus_tag="SEQF3106_00665"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P65492"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA mismatch repair protein MutL"
                     /translation="MIDQYRAHVRILYDRYVRDVRGHTAVSQKLLFPELVELTPTEAA
                     LLPSLLDGLHRLGFELSPMGGNSYSVTAVPSGLRDVKASELLKELVDGAADTPDAVGD
                     KMAEALALSLARSAAIRPGRSLTTEEMEEMVATLFSTESNRITPDGKPVLILLTDDEL
                     ATRFR"
ORIGIN      
        1 tacggcgatt acctctatta cgacggcaac atccgcatgg ccaagatgcg ctctaactcc
       61 ggggcgcgcg gccgctcgta ttcgtagcag tgcaggatga ggcgcacgcc gagccggtgg
      121 agcgccagga gtttatagta gatgtcgatg acgccgccgt aattcggggg gtacgggatg
      181 ttgagggcga tgacgtggag ggtgagcata gagggtagag agtagagagt agagagtgga
      241 gagtggagga tagagggtgg aggatagaga gtggagggtg gaggatagag ggtagagagt
      301 agagggtaga gacaaatgat gtacccggct ctaccctcta ccctctaatc tctaccctct
      361 ataatccgtg cgaactgtcc ggcttgtgtg cggcgggaga agcggcagac ggccgcgcgg
      421 tcgggatcgg cggaggtgaa gccggcagtc tgccagcggt ggtagtggtg gagcaggaag
      481 cggcgcacct ccgcttcgtt gtgggccgac agtccggagc gcgtctcggc aatggtctgc
      541 tccaagcaac cctcgtcgcc acggacacag aggatgggct tctctacggc caacgcctcg
      601 aaaaacttcg tcgtcataat gccctgcgga ccgtcgggcg cggtgcgatt ggtgagcagc
      661 agcaggacgg agctctcgtt gagcacatcg ggcacagccg tggcgggcac catgccgggg
      721 tagtccatga agggttcgca gtcgtagcgc tcggcctctt gctggatgat gcgccgcgag
      781 gcgtcgtcgg tgaaccagcg gatgcggaac gtctcgggtg tgatctcacc ctcggcggcg
      841 agtcgggcga cggcgcgcag cagcagctcg gggttacgca tggccgtgct cagcaggcgg
      901 ccggtgtacg tgacgcggaa ctgcggcgtg cggacggtgc gcggggcgaa aagctcgggg
      961 tcgtagccat tatagatgag gtgcacgtgc gggttgcgtt ggcggagcat ctccacatgc
     1021 cacggcgaga tggtcgtcac ggcctttgcc tcggccagcg cccggttgcg aatagcgaga
     1081 ctgcgcgccc ggaagagtcg ggcgatgatc cgctccacgc caaagagtcg gggcagcggg
     1141 tgcgacaagt attcgtcgcc cgcatactgc tcgatgatgt cgcgcaagtc gacgactaag
     1201 ggcaggcggt gacggcgcgc gatgcgctgg gcagcagcta aggggaactc gcgataggtg
     1261 ctgcacagga cgacgtcgca cggccgctca gccagccgcc gctccgccgc acgctccagt
     1321 cgggccgtct tgcgaccgaa gaagacgtcg gtcacgctgg ccaagcgtga tgcaggaaca
     1381 taggtcacgt ctaccccttc gcgcaggaag tcgaacgtat cgcccggcac ctgctcggtc
     1441 accacgacag gcgtccagcc ctcatccgcg agatacttgc agaggtagcc catgcggggg
     1501 ccgaaggcgg ggggaaaaag gtcgcaaaga ataagtacgc tgcgacgttt gcatagcagc
     1561 gcatctgccg cgttgcctgc gacactcggt gttcggtcat gtgcttcagc acactccctc
     1621 cccctcggtc ttggacgcct tgcatctgca ctactctgca aagtctcgct gcggggttcg
     1681 cacaacttca ttttgcaaca gtacttcaac gatcttctcc gccgcgtggc catcgccata
     1741 gtcggcgatc tcgtggcgca cggtggacgg attgcgtagg gcgcggagga tgcggtcggg
     1801 atcgcaacct acgacgctgt tccaaccggc ctcgaccgtc tccgtccact ccgtctcgtc
     1861 gcgcaacgtg acgcaaggcg tgcggtggaa gtaggcttct ttctgtatcc cgcccgagtc
     1921 ggtgaggatg gcggcggcgg actgttccaa ccgcaccatg tcccagtaat cgactggctc
     1981 cgtcaggcgt accgcgtcgc tcagtggggc gagtaacccg taggcctcga ggcgcgatcg
     2041 tgtgcgagga tgcaacggcc aaacgacggg gcacgtgggc gtggccgcct cgatgagggc
     2101 acgaacgatg gccgtgagac gcgtgacgtc gtccgtattc tcggcgcgat gaacggtagc
     2161 gagatagaac gacttcggcg tgaggccaag cgattcgata acggtcgagc gaccggcggc
     2221 caagcgcccg aagatgaggg cagcgtcata catcacgtcg cccgtgtgca tgacgccgtc
     2281 ggtgatgccc tcgcggcgga ggtgatcgat ggcggcgcgc gtggggcaaa agagacggtc
     2341 ggccaagtgg tccgtgagca cgcgattgat ctcctccggc atgcgtcggt tgaagctgcg
     2401 cagaccggcc tcgacgtgtg ccacggggat atgcagcttg gcagccgtca gtgcgccggc
     2461 gagtgtggag tcggtatcgc catagacaag cacgcggtcg gggcgctcgt ctatgagcac
     2521 ttgctcgatg cccgtcatca tgcgcgccgt ggcctcggcg tgactgccga tgccgccgca
     2581 gtgcaggttc catgcgggcc gaggaatctc gagcgcatgg aagaagacgt cgctcatgtt
     2641 cgcgtcgtaa tgctggccag tgtgcaggat cttttcttcg acctgggaac tatcggtggc
     2701 gcgtcggtta tgctcgacga tggcgcgact gaccacagcg gccttgatga actgggggcg
     2761 tgccccgagg atggtgatga gcttcatggg ggatacgaaa gcgggcagac acatccaccc
     2821 taacctgttc aatggaattt atcgctgcgc ttggtgggcg cagcatcttc ggtcttccgg
     2881 tggatggcgg tgtagatgtc gtttttgtcc ttcgggcgga ggtagtcgaa ccaatggaag
     2941 tcacgcagcg tcatctgccc gggcgtgagg tcaggcaagg gggtgagggt gccttgtggc
     3001 gagggccaga ggcgtagctt ctcgatcttt cgatccttca cccagatggt caggtagctg
     3061 ctctttgtct cgttcatgcc gatcatgcta ccgtcgtcct cgatggggaa gaagatcgac
     3121 tccgcattgc cgtcgatgtc gatacgacgc acttcgcgcc cctcgaagta ggccttgagg
     3181 tcgttcccct tcaactgatt gaaatgcccc gtgtcgacct gctgtacgga gaaggcgaaa
     3241 cggatgacgt gcacgtggtc gacggtggtg tcggccatgt gaacgacgat ggtgtcgccg
     3301 tagagctgat tctgctcatt ccaaagcact gggtcggcat acatacagag cgtggagtcg
     3361 atggtgttga actgcatgga gtcgcagacg ccctgaatgt cgacgcggaa gaaacgcaca
     3421 ccgtggtaag ccttcacctg ccgcgcggtg gagtcgatgg tgatcatctc gaaggtgtcg
     3481 gcgtgcatgt agagcgtgtc gccttgcgaa tactccatgc agcgggcgct gtcggtggct
     3541 aaggcgtggc gggtgcgctc gtcatatgat ccgtagttgc cttcgagcat catcttctcc
     3601 gttgtatcgc gcaggatgac gttgccgtac gcctcgccga aaccgatagc gcggttgtag
     3661 gcgatggagt cgccgatgag gatgcggttt ccggaggtga cttgagatct gtcgagcaag
     3721 agtgaggtgt tctcgacggt attgtaccag ccacgcgagg tatagatgtt gccactgtcc
     3781 gaaacgatga ccgaggggcc gaggatggtg gccaccttcg actcggtgct gtattggagc
     3841 gtatcggagt agagcacaaa cttgtcgttg aagacgcgca cgctatcgtt gaagacggct
     3901 atgcgtgtgg cgggcgaata ctgcccgtaa taggaggaga gttcgttggc ctcgtccacg
     3961 atcgtgccgc catcgaagta gtagccgatg ttggcgacac gatcgtagtt gaggctgtcg
     4021 gtgaagaggg taacgatgga gccgtcggcg cggacgctct ccatacgcac gttgtcgcgc
     4081 atcttggcca tgcggatgtt gccgtcgtaa tagaggtaat cgccgtagac gaagagcgtg
     4141 tcgccctgtt ccatacgcac ctcgccgaaa gcctcgagcg agctgttggc ctcatagaag
     4201 taggcgctgt cgcaatacat gtaggaattg tcgtggcgga attggacatt gcccgaaagc
     4261 acctgccgat cggcgctgac ttccttgtcg aacgactgca catcggcgtg ctcaaggaag
     4321 actttcgtca ccccgggggg agagcctggc gtctgtgcct gcaatgtagc cgcgaggctg
     4381 aggcagagga ggacaacaac cgatataacc cgacaccgat tcctgcatga gactttgcag
     4441 agtagtgcag atgcaaggcg tccaagaccg agggggaggg agcatactga agtatgtgac
     4501 cgaccaccga gtgtcgcagg caacgcagca gatgcgctgc tatgcaaacg tctcatttct
     4561 tcacccagcc cgggaacttg aaatcgcaat tcctccatcc gtcggctatg cggacgtagg
     4621 tagtcttctg ctgcttcttg atccagtcgt tgagcagctc ctcgcgtttg tggttctcca
     4681 ccatcgattt catcacctga taatcgtcgg ccaggttagc acggtggctg tcggtgcggg
     4741 ccttgagctt gacgatggcg actacttcgc gctgcttgtt ggtgagcatg cggaagggct
     4801 tggagatgtc gccaggtttc atgccataga ccaccttact gatgtcctga ggaagctctt
     4861 gcatctcaaa cttgggtgta cccgcgtgcg agctttcgta attctgattc accatgagcc
     4921 ctttgttgtt gcgcgtgtcc ttgtcggcgg agaggtaggt ggcagcgtct tcgaaggtga
     4981 gtttgccggc ttcgatgtcg gtgtaaatcg aatcgaggcg cgcggtggcc tcgttcagtt
     5041 ccttgtcgga gaccttgggg cggagcagga tgtggcggca attgatgcgg tcgccgcgct
     5101 tctcgatcag ctggatgata tgatagccat actccgtctc gacgatgttt gacacgcgct
     5161 tcgggtcggt caggttgaag gctacgttgg caaactcggg cacaaggctc gacttgccca
     5221 cgaagcccat ctcgccgccg cgcgaggccg acgccgggtc ctcggaatag agccgggcga
     5281 gggtggagaa ctccatcttg ccgttgttca cctgctcggt gaagtcgcgc aggcgcgcct
     5341 tgatggcgtc cgtctcctcg aaggggatct tcggctccac ggtgacgatt tgcacctcca
     5401 cggtggtggg gatcatgggg aggctgtctt gcggcacatt ctcgaaataa tgcctgacgt
     5461 ccgagggcgt gagtttgatc ttgcccacga gcttcttctg catctcttgg acgatctgct
     5521 gctcgcgcac catcgtcttg cgctcctcct tgatctggga gagcttctta ttgaaatatt
     5581 cctcgagctt ttcgcgtgat cccacctggt tgatggccat gttgatccac tgatcgacgg
     5641 agcgcagcac ttgattttcg ctcacgtcga tgctgtcgat tttggcctga ttgaggtaga
     5701 gcttctggat ggcgatctgt tcggggatga tgcaataggg gtcgccatcg aagcgctgcc
     5761 cttcgttctg catgtagagg cgctgtgcct ccacgtcgga gcgaaggatg gcctcatcgc
     5821 ccaccaccca gacgatctcg tccaccacat tatcctgtcc gtaagccacg gccgcgaggc
     5881 tggcggcgag taggctcaag catgctattc ttttcatttc gatttattgt tttcggggtt
     5941 cgtattgtag aagaacgtca cgtcgccctt gcggacggcg tcgcgataga gctcctcctc
     6001 gaagttgcgc aggaagtcca ccttccgcat gttgattatt gcctcctcga tctgcggccg
     6061 ggcgtaatcg taaggggcga cagtgccggc caggaggtag cgcgagatgt tgaggaagta
     6121 gcaataggta ctgtcggtag cctcgacgga gcggttggtg cggaggaact gggctttgtc
     6181 tgcgacctga atgggcatct tttggagcac ctcgtcgagg tcgacccagc ggtcgtagaa
     6241 gtactcgtag acggcggcgt tgctgaggct gtacttctcg atgttttcca cggcgtccgt
     6301 cttgtccgag cgataccact tgcgcacatt gtcgagcccc ggcgcatcgg ctggcacctt
     6361 gaggaagagg ccgcgaatga ggcatgtgtt gagcacgaag cgctgactgt cttcgcggta
     6421 ataggcctgt ttgtccttct cgctgatctt ggccgagagc ttgtcgtgca ccatgacgtc
     6481 taagtagcgc tggcggagca gagcccggcg gtattcctcc acaagccggt cgatctcctc
     6541 gccgccgcgg ccgaggttgt gttcagccac tttatagatc agcacgtccg tgacccattt
     6601 cttgatgtaa ttctcagcga tcagcaggct gtcggccgtg gtgctgccct gcgggatgat
     6661 cttcgtcacc tcgctgcggg tcagggtgta cttgtcgatc tgcaccagca cgtcggcctc
     6721 ttctttgacg gccgtcctct tgcaagctgc cagcagaacg cacagggcga ggggcaggag
     6781 cagtcggtgc agggtctttt ttgttacggt aagcatagtc aggtggtggg ttttaataaa
     6841 tctccgaatg aagatttatt gtaattcagg atttcattaa atcatcagca ggagatttat
     6901 tagaaactga gtttttaata agccagcgaa cgaaaagtta ttagaaaccg agtttttaat
     6961 aagcctacga acgaaaagtt attagaaact gagtttttaa taagccagcg atcgaaaagt
     7021 tattagaaac cgagttttta ataagcctac gaatgaaaag ttattagaaa ccgggtttct
     7081 aataagccag cgaacgaaaa gttaatagaa accgggtttc taatatgtca cagagcgaga
     7141 aagatgcgtt gccatgcggt gtgctccccc tgaatgcgac gggacagagc tcccgaccaa
     7201 gcgggggccc tgtccaacgt ctgttacggc aaaaaacatt gatttctggg tgagtcaact
     7261 cctcatttct tggtcgccac cgggaggtat tgcttgaggt tgttcagcac cttctggtgg
     7321 atcttcacct tgtatttccc gttgagctcc ttgagccatt cggcctccag cttgggctgc
     7381 tcctcgatgg gatggctcca gacgcgatcg tagctgatgt tgaagagcag gatgccgtcg
     7441 ctgtattcct tcatcaactg ctccatctcg gggtgattct tctcgagctc gcggcgctcc
     7501 agttcgttga cgatgtcgcg aatgaagagc tggtagacct cgctcaggaa gtcgcccgag
     7561 tacgttttgg tggagtaggg gtagcggtgg aggtattcgg cgaactcgct ctgggggaag
     7621 tcgatgccat tgaggtgcat gagggttttg ttcatctgct tggcgcggtt gtagaagttc
     7681 gtgtcggtgg ggaagtagtc gtcgcagagg cgttgcagct cggcgtaggc ttcggggtag
     7741 aagacgtagc cgtacttctt cttctccttt tcgtcgtaac tcttgaagag ttcaaagttg
     7801 cggtcgccct ggcgcatggt ggtgtagtat gacttctcca tctcctcgta ggggggcagg
     7861 gggcgccggt ctaagagctt gatgatgtgg tagccgtagc gggtgcggac ggggcgcgag
     7921 atgtcgccgg tgtctttcag cgcgaaggcg gcctcttcga aggggcggac catgtcgcca
     7981 agggagaagt agggcaatac gccgtcgttg ttgcgcgact tggcgtcgat ggagtaggca
     8041 ttgacgaggg cgctgaaact ttcgccttgt ttcaagcggt cataaatctc attcgcgcgg
     8101 cgcaacaggg ctacggtgtc gggatcttcg ctattggtgc cgaccatgat gtgtgccacg
     8161 cgaacgcgtc cggggttggg ggtcagcttc tccagtcgca ggatgtgata gccggccgag
     8221 gaacgcacgg ggcccacgat ctgacccacc ttcatgttgt agactgtgtt ctcgagtggc
     8281 ttcaggagtt gcaacgggta gatatagtcc acatggtcga agaaggccgt gtcgcctttc
     8341 ccttcggcca gttcttggcc cactttatcg tagctctcgc cgcgctgtat gcgatcgtag
     8401 gccgctttgg cgcgcttgta gacggcgacg gtgtctttcg atacggtctc ctcgggcagc
     8461 gggaagacga tgtcgctgaa ggtgggtatc actttgctgc gctcgtaaat ctcatggatg
     8521 gcgcgtgctt cgccggcctt atctgagagg taactggcgc gcagctgtat ctcatagtct
     8581 cggagttcgt tacggaagtt ctccgtctgg tcgtatttgc cggctatggc gtcggccacc
     8641 ttcagtttga agtttttgaa gagggtcacg aagtcgtcga gcgacttttt attgttcaga
     8701 tccacgccac tgtctttaag ggcaatgaag aggaactcgg agacggggat gtctttcccc
     8761 gcgatagtca taattgccgg gtcgttggct ttgttttgcg aaaaagcccc gaccgcgggc
     8821 accaagctgc agagggcagc acatagaata aaccttctca ttcttatagt tgatttcata
     8881 atgctcaaag tgatttcagc gcatcaattg gccatctcgg ataggaactt gatgcgcacc
     8941 aatcggatct cgtcttcggt ataatcgctg ccgagctcgt cgatggcctc ggagaggtcg
     9001 tccgtggtag actctttgaa gtactggtag atgtcgtcca cgcggtcttc gtcgatggcg
     9061 tcgcggatga agtagtctat gttgatccgt gtgccggaat agacgatgga ttcgatctca
     9121 tcgagcagct cggagaagtc cagccccttc gacgaggcca agtcgtcgag cgccaccttg
     9181 cgatcgatgc tttgcacgat ggagactttc atcttcgact tgtttgccac cgtgcgcacc
     9241 cgcatgtctt cgggtctttc tatctcgttt tcttctacgt atttcttgat cagagccacg
     9301 aactccgagc cgtagcgttt ggcttttccg gagccgacac cggggatgtt ctggagctcc
     9361 tcaagcgtga taggatacgt cgtagccatc gcctcgagcg aggggtcttg gaagatgacg
     9421 aaggggggca catccatttg cttggagagc ttcttgcgga ggtctttcat aatggagaag
     9481 agggccgggt ctacggcgct ggatccgccg ccacgcatcg ggacgtcgtc gccatcgtct
     9541 tcttcaaact ccttgtcttt tactacacgg aacgagacgg gcttcttcat gaactcccgc
     9601 cccagcgggg tgatcttgag tatgccgtag ttctcaatct ccttcgtcag gtagcccgcg
     9661 atgagggctt ggcggatgac ggcgttccac gtcttatcgt cctcctcctg cccacttccg
     9721 aatggttcca attcgttttg ttcatacgag acgatgtcgg ccgtctcctt cccgagcagg
     9781 aagtcgatga cgtgttcggc cttatacttt tcacgcagga catcaatggc cacaagcgcc
     9841 tgcttcagca ggtctttggc ctcgatcgta acacgcggcg tgaggcaatt gtcgcagcta
     9901 ccacagttct cctccgtgta ttcctctccg aaataatgca gcagcacctt tcttcggcag
     9961 acagccgtct cggcatacgc cgccgtttcg agcagcagtt gcttaccgat ctcctgctca
    10021 atgatgggct tgccttgcaa gaatttctcc agcttctgca agtctttgta ggcataaaaa
    10081 gccaagcatc gtccctctcc gccgtcacga ccggcacggc ccgtctcttg gtaatagccc
    10141 tcgaggcttt tggggatgtc gtaatggatc acatagcgca catcgggctt atcgatgccc
    10201 ataccaaagg cgatggtggc cacaatgacg tcagcctctt ccattaagaa ggcgtcttgg
    10261 tttctcgatc tcacctgcga ctccatcccc gcgtggtatg gcagcgcctt gatgccgttg
    10321 gctactaaga tgctggcaaa ctcctccact cgccgccggc tcaggcaata aacgatgccc
    10381 gatttgccct cgtttgactt gataaacttg atgatctcgc gatctacatc cttgcctttt
    10441 ggccgcacct cgtagtagag gttcggtcgg ttgaacgatg atttgaagac cgtggcgtcc
    10501 agcatgccga ggttcttctg tatgtcgtgc tgcaccttcg gtgtggccgt agcagtgagt
    10561 gcgatgagcg gatgcttgcc aatctcgtta atgatgggac ggatgcgacg gtattcgggt
    10621 cggaagtcgt gcccccactc cgaaatacaa tgcgcctcat cgacggcata gaaagagatc
    10681 ttcacttggc gcagaaattc cacattctca tccttcgtca gcgactcggg ggccacgtag
    10741 agcagttttg tccgtccgga aaggatgtct tgcttcacct gctcgatggc tgtgcggtta
    10801 agcgaagagt tgatgaagtg tgccacgcca tcttcttcgc tgaagtttcg catcgcgtcc
    10861 acttggttct tcatcagcgc gatgagtggg gagatgacga tggctgtgcc ctccatcatc
    10921 agcgagggca actggtaaca cagcgatttg ccaccgcccg tgggcatcag cacgaacacg
    10981 tctttcccgg tgagcagtgt ctcgatgatg gctttctgct ctcccttaaa tgaatcgaaa
    11041 ccgaaatgct ttttcagcgc cttggttacg tcttggtctt ctggtgcgcc cttcgcgggc
    11101 gcctcggcgc atggagtggg agtagtctcc ggtgtggttt tttccttggg ttcacctgcc
    11161 tttggcgtag cagcggtgga tttcttcttt gtcgcagcct tcttctcccc cgtgggagta
    11221 gctgctgcgg ccttcttctt tgcctctgac ggcttctgct cttcagttct tggtaattct
    11281 tcggccatac tttctgcttt tgacatatct gttggcatac acttttatgg agtcgtgtat
    11341 ctcaggcgca ctgcaaacgg ctgagatcga tcttctcgaa ctgctccctt gcgtagttca
    11401 gtccgatgtg cagcttcttc ctgttttcgg aaggcagccg atacatggcg tccatcataa
    11461 tcgcctccac gatggagcgc aatccgcgcg cacccagctt gaactcgatc gctttgtcga
    11521 ctacgtattc atatacgtcc tcgctgaagg agagtttgat gccgtccata tcgaacagct
    11581 tgacgtattg cttgatgatg gagttttttg gttcggtgag gatcctccgc aatgccgcgc
    11641 gatccagcgg attgaggtag gtcaggatgg gcaatcggcc gatgatctcg gggatcatgc
    11701 cgaaggcttt caggtcagtc ggggtgatgt attgcatcat gttttctctg tctaccacgg
    11761 ccgtatctcg gctcgcggcg aagcccacca catgtgtatt gagccgttgg gctattttct
    11821 tttctatccc gtcgaaggcg ccaccgcaga tgaagaggat gttgcgcgta tccacggaga
    11881 tcatgcgctg ttcgggatgt ttgcgtccac cctgcggcgg aacgttcacg actgccccct
    11941 cgagcaactt cagcagccct tgctgcacgc cctcaccgct cacgtcgcgc gtgatggagg
    12001 ggttgtcact cttgcgggcg atcttgtcga tctcgtcgat gaagacgata cctcgctgcg
    12061 ccgcctctac attgtaatcg gctgcttgca gcaggcgtgt gaggatgctt tcgatgtctt
    12121 cgcccacata gccggcctcg gtgagcaccg tagcatcgac tatacagaag ggcacatgca
    12181 gcttgcgtgc aatggtgcgt gcaagcagtg tcttccccgt gcccgtggct ccgaccatga
    12241 tgatgttgga cttctcgatt tctacatcat cagctgtcgt tttttgcatc aatcgtttgt
    12301 agtggttgta tacggccacg gacaggtatc gcttggcagt ctcttgtccg atgacgtact
    12361 cgtccaagaa ggctttcagc tctttcggct ttggcacagg ttcgcctttg ggcaggaagc
    12421 cggcttcttt aggccgtgca ttttgcacga tctggtatgc ctgggtcgca cattcgtcgc
    12481 agatggcagc agacagtccc gtaatcaaca tgcccacatc cttgccgctc tttccgcaga
    12541 aagcgcatga attttcccca tttgccatcg ccgtttactt gcgtttcatg atttcatcca
    12601 ccatgccgta tgccaatgct tcttcggcat tcatccagta atcgcgatcg ctatcgcggg
    12661 caatttcctc gtagggtttg cccgaatgtt cggagatgat gcggtagagc tcgtctttca
    12721 ccttcaagac ctcgcgcaca gcaatctcca tatccgaggc ctgcccctgc acgccactca
    12781 tcggctgatg gatcagcaca cgcgaatggg tcaggcagca gcgtttgccc ttttcaccgg
    12841 ccacaagcag caccgacgcc attgaggcgg cgatgccggt gcagatggta gccaccttgc
    12901 taccgatgaa ttgcatggtg tcgtagatgc ctaatccggc atagaccgac ccgccggggg
    12961 agttgatgta aatggagatg tccttgcccg gatcgctgga atcgaggtag aggagttgcg
    13021 cttgaatgac gttggctgtg taatcgtcga tttgcgtacc gaggaagatg atgcgatcca
    13081 tcatcaggcg agagaagacg tccatctgtg ccacgttcag ctggcgctct tcgatgatcg
    13141 tcggcgagat gtagctgctg gtgatgttca tgtagccttc caacgccgta gaactcatgc
    13201 ccaaatgctt ggtggcgtat ttcttgaatt cgttttccat ctctttatgc ctctgcttgt
    13261 ggtgtttccg ttgctttctt tttatcggcg tgctcggcga gtttcttcag catgtcgtcc
    13321 cacattaatt ggtcgtagtc attgagggcg atgtctttct tgtctaccgt gatttggcct
    13381 ttgacccatt ctgcgagctt cttgtccgtg gcgcgagaga tcaggttgcg tcggttctca
    13441 tcgcgcttca gaaggtcttt agcgagctgc tccaccattt cttcatcggg gttgaagacg
    13501 ccgtaattca tgatttgctc acgtgcatac agcttcgaca tttcctcgat gtccggatct
    13561 tccactgtca gcccgttggc cgacatgaag tattccttgg cgatgtggta tttcatgtct
    13621 tccaccacac cggggtaatt cttgtctacg tcttcgggct tcagtctgtc ggcgagcact
    13681 aaccagcgct tcagaatgtc gtcagccagc gtcacttcgc cgaccttctt gatcatcatt
    13741 tcgcgcattt cgctttcgaa gcgtgtttcg gcacgctggg ggagcgggtt tgtcaagctc
    13801 ttcctgagtt cctcgcggaa ggtctgctcg tccgttatgt cattgcgtcc caagacggcc
    13861 gcaaagaaat cgggcgtcat ctcagccagc ttggagcgcg tgattccatc gatttcaaag
    13921 cgacaatcat tcgtgaaatg ctccagcgct tccccgtcga gttgtgtgag cgactccaag
    13981 gccatcttat tgttcccata ggccttttgg gggttgaaga tgatgctatc gccgggcttg
    14041 gcgccgatga atttggcgcg ttctgcttcg tcctgaagca ccttcgggct cagcctcgca
    14101 tactcacgcc aaaggccacc cggtttctgc tcgccatttt ccatttccac gagctttccg
    14161 ttgatccagt cgtccagctc tgcggagtcc accgattcgc ttgtcccctg cctgctgcgg
    14221 taagagtcga tttgcttttc caacgcttgg tcatccacat agatgttata cagcgtcagg
    14281 tggtcgtctt ttgtcaggct gaggtccttt ttcggagaca gcgccacgtc gaattgaatc
    14341 ttgatctcgt ccggggattc gaagttgatc ggctcctgat tttcacgcgg gagtggttcg
    14401 cccaagactc ccatcttgtt atctcgaata tatctgaaga ggctctccgt cgtgatccga
    14461 ttgatttcct cagccatcac gcgccggcca tacactttcc gaatcatgcc cagtggcgcc
    14521 gtgcccttcc gaaagcctgg cagagccatc cttcggcgat acaggcgcag gttccgatcc
    14581 acatcgtctt cgtagtcctt tttttcgatc gccactgtga tgatgccgcg gatggcgtca
    14641 tcactcgtca acgaaatatt catactgttc tgtcttaata attaatctat tacgtgcgct
    14701 attttattta gcagggggca aaagtaggct ataatttcaa tctcacaaat gcggaaaatc
    14761 ggtcgaaaaa gtgccttaca atccgctatt gatgcgggtt ttggaatttc cctgacgaac
    14821 ggatttcgat gcctccccgg gtgcccctga aagccccgtc tgacacctat atataatagt
    14881 cctcctccct cagcaaggcc atccggaaat tggtggaggg attgtcaggc agagccaccc
    14941 cgatcggatg ggcgatgccc caccacctgc gcgcctcccc ctaccccctc ttttggatta
    15001 caaaaaaatg ccgatgtgcc cacgctacga atgggttacg acgatgtgcg aacacaaaat
    15061 tgggcttgca cgtctcagca ttataatttc ctttgcgccc ccgagagaag gtatattccg
    15121 aaggcactta acaatctatt ctgccgctgt cgatcaactg atgagggatt attgttacga
    15181 actcgagatg ttcttactct tcataggcat cgacaccatt ttttatttac atatcacatg
    15241 aatatttact tgggcaacct gaactatcgc gtgcaggaag aagatttgca gaaacgattg
    15301 gaagagtacg gaacagttga ttccgtgcga gttattaagg atcgggaaac ggggcgttcg
    15361 cggggctatg ccttcgctga aatgccgaac gacgacgaag ccaaccaggc catcgccgag
    15421 ctgaacgatc agaccttcga ggggaggcga ttggtggcca aagtggccct gccgcgtccc
    15481 taacgcattg caacggtggc ggcgccgccg gtgttgcttt tggccgccgc gcgaagccgc
    15541 aataaccaga tcgcgcctta acctttcgct ttcctctgac gagagagagc ggaaggtttt
    15601 tttatgccgt aacccggaca aggctttcgc agtgcgatca gccttccgcg agtttttatc
    15661 cgcattctcg tgacatcacg aaggatgtaa aacgcacttg tatacatctt actccataca
    15721 cgaagaatag aataagatat tatttatatc tccatccatg cacgaccaac tgaataatat
    15781 tttgttcatg ttctcatcca tgcacgaaga tgcgaacaaa ttgttattta catatgcgcc
    15841 catgcacgaa tagtcgaaaa gtaattatac atacatagat ccacgcacga agtactgaat
    15901 aagataatat tatcatatgc atccatgcat aaatagctga ataaggtctt atttatattc
    15961 tcatccatgc atggagaata gaataatatg ttattcctat tcaaatctgc acacgaataa
    16021 ttgaacaaca tcttatttat attctcatcc atacacgata tatcaaagat aaattgaata
    16081 acacttcgtg catacacgaa ataatagata gcatgttaca catctattcg tgacgtcatg
    16141 aaggaatgaa tagaatgagg atgaaagggg cgcggaacga ggaggcaata cctgaaaatt
    16201 ccttgtattg atttcggcct acttttgccc cccaccaacc gaaaggggta gaaaatgagt
    16261 gattattcag acgaaaatta ttacacggat caaccgctcc cacgcaaaaa ggccgcggaa
    16321 aaaacgacgg cacaagaaca ggccgcacgt aagaattcga ttttcgaagg gctgcaagcg
    16381 agcttgatga agctcttcgg gagcgacctg tgggagtcga tcatcagcaa accgagcgag
    16441 gaggagaagg cggggatacc ggacaagctg aacgagctct ggaaaatctg ccgacggacg
    16501 cagtggtcgc cagtgcgcaa ccgcgatttc tacaaccaag cgctcttcgc tgccaattgc
    16561 gaagactcgg tgcctgacat cgcgcccttt ttctccatga accccgttta tagcgacatg
    16621 tcgatgccgc aaatgcgcag ctacttcacc ctccggaagg gctggcggaa gggcgaattt
    16681 ccggtgaaca tctcgctgtc gtatgtcgtt gtttacgcct atgaactcct gatgcaagtc
    16741 gggttcatcc tgccggaaga ggggctgaag aagttggagg agctccgcga tcactatggc
    16801 gtgctggact ggcggctgat gcgtaacctg aaggaatgga tgcgggatta cgtcgttttt
    16861 tatggcatga tcgaccgggc ggaggagtac tttgctgagg agcaggagga agaccgggcg
    16921 gtggagctgc tggacaatct gggggtggtc agcgatgagg cgctctttgg cgttatcgcg
    16981 ccgttttcaa cgtataacat caagaattcg aagctttaca agcggcatgc tgaggtggtg
    17041 gcacgcgtct cggggcgcgt catccgggcc acggcgccga tattggaaaa gcgctacggc
    17101 ctctctgcca gcaagctgta tatcggcgaa ctgaaggagg tgccgcagca gctgtttcac
    17161 ggggccgtct tctatcgccg ttacccctac cggaagcggt tttacccgat gacggaggag
    17221 cgcggataca gctgcctaaa agggatttgg aagaaggaga tgtattgcag cgtcattggc
    17281 aacgagaagc ggggcgagct ggccggaaag ttgctgcgcg agacggatcg cctgctgcgc
    17341 ctcagcatga agggggaagg gaagctgtcg gaacggatgc aagatgcggc gctgacgacg
    17401 gccatacaaa aagaaataga ccgatactgg gcggagcaac gtgaggctca acttgcggcc
    17461 gagcgtgaag cggctcgtga ggcagctcag cgcgcccggg atgaggtgga ggtggatctc
    17521 tcgcggctcg accgcatacg cagcgatgct gacgccgttc gcgaggcact cctgacggat
    17581 gatgaccggg cagaggccag ccagtcggcc gagaaacagg cggcgccacc gctgccgaaa
    17641 acggaaacag aagccactgc ggctgccgac acctcgttca cagagcagga gcgacacttc
    17701 ctgcgtctct tgatcgaagg gggcgactgg gcgggctact tgcgcgacat ccgcgtgccc
    17761 gtcggcgtga tgacggaggg aatcaacgag aagatgatgg aggagctgca agacatcgtc
    17821 gtggctgacc agggccaggg gccggaagtg atcgaggatt atttggacga tgtgcgccga
    17881 aggctgtaaa ccgcccccta taccttttat atatacaacc ccgggcgggc gcaggaaggc
    17941 tcgccccgac atagcaacat gtaattcgta acccaagaaa tatggataac aaaccgacga
    18001 agattccgcg gcgcattgcg cagaccgttg tgaactcact caaagggggc gtggtgcctc
    18061 gcgtgggatt gccctacatc accgtggggc ggcggcaaga gatcgaggcg ctgcttcgcg
    18121 atgtggacat cgtcagcgag ggcggcgcgt cgttccgctt catcgcgggc aactacggca
    18181 gcggaaagtc cttcctgctg cagacgatgc gcaactatgt gatggatcga aattttgtgg
    18241 tgatggacgc cgacctatcg cccgagcgac gcctctttgg caaccaaggg caggggctgg
    18301 ccacgtatcg cgagttgatc aaaaacctca gcgtaaagac gcagcccgaa ggcggcgcac
    18361 tggccaccgt gctcgaccga tggatcagcg ccgtgcagac gcagacggct gagacggccg
    18421 attgcagcac ggacagcccc gaatttgcca cgcgtgtgga gcaacaaatc ttcgccgtcg
    18481 tccgcaccat gcacgacctc gtccacggct tcgacttcgc ccgcctgctc accctctact
    18541 atcgcgcctt caccgagggc gacgacgagc tgaagggcaa ggtgctgaag tggttccgcg
    18601 gcgaatacgc gaacaaaacc gaggctcgca gtgaactgaa catcaccgtc atcatcaccg
    18661 acgacaactg gtatgaatac ctcaagctct tcgccttctt cttccacagc gccggctaca
    18721 gcggcctcat cgtcttaata gacgagttgg tgaacctgta caaaatcccc aacagcatct
    18781 ctcggcaata caattacgag aagatgctgg ccatgtataa cgacgccctg caaggcaagg
    18841 cgcgctacat cggcaccatt atgagcggca caccgcaaag catcgccgac ccgaggcgtg
    18901 gcatttacag ctacgaggca ctccgatcgc ggttgcaaga gggcaagttc gctcgcgaac
    18961 agggcacacc cgatttgctc gcccccgtga tccggctgca agcgctgacg gccgaggaga
    19021 tgacagtgct cacggagaag atcgccggca tccacgcggg gctttacgag tacgaaccgc
    19081 gactcaagga cgacgacctc gtctctttca tccgcaccga atacgcccgc atcggcgccg
    19141 acacgcacat cacaccccgc gaagtgattc gcgacttcat cgagctgctc gacttgcttt
    19201 acacgcaccc cgacctcacg ctcgccggcc tcttgcagtc ggacgagttc acttacgcca
    19261 agccggagtt agaggacaag gaggtcgacg cggccttcgc tgagtttacc ctctgatgga
    19321 cgtctacgaa cgctattccc ccgccatccg cgactttatc taccgcagcg gttgggatac
    19381 gctccgcgcc gtgcaggctg ctgccggcga agccctcttc ggcaccgacg cccacgtgct
    19441 gctctgcgcc tccaccgcct cgggcaagac ggaggccgcc ttcttcccca tcatcacgct
    19501 catgcaggag caaccgcccg tatccgtcgg ttgcctctac atcgccccgc tcaaggcgct
    19561 catcaacgac cagttcgtgc gcctcaacga cgtctgcgcc gagtgcgaca tccccgtttg
    19621 gcattggcac ggcgacgtgt cgcccacgga gaagaaacga ctcatgcggc gcccttcggg
    19681 catccttcag atcacgcccg aatcgctcga ggccatgttg ctacgccgtc acgcgcagct
    19741 cgcggcgctc tttggcgact tgcgttttat cgtgatcgac gagatccacg ccttcttgcg
    19801 cggcgatcgt ggggggcaga cgatgtgcct catcgaacgg ctttcgcgtg cggctggcgt
    19861 tgagccgcgg cgcgtagggc tttcggctac cgtgggcgat ccggaagcag tcgggcagtt
    19921 cctggccgca ggcacacggc gccgcaccgt catcccacgc atacagaacg taccgatgaa
    19981 gtggcgcctc tccatgcagc acttcttcaa taacggtccg caagctgccg acgcgctgct
    20041 ggccacggat tgccccatcg atgtaaacaa aaacaatccc gccgatgagc cccccacaga
    20101 cactgcgccc gaagcagccg acccggggtt gggctacatc ttcgaacata cacgcggaca
    20161 caagtgcctc atcttttcca actcccgcga ggagtgcgag acggtcacgg ccacgctgcg
    20221 ccgatactgc gaggcgcgcc acgagcccga ccgcttcctg atccatcacg gcaacctctc
    20281 cgtctcttac cgccgccagg ccgaagagct gatgaagcag gccgatggcc cactggccgt
    20341 ctgcaccacc tctacgcttg aattaggtat cgatatcggt cgcttggaac gcgccttcca
    20401 gatcgacgcc cccgccaccg tctcttcctt cctgcaacgt atgggccgca ccggccgacg
    20461 tggcgcaccg gctgagatgt ggttcgtcat gcgcgagagt caccccgagc cacgtgccct
    20521 gctccccgaa acgatcccct ggaaactgtt gcaaggcatc gccttagtgc agctttacat
    20581 cgaagagcgc tgggtggagg cgccgcgcaa ggggcggttg ccgtacagcc tgctctatca
    20641 ccagacgatg agcacgctgg ccgccggcgg cgagatgatg cccgccgaac tcgcctcacg
    20701 cgtcctcacg ctgccccctt tccaccgcat cacgcaagat gatttccgca ccctcctcca
    20761 ccacctcctc gccatcgacc acatccaact gaccgatcgc ggcggcctca tcatcggctt
    20821 ggtcggcgag cgcatcgtca atgatttcaa gttctacgcc gtctttcgtg agaatgaaga
    20881 gtacaccgtc cgctgcgact ccgaggagct cggcaccatc gtcaagccgc cgcccgtgat
    20941 gagcaagatc gccatcgcgg gccacgtctg ggtggtggaa gaagtggact acaaacacca
    21001 catcgtctat tgccaccgcg tgcggggcat cgtctcagct tatttcggcg acgaggctgg
    21061 cgacatcgat acgcgcatcc ttgagcgcat gcgcctcctg ctccaacaga ccgacagcta
    21121 cgcctacctc ctgcccaacg ctgccgcccg actcgccgct gcacgccacg ccgctacaca
    21181 cgccggcctc ggcctccgcc cactcatctc gctcggtgga aacatgtaca gcctcacgcc
    21241 gtggcttggc agctacgcct tcctcgccct cgagcgcttc ctgcgcatcc gctgcgccga
    21301 gcgcctcggc ctgaaagggt ttgactccat gcggccctac tacatgcagt tcaccatgca
    21361 agtctccgag gccgacttcc accgcatcgt ccgcgaagag atcgcccgcc ccatcgaccc
    21421 catggagctg ctctacccga acgagacgcc cgtcttcgac aaatacgacg acacgctccc
    21481 gcccgaactc acccgccgcg gcttcgccta cggtgtgctc gacatcgaga cgatgaagcg
    21541 ccgggtcgag gaaatgaaaa atgccgagca cactttcatg tacccggcat aatcattatg
    21601 ggagtcacac ctccatcggc tcctctacca gctgcggccg ccgcttcttc cgcacctcgc
    21661 gatacaccgt tggctccggc ttgccacagc ggatcaccgc cgcattaggc gacagcttga
    21721 agagcttctc ttcgtagcaa aacaggggag cgctgaattc gtcgtacaga tcattcatcc
    21781 gatcctcgaa cgcagctgat tccctgacga aatcggtgtc tctctcaatc ttccattcgg
    21841 gataataaga gacgagatag accccctcct tttcgctgta ttcaaatcgg atcgtcagcc
    21901 atgtgtaacg gctgactaag tcctcggccc attgctgtag gatcttttct aactcaagat
    21961 ctttcatagg ttcccaaaat acattttcag tttagcaatc agtccttctg ccagttgttt
    22021 aagctccaga ctttctacca cggtgaactg tcggatgctg taatcagcct caaccctttt
    22081 ctttttcagg aagagaacga actgtgcaaa ctcctgcccc ttcttcgtct ggctgattcg
    22141 ctacttaatc tgctcgatca tatacttatg cgagccctcc tcttttgact gcttgtcctg
    22201 ctcttcgtag gacagctgtt gcctgtcggt atgcgccaag atgtatttca tatacatgag
    22261 cacggcataa taggagcaat gaacgcttac cgtgcagctg atctcctcct gtttgctgat
    22321 aagggcttgc gctacttcga ggtatccgat ggcttttgtc ttcatctgtt gttgtcaatg
    22381 atttgtacgc aaagataatt ctgacacacg gggcactccg ggaagaatca acagaagcac
    22441 ctctcaccat aacaaaacaa gagagcgccg tcgccactat gcctccagcg cctgctccaa
    22501 caccgccttc acctcatcgg ggaagatgcc gccctcgtgc accttgcggc cgtcgatgta
    22561 gaacgtcggc acgtagtagt aatcatactt ctccgccacg tccgggtgct ccgattcctc
    22621 gatccaattg atctggatat ccttatagcg atcctgcttc tgcagttcat cgatcgccgc
    22681 ccgcgccttc ttgcaaaacg ggcattgctt caggtaaaac aacgtgattg acttcatttc
    22741 tctgtttgat taatggtgat tgaatgatga tctattgatg tttaaacgct ctccggccga
    22801 gcatgcgccc ggtcattttt agcttttcat ttttagttgt tcgtttcacc gccccccgat
    22861 cgtgagccgc cctactaacc gatcatatcg ccccgccgcc ggccggtaat acacgaggat
    22921 ggtgtactca ttctccgcct cgtagaagct cccatccccc gccggcattc gcccacgccg
    22981 ctccccatcc ggcacgaagg catagccata attgtaatac ccctgcttca gcagcagcgc
    23041 cgcctcgtaa cgccccgacg cctcgttgta cgccatccgg ctgcgctcgt caaaacggtt
    23101 ctgcaccagg tcgcccacca agtagacttc cccgccgggg agccgatccg aggcgtaggc
    23161 gaagtgcacc accccgtaat ccgcctccct ctcagcctcc ccgcagccgc tgcacgccgt
    23221 gaagcagcgc ccgtcctgat cctcatcgta gacgtacatc cgccgcggcc catcctgccg
    23281 caaatccacg tggtaatacg ggttgacgaa gccgatccgc tccacgccca tccccgcgta
    23341 gcgaaacgtc aggcactcga accgccgata ttcgttgccc gcctcgaaga tcagccgccg
    23401 gtcgtgctca taccccaacc gcgtgccccc gatcgatgtc ggctgcaagt cgcccacacg
    23461 cgtgtccggc cggccgtttt gctccacgaa caccttcagc tcccgctgcg ggaaacgcac
    23521 cgtcagcgcc ttcgtgtcga ccgtgaagtg cacctgctgc acatcgcggt tgagcgccac
    23581 atccgtgttc gccgtcgcct ccccgcggat ctccacctgc ggctccacca cgccaaaccg
    23641 tgcccgcagc agcacccgct ccggatgccc ctcggcatac acctccaccg cgtaattccc
    23701 cgacaccttc agccgcacct gctcgttggg cagcctgagg cggtaatgcc tgtacgccac
    23761 cgtggtgttg aacgacggcg cctcgtcgtc cacctccagc ccgttgaacc cgtccatgta
    23821 ctccatcggc gccagcgccg accgccgccc gtccgcgtcg caatgcacca ccgaataggc
    23881 cagccgctcg cccgcctcag gctgtagcat gtcgaacgcg atctcgatct gccgcccccc
    23941 atccagctcg atgtacggct ccgacagccg ctccccagcc acccgcacct cgagcgcccc
    24001 cacgcggttc gaccgcacct ccgcctcata cgtctgccct tttgccgcca tcgcgcacac
    24061 gatcatcgcg gccgtcatcc atcttttcat ctgtcatctt tttgaatccg cgacaaagat
    24121 agcccgcgcc cccagcctcc gtcggccgca gcgatgggct ttacggccgc ccccgaatcc
    24181 cccggcaatc ggcttgatgg cctttatacg gctcaaatag gtgctactta gatcataaac
    24241 agcaactcca aaaagcatct acctgctgtt ttgtttatag acaggcttat caaaaatatt
    24301 tatcatactg tctataatca aatcacaatg tatattcttt tttaggtact gtctatgatc
    24361 aaaacagtat gaccaaaatc cttagatcgt ccgtttatat tatagacagg cttataatag
    24421 atttttggta cactgtctat gatcaaaaca gtatgcctaa cattcttata ctgtctaatc
    24481 atattataag cagatactat aaagaaatta aacatactgt tttgatcata gacagtatat
    24541 ctaaataggt tatacataat gatctgatta tagacagcag gataaatgtt tttgataagc
    24601 ctgtctataa acaaaacagt aggtagatac tttttatggt tgctgtttat gatctaagca
    24661 ttacccattt gggccctcta aaagccatca ttcggatcga tggagggatt cggggaaatt
    24721 tcaaggctgt ttgcgcggga aaaacgaggg tgcccctact tttgtaagcc attcccccaa
    24781 aacattttga accatgacga aagtgcaaga caatccgatc aaggaagccg agcgttactt
    24841 ggagaactca cggcaaatcc tctccgaaaa ggccgggaaa gacggcaatt attacaatga
    24901 cccgaagtat gtacgcatgg cgggaagggt ggcctggcag ggcgtgcggg cagcgctcga
    24961 cgggctgccg gaggtaaagg cgaaacgcga aatgcgccgg caggtcaggt ttgaagatta
    25021 tatggaagca gtcacccagt gcgatccgaa gatgtccaag ccactgtttt atacgcatga
    25081 gacgctccaa aaggtgctga tcggcgacgg caatttgagc tgtggcatgg tggagtctgg
    25141 catgaaccaa gctaaagaag tgatcgactg ggcagacagg gaataccgaa aacaacaccc
    25201 gtgaacgtgc ggggggggca ttcccccgcg catgatcgca ggatattttt atcacatcaa
    25261 atacagaaag aatatggcaa agattttagt ggcattcgac accgtaagcg aaggttttga
    25321 agcgcttacc actgaacacg aagtgatttt tccgccccgc gggcgcgact tcacgcaggc
    25381 tgagatcgcc gaacgcattg gcgattgcga cgtgctctgc tccgtcttcg acatccccgt
    25441 cggccgcgac ctgatcgact gcggccgctc gctcaagctc atcgcgaact acgccgtcgg
    25501 ctacaacaac atcgacatag cctacgcggc cgagaaaggc atcgtggtga caaacacgcc
    25561 gcggtcggtc atcgaaccca cggccgacct ggccctggca ctgctgctga gctgctcgcg
    25621 acgcatcgcg gagtgggatc gcaccttccg ccgcgaccgg ggcgccatcg agcgcggacg
    25681 cctctgccgc ctcggggtca acctcttcgg caaaacgctg ggcatcttgg gctacggcaa
    25741 catcggcgca gcagtggcgt ggcgctgcca agcgtttggc atgacggtgc tctacaacaa
    25801 acgcacccgc ttcagcgagg cggaggagcg cgagcggggc atcacctacg cggagaaaga
    25861 cgaagtgatc cgccgcgccg acgtgctctc gctgcacacc cccctgaccc ccgagacgcg
    25921 tcacctgatc agcgctcggg agctggcgat gatgaagccc acggcgatcc tgatcaacac
    25981 ggcgcgcggg gctgtggtcg acgagccagc gctcgtccag gcgctgaagg aagggcggat
    26041 agccgccgcg ggtctggacg tgttcgagca gaacgacgtg ccatcgccgg agctgttcgc
    26101 gttagataat gtcacgctca cgccgcacat cggcacccag acgtacgact cgcgcgtgga
    26161 gatggtgcac gagctctgca acaacgtcct cggcttcctg cagggggatc ggaagatcga
    26221 tcgcgtgaac tgacctcctt tccgggggca ataaaatgcc ggctgccttc cgcgttcgtc
    26281 gcgcgtgggg cagccggcgt tgtgtatata tcggtgcggg gggttatcgg aagcggatct
    26341 cgcggatcac atcggcgcca gccttttcgt taaggttgcg gacgagccgg tcgtgccaca
    26401 tcatcagctc gttgcgcagg acggcagaat cgagtacaac gtggagcgta tcctcatgca
    26461 cgtagatgct gcgtgtctct ttcgccacgc cagggccgag cacttcgcgc cacgcatgga
    26521 tgatgcgcac ctcgcccaga tgcctgttca tcacagggtt ctcggcgcaa tactcacgga
    26581 tcagctcgcc gatgctgcgg gcattgacgc gtttcatcgg ccgcccccca tcgccatcac
    26641 cgtcccacga tcgacgtgaa acatgacgta cgctttacgg accgattcaa gtatgctatc
    26701 caagtaatta cggttagtat ccgtgatgaa gatctgcccg aagcgctcct ctccgacgag
    26761 ctgcacaatg tgttccacgc gtgcagcatc caacttgtcg aaaatatcat cgagcagtaa
    26821 tatgggcatg gtagagttct tggctgcgag gaaggtgaac tgcgcgagct taagcgccac
    26881 gaggcacgtc ttgttctgcc cctgcgaacc gagatggcgc atcggcagcc cgtcgagcgt
    26941 catctctaag tcatccttat gaacgcccgt ggtggtatag cccacctccc ggagttcacg
    27001 ctcgcgattg cgcgccagct cctcctcgat gtctaccgtc tgcaactgcg acacgtagcg
    27061 caacccgacc tcctcatcct cccgcccgat ggcccggtag tattcgttga agaagggcag
    27121 aaactcctcg atgagccgcg tgcgtacatc gaagatcagt cggccatact gcacgagttg
    27181 catctcgagc acctcataga gcgccgtgtc cgtctgctgt tcgcggagca tgcgattacg
    27241 ttgctggagc gccttattgt atcggatgag cgcgtgcatg gcggcgccat cgtattgcga
    27301 gaggatcatg tccatccacc ggcggcgctc gtcgctcccc ccacgaatca gctccgcatc
    27361 cgacggcgat atcatcacga gcggcagcag cccgatgtgg tccgacaggc ggggataagg
    27421 cttctggtta cgcttgaatt gcttgcgccc tccacgcggg atggagcaga agatggactc
    27481 cgtgcggtcg ccgaagaggt attcgccctg caagacgcag agtgcttcgt cgcgtcggac
    27541 gagccgctcc tcagtggtgt agacgtggct cttgcagaaa gagaggtaat agatggcatc
    27601 gagcaggttg gttttgccca tgccgttgtt tccgaagaag cagttgatct tcggcgagca
    27661 gtcaatgtcg gcctgatgga tgtttttata gttcaggacg gagagtttgt tcaatatcat
    27721 tttatacaga ggtgtgatgc gtgtgatgta gccagggcgc ggggcaaaaa taaattcgag
    27781 ataagcggaa gtaggccatt cggtcaaaaa attacttttg cgccttgaat ttcagtaata
    27841 aacgaatagt aactaataag aagaaagatc gttatggcga aaaagacaac aaacgaagag
    27901 aaggaaatag aagtaggaga aatcgtttcc cgatcggaag agttcattga aaagcacaag
    27961 aagaaaatca tcgctggcat ctcggccgtg gccgtcgtga tcggtctcat tttggcttac
    28021 cactacctct acgccaagcc acaagccgaa aaggccaagc tggccatctt caaaggcgaa
    28081 caatacttgg cgatggactc ctttgcgttg gctctgaacg gcaacggcgt cgactacgac
    28141 ggcttcgagg ccatcatcga tcgctacggc ggcacaaaga ccggcaactt agccaaagcc
    28201 tacgccggca tctgctatta ccacctcggc gaccccgaaa aagccatcca acggctgaaa
    28261 gcgtacaaag gcgacgacgc ccaaatcgcc cccaccatca tcggattgat cggcgactgc
    28321 tacgtcagca ccggacgcac gaaagagggc atcagctact ttgagaaggc tgcctcgaaa
    28381 gcggacaacg acttgatcag ccccatctac ctgaagaaag ctggcctcgc ctacgagtcc
    28441 atgaagcaat atgcagacgc gctgaaggcc tacgaaacca tccgcgacaa atacaacctc
    28501 tccatggagg ctgtagacat cgataagtac atcacccgcg ccacgatcct ttcccaatcg
    28561 aaataaaaca gccccccatg gcaactatct atcacaacct atcggaatac gacttcgaca
    28621 ccgtgccgaa tgccgccgac atgcgcttcg gcattgtggc ttcggaatgg aaccaaaaca
    28681 tcacggaaaa actcttggaa ggagcctgca acaccctgga acgccacggt gccaagcaag
    28741 agaatatccg catagagcgc gtccccggca gcttcgagct gactttcggc gccaaaatga
    28801 tggcccagac gcaagacgtg gacgtcgtga tcgtcatcgg atgcgtcatc cgaggcgata
    28861 cgcctcactt cgactacgtc tgctccgccg taaggcaagg cgtcacgggg ctgaacctcg
    28921 caggcgacat ccccttcatc ttcggtatgc tcacaactga aaacctgaag caggccgaag
    28981 accgctgcgg aggccgctac ggcaacaagg gcgacgaagc cgctgtgacc gccattaaga
    29041 tggtcgattt cacacgcagg atttgcacgg caggaaagta gatctatatt tgcgccgcgt
    29101 ttgacgaaaa agggcagtta ccagagtggc caaatggggc agactgtaaa tctgctggct
    29161 tacgcctacg gtggttcgaa tccatcactg cccacctccc cccatcggag ggacggatcg
    29221 ccagaagtaa ccatgcggaa gtagctcagt tgatagagca ttagccttcc aagctgaggg
    29281 tcgcgggttt gagccccgtc ttccgctctt tcgattaaac aatgcagtag acagaggctt
    29341 tacaaaacca atttgtaagg cctttgtttt ttttgccccg acaaccccgg aaatccgcac
    29401 agcctaagga ggatcccctc ccaaggcaga cgggccaccg gaatccgaca gaagaatcac
    29461 ttcacatcaa ccccctcatg gacacctctc tgatcacctt cgcactgctc tgcttcacgt
    29521 cgttcttcac gctgaccaac ccgctgggca ccatgcccgt cttcctgacc atgacgaacg
    29581 gcatggacga gcgccaacgc cgcgccatcg tccgccgcgc caccatcgtg gccttcatta
    29641 cgctcatagt cttcaccttt tccgggcaat tcctcttcaa attcttcggt atctccacga
    29701 atggcttccg catcgctggc ggcgtcatca tcttcaagat cgggttcgac atgctggagg
    29761 cgcggtacac ctccctccgc ctgaaaaagg aagaaatcaa gacctacgcc aacgacatct
    29821 ccgtcacacc gctggccatc cccatgctat gcggccccgg cgccatcgcc aacgccatcg
    29881 tgctaatgca agacgcccac acgatcgaaa tgaagggcat actcatcgcc gtgatcgcct
    29941 tcatctacct cttcgcctac ctcatcctgg gcttctccac ctacttggtg ccctatttag
    30001 gcgagacggg caacaacgtc atgatgcgcc tcatggggct gatcttgatg gtcatcgcgg
    30061 tggaatgttt cgtggggggc gcccggccca tcatggtcga gatcttgcat gaaggcctcc
    30121 gatagctgaa tggtcaatcc tcgatggcca atggcagccg gggatcaccc attcatccct
    30181 catcgtatcg gcgcaaccat taaccactcc tcattgataa ttaaagatgc ccccgtcccc
    30241 tcaggggaca agagtgtcaa cgcagaatta cgccccgtcc ccccagggga caagggtgtc
    30301 agcgcagaat tacggcccat ccccccaggg gacaagggtg tcaacgcaga attacgcccc
    30361 gtcccctcag gggacaaggg tgtcaacaca gaattacggc ccgtcccctc aggggacaag
    30421 ggtgtcagcg cagaattacg ccccgtcccc tcaggagaca agggtgtcag cgcggaaatg
    30481 gttcccgtcc cctcagggga caagggtgtt ggcgcggaaa tggctcccgt catgcaggat
    30541 aacggggcgt aattactttt gccacgcctt gatttacagg gcacatcact tatccatccc
    30601 ttgcggcgac aacggaataa gctcccgccc gcaaccttcc ccccacaaaa acgaaacgat
    30661 gacaatgaga tttacccacc catggcagac cctcctcatc ggcctctttg ccgccctgac
    30721 cttcagcgcg tccgggcaga acgtccgcct gagcaacgcc gccgagatca gtctgctgac
    30781 ctgctcaccc tccgacgatg cggcctacac gctctacggc cacaccgcca tccgcgtgcg
    30841 tgatccgtac cccgcgaacg actccacgcg cccgatcgat tttgtgttca actacggact
    30901 gtttgacttc tccaagccgc atttcatcta ccgctttgcc cgcggggaga cggactatat
    30961 gctgggtggg agcgacttcg aggcgttcct cgccgcctac cgcgcccgcg gcagcgagat
    31021 ctgcgagcag acgctggccc tcgattctgc cgagcggcaa cgcctcgtgg acgccctcgt
    31081 ggagaacgcc aggccggaga accgcacgta tcgctacaac ttcttcttcg ataattgcgc
    31141 cacgcgcccg gctgcaatga tcgagcgcgc cgtcaacggg tccatcgctt atgaggagct
    31201 gcgcggagtg aagacctttc gcgacgtgat caaccattgc acccgccacc atccttggct
    31261 cacctttggc tgcgacctcg taataggcgc ccccgctgat cggccgatgc acctcaccga
    31321 aaccttcttc atcccccagc ggctgcgtga agccttcgat ggcgcatggg tcatcacgcc
    31381 cgacggatcg aagcaccgac tcgtcgccgc cacccgcctg ctgtcagaac gaacagcccc
    31441 agaggtcaca cccgacttct tcacaccact cgtgtgcagc ctgctgctcc tcatcgtcgt
    31501 cgcgctgctg accctcctcg aggtgcggcg cgaagcctgt tatcgttggc tcgactgctt
    31561 gctcctcctc cccgcaggcc tcgccggctg catcctggcc ttcctcgcct tcttctccgt
    31621 ccaccccgcc atgtggccca acgtaaccct cctctggctc catccgttcc acctcgtcgg
    31681 cctcgtcctc gtcgcctcga aagggtggaa acgggcgacc tatgtatacc atttccttac
    31741 tttcgccgcg ctattggccg cagcagtggg ctatttcatc atcccgcagc acgccaacct
    31801 ggcattcatc cccctgatgc tcatcctgct gatacgctca gggagaaacc tgacaagaag
    31861 aaagaaaatc cgctttgaat aatagatgag gaaaatccta tcatccctgc tcaccctgct
    31921 ggccgtcaca cagattcagg cacaacaaca acgcgcaccc aagctggtga tcttcatcac
    31981 cgtcgaccag ttgcggggag attacatcga atacttccgc cacaccttcg gcgaacgcgg
    32041 cttcaaccgc cttatggcag agggcgccgt ctgccacaat gtccgcttcg gtttcaccaa
    32101 cctcaaccaa gcctccaccc tcgccaccct cttcaccggc acctacccct cgacacacgg
    32161 catcaccggg ctcaaaacct acagtttcga gacagccaaa gaaacctccc aactctacga
    32221 ccccgactac ctcggcaact tcacccgcga tcactactcc cccaaacgcc tccaagccgc
    32281 caccatcggc gacgagctaa agatcctctc cggcggacgc agcgaggtct acgccatcgc
    32341 ccccgacgcc gaggctgcca tcctctccgc cggacacgac gccaacggcg ccttctggat
    32401 cgacaactac aacggacgct gggccaccac aacctattat aaaggagtac cctggtacgt
    32461 cgagaagtac aacaacagca acgaatcact acccgcccga ctcggcacac gcgtctggca
    32521 gccagccctc ccagccgaca agtacgacgc cctgccctgc ctctccggaa cgacagcctt
    32581 ccagtacacc ttcaaggcca acaccgccgg ctgctacccc gacctcaaaa cctcaccctt
    32641 cggcaacgaa gaagttaacc gcctcttcct gcatttctta gaatacggag ccctcggcac
    32701 acgccccaca cccgacttcg tagccctcac cttctacgcc ggcaactacc gcggcatccg
    32761 ctactccggc aacacgcgcg aaatccaaga cctctatcat cgcttagaca aagagttaga
    32821 acgcctcatc gacgccgtcg agaagaaagt cgggctggca aacacgctct tcgtgctcac
    32881 cagcacaggc cacttcgaga gcgaagaaat ccgccccgac gacgcacggt cagccggagg
    32941 cgagttcaac accaaacgct gcctgaccct gctcaacatg tacctcatgg ccatctacgg
    33001 tcagaagagt tgggtcacgg gctattacga caaccagatc tacctcaacc acaaagccat
    33061 cgaagaagcc aagatcgact tggccgaaat acaagcgcgc gccgccacct tcctccagga
    33121 gttcagcggc gtagaccgcg tcacgaccaa catggcgctg cgctcgggca tgtggaatga
    33181 ggacgtggcc gacctcagtc gcggcacata ccgcacaggg cggggcgacc tgctgctggc
    33241 gctcaaccca ggatgggtcg tagtgcatga cgataacaca aaagacaacc ccaaggtgat
    33301 ccgcaaccag gccgtgccca caccggtcat cttcttcggc agcggcatca agccgcaaca
    33361 catctaccgc gaagtcaaag ccgtcgagat cgccccgact gtcacgcaca tcatgcgcat
    33421 ccgatcgccc aacgcatgca aagaatatcc gctgcctgag atcaggtaaa cggatacccc
    33481 aacggctaaa cacaaatcgt cccaccgcgg acggatggca ccctttttgc catatctcct
    33541 cacctcatcc cccctataca tttatataat agacaacaca tcaaacactc atgggattta
    33601 acgagatact caccaagttg ttcggcaata agtcgcaacg agatttgaaa gaaataaccc
    33661 cctacgtcga ccgcgtgaag gccgcctatc cggccattca gaagctctcc gacgatgagc
    33721 tgcgcgccaa gaccaccgag atccgccaac acatccaaga ctacgtggcc gaagacaaaa
    33781 agcgcatcgc tgacctgcgc caaggcatcg acgagaagga actcgagcag cgcgaagcca
    33841 tctgggctga ggtcgacgag atcgaaaaga agatcgccga ccaatacgaa aaggtgctcg
    33901 acgaggtact gcccgacgtc ttcgccatcg tcaaggacac cgcccgccgc ttcgttgaga
    33961 aggaagagat caccgtcacc gccaccgact tcgaccgcga cctggccaca cgccacgact
    34021 ttgtccgtat cgacggcgac aaagccatct atcagaacca ctggatggcc ggtggcaacg
    34081 aaatcaagtg ggacatgatc cactacgacg tgcagctctt cggcggcgtc gtcctccaca
    34141 aaggcaagat cgccgagatg gccactggcg agggtaagac acttgtcgcc acgctgcccg
    34201 tcttcctcaa cgccctcacc ggcgaaggcg tacacgtggt caccgtcaac gactacctct
    34261 ccaaacgtga ctccgaatgg atgggcccgc tctacatgtt tcacggcctc tccgtggatt
    34321 gcatcgacaa gtaccagccc aactccgacg agcgccgcaa ggcttacctc tccgacatca
    34381 ccttcggtac gaacaacgag ttcggcttcg attacctgcg cgacaacatg gccatcagcc
    34441 cgaaagacct cgtgcagcgc aagcataact acgccatcgt cgacgaggtc gactccgtac
    34501 tcatcgacga cgcccgtacg ccgctgatca tctccggccc cgtgcccaag ggcgaggaac
    34561 aactcttcga cgagtatcgc tcgaaggtgg agaccgtcgt caatgcgcag aaaaaccttt
    34621 gcaccaagct cctcaccgag gccaagcaga agatgaagag cgacgacaag aaggtgcagg
    34681 aggaaggctc cctgctcctt ttccgatctt tcaagggatt gcccaagaac aaagccctca
    34741 tcaagttcct cagcgaaccg ggcattaaga cgagcatgct caagaccgag gagttctaca
    34801 tgcaggacaa catgcgcaac atgcacatcg cgaccgacga gctctacttc gtgatcgacg
    34861 agaagaacaa cagcatcgag ctcaccgaca aaggcctcga cctgctgacg ggcaacatgg
    34921 acgacccgca attcttcgtc ctgcccgaca tcgcggctca gctctccgag attagcaaca
    34981 tgcctggcac cgatgctgag cggcaggcga agaaggacga gctgctcaca aactactcca
    35041 tcaagagcga gcgcgtacac accatcaacc agctgctgaa ggcctacacc ctcttcgaga
    35101 aagacgacca atacgtcgtg atcgacgggc aggtgaagat cgtcgacgag cagacgggcc
    35161 gcatcatgga ggggcgccgc tattccgacg ggctccatca agccatcgag gccaaggaac
    35221 gcgtcaaggt ggaagccgcc acgcagacct tcgccacgat cacgctccag aactacttcc
    35281 gcatgtatca caagctctcc ggcatgaccg gtacggccga gaccgaggca ggcgagctct
    35341 ggaacatcta caagctcgac gtggtcgtga tccccaccaa caagcctgtc atccgtcagg
    35401 acatgaatga ccggatctac aagacgaagc gcgagaagta caacgccgtc atcgacgaaa
    35461 tcgtccgcac gcgcaacgag ggtcggccct cgctcgtggg taccacatcg gtcgagatct
    35521 ctgagctgct cagccgcatg ctcagcatcc gcaagatccc ccacagcgtg ctcaacgcga
    35581 agctgcaccg ccgcgaggcc gacatcgtgg cccaggccgg acagagcgcc ctcggcaccg
    35641 tcaccatcac cgaccccgac ggcacgcaac acaccgaaga gcgcatgctc ggcaccgtca
    35701 ccatcgccac gaacatggcc ggtcgaggca ccgacatcaa gctctcgccc gacgtgcgca
    35761 acgcgggcgg cctcgccatc atcggcaccg agcgacatga gagccgccgc gtagatcgcc
    35821 agctccgcgg acgtgccggt cgccagggcg accccggttc gtcggtcttc ttcatctccc
    35881 tcgaggataa cctcatgcgc ctcttcgcct ccgagcgcgt cgccaaagcg atggatatgt
    35941 tcggccacaa agagggcgat gtgctcgagg ccggcatgct caacaaatcc gtcgagcgcg
    36001 cccagaagaa ggtggaggaa aacaacttcg gcatccgcaa gcgcctcttg gagtacgacg
    36061 acgtgatgaa ctcccagcgc aacgtcatct acacccgccg ccgccacgcc ctcatgggcg
    36121 agcgtatcgg gctggacgtg atgaacacgc tctacgacgc caccgtggcc ctcgtcgagc
    36181 agtcgcgcga ggcgggcgac ttcgacggct tcaagctgga gctcttccgc accttcgccc
    36241 tcgagtgccc cgtcacggaa gataccttcc gcgaggccaa aaccgacgac ctcaccgagc
    36301 aggtcttcaa ggccgtcatg gagcaataca agcgccgcat ggagcgcatg gcgcaggtgg
    36361 ccgaccccgt catccgtcag gtctacgaaa accaaggcgc catgtacgag aacatcatga
    36421 tccccgtgac tgacggcaag cgcatgtaca acgtctcgtg caacctcaag gaggcttacg
    36481 acacccattc gcgcgccatc gtcaaggcct tccaaaaggc cgtcacgctg ctcaccatcg
    36541 acgaggcgtg gaaggagcac ctgcgcgaga tggacgacct ccgccagtct gtccagaacg
    36601 ccagctacga gaacaaagac ccgctgctga tctacaaact cgaggcttac aacctcttca
    36661 agacgatggt cgagacgatg aaccgcaaga cggtcgccat cctcatgcgg ggccagatcc
    36721 ccgtccaaga ggagcccaac gacgagcgtc cgtccgcccc gcgggtgcgt caggctgccc
    36781 ccgagcgccg cacggacatg agccgttatc gcaccgagaa ggacgatgcc gatgcgcccg
    36841 cttcctcgcg cagagctggc gctgaaggcg cgcagcagca gccgcccacc ggccccacgt
    36901 cgcgtcagcc gcaagagccc gtccgggtgg agaagaaggt cggccgcaac gacccctgtc
    36961 cctgcggcag cggcaagaag tacaagaatt gccacggccg cggactctga gaccattaat
    37021 ggataattga cagaaagcgc cttgacccat cgcgggtcag ggccttttct ttttcgggag
    37081 accctgacgg agcgttggtc gggtctgctt ttgaaaaagt gaagctgaac cctgggagtt
    37141 ttgtgtcact tgaaaaaaag tagggctgga atctcagctt ccagtgtcac ttgaaaaaaa
    37201 gtagggctgg aacctcaggg ttcagcgctt cttgaaaaaa agtagcccca aactctcagg
    37261 gttcagcgct tcttgaaaaa aagtagggct aaactctcag ggttcagcgc ttcttgaaaa
    37321 aaagtagggc tggaatctca gcttccagcg tcacttgaaa aaaagtaggc ctggaacctc
    37381 agggttcagc gcttcttgaa aaaaagtagg cctgaaccct gggagttttg tgtctcttga
    37441 aaaaaagtag tgctggaatc tcagcttcca gtgtcacttg aaaaaaagca gcgctggaac
    37501 ctcagcttcc aggcctctcc gcccgccttg gactgcgtaa accgcggact tacctttgcc
    37561 cccgtcaaaa aaaggagcgg cagaccgccg tgatgtgcac ggttacttct cactccttct
    37621 gactacccct aactacatta tactacacaa gaatgatgat cgaacaacaa ctctcggccg
    37681 ccgtacaggc tgccatccga gtgctctaca accacaccgc cgcgcccgaa caaaccgcgc
    37741 tgcaaaagac gaagaaggag tttgagggcc acctcaccct cgtcgtcttc cccttcctgc
    37801 gcatatcccg gaagtcgccc gaagagacgg cccgcgagat cggccagtac ctccgcgagc
    37861 acgagcccgc cgtggccgac ttcaacgtga tcaagggttt cctcaacctc accatcgccg
    37921 gcagccgctg ggtggaagcg ctcggcgcca tccacaccga cgacgcgttt ggcacccgac
    37981 ccatcacggc cgagtcgccc ctcgtcatgg tcgaatactc gtcgccaaac accaacaagc
    38041 cgctccacct cggccacgtg cgtaacaacc tgctcggcta tagcctctcc cgcatcctcg
    38101 aggccaacgg caaccgggtg gtcaagacga acatcgtcaa cgatcgcggc atccatatct
    38161 gcaagtccat gctcgcgtgg aagaagtggg gcgagggcgc cacgccggag tcgaccggca
    38221 agaagggcga ccaccttgtg ggcgacttct acgtgctctt cgacaagcat taccgcgagg
    38281 agctgcgcac gctcgaggcc acggggctga cccgcgagga ggccgaagcc cagtcgccgc
    38341 tcatggccga ggcgcgcgag atgctgcgcc gttgggaggc cggcgacgag gaggtgcgcg
    38401 ccctttgggc cacgatgaac agctgggtct acgccggctt cgacgagacg tatcgccgca
    38461 tgggcgtcag cttcgacaag atctattacg agtcgcagac ctacctcgag gggcgcgaca
    38521 aagtgctcga gggcctctcg cgcggcctct tctaccgtcg ccccgacggc tccgtctggg
    38581 ccgatctcac cgccgacggc ctcgacgaga agctcctcct gcgcgccgat ggcacctcgg
    38641 tctacatgac gcaagacatc ggcaccgcca agctccgcta cgacgactac ccgatcgacc
    38701 gcatgatcta cgtcgtcggc aacgagcaga actaccactt ccaagtcctc tccctgctgc
    38761 tcgacaagct cgggttcgcc ttcggccgcg ggctgatcca cttctcctac ggcatggtgg
    38821 agctgcccga gggcaagatg aagagccgcg agggcaccgt cgtcgacgcg gacgacctga
    38881 tggacgagat gatcgccaca gcgcgcgaca tctccaacga gcttggcaag ctcgacggcc
    38941 tcagccgcga ggaggcagac gatattatcc gcatcatcgg cctcggctcg ttgaaatact
    39001 tcatcctgaa agtcgatccg cgtaagaaca tgctgttcaa tcccaaggag tcgatcgatt
    39061 tcaacggcaa cacgggctcg ttcattcagt acacctacgc gcgcatccgt tccgtcctgc
    39121 gtaaggcggc cgagcaaggg ctcaccctcc ccgccacgct acccacggat acgccgatca
    39181 acgccaagga gcaagccttg gtgcagtcgc tggccgactt ccccgacgtg gtgcgtgagg
    39241 cgggcgagac gtacagcccg gcctgcatcg ccaactacac gtacgacctc gtgcgggagt
    39301 tcaatcagtt ctatcacgat tactcgatcc tcagcgaggc cgacgaacgc gtccggacgc
    39361 tgcgcctcgt gctgtctgct gagacggcca aggtgatcct caccgccatg tcgctccttg
    39421 gcatcgaaat gccggagcgg atgtgatcgg tggagcgatc gtttatccgt agggggatca
    39481 tgattcgccc ctacatcatg tatcacaatc gggcacaccc caatgcgcct ctataatcca
    39541 aaccgatcat gggaatgttt tctttctaca acgtgcgcaa gccacgccaa ttcgagcaca
    39601 agcccatcta ctgggatccc cgcaaggaga aactcgagaa gcgcatccac aaagtcaaga
    39661 tggagatggg cgtggaagag ggcgattacg agcaatacaa ggaggccatc cgcggcagct
    39721 tcgtggaggg cacgcaccac ctgaagaaga gccgcgaaaa aggcgacgac gcccgcgacc
    39781 gactctatcg caacatgcgg ctcctcctgc tccttgccat cctggccgcc atctactggt
    39841 tcctctatct cagatgaatc gtgtgggcga acacaaggtt cgcccctaca tctaactaca
    39901 gtggccaaag gccgcataac taccgggcgc accctgtgtg cgccttacta cttctaacta
    39961 cttggaatga gcgacatcat ccacttactc cccgaccaca tcgccaacca gatagccgct
    40021 ggcgaggtga tccagcgccc ggcctccgtg gtgaaggagc tgatggaaaa cgccgtagac
    40081 gccggcgcca tgcacatcac cgtccacatc aaggaggccg ggcgcgcact gatccaagtg
    40141 atcgacgacg gcaagggcat gtcagaaacc gacgctcgca tggccttcga acgacacgcc
    40201 acctcgaaga tcgccgcagc cgaagacctc ttctcgctcc gcacgatggg ttttcgcggc
    40261 gaggcactgc cctccatcgc cgccgtggcg caggtggagc tccgcacacg tgctcgcggc
    40321 gctgagttag gcacacgcct cacgatcgaa ggctccgagc tggtcgacat cggccccgac
    40381 gcttgccccg agggcgccat cttctccgtc aagaacctct tcttcaacgt ccccgccagg
    40441 cggaagttcc tcaagtcgaa cgagacggag tttcgcaaca tcatgaccga gttcgagcgc
    40501 gtcgttttag ccaaccccgc cctcaccttc cgcctcgtgc acaacgacgc cgaggtgatg
    40561 aacctgcccg ctgcccccac tcgccgccgc atcatggacg tcttcggtaa gcacttcaac
    40621 cagcgcctgc tgcctgtgga gacgacgacg tcactcgtca agatcgaagg cttcatcggg
    40681 cgcatcgaca cggtccggcg ccgcggctat cgcaactact tcttcgtcaa cggccgctac
    40741 atgcgccacc cctatttcca caaggccgtc acacaggctt acgagcgcct gacaccgccc
    40801 ggcgagctgc ccgactactt catctacctc accctcgacc ccgccggcat cgacgtgaac
    40861 atccacccga ccaagaccga gatcaagttc gagaacgagc aacccatctg gcagatcctc
    40921 gcctcggccg tccgcgagac gctcggcaag ttcaacgccg tgcccagcat cgacttcgac
    40981 accgagggcg ccctcgacat ccccatctac aaccccgcgg ccgaccacac cgctgtgaag
    41041 caacccgccg tggaggtcaa cccgcattac aaccccttcc gctccgcgcc cctcgccccg
    41101 gatcgcaact gggagaagct ctaccaagac ttcacgaacg agagcagccc cccccacgcc
    41161 cgacgcgcct gccgcaccgc tcttccctga accggccgcg gcgacctccg cgtgcttcca
    41221 atacaagaac cgctacatcc tcaccgccct caagtccggc ttggccatga tcgatcagta
    41281 ccgcgcgcat gtccgcatcc tttacgaccg ctacgtccgc gacgtgcggg gacacacggc
    41341 cgtgtcgcag aagctgctct tccccgagct cgtggagctc acccccaccg aggccgcact
    41401 gctgccctcg ctccttgacg gcctgcaccg cctcggcttc gagctgagtc cgatgggggg
    41461 caatagttat tccgtgacgg ctgtcccctc gggcctccgc gatgtgaaag cgtcggaact
    41521 gctgaaggag ctcgtagacg gtgccgcgga tacgccagat gccgtgggcg acaagatggc
    41581 cgaagcctta gcgctctctt tggctcgttc ggcagccatt cgtccgggtc gatcgctcac
    41641 gacggaggag atggaggaga tggtcgccac gctcttctcc acggagtcga accgcatcac
    41701 gccggatggc aagccggtgc tgattctcct caccgacgac gagttagcga cgcgtttccg
    41761 gtaggaggtg ggtcgtcaaa attcattttg gagcaaaacg agggtcattt cgggcatcaa
    41821 aattcatttt ggagcgaaac gagggtcatt tcggccatta aaattcattt tgg
//
LOCUS       SEQF3106|MIQD01000015.141869 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..41869
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             542..2803
                     /gene="ybaL"
                     /locus_tag="SEQF3106_00666"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39830"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YbaL"
                     /translation="MQLPTLIVDLVVIIIAAGLTTLLFKWLKQPVVLGYLLAGMLAGP
                     TVKMLPTVREVSSIDTWGEIGVIFLLFNLGLDFSIKKLAKVGGTATVGAATVLIGMMF
                     VGYTVGSALGLNQMNCIFLGAMLSMSSTTIIFKAFDEMGLRSRQFAGVVFGILIVEDI
                     FAVLMLVLLSTLAVSRSFEGQELLMNIARLVLFLVGCFVFGIYFIPSILKAIRKYLND
                     EMLLIVSIGLCLGLVYIANAMGFSSALGAFMMGAILAETVEAEHIETLVKPVKDLFGA
                     IFFVSVGMLIDVQVLWEYKWYVAILTLVVMMGQLVFGTCGVLLSGRPLKTAIQSGFSL
                     MQIGEFAFILASQGIALKVMEPYMYPVIVAVSVVTTFFTPYMIRLADPAYARIERWLP
                     AGWKRFLDRYTSGSNTIRQQSEWRRFLHAISRIVGIYLAVTLVLLFVWLQFVSPLICS
                     LLPGLKGRIVSLVALLLLMAPLLRAIVMKKNRSEAFQRLWNDNKYNRGPLVSLIALRI
                     LIALALAGVPTAMLLHAPPLWEAAITVAVVIVMLFSKGVKARSILIEQHFVSNLSARE
                     EESDRRSPVRREFANHLLERDLHLADIEVHADSPTVGLTLKELDFRRKCNVNIVTIIR
                     GGRRINIPGGEERLYPADKLVVVGSDADIRGFLQYMTDRYNKATEARRKQKRKEMNIE
                     QFIVVEGSRLVGRSIRESGIRDKSQCLVIGIERGETSLKNPPPSTVFEPGDIVWIVGE
                     HEKAIQLSEGKTL"
     CDS             complement(3169..6480)
                     /locus_tag="SEQF3106_00667"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIYLLLLAMILPTLASAQITTSAIGGKITEANGEPLIGAAVI
                     AVHEPSGTQYGAVTNMDGRYTIEGMRPGGPYSVRMTYVGLKTVEYKDVTLRLGEMASL
                     DAVLRDDNTLNEVVITASTSKFSGLKTGAATNVSKQQLQLLPSINRSLTDFTRMSPYS
                     GGGTVIASRDGRTNTFTVDGANLNNNFGLSGTLPGGGNPISLDAIEELQVVVAPFDVR
                     QTNFMGGGINAITKSGTNTFKGSAYTYHRNENLRGNTVDGNDLGERARERTETYGFTL
                     GGPIIKNKLFFFINGEYENSPNPITKYHVSTDGVGNGATQTSRVTAADMEAFAKILRD
                     KYGYDPGSYTDFSDGGTKNYKALARLDWNINDDHKLSVRFNYTTNTHMNEPNWTSGIN
                     PRASSSRISDKAFAFRNACYGMDNNVWSVTGELNSRFSNTLQNRVLFTYSDIHDKRSS
                     DSKPFPFIDIWDGKGDAFMTAGYELFTWNNEVKNNVVNLQDHVTWTLGSHRIIGGLNL
                     EYQKAGNSFMRFGTGYYKYASFDDFKAGNAPIAFGLTYGYNGEKNPIAEVSFLQSGLF
                     VQDEWNVTDRFKLTYGLRADMMNFLTDLETNQAYLKLDWRDHFVAKNDPNYASFQSPR
                     VNTGEWPKVSVLLSPRVGFNYDVNGDRSIVVRGGTGIFTGRIPLVFLTNMPTNSSMIQ
                     NTITVTDAATLGKFKNNMLTDVDQMIKLLNAPTTPIYRDPTSTASRATVVGIADNFKM
                     PQIWKNTLAVDYRLPVSFPLTLTVEGMYNKDLQAVVMRNWNIVNNGNLSRFAGPDNRL
                     NYATSATGNYLVNKNVTGGGVILDNDTRGYSASLNAMVTAEPIKDLNLMFSYTHQWAK
                     EITGLPGNQAYSTWQGLYAIDGPNNAVLHNAQYLTPDKLIASLTYRKDYGKYFGTSVG
                     LYYAAYSTGMYNYYYSNDMNGDKNSFDLMYIPRTKDELKFVDKNGFTAQQQADAFWRF
                     VEQDKYLSAHKGEYAEAYAAAMPWVHRFDLKVTQDFRLRVNKAIHTLQLSFDVLNIGN
                     LLKSSWGVTQTTAPCNYGKILNYEGTDAAGVPTYSMGYNTVNKKKELYTRTYEPYQNS
                     SNCWQMQIGLRYIFN"
     CDS             complement(6627..8075)
                     /gene="mggB_1"
                     /locus_tag="SEQF3106_00668"
                     /EC_number="3.1.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A9BJC1"
                     /codon_start=1
                     /transl_table=11
                     /product="Mannosylglucosyl-3-phosphoglycerate phosphatase"
                     /translation="MKKMFIFWMIAITCVACGTTKETQLVILSTNDMHAHIDDYAKVA
                     AFVSQEQKAHPGRVVVLSGGDLFSGNPVVDHCDQPGKGFPIIDLMNRVGYRATAIGNH
                     EFDYGQRILADRIRQATFPFLCANMHVGKGAEIQQPNASMMIKVGRVRIGIISGIQVE
                     NISGRLIPSSHPGRLTGLTFTEPVEELQKLRDMRKRCDVFLALNHMGIEEDKKLAEHM
                     PELDLIVGGHSHTRLDTGVVVNGVLITQAGEYLQFVGRTELTLRGRKVISRRNRLIPV
                     ASMTAEDTAVKAAIKKFYDESPLNEVIGRVTARIEGKEGLGNLITDAEAAMNNADFAF
                     QNSGGIRIAALEPGDLTAKRIYEMDPFGNEVNVVELTPAEMRELIRVSQHYNKRRHAV
                     DLLVSGMTYKLYTKGSEVDRIEMLLPNGKPLEEGKYYRVALNDYIISAYKFTHARPAK
                     PTGKTSEETIIEYIRNRKEIAPEVPRTQLIEE"
     misc_RNA        8373..8772
                     /locus_tag="SEQF3106_00670"
                     /product="tmRNA"
                     /inference="COORDINATES:profile:Infernal:1.1"
     tmRNA           8373..8770
                     /gene="ssrA"
                     /locus_tag="SEQF3106_00669"
                     /product="transfer-messenger RNA, SsrA"
                     /inference="COORDINATES:profile:Aragorn:1.2"
     CDS             complement(8889..9152)
                     /locus_tag="SEQF3106_00671"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHFSEELCRKLCGLRPLKVSGTLYSDEFNCKFPAENTSVAFGHE
                     KESDEHFTLLLDGVDFIRWFRQRIDQLREDMGLPRKQSRGIRR"
     CDS             9255..9383
                     /locus_tag="SEQF3106_00672"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCLLHLTEMLFTLLGLTFEEFNLLFQCLVLLFESLDFAAAKE"
     CDS             complement(9651..10595)
                     /locus_tag="SEQF3106_00673"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIDVFNVNSLRAEDDFGYLGFVKRKLPLLPLVDTAAGYTVGLK
                     ETANKFTAAVDEFDDVLEKAKSLSSTKEATQKDEDRDKAWNAFRRIAKATKGHPNKEI
                     ADFAVKTEEIFLQYGDMLPLAHQEETARIHNLLQDLKALDTTKMNQAGFTPFLTDLEQ
                     KATAYITISDTQSSEHGRRMVGIVKEKRAAADTAYRQLVETVNALVIVNGDTAYKEFV
                     LDLNGRIDQNKAMLANRRTVAKKKPKDPKDPKDPKDPKQPKDPKKPEGGGDDIQIPSE
                     PPKKPGDTEQPTPKPGGGTGGGDDIHVPSESPKKPDGQ"
     CDS             complement(11045..13069)
                     /locus_tag="SEQF3106_00674"
                     /EC_number="3.6.5.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B2IZD3"
                     /codon_start=1
                     /transl_table=11
                     /product="Bacterial dynamin-like protein"
                     /translation="MNVFEQFNQEKEAQRTLIKQAADNKFITNEQRREFEQKLDNDVL
                     TIGVIGQMKAGKSTFLNAFVFERDVLPAATTPMTAALTVITYGPEEKIEVEFYTREEW
                     DEQRLTAQRELTADSSEAEKSKVQAAQELVEKSARIGCHLPELLGTKRTDTLDKLIEY
                     VGADGQFVSITKSVKIYYPKEYLKGVEIVDTPGFNDPIVSREERTKDFLRRADAVLLM
                     LYAGRPFDATDREIVFKHLSQCGIGKVVIGINKYDIPRENGETESEIKEYVKAEIKNA
                     CKASNDEGLKEMLKHEDPIPLSAEMALLSYLPMKAIISNDSYKHAWHRYGEVFGLGSQ
                     DDLREFSHFSDLAKRVQEIVMKEKGEILFNKTSNAIKAAVDKIGSDLAQAITRTKELK
                     KNLELPDDELEEKRDKLYRAKRRLEEQLEVYLIDLKAGIRGVRYKQKEEVEKEVDSLC
                     NNIIAGVEAFGRTVSEETIRQKVRTDLDQLETRIIPRQLDKLKREKERCIVNVSEESV
                     RKFSRILNRMDSEHELLIAKLKELCNEDQIDNFLEEEETTEQSIGIGTYISTFIQGML
                     FISVFSRAGEVVFWNKDVKANYKEELTKLKNRFNIDELIERLTDIEPIKDRVKKLMFD
                     DFIDPIDKDLKQIIENREGREKQRAEATTKLESLQKQEKEYKEKRATMGL"
     CDS             complement(13066..14937)
                     /gene="era_2"
                     /locus_tag="SEQF3106_00675"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00367"
                     /codon_start=1
                     /transl_table=11
                     /product="GTPase Era"
                     /translation="MEMYLYILAGFLVGVLCANLFRRSRKASKAASKALRQELVNARK
                     EITRITESAEKLQSELQQAQQRLKENEENVLSNADDQTKVLIRQKDDAHKVAVKTLSD
                     QIEAQQKELKSLKRKVEDLENDVEDAEDDKKSVEKKLKAQKEEFDKLFGDMQHAQLEL
                     QRLKGVEEKYTDSEALSEKRKKAIEFVSYILSAPVANRSERSSRQLNLVDQVAAFIKD
                     DFTLLMRENNWSVNQNREDLERFVANQKKTWIKDKTAVAFIGEFSSGKTSIVNRILKA
                     GNPNATLLPTSSKATTAIPTYISSVGNNTRPQYTFIAKDESRKALEDKIVEEMSKETL
                     DEVRGMDQLINYVVREEANASLNGFSILDTPGFSSNDAKDKERTLEVVNECDALFWVV
                     DVNSGTINQTSLAVIKKELKKPLYIVVNKVDSKATSEVDKVVRKIEETLRNKGVPYQG
                     IIRFSMKEDIKQIMNVIHAVTRNKPVDNYIKNSQYALKELEGAMWKKYEETQDCIKNS
                     RLEIDSDEDAIDDIVRQIRDYGMRLINMPQPKSTWLGLGANQYVITEKQAEDYVRLIE
                     EIAIDLTNRLIDKIKSLEGHASEHGASSKALSEIAGRGTKITESKEYFEKLVRDLNR"
     CDS             complement(14939..15331)
                     /gene="smc_1"
                     /locus_tag="SEQF3106_00676"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01894"
                     /codon_start=1
                     /transl_table=11
                     /product="Chromosome partition protein Smc"
                     /translation="MDKMEFIIALALGAAAGAGVMYVKNSSKTKDSDLAQREMDRLGV
                     ELKTQQQKRSTLEKENAELQQEITDLKRKASSKGDETMDLEDDLDEAKRKVSKQEREI
                     EQLKRSLDEYKGALQACELELESLKNKD"
     CDS             complement(15340..17184)
                     /locus_tag="SEQF3106_00677"
                     /EC_number="3.6.5.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B2IZD3"
                     /codon_start=1
                     /transl_table=11
                     /product="Bacterial dynamin-like protein"
                     /translation="MDTKTLIEIAEYLKSESVANELRKLDQRLQDSNVALTLPLVGEF
                     SSGKTSLINALTDSKQLEIATKPTTATIYLLHFGQDRQYATIHRADGSEETVEAIGSL
                     KNSELADVPLVDIYDTSTRVPRDLVLVDTPGLSSPDARHKDALIGFLPKADAILMAVD
                     CNQQITHSLLRFVEETKLAGRKVYLIVTKCDTKPASDREQIKKYIAENSKLPMEHIAC
                     VSAQQDDLTEFYDLIAKLSQSKKEILGAAVRARLEILKEELKKSVSELLKQPSSTEGL
                     EKELSGHKRQVEEVEREVKHLISSVKYSVEDVSDEISRNYQGKLFQRLDALINQNESN
                     QSNLNAEANTIIKSTSLQVMAEYRRRITQELTEQSAKASPFIQSAVTRLDISGLEAPE
                     LSMNIDLDSMGHKYDKAIAKGLQAVAIAAIAIPVGVAAMNAATAATGTVAGTAGTVGS
                     EAAAATSSARLATVASVADTVTDVGSIRSTRKLRKSLRMAQLVQQGKEVAANYETIDS
                     KVAPKMKGFVEGIVSTFTDRMAKPRRLRIMHDFIEQQLAPVFAEQMQQNGSAILSDLQ
                     AAIGDSCKEIIAERTDQISDLMNAIKAQKGEYQQKIAKLKAYNATLNS"
     CDS             complement(17213..17323)
                     /locus_tag="SEQF3106_00678"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKKKVTQSELKWRRTGKWRAVNEWRTTLLRRWTFA"
     CDS             complement(17380..17640)
                     /locus_tag="SEQF3106_00679"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNRNFYCEYCGRPFKSVSELTRTGLCTRHPDGPARGKHKLYEG
                     TEKAVYTCKYCGAEARTIERLTSSFCVHHPKGHNRGRHAPAL"
     CDS             complement(18127..19473)
                     /gene="pgi"
                     /locus_tag="SEQF3106_00680"
                     /EC_number="5.3.1.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81K75"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucose-6-phosphate isomerase"
                     /translation="MNPLQLDLTKAFGPDAEQRLQAIRPEAERSLHTLYDATGAGNDF
                     LGWLHLPSSITDAQLTDIEQTAKKLSTCQAVVIIGIGGSYLGARAVIEALTGSFDALH
                     TTDRTHPIILYAGNQIGEDYLSELCDLLRGRDFGIINISKSGTTTEPGIAFRILRSLL
                     EENVGAKAAKERIVAITDRARGALRTLADREGYKTYVIPDDVGGRYSVLTPVGLLPIA
                     VAGIDIRALVRGAVEMERAVGPDVPFDRNPALRYAAARQTLYREGKKIEILANFHPKL
                     HYVGEWWKQLYGESEGKDHRGIFPAAVDLTTDLHSMGQWIQQGERTIFETVISIDAPE
                     RTLTVPTDADNLDGLNYLAGRRVDEINKMAELGTRLAHASGGVPNLRVSIPRLTADCL
                     GGLLYFFEAACGISGYLSGVNPFNQPGVEAYKRNMFALLDKPGFEAESRAIRAQLG"
     CDS             19505..19606
                     /locus_tag="SEQF3106_00681"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGELRSEKLKVKNMGGGCGRQRKFTKYPAIFSF"
     CDS             complement(19623..20633)
                     /gene="gpsA"
                     /locus_tag="SEQF3106_00682"
                     /EC_number="1.1.1.94"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q97NF1"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycerol-3-phosphate dehydrogenase [NAD(P)+]"
                     /translation="MNDKMETFPGKIAIMGGGSWATALAKIVLSNQPEMNWYMRRQEA
                     IEEFRKTKHNPSYLSAVTFDTDRIHFSADINEIVDRSDLLILATPSPFFKNHLKKLTR
                     PLRDKMILSAIKGLVPDENMLITDYLAECYQVPEEQLAVIAGPCHAEEVALGRLSYLT
                     LACKDIDRARAIAPIFTNAFMRTSCSRDVRGIEYASVLKNIYAIVAGICHGMKYGDNF
                     QAVFISNAIKEMQRFLGSAHTLPRDIADSAYLGDLLVTAYSRYSRNRTFGTMIGKGYS
                     VKTAQLEMEMIAEGYYGAKCIYEINERYQVDMPILDTLYAILYERQSPPAVISRMTET
                     FK"
     CDS             complement(20652..22391)
                     /gene="lysU"
                     /locus_tag="SEQF3106_00683"
                     /EC_number="6.1.1.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A8N5"
                     /codon_start=1
                     /transl_table=11
                     /product="Lysine--tRNA ligase, heat inducible"
                     /translation="MNVLDLSEQELIRRGSLDRLREMHIDPYPAAEFPVDGYAEEIKA
                     HYHDEDTEKRHVTIAGRIMSRRIMGKASFMELQDSTGRIQVYVTRDDICPDPADTELY
                     NTVFKKLLDIGDFVGIRGFVFRTQMGEISVHAQSLTVLSKSLRPLPIVKEKDGVVYDG
                     FTDPEQRYRQRYVDLVVNADVKQIFIKRSKVYASMREFFNARGYLEVETPILQSIPGG
                     AAARPFVTHHNALDIDLYLRIADELYLKRLIVGGFEGVYEFSKDFRNEGMDRAHNPEF
                     TAMEIYVAYKDYNWMMHFTEQMIEKVSLDVNGTTEVEVDGHTISFKAPFRRVTMIDAI
                     REHTGIDITGMDEEALRAVCRRLEIEVDETMGKGKLIDEIFGEKCEKHYVQPTFITDY
                     PIEMSPLSKRHRNNPELTERFELMVNGKELCNAYSELNDPIDQLERFQEQLRLSEKGD
                     DEAMFIDMDFVRALEYGMPPTSGMGIGIDRLVMLLTGQTTIQEVLFFPQMRPEKTVRK
                     DAAEKYAPLGVPAEWVPAVQKAGYPTADMLAGANAQLLRRALFDLNKKYALGLELPSL
                     EAVEAWTRMPDKA"
     CDS             complement(22464..23555)
                     /locus_tag="SEQF3106_00684"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTTLLTTLAILFGILMLVLTLREKQRERRKLSGSTPDAPYRQQ
                     PPPANPPSTDRDPLNDIYGADAIARCAAQLCTTEGELRDVLRDIRWAGYTTFWMAKRR
                     GGYRNIEAPNPHLKAIQRAILDRLLTPLPVHTAATGFRPGLSIADNARPHLGRRRALK
                     TDLHDFFGSIRRPAIRRVFRDMGFDAHITKVLVDLCSHRNRLPQGAPTSPALSNLVAA
                     KMDERLTALSLRRGLTYTRYADDLTFSGDSFNRNELIADIKHIAACDGFTLNAKKTRL
                     MASSRRIVTGLSIGSGEKLTLPRERKREIRKNVHFVLKYGVTEHRERIHSSDPAYVKR
                     LIGELCFWRSIEPEHPFVNRALRQLRALR"
     CDS             complement(23781..24056)
                     /gene="relK_2"
                     /locus_tag="SEQF3106_00685"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WF09"
                     /codon_start=1
                     /transl_table=11
                     /product="Toxin RelK"
                     /translation="MTYRISFTKDASADTYKLAKSEPAAYAKLLKLIEELKQHPLTGT
                     GHPHALTGDRKGQWARSISKRHRLVYRVEQEEILILVISAYGHYDDK"
     CDS             complement(24046..24756)
                     /locus_tag="SEQF3106_00686"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNDLRSNERSIWHAGLLQTPKWGKWHLQNFCKHQNGENGACRTS
                     ANTKMRKTALAELLQTSKWEKWHLQNFCKHQNGENGICRTSANTKMEKTAFAGLLQTP
                     RRYGWHLQERCKCHGNMVGICRNAANIKMGEIVCDPFCMTVKRRERRMNALEINAELQ
                     HELSVIADDEGYLKRALKSIRRLADQKRKEDKTYMTDEEFQAKINRSLEQARRGEVIE
                     LLPGESLDDMLRRAGYDI"
     CDS             complement(24865..27432)
                     /gene="susC_5"
                     /locus_tag="SEQF3106_00687"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MDIRMMKRIFTALLLTFALYGMQTAGAQRTVRVEGIVKDSVTGE
                     ALPAVAVMLKGTTIGTITDNDGRFTLQAETAARTLSVSYLGYETYERSLVDANRLTIL
                     LRPTTYTLSDVVVRPGHERYSRRNPAVDFVRNVIERRTLNNPRNHDFFSYDTYDQKIF
                     AKNDFDETEERGKKRYRRIDFIFDYIDTSRVSGKPILPLYNEERIEHTYFRRSPHAER
                     RVVQGVKRAGLVELFSEDGITQFIDEVFREPDVFQDNIPLFLQRFVSPLASFGPSFYK
                     YYLTDTVEIDGERCADLSFVPFNSESFGFTGHLFVTLDSSYFVRRIRLNVPKHINLNF
                     VDFMQIEQDFRRTDDGTRLILKNDITVEFRLRAKSKGTYARRICLYRDHSFDAPADET
                     VFRENNPVMETEEARRRSDEYWQQQREEGKGEIAQTSVDKMMARLRRVPLFYWTEKVA
                     NALIGGYIQPIEKGSPVEFGPVNTFISGNTLEGARYRFGGTTTTALSDRFFIDGYMAY
                     GAGDQKLKGDLLAEYSFNKKRNFRKEFPFHYLRAEYRYDINQIGQHYLYTNPDNIFMM
                     LKRRRNDLITYMQKAELSYYHERYNGLGYGITLRHLTEWGTRYVPFLRFESDGTTSPV
                     SHYQSAQMEVSIRWAPNEKFYQSRNYRYPITLDAPIITLTHTFARRGLLGTDHNYNRT
                     ELGIRKRFWLSPFGYIDIYGQAGAVWDRVPYPLLIIPNANLSYSIEPESYALMDPMEF
                     IHDRFASWEATYFLNGALLNRLPLLMRLQLREVFAFRGWYGSLTKKNNPWQPDNADLY
                     AFPTNTYLMGSRPYMELSCGLDNIFKLVRVDYVWRLSYRNHPHMPNSGLRLKVQFSF"
     CDS             27652..28977
                     /locus_tag="SEQF3106_00688"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WIA3"
                     /codon_start=1
                     /transl_table=11
                     /product="PhoH-like protein"
                     /translation="MKKNFVLDTNVILHDYSCIDHFEDNDIYLPVTVLEELDRFKKGS
                     DQLNYNARAFVRRLDELTSNELHLHGASLGEGRGVLHVVVGDRYQERVAESFPERTPD
                     HRILSCACTVAGQHPDMRTILVTKDINMRMKARALGIPVEDYITDKVRDADVFRNAQM
                     TYDGIDAEVIDRIYASPGGIDVDEVGLPKRPEPNACFILKSERNSVPARYNPFTARIR
                     RVDKGAASGYGIRPRNVEQSFAFEVLNDPEVKLVGITGRAGTGKTLLALASALRQMDD
                     YKQILLARPIVSLANKDIGFLPGSQKEKVAPYMQPLFDNLNVIRAQFAPTSKEIRLLD
                     ELQKSDRLVIEALAFIRGRSLSETFCIVDEAQNLTPHEIKTIITRTGEGTKMVFTGDV
                     EQIDSPYLDAQSNGLAYMIDKMRGQQLFAHINLVKGERSALAEMASELL"
     CDS             28977..29906
                     /gene="fieF"
                     /locus_tag="SEQF3106_00689"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P69380"
                     /codon_start=1
                     /transl_table=11
                     /product="Ferrous-iron efflux pump FieF"
                     /translation="MTQKPHAAPQSQQDASRERALLYITAAGAAANFLLLLFKFIAGV
                     GGRSGAMMADAVHSLSDFATDLIVFLCIRLSARPWDADHDYGHGKYETLATSIIGLAL
                     LFVGIGIFWEGAAKIYSVFILGESLPAPGRIALVAALVSIAVKELLFRITLAIGRRRN
                     SPSIIANAWHHRSDALSSVGTAIGISGAIFLGHRWTVLDPAAAVLVSILIVKMSIKLT
                     VPAVNDLLEKSLPDEIERDILATITEEPGVCNPHHLQTRRIGNDYAIDVHIRVDGKMT
                     VSEAHEIMCRVEHRLRCKYGLGTQITLHAEPLK"
     CDS             complement(30483..32009)
                     /locus_tag="SEQF3106_00690"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTLLSTLLHLILGVALLTACRQDAPQTDRLAGYMPPIFPDYTE
                     TTIPPNIAPIRFLLADTCETKKAAATFECGAERITVWATDGRSIAIGSRAWRRLTKNA
                     AGRVITVKVTARIDGQWVGYAPFNLYVATDSIDPYIVYTRTDPDCQAGCTSLYERCLE
                     SFHERPIFTSDMIQGGGIGPAIFCQHNAQRMLLPLHGAYACALLTDSSDIEKLNTTSI
                     PGLPSPTHAAWHPSGRYIAFAVDRSARQDARETASRIVIYDIAKHELFTSPKLFSDSF
                     SVTQPAFSSDGETLYFCATSQMAITRSDSAKYHLCALAFNIHGGHRFGRKVDTLYHSR
                     PAPPQPTKRKSDKTPPKRPEVRPNGSAAHPCPSPDGRYLLFTTADFGCRPADRPASDL
                     ALYDLKRKAYLPIDTLCSDGYAETAQAWSSNGRWIVYTSRSIDGLYDYLFIAHLSPNG
                     RPDKPFLLPLKAADGYRRTLQSFAAPTLITTPIPYRAYTLNRKAHRRQSVDIQGLKAK
                     "
     CDS             complement(32018..33868)
                     /locus_tag="SEQF3106_00691"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREFQKISTRKRGGYESVFREKRPSLFRRLAAIFGHAIFFWLAV
                     FVGLFWWLEREGRFYFFFIEQRQLFLNDSTFIAPYFTRPGGAAQLVADYMTQFFVLPH
                     RGAALMSALLTGVAMLSVTIMRRIAPRAPVFLTGLFPVAVLLMMTFDINYSYAGTVAY
                     ALMLILMYFYFLIPSAWGQGAYATAATALLFWLGGSIAYLFAMCIFAWELATRFLRAY
                     GFLLPLVVSIAAAVWGIYNAWANEYRFLLGPDGYYAPQAHAGPMLYIVWVCPALMLAV
                     SYFMRGWWKCEKPQVGRWLLHTTLQLALVGGVLWFGRGNLTDNDTSGYSKEADYYLRQ
                     GRWDTLINGYIYNTYKHTPADACMLSIALAERGELADRLFAYDPSGVEAILPAWDGHD
                     PQMAALLSDLYFSMGYVDMAQRMALESNAGMDDRSPRMIKRLVQTSLIRGAYPLAEKY
                     IYLLERTRYYSDWAHSQRRFLHNDAAVEADSLLGRKRRCLTDATDDLPQTLQRIAEKN
                     PTHRASIEYAGVILLLQKDLTHFRALADSCTGRMVLPRLPKSFQEATLLYTFTGDTTS
                     HMRYRLPADMTRRYADFRRQADATRSADALRESFGDTYWFYYTFKPIATK"
     tRNA            33972..34045
                     /locus_tag="SEQF3106_00692"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gly(ccc)"
     CDS             complement(34115..34852)
                     /locus_tag="SEQF3106_00693"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKIGNIDLTRATKAAHFEFIRSVCAAAEKEADMLANEVARKAL
                     EALKAAHEEEQQNLTLSNKSLLTDDIRAADAKRDRLLTGLKRTAAALQQSPEPEKAQA
                     AKELTQRIKDIRVRRSLQLEGETALLMKLAEECETTYAEQVKRLGVGGFVTAIKAANQ
                     QVYSLINERTQNQRLRKEAEVDAARRRSDAAYRWLVEVVNAMRVLLGEESGTGHFIEF
                     MNKLIRRYRQVVFARRKRKGAAATEEA"
     CDS             35886..37286
                     /gene="fumC"
                     /locus_tag="SEQF3106_00694"
                     /EC_number="4.2.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05042"
                     /codon_start=1
                     /transl_table=11
                     /product="Fumarate hydratase class II"
                     /translation="MADFRIEKDTMGEVKVPADKLWGAQTERSRNNFKIGPSASMPRE
                     VIYGFAYLKKAAAYANHELGVLPVEKRDLIARVCDEILEGKLDDQFPLVIWQTGSGTQ
                     SNMNVNEVIANRAHQLAGKKIGEGEKTLLPNDDVNKSQSSNDTFPTGMHIAAYKMVME
                     TTIPGVERLRDALRKKSAEFKDIVKIGRTHLMDATPLTLGQEFSGYASQLDHGLRALR
                     NTLAHLGELALGGTAVGTGINTPKGYDVVVARYIAEFTGLPFVTAENKFEALAAHDAM
                     VEAHGALKQLAVSLNKIANDVRMMASGPRSGIGEIIIPANEPGSSIMPGKVNPTQCEA
                     VTMVAAQVMGNDVAVSVGGTQGHYELNVFKPVICANFLQSARLIGDACVSFEEHCVSG
                     IRPNEARIKELVNNSLMLVTALNTKIGYYKAAEIANTAHRNGTTLREEAIRLGYVTPE
                     QFDAWVRPEDMVGSLK"
     CDS             37428..38129
                     /gene="yfiC"
                     /locus_tag="SEQF3106_00695"
                     /EC_number="2.1.1.223"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P31825"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA1(Val) (adenine(37)-N6)-methyltransferase"
                     /translation="MSNPYFRFKQFTVRHDRCAMKVGTDGCLLGAWTDTSGARRIADV
                     GTGSGLIALMLAQRNTDAHIDALDIDPDACLQATENVAASPFATRIRILHTDFRTYTP
                     SFPYDLIVSNPPYFDESLKCPEAKRRTARHTDTLSPTELLRQATAHLSDDGRLALILP
                     YAQRGALLRQAEAESLHLVRETRVIPVEGAQPKRLLVELARHAAPYTPSTLTLETTAH
                     QRTDAFQRLVWDYYL"
     CDS             38271..39458
                     /gene="bioF"
                     /locus_tag="SEQF3106_00696"
                     /EC_number="2.3.1.47"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P22806"
                     /codon_start=1
                     /transl_table=11
                     /product="8-amino-7-oxononanoate synthase"
                     /translation="MDLLREKLAKYDAPQRAKAAGIYPYFREIQSDQDTEVLIDGKKV
                     LMFGSNAYLGLTNHPKVKEAAIEAICKYGTGCAGSRFLNGTLDIHVALEKRLAAFVGK
                     EEAISFSTGFQVNEGVISCITGREDYIIWDELNHASIIEGIRLSYSRKLKYKHNDMAS
                     LERQLQKCEPDKVKLIVMDGVFSMEGDIANLPEIVRLAKKYNASVMVDEAHGIGVLGK
                     CGRGTCDHFGVSDDVDLIMGTFSKSFASLGGFIAADHDTINYLRHHARTYIFSASITP
                     ASVAAANAALDIMLTEPEHMERLWELTHYALDGFRQMGCEIGHTSTPIIPLFIRDNDL
                     TFLIVKELFDAGVFVNPVVSPAVASQDTLIRFSLMATHTREQLDYALEAIRRIFKQHA
                     LIP"
     CDS             39497..40774
                     /locus_tag="SEQF3106_00697"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFVQNTERGCLECKGCSENSGNKLSVYDWLCDIPEAERSTAYV
                     EVQFKNTRKGYYLNEDRIPLKKGDMVAVEASPGHDVGMVTLTGKLVLFQMWKNNVRQS
                     TADSKKIYRIARPCDLERAQEAKAREHETMIRSRQIAAELGLAMKIGDVEFQGDGNKA
                     IFYYIAEGRVDFRQLIRVLADNFHVRIEMKQIGVRQEAGRIGGIGPCGRELCCASWMS
                     HFTSVSTEAARLQDISMNPQKLAGQCGKLKCCVNYEVDLYVEARKGMPSRKITLETKE
                     HVYYYFKMDLFKHEITYSTDKTAAKDLVTLTARQAFDVINMNQKGIKPDSLLPDSLEK
                     QAKKPDTHDILDDNVSRFDPIRKRKKKKKTTANNANGRPKNAANEGQPKRPTPSTSNT
                     PQAAPPASKPDANAAPKEPTADNPQPTPDEQAQ"
     CDS             40779..41240
                     /gene="gldH"
                     /locus_tag="SEQF3106_00698"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8KRP0"
                     /codon_start=1
                     /transl_table=11
                     /product="Gliding motility lipoprotein GldH"
                     /translation="MRGIGRCLIVVALALLAACTDTALYDHYQAVEKPWSKDQVYYFT
                     FDIADNTPPYDLTLEIRSNNLYPYQNLWLLCTEEPPVGPMTHDTIECMLANDYGEWRG
                     SGISLYHLGIPLRIRRHFPHKGQYTIGIRQGMRDEQLNGIEAIGLRIEASH"
ORIGIN      
        1 cccacctaag ctacgtgact cgacccacct aagctacgtg actcgaccca cctaagctac
       61 gtgactcgac ccacctaatc catatggctg gcagccacat gagttaatgg gtgcattagc
      121 gcgcatgcaa caagaccacc gaacagcaac gtatgaggta cccggtgcgc cccgaagggg
      181 cagatcaacc cagcccaggg tagagcgacg cccccgggcg gagcggcacc ctgggtcgaa
      241 tgggcgtcct tgccgtaccg cgctcagcaa gcctcccccc accctgctga ggcagggtgg
      301 ggggaggctt gctgagcgcg gtggattctc ttttggcacc cacaacccca gggcgttgcc
      361 ctgggctggg ttgatctgcc ccttcggggc gcacgcctga tacacccaaa tgcccgcaaa
      421 ccatttttga ttggctatga ttcagagagg gggggggaac ccttcgacac atcccccggt
      481 gtagatttgc acccacaagc acacatcccc ccccacacac atcaaaccag tattattaaa
      541 gatgcaactg cctacactta tcgtcgactt ggtcgtaatc atcattgccg caggcctgac
      601 caccctgctc ttcaaatggc tcaagcagcc cgtcgtcttg ggctacctgc tggcgggcat
      661 gctggcgggg ccgaccgtca aaatgttacc cacggtgcgc gaggtgtcga gcatcgacac
      721 ctggggcgag atcggcgtca tcttcctgct cttcaacctc gggctcgact tcagcatcaa
      781 gaagctcgct aaggtgggag gcacggccac ggtcggcgcc gccacggtgc tcatcggcat
      841 gatgttcgtc ggctacacgg tgggctcggc cctggggctg aaccagatga actgcatctt
      901 tctcggcgcc atgctgtcca tgtcgtccac gacgatcatc ttcaaagcct tcgacgagat
      961 ggggctgcgc agccggcagt tcgcgggcgt cgtcttcggc atcctcatcg tggaagacat
     1021 cttcgccgtg ctcatgctcg tcttgctctc cacgctggcc gtcagccgct cgttcgaggg
     1081 gcaagagctg ctgatgaaca tcgctcggct ggtgctcttc cttgtcggct gcttcgtgtt
     1141 tggcatctac ttcatcccct caattctcaa ggcgatacgg aaatacctca acgacgagat
     1201 gctgctcatc gtcagcatcg gactttgcct cgggctcgtc tacatcgcca acgcgatggg
     1261 cttctcgtca gcgctcggag cgtttatgat gggtgccatc ctggccgaga cggtcgaggc
     1321 tgagcacatc gagacgttgg tcaaacccgt gaaagacctc ttcggggcca tcttcttcgt
     1381 ctccgtgggc atgctcatcg atgtgcaagt gctgtgggag tataaatggt atgtagccat
     1441 actgacgctg gtcgtcatga tggggcagtt agtctttggc acatgcggcg tactgctctc
     1501 cggtcgaccg ctaaagacag ccatccagag cggcttctca ctgatgcaaa tcggcgagtt
     1561 cgccttcatc ctcgcctcgc aaggcatcgc cctgaaggtc atggagccat acatgtaccc
     1621 cgtcatcgta gccgtctccg tagtcaccac cttcttcacg ccttacatga tccgtctggc
     1681 cgatccagcc tacgcccgca tcgagcggtg gctgcccgca gggtggaagc gcttcttaga
     1741 tcgttacacc tcgggctcga acaccatccg gcagcagagc gagtggcgcc gcttcctgca
     1801 cgccatcagt cgcatcgtag gcatctatct ggccgttacg ctcgtgctgc ttttcgtctg
     1861 gttacaattc gtctcacccc tcatctgtag cctacttccg gggctcaagg ggcgcatcgt
     1921 ctcgctcgta gccctgctgc tgctcatggc gccactgctg cgtgccattg tgatgaagaa
     1981 gaaccgttcc gaagccttcc agcggctgtg gaacgacaac aaatacaatc gcggcccatt
     2041 agtctcgctc atcgcgctgc gcatactcat cgcgctggcg ttagcgggtg tgcccacagc
     2101 catgctgctg cacgcccccc ccctgtggga ggctgccatc acggtagccg tcgtcatcgt
     2161 catgctgttt tcaaagggcg tcaaggcgcg ctcgatcctc attgagcaac actttgtaag
     2221 taacctctcg gcccgtgaag aggagagcga ccgccgctcc cccgtccggc gcgagtttgc
     2281 caaccacctc ttggagcgcg acctgcacct ggctgatatt gaagtacacg ccgactcgcc
     2341 caccgtgggg ctcaccctga aggagctgga cttccggcgg aagtgcaacg tgaacatcgt
     2401 gaccatcatc cgcggaggcc gacggatcaa catccccggt ggcgaggagc ggctttaccc
     2461 ggccgacaag ctggtggtgg tcggctccga cgccgacatc cggggcttcc tgcaatacat
     2521 gaccgaccgc tacaacaagg ccacagaggc gcgccgcaaa cagaaacgga aggagatgaa
     2581 catcgagcag ttcatcgttg tggaaggctc acgtttagtg gggcgttcca tccgcgagtc
     2641 gggcattcgt gacaagtcgc aatgcttagt gatcggcatc gagcgcggcg agacgtcgct
     2701 caagaacccg ccgccctcca ccgtcttcga gcccggcgac atcgtctgga tcgtaggcga
     2761 acacgagaag gccatccagc tgagcgaagg gaagacgctg tgaggcgctg aatgaaccgg
     2821 cggagggggg tgaaaatcat tgtccaatac attagtacgg acgttggtaa ggatgggaaa
     2881 tctttcgcct ccatcagagg aggaaaaact atagatctgc acgcagatct gcttccgagc
     2941 ctcagatggg atttctccta tacatcggat tcataaaacg accaagtttt gcctcgtgat
     3001 ccttgttgag gcgtaggcaa acacataggc tcggtccctc acggatgctt ggataacaat
     3061 tgacaacaaa ccatgaatca taaatgaaga gagggagacg atgtgcttcg cctccctctc
     3121 tcttactgtc agaggcgcag cggcctctga ttggttacgc gggtgagatt agttgaagat
     3181 gtagcgcagg ccgatctgca tctgccagca gttggagctg ttttgatacg gttcgtaggt
     3241 gcgggtgtag agctctttct tcttgttgac ggtgttgtag cccatcgagt aggtgggcac
     3301 gccggcggcg tcggtgcctt cgtagttgag gatcttgccg tagttgcagg gggcagtggt
     3361 ttgggttaca ccccaggagc tcttcaggag gttgccgatg ttgagcacat cgaaggagag
     3421 ctgcagcgtg tggatggctt tgtttacgcg caggcgaaaa tcctgtgtca ccttcaggtc
     3481 gaagcggtgt acccacggca tggcggcggc gtaggcctcg gcatactcac ccttgtgtgc
     3541 gctcaggtac ttgtcttgct ccacgaagcg ccagaaggcg tcggcctgct gctgggcggt
     3601 gaagccgttc ttgtcgacaa acttcagctc gtctttcgtg cgggggatgt acatgaggtc
     3661 gaaggagttc ttatcgccgt tcatgtcgtt gctataataa tagttgtaca tgcccgtgga
     3721 gtaggcggcg tagtagaggc cgacggaggt gccgaaatac ttgccgtagt ctttgcgata
     3781 ggtcaaggag gcgatgagtt tatcgggggt gaggtactgt gcgttgtgca gcacggcatt
     3841 gttcgggccg tcgatggcgt agaggccttg ccaagtggag taggcttgat tgccgggcag
     3901 gccggtgatt tcttttgccc actggtgggt gtaggagaac atgaggttca gatccttgat
     3961 cggttcggct gtcaccatgg cgttaaggga ggcgctgtag ccgcgggtgt cgttgtcgag
     4021 gatgacgccg ccaccggtca cgttcttatt caccaagtag ttgcccgtgg ccgaggtggc
     4081 gtaattcagg cggttgtcgg ggccggcgaa gcgactgagg ttgccgttgt tcacaatgtt
     4141 ccagttgcgc atcacgacgg cttgcaggtc tttgttgtac atcccttcca cggtcagggt
     4201 gagggggaag gagacgggca ggcgatagtc cacggcgagc gtgttcttcc agatctgtgg
     4261 cattttgaaa ttgtcagcaa tgcccacgac cgtggcgcgt gaggcggtgg aggtggggtc
     4321 gcgatagatg ggtgtcgtgg gggcgtttaa gagcttgatc atctgatcca catcggtcag
     4381 catgttgttc ttgaacttcc ctaacgtagc ggcgtcggtc acggtgatgg tgttttggat
     4441 catcgagctg ttggtcggca tgttggtgag gaagaccagt ggaatgcggc cggtgaagat
     4501 gcctgtccct ccacggacaa cgatggagcg gtcgccgttg acgtcgtagt tgaatcctac
     4561 gcgcggcgag aggagtacgg aaaccttggg ccattcgccc gtattgacgc gcggcgactg
     4621 gaaggaggcg tagttcgggt cattcttggc tacgaagtgg tcgcgccagt cgagcttcag
     4681 gtaggcctga ttcgtttcaa ggtcagtcag gaagttcatc atgtctgcgc gcaagccata
     4741 ggtcagtttg aagcggtcgg tcacgttcca ttcgtcttgc acaaagaggc cggattgcaa
     4801 gaaggacacc tctgcgatcg ggttcttctc tccattatat ccatacgtca aaccgaaggc
     4861 gatgggcgcg tttccagcct taaagtcgtc gaacgaggcg tacttgtagt atcccgttcc
     4921 gaagcgcata aaggagttcc cggctttctg atactctaag ttgaggccgc cgatgatgcg
     4981 atggctgccg agcgtccagg tgacgtggtc ttgcaggttt acgacgttgt tcttcacctc
     5041 gttgttccaa gtaaagagtt cgtaaccggc tgtcatgaag gcgtcgccct tgccgtccca
     5101 gatgtcgatg aaggggaagg gtttggagtc agagctgcgc ttgtcgtgga tgtcggagta
     5161 ggtgaagagt acgcggttct ggagcgtgtt gctgaagcgg ctattgagct cgccggtgac
     5221 ggaccacacg ttgttgtcca tgccatagca agcgttgcgg aaggcgaagg ccttgtctga
     5281 gatacggctt gacgaggcgc gtgggttgat acccgacgtc cagttcggct cattcatgtg
     5341 tgtgtttgtg gtgtagttga agcgcacgct cagcttgtgg tcatcgttga tgttccagtc
     5401 cagacgggcc agagccttgt agttcttcgt gccgccatcg ctgaagtcgg tgtaggaacc
     5461 gggatcgtag ccgtacttgt cgcggaggat cttggcgaag gcttccatgt cagccgctgt
     5521 gacgcgtgag gtctgcgtgg cgccgttgcc cacgccgtcg gtggagacgt gatactttgt
     5581 gatcgggttc ggcgagttct catactctcc gttgatgaag aagaagagtt tgttcttgat
     5641 gatcggtccg ccgagtgtga agccgtatgt ctcggtgcgt tcgcgggcgc gttcgccgag
     5701 gtcattaccg tctacggtgt tgccgcgcag gttctcgttg cggtggtagg tgtaagccga
     5761 tcccttgaac gtattcgtac ccgacttggt gatggcgttg atgccgccgc ccatgaagtt
     5821 cgtttggcgc acatcgaagg gtgctacgac cacctgaagt tcctcgatgg cgtcgagcga
     5881 gatcgggttg ccaccgccgg gcagggtgcc cgagaggccg aagttgttgt tcaggtttgc
     5941 cccatcgacg gtgaatgtgt tcgtgcgtcc gtcgcggctg gcgatcacgg tgccaccgcc
     6001 tgagtaaggc gacatgcgtg tgaagtccgt caagctgcgg ttgatggagg gtaggagttg
     6061 cagttgctgc ttggatacgt tcgttgcggc gcccgtcttc aggcccgaga acttcgatgt
     6121 ggaggcggtg atcaccactt cgttcagcgt gttgtcgtcg cggagcacgg cgtcgaggga
     6181 ggccatctcg cccagtctca gggttacgtc tttgtactcc accgttttca gcccgacgta
     6241 cgtcatgcgc acggagtagg gcccgccggg gcgcataccc tcgatggtgt agcggccatc
     6301 catgttggta acggcaccgt actgtgtacc cgaaggctca tgtacggcaa ttacggcggc
     6361 gccaatcagc ggttcgccat tagcctcggt gatctttccg ccgatggcgg atgtcgtgat
     6421 ctgtgccgaa gccaaggtcg gcaagatcat tgctaacagt agcagataaa ttctcttcat
     6481 aatcgatgcg tttttttagt gtatgactta ataaataagg ggcggagctt cagtatccac
     6541 ctgtgttgat ttttgatgtc tgcggggatt aaagcaaggg gtagcaaagc agcgtgtata
     6601 cggcttcctt gctaccccta ttcgtttcat tcttcaatta actgtgtccg cggtacctcg
     6661 ggtgcgatct ccttgcggtt gcggatgtat tcgatgatgg tttcttcaga tgtttttccg
     6721 gtgggctttg cggggcgcgc atgcgtgaac ttgtaggccg agatgatgta atcgttcagc
     6781 gccacgcggt agtatttgcc ctcctcaagc ggctttccgt taggaagcaa catctcaatg
     6841 cgatccacct cgctgccttt ggtgtagagc ttataagtca tgcctgagac gagcagatcg
     6901 acggcgtgac ggcgtttgtt gtagtgctgc gacacgcgga tcagttcgcg catttcggct
     6961 ggtgtcagct ccaccacgtt cacctcgttg ccaaagggat ccatctcgta gatccgctta
     7021 gccgtcaggt cgcctggctc gagcgcagcg atgcgtatgc cgccggagtt ctggaaggca
     7081 aagtcagcat tgttcatagc tgcttccgcg tccgttatca ggttgccgag cccttcctta
     7141 ccctcgatgc gtgccgtcac gcgcccgatc acctcgttca ggggtgattc gtcgtaaaac
     7201 tttttgatgg cggccttcac cgcggtgtct tccgctgtca tgctggctac ggggatcagc
     7261 cgattacgcc gcgagatcac tttgcgtccg cgtagcgtca gctccgtacg cccgacaaac
     7321 tgaaggtatt cacctgcctg tgtgatgagt acaccgttga ccaccacgcc cgtgtcgagg
     7381 cgtgtgtgtg aatgtccacc tacaattagg tcgagctccg gcatgtgctc ggccagcttt
     7441 ttgtcttctt ctatacccat gtgattgagg gcgaggaaga cgtcgcagcg cttccgcatg
     7501 tcgcgcagtt tctgaagttc ctccaccggc tcggtgaacg tcagccctgt aagccgcccc
     7561 gggtgtgatg atgggatgag tcgtccgcta atgttttcca cttgtatccc ggagatgatg
     7621 ccgatgcgta cgcgtccaac tttgatcatc attgatgcgt ttggctgctg gatttcggcg
     7681 cctttgccca cgtgcatgtt ggcacagagg aagggaaacg tggcctgtcg gatacggtcg
     7741 gccaggatac gttggccata gtcaaattcg tggttaccga tggctgtagc gcgatagccg
     7801 acgcgattca tgaggtcgat gatggggaag ccctttcccg gttggtcgca atgatccacc
     7861 acggggttgc ccgaaaagag gtcgccgccg ctgagtacga cgacgcgccc cgggtgtgcc
     7921 ttttgttctt ggctaacgaa ggcggccacc ttcgcataat cgtcgatatg cgcgtgcata
     7981 tcgttggtag agaggatcac gagttgcgtc tcctttgttg taccacaggc cacacatgtg
     8041 atcgcgatca tccagaaaat gaacatcttt ttcatgaggg taatctctta tttattactt
     8101 cttataacgc aaaggtaggt ctgttttaga gatcttagca gaatgcggga gggggtaagt
     8161 gtaaatctta aaactaataa tgaatagccc tccgcgggcg gaactgttgg gctgagagaa
     8221 gtggctgcca cggaggtgtt catgtctcca aactcagatt tcctgaaaac taatccactt
     8281 ttatctttgc ccgcgctaag ggaaaagcgg cgtggccgaa gcgtcggccg taaatgcagc
     8341 gttcctcttg gttggaaaga caaacatatc tcggggctga ccggttttga cagcgggtag
     8401 aaatggtttg taagcatgca gtgcctcgtt ggccagcact taaaacttgg ctgataaaag
     8461 attaactggc gaagaaactt acgctctcgc tgcctgattg aagaacagta gatcaaggct
     8521 taatccttac acaaggtgtt tggacgagac atcacccgga agccgtggct tcgaggccgt
     8581 ccgaatcggt ggtgcagcaa tttcggagat agcctgacgg acgtcccgga cgtcaggtga
     8641 aactttaggg aataaggatg cggtcggtgg ctctggtctt gccgcatcac gaaaatgaag
     8701 tcggagataa gcatgtagaa agcggatcaa ttcctcgttt ggacgagagt tcgactctct
     8761 ccagctccac ataaaacact gatattcaaa agtgctgaag agattacacc cgattttaca
     8821 ccaaaagatg tagagtcggg tgttttgttt ctatgcgctc gggataagta gtctaatgag
     8881 ttggaatttc accgccttat cccgcggctt tgcttgcgag ggaggcccat atcctcacgc
     8941 aactgatcta tgcgttgtct gaaccatcgg atgaaatcca cgccgtcaag aagcagcgtg
     9001 aagtgctcat cggattcctt ttcatgaccg aaggcgacgg atgtgttctc tgccgggaac
     9061 ttgcaattga actcatcgga atagagcgtt ccggacactt tgagcggtct cagcccgcac
     9121 agtttccgac atagttcttc ggagaagtgc attgtcttcc gacagaaatc aacgagcgga
     9181 agcaacttct ctacctgagg gaagtagcgc tttacttttt cgatgtattc aaccagtcgc
     9241 gaacgctctt ctcgatgtgc ttgctccatc tgacggaaat gttgttcacg cttttgggct
     9301 tgactttcga ggaattcaat ctgctttttc aatgcctcgt tctccttttc gagagccttg
     9361 actttgccgc cgccaaagag tgaaccgatg ctgtcagtga tctgggtggc agccgttacg
     9421 gctgatccct tcaggcgttc gacctgaacg tctcttttcg cttatcggag cgcttcatct
     9481 gcgacggcct ttattaatga ttacgggggc gtgtggctaa tgattagttc ttaatgatta
     9541 atgattatcc gggtaccgga atcggggggg gggaggggac aaaaatgccg ggtacacgga
     9601 aatgtacccg gcataatcat tgaccattaa caattaatca ttggggggga tcattgcccg
     9661 tcgggttttt tgggcgattc ggagggtacg tggatgtcgt cgccaccgcc tgtgccgcca
     9721 ccgggtttag gggtgggttg ttcggtgtca ccgggctttt tggggggctc ggaggggatc
     9781 tggatgtcgt cgcctccgcc ttcgggcttc ttcggatcct tgggctgctt gggatcctta
     9841 ggatccttcg ggtccttggg gtctttgggc tttttcttgg cgacggtgcg acggttggcg
     9901 agcatggctt tgttctggtc gatacgtccg ttcaggtcta agacgaattc tttgtaggcc
     9961 gtgtcgccat tgacgatgac gagtgcgttg acggtctcca caagctggcg ataggcggtg
    10021 tcggctgcgg ctcgtttctc cttgacgatg cccaccatgc ggcgcccgtg ctccgagctc
    10081 tgcgtgtcgg agatggtgat gtaggccgtg gctttctgct ccagatcggt gaggaagggg
    10141 gtgaagccgg cttggttcat cttcgtcgtg tcgagcgctt tgagatcctg gagcaggttg
    10201 tgtatgcgcg ccgtttcctc ttggtgggcc agcggcagca tgtcgccgta ttgcaggaag
    10261 atttcttccg ttttgacggc gaagtcggca atctccttgt ttgggtgtcc cttggtggcc
    10321 ttggcgatcc tgcggaaggc gttccaggcc ttgtcgcgat cctcgtcttt ttgggtggcc
    10381 tccttggtcg aggacaggct cttggccttc tctaatacat catcgaattc atcgacggcg
    10441 gcagtgaact tgttggcggt ttctttcaat cccacggtgt agcctgcagc tgtgtccaca
    10501 aggggcagga gggggagttt acgcttgacg aatccgaggt acccgaaatc gtcttctgct
    10561 ctcagggagt tgacattgaa aacatcaatt ttcataattc gaatagctat taaagtgatt
    10621 ataaatggct gctgtctctc gacgaacagc gggccgaaga taggatgtac ttccaagaaa
    10681 aaaagcagca ccagaagcac agcttccagc gtcacttaaa aaaaagcagt gctggaagtt
    10741 cagcttccag catcacttga aaaaaagtag ggctggaagt tcagcttcca gggtcacttg
    10801 aaaaaaagta atgctggaag ttcagcttcc agcgtcactt gaaaaaaagt agcgctggaa
    10861 gttcagcttc cagcatcact tgaaaaaaag taggcctaga agttcagctt ccagcgtcac
    10921 ttgaaaaaaa gtaggcctgg aagtgcagct tccagcgtca cttgaaaaaa agtagcgctg
    10981 gaagttcagc ttccagcgtc acccagaaaa aaagtagggc aggaatccgg atacggtggc
    11041 ggagctacag ccccatcgtg gctctcttct ctttgtactc tttttcttgc ttttgcaggg
    11101 actcaagctt ggtcgtggct tccgcgcgct gcttctcgcg accttcccga ttctcgatga
    11161 tctgcttgag atccttatcg atcggatcga tgaaatcatc aaacatcaat ttcttgacgc
    11221 ggtctttgat cggctcgatg tcggtcaggc gctcgatcaa ctcatcgata ttgaagcggt
    11281 tcttgagctt agtaagctct tccttgtagt tcgctttgac gtctttattc cagaaaacca
    11341 cttcacctgc tcttgaaaag acagaaatga aaagcatccc ttgtatgaaa gtgctgatat
    11401 aggttcctat tccaatagat tgttcggtcg tttcttcttc ctctaagaaa ttgtcgatct
    11461 gatcttcatt gcacagctcc tttagcttcg ctatcaaaag ttcatgctct gagtccatcc
    11521 tattcaaaat cctcgagaac tttctgacag attcttctga cacattgacg atgcaacgtt
    11581 ccttctctct cttaagttta tctaattgcc gaggaataat tcgggtctct aattgatcga
    11641 gatcggtcct gaccttttgt cgtattgtct cttcactaac tgtgcgtccg aaggcctcga
    11701 ctcccgcaat aatattattg cagagagaat cgacttcttt ctcgacttct tctttttgtt
    11761 tatagcgcac tccacggatt ccagctttca gatcgatcag atagacttcc aattgttctt
    11821 ctaaccgtct tttggctcta tacaatttgt ctcgcttctc ttccagctcg tcgtcgggta
    11881 attccaagtt cttcttcagc tccttggttc gggtgatggc ctgagctaaa tctgagccga
    11941 tcttatcgac cgcagccttg atggcgttgc tcgtcttgtt aaagaggatt tcgcctttct
    12001 ctttcatcac aatctcttgc acgcgcttgg cgaggtcact gaaatggctg aactccctca
    12061 ggtcatcttg tgatccgagg ccaaagactt ctccatacct gtgccacgca tgtttatagc
    12121 tgtcgttact tatgatagct ttcattggca gatacgacaa cagtgccatc tcggccgaca
    12181 gcggtatcgg atcctcgtgc ttcaacattt ccttcaggcc ttcgtcgttc gatgccttgc
    12241 aggcattctt aatctcagcc tttacgtact ccttgatctc gctctctgtc tcgccgttct
    12301 cgcgagggat gtcatactta ttgatcccga taaccacctt gccgatgccg cactgcgaaa
    12361 ggtgtttgaa gacgatttcg cgatcggtag catcgaaggg gcggccggca taaagcatca
    12421 gcaggacggc gtcggcccga cgcagaaaat ccttcgtgcg ctcctcgcgc gatacgatcg
    12481 ggtcgttgaa tcccggcgtg tccacaattt ccacaccctt gaggtattcc ttggggtaat
    12541 agatcttgac cgacttggtg atagagacga actgcccgtc ggcgccgacg tattcgatca
    12601 gcttatccaa cgtgtccgtg cgcttcgtgc cgagcagctc cggcaggtgg cagcctatgc
    12661 gggcggactt ttcgacgagt tcttgggcgg cctgcacctt cgacttttca gcctcgctgc
    12721 tgtccgcggt cagctcccgc tgcgccgtga gtcgctgctc gtcccactcc tcacgggtat
    12781 agaactctac ttcgattttt tcctccgggc catacgtgat gacggtcagt gcagccgtca
    12841 ttggcgtagt ggcggccggc agcacatcac gttcaaacac aaacgcgttg agaaatgtgg
    12901 atttgccggc cttcatctgc ccgattacac cgatagtcag cacatcgtta tcgagtttct
    12961 gctcaaactc ccttcgctgc tcgttagtga taaatttgtt gtcagcggct tgcttaatca
    13021 gcgttcgctg cgcctctttc tcttgattga attgttcaaa tacgttcatc tgtttaagtc
    13081 tctaacaagt ttctcgaaat actctttgct ctctgtgatc tttgtgcctc tgcctgctat
    13141 ctccgatagc gctttcgaag acgctccatg ttcagaagca tgtccttcca aagacttgat
    13201 tttatcaatc agccgattag ttaaatcaat agctatttcc tcgataagac gaacgtagtc
    13261 ttctgcttgt ttttctgtta tcacgtattg attagctcca agccccaacc aagtgctctt
    13321 aggttgtggc atattaatca acctcatgcc gtaatcacgg atttgtctta caatatcgtc
    13381 aatagcatct tcatcactat ctatttccaa ccgggaattt tttatacaat cttgggtctc
    13441 ttcatatttc ttccacatcg ccccttcgag ctccttcaat gcatattggg agttcttgat
    13501 gtagttatcg accggcttgt tccttgtgac agcgtggatc acattcatga tctgcttaat
    13561 gtcttccttc atggagaaac gaatgatccc ttgatagggc acgcccttat tcctcagtgt
    13621 ttcctcaatc ttacgcacca ccttatccac ttcagacgtg gccttgctgt ccaccttatt
    13681 gacgacgata taaagcggct ttttgagttc cttcttgatt acggcaagag aggtttggtt
    13741 gatcgtgcca ctgtttacat cgaccaccca aaacaaggcg tcgcattcgt tgacaacttc
    13801 caaggtgcgc tctttgtctt tggcatcgtt ggagctgaag cccggtgtat ctaatatgct
    13861 gaatccgttc aaggaggcat tggcttcttc ccttaccaca taattgatca gctgatccat
    13921 gccgcgcacc tcgtccagcg tctccttact catctcttcc actattttgt cttcaagcgc
    13981 cttccgactt tcatccttgg caataaaggt gtattggggg cgggtgttat ttccaacgct
    14041 actgatataa gtggggatag ccgtggtggc tttgctgctg gtgggaagaa gggttgcgtt
    14101 cggattgccc gccttgagga tgcgattcac aatagacgtc tttccggaag agaactcacc
    14161 aataaaggcc acggccgtct tgtctttgat ccacgtcttt ttttggttgg ccacgaatcg
    14221 ttccaagtct tcccggtttt gatttaccga ccaattgttc tctcgcatta acaatgtaaa
    14281 gtcgtctttg ataaaggctg ctacttgatc caccaaattc aactgccgcg acgagcgttc
    14341 cgaacggtta gccaccggtg cactcaagat gtagcttaca aactcgatgg ccttctttcg
    14401 tttctcgctg agcgcttccg aatccgtgta tttttcctcc acgcctttca gcctttggag
    14461 ctctaattgc gcgtgctgca tatcgccaaa gagcttatcg aactcttcct tttgcgcctt
    14521 tagcttcttt tccactgatt tcttgtcgtc ctcggcgtct tccacatcgt tttccaagtc
    14581 ttcgactttc cgctttagcg acttcaactc cttctgttga gcttcaatct gatcagacaa
    14641 cgttttcacg gctaccttgt gcgcatcgtc cttttgtcga attagcactt tcgtttggtc
    14701 gtccgcgtta gaaagcacgt tctcttcatt ctcttttagt ctttgctgcg cttgttgtag
    14761 ttcggactgc aatttctcag cagactcagt aatgcgcgta atctctttcc gtgcattgac
    14821 caactcttgc ctaagcgcct tcgacgctgc tttgctcgct ttcctactgc gtcggaagag
    14881 gttggcgcac aaaacgccaa ccagaaatcc ggccaagata tagaggtaca tctccatatc
    14941 agtccttatt cttcaatgat tccaattcga gttcgcaggc ctgaagcgct cccttgtatt
    15001 catccaagct gcgcttcagt tgttctatct cacgttcctg tttggacacc ttacgcttcg
    15061 cctcgtccaa atcatcttcc aaatccatcg tttcgtcacc cttactcgat gccttccgct
    15121 tcaagtctgt aatctcctgc tgtagttcag cattctcctt ttccaaggtg ctgcgtttct
    15181 gctgctgggt cttcagttcg acccccagcc tgtccatctc gcgctgggcg agatccgaat
    15241 ctttcgtctt cgacgagttc tttacgtaca tcactccggc acctgctgcg gcacccagtg
    15301 ctaatgcaat gataaattcc attttgtcca ttatttaagt tatgagttaa gtgtcgcatt
    15361 gtatgctttc agcttggcga ttttctgctg atactcgccc ttttgcgctt tgatcgcatt
    15421 catcaaatca gagatttgat ccgtccgttc ggcaatgatc tctttgcacg agtcgccgat
    15481 cgccgcctgt aaatcggaca atatggcgct gccgttctgc tgcatttgct cggcaaagac
    15541 gggagcaagt tgctgttcga tgaagtcatg catgatccta agccgtctgg gcttggccat
    15601 gcgatcggtg aatgtgctta caatgccttc tacaaagccc ttcattttag gtgccacttt
    15661 gctgtcaatg gtctcataat tcgctgcgac ttctttaccc tgttgtacga gctgtgccat
    15721 tctgagagac tttctcagct tacgcgtaga ccttatgctt cccacatcag taactgtatc
    15781 ggcaacagag gcaacggttg ctaaacgagc actcgaagta gcagcggccg cttcggatcc
    15841 gaccgtgcca gctgtacccg ccacggtacc tgtagcagca gttgcagcat tcattgcagc
    15901 gactcctaca gggatggcaa tagctgctat agctacagcc tgcaatcctt tggcaattgc
    15961 tttatcatac ttatgtccca tgctgtcgag gtcaatattc atcgatagct cgggggcctc
    16021 caatccggaa atgtcaaggc gagtaacagc cgattggata aagggagatg ccttcgcaga
    16081 ctgctcggta agctcctgcg taatccgccg ccgatactct gccatcacct gtaaggaggt
    16141 tgacttgatg atcgtgtttg cctcggcgtt tagattgctt tgattgcttt cgttctgatt
    16201 gatcagggca tccaagcgtt ggaacagctt gccctgatag ttccgactga tctcgtccga
    16261 cacatcctcg acggagtact tcacggatga gatcaggtgt ttgacctccc gctctacctc
    16321 ctcaacctgt cgcttgtggc cggagagttc tttctcaagt ccttcggtag agctcggctg
    16381 tttcagcaat tcgctgacgc ttttcttcag ctcctccttc aggatttcca accgcgcacg
    16441 aacggcggca cccaaaattt ccttcttgct ttgggagagc ttggcgatga ggtcgtagaa
    16501 ctcggtgagg tcgtcctgtt gtgccgacac gcacgcaatg tgctccatcg gcagcttgct
    16561 gttttcggcg atgtatttct tgatctgctc cctgtctgac gctggctttg tgtcgcactt
    16621 ggtgacaatc aaatacacct tacggccggc cagtttggtc tcttcgacaa agcgtagcaa
    16681 ggaatgcgtg atttgctggt tgcagtccac agccattagt atagcatcag ccttcggcaa
    16741 gaagccgatc agcgcatcct tgtgtcgcgc gtccggcgac gacagccctg gggtatccac
    16801 caagaccaag tcacgcggta cacgggtgga ggtgtcatag atgtcgacga gcgggacgtc
    16861 ggccagctcg ctattcttca agctgccgat cgcttccacg gtttcctcgc tgccatcggc
    16921 gcgatggatc gtggcgtact gccgatcctg cccgaagtgc aacaagtaga tggttgccgt
    16981 ggtgggcttc gtagcgatct ccaactgctt ggagtcggtc agggcattga tcaggctggt
    17041 cttgcccgag ctgaactcgc caacgagcgg gagggtcagc gcgacattgc tgtcttgcag
    17101 ccgctgatcc aatttccgaa gctcgttagc cacactctcc gacttgagat actcggcgat
    17161 ctcaatcaat gttttcgtgt ccatgttctt ttccgtttga aatcatactt cgtcaggcaa
    17221 acgtccaccg acgtaagagg gtcgtacgcc attcattcac ggcgcgccat ttgccggttc
    17281 tacgccattt caattcactc tgggttactt tcttcttttc cataaaatca ttcgttttaa
    17341 gtggtgatat atatatgttg ctgattctct tcttcttctc tacagcgccg gcgcatgtct
    17401 tccgcggttg tgccccttgg ggtgatgcac acagaaggac gacgtcagac gctcgatcgt
    17461 gcgagcctcc gcgccgcagt atttgcaggt gtagaccgcc ttctctgtcc cctcgtagag
    17521 cttgtgtttt ccccgggcgg gtccgtcggg gtggcgcgtg cacagtcctg tccgcgtcag
    17581 ctcactgacg ctcttaaacg gccggccgca gtattcgcaa taaaagtttc gattgttcat
    17641 atctcgtgta ttgatcgttt gcgctttatc caccctgcta aacacgacgt gcccacgcgc
    17701 atcctcttcg aaagggcacg cggacaccgc tgcgaacgac aaaaggcatc cgcagatgat
    17761 caaaagcacg ccgtgcttgt ttttaaatgt taaacggagg ggggggtatt tttaacaacc
    17821 gtataccaaa atgccttctc gggagcttct tcatgctgtc tgtggagagg ctgcggtatg
    17881 ttctggtttg aaatcttcat cggtgcaatc aaacggttgt tgtttttctt aacggctgca
    17941 aatatagacg cacctttttg cgagagaaat aaaacgggtg tctttttttg gatacgggtg
    18001 ttcgtcctac gcccctacaa atgggtacat gcccacgccc ggccgatgat caaggcatgc
    18061 acaaaaaaag ggcgaccact aagggccgcc cacgggtaga taaaagctga aatagaagca
    18121 cgcagcttac ccaagctgcg cacggatggc gcggctttcg gcctcgaagc cgggcttgtc
    18181 gagcagggca aacatgttgc gtttgtaggc ctccacgccg ggctgattga aggggttgac
    18241 gccggagagg tagccgctga tgccgcaggc ggcctcgaag aagtagagca acccgccgag
    18301 gcagtcagcc gtgaggcgcg ggatggaaac gcggaggttg ggcacgccac ccgaagcgtg
    18361 ggccaggcgg gtgcccagct cggccatttt gttgatctcg tctacgcgtc gaccggctag
    18421 gtagttcagt ccgtcgaggt tgtcggcgtc cgtggggacg gtgagcgtgc gctcgggggc
    18481 gtcgatggag atgaccgtct cgaagatggt gcgctcgccc tgctggatcc actgacccat
    18541 ggagtgaaga tcggtcgtga ggtcgacggc ggcggggaag atgccgcggt ggtctttgcc
    18601 ctcgctctcg ccgtagagct gcttccacca ctcgccgacg tagtgcagct tggggtggaa
    18661 gttggcgagg atctcgatct tcttaccctc gcgatagagc gtctgtcgtg cggcggcgta
    18721 gcgcagggcg gggttccggt cgaagggtac gtcggggccg acggcgcgct ccatctccac
    18781 agcgccgcgg acgagggcgc ggatgtcgat gccagccacg gcgatgggca gcagtcccac
    18841 gggcgtgagg acggaatagc gtccgccgac gtcgtcaggg atgacgtatg tcttgtaacc
    18901 ctcgcgatcg gccagggtgc ggagggcgcc gcgggcacgg tcggtgatgg ctacgatgcg
    18961 ctccttggca gccttagcgc cgacgttctc ctcgagtagg ctgcggagga tgcggaaggc
    19021 gatgccgggc tcggtcgtgg tgccagattt ggagatgttg atgatgccga agtcgcgtcc
    19081 gcggagcagg tcgcagagct cgctgaggta gtcctcgccg atctggttgc cggcgtagag
    19141 gatgatgggg tgtgtgcggt cagtggtgtg gagcgcgtcg aagctgccgg tgagggcttc
    19201 gatcacggcg cgcgcgccta agtagctgcc gccgatgccg atgatgacga cggcttggca
    19261 ggtgctgagc ttcttggccg tctgctcgat gtcggtcagc tgggcgtcgg tgatggagct
    19321 gggcaggtgg agccagccga ggaagtcgtt gccggcgccg gtggcgtcgt agagggtgtg
    19381 gaggctacgt tcggcctcgg ggcggatggc ctggaggcgt tgttcggcgt cagggccgaa
    19441 ggctttggtg agatctaatt gaagggggtt catgggaact aaaaactaaa aatgaaaaac
    19501 taaaatgggg gaactcagaa gcgaaaaact aaaagtgaaa aacatggggg gtggctgcgg
    19561 ccgccagcgg aagtttacca agtatccggc catttttagc ttttagcttt tcgtttttcg
    19621 ttctacttga atgtctctgt catacggctg atgacggcgg ggggcgattg gcgttcgtag
    19681 aggatggcgt agagggtgtc gaggatgggc atgtccacct gatagcgctc attgatctcg
    19741 tagatgcact tggcgccgta gtagccctcg gcgatcatct ccatctcaag ctgcgccgtc
    19801 ttgacggagt atcccttgcc gatcatggtg ccgaaggtgc ggttgcggct gtagcgcgag
    19861 taggccgtca cgagcaggtc gccaaggtag gccgagtcgg caatgtcgcg cggcagcgtg
    19921 tgggccgatc cgaggaagcg ctgcatctcc ttaatggcgt tggagatgaa gacggcctgg
    19981 aagttgtcgc cgtacttcat gccgtggcag atgccggcca cgatggcgta gatgttcttc
    20041 aggaccgagg cgtactcgat gccgcggacg tcgcggctgc aggaggtgcg catgaaggcg
    20101 ttggtgaaga tgggggcaat ggcgcgtgcg cggtcgatgt ctttgcaggc cagcgtgagg
    20161 tacgagaggc gtccgagggc gacctcttca gcgtggcacg gcccggcgat gacggccagc
    20221 tgctcctcgg gcacttgata gcattcggcc aagtaatccg tgatgagcat gttctcgtct
    20281 ggcactaagc ccttgatggc cgagaggatc atcttgtcgc gcagggggcg ggtgagcttc
    20341 ttgaggtgat tcttgaagaa gggcgagggg gtggcgagga tgagcaggtc ggagcggtcg
    20401 acgatctcgt tgatgtcggc cgagaagtgg atgcgatccg tgtcgaacgt cacggcggag
    20461 aggtacgagg ggttgtgttt cgtctttctg aactcctcaa tggcctcctg ccgacgcatg
    20521 taccaattca tctctggctg gttcgagagc acgatcttgg ccaacgccgt ggcccagctc
    20581 ccgccaccca tgatggcgat ctttccgggg aaggtttcca ttttatcgtt catgtattta
    20641 cgggttatgg gttacgcctt gtcaggcatg cgtgtccacg cctcgacggc ctccagcgag
    20701 gggagctcga gcccgagggc gtatttctta ttcaaatcga agagcgcgcg gcggagcagt
    20761 tgtgcgttgg cgccggccaa catgtcggcc gtgggatagc ccgccttctg cacggctggc
    20821 acccactctg cgggcacgcc gagcggggcg tatttctctg cggcatcctt gcgcacggtc
    20881 ttttccggac gcatctgtgg gaagaagagt acctcctgga tcgtcgtctg gcccgtcagc
    20941 agcatcacta agcggtcgat accgatgccc atgccgctcg tcgggggcat gccgtactcg
    21001 agggcgcgga cgaagtccat gtcgataaac attgcctcgt cgtcgccctt ctcgctcagt
    21061 cgcagttgct cctggaagcg ctctaattgg tcgatcgggt cgttcagctc ggagtaggca
    21121 ttgcaaagct ccttaccgtt caccatcagc tcgaagcgtt ctgtcagctc cgggttattg
    21181 cggtgacgct tgctgagggg cgacatttcg atggggtaat cggtgatgaa ggtcggctgc
    21241 acgtagtgct tctcgcattt ttcgccgaag atctcgtcga tcaatttgcc cttgcccatc
    21301 gtctcgtcca cctcgatttc gagccgacgg cagacggcgc gcagagcctc ttcgtccata
    21361 ccggtgatgt cgatgccggt atgttcgcgg atggcgtcga tcatggtcac gcgtcggaaa
    21421 ggtgccttga agctgatcgt atggccatcc acctccactt ccgtcgtgcc gttcacatcg
    21481 aggctcacct tctcgatcat ctgctcggtg aagtgcatca tccagttgta atccttgtaa
    21541 gccacataga tctccattgc cgtgaattcg gggttgtgtg cgcggtccat gccctcgttg
    21601 cggaagtctt tggagaactc gtagacgccc tcgaagccgc ccacgatgag gcgcttcagg
    21661 tagagttcat cagcgatgcg gaggtagagg tcgatgtcga gtgcattgtg gtgcgtcacg
    21721 aaggggcggg cggcggcgcc accggggatg gattgcagga tgggcgtctc gacctcaagg
    21781 tatccgcggg cgttgaagaa ctcgcgcatg gaggcgtaga ctttgctgcg cttgatgaag
    21841 atctgcttca cgtccgcatt gaccacgagg tcgacatagc gctggcgata gcgctgctcg
    21901 gggtcggtga agccgtcgta gactacgccg tctttctcct tgactatggg tagggggcgg
    21961 agcgacttgg agaggacggt caggctctgc gcatggacgg agatctcgcc catctgcgta
    22021 cggaagacga agccgcgaat gccgacgaag tcgccgatgt cgagcagctt tttgaagacg
    22081 gtgttatata gttccgtgtc ggccggatcg gggcagatat cgtcgcgggt gacgtagact
    22141 tggatgcggc cggtggagtc ttgcagctcc atgaaggagg ccttacccat gatgcgtcgg
    22201 ctcatgattc ggcccgcaat cgtgacgtgt cgtttttccg tgtcttcgtc atgatagtgg
    22261 gccttgattt cctccgcata accatcgacg gggaactccg ccgcggggta aggatctatg
    22321 tgcatttcgc gcaaccggtc gaggcttcct cgccggatca gttcttgttc gctgagatct
    22381 aatacgttca ttctttgata ataggtaatg gtttatctgc gggcaaaagt aggaatatgc
    22441 ctgtgtagcc attttctacc gtttcagcgg agagcccgca gctggcgcag ggcgcgattg
    22501 acgaaggggt gctcgggctc gatggagcgc cagaagcaga gttcaccaat gagccgcttg
    22561 acatacgccg gatcgcttga atggatgcgc tcgcggtgct ccgtgacgcc gtatttgagt
    22621 acgaagtgga cgttcttgcg gatctcgcgt ttgcgttcgc gggggagggt cagcttctcg
    22681 cctgagccga tggaaagccc tgtgacgatg cgccgtgagc tggccatgag gcgtgtcttt
    22741 ttcgcgttca gggtgaagcc gtcgcacgct gcgatgtgtt tgatatcggc gattaattcg
    22801 ttgcggttga agctgtcgcc ggagaaggtg aggtcgtctg catagcgcgt gtaggtcagt
    22861 ccgcggcgga gcgagagggc tgttagtcgc tcgtccatct tggcggctac gaggttgctc
    22921 agcgccggac tggtgggcgc accctgtggc agtcggttgc ggtgggagca gaggtcgacg
    22981 agcactttgg tgatgtgcgc atcgaagccc atgtctcgaa atacgcgacg gatggcaggc
    23041 cgtcggatgg agccgaagaa gtcgtggaga tccgtcttca gtgcacggcg ccggccgagg
    23101 tgcgggcggg cattgtcggc aatggacagg ccagggcgga agccggtggc ggctgtgtgg
    23161 acgggcagtg gggtgagcag tcggtcgagg atggcgcgtt ggatggcctt caggtggggg
    23221 ttgggcgcct cgatgttgcg gtatccgccg cgccgcttgg ccatccaaaa ggtggtgtaa
    23281 cccgcccatc ggatgtcgcg caggacgtcg cgcagttccc cttccgtggt gcatagttgg
    23341 gcggcacagc gcgcgatggc gtcggcgcca tagatgtcgt tcagcgggtc gcgatcggtg
    23401 gatggtgggt tggcgggtgg cggctgctgg cggtaggggg cgtccggtgt ggagccagat
    23461 agtttgcgcc gctcgcgttg cttctcgcgg agggtgagca cgagcatgag tatgccgaag
    23521 aggatggcca atgtggtcag aagggtggtg gtcatgagat atcaagcagg gggggggtaa
    23581 tagaaaaaga acgcgcgcgg cgggggagga gctttaagtc ttcacttatg gtgagcatga
    23641 gcatcatgcc gcaccatacc tatgaaaccg tctgttccgg tcgaggggag gcgactgcac
    23701 ctccgtgctt tgctgaagct ctttgctccc gttcccgtcc gcgcgcttgt tttatataga
    23761 cccgactaag ggttgttcaa ttacttgtcg tcataatgcc cataggctga aatgacaagg
    23821 atgagaattt cctcttgctc tacccgatat acgagtcgat gtctttttga aatggagcgt
    23881 gcccattgtc ctttacgatc accggtaaga gcgtggggat gacctgtgcc agtcaaagga
    23941 tgctgtttta actcctctat cagctttagc aatttggcat aggcggctgg ctctgacttg
    24001 gccagcttat aggtgtcagc cgatgcatcc ttagtaaaac tgattctata tgtcataacc
    24061 agcccttcgt agcatatcat ccagtgattc accgggcaac agctctatga cttctcctcg
    24121 ccgagcctgt tctaacgacc tgttgatctt agcctgaaac tcttcatccg tcatgtaggt
    24181 cttatcctct tttcgtttct gatccgccaa gcgcctgatc gatttgagcg cacgcttgag
    24241 gtatccctca tcatcagcga tgacgctcaa ttcgtgctgc aactctgcgt tgatttctaa
    24301 agcattcatt cttcgttctc ttctctttac tgtcatacaa aatgggtcgc aaactatttc
    24361 ccccattttg atgtttgcag catttctgca aatgccaacc atatttccgt ggcacttgca
    24421 gcgttcctgc aaatgccaac cgtatctccg tggcgtttgc agaagtcctg caaatgccgt
    24481 tttctccatt ttggtgtttg cagaagttct gcaaatgcca ttttccccat tttggtgttt
    24541 gcagaagttc tgcaaatgcc atttctccca ttttgacgtt tgcagaagtt ctgcaagcgc
    24601 cgttttcctc attttggtgt ttgcagaagt tctgcaagcg ccgttttccc cattttggtg
    24661 tttgcagaag ttctgcaaat gccattttcc ccattttggt gtttgcagaa gtcctgcatg
    24721 ccatatgctc ctctcgttcg atcgtaaatc attcatgcaa tgccctccgg ggtgctgggc
    24781 ggcaggggct cttccttttt tcgcggggcg aatatagtga tgtagttatt agaagattag
    24841 gaactcatca tgattcaacc atcgtcagaa cgagaactgc accttgaggc gcaggccgct
    24901 gttaggcatg tgcgggtgat tgcggtagga gaggcgccag acgtagtcca cacggacgag
    24961 cttgaagatg ttgtcgaggc cgcagctgag ctccatgtag gggcggctgc ccatgaggta
    25021 ggtgttcgtg gggaaggcgt agaggtcggc attgtcaggc tgccaggggt tgttcttttt
    25081 ggtgagcgag ccgtaccagc cgcggaaggc gaagacttcg cgcagctgta gccgcatcag
    25141 cagggggagg cggttaagca gggcgccgtt gaggaagtaa gtggcctccc acgaggcgaa
    25201 gcggtcgtga atgaactcca tcggatccat cagggcgtag ctctcgggct cgatgctgta
    25261 tgacaagttg gcattcggga tgatgagcag cgggtagggc acgcggtccc agacggcacc
    25321 ggcctggccg tagatgtcga tgtagccgaa gggcgagagc cagaagcgct tgcggatgcc
    25381 gagctcggtg cggttgtagt tgtggtcggt gccaagcagg ccgcggcggg cgaaggtgtg
    25441 ggtgagggtg atgatgggcg catcgagggt gatggggtag cggtagttgc gcgactggta
    25501 gaacttttcg ttgggtgccc agcggatgct gacctccatt tgtgcggatt gataatggct
    25561 tacgggcgag gtggtgccgt cagactcgaa acgcaggaag gggacgtaac gcgtgcccca
    25621 ctcggtgagg tggcgtaagg tgatgccgta gccgaggcca ttgtaacgct cgtggtagta
    25681 gctcagctcg gccttttgca tgtaagtgat gaggtcgttg cggcggcgct tgagcatcat
    25741 gaagatgttg tccggattgg tgtagaggta atgttggccg atctggttga tgtcgtagcg
    25801 gtactcggcg cggaggtaat ggaaggggaa ctctttgcga aagttgcgct tcttgttgaa
    25861 ggaatattca gccagcaggt cacccttcag cttctggtcg cccgcgccgt aggccatgta
    25921 tccatcgatg aagaagcggt cgctgagggc ggtggtcgtc gtgccgccga agcggtagcg
    25981 ggcgccctcg agtgtgttgc cgctgatgaa cgtattgacc gggccaaact ccacagggct
    26041 acccttctcg atgggctgga tgtagccgcc gatgagggcg ttggccacct tctccgtcca
    26101 gtaaaacagg ggcacgcggc gcagccgggc catcatctta tcgacggatg tttgggcaat
    26161 ctcgcctttg ccctcctcgc gttgctgttg ccagtactcg tcggatcgtc ggcgtgcctc
    26221 ctcggtctcc atcacggggt tgttttcacg gaagacggtc tcatccgcgg gcgcgtcgaa
    26281 ggagtgatcg cggtagaggc agatgcgtcg ggcgtaggtg cctttgctct tggcgcggag
    26341 gcggaactcg acggtgatgt cgttcttcag gatcaggcgt gtgccgtcgt cggtgcggcg
    26401 gaaatcttgt tcgatctgca tgaagtcgac gaagttcagg ttgatgtgtt tgggcacgtt
    26461 caggcggatg cgacggacga aatagctgga gtcgagcgtg acgaagaggt ggcccgtgaa
    26521 gccgaacgac tcggagttga agggcacgaa gctgaggtca gcacagcgtt cgccatcgat
    26581 ctcgaccgtg tccgtgaggt agtatttata aaaggaaggg ccgaaggagg ccagcgggct
    26641 gacgaagcgc tggaggaaga gggggatgtt gtcttgaaaa acgtcgggct cacggaacac
    26701 ctcatcgata aactgtgtga tgccatcttc cgaaaagagc tcgacgaggc ccgcgcgctt
    26761 gacgccttgc accacgcggc gctccgcgtg tggggagcga cggaagtagg tgtgctcgat
    26821 gcgctcctcg ttgtagagcg gcaggatggg cttgccagaa acgcgggagg tgtcgatgta
    26881 atcgaagatg aaatcgatgc ggcgataacg cttcttgcca cgctcttcgg tctcgtcgaa
    26941 gtcgtttttg gcaaagatct tctggtcata cgtgtcatag ctaaagaagt cgtggttgcg
    27001 ggggttgttg agcgtgcggc gctcgatgac gttccggaca aagtccacgg cggggttgcg
    27061 gcgggagtaa cgctcatgtc cggggcgaac gacgacatcg ctgagcgtgt aagtagtggg
    27121 ccggagcagg atggtcaggc gattggcgtc cacgagtgag cgttcgtaag tttcataacc
    27181 caaataagag acgctgaggg tgcgtgctgc ggtctcggct tgcagggtga agcggccgtc
    27241 gttgtcggtg atggtgccga tggttgtacc cttcagcatc acggcgacag ccggcagcgc
    27301 ctcgcccgtg acggaatctt tcacaatacc ctccacgcgc accgtccgct gtgccccggc
    27361 tgtttgcatg ccgtacaggg cgaaggtgag gagcagtgcg gtgaatatcc ttttcatcat
    27421 tcttatatcc atagaaaaaa cgggggcgaa agtcggggtt ttaagatgga atatctcaaa
    27481 gcgagaggcc gcggccgatc catcggggtt gcggcgggcc gggcggggtc ttcgacttta
    27541 cgcccagtcc gtcggtgaaa agggcttatt tcgcggtgga ttttattagt tgtacacaaa
    27601 agcgggcgtg tttgcccccc acattcccct aaccccttat ccccatacat tatgaaaaag
    27661 aacttcgtat tagacaccaa cgtcatcctg catgactaca gctgcatcga tcatttcgag
    27721 gacaacgaca tctacctgcc cgtcaccgtg ctggaggagc tcgaccggtt taagaagggc
    27781 agcgaccaac tgaattacaa cgcgcgcgcc ttcgttcgcc ggctggacga gctgacatca
    27841 aacgaactgc atctgcacgg cgcctcgctg ggcgaggggc gcggtgtgct gcacgtcgtc
    27901 gtgggcgatc gctaccagga gcgtgtggcc gaatctttcc ctgaacgcac gcccgatcac
    27961 cgcatcctct cctgcgcttg caccgtggcc ggccagcacc cggatatgcg cacgatcctc
    28021 gtaactaagg acatcaatat gcgcatgaag gcgcgcgcgc tgggcatccc ggtggaggat
    28081 tacatcacag acaaggtgcg cgacgccgac gtgttccgca acgcgcaaat gacgtacgac
    28141 ggcatcgacg ccgaagtgat cgatcgcatt tacgcctcgc ccggaggcat cgatgtagac
    28201 gaggtcggac tgcccaagcg ccccgagcca aacgcttgct tcatcctcaa aagcgagcgc
    28261 aattccgtcc ccgcacgtta taaccccttc acagcgcgca tccggcgggt agataagggc
    28321 gcggcttcgg gctacggcat ccgtccgcgc aacgtggagc agagcttcgc ctttgaggtg
    28381 ctcaacgacc cggaagtgaa gctcgtcggc attacgggcc gcgcgggcac gggaaaaaca
    28441 ttgctggcac tcgcttccgc cctccgacag atggacgact ataagcagat cctcttagcg
    28501 cgccccatcg tttcgctcgc aaataaggac atcggatttc tgcccggttc gcagaaggag
    28561 aaagtggcgc cttacatgca gccgctcttt gacaacctca acgtcatccg cgcccaattt
    28621 gcccccacct cgaaggagat acgattgtta gacgagctgc agaagagcga tcgcctcgtc
    28681 atcgaagcct tggccttcat tcgcggccgc agcctgtcgg aaacattttg catcgtagac
    28741 gaagcgcaaa acttaacgcc gcacgagatc aaaaccatca tcacgcgcac cggcgaaggc
    28801 accaagatgg tctttacggg cgatgtcgag cagattgatt cgccctactt agacgcccag
    28861 agtaacggcc tggcttacat gatagacaag atgcgggggc agcaactctt tgcgcatatc
    28921 aacctcgtga agggcgagcg cagcgcgctg gccgaaatgg cttctgaact gctctgatga
    28981 cgcaaaaacc tcacgctgcg ccccagtcgc aacaagatgc ttcgcgcgag cgcgcgctgc
    29041 tctatatcac cgcggctggg gcggcagcga acttcctgct gctccttttc aaatttattg
    29101 ccggcgtagg cggccgcagc ggcgccatga tggccgacgc cgtccattcg ctctccgatt
    29161 ttgccaccga cctaatcgtt ttcctctgca tccgcctctc cgcccgccct tgggatgcgg
    29221 atcacgacta cggccacggc aaatacgaga cactggccac gtccatcatc ggcctcgcgc
    29281 tgctcttcgt cggcatcggc atcttttggg aaggagcagc caagatttac tccgtcttca
    29341 tactcggcga atccctgccc gcgccaggcc gcatcgccct tgtggccgcg ctcgtctcca
    29401 tcgccgtgaa ggaattactc tttcgcatca cgttagccat cggccgccgg cggaatagcc
    29461 cctcgattat cgccaacgct tggcatcatc gctccgacgc cctctcgtcc gttgggacgg
    29521 cgattggcat cagcggcgcc atctttttgg gtcatcgctg gacggtgctc gaccccgcag
    29581 cagccgttct cgtcagcatc ttaattgtta agatgtccat caagctaacc gtccctgcgg
    29641 tgaacgatct cttagaaaaa tcgcttccag acgaaataga gcgcgacatt ctcgccacca
    29701 tcaccgagga gcctggcgtc tgcaatccgc atcacctcca gacacggcgc atcggaaacg
    29761 attacgctat cgacgtacac attcgtgtgg acgggaaaat gaccgtctct gaggcgcacg
    29821 aaatcatgtg tcgcgtagag catcggctgc gatgtaaata tggacttggc acgcaaatca
    29881 ccctccacgc cgagccgttg aaataacagg cagccctcag cctcatctta tcttgcgtca
    29941 aaatatttag gagctgaaag ccttacgctt cttcaagttc actgatctat tcctccaatt
    30001 gccttaggcg attggaggtt ttattttttg gtatccaatt gcctgaggca attgagcgtt
    30061 ttcgttttgt ttcatccaat agcctgaggc aaatgagcgt tttcattttg ttttgtccaa
    30121 ttgcctgagg caaattggtg ttttcgtttt gtttcgtcca attgcctgag gcaaatggat
    30181 gttttcgttt tgtttcgtcc aattgcctga ggcaaatggg cgttttcgtt ttgttttgtc
    30241 caattgcctg aggcaaatga gcattttcgt tttgtctcgt ccaattgcct gaggcaaatg
    30301 agtgttttta ttttgattca tccatctgct taaggctatc aggaggccta taaaaaagca
    30361 ctcatcagct taaagccgat gaatgctttt atatgttgag gcgctgcagc ctcgttcttt
    30421 ttgaataaag tcgtatgatt cctggagtat ccctccgctt gctgcccgct aatctctgtc
    30481 tgctacttcg ccttcagccc ctgaatgtca acggactggc ggcggtgcgc cttgcggtta
    30541 agcgtgtaag cgcgataagg aatgggcgta gtaataagcg taggggcagc aaaggattgc
    30601 agcgtgcggc ggtagccgtc ggcagccttc agcggaagca ggaagggctt atccggtcgg
    30661 ccgttgggcg ataggtgggc gatgaagagg taatcgtaaa gtccgtcgat gctgcgactt
    30721 gtgtagacga tccaccgccc gttgctgctc cacgcctgcg ccgtctcggc gtagccgtcg
    30781 ctgcaaagcg tatcgatggg gaggtaggcc ttgcgcttga ggtcgtagag ggccaagtcg
    30841 gatgcggggc ggtcagcggg gcgacagccg aagtctgcgg tcgtgaagag cagatagcgg
    30901 ccgtcgggcg aggggcaggg atgtgctgcg ctgccattcg ggcgcacttc gggccgcttg
    30961 ggtggagttt tgtccgattt ccgcttcgta ggctgcggcg gggctggtcg ggagtgatag
    31021 agcgtgtcta ctttacggcc aaagcggtgt ccgccgtgaa tgttgaaggc cagggcgcag
    31081 aggtgatatt tggcgctgtc gctgcgggtg atggccatct gcgaggtggc gcagaagtaa
    31141 agcgtttcgc cgtcggacga aaaggcgggt tgggtgaccg agaaggagtc ggagaagagc
    31201 ttcggggagg tgaagagctc gtgcttcgcg atgtcgtaga tgacgatgcg tgaggccgtt
    31261 tcgcgagcgt cttgccgggc gctgcgatcg acggcgaagg cgatgtagcg gcctgagggg
    31321 tgccaggctg cgtgggtggg gctgggcagg ccggggatgg atgtggtgtt cagtttttct
    31381 atgtcgctgc tgtcggtcag cagggcgcag gcgtaggcgc catgcagggg caggagcatg
    31441 cgttgcgcgt tgtgttggca gaagatggcc gggccgatgc cgccgccttg gatcatgtcg
    31501 cttgtgaaga tggggcgctc atggaagctc tcgaggcaac gttcgtaaag gcttgtgcag
    31561 ccggcttggc agtctggatc cgtgcgggtg tagacgatgt aggggtcgat ggaatcggtg
    31621 gctacataaa ggttgaaggg agcgtaaccc acccattggc catcgatgcg ggcagtcact
    31681 ttcacggtga tcactcggcc tgcggcgttt ttcgtcaggc ggcgccatgc ccgcgatccg
    31741 atggcgatgg agcgcccgtc ggtggcccag acggtgatgc gttcagcgcc acactcgaac
    31801 gtggccgctg cctttttcgt ttcacacgtg tcagcgagca gaaagcgtat cggcgcgatg
    31861 ttgggaggga ttgtcgtttc cgtgtagtct gggaagatgg gcggcatata gcctgccagc
    31921 cgatccgttt gcggtgcatc ctgtcggcaa gccgtcagaa gggcaacgcc gaggatgagg
    31981 tgcagcaggg tggagagtag ggttttcatc acgcaggtta tttcgtagcg atcggcttga
    32041 atgtgtagta aaaccaatag gtgtcgccga aggattcacg cagcgcatcg gcactccgcg
    32101 tggcatcggc ctggcggcgg aaatcggcgt agcgtcgtgt catgtcagct ggcagacggt
    32161 aacgcatgtg cgacgttgtg tcgcccgtga aggtgtagag caacgtggcc tcttgaaacg
    32221 atttcggcag ccggggcaac accatccggc ccgtgcagct gtcggccagt gcgcggaagt
    32281 gcgtgaggtc tttttgcagc aggaggatta cgcctgcata ctcgattgag gcgcgatgcg
    32341 tggggttctt ttcggcgatg cgttggagtg tctggggcag gtcgtctgtt gcatctgtta
    32401 agcagcgacg cttacgcccg agcagcgagt cggcctccac cgctgcgtcg ttatgtaaga
    32461 atcggcgttg gctgtgcgcc caatcgctgt aatagcgtgt ccgctcgagc aggtagatgt
    32521 acttctcggc caaagggtag gcgccgcgga tgaggcttgt ctgcaccaac cgcttgatca
    32581 tgcgtgggct ccggtcgtcc atgcctgcat tcgattctaa tgccatgcgt tgtgccatat
    32641 caacgtaacc catcgagaaa tagaggtcgc tgagcagtgc cgccatctgc ggatcgtgcc
    32701 cgtcccaggc cggcaggatg gcctcgacgc cgctcgggtc gtacgcaaac agccgatcgg
    32761 ccagctcgcc ccgctcagcc agcgcgatgc tcagcatgca ggcatctgcc ggcgtgtgct
    32821 tatacgtatt gtatatatag ccattgatca atgtgtccca acgcccctgc cgcaggtagt
    32881 agtcggcctc tttgctgtag ccggaggtgt cgttgtcggt caaattgccc cgcccgaacc
    32941 atagcacccc accgacgagc gccagttgca gtgtggtgtg aagcaaccat cgccctactt
    33001 gtggcttttc gcatttccac cacccacgca tgaagtagct cacggccagc attagcgccg
    33061 ggcagaccca gacgatgtag agcatcggcc cggcgtgagc ctgcggcgca taatatccgt
    33121 ccggcccaag caggaagcgg tattcgttgg cccacgcgtt gtatatgccc cagacggccg
    33181 ccgcgatgga gaccactaag gggagcagga agccgtaagc gcgcaaaaaa cgtgtagcca
    33241 actcccacgc gaatatgcac atggcaaaga ggtatgctat cgatccgccg agccagaaga
    33301 gcagcgccgt ggccgccgtg gcatacgctc cctgccccca ggcggagggg atcaggaagt
    33361 agaagtacat caggatcagc atcagggcgt aagccaccgt gccggcgtag gagtagttta
    33421 tgtcaaacgt catcatcagt agtacggcta ccggaaacag acccgtcaga aacacgggcg
    33481 cccgcggtgc gatccgccgc atgatggtca ccgacagcat ggccacgccc gtgagcaggg
    33541 cgctcatgag ggccgcgccg cggtggggca ggacgaaaaa ctgcgtcatg tagtcggcta
    33601 ccaattgcgc tgcgccgcct ggccgcgtga agtagggcgc gatgaaggtg ctgtcgttaa
    33661 gaaacagttg ccgctgctcg atgaagaaaa agtagaagcg cccctcgcgc tctaaccacc
    33721 agaacagccc cacgaagacg gccagccaga aaaaaatggc gtggccgaag atggcggcca
    33781 atcgccgaaa cagactgggc ctcttctcgc gaaaaacgga ttcgtatcca cctctttttc
    33841 tcgtgctaat cttctgaaat tctctcatga aacgatcttt tttctgtccc ccctcttgat
    33901 tttcttgggc aaaactatct aaaatgccaa gggatagtct atgtttgcgc ccgtcaacgc
    33961 aagtaaaaga cgcggcagta gctcagttgg tagagcatca gcttcccaag ctgagggtcg
    34021 cgggttcgag ccccgtttgc cgctcgcttt aatgttcaca atgcagtttt ttggtcaaag
    34081 gccccccgag attcgtcggc ggggcttttt ctttttatgc ctcttcggtg gccgctgccc
    34141 ctttgcgctt ccgccgcgcg aacaccacct gccgatagcg cctgattagc ttgttcatga
    34201 actcgatgaa gtggcctgtg ccgctctcct caccgagcaa cacgcgcatc gcgttgacca
    34261 cctccacgag ccatcggtag gccgcgtctg accgccttcg cgctgcgtcc acctctgcct
    34321 ctttgcgcag tcgttggttc tgtgtccgct cgttgatcag gctgtacacc tgctggttgg
    34381 ccgccttgat cgccgtcacg aagcctccca cgccgaggcg cttcacctgc tcagcatacg
    34441 tcgtttcgca ctcctcagcg agcttcatca gcagcgccgt ctccccctcc aactgcaagc
    34501 tgcgccgcac gcggatgtcc ttaatccgct gcgtcagctc cttggccgcc tgcgccttct
    34561 ccggctccgg gctctgctgt agcgccgcgg ccgttctctt caggcccgtc agcagccggt
    34621 cgcgcttggc gtcggccgct cggatgtcgt ccgtcagcag gcttttgttc gagagggtca
    34681 ggttctgctg ctcctcttcg tgggctgcct tgagcgcctc aagcgccttt cgcgccacct
    34741 cgttggccag catgtccgcc tctttctccg ccgcggcgca caccgaacgg ataaactcga
    34801 agtgcgcagc cttggtggct cgcgtcaggt caatattccc aatcttttcc atctctccta
    34861 ttatttatat gtaagaatca cgctgtgcac ccttcgcgga ttcctttttc atgccatttc
    34921 gggcacgatc tctgtctgcg gctctctgcg cggcccttgc agggcgttgt ggaggccttg
    34981 cggacatcta ttttatcctt gaaaagccag ggcaaaggta tattttttta ggtttataca
    35041 catcgggatt ttccgatcgt atattcttgt ttatttctct cgttcgggtt attccgataa
    35101 gttgatctat gatgttttat ctgttcgggt tttcccgaag acttattcta tatattttca
    35161 agtgttcgga ttttcccgat aagttgaaaa cgtacttttt caatgattcg gagttttacg
    35221 aatagtctgt tcaattgatt tctatcaatc ggtatttccc gaataatagg gatataggtt
    35281 ttcagacttt cggaatttcc cggagaattg taaacaatgt atttcatttc ttcgggaagt
    35341 tccgatcatt tgtttctata tgtatcatat aatcggaata ttccgaagac atgtaactca
    35401 tcgtaatagc ttatcggaaa ctcccgaaaa tgtataacat gatgtgaaat ccgttcggga
    35461 agttccgaac ggtataaaac agacgaaaaa tggcttaaat gcaaggcttt tgggttgttc
    35521 gagggcggtt tcacccctga ttggctctta aaaggcttgt cgagggtcgg tttgggtgga
    35581 gaatcgtttg tttctgccct gtcggactgc ggttttatgg cttcgcgagc tggaaatgga
    35641 gaggcgcgcg tgtatttcac ttgagtcctg ctgcattttg tcaggggaaa aatgtttgag
    35701 gcctgtaggg gaggggaatc tttcgcctct acaggtgccc gggcatgtca tttcaaatgg
    35761 tttgcaatcg attgcagtgt ggctataaca acccgagaaa aagcaattgg taagaacaca
    35821 tacttttgcc ctcagttgtt accaaggaca gagaaataac gatatcactc aaaaacgata
    35881 agacaatggc agattttaga atcgaaaaag acacgatggg cgaggtgaaa gtccccgccg
    35941 acaagctctg gggagcgcag acggagcgct cgcgcaacaa tttcaaaatc gggccctcgg
    36001 cctccatgcc ccgagaggtg atctacggtt ttgcttacct caaaaaagct gcggcttacg
    36061 ccaaccacga actgggcgtg ctgccagtgg agaagcgcga cctcatcgcc cgggtgtgcg
    36121 acgagatcct tgagggcaag ctcgacgatc agttcccgct cgtcatctgg cagacaggat
    36181 cgggcacgca gtcgaacatg aacgtcaatg aggtgatcgc taaccgcgcg caccagctgg
    36241 cgggcaagaa gatcggcgag ggcgagaaga cgctcctccc gaacgacgac gtgaacaagt
    36301 cgcaatcctc gaacgacacc ttccccacgg gcatgcacat cgcggcttac aagatggtga
    36361 tggagacgac catccccggt gtggagcggc tgcgcgacgc gctgcggaag aagtcagcgg
    36421 agttcaaaga catcgtcaag atcggtcgta cacacctgat ggacgccacg ccgctgacgc
    36481 tcgggcagga gttttcgggc tatgcctcgc agttagatca cggcctccgc gcgctccgca
    36541 acacgctggc gcacctcggc gaactggccc tcggaggcac agccgtcggc acgggcatca
    36601 acacgccgaa gggttacgac gtggtcgtag cacgctacat cgccgagttc accgggctgc
    36661 ccttcgtgac ggccgagaac aagttcgaag cgctcgccgc gcacgacgcg atggtggagg
    36721 ctcacggcgc actgaagcag ttggccgtgt cgctcaacaa gatcgccaac gacgtccgca
    36781 tgatggcctc tggcccccgc agcggcatcg gcgagatcat catcccggcc aacgaaccgg
    36841 gcagctccat catgccgggc aaggtgaacc cgacgcagtg cgaggccgtc acgatggtgg
    36901 ccgcacaggt gatgggcaac gacgtggccg tctccgtcgg tggcacgcag gggcactacg
    36961 agctgaacgt gttcaagccc gtcatctgcg ccaacttcct gcagtcggcc cgcctcatcg
    37021 gcgacgcctg cgtcagcttc gaggagcact gcgtgagcgg catccgtccg aacgaagcac
    37081 gcatcaagga gttagtcaac aacagcctga tgctcgtcac ggcgctcaac acgaagatcg
    37141 gatactacaa ggcagccgaa atcgccaaca cggcgcaccg caacggcaca acactgcgcg
    37201 aggaagccat ccgtttaggc tacgtcaccc cggagcagtt cgacgcttgg gtgcggccag
    37261 aagatatggt cggcagcctg aaataaaagg ctcgccgcac cgaagagaac tcttgatttg
    37321 tgaggttgaa agccaaacaa tttgagcgtt aatcacaaaa tagttttcat attaaccctc
    37381 cccacgcgtg agcgccggga gggatttttt tgccagatcg agcacacatg tccaatcctt
    37441 atttccgctt caagcaattc accgtccgtc acgaccgttg cgccatgaag gtcggcacag
    37501 acggctgcct gctcggcgcc tggaccgaca cgtccggtgc acgccggatc gctgacgtcg
    37561 gcacaggcag cggcctcatc gcactcatgc ttgctcaacg caacacggat gcccacatcg
    37621 atgccctcga catcgacccg gatgcttgtc tgcaagccac ggagaacgtc gccgcctcgc
    37681 ccttcgccac acgcatccgc atcctccaca ccgacttccg tacatacacc ccatcgttcc
    37741 cctacgacct gatcgtctcc aacccgccct atttcgacga gtcgctgaag tgccccgaag
    37801 ccaaacgtcg cacagcgcgc catacggaca cgctctcgcc cacggagctg ttgcgccaag
    37861 ccaccgcgca cctctccgat gatggacgcc tggcgttgat cctgccctac gcgcagcgcg
    37921 gcgccttgct gcggcaggcc gaagccgagt cgttgcacct cgtccgcgag acgcgcgtca
    37981 tccccgtgga gggcgcacag cccaaacgcc tgctggtaga gctcgctcgc cacgctgccc
    38041 catacacacc gtctacgttg acgctcgaaa cgactgcaca tcaaagaaca gatgccttcc
    38101 aaaggttagt gtgggattat tatttgtaat aatcatcggg aaccgccccg tccgggaggc
    38161 gctacgtatg tgtcggaatc tcagtgttta ccggaggccg ctgccatttt tttctacttt
    38221 tgccgccgat aatttttgta catatagaca agaaaagaac ccccataaac atggacttat
    38281 taagagagaa gttagcgaag tacgacgccc cgcaacgggc aaaggccgct ggcatttatc
    38341 cctacttccg cgagatccaa agcgaccaag acacggaagt cctcatcgat ggaaagaagg
    38401 tgctgatgtt cggctcgaac gcctatttag ggctgactaa ccacccgaag gtgaaagagg
    38461 ccgccatcga agcaatttgc aaatacggca cgggatgcgc cggctcgcgc tttctgaacg
    38521 gtacgctgga tattcatgtg gcacttgaaa aacgcctcgc cgcctttgtc ggaaaagaag
    38581 aggccatctc cttttcgacg ggttttcagg tcaacgaggg cgtcatctcc tgcatcaccg
    38641 ggcgtgagga ctatatcatc tgggacgagc tgaaccacgc ttccatcatc gagggtatcc
    38701 gcctctctta ctcccgcaaa ctgaaataca aacacaacga catggcatcg ctcgagcggc
    38761 agctccagaa atgcgagcca gacaaggtga agctcatcgt catggatggc gtcttcagca
    38821 tggagggcga catcgctaac ctgcccgaga tcgtgcggct ggccaagaag tacaacgcca
    38881 gcgtgatggt ggacgaggcg cacggcatcg gcgtcttggg aaaatgcggg cgcggcacat
    38941 gcgaccattt cggcgtgtcg gacgacgtgg atctgatcat gggcaccttc agcaaatcgt
    39001 tcgcctcgct cggcggattc atcgccgctg atcacgacac gatcaactac ctgcgccacc
    39061 atgcgcgtac gtatatattc agtgccagca tcactccagc ctccgtggct gcggccaatg
    39121 cagcgctcga catcatgctc accgagcccg aacacatgga gcgcctgtgg gaactgaccc
    39181 attacgccct tgacggcttc cgccagatgg gctgcgaaat tggtcataca tccaccccca
    39241 tcatcccgct cttcatccgc gataacgact tgaccttcct catcgtgaag gagctcttcg
    39301 acgctggcgt cttcgtcaac cccgtcgtct cgccggccgt ggcatcgcaa gacacgctaa
    39361 tccgattctc cctcatggct acccacaccc gcgagcagct ggattacgcc ttggaagcaa
    39421 tccggagaat cttcaagcaa cacgcgctta tcccttaatc cacttcgtcc acaacacacc
    39481 ttttctctct cgaacaatga atttcgtgca gaacacggaa agaggctgtc tggaatgcaa
    39541 gggatgcagt gaaaactcag gaaacaaact ctctgtctac gactggctgt gcgacatccc
    39601 tgaggcggaa cgctcgacgg cctacgtgga ggtgcaattc aagaatacac gcaagggata
    39661 ctatctgaac gaagaccgta tcccgctcaa aaaaggcgac atggtggccg tggaggccag
    39721 tccggggcac gacgttggca tggtcacatt gaccggcaag ctcgtcctct tccagatgtg
    39781 gaaaaacaac gtcagacaaa gcacagccga ctcaaaaaaa atctatcgca tcgcccgccc
    39841 ctgcgacctc gagcgcgcac aagaagccaa agcccgggaa cacgagacta tgatccgctc
    39901 ccgacaaatt gccgccgaac tggggttagc catgaagatc ggcgatgtgg aatttcaagg
    39961 cgatggcaac aaggccatct tctattacat cgccgaaggg cgcgtcgatt tccgccaact
    40021 gatccgcgtc ttggctgaca acttccatgt gcgcattgag atgaagcaaa taggcgtcag
    40081 gcaagaagct ggacgcatcg gcggcatcgg cccctgcgga cgcgaactct gctgcgcctc
    40141 gtggatgtcg cacttcacct ccgtctcgac cgaggccgcg cgcctacaag acatctccat
    40201 gaacccgcaa aagctggccg ggcaatgcgg caaactgaaa tgctgcgtca attacgaagt
    40261 cgatctctac gtggaagccc gaaaaggaat gccctcacgt aaaatcacgc tggaaaccaa
    40321 ggagcacgtc tactattatt tcaaaatgga cctcttcaag cacgagatca cctactcgac
    40381 cgacaaaacg gccgccaaag acctcgttac cctcaccgcc cgacaggcct tcgatgtgat
    40441 caacatgaac caaaaaggca tcaagcccga ttcgctgctt cccgattcgc ttgaaaagca
    40501 agccaagaag ccagacacgc acgacatctt ggacgacaac gtgagccgct tcgaccccat
    40561 ccgtaaaagg aagaagaaga aaaaaacaac cgccaacaac gccaacgggc gccccaaaaa
    40621 cgccgcaaac gaagggcagc ccaagcgccc caccccgtcc accagcaata caccgcaggc
    40681 cgccccccca gcatccaagc ccgacgcgaa cgccgcgcct aaggagccaa cagccgataa
    40741 cccacaacca acacccgatg aacaggcgca ataaatggat gcgtggcatc ggccgctgcc
    40801 tgatcgtggt cgccctcgcg ctcctcgccg cctgcaccga cacggccctc tacgaccatt
    40861 accaagccgt agaaaagccg tggagtaaag accaggttta ctacttcacc ttcgacatcg
    40921 ccgacaacac cccgccctac gacctcaccc ttgagatccg cagcaacaac ctctacccct
    40981 accaaaacct ctggctgctc tgcaccgaag agccccccgt cgggcccatg acgcacgaca
    41041 ccatcgaatg catgctggcc aacgactacg gcgagtggcg cggctccggc atctccctct
    41101 accaccttgg catccccctc cgcatccgcc gccactttcc ccacaagggg caatacacca
    41161 tcggcatccg ccaaggtatg cgcgacgagc agctgaacgg tatcgaagct atcggcctgc
    41221 gtatcgaagc ctctcattga atcacatcga tcgttcggag gcctttcgga gtcaacagga
    41281 gtgtccatcg gaaacccgcg aaagtctgat agatgattgt aaggatacgt aggctgtgat
    41341 aacgtgagtt tgatggaaga atagagccgc ttttttcagc agggaggttt gcagggacgc
    41401 tgcaagcgcc acggagatac ggttggcctt tgcagcaccg ttgcaagact aaaaagaata
    41461 tctaactatc acttagtgca caacgagagg cttttacaat tcgggtggat attttctaag
    41521 gcaaaaaaag gccgtagaaa ttattagggg attttcttca cgctacactt cgtgtccgct
    41581 aaaaatcgcc caataagcca gagagggttg ccccctctgg actccccacc tcaaagatta
    41641 tcatgaaaga ataagcccct aagatcatgg gttacgtagt ttttcacatg gagagattgt
    41701 ctcacggtct tttgtatgga gtctattgtt atgtgtccga atgttcttaa ctttatgtag
    41761 ttcaaaccca atagtcaagc aagtatgtct acaaagtcta ccacccccgc ccccagtttc
    41821 ctgcaagtct acacccaagt gcgtcgtaac cgcatgaaac actcattcc
//
LOCUS       SEQF3106|MIQD01000016.140478 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..40478
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             2..490
                     /locus_tag="SEQF3106_00699"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTSPEGWIHFPGGKTPSPEGRIHFPGGKMTSPEGWIHFPGGKTP
                     SPEGRIHFPGGKMTSPEGWIHFPGGKTPSPKGRIHFPGGKTTLPEGRIHFPGGKTPSP
                     EGWIHFPGGKMTSPAPIGVIDSSVGEKDFSPLQSVRGRAAKPLFSNGILLPAHITHNK
                     SL"
     CDS             496..1689
                     /locus_tag="SEQF3106_00700"
                     /EC_number="1.5.1.43"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KRL3"
                     /codon_start=1
                     /transl_table=11
                     /product="Carboxynorspermidine synthase"
                     /translation="MGKILVIGAGGVSTVAVKKMAMNADVFTDIMLASRTKSKCDRIA
                     ADIKNVRVRTAEVDADKEDELVRLFEDFRPELVVNLALPYQDLHIMDACLRYGVSYLD
                     TANYEPIDEAKYEYSWQWAYKDRFREAGLTAILGCGFDPGVTGVFTAYAAKHHFDELR
                     TLDIVDCNAGDHHKAFATNFNPEINIREITQKGRYYEDGQWHETEPLAVHRALNYPNV
                     GPRESYLMFHEELESLVKHYPTLRRARFWMTFGQEYLTHLRVMQNIGMTSIKPILYKG
                     VEIVPIQFLKAVLPDPGELGENYTGETSIGCRIRGLKDGREQTYYVYNNCSHRAAYEE
                     TGAQGVSYTTGVPAMIGAKMFLKGQWRRPGVWNVEEFDPDPFMQELNVQGLPWHEIFG
                     GDLEL"
     CDS             1709..2167
                     /gene="bcp"
                     /locus_tag="SEQF3106_00701"
                     /EC_number="1.11.1.15"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q83CY8"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative peroxiredoxin bcp"
                     /translation="MAIQVGDRVPDLLGTDQDDKEVRMSDYRGRRVALYFYPKDNTSG
                     CTAEACSLRDGYADLQAAGYEVIGVSRDSARSHRGFIEKQSLPFRLIADTDTTLQQQF
                     GVWAEKKLYGRTYMGTLRQTFLIDGEGVVERVIERVNTKDHARQILSSDK"
     CDS             2199..3227
                     /gene="recA"
                     /locus_tag="SEQF3106_00702"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00268"
                     /codon_start=1
                     /transl_table=11
                     /product="Protein RecA"
                     /translation="MAKEKKEVGIASGSDKLSALKAAMDKIEKNFGKGSIMALGDRQV
                     EENIEVIPTGSVGLNAALGVGGIPRGRVVEIYGPESSGKTTIALHMIAEAQKGGGIAA
                     FIDAEHAFDSTYAKKLGVDTDHLLISQPDNGEQALEIAEQLIRSAAVDIIVIDSVAAL
                     TPKAELEGNMGESQMGLQARLMSQALRKMTGAISKTRSVCVFINQLREKIGSPSYGSG
                     PPETTTGGNALKFYASVRLDIRRSTAIKDGDVIIGNLTRVKVVKNKVAPPFRKAEFDM
                     IYGEGISHTGEIVDLGIDQGLISKNGSWFSYGETRLGQGREAAKQYFKENPEAAAELE
                     AKILEKMK"
     CDS             3308..4210
                     /locus_tag="SEQF3106_00703"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGIPLFSRDWWLDATCGSDRWDALIIEDRGRTLAAMPLYTPLAG
                     IVTMPSYTQTMGPWFAPSADDTKYASALAHRQELAAHLVERLAGRRFFLQNFHHAITD
                     WLPFYWAGYTQTTRYTYLLHAIRDTAALLERMSPNIRRNLTKARDRHGITVRTGVSTD
                     AFLAVQQQTFDRQGITNKQDSRALRRLIEASRSRGQGEIFGGYDAEGRLHAAVFVVWQ
                     SSGASYIAGGSDPALRRSGAHALTLWEAVRHTAQFTDTFDLEGSMLRGVERFFREFGG
                     VQTPYFCVRRGQMSLWDRARMKFI"
     CDS             4297..5589
                     /locus_tag="SEQF3106_00704"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPYLLRFLLGEGVPEATCRQVGYTADERTFSTYRLVILPSGFF
                     EADVYGTPRSLPSLPLPMLEGSLPILFGQPEITRRGHTLILHADLIASAYFLLSRYEE
                     WMRRDVRDAHGRFPGRESLAHRAGFLLRPIVDEYGRLLRRLLRESGCRAPEPPEQFAE
                     INLTHDVDEPFFCRSLRSIARETLRGNFVGAWRGRFGRLEDDPYYTFLWMLQQDDRMR
                     TIFGADRCRPILFFRAGGHDPEDRPHYDLHSRDLRQLLDLCYAHQAEIGLHVSHEAGR
                     KPERVPAEKAALEAVLGQPVTRSRHHFLALREPEHMLALEAAGITDDYTMGYADQAGF
                     RLGTARPVRCIHPATRSLSPTLTLHPLTLMECTLSAARYMHLDEPAALRLALALADEV
                     RRAAGSLTLLWHNTSATPRSGYLKTLYSRLLLLLAQGA"
     CDS             complement(6608..7225)
                     /locus_tag="SEQF3106_00705"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQEKSPIKKNILQYIEYKGISKYKFYQETGITRGVLDQNNGMSE
                     ENTARFIAQYPEVSTDWLLTGKGAMLRGQSAPEVASPPSEPAFPGLIEEIKSLSVKVG
                     RLEAENEHLRAAIEAKQKEIEEGTREIDNKEREIEAQQKEIEAKQREIERLQIENRLA
                     HSDTTKKRAHEMANPAHESAVPPHSIPPTSPGLLNSQSQNTPSHL"
     CDS             7324..7512
                     /locus_tag="SEQF3106_00706"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKILRDSASVRALAEAFGVTTRMVNKALNGETRSDLTRRIRKR
                     ALDMGLKEKGKERVTVLN"
     CDS             7526..8128
                     /locus_tag="SEQF3106_00707"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METSILQWKDGASVRMQMVDGEPWFIAKDVCEVLGLIKYRDALS
                     RVEDEDKGVSITVDTLGGPQAMTAVNESGFYCLAFQSRKPQARAFRKWVTGEVLPSLR
                     KYGYYVAPGAQLTDEQREELERVMMGRMLRYLSRRDYIQVARRTGYPVWYVQRVVAGQ
                     AGGHAGSVMLALQERALKNRREYVDPTSEARMTSVIEQLS"
     CDS             8164..8364
                     /locus_tag="SEQF3106_00708"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METKYESVIGELGQQLELARADAERLEEELMDEAIVRAAHPLYV
                     ELLRAEARIDALSEVIEWIINS"
     CDS             8387..8713
                     /locus_tag="SEQF3106_00709"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTDKDMRPAEVSEVNSALILRADEMGNELQQLVAEKDEDRAAV
                     LITMDLLGGEEEAEATVMVRGRGYMLVELCRLMWNDPRIGVALRVIVMSEIERLRLSD
                     NGDESE"
     CDS             8700..8885
                     /locus_tag="SEQF3106_00710"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVSDLIIGARYIYRRLDGKEVEVTHTGNLGDERYVFHTRRRMY
                     RFVFGPDTVEDRVREYK"
     CDS             8939..9115
                     /locus_tag="SEQF3106_00711"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKARELRPGRCYWYTGRGRREMVRYRYRELDAYLFDSDEGQSVS
                     LTADRVERYIQGRA"
     CDS             9142..9429
                     /locus_tag="SEQF3106_00712"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENGRCRSGHSSLTGCPEGVCDTPLRMFLGALRMTSVGMWLRFG
                     CLGVLLSCSPAEGAEGVTDIALYLALAATVGWIWWRDRERMKRIADHFGED"
     CDS             9589..11601
                     /locus_tag="SEQF3106_00713"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLAYAYIDGVPALTVNDWCEAGLTLDMFKNDSKRGYLTILRRGV
                     RGETVIDARSIRRADRLRVIERVMGQVPREEHRALYTVDVDQEAEAFFAAYEKADGGR
                     LSEETVRQLTAKASIFNALGDGLRRQTERRAASGSKLKKGAYWQTMLRWHTEECRRSA
                     ERYGVAVAEYTNARSLERAFRAYMAEGYASLLPRNMGNDAARKVSRRAENLIVALWRT
                     NDKPFAARVHELYMEFAAGDTELFDRTTGEVFRPEDYRYRGRPQEVSCSTIRRYLKNV
                     VNETAVYADRNGQFDYANSQRPKHVRHNGRFALSKISMDDAMLSRKSTRGWVAKYLCV
                     DVVSGYWFRPAYTVGTPTLDTVMESFRNVFCELVELGLPMPAELEVEHHLMQNIDWLP
                     EAFQFVRFCSSPTEKRAEHNIRSLKWGTSKKQGHMRGRWYGKAEAFKSVRNKVHGDFI
                     DPTLQPQTIIADDLADIELHNNELHPRQKEFPGLTRREVLLKHANPTLRPIAPERLYK
                     HIGNVTETTIRNNDYVRVAGAEFALANFDMLSRLQPNDRRVTAYWLPREDGSVPCVYL
                     YQGDAYIGQATPRAEMAYNECAAERTEADEARMLVQHKRAARFDRMIRERRREIPQVG
                     RISKETAEAVAAAPVKIVETRQPIGYEEDELTASMEDWAARAIDQL"
     CDS             complement(11618..11893)
                     /locus_tag="SEQF3106_00714"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEYYLLECMIPDELPDKQFVESTKALLSFSRLMKCPCRQVQGE
                     NYWLVELPADQYAFCEAINAFEAFCPLYQIAHSLQYYPVETCPIRVK"
     CDS             11930..12817
                     /locus_tag="SEQF3106_00715"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLTNEYKEKILAELAARRANFDGSDARFAATLGIGSAQYSRIK
                     RGDTAGVLADEKWISIARRLGIGLTDAPAWQTAETPVFKYITAQLEMCQQNGLSAMLC
                     DLTDIGKTYTARQYVKGHRNAVYVDCSQVKSRQKLLRGIAREFGVGCTGRLADVYNDL
                     VFYLKTLTRPLVILDEAGDLSYEAFLEIKALWNATEHCCGYYMMGADGLREKIRRAID
                     NKKVGYAEIFGRFGKRYGRVVPDGREEAERFLQLTAAMIIKANAVAGTDVNRLLRRLM
                     GEDNTPSLRRINIELSKTA"
     CDS             12823..13515
                     /locus_tag="SEQF3106_00716"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKGLTARNVLATKFNTLGFDGVWRDAVGEPQLTGSWIIYGDTK
                     NGKTTFAMMLSKYLSKFGRVAYDSVEEGNSRTIQMAVDRAGLLDAGARWMLLDRESKD
                     ELCERLRRQRSADIVFIDSVQFMDLKFSEYKDLKRRFPTKLFVYISHVDGRRPSTPTA
                     LRILRDANVAFRIEGFKAFPTSRYGGGRPVVIWDKGADEYWGEEKEVGAAKAVRVVGA
                     SLVGAQVVGAPR"
     CDS             13585..14085
                     /locus_tag="SEQF3106_00717"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTIDNDHRKRQLLKRFHMLLNRARIDEDGKREILASYGVEHSS
                     EMDCAGLADVCSKLAVAMSPRGSEADRWRKRVMAAVFAYCQAMDYKADIDKVKAIAAR
                     AAGATSFNRIPLDRLRSLYNAFNRRIKDIETVGRMAEAPDLPTEQPGGFLYVAFPDGR
                     KEIPKA"
     CDS             14109..14756
                     /locus_tag="SEQF3106_00718"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METVEMTAEERQEYEAFKETKARKEAEAKRKADREAYTALVDET
                     IAAVMPELSSISEAIAQQKTAAAEAFRGALEMKAELFGVKDDQQSHTFTNSESTMRIT
                     IGHYMLDNYRDTVNEGIAMVKGYIESLARDDTSRSLVKAVLRLLSRDEMGNLKASRVL
                     QLRRMAEETKDEGFIEGVRIIEESYQPTRSKEYIRAAVRSESGTWMPVPLSMTDV"
     CDS             14753..15241
                     /locus_tag="SEQF3106_00719"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIAVDFDGTIHDGQWPGIGEVMPGAREEINALRAEGHYIIIWT
                     CREGRRQTEMVNWLLEKGIGFDRINDHRPDEVAAYGSDARKVYAHCYVDDKNVGGMLP
                     WKDITAWIRCREAAYRAAASTEAGKFGGLRAPAKFGREHACEVCRAHAAENNTSETVS
                     EE"
     CDS             15260..16090
                     /gene="banIM"
                     /locus_tag="SEQF3106_00720"
                     /EC_number="2.1.1.37"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P19888"
                     /codon_start=1
                     /transl_table=11
                     /product="Modification methylase BanI"
                     /translation="MIHIGAAAAACEVWPGTRGGDFETVVSCEIGAFGSDVLASLFPA
                     AYHHKDIRTLTKTIIDERLIPRFGANYGRRTILTGGFPCQPFSMAGKRRGAADDRYLW
                     PEMLRIIRDVRPRWVIGENVAGILSMVQPAHIATLESEPDLFGAGNELQTKCGQYTVH
                     RICKDFEAIGYTIRPVVIPACSIGAPHRRDRVWFVASDAAADGEHWGADCIPSSATAS
                     NATSEPRGRGAECEQQGVCGRRRSLAGYMNSAGVFCLKGRDTGTRQTSPAPAGAPPRR
                     "
     CDS             complement(16804..18417)
                     /locus_tag="SEQF3106_00721"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLTDKQALQEWEQYLQSIREETAIDRAMPVAEREKRRQWLEAH
                     PLEWIKELFPRFAKYDFAGFQRKAITRIIRQATEGNWYEVLSWARELSKSTTVMFVVM
                     FLALTGRKRNILLTSNSSDNAERLLRVYRAQLEANKRIAFYYGNQRGTKWTEEHFITA
                     RGVSFFAVGARQSPRGFKLDEVRPDVILPDDFDTDEECRNPEIIADKWNWFEQALYFT
                     RSFSEPLLVIWCGNIIARDCCIARAGARARELAGREKPLGNWDIINIRMVDIRRPDPK
                     RDFAEGVSVWPEKNTEAMIDEVLAQVSAASAQKECFNNPVVEGTYFKEITWGAVPPLN
                     KFPFLISYGDPAPSNRTTHRKGVKALGSFKSNVLLGILDGRLYVITAFLDHVTNDEFV
                     NWYYYQKDYVRDRTTICNYIENNKLQDPFYEQVFKPLFLQKAVERKFIISIAPDERAK
                     PDKFARIEGNLEPLNRAGNMIFNIAEKENPHMQRLEEQFKLFDDGLPAPADGPDAVEG
                     GYFVAQRKVAAITSTAWSIGTRPVNKKRY"
     CDS             complement(18414..18884)
                     /locus_tag="SEQF3106_00722"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKQTPKGGTKAARRQQRELARLKFFYQHWTFKEISGWLGVSEN
                     TIGKWAKDDGWKDEKRSLTQSREQALLAAYKQLGEIDSNIAGRPEGERFATKDERLAR
                     RDLRRDIMEMEAGSGVRDVINVSQALLNWLRAFDPTKAIEVSALFDQYIKEMLR"
     CDS             19075..20073
                     /locus_tag="SEQF3106_00723"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVKTFILHDETVNTYGIRMLTAGANLDEFRRNPVMLLNHNDWE
                     LPIGRWENIRIEGTQILADAVFDETDARAKEVAGKVERDFLRMASISAWVDEASDDPV
                     YRLPGQTGPTVVRWTAREASICPIGANHNALALYDRATGTRVDLNNRAQVISLFAGNR
                     NTVTPNDTYMTLKELLKLNDAANEAAVMDAVKGIIRNRDELQTEVVRLQDDNKQLTER
                     LEAIDKAKKEAEQAEAVRLVDGAIREARINADGREAWLKDFEMDFAQASVRLASIPKR
                     PSIAEQVTPAGTAGGMVQLADMSFADILKADRLKELKKDRALYVQKFREAYGHDPS"
     CDS             20108..20968
                     /locus_tag="SEQF3106_00724"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLNKEIWIPEIIEKFYPSNALLSYCKNLDAWVDNNALNLQEAG
                     VDPKVYMDNTVWPIPVVTRTDVPHQLPLHRFDTENTVYRNAIEVEESSEKRQSVIEGH
                     KKALLKQFTTLAAFNWAPQKDTPTTPVTIASGTAANKRGYKMLTFEDILEMELRFNEL
                     EVPEDERILVLNHVHASDLMLQDLKMYKAIWNENRLFSFRVVRCSLTPGYLNTTHEKK
                     AWGAAATTDDVPASLAYHEDSVGRCQGDFDMYSALKDPQHRGDIIGFNMRGMALPITG
                     KYIGALLSSK"
     CDS             20980..21483
                     /locus_tag="SEQF3106_00725"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYRNESTGRRYTFVAPESLEGPDVVMVPFPAAALRRPTADGIIG
                     HDCNPCIVPVTANDPKAELRAIPQGIQPASVLIVENETDRPVNVSGIPCYPGDTVLMY
                     TGGADRYLRLAGATPWGNPSAEPPVEAKAKAELPVEAKPSEAAKATAEPPVEAKTKKT
                     APPKADK"
     CDS             21644..22078
                     /locus_tag="SEQF3106_00726"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPYTEREMTQKEVVETVRDTLVIVEPDSALIRAYLECQSGRVAL
                     SRLISVPGARIVPHVTLTDVLTDTGYRGALLDVHCHEDSLRRVIALRDRTIRELTDRV
                     RTEYVRLERPFHWYHRALMAGGWAFLALILGGAAWIVIRFIR"
     CDS             22238..22792
                     /locus_tag="SEQF3106_00727"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALGKKTRSVGLSAILFGDVTDGGAKMPDEMKQLARTLKGTATF
                     TTEQDQTQEFFCEEEPDAPVESVISEKGLKNLTFNILEWDNAVLQTLFGGKEVDGKIK
                     DLSGTEHNVKKFIPPKDYVEVEKALRVLTPYKVGFDIPRAKILARFQWNLTRTEIAQI
                     EVTARCMAPDGDDSGTYEAFSWTA"
     CDS             22792..23289
                     /locus_tag="SEQF3106_00728"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METAENPAGGLEIDVADALLDTGLLVKVPAPRLLRLFGVKTFPI
                     RFRRPVYAQLLRISRMYVRMHVDLETLETGEAAAVLASAATNGVRASRLIALGLIRSG
                     LMSALFHRAVAAYLRRRMDAQTMAELAKVVVLLSGANHFTTIIRSIAHLRVTTPNLSQ
                     EAMGS"
     CDS             23367..23498
                     /locus_tag="SEQF3106_00729"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYKVPWCVVLAAINDQPKYGKKKTADEGEITSEAEAKKFFNLA"
     CDS             23682..26918
                     /locus_tag="SEQF3106_00730"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADEKTIYVTFEFQGNLGNDVDMVTEKIRQMDTTASKALQEMAK
                     GSSLSARGILSQADAVGMLPAPLKAANSGFGKLIQAARAFIATPVGIVLTAIVAALQA
                     LFSWFNSSAEGQMEFARVSGYVSGVLGQLKEVVLKVGEAIYKAFNDPKAAVKALWEEI
                     KKNIVNRIQGVGDMFKALGKIISSGFTEGFDELTEASLKVATGVDHARERMKAYAATV
                     HDAAKKTAELSVAGEKLARDRSNWQKREAELDVKAEELRSRMYTAGDKERLQLAKEYK
                     AVVKEQYDQRRKFLTEELRIKKETDALTTNSQADYDKENELEARLIRLNAEEQQALRF
                     VNRQEGSILRKGGGGGNDAAKALEEQLKRQKAYQRDWEKNQLDFAQKQIDLLNDSYYK
                     QRQQAELNKKKELAAIKQQEEDMLKAKREAYGKNATLSEEETTYFKNLVDLAEKSYKK
                     SAAEIDEAVNGAFKEGRLRFADELAVQLADIESYYKERLRMAENNEKLIAELTAAKEK
                     ELTLAKNNYTAEMLDYDIEITRKQMANAESFYRWEADRRKKQLEEERRVQKERLRLME
                     ERYKLAPTDKLAKEIALAREELEGLNKELSRIPTQKLTEVLGAFQQIASSLGGLSGSV
                     GEAFSSIASSLSAASEMLSKDMSTTQGKVGAISTAISGTVAMINMVTAAAEKRRTVER
                     AFYKNAIAFAHEYALSLNEQLRLQSKSGAFVRNYAGEIKDSFRALNNAMDGYSKAIGK
                     LHEGKANIKLRNAIDGNNVAKGAATGALTGAAIGSIIPGIGTAIGAVVGTVGGLIAGI
                     FSKKKKKVTDDLMKVFPDLVDEAGNLNKELAQTLINTDQVDDKTKQLLQNALDWQDAV
                     KKAEESLGEIATSLAGDIGNNLRNAIVGAWKAGEDASKAMFATASDSLEGFITQLLYS
                     AIFSDVFEDFKKNLVESLKLGGDQDVLDDFDKLMNEMTKRDDQYVELLNKVKKRAKER
                     GYTKFGEKDDKAKDGRTGTTKGIQSITQETATAIEGRLTALLIYQDAIKLTAGGINQT
                     LVAGVAILTEIRDNTSHCRRLEQIESGIGNMKRELETINSRGVIMRTA"
     CDS             26932..27765
                     /locus_tag="SEQF3106_00731"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKANIYIDGVDARAAFGVWVVRGGYGDLLAYPAMKEPAANDWPE
                     HDGLEVDLKAPKLQPLTVGIDCVASGPKADVRGFVAALAQPGYRSILFPSLGRTFRLR
                     LSDCDELRDYGPLQSFRLLFELDEPKHTDAAVWQSPGTHVIRSAYTLDGVNLADYGVF
                     VQKGRDSLLRPAEVKRNLTREITTRDGRIYDTGLVRFNAKEIALKCCLKAASTAAMWS
                     CRDALFGRLTAPGEHTLNYRGKDYPVFYRECTGTRLIALRPGFILYEFELNLTVIRGN
                     D"
     CDS             27858..28310
                     /locus_tag="SEQF3106_00732"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIYDKNNALIIDVEPDDGSYLEDRIHQTKLLTLYYSLPEYVEI
                     PEGAYTDFRGTRYRLESAQKFVCHGDRNFEYTVTMEGPEAALRKYKVRDTTIQNLLKF
                     AYTAKPRAHLELIVKALNRRDSGWTVGGCIEATEKTVSYNHTSCADAL"
     CDS             28374..31079
                     /locus_tag="SEQF3106_00733"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYNKANPLRLRYGRDCGLKPGVSRDNFGAKKPCEILLVQGGRK
                     NIDASTYGSVELLLPKSQTIAFDGAKFADEAGFNAAAARSYKTDATGTEITRADRPLL
                     TFVEDSIDLSQIYPKRVGTVSAVETVAGKDGAVNYDIIDSSIPEALDYNKVLIAGQTM
                     KVIFQSGNLTGREFDLKYKHDGRRFELVQTTYDGIAMPGGTVYVPKVGDTYAVFGCSL
                     PEAYVCDNATRTGASWEMFREAVRVKYENEVERYTFSAELDELYADRHWIEIGSRIVK
                     GGFVLLESDKYAPADGLLIRITGVRTPVNTPRRPQFELSNVASPGSVSGQLGKIDRNE
                     VTTEEGFRQLRHETARTYEHAKEAQDMLEKALDNFSPGIDPIWVRTMSVLVGNEYQQF
                     MFVDNRTETQREVIPLFEMNNETKVFTAPAAILKHMTMGINKTSSAHKAADYKYWDVA
                     GYTSPFLGGEKSAYYLVAKCAKGGTSGEFLLQEAYKYDPGDGFYYFLVGLLSSESGGE
                     RSFATAYGYTEILPGQMRIRNIISPDGRTYFNVAEGVIGGNIRIESGSVGYSNLTDKP
                     DLSIYETRSEFKVFADQIRGEVGRINVTAGGTKEQLDAFQKQVQQNVNTLINRANAAD
                     GNIYKLQTAGFMTKDGVNAWWSAGLTEKGEQVASYISQSPTAIKMISEHLDINAIATF
                     RSYKSAIGNIVSSNRAGVEQNRTTAQNAQTAAQNALTAAQKTAAAVQSLPSWVNKRTI
                     KAALEGETIISGGFINTSLIDTKNLVVKQAAQIGDFIVRGGSLTVEHYGDWEKAKGIK
                     ISPNGGVDIRDGNYGHVRIRGSEIFMERTNANSSISISPDGGITYTKSGVTSSLGIGR
                     IDADWHSYAKLSLDLPHKNHIAAMPGSHNFKNVVIDTVTGLLGYE"
     CDS             31072..31470
                     /locus_tag="SEQF3106_00734"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNPQPINHSTIQPACKRPNHSGMKIIYNRLLPFRGFTAINLMG
                     IVFARAEYRPLSAAVLRHEAIHTAQMRETGYVGFYLIYIAEWLWGLLRRRDSLVAYRA
                     IRFEREAYRHMADPAYLARRRPYAWTRPEV"
     CDS             31500..31844
                     /locus_tag="SEQF3106_00735"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRQYLQKQSDAKFRIDITDRMGHPVDPTKCDLQFEFYTSRSRR
                     IVVGRKLGEAFPPGLKVEGGQVVVGLDNPRFTEGPLFARFRTRIYDAAFPDGFYDIAS
                     GEVNTGIEVVDN"
     CDS             31857..32999
                     /locus_tag="SEQF3106_00736"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEGKEFNVTVALDQRLGQDGKSAYELWKEQGGEGSVADFLAKLK
                     GEQGDAGKSTYDLWKEAGNEGSVADFLAQQKGEQGDAGKSTYDLWKEAGNEGSMSDFL
                     AKQKGEQGDAGKSTYDLWLEQGNTGSVADFLASLKGEQGDAGKSTYDLWKEAGNEGSV
                     ADFLAQQKGEQGDAGKSTYDLWKEAGNEGSMSDFLAKQKGEQGDAGKSTYDLWLEQGN
                     TGSVADFLASLKGEQGDAGKSTYDLWKEAGNEGSVADFLAKQKGEPGDAGKSTYDLWL
                     EQGNTGSMSDFLAQQKGEKGDAAKVATQTVTLEAAGWDPTGSGRISVAVEGVTAENTL
                     IVSPAPASIVAYGKCGVYAAVQEEGRLTFACAKQPQESLTVNIVIL"
     CDS             32996..33346
                     /locus_tag="SEQF3106_00737"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILNTSITGGPAFTGIVHKYKVKNKSMAGPAEVAAGMLGRDIAP
                     TVNGVSMPLSATIPPGGEGVICSPVQKFELDTPIGGGELKAPDNRIYLGEAVTLSRTT
                     EGYLLIEREVVAEM"
     CDS             33584..34042
                     /locus_tag="SEQF3106_00738"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEILLEGTRPMLAIACVCALFVLLAMMIDLASGVHKAKQAGRLC
                     TSYGLSRTVGKFMVYEGGVIIAAMIDLMIHYSHLLVLMRLHPIVGFPVVTCLMSIFLC
                     VIEFMSIRERAEDKERKNMNRAIHTLVEAIGKDNLRAILRDKVDSTVNDG"
     CDS             34205..35188
                     /locus_tag="SEQF3106_00739"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDIKTTIPPPFTPSYVPYMYKGENVKGAFGAGTRPDFIRASDRA
                     YFDAGITRDDLRQLFIAMDLFDTGAGMKLVGDFNYGNIKARPGQSSRAAFDKVEKSND
                     GYANYASHADFARAKLRLIQKPLWRVNLEADSPSDIIDKIVGNPANAWGTLLSDAARR
                     ALETGKGIEQLSPTIGRYEGERDRVMRYRAQGIFDISRARQKMYAEKLTPIARQVGQY
                     MAGGDPNVVYTPAFERTATPVEPPVVPPIRPMDPSAPTVPEQPTLAQGPTPISAEAFD
                     KTAFTRKSRARLVDGRTVYVAAVDFERRQVKYYNGKDVPYWIDRDKVAAIV"
     CDS             35237..36034
                     /locus_tag="SEQF3106_00740"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKPQEDYEAFVAKFERKRTSDDCYTPPEVYDIVLGWLSEQVDL
                     AGAQIIRPFWPDTDYKQVEYPDGCVVVDNPPFSIFAEIVRWYLAHGVRFFLFAHHKTI
                     FNLDAPYTRLVCGADVTFENGAAVRTSFASNLFGDMLAMSVPDLYERLTAAARSKNPL
                     PRYSYPAHVLTFSSLSRCAVHGVAISIPRSEAAFVRRLDSQQASKKAIYGSGFLLSDR
                     QAARMEAALLEADRHKAEKAAQEIEAHVWAISDREREIIAQLSAGQA"
     CDS             36067..36486
                     /locus_tag="SEQF3106_00741"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLTVDELYTHLHDETVAVISRDTEAIPVAAIDAAVAEAKSYLH
                     DFDTAAIFSAEGEARNALLLLFVKDIAVWHFVNLGNACIDMELREKRYDSAIAWLRLV
                     QKGDLSPDLPPRTTEPGNESPIGKIHFGSNPKRGQHF"
     CDS             36600..39218
                     /locus_tag="SEQF3106_00742"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSNKMKHKQAAAGPISTQIIVQPVVRTVHDVASWRSALRMADNG
                     NRTKLYDLYSDILLDGVLADAIDKRIDAVKDADLSFTIENKDVDVMYDLMDTVEFEEL
                     IGEIMMAKFWGISVDEFDFDEEHTFRFTSINRKHIRPKLKEIVRQQTDDRGISYAGDD
                     RVIQWGKDDDLGLLLKVSPLVIYKRGGFGDWAQFVELFGMPLRIGKYSAMDEASRREL
                     IRAFETAGSAPYLVIPKETEATQEANASSGNGLLYKEFRQACTEEILITILGQTMTTV
                     DGSSLAQGQVHMAVQEKKHRADRRFVERMLNRYFVPMLIRRGYPITGGKFRYMDAKRE
                     LEVPEIVQLSDILPIPQSYLHEKYNIPLPEPGEPIARRQAQPLFDVPEGDSEGDETDE
                     ETAPDKGKADAPKPDKKASEGDAPTSGKVKHADRGNLFSRVLDFFVPARSSGRATSNI
                     LTLSEVTLADALIRQAIETKGRAYFSAELFAYTHTELIRGLRKGYRRADVRLADGGFV
                     YNANDDAYLVALEQNLFHFSAAKTLAEVNELNRLFRESKGFNDFRKKAKGVTKVFNEQ
                     WLRTEYGTAVSVAESASTYRRLMAQTNVFPFWEYRTVGDNRVRQEHRDLEGLILPVND
                     PRWQKIMPPNGWNCRCYIVPKMAHEAADLDMEEMRAQCDGYLDSNEWKRCEAQGFGIN
                     RADVAEVFTADQMYIRKFPDMSSKTLEQITPREWGVGESLDTLKREAESEVPKYEGSA
                     EAWFEANKVVEAGTELLKVKDYAGRVWQMTKKAFAAHTTDMVKKRAFRTEFLDAIREV
                     AAAPDEVWLARERKDRINKVKAIDNYVMIKYYKDEAIAVAGKVDKSKLTLKSWYVLKD
                     KNARRGLLIRKRPKTK"
     CDS             39380..39883
                     /locus_tag="SEQF3106_00743"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELEEFGAYLKALPAKIESAAPAVVAETAVEYYKERFKEKAFDG
                     APWVPGRPKKSGSLLVQSGNLMNSIRPDYVGPDKVIISAGNAQVPYAKVHNEGFEGDV
                     AVKSYVRSTKKGQASKKEKDAGDALGTVKAHTRHMKIPQRQFMGDARELSDRIKDRLN
                     AAISSIL"
     CDS             39900..40346
                     /locus_tag="SEQF3106_00744"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKELFVALCDHIGRSVPEIRFIDFDRGQLSASGERPPVDWPCC
                     LLSIDYTNCRDLAVEENTQLVMTDITLRVAFPPAGETHNHAPIGVRNTALQMLDTVEK
                     LHDALQGETLGDTVSALSRSRATMQTRSNRIVVFNLTYSTTFQEVK"
ORIGIN      
        1 aatgacctct cccgagggtt ggatccattt tcccggtggg aaaacgccct ctcccgaggg
       61 tcggatccat tttcccggtg ggaaaatgac ctctcccgag ggttggatcc attttcccgg
      121 tgggaaaacg ccctctcccg agggtcggat ccattttccc ggtgggaaaa tgacctctcc
      181 cgagggttgg atccattttc ccggtgggaa aacgccctct cccaagggtc ggatccattt
      241 tcccggtggg aaaacgacct tgcccgaggg tcggatccat tttcccggtg ggaaaacgcc
      301 ctctcccgag ggttggatcc attttcccgg tgggaaaatg acctctcccg ccccgatagg
      361 tgtcatcgat agctctgtag gggagaaaga tttttcgccc ctacaatccg tgagggggcg
      421 tgccgccaaa ccccttttct caaatggcat acttttgccc gcacacataa cacacaataa
      481 atcactatag attttatggg taagatatta gtcatcggcg ccggtggcgt gagcaccgtg
      541 gccgtgaaga aaatggcgat gaacgccgat gtgtttacgg acatcatgct ggccagccgc
      601 acgaagagta aatgcgatcg catagcggca gacattaaga acgtacgcgt gcgcacggcc
      661 gaggtggatg cggacaagga ggacgagttg gtgcgcctct ttgaggactt ccggcccgag
      721 ttggtcgtca acctcgccct gccttatcag gacctccaca tcatggacgc ctgcctccgg
      781 tacggcgtga gctacttaga cacggccaac tatgagccga tagacgaagc caaatacgaa
      841 tacagctggc agtgggccta caaggatcgc ttccgcgagg ccggcctgac cgccatcctc
      901 ggctgtggct tcgaccccgg cgtgacgggc gtcttcaccg cctacgccgc caagcatcac
      961 ttcgacgagc tccgcacgct cgacatcgta gactgcaacg ccggcgatca ccacaaggcc
     1021 ttcgccacca acttcaaccc cgagatcaac atccgagaga tcacccagaa gggtcgctac
     1081 tacgaggacg gacagtggca cgagacggag ccgctcgccg tgcatcgcgc gctgaactac
     1141 ccgaacgtcg ggccgcgcga gtcgtacctc atgtttcacg aagagctcga gagcctcgtc
     1201 aagcattacc ccacgctgcg ccgcgcgcgc ttctggatga ccttcgggca ggagtacttg
     1261 acgcacctcc gcgtgatgca aaacatcggc atgacgagca tcaagcccat cctctacaag
     1321 ggcgtcgaga tcgtgcctat ccagttcctc aaggccgtcc tgcccgaccc tggcgagctg
     1381 ggcgagaact acacaggcga gacgtcgatc ggctgccgca tccgcgggct gaaggatggc
     1441 cgcgagcaga cgtattacgt atataataac tgtagccacc gcgcggcgta cgaggagacc
     1501 ggcgcgcagg gcgtgagcta caccacgggc gtgcccgcca tgatcggcgc caagatgttc
     1561 ctcaaggggc agtggcgtcg gccgggcgtg tggaatgtgg aggagttcga ccccgacccc
     1621 ttcatgcagg aactcaacgt gcaaggcctg ccgtggcacg agatcttcgg tggcgatctg
     1681 gaactgtaac ccccccgctg ctacgcatat ggctatacaa gtaggcgatc gtgtgcccga
     1741 cctgctcggg acggatcaag acgacaagga agtacgcatg agcgactatc gcggtcggcg
     1801 cgtcgcactt tacttctacc ccaaggacaa caccagcgga tgcaccgccg aggcttgcag
     1861 cttgcgcgat ggctacgctg acctgcaagc ggccggctac gaggtgatcg gcgtcagccg
     1921 tgacagcgcc cgctcacacc gcggattcat cgaaaagcaa agcctgccct tccggctcat
     1981 cgccgatacg gacaccacgc tgcaacagca gttcggcgtc tgggcagaaa agaaactcta
     2041 cggacgaacc tacatgggca ccctccgcca aaccttcctc atcgacggtg aaggcgtggt
     2101 ggagcgcgtc atcgagcgcg tgaatacgaa agaccacgcc cgccagatcc tctcgtccga
     2161 caagtaatac cccttcatta tatataacga gcacacaaat ggcaaaagag aaaaaagaag
     2221 taggcatcgc ctccggatcg gacaagctgt cggcgctgaa ggccgcaatg gataagatcg
     2281 aaaagaactt cggcaaaggc tccatcatgg cactgggcga ccggcaggtg gaggagaaca
     2341 tcgaggtgat ccccaccggc tccgtagggc tgaacgccgc gctcggtgtc gggggcatac
     2401 cccgtgggcg cgtggtggag atctatggcc ccgaatcgtc aggcaaaacc accatcgccc
     2461 tccacatgat cgccgaagca caaaagggcg gaggcatcgc cgccttcatc gacgccgaac
     2521 acgccttcga cagcacctac gccaagaagt taggcgtcga cacggatcac ctgctcatct
     2581 cacagcccga caacggcgag caggcactcg agatcgctga gcaattgatc cgctcggccg
     2641 cggtggacat catcgtgatc gactccgtgg ccgcgcttac cccgaaggct gagttggaag
     2701 gcaacatggg cgaaagccag atggggctgc aagcccgact catgtcgcag gcgctgcgca
     2761 agatgacggg cgccatcagc aagacacgct ccgtctgcgt cttcatcaac cagctccgcg
     2821 agaagatcgg ctcaccgtcg tatggcagtg gccctcctga aacgactacc ggcggaaacg
     2881 ctctgaagtt ctacgcctcc gtccgcttag acatccgccg cagcacagcg atcaaggacg
     2941 gcgatgtcat catcggcaac ctgacgcgtg tcaaggtggt gaagaacaaa gtggcgcccc
     3001 ccttccgcaa ggcagagttc gacatgatct acggcgaagg catctcgcac accggcgaga
     3061 tcgtcgacct cggcatcgat caggggttga tctccaagaa cggctcctgg ttcagctacg
     3121 gtgagacacg cctcggccaa ggacgcgagg ccgccaagca gtatttcaag gagaaccccg
     3181 aggccgccgc cgagttagag gcgaagatcc tcgagaagat gaagtagccg aagaggcggg
     3241 aggggcgtac atcagcgtcg tggcatcatc cgagaaagaa acataccgcg cactttgcca
     3301 tgcggaggtg ggcatccccc tcttctcccg cgactggtgg ttagacgcca cctgcggctc
     3361 cgaccgttgg gacgcgctga tcatcgagga tcgcgggcgc acactcgccg ccatgcccct
     3421 ctatacgccc ctcgccggca tcgtcaccat gccctcctac acgcagacga tgggcccttg
     3481 gttcgccccc tcggctgatg acacgaagta tgcctccgcc ttggcccacc gtcaggagct
     3541 cgcggcgcac ctcgtggagc ggttagcggg tcgccgcttc ttcctgcaaa acttccatca
     3601 cgccatcacc gactggttgc ccttctattg ggccggctac acgcagacca cgcgctacac
     3661 ctacctcctc cacgccatcc gcgacaccgc cgcgctgctg gaacggatga gcccgaacat
     3721 ccgccgcaac ctgacgaagg cgcgcgatcg gcacggcatc acggttcgca ccggcgtctc
     3781 caccgacgcc ttcctcgccg tgcagcaaca gactttcgat cggcagggca tcaccaacaa
     3841 acaagattca cgcgcgctcc gtcgcctcat tgaggcgtct cgcagccgtg gccaaggcga
     3901 gatcttcggt ggttacgacg ctgaggggcg gctccatgcg gccgtcttcg tcgtctggca
     3961 atcgagcggc gcgagctaca tcgccggcgg cagcgatccc gccttgcgcc ggtcgggcgc
     4021 ccacgcgctc accctttggg aagctgtccg gcacacggct cagtttaccg acaccttcga
     4081 cttagaaggc tccatgctgc gcggcgtgga gcgcttcttc cgcgagtttg gcggcgtgca
     4141 gacgccttac ttctgcgtcc gtcgcgggca gatgagcctg tgggatcggg cgcggatgaa
     4201 gtttatttag agggtagaga ttagaggata gagccgggta cggtcattct ctatcctcta
     4261 ccctctaccc tctaccctct aatctctacc ctctacatga tcccctacct cctccgcttc
     4321 ttgcttggcg agggcgtccc cgaagcgacc tgccgccagg tgggctatac cgccgacgaa
     4381 cgcaccttca gcacctaccg cctcgtcatc ctcccctccg gcttcttcga ggccgacgtc
     4441 tacggcacac cccgcagcct cccctcgctg cccctcccca tgctcgaggg cagcctgccc
     4501 atcctctttg gccaacccga gatcacgcgc cgcggccaca ccctgatcct tcatgccgac
     4561 ctgatcgcca gtgcctactt cttgctcagc cgctacgagg aatggatgcg ccgcgatgtg
     4621 cgcgacgccc acggccgctt ccccgggcgg gagtcgttag cccatcgcgc cggtttcctc
     4681 ctccgcccca tcgtggatga gtacggccga ctgctgcgcc gactgctgcg cgagtccgga
     4741 tgccgcgccc ccgagccgcc cgaacagttt gctgagatca acctgacgca cgacgtggac
     4801 gagcctttct tctgccgctc cctgcgcagc atcgcccgcg agacgctccg aggaaacttt
     4861 gttggggcgt ggcgcggtcg cttcggccga cttgaggacg acccttatta caccttcctc
     4921 tggatgctcc agcaagacga ccgcatgcgc accatcttcg gcgccgaccg ctgccggccg
     4981 atcctcttct tccgcgccgg cggccacgac cccgaggacc gcccccatta cgacctccac
     5041 agccgcgacc tccggcagct cctggactta tgctatgcgc accaggccga gattggtctg
     5101 catgtcagcc atgaggccgg gcgcaaaccc gaacgcgtcc ccgcggagaa ggccgccctt
     5161 gaggccgtcc tcggccagcc cgtcacgcgc agccgccacc acttcctcgc cctccgcgag
     5221 cccgagcaca tgcttgccct cgaggcggcc ggcatcaccg acgattacac catgggttac
     5281 gccgatcagg ccggcttccg cctcggcacc gcgcgccccg tccgttgcat ccaccccgcc
     5341 acgcgcagcc tctcgcccac gctcacgctg cacccgctca ccctcatgga gtgcaccctc
     5401 tccgccgcgc gctatatgca ccttgacgag cccgccgccc tccgcctcgc cctcgccctg
     5461 gccgatgagg tgcgccgcgc cgctggcagc ctgaccctcc tctggcacaa cacctccgcc
     5521 acgccccgca gcggctacct caagacgctt tacagtcgcc tgctcctcct cctcgcgcaa
     5581 ggcgcctaaa aaggccttca gcggcgggtg gtttgccctg tctgcggcgc ttttggcttg
     5641 gtgcggagcg agcggagtgc cgtcgtcggc caatttccca ttccgcgggt gccgtaaggc
     5701 cgaaaaatcg atgcggattg caatctccca ctaaaaaata aggctacttg cattgcaagt
     5761 agccttaatt cataccgaga gatccttacc tgcaatgcaa gtagccctga ttcataccga
     5821 gagatcctta cttgcaatgc aggtagcctt aattcatacc gagagatcct tacctgcaat
     5881 gcaagtagcc ttgattcata ccgagagatc cttacttgca atgcaagtag ccttattttt
     5941 tagtaggaga ttgcaatctg agccgatttt tggtggcccg gaacgaatcg cctccgatta
     6001 cgaggcaagg atcgcccggc tcggcaggtg gacatacgga gacgcgccgc gttttgccct
     6061 gcgaggttcc cgcactgggg cgcatttatg ccccacaaat cattaagtac aaagggggaa
     6121 atgaaaagca ctgataaaca gggatatgag aaaacgcggt gccaaacatt cagtacattt
     6181 tgcttggatt tcggttggat tcggggggat gggattgggg gcctgcggcg ggcgggttgg
     6241 attggggctt cacaaggggc taaaaacgca cgaaaaggcg catgaatact gatgatctga
     6301 ggggataaac aaaggcgctc agagggctcg aaaaagggcc aaaacggggt gttcggactg
     6361 gggttcgggc accccccttt tttacccccg tttttggagt tagggtcaaa gtagggtcaa
     6421 actggggtca aaagtagggt caaaaaatgg gggtaaaagg gggtgagtgc cccccgccta
     6481 cgtgttaaga aagtgttaag ttgtggactt tttgaggtga gttttgcccc ctattacggc
     6541 gtacgagcgt gagttgcggc gaggggacgc aataaatggg gcttaaaacc agtgttttac
     6601 gacgttttta gaggtgtgag ggggtgtttt gcgactgaga atttaacagt ccgggcgatg
     6661 ttggggggat agagtgtgga ggaacggcgg actcatgagc aggattagcc atttcgtgtg
     6721 ctcttttttt cgtcgtatcc gagtgggcta accggttttc tatctgtagg cgctcgattt
     6781 ccctttgttt ggcttcgatc tctttttgct gggcctcaat ctccctttcc ttattatcta
     6841 tctccctcgt cccttcctcg atctcttttt gtttggcttc aatggctgca cgcaagtgct
     6901 cattttcagc ttctaagcgg ccgactttga cggatagaga cttgatttct tcgatgagcc
     6961 cggggaaggc cggttctgat ggtggggaag ccacttccgg cgccgattgc ccgcgcagca
     7021 tagccccttt gccggtaagt agccagtctg ttgacacttc tgggtattga gcaataaatc
     7081 tcgccgtatt ttcctcactc atcccgttat tttgatctaa cacccccctc gttatccctg
     7141 tctcctgata aaacttgtac tttgaaatcc ccttgtattc aatgtattgc aggatgttct
     7201 tctttatggg cgatttttct tgcatgcaaa gtttggatta aacgatttat ctcgcgtata
     7261 tttgcggtgc attccagtta ggaatgcgcg ctaaagataa gatgtatgag tacgaacaat
     7321 gaaatgagaa aaatcctgcg ggattcggct tcggtaaggg ctttggccga ggctttcggg
     7381 gtgactaccc ggatggtgaa caaggcgttg aacggggaaa cccgcagtga cctgacaagg
     7441 cggatccgga aacgggcgct ggatatgggt ctgaaagaga aaggaaagga acgagtgact
     7501 gtattaaact aaggaagtaa agacaatgga aacgagcatt ttacaatgga aagacggggc
     7561 atccgtgcgg atgcagatgg tagacggtga accgtggttt atcgcaaaag atgtgtgtga
     7621 ggtattgggg ttgatcaagt acagggatgc tttgtcccgt gtagaggatg aggacaaagg
     7681 ggtgtccatt acagtggaca ccctcggagg ccctcaggca atgacggcag taaatgagtc
     7741 tggattttac tgtctggctt ttcaaagcag gaagccgcag gcacgggcgt ttcggaaatg
     7801 ggtgacgggc gaggtgctgc caagccttcg gaaatatggc tactacgtgg cgccgggggc
     7861 gcagctgacc gacgagcaac gggaggagct ggaacgggtg atgatggggc ggatgctccg
     7921 ctacctgtcg cggcgggact acatacaggt ggcgcgaagg acgggctacc cggtgtggta
     7981 cgtgcagcgg gtggtggctg ggcaggccgg tgggcatgct gggagcgtga tgctggcttt
     8041 gcaggaaagg gcgctgaaga accgccggga gtatgtcgac ccgacgtcgg aggcgcggat
     8101 gacgtccgtc attgagcagc tgagctgatg gttacaagtt acaagttaca agccccacga
     8161 gtgatggaaa cgaagtatga atctgtaatc ggcgagctgg gccagcagtt ggagttggcg
     8221 cgggcggatg cggagcgatt ggaggaggaa ctgatggacg aggctatcgt ccgcgcggcg
     8281 catccactgt atgtggagtt gctgcgtgcc gaggcgcgta tcgacgcgct gagcgaggtg
     8341 atagaatgga tcattaacag ctgaaaaacg aaaagtgaaa atcgaaatga atacggataa
     8401 ggatatgaga ccagcggagg tctcggaggt aaatagcgcg ctgattctgc gggctgatga
     8461 gatgggaaat gagctgcaac agttggttgc ggagaaagac gaagaccggg cggcggtgct
     8521 cattacgatg gatctgctgg gcggcgagga agaggcggag gctacggtca tggtgcgtgg
     8581 ccggggctac atgctggtag agctgtgccg gctgatgtgg aacgatccgc ggatcggagt
     8641 ggcactgcgg gtgatagtga tgagtgaaat cgagagactc aggctgagcg ataacggcga
     8701 tgaaagtgag tgatttgatc atcggggcgc ggtatatcta ccggaggctg gacgggaagg
     8761 aggtagaagt gacgcacacg gggaatttgg gcgatgagcg gtatgtgttt cacactcgaa
     8821 ggcggatgta ccggttcgtg tttgggccgg atacggtgga ggatagggtg agggaataca
     8881 aatgagtgga atacaacaat cgacgagaat tatacacaag gatcaatcag aattatatat
     8941 gaaagcaagg gaattgaggc ccggcaggtg ctattggtac acgggtcggg ggcgccggga
     9001 gatggtgcga taccgataca gggagttgga tgcctacttg ttcgattcgg acgaggggca
     9061 gtcggtcagt ctgacggctg atcgggtgga acgatatatc caaggaaggg cataagtgca
     9121 acgaaaaacg aaaagtgaaa aatggaaaac ggaagatgca ggagcgggca ttcatccctc
     9181 acgggatgcc cggagggcgt atgcgatacg cccctacgga tgtttttggg tgcgctgcgc
     9241 atgaccagcg tggggatgtg gctgcggttt gggtgcctcg gggtgttgct ctcgtgcagc
     9301 ccggcggagg gggcggaggg ggtgacggac attgccctct acctggcttt ggctgctacg
     9361 gtggggtgga tctggtggcg tgacagggag cggatgaaac gcatagccga tcacttcggc
     9421 gaggattgaa ggatgctttt ttgttctgca tagctgcttt tttgaatgac gtgtttgacg
     9481 tgagtccccc atgtggggac accggttcag ggttttgacg gtggcctcaa aggcgccgcg
     9541 ggggttcgac tcccccgaac cgggcaatga attgagataa aacgaacgat gctcgcttac
     9601 gcatatatag atggtgtgcc cgccctgacg gtgaacgact ggtgtgaggc aggtttgacg
     9661 cttgatatgt ttaagaatga cagcaagcgc ggctacctga ctatcctgcg ccgaggcgtg
     9721 cggggcgaga cggtgatcga cgcgcgttcg atccgtcgag ccgaccggct gcgagtgatc
     9781 gaacgggtga tggggcaggt gccgcgggaa gaacaccggg cgctctacac cgtggacgta
     9841 gaccaggagg cggaggcctt cttcgctgct tatgaaaagg cagacggcgg acgcctctca
     9901 gaagagaccg tcaggcagct gaccgccaag gcatcgatat tcaatgccct cggcgacgga
     9961 ctgcgccgac agacggagcg ccgcgcggcc agtggatcga agctcaagaa aggggcttac
    10021 tggcagacga tgctccggtg gcacacggag gaatgccggc ggtcggccga gcggtacggc
    10081 gtggccgtgg cggaatacac caacgcacgc agcttggagc gcgccttccg cgcctacatg
    10141 gccgaggggt atgcctcgct gctgccccgc aacatgggca acgatgcggc gcggaaggtg
    10201 tcccgccggg cggagaacct gatcgtggcg ctttggcgaa cgaacgacaa acccttcgca
    10261 gcccgcgtgc atgagctcta catggagttc gcggcgggcg atacggagct gttcgaccgg
    10321 acgaccggcg aggtgttccg ccccgaggat taccgctatc gtggccgccc gcaggaggtg
    10381 agctgctcca ccatccggcg ctacctgaag aacgtagtca acgagacggc cgtctatgcc
    10441 gaccgcaacg gccagttcga ctacgccaac tcgcagcgcc cgaagcatgt gcgacacaat
    10501 ggccgattcg ccctctccaa aatctcgatg gacgacgcca tgctgtcccg caaaagcacc
    10561 cgcggatggg tggccaaata cctctgcgtg gacgtcgtct caggctactg gttccgcccg
    10621 gcctacaccg tgggcacacc cacgcttgac accgtgatgg aatctttccg caacgtcttt
    10681 tgcgagctcg tggagctggg tttgcccatg ccggccgagc tggaagtgga gcatcacctg
    10741 atgcaaaaca tagactggct gccggaggcc ttccaattcg tccgattctg ttcgtcgccc
    10801 accgagaagc gggctgagca caacatccgg tcgctcaaat ggggcacatc gaagaagcaa
    10861 gggcacatgc gtggccggtg gtacggcaag gcggaggcct tcaaaagcgt gcgtaacaag
    10921 gtgcacggcg attttatcga ccccaccctg caaccgcaaa cgatcatcgc tgacgatttg
    10981 gcagacattg agctgcacaa taacgaacta cacccgcggc aaaaggagtt ccccgggctg
    11041 acccgccgcg aggtgctttt gaaacacgcc aatccgacgc tgcggccgat cgctccggaa
    11101 aggctgtata aacacatcgg caacgtgaca gaaacgacca tccgcaacaa cgactacgtg
    11161 cgggtggcgg gtgccgagtt tgcccttgcg aacttcgata tgctcagccg cctccagccg
    11221 aacgatcggc gcgtgacggc ttactggctg ccccgtgagg atggctcggt gccgtgcgtc
    11281 tacctctatc agggcgacgc ctacatcgga caggccaccc cccgcgccga gatggcctac
    11341 aacgaatgcg ccgccgagcg caccgaggcg gacgaggcgc ggatgctcgt gcaacataag
    11401 cgtgcggcgc gcttcgaccg gatgatccgc gagcggcgcc gggagatccc ccaggtgggc
    11461 cggatcagta aagagacggc cgaggccgtg gccgcggcac cggtcaaaat cgtggagacc
    11521 cgacagccga tcggctacga ggaagacgaa ttgacggcat caatggagga ttgggccgcc
    11581 cgcgcaatcg atcaattatg aaccaacaaa atagaaacta cttaacacga ataggacatg
    11641 tttcaacagg ataatattgt agagaatgag ctatctgata aagtgggcaa aacgcctcaa
    11701 acgcatttat cgcctcgcag aaagcatatt ggtcagccgg caattcaact aaccaatagt
    11761 tttccccttg cacctgccgg caagggcatt tcatcagccg ggaaaacgac aaaagagctt
    11821 tggtactctc gacgaactgc ttgtcgggca gctcgtcagg gatcatgcat tcaagcaaat
    11881 aatactcagt cataagtaag taagaataac attaaaaaca cgcgaatata tgagcctcac
    11941 gaacgaatac aaagagaaaa tcctggccga actggctgcg cgtagggcga acttcgatgg
    12001 ctcggacgcc cgctttgccg ccacgcttgg catcggcagc gcgcaataca gccgcatcaa
    12061 acggggcgac acagccgggg tgctggccga cgaaaagtgg atcagcatag cccgccgctt
    12121 gggcatcggc ctgaccgatg ccccggcatg gcagacggcc gagacgcccg tcttcaaata
    12181 catcacggcg cagctcgaga tgtgccagca gaacggcctc tcggccatgc tgtgcgacct
    12241 gaccgacatc ggcaagacct acaccgcccg gcaatacgtc aaggggcatc gcaatgccgt
    12301 ctacgtggat tgctcgcagg tgaagtcgcg gcaaaagctg ctgcggggta tcgcccgcga
    12361 gtttggcgtg ggctgtacgg ggcggctggc agacgtctac aacgacctcg tgttctacct
    12421 caaaacgctc acccggccgc tcgtcatcct cgacgaggcg ggcgatctca gctacgaggc
    12481 tttcctcgaa atcaaagccc tgtggaacgc cacggagcac tgctgcgggt attacatgat
    12541 gggtgcggat ggcctgcgcg aaaagatccg ccgggccatc gacaacaaga aagtgggcta
    12601 tgccgagatc tttggccgtt tcggcaagcg ctacgggcgt gttgtgcctg acggccggga
    12661 agaggccgag cgcttcctgc aactgacggc ggcaatgatc atcaaggcca acgccgtggc
    12721 gggcacggac gtgaaccgcc tgctgcgccg cctgatgggc gaagacaata cgccctccct
    12781 ccgacgcata aacatcgaac tctcaaaaac agcataatga ttatgaaaaa gggactgaca
    12841 gcgcgcaatg tgttggcgac gaagttcaac acgctcgggt tcgacggtgt gtggcgcgat
    12901 gcggtgggcg agccccagct gacgggcagc tggatcatct acggcgacac gaagaatggc
    12961 aaaacgacct tcgccatgat gctatccaaa tacctttcca agttcggccg tgtggcttac
    13021 gacagtgtgg aagaaggcaa ttcgcggacg atccaaatgg ccgtagaccg ggccggtctg
    13081 ctcgatgcgg gcgcccgctg gatgctactc gaccgcgaaa gcaaggacga gctgtgcgaa
    13141 cggctccggc ggcaacgcag tgcggacatc gtctttatcg attccgtgca attcatggat
    13201 ctaaagtttt cggaatacaa agacctcaag cggcgcttcc ccacgaagct gttcgtctac
    13261 atcagccacg tagatggccg tcggccctcg acgcccacgg ccctgcgcat cctgcgcgat
    13321 gcgaatgtgg ccttccgcat cgaggggttt aaggccttcc ccacgagccg ttatggcggc
    13381 ggccgcccgg tggtgatctg ggacaaaggc gcggacgaat actgggggga agaaaaggaa
    13441 gtaggggcgg ccaaggccgt ccgggtagta ggggcgtccc ttgtgggcgc ccaggtagta
    13501 ggggcgccca ggtagtaggg gcgccccttg tgggcgccca gtagttacgg gcttcgcccg
    13561 ggtagttaga agaagtagag aatgatgaaa acaatcgaca acgatcaccg gaagcggcag
    13621 ctgctgaagc gcttccacat gctgctgaac agggcgcgga tcgacgaaga cggcaagcgc
    13681 gaaatccttg cctcgtatgg cgtggagcat tcctcggaaa tggactgcgc ggggctggcc
    13741 gacgtgtgta gcaagctggc cgtggcgatg agtccgcgag gctccgaggc tgaccgctgg
    13801 cgcaagcggg tgatggccgc cgtgttcgcc tactgccaag cgatggacta caaggcggat
    13861 atagataagg taaaggccat cgctgcccgc gcggccgggg ctacgagctt caaccgcatc
    13921 ccgctggatc gtctgcgcag cctttacaac gcatttaatc ggcgtataaa agacattgaa
    13981 acagtcggcc ggatggcgga agcgcccgat ctgcccacag aacagccggg gggcttcctc
    14041 tatgtggcat tccccgacgg acgaaaagaa atcccaaagg cataaacaga taaaacgcat
    14101 aaacagaaat ggaaacagta gaaatgacag ccgaggagcg gcaagagtat gaggccttca
    14161 aagagacgaa ggccaggaaa gaggcggagg ccaaacgcaa ggccgaccgc gaagcctaca
    14221 cggcattggt ggacgagacg atcgcggccg taatgcccga gctctcgagc attagtgagg
    14281 ccatcgccca gcaaaagaca gccgcggcgg aggccttccg cggagcatta gagatgaaag
    14341 ccgaactgtt cggcgtgaaa gacgatcagc agtcgcacac gttcaccaat tccgagagca
    14401 cgatgcgcat caccatcggc cattacatgc tcgacaacta ccgcgacacg gtgaacgagg
    14461 gcatcgcgat ggtcaaaggc tatatcgagt cgctggcccg agacgatacg agccggtcac
    14521 tcgtgaaagc ggtactgcgg ctgctttcgc gtgacgagat gggcaatctg aaggcctcac
    14581 gcgtgcttca gctgcgccgt atggccgagg agacgaagga cgaaggcttt atcgaaggcg
    14641 tgcgcatcat cgaagagagt taccaaccaa cccgatcgaa ggaatacatc cgcgcggcgg
    14701 tgcgtagcga gtcgggcacc tggatgcccg tccccttaag catgacggac gtatgatcat
    14761 cgcagtagac tttgacggaa cgatccacga cggccagtgg ccggggatcg gtgaggtgat
    14821 gcccggggcg cgcgaggaaa taaacgccct gcgcgctgaa gggcactaca tcatcatctg
    14881 gacatgccgc gaagggcgca ggcaaacgga gatggtgaac tggctgcttg aaaagggcat
    14941 cggcttcgat cgcataaacg atcatcggcc ggacgaggtg gcggcctatg gcagcgacgc
    15001 gcgtaaggtg tatgcgcatt gctacgtgga cgataaaaac gtaggcggga tgctcccatg
    15061 gaaagatatt accgcgtgga tccgctgtcg ggaagcggcc taccgggcgg cggcctctac
    15121 cgaggcaggg aagtttgggg gtctgcgggc cccggcgaag ttcggccggg aacatgcctg
    15181 cgaagtttgc cgggcgcatg ccgccgagaa taacacatcg gaaacggtca gtgaggagta
    15241 aaacaggatg gcggcgggaa tgattcatat cggggcggct gcggccgcct gcgaagtttg
    15301 gccgggtacg cgcgggggcg acttcgaaac ggtcgtatcg tgtgagatcg gcgcatttgg
    15361 ttccgacgtg ttggcctccc tgttccccgc cgcctatcat cataaagaca tccgtacact
    15421 gacaaaaacg atcattgatg aaagacttat tccacgattc ggcgccaact atggccgccg
    15481 cacgatactc accgggggct tcccctgcca gccattcagt atggcaggga agcgacgcgg
    15541 agcggcggat gaccgctatc tctggccgga aatgctgcgc atcattcgag atgtcagacc
    15601 gcgctgggtc attggtgaaa acgttgctgg tatcctctcg atggtacaac ccgctcacat
    15661 cgctacgctg gaaagcgagc ccgatctgtt cggagcgggt aacgagcttc aaacgaaatg
    15721 cgggcaatac accgtccacc ggatctgcaa agactttgaa gccatcggat ataccatccg
    15781 gccggtggtt attccggctt gttccatcgg ggcaccccac aggcgcgacc gagtgtggtt
    15841 cgtcgcctcc gatgccgccg cggacggtga acattggggg gcagactgta tcccttcctc
    15901 cgcgactgct tccaacgcca cgagcgagcc tcgaggccgc ggggctgaat gtgaacaaca
    15961 aggcgtctgc ggacgccggc gaagtttggc tgggtacatg aattccgcgg gagtcttttg
    16021 tctcaagggt agagacactg gtacccggca gacttcgccg gcgcccgcag gcgccccacc
    16081 gcgccgataa acgattcaac gaagaagccc taagagcggc tggtaacgcg attgtcccgc
    16141 aagtggctta tgagatcatg cgggggatta tagagataga gcggggggag catttccctg
    16201 acgttaggga agaagcacac aaggcataag agtaagaact tgaaatattt ctttatgaaa
    16261 gaggcggccg gagtccgaga tggataggcc gcctttgctg tatataggca ggtgatattg
    16321 tgtccgttct ttcacctgtc aaatcgtcgc gccttcccct cgcttttgct tcctttgcaa
    16381 aaaggaaaga gcggggtgat gatcggacaa aatcaaacga aagagactga aggagtatcc
    16441 tcaatgtgta gacacgggcg gagcgtcgcg aggcgcgccg ccggttgctg gccgcgcgtt
    16501 tctactattg gacggaggtg cgccggcgcc gcttcgatga tgtgatgcgt attctgtccg
    16561 agcatgagtt tttcgtcgat gagcggtcta ttatgaacgt gctgcgcgat gtcagccact
    16621 acctgtccga cctacacacc cgccgcgaaa cggcggccgc cctccgccgt gcctaccctt
    16681 cgtggaactg ggaggggtga ggcaatgatc aattcttaat tattaatgat tagccatata
    16741 ctggagcaaa gcgcgtaccc agtcttaata attaatacct gacaattaat cattggcgaa
    16801 gcctcaatac cgtttcttat ttaccggccg cgtgccgatc gaccacgccg tggaggtaat
    16861 agcggcaacc ttacgctgag ccacgaagta gccgccttcc accgcgtccg ggccgtcggc
    16921 tggggcgggg agtccatcat cgaagagctt aaattgttct tcgagccgct gcatgtgggg
    16981 attctctttt tcggcgatgt tgaaaatcat attgcccgcc cgattgagcg gttcgaggtt
    17041 gccttcaatg cgggcgaact tatccggttt ggcgcgctcg tcgggcgcaa tggagatgat
    17101 gaatttccgc tcgacggcct tttgaaggaa aagcggcttg aacacttgct cgtaaaatgg
    17161 atcctgtagt ttgttattct cgatgtaatt gcagatcgtc gtacgatcgc ggacgtaatc
    17221 cttttggtag tagtaccaat tgacgaactc gtcgttggtg acatggtcga ggaaggccgt
    17281 gatgacatac agacggccat ccaaaatgcc caaaagcacg ttcgacttaa acgatccgag
    17341 tgctttcacg cccttgcggt gcgtcgtacg attggagggc gctgggtcgc cataactaat
    17401 gaggaaggga aacttattaa gcgggggcac ggcgccccat gtgatctctt tgaagtacgt
    17461 cccttcaacc accgggttgt tgaaacattc cttttgcgcc gaggcggccg acacctgcgc
    17521 gagcacttcg tcgatcatcg cctccgtatt cttttccggc cagaccgaaa cgccctcggc
    17581 aaagtcccgc ttggggtcgg ggcggcgaat gtctaccatt cggatattga taatgtccca
    17641 attccccagc ggtttctccc gcccggccag ctcgcgggca cgtgctccgg cgcgagcaat
    17701 gcagcaatcg cgggcgatga tgttgccgca ccaaataacc aacaggggct cgctgaatga
    17761 gcgcgtaaag tagagggctt gttcaaacca attccatttg tcggcgatga tttcggggtt
    17821 gcggcattcc tcgtccgtgt cgaaatcgtc gggcaggatg acgtctgggc gcacctcgtc
    17881 gagcttaaaa ccgcggggcg actggcgggc gccgacggca aagaaggaaa cgccacgggc
    17941 ggtgataaaa tgttcctccg tccactttgt gccccgctga ttgccgtaat agaaggcgat
    18001 tcgtttgttg gcctcgagct gcgcccggta gacgcgtagc aggcgctcgg cattgtcgct
    18061 gctgttggag gtcaaaagaa tgttccgttt gcggccggtg agtgctaaaa acatcacaac
    18121 gaacattacc gtggtgctct ttgacagctc acgcgcccat gagagcacct cgtaccagtt
    18181 gccttccgtg gcctgccgaa tgatgcgggt gatggccttc cgttggaagc ctgcgaagtc
    18241 atatttggcg aaccgtggga aaagctcttt gatccattcg aggggatgcg cctcaagcca
    18301 ttggcggcgc ttttcgcgtt cggccacggg catggcgcga tcgatggctg tttcttcgcg
    18361 gatggattgc aggtattgct cccattcctg taaagcctgt ttgtcggtca gtttcatcgg
    18421 agcatctctt taatgtattg atcgaatagg gcactgacct cgatggcctt tgtggggtcg
    18481 aaggcgcgca accaattcag taaggcttgc gagacattga tcacatcgcg gacaccgcta
    18541 ccggcttcca tttccataat gtcccggcgc aggtcacggc gggcgaggcg ctcatctttg
    18601 gtggcaaagc gctcaccctc ggggcgcccg gcgatgttag aatcaatctc accgagttgc
    18661 ttataagcag ccagcagggc ctgttcgcgg ctttgggtga gggatcgttt ttcatctttc
    18721 cacccatcgt cctttgccca tttcccaatg gtgttttcag acacaccgag ccacccggaa
    18781 atctccttga atgtccaatg ctgataaaag aatttgagcc gcgccagttc acgctgctgc
    18841 cggcgggcag cctttgtgcc gcctttgggg gtttgtttat ccatcttact tgtgcctgtt
    18901 acattagtaa ttctgactga caaaattaca gtcgaagggg gctctccaga aaagagccgt
    18961 gcaaaaaact gctgatttta tcggaaaaac tgctgattct atcagttttt tacacgccga
    19021 tttgcggggt gttcgagggg ctgacacttt tgcagccatg acaacgaaat cacaatggct
    19081 gtaaagactt tcatattaca cgatgagacg gtgaacacgt atgggatccg tatgctgacc
    19141 gcgggggcga acttggatga gttccgccgt aacccggtga tgctgctcaa tcataacgac
    19201 tgggagctgc ccatcggccg gtgggagaat atccgcatcg aagggacgca gattctggcc
    19261 gatgccgtat tcgatgaaac ggatgctcgc gccaaagagg tagccgggaa agtagaacgt
    19321 gactttctgc gcatggcctc tatttctgcg tgggtggatg aggcttcgga cgatccggtg
    19381 tatcgcctac ccggtcagac tgggccgact gtcgtgcgtt ggacggcgcg tgaagcgtcg
    19441 atttgtccca tcggagcgaa ccacaatgcg ctggcactct atgaccgtgc cacgggcacg
    19501 cgggtagacc tgaataatcg tgcgcaggtg atcagcctat ttgccggaaa tcgcaacacc
    19561 gtaaccccaa atgatacata tatgacattg aaggaacttt tgaaactcaa cgatgccgca
    19621 aacgaagcgg ctgtaatgga cgcggtcaag gggatcatcc gcaaccgcga cgaactgcaa
    19681 acggaggtcg tccgcctcca agatgataac aagcaactga ccgagcggct cgaagccatc
    19741 gacaaggcca aaaaagaggc ggaacaggcc gaggctgtgc gtttggtgga tggcgccatc
    19801 cgcgaagccc gcatcaatgc agacggccgc gaggcatggc tgaaagactt tgaaatggat
    19861 tttgcgcagg cttccgtccg gctggcatcc atccccaagc gcccgagcat cgccgagcaa
    19921 gttacacccg caggaacggc cggcggcatg gtgcaactgg ctgacatgtc atttgctgac
    19981 attctgaagg ccgacagact gaaagaactg aaaaaggatc gtgcgctcta tgtgcagaaa
    20041 ttccgcgaag cctacggcca tgatccgtcc tgaaacagca ttgcaataac aattaaacag
    20101 tatagaaatg ggattgaata aagagatctg gattccggaa atcattgaaa agttttatcc
    20161 gagcaacgcc ctgctgtcct attgcaaaaa ccttgacgcg tgggtagata acaatgcgtt
    20221 gaacctgcaa gaggctggcg tagatccgaa ggtttacatg gataataccg tgtggccgat
    20281 tccggtagtt acccgcacgg atgtgcccca ccagctgccc ttgcatcgct tcgacacgga
    20341 aaacacggtt taccgcaatg ccatcgaggt ggaagaatca tcggagaaac gccaaagtgt
    20401 catcgagggg cacaagaagg cgctgctgaa gcagtttacc acgctggccg ccttcaattg
    20461 ggcgccgcag aaagacaccc cgacgacccc cgtcacgatc gccagcggga cggctgccaa
    20521 caagcgggga tataagatgc tgaccttcga ggacatcctc gaaatggaac ttcgattcaa
    20581 cgagctggag gtgcccgagg atgagcgcat tttggtgttg aaccatgtac acgcctcgga
    20641 tttgatgttg caagacctca agatgtataa agccatctgg aatgagaatc gactgttttc
    20701 gttccgcgtc gtgcgttgct cgctgacccc gggttatctg aatacgacgc acgagaagaa
    20761 ggcgtggggc gcagcggcca ccacggacga tgtgcccgcc tcgctggcct accacgagga
    20821 ttccgtgggt cgctgtcagg gtgattttga tatgtattcc gcgctcaaag atccgcagca
    20881 ccgcggcgac atcatcggct tcaacatgcg cggcatggcg ctgccgatca ctggcaaata
    20941 catcggcgca ctgctttcat ccaaataagc ggcggggcga tgtacagaaa tgagagcacg
    21001 gggcggcggt acacgttcgt cgccccagaa agtttagaag ggccggatgt ggtcatggta
    21061 cctttcccgg ccgcggcgct gcgccggcct acggcggacg gcatcatcgg ccacgattgc
    21121 aacccctgca tcgtgccggt gactgccaat gaccccaagg ctgagctgcg cgccattcca
    21181 cagggcattc agccagcctc cgtgctgatc gtagaaaacg agacggatag accggtgaac
    21241 gtttcaggca ttccgtgcta tccgggggat acggtactga tgtacaccgg cggcgcggat
    21301 aggtacttgc gattggccgg ggcgacccct tggggcaacc cttcggctga gccgcccgtg
    21361 gaggctaagg caaaggctga gctacccgtg gaggcaaagc catcggaggc cgcaaaggca
    21421 acggcggagc cgcccgtgga agctaagaca aagaagaccg cccccccgaa agctgataag
    21481 taaaagacgc aaggtgttcc ctcttacttt tttgttcgtt ccgaggctgc gcgcatcggc
    21541 cgccctctct cccggccgtg cgcgcgcctt ctttcggtgc ctgtggccgc gggcggtggc
    21601 cgccctcaca gtcatggcaa cgacctcctg ccgcctgctt cgcatgccgt acacggagcg
    21661 cgagatgacg caaaaggagg tcgtcgagac ggtgcgcgac acgctcgtca tcgtggagcc
    21721 tgactcggcc ctgatccgcg cctacctcga atgccaatcg ggcagagtgg cgctctcgcg
    21781 gctcatctcc gtgcccggcg cacgcatcgt gccgcacgtg acgctgacgg acgtcctaac
    21841 tgatacgggc taccgcggcg ccctgctcga tgtgcactgc cacgaagaca gcctccgccg
    21901 ggtcatcgcc ctgcgcgacc gcaccatccg cgagctcacc gaccgcgtcc gcacggagta
    21961 tgtccgcctc gagcgcccct tccactggta ccaccgggcg ctcatggccg gcggctgggc
    22021 cttcctggcc ctcatacttg gcggcgcggc gtggatcgtc atccggttta ttcgttgaat
    22081 tgttgggggc tgtgccccgt tgaattgttt aggcgtttag gcgttctggc gattcaacat
    22141 ctcaacaatt caacaactaa acaattaaac aggccgacag gcctcaacaa ttcatggcgg
    22201 ggcgaagccc ccaacaattc aacaatcaag aaaagacatg gcattaggaa agaaaacccg
    22261 atctgtcgga ctgagcgcca tcctgttcgg cgacgtgaca gacggcggcg ctaagatgcc
    22321 cgatgagatg aagcagctgg cccgcaccct gaagggcacg gccaccttta ccaccgaaca
    22381 ggatcagaca caagagttct tttgtgagga agagccggac gccccggtgg aatccgtgat
    22441 ctcggaaaag ggattgaaga acctcacgtt taacattctc gaatgggata acgcagtgct
    22501 gcaaaccctg tttggtggca aagaggtgga tggcaaaatc aaggatctgt ctggcacgga
    22561 gcataacgtg aaaaagttca tccccccgaa ggactacgtg gaagtggaaa aggcgcttcg
    22621 tgtgcttacg ccttacaagg tgggcttcga catcccccgc gcaaagatcc tcgcccgctt
    22681 ccagtggaac ctgacccgta cggagattgc gcagatcgaa gtcacggcgc gttgcatggc
    22741 tcccgatggg gacgatagtg gtacctacga ggcattcagc tggacggcat aatggaaacg
    22801 gcggaaaacc cagcgggcgg ccttgaaatc gatgtggccg acgcgctgtt ggatacgggg
    22861 ctgctggtca aagtgccggc gccccgcctc ctgcgcctgt ttggggtaaa gacgttcccg
    22921 atacgctttc ggcgccccgt ctacgcccag ctgctgcgca ttagtcggat gtatgtgcgt
    22981 atgcacgtcg acctcgaaac gctcgaaacg ggcgaggcgg ccgcggtgct cgcctcggcg
    23041 gccacgaacg gcgtccgtgc cagccggcta atcgccctcg ggctgatccg ttcggggctt
    23101 atgagcgcac tgtttcaccg cgccgtggcg gcctacctgc gccggcgaat ggatgcccaa
    23161 acgatggctg agctggccaa agtggtggta ttgctgagcg gcgcgaacca ttttacgact
    23221 attatcagat cgattgctca cctgcgggtg acgactccga atctgagcca ggaagcgatg
    23281 gggagttaag ggacgaaggc ccccatagcc cttttggcgc actgtttcag atcgcctcgc
    23341 aaggcgtttg gacgtggtgc gaactgatgt ataaagtgcc gtggtgcgtc gtactggcgg
    23401 ccatcaatga ccaacccaaa tacggaaaga agaagacggc agacgagggc gaaatcacct
    23461 ccgaggccga agccaagaag tttttcaatc tggcttaaaa ccaatgattg ctggtagtta
    23521 tgcggcctgc ccggccgcag gtagtagggg cgccccttgt gggtgcccgg gtagtagggg
    23581 cgccccttgt gggtgcccgg gtagtagggg cgaagccgca taactaccgc ccccgcaatc
    23641 attgataatt gacaattagc aactaaccat taagcaaggc cgtggccgac gaaaaaacga
    23701 tatacgtaac ttttgagttt cagggcaatc tgggcaacga tgtagacatg gtaacggaga
    23761 aaatccgcca gatggacaca acggcgtcta aggccttgca ggagatggca aagggcagca
    23821 gcctctcggc gcgcggtatc ctctcgcagg ccgacgccgt tggcatgctg cccgcgccgc
    23881 tgaaagccgc caactccggg tttggcaaac tcatccaagc ggcccgagcc tttattgcca
    23941 ccccggtggg catcgttttg acggccatcg tggcggcctt gcaggcgctg ttttcatggt
    24001 tcaactcatc ggctgagggg caaatggagt ttgcccgcgt ttcgggctat gtgtccggcg
    24061 tgctcgggca gctcaaggag gtggttttga aggtcggtga ggccatttat aaagccttca
    24121 acgatcccaa agccgccgta aaagcacttt gggaagagat caaaaagaac atcgtcaacc
    24181 gcattcaagg tgtaggcgac atgttcaaag cgttaggcaa aatcatctcc tcaggcttta
    24241 cggagggttt cgatgagctg accgaggcgt cgctgaaagt cgctacgggc gtagatcatg
    24301 cccgcgaacg catgaaagca tatgccgcta ccgtacacga tgcggccaaa aagacggccg
    24361 agctgagtgt ggccggcgaa aagctggcgc gcgatcgtag caactggcaa aagcgggaag
    24421 ccgagctcga cgtaaaggct gaagagctgc gctcacgcat gtacaccgcc ggcgacaaag
    24481 agcgtttgca gctggccaaa gagtacaaag ccgtcgtcaa agagcaatac gaccaaaggc
    24541 ggaagttcct caccgaggaa ctgcgcatta agaaagagac ggatgccctg acgacaaaca
    24601 gccaagcaga ctatgacaaa gagaacgaat tagaggcccg gctgatccgc ctgaatgcgg
    24661 aggaacagca ggcgctgcgc ttcgtcaacc ggcaggaagg ttccatcctg cgcaaaggcg
    24721 gcggcggtgg caatgatgcc gcgaaggcat tagaggaaca gcttaagcgg caaaaggcct
    24781 accagcggga ttgggagaaa aaccaactcg attttgcaca aaagcagatc gacctgctca
    24841 atgacagcta ctacaaacag cgccagcagg ccgaactgaa taagaagaag gaactggccg
    24901 ccatcaagca gcaagaggag gatatgctga aggccaaacg agaggcctac ggcaaaaacg
    24961 ctaccctctc ggaggaagaa acgacctact tcaaaaacct cgtcgatctg gccgaaaagt
    25021 cttacaagaa atcggccgcc gagatcgacg aggctgtgaa cggtgcattt aaggaagggc
    25081 gtttgcgctt tgccgacgag ctggccgtgc aactggctga catcgaaagc tactacaaag
    25141 agcggctgcg gatggcggaa aacaacgaaa aactgattgc cgagctcacc gccgccaaag
    25201 agaaagagct caccctggcc aaaaacaact acaccgccga gatgctcgat tatgacatcg
    25261 agatcacccg caagcagatg gccaatgcgg agtcgttcta tcgctgggag gcggacaggc
    25321 gcaaaaagca actcgaggaa gagcgccggg tgcaaaagga acgcctgcgg ctgatggaag
    25381 agcggtacaa gctcgccccc acggacaagc tggctaagga aatagccctt gcccgggagg
    25441 aattagaagg cctgaataag gaactgagcc gcatcccgac gcaaaagctg acggaggtgc
    25501 tcggggcttt tcagcagatc gcctcttcgt tgggcgggct gagcggcagc gtgggcgagg
    25561 ccttcagctc gatcgcctcg agcctttcgg ccgccagtga gatgctgtcg aaagatatgt
    25621 ccacgacgca gggcaaagtg ggcgccatca gtacggccat ttctggcacg gtggcgatga
    25681 tcaatatggt caccgcagcg gccgaaaagc gccgcaccgt ggaaagagcg ttctacaaaa
    25741 atgctatcgc ctttgcccat gaatatgccc tgtcgctcaa tgagcagttg cgcctacaaa
    25801 gcaagtcggg cgcctttgtg cgcaactatg ccggcgagat caaagacagc ttccgggcgc
    25861 tcaataacgc aatggacggt tattccaagg ccatcggcaa gctgcacgag gggaaggcaa
    25921 acatcaaact gcgcaatgcc atcgacggca ataacgtagc caaaggggca gctacggggg
    25981 cactgaccgg tgcggccatc ggttcgatca ttcccggtat cggcacggcc atcggtgccg
    26041 tggtgggaac ggttggcgga ttgattgcag gcatattcag caagaaaaag aagaaggtta
    26101 cggacgatct gatgaaggtt ttcccggact tagtggacga ggcgggcaac ctgaataaag
    26161 agctggcgca aacgctcatc aacaccgatc aagtggacga taagacgaag cagctgcttc
    26221 aaaacgccct cgattggcag gatgccgtca aaaaggcgga agaaagcctt ggcgagatcg
    26281 ccacgagcct ggccggcgac attggtaaca acctgcgcaa cgccatcgtg ggagcatgga
    26341 aggcgggcga ggatgccagt aaggccatgt ttgccacggc ctccgactcg ctcgagggct
    26401 ttatcacgca gctactctat tcggccatct tttcggacgt gttcgaggac ttcaaaaaga
    26461 acctcgtcga atcgctgaag ctcggcggcg atcaggatgt actcgacgac ttcgataagc
    26521 tgatgaatga gatgaccaag cgcgatgacc aatacgtcga gctgctgaat aaagttaaga
    26581 agcgcgcgaa ggagcgcggc tacaccaagt tcggcgagaa agacgataag gcgaaggacg
    26641 gccgcacggg cacaacgaag ggcatccaaa gcattacgca ggaaacggct acggccatcg
    26701 aaggacggct gacggcgctg ctgatctatc aagacgccat caagctgacg gcgggcggca
    26761 tcaatcaaac gcttgtggcg ggtgtagcca tactgacaga gatacgagat aacacatcgc
    26821 actgccgacg cttagaacag atcgaaagcg gcatcggcaa catgaaacgc gaattagaga
    26881 cgatcaattc gcgcggggtg atcatgcgaa cggcataatg gacaacgagg aatgaaagcg
    26941 aatatctaca tcgatggcgt ggacgcccgg gcggcctttg gcgtgtgggt ggtgcggggc
    27001 ggatatggcg acctactggc ctacccggct atgaaagagc cagccgccaa cgactggccg
    27061 gaacacgacg ggctcgaggt agatctgaaa gcgcccaaac tgcaacccct tacggtgggc
    27121 atcgactgcg tggcctccgg ccccaaggcc gacgtccgcg ggtttgtggc ggcgctggcc
    27181 cagccgggct atcggtctat ccttttcccc tccctcgggc ggacattccg cctgcgcctc
    27241 tcagattgcg acgagctgcg cgattacggg ccgctgcaat ccttccgcct gctgttcgag
    27301 cttgacgaac ccaagcacac cgacgcagcc gtatggcaat cgccgggcac gcacgtcatt
    27361 cgctcagctt acaccctcga cggcgtcaac ctggccgatt atggcgtgtt cgtccaaaag
    27421 gggcgcgaca gcctactacg cccggccgag gtgaagcgga acctcacccg cgagatcacc
    27481 acccgcgacg gccgcatcta cgacaccggc ctcgtgcgtt tcaatgccaa agaaatagcg
    27541 ttgaaatgct gcttaaaagc ggcttcaacg gcagccatgt ggagctgccg cgacgccctg
    27601 ttcggtcgcc tcacagcgcc cggcgagcac acattgaact accgggggaa ggattacccc
    27661 gtgttttacc gcgaatgcac gggcacgcgg ctcatcgccc tccgccccgg cttcatcctg
    27721 tatgagtttg aactgaattt gacagtgata aggggcaatg attaatgatc aattatcaat
    27781 gattaccctg aagacacggc agcatggcac cgcccgatca ttaatcacta ataattaata
    27841 attgaccact acttaagatg aaaatctacg ataagaacaa cgcactgatc atcgatgtag
    27901 agccggacga tggcagctac ctcgaggatc ggatccatca gacaaagctg ctgacgctct
    27961 attactccct gcctgaatac gtggagatcc cggaaggggc ctacaccgat ttccgaggca
    28021 cgcgctaccg gttagaaagc gcgcaaaagt tcgtctgcca cggtgaccgc aactttgaat
    28081 acaccgtgac gatggaaggc ccggaggctg ccctgcgtaa gtacaaagtg cgcgacacga
    28141 cgattcaaaa cctgctgaag tttgcctaca cggccaaacc gcgggcacac ttggagctga
    28201 tcgtgaaggc gctcaatcgg cgggatagcg gctggacggt gggcggctgc attgaggcca
    28261 cagaaaagac ggtttcgtac aaccacacct cctgcgccga cgccctgtaa acgctggccg
    28321 atgagttcaa aacggaatgg gagatccggg gcaaagccat ctacctgcgc cgtgtggaat
    28381 acaacaaggc caacccgctg cgcctgcgtt acgggcgaga ttgcgggctg aagccgggtg
    28441 tatcgcgtga caatttcggg gcaaagaagc cgtgcgagat cctgcttgta cagggcgggc
    28501 ggaagaatat cgatgcctcg acctatggca gtgtggaatt gctgcttcca aagtcgcaaa
    28561 cgatcgcctt cgatggagca aagtttgccg acgaagcggg cttcaacgcc gccgcggcgc
    28621 gcagctacaa aacggatgcg acaggcacgg agatcacccg cgccgaccgg ccgctcctga
    28681 ccttcgtgga agacagcatc gacctttcgc agatctaccc caaacgtgtg ggcacggtct
    28741 cggccgtcga gacagtggcc ggcaaagacg gcgccgtgaa ttacgacatc atcgacagct
    28801 ccatccccga ggcgctcgac tacaacaagg tgctgatcgc gggccagacg atgaaagtca
    28861 ttttccaaag cggcaacctg acgggccggg agtttgatct gaaatacaag cacgacgggc
    28921 gccgcttcga gctcgtgcaa accacgtacg acggcatcgc catgccgggc ggcacggtct
    28981 acgtgcccaa ggtgggcgac acctacgccg tattcggttg ctcgctgccc gaggcttatg
    29041 tgtgcgacaa tgccacgcgg acgggcgctt cgtgggagat gttccgggag gccgtacggg
    29101 tgaaatatga aaatgaagtg gagcgataca ccttttccgc tgagctggat gagctgtatg
    29161 ccgaccgtca ctggatagag atcggcagcc gcatcgtcaa aggtggattc gtgctgctcg
    29221 agtcggataa gtatgccccc gcggacggcc tgctgatccg tatcactggg gtacgcacac
    29281 cggtgaacac cccgcgccgc ccccagttcg agctctcgaa tgtggcatcg ccgggcagcg
    29341 tgtcggggca gctgggtaag atcgatcgca acgaggtaac aacggaagag ggcttccggc
    29401 agctgcgtca cgagacggcg cgcacctatg agcatgccaa agaggcgcag gatatgttag
    29461 aaaaggcgtt ggacaatttt tcgcccggca ttgaccccat ctgggtgcgc acgatgtccg
    29521 tactcgtagg caacgagtat cagcaattta tgttcgtcga caaccggacg gagacgcagc
    29581 gcgaagtcat cccgctgttt gagatgaata atgagacgaa ggtgttcacg gccccggctg
    29641 ccatcctgaa gcatatgacg atgggcatca ataagacctc gtcggcacac aaggcggcgg
    29701 attacaagta ttgggacgtg gcgggctaca cctcgccctt cctcgggggc gaaaagtcgg
    29761 cctattacct cgtggccaaa tgtgccaaag ggggcacgtc gggcgagttc ctgttgcaag
    29821 aggcatacaa gtatgacccg ggcgatggct tttattactt cctcgtgggg ctgctttcgt
    29881 ctgaatcggg cggggaacgc agcttcgcca cggcctacgg ctacacggaa atcctgcccg
    29941 gacaaatgcg catccgcaac atcatcagcc ccgacggccg gacgtatttc aacgtggccg
    30001 agggggtgat cggcgggaat attcgcattg aatcgggctc cgtgggatac agcaacctga
    30061 cggataaacc ggatctctca atctatgaga cccgttcgga gttcaaggtc tttgccgatc
    30121 agatccgcgg cgaggtgggg cggatcaatg tcacggctgg gggaacgaag gagcagttag
    30181 acgccttcca aaagcaggtg cagcaaaatg taaacaccct tataaaccgc gccaatgcag
    30241 cggacggaaa catttacaag ctgcagacgg cgggctttat gaccaaagac ggcgtgaacg
    30301 cgtggtggtc ggccgggctg acggagaaag gcgagcaggt ggcttcctac atctcgcaaa
    30361 gcccgacggc gattaaaatg atctcggagc atctcgacat caacgccatc gcaaccttta
    30421 ggagttataa aagcgccatc ggaaatattg tcagcagtaa tcgggcgggc gtcgagcaga
    30481 accgaacgac cgcgcagaac gcacagaccg cagcccaaaa cgcactgacc gcagcgcaaa
    30541 aaacagccgc cgccgtccaa tccctaccca gctgggtgaa taaaaggaca ataaaggcgg
    30601 cgctcgaggg cgagaccatt atttcgggag gattcataaa cacgagcctg atcgatacga
    30661 agaaccttgt cgtaaagcaa gcggcgcaaa tcggagactt catcgtgcgt ggaggctcgc
    30721 tcacggtgga acattatgga gattgggaga aggctaaagg cataaaaatt agccctaacg
    30781 gcggcgtgga tataagggat ggaaattacg gacacgtaag aataagaggc agtgaaatat
    30841 ttatggagcg gacaaacgcc aatagttcta tatcgataag ccccgatggt gggataacgt
    30901 acaccaagtc cggcgtcact tcctcattag gtattggaag aattgatgcc gactggcatt
    30961 catacgccaa gctcagcctc gacctcccgc ataaaaacca catcgccgct atgcccggct
    31021 cacacaattt caagaacgtg gtaatagaca ccgtcaccgg tctgcttggc tatgaataac
    31081 ccccaaccca taaaccattc aacaattcaa ccggcgtgta agcgccctaa ccattctggc
    31141 atgaaaataa tctacaaccg cctcctaccc ttccgcggct ttacggccat caatctgatg
    31201 ggcatcgtat tcgcgagggc ggagtatcgg ccgttatcgg ccgccgtcct gcgtcacgaa
    31261 gccatccaca cagcgcagat gcgcgaaacg ggctacgtag gcttctatct catctatata
    31321 gcggaatggc tgtggggact gctgcgcagg cgggactccc tcgtggccta ccgggctatc
    31381 cgattcgagc gcgaggccta ccgccatatg gccgatccgg cctacctcgc tcggcgccgc
    31441 ccctatgcgt ggacgcggcc ggaagtatag acaacgaacc attaacgatt atacgaagta
    31501 tggacagaca gtatttgcaa aaacaatcgg atgccaagtt tcgcatcgac attacggacc
    31561 ggatgggcca tcccgtcgat ccaacgaagt gcgatctgca atttgagttt tacacctccc
    31621 gctcgcggcg tatcgtcgtc gggcgaaagc tcggcgaagc gttccccccg gggctgaagg
    31681 tggagggtgg gcaggtcgtc gtaggcctcg acaacccccg attcaccgag ggccccctct
    31741 ttgcacgctt ccggacgcgg atctatgatg ccgccttccc ggatggattc tatgacatcg
    31801 cctcgggcga agtgaacaca ggtattgaag tagtagacaa ttaaacaacg taagacatgg
    31861 aaggaaaaga atttaacgta acagtagcgc tcgaccagcg gctcgggcag gatggcaaat
    31921 cggcctatga gctttggaaa gagcagggag gcgaaggcag cgtggccgac tttctggcta
    31981 agctgaaagg tgagcagggc gacgccggta aatcgacgta cgacctttgg aaagaggcag
    32041 gcaacgaggg cagcgtggcc gacttcctcg cccagcagaa aggcgaacag ggcgacgccg
    32101 gtaaatcgac gtacgacctt tggaaagagg ctggcaacga gggcagcatg tccgactttc
    32161 tggctaagca gaaaggcgaa cagggcgacg ccggtaaatc gacgtacgac ctttggctcg
    32221 agcaaggcaa cacgggcagc gtggccgact ttctggcctc gctgaaaggc gaacagggcg
    32281 acgccggtaa atcgacgtac gacctttgga aagaggcagg caacgagggc agcgtggccg
    32341 acttcctcgc ccagcagaaa ggcgaacagg gcgacgccgg taaatcgacg tacgaccttt
    32401 ggaaagaggc tggcaacgag ggcagcatgt ccgactttct ggctaagcag aaaggcgaac
    32461 agggcgacgc cggtaaatcg acgtacgacc tttggctcga gcaaggcaac acgggcagcg
    32521 tggccgactt tctggcctcg ctgaaaggcg aacagggcga cgccggtaaa tcgacgtacg
    32581 acctttggaa agaggcaggc aacgagggca gtgtggccga cttcctggct aagcagaaag
    32641 gcgaaccggg cgatgccggt aaatcgacgt acgacctttg gctcgagcaa ggcaacacgg
    32701 gcagcatgtc cgacttcctc gcccagcaga aaggcgaaaa gggcgatgcg gccaaagtgg
    32761 ctacgcagac ggtcacactc gaggccgcag gctgggatcc caccggttcc ggtcgtatat
    32821 cagtggccgt ggaaggtgtg acggctgaaa atacgcttat cgtaagcccc gcgccggctt
    32881 cgattgtggc ctatgggaaa tgcggcgttt atgccgccgt gcaggaagaa ggccgcttga
    32941 cgtttgcgtg cgccaagcag ccgcaagaat cgctcaccgt taacatcgtg atcttatgat
    33001 actgaataca tccattacag gcgggcccgc ttttacgggc atcgtgcaca agtacaaggt
    33061 gaagaataag agcatggccg gccccgcgga ggtcgccgct gggatgcttg ggcgtgacat
    33121 tgctccaaca gtgaacgggg tatccatgcc gctttcggcc acgatcccgc caggcggtga
    33181 gggcgtcatc tgttccccag tgcagaagtt tgagctggat actccgatcg gagggggtga
    33241 gctgaaggct cctgacaatc ggatctatct gggcgaggcg gttacgcttt cccgcaccac
    33301 tgaggggtat ttgctcatcg agcgcgaggt ggtggctgag atgtagccac gcgctccccc
    33361 cctcgtaggg gcgccccttg tgggcgccct tcagggacgc cccgacaggg gcgaatgatc
    33421 cacggtaacc gggtacgcag gtggggcata acgccccggg cacccacaag gcgcatgaat
    33481 accagggcac ccacaagggg tgcccctacg agaccccaac aattcaacaa ttcaacaatt
    33541 caacgcggcc gaaggccgcc aacaattcaa caatcccccc cacatggaaa tcctccttga
    33601 gggcacgcgc ccgatgctgg ccattgcctg cgtgtgtgcc ctattcgtcc tgctggccat
    33661 gatgatcgac ctcgccagcg gtgtgcacaa ggccaagcaa gccggccggc tctgcacctc
    33721 ctacggcctc agccgcaccg tgggcaagtt catggtctac gagggcggcg tcatcatcgc
    33781 cgccatgatc gacctgatga tccactactc ccacctcttg gtgctcatgc ggctgcatcc
    33841 catcgtaggc tttccggtgg tcacctgcct gatgagcatc ttcctctgcg tgatcgagtt
    33901 tatgagcatc cgcgaacgcg ccgaggataa ggagcgcaag aacatgaatc gcgccatcca
    33961 taccctcgtc gaggccatcg gcaaagacaa cctccgagcc atcctccgcg ataaggtcga
    34021 cagcaccgta aatgatggtt gaattgttgg cggcctttgg ccgcgccctg aattgtttag
    34081 gcgtttagcc accaacaatt cagcccccaa caattcaacg aataaacggg gcgaagcccc
    34141 caacagttca acaaataaac gcggccgaag gccgccaaca attcaacaac taacccccaa
    34201 gacaatggac atcaaaacca ccatcccccc accttttacc ccgagctacg tgccctatat
    34261 gtacaaaggg gaaaacgtga aaggcgcctt cggagcaggc acccgccccg acttcatccg
    34321 cgcctccgac cgcgcctact tcgacgccgg catcacccgt gacgacctcc ggcagctctt
    34381 catcgctatg gatctcttcg acaccggcgc cggcatgaag ctcgtcggcg acttcaacta
    34441 cggcaacatc aaagcccgcc cgggccagtc cagccgagca gcgttcgaca aggtcgaaaa
    34501 gtcaaacgat ggctatgcca actacgccag ccatgccgac tttgcccgtg ccaaactccg
    34561 gctcattcag aagccacttt ggcgcgtcaa cctcgaggcc gacagcccct cggacatcat
    34621 tgataagatc gtcggcaacc ccgcgaacgc ctggggcaca ctgctcagcg atgccgcccg
    34681 ccgcgcactc gagacgggca aaggcatcga acaattgtcg cccaccatcg gccgctacga
    34741 gggcgagcgc gaccgcgtca tgcgttaccg cgcccaaggc atttttgaca tcagccgcgc
    34801 ccggcaaaag atgtacgccg aaaagctcac ccccatcgcc cgccaagtag gccaatacat
    34861 ggccggtggc gacccgaacg tcgtctacac gcccgccttc gagcgcacgg ccacacccgt
    34921 cgaaccgccc gtggtgcccc ctatccgccc gatggatcca agtgccccca cggtgcccga
    34981 gcagcccacg ctggcgcaag gccctacgcc gatcagtgcc gaggcattcg ataaaacggc
    35041 attcacacgc aagagccgtg cacgacttgt ggacggccgc acggtgtacg tggccgccgt
    35101 cgacttcgag cgccgacagg tgaagtatta caacgggaaa gacgtcccct actggataga
    35161 tcgagataag gtcgccgcca tcgtgtaggg ggcgaataac cccctcgccc cctctcatca
    35221 ttcacttaat cgaacaatga aaaagcccca agaagattac gaagcctttg tggccaaatt
    35281 tgaacgcaaa cgcacctccg acgactgcta caccccgccc gaggtatacg acattgtgct
    35341 cggctggctc agcgaacagg tcgacctcgc cggcgcccag atcatacgcc ccttttggcc
    35401 ggatacggac tacaaacaag tggaataccc cgacgggtgc gtcgtggtgg acaatccgcc
    35461 gttctcgatt ttcgccgaga tcgtacggtg gtacctcgcc cacggcgtac gcttcttcct
    35521 attcgcccat cataagacga tattcaatct cgatgcgccc tacacacgcc tcgtttgtgg
    35581 cgctgatgta accttcgaga acggcgccgc ggtgcgcacc tcttttgcca gcaacctatt
    35641 tggtgacatg ctggccatgt ccgtgcccga cctctacgag cgcctcacgg cggccgcgcg
    35701 cagtaagaat cctttgccgc gctacagcta ccccgcgcac gtgctcacct tttccagcct
    35761 ctcgcgctgt gccgtccacg gcgtcgccat ctcgatccct cgcagcgagg ccgcgtttgt
    35821 ccgccggtta gacagccagc aagcatcgaa aaaagccatc tacggcagtg gcttcctgct
    35881 gtccgatagg caggccgccc gtatggaagc cgccctcctc gaggccgacc gccataaagc
    35941 ggaaaaggcc gcccaggaga tcgaagcaca tgtgtgggcg atctccgacc gcgagcgcga
    36001 aatcattgcc cagctgagcg ccgggcaggc ttagtttttc actttccgtt tttcacttct
    36061 ttccccatgt ttctgaccgt cgacgaactt tatactcacc tgcacgacga gacggtggcc
    36121 gtcattagcc gcgacacgga ggccataccc gtggccgcca tcgatgccgc cgtggccgag
    36181 gccaaaagct acttgcatga cttcgacacg gctgccattt tctcggctga gggtgaggcg
    36241 cgcaatgcgc tgttgctgct atttgtcaaa gacattgccg tgtggcactt tgtgaacctc
    36301 gggaatgcct gcatcgatat ggaactgcgc gaaaagcgtt acgacagcgc catcgcgtgg
    36361 ctgcggcttg tgcaaaaggg tgatctctcg cccgacctac ccccgcgcac cactgagccc
    36421 ggcaatgaat cgccgatcgg aaagatccat ttcggcagca atcccaaacg tggccagcat
    36481 ttttaagctg tttaggcctt gcggcctgtt tagttgttgg ggggcttcgc cccgtttatt
    36541 cgttgaattg ttcaacaact aaacgattca acgaataaac actgattaaa cgccatttaa
    36601 tgagcaataa aatgaagcat aaacaggccg ccgccggccc catctctacg cagatcatcg
    36661 tgcagcccgt ggtgcgtacc gtgcacgatg tggcatcgtg gcgctccgcc ctacgcatgg
    36721 ccgacaatgg caaccgcacg aagctctacg acctctatag cgacatcctg ctggatggcg
    36781 tgcttgccga cgccatcgat aagcgtatcg acgccgtcaa agacgccgat ctgtcgttta
    36841 cgatcgaaaa caaagacgtc gatgtgatgt atgatttgat ggatacggtc gagttcgagg
    36901 agctgatcgg cgaaattatg atggccaaat tctggggtat ctccgtcgac gagttcgact
    36961 ttgacgagga gcacaccttc cgttttacat ccatcaatcg gaagcatatc cgcccgaagt
    37021 tgaaagagat cgtaaggcag cagacggacg accgcggcat ctcctacgcc ggcgatgatc
    37081 gggtgatcca gtggggcaaa gacgacgacc tcgggctact gctgaaggtc tcgccactgg
    37141 tcatctataa acgcggcggg tttggcgact gggcgcagtt tgtcgagctg ttcggtatgc
    37201 cccttcgcat cggcaaatac agcgcaatgg acgaggccag ccgccgcgaa ctgatccgcg
    37261 ccttcgagac ggccggatcg gcgccttacc tcgttatccc caaagagacg gaggccacgc
    37321 aggaggccaa cgcctcgtcc ggaaacgggc ttttatataa agagttccgg caggcttgca
    37381 cggaggagat tctgatcacc atactggggc agacgatgac caccgtagat ggcagttcgt
    37441 tggcacaagg gcaagtgcac atggccgtac aagaaaagaa gcaccgcgcc gataggcgtt
    37501 tcgtggagcg catgctcaat cgctatttcg taccgatgct catccgtcgc ggctatccga
    37561 tcaccggtgg gaagttccgc tacatggatg ccaaacgtga gctcgaggtg cccgaaatcg
    37621 tccaactctc ggacatcctg cccatcccgc aaagctacct gcatgaaaag tacaacatcc
    37681 ccctgcccga gcctggcgaa cccatcgccc gccggcaggc gcagccgctg tttgacgtgc
    37741 ccgaggggga cagtgaggga gatgaaacgg acgaagaaac cgcccccgac aagggcaaag
    37801 cagacgcccc caagcccgac aaaaaggcat cggagggcga tgcgccgacg agcggcaaag
    37861 tgaagcatgc ggatcgcggc aacctctttt cccgggtgct cgattttttc gtccccgccc
    37921 ggtcatccgg ccgggcgaca tccaacatcc tcacactctc ggaagtcacc cttgcggatg
    37981 ccctgatccg gcaggcgatt gagacaaagg gacgtgctta tttcagcgcc gaactattcg
    38041 cctacacgca cacggagctc atccgcggac tgcgaaaggg ctatcgccgt gcagacgtcc
    38101 ggctggccga tggtggcttt gtctacaatg ccaatgatga tgcctacctc gtggccttgg
    38161 agcaaaacct gtttcatttc tcagcggcca aaacgctggc cgaggtgaac gagttgaacc
    38221 gcctgttccg cgagagcaaa ggctttaacg acttccggaa gaaggccaag ggagtgacga
    38281 aagtctttaa tgagcaatgg ctgcgcacgg agtacggcac ggccgtttcc gtggccgaat
    38341 cagccagcac ctaccggcgc cttatggcac aaacgaacgt attcccgttt tgggaatacc
    38401 gcaccgtggg cgataaccgc gtaaggcaag agcatcgcga tctggagggg ctgatcctcc
    38461 cggtcaatga cccgcgttgg caaaagatca tgccgcccaa tgggtggaat tgccggtgct
    38521 acatcgtccc caaaatggca cacgaagcgg ccgatttaga tatggaggaa atgcgcgccc
    38581 aatgcgacgg atacctcgat tctaacgaat ggaaacgatg cgaggcgcag ggctttggca
    38641 tcaatcgggc ggacgtggcc gaggtgttta cggccgatca gatgtatatc cgcaagtttc
    38701 cggacatgtc gagtaagacg ctcgaacaga tcaccccgcg cgaatggggt gtcggcgaat
    38761 ccctcgacac gctaaagcgg gaggcggaga gcgaggtgcc caaatacgag ggatcggcgg
    38821 aagcgtggtt cgaggccaat aaggtagtcg aggcgggcac ggagctgtta aaagtgaaag
    38881 actatgccgg ccgcgtgtgg cagatgacca aaaaggcgtt tgccgcgcac actacggata
    38941 tggtaaagaa gcgcgctttc cgcactgagt ttttggatgc catccgagag gtggccgccg
    39001 cgccggatga agtgtggctg gcgcgcgaac gaaaagaccg gatcaataag gtaaaggcga
    39061 tcgataacta cgtaatgatc aaatactaca aagacgaggc aatcgccgtg gccgggaagg
    39121 tggacaaatc caaactgacg ctaaaatcgt ggtatgtatt gaaggataag aatgcgcgcc
    39181 gcgggctgct gatccggaaa cggccaaaaa caaaataagc cggatcgctc cggcttatat
    39241 ggggattaat ttgcacctca cgctgtagct gttacagtcg gctggagtcc ccatgcatcc
    39301 ccgaggtgtt ggccatcagc cttaaccgtg gttacaaact tcgatgcaaa aatacaactg
    39361 aataggaaag tacaggcaaa tggaattgga agagtttggg gcttatttga aggcactgcc
    39421 ggcgaagatc gaaagcgccg cacctgccgt tgtggccgaa acggccgtgg aatactacaa
    39481 agagcgtttc aaggaaaagg ctttcgatgg ggcgccgtgg gtacccgggc ggccgaaaaa
    39541 gagcggctcc ctgttggtgc aaagcggcaa tctgatgaat agcattcgcc ccgactatgt
    39601 ggggccggat aaggtcatca tctcagccgg caatgcccaa gtgccctacg ccaaagttca
    39661 caacgagggg ttcgagggag atgtggccgt aaagtcctac gtgcgcagca cgaagaaggg
    39721 ccaagcgagc aagaaagaga aagacgcagg cgatgccctg ggcacggtaa aggcgcacac
    39781 ccgccacatg aaaatccccc agcggcaatt catgggcgat gcccgagagc tatccgaccg
    39841 catcaaagac cgcttgaatg cggccatcag tagcatcctg taacgaatga gataaagaca
    39901 tgaataaaga actgtttgtt gccttgtgcg atcacatcgg gcgcagtgtg cccgaaatcc
    39961 gttttataga cttcgaccgc gggcagctga gtgcgtccgg cgagcgtccg ccggtggact
    40021 ggccctgctg cctgctgagc atcgactaca cgaattgccg tgacctcgcc gtggaagaga
    40081 atacgcaatt agtaatgacc gacattaccc tgcgtgtggc cttcccccca gctggcgaaa
    40141 cgcataacca cgcccccatc ggggtacgca acacggcttt gcagatgctc gacacggtgg
    40201 aaaagctgca cgatgccctc caaggcgaaa cgctgggcga tacggtgtcc gcactcagcc
    40261 gcagccgcgc cacaatgcag acacgcagca atcggatcgt cgtcttcaat ctgacctact
    40321 cgacgacctt ccaagaagtg aaatagccgg atccatccga gcgggatgaa aatccccctc
    40381 gatatgtaaa acgaacataa aaaacggggc gcgaaaaaca tgccccgttt ttgtactttt
    40441 tgattggaaa ccttgtactt tttgattggc ggattata
//
LOCUS       SEQF3106|MIQD01000017.139862 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..39862
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             275..664
                     /locus_tag="SEQF3106_00745"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYTTIQRANPQDRSKVKWYARPIIERRVRMKEITDEVTLLTEL
                     RFRMVRKVLLTLFDVIVRHLLAGRSVTLRPFGVVRLSFTSDGHEAPEHITPERIRELK
                     VIIIPDVALKERLRNLQFELEQEPICE"
     CDS             848..1840
                     /locus_tag="SEQF3106_00746"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMMAMLAVTCVMTLAACENNNPEPDPIPNPTPEKPGGGSTIKAI
                     HLNKTSLELAINGREALTTTVEPANASVQILTWSSSNEKVAKVSTTGEVRGVASGKAT
                     ITVRGGGASASCTVTVSGQEIPVGDLKVSMTGTINHTQYTEGQSATVTFSRFPKSVEE
                     FKMVREQIGTEPQGAVALQVMAYEMFRQDRKLGEQVLRLNTTTTNISMVLNRLKSIFD
                     GDAQSNRPYQMAAFLKGATPENGYNPEKPYTVEIIVDKGRKYENYNTYQTTLIHLMVL
                     TKGDDGGKRHISVMQTQKPGQPGEDGTYYIVNQSDGLHLRVKDKAFKAPFNGLD"
     CDS             1874..2248
                     /gene="yhaH"
                     /locus_tag="SEQF3106_00747"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P64590"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YhaH"
                     /translation="MNDMIANFKSAVTDQYTQFRGRASRAAFWQYILVYAVISIVFSL
                     LIDLLSDVRAVYYILVVLYGLIALALLAPTLAINVRRLHDIGKGGGWIFVNLIPIIGG
                     LWYLILMIKEGEPQSNRFGDRP"
     CDS             3482..4957
                     /gene="cysS"
                     /locus_tag="SEQF3106_00748"
                     /EC_number="6.1.1.16"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21888"
                     /codon_start=1
                     /transl_table=11
                     /product="Cysteine--tRNA ligase"
                     /translation="MDKQQQKLVLYNTLTRRKAEFEPLHAPHVGMYVCGPTVYGDPHL
                     GHARSAITFDILFRYLTHLGYKVRYVRNITDVGHLEHDADEGEDKIAKRARIEQLEPM
                     EVVQHYTRRYHRAMDLLNVLPPSIEPQASGHIIEQMELVKQILANGYAYESEGSVYFD
                     VARYNQDHRYGILSNRNVDELLNTTRELDGQTEKRNPVDFALWKHATPEHIMRWPSEW
                     GEGFPGWHCECTAMGRKYLGDHFDIHGGGMDLIFPHHECEIAQAVAAEGEQMVRWWVH
                     NNMITYNGQKMGKSLGNAITLEEFFTGQHPLLAQAYRPETIRFFILQAHYRSTVDFSN
                     EALQASEKGLERLFEAADRLAKLTPSDTSTVDVSNLRARCEEAMCDDMNTPIVISHLF
                     DAAKAINTVHDGRGTISSGDLRELQSAFHLFMDDILGLRSAAPSDEKDEAYRRAVDLL
                     LSIRQQAKQNKDWATSDRIRNELSALGFVVKDTKDGAEWSL"
     CDS             4945..5718
                     /gene="ramA"
                     /locus_tag="SEQF3106_00749"
                     /EC_number="3.5.1.100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q75SP7"
                     /codon_start=1
                     /transl_table=11
                     /product="(R)-stereoselective amidase"
                     /translation="MEPVAMKVVILQQDIAWADPAENVLRAEEAIDRRPGADLYVLPE
                     MFATGFATRPEGVAEPADSETLRWMVRKAAACRAAVAGSLAVEDGGCYYNRLCFVHPD
                     GRVETYDKRHLFTYSGEDRHYTRGTRRVVVNFRGVRILLQVCYDLRFPVWSRNRGDYD
                     VALYVASWPVGRISAWSALLRARAIENQCYVVGVNRVGRDPVADYSGASVVIDPYGRT
                     VATCEDHHVSAAEAVLDMERLAAFRQKFPVLGDGDAFSL"
     CDS             5950..6309
                     /gene="rplS"
                     /locus_tag="SEQF3106_00750"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QV42"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L19"
                     /translation="MDLIKIAEEAFATQKEHPAFKSGDTVTVSYRIREGNKERIQQYR
                     GVVIRISGAGEKKRFTVRKMSENIGVERIFPIESPFIEQIVVNKVGKVRRSKLYYLRQ
                     RTGKKARIKEKRGTAAV"
     CDS             6486..6932
                     /locus_tag="SEQF3106_00751"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIYKAIDIANKLLARAKSEDSGELMSNLKLQKMLYYEQGFHLAY
                     FGTPLFEDAIEAWMYGPVVPVVYDHFKASGRQGIDPGDVEVVVLEDEEEALFEDVFRV
                     YAAYSAVGLMERTHKEAPWKNTPTGTGNVIDQKLMKSFFKKRLRHE"
     CDS             6925..7356
                     /locus_tag="SEQF3106_00752"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKRKRGSLVKELRDENARVGIYEQVDHPLFSFKYLQEDSIDKY
                     DVNKGGKPYFDFLMRLKKLSELGWKVIRTSGRHGFGMEKVSRSRIIPQKPLPPFITPE
                     VEDLHVFRSKGDNTALVGWQMEKVFYIFYIELRHGDIYRHS"
     CDS             complement(7360..10713)
                     /gene="mfd"
                     /locus_tag="SEQF3106_00753"
                     /EC_number="3.6.4.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A7B2"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcription-repair-coupling factor"
                     /translation="MDIKDLQTLYAAHPQIGAVTALVKRGDARDVLLAGLHGSSRAVC
                     TAALFGRLGGCLLCLMNDLEEAGYFYNDLVQLVGEGRVSFFPSAYQRDIKYGHTDAAN
                     EVLRTEALAALQAASPELIIVSYPDAVAERVPARSTLQKNTLELHTGEGVDPLFVSDV
                     LDTYGFTQTDYVYEPGQYAVRGSIMDIFSYSNERPYRVDFFGSEIESIRTFDVETQLS
                     QDKLTAICIIPEISRYGHADSSLLELLPRGTAVVMSDAAWCRQRIAALWDEEPVNKDD
                     EGFADREAMRRKLIRAEDFARALEPLTRLHFQARAEDAAAILRFDTAPQPLFQKNFDL
                     VSQSFRQYLREGYTIHLLTDSEKQAERIRDIFKDRGDDIAFTPVNRTLHEGFTDHTLR
                     SCFFTDHQIFGRFHKYNLRSDRARSGKMALTLKELNQFTPGDFIVHIDHGVGRFGGLV
                     RTEVNGHLQEAVKLIYRNNDILFVSIHALHKLSKYKGKDGEAPALNKLGSGTWEKLKD
                     RTKKKVKDIARDLIRLYATRRQQKGFAFSPDSFMQDELEASFIYEDTPDQMRATAEVK
                     ADMERERPMDRLVCGDVGFGKTEVAMRAAFKAVADNKQVAVLVPTTVLAFQHYRTFCK
                     RLKDFPCTIDYISRARTTSEIKAILRRLASGELNILIGTHRIVGRDVRFKDLGLLIID
                     EEQKFGVSVKEKLRQLRTNVDTLTLTATPIPRTLQFSLMGARDLSNITTPPPNRYPVQ
                     TEIQRFNADIIREAISFEMSRNGQVFVINNRIQNIYEIEALIRREVPDARVAVGHGRM
                     EPEALERVVIDFVNYEYDVLVATTILENGIDVSNANTIIVCDAHHFGLSELHQLRGRV
                     GRSNRKAFCYLLAPPLTTLPPDARRRLQAIESFSELGSGMHIAMQDLDIRGAGNMLGA
                     EQSGFIADLGYETYQKILEEAVDELKADEFADLYAGDDTASETGDTYVRETFVESDLE
                     LMFPPTYIPNDSERVALYRELDSIETDDALKRFVSALQDRFGRIPTEGEELIRVVGLR
                     RMARRLGIEKVVLKRSLMALYLPTAADSPYYQSRAFGRLLTYIGLHPRSCQLREQNGR
                     RSIVIRNVASVAAAVRCLTEVERTEPEAG"
     CDS             11269..11934
                     /locus_tag="SEQF3106_00754"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIILLACAAFALTQARAQVTIGAKAGLNLSTISNVELMRLTEEG
                     GQLRAVSLDPKYLLGAHAGGFARYDFTPVLGAQAELLYSMVGYKLEMPVVSYNGGTLV
                     NTEINTRLHYLTLPLLLRATLPGTGLFAELGPQMGIRLGERANYDFTAGWLKGHFSDK
                     SHQATDLDLSGVVGLGYRMRCGLSLSARYVHEFKTSDKRFIPGLSRKRAFQLSLAYDI
                     KTF"
     CDS             12137..13918
                     /gene="pknB"
                     /locus_tag="SEQF3106_00755"
                     /EC_number="2.7.11.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QNG1"
                     /codon_start=1
                     /transl_table=11
                     /product="Serine/threonine-protein kinase PknB"
                     /translation="MYLPKGYCLQNGKYGLTEVIGQGGFGITYSGVWNTEVKGELGAV
                     KTAVPVCIKEYFFKDYCYRDPATMQVRVHSETGRMLFDKFREKQIEEARILSEVHHPY
                     IVNVLEVFEENNTAYIAMERIAGQSLKSILEGCGRLTEQRALKYIGQIGRALEFVHGK
                     SILHLDIKPGNILIDAHDDARLIDFGVSKRYDIGDQATSTTTLTLSKGFASIEQYDSD
                     GLAGFSPRPDIYSLGATLYNLLTGSVPPESILRVTKPLVKPSELNADITPKTEHAILK
                     ALQVDPADRYPSVRALLDDLDIPPYPEKEDHPIPTDEAPTPAPTAADDECTQLLTDDA
                     EATILITPPSGEPPAKPVRKSRRRMLVPLLICASLLIGWAASYLIGGNRQPASIAAPV
                     AEQAAPGEPGADRTAFAQPTDEAPTHPATEKEHKREAEEKHKAEKKAEEAKPDAPEKS
                     PKSEEPADAANTRYTALIASGRAKMDRGAYAEAKADLMRAKEIKVTEEVIRLALACDD
                     RMEEEGISARKALYEPGMPFGNYTIVRKKQNGRYGAIDARGIERIRCIYLSVGRSENG
                     RAFEREDHLYDIYNTSGAMVARGLTTY"
     CDS             13942..14889
                     /locus_tag="SEQF3106_00756"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKWTGILLLMLACCLPWCTQAQRQTEYNRKGDEALERKDYRDA
                     KMWFEEGVFTECDRYSIDRLTTIWLEDESMHLSMRTVMNKCLNCLGEWATERDTLAIQ
                     KLILYYSRGIGTAENPVTAEYWRRQLESVRRTVYGIDEAPRTPYTPMRFFFGYQASVL
                     APFGIRAGGVAGRLGWYAEAQTNFSFRGHTETCRTAGGHFTIEGLTGYYGYTGSRQAN
                     VMMASVGLLIRALPDAYLSVGAGYWQRNLIRQYGIADNTGYIRETAWAKDLDASEKGL
                     KVDLGATYFFPRNRFYAAVECGLLNFQYVYPGFGVGMIF"
     CDS             14911..17061
                     /gene="nanM"
                     /locus_tag="SEQF3106_00757"
                     /EC_number="5.1.3.24"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44544"
                     /codon_start=1
                     /transl_table=11
                     /product="N-acetylneuraminate epimerase"
                     /translation="MNHKSPLLLLVPFLFLLTLPVACIDDPEVEPGIQNARIPLMGET
                     VTINALTASSVTLTASVARANGARVTERGFCWSESQHPTVDHHAKTFGSGIGEYQGTV
                     EGLVNGRSYYIRPYARNAKGVAYGEERKVQTSTGLGLVRTLLIADSTHAESALCGGRI
                     ETPGEGDILARGVYFSTSPDMSPRDSVLSTSKADSFLCPLKGLKAATTYYVEAFVRNR
                     FGTYTGADTRRIFTTSDGRPTISRLDVMGVGYTSAALSATVIDAGDAPVAERGFCWST
                     RPNPSILTSPYVTIGSGTGGFGGECSPLEPNRKYYVRAYAMNRLYGYTYSAQDSFTTL
                     SNLPTLTTLTPTNLTKGSATLGGHLIAAGESPVTSCGVCWSLTNEYPNTSTDEYITCS
                     IGPAGNFTGRVAGLKGGRTYYIRAFATNSEGTSYGEPITQKMPPIFTTEEREFPGSPR
                     VQGTPTCFTFGDRAYLLGGDIGPYYTADLYFYNTASHQWRQMLACPSGPLKWQTAITH
                     GGSAYVFGGIDVNHKTNNRFYRYDVAGNTWFTLTPAPDSLCLSLGVALNDRLYLIGGR
                     GDTATNHVWCYHIAASTWVRQPDFPARHYGGVALAAGTSIYAGLGRSPDGTFNRNLWR
                     TIDMHTWTLDTYCSLAEGGILAGASCHNKLYLIDEAFNLIEYEPTTHTWTRRAKLPST
                     FHGIHCMYAINDLIYIGLSPNTPKLLVYDPAWDN"
     CDS             17420..19420
                     /gene="ligA"
                     /locus_tag="SEQF3106_00758"
                     /EC_number="6.5.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O87703"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA ligase"
                     /translation="MNDIENRITALREELEKHNHAYYVLSTPTISDREYDEKMHQLQR
                     LEAEHPELADPASPTQRVGSDLTEGFAQVMHRYPMLSLGNTYSEDDVREFYERVARTL
                     GEPFEVVAELKFDGTSISLIYEQGRLTEAVTRGDGVRGDDVTANVRTIRSIPLRLRGE
                     GWPERLEMRGEVLLPWPEFERINREREAQEEPLFANPRNAASGTLKLQNPRIVASRRL
                     DAYLYYMLGEGLPADNHYDNMQAARAWGLKTSDAMCLCHSLDEIMAYITRWDTERHRL
                     PVATDGIVLKVNALRQQRALGSTAKSPRWAIAYKFQAERAETRLVSVAYQVGRTGVVT
                     PVANLEPVLLAGTTVRRATLHNASIMSGLNLHLGCRVYVEKGGEIIPKIVGVDRSDAA
                     VGEPITFVSRCPECDTPLVRVEGEAAHYCPNEWGCPPQVKGRIVHFVSRRAMNINIGP
                     ETVEALYDAGLVRNAADLYAVSEADLLRLDRFADKSARNYCDSLEASKQVPYARVLFG
                     LGIRGVGESVAARLALAYPSIDTLMQAPAEELVETDEIGEKIARSVIGFFADERNRTM
                     VERLRAYGLQMTLRESDTVGARSDVLKGLTLVISGTFAHHSRDEYKAMIERHGGKNAS
                     AISGKTDYLLAGENMGPAKRSKAEKLGVKLINEDEFLKLIGE"
     CDS             19417..19974
                     /locus_tag="SEQF3106_00759"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILTTYFLNKKIRSLAKEAATRTHCYRSMDDVRYVLIMCEARDW
                     KAVEPCIDILKKKGKTVHVCVYTRKDEDTPIWDYAFLPVEEGKDVNIWGFPDKNMRTQ
                     LNNLSVDVLIDLTSEEVPVMRYLMLQQPSAFKVGAKYEQGANLFDLSIVMKDGVHDIP
                     FLFRQIMVYMQAIRSSAAAANNPAK"
     CDS             20010..20900
                     /gene="dapA"
                     /locus_tag="SEQF3106_00760"
                     /EC_number="4.3.3.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67216"
                     /codon_start=1
                     /transl_table=11
                     /product="4-hydroxy-tetrahydrodipicolinate synthase"
                     /translation="MALIDLKGMGIALVTPFKADGSVDYEALMKLVEYQVGNGADYLV
                     VLGTTAETPTLTEHEKEEIKRRVVTQVRRRVPVVLGVGGNCTRAVVDTLRQIDLQGVD
                     AILSVVPYYNKPSQEGIFRHYEAIADATTRPIVLYNVPGRTGMNMTADTTLRLARTFR
                     NIVAVKEASGNIKQMNDIIKNKPADFHVISGDDGITYPLIALGAVGVISVIGNAFPRE
                     FGRMVRLALEGDYDNARIIHSRFMELFDLLFVDGNPAGVKSMLNMMGFIENRLRLPLV
                     PTRLTTYEKIQEILNRLQNK"
     CDS             21003..21257
                     /locus_tag="SEQF3106_00761"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRTITFNKLRSIKDRLPDGTIHRIAEDLGLTVETVRNYFGGEN
                     YKDGKSCGLHIEPGPDGGIVMLDDTAILDRALDILGAQRV"
     CDS             21523..21873
                     /locus_tag="SEQF3106_00762"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQGLSDHFGDSENTMQGLSDHFRDYENTMQGLSDHFGDSENTVQ
                     GLSGRFRDYENTMQGLSDHFGDYENTMQGLSDHFGDSENTMQGLSDHFGDSEDTMQGL
                     SNHFRDSENTMQGP"
     CDS             21967..23091
                     /locus_tag="SEQF3106_00763"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKQLVTLAIHTYEKAQILKTLLEAEGIEAYIHNVNQIQPVISA
                     GVRVRINESDLPHALRIIEDTQWLKEQADEPNPEEENAPKKVLIPIDFSDYSIKACET
                     GFRHAARIDAEVMLLHAYFSAYIPSALPFATRDPIVTGAAGNESIHAVYKRVQTDIEN
                     MCTLINRKMESGEWPRVKYNYILKEGVPEEEILEYAKEYRPTLIVMGTRGKNQKNIDL
                     IGSVTGEVIEQTETPLLAIPEHVPYSDLSECRRVAFATSFNKRDIEAFSRFVAFFKEY
                     PVQIELFNISTSRNEWNEIRLAGMDEYLTKQHPGLDIEHTVLHDGDLLDAIQAFVEEK
                     HIDMIACSTYRRSMITRIFNPSIARKMIFHGNTPLLVIPI"
     CDS             23116..24147
                     /gene="ansA"
                     /locus_tag="SEQF3106_00764"
                     /EC_number="3.5.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A962"
                     /codon_start=1
                     /transl_table=11
                     /product="L-asparaginase 1"
                     /translation="MSKSSVLLIYTGGTIGMVQNAETGALEPFNFRHIQEHIPELKRL
                     GHKTACLSFDPPMDSSDIGPDSWAEIVRLIADNYDAYDGFVVLHGTDTMAFTASALSF
                     MLENLNKPVILTGSQLPINMLRTDGKENLITAVEIAAAKDGSGKPVVPEVCIFFENLL
                     MRGNRTSKINADDFNAFHSFNYPPLARAGVTIRYDAQLIYRPQLVRPLKPHYACDRNV
                     VILKLFPGITEAVVSSVLHTPGLRGVVLETFGSGNAPTAEWFLKQFREATERGIIVVN
                     VTQCTGGCVEMHRYEVGRKLLECGVLSGYDSTSECAVAKLMFLLGQELTPKEIREHMR
                     YSLIGEVTL"
     CDS             24144..25001
                     /gene="panS"
                     /locus_tag="SEQF3106_00765"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8ZKL0"
                     /codon_start=1
                     /transl_table=11
                     /product="Pantothenate precursors transporter PanS"
                     /translation="MNPILIVLPILTLLMFDLGLTLRPADFLLFRRRPRAVAVGLVGQ
                     IVVLPAVAFALGMAFALPPVFFVGLVLIACSPGGSSSNIFSKLAGGDVALSVTLTALS
                     SVITLLTIPPIMQLAVGVSGAEASDIHLPVGRLFVQNLLLMLLPIVAGVFVRHRFPSA
                     AAAIDRVLARVAFPALILLAVLFFIQHRVTIMAHFTGLGACITLMILTAVASGAALSR
                     LMHLERRETRTVVIEVGMQNAAQAIAVASSPLIFHNDVMAIPAILYALLMNVILLIYV
                     AAVKGRGNN"
     CDS             complement(25094..26110)
                     /locus_tag="SEQF3106_00766"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRHPFLSCTFLFLLLLTSACQTASTASNPDAEPIEIHRFDRAL
                     LAYVDADSTHAPALGDSLRHAYPEMLRVLSLALFEYPDTTDTPPLDRLADYYSEPNLH
                     RLYADAVSHYPDPVVDSLGHTLGAAFARLRADLPGLPTPAICFHVSGLYQNVLVGDSL
                     LSLSIDKYLGADYPLYTDFFPPYARRRMTPAHVAPDLLAAHLMSEYPFRGNEAVLLDR
                     MIYEGALRYAVLRALPTLPVHTLMGWTPEELSEVEHREPDLWRLIIERHALYTPDRTA
                     TARYFLDRPSDFLSDKLPGRLGTWIGLRIVSRYMDRTHAPLDSLLRTTDAQSVLTASK
                     YRPR"
     CDS             complement(26107..27234)
                     /gene="dnaX_1"
                     /locus_tag="SEQF3106_00767"
                     /EC_number="2.7.7.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WNT9"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA polymerase III subunit gamma/tau"
                     /translation="MYFHDIIGQDELKARLTETARRGIVPHARLFAGRPGAGTFPLAL
                     AYARYLNCTDRTDTDACGHCRSCLQFNELAHPDLHFVFPIVSDKKRKKTICDDYLDEW
                     RAMLHQRTYFDLDLWLDYMDAANKQALIYAEESDQIIRKTSLRIYEAEYRTLLVWMPE
                     RMHAACANKLLKLIEEPPARTVILLISDAPDRILGTILSRAQRLDVRPIAHDALAHAL
                     EQRNSLPPDEAQRIAHLAHGDMLAAERLRGDDERQRLYLEFFKRIMRNAWTRNVREMK
                     HTADELAALTREQQRAFLAYAQHMIRENFVRRFRSDDLNYLRPDEADFSVRFSPFVNE
                     RNVFDLMGEFSEAERHIAQNGNAKMIFFDLSLRITVLIKKR"
     CDS             complement(27317..28270)
                     /gene="metF"
                     /locus_tag="SEQF3106_00768"
                     /EC_number="1.5.1.20"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AEZ1"
                     /codon_start=1
                     /transl_table=11
                     /product="5,10-methylenetetrahydrofolate reductase"
                     /translation="MDRVIDLINHSRGTAFSFEILPPLKGNSIRSVYRVIDKLREFDP
                     KYINITSHHGEAVEVRGADGTVRTVNLRKRPGSVAIASAIQNRYGITAVPHLVCKGFT
                     KDETEYGLIDLNFLEVNNLLLLRGDTKRLREPDNPELYHAHATDLQRQVNNFNHGIAL
                     DGSPIADIETPFSYGMACYPEMHEDARSMDDDIRYAKLKVEQGAEYLVTQMFFDNTKY
                     YAFVDRMRAEGVTVPIIPGIKPIVLRDQLEVIPRIFHCTFPPEFAAELGRCRTDEEAT
                     EVGVEWCTMQCRDLKAHGVPSIHFYTLMASDSIRRVAREIY"
     CDS             29085..30872
                     /gene="der_2"
                     /locus_tag="SEQF3106_00769"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00195"
                     /codon_start=1
                     /transl_table=11
                     /product="GTPase Der"
                     /translation="MNIPNNASKKYERFEARYQELSSYLCSIAAKIDAIKTDNTKQVG
                     IKKSLLSFLETYIKDSMNKLGKIKTGARWDKLVIAFFGETNAGKSTIIETFRILFDES
                     RHRTGEDGDGLIVGDGQSDFTKVYEEYNLKINGKEFILIDVPGIEGREEDFRDEIKRA
                     LNQAHCVFYVQGHNKKPDIKTAEKIKNYLSDWVNVYSIFNVRGGASNYDESDERETLE
                     TEAVRKNEQLIQDTFRGILGNIYKGNLTLQALLAMCARGHFASTREDLLRTQKKLIGY
                     FGSGDAVLRFSRFDRVMQLVDQKSEHYMDEIVEANKQKLIAQYRKVYQGLVDMMAQQQ
                     RDIDRLKERLIRFDVDMNMSFEETIRAIRNRLAYEHTKVFDDFKREVCDVLDDDYNKE
                     DSEKEIQQHAERLFEAYTTESRIVVENEFSRLEEKIKERRRELDNIQIGGLHIDISSL
                     EMPNLDEAFGKMGLNFGDVLGFATTVGGTALAFSVIPVFGTFIGAGVGLLLWGGKQLF
                     LGDSKREEAKDKARKTIDEKKRESQSTSLNKQINLIERTLDNEKDRFRQIIRNERNNL
                     QQLSDAIEDAQRQVVAYANHIKNTAYGEI"
     CDS             30859..32553
                     /gene="der_3"
                     /locus_tag="SEQF3106_00770"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00195"
                     /codon_start=1
                     /transl_table=11
                     /product="GTPase Der"
                     /translation="MEKFEVKKQRLKEALSGLEQLLDEGQRLGLDLTDAAQKLRSVVQ
                     ASEDETIRIVLLGSFSDGKTSAIAGLLGRLEDSMKIDQDESSDELKIYRPKDLKDGFE
                     IVDTPGLFGTKEKETDGQTMRYSEITERYISEAHIVIYVCHAVVPLKDSHKEIIRLVM
                     RDFGKLDCSIFVINKMDEAGTDMLDADDYAEMAAIKKKNLIQRLRDTIHLTPEEEAGL
                     RIACIAADPKGKGLAHWFARPDDYMRRSHIGLLRDYITEITEKKDATALRENKNIAAV
                     KDAMMQVEKEIFDRERLLSADLERSQEAMKEIKSELQLMKKDVEEARRTMSDRLKALF
                     EGITTDIDSATAKSISQVIEQRLGLKDGEVGFILERDVNQILQDCSEANNLQVSSVHV
                     DKLEELFESQNKLMQQMIKQGGKALGKVKLSGGMIKSARNVVAKGFKFKPWGAVKLAK
                     NLTNALGAIGIVLSVGMEIWDTIASKKREKELAELKSQLKGMLVDMQADIYAQFNDNE
                     SYYKNFAPSFLEMQQHAEEMQEAVDRISEQTARLHDYGERLRKHFDIKDTVKDTAI"
     CDS             33111..34121
                     /locus_tag="SEQF3106_00771"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTIESTLPRVMKFEGDNRKMYNLSLHVQFHYLQYGLVKAVDQT
                     KLKIPAPVMNTWDTSINSETKLDQESAISEHTAKLLALDTERDNILANIFYVVRGYRY
                     STEAPKKEAALRLAAKLKPYANIRTIAFEMESARIRGLEDDISTMAADIAAIGLTSTF
                     AQLHTANEAYEKMRMERRTDATDTKLPTAQTVRPIADEAYEIVCQYIQAAYLYATADE
                     DKALIEQLVDRMNKVTVDLKATHRQIVAQKKAAADKKPKEPKQPKEPKEPKDPKQPKD
                     PKPTPDPKPKPGGGDDIQIPSEPPKKPDDAEQPQPTPGGGEGGGDDIQIPSEPPKKPD
                     GQ"
     CDS             complement(34334..34717)
                     /gene="folB"
                     /locus_tag="SEQF3106_00772"
                     /EC_number="4.1.2.25"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P56740"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydroneopterin aldolase"
                     /translation="MDVFMDKVLMMKGRIALRGMRFYARHGVFEQETQVGGYYTVDVC
                     FALPSLAPTETDELADTVNYAEVYALVKAEMERPSRLIEHVAGRIVRALRAYRPDLSD
                     LSVAVTKHHPPLGGEVADAMVTLEG"
     CDS             35052..38123
                     /gene="susC_6"
                     /locus_tag="SEQF3106_00773"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MLLPAAGLLATGQMQAVGGTFSAPETATLTQQQRHTVSGTVVDE
                     MGEPIIGANILVKGTATGTTTDLDGHFSLEAGGPQVTLIISYIGYKRLEVAATAGQPL
                     NLRMEPEDNLMDEVVVTGYGTFKKSAYAGSASNVKGEKMQDVPAVSFKDLLQGNASGV
                     QFSASSGQPGAASTLKIRGMGSFNASNAPLYVIDGVPVRSGSINSLSSRAGLDIMSTL
                     NSSDIESITIIKDAAAASLYGSRAANGVVLITTKRGKSGKPAFSFKADFGSSDFAMDY
                     RPIMGGEERRQYIYDGLMAGQIKKGKTEAAARAYADKKIDKFAPIPWCGYTDWDDVLF
                     RKGSHSSYEASITGGADRFKYYSSLAYLKQDGIATNSGLERISGRLNVDYQATDRLKL
                     GTNMLLATVNQEVNSEGTSYTSPFYTSRNAVVPSDPVRNQDGSWNRKMIRIGDRNPAL
                     SAAYDYQREYVMRAFNTLFAEYEFIRDLKFRSTFSYDYVNTKGKDWSDPRTSNGEDKN
                     GAMDKRYSELRKMTWANQLSYRMTVANDHHLDALVGYEVDDQYSDYLLGQASNFATPE
                     KNAISNGMKTEAVGGRSTRSRMVSYISRLNYDYRNRYYLGGSFRTDGSSRFHRNSRWG
                     SFWSVSGAWRAIEEGFMEPTKGWLSDLKLRASYGVNGTLPSDLYGYMGLSSLTIGYLE
                     QPGIIRSQLPNIDLQWETNHNLNLGLDFGLWNRINVTLEYYVRTTKNLLMDRPISMTT
                     GFGSYLMNIGEVKNQGVELEIASTNVQTKDLTWTTNFNISHNRNEIVKLDGIQTEIIG
                     GTQIHKVGKPYRTFYMIEFAGINPNTGAPQFYTNEKDADGNYKKEITEDPSKANAAVL
                     DKYADPAVIGGLTNTLRYKWFDLSCMFSYQFGGYAYDVWAQKTEHGGNDMRANIPTYY
                     RNSWRKPGDATDYELFYENPAVAMSKISTSRRLHSTDFIRLKTITLGFTLPKAWVKAA
                     HLDNVRLYASANNFWTWASYDYYDPEATEAGSATWGTPPLKTVIFGLNMNF"
     CDS             38151..39596
                     /locus_tag="SEQF3106_00774"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A7LXT5"
                     /codon_start=1
                     /transl_table=11
                     /product="SusD-like protein"
                     /translation="MNYLRHITLLLIAAMLFTACGNDWLDVEPSTSIQTEDGVKSLKE
                     VEFSLNGIYSTMQSSDAYSGRLVYYADVTGDDMQAVSSTKRTGNYYRFNFTKDNGPSS
                     HWSYLYNIIQNCNFVLVNLDRITVSNAQKARRDDLRGQALAIRGMALFDLTRLFGYPY
                     TKDGGASLGVPIVETLSGTEDKPARKTVAECYAHIITDLTTASDLLAGKFNKGKFNKW
                     AALTLLSRVYLYKGDNAAALKAAKAAIAGAEKAGYALWTNKNYPKAWGADASATDPGE
                     VLFEIVNLTTDSPGLESMGYLNSKDGYDDMCITASFYRLLKQNPRDVRLKLLSFDGKD
                     YAYVNKYQPQANENIMDANIPLLRLSEAYLNAAEAAVKTGDNATAVTYLDAIVNRADP
                     DSTVKGKTLTLADVLNERRKELVAEGHRMYDVMRNGLSIKREDVEEPDIALTRHDTPY
                     MDYDRTFYMIVLPIPKREMDANPNMKQNPGY"
ORIGIN      
        1 aaatgcttcc gcaggcgaca cgtccgttgc cctgtccgca ggtgtgtatg tggttcgcgt
       61 gggcgacact gtgcagaaag tgcgtattga atgatgaatg attgatcccc gcgcccgggg
      121 cgaaaacccc gggcggatcg ggggtacatg tgagggggat gtacgatatg cccctacaac
      181 cgacgaacca accagcccca acgtcagggt aatcattgat aattaataat ggatcattga
      241 cacatgctct ttgatcatag agaatagatc agatatgaag tacaccacca tccaacgcgc
      301 taatccgcaa gaccgcagca aggtcaagtg gtatgcacgg cccatcattg agcgtcgcgt
      361 aaggatgaag gagatcaccg acgaagtcac tctcctgacc gagttacgct tccgcatggt
      421 gcggaaggtt ctcctcaccc tcttcgatgt catcgtgcgt caccttttgg ccggccggag
      481 cgttacgctg cgccctttcg gtgttgtgcg actctccttc accagcgacg gccatgaggc
      541 ccctgagcat atcacacccg agcgcatccg cgaattgaag gtgatcatca tccctgatgt
      601 tgccctcaag gaacgcctcc gtaacctcca atttgaactc gaacaagaac ctatatgcga
      661 atgatgaatg cttatgctgg gtgcccgggc acactgctgc ccgcccggta atcattaatc
      721 attcccaccc ccccggccga ataatcagta gacaattcat aattcataat taaccgggtg
      781 ggcgaaatgc ctgcccctat gatctaacta ttaaaacctt attgagatga aaagattttt
      841 tccgatgatg atgatggcta tgctggccgt cacatgtgtg atgacgcttg cagcatgcga
      901 gaacaacaat cccgagccgg atcccattcc caaccctaca cccgaaaaac cgggcggcgg
      961 gagcacgatt aaggcgatcc acctgaacaa aacttcactc gagctggcta tcaatgggcg
     1021 tgaggcgctg acgactaccg tagagccggc caacgcctcg gtgcagatac tcacttggag
     1081 cagtagcaat gagaaggtgg ccaaggtctc aaccacgggc gaagtccgcg gcgttgcgtc
     1141 tggaaaggcc acgatcacgg ttcgcggcgg cggcgcatcc gcttcatgca ccgtcaccgt
     1201 ctccggccag gagatccccg ttggcgacct caaggtctcg atgacgggca cgattaacca
     1261 cacgcaatac acggaaggcc agagcgccac ggtcaccttc agccgcttcc ccaagtcggt
     1321 tgaggagttt aagatggtgc gcgagcagat tggcaccgag ccgcaaggcg ccgtggctct
     1381 gcaggtgatg gcttatgaaa tgttccgcca ggatcgcaaa ctcggcgagc aggtgctcag
     1441 gctgaacacc acgacgacga atatatcgat ggtgcttaat cgcctgaaga gcatcttcga
     1501 cggcgacgcg cagtctaacc gtccgtatca gatggcggcc ttcctgaagg gtgctacgcc
     1561 cgagaatggc tataacccgg agaagcccta cacggtggaa atcatcgtgg acaagggtcg
     1621 caagtatgag aattacaata cgtaccagac gacactgatc cacctcatgg tgctgaccaa
     1681 gggcgacgac ggcggcaagc gccacatcag cgtgatgcag acgcagaagc cggggcagcc
     1741 gggtgaggat ggcacgtact acatcgtcaa ccagagcgat ggcctgcatc tgcgggtgaa
     1801 agacaaagcg ttcaaagcgc cttttaacgg cctcgactaa tagctacttt ataaacccct
     1861 cccacatacg gttatgaacg acatgattgc aaatttcaaa tccgcagtga cggatcagta
     1921 tacgcagttc cgggggcgtg cctcgcgcgc agcgttctgg caatacatcc tggtgtacgc
     1981 cgtcattagc atcgtcttca gcctgttgat cgatcttttg agcgacgtca gggcggtgta
     2041 ttacatcctt gtcgtgcttt acggcctcat tgctttggcg ctgcttgcgc ccaccctggc
     2101 catcaacgtg cgccgtctgc acgacattgg caagggcggc ggttggatct tcgtcaatct
     2161 gatccccatc attggcggcc tctggtatct catcttgatg atcaaggagg gcgaaccgca
     2221 atccaaccgc ttcggcgatc ggccgtagtc aggttgatcc atagatagac tcaacaatct
     2281 cgttttgccg gcggaaaggc agaggtgaaa gcctcccccc cttccgccgg cttttttacc
     2341 cctatgcctc gggccggcgg agggtggctt cagggtttgc ctcgggggtg gaatatttat
     2401 gcccttctgc gatgtgggga tgccgttttt ctgagcaaaa ggggctttcc tgaagtggga
     2461 tgcttcgttt tctgagcaaa aggggctttt ccgaaatgga atgcttcgtt tgctcagaaa
     2521 aagaggcttt tccgaagtgg aatgcttcgt tttctcagaa aaaggggctt ttctgaagtg
     2581 gaatgcttcg ttttctcagc aaaaggggct ttccggagtt ggaatgctcc gttttctcag
     2641 aaaaaggggc tttccggggt tggaatgctc cgttttctca gcaaatgagc ttttcggggt
     2701 tggaatgcct cattttctca gaaaaagggg gctacagctg tggagcctca ttttctcaga
     2761 aaaaagaagg aggctttgcg cgcgatcctt gtaagggtac acattgaggg ggggcgtttg
     2821 caccatgctg caagcgcctc cctactttgt gacatctttg cgcagtgaga aaaatcatcg
     2881 catacaaaga atatttcagt gagttcatcc aagggctgtc gaagctggaa gcggagaaga
     2941 tcttgcgggc gctggatcta ttgaggacag aggatcagtt gccaagacat tacattaagt
     3001 atataaggga aggcctctat gagtttcgag taagttatgg gaacaatgag ttccgcctat
     3061 ttttcattta cgatggggaa accatcgtgg tattgtttaa ctgtttcaag aagaaaactc
     3121 aaaaaactcc tgaccgggaa atcaggaagg cattgagatt aaggaaggaa tatgatgcaa
     3181 ctaagagaga tcgaaaagga taaatacgac gttgacgcat tgctcgacga tgtattgggg
     3241 cgcgaaggat cgccagaaag agaaaggaac agggcgcggg cgtgggagga gtatcgggcg
     3301 caggcgaagc gcgatgcccg gaaggcaagg cagcctgaga cggtcgccga accagcggaa
     3361 tggtgaggcc ccaagacatt gggagccgaa aagagattga aggggggcgt ttgcaccatg
     3421 ctgcaagcgc ctccctactt ttgtggccat taaaaaagac gcatcaataa aggacagtaa
     3481 tatggataag caacaacaga aactcgtttt gtataacacc ctcacgcgcc ggaaggctga
     3541 gtttgaaccc ctccacgcgc cgcatgtggg catgtatgtc tgcggcccca ccgtctacgg
     3601 cgatccgcac ctcggccacg cccggtcagc catcaccttc gacatcctct tccgctatct
     3661 cacccacctc ggatacaaag tgcgctacgt ccgcaacatc accgacgtgg gccaccttga
     3721 gcacgatgcc gacgagggcg aagacaaaat cgccaagcgg gcacgcatcg aacaactcga
     3781 gcccatggaa gtcgtgcaac actacacgcg ccgctaccac cgtgcgatgg atctgctgaa
     3841 cgtactcccg cccagcatcg agccgcaggc ctcgggtcac atcatcgaac aaatggagct
     3901 cgtaaagcag atactcgcca acggttacgc ctacgagagc gagggctcgg tctacttcga
     3961 cgtggcgcga tataaccaag atcaccgcta cggtatcctc tccaaccgca acgtggacga
     4021 gctgctcaac accactcgcg agcttgacgg gcagacggag aagcgcaacc ccgtcgactt
     4081 tgccctctgg aaacacgcca cgccggagca catcatgcgc tggccgtccg agtggggcga
     4141 gggcttcccc ggttggcact gcgaatgcac cgccatgggt cgcaaatacc tcggcgacca
     4201 tttcgacatc cacggcggcg gcatggacct catcttcccc catcacgagt gcgaaatcgc
     4261 acaagccgtc gccgctgagg gcgagcagat ggtgcgctgg tgggtgcaca acaatatgat
     4321 cacttacaac gggcagaaga tgggtaagtc gctcggcaac gccatcacct tagaggaatt
     4381 tttcaccggc caacacccgc tgctggcgca ggcctatcgc ccggagacga tccgcttctt
     4441 catccttcag gcgcactatc gcagcacggt agacttcagc aacgaggcct tgcaagcctc
     4501 cgagaagggc ctcgagcgac tctttgaagc cgccgatcgg ctcgccaagc tcacaccctc
     4561 ggacacatcc acggtcgacg tcagcaacct gcgcgcgcgc tgcgaagaag ccatgtgcga
     4621 cgacatgaac acacccatcg tcatctccca cctcttcgac gccgcaaaag ccatcaacac
     4681 cgtgcacgac ggtcgcggaa caatctcctc aggcgacctc cgggagctgc aatctgcctt
     4741 tcacctcttc atggacgaca ttctcggcct gcgcagcgcc gccccgtcag acgagaaaga
     4801 cgaagcctat cgccgcgccg tcgatctcct gctctccatc cgtcagcagg ccaagcaaaa
     4861 caaggattgg gccacgagcg accgcatccg caacgagctc tccgccctcg ggttcgtggt
     4921 caaggatacg aaggacggcg ccgaatggag cctgtagcca tgaaggttgt catcctgcaa
     4981 caagacattg cctgggccga tccggcggaa aacgtgctgc gggccgaaga ggccatcgac
     5041 cgccggccgg gcgccgacct ctacgtgctg ccggagatgt ttgcgacagg tttcgcgacg
     5101 cgtcccgaag gcgtggccga accggccgac agcgagacac tccgctggat ggttcgtaag
     5161 gcggcggcat gccgcgcggc tgtggccgga tcgttagccg tggaagatgg cggttgttac
     5221 tacaaccgcc tctgcttcgt ccaccccgac ggccgcgtgg agacgtacga caaacgccac
     5281 ctcttcacct acagcggcga ggatcggcat tacacgcgcg gcacgcgtcg cgtagttgtc
     5341 aacttccgcg gcgtacgcat cctgctgcaa gtctgctacg acctgcgctt ccccgtctgg
     5401 agccgcaacc gtggcgacta cgacgtggct ctctacgtgg ccagctggcc cgtcggccgc
     5461 atctcggcct ggagcgcgct gctgcgtgcg cgggccatcg agaaccagtg ttatgtcgtc
     5521 ggcgtcaacc gcgtggggcg cgatccggtg gcagactaca gcggcgcgtc ggtcgtcatc
     5581 gatccctacg gccgcaccgt cgccacgtgc gaggatcatc acgtcagcgc agccgaagct
     5641 gtgctcgaca tggagcgcct cgccgccttc cgtcagaaat tccccgtctt aggggatggg
     5701 gatgcgttta gcctctgatt gggggaaaaa cgtggcgagg tttcacataa tccgaaatga
     5761 gaaaaaggac aacggccctg tgcttcctcc tcttcctccc tcaatgaata ggaacagagc
     5821 cgtttttggc gctccgatac ttttctacat ttgccgccgc tttacgtaat cgctggcggg
     5881 aaagtatgag aggcccgtta tgttgcgttt tgttccacat tcaataacat ataaagagca
     5941 acaagagaaa tggatttaat caagattgca gaggaagcat ttgctactca gaaagagcat
     6001 cccgcgttta agagcggcga cacggtgacg gtttcatacc gcatcaggga gggaaacaag
     6061 gagcgcatcc agcaataccg cggtgtggtg atccgcatct cgggcgcggg tgagaagaag
     6121 cgcttcacgg tgcgcaagat gtcagagaac atcggcgtgg agcgcatctt cccgatcgag
     6181 tcgccgttca tcgagcagat cgtggtaaac aaggtcggca aggtgcgccg ctcgaagctg
     6241 tactacctgc gccagcggac tggcaagaag gcacgcatca aggaaaaacg cggcacagca
     6301 gctgtgtaaa tccgcacagc aacaagaagc aagcgaaaga gaaaccccgg aggccctgca
     6361 aaagcagccc tcggggtttc gcgttatata gacataaagc ctgttgatat gaaggacaaa
     6421 acgctttgcc ctcatgcttt tgaggctggg gagataactt tgccccaatt aaagatgatc
     6481 gacgtatgat ttacaaagcc attgacatag ccaataaatt attggcaaga gcaaagagtg
     6541 aggacagcgg cgagctgatg tcgaacctaa agttgcagaa gatgctttac tacgaacaag
     6601 gattccatct ggcctatttc ggcacaccgc tcttcgagga tgcaatcgag gcgtggatgt
     6661 acggccccgt cgtgcccgtg gtatacgacc atttcaaagc ctccggccgg cagggcatcg
     6721 atcccggaga tgtagaggtg gttgtgttgg aggacgaaga ggaggcactc ttcgaagatg
     6781 tcttccgagt atatgccgcc tacagtgccg tcggcctgat ggagcggacg cacaaagagg
     6841 cgccgtggaa aaatacgccc acgggcacag gcaacgtgat tgaccaaaag ctgatgaagt
     6901 cgttcttcaa aaagcgactg agacatgagt aaaagaaaaa gaggatcgct tgtaaaagaa
     6961 ttgcgagatg aaaatgcgag agtggggatc tatgagcagg tagatcaccc gctcttttca
     7021 tttaaatact tgcaggaaga ctccatcgat aaatacgatg tgaataaagg agggaaacct
     7081 tacttcgact ttttgatgcg cctcaaaaag ctctcggagc tcggatggaa ggtgatccgc
     7141 acttcagggc gccacggctt cggcatggag aaagtctcgc gcagccggat tatcccccaa
     7201 aaacccctcc ccccattcat cacgcctgag gtggaagacc tccatgtgtt ccgatctaaa
     7261 ggagataata cggcattggt cgggtggcag atggagaaag tcttttacat cttctatatc
     7321 gaactccggc acggagatat ctaccgccat tcataatcct cacccagcct ccggctccgt
     7381 gcgctccacc tcggtgaggc agcggacggc ggcggctacg ctcgcgacgt tgcggatgac
     7441 gatgctccgc cgaccgttct gttcgcggag ctgacaggag cgggggtgga ggccaatgta
     7501 ggtgagcagc cggccgaagg cgcggctctg gtagtaaggg ctgtcggcgg cggtgggtag
     7561 gtagagggcc atcaggctgc gcttgaggac gaccttctcg atgcctaacc gacgcgccat
     7621 gcgccgcagc ccaacgacgc ggatcagctc ctcgccctcg gtggggatgc gcccgaagcg
     7681 gtcttgcagg gcggagacga agcgcttgag ggcatcgtcg gtttcgatgg aatcgagctc
     7741 gcggtagagg gctacgcgct cggagtcgtt ggggatgtag gtggggggga acatgagctc
     7801 gaggtcgctc tcgacgaagg tctcgcgcac ataggtgtcg cccgtttcgg aggctgtgtc
     7861 gtcgccggcg tagaggtcgg caaactcgtc agctttcagt tcgtcgacgg cctcttcaag
     7921 gattttttgg taggtctcgt agccgagatc ggcgatgaag ccgctctgtt cggcgccgag
     7981 catgttgcct gcgccgcgga tgtcgaggtc ttgcatggcg atgtgcatgc cgctgccgag
     8041 ctcagagaag ctctcgatgg cttgtaggcg gcggcgtgcg tcggggggta gggtggtgag
     8101 gggcggggcc aggaggtagc agaaggcttt gcggttgctg cggccgacgc gtccgcgcag
     8161 ctggtgcagc tcggagaggc cgaagtggtg tgcgtcgcag acgatgatgg tgttggcgtt
     8221 ggagacgtcg atgccgttct cgaggatggt ggtggctacg agtacgtcgt attcataatt
     8281 cacaaagtcg atgacgacgc gctccagcgc ttcgggctcc atgcgcccgt gccccacggc
     8341 gacgcgggcg tcgggcactt cgcggcggat cagcgcctcg atctcgtaga tgttttgtat
     8401 gcggttgttg atgacgaaga cttgtccgtt gcgactcatc tcgaaggaga tggcctcgcg
     8461 gatgatgtcg gcattgaagc gttggatctc ggtctgcacc gggtagcggt tcgggggcgg
     8521 cgtggtgatg ttgctcaggt cgcgggcgcc catgagggag aattgcaggg tgcgggggat
     8581 gggggtagcg gtgagggtga gggtgtctac gttggtgcgg agctggcgga gcttctcctt
     8641 gacggagacg ccgaatttct gctcttcgtc gatgatgagt aggccgagat ccttgaaccg
     8701 gacatcgcgg ccgacgatgc ggtgggtgcc gatcaggatg ttgagctcgc ccgaggcgag
     8761 gcgccggagg atggctttga tctcgctggt ggtgcgtgcg cggctgatgt agtcgatggt
     8821 gcaggggaag tctttgaggc gtttgcagaa ggtgcggtag tgctggaagg cgagcacggt
     8881 ggtgggcacg aggacggcca cctgtttgtt gtcggctacg gctttgaagg cggcgcgcat
     8941 ggcgacttcc gtcttgccga agcccacgtc gccgcagacg aggcgatcca tcgggcgctc
     9001 ccgttccata tcggccttca cttcggccgt ggcccgcatc tggtctggtg tgtcttcgta
     9061 gatgaagctc gcctccagtt cgtcttgcat aaagctgtcg gggctgaagg cgaagccctt
     9121 ctgctggcgg cgggtggcgt agaggcggat caggtcgcgg gcgatgtctt tgaccttctt
     9181 cttggtgcgg tctttgagct tctcccacgt gccgcttccg agcttgttca gggcgggtgc
     9241 ttcgccgtct ttgcctttgt atttcgagag tttgtggagg gcatggatgc tgacgaagag
     9301 gatgtcgttg ttgcgataga tgagcttgac ggcctcttgc aggtggccgt tcacctcggt
     9361 gcggaccagc ccgccgaagc ggcccacgcc gtggtcgatg tgtacgatga agtcgccggg
     9421 ggtgaactgg ttgagctcct tcagggtgag ggccatcttg ccgctgcgtg cgcggtcgct
     9481 ccggaggtta tacttatgga agcggccgaa gatctggtgg tcggtgaaga agcagctgcg
     9541 gagggtgtgg tcggtgaagc cctcgtggag ggtgcgattg acgggggtga aggcgatgtc
     9601 gtcgccgcgg tctttgaaga tgtcgcggat gcgttcggcc tgcttctcgc tgtcggtgag
     9661 caggtggatg gtgtagccct cgcggaggta ttggcggaag gattggctga cgaggtcgaa
     9721 gttcttttgg aagaggggct gtggggcggt gtcgaatcgg aggatggcgg cggcgtcttc
     9781 ggcgcgggct tggaagtgca ggcgtgtgag gggctcgagg gcgcgggcga agtcttccgc
     9841 ccggatgagc ttgcggcgca tggcttcgcg gtcggcaaag ccctcgtcgt ctttgtttac
     9901 gggctcctcg tcccacaggg cggcgatgcg ctggcggcac catgcggcgt cgctcatcac
     9961 cacggcggtg cctcgcggca ggagctccag gagcgagctg tcggcgtggc cataacggct
    10021 tatctcgggg atgatgcaga tggccgttag cttgtcttgc gagagctgcg tctccacgtc
    10081 gaaggtgcgg atggactcaa tctcgctgcc gaagaagtcg acgcggtacg gccgctcgtt
    10141 ggagtaggag aagatgtcca tgatgctgcc ccggacggcg tactgcccgg gctcgtagac
    10201 gtagtccgtc tgcgtgaagc cgtacgtgtc caagacgtcg gagacgaaca gcggatcgac
    10261 cccctcgccc gtgtgcagct cgagggtgtt cttctgcaag gtgctgcgcg cggggacgcg
    10321 ctcggccacg gcgtcggggt agctgacgat gatgagctcc gggctggcag cttgcagggc
    10381 cgcgagagcc tccgtgcgga gcacctcgtt ggccgcatcc gtgtggccgt atttaatgtc
    10441 gcgctggtaa gccgagggga agaagctgac gcgcccctcg cccacgagct gcacgaggtc
    10501 gttgtagaaa tagccggcct cctcaaggtc gttcatcagg cagagcaggc acccaccgag
    10561 ccggccaaag agcgccgcag tgcagaccgc gcggctcgat ccgtggagcc cggccaagag
    10621 cacgtcgcgc gcatcgcccc gcttgacgag cgcagtcacg gcgccgatct gcgggtgggc
    10681 tgcgtagagg gtttgtaggt ctttgatatc catgtgttac aaaaaaagcg cccaaaagtg
    10741 ggcgattcca tgcgatacgc aactgccgac aggcgcgtgg gggagggggg aggggtgatt
    10801 gatggcctct gattaaggat gaatgaccgc cgggcggcgg cggcacgccc attctctatc
    10861 attgtctgaa gcaataataa atccggacac tccaaattta atattgtctg aagcaataat
    10921 aaatccggac actccaaatt taatattgtc tcaaacaata ataaatctgg acactccaaa
    10981 tttaatattg tctgaagcaa taataaatcc gtacactccg gatttaatat tgctgttgga
    11041 aataataaat ttggacactc cggatttaat attgccgttg gaaataataa ctccgggcac
    11101 cccggattta atatttccgt tggaaataat aaccccggat actccggatt tatgatcccc
    11161 cgccgcaacg gagccttccg agcctcgcga cgcgccactc gcaataaccc tgccgcagcc
    11221 cccgtttcat cagtcgtaaa tcttattagc aatagaaata tgagacgtat gattattctt
    11281 cttgcttgcg cagccttcgc gctgacgcag gcccgggcac aggtcacgat cggcgccaag
    11341 gccggcctaa acctctcgac cattagcaac gtagagctga tgaggctaac ggaggagggg
    11401 ggccagctcc gcgccgtcag cttagacccc aagtacctgc tcggggcgca tgccgggggc
    11461 ttcgcgcgct acgacttcac gcccgtgctg ggcgcgcagg ccgagctgct ctactccatg
    11521 gtgggctaca agctcgagat gccagtggtg agctacaatg gggggaccct cgtcaacacg
    11581 gagatcaaca cccgcctgca ctacctgacc ctgccgctac tcctccgcgc caccctgccc
    11641 ggcacggggc tcttcgccga actcgggccg cagatgggca tccgcttagg cgagcgcgcc
    11701 aactacgact tcaccgccgg gtggctcaag ggccacttct ccgacaaaag ccaccaagcc
    11761 accgacctcg acctctcggg cgtcgtcggc ctcggctatc ggatgcgctg cgggctctct
    11821 ctctccgccc gctacgtcca tgagttcaaa acctccgaca agcgcttcat ccccggcctg
    11881 tcgcgcaagc gcgccttcca gctctctctg gcttacgaca tcaaaacctt ctgaccggag
    11941 ggggccggcc ggccgcatca tatacatgga ggaagcccgg ggcacatcgc ctcgggcttt
    12001 ttctgtattc atccgggggg tcaccgtggc gcccatcccc ccatgcagcc acctccgccc
    12061 ccgccacccc cggtcgccat ccgactttta ctttgctgtt tacctttgcc cctgtaaatc
    12121 tgattaattt cagtatatgt atttacccaa aggatattgc ttacaaaacg ggaagtatgg
    12181 cctgacggag gtcatcggac aaggcggatt cggaatcact tactcgggcg tgtggaacac
    12241 tgaagtcaaa ggtgagctgg gcgccgtgaa aacagccgta ccggtttgca tcaaggaata
    12301 tttcttcaag gattactgct accgagatcc cgccaccatg caggtgcgcg tccattccga
    12361 gacggggcgc atgctcttcg ataagtttcg cgagaagcag atcgaagaag cccggatcct
    12421 ctccgaagta caccacccct acatcgtcaa cgtcctcgaa gtctttgagg aaaacaatac
    12481 cgcctacatc gccatggagc gcatcgccgg ccagtcgctc aagtccatcc tcgaaggctg
    12541 cggacgactg acggagcagc gcgccctgaa atacatcggc cagatcgggc gcgccctcga
    12601 gttcgtccac ggcaaaagca tcctccacct cgacatcaag cccggaaaca tcctcatcga
    12661 tgcccacgac gacgcccgcc tgatcgactt cggcgtgagc aagcgctacg acatcggcga
    12721 ccaagccaca agcaccacca ccctgaccct ctccaaaggc ttcgcctcca tcgagcaata
    12781 cgacagcgac ggcctcgccg gcttctcgcc ccggccagac atctactccc tcggcgccac
    12841 actctacaac ctgctcaccg gctccgtgcc gcccgaatcc atcctgcgcg tcaccaagcc
    12901 cctcgtgaag ccatccgagc tgaacgccga catcacaccc aagacggagc acgccatcct
    12961 gaaagccctt caggtagatc ctgccgaccg ctacccctcc gttcgcgccc tcttagacga
    13021 cctcgacatc cccccctatc ccgaaaaaga agaccacccc atacccaccg acgaggcgcc
    13081 cacgccggcg cccacagccg ctgacgacga gtgtacccag ctgctgacgg acgacgccga
    13141 agcgaccatc ctcatcacgc cgccatcggg agagccgccg gcgaagcccg tccggaagag
    13201 tcgccgccgc atgttggtgc cgctgctcat ctgcgcctcc ctgctgatcg gctgggcagc
    13261 gtcgtatttg atcggtggaa accgccagcc cgcatccatc gcggcgcccg tagctgagca
    13321 ggccgcaccg ggagagcccg gcgctgatcg cacagccttc gcacagccaa cggacgaggc
    13381 acccacacac ccggccaccg agaaggagca taaacgcgaa gccgaggaaa agcataaagc
    13441 agagaagaag gccgaggaag cgaagcccga cgccccagag aagagcccga aaagcgaaga
    13501 gcccgccgac gccgccaaca cgcgctacac cgccctgatc gcctccggcc gggcgaagat
    13561 ggatcgcgga gcctacgccg aggccaaggc cgacctcatg cgggcgaaag agatcaaggt
    13621 gaccgaagaa gtgatccgcc tcgccctcgc ctgcgacgac cgcatggagg aagagggcat
    13681 cagcgcgcgc aaagccctct acgagccggg catgcccttc ggcaactaca ccatcgtccg
    13741 caagaagcag aacggccgct atggcgccat cgacgcccgt ggcatcgagc gcatccgctg
    13801 catctacctc agtgtgggcc ggtcagaaaa tgggcgagcc ttcgagcgcg aggatcacct
    13861 ctatgacatc tacaatacca gcggagcaat ggtggcgcgg gggcttacta cttattgacg
    13921 cataagaaga gaagatcata catgaagaag tggacgggaa tactgttgct gatgctcgcg
    13981 tgctgcctgc cttggtgcac ccaggctcag cgacagaccg aatacaatcg caagggcgac
    14041 gaggccctcg agcgcaagga ttatcgcgac gccaaaatgt ggttcgaaga gggcgtgttc
    14101 accgagtgcg accgctacag cattgaccgc ctgacgacta tctggctcga agacgagtcg
    14161 atgcacctct ccatgcgtac ggtgatgaac aaatgtctca attgccttgg cgagtgggcc
    14221 acggaacgcg acacgctggc cattcagaag ctcatcctct actactcccg cggcatcggc
    14281 acggcggaga accccgtgac agccgaatat tggcggcgcc aattggagtc ggtgcggcgc
    14341 acggtctacg gcatagatga ggcgccccgc acgccataca cgccgatgcg tttcttcttc
    14401 ggttatcaag cctcggtgct cgcacctttc ggcatacgcg caggcggcgt cgcgggcagg
    14461 ttagggtggt acgccgaggc gcagacgaac ttctccttcc gaggccatac cgagacgtgt
    14521 cgcacggctg gtgggcactt cacgatcgag ggcctcacgg gttactacgg ctacacgggc
    14581 agccgacagg ccaacgtgat gatggcttcc gtaggcctcc tgatccgcgc tttacccgac
    14641 gcctacctct ccgtcggcgc aggctactgg cagcgcaacc tgatccgcca atatggcata
    14701 gccgacaaca ccggctacat ccgcgagacg gcgtgggcca aagacctcga cgcctctgag
    14761 aagggcctca aggtggatct cggcgccacg tacttcttcc cccgcaaccg cttctacgca
    14821 gccgttgaat gtggcttgct caatttccaa tacgtctacc ccggcttcgg tgtgggcatg
    14881 atcttttgaa taacaatacg cggattcccc atgaaccata aatcccccct ccttctcctc
    14941 gtcccctttc tcttcctcct caccctcccc gtggcctgca tcgacgaccc ggaggtggag
    15001 cccggcatac aaaacgcccg catcccgctc atgggcgaga cagtaaccat caacgccctc
    15061 accgcctcgt ccgttacgct gactgccagt gtggcacgag ccaacggcgc acgcgtcacc
    15121 gagcgaggct tctgctggtc ggagagccag caccccaccg tagaccacca cgccaaaacc
    15181 ttcggcagcg gcatcgggga ataccaaggc accgtcgaag gtctcgtcaa cggccgcagc
    15241 tactacatcc gtccttacgc ccgcaacgcc aagggcgtag cctatggcga ggagcgcaag
    15301 gtgcagacga gcaccgggct gggactggtg cgcaccctcc tcatcgccga cagcacacac
    15361 gccgagagcg ccctctgcgg cggacgcatc gagaccccgg gcgagggcga catcctggcg
    15421 cgtggcgtct acttctccac ctcgcccgac atgagtccga gggactccgt cctcagtacc
    15481 tccaaggccg actccttcct ctgcccgctg aaaggcctca aggccgccac cacctactat
    15541 gtggaggcct tcgtccgcaa ccgcttcggc acctacaccg gcgccgacac ccgccgcatc
    15601 ttcaccacct ccgatggtcg ccccaccatc tcccggttag acgtcatggg cgtgggctac
    15661 acctcggccg ccctctcggc caccgtcatc gacgccggcg acgcgcccgt ggcggagcgc
    15721 ggcttctgct ggagcacgcg gcccaacccc tcgatcctca cctcgcccta cgtgacgatc
    15781 ggcagcggca cgggcggctt cggcggcgaa tgcagcccct tagagccgaa ccgtaagtat
    15841 tacgtccgcg cttacgccat gaataggctc tacggctaca cctacagcgc ccaggattcc
    15901 ttcacgaccc tcagcaacct gccgaccctc accaccctca ccccgacgaa cctcacgaag
    15961 ggcagcgcca cgctgggcgg ccacctcatc gctgcaggcg aaagccctgt cacctcctgc
    16021 ggcgtctgct ggtcgctgac gaacgagtac cccaacacct caacagacga atacatcact
    16081 tgctccatcg gcccggcggg caactttact gggcgtgtgg ccgggctcaa ggggggacgc
    16141 acctactaca ttcgcgcctt cgccacgaac tccgaaggca cgtcgtacgg tgagccaatc
    16201 acccagaaga tgccccccat tttcaccacc gaggagcgag aattccccgg ctcaccccgt
    16261 gtgcaaggca cccccacctg cttcaccttc ggcgatcgcg cctacctgct cggcggcgac
    16321 atcggccctt actacaccgc cgacctctac ttctacaaca ccgcctctca ccaatggcga
    16381 cagatgctgg cttgcccctc aggccccctc aagtggcaga cggccatcac gcacggcggc
    16441 tcggcctacg tctttggcgg catcgacgtg aaccataaga ccaacaaccg cttctatcgc
    16501 tacgatgtgg ccggcaacac ctggttcacc ctcacccccg cgcccgactc cctctgcctc
    16561 tccctcggtg tcgccctcaa cgaccgcctc tacctcatcg gtggccgcgg cgacacggct
    16621 actaatcacg tctggtgtta ccacatcgca gcctccactt gggtgcgcca gcccgacttc
    16681 cccgcgcgcc actatggcgg cgtcgccctc gcagccggca cctccatcta cgcgggcctc
    16741 ggccgcagcc ccgacggcac cttcaaccgc aacctctggc gcaccatcga catgcacacg
    16801 tggacgctcg acacctactg ctccctggcc gaaggcggca ttctggccgg tgcctcctgc
    16861 cacaacaagc tctacctcat cgacgaagcc tttaacctca tcgagtacga gccgacgacg
    16921 cacacctgga cgcgccgcgc caagctgccc agcaccttcc acggcatcca ctgcatgtat
    16981 gccatcaacg atctcatcta catcggcctc tcccccaaca cccccaagct cctcgtctac
    17041 gatcccgcgt gggataatta atggctccgc tggcgcgggg aatgctttgg cgtttgcggg
    17101 aggtcgcgct gggtccgcgg catttgccga gacgtttgcg caagctgcgc aaataccgcg
    17161 gcatttaccg agacgtttgc gcaagctgcg caagcaccgc ggcatttacc gagacgtttg
    17221 cgcaggccgc gcaaataccg cggcatttgc cgagacgttt gcgcaagccg cgcaagtact
    17281 acggcatttg ccgagacgtt tgcgcaagcc gcgcaagtac cgcggcattt gcagagacgt
    17341 ttgcgcaggc tgcgctgggt accgcgggaa atcagatggc tgtttatttt tgcgtccgat
    17401 aaaggttttt gagtaaatca tgaacgacat agagaacaga atcaccgcgc tgagggagga
    17461 attagagaag cacaaccatg catattacgt gctctccacg ccgacgatct ctgaccggga
    17521 gtacgacgag aagatgcacc agctgcaacg cctcgaagcc gaacacccgg agctggccga
    17581 ccccgcatcg cccacgcagc gggtgggtag cgacctgacg gaggggttcg cgcaggtgat
    17641 gcaccgatac ccgatgcttt cgctcgggaa cacgtactcc gaagacgacg tgcgggagtt
    17701 ctacgagcgg gtggcccgga cgctgggcga gccgtttgag gtagtggcag agctgaagtt
    17761 cgatggcaca tccatctcgc tcatttacga gcaggggcgg ctgacggaag ccgtgacgcg
    17821 cggcgatggc gtgcgcggcg acgacgtgac ggccaacgtg cgcaccattc gctccatccc
    17881 cctcaggctg cgcggcgagg gctggcccga gcgactggaa atgcgcggcg aagtgttgct
    17941 gccgtggccc gaattcgagc gcatcaaccg ggaacgcgag gcgcaggagg aaccgctctt
    18001 tgccaaccca cgcaatgccg catcgggtac gctcaagttg cagaaccccc gcatcgtggc
    18061 ctcgcggcgc ctcgacgcat acctttatta tatgttaggt gagggtctgc ccgccgacaa
    18121 tcattacgac aacatgcagg cggcgcgcgc gtgggggctc aagacgtctg acgccatgtg
    18181 cctttgccac agcttagacg aaatcatggc ttacatcaca cggtgggaca cggagcggca
    18241 ccgtctgccc gtggccacgg acggcatcgt gctcaaggta aacgcactcc gccagcagcg
    18301 cgcgctcggc tcgacggcca agagtccgcg gtgggccata gcgtataagt tccaagccga
    18361 gcgcgccgag acgcgcctcg tgtccgtcgc ttaccaagtg gggcgcacgg gggtggtgac
    18421 gccggtggcc aacttagagc cggtcttgct ggccggcacg accgtccgcc gcgccacgct
    18481 ccacaatgcc agcatcatgt cggggcttaa cttgcatctc ggttgccgcg tctatgtgga
    18541 gaaggggggc gagatcatcc ccaagatcgt aggcgtggat cggtcggatg cggcggtggg
    18601 cgagccgatc acctttgtta gccgatgccc cgagtgcgat acgccgcttg tgcgtgtcga
    18661 aggcgaggca gcacattact gcccgaacga gtggggctgc ccgccgcagg tgaagggccg
    18721 gattgtgcac ttcgtcagcc gtagggcaat gaacatcaac atcggccccg agacggtgga
    18781 ggcgctttac gatgcgggac ttgtgcgtaa cgctgccgac ctctacgccg tgagcgaggc
    18841 cgatctgctg cgcctcgatc gctttgctga caagagcgcg aggaactatt gcgacagctt
    18901 ggaggcatcc aaacaggtgc cttacgcgcg ggtgctcttc ggccttggca tccgtggcgt
    18961 gggcgagagt gtggccgctc ggttggcctt ggcatacccc tcgatcgata cgctgatgca
    19021 ggcgccggcc gaggagctgg tggagacgga cgagatcggg gaaaagattg cccggagcgt
    19081 aatcggcttc tttgccgatg agcgcaaccg gacgatggtg gagcgactga gggcttatgg
    19141 cctacagatg acgctcagag aaagtgatac ggtgggtgcg cggtcggatg tattgaaggg
    19201 cttgacgctc gtcatcagcg gcacctttgc gcaccattcg cgcgacgaat acaaggccat
    19261 gattgaacgc cacgggggca agaatgcctc agctatctcc ggcaaaacgg actatctgct
    19321 ggcgggcgaa aacatggggc cggccaaacg ctccaaagct gaaaagttgg gagtgaaact
    19381 catcaatgaa gacgaattct taaaactgat tggggaatga ttcttacaac atactttttg
    19441 aacaagaaga tccgctcgct ggccaaagag gccgcgacac gcacgcactg ctatcgctcg
    19501 atggacgatg tccgctacgt cctcatcatg tgtgaggcta gagattggaa ggcagtagaa
    19561 ccgtgcatcg atatattgaa aaagaagggc aagacggtgc acgtctgcgt ctacacccgc
    19621 aaggacgagg acaccccgat ttgggactac gccttcctgc ccgtcgagga agggaaagac
    19681 gtcaacatat ggggcttccc ggacaagaac atgcgcacgc agctcaataa cctctcggtc
    19741 gatgtgctaa tcgacctcac aagcgaggag gtgcccgtca tgcgttacct catgctgcaa
    19801 caaccctccg cgttcaaggt cggagccaag tacgagcagg gcgcaaacct cttcgacctc
    19861 tccattgtga tgaaagacgg cgtgcacgac atccccttcc tctttcgcca aatcatggtc
    19921 tatatgcaag ccatccgatc gtcggcagca gccgctaaca atccggcaaa gtgacccccg
    19981 ttcggaaaaa agaaaggaca taaaccgata tggcgctgat tgatttgaaa ggcatgggca
    20041 tcgcgctcgt caccccattt aaggctgacg gcagtgtgga ctatgaggcg ctcatgaagc
    20101 tcgtggaata tcaggtcggg aatggcgcgg actacctcgt cgtgctcggt acgacggccg
    20161 agacgcccac cctgacggag catgaaaaag aggaaatcaa gcggcgggta gtgacgcaag
    20221 tgcggcgccg cgtgcccgtc gttttgggcg tggggggcaa ttgcacacgc gccgtggtgg
    20281 acacccttcg gcagatcgac ctgcaaggcg tggacgccat cctctccgtt gtcccatact
    20341 acaacaaacc ctcgcaggag ggcatcttcc gccactacga agccatcgcc gacgccacca
    20401 cgcgccccat cgtcctctac aacgtgcccg ggcgcacggg catgaacatg acggccgata
    20461 cgaccctgcg cctggcgcgc accttccgca acatcgttgc cgtgaaagaa gcctcgggga
    20521 acatcaagca gatgaacgac atcatcaaaa acaagcccgc tgacttccac gtcatctctg
    20581 gcgacgacgg catcacctac cccctcatcg cgctcggagc cgtgggcgtc atctccgtca
    20641 tcggcaacgc cttcccccgc gagttcggcc gcatggtgcg cctcgccctc gagggcgatt
    20701 acgacaacgc ccgcatcatc cattcgcgct tcatggagct cttcgacctg ctctttgtcg
    20761 atggcaaccc ggccggcgtc aagagcatgc tcaacatgat gggcttcatc gaaaaccgct
    20821 tgcgcctgcc cctcgtcccc acccgcctga ccacctacga gaagatccaa gagatcctga
    20881 accgccttca gaacaaatag cgccgccgcg ggggggggga tttgtcaaca ttgattatca
    20941 cccctatttt cggggcatta attcacacat aagtattgat taataaacaa gagaaacgaa
    21001 ccatgacacg aacaatcaca ttcaacaaac tccggtcgat caaggaccgc ttgcctgatg
    21061 gcaccattca ccgcatcgcc gaagacctcg gcctgacggt ggagaccgta cgtaactact
    21121 tcggtggtga gaattacaaa gacggcaaga gttgcggtct gcacatcgag ccgggtcccg
    21181 acggcggcat cgtcatgctc gacgatacgg ccattctgga tcgcgccctc gacatcctcg
    21241 gggcacagcg ggtgtaatag cgacaacgca gagaccaccc tcaggtaagc gcatacacac
    21301 atatacgaga gatcgaaacg atgagatccc ggacaaccaa gctggccagc acgatgtccg
    21361 ggatcttttt ttcacccttc tgttcgacta taagtaatgg tcaattatta attatcaatg
    21421 attaatggtc ggggcggtgt catgctgccc cgtgtctccg gggtaatcat tgatcattaa
    21481 tcattgcctc ttaattagag cgtaatagac tccgaaaaca ctgtgcaagg cctgagtgat
    21541 catttcggag actccgaaaa caccatgcaa ggcttgagtg atcatttcag agactatgaa
    21601 aacaccatgc aaggcttgag tgatcatttc ggagactccg aaaacactgt gcaaggcttg
    21661 agtggtcgtt tcagagacta tgaaaacacc atgcaaggct tgagtgatca tttcggagac
    21721 tatgaaaaca ctatgcaagg cctgagtgat catttcggag actccgaaaa caccatgcaa
    21781 ggcttgagtg atcatttcgg agactctgag gacaccatgc aaggcttgag caatcatttc
    21841 agagactccg aaaacaccat gcaaggcccc tgagtgatca tttcggagac tcttcaggac
    21901 acagcgcaag gcttgcatga tcatttttaa tacggaataa accctaacaa caggagaacc
    21961 atagacatgg aaaagcaatt agtcaccctg gccattcata cgtatgaaaa ggcccaaatc
    22021 ctgaaaacgc tgctcgaggc cgagggcatc gaggcgtaca tccacaacgt gaaccagatt
    22081 cagcccgtca tctcggccgg cgtgcgggtg cggatcaacg agagcgacct gccccacgcg
    22141 ctgcgcatca tcgaagacac gcaatggctc aaagaacagg ccgacgagcc gaacccggag
    22201 gaggagaacg cgccgaagaa ggtgctcatc cccatcgact tttcggatta ctccatcaag
    22261 gcctgcgaga cgggcttccg ccatgccgcc cgcatcgacg ccgaagtcat gctgctgcat
    22321 gcctacttca gcgcctacat cccctcggcg ctacccttcg ccacccgcga cccgatcgtc
    22381 accggggcag ccggcaacga gtccatccac gccgtctaca agcgcgtcca gaccgacatc
    22441 gaaaacatgt gcacactgat caatcgcaag atggagagcg gcgagtggcc acgcgtgaag
    22501 tacaactaca tcctcaaaga gggcgtgccc gaggaggaga tcttagagta tgccaaggag
    22561 tatcgcccta cgctcatcgt catgggcacg cgcggcaaga accagaagaa catcgacctg
    22621 atcggcagcg tcacgggcga ggtgatcgag cagacagaga cgccgctgct ggccatcccg
    22681 gagcatgtgc cctacagcga cctcagcgaa tgccgccgcg tagccttcgc cacatcgttc
    22741 aacaagcgcg acatcgaagc cttcagccgc ttcgtcgcct tcttcaagga ataccccgtg
    22801 cagatcgagc tcttcaacat ctccaccagc cgcaacgagt ggaacgagat ccgcctggcc
    22861 ggtatggacg agtacctcac caagcagcat ccgggcctcg acatcgagca caccgtgctg
    22921 cacgacggcg acctgctcga cgccatccag gccttcgtcg aagagaagca catcgacatg
    22981 atcgcctgta gcacctatcg ccgcagcatg atcacacgca tcttcaaccc cagcatcgcc
    23041 cgcaagatga tcttccacgg caacacgccc ctgctcgtca ttcctatttg ataaccacag
    23101 tgcgacatgg catccatgag caaatcatcc gtccttttga tctacaccgg cggcaccatc
    23161 ggcatggtgc agaacgccga aacgggcgcc ttagagccct tcaacttccg gcatattcag
    23221 gagcacatcc ccgagctgaa gcgcctgggc cataagacgg cctgcctctc cttcgatccg
    23281 ccgatggact cgtccgacat cgggcccgac tcgtgggccg agatcgtccg cctcatcgcc
    23341 gacaactacg acgcttacga cggcttcgtc gtcctccacg gcacggacac gatggccttc
    23401 accgcctccg ccctcagctt catgcttgag aacctcaaca agcccgtcat cctaaccggc
    23461 tcgcagctac ccatcaacat gctgcggacg gacggcaagg agaacctcat caccgccgtc
    23521 gagatcgccg ccgcaaagga tggctcgggc aagcccgtcg tgcccgaagt ctgcatcttc
    23581 ttcgagaacc tgctcatgcg cggcaatcgc acctcgaaga ttaacgccga cgacttcaac
    23641 gccttccact ccttcaacta tccccccctg gcgcgtgctg gcgtcaccat ccgctacgac
    23701 gcgcaactca tctatcgccc gcagctcgtc cgcccgctca agccgcatta cgcctgcgat
    23761 agaaacgtcg tcatcctcaa gctcttcccc ggcatcaccg aggccgtcgt ctcctccgtg
    23821 ctccacacac ccggcttgcg tggcgtcgtc ttggagacct tcggcagcgg caatgcgccc
    23881 accgcggagt ggttcctgaa gcaattccgc gaggccacgg agcgcggcat catcgtggtc
    23941 aatgtgacgc aatgcaccgg cggctgcgtg gagatgcatc gctacgaggt ggggcgtaag
    24001 ttgcttgagt gcggcgtgct gagcggctac gacagcacct cggagtgcgc cgtggccaag
    24061 ctcatgttcc tgctcgggca ggagctgacg ccgaaggaga tacgggaaca catgcgttac
    24121 tcgttgatcg gtgaggtgac gctatgaacc cgatactgat cgtcctgccg atcctcacct
    24181 tacttatgtt cgaccttggg ctgacgcttc ggcccgccga ctttctgctc ttccgccgtc
    24241 ggccgcgcgc tgtggccgtc ggattggtgg ggcagattgt cgttttacca gccgttgcct
    24301 tcgccttagg catggccttc gcgctgccgc ccgtcttctt cgtcgggtta gtgctcatcg
    24361 cctgctcgcc cggcggcagc tcgtcaaaca tcttctctaa gctggccggt ggcgacgtgg
    24421 ccttgtccgt cacgcttacg gcgctgagca gcgtcatcac cctcctgacc atcccgccca
    24481 tcatgcagtt ggccgtcgga gtctccggcg ccgaagcctc ggacatccac ctgcccgtcg
    24541 gccgactctt cgtgcaaaac ctgctgctga tgctgctgcc catcgtggcc ggtgtcttcg
    24601 tgcgccatcg cttcccgagc gccgccgcgg ccatcgatcg cgtgctggcg cgtgtggcct
    24661 tcccagcgct catcctcttg gccgtcctct ttttcattca acatcgggtt acgatcatgg
    24721 cccacttcac gggtctcggc gcctgcatca ccttgatgat cctcacggcc gttgcatccg
    24781 gtgctgccct ctcccgactg atgcacttag agcgtcgtga gacgcgcacc gtcgtcattg
    24841 aggtcggtat gcagaacgca gcgcaagcca tcgctgtagc ctccagcccc ctcatcttcc
    24901 acaacgacgt gatggccatc cccgccatcc tctacgcctt gctgatgaac gtcatcctct
    24961 tgatttatgt cgctgcggtg aagggcaggg ggaacaacta ataaaaacac cgggcacggt
    25021 cgcctgatca ttcgtcgccc agggcgaaac ctcggggggg cgaatgatag gggcggagcg
    25081 ccccccgggg agctcaccgc gggcggtatt ttgaggcggt gaggacggac tgggcgtcgg
    25141 tggtgcggag caggctgtcg aggggggcgt gggtgcgatc catgtagcgg ctgacgatgc
    25201 gcaggccgat ccatgtgccg aggcggccag ggagtttgtc ggagaggaag tcggaggggc
    25261 gatcgaggaa gtaacgcgcg gtggcggtgc ggtcgggggt gtagagggcg tggcgctcga
    25321 tgatgaggcg ccagaggtcg ggctcgcggt gctcgacttc gctgagctcc tcgggggtcc
    25381 aacccatgag ggtgtggacg ggcagggtgg gtagggcgcg gaggacggcg tagcgcagcg
    25441 ctccctcgta gatcatgcga tcgagcagta cggcttcgtt gccgcggaag gggtattcgg
    25501 acatgaggtg ggcggcaagg aggtcggggg cgacgtgtgc gggcgtcatg cggcgacggg
    25561 catagggggg gaagaagtcg gtgtagagcg gatagtcggc gccgaggtat ttgtcgatgg
    25621 agagggagag gaggctgtcg cccacgagga cgttttggta gaggccggag acgtggaagc
    25681 agatggcggg ggtggggagg ccgggcaggt cggcgcggag gcgggcgaag gcggcgccga
    25741 gcgtgtggcc aagggagtcg acgacggggt cggggtaatg gctgacggca tcggcgtaga
    25801 ggcgatggag gttgggctcg ctgtaatagt cggctaagcg gtcgagggga ggggtatcgg
    25861 tcgtgtccgg gtattcgaag agggctaagg agagcacgcg gagcatctcg gggtaggcgt
    25921 ggcgcaggct gtcgccgagg gctggcgcat gagtggaatc agcgtcgaca taagccaaga
    25981 gggcgcggtc gaagcggtgg atctcgatgg gttcggcgtc agggttggag gctgtgctgg
    26041 cggtctggca ggcggacgtg aggagtaata agaagagaaa agtgcaggag aggaaggggt
    26101 gtcgggtcat ctttttttaa tgagtacggt gattcggagg gagaggtcga agaagatcat
    26161 tttggcgttg ccgttttggg caatgtggcg ttcggcctcg gaaaattcgc ccatgaggtc
    26221 gaagacgttg cgctcgttga cgaagggcga gaagcggacg gagaagtcgg cttcgtcggg
    26281 gcggaggtag ttgagatcgt cggagcggaa gcggcggacg aagttttcgc ggatcatgtg
    26341 ttgggcgtat gccaagaagg cgcgttgctg ctcgcgggtg agggcggcga gctcgtcggc
    26401 ggtgtgtttc atttcgcgga cgttgcgcgt ccaagcgttg cgcatgatgc gcttgaagaa
    26461 ctcgaggtag aggcgctggc gttcgtcgtc gccacggagg cgttcggcgg cgagcatgtc
    26521 gccgtgggcg aggtgggcga tgcgttgggc ttcgtcgggg gggaggctgt tgcgttgctc
    26581 gagggcgtgt gctaaggcgt cgtgggcgat ggggcggacg tcgaggcgtt gggcgcggga
    26641 gaggatggtg ccgaggatgc ggtcgggggc gtcagagatg agtaggatga cggtgcgcgc
    26701 ggggggctct tcgatgagct tgaggagctt gttggcgcag gcggcgtgca tgcgttcggg
    26761 catccagacg aggagggtgc gatactcggc ttcgtagatg cggagggagg ttttgcggat
    26821 gatctggtcg ctctcttcgg cgtagatgag ggcttgcttg ttggcggcat ccatgtagtc
    26881 gagccagagg tcgaggtcga agtaggtgcg ctggtggagc atggcgcgcc actcgtcgag
    26941 gtaatcgtcg cagatggtct tcttgcgctt cttgtcggag acgatgggga agacgaagtg
    27001 gaggtcgggg tgggcgagtt cgttgaattg gaggcaggat cggcaatggc cgcaggcgtc
    27061 ggtgtcggtg cggtcggtgc agttgaggta gcgggcgtag gcgagggcca gggggaaggt
    27121 gccagcaccc ggacgacctg cgaagaggcg ggcgtggggg acgatgccgc gacgcgccgt
    27181 ctcagtgagg cgggccttga gttcgtcttg accgatgatg tcgtggaagt acatacgtga
    27241 gaactaaaat ctaaaaacga aaaatgatca gctacgccag ccctcgtttt tcccttttcg
    27301 tttttcgttt ttcccttcaa tagatttctc gggctacgcg gcggatgctg tcggaggcca
    27361 tgagggtgta gaaatggatg ctggggacgc cgtgggcttt caggtcgcgg cactgcatgg
    27421 tgcaccattc cacgccgacc tctgtggcct cttcgtcggt gcggcaacgg ccgagctcgg
    27481 cggcaaattc gggcgggaag gtgcagtgga agatgcgggg gatgacttct aactggtcgc
    27541 gcagcacgat cggcttgatg cccgggatga tgggcaccgt gacgccctcg gcccgcatgc
    27601 gatcgacgaa ggcgtaatac ttcgtgttgt cgaaaaacat ttgcgtgacg aggtactccg
    27661 cgccctgctc gaccttcagt ttggcgtagc ggatgtcgtc gtccatcgag cgggcgtctt
    27721 cgtgcatctc ggggtagcag gccatgccgt aagagaaggg tgtttcgatg tcagcgatcg
    27781 gcgatccgtc gagggcgatg ccgtggttga agttgttcac ctggcgttgc aggtcggtgg
    27841 cgtgggcgtg gtagagctcc ggattgtcgg gttcgcggag gcgcttggta tcgccgcgga
    27901 gcaggaggag gttgttgacc tcgaggaagt tcaggtcgat gagcccgtac tccgtctcgt
    27961 ctttggtgaa gcctttgcag acaaggtggg gcacggcggt gatgccgtag cggttttgta
    28021 tggccgaggc gatggccact gatccggggc gcttgcggag gttgacggtg cgcacggtgc
    28081 cgtcggcgcc gcgcacctcg acggcctcgc cgtggtgtga ggtgatgttg atgtacttcg
    28141 ggtcgaactc gcgcagcttg tctatgacgc gatagacgct ccggatgctg ttgcccttga
    28201 gcggcggcag gatctcgaac gagaaggctg tgccgcggct gtggttgatt aaatcgatta
    28261 ctctgtccat aaatagggta gtttataggg tggtttgatc ggggggacga tacatataat
    28321 aagaggtgta ctttcacccg ccgccctttt cgatgggcaa aagtagcacg agacttgtca
    28381 agcggcgggc gggttcgcct tcctcttgcg tgtctctgtt cttcaaaaat ggtttttgtc
    28441 atactccgcg aggaagtgca atgggatctc agtgccccgt ctatctttgc cgtcactaaa
    28501 aacgacaaca gtttgatcgc actcaatgaa ttaccaaagt cattatcaca ctaaggaagt
    28561 ccgttactca gcataagtat aagtatcgga gtgatggaga aaataaaaca aaccatatga
    28621 ttgaagaata acatatgaat cagcgaacaa atcaaggatg gaaccgtact ggtaaatgga
    28681 atactgcaag cagacgcctc gtttacgcgt tgcagagagc cgattcggat tctgtccagt
    28741 cagggttaag tctaccgttg gcagaccgct tatcggacga tgacacaagc catgaatcgc
    28801 agccggtagg cgcaaatgtt gggtgcgaaa aagtgcatgc cagcaaacac tctaagaaag
    28861 agagcgtgag ccaagggtgg cgtagaacca gtcggtggcg cgtcgcgaac ggatggcgcg
    28921 cttccacgtt gaaatgggag gatcccgatc cgatcaaaaa cggatggttg gcttactggc
    28981 cacaagtaat catgacgctt tcgccaggca gcccaagcgt tagcctcgaa tcgcaaccag
    29041 caagcgggca tgcggagaaa gagcataacg aaagaccttc cgcaatgaat attccaaata
    29101 acgcaagcaa gaaatacgag cgatttgaag cccgttatca ggagctgtcg tcttatttgt
    29161 gttccatcgc ggcgaagatt gacgcgatca aaacggacaa cacgaaacag gtcggtatta
    29221 agaagagtct tctttccttc ttggagacct acatcaagga ttcgatgaat aaactgggga
    29281 aaatcaagac gggtgcccga tgggataagc tggtcattgc ctttttcggc gagacgaatg
    29341 ccgggaagag taccatcatc gaaaccttcc gcatcctctt tgacgaatcg cgacatcgga
    29401 cgggggaaga tggggacgga ctgatcgtag gcgacggaca gtctgacttt acgaaggtct
    29461 atgaggagta taacctgaag attaatggca aggagtttat cttgatcgat gtgccgggga
    29521 ttgaaggacg agaagaagac ttcagagatg aaataaagcg tgcattaaat caggcgcatt
    29581 gcgtgttcta tgtgcaaggg cacaataaga aaccggacat aaagacggct gaaaaaatca
    29641 aaaactacct cagtgattgg gtcaacgtct attccatttt caatgtgcgc ggcggtgcaa
    29701 gcaactatga tgagagcgac gagcgcgaaa cattagagac cgaagccgta cgcaagaatg
    29761 aacagcttat tcaagacact ttccgaggaa tcttggggaa catctacaag gggaatctca
    29821 cccttcaggc cttgttggcc atgtgtgctc gaggacactt tgcgagcaca cgcgaagatt
    29881 tgctgcggac gcagaagaag ctgatcggct atttcggtag cggtgatgcg gtgcttcggt
    29941 tcagtcggtt cgaccgggtc atgcagttag tggatcagaa gtcggagcac tatatggacg
    30001 agatcgtcga agccaacaag cagaagctga tcgcgcagta tcgcaaagtc tatcaaggct
    30061 tggtggatat gatggcgcaa caacagcgag acatcgaccg attaaaggag cggctgatcc
    30121 gatttgacgt agatatgaat atgtcatttg aagagacgat ccgagcgatc cgcaaccggc
    30181 tggcttatga gcataccaaa gtctttgacg acttcaaaag agaggtttgc gacgtgctgg
    30241 atgacgacta taacaaggaa gacagtgaga aagagattca gcaacatgca gagaggttat
    30301 tcgaggccta cacaacggaa tccagaatcg tagtcgagaa tgaattcagt cgcttagaag
    30361 agaagatcaa agaaaggcgc agggagcttg acaacattca aatcggcgga ttgcatatcg
    30421 atatatcgag cttagaaatg cctaaccttg atgaagcctt cggcaagatg ggcctcaatt
    30481 ttggcgatgt cttgggtttt gccaccacgg tgggaggaac ggctcttgcc tttagtgtta
    30541 tccccgtatt cggaacattt atcggcgcgg gtgtcggtct tttgctttgg ggtggcaagc
    30601 agcttttctt gggagatagc aagcgagaag aagccaagga taaggcccgc aaaacaatcg
    30661 atgagaagaa acgagagagc caatccacca gcctgaacaa acagatcaat ttgatagaac
    30721 ggacgctcga taacgaaaaa gaccgcttcc ggcagatcat ccgaaacgag cgaaataact
    30781 tgcaacaact cagcgacgcg atagaggatg cccaaaggca ggtcgtagcg tacgccaatc
    30841 acattaagaa cacagcatat ggagaaattt gaagtaaaga agcagcgcct gaaagaggcg
    30901 ctgtcgggat tggagcaact gctcgatgag gggcagcgtt tagggctgga tcttactgac
    30961 gccgctcaga agctccgaag cgtagtccaa gcctcggaag acgaaacgat ccgcatcgtc
    31021 ttgctcggtt ccttctcgga cggcaagacg agcgcgatag ccggtttgtt gggacgactc
    31081 gaagactcga tgaagatcga ccaagacgaa tcgtctgacg aattgaagat ctatcgcccg
    31141 aaggatttga aggatggatt cgagatcgtt gacaccccgg ggctgttcgg aacgaaagag
    31201 aaggaaacgg acgggcaaac gatgaggtat tctgaaatca ccgagcgcta tatctccgag
    31261 gcgcatatcg tcatttatgt ctgccatgcc gtcgtgccgc tcaaagacag ccacaaggag
    31321 atcatccggt tggtgatgcg cgacttcggt aagctggact gctccatctt cgtcatcaac
    31381 aaaatggacg aggctggcac agacatgctc gacgccgatg actatgccga aatggctgcc
    31441 atcaaaaaga aaaacctgat ccaacgatta agagacacca tccacctgac acctgaggag
    31501 gaagccggat tgcgcattgc ctgcatcgcc gctgacccta agggtaaagg gttggcgcat
    31561 tggttcgccc gaccggacga ctatatgcgg cgctctcaca tcggcctcct gcgcgactac
    31621 atcactgaaa tcaccgagaa gaaagacgcc actgcgctgc gcgaaaacaa aaacattgcc
    31681 gcggtgaagg atgcgatgat gcaggtggaa aaagagattt tcgatcgcga acgccttttg
    31741 tcggccgacc ttgagcgaag ccaggaggcg atgaaggaaa tcaaatccga gctccaattg
    31801 atgaaaaaag acgtagagga agcccggcga accatgtccg accgcctcaa agcactcttt
    31861 gaaggcatta cgaccgacat cgacagcgcc acggccaaaa gcatttccca agtaatcgaa
    31921 cagcgcctcg ggctcaaaga cggcgaagtc gggtttatct tggagcgcga tgtaaatcag
    31981 atcctccaag actgtagcga agccaataac ctccaagtct catcggtgca tgtggacaaa
    32041 ctggaagagc tcttcgaaag ccaaaacaag ctcatgcagc agatgattaa gcagggcgga
    32101 aaggcgctgg ggaaggtgaa attgtccgga ggtatgatca agtccgcccg caacgtcgtc
    32161 gccaagggat ttaagttcaa accttggggg gccgtcaagt tggcaaagaa cctaacgaat
    32221 gccttgggcg ctatcggcat cgtactatcc gttggtatgg agatttggga caccatcgcc
    32281 tcaaagaaac gggagaagga gctggccgaa ctgaaaagcc agctcaaagg aatgctcgtc
    32341 gatatgcagg ccgacatcta cgcccaattc aacgacaatg aatcgtacta caagaacttc
    32401 gccccgtcct tcctcgagat gcagcagcac gccgaggaaa tgcaggaagc cgttgaccga
    32461 atcagcgagc agaccgcaag gctgcacgat tacggcgagc gcctgagaaa acactttgac
    32521 atcaaagaca cggttaagga cacggccata taaaacaacc ctttcccccc ttccccttcc
    32581 tcgcattttt tcgatagggg cgcggggggg gaggcatggg cgattagcca tgatccgaca
    32641 ccccctcccc tccgatttcc acggttccga cctcctgtta cctttgcctg cgtcaatcca
    32701 aagccagaaa cgataaaaaa tgacaccctc acagcttatc ctgcttccat cctgccccgc
    32761 gaaaaggcgc gaggcgaaat gccacgcccc cattgtgtca cacaatgaga ccaaaaagtt
    32821 cctcgtagtc ccattgtgtc gcacaatgag accaaaaaaa tcctcgtagt cctattgtgt
    32881 cacacaatga ggccaaaaaa tttcttgtag tcccattgtg tcgcacaatg aggccaaaaa
    32941 atttctcata gtcccattgt gtcacacaat gaggctaaaa aatttcttgt agtcctattg
    33001 tgtcgcacaa tgacgttact cgggattttc ccctcattgt gtcgcacaat gaagacatcc
    33061 cccgagcttt caaaccgact tattttttct tcaaaacaga tactacagag atgaaaacaa
    33121 ttgaatcgac cctgccccgg gtcatgaaat ttgagggcga caacagaaag atgtacaacc
    33181 tttcactcca cgtgcagttt cactacctgc aatacggact ggtcaaggcc gtggatcaga
    33241 cgaagctcaa gatcccagcc ccggtgatga acacatggga cacctcgatt aattcggaaa
    33301 cgaagctcga ccaagaatcg gccatctccg aacacaccgc caaattgttg gccttagaca
    33361 cagagcgcga caacatcctt gcgaacattt tctacgtcgt ccgcggctat cggtattcca
    33421 ctgaagcccc gaagaaagaa gccgccctgc gcctggccgc caagctgaaa ccatatgcga
    33481 acattcgcac gatagcattc gagatggaga gcgcgcgcat ccgcggcttg gaagacgaca
    33541 tctcaaccat ggccgccgac atcgccgcca tcggactgac ctccaccttc gcgcagctcc
    33601 acacggccaa cgaggcctat gagaagatgc gcatggagcg ccgtacggat gccactgaca
    33661 cgaagctgcc caccgctcag acggtgcgcc cgatagccga tgaggcctac gaaatcgtct
    33721 gccaatacat ccaagccgcc tacctctacg ccacagccga cgaggataaa gcgctgatag
    33781 agcaactggt cgaccgcatg aacaaggtga ccgtcgacct caaagccacc caccgccaga
    33841 tcgtcgctca gaagaaggcc gccgcagaca aaaagcccaa agagccgaag cagcccaagg
    33901 agcccaaaga gccgaaagac cccaagcagc cgaaggatcc caagcccacg cctgacccca
    33961 agccgaaacc cggcggcggc gacgacatcc agatcccctc cgaacccccc aaaaagcccg
    34021 acgacgccga gcaaccccag cccacccccg gtggcggcga gggcggcggc gacgacatcc
    34081 agatcccttc cgagccaccc aagaagcccg atgggcaatg attccctccc caatgattaa
    34141 ttgttaatgg tcaatgatta tgccgggtac atttccgtgt gcccggcatt tttatgcccc
    34201 cccgattcgg gcacccggat atcattaaca attgaccatt ggtgattggt cacgattatg
    34261 ccggatacgc atgatgggga ggcccatcac gcgtacccgg catttttcgt ccctccgttt
    34321 ctcccccgcc gcctcacccc tctaacgtca ccatcgcatc cgcaacctcg ccgccgaggg
    34381 gcgggtgatg cttcgtgacg gcgacgctga ggtcgctgag gtcaggccga taagcgcgta
    34441 gggcgcgcac gatgcggccc gccacatgct caatcaggcg cgaggggcgc tccatctcag
    34501 ccttcaccaa ggcatagacc tcggcataat tcaccgtatc cgccagctca tccgtctccg
    34561 tcggcgcgag cgagggcaag gcaaagcaga cgtcgacagt gtagtagcca cccacttgcg
    34621 tttcctgctc aaagaccccg tggcgcgcat aaaacctcat gccccggagg gcgatccttc
    34681 ctttcatcat caatacctta tccataaaaa catccattaa agtctccccc cggtaatcat
    34741 taatcattgc atcctccgtc ccccccttcc tttgtcgcgt ccgcaaagat gtgcagtgct
    34801 cttttctcaa actgcgaggc aatggcagaa agattctttg ctttgccctc catttttgac
    34861 acgtgaacat ccttaaccct ttcttaccct atgaatgtga atacccttcg caatgcagca
    34921 tctacaatgc caaccaagcg acattccgtc ccctttcccc ctccttacgt ctaactactt
    34981 accaaatcca tatcaacatg aatcagagaa atcattactc aaatcatcca tcaaagcatc
    35041 gccggtggtg gatgctgctg cccgcggcag ggctgttagc caccggccag atgcaggccg
    35101 tgggcggcac gttcagtgca ccggagacgg ccaccctgac gcagcaacag aggcacaccg
    35161 tgagcggcac agtggtcgac gagatgggcg aaccgatcat cggcgccaac atcctcgtaa
    35221 aaggcaccgc gacaggcacc acgaccgacc ttgacggcca cttctcgctc gaggccggcg
    35281 gcccgcaggt cacgctcatc atctcctaca tcggctacaa gcggttagag gtcgcagcca
    35341 cggctgggca gcccctcaac ctgcgcatgg agccggaaga caacctcatg gacgaagtcg
    35401 tcgtcaccgg ttacggcacc ttcaagaagt cggcctacgc cggctcagcc tccaacgtga
    35461 agggcgaaaa gatgcaggat gtccccgccg tatcgttcaa agacctgctg caaggcaacg
    35521 cctcgggcgt gcaattctcc gcctcgtcgg ggcagccggg agccgcctcc acgctcaaga
    35581 tccgcggcat gggctcgttc aacgccagca acgccccgct ctacgtcatc gacggcgtgc
    35641 ccgtgcgctc aggctcgatc aacagcctca gctcacgcgc cggactcgac atcatgtcta
    35701 cactcaacag ctccgacatc gagagcatta ccatcattaa agatgccgcc gcagcctcgc
    35761 tctacggttc gcgcgcagcc aacggcgtag tgctcatcac caccaagcga ggcaaatcgg
    35821 gcaagcccgc attctcattc aaggccgact tcggcagctc agacttcgcc atggactacc
    35881 gcccgatcat gggtggcgag gagcgccggc agtacatcta cgatggcctc atggctggcc
    35941 aaatcaaaaa aggaaagacc gaggccgcag cccgagcgta tgccgataag aagatcgaca
    36001 agttcgcccc cataccctgg tgcggctata ccgactggga cgatgtgctc ttccgtaagg
    36061 gcagccacag ctcctacgag gcctcaatca caggcggcgc cgatcggttc aagtattact
    36121 cctcactggc ctacctcaag caagacggta tcgccaccaa ctccggtctg gagcgcatca
    36181 gcggccgcct aaacgtggac tatcaagcca ccgaccgcct gaagctcggc acgaacatgc
    36241 tgttggccac cgtaaaccaa gaggtgaaca gcgaaggcac atcctacaca tcgcccttct
    36301 acacctcgcg caacgccgtc gtcccctctg accccgtgcg taaccaagac ggcagctgga
    36361 atcgcaagat gatccgcatt ggcgaccgca acccggcact gtctgccgcc tacgactacc
    36421 aacgcgaata cgtcatgcgt gccttcaaca ccctcttcgc cgaatatgag ttcatccgcg
    36481 acctcaagtt ccgctccacc ttcagttacg attacgtcaa caccaaaggc aaagattgga
    36541 gcgacccacg cacatcgaat ggcgaggaca aaaacggagc aatggacaag cgatacagcg
    36601 agctgaggaa gatgacgtgg gctaaccaac tgagctaccg catgaccgta gccaatgatc
    36661 atcacctcga cgccctcgta ggctacgagg tggacgacca gtacagcgac tacctgcttg
    36721 ggcaggccag caacttcgcc acgccagaga agaacgccat cagcaatggc atgaagaccg
    36781 aagccgtagg cggacgcagc acgcgatcgc gcatggtctc ctacatctct cgcctcaact
    36841 acgactaccg caaccgctac tacctcggcg gcagcttccg taccgacggt agctcgcgct
    36901 tccaccgcaa cagccgctgg ggcagcttct ggtccgtatc cggagcgtgg cgcgccatcg
    36961 aagagggatt catggagccg accaaaggtt ggctttccga cctcaagctc cgcgcctcct
    37021 acggcgtgaa cggcacactg ccctccgacc tctacggcta catgggcctc agcagcctca
    37081 ccatcggata cctcgagcaa cccggcatca tccggtcgca gctgcccaac atcgatctgc
    37141 aatgggagac gaatcataac ctgaacctcg gcctcgactt cggtctctgg aatcgcatca
    37201 acgtgaccct cgagtattac gtccgcacga cgaagaacct cctcatggat cgacccatct
    37261 ccatgaccac cggcttcggg agctacctga tgaacatcgg agaggtgaag aaccaaggcg
    37321 tggagctgga aatcgcctcc accaacgtgc agacgaaaga cttaacctgg acgacgaact
    37381 tcaacatctc gcacaaccgc aacgagatcg taaagctcga tggcatacag acggagatca
    37441 tcggcggaac ccaaatacac aaagtcggca agccctaccg caccttctac atgatcgagt
    37501 tcgcaggcat caaccccaac acgggcgcac cgcagttcta caccaacgag aaagacgccg
    37561 acgggaacta caagaaggag atcaccgaag accccagcaa agccaacgcg gccgtgctcg
    37621 ataagtatgc tgacccggcc gtgatcggcg gactcaccaa cacgctccgt tacaaatggt
    37681 tcgacctcag ctgcatgttc tcctaccagt ttggcggcta cgcctacgac gtctgggcgc
    37741 agaagacgga gcacggtggc aacgacatga gggccaacat ccccacctat taccgcaaca
    37801 gctggcgcaa acccggcgac gcgaccgact acgagctctt ctatgagaac cccgccgtgg
    37861 ccatgagcaa gatctccacc tcgcgccgcc tgcacagcac agacttcatc cgcctcaaga
    37921 ccatcaccct cggcttcacc ctgcccaagg catgggtcaa ggcggcacac ttagacaacg
    37981 tacgcctcta cgcctctgcc aacaacttct ggacgtgggc gtcatacgat tactacgacc
    38041 ccgaagccac cgaagccggc tccgcaacct ggggcacacc cccgctcaag accgtcatct
    38101 tcggcctaaa catgaacttc taatcccccc actttaagac agattgaatc atgaattatc
    38161 tgagacatat caccctgctg ctcatcgccg ccatgctctt caccgcctgc ggcaacgact
    38221 ggctcgacgt agagccctcc acctccatcc aaaccgaaga cggcgtcaag tcgctcaagg
    38281 aagtggagtt ctcactcaac ggcatctata gcaccatgca aagctcggac gcctactccg
    38341 gccgcctcgt ctactacgcc gatgtcaccg gcgacgacat gcaggccgtc agctccacca
    38401 agcgcacggg caactattac cgcttcaact tcaccaagga caacggcccc tccagccact
    38461 ggtcttacct ctacaacatc attcagaact gcaacttcgt gctcgtcaac ctcgaccgca
    38521 tcaccgtcag caacgcccag aaggctcgcc gcgacgacct ccgaggccag gctttagcca
    38581 tccgcggcat ggccctcttc gacctcacgc gcctcttcgg ttacccctac acgaaggacg
    38641 gcggcgcctc cctcggagtg cccatcgtcg agaccctctc cggaacggaa gataaacccg
    38701 cccgcaagac cgtggccgaa tgttacgccc acatcattac agacctcacc acagcctccg
    38761 acctgctcgc gggcaagttc aacaagggta agttcaacaa atgggccgcc ctgacactgc
    38821 tcagccgcgt ctacctatat aaaggcgaca acgccgcagc cctcaaggcg gccaaggcag
    38881 ccatcgcagg cgcagagaag gcagggtatg cgctctggac gaataaaaat tacccgaagg
    38941 cctggggcgc cgacgcctct gccaccgatc cgggcgaggt gctcttcgag atcgttaacc
    39001 tcaccaccga ctcgccgggg cttgagagca tgggctacct caactccaaa gacggctacg
    39061 acgacatgtg catcaccgcc tctttctacc gcctgctcaa gcaaaacccg cgcgacgtgc
    39121 gcctcaagct cctcagcttt gacggcaagg actatgccta cgtcaacaag tatcagccgc
    39181 aagcgaacga aaacatcatg gatgccaaca tccccctgct gcgcctttcg gaggcttacc
    39241 tgaacgctgc cgaggcggcc gtcaagacgg gcgacaacgc cacggccgtg acctacttag
    39301 acgccatcgt caaccgcgcc gacccagact ccaccgtcaa gggcaagacg ctgacactcg
    39361 ccgatgtgct taacgaacgc cgcaaggagc tcgtggccga gggtcatcgc atgtacgacg
    39421 tgatgcgcaa cggcctctcg atcaagcgtg aggacgtgga ggagccggac atcgccctca
    39481 cccgccacga cacgccctac atggattacg accgcacgtt ctatatgatc gtcctgccca
    39541 tccccaagcg cgagatggac gccaacccga acatgaagca gaatccgggg tattgataac
    39601 tgtatagttg atcgttctgt cggggcgggc ctttcggggt tcgccccgat tttgtttcgg
    39661 gctaattctg gttttatgta gcccaaacag ggggtctgtt tgctccagcc gatgtgcgcg
    39721 gcccaaacag ggggtctgtt ttgctccagc cgatgtgcgc ggcccaaaca gggggcctgt
    39781 tttgctccag ccgatgtgcg cggcctgaaa cagggggtct gttttgctcc agccgatgtg
    39841 cgcggcccaa acagggggcc tg
//
LOCUS       SEQF3106|MIQD01000018.137266 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..37266
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     tRNA            complement(874..959)
                     /locus_tag="SEQF3106_00775"
                     /product="tRNA-Ser"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ser(tga)"
     CDS             complement(1037..1723)
                     /locus_tag="SEQF3106_00776"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRLIVPLYRRLFCRRGYGVHSPFVFDLITNVLEESRGYYAYTR
                     LHAAHALAPPHDRLSQRECHWLFRLANRFHPQRIITVGTASGLIPLSLTAYVSGGLHA
                     IALEEHPAAAESARTLLHGRASSPIEVRLGAYETELPKALSEYVHPDCLVLAPPPDRL
                     LSLFALCADYLSSATLLLIRGIHASPAARQAWRTICSHPTATVCIDAYTWGITFFRPG
                     LPHQRFKSIV"
     CDS             complement(1720..2397)
                     /locus_tag="SEQF3106_00777"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPELFDYLRELRVNNNREWFQANKKRYDTLRADFIRDVSRLID
                     RIAAFDPEIASLDARSCIYRIYRDLRFSPDKTPYKTYFSAYMTGFGGRTSPYGGYYIH
                     LEPDASQLSGGVWCPTSPMLKQLRRDISDNMDELIAILHTPAFRRTFGTFTGEQLTRM
                     PQGFPADMPHGELLRFKSFVVTSVKPDSFFTSPNWLDRATEDFRLLYPLNRFLNYTIG
                     QFFGKEP"
     CDS             complement(2450..3835)
                     /gene="lapB_1"
                     /locus_tag="SEQF3106_00778"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00994"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipopolysaccharide assembly protein B"
                     /translation="MKRLYTMATALLLALLAAQAARAQTDNWQRLVDEKRFAEVLALA
                     EARPDSLDYAACYAAGQAAEGLLKYPRAYLYYMRCRATDTARTELLVALARTAGAIGR
                     TDEAEQYLLKLRERDTAAFYANHQLARLYDNQGDTKRAMAYYNLLLQRDSANPVLMRS
                     VADCAWRMGRKSLAIMTYMEAFRAEPEHALAAAALANRMLSMQMPEVALDVCDTALRY
                     HPRHRLLRQNRGLALFSLDEYRAADTVYSTLLAEGDSSLLTRKYGGCARYYSGRFMDA
                     IPLLEAAFDEDTTAVDVCLLLGSALGRTYDRRRAFALFDHAERLMQPAPALTDMLVRF
                     RAETFERDGQKERADALYYQLWTERNRFDLLGRIWEHYNDTERAEKDEAYARRSRFIT
                     VLFATEYLARPKRDAKLMSFLNTQLNKFVSDMFFRQTKQLPTLAPDGKAGVCTEQELH
                     NLMSRLQGVKP"
     CDS             4250..4429
                     /locus_tag="SEQF3106_00779"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYKYKLREKLHSYTLYENKRRRHLRSYTMYKNKIRRKLYPYTMH
                     KYKRRRILYTYTLLK"
     CDS             4829..6736
                     /gene="purF"
                     /locus_tag="SEQF3106_00780"
                     /EC_number="2.4.2.14"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00497"
                     /codon_start=1
                     /transl_table=11
                     /product="Amidophosphoribosyltransferase"
                     /translation="MEILKHECGVAMIRLLRPLEYYHRKYGTWMYALNKLYLLMEKQH
                     NRGQDGAGFACVKLGAKPGEEYMFRERAAGTGAITEIFETVYSHYRGVAPEQLADPAY
                     AEAVLPFAGELYMGHLRYSTTGRSGLSYIHPFLRRSNWRACNLALCGNFNLTNADDIF
                     AEIRSSGQHPRKYADTYFILEQMGHLLDEEADRLRRQLAADEGRTGLEVTREVERHLD
                     MARIVRPAAQTWDGGYVICGATGSGEAFTVRDPWGIRTAFYYADDEVVVVASERPVIQ
                     TVMNVQATDVRELGRGEALFVNREGVRRTEQLLPPHPLSACSFERIYFSRGSDCDIYR
                     ERKQLGENLVGPILRKVDGDMEHTVFSFIPNTAEMAYFGMLEGLQKHLDNRMAEQLMA
                     LGSAQNAEAVRRILAQRVRSEKVVLKDIKLRTFIAEGNSRNDLAAHVYDITYGSIRPH
                     VDNLVVIDDSIVRGTTLRRSIISILDRLHPRRIIVVSSSPQIRYPDYYGIDMSSLGEF
                     IAFRTAIDLLRVRGMEHVIMEAYERARRQRGTPDESRINCVKAIYAPFTDEDISDHMA
                     RMLSGHGVQAEIGIVFQPLEGLHHACPHHPGDWYFSGDYPTPGGTRLVNRAFIQYIEQ
                     TYLPRIANTQP"
     CDS             6778..7305
                     /locus_tag="SEQF3106_00781"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIRLTDANDPRFARAWRLYKAAFPPDERRRLSSQRRILHRQI
                     YHFDIVMDNKLFIGILLWWEFENVRYIEHLAVVPPLRGMQRGERILHRFLTESDLPVW
                     LEVEYPQDELKQRRINFYRRVGFALNLHPYVQPAYEKSTSPVPLLVMTYPEAITEPDM
                     RYFCREYQPALTDYS"
     CDS             7353..9002
                     /gene="pyrG"
                     /locus_tag="SEQF3106_00782"
                     /EC_number="6.3.4.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P99072"
                     /codon_start=1
                     /transl_table=11
                     /product="CTP synthase"
                     /translation="MNVYLCPPLKKKGLIVANTKYIFVTGGVVSSLGKGIVSASLGKL
                     LQARGYRVTIQKFDPYINVDPGTLNPYEHGECFVTVDGHETDLDLGHYERFLNIPTTR
                     ANSITTGRIYQSVINKERHGDYLGKTVQVIPHITDEIKRNVKLLGSKNQFDFVITEIG
                     GTVGDIESLPFIESVRQLRWELGRDCLCVHLTYVPFIAAAKEYKTKPTQHSVKQLQEL
                     GVQPDMLVLRTEHELNADILRKVALFCNVSKEAVIQSVDVPTIYEVPLMLQRQHMDSI
                     VLEKVGLTVGPTPELNPWKDFLERKKHASEVVRIGLVGKYVELQDAYKSIDESLLIAS
                     IYNDRKLDLRLIHSEKINAENAAELLADLDGVIIAPGFGQRGIEGKFAAIRYLREHDI
                     PTLGICLGMQCMVIEFARDVLGLEGANSTEMDPQTPHPVIDLMEDQKNVVNMGGTMRL
                     GTYDCTLRPGSRIREAYGRDHIQERHRHRFEFNNEYKDRFEAAGMQCVGENPDTGLVE
                     AVEIDSLRWFVGVQYHPEYNSTVLNPNPLFMGFIKAAINKK"
     CDS             9018..10982
                     /gene="yidC"
                     /locus_tag="SEQF3106_00783"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25714"
                     /codon_start=1
                     /transl_table=11
                     /product="Membrane protein insertase YidC"
                     /translation="MSMDKNTVIGFILIGVVLVLFVWLNRPSEEQIEAQKRYNDSLAR
                     VEQAALAQIDQAKAEATLAAPAAGDTVGLPDSVREERLRGTYGAFARAAVGTEEFVTL
                     ENDKVEVRISTKGGRLCYARLKEYTTYDKQPLVLFDGPDESALNLTMITANQRVVNTA
                     DLYFTPIKGADGRSVTMRLDAGDGAHMDFTYSLAPDDYMMRYTILAAGMNGILAPSTR
                     SLDLTWTQHARQLEHGRKYENQYTGLYYKYVADDVDKLSETKDADKQIANRLKWIGYK
                     NKYFATVLIADDAFTASKLESRLTPDADTAHLKTFTTMTSVDFDPSRPDTIGFSYFIG
                     PNKYKLLGAYDKGRDKANRLSLDELVPLGYKWVRPINRYFIVPIFDYLGRFLTNYGLI
                     IFLLTLIVKLVLFPLTYKSYMSTAKMRVLRPQVEEINARYPKQEQAMDRQKATMELYS
                     RAGASPMSGCLPMLLQMPILIALYWLFPTAIELRQQSFLWAKDLSTFDAVISWNANIP
                     IISSFMGNHISLFCLLMTIVNVVYSKINMSMSNTGQQQMPGMAMMTYMMPVMFFFIFN
                     QNSAGLSYYFLVSTLITILQTASFRYFINEDKLLAKLEANKKKPRKRGSFMERMAEMQ
                     KKQQAELERQQKQRSNQRQAQNTKRQERKR"
     CDS             10989..11735
                     /gene="kpsU"
                     /locus_tag="SEQF3106_00784"
                     /EC_number="2.7.7.38"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P42216"
                     /codon_start=1
                     /transl_table=11
                     /product="3-deoxy-manno-octulosonate cytidylyltransferase"
                     /translation="MHFLGIIPARYASTRFPGKPLADLGGKPMIQRVYERVRPTVDSL
                     WVATDDERIRRAVEAFGGDVVMTSDTHRSGTDRCREACDKVGATADVVVNIQGDEPFI
                     RPEQIEQLKRCFDAPDVCIATLAKAFDPDGDFEQTLFNPNTPKVTFDTRGNALYFSRS
                     IIPYIRGARYTDWLRRHTFYKHIGLYAYRAETLRAITLLPQSSLERAESLEQLRWLEN
                     GYRIRVTITPYDTVGIDTPDDLARAVALLS"
     CDS             11911..12555
                     /locus_tag="SEQF3106_00785"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMHPLEALIAEGEHQQQDFKFEISDSRKIARTLSAFANTDGGR
                     LLIGVKDNGRIAGVRSEEEYYMIEAASERYTRPAVPFTARRWEVGGRTVLEVDIAPGP
                     DRPYLAPDKDDRYVAYLRVADENRPADRTLVLAWQKQRRPNGRLFRLTRPVEALLRYL
                     EAHPAISLSEFCRLARIRRPIARHILSDLLALGTLRYTILPDGRLVYIRADGGE"
     CDS             complement(12660..13748)
                     /gene="gcvT"
                     /locus_tag="SEQF3106_00786"
                     /EC_number="2.1.2.10"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P64225"
                     /codon_start=1
                     /transl_table=11
                     /product="Aminomethyltransferase"
                     /translation="MKTTPFTDVHIALGAKMHEFAGYNMPIEYEGIIEEHLTVCHGVG
                     VFDVSHMGEIWVKGPKALELVQKITSNDASAIAVGKAQYSCFPNETGGIVDDIIVYHY
                     EDEKYLLVVNAANLEKDWAWCVKHNEGIGAELENASDNMAQLAVQGPKAKEVLQRLTK
                     VDLNSIPYYCFVTGEFAGCPDVIISNTGYTGAGGFELYFYPKYGRKIWDALFEAGKPE
                     GIKPIGLGARDTLRLEMGFCLYGNDIDETTSPIEAGLGWITKFVDGKNFTNRAALEKQ
                     KKEGVTRKLCAFELQDKGVPRHGYDIVSLEGEKIGHVTSGTMSPTRKIGIGMGYIRKD
                     YTKVGTEIAIRVRNRDLKATVVKPPFRK"
     CDS             complement(14133..15350)
                     /gene="pepT"
                     /locus_tag="SEQF3106_00787"
                     /EC_number="3.4.11.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81WU4"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidase T"
                     /translation="MTITDRFLRYAAFDTQSDEAARTMPSTPGQMRFAESLTHELKAL
                     GLHDVSLDANGYVMATLPANTRRTEVPVVGFIAHMDTSPDMSGRDVKPRIVTYTGGEI
                     VLNEPLGIVLSPDVFPELNNYVGQELIVTDGTTLLGADDKAGVAAIVSAMEYLLAHPE
                     VEHGTVRIAFTPDEEIGRGADRFDVARFGCFGAYTVDGGEIGELEYENFNAAQAVVTL
                     RGRNIHPGSAKGRMINASLVAMQLNAMLPATERPETTEGREGFFHLTEMAGTVEEARL
                     TYIIRDHDRELFEKKKDMLREAVRQINKMHPECCTLDLRDQYYNMREVIDQRPELIRW
                     ARQAMAAAGVVPIERPIRGGTDGARLSFMGLPCPNLFAGGMNFHGRYEYLPIPSLRKS
                     METIVHLCALIAQ"
     tRNA            15550..15624
                     /locus_tag="SEQF3106_00788"
                     /product="tRNA-Thr"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Thr(tgt)"
     CDS             15884..17494
                     /locus_tag="SEQF3106_00789"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCILLMGMTMETEAGEPKSAPAKLNEVTMFYRGAVLEHAATVAL
                     DKGDNEVWIEGLSSGIDESSLRIGMSGGAIITAYEYVPKHQTEKAADAATQRMLDSLK
                     AQENRLRQIGVETKVNAQMLKILETGMTQKMSTPSERGLSLDELARSMDYYKTKTIAI
                     ENDQARLQVEKATCEKILKRLRQQLAEAGHNAGALRLNVTATTAGNARVKVSYCTFAA
                     SWTPYYSINVEATEKPIRIVQKAKVKQTTGLDWKHVKLTLSTGTPNNGRVAPLFNTWF
                     LREQPPMVLAEMAVQNSYSKRAVMGKMKEADVADMAVEEEEATERSIDDHVIVNDNAA
                     VTTTYAIDLPYDIPGNGKEQNIDLRTQQTEANYYFYCAPKLSSETYLMAELKGGDKLD
                     LPGGEAQITYDGIYLGETYIDNASTLKKLTLTLGTDKRITVKREKVKDFSSKKTFGSD
                     MRQVFAYTITVKNNRKNDVRMTIKDQYPISTQKNIEVELLKDTTTPTTNNKETGVVTW
                     DEMLKAGETRTYTFSYSVKYPQGMDLNL"
     CDS             complement(17593..18909)
                     /gene="rlmL"
                     /locus_tag="SEQF3106_00790"
                     /EC_number="2.1.1.173"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9K0V4"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA large subunit methyltransferase L"
                     /translation="MADEPFDMIAKTLFGLEDILAEELRALGADAVETGRRMVSFRGN
                     KAMLYKANFHCRTALRILKPVARFRAENADEVYRAVKDVEWERYLTPERTFAVEAVVY
                     SESFRHSKFVAYRTKDAIADHFKERSGRRPSVRLSNPDMAIHIHISHNDCTLALDSSG
                     ESLHRRGYRQTGGEAPLNEVLAAGMILLTGWHGQSHFVDPMCGSGTLLIEAAMIALNI
                     PPGIYRRSFAFERWPDFDRELFEAISNDDSGERDFEFLCHGADISAEAIRRAEQNVRN
                     AGLSRYITLRNMPFQQFTRTPRPAILITNPPYGERITTGNITELYSMIGERLKHVFTG
                     CQAWILSYRDECFDHIGLRPKEKIRLMNGELNCEYRGYELFAGTNKDYRKAQHERPTH
                     RTERPTHRAEYSPQRPERKPPFANKPRITRHDITALREAIADDASL"
     CDS             complement(18915..19403)
                     /locus_tag="SEQF3106_00791"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKYLFVLAAIIMALTACEGPMGPPGPVGPQGPPGNGGSGDNVR
                     WKFFEYTVKEHDWELVGNQDALGSHYMYEFKENLLTKEMIEGSIVGYRILTLSNGSKV
                     YTPLPYNLSRGERDGSRDILWNEQYSFDLQPGSIAFYAHYSDFKTSNRPPTCEFRIVI
                     IY"
     CDS             complement(20009..21487)
                     /locus_tag="SEQF3106_00792"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTIIHTLFAAALMACLTGCGDSFLETKFHRGQDLDEGLTAVP
                     IVDAALNGAYDRFYNYRFAGRDVIAMGDIASDLSYWNAETSHWNDHYSFGLQESDLYL
                     GECWAYGYKVIDGTNRILHDAAKLYDKATAPEKKALDRDMAEAYALRGLTRLYLTNIF
                     GHQIKVNGKDFSGQPGIVITDKVVSTTDQVKRSTVGQSYAAIVSDLKNALTRFAAAGD
                     SRKKVYLGVAATHGALARTYLYMENWDEAITHAQIALDSSKITTLATTPADYRALYAG
                     ELTNKESIFALAINGTKNFDAASLGTVWSSYSYGPSPKLRAMYKPSDVRTSIMARDPK
                     KGSESVPYYLGGKFANAAGVPANSSNYLINAPEMYLIIAEAQLNKGNLEAARKALLVV
                     AKRDTEIKSTSDLPQTKEALASFLQDERARELFQEGFRLWDLRRWDVKADVYAFGAPE
                     VKFTFTGYKISDFVYPIPVGEINAGFGVTQTPGWSEALPKKK"
     CDS             complement(21518..23980)
                     /gene="susC_7"
                     /locus_tag="SEQF3106_00793"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MIDGVPVNAENEGSTATDNNNTDPMSTLNPADIENVTILKDAAA
                     TAIYGSRAGNGVIVITTKKGAEGATTVNFEMKQGAVSMGNHNMDYADAKSSMDLFAKG
                     WVAAGKATNYKDAYKELTKNYHWDGSSSTDWIDAITRTGHYQDYNLNISGRTGKTGYY
                     LGLGYLDTKGIVIASDFARYSGRLNVDSKFNRLTVGANTSFNYSVKNGFAMRTNGAMS
                     SPLVIAVSMMKPFYKMRDEKGNYLLHNNSNPVAMCDPELGNLNRTRTQVVNLSPYMQL
                     DLGRGFYAKTTLGVNLNDLDEYNYYSALYSSDGRDVNGMGEQYDSRTTIVTWTNIAGW
                     LKTIGAHDLNIMLGQEMQRKNFHYRYFLGKDFPFASSGMRELSTAGKWSNESVDIREA
                     RLASYFMDAHYSYANKYYASLAFRRDGSSVFGSNHRWGNFWSVGGKWRITGEEFLKDN
                     RALTNAMLRVSYGTVGNQDIDWYAARGYYSADHNYNSVAGIAPEQSPNPELTWETSKK
                     FDVGIDLSFFSRYHLSVDFYNENTSDALYQMPLSRTTGFSTLFKNIAAIRNQGLEVAL
                     NGTLVRNKAINWTAYVNMTYNQNKVIELADHKPVEYNYTIIEEGRPYRQFKMKEYAGV
                     DSKTGKPLWYLKEEGNETTSDYNAAAKRYAGSADPKVYGGFGTSLTWKGFDASLTFNY
                     RLGNKVFDSGASFTGWGMADRLTLKRVVEDSWTPENKGAKYPQYIFNDPYKAAQRSTR
                     FVYSGDFLRISNLTLGYTLPASLTKQAYMNRVRLYASVDNLYTFFAKDFVGYNPETYD
                     NGYIGWQYPASRTFIGGVQVTF"
     CDS             complement(23952..24518)
                     /gene="susC_8"
                     /locus_tag="SEQF3106_00794"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MQKKVLYMLAYLLLGVGWATAQVSSVTGTVTSADDGEPVIGASV
                     LVKGTTTGTVTDLDGNFTLQVPAGAKTLVVSYIGFQTQEVAVAPRVAVALKGDDKLLD
                     EVVVTGYTTQRRASFTGAAAIVDKDALTKKTDASFMKSLEGAVPGVQMNNASSMPGTF
                     GTVFVRGRGSLSSGTAPAVCDRRRARER"
     CDS             25461..26330
                     /gene="mscS"
                     /locus_tag="SEQF3106_00795"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0C0S1"
                     /codon_start=1
                     /transl_table=11
                     /product="Small-conductance mechanosensitive channel"
                     /translation="MPSIHNLGLHLDADFHSKVILSVIVLLAVWLIRLLILRLVWKST
                     TNHKVRYRWKRALSYAAPACLFLFVGLVWINAFRHVSTFLGLLSAGIAIALKDLLENM
                     AGWLFIVIRKPFAVGDRVQIGDDRGDIIDIRLFQFTILEIGNRIDAEQSTGRIIHIPN
                     GRIFTMPQANYDQGFRYIWNEVRVRLTFDSNWQHAREILLEVLNRYGGDVVPAAEQGL
                     DEASKMYYVHYQHLTPIVYIALMEDGITLTGRYLCEPRRIRSTESAIWEDLLTAYATH
                     ADIRWAYPTRRLV"
     CDS             complement(26469..27140)
                     /gene="yhhQ"
                     /locus_tag="SEQF3106_00796"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37619"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YhhQ"
                     /translation="MMLGVLFCTCLVASNLLETKVVRLWEMPGGHVLSVTAGLLVFPI
                     SYIINDCIAEVWGYRKARLIIWLGFAMNFLVIALSRVAVMLPAAPFWEGEEAFNFVFG
                     LAPRIAAASLLAFLVGSFLNAYVMSRMKIHSHGRHFSARAILSTLAGESADSLLFFPI
                     AFGGLIPAEELLKMIAVQALLKTLYEVIILPITIRVVRYIKRVDGTDAYDEGISYSVW
                     KIKEL"
     CDS             27357..28553
                     /locus_tag="SEQF3106_00797"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGVGCMMAALSATYAQDAKKDEAKPEGLRFTTVKEIKVTPIKN
                     QHRTGTCWSFSGVGMIEAELLRIGKGEVDLSEMFIVNHSYKDKADKYVRLHGLINFAQ
                     GGSFADVLYVFKHYGAMPGELYKGLEYGEDNHVHNELAEVATSYVKAIVSNKNGKLSP
                     VWKKGFDAIIDTYLGKIPEKFTYKGKQYTPKSYGESLGLNFDDYVSLTSFTHHPFYAP
                     FAVEIEDNWRWAESYNIPLNELMEVIDNAINSGYTLAWGTDVSEKGFTRNGLGIAADV
                     KALETSGSDQARWVGLSRSAKDEELRKMIEQPGCKEIKVTQELRQQGFDNFQTTDDHG
                     MLLYGIARDQTGRKYYMVKNSWGTDTKYKGVWYVTEAFVAYKTINVAVHKDALPKALR
                     TKLGIK"
     CDS             28570..29037
                     /locus_tag="SEQF3106_00798"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQSLVDKVERAEVRRRKLRRILSITLPIVLVVLLAVGGFYYYFP
                     FATGMKSGKLNYVVYKGIVFKTYEGRLIQAGIRPAETGGFQSNEFVFSVSDKEVADQL
                     MDAGGKTVELHYTEYLGALPWRGYSRYVVDRIVNISDDDTGVAPPTEGTPDII"
     CDS             29232..29681
                     /gene="perR"
                     /locus_tag="SEQF3106_00799"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P71086"
                     /codon_start=1
                     /transl_table=11
                     /product="Peroxide operon regulator"
                     /translation="MKQTESRNARKYLIAHGIRPSAQRVAIMQYLWDHRTHPTAEEIY
                     IDLLPHIPTLSKTTVYNTMKLFIQQGVALQIDIDGHNARFDGDISTHAHFQCRLCNRI
                     FDLPQPNLRSALFTGDGFVLERFCVNMRGLCPECSRSLSETEEEAPK"
     CDS             29766..30566
                     /gene="loiP"
                     /locus_tag="SEQF3106_00800"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25894"
                     /codon_start=1
                     /transl_table=11
                     /product="Metalloprotease LoiP"
                     /translation="MKKLILFVAFAMMLTVAEAQIKIGGKNVNVRKAGQATTNMAKAV
                     SLSDDDIYKLCREAVTWMDKHNTVAEDDSEYAQRLERLTKDFKEVNGVPLNFKVYLVV
                     DINAFACGDGSVRVFSSLMDLMDDDELMGVIGHEIGHVANTDVKDAMKQAYMTAGLID
                     AAGAVSNTVSRLSDTQLDKLVQSFLGAQFSQKQESAADAYGIKKCAELGFDPYGLANG
                     LQKLADLSAGAKRSTVQKMFSSHPDNGKRIARARELAEKYAKEQGKKK"
     tRNA            30667..30751
                     /locus_tag="SEQF3106_00801"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Leu(caa)"
     CDS             30825..31502
                     /gene="trmD"
                     /locus_tag="SEQF3106_00802"
                     /EC_number="2.1.1.228"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q6GHJ5"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA (guanine-N(1)-)-methyltransferase"
                     /translation="MRIDILTVLPEMIDGCLNCSILRRAQDRGLAEIHLHNLRDYTTN
                     KWRRTDDYPFGGEAGMVMQIEPVDRAISALRVERTYDEVIYTSPDGQRFDQPMANRLS
                     LLQNLIILCGHYKGVDYRIREHLITLEISVGDYVLTGGELAAAIIADATVRLLPGAIG
                     DEQSALSDSFQDGLLAPPVYTRPAEYKGWRVPEVLLSGHDRRIAEWRLQQAQERTARL
                     RPDLLEG"
     CDS             complement(31606..32409)
                     /gene="mkl"
                     /locus_tag="SEQF3106_00803"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WQL5"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ribonucleotide transport ATP-binding
                     protein mkl"
                     /translation="MIEIEHIVKSFDGRVVLNDISAVFETGKTNLIIGRSGSGKTVTV
                     KSIIGLVKPERGRVLYDGRDLLSMNKSELKHLRRETGVLFQGSALFDSMTVLENVLFP
                     LDMFSRETARERERRALSCLERVDLSNACDLFPSEISGGMMKRAAIARAIALQPKYLL
                     CDEPNSGLDPKTSLVIDNLIHSITKEYNMTTIINTHDMNSVMNIGENIIFISEGRKEW
                     QGTKEQVISSGNTALNDFIFASDLLRKASELEELEEETGVMPTRKFPPE"
     CDS             complement(32406..33188)
                     /gene="mlaE"
                     /locus_tag="SEQF3106_00804"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P64606"
                     /codon_start=1
                     /transl_table=11
                     /product="putative phospholipid ABC transporter permease
                     protein MlaE"
                     /translation="MLLRPYKSPPQNMIKALQQVGEYVLLMRKVLTPPTRWSMFFKQL
                     VREIYKLGVDSIWIVVIISIFIGTVIAIQISLNISSPLIPKFTIGYTTREIILLEFSS
                     SIMCLILAGKVGSNITSEIGTMRVTEQIDAMEIMGVNSANFLIMPKITGMMLFIPVLV
                     FFSMTTGILGGVFASHVVSGMTPASFEFGLQYYFNPFYIWYSVIKSVVYAFLISSIAS
                     YFGYNVKGGSLEVGKASTNAIVISSVMILLADVILTQIMLTK"
     CDS             complement(33248..33973)
                     /gene="mhqN"
                     /locus_tag="SEQF3106_00805"
                     /EC_number="1.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P96692"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative NAD(P)H nitroreductase MhqN"
                     /translation="MTLEEILHTRRAVRRYTDEAIDADTVRHCIDLARLAPTSSNMQL
                     WECYHITDPETIRRMVPACLGQTAVSTAQQLVVFVTRRDLFRQRAAAVLRFERGNVAR
                     NSPPERQAKRIHDRELYYGRVMPFLYSNAFGLLGLLRKMIVTGVGLFRPIIRQVTEGD
                     MRMSVHKSCALVVQTFMLAMTDAGYDTCPLEGFDSLRVKRILRLPRRAEVDMIISCGI
                     RDEGRGIWGERFRVPMDDVYHRI"
     CDS             complement(34095..34757)
                     /locus_tag="SEQF3106_00806"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMRNPLLLTLAALVLLTGCSGRKAEQAPAAAAESPAATPNDPSM
                     VPNNNAEPAPASTQFDKTQLRREITIAIQTIQSIRDGWDLFEAMTQKGKRKSKHLGKM
                     MDALPDFSKGDAPGSGSNCSLEEIRRLIESGQVRKASAKWRGRIEYMASQLKDYTIPD
                     ALSGSVKIGEDTYVYECDSSGRVIELTDEEDFNHFVSRGEREVPQSFYNLAKTVMSEG
                     AE"
     CDS             complement(34779..35642)
                     /locus_tag="SEQF3106_00807"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLDGRRESTNVEDRRSGGMSGTGKASLGIGGMIIVALLTWVMG
                     GNPLEVLDDDEGSGDEGQQTEYVQSEEEAQLFSFTKKIFASTEDVWTELFKAEGLEYR
                     QPKMVIYRSATRSGCGQASSSTGPFYCPADQTVYIDLSFFDEMEQELDAGGDFAYAYV
                     IAHEVGHHVQNLLGTIDKVDNETARVNKKKGNQLSVRLELQADYLAGVWANHENERWK
                     SLQDGDLEEAINAASQVGDDRLQKAAGGSVVPDAFTHGTSAQRMRWLKRGYQSGKLRG
                     GDTFSIPYNDL"
     CDS             complement(35759..36862)
                     /gene="ychF"
                     /locus_tag="SEQF3106_00808"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37518"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome-binding ATPase YchF"
                     /translation="MALQCGIVGLPNVGKSTLFNCLSNAKAQAANFPFCTIEPNVGVI
                     TVPDERLTRLAELVHPARIVPTTVEIVDIAGLVKGASRGEGLGNKFLANIRETDAILH
                     VLRCFDDANVVHVDGSVNPVRDKEIIDAELQIRDLETIESRIAKVQKQAQTGGDKQAA
                     LAYGVLARYKEALEQGRNARSVTFDTKDEQRVAHDLFLLTNKPVLYVCNVDEASAASG
                     NAYVEQVREAIKNEGAELLVVAAKIESEIAELDTYEERQMFLAEAGLEESGVNRLIKA
                     AYRLLDLETFLTAGPDEVRAWTYRRGSKAPQCAGVIHTDFEKGFIRAEVIKYDDFIQY
                     GSEAAVKEAGRMHVEGKEYVVQDGDIMHYRFNV"
ORIGIN      
        1 taggtcagtt cggagagctt taagtcggtg cggctgtact tgcttttcag gaaggtcgtg
       61 aaatgctttt tgcacacatt gtacttctgc aatgtcgcag cagaaactga tacgccgacc
      121 tgcttcttga catcggtaat atgcctgtca aaaagctcca tgatcgtacc gatgtcctct
      181 ttctttccga ggaactccat tttgatgcgc tccaaggata gactttcgtt gaactccatt
      241 ctcctgaaga tgttttgcaa tccgttttga atgttatcca attcgagatt gatgctgagc
      301 acttccgtgc ttcttccttt cacacgttcc ttcttgccat cccattgaga tcgaaggatg
      361 gcaataccgg tagagccgag cgaaagtcgc tcgttgttga gataaattct cagcatgacg
      421 ggtacctttc cgtctttgtt cacgtagttg cttctgagat agaaggcggt tctgaatatg
      481 gttttcatac acatgactgt ttttggctgc agtcatgatc ttcagaaaag aagtgtagcc
      541 aagacctctg ttgattgtag ccggatacag tgttttggcg caaacttttt ctcttcgatc
      601 acgcttgcaa agttctacat agatgactga ataacagctg tatatgggtg ctccctacgt
      661 gctctctacg gactcttggc tacaattttc atttggccga aaaagttgta gccagattgt
      721 agctgttggg gagcattttg ggcgtttcgg ccgcttcaat acgtgctctg aaatgaaggg
      781 taggcgcaaa agaaaagtgc cataacctgt tcaagttatg gcacttacgt ttttcctaaa
      841 ggatctctga atgacttttt cagagtacct caagcggaga gacagggatt cgaaccccgg
      901 gaacctctcg gttcaacggt tttcaagacc gccgcaatcg accactctgc catctctcct
      961 tggtgtgaat gtcttattgc tccctcgaaa gcgccgcaaa tgtatgataa gtcatttcct
     1021 acacaaatgc gtctgctcag acgatgctct tgaagcgctg atgcggaagg ccgggacgga
     1081 agaaggtgat gccccatgtg taggcatcga tgcagacagt ggctgtgggg tgagagcaga
     1141 tggtgcgcca agcctggcgt gcggcgggag aggcgtggat gccgcggatg agtagcaggg
     1201 tggcgcttga gaggtagtcg gcgcagaggg cgaagagcga aaggaggcga tcagggggag
     1261 gggcgaggac gaggcagtct gggtggacgt attccgagag ggctttgggg agttctgtct
     1321 cgtaggcgcc gaggcgcacc tcgatgggcg atgaggcacg gccgtggagt agcgtgcggg
     1381 cggattcagc ggcggctggg tgttcttcta acgcgatggc gtgtaggccc cccgagacgt
     1441 aggccgtcag gctgaggggg attaggccgg aggctgtccc gacggtgatg atgcgttgcg
     1501 ggtggaagcg gttggctaag cggaagagcc aatggcattc gcgttgcgag agcctgtcgt
     1561 ggggaggggc gagggcgtgg gctgcgtgca ggcgggtgta ggcgtaatag ccgcgcgact
     1621 cttcgaggac gttcgtgatc aggtcgaaga cgaagggcga atggacgccg taacccctgc
     1681 ggcagaagag gcggcggtag agggggacga tgaggcgcct catggctctt tgccaaagaa
     1741 ttggccaatg gtgtagttca agaaacgatt gaggggatac agcaggcgga agtcttccgt
     1801 ggcgcggtcg agccaattgg gggaggtgaa gaatgaatca ggcttgacgc ttgtcacgac
     1861 gaagctcttg aagcgcagca gttcgccgtg gggcatgtcg gcggggaagc cttgcggcat
     1921 gcgtgtgagc tgttcgccgg tgaaggtgcc gaaggtgcgg cggaaggcgg gggtgtggag
     1981 gatggcgatc agctcgtcca tgttgtcaga gatgtcgcgg cggagctgtt tgagcatggg
     2041 ggaggtgggg caccagacgc cgccggatag ctgtgaggcg tcgggctcga ggtggatgta
     2101 gtagccgccg taggggctgg tgcgtccgcc gaagccggtc atgtaggcgc tgaagtaggt
     2161 cttgtagggt gtcttgtcgg gcgagaagcg gaggtcgcgg tagatgcggt agatgcagct
     2221 gcgggcgtcc agactggcga tctcggggtc gaaggcggcg atgcggtcga tgaggcggct
     2281 gacgtcgcgg atgaagtcgg cgcggagggt gtcgtagcgc ttcttgttgg cttgaaacca
     2341 ttcgcggttg ttgttgacgc gtagttcgcg taggtagtcg aagagttcgg ggttcattat
     2401 gtaaatggaa aacgaaaaat gaaaaacgaa aaacgagggg gggacgttat cacggcttca
     2461 cgccttgcag acgcgacatg aggttgtgca actcttgctc ggtgcagacg ccagccttac
     2521 catcgggcgc gagggtgggc agttgcttag tctggcggaa aaacatatcg gagacgaact
     2581 tgttcagttg cgtgttcaag aaactcatca gcttggcgtc gcgtttgggg cgggccaggt
     2641 attcggtagc aaaaagcacg gtgatgaagc ggctgcgacg cgcgtaggcc tcgtcctttt
     2701 cggcgcgttc ggtgtcgttg taatgttccc agatgcggcc cagcagatcg aagcggttgc
     2761 gctcggtcca gagctggtaa tagagtgcgt cggcgcgttc cttttggccg tcgcgctcga
     2821 aggtctcggc gcggaatcgg acgagcatat cggtgagggc gggggcgggc tgcatgagtc
     2881 gctcggcatg gtcgaatagg gcgaaggcgc gtcggcgatc gtaggtgcgc ccgagggctg
     2941 aaccgaggag gaggcagacg tcgacggcgg tcgtgtcctc atcgaaggct gcctctaaga
     3001 gggggatggc gtccatgaag cggccggaat aatagcgggc gcagccgccg tatttgcgtg
     3061 tcaggaggga agagtcgccc tcggcgagga gcgtggagta gaccgtgtcg gccgcccggt
     3121 attcgtccaa gctgaagagc gccaagccgc ggttttgcct gaggaggcgg tggcgcgggt
     3181 ggtagcggag ggctgtgtcg cagacgtcga gggcgacctc gggcatttgc atcgacagca
     3241 tccggttggc cagcgccgcc gcggccaggg catgctccgg ctcagcgcgg aaagcctcca
     3301 tgtaggtcat tatcgcgagg cttttccgcc ccatccgcca ggcgcagtcg gccacgctgc
     3361 gcatcaggac cgggttagcc gaatcgcgtt ggagcagcag gttgtagtat gccatggccc
     3421 gcttggtgtc gccctggttg tcgtagagcc gggccagctg atggttggca tagaaggccg
     3481 ccgtgtcgcg ctcgcgcagc ttgagcaggt actgctccgc ctcgtccgtt cggccgatgg
     3541 ctccggctgt gcgtgccagc gccacgagca gctccgtgcg cgcagtgtct gtggctcggc
     3601 aacgcatata ataaaggtat gcccgggggt atttcagcag cccctccgca gcctgccccg
     3661 cggcatagca tgcggcgtaa tcgagcgaat ctggccgcgc ctcggccagg gcgagcacct
     3721 cagcaaaacg tttttcatcc accaagcgct gccagttgtc cgtttgcgcc cgggcggcct
     3781 gagccgcgag cagcgccagc agcagcgccg tggccatcgt gtagagtcgc ttcatttttt
     3841 ctgcctgatt atataagtaa acgcgcccaa atgtaggaca ggaaggggcg cggcgataat
     3901 tttcacgcat cccgcctcgc cgccgccccg tccgctgccc tgccggctca tctccgccca
     3961 cggtaggccc gtcagctgca ctgccaacgc atccccgccc gcggcaggcc cgtcggccgc
     4021 cctgccggct tattgactcg tgtttgggtt ttatttttat cagacgccac gcttaggcag
     4081 tagatacgct tataatatat agtgtatacg acgcataggc aacctacttg cctttacgct
     4141 catgtaaatt gaagacatag gtagtcagat aggtcattct tgcgcttaaa tactccgctt
     4201 agtcatattg tatatgtaat gtttttgctt gaaatagtac atatacacta tgtataagta
     4261 taaactccgc gagaaattac actcatacac actgtatgaa aataaacgcc gccggcattt
     4321 acgctcatac actatgtata aaaataaaat ccgcaggaaa ttatacccat acactatgca
     4381 taagtataaa cgccgacgga tattatacac atacaccttg ctgaagtgac ctttttggag
     4441 gggacaatgg ccacagactc tgcgtaagca ctctctttag gagaaataac aagcaatcag
     4501 acagcataag cgtccttttt aatagaaaga attactcagc atactgccta agcgtagcgt
     4561 ctggtggaaa taaaacccaa acacgagtca ataagccggc agggcagccg acgggtctgc
     4621 cgcgggcggg gatgcgttgg cagggcagcc gacgggcctg ccgcgggcgg ggatgcgttg
     4681 gcagggcacc cgacggggct gccgggggag gggatgcgct ggcggggcag cggacgggtc
     4741 tgccgcgggc ggggatgggc cgttcgcttt cgattccgcc cctgccccac ttttctactt
     4801 ttgcgcgtca aaaaaaagga agcaacaaat ggagatattg aagcatgaat gcggcgtggc
     4861 gatgatccgc ctgttgcggc cgctcgagta ttaccaccgg aaatacggca cctggatgta
     4921 tgccctcaac aagctctacc tcctcatgga gaagcagcac aaccgcgggc aagacggcgc
     4981 cggattcgcc tgcgtcaagc tcggagccaa gcccggcgag gagtatatgt ttcgcgagcg
     5041 agcagccggc acgggcgcca tcacggagat cttcgagacc gtctacagcc actaccgcgg
     5101 cgtcgcgccc gagcaactcg ccgatccggc ctacgccgag gccgtcctgc ccttcgccgg
     5161 cgagctctac atggggcacc tgcgctacag caccaccggc cgatcgggcc tttcctatat
     5221 ccaccccttc ctgcgccgca gcaactggcg cgcctgcaac ctggcgctct gtggcaactt
     5281 caacctcacc aacgccgacg acatcttcgc cgagatccgc tcctccggac agcacccaag
     5341 gaagtatgcc gacacgtatt ttatactcga gcagatgggc cacctgctcg atgaagaggc
     5401 cgaccgcctg cgccgacagc tcgcagccga cgaggggcgc acggggctgg aggtgacgcg
     5461 tgaggtggag cgacacctcg acatggcgcg catcgtccgc cccgccgccc agacgtggga
     5521 cgggggatac gtcatctgcg gcgccacggg cagcggcgag gccttcaccg tgcgcgaccc
     5581 ctggggcatc cgcaccgcct tttattatgc tgacgacgag gtggtcgtcg tcgcctccga
     5641 gcggcccgtc atccagaccg tgatgaatgt gcaagccact gacgtccgcg agctcggccg
     5701 cggcgaagcc ctcttcgtca atcgcgaagg cgtgcgccgc accgagcagc tcctcccgcc
     5761 acacccctta agcgcctgct ccttcgagcg catctacttc tcccgcggca gcgattgcga
     5821 catctaccgc gagcgcaaac aattgggcga gaacctcgtc ggccccatcc tccgtaaggt
     5881 cgacggtgac atggagcaca ccgtcttttc cttcatcccc aacacggccg agatggccta
     5941 cttcggcatg ctcgaaggcc tgcaaaaaca cttagacaac cgcatggcag agcagctgat
     6001 ggccctcgga tcagcgcaaa acgcggaggc cgtgcgccgc atcctcgccc agcgcgtaag
     6061 gagcgagaag gtcgtcctga aagacatcaa gctccgcacc ttcatcgccg agggcaacag
     6121 ccgcaacgac ctcgccgccc acgtctacga catcacctac ggaagcatcc gcccccatgt
     6181 agacaacctc gtcgtcatcg acgacagcat cgtgcgcggc accaccctcc gccgcagcat
     6241 catcagcatc ctcgaccgcc tccacccgcg ccgcatcatc gtcgtctcct cctcgccgca
     6301 gatccgttac ccagattatt acggcatcga catgtccagc ctcggcgagt tcatcgcctt
     6361 ccgcaccgcc atcgatctgc tccgcgtccg cggtatggag cacgtcatca tggaagccta
     6421 cgagcgagcc cgccgccaga ggggcacccc cgacgagtcg cgcatcaatt gcgtgaaagc
     6481 catctacgcc cccttcaccg acgaggacat ctccgaccac atggcccgca tgctcagcgg
     6541 ccacggcgta caggccgaaa tcggcatcgt cttccagccc ctcgaaggcc tccaccacgc
     6601 ctgcccccat caccccggcg actggtactt ctcaggcgac taccccaccc ccggcggcac
     6661 ccgcctcgtc aaccgcgcct tcatccaata catcgagcag acctacctgc cacgcatcgc
     6721 caacacccaa ccctaacccc caataaacac gacaaacacc ccccccctac accgacaatg
     6781 aaacgcatcc gcctgactga cgctaacgat ccccgattcg cccgcgcctg gcgcctttac
     6841 aaagccgcct tcccccccga cgaacgccgc cgactcagct cgcaacgccg catcctacac
     6901 cgccagatct atcacttcga catcgtcatg gacaacaagc tcttcatcgg catcctcctc
     6961 tggtgggagt tcgaaaacgt ccgatacatc gagcacctcg ccgtcgtccc ccccctccgc
     7021 ggcatgcagc gcggcgagcg catcctccac cgcttcctca ccgagtctga cctccccgtc
     7081 tggctcgagg tggaataccc ccaagacgaa ctcaagcagc gccgcatcaa cttctatcgc
     7141 cgcgtcggct tcgccctcaa cctccacccc tacgtccagc cagcctacga aaagagcacc
     7201 tcgcccgtcc ccctgctcgt catgacatac cccgaagcca tcaccgagcc cgacatgcgc
     7261 tacttctgcc gcgaatacca acccgcactc acagactatt cttaaagcgg ggaagagggg
     7321 ggcgttcgcc tcggggcagg gcgcccgctg ggatgaacgt ctatctttgc ccgccgttaa
     7381 aaaagaaagg attaatcgtg gcaaatacga agtacatttt tgtgacaggc ggtgtcgtct
     7441 cctcccttgg caaaggcatc gtctcggcgt ctttaggcaa gctgctacag gcgcgcggtt
     7501 atcgggtgac catccaaaag ttcgacccat atatcaacgt agacccaggg acactcaacc
     7561 cctacgaaca cggcgagtgc ttcgtcaccg tcgatgggca cgagaccgac ctcgacctcg
     7621 gccattacga gcgcttcctc aacatcccca ccacgcgcgc caacagcatc accaccggcc
     7681 gcatctacca aagcgtcatc aacaaagagc gccacggcga ctacctcggc aagaccgtcc
     7741 aagtgatccc ccacatcacc gacgagatca agcgcaacgt gaaactgctc ggctcaaaaa
     7801 accaattcga cttcgtcatc accgagatcg gcggcactgt gggcgacatc gagtcgctcc
     7861 ccttcatcga gagcgtccgc cagctgcgct gggagctcgg ccgcgactgc ctctgcgtcc
     7921 acctcaccta cgtccccttc atcgccgccg ccaaagagta caagacgaag cccacccaac
     7981 actccgtcaa gcagctgcaa gagctcggcg tacagcccga catgctcgtc ctccgcaccg
     8041 agcacgagct caacgccgac atccttcgca aagtcgccct cttctgcaac gtctccaagg
     8101 aggccgtcat ccagtccgtc gacgtgccca ccatctacga agtccccctc atgttgcaac
     8161 gccaacacat ggactccatc gtgctcgaga aggtcggcct aaccgtcggc cccacgccag
     8221 agctgaaccc gtggaaagac ttcttggagc gtaagaagca tgccagcgag gtagtccgca
     8281 tcggcctcgt cggcaagtac gtcgagctgc aagacgccta caagtccatc gacgaatcgc
     8341 tcctcatcgc ttccatatat aacgaccgca agctcgacct gcggctcatc cattcggaga
     8401 agatcaacgc cgagaacgca gccgagcttc tggccgatct ggacggcgtc atcatcgccc
     8461 cgggcttcgg gcaacgcggc atcgagggca agttcgccgc catccgttac ctccgcgagc
     8521 acgacatccc cacgctcggc atctgcctcg gcatgcagtg catggtcatc gagtttgccc
     8581 gcgacgtgct cggcctcgag ggcgccaact ccaccgagat ggatccgcag acgccccacc
     8641 ccgtcatcga cctgatggaa gatcaaaaga acgtggtcaa catgggcggc accatgcgcc
     8701 tcggcacata cgactgcacc ctgcgccccg gctcgcgcat ccgcgaggct tacggccgcg
     8761 atcacatcca ggaacgccat cgccaccgct tcgagttcaa caacgaatac aaggaccgct
     8821 tcgaggctgc cggcatgcag tgcgtaggcg agaatccgga tacggggctc gtcgaggccg
     8881 tggagatcga tagcctgcgc tggttcgtcg gcgtgcagta tcacccggaa tacaatagca
     8941 ccgtgctgaa ccccaatccg ctgttcatgg gcttcatcaa agcagcgatc aataagaaat
     9001 aagaggagaa acaaacgatg tcaatggata agaatacagt gatcggcttc atactgatcg
     9061 gggtggtgtt agtgcttttc gtctggctca accgcccgag tgaggagcag atcgaggcgc
     9121 agaaacgcta caacgattcg ctggcccgtg tggaacaagc cgccctggct cagatagacc
     9181 aagccaaggc cgaggctacg cttgctgcac cggccgcggg cgataccgtc ggcctgcccg
     9241 actccgtgcg tgaggaacgc ctgcgcggca catacggcgc ctttgcacgc gccgccgtcg
     9301 gcacggagga gttcgttacc ctcgagaacg acaaggtgga ggtgcgcatc agcaccaagg
     9361 gcggccgcct ctgctacgcc cgactgaagg aatacaccac ctacgacaag cagccgctcg
     9421 tcctcttcga cggcccggac gagtcagccc tcaacctgac gatgatcaca gccaatcagc
     9481 gcgtcgtcaa tacggccgac ctctacttca cgccgatcaa gggcgccgac ggtcgctcag
     9541 tcaccatgcg cctcgatgcg ggcgacggtg cgcatatgga cttcacctac tcgctcgctc
     9601 cggacgatta catgatgcgt tacaccatcc tcgcggctgg catgaacggc atcctcgccc
     9661 cctccacccg ctcgctcgac ctgacctgga cgcagcacgc gcgccagtta gagcacggcc
     9721 gtaagtacga gaaccaatac accggcctct actataaata cgtggccgac gacgtggaca
     9781 agctgagcga gacgaaggac gccgacaagc agatcgccaa ccgcctgaag tggatcggct
     9841 acaagaacaa gtacttcgct acggtgctca ttgccgacga tgccttcacg gcctccaagc
     9901 tcgagtcgcg cctgacgccc gacgcggaca cggcgcacct gaagaccttc accaccatga
     9961 cgagcgtcga cttcgacccg tctcgccccg acacgatcgg cttcagctac ttcatcggcc
    10021 cgaacaagta caagctgctc ggcgcttacg ataaagggcg cgacaaggcc aaccgcctct
    10081 cgctcgacga gctcgtgcca ctgggctaca aatgggtgcg ccccatcaac cgatacttca
    10141 tcgtgcccat cttcgactac ctcggccgct tcctcacgaa ctacggattg atcatcttcc
    10201 tgcttacgct catcgtcaag ctggtgctct ttccgctgac gtacaagtcg tacatgtcga
    10261 cggccaagat gcgtgtgctc cgcccgcagg tggaggagat caacgcccgc tacccgaagc
    10321 aggagcaggc gatggatcgg cagaaggcta cgatggagct gtacagtcgc gccggggcca
    10381 gccccatgag tggctgcttg ccgatgctgc tccagatgcc gatcctgatc gcgctctact
    10441 ggctcttccc gacggccatc gagctgcgtc agcagtcgtt cctctgggcc aaagacctct
    10501 ccacgtttga cgccgtcatc tcgtggaacg ccaacatccc catcatctcc tccttcatgg
    10561 gtaaccacat cagcctcttc tgcctgctga tgacgatcgt caacgtggtc tactccaaga
    10621 tcaacatgag catgagcaac accgggcagc agcagatgcc gggcatggcc atgatgacgt
    10681 acatgatgcc cgtgatgttc ttcttcatct tcaaccagaa ctccgcgggg ctgagctact
    10741 acttcctcgt ctccacactg atcaccatcc tgcagacggc ctccttccgt tacttcatca
    10801 atgaagacaa gctgctggcc aagctcgagg cgaacaagaa gaagccccgc aagcgcggta
    10861 gcttcatgga gcgcatggcc gagatgcaga agaagcaaca agccgagttg gagcgtcagc
    10921 agaagcaacg cagcaaccag cggcaagcgc agaacacgaa gcggcaggaa cgcaaacgtt
    10981 aaccccccat gcacttcctt ggcatcatcc ccgcgcgtta cgcctcgacg cgcttccccg
    11041 gcaaaccctt ggccgacctg ggcggcaaac ccatgattca gcgcgtctac gaacgcgtac
    11101 gccccaccgt cgatagcctc tgggtggcca ccgacgacga acgtatccgt cgggctgtcg
    11161 aggctttcgg cggcgacgtc gtcatgacct ccgacacgca ccgcagcggc accgaccgct
    11221 gccgcgaagc ctgcgacaag gtgggcgcca cggccgacgt ggtcgtcaac atccagggcg
    11281 acgagccctt catccgcccc gagcagatcg agcagctcaa gcgctgcttc gacgcgcccg
    11341 acgtgtgcat cgccaccctc gccaaagcct tcgaccccga cggcgacttc gagcagacgc
    11401 tcttcaaccc gaacacgccc aaggtgacct tcgacacccg cggcaacgcg ctctacttca
    11461 gccgctccat catcccctac atccgcggcg cgcgctacac cgactggctc cgacgtcaca
    11521 ccttctacaa gcatatcggc ctctacgcct accgcgccga gacgctccgc gccatcaccc
    11581 tgctgccgca atcgtcgtta gagcgcgccg agagcctcga gcaactacgc tggctcgaaa
    11641 acggctaccg catccgcgtg accatcaccc cttacgacac cgtcggcatc gacaccccgg
    11701 acgacctcgc ccgagccgtc gccctgctca gttgaagacg agttgttgac agttcaacca
    11761 atggtttgaa gccaaaccga cctccgattt gggtcaaacc aatggtttga agccaaaccg
    11821 acctccgatt tgaaccgaga catgccgctg gacctattcg cgcccacctt cccttcattt
    11881 ttcgtttttc atttttcgtt tttcgttgaa atgaacatgc accccctcga agcactcatc
    11941 gcagaaggcg agcaccaaca gcaagacttc aagttcgaaa tcagcgacag ccggaagatc
    12001 gcccgcaccc tcagcgcctt cgccaacacc gacggcggac gcctgctcat cggcgtgaag
    12061 gataacggac gcatcgccgg cgtacgcagc gaggaggagt attacatgat cgaggccgcc
    12121 tctgagcgct acacccgccc cgcggtgccc ttcaccgccc gacgctggga ggtcggcggc
    12181 cgcaccgtcc tcgaggtcga catcgcgccg ggccccgatc gcccctactt agcgcccgac
    12241 aaggacgacc gctatgtagc ctacctgcgc gtggccgacg agaaccgccc cgccgatcgc
    12301 accctcgtcc tcgcctggca gaagcagcgc cgccccaatg gccgcctctt ccgcctcacc
    12361 cggcccgtcg aggcgctgct ccgatacctt gaggcgcacc ccgccatctc gctctccgag
    12421 ttctgccgcc tggcgcgcat ccgtcgcccc atcgcccgcc acatcctcag cgacctgctc
    12481 gccctcggca ccctccgtta caccatcctc cccgacggcc gcctcgtcta catccgtgcg
    12541 gacggcggcg agtgaaaggc cgccccccct cctccgcgta ggcaaaagga aagccctgcc
    12601 ggctggatcc ttacgatccc ccgacagggc tttgcagaaa acactcaggg agctttatct
    12661 catttccgga acggcggctt gacgaccgtc gccttcaggt cgcggttacg cacgcggatg
    12721 gcaatctcgg tgcccacctt ggtgtaatcc ttacggatat agcccatgcc gataccgatc
    12781 ttgcgcgtgg gcgacatggt gccggaggtc acgtgcccga tcttctcgcc ctccaggctg
    12841 acgatgtcgt aaccgtggcg gggcacgccc ttatcctgaa gctcgaaggc gcagagcttg
    12901 cgcgtgacgc cctctttctt ctgtttctct aacgcggcac ggttcgtgaa gttcttcccg
    12961 tcgacaaact tcgtgatcca gcccaggcca gcctcgatgg gcgacgtcgt ctcgtcgatg
    13021 tcgttgccat agaggcagaa gcccatctcc aagcggagcg tgtcgcgtgc gccgaggccg
    13081 atcggcttga tgccctcagg cttgcccgcc tcgaagagcg catcccagat cttgcggcca
    13141 tacttcgggt agaaatacag ctcaaagccg cccgcgccgg tgtatcccgt gttggagatg
    13201 atcacgtccg ggcagccagc gaactcgccc gtcacgaagc agtagtacgg gatgctgttg
    13261 aggtcgacct tcgtcaggcg ctgcagcacc tccttcgcct tcggcccctg cacagccagc
    13321 tgcgccatgt tgtccgatgc gttctccaat tcagcgccga tgccctcgtt gtgcttcacg
    13381 caccacgccc agtccttctc caagttggcc gcgttgacca caagcaggta cttctcgtcc
    13441 tcgtagtggt atacgatgat gtcgtccacg atgccgcccg tctcgttcgg gaagcagctg
    13501 tactgcgcct tacccacggc gatggcggag gcgtcgttgg aggtgatctt ctgcaccagt
    13561 tcgagcgcct tcggcccctt gacccagatc tcgcccatgt gcgacacgtc gaagacgccc
    13621 acaccgtggc atacggtcag gtgctcctcg ataattcctt cgtactcgat cggcatgtta
    13681 tagccggcaa actcgtgcat cttggcgcca agggcgatat gcacgtcggt aaacggtgtt
    13741 gttttcatct cttgttcttt ttagggtgaa tgaattatgt gtgttggtaa atgatatggt
    13801 cgagcaaaaa tggttcgcga atgattggag gtgcattcag tgcgccctga aagggcaacg
    13861 agttaccccg aacggggtaa cgagatctca gcccagggta gagtgacgcc gaaggcggag
    13921 cggcaccctg ggtcaaatga tgcagatcct ccttccgcgc cctgcaaccc tttcccaacc
    13981 ctgcccttag cagggttggg aaagggttgc agggcgcgga agtcttgttg ggacaccgta
    14041 ccccagggcg ttgccctggg ctgggttgag tcgccccttc aggacgaata cttggtacac
    14101 cgagaaactt gcaaaccatt ttcgtttatg atttactgtg cgatgagggc gcataaatgg
    14161 acgatcgtct ccatgctctt ccggagcgac gggatgggca ggtattcgta acgtccgtgg
    14221 aagttcatgc cgcctgcgaa gaggttcggg cagggcagcc ccatgaacga cagtcgcgcg
    14281 ccgtccgtac ccccgcggat ggggcgttcg atgggcacga cgcccgccgc cgccatcgcc
    14341 tgccgcgccc accggatcag ttcgggtcgc tggtcgatga cctcgcgcat gttgtaatac
    14401 tgatcgcgca gatctaacgt gcagcattca ggatgcatct tattgatctg gcgtaccgcc
    14461 tcgcgcagca tgtccttctt cttctcaaat aattcgcggt catggtcacg gatgatgtac
    14521 gtcagccgcg cctcttccac cgtgcccgcc atctccgtca gatggaagaa cccctcgcga
    14581 ccctcggtcg tttccggacg ttccgtggca ggaagcatcg cattcagctg catagccacg
    14641 agcgacgcgt tgatcatgcg ccccttcgcg ctacccggat ggatgttgcg cccccgcagg
    14701 gtgacaacag cctgtgcggc attgaaattc tcatactcca attctccgat ctcgcccccg
    14761 tccaccgtgt acgccccgaa gcaaccgaag cgcgccacgt cgaagcggtc ggcgccacgc
    14821 ccgatctcct cgtccggcgt gaaggcgatg cgcaccgtgc catgctccac ctcggggtgc
    14881 gccagcaggt actccatcgc cgagacaatc gccgctacgc ccgccttatc gtccgccccg
    14941 agcagcgtcg tcccatcggt gacgatcagc tcctgcccca cgtagttgtt cagctcaggg
    15001 aagacgtctg gcgagagcac aatgcccaac ggctcattca gcacgatctc gcccccggtg
    15061 taagtcacga tgcgcggctt cacgtcccgc ccagacatat ccgggctggt gtccatatgc
    15121 gcgataaacc caacgacggg cacctccgtg cggcgtgtgt tggcgggcag cgtagccatg
    15181 acgtagccat tcgcgtcgag cgagacgtcg tgcagcccga gagctttcaa ttcatgtgtg
    15241 agggattccg cgaagcgcat ctgcccgggg gtagagggca tggtccgtgc cgcttcgtcc
    15301 gactgggtat cgaacgcggc atagcggaga aatcggtcag tgatggtcat gcgtgtgctt
    15361 cgtgtctatt atttacggca aaagtaggct aaaccctcag ggaggaaaaa aatttgggcg
    15421 gttagtctat tgatctacat ttgcggcggg aaagtcctgc acgaccagct ccctcggaat
    15481 tcccccaggg cttgaccgca gcaagggtac ttggttgtag cggtgcgatg cagtaaagct
    15541 ttcccacttg cctctttagc tcagttggcc agagcacgtg atttgtaatc tcggggtcgt
    15601 tggttcgaat ccgacaagag gctcaagaag aacctctctt tttttaattc aaatccgcaa
    15661 tcggtcttcc tcccagtgag aagatcggtt gcggatattt tttgtcccta cacgattact
    15721 tctggcggag atcaaaacca tacgtgcggg agcttgccgc caattcgatg cggccacccc
    15781 ggacgctccc cgccttgttt cttttcgtta gcaattgccc ctttactttt gaggcgtaaa
    15841 ccaacagatc aaaagagata tgagaacaac aggatttatc acaatgtgca ttttacttat
    15901 gggtatgaca atggaaactg aggcgggcga gccgaaatct gcgcccgcga aactgaatga
    15961 ggtcaccatg ttttatcgcg gcgctgtgct ggagcatgcg gctacggttg ctttggacaa
    16021 gggtgacaac gaggtatgga tcgagggact cagctcgggc atcgacgaga gtagcctccg
    16081 gattgggatg agcggcggcg ccatcatcac ggcgtacgag tatgtgccca aacaccaaac
    16141 tgaaaaagcc gccgacgctg ccacgcagcg catgctggat tcgctcaagg cgcaggagaa
    16201 caggctgcgg cagatcggcg tggaaacgaa ggtgaatgcg cagatgctca agatccttga
    16261 gacgggcatg acgcagaaga tgtctacccc ctcggagcgg ggattgtcgc tcgatgagct
    16321 ggctcggagc atggattatt acaagacgaa gacgatcgcc atcgagaacg atcaggcgcg
    16381 cttgcaggtg gagaaggcaa cgtgcgaaaa gatcctcaag cggctcaggc aacagctggc
    16441 tgaggccggt cataatgcgg gggcgttgcg cctgaatgtg acggctacga cggctgggaa
    16501 cgctcgtgtg aaggtgagct actgcacctt cgctgccagt tggactccgt attacagcat
    16561 caacgtggag gcgaccgaga agccgatccg catcgtgcag aaggcgaagg tgaagcagac
    16621 gacggggctg gattggaagc acgtgaagct gacgctctcc actggtacac caaacaacgg
    16681 acgcgtggca ccgctcttca acacgtggtt cctccgcgag caaccgccga tggtgctcgc
    16741 cgagatggcg gtgcaaaact catatagcaa acgggcggtt atgggtaaaa tgaaggaggc
    16801 tgatgtggca gatatggccg tcgaggagga ggaagcgacg gagcggtcga tagatgacca
    16861 cgtgatcgtg aacgataatg cggctgttac gacgacgtat gccatcgatt tgccttacga
    16921 catccccggc aacggcaagg agcaaaacat cgacctgcgc acgcagcaga cggaggcgaa
    16981 ctattatttc tattgtgcgc cgaagttgag cagcgagact tacctgatgg ctgaactgaa
    17041 ggggggtgac aagttagacc tgcccggtgg cgaggcgcag atcacgtacg acggcatcta
    17101 ccttggtgaa acgtatatcg acaacgcctc gacgctgaag aagctcaccc tgaccttagg
    17161 cacggataag cgaatcacgg tgaagcgcga gaaggtgaag gacttcagct cgaagaagac
    17221 cttcggatca gacatgcggc aggtgtttgc ctacacgatc acggtgaaga acaaccgcaa
    17281 gaatgatgtc cgcatgacga tcaaggatca gtatccgatc tcgacgcaga agaacatcga
    17341 agtggagctg ctcaaggata cgaccacgcc gacaacgaac aataaggaga cgggcgtcgt
    17401 gacgtgggat gagatgctca aggcgggcga gacgcgaacg tataccttca gctacagcgt
    17461 gaagtatccc caagggatgg atctgaatct gtagtgagtt gctggttacg agttacgagt
    17521 tactagttac gggttactgg ttacgagtta caagtacccg gatactcgta acctgtaact
    17581 ggtaactcgt aactatagcg aagcgtcgtc ggcgatggcc tcgcgcaggg cggtgatgtc
    17641 gtggcgggtg atgcggggtt tgttggcgaa ggggggcttg cgttcaggcc gttgcgggga
    17701 gtattcagct cgatgcgtgg ggcgttcagt tcgatgcgta gggcgctcgt gttgcgcctt
    17761 gcggtagtcc ttgttcgtgc cggcgaagag ctcgtagccg cgatactcgc agtttagctc
    17821 gccgttcatc aggcggattt tctccttggg gcggaggccg atgtgatcga aacactcgtc
    17881 gcgatagctc aagatccacg cttggcagcc tgtgaagacg tgcttcaggc gttcgccaat
    17941 catgctgtag agctcggtga tgttgcctgt ggtgatgcgt tcgccgtagg gtgggttggt
    18001 gatgaggatg gcggggcggg gcgtgcgcgt gaactgctgg aagggcatgt tgcgcagggt
    18061 gatgtaacgc gagaggccgg cgttgcggac gttttgctcg gcgcggcgga tggcttcggc
    18121 agagatgtcg gcgccgtggc agaggaactc gaagtcgcgc tccccagagt cgtcgttgct
    18181 gatggcctcg aagagctcgc ggtcgaagtc tggccagcgc tcgaaggcga agctccggcg
    18241 atagatgccg ggtgggatgt tgagggcgat catggcggcc tcgatgagca gggtgccgga
    18301 gccgcacatg gggtcgacga agtgtgactg gccgtgccac cctgtgagca ggatcatgcc
    18361 tgcggccagc acttcattga gcggtgcctc gccgcccgtc tggcggtagc cgcgccgatg
    18421 gaggctctcg ccggagctgt cgagggccag tgtgcagtcg ttgtgcgaga tgtggatgtg
    18481 tatggccatg tccgggttgc tgaggcgcac ggaggggcgg cgtccggagc gctccttgaa
    18541 gtggtcggcg atggcgtctt tggtgcggta ggccacgaat ttggagtggc gaaagctttc
    18601 ggagtagact acggcctcga cggcgaaggt gcgttcgggc gtgaggtatc gctcccactc
    18661 cacgtccttg acggcacggt agacttcgtc ggcgttttcg gctcggaagc gggccacggg
    18721 tttaagtatg cgcagggccg tgcggcagtg gaagttggct ttgtagagca tggctttatt
    18781 gcctctgaac gacaccatgc gtcggcctgt ctcgacggcg tcggctccga gcgcgcggag
    18841 ctcttcggcg aggatgtcct ctaagccgaa gagcgtcttt gcgatcatgt caaatggttc
    18901 gtctgccatt cccttcaata gattatgaca atgcggaatt cgcacgtcgg agggcggttg
    18961 ctggttttga agtcggagta atgggcatag aaggcaatcg aaccaggttg caaatcgaag
    19021 ctgtattgtt cattccagag aatgtcgcga cttccgtcgc gttcgccgcg cgataggtta
    19081 taaggcagtg gagtgtagac cttgctaccg ttgctgagtg tcagaatccg gtatccgacg
    19141 atggaacctt caatcatctc tttggtcagc agattctctt tgaactcata catgtaatgc
    19201 gatccgagcg catcctggtt tcccaccaac tcccagtcgt gttccttgac ggtgtattca
    19261 aaaaatttcc aacggacatt atcgcccgaa ccaccgttgc ccggagggcc ttgcggtccg
    19321 acaggtcccg gagggcccat aggtccctcg cacgcggtca gcgccatgat gatggctgcc
    19381 aatacgaata gatacttctt catgatttct gttgtctaaa tgatgatggg ccaaaggtaa
    19441 gggcgcggga aacgatgagc gaaaaaatgg aaagcgaaaa gcagccgagg gggatggaac
    19501 gcgcgaaggt gcatttggat catctctgca tgcatttagg cgaggcgacc caatgaatag
    19561 gctcgatggg gaatggatta cgtccatcga cgatccattt acgtcccccg acctatattt
    19621 ttcggttctg aacctaaaaa tatacgtccc ccaacctata tttttcggtt ccgaacctaa
    19681 atgattcggt tccgaaccgg aatttttcgg ttctgaacct aaaaatatac gtcccaggac
    19741 gtatattttt ctattttgga cctaaatgat ttggttccga accggaattt ttcggttccg
    19801 aacctatatt tattctattc cgagcctaaa caccccatct ctgttcctaa acgcttcgcc
    19861 aacagagctg gctttatgga tagggcccca cagacacagc gagaggtctg tttggcccat
    19921 gccctccccc ccaactaaag caagcgcccc cgaataggct gcgaggcata tccgggggcg
    19981 cggtgcatac aggggggatc aggatccctt acttcttctt cggcagggct tctgaccaac
    20041 ccggtgtttg ggtgacgccg aagccggcgt tgatctcacc cacggggatg gggtaaacga
    20101 agtcagagat cttgtagccc gtgaaggtga acttcacctc gggggcaccg aaggcgtaga
    20161 catcggcctt cacgtcccag cggcggagat cccacaggcg gaagccctcc tggaagagct
    20221 cgcgggcgcg ttcgtcttgc aagaagctgg cgagggcctc cttcgtctgc ggcaggtcgc
    20281 tcgtggactt gatctccgtg tcgcgtttgg ccacgacgag cagcgccttg cgggccgcct
    20341 ctaagttgcc cttattcagc tgcgcctcgg cgatgatgag gtacatctcg ggggcattga
    20401 tcaggtagtt cgacgagttg gccggtacgc cggcggcatt ggcaaacttg ccacctaaat
    20461 agtaggggac ggattcgctg ccctttttag gatctcgcgc catgatggat gtgcgcacgt
    20521 cagatggctt atacatggcg cggagcttgg ggctggggcc atagctgtaa gagctccaga
    20581 cggtgcccag cgaagcggcg tcgaagttct tcgtcccgtt gatggcgagg gcgaagatgg
    20641 actccttgtt ggtcagttcg ccggcgtaga gtgcgcggta atcggcgggt gtggtggcca
    20701 gcgtggtgat ctttgaagag tcgagcgcga tttgggcgtg ggtgatggcc tcgtcccagt
    20761 tctccatgta gaggtaggta cgggccaagg ctccgtgtgt ggcagccacg cccaagtata
    20821 ccttcttgcg actgtcacca gcggcggcga agcgcgtcag ggcattcttc aggtcgctca
    20881 cgatggcggc atacgattgg cccacggtgg agcgcttcac ctgatcggtt gtgctaacga
    20941 ccttgtcggt tatcacaatg cccggctggc cggagaagtc tttgccgttg accttgatct
    21001 gatggccgaa gatgttcgtc agatacaggc gtgtgaggcc acgcagggcg taagcctcgg
    21061 ccatgtcgcg gtccagcgct ttcttctcgg gggcggtggc tttgtcgtag agtttggctg
    21121 cgtcatggag gatgcggttg gtgccgtcga tcaccttgta gccataggcc cagcattcgc
    21181 ctaaatagag atccgactct tggagcccga agctgtaatg atcgttccag tgtgaggtct
    21241 cggcgttcca ataggacagg tcgcttgcga tgtcgcccat agcgatgacg tcgcgtccgg
    21301 caaagcgata gttatagaag cgatcgtagg cgccattcag cgctgcgtcg acgatgggga
    21361 ctgcggtcag cccttcgtca aggtcttgtc ctcggtgaaa cttcgtctcg aggaagctgt
    21421 cgccgcagcc cgtgaggcag gccatcaatg cggcggcaaa gagggtatgg atgattgttt
    21481 tcttcatttc tattcttctt atggatgggg tcatggatta gaatgtgact tgcacgccgc
    21541 cgatgaaggt gcgcgaagcc ggatactgcc aaccgatgta gccgttgtcg taagtctcgg
    21601 ggttatatcc gacgaagtcc ttggcgaaga aggtgtagag gttatctaca gaggcataga
    21661 ggcgcacgcg gttcatgtac gcctgcttcg tcaggctggc tggcagggtg tagcccaagg
    21721 tcaggttgct aatgcgcagg aagtcgccgc tatagacaaa gcgcgtcgag cgctgagctg
    21781 ccttataggg gtcgttgaaa atgtattgcg gatacttggc gcccttgttc tcgggtgtcc
    21841 atgagtcttc cacgacgcgt ttcagcgtca ggcgatcggc catgccccag ccggtgaaag
    21901 aagcgccaga gtcaaacact ttgttgccca agcgatagtt gaacgtgagc gaggcatcga
    21961 agcctttcca agtgagggag gtgccgaagc caccatacac cttcgggtca gccgagcctg
    22021 cgtagcgctt agctgcggcg ttgtagtcgg aggtcgtctc gttgccttct tccttgagat
    22081 accagagcgg cttgcccgtc ttgctgtcta cgccggcgta ttccttcatc ttgaattggc
    22141 gataggggcg cccctcttcg atgatggtgt agttgtattc gaccggctta tggtctgcca
    22201 gctcgatcac cttgttctgg ttgtaagtca tgttgacgta agccgtccag ttgatggcct
    22261 tgttgcgaac cagtgtaccg ttgagcgcca cctcgaggcc ttggttacgg atggccgcga
    22321 tgttcttgaa gagggtgctg aagcccgtgg tacgtgagag cggcatctga tagagtgcgt
    22381 cagaggtgtt ctcgttgtag aagtctacgg agaggtggta gcggctgaag aaggagaggt
    22441 cgatgccgac gtcgaacttc ttcgacgttt cccaggtcag ctccgggttg gggctttgct
    22501 cgggtgcgat gccggccacg gagttgtagt tgtgatcagc actgtaatat ccgcgtgcgg
    22561 cataccagtc gatgtcttga ttgccgaccg taccgtagga tacgcgcagc atggcgttgg
    22621 tcagcgcccg attatccttc aggaactcct cgcccgtgat gcgccacttg ccacccactg
    22681 accagaagtt accccagcgg tggttcgatc cgaagaccga cgatccgtcg cgacggaagg
    22741 ccagcgaagc gtagtactta ttggcatagg agtaatgcgc atccatgaag taagaagcca
    22801 ggcgcgcctc gcgaatgtcc actgactcgt tgctccactt acctgcggtg gagagttcac
    22861 gcatacccga tgaggcaaag gggaaatcct tacccaagaa atagcgatag tggaagttct
    22921 tgcgctgcat ctcctggccg agcatgatgt tgaggtcatg tgcgccgatc gtcttgagcc
    22981 agcctgcgat gttggtccag gtgacgatcg tggtgcggga gtcgtactgt tcacccatac
    23041 cattcacatc acggccatcg ctggagtaga gggcgctgta gtagttgtac tcgtccaggt
    23101 cgttgaggtt cacgcctaac gtggtcttgg catagaagcc acggccgagg tcgagctgca
    23161 tgtacgggct gaggttcacc acctgcgtcc gggtgcgatt gaggttacct aactcagggt
    23221 cacacatagc cacgggattg ctgttgttat gcaagaggta gttgcccttc tcgtcgcgca
    23281 tcttgtagaa aggcttcatc atggagacgg cgattacgag cgggctgctc atggcgccgt
    23341 tggtgcgcat ggcaaaacca ttcttgacgg agtagttgaa ggaggtgttg gcgcccaccg
    23401 tgagtcggtt gaacttgcta tccacattca agcggccgct gtagcgtgca aagtcggagg
    23461 ctatcacgat gcccttggtg tctaaatagc ccaagccgag gtagtaaccc gtcttgccgg
    23521 tgcggccgga gatgttcagg ttgtagtcct gataatgccc tgtgcgggtg atggcgtcga
    23581 tccagtcggt ggagctggag ccgtcccagt ggtagttctt cgtcagctct ttgtaagcgt
    23641 ccttatagtt ggttgccttt ccggcggcca cccagccttt ggcgaagagg tccatcgacg
    23701 atttggcgtc ggcgtagtcc atgttgtgat tacccataga gacggcacct tgcttcatct
    23761 cgaagttgac cgtcgtagcg ccctcagcac ccttcttggt ggtgatgacg atcacgccat
    23821 tgccagcgcg ggagccgtag atggctgttg cggcggcgtc cttgaggatg gtgacgttct
    23881 caatgtcggc ggggttgagg gtcgacatcg ggtccgtgtt gttgttgtcc gttgctgtgc
    23941 ttccctcgtt ctcagcgttc acgggcacgc cgtcgatcac atacagcggg ggctgtgcct
    24001 gaactgagcg atccgcggcc acgtacaaag acggtgccga aggtgcccgg catactcgag
    24061 gcattgttca tctgcacgcc tggcacggcg ccctcgagcg acttcatgaa gctcgcgtcc
    24121 gtcttcttcg tcagggcgtc cttgtctaca atggcggcgg cgccggtgaa cgaggcgcgg
    24181 cgctgcgtgg tatagccggt gacgacgact tcgtcaagca gcttgtcgtc gcccttgagg
    24241 gctactgcaa cgcggggcgc tacggccact tcttgtgtct ggaatccgat gtaggaaacg
    24301 actaacgtct tggcgcccgc aggcacctgt agggtgaagt tgccgtcgag gtccgtcacg
    24361 gtgcccgtcg tcgtaccctt cactaacacc gaggcgccga tgaccggctc cccatcgtcg
    24421 gccgaggtga ctgtgcccgt cacgctcgac acttgggccg tagcccagcc gacccccagt
    24481 aggaggtagg ctaacatgta cagtactttc ttttgcatac tctttaatta atagatcggt
    24541 ttgtttacgc ggggcaaatc tatacgtatt ggaatcacat cctaatacac accctcaata
    24601 aagaattagg gcaagaaaaa agaggccctc ggataacaat aatctaatgg ggaggggcgg
    24661 tcgatgatta attattaatg attaccccgc ccccggtccg gcggcccttc atccaccact
    24721 cagggtttcg cccagggcta tcatccggcg gcccagggtt tcgccccggg ctatcgtccg
    24781 gcggccctac aggccgcacc ggggtgccgc ccatttattc gtaggatcat tcgcccctac
    24841 cggatcattc ggcccatcat ccaccgccca gggtttcgcc ctgggctatc gtccggcggc
    24901 cctacaggcc gcaccggggt ggcgcccatt tattcgtgga atcattcgcc cctgctggat
    24961 cattcgggcc atcaggccgt atcagaccac ctcacacatt gctgtccggt ggtcttgtag
    25021 catgtgcgct aataccccca ttagcccagg tgggtaccgg ccacataaat tagtgggtac
    25081 cagccacata agcaggtggg tgtcagccac atgggttagt gggtgtcagc cacatgggtt
    25141 agtgggtgcc agccatatgg gttagtgggt gtcagccata tgggttagtg ggtgtcagcc
    25201 atatgggtta gtgggtgtca gccacatggg ttagtgggta ccagccacat gggttaggtg
    25261 ggccgaccca cgtagcttag gtgggccgac ccacatagct tagtgggcgt gtatgcgcac
    25321 aggcttctcg ccctcctcac tcggggcaac gagggggatg aggagcctaa taggtatagt
    25381 cgaaagcagg agggacagcc ctctataccc cctgttacct ttgcggcaac catttcacaa
    25441 cccttaatcc ctacccctct atgccctcca tccacaacct cggcctccac ctcgacgccg
    25501 atttccatag caaagtcatc ctctccgtca tcgtcctctt ggccgtttgg ctgatccgcc
    25561 ttctcatcct gcgcttggtg tggaagagca cgacgaacca caaggtgcgt tatcgctgga
    25621 agcgcgccct ctcctacgcc gcccccgcct gcctcttcct cttcgtgggc ttggtgtgga
    25681 tcaacgcctt ccgacacgtc agcaccttcc tcggcctcct ttcggccggc atcgccatcg
    25741 ccctcaaaga ccttttggag aacatggccg gttggctctt catcgtcatc cgcaagccct
    25801 ttgccgtggg tgaccgcgtg caaataggcg acgaccgcgg cgacatcatc gacatccgcc
    25861 tcttccagtt caccatcctc gagatcggca accgcatcga cgccgaacag agcaccggac
    25921 gcatcattca catccccaac ggccgcatct tcactatgcc ccaggccaac tacgatcaag
    25981 gctttcgata catctggaac gaagtccggg tgcgcctcac cttcgacagc aattggcaac
    26041 atgcgcgtga gatcttgctc gaggtgctca accgttacgg tggcgacgtc gtccccgcgg
    26101 ccgagcaagg gctggacgaa gccagcaaga tgtattacgt ccactaccag cacctcaccc
    26161 ccatcgtcta catcgcgctg atggaagatg gcatcacgct gaccggccgt tatctctgcg
    26221 agccgcgacg catccgcagc accgagtctg ccatctggga agacctccta acggcctacg
    26281 ccacccatgc cgacatccgc tgggcatacc ccacacggcg gctcgtctga gaaggggcgg
    26341 gggggatggt taatggttaa tgattactcg ccggtgcgga accctcataa tgaaggcccc
    26401 gagggggggt aatcattggt cattaataat caatcattga aagggcggct gcaaggccac
    26461 gcccccccct acagctcctt gatcttccac acactgtacg aaataccctc atcgtaagca
    26521 tccgtaccat cgacacgctt gatgtagcgc accacacgga tggtgatagg cagaatgatc
    26581 acctcgtaga gcgtcttcag cagcgcctgc acagcaatca tcttcagtag ctcctccgcc
    26641 gggatgagtc caccgaaagc gatcgggaag aagagcagcg agtcagcact ctcgccagcc
    26701 agtgtggaca ggatggcgcg ggcagagaag tggcgcccat gcgagtggat cttcatgcgg
    26761 ctcatcacat acgcattgag gaacgacccg acgaggaagg ccaacaggct ggcagcagcg
    26821 atgcgcggag ccagcccaaa gacgaagttg aaagcctcct cgccctccca aaagggagca
    26881 gcaggcagca tgacggccac ccgactgagg gcaatgacaa ggaagttcat agcaaatccc
    26941 aaccaaatga tgaggcgcgc cttgcggtag ccccacacct cagcgatgca gtcgttaatg
    27001 atgtaagaaa tagggaagac gagcagcccc gcagtaacag agagcacatg cccaccgggc
    27061 atctcccaaa gcctcacgac cttggtctct aacagattcg acgctacaag gcaagtgcag
    27121 aagagcacac cgagcatcat aaagggaacg gatactttac ttttcattta tcttgttttt
    27181 aacgtggtgt tcaagcacac ggggaaagac ggggggcgca ccacgcgcgt ggagcgcggc
    27241 gccaaaagta gacgtctcgc cattcccatc gcttgcaagt cctaactcgg agcgtctata
    27301 tttgcgcacc aatcataaaa tattacagta ttaaagacat gagaagatgg attactatgg
    27361 cgggtgtagg ctgcatgatg gcagcactct ccgcaacgta tgcacaggat gcaaagaagg
    27421 acgaagcaaa gcccgaaggc ttgcgtttca ccaccgttaa ggaaatcaag gtgacaccca
    27481 ttaagaacca acaccgcacg ggcacatgct ggtcgttctc cggtgtaggc atgatcgaag
    27541 ccgagctgtt gcgcatcggc aaaggcgagg tagatctctc cgagatgttc atcgtcaacc
    27601 actcctacaa ggacaaggcc gacaaatacg tccgcctgca tggcctgata aacttcgccc
    27661 aaggcggatc gtttgctgac gtcctctacg tcttcaagca ctacggcgcc atgcccggcg
    27721 agctctacaa aggcctcgag tatggcgaag acaaccacgt gcacaacgag ctggctgagg
    27781 tagccacgag ctacgtcaaa gccatcgtca gcaacaagaa cggcaagctc tcccccgtct
    27841 ggaagaaagg cttcgatgcc atcattgaca cctacctcgg caagatcccc gagaagttca
    27901 cctacaaagg caagcagtac accccgaaga gctacggcga atcgctcggc ctcaacttcg
    27961 atgattacgt atccctcacc tccttcaccc accatccctt ctacgccccc ttcgccgtcg
    28021 agatcgaaga caactggcgc tgggctgaga gctacaacat ccccctcaac gagctcatgg
    28081 aagtgatcga caacgccatc aactcaggct acacgctggc ttggggcacc gacgtgagcg
    28141 agaagggctt cacccgcaat ggcctcggca tcgccgccga cgtgaaggca ctcgagacct
    28201 ccggctccga ccaagcgcgt tgggtaggcc tctcccgctc agccaaagac gaagagctgc
    28261 gcaagatgat tgagcagccg ggctgcaagg agatcaaggt cacgcaggag ctccgccagc
    28321 aaggcttcga caacttccaa accactgacg accacggcat gctcctctac ggcatcgctc
    28381 gggatcagac agggcggaag tattacatgg tgaagaactc ttggggtacg gacacgaagt
    28441 acaaaggcgt ctggtacgtc accgaggcat tcgtggccta caagacgatc aacgtagccg
    28501 tgcacaaaga cgccctgcct aaggcgctgc gcacgaagct gggaatcaaa taatccatat
    28561 taagtcgtca tgcagtcttt agttgacaaa gtggaacgcg ccgaggtgcg ccgccgtaag
    28621 ctgcgccgca tccttagcat caccctgccc atcgtgttgg tcgtgctgct ggccgtgggc
    28681 gggttctatt actacttccc gtttgccaca ggcatgaagt cgggtaagct gaactacgtc
    28741 gtctacaagg ggatcgtgtt taagacctac gaaggccgcc tgatccaagc aggcatccgt
    28801 ccggctgaga cgggcggctt ccagtcgaac gagttcgtct tctccgtctc cgacaaagag
    28861 gtggccgatc agctgatgga tgccggaggt aagacggtcg agttgcatta caccgagtat
    28921 ctcggcgccc tgccctggcg cggctattcg cgttacgtgg tggatcgcat cgtgaacatc
    28981 tcggacgatg ataccggagt ggctccgccc accgaaggca caccggatat catttaatcg
    29041 tctatataaa tgaagcgctt tgcccccccc gtagcaaggc gcttctgttt ttgatatacc
    29101 cccccaggca gaatgaaatt ccaccttctc ccccctccct tacgcacgcc atcagagctg
    29161 cataatgcct ccagttgagg cagataggga tcccctctct acatttgcct gcggtaaaaa
    29221 agaaattcta tatgaaacag actgagtcga gaaatgcgcg gaaatactta atcgcgcatg
    29281 gtatacggcc atcagcgcaa cgcgtggcca tcatgcaata tctctgggac caccgtaccc
    29341 accccaccgc agaggaaatc tacatagacc tgctgcccca tatccccacg ctctccaaga
    29401 caacggtgta caacacgatg aagctattca tccagcaggg cgtcgctctt caaatcgata
    29461 tcgatgggca caacgcacgc ttcgacggcg acatctccac ccatgcgcat ttccaatgcc
    29521 gcctctgcaa tcgcatcttc gatctgccgc agcccaactt gcggtcagcg ctcttcacgg
    29581 gcgatgggtt tgtgctcgaa aggttctgcg tcaacatgcg cgggctatgc cccgagtgca
    29641 gccgcagcct gtcggagacg gaggaggagg caccgaaata ggtctgataa aggagattta
    29701 attgtgcttt tacatttgcc acgcaatcaa tcaatgtatt acaccctcaa actaaactat
    29761 gacttatgaa aaaattgatc ttgttcgtgg cgtttgccat gatgctgaca gtggccgaag
    29821 cgcaaatcaa aatcggcggg aagaacgtta acgtcaggaa ggctgggcag gcaacgacca
    29881 acatggccaa ggctgttagc ctgagcgatg acgacatcta taagctctgc cgggaggcgg
    29941 tgacgtggat ggataagcac aacaccgtgg ctgaggatga ctcggaatat gcgcagcggc
    30001 tggagcgatt gacgaaggac tttaaggagg tgaacggtgt gccgctgaac ttcaaggtct
    30061 acctcgtggt cgacatcaac gcttttgcct gtggcgacgg cagtgtgcgc gtcttcagtt
    30121 cgctgatgga tctgatggac gacgacgaac tgatgggcgt gatcgggcat gagatcgggc
    30181 atgtggctaa cacggacgtg aaggacgcga tgaagcaggc ctacatgacg gcggggctga
    30241 tcgacgcggc aggcgccgtg agcaacaccg tctcgagact ctccgacaca cagctcgaca
    30301 agttagtcca gtcgttcctc ggtgcacagt tctcgcagaa gcaggagtcg gccgcggatg
    30361 cgtatggcat caagaaatgc gcagagttag gctttgaccc gtacggattg gccaatggct
    30421 tgcagaagtt ggccgacctc tccgcgggag ccaagcgctc gacggtgcag aagatgttct
    30481 cgtcgcaccc ggacaacggc aaacgcatag cgcgcgcccg ggagttagcc gagaagtacg
    30541 caaaggagca gggtaaaaag aagtaagaag ctgagggggg ggagggcccc cgctttaaga
    30601 tcgcacagct tcggaatttg accttatgga aatgcgttta catttgcggc gtcttccaca
    30661 gacgaggccc agatggcgga atcggtagac gcgctggtct caaacaccag tggattcact
    30721 tccatcccgg ttcgaccccg ggtctgggta cgcgccgaag cagaagccaa gtgattgatc
    30781 cccattcaat ccttggcttt tttcatgttt acacctaacc cattatgcga atagacatcc
    30841 tcaccgtgct gccggagatg atcgacggct gcctgaactg ctccatcctc cgccgagcgc
    30901 aagaccgcgg cctggccgag atccacctcc acaacctgcg tgactacacg acgaacaaat
    30961 ggcgacgcac ggacgattac cccttcggcg gcgaggcggg catggtgatg cagatcgagc
    31021 ccgtcgaccg tgccatctct gcgctacggg tcgaacgcac gtatgacgag gtgatctaca
    31081 cctcgcccga cggacagcgc ttcgatcaac cgatggccaa ccgcctctcg ctgctccaga
    31141 acctcatcat cctctgcggc cactacaagg gcgtcgatta ccgcatccgc gaacacctca
    31201 tcacgctcga gatctccgtg ggcgactatg tgctgacggg tggcgaactg gctgcggcca
    31261 tcattgccga cgccaccgtg cgcctgctgc ccggggccat cggcgatgag cagagcgccc
    31321 tctccgactc cttccaggac ggcctcttag ccccgcctgt ctatactcga ccggccgaat
    31381 acaagggttg gcgagtgccg gaggtgctcc tctcgggtca cgaccgacgc atcgctgagt
    31441 ggcgcctcca gcaagcccag gaacgcaccg cgcgactgcg gccggatcta ctcgaggggt
    31501 gaaatgaccc tcttttcagg cgtcaaaaat cattttggag cgaaatgcaa tgcttttcgg
    31561 tcatcaaaaa tcattttgga gtgaaatgca atgcttttcg ggcgctcatt ccggcgggaa
    31621 cttgcgcgta ggcatcacgc ccgtctcctc ctcaagctcc tccaactcgc tggccttgcg
    31681 aagcaggtcg gaggcgaaga tgaagtcgtt gagcgccgtg ttgcccgacg agatcacctg
    31741 ctccttcgtg ccctgccact ccttccggcc ctcgctgatg aagatgatgt tctccccgat
    31801 gttcatcacc gagttcatgt cgtgcgtgtt gatgatcgtc gtcatgttat actccttggt
    31861 gatgctgtgg atgaggttgt cgatcacgag tgatgtcttc gggtcgagcc cagagttggg
    31921 ctcgtcgcag agcaggtatt tcggttgtag ggcgatggcg cgggcgatgg cggcgcgctt
    31981 catcatgccg ccgctgatct ccgaggggaa gaggtcgcag gcgttggaga ggtcgacacg
    32041 ctccaagcag ctgagggcgc ggcgttcgcg ctcgcgggcc gtctcgcgcg agaacatgtc
    32101 taaggggaag agcacattct caagcaccgt catgctgtca aacagcgccg agccttggaa
    32161 gagcacgccc gtctcgcggc gcaggtgctt cagctccgat ttgttcatcg acagcaggtc
    32221 gcgcccgtcg tagagcacgc gcccacgctc tggctttacg agcccgatga tgctcttcac
    32281 cgtcaccgtc ttgcccgagc cgcttcggcc gatgatgagg ttcgtcttgc ccgtctcaaa
    32341 gacagcgctg atgtcgttta gcaccacgcg cccgtcgaac gacttgacta tatgttctat
    32401 ttcgatcatt tcgtaagcat gatttgagtg aggatcacgt cagccaacag gatcatgacg
    32461 ctgctaatca cgatcgcgtt cgtgctggcc ttgcccacct caagcgagcc gcccttgacg
    32521 ttgtagccga agtaggaggc gatcgacgag atgaggaagg cgtagacgac ggacttgatg
    32581 acggagtacc agatgtagaa cgggttgaag tagtactgga gcccgaactc gaacgaggcc
    32641 ggcgtcatgc ccgagacgac gtggctggca aagacgccgc ccaagatgcc cgtcgtcata
    32701 ctgaagaaga cgagcacggg gatgaacagc atcatgcccg taatcttagg catgatcagg
    32761 aagttggccg agttcacccc catgatctcc atcgcgtcga tctgctccgt gacacgcatc
    32821 gtgccgatct cggaggtgat attgctgccc accttgccgg ccaggatgag gcacatgatg
    32881 gacgaggaga actccagcag gatgatctcg cgcgtggtgt agccaatggt gaacttgggg
    32941 atgagcggcg agctgatgtt gagcgagatc tgtatggcga tcaccgtgcc gatgaagatg
    33001 gagatgatga ccacgatcca aatcgagtcg acgccgagct tgtagatctc gcgcacaagc
    33061 tgcttgaaga acatgctcca gcgcgtgggc ggagtgagca ctttgcgcat cagtaggacg
    33121 tattcgccta cttgttgtaa tgccttgatc atgttttgag ggggggattt gtaggggcgc
    33181 aaaagcatac gccctggatt gtgtaatggt acgtgcaggg ggcgtatgcg atacgcccct
    33241 acaactatta tatccgatga taaacgtcgt ccatcggcac gcggaatcgt tcgccccaga
    33301 tgccacgccc ttcgtcgcgg atgccacagc tgatgatcat gtcgacctca gcacggcgtg
    33361 gcaggcggag gatgcgcttc acccgtaggc tgtcgaagcc ctctaagggg cacgtgtcat
    33421 agcccgcatc ggtcatggcc agcatgaacg tctgcacgac taacgcgcaa ctcttatgga
    33481 cagacatgcg catatcgccc tccgtcacct gccgtatgat ggggcggaag agcccgacgc
    33541 ccgtgacgat catcttacgc agcaggccca gcagtccgaa cgcgttgctg tagaggaaag
    33601 gcatcacgcg gccgtaatac aactcccggt cgtgaatgcg cttggcctgc cgttcgggcg
    33661 gactgttacg ggccacgttg ccccgttcaa accggagcac cgcagcggcg cgttggcgga
    33721 acaggtcgcg tcgggtgacg aagacgacga gctgctgcgc cgtcgatacg gccgtctgac
    33781 ctaagcaggc gggcaccatg cggcggatcg tctccgggtc ggtgatgtgg tagcactccc
    33841 agagctgcat gttggagctg gtgggagcca ggcgcgccaa gtcgatgcag tggcgcaccg
    33901 tgtcggcgtc gatcgcctcg tcggtgtagc gacgcaccgc gcggcgggtg tggaggatct
    33961 cttctaatgt catgggagaa cgaaaaacta aaagggaata actaaaaact gtgggggtgc
    34021 caggccagct tggcaggcgg ccctgccggc ctctgccgag gcagggaagt ttggccaggt
    34081 acagcgaaga gcccttattc ggcgccctcg ctcatcaccg tcttggccaa gttgtagaac
    34141 gactggggta cctctcgctc accgcgcgat acgaaatggt tgaagtcctc ctcgtcggtg
    34201 agttctatca cgcggccgga ggagtcacat tcatagacgt aggtgtcttc accgatcttc
    34261 accgatccac tgagcgcatc ggggatggtg tagtccttga gctgcgaggc catgtattcg
    34321 atgcggccgc gccatttagc cgacgccttg cggacttgcc cactctctat caagcgccgg
    34381 atctcctcta agctgcaatt gctgccgctg cccggagcgt cccctttgct gaagtctggc
    34441 agggcgtcca tcatcttgcc caaatgcttc gacttgcgct tgcccttttg ggtcatggcc
    34501 tcaaagagat cccatccgtc gcggatggac tggatggtct gaatagctat ggtgatctcg
    34561 cgccgcagct gcgtcttgtc aaactgtgtg ctggccggtg ctggctcggc attgttattc
    34621 ggaaccatcg atggatcatt cggtgtcgcg gccggggatt cggctgctgc agccggggct
    34681 tgctcggctt tacgtccgct gcatcccgtc agcaggacga gcgcagccag tgtgagtagt
    34741 aagggatttc tcatcattga taattgataa ttaaaggatc agagatcatt gtaagggata
    34801 gaaaacgtgt cgccgcctct gagcttgcca gactggtagc cgcgcttgag ccagcgcata
    34861 cgttgcgcgg aggtgccgtg cgtgaaggcg tcggggacga cggatcctcc ggccgccttt
    34921 tgcagtcggt cgtcacccac ctgcgaggcg gcgttgatgg cctcctctaa gtcgccatcc
    34981 tgtagcgact tccagcgttc gttctcgtga ttggcccaga cgcccgccaa atagtcggcc
    35041 tgaagctcca agcgcacgct cagttggttg cccttcttct tgttgacgcg cgccgtctcg
    35101 ttgtccactt tgtcgattgt gccgagtagg ttttgcacat gatgccccac ctcgtgagcg
    35161 atgacgtagg cataggcaaa gtcgccaccg gcgtcaagct cctgctccat ctcatcgaag
    35221 aacgagagat cgatgtacac cgtctgatca gcggggcagt agaacggccc cgtggatgat
    35281 gaggcttgcc cgcagcccga gcgggtggcc gagcgataga tcaccatttt cggctggcga
    35341 tattccagcc cctcggcctt gaaaagctct gtccacacgt cctccgtgct ggcaaagatc
    35401 tttttggtga agctgaagag ctgggcctcc tcttcgctct gtacatactc cgtctgttgc
    35461 ccttcgtcgc cggagccctc atcgtcatcc aacacctcga gcggattgcc gcccatgacc
    35521 cacgtcagca gcgctacgat gatcatgccg ccaatgccta aggacgcctt acccgtgccc
    35581 gacatgccgc cactgcgccg gtcttccaca ttcgtgcttt ctcttcttcc gtctaaacgc
    35641 atatcatttt ctaattaatg gcctgttgta ggggcgtatc gcatacgccc taatacgtac
    35701 ctgatatata cggggcgtat gcgatacgcc cctacaggat acgcccacgg cctcggggtt
    35761 acacattgaa tcgataatgc ataatgtctc cgtcttgcac gacatactct ttgccctcga
    35821 cgtgcatacg gccggcctcc ttgacggctg cctcggagcc gtactggata aagtcgtcgt
    35881 acttgatcac ctctgcacgg atgaatccct tctcaaagtc tgtatggatc acgcccgcgc
    35941 attggggagc cttgctaccg cggcgatacg tccaggcgcg cacctcgtct ggcccggcgg
    36001 tgaggaaggt ctctaagtct aacagccgat aggccgcctt gatcagccgg ttcacacccg
    36061 actcctcgag gcccgcctcg gcgaggaaca tctgacgctc ctcgtaggtg tccagctccg
    36121 cgatctcact ctcgatctta gccgccacca cgagcagctc cgcgccttcg ttcttgatgg
    36181 cctcgcgcac ctgctccaca taggcgttgc ctgatgcggc gctcgcctcg tccacattgc
    36241 agacgtagag cacgggctta ttcgtcagca ggaagaggtc atgggccacg cgttgctcat
    36301 ccttcgtatc gaacgtcacc gagcgggcgt tccgaccctg ttcgagcgcc tctttgtagc
    36361 gtgccagtac gccgtaggcc aacgctgcct gcttgtcgcc acccgtctgt gcctgcttct
    36421 gcaccttggc gatacggctc tcgatcgtct ccaagtcgcg gatctgcagc tcggcatcga
    36481 tgatctcctt gtcgcgcacc ggattcacac tgccgtccac atgcaccacg ttcgcatcgt
    36541 cgaaacagcg caacacgtgc aggatggcgt ccgtctcgcg gatattggcc aggaacttat
    36601 tccccaagcc ttcgccccgg ctggcaccct tcactaagcc cgcaatgtcg acaatctcga
    36661 ccgtcgtggg cacgatgcgc gcggggtgaa ccagctcggc cagccgcgtg agccgttcgt
    36721 cgggcacggt gatgacgccc acgttgggct cgatggtaca aaaaggaaaa ttcgctgctt
    36781 gcgccttcgc gttcgacaag caattaaaca aggttgactt ccccacgttg ggaagcccta
    36841 cgattccaca ctgtaatgcc atatcaagtt gtagttagga gtagtaatgg gttataagaa
    36901 gtagtcggga gtatccacat accagccaac tatcgggcgc caaagatagg gcggttgagg
    36961 cctgtggctt tgccagggca accgcatcaa atcaaaacca cgcgtccgag agatcaccgt
    37021 agggttacgg aacgtgagtt cgatgtaaga ataaagtcgg cagagtgtct acgaaagtcc
    37081 cgcaacggtc aaaacgtttt tggaaatgct tgcgggattc ccgcaaacgc caaccgcatc
    37141 tccgtgggac ttgcggggcg ccccgcaaat aacaaagatt cccgcggctt atttgcgggg
    37201 catcccgcaa ataacaaaga ttcccgcggc ttatttgcgg ggcatcccgc aaataacaaa
    37261 gattcc
//
LOCUS       SEQF3106|MIQD01000019.136188 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..36188
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(1063..2910)
                     /gene="ltaS1"
                     /locus_tag="SEQF3106_00809"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q797B3"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoteichoic acid synthase 1"
                     /translation="MLVSRRPLFASPTERTNRRRFALMFGLLWFKLMWFDVSWCAAST
                     FRSFSMAETYLSATLVVLVLLLPLVVWRMERTTWVVAVLMDVLLVCNLMYFRTYYTAI
                     PPDSYLLVGNLKDFTDSVWGSLKTTDALFPISTLVAALLRWRRRGQTSRLRHSTLMRR
                     YAVATALTAATLLTLTWAKGGFRAAYESMQGSYTHTCVTPMYTVFGTFYYDCIRDAET
                     FTPEVERQIEAWMAADRSDRMMANADTLMPDSVVRRHGIIILAESLESWVLERTVEGQ
                     ELTPRLNALLRDSQTIYAPHILSQVKGGRSIDAQLMINTGLLPIESGAYSLKYPHTTY
                     PSLVRAMKEAYGAEAVRAYVLTGDKPVVWNQAVIEPVFGYDSLISKASFVNDEPVGPR
                     YRPQIGDVSLMRQIADKIVRGEAWDAHRHMLLQCVTYSGHFPFALPERLREVHFSSRF
                     PERMRDYMATARYTDRAIGLFIDRLKAAGVYDSTLIIITGDHEGLGEMRRAWCESAGG
                     RGVVSERPMVPLIILNAPRGMRIEAVGGQIDLYPTLLRLFGLKRYAWRGMGRSLTDPR
                     RPPVAVDPHGRVYGLADSVSTPALQRMKEAWPVSDAIIRYDYFGRKQQR"
     CDS             3166..4401
                     /gene="yidA"
                     /locus_tag="SEQF3106_00810"
                     /EC_number="3.1.3.23"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A8Y5"
                     /codon_start=1
                     /transl_table=11
                     /product="Sugar phosphatase YidA"
                     /translation="MMKYKMIVLDVDGTLLTDEQTISARTRATLLKVQQMGVRVVLAS
                     GRPTHGVIPLARSLELDKNGGFVLSYNGGQIIHMPTDERVFEKRIDPEFMAYLERGAR
                     KRGFAIFTYRGDEILTSDAQNLHVQHEAELNGMRITEVKDFAEAVDFAPCKVMLVSDD
                     EAALVALEEHWRRRLAGTLDVLRSEKYYLEVVPEFVDKANTLSVLLEKEGIDRADVVA
                     IGDGVCDVTMIQLAGLGVAMGNAQDSVKVCADVVTLTNAEDGVAVALEKVILADIRDT
                     AIPLDKLNESGRHALMGNLGIQYTYAAKGRVEATMPVDERTRQPFGILHGGASLALAE
                     TVAGLGSMILCQPDEMMVGMQVSGNHVSSAHEGDTVRAVATVIHQGRSSHVWDVNIYT
                     STDKLVSSVRVVNSVMKKR"
     CDS             4405..5286
                     /locus_tag="SEQF3106_00811"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKESLYDIGAKDVVLLVEELHKRGYERLRFFGYMSPSGVAYRVH
                     ILRKEDVDWTGYFEYYSESTPKYMTWYDSVGSKCCGKSPKELADTFAVCYPELLQACK
                     GKDPEYVFWFRKVVWLAHRDAFPCGCNDHMNCREKGCIPCVGMNEKDWVLPMPPTGEH
                     RHLEPYYRFYKGESANPHALHTVRHNIWAHEQRFERLWAMFTEQEWEAYFKGYEALPY
                     IAYQHHPAVGRKEGHFRHYMDIHLPFRLLPVLPHCHYYKGELRNPYLDNGTAKEQRIG
                     WDEERSEYYLGVEAASC"
     CDS             5378..6670
                     /gene="tyrS"
                     /locus_tag="SEQF3106_00812"
                     /EC_number="6.1.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00952"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine--tRNA ligase"
                     /translation="MNFIEELKWRGMIHDMMPGTEECLQQGMTSAYVGIDPTADSLHI
                     GHLVGVMMLRHFQRAGHRPIALIGGATGMIGDPSMKSAERNLLDESTLRHNQESIKRQ
                     LGKFLDFDSDAPNAAKLVNNYDWMKDYTFLNFIRDIGKHITVNYMMAKDSVKKRLSAD
                     SNVGMSFTEFSYQLLQGYDFMYLYQHENCRLQMGGSDQWGNITTGTELIRRELGGEAY
                     ALTCPLITKADGGKFGKTEKGNVWLDPRYTSPYAFYQFWLNVSDADAAKYIKIFTSLT
                     RDEIASLEQEQADAPHLRPLQKRLAKEITTMVHSAAEYETAVEASNILFSNATSDTLR
                     RLDEPTLLAVFEGVPQFEISRDALSAGIKAVDLCTVHAAVFASKGEMRKLVQNGGVSL
                     NKEKLTEPEALVGTDALLNGKYLLVQRGKKNYYLLIAK"
     tRNA            6731..6802
                     /locus_tag="SEQF3106_00813"
                     /product="tRNA-Gln"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gln(ttg)"
     CDS             complement(6996..7427)
                     /locus_tag="SEQF3106_00814"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALSAPIFILSQAARVFLEGFHPSGGANQKRINNHKHIGVINQK
                     RIHNRRCIGVINQKQIHNHKHIGVINQKQIHNHKCIGVINQKRINNHKCIGVINQKRI
                     NNRKCIGVINQKRINNRKCIGVINQKRIEGFHPSEVGNQKR"
     CDS             7560..9545
                     /gene="hutU"
                     /locus_tag="SEQF3106_00815"
                     /EC_number="4.2.1.49"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P67417"
                     /codon_start=1
                     /transl_table=11
                     /product="Urocanate hydratase"
                     /translation="MNTFLENTLPDYPAFVAGIRRAPDRGYTLTPAQTATALKNALRY
                     IPTEFHAQMAPEFMEELRTRGRIYGYRFRPAGDLKAKPIDAYKGKCIEGKAFQVMIDN
                     NLCFDIALYPYELVTYGETGQVCQNWMQYRLIKRYLEELTQDQTLVIESGHPLGLFRS
                     HPEAPRVIITNAMMIGQFDNLHDWHIAMQMGVANYGQMTAGGWMYIGPQGIVHGTFNT
                     LLNAGRMKLGVPQDGDLRGHLFVSSGLGGMSGAQPKAAEIAGATAIIAEVDASRIETR
                     HSQGWVGHVAESVAEAFRMAREAMDRREPCSIAYHGNVVDLLEYAEHEGILIELLSDQ
                     TSCHAVYEGGYCPVGISFEERTRMLREEPEAFRQLVDKSLRRHFEVIRKLVARGSYFF
                     DYGNSFMKAIYDAGVKEISRNGVDEKDGFIWPSYVEDIMGPELFDYGYGPFRWVCLSG
                     KHEDLIKTDHAAMECIDPNRRGQDMDNYNWIRDAEKNQLVVGTQARILYQDAEGRMNI
                     ALRFNEMVRNGEVGPIMLGRDHHDVSGTDSPFRETSNIKDGSNVMADMAVQCFAGNCA
                     RGMSLVALHNGGGVGIGKAINGGFGMVCDGSERVDRILRSAMLWDVMGGVARRSWARN
                     PNAMSTVREFNHTHADGYQITEPFVADDQIVEQAMKA"
     CDS             9558..10532
                     /locus_tag="SEQF3106_00816"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRFCTIVLTLFTVYSTAGAQSVAELVGRCIEHLKAGDSVAFRQ
                     TYPQLFMRYIAETSDVSMDSAIRRGDLSAVQAALDSLTTDPESDIEAYYYLSDSSYHH
                     FLRGTSLRGKYDRWIDSVKFAPHAALRDEIWRMQRVDQGARILYLNRPKETPDSIWDK
                     VRNEILLIDEQNTLRATQIIDSFGRWPGRDVLGYSADLTLWLCIQHADQRPEVAVRYL
                     PMLKKAVDERRTDPMHYAYLVDRIRMHEGREQVYGTQTYRVKTDDGGTFFFVIPIEDV
                     DHVDERRAAMGMEPLAEYVESMNAHWDPVQYKKDLPKIWEYYKRSRSK"
     CDS             10541..10843
                     /locus_tag="SEQF3106_00817"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFLSQYDTQIADLCRRYSVERLFAFGSVLTDRFNDESDVDLIV
                     AFDKQAVKDPFLHFFDFKYSLEDLFRKEVDLMEEQPVRNAYLRKNIENSKVLIYAK"
     CDS             10934..11830
                     /locus_tag="SEQF3106_00818"
                     /EC_number="2.1.2.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q99XR4"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamate formimidoyltransferase"
                     /translation="MNKIMECVPNFSEGRDKEKIEKIVDCFRGKDNVKLLDYSNDEDH
                     NRLVVTVVGEPEPLRDAVLESIGKAVQLIDLNKHSGQHPRMGAVDVVPFIPIKNTTAD
                     DAIALSKEVAAQVAERYGVPVFLYEKSATAPHRANLSAIRKGEFEGMAEKIKLPEWKP
                     DFGPAERHPTAGTVAIGARMPLVAYNVNLNTADLSIADAIAKKVRFIGGGLRFCKAMG
                     VELKDRGIVQVSMNLTDFTRTAVYRAHEMVRMEAQRYGVSVVGAEVIGLVPMKALIDC
                     AEYYLGIENFSMNQVLESRIME"
     CDS             12141..12524
                     /locus_tag="SEQF3106_00819"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQFMKGMLIPLILMASACGKTEPLPSDGRLTGVWVHATTGTDT
                     IDFNAHARSDKNAFELKRKPGSSKAGPYWYEIKGDSIQVHWWLSSAMAETYAFKLSAD
                     RRSFRIGAFAPFVEGQTIHTFKKIK"
     CDS             12521..13765
                     /gene="hutI"
                     /locus_tag="SEQF3106_00820"
                     /EC_number="3.5.2.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P42084"
                     /codon_start=1
                     /transl_table=11
                     /product="Imidazolonepropionase"
                     /translation="MKNLIIKNASQVVTCSGFAGKRGREMNDLHVIEGGTVVVTDGRI
                     SHVLRAGEPLPVNEAGYTVIDATGKALLPGFVDPHTHFVFGGYREEEFSWRMRGDSYM
                     EIMNRGGGIVNTTRATREASEDALFEVGLRRLDAMLRLGITTVEGKSGYGLDRDTELK
                     QLRVMRRLNEAHPADVVPTFMGAHATPAEWKGREDAFIDFNIREMFPLVAEEGLAEFA
                     DIFCEKDVFTIEQSRRYLQAAREQGFKLKIHADEIVQFGGAELAGELHCISADHLLQA
                     SDAGIRAMADAGVVATLLPLTAFSLRETFARGREMIDAGCMVALATDLNPGSSFSASV
                     PLLFALACIYMKLSPEEAVTAFTINSAAAIDRADRIGSIDVGKQGDLVLLQFPSYKFL
                     PYHVGMNIVDTVIKKGQIVVKN"
     CDS             13795..14427
                     /gene="fchA"
                     /locus_tag="SEQF3106_00821"
                     /EC_number="3.5.4.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q49135"
                     /codon_start=1
                     /transl_table=11
                     /product="Methenyltetrahydrofolate cyclohydrolase"
                     /translation="MELKSLSVKEFIDKVTGNDPVPGGGSVSALNGSLAASLAAMVAN
                     LTVGRKKYAEVNDEMEQISARMTEKSAELLTDVDRDAEAYDRVFAAFKLPKETDEEKA
                     ARKEAIQRETKYAAEVPMEVARTASALLPMIDAAARRGNSNAVTDATVAMMCARTAVI
                     GALLNVRINLTSITDEAFVKAMTEEADRLEAAAVEAEHKLLEYVKAHAFN"
     CDS             14441..15940
                     /gene="hutH_1"
                     /locus_tag="SEQF3106_00822"
                     /EC_number="4.3.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P10944"
                     /codon_start=1
                     /transl_table=11
                     /product="Histidine ammonia-lyase"
                     /translation="MKNVYQIGSGDLTFEIIERIINENLKLELAPEARERIQKCRDYL
                     DAKIASSPDPLYGITTGFGSLCNKNISLDELGTLQENLIKSHACSVGEEIQPVVVKLM
                     MLLKAHALSLGHSGVQVITVQRILDFFNNDVMPIVYDRGSLGASGDLAPLANLFLPLI
                     GVGDVYYKGKKCEAISVLDEFGWSPVRLMSKEGLALLNGTQFMSANGVFALLRAFRLS
                     KKADLIAALSLEAFDGRIEPFMDCLHRIRPHKGQIETGEAFRRLLEGSEIIARPKKHV
                     QDPYSFRCVPQVHGATKDTIRYVASVLLTEINSVTDNPTIFPDEDMIISGGNFHGQPL
                     AVAYDFLAIGLAELGNISERRVAQLIMGLRGLPEFLVANPGLNSGFMIPQYAAASMVN
                     QNKMYCFSASSDSIVSSNGQEDHVSMGANAATKLYKVMNNLELILAIELMNAAQGIEF
                     RRPLKTSPVLEQVLHDYRKEVPFIGDDVVMYKEIHKTVAFLKRMKVDSL"
     CDS             complement(16474..16947)
                     /locus_tag="SEQF3106_00823"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRVCPSVSNSWGGQTRRSFSIPMIPPAHRRRWLLFGLPLLMAL
                     LAVLIIVYYRVSPSSSIFFPKCPFLLLTGMKCPGCGSQRAVHALLHADVASAFAHNAL
                     LVVSLPYVALLIFVRIYNIIRPGASLLPSIQSPFAIRAYFLLVLIFWITRNVFGF"
     CDS             complement(16972..17541)
                     /locus_tag="SEQF3106_00824"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKEYFYLNGDTKTGPFSFEALKRAPINPDTLVWHSALPDWVPA
                     RTLPELQALFADNASSATHYDRKEPNYNTSAASSAPKSAPSAFEAAGNTGTSSAYNPN
                     ATRPPMPENYLVWAILSTIFCCIPLGIVSIIHSTKVSSAYAAGDYEGALKASKDAKKW
                     AIWGAVVGGVFIVVYFIFIAIAAVMGMNS"
     CDS             complement(17548..18480)
                     /locus_tag="SEQF3106_00825"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRRTPKDYALLVLKGIGMGAADVIPGVSGGTIAFIVGIYEELI
                     DSIKHIGSADTLRLLLTLRIGAFWRAANGNFLLSIIAGIGISIFSLARLVTYLLTHQP
                     VLVWAFFFGLVLASTWFVSREVTRWNAKSLLGFIVGAAAAWFITVMTPAETPTGLWFI
                     FVCGAIAICAMILPGISGSFILVLLGKYFYIMEAVKSLNLPVLIVFAVGAAIGITLFS
                     HALSYALHRFHNVTIALLSGFMLGSLNKVWPWKEAIETYVDSHGQVRALVERNILPDQ
                     LLWQAIALAVAGFALVCVLELTAGRKTKNEIINP"
     CDS             complement(18490..19629)
                     /gene="lapB_2"
                     /locus_tag="SEQF3106_00826"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00994"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipopolysaccharide assembly protein B"
                     /translation="MTPLERFNEMREKGSEIYFDAEEIIELLEHFDDTDDRDGFTRAL
                     EIGLKLHPEDPEIRIMECRLSIYDEKYDEALQLITRLRNSGEDDMELDVMELESLYAT
                     DRADEADALLQKMTNNEVTEEIYESLASSLAEMGKDEVASHIATHGLELYPDNIALKE
                     ECCYHAERDGRWDEAATQCEELIDLDPYSGDYWFMHGRLMAKLGDYDRAIHSLEFALT
                     CNADDIEAKLLRAYLLFVNHNMEKAVEAVELVTDEHFINEQLRSFTEKYDLSPDDLER
                     ASQDFHRLFGSVANMFVALSDNRADLENMASTLDRKYINKIEYLIGKLILEARAIRKS
                     GGEWNANLLEDLRFLRFGELDHPDEGAPPSEHLSDEILRNKFHQN"
     CDS             complement(19626..21341)
                     /gene="glnS"
                     /locus_tag="SEQF3106_00827"
                     /EC_number="6.1.1.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9I2U8"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamine--tRNA ligase"
                     /translation="MAEQITPQEEGKKSLNFIEQMVEKDLAEGRNDGRVQTRFPPEPN
                     GYLHIGHAKAICLDFGIARKYHGTCNLRFDDTNPIKEDVEYVDSIQEDIQWLGFQWEN
                     IYYASDYFGQLFDFALWLIDQGHAYVDEQTAEAIAQQKGTPTVAGRESPYRNRPTTES
                     RDLFLRMNSGEFDEGTMTLRAKIDMASPNMHFRDPIIYRIIKTPHHRTGRTWNVYPMY
                     DFAHGQSDYFEGVTHSLCTLEFEVHRPLYDYFIDRLIESPFKTQDNYRTRQTEFNRLN
                     LTYTVMSKRKLLQLVKEHRVNGWDDPRMPTICGYRRRGFTPASIRNFVDMIGYTKYDG
                     LIDVALLEHAVREDLNATARRVAAVLHPIKLILTNYPEGQTEMMESVNNPENSTEGTH
                     PIAFTRELYIEREDFMEQAPKNYYRLTPGQEVRLRCAYIVRCTGCKKNEAGEVTEVYA
                     EYDPQTKTGMPESNRRVRGTIHWVSTSHALKAEVRLYDRLFTVENPTEEKDRDFLELL
                     NPNSLQVLTDCYVEEDLATARPYDHFQFQRVGYFNLDPDSREGHLIFNRTVSLRDTWS
                     KKKNK"
     CDS             complement(21568..21681)
                     /locus_tag="SEQF3106_00828"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTSEPIIDYFRTYHQYVRNLSTPISEPIDDRLRTYR"
     CDS             complement(21905..22666)
                     /gene="ydfG"
                     /locus_tag="SEQF3106_00829"
                     /EC_number="1.1.1.381"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39831"
                     /codon_start=1
                     /transl_table=11
                     /product="NADP-dependent 3-hydroxy acid dehydrogenase
                     YdfG"
                     /translation="MQPITMITGATSGIGRATARVLAQDGHHLILTGRRRERLNALRD
                     ELSRDYPNGRFLTLAFDVRSREAVDEAITNLPTEWQAIGTLINNAGLAVGLEPLHEGN
                     PDDWERMIDTNIKGLLYVTRAVAPGMAARRAGHIVNLGSIAGREVYPGGAVYCATKHA
                     VRALSQGMRQDLLPYGIRVSLICPGAVETEFSLVRFKGDNQRAASVYDGYTPLTADDI
                     ARTIRFALNAPAHVDLQDILVMPTAQADSRTFHRG"
     CDS             complement(22769..23119)
                     /locus_tag="SEQF3106_00830"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKYFQEADIAVTICDRDGRIIDMNDQSREVNLKPGQELIGSNV
                     LDCHPEPARTMLEDMMRHERKHVYTIEKNGRKKLIYQIPWYEGGRYMGFMELSMVIPF
                     EMEHKIRKPKTVNS"
     CDS             complement(23214..26072)
                     /gene="gcvP"
                     /locus_tag="SEQF3106_00831"
                     /EC_number="1.4.4.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P74416"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycine dehydrogenase (decarboxylating)"
                     /translation="MDTNKFSNRHIGVTTDDDKAEMLEAIGVKSVDELIEQTIPSNIR
                     LKKPLNLPPAMTERKFAEHIAELAGKNKIFTSYIGMGWYDTVCPAPIQRNVFENPVWY
                     TSYTPYQAEISQGRLEALLNFQTAICELTGLPLTNCSLLDEATAAAEAATMFHNTRSR
                     AQAKGGANTLFVDEHVFESTKAVIHTRMKPQGIEVVTGDFQTFEFTDKVFAAIVQYPN
                     GDGEIEDYRAFVEKAHAKDVRVAVAADLMSLVLLTPPGEWGADVVFGSSQRFGIPMFY
                     GGPSAGYFATKDEYKRTIPGRIIGISIDAYDRPAYRLALQTREQHIKREKATSNICTA
                     QALLATMAGFYAVYHGPDGLRDIASRIHAYAGFLAEELEKLGYKQVNKNFFDTLKIAL
                     PTNVTVKTLREIALECNINLRYFEDGHVGISLDETTQPKALAVLLQMFAGVAGKTYAA
                     NVDDINRSRYFDEQFARTSKFMEQELFAKYHTETELMRYIKRLERRDISLAHSMIPLG
                     SCTMKLNAASEMLPLSRPEFQNIHPYAPVDQAAGYIEMIENLSAELIEITGLKGVTLQ
                     PNSGAAGEYTGLRIIRAYLESIGQGHRNIVLLPASAHGTNPASAIQCGFTTVTVRCDE
                     KGNVDLADFRAKAEENRDNLAASMITYPSTHGIFETDIKEMCDIVHACGGQLYMDGAN
                     MNAQVGLTNPGTIGADVCHLNLHKTFASPHGGGGPGVGPVCVAEHLLPFLPSHPVAFG
                     NNLNTVAAAPYGSAGILAITYAYIRMMGAEGLTEATRIAILNANYLAARLEKAYGIVY
                     NGARGRVGHELILECRTIKEQSGIDESDIAKRLMDFGYHAPTLSFPVHGTLMIEPTES
                     ESKHELDRFVEVMQCIRQEIDEVEKGTADKEDNVLKNSPHPEYEVTADAWSHPYPRTK
                     AAFPLPWLHDAKFWVNVARVNNAYGDRNLVPTLCSCQG"
     CDS             complement(26092..26736)
                     /locus_tag="SEQF3106_00832"
                     /EC_number="3.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5XD24"
                     /codon_start=1
                     /transl_table=11
                     /product="putative metallo-hydrolase"
                     /translation="MITIKQFEFNPFGENTYVLSDETREAIVVDCGCMTAGERSLFSD
                     YITEHELTPVRLLCTHLHFDHIIGNAFIRDTYGLQPEASRADVEQLPSLEAQMAGLGL
                     PPHLIFESVPVEKYLAEGDTVRFGRSELQVLSTPGHSPGSLSFYSPADGFVLSGDALF
                     AGSIGRTDLWGGDFRTLITAIREKLLTLPDDTVVYSGHGPATTIGIERNENPYL"
     CDS             complement(26733..27353)
                     /gene="rsmG"
                     /locus_tag="SEQF3106_00833"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25813"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase G"
                     /translation="MELITRYFPDLDEAQRRRFEALGALYADWNAKINVISRRDIDNL
                     YIHHVLHSLSIERMIRFRPGSAVMDVGTGGGFPGIPLAILFPEVTFHLVDSVGKKIRV
                     AQAVADALELRNVTTCHERVEDERGRFDFVVSRAVMPLRNLAAVVRKNIREEQQNALP
                     NGLICLKGGELQHEVAPFRKQAVRLDIDAYFREPYFKTKQIVYIPL"
     CDS             complement(27359..28237)
                     /locus_tag="SEQF3106_00834"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIGYMKGVTLLLLVRMLTGCQSEGKESEENAIRFDSLAVEKTY
                     PIDNKGEDATQERVLRIHFTYPIAYANSAVLEAVQQLFVKSVLGDAYTGMPVKEAMDK
                     YTTDYGSQMKREVSDFEQDTEAQSSADLESEDMDASDHPESPEYELITDSILYNQNDL
                     LCYSVYREYSTGMPTVSRSYTYWVVDLKTGKRVMENDIFNEDYRDDSAKIIVDAIAVA
                     NNVDKVADLENIGFYNVNEIYPNRNFYVDDIGITYTFNENDIATNALGATTVRIPYEM
                     IRHLLRKDSPIAHLAF"
     CDS             29119..31635
                     /gene="gyrA_1"
                     /locus_tag="SEQF3106_00835"
                     /EC_number="5.99.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05653"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA gyrase subunit A"
                     /translation="MAEDRIIKIDINQEMKSAYIDYSMSVIVSRALPDVRDGFKPVHR
                     RILYGMNELGNTSDKPYKKSARIVGEVLGKYHPHGDSSVYFALVRLAQSWSMRYTLVD
                     GQGNFGSVDGDSPAAMRYTEARMSRLAEEMLRDIDKDTVDFQLNFDDTLQEPVVLPTR
                     IPNLLINGASGIAVGMATNMPPHNMTEVLRACQAYVDARGDIDVAGLMAYVKAPDFPT
                     GATIYGSAGIKEAFETGRGRIVIRGKAEIESGPGHDKIVISEIPYMVNKAELIRTIAD
                     MVNDKRLDGVSNVNDESDRSGMRIVVDVKREGNANIVLNKLYKMTALQSSFSVNNIAL
                     VNGRPKLMNLKDLIGNFVDHRRDVVLRRTRFELKKAEERAHILEGLIIASDHIDEVIA
                     IIRSSSSPQQAIDRLRERFELSEIQARAIVEMRLRQLTGLEQEKLRAEYEEIEKLIAR
                     LKEILENEEQLLQVIRDEFQEIIDKYGDERKTDIIYASEELNPEDFYADDEMIITISH
                     MGYIKRTPLSEFHAQGRGGIGAKGSETREEDFVEHIYPASMHATILFFTAKGRCFWKK
                     VFEIPEGAKNTKGRAIQNFLNIDPDDRVNAFIRIKNLTGDVDFINSHYLLFCTKRGLI
                     KKTLLEAYSRPRQNGVNAITLREGDGVIQVRLTNGNNEVIIANRNGRAIRFHESNVRV
                     MGRMAAGVRAMRLDGEDDEVVGMVCIKHPEEETILVVSEQGYGKRSAIDDYRVTNRGG
                     KGVKTINVTEKTGKLVGIKNVTEDNDLMIINKSGITIRMKVSDLNVIGRATQGVRLIN
                     LEKRNDEIASVCKVVSESEEDRITGETKDIPTEDTPVEDQ"
     CDS             31706..32929
                     /gene="bepA_2"
                     /locus_tag="SEQF3106_00836"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00997"
                     /codon_start=1
                     /transl_table=11
                     /product="Beta-barrel assembly-enhancing protease"
                     /translation="MKKQVLLTIGLCLMATAAFGQKKAVSDAERIAKESKPDFNEART
                     LIKGAMENDETKNDAKTWYVAGLIEDTQFSTENTKQILGQKPDETVMYEALGNILPYF
                     KEAYKLDQQPNEKGKVKPKYTKSIKGTLGANHIYYLNGGAYYFDQHDYKKAHDFFEQF
                     MEITDLPFMKGEKAAEKDSNFMIVQFYAAIAAMQMDDPQLAIKDLNRAKETDYRRFDI
                     YQSLCYEYDQVLKDTVNLEKTLEEGMKLFPDSSYFLNNMINVYISTKRNEQAMQLLNT
                     AIAKSPNNAQLYYALGSVYEVGLKDEAKAEEAYKKALELDPENPANIFSVGRLYFNQG
                     VGLLDKANSLNDQNQYKAEKAKAEEMLRKALPFFEKAHKLKPEEKDYMIGLRGIYYNL
                     NMNKEFDAINAEMSK"
     CDS             complement(33191..35647)
                     /gene="lon2"
                     /locus_tag="SEQF3106_00837"
                     /EC_number="3.4.21.53"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P36774"
                     /codon_start=1
                     /transl_table=11
                     /product="Lon protease 2"
                     /translation="MSKKEREKMYLSSDTHDMDESMSVVMPILMDCDKDEDFSEGIDK
                     VGEALPILPLRNMVLFPGVALPIFVGRPKSMRLIREASQRKIMIGVVCQKDSETEEPT
                     TEDLYPIGTVAEVLRVLEMPDGSTTAILQGRKRFALHGLTTTEPYLSGNISLLEDVPA
                     GKDDREFEALISTIKDLTIKMLTTVGEPPRDLLFSIRNMQNTMYLLGFACCHIVANPG
                     EKQELLAIDDMKNRAYRLLFILNREYQLIELKTSIQMKTHEDINKQQKEYFLQQQMKA
                     IQEELGGNMNDIEIKELRAQAKKKKWPKEVGETFEKEVAKLERIHPQSPDYSIQSQYV
                     ETIIGLPWGTCSRDNFSLTHAQRVLDRDHYGMEKVKERIIEHLAVLKLKRDLRSPILC
                     LYGPPGVGKTSLGRSVAEALGRKYVRISLGGLHDEAEIRGHRRTYIGAMMGRILQNLQ
                     KAGTSNPVFVLDEVDKVGSDFKGDPASALLEVLDPEQNTSFHDNYLDIDYDLSKILFI
                     ATANNLNTIAQPLLDRMELIEVSGYIMEEKIEIAMRHLIPKQMEAHGIAKGKVRFHRH
                     AVRAIIDSYTRESGVRELEKKIAKIMRRLARKIASDEPVPSVLKADHLREYLGPVEYT
                     RDKYQGNRYAGVVTGLAWTAVGGEILFVESSLSRGKSAKLTITGNLGDVMKESAILAL
                     EYVHSHAAKLGIEESLFENWNVHIHVPEGAIPKDGPSAGITMVTSLVSTFTRRKVKSN
                     LAMTGEITLRGKVLPVGGIKEKILAAKRAGIREIVLCEENRKDVEEINSAYVDGLTFH
                     YVDDIMQVIDTALLEEKVAE"
ORIGIN      
        1 tgataaggac gatcatgtta tagcaagtgc tctgtttcag accaacttct ccggttacat
       61 actgctcaaa ttgtttgatg aagtcctccg tgagctgcga aaaggtcaag tcggagactt
      121 tgtatttcgc tcgaatgaac tgctgtaatt gcactcttgt ctgacggtac gcggccaaag
      181 aattttcctt gatgtctaca ccgacgtgat ccttcatttc ctcgatcagg ccatcgaacc
      241 gttctaaaag catcattcga ctttgcacgc tgccttggaa atgctccttg atgtcggttg
      301 cgtcaaacgg ggatcccttg gtaagcaagg actgatagga tgcctgaact gcgagaagca
      361 ggttgtccaa tcgtccattg acttcgaccg cctcgcgact cttcccgttc atccggcttt
      421 cgcgcgggtt ccatagatcg gagttgcaag acagcttgca actaaactgt gcgatggaac
      481 gtcccagtat gatccgtccc atgatcggcg ccttgcccga cctgtcgcga ctgctctttt
      541 tgaggtagag caacaccttc attttcttgt catccatacg ctttgaaaac cgtgggcaaa
      601 attacccggc tcaaagcgcc cgttacctgt gcagattcct gtatatcaat gcaaaaacac
      661 cgtgtgcgag acggcctcag ttacctatca ctacaccgtc gttacctgct tccaagtgag
      721 gtgacgattt ggtaactgaa ctcctgctta agaccgcact tttctgcctt ttacactcta
      781 tgcaatcaga agcagatccg ttcctttccg cctaattatc agcccacttg cttcaacctc
      841 ggagcttctg ctttttagga gaatagttga tcacgtgtga tcaatttttg atgacgaatg
      901 agcaatagga agctggtgtg tgatcaaatt ttgttcatgc gtgatcaaat tttgatgatg
      961 cacgagcaca aatcggttag tagagtggga ttggtggttg cagaagcaat aaaaaaggag
     1021 ggcgtaaatg agacaccccc cgtatacctc ccgcctatgc tgtcatcgct gctgcttcct
     1081 cccgaaatag tcgtaacgaa tgattgcatc ggagacgggc caggcttcct tcatccgttg
     1141 cagcgctggg gtggagacgg aatcggcgag gccgtagacg cgaccgtgcg gatcgacggc
     1201 caccggcggg cgcctcggat cggtcaggct gcgccccatg ccgcgccagg cgtaacgctt
     1261 gaggccgaac aggcgcagca gggtggggta gaggtcgatc tggccgccga ccgcctcgat
     1321 gcgcatgccg cgcggtgcgt ttaggatgat gaggggtacc atcggccgct ccgatacgac
     1381 gccgcgtccg cccgcgcttt cgcaccacgc gcggcgcatc tcgccgaggc cctcgtggtc
     1441 gcccgtgatg atgatgagcg tgctgtcgta gacgcccgcg gcttttaatc ggtcgatgaa
     1501 gaggccgatg gcacgatcgg tgtagcgcgc cgtggccata tagtcgcgca tgcgttcggg
     1561 gaagcggctg gagaagtgca cctcgcgcag ccgctcgggc agggcgaagg ggaagtggcc
     1621 ggagtaggtg acgcattgca agagcatgtg ccggtgcgca tcccacgcct cgccgcggac
     1681 gatcttgtct gcgatctgac gcatcagcga cacgtcgccg atctgcggac ggtaacgcgg
     1741 ccccaccggc tcgtcgttca cgaagctggc cttcgagatc aggctgtcgt aaccgaagac
     1801 cggctcaata acggcctgat tccagaccac cggtttgtcg cccgtcaaga catacgcccg
     1861 caccgcctcg gcgccatacg cctccttcat cgcccgcacc aacgaggggt atgtcgtgtg
     1921 cggatacttc aggctgtaag ccccgctctc gatcggcagc aggccggtgt tgatcatcag
     1981 ctgcgcgtcg attgagcgcc cgcccttcac ctgcgagagg atgtgtggcg cgtagatcgt
     2041 ctgcgaatcc ctcagcaatg cgttcagccg cggcgtcagc tcctgtccct ccactgtgcg
     2101 ctccagcacc cagctctcaa gcgattcagc cagtatgatg atgccatgcc ggcgcaccac
     2161 cgagtcaggc atcagcgtgt ccgcgttggc catcatgcga tccgagcgat cggcagccat
     2221 ccatgcctcg atctgtcgct ccacctcggg ggtgaacgtc tccgcatcgc ggatgcagtc
     2281 gtaataaaac gtcccgaaga cggtgtacat cggtgtgacg cacgtgtggg tgtacgaccc
     2341 ttgcatcgac tcgtaagccg cccggaatcc acccttcgcc cacgttaacg tcagcagcgt
     2401 ggcggccgtc agtgcggtgg ccacggcgta gcgacgcatc agtgtggagt gtcgcagccg
     2461 cgacgtctgt ccgcgccggc gccaccgcag cagggcggcc acaagggtgg agatcgggaa
     2521 gagcgcatcg gtcgttttca gcgatcccca gacgctgtcc gtgaaatctt tcagattacc
     2581 cacaaggagg tagctgtcgg gcgggatggc cgtgtagtac gtccggaaat acatcagatt
     2641 gcagaccaac agcacgtcca tcagcacggc cacgacccac gtcgtccgtt ccatccgcca
     2701 caccacgagc ggtagcaaca gcacgagcac cacgagcgtg gctgagagat acgtttccgc
     2761 catcgagaag gaccggaagg tggaggcggc gcaccagctg acgtcaaacc acatcagttt
     2821 gaaccacagt aacccgaaca tcaacgcgaa ccggcgccgg ttcgtccgtt cggtggggga
     2881 ggcgaagagg ggcctccggc tgacaagcat tttcttattc cacatcatta ttcaaaacgt
     2941 gtcttccgcg cggttagatc ggtctgccga tgtgcgtttc ggacggcggc aaaagtaaaa
     3001 tcatggaggg agggacaatc cccgccgccc attccgccgc ctcgccgcgc gccagctcta
     3061 tgtaaaaggc cgttctttgc tgcaaacaga gaggaggagc cgggtagaca actacttcta
     3121 actacctctg actacttcta cttaacccat aaaaatcaat cgaagatgat gaagtataaa
     3181 atgattgtgc tcgatgtgga cggcacactg cttacggatg aacaaacgat cagcgcgcgg
     3241 acgcgggcga cgctgctcaa agtgcaacag atgggtgtgc gtgtggtgtt ggcctcaggc
     3301 cgaccgacgc atggggtgat acccttggct cggtcgctgg agctggataa aaacggggga
     3361 ttcgtcttgt cgtacaacgg cgggcagatc atccacatgc cgactgacga acgggtgttc
     3421 gagaagcgaa tcgacccgga gttcatggct tacttagagc gcggggcgcg gaaacgtggc
     3481 ttcgcaatct ttacatatcg cggggatgag atcttgacga gcgatgccca gaacctgcat
     3541 gtgcagcacg aagcggagct gaacgggatg cgcataacgg aggtgaagga ctttgccgag
     3601 gcggtggatt ttgcgccatg caaggtgatg cttgtcagtg atgacgaggc ggcactcgtc
     3661 gcccttgagg agcactggcg gcgtcggttg gcgggcacgt tagacgtctt gcggtcggag
     3721 aaatactact tggaggtggt gccagagttt gttgacaagg ccaacacgct gagcgtgctc
     3781 ctcgagaagg agggcatcga ccgggcagac gtggtggcta tcggcgacgg cgtctgcgac
     3841 gtgacgatga tccagctggc gggcctcggt gtggcgatgg gcaacgcgca ggattcggtg
     3901 aaggtgtgtg ccgatgtggt gacactaacg aacgccgagg acggcgtggc cgtggcgtta
     3961 gagaaggtca tcctggccga tatccgcgac acagcgatcc cgctcgataa gctcaacgag
     4021 tcggggcggc atgcactgat gggcaacctc ggcatacagt acacctacgc cgcgaagggt
     4081 cgcgtggagg ctactatgcc ggtcgatgag cgtacgcggc agccgttcgg catcttgcat
     4141 gggggcgcgt cgctggcatt ggctgagacg gtggccggcc tcgggtcgat gatcctctgc
     4201 cagccggacg agatgatggt cggcatgcag gtgagcggca accacgtctc ctcggcgcac
     4261 gagggcgaca cggtgcgggc cgtggccacg gtgattcatc agggccgctc gtcgcacgtc
     4321 tgggatgtga acatctacac ctcgacagac aagctcgtct cgtccgtgcg ggtggtcaat
     4381 agcgtgatga agaagcggtg agctatgaaa gagagcctgt acgatatcgg tgccaaagac
     4441 gtggtgctac tcgtcgaaga gctgcacaag cgcggctatg agcgccttcg attctttggc
     4501 tacatgtcgc cgagtggcgt cgcgtatcgt gtacatattc tgcgcaagga ggatgtggac
     4561 tggacggggt atttcgaata ttactccgag tcgaccccga agtacatgac ttggtacgat
     4621 tcagtgggaa gcaaatgctg tggaaagtcg ccgaaggaat tggccgacac ttttgcggtc
     4681 tgttacccgg agctactaca agcttgcaag ggaaaggatc cggaatacgt cttttggttt
     4741 cggaaagtcg tctggctggc gcaccgcgac gcctttccgt gtgggtgcaa cgaccacatg
     4801 aattgccgcg aaaaaggctg catcccttgc gtgggtatga atgaaaagga ctgggtgctg
     4861 cccatgccgc ccacgggcga gcatcgccac ctcgaaccct attaccgctt ctacaaaggc
     4921 gaatcagcca atccgcacgc gctgcacacc gtccggcata acatctgggc acatgagcag
     4981 cgcttcgagc ggctgtgggc catgttcacg gagcaggaat gggaggcata cttcaaaggg
     5041 tacgaggccc tgccatacat cgcctaccag catcaccccg ctgtcggccg aaaagaggga
     5101 cacttcaggc attacatgga catccacttg cccttccgcc tgctccccgt cttgccgcat
     5161 tgccattatt ataaaggtga actccggaac ccctatctcg ataatggcac ggccaaggag
     5221 cagcgcatcg gctgggatga ggaacgctcc gaatactatc tcggagtgga agccgcgtcc
     5281 tgctgagcgc tatatataaa ggtatagggg gaagctccac cctctaatcc ctctattttt
     5341 ggcgccgttt tgaatcataa cacataaccc gtaaacgatg aattttatag aagaactgaa
     5401 atggaggggc atgatccacg acatgatgcc cggaacggaa gaatgtttgc aacaaggcat
     5461 gacctcggca tacgtcggta ttgatcccac ggccgactcg ctgcatatcg gtcacttagt
     5521 cggcgtgatg atgctccgcc acttccaacg cgctggccac cgacccatcg ccctcatcgg
     5581 cggcgccacg ggcatgatcg gcgatccctc gatgaaatcc gccgaacgca acctgctcga
     5641 cgagtccacc ctccgacaca accaagagag cattaaacgt cagctgggta agttcctcga
     5701 cttcgactcc gacgcgccca acgccgccaa actggtcaac aattacgact ggatgaagga
     5761 ttacaccttc ctcaacttca tccgcgacat cggcaagcac atcaccgtga actacatgat
     5821 ggccaaggac tccgtcaaga agcgcctcag cgccgactcg aacgtgggca tgtcgttcac
     5881 cgaattctcc taccagctgc tccagggcta cgacttcatg tacctctatc agcacgagaa
     5941 ttgccgcttg cagatgggcg gcagcgacca gtggggcaac atcaccacgg gcacggagct
     6001 gatccgacgc gagctcggcg gcgaggccta cgccctgacc tgcccgctga tcaccaaggc
     6061 cgacggcggc aagtttggca agaccgagaa gggcaacgtt tggctcgatc cgcgctacac
     6121 ctcgccctat gccttctacc aattctggct caacgtcagc gatgccgacg cggcgaagta
     6181 catcaagatc ttcacctccc tcacccgcga cgagatcgcg tccctcgagc aggagcaggc
     6241 cgacgcgccc cacctgcgcc cgcttcagaa gcgcctggcc aaggagatca ccacgatggt
     6301 gcactccgcg gcggagtacg agacggccgt cgaggcctcc aacatcctct tcagcaatgc
     6361 cacctccgac acgcttcgcc ggctcgacga accgacgctg ctggccgtct tcgagggtgt
     6421 gccgcaattc gagatctctc gcgacgcact ctcggccggc atcaaagccg tcgacctctg
     6481 cacggtgcac gccgccgtct tcgcctcgaa gggcgagatg cgcaagctgg tgcagaatgg
     6541 cggcgtgagc ctcaacaagg agaagctgac cgagcccgag gcgctggtcg gcacggatgc
     6601 actgctgaat gggaagtacc tgctcgtgca gcgcgggaag aagaattatt acctcctgat
     6661 cgcaaaatag tggtgtgagg gttgcgagat tggcgcctgt gaatacattt gcggcgtcaa
     6721 cgcgcaatca tgtctcatgg tgtaatggta gcacaacagg ttttggttct gtttgtagag
     6781 gttcgaatcc tcttgagaca acaataaaac cctcattcca acaacaaatc ctcggatccc
     6841 cctcccccct ccgaggtaga cgtctccgga tgatccattt cgcttaagcc cacccttaag
     6901 ccggattgtc cggagcgttg ttttatgccc ctgccgatct gtctgggctc cgcgatgatc
     6961 cgtttcggac tgcctcctcc cgacggggga agccctcacc gtttctgatt acctacttcc
     7021 gacgggtgga agccctcaat ccgtttctga ttaataactc cgatgcactt tcgattatta
     7081 atccgtttct gattaataac tccgatgcat ttgcggttat taatccgttt ctgattaata
     7141 actccgatgc atttgtgatt attaatccgt ttctgattaa taactccgat gcacttgtgg
     7201 ttatgaatct gtttctgatt aataactccg atgtgcttgt ggttatgaat ctgtttctga
     7261 ttaataactc cgatgcatct gcggttatga atccgtttct gattaataac tccaatgtgc
     7321 ttgtggttat taatccgttt ctgattcgct cctcccgacg ggtggaagcc ctcaagaaag
     7381 acccgtgcgg cttgtgataa gatgaaaata ggagccgaga gggccattct ttgggctgtt
     7441 tatcaagaca aatcacctgc cagccagacg cactcgacag cgcccccctt ctccgcactt
     7501 ttttgatcta cattgcgccc ccgaacagaa aaacgtacac accataacac aaacgattta
     7561 tgaacacttt ccttgaaaac acgctgccgg actaccccgc ttttgtggcg ggaatccgcc
     7621 gcgcacccga ccgcgggtac accctcaccc cggcgcaaac agccactgcg ctgaagaacg
     7681 ccttgcgcta catccccact gagtttcatg cccagatggc ccccgagttc atggaggagc
     7741 tccgcacacg cggacgcatc tacggctacc gcttccgtcc ggcgggcgac ctgaaggcca
     7801 agcctatcga cgcctacaag ggcaaatgca tcgagggcaa ggccttccag gtgatgatcg
     7861 acaacaacct ctgctttgac atcgccctct atccgtatga attagtgacc tacggcgaga
     7921 cggggcaggt gtgccagaac tggatgcagt atcgcctcat caagcgctac ttagaagagc
     7981 tgacccaaga tcagacactc gtcatcgagt ctggccaccc gctcggcctc ttccgctcgc
     8041 accccgaagc accgcgcgtg atcatcacta acgccatgat gattgggcag tttgacaacc
     8101 tgcacgactg gcacatcgcc atgcaaatgg gcgtggctaa ctacggacag atgacggccg
     8161 gcggatggat gtacatcggg ccgcaaggca tcgtgcacgg aacgttcaac acgctcctca
     8221 acgccggccg tatgaagctc ggtgtgccgc aagacggcga cctgcgcggc catctcttcg
     8281 tttcctccgg cctcggcggt atgagcggcg cacagcccaa ggcagccgag atagccggtg
     8341 ctacggccat catcgccgag gtggacgcct cgcgtatcga gacgcgtcac agtcagggct
     8401 gggtggggca cgtcgccgag agcgtggccg aagccttccg tatggcccgc gaggcgatgg
     8461 atcggcggga gccctgctcc atcgcctatc acggcaatgt ggtcgacctg ctcgagtacg
     8521 ccgaacacga aggcatcctc atcgagttgc tctccgacca gacctcctgc cacgccgttt
     8581 acgagggcgg ctattgcccc gtcggcatca gcttcgagga gcgcacccgc atgctacgcg
     8641 aagagccgga agcgttccgc cagcttgtcg acaagtcgct gcgccgacac ttcgaggtga
     8701 tccgtaagct cgtggctcgc ggctcctact tcttcgatta tggaaactcc ttcatgaagg
     8761 ccatctacga tgccggcgtg aaggagattt cgcgtaatgg ggtggatgaa aaagacggct
     8821 tcatctggcc cagctacgtg gaagacatca tgggccccga gctgttcgat tatggttacg
     8881 gacccttccg ttgggtctgc ctaagcggca aacacgagga tctgatcaag acggatcacg
     8941 cagccatgga atgcatcgac cccaaccgtc gcgggcaaga catggacaac tacaactgga
     9001 tccgcgatgc agagaagaac cagctcgtgg tcggcaccca ggcgcgcatc ctctatcaag
     9061 acgctgaagg ccggatgaac atcgcgcttc gattcaacga gatggtgcgc aacggcgagg
     9121 taggcccgat catgctcggc cgcgaccacc acgacgtcag tggtacagac tcgcccttcc
     9181 gcgagacgtc gaacatcaag gacggcagca atgtgatggc cgacatggcc gtgcaatgct
     9241 tcgccggcaa ctgtgcccgc ggtatgagcc tcgtggcgct gcataacggc ggtggcgtag
     9301 gcatcggcaa ggccatcaat ggcggcttcg gcatggtctg cgacggcagc gagcgcgtcg
     9361 atcgcatcct gcgttcggcc atgttgtggg acgtgatggg cggcgtagca cgtcgttcgt
     9421 gggcccgcaa tccgaacgcg atgagcaccg tccgcgagtt caaccacaca cacgccgatg
     9481 gctaccaaat caccgagccg tttgtggccg atgatcagat cgtagaacag gcgatgaaag
     9541 cgtaaatctt cgatacgatg aagcggtttt gcacgatagt cctcaccctc tttacagtct
     9601 atagtacggc aggcgcacag tctgtagcgg aactcgttgg ccggtgtatt gaacatctaa
     9661 aggccggtga cagcgttgca tttcggcaga cctaccccca acttttcatg cgatacatcg
     9721 ccgagacctc ggatgtcagt atggacagcg ccattcggcg gggtgatctg tcggctgtgc
     9781 aggctgcttt agacagcctg acgaccgatc ctgaatcgga catcgaagcc tattactacc
     9841 tatcggattc gtcgtaccat cacttcctcc ggggcacctc gctccggggg aagtatgatc
     9901 gatggatcga ctccgtaaag ttcgctcccc acgccgcttt gcgcgacgag atctggcgga
     9961 tgcaacgcgt tgatcagggt gcccgcatct tatatctcaa tcgaccgaag gaaacacccg
    10021 acagcatttg ggataaggtc cgcaacgaga tcctacttat cgacgaacaa aatacgctgc
    10081 gggccacgca gatcatcgat tcatttggcc gatggccagg gcgagacgtc ttaggttatt
    10141 ccgctgacct gacattgtgg ctttgcattc agcatgccga ccagcggccg gaggtggccg
    10201 tccgctatct gccaatgctg aaaaaagccg tcgatgagcg acggacggat ccgatgcact
    10261 acgcttacct cgtcgatcgt attcgcatgc atgagggtcg cgagcaggtc tacggcacgc
    10321 agacgtatcg cgtgaaaacg gatgacggtg gcacgttctt cttcgtgatc ccgatcgagg
    10381 acgtggatca tgtggacgaa cgtcgcgcgg cgatgggcat ggagcctctt gccgaatacg
    10441 tcgagtcgat gaacgcccac tgggatccgg tgcaatacaa gaaggatcta cccaagatct
    10501 gggagtacta caaacgttcg cgcagcaaat aattccccgc atgaacttcc tcagccaata
    10561 cgatacacag atagccgacc tctgccgccg atacagcgtc gagcggttgt ttgccttcgg
    10621 ctcggtgctc accgaccgct tcaacgacga aagcgatgtg gatttgatcg tggcttttga
    10681 caagcaggcg gtcaaggatc cgttcctcca cttcttcgac ttcaagtatt cgctggaaga
    10741 ccttttccga aaggaggtcg acctcatgga ggagcagccc gtgcgtaacg cttacctgcg
    10801 gaagaatatc gaaaacagca aggtgttgat ctatgccaaa tagatgatcg aggaatgatc
    10861 gatgccccta caaatgactg cccctaacta cttaaactac ccctaactac ttatttatat
    10921 acccccattt gaaatgaaca aaatcatgga gtgcgtcccc aactttagcg agggacgcga
    10981 caaagagaaa atcgagaaaa tcgtggattg cttccgcggt aaggacaatg tgaaactgct
    11041 ggactacagc aatgatgagg atcataaccg cctcgtcgtg accgtagtcg gtgagccgga
    11101 gccactgcgc gatgctgtgc tcgaatccat cggcaaggcc gtccagctga tcgacctgaa
    11161 caagcattcg gggcagcacc cgcgcatggg cgctgtcgac gtggtgccgt tcatcccgat
    11221 caagaacacg acggccgacg acgccatcgc cctctccaaa gaggtggccg cacaggtggc
    11281 tgagcgctat ggcgtgcccg tcttcctcta tgagaagtcg gccacggcgc cgcaccgcgc
    11341 gaacctctcc gccatccgca agggcgagtt tgagggtatg gccgagaaga tcaagctgcc
    11401 cgagtggaag cccgacttcg gccccgccga gcgtcacccg acggccggca ccgtggccat
    11461 cggcgcgcgc atgccgctcg tggcctacaa cgtgaacctc aacacggccg acctctccat
    11521 cgccgacgcc atcgccaaga aggtgcgctt catcggcggc ggcctgcgct tctgcaaggc
    11581 catgggcgtg gagctgaagg accgcggcat cgtgcaggtg tcgatgaacc tgaccgattt
    11641 cacgcggacg gccgtctacc gtgcccatga gatggtgcgc atggaggctc agcgctacgg
    11701 cgtgagcgtg gtcggcgccg aggtgatcgg cctcgtgccc atgaaggcgc tcatcgactg
    11761 cgcggagtat tacctcggca tcgaaaactt ctcgatgaat caggtgctcg agtcgcgcat
    11821 catggaataa aatgctgtcc ctcctgaagt ggcgcctaat cgcctctttt ttaggctatt
    11881 ttcggcctga gaggtttcaa acgtctcgcg agaggttctc tacctcatcg gagaggttca
    11941 aaacctgtcc ggagaggttt tgaacttcat gcgagaggtt ttaaacgtct cgtgagaggt
    12001 tttctacttc atcggagagg ttctaaacgt ctcgtgagag gttccgaacc tcttccgaga
    12061 ggtttcaaac gtgtccggag aggttttgga gctctccggg ctttttcacc gctatttttc
    12121 acacttaaaa cttgacagag atgaaacagt tcatgaaagg gatgctcatc ccacttatcc
    12181 tgatggcgtc cgcctgtgga aagacggagc cgctgccttc ggacggccga ctgactggcg
    12241 tttgggtgca tgcaacgaca ggaaccgaca cgatcgattt caacgcgcat gcacgctccg
    12301 ataaaaacgc gtttgagttg aagcggaagc caggaagctc aaaggccggc ccctattggt
    12361 atgagatcaa gggcgacagc atccaagtgc attggtggtt atcgagcgcg atggccgaaa
    12421 cctatgcttt caagctgagc gccgacaggc ggtcgtttcg gatcggagcc ttcgcgcctt
    12481 tcgtggaggg acaaaccata cacacattca agaagatcaa atgaagaacc tgattattaa
    12541 gaacgcatcg caggtggtga cgtgcagcgg cttcgcgggt aagcgagggc gcgagatgaa
    12601 cgacttgcat gtgatagaag gcgggacggt ggtcgtgacc gacggccgca tctcgcatgt
    12661 gcttcgcgcg ggcgaaccgt tgcctgtgaa tgaagcgggc tacaccgtca tcgacgctac
    12721 gggcaaggct ttattgccgg gcttcgtcga tccgcacacg cacttcgtct tcggcggata
    12781 ccgcgaggag gagttctcgt ggcgtatgcg cggcgacagt tatatggaga tcatgaaccg
    12841 cggcggcggc attgtcaaca ccacccgggc cacgcgtgag gcatcggagg atgcgctgtt
    12901 cgaggtcggg cttcgccgac tcgacgccat gctgcgcctt ggcatcacca ccgtggaggg
    12961 caagagcggt tacggcctcg atcgcgacac ggagctgaag cagctgcgcg tcatgcgtcg
    13021 gctgaacgag gcgcaccccg ccgacgtcgt cccgaccttc atgggtgctc acgccacacc
    13081 ggccgagtgg aagggacgcg aagacgcgtt catcgatttc aatatccgtg agatgttccc
    13141 attagttgcc gaggaagggt tggccgagtt tgccgacatc ttctgcgaga aggacgtctt
    13201 caccattgag caatcgcggc gttacctgca ggccgcgcgc gaacagggct tcaagctgaa
    13261 gatccatgcc gacgagatcg tgcagtttgg cggcgccgaa ctggctggcg agctacactg
    13321 catctctgcc gaccacctgc tgcaagcctc cgacgcgggt atccgtgcga tggccgacgc
    13381 tggcgtagta gccacattgc ttccgcttac ggccttctcg ctgcgggaga cgttcgcacg
    13441 tggtcgggag atgatcgacg ccggttgcat ggtggcactg gccacggacc tcaatccggg
    13501 tagctccttc tccgcgtccg tcccgctgct gttcgcgctg gcatgcatct atatgaagct
    13561 atcgcccgag gaggccgtca cagccttcac catcaacagc gccgcagcta tcgaccgtgc
    13621 cgaccgcatc ggttcgatcg acgtcggcaa gcagggcgac ctcgtgctgc tgcaattccc
    13681 gtcgtacaag ttcctgccct atcacgtggg tatgaacatc gtcgacacgg tgatcaagaa
    13741 ggggcagata gttgtaaaga attagaccta acagacattt agattttagt tcatatggaa
    13801 ctcaagagtt tatccgtaaa ggaatttatc gacaaagtga ccggcaacga tcccgtgccg
    13861 gggggcggaa gtgtttccgc attgaacggt tcgctggcgg catcgctggc ggccatggta
    13921 gccaacctca ccgtaggacg taagaagtac gccgaggtga acgacgagat ggagcagatc
    13981 tctgcccgca tgaccgagaa gtcggccgag ctgctgaccg acgtagatcg tgacgccgag
    14041 gcgtacgacc gcgtctttgc cgccttcaag ttgcccaaag agaccgacga agagaaggcc
    14101 gcgcgcaaag aggccatcca gcgcgagacg aagtatgccg ccgaggtgcc gatggaggta
    14161 gcccgcacag ccagcgcgtt gttgccgatg attgatgccg ccgcgcgccg tggcaacagc
    14221 aacgccgtga ccgacgccac cgtggccatg atgtgtgccc gcacggccgt catcggtgcc
    14281 ctgctgaacg tacgcatcaa cctcacctcg atcacggatg aggcatttgt caaagccatg
    14341 acggaagagg ccgaccgctt agaggccgcc gccgtggaag ctgaacacaa gttgctggag
    14401 tatgtcaaag cccatgcgtt caactaaacg atcaacagcc atgaagaacg tgtatcagat
    14461 aggctccggc gacctgacgt tcgagatcat cgaacgcatc attaacgaga acctgaagct
    14521 cgagctggcc cccgaggcgc gcgaacgcat ccagaaatgc cgcgactact tagacgccaa
    14581 gatcgcctcc tcgcccgacc cgctctacgg catcaccacc ggcttcgggt cgctctgcaa
    14641 caagaacatc tcgctcgacg aactgggcac acttcaggaa aacctgatca agagtcacgc
    14701 ttgcagtgta ggcgaggaga ttcagcccgt cgtggtcaag ctgatgatgc tgctcaaggc
    14761 tcacgccctg tcgctgggtc acagtggcgt gcaggtgatc accgtgcagc gtatcctcga
    14821 cttcttcaac aacgacgtca tgcccatcgt ctacgatcgc ggctcgctcg gcgcctcggg
    14881 cgacctcgcc ccgctggcca acctcttcct cccgctcatc ggcgtcggcg atgtctatta
    14941 taaaggtaag aagtgcgagg ccatcagcgt gctcgacgag tttggctggt cgcctgtccg
    15001 gctgatgagc aaagagggct tggccctgct caacggcaca caattcatga gcgccaacgg
    15061 cgtctttgcc ctcctgcgcg ccttccgcct ctcgaagaag gccgacctca tcgccgccct
    15121 ttcgctcgag gccttcgacg gccgcatcga gcccttcatg gactgcctgc accgcatccg
    15181 cccgcacaag ggccagatcg agacgggcga ggctttccgc cgtctcttag agggcagcga
    15241 gatcattgct cggcccaaga agcacgtgca ggatccgtac tcgttccgct gtgtgccgca
    15301 ggtgcatggc gctacgaagg acacgatccg ctacgtcgcc tctgtgctcc tgaccgagat
    15361 caattccgtg acggacaacc cgaccatctt cccggacgag gatatgatca tctccggtgg
    15421 caacttccac gggcaaccgc tggccgtagc ctacgacttc ctcgccatcg ggctggccga
    15481 gctgggcaac atctccgaac ggcgcgtagc gcagctcatc atgggcttgc gcgggctgcc
    15541 cgagttcctc gtggccaacc cgggtctgaa ctccggcttt atgattccgc aatacgctgc
    15601 ggcgtcgatg gtgaaccaga acaagatgta ctgcttctcg gcttcgagcg actccattgt
    15661 ctcgtcgaac gggcaggagg atcacgtcag catgggcgcc aacgccgcca cgaagctcta
    15721 caaggtgatg aacaacctgg agctcatcct ggccatcgag ctgatgaacg ccgcgcaggg
    15781 catcgagttc cgccgaccgc tgaagacgtc gcctgtgctg gagcaagtgc tgcacgatta
    15841 ccgcaaggag gtgcctttca ttggcgacga tgtggtgatg tacaaggaga tccacaagac
    15901 ggtcgctttc ctgaagcgga tgaaagtgga cagcctgtaa aagcggatca ccgatagcgc
    15961 caagcgcgat tgccggatga gtcgtaaaga gaagccgccg gacggtagag ggagtgaatc
    16021 cccaccgttc ggcggctttg tgttgtggcg tgtcttatgg gggcttgcct atgtcgttgg
    16081 ggtatcgcta ttcctatcta aatcggccat ctcgggtact tcgttggtaa cgtgggttcg
    16141 atgaaagaaa gtcggcagag tgtctatgga agcctcataa cggtcaaaac gttttgggga
    16201 atgcttgcgg gagttctcgc aaatcctgcg gggaatgctt tgacgtttgc gcaggttgcg
    16261 ctgggtcccg cggcatttgc cgagacgttt gcgcaggccg cgcaagtctc gcggcatttg
    16321 ccgagacgtt tgcgcaagcc gcgcaagttc cgcggcattt accgagacgt ttgcgcaggt
    16381 cgcgctgggt tccgcggcat ttgccgagac gtttgcgcag gttgcgcaag catcaaatgc
    16441 tcagcttttg tgttttacaa caactctgca aattcagaag ccaaacacat tacgcgtgat
    16501 ccaaaagatg agtacgagta ggaaatatgc acggatggcg aatgggcttt ggatggaggg
    16561 taggagggag gctccggggc gaatgatgtt gtagatgcgg acgaagatca agagggcgac
    16621 gtagggtagg gagacgacga gcagggcatt gtgtgcaaag gccgaggcga cgtcggcgtg
    16681 aagcagcgca tggacggcac gctgcgaccc acatccggga catttcatcc cggtgagtag
    16741 taggaagggg cacttgggga agaagatgga cgaggacggg ctgacgcggt agtatacgat
    16801 gattagcacg gcgaggaggg ccatcaagag gggcaggccg aagagcaacc atcggcggcg
    16861 gtgagcgggt ggaatcattg ggatagaaaa agagcggcgc gtctggcccc cccatgaatt
    16921 acttacagag ggacagacgc gccgcatgag gggctaaagg gatttcccct cttaagaatt
    16981 catccccatg acggcggcaa tggcgatgaa gatgaagtaa accacgatga agacgccccc
    17041 gacgacggcg ccccagatgg cccatttctt agcgtctttc gatgccttca gcgcaccctc
    17101 gtaatcgcct gcggcgtagg cagagctgac tttcgtggag tggatgatgg acacgatgcc
    17161 gagggggatg caacagaaga tggtggagag gatggcccaa acgaggtagt tctctggcat
    17221 gggtgggcgt gtcgcgttcg ggttgtaggc cgaggaggtg ccggtgttgc cggccgcttc
    17281 aaaggcggaa ggagctgact tcggcgcgga ggatgcagcc gaggtgttgt agttcggctc
    17341 cttgcggtcg tagtgtgtgg ccgaggaggc gttgtcagcg aagagggctt gcaactcggg
    17401 cagggtgcgc gccggaaccc agtcgggcag ggcggagtgc cacacgagcg tgtcggggtt
    17461 gatgggcgct ctcttcagcg cctcgaaaga gaagggacct gttttcgtgt ccccattgag
    17521 gtaaaaatat tccttatcca ttgtgattta ggggttgatg atttcgtttt tcgttttccg
    17581 tcccgccgta agctcgagca cgcatacgag tgcaaaacca gctacggcta gggcgatggc
    17641 ctgccagaga agttggtcgg gcaggatgtt tctttcgacg agcgcgcgga cttggccgtg
    17701 gctgtcgacg tatgtttcga tggcctcttt ccacggccat accttgttga gcgagccgag
    17761 catgaagccg ctcagaaggg cgattgtcac gttgtgaaac cgatggaggg cgtaggagag
    17821 ggcgtgcgaa aagagcgtga tgccgatggc ggcgccgacg gcgaagacga tcagcacggg
    17881 gaggttgagc gacttgacgg cttccatgat gtagaaatat ttgcccagca acacgaggat
    17941 gaagctgccc gagatgccgg gcaggatcat ggcgcagatg gcaatggcgc cgcagacgaa
    18001 gatgaaccac agcccggtgg gcgtttcggc tggcgtcatg acggtgatga accacgccgc
    18061 agcggcgcct acgatgaacc cgagtaggct cttggcgttc cagcgggtga cttcgcgcga
    18121 gacgaaccat gtggaggcca gtaccaatcc gaagaagaag gcccacacga gcaccggctg
    18181 gtgggtgagc agataggtga ctaaccgcgc gagcgagaag atgctgatgc cgatgccggc
    18241 tatgatggag agcaggaagt tgccgttggc tgcgcgccag aatgcgccta tacggagcgt
    18301 gaggagcagc cgcagcgtgt cggctgaacc gatgtgcttg atggagtcga tgagctcctc
    18361 gtagatgccg acgatgaagg cgatcgtgcc gccggagacg cccgggatga cgtctgcggc
    18421 gcccatgccg atgcccttga gcacgagcag ggcatagtct ttcggtgtac gtcttctcat
    18481 ggggggcatt cagttttggt ggaatttgtt ccggaggatc tcgtctgaga ggtgttcgct
    18541 ggggggggca ccctcgtctg ggtgatccag ttcgccgaag cggaggaagc ggaggtcttc
    18601 cagcagattt gcattccact ccccgccgct cttgcgtatg gcgcgagcct cgaggataag
    18661 tttgccgatg aggtattcga tcttgttgat gtatttccga tcgagggtgg aggccatgtt
    18721 ttcgaggtcg gcgcggttgt cggagagggc gacgaacatg tttgcgactg atccgaagag
    18781 gcggtggaag tcttggctgg cgcgctccag atcgtcgggg ctgaggtcgt acttctccgt
    18841 gaagctgcgc agttgttcgt tgatgaagtg ttcgtcggtg acgagttcaa ccgcctcgac
    18901 ggccttttcc atgttgtggt tgacgaagag gaggtaggcg cggagcagct tggcttcgat
    18961 gtcgtcggcg ttgcaggtga gggcgaactc gagggagtgg atggcgcggt cgtagtcgcc
    19021 taatttggcc atcagccggc cgtgcatgaa ccagtagtcg cctgagtagg ggtcgaggtc
    19081 gatgagttct tcgcattgcg tggcggcttc gtcccaacgg ccatcgcgtt cggcgtggta
    19141 gcagcattcc tccttgaggg cgatgttgtc ggggtagagt tccagtccgt gcgtggcgat
    19201 atgcgaggcg acttcgtctt tgcccatctc ggccaaagag gaggcgagtg attcgtagat
    19261 ttcttctgtc acttcgttgt ttgtcatctt ctggagtagg gcgtcggcct cgtctgcgcg
    19321 gtcggtggcg tagaggcttt ccagctccat gacgtcgagc tccatgtcgt cttctccgct
    19381 gttgcgcagg cgggtgatca attgtagggc ttcgtcatat ttctcatcgt agatggagag
    19441 tcggcattcc atgatgcgga tctctgggtc ttcggggtgg agtttgaggc cgatttcgag
    19501 ggcgcgggta aatccgtcgc ggtcgtcagt atcgtcgaaa tgctcgagca gctcgatgat
    19561 ctcttcggca tcgaagtaga tctcggagcc tttttcgcgc atctcgttaa atcgttccag
    19621 tggggtcatt tgttcttctt cttgctccag gtgtcacgca aagagacggt gcggttaaag
    19681 atgaggtggc cttcgcggct atcggggtcg aggttgaagt agcctacgcg ttggaattgg
    19741 aaatggtcgt agggacgggc cgtggcgaga tcttcctcta cgtagcaatc ggtgagcact
    19801 tggagggagt ttggattgag tagctcgagg aagtcgcggt ctttctcttc tgttgggttt
    19861 tcgacggtga agagtcggtc gtagaggcgg acctcggcct tgagtgcgtg ggaggtggat
    19921 acccaatgga tggtgccccg cacgcgacgg ttgctctcgg gcatgccggt cttcgtctgt
    19981 gggtcgtatt cggcatagac ttctgtcact tctccggctt cgttcttctt gcagccggtg
    20041 caccggacga tgtaggcgca gcgcagacgt acttcttgac cgggtgtgag gcggtagtaa
    20101 ttcttcgggg cctgctccat gaagtcttcg cgctcgatgt agagttcgcg ggtgaaggct
    20161 attgggtgtg tgccttcggt ggagttctcg gggttgttga cggactccat catctccgtc
    20221 tgtccttcgg gataatttgt gaggatgagt ttgatggggt gtagcacggc ggctacgcgg
    20281 cgggcggtgg cgttgaggtc ttcgcggacg gcgtgctcaa ggagggcgac gtcgatgagg
    20341 ccgtcgtatt tcgtatagcc gatcatgtcg acgaagttgc ggatggaggc gggggtgaag
    20401 ccgcggcgcc gatagccaca gatggtgggc atgcgcgggt cgtcccagcc gttgacgcgg
    20461 tgctccttga cgagttgcag cagtttgcgt ttgctcatga cggtgtaggt caggttgagg
    20521 cggttgaact cggtctggcg tgtgcgatag ttgtcttggg tcttgaaggg gctttcgatg
    20581 aggcggtcga tgaagtagtc gtagaggggt cgatggactt cgaactcgag tgtgcagagt
    20641 gagtgggtga cgccctcgaa gtagtcgctt tggccgtggg cgaagtcgta catggggtag
    20701 acgttccagg tgcggcctgt gcggtggtgg ggtgttttga tgatgcggta gatgattggg
    20761 tcgcggaagt gcatgttggg cgatgccatg tcgattttgg cgcggagggt catggtgcct
    20821 tcgtcgaact cgccgctgtt catgcggagg aagaggtcgc gactttccgt cgtggggcgg
    20881 ttgcggtagg ggctttcgcg gccggctacg gtgggtgtac ccttctgttg ggcgatggct
    20941 tcggctgttt gttcgtctac ataggcgtgg ccttggtcga tgagccagag ggcgaagtcg
    21001 aagagttggc cgaaatagtc ggaggcgtaa tagatgtttt cccactggaa gccgagccac
    21061 tggatgtctt cttggatgga gtcgacgtat tcgacgtctt ctttgatggg gttggtgtcg
    21121 tcgaagcgca ggttgcacgt gccgtggtat ttgcgggcga tgccgaagtc gaggcagatg
    21181 gctttggcgt ggccgatgtg caggtagccg ttgggttcgg gtgggaagcg tgtctgtacg
    21241 cgtccgtcgt tgcgcccttc ggcgaggtct ttttcgacca tttgttcgat gaagttgagg
    21301 ctctttttgc cttcctcttg gggggtaatc tgttcagcca ttctgattgt gtgctatgta
    21361 tttacgtatc ctatttcatt gagggcgcaa atgtagtacg tgaatcgagt ttcgtcgggg
    21421 ggataaatac atcctctctg aatgggttcg gaggtggtcg ttgatgtgtt ccgaaatacc
    21481 cgctgagtag ttcggaaata cccgagaagt agttccgaaa tacccgccga tacgttccga
    21541 aatacccacc gagtagttcc gaggtggtca tcgatacgtt cggaggcggt cgtcgatagg
    21601 ttcggaaatg ggtgtcgata ggttccgaac gtattgatga taggttcgga aatagtcgat
    21661 gataggttcg gaggtggtca tcgataggtt cggaaatagt cgatgatagg ttcgggacgt
    21721 atcgatgggt atttcggaat agggtgcaga taggttcgga acgtattctc cccccacttc
    21781 agaacgtatc gatgggggct tcggaacgta gtgtcgatag gttcggaacg tggtgcggat
    21841 aggtttggga cgtatccaca ccacgtttgg gaatgggtgc cctcaaccga aaggcatcca
    21901 ccctttaccc gcggtggaag gtgcgcgagt cggcctgagc ggtgggcatg acgaggatgt
    21961 cttgcaggtc gacgtgcgcg ggggcgttga gggcgaagcg gatggtgcgg gcgatgtcgt
    22021 cggcggtgag tggtgtgtag ccgtcgtaga cgctggctgc gcgctggttg tcgcctttga
    22081 agcggacgag ggagaactcc gtctccacgg cgccggggca gatgaggctg acgcggatgc
    22141 cgtagggcag gaggtcttgg cgcatgcctt ggctgagggc gcggacggcg tgcttcgtgg
    22201 cgcagtagac ggcgccgccg gggtagacct cgcggccggc gatggagccg aggttgacga
    22261 tgtggccagc gcggcgggcg gccatgccgg gggcgacggc gcgggtgacg tagagcaggc
    22321 ctttgatgtt ggtgtcgatc atgcgctccc agtcgtcggg gttgccctcg tggaggggtt
    22381 cgaggccgac ggccaggccg gcgttgttga tgagtgtgcc gatggcctgc cattctgtcg
    22441 gtaggttcgt gatggcttcg tcgacggctt cacggctacg gacgtcgaag gcgagcgtga
    22501 ggaatcgacc gttggggtag tcgcgcgaga gctcgtcgcg gagggcgttg aggcgttcgc
    22561 ggcgtcggcc ggtgaggatc aggtggtggc catcctgggc caatacgcgg gccgtagccc
    22621 gaccgatgcc ggaggtggca ccggtgatca ttgtgatggg ttgcatagag ggtagatcta
    22681 aaaacgaaaa tctaaaatct aaaatctaaa aacgaacagc taaaaacgtc tgcctttccc
    22741 gtacccgggc atttttagct tttagttttt agctgttcac tgttttgggt ttacggattt
    22801 tgtgttccat ctcgaagggg atgaccatgg atagctccat gaaccccatg tagcggccgc
    22861 cctcgtacca ggggatctgg tagatgagct tcttgcggcc attcttttcg atggtgtaga
    22921 cgtgtttgcg ttcgtggcgc atcatgtctt ccagcatcgt gcgggcgggc tccgggtggc
    22981 agtcgagcac attgctgccg atcagttcct gcccgggctt gaggttcacc tcgcgcgatt
    23041 ggtcgttcat atcgatgatg cgcccatcgc ggtcgcagat ggtgacggcg atgtcggctt
    23101 cttggaaata cttcatcata gggcgggggt atgcaataag cccggccgct tggggtgggg
    23161 cgggccgggc ttacctatta cattatatgt acgcgtacat tatatacgtg caatcagcct
    23221 tgacagctgc agagggtggg cactaagttg cggtcgccat acgcattgtt gacgcgggcg
    23281 acgttgaccc agaacttggc gtcgtgcagc cacggcagcg ggaaggcggc cttcgtgcgc
    23341 gggtaggggt ggctccacgc gtcagctgtt acctcatact cggggtgcgg cgagttcttg
    23401 agcacattgt cctccttgtc ggccgtgccc ttctccacct catcaatctc ttgacggatg
    23461 cactgcatca cctccacgaa gcgatccagc tcatgcttac tctcgctctc ggtcggctcg
    23521 atcatcagcg tgccgtggac ggggaaggag agggtggggg cgtggtagcc gaagtccatg
    23581 aggcgcttgg cgatgtcgct ctcgtcgatg ccagattgct ccttgatggt gcggcattcg
    23641 aggatcagct cgtgcccaac gcgtccgcgc gcaccgttgt agacgatgcc gtaggccttc
    23701 tctaacctcg cggccaagta gttggcgtta aggatggcga tgcgtgtcgc ttccgtcagc
    23761 ccctcggcgc ccatcatgcg gatgtaggcg taggtgatgg ccaagatgcc tgcgctgccg
    23821 tagggcgcag cggccacggt gttcaggttg ttgccaaagg ccacggggtg ggaggggagg
    23881 aagggtagca ggtgttcggc cacacaaacg ggacctacac cggggccacc accgccgtga
    23941 ggcgaagcaa aggtcttgtg gaggttcagg tggcagacgt cagcgccgat cgttccgggg
    24001 ttcgtcaggc ctacctgagc gttcatgttg gcgccgtcca tgtagagctg tccgccgcag
    24061 gcatgcacga tgtcacacat ctccttgatg tccgtttcga agatgccgtg cgtcgaggga
    24121 taagtgatca tgctcgcggc gaggttgtcg cggttctcct cggccttggc gcggaagtcg
    24181 gccaggtcga cattcccctt ctcgtcgcaa cgcacggtga cggtcgtgaa gccacactgg
    24241 atggcgctgg cggggttcgt gccgtgagcc gaagcgggca gcaagacgat gttgcggtgt
    24301 ccctgcccga tgctttcaag gtaagcgcgg atgatgcgca ggcccgtgta ttcaccagca
    24361 gcgccagagt tcggttgcag tgtgacgccc ttcagcccag tgatctcgat caattcggcg
    24421 gagaggtttt cgatcatttc aatgtatccg gccgcctgat ccacgggggc ataggggtgg
    24481 atgttttgga actcaggccg actgagcggc agcatctcag aggcagcatt gagcttcatc
    24541 gtgcacgagc ccaacgggat catggagtga gccagcgaaa tgtcgcgacg ctcaaggcgc
    24601 ttgatgtaac gcatcagctc cgtctcggtg tgatacttgg cgaagagttc ctgctccatg
    24661 aatttggagg tacgtgcaaa ctgttcgtcg aagtagcgac tgcggttgat gtcgtccacg
    24721 ttggcggcat acgtcttgcc tgccacgcca gcaaacattt gcagcagcac agccaacgcc
    24781 ttcggctgcg tagtctcatc aaggctgatg cccacatgac catcctcgaa atagcgcaag
    24841 ttgatgttgc actccagtgc gatctcgcgc agcgtcttga ccgtcacgtt cgtgggcaac
    24901 gcaatcttga gtgtgtcgaa gaagtttttg ttcacctgct tgtagcctaa cttctcaagt
    24961 tcctcggcta agaatccggc gtaagcgtgg atgcgtgaag cgatgtcgcg cagcccgtcg
    25021 ggaccgtgat agacggcata gaaaccagcc atcgtagcca gcagtgcctg tgcggtacag
    25081 atgttcgacg tggccttctc gcgcttgata tgctgctcac gcgtctgcaa tgccaggcga
    25141 taagccgggc gatcgtaagc gtcgattgat ataccgatga tgcggccggg gatggtgcgc
    25201 ttgtattcgt ccttcgtagc gaaatagccc gccgatgggc cgccgtagaa catggggata
    25261 ccgaagcgtt ggctgctgcc aaacaccacg tctgcacccc attcgcccgg aggcgtcagc
    25321 agcacgaggc tcatcaggtc ggcagccaca gccacacgta catccttcgc atgcgccttc
    25381 tccacaaacg cgcgatagtc ctcaatctcg ccatcgccgt tgggatactg cacgatggcg
    25441 gcaaacacct tgtcggtgaa ctcaaacgtc tggaagtcgc ccgtcaccac ctcgatgccc
    25501 tgcggcttca tgcgcgtgtg gatcacggcc ttggtcgact cgaacacgtg ctcgtcgacg
    25561 aagagcgtgt ttgccccgcc cttggcttgg gcgcggctgc gcgtgttgtg aaacatcgta
    25621 gcggcctctg cagcagccgt tgcctcgtca agcagcgagc agttggtcag cggcagcccc
    25681 gtcaattcgc agatcgccgt ctggaaattc agcagagcct ccaagcgacc ctgtgagatc
    25741 tcagcctgat acggcgtgta cgaagtgtac cacacggggt tctcaaacac attgcgttgg
    25801 atgggcgccg ggcacacggt gtcgtaccag cccatgccga tgtaagaagt gaagattttg
    25861 ttcttgcctg ccagctcggc gatgtgctca gcaaacttgc gctcggtcat ggcggggggc
    25921 aggttcagcg gtttcttcag gcggatgttc gaggggatcg tttgttcgat cagctcatcc
    25981 accgacttta ctccgatggc ttcaagcatc tcagccttgt cgtcatcggt cgttacgccg
    26041 atgtggcggt tggaaaattt gttcgtatcc atgtcttctg attgtatgtg attataaata
    26101 aggattctcg ttacgttcta tgccaatggt tgttgcgggg ccatgacccg agtagacgac
    26161 cgtgtcgtca ggcagcgtga gcagcttttc gcggatggcc gtgatgagtg tccggaagtc
    26221 gccaccccac agatccgtcc tcccgatact gcccgcaaag agcgcgtcgc cagagagcac
    26281 aaagccgtcc gcagggctat aaaaggagag gctccccggc gaatgcccgg gcgtagagag
    26341 cacctgcaac tccgaccggc cgaagcgtac cgtgtcgccc tcagccaaat atttctccac
    26401 cggaaccgat tcgaatatca gatggggcgg caagcccaat cccgccattt gtgcctcgag
    26461 cgaaggcagc tgctccacat cggcgcgcga agcctcgggc tgcaacccat acgtgtcgcg
    26521 gatgaaggcg ttgccaatga tgtgatcgaa gtgtagatgc gtgcagagca gcctcaccgg
    26581 cgtcagctcg tgctccgtga tgtaatccga aaacaggctt cgctcgcccg ccgtcatgca
    26641 gccgcagtcc acgacgatgg cctcccgcgt ctcgtcgctg agcacgtacg tattctcccc
    26701 gaagggattg aattcaaact gtttgattgt gatcataagg ggatataaac gatttgcttg
    26761 gttttgaaat aaggctcccg gaaatacgcg tcgatgtcga ggcgcacggc ctgctttcgg
    26821 aacggtgcga cctcatgttg caactcgcca cccttcaggc agatcagccc gttaggcagc
    26881 gcgttttgtt gctcctcacg gatattcttc ctcaccaccg cggccagatt gcgaagcggc
    26941 atcaccgccc ggctcaccac gaaatcgaac cgcccacgct cgtcctccac ccgttcgtga
    27001 cacgttgtca cattccgtag ctccagcgcg tccgccacgg cctgtgctac gcggattttc
    27061 tttcccacgc tgtccactaa atgaaacgtc acttccggaa agagaatcgc cagcggaatg
    27121 cccgggaaac caccgcccgt acccacgtcc atcaccgccg atcccgggcg gaatcggatc
    27181 attcgctcga tgctcagcga gtgcagcacg tggtggatat aaagattatc gatgtcgcgg
    27241 cgggagatca cgttgatctt cgcattccag tcagcataga gcgcacccag cgcctcaaat
    27301 cggcggcgtt gcgcctcgtc taagtcagga aaatagcggg tgatcagctc cattcccttc
    27361 aaaaagccag gtgagcgatc gggctatcct tgcggagcag gtggcggatc atctcgtagg
    27421 ggatgcgcac cgttgtggct cccagtgcgt ttgtcgcgat gtcgttttcg ttgaaagtat
    27481 acgtgatccc gatgtcgtcc acatagaaat tgcggttcgg gtaaatctca ttgacgttat
    27541 agaagccgat attctccaga tctgccactt tgtccacatt attagccaca gcgattgcat
    27601 ccacaatgat tttggccgag tcatccctgt aatcctcatt gaaaatatcg ttctccatca
    27661 cgcgctttcc cgtcttcaga tccaccaccc agtaggtata cgatcgactc acggtcggca
    27721 tccccgtgct gtattcgcga tagacggagt aacacagcag gtcgttttgg ttatatagga
    27781 tgctgtcggt aatcagctca tattccggtg attcagggtg gtctgaggcg tccatatcct
    27841 cgctttcgag atccgccgag ctctgcgcct ccgtgtcctg ttcaaaatcc gagacctccc
    27901 ttttcatctg cgatccgtaa tccgtcgtgt atttatccat ggcctctttc acgggcattc
    27961 cggtgtaagc atcgcccagc acgctcttaa cgaacagttg ctgtacggct tctaaaactg
    28021 ccgaattggc atacgcgatg ggataagtga aatggattcg gagcacacgt tcctgagtcg
    28081 catcctcccc cttattatct atggggtaag tcttctcaac ggccagcgag tcgaagcgaa
    28141 tagcgttctc ctcgctctct tttccctccg attggcagcc ggtgagcatt cggacaagca
    28201 gcagaagggt cacccccttc atataaccaa tattcatact tcttgcgtca taaatacgtg
    28261 gcaaatgtaa gacgccgttt gaattctctg cctcgcttcg gccgcctgaa gcccccgtcc
    28321 actgcggcgt agcccttgtt tcgcgcgatt tacccctcaa ggccttgctt gccaagcctc
    28381 attttttcgt ttcacccctc ccaggcttct tttttacccg ttcggaactt cccgaaagga
    28441 tgctacgaat catttcaccc gttcggaatt tcccgattat tcatcacaag ctattacatg
    28501 cgttcggaat ttcccgagag attactttat attattccat ctgttcggga tttcccggag
    28561 atatgattta ctcctttttc atatcatcgg atttttccga aagtataaat taagcacgta
    28621 tatacctttc ggatatttcc gaataagtat atattaagta ttaagcattt tgggagattc
    28681 cgaacaatag aaataagcca aaatagactt tcgggaaagt ccgaatactt gtttcacatc
    28741 gtttttatct cttcggggaa gtccgatgag ttgtatccca ttgttacatt tgttcggtaa
    28801 gttccgaatc agtataaccc tatgtgtaat atgatcggaa ctttccgaat gggataaaaa
    28861 cttgcgttac acttaatcgg gagattccga atgcttgtaa attttcacgt taaggccata
    28921 tttgagacct gtaagcgcct catagacagg ttttaggtgc tcatggagcc gtttttcgtt
    28981 aaaatgcttc tgcttgggcg cgtaaagcac ccgaacgggc gctgcgaagc gctatttcag
    29041 cgcttcatct tgcccgttta ttgaaaagcc atactttagc gtgctttttt cacgaaacgc
    29101 atacatttta tattatagat ggcagaagat agaattatca agatcgacat caatcaagag
    29161 atgaaatcgg cttacatcga ttactcgatg tcggtcatcg tctcccgggc cttgccggac
    29221 gtgagagacg gattcaaacc cgtgcatcga cgcatcctct acgggatgaa cgagctggga
    29281 aatacttcag acaaacccta taagaaatca gccagaatcg tcggcgaggt gttgggtaaa
    29341 taccatccgc acggcgattc gtccgtttat tttgccctcg tacgcctggc tcagagctgg
    29401 tcgatgcgct acacactggt cgatgggcag ggaaatttcg gctcggtgga cggcgacagc
    29461 cccgcagcca tgcgatacac cgaggcgcgc atgagccggc tggccgaaga gatgctcaga
    29521 gacatcgata aggatacggt cgatttccaa ctcaattttg atgatacact gcaagagccc
    29581 gtcgtgctgc ctacgcgcat cccgaacctg ctgatcaacg gagcatcggg catcgccgtg
    29641 ggtatggcta cgaacatgcc accgcacaac atgacagagg tgctccgcgc ttgccaagcc
    29701 tatgtggacg cgcgcggcga catcgatgtg gcggggctga tggcgtacgt caaggcgccc
    29761 gacttcccca ccggggcgac gatctacggc tctgcgggca tcaaagaagc gttcgagaca
    29821 gggcgcgggc gcatcgtcat ccgtggtaaa gcggaaatcg aaagcgggcc agggcacgac
    29881 aaaatcgtca tcagcgagat cccgtacatg gtgaacaaag cggagctgat ccgcacgatt
    29941 gccgatatgg tgaacgacaa gcgcctcgat ggcgtgtcga acgtgaacga cgaatcagat
    30001 cgcagcggca tgcgcatcgt ggtcgacgtc aagcgcgagg ggaatgccaa catcgtgctc
    30061 aataagctgt ataaaatgac ggcgctgcaa tcatcgttta gcgtaaacaa catcgcgctc
    30121 gtcaatgggc ggccgaagct gatgaacctc aaagacctga tcggcaactt cgtcgatcat
    30181 cgccgcgatg tcgtactgcg tcgcacgcgc ttcgagctga aaaaagctga ggaacgcgcc
    30241 cacatccttg aggggctcat catcgcctca gatcacatcg acgaagtgat cgccatcatc
    30301 cgctcctcca gcagtccgca gcaagccatc gatcggctcc gcgaacgctt cgaactgtcc
    30361 gaaatacagg cccgcgccat cgtcgagatg cgcctgcgcc aactcaccgg attagagcaa
    30421 gagaagctcc gcgccgaata tgaggagatc gaaaagctga tcgcccgcct gaaggaaatc
    30481 ctcgaaaacg aggagcaact gctgcaagtg atccgcgacg agttccaaga aatcatcgac
    30541 aaatacggcg acgagcgcaa gacagacatc atctacgcct ccgaagagct gaatccggaa
    30601 gatttctatg ctgacgacga gatgatcatc accatctcgc acatgggcta catcaagcgc
    30661 acacccctca gcgagttcca cgcgcaaggc cgtggcggca tcggagccaa aggctctgag
    30721 acgcgcgaag aagacttcgt agaacacatc tacccagcct ccatgcacgc caccatcctc
    30781 ttcttcaccg ccaagggacg ctgcttctgg aagaaggtgt tcgaaatacc cgagggcgcg
    30841 aaaaacacga agggacgcgc catccaaaac ttcctcaaca tcgatcccga cgaccgggtg
    30901 aacgccttta tccgaatcaa aaacctgacc ggcgatgtgg actttatcaa ctcacactac
    30961 ctgctcttct gcaccaaacg cggattgatc aaaaagacac tcttagaggc ctattcccgt
    31021 ccgcgccaaa acggcgtgaa cgccatcacc ctgcgcgaag gcgacggcgt gatccaagtg
    31081 cgcctcacca atggaaacaa cgaagtgatc atcgccaacc gcaacggtcg cgccatccgt
    31141 ttccatgaga gcaacgtccg cgtcatgggc cgcatggcag ctggcgtgcg cgccatgaga
    31201 ctcgacggag aagacgatga agtggtcgga atggtttgca tcaagcaccc cgaagaggaa
    31261 accatcctcg tcgtctctga acagggctac ggcaagcgct cagccatcga tgactatcgc
    31321 gtcaccaacc gcggtggaaa gggcgttaaa accatcaacg taaccgaaaa aacaggcaag
    31381 ctcgtcggca tcaaaaacgt aaccgaggac aacgacctga tgatcatcaa caagtctggc
    31441 atcacgatcc gcatgaaagt ctccgacctg aatgtgatcg gccgagccac acagggcgtc
    31501 cgcctgatca accttgagaa acgcaacgac gaaatcgcct ccgtctgcaa ggtcgtctcc
    31561 gagtcagaag aagaccgaat cacaggagag acgaaagaca ttccgacgga agacactcca
    31621 gtggaagatc aataaagcac gccccccttg ccttcacacg acaataatca tcatccattc
    31681 atacaccatt aaaaattaag agaacatgaa aaagcaggta ttactaacga tcggcctgtg
    31741 cctgatggca actgccgcgt tcggacagaa gaaggccgtc tccgatgcag agcgcatcgc
    31801 gaaagaatcc aagccggatt tcaacgaagc gcgtaccctg atcaaagggg caatggaaaa
    31861 cgacgagaca aaaaacgacg caaaaacgtg gtacgtggcc ggcttgattg aagacacgca
    31921 attcagcacc gaaaacacga agcagatcct tggccaaaag ccggacgaga cagtgatgta
    31981 tgaggcgctg ggcaacatct tgccgtactt caaagaggct tacaagctcg atcagcagcc
    32041 aaacgagaag ggcaaggtga agccgaaata caccaagagc atcaagggta cgcttggcgc
    32101 caaccacatc tattacctca acggcggtgc ttactacttc gatcagcacg actacaagaa
    32161 ggcgcacgac ttctttgagc aattcatgga aatcaccgat ctgcccttca tgaaaggcga
    32221 aaaggccgct gagaaagact cgaacttcat gatcgtacag ttctacgctg ccatcgctgc
    32281 catgcaaatg gacgacccgc agctggccat caaagacctg aaccgcgcca aggaaactga
    32341 ctaccggcgc ttcgacatct accagtcgct ctgttacgaa tacgatcagg tgcttaagga
    32401 cacggttaat ctggaaaaga ccctcgagga gggtatgaag ctcttcccgg actccagcta
    32461 cttcctgaac aacatgatca acgtctacat cagcaccaag cgcaacgagc aggccatgca
    32521 gctgctgaac acggccatcg ccaagagccc gaacaacgcg cagctctatt acgcccttgg
    32581 tagcgtctac gaggtgggcc tgaaggatga ggccaaggct gaagaagcct acaagaaggc
    32641 ccttgagctg gatccggaaa accccgcgaa catcttcagc gtggggcggc tgtatttcaa
    32701 tcagggtgtg ggtctgttgg acaaagccaa ttcgctgaac gaccagaatc agtataaggc
    32761 ggagaaggcc aaggccgaag agatgcttcg caaagcgctg ccgttctttg agaaggcaca
    32821 caagctgaaa ccggaggaaa aggactacat gatcgggctg cggggcatct attacaacct
    32881 gaacatgaat aaggagtttg atgccattaa cgcagagatg tccaagtaat tctgataaga
    32941 cactccgggg ctggccattc tggcacagca gccccaagca ataatgaagt ccgcgcggcc
    33001 tctccattcc ggggagcgtc gcgcggatct ctttttgggg catcccccct cccctaatca
    33061 tcccattaac ataattccca ttcagcctta ggggaaggaa gtgggagagg gggggctggg
    33121 aaaaggggcg ttgatatgtt ttgtcgtgca gtaaatggcc cttcgcgacc tcacacgatt
    33181 gatcgcgccc ttattccgcc actttctctt cgagcagtgc cgtgtcgatc acctgcatga
    33241 tgtcgtccac atagtggaag gtcaggccat cgacgtaagc cgaattgatc tcttcgacat
    33301 ccttgcggtt ctcttcacag aggacgattt cacggatgcc agcacgcttg gctgcgagga
    33361 tcttctcctt gattccgccc acgggtagca ccttgccgcg cagggtgatc tcgcccgtca
    33421 tggccaggtt gcttttcacc ttgcggcgtg tgaaggtgga gacgagcgac gtcaccatcg
    33481 tgattcctgc gcttgggccg tccttcggga tggcgccctc gggcacgtgg atgtgcacgt
    33541 tccagttctc aaacagcgac tcctcgatgc cgagcttcgc ggcgtgcgaa tggacgtact
    33601 ccaaggctaa gatggccgac tccttcatca cgtcgccaag gttgcccgtg atggtcagct
    33661 tggcgctctt gccacggctc aggctcgatt cgacaaagag gatctcgccc cctacggctg
    33721 tccacgccag acccgtcacc acgccggcat agcggttgcc ttgatacttg tcgcgcgtgt
    33781 actccaccgg accgaggtat tcccggaggt gatcggcctt gagcaccgac gggacgggct
    33841 cgtctgaggc gatcttgcgt gccagccgac gcatgatctt ggcaatcttc ttttccagtt
    33901 cacgcacgcc gctctcgcgt gtgtacgaat cgatgatggc gcgcactgcg tgtcggtgga
    33961 agcgcacctt gcccttcgcg atgccatgtg cctccatctg cttggggatg aggtggcgca
    34021 tggcgatttc gatcttctcc tccatgatgt agccgctgac ctcgatcagc tccatacggt
    34081 cgagcagcgg ctgggcgatt gtgttcaggt tgttggctgt ggcgatgaag aggatcttgc
    34141 tcaggtcgta atcgatgtcc aagtaattgt cgtggaagga tgtgttctgc tccgggtcga
    34201 gcacctcgag cagcgctgag gcggggtcgc ctttgaagtc gctgcccacc ttatctacct
    34261 cgtcgagcac gaagacgggg ttcgatgtgc ctgccttctg taggttttgc aggatgcgac
    34321 ccatcatggc gccgatgtag gtgcgtcggt ggccgcggat ctcggcctcg tcgtggaggc
    34381 cgccgagcga aatgcggacg tatttgcgcc cgagtgcttc ggctacggat cgaccgagcg
    34441 atgtcttacc cacgcccggg gggccgtaga ggcagaggat gggtgagcgc aggtcgcgct
    34501 tgagcttaag cacggccagg tgctcgatga tgcgctcctt gaccttctcc atgccataat
    34561 gatcgcggtc gagcacgcgc tgggcgtgtg tgaggctgaa gttgtcgcgg ctgcaagtgc
    34621 cccacggcag gccgatgatt gtctccacgt attgcgactg gatggagtaa tcgggcgact
    34681 gcgggtggat gcgttccagc ttggccacct ctttctcgaa cgtttcgccg acctccttgg
    34741 gccacttttt cttcttggcc tgcgcacgca gctccttgat ctcgatgtcg ttcatgttgc
    34801 cgcccagctc ctcttggatg gccttcatct gctgttgcag gaagtactcc ttctgctgct
    34861 tgttgatgtc ctcgtgcgtc ttcatttgga tggacgtctt gagctcgatc agctgatact
    34921 cacggttgag gatgaagagg aggcggtagg cgcggttctt catatcgtcg atggccagta
    34981 gctcttgctt ttcgcccggg ttagccacga tgtggcagca ggcgaagccg agtaggtaca
    35041 tcgtgttctg catgttacgg atggagaaga gcaggtcgcg aggcggctcg cccacggtgg
    35101 tgagcatctt gatcgtgagg tctttgatgg tggagatgag ggcttcaaac tcgcgatcgt
    35161 ctttgcccgc gggcacgtct tctaagagtg agatgttgcc ggagaggtaa ggctcggtgg
    35221 ttgtcaggcc gtgtagggcg aagcgtttgc gcccttgcag gatggctgtg gtagacccgt
    35281 cgggcatctc taagacgcgc agcacttcag ctactgtccc gatcgggtac aggtcttccg
    35341 ttgtcggttc ctccgtctcg gagtctttct ggcagactac gccgatcatg atcttccgtt
    35401 gcgatgcctc gcggatcagg cgcatcgact tggggcgccc cacgaagatg ggcagcgcca
    35461 caccggggaa gagcaccatg ttgcgcaacg gcaggatggg caatgcctcc cccaccttat
    35521 caatcccttc cgagaaatcc tcatccttat cgcaatccat caaaatcggc atcaccacgc
    35581 tcattgattc gtccatgtcg tgcgtgtctg acgacaggta catcttttct ctttctttct
    35641 tactcatcct gttttttctc cttatgctaa aacggcgggc aaagataacg gcgcgctgca
    35701 atcccgtccg ggtaagaatg gggctatata taataggtat gtagactgcc cggggtttcg
    35761 ttggcgggct atcgtccacc ccccggggtt tcgccccgat catccaccgg cccggggttt
    35821 cgttggcggg catttaggtg tatcaggcat acgccctgaa agggcagatc aacccagccc
    35881 agggcaacgc cctggggttg cggatgccaa aagaaaatcc tccgcgctct gcaatcctcc
    35941 ccccaccctg ccccagcagg gtggggggag gattgcagag cgcggtacgg cgagtgcggc
    36001 cattcgaccc agggtgtcgc tccgcccggt ggcgtcgctc taccctgggc tgggttgatc
    36061 tgccccttcg gggcgcatcg ggcatccccc atttattcgt ggaatcctcc ccccccccac
    36121 cacacccccg gggtttcgcc ccgatcgtcc accggcccgg ggtttcgccc cgggctatca
    36181 tccaccgg
//
LOCUS       SEQF3106|MIQD01000020.135283 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..35283
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(383..694)
                     /locus_tag="SEQF3106_00838"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMSVAELKYALFKDIDQIEDESLLRKLSAYIRRKTQTMPRLDEI
                     PEEYRQDPYRYSPSGDTFYADRRNTDELDQRLRLREEGKDEIVATVHNAEELKHFLDS
                     L"
     CDS             complement(718..1800)
                     /locus_tag="SEQF3106_00839"
                     /EC_number="3.6.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WPZ1"
                     /codon_start=1
                     /transl_table=11
                     /product="putative GTPase"
                     /translation="MNHPENDEKYKGLKVNSGTSYAPTISPYLAARRPRRFTTTEFVE
                     GILRGDTSILSQAVTLVESSRHDHQQQAQEIIEHCLPHTGHSVRIGITGVPGAGKSTS
                     IDVFGMHILKRGHKLAVLAIDPSSERSKGSILGDKTRMETLSREKNAFIRPSPTAGSL
                     GGVARKTRETIILCEAAGFDTVFVETVGVGQSETAVHSMVDFFLLIQLAGTGDELQGI
                     KRGIMEMADGIVINKADGDNIRRAEMAAGHFRNALHLFPPTESGWFPKVLTYSGYYGI
                     GIDKVWAMIDEYMAFTKANGYFDLKRNRQAKYWMYESIHDMLRDAFYRHPGIEERLPI
                     VEQQVLHNELSSFVAAKEMMDIFLKK"
     CDS             complement(1943..3373)
                     /locus_tag="SEQF3106_00840"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGKHYHALSLFVAIQCLFLWQSLSAQKEAKLFIAQTVHDFGRI
                     EAKRGPVKHTFVVRNDGEAPLELLRVACANRLVTTQWPKTPIGAGQTARIEVTYNPAG
                     QSGDFNTLLEVLSNASTEATALVIKGNVRPDPNAPKAAAAEFSPDQWTFDFGKIKEED
                     GFAMHVFRIKNTGTAPLNISHVQSSCGCTEPEWTRTPIPAGSTGDVVITYDPTDRPGP
                     FRKNVTVYSDAKGSRHKLTITGEVIPAQHDQKITYPDTIGHIGVQQHRFDFYLLRERE
                     IASQEVWIQNLSESDMRLSFTHLPAYIHVEAPTRLAPQKPERMKVTVDAKAIHGKGRT
                     IGHFVWKSQKASGGGEAVTHEIPVAVNVVDDFSTLSQADKDAGPALKLSATVIDFTQK
                     KGATKQQLTLTNSGRSPLAFYSLTCDAPWLKIAGNKKKTLRPGESMTLTLTLKRKERT
                     DQAGADLYVVCNDPQGPVRIVRIKTE"
     CDS             complement(3381..3779)
                     /locus_tag="SEQF3106_00841"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRILFVLTAILLMAAGTISAQEKSASITATGSATFDFGDIKEA
                     AGPASHIFTIMNNGELPLVISRVVASCGCTTPEWTKEPIAPGKTGQIKVTYNPAGRPG
                     KFVKTISVYSNGKADGNYVLTIRGNVIQNS"
     CDS             complement(3948..6569)
                     /locus_tag="SEQF3106_00842"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNYRLLFLLLLSLHTAVASIAQEQLKGHVKTASGGRPIADVYMM
                     LMSADGKRILAYDYSGDDGAFTLNLPQGAGPDFIIATSRLGYEALRQSVRADGREVEL
                     RLRESSVKLREVKVEAAPIRRRGDTLNYFMSNFTRPQDKTLAEVLARMPGIEVRSDGQ
                     VKYDGRPINRFYIEDMNLLGNRYSLATKNLSPGDIATVQVYENHEPVKMLRGRTDPDE
                     AALNIKLKDRARAKWLLTTDFGLGGFPLLYDATLTAARFARRNQTMLVAKANNTGRDI
                     AMELRVHAMGPSVFNPTTLMGAPDRLSPLTMMSAFFVRDRARFNRSAILSVNQLWRTA
                     EDVDTRLNMNYGFEREERSRSLETEYRFADGRTITINDYTAQTVHCHKLEGELALTAN
                     KSRYFLENKLSGEVHWKDAHANVAANHQHMQQQMDLPRTHLKNTLRLSRLVGSISLGF
                     GNESEFMRMPQWLRLTSTDTLALFSHPSVRQSVSYEGGSNDAYVTLNLHSGPHTLDLK
                     AGTAWTWQSLTSDLSPQPISLPGPYTNHLRWRRWQLYAVPSYRFAWRVWILASTLTLE
                     RRRTTYAGHTTAAFDITPRLRLTYEPSAAFKAGISWKRTINRGDLDERLTGYVMERYN
                     LLSRGADREQLNTSHTADLDLTFKDLSHFFSLNYMAYYSRLHSNLMPASFIHDFYTFS
                     WLEHFDTHSTYWSNTLTASRLLTGLSLTASLALSYDQNSTALAQQGDLIDYTNRTFRL
                     SPSLKWNARTNLNFDYTASLSYSGFSIAHAPEGRYIPFLDHRLYTYWGLIRNLSFTST
                     LQHYHTHAPQSSATHLLFADLGLRLSIRHMTISLDWTNILNRRSHVTTTYNTVNTLTR
                     TDRLRPSEFLISFRFKR"
     tRNA            6695..6789
                     /locus_tag="SEQF3106_00843"
                     /product="tRNA-Pro"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Pro(cgg)"
     CDS             complement(6996..7508)
                     /locus_tag="SEQF3106_00844"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATTPNMGTTHISAATITAINEALDKLATALDPVLVNLDPKDRQ
                     RYGSINEQNKLFVNKVRVYALTDTQLRDPEVDWDEFEKDYQDREALEKMIVTVNGMLS
                     GLMSAKTLHDYDNFQDALDDYAYTRYKAGGKTPGFDAKNNELKQFFPRKSKKDKSKPG
                     SGDDIHLPEK"
     CDS             complement(7552..8394)
                     /locus_tag="SEQF3106_00845"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQLLVYIFAFMLATAALHAQETIDTAQFWAVYKFSYKTAPEQP
                     DFDWLDWMYLDVGDKATKFFNRYAEIKDSVKDEGLKKGLSAWELFDLTKEYPVRGAAP
                     IYYQLYDERKTKVSTEYAVDGYTYEEPMEMPNWTLHEDTMTVLGYLCKRATTHFRGRD
                     WEVYYAPEIQLSRGPWKLWGLPGLITRATDADHYFLFEIDLFKRLENPFPILYIHRKL
                     GPKGGRKGDEYKVVSKETYMKYEASYHKDMSAFISFEIGSEIKDTEGNPMPVRELPYI
                     PLEK"
     CDS             complement(8398..9240)
                     /locus_tag="SEQF3106_00846"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQPLVYIFAFMLAAAALHAQETIDTAQFRAVYTFSYKTRPELA
                     RFDERDLMRLDMGNRVTKFYSHYTQMRDSVKKEGLENNLSPMEIQDLRRGIPWGTDPV
                     YYQWLDKKRVLVSTVFLHNGYIYDEPMEMPVWTLHEDTMTVLGYLCKRATTHFRGRDW
                     EVYYAPEIQLSRGPWKLWGLPGLITRATDADHYFLFEMTNFERLSGQAQPIVYIHRKM
                     GPKGDYKGEEYKMVSKKTYIQYEKAYHEDLNAFGDFETGHKSFTPDGSPLPVLKKDYI
                     PLEK"
     CDS             complement(9244..10092)
                     /locus_tag="SEQF3106_00847"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLFIYTFIATVLTAALHAQETIDTAQFWAEYKCSCKSAPEQPD
                     FDRVDWYYLDMGDKATKFYSRYGEIRDSIANEILKKGLSAWEIHEATKGYPRRSFTPI
                     YYQLYNEKKTRVATQYMNSYFYEEPMEMPVWTLHEDTMTVVGYLCKRATTHFRGRDWE
                     VYYAPEIQLSRGPWKLWGLPGLIVRATDADHYFLFEMDLFKRLSGPVPIIYIHRELGN
                     QGGYKGAEYKKVSRKTYMEYERLYHEDAIAFGDFESGEKSNFFDMDGKPTSAPVRKTD
                     YIPLEK"
     CDS             complement(10667..11677)
                     /locus_tag="SEQF3106_00848"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDVKKIVNQTVKIALPLLLGVLLFWYLYREQDFGAMMQVIRGGV
                     RYDILLFSLLFGLAANITRGYRWGLLIDSLGRRVRRRNVVFAVLGNYAVNMALPRVGE
                     IWRCGVTAKYERVPFTKLLGTLFVDRIMDTLMVGLLTLCLGVFNIGFFRHFFAENPPT
                     LIATLYALVRSPWTYIALILTIAAGWFVFVRMKHLPLVRKLTQLLLNVWEGIRSLWTI
                     HHKGRFLVQTLAIWVGYFLYFYTTFYAFDFTRPLGIRIGLIAFAMSSLGVAVPVQGGI
                     GVWHFMVISTLVAFGVDRTDAAAFALVVFTVQTVWVILCGLFGIFALPLLNSDTDQEA
                     KQ"
     CDS             12056..12847
                     /gene="rsmA"
                     /locus_tag="SEQF3106_00849"
                     /EC_number="2.1.1.182"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q83AC2"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase A"
                     /translation="MATIRPKKALGQHFLRDEAVAMRIADTLADYRGRPVLEVGPGTG
                     MLTKHLLAAGHDLSVVEIDRASIDFLRAHYPALEGRIWEGDFLQMDLRTCYPSDFIVI
                     GNYPYYISSQIFFKVLEERDRVVCCAGMIQKEVAERLVARPGSRTFGILAAMVQPWYN
                     VESLFTVPPEAFNPPPKVQSAVVRLVRNDRQELGCDERLYKTVVKTAFNRRRKTLRNA
                     LEPLLGRSFEGRDDGLFSLRAEQLTLDDFIHLTRLTEAHLRATTS"
     CDS             12869..13852
                     /gene="corA"
                     /locus_tag="SEQF3106_00850"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ABI4"
                     /codon_start=1
                     /transl_table=11
                     /product="Magnesium transport protein CorA"
                     /translation="MLYAPTTSNYLFMSEIRIFYREDNRLKLSKDIEVLKRSPMENLL
                     WIDLNDVPEEAESRLEQFLKIYIQEEEEMEEIEISSRYMETDNSLVANSRFLLKDFDE
                     ETVSFIVKDNILVSVRSQELPSFNDTMRKLFASPRSYPTGYHVLTTLLETRVDYDADL
                     IEDLTREITELSGHLKSEEDVDNAILIAIKELQERTMIIRENIVDKQRVCSNIIKSIL
                     IPADAKAKMNILLKDINSLFEHIRFSFDRLEYMQDTFLGLVNIQQNKIIKIFTIVSVV
                     FMPPTLVASIYGMNFKVMPELDWKYGYPFAIVLMICGVVGILWYFKRKKWF"
     CDS             13966..14646
                     /locus_tag="SEQF3106_00851"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNQNETTGKPLNFSQATRTSDITVDTTWMKQHDEQRPQFMKLI
                     WQRLVFGLVVGGAAVALYAYGHWIFGSVAALLALFALALVFLLHNASGGAAYTSGALV
                     PAIVVRTAPIELLVLANVDCSEEDADLDAQWAYKRFSVKRLPVHRVELGERVPCIALF
                     GGAQDGRWTRFDPRPLCWATSDAAAIRRNTARIDDSEWDMLSHITDDTTAANGDIVLL
                     DTDKSTDP"
     CDS             14687..16240
                     /gene="comM"
                     /locus_tag="SEQF3106_00852"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P45049"
                     /codon_start=1
                     /transl_table=11
                     /product="Competence protein ComM"
                     /translation="MLIKTYAAAVYGISAIRITIEVSCVKGIQFFLVGLPDVAVRESH
                     ERIISALQVNGYTFPRRRIIINMAPADIKKEGSAYDLPLAIGILASSGELKTEKLERY
                     MLMGELSLDGTLQPIRGALPIALKAREEGFEGLILPRQNAREAAVTEGLTVYGVDNIR
                     EVVEFFSGERQLEPTVVDAYEEFFNQQHFDLDFSDVRGQESVKRALEVAAAGGHNLIM
                     VGPPGSGKSMLAKRLPTILPPPTLQEALETTKIHSVAGKMGANTGLLAQRPFRAPHHT
                     ISDVAMVGGGSFPQPGEISLAHNGVLFLDELPEFNRNVLEVLRQPLEDRHIHISRARF
                     SVDYPAGFMLVASMNPCPCGFYNHPTRPCVCPPGSVRRYMNRISGPLLDRIDIQVEIV
                     PVPFEKISEQRPSEPSAAVRERVERARAIQQQRFADDDGIYCNAQMSSRHLHRFAVPD
                     AESLSRLKRAMERLNLSARAYDRILKVARTIADLDASPTIQPHHISEAIGYRTLDRGT
                     WGETVMTDH"
     CDS             16453..19287
                     /gene="ptrA"
                     /locus_tag="SEQF3106_00853"
                     /EC_number="3.4.24.55"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05458"
                     /codon_start=1
                     /transl_table=11
                     /product="Protease 3"
                     /translation="MKTQFKHMFLGLALLLCATATWAQQEQQHMFPPISVDKQVRIGH
                     LDNGLTYYIRANKLPEHRANFYIVQRVGSILEEESQRGLAHFLEHMAFHGSKHFPEDA
                     TGSGIISYLETIGVKFGVNLNAYTGMDQTVYNIDDVPTDRRGAVDSCLLILHDWSHAL
                     FLRDKDIDKERKVIHEEWRTRRSAGSRMIDSIAPVIFAGSKYAERMPIGLMSVVDHFK
                     PKELRDYYHKWYRPDLQGIVIVGDIDAEAVEKEVKRIFGAIPKPVNPAERVYEKVPDN
                     EKPAVAVVADKEQPTGYFLVAYKRDALPADKKQVVDYLVYNFAADMIDRMLTDRFQEM
                     MQNENPPFAYAYASNSSFFGIATKDAMQLAGVIKPGHADTTLLTLLREAKRVHDFGFT
                     ASEYERAKADWMSDLEKLYNERDKQKNSYYVQQYVENFLTGEPLPSLEDYYKFMSQII
                     PTVPLTAINQLATEFISDDNRAVVLMGNEEQRPTYPTPERIRQIIAQVDGEKLQPYAD
                     KTINEPLIDTLPAKGKIVKEEKQAGDVTLWTLSNGARVAVKKTDFKEDEILLSGFAYG
                     GKSVMDTRHISELKLMDEAASVGGLGKFSATDLKKVLAGKNADVSVSIGDYNESVGGR
                     SSVKDLEAMMQLLYLQFTAVRKDETAYNALMTRLKGILPMLANNPEYVFNDSLMLAIY
                     SNNPIVRIPTAAEIDAVNYDTLLSLFRARLANAAEYTFTFVGNVDEATLRPLVEQYIA
                     SLPGTKPSAAYNKDYLPTRRGIFSNNFTRELETPKATTTIYYSGDMPYTPDNIILLSA
                     LEQLFNMEFVDKIREKLGGTYGVGVGSDARKLPTEGFTLQFHYDCAPDRRAELTEAIN
                     KVTDRIRGEGPDATMLSKVKEYMLKQHADDLKENGYTLRSTWRRVVFGIDLDADYAKK
                     VEALTAESIRAFADGLFKQGNRIEVSMSSK"
     CDS             complement(19764..20456)
                     /gene="cobB"
                     /locus_tag="SEQF3106_00854"
                     /EC_number="3.5.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P75960"
                     /codon_start=1
                     /transl_table=11
                     /product="NAD-dependent protein deacylase"
                     /translation="MKKLVILTGAGMSAESGISTFRDSNGLWENYRVEDVATPEGFDR
                     NPQLVLDFYNARRRELLRAEPNDGHRGLAALERDFDVHIVTQNVDNLHERAGSSHVIH
                     LHGELMKACSVRNLNRPLPIDPEHPDMHVGDKAPDGGQLRPFIVWFGEPVPMIEEAIR
                     LVNGCDLFAVIGTSLNVYPAAGLLSYVRSGQPIFLIDPKEVAVYRHDVEFIRCGASEG
                     VGILTERLQALK"
     CDS             complement(20585..22273)
                     /locus_tag="SEQF3106_00855"
                     /EC_number="3.4.21.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A5M9"
                     /codon_start=1
                     /transl_table=11
                     /product="putative CtpA-like serine protease"
                     /translation="MSQLKKAPVLLWAVALSIGVLPLRAQQPKTESRFEVSKQLEILN
                     ALVKEVEMFYVDSVETEKMVRRGIDAMLKGLDPYTEYYPEQESDNMKLLVTGEYGGVG
                     AYIRARDGGVIITEPFEGMPAAKAGLKAGDRILMIDTVDVKKATTERVSELLKGTPNS
                     KATLKIERPGEKKPLKVEVTRKQVTLKQVVHYGVYGDHTGYIYLDGFKERSADEVLAA
                     LEDLRKNPQVTSYILDLRDNGGGLLSSAVQIVNLFVPKGREVLSTRGKMKLWDRTYRT
                     TLDPVDSVTPLAVLINGNSASAAEIVSGALQDMDRAVLIGNRSFGKGLVQTPRELPYD
                     GQVKITTSKYYIPSGRCIQQLDYSHRNADGTVSAVPDSLTSVFYTANGRPVRDGGGIR
                     PDFEIEEKKAPTMLFYLLNGYVLFDYVTDWVRAHPTIAPAKDFVFPDADYEAFKKYVK
                     DAGFTYDRQSEKAMKNLKEMAELEGFLAEDSAAFNALEARLKPNLDRDLDRYKEDIKK
                     LIATEIVKRYYYQEGALIESLKDDKTLQKALEVLADRELYKKTLSRPEELKTKN"
     CDS             complement(22307..23293)
                     /gene="kdgK"
                     /locus_tag="SEQF3106_00856"
                     /EC_number="2.7.1.45"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q53W83"
                     /codon_start=1
                     /transl_table=11
                     /product="2-dehydro-3-deoxygluconokinase"
                     /translation="MRIIGIGNALLDVLLRLKSDATLQAMGMKKGVMELVDEQTMRAI
                     QQEQSGLERSDAPGGSVCNTMRALALLGASVGYIGKVGTDTNGAIYEKAIHDAGVTPH
                     IARTEGISGCCTVLMSPDSERTMATFLGPAASLKAEDVSDETLRAYDCIYVEGYLISN
                     ASNDRLFLPILRRAHALGLKVALDLSNFNIVNCFGEMLHRAIPEYVDILFSNETEAEA
                     YTGKPAKEAIGEIMKEVEYAIVTVGKDGALAGHAGETVHVPAMSHCPVDTTGAGDNFA
                     AGFLYGYSRGASLRQSAEIGALMAGNVVETVGPQIAPERWEQITSKVSRILA"
     tRNA            23380..23454
                     /locus_tag="SEQF3106_00857"
                     /product="tRNA-Asn"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Asn(gtt)"
     CDS             complement(23913..25538)
                     /gene="ispG"
                     /locus_tag="SEQF3106_00858"
                     /EC_number="1.17.7.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8DK70"
                     /codon_start=1
                     /transl_table=11
                     /product="4-hydroxy-3-methylbut-2-en-1-yl diphosphate
                     synthase (ferredoxin)"
                     /translation="MDTDASVAQALRMARAGAEYIRFTAQGEREARNLGIIRQRLNEQ
                     GCHTPLVADIHFNPKAADVAAEFVEKVRINPGNYVDGARTFRTDYTDEDFAEGVRKIR
                     ERFIPFLRLCRAHGTAIRIGVNHGSLSDRIMSRFGDTPEGMTESCMEFLRLCREEGFD
                     NVVISIKASNTVVMVRTVRLLVRTMDREGMHYPLHLGVTEAGNDEDGRIKSAVGIGAL
                     LVDGIGDTIRVSLSEPPEAEIPVARELIDHINRTRAEEYAPMPTDYVGTETDYFRRTR
                     MVADIGGGRQPVVLSEYAPGEEPDGALPPDYLRHLPDGAFASTRDKRHTATVLHFVEL
                     SANELTDARLEAINADEASVIILRSVHPDSVNETRAAILRLRAASCQAPVILRRDYRE
                     ADLDRLRIAAAADLGVLLIDGIADGLLLTQGGHSTPDTDRLAFGILQATRRRMSRTEY
                     ISCPGCGRTLYDLHQTISRIKAATGHLKGVKIGIMGCIVNGPGEMADADYGYVGAGPG
                     RVSLYRGKECVLRNIPESEAVDRLLELIASDRK"
     CDS             complement(25631..26137)
                     /gene="purE"
                     /locus_tag="SEQF3106_00859"
                     /EC_number="5.4.99.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WYS7"
                     /codon_start=1
                     /transl_table=11
                     /product="N5-carboxyaminoimidazole ribonucleotide mutase"
                     /translation="MTPQVSIIMGSVSDLPVMNKAAGFLDEIEIPFEMNALSAHRTPE
                     EVERFAKGARGRGIRVIIAAAGMAAHLGGVIASMTTLPVIGVPIAASLDGIDALLATV
                     QMPPGIPVATVGINGAQNAAILAAQMLAISDTKLADRLADYKDGLKQKIVKANEELAS
                     VQFKFKTN"
     CDS             complement(26134..26541)
                     /gene="gcvH"
                     /locus_tag="SEQF3106_00860"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P64214"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycine cleavage system H protein"
                     /translation="MFHQLNDKTIMNFSSELKYTKDHEWIRVEGDAAFVGITDYAQQE
                     LGEIVFVDIATEGETLAKDEAFGSVEAVKTVSDLLMPVAGEVLEVNPELEDHPELVNS
                     EPYGKGWLIKVKPADVADVAGLLSADDYKKLIG"
     CDS             26715..27266
                     /locus_tag="SEQF3106_00861"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFDFLHAYPWALPMVIFFGRICDVTLGTLRIIFVSKGEKMKAPI
                     VGFFEVFIWVVVISQIFSNANDLTAYLAYAGGYAAGNFVGILVENKIALGYFLIRIYT
                     KKGSAGLIQELKANGFGSTHIRGEGAISEVSIIETVVSRKSERRVVNLVNEFDPNAFY
                     VITDIRAKRKGFFSAAGAPRLGK"
     CDS             complement(27750..28766)
                     /gene="korB_1"
                     /locus_tag="SEQF3106_00862"
                     /EC_number="1.2.7.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O53181"
                     /codon_start=1
                     /transl_table=11
                     /product="2-oxoglutarate oxidoreductase subunit KorB"
                     /translation="MNATDITYSPKDFKSDQYVRWCPGCGDHAVLSCLHKAMAEVGTS
                     PDDMAVISGIGCSSRLPYYMNTYGFHTIHGRGAAIATGVKTARPDISVWLVTGDGDCL
                     AIGGNHFIHAVRRNVDLNIVLMNNKIYGLTKGQYSPTSDRGFVSKSSPYGTVEDPFIP
                     AELTLGARGNFFARGIDTDAANLTAIFAQSARHRGAAVTEVLVNCVIFNNGTHTRITD
                     REVRADRTIFLRHGEKMIFGKNRDKGLVLDGLKLKAVTIGEDGYTMDDVLVHDAHERD
                     NTLHFMLAMMSGAMPVALGIIRDVDAPTYEESVHQQIAEVKAKKKAHTLRDMLLAGDT
                     WEVK"
     CDS             complement(28769..30634)
                     /gene="korA_1"
                     /locus_tag="SEQF3106_00863"
                     /EC_number="1.2.7.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O53182"
                     /codon_start=1
                     /transl_table=11
                     /product="2-oxoglutarate oxidoreductase subunit KorA"
                     /translation="MTEPSKVKTLDQVVIRFSGDSGDGMQLTGTIFSNLSAVFGNDIS
                     TFPDYPAEIRAPQGTLSGISGFQIHLGTKKVYTPGDKADVLVAMNPAALKVNVKNLRK
                     GSIVIIDTDAFTKRDLDKAEFKTDDPIEELGLTDYVQVVPAPISTMVRDGLAEFGLDN
                     KSALRCKNMFTLGLVCWLFDRPLDHAMTMLQTKFAKKPDIAKANIKALTDGYNYGNNI
                     HASVSTYRIEGSKQAPGIYKDVSGNNATSYGLIAAAEKAGLQLFLGSYPITPATDILH
                     ELSKHKNLGVTTVQAEDEIAGICTAIGASFAGCLSATSTSGPGLALKSEAIGLAVIAE
                     LPLVIIDVQRGGPSTGMPTKSEQTDLMQALYGRNGESPLVVVAATTPTDCFDMAFWAA
                     KLAVEHMTPVILLTDAFIANGSAAWRIPDYMNDYPDIKPNYVTNYHGEAVWKPYRRDK
                     ETFVRYWATPGMKGFAHRIGGLEKDYDTSSISTDPKNHQKMVQTRQAKIDKIADFIPE
                     VEVLGDKDDAELLIVGWGGTFGHLHEVMDIMHRNGHKVALAHFRFINPLPKNTAEVLK
                     RYPKAVVAEQNNGQFANYLRSKVDDFTPYRFNRIKGQPFIVSRLVEEFTHIIEEK"
     CDS             complement(30737..31276)
                     /gene="aroK"
                     /locus_tag="SEQF3106_00864"
                     /EC_number="2.7.1.71"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A2B2"
                     /codon_start=1
                     /transl_table=11
                     /product="Shikimate kinase"
                     /translation="MLRIFLIGYMGAGKTTLGRELSGISKLSFIDLDHFIEGRYHKTI
                     RQIFEEESEATFREIEKKTLHEVAEFEDLILSTGGGTPCFFDNMTYMNSVGTTVYLKA
                     SPRALTERIELCRHTRPAVRHLSGDPLYIFVSDALTRRAPFYDQAQIIFDVERLVTHR
                     DARAAATRLWEIIRESCPS"
     CDS             complement(31377..32111)
                     /gene="lptB"
                     /locus_tag="SEQF3106_00865"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P45073"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipopolysaccharide export system ATP-binding
                     protein LptB"
                     /translation="MTLRTEDLVKKYHTRTVVNHVSINVKQGEIVGLLGPNGAGKTTT
                     FYMTVGLVTPNHGRIYLDDTEITDYPVYKRARLGIGYLAQEASIFRKMTVEDNIRAVL
                     EMTDRPKDYQQAKTESLIEEFGLQKVRKNLGDRLSGGERRRAEIARCLAIDPKFIMLD
                     EPFAGVDPIAVQDIQTIVARLKHKNIGILITDHNVHETLSITDRAYLLFEGKVLFQGT
                     AEELAANEIVREKYLGRDFELRKKNL"
     CDS             complement(32329..33534)
                     /gene="gltT"
                     /locus_tag="SEQF3106_00866"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P24944"
                     /codon_start=1
                     /transl_table=11
                     /product="Proton/sodium-glutamate symport protein"
                     /translation="MKIPFRVSLLGWVAIAIAGGILFGQFLPATVVRFFVTFNSLFGN
                     FLSFAIPLIILGLVAPAIGELGKGAGRLLLITALIAYGSTIFSGFFTYLTGAAVFPHI
                     LTVGTQSLEAMQNPESAMLTPYFTVAMPPAMDIMTALLLSFVVGLGLASIPGNTLQRA
                     CVDFRDIVTRLIETVIVPLLPLHIFGIFLNITVSGQVAGIMAMFLKVILVIFVLHVAL
                     LLIQFSIAGLVAGKNPLRLLKNMLPAYATALGTQSSAATIPVTLKQTLKNGVRESIAV
                     FTVPLCATIHLSGSTMKITACAMAILLMSGQPLDPAAFSGFILMLGITMVAAPGVPGG
                     AIMAALGLLGSMLGFDETLQALMIALYIAMDSFGTACNVTGDGAIAIIVDRIAGQRPG
                     EVEVNVSST"
     CDS             33699..35024
                     /gene="fic_1"
                     /locus_tag="SEQF3106_00867"
                     /EC_number="2.7.7.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8E9K5"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenosine monophosphate-protein transferase
                     SoFic"
                     /translation="MNGLTERPPQADEREREEALKHAFAPEVIALNADYPYWDKVKHR
                     TTAIAPRILWQALKLQRSLGRTSLHFGRYAFGYTKTDEMLGLLHAFDRHIGGSLSGDD
                     NDLLSNNRREYFLISSMMEEAIASSQMEGASTTRRVAKEMLRKNERPRDRSQQMIHNN
                     YRTIAYLKEHASEAFSIERLQEIHSLMTEGTLDNASDAGRLRDRDDILVMDGLSGDVA
                     HYPPTHSEIPALLADLEGFFNSDNEHADDEGTFIHPIVRACIIHFMLAYIHPFVDGNG
                     RTARALFYWYMMRRGYWLIEYLSISSIIYKAKRGYERAFLYTECDDNDLTYFILYHLR
                     TIRLAFDRLKNYLRRKAAESSHAHRLMSVTDINSRQAQMLQILREKPSTMFTVREIEQ
                     RFAVTNATARTDLRGLVERGFLAEVPMNKVKRGYVRSADFDQLLQEGSH"
ORIGIN      
        1 acaaggtgct tgtgcgcatg ctgacaaggc gcttgcgcgc atgctgacaa ggtgcttgtg
       61 cgcatgctga caaggggccg tgtataatta aatgcacgta cccctctcgt aggggcgaat
      121 aatcattcgc ccctacaact gcctcgggga aggcaccctt ccttgcacac cccctacaag
      181 caggcttgca gccatcgtgc aaggtagctt gcaggatgac tgcaagaggg agtcccatct
      241 ctatatctgt gaatgaattg ccccacgtcg aactcacgtc gaactcacat taacccgaca
      301 taaaaagcgc gcaggcgggg agaaaccgga tgcgttctcc tcgcctgcgc ttggtgtttt
      361 gcccctgagg gctatacatt tctcacagcg aatccaggaa gtgcttcagc tcttcggcgt
      421 tgtgcacagt ggcaacgatc tcgtctttcc cttcctcgcg gagtcggagg cgctgatcga
      481 gttcgtctgt gttgcggcga tcagcataaa acgtgtcgcc gctcggactg tatcggtagg
      541 ggtcttggcg atattcctcc ggtatttcgt ctaaccgtgg catcgtctgc gtcttacggc
      601 ggatgtaggc agagagtttc cgcagcaagg actcatcctc tatctgatca atgtctttga
      661 acaaggcata tttcaattca gctacgctca tcatgtgtgc accccctttc ttctatttca
      721 cttcttcagg aagatgtcca tcatctcctt agcggccacg aaggagctga gctcgttgtg
      781 aagcacctgc tgctcgacga tgggcaggcg ttcctcgatg cccgggtggc gatagaaggc
      841 gtcgcgcagc atgtcgtgga tgctctcgta catccaatac ttcgcctggc ggttacgctt
      901 gaggtcgaag tatccgttcg ccttcgtgaa ggccatgtat tcatcgatca tcgcccagac
      961 cttatcgatg ccgatgccgt aatagccgga gtaggtcagc accttgggga accagccaga
     1021 ctccgtcggg gggaagaggt ggagggcgtt gcggaagtgg cccgcggcca tctctgcgcg
     1081 gcggatgttg tcgccgtcgg ccttgttgat gacgatgcca tcggccatct ccatgatgcc
     1141 gcgcttgatg ccttgcaatt cgtcacccgt accagccagc tggatgagca ggaagaagtc
     1201 gaccatcgaa tggacggccg tctcgctctg gcccacaccg acggtctcga cgaagacggt
     1261 gtcgaagcca gcagcctcgc agaggatgat cgtttcacgc gtcttgcggg ctacgccgcc
     1321 caaggagcca gccgtgggcg aggggcggat gaaggcgttc ttctcgcgcg agagtgtctc
     1381 catgcgcgtc ttgtcgccta agatgctgcc cttcgagcgc tcgctgctgg ggtcgatagc
     1441 caggacggcc agcttgtggc ctcgcttcag gatgtgcatc ccgaagacat cgatggaggt
     1501 gctctttcca gcgcctggca cccccgtgat gccgatgcgg acggagtgtc cggtgtgtgg
     1561 caggcagtgc tcgatgatct cttgtgcctg ctgttggtgg tcatgccgcg agctctccac
     1621 gagcgtgacg gcctggctga ggatggaggt gtcgccgcgg aggatgcctt cgacaaactc
     1681 tgtggtggtg aatcggcgcg ggcgtcgggc cgcgaggtag gggctgatgg tcggcgcgta
     1741 agatgtaccg ctgttcacct tcaggccttt gtatttctca tcgttttcgg gatggttcat
     1801 gttgtgctat aaagggtggt gaggagtagt agaggggagt tagaagtagt tagagggtag
     1861 ttggaagtag tcagcggtag tgagggatgg agagaaatag tgggttctac gctttactac
     1921 ccctaactac cttctgacta ccttattccg tctttatgcg cacgatgcgc acagggcctt
     1981 gggggtcgtt gcaaacgacg tagagatcgg cgccggcctg atctgtacgt tccttgcgtt
     2041 taagggtcag cgtgagcgtc atcgattcgc ctgggcggag cgtcttcttc ttgttaccgg
     2101 cgatcttgag ccacggcgcg tcgcaggtga ggctatagaa ggcgagtggg ctacggccag
     2161 agttcgtgag ggtgagctgt tgcttggtgg cgcccttctt ctgggtaaag tcaatgacgg
     2221 tggcggagag tttcagcgca ggccctgcgt ctttgtcagc ttgcgaaagg gtactgaaat
     2281 cgtccaccac attcacggct acggggatct catgcgtgac agcctcgcca ccccccgatg
     2341 ccttttgcga cttccatacg aagtgcccaa tggtgcgccc tttgccatgt atggccttag
     2401 catcaacggt cactttcatg cgctccggct tttggggtgc gagcctcgtg ggagcttcca
     2461 catggatata agccggcagg tgggtgaagg agagcctcat gtcgctttct gataagttct
     2521 gtatccacac ctcttgcgag gcgatctcgc gctcgcggag caggtagaag tcgaagcgat
     2581 gttgctgcac accgatatgt ccgatggtgt cagggtaggt gatcttctga tcatgctgcg
     2641 cggggatcac ttcgccggtg atggtcagct tatggcggct gcctttggcg tcggagtaga
     2701 cggtgacgtt cttgcggaag gggccggggc ggtctgtcgg gtcgtaggtg atgaccacat
     2761 cgcccgtgct gcctgcgggg atgggggtgc gtgtccattc cggctctgtg caaccgcatg
     2821 aggattgcac gtgggagatg ttcagcggcg ctgtacccgt gttcttgatg cggaagacgt
     2881 gcatcgcaaa gccgtcttct tccttgatct tcccaaagtc gaatgtccac tggtcggggg
     2941 agaactcggc cgcggcggct ttgggtgcgt ttggatcggg gcggacgttg cctttaatca
     3001 cgagcgcggt ggcctccgtg gatgcattgc tgagcacctc gagcagggtg ttgaagtcgc
     3061 ctgactgccc agcggggttg tatgtcacct cgatgcgtgc cgtctgtccg gcgccgatgg
     3121 gcgttttggg ccactgggtg gtgacgaggc ggttggcgca ggcgacgcgg agcagctcga
     3181 ggggtgcctc gccatcattg cgtacaacga aggtgtgctt cactggcccg cgcttggcct
     3241 cgatgcgtcc gaagtcgtga acggtttggg ctataaacaa ttttgcctct ttctgggcag
     3301 ataggctctg ccacagaaag agacattgaa ttgctacgaa taaactaagt gcgtggtaat
     3361 gtttaccggc catcccagtg tcaggagttt tgaatgacat taccgcggat ggtcaggaca
     3421 taattgccgt cggcctttcc gttgctgtag acggagatgg tcttgacgaa cttaccgggg
     3481 cgtccggcgg ggttgtaggt cactttgatc tggcccgtct tgcctggggc gatgggctcc
     3541 ttggtccact ctggcgtggt gcagccgcag gaggctacga cgcgcgagat gacgaggggc
     3601 aactcgccgt tgttcatgat tgtaaagatg tggctggcgg ggcctgccgc ctctttaatg
     3661 tcaccgaagt caaaggtcgc actgcctgtg gctgtgatcg acgcgctctt ttcttgggca
     3721 gagatggtgc ccgctgccat caggaggatg gctgtcaata caaataagat acgtttcatt
     3781 tctatctatg attaaagtaa ataacggggg caaaagtagc agaacgcaag gaaggaagaa
     3841 gcggaatgtg gggcgtgggg gtataccttt tatatatcgt tacacagtga gagattgctt
     3901 ttacacaacg ccttcttata tgttgagctt atgttgggct tgatcgctta ccgcttgaag
     3961 cggaagctga tgaggaattc tgaggggcgg aggcgatcgg tgcgtgtcag ggtgttgacg
     4021 gtgttgtagg tggtggtcac gtgggagcga cggttgagga tgttggtcca gtcgaggctg
     4081 atggtcatgt ggcggatgga gaggcgtaag ccgagatcgg cgaagagcaa gtgggtggcc
     4141 gacgattgtg gggcgtgggt gtggtaatgc tgaagggtgg aggtgaagga gaggttgcgg
     4201 atgaggcccc agtaggtgta gagccgatgg tcgaggaagg ggatgtagcg gccctcgggg
     4261 gcgtgggcga tgctgaagcc ggagtaggag agggaggcgg tgtagtcgaa gttgaggttg
     4321 gtgcgggcgt tccacttcag ggagggggag aggcggaagg tgcggttggt gtagtcgatg
     4381 aggtcgcctt gctgcgccag ggcggtgctg ttttgatcgt aggagagggc gaggctggct
     4441 gtgagggaga ggcccgtcag gaggcgggag gcggtgagtg tgtttgacca ataggtggag
     4501 tgagtgtcga agtgttcgag ccaggagaag gtgtagaagt cgtggatgaa ggatgcgggc
     4561 atgaggttgc tgtggaggcg ggagtagtag gccatgtagt tgaggctgaa gaagtgggag
     4621 agatccttga aggtaaggtc gaggtcggcg gtgtgggagg tgttgagctg ctcgcggtcg
     4681 gcaccgcgcg agaggaggtt gtagcgctcc atgacgtaac ccgtgaggcg ctcgtcgagg
     4741 tcgccgcggt tgatggtgcg cttccagctg atgcctgcct tgaaggcggc cgagggttcg
     4801 taggtgaggc ggaggcgggg tgtgatgtcg aaggctgcgg tggtgtgtcc ggcgtaggtt
     4861 gtccggcggc gttctaaggt gagggtggag gcgaggatcc agacgcgcca ggcgaagcgg
     4921 taggagggca cggcgtagag ctgccagcgg cgccaacgga ggtggttggt gtaggggccg
     4981 ggcaggctga tgggctgggg cgagaggtcg gaggtgaggg attgccaggt ccaggctgtg
     5041 cccgccttca ggtcgagtgt gtgcgggccg gagtggaggt tgagcgtgac gtacgcgtcg
     5101 ttgctgccgc cttcgtagct gacggattgt cggacggagg gatggctgaa gagggcgagt
     5161 gtgtccgttg aggttaatct caaccattgc ggcatgcgca tgaactcgga ctcgttgccg
     5221 aagcctaagg agatgctccc cactaagcgt gagaggcgca gggtgttctt caggtgggtg
     5281 cgggggaggt ccatctgctg ctgcatgtgt tgatggttgg ctgcgacatt ggcgtgggcg
     5341 tctttccaat gcacctcgcc gctgagtttg ttttcaagga agtagcgcga cttgttggct
     5401 gtcaatgcga gttccccttc caacttatgg cagtgcacgg tctgggcggt gtagtcgttg
     5461 atggtgatgg tgcggccatc ggcgaagcgg tattccgtct ctaagctgcg gctgcgctct
     5521 tcgcgttcga agccgtagtt catgttcagg cgggtgtcca catcttcggc tgttcgccag
     5581 agttggttaa ccgagaggat ggcgctgcgg ttgaagcggg cgcggtcgcg gacgaagaag
     5641 gcggacatca tggtgagggg cgagaggcgg tcgggggcgc ccattaaggt ggtggggttg
     5701 aagacggagg ggcccatggc gtgcacgcgg agctccattg cgatgtcgcg tccggtgttg
     5761 ttggctttgg ccacgagcat cgtttggttg cgccgggcga agcgcgcggc cgtcagggtg
     5821 gcgtcgtaga ggagggggaa tccgcccagg ccgaagtcgg tggtcagtag ccacttggcg
     5881 cgggcgcggt ctttcagctt gatgttgagc gcggcctcgt cagggtctgt gcggccgcgg
     5941 agcatcttca cgggctcgtg gttttcgtag acctgcacgg tggcgatgtc gccgggcgag
     6001 aggttcttgg tggccagcga atagcggttg ccgaggaggt tcatgtcttc gatgtaaaag
     6061 cggttgatgg gccggccgtc gtatttcact tgcccgtcgc tcctgacctc gatgcctggc
     6121 atgcgggcca ggacttcggc cagggtttta tcctgcggtc gggtgaagtt ggacatgaag
     6181 tagttcagcg tgtcgccgcg ccggcggatg ggtgcggcct cgacttttac ctcgcgcagc
     6241 ttgacggacg actcccggag ccgcagctcc acttcccggc catcggcgcg gacgctctgg
     6301 cgcagggctt cgtagcccag gcgcgaggtg gcgatgatga agtctgggcc ggcgccctgc
     6361 ggcaggttga gggtgaaggc gccgtcgtcg cccgaatagt cgtaggccag gatgcgtttg
     6421 ccatcggcgc tcatgagcat catgtagacg tccgcaatgg gtcgtccgcc ggaggctgtc
     6481 ttgacatgtc ctttcagctg ctcctgtgcg atggaggcga ccgcggtgtg gaggctgagg
     6541 aggagtaaaa aaagcaggcg gtagttcatc gtatttcgtt gaatgtctaa aaatatgggc
     6601 cttctgacgc gtcaattacg ctcggcgacg ttccgattac gtccggaacc gaaaaatata
     6661 ggtcggggga cgtatatttt taggtccgga accgaaaaat tccggttcgg aaccgaatca
     6721 tttaggttcg gaaccgaaaa atataggttg ggggacgtat atttttaggt tcggaaccta
     6781 aaattttcgt catcggacct aatcaattac gtccggaacc aaaaaatata cgtctcaggc
     6841 agtaaattgt tcctgttttc tcgaaatgca tagtcatttc gtctttccgc attaaaaaaa
     6901 tcggctccgg agttaattga tacgccccgg agccgaaaaa gaaagctgta ctcacccatc
     6961 acagggggct cactcccccc ctctctggtc agggtttact tctcgggcag gtggatgtcg
     7021 tcgccgctgc ctggcttcga tttgtccttc ttcgacttgc gggggaagaa ctgcttcagc
     7081 tcgttgttct tcgcgtcgaa gcccggcgtc ttcccacccg ccttgtatct cgtgtaggcg
     7141 tagtcgtcga gggcgtcttg gaagttgtcg tagtcgtgca gcgtcttggc gctcattaag
     7201 ccgctcaaca tcccgttgac cgtgacgatc atcttctcca atgcttcacg atcctgatag
     7261 tccttctcga actcgtccca gtccacttcc gggtctcgca gctgcgtgtc cgttagcgca
     7321 tagacgcgca ccttgttgac gaacagcttg ttctgctcat tgatgcttcc gtagcgctgc
     7381 cgatccttcg ggtcaaggtt tactaagact ggatccagcg ccgtagccaa tttgtccagc
     7441 gcttcattta tagccgttat cgtagctgcg ctgatgtggg tcgtgcccat gttcggggtt
     7501 gttgccataa gctctctgtt tttttctggt ttatgtaaat ggtttggtga attatttctc
     7561 aagtgggatg tatgggagtt ctcttacggg cataggattt ccttccgtat ccttaatctc
     7621 agaacctatt tcaaaactta taaaggcact catgtctttg tgataagacg cctcgtattt
     7681 catatacgtt tccttagata ccactttgta ttcatctccc ttacgccctc cttttgggcc
     7741 aagtttgcgg tggatataca ggattggaaa aggattctct aagcgcttga ataaatctat
     7801 ctcgaacaag aaataatgat ccgcatctgt tgcccgcgta attaatcccg gcaatcccca
     7861 gagtttccac ggcccgcggc tcagctgtat ttcaggggca taatacacct cccaatcgcg
     7921 cccccgaaaa tgcgtcgtgg ctcgcttgca taggtagccc aacaccgtca tcgtgtcctc
     7981 atgcagtgtc cagttgggca tctccatcgg ctcctcatac gtatatccat ctacggcata
     8041 ttccgtagat actttcgtct ttctttcgtc atacaattga taatagatcg gtgcagcgcc
     8101 tcgcacggga tattcttttg tcaagtcaaa aagctcccat gcagacaagc cctttttcaa
     8161 tccttcatcc ttaactgaat ctttgatctc agcgtaccga ttgaaaaact tcgtcgcttt
     8221 atcgcctaca tctaaataca tccaatccag ccagtcaaaa tccggctgtt ccggagcagt
     8281 cttataagag aacttatata ctgcccagaa ctgtgccgtg tcaatcgtct cctgcgcatg
     8341 cagggcggcc gtggcgagca taaacgcgaa gatgtagacc aagagctgct tcattttcta
     8401 tttctcaagt gggatgtaat cttttttcaa tacaggcagc gggctgccgt caggagtaaa
     8461 tgatttgtgc ccagtctcaa agtcaccaaa agcattcaga tcctcatgat aagccttttc
     8521 atactgtata taggtcttct tcgaaaccat cttgtattct tcccctttat agtcaccctt
     8581 aggccccatt ttacgatgga tatacacgat cggttgcgct tgtccggata ggcgctcaaa
     8641 gtttgtcatc tcgaagagga aataatgatc cgcatctgtt gcccgtgtaa ttaaccccgg
     8701 taatccccag agtttccacg gcccgcggct cagctgtatt tcaggggcat aatacacctc
     8761 ccaatcgcgc ccccgaaaat gcgtcgtggc tcgcttgcat aggtagccca acaccgtcat
     8821 cgtgtcctca tgtagtgtcc ataccggcat ctccatcggc tcatcatata tataaccatt
     8881 atgcagaaac acggtagaaa ccagaactct cttcttatca agccactgat aatagaccgg
     8941 atccgtaccc caaggaatac cgcggcgcag atcttgtatt tccatcggtg acaaattgtt
     9001 ttccagcccc tcctttttca ccgaatcccg catttgggtg taatggctat agaatttcgt
     9061 caccctattc cccatatcga gacgcataag atcgcgttca tcaaatcgag ccaattccgg
     9121 gcgggtctta tacgagaatg tatataccgc ccggaactgt gccgtgtcaa tcgtttcctg
     9181 cgcatgcagg gcggccgcgg cgagcataaa cgcgaagatg tagaccaagg gctgcttcat
     9241 tttctatttc tcaagtggga tgtaatctgt ttttcttacg ggtgcagagg taggctttcc
     9301 atccatatcg aaaaaattag acttctctcc cgactcaaaa tccccgaagg caatagcatc
     9361 ttcatgatac aatcgctcat attccatgta tgttttcctg gatactttct tgtattcggc
     9421 tcccttatag cctccctgat tgcccaactc gcggtggata taaataatcg gcaccggccc
     9481 cgacaagcgc ttgaataaat ccatctcaaa gaggaaataa tgatccgcat ctgttgcccg
     9541 cacaattaac cccggcagcc cccagagttt ccacggcccg cggctcagct gtatttcggg
     9601 ggcataatac acctcccagt cgcgcccccg aaaatgcgtc gtagctcgct tgcataggta
     9661 gcccaccacc gtcatcgtgt cctcatgtag cgtccatacc ggcatctcca tcggctcctc
     9721 atagaaatag ctattcatat actgtgtggc aacccgcgtt tttttctcgt tgtataactg
     9781 ataataaatc ggcgtgaagc tccgccgtgg atagccctta gtcgcttcgt gaatttccca
     9841 tgctgacaga cctttcttca atatctcatt cgcaatcgaa tctcggattt ccccatagcg
     9901 gctgtaaaac tttgtcgcct tatcgcccat atcgagatag taccaatcca cccgatcgaa
     9961 gtccggctgt tccggagcag acttacaaga acacttgtat tctgcccaga actgtgccgt
    10021 gtcaatcgtt tcctgcgcat gcagggcggc cgtaagaacg gtcgcaatga atgtgtaaat
    10081 gaatagcctc atgatactac agagttatca atgttttcca ccggctggcc gaggggggcc
    10141 ttgataataa gtagtttggc gccaaggaac tggtgggcct tgacatgggg cttcaagctc
    10201 gtccaagcga gctacggctt tcgccgtatc gcggtattcc tttttgcatt cggtcacgcc
    10261 tgcgcaagga ctaactacgc acccataatc atctcctcct cctggaggcg gactctgact
    10321 ttctccagct gctggagctt ctgccgccga agcggcacta atcatggcca tcataccgat
    10381 ggcgaaaaac aactttttca tacactccta tcatttaaag attaacgacc acaaagaaaa
    10441 gacagattgt catactggca aaatattcca tacgtgtttc tcaacaccag gatttatttc
    10501 tccatatgga gaatttttct tatccgcgag gcatccatca gtaaaattca tctttaagcg
    10561 acgagggggg cttcgccctt ataatcctcc ccggcgcgcg ttcgtttctg tgcggctata
    10621 taatagccat acagacgcgc ttgctgcctg agcgttaggg cagcggctat tgcttggcct
    10681 cctgatcggt gtcgctattg agcagcggaa gggcgaagat gccgaagagg ccgcagagga
    10741 taacccagac ggtctgcacg gtgaagacaa cgagcgcgaa ggccgccgca tcggtgcgat
    10801 cgacaccgaa ggctaccagg gtggagatga ccatgaagtg ccacacgcca atgccgccct
    10861 gcacgggtac ggccacgcca aggctgctca tggcaaaggc gatgaggccg atgcggatac
    10921 cgagtgggcg ggtgaagtcg aaggcgtaga aggtggtgta gaaataaagg aagtaaccca
    10981 cccaaatggc gagggtctgg acgaggaagc gccccttgtg atggatcgtc cacaggctgc
    11041 ggatgccctc ccagacgttc agcagcagct gagtgagctt gcggacgagc ggcaggtgct
    11101 tcatgcgaac gaagacgaac cagccggcag caatggtcag gatgagggcg atgtaagtcc
    11161 acggtgaacg cacgagggca tagagtgtgg cgatgagcgt aggcggattc tcggcaaaga
    11221 agtggcgaaa gaagccgatg ttgaagacgc cgaggcagag ggtgaggagg ccgaccatga
    11281 gggtgtccat gatgcgatcg acgaagaggg tgccgaggag cttggtgaag ggcacgcgct
    11341 catacttggc cgtcacgccg cagcgccaga tctcgcccac gcgcggcagg gccatgttga
    11401 cggcgtagtt gcccagcacg gcgaagacga cgttgcgccg ccgtacgcgt cggccaagcg
    11461 agtcaatgag gagcccccag cgatagccgc gggtgatgtt ggccgcgagg ccgaagagga
    11521 gggagaagag gaggatgtcg tagcgcacgc cgccgcggat gacttgcatc atggcgccga
    11581 agtcttgctc gcggtagaga taccagaaga ggagcacgcc gagcagcagc gggagtgcga
    11641 tcttgacggt ttggttgacg atctttttta cgtccataca gcctatgtgt ttaccttttg
    11701 tttatcggcg ggcaaagatg gggggggatg gggtaattgt caatcattca catgatgaat
    11761 cagggcaact gcatcaaatt ggcggagatc aaaaactgac gcgcggggct ttccgtcgac
    11821 cgacagagat caaaaactga cgcgcggagc tttccgtcga ccgacagaga tcaaaaactg
    11881 acgcgcggag ccttccgtcg accgacggag atcaaaaact gacgcgcgga gctttccgtc
    11941 gattgcttta atgcggttat cctgccgcac gcctccgcac gacaaaacag cctatacccc
    12001 aattgatacc tttgcggcat tcaataaata tccataaaac atgacctgta gacagatggc
    12061 gacaatccga ccgaagaagg cactgggcca gcatttcctc cgtgacgaag cggtcgcgat
    12121 gcgcatagcg gacacgctcg cggactatcg cggacggccc gtgttggagg tggggccggg
    12181 cacgggcatg ttgacgaagc atctgttggc cgcaggtcac gacctctcgg tggtggagat
    12241 cgaccgcgcc tcgatcgact ttctccgtgc gcattatccg gccctcgagg gtcgcatctg
    12301 ggagggggac ttcctgcaga tggatctccg cacctgctac ccgtcagact tcatagtcat
    12361 cgggaattac ccttactaca tatcgagcca gatcttcttc aaggtgcttg aggagcgcga
    12421 ccgcgtggtg tgctgcgcgg ggatgatcca aaaggaggtg gccgagcgat tggtggcgcg
    12481 ccccggcagc cgcacgttcg gcatccttgc ggcgatggtt cagccgtggt acaacgtgga
    12541 gagcctcttc accgtccccc ctgaggcttt caacccgccg cccaaggtgc agagcgctgt
    12601 ggtgcgactt gtgcgcaacg acaggcagga gctcggctgc gacgagcggc tgtataagac
    12661 ggtcgttaag acggccttca atcgccgccg caagacgctc cgcaacgccc tcgagccgct
    12721 cctcgggcgc tcgttcgagg ggcgagacga cggcctcttc agcctccgcg ccgagcagct
    12781 tacgttagac gacttcatcc acctgacgcg cctcaccgaa gcacacctcc gcgctactac
    12841 ttcctaacta cttctaacta tcaggcgtat gctatacgcc cccactactt ctaactacct
    12901 gtttatgtca gagattcgca ttttctatcg tgaagacaat cgcctgaagc tctcgaaaga
    12961 catcgaggtg ctgaaacgat cgccaatgga aaacctgctc tggatcgacc tcaacgacgt
    13021 gcccgaagag gccgagagcc gattagagca gttcctcaag atttacatcc aagaggaaga
    13081 ggagatggaa gagatcgaga tcagttcgcg ctacatggag acggataact cgctcgtggc
    13141 caactcgcgc ttcttgttga aggactttga tgaggagacg gtctcgttca tcgtcaaaga
    13201 caacatcctc gtctccgtgc gcagccagga gctcccctcc tttaacgaca ccatgcgcaa
    13261 gctcttcgcc agcccccgca gctaccccac gggctaccac gtgctcacca cgctgctcga
    13321 gacacgggtg gactacgacg ccgacctgat cgaagacctg acgcgtgaga tcaccgagct
    13381 cagcggccac ctgaagtcgg aggaagacgt ggacaacgcc atcctcatcg ccatcaagga
    13441 gctgcaagag cgcacgatga tcatccgcga gaacattgtc gataagcagc gcgtctgctc
    13501 gaacatcatc aagagcatcc tcatccccgc cgacgccaag gccaagatga acatcctcct
    13561 caaagacatc aattcactct ttgagcacat ccgcttcagc ttcgaccgct tggagtatat
    13621 gcaagacacc ttcctcggcc tcgtcaacat ccagcagaac aagatcatca agatcttcac
    13681 catcgtctcc gtcgtcttca tgccgcccac actcgtggcc agcatctacg ggatgaactt
    13741 caaagtcatg cccgagctcg attggaagta tggttacccc ttcgccatcg tcctgatgat
    13801 ctgcggcgtg gtaggcatcc tctggtactt caaacggaag aaatggtttt aacgagtaga
    13861 gggtagagag cagagggtag agggtagagc cgggtacttg cttccatctc cctctccacc
    13921 ctctaccctc taccctccac cctctaccct ctaattatta cgcatatgga caatcaaaac
    13981 gaaactacag ggaagcccct caatttctca caggccacac ggacgagcga catcacggtg
    14041 gacacgacct ggatgaagca acacgacgag cagcgccccc aattcatgaa gctgatctgg
    14101 caacggctcg tgttcgggtt agttgtgggg ggcgcagcag tggcgctcta tgcttacgga
    14161 cactggatct ttggctcggt cgcagcgctt cttgccctgt tcgccctggc tttagttttc
    14221 ctcttacaca acgcgtcggg aggtgcggcc tacacctccg gcgctctcgt gcctgccatc
    14281 gtggtacgca ccgcgcctat cgagctcttg gtcttagcca atgtcgattg cagcgaagaa
    14341 gatgcggacc tcgatgcaca atgggcttac aagcgttttt cggtgaagcg cctaccggta
    14401 caccgggtgg agctgggcga acgtgtgccc tgcatagcgc tcttcggcgg cgcgcaggat
    14461 gggcgctgga cgcgattcga cccgcgcccc ctctgctggg ccacgagcga cgccgcagcc
    14521 atccgccgca acacggcacg catcgatgac agtgaatggg atatgctcag ccacatcacg
    14581 gacgacacca cagccgccaa cggagacatc gtcttgctcg acacagataa gtcgaccgat
    14641 ccctaatctc tctaccctcc accctctaat ctctaccctc taacctatgc ttatcaaaac
    14701 ctacgccgcc gccgtgtatg gcatatcggc catacgcatc accattgaag tcagttgcgt
    14761 gaaaggcatc cagttcttcc ttgtcggact gcccgacgtc gccgtgcgcg agagtcacga
    14821 acgcatcatc tccgccctgc aagtcaacgg ttacaccttc ccccgccgcc gcatcatcat
    14881 caacatggcc cccgccgaca tcaagaagga aggttcggcc tacgatctgc cgttagccat
    14941 cggcatactg gcctcctcgg gcgagctgaa gaccgaaaag ttggagcgat atatgctcat
    15001 gggcgaactc tcgctcgatg gcaccctgca acccatccgc ggcgcgttgc ccatcgccct
    15061 caaggcccgc gaggagggtt tcgagggact catcctgccg cggcagaatg cccgcgaggc
    15121 cgccgtcacc gaggggctga ccgtctacgg ggtggataac atccgcgagg tggtggagtt
    15181 cttttctggt gaacgccagt tagagcctac ggtggtggat gcctacgagg agttcttcaa
    15241 ccagcaacat ttcgacctcg acttctctga tgtgcgcggg caggagagcg tcaagcgggc
    15301 gttggaggtg gcagccgcgg gtgggcataa cctgatcatg gtggggccac cgggcagtgg
    15361 caagtcgatg ctggccaaac gcctgcccac catcctgcct ccgcccacgc tgcaggaggc
    15421 gcttgagacg acgaagattc actccgtggc gggcaagatg ggtgccaata cgggcctctt
    15481 ggcgcagcgc cccttccgtg cgccgcacca caccatctcc gacgtggcga tggtcggcgg
    15541 cggctccttc ccgcaaccgg gtgagatcag cttggcgcac aacggcgtcc tcttcctcga
    15601 cgagctgccc gagttcaacc gcaacgtcct cgaggtgctc cgtcaaccgc tcgaggatcg
    15661 gcacatccat atctcgcgcg ctcgcttctc cgtcgactac cccgccggct tcatgctcgt
    15721 ggcctccatg aacccctgcc cctgcggctt ctacaaccac cccacgcgcc cctgcgtctg
    15781 cccgcccggc tccgtccgca ggtacatgaa ccgcatctcc ggccccctgc tcgatcgcat
    15841 cgacatacag gtggagatcg tgcccgtgcc cttcgagaag atctccgagc aacgcccctc
    15901 ggagccgtct gccgccgtgc gtgagcgagt ggagcgtgcg cgcgccatcc agcagcagcg
    15961 cttcgctgac gacgacggca tctattgcaa cgcacagatg agctcgcgcc acctgcaccg
    16021 ctttgccgtg cccgatgccg agagcctctc gcgcctgaag cgtgccatgg agcgcctcaa
    16081 cctctctgcc cgcgcctacg accgcatcct gaaggtggcc cgcaccatcg ccgacctcga
    16141 cgcctcgccc accatccagc cgcaccacat ctccgaagcc atcggctacc gcaccctcga
    16201 ccgtggcaca tggggcgaga cggtgatgac agatcattaa tgctttaacg tttgtgcgct
    16261 accgtacaag gtgcttgtac gcatgctgac aaggcgcttg tgcaaattga atgcacgtac
    16321 ccggtcgtgg aggcgaatga tcgttcgccc ctacaagacc tgatcgtgaa ccttgaatca
    16381 ttcgggcgat gaatcgccct gccctgcacg tctatctttg cccgcattca atcaaaaaaa
    16441 cgatagacag taatgaaaac acagttcaaa cacatgttcc tcggtctggc gctgctgctc
    16501 tgcgccacgg ccacatgggc gcagcaagag caacagcaca tgtttccgcc catatccgtc
    16561 gataagcagg tgcgcatcgg gcacctcgac aacggactga cgtactacat ccgggccaac
    16621 aaactgcccg aacaccgagc caacttctac atcgtgcaac gcgtcggatc catccttgag
    16681 gaggagagcc aacgcggact cgcacacttc ctggagcaca tggccttcca cggatcgaag
    16741 cacttccccg aagacgcgac aggaagcggc atcatttctt acctcgagac catcggcgtc
    16801 aagttcggcg tcaacctgaa tgcatacacg ggtatggatc agacggtcta caacatcgac
    16861 gatgtgccca ccgaccgccg cggcgccgtc gactcgtgcc tgctcatcct gcacgactgg
    16921 tcgcatgcgc tcttcctccg cgataaggac atcgacaagg agcgcaaggt gatccacgag
    16981 gagtggcgca cccgccgcag cgccggctcg cggatgatcg actccatcgc gcccgtcatc
    17041 ttcgccggca gcaagtatgc cgagcgcatg cccatcgggc tgatgagtgt cgtggatcac
    17101 ttcaagccga aggagctgcg cgactattac cataaatggt atcgccccga cctgcaaggc
    17161 atcgtcatcg ttggcgacat cgatgcggag gcggtcgaga aagaggtgaa gcgcatcttc
    17221 ggcgcgatcc ctaagccggt gaaccccgcc gaacgtgtct acgaaaaggt gcctgacaac
    17281 gagaagcctg ccgtggctgt ggtggccgat aaggagcagc cgacgggcta cttcttggtg
    17341 gcctacaagc gcgatgcgtt gccggctgat aaaaagcaag tggtggatta tctcgtctac
    17401 aacttcgctg cggatatgat cgatcgcatg ctcaccgacc gcttccagga gatgatgcag
    17461 aatgaaaatc cgccctttgc ttacgcctat gccagcaata gctccttctt cggcatcgcc
    17521 acgaaggacg ccatgcagct ggctggggtg atcaagcccg gacacgccga cacgaccctc
    17581 ttaaccctac tccgcgaggc caaacgggtg cacgacttcg gtttcacagc cagcgaatac
    17641 gagcgcgcca aagccgactg gatgagcgat ctggagaagc tctacaacga acgcgacaag
    17701 cagaagaaca gctactacgt gcagcaatac gtggagaact tcctcacggg tgagcccctc
    17761 ccgtcgctcg aggattatta caagttcatg tcgcagatca ttcccacggt gccgttgacg
    17821 gccattaatc agttggctac ggagttcatt agcgatgaca atcgcgccgt ggtgctgatg
    17881 ggcaatgagg agcaacgccc gacatacccc acgccggagc gcatccgtca aatcatcgcc
    17941 caagtagatg gcgagaagct ccagccttat gccgacaaga cgatcaacga accgctcatc
    18001 gacacacttc cggctaaggg taagatcgtg aaggaagaga agcaggctgg cgacgtgacc
    18061 ctctggacac tctccaacgg cgcccgcgta gccgtgaaga agacggactt taaggaagac
    18121 gagatcctcc tctccggctt tgcttatggc ggcaaatccg tcatggacac gcgccacata
    18181 agcgaactga agttgatgga cgaggcggcc tccgtgggtg gtctgggtaa gttcagcgcg
    18241 acggatctga agaaggtgct ggccgggaaa aacgctgatg tcagtgtctc catcggcgat
    18301 tacaacgagt ccgtgggcgg acgaagcagc gtgaaagacc tcgaggcgat gatgcagctg
    18361 ctttacctcc aattcaccgc cgtgcgcaaa gacgaaacgg cctacaacgc cctcatgacc
    18421 cgcctcaaag gcatcctgcc catgttggcc aacaaccccg aatacgtctt caacgactcc
    18481 ttgatgctgg ccatctacag caacaacccg atcgtgcgca tccccaccgc cgcagagatt
    18541 gacgccgtca attacgacac gctcctctcg ctcttccgcg cccgactggc caacgcggcc
    18601 gaatacacct tcaccttcgt tggcaatgta gacgaggcca ccctccgccc gctcgtggag
    18661 caatacatcg cctccctgcc cggcacgaag ccttccgcgg cctacaacaa ggattacctg
    18721 cccacccgcc gcggcatctt cagcaacaac ttcacccgtg agttagagac gcccaaggcc
    18781 acaacgacga tctattactc gggcgacatg ccttacacgc ccgataacat catcctcctc
    18841 tcggccttag agcaactctt caacatggag ttcgtggaca agatccgcga gaagttaggc
    18901 ggcacctacg gcgtgggcgt cggatctgat gcccggaagc tccccaccga gggcttcacg
    18961 ctgcaattcc actacgactg cgcccccgat cgccgcgccg agctgaccga ggctataaac
    19021 aaggtgaccg accgcatacg tggcgaaggc cccgacgcca ccatgctcag caaggtgaag
    19081 gagtacatgc tcaagcagca cgctgacgac ctgaaggaga atggctacac cctccgcagc
    19141 acctggcgcc gcgtcgtctt cggcatcgac ctcgacgccg actacgccaa gaaggtcgaa
    19201 gccctgacgg ccgaatccat ccgcgccttc gccgatggcc tcttcaagca aggcaaccgc
    19261 attgaagtct cgatgagcag taagtagagg cgtcagcctt gcgattaatc gtctgtaatc
    19321 aatgattatg ccgggtacct ctggattggt gcccggcatt ttttttcgcc ccccgtggct
    19381 tggctcatca tggatgtcgt cagggaagca ttgattttct acaaaccatg cagaccccct
    19441 gcacggcttc gcgcacatcg gctggagcgt gcagaccccc taattcagtc cgcgcacatc
    19501 ggctggagcc atacagaccc cctgcacggc ttcgcgcata tcggctgggc cgtgcagacc
    19561 ccctgaacgg tccgcgcaca tcggctgagc cgtgcagacc ccctgaacgg cccgcgcaca
    19621 tcggctgagc cgtgcagacc ccctgaatgg cccgcgcaca tcggctgagc cgtgcagacc
    19681 ccctgaacgg ctcagcgcac atcggctggg ccaatcgagc gcttgattgg ggttagatca
    19741 atcattccgc aacctggccg ccctcacttg agcgcctgca gccgctcggt gaggatgccg
    19801 acgccctcgg aggcgccgca gcggatgaac tccacatcat ggcgatagac ggccacctcc
    19861 ttcgggtcga tcaggaagat gggctggccg ctgcgcacat agctaagcag tccggctgcg
    19921 gggtagacat tgagcgaggt gccaatcacg gcgaagaggt cgcagccgtt gactaatcgg
    19981 atggcctcct cgatcatggg cacgggctcg ccgaaccaga cgatgaaggg gcgcagctgg
    20041 ccgccgtcgg gggccttgtc gcccacgtgc atgtcggggt gttcggggtc gatgggcagc
    20101 gggcgattga ggttgcgtac ggagcaggcc ttcatcagtt cgccgtgcag gtggatgacg
    20161 tgcgagctgc ccgcgcgttc gtgcaggttg tccacgtttt gggtcacgat gtggacatca
    20221 aaatcgcgct ccaaggccgc cagtccacgg tgtccatcgt tgggttcagc ccggaggagt
    20281 tcgcggcgtc gggcattgta gaagtcgagt acgagctgcg ggttgcggtc gaagccctca
    20341 ggcgtggcca cgtcttccac gcgataattc tcccacagtc cgttcgagtc gcggaaggtg
    20401 gagatgccgc tttcggcgct cattcccgcg ccggtgagga tgactaactt tttcatagga
    20461 tctaaaaact aaaatctaaa aactaaaaac gacagaagag cccccggact aaaaacgaaa
    20521 agccaagaaa cgaccacgta cccggtgaag aagtcacacg cacgtacccg gcagtttttc
    20581 gcttttagtt tttcgttttt agttcttccg gtcggctcag ggtcttcttg tagagttctc
    20641 ggtcggccaa cacctcgagg gccttctgga gcgtcttgtc gtccttgagg ctctcgatca
    20701 gcgctccctc ctggtagtaa tagcgcttga cgatctccgt cgcgatcagc ttcttgatgt
    20761 cttctttata ccgatccaag tcgcggtcta agttaggctt caggcgcgcc tcgagggcgt
    20821 tgaaggcggc agagtcttca gccaagaagc cctctaattc agccatctcc ttgaggttct
    20881 tcatcgcctt ttcgctctgg cgatcgtagg tgaacccggc gtctttgaca tacttcttga
    20941 aagcctcgta gtcagcgtcg gggaagacga aatctttggc cggtgcaatc gtgggatgtg
    21001 cccgcaccca gtccgtaacg tagtcgaaga gcacatagcc atttaagagg taaaagagca
    21061 tcgtgggcgc cttcttttcc tctatctcaa agtcggggcg gatgccgccg ccgtcgcgta
    21121 cgggtcggcc gttagcggtg tagaagacgg aggtgaggct gtctggcacg gccgagactg
    21181 tgccgtcggc gttgcggtgc gaatagtcca gctgctggat gcagcgtccg ctggggatgt
    21241 agtatttgct tgtcgtgatc ttcacttggc cgtcgtaggg aagttcacgt ggcgtctgca
    21301 cgagcccttt gccgaaggag cggttgccga tcagcaccgc gcgatccata tcctgcaacg
    21361 ccccgctgac gatctcggct gctgatgcgg agtttccgtt gatgagcaca gccagcggag
    21421 tcaccgagtc gaccgggtcg agcgttgtgc ggtaagtgcg gtcccacagc ttcatcttac
    21481 cgcgggtgga gagcacctct cgccccttgg gtacgaacag gttgacgatc tgcacggcgc
    21541 tcgagagcag cccgccgccg ttgtcgcgca ggtcaaggat gtacgaggtg acctgtggat
    21601 tcttccgcaa gtcttctaac gcagccagca cctcgtcggc gcttcgctcc ttgaatccat
    21661 ccaaatagat gtagcccgta tggtcgccgt agacgccgta atgcacgact tgtttcagcg
    21721 tcacttgctt acgtgtgact tccactttga ggggcttctt ctctcctggg cgctcgatct
    21781 tgagcgtcgc tttggagttg ggcgtaccct tcagcagctc gctgacgcgt tcggtcgtag
    21841 ccttcttgac atccaccgtg tcgatcataa ggatgcggtc gcctgccttc agtccggctt
    21901 tagcggccgg cataccctcg aacggttcgg tgatgatcac gccgccgtcg cgtgcccgga
    21961 tataagcccc cacgccgccg tattcgcccg tcacgagcag cttcatgttg tccgactcct
    22021 gttcggggta atactccgtg taggggtcaa ggcctttcag catggcgtcg atgccgcggc
    22081 gcaccatctt ctcggtctcc accgaatcga cgtaaaacat ctcgacctct ttcacgaggg
    22141 cattcaggat ctctaattgt ttgcttacct caaagcgact ctccgtcttc ggctgttgtg
    22201 cccgtagcgg cagcacaccg atgctcagcg caacagccca aaggaggacc ggcgctttct
    22261 ttagttgtga catatatata aaggtgtatg gggttataag aaacgatcaa gccaggatgc
    22321 ggctaacctt cgatgtgatt tgctcccagc gctcaggtgc gatctgcggc cctaccgtct
    22381 ccacgacgtt gccagccatc agtgcaccga tctcggccga ttgtcggagc gaggctccgc
    22441 gcgaataacc atagaggaat cccgcggcaa agttgtcgcc tgcgcctgtg gtgtctaccg
    22501 ggcagtggct catggccggc acatgtactg tttcgccggc atgtcccgcc agggctccgt
    22561 ccttcccgac ggtgacgatg gcgtattcca cctctttcat gatctcgccg atcgcttctt
    22621 tggctggctt gccggtatag gcctccgctt cggtctcatt ggagaagagg atgtcgacat
    22681 attccgggat ggctcggtgg agcatctcgc cgaagcagtt gacgatgttg aagtttgaga
    22741 gatcgagtgc caccttcagc ccgagtgcgt gggcgcggcg caggatgggg aggaagagcc
    22801 tgtcgttcga ggcgttggag atgaggtagc cctccacgta gatgcagtcg taagcgcgga
    22861 gtgtctcatc tgagacgtct tcggccttga gcgaggctgc ggggccgagg aaggtggcca
    22921 ttgtccgctc gctgtcgggc gacatgagca cggtgcagca gcccgagatc ccctccgtcc
    22981 gcgcgatgtg cggtgttacg ccggcgtcgt ggatggcctt ctcgtagatg gcgccgttcg
    23041 tgtccgtccc gaccttaccg atatatccga ccgaggcgcc gagcagcgcc agtgctcgca
    23101 tggtgttgca gacggatccg cccggggcgt ccgatcgttc gaggcccgat tgttcttgct
    23161 ggatggcgcg cattgtctgt tcgtctacca attccatgac gccctttttc atacccatcg
    23221 cttgcagcgt cgcgtcgctc ttgagcctga gcagcacgtc gagcagcgcg tttcctattc
    23281 cgataattct catgtctatc tcttcatttt ttggcaaaag tattgcatgt ctgcaatccg
    23341 cctgtatatt tgcggcgtct ttttgaaggg taaatatctt cttccttagc tcagttggtt
    23401 agagcatctg actgttaatc agagggtcct tggttcaagt ccaagaggaa gagcagcgag
    23461 gcgatcgaga ttcggtcgcc tcttttgtta tgcctatgaa gcaacattcc tacgcacctg
    23521 attgccacaa aaaatgcgag atacattgcc gccgatgcct tccgttccat acacattcgt
    23581 aggatatcga gcaaaaaagc ctcgcgcgcc acactttcta tctcgcgtgc gacataaaaa
    23641 acctcgcacg ccagcaaaaa agtgtggcgc atgaggttca gaatctctca cgccatactt
    23701 ttttactggc tcaccacact tttcacctca cgtgcgacat aaaaaatctc gtgcgacata
    23761 ctttttatct cgcatgccag caaaaaagtg tggcgcatga ggttcagaat ctctcacgcc
    23821 atactttttt actggctcac catacttttt acctcaaaaa acaaggccag cccccgggcg
    23881 gaggttggcc taacgtgtgt gctgacgggc gattacttgc gatctgaggc gatgagctca
    23941 aggagccggt cgacggcctc ggattcgggg atgttgcgca ggacgcactc cttgccgcgg
    24001 tagagactga cgcggccggg gccggcgccg acgtaaccgt aatcggcatc ggccatctcg
    24061 ccggggccgt tgacgatgca gcccatgatg ccaatcttga cacccttgag gtggcccgtg
    24121 gcggctttga tgcgcgagat cgtctggtgc aggtcgtaga gcgtacggcc gcagccgggg
    24181 caggagatgt attccgtgcg actcatgcgg cggcgcgtgg cctggaggat gccgaaggcg
    24241 aggcgatcgg tgtcgggcgt gctgtggccg ccttgggtga ggaggaggcc gtcggcgatg
    24301 ccgtcgatga ggaggacgcc gaggtcggcc gctgcggcga tgcgtaggcg gtcgaggtcc
    24361 gcctcgcggt agtcgcggcg caggatgacg ggcgcttggc aggaggcggc gcggaggcgc
    24421 aggatggcgg cgcgcgtctc gttgacactg tctgggtgca cgctgcggag gatgatcacg
    24481 gaggcttcgt ccgcgttgat ggcctcgagg cgcgcgtcgg ttaattcatt tgccgagagc
    24541 tcgacgaagt ggagcacggt ggccgtgtgg cgcttgtcac gggtggatgc gaatgcgccg
    24601 tctgggaggt ggcggaggta gtccgggggc agggcaccgt cgggttcttc accgggggcg
    24661 tactcggaga ggacgacggg ctggcgaccg ccaccgatgt cggccaccat gcgtgtgcga
    24721 cggaaatagt ccgtctccgt gcccacgtaa tcggtgggca tgggtgcgta ttcctctgca
    24781 cgcgtgcggt tgatatggtc gatgagctca cgggctacgg ggatctcggc ttcgggtggt
    24841 tcgctgaggg agacgcggat ggtgtcgccg atgccgtcca cgagcagggc gccgatgccg
    24901 acagcgcttt tgatgcgtcc gtcttcgtcg ttgccggcct cggtgacgcc gaggtggagc
    24961 ggatagtgca tgccctcgcg atccatcgtg cggacgagca ggcggacggt gcgcaccatg
    25021 acgaccgtgt tggatgcctt gatggagatg acgacgttgt cgaacccttc ctcgcggcag
    25081 aggcggagga actccatgca ggattcggtc atgccttcgg gggtgtcgcc gaagcgagac
    25141 atgatgcggt cggagaggga gccgtggttg acgccgatgc gaatggcggt gccgtgcgcg
    25201 cggcagaggc gaaggaaggg gatgaagcgc tcgcggatct tgcggacgcc ctcggcaaag
    25261 tcttcgtcgg tataatcggt gcggaaggtg cgtgcgccgt ccacgtagtt gcctgggttg
    25321 atgcggactt tttcgacgaa ctccgcggcc acgtcggcag ctttggggtt gaagtggatg
    25381 tcggccacga ggggcgtgtg gcagccttgt tcgttgagtc gttggcggat gatgccgagg
    25441 ttgcgggcct cgcgttcgcc ctgcgctgtg aagcggatgt attcggctcc agcgcgcgcc
    25501 atgcggagag cctgagccac ggacgcatcc gtgtccatag tcgaaacatc ggccatggac
    25561 tggatgcgta tggggttatc cccgcccagt ggggtgtcac cgatggcgac taccgaggta
    25621 agtcgtcgtt tcaatttgtc ttgaatttga attgtacgct ggctaactct tcgttagcct
    25681 tgacgatttt ctgcttgagc ccgtctttgt agtcggccag tcggtcggcc agcttcgtgt
    25741 cgctgatggc gagcatttga gcggcgagga tggcggcgtt ctgtgcgccg ttgatgccga
    25801 ccgtggccac gggtatgccg ggaggcattt gcacggtggc cagaagggcg tcgatgccgt
    25861 cgagtgaggc ggcgatgggt acgccgatga cgggcagtgt ggtcatggat gcgatgacgc
    25921 cgccgaggtg tgcggccatg ccggcggcgg ctatgatgac gcggatgccg cgtccgcgtg
    25981 cgcctttggc gaatcgctct acttcttctg gggtgcgatg ggcggagagg gcgttcatct
    26041 cgaacgggat ctctatctca tcgaggaacc ctgcggcttt gttcatcacg ggcaggtcgg
    26101 agacactgcc catgatgatg ctgacttgcg gggtcatccg atgagcttct tgtagtcgtc
    26161 ggcggagagg agcccggcca cgtcagctac gtcagcgggt ttcaccttga tcagccagcc
    26221 cttgccgtac ggttcggagt tgactaattc ggggtgatcc tctaactcag ggttcacctc
    26281 gagcacctcg ccagccacgg gcatgagcag gtcagagacg gtcttaacag cctcaacgga
    26341 gccaaaagcc tcgtccttag ccagcgtctc gccctcggtg gcgatgtcaa cgaatacgat
    26401 ctcgcccagc tcctgctgtg catagtcggt gatacctacg aaggctgcgt cgccctccac
    26461 gcggatccat tcgtgatcct ttgtgtactt cagttctgat gaaaagttca tgattgtctt
    26521 gtcatttaat tggtgaaaca ttgatcatta acgcaggcaa atgtagggtg agatgttgag
    26581 atgccttgtt gggatggagt ggggcgtcag gcaccctccg ccacatggct cacggcacat
    26641 agaccgtact tttgccgccg tctgaagtga catctcttca tattatatac acacataaac
    26701 acccttatcc catcatgttc gatttcttgc atgcctatcc ctgggcgctg ccgatggtca
    26761 tcttcttcgg ccgcatttgc gacgtgacct taggcacgtt gcgtatcatt ttcgtatcga
    26821 agggcgagaa gatgaaggcg ccgattgtcg gcttcttcga ggtcttcatt tgggtcgtcg
    26881 tcatctcgca gatcttctct aacgccaacg acctcaccgc ctatttggcc tacgctggcg
    26941 gctacgctgc gggcaacttc gtcggcatac tggtcgaaaa caagatcgcc ctcggctact
    27001 tcctcatccg catttacacg aagaagggca gcgccgggtt gatccaagaa cttaaggcga
    27061 acggctttgg ctcgacgcac atccgtggcg aaggtgccat ctccgaggtg tcaatcatcg
    27121 agaccgtcgt cagccgcaag tccgagcggc gcgtggttaa cctcgtcaac gagttcgatc
    27181 caaacgcatt ctacgtgatc accgacatcc gcgccaagcg caaaggcttc ttctccgctg
    27241 ccggcgcacc gcggctcggc aagtaatttg ggcgctataa cggagagatt gtatgggtga
    27301 gcttaggaag ccttccgagg ccttagaatc actgattcca gaggttagga agccttccga
    27361 ggcctaaaat cactgattcc ggaggttagg aagccttccg aggttaaaat cagtggtccc
    27421 ggagctcaga cgccagtcga agccgaaaat cactgattcc agagctcaga cgccagtcga
    27481 agccgaaaat cagtgattcc ggagctcaga cgccagtcga agtcgaaaaa tcagtgattc
    27541 cagagctcgg acgccagtcg aagccgcgga atcagtgatt ccggagctcg gacgccagtc
    27601 gaagctgaag ggtcagagat tccgggctcg tttttttgtc caaacaccat tagcccaacc
    27661 tgcctcatac gccagcaatg aaaaaagccc caccgaacat ggattcgatg gggccttttc
    27721 ttgtttatgc cctgtggctt aggcagccgt cacttcacct cccaggtgtc gccggccagc
    27781 agcatgtcgc gcagggtgtg ggccttcttc ttggccttca cctcggcgat ctgttggtgg
    27841 acggactcct cgtaggtcgg ggcgtccacg tcgcggatga tgccgagcgc tacgggcatg
    27901 gcgccactca tcatggccaa catgaagtgg agcgtattgt cgcgttcgtg ggcgtcgtgc
    27961 accagcacat cgtccatcgt gtagccatcc tcaccgatgg tgacggcctt cagcttcagg
    28021 ccgtcgagca cgaggccctt gtcgcggttc ttgccgaaga tcatcttctc gccgtggcgg
    28081 aggaagatgg tgcgatcggc gcgcacttcg cgatcggtga tgcgcgtgtg ggtgccgttg
    28141 ttgaagatga cgcagttgac gagcacctcg gtgacggcgg cgccgcggtg gcgagccgac
    28201 tgggcgaaga tggccgtcag gttggccgcg tccgtgtcga tgccgcgggc gaagaagttg
    28261 ccgcgggcgc cgagggtcag ctcggccggg atgaaggggt cttccaccgt gccgtagggc
    28321 gagctcttgg agacgaagcc gcggtcagac gtcggggagt actgcccctt ggtgaggccg
    28381 tagatcttgt tgttcatcag cacgatgttc aggtctacgt tgcggcgcac ggcgtggatg
    28441 aagtggttgc caccgatggc gaggcagtcg ccgtcgccgg tgacgagcca gacgctgatg
    28501 tcgggccgtg ccgtcttgac gccggtggcg atggcggcgc cgcgtccgtg gatggtgtgg
    28561 aagccgtagg tattcatgta gtacggcagt cgcgaggagc atccgatgcc ggagatgacg
    28621 gccatatcgt cgggcgaggt gccgacctcg gccatcgctt tgtgcaggca gctgagcacg
    28681 gcgtggtcgc cgcatccggg gcaccagcgg acgtattgat cactcttgaa gtctttgggg
    28741 ctgtaggtta tatctgttgc attcatgatt atttctcctc tatgatgtgg gtaaattctt
    28801 cgacgagccg cgaaacgatg aagggctgcc ccttgatgcg gttgaagcga taaggcgtga
    28861 agtcgtccac cttgctacgc agatagttgg caaactggcc attgttctgc tcagccacga
    28921 ccgccttcgg gtaacgcttc agcacctcag ccgtgttctt gggcaacggg ttaatgaagc
    28981 ggaagtgcgc cagggccacc ttatggccgt tgcggtgcat gatgtccatc acctcgtgca
    29041 ggtggccgaa ggtgccgccc cagcctacga tcagcagctc ggcgtcgtcc ttgtcgccca
    29101 agacctccac ctcggggatg aagtcagcga tcttgtcaat cttggcttga cgcgtctgca
    29161 ccatcttctg gtgattcttc gggtcggtgg agatggagct cgtgtcataa tccttctcta
    29221 agccaccgat gcggtgcgcg aagcccttca tgccgggtgt ggcccaatag cggacgaagg
    29281 tctccttgtc gcggcggtaa ggtttccaga cggcctcgcc gtggtagttg gtgacgtagt
    29341 tcggcttgat gtcggggtaa tcgttcatgt aatccgggat acgccatgcg gccgatccgt
    29401 tagcgatgaa ggcgtcggtg aggaggatga cgggcgtcat gtgctccacg gccagcttgg
    29461 cagcccagaa ggccatgtcg aagcagtccg tcggggtggt ggcggctacg acgacgagcg
    29521 gactctcgcc gttgcgcccg tagagtgcct gcatgaggtc cgtctgttcg ctcttcgtcg
    29581 gcatacccgt ggaggggccg ccgcgctgca cgtcgatgat gacgagcggc agctccgcga
    29641 tgacggccag gccgatggct tcgctcttca gcgccaggcc gggcccagac gtcgaggtgg
    29701 cgctcaggca accagcgaag gaggcgccga tggcggtaca gatgccggcg atctcgtctt
    29761 cagcctgcac ggttgtaacg ccgaggttct tgtgtttgga gagttcgtgc aggatgtcag
    29821 tagccggggt gatggggtag ctgccgagga agagttgcag ccccgccttc tctgctgcgg
    29881 cgatgaggcc gtaggaggtg gcgttgtttc cgctcacgtc tttgtagata cccggggctt
    29941 gcttggagcc ttcgatgcgg tacgtggaga cggaggcgtg gatgttgttg ccgtagttat
    30001 agccgtcggt cagggccttg atgttggctt tggcgatgtc tggcttcttg gcaaacttgg
    30061 tttggagcat ggtcatggcg tggtcgagcg ggcggtcgaa gagccagcag acgaggccga
    30121 gggtgaacat gttcttgcag cgcagggcgg acttgttgtc gaggccgaac tcagccagcc
    30181 cgtcgcgcac catcgtggag atgggtgcgg gcacaacctg cacgtaatcg gtaaggccca
    30241 gctcttcgat cgggtcgtcg gtcttaaact cagccttgtc aaggtcgcgc ttggtgaagg
    30301 cgtccgtgtc gatgatgacg atggagcctt tgcgcaggtt cttgacgttc accttcaggg
    30361 cggcggggtt catggccacg agcacgtcag ctttgtcgcc aggggtgtag accttcttcg
    30421 tccctaaatg gatctggaag ccagagatgc cgctaagtgt tccttgcggc gcacggattt
    30481 cggccgggta gtcggggaag gtggagatgt cgttcccgaa gacggccgag agattggaga
    30541 agatggtgcc ggtaagctgc ataccgtcgc cgctgtctcc cgaaaagcgg atcaccactt
    30601 gatccagcgt ctttactttg gatggttctg tcatgataaa aaaactatgc tgtgaaacat
    30661 aaatcaaata agcaagctga tgggggcaga cgggctgtgt ctacccggat tggggcgtaa
    30721 ggaggggggg ggagatctat gaggggcaag actcgcggat gatttcccag agccgggtgg
    30781 cagctgcgcg ggcgtcgcga tgggtgacga ggcgctcgac atcgaagatg atctgggctt
    30841 ggtcgtagaa aggggcgcgg cgtgtgaggg catcgctgac gaagatgtag agaggatcgc
    30901 cagaaagatg gcgaactgcg gggcgggtat gtctgcagag ctcgatgcgc tcggtgagtg
    30961 ctcggggcga ggctttgagg taaaccgttg taccgacgct gttcatgtaa gtcatgttgt
    31021 cgaaaaagca aggtgtgccg ccgccggtgg agaggatgag gtcttcaaac tcggcgactt
    31081 cgtgtagtgt tttcttctct atttctcgga atgtagcttc gctttcttct tcaaaaatct
    31141 gtcgtatggt tttgtggtag cgcccttcga taaagtgatc caggtcgatg aaggataact
    31201 tggagatgcc ggagagttcc cggcctaagg tcgttttgcc cgcgcccatg tagccgatga
    31261 ggaagatgcg tagcatgtat ttatctgagt gttcaaattc ttaaccgcgg gcaaatgtag
    31321 gaaagttcat aagggggctt tgccgggcga agggggggag cgggggcagg gggtgttcag
    31381 aggtttttct ttcggagctc gaagtcacgg ccgaggtatt tctcacgaac gatctcgttg
    31441 gcggcgagtt cttcggcggt gccttggaag agcactttgc cttcgaagag gaggtaggcg
    31501 cggtcggtga tgctgagtgt ctcgtggacg ttgtggtcgg tgatgaggat gccgatgttt
    31561 ttgtgcttga ggcgggcgac gatggtttgg atgtcttgca cggcgatggg gtcgacaccg
    31621 gcgaagggtt cgtcgagcat gatgaatttg gggtcgatgg cgaggcagcg ggctatctct
    31681 gcgcgcctgc gttcgccgcc ggagaggcgg tcgccaaggt tcttgcggac tttctgtagg
    31741 ccgaattctt cgatgaggct ttcggtcttg gcctgctggt aatccttggg gcggtcggtc
    31801 atctcgagga cggcacggat gttgtcttcg acggtcatct tacgaaagat ggaggcttct
    31861 tgggcgaggt agccgatgcc gagtcgggcg cgcttgtaga cggggtagtc ggtgatttcg
    31921 gtgtcgtcga ggtagatgcg gccgtggttg ggggtgacga gcccgacggt catgtagaag
    31981 gtggttgtct tgccagcgcc gttgggcccg agcaggccga cgatctcgcc ttgctttaca
    32041 ttgatggaga cgtggttgac gacggtgcgt gtgtgatact tcttcactaa gtcttcagtg
    32101 cggagagtca tttgaggagc atccatatat ataataggta atggggtgat gggggcatta
    32161 taaagaaaca gctgcgggga aggtgcttcc ctcggtgcgg ggagggtgct tcccccggtg
    32221 cggggagggt gcttcccccg gtgcggggaa ggcgcttccc ccggtgcggg gaaggtgctt
    32281 ccctcggtgc ggggaaggtg cttaccccga tgcggggaaa tggatttctt acgtcgaact
    32341 cacgttaacc tccacctcgc ccggtcgttg accagcgatg cgatcgacga tgatggcgat
    32401 ggcgccgtcg ccggtcacgt tgcaagccgt gccgaagctg tccattgcga tatagagcgc
    32461 gatcatcagc gcctgaagcg tctcgtcgaa gccgagcatg ctgccgagca gacccaaggc
    32521 cgccatgatg gcgcctccgg gcacaccggg cgccgctacc atcgtaatgc caagcatgag
    32581 gatgaagccg ctgaacgccg ccggatcgag cggttggcca gacatgagga ggatggccat
    32641 cgcgcaggcc gtgatcttca tcgtgctacc agagaggtgg atcgtggcgc agaggggcac
    32701 ggtgaagacg gcgatgctct ctcgtacgcc gttcttgagc gtctgcttga gcgtcaccgg
    32761 gatggtggcg gccgacgact gcgtgcctaa cgccgtggca taagccggca gcatgttctt
    32821 cagcagacgc agcggattct tgcccgccac gaggcctgcg atggagaact ggatgaggag
    32881 caaggccaca tgtaacacga agatcacaag gatgaccttc agaaacatcg ccatgatgcc
    32941 tgccacctgt ccgctgacgg tgatgttgag gaagatgccg aagatgtgga gcggcagcag
    33001 gggcacgatg acggtctcga taaggcgcgt gacgatgtcg cggaagtcga cacaggctcg
    33061 ttgcaacgtg ttgcccggaa tggaggccag ccccagcccg acaacgaagg agagcagcag
    33121 cgcagtcata atatccatcg ccggcggcat ggccaccgtg aagtaaggcg tcagcatggc
    33181 cgactcgggg ttctgcatgg cctcgagcga ctgcgtgccg acggtcagta tgtgcggaaa
    33241 gacggccgcg ccggtcaggt aagtgaagaa gcccgagaag atggtggagc cgtaggcaat
    33301 gagcgccgtg atgagcagca gccggcctgc acccttgccc aactcgccga tggctggcgc
    33361 cacgaggcca aggatgatga gcgggatggc aaacgagagg aagttgccaa agagggaatt
    33421 gaacgtgaca aagaatcgga ctacggtggc aggcaggaat tgtccgaaca agatgccgcc
    33481 agcaatggca atggctaccc agccgagaag cgaaacgcga aaagggattt tcataaggtg
    33541 tgtggggggg aagtggttaa agtagggtta tgctttacga gttattgagg gcaaaaatag
    33601 aatggcggag cgggcaatgg aagaatagct cctaatcctt cataatcctc catgaattat
    33661 gaaggatagc tttgcgccga tcaataacaa gaaatgacat gaatggacta acagaacgcc
    33721 ctcctcaggc ggatgaacgc gaaagagagg aagcgctgaa gcatgccttc gccccagagg
    33781 tgatcgcact gaatgccgat tacccttact gggacaaggt gaaacatcgc accacggcca
    33841 tcgccccacg catcttgtgg caggcattga aactgcaacg cagcctcggg cgcacatcgc
    33901 tgcacttcgg ccgatatgcc ttcggctaca cgaagaccga cgaaatgctc ggcctgctcc
    33961 atgcatttga caggcacatc gggggaagcc tgtcaggcga cgacaacgac ctattgtcga
    34021 acaacaggcg tgagtatttc ctgatctcat cgatgatgga ggaggccatc gcgtcgagcc
    34081 agatggaggg cgcctcgacg acacgccgag tggccaagga gatgctgcgc aaaaacgagc
    34141 ggccgagaga tcgcagccag cagatgatcc acaacaatta ccgcacaatc gcctacctca
    34201 aggagcatgc ctccgaggcc ttctccatcg aacgactaca agaaatccat agcctaatga
    34261 cggagggtac attggacaac gcatccgacg cgggccgcct acgcgaccgg gacgacattc
    34321 tcgtcatgga cggcctctcc ggcgacgtgg ctcactatcc acccacccac agcgagatcc
    34381 ccgccttgct ggccgacttg gaaggcttct ttaattcgga caacgagcat gccgacgatg
    34441 agggtacgtt tatccatcct atcgtccgag cttgcatcat ccatttcatg ctcgcctaca
    34501 tccacccctt cgtcgacggc aacggccgca cggcgcgtgc actcttctat tggtacatga
    34561 tgcgccgcgg ctactggttg atcgaatacc tctccatctc aagcatcatc tacaaggcca
    34621 aacgtggcta cgaacgggcg ttcctctata ccgaatgcga cgacaacgac ctgacttatt
    34681 tcatcctcta tcacctgcgt acgatacggc tggcgttcga tcggctgaag aattacctgc
    34741 ggcgcaaggc ggccgagagt agccacgccc accggctgat gtctgttacg gacatcaaca
    34801 gcaggcaggc gcagatgctt cagatccttc gcgaaaagcc cagcacaatg ttcaccgtcc
    34861 gtgaaatcga gcagcgcttt gccgtaacca atgccacggc gcgcactgat ctgagagggt
    34921 tagtggagcg cggcttcctc gccgaggtgc ctatgaataa agtaaagcgt ggctatgtgc
    34981 ggtcagccga tttcgatcag ttgctgcaag agggaagtca ttgatcaatc gccccctcgc
    35041 caccttggac aagaaaaggc tctgtaacga gtcgcgcagg tagccgaatt gaagtctacc
    35101 acaaacgaag ccatatgatg agcatgagtt caatggatga gtaaagccag tggagggggg
    35161 gcgatggtag ctccgcagga acagaccatt aagcctgaat ttgcgcaagc gccttgtcag
    35221 catgcgcgca agcaccttgt cagcatgcgc acaagcacct tgtcagcatg cgcgcaagca
    35281 cct
//
LOCUS       SEQF3106|MIQD01000021.134178 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..34178
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(299..1141)
                     /locus_tag="SEQF3106_00868"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MACRIPSARHPRHGRHHRRRPHGPRLSLLRQHPLRRASARQPSR
                     HHPCATQHGQHPQAAALLCRPARRRHPAPHPPARHPNQRERLRAAEFQPAIRGRRACV
                     RGHRPLAQRPLRCAPPALWRPQVSRLPPPRRIHHPHPPRLSLRPLAHPRRRRSHLVGC
                     HRGLRRYGALPSRPSAQPPHPHSRREGGQGLALRLHSRSCLAHISSHQGGEPPGRHRL
                     AHNPLHADHRVEDGHELRLPRRLGRGCDAALRRRGLGGQCLGRGAPRACRGAHGRARP
                     LRPL"
     CDS             1586..1747
                     /locus_tag="SEQF3106_00869"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MISMSFSPTVRRSPRESRMVCMVIVLPPLTMCPARTFCTKARRM
                     ATGLMPLCR"
     CDS             complement(2040..2981)
                     /locus_tag="SEQF3106_00870"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPVKSIRSNQQALLREVKDYVMIALGMLLYSVGWTVFLLPNKI
                     MTGGVPGIASIVYFAIKLPVQYVYFGANVFLLILAIKILGWKFSIKTIYGVCMLTLSL
                     EVVQALTKGVALLHDQPFMACVLGASFCGCGLGIAFSSNGSAGGTDIVAAIVNKYKDI
                     TLGRVMMVLDTIIITSSYIVLKDWERVVYGFVTLYVCSFMLDQIVNSARQSVQFFIIS
                     KKYQEIGRAINAMHRGVTVIDTVGMYTGQPQKMIFVLAKKRQSTTIFRIINDIDPSAF
                     ISQSAVIGVYGYGFDHLKVKQKKQGTAAIEEAHQLGV"
     CDS             complement(3581..7132)
                     /gene="por"
                     /locus_tag="SEQF3106_00871"
                     /EC_number="1.2.7.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P94692"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyruvate synthase"
                     /translation="MTREKKFLTCDGNQAAAHISYMFSEVAAIYPITPSSTMAEYVDE
                     WAAAGRKNIFGETVSVLEMQSEGGAAGAVHGSLQAGALTTTYTASQGLLLMIPNMYKI
                     AGELLPCVFHVSARTLASHALSIFGDHQDVMSVRQTGFAMLAEGSVQEVMDLAGVAHL
                     ATLKSRIPFVSFFDGFRTSHEIQKIEMLENADLAPLIDREALAEFRARALNPMNPVAR
                     GMAENPDHFFQHREASNHFYEAVPAIVEEYMKEINKITGRNYGLFNYYGAKDADRVII
                     AMGSVTEAAREAIDYLVANGEKVGMVAVHLYRPFSAKHFLAAVPETAKRIAVLDRTKE
                     PGANGEPLYLDVKDCFYGRADAPIIVGGRYGLSSKDTTPAQILSVFENLALNEPKNHF
                     TVGIVDDVTFTSLPMKEEIALGGEGIFEAKFYGLGADGTVGANKNSVKIIGENTNKYC
                     QAYFSYDSKKSGGFTCSHLRFGDHPIRSTYLVNTPNFVACHVQAYLHMYDVTRGLRKN
                     GSFLLNTIWEGDDLARNLPNKVKKYFAKNNITVYYMNATEIAQQIGLGNRTNTILQSA
                     FFRITGVIPVDLAVEQMKKFIVKSYGRKGEDVVNKNYAAVDRGGEYKQLLVDPAWANL
                     PDDPRAENNDPAFINDVVRPINAQDGDLLPVSAFKGIEDGTWMQGTAYYEKRGVATFV
                     PEWNPDNCIQCNQCAYVCPHAAIRPFVLDEEEQKGADFPQIKAQGKAFAGMNFRIQVD
                     VLDCTGCSNCVDVCPGKKGEKALQMKHLETQMNQVPNWTYCSEKVKTKQHLVDTKMNV
                     KNSQFAKPLFEFSGACAGCGETPYVKLISQLYGDREMVANATGCSSIYSGSVPSTPYT
                     KNDMGRGPAWANSLFEDFCEFGLGMELANEKMRERIVKLFKQAIENEYTPAEAKELMQ
                     AWIDNMFDADKTKELAPQLEVMIDRGIKEADCSVCKELKGLTQYLIKRSQWIIGGDGA
                     SYDIGYGGLDHVIASGKDVNILVLDTEVYSNTGGQSSKSTPMGAIAKFAAAGKRVRKK
                     DLGLMATTYGYVYVAQVAMGADQAQTLRALREAEAYPGPSLIIAYAPCINHGLKAGMG
                     KSQTEEKRAVACGYWHLWRYNPQLEAEGKNPFLLDSKEPDFSGFQDFLKGEVRYASVM
                     KQYPAEAAELFKAAEENARWRYSNYKRKAAVEYGTEA"
     CDS             complement(7210..8397)
                     /locus_tag="SEQF3106_00872"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEAFYRTHKYLVTHLGTPVRRGLMDEVDWSQRLIGIKGSREIGK
                     TTFLLSYAREFFPPDGHECLYVNLNNFIFTERTLTDFAGQFYAAGGKVLLIDQIFKYP
                     DWSRELRYCYDHYTNLRIVFTGSSVMRIKEENHEVGDIVTPYYLRGFSFREYLNLKAS
                     LDLPAFTLSDLMENHTAIARDICARVNPGEHFHDYLHHGFYPFFLEKRNYSENLLKMM
                     NMTLEVDVLYIRQIEQRYLPKLRRLLYLISQSASCIVNISQLSKTIGTSRATVMNYLK
                     YLKDARMITLLHLPGEEFPQKPVYAYMYNSNLLHVMNRQTQDERTVNEAFFFNQLLKD
                     NSVNAQDRHNSFLINDRYLFRVAYPEARWKASPDYYYAVDEVETPPDEPNLIPLWMFG
                     FLY"
     CDS             complement(8993..10777)
                     /gene="clcA"
                     /locus_tag="SEQF3106_00873"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8ZRP8"
                     /codon_start=1
                     /transl_table=11
                     /product="H(+)/Cl(-) exchange transporter ClcA"
                     /translation="MTHENRFYRFLLWRERHIKERNFILIISFLVGIGAATAALLLKF
                     LIHTIQQLLWANIREGANYWLLLYPIIGILLSGLFVYYIVRDDISHGVTKILYAISQR
                     KSRIKPHNMWSSLVASSLTIGFGGSVGAEAPIVLTGAAIGSNLGRLFRMEQKTLMLLV
                     GCGAAGAVAGIFKAPIAGLVFVIEVLMLDLTMTSVLPLLISSVTAATMSYIFSGTEAM
                     FQFSQTEEFVMERIPYVLLLGIFCGLVSLYFTRAMIRVEGVYAGLPHRWQRFILGALM
                     LSILIFLFPPLYGEGYDTIDALLDGRFLDLMDQSPFHGMSGGYWGIVIFLGLILLTKV
                     FASAATNGGGGCGGIFAPSLYIGCIAGFFFSHVLNYFGFPVDLPEKNFALMGMAGTMS
                     AVMHAPLTGVFLIAELTGGYNLFLPLMIVSIGSYVTIRAFEPHSIYSMRLAQKGELLT
                     HHKDKAVLTLMTVGSVIETDFIPVHPDMTLGDVVKEAIAKSPRSMFPVVNSEGVLLGL
                     VLVDNIRNIMFRPELYERFRVSRFMVSAPAKIINDMPMEKIMHIFDDTKAWNLPVVDS
                     EDKYIGFVSKSKIFNAYREVLVDTFTGD"
     CDS             complement(10947..12335)
                     /gene="wecA"
                     /locus_tag="SEQF3106_00874"
                     /EC_number="2.7.8.40"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B3FN88"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylgalactosamine-undecaprenyl-phosphate
                     N-acetylgalactosaminephosphotransferase"
                     /translation="MMNRRRQRLIYMASDFMASAVAWAVLNVVRFHEVARYEFATLAD
                     FLGYRQVVQVQLLVPFFWLALYFLSGYYNRPFGKSRIEEAFTTFVSVGLGCVFIFFVV
                     ILNDLPRSFEVYYTIFFTFCALQFVLTYVGRNVITNHALRMVRRGRWVTDVLMIGTGR
                     HAPEARRDLERLGYRVEGFVGESMAEGVQETLGGVDDLPTLMASRPAHELALVVEPGR
                     DAEAVSLLYSLYRYKCPVKIWAAKNSPLGRVGARTIHGIPLIDATDNNFSEAGKNIKW
                     MADKIVSATALLLLSPVYAYLAFGVKRSSPGPALFRQERIGRGGRPFTIYKFRTMYVG
                     ADRRGHRLTQHDDDRVTPFGRFLRKYRLDELPQFWNVLIGDMSLVGPRPEQRYYIDRI
                     VRTAPYFYLLHNVRPGITSWGMVKYGYADTVEKMIERLDYDILYYENMSLALDLTILI
                     YTVKTVVTGKGV"
     CDS             complement(12335..12919)
                     /gene="tsaC"
                     /locus_tag="SEQF3106_00875"
                     /EC_number="2.7.7.87"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P45748"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonylcarbamoyl-AMP synthase"
                     /translation="MNESIENITDDLEACLRTLRDGGLILYPTDTIWGIGCDATSDEA
                     VRRVYALKQRADHKAMLTLVDSIARIGSYVDTIPDIAWDLVDLSERPLTLIYPHARSL
                     APSLLGPDGSIGIRVTRERFSHALCERFRRPIVSTSANLSGQPAPRCFDEISDEVRHG
                     VDYIVQYRRTDRTPARPSGIIRLGADGTIQVIRE"
     CDS             13057..15345
                     /gene="bamA_1"
                     /locus_tag="SEQF3106_00876"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01430"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein assembly factor BamA"
                     /translation="MTRPLIYLTLLLALTACSTTRYVGEGEYLLDRVRIDAEGAPSPT
                     ADLKSYLHQHPNQKIFGLLKWPLYVYGWSSDRNRWTDRLLRRMGEPPVIMDTALIALS
                     RDELRRYMVNKGYVHAAVDYTIDTTRRRRATVRYRIRAGEPYLITDYRLSPGDAYMDS
                     LLRTEPPLIRPGQRFDRDELDRERQRITSLLRRNGYFAFHRDYIYFNADSATGTPDRV
                     DLDMHIRPFHIATDSLPIDRPHRRYFIDSVRILTDDNPLRPDSLRPAADTLNIRGVDI
                     LYASGRRMLRPGVLYRRCFLLPGRLFSERDAERTYTSLANLGALRHVSLRYDEHERLD
                     TMRLNATVLTAASLPQGFGLELEGTNSGGDLGFASALSYRHRNLMHGSELLTTRIRGA
                     YEALSGGNRGSGWGSYWEFAAEASLHFPTFLLPFTNYNFRRRMRATTELKLSYDQQRR
                     PEYRRAIISGGLNYNWQTGPQSHPARHSFKLIDVDYIYMLHVDTAFRSNLPELTAKYN
                     YSDMFIVSSGYSFSLNSYDPIRRNRSAHSLRIAVELAGNALYALSHLSRSERGSDGRY
                     KLFGTTYSQFVKADIDFARSLVIDARNSLALHLGAGLGIPYGNATELPFVRRYFAGGA
                     NNNRGWSVRTLGPGSMPIEEATTFINQVGDIRLDANVEYRTRLFWKFELAAYVDAGNI
                     WTIRRYDYQPQGDFSLSRFYREIALSYGLGLRLDFDYFLIRFDTGLKAYDPQQRGMRR
                     WVVTRPNLTDHFAWHFAVGYPF"
     CDS             complement(15798..17789)
                     /gene="ompA"
                     /locus_tag="SEQF3106_00877"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A910"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein A"
                     /translation="MKSSLKRHIPLLLIAGLLLGVTSACKTVKLKDAEEKQRLGEYYA
                     AAAMYRKLYTKSKPTQRDLRAYIAYRMGYCNQRANNTGRATSAYLNAERYDYPDSLLP
                     FHLGQVCQKEGRYDEAVKYYREYLAQAPTDLRAVRAIEGCDSAKSWREHPTLYQVARM
                     ERFNSRRSECCPMYYGDKYDQLYFNSTRGIVHKDSLNAITGLKNNAFFLVKKDENGAW
                     QKPKEVDDPVASEYDQGTPSFSKDGNTMYYTYCAVDATEPRTAEIYLSTRSGAAWSKG
                     QRADIIKDSLTLLAHPAASPDGKYLYFVADAVGGYGGKDIFRTRLVGASDFGGIENLG
                     PEINTAGDELFPYVRDSVTLYFASDGHPGMGGLDLFKATQDSAGHWHVTNMRAPINSQ
                     GDDFGITFEGRRERGFFSSNRGDARGWDHIYSFEYPTFMVKIDGRVSDVDEVPVKDAV
                     VRIVGRDGMNVKVPAKADGSYRVELARDIRYVMMASAPGFLNQNFELKTSDEEKDETY
                     YVDFFLSPVDKPVVVENIFYDFDRATLRPESKEALDKLIKLLNENPNVTIELGAHTDR
                     KGSNEYNEGLAQRRAQSVVDYLIAAGIDTARLTAKGYGEMVPKTVTAKLAKKYPFLPE
                     GTVLDETFVNALPPEEQEVADQLNRRTEFQVTGMDYELK"
     CDS             complement(17966..18148)
                     /locus_tag="SEQF3106_00878"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPRRKISNTQAVCIVLLWFLLVYILLRYSPTVDFMTVFTIIASG
                     IIVFVPLYKNRRHKDR"
     CDS             complement(18362..19813)
                     /locus_tag="SEQF3106_00879"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNDKELKTIIEDIQACPRECEWVEIKKDNWKPELIGEYVSALAN
                     GAAYMGQPKGYLVFGIEDSSHAIVGTKFSPKDEKVGNQEIENWIASLLNPRIDFCIQE
                     LEVSGKRIVLFIIDSAKDTPVKFKGNAYIRVGSYKKPLSEHPERERKIWQNARNSCFE
                     LGVVKGGLKDDEVLELIDYPNVFRLLQEPLPENKHAILQKLEEEKVVCKRPSCFDITN
                     LGAILFAHDLRRFDPLSRKAVRVIFYRGDDRLHAMKERVEWKGYAIGFQSVVDHLSEN
                     LPVNEEIGRSQRKETPIYPPIAIREFVANALIHQDFSISGTSPMIEVFQSRLEITNPG
                     KPLIDILRFIDHAPISRNEKLAFIMRRMNFCEERGSGVDRAISECELYQLPAPDFTNE
                     EAYTRVSMFMPKAIRGMSKEDKIRACYQHCCLQYVSGKKMTNESLRVRLNITPSNYST
                     ASRIISDTVGAGLIKLDDATRSRKYARYVPIWV"
     CDS             complement(19867..20751)
                     /gene="nreC_2"
                     /locus_tag="SEQF3106_00880"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7WZY4"
                     /codon_start=1
                     /transl_table=11
                     /product="Oxygen regulatory protein NreC"
                     /translation="MLLIYANMKMSEAIESHLALVPVINRFGIRLGVGDDTVKTVCEA
                     HDVDPDFFLTIVNTFINEDYFPEKKLQHFHLGQIIDYLKKTNRYYLQNQLPNIERHLQ
                     FFIHASDTGNTSLRLLGDMFATFKERLRRRIEVDERDWFPHLLAAAADPKGHRRRTRP
                     HAPTDDDETLQATLDDMRHIMLKHLAGPYDENLCYAVLFAIDTLGRDIRQHNRIRHRI
                     LLPMIDDESTRLSEREKDVLRLIVEGLTNKEIAARLYVSVNTILTHRKNITAKLGIKT
                     TPGLTFYAITHRLVPEVK"
     CDS             complement(21405..22415)
                     /gene="fbp"
                     /locus_tag="SEQF3106_00881"
                     /EC_number="3.1.3.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A993"
                     /codon_start=1
                     /transl_table=11
                     /product="Fructose-1,6-bisphosphatase class 1"
                     /translation="MKEQSLPTLGEFIIEKQMDFKYSSGEFSRLISCIQIASKMVNRY
                     INKAGITNVLGEAGNRNVQGEEQQKLDVIANEVFINSLSQREVVCGVASEENDDFIEI
                     RSGANSELSKYVVLMDPLDGSSNIDVNVSVGTIFSIYRRITPEGTPVQLEDFLQKGTH
                     QVAAGYIIYGSSTMLVYTTGNGVNGFTLDPSLGSYYLSNPNMRFPEDGKIYSINEGNY
                     IKFPQGVKDYIKYCQKEEGRRPYTSRYIGSLVADFHRNMIKGGIYIYPSTSQSPRGKL
                     RLLYECNPIAFLTEQAGGKASDGFRRILDIEPTELHQRTPFFCGSRNMVDKVEEFMRN
                     AK"
     CDS             complement(22542..23897)
                     /gene="sufD"
                     /locus_tag="SEQF3106_00882"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77689"
                     /codon_start=1
                     /transl_table=11
                     /product="FeS cluster assembly protein SufD"
                     /translation="MNAEQQYIDLYQSHRDTVHRHAPACMNAPRDRALEDLRRGGFPP
                     TTSEYYKYTDMQAAFAPDYGLNLDRRPVAVQTADLFRCNVPNLSATPCFVINDTFYSD
                     GRLEASLPAGVYVGSIAGFAERFPEQAARYYGGAARTEHDAIAALNTLFAQDGLVVYV
                     PAGVALEQPVQLINLFRSTGPMMANRRILFIVEDGASAKLLVCDHSMGDTDFLSTEVV
                     EIFAGRDAVVDYYDLEESSIRTRRFSSLFAMQEAGSNVLVNGITLNNGQTRNNYRARI
                     NGEGAELTLCGMAIEDREQRVDTYSHIAHRVPRCTSNELFKYVLDDHAVGAFAGRILV
                     CEGADKTEAYQTNRNICMTRDARMYSKPQLEIYADDVKCSHGMTTGQLDEQALFYMQS
                     RGIPLAEARMMLSVAFTSDVIDRVRLEPLKDRLRTLVERRFRGEAARCAGCEHANGGE
                     A"
     CDS             complement(23910..24659)
                     /gene="sufC"
                     /locus_tag="SEQF3106_00883"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77499"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ATP-dependent transporter SufC"
                     /translation="MLLEITNLHAGIDGKEILRGIDLRVNAGEIHAIMGPNGSGKSTL
                     SSVLVGNPAFEVTEGTVIFQGKDLLELSPEERSCEGIFMSFQYPVEIPGVSMVNFMRA
                     AVNAQREYRGEAPVSATDFLKLMREKREIVELDNRLMSRSVNEGFSGGEKKRNEIFQM
                     AMLEPTLAILDETDSGLDIDALRIVAKGVNHLRRPDNATIVITHYQRLLDYIKPDVVH
                     VLYHGRIVKTGGPELALELEKKGYDWLKDND"
     CDS             complement(24818..25519)
                     /locus_tag="SEQF3106_00884"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRRGLLLLLSIVAVGWVTAFGQDDCRRRWAINAGGSPFAQPVQ
                     TGSSPRAIIVTHGTEWFVTGEIALPDKWAVEAGYFHTEIVYDDRARRMQGLRLGMKRY
                     FLPDRFPVQPFLAASAWGNFDERVRRTTAPYLDSHATYYFRNPRLSLSPGVGLDFYLL
                     SSVAFTLRYDFVVGLDARTAIDQPGGGIDMGSSYADRGMYHDLSVGLKVNFPFCFRED
                     DAWTLFYMILDNIFH"
     CDS             complement(25516..26973)
                     /gene="sufB"
                     /locus_tag="SEQF3106_00885"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77522"
                     /codon_start=1
                     /transl_table=11
                     /product="FeS cluster assembly protein SufB"
                     /translation="MEKTKKNTDPLLDEITGSEYKYGFTTDIDTELLHRGLDEDVIRL
                     ISRKKEEPEWLLDFRLRAFRHWQTLEMPTWAHLNIPPIDYQDIIYYAAPRRKAGPKSL
                     DEVDPELLRTFDKLGIPLHEQKILSGMAVDAVMDSVSVKTTFKEVLAEKGIIFSSFSE
                     AVKHHPDLVRKYLGTVVGYRDNFFAALNSAVFSDGSFVYIPKGVRCPMELSTYFRINA
                     ANTGQFERTLIVADDDAYVSYLEGCTAPMRDENQLHAAIVEILAMDRAEVKYSTVQNW
                     YPGDKDGNGGIYNFVTKRGMCRGESSKISWTQVETGSAITWKYPSCVLAGDNSVGEFY
                     SVAVTNNYQQADTGTKMIHLGRNTRSTIVSKGISAGHSQNSYRGLVKVAPRAEGARNH
                     SQCDSLLLSSTCGAHTFPYVDIQNETAVVEHEATTSKVNEDQLFYCNQRGIDTEKAVS
                     LIVGGYAREVMNKLPMEFAVEAGKLLQISLEGSVG"
     CDS             complement(27755..28249)
                     /locus_tag="SEQF3106_00886"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTWLDMMVLSLVGGCFVKGWRDGFIRQVAALGALLAAIYGCTKV
                     ALLLRGLILSAGWASERSVTFVSYIGAFILILAAVRLAGRWVEHGVAVGPLSLINHLT
                     GALCAASFALFIISFTLNLVEGLDRHGFLLSEETKARSRTYPFIRETVPAVFSPKLFV
                     WRKE"
     CDS             complement(28268..31207)
                     /gene="infB"
                     /locus_tag="SEQF3106_00887"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A705"
                     /codon_start=1
                     /transl_table=11
                     /product="Translation initiation factor IF-2"
                     /translation="MPVKLNKVLKDLNVGLQTVVDYLRGKRFEVESNPNVRIPDEQYA
                     VLVKEFGKNLSENERNHLLEKTAPKEPPVKKEPKQEPPQEQEPKKEPEVIPTEVPDDI
                     LPKFVTKGKIDLPETAGHSTSRSRRRRRGGQSASAQDKPETNAAQQEGVNEPNQAPTT
                     PTEKAPEPTAPAAEAEAPKMKPEEPKPEVKAQDTPPTPTPTPTETSAPEASAETPTQT
                     EATEKKEDEVFRLEQPRLESNIKVTGKIDLAAINHSMRPKRKGSGRDRRRQQPQASAT
                     PAKTTANTTGSAGSTSASSASDNAKKKRRRIKKDRIDINAAVNANTRRDDRSHNTTSD
                     RRRPKRPIHTEVNEGDVQRQVKETLARLTGKGAKSKGAKYRREKRDAVAFREQEMQRA
                     EERESRILKLTEFVTANDLANMMDIPVSEVISTCMSIGIMVSINQRLDAETINIVAEE
                     FGFKTEYVSAEVAEAIKEEEDNPEDWVPRPPIVTVMGHVDHGKTSLLDNIRNANVIAG
                     EAGGITQHIGAYSVTLHDGRHITFLDTPGHEAFTAMRARGAKVTDIAIIIVAADDNVM
                     PQTVEAINHASAAGVPIVFAINKIDKPGANPDKIKEELSQMNYLVEEWGGKYQSQDIS
                     AKKGIGVQDLLEKVLLEADLLELKANPKRRATASVIESSLDKGRGYVATVLVSNGTLH
                     QGDIVLAGTHYGRVKAMFNERNQRVESAGPSEPVLILGLDGAPTAGDTLNVLDTEQEA
                     REIAARREQLQREQGLRTQKRFGLEELGRRRALGDFHELNLIVKGDVDGSVEALSDTL
                     IKLSTEEIQVNVIHKAVGQISESDVELAASSSAIIIGFQVRPAAAARKLAEKEGVEIR
                     LYSIIYDAIEEVRSAMEGMLSPEIREEICGNLEVLQVFKISKVGTVAGCIVKEGKIRR
                     SNKVRVIRDGIVIHTGELASLKRFKDEVKEATLGQECGLCIDNYNDVREGDMIEPFDE
                     IEVKKTL"
     CDS             complement(31238..32677)
                     /gene="nusA"
                     /locus_tag="SEQF3106_00888"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q83BS0"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcription termination/antitermination
                     protein NusA"
                     /translation="MAKKQETVSMIDSLQEFKDLKNIDKETMINVLEESFRNVIAKMF
                     GTDENYDVIINPEKGDFEIWRNRTVVENGHVSDPNLEVSLRDAQQIDADCAIGEEVTD
                     EVHFAKFGRRAILNLRQALASKIMELQKDNLAAKYRELIGSIVVADVYQVWKKEVLLL
                     DDEGNELLLPKSEQIPGDFYRKGEAVRAIVQRVVTDNNTRIYLSRTDKVFLQRLFELE
                     VPEINDGLITIRAIARIPGERAKIAVESYDDRVDAVGACVGMKGSRIRGIVRELRNEN
                     IDVINYTTNTALYIQRALSPAKISSIHVIEEERKAEVFLRPEEVSLAIGKSGLNIKLA
                     SMLTDYTIDVFRDIDTADEEDIYLDEFADEIEMWVIDALKNIGCNTAKAVLALPREEI
                     MERADLEEQTVDDLLRVLSAEFEDELPPAPAEPAAPETTPSDEQTPADELPEDEPSEP
                     EEENEEDDAPEEYPENVADEGDDDADQED"
     CDS             complement(32702..33169)
                     /gene="rimP"
                     /locus_tag="SEQF3106_00889"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A8A8"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome maturation factor RimP"
                     /translation="MIERKTVMDLAEAALSDSACYLVDVTIGTGNAIVVEIDQDEAVS
                     IDDCVALSQYIEAHLDRDAEDYELEVTSTGLDRPFKIVRQYRKNIGNEIELKPRDGAV
                     RTGMLKDADESGITLTVAKKVKPEGARRKTIVYEDEAYSYDEIAYAKNKIRFK"
     CDS             33390..34019
                     /gene="upp"
                     /locus_tag="SEQF3106_00890"
                     /EC_number="2.4.2.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P67396"
                     /codon_start=1
                     /transl_table=11
                     /product="Uracil phosphoribosyltransferase"
                     /translation="MSELYIIDHPMIRHKLTRIRDVHTGAKDFRELLREISMLMGYEV
                     TRDLPLTEVEIETPMERTVAYEISGKKLAIVPILRAGLGMVDGLLSLLPVAKVGHIGL
                     YRDHDTHRPVFYYCKLPEDIDRRMVIVTDPMLATGGSATDAIRMLKEKGCTNIRLMCL
                     VAAPEGVAYVQKNHPDVDIYTASLDRALNDQAYILPGLGDAGDRIFGTK"
ORIGIN      
        1 ctcgggatgc ccgcgtcggt agtaccactc ccacgcgggg ggcaacacaa accaatcagc
       61 aggcacagcg ctaccctcgc tcaggcaatt ctcgtagaca cgatagcgcc catcgggggt
      121 gaggttcaca cgcacatgat aagggcaggg ctccgtgcgc aggccattgg ggcagacgct
      181 gacgacgtct gactcgtcgc agaagcgccc cttgaggcac cccgagcggc ggcacacttc
      241 ggcatcgacc aaggcgccat tgcccggcat ttcaaaccat gccgcggagg gcagcaggtt
      301 aaagaggtcg aagaggacgg gcccggccgt gcgcgccccg acaagccctg ggcgcccctc
      361 gcccgaggca ttgcccaccc agaccccgac ggcgtaacgc ggcgtcacac ccacggccca
      421 ggcgtcgcgg aagccgtagc tcgtgcccgt cttccacgcg atggtctgca tggaggggat
      481 tgtgcgccag tcgatgtctt ccgggcggtt cacctccttg atggcttgaa atgtgagcca
      541 gacagctccg ggagtgaagg cgtaaggcga ggccttgccc accttctcgt cggctgtgag
      601 gatgaggggg ctgcgcggaa ggtcgcgaag gcagcgcgcc atatcgacgt aggccgcggt
      661 gacatcccac aaggtggctt cggcgccgcc gaggatgagc gagaggccgt agtgagaggc
      721 ggggcgggtg agggtggtga atccggcgcg gcggaggtag tcgtgaaact tggggacgcc
      781 atagcgccgg aggagcacaa cggaggggac gttgagcgag cgggcgatga cctctgacgc
      841 aggcacggcg ccctcgaatt gcaggttgaa attctgcggc gcgaagccgt tcacgttgat
      901 tgggatgtcg ggcaggaggg tgcggggcag gatgtcgccg tcttgcaggg cggcacagta
      961 gagcagcggc ttgaggatgc tgcccgtgct gcgtggcgca cggatgatgt cgacttggct
     1021 gccgggctga tgctcgtcga agcgggtgtt gccgcagtag actaagacgc gggccgtgcg
     1081 gacgtcgacg atgatggcgg ccatgtcgcg gatgtcttgc tgaaggaatt cggcatgcca
     1141 ttgcgccatg aggcgttcca cttgcgtttg catcccctta tcaatcgtag agacgatgcg
     1201 ttcaccgggg tgggtgcggc agaagtcggc cactaagtgt ggtgctactc cgggcagcgg
     1261 gaggggttcg gcaggcagtg cctcaccgag ggccagctcg tagtcggtat cgtcgatcac
     1321 gccacggcgc cgcaggtcgc gcagcagtcg gttgcgcttt cggagcagtg cctcacggtt
     1381 gcgcgagagg tgaatcatcg agggggcatt gggtagcacg gccagcgtgg cggcctcggc
     1441 ccaggagagt tcggccgagg cgtgtccgaa gtagcgccag gcggcggcct ccaccccgac
     1501 cacgttgccg ccgaagggcg catgggcggc gtagagtgcc aggatctccc gcttgctgta
     1561 acgacactcc aatcgactgg ccaggatgat ttcgatgagc ttctccccca ccgtccgccg
     1621 ttcgccgcgc gagagtcgga tggtctgcat ggtgatcgtg ctgccgccgc tgacgatgtg
     1681 ccccgcgcgg acgttctgca cgaaggcgcg caggatggcc acgggattga tgccgttgtg
     1741 taggtagaaa tagcgatcct cgaaggcgac gaggcagcgg gcgaacttgt caggggccgt
     1801 gtccgtaggg gggaagcgcc actggccgtc ggctgcgatg cgtgcaccga gcagctcacc
     1861 gtgacgatcg gtcacaacgg tggcgtaggg cacatcgaag agccgacgcg gcaggcacag
     1921 cagataggct aacagcaaaa gagccactcc gtaacggatg gctcttactt gtttcgtatt
     1981 ccaatcgggc aacggattac gcatgtttca atacggctta aacaccgctt aaatacagtt
     2041 tagacgccga gctgatgggc ctcttcgatg gcggcggtgc cttgcttctt ttgcttgacc
     2101 ttgaggtgat cgaagccgta gccgtagacg ccgatcacgg cgctttgcga gatgaaggcc
     2161 gaggggtcga tgtcgttaat gatgcggaag atggtggtcg attggcgctt cttggccagg
     2221 acgaagatca ttttctgcgg ctggccggtg tacatgccca cggtgtcgat cacggtcact
     2281 ccgcggtgca tggcgttgat ggcgcggccg atctcttggt acttcttgga gatgatgaag
     2341 aactgcacgg actggcgggc gctgttgacg atctggtcga gcatgaagct gcacacgtag
     2401 agggtgacga agccgtagac gacgcgctcc cagtctttta gcacgatgta gctggaggtg
     2461 atgatgatgg tatcgagcac catcatcacg cgcccgaggg tgatatcctt gtacttattc
     2521 acgatggcgg ccacgatgtc tgtcccgcct gcgctgccat tggatgagaa ggcgatgcct
     2581 aacccgcagc cgcagaaaga ggcgcctaac acgcaggcca tgaagggctg atcgtgaagc
     2641 agggccacgc ctttggtgag ggcctgcacg acctcgagcg agagggtgag catgcagacg
     2701 ccgtagatgg tcttgatgct gaatttccac cccaagattt tgatggccag gatgagcagg
     2761 aagacgttgg cgccgaagta gacgtactgc acgggcaact tgatggcgaa gtagacgatg
     2821 gaggcgatgc cgggcacgcc gccggtcatg atcttgttgg ggagcaggaa gacggtccac
     2881 ccaacgctgt agagcagcat gccgagggcg atcatcacgt agtccttgac ctcgcgaagc
     2941 agggcttgtt ggttcgatcg aattgacttg acaggattca tgtttctttt catgattttt
     3001 taacgggcgc aaaagtagaa aagatcaaat acgggctctg ggtggttgca ctttctctgc
     3061 caggtgcttt cggagggggg agggagggct tgcacgccgt gcaaagggca aaatgagggt
     3121 catttcggta ctcgcacgcc gtgcaagggg caaaatgagg gtcatttcgg tactcgcacg
     3181 ccgtgcaagg gggtaaatga gggtcatttc gggctttgca cgccgtgcaa gggggtaaat
     3241 gagggtcatt tcgggctttg cacgccatgc aaggggtaaa atgagggtca tttcgggcgt
     3301 tgctcgtatg cagcgaccaa atttcactgc atttcgggcg ttgctcgtgt gcagcgacca
     3361 aatttcactg catttcgggc actgatcgtg tgcagcagcc aaatttcact gcatttcggg
     3421 cactgatcgt gtgcagcggc caaatttcac tgcatttcgg gcgcttgcac gccgtgcaag
     3481 gggcaaaaaa agcggagcgc cgcctcctta tataaggaag ggacgccccg caagggagat
     3541 tttggatggc gcgcattgcc gccatggggt gacgcgcgcg tcaggcctcc gtgccgtatt
     3601 cgaccgcagc cttgcgcttg tagttgctgt aacgccaacg ggcgttctcc tcggcggctt
     3661 tgaagagctc ggctgcctcg gcgggatact gcttcatgac ggatgcgtaa cgcacctcgc
     3721 ccttgaggaa gtcttggaag ccgctgaagt cgggctcctt gctgtcgagc aggaaggggt
     3781 tcttgccctc ggcctcgagc tgcggattgt aacgccagag gtgccagtat ccacaagcca
     3841 cggcgcgctt ctcttccgtc tgactcttgc ccatgcctgc cttcaggccg tggttgatac
     3901 agggtgcata ggcgatgatg agcgaggggc cggggtaggc ttcggcctcg cggagggcgc
     3961 ggagggtctg ggcttggtcg gcgcccatag caacctgggc aacgtagacg tagccgtagg
     4021 tggtggccat gaggccgagg tctttcttgc ggacgcgctt gccggcggcg gcaaatttgg
     4081 cgatggcgcc catgggtgta gacttggacg actggccgcc ggtgttggag tatacctcgg
     4141 tgtcgagcac gaggatgttg acgtccttac cgctggcgat cacatggtcg aggccgccgt
     4201 agccgatgtc gtacgaggct ccgtcgccac cgatgatcca ctggctgcgc ttgatgaggt
     4261 attgggtcaa gcccttcagc tccttgcata cggagcaatc ggcctccttg atgccgcgat
     4321 cgatcatgac ctcaagttgc ggagccaact ccttcgtctt atcggcatcg aacatgttgt
     4381 cgatccatgc ctgcatcagc tctttggctt cagccggagt gtattcgttc tcgatagctt
     4441 gcttgaagag cttcactatg cgctcacgca tcttctcatt ggccagctcc atgccgaggc
     4501 cgaactcgca gaagtcctcg aagagggagt tggcccaagc tggaccgcgg cccatatcgt
     4561 tcttcgtgta cggcgtggag gggacggagc cagagtagat cgaagagcaa cccgtggcgt
     4621 tggccaccat ctcgcgatcg ccgtagagct ggctgatgag cttcacgtag ggcgtctcgc
     4681 cgcaaccggc gcaggctccg gagaactcga agaggggctt ggcaaactgg gagttcttga
     4741 cgttcatctt cgtgtctacg aggtgctgct tcgtcttgac cttctccgag cagtatgtcc
     4801 agttcggcac ctgattcatc tgcgtctcga ggtgcttcat ctggagcgcc ttctcgccct
     4861 tcttgcccgg gcagacgtcg acgcagttgc tacagccggt gcagtcgagc acgtcgactt
     4921 ggatgcggaa gttcatgccg gcaaatgctt ttccctgggc cttgatctgc gggaagtcgg
     4981 cgcccttctg ctcctcttcg tcgaggacga aggggcggat ggcggcgtgg gggcagacgt
     5041 aggcacactg gttacactgg atgcagttgt ccgggttcca ctcaggtacg aacgtggcta
     5101 caccgcgctt ctcatagtag gctgtgcctt gcatccatgt gccgtcctcg atgcccttga
     5161 aggcggagac gggcagcagg tcgccatcct gcgcgttgat ggggcgcacg acgtcgttga
     5221 tgaatgccgg atcgttgttc tcagcgcgcg gatcgtcggg caggttggcc caagcgggat
     5281 cgacgaggag ctgcttgtac tcgcctccgc gatcgacggc ggcgtagttc ttgttcacca
     5341 catcctcgcc tttgcggccg tacgacttga cgatgaactt cttcatctgc tccacggcca
     5401 gatctacggg gatgacgccg gtgatgcgga agaaggccga ttggaggatg gtgttcgtgc
     5461 ggttgccgag gcctatctgc tgtgcgatct cggtggcgtt catgtagtag accgtgatgt
     5521 tgttcttggc gaagtacttc ttcaccttgt tgggcaggtt gcgcgccaag tcgtcgccct
     5581 cccagatggt gttgagcagg aaggaaccgt tcttgcgcag cccgcgggtg acgtcgtaca
     5641 tgtgcagata ggcctgcacg tggcacgcca cgaagttggg cgtgttcact aagtaggtcg
     5701 agcggatcgg gtgatcgccg aaacgcaggt gcgagcaggt gaagccgccg gacttcttgg
     5761 agtcgtagga gaagtatgct tggcaatact tgttggtgtt ttcgccaatg atcttcacgg
     5821 agttcttgtt ggcacccacc gtaccgtcgg cgccgaggcc atagaacttg gcttcgaaga
     5881 tgccttcgcc accgagcgcg atctcttcct tcatgggcag ggaggtgaag gtgacatcgt
     5941 ccacgatgcc aacggtgaag tggttcttcg gctcgttgag tgcaaggttc tcaaagacgg
     6001 agaggatctg cgcaggtgtg gtgtccttcg agctgaggcc gtagcgtccg cctacgatga
     6061 tcggggcatc ggcgcggcca tagaagcaat ccttcacgtc taaatagagc ggttcgccat
     6121 tggcgcccgg ctccttcgtg cggtcgagca cggcgatgcg cttggccgtc tccggcactg
     6181 cggctaagaa gtgcttagcc gagaaggggc gatagaggtg tacggccacc atgccgactt
     6241 tctcgccatt agccactaag taatcgatgg cctcgcgcgc ggcctccgtg acggagccca
     6301 tagcgatgat gacgcgatcg gcatccttgg cgccgtagta gttgaagagg ccgtagttgc
     6361 ggccggtgat cttgttgatc tccttcatgt actcctccac gatggcgggc acggcttcgt
     6421 agaagtggtt gctggcctca cggtgctgga agaagtggtc ggggttctca gccataccac
     6481 gtgccacggg attcatcggg ttcagggcgc gggcgcggaa ctcggccagt gcctctcggt
     6541 cgatgagcgg agcgaggtcg gcgttctcaa gcatttcgat cttctggatc tcatgcgagg
     6601 tgcggaagcc atcgaagaag ctcacgaagg ggatgcgcga cttgagggtg gccaggtggg
     6661 ccacaccggc caagtccatc acctcctgca cggagccttc ggccagcatg gcgaagcctg
     6721 tctggcgcac ggacatcacg tcttggtgat ctccgaagat ggagagggcg tgcgaggcga
     6781 gtgtacgtgc cgaaacatgg aagacgcagg gcagcagttc gcctgcgatc ttgtacatgt
     6841 tcgggatcat gagcagcaat ccctgcgaag cggtgtaggt ggtggtcagc gcgcctgctt
     6901 gcagcgatcc gtgcacggcg ccggcggctc cgccttctga ttgcatctcc agcacggaga
     6961 ccgtctcgcc gaagatgttt ttccgccctg cggcggccca ttcgtcgacg tattcagcca
     7021 tcgtcgagga gggtgtgatc gggtaaatag cagctacctc ggagaacata tacgagatat
     7081 gcgccgcggc ctgattaccg tcacatgtca aaaatttctt ttctcttgtc ataactctct
     7141 ggactattta tatatgaatg atagtagggt agtaaaagca gtggttggtg gggggaggtt
     7201 gctctggcat caatataaga acccgaacat ccataggggg atgaggttgg gctcgtcggg
     7261 gggtgtttcc acctcgtcga cggcatagta atagtcgggg ctggccttcc agcgtgcttc
     7321 ggggtaggct acgcggaaga ggtagcggtc gttgatgagg aagctgttgt ggcgatcttg
     7381 cgcgttcacg ctgttgtcct tgagcaactg gttgaagaag aaggcctcgt tgacggtgcg
     7441 ttcgtcttgc gtctggcggt tcatgacgtg cagcaggttg gagttgtaca tgtaggcgta
     7501 gacgggtttc tgggggaact cctcgccggg gaggtggagg agggtgatca tgcgggcgtc
     7561 tttgaggtac ttgaggtagt tcatgaccgt ggcgcgtgag gttccgatgg tcttgcttag
     7621 ctggctgatg ttgactatgc aggaggcgct ttgcgagatt aggtagagca gccgccgcag
     7681 tttgggcagg tagcgctgtt cgatctgtcg gatgtagagc acgtcgacct cgagggtcat
     7741 gttcatcatc ttgaggaggt tttcggagta gttgcgcttc tcgaggaaga aggggtagaa
     7801 gccgtggtgg aggtagtcat ggaaatgctc accggggttg acgcgggcgc agatgtcgcg
     7861 ggcgatggcg gtgtggtttt ccattaagtc gctgagggtg aaggctggca ggtcgaggct
     7921 ggctttgagg ttgaggtact cgcggaagga gaagccgcgg aggtagtagg gggtgacgat
     7981 gtcgccgact tcgtggtttt cctctttgat acgcatgacg gacgatccgg tgaagacgat
     8041 ccggaggttg gtgtaatggt cgtagcaata tcgcagctcg cgcgaccagt cggggtactt
     8101 gaagatctga tcgatgagga gcaccttgcc gccagcggca tagaactggc cggcaaagtc
     8161 ggtcagggtg cgctcggtga agatgaaatt gttgaggttg acgtagaggc attcgtggcc
     8221 gtctgggggg aagaactcgc gggcgtagga gagcaggaag gtggtcttac cgatctcgcg
     8281 gctgcctttg atgccgatca ggcgctggct ccaatctacc tcgtccatca ggccacgccg
     8341 cacgggtgtg ccaagatgcg tcactaagta tttgtgcgtt cgatagaaag cctccataag
     8401 tcatctgaaa tttccgcggg caaagataag tgctgcttgc agattgtaat ctacaggttg
     8461 caaaattatt tcaagtgatg ggtcatcatt ggccattact tacccccgga tgtattcccg
     8521 agctacccat cgacatattc cgaactaccc atcgacatat tctgaaatac cccgaaatac
     8581 gttccgagat gggtgtcgac atattccgaa ccacccatcg atacgtccgg aggtggtcgc
     8641 cgataggttc cgaaatgggt gtcgatacgt ccggaggtgg tcatcgatag gttccgaaat
     8701 gggtatcgat aggttccgaa gtggtcatcg acaggttcgg gacgtatcga ggggtgcctc
     8761 gggacgtatc gaggggtatt tcggaatagg gtgcggatag gttcggaacg tattcacccc
     8821 ccacttcaga acgtatcaat gggggcttcg gaacgtggtc agggtacgtt cggaacgtgg
     8881 tcagggtacg ttcggaacgt gggtaaaggg gctcgggagc tatcgcataa ggggcactac
     8941 gcacacatgg aatggtgcgc aaaccatttc cggttgacca tagcttcgcg gatcagtcgc
     9001 cggtgaaggt gtcgacgagc acctcgcgat aggcgttgaa gatcttcgac ttggagacga
     9061 agccgatgta tttgtcttcg gagtcgacca cgggcaggtt ccaggccttg gtgtcgtcga
     9121 agatgtgcat gatcttctcc atgggcatgt cgttgataat cttggcgggg gcggaaacca
     9181 tgaaacgcga gacgcggaaa cgctcgtaga gctcggggcg gaacatgatg ttgcggatgt
     9241 tgtccaccaa gacgaggcct aacagtacgc cctcgctgtt gaccacgggg aacatgctgc
     9301 gggggctctt ggcgatggcc tctttgacga cgtcgccgag ggtcatgtct gggtgtacgg
     9361 ggatgaagtc ggtctcgatc acgctgccga cggtcatgag cgtcagcacg gccttgtcct
     9421 tgtggtgcgt caggagctcg cctttctgcg ccagacgcat ggagtaaatg ctgtggggct
     9481 cgaaggcacg gatggtgacg taggagccga tcgagacgat catcagcggc aggaagaggt
     9541 tgtagccgcc cgtcagctcg gcgatgagga agacgcccgt caagggggcg tgcatgacgg
     9601 ccgacatggt gccagccatg cccatgaggg cgaaattctt ttcaggcaga tcgacgggga
     9661 agccgaagta gttgagcaca tgggaaaaga agaagccagc gatgcaaccg atataaaggc
     9721 tcggcgcgaa gatgccgccg caaccgccgc cgccgttggt ggccgccgag gcaaagactt
     9781 tcgtaaggag tatgaggcca aggaagatga cgatgcccca atagcctccg ctcatgccgt
     9841 ggaaggggct ttggtccatc aggtcgagga agcggccgtc gaggagggcg tcgatcgtgt
     9901 cgtagccttc gccgtagagc ggagggaaga ggaagatgag gatgctgagc atgagggcgc
     9961 cgaggatgaa gcgttgccag cggtgaggca acccggcgta aaccccctca acacggatca
    10021 tggcgcgggt gaagtagagc gagacgaggc cgcagaagat gccaagcagc agcacatacg
    10081 ggatgcgctc catgacgaac tcctccgtct gggaaaactg gaacatggcc tcagtgccgg
    10141 agaagatgta ggacatggtg gcagccgtga cggacgagat gagcaggggg aggacggacg
    10201 tcatcgtcag gtcgagcatg agcacctcga tgacgaagac aaggccagca atcggggcct
    10261 tgaagatacc cgccacggct cctgcggcgc cacagccgac gagtagcata agcgtcttct
    10321 gctccatgcg gaagagtcgg ccgaggttcg atccgatggc ggcgccggtc agcacgatgg
    10381 gcgcctcggc accgacggat ccaccgaacc cgatcgtcag ggagctggcc acaagcgagc
    10441 tccacatgtt gtgcggcttg atgcggctct tgcgctgcga gatggcgtag agaatcttgg
    10501 tgacgccgtg gctgatgtcg tcgcggacga tgtagtagac aaagaggccg gagagcagga
    10561 tgccgatgat ggggtaaagc agcagccagt agttggcacc ctcgcggatg ttggcccaga
    10621 gcaactgctg gatggtgtgg atgaggaact tcaacagtag ggcagccgtg gcggcaccga
    10681 tgccgacaag gaaactgatg atgaggatga agttgcgctc cttgatgtgg cgctcacgcc
    10741 agagcaggaa gcgatagaag cggttttcgt gtgtcatgtg agggttgtta gtgacaagtg
    10801 acaggttaca agttacaagt tacaagtgat gagctacgag taacaggcat ttgtaactcg
    10861 taacccgtca ctcgtaactt cctattacaa gtgacgagct acgagtaaca ggcacttgta
    10921 actcgtaacc cgtcactcgt aacttcctac actcccttgc ccgtaaccac cgtctttacc
    10981 gtataaataa ggatggtcag atccagggcg agggacatgt tttcgtaata aaggatatcg
    11041 tagtcaaggc gctcgatcat cttctccacc gtgtcggcat agccatactt gaccatgccc
    11101 cacgaggtga tgccggggcg gacgttgtgt aataaataaa agtaaggcgc agtgcggacg
    11161 atccgatcga tgtagtaccg ctgctccggc cgcggcccga cgagcgacat gtcgccgatg
    11221 agcacattcc agaactgcgg cagctcgtct aagcgatact tgcggaggaa gcggccgaag
    11281 ggcgtcacgc gatcatcatc gtgctgagtg agccgatggc cacggcggtc agcaccgacg
    11341 tacatcgtgc ggaacttata tatcgtgaaa ggccgtccac cacgcccgat gcgctcttgc
    11401 cgaaaaagcg cagggccggg cgaactgcgc ttgacgccaa aggccaagta ggcgtagacg
    11461 ggcgagagca gcaggagcgc cgtggcggag acgatcttat cggccatcca cttgatgttc
    11521 ttgcccgcct cggagaagtt gttgtccgtg gcgtcgatca gggggatgcc gtggatggtg
    11581 cgtgcaccga cgcgccccaa gggactgttc ttcgccgccc agatcttcac ggggcactta
    11641 taacggtaaa gggaataaag cagacttacg gcttccgcat cacgcccggg ctcaacgacg
    11701 agggccaact catgcgcagg tcgggaggcc atcagtgtgg gtaaatcatc gaccccaccg
    11761 agcgtctcct gcacgccctc cgccatcgat tcaccgacga agccctccac ccgatagcct
    11821 aaccgctcca agtcgcgccg cgcctcgggg gcatgccgtc cggtgccaat catgaggacg
    11881 tccgtcaccc accgcccacg gcgcaccatg cgcagggcgt ggttggtgat cacgttgcgc
    11941 ccgacgtaag tcaggacaaa ttgcagcgcg cagaaggtga agaagatggt gtagtagacc
    12001 tcgaacgagc ggggtaggtc gttgaggatg acaacgaaga agatgaagac gcagccgagc
    12061 cccacactaa cgaatgtggt gaaggcctcc tcgatgcgcg acttgccgaa ggggcggttg
    12121 tagtaacccg aaaggaagta gagggcgagc cagaagaagg gcacgagcaa ctgcacctgc
    12181 acgacctgcc gatagccgag gaagtcggct agggtggcaa actcgtagcg ggcgacctcg
    12241 tggaagcgca ccacgttgag cacggcccac gccacggcag acgccatgaa gtcggacgcc
    12301 atgtagatca gtcgctggcg gcgtcggttc atcatcactc gcgaatcact tggatggttc
    12361 cgtccgcacc gaggcggatg atgcccgagg ggcgcgcggg ggtgcggtcg gtgcggcgat
    12421 actggacgat gtaatccacg ccgtggcgca cctcgtcgct gatttcatcg aagcagcggg
    12481 gcgcgggctg gccgctgagg ttggccgagg tggagacgat ggggcggcgg aagcgttcgc
    12541 agagggcgtg cgagaagcgt tcgcgggtga cgcgtatacc gatggagcca tcggggccga
    12601 gcagcgaggg ggcgaggctt cgggcgtggg ggtaaatgag ggtgaggggg cgctcggaga
    12661 ggtcgacgag atcccaggcg atgtcgggga tggtgtcgac gtaggagccg atgcgcgcga
    12721 tgctgtcgac gagcgtaagc atggccttgt ggtcggcgcg ttgcttgagg gcgtagacgc
    12781 ggcggacggc ctcgtcggag gtggcatcgc agccgatgcc ccagatcgtg tcggtggggt
    12841 aaagaatgag gccgccgtcg cgcagggtgc gcaggcaagc ctcgaggtcg tcggtgatgt
    12901 tttcaataga ctcattcatg tggtcgggga tatatctttc tcggaacgca aaggaatagc
    12961 gaaaagcgaa agcgagcggg atacctttgc cgccgagcga agcacacctc ccccccgggc
    13021 gtatgcaacg cgctcctcct tacatataat tatagcatga cccgccccct catctacctc
    13081 accctcctcc tcgccctcac ggcttgcagc acgacgcgct acgtgggcga aggcgaatac
    13141 ctgctcgacc gcgtccgcat cgacgccgag ggcgccccct cccccactgc cgacctgaag
    13201 tcgtacctgc atcagcaccc caaccagaag atcttcggcc tactcaaatg gccgctctac
    13261 gtctatggct ggtccagcga ccgcaaccgc tggacggatc gcctgctccg acgcatgggc
    13321 gagccgcccg tcatcatgga cacggcgctg attgcacttt cgcgcgacga gctacggcgc
    13381 tacatggtca acaagggcta cgtgcatgct gcggtggatt acaccatcga caccacgcgc
    13441 cgccgacgcg ccaccgtccg ttatcgcatc cgcgctggtg agccgtatct catcaccgat
    13501 tatcgcctct cgcctggcga tgcttacatg gactccctgc tgcgcaccga gccgcctctc
    13561 atccgacccg ggcaacgctt cgaccgcgac gagctcgacc gcgagcgcca acgcatcact
    13621 tccctgctgc gacgcaacgg ctacttcgcc ttccatcgcg actacatcta cttcaacgcc
    13681 gatagcgcta cgggcacgcc tgatcgcgta gacctcgaca tgcacatccg ccccttccac
    13741 atagccaccg attccctacc tatcgaccgc ccacatcgcc gatacttcat cgactccgtc
    13801 cgcatcctta ccgacgacaa ccccctccgc cccgactcgc tccgcccagc ggccgacacg
    13861 ctcaacatcc gcggcgtgga catactctac gcttccggcc gacgcatgct ccggcccggt
    13921 gtgctctatc gccgctgctt cttgctgccc ggacggctct tcagcgaacg cgatgcggaa
    13981 cgcacctaca cctcactggc caacctcggc gcactgcgcc acgtgagcct gcgctatgac
    14041 gaacacgaac gcctcgacac gatgcgcctc aacgccaccg tcctcaccgc cgcctctctg
    14101 ccacagggct tcggacttga gctcgagggg acgaactccg gcggcgacct cggattcgcc
    14161 tccgccctca gctaccgtca ccgcaacctg atgcatggct ccgagctgct caccacacgc
    14221 atccgcggcg cttacgaggc cctctccgga ggcaaccgcg gcagcggctg gggcagctac
    14281 tgggagtttg ccgccgaagc ctccctccac ttccccacct tcctgctgcc ttttaccaac
    14341 tacaacttcc gccgacgcat gcgcgccacc accgagctta agctcagcta cgaccagcaa
    14401 cgccgacctg aatatcgccg cgccatcatc tccggcggcc tgaactacaa ctggcagacg
    14461 ggcccgcaga gccaccccgc gcgccactcc ttcaaactga tcgatgtgga ctacatctac
    14521 atgctgcacg tcgacacggc cttccgcagc aacctgcccg agctgacagc caagtacaat
    14581 tactccgaca tgttcatcgt cagctccggc tactccttct ccctgaacag ctacgacccc
    14641 atccgccgca accgcagcgc acactcgctg cgcatcgccg tcgagctggc cggcaacgcc
    14701 ctctacgccc tgtcgcacct ctcccgatcg gagcgcggca gcgacggccg ctacaagctc
    14761 ttcggcacca cctactcgca gttcgtcaag gccgacatcg actttgcccg cagcctcgtc
    14821 atcgatgcgc gcaacagcct cgccctccac ctcggcgccg gcctcggcat cccctacggc
    14881 aacgccacgg agctgccctt cgtgcgccgc tacttcgccg gcggggccaa caacaaccgc
    14941 ggctggtctg tccgcacgct cggcccgggc agcatgccca tcgaggaggc caccacgttt
    15001 atcaatcaag tgggcgacat ccggctggat gccaatgtgg agtatcgcac gcgcctcttc
    15061 tggaagttcg agctggctgc gtatgtcgac gcgggcaaca tctggaccat ccgccgctac
    15121 gactatcagc cccagggcga cttcagcctc tcgcgcttct atcgcgagat cgccctttcc
    15181 tacggcctcg gcctgcgcct cgacttcgac tacttcctca tccgcttcga caccggcctc
    15241 aaggcctacg acccccagca gcgcggcatg cgtcgctggg tcgtcacccg ccccaacctg
    15301 accgaccatt tcgcttggca cttcgccgtc ggctacccct tctgaaaacg aaaagacgcc
    15361 atttgattga aatcaaacag cgccacgaga aaaaggagga aattgatcga gtcaatcgct
    15421 tgaaaaaaac tttttcagcc gatttcctca ggatttcgct tgaaaaaaac tttttcagcc
    15481 gatttcctca ggctttcgct tgaaaaaaac tttttcgtcc gatttcttca ggatttcgct
    15541 tgaaaaaaac tttttcggcc gatttcctta ggctttcgct tgaaaaaaac tttttcggcc
    15601 gatttcctca ggatttcgcc tgaaaaaaac tttttcggcc gatttcccca agatttcgct
    15661 cgaaaaaaac tttttcggcc gatttcctca ggatttcgcc ccggaatcat tgatgatttc
    15721 aatgattgga cagggatcta tcgccatgcc tccgatgccc gccttgaggg gcgccggacg
    15781 ataaggggca atgaccatta cttcagctca taatccatcc ccgtcacctg aaactccgtg
    15841 cggcgattca gctgatcggc cacttcctgc tcctcgggcg ggagcgcgtt tacgaacgtc
    15901 tcgtccaaga ccgtcccctc gggcaggaag gggtacttct tggccagctt agccgtgacc
    15961 gtcttcggca ccatctcgcc atagccctta gccgtgagcc gcgccgtgtc gatacccgcg
    16021 gcgatgaggt aatctaccac cgactgcgcc cggcgctgcg ccaagccctc gttgtattcg
    16081 ttcgacccct tgcgatccgt gtgcgcgccc agctcgatgg tcacgttcgg gttttcgttg
    16141 agcagcttga tgagcttgtc gagcgcctcc ttcgattcgg gccggagcgt ggcgcggtcg
    16201 aagtcgtaga agatgttttc caccaccacg ggcttgtcca cgggcgagag gaagaagtcc
    16261 acgtaatacg tttcgtcctt ctcctcatcg ctcgtcttga gctcgaagtt ttggttcagg
    16321 aagcccgggg cgctggccat catcacatag cggatgtcgc gcgccagctc cacgcggtag
    16381 gagccatcgg ccttggcggg caccttcacg ttcatgccgt cgcgccccac gatgcgcacc
    16441 acggcatcct tcaccggcac ctcgtccacg tcggacacgc ggccatcgat cttcaccatg
    16501 aaggtggggt actcgaagga gtagatatga tcccagccgc gcgcgtcgcc acggttggag
    16561 gagaagaagc cccgctccct gcgcccctcg aaggtgatgc cgaagtcgtc gccctgagag
    16621 ttgatgggcg cgcgcatgtt cgtgacgtgc caatggccgg cgctgtcctg cgtggccttg
    16681 aagaggtcga ggccgcccat gcccgggtgg ccatcggagg cgaagtagag cgtcacggag
    16741 tcgcggacgt aggggaagag ctcgtcgcca gcggtattaa tctccggccc gaggttctct
    16801 atgccgccaa agtcggaggc gccgacgagg cgtgtgcgga agatgtcctt gccgccgtat
    16861 ccacccacgg cgtcggccac gaagtagagg tacttgccat cgggcgaggc ggccgggtga
    16921 gccagcagcg tgagggagtc tttgattatg tccgcgcgct gccccttgct ccaggccgcc
    16981 ccgctgcgcg tcgagaggta gatctcagcc gtgcgcggct cggtggcgtc cacggcgcag
    17041 taggtgtaat acatcgtgtt gccgtctttc gagaacgagg gcgtgccctg atcatactcg
    17101 ctggccacgg ggtcgtccac ctccttgggc ttctgccagg cgccgttctc atccttcttc
    17161 acgaggaaga aggcgttgtt cttcagcccc gtgatggcgt tcagcgaatc cttgtgcacg
    17221 atgccgcggg tggagttgaa gtagagctga tcgtacttat cgccgtaata catcgggcaa
    17281 cactcgctgc ggcgagagtt gaagcgctcc atgcgagcca cctgatagag cgtggggtgc
    17341 tcacgccaac tcttggccga gtcgcatccc tcgatggcgc gcacggcgcg caggtcggtg
    17401 ggggcctgcg ccaaatattc gcggtaatac ttcacggcct cgtcgtatcg cccctccttc
    17461 tggcagacct gcccgaggtg gaaggggagc aggctgtcgg ggtagtcgta acgctcggcg
    17521 ttgaggtagg cgcttgtggc gcgtccggtg ttgttcgcgc gctggttgca ataccccatg
    17581 cggtacgcga tgtaagcgcg gaggtccctc tgcgtaggtt tcgatttggt gtagagttta
    17641 cgatacatcg ccgcagcagc gtagtattca cctaaccgct gcttctcttc ggcgtctttc
    17701 agcttcaccg tcttacacgc agaagtcacg cccagcaaca ggccagcgat cagcagcaag
    17761 gggatatgtc ttttcaatga agatttcatg ggcttgtaag tagtgggata ttattacagt
    17821 caatcaaaaa atggttccaa ataatatgct tcgactggcg tctgagctct ggaatcagtg
    17881 attccgcgac ttcgactggc gtctgagctc tggaatcagt gattccgcgg cttcgactgg
    17941 cgtccgagga gatcccggag cacggctacc ggtctttgtg ccgccggttt ttgtagaggg
    18001 ggacgaagac gatgattccg gaggcgatga tggtgaagac ggtcatgaag tccaccgtcg
    18061 ggctgtagcg gagcagtatg tagaccaaaa ggaaccaaag gaggacgatg cacacggctt
    18121 gcgtgttgct gatcttgcgg cggggcatta ggggattgtt attggtgtgt gtggatgttc
    18181 agtataggtg atgtgtaccc ggaatgggct tcttgggtac atgttgcgaa aggaacgggg
    18241 tgaggagggg tatcacgaag agggagtata aatcacatat aagacataaa agcaaccctc
    18301 tgatatttag ttcggtatat aacgagtaca accgtttaat cactctgcca tcacataaga
    18361 tttacaccca aataggcaca tatcgagcat acttacgaga acgggtcgca tcatccagtt
    18421 ttatcagtcc ggcaccaacc gtatcagata taatccttga tgcggtagaa tagtttgacg
    18481 gggtgatatt caacctgact ctcaggcttt cattagtcat cttctttcct gatacatact
    18541 gcaagcaaca gtgctgataa caagccctaa tcttgtcttc tttactcata ccccttatag
    18601 ctttaggcat aaacatactt acgcgtgtgt aggcctcctc gttcgtgaaa tctggtgcag
    18661 gcagctgata tagttcacat tcagaaatgg ctctatccac tccgctccct ctttcttcac
    18721 aaaaattcat ccgacgcatg ataaaagcca acttctcgtt cctgctgatt ggtgcatgat
    18781 cgataaatcg gagaatatct atcaggggtt tacctggatt ggttatttcc aatcggcttt
    18841 gaaacacttc gatcatgggg gaggttccgc ttatcgagaa gtcttgatga attagggcgt
    18901 tcgcaacaaa ttcccgaatg gcaataggtg gataaatggg tgtctctttt cgttgtgatc
    18961 tccctatttc ttcgtttacc ggcaagttct cgcttaaatg atcgactacg ctttgaaagc
    19021 ctatggcata tcctttccat tcaacccgtt ctttcattgc atggagtcga tcgtctcctc
    19081 tgtaaaaaat gacacgcaca gccttgcgag acaacggatc gaaccttctt agatcgtggg
    19141 caaaaagtat agctcccaaa ttggtaatgt cgaagcaaga ggggcgtttg cacaccacct
    19201 tttcttcttc caatttctgc aggatagcgt gtttattctc gggcaagggc tcttgaagga
    19261 gcctgaatac gttcgggtag tctatcagtt ctaagacctc gtcatctttt aatccgcctt
    19321 ttaccacacc caattcaaaa caagagttac gcgcattctg ccaaatcttt ctttcccgtt
    19381 caggatgttc tgacaaaggc ttcttatatg atccgacacg gatataagcg ttccctttga
    19441 actttaccgg tgtatcctta gccgaatcaa taataaagag gacgattctt tttcctgaaa
    19501 cttcaagctc ttgtatgcaa aaatcgattc tcggatttag caaagaggct atccaatttt
    19561 ctatttcttg attcccgacc ttctcgtctt tcgggctgaa ttttgtcccg actatcgcgt
    19621 gagaagaatc ctctatacca aaaaccaaat agcctttagg ttgccccata taagcagcac
    19681 catttgccaa tgcagataca tactctccga ttaattcggg cttccaattg tcttttttaa
    19741 tctctaccca ttcacattct cttgggcagg cttgtatgtc ttctataatc gttttcaatt
    19801 ccttgtcatt catatctcat gtatttttta tttcaagcat tcaccatatg tctcgctctt
    19861 ggtggctcac ttcacctccg ggacaaggcg gtgggtgatg gcgtagaagg tgaggccggg
    19921 ggtggttttg atgcccagct tggcggtgat gtttttgcgg tgggtgagga tggtgttgac
    19981 gctgacgtag aggcgggcgg cgatctcttt gtttgtcagg ccctcgacga tgaggcggag
    20041 gacatccttc tcgcgttcgg agaggcgcgt gctttcgtcg tcgatcatgg gcaggaggat
    20101 gcgatgccgg atgcggttgt gctggcggat gtcgcggccg agggtgtcga tggcgaagag
    20161 gacggcgtag cagaggttct catcgtatgg gcctgcgagg tgcttgagca tgatgtggcg
    20221 catgtcgtcg agggtggctt ggagggtttc gtcgtcgtcg gtgggggcgt gggggcgtgt
    20281 ccggcggcgg tgtcccttcg ggtcggcggc tgcggcaagg aggtggggga accagtctcg
    20341 ttcgtcgact tcgatgcggc ggcggaggcg ctccttgaag gtggcaaaca tgtctcccaa
    20401 gaggcgcagt gaggtgttgc ctgtgtcgga ggcgtggatg aagaactgga ggtgccgctc
    20461 gatgttgggt agttggtttt gcaggtagta tcggttcgtc ttcttcaggt aatcgatgat
    20521 ttgcccgagg tggaagtgct ggagtttctt ttcggggaag taatcttcgt tgataaacgt
    20581 gttgacgatg gtgaggaaga agtcgggatc tacgtcgtgt gcttcgcaga cggtcttgac
    20641 tgtgtcgtcg cccacgccga ggcgtatgcc aaagcggttg atgacgggca cgagggcgag
    20701 gtggctctcg atggcttcgc tcattttcat gttggcgtag atcaacagca tggggagggg
    20761 tggttatggg ttaattaaaa agggctctat aacggattgt atgggtgcgc gaatttgtgt
    20821 ttcctgcaaa cgaaatatgc gatatggcgc cgcgccgtca ttcatcaata actattactg
    20881 ggaatagaaa tggccgtcga cgatcgtcgt tgacgttttt ccttgtggaa atgccccgtc
    20941 gacgatcgtc gttggcgttt ttccttgcgg aaatgctccg tcgacgatcg ttgttggcgt
    21001 ttttccttgc ggaaatgccc cgttgacgat cgttgttggc gtttttcctt gtggaaatgc
    21061 cccgtcgacg atcgtcgttg gcgtctttcc ttgtggaaat gcctcgtcga cgatcgtcgt
    21121 tggcgttttt ccttgtggaa atggccgttg acgatcgtcg acggcatcct cgaagccccc
    21181 cgatcaaaag attcaatggg tcaagcgtcg agatagaggc tttgccaaca tggacaatgg
    21241 catacttcgt ttgcgataac tccaattcgg ctacctgcac gcctcgttac agagccatta
    21301 aaaagtaggg gcgcctctgt ttgtgcgccc ctatatgtgt ttgggattat cagggcgtat
    21361 gcgatacgtc cgcccttaca tgggaataac cagagagaga gatctcactt cgcgttacgc
    21421 ataaactctt ccaccttatc caccatgttg cggctgccgc agaagaaggg tgtgcgctgg
    21481 tgcagctcgg tgggttcaat gtcgaggatg cggcggaagc cgtcggaggc tttgccaccg
    21541 gcttgctcgg tgaggaaggc gatggggttg cactcgtaga gcaggcgcag cttaccacgc
    21601 ggcgattgcg aggtggaggg gtagatgtag atgccccctt tgatcatgtt gcggtggaag
    21661 tcggccacga gcgagccgat gtagcgcgag gtgtaggggc gtcggccctc ctctttctgg
    21721 cagtacttga tgtagtcctt caccccctgc gggaacttga tgtagtttcc ctcgttgatg
    21781 gagtagatct tgccatcctc ggggaagcgc atgttcgggt tggagaggta atagctgcct
    21841 aacgaggggt cgagggtgaa gccgttcact ccgttgccgg tggtgtagac cagcatggtg
    21901 gaggagccgt agatgatgta tccggcggcc acttggtgcg tccccttttg caggaagtct
    21961 tcaagctgca cgggtgttcc ttcgggcgtg atgcggcggt agatggagaa gatggtgccc
    22021 acggagacgt tcacgtcgat gttagacgag ccgtccaagg gatccatcag cacgacgtac
    22081 ttgctgagct cggagttggc tccgctccga atctcgatga agtcatcgtt ctcctcggag
    22141 gctacaccgc agaccacctc gcgttgcgag agggaattga tgaagacctc gttcgcgatc
    22201 acgtcgagct tctgctgctc ctcgccctgc acgttgcggt tgcccgcttc gcccagcaca
    22261 ttggtgatgc ccgctttgtt gatgtagcgg ttcaccattt tggaggcgat ctgaatgcag
    22321 ctgatcaggc gtgagaactc accagatgaa tacttgaaat ccatctgctt ctcaataatg
    22381 aactctccta aggttggtaa actttgctct ttcataatgg tattcttttt gattgcaggg
    22441 caaagaactg cctttttccc tgcccaacca aagcgtgggg cacggccgtg agcaacctct
    22501 gattgtgctc agcgcatcgc gcaggctggg gggacgaagg atcacgcctc gccgccgttg
    22561 gcgtgttcgc agccggcaca gcgggcagcc tcgccacgga accgacgctc cacgagcgtg
    22621 cgcagacgat ccttgagcgg ttcgaggcgg acgcggtcga tgacgtcgga ggtgaaggct
    22681 acgctcagca tcatccgcgc ctcggctagg gggatgccgc ggctctgcat gtagaagagc
    22741 gcctgctcgt caagctggcc ggtggtcatg ccgtgcgagc acttcacgtc gtcggcgtag
    22801 atctcaagct gcggcttgct gtacatgcgg gcgtcgcgcg tcatgcagat gttgcgattc
    22861 gtctggtaag cctccgtctt gtcggcgccc tcgcagacga ggatgcggcc ggcaaaggcg
    22921 cccacggcgt ggtcgtcgag gacatacttg aagagctcgt tgctggtaca gcggggcacg
    22981 cggtgcgcga tgtgcgagta ggtgtccacg cgctgctcgc ggtcttcgat ggccatgccg
    23041 cagagggtca gctcggcgcc ttcgccattg atgcgggcgc ggtagttgtt gcgcgtctgg
    23101 ccgttgttga gcgtgatgcc gttgactaag acgttgctcc cggcctcctg catggcgaag
    23161 agcgaggaga aacggcgcgt gcggatggag ctctcctcga ggtcgtaata gtcgactacg
    23221 gcgtcgcggc cggcgaagat ctcgaccacc tccgtagaga ggaagtcggt gtcgcccatg
    23281 ctgtgatcgc agacgagcag cttagccgag gcgccgtctt ctacgatgaa gaggatgcgc
    23341 ctatttgcca tcataggccc cgtgctgcgg aagaggttga tcagctgcac aggctgttcg
    23401 agagcgacac cagcgggcac gtagaccacg aggccgtctt gcgcgaagag cgtgttgagc
    23461 gccgcgatgg cgtcgtgctc ggtgcgggcc gccccgccgt aatagcgcgc ggcctgctcg
    23521 gggaagcgtt cggcaaagcc ggcgatgcta cccacgtaga cacccgcggg gagcgacgcc
    23581 tcgaggcggc cgtcagagta gaacgtgtcg ttgatcacga agcagggcgt ggcgctgagg
    23641 ttgggcacgt tgcagcggaa caggtcggcc gtctgcacgg ccaccggccg gcggtcgagg
    23701 ttcaggccat agtcaggcgc gaaggccgcc tgcatgtcgg tgtatttgta gtactcgctt
    23761 gtcgtcggtg ggaagccccc gcgacgcaga tcctccaagg cccggtcgcg cggcgcattc
    23821 atgcaggccg gcgcatggcg gtgcaccgtg tcgcggtgac tctggtagag gtcgatgtat
    23881 tgttgttcgg cattcatatc agcgggctat caatcattat ccttcagcca atcgtacccc
    23941 ttcttctcta actcgagcgc cagctcaggg ccgcccgtct tgacgatgcg tccgtgataa
    24001 agcacatgca ccacgtcggg cttgatgtag tccaagaggc gctgatagtg cgtgatgacg
    24061 atggtggcgt tgtccggtcg gcggaggtga ttgacgcctt tggccacgat gcggagggcg
    24121 tcgatgtcga ggccgctgtc cgtctcgtcg aggatggcga gcgtgggctc gagcatggcc
    24181 atttggaaga tctcgttgcg tttcttctcg ccgccagaga agccctcgtt cacgctgcgg
    24241 ctcatcaggc ggttgtcaag ctctacgatc tcgcgcttct cgcgcatcag tttgaggaag
    24301 tcggtggccg aaacgggcgc ctcgccacgg tattcgcgtt gggcattgac tgccgcacgc
    24361 atgaagttca ccatgctcac gccggggatc tccacggggt attggaagct cataaagatg
    24421 ccttcgcagc tgcgctcttc gggcgacagc tcgaggaggt ctttgccttg gaagatcact
    24481 gtgccttcgg tcacctcgaa ggctgggttg ccgacgagca cactgctgag tgtgctcttg
    24541 cccgagccgt tggggcccat gatggcgtgt atctcgccgg cgttcacgcg gaggtcgatg
    24601 cctcgcaata tctctttgcc gtctatgccg gcatgcaggt tggttatctc taataacata
    24661 atagggtagt tagaagtagt agggggtagt aagaagtagt gagaagtagt agagggcttc
    24721 ttctctgatc cttcttttct tcccttgatg gaagaaaaga agcaaaagaa gatcaaggcc
    24781 tcagggaggc cggccaactc aggggaggcc ggccaactta gtggaagatg ttgtcgagta
    24841 tcatatagaa gagcgtccag gcgtcgtcct cgcggaagca gaaggggaag ttgaccttga
    24901 ggccgacgct gaggtcgtga tacatgccgc ggtcggcgta gctggagccc atgtcgatgc
    24961 cgccaccggg ttggtcgatc gctgtgcggg cgtcgagacc gacgacgaag tcgtagcgca
    25021 gcgtgaaggc gacggacgaa agcagataga agtctaagcc gacgccgggc gaaagggaca
    25081 gccgcgggtt gcggaagtaa tacgtcgcgt ggctgtccaa gtagggcgcc gtggtgcgac
    25141 ggacacgttc gtcgaagttg ccccaggccg aggccgcgag aaagggttgc acggggaagc
    25201 ggtcgggcag gaagtagcgc ttcatcccta accgcaggcc ctgcatgcgc cgcgcgcgat
    25261 cgtcgtaaac gatctcggtg tggaagtaac ccgcttcgac ggcccacttg tcgggcaacg
    25321 cgatctcgcc cgtcacgaac cactccgtgc catgcgtcac gatgatggcg cggggggagc
    25381 tgcccgtctg cacaggttgt gcgaagggtg atccgccagc gttgatggcc caccgacgcc
    25441 tacaatcgtc ttggccgaag gctgtcaccc agcccaccgc cacgatggac agcaacagga
    25501 ggagcccacg ccgtatcatc ccacgctccc ctctaaggag atctgcaaca gcttcccggc
    25561 ctcgacggcg aactccatcg gcagcttgtt catcacctcg cgggcgtacc cgccgacgat
    25621 caggctgacg gccttctcgg tgtcgatgcc gcgctggttg cagtagaaga gttgatcctc
    25681 gttcaccttg cttgttgtgg cctcatgctc cacgacggcc gtctcgttct gtatgtcgac
    25741 gtaggggaac gtgtgtgcgc cgcaggtgga gctgagcagc aggctgtcgc actggctgtg
    25801 gttgcgggcg ccctcggcac gcggggcaac cttcacaagg ccgcggtagc tgttctggct
    25861 gtgcccggcg gagatgccct tcgagacgat cgtgctgcgg gtgttgcggc cgaggtggat
    25921 catcttcgta cccgtgtcgg cctgttggta gttgttggtc acggccacgg agtagaactc
    25981 gcccacggag ttgtcgccgg ccaggacaca cgaggggtat ttccacgtga tggctgatcc
    26041 ggtctccacc tgcgtccagg agatcttgct gctttcgccc cggcacatgc cgcgcttggt
    26101 gacgaagttg tagatgccgc cgttgccgtc cttgtcgccc gggtaccagt tctgcacggt
    26161 ggagtatttc acctccgcgc gatccatcgc caggatctcc acgatggcgg cgtgcagctg
    26221 attctcgtcg cgcatggggg cggtgcaacc ttcgaggtag ctcacatagg cgtcgtcatc
    26281 ggccacgatg agggtgcgct caaactggcc cgtgttggcg gcgttgatgc ggaagtaggt
    26341 gctcagctcc atggggcaac gcacgccttt ggggatgtag acgaaggagc cgtcggagaa
    26401 gacggcggag ttgagcgcgg cgaagaagtt gtcgcgataa ccgaccacgg tgccaaggta
    26461 tttgcggacg aggtcggggt gatgcttcac ggcctcgctg aaggaggaga agatgatgcc
    26521 tttctcggcc agtacttctt tgaaagtggt cttcaccgag acgctgtcca tgacggcgtc
    26581 gacggccatg ccgctgagga tcttctgctc gtggagcggg atgccgagct tgtcgaacgt
    26641 ccggagcagc tccgggtcta cctcgtcgag gctcttgggt ccggccttcc gacggggcgc
    26701 ggcgtagtag atgatgtctt ggtaatcgat gggcgggatg ttgaggtgcg cccaggtggg
    26761 catttctaag gtctgccagt ggcggaaggc gcgcaggcgg aagtctaaga gccactccgg
    26821 ctcctccttt ttgcgcgaga tcagccggat cacgtcctca tcgagcccgc ggtgcagcag
    26881 ctccgtgtcg atgtcggtgg tgaagccgta tttgtattcg ctgccggtga tctcatctaa
    26941 cagcggatcg gtattcttct tcgttttttc cattctatct attgtgtgag ggtgatatgt
    27001 ggtcggccga gccctacggc gggccgttga tgtcttgttt gtggggtcgc ttatgattta
    27061 cacgccgtgc aagctccgaa atgcagtgaa gatcataact cgcttgcagg ttatttatga
    27121 aatgcagtgc attttaccct ttgcacgccg tgcaagcccc gaaatgcagt gaagatcata
    27181 acttacatgc aagtcattta tgaaatgcag tgcattttac cctttgcacg ccgtgcaagc
    27241 tccaaaatgc agtgaagatc ataactcgct tgcaagttat ttatgaaatg cagtgcattt
    27301 taccctttgc acgccgtgca agccccaaaa tgcagtgaag atcataactt acatgcgagt
    27361 tatttatgaa atgcagtgca ttttaccctt tgcacgccgt gcgagccccg aaatgcagtg
    27421 aggttcacga tccgtcggga ctcgtagggg cgaaaaatct ttcgccccta caatcagcgg
    27481 atgtgcatcc cccatcctgc aattcatttt gaagctcgcc cgccgtgcga gccccgaaat
    27541 gcagtgaggt tcacgatccg tcgggactcg taggggcgaa aaatctttcg cccctacaat
    27601 cagcggatgt gcatccccca tcctgcaatt cattttgaag ctcgcccgcc gtgcgagccc
    27661 cgaaatgcag tgaggttcac gatccgtcgg gactcgtagg ggcgaaaaat ctttcgcccc
    27721 tacaatcagc ggatgtgtat ccctcgccct cgattcattc cttccgccac acgaagagct
    27781 tgggcgaaaa gacggccggg acggtttcgc ggatgaaggg gtaggtgcgg gagcgggctt
    27841 ttgtctcctc cgacaggagg aagccgtggc ggtcgagccc ctcgacgagg ttcagcgtga
    27901 agctgatgat gaacagggcg aagctggcgg cgcagagggc gccggtcagg tggttgatga
    27961 ggctcaatgg gcccaccgcc acaccgtgct ccacccaacg cccggccaag cggacagcgg
    28021 cgaggatgag gatgaaggcg ccgatgtagc tgacgaatgt cacactgcgc tccgaggccc
    28081 atccggcgct gaggatgagg ccgcgcagca gcagggccac cttcgtgcaa ccgtagatgg
    28141 cagccaagag ggcacccaag gcggctacct gacggatgaa tccgtcgcgc cagcccttga
    28201 cgaaacagcc tccaacgagg ctcaacacca tcatgtccag ccaagtcatg cgcggggtag
    28261 ccttgggtta tagcgttttc ttcacttcga tttcgtcgaa cggctcgatc atgtcgccct
    28321 cacgcacatc gttgtagttg tcgatgcaga ggccgcactc ttgccccaaa gtggcctcct
    28381 tcacttcgtc tttgaagcgc ttgagcgagg ccagctcgcc ggtgtggatc acgatgccgt
    28441 cgcggatgac gcgcaccttg ttggagcgcc tgatcttgcc ttccttcacg atgcagccgg
    28501 ccacggtgcc cactttcgag atcttgaaga cttgcagcac ctcaaggttg ccgcagatct
    28561 cctcccggat ctcgggcgag agcatgccct ccatggcgga gcggacttcc tcgatggcgt
    28621 cgtagatgat ggagtagagg cggatctcga cgccttcctt ctcggccaac ttgcgggcgg
    28681 ctgcggcggg gcgcacctgg aagccgatga tgatggcgct ggacgaggcg gccagctcga
    28741 catcggactc ggagatctgc ccgacggctt tgtggatgac gttgacctga atctcctcgg
    28801 tggagagttt gatgagcgta tcggagagcg cctcgacgga gccgtccacg tcgcccttga
    28861 cgatgaggtt cagctcgtgg aagtcaccca aggcgcgacg tcgcccgagc tcttccagcc
    28921 cgaagcgctt ctgggtgcgg agcccctgct cgcgctgtag ctgctcgcgg cgtgcggcta
    28981 tctcgcgcgc ctcttgctcg gtgtctaaga cgttcagcgt gtcgcctgcc gtcggcgcac
    29041 cgtccagccc gaggatcagc acgggctccg atggcccggc gctctccacg cgttggttac
    29101 gctcgttgaa catggccttg acgcgcccgt aatgtgtgcc cgccagcacg atgtcgccct
    29161 ggtgcagtgt cccgttgctc accaagacgg tggccacata gccgcgccct ttgtcgagcg
    29221 acgattcgat gacggaggct gtggcgcggc gtttcgggtt ggccttgagc tccaacaggt
    29281 cggcctcgag cagcactttt tcgagcaggt cttgcacgcc gatgcccttc ttggccgaga
    29341 tgtcttggct ctgatactta ccgccccact cctcgaccaa gtaattcatc tgcgagagct
    29401 cctccttgat cttgtctggg ttggcgccgg gcttgtcgat cttgttgatg gcaaagacga
    29461 tgggcacacc ggctgctgag gcgtggttga tggcctcgac ggtctgcggc atgacgttgt
    29521 cgtcggctgc gacgatgatg atggcgatgt ccgtcacctt ggctccgcgt gcacgcatgg
    29581 cggtgaaggc ctcgtggccc ggggtgtcga ggaaggtgat gtgtcggcca tcgtgcaggg
    29641 tcacgctgta ggcaccgata tgttgcgtga tgccaccggc ctcgcctgcg atcacgttgg
    29701 cgttgcggat gttgtcaagc agcgatgttt tgccgtggtc tacgtggccc ataacggtca
    29761 cgataggcgg gcgcggcacc caatcctcgg ggttgtcctc ttcttcctta atggcttcgg
    29821 ccacttcggc gctgacatat tccgtcttga agccaaactc ttcggccacg atgttgatcg
    29881 tctccgcgtc gagccgctgg ttgatggaga ccatgatgcc gatgctcatg caggtggaga
    29941 tgacctcgga gacggggatg tccatcatgt tggccaggtc gttggcggtg acgaactccg
    30001 tcagcttcag gatgcggctt tcgcgttctt cggcgcgttg catttcctgt tcgcggaagg
    30061 ccacggcgtc gcgtttctcg cggcgatact tggcgccttt gctcttggcg cctttgccgg
    30121 tcaggcgggc cagtgtctcc ttcacttggc gttgcacatc gccctcgttc acctccgtgt
    30181 gtatgggtcg tttggggcgc ctacggtcgg atgtggtgtt gtggctgcgg tcgtctctgc
    30241 gtgtgttggc gttgacggca gcgttgatgt cgatgcggtc tttcttgatg cgtctgcgct
    30301 tctttttggc gttgtctgac gctgacgatg ccgatgtgga gcctgccgag cctgttgtgt
    30361 tagcggtggt tttagccggc gtggccgagg cctgcggctg ttgcctgcgc cgatcgcgtc
    30421 cggagccttt gcgcttgggg cgcatggagt ggttgatggc ggcgaggtcg attttgcctg
    30481 tcactttaat gttcgactct aaccgtggct gctccaagcg gaacacttcg tcttctttct
    30541 tctccgtggc ttcggtctgc gtcggtgttt cggccgatgc ttccggggcg gatgtctcgg
    30601 tgggggtggg cgtcggtgtc gggggtgtgt cctgtgcttt cacctctggt tttggctctt
    30661 ccggcttcat cttaggtgcc tcagcctccg ccgccggtgc ggtgggctcc ggtgccttct
    30721 cggtgggcgt tgtgggtgcc tgattaggtt cgtttacgcc ttcttgctga gccgcatttg
    30781 tctcgggttt atcctgtgca gaggctgact gcccccctct gcgcctccgc ctggagcgcg
    30841 aggtgctgtg cccggctgtt tcgggcaagt cgatcttgcc tttggtgaca aacttgggga
    30901 ggatgtcgtc cggcacttcc gtcgggatca cttccggttc ctttttcggt tcctgttctt
    30961 gtggtggttc ttgtttcggc tcttttttta cgggtggctc cttaggcgcc gtcttttcga
    31021 gcaggtggtt gcgttcgttt tctgacaagt tcttgccaaa ctccttcacg agcacggcat
    31081 actgctcatc cgggatgcgg acgttggggt tgctttcgac ctcgaagcgc ttcccgcgca
    31141 gatagtcgac aaccgtctgc aagccgacgt tcaggtcctt caatactttg ttcaatttaa
    31201 caggcatatt tctcttcctc gtagtgttta ttctgattta atcctcctga tcggcgtcgt
    31261 cgtcgccctc atcggcgacg ttttccgggt attcttccgg cgcatcgtct tcttcattct
    31321 cttcttctgg ttcactcggt tcatcctcgg gcaactcgtc ggcgggagtc tgctcatcgc
    31381 tcggcgtagt ctccggagcg gcgggttcgg caggtgccgg tggcaactca tcttcaaact
    31441 cagcggagag tacacgcagc aagtcgtcca ccgtctgttc ttccaggtcg gcacgttcca
    31501 tgatctcttc gcgcgggaga gccagcacgg ctttggccgt attgcaaccg atattcttca
    31561 atgcgtcgat cacccacatc tcgatctcgt cggcaaactc atcgaggtag atgtcttcct
    31621 cgtcagccgt atcgatgtcg cggaagacgt cgatggtgta atccgtcagc atactggcca
    31681 gcttgatgtt gaggccgctt ttgccgatgg ccagtgagac ctcctcgggg cgcaggaaga
    31741 cttcggcttt acgctcctct tcgatcacgt ggatgctgga gatcttggcg gggctgaggg
    31801 ctcgctggat gtagagtgcg gtgttggtgg tgtaattaat gacgtcgata ttctcgttgc
    31861 gcagctcccg gacgatgccg cggatgcgtg accccttcat gccgacgcag gcgcctactg
    31921 catcgacgcg atcgtcgtac gattcgacgg caattttggc gcgctctccg ggaatgcgtg
    31981 caatggcacg gatggtgatg aggccgtcgt tgatctcggg cacttccaat tcaaagaggc
    32041 gctgcaggaa gaccttgtcg gtgcgggaga gatagatccg cgtgttgtta tctgtcacca
    32101 cgcgttgcac gatggcgcgt acggcctcgc ccttccggta gaaatcgccg gggatttgct
    32161 ctgatttggg cagcaagagt tcgttgcctt cgtcgtcgag cagaagcact tccttcttcc
    32221 acacctgata gacgtctgcc acaacgatgg atccgatcag ctcgcggtat ttggcagcga
    32281 ggttgtcttt ctgtagctcc atgattttcg aggcgagtgc ctgcctgagg ttgaggatgg
    32341 cgcgccggcc aaacttggca aagtgcacct cgtcggtcac ttcctcgccg atggcacagt
    32401 cggcgtcgat ctgttgcgca tcgcgcagcg agacctccag gttggggtcg ctgacgtggc
    32461 cattttccac cacggtacgg ttgcgccata tctcgaagtc acccttctca gggttgatga
    32521 tcacgtcgta attctcgtcc gtgccaaaca tcttggcgat cacgttgcga aacgactctt
    32581 cgagtacatt aatcatcgtc tccttgtcga tgttcttcag atccttgaac tcctgaaggg
    32641 agtctatcat gctgactgtt tcctgtttct tggccatatt ctctgtctct cttacgctgt
    32701 cttatttgaa tcggatttta ttttttgcgt aggctatttc atcatagcta tacgcttcgt
    32761 cttcgtacac gatggtttta cggcgggcgc cttcgggctt tactttcttg gctacggtga
    32821 gggtgatacc gctctcgtca gcgtctttga gcatgcctgt gcggacggcg ccgtcgcggg
    32881 gtttgagctc tatttcgttg ccgatgtttt tgcggtattg ccgaacgatt ttgaaggggc
    32941 gatcgaggcc ggtagaggtg acttccagct cataatcctc ggcgtcgcgg tcgaggtggg
    33001 cttcgatgta ttggctcagg gcaacgcaat cgtcaatgct gacggcttcg tcttggtcta
    33061 tctccacaac gatggcgttg ccggtgccta tggtgacgtc tacgaggtaa caggccgaat
    33121 cactcagggc agcttcggcc aaatccatca cagtttttcg ttcgatcatt attagcaaaa
    33181 agaaagggaa ctgtttgtgt tccccgtcgt aattctgggg gcaaatatac gaggaatcag
    33241 ctcttttcga gagcgaactg tttttgcgca cagcaacgga tggcacgtcg gagcgtgtga
    33301 gttagccctt gaatagggca aaatggacgg agcaacgatg tgtttttgcc tacgtttgtg
    33361 ccgctgaaaa acaaaagtct tatctaaata tgagtgaact gtatattatc gatcacccga
    33421 tgatccgcca caagctgacg cggatacggg atgtacacac gggggcgaag gattttcgcg
    33481 agctgctccg tgagatctcc atgttgatgg gctacgaggt gacgcgcgac ctgccactga
    33541 cggaggtgga gattgaaacg ccgatggaac gcaccgtggc gtatgagatt tcgggtaaga
    33601 aactggccat tgtgcccatc ctgcgcgcgg ggttgggtat ggtggatggg ctgctgagcc
    33661 tgctgccggt ggctaaggtg gggcacatcg ggctctatcg cgaccacgac acgcaccgcc
    33721 cagtgtttta ctactgcaag ctgccggagg acatcgatcg ccgcatggtg atcgtcacgg
    33781 atccgatgct ggccacgggc ggcagtgcga cggacgcgat ccgtatgctg aaggaaaagg
    33841 gatgcacgaa catccgcttg atgtgcctcg tagcggcgcc ggagggtgtg gcgtatgtgc
    33901 agaagaatca ccctgacgtg gacatctaca cggcttcgct cgatcgtgcg ctgaacgatc
    33961 aggcatacat cttgccgggg ttgggggatg caggtgatcg gatcttcggg acgaagtaga
    34021 ccgataaaga ttacggagaa agccccctca ggacggtctg ttgaaccggt ttcctgaggg
    34081 ggctttttgt ggggtgaccg cactaaacca acgtgagttc gatgtaagaa tgaggttcct
    34141 tacgtccaca ccatgtcttt gttagagtac tcgggcgg
//
LOCUS       SEQF3106|MIQD01000022.132605 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..32605
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(1466..2404)
                     /locus_tag="SEQF3106_00891"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAERKTKTPAGAEVKEIIWTDLTRMNNGAHYQFIKNVHENISAE
                     TELLTDTHIKAAADKLGEALKKEDECYARSRKSFATDEIVAADALRDKYFMGFRKTVK
                     GLLNHPDPETALAAQHIEQLIKDYRIDPDMQFERETGAITNLVGDCEAKCLADVNKLN
                     LKPYVDALKAANTKVDTLLMGRNRERVGQEVGALRAARQASDDAYLWLVKLVNALALT
                     GDQSKFGAFIDLMNVVVKRYKEQVIPAQKKKDDPSDPKDPKQPKDPKQPKDPKQPEGP
                     KEPEKPGGGDDIHLPEEPPKKPDDAKQPQPSPGATT"
     CDS             complement(3306..5222)
                     /gene="recQ_2"
                     /locus_tag="SEQF3106_00892"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15043"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent DNA helicase RecQ"
                     /translation="MDRYHEILKKYWGYDTFRPLQEEIIRSVGAGRDTLALMPTGGGK
                     SLTFQVPTLAMDGLCLVVTPLIALMKDQVDGLRRRGIKATAVYTGMTRSEIDTRLDNC
                     IFGDYKFLYLSPERLTTDLFRAKLRAMHICLLAVDECHCISQWGYDFRPSYLRIADIR
                     EALPPSVPVLALTATATPRTVDDVQEKLHFRAPNVLRKSFARSNLAYVVRHCDDKSVT
                     LIHILRHTRGAAVVYVRSRSRTAEIAATLRAAGFTATFFHAGLSREVKAERQNAWMAG
                     QLRVMVATNAFGMGIDKPDVRLVVHIDIPGSLEEYFQEAGRAGRDGEPAYAVALSTPN
                     DPGLLRHRLANDYPDRSLILRVYDALGSHLGIASGYGMFTTHDFSLEAFCVAHRFSIT
                     QAYHAIKILELSGYLVYDEAPENASRVCFLVTRDDLYSLAHNTPHTDAVLHALLRSYS
                     GIFADYVFIDEALLATRARITQAEVCEALIQLSRAHIISYIPRRDTPRITFTRTREEP
                     RYIRIPRSAYEERRDRDRERIERVIEYITDDRHCRSRLLLRYFGETHTTDCRHCDVCL
                     RRTRSGLVQWELSAVREALANRLRGHAPQPVVAIADSLPLDREKNLRAIRFLLDNDPR
                     FRLADSMLAYVEGE"
     CDS             complement(5298..7037)
                     /gene="recJ"
                     /locus_tag="SEQF3106_00893"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21893"
                     /codon_start=1
                     /transl_table=11
                     /product="Single-stranded-DNA-specific exonuclease RecJ"
                     /translation="MTHRWNIRPHTKEEIRRRDALSTALGLNPIISLLLAQRGIATTE
                     EAHRYFNPDLRDLHDPFLMPDMFKAVKRLNKALGNKERIMIYGDYDVDGTTAVALVYK
                     FLRAYSSSLEYYIPDRYDEGYGISFKSIDYAVSRGITLVISLDCGIKAIDRVAYANER
                     GVDFIICDHHMPDDELPAAVAVLDAKRADSHYPYAHLSGCGVGFKLMQAFAQSNDIPF
                     AMLQGLLELVAVSIASDIVPITGENRILAYHGLRQLNGNPSFGLRGIINVCGLQHKDI
                     LVSDIVFKIGPRINASGRMMSGKEAVDLLLARDMHEAKVLSENIDRYNEDRRELDKKI
                     TDEANAIISTFHNIEAQKGIVVYNPDWHKGVIGIVASRLTEKYCRPSVVFTKSSELIT
                     GSARSILGFDIYRAIEACRDLLENFGGHTYAAGLSLREENLEAFTQRFLEQTARDIGP
                     EQMMPQIDIDAVINLSEVNMPLLQELKRMEPFGPGNDKPVFATMRVHDYGTSRRVGRD
                     LEHLRLEVVDSRGGGPLHGIAFGMSEHSNYVKQQNPFDICYSVEENTYNDNTTLQLMV
                     KDIRPSVPPPSNG"
     CDS             7400..7618
                     /locus_tag="SEQF3106_00894"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDMETTTHDGITIKMMIPEASDLHLLKELAARMGWVIEREKRTG
                     LDEAIDDIKAGRIHKAKDVDDLMAQLMK"
     CDS             7629..7901
                     /gene="yafQ_4"
                     /locus_tag="SEQF3106_00895"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q47149"
                     /codon_start=1
                     /transl_table=11
                     /product="mRNA interferase YafQ"
                     /translation="MYEIAYSTRFKRSFKKCLKRGLNPDIFRKVVAFLTETGRLPSQY
                     RPHKLSGKYNGYWECHLQPDWLLVWQQDDRRLILLFVDTGTHADLF"
     CDS             complement(7924..8355)
                     /locus_tag="SEQF3106_00896"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEQDYLLKIMQEFIDAIGKIMRRPGEDDDAAEARMQAHFDAVS
                     QQFFHQPTGHFLRLDKEDILDDLLAASDPRRTEGRAQMLAELFYRNALIKTSHMERLD
                     LLEKSLYLFAYVGRTSRTYSWDRERKMADIRRRLDEFGAEG"
     CDS             complement(8475..9131)
                     /gene="tal"
                     /locus_tag="SEQF3106_00897"
                     /EC_number="2.2.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WYD1"
                     /codon_start=1
                     /transl_table=11
                     /product="Transaldolase"
                     /translation="MKFFLDTANLDQIREANDLGVLDGVTTNPSLMAKEGIRGEENIR
                     RHYVEICHIVGGDVSAEVIATDFEGMVREGQALADLDPHIVVKVPCTADGIKAIRHFS
                     TKGIRTNCTLVFSPGQALLAAKAGATYVSPFVGRLDDISSDGVELVVKIVKMYRYYGY
                     ATQVLAASIRTTQHIIQCLEAGADVATCPLAAIKGLLRHPLTDSGLATFLADYHKLNG
                     "
     CDS             complement(9194..10723)
                     /gene="rny"
                     /locus_tag="SEQF3106_00898"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31774"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease Y"
                     /translation="MSWIWMIAAFVAGGLVAGLVMTLLNKATHAKHMEEINRETDVMK
                     KNKMLEVKEKFLQLKAELEKQVTARNTKIQAVEAKLKQCEMGLTQRQEELQRKIEEAD
                     IVKENLNNQALLIEKKKQDLEKMHQQEVVHLETISGLSAGEAKERLIESLKDEAKADA
                     ASYVNEIMEEAKMSANMEAKKVVIKTIQRVATETAIENSVTVFHIDSDEIKGRIIGRE
                     GRNIRALEAATGIEIIVDDTPEAIVLSGFDPVRREVARLALHQLVLDGRIHPARIEEV
                     VNKVRKQVEEEIIETGKRTTIDLGIHGLHPELVRLIGKMKYRSSYGQNLLQHARETAN
                     LCAVMAAELGLNPKKARRAGLLHDIGKVPDDEPELPHAILGMKVCEKYKEKPDICNAV
                     GAHHDEIEMQTLLAPIVQVCDAISGARPGARREVVEAYIKRLNDLEQLAMSYPGVVNT
                     YAIQAGRELRVIVGADKIDDKDTENLSAEIAKKIQDEMTYPGQVKITVIRETRAVSYA
                     K"
     CDS             complement(10908..11216)
                     /locus_tag="SEQF3106_00899"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKANEFIIHLEIAGKKYPVTLTRGDVRTERRVREAARRVQQMYL
                     ERKNQFSKVVDDKDLLAMVAIQLATDMIPLEERNDTKPFTEQIRRLTGELECYLKENR
                     "
     CDS             complement(11224..11499)
                     /locus_tag="SEQF3106_00900"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEEDQKIWAVLEVRLQDVITLCDERKQTIESLTQTIHQMEADY
                     RTLHAKYTDLLTAGYIVSAEEDERKAAKKRLSDLVRDVDKCLALLNG"
     CDS             11898..14486
                     /gene="clpB1"
                     /locus_tag="SEQF3106_00901"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P53533"
                     /codon_start=1
                     /transl_table=11
                     /product="Chaperone protein ClpB 1"
                     /translation="MNLNNFTIKSQEAVQKAVELVTRQNQQSIEATHLLKAVILTGES
                     VVNFLFQKLGINAQGLNAALDRKIASYPKVEGGEPYLSREANAVLQKAVDYCGKMGDQ
                     YVSLEHIILALFSEHSDASQMLKDAGMTEKELRAAIDELRKGNHVTSQSAEDTYDSLS
                     KYAINLNERARSGKLDPVIGRDEEIRRVLQILSRRTKNNPILIGEPGVGKTAIAEGLA
                     HRIVRGDVPENLKSKQIFSLDMGALIAGAKYKGEFEERLKAVVNEVTKSEGQIILFID
                     EIHTLVGAGKSDGAMDAANILKPALARGELRAIGATTLDEYQKYFEKDKALERRFQTV
                     MVDEPDEADTISILRGLKEKYENHHKIRIKDDAIIAAVQLSSRYITDRFLPDKAIDLM
                     DEAAARLRMQVDSVPESLDEVSRRIAQLEIEREAIKREDDQPKLEQLSREIADLKEDE
                     KKQKARWQNEKELIDRIQQNRIDIESLKYEADRAEREGDYGKVAEIRYGRIKTKEEEN
                     ASIQRQLHEMQGGAAMIKEEVDSEDIADVVSRWTGIPVSKMLQSEREKLLHLEDELHK
                     RVVGQDEAIHAIADAVRRSRAGLQDPKRPIGSFIFLGTTGVGKTELAKALAEYLFDDE
                     NMMTRIDMSEYQEKFSATRLVGAPPGYVGYDEGGQLTEAIRRKPYSVVLFDEIEKAHP
                     DVFNVLLQVLDDGRLTDNKGRTVNFKNTIIIMTSNMGSSLIRDNFEKLTDENRERVVA
                     ETKAEVLELLKKTIRPEFLNRIDEIIMFTPLTEQEIRQIVALQLKGVERMAAANGIAL
                     QFSDAAVAYLAEKGYDPQFGARPVKRAIQELVLNELSKEILSGKIDRGHGVKVDFRNG
                     QLTFGN"
     CDS             14522..15010
                     /locus_tag="SEQF3106_00902"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVGRACCFLGGDAPPAQGCALGYRPPGLQPGLMYPVRPVGPPDD
                     SPGGNPGGGISAHTTRPPNSNVLGGLIRPGFRALPRVSPRPGLRTRPGLRPHPGFRPG
                     LSSAGPTGRMDVPLRGYAFPSLPTVKEAGSLCAYIPTNPCGCHPHGLGGATHLSYMVR
                     PI"
     CDS             complement(15614..16936)
                     /gene="bepC"
                     /locus_tag="SEQF3106_00903"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8G0Y6"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane efflux protein BepC"
                     /translation="MKTLTLIPALLLLATLTASAQDTTATRWSLQRCIEHAKANNLEV
                     RMRQVEVDRQEVTLNTARGKRLPNLSAGASQRWSFGRSASAADNTYQVQTTAATSWSL
                     STDVPLFTGFEIPNEIAAARLDLMALAADLQKTRDNMEITVTSAYLQVLFDKELLGVA
                     ENKLALSRAQLDRTRKMRDAGRASEAQIYETEAQVAADELSAVQATNDLRIATLTLTQ
                     LLELPDPEGFDVEPPAETDTTFVLARRPDDIYRTALTTRAAIHAEELRLQSSEKQVRV
                     AQSALYPTLSFGAGYSNAYYHIYDKHNAAFADQLRDNRGQYLGFDLRIPIFNRRATRN
                     SIRTARLAMRSQELQLENTKKALYKDIQQAYYSALSAAERYRSATAAWQSAEKAFTFT
                     GDRFENGRATTYEYNEAKTNLIKALSDRTQAKYEFLLRKKILECYEQQ"
     CDS             complement(16940..18058)
                     /gene="macA_2"
                     /locus_tag="SEQF3106_00904"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P75830"
                     /codon_start=1
                     /transl_table=11
                     /product="Macrolide export protein MacA"
                     /translation="MNNRLVKKIKRIVLLSVVGLAVVGTFVFLWKKAQPEVTEYEIVT
                     PERGTVETKTVATGNVEPRYEILIKPQISGIISEVLKEAGQRVTEGEIIAKVKVIPEM
                     GQLNSAESRVNVARISLDQVENTHRRDEQLFKQGILTAEEFDVSKANYRKAKEELANA
                     QSALEIVRDGISRNTRSSSTTQIRSTITGMILNVPIKVGNSVIQSNSFNDGTTIASVA
                     NMNDMIFRGNVDETEIGKIREGMPIKLTVGALGTRTFDAVLEYVSPKGEEKNGAIQFE
                     IKAAVSLPDTSFVRAGYSANAEIVVEHAENVLTIPESTVEFHGDTAFVQVVKQEKPKQ
                     IFEKRRIKTGLSDGIKIEVKEGLTEKDKIRGAAISKEK"
     CDS             complement(18537..19793)
                     /gene="macB_2"
                     /locus_tag="SEQF3106_00905"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2EHL8"
                     /codon_start=1
                     /transl_table=11
                     /product="Macrolide export ATP-binding/permease protein
                     MacB"
                     /translation="MFFDADRWTEIWVTITRNKTRSLLTCFGVFWGILMLVILLGLGR
                     GLKNGIMKNTDGFATNSVFFIADRTSEPYRGFNKGREWNIRNRDLESIRREVPGLDAI
                     SPVLWGARKEKNVVYGQLSGTYNVKGVDPAYFRIEAQRVLFGRLLNEIDAREKRKVCL
                     IGSRINETLFRNENPCGRYVRVNGIYYQIVGVVKQRARVNIGGRSEESVFLPFTTMQQ
                     TLNQGDVIHFLAASAYKDIPIQRIIDDITGILRRQNSIAPTDKQAVMVINIAEQFATF
                     AMLFAGIDALIWLVGMGTLLAGVIGISNIMMVTVKERTREIGVRRAIGARPRDIISQI
                     MSESLVLTALAGMIGLSVGVFIIDLIDRILSAQPGDDATLLHPGVHMGTAVAATIVLL
                     VCGMLAGLIPAWRAMQIKAIDAIRDE"
     CDS             complement(19883..21148)
                     /gene="macB_3"
                     /locus_tag="SEQF3106_00906"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2EHL8"
                     /codon_start=1
                     /transl_table=11
                     /product="Macrolide export ATP-binding/permease protein
                     MacB"
                     /translation="MFDFDDIREILSTMRRNRLRTLLTGFSVAWGIFILIILLAAGNG
                     LRNGVMYNFSNFSANRVEVWPNYTTKPWQGIRENRPLTFRNADVEHLATDFPEVEHYS
                     GRIDHSDTLAYNKEYVNANLSGVAPDFASIDFIIPTRGRFINEIDLRQRRKVIVLSPR
                     MAEVLFHEEDPIGRYVRIGHMMFQVVGVYRDKEMNNNKPAYIPFTTAQQLYRSGTEVD
                     ELIFTVRGIKSEEENAAFEQRFRTAMALRHHFDPSDTGALGMWNTGDDFRMLDLIMNG
                     LMMFIWIVGISTLMAGIVGVSNIMLVTVRERTREFGIRKAIGAGPASILRLIIIESIL
                     VTTLFGYVGMVAGIGVTELIDYGMTMTGMNADTGGGPGDISIFRHPTVSLGIATSATL
                     LLIIAGVVAGYFPARKAVSIPAVEAMRSE"
     CDS             complement(21244..21909)
                     /gene="yknY_2"
                     /locus_tag="SEQF3106_00907"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31711"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein
                     YknY"
                     /translation="MIQLRGINKTYHNGAPLHVLKGIDLDIDRGEMVSIMGASGSGKS
                     TLLNILGILDTYDSGEYHLDDLLIRDLSESRAAELRNRMIGFVFQSFNLIPFKNAMEN
                     VALPLYYQGVPRKQRNAQALDYLERVGLRDWAEHLPSEMSGGQKQRVAIARALIARPQ
                     VILADEPTGALDSKTTVEVMELLRAVNREGMTMVIVTHEPSVAEATDRVVHVKDGLIV
                     SND"
     tRNA            22188..22274
                     /locus_tag="SEQF3106_00908"
                     /product="tRNA-Ser"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ser(cga)"
     CDS             complement(22307..23203)
                     /locus_tag="SEQF3106_00909"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPEDKEIRKRTLLIMAIIIVVIALIGVGYVIFHQRQQMEDMTE
                     LFAIEKEHLTDEYAELSLQYEGYKFSVGNDSLVALLTTEQMKVQRLMEELRTVKATNT
                     RRITELKRELETLRKIMRGYVVQIDSLNAENGRLRNENERVTEQYRQASSAAAQLSRE
                     KEHLTERVTLASRLEASAIAVRPITSRGKDAKKIDKIAQLVVSFHLAKNITAPTGEKT
                     IYVRLMRPDDDILTKPSSGTFALENRNIGYSMKRTVEYAGEDLPVVMYWNVEEYLSPG
                     TYRADIFADGHLIGRRAFTLQN"
     CDS             23236..23403
                     /locus_tag="SEQF3106_00910"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAAKDKRQQKEQRGGCSHPQSFPPSSRRQLLEHSGHTPRHFYTL
                     PTTLYLILILF"
     CDS             23451..24560
                     /gene="resA_3"
                     /locus_tag="SEQF3106_00911"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P35160"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiol-disulfide oxidoreductase ResA"
                     /translation="MSLPKLFIIGCIGCLLAACGQKAAYRVELKLSNLKAQNLYAVFE
                     SADGKQVDTVAYQPEKGAVITRNEGVYDLLTIYFENHQEGITIYLEPGRKITVTGDAR
                     HPLTLQVKGTRTNEQLSDFRRKAAALLNEKTERSGGAKPEPDTAPAEAPQTGHLPRLA
                     NIDHELAQLAEDFILKHPKDEASAILIQDYILDPEDPARAEKLISTLSPKLDKTYTVR
                     NLRAYCQRARRTMVGVKAPDFSLCNLDGKTFTRDSFAGRHLVLAFTASWCDLCKTEKL
                     LLDKILSDFRRQDVDVALVSLDEEPQDVRIQMRGDTTHWNVFTDSAGQAIRVLEAYNI
                     NALPRCFLIDPKGTILLKTDNGIELRQTLEDRLKK"
     CDS             complement(24916..26556)
                     /gene="groL"
                     /locus_tag="SEQF3106_00912"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P81284"
                     /codon_start=1
                     /transl_table=11
                     /product="60 kDa chaperonin"
                     /translation="MAKEIKFDMEARDALKKGVDELANAVKVTLGPKGRNVIIEKKFG
                     APQITKDGVTVAKEIELACPYENMGAQLVKEVASKTNDKAGDGTTTATVLAQSIIGVG
                     LKNVTAGANPMDLKRGIDKAVAKVVESIASQAEEVGSNMERIEHVAKISANGDESIGK
                     LIAEAMQKVKKEGVITVEEAKGTDTTVEVVEGMQFDRGYISAYFVTDTEKMETQFENP
                     YILIYDKKISVLKDLLPILEQVVQSGRALLIIAEDIDSEALATLVVNRLRGGLKVCAV
                     KAPGFGDRRKAMLEDIAVLTGGTVITEEKGMKLEDAKMDMLGTAEKVTVDKDNTTIVK
                     GHGDKKAIAARVNQIKAQIETTTSDYDKEKLQERLAKLAGGVAVLYVGAASEVEMKEK
                     KDRVDDALHATRAAIEEGTVPGGGVAYIRAISALEGLKGENEDEMTGIEIIKRAIEEP
                     LRQIVDNAGKEGAVVVQRVKEGKGAFGYNARTDVYEDLGQAGVVDPAKVARIALENAA
                     SIAGMFLTTECVVAEKKEDNPPMPPMNPGMGGGMGGMM"
     CDS             complement(26587..26856)
                     /gene="groS1"
                     /locus_tag="SEQF3106_00913"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77828"
                     /codon_start=1
                     /transl_table=11
                     /product="10 kDa chaperonin 1"
                     /translation="MNVKPLADRVLVKPAEAEEKTASGIIIPDSAKEKPLKGEIIAAG
                     KGTKDEEMVLKPGDHVLYGKYAGTEIELEGEKYLIMRQSDVLAII"
     CDS             27093..27935
                     /locus_tag="SEQF3106_00914"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILIADSGSTKTQWNVIRNGQLVCEVFTKGLNPYFQTPEEMGKE
                     LRSALLPHIPDGPYAAVRFFGAGCTPEKIRSMERMLMDNLSVSDTVEVGSDMLGAARS
                     TCGREAGIACILGTGSNSCFYDGAAIMANVSPLGFILGDEGSGAVLGRLLVGHLLKNQ
                     LGEELKERFLSEYGLTVADIIERVYRQPFPNRFLASFSPFITRHLDDPRMRQLVHGAF
                     KDFFARNVMQYDGYADHPVHFVGSVAYHYQSLLCDTAKGLGLRVGTIAQSPMEGLRGY
                     YSFF"
     CDS             28176..29018
                     /gene="murQ"
                     /locus_tag="SEQF3106_00915"
                     /EC_number="4.2.1.126"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44862"
                     /codon_start=1
                     /transl_table=11
                     /product="N-acetylmuramic acid 6-phosphate etherase"
                     /translation="MTAFTKITEQDSLYDNLENKSVRELLDDINREDRKVAVAVGEAI
                     PQVEKLVEQIVPRMQRGGRIFYLGAGTSGRLGVLDASEIPPTFGMPPTLVVGLIAGGD
                     TALRNPVENAEDDTERGWQELQEHHITTDDTVVGIAASGTTPYVVGALRAARRAGILT
                     AGITSNPGSPVATEAEIPIEVVLGPEFVTGSSRMKSGTAQKMILNMITTSTMIRLGRV
                     RGNKMVNMQLSNQKLVDRGARMLVNELGLPYDRARTLLLLHGSVKKALDAFGQAGRDK
                     EITT"
     CDS             29015..29749
                     /gene="fic_2"
                     /locus_tag="SEQF3106_00916"
                     /EC_number="2.7.7.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8E9K5"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenosine monophosphate-protein transferase
                     SoFic"
                     /translation="MNHRTDTPLLVALREQKAARLKGGIYHRTQVDLTYNSNRIEGSR
                     LTHEQTRCIFETNTIGPADEAVNVDDILETVNHFRCVDRIIDEADQPLTETFIKELHA
                     TLKQSTTDSRREWFVVGDYKRLPNEVGGRETCPPEEVADCIQSLLAAYHATPHPTLES
                     LIDFHHRFEFIHPFQDGNGRVGRLILFKECLRHAIVPFIITDRLKPFYYRGLREWGRM
                     NGYLLDTCLTAQDEYRALMQYFRIGE"
     CDS             30120..32006
                     /locus_tag="SEQF3106_00917"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRLYIFLLKTFLPLFFMTFGICLFIVLMQFLWKYVDDMVGKGI
                     GIGVLAEMFFYAALSFVPMALPLAILLASLMTFGNLGEQLELLAMKSAGISLPRIMKP
                     FIVLLAFVAVGAFFFQNNIIPLSQVKMYTLLSSVRDKSPELEIPESTFYSQISGFNVY
                     VKKKDRDGLLHHLMIYDYSDGFNNAQVIVADSGRLKVSTDKQFLVLYLFDGRMFKNLR
                     DQGEATEGGAVPYQKESFKSREILIRFDSEFHRADESAMQDRYVGKNLRSLRTSIDSM
                     TVRLDSVKESNARDVYARSYRRELYPTDTAALAPAPQPSPTAFDSLLAALPPERRISY
                     MQSARNAIEMLKADNEFQADILASDEKEMRRHHTEMHKKFTLSFACLIFFFIGAPLGA
                     IIRKGGLGMPVVISVFLFIFYYVIDNIGFKMASNGMWQPWQGMWLSSAVLLPLGIFLT
                     YKASNDSAILNADTYTEALKRIIGKRPTRKVEKKEVIMYALDYAAWSRHITALQTDIT
                     AYLQGARRWMPYFSFWRQGGRDPEAERIAHQLEEVVEEGRNSDRHLVLNKLMDYPILS
                     GYDLVDFRMSPRAGRIMAWIFPASLPIYLLSMIRRKLLLHDMRTTLRVSDEMLTLIPN
                     DKGQ"
     CDS             complement(32066..32575)
                     /locus_tag="SEQF3106_00918"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTVASVCPARRSTPRERARSGLMCPGRPRSVGFVAGSASARMV
                     CARSWMETPVVQPLPSRSTVTVKGVSRVEVLWVTCMSRPSSSQRSSVMGAQSTPRPFL
                     SMKLTFSGVIFSAAMMKSPSFSRSSSSTTMRNLPSRKSSIASLIVFNRFILWCIYGLS
                     SGQLLIISD"
ORIGIN      
        1 gaaggagcgc gtgagacctg cgtctgacac gacctccacc tcggcgctgc gcttcttggt
       61 gcccgtgttc ggtttgacgg tgacggtgac cgtcttggcg gctgcgtctg gcgtaaccgt
      121 gagccagtct tgggtgcggt ctttgagctt tacgccccag ccctcgacgc tggacttgac
      181 cgcgacggac tgcgaggcgc cgccactggc cgcgaaggtg agtgtggtcg gggtgagggt
      241 gagtgtgggc ggggcggtgc ttttcgcctc ttgtgtcaca tggagtgtcg cctcgccttc
      301 ggtggtcttg aaggtgatgg tgccggtgcg ttctgcgccg gtgttcttat ggatgacgat
      361 cctatgcgtt tggctataat gcatgccagg cttgttggag acgattatag cccagtccaa
      421 attatcaaga cgagtaacct cgaactgctc gtcgcaactg agttccaccg tttgatggtg
      481 atagtttgca tccacgttca gctccgaggg ggtaagggtg aacttggcgg gctgctcggg
      541 atcgctgccg gtagagatgc ggatttctcc acataactgt ccggattccg tcacgacggt
      601 gtaccgcgtt ccattataac acttgatctt cccccttact gggcgcacga tcttacagcc
      661 tgagagatta atgttcaatg cattgaataa gtgactgtcg ttcggacact tgacatggac
      721 attgctgtta ttgatctgta ggcttccctt tacatagatg cctcgattgg ccgtgagggt
      781 gcatccgtct atcgttagat tgagatcatt cttatggcga taacctacac tgatagccat
      841 gtttccggat tcgattgtca ggcttccccc gccggtgatc cgtagggatg cattagcata
      901 tattgcttcc tcaactctgc tttttagcgt gttgttccct tgcaatcgaa tgatgatgcc
      961 gtcgggaggg ttcattttcc cattaccggg gtagtaatag aatatggaag aaatatctcc
     1021 tccgtcgatg gtggcattgt taagggtcag ggtgcgggtg tttatgtcga acgagacttt
     1081 accggtgatg tgcgggccgg taatatttga ggcatttttg gaggtgacct gcacgccgcc
     1141 gatcctgatg ctgtaggtgg aggtcttctt cgcccctacg tcagttacga accccatcag
     1201 ccctgcgaat agtgcgatga ggaagataga gaggtgatat tttgctttca tcatgtaaag
     1261 gttttgtgcg gcgccgaaac gccgcggatt caattaaaaa cgaaaaacta aaagctaaaa
     1321 acgaacaatg cccggtgggg cggttcgtta atgattaccc gggtaccgcc gggtgtcgtg
     1381 cgattcaatt attaattatc aattatcaat tgacaattac cgatgattac ccgggtaccg
     1441 ccgggtgtcg tgggggtgat acggttcatg tggtggcgcc ggggctgggt tggggctgct
     1501 tggcgtcgtc gggcttcttg ggcggctcct cggggaggtg gatgtcgtcg ccacctccgg
     1561 gcttttctgg ctccttgggg ccctctggct gcttcggatc cttgggttgt ttgggatcct
     1621 tcggctgctt ggggtctttg gggtcggagg ggtcgtcctt ctttttctga gcggggatca
     1681 cctgctcttt gtagcgcttg acgacgacgt tcatcaggtc gataaaggcg ccgaacttgc
     1741 tttggtcgcc ggtgagtgcc agggcgttga cgagcttgac gagccagagg taagcgtcgt
     1801 ccgaggcttg ccgagcggct cgcagggcgc cgacctcctg ccccactcgc tcacggttac
     1861 gacccatgag cagggtgtcc accttcgtgt tagcggcttt gagggcgtcc acatagggct
     1921 tgaggttcag cttgttcacg tcggccagac acttcgcttc gcagtcgccc acgaggttgg
     1981 tgatggcgcc ggtctcgcgc tcgaactgca tgtcgggatc gatacgataa tccttgatga
     2041 gctgctcgat gtgctgtgcg gccaaggccg tttcggggtc ggggtggttg aggaggccct
     2101 tgacggtctt gcgaaagccc atgaaatact tgtcgcgcag ggcatctgcg gcgacgatct
     2161 cgtcggtggc gaagctcttc ctcgaccggg cgtagcattc gtcttctttc ttgagtgcct
     2221 cgccgagctt gtcggccgcc gccttgatat gcgtatcggt cagcagctcc gtctcggcgg
     2281 aaatgttctc gtgcacattc ttaatgaact gataatgtgc accgttgttc attcgggtga
     2341 gatctgtcca gatgatttct ttcacctctg cacccgctgg cgtctttgtt tttctttctg
     2401 ccataattct ttgggtatta aaaaagatgc tgttctacat gctaaagatg tttgcgggag
     2461 ttcccgcaag tctcgcggca tttaccgggg catttgcggg agttcccgca agtctcgcgg
     2521 catttgccgg ggcgtttgcg ggagtcccgc aagtctcgcg gcatttaccg gggcgtttgc
     2581 gggagttccc gctgggtccc gcggcgttta ccggggatgc tcttaccggc tgcgcaggtc
     2641 ttattctgtg tgccggcttc ttgattggcg ttgctgtatg cattatctcg ttcatcttga
     2701 tatgtcgtat acgtatattc attcgtgtgc cgtcgggtgc gtttttgtcc gattgcgagg
     2761 gcaaaggtaa aggggcgata aaggcacgtc aatacgtaat attacgtaca cacgtatgtt
     2821 aattgtcaat ggttaattgt taattattat cggggggggc cttgcggcct gttgaattgt
     2881 tgagatgttg gagccaaaag gcccgttgaa ttgttgaggc gggtacccgg ccgcgccctg
     2941 aaagggcaac cgagttggcc cgtagggtca acgaggaacc cagcccaggg cagagcgacg
     3001 cccaccgggc ggagcggcac cctgggctgg gttgatttgc cccttcgggg cgcatccggg
     3061 cgggattcaa ttattaattg tcaattacca atgattaccg gggggggaaa attcaattgt
     3121 taattatcaa tgatcaattg tcaatgatta cccgggcggg gacgggtacc cggccgcgcc
     3181 cagggttgcc ccctgggcgg cggacgatag ccaggggcga aacccctggt gcgcggttgg
     3241 ggggattcaa ttatcaatta tcaattgaca attatcaatg attacccggg tggggcggac
     3301 gatgatcatt cgccctcgac gtatgccagc atgctgtcgg cgaggcggaa gcgggggtcg
     3361 ttgtcgagga ggaagcggat ggcgcggagg ttcttctcgc gatctaaggg gaggctgtcg
     3421 gctatggcga cgacgggctg gggggcgtgg ccgcggaggc gattggcgag ggcctcgcgg
     3481 acggcgctca gctcccactg cacgaggccg gagcgggtgc gccgtaggca gacgtcgcag
     3541 tggcggcagt cggtggtgtg ggtctcgccg aagtagcgga gcaggaggcg cgagcggcaa
     3601 tgccggtcgt cggtgatgta ctcgatgacg cgctcgatgc gctcccggtc gcggtctcgg
     3661 cgctcctcgt aggcggagcg ggggatgcgg atgtagcgcg gctcttcgcg ggtgcgggtg
     3721 aaggtgatgc ggggtgtgtc gcggcggggg atgtagctga tgatgtgggc gcgggagagc
     3781 tgtatgaggg cttcgcagac ctccgcctgg gtgatccggg cacgggtggc caggagggct
     3841 tcgtcgatga agacgtagtc ggcaaagatg ccgctgtagg agcgaagcag ggcgtgcagg
     3901 acggcgtcgg tgtggggtgt gttgtgggcg aggctgtaga ggtcgtcgcg ggtgacgagg
     3961 aagcagacgc gggaggcgtt ttcgggtgcc tcatcgtaaa cgagatagcc ggagagctcg
     4021 aggattttga tggcgtggta ggcctgcgtg atggagaagc gatgggcgac gcagaaggct
     4081 tcgagggaga agtcgtgggt cgtgaacatg ccgtaacccg aggcgatgcc gaggtggctg
     4141 ccgagggcgt cgtagacacg gaggatgagg ctgcggtcgg ggtagtcgtt ggcgaggcgg
     4201 tggcgcagca ggccgggatc gttgggggta gagagggcta cggcataggc gggctcgcca
     4261 tcgcgcccgg cacgcccggc ctcttggaag tactcctcga gcgagccggg gatgtcgatg
     4321 tgcacaacga ggcgcacgtc gggcttgtcg atgcccatgc cgaaggcgtt ggtggcgacc
     4381 atgacgcgca gttggccggc catccatgcg ttttgccgct cggccttcac ctcccgactg
     4441 agcccggcgt gaaagaaggt ggccgtgaag cctgcggctc gcagcgtggc ggctatctcg
     4501 gctgtgcggc tgcggctgcg gacgtagacg acggcggctc cacgggtatg gcggagtatg
     4561 tggatgaggg tgactgactt gtcgtcgcaa tgacgaacga cgtaggcgag gttgctacgg
     4621 gcgaagctct tccggaggac gttcggggcg cggaagtgga gcttctcctg cacatcatcg
     4681 acggtgcggg gggtggcggt ggcggtgagg gccaagacgg ggacgctggg cgggagcgcc
     4741 tcgcggatgt cggcgatgcg gaggtaggag gggcggaagt cgtagcccca ctgcgagatg
     4801 cagtggcact cgtcgacggc gaggaggcag atgtgcatgg cgcgcagctt ggcgcggaag
     4861 aggtcggtgg tgaggcgctc gggggagagg tagaggaact tgtaatcgcc gaagatgcag
     4921 ttgtcaagcc gtgtgtcgat ctcggagcgg gtcatgccgg tgtagacggc ggtggccttg
     4981 atgccgcgcc ggcggaggcc atctacttgg tctttcatca gggcgatgag cggggtgacg
     5041 acgaggcaga gcccgtccat ggccagtgtg ggcacttgga aggtgagcga cttgccgccg
     5101 ccggtgggca tgagcgcgag ggtgtcgcgg ccggcgccga cggagcggat gatctcttcc
     5161 tgaagcggcc ggaaggtgtc gtagccccag tacttcttca gtatttcgtg atagcgatcc
     5221 accgagtatc aattcttaaa tgattaagcc ggatacatgg tggttgttcc atatgtaccc
     5281 ggcttgatga ttgatcatta accattagag gggggaggga ctgaggggcg gatgtctttc
     5341 accatcagtt ggagtgtggt gttgtcgttg taggtgtttt cctccacgga gtagcagatg
     5401 tcgaaggggt tttgctgctt gacgtagttg ctgtgttcgc tcatgccaaa ggcgatgccg
     5461 tggagggggc cgccgcctcg gctgtcgacg acttctaacc tgaggtgctc caggtcgcgg
     5521 cctacgcgtc ggctggtgcc gtagtcgtgc acgcgcatgg tggcgaagac gggtttgtcg
     5581 ttgcctggtc cgaagggttc catccgcttc agttcttgta gtaggggcat gttgacttcg
     5641 ctgaggttga tgacggcgtc gatgtcgatc tgtggcatca tctgttctgg gccgatgtcg
     5701 cgggcggttt gttctaagaa gcgttgggtg aaggcctcga ggttctcttc gcgcagggag
     5761 aggccggcgg cgtaggtgtg tccgccgaag ttttcgagca agtcgcggca ggcctcgatg
     5821 gctcggtaga tgtcgaagcc gaggatggag cgtgccgatc cggtgatgag ctctgacgac
     5881 ttggtgaaga cgactgaggg gcggcagtat ttctctgtca gccgggaggc gacgatgccg
     5941 atgacgcctt tgtgccaatc ggggttgtag acgacgatgc ctttctgggc ttcgatgttg
     6001 tggaaggtgc tgatgatggc gttggcctcg tcggtgatct ttttgtcgag ctcgcggcgg
     6061 tcttcgttgt agcggtcgat gttttcgctt agcactttgg cttcgtgcat gtcgcgggca
     6121 aggagtaggt ctacggcttc tttaccgctc atcatgcggc cggaggcgtt gatgcgcggc
     6181 ccgattttga agacgatgtc gctgaccagg atgtctttgt gttgcagtcc gcagacgttg
     6241 atgatgcctc ggaggccgaa gctggggtta ccattgagct ggcgtaggcc gtgataggcg
     6301 aggatgcggt tttcgcctgt gatggggacg atgtcggagg cgatgctgac ggctacgagt
     6361 tcgagcaggc cttggagcat ggcgaagggg atgtcgttgc tttgtgcgaa ggcttgcatg
     6421 agcttgaagc cgacgccgca gccgctgagg tgggcgtagg gatagtgcga gtcggcgcgt
     6481 ttggcgtcga gcacggctac ggctgcgggg agctcgtcgt cgggcatgtg gtgatcgcag
     6541 atgatgaagt ctacgccgcg ttcgttggcg taggctactc ggtcgatggc tttgatgccg
     6601 caatcgagcg agatgacgag ggtgatgccg cggctgacgg cgtagtcgat gctcttgaag
     6661 gagatgccgt agccctcgtc gtagcggtcg ggaatgtagt attcgagcga ggaggagtag
     6721 gcgcggagga atttgtagac gagggcgacg gcggtggttc cgtctacatc gtaatcgcca
     6781 taaatcatga ttcgctcctt gttgccgagt gctttgttga ggcgtttgac ggccttgaac
     6841 atgtctggca tgaggaaggg gtcgtgtagg tctctgaggt ctggattgaa gtagcggtgg
     6901 gcctcttcgg ttgttgcgat gccgcgttgg gcgagcagca ggctgatgat ggggttaagc
     6961 cctaaggctg tgctcagagc gtctctgcgg cgtatctcct ctttggtgtg gggtcggatg
     7021 ttccatcggt gtgtcattat ctattctggt ttttgttttg ttctatgcac aaaaaatgaa
     7081 aaccgacatc cccaccgttt cggcaggtat cggttttcat agagaggctc tttcgctctc
     7141 cctcctcctt ctctctgaat tatggaaaag aatcaaacgg cgaatcgctt gctgcatgga
     7201 ggaaaagcct cttttgttcg ggtgtaaagg tagatagatt atgcgaggcg cccgttttgg
     7261 agccgcatcc gggctgctcg ttctgagggg cgggctaatc gcttcggccg acgtgcgcgg
     7321 agccgttcag gggggctaat cgacgccatt cgtgggaggg cgtaattttg tcaggctcac
     7381 aatgactata caatacgtta tggatatgga aacaacgaca catgatggta tcactatcaa
     7441 gatgatgatt ccggaggctt ctgacctcca tttgttgaag gagcttgccg ctcgcatggg
     7501 atgggttatt gaacgcgaaa agcgtactgg cttagacgag gctattgatg acatcaaggc
     7561 cggccgtata cataaggcca aagatgtcga tgatctgatg gcacaactga tgaaataaaa
     7621 atctctccat gtacgaaatc gcatactcga cacggttcaa aaggtcgttt aagaaatgcc
     7681 ttaagcgcgg attgaatcct gatattttca ggaaggtggt ggcgttcctc actgagacgg
     7741 gcagactgcc aagtcagtat cgccctcaca aattgtcagg caagtacaat ggatactggg
     7801 agtgccacct tcagcccgat tggctgctcg tttggcagca agatgatcgc cgattgattt
     7861 tgcttttcgt cgacactggc acgcatgctg atctcttttg aggaatgatt taggggcaca
     7921 ttttcacccc tccgccccga actcgtcgag gcggcggcgg atgtcggcca tcttgcgttc
     7981 gcgatcccag gagtaggtgc ggctcgtgcg gccgacgtag gcgaagaggt agagcgactt
     8041 ctcaagtagg tcgaggcgct ccatgtgtga ggtcttgatg agtgcgttgc gatagaagag
     8101 ttcggcgagc atctgcgcac ggccttcggt gcggcgcggg tcggatgcgg cgagcagatc
     8161 gtctaagatg tcctccttgt cgaggcggag gaagtggccg gtgggttggt ggaagaactg
     8221 ctggctgacg gcgtcgaagt gggcttgcat acgcgcctcg gccgcgtcgt cgtcttcgcc
     8281 cgggcggcgc atgatcttgc cgatggcgtc gatgaactcc tgcatgattt tcaggaggta
     8341 gtcttgttcg atcatagaga aatgaaaagc taaaagctaa aaactaaaag tcctgccggc
     8401 aggaggaatg ggtttgatca cctctctgcc ggcaggacgc tttcgttgtt cacttttcgt
     8461 ttttagttca tcgcttatcc gttcagctta tggtagtcgg ccaggaaggt ggccaatccg
     8521 ctgtcggtaa gcgggtggcg gagcaggcct ttgatggccg cgagcggaca ggtggccaca
     8581 tcggcgccgg cctcgaggca ctggatgatg tgctgcgtgg tgcggatcga ggcggctaac
     8641 acttgcgtgg cgtagccgta gtagcgatac atcttcacga tcttgacgac taactcgacg
     8701 ccgtcgctgg agatgtcgtc aagtcggccg acgaagggcg agacgtacgt ggcgccggcc
     8761 ttggcggcca gcagcgcctg cccgggcgag aagacgagcg tgcagttggt gcgtatgcct
     8821 ttcgtggaga agtggcggat ggccttgatg ccatcggccg tgcagggcac cttgacgacg
     8881 atgtgcgggt ctaagtcggc caatgcttgc ccctcgcgca ccatgccctc gaaatcggtg
     8941 gcgatcacct cggcgctcac gtcgccgccg acgatgtgac agatctctac gtaatggcga
     9001 cggatattct cctcaccgcg aatgccttct ttggccatca gtgacgggtt ggtggtgacg
     9061 ccgtctaaga cgccgaggtc gttggcctcc cggatctgat ccagattagc tgtgtctaag
     9121 aaaaacttca ttgtataggt agtaataagt agttaggggg tagtagaggg tagttcgtag
     9181 tagtctctgt ccatcatttg gcgtagctca cagcgcgcgt ctcgcggatg acggtgatct
     9241 tgacttggcc cgggtaggtc atctcgtctt gtatcttctt ggcaatctca gcggagaggt
     9301 tctccgtatc cttatcatca atcttgtctg caccgacgat gacgcgcagc tcgcggccgg
     9361 cctgtatggc gtaagtgttc actacgccgg ggtacgacat ggccagctgc tcgaggtcgt
     9421 tgaggcgctt gatgtaggcc tccaccacct cgcggcgggc accggggcgg gcgccggaga
     9481 tggcatcgca gacttgcacg atgggagcga gcagggtttg catctctatc tcgtcgtgat
     9541 gcgcaccaac ggcgttgcag atgtcgggct tttctttgta cttctcgcag accttcatcc
     9601 caaggatggc gtgcggcagt tccggctcgt cgtcgggcac cttgccaatg tcgtgcagca
     9661 atcctgcgcg gcgcgccttc ttcggattca ggcccagctc agcggccatc acggcgcaga
     9721 ggttcgctgt ctcacgcgca tgttgcaaca ggttctggcc atacgacgaa cggtatttca
     9781 tcttaccgat caatcgcacc aactccggat gcaacccgtg gatgccgagg tcgatcgtcg
     9841 tgcgtttgcc cgtttcgatg atctcttcct ccacctgttt gcgcaccttg ttgacgacct
     9901 cctcgatgcg tgccgggtgg atgcggccgt cgagtacaag ctgatggagc gccagccgag
     9961 ctacctcgcg gcgcacgggg tcgaaacctg agagcacgat agcctcaggc gtgtcgtcca
    10021 caatgatctc gatacccgta gccgcctcca aagcgcggat gttgcgcccc tcacgcccga
    10081 tgatgcggcc cttgatctcg tccgaatcga tgtgaaagac ggtgacggag ttctcgatag
    10141 ccgtctctgt agccacgcgc tgaatggttt tgatcaccac ctttttcgcc tccatgttgg
    10201 ccgacatctt cgcctcttcc atgatctcgt tcacgtaaga cgccgcgtca gccttggcct
    10261 catccttcag cgactcgatc agtcgctcct ttgcttctcc ggccgagagg cccgagatgg
    10321 tctccaggtg caccacctct tgctggtgca tcttctccaa gtcttgcttc ttcttctcga
    10381 tcagtagcgc ctggttattc aggttctcct tcacgatgtc ggcctcttct atcttccgtt
    10441 gcagctcttc ctggcgttgc gtgaggccca tctcgcattg tttgagcttt gcctccacgg
    10501 cctgaatctt cgtgttgcgt gcagtcacct gcttttccag ttccgccttc agttgcagga
    10561 acttctcctt cacctccagc atcttgttct tcttcatcac gtccgtttca cggtttatct
    10621 cttccatgtg cttggcgtgc gtagccttgt ttagcaaggt catcaccagc cccgccacca
    10681 gtccaccggc gacaaaggct gcgatcatcc atatccaact catttcgttt ttctgtgttt
    10741 atgtgtgatt ataaaaaagc actcatcctt tttgctgtgc ctctctgggg gcttcccttc
    10801 ccccgtccgt aggctgctcc aaaaagaaca agtgcgttgc attctctcta ttatatacgt
    10861 cccctcactg cccggaatct cttcatgcct ccccgtccgc cgatggttca acgattctcc
    10921 ttgaggtaac attccagttc acctgtcaat cggcgtatct gctccgtgaa gggcttcgtg
    10981 tcgttgcgtt cctccagggg gatcatgtcc gtggccagct gtatagccac catcgccagc
    11041 aggtctttat cgtccaccac cttcgagaat tggtttttac gctccagata catctgttgc
    11101 acacgtcggg cggcctcgcg cactcgtcgc tctgtccgca catcgcctcg cgtgagcgtg
    11161 accggatatt tctttccggc tatttccaaa tggatgatga actcgttcgc tttcacggct
    11221 tcgttatccg ttcaatagcg ccaaacactt gtctacgtcc cgcaccaagt ctgacagtcg
    11281 cttctttgct gcctttcgtt cgtcctcttc ggccgaaacg atgtagcccg ccgtcagcag
    11341 gtcggtgtat ttagcatgca atgtgcggta atcagcttcc atctggtgga tggtttgggt
    11401 caggctttcg atggtttgtt tccgttcatc gcagagggtg atcacatcct gcaatctcac
    11461 ctcgagcacg gcccatattt tctgatcttc ttcgttcata ttctgccaaa tcgcatgaca
    11521 aaagtaggaa gaagtatgaa cctcattggg cgcccgcgcg tgggcagcgg gcgcagcgac
    11581 atcacttggc ggtaagcccc gcgcgccagt ttttgatctc cgtactccta cggcgatctc
    11641 ccggacgtgt gtttttgatc tccgtacccc tacggcgatc tcccggacgt gtgtttttga
    11701 tctctgtacc cctacggcga tctcccggac aggtgttttt gatctccgta cccctacggt
    11761 gatctcccgg acaggtgttt ttgatctccg tatgattatg ccactttgtc acacctgatc
    11821 cctcggcacc gaatttgaca atccgggggc atcagaatga atcatcaaac agtaaacaag
    11881 aataggagta aatagatatg aacctgaaca atttcactat caaatcgcag gaggcggtgc
    11941 agaaggcggt ggagttagtc actcggcaaa accaacagag catcgaggct acgcatctct
    12001 tgaaggctgt catactgaca ggcgagagcg tggtaaactt cctgtttcag aagttaggaa
    12061 tcaacgcgca agggttgaac gcggcattag atcggaagat cgcttcctac ccgaaggtgg
    12121 aggggggcga accctacctc agccgcgagg ccaacgcggt gctgcaaaag gctgtggact
    12181 attgtggcaa gatgggcgac caatacgtgt cgcttgagca catcatcctg gcgctcttct
    12241 ccgagcacag cgacgcctcg cagatgctca aggatgcggg catgacggag aaggagctgc
    12301 gcgcggccat cgacgagcta cggaagggca accacgtgac gagccaatcg gccgaagaca
    12361 cgtacgactc gctgagcaag tatgccatca acctgaacga acgcgcgcgg tcgggtaagc
    12421 tcgatcccgt gatcggacga gatgaggaga tccgccgcgt gctgcagatc ctgagtcggc
    12481 ggacgaagaa caacccaatc ctgatcggtg agccgggcgt cggtaagacg gccatcgctg
    12541 aagggttggc gcaccgtatc gtgcgcggcg acgtgcccga gaacctgaag agcaaacaga
    12601 tcttctcgct cgacatgggc gcactgatcg ccggcgcgaa gtacaagggc gagttcgaag
    12661 agcgactcaa ggcggtggtg aacgaggtga ccaagtccga ggggcagatc atcctcttta
    12721 tcgacgagat ccacacgctg gtgggcgcgg gcaagagcga cggtgcgatg gacgcggcca
    12781 acatcctcaa gccggccttg gcgcgcggcg aactgcgggc catcggcgcc acgacgctcg
    12841 atgagtacca gaagtatttc gagaaagaca aggccttgga gcggcgtttc cagaccgtca
    12901 tggtggacga gccggacgaa gcggacacca tttccatcct gcgcggactg aaggagaagt
    12961 atgagaatca ccacaagatc cgcatcaagg atgacgccat catcgcggcc gtgcaactct
    13021 cctcgcgcta catcaccgac cgtttcctgc ccgacaaagc catcgacctg atggacgagg
    13081 ctgcggccag actgcgtatg caggtcgatt ccgtgcccga atcgctcgac gaggtatcgc
    13141 gccgcattgc ccaattagag attgagcggg aggccatcaa gcgcgaagat gatcagccga
    13201 agctggagca gctcagccgc gagatcgctg acctgaagga ggacgagaag aagcagaagg
    13261 cgcgttggca gaacgagaag gagctgatcg accgcatcca gcagaaccgc atcgacattg
    13321 agtcgctgaa gtacgaagcc gaccgcgccg agcgcgaggg cgactacggc aaggtggccg
    13381 agattcgcta cgggcggatc aagacgaagg aggaggagaa cgcctccatc cagcgccagc
    13441 tgcacgagat gcagggcggg gcagccatga tcaaagagga ggtggacagc gaggacatcg
    13501 ccgacgtcgt ctcccgctgg acgggcatcc cggtgagcaa gatgttgcag agcgagcgcg
    13561 agaaactgct gcacttagag gacgagttgc acaagcgcgt cgtaggtcaa gacgaggcta
    13621 tccacgccat cgctgacgct gtgcgccgca gtcgggcggg gctacaagac ccgaagcgcc
    13681 ccatcggatc gttcatcttc ctcggtacta cgggcgtcgg taagacggag ctggccaagg
    13741 cactcgccga atacctcttc gacgatgaga acatgatgac gcgtattgac atgagcgagt
    13801 atcaggagaa gttcagcgcc acgcggctcg tcggggcgcc tccgggatac gtcggttacg
    13861 acgagggcgg acagctcacg gaggccatcc gaaggaagcc ctactcggtc gtcctcttcg
    13921 acgagatcga gaaggcgcac ccggacgtct tcaacgtgct gctgcaagtg ctcgacgacg
    13981 gccgcctgac ggacaacaag ggccgcacgg tgaacttcaa gaacacgatc atcatcatga
    14041 ccagcaacat ggggtcgtcg ctcatccgcg acaacttcga gaagctgact gacgagaacc
    14101 gcgagcgcgt cgtcgccgag acgaaggcgg aggtgctcga gctgctgaag aagaccatcc
    14161 gcccggagtt cctcaaccgc atcgacgaga tcatcatgtt caccccgctc accgagcagg
    14221 agatccgcca gatcgtggcc ctgcaactga agggcgtgga acgcatggca gccgccaacg
    14281 gcatcgcgtt gcaattctcc gacgccgccg tggcctactt agccgagaag ggctacgacc
    14341 cgcagttcgg cgcccgcccc gtgaagcgtg ccatccagga gcttgtcctc aacgagctgt
    14401 cgaaggagat actcagtggc aagatcgacc gcggccatgg cgtcaaggtg gacttccgca
    14461 acgggcaact caccttcggt aactaacagc taacaacgaa aaatgaaaag ccctgtcggc
    14521 gatggtcggc agggcttgct gttttttggg gggggacgct ccccccgccc agggttgcgc
    14581 cctgggctat cgtcccccgg gcctacagcc cggattaatg tacccggtgc ggcctgtagg
    14641 gccgccggat gatagcccag ggggaaaccc tggggggggt attagcgcgc atacaacaag
    14701 gccaccgaac agcaacgtgc tcggtggtct gatccgccca gggtttcgcg ccctgcccag
    14761 ggtttcgccc cgcccagggt tgcgcacccg cccagggttg cgcccccacc cagggtttcg
    14821 ccctgggcta tcgtccgccg gccctacagg ccggatggat gtgcccctac gaggctatgc
    14881 atttccctca ctgcctacag tgaaagaggc ggggagcctg tgcgcataca tacccactaa
    14941 tccatgtggc tgccacccac atgggttagg tggggcgacc catctaagct atatggttcg
    15001 acccatctaa gctatatggt tcgacccatc taagctacat gggccgaccc atctaagcta
    15061 cgtgggtcgg cccacctaac ccatatgggt gccagccacc tgcactaatg ggtgtattag
    15121 cgcgcataca acaagaccac cgaacagcaa cgtgctcggt ggtctaatcc gcccagggtt
    15181 ttgctctggg ctatcatccc ccgggcctac agcccggatt aatgtatccg gtgcggcctg
    15241 tagggccgct ggacgatagc ccagggggaa accctgggcc gctggacgat agcccggggc
    15301 gccccggagg ggcagatcaa cccagcccag ggtaaagcga agccccccgg gcggagcgac
    15361 accctgggtc gaatggccgc atccgccgtc ccgcgctctg caagccttcc ccaaccctgc
    15421 tggggcaggg ttggggaagg cttgcagagc gcggggaatt ttcttttggc acctcgtaac
    15481 ccagggtgcc gcttcgcttt accctgggct gggttgattt gccctttcag ggcgtatacc
    15541 tactgcgggc tgtagggccg gcggaggata ggtgattcaa ttatcaattg tcagttatcg
    15601 atgattgccc ggcctactgc tgctcgtagc actcgaggat cttcttgcgc agcaggaact
    15661 cgtacttggc ttgcgtgcgg tcggagaggg ctttgatgag gttcgtcttg gcctcgttgt
    15721 actcgtaggt tgtggcgcgg ccattctcga agcggtcgcc ggtgaaggtg aaggctttct
    15781 cggccgactg ccacgcggcg gtggccgatc ggtagcgctc ggcggcggag agggcgctgt
    15841 agtaggcctg ctggatgtct ttgtagagcg ccttcttggt gttctcgagt tgcagctcct
    15901 gactgcgcat ggccagtcgg gcggtgcgga tgctgttgcg cgtggcgcgg cggttgaaga
    15961 tggggatgcg gaggtcgaag ccgaggtact ggccgcggtt gtcgcggagc tggtcggcga
    16021 aggcggcgtt gtgcttgtcg tagatgtggt aataggcgtt gctgtagcct gcgccgaagg
    16081 agagcgtggg gtagagggcg ctctgggcca cgcgcacttg cttctcgctg ctctggaggc
    16141 gcagctcctc ggcgtgtatg gcggcgcggg tggtgagggc agtgcgatag atatcgtctg
    16201 ggcggcgggc cagcacgaag gtggtgtctg tctctgcggg cggctccaca tcgaagccct
    16261 ccgggtcggg cagctcgagc agctgggtga gggtgagggt ggctatacgc aggtcgttgg
    16321 tggcctgtac ggcggagagc tcgtcggcag ccacctgtgc ctcggtctcg tagatctgcg
    16381 cctcggaggc gcgcccggcg tcgcgcatct tgcgtgtacg gtcgagctgc gcacggctca
    16441 gggcgagctt attctcggct acgcccagca gctccttgtc gaagagcact tgcaggtagg
    16501 ccgacgtgac ggtgatctcc atgttgtcgc gcgtcttctg taggtcagcg gcaagggcca
    16561 tgaggtcgag gcgggcggcg gcgatctcgt tggggatctc gaagccggtg aagagcggca
    16621 cgtcggtgga gagcgaccac gaggtggcgg ccgtcgtctg cacctgatac gtgttgtcag
    16681 ccgccgaggc cgatcggccg aacgaccacc gttgcgaggc tccagccgag aggttgggca
    16741 ggcgtttgcc gcgcgccgtg ttgagcgtca cctcctgccg gtcgacctcc acctgccgca
    16801 tgcgcacctc caggttgttc gccttggcat gctcgatgca gcgttggagg ctccagcgcg
    16861 tggccgtcgt gtcctgcgct gaggcggtga gggtagccag gaggagcaag gcggggataa
    16921 gggtaagcgt cttcatggct tatttctcct tactgatggc tgcgccgcgg atcttgtcct
    16981 tctccgtcag cccctctttc acttctattt tgatgccgtc gctgaggccc gtcttgatcc
    17041 gccttttctc gaagatctgc ttcggcttct cctgcttaac cacttgcacg aaggccgtat
    17101 cgccgtgaaa ctccaccgtg ctttcgggga tggtcaggac gttctcagca tgttctacga
    17161 cgatctccgc gttggcgctg tagccggcgc gcacgaacga ggtgtcgggc agcgacacgg
    17221 ccgccttgat ctcaaactgt atggcgccat tcttctcctc acccttgggg gagacgtatt
    17281 cgagcacggc gtcgaaggtg cgtgtgccca gcgcgccgac ggtcagcttg atgggcatgc
    17341 cctcgcggat tttgccgatc tccgtctcgt ctacattgcc gcggaagatc atgtcgttca
    17401 tgttggccac ggaggcgatg gtggtgccat cgttgaagct gttgctttgg atcacggagt
    17461 tacccacctt gatgggcacg ttgaggatca tgccggtgat ggtgctgcgt atctgcgtag
    17521 tgctcgagct gcgcgtgttg cgcgagatgc cgtcgcggac gatctcgagt gcgctctggg
    17581 cgttggctaa ctcctccttg gccttgcgat agttggcctt cgacacgtcg aactcctcgg
    17641 cggtgaggat gccctgctta aagagctgtt cgtcgcggcg gtgcgtgttc tccacctgat
    17701 ctaagctgat gcgggccacg ttgacgcgcg actcggcgct gttgagctgc cccatctcgg
    17761 ggatgacctt caccttggcg atgatctcgc cttcggtcac acgttggccg gcttccttga
    17821 gcacctcgga gatgatgccc gagatctgcg gcttaatcag gatctcgtaa cgcggttcca
    17881 cattgcccgt ggccacggtc ttcgtctcga ccgtcccacg ctcgggcgtc acgatttcat
    17941 actcggtcac ttcgggctgc gccttcttcc acaggaacac gaaagtgcct accacggcca
    18001 gccccactac agagagcagg acgatccgct tgatcttctt tacaagtcga ttattcataa
    18061 gctgaaaact aaaatctaaa aactaacaat gaacggtttg gagcaagagc caaaacattc
    18121 cttttctcgt ttgctcaacc tgagcaaggg ctaaaacatt ccttttctcg tttgctcaac
    18181 ttgagcaagg gctaaaacat tccttttatc gtttgctcaa cttgagcaag ggctaaaaca
    18241 ttccttttct cgtttgctca acctgagcaa gggctgaaac attcctttta tcgtttgctc
    18301 aacttgagca agggctgaaa cgttcctttt ctcgtttgct caacttgagc aagggctgaa
    18361 acattccttt tctcgtttgc tcaacttgag caagcattgg attcttcctt ttcttgcctt
    18421 gatgcaagaa aaggaagcga aaagaaaatc aaggcctcag ggaggccgac catgtttgcc
    18481 gggtacctca cgtcaacaac tcaacaagcc aacagctcaa caactcaaca ctccttttac
    18541 tcatcgcgga tcgcatctat tgccttaatc tgcatcgccc gccaggcagg aatcagcccc
    18601 gccaacatgc cgcacacaag cagcacgatg gtagcggcca cggctgtacc catatgcaca
    18661 ccggggtgaa gcagcgtcgc gtcgtcgccg ggttgggccg agaggatgcg gtcgatgagg
    18721 tcgatgatga agacgcctac gctgaggccg atcatgccgg ccaaggccgt cagcacgagg
    18781 ctctcgctca tgatctgcga gatgatgtcg cgcgggcgag caccgatggc gcgccgcaca
    18841 ccgatctcac gcgtgcgctc cttgaccgtc accatcataa tgttactgat gccgatcacg
    18901 ccggccagca gcgtgcccat gcccacgagc cagatcaagg cgtcgatgcc ggcgaagagc
    18961 atggcgaacg tggcaaactg ctcggcgatg ttgatcacca tcacggcctg cttgtcggtc
    19021 ggggcgatgc tgttctgccg gcggaggatg ccggtgatgt cgtcgatgat gcgctgtatg
    19081 ggtatgtctt tgtaggcgga ggcggccagg aagtggatca cgtcgccttg gttcagcgtc
    19141 tgctgcatgg tggtgaaggg caggaagacg ctctcctccg accgaccgcc gatattcacc
    19201 cgcgcccgct gcttgacgac gcccacgatc tggtaataga tgccgttgac gcggacgtac
    19261 cggccgcagg ggttctcgtt gcggaagagg gtctcgttga tgcgcgagcc gatgaggcag
    19321 actttgcgct tctcgcgggc gtcgatctcg ttaagcagtc ggccgaagag tacgcgctgc
    19381 gcctcgatgc ggaagtaagc cgggtcgaca cccttcacgt tgtacgtgcc ggagagttgg
    19441 ccgtagacga cgttcttctc cttccgcgcg ccccacagga cgggcgagat ggcgtccagc
    19501 ccgggcacct cacggcggat gctctccaag tcgcggttgc ggatgttcca ctcgcgccct
    19561 ttgttgaagc cgcggtaggg ctcgctggtg cggtcggcaa tgaagaagac ggagttggtg
    19621 gcgaagccgt ccgtgttctt cattattcca ttcttcaggc cgcggccgag cccgaggagg
    19681 atgactaaca tgagtatgcc ccaaaagaca ccgaagcagg tcagcaggct gcgcgtcttg
    19741 ttgcgggtga tggttaccca gatttctgtc catctatctg cgtcgaaaaa catattgcta
    19801 ttgaactaaa agctaaaatc taacaactaa aaactccgga agcattcgcc gtacccggtc
    19861 acttttcatt tttagttttt cgttattcac tcctcatggc ttcgacggcg gggatgctga
    19921 cggccttgcg ggcggggaag tatccggcga cgacgccggc aatgatgagc agcagggtgg
    19981 cggacgtggc gatgccaagg ctgacggtgg ggtggcggaa gatggagatg tcacccgggc
    20041 caccgcccgt gtcggcgttc atgccggtca tcgtcattcc gtaatcgata agctcggtca
    20101 cgccgatgcc ggccaccatg cccacgtagc cgaagagcgt ggtgacaagg atggactcga
    20161 tgatgatgag ccgcaggatg gaggcgggcc cggcgccgat ggctttgcgg atgccgaact
    20221 cgcgcgtgcg ttcgcggacg gtgacgagca tgatgttgct cacgcccacg atgccagcca
    20281 tgagcgtgct gatgcccacg atccagataa acatcatcag gccgttcatg ataaggtcga
    20341 gcatgcggaa gtcgtcgccc gtgttccaca tgccgagggc gcccgtgtct gaggggtcga
    20401 agtggtggcg gagggccatg gcggtgcgga agcgttgctc gaaggctgcg ttttcttctt
    20461 cggacttgat gccgcggacg gtgaagatca gctcgtctac ctcggtgccg ctgcggtaga
    20521 gttgctgggc ggtggtgaag gggatgtagg cgggcttgtt gttgttcatc tccttgtcgc
    20581 gatagacgcc gacgacttga aacatcatgt ggccgatgcg cacgtaacgc ccgatgggat
    20641 cctcctcgtg gaagagcacc tcggccatgc gtgggctgag gacgatcact ttgcggcgtt
    20701 gccggaggtc gatctcgttg atgaagcgtc cgcgggtggg gatgatgaaa tcgatggagg
    20761 caaagtcggg cgcgacgccg cttaggttgg cgttgacgta ttctttattg taggccaagg
    20821 tgtcgctgtg gtcgatgcgt ccggagtagt gctccacctc ggggaagtcg gtggcgaggt
    20881 gctccacgtc ggcattgcgg aaggttaggg gtcggttttc gcggatgcct tgccagggtt
    20941 tggtggtgta gttgggccac acctcgacgc ggttggcgga gaagttgctg aagttgtaca
    21001 tcacgccgtt gcgcaggccg ttgccggcgg ccagcaggat gatgaggatg aagatgcccc
    21061 aggccacgga gaagccggtg aggagggtgc gcaggcgatt gcggcgcatg gtgctgagga
    21121 tctcgcggat gtcgtcgaag tcgaacatgg gattactaat tatcaattgt caatggtcaa
    21181 ttattaatgg ttatgccagc acctgggggg gaaagccccc ggataataat tgataattaa
    21241 ccattaatca ttagagacga tgagtccatc cttgacgtgc accacgcggt cggtggcttc
    21301 ggcgacggag ggttcgtggg tgacgatgac catggtcatg ccttcgcggt tgacggcgcg
    21361 gaggagctcc atgacctcga cggtcgtctt gctgtctaat gcgcccgtgg gctcgtcggc
    21421 gaggatcact tgggggcggg cgatgagggc acgggcgatg gctacgcgtt gcttctgccc
    21481 gccggacatc tcgctgggca ggtgctcggc ccagtcgcgg aggccgacgc gctcgaggta
    21541 gtctaaggcc tgggcgttgc gctgcttgcg cggtacgcct tgatagtaga gcggcagggc
    21601 gacgttctcc attgcgtttt tgaaggggat gaggttgaag gactggaaga cgaagccgat
    21661 catgcgattg cgcagctcgg cggcgcggct ttcgctgagg tcgcggatga ggaggtcgtc
    21721 aaggtgatac tcgcccgagt cgtaggtgtc gagtatgccg aggatgttga gcagggtgct
    21781 cttgcccgag ccggatgcgc ccatgatgga gaccatctcg ccgcggtcga tgtctaagtc
    21841 gatgcctttg agcacgtgca gcggggcgcc attgtggtaa gtcttgttga ttcctcttaa
    21901 ttggatcatt gggtgtatat ataaatgtat aggcggggcg atatgcccgc ggggggacga
    21961 tgtgtagacg ccgatgttcg catcgggtta cagtttgggg gatatttttt ttcgggagag
    22021 gccttctcgc cgcgggaaat gactttttga agttgaaaaa cggtttcccg cggcgggaaa
    22081 tgactttttg aagttgaaaa acggtttccc gccacgggaa atgacttttc aaagttgaaa
    22141 aacggtttcc cgccacggga aatgactttt tgaagttgga aagccgtttc ccgcggcggg
    22201 aaggcacttg gggaagttcg aggcttcccg cggcgggaag gcacttgggg aagttcgagg
    22261 cttcccgcgg cgggaaggga tggagatggg cgcggcgggg ggctgatcaa ttctggagcg
    22321 tgaaggcacg gcggccgatc aggtggccat cagcgaagat gtcggcgcgg taagtgccgg
    22381 gcgagaggta ttcctccacg ttccagtaca tgacgacggg caagtcctcg ccggcatact
    22441 ccacggtgcg cttcatggag tatccgatgt tgcgattctc gagagcaaag gtgcccgagc
    22501 tgggcttggt caggatgtcg tcgtcggggc gcatgaggcg cacgtagatg gtcttttcgc
    22561 ccgtgggcgc ggtgatgttt ttggccaggt ggaaggagac gacgagctgg gcgatcttat
    22621 caatcttctt ggcgtccttg ccgcgcgagg tgatggggcg gacggcgatg gcggaggcct
    22681 cgaggcggct ggccagcgtg acgcgctcgg tgaggtgctc cttctcgcgc gagagctgcg
    22741 ccgcggccga ggaggcctgg cgatattgct ccgtgacgcg ttcgttctcg ttgcgcaggc
    22801 ggccattttc ggcgttgagg gagtcgatct ggacgacgta gccccgcatg atcttgcgga
    22861 gcgtctcaag ctcacgtttc agctcggtga tgcggcgcgt gttagtggcc ttgacggtgc
    22921 ggagctcctc catgaggcgt tgcaccttca tctgctccgt agtcagcagg gccacgagcg
    22981 agtcgttacc aacgctgaac ttatacccct catattgcag cgaaagctcc gcgtattcgt
    23041 ctgtcaagtg ttccttttca atggcgaaga gctccgtcat gtcctccatc tgctgccgct
    23101 ggtgaaagat gacgtagccc acgccgatca gcgcaatgac cacgatgatg atggccatga
    23161 tcagcagcgt gcgtttccta atctctttat cctccgggtt catgtctttg tgtgtgttat
    23221 agtgagtaat acgttatggc cgccaaagat aaacggcagc aaaaagagca gcggggaggg
    23281 tgctcccacc cgcaatcatt tccgccctcc tcccgccggc aactgttgga gcactccggc
    23341 catacccccc gccacttcta caccctcccc accacgctct acctcatttt aattcttttt
    23401 taacagccac gaaatcgccc ctatctttgt ggcaaattag atgagtaaag atgtcattac
    23461 cgaagctgtt tattatcgga tgtataggct gtctgctggc agcatgcggg caaaaggcag
    23521 cctaccgggt ggagctcaaa ctctccaact tgaaggcgca aaacctctac gccgtctttg
    23581 agtcagccga cggaaagcag gtcgacaccg tcgcctatca gccggaaaaa ggagccgtca
    23641 tcacacgcaa cgagggcgta tacgatctgc ttacgattta tttcgagaat catcaggagg
    23701 gcatcaccat ctacttagaa ccagggcgga agatcaccgt caccggcgat gcacgccatc
    23761 cgctcaccct gcaagtgaag ggcacacgca ccaacgagca gctctccgac ttccgccgca
    23821 aagccgccgc cctgctcaac gagaaaacag aacgctccgg cggcgccaag cccgaacccg
    23881 acaccgcccc cgccgaagct ccccagacgg gacacctgcc ccgcctggcc aacatagacc
    23941 atgaactggc acagctggcc gaagacttca tcctgaaaca ccccaaagac gaagcctcgg
    24001 ccatcctcat ccaagactac atcctcgacc cggaagaccc cgcacgcgcc gaaaagctaa
    24061 tcagcacact cagccccaaa ctcgacaaga catacaccgt gcgcaacctc cgggcctact
    24121 gccaacgcgc ccggcgcaca atggtcggag tgaaggcgcc agactttagc ctctgcaacc
    24181 tcgacggcaa gaccttcaca cgcgactcct tcgccggccg ccaccttgtg ctggccttca
    24241 ccgcctcctg gtgcgacctc tgcaagacgg agaagctgtt gcttgacaag atcctttccg
    24301 acttccgccg ccaagacgtc gacgtggccc tcgtcagcct cgacgaagag ccgcaagacg
    24361 tccgcatcca aatgcgtggc gacaccaccc attggaatgt cttcaccgac tccgccgggc
    24421 aggccatccg cgtcctcgag gcttacaaca tcaacgccct gccccgctgc ttcctgatcg
    24481 atcccaaggg gacaatcctc ctgaaaacag acaacggcat cgagctccgg cagacgctcg
    24541 aggatcggct gaagaagtaa cagtgcacac gcttacgccc ttagataccc ggtttctgga
    24601 gtgttttcga acgatttcat cccagaaacc gggtttctaa tgtgttttcg aacgatttcg
    24661 tcccagaaac tgggtttctg gagtgttttc gaacgatttc gtctcagaaa ccgggtttct
    24721 ggagtgtttt cgaacgattt catcccagaa accgggtttc cggagtgttt tcgagcgatt
    24781 tcatctcaga aaccgggttt ctggagtgtt ttcgggcggt gtatgcataa aaataaagct
    24841 gcccgcagcg ccttatggct ccgcgggcag ctcacccaat cattatttaa aagacaaaac
    24901 cttgagggtc gctgattaca tcatgccacc catgccgccg cccatgcccg ggttcatcgg
    24961 gggcatcggg gggttgtctt ctttcttctc ggccacgacg cactcggtag tcaggaacat
    25021 gccggcgatg gaagcggcgt tctcaagcgc gatgcgcgcc accttggcgg gatctaccac
    25081 gccagcctga ccgaggtctt cgtatacgtc cgtgcgcgca ttgtaaccga aggcaccctt
    25141 gccttccttc acgcgctgca caacgacggc gccctctttg cccgcattgt cgacgatctg
    25201 acggagcggc tcttcgatgg cacgcttgat gatctcgatg cccgtcatct catcttcatt
    25261 ctcgcccttg aggccttcca atgcagagat ggcacggatg taagccacgc caccaccggg
    25321 cacggtgccc tcttcgatgg ctgcgcgtgt ggcatgcaac gcatcgtcca cgcgatcctt
    25381 cttctccttc atctccacct cagaggcggc accgacgtaa agcacagcca caccgccggc
    25441 cagcttagcc agccgctctt gcagcttctc cttgtcgtag tccgacgtag tggtctcgat
    25501 ctgcgccttg atctggttga cgcgcgccgc gatggccttc ttgtcgccat gacccttcac
    25561 gatcgtggtg ttgtccttgt ctacggtcac cttctcggcc gtgcccagca tgtccatctt
    25621 ggcatcctcg agcttcatgc ccttctcttc ggtgatgacg gtgccaccgg tcaatacggc
    25681 gatgtcttcc aacatagcct tgcgacggtc gccgaagccc ggagccttca cggcgcagac
    25741 cttcaggccg ccacgcagac ggttcacaac gagggtggcg agtgcttcgc tatcgatatc
    25801 ctccgcgatg atcagcaggg cgcgacccga ctgtacgact tgctccagga tgggcagcag
    25861 gtctttcagc acggagattt tcttgtcgta gatgaggatg taggggttct cgaactgcgt
    25921 ttccatcttc tccgtgtcgg tcacgaagta ggcggagatg tatccgcgat cgaactgcat
    25981 gccctcaacc acctcgacgg tcgtgtcggt gcccttagcc tcttccacgg tgatgacgcc
    26041 ttccttcttc accttctgca tggcctcagc aatcagtttg ccgatgctct cgtcgccatt
    26101 ggcggagatc ttcgccacgt gctcgatgcg ctccatgttc gatcccacct cttcggcctg
    26161 cgaggcgatg ctctctacga ccttggccac ggccttgtcg ataccgcgct tcagatccat
    26221 cgggttcgca ccggccgtca catttttcag gcctacgccg atgatggact gcgccagaac
    26281 ggttgccgtc gtggtgccgt cgccagcctt atcgttcgtt ttcgaggcta cttccttaac
    26341 taactgagcg cccatgttct catacgggca ggccagctcg atttccttgg ccaccgtcac
    26401 accgtccttg gtgatctgcg gtgcgccgaa tttcttttcg atgatcacgt tgcgaccctt
    26461 cgggccgagt gtcactttca ctgcatttgc cagctcgtcc acgcccttct tcagcgcgtc
    26521 gcgggcttcc atatcgaact taatctcttt tgccatgatc ttattttctg ttttacgtgt
    26581 tagacattat atgattgcca aaacgtcgga ctgacgcatg atgaggtatt tctcgccctc
    26641 gagttcgatc tccgtgccgg catatttgcc atagagcacg tggtcacccg gtttgagcac
    26701 catctcctcg tccttcgttc ccttgcccgc ggcgatgatc tcgcccttga ggggtttctc
    26761 cttggccgag tcagggatga tgatcccgct cgccgtcttc tcttcagctt ctgccggctt
    26821 aaccagcact ctgtctgcta atggctttac attcatgatt ctcttctttt tactgtttac
    26881 ttattgtgtt ctgattctca tttttcgatt tacaacggcg ccttattgcg aatatcatgc
    26941 caaagaatac aactgtcaca cgtccgtcaa tccgtcaggt gtaaaagaca gcatggcagg
    27001 cgcggcaaaa ccccgtccac ccttgcgccc cttgaggccg ctgctacctt tgccagccat
    27061 tattaatagg tatataaccc ctactcaaaa caatgatcct tatcgccgat agtggctcca
    27121 ccaagacaca gtggaacgtc atccgcaacg gacagctcgt ctgcgaggtg ttcaccaaag
    27181 gcctgaaccc ctacttccaa acgcccgaag agatgggcaa ggagctgcgc agcgcactgc
    27241 tgccacacat cccggacgga ccctacgccg ccgtccgatt cttcggtgcg gggtgcacac
    27301 cagagaagat ccgcagtatg gaacgcatgc tcatggacaa cctgtccgtg agtgacaccg
    27361 tggaggtggg cagcgatatg ctcggcgccg cgcgcagcac ctgcggacgc gaggcgggta
    27421 tcgcctgcat cctcggcacc ggctccaact cctgcttcta cgacggcgcg gcgatcatgg
    27481 ccaacgtctc gcccttaggc ttcatcctcg gcgatgaggg tagcggcgcc gtgctcggcc
    27541 gactgcttgt gggccatctg ctgaagaacc agttaggcga ggagctgaag gagcgcttcc
    27601 tcagcgagta tggcctgacc gtggccgaca tcatcgaacg cgtctaccgc cagcccttcc
    27661 cgaaccgttt cttggccagc ttctcgccct tcatcacccg ccacttagac gacccgcgca
    27721 tgcggcagct cgtccatggc gctttcaagg atttcttcgc tcgcaacgtg atgcaatacg
    27781 acggctatgc cgatcacccc gtgcacttcg tcggctccgt agcctaccat tatcaatcgc
    27841 tcctctgcga caccgcaaag ggccttggcc tacgcgtcgg caccatcgcc caaagcccga
    27901 tggaggggct cagggggtat tattcattct tctaaatgcc ctacgggcag gtagtagggg
    27961 cgcctcttgt gggcgcccag tagttagaag gagttacggc tctttgggcc gggtagttag
    28021 agtagtcaac cactacctcg aactacttct aattactcct cactacgggc aaagccctac
    28081 tacccggccc atagggccgt aactaccggg gctttagccc cctactacct gcccgaaggg
    28141 cataactacc gcggctgcaa gccgcataac tacttatgac tgcatttacg aagatcacgg
    28201 agcaagattc gctctacgac aacttagaga acaagagcgt ccgcgaactg ttggacgaca
    28261 tcaaccgcga ggatcgcaag gtggccgtgg ccgtcggcga ggccattccg caagtagaga
    28321 aattagtcga gcagatcgtg ccgcgcatgc agcgtggcgg gcgcatcttc tacctcggcg
    28381 ccggcaccag cggacgcctc ggcgtgctcg acgcgtcgga gataccgccc acgttcggca
    28441 tgccgcctac gctcgtcgtc ggactcattg ccggtggcga cacagcgctg cgtaacccgg
    28501 tggaaaacgc cgaggatgac accgagcgcg gttggcagga gctacaggaa catcatatca
    28561 caacggacga caccgtggtc ggcatcgcgg cctcgggcac gacgccctac gtagtcggtg
    28621 ccctgcgtgc agcgcgtcgg gcgggcatcc tcacggctgg catcacgagc aatcccggat
    28681 cgcccgtggc tacggaggct gagataccga tcgaggtcgt cctcggcccg gagttcgtca
    28741 ccggcagctc ccgcatgaag tcgggcacgg cgcagaagat gatcctgaac atgatcacta
    28801 cctcgacgat gatccgctta ggtcgcgtgc gtgggaataa gatggtgaac atgcagctga
    28861 gcaaccagaa gctcgtcgac cgtggcgcgc ggatgctcgt gaacgagctc ggcctgccct
    28921 acgaccgcgc ccgcaccctg ctcctcctcc acggctcagt caaaaaagcc ctcgacgcct
    28981 tcgggcaggc ggggagggat aaagagatca cgacgtgaat catcgcacgg acaccccgct
    29041 cctcgtcgcc ctccgtgagc agaaggctgc ccggctgaag gggggcatct atcaccgcac
    29101 gcaggtggat ctgacttaca actcgaaccg catcgagggt agccgcctga cgcacgagca
    29161 gacgcgctgc atctttgaga cgaacacgat cgggccggcg gatgaagcag tgaacgtgga
    29221 cgacattctt gagacggtca accatttccg ctgcgttgat cggatcatcg acgaggctga
    29281 ccagccgctg acggagacgt tcatcaagga actgcacgcc acgctgaagc aatccaccac
    29341 agacagccga cgagaatggt tcgtcgtggg cgactacaag cgactgccca acgaggtggg
    29401 cggcagggag acgtgtccac ccgaggaagt ggcggattgc atccagtcgc tccttgccgc
    29461 ataccacgcc accccccacc cgaccctcga atcactcatc gacttccacc accgcttcga
    29521 gttcatccac cccttccaag acggcaacgg gcgtgttggc cgactgatcc tcttcaagga
    29581 gtgcctccgc cacgccattg tccccttcat catcaccgac cgcctgaagc cgttttatta
    29641 tcgcgggctg cgggagtggg gacggatgaa tggttatcta ctcgacacct gcctcacggc
    29701 acaagacgag taccgcgcgc tgatgcagta tttccggata ggggagtaga acacccctat
    29761 ccgccgtcag aggcttgctc ccgcggggat tcggggcatt gacagcagtc agaggcatgc
    29821 aaaacgcgtt ttacggccca ttgacagctg tcagaggcat ctaaaacgcg ttttatggcc
    29881 cattgacaac tgtcagaggc atccaaaacg cgttttacga cccattgaca actgtcagag
    29941 gcacctaaaa cgcgttttgc accccattga cagcagtcaa cgggtcatct gttaagaaag
    30001 ctcacacctc agcacccatc cggcagcccc cccgacctca ccccgtgcca caactttgca
    30061 agggttaaga ctttgccaca cctttgccca cgtctcagcc gagagacata acccccagga
    30121 tgaagcgatt gtatattttc ctactcaaga ccttcctgcc gttgttcttc atgaccttcg
    30181 gcatctgtct tttcatcgta ctcatgcagt tcctgtggaa gtatgtggac gatatggtcg
    30241 gcaagggcat cggcatcggc gtccttgccg agatgttttt ctacgccgcc ctctccttcg
    30301 tccccatggc cctgccgctg gccatcctgc tggcctcgct gatgaccttc ggcaacctcg
    30361 gcgagcaact cgagctcctg gccatgaaat ccgccggcat ctccctgccc cgcatcatga
    30421 agcccttcat cgtcctgctc gccttcgtgg ccgtcggggc attctttttt cagaacaaca
    30481 tcatccccct ctcgcaggtc aagatgtaca ccctgctcag ctccgtgcgc gacaagtcgc
    30541 ccgagctcga gatccccgaa agcaccttct acagccagat ctcaggcttc aacgtatacg
    30601 tcaagaagaa agaccgcgac ggcctgctgc accacctgat gatctacgac tactccgacg
    30661 gattcaacaa cgcacaagtc atcgtggccg actccggccg actgaaagtc tccaccgaca
    30721 agcagttcct cgtcctctac ctcttcgacg ggcgcatgtt caagaacctc cgtgaccagg
    30781 gcgaagccac ggagggcggc gcagtgcctt atcagaaaga gtccttcaag tcgcgcgaga
    30841 tcctcatccg cttcgactcc gagttccatc gcgccgacga gtccgccatg caagaccgct
    30901 acgtgggcaa gaacctccgt agcctccgca cctccatcga ctccatgacc gtgcgcctcg
    30961 acagcgtcaa ggagtccaac gcccgcgacg tctacgcccg ctcctaccgc cgcgagcttt
    31021 accccaccga caccgccgcc ctcgcgcccg cgccgcaacc ctcccccacg gccttcgaca
    31081 gcctcctggc cgcactcccg cccgaacgcc gcatctccta catgcagagc gcccgcaatg
    31141 ccatcgaaat gctcaaggcc gacaacgagt ttcaggccga catcctcgcc agcgacgaga
    31201 aggagatgcg ccgccaccac accgagatgc acaagaagtt caccctctcc ttcgcctgcc
    31261 tcatcttctt cttcatcggc gcccccctcg gcgccatcat ccgcaagggc ggcctcggca
    31321 tgcccgtcgt catctccgtc ttcctcttca tcttctatta cgtcatcgac aacatcgggt
    31381 tcaagatggc cagcaacggc atgtggcaac cctggcaggg catgtggctc agctccgccg
    31441 tcctcctccc cctcggcatc ttcctgacct ataaagcctc gaacgattcg gccatcctca
    31501 acgccgacac ctacaccgaa gccctcaagc ggatcatcgg caagcgcccc acgcgcaagg
    31561 tggagaagaa agaagtcatc atgtacgccc tcgattatgc cgcatggagt cgccacatca
    31621 cagccctaca gaccgacatc acggcctacc tacaaggcgc tcgccgctgg atgccttact
    31681 tcagcttctg gcgtcagggg ggccgcgacc cggaagccga gcgcatcgcc catcagttag
    31741 aagaagtcgt ggaggagggt cgcaactccg atcgccattt ggtgctcaac aaactcatgg
    31801 attaccccat actcagcggc tacgacctcg tagacttccg tatgagccca cgcgccgggc
    31861 gcatcatggc gtggatcttc cccgcctccc tgcccatcta tctactctcc atgatccggc
    31921 gcaaactgct gctgcacgac atgcgtacca ccctgcgcgt ctcagatgag atgctaacgt
    31981 tgattcctaa cgataaggga caatgattaa ttatcaatta tcaatgatta ctccagagac
    32041 atggcagaat ggcaccgccc tatcattaat cactaataat taataattga ccactactta
    32101 acccgtaaat acaccataaa atgaaccgat tgaacacaat caaagaagcg atcgaagact
    32161 tccgcgaagg caaattcctc attgtcgtcg acgacgaaga ccgcgagaac gaaggcgact
    32221 tcatcatagc cgccgagaag atcaccccag agaaagtcaa cttcatgctc aagaatggcc
    32281 gcggcgtgct ctgcgcaccc atcacggagg agcgctgcga ggagctcggc ctcgacatgc
    32341 aagtgaccca caacacctcc accctcgaga cccccttcac cgtcactgtc gaccggctcg
    32401 gcaacggctg caccacgggc gtctccatcc acgaccgcgc gcagaccatc cgcgcactcg
    32461 ccgatccagc cacgaaaccc accgatctcg gtcggccggg gcacatcaac ccactgcgtg
    32521 ctcgctcgcg gggcgtgctg cgccgcgccg gacacaccga agccactgtc gacatggcgc
    32581 gcctggccgg actctatccc gccgg
//
LOCUS       SEQF3106|MIQD01000023.132298 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..32298
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(400..1224)
                     /gene="tsf"
                     /locus_tag="SEQF3106_00919"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P99171"
                     /codon_start=1
                     /transl_table=11
                     /product="Elongation factor Ts"
                     /translation="MAVTMADITHLRKMSGAGMMDCKKALEEAGNDFEKAMEIIRKKG
                     QAVAAKRSDREAAEGCVLAADKDDFAAIVALKCETDFVAKNADFVALIQDILNAAMTG
                     RPATKEALLATTLKEGRTVENHITDRIGVTGEKMELGYYEFVKGAATVSYIHPGNKLA
                     AIVAFNEPVDHQVAREIAMQVAAMNPVAVTPDEVPAHVLETEREVARDKARQAGKPEA
                     LLDRIAEGALQKYFKENTLLQQEYVKDSKLTVQQYLQQHSKTLTVTAFKRVTLNVD"
     CDS             complement(1263..2150)
                     /gene="rpsB"
                     /locus_tag="SEQF3106_00920"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21464"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S2"
                     /translation="MSRLNFEQLLEAGVHFGHLKRKWNPAMAPYIFMERNGIHIIDLY
                     KTAAKVDEAAEALKNIAAGRGRILFVATKKQAKQIVAEKAAAVGMPYVIERWPGGMLT
                     NFPTIRKAVKKMSTIDKMSKDGTFDNLSKREKLQITRQRAKLEKMLGSIADMGRLPAA
                     LFVVDVLKEHIAVSEAKRLGIPVFAMVDTNSDPSNVDFVIPANDDATKSVEIIVTALC
                     DAINEGLQESKARDKEESERASDEADDEKDNNTRRDRRAKSNARRPKKDEPASEPQPA
                     APETAPEAPEAAPESTPQE"
     CDS             complement(2331..2717)
                     /gene="rpsI"
                     /locus_tag="SEQF3106_00921"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q6N650"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S9"
                     /translation="METVNAIGRRKAAIARVYISEGNGKITVNHRELTDYFPSSILQF
                     VVKQPLNTLNVAEQYDIKLNLVGGGFKGQSEAARLAITRALIKINPESKPALKAEGFV
                     TRDPREVERKKPGRPKARKRFQFSKR"
     CDS             complement(2725..3180)
                     /gene="rplM"
                     /locus_tag="SEQF3106_00922"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AA10"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L13"
                     /translation="MDTLSYKTISANKATVNKEWVVVDADGQTLGRMCTKIAKLLRGK
                     YKPNFTPHVDCGDNVIVINAEKIRMTGNKWTDRVYLSYTGYPGGQRETTPARLMAKGQ
                     DRLFRKVVKGMLPKNRLGDKLLSNLYVYAGPEHKHEAQQPKSIDINTLN"
     CDS             complement(4011..4325)
                     /gene="trxA_2"
                     /locus_tag="SEQF3106_00923"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A4L2"
                     /codon_start=1
                     /transl_table=11
                     /product="Thioredoxin 1"
                     /translation="MVVNVSDANYKEVLGAGRPVVLDFWAEWCGPCRMVGPIIDELAE
                     EYDGRITVGKVNVDENDAVVGQYGIRNIPTVLFFKDGQVVDKQVGAAQKNAFVEKLNK
                     LL"
     CDS             complement(4355..8134)
                     /gene="dnaE"
                     /locus_tag="SEQF3106_00924"
                     /EC_number="2.7.7.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9XDH5"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA polymerase III subunit alpha"
                     /translation="MEPFVHLHVHSQYSLLDGQSSIDALIEKAQRDGMPAIALTDHGN
                     MFGIKEFYNKVKKKNSKYSGTIKDCEKELRALNDKEHPTEEEADRIRKLSEKIRACRQ
                     SLFKPIIGCECYCARNGRFRKQDKDDLGGWHLLVLAKNLTGYKNLIKLVSRAWTEGFY
                     RNPRIDKELLEQYHEGLIVSSACLGGEIPQWIMAGRRDKAEGSLLWFKRLFGEDFYLE
                     LQRHETHAPDADTTTYPKQVEVNRVLMELAQKHGVKLIATNDAHFVNADDADAHERLI
                     CLSTGKEINDPTRMRYSKQEWLKTTAEMNAIFSDVPEALRNTIEIADKVEMYSIDSPA
                     LMPFFQIDPSFGTEEAYRARYTAKELMDEFNDTDAEGRVTADNYLRLGGYEKVIRIKF
                     EADYLRHLTFERAREFNRYNGVITDDVRDRIDFELNTIKKMGFPGYFLIVQDFIAAAR
                     RMGVSVGPGRGSAAGSVVAYCLGITDIDPIKYDLLFERFLNPDRISMPDIDIDFDDDG
                     RGEVLKWVTEKYGQDHVAHIITYGTMAAKLAIKDVARVEQLPLRESNRLAKLVPDRVN
                     SLKNAIEAVPELKEAANSSNPILRDTLKYAQKLEGNVRNTGVHACGVIIGRQDISDIV
                     PVATAEDKETKETLLVTQYEGSVIEETGLIKMDFLGLRTLSIIKEALENIRQTTGQVI
                     DIDHIPMDDKPTYDLFCAGRTVATFQFESAGMQKYLKELQPTEFEDLIAMNALYRPGP
                     MDHIPAFIARKQGREEIRYDIPEMERYLKNTYGITVYQEQVMLLSRLLAGFTRGQSDT
                     LRKAMGKKQIDKMMELKEKFLEGGRQKGHDRKTLEKIWGEWEKFASYAFNKSHATCYS
                     WLAYQTAYLKAHYPSEYMAAVLSRNLSNIKEITKAMDECRAMKIRVLGPDVNESHGKF
                     GVNSKGDIRFGLVAVKGMGESAAIAVIEEREKHGPYKDIFDFVERIPSSACNKKTLES
                     MALSGAFDSLGIDREPFFTENDRRETFVDVLLRYSAKFKLDQQTASYSLFGADDAVQI
                     AHPEVPKFEPWSPLERLNREKDLVGIYLSAHPLDEYRIILNHVCNMTMKDVSSREWEG
                     FQGRQLTLGGIVTGYREGMTKNGKPYGIIRIEDLSGSGDIALFGDDYINFSKYGRPGL
                     YLFVNATVQPRRWKDSELDLRISAIRLLQDVKDSLVHSIRITVPIDALNEQIISELSA
                     IVKSNPGKTQLAFYVLGRDHVALNLYSHDTRLCVTEELIDFIRESGNMDFTINQS"
     CDS             8387..8992
                     /locus_tag="SEQF3106_00925"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKYSLLLLACLCTCAAQARIVPGLRLGLAYSQLTQIVDEEVSY
                     GGRIGLEAAGLLDIPLTNRFSLVPELSFANQGGAYNYLYLRDDLIITGRHTCRYYTFS
                     LPVNLVYKIRFADWQLGIQAGPFLSLSTRERERHEWISRDFRTLDVGAGAGLYVEYRA
                     VFFSVYGRTGFIDKLRQKQPFDSQVYQNSVALTFGYRFYGR"
     CDS             9610..10101
                     /gene="polC_2"
                     /locus_tag="SEQF3106_00926"
                     /EC_number="2.7.7.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P13267"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA polymerase III PolC-type"
                     /translation="MKDFAAIDFETANPYRSSVCSVGIVVVREGIVRNTFYRLIRPEP
                     NYYMSWNTRVHGLTAADTDGAPRFPDVWRDVIPLIEGLPLVAHNSPFDEGCLRATFQR
                     YEIPYPDYIFYCTCRAARRALPHLPNHRLETVAAACGFDLRHHHNALADAEACAEIAR
                     QIL"
     CDS             complement(10298..10750)
                     /locus_tag="SEQF3106_00927"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLFDQISSDIKAAMLAKDKVKLEALRNAKKCFLEAKTAPGAGD
                     TLTDEAAQAIIQKLVKQGKESARIYTEQQRPDLAEAELAQVSALEGYLPQQLSAEELE
                     AEVKTIIAEAGATSLKDMGRVMRLATAALAGRADGGAISATVKKLLSH"
     CDS             complement(10832..12202)
                     /gene="ftsZ"
                     /locus_tag="SEQF3106_00928"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O08398"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell division protein FtsZ"
                     /translation="MSNDTTPLHFNFPRDTRKIIKVVGVGGGGGNAVTHMFKEGIHDV
                     SFVLCNTDSQALSRSDVPIKIALGRTVTEGLGAGNNPERAERAAEESEDEIRSMLDDG
                     TKMVFITAGMGGGTGTGAAPEIARVAKEMGLLTVGIVTIPFLFEGPPKIIQALKGVEA
                     ISKNVDALLVVNNERLNEIYPDLTMLNAFKKADDTLTIAAKSIAEIITLDGVINLDFA
                     DVETTLKDGGVALISNGYGQGEGRLEQAIHDALRSPLLNNNDISNAKKILFNISFSSN
                     TIGEEGNELRMDEVNYMTEFMKQFGDEIEVIWGTALDESLKGKVKFTVLATGFDLNDI
                     PEIRSNREEQHLIKSEDEIIKEEELLRKKERERELMAKYYGKKSEERRPVHRPTYSVA
                     ILTVGELDDDAIITLLEEHPTYNRDARLLARARNHNSAQTTTTSRAELPRASKTGRPR
                     ISFRMG"
     CDS             complement(12254..13597)
                     /gene="ftsA"
                     /locus_tag="SEQF3106_00929"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9K0X8"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell division protein FtsA"
                     /translation="MVTDYIVAIYLGTSHLVGMVGKKNSRGALSIVAEEVKESSGCIR
                     RGRIHNVAETAARIKRLVLELQNKLPNLRIEKVYIGIGGQSLRSIDHSEVRTIRPDAF
                     VTEDDIRLLNEQCKSYRPEMSDVLAIAPPVYYLDDKRTANPVGVSCRRIEARYKLVVG
                     QPIIRKSIINSVEQQAGITVAGIIVSPLALAEAILTRNEKELGCAVIDFGAGVTSIVV
                     YKNGHLAYLNVIPLGSDLITRDLTSLRLVETEAERLKITYGNAKPNENQEGSISLDSI
                     DGIGTRKINLSEIDMVVEARTKEIVENVYVRMEENKLTHALGAGVVLVGGGAALKNLQ
                     ELVRETFKLQEVRYSTIRKGLMEEVGERIADPRYMSAISLLLQGTESCTGPIRRKQEE
                     PAPTPIQQPIETVKEPEPAPEVRHEEEEKKSRRSQRRGSIFGGFGKIARGLFDEE"
     CDS             complement(13602..14330)
                     /gene="ftsQ"
                     /locus_tag="SEQF3106_00930"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00911"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell division protein FtsQ"
                     /translation="MKKLLPIIIAVVFVCYIVFSILLVNEKGTDAVCRGVTIEIKDSA
                     ERNFITNRDVVRMLRRAHLYPVDTPLRDISTARIERRITESGPVDRAKVYKTPSHMIH
                     IEITQKTPILRVFTDSGSYYIDERGRIMAVSTRYAAYLPVASGRIEKAFAKSDLYKFA
                     LFLRKHDFWNNQIEQIFVYPSKEIELIPRVGDFRIYLGSLDDFEEKMNHLQLFYEQAI
                     PKVGWDKYEMINLKYKNQIVCTKR"
     CDS             complement(14327..15712)
                     /gene="murC"
                     /locus_tag="SEQF3106_00931"
                     /EC_number="6.3.2.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P45066"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylmuramate--L-alanine ligase"
                     /translation="MIDITHIRSAYFIGAGGIGMSALIRWFMSRGVRVAGYDRTPSPL
                     TGHLIDEGAAIHFDDDIRLIPDGFSDPQTTLVVYTPAVPSDHTELNHFRRSGFEVMKR
                     SEVLGLITSASRAICVAGTHGKTTVSSMTAHLLKQSHVDCNAFLGGILKGYASNLMLS
                     DHNDLTVVEADEYDRSFHRLHPTTAIITAVDPDHLDIYGTPAAYREAFEVFTSLILPG
                     GTLIIKKDLPITPRLQPDVRCYTYSATDTSADFHAENVRIGGGEAVFDCVLSDGTRIA
                     DIHLGVPVRVNVENGVAAIAAAWLHGVRPDEIRAAMATFPGAERRFDIRLRNDRVVLI
                     DDYAHHPQELTRSILSVKELYAGRRITGIFQPHLYTRTRDFADDFARSLSLLDELILV
                     DIYPAREEPIPGVTSQMILDRVTISNKRCCTKADLPALIAAGTFDVVLILGAGDIDRL
                     VEPIRQILAQR"
     CDS             complement(15723..16844)
                     /gene="murG"
                     /locus_tag="SEQF3106_00932"
                     /EC_number="2.4.1.227"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9HW01"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylglucosamine--N-acetylmuramyl-
                     (pentapeptide) pyrophosphoryl-undecaprenol
                     N-acetylglucosamine transferase"
                     /translation="MSHYKIIVSGGGTGGHIFPAIAIANAFRRRFPDAEVLFVGAEGR
                     MEMERVPAAGYRIIGLPVSGLDRRRLWRNIGVMRRLWISLHRARAIVHDFQPDVAVGV
                     GGYASGPLLRAAAAAGVPTLLQEQNSYAGITNKWLAKHAARICVAYPGMERFFPAEKI
                     VLTGNPVRKDLEDAINCHDEALKHFGLDPTSKTLLVLGGSLGARTINEAVEACLPTLA
                     DLGVQLIWQTGRSYYDAIRSRVSDLEPQPKRWVGPFITRMDYAYAAADLVVSRAGASS
                     ISELCLLGKPSILVPSPNVAEDHQTKNARSVADRGGAVMIADGEVRQSLPDALRRLFG
                     DLEQLKMLGVHSGQLAERHSDERIVDELVALIENNKRLK"
     CDS             complement(16982..18292)
                     /gene="ftsW"
                     /locus_tag="SEQF3106_00933"
                     /EC_number="2.4.1.129"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O07639"
                     /codon_start=1
                     /transl_table=11
                     /product="putative peptidoglycan glycosyltransferase FtsW"
                     /translation="MTKETFTRKVFQGDIPIWIIFMLLCCFSLVEVFSATSTLAYNEP
                     NIWRPIARHATHLTIGFFCVLGLVRIPSRYYPLGGSLLMLIAIALLAAVPFVGISVND
                     ASRWIEIFGIRFQPSEIGKLACVVYVAFLLSKIGVRFTEKVAFYWIIGGVGIVCALIL
                     LYNLSTALLLGLVCLLMMFVGHVSLLRIGRLLLVLLLLSAALLGLAKIAPETTHKVFP
                     RLETWGNRLTEHMDDRASENDLIKDDNQYVIDDDNYQVSHAKIAIARGGLFGRMPGRS
                     VQRDFLPLAYSDFIFAIIIEELGLVGGTVVLLLYIMLLIRVGIIARRCELLFPKYLVI
                     GCGLMIVIQALTNMAVAVNLMPVTGQPLPLISRGGTSTVLTCLYFGIILSVSRFGAGM
                     GEDEAAEEEDAEEEDAEVEEEGAPIEAAPSVRSSTPAPSPTENE"
     CDS             complement(18560..19975)
                     /gene="murD"
                     /locus_tag="SEQF3106_00934"
                     /EC_number="6.3.2.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8E186"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylmuramoylalanine--D-glutamate ligase"
                     /translation="MTQNPPLTQGKSPSESDDTLPPRRAGRIVVLGAGESGVGAAVLA
                     WVKGHEVFVSDSGTMAEKYRAMLLERDIPFEEGGHTEANILSADEIVKSPGIPDTAPI
                     VRAAVERGIPILSEIELAGRYTDARMICITGSNGKTTTTSLIYHILREAGIDVGLAGN
                     IGRSLALQVAEDPHACYVIELSSFQLDNMYRFKADIAVLLNITPDHLNRYGGEMQRYV
                     DAKLRILQNQTRADAFIYWADDPILRREVARRHPEATCYPFSDADRPELTGRLTPDGQ
                     ICIKTPRGTLSIPRTALALRGTHNLYNSLAAATAARLAGADDASIRRGLETFRGVEHR
                     LEPVARVADVEYINDSKATNIDSCRYALQSVETPIVLILGGTDKGNDYGEIEAMVRAK
                     ARGLVFLGVDNRKLHAAFDGKVPTTCDARSMSEAIAHAARIARPGDTVLLSPCCASFD
                     LFRNYEDRGEQFKQCVRALSS"
     CDS             complement(20539..21804)
                     /gene="mraY"
                     /locus_tag="SEQF3106_00935"
                     /EC_number="2.7.8.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A6W3"
                     /codon_start=1
                     /transl_table=11
                     /product="Phospho-N-acetylmuramoyl-pentapeptide-
                     transferase"
                     /translation="MLYELFNYLDQLDVPGAGVFKYVSFRSVMAFILALFISTAIGRR
                     IIDRLRRLQIGETVRELGLEGQLSKKGTPTMGGIIIIIAIIVPLLFFARLNNIYLILM
                     LITTIWLGTLGFADDYIKVFKKDKEGLHGRFKIIAQVGLGLIVGLTLYFSPDVVIREN
                     MEIRRAGQDTIEEVRIHPNEVKSTKTTIPFVKNNNFDYSVLAEWAGRYKTEVTWLLFV
                     LMTIFVVTAVSNGTNLTDGLDGLAAGSSAIVGIALGVLAYTSSHFEFATFLNIMFIPG
                     AEELVVFASAFIGATIGFLWYNAYPAQVFMGDTGSLTLGGIIAVFAIIIRKELLVPIL
                     CGIFFVEALSVMLQVFYFKYTKKRYGTGRRIFKMTPLHHHFQKPGNAGIDAIIQKPYN
                     IVPESKIVVRFWLIGIILAAIAIITLKLR"
     CDS             complement(21818..23296)
                     /gene="murE"
                     /locus_tag="SEQF3106_00936"
                     /EC_number="6.3.2.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q819Q0"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,
                     6-diaminopimelate ligase"
                     /translation="MNLTELIHDLYNRKQDGSLPAAINITGIAADSRRVSEGMLFVAV
                     KGTTVDGHDFIASAIERGAAAIVCERIPDTIDETVKARVPFLVVPDAAEALGRLLDTW
                     HDHPSQHLTLVGVTGTNGKTTVATLLYDLFRKLGYRVGLISTVCNRIDEETLPTDHTT
                     PDPVTLHALIARMAEAGCTHVFMEVSSHAIDQQRIAGLHYAGGVFTNLTRDHLDYHKT
                     VENYLRAKKRFFDGLPAEAFALTNADDKSGAVMLQNTAAHKLTYSLRTVADFKGKIVE
                     AHFEGTELLIDGHDVTVAFVGRFNAYNLLAVYGTAVTLGEDAEQVLVALSSLRPVAGR
                     FETITSPEGFTAIVDYAHTPDALANVLTSIHEVLRGTGRVITVVGAGGNRDQGKRPLM
                     AREASRLSDQLILTSDNPRFENPDAIIREMEAGLTDAERVRVLCITDRLSAIKTACQL
                     ARRGDVILVAGKGHEDYQEVRGVKHPFDDREVLRTLFSASKA"
     CDS             complement(23310..25535)
                     /gene="ftsI"
                     /locus_tag="SEQF3106_00937"
                     /EC_number="3.4.16.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:G3XD46"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan D,D-transpeptidase FtsI"
                     /translation="MSEQEKDRANEQAARKAKDGQILTRYFIIVVLLAPLAAGILFLT
                     FKTAFIEKAKWNKVAESRKKPNRLVNPTRGNIYSADGKLMATSVPRYYLYVDFKAAGF
                     HAPSPRGGKKEINIDTFMRSRENGIDSLAFYLSRKLKNRTAAGYRAYLLRGLRQGSRQ
                     YPLYENRLSYADVKEIRDYPFFRFGRNISGLYEREMVQRQKMFGSLASRTIGDIYNEI
                     ETGGLSKGKNGLELRYDTLLRGKPGLNSIVRVGGRWTNVVEEEPTAGLDIRTTIDLQI
                     QDLTEKALVDKLQETDAASGVAVVMEVKTGEVKAISNMERIRPGVYAELRNHALADEL
                     EPGSTFKIASMMVALEDGVCTPESSIDVGNGVYKFNGRTIRDHNAQSGGYGTITVAQS
                     IWYSSNVGIAKIILKGYSDNPRKFVDGLHRTGIDADLHLDIAGAGHAKIRRPGDPQWS
                     RMTLPWMSFGYEVQIPPINTLAFFNAIANDGRLMRPMFVKSIMRAGKELRVYEPEVIV
                     PEICSKRTLKAVQEMMYNVVNYKDPAGRRDGTGKPARSSVVTIAGKTGTAQIAASKAA
                     HNLSFCGYFPYEKPQYSCIVVISRPRRGVASGGMMAGSVFKEIAEKVYSNQIRYDLRA
                     MKPEPGRSLMPPIKNGETRSAQALIKQFDIRTTPKRVDADFTAFRRNAASDTVNMRKL
                     TIREGMMPYVIGMGAKDAIYAIERCGFRVNLVGRGRVISQSVPSGQTVSRGETVHILL
                     N"
     CDS             complement(25625..25972)
                     /locus_tag="SEQF3106_00938"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNETNKSSKPKRQLTLLYILGGGILKEDFIIRHTRLIVLVVVM
                     LFIFISNRYTCLLKLREIDRLQQSLKEKKYESLAISGELTGSNRLSQIELLVKEKGLD
                     IETAQTPPYIIHK"
     CDS             complement(25969..26904)
                     /gene="rsmH"
                     /locus_tag="SEQF3106_00939"
                     /EC_number="2.1.1.199"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5SJD8"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase H"
                     /translation="MMDIERIDYHVPALLDESMEALRISPAGVYVDATFGGGGHSRAI
                     LSRLDAKGRLFAFDQDADAEANAPTDDPRFVFVRSNFRYLASFLRYHGVHRVDGVLAD
                     LGVSSHHFDTPERGFSFRFDGEADMRMNNRAGRTAADVVNTYTEEQLADLLQAYGELT
                     DARRVAQAIVRARDEQPIRTTAELTAILQPMAGRRDASGYYAQVFQALRIEVNDEMEA
                     LSEMLHQALRVIRPGGRLAVITYHSLEDRPVKRFMRSGRTDGHCAEDVYGNRLSPIRP
                     VGRKPIVPTAEEVTRNPRVRSAKLRVGEIINEEEQ"
     CDS             27490..28071
                     /locus_tag="SEQF3106_00940"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNWKKARGIIIPILVVRYSESRILLSELCSRFKYYNMSNHNRTR
                     EEWRVYIAGDTLEMKCANCDNLKEVAYGVDMDFSNFLKQCKMQADIRLGTCARCAAAF
                     DMDIVMFYLPKGLIDVVKPVYHKNRRYATIKEEDLILLLYKPDLDDIKAVFWKLFYSI
                     FRFMSQHPECFDDILKQLGLSEFIYFMGRNDGY"
     CDS             28058..28459
                     /locus_tag="SEQF3106_00941"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMDTEVYSDEHLLAELHSLKESMNRIADFILEMKRDYSVLDEKI
                     ELNSVDVMRLLGISRASLARWRNARAIPFRYVSSNHVVYPFKGLYIAVKTGRASFKGF
                     RRVEALQRLNAYKDGILKGYMGDSQIPFEEL"
     CDS             28456..30507
                     /locus_tag="SEQF3106_00942"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIKEEILQRTNRGLDIFYFYMPIDFVPKRNFRNPLYDDKRASC
                     NIYLDGKSDCYRMKDFGNDLYSGDCFWFAATMQGLDAHTEFMQVLETIIRDLQLSISL
                     PGKARSIAPVTKSPALPRPSSGEKAPKNKGQFSLVEQPYRMEELAFWARYGIDTKTLQ
                     RFRVKSLSRFESVSNQGKPYTLRSTVREPMFCYAMGAFVKVYRPFSTIRFLYAGNKTD
                     DYVFGFEQLPNKGDMLFITGGEKDVMSLAAHGFHAICFNSETAQIPENIIESLQLRFR
                     HIILLYDTDETGKRESERQAEQLAGYHVLNLTLPLQGSKGEKDISDYFQLGYGEKDLR
                     ALLSEMFSNLYVQTMMMLRSCEIDYDNPPDASKSVVAVNGVPLGTQDNLFCITGGEGT
                     GKSNYITAILAGTLGETMLPAERTLGLEVTANPKRLAVLHYDTEQSEAQLHKNLGKTL
                     RRASLAAVPDFYHSLYLASLSRKDRLKLIRESMDLFHHRHGGIHLVVIDGIADLIRSA
                     NDETESIAIVDELYRLAGIYNTCIICVLHFVPNGIKLRGHIGSELQRKAAGILSIEKD
                     DDPEYSVVKALKVRDGSPLDVPIMLFGWDKQQDMHVYRGEKSKEDKERRKADELIAVV
                     KEIFLHTAKLSYKNLSEMLIQEMEIKDRTAKRYIAYMREQGILSQDAAGNYQKGERCR
                     T"
     CDS             30495..30800
                     /locus_tag="SEQF3106_00943"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYVEESFEAWQKQLFDSLARMEGKLDRLLVLREQTIDTTVHPP
                     LKAEYLDIIDVSRILKVEQKTVYNWVSAGKIPYLKANGRLLFLREEIDEMLRKQAAE"
     CDS             31113..31982
                     /locus_tag="SEQF3106_00944"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIHDQKAAELYLSCISYYRLKGYWWEMQRDKERHLFAEGACFE
                     VVITHYLFDKELRLILFDAIESIEIALRAKMIYHLSQSYGGLFYVDSSLFVDESLYRQ
                     HLRDLKEEFMRSSEVFAKEYKRKYGIWERGRCVALAEQPDAWVIFEVATFGTLSKMYK
                     NLRHQLPEKSRIANDFGLNRHNELSSWLEAISYLRNIVAHHSRVWSRNMVKRPMEIKK
                     PKGTWLSRPLPESGQKKPYFIITAMLYLCNAIHTGETYKQKILALIKKNPEIPIFRLG
                     FLDHWKDEPIWCE"
ORIGIN      
        1 tgcgacatgc cagcgtcact ttcgatccag cggccccgtc atgcgacatg ccagcgtcac
       61 tttcgatcca gcggccccgt catgcgacat gccagctcac tttcgaccca gcggaccggc
      121 aatcgagttg ccggcgaata aaaaaacgga gatccctaac gtcgaactca cgttataaat
      181 agggtgctta ctgaaatcgc ttgcttgctc ttcgggtaaa aaagaagccc tgcctccggg
      241 tgaacgaggg cagggcttta tggaaaaagg ctcgacagcg cgcgaagtac tgcgccgtca
      301 aagttcggag gggtgattct tcaggggggg atgcttcttg tttttccttc agacgagggg
      361 aaactgtaga gtggcatgcc cgaaagaggc cccggtgtat caatcaacgt tcagcgtgac
      421 gcgcttgaag gccgttacgg tgagcgtttt gctgtgctgt tgcaggtatt gctgtacggt
      481 cagcttcgaa tccttgacgt actcctgctg cagcagcgtg ttctccttga aatacttctg
      541 gagcgcgcct tcagcgatgc ggtcgagcag cgcctcgggc ttgccagcct ggcgcgcctt
      601 gtcgcgggcc acctcacgct cggtctcgag cacatgggcg ggcacctcgt ccggtgttac
      661 ggcgacgggg ttcatcgcgg ccacttgcat ggcgatctcg cgcgccactt ggtgatccac
      721 cggctcgttg aaggccacga tcgcggccag cttgttgccc gggtggatgt atgacacggt
      781 ggcagcgccc ttgacgaact cgtaatagcc gagctccatc ttctcgcccg tcacgccgat
      841 gcgatccgtg atgtggtttt ccaccgttcg cccttctttc agcgtggtgg cgagcagtgc
      901 ctctttggtg gccggtcggc cggtcatagc ggcgttcagg atgtcctgta tcagtgccac
      961 gaagtcagca ttctttgcca caaagtcagt ttcacatttc agtgcgacga tggcggcaaa
     1021 gtcgtccttg tctgcagcca gcacgcagcc ctctgctgcc tcgcgatctg atcgtttggc
     1081 tgccacggct tggcccttct tgcggatgat ctccatcgcc ttttcaaaat cgttaccggc
     1141 ttcttccaaa gccttcttgc aatccatcat cccggccccg ctcattttgc gcaggtgggt
     1201 gatatcagcc attgttactg ccatattgct atgattctcc ttctgtttat tgggggtgat
     1261 tgttattcct gtggggtgct ttctggtgcg gcctcggggg cttccggtgc agtctcgggt
     1321 gcagcgggtt ggggttcgct tgccggctca tccttcttcg ggcggcgggc gttcgacttg
     1381 gctcggcggt cgcggcgtgt gttgttatcc ttctcgtcgt ctgcttcgtc gctggcgcgc
     1441 tcgctttctt ccttatcgcg tgctttactc tcttgcaggc cttcgttgat ggcgtcgcag
     1501 agggcagtta cgatgatttc tacggacttg gtggcgtcgt cgttagctgg gatcacgaag
     1561 tctacattgc tcgggtcaga gttcgtgtcc accatggcga agacgggtat gccgaggcgt
     1621 tttgcctcgc ttacggcgat gtgttccttc agtacgtcta ccacgaagag tgcggctggc
     1681 agccggccca tgtctgcgat ggagccgagc atcttttcca gcttggcgcg ctgacgtgtg
     1741 atctggagtt tctctctttt ggagaggtta tcaaacgtgc catccttgct catcttgtcg
     1801 atggtggaca tcttcttgac ggccttgcgg atggtgggga agttggtgag catgccgccc
     1861 ggccaccgct cgatgacgta gggcatgccc acggctgcgg ccttctcggc tacgatctgc
     1921 ttggcttgct tctttgtggc tacgaagagg atgcgccctc ttccagcggc gatgttcttg
     1981 agtgcctctg cggcctcgtc gaccttcgcg gccgttttat acagatcgat gatgtgaata
     2041 ccgtttcgct ccatgaagat gtatggagcc atggctgggt tccactttct ttttaagtgt
     2101 ccgaagtgga cgccagcctc taataactgc tcgaaattaa gtcttgacat ttctcttggt
     2161 ttatgatcgt ttacattctc tgttttatag aatcaatcgc ccggtagcct cgcggcattc
     2221 gcatgcagcg agcgtccgtg tgatttagat actaaacgcc tatctctctc tttctgggtc
     2281 gagaggggga ggggggagtg cagacaaacg tgtggtgtgt gtggtataca tcaacgttta
     2341 ctgaactgga agcgcttgcg tgctttgggg cgccctggct tcttgcgttc cacttcgcgg
     2401 gggtcacgag tcacgaagcc ttcggccttc agtgctggct tcgattcggg attgatctta
     2461 atcaacgccc gggtgatggc cagtcgggca gcctctgatt gccccttgaa gcctccgccc
     2521 acaaggttca gcttgatgtc gtactgttca gccacgttga gggtgttcag gggctgcttt
     2581 acgacgaatt gcaggatgga ggaggggaaa tagtcggtca gttcgcggtg attgaccgtg
     2641 atcttcccgt tgccttcgct gatgtacacg cgtgcgatgg cggctttacg ccttccgatt
     2701 gcatttactg tttccattga atcttcaatt gagtgtgttt atatctatcg acttgggttg
     2761 ctgggcttcg tgcttatgct ccgggccggc atatacatag aggttgctga gcagcttgtc
     2821 gcccaagcga ttcttaggca gcatgccctt cacgacttta cggaagaggc gatcctggcc
     2881 tttggccatg aggcgtgcgg gcgttgtctc gcgctgcccg ccggggtagc cggtgtagct
     2941 taaatagacg cgatccgtcc acttattgcc ggtcatacgg atcttctcgg cattgatcac
     3001 gatgacattg tccccacagt cgacgtgcgg ggtgaagttg ggtttgtact tgccgcgtaa
     3061 caacttggcg atcttggtac acatccgccc caacgtttgg ccgtctgcat cgacgaccac
     3121 ccattctttg tttactgttg ctttgtttgc agaaatggtc ttgtagctta acgtatccac
     3181 tgctattact gaattagaaa atctcacaaa tgccttttcg tcagtcgggg ggggggcttc
     3241 acggacacag agagaaggcc cactggaact ggcgctaaag gcgctttact taacacgttg
     3301 ataataatcg ggtggcaaaa gtagaccttt tcaatacata cgcaatttca acgaataccc
     3361 tgaaaagcct gcttcaatgc acggtttggg gcagaaaaaa tggctctata atggttcgta
     3421 tgggtacggc gaacttgagt ttcccgcaga cgaaataggc catgtcaata aagtttagag
     3481 tgttggcaaa gcctttggcg cgccgcttgg ccaattgtat cttttgattg ggggggcttc
     3541 gaggatgccc gtcgacgctc gtcaacgggc atttccgcaa ggaaaaacgc caacgacgct
     3601 cgtcgacgga gcatttccac aaggaaaaac gccaacgacg ctcgtcaacg ggcatttcct
     3661 caagggaaaa cgccaacgac gctcgtcaac ggggcatttc cgcaaggaaa aacgcgaacg
     3721 acgctcgtcg acggggcatt tccgcaagga aaaacgcgaa cgacgctcgt cgacggggct
     3781 tttcctcaag gaaaaacgcg aacgacgctc gtcgacgaac atttctatgt aatggtcaat
     3841 gattaattgc taatgatgaa tggtggggca gcgctatatg gactatttcg tttgcgggaa
     3901 actcaaattc gcggacccat acgaaccatt atagagccga aaaaaatccg gaggcagatc
     3961 cgctcatgga tccgcccccg gatggatgga actgcgggga aaaggcgcgc ttagagcagc
     4021 ttattcagct tttccacaaa ggcgttcttc tgcgcggcgc ccacttgctt atccaccacc
     4081 tggccgtctt tgaagaagag gacggtgggg atgttgcgga tgccatattg tccgacaacg
     4141 gcgtcgttct cgtccacatt gactttgccg acggtgatgc ggccgtcgta ttcttcggcc
     4201 agctcgtcga tgatggggcc taccatgcgg caggggccac accactctgc ccaaaagtcg
     4261 agcaccacgg ggcgacctgc gcccaacact tccttgtagt ttgcatctga tacgtttact
     4321 accatgattg attctgtttt ttgatgttga taaactatga ttgattgatg gtgaaatcca
     4381 tgttgcctga ctcccggatg aagtcgatta gctcttcggt gacgcagagc cgcgtgtcgt
     4441 gggagtacaa attcaatgcc acatgatcgc ggccgagaac gtagaaggcg agctgcgtct
     4501 tcccggggtt gctcttgacg atggctgaca gctcgctgat gatctgttcg ttcagcgcat
     4561 cgatggggac ggtgatgcgg atggagtgga cgaggctgtc cttgacatct tgcagcaggc
     4621 ggatggcgga gatgcgcaga tcgagctctg agtccttcca gcggcggggc tgcacggtgg
     4681 cgttgacgaa gagatagagc cctggccggc cgtatttgct gaagttgatg tagtcgtcgc
     4741 cgaagagggc gatgtcgccg ctgccagaga ggtcttcgat gcggatgatg ccgtagggct
     4801 tgccattctt ggtcatgcct tcgcgatagc cggtgacgat gccaccgagc gtgagctgcc
     4861 ggccttggaa accctcccac tcgcggctgc tgacgtcttt catcgtcatg ttgcagacgt
     4921 ggttgaggat gatgcgatac tcgtcgagtg ggtgggcgga gaggtagatg ccgacgaggt
     4981 ctttctcacg attgaggcgc tccagtgggc tccagggctc gaacttgggc acttcggggt
     5041 gggcgatttg cacagcgtcg tcggcaccga agagggagta ggaggccgtc tgctgatcga
     5101 gcttgaactt ggcgctgtag cgcagcagga catcgacgaa ggtttccctc cggtcgtttt
     5161 cggtgaagaa gggttcgcga tcgatgccga ggctgtcgaa ggcgccagag agtgccatgg
     5221 attcgagcgt cttcttgttg cacgccgagg aagggatgcg ctccacgaag tcgaagatgt
     5281 ctttgtaagg accatgtttt tcgcgctctt cgatcactgc gatggctgcg ctttcgccca
     5341 tccccttgac ggctacgagg ccgaagcgga tgtcgccctt gctgttgacg ccaaacttgc
     5401 catgcgattc gttgacgtca gggcccagga cacgaatctt catcgccctg cattcgtcca
     5461 tggctttggt gatctccttg atgttcgaga ggttgcggct gagcaccgcc gccatgtatt
     5521 ccgaggggta atgcgccttg aggtaggccg tctggtaagc cagccaggag taacacgtgg
     5581 cgtgactctt attgaaggcg taggaggcga acttctccca ctcgccccag atcttttcca
     5641 gtgtcttgcg atcgtgcccc ttttgccgtc cgccctcgag gaacttctcc ttcagctcca
     5701 tcattttgtc gatctgcttt ttgcccatcg ctttgcggag cgtgtcgctc tggccacgcg
     5761 tgaagccggc caggaggcga gagagaagca tgacctgctc ttgatagacg gtgatgccat
     5821 acgtattctt taggtaacgc tccatctcgg ggatgtcgta acggatctct tcgcgccctt
     5881 gcttgcgggc gatgaaggcg gggatgtgat ccatcgggcc ggggcgatag agggcgttca
     5941 tggcgatcag atcctcgaac tccgtcggct gaagctcctt gaggtatttc tgcatgccag
     6001 ccgactcgaa ctggaaggtg gccacagtgc gaccggcaca gaagaggtcg taggtcggtt
     6061 tgtcgtccat ggggatatgg tcgatgtcga tcacttggcc tgttgtttgg cggatgttct
     6121 cgagcgcttc cttgatgatg gagagcgtgc gcaggccgag gaagtccatc ttgatcagcc
     6181 ccgtttcttc gattacggag ccttcgtatt gcgtgacgag cagcgtctcc ttcgtctcct
     6241 tgtcttcggc tgtggccacg gggacgatgt ccgagatgtc ttgcctgccg atgatgacgc
     6301 cgcaagcgtg tacacctgtg ttgcgcacat tgccctcgag cttctgggca tacttcaacg
     6361 tgtcgcgcag gatggggttc gagctgttgg ccgcctcttt cagctcgggc acggcttcga
     6421 tggcgttctt cagcgagttt acacggtcag gcacgagctt ggccagcctg ttcgattccc
     6481 gcagcggcaa ttgctccacg cgcgccacat ccttgatggc gagcttggca gccatcgtgc
     6541 cgtacgtaat gatgtgcgcc acgtggtcct gcccatattt ctccgtgacc cacttgagca
     6601 cttcgccgcg gccgtcgtcg tcgaagtcaa tgtcgatatc aggcatggaa atgcgatcgg
     6661 ggttgagaaa gcgctcgaat agcaggtcgt acttaatcgg gtcgatgtcc gtaatgccca
     6721 aacaataggc cacgacagag ccggccgcag atccgcgtcc ggggcctacg gagacgccca
     6781 tgcgccgcgc agccgcgatg aagtcttgca cgatgaggaa gtaacccgga aagcccatct
     6841 ttttgatcgt attcagctcg aagtcgatcc ggtcgcgcac atcgtccgtg atcacgccgt
     6901 tgtagcggtt gaactcgcgg gcgcgctcga aggtgaggtg gcgcaggtag tcggcctcga
     6961 atttgatgcg gatcaccttc tcatagccgc cgagccggag gtaattgtcc gccgtgacgc
     7021 gcccctcggc atccgtgtcg ttaaactcat ccatgagctc cttagccgtg taacgcgcgc
     7081 ggtaagcctc ttccgtgccg aagctggggt cgatttggaa gaagggcatc agcgccggcg
     7141 agtcgatgga gtacatctcc accttatcgg ctatctctat ggtgttgcgg agcgcctcgg
     7201 gcacgtcgga gaagatggcg ttcatctcgg ccgtcgtttt gagccactct tgcttggaat
     7261 agcgcatgcg ggtcgggtcg ttgatctcct tgcccgtgct gaggcagatg aggcgctcgt
     7321 gcgcatcggc gtcgtcggcg ttgacgaagt gcgcatcgtt tgtcgcgatc agcttcacgc
     7381 catgcttctg ggctagctcc atgagcacgc gattgacctc cacctgtttc gggtacgtcg
     7441 ttgtgtcagc atctggcgcg tgcgtttcgt ggcgttgcag ctcgaggtaa aaatcctcgc
     7501 caaagagacg cttgaaccac aacagcgacc cctccgcctt gtctcgtcgg ccagccatga
     7561 tccattgcgg tatctcgccc ccgaggcaag ccgaggagac gatcagcccc tcgtgatatt
     7621 gctccaaaag ctccttgtcg atccgcggat tgcggtaaaa gccctccgtc caagcccgcg
     7681 aaacgagctt gatgaggttc ttataacccg tcagattttt agccaagacc aagaggtgcc
     7741 agccgccgag gtcgtccttg tcttgcttcc ggaagcggcc attgcgcgcg cagtagcatt
     7801 cgcagccaat gatgggcttg aagaggctct ggcggcaggc acggatcttt tccgagagtt
     7861 tgcggatgcg atcggcctcc tcctccgtcg ggtgctcctt atcgttgagc gcgcgcagct
     7921 ccttctcgca atccttgatc gtgcccgagt atttgctgtt cttcttcttc actttgttgt
     7981 aaaactcctt gatgccaaac atgtttccat gatcggtcag ggcgatggcc ggcatgccgt
     8041 cgcgttgcgc tttctcgatc agcgcatcga tggacgactg gccgtcgagc agcgagtatt
     8101 gcgaatggac gtggaggtgg acgaagggtt ccatatataa tagtagtggc caattattaa
     8161 ttattggtgg ttaatgagag agcggtgcca ctctgccgta actccagggt aatcattgat
     8221 cattgataat taatcattgc ctccttaggg ggcggccttg tgcgcgcctt tcccgcggag
     8281 gcggtcaaaa cggcgccaaa gatgggggcg agggggcaat agcggatcgc ccggccgggg
     8341 aaagccgtac ttttgttata tcaatcatgc aataagagaa tatacgatga aaaagtactc
     8401 ccttcttctg ctggcttgcc tttgtacttg cgcggcgcaa gcccggatcg ttcccggcct
     8461 gcggcttggg ctggcgtaca gccaacttac acagatcgtc gacgaggaag tcagttacgg
     8521 cggccgcatc ggtttggagg ccgctgggct gctcgacatc cccctgacaa accgtttttc
     8581 gcttgtccct gagctttcct tcgccaacca aggcggagct tacaattacc tctatctccg
     8641 cgacgacctg atcatcaccg gccgccacac ctgccgctat tacaccttca gcctccccgt
     8701 gaacctcgtc tataagattc gcttcgccga ctggcagctt ggcatccaag ccggcccctt
     8761 tctgtcgcta tccacccggg agcgcgaacg ccacgagtgg atcagccgcg actttcgcac
     8821 ccttgacgtc ggcgccggcg cgggcctcta tgtggagtat cgcgccgtat tcttctccgt
     8881 ttacggacgt accggattca tagataagct gcgccagaag caacctttcg actcgcaggt
     8941 gtatcagaac agcgtagccc tcactttcgg ctatcgattt tatggccgct aatagccttg
     9001 cgcttttcgg atattcttaa ttgtttggga ccctcacctt ttgcggtgag ggtttttttt
     9061 gtgcgttcag cccaaagagg cgaggggatg aacgcgtata tagtggattg ctcttgggct
     9121 tcgcgctttc ttgcctcact tatttcgatt atccatttgc ctgaggcaat tgggcgtttt
     9181 catttggttt catctatttg cctaaggcaa ttgggtgttt ccgtttgttt ttatccattt
     9241 gcctgaggca attgggtatt ttcatttggt ttcatccatt tgcctgaggc aattgagtgt
     9301 tttcatttgg tttcgtccat ttgcctaagg caattgggcg tttccatttg gtttcgtcca
     9361 tttgcctaag gcaattgggt gttttcattt agtttcatcc atttgcctga ggcaattaga
     9421 tgttatatgt cttggtaact atttgtgtat gtctttgttg cgctaaggta cttgagcata
     9481 tcacggcgta tagctattgc gcctctacga attagaacgt tacgaagcgt atgcgcggaa
     9541 tgtatttcaa tatagcgctg cgtattattt ttgcctttga tagagcttag cgtacaaata
     9601 catgggaaga tgaaagattt cgcagcaata gattttgaaa cagccaaccc gtatcggagt
     9661 agcgtgtgca gcgttggaat cgttgtggtg cgcgagggaa tcgtaagaaa tacattttat
     9721 cggttgatcc gcccggaacc gaattattac atgtcgtgga acacacgtgt gcatggactt
     9781 acggctgctg acacggatgg agcgcctcgt ttccccgacg tttggcgcga cgtgattccc
     9841 ctcatcgagg ggcttccgct tgtggcgcat aacagtccgt ttgatgaggg ttgccttcgg
     9901 gcgaccttcc aacgctatga gattccctac ccagactata tcttttactg cacctgccgc
     9961 gctgcgcgcc gtgcgcttcc gcatttgccc aaccaccgtt tagagaccgt cgcagcggcc
    10021 tgcggctttg acctccgaca tcatcacaac gccttagccg acgctgaggc ctgtgctgag
    10081 attgcgaggc agattttgtg aaggctttca taggtatcca ttcatttact tatggggagg
    10141 gggaattttc ctccctttaa gtctacatcc ttatcaaagc acattcctat cgcctcattt
    10201 tttcttttct atccccgctg atcaaaaaag aaatcccccg ccagaaagtg tggcggggga
    10261 tttcaagggt tatgatagta tgaacaaaat ggctctctca atgagagagt agcttcttca
    10321 ccgtggctga aatggcgccg ccgtcggcgc gtccggccag cgccgcagtg gcgaggcgca
    10381 ttactcggcc catatccttg agcgaggtgg cgccggcctc agcgatgatg gttttgactt
    10441 cagcctcgag ttcttcggcc gaaagttgtt gaggtaggta gccctcgagg gcgcttacct
    10501 gcgcaagctc tgcttcggcc aggtcggggc gttgctgctc ggtgtagatg cgtgcggatt
    10561 ccttgccttg cttgacgagc ttttgaatga tggcttgggc ggcctcatcg gtgagggtgt
    10621 cgccagctcc gggggcggtt ttggcttcga ggaagcactt ttttgcgttg cgcagtgctt
    10681 cgagtttcac tttgtctttg gccagcatgg cggctttgat gtcgctgctg atttgatcga
    10741 ataggttcat tgtttacgtg tatttagagg gtaggataaa gggtagaggg tagagctggg
    10801 cactcatcaa ttctgccttc tacgcgctct atcatcccat gcggaagctg atgcgtggac
    10861 gccctgtctt gcttgcgcga ggcagttcgg cgcggcttgt ggtggtggtt tgtgcgctgt
    10921 tgtggttgcg ggcgcgcgcc agtaggcggg cgtcgcgatt gtatgtgggg tgctcctcca
    10981 agagggtgat gatggcgtcg tcgtctaatt cgcctacggt gaggatggcc acgctgtatg
    11041 tggggcggtg gacggggcgg cgttcttctg acttcttgcc gtaatactta gccatgagct
    11101 cgcgctcgcg ctctttcttt cggagcagct cctcttcctt gatgatctcg tcttcgcttt
    11161 tgatcaggtg ttgctcctcg cggttgctgc ggatctcggg gatgtcgttc aggtcgaagc
    11221 ctgtggccag gacggtgaac tttactttcc ctttcagcga ttcgtcgagg gccgtgcccc
    11281 aaatcacttc gatttcgtcg ccgaattgct tcatgaattc ggtcatgtag ttcacttcat
    11341 ccatgcggag ctcgttgccc tcctctccga tggtgttgct gctgaaggag atgttgaaga
    11401 gtatcttctt agcgttagag atgtcgttgt tgttgagcag gggtgagcgg agggcgtcgt
    11461 gtatggcttg ttcaaggcgg ccttcgccct gcccatagcc gttgctgatg agggctacgc
    11521 ctccgtcttt gagggttgtt tccacatcgg cgaagtcgag gttgataacg ccgtcgaggg
    11581 tgatgatttc ggcaatgctt ttggcggcga tagtgagggt gtcgtcggcc tttttgaagg
    11641 cgttcagcat ggtgaggtct gggtagatct cgttcagccg ttcgttgtta accacgagca
    11701 gcgcgtccac gtttttgctg atggcttcca cgcctttaag tgcctgaatg atcttgggtg
    11761 gcccctcgaa gaggaagggt atggtgacga tgccgacggt caggaggccc atctctttgg
    11821 ctacgcgtgc gatctctggt gcggcgcctg tgcctgttcc tccgcccatt ccggcggtga
    11881 tgaagaccat cttcgtgcca tcgtcgagca tcgagcggat ctcgtcttcg ctctcctcgg
    11941 cggcgcgttc ggcgcgttcc gggttattac ctgcgccgag cccctcggtg acggtgcgtc
    12001 cgagtgcgat cttgatgggc acgtcggagc gcgaaagggc ttggctatcg gtgttacaaa
    12061 ggacgaagga gacatcgtgt atgccttcct taaacatgtg tgtgacggcg tttccgccgc
    12121 cgccgcctac gcctaccacc ttgatgatct ttcgtgtgtc tctgggaaag ttgaagtgca
    12181 ggggggttgt atcgttgctc attgccatgg gtgtgctatg tgtgtgtaaa ggggagtggt
    12241 ttgtgtgggg gggttattct tcgtcgaaga gtccgcgggc gatctttccg aatccaccga
    12301 agatgctgcc gcgtcgttgc gagcgtcggc tcttcttctc ttcctcttca tgtcttacct
    12361 cgggggctgg ctcaggttct ttcactgttt cgatcggctg ctggatgggt gtcggtgcag
    12421 gctcttcttg cttgcggcgg atggggccgg tgcagctctc agtgccttgc agcagcaagc
    12481 tgatggcaga catgtagcgc gggtcggcga tccgttctcc gacttcctcc atgaggcctt
    12541 tacggatggt ggaataacgc acctcttgca gcttgaaagt ttcacgcacc agttcttgca
    12601 agttcttcag tgccgctccg cctccgacga gcacgacgcc tgcgccaagt gcatgtgtca
    12661 gcttgttttc ttccatgcgg acgtagacgt tttcgacgat ctccttcgtc cgcgcttcaa
    12721 cgaccatatc gatttcgctt aggttgattt tacgcgttcc gatgccatcg atggagtcga
    12781 gggagatgct gccttcttgg ttctcattgg gcttcgcgtt gccgtaagtg atcttcagtc
    12841 gttcggcttc cgtttctacg aggcgcaggc tggtcaagtc gcgtgtgatg aggtcgctgc
    12901 caaggggaat cacgttgagg taagccagat gaccgttttt gtacacgacg atagaggtaa
    12961 cgcctgcgcc aaagtcgatc acagcacagc ccagctcttt ttcgttgcgt gtcagtatgg
    13021 cctcagccag tgccaagggc gacacgatga tgccagccac ggtgattcca gcctgttgct
    13081 ctacgctatt gatgatggat ttgcggatga tcggttgccc aacgacgagc ttatagcgcg
    13141 cctcgatacg tctgcacgaa acgccgacag ggtttgctgt gcgtttatcg tcgaggtaat
    13201 agacgggtgg tgcaatggcc agtacgtccg acatctccgg acggtagctt ttgcattgtt
    13261 cgttgagtag gcggatgtca tcttccgtca cgaaggcatc tgggcggatc gtgcgcactt
    13321 cagagtgatc aatggagcgg agcgattgcc ccccgatgcc gatgtagacc ttctcgatac
    13381 gaaggttggg gagtttgttt tgcagctcca gcacgagtcg tttgatgcgt gcagctgttt
    13441 cggccacatt gtggatgcgc ccacgccgga tgcagccgct cgactctttc acctcttcgg
    13501 ctacgatgga gagcgcgccc cgactgttct tttttccgac catccccacc aaatgagaag
    13561 tccccaaata gatcgctact atatagtccg tcaccataaa ttcatctttt agtacataca
    13621 atctggttct tgtatttcaa attgatcatc tcgtatttat cccatcccac cttaggaatg
    13681 gcttgctcgt aaaagagttg caaatgattc atcttctctt cgaaatcgtc taagctgcct
    13741 aagtatattc gaaagtcgcc cacccgtgga atcaattcaa tctccttact gggataaaca
    13801 aaaatctgtt cgatttggtt gttccagaag tcatgcttgc gcaaaaatag ggcaaacttg
    13861 tacaagtctg atttagcgaa ggctttttcg atcctgccgg aagccactgg caaataggct
    13921 gcatagcggg tgctgacagc catgatgcgc cctcgttcat cgatgtaata actgccactg
    13981 tcggtgaaga cacggagaat gggcgtcttc tgggtgatct caatatgaat catgtgggag
    14041 ggggtcttgt agaccttcgc acggtcgacg gggccactct cggtgatgcg gcgctcgatg
    14101 cgcgccgtgc tgatgtcacg cagaggtgta tctacggggt agagatgagc tctgcggagc
    14161 atgcggacga cgtcgcggtt ggtgatgaag ttgcgttcgg cgctgtcctt gatctctatc
    14221 gtcacgccac ggcagacggc gtccgtcccc ttctcgttga ccagaaggat ggagaagacg
    14281 atgtaacaca cgaagacgac ggcgataatg atgggcagca gctttttcat cgttgcgcaa
    14341 ggatttggcg gatgggttcg acgagacgat cgatgtcgcc ggcaccaagg ataaggacga
    14401 cgtcgaacgt gccagcggca atgagggcgg gcaagtcggc ctttgtacag caccgtttgt
    14461 tggagatggt gacgcggtcg aggatcatct gtgaggtgac gccgggaatg ggttcttcgc
    14521 gggcggggta aatgtcgacg aggatcagct cgtcgagcag ggagaggctg cgggcgaagt
    14581 cgtcagcgaa gtcgcgggtg cgggtgtaga ggtggggctg gaagatgccc gtgatgcggc
    14641 ggccagcgta aagctccttc acggaaagga tgctgcgagt gagctcctgc gggtggtggg
    14701 cgtagtcgtc gatgaggacg acgcgatcgt tacggagacg gatgtcgaag cggcgctcgg
    14761 caccgggaaa ggtggccatg gccgcgcgga tctcgtcagg gcggacgccg tggagccagg
    14821 cggcagcaat agctgcgaca ccattctcga cgttgacgcg gacaggtacg ccaagatgga
    14881 tgtcggcgat gcgtgtgccg tccgaaagga cacaatcaaa gacggcttca ccgccgccaa
    14941 tacggacgtt ttcggcgtga aagtcagccg aggtgtcggt ggcggagtag gtgtagcaac
    15001 ggacatcggg ctggaggcgg ggggtgatgg gcaggtcttt cttaatgatg agtgtgccgc
    15061 cggggagaat gagcgaggtg aagacctcaa aggcttcgcg ataggcggcg ggagtgccat
    15121 agatgtcgag gtgatcgggg tcgacggcgg tgatgatggc cgtggtgggg tggaggcgat
    15181 ggaaggagcg gtcgtactcg tcggcctcca cgacggttag gtcgttatgg tctgaaagca
    15241 tcaggttgct ggcatagccc ttcaggatgc cgccgaggaa ggcgttgcaa tccacatgcg
    15301 attgcttgag caagtgcgcc gtcatggagg agacggtcgt cttgccgtgc gtgccagcta
    15361 cgcagatggc gcggctggcc gatgtgatga gtccgagcac ttcggaacgc ttcatcacct
    15421 cgaaaccgga acggcggaaa tggttcagct ccgtgtgatc agacggaacg gcgggggtgt
    15481 agaccacgag cgtcgtttgc ggatcagaga aaccgtcggg gatgaggcgg atgtcgtcgt
    15541 cgaaatggat ggcagcgcct tcgtcgatga ggtgcccggt gaggggcgag ggggtgcggt
    15601 cgtagccagc cacgcggacg ccgcgcgaca taaaccaacg gatcagggcg ctcatcccta
    15661 tgccgccagc gccgatgaag taggcggaac gaatgtgtgt gatgtcaatc atctcttctt
    15721 ttctatttga ggcgcttgtt gttttcaatt aaagccacca actcgtctac gatccgctca
    15781 tcgctgtggc gttcggccaa ttgaccgctg tgtacgccaa gcatcttcaa ttgctcaaga
    15841 tcaccaaaga ggcgacggag ggcgtcaggg agtgactgcc gcacctcacc gtcggcgatc
    15901 atcacggcac cgccgcggtc ggccacggag cgggcattct tcgtctggtg atcctccgcc
    15961 acgttaggcg acggcacaag gatggagggc ttacccagca gacacagctc ggagatggag
    16021 ctggctccgg cacgcgacac gacaaggtcg gctgcggcat aggcgtaatc catccgcgtg
    16081 atgaatgggc ctacccaacg tttgggttgc ggctcaagat ccgagacacg gctacggatg
    16141 gcgtcgtaat agctgcggcc cgtctgccag atcagctgaa cgccaaggtc ggccaacgtg
    16201 gggaggcagg cctccacggc ctcattgatg gtgcgtgcgc cgaggctacc gccgagcacg
    16261 aggagcgtct tgcttgtggg gtcgaggccg aaatgcttca gtgcctcatc gtggcaattg
    16321 atggcgtcct ccaagtcctt ccgcacggga ttgcccgtca ggacgatctt ctctgcgggg
    16381 aagaagcgct ccatgccggg ataggccaca cagatacgcg cggcgtgttt ggcgagccat
    16441 ttattagtga tgccggcgta ggagttctgc tcctgaagga gcgtgggaac gccagctgcg
    16501 gcggcagcgc ggagcagggg gccgctggcg tatccgccca caccgacggc tacgtctggc
    16561 tggaagtcgt ggacgatggc acgggcgcgg tgcaggctga tccatagccg acgcatcacg
    16621 cctatgttgc gccacagccg acggcgatcg aggccgctga cgggtaggcc gatgatgcga
    16681 tagccggcag ctggtacgcg ctccatctcc atacgtcctt cggcaccgac aaacaaaact
    16741 tcggcgtcgg ggaagcgacg ccgaaatgca ttcgcgatag cgatggcggg gaagatgtgg
    16801 ccacccgttc cgcctccgct gacgatgatc ttatagtgac tcatgaaaga tcctttctct
    16861 ctgattcttt agcaattccg gccgcgaaga taagtcccca ggtaaagtgt attgaaacaa
    16921 gaaccttggg cggactggta gggttggggc aaaagcgtat tcgtgcctac gaggatgacc
    16981 gtcattcgtt ttctgtgggg gagggggcgg gagttgacga gcgaacagat ggggctgcct
    17041 ctatgggggc gccttcttct tccacttccg cgtcttcctc ctccgcgtcc tcttcttctg
    17101 cggcttcgtc ttcgcccatg cctgcgccga agcgacttac gctaaggatg attccgaagt
    17161 aaaggcaggt gagcacggtg gaggtgccgc cgcgactgat gagcggtagg ggttggccgg
    17221 tgacgggcat gaggttgacg gctacggcca tattcgtgag cgcttggatg acgatcatca
    17281 ggccgcaacc gatgacgagg tatttcggga agagcagttc gcagcgccgt gcaatgatgc
    17341 ccacgcggat gagtagcatg atgtaaagca agaggacaac cgtccccccg acgaggccta
    17401 actcttcgat gatgatggcg aagatgaagt cggagtaagc caacggaagg aagtcgcgct
    17461 gcacgctgcg cccgggcatc cggccgaaga ggccgccgcg ggcgatggcg atcttggcat
    17521 gcgagacttg gtagttgtcg tcgtcgatga cgtattggtt gtcgtctttg atgaggtcgt
    17581 tctcagaggc gcgatcatcc atgtgctccg tgaggcgatt gccccatgtc tctaagcggg
    17641 ggaagacttt atgcgtcgtc tcgggggcga tcttggccag gcccagcagg gccgcggaga
    17701 ggaggaggag caccaacagc aatcgaccga tgcgcagcag ggagacatgg ccgacgaaca
    17761 tcatcagtaa gcaaacgagc cccaagagca gcgccgtgga gaggttgtaa agcaggatga
    17821 gggcgcagac gatgcccacg ccgccgatga tccaatagaa ggctaccttc tccgtgaagc
    17881 ggacgccgat cttgctcagc aggaaggcta cgtagacgac gcatgccagc ttaccgatct
    17941 cggagggctg gaagcgtatg ccgaagatct cgatccagcg cgaggcgtcg ttgacgctga
    18001 tgccgacgaa gggaacggcc gccagcaggg cgatggctat gagcatgagc agggagccgc
    18061 cgaggggata gtaacggctc gggatgcgca ctaaccctaa gacgcagaag aagccgatcg
    18121 tcaggtgcgt ggcgtggcgc gcgatggggc gccagatgtt gggctcgttg taggccagcg
    18181 tgctggtggc gctgaagact tccacgagcg agaagcagca gagaagcatg aagatgatcc
    18241 agatcggtat gtcgccttgg aacactttgc gggtgaatgt ctcttttgtc atgggggagt
    18301 tatgcggcct gcggccgcgg tagttagagg tagttatgcg gccttgcggc cgcggtagta
    18361 ggggcgaata attattcgcc ccggtagtag tgggtagtta tgtggcctgc ggccacggta
    18421 gtaggggcga ataattattc gccccggtag tagagggtag tcaagggtag tctgaggtag
    18481 ttaaaaggag tagggaggga gcgcataact acttctaact accctctgac tacccggggc
    18541 gcagccccgt aactaccctt taactactta aagcacggac gcactgtttg aactgctcgc
    18601 cgcggtcttc gtagttgcgg aagaggtcga agctggcgca gcagggcgag agcagcaccg
    18661 tgtcgcccgg gcgagctatg cgggcggcgt gggcgatggc ctcggacatg gagcgggcgt
    18721 cgcaggtggt gggcactttc ccgtcgaagg cggcgtggag cttccggttg tccacaccga
    18781 ggaagacgag cccgcgcgcc ttcgcccgca ccatcgcctc gatctctccg tagtcgttgc
    18841 ccttgtccgt accaccgagt atgagcacga tcggcgtctc gacgctttgc aaggcatagc
    18901 ggcaggagtc gatgttcgtg gcctttgaat cgttgatgta ttccacatca gccacgcgtg
    18961 ccacaggctc caaacggtgc tcgacgccgc gaaacgtctc caatccgcgg cggatcgacg
    19021 catcgtcggc tccggccaga cgggccgccg tggccgcggc gagggagtta tagagattgt
    19081 gtgtgccacg cagcgcgagg gctgtgcggg ggatggagag cgtgccgcgg ggcgtcttga
    19141 tgcatatctg cccatcgggc gtgaggcgcc ccgtgagctc cggccgatcg gcgtcggaga
    19201 aggggtagca ggtggcctcg gggtgccggc gcgccacctc gcggcgcagg atggggtcgt
    19261 cggcccaata gatgaaggcg tccgcccgag tttggttttg caggatgcgc agcttggcgt
    19321 ccacatagcg ctgcatctcg ccgccgtagc ggttcaggtg gtcgggggtg atgttgagca
    19381 gcacagcgat gtcggccttg aagcggtaca tgttgtctaa ctgaaaactg ctcagttcga
    19441 tcacgtagca cgcgtgcgga tcctcggcca cttgcagggc caggctgcgc ccgatgttgc
    19501 ccgccagccc gacgtcgatg ccggcctcgc gcaggatgtg ataaatgagc gacgtggtcg
    19561 tcgtcttgcc attgctgccc gtgatgcaga tcatccgcgc gtcggtgtat cgcccggcca
    19621 gctcaatctc ggacaggatc gggatgccgc gctccacagc tgcgcgcacg atgggcgccg
    19681 tgtcgggtat gccgggactc ttgacgatct cgtcggcgct gaggatgttg gcctccgtgt
    19741 ggccgccttc ttcgaagggg atgtcgcgtt cgagcagcat cgcccggtac ttctcagcca
    19801 tcgtgccgct gtcggagacg aacacctcgt ggcctttcac ccaagccagc acggcggctc
    19861 ccactccgct ctcgcccgcg cccaagacga cgatgcggcc tgcgcggcgc ggcgggaggg
    19921 tgtcgtcgga ttcggatggg gacttccctt gcgtcaaggg gggattttgg gtcatggttc
    19981 gtaaatcaga tgcttttgag ttatgattat ttgctgattg agcaactcta tcatggtaga
    20041 gttgctcaat catagtcttc agagcaactt tatagcttaa tagttgcttt tccgaatctg
    20101 ttttagcaac tctatggctt aatagttgct cgatcgggtt cgattgagca actctaccat
    20161 gatagagttg ctgaaacata gtcttcagag caactttata gcttaatagt tgcttagcag
    20221 aatctgtttt agcaactctg tagcttaata gttgctgata cataatctga ttaataacta
    20281 agatgtgatt tagtgaataa acagcagtct gtttgccctc cgcacgcttg gcggaggccg
    20341 tccgcggcgc atccgggggc aaaacgaggg cttgaagctc ggccgcgacg tgtccaaggg
    20401 gaggaatcag ggtggatgga gggttgtaca tgatgggagt tggcagttag cagttacggg
    20461 ttacgggtta cgggttacga gtaggggcac atagcggata ctcgtcatct ttcgtttttc
    20521 acttttcgtt tttcgttctc accgcagctt cagcgtgatg atggcaatgg cggcgaggat
    20581 gatgccgatc agccagaagc ggacgacgat cttcgactcg gggacgatgt tgtagggctt
    20641 ctggatgatg gcgtcgatgc cggcattgcc aggcttctgg aagtggtgat gcaggggggt
    20701 catcttgaag atgcgccgcc ccgtaccgta tctctttttc gtgtatttga agtagaagac
    20761 ttgcagcatg accgacagcg cctcgacgaa gaagatgccg cagaggatgg gcaccagcag
    20821 ttccttgcgg atgatgatgg cgaagacggc gatgatgccg cccagggtca ggctgcccgt
    20881 gtcgcccatg aagacttgcg cggggtaggc gttgtaccac aggaagccga tcgtggcgcc
    20941 gatgaaggcc gaggcgaaga cgactaactc ctcggcgcca gggatgaaca tgatgttgag
    21001 gaaggtggcg aactcgaagt gcgacgaggt gtaggccagc accccaagcg cgatgccgac
    21061 gatggccgag ctgcccgccg cgagcccgtc taagccgtcg gtgaggttcg tgccgttcga
    21121 tacggccgtg acgacgaaga tggtcatcag cacaaagagc agccacgtga cctccgtctt
    21181 gtaccggccc gcccattcgg ccagcacgga gtaatcgaag ttgttgttct tcacaaaggg
    21241 gatggtcgtc ttggtggact tcacttcgtt agggtgaatg cgcacctcct cgatcgtgtc
    21301 ttgccccgcg cggcggatct ccatgttttc gcggatcacg acgtcggggc tgaagtagag
    21361 cgtcaggccg acgatcagcc cgaggcccac ctgagcgatg atcttgaagc gtccgtgcag
    21421 cccctctttg tccttcttga agaccttgat atagtcgtct gcaaagccca gtgtgcctaa
    21481 ccagatggtg gtgatgagca tcaggatcag gtagatgttg ttcagccggg cgaagaagag
    21541 cagggggacg atgatggcga tgatgatgat gatgccgccc atcgtgggcg tacccttttt
    21601 gctcagctgg ccctcgaggc cgagctcgcg gacggtctcg ccgatttgca ggcggcgcag
    21661 gcggtcgatg atgcgtcggc cgatggcggt agagatgaaa agggccagga tgaaagccat
    21721 cactgaccgg aaggagacgt atttgaagac gcccgcgccg gggacgtcta attgatccaa
    21781 gtagttgaat aattcgtaca gcatgggggc tttcggttta tgccttcgag gcggagaaaa
    21841 gggttcgcag cacctcgcga tcgtcgaagg ggtgcttcac gccgcgcacc tcctgatagt
    21901 cctcatgccc cttgccggcc accaagatca catcgccgcg gcgggccagt tggcaggccg
    21961 tcttgatggc cgatagccgg tcggtgatgc aaagcacacg cacccgctcg gcgtcagtca
    22021 gtcccgcttc catttcgcga atgatggcat cggggttctc aaagcgggga ttgtctgacg
    22081 ttaagatcag ctggtcgctg aggcgagagg cctcacgagc catcagcggg cgcttgccct
    22141 ggtcgcgatt gccgcccgct cccaccacgg tgatcacgcg ccccgtgccc cgcaacactt
    22201 cgtggatgct cgtcagcaca ttcgccagcg catccggcgt gtgggcataa tcgacgatgg
    22261 ccgtaaagcc ctcgggcgac gtgatcgtct cgaaccgtcc ggccacaggt cggaggctgc
    22321 tcagcgccac aagcacctgc tccgcatcct cgcccagcgt cacggctgtg ccatagacgg
    22381 ccagcagatt gtaggcattg aaacgaccca cgaaagccac cgtcacatcg tgcccatcga
    22441 tgagcaattc ggttccctcg aaatgcgcct ccacgatctt gcccttgaag tcggccacag
    22501 tgcgcagcga ataggtcagc ttgtgtgctg ccgtgttttg gagcatcacg gcgcccgact
    22561 tgtcgtcggc gttagtcagc gcgaaggcct cggcaggcaa tccgtcgaag aagcgcttct
    22621 tggcgcggag gtagttctcg accgtcttgt gatagtctaa atgatcgcgg gtgaggttgg
    22681 tgaagacgcc gccggcgtag tgcaatccgg cgatgcgctg ctgatcgatg gcatgcgagc
    22741 tcacctccat aaagacgtgt gtgcaaccgg cctccgccat gcgggcgatg agcgcatgca
    22801 gtgtgacggg gtcgggcgtc gtgtggtcgg tgggcagtgt ctcctcgtcg atgcgattgc
    22861 agacggtgga gatgagtccc acgcggtagc ccaacttccg gaagaggtcg taaaggagcg
    22921 tcgcgacggt cgtcttgccg ttcgtccccg tcacgccgac gagcgtcagg tgctgcgagg
    22981 ggtggtcgtg ccatgtgtcg agcagtcggc cgagcgcctc agccgcgtcg ggcacaacga
    23041 ggaagggcac acgtgctttg acggtctcat cgattgtgtc cggtatgcgt tcgcagacga
    23101 tggccgccgc tccgcgctcg atggcagagg caatgaagtc gtgcccgtcg acggttgtgc
    23161 ccttcacggc cacgaagagc atgccctccg agacgcgtcg cgagtcagcc gcgatgcccg
    23221 tgatgttgat ggcggcgggc agcgagccgt cttgcttcct attatataga tcgtgtatca
    23281 gttctgtcaa gttcatgtgt gtatactgtt taattcaata agatatggac cgtctccccc
    23341 cgacttacgg tctgccccga cggcaccgac tgggagatga cgcgcccgcg ccccacgagg
    23401 ttcacgcgga atccgcatcg ctcgatcgca tagatggcgt ccttcgctcc catcccgatc
    23461 acataaggca tcatgccctc gcggatggtc agcttgcgca tgttgactgt gtcgctcgca
    23521 gcgttacgcc ggaaggctgt gaagtcggca tccacacgtt tgggtgtggt gcgtatgtcg
    23581 aactgcttga ttaaagcctg cgccgatcgt gtttcgccgt tcttgatcgg tggcatcagg
    23641 gagcgccctg gctcgggttt catcgcgcgc aagtcgtaac ggatctggtt ggagtagacc
    23701 ttctcagcga tctccttaaa cacggagccg gccatcatgc cgcccgaagc gacgcctcgc
    23761 cgtggccgtg agatgacgac gatgcaggag tattggggtt tctcgtaggg gaagtatccg
    23821 cagaacgaca ggttgtgtgc tgccttcgag gctgcgatct gcgccgtgcc cgtcttgccg
    23881 gcaatcgtga cgacgctcga ccgtgccggc ttgcctgtgc cgtcgcgccg acccgcaggg
    23941 tctttatagt tcaccacgtt gtacatcatt tcctgcaccg ccttcagtgt gcgcttcgag
    24001 cagatctctg ggacgatcac ctccggctcg tagacacgca gttccttgcc agcccgcatg
    24061 atgctcttga cgaacatcgg gcgcatcagt cggccatcgt tggcgatggc attgaagaag
    24121 gccagcgtat tgatgggcgg gatctgcacc tcgtatccga acgacatcca cggcagcgtc
    24181 atgcgcgacc attgcggatc gcccggccga cggatcttgg cgtggccagc gccggcgata
    24241 tctaaatgca gatcggcgtc gatgcctgtg cggtgcagcc cgtcgacaaa cttgcgtggg
    24301 ttgtcggagt atcccttgag gatgatcttg gcaatgccca cgttggagga gtaccagatg
    24361 ctctgcgcca cggtgattgt gccgtagcct ccgctctggg cattatggtc gcggatggtg
    24421 cggccgttga atttgtagac gccgttgccg acatcgatgg aggattcggg ggtgcagacg
    24481 ccgtcctcaa gggctaccat catggaggca atcttgaacg tagagcctgg ctccaactca
    24541 tcggctaagg cgtgattacg cagttcagca tagacgcccg ggcggatgcg ctccatattc
    24601 gatatggcct ttacctcgcc cgtcttcacc tccatgacga ctgccacgcc cgacgcggcg
    24661 tcggtttcct ggagcttatc cacgagcgcc ttttccgtca ggtcttgtat ctgcaaatcg
    24721 atcgtcgtgc ggatgtctaa cccggctgtc ggttcctctt cgacgacgtt tgtccaccgc
    24781 ccgcccacgc gcacgatgga gttcagtcct ggcttacccc tcagcagtgt gtcgtagcgc
    24841 aactctaatc cgtttttgcc ctttgacagg ccgcccgtct ctatctcatt atatatgtcg
    24901 ccgatcgtgc gtgaagctaa cgagccaaac atcttttgcc gctgcaccat ctcgcgctca
    24961 tagagtccac taatgttgcg cccgaagcgg aagaagggat aatcgcggat ctcctttacg
    25021 tctgcgtagg agaggcggtt ctcgtagagc ggatattggc ggctcccttg ccgcagtccg
    25081 cgcagtaggt aggcacgata gcccgcggcg gtgcggttct tcagtttgcg agagaggtag
    25141 aaggctaacg agtcgatgcc gttctcgcgc gatcgcatga aggtgtcgat gttgatctcc
    25201 ttcttccccc cccggggtga gggcgcgtgg aagcccgccg ccttgaagtc tacgtagagg
    25261 taatagcgcg gcacgctcgt agccatcagc ttgccgtcgg ctgaatagat gttaccgcgg
    25321 gtggggttta ctaatcggtt tggcttcttg cgactctcgg ccactttgtt ccatttggcc
    25381 ttctcgatga acgccgtctt gaaggtcaaa aacaaaatgc ctgccgccag tggggcgagt
    25441 agcaccacaa tgatgaagta tcgcgtcagg atctgcccgt cctttgcctt gcgcgcggcc
    25501 tgctcgttcg ctctgtcttt ctcttgttct gacatatcta atgcgagttc aacggatgca
    25561 aatcctgttt ttgtgccttg gcgagtcgct cgccgggaaa gaagacgctc tcattgcact
    25621 catgttattt atgaatgatg taaggcggcg tctgcgccgt ttctatgtcc aagcccttct
    25681 ccttgaccaa tagctcgatc tgcgagagcc ggttgctgcc cgtcagctcg ccggagatgg
    25741 ccagtgattc gtacttcttt tccttcagag attgctgcag tcggtctatc tcgcgcagct
    25801 tcagcaggca ggtgtagcgg ttgctgatga agatgaaaag catcaccacc actaacacga
    25861 tgaggcgcgt gtgccggatg atgaagtcct ccttcaggat gcctccgccc aggatataca
    25921 gcagggtgag ctgccgtttc ggtttgcttg atttattcgt ttcgttcgtc attgttcctc
    25981 ttcgtttatg atttctccca cacgcaactt ggcgctgcgt acgcggggat tgcgggttac
    26041 ttcttcagcc gtcggcacga tcggcttgcg gcctacgggg cggatgggcg agaggcgatt
    26101 gccgtagaca tcctccgcac agtgtccgtc cgtgcgaccg ctacgcatga agcgcttcac
    26161 gggccgatct tctaacgagt gataggtgat gaccgccaac cgtccaccgg gccgaattac
    26221 ccgcagcgct tggtggagca tctcgctgag cgcctccatt tcgtcgttca cttcgatccg
    26281 caatgcctga aacacctgcg cgtagtatcc cgacgcatct cgtcggccgg ccatcggttg
    26341 taagatggcg gtcaactctg ctgttgtgcg gatgggctgc tcgtcgcgcg cccggacgat
    26401 ggcttgcgcc acacgcctcg catcggttag ctcgccgtaa gcctgtagca ggtcggccag
    26461 ctgctcctcg gtgtatgtat tcaccacatc agctgccgtg cgccccgcgc gattgttcat
    26521 gcgcatatcc gcctcgccat cgaagcggaa ggagaatccg cgttcgggcg tatcgaagtg
    26581 gtgcgaggag acgccgaggt cagccagcac accgtccaca cgatgcacgc cgtgataacg
    26641 caggaaggag gcgaggtaac ggaaattgct gcggacgaag acgaaccgcg gatcgtcggt
    26701 cggggcgttg gcctcggcgt cggcatcttg atcgaaggcg aagagtcgac ccttggcgtc
    26761 cagccggctg aggatggcac ggctatgccc accgccccca aacgtggcgt cgacatagac
    26821 gccggcgggc gaaatgcgca gggcctccat gctctcatcg aggagggcgg ggacgtgata
    26881 atcgattctt tctatatcca tcatgcttgc ggcgtctttt tttcaacagc ctgtgcctga
    26941 aatgttaaaa acgcggacaa aactacaccc atacagcagc ttggattttt ttcaacaaga
    27001 aaaagttttc aaccccctgt gaatagcttg ctccgccgcc gcgccctcct ccgaagatga
    27061 cgaacgctcc gggatgggta cttgccatac aaagagaaat cgctgcaaga ccttgatctt
    27121 acaacgattt ctctatggat ttgaaggctc aacgtgaagc ctcgctgcgg agagacaggc
    27181 ttgtgaacct tctccgtaac gtcctatgcc ataactgtat acacagccct gttttttcct
    27241 gtagccgaat tgtagccaga agagagtatt ttgagagcac tcatagatac tgcttcgaca
    27301 acactcgcct gtgttgtttc gggttcaaaa gtactccgaa aacgaacgac caccaaatcc
    27361 cttgattcta caatagatat agagaccctt ggctacattt tcagtgcacg gtgcaagccc
    27421 ctatatatat aaggggtctt gcaccgtgca ctgattgtcc ttgaaggtag tcagtggcat
    27481 aacaagagca tgaactggaa aaaagcacgt ggtattatca taccaatatt ggtagttaga
    27541 tattccgaaa gcaggattct cttgtcggaa ctttgcagcc gatttaagta ttataatatg
    27601 agcaatcaca atagaacaag agaggaatgg cgcgtatata tcgcaggaga taccctcgaa
    27661 atgaagtgtg ccaattgtga caatctcaaa gaggttgcct atggggtaga tatggatttt
    27721 tccaatttcc taaagcagtg caaaatgcaa gcagatataa ggctcggaac atgtgctcga
    27781 tgtgctgctg cgttcgacat ggatattgtc atgttttacc ttcccaaggg actgatcgat
    27841 gttgtgaaac ctgtctatca taaaaacaga cgttatgcaa caattaaaga agaagatctt
    27901 atcctcttgc tatacaaacc agatctggat gatattaaag cagtattttg gaagttgttc
    27961 tactccattt tcaggtttat gagccaacac cccgaatgct ttgacgatat cctcaaacaa
    28021 ttaggccttt cggagtttat ttacttcatg gggagaaatg atggatactg aggtttattc
    28081 cgacgaacac ttgctggcag agttgcactc actaaaggaa agcatgaacc ggattgcgga
    28141 cttcatactt gagatgaagc gggattactc agtgttggac gagaagatcg agttgaactc
    28201 tgtcgatgtc atgcgtctgc ttggcatctc gcgtgcttcg ctggcccgtt ggcgtaatgc
    28261 ccgtgcaata cccttccggt atgtatcaag taaccatgtg gtctatccgt tcaaagggct
    28321 gtatatcgcc gtcaagacag ggcgggcttc cttcaaaggc ttccgacgtg tcgaggctct
    28381 gcaacgactc aatgcctaca aagacggcat cctgaaaggc tatatgggcg actcgcaaat
    28441 cccatttgag gaactatgaa tatcaaggaa gagatcctgc aacgcaccaa cagggggttg
    28501 gacattttct acttctatat gcccatcgac tttgtcccca agcgcaactt ccggaaccct
    28561 ctatatgacg acaaacgggc ttcatgcaac atctatctcg acggcaagtc ggactgttat
    28621 cgcatgaaag acttcgggaa tgacctctac tccggcgact gcttttggtt cgctgcgacc
    28681 atgcagggac tcgatgcgca cacggagttt atgcaagtct tggaaaccat catccgggat
    28741 ctgcaactga gcatttcact tccgggaaaa gcacgaagca tagcacccgt cacaaaatcg
    28801 ccagctctac cccgaccgtc aagcggcgag aaggcgccca agaataaagg gcaattcagc
    28861 cttgtcgagc aaccgtacag gatggaagaa ttagcctttt gggcacgcta tggtatcgac
    28921 acaaagacct tgcaacgttt tcgggtgaag tcgctttccc gttttgaatc cgtctcgaat
    28981 cagggaaagc cctacaccct ccgttccaca gttagagagc cgatgttctg ctacgcaatg
    29041 ggagcgtttg tcaaggtgta tcgcccattc agcaccatac gtttcctgta tgcagggaac
    29101 aaaacggatg attacgtctt cggctttgag cagctcccta acaaaggtga catgctgttc
    29161 atcacaggag gcgagaagga tgtgatgtca cttgctgcac acggctttca cgccatctgt
    29221 ttcaacagtg agacagcgca aattcctgag aacattatcg aaagcttgca gctccgtttc
    29281 cgtcacatca tcctgctgta cgatacggat gaaacgggca aacgagaatc ggagcgacag
    29341 gcggaacagc tcgcgggata tcatgtgctc aatctgacgc ttccccttca aggcagcaaa
    29401 ggcgaaaaag acatttccga ctacttccaa ttagggtatg gagaaaagga tttgagagcg
    29461 ctgttgtccg agatgttttc caatttgtat gtgcaaacca tgatgatgct gcgctcgtgc
    29521 gagatcgatt atgacaatcc gcccgatgca tccaagtcgg tggtggccgt aaacggcgtg
    29581 ccgctcggta cgcaggataa tctgttttgc atcacgggtg gcgagggtac agggaaaagc
    29641 aactacatca ccgccatctt ggccggcact ttgggagaaa ctatgctgcc cgccgaacgg
    29701 acgttgggct tggaagtcac agccaatccc aagcggctgg ccgtcctgca ttacgacacg
    29761 gagcagtctg aggcacagct ccataagaac ttgggcaaga cgttgcggcg tgcctcgctt
    29821 gcggccgtgc cggacttcta ccattcgctc tatttggcct ccctctctcg caaagaccgt
    29881 ctgaaattga ttcgcgagag catggatctg tttcatcatc ggcacggcgg cattcacctt
    29941 gtggtcatcg atggcatcgc cgatttgatc cgctccgcca acgatgagac ggagagcatt
    30001 gccatcgtgg acgaactcta tcggctggcc ggcatctaca atacatgcat catctgcgtg
    30061 ctccacttcg tacccaacgg catcaagttg cgcgggcaca tcggctcgga gctacagcgc
    30121 aaagccgccg gcatcttgtc catcgaaaag gatgacgatc ccgaatactc ggtcgtgaag
    30181 gcgctgaagg tgcgcgacgg cagtccgctc gacgtcccga tcatgctttt cgggtgggat
    30241 aagcagcaag acatgcacgt ttaccgcggc gagaaatcga aggaggacaa agagcgtcgg
    30301 aaggccgacg aactgatcgc tgtggtcaaa gagatcttcc tgcataccgc caaactgtcc
    30361 tacaaaaacc tcagtgagat gctcattcag gagatggaga tcaaggaccg cacggccaag
    30421 cgctacatcg cttacatgag ggagcaaggc atcctatcgc aggacgccgc gggtaactat
    30481 caaaagggag agcgatgtcg tacgtagaag aatcttttga ggcttggcaa aagcagctgt
    30541 ttgacagctt ggcacggatg gaggggaagc tcgatcgtct gctggtattg cgtgaacaga
    30601 cgatagacac taccgtccac ccaccactga aggccgaata cttggacatt atcgatgtct
    30661 ccagaatcct gaaggtggaa cagaagacag tctacaattg ggtctcagcg gggaagattc
    30721 cctacctcaa agccaacggt cgactgctat tcctacggga ggaaatcgat gagatgttgc
    30781 gcaaacaagc ggcggaatga cgggctcgcc gcaaggcaag atttcggcaa tcatgttacg
    30841 acgctaccga aatcttagtt ttctcattct gccgatattg gatcaagggc taacacacct
    30901 ctgttcggga cccgttctta cgacgaaaag aaaaagactt atttttgcaa cggaaatgaa
    30961 tatgtcgtgc acgaaaaacg tgtgtttcaa tgataacagt acctgcttgg catcccgtaa
    31021 gatctgccag cgggtcattt ttttataatg gcatgtcaaa caaagcgtca cgctccattc
    31081 gagatcagat cgaattattg aaacaaaggg gaatgatcat tcatgatcag aaagcagctg
    31141 aactttatct gagctgcatc agttattacc gtctaaaggg ttattggtgg gaaatgcagc
    31201 gcgacaagga acgtcatctc tttgccgagg gagcgtgttt tgaggtggtc attactcatt
    31261 acctttttga caaggagttg cgattgatct tgttcgatgc catcgaatca attgaaatcg
    31321 cattgcgagc gaagatgatt tatcatctct cccaatctta tggtggttta ttttatgtgg
    31381 acagttcgct ttttgtagac gaatcgcttt acaggcaaca tttacgtgat ctcaaagagg
    31441 agtttatgcg cagcagtgaa gtcttcgcca aggaatacaa gcggaaatac ggcatatggg
    31501 agcgtgggcg ctgcgtcgct ttggccgaac agcccgacgc ttgggtcatt tttgaagtgg
    31561 ctacgttcgg tacgctttcc aagatgtaca aaaaccttag gcatcagttg ccagagaagt
    31621 cacgcatagc taatgatttc ggcctcaatc ggcacaatga attgtcaagt tggctggaag
    31681 caatctctta ccttcggaat atcgtagcgc atcattcccg agtgtggagt cgcaacatgg
    31741 tcaaacgtcc gatggaaatc aaaaaaccga aaggaacatg gctgagtcgc cccctgccgg
    31801 aatcagggca gaagaagccc tatttcatca ttaccgccat gctctatctg tgtaatgcga
    31861 ttcacaccgg ggagacttat aaacaaaaaa tacttgctct gataaagaaa aatccggaga
    31921 tcccgatctt cagactcggc tttcttgatc attggaaaga cgaaccgatt tggtgcgagt
    31981 gatctaaaag ccgtgagaga gggcttacac tcctctctca tgtagtttac ctccacctgc
    32041 tgctcatctt cagctttgca tcgttcgtgg gaagcggggt ttcgaatttg gtagtctgtt
    32101 gctcctgaat agacctctgt ttcccgaccg tagtctgctc cttctccggt gtctacagcg
    32161 caagtgagcg tgcaatcttc cgatccagct ccatcgaaaa agacgacgat ccggaatact
    32221 cggtcgtgaa ggcgctgaag gtgcgcgacg gcagtccgct cgatgtcccg atcatgcttt
    32281 tcggatggga taagcagc
//
LOCUS       SEQF3106|MIQD01000024.131751 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..31751
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             294..1220
                     /gene="panE"
                     /locus_tag="SEQF3106_00945"
                     /EC_number="1.1.1.169"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37402"
                     /codon_start=1
                     /transl_table=11
                     /product="2-dehydropantoate 2-reductase"
                     /translation="MKHIVITGLGGVGGYYGGMLARAYAKSDEVAVHFVARGEHAQEI
                     ALNGLQVETPKGSFTVRPRNIVQDAKLLNIQADYVLCCTKSYDLAEAIRGIAPMVGSE
                     TVVLPLLNGVDIRSRISDMLPEADVWYGLTYIVAMKMGPGTIRNVHGRGKIFFGTGGK
                     RTEKGDRLEEILREAGIRGEWHDDIVLQMWKKFIIISVSAVASAYFDLPVLLAFERHA
                     DMCNLLLHEITTVARALGIDLPTKYCRRELIEAWGGDKQATTSMHRDFRAGRPTEVDT
                     LCGYVVHEAEQRGIPVPAYKEIYRGLSVGICR"
     CDS             1309..2796
                     /gene="guaB"
                     /locus_tag="SEQF3106_00946"
                     /EC_number="1.1.1.205"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5X9A3"
                     /codon_start=1
                     /transl_table=11
                     /product="Inosine-5'-monophosphate dehydrogenase"
                     /translation="MAVYLEDVSRTFGEYLLIPGLTTKECIPTNVSLKTPLVKHAVGE
                     PSPIRLNIPFVSAIMQAVSGPELAIELARNGGLSFIFGSQPIESQAEMVRKVKKFKAG
                     FVVSDSNLMPDQTLADVVKLVRQTGHSTIGITDDGTPNGRLLGIVTSRDYRVEKDDPG
                     MKISAFMTPFSKLIYGRSGISLSEANRILWEHKLNSLPIIDADDRLVYFVFRKDYDSH
                     RNNPDELSDATKKLLVGAGINTRDYKERVPALIEAGVDALCIDSSDGYSEWQQETLEW
                     VKANYNIPVGAGNIVDSEGFRYLVDAGADFIKVGIGGGSICITREQKGIGRGQATALI
                     DVARARDAYCKETGLYVPICSDGGIVHDYHMTLALAMGADFLMMGRYFARFDESPTQT
                     LRIGNNYVKEYWGEGSNRAKNWQRYDMGGAEALKFEEGVDSYVPYAGKMKDNLDITLG
                     KIRATMCSCGAITLEELQQRAKITLVSSTSIVEGGAHDVILKDQN"
     CDS             3026..4294
                     /locus_tag="SEQF3106_00947"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTDTVLEKLKILAESAKYDVSCSSSGTVRRNAAGTLGNTVGGVG
                     ICHSFTSDGRCVSLLKIMLTNHCIFDCAYCINRRSNDRPRATLSVKELVDLTIEFYRR
                     NYIEGLFLSSGIVRNPDYTMERMVRVVKDLRTVHRFNGYIHLKSIPGCSRELVEEGGL
                     YADRMSVNMELPTEQSLRRIAPDKSFESVFAPMRYIRQGVLQSQEDRRKFRHAPRFVP
                     AGQSTQIIVGATPETDRDILRVSSALYRRPSMKRVYYSGYVPVNTYDTRLPAAVGRVP
                     LIRENRLYQADWLMRFYGFGADEIVDSATPNLDLEIDPKLAWALRHPECFPVDINRAD
                     YALIVRVPGIGVKSARMIVASRRYGSLTSDSLRRIGVVMKKAQYFITCRELPTGGTIQ
                     EVTPEQVRRALTPTPSRRKKADPRQLSIVW"
     CDS             4301..5071
                     /locus_tag="SEQF3106_00948"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLFFYDKTFDGLLTAVFDAYSRRTFPDRLLRVGEPAPLFADET
                     YTVVTDAARAERVRRGLLRKLPTEATTMILRAWLSEQPAVDELLFRYIRKTFDSPESI
                     ALNFADPDVLAVRNLSVKVSREAHMLKQFVRFSKTADGLYVAPIRPIYNALPLAVPHF
                     TDRFADQPWVIYDLRRRYGYHYDLHTAREVTLADDAALRSRLSPDLLAADEERFQDLW
                     RTYFRSLTIRERLNPRKQRQDMPVRFWPYLTEMQPEDG"
     CDS             5127..5378
                     /locus_tag="SEQF3106_00949"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEVTSKEFREKQAGILELADRGERVIIKRRRKPAYTLVPVDDD
                     AAYFTPKMLEKIDRSLKQAEAGDVKRISSIEEIDRFLGL"
     CDS             5913..6230
                     /gene="rplU"
                     /locus_tag="SEQF3106_00950"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q72HR2"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L21"
                     /translation="MYVIVEINGQQFKAEQGKKLFVHHLRDVESGATVEFDKVLLVDA
                     DGSVQVGTPTVEGAKVICEVLSPLVKGDKVLVFHKKRRKGYRKLNGHRQQFTEVSIKQ
                     IIA"
     CDS             6252..6551
                     /gene="rpmA"
                     /locus_tag="SEQF3106_00951"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9HVL7"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L27"
                     /translation="MAHKKGVGSSKNGRESESKRLGIKLFGGQQAKAGNIIARQRGTK
                     FHPGKNVGMGSDHTLYALIDGVITFKRGRANRSFISVEGVAAAAPAPPVEQAVEA"
     CDS             7397..8920
                     /locus_tag="SEQF3106_00952"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNARLGLFALLLSIVWAACTQDPDVPPRPTPKPDTVAVDSAL
                     LGKWYLVGLGTVGDTAVTPIDTASYALEIWREGFLYGDYVNGSYTWMGSTIHIKLHTE
                     NEDRMPAQALHYRKALLGVEGYRVDNEHQMRLFYDRGQRYLLFRDQPTIPPPNRAIVP
                     QDLLTTWIFHGYVQIKDGKKTLLRNIDTARLRFNADTTWVLQFLTEQLTGSFRTDGQS
                     MHFTITPPSLRKDPNEAYYLRQALEQVTSYKIHDSELRLYEGGGETYLSFQIAGIEER
                     RIDERICRPWKLVGFGHTAGGSLHIPEEGYNLRERSFMLEFRDNGSLYTHSSTNMFNG
                     DYTVDGQSLRMNVGGGTKVNETKEGLAYIQALYAADRFELQKDGRLKLFYNQGRDYLL
                     FRDGLSLVSSTPPAELLGKWTLIEIRISALPPTVFKPGEQTITFRENGYVDIEGYKLF
                     GGTPSGKQRFGYRPWGGDHTLFIGWTYFIYNQNGEILTLINRAAIDGPNYVFKRLKK"
     CDS             complement(9013..9705)
                     /gene="yiaD"
                     /locus_tag="SEQF3106_00953"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37665"
                     /codon_start=1
                     /transl_table=11
                     /product="putative lipoprotein YiaD"
                     /translation="MIKHFRLSAMALACGALLLSGCGASNTAKGTAIGVGGGAAVGAG
                     IGKMAGNTALGAVIGAAVGGATGAIIGKKMDKQKKELEKVLPDDTKVEVVEQEGHAPA
                     LRVTFDSGILFATNSSTVSDASKSALRDLARNLEKNPDTDLRIVGHTDNTGRVDYNQH
                     LSERRAQSVYSYLIDQGVSSRRMVFEGKGIHQPVASNNTAAGRAQNRRVEILISANEK
                     MVNDAKREAGER"
     CDS             complement(9809..10027)
                     /locus_tag="SEQF3106_00954"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQIEIIIERSKDFWWAYSTNTEGINGGGETEEEARREALQCIE
                     LQKELGNLPRHDTYEPIFHYAPAEVCSY"
     CDS             complement(10031..12871)
                     /locus_tag="SEQF3106_00955"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WHT5"
                     /codon_start=1
                     /transl_table=11
                     /product="putative zinc protease"
                     /translation="MTRTAPTLVSTEIKEYILDNGLTVWLNEDHSQPKVFGAVVVLAG
                     SKDSPNTGIAHYFEHMMFKGTDRIGTIDYKAEKVFLDAIEGKYEELAATKNRKRREEI
                     QMEINELSIRAADYVIPNEFDRLITKYGGSKLNAGTSYDYTVYHNLFSPQYIEQWAEL
                     NSERLIRPVFRMFQSELETVYEEKNRRDDMILNRSIERLMETYFRPHPYAYPIIGSAE
                     NLKNPRLSEMKRFFKTYYVSSNMGLILSGDFDTRRALPIIERTFSRIPRGVPDVAPMV
                     KIRPFRGRERTAVKVPLPLLKAVALGFRGVPANHPDQPALDVAAGILNNSNGTGYLDR
                     LMVERRVMGAMIGGESFNEAGFIGIVVVPRLSHTCRSAERMIWRELERVKQGDFTDEI
                     FNSLKREQLRRHLTELEDIDSRSQIMVRLFSQGKTWADYREELSRAEALTKDDVVRVA
                     NKYFGANYLFVKKKTGRYPKERLTKPGFAPIVPKHADAESAYSQWLDRIPVEEVRPRF
                     IDFERDVHTLHPAEGLTLYITPNRVNNIFTLKLSYAIGLIEEPRLKLLTGYIPLLGTA
                     SQSFEALHTRLQTLGSTLDLDADEHCLNIKITGFDTAFDETLGLVGRFIAGVKPDDRK
                     LKTLIDDARVAEKAFFKSNNEVAEALFEYVQYGHASQFLTRPSLREVKHTTGRELVDL
                     FRQAVRRVCTAHYCGTLPAERVSERTLRAFATDVPARLTTPTDPYRDFVSYDHSRVFF
                     YHMPDVFQNIIYVYMPCDPLPTLRERHTAGLFSLYFGEGMSSLMFQEIREYRSLAYYT
                     SGAYRLPPFRLADRPTRFVAYLSTQCDKTIDALEVLDALISHMPEHPERIDALIRTEI
                     NRVNNAYPAFRDISTRIADFRRDGYTDDPHRALLNDIRRMTIDDITRFYRSYVRGRTP
                     VYVVVGNFHRIDKRRLSAFGEITRVRHRDFYR"
     CDS             complement(13283..14056)
                     /gene="pgdA_2"
                     /locus_tag="SEQF3106_00956"
                     /EC_number="3.5.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B5ZA76"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan deacetylase"
                     /translation="MILLSFDIEEFDLPTEYGLPIAWEEQVRVSREGCGHILKVLAGH
                     GARATFFCTARFAEAAPEVIRAICEGGHEVASHGYAHSAFEVADLERSRRVLRQMSGQ
                     PVVGFRMPRMMYVADEALCQAGYRYNSSLNPTWIPGRYNHLREPRTWFRRGGLVQLPA
                     ATTPLVRFPLFWLSFHHLPPALYRCLARRALRHDGYLMLYFHPWEFMPLQGIEGLPRL
                     VTRNSGRAAVERLDRLVEMLQRRGERFGTISEFVNGLPR"
     CDS             complement(14104..15312)
                     /locus_tag="SEQF3106_00957"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNWRKRLLDWVAERPFFNRYTPIGVVWAVAAMAATLLKYPNNNF
                     SIFRHVFWHVWQGLPLYTEYPEAYHDVNLYGPFFSCVVAPFAVWPAQVGLGLWLLAMA
                     GLLFMAVRKLPMERRGRLFVAWFCANELFTALCLAQFNVAIAALLILAFVWIEEGREG
                     WAALMIVVGTLVKIYGIAGLAFFFFVRRKGRFLWALVGWSAVCFVLPMLLSSPGYILE
                     QYAVWPEALGAKSEANLFALYQNISLPGMVRKISGWTDYSDLWIILPGMALFALPYLR
                     RGQYGQPAFRLMFLASAMLFVVLFSTGSESSGYIIALIGVAIWYVGVPWRRSRWDVAL
                     LVFAFVLTSLSPSDLFPRSVFKRYVLPYALKALPCVLVWLKLVWEMMTCSYELRVTSD
                     KSEETPTSNL"
     CDS             15454..16029
                     /locus_tag="SEQF3106_00958"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPYLYIISGCNGAGKTTASYTILPEMLGCKEFVNSDEIAKGLSP
                     FNADNIAVAVEASRIMYRRIRELVAANKTFALETTLASRSIAKLLQNAQERGYYVTLL
                     YFWLNTPDLAVERVRNRVASGGHNVTESTVRRRYVAGIQNLFQLYIPICDYWMITDNS
                     LSPMEVIAKGFKNGKKSIYNPVVYNKLETYE"
     CDS             16022..16177
                     /locus_tag="SEQF3106_00959"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNERELSKFEENVVKGASLAFQRLVKKRKEENGELVFARNGRIF
                     KVKAVDL"
     CDS             complement(16540..17766)
                     /gene="queA_2"
                     /locus_tag="SEQF3106_00960"
                     /EC_number="2.4.99.17"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A8AYK5"
                     /codon_start=1
                     /transl_table=11
                     /product="S-adenosylmethionine:tRNA
                     ribosyltransferase-isomerase"
                     /translation="MITPKDIHIDDYAYPLPDERIAKYPLPERDASKLLVYRSGHISE
                     TRFRCLPEMLPEGALLVFNNTRVIRARLLFRKATGALIEVFCLEPADPCDYEQSFSQT
                     ARCSWHCLVGNSKRWRGGALQRTVMIQGEAATLTAERTSEPDDPHPVVTFSWDDPRRT
                     FAEVLEAAGVLPIPPYLHRETEPEDLRTYQTVYSRVKGSVAAPTAGLHFTPEVLAALD
                     ARGFGREEVTLHVGAGTFRPVKSETIGGHEMHTEHFAVSRRTIEQLLAKPAHVIAVGT
                     TSVRTLESLYYIGSALAAGGGSVDGVDGFAVSQWAPYADDAPTIAPTEALGAIVDYLD
                     RRGEERLLASTQIIIAPGYTFKIVRGMVTNFHQPQSTLLLLVSAFVGSDWRTIYDYAL
                     AHDFRFLSYGDSSLLL"
     tRNA            complement(17893..17967)
                     /locus_tag="SEQF3106_00961"
                     /product="tRNA-Pro"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Pro(cgg)"
     CDS             18173..19204
                     /gene="tsaD"
                     /locus_tag="SEQF3106_00962"
                     /EC_number="2.3.1.234"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P36175"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA N6-adenosine threonylcarbamoyltransferase"
                     /translation="MSNVTILGIESSCDDTSCAVIRDGVLLSNVIASQAVHEAYGGVV
                     PELASRAHQQNIVPVVAEALRRTGVDRRELTAVAFTRGPGLLGSLLVGTSFAKGLAIA
                     LSIPMIEVNHLQAHVLAHFIKQSADEGAHPQFPFICLLVSGGNSQIIRVEAYNRMEVI
                     GQTIDDAAGEAFDKCAKVMGLGYPGGPVVDRLAREGNARAFTFSKPHVAGYDYSFSGL
                     KTSFLYTLRDALKVDPDFVEKHRADLCASLQATVIDMLMDKLRRAVSDSGIREVAVAG
                     GVSANSGLREAFREHAQRLGWKIYLPPNAFTTDNAAMVAMTGYFKYADGLFCPMDAAP
                     YARVTSRLG"
     CDS             19292..19912
                     /gene="ywlC"
                     /locus_tag="SEQF3106_00963"
                     /EC_number="2.7.7.87"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39153"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonylcarbamoyl-AMP synthase"
                     /translation="MLLKIYPDNPNPKEIDRVANTLRDGGLVIYPTDTLYAIGCDALN
                     IRAVERICRIKGIDPQKSKLSIVCHDLSEAGAYTRIDNDAFKLMKRHLPGAFTFILPA
                     GPDLPRIYKNRREVGLRIPDNVIACELVRALGNPMLTMSVRDPASESEDPEYLTDPEL
                     IHEKFDGRVDIVIDGGIGEAVGSTVVDCTTQPFAILRQGKGVMDGV"
     CDS             20211..20759
                     /locus_tag="SEQF3106_00964"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLLMSAIMIAVCSFGAMNAQLQKGSVMVGGGVGNLNFGFGSG
                     SNFSIGITPRVGYFIQDHVAIGAKVTGVFTGQRHSSNTYSYGVNAFGRYYFGKKEFKT
                     GLKEGRWFAEAGAGFSGVKGADVGFNVNFGPGYSYFLNEHIALEALALYNGQFGDGSV
                     NGMSINVGFQIYLPSSKLKKLK"
     CDS             complement(20986..21303)
                     /locus_tag="SEQF3106_00965"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYTIYGVKNRLYFSMYTMYEVKNRLYFSMYTMYGVKNRLYFSMY
                     TMYEVKNRLYFSMYTMYNVKNRLCFPLYTTYKPQNSIRPPIPLGCTKPNSLRTACCIR
                     WRS"
     CDS             21452..22234
                     /locus_tag="SEQF3106_00966"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHTIHIKKIGLDKLDNTLHAQFHNEACDMVREVNAETSGVPTE
                     LTDEWHALANEELDLAVEARATVYTEEMRKKDTERTRTATFIFGIVRTMRLSPDAAQA
                     EAAHAMHCITREYVRIQNRSAQRRSADLISLIYDLKKPECAVHLERMGLTQAVNALEV
                     LNKAYSQMGQQRTRERTDWKGKHQPMIAVRRQSDAIYRRVVMLLQMAYLKATSDATRA
                     AIEHLADLLSNHSAHINTVYKQSLAQRKAKATKRTEEEGINE"
     CDS             complement(22388..23086)
                     /gene="maf"
                     /locus_tag="SEQF3106_00967"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q02169"
                     /codon_start=1
                     /transl_table=11
                     /product="Septum formation protein Maf"
                     /translation="MADNYLERRFAQYEARKAAGVKPRRHTQGSQPAVALRTKHRIIL
                     ASQSPRRRELLRGLGISFDVRVIPDIDESYPDGLSPQEVPLHIAHAKARAYLDTLAAD
                     ELLIAADTVVVIDGEILGKPHDRDAAIGMLGRLSGRRHTVVTGVVLATAEGAVSSFSV
                     ASTVDFAPLSEVEITTYIDHCRPFDKAGAYGIQEWIGFVGVRGIEGSFYNVMGLPVGR
                     LYEELRRMGEVVWV"
     CDS             23461..24249
                     /gene="draG"
                     /locus_tag="SEQF3106_00968"
                     /EC_number="3.2.2.24"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P14300"
                     /codon_start=1
                     /transl_table=11
                     /product="ADP-ribosyl-[dinitrogen reductase]
                     glycohydrolase"
                     /translation="MLGAIVGDIVGSRFEFNNTHRMDFELFTPECGFTDDTVCTVAVA
                     DALMRGADFGQALHSWCRRYPYPTGGYGGRFRQWVASNNPQPYNSFGNGAGMRVSPCG
                     WIDGPIDNVREAAKRSAECTHNHPEGIKGAQCIAECIRALRDGGGREAVRTIATAGYG
                     YDISETCDEIRRTNHFDETCQVTVPQSVVCFLESTDFEHAVRLAISIGGDSDTIAAMT
                     GSLAEAFYGIPDAIGQQAMACLTQEMQDVVTGFIAQRPIRVSFK"
     CDS             24287..24832
                     /gene="rmlC"
                     /locus_tag="SEQF3106_00969"
                     /EC_number="5.1.3.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9HU21"
                     /codon_start=1
                     /transl_table=11
                     /product="dTDP-4-dehydrorhamnose 3,5-epimerase"
                     /translation="MNYTETNIPGVWIMEPKVFPDARGYFMEAFKQSDFEQHIGPTHF
                     IQDNESCSSRGVLRGMHYQLAPYAQAKLVRVIVGTVIDVAVDIRRGSPTFGQYVMVEL
                     SAENRRQFYIPRGFAHGFYVKSETAIFTYKIDNPYMPTHERGFRFDDPAVGIQWGIED
                     RASVLTSEKDCVLPQLRDAEL"
     CDS             24953..26104
                     /gene="rffG"
                     /locus_tag="SEQF3106_00970"
                     /EC_number="4.2.1.46"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P27830"
                     /codon_start=1
                     /transl_table=11
                     /product="dTDP-glucose 4,6-dehydratase 2"
                     /translation="MHTYLITGGAGFIGANFVKHMLATHADAQLVVLDLLTYAGNLHT
                     IEGDIDGKRCHFVKGDIGDRTLVKSLFEKYPIDCVVNFAAESHVDRSIEDPQLFLMTN
                     ILGTQNLLNAARHAWTTGRDATGYPTWRPGVRFHQVSTDEVYGSLGPDGFFTETTPLA
                     PHSPYSASKTSADLVAMAYHDTYRMPVSITRCSNNYGPYHFPEKLIPLIINNILEGKQ
                     LPVYGDGSNVRDWLYVEDHCKAIDAVIHRGRAGEVYNVGGHNERKNIDIVRTILRTVH
                     RLMAEQPAYRDALRKRIMGADGLPTIDWIDDSLITFVTDRLGHDQRYAIDPTKISTEL
                     GWRPETDFETGIVKTVRWNLEHQDWIREVISGDYVGYYERMYAGRELKS"
     CDS             26101..26724
                     /gene="recR"
                     /locus_tag="SEQF3106_00971"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9ZNA2"
                     /codon_start=1
                     /transl_table=11
                     /product="Recombination protein RecR"
                     /translation="MSQEYPSVLLENAIGELSALPGVGRKTALRLSLYLLRREPEYAE
                     RLGAALQALRREVKYCRMCHNICDADLCAICADPMRDHATICVVENVKDVMTVENTAQ
                     FHGLYHVLGGIISPIDGIGPADLEIDSLVKRVATGEVREVVLALSTTMEGDTTNFFIY
                     RKLSAYPVRVTVIARGVSIGDELEYADEVTLGRSIINRVEFNEANKA"
     CDS             26763..27905
                     /gene="wbbL_1"
                     /locus_tag="SEQF3106_00972"
                     /EC_number="2.4.1.289"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WMY3"
                     /codon_start=1
                     /transl_table=11
                     /product="N-acetylglucosaminyl-diphospho-decaprenol
                     L-rhamnosyltransferase"
                     /translation="MQLSIIIVNYNVKFLLEQCLRSVQEATADMEAEVIVVDNASEDG
                     SVGYLQPRFPGVHFIANTNNVGFAAANNQALHTCRGQYVLLLNPDTIVSQDTLRSACR
                     FMKQHPDAGAIGVKMIDGHGAFLPESKRSFPTPWIAFCKLFGLSRLFPDSRRFAAYSL
                     PYLSAGGIHKVDVLSGAFMLLRGEALSRIGLLDEAFFMYGEDIDLSYRMISAGYRNYY
                     LPLTILHYKGESTRYTDPRYLDAFYRAMLIFYRKHYPRASRLTIGLISLAISLRKSFA
                     SLFGWKRSRRRRTEREDLLLLCNEPHAVDVRDRVLRHFPNAQAIAWRNASQISDIPVG
                     TYTDVILCHPDIPFGRMINLMDRCPKKSMTYHIIYPSTDRWISPTR"
     CDS             27884..28450
                     /gene="speG"
                     /locus_tag="SEQF3106_00973"
                     /EC_number="2.3.1.57"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KL03"
                     /codon_start=1
                     /transl_table=11
                     /product="Spermidine N(1)-acetyltransferase"
                     /translation="MDLPHPMTPPPATAQWLDGHLVHLRAPEPEDLDTLYAWENDAAL
                     WEQSATLAPYSRYALREYIATASTADLYTSRQLRLMIDCKATGRTVGIIDLYDFDPLH
                     LHAGLGILIDAGHRRRGFGREAIHLIAAYAFSFLHLHLLYAHVAVHNAASLRLFAAAG
                     FRRCGILPDWLRTPRGFADAALLARLSP"
     CDS             29354..31216
                     /locus_tag="SEQF3106_00974"
                     /EC_number="3.2.1.55"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P82593"
                     /codon_start=1
                     /transl_table=11
                     /product="Extracellular exo-alpha-L-arabinofuranosidase"
                     /translation="MIMIRNKMNLRYTTAALAACLLCACRPEMPATSTITIDLTRPTV
                     PVDRDLYGVTPEGEDEALGGWAAEMIRNGSFEANDAEAADSIVGWRPLNAASTLMIDT
                     RAPLSETNRRSLLARGGAVADASHSLAIARGQRFNLTCYLHGTVGNTLTISLRDSAGR
                     QLAEPLRLPLPDTWTELHHSFTATDSARGAALVFEADSGASFGLDMVSLLPQATWRDR
                     PGGLRADLIEAIAELHPRFIRFSGRMPSNDGTRRVSSSEYTQLSRDLNVRPMMIAAAP
                     DGGQRYTMSADLLTAHTDLFTRDSTGLYATSSVYADAFGTAQTSDGGTMRAAVGEAAF
                     LIGVERRPGAVRCLAYTPLVGGLLLTERGSLIRTPSYYVWQLFADHRGRRLLHTDVAT
                     ARKPLITCGRASVAVMGDAFAVEAADTMGHDKACNYTFTARLLRKSPGSSGAVRLQVR
                     DNGLPGARRDAIALELTDSTAQLIHLAGTLECILAGPVAITRTAGWIEARVECSDEVI
                     RCSINNQRIIEASAPSCPSIVAVATLDPGSHTIILKVVNTTQHDERTALRIEGGSIAS
                     SAHIVSLAAPASARNTPDHPTAVVPVIRNVRLSRWPTVYAFPANSVTVLTLKKK"
     CDS             complement(31415..31687)
                     /gene="gpmA"
                     /locus_tag="SEQF3106_00975"
                     /EC_number="5.4.2.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P62707"
                     /codon_start=1
                     /transl_table=11
                     /product="2,3-bisphosphoglycerate-dependent
                     phosphoglycerate mutase"
                     /translation="MPYWECVIFPSLKQHDNLLVVAHGNSLRGIVKHLKGISDTDIAS
                     LNLPTAVPYVFEFDDKLELTKDYFLGDPEEVRKLMEAVAKQGAAKK"
ORIGIN      
        1 tacaagtact tttaatctcc gtcggtcgac agaaggccca agtacaagta cttttaatct
       61 ccgtcggtcg acagaaagcc caagtacaag tacttttaat ctccgtcggt cgacagaagg
      121 cccaagtaca agtacttttg atctccgtcg gtcgacagaa ggcccaagta caagtacttt
      181 taatctccgt cggtttgatg cggatgcccc acagaggcgg acaaatggca aaaaaccgcc
      241 tattttgaac tatctttgca gtagaatcaa caaatcgtta aaacatattt gttatgaagc
      301 atatcgtaat aacaggatta ggcggcgtcg gcggatatta tggcggcatg ctggcgcgcg
      361 cttatgcgaa aagcgatgag gtggccgttc attttgtcgc acgcggggaa cacgcccagg
      421 agattgcgct gaatgggctg caagtggaga cacccaaggg atcctttacc gtccgcccgc
      481 gaaacatcgt gcaggatgca aagctcctca acattcaggc cgattacgtg ttatgttgta
      541 cgaagagtta cgacctcgcc gaggccatcc gcggcatcgc tccaatggtc ggatccgaga
      601 cggtcgtctt gcccctgctc aacggtgtcg acatccgcag ccgcatctcc gacatgctgc
      661 ccgaggcaga tgtgtggtac gggctgactt atatcgtggc catgaagatg ggccccggca
      721 caatccgcaa tgtgcacgga cgcggcaaga tcttcttcgg tacgggtggc aaacgcaccg
      781 aaaagggcga ccggctggag gagatcctgc gcgaggcggg catacgcggc gagtggcacg
      841 acgacatcgt gctgcagatg tggaagaagt tcatcatcat ctccgtctcg gccgtcgcct
      901 cggcttactt cgacctgccc gtgctgctgg ccttcgaacg ccatgccgac atgtgcaacc
      961 tgctgctgca cgagatcacc accgtggcgc gcgccttagg catcgacctg ccgacgaagt
     1021 attgccgccg cgagctgatc gaggcgtggg gtggcgataa gcaagccacc acctccatgc
     1081 accgcgactt ccgcgcgggt cggcccactg aggtggacac cctctgcggt tacgtcgtcc
     1141 atgaggccga gcaacgaggc atccccgtgc cggcttacaa ggagatctac cgtgggctga
     1201 gcgtcggcat ttgtcgttaa gccccttggc tctgagtctc ttaattactc ctttaattat
     1261 ttctgctgct cctaaccacc ctattactac ccctaactac ctttttatat ggctgtatac
     1321 ttagaagacg tctccagaac cttcggagaa tacctgttga tccccggtct gacgaccaag
     1381 gagtgcatcc ccaccaacgt gtcgctcaag acaccgcttg tgaaacatgc cgtgggcgaa
     1441 ccctcgccga ttcggttgaa tatccccttc gtttcggcca tcatgcaggc cgtgtctggc
     1501 cccgaactgg ccatcgagct ggctcgcaac ggcggactct cattcatctt cggctcacag
     1561 cccatcgaga gccaggccga gatggtgcgt aaggtgaaga agttcaaggc tggcttcgtg
     1621 gtcagtgatt ctaacctcat gcctgatcaa accttggccg acgtggtcaa gttggtacgc
     1681 cagacgggcc actccaccat cggcatcacc gacgacggca cgcctaacgg ccgactctta
     1741 ggcatcgtca ccagccgcga ctatcgcgtg gagaaggacg atccggggat gaagatctcc
     1801 gccttcatga cacctttctc caagctcatc tacggccgat cgggcatctc gctgagcgaa
     1861 gccaaccgca tcctttggga acacaagctg aactcgctgc ccatcatcga cgcggacgac
     1921 cgcttggtct acttcgtctt ccgcaaagac tacgacagcc accgcaataa ccccgacgag
     1981 ctctccgacg ccacgaagaa gctcctggtc ggcgcaggca tcaacacgcg cgactacaag
     2041 gaacgcgtcc cggcgctcat cgaggccggc gtggatgcgc tctgcatcga ctcgtccgac
     2101 ggctattccg aatggcagca ggagaccctc gaatgggtca aggcgaacta caacatcccc
     2161 gtgggcgcag gcaacatcgt agacagcgag ggcttccgct acttggtcga cgccggggca
     2221 gacttcatca aggtgggcat cggcggcgga tcgatctgca tcacccgcga gcagaagggc
     2281 attgggcgcg gacaggctac ggcgctgatc gacgtggcgc gtgcccgcga cgcctattgc
     2341 aaggagacgg gcctttacgt gcccatctgt agcgacggcg gcatcgtgca cgactatcac
     2401 atgacgctgg ccttggcgat gggagccgac ttcctgatga tgggtcgcta cttcgcccgc
     2461 ttcgatgagt cgcccacgca gacgctccgc atcggcaaca attacgtgaa ggaatactgg
     2521 ggcgaaggct ccaaccgcgc caagaactgg cagcgctacg acatgggcgg cgccgaggcg
     2581 ttgaagtttg aggagggcgt cgacagctac gtgccctatg ccggtaagat gaaggacaac
     2641 ctcgacatca ccctcggtaa gattcgcgcc acaatgtgca gctgtggcgc catcacactc
     2701 gaggagctgc aacaacgcgc caagatcacg ctcgtctcct ccaccagcat cgtggagggc
     2761 ggtgcgcacg acgtgatcct caaagaccag aactaatcac aatgattaat tgtcaatgat
     2821 taatgattag gccgggtacc agataggttt ggccggcgcc cctggcgcct tgatcttctt
     2881 ttgccttctt ttcttccatc aagggaagaa aagaaggtgg gggcagggac cccggccaac
     2941 ctcaccgggt acacgttcgt actcctaaac aataaaacac ccaacacctc aacaaacaat
     3001 taaacaccca acacctcaac aagcaatgac cgacaccgtc ctcgaaaagc tgaagatcct
     3061 ggccgaatcc gccaagtacg acgtctcgtg ctcctcgagc ggcacggtgc gacgcaatgc
     3121 agcaggcacg ctgggcaaca ccgtcggcgg cgtcggcatc tgccacagct tcacctccga
     3181 tggccgctgc gtctcgttgc tgaagatcat gctcaccaac cattgcatct tcgactgcgc
     3241 ctactgcatc aaccgccgca gcaacgaccg cccacgcgcc acgctatcgg tgaaggaact
     3301 cgtcgacctc accatcgagt tctatcgccg caactacatc gaaggcctct tcctcagctc
     3361 cggcatcgtc cgtaaccccg actacacgat ggagcgcatg gtgcgcgtcg tcaaagacct
     3421 ccgcaccgtc caccgcttca atggttacat ccacctcaag agcatccccg gctgtagccg
     3481 cgagctggtc gaggagggcg gactctatgc cgaccgcatg agcgtcaaca tggagttacc
     3541 caccgagcag agcctccgcc gcattgcccc agacaagagc tttgaaagcg tcttcgcccc
     3601 catgcgttac atccgccagg gcgtgctgca aagccaggaa gaccgccgca agtttcgcca
     3661 cgcaccacgc ttcgtgcccg ccggacagag cacacagatc atcgtcggcg ccacgcccga
     3721 aacggatcgc gacatcctcc gcgtttcctc cgccctctac cgccgcccga gcatgaagcg
     3781 cgtctattat tcgggttacg tgcccgtcaa cacctacgac acacgcctgc ccgccgccgt
     3841 cggccgcgtg cccctcatcc gcgagaaccg cctctatcag gccgactggc tgatgcgctt
     3901 ctacggcttt ggcgccgacg agatcgtaga cagcgccacc cccaacctcg acctcgagat
     3961 cgacccgaag ctcgcctggg cgctgcgtca ccccgaatgc ttccctgtcg acatcaaccg
     4021 cgccgactac gccctcatcg tccgcgtgcc cggcatcggc gtcaagtccg cccgcatgat
     4081 cgtcgcctcc cgccgctacg gcagcctcac ctccgacagc ctccggcgca tcggcgtggt
     4141 gatgaagaag gcgcagtatt tcatcacctg ccgcgagctc cccaccggcg gcaccatcca
     4201 ggaagtcacc cccgagcaag tgcgccgcgc cctcactccc accccatcac gccgcaagaa
     4261 ggccgacccc cgacagctga gcatcgtgtg gtaatccccc atgacccttt tcttttacga
     4321 caaaaccttc gacggcctcc tcacggccgt cttcgacgcc tacagccgcc gcaccttccc
     4381 cgaccgactg ctacgtgtcg gcgaacccgc acccctcttt gctgacgaga cgtacaccgt
     4441 cgtcaccgac gcggcccgag ccgagcgcgt ccgtcgtgga ctcctacgca agctcccgac
     4501 cgaagccacc accatgatcc tccgcgcttg gctctcggag cagcccgccg tcgacgaact
     4561 cctcttccgc tacatccgca aaaccttcga ctcccccgaa tccatcgccc tcaacttcgc
     4621 cgaccccgac gtcttagccg tgcgcaacct ctccgtcaaa gtcagccgcg aagcccacat
     4681 gctcaagcaa ttcgtccgct tcagcaagac cgccgacggg ctctacgtcg cccccatccg
     4741 ccccatctac aacgccctcc cgctggccgt cccccacttc accgaccgct tcgccgacca
     4801 gccctgggtg atctacgacc tccgccgtcg ctacggctac cactacgacc tccataccgc
     4861 ccgcgaagtc accctcgccg acgacgcagc cctccgctcc cgcctctccc ccgacctcct
     4921 ggccgccgac gaggagcgct tccaagacct ctggcgcacc tacttccgct ccctcaccat
     4981 ccgcgagcgc ctcaaccccc gcaagcagcg ccaagacatg cccgtccgct tctggcccta
     5041 cctcacagag atgcagccgg aggacggttg agtgggcaga gcaagaccta cctttgtatc
     5101 acgtttcacc atagccccca agtattatga tagaggtaac atcaaaagag ttcagagaga
     5161 agcaggccgg catactggag ttggccgatc gcggcgaaag agtcatcatt aaaagaagga
     5221 ggaagccagc ttacacgctc gtccccgtcg atgatgacgc cgcctatttc acacccaaga
     5281 tgttggagaa gatcgatcgc tccctgaagc aggccgaagc aggcgatgtc aagcgcatca
     5341 gcagcatcga ggagatagac agattccttg ggctatgatt tatgaattgg aatacactcc
     5401 ggaagctgaa aaggacgtca aatacttacg gaaatccgga gaaaaagcag ccatagtcaa
     5461 attgcgaaag ctattgattg aactcaccga acatccattc acaggcacgg gacatccaaa
     5521 aatgttgagc ggagatcgag tcggacaatg gtcgagaagg ataacagaga agcaccggtt
     5581 ggtctatttg attgacgaaa agcggatgat tgtcacgatt atttccgcat caagtcatta
     5641 tggagataag taaagaaggc tgatgctcac gcttgtctcg gatttgcgca gcatgtcaat
     5701 tggtctactt ttgcgcctca atccgcagag ggcagaaaaa gaggcccccg gggactcaga
     5761 aatggatgaa gtgcaaggcg gccgagaccg aaggcgaagg gagtgtacat aagtacatga
     5821 ccgagcctga gcttgtcgaa ggcaacgcag caattcgcca tttatgacgc ccccgacccg
     5881 cccccgggaa tcacgattaa tactaataat caatgtacgt aattgtagaa atcaacggcc
     5941 agcagttcaa ggctgagcaa ggaaaaaagt tgtttgtcca tcacctccgc gacgtcgaga
     6001 gcggcgccac ggtggagttc gacaaggtgc tgttagtcga tgccgacggc agtgtgcagg
     6061 tgggaacacc cacggtggaa ggcgccaagg tgatttgcga agtgctttcg ccgttagtca
     6121 agggcgataa ggtgctcgtc ttccacaaga agcggcggaa gggctaccgc aagctgaacg
     6181 gacaccgcca gcagttcacc gaagtgagca tcaaacaaat catcgcgtaa ctattaaaca
     6241 attagagaga aatggcacac aaaaaaggag tcggcagttc caagaacggc cgcgaatcag
     6301 aaagcaaacg cttaggaatt aagctctttg gcgggcagca ggccaaggcc ggcaacatca
     6361 tcgcccgcca gcgcggcacg aagttccacc ccggcaagaa cgtaggcatg ggcagcgacc
     6421 acacactcta tgcgctcatc gacggcgtca tcaccttcaa gcgcggacgt gcaaatcgct
     6481 ccttcatctc cgtcgagggc gtcgcagcag ccgccccggc gccgcccgtg gagcaagccg
     6541 tggaggcgta agcgccccac gaggtcgata tcaacgtaag attgaggggt tgtccttgga
     6601 aaaacaaggg caaccccttt ttctgtatcc gagtggccga taatccgatc tgcgtgcagg
     6661 ccaaatctcc aattgaagcc ctgaaaccat accccgacaa ggccaaatct tggcatttgg
     6721 gccccttttt gtcctttttc acccattcgg aaactcccga acgtatgata cgctttattt
     6781 tatttattcg gaatcttccg aagctatgtt atatacagac acaactcttc gggaaattcc
     6841 gaaagaaata atacgactgt tttcatatat tcggaaaatc ccggaaacat gaaaatgaaa
     6901 aatacaccct ttcggaagtt tccggttaac tgaaataaaa agaatagctc tttcggggaa
     6961 tcccgatcat cgcaaataat caaaataaga tcttcgggaa atcccgaaga cctgaaaaag
     7021 catgtattca cactttcgga aaactccgag tgttcataat atgaagtatc atacaatcgg
     7081 aaattcccga ataactgcga tataacaaat ggagtattcg gaaacttccg aatggatgaa
     7141 aacagacaaa aagggcccca aatgccagaa tttggctttg tcagaaaagg acgggggagg
     7201 agaatctgcc cattctgcgg atttgtagag gtgctacgcc tgcgcggcga tcgatgatcc
     7261 gatgaaaagc tgccccgata ggccttctgg cgaccgagca gtggattatt cggtcttatt
     7321 ttcgccaacc cgcagcaaat acggttgtta gggcatcgat tgcaacgtat agtttcacga
     7381 ataaacagat cacatgatga aaacgaacgc acgattgggg cttttcgccc tgttgctgtc
     7441 catcgtctgg gcagcctgta cacaagatcc ggacgtgccg ccacggccaa cgccaaagcc
     7501 cgacaccgtg gccgtagact ctgccttgtt aggcaaatgg tacctcgtcg gcctcggcac
     7561 cgtcggcgac acggccgtca cgcccattga cacggccagc tatgccttag aaatctggcg
     7621 cgagggcttc ctctatggcg actacgtcaa tggcagctat acctggatgg gcagcaccat
     7681 ccacatcaag ctccataccg agaatgagga tcgcatgcca gcacaggcgc tgcattatcg
     7741 caaggcgctg cttggcgtcg agggttaccg tgtcgacaat gagcaccaaa tgcggctctt
     7801 ctacgaccgg ggtcagcgct acctgctctt cagggatcag cctacgatac caccgcccaa
     7861 ccgggctatt gttccgcaag acctgctcac cacgtggatc ttccacggct atgtgcagat
     7921 caaggacgga aagaagaccc ttctccggaa tatcgataca gcccgactcc ggtttaacgc
     7981 cgataccact tgggtgctcc aattcttaac cgaacagctc acgggctcct tccgcactga
     8041 tggtcagtcg atgcacttca ctatcacacc tccatcgctg agaaaagatc cgaatgaggc
     8101 ctattacctc cgtcaggcac tggaacaggt gacgagctac aagatccacg acagtgagct
     8161 gcggctttat gagggtggtg gggagacgta cctcagtttc caaatagcag ggatcgagga
     8221 acgtcgcatc gacgagcgca tctgccgacc gtggaagctc gtcgggttcg ggcacaccgc
     8281 aggtggctcg ctgcatattc cggaagaagg ctataacctc cgcgaacggt ctttcatgct
     8341 cgaatttcgg gacaacggct cgctctacac ccattcctca accaatatgt tcaatggcga
     8401 ctacaccgtg gatggccagt cgctccgtat gaacgtaggc ggaggcacca aggtgaacga
     8461 aaccaaagag ggccttgcat atatccaggc gctgtatgcg gcggatcgct tcgaactgca
     8521 gaaggacgga cggctgaagc tcttctataa tcagggacgc gactatctgc tcttccgcga
     8581 tgggctctcg ctcgtctcct ccacgccacc tgccgagctg ctggggaagt ggacactgat
     8641 cgagattcgc atctccgcat tgcctccgac cgtctttaag cctggcgaac agacgatcac
     8701 gtttcgcgag aatgggtacg tcgatattga aggatataag ctctttggtg gcacacccag
     8761 cgggaagcaa cgttttggct accgtccgtg gggtggggat cacaccctct ttatcggttg
     8821 gacgtacttc atctataacc agaatggaga aatactgacg ctaatcaaca gggctgccat
     8881 agacggtccg aactacgtct tcaaacggct gaagaagtga tcgtgcggag catcccccgt
     8941 aaatagccaa aggccctgcc ggcaaagctg ccgacagggc ctttttaggt ttgctgtgtg
     9001 aatgctgacg gattaccgtt cgccagcctc acgcttggcg tcgttcacca tcttctcgtt
     9061 ggcgctgatg aggatctcca cgcggcggtt ctgcgcgcgc cccgcggcgg tattgttgct
     9121 ggccacgggc tggtggatgc ctttgccctc gaagaccatg cggcggctgc tcacgccctg
     9181 atcgatcagg tagctgtaga cgctctgggc gcgccgttcg gaaaggtgct ggttgtaatc
     9241 cacccggccg gtgttgtccg tgtgacccac gatgcgcagg tcggtgtcag ggttcttctc
     9301 aaggttgcga gccaagtcgc ggagggctga tttggaggcg tcgctgacgg tgctcgagtt
     9361 ggtggcgaag aggatgcccg agtcaaacgt gacacgcagt gcgggcgcgt ggccttcttg
     9421 ctcgacgact tccaccttcg tatcgtccgg cagcaccttc tctaattcct tcttctgctt
     9481 gtccatcttc ttaccgatga tggcacctgt ggctccacct acggcagctc cgatgacggc
     9541 accgagggcc gtgttgccgg ccatcttacc gatgcccgcg ccgacggctg ctccaccgcc
     9601 tacgccgatg gctgttcctt tggccgtatt gctggccccg catcccgaaa gcaacagtgc
     9661 cccgcaggcg agcgccattg ctgataatct aaagtgcttg atcatttctg tttctcgttt
     9721 ttgattggtg atacatgcta atacataatt ctcgataaaa gacggcgcaa agaaagtaag
     9781 aagattgccc ccccacccgg agagcgtatc aataactaca gacctcggcc ggggcataat
     9841 ggaagatggg ctcgtaggtg tcatgtcggg gcaggttgcc gagctccttt tgcagctcga
     9901 tacattgcaa agcctcgcgt cgtgcttcct cttccgtctc gccgcccccg ttgatgcctt
     9961 ccgtattggt actgtaagcc caccagaagt ctttgctccg ctcgatgatg atttcgattt
    10021 gcttcatgtc ttaccgatag aaatcccgat ggcgcacacg ggtgatctcg ccgaaggccg
    10081 agaggcggcg tttgtcgatg cggtgaaagt tgccgacaac gacgtagacg ggggtgcggc
    10141 cacggacata tgaacggtag aaacgtgtga tatcgtctat tgtcatgcga cggatgtcgt
    10201 taaggagggc gcggtgggga tcgtcggtgt agccgtcgcg gcggaagtcg gcgatgcggg
    10261 tggagatgtc gcggaaggcg gggtaggcgt tgttgacgcg gttgatctcc gtgcggatta
    10321 gggcgtcgat gcgctcgggg tgttcgggca tatggctgat tagggcgtct aagacttcga
    10381 gggcgtcgat cgtcttgtcg cactgggtgg agaggtaggc cacgaagcgc gtggggcggt
    10441 cggcgaggcg gaagggtggc agacggtagg cgccggaggt gtagtatgcc agcgagcgat
    10501 actcgcggat ctcttggaac atgagcgacg acatgccctc gccgaaatag agtgagaaga
    10561 ggccggccgt gtggcgctcg cggagcgtgg gcagcggatc gcagggcatg tagacgtaga
    10621 tgatgttttg gaagacatcg ggcatgtgat agaagaagac gcgcgaatgg tcgtagctga
    10681 cgaagtcgcg gtaggggtcg gtgggggtgg tgaggcgtgc ggggacgtct gtggcgaagg
    10741 ctcggagggt gcgttcggag acgcgttcgg cgggcagtgt gccgcaataa tgcgccgtgc
    10801 atacgcggcg gacggcctgc cggaagaggt cgacgagttc gcggcctgtg gtgtgcttca
    10861 cttcacgcag cgaaggccgg gtgaggaatt gcgaggcgtg tccgtattgt acgtattcaa
    10921 agagtgcctc ggcgacttcg ttgtttgact tgaagaaggc cttttcagcc acacgcgcat
    10981 cgtcgatgag tgttttgagc ttgcgatcgt ccggctttac gcctgcgatg aagcgcccga
    11041 cgagcccgag cgtctcgtcg aaggccgtat cgaagccggt gatcttgatg ttgaggcaat
    11101 gttcatcggc atctaaatca agcgtgctac cgagcgtttg cagacgtgtg tggagcgctt
    11161 cgaacgactg cgaggctgtg ccaagtagcg ggatgtaacc cgtgagcagc ttcaggcgcg
    11221 gctcttcgat gaggccgatg gcgtaggaga gcttcagggt gaagatgttg ttgacgcggt
    11281 tgggggtgat gtagagcgtg aggccttcgg cggggtggag ggtgtggacg tcgcgctcga
    11341 agtcgatgaa gcgcgggcga acctcctcga cggggatgcg gtcgagccac tggctgtagg
    11401 ctgattcggc gtcggcatgc ttgggcacga tgggggcgaa gcctggtttg gtgagtcgct
    11461 ccttggggta gcggccggtc ttcttcttca cgaagagata attggcgccg aagtatttgt
    11521 tggccacgcg cacgacgtcg tctttcgtga gggcttcggc gcggctgagc tcttcgcgat
    11581 agtcggccca ggttttgcct tgtgagaaga ggcgcaccat gatttggctg cgtgaatcga
    11641 tgtcttctaa ttcggtgagg tgtcgacgga gctgttcacg cttgaggctg ttgaagattt
    11701 cgtccgtgaa gtcgccttgc ttgactcgct ctaattcgcg ccagatcatg cgctcggccg
    11761 atcggcaggt gtgtgagagc cgcggcacga cgacgatgcc gatgaagccg gcttcgttaa
    11821 acgattcgcc accgatcatg gcgcccatca cgcggcgttc caccatgagg cgatctaagt
    11881 agcctgtgcc gttcgagttg ttgaggatgc ccgctgcgac gtcgagtgcg ggttgatcgg
    11941 ggtggttggc aggcacaccg cggaagccga gggctacggc tttgagcagc ggcaggggga
    12001 ctttgacggc tgtccgttcg cgtccgcgga aggggcggat cttgaccatc ggggccacgt
    12061 ctgggacgcc gcgcgggatg cgcgagaagg tgcgttcgat gatgggtagc gcccggcggg
    12121 tgtcgaagtc gccgctgagg atgaggccca tgttcgacga gacgtaatat gttttgaaga
    12181 agcgtttcat ctccgagagg cgcgggttct tcaggttctc cgcgctgccg atgatggggt
    12241 aggcgtaggg gtgggggcgg aagtaggttt ccattagccg ctcgatggag cggttgagga
    12301 tcatgtcgtc gcgccgattt ttctcttcgt agactgtttc taattcgctc tggaacatgc
    12361 ggaagacggg gcgtatgagc cgctcgctgt tgagctcggc ccactgctca atgtattgtg
    12421 gggagaagag gttgtggtag acggtgtagt catacgatgt gcctgcgttg agtttcgatc
    12481 cgccgtattt tgtgatcagc cggtcgaact cgttcgggat cacatagtct gccgcgcgga
    12541 tgctcagctc gttgatctcc atctggattt cctccctccg tttgcggttt ttcgtggcgg
    12601 ccagctcctc gtatttcccc tcgatggcgt caaggaagac cttttcggcc ttgtaatcga
    12661 tcgtcccgat ccggtcggtg cctttgaaca tcatgtgttc gaagtagtgc gcgatgcccg
    12721 tgttgggcga gtccttcgat ccggccagca cgacgacggc gccgaagact ttcggctggc
    12781 tgtggtcttc gttgagccac accgtgaggc cattgtccag gatgtactcc ttaatttctg
    12841 ttgagacgag cgttggtgcg gttcgcgtca tgattgctgc cgggtggatg atgtatttat
    12901 ttcaaatcat tcaacagatg ggcgggtgaa tggttcattc tatcggtgcg ttattgggct
    12961 tttcgtccgt tccggtattt gcaacaatgt tgcaaacgtc aaccgaatcg ccgtgacttt
    13021 tgcaacaatg ttgcaaacgt caaccgaacc gccgtggctt ttgcaacaat gttgcaaaca
    13081 tcaaccgacc tgccgcggct tttgcaacaa tgttgcaaac atcaaccgac ccgccgtggc
    13141 ttttgcaaca atgttgcaaa catcaaccga cccgccacgg cttttgcaac aatgttgcaa
    13201 gcgtcaaccg acccgccgtg gcctttgcaa cattgttgca agcgtcattc taatcatcca
    13261 tgatccatta cccccttagc aatcaccgcg gaagtccgtt gacgaactcc gagatcgtcc
    13321 cgaaccgttc accgcggcgt tggagcattt caacgagccg atccaagcgc tccacggcag
    13381 cgcggccact gtttcgggtg actaagcgcg gcagcccctc gatgccctgc aacggcatga
    13441 attcccaggg gtggaagtag agcatcaggt agccgtcgtg gcggagtgcg cggcgggcca
    13501 ggcagcggta gagcgcgggc ggcaggtggt gaaacgagag ccagaagagc gggaagcgca
    13561 ccaacggcgt tgtggccgcc ggcagctgta cgagtccccc ccggcggaac cacgtgcgcg
    13621 gctcgcggag gtggttgtag cgcccgggga tccatgtcgg gttcagcgat gaattataac
    13681 ggtatccggc ctggcagagg gcctcgtcgg cgacgtacat catgcgcggc atgcgaaaac
    13741 ccacgaccgg ctgccccgac atctgcctga gcactcggcg cgaccgctca aggtcggcca
    13801 cctcgaaggc actatgcgca taaccgtgcg aggccacctc atgcccgccc tcacaaatgg
    13861 ctcggatcac ctccggcgcc gcctccgcaa accgcgccgt gcaaaagaac gtcgcccgtg
    13921 ccccgtgccc cgccaatacc tttaatatat gtccgcaccc ctcgcgcgag acgcgcacct
    13981 gctcctccca cgcgatcggc aggccgtact ccgtcggcag gtcgaactcc tcaatgtcaa
    14041 aactcagtag gatcatgttt ctatcagtca tcaagttatg agttacaagt tacgggttac
    14101 gggttacaag tttgaggtgg gcgtctcttc tgacttgtca cttgtaactc ttaactcata
    14161 actacaagtc atcatctccc acacgagctt cagccatacc aatacgcacg gcaacgcctt
    14221 cagcgcatac ggcaatacgt aacgcttgaa caccgatcgc ggaaacaaat ccgacggcga
    14281 caggctcgtc aatacgaagg caaagaccaa cagcgccaca tcccaccggc tgcgtcgcca
    14341 cggcacgccc acataccaaa tggccacgcc gatgagcgca atgatatacc cgctcgactc
    14401 gctgcccgtg ctaaacaaca ccacgaacaa catcgccgac gctaagaaca tcaaccgaaa
    14461 cgcgggctgc ccgtactgcc ccctccgcag gtaaggcaac gcgaacagcg ccatccccgg
    14521 aaggatgatc cacaagtcag aatagtccgt ccaccccgaa atcttccgca ccatgcccgg
    14581 cagcgaaatg ttttgataca acgcaaacag attcgcctca ctcttggccc caagcgcctc
    14641 cggccacacc gcatattgct ccaaaatata ccccggcgac gatagcagca tgggcagcac
    14701 gaagcacacc gcactccacc ccaccagcgc ccacaggaac ctccccttgc gccgcacgaa
    14761 aaagaagaac gccagcccag caatgccata aatcttgacc agcgtcccca cgacgatcat
    14821 cagcgccgcc cacccctcgc gcccctcctc aatccacacg aacgcaagga tcagcagcgc
    14881 cgcgatggcc acgttgaact gcgccagaca cagcgccgtg aacagctcgt tggcgcaaaa
    14941 ccacgccacg aacaaccgcc cccgccgctc catcggtagc ttccgcacag ccatgaacag
    15001 cagccccgcc atcgccagca gccacagccc aagccccacc tgcgccggcc acaccgcaaa
    15061 cggcgccacc acgcagctga agaacggacc gtagaggttc acgtcgtgat atgcctccgg
    15121 atactccgta tagagcggca acccctgcca cacatgccaa aacacatgtc ggaagatcga
    15181 gaagttgttg ttcgggtatt tcagcagcgt cgccgccata gcagccacag cccacaccac
    15241 cccgatcggt gtatagcgat tgaagaacgg gcgctccgcc acccaatcca agagtctttt
    15301 cctccaattc atctcacttt cgatttttac ggccggcaaa agtaaaagcg ccacgccaac
    15361 gcagattcgt ccacattatt gcgtctttcg tacaagaaag ccgggggtta tgaaaatcta
    15421 acctactttt gcgtcaagaa atcccccaag acagtgccct atttatacat catatccggc
    15481 tgcaacggcg caggtaagac gactgcctcc tacaccatcc tacccgagat gttaggctgc
    15541 aaagagtttg tcaattccga cgagatcgcg aaaggattgt cgcccttcaa tgccgacaac
    15601 atcgccgtag ccgtcgaagc cagccgaatc atgtaccggc gcattcgtga attagtggca
    15661 gccaacaaga cgttcgcatt agaaaccacc ctcgccagcc gctcgatagc caagctgctg
    15721 cagaacgcgc aggagagagg ttactatgtg acgctgctgt acttctggct caacacgcca
    15781 gacttggccg tggagcgtgt ccgcaaccgt gtcgcatctg gtggtcacaa cgtcaccgag
    15841 agcaccgtta ggcggcgcta cgtggcgggc atccaaaacc tgttccagct ctacatcccc
    15901 atctgcgatt attggatgat cacagacaac tccctctcgc cgatggaggt gatcgcaaag
    15961 ggcttcaaga acgggaagaa gagtatctat aaccctgttg tttataataa actagaaact
    16021 tatgaatgaa cgagagttaa gcaagtttga agagaacgta gtgaaaggtg cgagcctggc
    16081 cttccagcgt ttggtgaaga agagaaaaga ggaaaacggc gagctggtct ttgctcgcaa
    16141 cggacgaatc ttcaaagtga aagccgttga cttataatac tcctttcccc cttccaagag
    16201 acgtagggag atctcgttct ttcagcccac cccagggcaa agcgtttctc tccggggtat
    16261 cggcgtaagt gtgcatcacg cttacgccct tttttttgtc catacgcggg gggagatggt
    16321 gggcccactg tatctctggg gagctctgga agcgttgtcg gggtgcgcgc acggcatttc
    16381 gactggcgtc cgagctctgg aatcagtgat tccgcggctt cgactggcgt ccgagctctg
    16441 gaatcagtga ttccgcgact tcgactggcg tccgagctat tcatcccccg ccccaatgga
    16501 cgccattgct acgtaacgat atggatttat gggttattgc tacagtaaca acgaactatc
    16561 cccataactc aggaaccgga agtcatgcgc cagcgcataa tcatagatcg tgcgccaatc
    16621 gctgccgaca aaagccgaga cgagcagcag cagcgtgctc tgcggctgat ggaagttcgt
    16681 caccatgccg cgcacgatct taaacgtgta gcccggcgca atgatgatct gcgtagaagc
    16741 caacagccgc tcctcccccc tgcgatccaa gtaatccacg atcgcaccga gcgcctccgt
    16801 cggcgcgatg gtgggcgcat catcggcgta gggcgcccac tgactgacgg caaacccatc
    16861 cacgccatcc accgagcccc cccccgcagc gagcgcgctg cctatataat agaggctctc
    16921 aagcgtacgc accgacgtgg tgcccacagc gatcacatgc gcaggcttgg ccagcagctg
    16981 ctcaatcgtg cgccgactga cggcgaagtg ctccgtgtgc atctcgtgcc ccccgatcgt
    17041 ctcgctcttg accggccgga aggtgcccgc cccgacatgc agcgtcacct cctcacgccc
    17101 gaacccacga gcatcgagcg cggccaacac ctcgggcgtg aagtgcaacc ccgccgtggg
    17161 cgccgccacg gaacctttca cccgcgaata gaccgtctga taggtgcgca gatcctccgg
    17221 ttccgtctcg cgatgcaagt agggcgggat gggcagcaca cccgcagcct cgagcacctc
    17281 tgcgaacgtt cgtcgcgggt catcccagct gaaggtgacc accggatgcg gatcatccgg
    17341 ctccgaggtg cgttcagccg tcaatgtggc cgcctcgccc tggatcatca ccgtgcgttg
    17401 cagcgcgccg ccccgccaac gcttgctgtt gcccacaagg cagtgccagc tgcaccgcgc
    17461 cgtttggctg aacgactgct catagtcgca cggatcggca ggctcgaggc agaagacctc
    17521 gatcagcgcg ccggtggcct tgcggaagag cagccgagca cggatgacgc gtgtgttgtt
    17581 gaagacgagg agggcgccct cgggcagcat ctcgggcagg cagcggaagc gtgtctcgct
    17641 gatgtgccca ctgcgataga cgagcagttt ggaagcgtcg cgctccggga gggggtactt
    17701 agcgatccgc tcgtcgggga gcggataggc gtaatcgtcg atgtggatgt ctttgggggt
    17761 aatcataacg gcggcaaaag tagagggggg atgctgtggg agcaaaaagc gacggagaca
    17821 aaaagaaaga gggacgatcc ctctcggata gtccctctca ttttgaaaaa gaattttctt
    17881 gtgatatgtc tcgtcgggat gagacgactc gaacgtccga cctccacgtc ccgaacgtgg
    17941 cgcgctaacc aactgtgcta catcccgcgt tgtcgttgac ggcggcaaat gtaacaacat
    18001 tcccatacca ccaaattttc tttttgccct gtgaaaagcg ctgcgcaccc cttgtcaata
    18061 gggctattcg tttatttgcg cctcgatttt ccgggcgaga cgtacaggcg ccctccttct
    18121 ggcggccctg cacactcccc cgaaccattt caacccacta tatataatag gtatgagcaa
    18181 cgtaacgata cttggaatag aatcttcgtg cgacgacacg tcgtgcgctg tgatacgcga
    18241 cggtgtgctg ctctcgaacg tgattgccag ccaggccgtg catgaggctt acggcggtgt
    18301 ggtgcccgaa ctggcctcgc gggcacatca gcagaacatt gtgccagtcg tcgctgaggc
    18361 gctgcgccga acgggcgtag atcgcaggga gctgacggcg gtggccttca cgcgagggcc
    18421 gggactgtta gggtcgctct tggtgggcac gtcgttcgcc aagggattgg ccatcgcact
    18481 aagcattccc atgatcgagg tcaatcattt gcaggcgcac gtgttggcac acttcattaa
    18541 gcagtcggct gatgagggcg cacacccgca gttccccttc atctgcctgc tcgtctcggg
    18601 tggcaactcg cagatcatcc gtgtggaggc gtacaaccgc atggaggtga tcgggcagac
    18661 gattgacgat gcggcaggcg aagccttcga caagtgcgct aaggtgatgg ggctgggata
    18721 ccccggcgga ccagtggtgg ataggctggc gcgcgagggc aatgcgcggg cgttcacgtt
    18781 tagtaagcca cacgtcgcgg gctacgatta cagcttcagc ggactgaaga cgtccttcct
    18841 ctacaccctg cgcgacgcgc tgaaggtgga tccagacttt gtggaaaagc atcgggccga
    18901 cctctgcgct tcgctgcaag ccacggtgat cgatatgctg atggataagc tacgccgcgc
    18961 tgtcagcgat agcggcatcc gcgaggtggc cgtggctggg ggcgtctcgg cgaactcggg
    19021 gctgcgcgag gccttccgtg aacatgccca gcggctcggg tggaagatct atctgccacc
    19081 caacgccttc acgacggata atgccgcgat ggtggctatg acgggatatt tcaagtatgc
    19141 cgacggcctg ttctgcccga tggacgcggc gccctatgcg cgcgtcacgt cgcggcttgg
    19201 ttgaccataa gtaacccgta aaacagagca agagcaaagc gcgccccccg aacagcctta
    19261 cttttggtac ccaattaaaa acccatagac catgcttttg aagatttacc cagacaaccc
    19321 caacccaaaa gagattgacc gcgtggcgaa caccctgcgc gacggcgggc tcgtgattta
    19381 ccccaccgac acgctctacg ccatcgggtg cgacgccctg aacatccgcg ccgtggagcg
    19441 catctgccgc atcaagggca tagacccgca gaagagcaag ctctccatcg tctgccacga
    19501 cctctccgag gctggcgcct acacacgcat cgacaacgac gccttcaagc tcatgaagcg
    19561 ccatctgccc ggcgccttca ccttcattct gcccgctggc cccgacctgc cacgcatcta
    19621 caagaaccgg cgcgaggtgg gcctgcgcat ccccgacaat gtcattgcct gcgagctcgt
    19681 ccgcgccctg ggcaacccga tgctcaccat gtccgtccgc gatccggcca gcgagagtga
    19741 ggatccggaa tatctgaccg atccggagct gatccacgag aagttcgatg ggcgcgtcga
    19801 catcgtgatc gatggaggca tcggagaggc ggtgggctcc accgtggtgg attgcaccac
    19861 ccagcccttc gccatcctta ggcaagggaa gggcgtgatg gatggcgtgt agttaaaggg
    19921 tagtcagaag gtagttagaa gtaggtagag ggcagtatta tagcgataca gcgatgcatg
    19981 gacgagtgat gacagccgtc tttctacagc gccgatccat tggtgcttgt aagggcgaaa
    20041 gatttctcgc ccctacgaag gcgccgggca cgctgggcta ttcctttata taagcgtgca
    20101 taactccccc caaaaaattt gcccctgcga aaacatttta cttttgcccc cggtggaatc
    20161 cgaaaaacca tagaagagag taggaataga aaaaccaaac aattgagata atgaagaaat
    20221 tattgatgag tgcgatcatg atcgcagtat gctccttcgg agcaatgaac gcgcagctcc
    20281 agaagggtag tgtaatggta ggcggcggcg ttggcaacct gaacttcggg tttggcagcg
    20341 gcagcaactt ctccatcggc atcacccccc gcgtgggcta ttttatccaa gatcacgtgg
    20401 ccattggtgc caaggtgaca ggtgtcttca ccgggcagcg ccacagctca aacacctaca
    20461 gctacggcgt gaacgccttc ggccgctact acttcggcaa gaaggagttc aagacaggcc
    20521 tgaaggaagg tcgctggttt gcagaggccg gcgctggctt ctcgggcgtg aagggtgctg
    20581 atgtgggctt caatgtcaac ttcggcccgg gctactccta cttcctcaac gagcacatcg
    20641 cactcgaggc actggcgctc tacaacggcc agtttggcga tggctccgtc aacggaatgt
    20701 cgatcaacgt gggcttccag atctacttac cgtcgtctaa gctgaagaag ttgaagtaaa
    20761 ctcatacata ccgtttcata aatccttgcg gtgtcacgaa ccattacttt acaccgcaaa
    20821 tccttcggta gaggggaaag tcgcgagatt ttcccctctg cttttttgtg cccgaggtgg
    20881 agcgcgccgc gttcgcccgt ttggcttggt gccgaacctt ttgacgccca aactcgccgc
    20941 gtttccctct gctcccgggg ggttgcctcg cacactcacc gaatatcagg atcgccaacg
    21001 gatgcaacaa gccgtcctca gtgagtttgg cttggtgcag cccaggggga tcgggggacg
    21061 aatcgagttt tggggcttat acgttgtata aagtgggaaa cagagtctgt ttttaacatt
    21121 atacatggta tacatagaga aatagagtct atttttgacc tcatacatgg tatacataga
    21181 gaaatagagt ctgtttttga ctccgtacat ggtatacata gagaaataga gtctgttttt
    21241 gacctcatac atggtataca tagagaaata gagtctgttt ttgactccat atatggtata
    21301 catagagaaa tagagtctgt ttttaacttc atacatagta tacaggccaa aacacgatta
    21361 atcccttcct ttgcactgcc tgacgattgg aaaacttggc aaggatggct gaacgatcga
    21421 ggtgaacatt ccgatcttaa atgagaatga gatgaagcat acgattcaca ttaagaaaat
    21481 tggtctggat aagttggaca acacgctgca tgcccaattt cacaacgagg cgtgcgacat
    21541 ggtgcgcgag gtgaatgcgg aaacgagcgg ggttccgact gagctgaccg atgaatggca
    21601 cgccctggcc aacgaggagc tcgatctggc cgtcgaggcc cgcgccacgg tctacaccga
    21661 ggagatgcgc aagaaggaca ccgaacggac gcgcacggcg acgttcatct tcgggatcgt
    21721 gcgcacgatg cgcctctcgc cagacgccgc gcaggccgag gcagcccacg cgatgcattg
    21781 cataacacgt gagtacgtgc ggatacaaaa ccgctccgcc cagcgccgat cggccgacct
    21841 gatctccctc atctacgacc tcaagaagcc tgaatgcgcc gtgcacttgg agcgcatggg
    21901 cctcacgcaa gcggtgaacg cgctggaggt gctcaacaag gcgtacagcc agatgggaca
    21961 gcagcgcacc cgcgaaagga cggactggaa ggggaagcat cagccgatga tagcggtgcg
    22021 gcggcagtcg gacgcgatct atcggcgcgt cgtgatgctg ctacagatgg cttacctcaa
    22081 ggcgacgtcc gacgccacgc gtgcagcgat cgagcatctg gctgacctgc tgagcaacca
    22141 ctcggcacac atcaacaccg tctacaagca gagcctggcc caacgtaaag ccaaggccac
    22201 aaagcggacg gaggaagagg gtattaatga gtgaggggtg tcgggcgggt gcatatcgcg
    22261 cgcatggatc acctattcac tgttctgtag aggcgaaaaa tctttcgccc ctacgagggg
    22321 tcttgggtta tcctccggaa gcccttcagg ctatatgcca gcccaattga tcattgataa
    22381 ttaatcatta cacccaaacg acctccccca tccggcgcag ctcctcgtag agtcggccga
    22441 cgggtagccc catgacgttg taaaacgacc cctcaatgcc gcgcacgccc acgaagccga
    22501 tccactcctg tatgccgtag gcgccggcct tgtcgaaggg gcggcaatgg tcgatgtaag
    22561 tcgtgatctc aacctcagag aggggcgcaa agtcgaccgt ggaagcgacg gagaagctac
    22621 tgaccgcgcc ctcggcggtg gccagcacga cgcccgtcac caccgtgtgc cgccgtccgg
    22681 agagccggcc gagcatgccg atagccgcgt cgcgatcgtg gggtttgccg agtatctcgc
    22741 cgtcgatgac gaccaccgtg tcagccgcga tcagcagctc gtcggcggcg agcgtgtcta
    22801 agtaagcgcg ggccttggcg tgggcgatgt gcagggggac ctcctgcggg gagagtccgt
    22861 ctgggtacga ctcatcgatg tccgggatca cgcggacgtc gaagctgatg cccagcccgc
    22921 gcagcagttc gcgtcggcgc ggcgactggg aggccaggat gatgcggtgc ttcgtccgga
    22981 gcgcaacggc cggttgcgac ccttgagtgt gtcggcgcgg cttgacgccc gcagcctttc
    23041 gcgcctcgta ttgcgcaaat cgtctttcta aataattatc tgccatgatg tgtgtgtctc
    23101 tcttcttgtc ttatggggag acggggcgca aaggaagcat ctgggggtta gtcgttagcg
    23161 atacaaacga aagaagggcg atgggaggag gtagaatggc aatgctgaca ttagcgcaca
    23221 caatccgccg gaaacagacc tgtaagggcg aaagattttt cgcccctaca acccaagtac
    23281 cggccgggca tataaaaaag aggactttgc cctcgccccc accttctttt ctttccttga
    23341 tgagggaaaa ggagacaaaa gaaaatcaag gcgccagggg cgcccgccaa ccttgccggg
    23401 tgcttctaac gaccaaatca acaccaatcc ataacccata aacagaaagg agaaccaatc
    23461 atgttaggag ccattgtagg cgacatcgta gggtcgcgat ttgagtttaa caacacacac
    23521 cggatggact tcgagctgtt cacgcccgag tgtggattta cggacgacac ggtctgcacc
    23581 gtggccgtgg ccgacgccct gatgcgcggc gcagatttcg gacaggcact ccacagctgg
    23641 tgccgccgct atccctatcc cacaggcggc tacggcggac gcttccggca gtgggtggcc
    23701 tcgaacaatc cgcagccata caacagcttc ggcaacggcg caggcatgcg cgtctcgcca
    23761 tgcgggtgga tcgacggccc gatcgacaac gtgcgcgaag ccgccaaacg gtcagccgaa
    23821 tgcacccaca atcatccgga gggcatcaag ggcgcgcagt gcatcgccga gtgtatccgt
    23881 gccttgcgcg acggcggcgg acgcgaggcc gtgcgcacca tcgccaccgc gggctacggt
    23941 tacgacatca gcgagacgtg cgacgagatc cgccgcacga accatttcga cgagacgtgt
    24001 caagtcaccg tgccgcaatc cgtggtgtgc ttcttggaga gcaccgactt cgagcatgct
    24061 gtgcgactgg ccatctccat cggcggcgac agtgacacga tagccgccat gacgggcagt
    24121 ctggccgagg ccttctacgg catccccgac gcgatcgggc aacaagccat ggcttgcctg
    24181 acgcaggaaa tgcaggacgt cgtcacaggg ttcattgcgc agcgacccat ccgggtaagt
    24241 ttcaagtagg aatctacttt tgctgcccta taaaaacgac cccacaatga attatacaga
    24301 gacgaatatc cccggcgtat ggatcatgga accgaaggtg tttcctgacg cgcggggata
    24361 ttttatggaa gcatttaagc agtcggactt tgagcaacac atcgggccga cgcacttcat
    24421 tcaggacaac gaatcatgct cctcgcgcgg cgtgctccgc ggcatgcact accagctggc
    24481 gccctacgcg caagccaaat tggtgcgcgt catcgtcggc acggtcatag acgtggccgt
    24541 cgacatccgc cgcgggtcgc ccaccttcgg gcagtacgtg atggtggagc tctcggccga
    24601 aaaccgacgc cagttctaca tcccgcgcgg cttcgcgcat ggcttctacg tcaagagcga
    24661 gacggccatc ttcacctata agatcgataa cccctacatg ccaacacacg agcgcggctt
    24721 ccgcttcgac gaccccgccg tgggcatcca gtggggcatc gaggataggg cctccgtcct
    24781 cacgtccgag aaagactgcg tgctgcccca gctccgcgac gcagagctat aacaccccag
    24841 agatgtaccc ggccaacttc cccggcctcg gcagaggcct tgattttctt ttgcttcttt
    24901 tcttgcatca aggcaagaaa agaagataga caccccctac cctctaacta ttatgcacac
    24961 ctacttaatc accggcggag ccggattcat cggcgccaac ttcgtgaagc acatgttggc
    25021 cacccacgcg gacgcgcaac tcgtcgtcct cgacctactc acctacgcag gcaacctgca
    25081 cacgatcgaa ggcgacatcg atggcaagcg ctgccacttc gtcaaaggcg acatcggcga
    25141 ccgcacactc gtaaaaagcc tctttgagaa gtaccccatc gactgcgttg tcaacttcgc
    25201 cgccgaaagc cacgtggatc gcagcatcga agatccgcag ctcttcctca tgactaacat
    25261 cctcggcaca cagaacctgc tcaacgccgc acgccacgca tggactaccg gccgcgacgc
    25321 aacaggatat ccgacgtggc gccccggcgt acgcttccat caagtctcca ccgacgaagt
    25381 ctacggcagc ctcggccccg acggcttctt tactgagacg actcccctgg ccccgcacag
    25441 cccctacagc gcctcgaaga cgagcgccga tctggtggca atggcttacc acgacaccta
    25501 tcgtatgccc gtcagcatca cccgctgctc aaacaactac gggccgtatc acttccccga
    25561 aaagctgatc ccgctcatca ttaataatat cctcgagggg aaacagctgc ccgtctacgg
    25621 cgacggctcg aacgtccgcg actggctcta tgtggaggat cactgcaagg ccatcgacgc
    25681 cgtgatccac cgcggacgcg caggcgaggt ctacaacgtg ggcggacaca acgaacgaaa
    25741 gaacatcgac atcgtgcgca cgatccttcg caccgtccac cgcctgatgg ctgagcaacc
    25801 cgcctaccgc gacgctctac gcaaacgcat catgggcgca gacggactgc ccacgatcga
    25861 ctggatcgac gacagcctga tcaccttcgt gaccgaccgc ctcggccacg atcaacgcta
    25921 cgccatcgac ccgacaaaga tctccaccga attgggctgg cggccggaaa cggacttcga
    25981 gacgggcatc gtcaagactg tccgttggaa cctggagcac caagactgga tccgtgaagt
    26041 gattagcggc gactacgtgg gctattacga acgcatgtac gccggccgag aactaaagtc
    26101 atgagtcagg aatacccctc ggtattgctt gaaaacgcca tcggagagct gtcggcgctg
    26161 cccggcgtgg ggcgcaagac ggcgctccga ctgtcgctct atctgcttcg ccgcgaaccg
    26221 gaatatgccg agcggctcgg cgcagcgcta caggctttgc gccgcgaggt gaagtattgc
    26281 cgcatgtgcc acaacatctg cgacgcggat ctctgcgcca tctgtgccga cccgatgcgc
    26341 gaccacgcga cgatctgcgt ggtggagaac gtgaaggatg tgatgacggt ggaaaacacg
    26401 gcgcaatttc acggcctcta tcacgtcctc ggcggcatca tctcacccat cgacggcatc
    26461 gggccggccg atctggaaat cgacagcttg gtgaagcgcg tagccacggg cgaggtgcgc
    26521 gaggtggtgc tggcgctcag cacaacgatg gagggcgaca cgacgaactt cttcatctac
    26581 cgcaagctct ccgcctatcc cgtccgcgtg accgtcatcg cccgcggcgt ctccattggc
    26641 gacgaattgg agtatgctga cgaggtgacc ctcggccgat ccatcatcaa ccgcgtggag
    26701 ttcaacgaag cgaacaaagc gtagccataa ccattcctca ccggcaatta agaattaccc
    26761 ccatgcaact ttccatcatc atcgtcaact acaatgtgaa gttcctcctt gagcaatgcc
    26821 tgcgctccgt gcaggaagca acggccgaca tggaggcgga agtgatcgtg gtagacaacg
    26881 cttcggaaga cggctccgtc ggctacctac agccgcgctt ccccggggtg cacttcatcg
    26941 caaacaccaa caacgtaggc tttgccgccg ccaacaacca ggccctgcac acctgccgcg
    27001 gccaatacgt cctgctgctg aaccctgaca cgatcgtgag ccaagacacc ctccgcagcg
    27061 cttgtcgctt catgaagcaa cacccagacg cgggcgccat cggcgtgaaa atgatcgatg
    27121 gacacggcgc cttcttgccc gaaagcaaac gcagcttccc cacgccgtgg atcgccttct
    27181 gcaagctctt tggcctctcg cgcctcttcc ccgactcgcg ccgtttcgcc gcctacagcc
    27241 tgccctacct ctcggccggc ggcatacaca aagtcgacgt cctctccggt gccttcatgc
    27301 tcctccgcgg cgaagcgctc agccgcatcg gcctccttga cgaagccttc ttcatgtacg
    27361 gcgaagacat cgacctctcc taccgcatga tctcagccgg ctaccgaaac tactacctgc
    27421 ccctcaccat tctgcactac aagggcgaga gcacgcgcta caccgacccc cgttacttag
    27481 acgccttcta ccgcgccatg ctcatcttct accgcaagca ttacccccgc gccagccgcc
    27541 tcaccatcgg cctcatcagc cttgccatca gcctgcgcaa gtccttcgcc agcctcttcg
    27601 gatggaaacg ttcgcgccgc cgccggacgg agagggaaga cttgctcctc ctctgcaacg
    27661 agcctcacgc cgtcgacgtc cgcgaccgcg tgctccgtca cttccccaac gctcaggcca
    27721 tcgcctggcg caacgcctcg cagatcagcg acatccctgt gggcacatat accgacgtca
    27781 tcctctgcca cccagacatc cccttcggcc gcatgattaa cttgatggat cgttgcccga
    27841 aaaagtcgat gacttaccac atcatctacc cctccaccga tcgatggatc tcccccaccc
    27901 gatgacacca ccgcccgcca ccgcccagtg gctcgacggc cacctcgtcc atctgcgcgc
    27961 ccccgaaccc gaagacctcg acaccctcta cgcctgggaa aacgacgccg ccctctggga
    28021 gcaaagcgcc accctcgcgc cctactcgcg ctacgccctg cgcgaataca tcgccaccgc
    28081 atccactgcc gacctctaca ccagccgcca gcttcgcctc atgatcgact gcaaagccac
    28141 cggccgcacc gtcggcatca tcgatctcta cgacttcgac ccgctccacc tccacgccgg
    28201 cctcggcatc ctcatcgacg cgggccaccg ccggcgcggc ttcggccgag aggccatcca
    28261 cctgatcgcc gcctacgcct tcagcttcct ccacctccat ctgctttacg cccacgtcgc
    28321 cgtccacaac gcggccagcc tccgcctctt cgccgcggcc ggcttccgtc gctgcggcat
    28381 cctgcccgac tggctccgca ccccccgcgg tttcgctgac gccgccctcc tcgcccgcct
    28441 aagtccgtga aatcagaccg tttttcgggc ttcaatcgcc cgtcgtagcc ccaaaaacag
    28501 ccgcgacggg cttcatccgc gcgtcgtgcc cccaaaaaca ttcatttcgg gcttcactcc
    28561 cccgtcgtgc ccccaaaagc agccgcgaag gggatcaaac gcgtgtcgtg gcctgaaaat
    28621 agcggtttat tgaatgcttt tatatggatc gtgcttaaat tacggcgtaa atcgaatgct
    28681 tttatatgga tcgtacttaa attacggcgt aaatcatatg cttttatatt agttgtatat
    28741 aaattacgtc gtaaatcaga tgcttttaga ttgaatgtgc tcaatttaca tcgttaattg
    28801 aaagctttca tattaaaagc atacaattta caccgtcatt gataggcttt catattaaaa
    28861 gcatgcaatt tacaccgtaa ataataggct ttcatattaa aagcatatga tttacaccgt
    28921 aaataatagg ctttcatatt aaaagcatac gatttacgtc gtaatttaag cacgaccaat
    28981 ataaaagcat ccgatttaca ctgtaaacta tatatagtta agctaaaagc atccgattta
    29041 cactgtaatt taagtaccaa cactatgaaa gatcccaatt tacaccgtaa atcaagtacg
    29101 atccatataa aagcattcaa taaaccatta ttttcaggcc acgacgcgcg tttgattccc
    29161 tttcgtagct gcttttgggg ccacgatgag cgtttgattc cctttcgcgg ctgcttttgg
    29221 ggctacgacg agcgattgaa gcctaaaacg gttgcttttg ggggcaaaac ctgcgttgaa
    29281 tggccgtttg caagccattt ctgcccagca taaaccgcgc tcacccgggg cggcctactt
    29341 ttgcccccca cacatgatta tgattcgcaa caagatgaac ttacgatata ccaccgccgc
    29401 gctggccgcc tgtctgctct gcgcatgccg acccgagatg ccggccacgt ccaccattac
    29461 catcgacctg acccggccga ccgtgcccgt cgatcgcgac ctctacggag tgacgcccga
    29521 gggcgaggac gaagcgctgg gcggctgggc ggccgagatg atccgaaacg gcagctttga
    29581 agcaaacgac gccgaggcgg cagactcgat cgtgggctgg cgccccctca acgcggcctc
    29641 cacgctgatg atcgacacac gcgcaccgct gagtgagacg aaccggcgct cgctcctggc
    29701 gcgcggcgga gcggtggccg acgcctcgca cagcctcgcc atagcacgcg gccaacgctt
    29761 caacctgacg tgttacctgc acggaaccgt cggcaacacg ctcaccatct ccctgcgcga
    29821 ctccgccggc cgccagctcg ccgaacccct tcgcctgccc ctccccgaca catggaccga
    29881 gctccaccac tccttcacgg ccaccgacag cgcacgggga gcggcgctcg tcttcgaggc
    29941 cgacagcggc gcctcgtttg ggttagacat ggtctccctc ctcccgcagg cgacgtggcg
    30001 cgaccggccc ggtggcctcc gagccgatct gatcgaagcc atcgccgagt tgcatccgcg
    30061 cttcatccgc ttctccggcc gcatgccctc gaacgatggc acacgccgcg tcagctcaag
    30121 cgaatacaca cagctcagcc gcgacctgaa cgtgcgcccc atgatgatcg ccgcggctcc
    30181 cgacggcggc cagcgctaca ccatgagcgc tgatttgctc acggcccaca ccgacctctt
    30241 cacgcgcgac agcacgggcc tctacgccac ctcttctgtt tacgccgacg ccttcggaac
    30301 agcccagacc agcgacggcg gtacgatgcg cgcggccgtc ggcgaggcag ccttcctcat
    30361 cggcgtggag cggcgtccgg gcgccgtcag atgcctggct tacacgccgc ttgtgggcgg
    30421 cctcctcctc acggagcggg gcagcctcat ccggacgcct tcttattatg tatggcagct
    30481 ctttgccgac caccgcggcc gccgcctgct ccacaccgac gtggcgacag ctcgcaagcc
    30541 actcatcacc tgcggccgcg cgtcggtcgc cgtcatgggc gacgccttcg cggtggaggc
    30601 ggctgacacg atgggacacg acaaggcttg taattacacc ttcacggcgc gcctcctgcg
    30661 caagtcgccc ggcagcagcg gcgccgtccg ccttcaggtg cgcgacaacg gcctccccgg
    30721 cgcccgtcgc gacgccatcg ccttggaact gaccgacagt accgcgcagc tcatccacct
    30781 cgccggcacc ttggagtgca tcctcgccgg ccccgtcgcc atcacgcgca cagccggctg
    30841 gatcgaagcg cgggtggaat gctcagacga ggtgatccgt tgctcaatca ataaccaacg
    30901 gatcatcgag gcctcggccc cttcgtgccc gtccatcgtc gccgtcgcta cccttgatcc
    30961 gggcagccat acaatcatcc tcaaggtggt caacaccacg cagcacgacg agcgtacagc
    31021 cctccgcatc gagggtggca gcatcgcctc ctcggcgcac atcgtcagcc tcgccgcccc
    31081 cgcttcggct cgcaacacgc ccgaccatcc gacggccgtc gtgcccgtga tccgcaacgt
    31141 tcgcctctcc cgttggccca cggtctacgc cttccccgcc aactccgtga ccgtcctcac
    31201 gctgaagaag aaataaggga aacggaatag cgaaaaacgg ccagaggggg ctgcgtccgg
    31261 atgattctcc gcaagtgcgc ggccacacac acgcgtcttg gccacatgga taaaaacaga
    31321 atcgcgtgcg aggcggcgag gagcatatcc tccaccgttc gcacgcgatt cattcgtgtg
    31381 tacaggtcag ggcaatcggt gcccgcctat ccgatcattt cttggctgcg ccttgcttag
    31441 ccacggcctc catcagcttg cgcacctcct cgggatcgcc taagaagtaa tccttcgtca
    31501 gttccaactt gtcgtcgaac tcgaacacgt acggcacagc cgtaggcagg ttcagcgagg
    31561 cgatgtccgt atcggagatg cccttgaggt gcttcacgat gccgcgaagg ctgtttccgt
    31621 gagctacaac caacagattg tcgtgctgct tgagggaggg gaagatgacg cactcccaat
    31681 agggcatgac gcgcgcgatg gcatccttga gcgattcggt gcggggcagg tattcgtccg
    31741 ggacactggc g
//
LOCUS       SEQF3106|MIQD01000025.130132 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..30132
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             136..1947
                     /gene="uvrC"
                     /locus_tag="SEQF3106_00976"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5KWH6"
                     /codon_start=1
                     /transl_table=11
                     /product="UvrABC system protein C"
                     /translation="MNDRLNYITSLLSTIPEKPGCYQYYDAKGTVIYVGKAKNLRKRI
                     SSYFQKEHENRKTRVLVKQIHDLRYIVVDSEADALLLENNLIKQYQPRYNVMLKDDKT
                     YPSIVIKNEPFPRIFQTRNIVRDGSLYYGPYSSVHFIRTLLHLIKELYPIRNCKHALT
                     PEAIHSGKYKVCLQYHIKRCKAPCVGMQEAEEYDRNVADIKEILKGNSSKVSELLLER
                     MKALAAEMRFEEAQEVKRQYDLVESFRLKSTVVPMLHNVDVFSLDENETSFFINYMHI
                     GSGAIVQVYTIEYQKKLDDEQKEYVLGLGIVELRERFHSHADEIIVPFIPEGVFPEGI
                     SFTVPQRGDKRKVLELSLQNAKQYKVDKLKRSEKFNPEQRTTRLLTTIQKDLHLPALP
                     MQIECFDNSNIQGTNPVAACVVFKKGKPSKKDYRHFHIKTVVGPDDFASMREIVTRRY
                     TRLLEEEAPLPQLIIIDGGKGQLNAATEILRELNLLDKITIVGLAKRLEEIFYPGDPF
                     PLVLDKTSETLKVIQHLRDEAHRFGITFHRQMRSKGQIVSELDAIKGIGEKTKEALLK
                     KYKSVKRIREASSAELEELIGKKKATLVAEGLGVTPR"
     CDS             2317..2769
                     /gene="dtd"
                     /locus_tag="SEQF3106_00977"
                     /EC_number="3.1.1.96"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O66742"
                     /codon_start=1
                     /transl_table=11
                     /product="D-aminoacyl-tRNA deacylase"
                     /translation="MRTVVQRVRHASVTIDEQCVASIGQGMLLLVGFEDADEPNDLEW
                     TAQKVANLRIFDDADGVMNRSVKDVDGELLVVSQFTLYASVKKGNRPSYIRAAKPDVA
                     IPLYESFCETMSLQAGREVKTGVFGADMKVSLLNDGPVTIVIDTKHKE"
     CDS             2775..3110
                     /locus_tag="SEQF3106_00978"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENLTIKDVQRRVDEWIKTYGVRYFSELTNMAILTEEVGEVARI
                     MARKYGDQSFKASDTKHDLADEMADVLWVLVCLANQTGVDLTEAFERNLKKKTERDSE
                     RHLHNHKLQ"
     CDS             3112..4044
                     /gene="deoC"
                     /locus_tag="SEQF3106_00979"
                     /EC_number="4.1.2.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A6L0"
                     /codon_start=1
                     /transl_table=11
                     /product="Deoxyribose-phosphate aldolase"
                     /translation="MNKNEHAHHHHDHDCGCDHAAVDKYHECFNRFDPPLTDSEVAEK
                     TAKLLAEKSASNFTDDTLKQLHGLIDLTTLTTLDTKESVWQMVDTEVNQWEGTRPDVP
                     NVAAICTYPIFTETVRQALQVEGVGIASVAAGFPASQTFPEVKIAEVGMAVMAGADEI
                     DVVMNLGLFKEEAYEELSDELQEIKESCRGARLKVILETGALETAENIRKATILALYS
                     GADFVKTSTGKGYPGATPEAVYTICRVLKQYQQTTGTRVGIKVSGGVRTAEDAVKYYT
                     LVRELLGPEWLSKDTFRIGASSLVKDIRKRLEES"
     CDS             4063..4935
                     /locus_tag="SEQF3106_00980"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTLIVSIIALVAMCGSGALKAQYGPLPGGGGGGSSIKWRYETA
                     TRTLTLTGYGRIPDYSTVHPAPWAVRQREIEKIEIGSGVTIVGDYAFAGCTALTSVKI
                     SESVTEIKDGVFSGCTALSSLALPANLRRIGRDAFAHCSALTAVSLPESVTEIGRGAF
                     SSCAALRSVTVAWPVPLALSQPIFQSVPLANVRLNVPRGTSAVYRTAPVWSEFQQIYA
                     VANVEIAGRQIYAADGVLYLSLSQPALVRVYDLSGRLLLTHDAPSGSSTLCLMPGYHV
                     VQVGDSAEKVWVGN"
     CDS             5743..6159
                     /locus_tag="SEQF3106_00981"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKSITLLIVCLLLPAGLLSAQTFSDFQNYVRYEGGELMAKLAH
                     PFNKFSYAESDIQDGGIRIYIKYEEGYETLLKFYLGEESFNRVEVVRDTDWATPFLAT
                     AVMKETAYLCLREVASETVASIEGENSSFELLSRID"
     CDS             6184..6891
                     /locus_tag="SEQF3106_00982"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLRYLKMADSRKLFWLIMSVLMAASCEQRDPEAEYKLLSETVY
                     SSPREGAVAAQEYIDYFNNKEGARINDAYGIRDQYYLMRDFFSYSFDSYADFLDQSRE
                     LNEKLSSSKYTGVQKMWLSFYEAECNRLLEILMRYITENEFDAFFKIQIRQLCDNEFM
                     TWDVESIDQISLSEPTLVSDGTAKKSYGEYRVHLRGNILGIDTDIAIVKIDGVIGVDA
                     SGKVRYARTGYQFVEKP"
     CDS             6922..7185
                     /locus_tag="SEQF3106_00983"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVYFSSLEFKQIAEGTVANAALPEARIYTAGSVLHLTLARAETV
                     HIYNVSGALVRNFRAPAGQTTVALPTGIYIVRTGERSEKVFIH"
     CDS             7264..8451
                     /locus_tag="SEQF3106_00984"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKSITTGLIALLAIVMCAAIAQAQNPTSGQTGPLTWKYDTDTK
                     TLTISGQGEMPNYDREHPAPWQDHNQEMQKLVVEEGVTGIGDYAFRYADNLISVTLPK
                     TATRIGDRSFVSCKSLSTISIPAGVIKIGPAAFGDCESLTSVTLPDGLKEIAHIAFTM
                     CYELATVTIPASVETIGTGAFSDCGSLSAITVAAGNANYVAVDGVLFNKAKTMLFQYP
                     AGRADTSYVIPAGVTNIKEQSFDAARRLTSVTLPASVKVIGDGAFSGCKNLKSLTVGM
                     KTPPDIDKKDVFEQVSVANATLTVPKGSKAAYAAAPVWKEFKQIAESTVANATVPEAR
                     IYAAEGLVYMTLPQAATIRIYNLNGVLVRSLTAPAGLTTVALPEGIYIVRTGEHTEKV
                     FIH"
     CDS             8536..9480
                     /locus_tag="SEQF3106_00985"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKSITTGLIALFAIVMCAATVQAQTTPTSGTTGPLTWKYDTGT
                     KTLTISGQGEMPDYVVKNQAPWQSLNQEVLKLVVEEGVTGIGNNAFRYAGKLISVTLP
                     TSLTRIGHMTFIHCWNLPMVKLPAGITHIGDKAFKGCQSLVLDSLPAALQEIGKGAFE
                     WCGKLSSVTLPSSVKVIGDGAFSGCKNLKSLTVGIKTPPDIDKKNVFDDVPVANVTLT
                     VPKGSKAAYETAPVWKEFKQISESTVANAAVPEARIYAAEGLVYMTLPQAATVRIYNL
                     NGVLVRSLTAPAGLTTVALPTGIYIVRTGERTEKVMVD"
     CDS             9614..10237
                     /locus_tag="SEQF3106_00986"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRLIAFAMLLFAGTMAAQTARLPKDAASARDFAPDGWHVYFTA
                     KGDLNKDGLADIAFVLENDDSGKRVLAIAFGKKGGYRLQGQDGGRFITPDGNTDAFVD
                     MNINADGVLTVKFLLPGTPGYNYDDRFGFRYQNNQFELVGWERRARSIENDRVHEFTS
                     VSYTFKKIVYEDRRMKSETRQKAFHYKRMKTLGEIVPGRFEISYDDV"
     CDS             complement(10948..12390)
                     /gene="mggB_2"
                     /locus_tag="SEQF3106_00987"
                     /EC_number="3.1.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A9BJC1"
                     /codon_start=1
                     /transl_table=11
                     /product="Mannosylglucosyl-3-phosphoglycerate phosphatase"
                     /translation="MKRYYLSLLTALFVLSVSAQTKEFTILATNDMHAAVEKFPRFAA
                     IIDSVRELHPNLLLLSGGDNRTGNPINDMYPVTGYPMVALMNSVGFDLSAIGNHEFDS
                     KIDGLRELINLSNFRYVCANMYPNDTLRLHIEPYKFFERDGIRFCILGLIQVNRNGIP
                     DAHPDAMRGITFRYPNDVAPEYKWLRDRCDVLILLTHNGYEADIELAKVFPEADLIVG
                     GHTHTALHGNHLHSGVLITQAGKKLAYVTEIKLKLQDGKVIDKQAHLIPIDNSPRIDQ
                     KVKALVDKFSDNPVLNRVLTQVPNGFSDKQELGCLMADAQRAAAGADIAVQNCGGVRY
                     ETLPKGGITVGDVFRLDPFGNDLMVFNLTGAEVKELLKAICRADDYGPAYVSGITYQI
                     DLGRTNREVKGIKVRGEKGGKFDEKRTYKVALNSYVSSVADYKRADKEGTNLHMKSAD
                     AIIKYLEQRPSVDYRGAVRRTYTGGEDMEK"
     CDS             complement(12409..13647)
                     /locus_tag="SEQF3106_00988"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAYTETTRTSYGQRVAGSAKGMVGGLLIFIIGTCLLWWNEGRSV
                     KTAKAIGDAASNVQNVADVSKIDASLNGKLIHASAFADTKDTLVDEMFGVRELAIQLN
                     RKVEYYQWVEVTETKEREKIGGEKETVTTYTYEKKWTDAPVKSSEFKDPSYQNANMVL
                     AEVEDKNTTADNVTFGAYTLPELIKESISGSSPAEVHMTEEQQFAWDEQLHMAARNPN
                     DNLTTRRRLDEASMVHTNSNTVYLGTSPNNPQVGDVRVTFTKVDPADISIIAQVDGST
                     FKAYKAKNGKTFIRTEMGKVDADEMFEHAKSENNIWTWLLRALGLLLVVGGLKGMFGL
                     LPMLFKVLPFLGSVVDAGVGLVSWILGLAWSLIIIAIAWLVYRPIIGIALLVVAIAGI
                     VFLKKRGKKNEEEHPIQPAS"
     CDS             complement(13679..13912)
                     /locus_tag="SEQF3106_00989"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPVTLPPKTKTNTTMAENISKEALMMRAKQLDRYCELLIEQYDN
                     WAASLQHEEQHKEANWKQKILGWMRRNPSNDKK"
     CDS             14173..15312
                     /gene="apbE"
                     /locus_tag="SEQF3106_00990"
                     /EC_number="2.7.1.180"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AB85"
                     /codon_start=1
                     /transl_table=11
                     /product="FAD:protein FMN transferase"
                     /translation="MGGGGELRVEGSIFAAGLIILIMKQNENIRPKAGRRGLARTMRA
                     AVCALLVAAIVTACGGGKGTYYEEEGSIFHTIYHIKYRTNKGPLTDKIAAELQAFDAS
                     LNPFNKESILARVNRNEEVEVDDWFVTVFNRAMEVSERSGGVFDVTAAPLINLWGFGY
                     EQKDSVSPAVIDSMLQFVGYRKVRLDGRRVVKDDPRIELSFSAIAKGYACDVVAALLE
                     REGVEDYMVEIGGEVASRGMNARGECWRIGINKPEDDTTGVKNDMQEVVQLCGRRGMA
                     TSGNYRNFHVRDGKKVAHTIDPRTGYPSQQNILSATIVAPDCMTADAYATAFMAMGLD
                     AACRMAESVPEIAYYVIYADTSGVHRVKMSPAIQEMIVGKTKNEK"
     CDS             15635..16084
                     /locus_tag="SEQF3106_00991"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEKDIEARVEKARALFQEGYNCAQAVFLTYSDMFGMDKALAAR
                     LAASFGGGMGRMREVCGTVSGMAMIAGLMEPANDPKDKEAKARNAALVREFADAFRQK
                     NGSIICRELLGLDKKEGDASVAPRKRPCVEFVATAARIVGEKLAGEK"
     CDS             16236..16802
                     /gene="fbiB"
                     /locus_tag="SEQF3106_00992"
                     /EC_number="6.3.2.34"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01259"
                     /codon_start=1
                     /transl_table=11
                     /product="Coenzyme F420:L-glutamate ligase"
                     /translation="MESFNELMMRRRSSRKFTAEPIAPGEVQELLKAALVAPTSKNSH
                     SWQFVAVEDREMLERLAACRKMGSSFLAGCALAVVVMGDVTVTDVWVEDASIAAAYMQ
                     LQAEDLGLGSCWCQVRNRHTPGDTEAEQYVRDLLDIPYQLGVVCIVGFGHRERVGRPH
                     DEASLLWERVHIGRFRTAEVVGDGEAQA"
     CDS             16799..17578
                     /gene="hemA"
                     /locus_tag="SEQF3106_00993"
                     /EC_number="1.2.1.70"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00087"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamyl-tRNA reductase"
                     /translation="MKTTAVMIGAGRVATHLAQALRERAGLRLVQVYSRTAEHARALA
                     EGSDGAAWTTSAEAVCTDADVYVFSLSDDALADVARRVPTNDGLWLHTAGSVPMDVFR
                     GRAHRYGVLYPLQTFSRDRSVDFRRVPCFVEGCTAEVTDEVRALAEQLSDEVHALPSD
                     RRAYLHLAAVFACNFTNHMYALADEIVRAQGIDGAVLRPLIDETAAKIHRLTPREAQT
                     GPAVRCDRAVMERQAAMITDPEVRKLYEAISRGIYALQAND"
     CDS             17652..18167
                     /gene="kdsC"
                     /locus_tag="SEQF3106_00994"
                     /EC_number="3.1.3.45"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8Z3G5"
                     /codon_start=1
                     /transl_table=11
                     /product="3-deoxy-D-manno-octulosonate 8-phosphate
                     phosphatase KdsC"
                     /translation="MIPYDLALIRAFLFDVDGVLSSDKIPLADNGDPLRTVNIKDGYA
                     LQLAVRHGYETGLITGAYTENIRLRFERLGVQHIYLRSSVKIIDYEDFLRRTGLRDEQ
                     VAFAGDDIPDYEVMRRVGLSIAPSTAAPEIKAVARYVSPLAGGDGIAREVIEQTMKVQ
                     GTWMSDKAFGW"
     CDS             18541..19497
                     /gene="prfB"
                     /locus_tag="SEQF3106_00995"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P07012"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptide chain release factor RF2"
                     /translation="MKVVKDLKKWIELYNEVHNATEELSLAFEYAKEGVTTEEEVDEA
                     YTRTKELVENLEFRNMLRGEADAMNCVLKINSGAGGTESQDWASMLMRMYIRWGEANG
                     YKVTISNLQEGDEAGIKTVTMNIEGDYAYGYLKGENGVHRLVRVSPYNAQGKRMTSFA
                     SVFVTPLVDDTIEVNVEQARISWDTFRSGGAGGQNVNKVESGVRLRYQYKDPYTGAEE
                     EILIENTETRDQPKNRENALRQLRSILYDREMQHRMEEQNKIEAGKKKIEWGSQIRSY
                     VFDDRRVKDHRTNFQTSDVGGVMDGKIDGFIKAYLMEFASAE"
     CDS             19605..20690
                     /locus_tag="SEQF3106_00996"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFIVQGEGRGHLTQALSLADMLRRHGHTVVEVLVGKSHGREVPA
                     FFRTKIKAPVRAYEAPSLIYKKDRKRLDKLRTAFYNGNPRKLRQYGRSIEMIHRRILK
                     QRPDVVVNFYEILPALTQLRFRMDIPFVNIAHQYLLRHPDYRHGKGDAQSMLILRLHT
                     LLTGIGATKLLALSFYPIKACPRERIVVVPPLLRREVIELQPTEGDYILGYMLNQGFE
                     NEVRRWHDAHPDVRLHFFWDKRDAPAELRVDDTLTLHRIDDELFLRYMASCRGYITTA
                     GFESVCEALYLNKPVMLIPAHLEQEINAADASSIPGAATVGCSFDLTQLQAFMREPRT
                     FDHDAFRRWILSAEEVFIRELTSEVGR"
     CDS             21007..23466
                     /gene="susC_9"
                     /locus_tag="SEQF3106_00997"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MKRQRRYTRCSLLATALSLCLAFASAQRIKISGNVRDADGNPVE
                     LVLVQVKQTMNGAMTDEKGFYSLTVSPTDSVVLVFSCLGYHKAERIIPRPAADMRVNV
                     QLTSAALELGEVSVTATRRQTTTMESLDANRIKILPDPSGGSIESLVVTYAGVSSNNE
                     LSSQYSVRGGSYDENMVYVNGMEVFRPLLIRSGQQEGLSFINPNLTEQVQFSAGGFEA
                     RYGDKMSSVLDITYKRPRGWEGAATLGMLASSHPTLSTANAYVGSAGKRFTQVTGIRY
                     RMSSSLLSDADARAEYEPRFVDLQTFMTYCPAPKWEVNFLGNIASNHYTYRPIELKTR
                     FGTTEEARVFHVYFDGRERDRFDTYYGALTLKHTPSDKSEVGLQAFAFRSNEEESYDI
                     EGAYRLDKAGEDKEAEASSLSLASYYEHARNRLQATVAHVGVYGLSGLSSFHTLKWGA
                     GLQSERFVDRISEWESRDSSGYSLPQTGREVNVIANLFSNNSLSSMRASGYAQDVIKF
                     RTPQGLFTVIAGLRASYWSYNRELLISPRASVGFIPTANQDITLRFATGLYSQSPFYK
                     ELRVEQQDAGGNTIVRLNSDLKAQRSIHFILGGDYSFKVGGRNFKLSSEVYYKNLSRI
                     NPYTVDNVKIRYYGENCARGYIVGWDTKLFGEFVPGADSWISLSLMQARQTIDRAGQP
                     TVHAPLPNSPAYNISLYFQDYFPGYRRAMVNLRGVLTGGLPVTVPRQGYTGSTFRTPA
                     YRRIDIGFTYQLVGGESRVMDSGLLRHFKNLWIGVDVFNLLDIYNTGSYYWITDVYNH
                     RYAVPNYLTGRQLNLRLSADF"
     CDS             23519..23779
                     /locus_tag="SEQF3106_00998"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTINLTIQEFTSHLDQAFDLADKGDKVIIRRGRRRAYRLLPFT
                     EEPSEITPELQAKIDRAREEYRLGKCIKLTTHEEIDRYFDSL"
     CDS             23779..24051
                     /gene="relK_3"
                     /locus_tag="SEQF3106_00999"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WF09"
                     /codon_start=1
                     /transl_table=11
                     /product="Toxin RelK"
                     /translation="MYTIYVSDHADRVIRKWKKSNPQLFKKYQKIYHELADHPRIGTG
                     HPEPLRGGNDITYSRRISAHDRIIYDIHDDTVTVLVIDVEGHYDDK"
     CDS             24120..25652
                     /locus_tag="SEQF3106_01000"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTTLLRPLFMRRARVIETYTAQGHAIQRRQLGDLLRAARNTEW
                     GHTHHFDRLAKAADPYDAFRRTVPINAYEALQPYIRRMIDGQHDVLWPGTVRWFAQSS
                     GTTDARSKYIPVTPDILRLAHYAGGFDTVALYLRNNPRSRFFDKKGLILGGSHSPSPL
                     NARAHCGDLSAVLLQNLNPLVNLVRVPSRRIILMDEWEAKIRAIVQSTRKAHVGSISG
                     IPSWMLVLIEAVIRDAGARSLTDVWPDLEVFFHGGVGFEPYRDRYARLIPSPDMRYME
                     TYNASEGFFGLQSDPADRSLLLMLDYGIFYEFIPTTALPTDGSPIPTDAALPLDAVRT
                     DENYALVITTAGGLWRYLIGDTIRFTSLRPYKFLITGRTKHFINAFGEELMVDNAERA
                     IRQAAEVTGATVRAYTAAPRFLLTDRAKGLHRWLIEFDTPPTSLDAFADALDTALQAL
                     NSDYAAKRYKEISLAPPEIIPARRGLFFDWLRSHGKLGGQHKVPPLSNTSDLMDELLA
                     MN"
     CDS             25735..26583
                     /locus_tag="SEQF3106_01001"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNEMRTTILTLCCMAALLMAAACSHEKEARAELDRARALYESQ
                     QYPAARNAIDTLRMRYPKELAVMKEALQLMRLVDRGECERNIAYCDSLIPVREKEVET
                     LKQGFVLERDARYEDVGRYVRPEHAVERNIGRSYLRCGVNEQGEIFLASVYSGTAPIN
                     HTGLKITAPDGTYAVTAEIPYDGGVNYRFRDDGRTTEVVTYAGDNGIDAIRFVDGVAD
                     GTRLRAEYTGGRAFAIGLTEADRRAIRATLRLAEALTDIDALRKEREKAARKVAYIQE
                     REEKGR"
     CDS             26712..28256
                     /gene="glyQS"
                     /locus_tag="SEQF3106_01002"
                     /EC_number="6.1.1.14"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P99129"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycine--tRNA ligase"
                     /translation="MARQEDLFKKLIAHCKEYGFVFPSSEIYDGLSAVYDYGQYGVEL
                     KNNLKRYWWDGMTLLHDNIVGIDAAIFMHPTVWKASGHVDAFNDPLIDNRDSKKRYRA
                     DVLIEDHIAKIDEKIQREVEKAAKKFGDTFDEAMFRSTNPRVAKHQAERDAIHERYAR
                     AMNANDLAELRQIILDCEIVCPISGTRNWTDVRQFNLMFATEMGSTADGAMKVYLRPE
                     TAQGIFVNFLNVQKTGRMKIPFGIAQIGKAFRNEIVARQFIFRMREFEQMEMQFFVRP
                     GEELKWFAQWKEARMRWHRNLGMGDAKYRFHDHEKLAHYANAATDIEFEMPFGFKEVE
                     GIHSRTDFDLSQHEKFSGKKIQYFDAELGTSYTPYVIETSIGVDRLFLSLMAGAYTEE
                     TLEGGDTRVVLKLPPALAPIKLAVLPLVRKDGLAEKAEEILHMLRFDFRCQYDEKDSI
                     GKRYRRQDAIGTPYCITIDYDTMRDNTVTIRFRDTMAQERVPVDRLHEIISDRVSMRS
                     LLEGLK"
     CDS             28253..28870
                     /locus_tag="SEQF3106_01003"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRRLHSPWPSLLLLSATLLLGVATACSKEEDDSADRWRAANEA
                     AFAAIKSDTTYTELKSLGNEGSIYYKVLRKGAGTKPILYTTVVSVYARGWFVADYPGK
                     TYIKRNTVVQSWTATDGVPLTARVYQFGQRAVNYSAYFSTRGIRTALQYMHEGDRWEV
                     WVPYTLGFGEDEAKIFRYLLPSNYVTTIPAYSTLVFEIEVVRVGS"
     CDS             28886..29716
                     /locus_tag="SEQF3106_01004"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKAYIGLCLLLTIALAIFIYLSIQGEALEQHNVKTGSFARVLF
                     DTTTQTHAPASAAKATAAEAPDPSSATAGNALRVARPDSSGELDTTRKAILFIGDSML
                     EGLGPRLAAYAEENGHTLVNVIWYSSTTEVWGRTEKLKGYIDEYHPDYIFVSLGGNEL
                     FVNNIRERRQKYLNHILSQIGNIPFVWIGPPNWKPDTGINEMLAETIGPGRFYLSYTP
                     DQHYDRARDGAHPTRASAAAWMDRVCAWVMRESAHRIVLHRPKAARAHCHTVILAPAK
                     "
ORIGIN      
        1 gccagattaa tccggagaca cttgcgcagg cggggaggat tcccggtgtt tcgccgaacg
       61 acatcaatgt actgttagta ttgctcggtc ggtgaaagcc ttagtttgtt tcacgtggaa
      121 ctggaagcag agacaatgaa cgatagattg aattacatca cctccctact ctccaccatt
      181 cccgaaaagc ccggatgcta tcagtattac gatgcgaagg gcacggttat ttatgtaggt
      241 aaggcgaaga acttgcgcaa gcggatttcc tcgtatttcc aaaaggagca cgagaatagg
      301 aagacacgcg tcttagtaaa acagatccat gacctccgat atatcgttgt tgactcggag
      361 gcggatgcgt tgctgttaga gaacaaccta attaagcaat accagccgcg atacaacgtg
      421 atgctgaagg acgacaagac gtacccctcg attgtcatca aaaatgagcc cttcccgcgt
      481 atcttccaaa cgcgaaatat tgtccgcgac gggtcgctgt attacggtcc ctattcgtcc
      541 gtccacttta ttcgcacgct gcttcacctg attaaagagc tttaccccat ccgcaattgc
      601 aaacacgcat tgacgcccga agctatccac tcgggcaaat acaaagtttg cttgcagtac
      661 catatcaagc gttgtaaggc accctgcgtg ggcatgcagg aggcggagga atacgatagg
      721 aatgttgcgg acatcaagga gattctgaag ggaaacagct ccaaggtgag cgaactgtta
      781 cttgagcgga tgaaagcgtt ggcggccgaa atgcgtttcg aggaggcgca ggaagtgaag
      841 cggcaatacg atttggtgga aagtttcagg ttgaagtcga ccgttgtacc gatgctgcac
      901 aatgtggacg tcttttcttt ggacgagaac gaaacgtcgt ttttcatcaa ttacatgcac
      961 atcgggagtg gcgccatcgt gcaggtctac acgatagagt atcagaagaa acttgacgat
     1021 gagcagaaag aatacgtcct cggattaggc attgtggagt tgcgggagcg atttcacagc
     1081 catgcggacg agatcatcgt gccgtttatt cctgagggcg tctttccaga ggggatcagt
     1141 ttcacggtgc cgcaacgagg cgataagcgg aaggtgctcg agctttcgct tcaaaacgcg
     1201 aagcagtata aggtggacaa actgaaacga tcggagaagt tcaaccctga gcaacgtacc
     1261 acgcgcctgc taactacgat acaaaaggac ttgcacctgc ccgcgctgcc gatgcagata
     1321 gagtgtttcg ataactcgaa tatccagggc acgaaccccg tggccgcgtg cgtggtgttc
     1381 aagaagggga agccatcgaa gaaggattat cgccacttcc atattaagac ggtcgtgggg
     1441 ccggacgact tcgcttcgat gcgcgagatc gtcacacggc gctatacgcg actcttggaa
     1501 gaggaggcgc cgctgccgca gctcatcatc atcgacggcg gcaaggggca gctcaatgcg
     1561 gccacggaaa tcctgcgtga gctgaatttg cttgataaaa tcaccatcgt ggggttggcc
     1621 aaacggcttg aggagatctt ttaccccggc gatccgttcc cgttagtgct cgacaagacg
     1681 tctgaaacgc tgaaggtgat ccaacacctg cgcgacgagg cgcaccgctt tggtatcact
     1741 tttcaccgac agatgcgcag caaggggcag atcgtctctg agttagacgc gataaaaggc
     1801 atcggagaga agacgaagga ggcgctgctg aagaagtaca agagtgtgaa gcgcattcgg
     1861 gaggcttcgt ctgcggagtt ggaggagctg atcggaaaga aaaaagccac gttggtggcc
     1921 gaaggattgg gcgtgacacc tcgttgacag ctgtcagagg tatgcaaaac gcgtttttta
     1981 ccccattgac agccgtcaga ggcatctaaa acgcgttttt tgccccattg acaacagtca
     2041 gaggcatcta aaacgcgttt tgcataccat tgacagcagt cagaggcacc taaaacgcgt
     2101 tttgcatgcc attgacagct gtcagagcca tctaaacgca tttgaaatgc attgccaata
     2161 ggaaatggga cgaaaaacgc gttttagatg ccattgccaa taggaaatgg gacgaaaaat
     2221 gcgttttgca tgccattgcc aataggaaat gggtgatctg ttaaggattt taacaagaag
     2281 aatgtcttag acgaccataa taagagaaga gaaaagatga gaacagtagt acaacgtgtg
     2341 cggcacgcgt ccgtgacgat cgacgagcaa tgcgtcgcgt cgatagggca ggggatgctg
     2401 cttttggtgg gattcgagga tgcagacgag ccgaacgatc tggaatggac ggcgcaaaag
     2461 gtggccaacc tccgcatctt cgatgacgcg gacggcgtga tgaatcgctc cgtgaaggat
     2521 gtggatggcg agctacttgt cgtcagtcag ttcacgcttt atgcctccgt gaagaagggc
     2581 aacaggccct cgtatatccg cgccgcgaag ccagacgtgg ccatcccgct ttacgaatcc
     2641 ttttgtgaaa cgatgagcct gcaagccggg cgcgaagtga agacgggtgt cttcggcgcc
     2701 gatatgaagg tctcgctctt gaacgacggc cccgtgacga ttgttataga cacgaagcat
     2761 aaagaataga cgagatggaa aacctgacga taaaagacgt gcaacgccgc gtagatgagt
     2821 ggatcaagac ctacggcgtg cgctacttca gcgagctgac caacatggcc atcctcaccg
     2881 aagaagtggg agaggtggca cgcatcatgg cacgcaaata cggcgatcag tcgtttaagg
     2941 cgagcgacac gaagcacgat ttggccgacg aaatggccga tgtgctgtgg gttttggtct
     3001 gcttggccaa tcagacaggc gtcgacctga ccgaagcgtt tgaacgaaac ttgaagaaga
     3061 aaacagaacg cgacagcgag agacatttac ataaccataa actacaatga gatgaataag
     3121 aacgaacatg cacatcatca ccacgatcac gattgcggct gcgatcatgc agctgtagac
     3181 aagtatcacg aatgcttcaa ccgcttcgat ccgcccctga cggattcgga agtggccgaa
     3241 aagacagcca aactattagc cgaaaagtca gcctcgaatt tcaccgacga cacgctcaag
     3301 cagctacacg gcctgatcga tctcaccacg ctcaccacct tagacacaaa ggaatccgtg
     3361 tggcaaatgg tcgatacgga ggtcaatcaa tgggaaggca ctcggcccga tgtgcccaat
     3421 gtggccgcca tttgcacgta tccgattttc accgaaacgg tgcggcaggc gctccaagtc
     3481 gagggcgtag gaattgcttc cgtagccgct ggcttccctg cctcgcagac cttccccgag
     3541 gtgaagattg ccgaggtcgg catggccgtt atggcaggtg ctgatgagat cgacgtcgtc
     3601 atgaacttgg ggctgttcaa agaagaagcc tacgaagagc tgtccgacga attgcaggag
     3661 atcaaagaga gctgccgcgg cgcacggctg aaggtgatcc tcgaaacggg cgccttggaa
     3721 acggccgaaa acatccgcaa agccaccatc ctggccctct attcaggcgc cgacttcgtc
     3781 aagacgtcta ccggaaaagg ctaccccggc gccacgcctg aagccgtcta taccatctgc
     3841 cgcgtactga agcaatacca gcagacgaca ggtacacgtg tgggaataaa agtctccggt
     3901 ggcgtgcgta cggccgaaga cgccgtgaag tattacaccc tcgtccggga actcctcggt
     3961 ccggagtggc tcagtaaaga caccttccgc atcggcgcca gcagcttggt gaaggacatc
     4021 cgtaagagat tggaagaatc ataaccatta aatagaaaga agatgagaac cttgattgta
     4081 agcatcatcg ctttggtggc gatgtgcggg agcggcgccc tgaaggcgca gtatggcccc
     4141 ctgccgggcg gtggtggtgg cggctcttcg ataaaatgga gatatgagac cgccacgcgc
     4201 accttgaccc tcacgggtta cggtcggatc cctgactatt ccaccgtcca tcctgcgccc
     4261 tgggctgtgc gtcagcgcga gatcgagaaa atagagatcg gtagcggcgt gactatcgtc
     4321 ggcgattatg cctttgccgg ttgtacggcg ttgacctcgg tgaagatttc cgagagcgtg
     4381 actgagatta aggatggcgt tttttctggc tgcacagcct tgtcctccct cgcgcttccc
     4441 gctaatctgc ggcgcattgg ccgcgacgct tttgcccatt gctcggccct gaccgccgtg
     4501 tccctccctg agagtgtgac cgagatcggg cgcggtgcct tctcctcctg tgctgccctg
     4561 cgcagcgtga cggtggcgtg gcccgtaccc cttgcgctca gtcagcccat ttttcaatcc
     4621 gtacccctcg ccaacgttcg cctgaatgtt ccccgaggaa catcggccgt ttatcgcact
     4681 gcgcccgtct ggagcgagtt tcagcagatc tatgcggtgg ctaacgtgga aatagccggc
     4741 cgtcagattt atgccgctga tggagtgctt tacctcagtc tctcgcagcc cgcgcttgtc
     4801 cgggtttatg acctcagtgg tcgccttctc ctcactcacg acgccccatc cggctccagc
     4861 accctctgcc tcatgcccgg ctatcatgtt gtgcaggtag gcgatagcgc tgagaaagtt
     4921 tgggtaggaa attgatttct tgaggagggg atgattaatg gttatagtca atcagaaatg
     4981 gatctacgaa aaattggttg tgtatttagt gtgacctgag ggttatcgta tgatgatata
     5041 gtcaagcaga aatagtttgc aaaaatcagg tgtgtatctg aacgccctga aagaggaacg
     5101 agttacctcg aatggggcac acgagatctc agcttagagg gtagagtagt gccgaaggtg
     5161 gcgcggcatc ttggataagc aataccgtcc aattctcccg ttctctgcaa gtctctttcc
     5221 actctgctgt gtgtagggta ggaagagact tgtagggagc gggaaatttt tttgacgccg
     5281 tccaaacccg gggcgttgcc tgggctatca tccagcggcc tttcaggtcg ctacacccgt
     5341 atttccgatg cagattaccc ccaaccgact ccggttggga tcgttgtgga cggtcttttt
     5401 cccctcggtt tgcccggcga aagagccgca cgacccacct gaatcattga aaatgggttc
     5461 acaaagacct cttcgccctc tcattccccc ctgtttccga cccctatttt gcttacgatt
     5521 tgttactcaa acacgaaaaa agtacccaaa aaacgtcaaa aacacgccct taaactttcg
     5581 atttaccatt ttggataaag tttttacgat tttggatatc atcattatct actttttgtc
     5641 tttctgctga tcgtctgata ttcctttggg ggagaaaaca aaaacgaagt tttatacgac
     5701 aagaaatgac gacgcattct aacctcataa attatcagcc ttatgaaaaa aagtatcacc
     5761 ttattaattg tttgcctcct tctgccggca ggtctgctct ctgcccagac cttttctgat
     5821 ttccagaatt acgtgcgtta tgaaggaggg gagttgatgg ccaagttggc tcatccgttt
     5881 aataaattct cgtatgccga atccgatata caagatggtg gaataagaat ctacatcaag
     5941 tatgaagaag gctatgagac gttgctcaag ttctacctcg gggaggaatc cttcaaccgt
     6001 gtagaagtag tacgtgacac cgactgggct acgccctttt tagccactgc tgtgatgaaa
     6061 gaaactgctt atttatgttt gcgcgaggta gcttccgaga ctgttgcgag catagagggt
     6121 gagaatagta gctttgaact actatctcga attgactaat gaaatcaata agtaaaaaag
     6181 aaaatgttac ttcgatactt aaaaatggca gatagtagaa aactcttttg gcttataatg
     6241 tccgttttaa tggccgcttc gtgtgaacag cgtgatcccg aagcagagta taaactattg
     6301 agcgaaacag tgtattcttc acctcgtgaa ggagcggttg ccgcacaaga gtatattgat
     6361 tatttcaata ataaagaggg tgcaaggata aacgatgcct atggaataag ggatcaatac
     6421 tatttaatga gggacttctt ctcttactca tttgattctt atgcggattt tttggatcaa
     6481 agccgagagt tgaatgaaaa gttgtcaagt agcaaatata caggtgtgca gaaaatgtgg
     6541 ttatcctttt atgaggcaga gtgcaaccgt ttactcgaaa tcctgatgag gtatattaca
     6601 gaaaatgagt ttgatgcttt ctttaaaatt cagataaggc aactctgcga taatgagttt
     6661 atgacttggg atgtagagtc tatcgatcaa atatctttat ctgaacctac tcttgttagt
     6721 gatggaacag caaagaaatc ctacggtgaa taccgtgtcc atttacgcgg caatatatta
     6781 ggaatagata cggatattgc catagtaaaa atagatggtg ttattggagt tgatgcatcc
     6841 ggaaaagttc gttatgcaag aacaggctat caatttgtcg aaaaaccatg ataattagtc
     6901 acaggtctat tctcatagac cttggtatac ttttcatcat tagagttcaa gcagattgcc
     6961 gaaggcaccg tggccaacgc cgcgcttccc gaggcgcgca tctacacagc cggctctgtg
     7021 cttcacctca cgctcgctcg tgccgaaacg gtacatatat ataatgtgtc tggcgcgctc
     7081 gtccgcaact tccgcgctcc cgcgggccag acgacggtag ccctgcctac gggcatctac
     7141 atcgtacgca ctggggaacg ctccgagaag gtgtttatcc actaaacaac taaacacagc
     7201 cgggcgtcgg cagctcgtcg gtgcccggct ctttctattc atttcaaaat tcaaactacc
     7261 cttatgagaa aatcaattac tacaggactg atcgctctct tagcgatcgt gatgtgcgcc
     7321 gccatcgcgc aggcgcaaaa ccccacaagc ggccagaccg gtccgctgac gtggaagtac
     7381 gacaccgaca caaagaccct gacaatttca gggcaaggag agatgccgaa ctatgacagg
     7441 gagcatccgg cgccttggca ggatcacaac caagagatgc aaaagctcgt ggttgaggaa
     7501 ggtgtgactg gaataggaga ctatgccttt cgatatgcag ataatcttat ttctgtgact
     7561 ctcccaaaaa cagcaactcg gataggggat cgctcttttg tgtcctgtaa gagtctgtcg
     7621 acgatttcga tcccggctgg cgtgattaag atcgggcccg ctgcatttgg agattgtgag
     7681 agtttaacct cagtcacact ccctgacggg ttgaaagaaa tcgctcacat tgcttttacg
     7741 atgtgctatg aattggccac agtgacaatt cctgccagtg tggaaactat cggaactggt
     7801 gcattctccg attgtggttc tctgtcggct atcacagtgg cagccgggaa tgccaactat
     7861 gtagcggtcg atggcgtgtt gttcaacaaa gcgaagacta tgctttttca atatcccgca
     7921 ggacgggcgg atacatcgta tgtcattcca gctggggtga caaacattaa agaacaatct
     7981 tttgatgccg caagaagact gacttcagtg acgctccccg ccagtgtgaa ggtgatcgga
     8041 gacggtgcct tctctggatg caagaacctg aagagcctca ccgtaggcat gaagacccca
     8101 ccggacatcg ataagaaaga cgtctttgag caagtctccg tagctaatgc caccctgacg
     8161 gtgccgaagg gatcaaaggc cgcctatgcc gccgcacccg tgtggaagga gttcaagcag
     8221 atcgccgaga gcaccgtcgc taacgccacc gtgcccgagg cgcgcatcta tgctgctgag
     8281 gggttggtat acatgaccct gccgcaggct gcgacgatac gcatctataa cctcaacggt
     8341 gtactcgtcc ggagtctcac ggcacccgcc ggcctgacga cggtagccct gcctgagggt
     8401 atctacatcg tacgcacagg cgaacacacc gagaaggtgt ttatccacta aaaacgaata
     8461 actaaacact gccgggcatc ggcagctcgt cggtgcccgg ctctttctat tcatttcaaa
     8521 attcaaacta cccttatgag gaaatcaatt actacaggac tgatcgccct tttcgcgatc
     8581 gtgatgtgcg ccgccaccgt gcaggcgcaa acgacaccca caagcggtac caccggtccg
     8641 ctcacgtgga agtacgacac gggcaccaag accctgacaa tttcagggca aggagagatg
     8701 ccggactatg tcgtgaagaa ccaggcgcca tggcaaagcc tcaatcaaga ggtgctaaaa
     8761 ctcgtggtag aagaaggtgt gacaggaatc ggaaacaatg cttttcgata tgcgggtaaa
     8821 cttatttccg taaccctccc gacgagtttg acccggatag ggcatatgac ttttatacac
     8881 tgctggaacc tgccgatggt gaagctcccc gctggaataa cgcacatcgg ggataaagca
     8941 ttcaagggtt gtcagagctt ggttttggat tcgcttccgg ctgcgttgca agagatcggg
     9001 aagggtgctt ttgaatggtg cggaaaatta tcttcagtaa cacttccgtc aagtgtgaag
     9061 gtgattggag acggtgcctt ctctggatgc aagaacctga aaagcctcac cgtaggcatt
     9121 aagacgccgc cagatatcga taagaaaaac gtatttgatg atgtccccgt agccaacgtc
     9181 accctgactg tgcctaaggg atcgaaagcg gcctacgaga cggcgccggt gtggaaggag
     9241 ttcaagcaga tttcggagag caccgtcgct aacgccgccg tgcctgaggc gcgcatctat
     9301 gctgctgaag ggttggtata catgaccctg ccgcaggctg caacggtacg tatctataac
     9361 ctcaatggtg tactcgttcg gagtctcacg gcacccgccg gcctgacgac ggtagctctg
     9421 cctacgggca tctacatcgt acgcactggc gaacgcaccg agaaggtgat ggttgattaa
     9481 tgattgatct gggtgaccca ttcctcatag gggcgaaaga tttttcgccc cctacaacac
     9541 atcctacaac atggcgccca caggtggcgc cccaacgaac aaacaataca tcatacatta
     9601 aacatttact attatgaatc gactgattgc atttgcgatg ctgttgttcg caggaacaat
     9661 ggccgcacag actgcgaggc tgccaaagga cgctgcctca gcacgcgact ttgcccctga
     9721 cgggtggcat gtgtatttca ccgctaaggg cgacctgaat aaggacggat tggccgacat
     9781 cgccttcgta cttgagaacg atgattcggg caaacgtgtc cttgccatcg ccttcggcaa
     9841 gaagggtgga taccgcttgc aagggcaaga cggcggacgt ttcatcaccc ccgatggcaa
     9901 tacggatgcc tttgtcgaca tgaacatcaa tgccgacggc gtgctcaccg tcaagttcct
     9961 cctgcccggc acaccgggct acaactacga cgaccgcttc ggttttcgct accaaaacaa
    10021 ccagttcgag ctggtcggct gggagcgcag ggcgcgcagc atcgaaaacg accgggtgca
    10081 cgagttcacc agcgtgagtt acaccttcaa aaagatcgtc tatgaagacc gccgcatgaa
    10141 gtctgagacg cgccaaaaag ccttccatta caagcggatg aagacccttg gcgagatcgt
    10201 gcccggacgc ttcgagataa gttatgacga cgtgtagaaa aggtgatttg cccttctccg
    10261 cccccccaga gacgatatca acggatggtc ccggccgggc gctccgaaga atgatcaata
    10321 attaaatatg aagaatgaag cccggtgcct ccttgttggg gggcatcggg ctcattggat
    10381 cgttgcggag gcgttgcaag gtggccttag ggggtaaatt cgttttggaa aatgcttgct
    10441 caggcccaag caagtctcaa aaagtccgtt ttagcgtttg ctcaggttga gcaagcctca
    10501 aaaagtccgt tttggcgttt gctcagattg agcaagtctc aaaaagttcg ttttagcgtt
    10561 tgctcagatt gagcaagtct caaaaagtcc gttttggcgt ttgctcaggt tgaacaagtc
    10621 tcaaaaagtc cgttttggca tttgctcagc ttgagcaagc ctcaaaaaat tcgttttggc
    10681 gtttgctcag cctgagcaag cctcagaaag ttcgttttgg cgtttgctca ggttgagcaa
    10741 gtctcaaaaa gtccgttttg gcatttgctc aacctgagca agcgttattc gattccccaa
    10801 cggcgaatcg cctcttcata atcattcccc cattcccctc accctcacct cccaaacgtg
    10861 acaagggcac cctcaccaag agggcgccct tgcttatatc cggctgccat tttgcagggg
    10921 ggcaaccggg aagaaaaaaa gacgagttta cttctccatg tcctcgccgc cggtgtaggt
    10981 gcggcggacg gcgcctcgat agtcgacgga cgggcgctgc tcgaggtatt tgatgatggc
    11041 atcggccgac ttcatgtgca ggttcgtacc ctccttatcg gcccgtttgt agtcggctac
    11101 ggaagacacg tagctgttta aggccacctt gtaggtgcgc ttctcgtcaa actttccgcc
    11161 cttttcgccg cgcaccttga tgcccttcac ctcgcggttg gtacgcccga ggtcgatctg
    11221 gtacgtgatg ccggagacgt aggcggggcc gtagtcgtcg gcgcggcaga tggccttcag
    11281 cagctccttc acctcggcgc cggtcaggtt aaacaccatc aggtcgttgc cgaagggatc
    11341 aaggcggaac acgtcgccga cggtgatgcc gcccttgggg agcgtctcgt agcgtacgcc
    11401 gccgcagttc tgcacggcga tgtcggcacc cgcggctgca cgctgcgcat cagccattag
    11461 gcagcctaac tcttgcttgt cagagaatcc gttgggtacc tgcgtcagca cgcggttaag
    11521 caccgggttg tcgctgaact tatccaccag cgccttcacc ttctggtcga tgcggggcga
    11581 gttgtcgatg gggatcaggt gcgcttgctt gtcgatcacc ttgccgtctt gcagcttgag
    11641 cttgatctcc gtcacgtagg ccagcttctt gccagcttgg gtgatgagta cgccgctgtg
    11701 gaggtggttg ccgtggagcg ccgtgtgcgt gtggccgccc acgatgaggt cagcctcggg
    11761 gaagacttta gccagctcaa tgtccgcctc atagccgttg tgggtaagta ggatgagcac
    11821 gtcgcagcgg tcgcgcagcc atttatactc cggggctacg tcgttcgggt aacggaaggt
    11881 gatgccccgc atagcatccg ggtgggcatc aggtatgcca ttacggttca cctgaatcag
    11941 ccctaagatg cagaagcgga tgccgtcgcg ttcgaagaac ttatacggct cgatgtgcag
    12001 ccgcagcgtg tcgttgggat acatgttggc gcatacgtag cggaagttgg agaggttgat
    12061 cagctcgcgc aagccatcga tcttggagtc gaactcgtga ttgccaatgg ccgagaggtc
    12121 gaaccctacg ctgttcatca gcgccaccat ggggtagccc gtgacgggat acatgtcatt
    12181 gatcggattg cccgtacggt tgtcgccgcc cgagagcagc agcaggttgg ggtgcagttc
    12241 gcgtacactg tcgatgatgg cagcaaagcg gggaaacttc tccacggccg cgtgcatgtc
    12301 gttcgtggca aggatggtaa actccttcgt ctgggccgac acgctcagca caaagagcgc
    12361 cgtcagcagg gataaataat aacgcttcat ggttcgttgg gttttgggtt atgatgctgg
    12421 ttgaataggg tgttcttctt cgttcttctt cccgcgcttc ttcaggaaga cgattcccgc
    12481 gatggccacc acaagcagcg cgatgccaat gatcggccga tagacaagcc acgcaatagc
    12541 gatgatgatg agcgaccacg ccaagcctaa tatccagctg accaaaccta cgccagcatc
    12601 gaccacgctg cccaagaacg gcagcacctt aaacagcatc ggcagcaatc cgaacatgcc
    12661 cttcaggccg cccacgacga gcaataagcc cagtgcacgg agcagccacg tccaaatgtt
    12721 gttctccgat tttgcatgct caaacatctc gtccgcatcc accttgccca tctctgtgcg
    12781 gatgaacgtc tttccgttct tcgccttgta ggccttgaat gtcgagccat ccacctgtgc
    12841 gatgatggag atgtcggccg gatccacctt cgtaaacgtc acgcgcacgt cacccacttg
    12901 tgggttgttg ggcgaggtgc ctaagtagac ggtgttcgaa ttcgtgtgca ccatcgaggc
    12961 ttcgtcgagc ctacgcctcg tcgtgaggtt gtcgttcgga tttcttgcgg ccatatgcag
    13021 ttgttcatcc caagcaaact gttgctcttc cgtcatgtgc acttcagccg ggctgcttcc
    13081 gctgatcgat tccttgatca attctggcag tgtgtaggcg ccgaaggtca cgttgtcagc
    13141 cgtggtattt ttatcctcca cttccgccag caccatgttc gcgttctgat acgacggatc
    13201 tttgaattcg cttgatttca ccggcgcgtc ggtccacttc ttctcgtagg tatacgtagt
    13261 aaccgtctcc ttttcgccgc cgattttctc gcgctccttt gtttccgtga cttccaccca
    13321 ctggtagtac tctaccttgc ggttgagctg gatggccaac tcgcggacgc cgaacatctc
    13381 gtccacgagc gtgtctttcg tgtctgcaaa agctgatgcg tgaatcagct tgccgttgag
    13441 tgaggcgtcg atctttgaga cgtcggccac gttctgcacg ttcgaggctg catcgccgat
    13501 ggctttcgcc gtcttcaccg atcgcccttc gttccaccac agcaggcagg ttccgataat
    13561 gaatatcagc aatccgccta ccattccttt tgctgagccg gccacgcgtt ggccatagct
    13621 cgttcttgtt gtttctgtat aagccataat cgtatagata aaaattagtg tgtcatctct
    13681 atttcttgtc gttggagggg ttgcgcctca tccagccaag gattttttgt ttccagtttg
    13741 cctctttatg ctgttcctca tgttgcagtg aggccgccca attgtcgtat tgctcaatca
    13801 gcaattcaca atagcgatcc aactgtttgg ctcgcatcat cagggcttct ttgctaatat
    13861 tttccgccat cgtcgtattc gttttggttt tcgggggcaa agttacgggc atgcagagcg
    13921 ctcattttgt acgtaagatt acgtatacgc aaatgttaac ggaacaaata tattgttctt
    13981 atctgagatg tcgacggcgg tggcctcctg ggagaagggg tggaggcatg gagggggaga
    14041 ctgtggctaa cgatgcgatg gctgatgatt atagatcatg cgaaggcttg tgtatatggg
    14101 ggtggggagg gctgttaaaa gatgtcccac acctcgattc tctttctgta cgtatgtcga
    14161 gcaatagaaa ggatgggagg gggcggagag cttcgcgtgg aggggtctat cttcgcagcc
    14221 ggattgatta ttttgattat gaaacagaac gaaaacatcc gcccgaaggc gggacgtagg
    14281 gggctggccc ggacgatgcg ggctgccgtg tgtgcactgc tggtggcggc gattgtgacc
    14341 gcgtgcggcg ggggaaaagg aacttattac gaggaggagg gatcgatttt ccacaccata
    14401 taccatatta aataccgcac gaacaagggg ccgctgacgg ataagatcgc ggctgagctg
    14461 caggccttcg atgcgtcgct gaatcccttc aataaggagt cgatcttggc gcgggtgaac
    14521 cgaaatgagg aggtggaggt agacgattgg ttcgtgaccg tcttcaatcg tgcgatggaa
    14581 gtgtcggagc ggtcgggcgg cgtgttcgac gtcaccgcgg cgccgctcat caacctctgg
    14641 ggctttggct atgagcagaa agacagcgta tcgccggccg tgatcgatag catgctccag
    14701 tttgtgggct accgcaaagt gcggctcgac ggacggcgtg tggtgaagga cgatccgcgg
    14761 atcgaactca gcttctcggc catcgccaag ggttatgcct gcgacgtggt ggcggcgttg
    14821 ctcgagcgcg agggcgtgga ggactacatg gtggagatcg gcggcgaggt ggcgtcgcgc
    14881 ggcatgaatg cgcggggcga atgctggcgt atcggcatca ataagccgga ggacgacacg
    14941 acgggcgtga agaacgatat gcaggaggtg gtccagctct gcggtcggag aggcatggct
    15001 acgtcgggca actaccggaa cttccacgtg cgcgatggca agaaggtggc gcacacgatc
    15061 gacccgcgca cgggttaccc ttcgcagcag aacatcctca gcgcaacgat cgtggcgccg
    15121 gactgcatga cggctgatgc ctatgcgacg gccttcatgg cgatgggtct cgacgcggcc
    15181 tgccgcatgg cggagtcggt gccggagatc gcctattacg tgatctatgc cgacacgtcg
    15241 ggcgtgcacc gcgtgaagat gtcgccggcg atacaggaga tgatcgtggg gaaaacgaaa
    15301 aacgagaagt aaaaaatgaa agacaagggg agcttgtata agaatccaaa ccctggaatc
    15361 actgattctg gagcttcgac gggcgtccaa accctggaat cactgatttc agagcttcga
    15421 cgggcgtccg agccctggaa tcactgattc cggagcttcg acgggcgtcc gagcattgga
    15481 atcactgatt ccggagcttc gacgggcgtc tgagccttgg aatcactgat tccggagctt
    15541 cgacgggcgt ctgagcactg acctgcgaaa tgcttgggag ccataaaagg aaggagagaa
    15601 atacttgcat agccctacta cactactatt gattatggaa gagaaagaca tagaggcgcg
    15661 cgtagagaag gcgcgtgcat tgtttcagga ggggtataac tgcgcacagg cggtgtttct
    15721 gacttacagc gatatgttcg gcatggacaa agccctggca gcgcgacttg cggcatcgtt
    15781 cggcggaggc atgggacgga tgcgcgaggt gtgcggcacg gtcagcggga tggcgatgat
    15841 cgccgggctg atggagccgg ccaatgatcc gaaggataag gaggccaagg cgcggaatgc
    15901 ggcgttggtg cgggagtttg ccgatgcatt tcggcagaag aacggctcca tcatctgccg
    15961 cgaactcctt ggccttgaca agaaggaggg cgacgcctcc gtggcacccc gcaaacgtcc
    16021 gtgtgtggag tttgtggcca ctgccgcccg gattgtgggg gagaaattgg ccggagagaa
    16081 gtagttagaa ggtagtcagg gggagttaaa gggaagtctg aagtagccgt gctcttcccc
    16141 ccctcccctt cctattataa ctaccctctg actaccctct aactcctccc tcccaactac
    16201 ctctaactac ttataactac tacttgataa gaccaatgga aagtttcaat gaattgatga
    16261 tgcgccgccg cagctcgcgg aagtttacgg ccgaaccgat cgcaccgggc gaggtgcagg
    16321 aattactgaa ggcggcgctc gtggcgccca cgtcgaagaa ctcgcactcg tggcagtttg
    16381 tggccgtcga ggatcgcgag atgttagagc gactggcggc ctgtcggaag atgggcagct
    16441 ccttcctcgc cggctgcgcg ctggccgtgg tggtgatggg cgacgtgacc gtgacggatg
    16501 tgtgggtgga ggacgcttcg atcgccgccg catacatgca gcttcaggct gaagatctcg
    16561 ggttaggcag ctgctggtgt caggtgcgca accgccacac gccgggcgac accgaagccg
    16621 agcagtacgt ccgcgacctg ctcgacatcc cctaccagct cggcgttgtc tgcatcgtcg
    16681 gcttcggcca ccgcgagcgc gtcgggcggc cacacgacga ggcctcgttg ctctgggaac
    16741 gcgtgcatat cggtcgcttc cgcacggcgg aggtggtcgg tgacggcgag gcgcaggcat
    16801 gaagacaacg gccgtaatga tcggtgccgg gcgcgtggcc acgcatcttg cgcaggcatt
    16861 gcgtgagcgt gcggggctgc gcctcgtgca ggtctatagt cggacggcgg agcatgcccg
    16921 ggcgttggcc gaagggtcgg acggcgcggc gtggacgacg tcggccgaag ccgtgtgcac
    16981 cgatgctgac gtgtacgtct tctcgctcag cgatgatgcc ttggctgacg tggccagacg
    17041 ggtgccgacg aacgacgggc tgtggctgca cacggcgggc agtgtaccga tggatgtatt
    17101 ccgcggccgg gcgcatcgct acggcgtgct ttatccgttg caaaccttct cgcgcgacag
    17161 gtcggtggac tttcgtcggg tgccctgctt cgtggagggg tgcacggcag aggtgacgga
    17221 cgaggtgcgg gcgttggccg agcagctctc ggacgaggtg catgccttac cctccgatcg
    17281 ccgggcgtac ctgcatttag cggccgtctt tgcttgcaac ttcacgaatc acatgtacgc
    17341 cttagccgac gagatcgtcc gtgcgcaagg catcgacggg gcagtgctcc gtcccctcat
    17401 cgacgagacg gcagcgaaga tccatcgcct cacgccgcgc gaggcacaga cagggccagc
    17461 ggtgcgatgc gatcgtgccg tgatggagcg tcaggcagca atgatcaccg acccggaagt
    17521 caggaagctg tatgaagcga tcagccgcgg gatctacgcc ctgcaggcga atgattaatt
    17581 cttaatgatc aatgattacg ccggcgcctc gattaatcat taataattga cccctaacaa
    17641 ttaagacaac gatgattccc tacgatttag ccctgattag ggcgtttctt ttcgatgtgg
    17701 acggcgtgtt gtcgtccgac aaaatcccgc tggctgataa cggcgatccg ctgcgcacgg
    17761 taaacatcaa ggacggctac gctctgcagc tggccgtgcg ccacggttac gagacgggcc
    17821 tcatcacggg tgcttacaca gagaatatcc gcctgcgctt cgagcgcctc ggggtgcaac
    17881 acatctacct gcgcagcagt gtcaagatca tcgattacga ggacttcctc cggcggacag
    17941 gtctgcgcga cgagcaggtg gctttcgccg gcgacgatat accagactat gaggtgatgc
    18001 gtcgcgtggg gctgtccatc gcgcccagta cggcggcacc agagatcaag gctgtggctc
    18061 gctacgtctc gccgctggct ggtggcgacg gcatcgcccg cgaggtgatc gagcagacaa
    18121 tgaaggtgca gggcacatgg atgtctgaca aggcgtttgg gtggtgaatt agagggtaga
    18181 gagaagaggg tagagggtag atgcccgggt atccggccaa acttggcagg cgccactgat
    18241 gggggcgttt ggagggcgta tgcgatagac ccctacagac cttccggcgg aaggtcgact
    18301 atgcttttgc tccgcagctc ccccgctgcc tttgggctgg gattctacat ttgcggccgt
    18361 ttaataaata aggaatatca atcatgatta cagtagacca actgaaggat atgttggaac
    18421 gcgagcaagc gttgaggagg tttctttgac gttgatgcaa agaccgttca attagaagaa
    18481 gaagaactgc gcacgcgcga cccggccttc tgggaagatg ccaaacgcgc cgaagcgcag
    18541 atgaaggtcg tcaaggacct caagaagtgg atcgagttat acaacgaggt gcacaacgcc
    18601 accgaggagc tcagcctcgc ctttgagtac gccaaagagg gcgtcaccac ggaggaggag
    18661 gtggatgagg cttacacacg cacgaaggag ctcgtcgaga accttgagtt ccgcaacatg
    18721 ctgcgcggcg aggccgatgc catgaactgt gtgctcaaga tcaactccgg agccggagga
    18781 acggagagcc aagactgggc ctcgatgctc atgcgtatgt atatacgttg gggcgaagcc
    18841 aacggctaca aagtgaccat cagcaacctg caggagggcg acgaggccgg catcaagacg
    18901 gtgacgatga acatcgaggg cgactatgcc tacggctacc tgaagggcga aaacggtgtg
    18961 caccgcctcg tccgcgtctc gccatacaac gcgcagggca aacgcatgac ctccttcgcc
    19021 tccgtcttcg tcaccccgct ggtggacgat acgatcgagg tgaatgtgga gcaggcacgc
    19081 atctcgtggg acacgttccg atctggcggc gctggtgggc agaatgtgaa caaggtagag
    19141 tcgggcgtgc gtctgcgtta ccaatacaaa gacccttaca ccggcgccga ggaggagatc
    19201 ctcatcgaaa acaccgagac gcgcgaccag ccgaagaacc gcgagaatgc gctgcgccaa
    19261 ctccgctcca tcctctacga tcgcgagatg caacaccgca tggaggagca aaacaagatc
    19321 gaggccggga agaagaagat cgaatgggga tcgcagatcc gcagctatgt cttcgacgat
    19381 cgccgcgtaa aggatcaccg gacgaacttc caaacctcgg acgtgggcgg cgtgatggat
    19441 ggcaagatcg atggcttcat taaggcttat ctcatggagt ttgccagcgc tgagtgagac
    19501 tttggatcgt ggtgcatctg ccaccacgct gcaaagtctc atgcatcact ccattacgac
    19561 aactacccaa tcttatgaat gaagcaagca gagccctgcg attcatgttc attgtgcagg
    19621 gcgaggggcg cggccacctg acgcaggcgc tctcactggc cgacatgctc cgccgccacg
    19681 gccacactgt cgtggaggtg ctcgtcggca agagccacgg ccgcgaggtg cccgccttct
    19741 tccgcacgaa gatcaaggcg ccggtgcgcg cttatgaggc gccctcgctc atctacaaga
    19801 aggatcgcaa acgacttgac aaactccgca cagccttcta caacggcaac ccgcgcaagc
    19861 tgcgccagta cggccggagc attgagatga tccaccgcag gatcctgaag cagcgccccg
    19921 atgtggtggt gaacttctac gagatcctgc ctgcgctcac ccagctgcgc ttccgcatgg
    19981 acatcccctt cgtcaacatt gctcaccaat acctgctgcg ccaccccgac tatcgccacg
    20041 gcaagggtga cgcgcagagc atgctcatcc tccgcctaca cacgctcctg accggcatcg
    20101 gcgctacgaa gctgctggcc ctctccttct accccatcaa ggcgtgcccg cgcgagcgca
    20161 tcgtcgtcgt ccccccgctg ctccgccgcg aggtgataga gctacagccc acggagggcg
    20221 attacatctt gggctacatg ctcaatcaag gcttcgagaa cgaggtgcgc cgctggcacg
    20281 acgcccaccc ggacgtccgc ctgcatttct tctgggacaa acgcgacgca cccgcggagc
    20341 tccgtgtgga cgacacgctc accctccacc gcatcgacga cgaactgttc ctgcgctaca
    20401 tggcctcctg ccgcggctac atcaccaccg ccggcttcga gtccgtctgc gaggcgctct
    20461 atctcaataa gcccgtcatg ctcattcccg cccaccttga gcaggagatc aatgctgccg
    20521 acgcctcatc gatccccggc gccgccaccg tcggctgctc gttcgacctc acgcagctac
    20581 aggccttcat gcgcgagccc cgcacgttcg atcacgacgc cttccgccgc tggattctct
    20641 cggccgaaga ggtcttcatc cgcgagctta cgtcagaagt gggccgctga tcgccgggca
    20701 gccgtgaatc atcttttgaa aagatgcggt aggagtccag agccgcatct ggcgaccaga
    20761 aatggctaaa aagaggtttt acgccatttc tggtcaccag aaatgaccaa aaagtggttt
    20821 tacaccattt ctggtcacca gaaatgatca aaaagtggtt ttacaccgtt tctggtcacc
    20881 agaaatgacc aaaaagtggt tttacgccat ttctactgaa aagatgaggc atagagcctc
    20941 cgtcgataca tacgtttcca cccgtttgcc cgttaaagaa gccggtttac acaataaata
    21001 aataggatga agagacaaag acgatataca cgatgcagcc tgctggccac ggcgctcagc
    21061 ctctgtttgg ccttcgcctc ggcacagcga atcaagatct ccggcaatgt gcgcgacgcc
    21121 gatggcaacc ccgtggagtt agtcttggtg caagtcaagc agacgatgaa cggcgccatg
    21181 accgacgaga agggcttcta ttcgctcacc gtctcgccga cggactccgt cgtactcgtc
    21241 ttctcctgcc tcggctacca caaggctgag cgcatcatcc cgcggcccgc ggccgacatg
    21301 cgcgtgaacg tgcagctgac ctccgcggcg ctcgagctgg gcgaggtgtc cgtcacggcc
    21361 acgcgccgac aaacgacgac gatggaaagc ctcgacgcca atcgaatcaa gatcctgccc
    21421 gacccctcgg ggggcagcat cgaaagcctc gtggtgacgt acgccggcgt ctcatccaac
    21481 aacgagctga gctcgcaata ctccgtccgt ggcggtagct acgacgagaa tatggtctac
    21541 gtcaacggca tggaggtgtt ccgtccgctc ctcatccgct ccgggcagca ggaggggctg
    21601 agcttcatca accccaacct gacggagcag gtgcaattct cggccggcgg atttgaggcg
    21661 cgctatggcg acaagatgag ctccgtgctc gacatcactt acaaacgccc ccgcggatgg
    21721 gaaggcgccg ccacgctcgg catgctcgcc tcctcgcacc ccacactcag cacagccaac
    21781 gcctacgtgg gcagcgccgg gaagcgtttc acgcaagtca cgggcatccg ttaccgcatg
    21841 tccagctcgc tcctcagcga cgccgacgcc cgcgccgaat acgagccccg cttcgtcgat
    21901 ctgcaaacat ttatgaccta ctgccccgcg ccgaaatggg aggtgaactt cctcggcaac
    21961 atcgcctcca accactacac ctaccgcccc atcgagctga aaacacgctt cggcacgacc
    22021 gaggaggcac gcgtcttcca tgtctacttc gacggccgcg agcgcgaccg cttcgacacg
    22081 tattacggcg ccctcacact caagcacacc cccagcgaca agtccgaagt cggcctccaa
    22141 gccttcgcct tccgctcgaa cgaggaggag agctacgaca tcgagggcgc ctatcggctg
    22201 gacaaggcgg gcgaggacaa ggaggcggaa gcctcgtcgc tctccttagc gtcgtattac
    22261 gagcacgccc gcaaccgcct tcaggccacc gtggcgcacg tcggcgtcta cggcctctcc
    22321 gggctgtcgt cgtttcatac gctcaagtgg ggcgccggcc tccagtcgga gcgtttcgta
    22381 gatcgcatca gcgaatggga gagccgcgac tcgtcgggct attcgctgcc gcaaacaggt
    22441 cgcgaagtga acgtcattgc caatctcttt tccaacaaca gcctgagcag catgcgcgcc
    22501 tcgggttatg cgcaagacgt catcaagttt cgcaccccgc aagggctctt caccgtcatc
    22561 gccggtttgc gcgccagcta ttggagttat aaccgcgagc tgctcatcag tccccgcgcc
    22621 tccgtcggct tcatccccac agccaaccaa gacatcacgc tccgcttcgc caccggcctc
    22681 tattcgcagt cgcccttcta caaagagctg cgtgtggagc aacaagatgc cggcggcaac
    22741 accatcgtgc gcctcaacag cgacctgaaa gcccaacgct ccatccactt catcctcggt
    22801 ggcgactata gcttcaaggt cggcggccgc aacttcaagc tctcgtccga ggtttattac
    22861 aagaacctca gccgcatcaa cccctacaca gtggacaacg tcaagatccg ctactacggc
    22921 gagaactgcg cgcggggcta tatcgtcggg tgggacacga agctcttcgg cgagttcgtc
    22981 cccggtgctg attcgtggat cagcctctcg ctcatgcaag cccgccagac gatcgaccgc
    23041 gccggtcagc cgaccgtgca tgcgcccctg ccgaacagtc cggcatacaa catctcgctc
    23101 tatttccagg actacttccc cggttaccgt cgggccatgg tcaacctgcg cggcgtcctg
    23161 accggaggcc ttcccgtcac cgtcccgcga caaggctaca ccggtagcac cttccgcacg
    23221 cccgcttatc gacgtatcga catcggcttc acctaccagc tcgtcggtgg cgagagtcgc
    23281 gtgatggata gcggcctcct gcgtcacttc aagaacctct ggatcggtgt cgacgtcttc
    23341 aacctgttag acatctacaa caccggctcc tactactgga ttaccgacgt ttacaaccac
    23401 cgctacgccg tccccaacta cctcactggc cgccaactca acctccgcct cagcgcagac
    23461 ttctgagtgg gggcgtcctc gtctctattt ttgtcccatc aaacaaaacc gaaacatcat
    23521 gtcaacaata aacctcacca tccaagaatt cacttcccac ttggatcaag ccttcgacct
    23581 ggccgataag ggcgacaaag tgatcatccg ccgcggtcgc agacgggctt accggctcct
    23641 ccccttcacc gaagagccat cggaaatcac acccgaattg caagccaaaa tcgatcgcgc
    23701 aagagaagaa tatcgcttag gcaaatgcat taagctgaca acgcacgagg aaatcgatcg
    23761 atattttgac agcctatgat gtacacgatc tacgtctcag atcatgcgga tagggtcatt
    23821 cggaaatgga agaaatccaa cccgcagtta ttcaagaaat atcagaagat ataccacgag
    23881 ttagccgatc atccgcgaat aggaaccggc catccggagc ccctcagagg tggcaacgat
    23941 atcacttatt ccaggcgtat ctcagcccac gatcgcatca tttacgacat ccacgacgat
    24001 acggtcactg tgctcgtcat cgatgtcgaa ggacattacg acgacaaata aagttcccgg
    24061 ccggatacgc agcctcaccc cctcgtatcc ggtcgctttt cgtttttcgt tcctccccca
    24121 tgctcaccac cctccttcgt cccctgttca tgcgacgtgc gcgcgtcatt gagacgtaca
    24181 ctgcccaggg ccacgccatc cagcgccgtc agcttggcga cctgcttcgt gccgcccgca
    24241 acaccgaatg gggacacacg caccacttcg atcgcctcgc gaaggctgcc gatccttacg
    24301 acgcctttcg ccgtacggtt cccatcaacg cttacgaagc cctgcaaccc tacatccgac
    24361 gcatgatcga cggccagcac gatgtactct ggcccggcac tgtccggtgg ttcgcacaga
    24421 gcagtggcac caccgacgca cgcagcaaat acatccccgt caccccagat atcctccgcc
    24481 tggcacacta cgccggcgga ttcgacaccg tcgctctcta tctccgcaac aacccccgct
    24541 cgcgtttctt cgacaagaaa ggcctcatcc tcggcggtag ccatagccct tcgcccctca
    24601 acgctcgcgc ccactgcggc gacctctccg ccgtactgct ccaaaacctc aacccactcg
    24661 tcaatctggt tcgcgtaccc tcgcgccgca tcatcctcat ggacgagtgg gaagccaaga
    24721 tccgcgccat cgtgcagagc acacgtaaag cccacgtggg aagtatctcc ggcatcccct
    24781 cctggatgct tgtccttatc gaagccgtca tccgcgacgc cggcgcacgc tccctcaccg
    24841 acgtctggcc cgacctcgaa gtcttcttcc acggcggtgt cggcttcgag ccctaccgcg
    24901 atcgttacgc gcgcctcatc ccctcgcccg acatgcgcta catggagact tataacgcct
    24961 ccgagggctt cttcggcctc cagtccgacc ccgccgaccg cagcctcctg ctcatgctcg
    25021 actacggcat cttctacgag ttcatcccca ccaccgccct gcccaccgac ggcagcccca
    25081 ttccaacgga cgccgccctg cccctcgacg ccgttcgcac agacgagaac tacgccctcg
    25141 tcatcaccac cgccggcgga ctctggcgct acctcatcgg cgataccatc cgcttcacct
    25201 ccctgcggcc gtataagttc ctcatcaccg gtcgcacaaa gcacttcatc aacgcttttg
    25261 gcgaagagct gatggtcgat aatgctgagc gcgccatccg tcaggccgcg gaggtcaccg
    25321 gcgccaccgt ccgcgcctac accgccgcgc cacgcttcct actcaccgat cgcgccaagg
    25381 gtctccatcg ttggctcatc gagttcgaca ccccgcccac atcgctcgac gcctttgccg
    25441 acgcgctcga caccgccctc caagccctca actccgacta cgccgccaaa cgttacaaag
    25501 agatctccct cgccccgccc gagatcatcc ctgcccgccg cggcctcttc ttcgactggc
    25561 tccgcagcca cggcaagctc ggcggacagc acaaagtccc ccccttgagc aacacttccg
    25621 acttgatgga cgagctgctc gctatgaact aaaaacgacg agctaacggc gaaaaatggc
    25681 cgggcgcacc ccggctatct ttgcccgccg gtaatccacc atacatttat atacatgaac
    25741 aacgagatga gaacgacaat cctaaccctc tgctgcatgg ccgcgctact gatggccgca
    25801 gcgtgcagcc acgagaaaga ggcgcgcgcg gagctggatc gtgcccgggc gctctacgaa
    25861 agccagcaat accccgccgc acgcaacgcc atcgacacct tgcgcatgcg ttaccccaag
    25921 gagctagccg tgatgaagga ggcgttgcag ctgatgcgcc tcgtggatcg tggcgaatgc
    25981 gaacgaaaca tcgcgtactg cgacagcctc attcccgtgc gggagaaaga ggtggagacg
    26041 ctgaagcagg gcttcgtcct ggagcgggat gcacgctatg aggacgtcgg gcgttatgtc
    26101 cggccggagc atgccgtgga gcgcaacatc gggcggagct acctgcgttg cggagtgaac
    26161 gagcagggcg agatcttcct ggccagcgtc tacagtggca cggcgccgat caaccacacc
    26221 ggcctcaaga tcacggcgcc cgacgggacg tatgccgtga cggctgagat cccctacgat
    26281 gggggcgtga actaccgctt ccgggatgac ggacggacga cggaggtggt gacgtatgcc
    26341 ggcgataatg gcatcgacgc gattcgcttc gtggacggtg tggccgacgg tacgcgcctc
    26401 cgggctgagt acacgggcgg acgcgccttc gctatcggac tgaccgaggc cgatcggcgc
    26461 gccatccgcg ccacgctccg cctggcggaa gccctgaccg acattgacgc cctacgtaaa
    26521 gagcgcgaga aagcggcgcg gaaggtggcc tacatccaag aacgtgagga gaaaggccgc
    26581 taaacgaccg tcgacacccc atccgaaaag ggataagcac gaccgaaata agtcgggcgg
    26641 ggatcattga caagagttca tttctaattc ggtctacttt tggcccccat tgaaaaataa
    26701 gtatatcaga tatggcacga caggaagatt tattcaagaa actgattgca cactgcaagg
    26761 aatacggctt cgtattcccc tcgtcagaga tctacgacgg gctgagcgcc gtctacgact
    26821 acggacaata cggcgtcgag ctgaagaaca acctcaaacg ttactggtgg gacggcatga
    26881 ccctgctaca cgacaacatc gtcggcatcg atgcggccat cttcatgcac cccaccgtct
    26941 ggaaggcctc gggccacgtg gacgccttta acgaccccct catcgacaac cgagacagca
    27001 agaagcgtta tcgcgccgac gtgctgatcg aggatcacat agccaagatc gacgagaaga
    27061 tccagcgcga ggtggagaag gccgccaaga agtttggcga caccttcgac gaggcgatgt
    27121 ttcgcagcac caacccgcgc gtggctaaac accaagccga acgcgacgcc atccacgagc
    27181 gctacgcccg cgccatgaac gcgaacgacc tcgccgagct gcgacagatc atcttggatt
    27241 gcgagatcgt ctgccccatc tccggcacgc gcaactggac ggacgtacgc cagttcaacc
    27301 tcatgtttgc caccgaaatg ggatcgacag ctgacggagc gatgaaggtt tacctccgcc
    27361 ccgaaacggc gcagggcatc ttcgtcaact tcctcaatgt ccagaaaacg ggacgcatga
    27421 agatcccctt cggcattgct cagatcggaa aggccttccg caacgagatc gtcgcgcggc
    27481 aattcatctt ccgcatgcgg gagtttgagc agatggagat gcaattcttc gtccgtccgg
    27541 gcgaagaact gaagtggttt gcccaatgga aagaggcgcg catgcgttgg caccgcaacc
    27601 tcggtatggg cgacgcgaag tatcgcttcc acgaccacga gaagctggct cactatgcca
    27661 atgccgccac cgacatcgag ttcgagatgc ctttcggatt caaggaggtg gaggggatcc
    27721 acagccgcac cgatttcgac ctgtcgcaac acgagaagtt ctccggcaag aagattcaat
    27781 acttcgatgc agagttaggg acgagctaca cgccgtatgt catcgaaacc tcgatcggtg
    27841 tcgaccgcct cttcctcagc ctcatggccg gggcatacac cgaagagaca ctggaaggcg
    27901 gcgacacgcg cgtcgtgctg aagctccccc ccgcgctggc gcccattaag ttggccgtgc
    27961 tgccccttgt tcgtaaagat ggcctggcgg agaaggccga ggagatactc cacatgctgc
    28021 gcttcgactt ccgttgccag tatgacgaga aagactccat cggcaagcgc taccgccggc
    28081 aagacgccat cggtaccccg tattgcatca ccatagatta cgacacgatg cgtgacaaca
    28141 ccgtcaccat ccgcttccgc gacacgatgg cgcaggagcg cgtgccggtg gaccgcctgc
    28201 acgagatcat ctccgaccgt gtcagcatgc gcagcttatt ggagggcctg aaatgaagcg
    28261 tagactacac tccccctggc cctccctgct cctgctcagc gccaccctgc tgctgggtgt
    28321 ggccacggcg tgcagtaagg aggaagacga ctcggccgac cgctggcgcg ctgccaatga
    28381 ggcggccttc gctgcgatca agagcgatac gacatacacc gagctgaagt cgctcggcaa
    28441 cgagggcagc atatattata aggtactgcg gaagggcgcg ggcacgaagc ctatcctcta
    28501 caccaccgtg gtgagcgtct acgcccgcgg ctggttcgtg gccgactatc cgggcaagac
    28561 gtatatcaag cgcaacaccg tcgtccagtc gtggacggcg accgacggcg tgcccctcac
    28621 cgcgagggtc taccagttcg ggcagcgcgc ggtgaactac agtgcctact tctccactcg
    28681 tggcatccgc acggcgctgc aatacatgca cgagggcgac cggtgggagg tgtgggtacc
    28741 ctacaccctc ggtttcggag aggacgaggc gaagatcttc cgctacctgc tgccgagcaa
    28801 ttacgtcacc accatcccgg cttactccac ccttgtgttc gagatcgaag tcgtccgtgt
    28861 aggctcataa acccagctcg cagctatgaa aaaagcctac atcggactct gcctcctact
    28921 cacgattgca ctcgccatct tcatctacct ctccatccag ggcgaggcat tggagcaaca
    28981 caacgtgaag acgggctcct tcgcccgcgt acttttcgac accaccacac agacgcacgc
    29041 cccggcctcg gcagcgaagg cgacggcggc tgaagcccct gacccatcgt cggccacggc
    29101 cggcaacgcc ctccgcgtgg cccggccaga ctcctcgggc gagctcgaca cgacgcgcaa
    29161 ggccatcctc ttcatcggcg actcgatgct cgagggactc gggccgcgcc tggctgccta
    29221 cgccgaggaa aacggccata cgctcgtcaa cgtcatctgg tacagctcca ccaccgaggt
    29281 gtgggggcgc accgaaaagc tgaagggata tatcgatgag tatcacccgg actacatctt
    29341 cgtcagcctc ggcggcaacg agcttttcgt gaacaacatc cgcgaacgga ggcagaaata
    29401 cctcaaccac atcctctcgc agatcggcaa catccccttc gtctggatcg gtccgcccaa
    29461 ctggaagccc gacacgggca tcaacgagat gctggccgag acgatcggcc cggggcgctt
    29521 ctacctctcc tatacgcccg accaacacta cgaccgggcg cgcgatggcg cccatccgac
    29581 gcgtgcctcg gccgcggcgt ggatggatcg cgtctgcgca tgggtcatga gggagtcggc
    29641 gcaccgcatc gtcctccatc gcccgaaggc cgcccgcgcc cattgccaca ccgtcatcct
    29701 tgccccagcg aaatgaaggc gcggaagggg gatagcccgg cgtttggggg tgtttttggc
    29761 ggcctgaagg gtcgccggat gatagcccag ggcaacgccc tgggtcggaa cggcgaaaaa
    29821 aatacccgca acgtgcgaac ctcctcccga cctgccctca gcaggccggg gggaggttcg
    29881 caggttgcgg gggatctgtc gtgcatcgta tccccagggt ggcgctccgc ctttggcgtc
    29941 gctctaccct gggctatcgt ccggcggccc ttcaggccgc accgggtaca cgtttgtgaa
    30001 ccatttccgt tcggatggga tgattggtgc acgtcgtcga cgaatcttgt tcgccgtcag
    30061 gatctgtcgt gcatcgcatc cccagggtgg cgctccgcct ttggcgtcgc tctaccctgg
    30121 gctatcgtcc gg
//
LOCUS       SEQF3106|MIQD01000026.129225 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..29225
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             44..796
                     /gene="lpxH"
                     /locus_tag="SEQF3106_01005"
                     /EC_number="3.6.1.54"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44046"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-2,3-diacylglucosamine hydrolase"
                     /translation="MKKIYFASDAHLGNRYAADPLADERRLVRWMDRIAPDAAAIYFL
                     GDMFDYWYEYRYVVPRGHVRFLGKLAELHDAGVEIHLFIGNHDIWMFDYLPAEVGAII
                     HRSPLDTELLGRRFFLAHGDEVGHQPWKYRLIQRIFRNRLCQLLYASIHPRWTFGFAR
                     RWSLSSRRKGLADTRRKAAQERNTRSLDAFARSYLQSHPETDFFLFGHLHLMLDRQLT
                     PRARMLVLGDWMHYFSYAVWDGRELQLLQDAS"
     CDS             1245..3197
                     /gene="thrS_1"
                     /locus_tag="SEQF3106_01006"
                     /EC_number="6.1.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P56881"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonine--tRNA ligase"
                     /translation="MIKVTFPDHSVKEFAEGTTSLQIAESISPRLAKEVLAAKVNGTV
                     WDLTRPLTEDADIQLLKWDDEDGKRTYWHSSAHLMAEALQQLYPDVKFGIGPAIENGF
                     YYDVDLGDRTITDEDFARIETRMLELAARAEPIVRHSITKADAMKMFGDRGEVYKTEL
                     ISELEDGKISTYTQGTFTDLCRGPHLPDTSYIKAVKITSVAGAYWRGDEKRKQLVRLY
                     GITFPKKKMLDDYLAMLEEAKKRDHRKVGRELELFTFSPAVGAGLPLWLPRGTQLRLR
                     LEEFLKQIQKKYGYKQVITPHIGSKQLYVTSGHYAKYGKDSFQPIHTPQEGEEFLLKP
                     MNCPHHCEIYKAFPRSYRDLPLRLAEFGTVYRYEQSGELHGLTRVRGFTQDDAHIFCR
                     PDQLKDEFLKVMDIIFIIFKALNFESFEAQISLRDPNNREKYIGSDENWEKAERAIIE
                     ACEEKGLPARVELGEAAFYGPKLDFMVKDAIGRRWQLGTIQVDYNLPERFELEYTGED
                     NQKHRPVMIHRAPFGSIERFVAVLIEHTGGKFPIWLTPDQVVVLPVGERFNDYANRVA
                     QELDQQDIRVLVDDRNEKIGRKIRDNELKRIPYMLIVGEKEQDSHTVSVRKQGEGDRG
                     VMDISTFAALLNTEVHDMMHRWEKEQ"
     CDS             3257..3862
                     /gene="infC"
                     /locus_tag="SEQF3106_01007"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P48516"
                     /codon_start=1
                     /transl_table=11
                     /product="Translation initiation factor IF-3"
                     /translation="MRNEKLKDQYRINDRIRVPEVRLVGDNVPNGVFPIEKALQIAES
                     HEMDLVEISPSADPPVCRITDYQKFLYQQKKRQKEQKAKSVRIVVKEIRFGPQTDDHD
                     YNFKLRHAKEFLDEGAKVKAYVFFKGRSILFKEQGEVLLLRFANDLEEYAKLDQMPVL
                     EGKRMTIMLSPKKSTSGKAAAKQQTAAQKAAKTAEPSNKEE"
     CDS             3903..4100
                     /gene="rpmI"
                     /locus_tag="SEQF3106_01008"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P55874"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L35"
                     /translation="MPKLKTNSGAKKRFALTGTGKIKRKHAFKSHILTKKTKKQKRNL
                     TATGLVDRANVRSVKEMLCMK"
     CDS             4209..4556
                     /gene="rplT"
                     /locus_tag="SEQF3106_01009"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P55873"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L20"
                     /translation="MPRSVNHVASRAKRKRILKLTRGYYGARKNVWTVAKNTWEKGLT
                     YAFRDRRNKKRNFRALWIQRINAAARLEGLSYSRLMGGLREAGIEINRKVLADLAVNH
                     PEAFKAVVAKIAK"
     CDS             4590..4874
                     /locus_tag="SEQF3106_01010"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKELGRTARSGSFCFTTRPMDILLVALVTFGINLLLGRWRKRYR
                     KFSPMWWVLIHASIPIVIPLRIGLNVPLWTIPVFIALGVAGQALGSRLKW"
     CDS             5055..6089
                     /locus_tag="SEQF3106_01011"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTMLMMIASVCMATGVACMSREAKEPAAQANVTRDTTPADTA
                     PAPELATPEPTHPKVTTETKWAEIVAMPEFKGFGQYILARERVGYKPNMKLADVATTL
                     PFHRYVNADQAADCINRMAEQVTSGKMSYHSIGQDVGLFFFHGRPGAPFAIISAGGGF
                     YYVGSIHEGFPLAMALSEMGYNAFVLQYRTGGFQIACKDLARGIDYVFKHAAELHVDT
                     ADYSLWGASAGAEMAAALGSHGTRRYAPGIVRPRPATVILCYTEHADYTRRDPPTYAV
                     VGADDRVTKASAMRRRVANLKAAGIDAEVHVYPNLVHGFGMGIGTSAEGWHKGAVKFW
                     EKYIKKGDVK"
     CDS             6086..7036
                     /gene="pip"
                     /locus_tag="SEQF3106_01012"
                     /EC_number="3.4.11.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P42786"
                     /codon_start=1
                     /transl_table=11
                     /product="Proline iminopeptidase"
                     /translation="MRKRLLLIWLISCAAVTVHAQGLYVKVFGSKDGVPLVFLHGGPG
                     YHAAMFESVAAQALADNGFRVLVYDRRGEGRSSGVPARYTFDEALRDVDSLCRTYGLR
                     QPVLLGHSFGGVLALLYAQKHPGQVRSVVLMGAPLALQETFDNIRARCRTIYRERADS
                     VNLRYMDMLDVMDKSSMDYASYCFMHAMSNGFYTPKAPTEEGLAARAAFKADSALSRV
                     SQQPNWQAPQGFHRNEHYTTLDLTDTLRRLVARGTPVYGLYGADDGLYSAEQLDTLRS
                     ILGPDRLLMLDHCSHNVFLDRRRAFLDALVRWSEIRAPKR"
     CDS             complement(7362..8966)
                     /locus_tag="SEQF3106_01013"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKDLQLRLLPEEAASDDTLRAAVQRETGDAPRALRILKRSIDA
                     RQRTVYVNVTLRAFFNEEPTEPLFPDVELRDVSHRPAAIVVGAGPGGLFAALRLIELG
                     MRPIVVERGREVNERKRDIADIVRRGTIDPESNYCFGEGGAGAFSDGKLYTRSRKRGS
                     VERILIRFCQHGANPAILYDAHPHIGTDKLPGVIERMRRHITDCGGEVHFGTCMNGLL
                     IKGDEVMGITTRMGQEFRGPVILATGHSARDVYRMLADRGVTIEAKGIAVGVRLEHPQ
                     ALIDRIRYHRREGRGPHLPAAEYTFVSQADGRGVYSFCMCPGGFVIPASTAPDECVVN
                     GMSPANRGSRWANAGWVVELRPEDLASFHLPDTGGEPVPEVLAVMDFQVRLERLCRIN
                     AGLGVKAPAQRMADFVARRNSSALPASSFSPGLLASPLHFWMPDFITDRLREGFRSAD
                     RVSRGFLTNEAVMIGVETRTSSPVRILRDRETLRHVTLRGLYPCGEGAGYAGGIVSAA
                     IDGERCAEQLAAAYGGAESEKRLACN"
     CDS             complement(8963..9430)
                     /locus_tag="SEQF3106_01014"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9I0Q8"
                     /codon_start=1
                     /transl_table=11
                     /product="Acetyltransferase"
                     /translation="MHHITIRPELSDRDRATLIGWTNRKGADFLRQWAGPTLHFPLTP
                     EQFDGWSGLYSIFRQGQFVGLIQEIRREQDNVHIGRFVLDPALTGRGIGRAALLIFMD
                     TLFRDDAIRSITLNVFDHNLAARKLYERVGFEVLRTIDSPEKKYTMIKHKPTP"
     CDS             complement(9438..9725)
                     /locus_tag="SEQF3106_01015"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADKLSAFFRTQPTVDKAWLFGSCARGEATPESDVDVLVRFQVN
                     ARVTLLSYASMQHKMEQLLNKRVDLVEDGRLKDFARESAEADKVLIYDSNE"
     CDS             complement(10425..11798)
                     /gene="radA"
                     /locus_tag="SEQF3106_01016"
                     /EC_number="3.6.4.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37572"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA repair protein RadA"
                     /translation="MAKTKTVYVCSQCGAEAPKWQGKCPACGAWNTYVEEIIRPEPAS
                     RRAAGGISRGTAQPQLLRDITAEEEVRIDMHDAELNRVLGGGLVRGSLVLVGGEPGIG
                     KSTLVLQTVLRLSDLHTLYVSGEESARQLKMRADRLATDGNADTAHCHVYCETHLEQV
                     LAEADRLRPDLVIIDSIQTMYTEAAESSPGSVTQVRECSAAILKFAKETGTPVVMIGH
                     INKEGSLAGPKVLEHIVDTVLQFEGDRQYMYRILRSIKNRFGSTAELGIYEMRQGGLR
                     EVDNPSELLLTQNHEGLSGVAIAAAVEGVRPFLIETQSLVSTAVYATPQRSATGFDLR
                     RMNMLLAVLEKRAGFKLIQKDVFLNIAGGLRVSDPAIDLPVISAVLSSSIDLSIDRGT
                     CLAGEVGLSGEIRPVHRIEQRIREAAKLGFRRIIVPQMKGLESVSDLIELHQVRKVEE
                     AFRLLFG"
     CDS             11872..11964
                     /locus_tag="SEQF3106_01017"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAIIALIFFCFLFFYQGKKRKWGIGSKAPN"
     CDS             12200..12991
                     /gene="bepA_3"
                     /locus_tag="SEQF3106_01018"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P66948"
                     /codon_start=1
                     /transl_table=11
                     /product="Beta-barrel assembly-enhancing protease"
                     /translation="MKKIIGLCMLLLVTACSVVPLTGRRQMLLVSDSEVLSASLTQYN
                     NYMKQAKKSSDKAKTAKVVRVGRRIAAATEEYLRQNGMESELKNFSWEFNLIKSDQHN
                     AFCMPGGKIVVYEGLLDLTPTDDDLAVVLGHEVAHAVAKHSNERMSQQLVAQYGAAIL
                     DAALSKKSAATQQLASTVFGLGAQVGVILPFSRKHESEADYMGLVFMTMAGYNPNVAV
                     GFWQRMSQGGSSVPELLSTHPSDASRIAAIRRYLPEMEKYKQKRN"
     CDS             complement(13075..15573)
                     /gene="mutS2_1"
                     /locus_tag="SEQF3106_01019"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P65496"
                     /codon_start=1
                     /transl_table=11
                     /product="Endonuclease MutS2"
                     /translation="MIYPDNFEHKLGFDKIRELIAAQCLSSLGREQVDGLRFSPDAAV
                     VAEELEQTGEFVRILQGERAFPANYFIDVRPTLSRIRPEGTFADEAELFDLKRSLQTI
                     ADITHFFLPVDKGDDAAAEYPVLAAIAGRVRIFPDLIRRIDAILDRYGRTKDSASPEL
                     ARIRRDMATVSGSISRNLQSILRAAQTEGWVDRDTAPTMRDGRLVIPVAPSFKRRIRG
                     IVHDESATGKTVYIEPEAVVEANNRIRELEAEERREIVRILTAFTDMLRPLVPDILQS
                     YAFLAVIDFIRAKALFAESIGAIVTLPKDEPLIDWQEAVHPLLLLTHRKAGKEVVPLD
                     LTLDTEHRLLIISGPNAGGKSVCLKTVGLLQYMLQCGIPIPLHERSRTGLFERIFIDI
                     GDEQSIENDLSTYSSHLTNMKYFVRYGNERTLLLIDEFGSGTEPLIGGALAEALLERF
                     NRRHSFGVITTHYQNLKQYAEDHEGVVNGAMLYDRNLMQPLFRLSVGHPGSSFAIEIA
                     RKIGLPDDVITEASEKVGSDYVDMDKYLQDIVRDKRYWENKRQNIRRREKQLEELTAR
                     YERDLEAVNSQRKAIISEAKEAAQRIVGEANARIENTIREIREAQAEKERTRTARREL
                     DTFKETVSQTREDDDRIARKMEQLRQRQERRQERKKQPEAAANATPKAAAPPPLTAGD
                     AVRMKGQTAVGSILEMQGKQAVVAFGAIKSTVAADRLERAEAAALRRTAERSSTFLSE
                     QTADAMHKKRLHFRQEIDVRGMRGDEALQTVAYFIDDAIQVGADRVRILHGTGNGILR
                     QLIRQYLPTVPGVAHFADEDVRLGGAGITVVDLE"
     CDS             complement(15581..17008)
                     /locus_tag="SEQF3106_01020"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIFFCSALLACMVWTASAQEAVSCRLGFSYEFSNNKNWGKDKP
                     VIMKVYPNSPAEKAGLKQNDIIERINGAKIEEISPDDVDSLISDSEVRDIRLTIHNFD
                     NASREVPIEKECSSVNALNEDQLATAFSMYSVENTHDRLFICPFITKTTDDAVDFSQF
                     GTFDFTETDDKSISKIESAINNTLKSELTKKGLRQQSINPDFVINTYYKFNKNPNFKK
                     KSRETAEQSPTFRYDITRDRVTKFPFYDSSTPENEAEYILQFGIRFIDQRHVRGRVLW
                     ECEANELMSSPYAVDEYASIHIPLMCMQFPYVKYERNAQFILTKKNYNYTGLHYSIYE
                     LNKIVDVDYGSPASKAGVKRGDIIDRINGKRMDHTADEFTAAYRQFITNTLKYRDSGT
                     RFTNANGFPNCMFWDKFKYPQIAKIFENDKYMTGFSYLYFFAPYVNPEGADANVCILH
                     LRRGTEKLEYIIRPQRRSEKTIELN"
     CDS             17057..17323
                     /locus_tag="SEQF3106_01021"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVCNRLTGAKIYSGLEYGLAVFCIRPERGRFCGGRWADTLSGLL
                     YKSSDEYSKNQESRRDRFNPTASFFNSLNSANEHVLSTAPYTLR"
     CDS             complement(17295..17786)
                     /locus_tag="SEQF3106_01022"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METKKFLVYGIALLLSAGGCNESEVTEVGDASSLKVYHITNSGC
                     LSNLRSGAADAPETIKRHETLHLKALGNGWLQIRHDSVIYQCAARIELHASRSGNLIH
                     IEERDVATAQANCLCPQNLQYELPLAYGDYQIRINDGRTFPFTHTAGLDMTIVIGEYK
                     GQY"
     CDS             complement(17853..18872)
                     /gene="ilvE"
                     /locus_tag="SEQF3106_01023"
                     /EC_number="2.6.1.42"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R066"
                     /codon_start=1
                     /transl_table=11
                     /product="Branched-chain-amino-acid aminotransferase"
                     /translation="MKEINWSEIPFGYMKTDYNVRCYYRNGEWGELEISSSENIDIHM
                     ASTCLHYGQEAFEGMKAFRGKDGRIRVFRMGENARRMQSSSRAIMMAELPVEKFEEAV
                     RRVVKLNSHFVPPHDSGSSLYIRPLLIGVGPQVGVKPASEYLFLIFVTPVGPYFKEGF
                     RLSKVCVMRGYDRAAPNGTGMVKVGGNYAASLAAGVKAHNEGYAAVLYLDPKEKKYID
                     ECGPANFFGVRGNTYITPASNSILPSITNKSLMQLAEHMGMKVERRPVPFEEVATFDE
                     AAECGTAAVIAPISTIDDLDEHKSYIISKDGKVGPVCEKLYHKLRAIQYGDEPDEFGW
                     ITIIE"
     CDS             complement(18948..19964)
                     /gene="murB"
                     /locus_tag="SEQF3106_01024"
                     /EC_number="1.3.1.98"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9HZM7"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylenolpyruvoylglucosamine reductase"
                     /translation="MRIEKNFPLRGYNTFHLPAHARWFMEYDNEDELGRILRDEYFQE
                     LRSLHIGTGSNLLFVTDFNGIIVHSRIRGITPVRETETDVTLRIGAAEVWDDVVHYAV
                     SRGWGGIENLSLIPGEAGAAAVQNIGAYGAELKDVVESVEAFNQLTFERHTFSTTDCE
                     YAYRYSAFKDPHRDPHIVTHINLRLRKHPTLQLDYAPLREALGNAPLHPTIRDVREAV
                     IAIRRSKLPDPDQLGNAGSFFMNPLIDRPHFDRLRALHPDIPSYPAPDGRIKIPAGWL
                     IERCGFKGLREGEVGVYERQALIIVNHGHATGDDIARFAERIRNTVEERFGISLTPEV
                     RYVE"
     CDS             complement(20077..20544)
                     /locus_tag="SEQF3106_01025"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIGLLGVALCLVLMCCASCKSKQSAYKAAYEQAKEREISSDE
                     PEEEIAPVSKSKTAGETRQEKITPVEGEDGDAIKLFSVVIGSFKNLTNANSLKERMQN
                     EGYTPVLGENEYGMMRVIVTSFETKAEAEKSRDAIRAKYAPNFQDAWVLERTY"
     CDS             20926..21087
                     /locus_tag="SEQF3106_01026"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLIQMYQFKCRRKVYSDIVYEYKIRRKVYSYTMSKYRLQQGEY
                     FIQLYMFSF"
     CDS             complement(21281..21934)
                     /gene="rsmD"
                     /locus_tag="SEQF3106_01027"
                     /EC_number="2.1.1.171"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ADX9"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase D"
                     /translation="MRIIRGIYGRRRFQVPTTFSARPTTDFAKENLFNVLENLVTWQD
                     VRALDLFSGTGSIAFELLSRGCCSVTAVEANRVHAAFIADVARRLSPPPGTFTLIRGD
                     AFRYLRTAPAFPLIFADPPYSLPRLPELPEAILGGQLLCAGGLFILEHPGTYDFSTHS
                     CFSEMRVYGAVHFSLFRAPEFPKHTPCRRIHPSESPRRLNCGLFADCLGILSMRNDA"
     CDS             complement(21931..22752)
                     /locus_tag="SEQF3106_01028"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLRVPDSLTASHSENYRTSVRLWPGGLSFSGGIPSDEGSFFYA
                     ETEVDAAQPYLQALRDLFRQHPFLTYPYASVRVVTSEPNYTWVPEVIYEDEAKERLYR
                     FSFAGAVEEVLTQPLETMESVLLFGLRHDLHEFVLQTIHNARWEHGLASLLQRWHGHS
                     LRALHAEVYAIVHDRTMDVACFDRGALRFLNRFEVETDDDIMYYLLYAWKQLSLDQRS
                     DALTLSAVASTAFDLKEKLQTYLRNIRVEAIETLYRTDDREATLGNQAEANAVNA"
     CDS             complement(22762..23448)
                     /locus_tag="SEQF3106_01029"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRITLKILLVAAVVLLAYMCYRSIMGPIEFENERTARETAIENR
                     LIEIRKAQIEYKNRNGRHAGSFEELAKFLNEAKLPFVIKEGVLTDDQMEHGMTEKKAA
                     EIVRRARQTGNNDEVIKNGLQNFRRDTMWVLAKDTLLGPNFNVDSLAYVPVKGVNAKF
                     EMDTATLESSSGYTVKVFECRVPYDVYLGDLNKQQLANLKDKMRKMNKYEGLKVGSVT
                     EINNNAGNWE"
     CDS             23549..24997
                     /gene="recD2"
                     /locus_tag="SEQF3106_01030"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9RT63"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent RecD-like DNA helicase"
                     /translation="MVDKYIYKQITEHFPYTPTAEQQKAIAAIAAFAAATTPRSLLLV
                     KGYAGTGKTSVLGAVVKALQAMGRPSVLLAPTGRAAKVFAEYAEREAFTIHKKIYRQK
                     SFSNDFGSFSLTNNMHKDTLFIVDEASMISNETAGAQAFGSGHLLDDLMEYIYDEGKG
                     CRLILSGDSAQLPPVMLRESPALSVERLRSYGLEVHEVSLTEVVRQDVDSGILFNATL
                     IRNGLRSLRTARFPVLQLKGFRDISKVTGSELIEEIASAYGSDGVDETIVVCRSNKRA
                     TRYNNGIRLHILGREEELERGERLMVVKNNYYRWSRAKDPESNFIANGEIVEVLRVRR
                     STELYGFHFTDVLVRFQDDAAEVELRILTDALRSESPTLSKEDSDRLFYAVLEDYKEV
                     KTKATRMKRMKEDPFFNAVQAKYAYAITCHKAQGGQWRNVFLDIGYLTEAMLGEDFYR
                     WLYTAVTRATGRLYLVNLPPAFEAGGGESETF"
     CDS             25389..27395
                     /gene="rho"
                     /locus_tag="SEQF3106_01031"
                     /EC_number="3.6.4.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AG30"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcription termination factor Rho"
                     /translation="MVKYNIVELTDMELPKLQTIATELGLGEIKGIDKQALIYLILDQ
                     QAVSVAGMQKEKEAQKSETKPRRKPGRPPKNPPAETSETAVEKKEKKETAKEKEAEKP
                     VVKRRGPGRPPKKKPEEVQEIDAEEKPAEKEKKTAEKPAVKRRGPGRPPKKKPVEEQP
                     VDTEPILATEPMLEAEDTPAAEPQPIAQPMEVAEAPTVPEAETPDKPESGAAPEVKET
                     PATPTVSADPKRTIFKHTTDTNSVLDQVLPMQPSTPQPKEKPSNDPKKRQPGQRAGNP
                     NLRENAPAVPPPPLYDFDGILTATGVLEIVPDGYGFLRSSDYNYLASPDDVYVSASQI
                     KLFGLRTGDLVEGPIRPPREGEKYFPLVKVDTINGRPTEEVRDRVPFDHLTPLFPNEK
                     FNLTERRSPKVYDPYAVRVVDLFSPIGKGQRGLIVAQPKTGKTMLLKDIANAIAINHP
                     EVYMIILLIDERPEEVTDMARSVDAEVIASTFDEPADRHVKIAEIVLNKAKRMVECGH
                     DVVILLDSITRLARAYNTVQPASGKILSGGVEANALQKPKRFFGAARNIEHGGSLTIL
                     ATALTDTGSKMDDVIFEEFKGTGNMELQLDRKLANRRVYPAVDIQASSTRRDDLLQDE
                     STRNRLFIFRNYLADMNTIEAMEFVKKQMELTANNAELLASMNG"
     CDS             complement(28315..29067)
                     /locus_tag="SEQF3106_01032"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPTNKTVEIYYLVDEFLKEYDAVIKSHSLEEGAPKKRRNRKFT
                     MSGSEVMTILILFHFSSFRDLKHFYLFVRSRMKSDFPHTVSYNRFVELERKVCIPLAV
                     FLKMKALGQCTGISFIDSTPIRSCHIKREKQHKTFKEFARKGKSTLGWFYGFKLHLII
                     NDKGELLDFLLTPGNVDDRTPLKHMDFHKRIFGKLFGDRGYISKDLFEQLFIDGVHLI
                     TRLKKGMKNALMLQHDKIMLRKRSLIETVNDT"
ORIGIN      
        1 cggactgctg taactcctcc cccccccccc tcccccacga cgcgtgaaga agatctactt
       61 cgcctccgac gcccacctcg gcaatcgcta cgccgcagac cccctggccg acgagcggcg
      121 cctcgtccgc tggatggacc gcatcgcgcc agacgccgca gccatctact tcctcggcga
      181 catgttcgac tattggtacg aataccgcta cgtcgtcccc cgcggccacg tccgcttcct
      241 cggcaaactc gccgagctgc acgacgccgg cgtcgaaatc cacctcttca tcggcaacca
      301 tgacatttgg atgttcgact acctgcccgc cgaagtcggc gccatcatcc accgcagccc
      361 gctcgacaca gagctcctcg ggcgccgctt cttcctcgcc catggcgacg aggtaggcca
      421 tcagccctgg aaataccgcc tcatccagcg catcttccgc aaccgcctct gccaactgct
      481 ctacgcctcg atccaccccc gatggacatt cggcttcgcc cgcagatggt ccctaagcag
      541 ccgccgcaaa ggcctcgccg acacacgccg caaggccgcc caagagcgca acacacgctc
      601 gctcgatgcc ttcgcccgca gctacctgca gtcacacccc gagacggact tcttcctctt
      661 cggccacctc cacctcatgc tcgatcgcca actcaccccc cgcgcccgca tgctcgtcct
      721 cggcgactgg atgcactact tctcctacgc cgtctgggac ggtcgcgagc tccaactcct
      781 tcaagacgcg agctgacacc cctcgacccc tttgctgcgc tattttttat gacccataca
      841 cacgccaaag aatccttgag gtggccacct tcccgccgcg ggaagccgtc gagtcgccaa
      901 tcccacttcc cgccgcggga aatgactttt tgaaacccga aaaccgtttc ccgtcgcggg
      961 aaatgacttt ttgaaacccg aaaaccgttt cccgccacgg gaaatgactt tttgaaaccc
     1021 gaaaatcgtt tcccgccacg ggaaatgact ttttgaaacc cggaagccat ttcccgccgc
     1081 gggaaggcac ctcagaaaat cacagatcag ccccgcttca taaaaaagca taccataaaa
     1141 cccacaccct catccatacc cgcctccgcc ccggttttta gatccacaca catatctttt
     1201 ctttgtgccc gcatttacag catacagatt ttcaaataag aacaatgatc aaagtcacat
     1261 tcccggatca ctccgtaaaa gaatttgcag aaggcaccac ctcactgcaa atcgccgaaa
     1321 gcatcagccc gagactggcc aaagaagtgc tcgcagccaa agtcaacggc accgtttggg
     1381 acctcacccg gcccctcacc gaagatgccg acatccaatt gcttaagtgg gacgacgaag
     1441 acggcaaacg cacctactgg cactccagcg cccacctcat ggccgaagcc ctacaacaac
     1501 tctaccccga cgtcaaattc ggcatcggcc ccgccatcga aaacgggttc tattacgacg
     1561 tcgatctggg cgaccgcacc atcaccgacg aagacttcgc acgcatcgaa acccgcatgc
     1621 tggagctcgc cgcccgcgcc gaacccatcg tccgccacag catcaccaag gccgacgcca
     1681 tgaaaatgtt tggcgatcga ggcgaagtct acaagaccga actcatcagc gaactcgaag
     1741 acggcaaaat ctccacctat acacaaggca ccttcaccga cctctgccgc ggcccacacc
     1801 ttcccgacac atcttatatc aaagccgtca agatcaccag cgtggccgga gcatactggc
     1861 gtggcgacga gaaacgcaaa caactcgtcc gcctctacgg catcaccttc cccaaaaaga
     1921 aaatgctcga cgactacctc gccatgctcg aggaagccaa aaaacgcgac catcgcaaag
     1981 taggccgcga actcgaactc ttcaccttct cccccgccgt cggcgccggc ctacccctct
     2041 ggctcccccg cggcacacaa ctccgcctcc gcctcgaaga attcctcaaa caaatacaga
     2101 agaaatacgg ctacaaacaa gtcataaccc cccacatcgg cagcaagcaa ctctacgtca
     2161 cctccggaca ctacgccaaa tacggcaaag actccttcca gcccatccac acaccgcaag
     2221 aaggcgaaga gttcctcctc aaaccaatga actgccccca ccactgcgag atatacaaag
     2281 ccttcccccg ctcctatcgc gacctgccac tccgcctggc cgagttcggc accgtctacc
     2341 gctacgaaca aagcggcgag ctccacggcc tgacccgcgt ccgcggcttc acgcaagacg
     2401 acgcccacat cttctgccgc cccgaccaac tcaaagacga gttcctcaaa gtgatggaca
     2461 tcatcttcat catcttcaag gcgctcaact tcgagagctt cgaggcacag atctccctcc
     2521 gcgaccccaa taaccgagag aaatacatcg gctccgacga gaactgggag aaggccgaac
     2581 gcgccatcat cgaggcctgc gaagagaaag ggctgccggc cagagtcgag cttggcgaag
     2641 ccgccttcta cggccccaaa ctcgacttca tggtcaaaga cgccatcgga cgccgttggc
     2701 aactcggcac catccaagtc gactacaacc tgcccgaacg cttcgagctg gaatacaccg
     2761 gcgaagacaa ccagaagcac cgcccagtaa tgatccaccg cgcacccttc ggctccatcg
     2821 aacgcttcgt agccgtacta atcgagcaca ccggcggcaa attccccatc tggctcaccc
     2881 ccgatcaagt cgtcgtgctc cccgtcggcg aacgcttcaa cgattacgcc aaccgcgtag
     2941 cccaagagct ggatcaacaa gacatccgcg tccttgtcga cgaccgcaat gaaaaaatcg
     3001 gccgcaaaat ccgcgacaac gaactcaaac gcatccccta catgctcatc gtcggagaaa
     3061 aagaacaaga cagccacacc gtatccgtca ggaaacaagg cgaaggcgat agaggggtaa
     3121 tggatatttc tacatttgcc gcgctcttaa acacagaagt gcacgacatg atgcaccggt
     3181 gggaaaaaga gcaatagaat acatatacca accataaaaa ggaggatttt ttacccactt
     3241 ggatacgaga agtaagatga gaaacgaaaa actgaaggac caataccgga ttaacgaccg
     3301 gattcgagtg cctgaggttc gcttggtcgg cgacaatgtg ccgaacggag tttttccgat
     3361 agaaaaagca ttgcaaatag cagagagcca cgaaatggat ctcgtggaaa tctcccccag
     3421 cgccgacccg ccggtgtgta gaatcaccga ctatcagaag tttctctatc agcagaaaaa
     3481 gcggcagaaa gagcaaaaag ccaaatcagt aagaatcgtc gtgaaagaaa tccgcttcgg
     3541 gccacaaacc gacgatcacg attacaactt taagctccgc cacgccaaag agtttttaga
     3601 cgaaggcgcc aaggtcaaag cctacgtgtt tttcaaaggc cgttcgatct tgtttaaaga
     3661 gcagggagaa gtgctgctgc tgcgatttgc taacgatctg gaagaatatg ccaaactcga
     3721 tcaaatgccc gtcttggaag gcaaacgcat gaccatcatg ctctcgccca agaagagcac
     3781 atcgggcaaa gccgccgcca aacaacaaac cgctgcgcag aaagcagcca agacggccga
     3841 accctccaac aaggaagagt gatttattca atcgataaac agtaataatt aagagaagac
     3901 ttatgccaaa gttgaagact aattccggtg ccaaaaagag gttcgccctt accggaacag
     3961 ggaagatcaa aagaaaacat gccttcaaga gtcacatctt gaccaagaag acgaagaagc
     4021 agaaacgcaa cctgaccgcc actggtcttg tggatcgtgc caacgtccgc agcgtaaaag
     4081 agatgctttg catgaagtaa gttggtctaa acagagagag aaaatcattt tactaaccga
     4141 atgaatcagc gccaaagatc attgcacacc acgccagcga tgacgctgac attcaaaaaa
     4201 cagaacttat gccgagatca gtaaatcatg ttgcttcgag agcaaaaaga aaacggattc
     4261 tgaaacttac gcgcggctac tatggcgccc gtaagaacgt gtggacggta gccaaaaaca
     4321 cgtgggagaa aggtttgacc tacgccttcc gcgaccgtcg gaacaagaaa cgcaacttcc
     4381 gcgcgctgtg gattcagcgc atcaacgcgg cggcacgcct cgaggggctg tcgtactccc
     4441 gactgatggg agggctgcgt gaggccggta tcgaaatcaa tcgcaaggtg ctggccgacc
     4501 tcgccgtcaa tcaccccgaa gcgttcaagg ccgttgtcgc caagatcgcg aagtgacgag
     4561 atgaaaggat aatgtgagaa aatagattga tgaaggagct cggccgaact gcgcggtcgg
     4621 gctctttttg ttttactacc cgccctatgg acatcctcct cgttgccctc gtcacgttcg
     4681 gcatcaacct gctcttgggg cgatggcgca agcgctatcg gaagttcagc cccatgtggt
     4741 gggtgctgat acacgcttcg ataccgattg tcattccgct gcgcatcggg ctgaacgtgc
     4801 cactatggac gatccccgtg ttcatcgcat taggcgtagc gggacaggcc ttgggatcga
     4861 ggctcaaatg gtaaatctat cgggcggaca cataagggac aatgattaat tatcaattat
     4921 caatgattac ctcggcgact cggcagaatg gcaccgccct atcattaatc acgaataatt
     4981 aataattgac cactacttac tatgctctac ttataactac ctgggagtgc agctcccata
     5041 attccttttt tcgtatgaaa aagacaatgc tgatgatgat tgcctccgta tgcatggcga
     5101 cgggggtagc ctgcatgtcg cgtgaggcga aagaacccgc ggcgcaggcg aatgtgacac
     5161 gtgacacaac gcccgcggac accgcgccgg cgcctgaact tgctacgcct gaaccgacgc
     5221 acccgaaggt gacgacggaa acgaagtggg cggagattgt ggccatgcct gagttcaagg
     5281 gcttcgggca atacatcttg gcgcgcgaac gcgtcgggta caagcccaac atgaagttag
     5341 ccgatgtggc cacgacgctg ccctttcacc gctacgtcaa cgccgatcag gcggccgatt
     5401 gcatcaatcg catggccgag caagtgacga gcggaaagat gagctaccac agcatcgggc
     5461 aagacgtggg actcttcttc ttccacggtc ggcccggcgc cccgtttgcc atcatcagtg
     5521 ccggcggcgg attctactat gtcgggtcca tccacgaggg cttcccgctg gcaatggcgc
     5581 ttagcgagat gggctacaac gccttcgtgc tccagtatcg cacgggggga ttccagatcg
     5641 cttgcaagga tttagcgcgt ggcattgact acgtcttcaa gcatgctgct gagctacatg
     5701 tggacacggc cgactactcc ctttggggcg catcggcggg ggcggagatg gctgccgcac
     5761 tcggttcgca cggcacacgg cgctacgccc cgggcatcgt ccggccgcgc ccggccaccg
     5821 tcatcctctg ctacacggag cacgccgatt acacccgccg cgatccgccc acctacgccg
     5881 ttgtgggcgc tgacgaccgc gtaacgaagg cctccgccat gcgtcggcgc gtggccaacc
     5941 tcaaggctgc tggcatcgac gccgaggtgc atgtctaccc caaccttgtc cacggcttcg
     6001 gcatgggcat cggcaccagc gccgaggggt ggcacaaggg agccgtgaag ttttgggaga
     6061 agtacatcaa gaaaggggat gtgaaatgag gaagcgtctg ctattgattt ggctgatcag
     6121 ctgcgccgcc gttacagtcc atgcgcaagg gctttacgtg aaagtcttcg gatcgaagga
     6181 cggtgtgccc ctcgtcttcc tgcatggcgg accggggtat catgccgcga tgtttgaatc
     6241 cgtcgctgcg caggcgttgg ccgacaatgg attccgtgtg cttgtatacg accgacgcgg
     6301 cgaggggcgc agctcaggtg tccccgcgcg ctacaccttc gacgaagcgc tgcgcgatgt
     6361 ggatagcctc tgccgcacct acggcctccg ccaacccgta ctcttaggcc acagcttcgg
     6421 cggtgtgctg gcgctgcttt acgctcaaaa gcatcccggg caggtgcgct cggtcgtgtt
     6481 gatgggtgct ccgctcgcct tgcaagagac gttcgacaac atccgcgccc gctgccgcac
     6541 catctaccgc gagcgcgccg acagcgtcaa tctgcgctac atggacatgc tcgacgtgat
     6601 ggataaaagc tcgatggact atgcctccta ttgcttcatg catgcgatga gcaacggatt
     6661 ttatacgccg aaagcgccta ctgaagaggg tttggccgcc cgcgcagcct tcaaagcgga
     6721 cagcgcgctg agccgcgttt cacagcagcc caattggcag gctccgcagg gcttccaccg
     6781 caacgagcac tacacgacgc tcgacctcac cgacacgctc cgccgcctcg tcgcccgcgg
     6841 cacacccgtc tacggcctct acggcgcgga cgatggcctg tactccgccg agcagctcga
     6901 cacgttgcga agcatcctcg gccccgaccg cctgctcatg cttgatcact gttcgcacaa
     6961 cgtcttcctc gaccgccgcc gcgccttcct cgacgcgctc gtgcggtgga gcgagatccg
     7021 cgcgcctaag cggtaggcct actgatgtgt gcgcccgccg cgcttggaaa tgaattttga
     7081 agcccgaaat gaccctcgtt tcactccaaa atgaattttg aagcccgaaa tgaccctcgt
     7141 ttcgctccaa aatgaatttt gaagcccgaa atgaccctcg ttttgctcca aaatgaattt
     7201 taatggccga aatgaccctc gtttcgctcc aaaatgaatt ttaatggccg aaaagcattg
     7261 catttcgctc caaaatgaat tttgacggcc gaaaagcatt gaagatcata actaagaatt
     7321 cttcgagtta tgatcttcaa tgcttttcgg cctgctcatt ttcaattaca cgccaatcgc
     7381 ttttcgcttt ccgctccccc ataggcggcc gccaactgct cggcacagcg ttcgccatcg
     7441 atggcggccg agacgatgcc gccggcgtaa cccgcgccct cgccacaggg gtagagcccg
     7501 cggagggtca cgtggcggag ggtctcacgg tcgcggagga tgcgcacggg cgacgaggtg
     7561 cgcgtctcca cgccgatcat cactgcctcg ttggttagga aacctcgcga cacgcggtcg
     7621 gccgagcgga agccctcgcg cagccgatcg gtgatgaagt cgggcatcca gaagtgcagc
     7681 ggcgaggcca gtaggccggg gctgaacgac gacgcgggca gggcggacga gttgcgacgc
     7741 gccacaaagt cggccatgcg ttgcgccggc gccttgacgc ccagcccggc gttgatgcga
     7801 cagagccgct ctaaccgtac ctgaaagtcc atcacggcca gcacctcggg cacgggctcg
     7861 ccgcctgtat ccggcaggtg aaacgaggca agatcctccg gccgcagctc gacgacccac
     7921 ccggcgttgg cccaccgcga cccgcgattg gcgggcgaca tgccgttgac gacgcactcg
     7981 tctggcgctg tggaggcggg gatgacgaag ccgccggggc acatgcagaa ggagtagacg
     8041 ccgcgcccgt cggcttgcga gacgaaggtg tattcggctg cgggcaggtg cgggccgcgc
     8101 ccctcgcggc ggtggtagcg gatgcggtcg atgagcgcct gcgggtgctc taagcgtacg
     8161 ccgacggcga tgcctttggc ctcgatcgtc acgccgcggt cggcgagcat gcggtagacg
     8221 tcgcgcgccg agtggccagt ggccaggatc acggggccgc ggaactcttg ccccatgcgg
     8281 gtggtgatgc ccatcacctc gtcgcccttt atcaataggc cgttcatgca ggtgccgaag
     8341 tgcacctcgc cgccgcagtc cgtgatgtgg cggcgcatgc gttcgatcac gccgggcagc
     8401 ttgtctgtgc cgatgtgcgg gtgggcgtcg tagaggatgg cggggttggc gccgtgctgg
     8461 cagaagcgga tgaggatgcg ctccaccgag ccgcgcttcc ggctgcgggt gtagagtttg
     8521 ccgtcggaga aggcgcccgc gccgccctcg ccaaagcagt agtttgactc cggatcgatc
     8581 gtgccgcggc ggacgatgtc ggcgatgtcg cgtttgcgtt cgttcacctc gcggccgcgc
     8641 tcgacgacga tggggcgcat gccgagctcg atcaagcgga gcgcggcgaa aagtccgccg
     8701 gggccggcgc cgaccacgat ggcggcgggt cggtgggaga cgtcgcgtag ttcgacgtcg
     8761 ggaaagagtg gttcggtcgg ctcctcgttg aagaaggcgc ggagggtgac gttgacgtag
     8821 accgtgcgct gtcgggcgtc gatggatcgt ttgaggatgc gcagggcgcg cggtgcgtcg
     8881 cccgtctcgc gctgtacggc ggcgcgcagt gtgtcgtcac tggccgcctc ctcgggtagc
     8941 agtcggagct gaaggtcttt ggtcatgggg tgggtttatg cttaatcatc gtgtatttct
     9001 tctccggaga atcgatggtt cggaggactt caaatccgac ccgttcgtag agctttcgag
     9061 ccgcgagatt atggtcgaac acgttgaggg tgatggagcg aatggcatcg tcgcggaaga
     9121 gggtgtccat gaagatgagc agggcagcgc gcccgatccc tcgcccggtc agtgcgggat
     9181 ctaagacgaa gcgcccgata tgcacgttgt cttgttccct tctgatctct tgaatgaggc
     9241 cgacgaattg cccctgccgg aagatggagt ataggccgct ccagccatcg aactgttcag
     9301 gtgtcaacgg aaagtgcagc gtcggcccgg cccattggcg taagaagtct gctcccttgc
     9361 ggttcgtcca tccgatgagc gtcgctcggt ctcggtcgct cagctcggga cggatggtga
     9421 tgtggtgcat ggatggatta ttcattagag tcatatatca acactttatc tgcctcggcg
     9481 ctttcgcggg cgaagtcttt taatcggccg tcctccacga gatccacacg cttgttcagc
     9541 aactgctcca tcttgtgttg catggacgca tacgagagga gcgtcacccg ggcgttgacc
     9601 tgaaaacgta ccagcacgtc tacatcgctt tctggcgtcg cttcgccacg tgcgcaggag
     9661 ccgaacagcc atgctttatc taccgtcggc tgcgtgcgga agaaggcgga cagcttgtcc
     9721 gccattgttt gatctactgt attcataagt aatggtcaat gataaacgat taatggtgga
     9781 ttctgccgtc tctctttggg gtaatcattg atcattgccc cttagaggta taggcggcgt
     9841 cacccgttga cagctgtcag aggcatgcaa aacgcgtttt tccacccatt gacagctgtc
     9901 aaaggcatct aaaacgcgtt tttccaccca ttgacaactg tcagaggcat ctaaaacgtg
     9961 ttttttgacc cattgacaac agtcagaggc acctaaaacg cgttttgcat gcctctgaca
    10021 gctgtcaatg agccatctgt taagaatctt aacaaagagc caccgaatcc cgccctcact
    10081 ctctacattt tcgaatcggc cgcttttgtc ggaatgttca ttcatttcag agatcaccca
    10141 ttgccaacgg gaaatggcat gcaaaacgcg tttgaagggg cattgccaat aggaaatggg
    10201 gcaaaaaacg cgtttcagac cccattgcca ataggaaatg gcatgcaaaa cgcgtttgaa
    10261 ggggcattgc caataggaaa tgaggcaaaa aacgcgtttt agaccctatt gccaacggga
    10321 aatggccaat ggccaatgat taatggcggg gcggagccat ccgctgcccg tgtgcccttg
    10381 gggtaatcaa ggatcatgaa tcattctccc ttacccttca tgctttaccc aaacaacaat
    10441 cggaaggcct cctccacttt gcgcacttga tgcagctcaa tcaggtcgga gacggactcg
    10501 aggcctttca tctgcggcac gatgatgcgg cggaagccga gcttggccgc ctcgcggatg
    10561 cgttgctcga tgcggtgcac ggggcggatc tcgcccgaga ggccgacctc gccggccagg
    10621 catgtgccgc ggtcgatgga gaggtcgatg ctggaggaga gcacggcact gatgacgggc
    10681 aggtcgatgg ctgggtcgct cacgcgcagc ccgccggcga tgttcaggaa gacgtccttc
    10741 tggatcagct tgaagcccgc gcgcttctcg agtacggcca gcagcatgtt catccgccgc
    10801 agatcgaagc ccgtggcact gcgctggggc gtggcgtaga cggctgtgct gacgagcgac
    10861 tgtgtctcga tgaggaacgg ccgcacacct tcgacggccg ccgcgatggc cacgccgctc
    10921 agcccctcgt ggttctgcgt caggagcagc tccgaggggt tgtccacctc gcgcaggccg
    10981 ccctgccgca tctcgtagat gcccagctcg gcggtgctgc cgaagcggtt cttgatgctg
    11041 cgcaggatgc ggtacatgta ctgcctgtcg ccctcgaatt gcagcaccgt gtccacgatg
    11101 tgctccaaca ccttcgggcc cgccaggctc ccttccttat taatatgccc gatcatgacg
    11161 accggtgtgc ccgtctcctt ggcgaacttg aggatggccg cgctgcactc cctgacctgc
    11221 gtgacgctgc ccggcgacga ctcggccgcc tcggtgtaca tcgtttggat cgagtcgatg
    11281 atcacgaggt cgggccggag gcggtcagcc tcagccagca cctgctctaa gtgcgtctcg
    11341 cagtagacgt ggcaatgcgc cgtgtccgcg ttgccgtccg tggcgaggcg gtcggcacgc
    11401 atcttcagct ggcgggcgct ctcctcgccg gagacgtaga gcgtgtgcag gtcgctgagg
    11461 cggaggacgg tctgtagcac caaggtcgac ttgccgatac ccggttcgcc gcccactaag
    11521 acgagcgatc cgcggacaag tccgccgccc agcacacggt tcagctccgc gtcgtgcata
    11581 tcgatgcgca cctcctcctc ggcggtgatg tcgcgcagca gttgcggctg cgccgtcccc
    11641 cgactgattc cccccgccgc tcgtcgcgag gccggttccg ggcggatgat ttcttccaca
    11701 tacgtattcc acgcgccgca cgctgggcat ttgccctgcc acttcggcgc ctccgcccca
    11761 cactgggagc agacgtatac agtcttcgtt ttggccatgg gttctgtttt attgtttcga
    11821 ttattccaga tcgtgtatca gtgatctcct ttcctctatc tggaaagaag gatggcgatc
    11881 atcgccttga tcttcttttg cttccttttc ttctatcaag ggaagaaaag gaagtggggg
    11941 atcgggagca aagcccccaa ttaagtccgg ccggacgtcg gaatatctgt cgataacctc
    12001 attcctcagc ttacggatac agtcttgggc tgattgatgt cggcgcttac cccttttctg
    12061 ttatgcgggc aaaagtacgc caatctcgag ggggggtagg tttcacagct ttacaattcg
    12121 ccatttatga cgcccatcct aaaccactcc cacctgccgg tttacttttg ccgccgatta
    12181 atcatatcgt aaaaaggaaa tgaagaagat cattggatta tgcatgctgc tacttgtgac
    12241 ggcatgcagc gtcgtcccct tgacggggcg gcggcagatg ttactcgtct ctgactccga
    12301 agtgctttcg gccagcttga cgcagtacaa caattacatg aagcaggcaa agaagtcgtc
    12361 tgataaagcg aaaacggcaa aggtcgtacg tgtggggcgg cgcatcgcgg cagccacgga
    12421 ggagtatctc cgccagaatg gcatggagag cgagctaaag aatttcagtt gggagtttaa
    12481 cctgatcaag agcgaccagc acaacgcctt ctgcatgccg ggcgggaaga tcgtggtcta
    12541 cgaaggcctc ctcgacctga caccgacgga cgacgatctg gctgtagtgc tcggtcacga
    12601 ggtggcacac gccgtggcca aacacagcaa cgagcgcatg agccagcagc ttgtggcgca
    12661 atatggcgca gccatcttgg acgcagcgct gagcaagaag tcggccgcca cgcagcaact
    12721 tgcctccacc gtcttcgggc tcggagcgca ggtgggcgtc atcctgccct tctcgcgcaa
    12781 acatgagtcg gaggccgact atatggggct ggtgtttatg acgatggcag gctacaaccc
    12841 caacgtggct gtgggcttct ggcaacgcat gtcgcagggc ggttcgagtg tgcctgagtt
    12901 gctcagcacc cacccaagcg acgcctcgcg catcgccgct atccgccgct atctgccgga
    12961 gatggagaag tacaagcaga agaggaactg agaaacgaaa atcgaaaaac gaaaagtctt
    13021 ccgggcgcaa gacttcaggg tctcgtcgtc cggaggactt ttcgttttcc cgttttactc
    13081 caagtctacg acggtgatac cggcgccacc gaggcggacg tcttcgtcgg caaagtgggc
    13141 cacgccgggg acggtcggga ggtattggcg gataagctga cggaggatgc cgttgcccgt
    13201 gccgtggagg atgcggacgc ggtcagcacc gacttggatg gcgtcgtcga tgaagtaggc
    13261 caccgtttgc aatgcttcat cgccgcgcat gccccgcaca tcgatctctt gacggaaatg
    13321 caagcgtttc ttgtgcattg cgtcggccgt ctgttcgctg aggaaggtgc tgctgcgctc
    13381 cgcagtgcgc ctcagggcgg ccgcttcggc acgctccaag cgatcagcgg ccaccgtgct
    13441 cttgatcgcc ccgaaggcca cgacggcctg cttgccttgc atttccaaga tgcttccgac
    13501 ggccgtctgc cccttcatgc gcaccgcatc gccggcggtg aggggtggag gagcggcagc
    13561 cttcggtgta gcattcgcgg cagcttccgg ctgcttcttc ctttcctgac gccgttcttg
    13621 acgttggcgc agctgctcca tcttgcgggc aatgcggtcg tcgtcttcgc gggtttggct
    13681 gacggtctct ttgaacgtat ccagttcgcg gcgtgcggtg cgcgtacgtt ccttctctgc
    13741 ctgcgcctca cgtatctcgc ggatggtgtt ctcgatgcgc gcgttggctt cgccgacgat
    13801 gcgttgcgcg gcctctttgg cctcactgat gatcgccttc cgttggctgt tcacagcctc
    13861 gagatcccgc tcgtagcgcg cggtaagctc ttcgagttgc ttctcgcggc ggcggatgtt
    13921 ttgtcgcttg ttttcccagt aacgcttgtc gcggacgatg tcctgcaggt acttgtccat
    13981 atcgacgtaa tcgctgccca ccttttcgga ggcttcagta atgacatcgt caggcaggcc
    14041 gattttgcgg gcgatctcga tggcgaagga gctaccggga tggccgacgg agaggcggaa
    14101 gagtggctgc atcaagttgc gatcgtagag catggcgcca ttgacgacgc cctcgtgatc
    14161 ttcggcgtac tgcttgaggt tttggtaatg cgtcgtgatg acgccaaacg agtgccggcg
    14221 attgaagcgc tcgagcaatg cctcagccag tgcgccgcca atgagtggtt ccgtgccgct
    14281 gccgaattca tcgatgagta gcagcgtgcg ctcgttgccg tagcggacga agtacttcat
    14341 gttcgtcagg tgtgagctgt aggtgctgag gtcgttttcg atgctctgct catcaccgat
    14401 gtcgatgaag atgcgctcga agaggcctgt gcgcgatcgt tcgtgcagtg ggatgggaat
    14461 gccgcactgg agcatgtatt gcagcagtcc gacagtcttc aggcagacag actttccacc
    14521 ggcgttcggc ccggagatga tgagcagtcg gtgttcggta tcgagagtga ggtcgagggg
    14581 gacgacctct ttaccggctt tgcggtgagt gaggagtagg agcggatgca ccgcctcttg
    14641 ccagtcaatc agtggctcgt ccttgggtag ggtgacgatg gcaccgatgc tttcggcaaa
    14701 gagggctttg gcgcggataa aatcgatgac ggcgaggaag gcgtaggatt ggaggatgtc
    14761 tggcacgagt gggcggagca tgtcggtaaa ggcggtgagg atgcggacga tctcacggcg
    14821 ctcttcggct tcgagttcgc ggatgcggtt attggcttct acgacggctt cgggctcgat
    14881 ataaaccgtc ttgcccgttg ccgattcgtc gtggacgatg ccgcggatgc gccgcttgaa
    14941 ggagggtgct acggggatga ccaatcgacc gtcgcgcatg gtgggtgctg tgtcgcgatc
    15001 tacccatccc tcggtctgcg ccgcacggag gatggattgc aggttgcgag agatgctacc
    15061 agagacggtg gccatgtcgc gacggatgcg tgccagctcg ggggaagcgc tatccttcgt
    15121 gcgaccgtag cggtcgagga tggcgtcgat gcgacgaata agatcaggga agatgcgcac
    15181 gcgaccggct atcgcagcca gcacggggta ctcagccgcc gcgtcgtcgc ctttatccac
    15241 gggcaggaag aagtgtgtga tgtctgcgat ggtttgcagc gagcgcttga ggtcgaacag
    15301 ctctgcttcg tcagcgaagg tgccctcggg ccgtatgcgg ctaagcgtgg gacgtacgtc
    15361 tataaaataa tttgcaggga aagcacgctc cccctgcaaa atgcgaacaa actcacctgt
    15421 ttgttccagc tcttcggcta cgaccgccgc atcgggcgag aaacgtaggc catctacttg
    15481 ttcacggcct aacgaactga ggcattgtgc ggcgatcagt tcgcggatct tgtcgaagcc
    15541 gagtttgtgt tcaaagttgt cgggatagat cacacgtcga tcagttcagt tcgatcgtct
    15601 tctcagaacg ccgctggggg cggatgatgt attccaactt ctccgtgccg cggcgaaggt
    15661 gcaggatgca gacgttggca tcggctccct cgggattaac gtagggtgcg aagaagtaga
    15721 ggtaggagaa gcctgtcatg tacttatcat tctcgaagat cttggcgatc tgggggtact
    15781 tgaacttgtc ccagaacatg cagttgggga agccgttggc gttggtgaag cgtgtgccgc
    15841 tgtcgcggta tttcagcgtg ttggtgatga attggcggta ggctgcggtg aactcgtcgg
    15901 cggtgtgatc catacgtttg ccgttgatgc ggtcgatgat gtcgccgcgc ttgacgcctg
    15961 ctttggaggc gggcgatccg tagtcgacgt cgacgatctt gttcagctcg tagatgctgt
    16021 aatgaaggcc ggtgtagttg taattcttct tcgtgagaat gaattgtgcg ttgcgttcgt
    16081 atttgacata ggggaattgc atgcacatga gggggatatg gatggaggcg tattcgtcga
    16141 cggcgtaggg actgctcatc agctcgttgg cttcgcactc ccagaggacg cggccgcgga
    16201 cgtggcgctg gtcgatgaag cggatgccaa actggaggat gtattcggct tcgttttcgg
    16261 gtgtgctgga gtcgtagaag gggaacttgg tgacgcggtc gcgggtgatg tcgtagcgga
    16321 aggtgggtga ttgctcggcc gtctcgcggc ttttcttttt gaagttgggg ttcttattga
    16381 acttataata ggtattgatc acgaagtccg ggttgatgga ttgctggcgg agacccttct
    16441 tggtgagttc gcttttgagg gtgttgttga tggcggattc gatcttggag atgctcttgt
    16501 cgtcggtctc ggtgaaatcg aaggtgccga actgggagaa gtcgacggcg tcgtcggttg
    16561 tcttggtgat gaaggggcag atgaagaggc ggtcgtgggt gttctcaacg ctgtacatgg
    16621 agaaggccgt ggcgagctgg tcttcgttga gggcattgac ggaggagcac tctttttcga
    16681 tgggcacttc gcgtgaggcg ttatcgaaat tgtggatcgt aagcctgatg tcgcgcactt
    16741 cagaatcgga gatgagcgaa tcgacgtcgt cgggtgagat ctcttcgatc ttggcgccat
    16801 tgatgcgttc gatgatgtcg ttttgcttca ggcctgcttt ttcggccggt gaattggggt
    16861 agactttcat gatgacgggt ttgtctttcc cccagttttt gttgttgctg aactcatagc
    16921 tgaaccctaa gcggcaactc acggcctcct gtgcagaggc tgtccaaacc atgcatgcca
    16981 aaagcgccga acagaaaaaa atcttcatac ttctattact taacttactc gttttgatta
    17041 ataaaaatgc gatcgcatgg tgtgcaatcg cttgacgggg gcaaagatat acagcggctt
    17101 ggaatacggt ttagcggttt tttgcatacg gccggagagg ggaagatttt gcggggggcg
    17161 atgggcggac acgttgtcgg ggctcctcta caagtcctcc gacgaatact ccaaaaacca
    17221 agaaagccgc cgggatcgtt ttaacccgac ggcctccttt ttcaattctc tcaattctgc
    17281 aaacgagcac gtgctcagta ctgcccctta tactctccga tgacgatcgt catgtccaag
    17341 cccgcggtgt gggtgaacgg gaatgtccgc ccgtcgttga tgcggatctg gtaatcgccg
    17401 tacgctaacg ggagctcgta ttgcaggttt tggggacaga ggcaattggc ttgtgccgtg
    17461 gctacgtcgc gctcttcgat gtggatcagg ttgccggagc ggctggcgtg cagctcgatg
    17521 cgcgcggcac actggtagat cacgctgtcg tgtcggatct gtagccagcc gtttccgagc
    17581 gccttcaggt ggagcgtctc gtgtcgtttg attgtctccg gggcatctgc ggcgcctgat
    17641 cgaaggttgg agaggcagcc tgagttggtg atgtggtaga ccttcaatga agatgcatca
    17701 cccacctctg tcacctcgct ttcgttgcat ccgccggcgc tcagcagcag cgctatgccg
    17761 tagaccaaaa actttttcgt ttccatcgtg ttttccgatt atttgtttct gcccttacgg
    17821 atgtggatag gccggcggac gctgcatgtg cactattcaa taatggtgat ccagccgaat
    17881 tcgtccggtt cgtcgccgta ctgaatggcg cgcagcttgt gatagagctt ttcgcagacg
    17941 gggcccactt tgccgtcttt cgagatgatg tatgacttgt gctcgtccag atcgtcgatc
    18001 gtggagatgg gcgcgatgac ggcggcggtg ccacactcgg cggcttcgtc gaaggtggcg
    18061 acctcctcga agggtaccgg ccggcgctcc accttcatgc ccatgtgttc ggccagttgc
    18121 atgaggctct tgttcgtgat cgagggcagg atggagttgg aggctggcgt gatgtatgtg
    18181 ttgccacgca caccgaagaa gttggccggg ccgcactcgt cgatgtattt cttctccttg
    18241 gggtcgaggt agagcacggc ggcgtagccc tcgttgtgtg ccttgacgcc cgctgcgagg
    18301 ctggctgcgt agttgccgcc gaccttcacc atgcctgtgc cgttgggtgc ggcgcggtcg
    18361 taaccacgca tgacgcagac tttcgacagg cggaagccct ccttgaagta tgggcctacg
    18421 ggggtgacga agatgaggaa gagatactcc gaagcgggct tgacgcctac ttgtgggccg
    18481 acgccgatga gcagcgggcg gatgtagagc gacgagccgc tgtcgtgcgg gggcacgaag
    18541 tggctgttaa gttttacgac gcggcgcacg gcttcttcaa atttctccac gggcagctcg
    18601 gccatcataa tggcgcggct ggaggactgc atgcgccggg cgttctcgcc catgcggaag
    18661 acgcggatgc ggccgtcttt gccgcggaag gctttcatcc cctcgaaggc ctcctggcca
    18721 tagtgcaggc aggtggaggc catgtggatg tcgatgtttt cagatgagga gatttcgagc
    18781 tcgccccact cgccgttgcg gtagtagcat ctcacgttgt agtcggtttt catgtaaccg
    18841 aacggaatct cggaccaatt gatttctttc atggttgtgc gttgtattaa atgttagaaa
    18901 aataaagtgt gggcaaatgt aagcgcctga tcagatttgt cgaagggtta ttccacgtag
    18961 cggacttcgg gggtgaggct tatgccgaag cgctcttcta cggtgtttcg gatgcgttcg
    19021 gcgaagcggg ctatgtcgtc gccggtggcg tggccgtgat tcacgatgat gagtgcctgc
    19081 cgttcgtaga cgcccacctc gccctcgcgt aggcctttga atccgcagcg ttcgatgagc
    19141 cagccggcgg ggattttgat gcggccgtcg ggcgcggggt aggaggggat gtcggggtga
    19201 agggcgcgga ggcggtcgaa gtgggggcga tcgatgaggg ggttcatgaa gaagctgccg
    19261 gcgttgccga gttggtcggg gtcggggagc ttgctgcggc gaatggcgat gacggcttcg
    19321 cggacgtcgc ggattgtggg gtgtaggggg gcgttgccga gggcttcgcg caagggggcg
    19381 tagtcgagtt ggagtgtggg gtgttttcgg agccgcaggt tgatgtgggt cacgatgtgc
    19441 gggtcgcggt gtggatcttt gaaggcgctg tatcggtagg cgtattcgca gtcggtggtg
    19501 ctgaaggtgt ggcgctcgaa ggtgagttgg ttgaaggctt ctacgctctc gacgacgtct
    19561 tttagctcgg cgccgtaggc tccgatgttt tggacggcgg cggcgcccgc ttcgccgggg
    19621 atgagggaga ggttttcgat gccgccccaa ccgcggctga cggcgtagtg caccacgtcg
    19681 tcccagactt cagcggcgcc gatgcgcagg gtgacgtcgg tctccgtctc gcggacgggc
    19741 gtgatgccgc ggatgcgaga gtggacgatg atgccgttga agtcggtcac gaagaggagg
    19801 ttgctgccgg tgccgatatg tagcgatcgg agctcttgga agtactcgtc gcggaggatg
    19861 cgcccgagtt cgtcttcgtt gtcatactcc atgaaccagc gggcgtgggc gggcaggtgg
    19921 aaggtgttgt agcctctgag ggggaagttt ttttctatac gcataggggg ggtgtctctg
    19981 actcttgctg tcataaaaaa agatgccccg accaacagcg cggcggggca tccttcatgc
    20041 ttctttgttc aaatcttctt cacgtgtaag cgtgaatcaa tacgtgcgtt ccaaaaccca
    20101 agcgtcttgg aagttggggg catacttggc tcggatggcg tcgcggcttt tttcggcctc
    20161 ggccttcgtc tcaaagctgg ttacgatgac gcgcatcatg ccgtattcgt tttcaccgag
    20221 cacgggcgtg tagccttcgt tctgcatgcg ctccttgagg gagttcgcgt tggtgaggtt
    20281 cttgaagctg ccgattacga cgctgaacaa cttgatggcg tcgccatctt cgccctccac
    20341 gggggtgatt ttctcctgac gcgtttcacc cgctgtcttc gactttgata ccggagcgat
    20401 ctcttcttct ggctcgtcgc ttgatatctc gcgttccttg gcctgctcgt aggcggcctt
    20461 gtacgcgctc tgtttcgatt tgcacgaagc gcagcacatc aatactaagc acagagcgac
    20521 tcctaacaat cctatccttt tcatatctgt ttggtgttat gaattaacgg gcgcaaatat
    20581 agaagcagga tctgtagtcg cgcacagtaa cgagctgccg accatgtgcc cgccggctca
    20641 tccacccctg gattctcccc aaaaacgccc ccgccagcgc atttcgcctc cggaattccc
    20701 gaaacacacc ccctgccgac gcatccaccc ttcggaatcc ccccgtcggc tcaattgcgg
    20761 cctcttcgca gaatgtttgg gtatactttc tatgcgaaac gatgcttagg cggtctttat
    20821 ggattagatt tccatcagaa actatactta gtcatagtgt atggatataa aatccgtcgg
    20881 aaagtatgct tatacactgt gtgtgggtat agattacacc gggaaatgcg cttaatacaa
    20941 atgtatcagt tcaaatgccg ccggaaagta tactcagaca tagtgtatga gtataaaatc
    21001 cgccggaaag tatactcata cactatgtct aagtatagat tgcaacaagg ggaatacttc
    21061 atacaactgt atatgtttag tttttgatgg gaggtatact tatgcagggt gtgtaagtat
    21121 tgcttttaga caaaaatatg gttaggcagt atgtctaagc gctctttacg gatgcaagaa
    21181 agtgcttaca cactgcctat aggaggtttt tgtagaaggg ataaagcaaa tagggtgtat
    21241 atgagatctc cctattagat ggaatcaccc atcatacggc ctaagcgtcg tttcgcatag
    21301 aaagtatacc taaacagtcc gcgaagaggc cgcaattgag ccgacggggg gattccgaag
    21361 ggtggatgcg tcggcagggg gtgtgtttcg ggaattccgg ggcgcggaag agggagaagt
    21421 ggacggcgcc gtagacgcgc atctcgctga agcaggaatg ggtggaaaaa tcgtacgtgc
    21481 cggggtgctc aaggatgaag aggccgcctg cgcacagcag ctggccgccc aagatggctt
    21541 cggggagctc gggcaggcgc ggcaggctgt agggggggtc ggcgaagatg agcgggaagg
    21601 cgggggcggt gcggaggtag cggaaggcgt cgccgcggat cagcgtgaaa gtgcccggcg
    21661 ggggggatag gcgccgggcc acgtcggcga tgaaggcggc gtgcacacgg ttggcctcaa
    21721 cggccgtcac ggagcagcat ccgcgcgaga gcagctcgaa ggcgatgctg cccgtgccag
    21781 aaaagaggtc gagggcgcgg acatcctgcc acgtgacgag gttttcgagc acattgaaga
    21841 ggttctcctt cgcaaagtcg gttgtggggc gcgcgctgaa agtggttggc acttggaagc
    21901 gcctgcggcc gtagatgcct cggatgatcc tcatgcgttc actgcatttg cctccgcttg
    21961 gttgccgagg gtggcctcgc ggtcatcggt gcggtataag gtttcgatgg cctccacacg
    22021 gatattccgc aggtaggtct gtagcttttc tttcaagtcg aaggccgtcg atgcaacggc
    22081 cgacagggtg agcgcatcgc tgcgctggtc gagcgagagc tgcttccagg cgtaaagcag
    22141 gtaatacatg atgtcgtcgt ccgtctccac ctcgaatcgg ttaaggaagc gcaaggcgcc
    22201 ccgatcgaag caagccacat ccatcgtccg atcgtgcacg atggcataca cctcagcatg
    22261 tagtgcacgc aggctgtggc cgtgccaacg ctgtagcaac gatgcgaggc cgtgttccca
    22321 ccgcgcattg tggatcgttt gtaaaacgaa ctcatgcaga tcgtgccgta agccaaaaag
    22381 caacacggac tccatcgtct ccaatggttg cgtaagcacc tcctcgacgg ctccagcgaa
    22441 agagaaacgg tagaggcgct ccttggcctc atcctcatag atcacctccg gcacccatgt
    22501 gtaattcggc tcgctcgtga cgacgcgcac ggaggcgtag gggtaggtga ggaagggatg
    22561 ctggcggaag aggtcacgga gcgcttgcag gtagggctgc gctgcgtcca cttccgtttc
    22621 tgcataaaaa aaggatccct catccgatgg gatccccccg gaaaaagaaa gtccgcccgg
    22681 ccaaagccgg acagacgttc tatagttttc cgaatggctc gccgttagcg agtcgggaac
    22741 acgaaggctc atgtgcgcgg tttattccca gttaccggcg ttgttattga tctccgtcac
    22801 ggagcccact ttgaggcctt cgtacttatt catcttgcgc atcttgtctt tcaggttagc
    22861 cagctgctgc ttgttgaggt cgcccaaata gacatcgtag gggacgcggc actcgaagac
    22921 tttcaccgta tagcccgagg aggattccag cgtggccgta tccatctcaa acttggcgtt
    22981 gacgcctttc accggcacgt aggcgaggga gtcgacattg aagttggggc ccaacagggt
    23041 gtctttagct aatacccaca tggtgtcgcg gcggaagttt tgcaagccgt ttttgatcac
    23101 ctcgtcgttg ttgccagtct ggcgtgcacg gcgaacgatt tcagcggctt tcttttctgt
    23161 catgccatgc tccatctgat cgtcggtcag gacgccttct ttgatcacga agggcagctt
    23221 ggcttcattc aggaacttgg ccagctcttc gaacgatccg gcgtggcgcc cgtttctgtt
    23281 cttatactcg atctgagcct tccgaatctc aatcaggcga ttctcaatgg ctgtttcacg
    23341 agccgtacgc tcattttcaa actcaatcgg ccccatgatg cttctgtaac acatgtaggc
    23401 tagcagcaca accgccgcaa ccaataagat tttcagtgta attctcatat ccgtgtatac
    23461 ttatttttga atgtttgatt tttatgcggc aaatgtatga tagttttcaa aggtctacct
    23521 ttatcgcaaa aattattcat accagggtat ggttgataaa tacatctata agcagatcac
    23581 ggaacatttc ccttataccc ccacagcaga gcagcaaaaa gcgattgcgg ccattgctgc
    23641 ttttgcggca gccaccacgc cccggtcgct gttgctcgtg aagggctacg cggggacggg
    23701 caagacgtcc gtgcttggag ctgtggtgaa ggccctccag gcgatgggta ggccgagcgt
    23761 gctgctggcg cctacgggca gggcggcgaa ggtgtttgct gagtatgccg agcgggaggc
    23821 gtttacgatt cacaagaaga tctatcgcca gaagtcgttc tcgaacgatt ttgggagctt
    23881 ttcattgacg aacaacatgc acaaggacac gctctttatc gtcgatgagg cctcgatgat
    23941 ctcaaacgaa acggccggtg cgcaggcctt cgggagtggg catctgttgg acgatttgat
    24001 ggagtatatc tacgatgagg gaaagggctg ccggctgatt ttgtcgggcg actcggcgca
    24061 gctgccgccg gtgatgctgc gagagagccc ggccctgagc gtggagcggc tccggagcta
    24121 tgggttagag gtgcatgagg tgtcgctcac ggaggtcgtg cggcaggatg tggactcggg
    24181 catcttgttt aacgccacat tgattcgcaa tgggctgcgg agcctgcgga cggcgcgctt
    24241 cccggtgctt cagctgaagg ggtttcgcga cattagcaag gtgacgggca gtgagctgat
    24301 cgaagagatt gcgtcggctt acgggagcga tggggtggac gagacgatcg tggtttgccg
    24361 atcgaataag cgtgcaacac gctataacaa cggcatcagg ttgcacattc tcggccggga
    24421 ggaggagctc gagcgaggcg aaaggttgat ggtggtcaaa aacaattatt accgctggtc
    24481 gcgggcgaag gatccggagt cgaacttcat tgccaacggg gagatcgtgg aggtgctgcg
    24541 cgtgcgacgt tcgactgagc tgtatggttt tcacttcacc gatgtgctgg tgcgcttcca
    24601 agacgatgcg gcggaggtgg agctgcggat cttgacggac gcgctcagga gtgagtcgcc
    24661 gacgctctcg aaggaggata gcgaccggct gttttacgcc gtgttggaag attataaaga
    24721 ggtgaagacg aaggcaacgc gaatgaaacg gatgaaggag gatccgtttt tcaacgccgt
    24781 gcaggcgaag tatgcctacg ccatcacctg ccacaaggcg cagggcgggc agtggcgaaa
    24841 tgtgttcttg gacattggct acctgacgga ggcgatgctt ggggaggact tttaccgttg
    24901 gctatacacc gccgtgacgc gcgctacggg tcggctttac ctcgtcaacc tgccaccggc
    24961 tttcgaggca ggaggagggg aatcagaaac gttctgacaa tcgtccgatt tatagccggt
    25021 cggaaatgat ttacaaacca atggacataa tcagagcaat cgacggaaag ctccgcgcgt
    25081 cagtttttga tctccgtcat tttgatgcgg aagccctccc aattttggcg tctgagtgaa
    25141 agatttacat ttgcccccgc ttcatcctcc ccacgtttac aacatctttt actacgtcaa
    25201 tcaaaaagcg gggagggcat aaaagcaatc cagctcacac tattattaat tgatacatca
    25261 tcaagcgggg aaacacaata ctgctgaagg atgtgcgcat atattccctc ggtataggcg
    25321 cccccccggc acagcctaaa gagctgtaat agccacccgc tccccccact tttttattca
    25381 tcacacaaat ggttaaatac aacattgtcg aactgacaga catggaactc cccaaactgc
    25441 aaacgatcgc aactgagttg gggcttggcg agatcaaagg cattgacaag caagcgctga
    25501 tctaccttat ccttgaccaa caggccgtct cagtagccgg tatgcaaaaa gaaaaagagg
    25561 ctcagaagtc ggaaacgaag ccgcgccgca aacccggacg gccgccgaaa aatccaccag
    25621 cagagacgtc tgagactgct gtagaaaaga aagagaagaa ggaaacggca aaagagaaag
    25681 aggccgaaaa gcctgttgtg aagcgtcgcg ggccgggccg cccacccaag aagaagccgg
    25741 aagaggtgca ggaaatcgat gccgaggaaa aaccggctga gaaggagaag aaaacggccg
    25801 agaaacctgc cgtgaagcgt cgcgggccgg gccgtccacc gaagaagaaa cccgtcgagg
    25861 agcagccggt cgatacggag cccatcttgg ctaccgagcc gatgctggag gctgaggaca
    25921 cgcccgcggc cgaaccgcag cccatcgctc agccgatgga ggtggcagaa gcacccaccg
    25981 tgcccgaggc agagacgccg gataaacccg agtcgggagc tgcacctgag gtgaaagaga
    26041 caccggccac gccgacggtc agcgcggatc cgaagcgcac catctttaag cacaccacgg
    26101 acacgaactc cgtgctcgat caggtgctgc ccatgcaacc ctccacgccg cagccgaagg
    26161 aaaagccctc aaacgacccc aagaaacgtc agccggggca gcgagctggc aaccccaacc
    26221 tgcgcgaaaa tgcccccgcc gtgccgcccc caccactcta tgatttcgac ggcatactca
    26281 cggccacggg cgtcttggag atcgtccccg acggctacgg attcctccgt tcatcggact
    26341 acaactacct cgcctcaccg gacgacgtct atgtctccgc ctcacaaatc aagctcttcg
    26401 gactccgcac cggcgacctc gtggaggggc ccatccgccc gccgcgcgaa ggggagaaat
    26461 acttcccgct cgtcaaggta gacaccatca acggccgccc gactgaagaa gtgcgcgacc
    26521 gtgtcccctt cgaccacctc acgccgcttt tcccgaacga aaaattcaac ctcaccgagc
    26581 gccgctcgcc caaagtttac gacccctacg ccgtgcgtgt cgtcgacctt ttctcgccca
    26641 tcggcaaggg tcagcgcggc ctcatcgtgg cacaacccaa gacgggtaaa acgatgctcc
    26701 tgaaagacat tgctaacgcc atcgccatta atcacccgga ggtctacatg atcatcctgc
    26761 tcatcgatga gcgccccgag gaggtgactg acatggcgcg cagcgtagat gctgaagtta
    26821 tcgcctccac gtttgacgaa cccgccgacc gccacgtcaa gatcgccgag atcgtgctca
    26881 acaaggccaa acgcatggtg gaatgcggtc acgacgttgt catcctgctc gactccatca
    26941 cccgcctggc tcgcgcctac aacaccgtgc agccggcttc gggaaagatc ctctccggtg
    27001 gtgtggaggc caacgcgttg caaaagccca aacgcttctt cggtgcagct cgcaacattg
    27061 agcatggcgg cagcctcacc atcctcgcca ccgccctgac cgatacgggg tcgaagatgg
    27121 acgacgtcat ctttgaagaa ttcaagggca cgggcaacat ggagcttcag ctcgatcgca
    27181 agctggccaa ccggcgcgtc taccctgccg ttgacatcca agcctccagc actcgccgtg
    27241 acgacctgtt gcaagacgag agcacccgca accgcctctt catcttccgc aattacctcg
    27301 ctgacatgaa caccattgag gcgatggagt tcgtcaagaa gcagatggag cttaccgcca
    27361 acaacgccga gcttctcgcc tcgatgaatg ggtaagtagg gctgggagac aggtgctcgc
    27421 ctgtccaaac gaatacgtcc tgctgggcaa aaagggaacc gctccctatc gcccagcagg
    27481 acgttttgtt tttcgctttt ccgtccacct cacattgagc gcgatctgta gaggccaaag
    27541 atcatcacca atttcatttt tccgagctcc aacaatggta tacttgggct taagggtcaa
    27601 atatgttcct gcgaggggca ataatacact gtgatacatg tatatgtaat atctagtatt
    27661 atgagagatc aaactcgaaa aaaaagtact ctcattgtgg gtcaaaagag gtgattcgta
    27721 agggcacacg aaatggtaca tcttataggt tttgccatag ctgtacacac tactttagcg
    27781 gtcgtttgca tgtggattct tcggtggttc atcgatacta cgctgaaggc acatatacca
    27841 tctcacagat cacagaacga ttaggaatat cctgttctac atacagtaaa gcgtcggatg
    27901 aaaagttgcc ctctcagttc tacctctata gcacctcgaa ctgtggcgtt tcaaatggat
    27961 accacatact ggagtagaaa ctttggcgta gtacttttca tggatgtagc gacccatcgc
    28021 gtccttcatt tcagcttcat ttatcgaaag gagcgtatag aagattacct ctcgggaata
    28081 gcctacctca aaaggcaagt gagccgggtc aacggtgtca tttctgatag accgtccgct
    28141 aaagaaggtg agttcgatgt aagaaatcca tttccccgcc tcggggaaga cacccttccc
    28201 aatggcttgc agaccgcctg cgaggtagct tgtagacacc ctgcaagcag gcttgcagac
    28261 ctcgtgcaag ggagttccat tcctatatcg gcgaatgaat tgcttacatc gaactcacgt
    28321 atcattaaca gtctcgatca gagatctttt ccgaagcata atcttgtcat gttgaagcat
    28381 caaggcattc ttcataccct ttttcagacg cgtgatgagg tggactccgt caatgaagag
    28441 ctgttcgaag aggtctttcg agatatagcc cctgtctccg aagagcttcc cgaagatccg
    28501 tttgtggaag tccatgtgtt tcaagggggt tctgtcgtct acattgcccg gagtcagaag
    28561 aaagtcaagc agttctccct tgtcattaat aatcaagtgg agtttgaatc catagaacca
    28621 cccaagcgtg ctttttcctt tccgggcaaa ttccttgaag gttttatgct gcttttctct
    28681 tttgatatgg cagcttcgga tgggagtaga atcgataaaa gatatgccgg tacattgccc
    28741 caaagccttc atttttagga agacagcaag cgggatacag acttttcgct ctaactctac
    28801 aaatcggttg taggacacgg tatgggggaa atcagacttc atgcgtgatc ggacgaagag
    28861 atagaaatgc ttcaggtctc gaaaagagga gaagtggaaa aggatgagaa tcgtcatcac
    28921 ctcgctaccg gacatagtga atttgcggtt ccttcttttc tttggggctc cttcttccaa
    28981 ggaatgactt ttgattacgg cgtcgtattc tttcaagaat tcgtcgacga gatagtagat
    29041 ctctacagtt ttattggtgg gaatcattgt tgggtttgct ctttgttttt aacgcattaa
    29101 agatacaaac ctcactcttg actcccacct ctttttgccc cttttcttac gtcgaactca
    29161 cgttaagtta ggtatcccaa cggtattaga tcgaacgctt cagcaatcaa tcgtccagat
    29221 cctca
//
LOCUS       SEQF3106|MIQD01000027.128293 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..28293
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             273..3776
                     /gene="rapA"
                     /locus_tag="SEQF3106_01033"
                     /EC_number="3.6.4.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01821"
                     /codon_start=1
                     /transl_table=11
                     /product="RNA polymerase-associated protein RapA"
                     /translation="MGELHEPEELNGTLIDNTDELKMAAYLRKCIEEKGINTIKIATG
                     YWDVPGMALVADKLKTFLERDGTRLQILIGKDPNVYASHLKDPTQKFPDDYIKTDLLG
                     LHIKEEYKLAVDLLLTHCKHTETDDNGQEIEVGTGRIEVNKYTEDRDGKDVFLHSKCY
                     IFKGSKGSFGIIGSSNFTRNGLTQNAELNYLETNGMIITAEPKEGSPSKGHICWFNEK
                     WEQSTPWTNEFVNEIVKPTPIGREVNRERKQRQKAEEEALAKPFTPYELYIKLLQTQF
                     ATFLDTKLSGQIKDYLPTTYSAFDYQIDAVKQCYEYMQRHGGFLLADVVGLGKTVVGA
                     LIVRHFLSTPQKDGRGGRVLIVTPPAVQQPWRDTLGDICAADPELNKRIDYISLGRLD
                     KFTEGMDDEETLDDGTLDGMLDQSKTYGLILIDESHRFRNSDTEMYRALNGLIGSITP
                     TPYVGLLSATPQNNRPQDLKNQIYLFERTPKNSTLTKVPGGDLDAFFSDVNTAYKELI
                     DKNNSMPNDERRERLKRLSEEIRSKVLVDIMVRRTRTDVETNYGEDMEAQGLVFPQIV
                     GPTALKYVMDSAQVSLFNDTMRLIAPGEEDKDGLTYARYRAIEYFADPTHAEKHKGRG
                     SRTAGNVAEQLAWLMQQSLVKRLESSAGAFRESLHNLWQNTQNMIRMWGNNTLFVCPD
                     IDINGELRAHPTFEQAVAALRRKINDLNEQGRNEGGKNAEYRREDFRPTYIELLQRDE
                     RILSDLCARWDPKWIKKDPKLEAFKRQLPALFDPEKNTTGLLVIFTEAIPTAVELGHV
                     VKEAGHCPLVIRSQNREEERVVIRRNFDANCPATEQLSDYDVLITTDTLAEGVNLHRA
                     HVILNYDTPWNATRLMQRIGRVNRIGSEAPNIYVYNFMPSDEGDERIKLVQKAHVKLQ
                     SFHTLFGEDSKIFSNAEDVVHYALLPTSDQIEDEVGDAPYLKYVKELRAYVKAHRPRY
                     RRIEEANTPGDWLMVQTADMGTAYFLVGTQPANAMIVCFDPKNKSKVVSPIDVLEELR
                     ADEVACAIDPSMNSEMWGRLEALEKEALQAYKNHIYDKSSTRANDAQTKAREIIDKLY
                     DMPDLSAAAKQILKHANKQVRGGNVDVINRILEIDRKQHAQQQLLFSLDDLIEQTLGG
                     LAKDVPAAPKGNPRIFLGTIK"
     CDS             3795..7262
                     /locus_tag="SEQF3106_01034"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCTETLRSFLEKEYPGIDAFLEQVIYRIFDQTEFETIGKDDYAQ
                     KANYSKLAEATGIRNMVLKGEVYAGTTPLQVFDITVGDHVKMARNRVALQLLTRRIME
                     HRSAAFMVFHYEEAHAASREWRFSFCYKSSDSGATTDPKRFTFLFGPGHSCRTAANNF
                     QELFKKKGQKETIANLQKAFSVEALSEEFFDKYHKHYEHFVLHATGKRYVKQANKWEE
                     HTEHAPDEAIMRAFGGDEKRVRDYVKKLLGRIVFLHFLQKKGWMGVPDGGRWGEGKFR
                     FMYNLFERASETQRADFVHEVLEYLFFHALNTDRKADNDRYDTRVFQEKMRVPYLNGG
                     LFEEDDADKCFKACTDARFPAELFEKLFAFFEQYNFTIDENDPDDAQVGVDPEMLGRI
                     FESLLEDNKEKGAFYTPKEIVQYMCRRSLTAYLQADVPDECMRKAIDEFVRTKDYNEL
                     RLKLPPSLREQVAERLRTVKICDPAIGSGAFPMGLLRELYLCRIALEDEVKEGRSKSH
                     AEIKKEILQQNIYGVDLDRGAVDIARLRFWLSLVVDEEEPQPLPNLDYKIMQGNSLLE
                     RYKDVDLSTLASQKTDGRLIFIDDENDASHLSLYHLLVAYYGEDNHDKKQSLRARIQQ
                     NIEEQLKAQRYKVDLSDVNVFANPNFFLWHTWFSEVFANGGFDIVIGNPPYISTKGVD
                     KDDKKMYEQEYGFSDDTYNLFTHRGLRLLAPNGCLCLITPKTFWTIQTKRNMRDLILS
                     YQLDYIFDTANPFESAMVDTCVFQVIKRKMEPGHKVEFLDGSSSLSEPIALPPIEQKM
                     YLETQSSVIFKPTEFNLAVYRRLGSTVKKLYDEWWDKISTSKKIAQYADELAAYRASL
                     KPGDIALLGCLTEGGQGLATANNGKYVAVRANTKWADNIRKSRPKKLEAAITRYRIPI
                     ERLDGLSANDFLATKSEAEIAALFDSLKEEYGRDIFGQGYLFKIVEEAEIADVDTLTE
                     DEKENGIASDKPFYVPYDKGDKDGNRWYLETPFVIAWSKENVQFLKTDPKARYQGYAF
                     YFREGFCWIDVNSTYLKSRIKGNGVFDVLSMSLFSMYHLENSYFVALINSKLISLYVD
                     NFINNTSHFQINDARQLPIIIPSDDIKDEITHLVADIVEKKKVGDTSISGIEQRLEEL
                     IAQLYSVEL"
     CDS             complement(7230..7661)
                     /locus_tag="SEQF3106_01035"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPVVRNPQFYFREGFCWSDIKTTYIKCRRKGKSVNDVKSMSLYS
                     LSPQVPEFYLIFLINSSFISRFVEDFINHTQTFQINDARQIPVIIPTAEELLQIKEVV
                     MQAISVKRMVNPTHLSEKRLEEIQRQVDQYILQLYRIELSN"
     CDS             complement(7719..8369)
                     /gene="pinR"
                     /locus_tag="SEQF3106_01036"
                     /EC_number="3.1.22.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ADI0"
                     /codon_start=1
                     /transl_table=11
                     /product="Serine recombinase PinR"
                     /translation="MIYGYIRVSSDKQTVENQRFEINNFCQRQALPVDDWIEETISGT
                     KNYDKRRLGRLLRRVGKDDIIICSELSRLGRNLFMIMEILNICMTKECRVWTIKDNYR
                     LGEDIQSKVLAFAFGLSAEIERNLISQRTREALARLKAEGKHVGRPKGKRNTQLNPTC
                     RRRHKHILTSLEKGISIPQIANDIGVARGTLYRYLAYTGIREPVKNTSSRWENGIY"
     CDS             8413..8832
                     /locus_tag="SEQF3106_01037"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MISPWWRLKIPVPQAYRQLAEIKNTRTWAYRQLAEIKNTGTWAF
                     RQVAEIKNTCTWAYRQVAEIKNTSTWAYRQVAEIKNTRTWAYRQLAMIKNTRTWAYRQ
                     LAMIKNTSTWAYRQLAEIKNTSTPSFLSIDRDQNHYQ"
     CDS             complement(8984..10150)
                     /locus_tag="SEQF3106_01038"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSHKPSQRLLALDILRGITIAGMITVNNPGSWSYVYAPLGHAEW
                     NGLTPTDLVFPFFMFIMGISTYISLRKYQFTYSAGAAWKIVRRTAVIFAIGLAIAWFG
                     LSCRTWHALADEGLPFATRLFRATTNFSHLRILGVMPRLALCYGAAALIALTVPHRRI
                     PHLIAALLVGYALLLFLGRGFAYDETNILSVVDRAVLGPDHMYKDNGIEPEGLLSTVP
                     AVAHVLIGFCCGALLLGVSDVRDKMLRLFLLGTAMALSGWLLSYGCPINKKVWSPTFV
                     LTTCGMASSLLALLVWIIDVRGHRRWCRFFESFGVNPLFMYVLAAIFSILLGNIRVSH
                     GGGETVSLGGWLYGDVLRPLLGDYPGSLAYALLLVSACWCIGYILYRRNIYIKI"
     CDS             complement(10163..11401)
                     /locus_tag="SEQF3106_01039"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYPYILLLLTLCVALPPVHAQKIRVKTGIEVLKDERFRRLEGK
                     RVGLITNPTGVDDRLRSTIDILHEAPNVRLVALYGPEHGVRGNVHAGDTVGGSIDLAT
                     GLPVYSLYGTTRKPTRDMLRDIDVLVYDIQDIGCRSFTYISTMGLAMQAAAEAGIEFI
                     VLDRPNPLGGERVEGCVVEEGSQSFVSQYPIPYVYGLTCGELARLLNEEGMIGARCRL
                     QVVKMRGWRRRMDYAATGLPWVLPSPHIPHAETALFYPATGILGELGTLSIGVGYTLP
                     FQLFAAPWIAAPRLAQRMNALRLPGVSFRPIYLKPFYAINKGEFIQGVQVHLTDPRRA
                     TLSELQFLLMQEVATLYPSHNPLQAADSSRLVMFDKVCGSPEIRRRFTRRYRWDDVRD
                     YWRKDADAFRRLSRKYYLYK"
     CDS             complement(11398..12825)
                     /locus_tag="SEQF3106_01040"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNVRQSQEALERDADARRQGRGGGSVQAYMTDHRVPQATPQTR
                     RDAKPSPWAWIPTLYFAEGLPYVAVMTVAVIMYKRLGLSNTDIALYTSWLYLPWVIKP
                     FWSPFVDLLKTKRWWIVTMQLLVGAGFAGIAFSIPTAYYLQASLACFWLLAFASATHD
                     IAADGFYMLGLDSGEQSFFVGIRNTFYRLATIFGQGILVMLAGALETGSLLPNTAQRI
                     PLAWSLTFYLLAALFLGLTIYHRFVLPRPATDAPRTELSVGQLAKDFLHTFVTFFQKK
                     HLGLIFFFLLTYRLGESQLVKIASPFLLDERAAGGLALSTSTVGMIYGTIGVVSLLLG
                     GVLGGIVVSRQGFRRWLLPMALAINLPNALYIYLSAVHPAAWQVIVAVAIEQLGYGFG
                     FTAYMLYLIYIAEGEHKTAHYAIGTGFMALGMMLPGMAAGWIQDTVGYTPFFVWVCLC
                     TLPGILASVLVRKKIDPAFGRKATT"
     CDS             complement(12822..14300)
                     /gene="pglI"
                     /locus_tag="SEQF3106_01041"
                     /EC_number="2.4.1.293"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q0P9C6"
                     /codon_start=1
                     /transl_table=11
                     /product="GalNAc(5)-diNAcBac-PP-undecaprenol
                     beta-1,3-glucosyltransferase"
                     /translation="MKDQITCFVPMTDEAQVAPLVEALSACPMVGRIIRLTTDEQLAQ
                     RAAQRDTLFVPTLFGTEAIRTIARASRETPFLLYYTKCTPLSIGYLALERMVQVMRLT
                     NAGMVYADRYQQDGEEQRPAPVIDCQRGSLRDDFDFGSLLLFRTDVFRAVAASMTANY
                     RFAGLYDLRLRLSERAPIEHINEYLYTEVLSDRRKSGEKIFDYVDPRNRDAQVEMEQA
                     CTDHLRSVGAYLSPEGIQPIALDAAGFACEASVIIPVRNRVRTIEDAIRSVLSQQAPF
                     DFNLIIIDNHSTDGTTDIIRRYAKSDARLIHLIPERTDLGIGGCWNLGVQHEACGRFA
                     VQLDSDDVYKDEYTLRRVVETFRREQCAMVVGSYLMTDFHMQPIPPGLIDHREWTPEN
                     GPNNALRINGLGAPRAFYTPLLRELHVPNTSYGEDYAIGLAISRRYRIGRIYGPIYIC
                     RRWEDNSDAALDTTRTNRNNFYKDKIRTWELLARIFMNGEEA"
     CDS             complement(14307..15155)
                     /locus_tag="SEQF3106_01042"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLPKGWTHFQSLETTSPEGWTHFQSLEMTLPEGWTHFQSLEMT
                     SPEGLTHFQSLEMTSPEGWIHFLGGKTTSPEGWIHFPGGKTTSPEGWIHFPGGKTTLP
                     KGWIHFPGGKTTSPKGWIHFPSGETTSPEGWIHFPGGKTTSPEGWIHFPGGKTTSPKG
                     WIHFPSGETTSPEGWIHFPGGKTTSPEGWIHFPGGKTTSPKGWIHFPSGETTSPEGWI
                     HFPGGKTTSPEGWIHFPGGKTTSPKGWIHFPGGFVRANHCLPLRAPRMMGLPTHLHFF
                     IKPFSA"
     CDS             complement(15477..18515)
                     /gene="xly"
                     /locus_tag="SEQF3106_01043"
                     /EC_number="4.2.2.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9AQS0"
                     /codon_start=1
                     /transl_table=11
                     /product="Xanthan lyase"
                     /translation="MKYHNILYLARLFALSLLPAVSLSAQSIPKDTQRKAAEYLTSLA
                     KRRAHVGGVGIDSVRTDGRRVIFYADVGLSYIPMREPDVDDIYTNLRKMLPKAYRDYS
                     VEVRTDGQAIEALVPALYQSNGKQKIDPPRAESSRPLVTRLSAPVTPKHGLAGRHIAL
                     WQSHGFYYERKLGRWEWQRARTFGTVEDLYTQSYVLPYLVPMLERAGANVLIPRERDT
                     QSAEIIVDNDGCRNRSTYTEKDAKAAWRTGDGAGFAHRRDRYTGTENPFREGTYRMVE
                     STAKGKETTAEWTPDIPRAGRYAVYIAYKTLPNSTAEAHYTVHHKGGSTEFAVNQRMG
                     GGTWIYLGHFDFEKGKNASGRVVLSNRTGRSGEVVTADAVKIGGGRGNIARGVATDKK
                     ATANVRSSSDDEEEDAPTTPYPSETSGYPRFTEAARYWMQWAGVPDTIYSPSGGRNDY
                     TDDYRGRGKWVNYLAGGTSVNPDEPGLGIPIDLAFAFHSDAGTTTNDSTMVGTLGIYC
                     TDVYDGVYADGTTRYAARDLTDIIQSTIVHDVRTLYEPRWVRRAMWNKPYSEARTPRV
                     PTMLLELLSHQNFADMRLGLDPRFRFTVSRAIYKGMLRFLADRYGRKYVVQPLPVDHM
                     SLRFVHGSEVELTWRPVADPLEPTAEAKQYIVYVREGDGAFDNGTLVSKPTFRHAQRP
                     GEVYSYRVTAVNDGGESFPSEVLAAGRAKRERGMVLVVNGFDRISAPDDFATDSIAGF
                     ADWADHGVPYIEDISYIGRMKEFRRSAQWTDDDAAGFGDSHSNYDTLVIAGNTFDYPA
                     MHGRSILRAGYSFVSCSNEAVEARMVELKDYRLVDYILGKQRRTKMGRGGVAPMQFEA
                     FSRGMQRAIADYCKGGGRIFVSGAYVGSDLFDGPTVTPADQYFATNTLRFKWRVGQAS
                     STGSVRGIASPYPTFDGTFAYYAEPNAKGYVVESPDGIEPVGEGGRTVMRYAETRISA
                     GVAYAGKYRTCIFGFPFEAIQKASDRDRVMAAVLGFLDER"
     CDS             18727..21168
                     /gene="thrA"
                     /locus_tag="SEQF3106_01044"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00561"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional aspartokinase/homoserine
                     dehydrogenase 1"
                     /translation="MKVLKFGGTSVGSVKGLANVKRIVESAEEDLIVVVSALGGITDR
                     LLLTARLASEGNEAYLTEYAEIVRRHDEVIDGIVPEAVREGVKRHVRETLGELENIYR
                     GVYLIRDLSRKTSDTIVSYGERISSFIISHIIEGAELYDSCEFIKTIDRFDKHIVDFE
                     ATDRLISERFARLPRVAIVPGFISTDAATGDITNLGRGGSDYTASILAARLGASVLEI
                     WTDVDGFMTADPRVINSAYVIDCLSFIEAMELCNFGAKVIYPPTIYPVYHKNIPIRVC
                     NTFNPQAPGTLITQEYRRTDGKRALISGISSIDNTCLVTVQGLGMVGVIGVNHRIFKT
                     LAETGVSVFMVSQASSENNTTFAVRNEDADRAVEALNKEFSLERSQGEINDVTAEKGL
                     ATVAIVGEDMKRTPGIAGRLFGTLGRAGISVIACAQGASETNISFVIKSDVLRKALNS
                     IHDSFFLSEYKVLNLFIAGVGTVGGNLLEQIRGQQENLMKQNRLKLNIVGVANSRKML
                     LCRDGLKADGLVEALKADGVPSSPAALRDEILRMNIFNSVFVDCTSSEEVAALYESLL
                     DKNISVVAANKIAPSSAYDRYRMLKDTARRRDVKFLFETNVGAGLPIIHTMNDLINSG
                     DHIIRIEAVLSGTLNYIFNTIDASTPMSRAIRMAVDSGYAEPDPRVDLSGKDVVRKLV
                     ILAREAGYRVEQADVKQRLFIPEEYFTDSTEDFWARIPEQDAHFEAERKRLAAENKRL
                     RFVARMADGVCEVGLEEVCSNHPFYELEGSNNIIMISTERYHDYPMIIKGYGAGADVT
                     AAGVFADIISIANIR"
     CDS             21301..21873
                     /locus_tag="SEQF3106_01045"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQIEDTIVSLDVIERRFVCDLGRCRGACCVEGEAGAPLEAGEA
                     DALRAALPAVWDDLRPDARAVIERQGVSYLDADGDEVTSIVDGRDCVFTRHGADGICH
                     CALEEAFRRGRTAFMKPISCRLYPVRVTQYRRFRAVNLHRWAICRVAEALGEQLGVPA
                     YRFLREPLTCKFGTEWYAALEAAAEVIARR"
     CDS             22391..22945
                     /locus_tag="SEQF3106_01046"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPRNKPYKRTLDRYRAQLPPTKHRRSPGNRTLTVQPQFPLEDIY
                     ISLFTERRIYDRDGNESYEPIEHRVKATHVEMLDALRLALDEGAVNLKSFGNRYGLTP
                     PDLNGLVLALTGMEATTFRMAWQMRRVDELLRYTDLTIEEVARRSGVGTGSNLFYACQ
                     RDFHCSPSERRDAIREWNDVGRFR"
     CDS             complement(22986..24113)
                     /gene="wbpE"
                     /locus_tag="SEQF3106_01047"
                     /EC_number="2.6.1.98"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9HZ76"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-2-acetamido-2-deoxy-3-oxo-D-glucuronate
                     aminotransferase"
                     /translation="METIQMVDLKRRYARLKPEIDKATAEVISSGTFIGGSEVEAFTR
                     ELEQYLGTSHAIPCANGTDALELALRALDVQPGDEVIMPAFAYIAAAEMVALIGATPV
                     LIDVCSDTYNIDPALVEQAVSRQTKAIVVVHLFGQACDMDPILRVATKYKLGMIEDNA
                     QSLGADYTSADGRTRKAGTIAHIGTTSFFPTKPLACCGDGGALFTADGQLADRLRSLA
                     NHGQAAKYDHHAIGRNSRLDALQAAILRVNLRHMDDDISRRRAVADRYDEALRSLPWL
                     RLPARSKFSTHVFHQYTLRVSDGRRDALRDALRTHGIPTMVYYPRAIHEQKAYKWVAR
                     TCGSMAESVRLAHEVLSLPIHAEMTDEEVTSVIDRIKEFFA"
     CDS             complement(24113..26179)
                     /gene="metG"
                     /locus_tag="SEQF3106_01048"
                     /EC_number="6.1.1.10"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00959"
                     /codon_start=1
                     /transl_table=11
                     /product="Methionine--tRNA ligase"
                     /translation="MEETRHFKRTLITSALPYANGPVHIGHFAGVYLPADIYARYLRL
                     RGQDVLFVGGSDEHGVPITLRAKKEGVTPQDIVDRYHALIKRTFEDFGVSFDIYSRTT
                     SEVHHRMASDFFRTLYDKGIFIERESEQYYDEEAGQFLADRYITGTCPHCGNEHAYGD
                     QCERCGSSLSPTELIHPRSAISGSAPVMRRTKHWYLPLDRYEDFLREWILEEHKEWKP
                     NVYGQCKSWLDMGLQPRAVSRDLDWGIPVPVEGAEGKVLYVWFDAPIGYISNTKELCD
                     AQPERYGRWETWWKDPDTRLLHFIGKDNIVFHCIVFPTMLRAEGSFILPDNVPANEFL
                     NLEGDKISTSQNRAVWLNEYLDDLPGKQDVLRYVLTANAPETKDNDFTWKDFQARNNN
                     ELVAIFGNFVNRALVLTGKYFGGVVPECGEMDAYDRATLNEFEAVKAELERLLDTFHF
                     RDAQREAMNLARIGNKYLADTEPWKRFATDPARVQTILHIALQITANLSIAFDPFLPF
                     TAEKLRHMLAIDAPLAWDRLGDFHLLTAGHKLGRAELLFEKIDDAVIERQMQKLLDAK
                     HANEAAEHRAAPIREAVAFDDFTRLDIRVGRVTECTKVPKADKLLQFKIDDGLGGRTI
                     VSGIAKHYAPEELVGRQVCFVANLEPRRIKGITSEGMILSAEGADGRLAVVMPEKEVE
                     PGSAVK"
     CDS             26474..27997
                     /locus_tag="SEQF3106_01049"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLTPDDLRLLAEKKISETQLCEQLACFEHGFPYLTIEASATAG
                     NGIRVVSDEERTRYIDGWNTYLTHDVHILKFVPASGAASRMFKNLFAFLSSPSDAPST
                     DFERMFFDHIESFAFYGALDAACRKNTGAGVRELIAAGRYKAVVENLLEAQGLNYGAL
                     PKGLLLFHNSADGPRTALEEHLVEGALYARNHAGRVNIHLTVSPEHQPLFEQLVRQVV
                     PAYEQRFGVHYDITFSTQQPSTDTVAVDLQNHPFREADGTILFRPGGHGALIGNLNAM
                     DADVVFIKNIDNVVPDRMKPETVTYKQLLAGILVDLHARIGAYVRLIDSGACTAAQVD
                     EIDRFVREELCVRNPAMPTEPKARLDYLRRKLMRPLRVCGMVKNIGEPGGGPFFAVDP
                     DGTVSLQILESSQIDMQNAAARRLFEQGTHFNPVDLVCALRDPYGRKFNLPDFVDRKT
                     GFISRKSKDGRELKALELPGLWNGAMSDWNTVFVEVPIETFNPVKTVNDLLRPEHKA"
ORIGIN      
        1 aatcattcgc ccctacaact gcctcgggga aggcaccctt ccttgcacac cccctgcaag
       61 caggcttgta gacatcgtgc aaggtagctt gcagaccccc tgcatgcagg cttgtagcta
      121 tcgtgcaagg gagtcccatc cctatatcgg cgaatgaatt gcttatcgac ggggctattc
      181 gggtgtgtgt ggctgcgata aaacaccttt ttttaagcag caatctctgc tttctttctt
      241 ttgtgactcg ataaatcaag agatagagcg agatgggaga actacatgag ccagaagaac
      301 taaacggtac cctaatcgat aataccgatg agctgaagat ggctgcctac ttgaggaaat
      361 gcattgaaga gaaaggcatc aacacgatta aaatcgctac gggttactgg gatgtgccgg
      421 gcatggcgct cgtcgccgat aagctcaaga ccttcttgga gcgcgacggc acacggctgc
      481 aaatcctgat cggcaaagac cccaatgtct acgcctccca cctgaaggat ccgacgcaga
      541 agttcccgga cgactacatc aaaacagacc tcctcgggct acatatcaaa gaggaataca
      601 agttggccgt agatctgctg ctgacacact gcaagcacac ggagacggac gacaacggcc
      661 aagagatcga ggtcggcaca gggcggatag aagtgaataa atacaccgag gacagggacg
      721 gaaaagacgt cttcctgcat tccaaatgct acatctttaa ggggagcaaa ggctcgttcg
      781 gcatcatcgg aagctccaac tttacccgga atgggctcac tcaaaatgcg gagctgaact
      841 atttggagac gaatggcatg atcatcacgg ccgagcctaa agagggttca ccgtcaaagg
      901 gtcacatctg ttggttcaat gagaagtggg agcagtcgac cccgtggacg aacgagtttg
      961 tgaacgagat tgtcaagccc acccccatcg gccgcgaggt gaacagggag cggaagcagc
     1021 ggcagaaggc ggaggaggaa gcgcttgcga agccgtttac cccctacgaa ctttacatca
     1081 agctgctgca aacccagttt gccaccttcc tcgacaccaa gctcagcggc cagatcaagg
     1141 actatctgcc cacgacgtac agcgcgttcg attatcagat tgacgccgtc aagcagtgct
     1201 acgagtatat gcagcggcac ggcggctttc tgctggccga cgtggtcggg ctcggtaaga
     1261 cggtcgtggg cgccctgatc gtgcggcact tcctctccac accgcagaag gacgggcgtg
     1321 gcggccgtgt gctgatcgtc acgccgccgg ccgtgcagca gccgtggcga gacacgctcg
     1381 gcgacatctg cgccgccgat cccgagttga acaaacgcat cgactacatc tccttaggcc
     1441 gactcgacaa gttcacggaa gggatggacg acgaggaaac gctcgacgac ggcacgcttg
     1501 acggcatgct cgatcagagc aagacctacg ggctgatcct catcgacgag agccaccgct
     1561 tccgcaactc cgatacggag atgtaccggg cgctcaacgg cctgatcggg tcgatcactc
     1621 ctacgcccta cgtcgggctc ctctccgcca ccccgcagaa caaccgtccg caagacttga
     1681 agaatcagat ttacctcttt gagcgtacgc ccaagaacag cacactcacg aaggtgccgg
     1741 gcggcgactt agacgccttc ttctctgacg tcaacactgc ctacaaggag ctgatcgata
     1801 aaaacaactc gatgcctaat gacgaacgtc gcgaacggct caagcgactc tctgaagaga
     1861 tacgctccaa agtgcttgtg gacatcatgg tgcgccgcac ccgcaccgac gtggaaacga
     1921 attacgggga agatatggag gcgcaagggc tcgtctttcc ccagatcgtg gggccgacgg
     1981 ctttgaaata cgtcatggac agcgcgcaag tcagcctttt caacgacacg atgcgcctca
     2041 tcgcccccgg agaggaggat aaggacggac tgacctatgc ccgctatcgc gccattgaat
     2101 acttcgccga tcccacccat gcggagaagc acaagggccg cggcagtcgt acggcgggca
     2161 atgtagccga gcagctggct tggctcatgc agcagagcct cgtcaagcgg ctcgaaagct
     2221 ccgcaggcgc cttccgcgag tcgctccata acctatggca aaacacgcaa aacatgatcc
     2281 gtatgtgggg caacaacacc ctcttcgtct gccctgacat cgatatcaat ggcgagctgc
     2341 gcgcccatcc caccttcgag caggccgtgg cggcgctgcg ccgaaagatc aatgacctca
     2401 acgagcaggg acggaacgag ggcggaaaga atgccgaata ccgccgtgag gattttcggc
     2461 cgacatacat cgagttgtta cagcgtgacg agcgcatcct cagcgacctc tgcgcgcgtt
     2521 gggatccgaa gtggatcaag aaggacccga agctcgaggc cttcaagcgg caactgcccg
     2581 cgctgttcga cccggagaag aacaccacgg gcctgctcgt catcttcacc gaagccatcc
     2641 ccaccgccgt ggagctcggg catgtggtga aggaagccgg gcactgtccg cttgtcattc
     2701 gctcgcaaaa ccgcgaggag gagcgcgtcg tgatccgccg aaacttcgac gccaactgcc
     2761 ccgctacgga acagctgagc gactacgacg tactcatcac caccgacacc ctggccgagg
     2821 gcgtcaacct gcatcgcgcc cacgtgatcc tcaactacga cacgccctgg aacgccaccc
     2881 gcctgatgca acgcattggc cgcgtaaacc gtatcggctc ggaggcgccg aacatctacg
     2941 tctacaactt catgcccagc gacgagggcg acgagaggat caagttggtg cagaaggcac
     3001 acgtcaagct gcaatccttc cacaccctct tcggtgagga cagcaagatc ttctccaacg
     3061 ccgaagacgt ggtgcactac gcacttctcc ccacctccga ccagattgag gatgaggtgg
     3121 gtgatgcccc ctacttgaaa tacgtcaagg agctgcgtgc ctacgtcaag gcacaccgcc
     3181 cacgctatcg ccggatagaa gaagccaaca cgcccggcga ctggctgatg gtgcagaccg
     3241 ccgacatggg cacggcttac ttcttagtcg ggacgcaacc cgccaacgct atgatcgtct
     3301 gcttcgatcc gaagaacaag tccaaggtgg tctcgccgat agatgtgctc gaggagctac
     3361 gcgccgacga ggtcgcctgc gccattgatc cttctatgaa cagtgaaatg tgggggaggc
     3421 tggaggcgct ggagaaggag gcacttcagg cctacaagaa tcacatctac gacaagtcct
     3481 caacgcgagc gaacgacgcc cagaccaagg cgcgggaaat catagacaag ctatacgaca
     3541 tgcctgacct ttccgcggcg gctaagcaga tcttgaagca cgccaacaaa caagtgcgtg
     3601 gtggcaacgt agacgtgatt aatcggattc ttgagatcga taggaagcag cacgcacagc
     3661 agcaactgct cttctcttta gacgacctca tcgagcaaac actgggcggg ctggccaagg
     3721 acgtgccggc cgcccctaag ggcaatccac gaatcttttt aggaaccatc aaatagcaaa
     3781 cacagatata cattatgtgc acagagacac tgagatcctt cttggagaag gaatatccag
     3841 gcatagatgc cttcctcgaa caggtcatct atcgcatctt cgatcaaaca gagtttgaaa
     3901 cgatcggcaa ggatgattat gcgcaaaaag cgaactacag caagctggcc gaagcaaccg
     3961 gcatacgcaa catggtgttg aaaggcgagg tctatgccgg cacaacgcct ttgcaggtct
     4021 ttgacatcac cgtcggcgat cacgtgaaga tggcgcgtaa ccgcgtcgcc ttgcagctac
     4081 ttacccgccg cattatggag catcgatcgg ccgcctttat ggtcttccac tacgaagagg
     4141 cccacgctgc cagccgcgag tggcgcttct ctttctgcta caaaagttcg gacagtggag
     4201 ctacgacgga tcccaaacgc ttcaccttcc tgttcggacc cggacactcc tgtcgcacgg
     4261 ccgcgaataa ctttcaagag ctgttcaaaa agaagggcca gaaagagact atcgctaacc
     4321 tccaaaaggc cttctccgtg gaggcgctct cggaggagtt cttcgacaag taccacaagc
     4381 actacgagca ctttgtgctc cacgccacgg gcaagcgcta cgtcaagcaa gccaataagt
     4441 gggaggaaca cacggagcac gcgcccgacg aagccatcat gcgcgctttt ggcggcgacg
     4501 agaagcgcgt gcgcgactac gtgaagaagc tgctcgggcg catcgtcttc ctccacttct
     4561 tgcagaagaa aggctggatg ggcgtgcccg atggtggccg ctggggcgag ggcaagttcc
     4621 gattcatgta caacctcttc gaacgtgcgt ccgagacaca gcgggccgac ttcgttcacg
     4681 aggtactcga atacctcttc ttccacgcgc tcaacaccga ccgcaaggct gacaatgacc
     4741 gctacgacac gcgtgtcttc caagagaaaa tgcgcgtgcc ctacctcaac ggtggactct
     4801 ttgaggagga cgatgccgac aaatgcttca aggcctgcac cgacgcccgc ttccccgctg
     4861 agctattcga aaaactcttc gccttcttcg aacagtacaa cttcaccatc gacgagaacg
     4921 accctgacga cgcgcaggtg ggcgtagacc cggaaatgct cggccgcatc ttcgagagcc
     4981 tcttagagga caacaaggag aagggcgcct tctatacccc caaggagatc gtgcaataca
     5041 tgtgccgccg ctccctcacg gcctatctgc aggctgacgt gccggacgaa tgcatgcgaa
     5101 aagcgatcga cgaatttgtc cgcacgaaag actacaacga gctccgcctc aaactgccgc
     5161 cctctctccg cgagcaggtg gccgaacgcc tccgtacggt caagatctgc gacccggcca
     5221 tcggttccgg agccttcccc atggggctct tgcgcgagct ctacctctgc cgcatcgccc
     5281 tcgaagacga ggtgaaggaa ggccgatcca aatcgcacgc cgagattaag aaggagatcc
     5341 tacagcagaa catctacggc gtggatctcg accgcggcgc ggtggacatt gcccgcctgc
     5401 gcttctggct ctcgctcgta gtcgacgagg aggagcccca accgctgcct aacctcgact
     5461 acaaaatcat gcagggtaac tcgctccttg aacgctacaa ggatgtcgac ctcagcacgc
     5521 tggcctcgca gaagacggac ggccgcctca tctttattga cgacgagaac gacgcctcgc
     5581 atttgagcct ttaccacctc ctcgtcgcgt actacggcga ggacaaccac gacaagaagc
     5641 agtcgctccg agcgcgcatc cagcagaaca tcgaggagca gctcaaagcc caacgataca
     5701 aagtcgatct ctccgatgtc aacgtcttcg ccaatcccaa cttcttcctt tggcatacgt
     5761 ggtttagcga ggtctttgcc aatggtggct tcgacatcgt gatcggaaat ccgccgtaca
     5821 tttcgactaa gggtgtcgac aaagacgata agaagatgta tgagcaggaa tacggctttt
     5881 cagatgacac ctacaatctg ttcactcatc gaggtctccg cctgcttgct cccaatggct
     5941 gcctgtgcct gatcacacca aagacctttt ggacaataca gaccaagcgg aacatgaggg
     6001 atcttatcct ctcctatcaa ttagactaca tcttcgacac agctaatcct tttgaaagcg
     6061 cgatggtaga cacctgcgtt ttccaagtca ttaagcgaaa gatggagccc ggacacaagg
     6121 tggagttcct tgacggaagc tccagcctaa gtgagccgat cgcactccct cccattgagc
     6181 agaagatgta tttggagaca caaagctctg tgatattcaa gcctaccgag ttcaatctcg
     6241 cggtgtatcg tcggctcgga agcacggtga agaagctcta tgatgaatgg tgggataaga
     6301 tttcgacaag caagaaaata gcgcaatacg ccgacgagtt ggctgcttat cgcgccagcc
     6361 tcaagcccgg tgacattgcc ttgctgggct gtttgacgga gggtggacag ggattggcta
     6421 cggctaataa tggcaagtac gttgccgtgc gtgcaaacac caagtgggca gataacatta
     6481 gaaagagtcg tccgaaaaag ctggaagctg ccatcacacg ctaccgtatt cctatagagc
     6541 ggttagacgg attgtcagcc aatgactttc tcgccacaaa gagcgaggcg gagattgcgg
     6601 ccttgttcga tagcctgaaa gaggaatatg ggcgggacat cttcgggcaa ggctacctct
     6661 ttaagattgt agaggaggcc gagatcgccg atgtggacac cctcacggag gacgaaaagg
     6721 agaatgggat agcgagcgac aagccgttct atgtccctta cgacaaggga gacaaggatg
     6781 gcaatcgctg gtatctcgag acacctttcg tcattgcatg gtctaaggag aatgttcaat
     6841 ttctgaagac agaccccaaa gcacgttacc aaggctatgc gttctatttt agagaggggt
     6901 tctgctggat tgatgtaaac tctacttatt taaaaagccg catcaaaggg aatggtgtat
     6961 tcgatgtgtt gagcatgagt ttattctcta tgtaccattt ggaaaacagc tacttcgtgg
     7021 ctcttataaa ctcgaaattg attagcctat atgtggataa cttcatcaac aacacatcac
     7081 actttcagat caatgatgcc cgacaactgc ctataatcat cccctctgat gatataaagg
     7141 atgagattac acacttggtt gcagacatcg ttgaaaagaa gaaagttgga gacaccagta
     7201 tttcaggaat cgaacagagg cttgaggaat taattgctca actctattcg gtagagctgt
     7261 aggatatatt gatccacttg cctttgtatt tcctccaatc ttttctcgga caaatgagtt
     7321 ggattaacca tacgtttcac actaatcgct tgcattacga cctctttgat ttgcaacaat
     7381 tcttctgctg taggtatgat aacaggtatc tgtcgtgcat cattgatttg gaacgtttgc
     7441 gtatggttga taaagtcctc cacaaatcga cttatgaatg aagagttgat aagaaaaatc
     7501 agatagaact ccgggacttg aggagataag ctgtataaac tcatagactt tacatcattg
     7561 acgcttttcc ctttgcgtcg acatttgatg taagtcgttt taatatcgct ccagcagaac
     7621 ccctctctaa agtagaattg cgggttgcgt accacgggca tgccctcacc cttctttccg
     7681 gagttcgtct tcagaaattg aacttattag agatacgcct aatagatacc attctcccag
     7741 cgggagctgg tgttttttac aggctctcgg attcccgtat aagccaagta ccgatagagc
     7801 gtgccgcgag cgacgccgat gtcatttgcg atttgtggaa tgctgatccc cttttcgagt
     7861 gaggtgagaa tatgcttatg cctccttcta caggtaggat tgagttgtgt gttgcgcttt
     7921 cctttgggac gccctacatg ttttccttct gcttttaatc gtgccagcgc ttcgcgggta
     7981 cgttggctga tcaggttgcg ctcgatctcg gccgagagtc cgaaggcaaa agccagcacc
     8041 ttgctctgta tgtcttcgcc caaccgatag ttatccttga tggtccacac acgacactcc
     8101 ttcgtcatgc agatgttgag gatctccata atcataaaca ggttgcgccc taggcgcgag
     8161 agctcgctgc agatgatgat gtcgtcctta cccacgcgcc gaagcagtcg ccctaagcgc
     8221 cgtttgtcgt agttcttcgt tccgctaatc gtctcctcga tccagtcgtc caccggcaac
     8281 gcctgccgtt ggcaaaagtt gttgatctca aaccgctggt tctctactgt ctgtttgtca
     8341 ctgctgactc tgatgtatcc gtaaatcatt atgggtgttt tataaaagtt cgatgcagca
     8401 tatataggca gtatgatttc cccttggtgg agattaaaaa taccggtacc ccaagcttac
     8461 cgccaattgg cggagatcaa aaacactcgt acttgggctt accgccaatt ggcggagatc
     8521 aaaaacaccg gtacttgggc tttccgccaa gtggcggaga tcaaaaacac ttgtacttgg
     8581 gcttaccgcc aagtggcgga gatcaaaaac accagtactt gggcttaccg ccaagtggcg
     8641 gagatcaaaa acactcgtac ttgggcttac cgccaattgg cgatgattaa aaacactcgt
     8701 acttgggctt accgccaatt ggcgatgatt aaaaacacca gtacttgggc ttaccgccaa
     8761 ttggcggaga tcaaaaacac cagtacccca agctttctgt cgatcgacag agatcaaaat
     8821 cactatcaat gattaccccg aagcaggaat cctcgtaagg gcgaataatg attcgcccct
     8881 acaacaccct gccaattggc aaaaactgac gcgcggagtt tatccctaat ccgatgtggt
     8941 tgccccgggc gctacctcag ttaatcattg atctcctccc gcttcagatc ttgatataaa
     9001 tgtttcgccg ataaaggatg tacccgatgc accagcaggc gctgacaagc agcagggcat
     9061 aggcgagcga accgggatag tcgccgagca gcgggcggag cacgtcgcca tagagccagc
     9121 cgccgagcga gacagtctcg ccgccgccgt gcgacacgcg gatgttgccc agtaggatgg
     9181 agaagatggc ggccaacacg tacatgaaca gcgggttgac accgaaggac tcgaagaaac
     9241 ggcaccagcg acgatgcccg cgtacgtcga tgatccacac cagcagggcg agcagcgagg
     9301 aggccatgcc gcaggtggtg agcacgaacg tgggcgacca gaccttctta ttgatcgggc
     9361 agccatagct gagcagccaa ccgctgagag ccatcgccgt gccgaggagg aagaggcgga
     9421 gcatcttgtc gcgcacgtct gacacgccga gcagcagggc gccgcagcag aacccgatga
     9481 gcacatgggc cacggcgggc acggtgctga gcagtccctc gggctcgatg ccgttgtcct
     9541 tatacatgtg gtcggggcca agcacggcgc ggtcgacgac ggagaggatg ttcgtctcgt
     9601 cgtaagcgaa gccacggcca aggaagagca gcagggcgta gcctacgagc agggcggcga
     9661 tgaggtgcgg tatgcgtcgg tggggaacgg tgagtgcgat gagtgccgcg gcgccgtagc
     9721 agagagccag tcggggcatg acgccaagga tgcgcaggtg gctgaagttg gtcgtggcgc
     9781 ggaagaggcg tgtggcgaag ggcagccctt cgtcggcaag tgcgtgccac gtgcggcaac
     9841 tgagcccgaa ccacgcgatg gccagcccga tggcgaagat gacggccgtg cgccgcacga
     9901 tcttccacgc cgcgccggcg ctgtaggtga actggtattt ccgcagggag atgtaagtgg
     9961 aaatacccat gatgaacatg aagaagggga agacgaggtc ggtcggggtg aggccgttcc
    10021 actcggcgtg gccgagcggg gcgtagacgt aagaccagga gccggggttg ttcaccgtga
    10081 tcatgccggc gatggtgatg ccgcgcagaa tgtcgagcgc gagcaagcgt tgggagggtt
    10141 tgtgagacat tgttgtttgg agctatttat agagatagta tttccgggat aggcggcgga
    10201 aagcgtcggc gtccttcctc caatagtcgc ggacgtcgtc ccagcgatag cggcgggtga
    10261 agcgtcggcg gatctcgggg ctgccacaca ctttatcgaa catgacgagg cgggacgagt
    10321 cggccgcttg cagcgggtta tgagaggggt aaagcgtcgc tacctcctgc atgaggagga
    10381 attgcaattc gctgagcgtt gcccggcgcg ggtcggtaag atgcacttgc acgccctgta
    10441 tgaactcgcc cttgttgatg gcgtagaagg gcttcagata gatcgggcgg aaggatacgc
    10501 cgggcaggcg cagagcgttc attcgctgtg cgaggcgtgg ggcggcgatc caaggggcag
    10561 cgaagagttg gaagggcaag gtgtagccca caccgatgga gagggtgccc aattcgccga
    10621 ggatgcctgt agcaggatag aagagtgccg tttcagcgtg tgggatatgc ggtgagggca
    10681 acacccacgg cagacccgtc gcagcataat ccatccggcg gcgccagccc cgcatcttca
    10741 cgacttgcag tcggcaccgc gcgccgatca tcccttcctc attgagcagc cgggccagct
    10801 cgccgcaggt gaggccgtag acgtagggga tggggtactg gctgacgaag gattggctac
    10861 cctcttcaac aacgcagcct tccacgcgct cgccgcccaa tgggttgggg cggtcgagta
    10921 cgatgaactc gatgccggct tcggccgcgg cttgcatggc cagccccatc gtgctgatgt
    10981 aagtgaagga gcggcaaccg atgtcttgta tgtcgtagac gagcacgtcg atgtcgcgca
    11041 gcatgtcgcg tgtcggcttg cgggttgtgc cgtaaagcga atagacaggc aatcccgtag
    11101 ccaagtcaat cgatccgccg accgtgtcgc ccgcatgcac attgccacgc acaccatgtt
    11161 ccggcccgta gagcgccacg agccgcacgt tcggagcctc gtgcaggatg tcgatcgtgg
    11221 atcgcagtcg gtcatctacg cccgtggggt tggtgatgag ccccacgcgt ttgccctcca
    11281 gccgccggaa gcgttcgtct ttcagcacct cgatgcccgt cttgacgcga atcttttggg
    11341 catggacagg ggggagggct acacacagcg taagtagaag aaggatataa gggtatttca
    11401 tgtggttgct ttccgcccaa acgccgggtc gattttcttt ctgactaaga cggaggcaag
    11461 gatgccgggg agggtgcaga ggcagaccca gacgaagaag ggggtgtagc ctacagtgtc
    11521 ttgtatccag ccggcggcca tgccggggag catcatgccg agggccatga agcccgtgcc
    11581 gatggcgtag tgcgccgtct tgtgttcgcc ttcggcgatg tagatcaggt agagcatgta
    11641 ggccgtgaag ccgaatccgt agccgagctg ctcgatggca acggcgacga tgacttgcca
    11701 tgcggcgggg tgaacggccg agaggtagat ataaagtgcg ttgggcaggt tgatggccag
    11761 ggccatcggg agcagccagc ggcggaaccc ctgacgcgag acgacgatgc cgcccaatac
    11821 gccgcccagc agcagggaga ccacgccgat ggtgccatag atcataccga ccgtcgacgt
    11881 cgataacgcc aggccaccgg ccgcgcgctc gtctaacagg aagggcgacg cgatcttgac
    11941 taattgcgat tcgccaagcc gataggtgag caggaagaag aatatcaggc cgaggtgctt
    12001 cttctgaaag aaggtgacga acgtgtggag gaagtctttg gccagctggc cgaccgacag
    12061 ctcggtgcgt ggcgcatcgg tggcgggacg gggcaggacg aagcggtggt agatcgtcag
    12121 gccaagaaag agggccgcga gcaggtaaaa cgtcaggctc caggccaagg ggatgcgctg
    12181 cgcggtgttg gggagcagcg agcccgtctc taatgcgccg gcgagcatga cgaggatgcc
    12241 ctgcccgaag atggtagcca agcgatagaa cgtgttgcgg atgccgacga agaaggactg
    12301 ctcgccgctg tctaatccga gcatatagaa gccgtcggcg gcgatgtcgt gcgtggctga
    12361 ggcgaaggcc aagagccaga aacaggctaa ggaggcttgc aggtagtacg ccgtggggat
    12421 ggagaaggcg atgcccgcaa agcccgcccc gacgagcaac tgcatagtga cgatccacca
    12481 gcgcttcgtc ttgagcaggt cgacaaacgg gctccagaag ggcttgatga cccaaggcag
    12541 atagagccaa ctggtgtaga gcgcgatgtc cgtgttcgac aggccaaggc gcttgtacat
    12601 gatcacggcg acggtcatca cggccacata gggaagcccc tcggcgaagt agagggtggg
    12661 tatccacgcc caggggctcg gctttgcatc gcgacgcgtc tgcggcgttg cctgcggcac
    12721 tcggtgatcg gtcatgtacg cttgtacact ccctccccct cggccttggc gccttgcatc
    12781 tgcatcacgc tccaaagcct cttggctttg cctgacattt ttcatgcttc ctccccgttc
    12841 ataaagatcc gcgccaagag ctcccaggtg cggatcttgt ctttatagaa attgttgcgg
    12901 tttgtgcgcg tcgtgtcgag ggctgcgtca gagttgtcct cccagcggcg gcagatgtag
    12961 attgggccgt agatgcggcc gatgcgatag cggcgcgaga tggccagccc gatggcataa
    13021 tcctcgccgt agctggtgtt gggcacatgc agctcgcgga gcagcggcgt gtagaaagcg
    13081 cgcggcgctc cgaggccgtt aatccgaagg gcattgttag gaccattctc gggcgtccat
    13141 tcgcgatggt cgatcaagcc gggggggatg ggctgcatgt ggaagtcggt catcaggtag
    13201 gagccgacga ccatcgcaca ttgctctcgg cggaaagtct ccacgacgcg ccgcagggtg
    13261 tactcgtctt tatacacgtc gtcgctatct aactgcacgg cgaatcgccc gcaggcttca
    13321 tgctgcaccc cgaggttcca gcagccaccg atgccgagat ccgtgcgctc ggggatgagg
    13381 tggataaggc gcgcgtcgga tttggcgtag cgccggatga tgtccgtcgt gccgtccgtg
    13441 gagtggttat cgatgatgat gaggttaaag tcgaacggcg cctgctggct gagcaccgag
    13501 cggatggcgt cctcgatcgt ccgcacgcgg ttgcgcacgg ggatgatgac cgaagcctcg
    13561 caggcgaacc ccgcggcatc gagtgcgatg ggctggatgc cctccggcga caggtaggcc
    13621 ccgacggagc gcagatgatc cgtgcaggcc tgctccatct ccacctgcgc atcgcggtta
    13681 cgcggatcta cgtaatcgaa gatcttctcc ccgctcttgc gccgatcgct gagcacctcg
    13741 gtgtagagat actcgttgat gtgctcgatc ggcgcgcgct cggagaggcg caggcgcagg
    13801 tcgtagagcc cggcgaagcg gtaattggcc gtcatgctgg ccgccacggc gcggaagaca
    13861 tcggtgcgga aaagcagcag ggagccgaag tcgaaatcgt cgcgcaggct gccccgctga
    13921 cagtcgatga cgggcgccgg gcgctgctcc tcgccgtctt gctggtagcg gtcggcgtag
    13981 accatgccgg cgttcgtgag ccgcatgact tgcaccatgc gctcgagggc cagatagccg
    14041 atgctgaggg gggtgcactt ggtgtaataa agcagaaagg gcgtctcacg gctcgcccgg
    14101 gcgatggtgc ggatcgcctc ggtgccaaag agggtgggga cgaagagggt gtcgcgctgg
    14161 gcggcccttt gcgccagctg ttcgtcggtc gtgagtcgga tgatgcggcc taccatcggg
    14221 caggcactga gcgcctcgac gaggggggct acttgggctt cgtcggtcat gggaacgaag
    14281 caggtgattt gatctttcat ttatcgttag gctgaaaatg gttttatgaa gaagtggaga
    14341 tgggtaggga ggcccatcat ccggggggct cgtaggggca aacaatgatt cgcccttaca
    14401 aacccaccgg gaaaatggat ccaacccttg ggagaggtcg ttttcccacc gggaaaatgg
    14461 atccaaccct cgggagaagt cgttttccca ccgggaaaat ggatccaacc ctcgggagag
    14521 gtcgtttccc cactgggaaa atggatccaa cccttgggag aggtcgtttt cccaccggga
    14581 aaatggatcc aaccctcggg agaagtcgtt ttcccaccgg gaaaatggat ccaaccctcg
    14641 ggagaggtcg tttccccact gggaaaatgg atccaaccct tgggagaggt cgttttccca
    14701 ccgggaaaat ggatccaacc ctcgggagaa gtcgttttcc caccgggaaa atggatccaa
    14761 ccctcgggag aggtcgtttc cccactggga aaatggatcc aacccttggg agaggtcgtt
    14821 ttcccaccgg gaaaatggat ccaacccttg ggcaaggtcg ttttcccacc gggaaaatgg
    14881 atccaaccct cgggagaggt cgttttccca ccggggaaat ggatccaacc ctcgggagaa
    14941 gtcgttttcc caccgaggaa atggatccaa ccctcgggag aagtcatttc gagactctgg
    15001 aaatgagtca aaccttcggg agaggtcatt tcgagactct ggaaatgggt ccaaccttcg
    15061 ggaagggtca tttcgagact ctggaaatga gtccaaccct cgggagaggt cgtttcgaga
    15121 ctctggaaat gggtccaacc cttgggaagg gtcatttcga gactctggaa atatagtcga
    15181 atgaaaatgg ctcgcgaata attgggtgta cccggaacgc cccgtagggg caactcatca
    15241 ccagcctagg gcaacgccct gggtcggaat cggcggtggc ggtttttccc ctcctgtcat
    15301 tgaattgacc ccggcagggt caattcaatg acaggagggg aggatggggc gggcattgca
    15361 tccccaaggt gtcgctccgc ttcgcgtcgc tctaccttgg gctggtgatg aattgcccct
    15421 tcggggcgtt tcgggtacac attcacaaac catttctact tgactatatc tcccacttat
    15481 cgctcatcta agaatcctaa gaccgcggcc atcacgcgat cgcgatcgga ggccttttgg
    15541 atggcctcga aggggaagcc gaagatgcaa gtgcgatact tcccagcata ggcaacgcca
    15601 gcgctgatgc gggtctcggc atagcgcatc accgtacgcc caccctcgcc aaccggctcg
    15661 atgccatcgg gcgactccac gacgtagccc ttcgcattgg gttcggcgta atacgcgaag
    15721 gtcccgtcga aagtgggata gggcgaggcg atgccacgca cgctgcccgt ggacgaggcc
    15781 tggcccacgc gccacttgaa ccggagggtg ttcgtggcga agtattgatc ggccggcgtg
    15841 accgtcgggc cgtcgaagag gtcggagccg acgtaggcgc cggagacgaa gatgcgtccg
    15901 ccgcccttgc aataatccgc gatcgcccgc tgcatcccgc ggctgaaggc ctcaaactgc
    15961 atcggcgcga cgcccccgcg gcccatcttc gtccgccgct gcttgccgag gatgtagtcc
    16021 acaaggcggt aatccttcag ctccaccatg cgcgcctcga cggcctcgtt gctgcaagag
    16081 acgaacgaat agccggcgcg gaggatggag cgcccgtgca tggcgggata gtcgaaggtg
    16141 ttgccggcga tcacaagcgt gtcgtagttc gagtggctgt cgccgaagcc cgccgcgtcg
    16201 tcgtccgtcc attgcgccga acgccgaaac tccttcatgc ggccgatgta gctgatgtct
    16261 tcgatgtagg gcacgccgtg atccgcccag tcggcaaagc ctgctatgct gtccgtggcg
    16321 aaatcgtccg gcgcactgat ccggtcgaag ccgttgacga cgagcaccat gccgcgctcc
    16381 cgcttggccc tccccgccgc gagcacctcc gaggggaagc tctcgccgcc atcgttcacg
    16441 gccgtcaccc ggtaactata gacctcgccc ggacgttgcg catggcggaa ggtgggtttg
    16501 ctaaccaaag tgccgttgtc aaacgcgccg tcgccctcgc gcacgtagac gatgtattgc
    16561 ttggcctcgg ccgtaggctc caaggggtcg gccacagggc gccacgtgag ctccacctcg
    16621 ctaccatgca cgaagcgcag gctcatatgg tcgacgggca acggctgcac gacgtatttc
    16681 cgcccgtatc ggtcggccag aaagcgcagc atacctttat atatagcccg gctgacggtg
    16741 aaccggaagc gcggatcgag gccgaggcgc atgtcggcga agttttggtg agagaggagc
    16801 tcgaggagca tcgtcgggac acgcggcgtg cgtgcctcgg agtaaggctt attccacatc
    16861 gcgcggcgca cccatcgcgg ctcgtaaagc gtacgcacat catgcacgat ggtgctttgg
    16921 atgatgtcgg tcaggtcgcg ggcggcgtag cgcgtggtgc cgtcggcgta gacgccgtcg
    16981 tacacgtcgg tgcagtagat gccgagcgtg ccgaccatcg tcgagtcgtt cgtcgtcgtg
    17041 cccgcatcgg agtggaaggc aaaggccagg tcgatgggga tgccgaggcc gggctcgtcg
    17101 gggttcaccg aggtgccgcc cgccaggtag ttcacccatt tgccacgccc gcggtagtcg
    17161 tccgtgtaat cgttgcgccc gccggagggc gaatagatcg tgtccggcac gcccgcccac
    17221 tgcatccagt agcgcgccgc ctcggtgaac cgcgggtagc cgctcgtctc gctcgggtag
    17281 ggcgtggtcg gggcatcttc ctcctcatcg tcagacgagc tgcgcacatt ggccgtagcc
    17341 ttcttatccg ttgctacccc gcgggcaatg ttgccccgcc cgccgccgat cttcaccgca
    17401 tcggccgtca ccacttcgcc gctgcgcccc gtgcggttgc tcagcaccac gcgcccagac
    17461 gcgttcttcc ctttttcaaa atcaaaatgg ccgagataaa tccaggtgcc cccgcccatc
    17521 cgttggttaa cggcaaactc cgtgctgccg cccttgtggt gtacggtgta gtgcgcctcg
    17581 gcggtgctgt tcggcagggt tttataagcg atatatacgg cataacgccc cgcgcggggg
    17641 atgtccggtg tccattcggc cgtcgtctcc ttgcctttgg ccgtgctctc caccatgcgg
    17701 taggtgccct cgcggaaggg attctcagtg cccgtgtagc ggtcgcgccg atgggcaaag
    17761 cctgcgccgt cgcccgtgcg ccaggccgcc ttcgcgtctt tttcggtgta tgtcgatcgg
    17821 ttgcggcagc cgtcattgtc cacaatgatc tcggccgact gcgtatcacg ttcgcgaggg
    17881 atgagcacgt tggcgcccgc ccgctcaagc atggggacga ggtaaggcaa cacgtagctc
    17941 tgcgtgtaga ggtcttccac cgtgccaaac gtgcgtgccc gctgccactc ccagcggccc
    18001 agcttgcgtt cgtaatagaa tccgtggctc tgccatagcg cgatgtgtcg cccggctaat
    18061 ccatgcttcg gcgtgaccgg cgcagacagc cgcgtgacga gcggcctgct tgactccgcc
    18121 cgcggcggat cgatcttctg ctttccgttg gactgataaa gggcaggcac aagcgcctcg
    18181 atggcctgtc cgtcggtgcg cacctcgacg ctgtagtcgc ggtatgcctt ggggagcatc
    18241 ttccgcaggt tggtatagat gtcgtccacg tccggctcgc gcatggggat gtacgacaac
    18301 ccgacatcgg cgtaaaagat gaccctccgc ccgtctgtcc ggacggagtc aatgccgacg
    18361 ccacccacat gggcgcgccg tttggcaagt gaggtgaggt attccgcagc cttccgctgc
    18421 gtgtctttgg ggatagattg tgccgacaga ctgacggccg gcagcaggct gagcgcgaag
    18481 aggcgcgcca agtagaggat gttgtgatac ttcatgcgta aagggttctc attgtcttaa
    18541 tgtaaaacaa aggtaaaggc taatgccgac tctccttgcc ctccggctat tggccattac
    18601 atcgcccgtt tacctttgcg gccgtttgtt tttccgggct aagccgaggc ggattgacgc
    18661 cacgcaccgg gaatcacaga gaatggagaa tcatattaca gcattggata gaaaaatcag
    18721 aatcaaatga aagtattgaa gttcggaggg acctcggtag ggtctgtgaa ggggttggct
    18781 aacgtgaaac gcattgtgga atcggcagaa gaggatctga tcgtggtcgt ttcagcctta
    18841 ggaggcatta cagaccggct actgctgacg gcgcgattgg catcagaggg gaatgaggcg
    18901 tacctgacgg agtatgccga gatcgtgcgc cgccacgatg aggtgatcga tggcatcgtg
    18961 cctgaagctg tgcgcgaagg cgtcaaacgc catgtccgcg agacgctcgg tgagcttgag
    19021 aacatctacc gcggtgtcta cctcatccgc gacctctcgc gcaagacttc cgacaccatc
    19081 gtcagctatg gcgagcgcat ctcttccttt atcatatcgc acatcatcga gggcgccgag
    19141 ctctacgact cgtgcgagtt catcaagact atcgatcgct tcgataaaca catcgtcgac
    19201 ttcgaagcta ccgaccggct catcagtgaa cgcttcgccc gactgccgcg cgtggccatc
    19261 gtgccgggct tcatctccac cgatgccgcg acgggcgaca tcaccaacct cggccgcggt
    19321 gggtcagact acacggcgtc catcctcgcc gcacgcctcg gcgcctcggt gctcgagatc
    19381 tggaccgacg tggacggctt catgacggcc gacccgcgcg tgatcaattc ggcttacgtc
    19441 atcgactgct tgtccttcat cgaggcgatg gagctatgca acttcggcgc aaaagtcatt
    19501 tacccgccca cgatctatcc ggtgtatcac aagaacatcc ccatccgcgt ctgcaacacc
    19561 ttcaacccac aggcgccggg cacgctcatc acgcaggagt atcgccgcac ggacggcaag
    19621 cgggcgctca tctctggcat ctcgtccatc gacaacacct gcctcgtcac tgtgcaaggc
    19681 ctcggcatgg tcggtgtgat cggcgtcaac caccgcatct tcaagacgct ggccgagacg
    19741 ggcgtcagtg tcttcatggt ttcgcaggcc agctcggaga acaacaccac gttcgccgtg
    19801 cgcaacgaag acgccgaccg ggccgtcgag gcgctcaaca aggagttctc actcgagcgt
    19861 tcgcagggtg agatcaacga cgtgacggcg gagaagggac tggccaccgt ggccatcgtg
    19921 ggtgaggaca tgaagcgcac accgggcatc gccggccgcc tcttcggcac actcggtcgg
    19981 gcgggcatca gcgtgatcgc ctgcgcgcaa ggggcatcgg agacgaacat ctcgttcgtc
    20041 atcaagtctg acgtgctccg caaagcgctg aattccattc acgactcctt cttcctctcg
    20101 gaatacaagg tgctcaacct cttcatcgct ggtgtgggca cggtgggcgg caaccttttg
    20161 gagcagatcc gcggtcaaca agagaacctg atgaagcaaa accggctgaa gctgaacatc
    20221 gttggggtag ccaattcgcg aaagatgctg ctctgccgcg atggcctcaa ggccgacggc
    20281 ctcgtggagg cgctgaaggc tgacggtgta ccctcctcgc ctgccgcgct gcgcgacgag
    20341 atcttgcgca tgaacatctt caactccgtc tttgtcgatt gcacctcgag cgaggaagtg
    20401 gctgcgcttt acgagtcgct tttagacaag aacatctccg tggtggcggc taacaagatc
    20461 gcgccctcct cggcctacga tcgctaccgg atgcttaagg atacggcccg acggcgcgac
    20521 gtgaagttcc tcttcgagac gaacgtgggc gcaggcctgc cgatcatcca cacgatgaac
    20581 gacctgatca atagcggcga ccacatcatc cgcatcgagg ccgtgctgag cggcacgctg
    20641 aactacatct tcaacaccat cgacgcctcg acgccgatga gccgcgccat ccgaatggct
    20701 gtcgattcgg ggtacgccga accagatccg cgcgtcgacc tgagcggcaa ggacgtggtg
    20761 cgcaagctgg tcatcctggc gcgcgaggcg ggctaccgcg tggagcaggc cgacgtgaag
    20821 cagcggctct tcatccccga ggagtatttc accgactcga cggaagactt ctgggcgcgc
    20881 atccccgagc aagacgccca tttcgaggcc gaacgcaaac gcttggcggc cgaaaacaaa
    20941 cggctgcgct tcgtggctcg catggccgat ggcgtgtgcg aggtgggcct cgaggaggtt
    21001 tgcagcaacc accccttcta cgaattagag ggcagcaaca acatcatcat gatctccacc
    21061 gagcgttacc acgattaccc gatgatcatc aagggctacg gcgccggtgc ggacgtgacg
    21121 gccgcgggtg tcttcgcaga cattatctcg atcgcaaaca tcagatgaac taaaaacgaa
    21181 aagcgaaaaa cgaaaagtga gaagtgtcgg gtacgggcgg aggcagtctc cccccaccgg
    21241 acgtgtaccc ggcattttta gttgttcgtt tttagatgtt cgttatccgt tttcttctcc
    21301 atgattcaaa tagaagatac gattgtgagc ctcgacgtga tcgagcggcg cttcgtgtgc
    21361 gacctcgggc gatgccgtgg cgcatgctgc gtcgagggcg aggccggcgc accgttagag
    21421 gctggcgaag ccgatgcgtt gcgcgccgcc ctgcccgccg tgtgggacga tctgcgcccc
    21481 gatgcccgcg cggtgatcga acggcagggc gtctcctacc ttgacgcgga cggcgacgag
    21541 gtgacctcca tcgtcgacgg gcgcgattgc gtcttcacgc gccacggcgc cgacggcatc
    21601 tgccattgcg ccctcgagga ggccttccgc cgtggccgca ccgcgtttat gaagcccatc
    21661 tcgtgccgcc tctaccccgt gcgcgtcacg cagtaccgcc gtttccgcgc cgtcaacctc
    21721 catcggtggg ctatctgtcg cgtggccgag gccttgggcg aacaattggg cgtgcccgcc
    21781 taccgcttcc tccgcgagcc cctcacgtgc aagttcggca ccgagtggta cgccgcgctc
    21841 gaagccgccg ccgaggtgat agccaggagg tgatggatca gcctccgccc cccatgtgat
    21901 gatgcgagca attgggtaac agcctacatg gatgggccgc atattggccc atgattatgc
    21961 ctaatgatta tgccaggcac gtgatgggca agggcatacc ccacaatcga tgccacggcg
    22021 cagactaatt cagcacctat ttatacccag attagttacc agtgcatata tgattagcaa
    22081 ctactaaccc ttaatagttg ccatgacatg atatgattag caactaccta cacttaatag
    22141 ttgccacgac ataatatgat tagcaactat ctatacttaa tagttgccat gacataatat
    22201 gattagcaac tatctacact taatagttgc cataacatga tatgaatcgc aactactaac
    22261 acttaatagt tgcgattcat atagcataat aataagtcga aaagcaattg attgattaga
    22321 tcagcttatg tttgcctaat aaatacggga tagcccccca ttatccatca taaaattccc
    22381 ccctcacacc atgccaagaa acaaacccta caagcgcact ctcgatcgct accgcgcaca
    22441 gctccccccg actaagcacc ggcgcagccc gggcaaccgc accctgaccg tccaaccgca
    22501 attccccctt gaagacatct acatcagcct cttcaccgaa cggcgcatct acgaccgcga
    22561 cggcaacgag agctacgaac ccatcgaaca ccgcgtgaaa gccacgcacg tggagatgct
    22621 cgacgcactg cgcctggcac tcgacgaggg ggccgtaaac ctcaaatcct ttggcaaccg
    22681 atacggactc acccctcccg acctcaacgg gctcgtcttg gccctgactg gcatggaggc
    22741 caccaccttc cgcatggctt ggcagatgcg ccgcgtcgac gaactgctgc gatacaccga
    22801 cctgacgatc gaggaggtgg cccgccggag cggcgtcggg acgggctcca acctcttcta
    22861 cgcctgccaa cgcgactttc actgctcccc ctcggaacgc cgtgacgcca tccgcgagtg
    22921 gaacgacgtg ggccgattcc gatgattcgc cccgtcgtcc actgcggcct gaagcggcgt
    22981 aatccctacg cgaaaaactc cttgatgcga tcgatgacgg acgtcacctc ctcgtcggtc
    23041 atctccgcgt ggatgggcag cgagagtacc tcgtgcgcaa ggcggacgga ctcggccatg
    23101 ctgccacacg tgcgggcgac ccacttgtaa gccttctgct cgtggatggc gcgggggtaa
    23161 tagaccatcg tggggatgcc atgcgtgcgg agggcgtcgc ggagggcatc gcggcggccg
    23221 tcggagacgc gcagcgtgta ctggtggaag acgtgggtgg agaacttcga ccgggcaggc
    23281 aggcgcagcc agggcagcga gcgcagggcc tcgtcgtagc ggtcggccac ggcgcggcgg
    23341 cggctgatat cgtcgtccat gtggcgcagg ttgacgcgca ggatggccgc ctgcagggcg
    23401 tcaaggcggg agttgcggcc gatagcgtga tggtcgtact tggccgcctg cccgtggttg
    23461 gcaaggctgc gaaggcggtc ggccaactgg ccatcggcgg tgaagagggc gcctccgtcg
    23521 ccacagcagg ccagcggctt agtggggaag aacgacgtcg tgccgatgtg cgcgatggtg
    23581 cccgccttgc gggtgcgacc gtcggccgag gtgtagtctg cgccgagcga ctgggcattg
    23641 tcttcgatca tgcccagctt gtacttcgtg gccacacgca ggatggggtc catgtcgcaa
    23701 gcctgaccga agaggtgaac cacgacgatg gccttcgtct ggcgcgacac agcctgctcg
    23761 acaagcgctg gatcgatgtt gtacgtgtcc gagcacacat cgatgagcac gggcgtggcg
    23821 ccgatcaggg ccaccatctc ggcggcagcg atgtaggcaa aggcgggcat gatgacctcg
    23881 tcgccgggct gcacatctaa ggcgcggagg gccaactcta aggcgtctgt gccgttggcg
    23941 caggggatgg cgtgcgatgt gccgaggtat tgttcgagtt cgcgagtgaa agcctccacc
    24001 tccgagccac cgatgaaggt gcccgaagag atgacctcgg ccgtggcctt atcgatttcc
    24061 ggtttaagcc gggcgtagcg ccgcttgagg tctaccattt gaatcgtttc catcacttca
    24121 cagcgctacc gggttccact tccttttcag gcatgacgac ggccaagcgt ccgtcggcgc
    24181 cctcggccga gaggatcatg ccctcggacg tgatgccttt gatgcgccgc ggctctaagt
    24241 tggccacgaa gcagacctga cggccgacga gctcctcggg ggcgtaatgc ttcgcgatgc
    24301 cggagacgat ggtgcgccca cccaatccgt cgtcgatctt aaactgtagc agcttatcgg
    24361 ccttaggcac cttggtgcac tccgtgacgc ggccgacgcg gatgtcaagg cgcgtgaagt
    24421 cgtcgaaggc aacggcctcg cggatgggcg ctgcgcgatg ttcggctgcc tcgttggcat
    24481 gcttcgcgtc gaggagcttc tgcatctgcc gctcgatcac tgcatcgtcg atcttctcga
    24541 agagcagctc cgcccggccg agcttgtggc cagccgtgag cagatggaag tcgccgaggc
    24601 gatcccacgc gaggggcgcg tcgatggcca gcatatggcg cagcttctca gccgtgaagg
    24661 gcaggaaggg atcgaaggcg atggagaggt tggccgtgat ctgaagggcg atgtggagga
    24721 tcgtctgcac ccgcgcgggg tcggtagcga agcgtttcca cggttcggtg tcggcgaggt
    24781 atttgttgcc gatgcgggcc aagttcatgg cctcgcgctg ggcatcgcgg aagtggaacg
    24841 tgtcgagcag gcgttccaat tcagccttca cggcctcgaa ctcattgagc gtggcgcggt
    24901 cgtaggcgtc catctcgcca cattcaggca cgacaccgcc gaagtatttg cccgtcagca
    24961 ctaacgcacg gttgacgaag ttgccgaaga tggccacgag ctcgttgttg ttgcgggctt
    25021 ggaagtcttt ccaggtgaag tcgttgtcct tcgtctcggg ggcgttggcg gtgagcacat
    25081 agcggagcac gtcttgcttg ccgggcagat cgtcgaggta ttcgttaagc cacacggcac
    25141 ggttttgcga agtggagatc ttgtcgccct cgagattcag gaactcgtta gcgggtacat
    25201 tgtccggcag gatgaacgag ccttcggcgc ggagcatggt tgggaagacg atgcagtgaa
    25261 agacgatgtt gtccttgccg atgaaatgca gcaggcgcgt gtcgggatcc ttccaccacg
    25321 tctcccaccg gccatagcgc tcgggctgcg catcgcagag ctccttcgta ttgctgatat
    25381 acccaatcgg cgcgtcgaac cagacgtaga gcaccttgcc ctcggcccct tccacgggca
    25441 cggggatgcc ccagtccagg tcgcggctga cggcgcgcgg ctgtagcccc atgtcgagcc
    25501 agctcttgca ctggccatag acgttcggct tccactcctt atgctcctca aggatccact
    25561 cgcggaggaa gtcttcgtag cgatcgagtg gcagatacca atgcttcgtg cgacgcatga
    25621 cgggcgcgct gccgctgatg gccgagcgcg ggtggatcag ctccgtgggg ctgagcgacg
    25681 atccgcagcg ctcgcattga tcgccataag catgctcgtt gccgcagtgg gggcaggtgc
    25741 cggtgatgta gcgatcggcg aggaactgcc cggcctcttc gtcgtagtac tgctcgctct
    25801 ctcgctcaat gaagatgccc ttgtcgtaga gcgtgcggaa gaagtcggag gccatgcggt
    25861 ggtgcacctc ggaggtggtg cgcgagtaga tgtcgaagga gacgccgaag tcttcgaagg
    25921 tgcgcttgat gagggcgtgg tagcggtcta cgatgtcttg cggggtgacg ccttccttct
    25981 tggcgcggag ggtgatgggt acgccatgct cgtctgaccc gccgacgaag agcacatctt
    26041 ggccgcgtag gcgcaggtaa cgcgcataga tgtcggcagg caggtagacg ccggcgaagt
    26101 gcccgatgtg caccggtccg ttggcgtagg gcagtgcgga ggtgatgagg gtgcgtttga
    26161 aatgtcttgt ttcttccata tcagttgatg ttatacgtgt aataagtagg ggtcaattat
    26221 taattgatag tgattaatgg tagtgcggtg ccattctgcc gtgtctctgg agtaatcatt
    26281 gataattaat cattgtctct tatgtgttcg ttttctcagc ggccaaaagt aggggggatc
    26341 tgatgtactc gctcattttc tctaacgtcc ttatataaat cccctccccc gcccgcccga
    26401 cgcccccggc cgtttgcggc atcgcagaac gttgcggatc tttgcgcatc aaccaattaa
    26461 aatgatacgc cttatgacac tcacacctga cgaccttcgg ctcttggccg aaaagaaaat
    26521 ctctgaaacc cagctctgcg agcagctggc gtgcttcgag cacggcttcc cctacctcac
    26581 cattgaagcc tcggccacgg ccgggaacgg catccgcgtg gtctccgacg aggagcgcac
    26641 acgctacatc gacggttgga acacttacct cacgcacgac gtccacatcc tcaagttcgt
    26701 ccccgcttcg ggcgcagcca gccgcatgtt taagaacctc ttcgctttcc tctcctcccc
    26761 ctccgacgcg ccatcgactg acttcgagcg catgttcttc gaccacatcg agtcgttcgc
    26821 cttctacggc gccctcgacg cagcctgccg caagaacacc ggcgcaggcg tacgcgagct
    26881 tatcgccgcg gggcggtata aagccgttgt cgagaacctg ctcgaggcgc aggggctgaa
    26941 ctacggcgcg ttgcccaagg ggctgttgct cttccacaac tcggccgatg gcccgcgcac
    27001 ggcgcttgag gagcacctgg tggagggcgc actctacgcc cgcaaccacg ccggacgcgt
    27061 gaacatccac ctcaccgtat cgcctgagca tcaaccgctc ttcgagcagc tcgtccggca
    27121 ggttgtgccc gcttacgaac agcgctttgg ggtgcattac gacatcacct tcagcacgca
    27181 gcaaccctcg accgacaccg tggctgtgga cttgcagaac caccccttcc gcgaggccga
    27241 cggcaccatc ctcttccgcc cgggtggcca cggcgcactg atcggcaacc tcaacgcgat
    27301 ggacgccgat gtggtcttca ttaaaaacat cgacaacgtg gtgcctgacc gcatgaagcc
    27361 ggagacggtg acttacaagc agctgctggc tggcatcctc gtagacctcc acgcgcgcat
    27421 cggcgcctac gtccggctga tcgacagcgg cgcttgcacg gcggcacagg tggacgagat
    27481 agaccgcttc gtccgcgagg agctctgtgt gcgtaacccc gccatgccta ccgaaccgaa
    27541 ggcacgcctc gactacctgc gccgcaagct gatgcgcccc ttgcgcgtct gcggcatggt
    27601 gaagaacatc ggcgagcccg gcggcggacc tttcttcgct gtcgacccgg acgggacggt
    27661 ctcgttacag atccttgaga gctcgcagat cgatatgcag aacgccgccg cgcgccgcct
    27721 cttcgagcag ggcacacact tcaaccccgt cgatcttgtc tgcgccctcc gcgatcccta
    27781 cggtcgcaaa ttcaacctgc ctgacttcgt cgaccgcaag acgggcttca tctcccgcaa
    27841 gagcaaggac ggccgcgagc tgaaggccct cgagctgccc ggcctctgga acggcgcgat
    27901 gagcgactgg aacacggtct tcgtggaggt gcccatcgag accttcaacc cggtcaagac
    27961 ggtcaacgac ctgcttcggc cggagcataa ggcctgaacg attatgtgta atgattgaaa
    28021 gctcccatcg gtagccgcgt gcgccgatgg gagctttctt atggatgagg ggggagggaa
    28081 aacgagcggc cacaaggggc gcccggtctt gacacacgcc gcccatccga ctttccgtag
    28141 gcttgcacgc cgtgcaaagt gcaaaatgag ggtcatttcg gtactcgcac gccgtgtaaa
    28201 gtgcaaaatg agggtcattt cggtacttgc acgccgtgca aggtgcaaaa tgggggtcat
    28261 ttcggtactc gcacgccgtg caaggtgcaa aat
//
LOCUS       SEQF3106|MIQD01000028.127721 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..27721
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             505..1704
                     /gene="dnaX_2"
                     /locus_tag="SEQF3106_01050"
                     /EC_number="2.7.7.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P06710"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA polymerase III subunit tau"
                     /translation="MQRTQILNYGLLSYFCPAMEKTEDYIVSARKYRPATFDSVVGQT
                     ALTTTLKNAIKSNKLAHAYLFCGPRGVGKTSCARIFAKTINCMNLTPEGEACNTCESC
                     RSFNEQRSLNIHELDAASNNSVDDIRSLIEQVRIPPQIGRYKVYIIDEVHMLSQAAFN
                     AFLKTLEEPPHYAIFILATTEKHKILPTILSRCQVYDFARISVSDVVSHLQYVAQQEG
                     VRAEAEALNVIAQKADGGMRDALSIFDQAVSYTGGNVTYKAVIENLNVLDYDYYFRLT
                     DAMLTGDIRAALLVLNEILEKGFDGQHIVTGLAAHLRDLLVCRDERTLVLLEIGASIR
                     EQYRTMANRCTDAWLYQAIDLANECDLHYRESRNKRLLLELMLIQLCQLRDAPETTIA
                     EAKKKSN"
     CDS             1770..2282
                     /locus_tag="SEQF3106_01051"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAQQTATPAQPAPRSASHGPTNTSLRGLLGNKNKTQTSDAATGA
                     EKAPQENQPFTADDLTRAWDTYAETVGGRVNLKHTMINCRPVMKGDDTFEIVVHNPGQ
                     REVLLQNNAPILHSLRRQLKNGRVRFTVRIDETNEKRLAYTSKEKYDLLREANPMLTR
                     LKEVFNLTYD"
     CDS             complement(2389..3696)
                     /locus_tag="SEQF3106_01052"
                     /EC_number="6.2.1.30"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q72K16"
                     /codon_start=1
                     /transl_table=11
                     /product="Phenylacetate-coenzyme A ligase"
                     /translation="MDSVAFQYLPKAEIKAYQEKQLVEALAYVNERSPFYRRRFAEAG
                     IDVSRIRRIEDLVQLPVTTKEDLQRHNEDFLCVPRTEILDYVTTSGTLGEPVTFADTR
                     HDLDRLALSEYLSYEICGCRPDDIIQLMATNDRCFMAGQACLLGSFRLGSAIIRVGNG
                     IPELQWNMIRRIHPTVCVCVPSFLLKLVDFARTHDIDYRHSSLRRAFCVGETVRTDTH
                     ELNLLGRKLHDLWPELSLHVNYASTEMQSSFMECEHQCGSHHKPDLTIVEFLGDDDRP
                     VGPDEPGEITITTLGVEGMPVVRFKTGDVCRHFEAPCACGRHSLRVGPIIGRKGQMIK
                     YKGTALYPAALYDILDNVPEVTNYLIEVYTNTIGTDGIRILVAAGTSSGEGFEKRLKD
                     LFRSKVRVAPDIVFEPAELIARKQMPPTSRKLIKFFDYRTANG"
     CDS             complement(3754..4926)
                     /locus_tag="SEQF3106_01053"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPLITRCLLTLVATAAVCTQTTHSQLPAYPYIIWQEGVADSIM
                     LLMSGRVDMNDYSPELPGPGTIFKEHVQTLLVTEGVKSIGAYAFHGFAWLTSATLAGT
                     VEKVGSHAFSDCVQLRYVRVNSLVPPAAAADAFQMIPTDATLSVPRGALSAYAAAPVW
                     RDFARIITSHYGMTTDMIRWEYDDTTATLHLTAVLGEAYMRDYTYIAPWGELCEEVKA
                     LGLEKHSLRRIGERAFVGFVALDAVTLPDGLLHIGRKAFADCTGLRSVALPDGLKTID
                     SEAFARCYGLKVLTVESAIPPVAAADAFSEVPLSDVTLIVPRGALPAYAEAPVWRDFM
                     HLTEAADSSLAEGARGYAVVGATRYPPVVLGANLCLRPDRRPAATYSFFRLLLTTL"
     CDS             complement(4960..6681)
                     /locus_tag="SEQF3106_01054"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMNKWVTGALMLIQSCGMVMAQKAPKWAEKARRAVFAIEATDK
                     SGNVTRGTGFFVGDQGEAVSNYTLFIGAERATVTDADGQRLPVVCILGADDLYDVIRF
                     RVKAPKKVSGLKPAATLPAVGDRAYLASAVKGAAMPNAPIAEVTKVKDAYGYFRIDMP
                     LSREQVSAPLLTEGGEVFALAQADAAGKGRTYGIGLPYIMDLRPAPTDVLNKVYSSIG
                     IRTAWAATPDEALVALMLYAAQQDAHTYLATLDDFVATFPNVPDGYLSRASHYVYQRK
                     KLSDVGTEQQLLGRAEADLDAAQKLFGQNAAEGYYNRAKLIYGVAASDSTLTAEGWTM
                     DRAADWIAKAISADDRPLYRQLEGDIAFFRGDYPKAAADYAQVNQGPGASASSFYMAA
                     KTEEQLEAPDTARMFALMDSAITRATAVNPTDAATYLMDAVDMRMRMGRFAEAVKDYD
                     RYYALTGGDVTPRFYYYREQARFRAGDMDGALSDIRLALQGDSTNALYLAEEGSIYLR
                     KQDFPHAQQSLERCIALAPDFSAGHRLLGLCLVRSGKKAEGCRSFTRAKELGDPVVER
                     LMKLHCQ"
     CDS             7205..9487
                     /locus_tag="SEQF3106_01055"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTFLPLWQLRCLPLLASLCLLPFVARAQQGITGRLTDAAGQPV
                     AQAALILAGTDSAYIESAVSEADGTFRLHSAVRPYLLSVQHLAYETRTIASSQSDLGT
                     IVLEAKAQALGEVVVRAERPTVRIQNGRLTFTPQGLTKSKILATAFDLLAETPGLKST
                     DGESIRLVAMDQTPALLINGRPSTRDAAATLLYVKSLPADRVLRIEVAHTAPPEWNVK
                     GAAVNIILKESLSDRLTAQVQTQWDNKHANRFTQTASVMYASGKFSADLLYRLSSGHE
                     ISRTNMYVRHAVHGDTTEIHNHTDYRSHTPATHDLYLNLDYALADRHRIGLYYNASAT
                     PRGTFDDSSLNTLTGHTEQHGSRRNHMQSIAAEYELRSWRVGAEYLHSDSRSDYTGTV
                     AARLISYDRLQRIDRLHGYLRGRHTLSPLLSLRYGADYTRTRNHSEQTGTQPVTSDED
                     IAKAYVGTDITFPGDRASLSASLTGEGYRIRDYRRRSLLPNVSLSYAPTDAHAFTLGW
                     QAFHYYPAYWHRQTYRREVDGYEVNLGNPDLRPARYNIASLSYIYRSRYAFNVYYYHV
                     RDAFFTQLYQSTDRLELINQITNTDLSRVWMCSASLPVTIADRWFLTFVPSALHERYR
                     TDHWHDLSFDVAGWVYSLNVNSQLRLLSHPRLTFTTDGHYYSGNHQGILKWDKSWGIN
                     AGLQLGLLKEEALLISLNVNDVFERATPIGRNRYQSQWSDYDYFSGINRSVMLRLTYR
                     FSRYKEKQRREADRSRIGIQ"
     CDS             complement(9566..10576)
                     /gene="fecE"
                     /locus_tag="SEQF3106_01056"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15031"
                     /codon_start=1
                     /transl_table=11
                     /product="Fe(3+) dicitrate transport ATP-binding protein
                     FecE"
                     /translation="MKETTIRLRDLSIGYPDKHNTKRVAEHLNATIHSGELTCLLGTN
                     GVGKSTLLRTLSAFQPPLGGTIDLLDRPLSAYDDRQLATVIGVVLTEKSDIRNMTAEE
                     LIGLGRSPYTGFWGTLKDRDREAVHEAIARVRIEPLTYRMVHTLSDGERQKVMIAKAL
                     AQETPIIFLDEPTAFLDFPSKVEVMQLLHNLTHTLQKTVFMSTHDLELALQIADKIWL
                     MDRASGLSIGTPEDLSLEGKLSSFFSRKGITYDTETGFFRIDNDYRSEIHLRGHGSRY
                     AMVRKALQRNGIRADRHVATSGLRIDADGAAGDPFIIHRADGREVSVSNIEALLDAVA
                     KD"
     CDS             complement(10573..11613)
                     /gene="hmuU_2"
                     /locus_tag="SEQF3106_01057"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q56992"
                     /codon_start=1
                     /transl_table=11
                     /product="Hemin transport system permease protein HmuU"
                     /translation="MKRHTGLILTLIAGSIALFFVLNLVLGSVAIPLRSVVHILLGMD
                     AGESEVWRNIVWKSRVPQSLTALVAGAGLAVSGLQMQTVFRNPLAGPSVLGISSGASL
                     GVALVILLSGSVGGVALSKLGYIGELALTIAATVGSLSVMALIVFVSQKVKGSVTLLI
                     IGVMIGYVANAIIGMLKYFSVEEDIRAYVIWGLGSFARVSGNQMTLFIAIMAVLLPLS
                     LLLIKTLNLLLLGEAYARNLGLNIKRARFWVISCAGILTAIVTAYCGPVIFLGLAVPH
                     LCRGLLRTSDHRILMPASILTGAALALVCNLIARMPGFEGALPVNSVTALIGAPIVVY
                     VLFSKRRNEVNE"
     CDS             complement(11613..12785)
                     /locus_tag="SEQF3106_01058"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLTRMKTMAACLLLTALTACGGGKAQQNDSDATSAADQERTEQ
                     MKAKYAEGFHIRSEGGVWLVEIEDPQKEDEEGKMAADAYRYALVPRGSDLRAPEGYER
                     IEIPVRKVVCMTTLQLSNFIALDRRDLVAGLTSTRHLFDPQINAQLKDGRTRKIGIEG
                     NFDTEVVMGIAPDVILISPFKRGGYEALKETGAPLIPHLGYKELTPLGQAEWIKFVGL
                     LTGNEKEAVERFKGIEKRYNELKALTADVKERPVVFSGEMRGGNWYAVGGKSFLARQF
                     EDAGADYFLKDDPHSGGFTLDFETVYAQAVNARYWRILNSYDGTFTYDALKEEDPRYA
                     DFRAFREHGVVYCNLKSQPFYEGVPVQPEVVLADLIHAFHPQLLPDHEPVYYKLLK"
     CDS             13514..15076
                     /locus_tag="SEQF3106_01059"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNRILWIPLLGILAIMNLIGCSKEKELPPTVTLEADKTNIKAN
                     GRDSLTFTVKVNGKETTQGVTVRSDAGATASPTLRYAASEVGTHTFYAVYEGTRSNAL
                     AVTVSRIVITLRADRASIRPNGTDQVHFTVMADDEDVTSTAAILRRGESETKLASNAF
                     AIDKSGEYTFYATYQNERSPEVSIHVGAESVVLKADRNTIHADGNEAVTFTVNADGHD
                     VTSAAVIMRRGTPDASIEGHTFATGQAGEYTFYALYDGVRSSEVRIKANAVALQFAKQ
                     HCIMQFSSATCASCPIMTGAIDDLVAAKPGRAVPIVFHVRKHCFNYPALYGVVADMAD
                     ALCPVWPSALVDMHTKVNVYRTATGEKLNEAIWIMNSYAPAQSGIALRSTLEGGVIRL
                     TADVLANKAGEYRFFAFVVEDGVKHGQRIASGDDGINLAYIHNHVATYPLTATGDART
                     GLSLGNLERGRKVTRTYTIDTRAYTLQRTVDLSHCRIVAYTLRPVNGSYVIDNVATCP
                     VDGGSVGFRYVK"
     CDS             complement(15232..15831)
                     /gene="engB"
                     /locus_tag="SEQF3106_01060"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P38424"
                     /codon_start=1
                     /transl_table=11
                     /product="putative GTP-binding protein EngB"
                     /translation="MEIHHAAFVMSNTDIRKCPEGGLPEYAFIGRSNVGKSSLINMLT
                     GRRQLAMTSQKPGKTQLINHFIINDSWYLVDLPGYGYARRSRENREQLRRMIETYILG
                     REQLTSLFVLLDCRHEAQRIDLEFMEWLGQNGVPFAIIFTKTDKISRSRLQENLAAYR
                     ERMLETWEELPPIMTSSSEKQEGREEILAYIDEINRSLV"
     CDS             16087..16458
                     /locus_tag="SEQF3106_01061"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKLKAIIVSLLTAWGVYAADITPITNALKSGDAAALAGNMYTE
                     TDIAVPGAAQKGSPAEAGAILSRFFQGNTPSGFTVVHQADKNDGGFVVGKMQTSGREY
                     RVNITYIVKDGRALIQTIRIE"
     CDS             16480..19131
                     /locus_tag="SEQF3106_01062"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNIRLLCNPRGRRCCVRLWLIFELLLSLTTSLRAQRLQGEVVD
                     SNGHPVPFATAYIREAAAGIVADEAGRFISHLSRGSYTGEFSALGYEKSVVPFTVSGG
                     DDHLRVVLKETAYTLREVVVRAGGEDPAYAIMRRAIANAPRHRYQVRSYTADVYIKGS
                     VKTGKLPGIGSVNIDGRNVKIKTFSNKTFLMESQNEVRFTAPNRFDQRVVALSSTVPA
                     ELDDDDAAATALTTNVYDPEIMGCVSPLASGAFSYYRFRLDGIMHEGGHVINKIRVTP
                     KRRDSRLVDGWIYILDNTWSLQHVDFSVRRPGVTVSNRIAFHEVRTNVWLPTAYDIQI
                     HLNVMGVKADGRYYSSVRYRNVTANELPTTVYTPPPPTVSGVKKSLTKRQAKAQRKLE
                     ELAAKEELTTRDAYRMARLMQQAAEDEKEGHRPERQPLDSMVHITRDSLALLRDSAYW
                     SAIRTQPLQSDEVVSYQRRDSFRAVVRSEAALDSLHNRSFGRWLRSIALGEQLQLGKR
                     FSLKYDGLLRAAPEYNFVDGFWIGQRLTFSYRHPSSGRSLQITPAAYYTTARRAFIYH
                     FDATFRYAPMRQGVLTLSASDATEDYAGEYATARLINSLASLLFAENASRLYRRQAVG
                     LTHRIDVAKGLHVLAGLHVERRRALANATSFSFFGGRPAENIPDGFTLPVMPDHTAWI
                     ADVRVTYTPRRPYYLRKGEKYYVEAHRPTFLFRYRGGLPLGGSESADFSMLSAGVTQR
                     IPIGIFHSFRYGVEGGFFLSARRLHLPDRRHFTSAPLHVSDRPMSTTFQLLNPYAYAA
                     DTRWLQLHADFTSSYLLLKQLPFLQPFPFDEALHLHTLLQPGHRHIEAGYSLGHSDIG
                     RVGLFVGWDNDRRRMIGFTVSLPLLSN"
     CDS             complement(19654..20235)
                     /gene="wbpD"
                     /locus_tag="SEQF3106_01063"
                     /EC_number="2.3.1.201"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:G3XD01"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-2-acetamido-3-amino-2,
                     3-dideoxy-D-glucuronate N-acetyltransferase"
                     /translation="MNTDYQAHATAVIDAGCHIGRGTVVWHFSHLMSGCVIGERCSIG
                     QNVVVSPGVVLGNGVKVQNNVSVYTGVTCEDDVFLGPSCVFTNVINPRSAVPRKDEFR
                     PTCVERGASIGANATIVCGHTIGAYAMIGAGTVVTRDVPPYALVVGNPARQIGWVSEY
                     GHRLRFGGDGYATCPESGVRYVLRNGVVMREDE"
     CDS             20295..20864
                     /locus_tag="SEQF3106_01064"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAARQPITYGNGHETDQHAAGHIEHKGRQPSFLPKRHAIARKGG
                     KRGEAPTDTDRQEALRRLRNARTARKESRQKPDQQTTDQVDRERTPQRGQAQMTHAQA
                     HQMARHATQTAAEPDQKKVFHQRISFQHYLYIAKIVGRWLRSGTFRAHSFTGRVRTNS
                     SVHVRFAATQSRVEGRQVRTSSSKSRPLR"
     CDS             complement(20684..21388)
                     /gene="rsmI_1"
                     /locus_tag="SEQF3106_01065"
                     /EC_number="2.1.1.198"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P67087"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase I"
                     /translation="MEPALYLIPVTLGDTPHERVLPEYNREVVRGIRHFVVENVRTAR
                     RFLKRADPAIDIDTLHFSELNKHTPPEAVAAMLSPLIEGLPVGVLSEAGCPAVADPGA
                     DVVAVAQRKGLRVVPLVGPSSILLALMASGFNGQRFAFHGYLPIEADRRARRIKELEA
                     RIYADDETQLFIETPYRNGRLLEELVRTCRPSTRLCVAANLTCTDEFVRTRPVKEWAR
                     NVPDLSHRPTIFAMYK"
     CDS             complement(22002..22679)
                     /gene="tsaB"
                     /locus_tag="SEQF3106_01066"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P76256"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA threonylcarbamoyladenosine biosynthesis
                     protein TsaB"
                     /translation="MNLLHIETSGTLCSAAWSADGEVRYTRTITEPMSHSAHAGVLAR
                     EALEHTGGTPPDAVAVSAGPGSYTGLRIGVSLAKGLCVGWGVPLIAVPTPEVIAAAAL
                     RELGRTDCLYCALIDARRMEVYATLFDARLQTLRETRAEIITPESYAAELVGTDICFC
                     GDGAEKCRDVIRSPRAIFLDRIRPVATDMVPIAERAYAEGRFVDTAYFEPFYLKEFVA
                     TTPRKKI"
     CDS             22876..23736
                     /locus_tag="SEQF3106_01067"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTGFGKVTAELPGKKVTIEIKSLNSKQLDLSVRVPAAYRDREMT
                     LRNELLQRLERGKVDLNINVEYIGRDTSARINATAVTGYCEQIRELAGRLGIPEPTDW
                     FGILLRLPETVRSEVSEVNEAEWQAVHDAVSEAINQLIDFRTQEGAMLRRVFEQKIAA
                     ISDLLREVDPYEQERVEKIRSRLTENLKKISEVEYDRNRLEQELIYYLEKLDINEEKD
                     RLANHLAYFLHTLENGRGQGKKLGFIAQEMGREINTLGSKSNHAEMQLIVVRMKDVLE
                     QIKEQVLNVL"
     CDS             23736..24305
                     /gene="gmk"
                     /locus_tag="SEQF3106_01068"
                     /EC_number="2.7.4.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q83EL7"
                     /codon_start=1
                     /transl_table=11
                     /product="Guanylate kinase"
                     /translation="MERGKLIIFSAPSGAGKSTLIKHLLQQGLPLRFSISATSRPPRG
                     EEQDGREYYFLSPEEFRRRIAAGDFLEYEEVYHDRFYGTLRSEVERIRRGGCSVVFDV
                     DVVGGCNIREQYAGEALSIFVRPPSVEALRSRLVQRGTDAPEVIEDRLRKAEYELTFA
                     PRFDVVILNDDLAAAQREVVRVVREFIEG"
     CDS             24309..24902
                     /gene="nadD"
                     /locus_tag="SEQF3106_01069"
                     /EC_number="2.7.7.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P54455"
                     /codon_start=1
                     /transl_table=11
                     /product="Nicotinate-nucleotide adenylyltransferase"
                     /translation="MTRVGIFSGSFNPIHVGHLMLANWMCEYGGVDELWFVVTPRNPL
                     KAQSVLLDDAFRLALTRAATADYPRFRVSDVEFGLPRPSYTIRTLRTLREAHPDCRFS
                     LVIGADSWADMGRWRDAEALRREFPLVVYPRRGYPIVIAGDGTADVRAVEAPMVEVSS
                     TFIRRAIREGRDVRFFLPEVVRLQLPELRRRLEGMDE"
     CDS             complement(24923..25201)
                     /locus_tag="SEQF3106_01070"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAQKVTIQVEKQPGDEDFFACYMLDDMPGFGLSGYGDTVQEAID
                     DLYIAQEEMKELFHDEGKVFPELEFEFRFDDDTPVPEGFKMQAEMVAS"
     CDS             complement(25317..26252)
                     /gene="inlJ_2"
                     /locus_tag="SEQF3106_01071"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8Y3L4"
                     /codon_start=1
                     /transl_table=11
                     /product="Internalin-J"
                     /translation="MKTKTRLPLLALLLAAAFTACTCDRDPMQHAPHITLTVEPGRKI
                     FLSFAGETDTTPVRIRSGHLDTTLTIGTDRTPARFFIADGEQMTIQGRITIFNCSSNG
                     GGVTALDCSGDTLLRNLECHDNAMTDLNIGGCSHLLVLECYSNRLARLDLSHCPKLSR
                     LNCNDNLLTELDVSHCPALVLIACLNNSLTRLDVTMCRKLSTLYCYRNKIAELHLRGC
                     AWLTEISCGKNYLTALDFTGCNSLQTVYCCENDFSYAATEDLYRSLPDRTVDEAPGHI
                     YILNEDALPPGRTRAGNEGIATDKHWEVYFCSGEW"
     CDS             complement(26406..27341)
                     /locus_tag="SEQF3106_01072"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARTIEIKTIGMERLDNSLHVRYHSQIYGIVKRFDVTKIGLTTA
                     LMDEWDGDIKVEQDINKEAQMNVNTKLMQKKDEERDKLVTFIFNAVRNYRLSPETNEA
                     EAATLLYTLIRSYEGLQQKAGDRESSDIEGLVMDLRNAVYAPHVTTLRLTSAVNKLEA
                     VSKEFDAYAAKRTQDRTASAKLPTARVARPKTDEVFDHILFVLKHAYSFGVAPVEKDL
                     IAEMVAEMNTRTAEIEDVYRQSLALKKAAAKKKPKDPKQPKDPKDPKQPGGGDDIHVP
                     EEPPKKPDEEQPKPNPGGGDDIHVPSEPPKKPEGR"
ORIGIN      
        1 tggcgtttgc ggggcacccc gcaagcatca aattctcagt tttggcgttt gcggggcacc
       61 ccgcaagtat caaattctca gttttggtat ttgcggggcg ccccgcaagc atcaaattcc
      121 ccgttttaac cgttgcggac ttccgtagac ataccaccga ctttattctt acgtcgaact
      181 cacgttaaac ccaatgcggg gcacttagat gctaagcgga gatgctcccc acttttcgga
      241 ttatgtctcg tcgtcgccct gcaacgcacc caaatcctga attacgcccc gtcgtcgccc
      301 tgcaacgcac ccaaatcctg aattacgccc cgtcatcgcc ctgcaacgcg cctaaatcct
      361 gaattatgtc tcgtcgtcgc cctgcaacgc gcataaatcc tgaattacgc ctcgtcttcg
      421 ccttgcaacg cacctaaatc ctgaattacg ccccgtcgtc gccctgcaac acatctaaat
      481 cctgaattac gccccgtcgt cgccatgcaa cgcacccaaa tcctgaatta cggcctactc
      541 tcctactttt gccccgcaat ggaaaagaca gaagactaca tcgtatcggc gcgcaagtat
      601 cgccccgcca cattcgacag cgtcgtgggc caaacggcac tcaccaccac gctcaagaat
      661 gccatcaaaa gcaataagct ggctcacgcc tacctcttct gcggcccgcg aggcgtcggc
      721 aagacatcct gcgcacgcat cttcgccaag accatcaact gcatgaacct cacccccgag
      781 ggcgaagcct gcaacacgtg cgaatcgtgc cgctccttca acgagcagcg ctcgctcaac
      841 atccacgagc tcgacgcagc ctcgaacaac tccgtcgacg acatccgctc gctcatcgag
      901 caagtccgca tcccgcccca gataggccga tacaaagtct acatcatcga cgaggtgcac
      961 atgctcagcc aagccgcctt caacgccttc ctcaagaccc tcgaggagcc gccacactac
     1021 gccatcttca tcctcgccac cacggagaag cacaagatcc tgcccaccat cctctcccgc
     1081 tgccaggtct acgacttcgc ccgcatctcc gtctccgacg tcgtcagcca cctgcaatac
     1141 gtggcccagc aagagggcgt ccgggccgaa gccgaggccc tcaacgtcat cgcccagaaa
     1201 gccgacggcg gcatgcgcga cgccctctcc atcttcgacc aggccgtcag ctacaccggg
     1261 ggcaacgtca cctacaaggc cgtgatcgaa aacctcaacg tgctcgatta cgactactac
     1321 ttccgcctca ccgacgccat gctcacgggc gacatccgcg ccgccctgct cgtgctcaac
     1381 gagatcttgg aaaagggctt cgacggccaa cacatcgtca ccggcctggc cgctcacctc
     1441 cgcgacctgc tcgtctgccg cgacgagcgc accttagtgc tcctcgagat cggcgccagc
     1501 atccgcgagc aataccgcac gatggccaac cgctgcaccg acgcgtggct ctatcaagcc
     1561 atcgatctgg ccaacgaatg cgatctgcat taccgcgaaa gccgcaacaa acgcctcctc
     1621 cttgagctga tgcttattca gctctgccaa ctccgcgacg cgcccgaaac gaccatcgcc
     1681 gaggctaaaa aaaaaagcaa ctgaggctcc gcctcctcct gcccattgag gattaccccg
     1741 ccgccgtgcc cgcagctgct ccggcatcgg tggcacaaca aacggccaca cccgcgcagc
     1801 ccgcgccccg atccgcctcg catgggccga ccaacacgtc gctgcgggga ttgttgggta
     1861 acaaaaacaa aacgcaaacc agcgatgcgg ccaccggcgc tgagaaagcg ccacaggaga
     1921 atcagccctt caccgccgac gacctcaccc gcgcttggga tacctacgcc gagaccgtcg
     1981 gcggccgcgt caacctgaag cacaccatga tcaactgccg ccccgtaatg aagggcgacg
     2041 acacgttcga gatcgtcgtg cacaaccccg gccaacgcga ggtgctgctg caaaacaacg
     2101 cccccatcct ccactccctg cgcagacagc tgaagaacgg ccgcgtgcgc ttcaccgtcc
     2161 gcatcgacga gacgaatgag aagcgtctgg cgtatacctc caaagagaag tacgacttgc
     2221 tccgcgaggc caaccccatg ctgacgcgcc tcaaggaggt gttcaacctg acgtatgatt
     2281 gagaactaaa agctaaaaac gaaaaacgaa gccgggtaca tgatggggct ccccccgatc
     2341 gtgtacccgg cattatttga ttatcaccaa tcgttgacca ttgagccgct acccattcgc
     2401 agttcggtaa tcgaagaact tgatcagctt ccggctcgtt ggcggcatct gcttgcgggc
     2461 aatcagctcg gctggctcga agacgatgtc tggcgccaca cgcaccttcg accggaagag
     2521 gtccttgagg cgcttctcga agccctcacc cgaagacgtg ccagcggcca caagaatgcg
     2581 gatgccgtcc gtgccgatcg tgttcgtgta cacctcgatc aggtagttcg tcacctcggg
     2641 cacgttgtcg aggatgtcgt aaagcgcggc ggggtagagc gctgtgccct tgtacttaat
     2701 catctgcccc ttccgaccga tgatcggccc gacgcgcaac gagtggcggc cgcaagcgca
     2761 cggagcctcg aagtgacggc agacatcgcc cgtcttgaag cggacgaccg gcatgccctc
     2821 cacaccgagc gtggtgatgg tgatctcgcc cggctcgtcg gggccaacag ggcgatcgtc
     2881 gtcgccgagg aactccacga tggtcaggtc gggtttgtgg tgcgacccgc actggtgctc
     2941 gcactccatg aaggaggatt gcatctccgt ggaggcatag ttgacatgta gcgagagctc
     3001 gggccagagg tcgtggagct tacggccgag caggttcagc tcgtgcgtat cggtgcggac
     3061 ggtctcgccc acgcagaagg cgcggcggag ggagctgtgg cgatagtcga tgtcgtgtgt
     3121 gcgggcgaag tcgacgagct tgaggaggaa cgagggcaca cagacgcaga cggtggggtg
     3181 gatgcggcgg atcatgttcc attgcaactc ggggatgccg ttgccgacac ggatgatggc
     3241 cgacccgagg cggaagctgc ccaggaggca ggcttgcccg gccatgaagc agcggtcgtt
     3301 ggtagccatg agctggatga tgtcgtccgg gcgacagcca cagatctcgt acgagaggta
     3361 ttcgctgagc gcgaggcgat cgaggtcgtg gcgggtgtcg gcgaaggtga ctggctcgcc
     3421 gagggtgccg gaggtggtga cgtagtcgag gatctcggtg cgcggcacgc agaggaagtc
     3481 ttcgttgtgg cgttggaggt cttccttggt ggtgacgggg agctgcacga ggtcttcgat
     3541 gcgtcggatg cggctcacgt cgatgccggc ctcggcgaat cggcggcggt agaagggcga
     3601 gcgctcattg acgtaagcca acgcctcgac taactgtttc tcttgatagg ctttgatctc
     3661 cgccttgggg aggtattgaa atgctacact gtccatggat aaataagtag taaaaagtag
     3721 ttagagggta gtcaaagggt agtcagaagg tggttagagg gtggtcagaa gaagtctaaa
     3781 gaaggagtag gtggccgcgg ggcgtcggtc ggggcggagg cataggttgg cccccagaac
     3841 aacgggcgga tatctggtcg cccccacaac ggcatagccc cgtgcgccct cggcgaggga
     3901 gctgtccgcc gcctcggtga ggtgcatgaa gtcgcgccag acgggtgcct ctgcgtaggc
     3961 cggcagcgcg ccccggggca cgatgagcgt gacgtctgac agcggaactt cggagaaggc
     4021 gtcagccgcg gcgaccggtg ggatagccga ctccacggtc aacaccttca acccgtaaca
     4081 gcgggcgaaa gcctcggagt cgatcgtttt caggccgtcg ggcaacgcga ccgaccgcag
     4141 ccccgtgcag tccgcaaagg cctttcgccc gatgtgcagc aggccgtcgg gaagcgtcac
     4201 cgcgtcgagg gcgacaaagc cgacaaaggc gcgttcgccg atgcggcgca ggctgtgctt
     4261 ttctaaaccg agcgccttca cctcttcaca caactccccc cacggagcga tgtaggtgta
     4321 gtcgcgcata taagcctcgc cgaggacggc ggtgaggtgc agcgtggcgg tggtgtcgtc
     4381 gtactcccat cggatcatgt ccgtcgtcat gccgtagtgc gaggtgatga tgcgcgcaaa
     4441 gtcgcgccag acaggtgccg ccgcgtaggc cgatagggcg ccccggggca cggatagcgt
     4501 ggcgtcggtg gggatcattt ggaaggcgtc cgcagcggct gctggcggga cgaggctgtt
     4561 cacgcggacg tatcgcaact gaacgcaatc ggaaaaggca tggctaccca ccttctccac
     4621 cgtgcccgcc aacgtggccg acgtcagcca ggcaaacccg tgaaaggcat aggctccgat
     4681 gctcttcaca ccttccgtga cgagaagggt ctgcacatgc tccttgaata tcgtgcctgg
     4741 gccagggagc tcaggcgaat agtcgttcat atccacccgc ccggacatga gcagcatgat
     4801 tgaatcggcc acgccctcct gccagatgat ataggggtag gccggcagct gcgaatgcgt
     4861 cgtctgtgtg cacaccgccg ccgtcgccac gagggtgaga agacagcgtg tgatcaacgg
     4921 cttcatgtca gaaagtgaaa ggggaagggc agggagtggt tactggcaat gcagcttcat
     4981 gaggcgttcg acgacggggt cgcccagttc tttggcgcgc gtgaacgaac ggcagccttc
     5041 ggccttcttg ccgctacgga cgaggcagag cccgaggagc cgatggccgg ccgaaaagtc
     5101 gggcgccaag gcgatgcaac gctcaaggct ctgttgggcg tgggggaagt cctgcttgcg
     5161 gaggtagatg gatccctctt cggccaggta gagcgcgttg gtggagtcgc cctggagggc
     5221 aaggcggatg tcggacaggg cgccgtccat gtcgcccgcc cgaaagcggg cctgctcgcg
     5281 gtagtaatag aagcgcggtg tgacgtcgcc cccggtgagc gcgtagtagc ggtcgtaatc
     5341 cttgacagcc tcagcgaacc gccccatgcg catccgcata tcgactgcat ccatgaggta
     5401 ggtggcggcg tcggtggggt tgacggccgt ggcgcgcgtg atggcgctat ccataagcgc
     5461 aaacatgcgg gccgtgtcgg gcgcttcgag ttgctcctcc gtcttggcgg ccatatagaa
     5521 ggaggaggcc gatgcgccgg gcccttggtt cacctgtgcg taatcggcgg cggcctttgg
     5581 gtagtcgccg cggaagaagg cgatgtcgcc ctccaattgc cgatagagcg ggcgatcgtc
     5641 agcggaaata gccttagcga tccaatccgc tgcacgatcc atcgtccaac cttcggccgt
     5701 cagcgtggag tcagaggcgg ccacgccgta gatcagcttc gcgcggttgt aatagccctc
     5761 ggccgcgttc tgcccgaaga gtttttgcgc cgcgtcgagg tcggcctcag cgcggccgag
     5821 gagctgctgc tcggtgccca cgtcggagag cttcttgcgt tggtagacat agtgcgaggc
     5881 gcggctgagg tagccgtcag gcacattggg gaaggtggcg acgaagtcgt caagcgtggc
     5941 gaggtaggtg tgcgcgtctt gctgggcggc gtagagcatg agggcgacga gcgcctcgtc
     6001 aggcgtggcg gcccaggctg tgcggatgcc gatggaggag tagaccttgt tcagcacatc
     6061 ggtcggtgcc ggccgcaagt ccatgatgta aggcaggccg atgccatacg tccgtccctt
     6121 gcccgcggcg tcggcctgcg ccagtgcgaa gacctcgccg ccctcggtga gcagcggcgc
     6181 gctgacttgc tcgcgcgaga ggggcatgtc tatgcggaag tagccgtatg cgtctttcac
     6241 cttcgtcacc tccgcgatgg gcgcattggg catcgccgcg cccttgacgg cggaagcgag
     6301 gtaggcccga tcgcccacgg ctggtagggt agccgcaggc ttcagcccgc tgaccttctt
     6361 cggcgctttc acccggaagc ggatcacgtc gtagaggtcg tccgcgccga ggatgcagac
     6421 gaccggcagg cgctggccat cggcgtcggt cacggtggcc cgctcggcgc ctataaacaa
     6481 ggtatagttg gagacggcct cgccctggtc gcccacgaag aagcccgtgc cgcgtgtaac
     6541 atttccgctt ttgtccgttg cttcaatagc gaagacggct cgtcgcgcct tctccgccca
     6601 cttcggcgcc ttctgcgcca tcaccattcc gcagctctga atcagcatca gtgcgccggt
     6661 cacccatttg ttcatgttca tcttttctgt ttttgaaatt catgcgcgca aaagtaaacg
     6721 gacgcccccc atgaggaaat ttaggtgggc gcgagcggcc ctccctatgg cttcttgtcc
     6781 cattgtaagg cgcgatcata agtctggagc aatcggattt attatttcca atcgcaataa
     6841 taaatttgga gtatccagat ttattatttc caatcgcaat aataaatttg gagtgcccgg
     6901 atttattatt tccaatcgca ataatgaatt tggagtgtcc ggatttatta tttccaatcg
     6961 caataataaa tttggaatgt ccggatttat tatttccaat cgcaataata aatttggagt
     7021 gtccagattt attattgtcc gagacaatat taaatcggga gtatccgggc ttattattgt
     7081 ctgagacaat aataaatcag gagtgtccgg atttattatc gtccgagaca atattaaatc
     7141 aggagtgtcc agatttatta ttacccatag caatcaccgt acatttatct caacctccat
     7201 cccaatgaaa acctttctac ccctctggca gctgcgatgc ctgcccctcc ttgcatcgct
     7261 gtgtttactc cccttcgtcg cccgcgcaca acagggcatt accggccgac tgaccgacgc
     7321 agccggccaa cccgtggcgc aggccgccct catcctcgcc ggcacggact ccgcctacat
     7381 cgagtcggcc gtgagcgaag ccgacggcac cttccgcctc cactccgccg tgcgccccta
     7441 cctgctgagc gtgcaacact tggcttacga gacgcgcacc atcgcctcgt cccagagcga
     7501 cctcgggacg atcgtgctcg aggctaaggc gcaggcgctc ggcgaggtcg tggtgcgagc
     7561 cgaacgcccc accgtccgca ttcagaacgg ccgcctgacc ttcacgccgc agggcctcac
     7621 gaaatcgaag atcctcgcca ccgccttcga cctgctggcc gaaacgcccg gcctgaaatc
     7681 gaccgacggc gagtccatcc gcctcgtcgc tatggatcag acgcccgccc tgctcatcaa
     7741 cggtcgcccc tccacgcgcg acgcggcggc cacactgctt tacgtcaaat cgctgcccgc
     7801 cgaccgcgtc ctccgcatcg aggtggccca caccgcgccg ccggaatgga acgtcaaagg
     7861 cgcagccgtc aacatcatcc tcaaggagag cctctccgac cgcctcacgg ctcaagtcca
     7921 gacgcagtgg gacaataaac atgcgaaccg cttcacccaa acggcctccg tcatgtacgc
     7981 ctcgggcaag ttctccgccg acctgctcta ccgcctgagc tccgggcacg agatcagtcg
     8041 cacgaacatg tacgtgcgcc atgccgtaca cggcgacacc acggagatcc acaaccacac
     8101 cgactaccgc tcgcacacgc ccgccaccca cgacctctac ctcaacctcg actacgccct
     8161 ggccgaccga caccgcatcg gcctctacta caatgccagc gcgacgcccc gcggaacgtt
     8221 cgacgacagc tccctcaaca ccctcaccgg ccacaccgaa cagcatggct cccgccgcaa
     8281 ccacatgcag agcatcgcgg ccgaatacga gctccgcagc tggcgcgtgg gggcggaata
     8341 cctccactcc gacagccgca gtgactacac gggcaccgtg gccgcacggc tcatcagtta
     8401 cgaccgcctc caacgcatcg accggctgca cggctacctc cgcgggcgcc acacgctcag
     8461 ccccctcctc agcctgcgct acggcgccga ctacacccgc acgcgcaacc acagcgaaca
     8521 gaccggcacc cagcccgtca cttccgacga agacattgcc aaggcctacg tcggcaccga
     8581 catcaccttc cccggcgacc gggcctccct cagcgcctcc ctcaccggcg agggctaccg
     8641 catacgcgac taccgccgcc gctcgctcct gcccaacgtc tccctcagct atgccccgac
     8701 ggacgcccac gccttcaccc tcggctggca ggccttccac tactatcccg cctattggca
     8761 tcgccagacg taccgccgcg aggtggacgg ctacgaggtc aacctcggca accccgacct
     8821 gcgcccggcc cgatacaaca tcgccagcct cagctacatc taccgctcgc gctacgcctt
     8881 caacgtctac tactaccacg tccgcgatgc cttctttacg cagctttacc agtccaccga
     8941 ccgcttagag ctaatcaacc aaatcaccaa cacggacttg tcgcgcgtct ggatgtgctc
     9001 agcctccctg cccgtcacca tcgccgaccg ctggttcctg accttcgtcc cctcggccct
     9061 ccatgagcga taccggacgg accactggca cgacctctcg ttcgacgtcg cgggatgggt
     9121 atattccctc aacgtcaaca gccagctgcg cctcctctcc cacccccgcc tgaccttcac
     9181 cactgacggc cattactatt ctggcaacca tcagggcatc ctgaagtggg acaagagttg
     9241 gggcatcaac gcgggcttgc aactggggtt actcaaggaa gaagcgctgc tgatcagcct
     9301 caacgtgaac gacgtcttcg agcgcgccac gccgataggc cgcaaccgct accagtcgca
     9361 gtggagcgac tacgactact tcagcggcat caaccgctcc gtcatgctcc gcctcaccta
     9421 ccgcttcagc cgttacaagg agaagcaacg ccgcgaggcc gaccgctcac gcataggcat
     9481 ccaatagaca aggcgcaccg gtgggtgtgg cagtgtggag gcgggcctcg cccccacaag
     9541 gggagccccg aagaatcatt gccaattaat ccttggcgac agcgtccaag agcgcctcga
     9601 tgttgctgac ggagacctcg cggccgtcgg cgcggtggat gataaaggga tcgcccgcgg
     9661 cgccgtcggc atcgatgcgg aggccggagg tggcgacgtg gcggtcggca cggatgccgt
     9721 ttcgttgcag ggctttgcgc accatcgcgt aacggctgcc gtggccacgg aggtggatct
     9781 cgctgcggta gtcgttgtcg atgcggaaga agccggtctc ggtgtcgtag gtgatgcctt
     9841 tgcgggagaa gaaactgctc agcttgccct ccaaggagag gtcctcgggt gtgccgatgg
     9901 acaggccgct ggcgcgatcc atgagccaga tcttgtcggc gatctggagc gccaactcaa
     9961 ggtcgtgggt ggacatgaag acggtcttct ggagcgtgtg cgtgaggtta tggagcagct
    10021 gcatgacttc gaccttgctg gggaagtcga ggaaggccgt aggctcgtcg aggaagatga
    10081 tgggcgtctc ctgggcgagg gctttggcga tcatcacctt ctgccgctcg ccatcgctga
    10141 gggtgtgcac catgcggtaa gtcaggggtt cgatgcgcac gcgggcgatg gcttcgtgca
    10201 cggcctcccg gtcgcggtct ttgagtgtgc cccagaagcc ggtgtagggg ctgcgcccga
    10261 ggccgatgag ctcctcggcc gtcatgttgc ggatgtcgct cttctcggtg aggacgacgc
    10321 cgatgacggt ggccagttgg cgatcgtcgt aggcggagag ggggcggtcg agcaggtcga
    10381 tcgtgccgcc gagcgggggt tggaaggcgg agagcgtgcg caggagggtg gatttgccga
    10441 cgccgttggt gcctaaaagg caggtcaact cgccgctgtg gatcgtggcg ttgaggtgtt
    10501 cggccacgcg cttggtgttg tgtttgtcgg ggtagccgat gctgaggtcg cggaggcgga
    10561 tagtcgtttc tttcattcgt tcacttcatt tctgcgttta ctgaaaagca cgtagaccac
    10621 gatcggcgcg ccgataagcg ccgtgacgga gttgacgggc agggcgccct cgaagccggg
    10681 catgcgggcg atgaggttgc agacgagggc cagcgcggca ccggtgagga tggaggcggg
    10741 catgaggatg cggtggtcgg aggtgcgcag gaggccgcga cagaggtgtg gcacagccag
    10801 cccaaggaag atgaccggcc cacagtaagc cgtgactatc gctgtgagga tgccggcgca
    10861 ggagatgacc caaaagcgtg cccgcttgat gttcaggccg aggttgcggg catacgcttc
    10921 gccgaggagc agcaggttga gcgtcttgat aagcagtaag gagagcggca gcagcacggc
    10981 catgatggcg atgaagagcg tcatctgatt gcccgacacg cgggcgaagc tgccgaggcc
    11041 ccagatgacg tacgcacgga tgtcttcctc cacactgaaa tacttcagca taccgatgat
    11101 ggcgttggcc acgtagccga tcatgacgcc gatgatgagc agtgtgacgc tgcccttcac
    11161 cttttgtgag acgaagacga tgagcgccat gacggacagc gagccgacgg tggccgcgat
    11221 ggtcagcgcc agctcgccga tgtagcccag cttgctgagc gccacgccgc ccacgctgcc
    11281 cgagagcagg atgacgagcg ccacgccgag gctcgctccc gaactgatgc cgagcactga
    11341 cggcccagcc aacggattgc gaaagacggt ctgcatttgc agtccgctca cggccagccc
    11401 cgcgcccgcc acaagggcgg tcagcgactg tggcacgcgc gacttccaca cgatgttgcg
    11461 ccacacctcc gactcccccg cgtccatgcc cagcaggatg tgcacgaccg accgcagcgg
    11521 gatggccacc gagccgagca caaggttgag cacgaagaag agcgcgatgg agccggcgat
    11581 gagcgtaagg ataagccctg tatgccgctt catcacttca gcagcttgta gtagacgggt
    11641 tcatgatcgg gcagcagctg cgggtggaag gcgtggatga ggtcggccaa gaccacctcc
    11701 ggctgcacgg gcacgccctc gtagaagggt tgcgacttga ggttgcagta gaccacaccg
    11761 tgctctcgga aggcgcggaa gtcggcatag cgcgggtctt cttccttgag tgcatcgtag
    11821 gtgaaggtgc cgtcgtagct gttgaggatg cgccagtagc gggcgttgac ggcttgggcg
    11881 tagacggtct cgaagtcgag cgtgaagccg cccgagtggg ggtcgtcctt gaggaaatag
    11941 tcggcgccgg cgtcctcgaa ttggcgcgcc aggaagctct tgccgccgac ggcgtaccag
    12001 ttgccgccgc gcatctcgcc gctaaaaacc acagggcgct ccttcacatc agccgtgagc
    12061 gccttcagct cgttgtatcg cttctcgatc cccttgaagc gctccacggc ctccttttcg
    12121 ttgcccgtca agaggccgac gaacttgatc cattcggcct ggccgagcgg cgtcagttcc
    12181 ttgtatccga ggtgtgggat gagcggcgcg cccgtctcct ttaacgcctc gtaaccgccg
    12241 cgcttgaagg gcgagatgag gatcacgtcg ggcgcgatgc ccatcaccac ctcggtgtcg
    12301 aagtttccct cgatgccgat cttgcgcgta cgcccatcct tcagttgggc gttgatctgg
    12361 gggtcgaaga ggtggcgtgt gctggtgagg ccggccacga ggtcgcggcg gtcaagggcg
    12421 atgaagttgg agagctggag cgtagtcatg cagaccacct tgcggacggg tatctcgatc
    12481 cgctcgtagc cctcgggagc ccggaggtca ctgccgcgcg gcacgagggc gtagcgatag
    12541 gcgtcggctg ccattttgcc ctcttcgtcc tccttctgcg ggtcttcgat ctccactaac
    12601 cacacgcccc cctcggatcg gatgtggaag ccctcggcgt acttcgcctt catctgttcg
    12661 gtgcgttctt ggtcggccgc gctcgtcgcg tccgaatcgt tctgctgcgc ctttcctccg
    12721 ccacacgccg tgagcgccgt gagcagcagg caggccgcca tcgttttcat tcttgtgagt
    12781 gtcattattc ttctgttgtt atagtgtgat gtaatcttct tcatctattt catctatcac
    12841 cgcccggccg cagggtgggg cattggtttg acagctgtac attatataat aggtatagcc
    12901 cgcttcccaa ccggcgccaa aggtagattc aattcaaaac ggtgataagg ccgcgactct
    12961 cggctaaaat cccccctaat catcgccgcc gctggcatcg tccggcactc gggctatcaa
    13021 aaatgcgcca ccgtttgcac acattctcac tcgctggccc aaacatcatt gacgattgca
    13081 ccgcccggca cccagcggcc taaacatcat tgacgattgc accgctcggc acccagcagc
    13141 ctaaacatca ttgacgattg catcgcccgg cacccagcgg cctaaacatc attgacgatt
    13201 gcaccgcccg gcgcccagca gcctaaacat cattgacgat tgcaccgccc gacgcccagc
    13261 agcctaaaca tcattgacga tttcacaact tttggctcag cggtcaaaac atcattgacg
    13321 ttttcacaac ttttcgccca gcggtcaaaa aacgcgccgc cgttttcacc cctttttctt
    13381 cactgaccct aaaatgcgtt gaacggagca ccccgatcgg ctcccagagg ccctttcaca
    13441 ccaacgaaaa ggccaagctg ggtaaccaga aaatctactt ttgcgccgct tataaaaaga
    13501 agaagactga caaatgaaaa atcgtatcct atggatcccc ctcttgggaa tcttagccat
    13561 catgaacctg attggctgct caaaagagaa agaactgccc cccaccgtca cgttggaggc
    13621 cgacaaaacc aacatcaaag ccaacgggcg cgactcgctg accttcaccg tgaaggtgaa
    13681 cggcaaagag accactcaag gcgtcaccgt ccgctccgac gccggcgcca ccgcctcccc
    13741 cactctgcgc tacgccgcct cggaggtggg cacacacaca ttttacgctg tctatgaggg
    13801 tacccgatcg aacgcactcg ccgtcaccgt ctcgcgcatc gtcatcaccc tgcgcgccga
    13861 ccgcgcctcc atacgcccca acggcacgga tcaggtgcac ttcaccgtca tggctgacga
    13921 cgaagacgtg acctccaccg ccgccatcct gcgccgcggc gagagcgaaa cgaagctcgc
    13981 cagcaacgcc ttcgccattg ataaatcagg cgaatacacc ttctacgcca cctaccaaaa
    14041 cgagcgttcg ccggaggtaa gcatccacgt gggtgccgag agcgtcgtcc tgaaggccga
    14101 tcgcaacacc atccacgctg acggcaacga ggcggtgacc ttcaccgtga acgccgatgg
    14161 gcacgatgtg acctccgccg ccgtcatcat gcgccgcggc acacccgatg cgagcatcga
    14221 gggccacacc ttcgccaccg gccaagccgg tgaatacacc ttctacgccc tctacgacgg
    14281 cgtccgctca tccgaggtgc gcatcaaggc caacgccgtg gccctccagt tcgccaagca
    14341 acattgcatc atgcaattct cctccgccac ctgcgcctcc tgccccatca tgaccggcgc
    14401 catcgacgac ctcgtcgccg ccaaacccgg ccgcgctgtg cccatcgtct tccacgtgcg
    14461 caaacactgc ttcaactacc ccgccctcta cggcgtcgtg gccgacatgg ccgacgcgct
    14521 ctgccccgtc tggccctcgg ctttagtcga catgcacacc aaggtcaacg tctaccgcac
    14581 agccaccggc gagaagctca acgaagccat ttggatcatg aacagctacg cccccgccca
    14641 gagcggcatc gccttgcgct ccaccttgga gggcggcgtc atccgcctca cagccgacgt
    14701 gctggccaac aaggcgggcg agtatcgctt cttcgccttc gttgtggaag atggcgtcaa
    14761 gcatggccaa cgcatagcca gtggcgacga tggcatcaat ctggcttaca tccataacca
    14821 cgtggccacc tacccgctca ccgccaccgg cgacgcccgc acaggcctct ccctcggcaa
    14881 cttagagcgt ggccgcaagg tgactcgcac ctacaccatc gacacccgcg cctacaccct
    14941 gcaacgcacc gtcgacctga gccactgccg catcgtggcc tacaccctgc gccccgtcaa
    15001 tggctcatac gtgatcgaca acgtcgccac ctgtcccgtc gacggcggtt cggtgggctt
    15061 ccgatatgtc aagtaggcat gggtgatggg ttacgggtta cgagttacag gttacaggtt
    15121 acaagttaca agtgctgggt attcatcact cgtaactcga acctgtaacc tgtaactcgt
    15181 aacccgtaac tcgtaactcg taacccgtaa cccgtaactc gtaacccgta actaaacaag
    15241 gctgcggttg atctcatcga tatacgccaa gatctcctcc ctcccctcct gcttttcgga
    15301 cgatgaagtc atgatcggcg gcagctcctc ccacgtctca agcatccgct cgcggtaagc
    15361 cgccaggttc tcctgcagtc ggctgcggct gatcttgtcc gtcttcgtaa agatgatggc
    15421 gaaggggacg ccgttctggc cgagccactc cataaactcc agatcgatgc gctgcgcctc
    15481 gtgccgacaa tcgagtagca cgaagaggct cgtcagctgc tcgcggccga ggatgtacgt
    15541 ctcgatcatg cgccggagct gctcccggtt ctctcggctg cgccgtgcat agccgtagcc
    15601 cggcaggtcg actaagtacc agctgtcgtt gatgatgaag tgattgatga gttgtgtttt
    15661 gccgggcttc tgtgaggtca tggccagctg ccgtcgccca gtgagcatat tgatcagcga
    15721 cgacttgccg acgttcgatc gcccaatgaa ggcatactcc ggcagccctc cttcggggca
    15781 tttcctgatg tccgtgttgc tcatcacgaa cgctgcgtgg tggatttcca ttttgttgtt
    15841 attgaagttt atgagttatc gtaaggggtc gccgcaaaaa tatcccccta ttgccttccg
    15901 gccatttgag gcagggagac gcacccagcc cccctccgaa aaggacaggc ggacactggc
    15961 agggagactc ccgcccccat atttattaca cagctgcgct tgataatcac gcagagaaat
    16021 gaactttgtg gccgattcat ctttgtgcga ccataactac actaatcaaa aaggaggaac
    16081 tgaatgatga gaaaattgaa agcaatcatc gtgtcactgc tgaccgcatg gggcgtgtat
    16141 gctgctgaca tcacgccgat caccaacgca ctgaaaagtg gagatgccgc cgcgctggcc
    16201 ggaaacatgt ataccgaaac cgacatcgcc gtgcccggcg ccgcgcagaa gggaagcccg
    16261 gcagaggccg gagccatcct tagccgattc ttccaaggca acacgccgtc gggcttcacc
    16321 gtcgtgcacc aggccgacaa gaacgacggc ggctttgtgg tcgggaagat gcaaacgtcc
    16381 gggcgcgagt atcgggtcaa catcacgtac atcgtcaagg atgggcgggc gctgatccaa
    16441 accattcgca tcgagtaaat gaaaagtgcg gcgcaagtaa tgagaaacat tcgcctcctc
    16501 tgcaacccgc gggggaggcg ttgttgtgtc cggctatggc tcattttcga gttgctcctt
    16561 agcctgacca ccagcctgcg ggcgcaacgc ctgcaaggcg aggtggtcga cagcaacggc
    16621 caccccgtac ctttcgccac ggcctacatc cgtgaagcag ccgcgggcat cgtggccgat
    16681 gaggcggggc gcttcatctc gcacctcagc aggggcagtt acacgggcga gttctccgcc
    16741 ctggggtatg agaaaagtgt cgtgcccttc accgtgtcag gtggcgacga ccacttgcgc
    16801 gtcgtgctga aagagacggc ctacacgctg cgggaggtcg tcgtccgtgc cggcggcgaa
    16861 gaccccgcct atgccatcat gcgccgcgcc atcgctaacg cgccccgcca ccgctatcag
    16921 gtgcgttcgt acacggccga cgtgtatatc aaaggctcag tcaagacggg caagctgccg
    16981 ggcatcgggt cggtcaacat cgacgggcgc aacgtcaaga tcaagacctt ctcgaacaag
    17041 actttcctca tggagtcgca aaacgaagtg cgcttcacag ctcccaaccg cttcgatcaa
    17101 cgcgtcgtag ccctctccag caccgtgccc gctgagttag acgacgacga tgccgccgcc
    17161 acggcgctaa ccaccaacgt gtacgacccg gaaatcatgg gctgcgtctc gcccctggcg
    17221 tcgggcgcat tcagttatta ccgcttccgt ttagacggca tcatgcacga gggcgggcac
    17281 gtgatcaaca agatccgcgt gacacccaag cggcgcgaca gccggttagt ggacggctgg
    17341 atctacatcc tcgacaacac ctggagcctg caacatgtcg acttcagcgt gcgccggccg
    17401 ggcgtcaccg tcagcaaccg cattgccttt cacgaggtgc gcacgaacgt ctggctaccc
    17461 accgcgtacg acattcaaat acacctcaac gtgatgggcg tcaaggccga cgggcgctat
    17521 tactcctccg tccgttaccg caacgtcaca gccaacgaac tgcccacgac ggtctatacc
    17581 ccaccgcccc cgaccgtgtc cggcgtgaaa aaatcgctga caaaacggca ggccaaggcc
    17641 caacgcaagt tagaagagtt ggccgcgaaa gaggaactga cgacgcgcga tgcgtatcgc
    17701 atggcgcgcc tcatgcagca ggccgctgag gacgagaagg aggggcaccg tccggagcga
    17761 caacccttag actcgatggt gcacatcacg cgcgactcgc tggcactgct ccgcgactcg
    17821 gcctactgga gcgccatccg tacgcaaccg ctccagtccg acgaagtggt gagctatcaa
    17881 cgccgcgaca gtttccgcgc cgtcgtacgg tctgaagccg cgctcgactc cctccacaac
    17941 cgatccttcg ggcgatggct ccgcagcatc gcacttggcg aacagttgca gctcggcaaa
    18001 cgcttctcat tgaaatacga cggactgttg cgcgctgcgc cggagtacaa cttcgtggac
    18061 ggcttttgga tcggccagcg gctgaccttc tcctaccgtc accccagtag cggtcggtcg
    18121 ttgcagatta cccccgccgc ttattacacc acagcgcgcc gcgccttcat ctaccacttc
    18181 gacgccacct tccgctacgc ccccatgcgt cagggcgtgc taaccctctc cgcctccgac
    18241 gcgacggagg attacgccgg tgagtatgcc acggcacgcc tgatcaactc cctcgcctcg
    18301 ctgctctttg ccgagaatgc ttcccggctc tatcgtcgcc aagcggtcgg acttacgcat
    18361 cgcatcgatg tggcgaaggg gctgcacgtc ttggccggat tacatgtcga gcggcgcagg
    18421 gcgctcgcaa atgccacatc gttcagcttc ttcggcggcc gaccggcgga gaacattccc
    18481 gacggattca ccctgcccgt catgcccgac catacagcct ggatcgccga cgtgcgcgtc
    18541 acgtacacgc cccgccgacc gtattacctg cgtaaggggg agaagtacta tgtcgaagcg
    18601 caccggccca cgttcctgtt ccgctatcgc ggcgggctgc ccctcggcgg ctcggagtcg
    18661 gctgatttca gcatgctttc ggccggcgtt acgcagcgca tccccatcgg catcttccac
    18721 agcttccgtt acggtgtgga gggcggcttc ttcctctccg cccgtcggct tcacctgccc
    18781 gaccggcgcc acttcacatc cgcgccgctc cacgtctccg accgcccgat gtcgaccacc
    18841 ttccagctgc tcaatcccta cgcctatgca gccgacacgc gttggttgca gctgcacgcc
    18901 gacttcacct cgagctattt gctactcaag cagctgccct tcctccagcc tttccccttc
    18961 gacgaagccc tccacctgca cacgctccta caacctggcc atcgccacat cgaggccggc
    19021 tattccctcg gccactccga catcgggcgc gtgggcctct tcgtcggatg ggataatgac
    19081 cggcgccgca tgatcggctt caccgtcagc ctgccgctgt tgagtaatta aaagcaaaag
    19141 gcagctgcgg ccgtcggcaa aattccacgg cctcggtaga ggcctctttc ttttcgcctc
    19201 attttcccca gcgcacgcca tgcgcacccc aaagtggctc ccattttacc cagcgcacgc
    19261 catgcgcacc ccaaagtggc tcccatttta ccctgcgcac gccatgcgcg cccaaaatga
    19321 cccccgtttt cctccgcgca cgtcatgcgc actcgaaatg acccccgttt tgctccagca
    19381 tgccatgcgc gacaaaaact tgccccgttt tgctccagca cgccatgcgc gacaaaaact
    19441 tgccccgttt tactccagca cgccatgcgc aacaaaaact tgcctcgttt tgctccagca
    19501 tgtcatgcgc gacaaaaact tgccccattt tactccagca cgtcatgcgc gcccgaaatg
    19561 acccccattt tccccctggc atgccgagcc aagcccgaaa tgatcttctt ttttgtcttg
    19621 gcacaagaaa atgaggatca tccgtggtct ttattattcg tcctcccgca tcaccacacc
    19681 atttctcagg acatatcgca cgccactctc cggacacgta gcgtacccgt cgccgccgaa
    19741 gcgaaggcga tggccatact cgctcaccca tccgatctgc cgcgccggat tgcccaccac
    19801 taaggcatac ggcggcacat cgcgcgtcac caccgtgccc gccccgatca tggcgtatgc
    19861 cccgatggta tgtccgcaca cgatcgtcgc attcgccccg atcgatgccc cccgctccac
    19921 acacgtcggc cggaactcat ccttacgcgg cacggcgctg cgcgggttaa tcacgttcgt
    19981 aaacacacaa ctcggcccga ggaagacgtc atcctcacac gtcacacccg tatagacaga
    20041 cacgttgttc tgcaccttca cgccattacc taaaaccacg cccggcgaca cgaccacatt
    20101 ctgcccgatc gagcaacgct cgccaatgac acaccccgac atgaggtgcg aaaaatgcca
    20161 caccactgtg ccgcgaccga tatggcatcc ggcatcgatc acagccgtcg catgagcctg
    20221 ataatccgta ttcatacttt gaagaactaa aatcgaaaaa ctaaaagcta agaggacgac
    20281 cttacgcgct acgcgtggcc gcccgccaac cgataaccta cggcaacggc cacgagaccg
    20341 accagcacgc tgccggccac atagagcaca aaggccgcca accgtccttc ctgccaaagc
    20401 gtcatgccat cgcgcgaaaa ggtggaaaac gtggtgaagc ccccacagac accgaccgtc
    20461 aggaagcgtt gcgccgcctg cgaaacgccc ggacagcgcg caaagagtcc cgccagaagc
    20521 ccgatcaaca gacaaccgac caggttgacc gcgaacgtac cccacaaaga ggccaagccc
    20581 aaatgacgca cgcccaagcc caccaaatgg cgcgccatgc cacccagaca gctgccgagc
    20641 ccgatcagaa gaaggtcttt catcagcgca tctcgttcca acactactta tacatcgcga
    20701 aaatcgtcgg ccgatggctc aggtcgggga cgtttcgcgc ccactccttc accggccgcg
    20761 tgcggacaaa ctcgtcggtg cacgtcaggt tcgccgccac gcagagccgc gtcgaggggc
    20821 ggcaagtgcg cacaagctcc tctaaaagtc ggccgttgcg gtagggcgtt tcgatgaaga
    20881 gctgcgtctc gtcgtcggca tagattcgcg cctcaagctc cttgatgcgg cgcgcgcggc
    20941 ggtcggcctc gatgggcagg tagccgtgga aggcgaaccg ctgcccgttg aaccccgacg
    21001 ccatgagggc caacaagatg gacgacggcc cgacgagggg caccacccgc agccctttgc
    21061 gttgcgccac ggccaccaca tcggcaccgg gatcggccac cgccgggcaa cccgcctccg
    21121 aaagcacccc cacaggcagc ccctcaatga gcggcgacag catggcggcc acggcctcgg
    21181 gcggcgtgtg cttattgagc tcgctgaagt gcaacgtgtc gatgtcgatc gccggatcgg
    21241 cccgcttgag gaagcggcgt gccgtgcgca cattctcgac cacgaaatgc cgtatgccac
    21301 gcaccacctc gcggttgtac tcgggcaaca cccgctcgtg cggcgtatcg cctaacgtga
    21361 cggggatcag ataaagtgca ggttccatcg ggtagtaaat aagggagggg ggataagaag
    21421 gagtgaaaaa tcgggcgcaa agaaaggccg cgaatcgtac acatcggtcg caagccaaac
    21481 acacgtgtgt ttggggccgc gcaaaatcag aatcaagcgg acaaaaaaaa cgtggagccg
    21541 ggggcgtttg tcgccttccc gatctccacg tgaatgatcg tctgatgtgt cgctatagag
    21601 cggatttata ccgccgccgg atgaatcgct tccgaagggc aggcggcagc gcacgaaccg
    21661 cagtcggtgc acttctccgg gtcaatgtgg tagatatcgc cttctgaaat cgcctctaca
    21721 gggcactcgt caatgcatgt tccgcatgca acacaatctt cactaataac gtaagccata
    21781 ttcttttctt tttatcgtaa gacgggggca aacatagacg aatccccaat agtagggata
    21841 tgtgcggcgg attttttggg agccaagggg tgtaaatcgg ggcgtttgaa gcgatcaaag
    21901 gccgtcagag gtggctctat gcctcggttc ttgtgggttt ttcaactcct atgggtaagg
    21961 gatgcgattt tatccccatt ctccccactg ctacccgctt ctcagatctt tttccgcggc
    22021 gtggtagcca caaactcctt caggtagaaa ggctcgaagt acgccgtgtc cacgaagcgc
    22081 ccttcggcat aggcgcgctc agcgatgggc accatatcgg tggctacggg gcgaatgcga
    22141 tcgaggaaaa tggcgcgcgg cgaacggatc acgtcgcggc acttctccgc accgtcgcca
    22201 cagaagcaga tgtcggtgcc gaccagctcc gcggcgtaac tctcaggggt gatgatctcg
    22261 gcgcgcgtct cgcggagcgt ctgtaggcgt gcgtcgaaga gcgtagcgta gacctccatg
    22321 cgtcgggcgt cgatcagggc gcaatagagg cagtccgtgc ggccgagctc tcgcagcgcc
    22381 gcggccgcga tcacctcagg cgtaggtacg gcgatgagcg gcacgcccca accgacgcac
    22441 agccccttgg ccaacgaaac gccaatgcgc agccccgtgt acgaccccgg cccggcgctc
    22501 acggccacag catcaggcgg tgtgcctccg gtgtgctcca gcgcctcacg cgccaaaacc
    22561 ccagcgtggg ccgagtggct catcggctcc gtaatcgttc gcgtatacct cacctcgccg
    22621 tccgctgacc aagccgcgga gcagagcgtg cccgatgttt caatgtgcaa caggttcatg
    22681 tcttctattc tttctcgtgt tacggttatt ttcaagaggc ggcaaaaata gaggcgttga
    22741 tgaatgaggt ctacctttgt cgcgggcgaa acagcatgcc gagtccgcta tctgcttacc
    22801 atttcctcta attacttctg atcgtaacta cccggccgca ggccgataac tacctattat
    22861 tatatgattc aatcaatgac cggcttcggg aaagtcaccg ccgaactgcc gggcaagaag
    22921 gtgaccatag aaatcaaatc actcaacagt aaacagcttg acctctccgt gcgcgtcccc
    22981 gccgcctatc gcgatcgcga gatgacgctc cgcaacgagc tgctccaacg gttggaacgc
    23041 ggcaaggtgg acttgaacat caacgtggaa tacatcgggc gagacacctc agctcgcatc
    23101 aacgcaaccg ccgtgacggg ctactgcgag cagatccgcg aactggccgg gcgcctcggc
    23161 atccccgaac ccacggactg gtttggcatc ctgctgcgcc tgcccgaaac ggtgcgtagc
    23221 gaagtcagcg aggtgaacga agcagagtgg caggccgtac acgacgccgt cagcgaggcc
    23281 atcaaccaac tcatcgactt ccgcacgcag gagggcgcca tgctgcgccg cgtcttcgag
    23341 cagaagatcg ccgccatcag cgacctgctc cgtgaggtag atccctacga acaggaacgc
    23401 gtggagaaga tccgcagccg actgacggag aacctgaaaa agatcagcga ggtggagtac
    23461 gatcgcaacc gcttggagca ggagctgatt tattacctcg aaaagctcga catcaacgag
    23521 gagaaggatc gcctcgcaaa ccacctcgct tacttcctcc acacgctcga gaatgggcgc
    23581 gggcagggca agaagctcgg cttcatcgcg caggagatgg ggcgagagat caatacgctc
    23641 ggctcgaaaa gcaaccacgc ggagatgcag ctcatcgtgg tgcgcatgaa ggacgtactg
    23701 gagcagatca aggagcaggt cttaaacgtg ctgtgatgga gcggggcaaa ctgatcatct
    23761 tctctgcgcc gtctggggcg ggcaaatcga cgctcatcaa gcacctgttg caacagggcc
    23821 tgccgctgcg cttctccatc tcggccacca gccggccgcc gcgcggcgag gagcaagacg
    23881 gacgggagta ttacttcctg tcgcccgagg agtttcgccg acgcattgcc gcgggcgact
    23941 ttttagagta cgaggaggtc tatcacgacc ggttttacgg cacactgcgc tccgaggtgg
    24001 agcgcatccg ccggggtggc tgctcggtcg tcttcgatgt cgacgtggtg ggtggctgta
    24061 acatccgcga gcaatatgcc ggcgaggcgc tgtcgatctt cgtccggccg ccatcggtgg
    24121 aggcgctgcg cagccgattg gtgcagcgcg gaacggatgc gccggaggtg atcgaagaca
    24181 ggctgcgcaa ggcggagtat gaattgacgt tcgcgccgcg cttcgatgtg gtcatcctca
    24241 acgacgactt ggccgcggcg cagcgggagg tggtgcgcgt ggtacgggag tttatcgagg
    24301 ggtaacgtat gacgcgcgtc ggcatctttt ccgggtcgtt caatccgatt catgtggggc
    24361 atttgatgct cgcgaactgg atgtgcgagt atggcggggt ggatgagctg tggtttgtcg
    24421 tcacgccgcg gaacccgctc aaggcgcagt cggtgttgct cgatgatgcg tttcgattgg
    24481 cgctcacgcg ggcggcaacg gcggattatc cgcggtttcg ggtcagcgat gtggagtttg
    24541 gattgccacg gccgtcgtat acgatacgga cgttgcgaac gctgcgtgag gcgcaccctg
    24601 attgccgctt ctcgctcgtg atcggcgccg atagctgggc ggacatgggg cgatggcgcg
    24661 atgcggaggc gctccggcgt gagtttccgc tcgtcgtcta cccgcgccgt ggttatccga
    24721 tcgtgattgc gggggatggg acggcggatg tgcgggcggt ggaggcgccg atggtggagg
    24781 tgtcgtctac gtttatacgc cgcgcgatcc gcgaggggcg cgatgtgcga ttcttcttgc
    24841 cggaggtggt gaggctacag ttgccggagc tgaggcggcg gttggagggg atggatgagt
    24901 agggatcgct gaggaggggt ggttatgagg cgaccatttc ggcttgcatc ttgaagcctt
    24961 cgggcacggg ggtgtcgtca tcgaagcgga attcaaactc taattcgggg aacaccttgc
    25021 cttcatcgtg aaagagttcc ttcatctctt cctgagcgat gtagagatcg tcgatggctt
    25081 cttgtaccgt atcgccatag ccggagaggc cgaagccggg catatcgtct aacatatagc
    25141 aggcgaaaaa gtcttcgtcg cctggctgct tttctacttg tattgtcact ttctgtgcca
    25201 taattcccaa tcgttatcta taggggcaat cgtcaatgat tagccgagga cgtgaagggg
    25261 gcgtatgcga tacgccccta cagcggccgg acacttgaga ttcgcccccc cctctcttac
    25321 cactctccgc tacagaagta gacttcccaa tgcttgtcgg tggcgatgcc ttcgttgccg
    25381 gcgcgggtgc gtccgggggg cagggcgtct tcgttgagga tgtagatgtg gccgggcgcc
    25441 tcgtcgacgg tgcggtcggg gagggagcgg tagaggtctt cggtggcggc gtagctgaag
    25501 tcgttctcgc agcagtagac ggtctggagg gagttgcagc cggtgaagtc gagggcggtg
    25561 aggtagttct tgccgcagct gatctcggtg agccaggcgc agccgcggag gtggagctcg
    25621 gcgatcttgt tgcggtagca gtagagggtg ctgagcttgc ggcacatggt gacgtcgagg
    25681 cgggtgaggc tgttgttgag gcaggcgatg aggacgaggg cggggcaatg ggagacgtcg
    25741 agctcggtca ggaggttgtc gttgcagttg aggcgggaga gcttggggca gtgggagagg
    25801 tcgaggcggg cgaggcggtt ggagtagcac tcgaggacga gcaggtgtga gcagccgccg
    25861 atgttgaggt cggtcatggc gttgtcgtgg cactcgaggt tgcggaggag ggtgtcgccg
    25921 ctacagtcga gggcggtgac gccgccgccg ttgctgctgc agttgaagat ggtgatgcgc
    25981 ccttggatgg tcatctgttc gccatcggcg atgaagaagc gcgcgggggt gcggtcggtg
    26041 ccgatggtga gggtggtgtc gaggtggccg gagcggatgc gcacgggggt ggtgtcggtt
    26101 tcgccggcga agctgaggaa gatcttgcgc ccgggctcga cggtgagggt gatgtggggg
    26161 gcgtgttgca tggggtcgcg gtcgcaggtg caggcggtga aggcggcggc caggaggagg
    26221 gcaaggagag ggaggcgtgt tttagtcttc atgtggtgtt tgcgttttag gaggcttttg
    26281 ttgtcaatta aaattgggcg gggcggcgag gaaaacgaaa aacgaaaaac gaaaaatgcc
    26341 gagtacatgc tgggggcgtg tacccggcat aatcattcat cattaacaat taatcattgg
    26401 ggggatcatc ttccctccgg cttcttcggt ggctctgagg ggacgtggat gtcgtcgccg
    26461 ccgccggggt tgggcttcgg ctgctcctcg tcgggcttct tgggtggctc ttcaggcaca
    26521 tggatgtcgt cgccgccgcc gggctgcttc ggatccttgg gatctttggg ttgcttggga
    26581 tctttgggct tcttcttcgc ggcggccttc ttcagagcga ggctttggcg atagacgtct
    26641 tcaatctcgg cagtgcgcgt attcatttcg gcgaccatct cggcgatgag gtctttctcc
    26701 acgggcgcaa cgccaaaact gtaagcatgc ttcagcacga agaggatgtg atcgaacacc
    26761 tcgtccgtct tcgggcgcgc cacgcgtgct gtgggcagct tggcggaagc ggtgcgatcc
    26821 tgcgtgcgtt tagcggcgta ggcgtcaaac tctttgctga ctgcctccaa cttatttacg
    26881 gcgcttgtaa gccggagggt ggtcacgtgc ggagcgtaaa ccgcgtttct cagatccatc
    26941 accaagcctt caatgtcgga cgattcgcgg tcgcctgcct tctgctgcaa tccttcgtaa
    27001 gagcggatca gggtgtagag caaggtggcc gcctctgcct cgttcgtttc gggtgatagg
    27061 cgatagttgc ggacagcgtt gaagatgaac gtcaccaact tgtcgcgctc ctcatctttc
    27121 ttttgcatga gtttggtgtt gacattcatc tgcgcctctt tgttgatgtc ttgttcaact
    27181 ttgatgtcgc catcccattc gtccatcaat gcggttgtca ggccgatctt cgtcacatcg
    27241 aaccgcttga caataccata gatttggctg tgataacgca catgcagtga gttatcgagt
    27301 ctctccattc cgatagtttt gatttcaatc gttcttgcca tctttttctg gattatgatt
    27361 cttgttactc tttattttaa gggtaaggct cgatcgccga tttcggccat cccaccgaac
    27421 gccagtaaag atttccgtcg tccgacgcct caaagttaat tttaggtcaa aagtttcaaa
    27481 atccgagcct tgtaaagtgg ctgattgggt gaagaatcga agctccccgc tcctcttccc
    27541 cgcctaaagt gacccgtttc ggatcgccaa gcaagaatgc atgcaaacgg cgccgccgtt
    27601 tgggccagcg agtgagaatg cgtgtaaacg gcgccgccgt ttgggccagc gagtgagaat
    27661 gcatgcaaac ggcgccgccg tttgggccag cgagtgagaa tgcatgcaaa cggcgccgcc
    27721 g
//
LOCUS       SEQF3106|MIQD01000029.127599 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..27599
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(5..151)
                     /locus_tag="SEQF3106_01073"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRGGLENDRRNPRKRHEAIFVLIQREFDVRMRFLTSYNMPLLE
                     RSGG"
     CDS             293..1240
                     /locus_tag="SEQF3106_01074"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A788"
                     /codon_start=1
                     /transl_table=11
                     /product="putative epimerase/dehydratase"
                     /translation="MKDILVIGSTGQIGSELTLELRKHYGEDVVAGYIPGAEPKGELA
                     ETGPSAVVDITNGQQIADVVSKYRIDTVYNLAALLSAVAESKHRLAWHIGIDGLLNVL
                     EVAREKGCAVFTPSSIGAFGDGAPKDMTPQDTVCRPHTMYGVTKVTGELLSDYYHFRF
                     GVDTRSVRFPGLISYVTPPGGGTTDYAVDIFYAAAKGETFRCPIQAGTFMDMMYMPDA
                     LHAAIQLMEADPTRLKHRNAFNIASMSFDPEIIYRQIRKYRPDFVMEYAVDPLRQAIA
                     ESWPNHMDDHCAREEWDWAPRYDLDTMTRDMLEKLKLRF"
     CDS             complement(1437..2165)
                     /locus_tag="SEQF3106_01075"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMSPFREQVIENKRRRVAVALLLFVAIVASALLRPVSMQAQPPA
                     FHEEWAVGVTGGINYSSVFFSPKVHQSMLQGFGGNVAVRWITERHLGLQLEAGFRQIG
                     WKERFDEQPQYRYIRRMNYMEMPFLTHIYFGSERVRFIFNLGPQIGLLLGESTDENLR
                     GATPNKTNDQHTMAAEKRFAWGLCGGPGVELRTPIGHFQLEGRYYYSLGDFYSTRHGD
                     VFSKASPQVFTLRLGYFLPFAPRR"
     CDS             complement(2165..3943)
                     /locus_tag="SEQF3106_01076"
                     /EC_number="3.2.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37710"
                     /codon_start=1
                     /transl_table=11
                     /product="Autolysin"
                     /translation="MNRLYPYLLTFLLCMPGCFIAAQGSRKQVAASNERDNNVIYHTV
                     ERGQTIYSIAALYKVGEGDIYRLNPQSRDKIREGELLKIPRSGAQTASQTRTTEAAPV
                     SHTIRSGETLFSLSKSYGLTPDDLTNANPGLTVSTFYVGKTIRIPPATNRPDPQDATS
                     GENYTIKKNETMYGLCRRFGTTSEELISLNPQLSGGLRAGMVIKVPTKKEAAATPATP
                     STEFDIEAMRAYRNEVNRVDVARVALLLPFQTRDTKNASRFVEYYEGFLMAIDSLRRT
                     GYSIDLTVYDLGDDTQKTQEVLRTDEVNAADLIIGGVTDKQIELIADYASRKGVKYVI
                     PLSSKLEKLTSDNAFIFQVNPPKPYLAPIAAARACSVLAGYNAVIVDTGDKGDHDEHD
                     FIQAVKAEMKKKGITCREIGYNNRNFSNDLTGLLSTTKPNVIIPTSSSKEALGKILPT
                     LRVLSQSKSNYQLTLFGYSDWQTYKNFMGDFCALNTYIYTPFYANMRSSKVKHFASKF
                     KSFYQKGMQQTYPRFAMLGFDTGMYFIGALQKHGANFEENIRKMKYNSLQMGLSYSDR
                     MSNWGGFMNQNVYIVHYNKNNTITRE"
     CDS             complement(4452..5126)
                     /gene="ddpX"
                     /locus_tag="SEQF3106_01077"
                     /EC_number="3.4.13.22"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77790"
                     /codon_start=1
                     /transl_table=11
                     /product="D-alanyl-D-alanine dipeptidase"
                     /translation="MKTHAPFAATLLLAILLSANAHAQDWDARLRDAGYVDLQTFIPG
                     LRVELKYATADNFMHRPVYQGLTRAFLHPDAAHKLRRAHELLCRERPDLTLLVYDAAR
                     PIAVQRIMWSLVRGTRNTYYVANPARGGLHNFGLAVDLTLCDTLGHALPMGTPFDHFG
                     PTANTDREQQLVRTGRITRQELQNRLLLRRIMRAAGFTTVTSEWWHFNACPAARARAS
                     YSLIGQ"
     CDS             complement(5123..5983)
                     /gene="racE"
                     /locus_tag="SEQF3106_01078"
                     /EC_number="5.1.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P94556"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamate racemase 1"
                     /translation="MNTSPIGIFDSGFGGLTIFDKIREALPDYDYIYLGDNARTPYGT
                     RSYEAVYRFTREAVMHLFHEGCPLIILACNTASAKALRTIQQRDLPAGHDPSRRVLGV
                     IRPTAEVIGRMTHSGHIGLLGTTGTIASRSYPLEIAKIFPHVTVVGEACPMWVPLVEN
                     GEADSPGADYFVRKHIDHLLARDPQIDTVILGCTHYPLLADKIRHYLPDSITLFAQGD
                     RVAASLKTYLTRHPEMERRLSRNHTARFQTTDSPERFAEMATLFLRKDVGRAERVALP
                     ADTSTQRRIR"
     CDS             complement(6190..6687)
                     /gene="skp_1"
                     /locus_tag="SEQF3106_01079"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P31519"
                     /codon_start=1
                     /transl_table=11
                     /product="Chaperone protein Skp"
                     /translation="MKKLAVLILMLLPLGGVFAQDKIAIVNTAEIFNVMPEVSSVEKQ
                     IAALREQYEKEFKTMQDEYTKKYSEYMSKQDSLTENIKLRRQQEIQDLETRIQNFVPV
                     AQQEIQKKQEELYTPIQKKIQDAIKAVGDEKGYTYIINPQVLLYTGSAAIDATALVKA
                     KLGLK"
     CDS             complement(7281..7412)
                     /locus_tag="SEQF3106_01080"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNDSHKGINRVGGCRGEKIWFYNGLYGLGSLFPPKAVLMLLA"
     CDS             complement(7432..7929)
                     /gene="skp_2"
                     /locus_tag="SEQF3106_01081"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P31519"
                     /codon_start=1
                     /transl_table=11
                     /product="Chaperone protein Skp"
                     /translation="MIGMVLLFSVASMAQKFALVDMEYILKNIPAYEMTNEQLTQLSK
                     KWQNEVEAIQQEAQNMYKKYQSDLVFLSAEMKTKREEEIVKKEQAAQDLKRKYFGAEG
                     ELYKKRESLMKPIQDEIYKAVKDIANDKGYQMVIDRASAGSMIFASPRIDISNEVLTK
                     LGYAK"
     CDS             complement(8044..10779)
                     /locus_tag="SEQF3106_01082"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O83346"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative outer membrane protein assembly factor"
                     /translation="MQKRIRLMAAALLVGLMTMSQAVQAQVDSTAAMHTGTVLSDFMP
                     TDTTNAAPTDTTGKVPTISYSLTPKRYTIAGIQVTGTKNYDDFILIGFSGLSVGDEVS
                     IPGDEISDAVRRFWKHGLFSDVKILATRIQGDKVWLEIRLKQRPRISEIHYNGVKKSE
                     REDLEAKLGLRKGHQITPNVMDRAKTLIKKYFDGKGFKNVEVEIEQREDAGKEGEVIV
                     DVNIDKNQKTKIREIHLNGNHALSDITLKKAMKKTNEKFNLKKRFRTSWLELFSTKKF
                     TSEEYDNDKKNLIDKYNEYGYRDATITTDSVVPVDNKYVDIYLNIDEGDRYYLKDIRF
                     VGNTKYPTEQLATLLNMKAGDVYNQKKLQERLQSDDDAVSNIYYNNGYLFFYADPVEV
                     EVENDSISLEIRIQEGPQATINKVIINGNDRLYENNIRRELRTKPGQLFSRDDLIRSA
                     REIAQTGHFDPEKMNPEPIPNPDNGTVDIRYNLVSKASDQIELSAGWGPGGLLGRVGL
                     KFNNFSIRNLLHPGTYRGIIPQGDGQTFTLNGQTSGKYYQSYSISFLDPWFGGKRPNT
                     LSVSASYAKFTGQSRQYFNREYSQYLANSYYYNGIYGRNNYNNNGIFERAYDPSKYFE
                     MVGVSVGFGKRLNWPDDYFYTMLTLSYQLYHMHDYPYFDVANGVCHKINFDLSLQRNS
                     IDNPIYTRYGSQFSASVSFTPPYSLFDGKDYSKINDPAQRHKLIEYHKWKFQSKMFFP
                     LTPLPQNNGPKRTPVLMSRVEYGFLGYYNKHKVSPFDAFQMGGDGMSGYTNYGYPTEL
                     IALRGYENNSIAGNNTVPYGYAYTRLSMELRYPLILEPSSTIYALAFVEGGNAWGSVR
                     DFNPFDLKRSAGVGARIFLPMIGMIGIDWAYGFDRPFGTTRRGGSQIHFYLGQEF"
     CDS             complement(10805..11548)
                     /gene="uppS"
                     /locus_tag="SEQF3106_01083"
                     /EC_number="2.5.1.31"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P60473"
                     /codon_start=1
                     /transl_table=11
                     /product="Ditrans,polycis-undecaprenyl-diphosphate
                     synthase ((2E,6E)-farnesyl-diphosphate specific)"
                     /translation="MSLIEQIDRSRLPQHVAIIMDGNGRWAQARGEDRSMGHREGVVS
                     VRKVVEAAVAIGLRYLTIYTFSTENWNRPEAEVHALMALMVAAIQRETPDLMKNNVRL
                     QAIGDLNRLPAEVHTSLDACLRETSGNTGTTLVLALSYSARWEILNATRELAAEVCDG
                     HLQPEDVTEEMFSQHLTTRLLPDPDLMIRTGGEQRISNFLLWQLSYAELYFTDTYWPD
                     FREEELYKAILDYQHRERRFGKTGEQLNK"
     CDS             complement(11572..12294)
                     /locus_tag="SEQF3106_01084"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMSAAFFRYLAAGMLFVSSCASAFSQEYKYEIGGMGGGAFYMGD
                     VNKNTPLKGLNPSLGLVFRYNANFRIAFKGGLTWAQLSGSTNGVKNAFPGGMQTSFTR
                     NVVDVGGQFEFNFFPYSDKFAYLNTVRFSPYLLIGLGGTVASGSGRTFGALNLPFGAG
                     IKYKLRNRINVGAELSIHKVLGDGLDNAELNDPYHIGSSVMKNQDWYVLTTLSLTWDF
                     GPRNRKCNSAKGIEALMGLSKH"
     CDS             complement(12365..13750)
                     /locus_tag="SEQF3106_01085"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNIGLRSAIVGGLAVLVLSSCLKEENQRTAPEWRKKNCQIASF
                     SLKNAAKAKDTIAGLSQVTFTIDQLQGEIYNTDSLPYGTRITHKLACQITYDDVISPS
                     RVEFMPEATGKRISGRDADSIDFSRPVRIYITSYDRTEAKTYTVRLNVHQQDPDSMVW
                     LHTYPLLGHGSIVEERALADAGTYLLFARTAEGLRIYRATAALNWTTLTLSGLPTGKT
                     LRAAQATVFRHTYYIHSTDGTLYRSSNGAAWATVTGAPTIECLLGAVDTVAYTTRPVA
                     LAAIVRSGDSLRFASMDAAGVWTMGEVVPATFPTSGFGCTSYEAAHRRHLLLVGGQQR
                     NGSLTSRAWETTDGRTWVCLNENTTPGLPALEGAAVAMYDGKIYLVGGINAAKSTSRT
                     LYLSSDRGATWSVAARKLMLPDDFRARGYAAPMVTTDGYLILIGGRTTREGTMMDEMW
                     RGRINRLGYGQ"
     CDS             complement(13947..15098)
                     /gene="cydB"
                     /locus_tag="SEQF3106_01086"
                     /EC_number="1.10.3.14"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ABK2"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytochrome bd-I ubiquinol oxidase subunit 2"
                     /translation="MDITYSFLQHYWWMLVSLLGALLVFLMFVQGGQSLLFTVGRTER
                     QQKLLINSIGRKWEFTFTTLVTFGGAFFASFPLFYSTSFGGAYWVWTLILLCFVLQAV
                     SYEFQAKRGNLLGKRTYQVFLFINGVVGPLLLGTAVGTFFSGASFVVDRVQLTDIGMP
                     VISRWATPWHGLEAALVVWNLLLGASVFFLSRVLALLYFINNIRDEEVNAACRRRLPI
                     EAVAFLVVFLPFVGHLLMADGFAVDPSTGHVFMEPHKYLNNLVQMPLVAVLFLVGVVG
                     VLFGIGQTVFSAMHTKGIWSAGAGTVLTVLALLLTAGWNNTAYYPSTVDLQSSLTIVN
                     SSSSEFTLRTMMYVSFLIPFVLAYIFYTWRALDLHKINDQEMKEGEHTY"
     CDS             complement(15117..16658)
                     /gene="appC"
                     /locus_tag="SEQF3106_01087"
                     /EC_number="1.10.3.10"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26459"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytochrome bd-II ubiquinol oxidase subunit 1"
                     /translation="MDTSLIDWSRAQFALTAIYHWLFVPLTLGLGVVMAVMETIYVRT
                     GRAFWKQTTKFWMKLFGINFAIGVATGLILEFEFGTNWSNYSWFVGDIFGAPLAIEGI
                     VAFFMEATFVAVMYFGWGKVSRGMHLASTWLTVAGATLSALWILVANAWMQYPVGMQF
                     NPDTVRNEMFDFWAVALSPMAVNKFLHTVISSWVLGGVFVVGISSWFLLRSRHREFAV
                     QSIRVGAVFGLAASALVLMTGDGSAYNVAQFQPMKLAAMEGLYKGTNGAGLIGVGILN
                     PAKQSHNDDVDPFVMKVEIPYALSFLAEREKDAFVPGITDLIEGGYTLKSGARALSAE
                     ERIASGRLAIAALADYRKALAAKDEEAMRTSRAVLEEHFPNFGYGYIKDPAELIPPVG
                     LTFYAFHVMVMLGGYFVLMFLLVLWFGRKERIAGMRWLQTICLWTIPLAYIASQAGWI
                     VAEVGRQPWVIQDLMPTTAAVSKLQTGSVQLTFFLFLILFTVLLVAELRIMTRAIKQG
                     PDMDS"
     CDS             complement(16704..16943)
                     /locus_tag="SEQF3106_01088"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTENKCPRNALTHVAHFYIDGFRQMTWGRTLWILILVKLFILF
                     VVLRMIFFPRFLSRFDTEGERRQYVSEELIRRAAP"
     CDS             complement(17100..17330)
                     /locus_tag="SEQF3106_01089"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MISYTKKIFSYSKSFSLTVYIISIDKKQLGIGAKEIISMPKCID
                     IGAEEIISMPKCIDIGAEELFSSSKDLDKGVK"
     CDS             complement(17598..17759)
                     /locus_tag="SEQF3106_01090"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAAGERGQPYYYICITRAQMVPSACPSPFPTPFNLPKSTLLPLS
                     GSFCLLFIL"
     CDS             17851..18930
                     /locus_tag="SEQF3106_01091"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRMRTHLIVALALLCALHTGGVAYGQKTKQKQRPAQAVNRLAN
                     DTRVFKIDPTIDVQGVRFKNRFGTELAGHLYLPKGYDGAKRYPAVAICGPFGAVKEQA
                     SGLYAQELATRGFVALAFDPSFTGESGGETRSVAAPDINTEDFGAAVDYLTRLRNVDG
                     ARIALMGIGGWGGMAITEASIDTRVKATVVSSMYDMGSLFADGYFNAKNADGRYEELR
                     RLSTQRTRDAQIDSREVSAGELERVSPDAPRYLRDLQAYFKSGRGYHKRSISSNGGWT
                     KTTPLSFIATPLCTRAGEIRSAVLVVHGEKAHTRPMGEALFGRLNGTNKELYLVPDAT
                     HVDLFDNMKRIPFDTIERFLKEYLK"
     CDS             18943..21666
                     /locus_tag="SEQF3106_01092"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTYHPMPMIAGLLILLCAASGCSKSEHFLTEAAYRARVEGDFK
                     KKKEAFADSSLFAIFDTEMSTPEREAMEFLYAYMPIGDVADYDGSFYLRNVRAAFKAR
                     REMPWGRKIPEDIFRHFVLPIRVNNENLDESRTVFFDELKDRVRGLSLREAVLEVNHW
                     CHEKVIYTPSDARTSSPLASVCTAYGRCGEESTFTVAALRAVGIPARQVYTPRWAHTD
                     DNHAWVEAWVDGRWYFFGACEPEPALNLAWFNAPAYRGMLMHTKVFGYYDGPEDVMER
                     TACYTEINVIDNYAPTGQTTVTVTGADGKPVEDALVEFKLYNYAEFFTVARKQTDAEG
                     HAALTAGKGDMLVWATKDGRYGFRKVTFGKDNAVTIALDHTPGDTATVEMDIVPPVEG
                     AIPSERDVTDAEKAENAKRMAEEDSIRNRYVATFYTDTMGASLGRVLGLPELNELREL
                     MPKTRGNHEEIAHFLREAKHAGKLERALSLLYAISEKDLRDTPADVLLDHLNNTPEIP
                     ENLYEKETMPTKAPPIHFSLMRNYVMNPRIWNEYLTPYKHFFAERIDTALATAARRDP
                     QALVEWVKANIAIRNDLNPQYISIMPTGVWRARIADTYSRNIFFVAMARSLGIPARIE
                     LMTSKVQYYNHGWKDVNFDADGQKNAPQGKLTASYTPTPTLDNPKYYSHFTIARLRDD
                     GQTRTLDFEAQEGKGDTWYHLLQPPASLSLDCGNYVLVTGTRMASGKVLARLVFFSIR
                     EGETTNVNLVMRVDTTDISVIGSIDAEAKFIDEKGASVSILSTTGRGYFIIGLLGARQ
                     EPTNHALRDIARLKADFEGWNRGMVLLFKDKASLDGFDRNEFGALPSTITWGADTDGS
                     ITRMIAEAMKLQTTNDLPIFIIADTFGRVVFISQGYTIGLGEQMMQVVRKL"
     CDS             21823..23280
                     /gene="recF_2"
                     /locus_tag="SEQF3106_01093"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00365"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA replication and repair protein RecF"
                     /translation="MRLKTIEIRDFKCFEKYKVDFVPSVTVFIGRNGAGKTALISAIH
                     KVLSFIFSSDKSLGDDFLSAGNPSLKVNTFDESDYHRNDEKGTITNDLSIHAEAVYAD
                     QLLTWKLYKRTAGRAALYTSKYKDAFRQFMSAYQGGADLPLLAYYSDSFPHRNTKLTK
                     FAFDMIRLERIPRNFGYYQWDMEAACTTLWEVRMANQLSQMNPLYTPALRVSSEIMEL
                     EDSQSPEQLAGNERYQELKEEEQRLTTYMTPLYEETHFVESKLKTFVSKLSTLERDGY
                     NIDYLAPFQAKDGLRISLRFSNKNTLSLQDLPAGYRRLYSIVFDMAYRTYILNGDKEP
                     AGIVVIDEIDLHLHPSLEQEVVAALHATFPEVQFIISTHSAAVISNLNAAKRGDEEPA
                     NRVLLMEEGQTQPETLRDIYGLDYNATLQDFMGAPISNREIDQLKDEYLTFRSLGLGK
                     KAESTIKRLEKFLGRTDHPILEELRKEAEEYEVYR"
     CDS             23264..24295
                     /locus_tag="SEQF3106_01094"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYIDKYSRHKEAQDINVRFLKDCYNDEIRHLIPRPDNDREAFD
                     VFKKPEYADGERRWKRLLYEEQEGRCCYCMRRLSEEKGAVNYEHVIPCSLKGERGQEE
                     YAYYAEHAPALRDFVEMADVFAEREFVSVDDLDRLEKMPHTIALANLLAACNGIRELR
                     SDDKSLKKEEEEKERSSIYKHGCYFNNYRSDDRILPVMLMDVEAVYTPNGYLVFPEFM
                     VDNEEPSFYDKPYDDPLQKIVDRMDGLNHKTLQEIRSIWYHVSRTSYRPEDIQTLYKL
                     SDKLERSHKLIQLLKEAYGRKGSEEPPDETLKYTLIPTPKGETKDFYLETLLAYDWFY
                     DYYSSQIGR"
     CDS             complement(24426..24842)
                     /gene="arnE_1"
                     /locus_tag="SEQF3106_01095"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01869"
                     /codon_start=1
                     /transl_table=11
                     /product="4-amino-4-deoxy-L-arabinose-phosphoundecaprenol
                     flippase subunit ArnE"
                     /translation="MWKYYALLSALFAALTAIFAKVGVKAIDSDLATAIRTTVILLLV
                     WGIALFGRHVQGLRMVSGHTWLFLILSGLSTGLSWLFYFKALRTGDVSRVAPIDKLSV
                     VFTILLAFIFLHETVSLRVISGAVLITLGSLIMLIG"
     CDS             complement(24954..27389)
                     /gene="mrcA"
                     /locus_tag="SEQF3106_01096"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O66874"
                     /codon_start=1
                     /transl_table=11
                     /product="Penicillin-binding protein 1A"
                     /translation="MKEIKKNVGDMVSKGTQLYRKAGETTNRKLHITPQRRRRFILGI
                     WIAAGSLAALTFIIFFAIAEGWIGYMPAVEQLENPIDRYATQLFSADGKNIGSYSYSK
                     DNRFYSSYRDLSPDLVKALIATEDVRFTEHSGVDMRGLFRAIIKRGLMGQRSGGGGST
                     ITQQLAKQLFSPSAESITERLLQKPIEWVIAVRLERYYTKEEIITMYLNKFDFLHNAV
                     GIRTAAQSYFGKTPATLKIEESAMLIGMCKNPSYYNPVRYPERTLERRNTVFRQMVKA
                     GFMTQAACDSLSALPIVLHYTQTDYTDGAAPYFREYLRLTLMAKKPDRRDYSKWQAQK
                     FLDDSLAWETNPLYGWCNKNQKANGEPYNLYTDGLKIYTTIDTRMQQYAEEAVAEHLG
                     RHLQPAFFREKRHRANGPFSSAITQKQLKEILDRAVKQSDRYRALKKSGMSDKEIERN
                     FKQKTEMQVFTWKGIVDTLMSPMDSILYCKSLLRTAFMAMDAHTGYVKAYVGGINFNC
                     FKYDMVNTGRRQIGSTMKPYLYSLAMIEGFTPCDQLLHVQPVLYDEGGNAWIPRNPGA
                     RCVGEMVTVQWGLQVSSNWVTAYLMKQLSPYTLVRLLHSYGMHSHIDPVVSICLGTPE
                     ISVSEMVSGYSVFPNKGIRVEPLYVTRIEDSYGNTIATFTPQVNEVLPEEAAYKMLYM
                     LRSVVDGGTAGRVRYGGYGITAQMGGKTGTTQNNSDGWYMGFTPSLVAGCWVGGEDRS
                     IHFDNMSEGQGAAMALPIYGLFMKKVFADKKLGYSQKETFEVPAEYSNPCRGYQPPEP
                     SENSSTGIDDLFN"
ORIGIN      
        1 cgttttagcc gcccgagcgc tctaacaaag gcatgttgta ggacgtaagg aacctcattc
       61 ttacgtcgaa ctcacgttgg attagaacaa aaattgcttc gtggcgcttg cggggattcc
      121 tgcgatcgtt ttccaagcct cccctcccca tcgtgaacca ttcctgatcg cgcgattgta
      181 gattttcatt ctaatacctc cctctgtgaa gaatctcagg cagaaatgat cgcgattggc
      241 cgtataccta ttctgatacc tttgcgcgca aatcaaaaaa ctcacacaac agatgaaaga
      301 cattttggtc atcggttcta ccgggcaaat cggttcagaa ctgaccttgg aattgcgaaa
      361 gcattacgga gaagacgtag tcgcgggtta tatccctggc gccgaaccca aaggcgagct
      421 ggccgaaaca gggccctcgg ccgtagtcga cattacgaac gggcagcaaa tcgcagacgt
      481 cgtgtcgaag tatcgcatcg acacggttta caacctcgcg gcgctgctct cagccgtggc
      541 ggagagcaaa cacagactgg cgtggcacat cggcatcgac ggcttactca atgtgctcga
      601 agtggcgcgc gagaagggtt gcgccgtctt cacccccagt tcgatcggtg cctttggcga
      661 cggtgcaccc aaagacatga cgccacaaga caccgtctgc cgcccccaca ccatgtatgg
      721 cgtgacgaag gtgacaggcg agttgctcag cgattactat cacttccgct tcggtgtcga
      781 cacacgttcg gtgcgcttcc ccggcctgat ctcctacgtt acgcctccgg gcggcggcac
      841 gacggactat gccgtcgaca tcttctacgc tgcggccaag ggcgagacgt tccgctgccc
      901 catccaggcg ggcacgttca tggatatgat gtacatgccc gacgccctgc atgctgccat
      961 ccagctgatg gaggccgatc ccacccgact gaagcaccgc aacgcgttca acatcgcctc
     1021 gatgagcttc gatccggaga tcatctaccg gcagatccgt aagtatcgcc ccgacttcgt
     1081 catggagtat gccgtcgatc ctttgcggca ggccatcgct gagtcgtggc cgaaccacat
     1141 ggacgaccat tgcgcccgcg aggagtggga ctgggcgcct cgctacgatt tagacacgat
     1201 gacgcgcgac atgttggaga agctcaagtt gcgcttctga cccccccctc ccccgatttc
     1261 acaaagaatc ccgcataccg acgacacggt gtgcgggatt ctttttttgg gggggactct
     1321 tcttttcttc ccttgatgga agaaaagaag caaaagaaga tcaaggcgtc agggacgccg
     1381 gccaacatga ccgggtgctc tcgtaggggt agttcttgtg gccgccttcc ctctcgttac
     1441 cgccgcgggg caaagggcag gaaatacccc agccgcaggg tgaagacttg tggcgaggct
     1501 ttggagaaga cgtcgccgtg gcgggtgctg tagaagtcgc cgagggaata gtagtagcgc
     1561 ccctcgagct ggaagtggcc gatcggtgtg cgtagctcta cgcccgggcc accgcagagg
     1621 ccccacgcga accgcttctc agcggccatg gtgtgctgat cgttcgtctt gtttggtgtg
     1681 gcgccgcgca ggttctcgtc cgtgctttcg cctaacagta ggccgatctg cggcccgagg
     1741 ttgaagatga agcgcacgcg ttcgctgccg aagtagatgt gcgtcaggaa gggcatctcc
     1801 atgtagttca tgcggcggat gtagcggtat tgtggttgtt cgtcgaagcg ctccttccag
     1861 ccgatctgac ggaagccggc ctcaagctgt aggccgagat ggcgctccgt aatccaacgt
     1921 acagccacgt tgccaccaaa gccttgcagc atgctctggt gcactttggg tgaaaagaag
     1981 accgacgaat agttgatgcc acctgtcaca cccacggccc actcttcgtg gaatgcgggg
     2041 ggctgtgcct gcatgctgac ggggcgtaac agggcagatg cgacaatggc cacaaaaaga
     2101 aggagggcga cggcgaccct cctcctcttg ttttcaatca cttgctcacg aaatgggctc
     2161 atcattattc gcgtgtgatg gtgttgttct tgttgtaatg gacgatgtag acgttttgat
     2221 tcatgaagcc gccccagttg ctcatccggt cagagtagct gaggcccatt tgcaggctgt
     2281 tgtatttcat cttgcggatg ttctcctcga agttggcacc gtgtttttgc agtgcgccga
     2341 tgaagtacat gcctgtgtcg aagcccagca tggcaaatcg cgggtaggtc tgctgcatgc
     2401 ctttttggta aaacgacttg aacttggatg cgaagtgctt caccttcgat gagcgcatgt
     2461 tggcgtaaaa cggcgtatag atgtaggtgt tcagggcgca gaagtctccc atgaaattct
     2521 tgtaggtctg ccagtcagaa tatccgaaga gggtcagctg gtagttagac ttgctctgcg
     2581 agagtacgcg gagggtgggg aggatcttgc cgagcgcttc tttggaggat gaggtgggga
     2641 tgatgacgtt cggctttgtg gtgctcagga ggcctgtcag gtcgttgctg aagttgcggt
     2701 tgttgtagcc gatctctcgg caggtgatgc ctttcttttt catctcggct ttgacggcct
     2761 ggatgaagtc gtgttcgtcg tgatcgccct tgtcgccggt gtctacgatg acggcgttgt
     2821 agcccgccag cacggagcag gcgcgcgccg cggcgatggg agcgaggtag ggcttgggcg
     2881 ggttgacttg gaagatgaag gcgttgtcag aggtgagttt ttccagcttt gaggagaggg
     2941 ggatgacgta tttcacgcct ttgcgggagg cgtaatcggc gatcagctcg atctgcttgt
     3001 cggtcacgcc gccgatgatg aggtcggccg cgttcacctc gtcggtgcgg agcacttctt
     3061 gtgtcttctg tgtgtcgtcg ccgaggtcat agaccgtgag gtcgatggag tagcccgtgc
     3121 ggcgcaagct gtcgatggcc ataaggaagc cttcgtaata ctccacaaag cgcgatgcat
     3181 tcttcgtgtc tctcgtttgg aagggcagca gcagggccac tcgggccaca tccacgcggt
     3241 tcacttcatt gcggtaagcc cgcatggctt cgatgtcgaa ctcggtcgat ggtgtggcgg
     3301 gtgtggctgc ggcttccttc tttgtcggca ccttgatcac catgccagcg cggaggccgc
     3361 cgctgagttg ggggttgagg ctaatcagct cctcgctggt ggtgccgaag cgtcggcaga
     3421 ggccatacat ggtctcattt tttttgatgg tgtaattctc tcctgaggtg gcgtcttgtg
     3481 ggtcggggcg gttggtggcg ggcgggatgc ggatggtctt cccgacataa aacgtgctga
     3541 cagtgagccc cgggtttgcg ttcgtgaggt cgtcaggtgt gaggccgtag cttttggaga
     3601 gtgagaagag cgtttcgccg ctgcggatgg tgtggctcac aggtgctgcc tcggtggtgc
     3661 gtgtctggct ggctgtttgc gctccgctgc gtgggatctt caggagctcg ccctcccgga
     3721 tcttgtcgcg gctttggggg ttcaaccggt agatgtcgcc ctcgcccacc ttgtacaggg
     3781 cggcgatgga atagatggtt tgtccgcgct ctacggtgtg atagatgacg ttgttgtcgc
     3841 gctcgttgct ggctgcgact tgctttctac tgccctgcgc ggcgatgaaa cagcctggca
     3901 tgcagagcag gaaagtcagc agataggggt acaatctatt catagtcagt taaaatttat
     3961 gcccaaaggt aagcctattt ggagtgtagt cttggattga tgcgggcggg gcttggcata
     4021 aaccgacgag aaaagcccca accacgccgc attttaacgt gagttcgatg taagaaatcc
     4081 atctctctgc ctcggggaag acattgtgaa ggcacccttc ataccccaat gaagacatcc
     4141 ttcatacccc agtgaagaca cccttcatac cccaatgaag gcacccttca taccccagtg
     4201 aaggcaccct tcatacccca gtgaaggcac ccttcatacc ccagtgaaga cacccttcct
     4261 aatgggctca caggcaaagc ctgcttaaga gatgctgcta agcatgctta agagatgaca
     4321 ctaagcatgc ttaagagatg acactaagca tgcttaagag atgccgctaa gcctgcttaa
     4381 gagatgctct taagtaggct taagagatga cactttaggg gtatgcaaag cgaggatggg
     4441 gctggggcga cttactggcc gatcaaggag tatgaggcgc gggcgcgggc agcggggcag
     4501 gcgttgaagt gccaccactc gctggtgacg gtggtgaagc cggcggcgcg catgatgcgg
     4561 cgcagcagga ggcggttctg gagctcctgg cgggtgatgc ggccggtgcg gacgagctgc
     4621 tgctcgcggt cggtgttggc ggtggggccg aagtggtcga agggggtgcc catggggagg
     4681 gcgtggccga gggtgtcgca gagggtgagg tcaacggcga ggccgaagtt gtggaggccg
     4741 ccgcgggcgg ggttggctac gtagtaggtg ttgcgggtgc cgcggacgag gctccacatg
     4801 atgcgctgca cggcgatggg gcgggcggcg tcgtagacga gcagggtgag gtcggggcgc
     4861 tcgcggcaga gcagctcgtg ggcgcggcgg agcttgtggg cggcgtcggg gtggaggaag
     4921 gcgcgggtga ggccctggta gactgggcgg tgcatgaagt tgtccgcggt ggcatatttc
     4981 agctcgacgc gcaggccggg gatgaaggtt tggaggtcga catagccagc gtcgcggagg
     5041 cgggcgtccc aatcttgggc gtgggcgttg gcgctaagga gtatcgcgag gaggagggtg
     5101 gccgcgaagg gggcgtgtgt cttcaccgga tgcgcctttg ggtggaggtg tcggcgggca
     5161 gggcgacgcg ctcggcgcgg ccgacgtctt tgcggaggaa gagggtggcc atctcggcga
     5221 atcgctcggg cgagtcggtg gtctggaaac gcgccgtgtg gttacggctc aggcgccgtt
     5281 ccatttcagg gtgtcgcgtg aggtaggtct tgaggcttgc ggccacgcgg tcgccctggg
     5341 cgaagagggt gatgctgtcg ggcaggtagt ggcggatttt gtcggcgagt agggggtaat
     5401 gtgtgcagcc gaggatgacg gtgtcgatct gcggatcgcg agcgagcagg tggtcgatgt
     5461 gtttccggac gaaatagtcg gcgccggggg agtctgcctc gccattttcc acgaggggca
     5521 cccacatggg gcaggcctcg ccaacgacgg tgacgtgtgg gaagatcttg gcgatctcca
     5581 gcgggtacga tcgtgaggcg atggtgccgg tggtgccgag cagtccgatg tgtcccgagt
     5641 gtgtcattcg gcctatgact tcggccgtgg gccggatgac gccgaggacg cgcctcgagg
     5701 ggtcgtgccc cgcgggcagg tcgcgttgtt gtatggtgcg cagggctttg gccgaggccg
     5761 tgttgcaagc caggatgatg agcgggcagc cttcgtgaaa gaggtgcatg acagcctcgc
     5821 gcgtgaagcg gtagacggcc tcgtaggagc gtgtgccgta gggtgtgcgg gcgttgtcgc
     5881 cgaggtagat gtagtcgtag tctggcagtg cctcacggat cttgtcgaag atggtgaggc
     5941 cgccgaatcc ggagtcgaaa atgccgatgg gggaggtgtt cataggtggt gagggtagtt
     6001 acgcgccatt ggcgcgggta gtaggggcgc tcccttgtgg gcgcctggta gttacggcct
     6061 aaaggccggg gagttatagg ggaggggggg gaatcaaaaa gggaaaggat gccgtccgcg
     6121 cgtgttggcg gggcatcctt tcgatcatca attaataatc cacgaatacg cgtatgctgt
     6181 ttttactgat cacttcagtc cgagtttggc tttgacaagc gctgtggcgt cgatggctgc
     6241 actgccggtg tagagcaaga cttgggggtt gatgatgtag gtgtatccct tctcgtcgcc
     6301 cacggccttg atggcgtctt gtatcttctt ctggatgggt gtgtagagct cttcctgctt
     6361 cttttggatc tcctgctgtg ccacggggac gaagttctga atccgggttt cgaggtcttg
     6421 gatctcctgt tggcgacgga gcttgatgtt ctccgtcagg gagtcttgct tcgacatgta
     6481 ttcggaatac ttcttcgtgt attcgtcctg catggttttg aattccttct catactgttc
     6541 tctgagggcg gcgatttgct tctcgacgga cgaaacctcg ggcatgacat taaaaatctc
     6601 agccgtattg acgatggcga ttttgtcttg tgcaaacact ccgccgagtg gcaggagcat
     6661 taggatcagc actgctaact tcttcattac tctaaattct tttgtttact aaaatggttt
     6721 tgtttaacgg cgggcaaaga tggaggtaaa agcgaaaagc ggaaatcgga ggcggacata
     6781 tcagtagggg cgaaaatttt tggcgctata acttgtatgg gtagcttggg aagccttccg
     6841 aggcgtagaa tcactgattc cggaggttag gaagccttcc gaggcctcag aatcactgat
     6901 tccggaggtt aggaagcctt ccgaggcctt agaatcactg attccggggg ttaggaagcc
     6961 ttccgaggcg cagaatcact gattccggag gttaggaagc cttccgaggc gcagaatcaa
     7021 tgattccgga ggttaggaag ctttccgagg catagaatca agattccacg gcttatgttg
     7081 acaacatgac ctctggaatc actgattttg ggcttatgtt gacaacataa cctctggaat
     7141 cactgatttt cggcttatgt tgacaacatg acccccggaa tcactgattt ttcggcttat
     7201 gttgacaaca tgacctctgg aatcactgat ttttcggctt atgttgacaa catgaccccc
     7261 ggaatcagtg attccgggac ttatgctaac aacatgagca ccgctttggg ggggaaaagg
     7321 cttcctaacc catacaatcc gttatagaac caaatttttt cgcctctaca accgcccaca
     7381 cgatttatgc ccttatggct atcgtttttc atttctcctt ttccgtttcc tctacttcgc
     7441 gtatccgagt ttggttagca cttcgttgct gatgtcgatc cgtggcgagg cgaagatcat
     7501 gctgccagcc gaggcgcggt cgatgaccat ctggtagcct ttgtcgttag cgatgtcctt
     7561 cacggccttg tagatctcat cctggatggg cttcatcagg ctctcgcgct tcttatacag
     7621 ctcgccctcg gcaccgaagt atttgcgctt caagtcttgc gcagcttgtt ccttcttcac
     7681 gatctcttcc tcgcgcttcg tcttcatctc ggctgagagg aagacgaggt cgctttggta
     7741 cttcttgtac atgttctgcg cctcctgttg gatggcctcc acttcgttct gccatttctt
     7801 cgagagctgc gtcagctgtt cgttcgtcat ctcatacgct gggatattct tcaggatata
     7861 ctccatatct accaaggcga acttctgcgc catcgatgcc accgagaaca gcagcaccat
     7921 accgatcatc aaaatacttt tccttttcat cgctttatgc acattaaaaa ttagggttgt
     7981 cgtgatatag atacatgttg acgggggtgg acactgagag atccgccccc ccgatcattt
     8041 gcctcaaaat tcttgtccca aatagaaatg aatttggctg ccgccccgcc gcgtagttcc
     8101 gaaaggccgg tcgaagccat aggcccagtc gatgccgatc atgccgatca tgggcaggaa
     8161 gatgcgtgct ccgacgccgg ccgaacgctt caggtcgaac gggttgaagt cgcgtaccga
     8221 tccccatgcg ttgccaccct cgacgaaggc cagcgcgtag atggtggatg agggctcgag
     8281 gatgagcggg tagcgcagct ccatcgacag gcgggtgtag gcgtagccgt agggcacggt
     8341 gttgttgcca gctatcgagt tgttctcgta gccacgcagg gcgatgagct ccgtggggta
     8401 gccgtagttg gtgtagcccg acatgccatc gccacccatt tggaaggcgt cgaagggaga
     8461 tactttatgc ttgttgtaat agcctaagaa gccgtattcc acgcgcgaca tcaataccgg
     8521 tgtacgcttc gggccgttgt tttgcggcag aggcgtcagt gggaagaaca tcttggattg
     8581 gaacttccac ttgtggtatt cgatcagctt atgccgctgg gccgggtcgt tgatcttgga
     8641 gtagtccttt ccgtcgaaca gcgagtaagg cggcgtgaaa gagacggagg ctgagaactg
     8701 cgatccgtaa cgcgtataga tcgggttgtc gatcgagtta cgctgtaggc tcaggtcgaa
     8761 gttgatctta tggcagacgc cgttagctac atcgaagtat ggatagtcgt gcatatgata
     8821 cagctgatag gagagcgtga gcatggtgta gaaatagtcg tcgggccaat tgaggcgctt
     8881 gccaaaaccc acgctgacgc ctaccatctc gaagtatttg ctcggatcgt acgcccgctc
     8941 gaagatgcca ttgttgttgt aattgttacg cccgtagatg ccattgtagt agtacgagtt
     9001 ggctaagtat tggctgtatt cgcgattgaa atactgccgg ctctgccccg tgaactttgc
     9061 ataggaggcg ctgacggaaa gggtgttcgg gcgcttgccg ccgaaccagg ggtcgaggaa
     9121 ggagatgcta tacgactggt aatattttcc actcgtctgc ccgttaaggg tgaaggtttg
     9181 gccgtcgcct tgggggatga tgccgcggta ggtgccgggg tgcagcaggt tgcgtatgga
     9241 gaagttgttg aacttcaatc ctacgcgccc aagcaatccg cccggtcccc agccggccga
     9301 caactcgatc tgatcgctgg ctttggagac gaggttatag cggatgtcca ccgttccgtt
     9361 gtctggatta gggatgggtt cggggttcat cttttccgga tcgaagtggc ccgtctgcgc
     9421 gatctcacgc gccgaacgga tcagatcgtc tcggctgaag agttgtcctg gcttggtgcg
     9481 caactcacgg cggatattgt tctcataaag gcgatcgttg ccgttgatga tgaccttgtt
     9541 gatcgtagcc tgaggccctt cctgtatgcg gatttcgagc gagatggagt cgttctccac
     9601 ctccacctcc acgggatcag catagaagaa gaggtagccg ttgttgtagt agatgttcga
     9661 gacggcatcg tcgtcagact gtaggcgttc ctgcaatttc ttttggttgt aaacgtctcc
     9721 agccttcatg tttagcagcg tggcgagctg ttcggtggga tactttgtgt tgcccacgaa
     9781 gcggatgtcc ttcagataat agcggtcgcc ctcgtcaata ttcaggtaga tgtcgacgta
     9841 cttattgtcc acgggcacga cgctgtctgt tgtaatggtg gcgtcgcgat agccgtactc
     9901 gttgtatttg tcgatgaggt tttttttgtc attgtcatac tcttcgctgg tgaatttctt
     9961 cgtgctgaag agttctagcc aactggtgcg gaagcgtttc ttgaggttga acttctcgtt
    10021 cgtcttcttc atcgcttttt tcagtgtgat atcggagagg gcgtgatttc cgttgaggtg
    10081 gatctcgcga atcttcgtct tctggttctt gtcgatgttc acgtccacaa tcacctcgcc
    10141 ctctttccca gcgtcctcac gttgttcaat ctccacctct acgttcttga accccttacc
    10201 gtcgaagtat ttcttgatga gcgtttttgc acgatccatc acgttcggcg tgatctggtg
    10261 tcccttgcgc agaccgagct ttgcctcgag gtcttctcgt tcgctcttct tcacgccgtt
    10321 atagtggatc tccgagatac gcggacgctg cttcaggcgg atctctaacc acaccttatc
    10381 gccctggatg cgggtggcta agatcttcac gtcagaaaac agcccgtgct tccagaagcg
    10441 ccgtaccgcg tccgagatct catcgcctgg aatagacacc tcgtcaccga cggagaggcc
    10501 ggagaagcca atcaggatga aatcgtcgta gttcttggtg ccggtcactt ggatgccggc
    10561 gatggtatag cgttttggcg tcagtgagta ggagatggtg ggcactttgc ctgtcgtatc
    10621 tgtcggcgca gcgtttgtcg tgtccgtcgg catgaagtcc gaaagcaccg tcccggtgtg
    10681 catggccgcg gtgctatcca cctgtgcctg cactgcctga ctcatcgtca tgaggcccac
    10741 caacagggcc gctgccatca agcgtattct cttctgcata cacatatata tactgtatcg
    10801 gttcttattt gtttagttgc tcaccggtct tgccgaagcg ccgttcgcgg tgctggtagt
    10861 ccaagatcgc cttgtataat tcctcttctc tgaaatcggg ccaataagtg tcggtgaaat
    10921 aaagctcggc gtaagagagt tgccagagca ggaagttgct aatgcgttgt tcgccgcccg
    10981 tgcggatcat caggtcggga tcgggcaaga ggcgagtggt aaggtgttga gagaacatct
    11041 cctccgtcac gtcctctggc tgtaggtggc cgtcacagac ctcagctgcc agctctctcg
    11101 tggcgttcag aatctcccaa cgtgccgaat agcttagtgc caatacgagc gtcgtacctg
    11161 tattgccgga cgtctcccgt agacatgcat cgagtgaggt gtgcacctcg gcaggcaacc
    11221 tgttcaagtc accgatggct tgcagccgga cgttattctt catcaagtca ggcgtctcgc
    11281 gttggatggc tgcgaccatg agcgccatca aggcatgcac ctccgcttcg gggcggttcc
    11341 agttctcggt ggagaaggtg tagatcgtca ggtaacgcag gcctatagcc acggccgcct
    11401 ccaccacctt gcgtacggag acgacaccct cgcggtgccc catgctgcga tcttcgccgc
    11461 gcgcctgcgc ccatcggccg ttcccatcca tgatgatggc cacatgttgt ggcaatcggc
    11521 tgcggtcaat ctgttctatc aacgacatgc tttgtttttc aatgtttcgt gtcagtgttt
    11581 cgacaatccc atcaacgcct caattccctt tgcgctgttg catttacggt tgcgcggccc
    11641 gaagtcccat gtcagggaga gcgttgtcag cacgtaccag tcttggtttt tcattacgct
    11701 gcttccgatg tgatatggat cattcagctc cgcattgtcc aatccgtcgc ctaatacctt
    11761 gtgaatcgat agctccgcgc cgacgttgat gcggttgcga agtttgtatt tgatgcccgc
    11821 gccgaaaggc aggttcagcg cgccaaacgt acgaccggag ccggaggcta ctgtgccacc
    11881 gagaccgatc aggaggtaag gcgagaaacg taccgtattg aggtatgcga acttgtcgct
    11941 gtaggggaag aagttgaatt caaattgtcc gcctacgtcc accacgttac gcgtgaagga
    12001 cgtttgcatg ccaccgggga acgcattctt tacgccgttc gtgctgcctg agagctgtgc
    12061 ccacgttagg ccgcccttga aagcgatgcg gaagttggcg ttataacgaa acactaaccc
    12121 caaagatggg ttcagaccct tcagcggcgt attcttattc acatccccca tataaaacgc
    12181 accgccgccc atgcctccga tctcgtattt gtattcctgt gaaaaggctg acgcgcacga
    12241 cgagacgaag agcatccccg ccgcgaggta ccgaaagaaa gctgctgaca tcattattct
    12301 ggattgttac ggtcattaca ctttctccct aacgcaaaat gtgattcaaa attacgttca
    12361 ccttttattg cccgtagccc agccggttga tgcgtccgcg ccacatttca tccatcatgg
    12421 tgccttcgcg ggtggtacgt ccaccaatga ggattaggta gccgtccgtg gtcaccatgg
    12481 gcgccgcata gccgcgcgca cggaagtcgt cgggcaacat gagctttcgt gcggctacgc
    12541 tccacgttgc gcctcggtcg gacgagagat agagcgtccg cgatgtagac tttgcagcgt
    12601 tgatgccgcc cactaagtag atcttgccat catacatggc caccgcagcg ccctccaagg
    12661 caggaaggcc gggtgtcgtg ttttcgttca ggcacaccca cgtacgaccg tcggttgttt
    12721 cccacgcgcg gctcgtcagg ctgccgttgc gttgctgtcc gcctacgagc agcaggtgcc
    12781 tacggtgtgc cgcttcatag ctcgtgcagc cgaagccaga ggtgggaaag gttgcaggaa
    12841 caacctcgcc cattgtccac acgcctgctg catccatcga tgcaaagcga agcgaatcgc
    12901 cgcttcggac aatggcagcc agtgctacgg ggcgcgtggt gtatgctacc gtgtcgacag
    12961 cacctaacag gcattcgatg gtaggcgccc ccgtgacggt ggcccacgca gcaccattgg
    13021 aggaacgata gagcgtgccg tctgtgctat gtatataata ggtatggcga aagacggtag
    13081 cctgtgccgc gcgcagcgtc ttgcctgtgg gcagcccaga gagggtaagc gtcgtccagt
    13141 tcagcgcggc tgtagcccga taaatgcgca gtccttcggc cgtacgggca aagagtaggt
    13201 aggtgccggc gtcggccaga gcgcgttcct ctacgatgct gccgtggccg agcagtggat
    13261 aggtatgcag ccataccatc gagtcggggt cttgctgatg cacattcagg cgcaccgtgt
    13321 acgtcttggc ctcggtgcga tcgtaagagg tgatgtagat gcggacaggg cgcgagaaat
    13381 cgatcgaatc agcatcccgc ccggagatgc gtttgccagt cgcctccggc atgaactcca
    13441 cgcgcgaggg gcttatgaca tcgtcgtaag tgatctggca ggccagcttg tgggtgatcc
    13501 gtgtgccgta aggcagtgaa tccgtgttat agatttcccc ctgcaattgg tcgatagtga
    13561 aagtcacttg gctaagaccg gcgatggtgt ccttagcctt ggccgcattc ttcagcgaga
    13621 aggaggcgat ctggcagttc ttcttccgcc actccggcgc tgtccgttgg ttttcttcct
    13681 tcaggcatga cgacaaaaca agcaccgcta agcccccgac aatcgccgat cgtaaaccga
    13741 tatttctcat ttacacagtt cttttttttc aacgaggggc aaaagtagat agatattttt
    13801 cccatccaag tgaaggtttt tatgcctcgg cggcgcgcca ctacacggtt ttacgcctaa
    13861 atcatacggc aatgaattgc tcgccatgtt gggggctgta gggacgaaaa atctttcgcc
    13921 cctacagcat catcttcatt ctccactcaa tacgtatgct ctccctcctt catctcttgg
    13981 tcgttgatct tgtgcagatc cagcgcgcgc caggtgtaga agatgtaagc caagacgaag
    14041 gggatgagga acgatacgta catcatcgtc cgcagcgtga actcgctcga cgaactgttg
    14101 acgatggtca gcgagctctg caagtcgacc gtcgaggggt agtaagccgt gttgttccag
    14161 ccagccgtga gcagcagcgc gagaacggtc aggacggtgc ccgccccagc cgaccaaatg
    14221 cctttcgtgt gcatggcaga gaagaccgtc tgaccaatgc cgaagagtac accgacaaca
    14281 ccgaccaaga agagcaccgc cacgagtggc atttgcacga ggttgttgag gtacttatgc
    14341 ggctccatga agacatggcc cgtcgacgga tcgacggcga aaccgtcggc catgagcagg
    14401 tggccgacga agggcaggaa gaccacaagg aaggccacag cctcgatggg caggcggcgg
    14461 cgacatgcag cgttcacctc ctcgtcgcgg atgttgttga tgaaatagag tagcgctaaa
    14521 acgcgggaaa ggaagaagac cgacgcccct aagagcaagt tccacaccac gagcgcagcc
    14581 tcgagcccgt gccacggcgt ggcccaacgc gagatgaccg gcataccgat gtccgtcagc
    14641 tgcacgcgat cgacgacgaa cgaggcaccg ctgaagaatg tgcctacggc cgtgcccaac
    14701 aagagcgggc ccacgacacc attgatgaag aggaagactt gatacgtgcg tttgccgagt
    14761 aggttgcccc gcttggcctg aaactcatac gagacggcct gcagcacgaa gcacagcagg
    14821 atgagcgtcc acacccaata ggcgccgccg aagctggtgg agtaaaacag cgggaaggag
    14881 gcgaagaagg cgccgccgaa ggtcacgagc gtcgtgaacg tgaactccca cttgcggccg
    14941 atggagttga tcagcagctt ttgttgccgc tccgtgcggc cgacggtgaa gagcagcgac
    15001 tgcccgccct gtacgaacat gaggaacacc agcagcgcgc caagcagcga cacgagcatc
    15061 caccagtagt gttgaagaaa gctatacgtt atatccatga gacgatgtgc taagggttaa
    15121 gaatccatgt ccggtccctg cttgatggcc cgcgtcatga tgcgcagctc ggccactaac
    15181 agcacggtga agaggatgag gaaaaggaag aaggtgagct gcaccgaacc ggtttgcagc
    15241 ttcgagacgg ccgctgtcgt cggcatcagg tcttggatga cccacggctg gcgaccgact
    15301 tcggccacga tccagccggc ctggctggcg atgtatgcca gcgggatggt ccagaggcag
    15361 attgtctgca accaccgcat gcccgcgatc cgctccttcc gaccgaacca cagcaccaag
    15421 aggaacatga gcacgaaata gccacccagc atcaccatca cgtgaaacgc gtagaaggtc
    15481 aggcccacgg gcgggatcag ctcggccgga tccttgatgt agccatagcc gaagttgggg
    15541 aagtgctcct ctaatacggc ccgactcgtg cgcatggcct cctcatcctt cgccgcgagt
    15601 gccttgcgat aatcagccag cgctgcgatg gcgaggcgtc cgctggcgat gcgttcctcg
    15661 gccgagagcg cccgcgcgcc cgacttcagc gtgtatccgc cctcgatcag gtcggtgatg
    15721 cccggcacga aggcgtcctt ctctcgctct gcgaggaacg acagcgcgta ggggatctcc
    15781 accttcatca caaagggatc cacgtcgtcg ttgtgcgact gcttagccgg attcaggatg
    15841 cccacgccga tcagtcccgc gccgtttgtg cccttatata ggccctccat cgcggccaac
    15901 ttcatgggct gaaactgcgc cacgttgtac gccgaaccgt cgcccgtcat gagcaccaat
    15961 gccgaggctg ccagcccgaa cacggcgccg acacgtatgc tctgcacggc aaattcgcga
    16021 tgccgactgc gcagcaggaa ccaactgctg atgcccacca caaagacgcc cccgaggacc
    16081 catgacgaga tcaccgtgtg caggaacttg ttcacggcca tcggcgagag tgccacggcc
    16141 cagaagtcga acatctcgtt gcgcaccgtg tcggggttga actgcatgcc cacggggtac
    16201 tgcatccacg cgttggccac gaggatccac agcgccgaga gcgtggcccc cgcgaccgtc
    16261 agccatgtag aggccaggtg catgccgcgg ctcaccttgc cccacccgaa gtacatcacg
    16321 gccacaaacg tggcctccat gaagaaggcc acaatgcctt cgatggccag cggcgcgccg
    16381 aagatgtcgc ccacgaacca gctgtagttc gaccagttgg tgccgaactc gaactccaga
    16441 atcagccccg tggccacgcc gatggcgaag ttgatgccga agagcttcat ccagaacttg
    16501 gtcgtctgtt tccaaaacgc ccgcccggtg cggacgtaga tcgtctccat cacggccatg
    16561 acgacgccta aacccagcgt gagcggcacg aacagccagt gatagatggc cgtcagggcg
    16621 aactgcgccc gcgaccagtc aattaatgag gtatccatat ttcaagaagt agtttgaagt
    16681 agtcagaggg aaagtagggg ggctcacggc gcggcgcggc ggatgagttc ctcggagacg
    16741 tattgccggc gctcgccctc cgtgtcgaag cggctgagga agcgggggaa gaagatcatg
    16801 cgcagcacca cgaataggat gaacagcttc acgaggatca gaatccacag cgtgcgcccc
    16861 caggtcatct gccggaagcc gtcgatgtag aagtgcgcta cgtgtgtcag ggcgttgcgg
    16921 gggcatttgt tttccgtttt catcttgtct ttttgtatcg gatacaaaat tcaatcgggg
    16981 gcgaaagtaa atcgtttccg cgccccgcca aacgctccct tttttgcttt tcccgagccc
    17041 ttcagcccta tgaataattc tttgatggct ttgtctaagt ctttcgggct actgataaat
    17101 tatttgacgc ctttgtctaa gtcttttgag ctgctgaata attcttcagc acctatgtct
    17161 atacatttag gcatactgat tatttcttca gcacctatgt ctatacattt aggcatactg
    17221 attatttctt tagcgcctat acctaattgt tttttgtcta tgcttatgat ataaacagta
    17281 aggctaaatg atttcgagta actgaaaatc tttttggtat aggatatcat gctttttggg
    17341 tatgcgtcta taaaataatc attgacccta aatacttata agaccatgaa aaactttttg
    17401 gcaggcttac taaatgattt atggtatgca tttataatct aatcatcagg gtatagagat
    17461 tttgggttac tgtttatgat cgagacatag gcttaaagtg attggagcat tgcatagaat
    17521 ctaattagta tgtctaaatg atttcggtat accgtttatg atctaagcag tgggtcaaaa
    17581 aaagtgggag atggtgtcta taaaataaac agtaggcaga aggagccgga taaaggcaac
    17641 agtgtgcttt ttgggaggtt gaatggggtg gggaagggcg atgggcaagc cgagggcacc
    17701 atctgcgccc gggtgataca tatataatag tagggttggc cccgctcgcc cgccgccatt
    17761 ccgatcggcc gcttagcttt gcgcctcaga attttacgta tgaatacagc aatcgaaaaa
    17821 ccgggaaatc cgaataacta aaacaaggaa atgaaacgca tgagaactca cctgatcgtc
    17881 gccctggcgc tgctctgcgc gctgcacacc ggcggcgtgg cctatgggca aaaaacgaaa
    17941 cagaaacaac ggccagcaca ggcagtcaat aggctggcca acgacacgcg cgtctttaag
    18001 atcgacccca cgatcgatgt gcagggcgtg cgcttcaaga accgcttcgg caccgagctg
    18061 gcgggccacc tctacctgcc caagggctac gacggagcga agcgttatcc ggccgtggcc
    18121 atctgcgggc ccttcggcgc cgtcaaggag caggcctcgg ggctctacgc gcaggagctg
    18181 gccacgcgcg gcttcgtggc cctcgccttc gacccctcct tcacgggcga gagcggcggc
    18241 gagacacgca gcgtggccgc gccagacatc aatacggaag acttcggcgc ggctgtggat
    18301 tacctcaccc gcctgcgcaa cgtggacggg gcgcgcatcg ccctcatggg catcggcggc
    18361 tggggcggca tggccatcac cgaggcctcc atcgacacgc gcgtcaaggc gacggtcgtc
    18421 agctcgatgt acgacatggg tagcctcttt gccgatggct atttcaacgc caaaaacgca
    18481 gacgggcgct acgaggagct gcgccggctc agcacgcagc gcacgcgcga cgcgcagatt
    18541 gatagccgcg aggtctcggc cggcgagtta gagcgggtct cgcccgatgc gccgcgctac
    18601 ctgcgcgatc tgcaagccta cttcaagtcg ggccgtggct accacaagcg ctccatcagt
    18661 tctaacggcg gctggacgaa gacgacgccc ctctccttca tcgccacgcc gctctgcacc
    18721 cgggctggcg aaatccgcag cgcggtgctc gtcgtgcatg gcgagaaggc acacacgcgc
    18781 cccatgggcg aggccctctt tggccgcctc aacggcacga acaaggagct ttacctcgtg
    18841 cccgacgcca cccacgtcga cctcttcgac aacatgaagc gcatcccctt cgacaccatc
    18901 gaacgcttcc tcaaggagta cctgaaataa tccctcacca ttatgaaaac ataccatccc
    18961 atgcccatga tcgcaggtct actgatcctg ctctgtgcag cgtccggctg ctcgaaatcc
    19021 gaacacttcc tcaccgaggc cgcctaccgc gcccgcgtgg agggtgactt caagaagaag
    19081 aaagaagcct tcgccgactc ctcgctcttc gccattttcg atacggagat gtccacgccc
    19141 gagcgtgagg cgatggagtt cctctatgcc tacatgccca tcggcgacgt ggccgactac
    19201 gatggatcgt tctatctgcg caacgtccgg gcggccttca aggcgcgccg ggagatgccc
    19261 tggggccgca agatcccgga agacatcttc cgccacttcg tcctgcccat ccgcgtcaac
    19321 aatgaaaact tggacgagag ccgcaccgtc ttcttcgacg agctgaaaga ccgcgtgcgg
    19381 gggctctcgc tgcgagaggc cgtcttagag gtcaaccact ggtgccacga gaaggtgatc
    19441 tatacgccct ccgacgcccg caccagttcg ccgctcgcct ccgtctgcac ggcctacggg
    19501 cgctgtggcg aggagtccac cttcaccgtg gccgccctgc gcgccgtcgg cattcccgcg
    19561 cggcaggtct acaccccccg ctgggcacac acggatgata atcacgcttg ggtcgaggct
    19621 tgggtcgacg gccggtggta cttcttcggt gcctgcgagc cggagcctgc gctcaatctg
    19681 gcgtggttca acgccccagc ttatcgtggt atgctgatgc atacgaaggt cttcggctat
    19741 tacgatggtc cggaggatgt gatggagcgc acggcctgct atacggagat caatgtgatc
    19801 gacaactacg ccccgacggg ccagacgaca gtcacggtga caggcgccga cggcaagccg
    19861 gtggaggatg cgttagtgga gttcaagctc tacaactacg ccgagttctt caccgtggcg
    19921 cgcaagcaga ccgacgccga gggccacgct gcgctgacgg ccggaaaggg cgacatgctc
    19981 gtctgggcta cgaaggatgg gcgctacgga ttccgcaagg tgacgttcgg caaagacaac
    20041 gccgtgacca tcgccctcga ccacacaccg ggcgacacgg ccacggtgga gatggacatc
    20101 gtgcccccgg tggagggcgc catcccttcg gaacgtgatg tgacagacgc agagaaggct
    20161 gagaacgcca agcgtatggc cgaggaggac agcatccgca accgctacgt ggccacgttc
    20221 tacaccgaca cgatgggcgc gagcctcggc cgtgtgctcg gtctgccgga gctgaacgag
    20281 ctgcgagagc tgatgcccaa gacgcgcggc aatcacgagg agatagcgca cttcctgcgt
    20341 gaggcgaagc atgccggcaa actggagcgt gcgctgtctc tgctctatgc catctcagag
    20401 aaagacctgc gcgacacgcc ggccgatgtg ctcttggatc acctgaacaa cacgccagag
    20461 atccccgaga acctctacga aaaggaaacg atgcccacga aagcgccgcc gatacacttc
    20521 agcctcatgc gtaattatgt gatgaatccg cgcatctgga acgagtacct gacaccttac
    20581 aagcacttct ttgccgaacg catcgacacg gcattggcca cggctgcccg tcgcgatccg
    20641 caggccttgg tggagtgggt gaaggcgaac atcgccatcc gaaacgacct caatccgcaa
    20701 tacatctcca tcatgcccac aggcgtctgg cgggcgcgca ttgcggatac gtattcacgc
    20761 aacatcttct ttgtggccat ggcgcgcagc ctcggcatcc ccgcgcgcat cgagctgatg
    20821 acgagtaagg tgcagtacta caaccacggc tggaaggacg tgaacttcga cgctgatggg
    20881 cagaagaacg cgccgcaggg caagctcaca gcctcataca cgcccacccc gacgctcgac
    20941 aatccgaaat actacagcca cttcacgatt gcccgcctgc gtgacgacgg gcagacgcgc
    21001 acgctcgact tcgaggcgca ggagggcaag ggcgacacct ggtaccactt gcttcagccg
    21061 cccgcctcgc tcagcctcga ctgcggcaac tacgtgctcg tcaccggcac acgcatggcc
    21121 agtggcaagg tgttggcgcg gctcgtcttc ttctccatcc gcgagggcga gacgacgaac
    21181 gtcaacctcg tcatgcgtgt agacacgacg gacatcagcg tgatcggtag catcgatgcc
    21241 gaggcgaagt tcatagacga gaagggggct tcggtctcca tcctctcgac cacgggtcgc
    21301 ggatacttca tcatcggcct ccttggcgca cgtcaggagc caacgaacca cgccctgcgc
    21361 gacatcgccc gcctgaaggc tgacttcgag ggttggaacc gcggtatggt gctcctcttc
    21421 aaagacaagg cctcgttaga tggcttcgac cgcaacgagt tcggcgccct gcccagcacg
    21481 atcacctggg gcgcggacac ggacggctcc atcacgcgca tgatcgctga ggccatgaag
    21541 ctccagacca cgaacgatct gccgatcttc atcatcgccg acaccttcgg ccgggtggtg
    21601 ttcatttcgc agggctacac gatcggcctc ggggagcaga tgatgcaggt ggtgcggaag
    21661 ctgtagcgcg tggtgtaagt gaaaagtgaa ggagtcccag ctgtcgattg ttctgattgg
    21721 cggctggggc attatggatt agaagtaggt aatattcgtt atctattaaa aagatgagtg
    21781 tgtacgcctc tatatttgct tgacttaaaa acaatgtgat atatgagact taagacaatt
    21841 gaaataagag attttaagtg tttcgagaag tacaaggtgg actttgtgcc gtccgtgacg
    21901 gtgttcatcg gccgcaacgg cgccggcaag acggctctca tcagcgctat tcacaaggtg
    21961 ctgagcttta tcttttccag tgacaagtcg ctgggcgacg acttcctctc cgccgggaac
    22021 ccttcgttga aggtgaacac cttcgacgag tcggactatc accggaacga cgagaagggg
    22081 acgattacga acgatctttc tatccatgcc gaagcggttt acgccgatca gctgttgacg
    22141 tggaagctgt ataagcgaac ggccggccgg gccgcgcttt acacatcgaa atacaaggat
    22201 gccttccgcc aatttatgtc cgcctatcaa ggcggtgcag acctgccctt gttggcctac
    22261 tattccgact ccttcccaca tcgcaacacc aagttgacca agttcgcctt tgacatgatt
    22321 aggctggagc gtattccgag aaacttcggt tactatcaat gggatatgga ggcggcttgc
    22381 acaactttat gggaagtgcg aatggctaac cagctaagcc aaatgaaccc actatatact
    22441 ccggcactaa gagtaagtag tgaaatcatg gagttggagg atagccaatc acctgaacag
    22501 ctggcaggca atgagcggta tcaagaatta aaagaggaag aacagcgact tacgacttat
    22561 atgacccctt tatacgaaga aacgcatttc gtagagtcaa aactcaagac gtttgtttcc
    22621 aagttgtcca ccttagaacg tgatgggtat aatatcgatt atctcgcacc atttcaagca
    22681 aaggatggct tacggataag cctcagattc agcaataaga acacgctgtc tttgcaagac
    22741 cttcccgccg gctaccggcg cttgtattcc attgtgtttg atatggctta tcgcacttat
    22801 atcctcaatg gcgacaaaga gccggcgggc attgtggtga tcgatgagat cgacttgcac
    22861 ctgcacccct cgctggagca ggaagtggtg gcagccttgc acgccacctt ccctgaggtg
    22921 cagttcatca tttcgaccca ttcggcagct gtgatctcca acttgaatgc agctaaaaga
    22981 ggggatgaag agcctgcgaa tcgtgtcctt ttaatggaag aagggcagac acagccagag
    23041 acattgcgtg atatctatgg gttggattat aatgccactt tacaagactt catgggagct
    23101 ccgataagta atcgagagat agaccaactg aaggatgagt atttgacctt ccgttcatta
    23161 gggttgggga aaaaggctga atcgacaata aagagactcg aaaaattctt ggggcgaacg
    23221 gatcatccca tacttgagga attacggaag gaagccgagg agtatgaagt atatcgataa
    23281 gtacagccgt cataaggagg cgcaggacat caatgtaagg ttcctgaaag actgctacaa
    23341 cgatgagatt cgccacctca ttccccgacc ggataatgat agagaggcgt ttgatgtatt
    23401 taagaagccg gaatatgccg acggtgagcg tagatggaaa cgtttgctct acgaggagca
    23461 ggagggccga tgctgctatt gcatgcggcg actcagtgaa gagaaaggag cggtcaacta
    23521 tgagcacgtc atcccttgca gcctgaaagg ggagcggggg caggaagagt atgcttatta
    23581 cgccgaacat gccccggctt tgagagactt tgtagagatg gcagacgtgt ttgccgagag
    23641 agaatttgtc tctgtggacg atttggatcg attggagaag atgccgcata ccattgcgtt
    23701 agccaaccta ctcgcggcct gcaacgggat acgagaattg cggagcgacg acaaatcgct
    23761 caaaaaagag gaagaagaaa aagagaggag ttcgatatat aagcacggat gttatttcaa
    23821 taattaccgc tcagatgatc ggatcttacc agttatgctt atggatgtag aggctgttta
    23881 taccccgaat ggttacctcg tattccctga atttatggta gataacgaag agccttcttt
    23941 ctatgataaa ccctatgatg accccttgca gaaaatcgta gatagaatgg atggactgaa
    24001 ccacaaaaca cttcaggaaa ttcgttcgat atggtatcat gtcagccgaa ccagttaccg
    24061 tccggaagac attcaaacct tgtataaact atcggataaa ttggaacgga gtcataagct
    24121 gatccaactg cttaaggaag cgtatgggag aaaaggctct gaggaaccac cggatgaaac
    24181 tctgaaatat acactcatcc caacgccaaa aggagagacc aaagacttct acttggagac
    24241 tctcttagcc tacgattggt tctatgacta ttattcatcc caaatcggtc gttaggaaca
    24301 atcgattttc ctgccggtag gggtgtagga gcgcacgtgc atatgccttc taaacgcccc
    24361 ggcagaaggt gctgtttcta atgatcccga gagagggatg attcatcatc gcccccttcc
    24421 ggcatttacc caatgagcat gatcaagctg ccaagggtga tgagaacggc gccagagatg
    24481 acgcgcaggc tgactgtctc gtgcaggaag atgaaggcca gcaggatggt gaagacgacg
    24541 ctgagcttgt cgatcggtgc tacacgcgag acgtcgcctg tacggagggc tttgaaatag
    24601 aagagccacg agaggccggt ggagaggccg gagaggatga ggaaaagcca cgtgtgtccg
    24661 ctgaccatgc gcaggccttg gacatggcgg ccgaagaggg cgatgcccca gacaagtagc
    24721 aaaatgacag tggtgcggat ggctgtggcc aagtcggagt cgatggcttt cacgccgacc
    24781 ttggcgaaga tggctgtcag ggcggcaaag agggcggaga gtagggcgta gtatttccac
    24841 ataagtaggg agccaattat tagtgatcaa tgatgaagcc gggcacctga cacggggatt
    24901 actccttcgg tcgtgcgccc ggcttcatcg ttattcgtca tcgaggggga ttattaattg
    24961 aagaggtcgt cgatgccggt ggaggagttt tcgctgggtt cggggggctg atagccgcgg
    25021 cagggattgg agtactcggc ggggacttcg aaggtctcct tctgtgaata gccgagcttc
    25081 ttgtcggcga agactttctt catgaagagg ccgtagatgg gcagggccat tgcggcgcct
    25141 tggccctcgc tcatgttgtc gaagtggatg gagcgatcct cgccgcccac ccagcagccg
    25201 gccacgagtg agggggtaaa gcccatgtac caaccgtcgg agttgttttg cgtggtgccc
    25261 gtcttgccgc ccatctgtgc ggtgatgccg tagccaccgt aacggacacg cccggctgtg
    25321 ccgccgtcga caacgctgcg gagcatgtag agcattttgt atgctgcttc ttcgggcagt
    25381 acctcattga cttgcggggt gaaggtggcg atggtgttgc cataggagtc ttcgatgcgg
    25441 gtgacgtaga gcggctccac gcggatgcct ttgttgggga agacgctgta gccgctgacc
    25501 atctcgctga cggagatctc aggtgtgccg aggcagatgg agacgacggg atcgatgtgg
    25561 ctatgcatgc cataggagtg caggaggcgc acaagggtgt agggcgagag ctgcttcatg
    25621 aggtaggccg tgacccagtt ggaggagacc tggaggcccc actgcacagt caccatctcg
    25681 cctacgcaac gcgcgccggg gttgcgtggg atccacgcgt tgcccccctc gtcgtagagg
    25741 acgggctgga catgcagcag ctggtcgcag ggtgtgaagc cttcgatcat ggctaaggaa
    25801 tagaggtagg gcttcatggt ggagccgatc tggcggcggc cggtgttgac catatcgtac
    25861 ttgaagcagt tgaagttgat gccgccgacg taagccttga cgtagcccgt gtgtgcatcc
    25921 atagccatga aggcggtgcg gagcaggctt ttgcagtaga ggatggagtc catgggcgac
    25981 atgagagtgt cgacgatgcc cttccacgtg aagacctgca tctcagtctt ctgcttgaag
    26041 ttccgctcga tctccttgtc tgacataccg gattttttca gtgcccggta gcggtcgctt
    26101 tgcttcacgg cgcgatcgag gatctccttg agctgctttt gggtgatggc ggatgagaag
    26161 gggccattgg cgcggtggcg cttctcgcgg aagaaggcgg gctgcagatg gcgcccgagg
    26221 tgttcggcca cggcctcctc ggcgtattgc tgcatgcggg tgtcgatggt ggtgtagatc
    26281 ttaagtccat cggtgtagag gttgtagggt tcgccgttgg ccttttggtt tttgttgcac
    26341 cagccataga gtgggttcgt ctcccaagcc aaggagtcgt cgaggaactt ttgggcttgc
    26401 cacttggagt agtcgcgcct gtcgggcttt ttggccatga gggtgaggcg gaggtactcg
    26461 cggaagtagg gcgcggcgcc gtcggtgtag tccgtctgtg tgtaatgcaa gacgatgggg
    26521 agggcgctga gcgagtcgca ggctgcttgt gtcatgaagc ctgctttgac catctggcgg
    26581 aagacggtgt tgcggcgctc caaggtgcgc tcggggtagc gtacggggtt gtaatacgag
    26641 gggtttttac acatgccgat cagcatggct gactcttcga tcttgagcgt ggcgggcgtc
    26701 ttgccgaagt aggactgggc ggcggtgcga atgccgacgg cgttgtggag gaagtcgaat
    26761 ttgttgaggt acatggtgat gatctcttcc ttcgtgtaat agcgttctaa gcggacggcg
    26821 atgacccact cgatgggttt ttgcagcagg cgctcggtga tgctttcggc gcttggcgag
    26881 aagagttgct tggccagctg ctgggtgatg gtgctgccgc cgccgccact ccgttgaccc
    26941 ataaggcctc gcttgatgat ggcgcggaag aggccgcgca tgtcgacgcc gctgtgctcg
    27001 gtgaagcgca cgtcttcggt ggcgatgagc gccttgacga ggtctggcga gaggtcgcga
    27061 tagctggagt agaagcggtt gtctttgctg taggagtagc tgccgatgtt tttaccgtcg
    27121 gccgagaaga gctgcgtggc gtagcggtct atggggttct cgagctgctc cacggcgggc
    27181 atgtagccga tccacccttc ggcaatggca aagaagatga tgaaggtgag ggcggccagc
    27241 gaccctgcgg cgatccatat tccgaggatg aatcggcggc ggcgctgggg cgtgatgtgc
    27301 agtttgcggt ttgtcgtttc gccggccttc cggtagagtt gcgtcccttt cgagaccatg
    27361 tcgccgacgt ttttctttat ctctttcata ttatatcggt atagcgaaat cgtgatggat
    27421 cagtggggag ggggggatga atggcgcgcg ggggatggcc tatgttgtgg ggcttgcaac
    27481 actgttgcaa atgccgcgga aaacgggttg acgtttgcaa cactgttgca aatgccacgg
    27541 aaagctggtt gacgtttgca acactgttgc aaatgccgcg gaaagctggt tgacgtttg
//
LOCUS       SEQF3106|MIQD01000030.127405 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..27405
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(1215..1403)
                     /locus_tag="SEQF3106_01097"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQDLGKESRNNTNPHSKSEDVAECRKTNLDDIDLYHVDPYNNRE
                     NSSLLDVYLHSPKPLQQY"
     CDS             complement(2457..2621)
                     /locus_tag="SEQF3106_01098"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYRMTPNMYFHMHQTHLRREHHRYDFANSYPSKLHKQSHRNYQI
                     RHLVNLNLKE"
     CDS             complement(2746..3474)
                     /locus_tag="SEQF3106_01099"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFTVLVPAFQALFPAVAFVCSNTTFFPLVPFVIMSPPLVIHII
                     VPAPLGAVEPLVNNTSALPKSTVIEFSAPQYVVPADPLCVNFKSLLPFATLILYPSQR
                     IDPSPEEVHSTLSKRVVVLPALIVPLARQYIFPLPVLDHKASRLYVLISPPASQKMLR
                     PGWVEAVVQLALLPVPNSILPPASHEAVALEPAEFSTVQVNILLLSVVMFVYACQRAE
                     PLPCTFTVLFVAALKWILPPPLFT"
     CDS             3476..7762
                     /locus_tag="SEQF3106_01100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYKGSIRTNNVIEFKNAANNPYDMIWQACGSILTNHNATTGDIN
                     NHNMVTFENNGKGNMIWHAADSIVTRSKTHFHNTSSAEGNMTWYAGKDIHTRLGKNDP
                     SSALDEGIIFQQEGKGRTTWWAETGNIETYNPVHFDWRQAGSDATSILWWAGRHIEIG
                     NNYSTSNPKQSRALFDTNVNDTITLKTNYGHILTNSQVDFNRTNTGKALTQIWAGCRK
                     YTTDNNIDIENVFNYTETAGQNDPAAFVHLYAENDILSNKECDNNRPAPITFDVSAAG
                     ASTQTRALWEAERNINTKGRVDFVYTSATNAGPITWLSRGGYIQTERPVTIKYTSTKP
                     ISFLAEDWRHDATHAPVGNFTTGRRGNIHFYDSVDIKRDNSDGGLTQIKAENHIWTAM
                     LNYEDKQSAGDTMDIISHKGDIYLGYNDGRSNQPASAYPDHRYVSFINNNGIFQQSPT
                     GLHSSTNCPYPPASDVSYDKNIFTYTIPASNKKGHLWIKAGWEEKTDRNAVPDYTGPA
                     DADSSRAAGGNIYFTHITVKQDKASNHPTVISIPFSGLWRCDNKDTQDSLLHRRAGGS
                     YQRYENAGIISGVNRCVVPYPKNPGNTTASDIGLIYRGGIGDLTVDAGNRGNIIFNKG
                     AYLNFQDPAATGNATFRTRYGDIDMRDPFNVDSMVGSLAFLAQIDNLSDLSKSDFCGC
                     AEERNNVYLQDFQYKAHGASGSVFVGADNNIKLNYGGLQNIGTRHDPFLSQDYKVCKD
                     GKLEKDGPGYERNGGCGKSLHCDADSNENKARTLLLKFDKDSTGNAITKGGFGAVASD
                     YIDVYKTLAYFGGRGSGMGSVPGTGTLHGENVAGYGLFMKTQANKGNWDTNVFEQTPK
                     CPTPCDGTSCKHDYLHLVSRMTFHNNAYIEAHNQKVMLWSPVIETYGLMTLDTKTNSG
                     NNTEITLKTDSLIFHDDFVKIGNKTKLSTWSGLKNDKPIMKFGHMRMTPPFRELLYDR
                     CDEEKECIPCHYYIRGSKDPVHMLDTITIKFGDDAYLERLNTVVFDHTVLTCLTDSFD
                     HIKGAPVLNAQVRTDTLKIRNQVDLFADKNHERDAHLELISERQMGSKDYAGIYTKHL
                     HMEPVGACGTPYSELWTSDDLALDVITTSIFGGFGFIHSDVHVENGAHLNAGFTSLRL
                     KGQCYEHKCGTQRMKDLRLDVGAQLHFSVGTTKGLNGEYSDAIEVEKLTTYGSVDVNI
                     EVRPCEKMEKRCYPIIYYKSLTPNSLNNLKVKPAVVKIDDEEYPLHLNIGTDGIVYVC
                     VGDAQPVDLTRTVTIPSVTGVTTDPVPGIWEVKSRGNFKFKATFSGTKPLAVRTSRMV
                     NGAPEMLTGKKNANGEYEYVIPHVQEDITLTIGPDFVANELLAGTAVWSHGEMIYIRV
                     DRADIASIYSVAGQLVRKIDLPEGDTSIPMSRGAYVITLKDGSVHKVIVK"
     CDS             8300..9676
                     /gene="dnaA"
                     /locus_tag="SEQF3106_01101"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05648"
                     /codon_start=1
                     /transl_table=11
                     /product="Chromosomal replication initiator protein DnaA"
                     /translation="MKSECELLWNKCLSIIQGVVPEAAFKTWFLPITPLSFDEHKVTI
                     RVPSPFFYEYIEANFVGVLKMAVPRVFGEGVSLNYRVVGEEADSVATSASTAVHRPGV
                     SRVLQTPYTQVAPEELDSQLNRRYTFDNFLEGVSNRLARTAGEAVAADPGKTTFNPLF
                     IYGPSGVGKTHLCHAIGLRIRQMHPAKRVLYVSAHRFRIQYTDAVIKNTSNDFLNFYQ
                     SLDVLILDDIHELVGLTKTQLAFFHIFNNLHQLGKQLVLTSDKAPVDMQGLEERLITR
                     LKWGLTAELGRPDAELRRKILRYKIDAEGLTISDEVFNYIVDHVTDNIRDLEGVLVSL
                     AANSLINHCPIDMTLAQRVVAQTVRVENKELSIEKIQEKVCRFFNLDEALVQTPSRKR
                     EIVQARQITMYLAKKHTSASFSRIGKVVGGKDHATVLHACKTVKDQMDVNKNFRSTVE
                     TIEDLLKI"
     CDS             complement(10829..11371)
                     /gene="yraA"
                     /locus_tag="SEQF3106_01102"
                     /EC_number="3.2.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O06006"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative cysteine protease YraA"
                     /translation="MKKAYVFFATGFEETEAIGTTDVLRRGNVKTITISMTGDRTVTG
                     GHGIPVVTDALFEDIDLADADALVLPGGGPMLNDYEGLKKAIVRHHQAGRLVAAICAA
                     PLVLGGLGLLRGRRATCYPGFEQYLTGATVVEAETVKDGNIITGRGPGMVYPFGLAIV
                     DYLLGTEAADEVARGLLTKK"
     CDS             complement(11413..12351)
                     /locus_tag="SEQF3106_01103"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLKKNNLLAGVGSILFHAFILIILFFTVMKAVVPEEDGGVMVN
                     FGTLDEGAGTFEPESTPAAEEAPEVTPEEVTPTPPPATPPAPPTPPTPPKPRQAEKLI
                     TQDREESVAIAQQKKKEAERKRKEEEARRQEALRKQQDEQRRQDDIRRKEAERKAEAT
                     RKAEAERRQAEEQRKKEQAIRDRVAGAFGKNNQSNQGSAKSNNSGNQGSPFGNTNRGA
                     NKGVGSGFSLSGRSIGAGGLPHPAYTVQEEGVIVVNIVVDPAGNVIAADIGKGTNIDN
                     GSMRRSAIEAARRAKFNSIESSNNQSGTITYRYSLK"
     CDS             complement(12348..12767)
                     /locus_tag="SEQF3106_01104"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALKRKTKVNEAFSMASMTDVIFLLLIFFMVTSTVVVPNAIKLT
                     LPQAQKQTAAKPITRVTIDAEGNYYVAAGNQREQQVAFEDIAPFLQAQYEADPEMYVA
                     LYADETVPYGEIVNVLNLANENHYKVVLATRPPERTP"
     CDS             complement(12776..13486)
                     /locus_tag="SEQF3106_01105"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYFLSLFAQVASEQADASMELAADAAQTQAQINIIDLAMKGGWI
                     MGVLLILSLVAIYFFIQRLLVIRQAGKNDETFMNRIRDYIYEGKIDQALNLCRTTPTP
                     AARMIEKGILRLGRPTGDVLAAIENAGNIEISKLERGFPVIATTAAGAPMLGFLGTVT
                     GMVRAFYDMANAGTNVDVTLLSGGIYEALVTTVGGLVVGIIALFAYNYLVARVENVVN
                     KLEASTMEFMDLLNEPAH"
     CDS             complement(13506..14243)
                     /gene="pdxJ"
                     /locus_tag="SEQF3106_01106"
                     /EC_number="2.6.99.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A794"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyridoxine 5'-phosphate synthase"
                     /translation="MIKLSVNINKAATLRNARGGNMPDVVQIAKDCEAFGAQGITVHP
                     RPDERHIRYNDVYALKPIIKTELNIEGYPIQAFIDLVLAVKPTQVTLVPDAPDVLTSN
                     AGWKVKAHFDQLSELVDLFTGHGIRTSLFVETDQDNIKWAAKTGTDRIELYTEPYAQQ
                     YAADREKAVAPYIEAARLAKSLGIGVNAGHDLNLQNLAFFASQIPWIEEVSIGHALIC
                     DALYFGLERTIAMYKACLNERIETQEL"
     CDS             14356..15228
                     /gene="nadK"
                     /locus_tag="SEQF3106_01107"
                     /EC_number="2.7.1.23"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A7B3"
                     /codon_start=1
                     /transl_table=11
                     /product="NAD kinase"
                     /translation="MKIGIFGCGYRSDKLPLLRRLFEKLETLKAEIFVSRDFHTFLST
                     TLDFRPACAGVLSAPPFGLDIALSVGGDGTFLRTAEQIGRQDIPILGINTGRLGFLAE
                     AGPEQIEETLDEISRGDYRIERRMMLCLQTSEPAFAGCNYALNEVALLKRETSSMITI
                     HTFLNDEYLTSYQADGLVIASPTGSTAYSMSVNGPIILPQSDNIVLSPVAPHSLNVRP
                     LVIPGSYKISLEVESRNDSYLVALDGRSESLSVDVRLSVCRADFAIQMISRNNRSFYR
                     TLRDKLMWGADVRS"
     CDS             complement(15677..16477)
                     /gene="nagB"
                     /locus_tag="SEQF3106_01108"
                     /EC_number="3.5.99.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O30564"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucosamine-6-phosphate deaminase"
                     /translation="MRLLIQPTYEAMSRWAADYIASRIHQAAPTAERPFVLGLPTGSS
                     PIGTYKRLIELCQQGRVSFRHVVTFNMDEYVGLPEDHPESYHAFMHRHFFDHIDVEPR
                     NIHILNGNAPDLEAECAAYEKRICEAGGIDLFLGGIGPDGHVAFNEPGSSLRSRTRIK
                     SLTTDTIIANSRFFDNDVTQVPKTALTVGVATVMDAREVVILANGHAKARALQQAVEG
                     SVNQMWTITALQLHPHGIIVCDEAACDELRVGTYRYFKDIERSNILVS"
     CDS             complement(16568..17752)
                     /gene="fprA"
                     /locus_tag="SEQF3106_01109"
                     /EC_number="1.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9FDN7"
                     /codon_start=1
                     /transl_table=11
                     /product="Nitric oxide reductase"
                     /translation="MKAVAKDIYYVGVNDRQKALFENLWPLPGGVSYNSYLIVDDKTV
                     LVDTVDICYSDLFFKRVAKLLDGRKLDYLVVDHMEPDHAGSIRLLRQLYPDVKIIGNK
                     QTFGMLAGYHGITDGLHEVKEGDKLELGHHTLSFYMAPMVHWPEVMMTYEETEKVLFS
                     ADAFGTFGTLDGGVLDTDMDTERYWSEMVRYYSNIVGKYGSPVQRALKKLSALEIRTI
                     CSTHGPVWTEQSGRVISLYDRLSRYEGLDGVTLVYGSMYGHTEQMAENIASALSDGGV
                     RHIAMHNVSKSHGSYILRDVFNYRGLIVGCPTYSGQLYPEIEMVLSEIKLREVKDRLF
                     GYFGSFTWAGAAVKHLAAYAEAMKWEVVGTPVEQKQGISTEEQCIALGHAMAERIMKS
                     EK"
     CDS             complement(18090..18914)
                     /gene="lgt"
                     /locus_tag="SEQF3106_01110"
                     /EC_number="2.4.99.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P60955"
                     /codon_start=1
                     /transl_table=11
                     /product="Prolipoprotein diacylglyceryl transferase"
                     /translation="MLLDITWTADPVIFSIGPKEIRWYTLMFLIGFAVGYKIVERMFR
                     REGVDKKWLDPLLYYTLAGTLIGARLGHCLFYNPSYYFSHPVEILKVWEGGLASHGGV
                     LGIIIAIYFFSRNVSHRSMLWTFDKLVVPTGLVAALIRIGNLMNHEIYGHPTDLPWGF
                     RFVDNLYAWRHGAAPIFTPPSHPTQLYEAACYLLTFALCMWLYFKRDAWKRQGLIFGI
                     FMICIFTARFFVEFLKNYQEDFEASLPLDMGQLLSIPFILLGIYCVWRARKQPIQS"
     CDS             complement(18933..19832)
                     /gene="ddh"
                     /locus_tag="SEQF3106_01111"
                     /EC_number="1.4.1.16"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5L9Q6"
                     /codon_start=1
                     /transl_table=11
                     /product="Meso-diaminopimelate D-dehydrogenase"
                     /translation="MNKIRAAVVGYGNIGRYALEALEAAPDFEVAGIVRRNPQDIPEP
                     LRSYTVTDHLEKLTAVDVAILATPTRLVETYAKAALALGIRTVDSFDIHTQITNLRRT
                     LDAEAKRHSAVAVVAAGWDPGSDSVVRTLMQAIVPEGITYTDFGPGMSMGHTVAVKAI
                     DGVRSALSMTIPMGTGVHRRMVYVEIEDGYDFDTVADAIRRDDYFAHDETHVIRVESV
                     DALKDVGHGVHLTRKGVSGMTHNQRISFDMQINNPALTGQILVAAARATMRLQPGAYT
                     MIEIPPIDLLPGNDREAWIGKLV"
     tRNA            complement(19855..19929)
                     /locus_tag="SEQF3106_01112"
                     /product="tRNA-Arg"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Arg(cct)"
     CDS             complement(20132..20713)
                     /gene="sodB"
                     /locus_tag="SEQF3106_01113"
                     /EC_number="1.15.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P19665"
                     /codon_start=1
                     /transl_table=11
                     /product="Superoxide dismutase [Mn/Fe]"
                     /translation="MSFDMPKLPYATNALEPVISQQTIEFHYGKHLQNYVNTLNKLIE
                     GTDFAGKPLEEIVKTAPAGGIFNNAGQTLNHTLYFLQFKPKTEGNVPTGKIAEAINRD
                     FGSFEAFQKAFADAATTLFGSGWAFLSVDQNGKLVITQEANAGNPVCRGYKPIFGLDV
                     WEHAYYLDYQNRRADHIKAVWDIVDWDVVGSRL"
     CDS             complement(20830..21555)
                     /gene="recO"
                     /locus_tag="SEQF3106_01114"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00201"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA repair protein RecO"
                     /translation="MLHKTRAIALHTLPYGEKYLIVTLYTEAFGRMGYIVTPARRGKG
                     GIPQALLMPLSLLELEVEHRNDRDLQRIREARTLSTPAALQTHPAKNAEALFLSEVLY
                     RVIREKESDPPLFHFLFDAVRHLESADAGIANFHLTFLFRLATHLGIRPNRETYAEGR
                     YFDMMDGIFTDEVPLHGHYLSPDDSRVMARLTRMTFANMSLFAFSRTERATIIGHILD
                     FYRLHLPGLPEFRSLEVLQALFE"
     CDS             complement(21562..22041)
                     /gene="ispF"
                     /locus_tag="SEQF3106_01115"
                     /EC_number="4.6.1.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P57708"
                     /codon_start=1
                     /transl_table=11
                     /product="2-C-methyl-D-erythritol 2,4-cyclodiphosphate
                     synthase"
                     /translation="MRIGFGYDVHAFAPGRELWIGGVHIDHPLGLLGHSDADVLIHAI
                     CDALLGAAGLRDIGYHFPDNADEYAGIDSKILLARTMTLLRDVGYELGNIDATVVAEQ
                     PKLNPHIADMQRTMADVMGVPTADISIKATTSERMGFVGRREGIAAYAVALIVPRTA"
     CDS             complement(22226..23395)
                     /locus_tag="SEQF3106_01116"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMNLRRIVGLLPALLLPATLLQAQDKYKQFSPINTAIPSLSIAP
                     DARGGGMGDIGASTLPDIHSQYWNASKYAFMESKAGVAISYTPWLRKLVKDVYMAYAS
                     GYYKPGERSAIGASLRYFSLGEIPVSNYGGEQITNLHPYEMAFDVSYGMKLSENYSMA
                     VALRYIRSDMNASVNQDLQPANAVSVDVSGYLEKYVYLGQSESLWSFGYNVSNLGTKV
                     SFDGGNRQQFLPANLKIGTGLLYPIDEYNQIGVYLDLNKYLVPTEPIKRDGESDEDYA
                     KRKDDYKSMNSLSAALRSFSDANDGFSEELKEVNVSLGAEYSYNNQFFVRGGYYYENQ
                     LKGNRQYFSLGAGFKMNVFRLDAAYLISTVQSNPLDQTLRFSLSFDMDGLRSLFN"
     CDS             complement(23898..24749)
                     /locus_tag="SEQF3106_01117"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRDPRLPAMMRLWQGIFGDSDAFVRLFFTRVYRPANALTLTRD
                     GCLAAMLHIVPYRLSVGHRTLPAAYICGVSTRPEARGQGLMTALMRRALRTMRRRGFA
                     LTMLIPAEPWLFDVYARLGYVHPIPTCDERISTDSLPPAPPDIRIAPCTDARLYAAFN
                     RLQRRRPCTILHTARDFDTIRLDCEADGGSALVALANGRPVGFLFEAPEEGGAVRVKE
                     LLTTDASVEPALLRAAAMRHGATHLRIRRPPDPDRPAQPYGLAALLDARLSATDIARL
                     HMALMLD"
     CDS             complement(24746..25654)
                     /locus_tag="SEQF3106_01118"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFQPISIADREAITAFTLSAPYSNCDFAFANMCSWRFLYDSEF
                     AIDGGFLCIRFYIEENAGRRLAYMIPIGHGDLGAAVRKLDDNNATHGFGHPLLLLGIT
                     PEARQELEAACPDEFTYMADRDYFDYIYLREELLTLRGKKLQAKRNHANRFRKEYTYT
                     YVPLTAETAPCCMELERTWMRANTTDDNADDLTNERRSMAFALRHFDELGLTGGALVI
                     DGRIVAFTYGSPINRTTFGVHVEKADTNYEGIFSVINQEFVAHIPETYTYINREEDLG
                     LPGLRQAKLSYNPAVLLEKFGAVKRR"
     CDS             complement(25742..26932)
                     /gene="kbl"
                     /locus_tag="SEQF3106_01119"
                     /EC_number="2.3.1.29"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AB77"
                     /codon_start=1
                     /transl_table=11
                     /product="2-amino-3-ketobutyrate coenzyme A ligase"
                     /translation="MYGKFQAFLQQELADIESAGLFKKERIIRTPQRADIRVGDGEEV
                     LNFCANNYLGLSDNPRLIEAATRAMQQRGFGMSSVRFICGTQDMHKELEAAIARFFRT
                     DDTILYGSCFDANGGLFEPLLGEQDAIISDALNHASIIDGVRLCKAKRFRYANADMAD
                     LERCLKEAAGCRFRVIATDGVFSMDGNVAPMDKICDLAERYDALVMVDESHSAGVVGP
                     TGRGVAEQFNLYGRIDIFTGTLGKAFGGAMGGFTTGRKEIIDMLRQRSRPYLFSNSVA
                     PSIVGASIEMFKMLDESDNLHTRLARNVTYFRDRMIEAGFDIKPTQSAICAVMLYDAK
                     LSQDFAREMQLEGIYVTGFYYPVVPKGQARIRVQLSAGHEREHLDKAIEAFIKVGKTL
                     GVIK"
ORIGIN      
        1 gagcttaccg ccaattggcg gagattaaaa actggcgcgc ggagcttacc gccaattggc
       61 ggagattaaa aactggcgcg cggagcttac cgccaagtgg cggagatcaa aaactgacgc
      121 gcggggctta ccgccaattg gcaacctccc catcttagcc ccgggaaaag agcagcgccg
      181 cccgagtaag ccccccttcc taatcattga taattattca ttgataattg atcattaatc
      241 accccatctt agccctgggc aaagtgcagc accgcccgag taaggccccc ctcctaatca
      301 ttgataatta ttcattgata attgatcaat aatcacccct cctatcccta cgagggcgcc
      361 ccattgatca tggattattc ctcgctgccc acccctgttg gttatttatt ctctattctc
      421 ttacagaaag atttgtttct gttataaaca tcactttaaa tttgcccccg ttaaacctct
      481 cttttctcat aggacaaaag gcgagattaa cccccacccc gcggctggca agcgagcccc
      541 cgccatccct gtgatttcaa tatttctatt tcccctcaaa aaaaggagac agagcgcacc
      601 cacctttcaa gaggagtggc attgtggaag cccctcccca cgtaaagaag gcgtgtggtg
      661 ggtgtagggg cgaaccattt ccgatgtgtg cgttcgcccc gtaccccccg cgtgagttgt
      721 gtgcgtgcag tctccatctt ataaaaggac tgggggtgcg cggagcggaa aggctattgt
      781 ggaagccttg ccctcccttc ctccccccct tgagataaat ccgaacaacc aattaattaa
      841 ccggagagag ggaagcaagc cgagcgcggg catagccatg tccatctcag ctcacctccc
      901 cctctcctat atttctcact ttaataaatg cgacattatg gaaaaaacaa aacacagtgt
      961 agttaaacac cttatcgccg tagcggtggc cctcctcctc ttcggctcaa gcgggggagt
     1021 agcgtggggg caaacgccga cgcagatgga ctgtaataat gctttcggag cgggtgagtc
     1081 aaggtatagg gccaatcata taggtgtttc atacataaca acaccatctc gtaacacaga
     1141 caaagtggct gagggtgacc ctagccttcc aacaaatggt gtcggtgcta taattattgg
     1201 cgaccctaat acagctaata ttgttggaga ggtttgggtg aatgtagata tacgtccaac
     1261 aagctcgagt tctccctatt attatacggg tcgacgtggt acagatcaat gtcgtccaag
     1321 ttggtcttgc ggcactccgc tacatcctct gacttgctat ggggattggt gttattccga
     1381 ctctccttac caagatcctg catttcatgg ttgtgataac acttggttca ggaaacacga
     1441 cttgaattat aataataatg gtgggttatg gggtggtaat gaaaactttg ctggctttgc
     1501 cacaattgtg aatctgacag gaagcagcct tggaggttca tctactgttg gtacatcctc
     1561 cacaaatgct tttgatcttg acatgctata ttttaaggat attccttatg cctataaagt
     1621 atacacattc aatcctgttc aaagaacatg tagcaatcac ggtcattctt gcaactatca
     1681 aaatatggag cagacaacag acactcctat aggttgggtc agcgaaggac atattgtcat
     1741 agatgcgggt tcacatattc atattagagg cgacatcggc gctgatggac attcttcttc
     1801 tcatactaaa gcttctttgg atttacctga tgaaggtgcc caatattcct taatggtgga
     1861 tggaaatata gatgaagcca aaataaagtt gcaaggtggt ggtgtcataa ataaactttc
     1921 cacgatggca cctaatgcta tcataggtgt atacggcaat tatctgccga gtagtagtgg
     1981 ctctatgggt acgaatgccg caggtggtac gatcctgatt ggcccaagca ctggaggtca
     2041 agataagatg acgatcacag cctcgactgc cacgaatggt agtgagtatg gcttcagtag
     2101 caaagacgat gcttgtacat cagtgtatac aggtacatgg gtgcctgctg atggaacggc
     2161 caatcttgga aactatgggg atcatgacat cacggtagat gccactatga aaatagctgg
     2221 cacatctgct gctaccggct cgatggcttc cggcaagatg cagatcttca acatgaaggc
     2281 taatctgaac tttaataact atatcccgaa tatccctgcc ggtgcggccg gtaatttctt
     2341 gatgttagca gccaaaaagc tgacgatgac tcctgcctca catacatcga ctattggtgg
     2401 aagtggaagc atgacattga tgggttctca ggtcgaactg aacaccaatg aagtgatcac
     2461 tctttcaaat tcaagttcac caaatgacgg atctggtaat tacgatgtga ttgcttatgc
     2521 aacttggacg gataagaatt cgcaaaatca tatcggtgat gctcccggcg taggtgcgtt
     2581 tggtgcatat ggaaatacat gttcggggtc atacggtaca tgtgcgagta gtgcctttga
     2641 tgcagaaaag attgctactc cttggccgga tatccaaagt actcaactcg tcggtattgg
     2701 tggtactgcc tatggttcaa atacctgtaa taggccagca ttcattcatg taaataacgg
     2761 tggcggtaat atccatttca acgctgcgac aaatagtact gtgaaggtgc aaggtaaagg
     2821 ctctgcacgt tggcaagcat atacaaacat cacgacagaa agcaataaaa tattgacttg
     2881 gacagtggaa aattcagctg gttccaatgc taccgcttca tggctggcgg gaggaagtat
     2941 cgaattggga acaggcaata aagcgagttg gactacagct tcaacccatc caggacgtag
     3001 catcttttgg gatgccgggg gagatattaa tacatacaac ctcgaagctt tatggtcaag
     3061 cacaggcaag gggaatatgt attggcgtgc tagaggaacg atcaatgcag gtaatacaac
     3121 aactcgtttg gataaggtcg agtggacttc ttcgggtgaa gggtctatgc gctgggaagg
     3181 atacaatatc aacgtagcaa acggcaataa cgacttgaag tttacgcaga gtggatcagc
     3241 tggtactaca tactggggtg ctgaaaattc tattacagtg gatttaggta gtgctgacgt
     3301 attgtttacc aacggctcta cagcacctaa tggtgccggc acgatgatgt ggattaccaa
     3361 tggtggtgac attattacga aaggtactaa tgggaagaaa gtcgtattcg aacaaacgaa
     3421 tgctacggct gggaaaagtg cttggaaagc aggcaccaga acggtaaata acattatgta
     3481 taagggtagt atccgcacaa acaatgtgat cgagtttaag aatgcggcta acaatccata
     3541 tgacatgata tggcaggctt gtggtagtat tctgacaaat cataatgcca caacgggcga
     3601 tatcaacaac cataatatgg ttacgttcga aaataatggt aagggtaata tgatttggca
     3661 tgcagccgac agtatcgtga cccgcagtaa gacccacttc cataatacga gctcggctga
     3721 aggcaatatg acttggtatg ctggaaagga cattcatacc cgtcttggta agaacgatcc
     3781 gtcaagcgcg ttagacgaag gtatcatctt ccagcaggaa ggaaaaggtc gcactacatg
     3841 gtgggcagag acagggaata tcgaaaccta caacccggta cacttcgatt ggaggcaggc
     3901 aggttccgat gcaacaagta ttctttggtg ggctggtcgg catatcgaga ttggaaacaa
     3961 ctacagcaca tccaatccga aacagagccg cgcattgttt gataccaatg tgaacgacac
     4021 catcacattg aagactaact acggacatat cctcaccaat tcgcaggtag acttcaatcg
     4081 taccaataca ggaaaggcgc tcactcagat ttgggctggt tgccgcaagt acacgacgga
     4141 taacaacatc gacattgaga acgtcttcaa ctacacggaa acagctggac aaaatgatcc
     4201 ggcggccttt gtgcatctct atgctgagaa cgacatcttg tcgaataagg agtgtgataa
     4261 caatcgcccg gcaccgatca cgtttgatgt atcagcagcc ggagcaagca cgcagacacg
     4321 agccctctgg gaggctgagc gcaatatcaa tacgaaggga cgtgttgatt ttgtctatac
     4381 cagtgccacg aatgcgggtc cgatcacatg gctctctcgc ggtggttata tccaaacgga
     4441 gcgccccgtg acgattaagt atacgagcac caagccgatc agtttcttgg ctgaagattg
     4501 gcgtcatgat gcgacacacg cacccgtagg aaactttact accgggcgcc gtggtaacat
     4561 ccatttctat gattctgtag acatcaaacg cgataactcg gatggaggtt tgacacagat
     4621 caaagccgag aaccatatct ggacagcgat gctgaattat gaggataagc aatccgcagg
     4681 cgatacgatg gacatcatct cacataaggg ggatatctat ctcggctata atgacggaag
     4741 atcaaatcag ccggcatcag catacccaga tcatcggtat gtatccttca ttaataataa
     4801 tggcatcttc cagcagagcc cgacaggcct acatagctca accaattgcc cgtatcctcc
     4861 ggccagcgac gtctcttacg acaagaacat cttcacctac accattccgg ccagcaataa
     4921 gaagggtcac ctctggatca aagccggttg ggaagagaag acggatcgca acgcggtgcc
     4981 ggactatacg gggccggctg atgcggacag ctcgcgtgct gcgggtggta acatctactt
     5041 cacgcacatc accgtgaagc aagacaaggc cagcaatcac cccacggtga tcagcattcc
     5101 gttctctggt ctctggcgtt gcgacaataa ggatacgcaa gacagtctgc tgcatcgccg
     5161 tgcaggcggt tcctaccagc gttatgagaa cgcgggcatc atctctggcg taaatcgctg
     5221 tgttgtgcct tatccgaaga atccaggcaa cactacggcg agtgacatcg gtctgatcta
     5281 tcgtggtggc ataggcgact tgacggtaga tgcaggcaat cgcggcaaca tcatcttcaa
     5341 taaaggcgct tacttgaatt tccaagatcc agctgctacg ggtaatgcca ctttccgcac
     5401 acgctacggc gatatcgata tgcgcgatcc gttcaatgtg gattcgatgg tcggcagttt
     5461 ggccttctta gcacagatcg acaacctcag cgacttgtcg aagagcgatt tctgcggctg
     5521 tgcggaggag cgtaacaacg tctacttgca agacttccaa tacaaggcgc acggcgcaag
     5581 cggtagcgtg ttcgtaggtg ctgacaacaa catcaagttg aactacggcg gcttacaaaa
     5641 cattggcaca cgccatgatc ctttcctgag ccaggattat aaggtctgca aagacggtaa
     5701 gctggaaaaa gacggtccgg gctatgagcg caacggcggt tgcggcaagt cacttcattg
     5761 cgacgcggac tcgaacgaga acaaggcgcg cacgctgctc ctgaagttcg ataaggactc
     5821 aacgggcaat gccatcacca agggtggttt tggtgcggta gcctcggatt acatcgatgt
     5881 ctacaagacg ctcgcctatt tcggtggccg cggttcgggc atgggctccg tgccgggtac
     5941 aggtacactg cacggcgaga acgtcgcggg ctacggtctc tttatgaaga cgcaagccaa
     6001 caagggcaac tgggacacga acgtattcga gcagactccg aagtgcccca ccccgtgcga
     6061 tggtacgagc tgtaagcacg actatctgca tctcgtttcc cgcatgacct tccacaacaa
     6121 cgcttacatc gaagcgcata accagaaggt gatgctctgg tcgccggtga ttgagacgta
     6181 cggcctgatg acgctcgaca cgaagacgaa ctcaggcaac aacaccgaga tcacgctgaa
     6241 gaccgacagt ctcatcttcc acgacgactt cgtgaagatt ggtaacaaga cgaagctctc
     6301 cacatggagc ggcctgaaga acgataagcc gatcatgaag tttggccaca tgcgtatgac
     6361 cccgcccttc cgcgagctgc tctacgacag atgcgacgag gaaaaggagt gcatcccctg
     6421 ccactactac atccgcggca gcaaggatcc ggtgcacatg ctggatacga tcaccatcaa
     6481 gtttggcgac gacgcttacc tcgaacgcct caacacggta gtctttgacc acaccgtcct
     6541 gacctgcctc accgactcgt ttgaccacat caagggcgcg cctgtgctga atgcgcaggt
     6601 tcgtacggat acgctcaaga ttcgtaacca agtagacctc ttcgccgaca agaaccacga
     6661 acgcgatgcc caccttgagc tcatctccga acgtcagatg ggatcgaagg attacgccgg
     6721 tatctacacg aagcatctgc acatggagcc ggtcggcgct tgcggtactc cgtatagcga
     6781 actctggaca tcggacgatc tcgcactcga cgtaatcacc acctccattt tcggtggctt
     6841 cggtttcatc cactccgacg tgcatgtgga gaatggcgct catctgaacg ctggtttcac
     6901 ctcgctgcgc ctcaaaggac agtgctacga gcacaagtgc ggtacgcaac gcatgaagga
     6961 tctccgtctt gacgtgggtg cccagctgca cttctccgtc ggcaccacga agggcctgaa
     7021 cggcgaatac agcgatgcca tcgaggtaga gaagctgacg acctacggtt ccgtagacgt
     7081 gaacatcgaa gttcgcccgt gcgagaagat ggagaagcgc tgctacccga tcatctatta
     7141 caagtcgctc acgccgaaca gcctgaacaa cctgaaggtg aagccggccg tggtgaagat
     7201 cgacgacgag gagtatccgc tccacctgaa catcggaacc gatggcatcg tatacgtctg
     7261 tgtaggcgac gctcaaccgg tagacctcac ccgcaccgta accatcccga gcgtaaccgg
     7321 tgttacgacg gatcctgtgc ccggtatttg ggaagtgaag agtcgtggca acttcaagtt
     7381 caaggccacc ttctccggca cgaagccctt ggccgtacgt acgagccgca tggtgaatgg
     7441 cgctccggag atgttgacag gcaagaagaa cgctaacggc gaatatgagt acgtcatccc
     7501 gcacgtgcag gaagacatca cgctgaccat cggccccgac ttcgtagcca acgaactgtt
     7561 ggccggaacg gctgtctggt cgcacggtga gatgatctac atccgtgtcg atcgcgctga
     7621 catcgccagc atctactccg tagctggaca gctcgttcgc aagattgacc tgcccgaggg
     7681 cgatacctcg atcccgatga gccgtggtgc ctacgtgatc accctgaagg acggatctgt
     7741 tcataaggtg atcgtgaagt gaaaaacgaa aaactaacaa tgccgggtac ctgcaaggga
     7801 aagccccacg ggtacccggt catttttcgt tgttagattt ttgttcccgt aataatgccg
     7861 ggtacatgga tggaaaaccc atcacgtgtg cccggcattt tttgtttccc tccctccccc
     7921 gggtagcccc ccaaactcac gttggatcga ttctaatttc cgaaaaggat ttggaggtct
     7981 cgccggagaa aagagggtgc cgtatcatcg cgaaatctca tggccttagg gggagcagcg
     8041 accgcagaag atgggtcaga agggggcctt gtggaatggc ctattagcgt gattttaccc
     8101 catcggcacc ttgctaaatg gcagcatacc aaacggatag ccctaagtct ttgtgcctga
     8161 ataggcctcc cgccgcaagc gcccaaccca tgccgcgaac cgcctttttc cttctgattt
     8221 attgtctgac ttttaccccg cgaaagcaat taatgaagcg ctcaatgcag taaaaaccct
     8281 actcttttat tattgaatta tgaagtcaga atgcgaacta ctatggaata aatgcttgtc
     8341 gatcatccaa ggcgttgtgc cggaggccgc cttcaagacg tggtttctgc ccatcacgcc
     8401 gctctccttc gacgaacaca aggtgacgat acgggtgccc agcccgtttt tttatgaata
     8461 catagaagcc aacttcgtgg gtgtactcaa gatggccgtg cccagggtct ttggcgaggg
     8521 cgtctcgctc aactaccgcg tggtgggcga ggaggccgac agcgtggcca caagtgcctc
     8581 tacagctgtg catcgccccg gcgtgagccg tgtacttcag accccctaca cgcaagtggc
     8641 gcccgaggag ctcgattcgc aactgaaccg ccgctacacc ttcgacaact tcctcgaggg
     8701 cgtgagcaac cggctggcac gcacagccgg cgaggccgtg gctgccgacc cgggcaagac
     8761 cactttcaac ccgctcttta tctacggccc ctcaggcgtc ggcaagacgc acctctgcca
     8821 cgccatcggc ctgcgcatcc gccagatgca ccccgcgaag cgcgtcctct acgtctccgc
     8881 acaccgcttt cgcatccaat acaccgacgc ggtgatcaaa aacacctcga acgacttcct
     8941 gaacttctac cagagcctcg acgtgctcat cctcgacgac atccacgagc tcgtcggcct
     9001 caccaaaacg cagctcgcct tcttccacat cttcaacaac ctccaccagc tcggcaagca
     9061 gctcgtcctc acctccgaca aggcacccgt cgacatgcaa gggctcgaag agcggctcat
     9121 cacgcgcctg aaatgggggc tcacggccga actgggccgc cccgatgccg agctgcggcg
     9181 caagatcttg cgttacaaaa tcgacgccga aggcctcacc atcagcgacg aggtgttcaa
     9241 ctacatcgtt gatcacgtga ccgacaacat ccgcgacctc gagggcgtcc tcgtctcgct
     9301 cgccgccaac tcgctcatca accattgccc catcgacatg accctggcgc agcgcgtggt
     9361 ggctcagacc gtccgtgtgg aaaacaagga gctctccatc gaaaagatcc aagagaaagt
     9421 ctgccgcttc ttcaacctcg atgaggcact cgtgcagacg ccctcacgca agcgcgagat
     9481 cgtgcaagcg cgccagatca ccatgtacct ggccaagaag cacacctccg cctctttctc
     9541 gcgtatcggc aaggtggtcg gcggaaagga tcacgccacc gtgctgcacg cctgcaagac
     9601 ggtgaaggat cagatggacg tcaacaaaaa cttccgctcc accgtcgaga cgatcgagga
     9661 tctgctcaag atctgacgcc ccccgacccg ccttccattt ccccccccct ccttacgccg
     9721 aacacccgtt cgcgtccgac acctgatgat cggatcattc gcgcccacga acccttcctt
     9781 ggggggcatg aatgatccga tcattcgtgt tttacggggg cggacataga tatacccggg
     9841 ggacgcttgc ggtaacggaa taaaaagcac gcctcgcccc catttcgttt ctgttaagtg
     9901 cccaaagcct cctttttcgt ctctgattcc tcccgttatc cgcccaacca ctcccttttc
     9961 gtccctgatt tccttcatta tccgcccaaa tgcccctgcg acaaggccga tttttcccct
    10021 taagccctct attgctcttt cttgatctat tcggaacttc ccgaagagga tattacagca
    10081 tgttatgctt attcggacat tcccgattac ttgttacaat gtattttatt tgttcggaag
    10141 tttccggata gtatatatac tatgttatat atattcggta tttcccgaag acgtgaaaac
    10201 gcataatgag agctgttcgg aatctcccgg aagtcttata accataattt ctattaattg
    10261 ggatttcccg aaaatatgaa tcatttcatt ttgctcaatc ggaagtctcc gataaatata
    10321 aatgaagcgt tttatctttt cggaatttcc cgatggtatg taaatagtcg tattaatgga
    10381 ttcggaagat cccgagcact tgtaacacgt ttcatatatt gtccggaaac taccgaacgg
    10441 atagaatata ttataatagg taatcggaag tatccgaatg agtctaacat gctgtaatat
    10501 cctcttcggg aagttccgag cggtgtgaaa aggagcaata gagggcttaa ggggaaaaat
    10561 cggccttgtc gcaggggcat ttgggcggat aacgggagaa atcagggacg aaaagggagt
    10621 ggttgagcgg ataacgggag ggagcaggga cgaaaaagga ggctttggtc ggtaaacgag
    10681 aaaggaatgc ggcgtcggcg gggtgggaga ggggcgctgc ggccgattcg tgacaaaaaa
    10741 aatcctgccg gaagggagcc gtttgtgagc ttccctccgg caggatgggg atggtgagtt
    10801 gccggatcgg ttccggcctc ttgcgggatt atttcttcgt caacagtccg cgagccacct
    10861 cgtcagccgc ctccgtgccc aataggtagt ccacgatggc cagcccgaag gggtagacca
    10921 tgcccggccc gcgcccggtg atgatgttcc cgtctttgac ggtttcagcc tccaccacgg
    10981 tcgcgcccgt gaggtattgc tcgaagccgg ggtaacacgt ggcgcggcgc ccgcggagca
    11041 gtccgaggcc gccgagcacg agcggtgcgg cgcagatggc tgccacaagt cggccggcct
    11101 ggtggtggcg gacgatggct tttttcaggc cctcgtaatc gttgagcatg ggcccgccgc
    11161 cgggcagcac gagggcgtcg gcgtcggcca ggtcgatgtc ttcaaacagc gcgtcggtca
    11221 cgaccgggat gccgtgtccg cccgtgactg tccggtcgcc agtcatcgag atcgtgatgg
    11281 tcttcacatt tccgcggcgc agcacgtctg tggtgccgat ggcttccgtc tcttcgaagc
    11341 ctgtcgcaaa aaacacatat gcctttttca ttgtcttatg tggtgtttaa taggtaaatc
    11401 aatgggtgtg ggctacttca gggagtagcg ataggtgatc gttccgcttt ggttgttcga
    11461 gctttcgatg ctgttgaatt tggcgcggcg ggcggcttcg atggcgctgc ggcgcatgga
    11521 tccgttgtcg atgttcgtgc ccttgccgat gtcggcggcg atgacgttgc ctgccgggtc
    11581 gactacgatg ttgactacga tcacgccttc ttcctgcacg gtgtaggccg ggtgtggcag
    11641 gccgcctgcg ccgatggagc ggccgctcag gctgaatcct gagcctacgc ccttgtttgc
    11701 gccgcggttg gtgttgccaa acgggctgcc ttggtttccg ctgttgttgc tcttggctga
    11761 gccttggttg ctctggttgt tcttgccgaa tgctccggct acgcggtcgc ggatggcttg
    11821 ctccttcttg cgttgctctt cggcttggcg gcgttcggcc tcggctttgc gtgtggcttc
    11881 ggctttgcgt tcggcttctt tgcggcggat gtcgtcctgt cgccgctgct cgtcttgctg
    11941 cttgcggagt gcttcttgtc ggcgtgcctc ttcttctttt cgtttacgct ccgcttcttt
    12001 cttcttctgt tgggctatgg ctacggactc ctcgcggtct tgtgtgatca gcttttcggc
    12061 ctgtcgcggc ttcggtgggg tggggggcgt aggcggcgcg ggcggtgtgg ctggcggtgg
    12121 ggtaggggtg acttcctcgg gcgtcacctc gggtgcctct tcggccgcgg gggtgctttc
    12181 cggttcaaac gtgcctgcgc cctcgtcgag tgtcccgaag tttaccatca cgcctccgtc
    12241 ttcctctggc actacggctt tcatcaccgt gaagaagagg atgatcagga tgaaggcatg
    12301 gaaaaggatc gatccgacgc ccgccagcag gttgtttttc ttcagcttca tggcgtgcgc
    12361 tccggtggac gggtggcgag caccacctta taatgattct cgttggccag gttgagcacg
    12421 ttcacgatct cgccgtaggg gacggtctcg tcggcataga gggctacata catctccggg
    12481 tcggcctcgt actgcgcttg taagaagggg gcgatgtctt cgaaggccac ctgctgttcg
    12541 cgctgattgc cggcggctac gtagtaattc ccttccgcat caatcgtcac gcgcgtgatt
    12601 ggtttggccg ccgtctgctt ttgcgcctgt ggcaacgtca gcttgatggc attgggcacc
    12661 accaccgtcg aagtcaccat gaagaagatc agcagcagga agatgacgtc cgtcatggag
    12721 gccatgctaa aggcctcatt gactttagtt tttcttttca gggccatggc gaggttcagt
    12781 gtgcaggttc gttcaacaag tccatgaatt ccatcgtgct tgcttccaat ttattcacca
    12841 cgttttccac gcgagccact aagtagttgt aagcaaacag agcaatgatg cccaccacca
    12901 atccgccgac cgttgtcacg agcgcctcgt agatgccgcc cgaaagcagt gtcacgtcca
    12961 cgtttgttcc cgcgttggcc atatcataaa atgcgcgcac catacccgtc acggtgccaa
    13021 ggaacccgag catgggtgcg cccgcagctg tcgtcgcaat gacggggaac ccgcgctcca
    13081 acttcgagat ctcgatgtta ccggcattct cgatcgcggc caggacatcg cccgtaggcc
    13141 tccccagacg caggatgcct ttctcgatca tgcgtgcggc cggcgttggt gtggtgcggc
    13201 agaggttgag cgcttggtcg attttacctt catagatata gtcacggatg cggttcataa
    13261 acgtttcatc gttcttgccg gcctgtcgga tcaccagcag ccgctggata aagaagtaga
    13321 tggccaccaa cgagaggatc aggagcacgc ccatgatcca tccgcccttc atggcgaggt
    13381 cgatgatatt gatttgagcc tgtgtttgtg cggcgtcggc cgcgagttcc atagatgcgt
    13441 cggcttgctc cgaggctacc tgtgcgaata gggataagaa gtacatgtcg ttttgctgtt
    13501 aatgattaca actcttgagt ttcaattctc tcattcaagc atgctttata catggcgatc
    13561 gtccgctcca gaccaaaata aagggcatcg cagatcagcg cgtgcccgat agagacctct
    13621 tcgatccacg ggatttgtga ggcgaagaag gcgaggttct gaaggttcag gtcgtgccca
    13681 gcgttgacgc cgatgccgag gcttttggcc agccgtgctg cttcgatgta aggcgctacg
    13741 gctttctcgc ggtcggctgc gtattgctgt gcataaggct cggtgtagag ttctatgcga
    13801 tccgtccccg ttttggctgc ccatttgatg ttgtcctggt ccgtctccac gaagagcgat
    13861 gtgcgtatgc cgtgccctgt gaacaagtcg accaattcgc tcagctggtc gaaatgcgct
    13921 ttcaccttcc acccagcatt tgatgtcagc acatccggcg cgtcaggcac cagcgtgacc
    13981 tgcgtgggct tcacagcgag tacaaggtca atgaaggctt ggatgggata tccttcaatg
    14041 ttcagttccg ttttgatgat gggtttgagc gcatagacat cgttgtatcg gatgtgtcgc
    14101 tcatctgggc gcgggtgcac ggtgatgcct tgtgctccaa aggcttcgca atctttggct
    14161 atttgcacca cgtcaggcat gttgccacct cgggcattgc gaagggtcgc tgctttgttg
    14221 atgttgacgc ttaacttgat catgtgaaaa aatactgatt cttctgtggt tctttacttt
    14281 tgcatatcaa aatactacgc aaaagtagga cgattcagga gatagctaaa cgtatccaat
    14341 taaaataccc cacccatgaa aatcggaata ttcggctgcg gatataggtc ggataagctg
    14401 ccattgcttc gacgcctgtt cgaaaaatta gagacgctga aggcggaaat atttgtctca
    14461 agagacttcc acactttttt atccaccacg ctcgatttca ggcctgcatg tgctggcgta
    14521 ttgtctgcac cgccgttcgg attagacatc gcgctgagtg tggggggcga cgggaccttt
    14581 cttcgcaccg ctgagcaaat cggccgacag gacattccca tcctggggat taatacgggg
    14641 cgtttgggct tccttgctga ggctggtccc gagcagattg aggagacact cgatgaaatc
    14701 agccgcgggg attaccggat agaaaggcgg atgatgcttt gcttgcagac gagcgagcct
    14761 gcctttgcgg gttgcaatta tgcgctgaac gaagtggcct tgctcaagcg cgaaacgtct
    14821 tcgatgatca cgatccacac cttcctgaac gacgaatacc tgacctcgta ccaggccgac
    14881 gggctggtca tcgcctcacc gactggctcc acggcctact cgatgagtgt gaatggcccc
    14941 atcatcttgc cacagagcga caacatcgtg ctcagtcctg tggcgcccca cagcctgaat
    15001 gtgcgcccgt tagtcatccc cggatcgtat aaaatatcct tagaagtgga gagccggaat
    15061 gattcctacc tcgtggccct tgacggacgg tcggaaagcc tctcggtaga tgtcagactt
    15121 tccgtttgta gagcggattt cgccatacaa atgatcagcc gaaacaaccg gagtttctac
    15181 cggactttgc gagataagtt gatgtggggc gcagatgtga gaagttaaat aactccaaaa
    15241 ctgagtgctt tttgggggca aaagcatgtt gtataacata tcccgccata catttgtgcc
    15301 gtgtttttca tggtattaga tttaaggtta acaatgaaga ttgtggttgt cgtgagacaa
    15361 ccatttcttt tttataccca ctcctaattc tctcgctctc cctcttttca tacctaagcg
    15421 accgcattaa aatcaaaaac tggtgcgcgg ggctttctgt cgaccgacag agatcaaaaa
    15481 ctggtgcgcg gagctttctg tcgaccgacg gagatcagaa actggcgcgc ggagcttacc
    15541 gccaaaaccc tccccctcat acccccgaga tgtctctcta catggctcat agaataaaaa
    15601 gggcacccct gcacatagca gagatgcccc tttctcgtcc gaaacaggac gatgcgtttt
    15661 ccctcttttt cgcttttcag cttacgagga tgttgctgcg ttcgatgtct ttgaaatagc
    15721 gataggtgcc gacacggagt tcatcgcagg cggcctcgtc gcagacgatg atgccatgcg
    15781 ggtggagctg tagggcggtg atggtccaca tctgattcac gctgccctcc acggcttgct
    15841 gcagcgcacg tgccttggcg tgaccgttgg cgaggatcac cacctcacgg gcgtccatga
    15901 cggtggccac accgacggtg agcgccgtct tgggcacctg cgtgacgtcg ttgtcgaaga
    15961 atcgtgagtt ggcgatgatc gtatccgtgg tgagcgactt gatgcgggtg cgcgaacgga
    16021 gcgacgagcc gggttcgttg aaggccacat ggccgtcggg gccgatgccg ccgaggaaga
    16081 ggtcgatgcc gccggcctca cagatgcgct tctcgtaggc ggcgcactcg gcttcgaggt
    16141 cgggggcgtt gccgttgagg atatggatgt tgcgcggctc tacgtcgatg tgatcgaaga
    16201 agtggcgatg catgaaggcg tggtaactct cggggtgatc ctcgggtagg ccgacgtatt
    16261 cgtccatgtt gaaggtgacg acgtggcgga aggatactcg gccttgctgg cacagctcga
    16321 tgagccgttt gtatgtgccg atgggcgacg agccggtggg cagacccaag acgaaggggc
    16381 gttcggccgt gggcgcggct tgatgaatgc gcgaagcgat gtagtccgcc gcccagcgtg
    16441 acatggcttc gtaggtgggt tgaatgagta ggcgcatgat ggaactaaaa tctaaaagct
    16501 aaaaacgaaa agtcctgccg gcaggagagg aggcgatacc ctattgccgg cagggttttc
    16561 tcacttttca tttttcactt ttcattattc gttctgccat ggcgtgtccg agggcgatgc
    16621 actgctcttc ggtgctgatg ccttgcttct gctcgacggg tgtgccaacg acttcccact
    16681 tcatggcttc ggcgtaggcc gccagatgct tcaccgcggc gccggcccag gtgaacgagc
    16741 cgaagtaacc gaagaggcga tccttcacct cgcggagttt gatttcggag agcaccatct
    16801 ctatctcggg gtagagctgg ccgctgtagg tggggcagcc cacgatgagg ccgcggtagt
    16861 tgaagacgtc gcgcaggatg taggagccgt ggctcttgct gacgttgtgc atggcgatgt
    16921 ggcgcacgcc gccgtcggag agggctgagg cgatgttttc ggccatctgc tcggtgtggc
    16981 cgtacatgct gccgtagacg agcgttacgc cgtcgaggcc ttcgtagcgg ctgaggcggt
    17041 cgtagaggga gatcacgcgg ccgctttgct ccgtccagac ggggccgtgg gtggagcaga
    17101 tggtgcggat ctcgagtgcg gagagcttct tgagtgcgcg ctgcacgggg ctgccatact
    17161 tgccgacgat gttggagtaa taacgtacca tctcgctcca gtagcgttcg gtgtccatgt
    17221 ctgtgtcgag cacgccgccg tccagggtgc cgaatgtgcc gaaggcgtcg gccgagaaga
    17281 gcaccttctc cgtctcctca tacgtcatca tcacctcggg ccagtgcacc atcggggcca
    17341 tgtagaacga gagtgtgtgg tgccccagct ccagcttgtc gccctctttt acctcgtgca
    17401 ggccgtcggt gatgccgtgg tatccagcca gcatgccgaa ggtttgtttg ttaccgatga
    17461 tcttcacgtc ggggtagagc tggcggagca ggcggatgct gccggcgtgg tcgggctcca
    17521 tgtggtcgac gactaaatag tccagcttgc gaccatcgag cagtttggcc acgcgcttga
    17581 agaagaggtc ggaatagcag atgtcgactg tatcgacgag tacggttttg tcgtcgacga
    17641 tcaaataaga gttgtaggac acgcccccgg ggagcggcca caggttttca aacagtgctt
    17701 tttggcgatc gtttacgcct acgtagtaaa tgtctttcgc aacagctttc atgatggatc
    17761 ctgtttttat tgatgattga ttgtgtatgt gaatgatgaa tcaaaggaaa agggggggga
    17821 taatggggac gcgatggggc aaaacgtttt tggaaatgct ctgcgggatt cccgcaaagg
    17881 ccaaaaagta gtttttcctc gttgcggaac tcccgcaaag gccaaaacgc tctttttcct
    17941 cgttgcggga ttcccgcaaa ggccaaaaag tggtttttcc tcgttgcggg acttccgcag
    18001 acgccaaaaa gtggtttttc ctcgttgcgg gagtcccgca agcatttcca aaagcgccgc
    18061 gggcactgta aggccctcag aatatgcgtt caagactgga tgggctgttt tcgcgcccgc
    18121 catacgcagt aaatgcctaa aaggatgaac gggatgctga gcagctgacc catatcgagc
    18181 ggcagggagg cttcgaagtc ttcctgataa ttcttcagaa actccacgaa gaagcgggcg
    18241 gtgaagatgc agatcatgaa gatgccgaag atgagcccct ggcgtttcca ggcgtcccgc
    18301 ttgaagtaga gccacatgca gagcgcgaag gtcaggaggt agcaggcggc ctcgtagagc
    18361 tgtgtcgggt gtgagggtgg ggtgaagatg ggtgcggcgc cgtgacgcca ggcgtagagg
    18421 ttgtcgacga agcggaaacc ccacggcagg tcggttgggt gaccgtagat ctcgtggttc
    18481 attaggttgc cgatgcggat cagcgccgcc actaacccgg tggggacgac gagcttgtcg
    18541 aacgtccaca gcatgcttcg gtgcgagacg ttgcgcgaga agaaatagat ggcgatgatg
    18601 atgccaagca cgccgccgtg gctggctaag ccgccctccc agaccttcag gatctcgacg
    18661 gggtgggaga agtaatacga cgggttgtag aagaggcaat gccccagccg ggcgccgatg
    18721 agtgtgccgg ccagggtgta ataaaggagc ggatcgagcc atttcttgtc gacgccttcg
    18781 cgccgaaaca tgcgctccac gatcttgtaa cctacggcga aaccgatgag gaacatgagc
    18841 gtataccagc ggatttcctt cgggccgatg gagaagatga ccgggtcggc cgtccaagtg
    18901 atgtctaaaa gcatagcgtc ggtcgggatt tgttagacca atttcccgat ccacgcctcg
    18961 cggtcgttgc cggggagcag gtcgatcggc gggatctcta tcattgtata ggcaccgggc
    19021 tgtaggcgca tcgtggcgcg ggcggcggcc acgaggattt gccccgtgag cgcggggttg
    19081 ttgatctgca tatcgaagct gatgcgttgg ttgtgcgtca tgccggagac gcccttgcgg
    19141 gtgaggtgga cgccgtggcc tacatccttc agcgcgtcaa cggactcaac gcggatgacg
    19201 tgcgtctcgt cgtgggcaaa atagtcgtcg cggcggatgg cgtcggctac ggtatcgaag
    19261 tcgtatccgt cttcaatctc tacgtagacc atgcgtcggt gcacgcccgt gcccatcggg
    19321 atggtcatgc tcagcgccga gcgtacgccg tcgatggcct tcactgccac ggtgtgcccc
    19381 atgctcatgc cgggtccgaa gtctgtgtat gtgatgccct ccggcacgat ggcttgcatg
    19441 agtgtgcgca ccacggagtc gctacccgga tcccatccgg cggccacgac cgccacggcg
    19501 ctgtgtcgct tggcctctgc gtcgagcgtg cggcgtaggt ttgtgatttg tgtatgtata
    19561 tcgaaactgt ccaccgtgcg aatgcccagc gccagcgcgg ccttggcata agtctcaacc
    19621 aagcgcgtgg gggtagccag tatggccacg tcgacggcgg tgagcttctc taaatgatcg
    19681 gttacggtgt atgagcgcag tggctcgggg atgtcttggg gattgcggcg tacgatgccc
    19741 gccacttcaa agtcgggcgc ggcttcgaga gcctccagcg catagcgccc gatattgccg
    19801 tagcccacta cggctgctct gattttattc atattggggg ggggaggtgt tgcttggtag
    19861 tctcgccggg aatcgaaccc gaatcaaaag tttaggaaac ttctattcta tccattgaac
    19921 tacgagacct tattcaacag cagactgcag gggggaggag cagtccgctg tgaagagttt
    19981 ttttggtgtg ccttggcgcg atacggaagt gttcagaaat ggatgaagtg caaggcgcaa
    20041 aggctgagtg ggaagggagt gtactttagt acatgaccgc ccccgaatgc cgaatgcaac
    20101 gcagcaattc gccatttatg acgcttccgg tttagaggcg gctgcctacc acatcccagt
    20161 cgacaatatc ccagacggcc ttgatgtgat cggcgcgacg gttttgatag tcgaggtagt
    20221 aggcgtgttc ccacacgtcg aggccgaaga tgggcttgta gccgcggcat acggggttgc
    20281 cggcattggc ctcctgcgtg atgacgagct tgccgttctg atcaaccgag aggaaggccc
    20341 agcccgatcc gaagagtgtg gtggcggcgt cagcgaaagc cttctggaag gcctcgaagc
    20401 tgccgaagtc gcgattgatg gcctcggcga tcttgcctgt gggcacattg ccctccgtct
    20461 tgggcttgaa ctgtaagaaa tagagtgtgt ggttcagcgt ctggccggcg ttgttgaaga
    20521 tgccgcctgc gggcgccgtc ttgacgatct cctcgagggg ctttccggcg aagtcggtgc
    20581 cttcgatgag tttattcagc gtgttgacgt agttctggag gtgtttaccg tagtgaaact
    20641 cgatcgtctg ttggctgatt acgggttcca acgcgttggt tgcgtagggg agtttgggca
    20701 tgtcgaagct cataagtgta aagctgataa gtgtgatgat tgataatgaa atgattctca
    20761 ttctgtcgta aaaaattcgc gggcaaagat aaatccgcgg gtgtaaggtc aaaatggggg
    20821 cgatttgcct tactcaaaca gtgcttgcag cacctcgagc gaccggaact cggggaggcc
    20881 gggcaggtgg aggcgataga agtcgaggat gtgtccgatg atggtggcgc gctcggtgcg
    20941 ggagaaggcg aagagcgaca tgttggcgaa ggtcatgcgg gtgaggcggg ccatgacgcg
    21001 gctgtcgtcg gggctgaggt agtggccgtg gagggggact tcgtcggtga agatgccatc
    21061 catcatgtcg aagtagcggc cttcggcgta cgtctcgcgg ttggggcgga tgccgaggtg
    21121 ggtggcgagg cggaagagga aggtgaggtg gaagttggcg atgccggcgt cggccgattc
    21181 gaggtggcgg acggcgtcga agaggaagtg gaagaggggt gggtcggact ctttctcgcg
    21241 gatgacgcgg tagagcactt cggagaggaa gagtgcttcg gcgttcttcg ccgggtgtgt
    21301 ctggagggcg gcgggggtgg agagggtgcg tgcttcgcgg atgcgttgca ggtcgcggtc
    21361 gttgcggtgc tctacctcga gctcgaggag ggagaggggc atgaggagtg cctgagggat
    21421 gccgcctttg ccgcgtcggg ctggggtgac gatgtagccc atgcgtccga aggcttcggt
    21481 gtagagggtg acgatgaggt atttctcgcc gtaggggagg gtatgcaggg cgatggcgcg
    21541 tgtcttatgc agcatgatgg gtcatgcggt gcgggggacg atgagggcga cggcgtaggc
    21601 ggcgatgcct tcgcggcgtc cgacgaagcc catgcgctcg gaggtggtgg ctttgatgga
    21661 gatgtcggcc gtggggacgc ccatgacgtc ggccatcgtg cgctgcatgt cggcgatgtg
    21721 ggggttgagc ttgggctgtt cggctacgac ggtggcgtcg atgttgccga gttcgtagcc
    21781 cacatcacgg aggagggtca tggtgcgggc gaggaggatc ttgctgtcga tgccggcgta
    21841 ctcgtcggcg ttgtcgggga agtggtagcc gatgtcgcgc agccccgcag cgccgagcag
    21901 ggcgtcgcag atggcatgga tgagcacgtc ggcgtcgctg tggccgagga gtccgagggg
    21961 gtggtcgatg tgtacgccgc cgatccacag ctcgcggccg ggagcgaagg cgtgtacatc
    22021 atatccgaaa ccgattcgca tgatggtaga gggtagttat gcggcttcgc cgcggtagta
    22081 ggggcggccc ttgtggccgc ccggtagtta cgggcttcgc ccgggtagtt aggagtagtt
    22141 agaggggcta cttctaacta ctgcggccga caggctgcat attccttcta actaccggcg
    22201 cgaagcgcca taactactcg aggaattaat tgaacaggct ccgcaggccg tccatgtcga
    22261 aggagaggga gaagcggagg gtttggtcga gggggttgct ctggacggtg ctgatgaggt
    22321 aggctgcgtc gaggcggaag acgttcatct tgaagccggc gccgagcgag aagtattggc
    22381 ggttgccctt gagctggttc tcgtaatagt agccgccgcg gacgaagaac tggttgttgt
    22441 agctgtattc ggcgccgagg gagacgttga cttccttcag ctcttcgctg aagccgtcgt
    22501 tggcgtcgga gaaggagcgg agggcggccg agagggagtt catcgacttg taatcatcct
    22561 ttcgtttggc gtagtcttcg tccgactcgc cgtcgcgctt gatgggctcg gtggggacga
    22621 ggtatttatt gaggtctaag tagacgccga tctggttgta ttcgtcgatg gggtagagca
    22681 ggccggtgcc gatcttgagg ttggcgggga ggaactgctg gcggttgccg ccgtcgaagg
    22741 agactttggt gccgaggttg gagacgttgt agccgaagct ccagaggctt tcgctttggc
    22801 cgaggtagac gtacttctcg aggtagccgg agacgtcgac cgagacggcg ttggcgggct
    22861 gcaggtcttg gttgacggag gcgttcatgt cggaccggat gtagcgcagg gcgacggcca
    22921 tggagtaatt ctcggagagc ttcatgccgt agcttacgtc gaaggccatt tcgtaggggt
    22981 ggaggttggt gatctgctcg ccgccgtagt tggagacggg gatctcgccc agtgagaagt
    23041 agcgcaggga ggcgccgatg gcggagcgct cgccgggctt gtagtagccc gaggcgtagg
    23101 ccatgtagac gtccttgacg agcttgcgga gccaaggggt gtaggagatg gcgacgccgg
    23161 ctttgctctc catgaaggcg tatttcgagg cgttccagta ctgggagtgg atgtcgggca
    23221 gggtggaggc gccgatgtcg cccatgccgc cgccgcgcgc gtcgggggcg atggagaggg
    23281 aggggatagc cgtgttgatg gggctgaatt gtttgtattt gtcttgcgcc tgcagcaggg
    23341 tcgcgggcag gagcagggcc ggcagcaggc cgacgattct acgaaggttc atcataagag
    23401 ggggagtagt taatagttac gggttacggg ttacgggtta cgagtgacaa acggatctcg
    23461 ctcaaaaaaa cagccccttt ataactgcgt ggctggggca ttattgtaca ggggtggttt
    23521 gcgagggaaa agacaccgcg tcccctcggg ggggcagggc gtaatttcag gcttacactg
    23581 ccgtcccctc gggggacagg acgtaatttc aggcttacac tgccgtcccc tcaggggaca
    23641 gggtgtaatt tcaggatgac accgccgtcc cctcagggga caaggatgtc atcgcaaaaa
    23701 gagtccgtgt cccctgaggg gacaaggatg tcatcgcaaa aagagtccgt gtcccctgag
    23761 gggacagggt gtaattgcag gctgacactg ccgtcccctg aggggacacg gatgtcatcg
    23821 caaaaagagt ccgcgtctcc ttgggggaca gggtgtaatt gcaggaaagc agcttcatca
    23881 cgttggatga ttctcgacta atcgagcatc agcgccatgt ggagccgggc gatgtcagtg
    23941 gccgaaagac gcgcgtcgag cagcgcggcc agtccgtaag gctgcgcagg tcggtcgggg
    24001 tcgggggggc gacgaatgcg gaggtgtgtg gcgccatgac gcatggcagc ggcgcggagg
    24061 agggcaggct cgaccgatgc gtcagtggtg agcagctcct tgacgcgcac cgcgccaccc
    24121 tcctcaggcg cctcgaagag gaagccgacg gggcgtccgt tggccagagc cacgagggcg
    24181 ctgccgccat ctgcctcaca gtccagacgg atggtgtcga agtcgcgcgc cgtgtgcagg
    24241 atggtgcagg ggcggcggcg ttgcaggcga ttgaaggcgg cgtagaggcg cgcgtcggtg
    24301 cagggcgcga tgcggatgtc agggggcgca gggggtaggc tgtcagtgga tatccgttcg
    24361 tcgcaggtcg ggatggggtg gacgtagccc aagcgggcgt agacgtcgaa gagccacggc
    24421 tcggcgggga tgagcatggt gagggcgaag cctctgcggc gcatcgtgcg gagggcgcga
    24481 cgcatgaggg ccgtcatcag cccctggccg cgcgcctcgg ggcgggtgct gacgccgcag
    24541 atgtaggccg cggggagtgt gcgatggcct acgctgaggc gataggggac gatgtggagc
    24601 atggccgcga ggcatccgtc tcgggtgagc gtgagggcat tcgcggggcg gtagacgcgg
    24661 gtgaagaaga ggcggacgaa ggcgtcggaa tcgccgaaga tgccttgcca gaggcgcatc
    24721 atggcaggca ggcgcgggtc gcggatcatc ggcgcttcac ggcaccgaac ttctccagca
    24781 gcacggcggg gttgtatgac agtttggcct gtcggaggcc gggcagcccg aggtcttcct
    24841 cgcggttgat gtaggtgtac gtctccggga tgtgggcgac gaactcttgg ttgatcacgc
    24901 tgaagatgcc ctcgtagttc gtgtcggcct tctccacatg tacgccgaag gtggtgcggt
    24961 tgatgggcga tccgtaggtg aaggccacga tgcggccatc gatgacgagg gcgccaccgg
    25021 tgagcccgag ctcgtcgaag tggcgcaggg cgaaggccat cgatcggcgt tcgttcgtca
    25081 ggtcgtcggc gttgtcgtcc gtcgtgttgg cgcgcatcca ggtgcgttcc agctccatgc
    25141 agcagggcgc agtctcggcc gtgaggggca cgtaggtgta ggtgtattcc ttgcggaaac
    25201 ggttggcgtg gttgcgcttg gcttggagtt ttttgccgcg cagggtgagc agctcctcgc
    25261 gcaggtagat gtaatcgaag taatcacggt cggccatgta ggtgaactcg tcggggcagg
    25321 cggcctccaa ttcctggcgc gcctcggggg tgatgcccaa aaggagcagg gggtggccga
    25381 agccgtgcgt ggcgttgttg tcgtcgagtt tgcggacggc tgcgcccagg tcgccgtggc
    25441 cgatggggat catgtaggcc aggcgtcggc ccgcgttttc ttcgatgtag aagcggatgc
    25501 agaggaagcc gccgtcgatg gcaaactcgc tgtcgtagag gaatcgccag ctgcacatgt
    25561 tggcgaaggc gaagtcgcag ttggaataag gtgcgctgag ggtgaaggcg gtgatcgcct
    25621 cgcggtcggc gatggagatg ggttggaagg tcatgggggg gtatataata ggaagggaaa
    25681 cgccgaccgg gcagcggttt gtccgatcgg cgttcgatag gctggcttgg ttggtctctg
    25741 tttacttgat tacgccgagt gtcttgccga ctttgatgaa ggcttcgatg gccttgtcta
    25801 aatgttcgcg ctcgtggccg gcggagagct gcacgcggat gcgcgcctgc cccttcggca
    25861 cgacgggata gtagaaaccg gtcacataga tgccttcgag ctgcatctcg cgggcgaagt
    25921 cttgcgagag cttggcgtcg tacagcatca cggcgcagat ggccgattgc gtaggcttga
    25981 tgtcgaagcc ggcttctatc atgcgatcgc ggaagtaggt gacgttgcgc gccagccgcg
    26041 tgtgcaggtt gtccgactcg tctaacatct tgaacatctc aatgctcgcg ccgacgatcg
    26101 agggcgccac ggagttggag aagaggtacg ggcgcgaccg ctggcggagc atatcgatga
    26161 tctccttccg acccgtggtg aatccaccca tggcgccgcc gaaggctttg cccagtgtgc
    26221 cggtgaagat gtcgatgcgt ccgtagaggt tgaactgctc cgccacgccg cgtcccgtcg
    26281 gcccgacaac gcccgcagag tgcgactcgt cgaccatcac taacgcgtcg tagcgctcag
    26341 ccaggtcgca gatcttgtcc atcggcgcca cgttgccatc catcgagaag acgccgtccg
    26401 tagcgatcac gcggaagcgg caacccgcgg cctccttcag gcaacgctcc aagtcggcca
    26461 tgtccgcatt ggcgtagcgg aagcgtttgg ccttgcagag gcgtacgccg tcgatgatcg
    26521 aggcgtggtt gagggcatcg gagatgatgg cgtcctgctc gccgaggagc ggctcgaaga
    26581 gtccgccgtt agcgtcgaag caagagccgt agaggatcgt gtcgtccgtc cggaagaagc
    26641 gggcgatggc ggcctcaagc tccttgtgca tgtcctgcgt gccgcagatg aatcgcacgg
    26701 acgacatgcc gaatccgcgc tgttgcatgg cgcgtgtggc ggcctcgatg aggcgcggat
    26761 tgtcagagag ccctaagtag ttgttggcgc agaagttcag cacctcctcg ccatcgccaa
    26821 cgcggatgtc agcgcgttgc ggcgtccgga tgatgcgttc ttttttgaat aatcctgccg
    26881 actcgatgtc ggccagttcc tgctggagga acgcttgaaa ttttccgtac atgacttatg
    26941 tgtttactat aaatgttggt gggggcaaaa gtaaggggaa gtggttagcc cgattaggat
    27001 cgggcgcatc gggttgcagc atccgccatt cgctgctgcc tgtctgcggc ggatggtccg
    27061 agcgattcgg gctccaggtt gggccaaact ttccgggcct cagaagctgt ttgggtagat
    27121 tccggccttg tggattaacg tgagttcgat gtaagaataa agtcggtggt atgtctacgg
    27181 aagtccgcaa cggttaaaac ggggaatttg aggtttgcgg ggtgccccgc aaacgccaaa
    27241 actgagaatt tgatgcttgc ggggcgcccc gcaaacgcca aaactgagaa tttgatgctt
    27301 gcggggcacc ccgcaaacgc caaaactgag aatttgatgc ttgcgggact cccgcaaacg
    27361 ccaaaactga gaatttgatg cttgcggggt gccccgcaaa cgcca
//
LOCUS       SEQF3106|MIQD01000031.126105 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..26105
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(2095..3012)
                     /gene="cbiK"
                     /locus_tag="SEQF3106_01120"
                     /EC_number="4.99.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q05592"
                     /codon_start=1
                     /transl_table=11
                     /product="Sirohydrochlorin cobaltochelatase"
                     /translation="MKTYFIAFLLMITAISYAHDGANFQASDMLKSMQPGDKAAIVMV
                     YFGSTHDDTRALTIDALTKQIRDTFSSLEVREAYTSRIVRRRLHDRGIDKPAPLDVLK
                     QLKAEGFTHLVIQSANIIEGVEMEALRREVATVASDFKEIRIGTPLLYMPEDYAAVIR
                     ALAPAPAADAADVWVGHGSYDPATAQYAMLGYMLAAEGHARCFVTTVEGYPTFDDLRA
                     KLKQSGVRSVTLRPFMFVAGDHAKNDIATTMKQALEKEGYRVDVLMEGLGQSEAIRQL
                     YLAHIRFALNHRMTDILMKKKHYETNDPD"
     CDS             complement(3056..4522)
                     /locus_tag="SEQF3106_01121"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKAQGWMFKIHRWVGAVVGLFFLMWCLSGLVLVYHPFPNVDER
                     DLQAHMEPLPDSLPAVDSVAKRLPEGAVAKVRTVTVRRFQGQTLFDFETKDTTYTLCA
                     DSAAVQRPITAETIRNVARRWVDAPIARIDTLHRREQWIMYSRYLDEMPIAKCSFDDA
                     AGHELYISLRTGQVLQFTDRSGRCWAYVGAIPHKFYLPILRRDNDVWIRSLTTGGVVA
                     LIAVLTGLIVGVIMLRRNRKARGKLGSPYKKVWLRAHHVAGLAFGLVLVGFAFSGAMA
                     LQRIPEWVIRTHGDYRVSDAKMRGKALPLSAYADYRVVRHMYPEARQIVWNHFRDVPI
                     YDVTTDTSTFSLDASTPDLRPLQLSPATVEQAIGALHKGERLTVSRIDRYEEYYISRW
                     TALPLPAYKVMVDNADRSRYYVDPATGNFRYLNRARMAKKWVFSGLHYFNIRWLVEHP
                     RLWTIAIWTAALGGAFVSLSGMWINLKRLRRKRKKRRR"
     CDS             complement(4538..5800)
                     /locus_tag="SEQF3106_01122"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAFKYYAWALIIALTTAVFTACNDDPDPTPTPDPMQKAHFDIW
                     VAVGDEGGMGSTAALLVKSTKSLDEQAQLDFRGEGVDVGKKLYQESIIRGRYYYQIPR
                     EKDRFGKYLIVDTGKTHQVIPVKEVSFKKNTLKDRRYTHTWLNDRTLVLIGSNGKSDK
                     MLWIKLDAENMTILSEGELDLPAPPAKDKFNSSGIANYRDGQILYAFTYSNDKSGFYM
                     AFINASDMKTEKVVKETRAQFMAGTAYGELLQHKSFFTPNGDYYLACNSTHEGAKSYT
                     QQHGALLRIKKGATEFDKSYHGYNYPKGKIVTADCLTPTKALLYIQDPAHTGADWGKG
                     YNCYYAILDLTTDQLTEIQFNGANLPFSSGTFSQRSLVMGNKAYIGVNPKNAQTGIYI
                     YDIPTGKVTRGMTIAKGYHFERIVAIED"
     CDS             complement(5829..8165)
                     /gene="susC_10"
                     /locus_tag="SEQF3106_01123"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MLLAGMLGLFSVAAQSIVVRGTVRDAAGQPIPAATVAYGPSRGT
                     YTDYLGAYSLELPTGRTTLTVSCLGYKTVRVTIDPAQTTIRDFVLEEDAVTLNVVEVY
                     GKSPTQRLRESAFAAAAPDVKTQLNSLHDLNALVGRTAGVKVREAGGVGSDFELSING
                     LSGNSIRYFMDGLPLATKGSGVSPANLPVNLIERVEIYKGVVPAYLGADALGGAVNII
                     TRREQRNYIDASYGIGSFHTHKADLFAQVVDRRTGIILRPAAGFNFSKNDYLMRGVEL
                     WDEAAQTFRLTDRRRFHDDYLSALMQLEAGVNRRTWADELFLSASYSTTRKELQTGAI
                     QTIVYGAAERQTEAWNVAVRYAKKHLFLPGLSASLSASHTWDHAQTIDTTFRKYRWDG
                     TYIHSARSEIMGRDRMHRHYRRPMTIVRLGLDYHFNPHHTLSLNYLMNRTGNRRTDEV
                     DSDFIPSNDIFAKHTLGLSYSQSFVEDRWQNTFFVKNYTNYLHVEQQELPWITGSREV
                     RGASTKNHTGYGLATRYAFPADAFALKASYEHSLRLPMSRELLGNGTTVYANLLLRPE
                     NSHNINLGLFGTLRPAPGHQLSYELSAFYRDVKDYIRLVVSETEGTSQYDNVSGVGIK
                     GLEGELRYTYADLLQVVANGSWEDARSMTRYYPDGKEMITYRNRIPNRPWLFANIEAT
                     LKRRDLLIPHSTVRLTYNFDFVRSFFLTWEGYGSLDSKSRIPTQYRHDVALSLSLADE
                     RYNVSLSCNNLFDRTLYDNYKLQKPGRAFFCKLRVFIN"
     misc_RNA        complement(8266..8602)
                     /locus_tag="SEQF3106_01124"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             9411..12398
                     /locus_tag="SEQF3106_01125"
                     /EC_number="1.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WIT1"
                     /codon_start=1
                     /transl_table=11
                     /product="putative FAD-linked oxidoreductase"
                     /translation="MNTKHYEDFLAEIGGFLKKDQVYTDELRTLGWGTDAGFYRLIPQ
                     VVVRSDGEEQLSRIVKACRKHGLPFTFRAAGTSLSGQSVSDSVLIVAGKHWEKYEISE
                     DRSSIRLQPGIVGAQVNRVLKPYGRVFPPDPASIGSAMVGGIVCNNASGMNCGVHANS
                     DRMMISARIILPDGTIVDTGDEASKAEFRRTHPEMIRRIEELRDRVRANKELADRIRY
                     KYSIKNVTGLNIRPLVAYDDPFDIMAHCMVGSEGTLAFLAEVTMRTLHDYKYRASAMV
                     YFLTMEESCRAVVAMKQMKATEKDVEMSAEDLVVKSAEMLDYLSLGSVNDPVFLQYKK
                     DVDAGLIEGVEPGDYHNLTAILTETKSVTHEELLEKISRVEECLSQFKLYKKPEFTED
                     PAVYGKYWAIRSGIFPSVGGTRPEGTTCLIEDVAFHLEDLPVATVKLQKLIADYGYSD
                     ACIYGHAFEGNYHFILNQSFHTDKEVKRYESMMRSVAKLVVEEFDGSLKAEHGTGRNM
                     APFVKYEWGEEAYGVMKELKEIFDPDNLLNRGVIFNDDPECFIKNFKPLPVLDFRFDN
                     IPDGGAFLTLADGTRSSTKDMVEGVRRANKCIECGFCEVNCVSCGFTLSSRMRIVIQR
                     EIRDLENRGDNPERVARLRELYKYYGDATCAADGLCATSCPMKINTGDLTHLIRQLDM
                     MKNPKGYKMGEFAANHMKGIKSNLRVVLGVANMGHTILGTSVMNGICGGMHRMGLPLW
                     TAAMPRSTKQPAPGSHVGGGPLKVVYFPSCINQTMGLAKGAPVKKSVVDEMCSLLNKA
                     GYEVIFPKGMDRMCCGQIWESKGMMDIADRKSGELEQALWEASEQGRYPVLCDQSPCL
                     HRMRKVITRMKLYEPVEFIMTYLVDRLKFHKINRRVAVHVTCSTREMGLGGQLVALAR
                     LCSDNVLEPEGVGCCAFAGDRGFTYPESNRYALRKLRPQIEQAGIEVGYSNSRTCEIG
                     LETNAGIPYMSIAYLINECTEAL"
     CDS             complement(12963..14501)
                     /locus_tag="SEQF3106_01126"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHMMTMKKQLAGLGLLITTLLYLTAGCERVDHYATDPSLRLRFS
                     TDTLTFDTVFTTVGSATRGFMVYNPHGENLRISSVTLAGAGRSGFRINVDGHKGNSFQ
                     DIDLWKRDSLRVLVEVTVTPGDKDRPFLIEDSIVFLTNGRRQIVRLQAFGQDVRIIRG
                     GQTYTENTTLTAARPYLIYDSLTVAKGVTLTLEPGATLYFHHQALLIVAGTLKAKGTR
                     DRPITLRGDRLDSIYANVTLPYDRVPGQWGGIRFESTSFDNELEQVSVRNTTFGLDFL
                     PSTPDRRKIRIHNSQITNSSGDLLAAVNCHIEASGSEFSNAVGSTVCLIGGRYRFAHC
                     TLSNHIVLATRSGTSTLVLADTARVDGQPRYFPLSEARFDNCLIDGSITGDTTKTYGG
                     ELALVSRDGRPATGSSTFNYHFTACYILTKALKDNPRFVGCLFGFARRPVYVKSGSRK
                     DAYAYDFRLGNKSVGLGAADRTVAAEFPTDRYGVNRLAGATAPTIGAYEHVHQQEEKK
                     PSAR"
     CDS             complement(14549..16006)
                     /gene="pepD_3"
                     /locus_tag="SEQF3106_01127"
                     /EC_number="3.4.13.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15288"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytosol non-specific dipeptidase"
                     /translation="MKTILDLQPNIVWKYFHEITQVPRPSKKEGKIIRYLEQFAADHH
                     LPIKKDAAGNILISKPATKGYEQLPTVVLQSHMDMVCEKNNDVIHDFDKDPIETVIDG
                     EWLRAKGTTLGADNGIGVAASLAVLASDDIAHGPIECFVTVDEETGMTGAFAVKEGFL
                     SGKILLNLDSEDEGQIFIGCAGGKNTVATFCFTPEAAPSTLTYFKIVVTGLNGGHSGG
                     DIHKGLGNANKLLVRFLYRLRMEYDYTLAAIEGGNLHNAIPREASAIIGLKDDDREKV
                     RALLNHFQADVEKELKRVDPNVRLTMETVEAPKTCLPKDVAARLIEALVACPHGVLGM
                     SHDVEGLVETSTNLASVKMPEAGKVVVETSQRSSVDSLKDAAADQVAAVFRLAGAEVK
                     HGDGYPGWAPNPDSKILKVAEETYRKLFGKDAQVLAIHAGLECGLFLEKYPYLDMISF
                     GPTMRDVHSPNERLEIATVDLWWRHLLEILKNIPA"
     CDS             16146..16367
                     /locus_tag="SEQF3106_01128"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFNVILAAILILISCMVLLCVRVILKKDGRFPDIHVDSSPALRK
                     KGIACARTQDWQASHRKNLADRMEEMMIN"
     CDS             16379..16996
                     /locus_tag="SEQF3106_01129"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNNVHYVIEGILAAAIICLFVMQLSGNKRSGTTAAAVKVGTDS
                     LGSSNAFPVAYINVDSLLQKYNFSIDLNEQILKKQENARASYTQRARSLQAEVKDFQY
                     KMQNGAFATRERAEQEQQRLMKKEQELQELDNRLTRELMEQTQAMNEQLRDTVVRCLK
                     QYNQDHGYQIIFSNTAGSPIFLADDAYNITGEIIEYLNKRYAGTK"
     CDS             complement(17324..18262)
                     /locus_tag="SEQF3106_01130"
                     /EC_number="1.13.12.16"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9I4V0"
                     /codon_start=1
                     /transl_table=11
                     /product="Nitronate monooxygenase"
                     /translation="MNRIASLFEIEYPVVQGGMVWCSGWRLAAAVSNAGGLGLLGAGS
                     MHPETLREHIRKCHAATDRPFGVNVPLMYPQIEEIMPIIMDEGVKIVFTSAGNPKTWT
                     GRLKEHGITVAHVVSSSRFAAKCEAAGVDAIVAEGFEAGGHNGREETTTLCLIPAVRR
                     VTDLPLIAAGGIATGEAMLAAMVLGADGVQIGTAFALAEESSAHEAFKLHCLALGEGD
                     TKLLLKKLSPTRLAAGAFRTAVEEAEATGADAEAMERLLGKGRAKKGIFEGDLEEGEL
                     EIGQASALLSDIRPVSEIMHDLIRGYRHAADKSYKL"
     CDS             complement(18329..19642)
                     /locus_tag="SEQF3106_01131"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYTQHSALGWKGVLSILCLTAALSASAQRTYTLDECLRLGAENS
                     LTLRNSRLDREAAAETAKEAFTRYFPTVDASGMIMRADRYLMQMDFDLSGLGVPKTLP
                     LGFLDRGKMAGLTAMQPVFAGGRIINGNRLARLGQEAAQLQESQAADKVRADVEHYFW
                     EVVSLKEQLKTLDTLAAQLDELHRTVKASVDAGVALPNALMKVELQQQSTASNRLKAA
                     NGLRINKLMLAQQTGIEDADFDVSCDSFPTFDPPEAHFVDPEAGIDHRTDSHLLDVQV
                     QHTRLNRRLTLGSYLPTVALGAAYVYHDFMGKDARAAIILANVSVPLSAWWGGSHALR
                     RDKLKVQHAQNAREDARRLMRVDIETKWGNLREAYLQIDLARRSIASANENLRLNRNS
                     YEAGTAPLTDLLDAHTQLRTARDRYTEACTAYCNALTAYRQAIGE"
     CDS             complement(20146..23265)
                     /gene="ttgB"
                     /locus_tag="SEQF3106_01132"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O52248"
                     /codon_start=1
                     /transl_table=11
                     /product="Toluene efflux pump membrane transporter TtgB"
                     /translation="MMARGRFELIGWVMRNYRITALVVVLMMALGVVGLVKMPKQEFP
                     DFVIREGVVIAIYPGATAEEVEEQVARPLEEFLMTYKEVKRSKTVSTSQNGMCIVKVE
                     LNDYVNNKDEVWSKIKHGLTQLKMQLPSGVLALVAQDDFGDTSALLIAVESDTRSYSE
                     LKMYVDELSARLRRLPSVTNIKVYGEQQEQITLYLDRDKLSAYGIGDKVLTASLFSQG
                     LTLSGGHVENGEIDAPIHIVSPLTSEEEIASRIIFTGPRGDVVRVRDIARVVREYPEP
                     ESYISYNGHRCLIVSTEMLSGNNIVAYGKEVGAILDDFTKNYLPTDVTVSRIADQAKV
                     VGQSVNDFLINLIEAIVVIIVVMMILFPFRSALVAAVTIPVNTFLSVGLMYLFGIPLN
                     IVTLAGLIVVLGMIVDNSIVVIDGYLELLSEGHSRWYSAIESAKKYFMSMLLGTVCVC
                     VIFFPVLFTMTGVYGDFVRYFPWTITINLMVSLLIAVFIVPTLEFALIHRRTAKPSDK
                     PTIVSRVQGIYNKVLDWTFRHPRLTIGLGVLSVFLAVVIAMQLKVRMMPVAERDQFVV
                     EIDLPAGTPLERTAQVTDSVRRMLQQDERVRSVTSFIGCSAPRFQSSYAPRMAGKNNA
                     QLIVNTKSIEATEEILDAYTDSMAYAFPDAYVKYKQLDYNEVPTFEFRFIGDDLTAAK
                     TAAMQLADRMREMPELVNVHLDYEQPQPIVDIRLDPVTASQLGVTKAIAAANLSPATD
                     AVTIADVWEGDRQIPVVMKNDTREGRQTVQSLGDLYLSTVGGRSVPLRQIASVVPSWS
                     ESKIVRRNGVRTVTVTADMKRGVMSEQVMAKIERIAKEEIVSKLPAGLRFEVGGEEEN
                     DAEILPPIATGVGISLVIIFFFILFSFKKFGITIVSMLSTMLCLFGAMLGLWIAGVPV
                     GITSMFGFISLLGMIMKNVILMYQHAEDERHLAHQSARDAAYDAGARRMTPIFLTTAT
                     TAVGVIPMIIAGSSFWSPVGVSIFAGGIGALVSVVTVLPVLYWKLYGKEDRKKQMRGA
                     VAPPETHTA"
     CDS             complement(23262..24290)
                     /gene="bepF_2"
                     /locus_tag="SEQF3106_01133"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8FWV8"
                     /codon_start=1
                     /transl_table=11
                     /product="Efflux pump periplasmic linker BepF"
                     /translation="MKQAVGMLAAVLAVWTATSCGGSETPRTVAPVKVETVTVGKAST
                     SGAYHYVGVVEEDKSAALSFATAGTIRQIMVDEGQRVAQGQLLATLDRSSAQSTFDAS
                     AASLHQAEDAYTRMKQLYDKKSLPEMQMVEVETRLQQARSMYELSKKNLGDCALHAPF
                     TGVVGRRTAEAGENALPGVPVLTLLEISRVKVRFSVPENEIARLDAGTAAVITVSALG
                     GKSFEGRGVEKSSAADAVTHTYDARITLPNPHGELLPGMVCDVVPALSDSLSASRITL
                     PARAIQQASDGSRFVWKVVGDAVTRCPVTTGEWSGDEVVVTGGLQVGDRVVKDGFQRV
                     SEGSKITE"
     CDS             24484..25398
                     /gene="exsA"
                     /locus_tag="SEQF3106_01134"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26993"
                     /codon_start=1
                     /transl_table=11
                     /product="Exoenzyme S synthesis regulatory protein ExsA"
                     /translation="MTEKKEIVTYSLSDLKQLGAQFDNEPESIDDDVIIFRESDVDVL
                     RESRLFTYPCRIDAAIFIFCESGAMSVSVNLKTYQLTRGMALLVLTGNIIQVHYTDHF
                     RVRGILVSSEFMCNTMIESKVAMPLRRQFQSDCCLSFTDEQISELDEYYALFFRTLSC
                     PEALYKSETFRSLITAALYRIGTIFVSKIKAEGNRSANNRQMALFERFMQLLETHHAT
                     ERNIAFYADRLFLTPKHVSKVILEVSGKTPTQWIDEYVVLEAKSLLKYSNLTIQEIAD
                     YLNFSTQSVFGKYFKHKTGLSPREYKAS"
ORIGIN      
        1 agctggccgt ggcttggagg cgcgaggtga ggttgtagcg tgcgccgatc tcgccttggt
       61 aacccttctg cgctttgaag gcctcctcgc ccgaggtggg atagaagcgt ttgccgtcgg
      121 cgccgatgta gaccgtggtg gcggtgttca cgatgttgcg gtagggctgg aagaagttgg
      181 cgaacgagcc gtagacggag aggcccggcg tgggcaggta gacggcgccg atgcggtagg
      241 tgagggccga ggtggacgtc ttgtcgaagt cgggcagatc ggagtattcg cgcgtcttga
      301 ggcggttgat cttggctgtg gccgtcttga agatgaactg gtcgaagcgg ccggagagca
      361 tgaccttgaa tttgtcagag agctcgaaga ggttttgcag gtagaggccg tgggtgtagt
      421 tgcgcgtggc ggttccggcg ctgaaatagg gatccatgta gcccatgctg tggggattgt
      481 ggacggccac cttggagtac agccccgggc cctcgatcag ttcggagagt ttgtagccgc
      541 cgccgtaacc gcggtaagtg ttgcggaaga agtagacgta gttatagccg gcgaggtagt
      601 tgtacttcat gccgttgccg aaggtgatgc gcccggaggc ctcgatctgc tcgttgatgg
      661 tgtgcacggt gtaggcgaat cgcagcgggt aggtcagttg cacggtgtcg agatcgatga
      721 acttcttctt gcctttgctc atgtagtaat gcttgtagat gggattgtcg ctggtggggt
      781 agctgagctc ttcggtgctg aagtagtcga tgttgtcgta ggtgtaggcc agtcggttct
      841 cgagcttgaa ggcgggcgag aagcggtagt tgtacttcgc catcacgttc gtgccgtggt
      901 gcagcatgaa gtctgactcg ttgttgtagc gccagcgggg attgatgccc gattggcttt
      961 ggcccttgga gaggtagggt gtgccgtcgg cattgaagat gtcatcggcc atgagagggg
     1021 gcagaccgat ctccgtgccg tagcggtcgc ggttgaagcc tccgcggatg tctaactctt
     1081 ggttttccca acgggcaccg atggcggcgt agccggagaa gcggcgattg ttgacgtagc
     1141 ggtatccctc cacgtcttgc cagttgacga cggctcggta gttgaatggc ccaatgaggc
     1201 gtccgccgag gtcgatcgta gcgcggcggt cgttccaaga gccgtagctg aggcgcgtgt
     1261 tgatggtggt ccgggcggtg ggcgccttac ggatgatgtt gaggatgccg cctacggtgg
     1321 agtggccgta gagcacggag gcggggcctt tgagcagctc gatgcgctcg acggaggcca
     1381 agtcgcccat tggcgcggag ttgttgatgg aggtgcgctc gtcgcgtacg ccgtcgatca
     1441 tgatcggggt gtggtcgaag ccgcgcactt ggaactgctg gtaggcgccg taggtggtgc
     1501 gcatgcgggt tccgggcatg aatttgacgg cgtcttgcag gttgacgatg ccgcgctcga
     1561 caagcatggt ggtggggatg acggagcctg aaatgggcac gtaagcgttg ggcacgccga
     1621 gcttcgtgat cgacatcggc cgctggcggt gtacggtgat ggatacttcg gagagctgga
     1681 aggtggtgtc ttggaagttg gtgtactccc gtttgggctg gccgtcctgt gcgtaaagca
     1741 tggggcacag ggccagggcg aggaaaaggg taattggggt tttcatttta tgtgtagtgt
     1801 tttgtgtgat gaatgtttgt gtgatggccc gtcgattcag tcgacggtgt ttttctgatc
     1861 gaaatggcct cgtcgatcga gtcgacggcg tttttctgat cggaatggcc ccgtcgatcg
     1921 agtcgacggc gtttttcgga tcgaaatggc cccgtcgatc gagtcgacgg cgggggagag
     1981 gcctgatgca ttccataagt gcgcggggac ggcggcggat gggtgcgtgt ggtgtagtgt
     2041 tattctaaag agagggaaaa gaatccgcgc agcgcgtccc cggcacatgt aggatcagtc
     2101 cggatcgttc gtttcgtaat gtttcttctt catgaggatg tctgtcatgc ggtggttcag
     2161 cgcgaagcgg atatgcgcga ggtagagctg gcggatggcc tcgctttgtc cgaggccttc
     2221 catgagcacg tcgacgcggt atccctcctt ctcgagggcc tgcttcatgg tggtggcgat
     2281 gtcgtttttg gcgtggtcgc cagcgacgaa catgaagggg cgcagcgtga cgctccgcac
     2341 gccgctctgc ttgagcttcg cccggaggtc atcaaacgtg gggtaaccct ctacggtggt
     2401 cacgaagcag cgcgcgtggc cctcggcggc gagcatgtag ccgagcatgg cgtattgcgc
     2461 tgtggcgggg tcgtagctgc cgtgaccgac ccaaacgtcg gcggcatcgg cagcgggggc
     2521 aggggcgagg gcgcggatca cggcggcgta atcctcgggc atgtagagca gcggggtgcc
     2581 aatgcggatc tccttgaagt cggaggccac ggtggccact tcgcgacgca gcgcctccat
     2641 ctctacgcct tcaatgatgt tggccgactg gatgacgagg tgggtgaagc cctcggcttt
     2701 gagctgctta aggacatcga gcggagcggg cttgtcaatg ccgcggtcgt ggaggcggcg
     2761 gcggacgatg cgtgaggtgt aggcctcgcg cacctcgagc gaggagaagg tgtcgcggat
     2821 ctgcttcgtg agcgcgtcga tagttagggc gcgcgtgtcg tcgtgtgtgg atccgaagta
     2881 gaccatgacg atggctgcct tgtcgcccgg ttgcatggac ttgagcatgt cggaggcttg
     2941 gaagtttgct ccgtcatgcg cgtagctgat tgcggtaatc atcagtaaaa aggcgatgaa
     3001 gtaggttttc attttgaata agtagttagg ggtaataagt agtagtcaaa cggcctcacc
     3061 ttctccgctt cttgcgttta cggcggaggc gcttgaggtt gatccacatg ccggagaggg
     3121 agacgaaggc gccgccaagg gccgccgtcc agatggcgat ggtccaaagc ctggggtgct
     3181 ccacgagcca acggatgttg aagtagtgca gcccgctgaa gacccacttc ttggccatcc
     3241 gcgcgcggtt gaggtagcgg aagttgcccg tggccggatc gacgtagtag cggctccggt
     3301 cggcgttgtc caccatcacc ttgtaggccg ggaggggcag tgccgtccag cgcgagatgt
     3361 agtactcttc gtaacgatcg atgcgcgaga ctgtgaggcg ctcgcccttg tgcagtgcgc
     3421 cgatggcctg ctctaccgtg gcgggagaga gctggagtgg acgcaagtcg ggcgtggagg
     3481 catcgaggct gaaggtggac gtgtcggtcg tcacgtcata gatgggcacg tcgcggaagt
     3541 gattccagac gatctgccgc gcttcggggt acatgtgccg gacgacgcga tagtccgcgt
     3601 aggccgagag gggcagcgcc ttgccacgca tcttggcgtc cgacacgcga tagtcgccgt
     3661 gcgtgcggat gacccattcg gggatgcgtt gcagggccat tgcgccgctg aaggcaaagc
     3721 cgacgagcac gagtccgaac gcgagtccgg cgacgtggtg cgcccgtagc catacctttt
     3781 tataagggct gccgagcttc ccccgcgcct tccggttgcg ccggagcatg atgacaccga
     3841 cgatgaggcc ggtgagcact gcgatgagcg ccacgacgcc gccggtggtc aggctgcgga
     3901 tccagacgtc gttgtcgcgg cggaggatgg gcaggtagaa cttatgcggg atggcgccga
     3961 cgtaggccca gcagcggccg ctgcggtcgg tgaactggag cacttggccc gtgcggaggg
     4021 agatgtagag ctcgtggccc gcggcatcgt cgaaggagca cttggcgatg ggcatctcgt
     4081 ctaagtagcg ggagtacatg atccactgct cacgccggtg gagcgtgtcg atgcgtgcga
     4141 tgggggcgtc gacccagcgg cgggccacgt tgcggatggt ctccgcggtg atggggcgct
     4201 gtaccgcggc gctgtcggcg cagagggtgt aggtcgtgtc cttcgtctca aagtcgaaga
     4261 gcgtttggcc ctggaagcgc cgcaccgtga ccgtccgcac cttcgccacc gcgccctcgg
     4321 gtagccgttt ggctaccgag tcgacggcgg gaagggagtc gggcagcggc tccatgtgcg
     4381 cttgcaggtc gcgctcgtcc acgttgggga aggggtggta aacgagcacc aaccccgaca
     4441 agcaccacat cagaaagaac agtccgacga ctgcgcccac ccatcggtga atcttaaaca
     4501 tccagccttg cgccttcttc atcggtcgtc agttcgttta gtcctcgatg gccacgatgc
     4561 gctcgaagtg gtagcccttg gcgatggtca tgccacgggt caccttgcct gtcgggatgt
     4621 cgtagatgta gatgcccgtc tgtgcgttct tcgggttgac gccgatgtag gccttgttgc
     4681 ccatgacgag cgagcgctgc gagaaggtgc cgctgctgaa gggcaggttg gcgccgttga
     4741 attggatctc ggtcagctga tccgtcgtca ggtcgaggat ggcgtagtag cagttgtagc
     4801 ccttacccca gtccgcgcca gtgtgggcag gatcttggat gtagagcagc gccttggtcg
     4861 gcgtgaggca gtcggcggtg acgatcttgc ctttcggata gttatagccg tggtagctct
     4921 tgtcgaactc cgtcgcgccc ttcttgatgc gcagcagggc gccgtgctgt tgggtgtagc
     4981 tcttggcgcc ttcgtgggtg ctgttgcagg ctaagtaata gtcgccattg ggggtgaaga
     5041 agctcttgtg ctggagcagt tcgccgtaag ccgtgccggc catgaactgg gcgcgcgtct
     5101 ccttgaccac cttctccgtc ttcatgtccg acgcgttgat gaaggccata tagaaaccac
     5161 tcttatcgtt gctgtaggtg aaggcgtaga ggatctggcc gtcgcgatag ttggcgatgc
     5221 cggaggagtt gaacttgtct ttggcgggcg gcgcgggcag gtcgagttcg ccttcggaga
     5281 ggatcgtcat gttttctgcg tcgagcttga tccaaagcat cttgtccgac ttgccgttcg
     5341 agccgatcag caccaaggtg cggtcgttga gccaagtatg cgtgtagcgc cgatctttca
     5401 gcgtgttctt tttgaagctg acctccttca ccgggattac ttgatgcgtc ttacccgtat
     5461 ccacaatcag gtatttgccg aagcgatcct tttctctcgg tatctggtag taataccgtc
     5521 cgcggatgat ggattcttga tagagcttct tgcccacgtc cacgccctcg ccacggaagt
     5581 cgagctgcgc ttgttcgtcg agcgacttgg tactcttgac caagagcgct gcggtcgagc
     5641 ccatgccccc ctcatcgccc acggctaccc agatatcgaa gtgtgccttc tgcatcgggt
     5701 ccggtgtagg ggtggggtcc ggatcgtcat tacatgccgt gaaaacggcc gtcgtcagcg
     5761 ctataatcag cgcccatgcg taatacttaa atgctttcat cttctatcta tttattggtg
     5821 taagtcttct aattgatgaa cacgcgcagc ttgcagaaga aggcgcggcc gggcttctgg
     5881 agtttatagt tgtcgtagag ggtgcggtcg aagaggttgt tgcacgagag ggagacgttg
     5941 taacgctcgt cggcgaggga gagcgagagg gcgacgtcgt ggcggtactg cgtggggatg
     6001 cgcgacttgc tgtcgaggct gccgtagccc tcccaggtga ggaagaagct gcggacaaag
     6061 tcgaagttgt acgtcagccg tacggtagag tgggggatga ggaggtcgcg ccgcttcagg
     6121 gtcgcctcta tgttggcgaa gagccacggg cggttgggga tgcggttgcg gtaggtgatc
     6181 atctccttgc cgtcggggta gtagcgggtc atgctgcggg cgtcttccca gctgccgttg
     6241 gctacgactt ggagcaggtc ggcataggtg tagcggagtt cgccctcaag acctttgatg
     6301 cctacgccgg acacattgtc gtactggctg gtgccttcgg tctcggagac gacgaggcgg
     6361 atgtagtcct tcacgtcgcg atagaaggcg ctgagctcgt aggagagctg gtggccgggg
     6421 gcggggcgaa gggtgccgaa gaggccgagg ttgatgttgt ggctgttctc ggggcggagg
     6481 aggaggttgg cgtagacggt ggtgccgttg ccgagcagct cgcgcgacat gggtaggcgc
     6541 aggctgtgtt cgtaggaggc tttcagggcg aaggcgtcgg ccgggaaggc gtaacgtgtg
     6601 gcgaggccgt agcctgtatg gttcttggtg gatgcgccgc gcacttcgcg cgagccggtg
     6661 atccagggca gttcttgctg ctcgacgtgc aggtagttcg tgtagttctt gacgaagaag
     6721 gtgttctgcc aacggtcttc gacgaaggat tggctgtagg agaggccgag ggtatgcttg
     6781 gcgaagatgt cgttcgaggg gatgaagtct gaatctacct cgtcggtgcg gcgattgccc
     6841 gtgcggttca tgaggtaatt caagctcagc gtgtggtgcg ggttgaagtg gtaatctaag
     6901 ccgaggcgga cgatcgtcat ggggcggcga tagtgtcgat gcatgcggtc gcgacccatg
     6961 atctcgctgc gggcggagtg gatgtaggtg ccatcccagc ggtatttgcg gaaggtggta
     7021 tcgatcgtct gggcgtgatc ccaggtgtgt gaggccgaga gggaggcgga gaggccgggg
     7081 aggaagaggt gcttcttggc ataacgcacg gccacgttcc aagcctcggt ttggcgttcg
     7141 gccgcgccgt agacgatagt ttggatggcg cccgtctgta gctccttgcg ggtggtggaa
     7201 taggaggcgg agaggaagag ctcgtcggcc caagtgcggc ggttgacgcc ggcctcgagc
     7261 tgcatcaggg cggagaggta gtcgtcgtgg aagcgtcggc gatcggtgag gcggaacgtt
     7321 tgcgccgcct cgtcccagag ctcgacgccg cgcatcaggt agtcgttctt ggagaagttg
     7381 aagccggccg ctggccgaag gatgatcccc gtgcgccgat cgaccacctg cgcgaagagg
     7441 tcggctttat gcgtatggaa ggagccgatg ccataggagg cgtcaatgta gttgcgttgc
     7501 tcgcggcggg tgatgatgtt gacggcgccg ccgagcgcgt cggcacctaa gtaggccggg
     7561 acgacacctt tatatatctc cacgcgctcg atgaggttga ccggcaggtt ggcgggcgat
     7621 acgccgctgc ccttcgtggc gagcggcagg ccgtccatga agtagcggat ggagttgccc
     7681 gagaggccat tgatggagag ctcgaagtcg gagccgacgc cgcccgcctc gcgcaccttg
     7741 acgccggcag tgcggccgac gagggcgttg aggtcgtgca ggctgttgag ttgtgttttg
     7801 acgtcgggtg cggcggcggc aaaggcgctc tcgcggaggc gctgcgtggg gctcttgccg
     7861 tagacctcga cgacgttgag ggtgacggcg tcttcctcga gtacgaagtc gcggatggtg
     7921 gtttgggcgg ggtcgatggt gacgcggacc gtcttgtagc cgaggcagga gacggtgagg
     7981 gtcgtgcgtc cggtggggag ctcgagggag taggcgccga ggtagtcggt gtaggtgccg
     8041 cgcgaggggc cgtaggcgac ggtggctgcg gggatgggtt ggccggcagc gtcgcgcacg
     8101 gtgcctcgca cgacgatgct ttgcgccgcg acactaaaca ggccgagcat gcccgcaaga
     8161 agcatcacga cacgccgctg tgtggctgcc gacttgtagc ttatatgtat tccgtatgtg
     8221 taaaacattc cactcagtaa tgccgaccct tagccccgag aggcggcatt gctatatgtt
     8281 ctcggcaggt ttcctgactt cacccagagg agcttttggc cttcccgtcg cgcgtgggcg
     8341 atagtggctc ttgtggatgc tcttccgttg ataatggtgt cacagtagcg ggcactgttc
     8401 cggcttcaga aactttgtat agcagcgcat ctgctgcgtt gcctcgacaa gctcaggctc
     8461 ggtcatgtgc ttcagcacac tccctaaagc cttcggtctc ggacgccttg catctgcact
     8521 attctccaaa gtttctaccg gattcccttt ttatgccgca ggcaggactg cccggggcat
     8581 caccgaaaac gcgggcaaaa gtagaaatgg agctcagaag ggaaaatgca gaacatcccc
     8641 gccacttgta ggggcaaata atcaaggctc tataatgaat cgtgtgtgtg gccgagtaga
     8701 tagaaaggcg aagagagagg gaagggctga tggcgcaaaa agagagggcg tacgagcgtg
     8761 caccccgggc atctgcccat tcgtttacgc gaaaagactg aatgaatagg ctcggtgagg
     8821 aatggattac gtccggagtc gaatcaatta cgtccgatga cgatattttt aggttccaga
     8881 cgtaaaaata tacgtccccc gacgtatatt tttcggttcc ggacgtaaaa atatacgtcc
     8941 ccgacctata tttttcggtt ccagacgtaa aaatatacgt ccctccacgt atatttttct
     9001 atcttgaacg taattgatta cgtctcggac gtaatcggat acgtcctcgg acgaatattt
     9061 ttctgttttg ggcgtgtttt ttcggctccg agcctaaaca gatcgcctcg ggggctcatc
     9121 acttcatcct ctttaataag cctcacccat acaatccgtt tacagagcca gtttttaatc
     9181 accgtcggtt ggcggaaaag gatgaaacca tgcaagggga gggatactta ttataatctg
     9241 cttcactcca agccatccca gcgtatcttt gcctccgtaa gcaccaacag ggtgataatg
     9301 acattcacca gtaaagaaat ttagattgac atccaaaaag ggcggacaca cggggcctgc
     9361 ccgtgagcgg gacacacaga gccgccccta cactaaaaat tcacacccct atgaacacaa
     9421 agcattacga ggacttcctg gccgagatcg gcgggttcct caagaaagat caagtctaca
     9481 ccgacgagct gcgcacgctc gggtggggca ctgacgcggg cttctaccga ctgatcccgc
     9541 aagtcgttgt gcgctccgat ggcgaggagc aactctcacg catcgttaag gcctgccgca
     9601 agcacggcct gcccttcacc ttccgcgccg ccggcacgtc gctctccgga cagagcgtga
     9661 gcgactccgt cctcattgtc gccggtaagc attgggagaa gtatgagatc agcgaagacc
     9721 gcagcagcat ccgcctgcaa ccgggcatcg tcggggcgca ggtgaaccgt gtgctgaagc
     9781 cttacggccg cgtcttcccg cccgacccgg cctccatcgg cagcgcgatg gttggcggca
     9841 tcgtctgcaa caacgcctcg ggcatgaact gcggtgtgca cgccaacagc gaccgcatga
     9901 tgatcagcgc acgcatcatc ctgcccgacg gcacgatcgt ggatacgggc gacgaggcca
     9961 gcaaagccga gtttcgccgc acccacccgg agatgatccg ccgcatcgag gagctccgcg
    10021 accgcgtccg cgccaataag gagttggccg atcgcatccg ttacaagtac agcatcaaga
    10081 acgtgaccgg gctgaacatc cgcccccttg tggcttacga cgatccgttt gacatcatgg
    10141 cccactgcat ggtcgggtcg gagggcacgc tggccttcct ggccgaggtg acgatgcgca
    10201 cgctgcacga ctacaaatac cgcgcttcgg cgatggtcta cttcctcacg atggaggaga
    10261 gctgccgcgc ggtggtggcc atgaagcaga tgaaagccac ggagaaggat gtggagatga
    10321 gcgccgaaga tcttgtggtg aagagcgccg agatgctcga ttacctctcg ctcggatccg
    10381 tgaacgaccc cgtctttctg caatacaaga aggacgttga cgcggggctg atcgagggcg
    10441 ttgagcctgg cgattaccac aacctgacgg ccatcctcac ggagacgaag tccgtaaccc
    10501 atgaggagct gctcgagaag atctcgcgtg tggaggagtg cctctcgcag ttcaagctgt
    10561 acaagaagcc cgagttcacc gaagatccgg cggtgtatgg taagtattgg gccatccgct
    10621 cgggcatctt cccgtcggtt ggcggcacgc gccccgaggg caccacgtgc ctgatcgaag
    10681 acgtcgcctt ccacttagaa gacttgcccg tggccaccgt gaagctccag aagctgattg
    10741 ccgactatgg ctacagcgac gcttgcatct acgggcatgc cttcgagggc aactaccact
    10801 tcatcctgaa ccagagcttc cataccgaca aggaggtgaa gcgttacgag agcatgatgc
    10861 gcagcgtggc taagctcgtc gtggaggagt tcgacggatc gctcaaggct gagcacggca
    10921 cggggcgcaa catggcgcct ttcgtgaagt acgaatgggg cgaggaggcg tatggcgtga
    10981 tgaaggagct gaaggagatc ttcgacccgg acaacctgct caaccgcggc gtcatcttca
    11041 acgatgaccc cgagtgcttc attaagaact tcaagccgct gcccgtgctc gacttccgct
    11101 tcgacaacat ccccgacggc ggcgccttcc tgaccttggc cgacggcacg cgctcgtcga
    11161 cgaaggatat ggtggagggc gtgcggcggg ccaataagtg catcgagtgc ggattctgcg
    11221 aggtgaactg cgtctcgtgc ggcttcaccc tctcgtcgcg catgcgcatc gtgatccagc
    11281 gcgagatacg cgacttggag aatcgcggcg ataaccctga acgtgtggct cggctgcgtg
    11341 agctctacaa gtactacggt gatgcgacct gcgctgccga cggactctgt gccacctcct
    11401 gcccgatgaa gattaacacg ggcgacctga cgcacctgat ccgccagctt gacatgatga
    11461 agaaccccaa ggggtataag atgggcgagt ttgcagccaa ccatatgaag gggatcaaga
    11521 gcaacctgcg cgtggtgctc ggcgtggcca acatggggca cacgatactt ggcacgtctg
    11581 tgatgaacgg catctgcggc ggtatgcacc gcatgggcct gccgctctgg acggctgcca
    11641 tgccccgcag cacgaagcag cccgcgcccg gcagccacgt gggaggtggg ccgctgaagg
    11701 tggtctactt ccccagttgc atcaaccaga cgatggggct ggcgaagggt gcacctgtca
    11761 aaaagtccgt cgtggacgag atgtgcagcc tgctgaataa ggcgggttac gaggtgatct
    11821 tccccaaggg catggatcgc atgtgctgcg ggcagatctg ggagagcaag ggcatgatgg
    11881 acattgccga ccgcaagagc ggcgagctgg agcaggcgct ctgggaggcc agcgagcagg
    11941 gccgctaccc ggtgctttgc gatcagagcc cctgcctgca ccgcatgcgc aaggtcatca
    12001 cgcgcatgaa gctctacgag ccggtggagt tcatcatgac ctacttggtg gatcggctga
    12061 agtttcacaa gatcaaccgt cgcgtggccg tgcatgtcac ctgctccacg cgtgagatgg
    12121 gcctcggcgg acagttagtg gccttggcgc ggctctgttc ggacaatgtg ctcgagcccg
    12181 agggcgtcgg ctgctgcgcc ttcgctggcg accgcggctt cacctatccc gaatcgaacc
    12241 gttacgccct acgcaagctg cgtccgcaga tcgagcaggc tggcatcgag gtgggttatt
    12301 ccaacagtcg cacgtgcgag atcggcctcg agacgaacgc gggcatcccc tacatgagca
    12361 tcgcctacct catcaacgag tgtaccgagg cgctgtgacc gttattagct gagcccccca
    12421 gagggagggg gcgataaaca agaaatgccg ggtgcgcgat gggtcttccc catgtgcgta
    12481 cccggcattt ctgttgaagc cgatgcagtg tctgcccgtc gcatctacag cgcaagcctc
    12541 gtgtccgcag gcgggtaagg tgcttccccc gaggcgggga gggtgtctac ctcgaggcgg
    12601 ggagagtgtc taccccgagg cggggagggt gtctaccccg aggcggggag ggtgtctacc
    12661 ccgaggcggg gagggggtct accccgaggc gggggggggg tctaccccga ggcggggggg
    12721 gtgtctaccc cgaggcgggg agggtgtcta ccccgatgcg gggagggtgt ctactccggt
    12781 ttgtaggggc gaataatcat tcgcccttac gagaggggag ggtacccgga gcgccctgta
    12841 ggggcgccgg atgatagccc ggggcgaaac cccgggtggt ggcgaaaccc cgagcggtgg
    12901 cgaaacccct gggcaggagc gcccccccgg gtttccagtc attaatcctt gatccttgat
    12961 aatcaccgcg ccgacggctt cttctcttct tgctgatgca catgttcata cgcaccgatg
    13021 gtcggggcgg tggcgccagc gaggcggttg acaccgtagc gatcggtggg gaactcggcc
    13081 gcgacggtgc gatccgcagc gccgaggcct acggatttgt tgcccaaacg gaaatcgtag
    13141 gcatacgcgt ctttgcggct gcccgacttg acgtagacgg ggcggcgggc gaagccgaaa
    13201 aggcaaccga cgaagcgagg gttgtctttg agcgccttcg tgaggatgta gcaggccgtg
    13261 aaatggtaat taaacgtact gctcccggtg gccgggcggc cgtcgcgcga gacgagggcg
    13321 agctcaccac catacgtctt ggtggtgtcg ccggtgatgc tgccatcgat gaggcagttg
    13381 tcgaagcggg cctcggagag ggggaagtag cgcggctggc cgtcgacacg agcggtgtcg
    13441 gccaagacga gggtcgacgt accgctgcgg gtggccagga cgatgtggtt cgagagggta
    13501 caatgggcga agcgataacg gccgccgatg aggcagacgg tgctgccaac ggcgttcgag
    13561 aactcgctgc ccgaggcctc gatatggcag ttgacagccg ccaacagatc gccgctgctg
    13621 ttggtgatct gtgagttatg gatgcggatc ttgcgtcggt cgggggtgga gggcaggaag
    13681 tcgaggccga aggtggtgtt gcgcacactg acctgctcaa gctcgttgtc gaagctggtg
    13741 gattcgaagc ggatgccgcc ccactggcca ggcacacggt cgtagggcag ggtgacgttg
    13801 gcgtagatgc tgtcgaggcg atcgccgcgc agggtgatgg ggcggtcgcg cgtgcccttg
    13861 gctttgaggg tgccggccac gatgagcagg gcttggtggt ggaagtagag cgtggcccca
    13921 ggctcaaggg tgagggtgac gcccttggcc actgtcaagc tgtcatagat caggtagggg
    13981 cgagcggcgg tcagggtggt attttcggtg tacgtctggc caccgcgaat gatccggaca
    14041 tcttgcccga aggcttgcag gcggacgatc tgccgtctgc cgttagtaag gaaaacgatg
    14101 gagtcttcaa tgaggaaggg gcgatcttta tcacccgggg tgaccgtcac ttccacaagc
    14161 acacgtaggc tatcgcgttt ccagaggtcg atgtcttgaa agctgttgcc cttatgtccg
    14221 tccacattga tgcggaagcc actgcgccca gctcctgcca acgtgacaga cgagatgcgg
    14281 aggttctcgc cgtgggggtt gtagaccatg aatccgcgcg tggccgaccc gacggtggtg
    14341 aagacggtgt cgaacgtgag ggtgtcagta gaaaaacgaa gccggagcga agggtctgtc
    14401 gcgtaatgat cgaccctttc gcatccggct gtgaggtaga ggagcgtggt gataagcagg
    14461 ccaaggcctg ccaattgttt cttcatcgtc atcatgtgca tgtggattta cggataaaga
    14521 aacggcgctc cgtcagtgat attttgtttt atgcggggat gttcttcaag atctccaaca
    14581 ggtgacgcca ccaaagatct acggtggcaa tctcgagccg ttcgttgggc gagtgcacgt
    14641 cacgcatcgt cgggccgaaa gagatcatgt cgaggtaggg atacttctca aggaagaggc
    14701 cacactccaa tcctgcgtgg atagccaaca cctgggcatc cttaccgaag agtttacggt
    14761 aagtctcctc ggccaccttc aggatcttcg agtccggatt aggcgcccaa ccgggatagc
    14821 cgtcgccatg cttcacctca gctcctgcca ggcggaagac ggctgcgacc tgatcggctg
    14881 cggcatcctt tagcgagtca acagagctgc gctggctcgt ctcaacgacc accttgcccg
    14941 cttccggcat cttcaccgac gctaggttgg tcgacgtttc cactaagcct tccacatcat
    15001 ggctcatgcc caacacaccg tgcggacacg ccactaatgc ttcgatcagt cgtgcagcaa
    15061 catccttcgg caggcatgtc ttcggtgcct ccaccgtctc catcgtcagg cggacgttcg
    15121 gatctacgcg cttcagctcc ttctccacat cagcttggaa gtggttcagc aaggcgcgca
    15181 ccttctcgcg atcatcgtcc ttcagcccga tgatggccga cgcctcacgc gggatggcgt
    15241 tgtgcaggtt gccaccctcg atggctgcca gtgtgtagtc gtactccatg cgcagcctgt
    15301 agaggaagcg caccagcagc ttgttcgcat tgccgaggcc cttgtgaatg tcgccgccag
    15361 agtgcccgcc attcagcccc gtgaccacga tcttgaagta tgtcaacgtg gatggcgctg
    15421 cttcgggcgt gaagcagaac gtggcgaccg tgttctttcc gccggcacat ccgatgaaga
    15481 tctgcccttc gtcttcgctg tcgaggttga ggaggatctt tccgctaagg aacccctcct
    15541 tcactgcaaa cgcacccgtc atgcccgtct cctcgtctac agtgacgaag cactcgatgg
    15601 gcccgtgcgc gatgtcgtca gaagccagca cggccagcga tgccgctacg ccgatgccgt
    15661 tgtcagcccc taacgtagta cccttggcgc gcagccattc cccgtcgatg accgtctcga
    15721 tcggatcctt gtcgaagtca tggatcacgt cgttgttctt ctcgcagacc atgtccatgt
    15781 gcgattgcag cacgacggtc ggcagctgct cgtagccctt cgtggcaggc ttcgagatca
    15841 agatgttgcc agccgcatcc tttttgatcg ggaggtgatg gtcggcggcg aattgctcta
    15901 aatagcgaat gatcttcccc tccttcttcg aggggcgggg cacttgcgtg atttcgtgga
    15961 agtatttcca cacgatgttt ggttgcaaat ccagaattgt cttcatgttt ttaatatcta
    16021 ttggtgatta gatggctatg tataagtggc aaacgcacgg aatgacaaaa aatgggaata
    16081 aagaaagagg cgagattttc actctgcgtg aacgtctatc tttgcctcca caaaagtaga
    16141 gtaaaatgtt taatgtcatt ctggcagcta ttcttatcct aatctcttgc atggttctgc
    16201 tttgcgtgag ggtgattttg aagaaagacg ggcgtttccc ggacatccac gtagatagca
    16261 gtcccgccct gcgtaaaaag ggcatagcgt gtgcacgcac acaagattgg caggcttcgc
    16321 atcgtaagaa tctggccgat cggatggaag aaatgatgat caattaaatt cggtttatat
    16381 gaaaaacaat gtacactatg tgatcgaggg gatccttgcg gctgcaatca tctgcctgtt
    16441 tgtcatgcag ctctccggca ataaacggag cggcacaacg gctgcggcag tgaaggtggg
    16501 gacggattcc ctcggaagct ccaatgcttt tcccgttgct tacatcaacg tggactccct
    16561 cttgcagaaa tataatttct ccatcgatct gaacgaacag atcctgaaga agcaagagaa
    16621 cgcacgcgcc agctacacac agcgggcacg cagcctacag gctgaggtca aggacttcca
    16681 atacaagatg caaaacggag ccttcgccac acgcgaacgt gctgagcagg aacagcagcg
    16741 gctgatgaaa aaagaacagg aactgcaaga actcgacaac cggctgacaa gggaattgat
    16801 ggagcaaacg caggccatga atgaacagtt gcgcgacacg gtggtgcgtt gcctgaagca
    16861 atacaatcag gatcacggct accaaatcat cttcagcaac acggctggca gccccatctt
    16921 cttggctgac gacgcataca acatcactgg cgaaatcatt gaatacctga acaagcgata
    16981 cgccggaacg aaatagagcg cataagcagg aggggggctg gttctcctcg ttgttttatt
    17041 gcattagtct ttccatgtcc cgccttctcc attcgtgagg gggcgggact ttttcattcg
    17101 tatggcacag cttagtgtca cctcttaagc ctacttaaga gcacctctta agcatgcttg
    17161 agatcgcctc ttaagcatgc ttagtgacac ctcttaagcc tgcttagtgt cacctcttaa
    17221 gcctgcttaa gagcgtctct taggcacagc atgtcatacg aacgaaaaaa gggatgcacc
    17281 acaatggatg catccctcct ttgaacgcgt ggaaacagac gcgctacagt ttgtaagact
    17341 tatcggcggc atggcgatag ccgcggatca ggtcgtgcat gatttcggag acgggccgga
    17401 tgtcggagag cagggcggag gcttggccga tttctaactc gccctcctcg aggtcgccct
    17461 cgaagatgcc cttcttggcg cggcctttcc ccaacaaacg ctccatcgct tcggcatcag
    17521 caccggtggc ttcggcctcc tcgactgctg tgcggaaggc gcccgcagcc agtcgggtgg
    17581 gggagagctt cttgagcaac agcttcgtgt cgccctcgcc taaggctaag cagtggagct
    17641 tgaaggcttc gtgcgccgaa ctctcctcgg ctaacgcgaa ggccgtcccg atctgcacgc
    17701 cgtcggcacc aagcaccatc gcggcgagca tggcttcgcc tgtggcgata ccaccagctg
    17761 cgatgagcgg caggtcggtg acgcgtcgca cggcggggat gaggcagagc gtggtggtct
    17821 cctcgcgacc gttatggcca cccgcctcga agccctcggc cacgatggcg tcgacaccgg
    17881 cggcttcgca tttggcagca aagcgcgatg aggagacgac gtgcgctacg gtgatgccgt
    17941 gctccttcag tcggccagtc cacgtcttgg ggttgccggc ggaggtgaag acgatcttca
    18001 cgccttcgtc catgatgatc ggcatgatct cttcgatctg cgggtacatc agggggacat
    18061 tcacgccaaa gggccggtcg gtggcagcgt ggcatttgcg gatgtgttcg cggagggtct
    18121 cggggtgcat cgatccggcg ccgagcagcc cgagtccgcc ggcgttgctt acggccgcgg
    18181 cgagtcgcca gccgctgcac cagaccatcc cgccctgaac gacgggatat tcaatctcaa
    18241 acaaagaagc gattctgttc atatctataa gggattaggt acggcggcaa aggaactgag
    18301 atcttcggga atggatcggg gagggcgctt actctccgat ggcttgacga taggcggtca
    18361 gggcgttgca ataggcggtg caggcctcgg tgtagcggtc gcgagccgtg cgcagctggg
    18421 tgtgtgcgtc gagcaggtcg gtcagggggg cggtgcctgc ctcgtagctg ttgcggttga
    18481 ggcggaggtt ctcgttggcc gaggcgatgg agcggcgcgc gaggtcgatt tgcaggtaag
    18541 cctcgcgcag gttgccccac ttcgtttcga tgtccacacg catcagtcgg cgggcatcct
    18601 cgcgggcgtt ttgcgcgtgc tgcaccttca gcttatcgcg ccggagggcg tgcgatccgc
    18661 cccaccaagc ggagagcggc acgctcacgt tggccaggat gatggctgca cgggcgtctt
    18721 tgcccatgaa atcatggtag acgtaagctg ctccgagggc gacggtcggc aggtagctgc
    18781 cgagggtgag tcggcggttg aggcgtgtgt gctgcacctg cacgtcgagc aggtgactgt
    18841 ccgtgcgatg gtcgatgcca gcctcggggt cgacgaagtg cgcctcaggc ggatcgaacg
    18901 tagggaagga gtcgcaggag acgtcgaagt ccgcgtcctc gatgcccgtc tgctgagcca
    18961 gcatgagctt gttgatgcgc agtccgttcg ctgccttgag gcggttggag gccgtgctct
    19021 gctgttgcag ctccaccttc atcagggcgt tgggcagcgc cacaccggcg tcgacggagg
    19081 ccttcacggt gcgatgtagc tcgtcgagct gcgccgcgag ggtgtcgagt gtcttgagct
    19141 gctctttgag cgaaacgacc tcccagaaat aatgctccac atcggcgcgc accttgtccg
    19201 cggcctgtga ctcttgcagc tgcgcagcct cctgccccaa ccgggccagc cgattgccat
    19261 tgatgatgcg cccaccggca aagacgggtt gcatggctgt gagtccggcc atcttgccgc
    19321 gatcgagaaa gccgagggga agggtcttgg gcacaccgag gccagagaga tcgaagtcca
    19381 tctgcatcaa gtatcggtcg gcgcgcatga tcatgccgct cgcatcgacg gtggggaagt
    19441 agcgtgtgaa ggcctctttc gccgtttcgg cagccgcctc cctgtcgagg cgactgttgc
    19501 ggagcgtgag gctgttttct gcccccaagc ggaggcattc gtcaagcgta taggtgcgtt
    19561 gcgccgaagc gctgagcgcg gccgtgaggc agaggatgga gagtacgccc ttccatccga
    19621 gggcgctgtg ttgggtgtac atatataata ggtagtaggg ggggagtgat aagtagtaag
    19681 aagtagtgag aagtagtagt aagtagtaag aagtaggggg ggggaggcct cccgaggctc
    19741 ggaaacggcc tctcccgaag gttggaacca tttccgaggc tcggaaatga cctctcccga
    19801 aggttggaac catttccgag gctcggaaac gacctctccc gaaggttggg cccatttccg
    19861 aggctcggaa acggcctctc ccgaaggttg gaaccatttc cgaggctcgg aaatggcttc
    19921 tcccgaaggt tgaccccatt tccgaggctc ggaaatggct tctcccgaag gttgacccca
    19981 tttccgaggg tcggaaacgg cctctcccga gggttggatc catttccgag gctcggaaac
    20041 ggcctctccc gagggttgga tccatttcct cgatggggaa atggcctctc ccgagggttg
    20101 gacccatttc cgaggctcgg cgaaggatgg cttacgttga gacgttcacg ccgtgtgtgt
    20161 ttctggagga gcgaccgccc cgcgcatctg cttcttccga tcctctttgc catagagctt
    20221 ccagtagagc acgggcagga cggtgactac gctcacgagt gcgccgatgc ctccagcgaa
    20281 gatggagacg cccacagggc tccaaaacga gctgcccgcg atgatcatgg ggatcacgcc
    20341 cacggccgtc gtggcggtgg ttaggaagat gggcgtcatg cgtcgggcgc ccgcgtcgta
    20401 agctgcatcg cgcgccgatt ggtgggccag gtggcgctcg tcttcagcat gctgatacat
    20461 gaggatgacg ttcttcatga tcatgcctaa gagcgagatg aacccgaaca tggacgttat
    20521 ccccaccggg acgccggcga tccacaaccc cagcatggcg ccaaagaggc agagcatggt
    20581 ggagagcatg gagacgatgg tgatgccgaa tttcttgaac gaaaagagaa tgaaaaagaa
    20641 gatgatgacg agcgaaatgc cgacgccggt ggcgatgggc ggcaggatct cagcatcgtt
    20701 ctcctcctcg ccgcccacct cgaagcgcag gccggcgggc agcttactga cgatttcctc
    20761 cttagctatc cgctcaattt tagccatgac ctgttcagac atcacgccgc gcttcatgtc
    20821 ggccgtgacc gtcacagtgc gcacgccgtt gcggcgcacg atcttcgact cgctccagct
    20881 tggcaccacg ctggcgatct gcctgagggg caccgaccgg ccgcctacgg tggagaggta
    20941 gaggtcgcct aaggattgca ccgtctggcg cccctcgcgg gtatcgttct tcatcactac
    21001 agggatctgc cggtcgccct cccagacgtc ggctatcgtc accgcgtccg tggccgggct
    21061 gaggttcgcc gccgcgatgg ccttcgtgac gccgagctgc gaggccgtga cggggtcgag
    21121 gcggatgtcg acgatgggct gcggctgctc ataatctaag tgcacgttca ctaactccgg
    21181 catctcccgc atgcggtcag ccagctgcat ggccgccgtc ttggccgctg tcaggtcgtc
    21241 gccaatgaag cggaattcaa acgtggggac ttcgttataa tccagctgct tgtatttcac
    21301 gtatgcatcc gggaaggcat aagccatcga gtccgtgtat gcatcgagaa tctcctccgt
    21361 ggcctcgatc gacttcgtgt tgacgatcag ctgggcgttg tttttccccg ccatgcgcgg
    21421 cgcgtaagac gactggaagc ggggcgcgga gcatccgatg aaggaggtga cggatcggac
    21481 gcgttcgtct tgttgcaaca tgcgccgcac cgagtcggtc acctgcgccg tgcgttcgag
    21541 gggcgtaccc gcgggcaggt caatctcgac cacgaactgg tcgcgttcgg ccacaggcat
    21601 catgcgcacc ttcagctgca tggcgatgac aacggctaag aagacggaga gtacgcccag
    21661 cccgatcgtc agtcgcgggt ggcggaaggt ccaatccaag accttgttat agatcccctg
    21721 cacacggctg acgatcgtcg gcttgtcaga cggcttggcc gtccgccggt ggatcagcgc
    21781 aaactcgagg gtaggcacaa tgaagacagc gatgagcagc gagaccatca ggttgatcgt
    21841 gatcgtccac gggaaatagc ggacaaagtc gccatacacg cctgtcatcg taaagaggac
    21901 ggggaagaag atgacacaca cgcagacggt gccgaggagc atagacatga agtacttctt
    21961 ggcgctctca atggccgaat accagcgcga atgcccctcg ctgaggagct ccaaatagcc
    22021 atcgatgacg acgatggagt tgtctacgat catgcccaag acgacgatca ggccggccag
    22081 cgtgacgatg ttgagcggga tgccgaagag gtacatcagc cccacggaga ggaacgtatt
    22141 gacggggatc gtcacggccg ccaccaaggc cgatcggaag gggaagagga tcatcatcac
    22201 cacgatgatg accacgatgg cctcgatcag attgatcaag aaatcgttta ccgactggcc
    22261 caccaccttg gcctgatcgg cgatgcgact gacggtgacg tcggtcggca ggtagttctt
    22321 cgtgaagtcg tccagtatgg ccccgacctc tttgccatac gccacgatgt tgttgcccga
    22381 gagcatttcg gtcgagacga tgaggcagcg gtggccgttg taggagatgt agctctccgg
    22441 ctcggggtat tcgcgcacca cgcgggcaat gtccctcacc cgcaccacgt cgccgcgagg
    22501 gccggtgaag atgatgcggc tcgcgatctc ctcctcgctc gtcagcggcg agacgatatg
    22561 gatcggtgcg tcgatctcgc cattctccac gtgcccgccc gagagggtca gcccctgcga
    22621 gaagagcgag gcggtcagca ccttatcgcc gatgccgtaa gcggatagtt tgtcgcggtc
    22681 taaatagagc gtgatctgct cctgttgttc gccgtagacc ttgatgttgg tcaccgaggg
    22741 caggcggcgc aagcgcgccg agagctcgtc gacgtacatc ttcagctcgc tgtatgagcg
    22801 cgtgtcagac tccaccgcga tcagcagcgc cgaggtgtcg ccgaagtcgt cctgcgcaac
    22861 gagggccaat acgcccgacg gcagttgcat cttgagctgc gtcagcccgt gcttgatctt
    22921 cgaccatacc tcatccttat tattcacata atcgttcagc tcgaccttga cgatgcacat
    22981 cccgttttgc gacgtggaga cggtcttgct gcgcttgacc tctttatagg tcatcaaaaa
    23041 ctcttcgagc ggacgggcca cctgctcctc cacctcctca gccgtagcgc cgggatagat
    23101 ggcaatcacc acgccttcgc ggatcacgaa gtccgggaat tcctgcttcg gcatcttcac
    23161 caatcccacc acgccaagtg ccatcatcag caccaccacg agcgccgtga tgcggtagtt
    23221 gcgcatcacc cagccgatca attcaaagcg tcctcgtgcc atcattccgt gattttactg
    23281 ccctcactca cgcgctggaa tccgtctttg acgactctat cgccaacctg caaaccaccc
    23341 gtcacgacga cctcgtctcc cgaccattcg cccgtagtga cggggcatcg cgtgacggcg
    23401 tcgcccacca ctttccacac gaaccggctg ccatcgctgg cctgctgtat ggcgcgtgca
    23461 ggtagggtaa tgcggctcgc actgaggctg tcggacagcg caggcaccac gtcgcagacc
    23521 atccccggga gcaactcgcc gtgggggttg ggcagcgtga tgcgtgcgtc gtaggtatgt
    23581 gtcacagcgt cggctgcact gctcttttcc acgccgcgcc cctcgaacga tttgccaccg
    23641 agcgccgaga cggtgatcac ggccgccgtc ccggcgtcta accgggcaat ctcgttctcc
    23701 ggaacggaga agcgcacctt cacccgactg atctcaagca gcgtcaacac agggacgccc
    23761 ggcaaagcat tctcgcccgc ctcggccgtg cggcgcccca caacgccggt aaagggcgca
    23821 tgcagggcac agtcgcccag gttctttttc gataactcat acatcgaccg ggcctgctgc
    23881 aggcgggtct ccacctccac catttgcatc tccggcaggc tcttcttgtc atagagttgc
    23941 ttcatgcggg tgtaggcatc ttcggcctga tgcagcgagg cggcagaggc atcgaatgtg
    24001 ctctgcgccg aactgcgatc gagtgtggcc agcaactgcc cttgggctac acgctgcccc
    24061 tcgtccacca tgatttggcg gatcgttccc gccgtggcga agctcaatgc tgccgacttg
    24121 tcttcttcca ccacgcccac gtaatgatag gcgcccgagg tcgaagcctt gcctaccgtc
    24181 acggtctcca ccttcaccgg tgctacagtg cggggcgtct cactgccccc gcacgatgtg
    24241 gccgtccata cggccaacac ggccgccagc ataccgacgg cctgtttcat gtctcgtctt
    24301 ttcatctgat cctatgcgtt ttttctggcc gcaaaggaac cgccgggtgt tcgggcggag
    24361 tatatcccaa agacgcagga attggtatgg aagtcggata atgcgcatgc gtctctatgc
    24421 tctcattggg gcgcgactct acttttaccg ctcggggggg gtgaaaaaga cagatagaag
    24481 tatatgactg aaaagaaaga gatcgtcacc tattcattga gtgacttaaa acagttaggg
    24541 gcgcagtttg acaacgagcc ggagagcata gatgacgacg tgatcatctt ccgcgaaagc
    24601 gacgtagatg tgcttcgtga gtctcgcctc tttacctacc cctgccgaat agatgctgcc
    24661 atattcatct tttgcgaaag tggggcgatg agtgtgtccg tcaacctgaa gacctatcaa
    24721 ttgacgcggg gcatggccct gctcgtcctg acggggaaca ttatacaggt gcattacacc
    24781 gatcacttca gggtgcgcgg gatactcgtc tcaagtgagt ttatgtgcaa cacaatgatc
    24841 gaatccaagg tggccatgcc ccttcggcgg cagttccaat ccgactgttg cctatcgttc
    24901 accgacgagc agatcagtga gctggacgag tattatgcct tgttctttcg caccctgtcc
    24961 tgccccgagg cgctctacaa atccgagacc ttcagaagcc tgatcacggc ggcgctttat
    25021 cgcatcggca ccatcttcgt cagcaagatc aaggccgagg gcaatcgctc tgcaaacaat
    25081 cggcaaatgg ccctcttcga gcgcttcatg cagctactcg agacgcatca cgccaccgaa
    25141 cgcaatattg ctttctatgc cgaccgtctc tttctcacac ccaagcatgt ctcgaaagtg
    25201 atcttggagg tgagtggcaa gacgcccacg cagtggatcg atgaatacgt ggtgctggag
    25261 gccaagagct tgctcaaata ctcgaacctg acgattcagg agatcgccga ttacctgaac
    25321 ttctccacgc agtcggtctt cggcaaatac ttcaagcaca agacaggact ctctccgcgg
    25381 gagtacaagg cgtcctaaac aacgtgtgtt cgacgtatgg acacccttgt gtagcatgcg
    25441 cacaagcgct ttgtcagcat gcgcacaagc accttgtcag catgcgtaca agcgccttgt
    25501 cagcatgcgc gcaagcacct tgtcagcatg cgcacaagca ccttgtcagc atgcgcacaa
    25561 gcaccttgtc agcatgcgcg caagcacctt gtcagcatgc gcgcaagcac cttgtcagca
    25621 tgcgcacaag cgccttgtcc ttttgcacgt gggttgcaag ccattgggga gggtgcttcc
    25681 cccggtgcga ttgtaggggt gaatgattat tcgcccctac gagaggggta catgatcgga
    25741 gacctctgca aaacgagcac atttctacgt gcatctctgt gtaatggctc attctcttag
    25801 agatacgttt atattgggta gttcctcctt tttcaacctt cttttaaggg ggtatttcct
    25861 ccttagagag aaatggacac aattaaccct gaagtccggt agaggttata agcgattgct
    25921 tccatcatga gattgtctca cgatcttttg tatggagtct attgttatgt gtccgaatgt
    25981 tcttaacttt atgtagttca aacccaatag tcaagcaagt atgtctacaa agtctaccac
    26041 ccccgccccc agtttcctgc aagtctacac ccaagtgcgt cgtaaccgca tgaaacactc
    26101 attcc
//
LOCUS       SEQF3106|MIQD01000032.123798 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..23798
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             517..2991
                     /gene="spoIIIE"
                     /locus_tag="SEQF3106_01135"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21458"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA translocase SpoIIIE"
                     /translation="MTKKTGKKKRQGGSEGTLGEALRSFFSSERVWFLTGLILCFVVM
                     YLGIAMTSFLFTGGADQSVVESMPLGDLPEGHAEVENWAGVRGAYVAETVMNRWFGVP
                     SFFMLFFLGSAALWLMRVCPMSLLRRFLLCSAMMLWSSVFLSLAFARTAGTTFLYPGG
                     RHGWYIAAALLRNIGMPGTVLLLIITALLIAMSTSSRVMPFMQRQLAVGWRALTEKWR
                     SSQEQRRVNREKRAEEKAAEPTPSPTVEPGAYTYNNSSTPAQPTASIEDEGYALGEDD
                     EDEIEPTSAMKAEPSEAAVDAPTIFTVEVPREEEAQAPAEVVAELGEYDPRLDLSSYR
                     FPSLDLLKKYDRNDRPIDMEEQSDNQKRIKQTLENFGISISSIKATVGPTITLYEVVP
                     AQGVRISKIRNLEDDIALNLSALGIRIIAPMPGKGTIGIEVPNKDPQIVSMHSVIGSR
                     KFIESKYDLPVALGRTITNEIFMFDLCKAPHLLMAGATGQGKSVGLNAIITSLLYKKH
                     PAELKLVLVDPKMVEFSIYAEIERHYLAKLPDEGKAIITDFTKVVHTLHSLCKEMDNR
                     YELLTRAHVRNIKDYNEKFIERRLNPEKGHKYMPYIVVIIDEFGDLIMTAGRDIEMPI
                     ARIAQKARAVGIHMVIATQRPSTNIITGTIKANFPVRVAFRVSSMIDSRTILDAPGAN
                     QLIGRGDLLFSQGSDMTRVQCAFVDTPEVEAISEFIGAQPGYPTAFILPEYDPEGEAD
                     EKSATADLSDRDPLFDEVARLVVSQQQGSTSLIQRKFSIGYNRAGRLMDQLQKAGIVG
                     PYEGSKARQVLIQDLYSLEQKLNTIK"
     CDS             2988..3629
                     /gene="lolA_2"
                     /locus_tag="SEQF3106_01136"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00240"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer-membrane lipoprotein carrier protein"
                     /translation="MMRRMIWMLSVAMLVAGSLSAQKAEALLDKAAVAYAKSNGIQAH
                     FAAQVRHEKAGVSQSFEGTIRMKDEKFAVITPEFRTWYNGATQWTYMVRSKEVNITSP
                     TSDELESTNPLTLLRTYKKKFTVTYIGTSTSGNGRMADDVALTPRGRSDIARAEVQIE
                     RQTSLPSRLTVTLKDGMRCVFRISRMQTGLNPTDRMFTFNRAEYPGVTEIDLR"
     CDS             3671..4609
                     /gene="trxB"
                     /locus_tag="SEQF3106_01137"
                     /EC_number="1.8.1.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9P4"
                     /codon_start=1
                     /transl_table=11
                     /product="Thioredoxin reductase"
                     /translation="MENEKVRCLIIGSGPAGYTAAIYASRANLQPVLYEGIQPGGQLT
                     TTTEVENFPGYPNGITGTEMMADMRKQAERFGADIRSGIATAADLAVAPYKITIDGEK
                     VIEADTLIIATGASAKYLGLPDEQKYAGMGVSACATCDGFFYRKKKVAVVGGGDTACE
                     EAIYLAGLAAHVYLIVRKPYLRASKVMQERVMNTPNITVLFEHNTVGLFGEGGVEGAH
                     LVKRKGEPDEEQVDIAIDGFFLAIGHKPNSDIFKPWIKTDATGYILTEEGTPRTGVPG
                     VFAAGDVADPHYRQAITAAGSGCKAAIEAERYLSNH"
     CDS             4695..6176
                     /locus_tag="SEQF3106_01138"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIALWMMLWSLCVGAAAGAGDEYPKQEIRAVWLTTIYGLDWP
                     TQTATDWAGRNQQQRELCRILDRLHEANFNTVFVQTRLRGDVIYPSKIEPLASVFAGE
                     YGLWPGYDPLAFVIDECHKRGMECHAFIVTFPVGSEKIVREQGQSSVVRRHPELCLRH
                     RGNWYLDPGQPGTADYLLSLVDEVVRNYDIDGIQFDYIRYPDDARTFPDSGSYRRYGR
                     GRKLCDWRRENINRIVSRIHDRVKQLKPWVQVSSSPLGKYSKSGRTPNAKWTAYDDVF
                     QDPKAWLRDGKQDMIVPMMYYRRGDFYPSVSTWLEQSGQRNMVAGLGAYRLSRGEGDW
                     NLSDISDQITYVRKQGGKGCAFFRAGFVIGNEKGLYNELKNRFFKYPAQLPPLTWMST
                     TTAAPCEPQEVHVTRERGGLRLRWEGARDCVYTLYYAQADTIDLTSARSILVTGIRTN
                     EWFMPINADAEREYVFRVTASDRYRIESHPSRPTYYYFSRYDK"
     CDS             6173..6694
                     /gene="rfaH"
                     /locus_tag="SEQF3106_01139"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00951"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcription antitermination protein RfaH"
                     /translation="MTEEEILRIRAARAVNWYVLYTAPRAEKKVDERLRERGVESYLP
                     LHRSPQVWSDRVKMVDKPLFISYVFVHCTETEALGFVRQIYGVARVVFYNGRPAIIRP
                     SEIDAIRDFLKQAANHQLTVGEEAEILSGPLKSVSGIVQKIGRNRLRLHIEQIGVTVT
                     VDLTEVAPVNRLK"
     CDS             complement(7303..11007)
                     /gene="purL"
                     /locus_tag="SEQF3106_01140"
                     /EC_number="6.3.5.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15254"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoribosylformylglycinamidine synthase"
                     /translation="MIQFFHLNVGTVYAVEVDHRLNEDERAKLAWLFGNAAPIEGETL
                     SGTFIGPRREMITPWSTNAVEITQNMGLSGISRIEEYHPADADTDCDPMLQRRYDGLD
                     QRLFTTDRRPEPILHVDDIAAYNQAEGLALSDDEVRYLGDLSQRLGRPLTDSEVFGFS
                     QVNSEHCRHKIFGGTFIIDGVEQPHSLFAMIKRTSAENPNSLISAYKDNVAFNAGPIV
                     DQFAPEAGDRPSFFATRMIPSVLALKAETHNFPTTVEPFNGAATGTGGEIRDRLGGGR
                     ASLPLAGTAVYMTAYPRTAPDRPWEGVLDPRPWLYQTPTQILIKASNGASDFGNKFGQ
                     PLICGSLLTFEHAEDGGGQKYAYDKVIMLAGGMGYANRRDALKGTPEPGEKVVILGGD
                     NYRIGMGGGAVSSVDTGRYASGIELNAVQRANPEMQKRAANVIRALAESDDNPIVSIH
                     DHGAGGHLNCLSELVETTGGHIDMERLPIGDPTLSAREIIGNESQERMGLLIKEEDID
                     RVRRIAERERAPMYEVGETTGDMRFVFEQKDGTRPIDLRLDDMFGNPPRTIMEDRTVR
                     QTFAPLTYKLSELHTYLEHVLRLEAVACKDWLTNKADRSVTGRVARQQCVGELQLPLS
                     DFGAVALDFNGHKGMATSIGHAPQAALIDPAAGSRLAIAEALTNIVFAPLVQGIRSVS
                     LSANWMWPCRNSGEDARLYRAVEAAADFACALGINIPTGKDSLSMTQKYGDDKVLAPG
                     TVIISAAGEVDDLARIVSPVVVNDSRTEIYYVDFSSDDLRLGGSAFAQSLGHVGSEAP
                     DVKDADYFRRAFGAVQTAVGAGMVLAGHDISAGGMLVALLEMCFANVEGGMEVDLDAI
                     PEPDLLKILFAENPGVLLQVRVPELLELVLREEGVRFVRIARPTDERHLLITKDGAQY
                     HFGIDYMRDVWYGSSYLLDRQQSGEECAAARYENYKMQPLTFHIPTTFDGSIEGLDRL
                     GIDPFRDERSGIRAAILRDKGTNGEREMAYALHLAGFDVKDVHLTDLASGRETLDDIH
                     FAVFCGGFSNSDVLGSAKGWAAGILYNPRARAAIDRFYARPDTLSLGICNGCQLMAHL
                     GLLYPDHAERHALLHNRSHKFESGFVTLDIPQNDSVMLGSLSGARLGVWVAHGEGRFA
                     FPYPESRYRIAARYSYGAYPANPNGSQWSVAGLCSADGRHLAMMPHPERAIFPWQCSY
                     YPADRRGDEVTPWMEAFVNARRWIERSEKR"
     CDS             complement(11449..12831)
                     /gene="mnmE"
                     /locus_tag="SEQF3106_01141"
                     /EC_number="3.6.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8KAS1"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA modification GTPase MnmE"
                     /translation="MTTDSSTICALSTPAGSGALAIIRVSGPEAIALCDRLFQPRSGA
                     PLAGRRSHTATFGRLVRDGELLDEVVATIFRAPHSFTGEDTVELSCHGSTFIQQRLLQ
                     WLIEAGARAARPGEFTQRAFLNGRMDLSQAEAVADLIASTSAGMHRVAMNQMRGGFSD
                     ELATLRAKLLEFASLVELELDFGDHEELEFADRTRLRELAERIARRIDMLAASFAAGN
                     AIKNGLPVAIIGRPNVGKSTLLNGLLNEERAIVSDIPGTTRDTIEETLTLDGQLFRFI
                     DTAGLRDGTTDRIEEMGIRRSFEKADQAAIILYLLDLTDTNVDDWLEASHWLKRFEKP
                     VLMIGTKNDLARRSPIHTTDNVLAMHISCHDPADIDRVKRKIVELASALTVGTHDVIV
                     TNARHYEALCRAGEAIRRVLAGLNDGLPGDLLAEDLRDCLHALGEITGGEIVTDEVLG
                     NIFSKFCIGK"
     CDS             complement(12835..13455)
                     /locus_tag="SEQF3106_01142"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKRKTSRSRVNTRETRQAKPTILGEGKVTEYWYFKHLCHLICC
                     PAEIDKSNFGRKAIGDFEDKIEQVLKGKGSVVVVFDADVMASNETERRRLQAIKDKYR
                     NNENVLICDSFPSIEYWFLLHYVDTCKSFSSAAVVDELSKHVSGYCKDMEWAKHERWV
                     AALRADGQEQAARERAVKYAEDSEQYSDGKSYSNLYKFFDKYPPKA"
     CDS             complement(13460..14752)
                     /locus_tag="SEQF3106_01143"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQEFKVKNYLSFRDETTFSFLATDDRSFGEDQVVTIGRTRLLR
                     FAIVYGANASGKSNLLQAFDFLRKFWLDDLITPNRATGATPFLLDQETMNEPSRFELT
                     FFVGEVCYRYTLSLDNKRVYEETLHYYPGEVDDEVMLLHRIFQDNRSVITFGDIVQVS
                     PAALEELTIKCLPSLSFFTARSMVNMSLPLIDDVYNWIQDQVGLTIPSEVDQVYFNAN
                     LIAAKDPEVRDFLSAFMRRADFNITGIHVETETMEMTDEIRNYVRQSTNFPDRAKRAV
                     MRQQTLDRHNVYFEHTVKNKYGVEIYELPHELQSNGTNRLYGVEAAIYDTEKHNGFLA
                     IDEIESSLHPELVRLILDQYLNSEGRSQLLVTTHYDPLLDEIDNLFRKDSVWFTEKGE
                     DGNTSLYSLVEFRGLDEQQYPFRSAYRNGRFGALPNTY"
     CDS             14914..16884
                     /gene="yheS"
                     /locus_tag="SEQF3106_01144"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P63389"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein
                     YheS"
                     /translation="MISIEGLTVEFGGFTLLDGLSFVVNKKDRIALVGKNGAGKSTLL
                     KILAGLQQPTSGTVSVPRDTTIGYLPQQMQLEDTRTVREEAEQAFAHIHETEAEIDRI
                     NRELSARTDYESDAFQALIERMTNLTDRLRLMGGTSYQAELERTLIGLGFTRSDFERP
                     TAEFSGGWRMRIELAKLLLRRPDVLLLDEPTNHLDIESIQWLEGFITTSANAVLLVSH
                     DRAFINNTTRRTLEIELGHIYDYKVPYDQYVELRRERREQQQRAYDNQQKMLADTEAF
                     IERFRYKATKAVQVQSRIKQLARVERIEVDAEDTAMLHLRFPPAPRSGSYPVIIENLA
                     KSYGTHVVFSGATFTIHRGDKVAFVGKNGEGKSTLVKCIMGEITDYEGTLKLGHNVRI
                     GYFAQNQAQLLDESKTVFETIDYVATGDIRTKIRDILGAFMFGGEAADKKVRVLSGGE
                     RSRLAMIRLLLEPVNLLILDEPTNHLDMRSKDVLKDALRDFDGTLIVVSHDREFLDGL
                     VDKVYEFGHGRIREHLGGIYDFLARKKMENLRELERRNTPVSPSPSAAVAPKEMHAAP
                     ERSAQKLSYEEQKEQARKLRKLEKAVADSEREIANMERKISELEARMATPEGAADASL
                     FAEHDNLQKALSDAMDRWAEATEALDAEKKES"
     CDS             17650..20826
                     /gene="susC_11"
                     /locus_tag="SEQF3106_01145"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MKKKLIMWLALFLFGTGAAMAQTQASGTVSDQQGEPMIGVTVHV
                     KGNASTGTITDMDGKFSLSVPNGSTLVISYVGYKTQELPAAAGMKVVLMDDNEQLDEV
                     IVVAYGTAKRSAFTGSATVINSDALTKKQATNVVQALAGQVAGLQMTSGSGQAGGDGP
                     TMLLRGISSISAGTSPLIIVDGAPYDGGWNNINPADVESISVLKDAASNALYGARGAN
                     GVIIITTKNAKSGEAVITASAKWGANTRGTIDYDYIKDPGQYYEAQYRAIYNKLHYVD
                     KLSADDAYVQANQDLVSNVKEKGGLGYNVYSYPSGQYLIGKDGKLNPNATLGRVVNGY
                     MLLPDDWIKEAYSTSLRQEYNVNVTGGNEALQLYSSFGYLKDDGILPNSGYERYSARV
                     KASHQAKKWLKYGVNAGYTASTTQTQSEEYSTDLSAYTQGIAPIYPVYLRDKNGNIMQ
                     NSLGKMYDYGTINTPLGLARPAYPNSSIQESILDLQKTKAHSLNGNAFADVLFTNELK
                     LTLSAATSINGRRYFSTGNPFYGSGVEKKGTISVYHYRTTTLNLQQLLNYNHTFGEHH
                     NVSALLGHEFYKYRYEQLAAGKSNMFSYWGNHELNGAVIDSKSSTSYATNYNTEGYFF
                     RGLYDYNGKYFGSVSFRRDASSRFHPDHWWGNFYSIGGAYLISQEDWFKSKAFDLLKI
                     KFSIGQQGNDNIGSYNYTDQYTILNSNDELSLRFVDKGKKNITWETNTNVNLGAEFEL
                     WKGKLTGDIELFYRKTTDMLNWFSVPLSIGYAGYYDNVGDMVNKGVEVDLHYTPIKRK
                     DFTWTINLNLTHYKNKITYLPEEKKVYDIDGYKGYLGTNRFYGQDLPINTWYMRRYAG
                     VSSDGKSLWYYTDKTTGEEKTTDTYSSADYYLCGDPNPDLYGGFGTSLNFRGFDFSAQ
                     FSYSIGGLTYDYAYASMMDNPISSSASGFRMHKDVFDAWSPENTGSNIPRWYFNDLNT
                     GNMSDRFLIDGSYLNLQNIQLGYTVPENLTKRLGGVRNLRLYVSCDNVYYWSKRKGLD
                     PRYSTSGDGASGTVSPYRTYSAGLSLQF"
     CDS             20869..22584
                     /locus_tag="SEQF3106_01146"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSITKMTAAVALSLIIGLGTNSCIEETFPESSTATAEQIAESPA
                     AKTAMRNAVVGYINAYDSYGSGFAFDFGYSAWGLLRDVMCEDFYISDTQYDYFTPFET
                     CVSLDNVISDALYYYYYKFLNNPNNLIRSIDLNKADLTTKQCVGVAHVYRALIFLDMA
                     RFFEFKKTGIAKLDNEAAANKVYGLTVPIVTEKTTEAEAANNPRAPYQTMYKYILDEL
                     ETADKLLSGYTRPSKDLPNTAVVAGLKARTWLELGTHFEKYPADLAAFTAVRPDITSA
                     KACYAKAAQFAREAITSSGAKPLTESEWFGGRNYFTAFNSIQTSAWMWGSIMKEANVY
                     SGYVNFTGTVSVDQDFGGVASITNRSMRIISKALFEQIPDADWRKATWLDPADAGKVP
                     GTKYHTLLVDTVFQKLPAYVGLKFKPNAGNTGDFKVGAAADYPLMRVEEMYFIEAEAL
                     AAGQGVAAGVSALESFMKTYRYDSYKCKATSLADFRKELMLQKRIEFWGEGIVYWDYK
                     RLELKVTRGYPGTNCPVGLRLNSLEGYCAPWFNIFFSKFESLQNKAVVLNPNPSSVIS
                     DWTGQ"
     CDS             complement(22698..23555)
                     /gene="fabI"
                     /locus_tag="SEQF3106_01147"
                     /EC_number="1.3.1.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81GI3"
                     /codon_start=1
                     /transl_table=11
                     /product="Enoyl-[acyl-carrier-protein] reductase [NADH]
                     FabI"
                     /translation="MSYNLLQGKRGIIFGALNDMSIAWKVAERAAEEGATIALTNTPI
                     AIRMGDVSKLSERLGAPMIPADATSVEDLETVFTESTRALGGKIDFVLHSIGMSPNVR
                     KKRTYDDLDYDLLTKTLDISAVSFHKMLQVAKKQDAIAEGGSIVALTYVASQRTFFGY
                     NDMADAKSLLESIARSFGYIYGREKGVRINTISQSPTLTTAGSGIKGMDHLMDFADKM
                     SPLGNATADDCADYCVTLFSDLTRKVTMQNLFHDGGFSSMGMSLRAMNQYSKSFEEFK
                     DESGKIIYG"
ORIGIN      
        1 gcccggatta atgtacccgg tgcggcctgt agggccgccg gacgatagcc cagggggaaa
       61 ccctgggcgg agcgaaaacc cgggcagggc gattcaatta tcaattacca atgatcaccc
      121 tggcacccgg atcaatcatt catcatgcac tcgccgaggc ggggtgtcgt gggggcgaat
      181 aatcattcgc cccatcccgg cgtgcccgga tccatgatca ataggacgct gcaaaacagg
      241 tccgaaagcc gcttggggag cgctatctga ggccgtttta cgggcgattg ccgcatttca
      301 atttgtctat ctttggccgc tcaatcagcg agggtgccct gtttatgcag caatgattaa
      361 ttatcaatga tcaatgatca ccccggagac acggggcagc atggcaccgc ccgaccatca
      421 atcattgata attaataatt gaccattact tactgcagtg aaacatgggg caccctcgct
      481 ccccgagggg ggggggcgtg acaagtaaag aaacgtatga cgaaaaagac aggtaaaaag
      541 aagcgacaag gcgggtcaga gggcacgctg ggggaggcgc tacgttcgtt cttctcgagc
      601 gagcgggtgt ggttcttgac ggggctgatc ctgtgtttcg tggtgatgta tttaggcatt
      661 gcgatgacgt cgttcctctt caccggaggg gcggatcaga gcgtggtgga gagcatgccg
      721 ctgggcgatc tgccggaggg ccatgccgag gtggaaaact gggccggggt gcggggcgca
      781 tacgtggccg agacggtgat gaaccgttgg ttcggggtgc cgtcgttctt catgctcttc
      841 ttcctcgggt cggcggcgct gtggctgatg cgggtgtgcc ccatgtcgct actgaggcgg
      901 tttctgctgt gcagcgccat gatgctgtgg tcgtccgtct tcctatcgct ggcgttcgcg
      961 cgcacggcgg gcaccacctt cctatacccc ggcggccggc acggctggta catcgcggcg
     1021 gcactgctgc gcaacatcgg catgccgggc acggtgctgc tgctgatcat cacggccctt
     1081 ctcattgcca tgtccaccag cagccgggtg atgcccttca tgcagcggca actcgccgtg
     1141 gggtggaggg cgctcacgga gaagtggcgc agcagccagg agcaacgccg cgtaaaccga
     1201 gaaaagcggg ccgaagagaa agcagccgag cccacgccaa gcccgactgt ggagccaggg
     1261 gcctatacct ataataatag tagtacccct gcgcagccga cggcctcgat cgaggatgaa
     1321 ggctacgcgc tcggtgagga tgatgaggac gaaatcgagc cgacctcggc catgaaggct
     1381 gagccaagcg aggcggcggt ggacgcaccg acgatcttca ccgtggaggt gccgcgcgag
     1441 gaggaggcac aggcgccagc cgaagtggtg gccgagctgg gcgagtacga cccgcgcctc
     1501 gacctctcga gttaccgttt cccctccctc gacctgctca agaagtacga ccgcaacgac
     1561 cggcctatcg acatggagga gcagagcgac aaccagaaac gcatcaagca gacgcttgag
     1621 aacttcggca tcagcatctc atcgatcaag gccacggtgg ggccgaccat caccctctac
     1681 gaagtcgtgc cggcgcaggg cgtgcgcatc tccaagatcc gcaacttaga agacgacatc
     1741 gccctcaacc tctccgccct cggcatacgc atcatcgccc ccatgccggg caagggcacg
     1801 atcggcattg aggtgcccaa caaggatccg cagatcgtct ccatgcactc cgtcatcggg
     1861 tcgcgcaagt tcatcgaaag caaatacgac ctgcccgtgg ccttaggccg aacgatcacg
     1921 aacgagatct tcatgttcga cctctgcaaa gcgccccacc tgctcatggc cggcgccacg
     1981 ggccagggca agtccgtcgg gctgaacgcc atcatcacct ccctgcttta caagaaacac
     2041 ccggcggagc tgaagctcgt cttagtcgat ccgaagatgg tggagttcag catctacgcc
     2101 gagatcgaac gccactactt agccaagctg ccagacgagg ggaaggccat catcacggac
     2161 ttcaccaagg tggtgcacac cctccactcg ctttgcaaag agatggacaa ccgctacgaa
     2221 ctgctgaccc gggcgcatgt gcgcaacatc aaggattaca acgagaagtt catcgagcgc
     2281 cgcctaaacc ccgagaaggg gcacaagtac atgccttaca tcgtcgtcat catcgacgag
     2341 tttggcgacc tgatcatgac ggccgggcgc gacatcgaaa tgcccatcgc ccgcatcgca
     2401 cagaaggcgc gcgccgtcgg catccacatg gtgatcgcca cgcagcgccc ctcgacgaac
     2461 atcatcacag gcacgatcaa ggccaacttc cccgtgcgtg tcgccttccg cgtctcgtcc
     2521 atgatcgact cgcgcaccat cctcgacgcg cccggtgcca accagctgat cggccgcggc
     2581 gacctgctct tctcgcaagg cagcgacatg acgcgcgtgc agtgcgcctt cgtcgacacg
     2641 cccgaggtgg aggccatctc cgagttcatc ggtgcacaac cgggctaccc gacggcgttc
     2701 atccttcccg aatacgaccc cgaaggcgaa gccgacgaga agtcagccac cgccgatctc
     2761 tccgatcgcg accccctctt cgacgaggtc gcccgcctcg tagtcagcca gcagcagggc
     2821 tccacatcgc tcatccagcg caagttctcc atcggttaca accgcgccgg gcggctcatg
     2881 gatcagctgc aaaaggccgg catcgtgggg ccgtatgaag gcagcaaggc ccggcaggtg
     2941 ctgatacaag acctctattc attggaacag aaactaaata cgatcaaatg atgagacgaa
     3001 tgatttggat gctttcggtg gcgatgctcg tcgccgggag tctctcggcg cagaaggccg
     3061 aggcactgtt agacaaggcc gcggtggctt atgccaagtc gaatggcata caagcccact
     3121 tcgcggcaca ggtgcgccac gagaaagccg gcgtatcgca aagtttcgag ggaacaatcc
     3181 gcatgaagga tgaaaagttc gcagtgatca cacctgagtt tcgcacatgg tacaacggag
     3241 cgacgcagtg gacttacatg gtgcgctcga aggaggtgaa catcacttcg ccaacgagcg
     3301 atgagttaga atcgaccaac cccctgacgc tgctgcggac gtataagaag aagttcaccg
     3361 tgacatacat cgggacgagc acctccggca atggccgcat ggccgacgac gtggcactca
     3421 caccacgcgg ccgcagcgac atcgcccggg ccgaggtgca gatcgaacgc caaacctccc
     3481 tgccgtcgcg cttgacggtg acgctgaagg acggcatgcg ttgcgtgttt cgcatcagcc
     3541 gcatgcagac gggcctcaac cccaccgacc gaatgttcac cttcaaccga gcggaatacc
     3601 ccggggtgac ggagatcgat ttacggtgag tctacgatta cctctaacta cttataactt
     3661 cttgatgaat atggaaaacg agaaagtgcg ttgcttgatc atcggctccg ggccggccgg
     3721 ctacacggct gccatctacg cctccagagc caacctgcaa ccagtgctgt acgaaggcat
     3781 ccagccgggt ggacagctca caacgacgac ggaagtggag aacttccccg gctaccccaa
     3841 cggcatcacg ggcacggaga tgatggccga catgcgcaag caagccgaac gcttcggcgc
     3901 cgacatccgc tcgggcatcg ccaccgcagc cgacctcgcg gtggcaccgt acaagatcac
     3961 catcgacggc gagaaggtga tcgaggccga tacgctgatc atcgccacgg gcgcctctgc
     4021 gaagtacctc ggactgcccg acgaacagaa atatgccggc atgggcgtct cagcctgtgc
     4081 cacctgcgac ggattcttct atcgaaagaa aaaggtggcc gtggtcggcg gcggcgacac
     4141 agcgtgtgag gaggccatct atttagccgg cctcgcggca cacgtctacc tcatcgtccg
     4201 caagccctac ctccgcgcct cgaaggtgat gcaggagcgt gtgatgaaca cgccgaacat
     4261 caccgtgctg tttgagcaca acaccgtcgg gctctttggc gaaggcggtg tggagggtgc
     4321 gcatcttgtg aagcgaaaag gcgaacccga tgaggagcag gtggacatcg ccatcgacgg
     4381 cttcttcctc gccatcggtc acaagccgaa ctcggacatc ttcaagccgt ggatcaagac
     4441 ggatgcgacg ggctacatcc tgaccgagga gggcacgccg cgcacaggtg tgccgggcgt
     4501 ctttgccgcc ggcgacgtgg ccgatccgca ttatcgtcag gccatcacgg ccgcaggcag
     4561 tggatgtaaa gccgccatcg aggccgaacg ttatttgtct aatcattgat agtgacgagt
     4621 gacgagttac aagttacgag tgactgttct cccacttgta acccgtaact cgtaacccgt
     4681 aactcacata accaatgaaa agaatcgcac tgtggatgat gctgtggagc ctctgcgtcg
     4741 gggcggctgc gggggcgggc gatgagtatc ccaagcagga gattcgcgcc gtgtggttga
     4801 ccacgatcta cggcttagac tggcccacgc agacagctac cgactgggcc gggcgcaatc
     4861 aacagcaacg ggagctatgc cgcatactcg accgcctgca tgaggccaac ttcaacaccg
     4921 tcttcgtgca gacccgcctc aggggtgatg tgatttaccc ctccaagatt gagcccttgg
     4981 cctccgtctt cgccggggaa tatggcctct ggccgggcta cgatccgctg gccttcgtca
     5041 tcgatgaatg ccacaagcgc ggcatggagt gtcacgcctt catcgtcacc ttccccgtcg
     5101 ggtcggaaaa gatcgtgcgt gagcaggggc aatcctccgt tgtgcgtcgc caccccgagc
     5161 tctgcctacg ccatcgcggc aactggtacc tcgaccccgg ccaaccgggc acggccgatt
     5221 acctgctctc actcgtcgac gaggtcgtcc gcaactacga catcgacggc atccagtttg
     5281 actacatccg ttaccccgac gacgcccgca ccttccccga cagcggctcc taccgccgct
     5341 acggccgcgg ccgcaagctc tgcgactggc gccgggagaa catcaaccgc atcgtgagcc
     5401 gcattcacga ccgcgtgaag cagctcaagc cgtgggtgca agtcagtagc tcccccttag
     5461 gcaaatacag caagtccggc cgcacgccca acgccaaatg gacggcttac gacgatgtct
     5521 tccaagatcc caaagcctgg ctccgcgacg gtaagcaaga catgatcgtg cccatgatgt
     5581 attaccgccg aggcgacttc tacccctccg tcagcacctg gctcgagcag tctgggcagc
     5641 gcaacatggt ggccggcctc ggggcttacc gcctaagtcg cggcgagggc gattggaacc
     5701 tctccgacat ctccgaccag atcacctacg tccgcaaaca gggcggcaag ggctgcgcct
     5761 tcttccgcgc cggcttcgtg atcggcaacg agaaagggct gtataacgag ctcaaaaacc
     5821 gcttcttcaa ataccccgcc cagctgcccc cgctcacatg gatgagcacc acgacagccg
     5881 ccccgtgcga gccgcaggaa gtgcacgtca cccgcgagcg cggcggcctg cgcctgcggt
     5941 gggagggcgc ccgcgactgc gtctacacgc tctactacgc ccaggctgac accatcgacc
     6001 tcacctccgc ccgctccatc ttagtcactg gcatccgcac caatgagtgg ttcatgccca
     6061 tcaacgccga tgccgagcgg gagtacgtct tccgcgtcac tgcctccgac cgttaccgca
     6121 tcgagagcca cccctcgcgc cctacctatt attatttctc gcgttacgat aaatgaccga
     6181 agaagagatc ctgcgcatcc gcgccgcccg agccgtcaac tggtatgtgc tctacaccgc
     6241 tccccgcgcc gagaagaagg tggacgagcg gctgcgcgag cgcggtgtgg agagctacct
     6301 gccgttgcac cgctcgccgc aagtctggtc agaccgcgtc aagatggtcg acaagcccct
     6361 gttcatctcc tacgtcttcg tccattgcac cgagacggaa gccctcggct tcgtccggca
     6421 gatctatggc gtggcgcgcg tcgtctttta taacggtcgc cccgccatca tccggccctc
     6481 cgagatcgat gccatccgcg acttcctcaa gcaggctgcc aaccaccagc tgaccgtcgg
     6541 cgaagaggcg gagatcctca gtggcccatt gaagagcgtc tccggcatcg tccagaagat
     6601 cggtcgcaac cgccttcgcc tgcacattga gcagatcggc gtcaccgtca ccgtagacct
     6661 caccgaagtc gcccccgtga atcggctcaa gtagcccgcc gcagggggtg agggccaatg
     6721 gttattcgcc cccataacgg ggcagggcag taacaaagat gccgggtaca ctttcatgta
     6781 ctcggcattt ttcatgtgta acggggcgaa ggggtattcg ctcctacgaa agacgtgagt
     6841 ccgatggatg aaatccattt ccccgcaccg ggggaaacac cttacccgca ccgggggaag
     6901 caccttaccc gcatgcgggg aaacacctta cccgcatgcg gggaaacatc tcccccgccg
     6961 tcgactgaat cgacggggct atttcgccca gaaaaacgcc gtcgactgaa tcgacggggc
     7021 tatttcaatc agaaaaacgc cgtcgatcga atcgacgggg ctatttcaat cagaaaaacg
     7081 ccgtcgactg aatcgacgag gctacttcaa tcagaaaaac gccgtcgact gaatcgacga
     7141 ggtaagggcc aatgattaat taacgtgagt tcgacgtaaa aaatccattt ccccgcatcg
     7201 ggggaagcac cttacccaat ggcttgtaga caccttgcaa gggagtccta tctctctatt
     7261 gacggatgaa ttgccccacg tcggactcac gctaatcatt aatcatcgct tctcggatcg
     7321 ctcgatccag cggcgggcgt tgacgaaggc ctccatccac ggcgtgacct catccccgcg
     7381 gcggtcggcg gggtaatagg agcactgcca ggggaagatg gcgcgctcgg ggtggggcat
     7441 catggccaga tgccgaccgt cggcagagca gaggccggcg acgctccact gcgatccgtt
     7501 ggggttggcc gggtaggcgc cgtagctgta gcgcgcggcg atgcggtagc gactctcggg
     7561 gtaggggaag gcgaagcggc cctcgccgtg agccacccag acgccgagcc gcgcgccgga
     7621 gagggagccg agcatgacgg agtcgttctg cgggatgtcg agcgtgacga agcccgactc
     7681 gaacttgtgc gaacggttgt ggagcagggc gtggcgctcg gcgtggtcgg ggtagagcag
     7741 gccgaggtgg gccatgagct ggcagccgtt gcagatgccg aggctgagcg tgtcggggcg
     7801 ggcgtagaag cggtcgatgg cggcgcgggc gcgggggttg tagaggatgc cggcggccca
     7861 acccttggcc gatccgagga cgtcggagtt ggagaagccg ccgcagaaga cggcgaagtg
     7921 gatgtcgtcg agcgtctcgc ggcccgaggc gaggtcggtc aggtggacgt ccttcacgtc
     7981 gaagccggcc aggtggaggg cgtaggccat ctcgcgttcg ccgttcgtgc ccttgtcacg
     8041 gaggatggcg gcgcgaatgc cgctgcgctc gtcgcggaag gggtcaatgc cgaggcgatc
     8101 gagcccctcg atggagccgt cgaacgtcgt ggggatgtgg aacgtgaggg gctgcatctt
     8161 gtagttctca taacgcgcgg cggcgcactc ctcgccgctc tgctgccggt cgagcaggta
     8221 agacgagcca taccagacgt cgcgcatgta gtcgatgccg aagtggtatt gggcgccatc
     8281 cttggtgatg agcaggtggc gttcgtcggt cggccgcgcg atgcgcacga agcggacgcc
     8341 ctcctcacgc agcaccaatt caagcaattc ggggacacgc acctggagca gcacgccggg
     8401 gttctcggca aagaggatct tcagcagatc aggctccggg atggcgtcga ggtctacctc
     8461 catgccgccc tccacgttgg cgaagcacat ctcaagcagc gccacgagca tgccgcccgc
     8521 cgagatgtcg tgcccagcaa gcaccatgcc cgcaccgacg gccgtctgca ccgcgccgaa
     8581 ggcacggcgg aagtagtcgg catccttcac atccggcgcc tcgctgccca catgcccaag
     8641 cgactgcgca aaggccgatc caccgagccg caagtcatcc gaagagaagt ccacgtaata
     8701 gatctcggtg cgggagtcgt tcacgacaac gggcgacacg atgcgcgcca agtcatccac
     8761 ctcgccagcg gcggagatga tcaccgtgcc cggcgccagc accttgtcgt cgccatactt
     8821 ctgcgtcatg gagagggagt ccttgcccgt gggaatgttg atgccaagag cgcaggcgaa
     8881 gtccgcagcc gcctccacag cgcggtagag acgcgcatcc tcgcccgagt tgcggcacgg
     8941 ccacatccag ttggcgctga gcgatacgct ccgaatacct tggacaaggg gtgcgaagac
     9001 gatgtttgtc aacgcctcag cgatggccaa gcgcgaccca gcggcggggt cgatcagggc
     9061 ggcctgcggg gcgtgaccga tggaggtggc catgccctta tgcccgttga agtcaagcgc
     9121 tacggcgccg aagtcgctca gtggcaattg cagctcgccc acacattgct gccgagccac
     9181 acgccccgtc acgctgcggt ccgccttgtt cgtcagccaa tccttgcagg ccacggcctc
     9241 taatcgaagc acatgctcta agtacgtatg cagctccgac agcttgtacg tcagtggcgc
     9301 gaacgtctgc cggacggtgc gatcctccat gatggtgcgc gggggattac cgaacatgtc
     9361 gtctaaccgg aggtcgatgg ggcgcgtgcc gtccttctgc tcgaagacga agcgcatgtc
     9421 gcccgtcgtt tccccgacct catacatcgg cgcacgctcc cgctcggcaa tgcggcgcac
     9481 gcggtcgatg tcctcctcct ttatcaataa ccccatccgc tcttggctct cgttgccgat
     9541 gatctcgcgc gccgaaagcg tcgggtcgcc aatgggcaga cgctccatgt cgatgtgtcc
     9601 gccggtcgtc tcgaccagct ccgaaaggca attgaggtgc ccgcccgcgc cgtgatcatg
     9661 gatggagacg atcgggttat cgtctgactc ggccagcgca cggatcacgt tggctgcgcg
     9721 cttctgcatc tccgggttgg cgcgttgcac agcgttcagc tcgatgcccg aagcgtagcg
     9781 ccccgtgtcg accgacgaga cagccccgcc gcccatgccg atgcggtaat tatctccccc
     9841 gaggatgacc accttctcgc ccggctccgg tgtacccttc agcgcgtcgc gccgattggc
     9901 ataacccatg ccgccagcca gcatgatcac cttgtcgtac gcatacttct ggccgcctcc
     9961 atcttcggca tgttcgaagg tgagcagcga gccacagatg agcggttggc caaacttgtt
    10021 gccgaagtcc gaggcaccgt tggaagcctt aatgaggatc tgcgtgggcg tctggtagag
    10081 ccacggacgc ggatcgagca cgccctccca cgggcgatcg ggggcggtgc gtgggtaggc
    10141 agtcatgtag acggctgtgc cggccagcgg caacgaggca cgcccaccgc cgagcctgtc
    10201 gcggatctca ccgcctgtgc ccgtagccgc accgttgaag ggctccacgg tggtggggaa
    10261 gttgtgcgtc tcagccttca gcgccagcac ggagggaatc atccgcgtgg cgaagaagga
    10321 gggccgatcg ccggcttcgg gtgcaaactg atccacaatg gggccggcgt tgaaggccac
    10381 gttgtctttg taagccgaga tgaggctgtt cgggttttcg gccgacgtgc gcttgatcat
    10441 ggcgaagagc gaatggggct gctccacacc gtcgatgatg aaggtgccgc caaagatctt
    10501 gtggcggcaa tgctcggagt tgacctgcga gaagccgaag acttcgctgt ccgtaagggg
    10561 ccggccgagg cgctggctga ggtcgcctaa gtaacgcacc tcgtcgtcgc tcagggccag
    10621 tccttcggct tggttgtagg cggcgatgtc gtccacgtgg aggatgggtt cgggccgtcg
    10681 gtcggtggtg aagaggcgct ggtcgaggcc gtcgtagcgg cgttgcagca tggggtcgca
    10741 gtccgtgtca gcgtctgcgg ggtggtactc ctcgatgcgt gagatgccgc tgaggcccat
    10801 gttctgggtg atctccacgg cgttggtgct ccagggtgtg atcatctcgc ggcgcggccc
    10861 gatgaatgtt ccgctgaggg tttcgccctc gatgggtgca gcgttgccga agagccacgc
    10921 cagcttcgcg cgttcgtctt cgttcaggcg gtgatcaact tcgacggcat agaccgtccc
    10981 gacgttcagg tgaaagaatt ggatcatagg gggtatatat aaatgtaggg gcggcttcat
    11041 gtgtccaccc gcaggattag gagtaaaggc gccccttgcg agcgcccgtt tatcggtggg
    11101 caaaagtagc cgttgccgcc accgtcctgc tcgtttttac gcttttcgtt ttatcctttc
    11161 atgaggcagc gcgcccctat acgtaaccgc cgtagcgttt gcgggggttc ccgcaagtct
    11221 cacgggaaat gccgtggcat ttgcgggggt tcccgcaagt cccacgggaa atgccgtagc
    11281 atttgcggga gttcccgcaa gtctcacggg aaatgccgta gcatttgcgg gagtcccgca
    11341 agtctcacgg aatatgccgt ggcgtttgcg ggagtcccgc aagtcccacg ggaaatgccg
    11401 tggcgtttgc gggaactccc gcaagcattc ccccaaaacg ttgtacccct atttgccgat
    11461 gcagaacttg gagaagatgt tccccaacac ctcgtcagtc acgatctcgc cgccggtgat
    11521 ctcgcctaac gcatgcagac agtcgcgaag atcttcggcc aacagatcgc ccggcaagcc
    11581 gtcgttgagt ccagcgagca cacgtcggat cgcctcgcct gcgcggcaga gcgcctcgta
    11641 gtgcctcgcg ttcgtgacga tcacgtcgtg cgtgccgacg gtcagtgcgc tagccagctc
    11701 cacgatctta cgcttcaccc gatcgatatc cgccggatcg tgacacgaga tgtgcatcgc
    11761 caacacattg tccgtcgtat ggatcgggct acgccgagcc agatcgttct tcgtgccgat
    11821 catcagcacc ggcttctcga agcgcttcag ccagtggctc gcctcgagcc aatcgtcgac
    11881 gttagtatca gtcaagtcga gcagataaag gatgatggcc gcctggtcag ccttctcgaa
    11941 gctgcgccgg atgcccatct cctcgatgcg gtcagtcgtc ccgtcgcgca ggccagcggt
    12001 gtcgatgaag cggaagagtt ggccgtcgag ggtaagcgtc tcctcgatcg tatcacgcgt
    12061 tgtgccgggg atatcggaga cgatggcgcg ctcctcgttg agcagcccgt tgagcagcgt
    12121 cgacttgccc acattggggc ggccaatgat ggccacaggc aggccgttct taatggcatt
    12181 accggcagcg aaggaggccg ccagcatgtc gatgcgtcgg gcaatgcgtt cggccaactc
    12241 gcggaggcgt gtgcggtcag caaactctaa ttcctcgtga tcgccgaagt ctaattccag
    12301 ctccacgagc gaggcgaact ccaacaactt agcgcgtagc gtggccagct cgtcggagaa
    12361 tccaccgcgc atttgattca tggccacgcg atgcattccg gctgaagtcg acgcgataag
    12421 atcggccaca gcctccgcct gcgacaggtc catgcgaccg ttgaggaaag cgcgctgagt
    12481 gaactcgccc ggccgtgcgg cacgtgcccc ggcctcgatg agccactgga ggaggcgctg
    12541 ttggataaaa gtggagccgt ggcaggacag ctccacggtg tcctcgcccg taaacgagtg
    12601 aggcgcacga aagatggtcg ccacgacctc gtcgagcagt tcgccgtcgc ggacaagacg
    12661 gccgaaggtc gctgtgtgcg aacggcgccc agcaagcggc gcacccgagc gaggttggaa
    12721 aagtcggtcg caaagggcga tcgcctccgg cccggagacg cgaatgatgg ccagcgcgcc
    12781 gctgcccgca ggtgttgata aggcacagat ggtggaggaa tcagtggtca taggttatgc
    12841 tttgggggga tacttgtcga agaacttata gaggttggag taggacttgc cgtcgctgta
    12901 ttgctcgctg tcctccgcgt atttgacggc tctttcgcgg gctgcctgct cctgaccgtc
    12961 ggcacgcagt gcggcgaccc agcgctcatg cttcgcccat tccatgtcct tgcaataacc
    13021 ggacacgtgt ttactcagct catcaacaac agcagcggac gagaatgatt tacaggtatc
    13081 cacgtaatga agcagaaacc agtattcgat agaaggaaaa ctatcgcaga tgaggacgtt
    13141 ctcgttattc ctgtacttgt ctttgatggc ctgcagtcgc cttctttccg tctcgttcga
    13201 cgccattacg tctgcgtcaa atacaacaac gacagagcct tttcctttca gcacttgttc
    13261 gatcttgtct tcaaaatcgc ctatcgcttt ccgcccaaaa ttgctcttat cgatttctgc
    13321 agggcagcag atgagatgac atagatgttt gaaataccag tactccgtaa cctttccttc
    13381 accgaggatt gtcggtttgg cttgacgagt ctctcgcgta ttgactctgc ttctgcttgt
    13441 ttttctcttg tccatcattc taataggtat taggcagcgc accgaagcgc ccgttgcgat
    13501 atgcgctacg gaaaggatac tgctgttcgt ctaacccacg gaactcgaca agcgaataga
    13561 ggctcgtatt cccgtcttct cccttctccg taaaccaaac cgagtctttg cgaaaaaggt
    13621 tatcgatctc gtcgagcaaa gggtcgtaat gcgtcgtgac caagagctgg ctccggcctt
    13681 cgctgttgag atattggtcg aggatcagcc tcacaagctc agggtgaagc gaggattcaa
    13741 tctcatcgat tgcgagaaag ccgttatgtt tttccgtatc atagatggcg gcttcgacac
    13801 cgtacaaacg gttggtgcca ttgctctgta actcatgcgg aagctcgtat atttccactc
    13861 catacttatt ctttaccgta tgctcaaagt agacattatg ccgatctaac gtttgctgcc
    13921 gcataacggc tcgcttcgcc ctatcaggga agtttgtgct ttgtcgcaca tagtttctta
    13981 tctcatcggt catttccatc gtttcggttt cgacatggat tcccgtgata ttgaaatcgg
    14041 cacgacgcat aaacgcagag aggaaatctc tcacttccgg atctttcgca gcgattaggt
    14101 tcgcattgaa atatacttga tccacctccg aaggaattgt tagtccgact tgatcctgta
    14161 tccaattgta gacatcatcg atgagaggaa gggacatatt gaccatcgat ctggccgtaa
    14221 aaaaggagag agagggcagg cattttatgg tcagctcctc gagtgcggcc ggggagactt
    14281 gcactatatc gccaaaggtg atgacggagc ggttgtcttg aaagatccgg tgcaaaagca
    14341 tcacctcatc atccacttct cccggataat agtgtagggt ttcttcgtac acccgcttgt
    14401 tgtcgagcga cagcgtatat ctatagcaga cctctccgac gaaaaaggtt agttcgaagc
    14461 gcgatggttc gttcatcgtt tcctgatcca ataagaaggg agtggcgcca gtcgctctat
    14521 tcggggtgat cagatcgtct aaccagaact tccgcaaaaa gtcgaaggcc tgcagcaggt
    14581 tggatttgcc cgaggcattt gcaccgtaga cgatggcgaa gcgcagtagg cgcgtccggc
    14641 cgatggtgac gacctgatct tcgccgaagc tacgatcgtc ggtggcgagg aagctaaacg
    14701 ttgtctcgtc gcggaaggag aggtagttct tgactttgaa ttcttgtatc atatctgatt
    14761 cttttttggt ggcgcgggca aagatagagg cacgacggag agcctcctga gccgcccctc
    14821 gcctgcacca ccgccaacaa tttgcgcccc gtctaccttt gcgcgcgcaa ttttcgggcg
    14881 gacatgtgga gacgcccata catttataca tatatgatct caattgaagg attgaccgtc
    14941 gaattcggcg gtttcacctt gctggacgga ctttcgttcg tggtgaataa gaaagaccgc
    15001 atcgcgcttg tgggcaagaa cggcgcggga aaatctacgc tgctcaagat cttggccgga
    15061 ctacagcaac cgacgagcgg caccgtaagc gtacctcgcg acacaaccat cggctatctg
    15121 ccccaacaaa tgcaactcga ggacacacgc accgtccgcg aggaggctga acaggcgttc
    15181 gcccacatcc acgagacgga ggccgaaatc gatcgcatca accgcgaact ctccgcgcgg
    15241 acggactacg aaagtgatgc cttccaagcc ctcatcgaac gcatgaccaa cctgactgac
    15301 cgcctgcggc tcatgggcgg aacgagctac caagctgagc tggagcgaac cttgatcggg
    15361 ttaggcttta cgcgcagcga cttcgaacgg ccgacggcgg agttcagcgg cggatggcgc
    15421 atgcgcattg agctggctaa actgctcctc aggcgcccag acgtccttct gctcgacgaa
    15481 ccgacgaacc acctcgatat tgagtccata caatggctcg aaggcttcat cacaacgtcg
    15541 gcaaacgccg tcctgctcgt ttcgcacgat cgcgccttca ttaacaacac aacccgacgc
    15601 acgctcgaga tcgaactcgg gcacatctat gattacaaag ttccgtacga ccaatatgtt
    15661 gagctccgcc gagagcgccg cgagcagcag caacgcgcct atgacaacca gcagaagatg
    15721 cttgccgaca ccgaagcctt cattgagcgc ttccgctaca aagctacgaa ggccgtacaa
    15781 gtgcaatcgc gcatcaagca gctcgcccgc gtggaacgca tcgaggtgga cgcggaggac
    15841 acggctatgc tccatctacg tttcccgccg gcgccccgtt ccgggtcgta ccccgtcatc
    15901 atcgagaacc tcgccaaaag ctacggcacg cacgtcgtat tctctggggc gaccttcacc
    15961 attcatcgcg gcgataaagt ggccttcgtt ggcaaaaacg gcgaaggcaa atccaccctc
    16021 gtgaagtgca tcatgggcga gatcacggat tacgagggta cactaaagtt ggggcacaac
    16081 gtccgcatcg gttacttcgc ccagaaccaa gcgcagctgt tagacgaaag caaaaccgtc
    16141 ttcgagacta tcgactacgt agcgacgggc gatatccgca ccaagatccg tgatatactt
    16201 ggcgccttca tgtttggtgg cgaagcagct gataagaagg tgcgcgtact ctccggcggc
    16261 gagcgcagcc gattggctat gatccgcctg ctgcttgagc ccgtcaacct gctcatcctc
    16321 gacgaaccca cgaatcactt agacatgcga tcgaaagatg tgctaaagga tgcgctgcgc
    16381 gacttcgacg gaacgcttat cgtcgtatct cacgatcgcg agttcctcga cggcttggtg
    16441 gataaagtct acgagtttgg acacggacgc atccgcgaac acctcggcgg catctacgat
    16501 ttcttagcgc gaaagaagat ggagaatctc cgcgagttag aacgccgcaa cactcctgtg
    16561 tcaccatcac cttccgccgc tgtcgctcct aaagaaatgc acgctgcacc tgagcgctcc
    16621 gcccagaaac tttcttacga ggaacaaaag gagcaggcgc ggaagctccg taaattggaa
    16681 aaggccgtag ccgactccga gcgcgagatc gctaatatgg agcgcaaaat atccgagctt
    16741 gaagcgcgta tggctacgcc agaaggcgcc gccgatgcgt cgctctttgc cgagcatgat
    16801 aacctgcaaa aagcgctctc tgatgcgatg gatcgttggg ctgaggctac agaagcgtta
    16861 gatgcagaga aaaaagaatc gtaaagacac aaaagcctta ggcaaataca tagatagaaa
    16921 ataaaacgtc caattgcttc acgcttttgg gcgttttttt gttatgcgta caaaagcctt
    16981 aggcaattgg acaaaataaa atgaaaatac ccaaaagcct caggcaattg gacaaaacaa
    17041 aacgaaaatg tccatttgcc tcaggcaatt ggacgaaaca aaacgaaaac gccaatttgc
    17101 ctcaggcaat tggacgaaac aaaacgaaaa tgtccatttg cctcaggcaa ttggacaaaa
    17161 caaaacacaa acatccattt gccttaggca attggatact tactacataa acactctaaa
    17221 gcctcaagca ataggatact taagatataa acgatcaaaa gccttaggct atcgggcgcc
    17281 caaataacag ggaactgaaa agcattgaca accctttgcc agcccgaaaa gcacccgaaa
    17341 aacaaaaaca ttcggccgcc aagatcgctg gcgccccatc ttactctgca atcttcacaa
    17401 acactttcac gcggaatgat ttttggtgca cgtccgtagc ccgcagaaaa aattactcat
    17461 ctttgcctcc ctaaaaatta acatcagagg gagatacgat gaatcacgcg aaaaagtaca
    17521 accgggcatc cgctacatcg cacggatcga cctattgaac ccagaaaaca ccagcaaaca
    17581 cacaacacac gtcctctgcc tcccccctca tcccccgacc gataatcctt aatcaataat
    17641 tacagcagta tgaaaaagaa attaataatg tggttggctc ttttcctttt cggaacggga
    17701 gccgctatgg cgcagacaca ggccagcggc acggtgtctg accagcaagg tgagcccatg
    17761 attggcgtca ccgtgcatgt gaaaggcaac gcctcgacgg gaacgatcac ggatatggac
    17821 ggcaagttct ccctctcggt gcccaacggc agcacactgg tgatctccta tgtgggatac
    17881 aagacgcagg agctgcccgc ggcggcaggc atgaaggtcg ttttgatgga tgacaatgag
    17941 cagctcgacg aagtcatcgt cgtggcttac ggtacggcca agcgctcggc ttttacgggc
    18001 tcggccacgg tgatcaactc cgatgcactc accaagaagc aggctacgaa cgtggtgcag
    18061 gccctggccg gacaagtggc gggcttgcag atgacgagcg gttcggggca ggccggaggc
    18121 gacgggccga cgatgttgct gcgtggcatc agctccatca gcgccggtac gagcccgctg
    18181 atcatcgtcg acggtgcacc ttacgatgga ggctggaaca acatcaaccc ggccgacgta
    18241 gagtccatct ccgtgctgaa agatgcggcc tcgaatgcgc tttacggtgc ccgtggcgcc
    18301 aatggcgtga tcatcatcac cacgaaaaac gcaaagtcgg gcgaagcggt catcacggcc
    18361 tcggccaaat ggggcgccaa cacgcgtggc acgatcgatt acgattacat caaagacccg
    18421 gggcagtatt acgaagcgca ataccgcgcc atctacaaca agctgcacta cgtggacaaa
    18481 ctctcagctg acgacgccta tgtacaggcg aatcaagact tggtcagcaa cgtgaaggaa
    18541 aaaggcggcc ttggctacaa cgtctacagc taccccagcg ggcaatacct gatcggtaag
    18601 gatggcaagc tgaatccgaa cgcgacgctc gggcgcgtgg tgaacggcta catgctgctg
    18661 ccggacgact ggatcaaaga ggcttacagc acttcgctgc gccaggagta taacgtgaac
    18721 gtgaccgggg gtaacgaagc gctgcaactc tatagctcct tcggctacct caaagacgat
    18781 ggcatcttgc ccaactctgg gtatgagcgc tattcggcgc gcgtcaaagc ctcgcatcag
    18841 gcgaagaaat ggctgaagta tggcgtcaat gcgggctaca ctgcgagcac tacgcagacg
    18901 cagtcagagg aatactcgac cgacctctcg gcctatacgc aaggcattgc cccgatctat
    18961 cccgtctacc tgcgcgataa gaacgggaac atcatgcaga attctcttgg gaaaatgtat
    19021 gactacggca caatcaacac ccccttgggc ttggcccgcc cggcttaccc gaactcgtcg
    19081 atccaagagt cgatccttga cttgcaaaag acgaaggcgc actcactgaa tggaaatgcc
    19141 tttgctgatg tcctctttac gaacgaactc aaactgacgc tcagcgcagc cacgtcaatc
    19201 aacggacgac gctatttctc caccggcaat cccttctacg gaagcggcgt agagaaaaaa
    19261 ggtaccatca gcgtttacca ttaccgcacc accacgctca acctgcaaca gctcttgaac
    19321 tacaaccaca ccttcggcga acatcacaac gtctccgccc tgctcggcca tgagttctac
    19381 aaatacaggt atgagcaact ggccgcaggc aagagcaaca tgttctctta ttggggcaac
    19441 cacgagctga atggggccgt gatcgacagc aagtcgtcta cgtcttacgc tacgaactac
    19501 aacaccgaag gctacttctt ccgtgggctc tacgactaca acggcaagta cttcggctcc
    19561 gtctccttcc gccgcgacgc ctcctcgcgc ttccaccccg accattggtg gggcaacttc
    19621 tactccatcg gcggcgctta cctgatctcg caagaggact ggttcaaatc aaaagccttc
    19681 gatctgctca agatcaagtt ctccatcggt cagcagggca acgacaacat cggcagctac
    19741 aactacactg accagtacac catcctcaat agcaacgacg aactctcact ccgcttcgtc
    19801 gataagggaa agaagaacat cacgtgggag acgaacacga acgtcaacct cggcgccgag
    19861 ttcgagctct ggaaaggcaa gctgacgggc gacatcgagc tcttctatcg caagacgacc
    19921 gacatgctta actggttctc cgtccccctc tccatcggtt atgccggata ctatgacaac
    19981 gtgggcgata tggtcaataa gggtgtagag gttgatctgc actacacgcc catcaagcgg
    20041 aaagacttca catggaccat caacctcaac ctgacgcact acaagaacaa gattacctac
    20101 ctgcccgaag agaagaaagt gtacgacata gacggctaca agggctattt aggcaccaac
    20161 cgcttctacg gtcaagatct gccgatcaat acatggtata tgcggcgcta cgccggtgtc
    20221 tcgtccgatg gcaaatcgct ctggtactac accgacaaga cgacgggcga agagaagaca
    20281 accgacacct actcttcagc tgactattac ctctgtggcg acccgaaccc cgacctctat
    20341 ggcggcttcg gcacctcgct caacttccgc ggcttcgact tctccgcaca attctcctac
    20401 tccatcggtg gtttgacgta cgactacgcc tatgctagca tgatggataa ccccatctcc
    20461 tcctcagcca gtggcttccg tatgcacaaa gacgtcttcg acgcttggtc gcctgaaaac
    20521 actggctcaa acatcccccg ctggtacttc aacgacctga acactggcaa catgtctgac
    20581 cgcttcctga tcgatggtag ttatctcaac ctccagaaca ttcagctcgg ctacaccgtg
    20641 cctgaaaacc tcacgaagcg tttaggcggc gtccgtaacc tgcgcctcta cgtcagctgc
    20701 gacaatgtct actactggtc taaacgcaaa ggcttggatc cgcgctactc tacctctggc
    20761 gacggcgcct caggcacagt ctcgccttat cgcacctact cggccggcct cagcttgcaa
    20821 ttctgacccc tcataaacca agaaacaatg aaaacgatga aaagaataat gagcattacg
    20881 aagatgaccg ccgctgtcgc cttgtcgcta atcatcggcc tcggcacgaa cagctgcatc
    20941 gaagagactt tccccgaaag ctcgacggct acggccgaac agatcgctga atcgccagcg
    21001 gcgaagacgg ccatgcgaaa tgccgtggtg ggatatatca atgcgtacga ttcatatggc
    21061 agcggtttcg ctttcgactt cggctactcc gcttggggcc tcttgcgcga cgtgatgtgt
    21121 gaagacttct acatcagcga tacccaatac gactacttca cccccttcga gacctgcgtg
    21181 tcacttgaca acgtcatatc cgacgcgctt tattactact actacaagtt cctcaacaac
    21241 cccaacaacc tgattcgctc gatagatctc aataaggccg atctgacaac gaagcagtgt
    21301 gtgggcgtgg cgcatgtcta tcgtgcattg atctttttag acatggcgcg cttctttgag
    21361 ttcaagaaga cgggcatcgc caagctcgat aacgaggcgg ccgccaacaa ggtctacggc
    21421 ctcaccgtgc ccatcgtcac cgagaagacc acagaggccg aggctgccaa caacccacgc
    21481 gcaccctatc aaacgatgta taaatacatc ctcgatgaat tggaaacagc cgacaaactg
    21541 ctctccggat atacccgccc gtccaaagac ctgcccaaca ccgccgtcgt ggccggactg
    21601 aaggcacgca cttggttgga gctcggcaca cacttcgaga agtatcccgc tgacttggcc
    21661 gccttcaccg ccgtccgccc agacatcacc tccgccaaag cctgctacgc caaggccgca
    21721 caattcgccc gcgaggccat cacctcgagc ggcgccaaac cgctgacaga gagcgaatgg
    21781 ttcggcggta ggaactactt cacggccttc aactccatcc aaacttccgc ttggatgtgg
    21841 ggatcgatta tgaaggaagc caacgtctac agtggctacg tcaatttcac gggaacggtc
    21901 tctgtggatc aagacttcgg cggcgtggcc agcattacga atcgcagcat gcgcatcatc
    21961 agcaaggcgc tctttgagca gatccctgac gctgactggc gtaaggccac ctggctcgac
    22021 cccgctgacg ccggcaaggt gccaggcacg aagtatcaca ccctgctcgt tgataccgtc
    22081 ttccagaagc tgcctgccta cgtggggctg aagttcaaac caaatgctgg caacacgggc
    22141 gacttcaagg tgggcgccgc tgctgactat ccgttgatgc gggttgaaga gatgtacttc
    22201 atcgaagccg aagctctggc cgccggtcag ggcgtcgcag ccggtgtctc tgccttggag
    22261 agctttatga agacatatcg ctacgacagc tacaagtgca aagccacctc actggccgac
    22321 ttccgcaaag agctgatgct tcagaagcgc attgagttct ggggcgaagg catcgtctat
    22381 tgggactaca agcgcctcga gctgaaagtc acccgcggtt acccaggcac caattgcccc
    22441 gtgggtctgc gcttgaactc actcgagggc tattgcgcgc cgtggttcaa catcttcttc
    22501 agcaagttcg aatcgctcca gaacaaggca gtcgtcctca atcctaaccc gtcgagcgtc
    22561 atctccgact ggacaggcca ataaccgccc cggtcgtaga ctcaaactaa aagaggcgcc
    22621 ccgcaccgtg tatgtgtgcg ggacgcctct ttgcttttat ccaccccggg cagaccaccc
    22681 tctaccctct atgaagatca tccgtaaatg atcttccccg actcgtcctt aaactcctcg
    22741 aagctcttgc tgtactgatt catcgcgcgc aggctcatgc ccatgctcga gaagccgccg
    22801 tcgtggaaga ggttctgcat cgtcacctta cgcgtaaggt cggagaagag cgtcacgcaa
    22861 tagtcggcgc agtcgtcggc cgtggcgttg cccagcgggc tcatcttgtc ggcgaagtcc
    22921 atcagatgat ccatgccctt gatgccgctg ccggccgtgg tcagcgtggg cgattgcgag
    22981 atagtgttga tacgcacgcc cttttcgcgc ccgtagatgt agccaaagct gcgcgcgatg
    23041 gactcaagga ggctcttggc gtcggccatg tcgttatatc cgaagaaggt gcgctgcgag
    23101 gctacgtagg tcaaggccac gatcgatccg ccctcagcga tggcgtcctg cttcttggcc
    23161 acctgcagca tcttgtggaa ggagacggcc gagatgtcga gcgtcttcgt gagcagatcg
    23221 tagtccagat cgtcgtaggt gcgcttcttg cgcacgttgg ggctcatgcc gatggagtgc
    23281 aacacgaaat cgatcttgcc gcccagtgca cgcgtcgatt cggtgaagac cgtttcgaga
    23341 tcctccacac tcgtcgcgtc ggcggggatc atcggcgcgc ccaagcgttc cgacagcttg
    23401 ctcacgtcgc ccatacggat ggcgatcggc gtgttcgtca gtgcgatcgt tgcgccctct
    23461 tcagcggccc tttcggccac cttccacgcg atcgacatat cgttcagtgc accgaaaatg
    23521 atgcctcttt tcccttgcaa taaattgtaa ctcattgttc tttctgtctt taattatcgg
    23581 cggcaaagat aggcatgcac gtgcgcccta cataaataac ccgacgacag tagggttaat
    23641 aaaatcaacg aagataataa cccgacgaca gtagggttaa taaaatcaat gaagataata
    23701 acccgacgac agtagggtta ataaaatcaa tgaagataat aatccgacga cagtagggtt
    23761 aataaaatca atgaagataa taacccgacg acagtagg
//
LOCUS       SEQF3106|MIQD01000033.123317 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..23317
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(169..2700)
                     /gene="pepN"
                     /locus_tag="SEQF3106_01148"
                     /EC_number="3.4.11.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q11010"
                     /codon_start=1
                     /transl_table=11
                     /product="Aminopeptidase N"
                     /translation="MKPYPLLLILSAVSLFAAGQPALHRYDAGVSRELAQLRKQEIKD
                     LRYDLRFSIPRDKHTPVTGEGRIRFRLDAPTEIVIDFREAKDKIAEVKVNGKTAAYTF
                     RNEHIILPATLTQAGDNAISVRFTAGDQSLNRNDDFLYSLSVPDRARTIFPCFDQPNL
                     KAVFALTLDLPAEWVGVSNTRIMKEEKHADRKTLHFAPTRPLSTYLFAFAAGRFEQRT
                     YHGEGRTLTAYYRETDPQKVAQLDTIFRQTTAALAWLEAYTGMPCPFDKQDFIILPGF
                     QFGGMEHVGATLYNDTQLFLGPNPTPDEELRRIQLIAHETAHTWFGNLVTMDWFDDVW
                     TKEVFANHFSAWITEPLFPSVNHKLQRMRTFFASALSEDRTPGTNAIHQELDNLRNAG
                     LIYGQIIYNKAPVVMGKIIELMGEDAFREGIREYLRTYAYSNATWDDLIRILDRHTPE
                     DLIAFNDAWVNRKGMPIIRFTSHGNTLEIRQTDRYAPGLVRPQRFAVTLAAEGQTDTT
                     LEVNLRDSIVRLTLPFTPERVLPNTDGRAYGLLIPDSASRDWLLAHWHETTDETTRLA
                     RLMLLHENYQACLIPDALWLDALMNGLRTEANPLLFSTITSYISTPLRALSDALREGS
                     EDSLLRLSTSHPQRSSRQRLLRMLIHSAASPATLARLYTIWRDRSEPLLNERDYTDLA
                     YSLAVRLPDRSDSIVRTQRARLTDPDRIRRFDFIARAMTPDTVALDTLFRSLLIPENR
                     RIEPWTSALLGWLNHPTRERHAVRYIRPALDALRDVQRTGDIFFPRDWLGALLRNHRS
                     PEAYRELLNFLDANPGYPPLLLNKIWQAAYPLYRENEKRKSKNEQ"
     CDS             3599..4624
                     /gene="pht4"
                     /locus_tag="SEQF3106_01149"
                     /EC_number="1.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q05184"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative 4,5-dihydroxyphthalate dehydrogenase"
                     /translation="MKPIRFAVVGCGHIGKRHAEMISREGGAELVALCDTRPKSELAV
                     DAYADVPFFSSLGELLASNLSFDVVNICTPNGLHAQMAIQAIETGHHVVIEKPMALTT
                     ADAEKVVYAGLKYRKQIFCVMQNRYSPPSVWIKDLIESGRLGHIYMVQLNCYWNRDAR
                     YYRPGGWHGTADLDGGTLFTQFSHFIDILYWLFGDITDIHARFADFNHEHLTDFEDSG
                     IVSFRFTNGGLGSLNYSTSVWDKNQESSLTIIAKNGSVKIGGQYMDKVEYCHIKDYTM
                     PDLPPTNPGNDYGAYKGSAQNHHYVIRNVVNVLSENTTDTITTNVLEGMKVVDIIGRM
                     YAEKSKA"
     CDS             4637..5923
                     /gene="wbpA_1"
                     /locus_tag="SEQF3106_01150"
                     /EC_number="1.1.1.136"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:G3XD94"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetyl-D-glucosamine 6-dehydrogenase"
                     /translation="MGKKAIAVVGLGYVGLPLAIAFSRKYKVVGYDINPQRVAELSSG
                     TDRTAEIESPLLHDCLTSHQDSERGLLLTSRIEDIRSCQIYIVTVPTPISKLKTPDLS
                     FLLKATKSIAQILKKGDIVVYESTVYPGCTEEECVPVLEQESGLKYNQDFFCGYSPER
                     INPGDKRNTLTTIKKVVSASTSKVLDELENLYGSIINAGTYRAPSIKVAEAAKAIENA
                     QRDVNISFVNELALIFDKMGIDTSEVLEAASTKWNFLKFTPGLVGGHCIGVDPYYLLH
                     KSQSLGYNPQVILSGRNVNDKMGSFIAQKVIKLMIRKQIRIAGSKVLILGFTFKENCP
                     DIRNTKVIDVVRELQEYNVSVDVYDPYACRDIVLKEYGISLMQGKPEFRQYDGIILAV
                     GHDEFTRTDFSFMKNRRGILFDVKGVLPREWIDGRL"
     CDS             5926..7404
                     /gene="tuaB"
                     /locus_tag="SEQF3106_01151"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O32273"
                     /codon_start=1
                     /transl_table=11
                     /product="Teichuronic acid biosynthesis protein TuaB"
                     /translation="MDSQAVQEELQEGPSLKEKTAKGLFWGGISNFVQQVIGMAFGIA
                     IARILSPDDYGLVAMLAIFTAIANTVMDSGFTTALINKKTIEHRDYNAVFWFNVFAAV
                     GMYIILFFAAPLIAHFYKQPILTNLSRVLFLSFIIAAVGIAHNAYLLKKIMAKQRGII
                     DMAAVFCSGIVGLILALNGFAFWGLVVQQLTQISAAVLLRWYYSPWRPTLEFDFTPLK
                     EMFGFGVKIFVGVIIGMLSANIFSVILGRYYGKTETGYYSQGNKWASLGNSVLSGMIT
                     GVAQSVLVEASDNIHRQANVFHKLIRFGAFVTFPAMFGLFFVGKEFVLLTIGERWIGS
                     VVFLQLFCIWGSFSFLESIYVYLLISKGKSDVYVWIITVMCSLQILSALLMRPLGIVP
                     MIAAYIVIRLMCFFPNHYFTNKLIGVRFLSVIKDVLPYFVVVVFSIGVTWFITKNIGN
                     IYMLFSIRILLVATFYIGILWMTNSVLFKESLGFVTGKFKSL"
     CDS             7404..8381
                     /gene="strE_1"
                     /locus_tag="SEQF3106_01152"
                     /EC_number="4.2.1.46"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P29782"
                     /codon_start=1
                     /transl_table=11
                     /product="dTDP-glucose 4,6-dehydratase"
                     /translation="MQTILVTGADGFIGSHLTEMLLEQGHHVKALSYYNSFNDWGWLE
                     GLDHPELEVVTGDVRDPYFCKHLSKDVDTIFHLAALIAIPYSYIAPDSYVDTNIKGTL
                     NICQAAKENGVKKVLITSTSETYGTAQYVPIDEKHPKQPQSPYSATKIAADAMAMSFY
                     NAFELPVIVVRPFNTYGPRQSARAIIPTIITQIMSGMKEIRLGDLSPIRDFNYVKDTC
                     RGFVELSNCDQAIGQEINICSNYEISMRDIFELVARLMLADVKFIEDAQRLRPAGSEV
                     FRLWGDNTKLKSLTGFTPLYSIEEGLKETIEWFKNDKNLAKYKSEIYNV"
     CDS             8387..9541
                     /gene="epsN"
                     /locus_tag="SEQF3106_01153"
                     /EC_number="2.6.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q795J3"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative pyridoxal phosphate-dependent
                     aminotransferase EpsN"
                     /translation="MESSYKKITDFIHDLYGAPEVPLHAPCFIGNEKKYLAECVDTTF
                     VSSVGQFVDRFEEKMAQYTGAARAVTCVNGTNALHLALLLVGVEQGDEVLTQALTFIA
                     TCNAIRYIDAHPVFLDVDQSTMGLSPDAMRDWLFRNAEMKDSQCFNKNTQRRIKACVP
                     MHTFGHPARIDEIAAVCKEYHIELVEDAAESLGSLYKGQHTGLFGRVGVISFNGNKTI
                     TTGGGGMLLLNNEELGAQAKHLTTQAKVPHRWEFIHDRVGYNYRMPNINAALGCAQLE
                     HLEEFVLNKRETAEKYHAFFATIDDMDYFLEPENCRSNYWLNTILLKDRQAQQDFLQY
                     TNAHGIMTRPAWQLMNRLEMFKGCETDGLKHTQWLEERIVNIPSSVNLKK"
     CDS             9545..9775
                     /locus_tag="SEQF3106_01154"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELKEFIERIADQFDDTDISEFVPTTNFKELEEWSSLTALAVLN
                     MIAKKYNINIKNGDLLEINSIEELFNYVLSKQ"
     CDS             9775..10524
                     /gene="fabG_2"
                     /locus_tag="SEQF3106_01155"
                     /EC_number="1.1.1.100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P50941"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] reductase FabG"
                     /translation="MEQNPFSLSNKTVLVTGASSGIGRAISIRCSEMGASVILTARNR
                     ERLRETLHQMSGKNHIELVADLTDKVSMDNLVEQLPDLDGIVHCAGVNHRIVTKLIEP
                     ADIEQTISPNLVAPILLQTALLKAKKIKKEASIVFIASRAAYAPSVGNALYSASKGAM
                     ISYAKVLALELAPRQIRVNCICPAMVLTNMISNIGFNHDKLNEAQQKYPLKRYGTPDD
                     IAYLSIYLLSSKSSWMTGSCIDITGGGEGVL"
     CDS             10540..11541
                     /gene="fabH_3"
                     /locus_tag="SEQF3106_01156"
                     /EC_number="2.3.1.180"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A1KRY9"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 3"
                     /translation="MGTYIKAISYYLPQKTVSNEQLAEEFPEWSVEKITSKIGVTQRH
                     LAAEDETATDMGISAAKKLFDEHRIDKKTIDFVLLCTQSPDYFLPTSSCIIQNELGLP
                     TSCGAVDYNLGCSGFIYGLSIAKGLIAIGVARNVLLITAETYNKHIHYKDKGNRAIFG
                     DAASACLISTDGFAEIKDFSLGTDGRGAENLIVRTGAFRNKSPRNDLTFDSSGNPISG
                     DYLYMNGSEIFNFAAEVVPVLIEDVLKINQLTRDDIDLYVFHQANKYMINYLRKLLGL
                     PKDKFYIYLEETGNTVSSTIPIALYQAKKANKLSGNILLAGFGVGYSWGGVILKMQK"
     CDS             11538..12566
                     /locus_tag="SEQF3106_01157"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIYSIKYAESSDCLKIQFFIEKHWKKDHILSLSKELLDFQHLNP
                     LSRKYNFIIAINNTTSEIDALLGFIPTYQYDKGLFEQGDYWGAIWKVRSDVQNVEIKN
                     LGLSIWEKLFELDNFRSWAAIGISEIAKKIYTISGMQIGELAHYYLPNISVKDFYIAD
                     HVNATQVSIPKYPENIAIREVCIEQIRERIDCTYRPRKSIAYLKNRYLNHPFYKYHFW
                     GIFDSDRLVSIWTLRIIKMNKSRAIRIVDILGNIEYLPCLSAELQKMLVDIGAEYMDI
                     LNYGINEEVFFNLGFLKLNPIGDVIIPNYFEPFERKNIRIEFAYKADFNYVIFKGDSD
                     QDRPNMMP"
     CDS             12590..13594
                     /locus_tag="SEQF3106_01158"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYHYIRDLKKSRYPRIKGLDIHLFKEQLEYLKKHYNFVTIEQII
                     AAFDGKINDGNMLTDGLPPNPVLLTFDDAYIDHFINVFPVLKKYHIQGAFYPPVKAIT
                     EHRVLDVNKIHFILALTSEDKFPCLLNEIKQLLLKYQEEFDLRSFDYYFEKLATANRF
                     DNKETIFVKRLSQVELQEKLRKQITDELFANVVGIDEESFSHELYMNIDQLQCMADCG
                     MHVGSHGYDHLWLGTLNKEQQKYEIEKSREFIQRINGNLNHWTISYPYGSYNDDTISL
                     LKTFGCKLGLTTEVSLCSVSSVQDSIYKLPRLDTNDIPKDANAVVNKWYVESNDRNIA
                     "
     CDS             13591..14226
                     /gene="epsM"
                     /locus_tag="SEQF3106_01159"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P71063"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative acetyltransferase EpsM"
                     /translation="MNRSLILIGGGGHCKSVINVAESAGFRILGILDTAEHIGEKVLN
                     YEVIGTDEDICRLIDYASFIVTVGHIKDASLRIKLHEKVLRKNGTLATLISPTAIISR
                     YADIGEGSVIMHQAVVNADVRIGRGCIINTFANIEHDSVIGDYTHVSTGTMVNGNCCV
                     GEASFLGSQSVMVNGTSITDGCVIAAGSVVRKDIKIRGIYSGNPALLKVRL"
     CDS             14223..15233
                     /gene="legI"
                     /locus_tag="SEQF3106_01160"
                     /EC_number="2.5.1.101"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q0P8T1"
                     /codon_start=1
                     /transl_table=11
                     /product="N,N'-diacetyllegionaminic acid synthase"
                     /translation="MNKTIIIAEAGVNHNGDIRIAKQLVDAAAMAGADYVKFQTFKTE
                     ALVSKDARKANYQQQNMFSTDDTSQYSMLKKLELSREHHYELVTYCNRKKIKFLSTPF
                     DLSSIDFLASLHLGLWKIPSGEITNYPYLKRIALRHEPVIFSTGMCEMTDIEEAMKVL
                     LRNGLTKEQLTVLHCNTEYPTPMRDVHLHAMKTIADQLGVKVGYSDHTLGIEIPIAAV
                     ALGACVIEKHFTLDREMDGPDHRASLEPKELTQMVSAIRNVEKALGGTEKKVSASEEK
                     NRCIVRKSIVAAYDIKKGDVFTEENLTVKRPGDGISPMQWEHVLGKEAKQDFATDDLI
                     VL"
     CDS             15230..16384
                     /gene="legG"
                     /locus_tag="SEQF3106_01161"
                     /EC_number="3.2.1.184"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q0P8T0"
                     /codon_start=1
                     /transl_table=11
                     /product="GDP/UDP-N,N'-diacetylbacillosamine 2-epimerase
                     (hydrolyzing)"
                     /translation="MRKVCVVTGTRAEYGLLSRLMWLIGEDHDLTLQIIATNMHLSPE
                     FGLTYKEIEADGFTIDKKVPMHKLADTSNGIVKSMAVELSGIADAYEELRPDLIVLLG
                     DRYEMLIAATAALIYKIPIAHIHGGEITEGAFDDAIRHAITKMSHLHFTSTEEYSRRV
                     IQLGEQPDRVFYVGSLGVENIKKITLMSKDEIEKSLGFELNKKTVIATYHPATLTKEN
                     NRIEMDEFLTALDEEKNIRILFTMPNSDPEETYISKRISEFTTKNKERAVAFTSLGVK
                     RYLSVIKHVAAVIGNSSSGIIEAPSLGIPTLNIGDRQKGRVTCDSIISCYSDKDSIRK
                     GLKKVLSEEMVEIAKEVRNPYEKENTAQSIFNVIKSFSLNNLTQKPFYNL"
     CDS             16386..17423
                     /gene="cugP"
                     /locus_tag="SEQF3106_01162"
                     /EC_number="2.7.7.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P74285"
                     /codon_start=1
                     /transl_table=11
                     /product="UTP--glucose-1-phosphate uridylyltransferase"
                     /translation="MERFAKYLIEDTATIKDALVALNKLSIDPLTLFVVNNNKVMTGT
                     LTDGDIRRWLVAGGSLEDCVQEAMEKRFHFLEKKIDVNQVKYLRENQIKLVPYLDCDG
                     KIAKIYDLKRKRSILPIDAVLMAGGRGERLRPLTEKVPKPLLPVGDKTIIDYNVERLL
                     SYGVEHISITVNYLKEQIESHFKEKRENIQVECVREPAYLGTIGSVKFVPTFHHDTIL
                     VMNSDLFTNIDYEEFYLHFRKYNADMSVAAVPYSHSVPYGVFELDGYDILGIKEKPVF
                     NYYANAGIYLIKKSLFGLMPDNVYCDATDLMDLLIKRRKKIIRFPLMGFWMDIGKRED
                     YAKVQEIAKYL"
     CDS             17420..18112
                     /gene="neuA"
                     /locus_tag="SEQF3106_01163"
                     /EC_number="2.7.7.82"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5ZXI0"
                     /codon_start=1
                     /transl_table=11
                     /product="CMP-N,N'-diacetyllegionaminic acid synthase"
                     /translation="MINTDKKILAVIPARGGSIGLPGKNARLLRGRPLICYSIDAARG
                     VLSDKHICVSTDDREIIQIVQNYGLYVPFIRPDELATDRSSVNDVLLHALDFYKQRSI
                     DYDVVLLLQPTSPLRTSQDIEKAFSLYDDSIDMVVSVSISHAPSVLCKENQSGFVELM
                     LNPTAGRRQNVPVYYEYNGAIYIINSRSLREKGISNFEKKIKYIMPKHRSIDIDDQYD
                     FMYAETILAHER"
     CDS             18102..19433
                     /locus_tag="SEQF3106_01164"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVSQKNPIVYIVHHVDTEGPLYESVSETFKRIEEITGISIPLS
                     PTKNNLIKIQKGKVDFLRLDEIEKMKVIISPHLLEYKSSWKEIDEMLFRILTSDFRNK
                     YKDSFGNGWIYNWHILDHVGFETNPRHRDMGYLNIYDHYMETFSQVGDCQVDAVEWHF
                     HPIHYKKQANISATSYDNNSEILYQILCRRLIERNYFPLVNRAGFHTERPDSNWFLEQ
                     WIPFDASNQSIENDDYYSSARFGDWAGAPHDWSIYHPDIYDWRKIGRCNRYIARVLNL
                     KTRFRNITIGEIRKAFSIARRGQCDVYLGVTDHDFREISVEIDEFYKMLLKVSKEYGD
                     VDFSFARSVDAFRNVVGITGQEEKIDLDFKIEGNLLQLDVISGEPFGPQPFLAIKTKS
                     GEYLHDNLDFGKFKQQYYYTFDVYTVPLDEIASVKIACNDKYGNQCIKTII"
     CDS             19453..20196
                     /gene="ubiE_1"
                     /locus_tag="SEQF3106_01165"
                     /EC_number="2.1.1.163"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01813"
                     /codon_start=1
                     /transl_table=11
                     /product="Ubiquinone/menaquinone biosynthesis
                     C-methyltransferase UbiE"
                     /translation="MDQFKFDTSYNQYWKDRVKNASDGTKVPRLEVIEELVADLKISS
                     KDKVLDLGCGQGRIFPVMKHYTNIIFGIDIDLSMINDATLYDYTSLHVAAAEDSRCPD
                     NYFDKIVMLGTFDVVEQEKSLAEINRILKIGGACLITGKNDTYCKDDEKAFIAERNAK
                     LKNFPNRFTDVKKLIEHLPVLGYSCEKLNIFIRRGDFGDNKKTRVTENWIPEFYEYCI
                     ILKKTRNASRIDVRFASEFSKTAKDMTRE"
     CDS             20258..21562
                     /locus_tag="SEQF3106_01166"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMHRVDILDLEYSSKGRDVDIAEPILSYLELKYNLKIVRKCSAL
                     DWQYYLLKYRPKIVFIANGVGSISQFYIVKTAYFLGAKVVTHCSEGDYQETKNGAIDF
                     FWGWNKDRILYEDLHLEWSQRNIDLVKKYIGNFSSIKLSGAVLFDKYKLLRGRFLKKE
                     DFLKKYNKTVYDKVVGIAGWGFDLFTDDKIKNSISGRFSEEERSKILLSKDAVKGILE
                     QIIQDNPDILFILKYHPLSVDKQASEFYGIPELPNVLILQTEETIFDLINVCDVWGAY
                     ESTTAMEAWLIGNKPTFLIHPIDDDFVRSKISEGSPRIKNTQDLQDFLDEYFTIGESA
                     SFKQLESKRQKIIERIIQWSDGRNYQRAAEYIYKLYKSERKRLVKINRFVLCVYSRFI
                     YKKITRQIRRLLRLPLYVDGRFTDNEREEWHQIYYKAVKRHE"
     CDS             21567..22256
                     /gene="ubiG"
                     /locus_tag="SEQF3106_01167"
                     /EC_number="2.1.1.222"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00472"
                     /codon_start=1
                     /transl_table=11
                     /product="Ubiquinone biosynthesis O-methyltransferase"
                     /translation="MDLKGIYIKLLSFYDKKTQQREDRMILNFLRKIDNKEKLYIEIG
                     AGLGRFIRLVKERYQFQCCAVEINKDLAKKVEQMGIETYNINFLNNKFPENHFDVVHC
                     SHVIEHVAYPQIIRFLDELIRITKPGGHIIIRSPLLTADFFTCIDHIRPYPPKTILDY
                     YSNPQQQIPGEYSISPVRIRLRRGAYQVNPYSYSLLFRIINLIFKLLWGVSGFPFSKP
                     NGYMAVFLKDK"
     CDS             complement(22455..22751)
                     /locus_tag="SEQF3106_01168"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVLQRSRGGKLCCGREPFIHTYSRKREKEGDRIIDAFFQGLVTQ
                     IIPYPKHKQQDFEHEQCRVSRMPTAFYVLVCLRLRHVLIGRQSMILDLEEKFVL"
     CDS             23079..23285
                     /locus_tag="SEQF3106_01169"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEGSAPDSTTVCRFRNILVEADLYDKIIAQHLRVSAQIFPTRYS
                     EHLGRVECLIYLPFLPLLEEVFLL"
ORIGIN      
        1 ttgttcgttt ttagattttc gttcccataa taatgccggg tacatggatg gaaactccat
       61 cacgtgtgcc cggcattttt cattgttcgt ttttagattt tcgtttttcg ttcccgtaat
      121 aatgccgggt acatggatgg aaaccccatc atgtgtgccc ggcatgtttc attgttcgtt
      181 tttagatttt cgtttttcgt tttcccgata gagagggtag gcggcttgcc aaatcttgtt
      241 gaggagcagg ggcggatagc cggggttggc gtcaaggaaa ttgaggagct cgcggtaggc
      301 ctcggggctg cggtgattgc gcaggagggc gccgagccag tcgcggggga agaagatgtc
      361 gccggtgcgc tggacgtcgc ggagggcgtc gagggcgggg cggatgtaac ggacggcgtg
      421 gcgctcgcgc gtggggtggt tgagccagcc aagtagggcg gaggtccagg gctcgatgcg
      481 gcggttctcg gggatgagta gcgagcgaaa gagggtgtcg agggcgacgg tgtcgggcgt
      541 catggcgcgg gcgatgaagt cgaagcggcg tatgcggtca ggatccgtca ggcgggcgcg
      601 ttgggtgcgg acgatggaat cgctgcggtc gggcaggcgc acggcgagcg agtaggcgag
      661 gtcggtgtaa tcccgttcgt taaggagcgg ctcggagcgg tcgcgccaga tggtgtagag
      721 gcgggcgagg gtagcgggcg aagcggcgct gtggatcagc atgcggagga ggcgctggcg
      781 ggaagatcgc tgcggatggc tggtgctgag ccgcagcaga ctatcctcag agccttcgcg
      841 gagggcatca gagagggcgc ggagtggcgt ggagatgtat gacgtgatgg tggagaagag
      901 gagggggttc gcctcggtgc ggagtccgtt catgagggcg tcgagccaaa gggcgtcggg
      961 gatgaggcag gcctgataat tctcgtgcaa aagcatgagg cgggccaggc gcgtggtttc
     1021 gtcggtggtc tcgtgccaat gggcgaggag ccagtcgcgg ctggcgctgt cggggatgag
     1081 caggccgtag gcgcggccgt cggtgttggg caggacgcgt tcgggggtaa agggcagggt
     1141 gaggcgcacg atgctgtcgc gcaggttgac ctcgagggtg gtgtccgttt gcccctcggc
     1201 ggcgagggtg acggcaaagc gttgcgggcg gacgaggccg ggtgcatagc gatcagtttg
     1261 gcggatctcg agcgtgttgc catgcgatgt gaagcgaatg atgggcatgc ctttacggtt
     1321 cacccaggca tcgttgaagg cgatgaggtc ctcgggcgtg tggcggtcga ggatgcggat
     1381 caggtcgtcc cacgtggcgt tgctgtaggc gtatgtgcgg aggtattcgc ggatgccctc
     1441 gcggaaggcg tcttcgccca taagctcgat gatcttgccc atcaccacgg gcgctttgtt
     1501 gtaaatgatt tgcccgtaga tgagtccggc gttgcgcagg ttatccagct cttggtggat
     1561 ggcgtttgtg cccggggtgc gatcttcgga gagggcggag gcgaagaagg tgcgcatgcg
     1621 ttgcagcttg tggttgacgg aggggaagag cggctcggtg atccaggcag agaagtggtt
     1681 ggcgaagacc tccttcgtcc atacgtcgtc gaaccagtcc atcgtgacga ggttgccgaa
     1741 ccatgtgtgg gccgtctcgt gcgcgatgag ttgaatgcgt cgcagctcct cgtcgggcgt
     1801 agggttgggg ccgaggaaga gttgtgtgtc attatataag gtcgcgccga cgtgctccat
     1861 gccgccgaat tggaatccgg gcaggatgat gaagtcttgt ttgtcgaagg ggcagggcat
     1921 gccggtgtag gcctcgagcc aggcgagtgc ggcggtggtt tgtcggaaga tcgtgtccaa
     1981 ctgggcaacc ttctgcgggt cggtttcgcg gtaataggcc gtcagcgtgc gcccctcgcc
     2041 gtggtaagtc cgttgctcga aacgtcccgc agcgaaggcg aagaggtacg tgctcagcgg
     2101 acgtgtcggc gcgaagtgga gcgtctttct gtcggcgtgt ttttcctctt tcatgatacg
     2161 cgtgttcgac acgccgaccc attcggcggg aaggtcgagc gtaagcgcga agacggcctt
     2221 caggttgggc tggtcgaagc acgggaagat cgtccgcgca cggtcgggca cggagaggga
     2281 gtagaggaag tcgtcgttgc ggttgagcga ctgatcgccc gcagtgaatc gcacgctgat
     2341 cgcgttgtcg cccgcctggg ttagcgtggc cggtaggatg atgtgctcgt tgcggaaggt
     2401 gtatgcggcc gtctttccgt tcaccttcac ctcggcgatc ttgtccttcg cctcgcgaaa
     2461 gtcgatgacg atctcggtgg gcgcatcgag tcggaagcgg atccgcccct cgcccgtgac
     2521 gggtgtgtgt ttgtctcggg ggatggagaa gcgcaggtcg taacgcaggt ctttgatctc
     2581 ttgcttgcgc agttgagcga gttcgcgtga gacgccagcg tcgtagcgat gaagtgcagg
     2641 ttggccggcc gcgaacaggc tgacggcaga aagaatcagc agcagggggt atggtttcat
     2701 gatgaagaaa taaatgttta gggggtaatg gtaattcagg gcagcaaaac tatggtggca
     2761 aaatcaagcg ggggcaacgg ggcgcctcgc ttttggtgct actccgaaaa aaaacgacgc
     2821 tggaacctca gggttcagct tcacttttcg aaaagcagcc ctggaacctc agggttcagc
     2881 ttcacttttc gaaaagcagt cctggaacct cagggtttag cttcactttt cgaaaagcag
     2941 tcctggaacc tcagggttta gcttcacttt tcgaaaagca gtcctggaac ctcagggttt
     3001 agcttcactt ttcgaaaagc agtcctggaa cctcagggtt tagcttcact tttcgaaaag
     3061 cagtcctgga acctcagggt ttagcttcac ttttcgaaaa gcagtcctgg aacctcaggg
     3121 tttagcttca cttttcgaaa agcagccctg gaacctcagg gtttagcttc acttttcgaa
     3181 aagtaatcct ggaacctcag ggtttagctt cacttttcga aaagtagccc tggaacctca
     3241 gggttcagct tcacttttcg aaaagcagcc ctggaacctc agggttcagc ttcacttttc
     3301 gaaaagtagc cctggaccct cagggttcag cttcactttt cgaaaagtag ccctggaacc
     3361 atctcgcgtt cggagctcag acacttattc aaggtcttcc cctccacgat ttcctcaggg
     3421 tatggtggta attcgttttc atgtgactat gttctctcgt cgttgcgcag tctacacggt
     3481 tagaattcca cttttgggtt tccgtatccg gatcgccact ctatatttgc cgcgcttttg
     3541 aggttactcc gtctgggagt gacgagcctt tggcgtatca tagagcaagc aaggaaacat
     3601 gaagccgatt cgttttgctg tcgtgggttg cggccacata gggaagcgcc acgccgagat
     3661 gatcagccgt gaaggcggcg ccgagctggt ggctttatgt gacacgcgcc cgaagtcgga
     3721 gttggccgtc gatgcctatg ctgatgtgcc gtttttcagc agcttgggcg agttgcttgc
     3781 cagcaacctc tccttcgatg tcgtaaacat ttgcacgccg aacgggttgc acgcccagat
     3841 ggctatccaa gcgatcgaga ccggtcatca cgtcgtcatc gaaaagccga tggcactcac
     3901 cacagccgat gcagagaagg tggtttatgc cgggctgaag tatcgcaagc aaattttctg
     3961 cgtgatgcag aaccgctact cgccaccttc tgtgtggatc aaggatctga tcgaatccgg
     4021 tcggttggga catatatata tggtgcagct caattgctat tggaaccgcg acgcgcgtta
     4081 ttaccgtccc ggcggatggc atggcacagc cgacttagac ggcggaacgc tcttcaccca
     4141 gttctcccac ttcatcgaca tcctttattg gctttttggc gatatcaccg atatacatgc
     4201 gcgtttcgcc gacttcaatc acgagcacct caccgacttt gaagattcag gcatcgtcag
     4261 tttccgcttt acgaatggcg gcctcggttc gctcaattat tcgacgtcgg tatgggataa
     4321 gaaccaagag agcagtctga cgattatcgc caaaaatggc agcgttaaga tcggcgggca
     4381 atacatggac aaggtcgagt actgtcacat caaagactac acgatgcccg atcttcctcc
     4441 caccaatccc ggcaacgatt atggcgccta caagggttct gcacagaatc atcactacgt
     4501 aatccggaac gttgtcaacg tcctctcaga gaatacaacc gatacgatca cgacaaacgt
     4561 tctcgaaggc atgaaagtcg tggatattat cgggcggatg tatgcggaga aaagtaaggc
     4621 atagggtaaa gccagaatgg gaaagaaagc gattgcggta gttggattag gttacgtcgg
     4681 cttgccatta gcgatagcgt ttagccgcaa atacaaagtc gtaggctatg atataaatcc
     4741 gcaacgcgtc gcagaacttt cttccggtac ggatcggaca gcagagattg agtccccctt
     4801 gttgcatgac tgcctcactt cacaccagga tagcgaaaga ggtctactct tgacatcgcg
     4861 aattgaggat atacgttctt gtcagattta catcgttaca gtcccgacac caatatctaa
     4921 gctgaaaaca cccgatcttt cattcctgtt gaaagcgaca aaatcaatcg ctcagatcct
     4981 aaaaaaagga gacatcgtgg tctatgaatc cactgtttat ccgggatgca cagaggagga
     5041 atgcgtgcct gtattggaac aagaatctgg gctgaaatac aaccaagact tcttttgtgg
     5101 ctattctccg gaacggatta atccgggcga caaaaggaat acgctgacta cgatcaaaaa
     5161 agtagtttca gcttctactt caaaggtgtt ggatgaattg gagaatctat atggttcaat
     5221 tattaacgcg ggaacataca gggcgccatc gattaaagtg gcggaggccg ccaaagcaat
     5281 agaaaacgct caacgagatg tcaatatctc attcgtaaat gagctggcat tgatcttcga
     5341 taaaatgggg attgatacga gtgaagtgct ggaggccgca tccaccaaat ggaacttttt
     5401 gaaattcact ccaggtttgg tcggtggaca ttgcattggc gttgatccat attatttatt
     5461 gcacaaatct cagagtttag gatataatcc tcaggtcatc ctttccggac ggaatgtaaa
     5521 tgataagatg gggagtttca tcgcccaaaa agtgatcaaa ctcatgatcc gaaaacaaat
     5581 tcggatagcc gggagtaaag tcctcatttt aggattcacc ttcaaggaaa attgccctga
     5641 catacgtaat acgaaagtta ttgatgtagt acgtgaatta caggagtata atgtctccgt
     5701 tgatgtctat gatccctatg cgtgtcgtga tatcgtctta aaagaatatg gcattagctt
     5761 aatgcagggt aagcctgagt ttcgacaata tgacgggatt atattggccg tagggcatga
     5821 tgaatttact cggactgatt tttcgtttat gaagaatcga cgaggcatcc tttttgacgt
     5881 gaagggtgtg ttgcctcgtg aatggattga cggaagattg taagaatgga ttcgcaagct
     5941 gtacaggagg agcttcaaga agggccctcg ctgaaagaaa agacggcgaa aggattattt
     6001 tggggtggaa tcagcaattt cgtccagcaa gtgattggta tggcttttgg tatagccatc
     6061 gcccgaatcc tttcccctga tgattatgga ctcgttgcga tgcttgccat ttttaccgct
     6121 atagcgaata cggttatgga tagtggtttt accacagcat tgatcaataa aaagacgata
     6181 gaacatcgcg attataacgc tgtcttttgg ttcaatgtgt ttgcagcggt tgggatgtac
     6241 atcattctgt tttttgccgc accactaatt gcacattttt ataaacagcc gatcttaacc
     6301 aatctgtctc gggttctttt tctcagtttt attattgctg ctgttggaat tgcacataat
     6361 gcatatctgc taaagaaaat catggccaag cagcgcggta ttattgatat ggccgcggtg
     6421 ttttgttcgg gaattgtggg attgatcttg gcattaaatg gctttgcctt ttggggatta
     6481 gttgtccaac agttaactca aatatccgct gctgtattgc tgcgttggta ttattcacca
     6541 tggagaccta cattagaatt tgattttaca ccgctgaaag aaatgttcgg gttcggagtc
     6601 aagatatttg ttggtgttat tattggtatg ttatccgcca atatattttc tgtcatatta
     6661 ggacgttatt atggaaaaac ggaaacgggc tattatagtc agggaaataa atgggcttct
     6721 ttgggtaatt ctgttttgtc gggaatgata acaggggtag cacagtctgt tttagtagaa
     6781 gcttcagata atatacatcg acaggctaat gtgtttcata agttaataag attcggtgct
     6841 tttgttactt ttcctgcaat gtttggatta ttttttgtcg gaaaagagtt tgttttattg
     6901 acgataggtg aaagatggat tggcagtgtt gtgtttttgc agctattttg tatttgggga
     6961 agttttagtt tcttggaatc gatctatgtg tatttgctaa tttccaaagg gaaatcggat
     7021 gtttatgtct ggatcattac tgtaatgtgt tctttgcaga tattaagcgc cttattaatg
     7081 cgaccattag gaattgtgcc gatgatcgcc gcttatattg taattcgttt aatgtgtttt
     7141 ttcccaaatc attactttac gaacaaactg attggtgtta gattcttgtc tgtaataaaa
     7201 gatgtgttgc catattttgt ggttgtggtc ttttctattg gagtaacatg gtttattact
     7261 aaaaatattg gaaacatata tatgttgttc tctattagga ttctattagt cgcgactttt
     7321 tatattggaa tattatggat gacgaattcg gttcttttta aagagagcct tggttttgtt
     7381 acaggaaaat tcaaatcact ataatgcaaa caatattggt taccggagca gatggattta
     7441 tcggttctca cttaacagaa atgttattgg agcaaggtca tcacgtaaaa gctttatcct
     7501 attataattc atttaatgac tggggatggc ttgaaggatt ggatcatcct gagttggaag
     7561 tggtgacggg tgatgtacgc gatccgtact tttgtaaaca cctatcgaaa gatgtggaca
     7621 cgatcttcca tttggcagcg ctcatcgcaa tcccttattc ttatatagct cccgacagct
     7681 acgtagatac aaatatcaaa gggacattga atatctgtca ggcagcaaaa gaaaatggag
     7741 tgaagaaggt gctaataact tcgacttctg aaacgtatgg cacagcgcaa tatgtgccga
     7801 tcgatgagaa acatccgaag caaccgcaat cgccctattc ggcaacgaag attgcggccg
     7861 atgccatggc gatgagcttt tacaatgcgt tcgaactgcc ggtgatcgtt gtgcgccctt
     7921 tcaatacgta tgggcctcgc caatcggcac gagccatcat ccctactatc ataacgcaga
     7981 ttatgagtgg aatgaaagag atacgactgg gtgatctaag ccccattcgt gactttaatt
     8041 atgtcaaaga tacttgtaga gggtttgtcg agctttcgaa ttgtgatcag gctatcggac
     8101 aggaaatcaa tatttgcagc aactatgaga tatccatgcg tgatatattt gagctggtag
     8161 cccgactcat gttggcagat gtaaaattca ttgaagatgc acaacgtctg cgtcccgcag
     8221 gttctgaagt cttccgtcta tggggagaca atacgaaatt aaagtctctt accggattta
     8281 cccctttata ctcgatcgaa gaaggactta aagaaacgat cgagtggttt aagaatgaca
     8341 agaacttagc gaaatataaa tccgagatat acaacgtgta gcgtctatgg agagcagcta
     8401 taagaaaata acagatttta ttcatgactt atacggagct ccggaagttc ctcttcatgc
     8461 gccttgtttt attggaaatg aaaaaaaata tttagccgaa tgtgttgaca cgacatttgt
     8521 atccagcgta ggtcaatttg ttgatagatt tgaggaaaag atggcccagt ataccggagc
     8581 ggcaagggct gttacttgtg tgaacggcac caatgccttg catctggcac tgttgcttgt
     8641 cggggtagaa caaggagacg aagtcctgac tcaagcactt acgtttatcg ctacatgtaa
     8701 tgcgatacgt tacatcgacg cacacccggt cttcttagat gttgatcaat cgactatggg
     8761 actttcgccg gatgcgatgc gtgattggct cttcagaaat gcggaaatga aagattcgca
     8821 gtgttttaac aaaaacaccc aacgtcggat aaaagcctgc gtgccaatgc atacattcgg
     8881 gcatcctgca agaatcgatg agattgcggc ggtttgtaaa gaatatcata tcgaattagt
     8941 tgaagatgcg gcggaaagcc ttggcagtct atataaagga cagcataccg gacttttcgg
     9001 gcgtgtcggc gtgattagtt ttaacggaaa caagacgatc acgaccggtg gtggcggaat
     9061 gttattattg aataacgaag aattgggtgc tcaagccaag catcttacga cacaggcgaa
     9121 agtgcctcat cgttgggagt ttattcacga cagggtcggc tataattatc gtatgcctaa
     9181 tatcaatgcg gcattgggat gtgcgcaatt agagcatttg gaagaattcg tcctgaataa
     9241 acgtgaaacg gccgaaaaat atcacgcgtt ttttgcgaca atagatgata tggattattt
     9301 cctcgaacct gaaaactgtc gatcgaatta ttggttaaac accatcctgt tgaaagacag
     9361 acaagctcaa caggattttt tgcagtatac gaacgcccat ggcatcatga cacgccctgc
     9421 atggcagctt atgaatcgat tggaaatgtt taaaggatgc gaaaccgatg gcttgaaaca
     9481 tacacaatgg ctcgaagaac gaatcgtaaa tatccctagt agtgtaaatc tgaaaaagtg
     9541 aattatggaa ttaaaagagt ttattgaaag aattgcagac caatttgatg atacagacat
     9601 tagtgaattc gtaccaacta ctaattttaa agaattggaa gaatggtctt cattaacagc
     9661 tttagctgtt ttaaacatga ttgctaaaaa atacaacata aatataaaaa acggtgattt
     9721 gctagagatc aactctattg aggaattgtt taattatgtt ctgtctaagc aataatggaa
     9781 caaaatccat tttctttgtc aaataaaacg gtgttagtta cgggagcgtc gtccggcatt
     9841 gggcgagcaa tatccatacg atgttctgaa atgggggcaa gtgtaatttt aactgcacgc
     9901 aatcgggagc gtttgcgaga gacattacac caaatgtcag gcaaaaatca catagaactt
     9961 gtcgccgatt tgactgacaa agtatcaatg gataatttag tggaacagct tcccgattta
    10021 gatggaatag tacattgtgc aggcgttaat cataggattg taacaaagtt aattgagcct
    10081 gctgacattg aacaaacaat ctctccgaat cttgttgctc cgatcttgtt gcaaacagcc
    10141 cttttgaagg caaaaaaaat aaaaaaagaa gcgtctattg tcttcattgc ttctcgtgca
    10201 gcttatgcac ccagtgttgg gaatgcttta tacagcgcct caaaaggagc gatgatatcg
    10261 tatgcaaaag tattggcttt agaactcgcg cctcgtcaaa ttagggtgaa ttgtatttgt
    10321 cctgccatgg ttttaacgaa tatgatatca aatatcggtt ttaatcatga caaactaaat
    10381 gaagcgcagc agaaatatcc attgaaacgt tatggcacac ccgatgatat cgcctatttg
    10441 tctatttatt tattgtcctc caaaagttcg tggatgacgg ggagctgtat tgatataacg
    10501 ggaggaggag aaggcgtctt ataacataag tatcaacaga tgggaacgta tataaaagcg
    10561 atatcgtatt atttacccca aaagacagtc tcaaatgagc agttggccga agagtttccg
    10621 gaatggtctg tagagaagat aacaagtaaa attggggtga ctcaacggca tcttgcggca
    10681 gaagatgaaa cagcaacaga catggggata tcagcggcga agaaactctt tgatgagcat
    10741 cgtatagata aaaaaacgat tgattttgta ttactctgta cccaaagccc ggattatttt
    10801 ttacccacgt cttcctgcat tattcagaac gagttagggc ttccgacgtc atgtggggct
    10861 gtagattaca atttgggatg ctctggtttc atttatggtt tatctattgc taaagggtta
    10921 attgcgatag gagtcgctcg taatgtgctg ctaattacgg cggaaacata caataaacat
    10981 attcactata aagataaagg aaacagagct atttttggag atgctgcttc tgcatgtcta
    11041 atatctactg atggatttgc agaaataaag gattttagct taggaacaga tggacgtgga
    11101 gcggaaaact taatcgtaag aacaggggca ttccgtaata aaagcccccg aaacgatctg
    11161 acttttgaca gttcagggaa tccgatatcc ggagattatc tgtatatgaa tggaagtgaa
    11221 atatttaatt ttgcagcgga ggttgttccc gttcttattg aggatgtgtt gaaaataaat
    11281 caactaactc gagatgatat tgatctatat gtatttcatc aagcaaataa atatatgata
    11341 aattatctga gaaaattact cgggttgcct aaagacaaat tctatatata tttggaagaa
    11401 acggggaata cggtatcctc aacgataccg attgctttat atcaggcaaa gaaagcgaat
    11461 aaattatcag gcaatatcct gttagccgga tttggtgtcg gatattcctg ggggggggta
    11521 atattaaaga tgcaaaaatg atttactcta ttaaatatgc agagagtagc gattgcttaa
    11581 aaattcaatt ttttattgaa aaacattgga aaaaagatca cattttaagt ctatctaaag
    11641 aacttcttga ttttcagcat ctaaatccgt taagtcgaaa atataatttt atcattgcga
    11701 tcaataatac aacttccgaa atcgacgctc tattagggtt tataccgact tatcaatacg
    11761 ataaagggct ctttgaacaa ggagattatt ggggagccat ttggaaggtg cgttcggatg
    11821 tacaaaatgt cgaaattaaa aatttaggtc tttctatttg ggagaaattg tttgaattag
    11881 ataatttccg atcctgggcg gctataggca ttagtgaaat cgccaaaaaa atttatacga
    11941 tttccggcat gcagattgga gaattggcac attattactt gcctaatata agtgttaagg
    12001 atttttatat cgctgatcat gtaaatgcaa cacaagtttc aatccccaaa tatcccgaaa
    12061 atattgcgat tcgggaagtt tgtatagagc agatacgaga aaggattgat tgtacttatc
    12121 ggccgaggaa atcaattgca tacctgaaaa atcgatatct gaaccaccct ttctataaat
    12181 atcatttttg gggaatcttt gattcagacc gacttgtatc gatatggact ttacggatca
    12241 taaaaatgaa taaatcgagg gcgattagga ttgtcgatat attaggaaat atcgaatatc
    12301 tcccttgctt gtcggctgaa ttacaaaaaa tgttggtaga tattggggct gaatatatgg
    12361 atatccttaa ttacggaata aacgaagagg tcttttttaa ccttggattt cttaagttga
    12421 atccaatcgg agatgtgatt attccaaatt atttcgaacc gtttgaaaga aagaatataa
    12481 gaattgaatt tgcatacaaa gcggatttta actatgtgat ttttaaaggt gattctgatc
    12541 aagatcggcc taatatgatg ccatgaaaga gactaaactg acgataataa tgtatcatta
    12601 tattcgtgat ttaaagaaat cgcgatatcc tcgaattaaa ggtttggata ttcatttgtt
    12661 taaagaacag ttggaatatt tgaaaaagca ttataacttt gttacgatag aacaaattat
    12721 tgcagcattt gatggcaaga taaatgacgg aaatatgtta acagacggct tgccccctaa
    12781 tcctgttttg ttgacttttg atgatgctta tatagatcat tttataaatg tttttcctgt
    12841 tcttaagaag tatcatatac aaggcgcttt ttatccgcct gtgaaagcaa taacggagca
    12901 cagagtgttg gatgtaaaca aaatacactt tatcttggca ttaacttcag aagacaaatt
    12961 tccctgcttg ctcaatgaaa taaagcaatt gctgttgaaa tatcaagaag agtttgattt
    13021 aagatcattt gattattact ttgagaaact tgcaaccgca aatagatttg acaacaaaga
    13081 gactattttt gtaaagcgtt tatcgcaagt tgaattacag gaaaaattac gaaagcaaat
    13141 aacagacgaa ttattcgcca atgttgtggg tatagatgag gaatctttca gtcatgaatt
    13201 gtatatgaac attgatcagc ttcaatgtat ggcagactgt ggtatgcatg ttgggagtca
    13261 cggatatgat catttgtggt tagggacgct gaataaggaa cagcaaaaat acgaaattga
    13321 gaaatcaaga gaattcatac aacgaataaa tggcaattta aaccattgga cgatttctta
    13381 tccttatgga agttataatg atgataccat ttctttatta aagacatttg gatgtaaatt
    13441 agggctaacg acggaagttt ctctatgttc cgtatcttct gtacaagatt cgatctacaa
    13501 attacctcgg ttagatacca atgatatccc gaaagatgca aatgccgttg tcaataaatg
    13561 gtatgtggaa tctaatgata gaaacatcgc atgaatcgga gcctaattct tataggaggt
    13621 ggaggccatt gtaaatctgt gataaatgtt gctgaatctg cagggtttcg tattcttgga
    13681 attttggata cggcagaaca tataggggag aaagtgctta attatgaggt tattggcacg
    13741 gatgaggata tttgcagact catcgattat gcttctttta ttgttaccgt cggtcacata
    13801 aaggatgctt ctttgcggat aaagttacat gaaaaggtcc tccgcaaaaa tggaacatta
    13861 gctaccctca tctctcctac ggctattatt tctcgctatg ctgatatagg agaaggctcc
    13921 gtaatcatgc accaggcggt agtaaatgca gatgtccgca ttgggagagg gtgtattata
    13981 aatacatttg caaacataga gcatgattct gtaataggag attacactca tgtgtctacg
    14041 ggaacaatgg taaatggaaa ttgttgtgta ggagaagctt cttttttggg cagtcagtcg
    14101 gtaatggtaa atggaacaag cattacggac gggtgcgtga ttgctgcggg atctgtcgta
    14161 agaaaagata taaaaataag aggtatctac tcaggaaatc ccgctttatt aaaagtcaga
    14221 ctatgaataa aactatcatc attgcagaag ctggtgtaaa tcataatggc gatatacgga
    14281 ttgccaagca attggtagat gctgcagcaa tggcaggggc tgattatgtg aagtttcaga
    14341 catttaagac tgaggcgctc gtttcaaaag atgcccgaaa agcaaactat caacaacaga
    14401 atatgttttc gactgacgat acctcgcaat attcgatgtt gaagaagctg gaattgtcca
    14461 gagagcacca ctacgaatta gtcacatatt gtaaccggaa aaaaataaag tttctttcca
    14521 ctccattcga tttgtcaagc atcgatttct tggcttcgct gcatttgggt ttatggaaaa
    14581 tcccgtccgg agaaataacg aattatccgt atttaaagag gattgcattg cggcatgaac
    14641 ctgtgatttt ttctacaggt atgtgcgaaa tgacagatat agaagaggct atgaaggtct
    14701 tattacgaaa cggattgacg aaagaacaac taaccgtgct gcattgtaat acggaatatc
    14761 ccacgccgat gcgcgatgtg catttgcacg caatgaaaac aatcgcggat caattaggag
    14821 ttaaagtagg atattcggat cataccttgg ggattgagat acccattgcg gccgttgcac
    14881 ttggagcatg tgtcattgag aaacatttta cactcgaccg agagatggac ggaccggatc
    14941 acagagcgtc cttggagccg aaagaactta cccaaatggt gtcagccatt cggaatgtag
    15001 agaaagcatt aggaggcaca gagaagaaag tcagtgcatc ggaagagaaa aacagatgta
    15061 ttgttcgaaa gagcatcgtt gcggcatacg acattaaaaa aggagacgtc tttacagaag
    15121 agaatctcac tgtgaaacgt ccgggagacg gcatttcgcc gatgcaatgg gagcatgtat
    15181 tagggaaaga agcgaagcaa gactttgcaa cggatgattt aatcgtatta tgaggaaggt
    15241 ttgtgttgtt acaggaaccc gtgccgaata tggcctgtta agccgcttga tgtggcttat
    15301 cggggaggat catgatttaa cgcttcagat cattgcgact aatatgcatc tgtctccgga
    15361 gtttggcttg acctataaag aaatagaagc ggatggtttt actattgata aaaaggtgcc
    15421 gatgcacaag cttgctgaca cgagtaatgg tattgtaaag tctatggcag tagaactttc
    15481 aggtatcgca gatgcttatg aagagttgag acctgattta atcgtcctac ttggtgatcg
    15541 atacgaaatg ttgattgcgg ctacggcagc cttaatctac aagataccga ttgctcacat
    15601 acatggagga gaaattacgg aaggtgcttt tgatgatgct attcgtcatg caattacaaa
    15661 aatgagtcat ctgcatttta cttctacgga ggaatatagc aggcgtgtca ttcaacttgg
    15721 cgagcaaccg gaccgtgtct tttatgtcgg ttctcttggt gttgaaaaca tcaagaagat
    15781 aactttgatg agtaaagatg aaatcgaaaa atcattaggt tttgaattga ataaaaagac
    15841 tgttatcgcg acatatcatc ctgcaacatt aacgaaagag aataatcgaa tagaaatgga
    15901 cgaatttctt acggcattgg atgaagaaaa aaacatacgt attcttttta caatgcctaa
    15961 ttccgatccg gaggaaacat acatctcaaa gaggatcagt gaattcacga caaagaataa
    16021 agaacgtgct gtcgctttca catcgttggg agtaaaacga tatttatctg tgataaagca
    16081 tgttgcggct gtcattggaa actcatcgag tggaattatt gaagctcctt cattggggat
    16141 ccctacactg aatattggtg accgtcagaa aggtcgggtg acttgtgata gcattataag
    16201 ctgctatagc gataaagact ctataagaaa ggggcttaaa aaagttttat cggaagagat
    16261 ggttgaaatc gcgaaagagg ttcgtaatcc gtatgagaaa gaaaatacgg cccaatcgat
    16321 ttttaatgta atcaaaagtt tttcattaaa caatttgacc caaaaacctt tttacaatct
    16381 ttgaaatgga aagatttgca aagtatctga ttgaagatac cgcaacaata aaagatgcgt
    16441 tggtcgcatt gaacaaactt tctattgatc ccctgacctt atttgttgtc aataataata
    16501 aagttatgac cggcacatta actgatggag atattcgcag atggttagtt gcaggcggct
    16561 ctttagagga ttgtgtacag gaagcaatgg agaaaagatt ccattttctt gagaaaaaaa
    16621 tagatgtcaa tcaggtgaag tatttaaggg aaaatcaaat caaattagtg ccatatttgg
    16681 attgtgatgg aaagattgca aaaatatatg atctaaaaag gaaaagatca attctgccga
    16741 ttgacgctgt gcttatggca ggagggagag gcgaacgatt gcgcccctta acggaaaaag
    16801 tgccgaagcc tcttcttccc gttggcgaca aaacaattat cgactataat gttgaacgtc
    16861 ttctctctta tggtgtagaa catatctcta ttactgtaaa ctatctgaaa gaacagatag
    16921 agtctcattt taaggaaaaa cgagaaaata tacaagtgga atgtgtacga gaaccagcct
    16981 atttgggaac gatcggttct gtgaaatttg ttccgacttt tcaccatgat accatcttag
    17041 tcatgaattc agacttattc acgaacatcg attatgaaga gttttatctg cattttcgta
    17101 aatataatgc tgacatgtct gttgcagccg ttccgtattc acactccgtt ccttatggtg
    17161 tgttcgagtt ggatggctat gatattctgg gaataaaaga gaagccagtc tttaattatt
    17221 atgccaatgc cggtatatat ttaatcaaga aatcactttt cggattaatg ccagataatg
    17281 tatactgtga tgcaactgat ttgatggatt tattgataaa aagaagaaag aaaattatcc
    17341 gtttcccttt gatgggtttt tggatggata ttggtaaaag ggaagattat gcgaaagtac
    17401 aagagatcgc taaatatcta tgataaatac ggataaaaag atattagccg taattccggc
    17461 aagaggaggg agcataggat tacccggtaa aaacgccaga cttttgcgtg gaagaccttt
    17521 gatttgttat tctattgatg ccgcaagagg agttctatcg gataagcata tctgtgtctc
    17581 tacggacgat agagagatca ttcagattgt gcaaaattat ggtttatacg ttccttttat
    17641 tcgtccggac gaattagcaa ctgacaggtc ttccgttaat gatgtgctct tacatgctct
    17701 tgatttttac aaacagagaa gtatcgatta cgatgttgtt ttattgcttc aaccgacttc
    17761 tcctctaaga acatctcaag atatagaaaa ggctttcagc ctgtacgacg actccatcga
    17821 tatggtcgta tccgttagca tatcacacgc tccttctgtt ttatgtaaag agaaccaatc
    17881 tggttttgtg gagttgatgc tgaatccgac cgcaggaaga cgccagaacg ttcctgttta
    17941 ttacgaatat aatggagcaa tctatatcat taattcaagg tctttacgag aaaaagggat
    18001 ttcaaacttt gaaaagaaaa taaagtatat tatgcccaag catcgatcta ttgatattga
    18061 cgatcaatat gattttatgt atgcagaaac aattttagct catgaacgtt agtcagaaga
    18121 atccgatcgt atacatcgtc catcatgttg acacggaggg ccccttgtat gaatcagtat
    18181 cggaaacatt taaacggata gaagaaatta caggtatcag tattcctctt tcacccacaa
    18241 aaaacaacct gataaaaatt cagaaaggaa aagttgattt tctccgtctg gatgaaatag
    18301 aaaaaatgaa agtcatcatt tctccacatt tacttgaata taagagttca tggaaagaaa
    18361 ttgatgaaat gctttttaga atcctgacgt ctgatttcag gaataaatat aaggatagct
    18421 ttggtaacgg atggatttat aattggcata tattggatca tgtggggttt gaaacaaacc
    18481 cgagacatag agatatggga tatctgaata tctatgacca ttatatggaa acatttagcc
    18541 aagtaggaga ttgtcaggtt gatgccgtag aatggcattt tcatccgata cattataaga
    18601 agcaagcaaa cataagcgct acttcttatg acaataattc ggaaatatta tatcagatat
    18661 tatgtcgtcg attaatagaa cgaaattatt tccctcttgt taacagagcc ggatttcata
    18721 ctgaacggcc tgactcgaac tggtttcttg aacaatggat tcctttcgac gcctctaatc
    18781 aatcaataga aaacgatgac tattattcga gtgctcgttt tggggattgg gcaggggctc
    18841 cccatgattg gagtatatat catccggata tttatgattg gaggaaaata gggcggtgta
    18901 accgatatat tgcacgcgtt ctgaatttaa agacaagatt tcggaatatt acaattggtg
    18961 agatacggaa ggccttttca atagcccgaa gaggacaatg tgatgtatat ctgggagtca
    19021 cagatcatga ttttagagaa atatcggtgg aaattgatga gttttacaaa atgctgctta
    19081 aagtttcaaa agagtatggc gatgttgatt tctccttcgc ccgttctgtc gatgcgttta
    19141 gaaatgtggt cggcattaca gggcaagagg agaagatcga tttggatttc aaaatcgaag
    19201 gaaatttgtt gcaattagat gttatttcag gagagccttt tggccctcaa ccttttctgg
    19261 ctattaaaac caaaagtgga gaatatctcc atgataatct cgacttcgga aaattcaagc
    19321 aacagtacta ttatacattt gatgtttata ctgtaccgtt agatgaaata gcatccgtaa
    19381 aaatagcatg caatgataaa tatggaaatc aatgcataaa aacaattatt taaatgataa
    19441 gtaataggta ctatggatca atttaagttt gatacatctt ataatcaata ttggaaagat
    19501 cgtgtaaaga atgcttctga tgggacaaag gtacccagat tggaggttat agaagagctt
    19561 gttgccgacc tgaagatatc ttctaaagat aaagtgttgg atttagggtg tggacaaggt
    19621 cgtatattcc cggtgatgaa acattataca aatattatat ttggtattga tatagactta
    19681 tcaatgatta atgacgcaac attgtatgat tatacatcat tgcatgttgc tgcagcagaa
    19741 gatagtagat gccctgataa ttatttcgat aaaatagtta tgttggggac atttgatgta
    19801 gtagaacagg agaaaagctt ggcagaaata aacaggatac ttaaaattgg aggggcatgc
    19861 cttattacgg gtaaaaatga cacttattgt aaagacgatg aaaaagcttt tattgcggaa
    19921 agaaatgcaa aactaaaaaa ctttcccaat cgttttaccg atgtaaaaaa gttaatcgag
    19981 catcttcctg ttttagggta ttcgtgtgaa aagctaaata tatttattcg gagaggagac
    20041 tttggggaca ataagaaaac aagagttaca gagaattgga tccctgaatt ttatgaatat
    20101 tgcattatct taaaaaaaac acgcaatgct tcgcgaatcg atgttcgttt tgcaagcgag
    20161 ttttctaaaa cggccaaaga tatgacaaga gaatgaaagg aaaacttctt caaagcaaat
    20221 aagaatcatc tattatttgt aaataggaat tcagacgatg atgcatagag tagatatttt
    20281 agatttagaa tatagtagta aaggacgtga tgtagatata gcagaaccta ttttatccta
    20341 tttagaactg aagtataatt taaagattgt gcgcaaatgc agcgctctgg attggcaata
    20401 ttatttgttg aaatatcgcc ctaaaattgt ttttattgca aacggcgtgg ggtctatttc
    20461 tcagttttat attgtaaaaa cagcatattt tctaggcgct aaagttgtta cacattgttc
    20521 tgagggagat tatcaagaaa cgaagaatgg tgcaattgat tttttttggg ggtggaataa
    20581 agatagaatt ttatatgaag acttgcattt agaatggtcg caacgaaata tagacttggt
    20641 aaaaaaatat attgggaatt tctccagtat aaaactatca ggagccgtct tgtttgataa
    20701 gtacaaactt cttcgaggac gattcctgaa gaaagaggat tttctgaaaa aatacaacaa
    20761 aactgtatat gataaggtag tcggaattgc aggatggggg ttcgatctgt ttacagacga
    20821 taaaattaaa aacagcatat ccggtagatt ttcagaagaa gagagatcta agatattatt
    20881 gtctaaagat gcagtaaaag gaatactaga acaaataata caagataacc ccgacattct
    20941 attcatttta aaatatcatc cattatccgt cgataagcaa gcgtcggaat tttacggcat
    21001 accggagctt cccaatgttc ttatattaca aacagaagag actatctttg atttaatcaa
    21061 tgtctgtgat gtttgggggg cttacgaaag tacgacagca atggaagcat ggctgatagg
    21121 caataagcct acgtttttaa tacaccctat tgatgatgac tttgttcgtt ctaaaatatc
    21181 ggaaggtagt cctagaatta aaaatacaca ggatttacaa gacttcttag acgagtattt
    21241 cacaataggt gagtctgctt cctttaaaca gttagaatct aaacgacaga agatcataga
    21301 acgtattatc caatggtctg atggacgaaa ttatcaacgg gcagctgagt atatttacaa
    21361 actttataag agcgaaagaa aaaggctcgt aaaaatcaat cgatttgttt tatgtgttta
    21421 ttctagattt atctataaga aaataacccg ccagattaga aggttattaa gattaccctt
    21481 atatgtggac ggacgtttta cggataacga gagagaagaa tggcatcaga tatattataa
    21541 ggccgtaaaa agacacgaat gacagtatgg acttaaaagg tatttacatt aaattgctga
    21601 gtttttatga caaaaaaacc cagcaaaggg aggataggat gatcctcaat tttttgcgca
    21661 aaatagacaa caaagaaaaa ctttatattg aaattggagc cggattgggg cgctttattc
    21721 gtttagtgaa agaacgatat caatttcagt gttgcgcggt ggaaattaat aaggatttgg
    21781 caaagaaagt agagcagatg gggattgaaa cgtataacat taattttctg aataataagt
    21841 ttcccgagaa ccactttgat gttgtacatt gttctcatgt gatagaacac gtcgcttatc
    21901 cccaaatcat tcggtttcta gacgaactta ttcgtattac gaaacctggc ggacatatta
    21961 ttatccgaag tccattatta accgcggatt tttttacttg tattgaccat atcaggccct
    22021 atccgcctaa gactattctc gattactatt cgaatccaca acaacaaatt ccaggagaat
    22081 attctatctc ccctgtaaga ataaggctga gacgtggggc atatcaagtc aatccttact
    22141 catatagtct attgtttagg attatcaacc tgatttttaa gctgttatgg ggagtctctg
    22201 gatttccgtt ttcaaagcca aatggttata tggctgtttt tctgaaagat aaataagatc
    22261 gattgtgttg attcaattat ggtatatcgg ctcggctttt tggtggtagc gatgcttgga
    22321 gatccttgcg tagcaaggat tctccttatc tattgcctat cagttagaca ggtgctatct
    22381 ttagatcgta aaacaattcc caattagaac taaatgaaga ccgaattatt gcgactttat
    22441 gatcgagatc cactctataa gacaaatttc tcctccaaat cgagaatcat cgactgacgg
    22501 ccgatcaaca cgtgcctcaa tcggaggcac actaagacgt aaaatgccgt gggcatccgg
    22561 cttacccggc actgctcatg ttcaaaatcc tgctgcttgt gcttgggata tggtatgatc
    22621 tgggtgacga ggccttggaa gaacgcatca atgattcgat ctccttcctt ctcgcgtttt
    22681 cgagaataag tatggataaa aggctcccga ccacagcaca attttccgcc tcgagacctc
    22741 tgcaaaacca ttcgacgccc ctcctttcgt ttttagtagc tttatagcat gaaacaacaa
    22801 cctttttctc tgagttttgt cgatttactt ctcggctagc gaaagatcaa gaatgccttc
    22861 ttctcacaga tagacaagat tattgactgg attccgttct gtggaatcat cgaggcagct
    22921 tatactaaag ctgccacaaa tccacaagtc gtcgggttac gctatccttg tgttgttcaa
    22981 gacagaactt cttctcaact tggtatgggt taagtgatgg cgaggttgag gaacaagata
    23041 atgaccgttt gtccttcagc cggtttgcag gtcttggtat ggaaggctct gctccagaca
    23101 gtacaacggt ctgccggttt cgcaacatcc tagtagaggc agatctctat gataagatca
    23161 tcgcacaaca tctccgcgtc agcgcccaga tctttcccac tcgatattca gagcatttag
    23221 gccgagttga gtgcttgatc taccttccct ttctccctct tttagaggag gtcttcctcc
    23281 tctaaagagg ggcatgaggg ctatttgaca ctttgga
//
LOCUS       SEQF3106|MIQD01000034.123111 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..23111
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             569..862
                     /locus_tag="SEQF3106_01170"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSVFIACDQAHHDDVLTTLTHFNCRGYTAFGQVTGRGTRTGDP
                     HLGSHAWPAMNEAILTIVDDAVVPRLLEALRDLDTRSDQLGLRAFVWNVEATV"
     CDS             complement(965..2473)
                     /gene="clsA"
                     /locus_tag="SEQF3106_01171"
                     /EC_number="2.7.8.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P71040"
                     /codon_start=1
                     /transl_table=11
                     /product="Major cardiolipin synthase ClsA"
                     /translation="MRKYMRVPPYFYPRNDPRPSRLLSLMIDFPLHTALGLTLIGLYS
                     ISVLGLVLVVLLENRNPLKTIPWIIVLLMLPGVGLIFYVVFGQDNRRRRIISRRTYRR
                     IMRPLRADAPRQDKCVVPPTYRPLMNMLNRNGRTPLLYGSRIDIYTRGEDKFDAFLEA
                     LRGARHHIHLQYYIFADDEIGRCVRQVLIERARAGVEVRVLYDDVGCWNVPNRFFDEM
                     RREGIEVYAFLRVVFPLLTSKVNYRNHRKVAVIDGRTGFMGGMNIADRYVRGTAWGAW
                     RDTHFRIEGKGVHGLQSAFLIDWYVVSRQLVKGKAYYPNEEFFDDNLMQILAGGPTGR
                     WRVLLQAFIFCITNAKRYLYIQTPYFLPTEGLTQALQTAALGGVDVRLMLPERSDTRS
                     ANLASHSYLEDMLRAGVKVYFYRAGFLHSKLLLADDELACIGSANFDFRSFEHNFEIN
                     AFVYHRPFAERLRRMFMDDLKECMPIRASDWMRRPLPRRLIESFLRLFSPLL"
     CDS             2560..3339
                     /gene="surE"
                     /locus_tag="SEQF3106_01172"
                     /EC_number="3.1.3.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67004"
                     /codon_start=1
                     /transl_table=11
                     /product="5'-nucleotidase SurE"
                     /translation="MNQRPLILISNDDGVDARGIRALAEGMRPLGDVFIMAPDGPRSG
                     MSSAITTIQPITYRVLSEEAGLTICSCSGTPTDCVKLAVSEVLQRKPDLLVSGVNHGG
                     NEALSVHYSGTIGATIEGCVLDIPSLGVSLAHYRDGADFSEAVRLAQRVAKDLLQHGL
                     PHGTYLNLNVPNTPHVKGLTICRQADGRWIHEFDRVSLADGSTGFRMTGEYLNYPPIQ
                     PDNDTQRLSEGWASIVPCLLDVTHHAFMNELKSRGLDDITG"
     CDS             3364..4527
                     /gene="lpxB"
                     /locus_tag="SEQF3106_01173"
                     /EC_number="2.4.1.182"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P10441"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipid-A-disaccharide synthase"
                     /translation="MKYYLIAGEASGDLHASNLMAALRDEDPQAEFRFFGGDLMRAVG
                     GTCVMHYRQMAYMGIIPVVLHARTIARNMRLCLGDIRAWRPDVVIPVDYPGFNLRIAR
                     YVHDTLHTPVCYYISPKIWAWKRGRIHTIRRCVDRMLCILPFEADFYRSLDYAVDYVG
                     NPSVDAVENFRRSAVAGISPVADDGRPLLAILAGSRRNEIAENLPTMLDVARRFPTLR
                     PVVAGAPGLTMDDYRRSLGRRDALPEIVFDRTYELLAHAHVALVTSGTATLEAALFRV
                     PQVVCYAVGGGRLANYVFDHFFRVPYISLVNLIVGAPVVPELFGGRFTRQRITDALAR
                     LIDDTPERRQMLDGYDRMIQRLGPAGASRRAASLIAALTHSGTRPNSPPPVGA"
     CDS             4594..6444
                     /gene="msbA_1"
                     /locus_tag="SEQF3106_01174"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KQW9"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipid A export ATP-binding/permease protein
                     MsbA"
                     /translation="MKDFFRVLRRFVPPYKRFMALNIAFNILSAILNVFSFALIIPIL
                     RILFKMDARVYTYAAWTLRSATDWEAWRALPGVLQNNFYWYVNHLIDTRGSSTALILL
                     GVALIVMTLCKVLAMYMAFYTMIPIRTGVVRDVRNQINRKITELPLSFFSEERKGDIL
                     ARVSGDVNEIETSIMSSLDMLFKNPILILIYLAAMLIISWQLTAFVFILLPVAGYAMG
                     QVGKQLKRKSLVGQAQWGALMSQIEETLSGLRIIKAFNAERKIQQRFEAQNETFRRTT
                     NRIYRRQQLAHPMSEFLGTATIVIILWYGGTLILSNNSPIDAPTFIYYLVIFYSIINP
                     AKDLSKSVYAIQKGLASVERVDKILRAESDIVSPAAPQPVHLERAIAYRNVWFRYRDE
                     WVLRGINLTIEKGKTVALVGQSGSGKSTLVDLLPRFYDVERGAITIDGVDIRQASLTD
                     LRALMGNVNQEAILFNDTFFNNIAFGVERATRQEVEEAARIANAHDFIMATEQGYDTN
                     IGDRGGKLSGGQRQRISIARAILKNPPLLILDEATSALDTESERLVQEALERLMRNRT
                     TIVIAHRLSTIRRADEICVMHEGEIVERGRHDELIALGGYYKRLCDMQKF"
     CDS             6589..7005
                     /locus_tag="SEQF3106_01175"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNQILFVFMCTHIEINKILFASMCIRKELNKTILSFMCIHEDVN
                     KISFIHTCMHEELNKNIFISMCTHEDINKVSFISMCMHREINKTLFILMCAHRNFNKT
                     ILAFMCTHERINRIAHSSMCIHKNINHDRLHQIKAK"
     CDS             7088..8014
                     /gene="rluD_2"
                     /locus_tag="SEQF3106_01176"
                     /EC_number="5.4.99.23"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P33643"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal large subunit pseudouridine synthase
                     D"
                     /translation="MNPHRKFRPHRNAQPNDRQPRGQRIIVNAPETLLAFLFAHLTDR
                     SRSAVKSLLRHGQIWVNGRVTTHFDTSLAPGDIVLISHERGRPAFNSPYLRIVWEDDS
                     LIVIDKKDGLLSVSDSAAQERTAWAILSAYVREQDPRNRLFVLHRLDRGTSGLMMFAR
                     NKGVQEKMRNDWATIVTRRSYVAIVEGTPEPPEDTLMNYLAENSRMKVYCTDAMHGKE
                     AITHYRVLKSNSHYALVEFTLETGRKNQIRAQMEAISHPIAGDPKYGAQTDPCERLML
                     HACRLWFIHPVTGREMRFETPIPAAFSAQVKE"
     CDS             complement(8116..8625)
                     /locus_tag="SEQF3106_01177"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIKACILSGLVAALFLSVGTEKAGITEGFQIGDYAPAIVLPEF
                     GSGALDFRRGAGRYTLVNFWAAYDAESRVRNVQLRNSVKELDSSLLAVHSISMDERQS
                     VFEGALKADGLDGTNQWNDRKGKASSLYKMYGLEKGLRSFLIDDQGVIVGVDLSPREV
                     IRIVTGKNV"
     CDS             complement(8933..9634)
                     /locus_tag="SEQF3106_01178"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNELTRLIDSTTIDASTACLRLLVSFLLGAIIGAERQARRREAG
                     LRTFTLICLGSTMSMLVSIWIPQTYPNFLNGDPGRIAAQVLTGIGFLGAGAIIQSRGS
                     IHGLTTAAGVWVVAVIGLAVGAGMFLPAIILTILTVVVLTTLEYFEKRALSGGVNKIL
                     VVVCSTADPDIAAIRRIFDCHQIYVISNSYEIDYTTDSAVLTCKININSRSPYSALFA
                     DLRRTGFVVQTKIVD"
     CDS             complement(9638..10921)
                     /locus_tag="SEQF3106_01179"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGGLYRLKIDRLTRSKSRGYIFSALLFFLFTACNERDKPIPVNP
                     EHDPTPEWNVIKTFTSDDFLTLMEKPKFSWIRLIIGHVHGKEQERLHAVKVTYYSPHP
                     KGGIERIPMSGLLLLPPNTDSSCSHRLLLTLPYTYLFNRQTSTQQIINYNPDQFEAFV
                     LFGLLQASRGYIVLMPDYPGFGASFGLCTNPYVERRPMIRATMDFIHASLYVLDAMHY
                     RHGSTLTITGYSLGAYVATQTAREIEVDKKISNRLSIDMLTVGGTPCDLVRIADKVKT
                     ADHLPTPYLLPLALHGYLHNGYSKLPINRILKSPYASLLDSCFDGCNENCPDTYPNRP
                     SDLFTESYIRGNEDSIINAVLRENSLTPWNNRCTFVMLHGSSDQTVYLDNASTYAKRH
                     NASGGHVNFREIPGNHKEAGILFYIHLLLNLSQDQ"
     CDS             complement(10937..13171)
                     /gene="inlJ_3"
                     /locus_tag="SEQF3106_01180"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8Y3L4"
                     /codon_start=1
                     /transl_table=11
                     /product="Internalin-J"
                     /translation="MKKNITILFIASSLLYASAQSVMIPDANFKSYLVESFDADGDGE
                     LSNSEVQAVHKIECIDRPLHSLDGIEAFTALEVLDCSYANHFERGGLKKIDVSHNALL
                     KVLRCDNNSLDTLDVSHNDELRELHCRNNNLHTLNVSGKKNLEELLCDNNSITNLHTT
                     GCTSLSLMNCSMNRLNTIDLSDCHSLRWLNCAENQLVSLDASPATSLEQLFCNDNLIA
                     QLEISHNTSLRQLHCGRNKLDSLDVRNNIALTDLDCGNNRLTQLDVSHNTALTELECS
                     INRLTELDVTHNIKLNRLYCNAMPSLSTVKLIKDRIYRTLSYQTASVQTYRVDQEAAT
                     AEVETEPMTVDKKIADVDINIIPSVSNELDIKSESQSIEKNSELTEHGRSTRNISFNE
                     EYHREEARKAEEARYVAEESRRAAIRAHTGIVPIPDAAFKAFLVRSFDKNGDGEISGA
                     EARGVKEMDCSGLNLNSMEGLEYFTSLEKLHCSNNRIMTLDMSYFPSLRMLDCSHNKL
                     HRLNVDANPQLTELECSDNNLITLNVSHNPALQTLGCNSIRLIRLDVSRNPALQVLKC
                     GNNHLSVLDIMNNRQLDTLNCSKNKLKLLTVSHLNRLNYLDCSGNQLTAIDVSRNSKL
                     GTLDCGMNALSHVDVSHNHELSNFACNGNLLDDVDVAVNTSLISLNCANNRLTQLDVS
                     HNSALKRLRCMGNRLTIVDVRKNLKLKFLESAPMPTLEKLYCPQEVIYSKLAYPIMSK
                     VVYK"
     CDS             complement(13293..14207)
                     /gene="pyrD"
                     /locus_tag="SEQF3106_01181"
                     /EC_number="1.3.1.14"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25996"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydroorotate dehydrogenase B (NAD(+)),
                     catalytic subunit"
                     /translation="MANLTTHIGAHLRLNNPVMTASGTFGYGIEYADLIDLSRLGAVI
                     VKGTTAEPRQGNAYPRMTETPSGMLNAVGLQNKGVDYFIEKIYPRICDMGTQIIVNVG
                     GSSVETYMECAEKIAMLNNIPAIELNISCPNVKQGGMGFGLCASSAAHVVCAVRRVYP
                     KTLIVKLSPNVTDVTEIARAVEAEGADAVSLINTLLGMAIDAECMRPLLSTVTGGLSG
                     PCIKPVALRMVWQTAHAVHIPIIGLGGITSWSDAIEFILAGATAVQVGTYNFVDPTIT
                     LKIIDGINAYCDRHGFNSISEVIGKLRV"
     CDS             complement(14195..14989)
                     /gene="pyrK"
                     /locus_tag="SEQF3106_01182"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25983"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydroorotate dehydrogenase B (NAD(+)),
                     electron transfer subunit"
                     /translation="MNKKYLFDLHVVSNESINGHYNLLKLTSDTEVLPVMSPGQFVEV
                     RIEDSSNTLLRRPISIHYVDRVRNEIWLLILPIGHGTRRMARYRKGDIVNVMLPLGHG
                     FTIPSHEDVNAENLLLVGGGVGSAPMLYLGKALRDAGFSPLFLIGARSADGIVRQVDY
                     AKYGDVYISTEDGSVGERGFVTDHTIWKAQSFGYIYACGPKPMMIAVAKRARQLGTYC
                     EVSLENKMGCGIGACLCCIEDTIDAGHVCVCTEGPVFNIDRLKWLI"
     CDS             complement(15028..15732)
                     /locus_tag="SEQF3106_01183"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYNVKTFLSKEDLEALKLKDHVNIFNEKYKAFDDAIVPIRKSGK
                     TAKLSKHGADRDGALVGLGRHLRLYVTYPDETMSEAAWRLYPVLKGYGKMPHLRPQRE
                     KTALIVNLLQDYDTAQAKADLALIGADKWVSILKDANSNYEKIYRERTEFYSGIEKGL
                     TQRTRDELYDEFRRLVNRINALAIIEGEAPYKNLMDKINVEMKRANLSERPDRKKKKE
                     DDLLVPIDSDGAENKM"
     CDS             complement(16299..19298)
                     /gene="nagZ"
                     /locus_tag="SEQF3106_01184"
                     /EC_number="3.2.1.52"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P40406"
                     /codon_start=1
                     /transl_table=11
                     /product="Beta-hexosaminidase"
                     /translation="MKKISILIPLLIAFCLSLTTITATAQHEPTLLRKADREKMNRWV
                     DSVYRSMTDDERIGQLIMIIANPKLDAANMRRLERYVTELKIGGILFHEGDPVTQAEV
                     TNRLQQLSSCPLFIALDGEWGLSMRLRGTTRFPKNMMLGAVQDTRLIEDYGAEVARQC
                     REMGIHINFAPSVDVNTNASNPVIGVRSFGDDPEAVARCGIAYARGLEGRGILAVAKH
                     YPGHGNTSGDSHYTLPLVDRTERQIDSIDLLPFRRYINAGFSGIMTGHLNVPALNGGE
                     RGRAASLSPTIVTDILRKKDGFRGLCFTDALNMRGARPGDRENPTLTGIKAGNDIALA
                     PVSPDKAIASIHTALDSGEISRKDLEDKCRRILTYKYIAGLNHYRPINIRGLSERLNT
                     PHAKWLVAKLNEAAITLLKNEEKCLPIKQLDKKRIALVTIGNAPEDAFFNMLRRYASI
                     DIFRIYSTTREADIRQTITRLQPYGTIICGVYSPHITDRSDLLQLLSQKECIYTFFTT
                     PYVLRNHRDAIHTADAVVLAYENTAEAQSYAAQMIFGGISARGHLSVTLPGLFRAGSG
                     LSTTKTRLGYHYPEEVGFDVSRLAEIDAIANEGVTKGAYPGCRVLVAKDGMIVYNKSF
                     GWYDARKTRKVDDDAVYDLASVSKATGTLPAVMKVYDDGLIRLNNPISTYVPALRSSN
                     KHDITVEELLYHQSGIVPYIPFYQNARADRNYICDDGTSRHADTSYTTLPTTGLHAAS
                     LGPSWLSDHQKPGFSTEVARRMYVHDSFRDHIIQDISKSRLGTRGKYTYSCINFILLK
                     MAVENVTRQPMDRFLNTHFFSRLGASTTTYNPLHKMDTLRIVPTEDDRVMRHQMLRGY
                     VHDEAAALQGGVSGNAGLFSSADDLAKLLQLYLNNGSYGGEPYISATTCHMFTHSQSR
                     TCRRGLGFDRPERTPGGASPCSRLAPASTYGHLGFTGTCFWVDPDNRLIYIFLSNRIH
                     PSRDNNRLSTLGIRLRIQDAIYHALKK"
     CDS             19624..20625
                     /locus_tag="SEQF3106_01185"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMMHQFPRLACVLLLLSTGACATRAQRTQTLQVMSYNVENLFDT
                     NDDPHTDDNEFLPDGDRHWTPGRYRNHLQQTARVILAAGRWEAPALVGLCEVENDSVL
                     THLLRRTPLRREGYRYCITRGNDPRGINNALLYRRDRFRLLGWRSVRIAFTERTKRSR
                     DLLYAWGRIASGDTVDVIVCHFPSRRSGQKASERARMDAASHVRHLCDSLYRVRRRPH
                     LIVMGDFNDTPSDRSIRLMSDAPERRHRLVNLFADPRRTGFAGSHYYHGKWTQLDQML
                     VSPLLADRLTEAQVFAPDFLLTEDGKRRSRRPRRVYYGFRYEGGFSDHLPIVAEFRW"
     CDS             20809..22560
                     /gene="pgcA"
                     /locus_tag="SEQF3106_01186"
                     /EC_number="5.4.2.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P18159"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoglucomutase"
                     /translation="MENTELLEIVRKKAQAWLGPEYDDETRREVQALLDKDDPTDLIE
                     AFYKDLEFGTGGLRGIMGAGTNRMNIYTVGAATQGLSNYLKKEFADLKQIKVVIGHDC
                     RNNSRRFAEISADIFSANGIKVYLFDALRPTPETSYAIRHLGCQSGIIITASHNPKEY
                     NGYKAYWDDGAQMIAPHDKNTIAEVNKIRSVSDIHFKGDKSLIEIIGAEMDERYIRDL
                     TTISLSPDAIKRHHDMKIVYTPIHGTGVRLVPMAFKAFGFTNIIHVPEQDVVSGNFPT
                     VISPNPEEAAALHLAVERAKATDAELVLASDPDADRVGSAVKNNDGEWILLNGNQAAI
                     LFVYYLLTRWKEMGRLKGKEYIVKTIVTTETIRAIAERNGVEMYDVYTGFKWIADIMR
                     RNEGKKQYIGGGEESYGFLCEDFVRDKDSVSACCMLAEIAAWAKDRGLTLYQLLQQIY
                     CEYGYSKEVNISVVKKGKSGAEEIEAMMTRFRNNPPSELAGSKVATLYDYASLKGHSF
                     TEGEDFSLHMPTTSNVLQYYAEDHTKVSIRPSGTEPKIKFYIEVHVPNIHTVDDLRAA
                     EAQALEKVEKIKASLGI"
ORIGIN      
        1 gcctcggaat ggggctctcc ctcgggtgaa gctccaaaat gagcctcgga atggggctct
       61 ccctcgggtg aagctccaaa atgagcctcg gaatgggctc tccctcaggt tgaccctcaa
      121 aatgcagtga attttggggc tctccctcag gttgcccccc aaaatgcagt gaatttcggg
      181 gctctccctc gggttaagcc tcaaaatgca gtgaattttg gggctctccc tcaggttagt
      241 cccaaaatgc agtgaatttc ggggctctcc ctcaggttga ccctcaaaat gcagtgaatt
      301 ttggggctct ccctcgggtt aagcctcaaa atgcagtgaa tttcggagct ctccctcagg
      361 ttgaccccca aaatgcagtg aatttcgggg cgctccctca ggttgaccct caaaatgcag
      421 tgaatttcgg ggcgctccct cgggttagtc ccaaaatgca gtgaatttcg gggcactccc
      481 tcgggttaag cctcaaaatg cagtgaattt tggggcctct tcttacctat tactaccctc
      541 caccctttat tctctatccc gctaccttat gaaatccgta ttcatcgcct gcgatcaggc
      601 ccaccacgac gacgtcctca cgacgctcac ccacttcaac tgccgcggct acacggcctt
      661 cggtcaagtc accggacgcg gcacccgcac gggcgacccc catctcggtt cgcatgcctg
      721 gcccgccatg aacgaggcca tcctcaccat cgtcgacgac gccgtcgtcc cccgtctgtt
      781 ggaagccctc cgcgacctcg acacacgctc cgaccagctc ggcctccgcg ccttcgtctg
      841 gaatgtggag gcgaccgtct gagctgcacc gatgagctat gggctatgag caagggttac
      901 gccccggata cgcgcatggg agaggccccg tcacgtgtgt ccaggatccc ctccccctcc
      961 cccttcacag cagcggcgag aagagcctca ggaacgactc gatcaggcgg cgaggcagcg
     1021 ggcgacgcat ccaatcggag gcgcgaatgg gcatacactc cttgaggtcg tccatgaaca
     1081 tgcggcggag gcgctcggca aaggggcggt gatagacaaa ggcgttgatc tcgaagttgt
     1141 gctcgaagct gcggaagtcg aaattggccg acccgatgca agccagctca tcgtcagcga
     1201 gtaacagctt agaatgcagg aagccggcgc gatagaagta caccttgacg ccagcccgga
     1261 gcatgtcttc gaggtaagag tgtgaggcca agttggcgct gcgcgtatcc gaacgctcgg
     1321 gaagcatcag gcgcacgtcc acgcccccga gcgcagccgt ttgcagcgcc tgcgttaggc
     1381 cttcggtggg gaggaagtag ggcgtctgga tgtagaggta acgcttggcg ttggtgatgc
     1441 agaagatgaa ggcttgcagc agcacacgcc accgacccgt aggcccgccg gccagaatct
     1501 gcatcaggtt atcatcgaaa aactcctcgt tcgggtaata agccttgccc ttgactaact
     1561 gccggctgac cacgtaccag tcgatgagga aggccgactg caggccgtgg acgcccttgc
     1621 cctcgatgcg gaaatgcgtg tcgcgccacg ccccccaagc cgtgccccgc acatagcggt
     1681 cggcaatgtt catgcccccc atgaagcccg tgcgcccatc gatgacggcc accttgcggt
     1741 ggttgcgata gttcaccttg ctggtcagca acggaaagac gacgcgcagg aaggcgtaca
     1801 cctcaatgcc ttcgcgacgc atctcatcga agaagcggtt ggggacattc cagcaaccca
     1861 catcgtcgta aagcacacgc acctcgacac cggcgcgggc tcgctcaatg agcacctggc
     1921 gcacgcagcg cccgatctcg tcgtcagcga agatgtaata ctgtaggtgg atgtgatggc
     1981 gggcgccgcg gagagcctca aggaaggcgt cgaacttatc ctcgccacgg gtatagatgt
     2041 cgatgcgact gccatagagc aggggcgtac gcccattccg gttaagcatg ttcatcagtg
     2101 ggcgataagt gggcggcacg acgcacttgt cctgccgcgg cgcatcggcg cgcaaggggc
     2161 gcatgatgcg tcggtaagtg cgccgcgaga tgatgcgccg ccggcggttg tcttgcccga
     2221 agacgacgta gaaaatgagc cccacgccag gcagcatcaa caagacgatg atccacggga
     2281 tggtcttgag cggattgcga ttctcgagca agacgacgag caccaaacca agcacggaga
     2341 tggagtaaag cccgatgagc gtcaggccga gggcggtatg tagcggaaag tcgatcatga
     2401 gggagaggag gcgggaagga cgagggtcat ttcgggggta aaagtagggg ggcacacgca
     2461 tatactttcg catatcctcc ccgcggcatg ggccattgcc cctaatcatt cccgattaat
     2521 cttccacttt tgcgccccta taaaaaagaa ggatataata tgaatcagcg acccttgata
     2581 ttgatatcta acgacgacgg cgtcgacgcg cgcggcatcc gtgcgctggc cgagggcatg
     2641 cgccccttag gcgacgtctt catcatggcc cctgatgggc cacgctcggg catgtcgtcc
     2701 gccatcacca ccatacagcc catcacctac cgggtgctct ccgaagaggc agggctgacc
     2761 atctgtagct gctcaggcac cccaactgac tgcgtgaagc tggccgtcag cgaggtgctc
     2821 cagcgcaaac ccgacctgct cgtctcaggc gtcaaccacg gcggcaacga ggccctcagt
     2881 gtacactact ccggcaccat cggcgccacc atcgagggct gcgtgctcga catcccctcg
     2941 ctcggcgtct ccttagcgca ctaccgcgac ggcgccgact tctccgaggc cgtccgactg
     3001 gcccagcgcg tcgccaaaga cctgctccag cacggtctgc cgcacggcac atacctcaac
     3061 ctgaacgtcc ccaacacccc gcacgtcaaa ggcctcacca tctgccgcca agccgacgga
     3121 cggtggatcc atgagttcga ccgcgtctcc ttagccgacg gctcgacggg cttccgcatg
     3181 acgggcgagt acctgaacta tccgcccatc cagcccgaca acgacacgca acgcctctcc
     3241 gagggctggg cttcgatcgt gccctgcctg ctcgacgtga cgcaccatgc gtttatgaat
     3301 gagttgaaga gccgtgggtt ggacgacatc acgggttaac gggacgggcc gaccatttcc
     3361 tctatgaaat actacctcat tgccggcgaa gcctccggcg acttgcacgc ctcgaacctg
     3421 atggcggcgc tgcgcgacga agacccgcag gcggagttcc gcttcttcgg cggcgacctc
     3481 atgcgcgccg tcggggggac atgcgtcatg cactaccgcc agatggccta catgggcatc
     3541 atccccgtgg tgctccacgc gcgcaccatc gcccgcaaca tgcgcctctg cctgggcgac
     3601 atccgcgcct ggcgccccga cgtagtcatc cctgtcgact atcccggctt caacctccgc
     3661 atcgcccgct acgtgcacga cacgctccac acgcccgtct gctactacat ctcgcccaag
     3721 atctgggctt ggaagcgcgg ccgcatacac accatccgcc gctgcgtaga ccgtatgctg
     3781 tgcatcctgc ccttcgaggc cgacttctat cgctcgttgg actacgccgt cgattacgtc
     3841 ggcaacccgt cggtcgatgc cgtggagaac ttccgacgca gcgccgtggc cggaatctcg
     3901 cccgtggcag acgacggtcg gccattgctg gccatcttgg ccggcagcag gcggaatgag
     3961 atcgcggaga atctgccgac catgctcgac gtggcgcgcc gtttccccac gcttcgccca
     4021 gtagtggccg gtgcaccggg gttgacgatg gacgattacc gccgtagcct cggccgtcgg
     4081 gacgctttgc cggagatcgt cttcgatcgc acctacgagc tgctcgccca tgcacacgtt
     4141 gcgctcgtca cctcgggcac agccacgctc gaggccgcgc tcttccgtgt gccgcaggtc
     4201 gtctgctacg ccgtgggcgg cggacggttg gccaactacg tcttcgacca tttcttccgc
     4261 gtgccctaca tctcgcttgt caacctcatc gtcggcgcgc ccgtcgtccc cgaactcttc
     4321 ggcggacgct tcacccgcca gcgcatcact gacgccctcg cacgcctcat cgatgatacc
     4381 cccgaacgcc gccagatgct cgacggttac gatcgcatga tccagcgcct cggccccgcc
     4441 ggcgcctcgc ggcgcgcagc gtcgttgatc gcggccctca cccattccgg tacccggcca
     4501 aactccccgc ccccggtggg ggcttgatct tcttttgctt cttttcttcc atcaagggaa
     4561 gaaaagaagg ttcatcccac gtatagatat aatatgaaag acttcttccg cgtcttgcgg
     4621 cggttcgtcc cgccctacaa acgcttcatg gcgctgaaca tcgccttcaa catcctctcc
     4681 gccatcctca atgtcttctc cttcgcgctc atcatcccca tcctgcgcat cctcttcaag
     4741 atggacgccc gcgtctacac ctatgccgcg tggacgctcc gttcggccac cgactgggag
     4801 gcgtggcgag cgctgccggg cgtgctgcaa aacaacttct actggtacgt caaccacctg
     4861 atcgataccc gcgggagctc cacggcactc atcctgctcg gcgtggcgct gatcgtgatg
     4921 acgctctgca aggtgctggc catgtacatg gctttctaca ccatgatccc catccgcacc
     4981 ggcgtggtcc gcgacgtgcg caaccagatc aaccgcaaga tcaccgagct gccccttagc
     5041 ttcttctccg aggagcggaa gggcgacatc ctggcgcgcg tctcgggcga cgtgaacgag
     5101 atcgagacct cgatcatgag ctcactcgac atgttgttca agaatcccat cctgatcctg
     5161 atctacctcg ccgccatgct tattatcagt tggcaactga cggctttcgt cttcatcctc
     5221 ctgcccgtgg cgggctatgc gatggggcaa gtgggtaagc agctcaagcg caagtcgctc
     5281 gtggggcaag cgcagtgggg cgcgctgatg agccagatcg aggagacgct cagcgggctg
     5341 cgcatcatca aagccttcaa cgccgagcgg aagatccagc aacgcttcga ggcgcagaac
     5401 gagaccttcc gccgcaccac gaaccgcatc taccgccgac agcagctggc ccaccccatg
     5461 agcgagttcc tcggcacggc caccatcgtc atcatcctct ggtacggcgg cacgctaatc
     5521 ctcagcaaca acagccccat cgacgccccg acattcatct attacttagt catcttctac
     5581 agcatcatca accccgcgaa agacctcagc aagtcggttt atgccataca gaaaggcctc
     5641 gcctcggtgg agcgcgtgga caagatcctc cgcgccgaat cggacatcgt atcgcccgcc
     5701 gcgccgcagc cggtgcactt agagcgcgcc attgcgtatc gcaacgtgtg gttccgttac
     5761 cgcgacgagt gggtgctgcg gggcatcaat ctaactatcg aaaaggggaa gacggtggcg
     5821 ctcgtcgggc agtctggctc aggtaagagc acgttagtgg acctcctgcc gcgcttctac
     5881 gacgtggagc ggggcgccat caccatcgac ggcgtggaca tccgccaggc gtcgctcacc
     5941 gacctgcgcg cgctgatggg caacgtgaat caggaggcca tactcttcaa tgacaccttc
     6001 ttcaacaaca tcgccttcgg cgtcgagcgg gctacgcgcc aagaggtgga ggaggcggcg
     6061 cgcatcgcca acgcgcacga cttcatcatg gccaccgaac agggttacga cacgaacatc
     6121 ggcgaccgcg gcggcaagct ctccggcggc caacgccaac gcatcagcat cgcccgcgcc
     6181 atcctcaaga atcccccgct gctcatcctc gacgaggcca cctcggcgct cgacacggaa
     6241 tcggagcggc tcgtccagga ggcattggaa cgcctcatgc gcaaccgcac aacgatcgtc
     6301 atcgcccacc gcctctccac catccgccgc gcggacgaga tctgcgtcat gcacgagggc
     6361 gaaatcgtcg agcgtggccg ccacgacgag ctgatcgccc tgggtggcta ctacaaacgg
     6421 ctctgcgata tgcagaagtt ctgattgcat tgcgattcat tatagaacgg atccgggttg
     6481 gcattttcgt tgctcctcga aggtattatc ccatgctgtt tgacatttat gtgtacgcac
     6541 gggataataa aatcgattac gaacatcttt atgtgcgcac acagagatat gaatcagatc
     6601 ttattcgtct ttatgtgcac gcacatagaa attaataaaa tactattcgc gtccatgtgc
     6661 atacgcaaag aattaaataa gactatatta tcattcatgt gtatacacga agatgttaat
     6721 aaaatatcat tcatccacac gtgtatgcac gaagaattga acaagaatat attcatatcc
     6781 atgtgcacac acgaagatat taataaagta tcattcatct ctatgtgtat gcatagagaa
     6841 atcaacaaaa ccctattcat actcatgtgc gcgcacagaa acttcaataa aactatatta
     6901 gcatttatgt gcacgcacga aagaattaat aggattgcac acagctccat gtgcatacac
     6961 aaaaacataa accatgatcg tttacatcag atcaaggcca aataattgct ataggcaatc
     7021 cgaaacacat ataagaggca tcaaaatagc ctgtttgaat agttgaaatc agattttagt
     7081 cactccaatg aatccccacc gcaaattccg cccccatcgc aacgcccaac ccaacgaccg
     7141 ccaaccacgc ggccaacgca tcatcgtaaa cgcccccgaa acgctcctcg ccttcctctt
     7201 cgcccacctg accgaccgca gccgaagcgc cgtcaagagc ctgcttcgac acggacagat
     7261 atgggttaac gggcgcgtca cgacccactt cgacacgtct ctcgctcccg gcgacatcgt
     7321 cctcatcagc cacgagcgcg gccgccccgc ctttaacagc ccctacctgc gcatcgtctg
     7381 ggaagacgac tcgctcatcg tcatcgacaa gaaagacggc ctcctctccg tctccgattc
     7441 cgccgcgcaa gagcgcaccg cttgggccat cctctcggcc tacgtccgcg aacaggatcc
     7501 ccgcaaccgc ctcttcgtcc tccaccgcct cgatcgcggc acctccggcc tgatgatgtt
     7561 cgctcgcaac aagggcgtgc aggagaagat gcgcaacgac tgggccacga ttgtcacacg
     7621 ccgctcatac gtggccatcg tcgagggtac gcccgagccc ccagaagata cgctcatgaa
     7681 ctacctcgcc gaaaacagcc gcatgaaggt ctattgcacc gacgccatgc acggcaaaga
     7741 agccatcacg cattatcgcg tcctgaagtc caacagccac tacgccctcg tggaattcac
     7801 cctcgagacg gggcgcaaga accaaatccg tgcacagatg gaagccatca gtcaccccat
     7861 cgccggcgat ccgaagtatg gtgcgcagac tgacccctgc gagcggctca tgcttcacgc
     7921 ctgccgcctc tggttcatcc accctgtgac aggtcgcgaa atgcgcttcg agacgcccat
     7981 ccccgccgcc ttctctgcgc aggtgaagga gtaacgcaac cctcttgccc cctcccccca
     8041 aatgagaaaa ggagttgccc cacctcatgc ggcaggacaa ctcctttctt ccatttgcaa
     8101 ttgatttgat tttctctaca cgttctttcc ggtcacaatc cggatcactt cgcggggact
     8161 cagatcgaca ccaactatca cgccttggtc atcaatcaga aagctcctca atcccttctc
     8221 taacccgtac atcttgtaca acgatgaggc cttccccttc cgatcgttcc attgattcgt
     8281 cccgtccaag ccatctgcct tcagtgctcc ctcgaatacg gactgccgtt cgtccatcga
     8341 aatcgagtgc acagccagaa gcgacgaatc cagttctttt acgctgttcc ggagttgcac
     8401 attgcgaacg cgagactcgg catcatacgc cgcccaaaag ttcaccaacg tgtaccgtcc
     8461 ggcacctctt cggaagtcga gtgcgccact tccgaattcc ggaaggacaa tagccggagc
     8521 ataatccccg atctgaaatc cctcggtgat acctgccttc tcagtcccaa cggaaagaaa
     8581 taatgccgcg accaatccag acaggataca tgctttgatc ttcatacctt ttgtttatga
     8641 attaaactcg aatcggatcg ccccacggtg tgccgaacac tacgccaatg ccactatccg
     8701 caaacatccc tgcgtgggtg gctgtgacct tccggcacac aatcaagggg actcacccga
     8761 tcctcccgac tttcgggagt agaaacaaaa acggccttct ccaaggccgt tgtttattcc
     8821 gatcggcggc aaatgtaaag tcaaacaatt ggcgattcga tcgcactttt ttctctttta
     8881 tgatctgttt agaggctatt tgattctcgc ttttcctgta ttaatagcct ttttagtcca
     8941 caatcttcgt ctgtacaacg aatcccgtcc gtcgcaaatc tgcgaagagg gcactgtaag
     9001 gtgatcggga attgatgttg attttgcagg tcaaaacggc actatcggtc gtatagtcta
     9061 tttcgtaaga gttgctgatc acatagatct gatggcaatc gaaaatgcgg cgaatagctg
     9121 ctatatcggg atcagcagtg gaacaaacaa caacgagaat cttgtttaca ccacctgaga
     9181 gggcgcgttt ctcaaaatat tcgagtgtcg taagaacaac cacagtgagg atcgtcagga
     9241 tgattgcagg aagaaacatg cctgcaccaa cagccagccc gataacggca accacccata
     9301 caccagcagc cgtagtaagt ccatgaatgc tacctcgact ttgtatgatg gcaccagccc
     9361 caagaaaacc gatgccagta agcacctgtg cagcgatacg ccccggatca ccattgagaa
     9421 agtttgggta ggtctgtgga atccaaatgg agacgagcat agacatcgta gaaccaagac
     9481 aaatgagtgt gaaggtgcgg agtccagctt cacggcgacg cgcctgtcgt tcagcaccga
     9541 ttatagcgcc aaggagaaaa ctaacaagca agcgcaaaca agccgtactc gcgtcgatag
     9601 tcgtgctatc aattaaccgt gtcagttcgt tcatggatta ttggtcttgg gagagattga
     9661 gcaacaaatg gatataaaaa agaatgcccg cctctttatg gtttcctgga atctctcgaa
     9721 aattgacatg tccgccagac gcattatggc gtttggcata agtgctagca ttatccaagt
     9781 atacggtctg gtctgacgag ccatgaagca taacgaaagt gcaacgattg ttccaaggag
     9841 tgagactatt ctcgcgtaag acagcattaa tgatactatc ctcattaccg cggatatagg
     9901 actcggtaaa aagatcagaa ggacgattgg gataagtgtc cggacaattc tcgttgcaac
     9961 catcaaagca ggaatcgagt aaggaggcgt agggagattt taagatgcga ttgatgggaa
    10021 gtttagagta tccgttatgt agatagccat gaagagccaa tggaagtaga taaggcgtag
    10081 gaaggtgatc tgctgttttt accttgtcag caatacgcac taagtcgcaa ggagtgcccc
    10141 ctacagtaag catgtcaatg cttaatctat tagagatctt tttatctacc tctatttcgc
    10201 gtgcagtctg agttgcaaca taggccccaa gtgagtagcc ggttatcgtg agtgtgcttc
    10261 catgacgata gtgcattgca tctaaaacat acaaggaggc atgaataaaa tccatcgtag
    10321 cacgaatcat aggacgtcgc tcaacataag gattagtgca tagcccaaaa gaagcgccaa
    10381 agccaggata gtcaggcatg aggacgatat atccgcgcga ggcttgtaat aagccaaaaa
    10441 gcacaaaagc ctcgaattga tcgggattgt aattgattat ttgttgggta gatgtttgtc
    10501 gattgaagag ataagtgtat ggaagagtga gcaataaccg gtgagaacat gatgaatctg
    10561 tattcggtgg aagaagcagt aaccctgaca tcggaatacg ctctattcca cccttaggat
    10621 gaggagaata atatgtgacc ttgacagcat gcaacctttc ttgttcttta ccatgtacat
    10681 ggccaatgat tagtctaatc catgaaaact taggcttctc cataagtgtt aggaaatcat
    10741 cagaggtgaa tgtttttatc acattccatt ccggagtagg atcatgttct ggattgacag
    10801 gaataggctt atctctttca ttgcaagcag taaagagaaa aaacagaagt gccgagaata
    10861 tatatcctcg gcttttactt ctggttaatc tgtctatctt caatctatat aaccctccca
    10921 tactttctgc tcttccttat ttatagacca ccttcgacat aataggatag gccaacttag
    10981 aatatattac ctcttgtgga cagtagagtt tctcaagagt cggcattggg gcagactcaa
    11041 ggaactttag ttttagattc ttgcgtacat ccactatagt caagcgattt cccatacagc
    11101 gtaaacgttt tagcgcagaa ttgtgtgata catcaagttg cgtcagtcga ttgttcgcac
    11161 agttaagcga tataagcgaa gtattaacgg ccacatccac gtcatccaat aaattgccat
    11221 tgcatgcaaa attcgataac tcatgattat gtgatacatc tacatgactt aatgcattca
    11281 ttccacaatc taacgtgccc agttttgagt ttcgagaaac atcaattgcg gttaattgat
    11341 tcccactaca gtctaaataa ttcagcctat tcaggtgaga tacagtaagt agtttcaatt
    11401 tgtttttact gcaatttaat gtatccaatt gtcggttgtt cataatatcg agcacagaga
    11461 ggtgattatt cccacacttt aatacttgca atgcgggatt acgactaaca tcaagtcgga
    11521 ttaatcggat actattgcaa ccaagcgtct gtagtgcagg gttatggctc acattaagcg
    11581 tgattaaatt gttgtctgag cattccaatt ctgtcaattg cggattagcg tctacattca
    11641 ggcgatgcaa cttgttgtgc gaacagtcaa gcattcgcaa tgaaggaaaa taactcatat
    11701 ccaatgtcat aatccggtta ttactacaat gtaacttttc caatgaagta aaatactcca
    11761 ggccttccat tgagtttaag tttaaccctg agcaatccat ctctttaact ccacgcgcct
    11821 cagcaccaga gatttcacca tcaccattct tatcaaatga tcgcacaaga aatgctttga
    11881 atgctgcgtc aggtataggc actataccag tgtgcgcacg tatagcagca cgtctacttt
    11941 cttcagctac ataccgcgct tcttcggcct tacgtgcttc ttcacgatga tattcttcat
    12001 tgaaagagat attccgcgtt gatcgcccat gttccgttag ttctgagttt ttttcgatcg
    12061 attgagattc tgatttaata tctaactcat tcgaaacaga cggaattata tttatatcta
    12121 catctgctat cttcttatct accgtcattg gctctgtttc tacctcagca gtagctgctt
    12181 cttgatctac acgataagtc tgaaccgatg ccgtttgata gcttaatgtg cgatagatcc
    12241 gatctttaat caacttcaca gtggacaatg acggcattgc attgcaataa agtcgattta
    12301 actttatatt gtgtgttaca tccaattctg ttaaccgatt aatactacat tccaactctg
    12361 ttagtgccgt attatgcgaa acatcaagct gcgtaagtcg gttatttcca caatctaagt
    12421 cagtcagtgc tatattattt cgcacatcga gtgaatctaa tttattgcgt ccacaatgta
    12481 gttggcggag tgatgtatta tgtgagatct caagctgagc aatgaggttg tcattacaaa
    12541 aaagttgctc taatgaggtg gccggacttg catctaatga gactaattga ttttctgcac
    12601 aattcaacca tcttaatgaa tggcaatcac ttaaatcaat agtgtttaga cgattcatgc
    12661 tacaattcat caatgacaat gatgtacatc ccgtcgtatg tagatttgtt atgctgttgt
    12721 tatcacaaag caattcttct aagtttttct ttccacttac attcaatgta tgtaagttgt
    12781 tattccgaca atgcaactca cgtaattcat cattatgcga aacgtctaat gtatccaagc
    12841 tgttattgtc acatcgaagc actttcagca gtgcattatg actcacatca atttttttta
    12901 gccctccccg ctcaaagtgg ttagcatacg aacaatcaag tacctcaagt gctgtgaatg
    12961 cctcgatccc atctaatgaa tgcaatggtc gatctataca ttcgatctta tgtactgcct
    13021 gcacttctga atttgatagt tctccgtctc catctgcatc aaatgattcc acaagatacg
    13081 acttaaaatt agcatctggg atcataactg actgtgcgct tgcatagagc agcgatgatg
    13141 caataaacaa aatagtgata ttcttcttca tattataata tagttcatag tgaatgagta
    13201 gctgataaca gtctgtcgtt tattgtcaaa aatattacca ttaactattc tcggacaaat
    13261 caaaatagtt agttgtaacc aatgattaat aattagaccc tcaattttcc tataacctcc
    13321 gatatagagt taaatccatg tcgatcgcaa taggcattaa ttccatctat tatttttagc
    13381 gttatcgtag gatcaacaaa attatatgta ccaacttgta ctgctgtggc gccagctaat
    13441 ataaactcta tagcgtcact ccatgaggtt attccaccta aaccaataat agggatatgc
    13501 actgcatgcg cggtctgcca taccatacgc aatgccacag gctttataca cggaccagat
    13561 agcccccctg taactgtaga aagtagtggt cgcatgcatt ctgcgtctat ggccattcca
    13621 agcagtgtat tgatcaatga taccgcgtct gctccttcag cttcaactgc acgagctatt
    13681 tcggtaacat cagtcacatt aggtgacaat tttacaatta gcgtctttgg atataccctt
    13741 cgtacagcac aaactacatg agctgctgaa gacgcacata ggccaaaccc catccctcct
    13801 tgctttacgt tagggcagga aatattcaat tcaatcgctg gtatattatt cagcatagcg
    13861 atcttctctg cacattccat ataagtttct accgatgaac cgcctacatt cacaatgatt
    13921 tgtgttccca tatcgcagat tctcggataa atcttctcta tgaaatagtc gactccttta
    13981 ttttgaagcc ctactgcatt cagcatgcca gaaggcgttt ctgtcatacg tggataagca
    14041 ttcccttgtc gtggctcagc agtcgttccc ttcacgataa ctgcacccaa acgtgacaaa
    14101 tctatcagat ctgcgtattc tattccatat ccaaatgtgc ctgacgccgt catcacggga
    14161 ttattgagcc ttagatgtgc tccaatatgc gttgttagat tagccatttc agtctatcaa
    14221 tattaaatac tggtccttcg gtgcacacac acacatgacc tgcatctatt gtatcctcta
    14281 tacaacaaag gcaagcacct atgccacatc ccattttatt ttcaagtgat acctcgcaat
    14341 atgttcccaa ttgacgtgct cgcttggcta cagctatcat catcggctta ggaccacagg
    14401 catagatata tccaaatgat tgcgccttcc aaattgtatg atctgtcaca aatccgcgct
    14461 ctcctactga tccatcttct gtagatatat atacatcgcc atacttagcg taatctactt
    14521 gtcgtactat tccatcagct gatcgtgcac ctattaaaaa taatggggaa aatcctgcat
    14581 cacgtaatgc tttaccaaga taaagcatgg gagcagatcc tactccgcca cctaccaata
    14641 ataaattctc cgcatttaca tcctcatgac ttggtattgt aaatccatgt cccaatggaa
    14701 gcattacatt gactatatcc ccttttctat atcttgccat ccgccgcgta ccatgaccta
    14761 taggaagtat aagtagccat atttcattcc taacacggtc gacataatgg attgaaatag
    14821 gacgccggag cagtgtatta gatgaatctt cgattcgcac ctcaacaaac tgtcccggac
    14881 tcatcacagg tagcacctct gtatctgatg ttagcttcaa taagttgtaa tgcccattta
    14941 tactttcatt agacacaacg tgcagatcga atagatattt tttattcatt ctaagtaaga
    15001 tcaatttttt cagtaaggac aagtctctta cattttgttc tccgccccat cgctatctat
    15061 tggaactaat aaatcgtctt ccttcttctt ctttcggtcg ggacgttcag acaagtttgc
    15121 tctcttcatt tccacattaa tcttatccat tagattctta taaggagcct ctccttcaat
    15181 aatagctaat gcattgattc gattaacaag tcgacggaac tcgtcataaa gctcatcacg
    15241 cgtgcgctgt gttagtccct tttctattcc tgaataaaat tcagtacgtt ctcgatagat
    15301 tttctcgtaa ttactattag catccttcag aatgctcacc catttatccg caccgatcaa
    15361 tgcaagatcg gccttcgctt gagccgtgtc ataatcttga agcaagttca ctataagtgc
    15421 tgttttttca cgctgtggac ggagatgcgg catcttacca tatcctttta acacgggata
    15481 aagtcgccaa gcagcctcac tcattgtttc atctggataa gtaacataga gccttagatg
    15541 acgtccaagc cctacaagcg caccatcgcg atcagcacca tgcttgctca atttagccgt
    15601 ttttccactt tttcgaatag gcactattgc atcatcgaat gctttatact tctcattaaa
    15661 gatattcacg tggtctttca acttcagcgc ttcaagatct tctttgctta aaaaggtctt
    15721 tacattatac attgcttgat agaagtttaa gactcgaata cgggatagat tgacgtggtt
    15781 tatcatatca ttgtcttttt acatgccgca aagatccaca ctcttttttt attgcacaaa
    15841 caaaaagttg ggtgatatag cttcattcgt tatctacaag atgtaatata attcatgtat
    15901 tatatgcatg tcatatgttt aacggagtat ctttctctgt ctattgacag aaatcaaaca
    15961 tcatacattg tttgtatatt acatcatcga gcatgatcaa aatatgattc tgcaaactca
    16021 aaatattaat tgattgcagc gcaatatcac acttagcaag taaaacaaca catcgtctgt
    16081 attcaaccac acaaacatct tactgtttta tatatcacag aataatcaaa agcatattca
    16141 atcgacgatt cacaccaaac aatctcactc aatagatcca acgataaaga atatcacatt
    16201 gtacagcaaa gagggataag agagaaaaaa catgtcagtt tatttgttga ttaaaaaatc
    16261 aaatggtcta tgattagata aaccatttca caacgacgct attttttaag tgcgtgatag
    16321 atagcatctt ggattcgcaa tcgaatacca agtgtagaaa gtcgattatt atcacgtgat
    16381 ggatgtatgc gattgctaag aaaaatatag attagacggt tgtccggatc gacccagaaa
    16441 caagtacccg taaaccccaa gtggccgtaa gtagatgcag gggctaaccg actacaaggg
    16501 gacgcacctc ctggagttcg ttcaggccga tcaaaaccga gtccacgtcg gcatgtgcga
    16561 ctctgactat gagtaaacat gtgacatgtc gtagcagaaa tatatggttc gccaccataa
    16621 gatccattat tgaggtaaag ttgaagcaac ttagctaaat catcagctga agaaaagagt
    16681 ccggcattac cagagacacc accttgcaat gctgctgctt catcatgcac atatccgcga
    16741 agcatttggt gacgcatcac gcgatcatct tctgtgggaa caatgcgtag tgtgtccatc
    16801 ttgtggagtg ggttgtatgt tgttgtgctg gcacccagac gagaaaagaa gtgcgtgttg
    16861 agaaaacgat ccattggttg gcgggtaacg ttctcgacag ccattttgag caagataaag
    16921 ttgatacaac tataggtgta ttttccacga gtgccaaggc gagatttgct gatgtcttgg
    16981 atgatatgat cacggaagga atcatgtaca tacatccttc gtgccacttc agtagaaaat
    17041 ccaggctttt gatgatcaga caaccaactt gggcctaatg acgcggcatg caggcctgtt
    17101 gttggaagcg tggtatatga ggtgtcagca tgacgagaag tcccgtcgtc acatatatag
    17161 ttacgatctg ctcgggcgtt ctgatagaaa ggaatgtaag gtacaatgcc agactgatgg
    17221 tagagcaact cctctaccgt aatatcatgc ttatttgatg atcgaagagc aggaacatat
    17281 gttgaaatgg gattgttaag acggatcaat ccatcatcgt agactttcat aacagcaggt
    17341 aaggttcctg ttgccttcga cacagaggca agatcataga cggcatcatc atccactttc
    17401 cgggttttac gggcatcgta ccatccaaac gatttattat aaacaatcat tccgtcttta
    17461 gccaccaata cacggcatcc aggataggct ccctttgtga caccttcatt tgcaatagcg
    17521 tcaatctcag ctaatcgaga tacatcaaaa ccgacttctt caggataatg ataaccgagg
    17581 cgcgtcttgg tagttgataa accggatcct gcacggaaga gcccaggaag tgtaacagaa
    17641 agatggccgc gagctgaaat accgccgaat atcatctgtg cagcataaga ttgtgcctca
    17701 gcggtgttct cataagctaa aacaacagca tcggcagtat ggatcgcatc gcgatgattg
    17761 cggaggacgt aaggtgttgt aaagaaggtg tagatacatt ctttctgact gagaagttgg
    17821 agaagatctg agcgatcggt gatatgcgga gaatatacgc cgcagataat cgttccataa
    17881 ggctgtagac gagtgatagt ttgtctgata tcagcctctc gagtagttga ataaatacga
    17941 aaaatgtcga tggaagcgta gcgccgaagc atgttaaaaa aagcatcttc tggtgcatta
    18001 ccgatggtaa caagggcaat acgtttctta tcgagttgct taataggtaa acatttctct
    18061 tcattcttaa gcaaggtgat agctgcttcg ttgagcttag cgacaagcca tttagcatgg
    18121 ggtgtattga ggcgctcgga taatccacgt atgttgatgg gacgatagtg attaagtccg
    18181 gcgatatact tatatgtaag gattcggcga catttatcct caagatcttt acgagagatt
    18241 tctccgctat caagtgccgt gtggatagaa gctatggcct tgtcaggaga tacaggtgcg
    18301 agtgctatat cattgcctgc cttaattcca gtgagggtgg gattttcacg atcacctggg
    18361 cgagcccctc gcatgttaag tgcatccgtg aaacagagtc cacggaaacc gtccttcttt
    18421 cgaagaatat cggtaacgat agtaggcgag agtgaggctg cacggccgcg ttcgcctcca
    18481 ttgagtgccg gaacattgag atgaccggtc atgattccag aaaatccggc attgatatag
    18541 cggcgaaaag gaagaagatc gatgctgtct atctgccgct cagtacgatc gacgagaggg
    18601 agcgtgtagt gggagtctcc ggaggtattt ccatgcccag ggtaatgctt ggcgacagcc
    18661 aagatgccac gtccttcgag accacgggcg tatgcgattc cacatcgcgc tacagcttca
    18721 ggatcatcgc cgaaggagcg gacgccaatg acggggttac tggcattcgt gttgacatcg
    18781 acggagggcg caaagttgat atggatgccc atttcacgac attgacgggc tacttcagcg
    18841 ccatagtctt cgatcagtcg ggtatcttgc acggcaccca gcatcatgtt cttaggaaaa
    18901 cgcgtggtgc cacgtaatct catggagagg ccccattcgc catcgagagc gataaagagt
    18961 gggcaagaag agagttgctg cagtcggttg gttacttctg cctgcgtgac gggatcgccc
    19021 tcgtgaaaaa gtatgccacc gatcttcaac tcggtcacat agcgctcaag tcgtcgcatg
    19081 ttggcagcat cgagcttcgg gttagcgatg atcatgatca gctggccgat gcgctcgtca
    19141 tcagtcatgg aacgatagac agagtcgacc cagcggttca tcttttcgcg gtcggccttg
    19201 cgaaggaggg tgggttcgtg ctgcgctgtg gctgtgatcg tggtgaggga caaacagaag
    19261 gcgatcagca ggggaattag gatggagatt ttcttcataa tcatgttctt tttagcgagc
    19321 ggcaaaagtg gtaaaaggga tgatcaaaag acgagaagtc ctgtcggtaa aaagagccgg
    19381 agggaacttt tcgattttat agccatacag acccctaacg agtcaatgag gagaaaatag
    19441 ctgctcctac aacaccatat tccggaccaa ataggttttg atctcacgtt tctgtatgac
    19501 tatccgcacc tttgtgccca tgacaaaaga gtcatccaaa atggaacaat gagacgtaaa
    19561 cctctgggaa taacacaccg tacatccact catttttcac ttttcgtttt ttccgatctc
    19621 cctatgatga tgcatcaatt ccctcgcctc gcctgcgtat tgcttctctt atccacgggt
    19681 gcctgcgcga cgcgggcgca gcgaacacag acgcttcaag tgatgagtta caacgtggaa
    19741 aacctcttcg atacgaacga cgatccgcac acggacgaca acgagttctt gcccgacggt
    19801 gatcggcact ggacgcccgg gcgataccgc aatcacctgc agcaaacggc acgcgtcatc
    19861 ctggctgcgg gccggtggga ggcaccggcg ctcgtcgggt tatgcgaggt ggagaacgat
    19921 tccgtcttga cacacctcct gcgccgtaca cctctccgac gcgagggtta ccgctactgc
    19981 atcacccgtg gtaatgatcc gcggggcatc aacaatgcct tgctctaccg aagggatcgc
    20041 tttcgcctgc tgggttggcg gtcggtacgt atcgccttca ccgaacgcac gaagcgctcc
    20101 cgcgatctgc tctacgcttg ggggcgcatc gcctcgggcg acacggtcga cgtcatcgtc
    20161 tgccatttcc cctcacgacg cagcggccag aaagcctccg aacgtgcccg tatggacgct
    20221 gcgagccacg tgcgccacct ctgcgactcg ctctatcgtg tgcgccgccg tccgcacctc
    20281 atcgtcatgg gcgacttcaa cgatacgccg tctgaccgta gcatccgcct gatgagtgac
    20341 gctccagagc gtcgccatcg cttagtcaac ctcttcgccg atccgcggag aacgggattt
    20401 gctggtagtc attattacca cggcaagtgg acacagttgg atcagatgct cgtcagtccc
    20461 cttctggctg atcgcttgac ggaggcgcaa gttttcgccc cggatttctt gctcaccgaa
    20521 gatggcaagc gtcgcagtcg gcgcccccga cgcgtctatt acggcttccg ttacgaaggc
    20581 ggtttcagcg atcatctgcc catcgtagcg gagtttagat ggtgattgca ggcctatcat
    20641 ttatcgctcc gatgggttga tcattggtca ttcattatca ataacaattg aatggggcgc
    20701 gcagattcca tttttcgcct gagggtctgt gcaaacggcg ttacttttgt gcacatcaga
    20761 agggaacgct tctgactaac tactcacttc ttaaaaacat caatcgttat ggagaatacg
    20821 gaattattgg aaatcgtaag gaagaaagcc caagcctggt tagggccgga gtatgacgat
    20881 gagacccgac gcgaggtgca agccttgctc gacaaggatg accccacgga cctcatcgag
    20941 gctttctaca aagacctcga gtttggcacc ggtggactgc gcgggatcat gggcgcgggc
    21001 acgaaccgca tgaacatcta caccgtcggc gccgccacgc agggcctctc gaactacctc
    21061 aagaaggagt tcgctgacct gaagcagatc aaggtcgtca tcggccacga ctgccgcaac
    21121 aacagccgcc gcttcgccga gatctcggcc gacatcttct ccgccaatgg tatcaaagta
    21181 tacctcttcg acgccctccg gcctacaccc gagacgtcgt atgccatccg ccacctcggc
    21241 tgccagagtg gcatcatcat caccgcctcg cataacccga aggagtacaa cggttacaag
    21301 gcctattggg acgacggcgc gcagatgatc gctccgcacg acaagaacac catcgctgag
    21361 gtgaacaaga tccgcagcgt atctgacatc cactttaagg gcgacaagtc gctcatcgag
    21421 atcattggcg ctgagatgga cgaacgctac atccgcgatt tgaccacgat ctccctctcg
    21481 cccgacgcca tcaagcgcca ccacgacatg aagatcgtct acaccccgat ccacggtacg
    21541 ggtgtgcgcc tcgtccccat ggccttcaag gcctttggct tcacgaacat cattcatgtg
    21601 ccggagcaag acgttgtcag tggcaacttc cccaccgtca tctcgcccaa ccccgaagag
    21661 gcggcggccc tgcacttagc cgtagagcgg gctaaggcaa cggacgccga attggtgctt
    21721 gcctccgacc ctgacgctga ccgcgtggga tcggccgtga agaacaacga cggcgagtgg
    21781 atcctgctca atggcaatca ggcggccatc ctcttcgtct actacctcct cacgcgctgg
    21841 aaggagatgg gccgactgaa gggcaaggag tacatcgtca agacgatcgt caccacggag
    21901 acgatccgcg ccatcgccga gcgcaacggc gtggagatgt acgacgtcta cacgggcttc
    21961 aaatggatcg ccgacatcat gcgccgcaac gagggcaaga agcaatacat cggcggcggc
    22021 gaggagagct acggcttcct ctgcgaggac tttgtgcgcg acaaggactc cgtctccgcc
    22081 tgctgcatgc tggctgagat cgcggcttgg gccaaggatc gcggcctgac gctctaccag
    22141 ctgctccagc agatctattg cgaatacgga tactcgaagg aggtcaacat ctccgtggtg
    22201 aagaagggca agagtggcgc cgaagagatc gaggccatga tgacgcgctt ccgcaacaat
    22261 ccgccctcgg agttggccgg atcgaaggtg gccacgctct atgactacgc ctcgctgaag
    22321 gggcacagct tcacggaggg tgaggacttc tcgctgcaca tgccgacgac gtccaacgtg
    22381 ttgcagtatt acgccgaaga ccacacgaag gtctccattc gtccctcggg cacggagccg
    22441 aagatcaagt tctacatcga ggtgcatgtc cccaacatcc atacggtgga cgacctccgc
    22501 gccgccgagg cccaagcgct cgagaaggtg gagaagatca aagcctcgct tggcatctga
    22561 tcagcgcccg cgcgcagacc tatccttatg acgcgcagcg tcactccctg aaagaaggcg
    22621 tccccacccg cgggggcgcc tttttttgat ggctcccagc gcttaggaag ccttccgagg
    22681 ccttaaatca ctgattccgg aggttaggaa gccttccgag gcgtagaatc agtgattcca
    22741 gaggttagga agccttccga ggccttagaa tcactgattc cggaggttag gaagccttcc
    22801 gaggccttag aatcactgat tccgggggtt aggaagcctt ccgaggcgca gaatcactga
    22861 ttccggaggt taggaagcct tccgaggcgc agaatcaatg attccggagg ttaggaagct
    22921 ttccgaggca tagaatcaag attccacggc ttatgttgac aacatgacct ctggaatcac
    22981 tgattttggg cttatgttga caacataacc tctggaatca ctgattttcg gcttatgttg
    23041 acaacatgac ccccggaatc actgattttt cggcttatgt tgacaacatg acctctggaa
    23101 tcactgattt t
//
LOCUS       SEQF3106|MIQD01000035.122598 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..22598
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             30..1229
                     /gene="amiC"
                     /locus_tag="SEQF3106_01187"
                     /EC_number="3.5.1.28"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P63883"
                     /codon_start=1
                     /transl_table=11
                     /product="N-acetylmuramoyl-L-alanine amidase AmiC"
                     /translation="MRNKLWSVLIVSIICMLWGAPQLQAGKKTFTVVIDAGHGGRDPG
                     ARGRKTNEKNINLAIAKKLGGMIAAGHNDVKVIYTRTSDKFVGLETRANIANRNDANL
                     FISIHTNSLKRGSPVRGTETYTLGLAQTKENLDVAMLENSAILLEDNYKKRYENFNPH
                     SSESYIMFDLIQNKNMAQSIAFATDVQREFAAAGRRNRGVRQAGFLVLKATSMPSVLI
                     EVGYISNTEEERYMDSEKGRTELARAIYNAFGRYKRNYDRKQGDGVSRKGNAEKKSEK
                     NRDEPKSSTTNTNRRTSAASSSGVEVQFDGPARTVVGERRSTAARNSNEMVYKVQILT
                     SDRPLPDNARAFKGRRTSYYREGNLYKYTCGETSDFKEIQRLHRELVKDFPHAFIIRM
                     KDGKRLK"
     CDS             1261..2145
                     /locus_tag="SEQF3106_01188"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKMKFTKEVTIGIVTIISLTLLYMGVNYLKGINLFRPVNRYYVV
                     CSNVKDLTISSPVFVEGFKVGLVRTITYDYSTTGRILVEINLEKGMRINRGSYVALEK
                     TLLSGAEMHIQLNKYVNEYLQSGDTIEGRQPEDMISTVQNEMLPQVMALLPKLDSILT
                     GLQALVNNPALAQSLDNIERTTAGLEQSSRQLNRLLQKDVPTIAGNLTTASANFSALS
                     GDLRTLDLNGTVNSLNQTLGNLNQTTAKLNSKDNSMGLLLNDSLLYNNLNRTVNSANG
                     LLIDFKEHPKRYVRFSLF"
     CDS             complement(2259..2945)
                     /locus_tag="SEQF3106_01189"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKDLLCSVFVLCLGLFLCSCSKNEKDDASLTGTWKVRTANKEK
                     NQYAADVVWEAPSNLTMEIMGQKYPVNQLSTILTPIFGNMVNAALKDVTLTADGKVRA
                     TYMDSESNTWKTADGYATYKDEGKGRLRLFFTDKAFSRVDGLDAQTLAQVKAVLSGGI
                     PMRYTVGSQHARIYFDTETIKSLRAYLPAILAMAGSSIPPQVLAGLKSGLVEVIDKST
                     KIEFGLNLER"
     CDS             3024..4202
                     /gene="patB"
                     /locus_tag="SEQF3106_01190"
                     /EC_number="4.4.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q08432"
                     /codon_start=1
                     /transl_table=11
                     /product="Cystathionine beta-lyase PatB"
                     /translation="MKHYDFDEIIERTNTDSIKYDALTENFGRSDLMPLWVADMDFRT
                     PDFVIDALRRRCEHPVFGYTFPSTAYYDAIIHWVHDLHGWDIRREWLSYIPGIVKGFA
                     FVIDHFTSPGDRIIIQPPVYHPFHLVPEGMHREVVTNPLRMVDGKYEMDFEQLESIID
                     DRCKLLILSNPHNPAGIVWPKETLQQLASICARHGLLVVSDEIHAEMAFPGFRHHPFP
                     TVSDEAAACSILFTAPSKTFNIAGIVTSYAIVPNDRLRNDFYSFLEAGEFNHGTIFAY
                     EATKAVYTPQGADWRQQMLTYVWSNVEFVEDYLRRRLPQVKAYRPQASFLIWLDCRGL
                     GLSHDELIRLFVDRAHLALNDGAMFGREGEGFMRLNIGCPRSTLQKALDRLTEAVHRK
                     "
     CDS             4290..5036
                     /locus_tag="SEQF3106_01191"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSWRDFFYFSTGERRALALLLCLITIAGIFLIWGDTLYNRPQAE
                     AAAEAYPDAPSNSEATDRATYAHPPADSRPRRSARPPYSRPASHRSESMGERVRRLTD
                     RRPHYPRREKLAPGQTIELNTADTTALQKVPGIGPYYARRIVKFRALLGGFAHVEQLG
                     EVYGIDAEKYAELAPWFTVDARRIHRMAINRLPEDSLRRHPYINYAQARVIVRQRRRN
                     GPIGRWEDLALLEEFSTTDRGRLEPYLSFE"
     CDS             5351..5797
                     /gene="queF"
                     /locus_tag="SEQF3106_01192"
                     /EC_number="1.7.1.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5L1B7"
                     /codon_start=1
                     /transl_table=11
                     /product="NADPH-dependent 7-cyano-7-deazaguanine
                     reductase"
                     /translation="MEKQELTLLGKKTEYRQDYAPEVLETFTNRHPERDYRVHFHCPE
                     FTSLCPITGQPDFATITIDYIPDMKMVESKSLKLYLFSFRNHGAFHEDCVNLIMKDLI
                     RLMDPKYIEVRGLFTPRGGISIHPLCTYGRPGTRYEALAERRLFDK"
     CDS             complement(5913..7202)
                     /gene="ino1"
                     /locus_tag="SEQF3106_01193"
                     /EC_number="5.5.1.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R7G6"
                     /codon_start=1
                     /transl_table=11
                     /product="Inositol-3-phosphate synthase"
                     /translation="MEQKIQAAEGRLAVLIVGVGGAVSTTMISGVLAARRGLAKPIGS
                     VTQMGRMKMQNGCVKPIKDIVPLADLDSLVFGGWDIFPDNALEAARCAEVLTEKDLKG
                     VSDELATIHPMPAAFDPRWAKRLNGTHTMQGATRREMIERLRGDIRKFMADKHCARAV
                     VLWAASTEIFLPMGDAHRSLQALDRAIDANDTHAISPSMCYAYAALSEGVPFIMGAPN
                     LCVDIPAMWELAAQKRVPIAGKDFKSGQTLMKTVLAPMFKTRLLGVNGWFSTNILGNR
                     DGEVLDDPDNFKTKEVSKLSVIESILDADEQPDLYGDIYHKVRINYYPPRKDNKEAWD
                     NIDIFGWMGYPMQIKVNFLCRDSILAAPIALDLVLFSDLAARAGMSGIQTWLSFFCKS
                     PMHDFEHVPEHDLFTQWRIVKQTLRAMVGEKEPDYLS"
     CDS             complement(7356..7772)
                     /gene="mscL"
                     /locus_tag="SEQF3106_01194"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A742"
                     /codon_start=1
                     /transl_table=11
                     /product="Large-conductance mechanosensitive channel"
                     /translation="MGLIKEFKEFAMRGNVLDMAVGIVIGGAFGKIVTSFVEDILMPP
                     IGVILGGVNFSDLKIVFQQAVMDGENVVTPEVALRYGNFIQVIFDFLIIAFAIFMLLK
                     AVNRFNKKKAEAPAPAEPPADVQLLTEIRDLLKEKD"
     CDS             8410..9330
                     /gene="pyrB"
                     /locus_tag="SEQF3106_01195"
                     /EC_number="2.1.3.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A786"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate carbamoyltransferase catalytic
                     subunit"
                     /translation="MLNKSLVSIDQCTKADILRIIGNAARFEARPNRDLLQGKVAATL
                     FFEPSTRTRLSFETSVNRLRGRVIGFQDASTTSSTKGETLKDTILMVSNYADVIIMRH
                     YLEGAVRYASEVTDVPLINAGDGANQHPSQTLLDLYSIQKTQGRLDNLTVTLVGDLKY
                     GRTVHSLIVGLSHFQPTFHFVAPRELAMPEEQKQFCRSHGIAFHEHTVFSEEIINETD
                     ILYMTRVQRERFTDPMEYERVKNVYILHRRMLDGSRENLRVLHPLPRVNEIAYDVDDS
                     PKAYYIQQARNGLFTREAIICDVLGIEVTD"
     CDS             9363..9830
                     /gene="pyrI"
                     /locus_tag="SEQF3106_01196"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A7F3"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate carbamoyltransferase regulatory chain"
                     /translation="MPEQKKRTELQVAALENGSALDHIPPEQLFKVAQLLGLEQMDHR
                     ITIGNNLKSAKMGRKGVIKIADKFFEEDEINRIAVVAPNVVLNTIRDYEVVDKRRVEL
                     PDELTDIIRCNNPKCITNNEPMKSHFYVTDKVAGTVKCRYCEHKINRDEIVLK"
     CDS             9883..10635
                     /gene="tcdA_1"
                     /locus_tag="SEQF3106_01197"
                     /EC_number="6.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46927"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA threonylcarbamoyladenosine dehydratase"
                     /translation="MNESALPFSRTELLIGREAMDRLQCARVILFGVGGVGSWCAESL
                     VRSGICRLTLVDSDRVSPTNINRQLPATVRTVGQLKVDVLRERFMEINPDAEIEAVAS
                     AYNAEMSDAFRLETYDYILDAIDSLSEKVHLIRTATGLPRATFFSSMGAALKLDPQRI
                     RVAPFSCVAGCPLAAALRRRLKQGEPPAHDFLCIYSDEVLENRGTLPSDTDASVWDAR
                     KARINGTIAHTTAIFGFTLASLVVQHLCTHNS"
     CDS             10726..11775
                     /gene="ynaI"
                     /locus_tag="SEQF3106_01198"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AEB5"
                     /codon_start=1
                     /transl_table=11
                     /product="Low conductance mechanosensitive channel YnaI"
                     /translation="MWDILYYGNSLRDWCISFAIIVGALLVNKLISLINRRLIRRFTA
                     RSRTRIDDILSVALEPPVLLGVMLCALWISLSRLQLGTKFHDILRMACEVMFTLNLTW
                     LFARLLSRFIEAGLVNGDGSSRRLNINSRLLPLIKRGVLIVVWAIGAITALHNIGVTV
                     TTLMGTLGIGGMAFALASQDTIKNIFGGITIFTDSTFQIGDVIRINDAEGTVVDIGLR
                     STRIRTYDLRLVIIPNSQLIDAIVTNISSEPGRRVVIDLGLTYDTSPGKMQEAIALLH
                     AVPGRVTEIDSGVTAAFLQFADSALVIRFIYFIRKSADIFETQSKVNFDILTHFNAAG
                     LSFAFPTQTIYVEKE"
     CDS             11805..12818
                     /locus_tag="SEQF3106_01199"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WQP7"
                     /codon_start=1
                     /transl_table=11
                     /product="3 beta-hydroxysteroid dehydrogenase/Delta
                     5-->4-isomerase"
                     /translation="MKRILITGASGFIGGHLVAAALAEGYEVWAGVRRSSSLSRLPKD
                     RIHLIDLRFADAEALAQQVTEHAATHGRWNYVVHNAGVTKTVRPADFFEVNTEYTRRL
                     LSALNAGGEATRPDRFVLMSSLSAFGRGDERTFRPIALDDVPRPESIYGRSKLAAEQA
                     LREQAAIPYIIMRPTGVYGPGDRDYGMEIESIRAGFDFKIGRTPQRLTFIYVKDLARA
                     VMLALEHPTAVGRSYFVADGDVYTDDEFARLIQGLLHRRHVLHARIPLWIARMVCTVS
                     EAIGRMTGRPATLNTDKYHILKQRNWICDVSPLRDELGFTPAYNLRRGLEEIITEDLK
                     AKR"
     CDS             12945..14495
                     /locus_tag="SEQF3106_01200"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHNKLLLALALLLSLGACSTSRLVKQEKRFYPKREFRGAWFQTI
                     YQDDYRGLSADDFRALMDQRLDRLKRYGINAILFQVRPEADAFYPSTYEPWSRWLTGR
                     QGEAPEDEGFDPMAYLIEACHRRGLEFHAWLNPYRAGATDFEDFAETHIYRRHPEWFV
                     HYNRLTLFDPGVPDCRLFICGVVRDIVTRYDIDGIHIDDYFYPYPAPGEPFPDDESFA
                     RYGPSAGFSASRRDDWRRNNVNLLIRELKMTIATVKPWVSFGVSPFGIYRNKTSDRHG
                     SDTHGLQNYDDLYADVVLWMKNGWIDYCAPQLYWNIGNKAADYSTLIRWWSGLKTRTP
                     LYIGQDVARTMKAGQLAQKMIEEREAKRIDGHIFWPAGELLRNNGHVADSLRRIWHRY
                     PALTPPLSKAYTERPNAVLNLRIVQADGNTRLVWDIAPQRPTEVRKTPVRYVVYRFPL
                     GERRDISRASMIIAVTGEPSFQLRESDLELPYSYVVTAIDRYHNESKPCKPLKLDGRT
                     QYVNFRGK"
     CDS             14630..16444
                     /locus_tag="SEQF3106_01201"
                     /EC_number="6.2.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O53521"
                     /codon_start=1
                     /transl_table=11
                     /product="Long-chain-fatty-acid--CoA ligase FadD15"
                     /translation="MMIPHFAELIHHQAERYGHRTALLHRDSRTGKWMRISWTTFADR
                     VRLTSQALIEYGIGVQENIGIYAPNMPQYFYTAFGAYGARAVEVPMYPTGSPDQIKYI
                     VHDAGIRLLFVGEQQQYNNAYKAQQEMGDTLLRKIVIFDRSVVRYPGDETSVFFDEFV
                     RLGDNARAATAARIRRNEAAMDDNALIIYTSGTTGEPKGVVITHANLHETMRIHILRL
                     PMVTDRDLSMCFLPLVHIFEKGWTCFCLCKGVRIAINQNPKMIRKTLLEVRPTLMCNV
                     PRFWEKVYAGAQDRIRSASAPMQRLFRDAIRTGHDYIFNYRRMGQKAPRALALKFGIY
                     QTTVFAALKRAVGIERGNIYPVAGAPLSDEIAEFLLSVDIPLVYGYGLSETTASVCCY
                     PTKGFTLGSIGTIMPDVEVRIDPDNNEILVRGKTVMREYYRKPEETRRAFTPDGYFRT
                     GDAGRLEGDTLFFLERIKDLFKTSNGKYIAPQAIEMSLGGNAYIEQCAVIADERKFVS
                     ALIVPAFDALEAYARRRAIPFTDRRDLIAREEVVRLYRSLIEEAQQHFASFEQIKRFT
                     LLDHPFTIEAGELTDTLKLRRSAIARHYSAEIEAMYRE"
     CDS             16829..17026
                     /locus_tag="SEQF3106_01202"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHIDMNKIIFDSSCMHIDINKIASNSSCVYMNKNKNALYPSRYH
                     INNKTIQGVWVCAQFSRPISD"
     CDS             17061..17810
                     /gene="cutC"
                     /locus_tag="SEQF3106_01203"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P67825"
                     /codon_start=1
                     /transl_table=11
                     /product="Copper homeostasis protein CutC"
                     /translation="MNRIIEVCANSAQSCVEAEAGGAARVELCAAIPEGGTTPSYGEI
                     MMARKLTHRIAIHVLIRPRAGDFLYTEAEVGAMLHDIEAAQSLRVQGVVLGCLTPDGN
                     IDEPLLDRLIAAARPLSITFHRAFDVCRDPHHALESLIRHGIDRVLTSGQEATAVEGI
                     PLLRELVQQAGGRIIIMPGCGVRANNIARIEAETGAQEFHPSARRIIESRMRYRNERV
                     PMGSTAVTSEFETVQTDRREVARYVSSPGFA"
     CDS             18139..19122
                     /gene="dus"
                     /locus_tag="SEQF3106_01204"
                     /EC_number="1.3.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WNS7"
                     /codon_start=1
                     /transl_table=11
                     /product="putative tRNA-dihydrouridine synthase"
                     /translation="MKIGTIELGDRPVMQAPMEDVTDAAFRLMCKRFGADMVYTEFVS
                     SDALIRGVSRTAEKLRVRDEERPVAIQIYGRDVQSMVEAAQICEAAHPDVLDINFGCP
                     VKKVASKGAGAGMLRNVPLMLDITRAIVRAVHIPITVKTRLGWDADHRIIVELAEQLQ
                     DCGIAALTIHGRTRAQMYTGEADWTLIGAVRSNPRMTIPIIGNGDITSAERCHEVFER
                     YGVDGVMIGRGCIGRPWIFREVKHYLQTGEPLPRKPFVWYLDVLKQQVLQSVERLDER
                     RGILHIRRHLAATPLFKGIPDFRPTRVAMLRAETVSELFKIMDGIPLPEGE"
     CDS             19279..22305
                     /locus_tag="SEQF3106_01205"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQNKGFVRVFSILLALVCLYYLSFSFVTRKYYKEAAAYANGDPA
                     KESFYLDSLANKKVWFGAYTLKQCREMEVTLGLDLKGGMNVVLELNVPDVVRSLADNN
                     PDPNFNKALEAAYARQATSQKNYIDLFAEEYKKLDPGAHLSALFSTFELKDKITPQST
                     DAQVIAVLKDELQSAIDNSFNVLRTRIDRFGVVSPNIQRLETAGRILVELPGVKEPAR
                     VRKLLQGSANLEFWETYNLTEIGQQLTAADRALAQALKSTSESSTPADSTAAATSSDL
                     TAKTDTAKSETDSLMAQINAEEKQTPAAAQMSSEEYAKEHPLFALLQLNVDRTGRYLV
                     PGPVVGYAKKTDMDKITEYLNRPEVKAVLPANVLFRWSVKAMDENDQFYQLFALKVTN
                     RDGTPAMSGDVVTNATADFAQQQIGRAQYQVNMTMNAEGAREWARLTKENLKRSIAIV
                     LDGMVYSAPTVQTEITGGQSQITGDFTQDEGKDLANVLKSGKMAASVNIVQEDIVGPS
                     LGQEAINAGIISFAIALILLMVYMCAMYGLIPGMIANGALVVNIFFTMGILASFQAVL
                     TLPGIAGMVLTLGMAVDANVLIYERSKEELRAGKPLARAISDGYSNAFSAIFDSNLTT
                     IITGIVLFVFGTGPIRGFATTLIIGLVSSFLTSVFITRLVYEALLAKERIKHLTFTTS
                     ISKNFLADPKFNFLGKRKIGYIIPLAIILLGCISMGTIGLNNGIDFTGGRNYVIRFDK
                     DVRTDELRAALEPQLQGGSVSVITIGSQNQVRVSTNYKITDNGSEVDDEIVGKLYTGL
                     KPYLPNGTTQEQFASTNIQSSQKVGPSMADDIKNSAILAVLFAMICMALYILIRFRDV
                     AFSIGVFISVAVTTLCIIAFYTLLWKIMPFSMEVDQTFIAAILTVIGYSINDTVVVFD
                     RIRETIKLYPKRDRYEVINDALNSTLARTFSTSLSTFIVVFIIFLLGGSTIQSFTFAI
                     LLGVIIGTYSTLFVATPIAYEIQRHKAARKAALATA"
ORIGIN      
        1 caacgagaga agaggtgaaa aacagatcaa tgaggaacaa gctgtggagc gtgctgatcg
       61 tctccatcat ctgcatgctg tggggcgcac cgcagctgca agcgggcaag aaaacattca
      121 ccgtagtgat tgacgccgga catggcggac gcgatcctgg agcccgggga cgcaagacaa
      181 acgagaagaa cattaatctg gctatcgcta aaaaattagg cggaatgatc gccgctgggc
      241 ataacgacgt gaaggtgatt tacacccgca cgagcgacaa attcgtgggg ttggaaaccc
      301 gcgccaacat cgctaaccgc aacgacgcca acctatttat ctccatccac accaattcgc
      361 tgaagcgggg aagccccgtc cgtggcacag aaacatacac cttggggctg gcccaaacga
      421 aggagaactt ggacgtggcc atgctggaaa attccgccat cctcttagag gacaactaca
      481 agaaacgcta cgaaaacttc aacccgcact cctccgaatc gtacatcatg tttgacctga
      541 tacagaataa aaacatggca caaagcatcg cctttgccac cgacgtccag cgcgaatttg
      601 cagctgcggg caggcgcaat cgcggcgtgc ggcaggccgg attcctcgtg ctgaaggcta
      661 cgagcatgcc cagcgtactc atagaggtgg gctacatctc caacaccgaa gaggaacgat
      721 acatggactc cgaaaaagga cgcaccgagc tggcgcgcgc catctataac gccttcgggc
      781 gatacaaacg caactacgac cgaaagcaag gcgacggcgt gagccgaaag gggaacgcag
      841 aaaaaaaatc tgagaaaaac cgagatgaac cgaaatccag caccacgaac acaaaccgac
      901 ggacatcggc cgcgtcatcg tcaggcgtgg aggtgcagtt cgatggcccc gcccgcaccg
      961 tggtaggcga acgccgaagc acagccgcac gcaactccaa cgagatggtc tacaaggtgc
     1021 aaatcctgac ctccgaccgg ccactgcctg acaacgcccg cgccttcaaa ggccgccgca
     1081 cgagctatta ccgcgagggg aacctctata aatacacctg cggcgagacg tcagacttca
     1141 aagaaataca gcggctccac cgagaactcg tgaaagattt cccccacgcc ttcatcatcc
     1201 gtatgaagga cggtaagcgg ctgaaataat ccccccctcc gagacataga tccatagaat
     1261 atgaagatga agtttaccaa agaggtgacg atcggcatcg ttacgatcat cagcctcacc
     1321 ctgctctaca tgggcgtgaa ttacctgaag ggcatcaacc tcttccgccc cgtcaaccgc
     1381 tactacgtgg tctgctccaa tgtgaaagac ctgaccatct caagccccgt cttcgtggaa
     1441 ggcttcaagg tgggattagt gagaaccatc acgtacgact attcgactac cggccgaatc
     1501 cttgtcgaaa tcaacctcga aaagggcatg cgcatcaatc ggggcagcta cgtggcctta
     1561 gaaaagacac tcctcagcgg cgccgaaatg cacattcaac tgaataaata cgtaaacgaa
     1621 tacctccaat ccggcgacac gatcgagggc cggcagccgg aagacatgat ctccaccgtg
     1681 caaaatgaga tgctgccgca agtgatggcg ctcctgccca agctcgattc catcctcacg
     1741 ggtttgcagg cgttagtcaa caaccccgcg ctggcgcaat ccttagacaa catcgagcgc
     1801 accacagccg gactcgagca atcgtcgcgc cagctgaacc gcctgctgca aaaggatgtc
     1861 cccacgatcg ctggcaacct gacaacggcc tcggccaact tctccgccct gagcggcgac
     1921 ctccgcacgc tggatctgaa tggcaccgtg aactcgctca atcaaacgct cggcaacctg
     1981 aaccaaacaa cggctaagct gaactcgaaa gacaattcga tggggctgct gctcaacgat
     2041 tcgttgctct acaacaacct caatcgcact gtcaacagcg ccaacggtct gctcatcgac
     2101 ttcaaggagc acccgaaacg ctacgtgcgc ttctccctct tctgacccgc gcttcggcca
     2161 ccgcacaaaa aaaaatcccc ccctcttcgc cacacatcgg cgggaggggg gggaattcat
     2221 ttataaggaa tgcaacgcgc gcgaaggggc gcccgttttt accgctctaa attcagtccg
     2281 aactcaatct tagtcgactt gtcaataacc tcgacaagcc ccgatttcaa gccagccagc
     2341 acctgaggcg gaatactcga accagccatt gcgaggatgg caggcagata ggcacgcagc
     2401 gacttgatcg tctcggtgtc gaaatagatg cgggcgtgtt ggctgccgac ggtgtagcgc
     2461 atgggaatgc caccactcag caccgccttg acttgcgcca gcgtctgcgc atcgaggcca
     2521 tccacgcggg aaaaagcctt gtcggtgaag aagaggcgca gacgtccctt gccctcgtcc
     2581 ttgtaagtag cgtagccgtc ggccgtcttc caagtgttac tctccgaatc catgtaggta
     2641 gcccgcacct taccatcggc cgtcagggtg acgtctttca atgcggcgtt caccatgttg
     2701 ccaaaaatcg gcgtgagaat cgtcgacagc tggttgaccg gatacttctg ccccatgatc
     2761 tccatggtta ggttgctcgg ggcttcccag acaacgtcgg ccgcatactg attcttctcc
     2821 ttgtttgcgg ttcttacttt ccacgtaccg gtcaggctgg catcgtcttt ctcattcttg
     2881 ctgcagctgc acaggaaaag tcctaaacag aggacaaata cgctgcataa caggtctttt
     2941 ttcattgttt ttctcctttc tattttatca attttaagtc ggggcaaagc tattacattt
     3001 gccgccgtaa aaaatatcgc accatgaaac attatgattt tgacgagatt atcgagagaa
     3061 caaacactga ttcaattaag tatgatgcgc tgacggagaa cttcgggcgc agcgatctga
     3121 tgccgctttg ggtggctgac atggacttcc gcacgccgga cttcgtcatc gacgcgttac
     3181 gccgccgttg cgagcacccc gtgttcgggt acaccttccc ctcgacggcg tattacgacg
     3241 ccatcatcca ctgggtgcac gatctgcacg gctgggatat tcgccgcgaa tggctgtcat
     3301 acatccccgg catcgtcaag ggctttgcct tcgtgatcga tcacttcaca agcccgggcg
     3361 accgcatcat catccaacca cctgtttatc accccttcca tttagtgccc gagggcatgc
     3421 accgcgaggt ggttacgaac ccgttgcgaa tggtcgacgg aaagtacgag atggactttg
     3481 agcaactgga atccatcatc gacgaccgct gcaagctgct catcctctcc aacccgcata
     3541 accccgcggg catcgtgtgg cccaaggaga cactgcagca actggccagc atctgcgcgc
     3601 gccacggcct gctggtcgtc tctgacgaga tccacgcgga gatggccttc cccggcttcc
     3661 gccatcaccc cttcccgacc gtgtcggacg aggcggcggc gtgcagcatc ctcttcacgg
     3721 ctcccagcaa gacgttcaac atcgcgggca tcgtcacttc gtatgccatc gtgccgaacg
     3781 accgtctgcg caacgacttc tactcgttcc tcgaagcggg agagttcaac cacgggacga
     3841 tcttcgctta tgaagcgacg aaggccgttt acacgccgca gggcgctgac tggcggcagc
     3901 agatgctgac ttatgtgtgg agcaatgtcg agtttgttga ggactacctc cgtcggcggc
     3961 tgccgcaggt gaaggcgtat cggccgcagg catcgttcct tatctggctc gactgccgcg
     4021 gactggggct gtcgcacgac gagctgatcc ggctctttgt cgaccgagca catttagcgc
     4081 tcaacgatgg cgccatgttc ggccgtgagg gcgagggctt catgcggctc aacatcggtt
     4141 gcccgcgcag cacgctccag aaggcgctcg atcggttaac cgaggctgtt cacaggaaat
     4201 aatcatccgt tcatcccaat aggagtgcac tcccccccgg gcgcggagtg cactctttct
     4261 ttttttcatc cacccaaaaa aacgaagcca tgagctggcg agacttcttc tacttctcca
     4321 ccggcgagcg gcgcgccctg gccttgctgc tctgcctgat caccatcgcg ggaatctttt
     4381 tgatctgggg cgacacatta tataatagac cacaggcaga ggctgcggcg gaggcgtatc
     4441 ccgatgcgcc gtctaacagt gaggcaactg accgagccac ttatgctcat ccgcccgctg
     4501 acagtcgccc acggcgatcg gcgcgaccac cttatagccg cccggcatcg catcgcagcg
     4561 aaagcatggg tgagcgcgtg aggcgactga cggatcggcg gccgcattat ccacgccgtg
     4621 agaagctggc gccggggcag acgatagagc tgaacacggc cgacacgacg gcgctacaaa
     4681 aggtgcctgg cattgggccg tattacgcgc ggcggatcgt gaagtttcgg gctttgctcg
     4741 gcggctttgc gcacgtggag cagttaggcg aggtctatgg catcgacgct gagaagtacg
     4801 cagagctggc gccgtggttt acggtcgacg ctcggcgcat acaccgaatg gctatcaacc
     4861 gactgcccga ggattcgctg cgccgacatc cgtatatcaa ctacgctcag gcgcgcgtca
     4921 tcgtccggca gcgacgcagg aacggcccga tcggcagatg ggaggacctg gcgctgctgg
     4981 aggagttttc aaccaccgac cgcggcaggc tcgagccgta tctgtcgttt gaatagaggg
     5041 tagaggatag aggatagagg gtaggggcgt cggcacgcgg cgtgacgatg aaaaatcttt
     5101 agaaatgccg gcacgcgacg tgccaaggca aaaattcccg aaaagatgcc ggcacgccgc
     5161 gtgaaacgaa gaaaattctc aaaaaagcct cggcacgcgg cgtgacggga cgaaaattcc
     5221 cgaaaaaacg tcggcacgtg gcgtgacggg gctaaaattc tcatttgctc gtcggcacgc
     5281 ggcgtgacag ggcaaaaatc ctcgaaaagg cgtcggcacg cggcgtgacg ccccaatcta
     5341 tttttgcggc atggaaaaac aagaattgac cctgttgggt aagaagacgg aataccgtca
     5401 agattatgcg cccgaggtgt tagagacatt cacgaaccgc cacccggagc gcgattaccg
     5461 cgtgcacttc cactgcccgg agttcaccag cctttgcccc atcacggggc agccggattt
     5521 cgccacgatc acgatcgatt acatcccgga catgaagatg gtcgagagca aaagcctgaa
     5581 gctctacctc ttcagcttcc gcaaccacgg cgcctttcac gaggattgcg tgaacctgat
     5641 catgaaggat ctgatccggc tcatggatcc gaaatacatc gaggtgcggg gcctgttcac
     5701 accgcgtggc ggcatcagca tccacccgct ctgcacctat ggccggccgg ggacgcgcta
     5761 cgaggcgctg gccgagcgcc ggctgttcga taagtgaaaa acgaaaacct aaaaacgaaa
     5821 aatcctgccg gacttggggg aaagggcgta tgcgatacgc gcctctacac ctgccggcag
     5881 gactttttgc ttttcgattt tagctgtcag gatcagctca ggtagtcggg ctccttctcg
     5941 ccgaccatgg cgcggagcgt ctgcttaacg atgcgccact gggtgaagag gtcgtgttcg
     6001 ggcacatgct cgaagtcgtg catcgggctt ttgcagaaga aggagagcca cgtctggatg
     6061 ccgctcatac cggcgcgcgc ggccaggtcg ctgaagagga cgaggtcgag ggcgatgggc
     6121 gcggccagga tggagtcgcg gcagaggaag ttcaccttga tctgcatcgg gtaacccatc
     6181 cagccgaaga tgtcgatgtt gtcccacgcc tccttgttgt ccttgcgcgg cggatagtag
     6241 ttgatgcgga ctttgtggta gatgtcgccg tagaggtcgg gctgctcgtc ggcgtcgagg
     6301 atgctttcga tgacggagag cttgctcacc tccttggttt tgaagttgtc cgggtcgtct
     6361 aagacttcgc cgtcgcggtt gccgaggatg ttggtggaga accatccgtt gacgccaagg
     6421 aggcgtgtct tgaacatggg tgccaggacg gtcttcatca gcgtctgccc gctcttaaag
     6481 tccttaccgg cgatgggtac gcgcttctgt gccgccagct cccacatggc ggggatgtca
     6541 acgcagaggt tcggggcgcc catgatgaag ggcacgccct cggacagggc tgcgtaggcg
     6601 tagcacatgc tgggcgagat ggcgtgcgtg tcgttggcat cgatggcgcg gtcgagcgcc
     6661 tggagggagc ggtgcgcgtc gcccatgggg aggaagatct ccgtgctcgc agcccaaagg
     6721 acgacggcac gggcgcaatg tttgtcggcc atgaacttgc ggatgtcgcc gcgcaagcgt
     6781 tcgatcatct ctcggcgcgt ggcgccttgc atggtgtgtg tgccgttcag gcgtttggcc
     6841 caacggggat cgaaggcggc gggcatgggg tggatcgtgg cgagctcgtc ggatacgccc
     6901 ttcaggtctt tttcagtcaa tacttcagcg caacgggcgg cctcgagggc gttgtcgggg
     6961 aagatgtccc acccgccaaa gacgaggctg tccagatcgg ccagggggac gatgtctttg
     7021 atcggcttca cgcagccgtt ctgcattttc attcggccca tctgtgtgac agacccaatc
     7081 ggcttggcca gcccacgccg ggcagccaac acgccggaaa tcatggtggt ggagacggct
     7141 ccgcccacac ctacaatcag gacggccaag cgtccttcag cagcttgaat tttctgttcc
     7201 attttgtttc tcgtgtgttt atctaattct aatcaggtgc ttatggccaa tcaaaaatgg
     7261 actgcgaacc atgcacgcgc gggctgctcg ccctccattt ctcgtgtgat tataaaagat
     7321 aaaaccggga agggggctcc cggtttcatc ctctctcaat ctttctcttt tagcaaatct
     7381 ctgatctccg tcagcagctg gacgtcggcc ggtggctcgg cgggtgccgg agcttctgct
     7441 ttcttcttat taaacctgtt cacggctttc agcaacatga agatggcgaa ggcgatgatc
     7501 aggaagtcga agatgacttg aataaagttg ccgtaacgca gggctacctc gggcgtaacg
     7561 acgttctcgc catccatgac ggcttgctgg aagacgatct tcagatcgga gaagttgacc
     7621 ccgccgagga ttacgccgat ggggggcatg aggatgtctt ccacaaagga ggtgacgatc
     7681 ttcccgaagg cgccaccgat gacgataccc acggccatgt cgagcacatt gccgcgcatg
     7741 gcaaattcct tgaactcttt tatcaatccc ataaaaaatg atgtacggtt atttggtttt
     7801 caacgccttg aggcggcctg aaaatggccg ctccaatttg ttgggggcaa agatagaggc
     7861 gttttcgagg gggtgaaacg aacttccgtc cgtctcggtg ggctttcgtt tgattcaatc
     7921 aatcggctcc ttttttcgct ggcaagcgtt tgtctgagac aatcggctcc ttttttcgct
     7981 ggcaagcgtt tgactgagac aatcggctcc ttttttcgct ggcaagcgtt tgactcgatc
     8041 aatcggctcc ttttttcgct ggcgagcgtt tgtctgagac aatcggctcc ttttttcgct
     8101 ggcaagcgtt tgtctgagac aatcggctcc ttttttcgct ggcaagcgtt tgactgagac
     8161 aatcggctcc ttttttcgct ggcaagcgtt tgactcgatc aatcggctcc ttttttcgct
     8221 ggcgagcgtt tgtctgagac aatcggctcc ttttttcgct ggcaagcgtt tgtctgagac
     8281 aatcggctcc ttttttcgct ggcaagcgtt tgactcaatc aatcgcatcc cccacaggcc
     8341 ccaaaaagta tccgcaacac tctgcgcatg tctcctactt ttgccgcagt aaaaaaatcc
     8401 acctgcctta tgctgaataa aagtttagta tccatcgatc aatgtacgaa ggcggacatc
     8461 ctgcgcatca tcggcaatgc ggcacgcttc gaggcgcgcc caaaccgcga cctgctgcag
     8521 ggtaaggtgg cggccacgct ctttttcgag ccgtccacac gcacccgcct gagcttcgag
     8581 acgtccgtca accgcctccg cggccgagtc atcggatttc aagacgcctc cacaaccagt
     8641 tccaccaaag gcgagacgct caaggacacc atccttatgg tgagcaatta cgctgacgtg
     8701 atcatcatgc ggcactatct ggagggcgcc gtccgctatg cctccgaggt gaccgacgtg
     8761 cccctgatca acgccggcga cggcgccaac cagcacccct cacaaacgct cctcgacctc
     8821 tactccatcc aaaagacgca gggccgattg gacaacctga ccgtcaccct ggtgggcgat
     8881 ctgaagtacg ggcgcaccgt ccactcgctc atcgtcggcc tgtcgcactt ccagcccacg
     8941 ttccacttcg tcgccccccg cgagctggcc atgcccgaag agcagaagca attctgccgc
     9001 tcgcacggca tcgcgtttca cgagcacacg gtcttctccg aagagatcat caacgagacg
     9061 gacatcctct acatgacccg cgtgcaacgc gagcgcttca ccgacccgat ggagtatgaa
     9121 cgcgtcaaaa acgtctacat cctgcaccgc cgcatgctcg acggctcgcg ggagaacctg
     9181 cgcgtgctcc accccctgcc acgcgtcaac gagatcgcct acgacgtgga cgacagcccc
     9241 aaagcctact acatccagca ggcgcgcaac ggcctcttca cccgcgaggc gatcatctgc
     9301 gacgtgctcg gcatcgaagt caccgactga ctcctccata catttatata atagacaaga
     9361 ccatgcctga acagaagaaa agaaccgaac tgcaggtggc cgcgctcgag aatggctcag
     9421 cgctcgacca tatccccccc gaacaactct ttaaggtggc gcagctgctc ggcctcgagc
     9481 agatggatca ccgcatcacg atcggcaaca acctcaagag cgccaagatg ggccgcaagg
     9541 gagtgatcaa gatcgccgat aagttttttg aggaagacga gatcaaccgc atcgccgtcg
     9601 tggcgcccaa cgtggtgctg aacacgatcc gcgactatga ggtggtggac aagcggcgcg
     9661 tggagctgcc cgacgaactg acggacatca tccgctgcaa caacccgaag tgcatcacga
     9721 acaacgagcc gatgaagtcg cacttctacg tcaccgacaa ggtcgcaggc acggtgaagt
     9781 gccgctactg cgagcacaaa atcaaccgcg acgagatcgt actgaaataa tcgtccgcca
     9841 tgtaggggcg aaaaatcttt cgcccttacg gacatataac tgatgaacga aagcgccctc
     9901 cccttctccc gcacagagct gctcatcggc cgcgaggcga tggatcgttt gcaatgcgca
     9961 cgcgtcatcc tcttcggcgt aggcggcgtg ggcagctggt gcgccgagag cttggtgcgg
    10021 tcgggcatct gccgcctgac cctcgtggat tccgaccgcg tcagcccgac aaacatcaat
    10081 cggcagctgc cggccaccgt gcgcacagtg gggcagctga aagtggacgt cctccgcgag
    10141 cgattcatgg agatcaaccc cgacgccgag atcgaggccg tggccagcgc atacaacgcc
    10201 gaaatgtccg acgcgttccg ccttgagacg tacgactaca tcctcgacgc catcgacagc
    10261 ctcagcgaga aggtgcatct gatccggaca gccaccggcc tgccccgcgc caccttcttc
    10321 tccagcatgg gcgcagcgct caaactcgac ccgcaacgga tacgcgtagc gccgttcagt
    10381 tgcgtggccg gctgtccatt agcggcggcg ctgcgtcggc ggctgaagca gggcgagcct
    10441 ccagcgcacg acttcctctg catctatagc gacgaggtgc tcgagaatcg cggcacactg
    10501 ccctccgaca ccgacgcctc cgtctgggac gcccgcaagg cacgcatcaa cggcaccata
    10561 gcccacacca cagccatctt cggcttcacc ttagccagcc tcgtcgtgca gcatctctgc
    10621 acccataact cgtaacccgt aactcgtaac ccataactcg taactcgtaa cccgtaaccc
    10681 gtaactcgta acccgtaacc cgtaacccgt aactcgtaac tacccatgtg ggacatcctc
    10741 tactacggca actcgctccg cgactggtgc atctcgtttg ccatcatcgt cggcgcgctg
    10801 cttgtcaata agctcatctc cctcatcaac cgccgcctca tccgccggtt caccgcccgc
    10861 agccgcaccc gcatcgacga catcctctcc gtcgccctcg agccacccgt gctgctcggc
    10921 gtcatgctct gcgccctatg gatctcgctc agccgcctac agctcggaac aaagtttcac
    10981 gacatccttc gcatggcttg cgaggtaatg tttacgctca atctcacgtg gcttttcgcg
    11041 cgcctcctct cacgcttcat cgaggccggc ttggttaacg gcgacggctc atcgaggcgg
    11101 ctcaacatca acagtcgcct cctgccgctc atcaagcgcg gcgtgctgat cgtcgtctgg
    11161 gccatcggcg ccatcacagc gctgcataac atcggcgtca ccgtcaccac actcatgggc
    11221 acactcggca tcggcggcat ggccttcgcc ttagcctcac aagacacgat caagaacatc
    11281 ttcggcggca tcaccatctt caccgacagc acgttccaga tcggcgacgt gatccgtata
    11341 aacgacgccg aaggcaccgt cgtcgacatc ggcttgcgca gcacacgcat ccgcacctac
    11401 gatctccggc tcgtgatcat ccccaactcg caactgatcg acgccatcgt gaccaacatc
    11461 tcctccgagc ccggccgccg cgttgtcatc gatcttggtt tgacttacga cacgtcgccc
    11521 ggcaagatgc aagaggccat cgccctcctc cacgccgtgc ccggccgggt gacagaaatc
    11581 gactcgggcg tcacggctgc cttccttcag ttcgccgact cggcgctcgt catccgcttt
    11641 atctacttca tccgcaagtc ggccgacatc ttcgagacgc agtcgaaggt gaacttcgac
    11701 atcctcaccc atttcaacgc cgcaggcctc tccttcgcct tccccacaca gacgatctac
    11761 gtggaaaagg aataagggga aagcggacgt atacctttgc gcgcatgaag agaatactca
    11821 tcacgggagc cagcggattc atcggcggac acttggtcgc agcagcattg gccgagggct
    11881 acgaagtctg ggcgggcgtg cgacgcagta gttcgctcag ccgtttgccc aaagaccgga
    11941 tccatctcat cgaccttcgc tttgccgatg ccgaggcact cgcccaacag gtgacagagc
    12001 atgccgccac gcacgggcgg tggaactacg tggttcacaa cgcgggtgtg acaaagaccg
    12061 tccgcccggc cgacttcttc gaggtaaaca cagaatacac ccgccgactt ctctccgccc
    12121 tcaacgccgg cggcgaggcc acgcgccccg atcgctttgt gctgatgagc agcctcagcg
    12181 ccttcggccg cggcgacgag cgcaccttcc gacccatcgc gctggacgac gtgccccgcc
    12241 ccgaatccat ctacggccgc agcaagctgg ccgccgaaca agccttacgc gagcaggcgg
    12301 ctatacctta tataataatg cgccccacgg gcgtctatgg ccccggagac cgcgactacg
    12361 gaatggagat cgaaagcatc cgcgcgggct tcgacttcaa gatcggccgc acaccacagc
    12421 gcctcacctt catctacgtc aaagacctgg cacgcgccgt catgctggcc ctcgagcatc
    12481 ccacggctgt gggtcgcagc tacttcgtgg ccgacggaga cgtctacacc gacgacgagt
    12541 ttgcgcggct cattcaaggg ctgctccacc ggcggcacgt gctccacgcc cgcatcccgc
    12601 tgtggatagc gcgcatggtc tgcaccgtct ccgaggccat cgggcgcatg actggccgac
    12661 ccgccacact caacaccgac aagtatcaca tcctcaagca acgcaactgg atctgcgacg
    12721 tcagccccct gcgcgacgaa ctcggcttca cgccagccta caacctccgc cgcggcctcg
    12781 aggagatcat cacagaagat ctaaaagcta aaaggtaaaa gtgaaaagct aagccggggt
    12841 gtacgatcgt ctccctcacg tacccggcaa acttggtcgg tgcctctgac gccccccacg
    12901 acacccgtga caattaatca ttgaccattg ataattaaca agacatgcac aacaaactac
    12961 tccttgccct cgcgctgctt ctcagcctcg gcgcatgctc cacatcgcgc ttagtgaagc
    13021 aggaaaaacg cttctacccc aaacgcgaat ttcgcggcgc gtggttccaa accatctacc
    13081 aagacgacta ccgcgggctc tcggccgacg acttccgcgc gctcatggat cagcgcctcg
    13141 accggctgaa gcgctacggt atcaacgcca tcctctttca agtgcgcccc gaagctgacg
    13201 ccttctaccc ctccacttac gagccctgga gccgctggct gaccggccga cagggcgagg
    13261 cgcccgagga tgaaggcttc gacccgatgg cttacctcat cgaggcttgc caccgtcgcg
    13321 ggctggagtt tcatgcctgg ctcaatccct accgcgccgg cgcaacggac ttcgaggact
    13381 tcgccgagac gcacatctac cgccgccatc ccgaatggtt cgtgcattac aaccgcctca
    13441 ccctcttcga tcccggtgtg cctgactgcc gcctcttcat ctgcggcgtg gtgcgcgaca
    13501 tcgtcacccg ttacgacatc gacggcatcc acatcgacga ctacttctac ccctatcccg
    13561 cccccggcga acccttcccc gacgatgaga gcttcgcccg ctacggaccg tcagcgggct
    13621 tctccgccag ccgccgcgat gactggcgac gcaacaacgt caacctgctc atccgcgagc
    13681 tcaagatgac catcgccacc gtcaagccgt gggtcagctt cggcgtcagt cccttcggca
    13741 tttaccgcaa caagacctcc gaccggcacg gcagcgacac gcacggcctc cagaactacg
    13801 acgacctata tgccgacgtg gtgctctgga tgaagaatgg ctggatcgac tattgcgccc
    13861 cgcaactcta ttggaatatc gggaacaaag cagccgatta ctcgacgctc atccgctggt
    13921 ggagcggcct caagacgcgc acgccgcttt acatcggaca agacgtggct cgcacgatga
    13981 aggccggaca actggcgcaa aagatgatcg aagagcgcga ggccaagcgc atcgatggcc
    14041 acatcttctg gcccgccggc gaactgctac gcaacaacgg ccatgtggcc gacagcctac
    14101 gccgcatctg gcaccgctac cccgcgctca ctccgccgct ctccaaggcc tacaccgaac
    14161 gccccaacgc cgtgctgaac ctccgcatcg tgcaggccga cggcaacacg cgcctcgtgt
    14221 gggacattgc cccgcagcgc cccaccgaag tccgcaagac gcccgtgcgc tacgtcgtct
    14281 atcgcttccc cttgggcgaa cgccgcgaca tcagccgcgc ctccatgatc atcgccgtca
    14341 ctggcgaacc ctccttccag ctgcgcgaaa gcgacctcga gctaccctac agctacgtcg
    14401 tcaccgccat cgaccgttat cacaacgaga gtaaaccgtg caagcccctc aaactcgacg
    14461 ggcgcacgca gtacgtcaac ttccgaggaa agtgaaaagt gaaaaacgaa aaacggctgg
    14521 gtggccgatt gaggctgtcc tccaccggag tttttcgctt ttgccttttc gtctccccgc
    14581 tccctcctgc ccgcagtttt tacttttccc cttttagttt ttcattccca tgatgatccc
    14641 tcatttcgca gaactaatcc accatcaggc cgaacgctac ggccaccgca ccgccctgct
    14701 ccaccgcgac tcgcgcaccg gcaaatggat gcgcatctct tggaccacct tcgccgatcg
    14761 cgtgcgcctc acctcacagg cactcatcga gtacggcatc ggcgtgcagg aaaacatcgg
    14821 catctacgcc cccaacatgc cccagtactt ctacaccgct ttcggcgcct acggggcacg
    14881 cgccgtggaa gtgcccatgt accccaccgg ctcgcccgac cagatcaagt acatcgtcca
    14941 cgacgccggc atccgcctgc tcttcgtcgg cgaacaacag cagtacaaca acgcctacaa
    15001 ggcgcagcag gagatgggcg acacgctcct acggaagatc gtcatcttcg accgcagcgt
    15061 cgtccgttac cctggcgacg agacgagcgt cttcttcgac gagtttgtcc gcctcggcga
    15121 caacgcccgc gccgcgactg ccgcacgcat ccgccgcaac gaggccgcca tggacgataa
    15181 cgccctcatc atctacacct ccggcacaac gggcgaaccc aaaggcgtcg tcatcaccca
    15241 cgccaaccta cacgagacga tgcgcataca catcctccgc ctgccgatgg tcaccgatcg
    15301 cgacctctcc atgtgcttcc tccccctcgt ccacatcttc gagaaaggct ggacttgctt
    15361 ctgcctctgc aaaggcgtcc gcattgccat caaccaaaac ccgaagatga tccgcaaaac
    15421 cctgctcgag gtgcgcccca cgctcatgtg caacgtgccc cgattctggg agaaagtcta
    15481 cgccggcgcc caagaccgca tccgcagcgc gtccgccccg atgcagcgcc tcttccgcga
    15541 cgccatccgc accggccacg actacatctt caactatcgc cgcatggggc aaaaagctcc
    15601 acgcgccctc gccctcaagt tcggcatcta tcaaacgacc gtcttcgccg ccctcaaacg
    15661 cgccgttggc atcgagcgcg gcaacatcta ccccgtcgcc ggcgcccccc tctcagacga
    15721 gatcgccgag ttcctcctct ccgtcgacat ccccctcgtc tacggctacg gcctctccga
    15781 aaccaccgcc tccgtctgct gctaccccac caaaggcttc accctcggat ccatcggcac
    15841 catcatgccc gacgttgaag tgcgcatcga tccggacaac aacgagatcc tcgttcgcgg
    15901 taaaaccgtc atgcgcgagt attaccgtaa gcccgaagag acccgccgcg ccttcacccc
    15961 cgacggctac ttccgcaccg gcgatgcggg ccggttagag ggcgacacgc tcttcttcct
    16021 cgagcgcatc aaggatctct tcaagacctc taacggcaaa tacatcgccc cgcaagccat
    16081 cgagatgagc ctcggcggaa acgcctacat cgagcagtgc gccgtcatcg ccgacgaacg
    16141 caaattcgtc agcgccctca tcgtccccgc cttcgacgcc ctcgaggcct acgcccgccg
    16201 ccgcgccatc cccttcaccg accgccgcga cctgatcgcc cgcgaggagg tcgtccgcct
    16261 ctaccgctcc ctcatcgaag aagcccagca gcacttcgcc tccttcgagc aaatcaagcg
    16321 cttcaccctc ctggatcacc ccttcaccat cgaggccggc gaactgaccg acacgctcaa
    16381 gctgcgccgc agcgccatcg cccgccatta cagcgcagaa atcgaggcca tgtatcggga
    16441 gtaatagata cggagaacat ggtctcacag agattttttt catgtcttcg tgcatacaca
    16501 tagataggaa taagactgct cccaattctt tgtgtatgca catagatatg tataaggttt
    16561 tcttcaattc ttcgtgcacg tacataaatg agaataagat tttattaccc tattcatgct
    16621 tgtacataga tagtaataag atcgcattct attcttcgtg tatgcacatg aataagaaaa
    16681 cagatttatt ctcctattca tgcgcacata tagatatgaa taagattgca ttctattctt
    16741 cgtgtataca tatagatatg aataagatcg tatccaattc ttcgtgcata catatagata
    16801 tggaaagatt gcattcattt cttcctgtat gcatatagac atgaataaaa ttatcttcga
    16861 ttcttcctgc atgcacatag acataaataa gatcgcatcc aattcttcgt gcgtgtacat
    16921 gaataagaat aagaacgcct tatatccttc acgatatcac ataaacaata aaacaattca
    16981 gggcgtctgg gtatgcgccc aattttcgcg tcccatttct gattgactct aactaccccc
    17041 tgactactac ttgaattaaa atgaaccgaa tcatagaagt ctgcgccaac tcagcccaga
    17101 gctgcgtaga ggccgaagcc ggaggagccg ctcgcgtaga gctctgcgcc gcaatccccg
    17161 aaggcggaac gacacccagc tacggcgaaa tcatgatggc ccgcaagctc acgcaccgca
    17221 tcgccatcca cgtgctgatc cgcccccggg caggcgattt cctgtacacc gaagcagaag
    17281 tcggcgccat gttgcacgac atcgaggccg cccaatcgct ccgtgtgcaa ggtgtcgtcc
    17341 tgggatgcct cacccccgac ggcaacatcg atgagccact cttagaccgc ctcatagccg
    17401 ccgcccgccc cctctccatc accttccacc gcgccttcga cgtctgccga gacccacatc
    17461 acgccctcga gagcctcatt cgtcacggca tcgaccgtgt gctcacctcc ggtcaggagg
    17521 ccaccgccgt cgagggcatc ccactcctcc gcgagctcgt ccagcaggct ggtggccgca
    17581 tcatcatcat gcccggctgt ggcgtgcggg cgaacaacat cgcgcgcatc gaggccgaga
    17641 ccggtgcgca agagttccac ccctccgccc gacgcatcat cgagagtcgc atgcgctatc
    17701 gcaacgaacg cgtccccatg ggcagcacgg ccgtcacttc ggagtttgaa accgtgcaaa
    17761 ccgatcggcg cgaagtggcg cggtatgtct ccagccccgg atttgcataa gttggaaatg
    17821 ggcgtacttt tggcatcgaa aagaaatcta tttgacgttt tccataagaa acagcaatca
    17881 aaacagtcga atacgagata caatcgacat taagcgagtc cccgcgccac gtcagagagt
    17941 gaaaatacca acgccgagag gcgggcgcag gctccaccaa tacaatgttt tttagatcaa
    18001 aagagtgaca catagcaata tgtacactct ggtgtagtgt ttaaaattct tctgaggggg
    18061 cgaagatgtg aatcttcgcc tctccttttt ttgcacatat acatttggcg cgtctcagaa
    18121 gaaagaggaa tacaggaaat gaaaattgga acaatcgaat taggcgatcg gccagtcatg
    18181 caagcgccga tggaagacgt cacagacgcc gccttccgcc tcatgtgtaa gcgcttcgga
    18241 gcagatatgg tctacaccga gttcgtgtcg agcgacgccc tcatccgcgg cgtcagtcgc
    18301 acggcggaaa agctgcgtgt gcgcgacgaa gagcgtcccg tagccataca gatctacgga
    18361 cgcgatgtgc agtcgatggt cgaggccgca caaatctgcg aggccgccca ccccgacgtg
    18421 ctcgacatca acttcggctg ccccgtcaag aaggtagcga gcaaaggcgc cggagctggc
    18481 atgctgcgca acgtccccct catgctcgac atcacccgcg ccatcgtccg cgccgtgcac
    18541 atccccatca ccgtcaagac acgcctcggc tgggatgctg accatcgcat catcgtcgaa
    18601 ctggccgagc aactgcaaga ctgtggcatc gccgccctca ccatccacgg ccgcacacgg
    18661 gcacagatgt ataccggcga agccgactgg acactcatcg gtgccgtccg atccaacccc
    18721 cgcatgacga tccccatcat cggcaacggc gacatcacct cggccgaacg ttgccacgaa
    18781 gtcttcgagc gttacggcgt agacggcgtg atgatcgggc gcggctgcat cggtcggccg
    18841 tggatcttcc gcgaggttaa gcactacctc cagacgggcg agcccttgcc ccgcaaaccc
    18901 ttcgtgtggt atctcgacgt actcaagcag caagtcttgc aaagtgtcga gcggttagac
    18961 gagcgccgag gcatcctgca tatccgccgc cacttggccg ccacgccgct cttcaaaggc
    19021 ataccggatt tcaggccgac acgcgtagcc atgctgcgtg ccgagacggt tagcgagctc
    19081 ttcaaaatca tggatggcat ccccttgcca gagggcgaat aaagggggcg tcaggtgggg
    19141 ttgtgggcag ccgactttcc tgtaatgatc aggggtttga cggagttttt cccaccatag
    19201 ctggaattaa aaacccgtta tatttgcgcc ctgaaaaaaa tgaagaagga ataaataacg
    19261 ataaatcaac agattaaaat gcaaaacaaa ggatttgtga gggtcttctc catactgctt
    19321 gcgttggttt gcttgtacta cctctcgttc tcgttcgtga cgaggaaata ctacaaggaa
    19381 gccgcagcgt atgccaacgg agaccctgct aaggagagtt tttacttaga ctcattggcc
    19441 aacaagaagg tctggttcgg tgcatacacc ctgaagcagt gccgcgaaat ggaggtgacg
    19501 ctggggctcg acctgaaagg tggaatgaac gtggtcttag agctcaacgt gccagacgtc
    19561 gttcgttcgc ttgcggataa caacccggat cccaacttca ataaggcgct cgaagcggcc
    19621 tatgcccgac aggcgaccag ccagaagaac tacatcgatt tgtttgccga agaatacaag
    19681 aagctggacc cgggcgccca tctctccgcg ctcttcagca cattcgagct gaaagacaaa
    19741 atcacaccgc agagcactga cgcacaagtc atcgccgtgc tgaaggatga gctgcaaagc
    19801 gccatcgaca attcatttaa tgtattacgc acccgcatcg accgtttcgg tgtcgtatcg
    19861 cccaacatcc aacgcctcga gacggctgga cgcatcctcg tggagttgcc aggcgtgaaa
    19921 gagcctgcgc gtgtccgcaa actgttgcag ggcagcgcca atctggagtt ctgggaaacg
    19981 tataacctga ccgagatcgg tcagcagctc accgccgccg atcgcgcact ggcgcaggcg
    20041 ttgaagtcta catccgaatc cagcactccg gctgacagca ccgcggccgc cacctcgtcc
    20101 gacctcacgg ccaaaaccga cacagccaag tcagagacgg actcgctgat ggcacagatc
    20161 aacgcggaag agaaacagac gcccgccgcg gcccagatgt cttccgaaga atatgccaag
    20221 gagcatcccc tcttcgctct gttgcagctg aatgtagacc gcaccggccg ctacctcgtc
    20281 cccggccccg tcgttggtta tgccaagaag acggacatgg acaagatcac cgaatacctc
    20341 aaccgacctg aagtgaaggc cgtgctgccc gccaacgtcc tcttccgctg gagcgtgaaa
    20401 gcgatggacg agaacgacca gttctatcag ctcttcgccc tgaaggtcac gaaccgcgat
    20461 ggtacaccgg ccatgagcgg cgacgtggtg accaacgcca cggccgactt cgcacagcaa
    20521 cagatcggac gcgcacagta ccaagtcaac atgacgatga acgccgaggg cgcccgcgaa
    20581 tgggctcgcc tgacgaagga gaacctcaag cgcagcatcg ccatcgtgct cgacggcatg
    20641 gtctactccg cccccacggt tcaaactgag atcaccggcg gacagtcgca gatcacgggc
    20701 gactttaccc aagacgaggg caaggactta gccaatgtgc tgaagtcggg taagatggcc
    20761 gcctccgtca acattgtgca ggaagatatc gtcgggccgt cgctcgggca ggaagccatc
    20821 aacgcaggca tcatctcgtt tgccattgcg ctgatcctcc ttatggtcta catgtgcgcc
    20881 atgtacgggc tcatccctgg catgatcgcc aacggcgcac tggtggtcaa catcttcttc
    20941 acgatgggca tcctcgcctc cttccaagct gtgctcaccc tgcccggtat cgccggtatg
    21001 gtgcttacgc tcggtatggc cgtcgatgct aacgtgctca tctacgagcg atcgaaggag
    21061 gagctccgcg ccggtaaacc tttggcgcgc gccatctccg atggctattc caacgccttc
    21121 tccgccatct tcgactcgaa cctgacgacc atcatcaccg gcatcgtgct cttcgtcttc
    21181 ggcaccggcc ccatccgcgg cttcgccacc acgttgatca ttggcctcgt ctcctccttc
    21241 ctgacctccg tcttcatcac ccgcttggtg tacgaagccc tgttggccaa ggagcggatc
    21301 aagcacctga ccttcaccac ctccatatcg aagaacttcc tggccgaccc caagttcaac
    21361 ttcctcggca agcggaagat cggctacatc atcccgctcg ccatcatcct tttgggctgc
    21421 atttcgatgg gtaccatcgg cctgaacaac ggcatcgact tcaccggcgg ccgcaactat
    21481 gtgatccgct tcgataagga tgtccgcacc gacgaactcc gtgccgccct cgagccgcaa
    21541 ttgcaaggcg gatccgtgag tgtcatcacg atcggctcgc agaatcaggt gcgcgtctcg
    21601 acgaactaca agatcacgga caacggttcc gaagtggacg atgagatcgt gggcaagctc
    21661 tacaccggcc tcaaacctta cctgcccaac ggcaccacgc aggagcagtt cgcctccacc
    21721 aacatccaga gctcgcagaa ggtcgggccc agcatggcgg acgacatcaa gaacagcgcc
    21781 atcttggcag tcctcttcgc gatgatctgc atggccctct acatcctcat ccgcttccgc
    21841 gacgtggcct tctccatcgg cgtcttcatc tctgtggccg taaccacgct ctgcatcatc
    21901 gctttctaca ccttgctgtg gaagatcatg cccttctcga tggaggttga ccagacattc
    21961 attgcagcca ttttgactgt catcggttac tcgatcaacg acaccgtggt cgtcttcgac
    22021 cgtatccgtg agacgataaa gctctatccc aaacgcgacc gttacgaggt gattaacgac
    22081 gccctgaact ccacgcttgc gcgtacgttc agcacctcac tgtctacgtt catcgtagtc
    22141 ttcatcatct tcctcttggg cggatccacg atccagagct tcaccttcgc catcctgctg
    22201 ggcgtcatca tcggcaccta ctccacgctc ttcgtggcca cgccgatcgc gtatgagatc
    22261 cagcggcaca aggccgcccg aaaggctgca ctcgctacgg catagcgttt ctttgcgcat
    22321 tacgatttca ttcccaacgc tgggggtcgt ctcgatacaa aatgcgaggc ggccccctcg
    22381 ttttttaggg gggggcatac tgcgaaatgg attgcgaatc ctatgggata ggatacatac
    22441 cgagaaccga taaggccccc ccaaaaaaat cccacgcccc cctcgcgagt tgtcgcaggg
    22501 tgtgggggga tgattccggg gcttatgttg tcaacatggc cctaaaatca gtgattccag
    22561 aggtcatgtt gtcaacataa gccgaaaaat cagtgatt
//
LOCUS       SEQF3106|MIQD01000036.121838 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..21838
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             913..1152
                     /locus_tag="SEQF3106_01206"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAAGGMVKMGWPAVLMLSVTLGPAWAGPQGVAWGYCTVEVMVCC
                     PQRTAEPVAVKVIFLLLALVILLPPIAAGEGKSSV"
     CDS             complement(2206..3525)
                     /locus_tag="SEQF3106_01207"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFFTKRFFIALATIFVFFLLGYVFPVCFTAAWVLSCILFVLTDI
                     DLVWGIKNRKAQGVTAHRICPGRFSNGDENEVCITVESHLSVPIHVDIIDELPDIFQR
                     RDVLFPIDLKPRERRDVVYHLRPVRRGVYGFGRIRLFVTLPIGLITFRLTDGQLQDVK
                     VYPSYLMLNRYELMAAHHNLTELGIKRIRRLGHHTEFEHIKEYVRGDDYRTINWKASA
                     RRHQIMVNTYQDERSQQVYSVIDKGRIMQSAFRGMTLLDYAINASLVLSYVAIRRDDK
                     AGLATFSDRFETFLPASRRSGQMQHLLETLYRQATDFGESDYSALSIYLNKHVTKRSL
                     LILYTNFDSLIGIDRQLGSLRTLARRHVVLVVFFENAGLTEFAARRPRTIEGYFNQTI
                     AEKYICEKQHIASHLRRHGIHALLTAPERLSVDVINKYLEMKSRHLI"
     CDS             complement(3538..4509)
                     /gene="ravA_1"
                     /locus_tag="SEQF3106_01208"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01625"
                     /codon_start=1
                     /transl_table=11
                     /product="ATPase RavA"
                     /translation="MEQRTTSPDLTDFTEKINRIRTAIADVVVGQERVADLLLAAILA
                     RGHVLIEGVPGVAKTLTARLLSALIDARFSRIQFTPDLMPSDVLGTSVFNMKTSEFDF
                     HRGPIFADIVLADEINRAPAKTQAALFEVMEERQATIDGTTYPMSPIYTILATQNPVE
                     QEGTYKLPEAQLDRFLMKVTMQYPTLDEEVHILELHHANRRLTTLEGIRPVLTKAELL
                     SLIDCVGRVYVEPTLLRYIALIVSRTRTARTVYLGASPRASVALLQTAKAFALLQGRD
                     FVTPEDVKLIAMPVLQHRLTLTAEAEMEGHTPVKVIGRLIEQVEVPK"
     CDS             complement(4522..5772)
                     /locus_tag="SEQF3106_01209"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMRRNQIIFIVLIVVCFVVVFLVQYNAPRPFVWRPTFHHTDRQP
                     FGCAVFDDVVATSHPNYHVTNRSLYQCYTDADDSPVLPESRRRSYLIVDEYIYLSDSD
                     IVTLHRMLRQGHHVMLCASSFSDEIDEAFGITTEFTNDNLTKYFNRAVKRGAIRDSIY
                     LGSTRTNAERIYRVYPQLHPAYLESEPGELGSAYSRCVCDNRGRSLAVEVQVDSCPGR
                     LFIVATPLLFTNYGMLDGDNASYIFRLLSLMGRRPLFRLQDEAITVASPGLLSAITDE
                     STLHGALITLLLLIFLLMANAAQRRQRAIPVVAPPANEMLKFTLLIGNLFYQKKNYTG
                     LVQKKYHYFCADLRRLYALDLDATPPDDAAAQLASRMALPTEEVAPYFIELKNVVHDD
                     KPITQAHMRRLIDRINEWKRKLSQ"
     CDS             complement(5773..6402)
                     /locus_tag="SEQF3106_01210"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALPTDTLTYDLDKIARYQADPRYDYNSQLLPNDTSWWDALVRQ
                     LSRLLRRLFRQVDIEAADSIVTWALVILFILLVAALIFFIWKKKPRLFMHDKQVKMPY
                     DLTSEEEFYETPFDRAIAQAIAQADYRAAIRLLYLQTLRGAADREWINFQIYKTPTEY
                     ALELRPQSLRPPFRNLTNDFLRVRYGNYRATPELFDRMRLLQQQILKGA"
     CDS             complement(6412..7347)
                     /locus_tag="SEQF3106_01211"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYPNPKIRFYRERTFGEKLNITFDYLRENWRPLLRFSLYLILP
                     LCLIQSFFLNRFMVNTLTDLPSEGDFVSDIFPILLSQIVGLFCCYMAGYILLSALIYG
                     LMQTYERRDGGLRGIAFSEFSGTLLRMSGRSLSLMLFGLFIGILLGAAVAAPAFMISS
                     WTLLVSLPLLCIVLLLIASPMWLFPPLYLLGGRPFFPALGQSFRWGFRAWFEVFGLMI
                     VFGLIGGIVNMITYLPWSILTFIGQDLSLVSDVSLMDTFWYQLASYILGIIQSYGYYI
                     SQVIALTGIAFEYFHLREKHEGITAHADIASFSQL"
     CDS             complement(7354..8328)
                     /locus_tag="SEQF3106_01212"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEILFIRQNIDKWKELEPVVDRADKEDPERLADAYMEITTDLA
                     FARSHYPRSRITIYLNNLASALHNTLYKNKREDRARLLDFWRTELPMTFYASRRELLY
                     ALLIFLVSAMIGAFSTAQDADFPRLILGDNYVDMTIRNIKAGTPTAVYDDGYSWMMFF
                     RIVTNNLFVAFSIFSVGLFTGVATAFHLFHNGIMLGAFQAFFFRYHVGWESALAIWMH
                     GTLEILSIIIAGAAGFALGNGWLFPGTYPRGYAFRQGARRGLKIIIGVAPFFIVAGFI
                     ESFLTRLTWLPDALRATFILVCLAFMIVYVVFYPRYLWRKAQTDPVIH"
     CDS             complement(8827..9519)
                     /gene="aqpZ2"
                     /locus_tag="SEQF3106_01213"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8UJW4"
                     /codon_start=1
                     /transl_table=11
                     /product="Aquaporin Z 2"
                     /translation="MKKYLAEMIGTMVLVLVGCGAAVSLNCSSDCADTANASTVIGTA
                     MAFGISVVAMAYTIGGISGCHINPAITLGMLLSGRISGKDAGMYMLFQTIGAIIGACV
                     LWLLTSGTESLSGTGANDLQGGVSVMSGLLAEVFFTCVFVLVVLGATSRTNGATSGLA
                     GLAIGLSLVIVHLCCIRYTGTSVNPARSIGPALFQGGSALSNLWIFIVGPFIGAACAS
                     GVWAVINPNKGE"
     CDS             9679..9927
                     /locus_tag="SEQF3106_01214"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFTFFLYLLFFLVFLFLVLGVSVLRIFRSFFPSNRRREAPSGSS
                     RSATSSSRTYIEEDESAPRKKKVFSDNEGEYVDYEEIH"
     CDS             10150..11430
                     /gene="glyA"
                     /locus_tag="SEQF3106_01215"
                     /EC_number="2.1.2.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5HE87"
                     /codon_start=1
                     /transl_table=11
                     /product="Serine hydroxymethyltransferase"
                     /translation="MKRDNVIFEIIEREHQRQLKGIELIASENFVSDEVMQAMGSCLT
                     NKYAEGYPGKRYYGGCEVVDESETLAIERLKKLFHAEWVNVQPHSGAQANAAVFLAVL
                     NAGDTFLGLNLSHGGHLSHGSPVNSSGILYHALEYNVKEETGRVDYDQMEEVALRERP
                     KMIIGGASAYSREWDYKRMREIADKIGAILMIDMAHPAGLIAAGLLNNPLEYAHIVTS
                     TTHKTLRGPRGGVILLGKDFENPWGKKTPKGEVKKMSQLLDSAVFPGIQGGPLEHVIA
                     AKAVAFEEALQPEYKTYQTQVKKNAAVMAQAFVDKGYKIISGGTDNHSMLIDLRTKFP
                     DLTGKVAEKALVAADITVNKNMVPFDSRSPFQTSGIRIGTPAITTRGAKEPLMGEIVE
                     MVDTVLSAPTSDATIAAVREKVNRTMKDYPIFAW"
     CDS             11473..11706
                     /locus_tag="SEQF3106_01216"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPASVEGACHSFWWFMPMRDQKLGFCDEIARERSGNRVSTMKS
                     SENGIETGSRPPQRALSGRPWVNFYFWHTKIKE"
     CDS             11772..12515
                     /gene="ppm1_3"
                     /locus_tag="SEQF3106_01217"
                     /EC_number="2.4.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QZ12"
                     /codon_start=1
                     /transl_table=11
                     /product="Polyprenol monophosphomannose synthase"
                     /translation="METDSIVIIPTYNEKENIENIIRAVFGLEKAFHILIIDDGSPDG
                     TADIVKRLQGEFPGRLHLVERSGKQGLGTAYIRGFRWAIEHGYDFVFEMDADFSHNPQ
                     DLLRLYAACTDEGADVAVGSRYCNGVNVVNWPLGRVLMSYYASAYVRFVTGLKVHDTT
                     AGFKCYRRQVLETIELDKIRFKGYAFQIEMKYTAHRCGFKIVEVPIVFVNRVLGTSKM
                     NSSIFGEALFGVLRLKWQGFFRKYPQKKR"
     CDS             12662..14002
                     /gene="allB"
                     /locus_tag="SEQF3106_01218"
                     /EC_number="3.5.2.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O32137"
                     /codon_start=1
                     /transl_table=11
                     /product="Allantoinase"
                     /translation="MKTLIQNALIINEGRAFVGSVLIDGAFIASVYEAGPEPRVAGAT
                     VIDAHGQWLLPGVIDEHVHFREPGMTHKGTIATESRAAVAGGVTTFMDMPNTSPKTLT
                     RRAWEWKMQRAADTSVANYAFYFGGSDNNADEIRRLDATRVPGLKLFLGSSTGNSAMN
                     ADTVRRIFSETDLLIAVHAEDETIIQRNRKRYVNLMGEDLPPLYHTKIRDAEACYASS
                     SRVIELADKMGVRLHVLHLSTERELSLFTTGRPLSEKKITAEVCVHHLWFTAADYATY
                     GNRIKWNPSIKSADDRAALRHALITGAIDTVATDHAPHLLAEKEGSCLTAASGGPMVQ
                     HSLPAMLELAAQGVLTREQVVEKMAHHPAELYRIDRRGYICPGFYADLVLIDPEAPWT
                     VRRDNLLYHCGWSPMEGQTFRHAVRMTFVNGRPAYADGRVNEDVRGMAVQFARR"
     CDS             complement(14562..15449)
                     /locus_tag="SEQF3106_01219"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLLLIAAAATCLTAPIMAQDDAPRDTSYWTHSGAASLTFGQT
                     SFTNWAAGGDNSVSVLAAFAGKWNYAKDRWMWDNSVDLGYGLTYQGSDQIKNDDHMDL
                     ATRLGYKASNLWAYAAELSFKSQFDKGYSKYPVEDSAEYISKFMAPGYLLGSLGMTYT
                     HPREDLKVLLSPVSEKVTFVTDRRLSNEGAYGVDKGDRVLAEFGALVKGTYSKKITEN
                     ILFNTEVLLTSAYKSFGKVDVDWKMALDWKLNKYFTFKANTYLLYDDDIHYIDRSGTK
                     HGPRVQFKEVIGLGLGYIF"
     CDS             complement(15593..16129)
                     /locus_tag="SEQF3106_01220"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKRFSKWLLRLMGWRVGPAGDDVARCVICVAPHTSNMDFVIGK
                     LFYFAVDKQAAFLMKKEWFAFPLGIFFRAMGGVPIDRSRNTSMTELMAAEFARRKHFR
                     LAITPEGTRKRVDEWKRGFYYIALKAGVPIQLGYIDYGRKEVGIMETFRPTGDAKADI
                     RYIRSRYEGMAGNHRERF"
     CDS             17100..18431
                     /locus_tag="SEQF3106_01221"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKVKIGLLSGLMAGVFAALPAAAQVNASDSVQGHVLGNRLSVG
                     GYGEVGYTRNFFSDNVYRYSEAAKYKNDPGHGRFDVPHAVIYLSYDFGKGWLMSSEIE
                     FEHTGTGSAQEKEFTEGGEWEMEVEKGGEVELEQFWLQKSFSPAFNIRAGHIVVPVGM
                     TNAHHEPLHFFTVYRPEGEATILPCTWHDTGLSLWGRTGRIRYEVQVVAGLDAFMFDR
                     EGWVHGGAGSPYEFKVANKYGFVGRLDYFAFPGLRIGLSGYYGRAMHNSFPHDLEGKD
                     MNGERKRYDHVKGNVAIGAFDFAFNRFNWIVRGNADYGYVSDAATISTIKRNLTANSA
                     PYKKTPVGKNAVAVGLEAGYDIFSQIAKLRADEQKFYLFGRYEYYNSYLPASDQQKYE
                     YTGKQRLAVGFNYYPLPQIVVKGEYSTRLLKQQYNNEPSVSIGIAYEGFFL"
     CDS             18496..19761
                     /gene="irpA"
                     /locus_tag="SEQF3106_01222"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P12608"
                     /codon_start=1
                     /transl_table=11
                     /product="Iron-regulated protein A"
                     /translation="MVKKYFKTSLLLAVGAMLAWGLTSCEKNNNGDDEKELTEKQKEM
                     SKIAEQYANHTINITYKNLAAETSDLYDKLKAAKEKFLKDPKSLTQAEVDAICETFKT
                     ARTSYERSEAFLFGAATDFGVDPHIDTWPLDVDGLAAALTNKRQLEKLAGDEDDAIAY
                     AAGKLGQELLGFHGIEFVIFRNGKNRTVAALQANEDDAAFTKIKAQVTGAEELTYAAA
                     VAGDLRDRCFQLEVAWNAGAPENHKKRVAEIELPSTRTNGKTYTQDLLGATKAGSGYA
                     TWEEVMTTILKAGCENIADEVANTKIGNPYSGKDKNYIESPYSQRSFIDFHDNLISIQ
                     NSLYGGIAGSRNEAVSIMAFMKKYDSKQATQLENDLKAALKALEDCQTKLKGGFVNNI
                     TNPLVGEAQKKIQALDEDLNKAAEWFSKQ"
     CDS             19904..21568
                     /locus_tag="SEQF3106_01223"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTSQRLLTTYAAAGLLLLAMAACSDDPKPEPTPEPDLNYVGKAV
                     GNFTADEWYPGGRLGTTDNVTAGCYEDETPAVDEMGLADRFNLGETFFERNYTINTKP
                     FFGLGPVSVRKSCLDCHPGYGHGRRQTHYTAGYGNGYLLAVYHPVGGPNSNDGPYITE
                     ITSSTQTQAVHPFLPPVDADKIHIEWKTVTAMESGLPMQFPDGERYELIYPEVTVPQS
                     AFHTKPIPSNYAVRLESTLGIIGTCLIDAIPDEAIREQYREEAKHNAKLNPDMWDRAA
                     NDFAPTAYKVREGHRMVKRFNYSLSRASVQEDEAMWDIANISRPDRPYLNSTEAWAVA
                     MSETPSVIAAIKANPASPYYADGTDAGIARAVRTLLSPKTNQFKNDIHNFEVETNEDH
                     YHAFMVWHRGLSIPRARNLNDKRVQRGKDIFMQIGCANCHRPQWKTGNDDNYYRPPIL
                     KGKQLPRYPNQTIYPYTDLVQHRLHMINDVHGSWCRTTPLWGRGLSQVNTGAEDRLHD
                     CRARNEVEAIMWHAYSHESDAYYAAEKFYKLPKEDRDAVVKFLRSI"
ORIGIN      
        1 ggccattgct gagaggctat gtagcgcacc gtgtcgtcgc aattggtggg gggagaaggg
       61 caggcggcgg aggtgtaggt gacgtgcata tagcaagtgc tgggattaaa gccagcaccg
      121 gtcgaggaga cttttatttg gcgtttgttc gatccgaggg aggtttctgt caccgtgatt
      181 cccgaaggta tcccgatggt accggcggca tcctttgtca gcttgatacg gtcgatcgtc
      241 agccaagaag gcgcttcgac ggtgaagatg gcgggggcat acattattga tccgggctgc
      301 acgggtatcg tctccatctt ggtgacggcg cgtttgaagg tgacctctcc gggtttctcc
      361 gtatagtggg tggagttgag gttggaagga gcgcgccagg cctggcctgt ccagtcgttg
      421 ccgcagaatc ctttgacgtt agagagggtg acggagcctc tgttggtgta gaggtagccg
      481 gagtagtaga cgtcgcgggt gccattgtcg tagatggtgc cgttgtaagt acctgcatag
      541 acggtcaggg tgctgccggc cggtatggtc tcttcggtga cgaaggcgat ggatacgggt
      601 ttgtctttca aggcgggctt gatgtagcca aactctctac ggttgtagac ctttgagtac
      661 gtgctcatat cgagttcctg attgcggatc ttccgcggtg gattgttgtc cacttgtatg
      721 tagatctcgc tggtatcgac ccatccaaag aatcctcctg cgcttactcc gacttggaaa
      781 ctgcgtgctg cagccgagga tgtgttgttg aagatggccc tgatgtatgt ccgtgtggtt
      841 ccgttcatgg gtatgttgtg cgacaggatg ggggtgccgg tgtagggtac ggagggtaca
      901 taaactggag tgatggcagc cggcggcatg gtgaagatgg gctggccggc ggtgctgatg
      961 ttgagcgtga cgttggggcc ggcttgggcg gggccgcagg gcgtggcgtg gggatactgc
     1021 acggtggagg tgatggtctg ttgcccgcag aggacggccg agccggtggc ggtgaaggtg
     1081 atcttcttgt tgttggcgtt ggtgatcttg ctgccaccca tcgcagcggg cgaggggaag
     1141 tcgagcgtgt aggtgcgcat accggcagtg atgggcgaga cagtgggcgt gatgggtgtg
     1201 ccattgaagc gaaagtcggc ggcggtgacc tgcgcgctca gggtgaaggt gacacgggcg
     1261 gaggaggcgc cgtggggggt ggcggtgcgg aggtagtagc cgatcgtctt tgtttctgtg
     1321 ggggtggtgt agccgacgat gccgctgccg tcgggcacga gggtgacttg cgggcgggcg
     1381 atgttgagcg gagatgatgc ggtgcccatc gatgtgcctg cgctcaggac tttcacgggg
     1441 acggtggtgc ttgcctctgc gcggcagtcg gcgcgcatct tgatctcgaa ttgcatctct
     1501 tgctctttgg gcagtgtgcc gccattggag gtaacgttga gggtcaggac gcgtcccgac
     1561 atggtggaac tgatggtgac gccggaagtg agggcgttgg cggcggtgta gttgacgtcg
     1621 tcaggcaggg tgatggccac ggcggcgttg gggaggtcgg cgcctgtgac ggtgaaacgg
     1681 atcgtgaggg tgcgttcttc ttccagcatc acgagggtgc cttggtcgaa cttggggtat
     1741 ccggcggtga agttgatgac ttgtgcgtga accttttgca cgatggcgac aaggcaacag
     1801 cataggaaga tcagaatcag catgcgcgat ctgatggcct gaggggtagc tttgttcatc
     1861 ttattatttc gatcaatgat attgtaatgg gtgcaaaggt aatcagtcgg agagaggggg
     1921 atgagagggg aggggatcgt ttattattgg ttgtcagcga aaaaagggag ttgataatca
     1981 ctgattattg gccgccacag aaaaaaggag ccgaaaaaca ttgattattg gctgccacag
     2041 aaaaaaggag ccgaaaaaca ttgattattg gccgccacgg aaaaaaggag ccgaaaaaca
     2101 tcgattattg gctgccacgg aaaaaaggag ctgaaaaaca tggattattg gttgccacag
     2161 aaaaaaggag ccgaaaatcg ttgacaaact ccctcccccg ctccgtcaga tcaagtgtcg
     2221 ggacttcatc tcgagatatt tattgatgac gtcgacgctg aggcgctcgg gggcggtcag
     2281 gagggcgtgg atgccgtggc ggcggaggtg agaggcgatg tgctgcttct cgcagatgta
     2341 tttctcagcg atggtttggt tgaagtagcc ttcgatggtg cgggggcgac gggcggcaaa
     2401 ttcagtgagg ccggcgttct cgaagaagac gacgaggacg acgtggcgac gggcaagggt
     2461 gcgtagggag ccaagctggc gatcgatgcc gatgaggctg tcgaagttgg tgtagaggat
     2521 gaggaggctg cgcttggtga cgtgcttgtt gaggtagatg gagagggcgc tgtagtcgct
     2581 ctcgccgaag tcggtggctt ggcgatagag ggtttcgagg aggtgctgca tctggccgga
     2641 gcggcgggag gcgggcagga aggtctcgaa gcggtcggag aaggtggcga ggccggcctt
     2701 gtcgtcgcgg cggatggcga cgtaggagag gacgaggctg gcgttgatgg cgtagtctaa
     2761 gagggtcatg ccgcggaagg cggattgcat gatgcggcct ttgtcgatga cgctgtagac
     2821 ctgctgcgag cgctcgtcct ggtaggtgtt gaccatgatc tggtggcggc gggcgctggc
     2881 tttccagttg atggtgcggt agtcgtcgcc acggacgtac tccttgatgt gctcgaactc
     2941 ggtgtggtgg ccgaggcggc ggatgcgttt gatgccgagc tcggtcaggt tgtggtgcgc
     3001 ggccatgagc tcgtagcggt tgagcatgag gtaggagggg tagactttga cgtcttgtag
     3061 ctggccgtca gtaaggcgga aggtgatgag gccgatgggg agggtgacga agaggcgaat
     3121 gcgtccgaag ccatagacgc cgcggcggac ggggcgtagg tggtagacga catcgcggcg
     3181 ttcgcggggc ttgaggtcga tggggaaaag gacgtcgcgg cgctggaaga tgtcgggcaa
     3241 ctcgtcgatg atgtcgacgt ggatggggac ggagaggtgg ctttcgacag tgatgcacac
     3301 ttcgttttcg tcgccgttgg agaagcggcc ggggcatatg cgatgggccg tcacgccttg
     3361 agctttccga ttctttatgc cccacactaa atcgatatcc gtcaatacga acaggatgca
     3421 gctcagcacc caggccgctg tgaagcaaac ggggaagacg tagcccagga ggaagaagac
     3481 gaagatggtg gcaagggcta tgaagaagcg cttggtgaag aacatgggga tgggtggtta
     3541 tttcggcact tccacttgct cgatgagtcg gccgatgacc ttcaccggcg tgtgcccctc
     3601 catttcggct tcggcggtga gcgtgaggcg gtgttggagg acgggcatgg cgatgagctt
     3661 cacgtcttca ggtgtgacaa agtcgcggcc ttgcagcagg gcaaaggctt tggcggtttg
     3721 caacagggcg acggaggcgc ggggcgaggc gcctaagtag acggtgcggg ctgtgcgtgt
     3781 gcgggagacg atgagggcga tgtagcgcag cagggtgggc tcgacataga cgcggccgac
     3841 gcagtcgatg aggctgagca gctcggcctt ggtgaggacg gggcggatgc cctcgagggt
     3901 ggtgaggcga cggttggcgt ggtgcagctc gaggatgtgc acctcctcgt cgagtgtggg
     3961 gtattgcatg gttactttca tgaggaagcg gtcgagctgt gcctcgggga gcttgtaggt
     4021 gccttcctgc tcgacggggt tttgcgtggc gaggatggtg tagatggggc tcatggggta
     4081 ggtggtgccg tcgatggtgg cttggcgctc ttccatgacc tcgaagaggg cggcttgcgt
     4141 cttagcgggg gcgcgattga tctcgtcggc caagacgatg tcggcaaaga tggggccgcg
     4201 gtggaagtcg aactcgctcg tcttcatgtt gaagacggag gtgccaagga catcggaggg
     4261 catgaggtcg ggggtgaact ggatgcgtga gaagcgggcg tcgatgagtg cggagagtag
     4321 tcgagcggtg agtgtcttgg ctacgccggg gacgccttcg atgagtacgt gtccgcgggc
     4381 cagtatggcg gcgagcagca ggtcggctac gcgctcttgc ccgacgacga cgtcggcgat
     4441 ggcggtgcgt atgcggttaa tcttctcagt gaaatcagtc aggtcggggg aggtggttct
     4501 ttgttccatt ggggtgttgg tttattgtga gagtttgcgt ttccattcat tgatgcgatc
     4561 gattaggcgg cgcatgtggg cttgggtgat gggtttatcg tcgtggacga cgtttttcag
     4621 ttcgatgaag tagggggcga cttcttcggt ggggagggcc atgcgagagg cgagctgggc
     4681 agcggcgtcg tcgggtgggg tggcgtcgag gtcgagggca tagaggcgac gaaggtcggc
     4741 gcagaagtag tggtacttct tctggacgag gccggtgtag ttcttcttct gataaaagag
     4801 gttgccgatg aggagggtga acttcagcat ctcgttggcg gggggagcga cgacggggat
     4861 ggcgcgttgg cggcgttggg cggcgttggc catgagtaag aagatgagca ggaggagagt
     4921 gatgagggct ccgtgtaggg tggactcgtc ggtgatggcg gagagcaggc cgggggaggc
     4981 gacggtgatg gcttcgtctt ggaggcggaa gagtgggcgc cggcccataa gggagagtag
     5041 gcggaagatg taggaggcgt tgtcgccgtc gagcatgccg tagttggtga agaggagcgg
     5101 cgtggcaacg atgaagaggc gccccgggca gctgtctact tggacttcta cggcgagtga
     5161 ccggccgcgg ttatcgcaga cgcagcggct gtatgcgcta cccaactcgc cgggttcgga
     5221 ctcgaggtag gcggggtgga gctggggata gacgcgatag atccgctctg cgttggtgcg
     5281 ggtggagccg aggtagatgg agtcgcggat ggcaccgcgc tttacggcgc gattgaagta
     5341 tttggtgagg ttgtcgttgg tgaactcggt ggtgatgccg aaggcttcgt cgatctcgtc
     5401 agagaagctc gaggcgcaga gcatcacgtg gtgaccctgc cggagcatgc ggtggagggt
     5461 gacgatgtcg gagtcggaga ggtagatgta ttcgtctacg atcaggtagg agcgtcgccg
     5521 cgattcgggc agcaccgggg agtcgtcggc atccgtatag cattgataga gcgaacggtt
     5581 cgtcacgtga taattggggt gggaggtggc gacgacgtcg tcgaagacgg cacagccgaa
     5641 gggctggcgg tcggtgtggt ggaaggtggg gcgccagacg aaggggcgcg gtgcgttgta
     5701 ttgcactaag aagacgacga cgaagcagac gacgatgagt acgatgaaaa tgatctgatt
     5761 acggcgcatc attcacgctc ctttcagtat ttgttgttgc aagaggcgca tgcgatcgaa
     5821 gagctcgggc gtggcgcggt agttaccgta gcggacacgc aggaagtcgt tcgtcaagtt
     5881 gcggaagggc gggcggagcg actgggggcg gagctcgagg gcgtattcgg tgggcgtctt
     5941 gtagatctgg aaattgatcc actcgcggtc ggcggctccg cggagtgttt ggaggtagag
     6001 caagcggatg gctgcgcggt agtctgcttg agcgatggct tgggcgatgg cgcgatcgaa
     6061 gggggtctcg tagaactcct cctccgaggt cagatcgtaa ggcatcttta cttgcttatc
     6121 gtgcatgaag aggcggggct tcttcttcca aatgaagaag atgagggctg cgacgaggag
     6181 gatgaagagg atgacgagtg cccaggtgac gattgagtcg gctgcttcga tgtcgacttg
     6241 gcgaaagagg cgccgcagga ggcgggagag ctggcggacg agggcgtccc accagctggt
     6301 gtcgttgggg agcagctggc tgttgtagtc gtagcgtggg tcggcttggt agcgcgcgat
     6361 cttgtctaag tcgtaggtga gggtgtcggt cgggagggcc attggggggg atcagagctg
     6421 ggagaaggag gcgatgtcgg cgtgagctgt gatgccctcg tgtttctcgc ggaggtggaa
     6481 gtattcgaag gcgataccgg taagggcgat gacctgcgag atgtagtagc cgtaagactg
     6541 gatgatgccg aggatgtagc tcgcaagctg ataccagaat gtatccatta gactgacatc
     6601 ggagacgagg ctaagatctt ggccaatgaa ggtgagaata gaccacggca ggtaggtgat
     6661 catattgacg atgcccccga tgagcccgaa gacgatcatc agcccgaaca cctcaaacca
     6721 ggcgcggaag ccccaccgga aggattggcc gagggctggg aagaagggcc ggccgcccag
     6781 cagatagagg ggtgggaaga gccacatcgg tgaggcgatg aggagcagga cgatgcagag
     6841 gagggggagg ctcacgagga gtgtccagct ggagatcatg aatgcgggag cggccactgc
     6901 ggcgccgagc aggatgccta tgaataaccc gaagagcatc aggctcaggg atcgcccgga
     6961 catgcgcagc agggtgccgc tgaactcgga gaacgcgatg ccgcgcagcc ccccatcgcg
     7021 gcgctcgtag gtctgcatca ggccgtagat cagggctgag agtaggatgt agccggccat
     7081 gtagcagcag aagaggccta cgatctgcga gagcaggatg gggaagatgt cgctgacgaa
     7141 gtcgccctcg gagggcagat cggtcagggt gttgaccatg aatcggttca ggaagaacga
     7201 ttggatgagg cacagcggca ggatgaggta gagcgagaag cggagcaggg ggcgccagtt
     7261 ctcgcgtagg taatcgaacg tgatgttcag cttttcgcca aaggtgcgtt cgcgatagaa
     7321 gcggattttg gggttggggt attccataac gagtcaatga attactgggt cggtttgggc
     7381 tttgcgccag aggtatcggg ggtagaagac gacgtatacg atcataaagg ccaggcagac
     7441 gaggatgaag gtggcgcgca gggcatcggg cagccaggtg aggcgtgtga ggaagctctc
     7501 aatgaagccg gccacgatga agaagggggc tacgccgatg atgatcttca gcccccgacg
     7561 ggcgccctgg cggaaggcgt agccgcgcgg ataggtgccg gggaagagcc agccgttgcc
     7621 caaggcgaag cccgcggcac cggcgatgat gatggagagg atctccagtg tgccgtgcat
     7681 ccaaatggcg agcgcggact cccatccgac atggtagcgg aagaagaagg cctggaaggc
     7741 gccgagcatg atgccgttgt ggaagaggtg gaaggctgtg gctacgcccg tgaagagccc
     7801 gacggagaag atgctgaagg ctacgaagag gttgttcgtc acgatgcgga agaacatcat
     7861 ccaggagtat ccgtcgtcgt agacggccgt gggggtgccg gccttgatgt tgcggatggt
     7921 catgtccaca tagttatcgc cgaggatgag gcgcgggaag tcagcgtctt gagcggtgga
     7981 aaaggcgccg atcatggcgc tcacgaggaa gatgagcagc gcgtagagca gttcgcgcct
     8041 cgaggcgtaa aaggtcatcg gcagctccgt gcgccagaag tcgagcagtc gcgcccggtc
     8101 ttcgcgtttg tttttgtaga gggtgttgtg gagggccgag gccaagttgt tgaggtagat
     8161 cgtgatgcgc gatctggggt agtggctacg cgcgaaggcg aggtcagtcg taatctccat
     8221 atatgcgtcg gccaggcgct cggggtcttc cttgtcagcc cggtccacca caggctccag
     8281 ctccttccac ttgtcgatgt tctgcctgat gaatagtatc tctttcacgg gtacaaaatc
     8341 gtcttgatca aacgcgggca aaagtataca ggcgatcgac ttttatttgg gtgcgccaaa
     8401 atccccatct cgcgtgccgc tgaatattgc tggtgcgtga gcttcagtaa gctggtatgc
     8461 gagcttcggt aagctgacac gcgagcttcg ataagctggt gcgcgagctt cggtaagctg
     8521 gtgtgtgagc tctggtaagc tgacacgtga gcttcggtaa gctggtgcat gagcttcgat
     8581 aagctggtgc atgagtttcg acaagctgac acgtgagctt cgataagttg gtgcgtgagc
     8641 ttcgataagt tggtgcgtga gcttcggcaa gctgacacgt gagcttcggc aagctggtat
     8701 gcgagcttcg acaagctggt gcgccagctt tcctcactgc tccatccccc ccaacaaaaa
     8761 gccccgacac accttatcgt atgccggggc tatgacattc acttgtcaac tttcactcgc
     8821 ttcccttcat tcacccttat tgggattaat aacagcccac acacctgagg cgcacgctgc
     8881 accgatgaat ggccccacaa taaagatcca caagttgctg agcgccgatc cgccttggaa
     8941 gagcgccggg ccgatggagc gtgccggatt gactgacgtg cccgtatagc ggatgcagca
     9001 gaggtgaacg atcacgagcg agagcccaat agccagaccc gccaagcccg acgtggcacc
     9061 gttagtccgc gacgtggcac cgagcacaac aagcacgaag acgcacgtaa agaagacctc
     9121 agccagcagt ccgctcatca cggagacacc gccctgcaag tcgttggccc ccgtgcccga
     9181 gagcgattcc gtgcccgacg tcagtagcca cagcacacac gccccgatga tggcgccgat
     9241 cgtttgaaac agcatataca tgcccgcatc cttaccgctt atccgcccac tcagcagcat
     9301 ccccagcgtg atggcggggt tgatgtggca cccggagata cccccaatgg tgtaggccat
     9361 cgccacgacg gaaatgccaa aggccatcgc tgtaccgatc accgtgcttg cgttggccgt
     9421 gtctgcacag tccgacgagc agttcaggct cacggccgcg ccgcagccca ccaagaccag
     9481 caccatcgtg ccgatcattt cagctaaata ctttttcata atgcactact tgttaatggt
     9541 tttgaatcgc ccgcaaatgt agagcgattc tccacccgct tgggggcatg ccagaatact
     9601 gttacgccga gggcctgcct ctttgggggt gtggcgcatc cctctacatt tggcgcctac
     9661 aaaaaaacca gttgaatcat gtttacgttt ttcctctacc tccttttctt cctcgtgttc
     9721 ctcttcttgg tgcttggcgt ctcggtgctg cgcatcttcc ggtcgttctt tcccagcaat
     9781 cgccgccgcg aggctccatc cgggagcagc cggtcggcca ccagctcgtc gcgtacatat
     9841 attgaagaag acgagtccgc accccgcaag aagaaagtct tttccgacaa cgaaggggag
     9901 tacgtggatt acgaggaaat ccactgatcg cttataccta tatatataca catccggtgc
     9961 gcctccgtct gcatgctggc atacgcaggc cccaccaccc gccccctccc cccaacggag
    10021 taatcgagga cgccccaccc gcgccattgg cccaaggtgg cggatctcaa aatcggggta
    10081 cttttacgcc cgttaataaa tcagagacac acagagaaga cactaatcct caaaaacagt
    10141 attccaaaaa tgaaacgaga caatgtaatc ttcgagatca tcgaacgcga acatcaacgc
    10201 cagctgaaag gcatcgagct gatcgcatca gaaaacttcg taagcgacga agtcatgcag
    10261 gccatgggca gctgcctgac aaacaagtac gccgaaggct accccggcaa gcgctactac
    10321 ggcggttgcg aggtggtgga cgagagcgag acactggcca tcgaaaggct gaagaagctc
    10381 ttccatgccg aatgggtcaa tgtgcagccg cactctggcg cgcaggccaa cgccgccgtc
    10441 ttcctggccg tgctcaatgc cggcgacacc ttcctcggcc ttaacctctc gcacggtggg
    10501 cacctctcgc acggttcgcc cgtcaacagc tccggcatcc tctaccacgc cttagagtac
    10561 aacgtgaagg aagaaaccgg acgcgtggat tacgaccaga tggaggaagt ggctctgcgt
    10621 gaacgcccca aaatgatcat cggaggcgca tcggcttact ctcgcgagtg ggactacaag
    10681 cgcatgcgcg agatcgccga taagatcgga gccatcctca tgatcgacat ggcgcacccc
    10741 gccggactca tcgccgctgg cctcctgaac aacccgctgg agtatgcaca catcgtcacc
    10801 tccacaacgc acaagaccct gcgcggaccg cgtggcggcg tcatcctcct cggcaaggac
    10861 ttcgagaatc cgtggggcaa gaagacaccc aagggcgagg tgaagaagat gtcgcaactg
    10921 ctcgactcgg ccgtcttccc cggcatccag ggcgggccgt tggagcacgt catcgccgcc
    10981 aaggccgtag ccttcgaaga ggctttgcaa cccgaataca agacctacca gacgcaggtg
    11041 aagaagaacg cagccgtcat ggcgcaggcc ttcgtcgata agggctacaa gatcatctcc
    11101 ggcggcacgg acaaccacag catgctcatc gacctgcgca cgaagttccc cgacctcacc
    11161 ggcaaggtgg ccgagaaggc gctcgtagct gctgacatca ccgtgaacaa gaacatggtg
    11221 cccttcgaca gtcgctcgcc gttccagacc tccggcatcc gcatcggcac accggccatc
    11281 accacccgcg gcgccaagga gccgctcatg ggcgagatcg tcgagatggt cgacacggtg
    11341 ctctccgccc cgaccagcga cgccaccatc gctgccgtcc gtgagaaggt gaaccgcacg
    11401 atgaaggact accccatctt cgcatggtaa ataccgcccc tcagggcttt ctttaatcat
    11461 aggttctgtg gcatgcttcc cgcatcggtc gagggagcat gccactcttt ttggtggttc
    11521 atgccgatgc gggatcagaa actgggtttc tgcgatgaaa tcgcccgaga acgctccgga
    11581 aaccgggttt ctacgatgaa atcgtccgag aatggcatag agactgggtc gcgcccgccg
    11641 cagcgcgccc tttccggtcg cccttgggtg aatttctact tttggcacac caaaatcaaa
    11701 gagtaaaaca agagaaagga catccctccg cggtgtgaac ggagagattt tcagcaaaca
    11761 atcatcatcg tatggaaacg gacagcatcg tcatcatccc gacgtacaac gagaaagaga
    11821 acatcgaaaa catcatccgc gccgtgttcg gcctggagaa ggcgttccac atcctcatca
    11881 tcgacgacgg ctcgcccgac ggcacggccg acatcgtcaa gcgcctgcaa ggcgaattcc
    11941 cgggccggct gcacctcgtg gagcgcagcg gcaaacaggg cctcggcacg gcctacatcc
    12001 gcggcttccg gtgggccata gagcacggct acgacttcgt cttcgagatg gacgccgact
    12061 tcagccacaa cccgcaagac ctgctccggc tctatgccgc ctgcaccgac gagggcgccg
    12121 acgtggccgt cgggtcgcgc tactgcaatg gcgtgaacgt ggtcaactgg ccgctcgggc
    12181 gtgtgctgat gtcgtattac gcctccgcct acgtccgctt cgtcaccggc ctcaaggtgc
    12241 acgacaccac cgccggcttc aagtgctacc gccggcaagt gctcgagacg atcgagctcg
    12301 acaagatccg tttcaagggc tacgccttcc agatcgaaat gaaatacacc gcccaccgct
    12361 gcgggttcaa gatcgtggaa gtgcccatcg tgttcgtcaa ccgcgtctta gggacgtcca
    12421 agatgaactc atccatcttc ggcgaggcac tcttcggcgt gctcaggctg aagtggcaag
    12481 gattcttccg gaaatacccg cagaagaaaa gataacccaa taggacccat acagaacggg
    12541 gggcgcataa tcaatcgaca tgacgccccc cgcttttttt tgcccatata attccctccc
    12601 cgctacttct aactacttat acttacccta actaccctat gctaccccct actactcaaa
    12661 tatgaagaca ctcattcaaa acgccctcat catcaacgag gggcgcgcgt tcgtcgggtc
    12721 ggtgctgatc gacggcgcat ttatcgcatc ggtttacgaa gcgggtccgg agccgcgcgt
    12781 ggccggcgcc acggtgatcg acgcccacgg ccaatggttg ctgccaggcg tgatcgacga
    12841 acatgtgcac ttccgcgagc ccggcatgac gcacaaaggc accatcgcca ccgagagccg
    12901 cgcggccgtg gctggcggcg tgaccacctt catggacatg cccaacacga gccccaagac
    12961 cctcacacgg cgcgcgtggg aatggaagat gcagcgcgca gccgacacct cagtcgccaa
    13021 ctacgccttc tacttcggcg ggtcggacaa caacgccgac gagatccgcc gcctcgacgc
    13081 cacccgcgtg cccggcctga agctcttcct cggatcatcc accggcaaca gcgccatgaa
    13141 cgccgacacc gtccgccgca tcttcagcga gaccgacctg ctcatcgccg tccacgccga
    13201 ggatgaaacc atcatccagc gcaaccgcaa gcgctacgtc aacctcatgg gcgaggatct
    13261 gccgccgctt tatcacacga agatccgcga tgccgaagcc tgctatgcct cctcctcgcg
    13321 cgtcatcgag ctggccgaca agatgggcgt ccgcctgcac gtgctccacc tctccaccga
    13381 gcgcgagcta tcgctcttta ccaccggccg cccgttgtcg gagaagaaga tcaccgccga
    13441 agtctgtgtg catcaccttt ggttcaccgc ggccgactac gccacctatg gcaaccgcat
    13501 caagtggaac ccctccatca aatcggccga cgaccgcgcg gcgctccgcc acgccctcat
    13561 caccggagcc atcgacaccg tcgccaccga ccacgcgccg catctgctgg ccgagaagga
    13621 gggctcttgc ctcacagcag cctccggcgg accgatggtg cagcattcac tcccggccat
    13681 gctcgagctg gccgcgcagg gcgtcttgac gcgcgagcag gtggtggaaa agatggcgca
    13741 ccaccccgcc gaactttatc gcatcgatcg ccgtggctac atctgcccgg ggttttacgc
    13801 cgacctcgtg ctgatcgacc ccgaggcacc gtggacggtg aggcgcgaca atctgctgta
    13861 ccactgcggc tggtcgccga tggaggggca gacgtttcgg cacgctgtcc gcatgacctt
    13921 cgtcaacggc cggccggcct atgccgatgg ccgtgtgaat gaggatgtgc gtggcatggc
    13981 cgtgcaattc gcgcgtcggt aggtggaaaa gatgagacag acgatcctca aaaacatgtt
    14041 gtataacaac tgaaattgtt tgccaggctg ccaagtttgc cccttctttg cctccagata
    14101 accaagacaa tctttatacc ttatcatcta taccgaaaac cataggagta ttggcaaagg
    14161 cgaccttcat gatgaagatc gcctttgttt tatcgtcaaa accgagtgcg agaggatata
    14221 gtcaagcaga aatggttcca tgaaagaata gtttcatgaa tgattgaggg tgtacccggt
    14281 gcgccccgaa ggggcaatca actcagccca gggcaacgcc ctgggttcag acggcgcaaa
    14341 aaaaatcccg ctccctctgc aagcctcctc ccaccctgct gggggcaggg cgggaggagg
    14401 cttgcagagg gagcgggggg gagatcgggt gggcatcgct cacccagggt gtcgcgccgc
    14461 cttcggcgtc tctctaccct gggctgagtt gaattgcccc ttcggggcgc agcttggtac
    14521 cccaaatgat ccatttccgc ttgacgataa atcccctcag ctcagaagat gtatcccaag
    14581 cccagcccga ttacttcctt gaactgcacg cgtgggccat gcttcgtgcc gctccggtcg
    14641 atgtagtgga tgtcgtcgtc gtagagcagg taggtgttgg ccttgaaggt gaaatacttg
    14701 ttcagcttcc aatcgagtgc catcttccag tctacgtcca ccttgccgaa cgacttgtag
    14761 gccgaggtga gcagcacttc ggtgttgaag aggatgttct cggtgatctt cttcgagtaa
    14821 gtacccttaa cgagggcgcc aaactcggcc agcacgcggt cgcccttgtc gacgccgtaa
    14881 gcgccctcgt tggagaggcg gcggtcggtg acgaaggtga ccttctccga cacgggcgag
    14941 agcagcacct tgaggtcttc gcgtgggtgc gtgtaggtca tgcctaacga cccgagcagg
    15001 tagcccggcg ccatgaattt ggagatgtac tcggcgctgt cttccaccgg atatttgctg
    15061 tagcccttgt cgaactgtga tttgaagctg agctctgcgg cgtaggccca gaggttcgag
    15121 gctttgtatc cgaggcgcgt ggccaggtcc atgtggtcat cgtttttaat ctgatcgctg
    15181 ccttgatagg tgaggccgta gccgaggtcg acggagttgt cccacatcca tcggtccttc
    15241 gcgtagttcc acttgccggc gaaggctgcc agcacggaga cggagttgtc gccgccggct
    15301 gcccagttgg tgaaggaggt ctgcccgaag gtcagcgagg cggcgccgct atgtgtccaa
    15361 tacgaggtgt cgcgaggcgc atcatcctgc gccatgattg gggccgtcag gcatgttgct
    15421 gcggccgcga tgagcaataa tttcttcatt gttactgtat ctggttttta tgcggccgca
    15481 aaagaagggg gaatggggaa atgagaagtg aaaagagtga gaagcgcgcg ggcaaccctt
    15541 gctctccgct ccggttttcc acttatctct tttcggttat tcccttcccc gcttagaatc
    15601 gttcgcggtg gttgcctgcc atgccttcgt agcgcgagcg gatgtagcgg atgtcggcct
    15661 tggcgtcgcc ggtggggcgg aaggtctcca tgatcccgac ctcctttcgg ccataatcga
    15721 tgtatcccaa ctggatcggc acgccggcct tcagggcgat gtagtagaag ccgcgcttcc
    15781 attcgtcgac tcgtttgcgt gtcccctcgg gcgtgatggc gaggcggaag tgcttgcggc
    15841 gagcaaactc ggcggccatc agctccgtca tggaggtgtt gcggctgcgg tcgatgggga
    15901 cgccgcccat tgcgcggaag aagatgccta acgggaaggc gaaccactcc ttcttcatca
    15961 ggaaggcagc ctgcttatcg acggcgaagt agaacagttt gccgatcacg aaatccatgt
    16021 tgctggtgtg tggcgctacg caaatcacgc accgcgccac gtcgtcgccg gctggcccga
    16081 cgcgccatcc catcaagcgc aggagccatt tcgagaatct cttcttcatg tttaatctac
    16141 tcgttttata cggcggccaa aggtagaggc aaaatgaaac gaggctttaa tcaacgctgt
    16201 gtcaacgctc ctactgcggc tgttgcgcaa gccggggcaa gcgctaaaaa gttcattttt
    16261 ccatttgccc aacttgggca aacgccaaaa agttcgtttt ctcatttgcc caacttgggc
    16321 aaacgccaaa aagttcgttt ttccatttgc ccaagttggg caagcgtcaa aacgttcatt
    16381 ttctcatttg cccaaattgg gcaagcgcca aaaagttcga tttttcattt gcccaaattg
    16441 ggcaagcgcc aaaaagttcg ttttttcatt tgcccaagtt gggcaagcgt caaaaagttc
    16501 gatttttcat ttgcccaagt tgggcaagcg tcaaaacgtt cattttctca tttgcccaag
    16561 ttgggcaagc ctcaaaaagt ttgatttctc atttgctcag gctgagcaag catcaaaaag
    16621 ttcattttct catttgctca ggctgagcaa gcctcaaaaa gttcgatttt tcatttgctc
    16681 agattgagca agcctcaaaa agttcgtttt ttcatttgct caggctgagc aagcgccaaa
    16741 aagttcgttt tttcatttgc tcaggttgag caagcctcaa aaagtttgat ttttcatttg
    16801 ctcaggtcga gcaagcctca aaaagtttga tttctcattt gctcaggctg agcaagcatc
    16861 aaaaagtccg ttttctcatt tgctcaggcc caagcaagcg cccgcgccat agagaaagat
    16921 caaacatgga tgggatttcg tatgaaatac cgcttaaata aaggctttcg gcgctgcgaa
    16981 tcggcgccgc ctccctaatt attgggattg tagtgccctc cacgcgccga tacttttgcc
    17041 cccgaaatcc ccctcccgaa ggggcctcaa aacaggaaca gcatacatat tataaagaga
    17101 tgaataaggt caagattggg ttattgagcg ggctgatggc gggcgtgttt gccgccctgc
    17161 ccgctgcggc gcaggtgaac gcttccgaca gcgtgcaagg ccacgtgttg ggcaaccggc
    17221 tgagcgtcgg cgggtatggc gaggtcggct atacgcgcaa ttttttcagt gataacgtct
    17281 accgctatag cgaagcggcg aagtacaaga acgaccccgg gcacgggcgc ttcgatgtgc
    17341 cgcacgccgt gatttacctc agctacgact tcgggaaagg ctggctgatg agctccgaaa
    17401 tcgagtttga acacaccggc acaggcagcg cccaggaaaa ggagttcacc gagggcggcg
    17461 agtgggagat ggaagtggaa aaaggcggcg aagtggagct ggagcagttc tggcttcaga
    17521 aatccttctc gcccgcattc aacatccgag ccggccacat cgtggtgccc gtcggcatga
    17581 ccaacgcgca ccacgagccg ctccatttct tcaccgtcta tcggcccgag ggcgaagcca
    17641 ccatcctgcc ctgcacgtgg cacgacacgg ggctgagcct ctgggggcgc acggggcgca
    17701 tccggtatga ggtgcaagta gtggctgggc tggacgcctt catgttcgac cgcgaagggt
    17761 gggtgcacgg cggcgccgga tcgccctatg agttcaaggt ggccaacaaa tacggcttcg
    17821 tcggccgcct cgattacttc gccttccccg gcctgcgcat cggcctgagc ggctattacg
    17881 gccgcgccat gcacaactcc ttcccccacg atctcgaagg caaggacatg aacggcgagc
    17941 ggaaacgcta cgaccacgtg aagggcaacg tcgccatcgg cgccttcgac ttcgccttca
    18001 atcgcttcaa ctggatcgtc cgcggcaacg ccgattacgg ctacgtcagc gacgccgcca
    18061 cgatcagcac catcaagcgc aacctgactg ccaactcggc cccgtataag aagacgcccg
    18121 tcggcaagaa cgccgtcgcc gtaggcctcg aagcgggata cgacatcttc tcgcagatag
    18181 ccaagctgcg cgccgatgag cagaaattct acctcttcgg ccgttacgaa tactacaact
    18241 cctacctccc ggccagcgat cagcagaagt atgaatacac cggcaagcag cgcctggccg
    18301 tcgggttcaa ctactacccc ctgccgcaga tcgtcgtcaa gggcgaatac tccacccgcc
    18361 tgctcaagca gcaatacaac aacgagccct ccgtctccat cggcatcgcc tacgaggggt
    18421 tcttcctctg ataacaagca gatcattaat aatagataca catcaagcac atattcattt
    18481 ttaatagaca cagacatggt aaagaagtat ttcaagacgt cgttgctcct cgccgtaggg
    18541 gcaatgctgg catggggact cacctcatgc gagaaaaaca acaatggaga cgatgagaag
    18601 gagctcaccg agaaacaaaa ggagatgagc aaaatcgccg agcagtatgc aaaccacacc
    18661 atcaacatca cctacaagaa cttagcggca gagacatccg acctctacga caagctgaag
    18721 gcagccaagg aaaagttcct caaagacccc aaaagcctaa cccaagccga agtggacgcc
    18781 atctgcgaga ccttcaagac ggcacgcacc agctacgaac gtagcgaagc cttcctcttt
    18841 ggtgccgcaa cggatttcgg cgtagatccg catatcgaca cttggccgct cgacgtggac
    18901 ggactggccg ccgcactcac caacaagcgt cagttagaga agctcgccgg tgatgaagac
    18961 gacgccattg cctatgccgc cggcaagctc gggcaggagc tgctcggctt ccacggcatc
    19021 gagttcgtca tcttccgtaa cggaaagaac cgcaccgtgg ccgccctgca agccaatgag
    19081 gacgacgcgg ccttcaccaa gatcaaggcc caagtgacgg gcgctgagga gctgacctac
    19141 gccgcagccg tggccggcga tctgcgcgac cgctgcttcc agctcgaagt ggcatggaac
    19201 gccggcgctc cggaaaacca caagaagcgc gtggcagaga tcgaactgcc ctccacacgc
    19261 accaacggca agacgtacac ccaagacctc ttaggcgcca ccaaagccgg cagcggttac
    19321 gctacatggg aagaggtgat gaccaccatc ctgaaggccg gatgcgagaa catcgccgac
    19381 gaggtggcca acaccaagat cggcaacccc tactcgggca aggacaagaa ctacatcgag
    19441 tcgccctaca gccagcgctc cttcatcgac ttccacgaca acttgatcag catccagaac
    19501 tcgctctacg gcggcatcgc aggcagtcgc aacgaggctg tttcgatcat ggctttcatg
    19561 aagaagtatg atagcaagca ggctacgcag ctcgagaacg acctgaaggc tgccctgaag
    19621 gcgctcgagg attgccagac gaagctcaaa ggcgggttcg taaacaacat caccaatccg
    19681 cttgtgggcg aagcgcagaa gaagatccag gcactcgacg aagacctgaa taaggccgcc
    19741 gaatggttct cgaagcagta aaagcggagc gcgatcggag gggcgaatag ttgtttgccc
    19801 cctacaataa gcggcatcgg agggggaggg aggcacatcc cgcaaaccct cggtgccgct
    19861 tgcttcttac gactacaacg attcaacgaa aagaaattta ggtatgacat cacaacgatt
    19921 actcacgact tacgccgctg cggggctgtt gctccttgcg atggcggcgt gctccgacga
    19981 tccgaaaccg gaaccaacgc cggagccaga cttgaattat gtggggaaag ccgtgggcaa
    20041 cttcacagcc gatgaatggt atcccggcgg ccgcttgggc acgacggaca acgtcacggc
    20101 cggatgctat gaagacgaga cgccggcagt ggatgagatg gggctcgcgg accggttcaa
    20161 cctcggcgag accttcttcg agcgcaatta caccatcaac acgaagccct tcttcgggct
    20221 cgggcccgtc tccgtccgca aatcctgcct cgactgtcac cccggatacg gccatggccg
    20281 gcgccagacg cactacacag cgggctacgg aaatggctac ttgctggccg tctatcaccc
    20341 cgtcggcggg ccgaacagca acgatgggcc atacatcacc gagatcacca gcagcacgca
    20401 gacgcaagcc gtgcacccct tcttgccgcc cgtcgatgcg gacaagatcc acatcgagtg
    20461 gaagacggtc acggcgatgg agagcggcct gccgatgcag ttccctgacg gcgaacggta
    20521 cgagctgatc tatccggaag tcactgtgcc gcagtcggcc ttccatacca agcccatccc
    20581 gtcgaactac gccgtgcgcc ttgagtctac gctcggcatc atcggcacct gcctgatcga
    20641 cgccatcccc gacgaggcca tccgtgagca ataccgcgaa gaggcgaagc ataacgccaa
    20701 gctgaacccc gacatgtggg atcgcgcagc caacgacttc gccccgacgg cctacaaggt
    20761 gcgcgagggg caccgcatgg tcaagcgctt caactactcc ctgtcgcgcg cctccgtgca
    20821 ggaagacgag gccatgtggg acatcgccaa catctcccgc cctgatcgcc cctacctcaa
    20881 cagcaccgag gcttgggccg tggccatgtc ggagacgccc tccgtcatcg cggccatcaa
    20941 ggctaacccc gcctcaccct actacgccga cggcaccgac gcaggcatcg cccgggccgt
    21001 gcgcacgttg ctttcgccta agacaaacca gttcaagaac gacatccaca acttcgaggt
    21061 ggagacgaac gaggatcatt accacgcctt catggtctgg caccgcggcc tctccatccc
    21121 ccgcgcccgc aacctgaacg acaaacgggt gcagcgcggc aaggacatct tcatgcagat
    21181 cggctgcgcc aactgccacc gcccgcagtg gaagacgggc aacgacgaca actattaccg
    21241 cccgccgatc ctcaaaggca agcagctgcc ccgttacccg aaccagacga tttaccccta
    21301 caccgacctc gtgcagcacc gcctgcacat gatcaacgat gtgcacggct cgtggtgtcg
    21361 caccacgccg ctgtgggggc gcggactctc gcaggtgaac accggcgccg aagacaggct
    21421 acacgactgc cgcgcgcgga atgaggtgga ggccatcatg tggcacgcct acagccacga
    21481 gagcgatgcc tactatgcgg ccgagaagtt ctacaaactg ccgaaggaag accgcgacgc
    21541 ggtggtgaag ttcctgcggt cgatataacc ccccataacc cacaagggtc aatgattaat
    21601 gattaggggt acccggtgca gcctgaaggg ctgccggacg atagctcggg gcaacgccct
    21661 gggttaggcg gcaaaacaaa aatccccgtt ccctgccagc cgcccccccc agttctgcat
    21721 gccagggcgg ggggtgaggc tggtagggaa cggggggaat cgggtgggct tcgctgcccc
    21781 cagggtgccg ctccgccttt ggcgtcgctc taccctgggc tatcgtccgg cgggcctt
//
LOCUS       SEQF3106|MIQD01000037.121341 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..21341
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(132..713)
                     /gene="rnfE"
                     /locus_tag="SEQF3106_01224"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P97055"
                     /codon_start=1
                     /transl_table=11
                     /product="Electron transport complex subunit RnfE"
                     /translation="MNYLKVIKNGIITENPTFALLLGMCPTLATTSSAINGMSMGLAT
                     AFVLICSNAAISAIKKLVPDEVRIPAYIVIIASFVTILQMCMQAYLPDLYKSLGLFIP
                     LIVVNCIVLGRAEAFASKNGVVASACDGIGIGLGFTLALTLLGTCRELLGTGRAFSLA
                     LFPEHYGALLFVLAPGAFIALGYLIAIVNKLKK"
     CDS             complement(730..1344)
                     /gene="rnfG"
                     /locus_tag="SEQF3106_01225"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P97054"
                     /codon_start=1
                     /transl_table=11
                     /product="Electron transport complex subunit RnfG"
                     /translation="MEKVKSTFITIVASLTGFCLIAGTALALANRLTADKIEAAKAAA
                     LQEAIKKVAPEFDNDPSAEQYKVGLAEGDSLTVYPAKKGGKLVGAAVETNTKKGFGGE
                     VRIMIGFDADHKIVNYSVLEHNETPGLGSKMEEWFRTDKGKQSVLGRDMKGGALKVSK
                     DGGDVDAITAATISSRAFLDAVNRAYSAYTQADANSGATAQNNN"
     CDS             complement(1348..2304)
                     /gene="rsxD"
                     /locus_tag="SEQF3106_01226"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P76182"
                     /codon_start=1
                     /transl_table=11
                     /product="Electron transport complex subunit RsxD"
                     /translation="MDTKLIISPSPHIHGGDSISKNMYGVLIALVPAFLVSLYCFGLG
                     ALVVTLVSVASCVVFEYLIQKYLFKREPTITDGSAILTGVLLAFNLPSNLPAWIVILG
                     ALFAIGVGKMSFGGLGNNIFNPALVGRVFLLISFPAQMTTWPVAGVFPLTYTDAQTGA
                     TTLSLMHFSKDIAGVVPSAIGLTGGSLGEMSELALLLGFAFLLYRRIITWHIPVAVVG
                     TVAVFTTILYLFNPTELYNPLIHLTSGGLMLGAVFMATDYVTSPMTKRGSLIYGVGIG
                     LLTVLIRIFGSYPEGMSFSILIMNGLTPLINTYIKPKHFGDR"
     CDS             complement(2311..3639)
                     /gene="rnfC"
                     /locus_tag="SEQF3106_01227"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q52716"
                     /codon_start=1
                     /transl_table=11
                     /product="Electron transport complex subunit RnfC"
                     /translation="MYTFRIGGIHPAGNKLSAGRPIEEIAPTAKVVIPLGQHIGAPAE
                     AVVAKGDKVKVGTLIGKAAGFVSANVHSSVSGTVTKVDTMLDAAGLPKPAVYINVEGD
                     EWEETIDRSETLVRECTLSSKEIIGKIAAAGIVGMGGATFPTHVKLSPPPGSKAEILI
                     VNAVECEPYLTSDHSLMLAKGEEIIVGVKILMKAIDVRRAVIGIESNKPDAIQLMKQL
                     AAKEQGIEVMPLKMRYPQGGEKQLIDAVIRRQVKSGALPISVGAVVQNVGTVFAVYEA
                     VQKNKPLIERVVTVTGKSVAKPSNFKARIGTPISTLIEAAGGIPEDTGKIIGGGPMMG
                     RTMITGDVPMMKGSSGILLIPKAEAVRKPMHDCIRCAKCVNVCPMGLAPYLLMNLALH
                     KTWGEAEENYIVDCIECGSCSYTCPSNRPLLDYIRMGKGTVMGIIRSRKK"
     CDS             complement(3672..4601)
                     /gene="rsxB"
                     /locus_tag="SEQF3106_01228"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77223"
                     /codon_start=1
                     /transl_table=11
                     /product="Electron transport complex subunit RsxB"
                     /translation="MYIAIILLGTVGAIAALILFAVSKKFEVHEDPRIGQIQEALPGA
                     NCGGCGFPGCGGFANACFKAETLDGLFCPVGGQDVMKRVAEIKGVAVVASAPKIAVVR
                     CNGTCEARPRTNTYDGASSCTIAAALYRGETGCSFGCFGLGDCVDACEFDAIHINPVT
                     RIAEVVEDKCVACGACVKACPTKIIELRKKGPKSRRIFVSCMNKDKGGVARKVCSNAC
                     IGCARCTKECAFEAITVTNNLAYIDDTKCRLCRKCVVVCPTKAIHELNFPPRKEPKPE
                     APKAAAPAAPSLVEAARANAPAATATVEPAAKD"
     CDS             complement(4624..5049)
                     /locus_tag="SEQF3106_01229"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRFIQHRGVVKHAGDGRIVVSIEQQSACAACHAKSACLVSDKK
                     EKLIEVKGESSQFAPGEEVMVVAQSSSGMLAVFLAFAVPFVLVVAAVFVAIRLSGDDG
                     VGGLAGLATLAAYYALLYAFREKVGRRFSFSVSKLDAAY"
     CDS             5419..6000
                     /locus_tag="SEQF3106_01230"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVYQFKVQIKGITKPPVWRRLVVPAEFSFMRFHEVIQAAFGWED
                     DHLFQFGDKGYQSTFRIAHPSDDDLGRDLGIGPKTLDASKVKLSTVFTEGVRKLTYIY
                     DFGDDWIHDITLEATSEEKRKTALCIAGKGQCPPEDCGGPYGYEEIKEVLQTSPDSKK
                     VAEAKEQLGLDDNETWDAAAFDLEDANAALKGV"
     CDS             complement(6411..7661)
                     /gene="xerC_3"
                     /locus_tag="SEQF3106_01231"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MLIRYSIRFLLRPKPAADGRVGLRMRVHIYGVGAVDFETGVAVS
                     PTDWDKDARRAHRDKAVNRAIDEYTAVAKEVFARYEFVEKRIPTQGEFKAMFLELTGR
                     GKTLAGEPPLLSELFDEYVRTVSAQNNWTLATLRKVRTVGRHLMASRPPRYINDLTEE
                     ALQRFISRLLRGGLRNTTVAKDYSFVRWFLAWASRRGYYTGNLHQTFKPRLKGTDGNA
                     HEIIYLTISEMERLRACEIPSGQTHLEQVRDVFLFCCYTSLRYSDVAALKVEDVKEGY
                     ITVVTQKTSDGLKIELNRHAQAIIDKYRGKRFRGDRALPVISNQKMNAHLKELGRMAG
                     LDTPTRIVYFKGEQRFDEYYPKWALLTTHCARRTFVVTALQLGIPVEVIIRWTGHSSY
                     EAMKPYVAIVDDLKKREMSKFNAL"
     CDS             7761..7976
                     /locus_tag="SEQF3106_01232"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSIFKRLYITWLTQKVAFKVWRSMSFHNPASTEDYVDPIYMIDA
                     TVDRILHMYRYNKKLQERFDKRIDHSY"
     CDS             complement(7973..8323)
                     /locus_tag="SEQF3106_01233"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELKEFITDVLQQINDGVIDAQKAGVFVNPRKMYNRTKASYEYV
                     VDGVDDQERLQIVDFEVGLTNEEGSGGGKFGVSFGGVSLGVDSGGKTSNSAVTRIRFS
                     IPMLLPVYKRHTKD"
     CDS             complement(8411..8770)
                     /gene="higA_1"
                     /locus_tag="SEQF3106_01234"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A224"
                     /codon_start=1
                     /transl_table=11
                     /product="Antitoxin HigA"
                     /translation="METKKKFLMPVAVHPGALVKDWMEEKGVTASEMAALGGISEASL
                     RWIIEGREDITPAVAAALERATGISADFWMRVQKHYEADWERLTRKEGVKAVRLTGVQ
                     GLESKPARSRRRTLAPV"
     CDS             complement(8781..9101)
                     /locus_tag="SEQF3106_01235"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHLFFANSQLEKLCTSHERAVKKYGARCADILFYRLMQMEEAKD
                     LVELSQQAGRFHSLAGNRKGQWACSLLGGLRLIFVPGAHGEMVLKEITAPYLTITEIT
                     DYHH"
     CDS             9195..9356
                     /locus_tag="SEQF3106_01236"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEIQKWPKLFMNIVNAITKVTMSTHMAPNGGSGSFFGGVLALA
                     GFLFMRVSL"
     CDS             complement(9530..10027)
                     /locus_tag="SEQF3106_01237"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKATKSILLLALIALMAAACSTSKETYNPADYHPPLYHYSQENT
                     SSESVEKNHYPPSSTSSEFESHGKDYSPSSSSYKPANTSSESSGQTYVVHTGPLGGKY
                     YYNSNGNKVYVKHGTGSTYRTKSTRSKSSISASYSSRKSSYRSKSYHHSSSKGYYSSS
                     KRRRR"
     CDS             complement(10024..10524)
                     /locus_tag="SEQF3106_01238"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKYLLLALIALMAAACSNQNRTNEEITSSSLQASETPATSDVE
                     VAKNPITVDKGRLVQTLDGYSDGKDTELTELLSLLKKGENDFITIKWVWDCSPKYGDM
                     PMRIEYNKTAKHLALIYEERNVKEEYSNVAPECLIAYLESGKKDFYGLEDFCSSSYDF
                     NNREMK"
     CDS             complement(10589..11011)
                     /locus_tag="SEQF3106_01239"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYSGLNDNKVTNQLGLSIGILGKSRKEGRDLSDRVVEKILKFY
                     RNLNHVWLLTGEGEMLSGANVQTTEGNRGSGIVGNNVQGGSGINNNQVSGGGISQNDE
                     GIMHKLLDIIREKDAALASKDAQIERLLDLILKEHARE"
     CDS             11205..11837
                     /locus_tag="SEQF3106_01240"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKHFRMTEETIQWQGHTLHRIVATRQSKWAKAGQRGGFVESED
                     NLEGEAWVADSAKVWGFETCLYDESRAMGNACVYGGATMWGRARIYGDACLLCGASMR
                     DNARATDDAHIAGLMIDIYGRAHIGRGAVITQPGDYVLFQGFLNDPVTAYRTRAGYTI
                     LYDNLNRADYYTADEFAPDIYRIFRDPARRREAELLAELIRVRFGKEVGA"
     CDS             11920..12207
                     /locus_tag="SEQF3106_01241"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVEQAFLKGAQQLRVCQLEEARRDLMEALGVTTYSSYVAWERGQ
                     RDMTLKKKEAVEQVFSKYGIPASEVWGKGQDVFIALYPIKRKKKSAEGSEG"
     CDS             12204..12437
                     /locus_tag="SEQF3106_01242"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAFVEQARWLFWEQAGWGRLSRGERWVAVYFALSLAAVGMLAE
                     APWWVLLAAAANFLNAARMVRRIDLPEEGEGRA"
     CDS             12673..13056
                     /locus_tag="SEQF3106_01243"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNRRRGAVLPPGDTRVIDLTVDELNDVVRHATRIAIGAELPEA
                     MAEAERQLEADGGGLRVGRKRYVFGIDGIARTFGVSRSTARRIKRSGVIDEAISQCGR
                     SITLDQDRALELTRGTRWGERAPEP"
     CDS             13242..13613
                     /locus_tag="SEQF3106_01244"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKETKQMAGGQDAQKSEFIRKANAAAAELRDLAKEDEERREVL
                     LVACDHRNITRLLVGSEKDLSLSVALAMTGDEEGREVMMKIFVKWLEMLDVKTAEAVT
                     RALYDTVQEVNAKTKHPRAEA"
     CDS             13873..15975
                     /gene="smc_2"
                     /locus_tag="SEQF3106_01245"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01894"
                     /codon_start=1
                     /transl_table=11
                     /product="Chromosome partition protein Smc"
                     /translation="MKRITLEALRLQNFRGARDVEVRLAEGCTTIAGDNGTGKSTLYD
                     AFLWLLFGKDAADRKDYEVKRIEDGEPVRRTDATVEGTLRVNGRVVRLRRTFAEDWMK
                     PRGATEPVFKGNHTNYFIDDAPLKMSDYDRRVAEMMAAADVFRLITDAWGFTHLHWEK
                     QRAKLFELAGGIDEQALKGSVAGYNDLLQRLSGKPTADYRRELAARKRKLKKELEAIT
                     PRVDQTQRMMPQDEPDRAALSAELASIDAALEALDKEAADFAAAERAKHEAERQRIEA
                     AERAKLEARRRRMEAIETLKTRLMQCEATLRRSYESEQARQGDGRRALELRLTEAEAQ
                     ERSADRMVRSATDEVEGLTRRIKWQSAELARLRAEWHTEYATEMTDPGFCPHCCQPLP
                     EEMKADARRRFAEGKQRRLKELRAEGIQKHEEVKAYEATLEELGKKLEAETARRAEVH
                     TEIERLRTELQALPEPEPAAAFDPKQDATYTQLLRELEACKAEPEPSTPDAPTEPAEP
                     RDADAEAATRRLDSIARRQTLTRERDRIQASLADCDTADRLRAEVARLEEEGRDLAQQ
                     IADAERDEDILQRYTRARIEAVEQRVNGLFRHVRFRLFDYTNDGAEFETCIPLVGAEG
                     IPYPVANTAAQVWAGLDIIRVLQEHAGVSAPVFIDGAERVTSLPEMAHQTILLAVAPG
                     VKPLRVTCTEAQEEGRRA"
     CDS             16149..16325
                     /locus_tag="SEQF3106_01246"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPAEFRRGEQYVYTGRPEPEYVTFMYPEINHYDFVDADGQLIR
                     LCHSHASELIHPIQ"
     CDS             16360..16644
                     /locus_tag="SEQF3106_01247"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERIKKGTIEVPMIDGNTTVGFSAVPDIPSSVEVFFKDNEGDTI
                     GYAEVKYNGSVQFHLEEARNITDDGKKKLFATALSEASKFYNPETEEGGQ"
     CDS             16709..17434
                     /locus_tag="SEQF3106_01248"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEAATAPATQGTQGVTKYQAGGEEVTLSEKIVREHLTRGNSNIP
                     RADIVQFIAICRFNHLNPFLNEAYLVKYGDKPAQMIVSKEALMKRAESCHSFDGLQAG
                     LILKRGSNIVEEEGAFQLPGDTLLGGWARVYRKDREYPSTARVSLAEYDRKQSTWSTM
                     RATMIRKTAVVQALREAFPTQLGAMYTAEERGVPEDATYEDVTQRLEREKAAEANRTP
                     LHIDNAPTPDQPSPAPAAPDPGF"
     CDS             17808..18194
                     /locus_tag="SEQF3106_01249"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METMKTNSFREAWNETCLRAGLSAVSLDTAARIMAVLHVESGCT
                     TAVTHSPKLRADLKYIQRRFGIEGGATPDAAFVRSFSRYVHEIEAHQRQSKGRTGLTL
                     AEQAWPEWARTLYQDNYNVKLTPVFV"
     CDS             18294..18980
                     /gene="hin"
                     /locus_tag="SEQF3106_01250"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P03013"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-invertase hin"
                     /translation="MTYGYIRVSSDKQTVENQRFEIKNFCKRNNLKVDGWIEETISGT
                     KNYSKRRLGALLKKVTKGDMIICSELSRLGRSLFMIMDILNICMTKECQVWTIKDNYR
                     LGDDISSKVLAFAFGLSAEIERNLISQRTREALARKKAEGVVLGRPKGRKTAPEKHKL
                     YPKHQLIVSLLNEGISKRQISFIVKVDRGTLNRYIEANDLHPTVPSPTRADRISVQII
                     TKHVEANAGN"
     CDS             19288..20019
                     /gene="yycJ"
                     /locus_tag="SEQF3106_01251"
                     /EC_number="3.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:C0SP91"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative metallo-hydrolase YycJ"
                     /translation="MKLTILGSSSAANGYVLDNGREALALECGCPLHDLKRTLGFDLR
                     RVCGVLLTHEHADHARHAAKYVGAALPVYASRGTLSALPEAVQQSPFVHPVRPPRPFS
                     VGRFQVLPFDVRHDAAEPLGFLVSHPEIGSVVFATDTRLLPYTFPGVRTWLLECNYSA
                     ALLDANVRRGEVSEAQRLRVISSHMSLDTCRETLQANDLSATRRIILIHLSDRNSDAA
                     QFRKTIARATGRKVITADRGQTIEL"
     CDS             20060..20776
                     /locus_tag="SEQF3106_01252"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEAKTEYQKINTLFKRDSNNVIMPDEWADPMFEYLSNTKWEATE
                     KVDGTNIRVIVTPPTAEGAPVGVAFRGRTDSAQIPGHLLDRLEELFPVDKMTEQFNPA
                     ARPLKDTIVLYGEGYGEKIQSGGRYTKGGADFILFDVRVGDWWLLRDKVEGIAAALGI
                     KVVPVMGYMTIPEAIEYVRRGFTSQVAADPTLPAEGLVLKTPMGLLDRTGHRIVAKVK
                     TVDFRKLEAKQARMNKERKA"
     CDS             20791..21234
                     /locus_tag="SEQF3106_01253"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAWYKCNITHDVRQKDGSLKIDVTEPYVFEAQSVTEAAARLAAH
                     LAGETYTLEGVTRMRLQEVFFEAGEWEHPFYLAKVSMTSLDEKAGLERRKAVRYLIEA
                     DDLTAALERLQEEFKVTVSDWELVSLSKSPIVEVVTDEKKEAGAA"
ORIGIN      
        1 gccaagcgcc gtgtccacct tcttcgacac gccgaggaag gggcagatgc cgaggaattg
       61 cgacaggacg atgttgttga caaagactgc ggcgatgaaa atgatgatgt attccataag
      121 gcctgggggg gttatttctt cagtttgtta acgatggcga tgaggtagcc cagggcgatg
      181 aaggcgccgg gggcgagcac gaagagcagg gcgccgtagt gctcggggaa gagggcgagc
      241 gagaaggcgc ggccggtgcc gagcagctcg cgacaggtgc cgagcagcgt cagggccagg
      301 gtgaagccaa ggccgatgcc gatgccatcg caagcggagg ccacgacacc gttcttcgag
      361 gcgaaggcct cagcgcgacc cagcacgatg cagttcacca cgatgagcgg gatgaagagg
      421 ccgaggcttt tgtagaggtc gggcaggtag gcctgcatgc acatctggag gatggtcacg
      481 aaggaggcga tgatgacgat gtaggcgggg atgcgcacct cgtcgggcac gagcttcttg
      541 atggccgaga tggcggcgtt ggagcagatc aggacgaagg ccgtagccag ccccatgctc
      601 atgccgttga tggccgacga ggtggtggcc agcgtggggc acatgcccag cagcagggcg
      661 aaggtgggat tctcagtgat gatcccgttt ttgatcactt tgaggtagtt cataatccgg
      721 ggggtatttt cagttgttgt tctgagccgt ggcgccactg ttggcgtcgg cctgggtgta
      781 agcgctgtag gcgcggttga cggcgtcgag gaaggcgcgt gaggagatgg tggcggccgt
      841 gatggcgtcc acgtcgccgc cgtctttcga gaccttcagc gcgccgccct tcatgtcgcg
      901 gccgaggacg ctctgcttgc ctttatccgt gcgaaaccac tcctccatct tcgatccgag
      961 gccgggggtt tcattgtgtt caagcacgga gtagttcaca atcttatggt cagcatcgaa
     1021 gccgatcatg atgcgcacct cgccgccgaa gcccttcttc gtgttcgtct ccacggccgc
     1081 gccgacgagc ttgccgccct tcttagcggg gtaaacggtg agcgaatcgc cctcggcaag
     1141 gcccacttta tactgctcgg ccgaggggtc gttgtcgaac tcgggcgcca ccttcttgat
     1201 ggcctcttgc agggcagctg ctttggcggc ctcaatcttg tctgcggtca gccgattggc
     1261 caaggccaac gccgtgcctg caatcaggca gaagcccgtc agcgacgcaa caatggtgat
     1321 gaatgtggat ttgacttttt ccatcgttta tctgtctccg aaatgtttgg gtttgatgta
     1381 ggtgttgatc agcggcgtga ggccgttcat aatcagaatg gagaacgaca tgccctcggg
     1441 gtacgatccg aagatgcgga tgagcaccgt caagaggccg atgccgacgc cgtagatcag
     1501 ggagccgcgc ttcgtcatgg gcgacgtcac atagtccgtc gccatgaaga cggcgccaag
     1561 catgagtccg cccgaggtga ggtggatcag cgggttgtaa agctccgtcg ggttaaagag
     1621 gtacaggatc gtggtgaaca cagccaccgt gccgacgacg gccacaggga tgtgccacgt
     1681 gatgatgcgc cgatagagca ggaaggcgaa gccgagaagc aacgccagct cactcatctc
     1741 gccgaggctg ccgcccgtca gtccgatggc cgaggggaca acgcctgcaa tgtctttcga
     1801 gaagtgcatc agcgaaagcg tcgtggcgcc agtctgcgcg tcggtgtaag tcagcgggaa
     1861 aacgccagcc acgggccacg tcgtcatctg cgccgggaag gagatcagca ggaagacacg
     1921 ccccacaagc gcagggttga agatattgtt gcccaatccg ccaaacgaca tcttgccgac
     1981 accgatagcg aagagcgcgc cgaggatgac gatccacgcg ggcaggttcg acggcaggtt
     2041 gaacgccagc aagacgcccg tcagaatggc cgaaccgtcc gtgatggtcg gctcgcgttt
     2101 gaagaggtat ttctgtatga ggtactcgaa gacgacgcac gaagcgacgg agacgagtgt
     2161 cacgacgagt gcgcctaacc cgaagcaata gagcgacacg aggaaggccg gcaccaaggc
     2221 gataagcacg ccgtacatgt ttttgcttat cgaatcgcca ccatgaatgt gcggcgacgg
     2281 agagatgatc agtttagtat ccatgtctaa ttatttcttt ctcgaacgga taatgcccat
     2341 caccgtgccc ttgcccatgc ggatgtaatc gagcagtggg cggttcgacg ggcaggtgta
     2401 gctgcacgag ccgcactcta tgcagtcgac gatgtaattc tcttccgctt cgccccacgt
     2461 cttgtggagg gccagattca tcagcagata cggcgcaagg cccatcgggc agacattgac
     2521 gcacttggcg caacggatgc agtcgtgcat gggtttacgc acggcctcgg ctttcgggat
     2581 gagcaggatg cccgagctgc ccttcatcat cggcacatcg cccgtgatca tggtgcgccc
     2641 catcatggga ccaccgccga tgatcttgcc cgtgtcttca gggatgccgc cagcggcctc
     2701 gatgagtgtg ctgatcggcg taccgatgcg ggctttgaag ttcgatggct tagccacgct
     2761 cttgcccgtg acggtgacga cgcgctcgat gagcggcttg ttcttctgta cggcctcgta
     2821 gacggcgaag acggtgccca cgttttgcac cacggcgccg accgagatgg gcaacgcgcc
     2881 gctcttcacc tgacggcgaa tgacggcgtc gatgagctgc ttctcgcctc cttgcgggta
     2941 acgcatcttg agcggcatca cctcgatacc ctgctccttg gcggccaact gcttcatcag
     3001 ctggatcgcg tcgggcttgt tgctctcaat gccgatcacg gcacggcgaa cgtcgatggc
     3061 cttcatgagg atcttcaccc cgacgatgat ctcttcgccc ttggcaagca tcagcgaatg
     3121 gtccgatgtc agatagggct cgcactccac ggcgttcacg atcagtatct cagccttgct
     3181 gcccgggggc ggcgacagct tgacgtgtgt agggaaggtg gcaccgccca taccgacgat
     3241 gccagcggcg gcgatcttcc caataatctc tttggatgaa agtgtgcact cacggacgag
     3301 cgtctcgctg cggtcgatcg tctcttccca ctcgtcgccc tctacgttga tatagacggc
     3361 cggcttaggc aggccagcgg cgtcgagcat cgtgtcgacc ttggttaccg tgcccgaaac
     3421 ggacgagtgt acgttggccg aaacgaaccc tgcggccttg ccgatcagcg tcccgacctt
     3481 cactttatcg cccttggcca ccaccgcctc agccggtgca ccgatgtgct gtccgagcgg
     3541 tatgaccacc ttggccgtgg gtgcgatctc ttcaatcgga cgcccggccg ataacttgtt
     3601 ccctgctggg tgaatacccc cgattctaaa tgtgtacata tatataggta tatagtagtt
     3661 gttagagtgg gtcaatcttt cgcggctggt tcaacggttg cggttgcggc cggagcattg
     3721 gcgcgagcag cctctacgag cgatggtgca gccggagccg ctgctttcgg agcttccggt
     3781 ttcggttcct tgcgcggcgg gaagttcagt tcgtggatgg ccttcgtcgg gcagaccacg
     3841 acgcacttgc ggcagaggcg gcacttcgtg tcgtcgatgt acgccaagtt gtttgtcacc
     3901 gtgatggcct cgaaagcaca ctccttggtg caacgtgcgc agccgatgca ggcgtttgag
     3961 cagaccttgc gtgccacgcc gcccttgtct ttgttcatgc aggagacgaa gatgcgacgc
     4021 gacttcggcc ccttcttgcg cagctcgata atcttcgtcg ggcacgcctt gacgcaagca
     4081 ccgcaggcca cgcacttatc ctccaccacc tccgcgatgc gtgtcacggg gttgatatgg
     4141 atggcgtcga actcgcaggc atccacgcag tcgcccaatc cgaagcaacc gaacgagcag
     4201 cccgtctcac cacgatagag tgcggcggcg atggtgcaac tcgatgcacc gtcgtaggtg
     4261 ttcgtccgcg gacgcgcctc gcacgtaccg ttgcaacgca ccacggcgat cttcggagcg
     4321 ctggccacta cagccacgcc cttgatctca gccacccgct tcatcacgtc ctgaccgccc
     4381 acgggacaga acagcccgtc gagcgtctca gccttaaaac atgcgttggc aaagcccccg
     4441 caacccggaa atccgcagcc gccgcagttg gcacccggaa gggcctcctg gatctgacca
     4501 atgcgcggat cttcatgcac ctcgaatttc ttcgatacgg caaacaggat gagcgccgca
     4561 atggcaccca ccgttcctaa taaaatgatc gctatataca tgtcgtgtgt aattgattac
     4621 gggtcaataa gcggcatcga gcttggagac ggagaacgaa aacctccgcc cgaccttctc
     4681 gcggaaggcg tacagcaggg cgtaataggc ggccagcgtg gccagccccg cgagtccgcc
     4741 gacgccatcg tcgccactca agcggatcgc gacaaagacg gccgccacca caagcacgaa
     4801 gggcacggca aacgccagga agacagccag catgccactc gaggattggg ccacgaccat
     4861 gacctcttcc ccgggagcga actggctact ctcgcccttc acctcaataa gtttttcctt
     4921 tttgtctgat acgaggcagg ccgactttgc atggcatgcg gcgcatgcgc tttgctgttc
     4981 gatgctgacc acaatgcggc catcccccgc gtgttttacg acaccacgat gctgaataaa
     5041 tctcttcata ataaactcaa ttgctatatc gagtttgcaa tacgggggca aatgtaaaca
     5101 gccgtttgaa ataaccttaa ggattattcg ggtgttgttt gcgtctcctt gtctcgtttt
     5161 gtggcgctac atcaatgagg gaaaagcatc ccgttttccg cggcctttgc agcgttcccg
     5221 caaacgccaa ccgaaattcg gtatgaacat ccgccctcac tgtagaggaa aaacgttttt
     5281 cgaccgctac aagattcttg gggcatacct cgtaattcat ttctgtgtga ctataatcaa
     5341 acagattatg ggataatccc cataaattca atcggggact tctacttttg gccgcataaa
     5401 aaattattca gcaagatcat ggtatatcaa ttcaaagtgc agatcaaggg aatcactaag
     5461 ccgccggtgt ggagaaggct tgtcgtgccg gcggaattct cctttatgcg atttcatgaa
     5521 gtgatacaag ccgcttttgg ttgggaggat gaccatctgt tccagtttgg ggacaaagga
     5581 taccaaagca ctttccgcat cgcccacccc tcagacgacg atctgggacg cgatctgggc
     5641 atcgggccca agacgctcga cgcctcaaag gtgaagctct ccacggtgtt cacggagggc
     5701 gtccgtaagc tcacttacat atatgatttc ggcgacgact ggatacacga tatcacattg
     5761 gaggcaacct cggaagagaa acggaaaacg gctctttgta tcgcaggtaa gggacagtgc
     5821 ccgccagaag attgcggtgg accttatgga tatgaggaaa ttaaagaggt gctccaaacg
     5881 tcgcctgaca gtaagaaagt agcggaagcc aaggagcagc tgggcctgga cgacaatgag
     5941 acgtgggacg ccgctgcctt cgaccttgaa gatgcaaatg ccgccctgaa gggcgtctga
     6001 gtggctcgaa cagaaagaaa tggactgcga gccatgcgga ggtgagtggt aggaacgaaa
     6061 aatccgctcg cccacacacc attggttaag catatcgagt ggggggcttt tcccccactt
     6121 ctatttcttc ccttgatggg ctaaaaatca acagcacccg actctacaca ttgtgtaaag
     6181 ccgagtgctg tggttgtaag ctgtgtggaa ataattaagg aagtggagca tacgagtccc
     6241 ctttttatag cgcatcaaaa gttcgtaagc gtcttagatt gtagcattca tgcgcctttt
     6301 cggggtgttt tcggcggatt ttgtgagcac atagagggtg cataaatggg cattaagagc
     6361 cgcccgaatg gggcaacggc gtggcaagga atggaaacac ggccgggcga tcatagcgca
     6421 ttgaacttgg acatctcccg cttcttcagg tcgtccacaa tagccacata gggcttcata
     6481 gcctcgtagc tcgaatgccc cgtccagcgg ataatgacct cgaccgggat gcccaactgc
     6541 aaggccgtca caacaaacgt gcgccgcgca caatgcgtag tgagtagcgc ccattttggg
     6601 taatactcgt caaaccgctg ctcgcccttg aagtagacga tccgcgtagg cgtgtctaaa
     6661 ccagccatgc gccccagctc tttcaggtgg gcattcatct tttgattact gattacgggg
     6721 agcgcccgat cgccgcggaa acgtttgccg cggtacttgt cgatgatcgc ttgcgcatgc
     6781 cgattgagtt cgattttgag gccgtcactt gtcttttgcg tcacgaccgt gatgtagccc
     6841 tctttgacgt cttccacctt cagggcggcc acgtcagaat agcgcaggga ggtgtagcaa
     6901 cagaagagaa acacgtcacg cacctgctcg aggtgcgtct gcccggatgg gatctcgcac
     6961 gcccgcagtc gctccatttc cgagatggtg aggtagataa tttcatgcgc gttgccgtcc
     7021 gtccccttca ggcggggctt gaaggtctga tgcaggttgc ccgtgtagta gccccgcctc
     7081 gacgcccatg caaggaacca gcgaacgaag gagtaatcct tggccacggt cgtgttgcgc
     7141 aggccgcccc ggagcaggcg gctgatgaaa cgttgcaagg cctcctcggt aaggtcgttg
     7201 atgtagcgtg gcgggcggct ggccataagg tggcgcccga cggttcggac tttgcgcagg
     7261 gtggccagtg tccaattgtt ttgcgcgctc accgtccgga cgtattcgtc gaagagttca
     7321 gacaggagcg ggggctctcc ggccagcgtt ttgccgcgcc cggtaagttc aaggaacatc
     7381 gccttgaact cgccctgcgt gggaatgcgt ttttccacaa actcatagcg ggcgaatacc
     7441 tctttggcca cggcggtata ctcatcgatg gcgcggttca cggctttgtc tcggtgcgcg
     7501 cggcgggcgt ctttgtccca gtccgtgggg ctaacggcga cgccggtctc gaagtccacc
     7561 gcccccacgc catagatgtg cacccgcatg cgcaggccga cccggccgtc cgccgccggc
     7621 ttggggcgca ataggaaacg aatgctgtat cggataagca taccaaaaaa atctatttgc
     7681 aaagggtgag gctatgtagg gcgtgaaagc ctgccagtca tacctttgcc ggcgtcaaac
     7741 aacagaaacc aacaaccctt atgagcattt tcaaacgcct atacattacg tggctgactc
     7801 agaaggtcgc attcaaagtg tggcggagta tgtcttttca caacccagcg agcacggaag
     7861 actacgtgga tccgatctat atgatcgatg ccacagtcga ccgaatccta cacatgtatc
     7921 gatacaacaa gaagttgcag gagcgattcg ataagagaat agaccatagc tattagtctt
     7981 tcgtgtgcct tttgtagacc ggtaggagca tcggtattga gaatcgaatg cgcgtaacag
     8041 ccgagttcga ggttttgcct ccgctgtcta caccgagact aacaccgcca aacgaaacgc
     8101 cgaactttcc accgccgctt ccttcttcat tagttagccc aacttcaaag tcgacgattt
     8161 gcagcctttc ctgatcgtct accccgtcga ctacatattc gtaagaggct tttgtcctat
     8221 tgtacatttt tcttgggttg acgaacactc ctgccttttg ggcgtcgatg acaccgtcat
     8281 tgatctgctg taggacatcg gttataaact ctttgagttc catttttctt caattcattc
     8341 attgtgtttg ccccgggcgg ccgttccgtg tgtagctctc accccacaca ccgcggccgc
     8401 ccgggctatt tcacaccggg gcaagcgtgc ggcggcggga acgcgcaggt ttggattcca
     8461 gcccttgaac ccctgtcaat cggacggcct ttacaccctc tttacgcgta aggcgctccc
     8521 agtccgcttc atagtgcttt tgcacacgca tccaaaagtc agccgagatg ccggtagccc
     8581 gttcaagcgc ggcggccacg gcgggcgtga tgtcttcccg gccttctatg atccaccgaa
     8641 gggacgcttc ggaaatgcca ccaagagcag ccatttcaga cgccgtaacg cccttctcct
     8701 ccatccagtc tttgaccagt gcgcccgggt gtacggccac gggcataagg aatttcttct
     8761 ttgtttccat cggttcgttt ctaatgatga tagtccgtaa tctcagtaat tgtcagatag
     8821 ggagcggtga tctctttgag taccatctcc ccgtgcgcgc cgggcacgaa gatgagccgg
     8881 aggccaccca gcagcgagca tgcccattgc ccctttctgt ttccagcgag cgagtggaag
     8941 cgccccgctt gctgggatag ctccactaag tctttggcct cttccatctg cataagccta
     9001 tagaaaagta tgtcggcgca ccgcgcccca tactttttta cggctctctc atgcgaggtg
     9061 cagagctttt ccagctgact attggcgaag aagagatgca tttagagaga ggaattagtc
     9121 cttccataag aacgcgactt catatatcac gaattgcaag ccaaaggccg aatggaacac
     9181 caaccaaaag gacaatgagc gaaatccaaa agtggccgaa gttgtttatg aatatagtga
     9241 acgctataac taaagtcacc atgagcacac acatggcgcc gaacggtggc agtggttcct
     9301 tttttggggg cgtacttgcc ttggccggct ttctctttat gagagtctcc ctgtaataga
     9361 tacccgtacc tggtatgctt gtgtgaagcg tgacaccacg tttcccgaca ttgacttttg
     9421 cacctcgggg gccagccgaa aagctcgtac ccgatttgct gacattaacg taaaaaccag
     9481 gaaataactt taccctcttt ctaaatgata gtcccatatt ggtaattgtt tatcggcggc
     9541 gccttttgct actgctgtaa tatcctttac tactgctatg atggtagctc ttgctgcgat
     9601 aggagctttt cctactgcta tatgatgcgc ttatcgatga tttactcctt gttgattttg
     9661 ttctgtatgt cgaccctgtg ccatgtttga catagacctt gtttccattt gagttgtaat
     9721 aatatttgcc acccaaaggc ccggtgtgta caacatacgt ttgaccgcta ctctcggagc
     9781 ttgtgtttgc tggcttatat gacgatgacg agggagaata gtcttttcca tgactctcaa
     9841 actctgagct tgtcgacgaa ggggggtaat gattcttttc gacactttca gagctcgtgt
     9901 tttcttgact ataatgatac aacggaggat gatagtcagc cggattataa gtttcctttg
     9961 atgtgctgca tgccgcagcc atgagcgcga taagcgccag tagtagaatg cttttcgtag
    10021 ctttcatttc atctctctat tgttgaagtc ataggaagag ctgcaaaagt cctcgagacc
    10081 gtagaagtcc tttttcccgc tttccaagta ggcgataaga cattcggggg caacgttgct
    10141 gtattcctct ttaacatttc gctcctcgta gataagagcc aaatgctttg ctgtcttgtt
    10201 gtactctatt cgcataggca tatccccata tttgggggag caatcccata cccactttat
    10261 cgtaataaag tcattctccc ccttcttcaa cagactcagt agctcggtca attccgtgtc
    10321 tttcccatcg gaatacccat ctaaagtttg gacaaggcgc cccttgtcga ctgtgatagg
    10381 attctttgcc acctctacat cggacgttgc aggagtctcg gatgcctgca acgaagaaga
    10441 ggtgatttct tcattcgtcc tgttttgatt gctgcatgcc gcagccatga gcgcaataag
    10501 cgccagtagt aaatacttct tcattttctc aacttatata aatagttcgt ttcgattcgt
    10561 gtgtgtgcac ggcagggggc ggcggatctc attcccgcgc gtgttccttt aatatgaggt
    10621 caagcaggcg ctctatttgg gcgtctttgc tggccagggc tgcgtctttt tcgcggatga
    10681 tgtcgagcag cttatgcatt atgccctcgt cgttttggct gatgcccccg ccgctgactt
    10741 ggttgttgtt gatcccgctc cccccctgca cgttgttgcc aacgatgccg ctgcccctat
    10801 tcccctccgt ggtttgaacg tttgccccag aaagcatctc cccctcaccc gtgagtaacc
    10861 aaacatgatt gagattccta tagaacttca atatcttttc tacaaccctg tcagacaaat
    10921 cacgaccttc ctttctcgat ttccccaaga ttccaatgga aagcccaagc tggttagtga
    10981 ccttattgtc atttaacccg ctgtatttca tgtactcatc aaatcgatca attctcctca
    11041 tttcttttca ttgaaaaaaa gttctacatc ctgcttgcgt atagcacaaa ctactatatc
    11101 tttgcccccg taacaagaaa ggagcgccgc ccggcgtgct tcaggatggc aacgggggcg
    11161 ctcaaaaata gacacagtaa cacgaacgaa taaagaacaa gaagatggaa aagcatttca
    11221 gaatgacaga ggagacgatc cagtggcaag gccacaccct gcaccgcatc gtagctacac
    11281 gccagagcaa gtgggcgaag gccggccaga ggggcggctt cgtagagagt gaagacaacc
    11341 tggagggcga ggcctgggtg gccgatagcg ccaaagtgtg ggggtttgag acctgcctat
    11401 acgacgaatc gagggcaatg ggcaatgcct gcgtgtatgg cggtgcaacg atgtgggggc
    11461 gcgcacgcat atacggagac gcctgtttgc tgtgcggcgc atccatgaga gacaatgcgc
    11521 gggcgacgga tgacgcacac atcgcaggat tgatgatcga catctatggg cgcgcacaca
    11581 tcggccgggg ggctgtgatt acacagccgg gcgactacgt cctgtttcag ggcttcctga
    11641 acgacccggt gacggcctac cgcaccaggg cggggtatac aatcttatac gataatctga
    11701 acagagcgga ctactacacg gccgatgaat tcgcgccaga catctaccga atttttagag
    11761 atccggcgcg taggcgcgag gctgagctgc tggctgagct gatccgggtg agattcggca
    11821 aggaggtggg cgcataaacc aagaagagag agagtaaccc aagggggggg ggcgggcaag
    11881 gcgccccccc cctccataac ccaaaaaaca aaaaagacaa tggtagagca agcatttttg
    11941 aaaggagcgc agcagctccg tgtgtgtcaa ttagaggaag cccggcggga cttgatggaa
    12001 gccttgggcg taacgaccta ctcctcctac gtagcctggg agcgtggaca gcgagacatg
    12061 accctcaaga agaaggaggc cgtagagcaa gtgttcagca agtatggcat cccggcgagc
    12121 gaagtgtggg gcaaagggca ggatgtgttt atcgcccttt accccatcaa acgaaagaag
    12181 aagagcgcgg agggctccga gggatgaaag cctttgttga gcaagcgcgg tggctcttct
    12241 gggagcaggc gggctggggc aggctcagcc ggggggagcg ctgggtggcg gtctatttcg
    12301 ccctgtcgct cgccgcggtg ggcatgctgg ccgaggcgcc ctggtgggtg ctgctggccg
    12361 cggcggcgaa cttcctgaac gcggcgcgga tggtgcggag gatcgacctg ccggaagagg
    12421 gagagggtag agcatagagg gtagggacgc ccaaaacccg gcaaggatcg cccaataatt
    12481 gtttggggtt tcgcccctgt ttgatgttga attgtttagg cgttcaacga ttcaacatct
    12541 caacaattca acgaataaac ggggctttag ccccccccaa cacctaaacg aataaaccgg
    12601 ggcgcagccc ccaacatttc aacgaataaa ccggggcacc agcccccaac aagaaagatg
    12661 atgaatggaa gcatgacgaa caggcggcgc ggggcggtgc tcccgccggg ggatacgcgg
    12721 gtgatcgacc tgacggtgga tgagctgaac gacgtcgtta ggcatgccac gcggatagcc
    12781 atcggggcgg agttgcccga ggcgatggcg gaggcggagc ggcagctgga ggccgatggg
    12841 ggcggcctgc gggtggggcg caagcgctac gtgttcggga tagatggcat cgcgcggacg
    12901 ttcggcgtgt cgcgctcgac ggccagacgg atcaagcgga gcggggtgat cgatgaggcc
    12961 atctcgcagt gtgggcggtc gatcacttta gaccaagacc gcgcccttga actgacccgg
    13021 ggcacgcgct ggggagagcg ggcgccagag ccatgaattg ttgagttgtt gaatgttgaa
    13081 ttgttggagg ttgaacgcct aaacacataa acaattctgg caactaaacc ggggcgccgg
    13141 cccccaacac ctcaacaaat aaacaggggc gcagcccccc acaacgcata aacacctaaa
    13201 caaataaacc gggccgcaag gcccccaaca cacaggaaac aatggaaaaa gaaacgaagc
    13261 aaatggcggg cggacaggac gcccagaaga gtgagttcat acgaaaggcc aacgctgccg
    13321 ctgcagagct gagagacctg gccaaggaag atgaggagag gcgggaggtc cttctcgtag
    13381 cctgcgacca ccgcaacatt acgcggctat tggtggggag cgaaaaggac ctttccctga
    13441 gcgtggcctt agccatgaca ggagacgagg agggacggga agtgatgatg aaaatatttg
    13501 tgaaatggtt agagatgctc gatgtgaaga cggccgaggc cgtgacccgg gcgctctatg
    13561 atacggtaca ggaggtcaac gccaagacga agcacccccg cgccgaagcg tgagggggga
    13621 aacgaaaaat gaaaaacgaa aaacgggccc cctcgtaggg gcgccccttg tgggcgccct
    13681 tcagggacgt cccgacaggg gcgaacgccg gtacccggcc gcccagggtg cgaatacaat
    13741 tatcaatgaa tacacgcctg cggccaaagg cgcactaccc agggcgccca caaggggcgc
    13801 ccctacgagg gaacgcggga aacgaaaaac gaataaacgg gcgcggccag cgcccccaac
    13861 ccctaaacaa caatgaaaag aatcaccctt gaggccttgc gcctccagaa tttccgcggc
    13921 gcgagggacg tcgaggtgcg cctcgcggag ggctgcacca ccatcgccgg cgacaacggc
    13981 acgggcaagt ccaccctcta cgacgccttc ctctggctcc tcttcggcaa agacgccgcc
    14041 gaccgcaaag actacgaagt gaaacgcatc gaagacggcg agcccgtccg gcgcaccgac
    14101 gccaccgtgg agggcaccct ccgtgtgaac ggccgcgtgg tgaggctccg ccgcaccttc
    14161 gccgaagact ggatgaagcc ccgcggtgcc accgaacccg tgttcaaggg caaccacacg
    14221 aattacttta tcgacgatgc cccgctgaag atgagcgact acgaccgccg cgtggcggag
    14281 atgatggccg cggccgacgt cttccggctg atcaccgacg cctggggctt cacccacctg
    14341 cactgggaga agcagcgcgc aaagctcttc gagctcgccg gagggatcga cgaacaggcg
    14401 ctgaagggca gcgtcgcggg ctataacgac ctcttgcagc gcctctcggg caagccgacg
    14461 gcggattacc gccgcgagct ggccgcccgc aagcgtaagc tcaagaagga gctggaggcc
    14521 atcaccccgc gcgtagatca gacgcaacgg atgatgccac aggatgagcc cgaccgcgcc
    14581 gcgctctcgg ccgagctggc cagcatagac gccgccctcg aggctttgga caaagaggcg
    14641 gccgactttg ccgccgctga gcgtgccaag catgaggccg agcgccaacg catagaggct
    14701 gccgagcggg ccaagctcga ggcacggcgc cgccgcatgg aagccatcga gacgttgaag
    14761 acgcgcctca tgcaatgcga ggctacgctg cgacgcagct acgaatcaga gcaggcacgg
    14821 cagggcgatg gccgacgcgc cctcgagctg cgcctcacgg aggccgaagc ccaagaacgc
    14881 agcgccgacc gcatggtgcg cagcgccacg gacgaggtcg aggggctgac ccgccgcatc
    14941 aaatggcaaa gcgcggagct ggcccgcctg cgtgccgaat ggcacaccga gtatgccacc
    15001 gagatgaccg accccggctt ctgcccccac tgctgccagc cgctacccga ggagatgaag
    15061 gccgacgccc gccgccgctt cgccgagggc aagcagcgcc gcctgaagga gctccgcgcc
    15121 gaggggatcc aaaagcacga agaggtgaag gcctacgagg ccacgctcga ggaattagga
    15181 aagaagctcg aggccgagac cgcacgccgc gccgaggtgc acacggagat agagcggcta
    15241 cgcacggagc tgcaagccct gcccgagccc gagccggccg ccgccttcga cccgaagcag
    15301 gatgcgacat acacgcagct actccgtgag ttggaggctt gcaaggccga gcccgagccg
    15361 tctacacccg acgcaccaac cgaacccgcg gagccccgcg acgcggatgc cgaagcggcc
    15421 acccgccgcc tggacagcat cgcccgccgg cagacgctca cccgcgaacg cgaccgcata
    15481 caggcctcgc tcgccgattg cgacacggcc gaccgcctgc gcgctgaggt ggctcgattg
    15541 gaagaagagg ggcgcgacct ggcccagcag atcgccgacg ccgagcgcga cgaggatatc
    15601 ctgcagcgct acacccgcgc ccgcatcgag gccgtggagc agcgcgtgaa tgggctcttt
    15661 cgccacgtcc gcttccgcct cttcgactac acgaacgacg gcgcggagtt cgagacctgc
    15721 atccccctcg tgggcgccga gggcatccct taccccgtgg ccaacaccgc cgcgcaggtc
    15781 tgggcggggc tggacatcat acgcgtactc caggagcatg ccggcgtctc agcccccgtc
    15841 ttcatcgacg gcgccgagcg cgtaaccagc ctgcccgaga tggcgcacca aacgatcctg
    15901 ctcgccgtcg ccccgggcgt caagcccctg cgggtgacgt gcaccgaggc gcaagaagaa
    15961 gggaggaggg cgtgatgaaa aagaccctcg ccgcggggca cccgggtgtc ggaaagccca
    16021 aaatgagcct cggatttgag cacccggggg tcggaagccc cgcggcgagg ctcggatgga
    16081 gttatacgcc cccctcaccc ccgcgtaaac gcataaaccc ctaaacaatt caacccccta
    16141 tttgagacat gaatccagca gaattccgcc gcggtgagca atacgtctac accggcaggc
    16201 cagaacccga atacgtcacc ttcatgtacc ccgagatcaa ccattacgat ttcgtagacg
    16261 ccgacggcca actgatccgc ctctgccact cccacgcgtc ggagctcatt caccccatcc
    16321 agtaacccgg cggcaccccg cataaacgca taaacaacaa tggaaagaat aaagaagggc
    16381 accatagaag tacccatgat cgacggcaat acgaccgtcg gattctccgc agtgccagac
    16441 atacccagct ccgtagaggt attctttaag gacaacgagg gcgacaccat cggatacgcg
    16501 gaagttaaat acaacggctc cgtgcagttc cacctcgaag aggcaaggaa cataacggac
    16561 gacggcaaga agaaactctt tgccaccgcg ctgagtgagg cctccaaatt ctacaaccct
    16621 gaaacggagg agggcggcca gtaacccggc ggcaccccgc ataaacgcat aaacaattca
    16681 acccataacc cctaacccat agacaacaat ggaagcagcc acagccccgg ccacgcaagg
    16741 cacgcagggc gtaacgaagt accaagccgg cggcgaagag gtcacgctga gcgagaaaat
    16801 cgtccgcgaa cacctcaccc gcggcaacag caacatcccc cgggcagaca tcgtgcaatt
    16861 cattgccatt tgccgattca accacctgaa ccccttcctt aacgaggcct acttggtgaa
    16921 gtacggcgac aagccggcgc agatgatcgt ctcgaaagag gcactgatga agcgcgccga
    16981 aagctgccac agcttcgacg ggctacaggc cggactgatc ctcaaacgcg gcagcaacat
    17041 cgtggaggaa gagggcgcct tccagctccc cggcgacacc ctgctcggcg gctgggcgcg
    17101 cgtctaccgc aaagaccgcg agtacccctc cacggcgcgc gtctcgctcg cggagtacga
    17161 ccgcaagcag tccacctgga gcaccatgcg cgccacgatg atccgcaaga cggccgtagt
    17221 gcaagccctg cgcgaagcct tccccacgca gctcggcgcc atgtatacgg ccgaggagcg
    17281 cggcgtgccc gaagacgcca cctacgaaga cgtcacccag cgactcgagc gcgagaaagc
    17341 cgccgaagcc aaccgcacgc cgctgcacat cgataacgca cccacccccg accaaccatc
    17401 gccggcgccc gccgcccccg acccggggtt ctgatgccgc gtaaacacgt ggtgcggcat
    17461 tagtgctaat gcattcgaag cattaacgtt aatgcgtcac cagcattagt gctaatgcca
    17521 caccaccatc ccgggcacac ctcgtagggg cgccccttgt gggcgccctt gaagggacgc
    17581 cctgccgatg atacccaatc accgatgttc agacagaatc ggcacccctg ccgatgatac
    17641 ccgatcaccg gtgtccagac accgtggaca gggcacccac gcatcgtgga cagggcgccc
    17701 acgcattctg cacaggggca ccagccccca acgcataaac acctaaacga aaaacgaata
    17761 aacggggcac cagcccccca acccgtaacc aaaaacgaaa cccaatgatg gaaacgatga
    17821 aaacgaacag ctttcgcgaa gcctggaacg agacctgcct tcgggcgggt ctctccgccg
    17881 tcagcctcga caccgcggcg cggatcatgg ccgtgctaca cgtagagagc ggctgcacca
    17941 cggccgtgac gcactcgccc aagctgcgtg ccgacctgaa atacatccag cggcgattcg
    18001 gcatcgaggg cggcgccaca ccagacgcgg ccttcgtgcg gagctttagc cgctacgtgc
    18061 atgagatcga ggcacaccag cggcaatcga aaggccgcac ggggctcacc ctcgccgagc
    18121 aagcctggcc cgagtgggca cgaacgctct accaggacaa ctacaacgtc aaactcacac
    18181 cggtattcgt atgaaaagag agacgaacaa gcccggcatc aagccggaaa agcgctggcc
    18241 ccgtgtgggc acctcatcat taatcattaa tcattgacaa ttaaccattg actatgactt
    18301 acggctacat ccgcgtcagc agcgacaagc agacggtcga gaatcagcgc ttcgagatta
    18361 agaacttctg caagcgcaac aacctgaagg tcgacggctg gatcgaggag acgatcagcg
    18421 gcacgaagaa ctacagcaag cgccgcctgg gtgccctcct gaagaaggtc accaagggcg
    18481 acatgatcat ctgcagcgag ctctcccgcc tcggccgcag cctctttatg atcatggaca
    18541 tactcaacat ctgcatgacc aaggagtgcc aggtgtggac gatcaaagac aattaccgct
    18601 tgggggacga catctcgagc aaggttttag ccttcgcctt tggcctctcg gccgagatcg
    18661 agcgcaacct catcagccaa cgcacccgtg aggcgctggc gcgcaagaag gccgaaggcg
    18721 tcgtgctggg taggccgaaa ggacgcaaga ccgcccccga aaagcataag ctctatccca
    18781 agcatcaact gatcgtgtct cttttgaatg agggcatatc caaaaggcag atctccttca
    18841 ttgtgaaggt tgacagaggc acactcaatc gctacatcga agcgaacgac ctgcacccca
    18901 cggtaccctc acccacaagg gccgaccgca tatcggtgca gatcatcacg aaacacgtag
    18961 aagcgaacgc cggcaattga taatgattaa tgattaccca ggcatgcctc gtaggggcgc
    19021 cccttgtggg cgcccttcag acgccccggc aggggcgaac gccggtaccc ggccgcccgg
    19081 ggcgcgaata caattatcaa tgaatacacg cctgcagcat gaagggcgta tgactccggg
    19141 cgcccacaag gggcgcccct acgaggggaa acacgataaa cgcataaacg aataaacagg
    19201 ggcaccagcc ccccaacgca taaacaccta aacaaaaaac gaataaacgg ggcaccagcc
    19261 cccaaacaca taaacatctc aacaacaatg aagctcacca tattaggaag cagttccgcc
    19321 gccaacggct acgtattgga taacggccgc gaggcgctcg cactcgagtg cggctgcccg
    19381 ctccacgacc tgaagcgcac cctcgggttc gatctccggc gcgtctgcgg cgtactgctc
    19441 acccatgagc atgccgacca cgcccgccac gccgcgaagt acgtcggggc cgccctgccc
    19501 gtctacgcct cccggggcac cctcagcgcc ctgcccgagg ccgtgcagca gtcgcccttt
    19561 gtgcaccccg tacgcccgcc gcgccccttt agcgtaggcc gcttccaggt gctccccttc
    19621 gatgtgcgcc acgatgccgc cgagccactc gggttcctcg tctcgcaccc cgagataggc
    19681 tccgtggtct ttgccaccga cacgcgcctg ctgccctaca ccttcccagg cgtccgtacg
    19741 tggctcctgg aatgcaacta cagcgccgcc ctgctggacg caaacgtccg ccgcggcgag
    19801 gtgtccgaag cgcagcgcct gcgcgtcatc agcagccaca tgagcctcga cacctgccgc
    19861 gaaacgctcc aggctaacga cctcagcgcg acgcgccgca tcatccttat acacctatcc
    19921 gaccgcaact ccgacgcggc ccaattccgc aaaacaatcg cccgcgccac cggccgcaag
    19981 gtcatcaccg ccgaccgcgg gcaaaccatc gaactataaa cccataaaca cctaaacgca
    20041 taaacatttc aacatcacta tggaagcaaa aacagagtat cagaagatta atacgctttt
    20101 caagcgtgac agcaacaacg tgatcatgcc cgacgagtgg gcagacccca tgtttgagta
    20161 tttatccaat acgaaatggg aggccaccga gaaggtggac ggaaccaaca tccgcgtaat
    20221 cgtcacccct ccgacagccg agggtgcgcc cgtaggcgta gcgttccgcg gccgcacaga
    20281 ctccgcccag atccccggac acttgctcga tcgcctcgag gaactctttc ccgtcgacaa
    20341 gatgacggag cagttcaacc ccgccgcgcg ccccttgaaa gacaccatcg tgctttacgg
    20401 cgaggggtac ggggagaaga tccagagcgg cggacgctac acaaagggcg gcgccgactt
    20461 catcctcttc gacgtccgcg tgggcgattg gtggttgttg cgtgacaagg tggaaggcat
    20521 cgccgccgcg ctggggataa aggtcgtccc cgtcatgggc tacatgacca tcccggaggc
    20581 catcgagtac gtccgccgcg gttttacgtc gcaggtggcc gccgatccga cactccccgc
    20641 cgagggctta gtgctcaaaa cgccgatggg cttactcgat cgcaccggcc accgcatcgt
    20701 ggccaaggtg aaaaccgtgg acttccgaaa gctggaagcc aaacaggctc gcatgaataa
    20761 ggaacgcaaa gcataaggag gaacagaatc atggcatggt ataaatgcaa catcacgcac
    20821 gacgtgcggc aaaaagacgg ctcactgaag atcgacgtca cggagccata cgtatttgaa
    20881 gcccaatccg tcaccgaggc cgccgcacgg cttgccgcgc acctcgcggg cgagacgtac
    20941 acgcttgaag gcgtcacccg catgcgcctg caggaagtct ttttcgaggc cggcgaatgg
    21001 gaacaccctt tctatttggc gaaagtctcc atgacctccc tcgacgaaaa ggccggcctc
    21061 gagcgtcgaa aagctgtccg ctacctcatc gaagccgacg acctcaccgc cgccttggag
    21121 cgattgcagg aagagttcaa ggtcacggtc tccgactggg agctcgtttc gctctccaag
    21181 tcccccatcg tggaagtggt aacggatgaa aagaaggagg cgggagctgc ctaagttgaa
    21241 cttaggtcgt gggatttctc tatggcaatt gcaggtaaac ggatcatgaa tacttttggg
    21301 gcgccttaca tatcctcttg gagcgggtta accgctactg a
//
LOCUS       SEQF3106|MIQD01000038.120991 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..20991
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(544..1743)
                     /gene="ackA"
                     /locus_tag="SEQF3106_01254"
                     /EC_number="2.7.2.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WYB1"
                     /codon_start=1
                     /transl_table=11
                     /product="Acetate kinase"
                     /translation="MKTLVLNCGSSSIKYKLFDMTSGEVMAQGGIEKVGLPDSFLKFT
                     DKNGEKVILEKSIPDHEVGIAFILDTLTDAKHGCLKNFKDINAVGHRVVHGGEKFAAS
                     ERITPELIEKVKECIELAPLHNPANLKGIEAIEKIMPGTPQVAVFDTAFHQTMPDYAY
                     FYALPYRLYKDYGVRRYGFHGTSHRYVSRRACEILGVPYEQQRIITAHIGNGGSITAI
                     KGGKSVDTSMGMTPTEGLMMGTRCGDVDPGALPFIMHKEGLDADGLANLLNKQSGMAG
                     LSGVSSDMRDIEAAIEAGNKRAALALAIYDYRIKKYIGAYAAAMGGLDILVFTAGVGE
                     NQASTRAAVCKDMEFLGIEFDEEKNRGVRGCEKVLSKPSSRVKVLVVPTDEEYMIASD
                     TREILEG"
     CDS             complement(1762..2775)
                     /gene="pta"
                     /locus_tag="SEQF3106_01255"
                     /EC_number="2.3.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39646"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphate acetyltransferase"
                     /translation="MNLIQSIVDRAKANKQRIVLPEGTEERTLMAADRLLADGVADII
                     LIGEPDAIRQEAGRLGLKHIDSARLIDPKKHDKKQAYADLLLDLRRAKGMTPEKAAAL
                     VEDPLYLACLMIKSGNADGEIAGARNTTGNVLRPALQIIKTTKGISCVSGAFLMFVKD
                     PSYGHEGVLLFADCAVLPDPTAAELAQIAISSAATARAMIGIEPRVAMLSFSTKGSAK
                     HERVDKVAEATRLAHEMDPSLKIDGELQLDAALVEKVATLKAPGSTVAGHANVLVFPS
                     LEAGNIGYKLVQRLGGAEAIGPILQGMAAPVNDLSRGCSVDDIYHMVAIACNQAIALK
                     NQK"
     tRNA            complement(3005..3079)
                     /locus_tag="SEQF3106_01256"
                     /product="tRNA-His"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-His(gtg)"
     CDS             complement(3188..4084)
                     /gene="folD"
                     /locus_tag="SEQF3106_01257"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P51696"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional protein FolD protein"
                     /translation="MEEHSYQLIDGKAVAEQIKKELAAEVKKMIQSGRKAPHLAAILV
                     GHDGGSEAYVASKVKNCEEIGLRSSLVRFDESVTEQMLLDKVHELNTDDDVDGLIVQM
                     PLPKHISAQRVIEAIDYRKDVDGFHPINVGRMSIGLPCFKPATPAGIVELLRHYEIPT
                     KGKHCVILGRSNIVGKPMAMLMMQKDYPGDCTVTVCHSRSENLHEMCLSADIIIAALG
                     VPEFLKGDMVKEGAVVIDVGTTRVPSSVTKSGYRLMGDVAFNEVAPKCSYITPVPGGV
                     GPMTIITLMRNTLLAGTKAVFK"
     CDS             complement(4119..5447)
                     /gene="ffh"
                     /locus_tag="SEQF3106_01258"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37105"
                     /codon_start=1
                     /transl_table=11
                     /product="Signal recognition particle protein"
                     /translation="MFENLSDRLERSFKLLKGEGKITELNVAETLKDVRRALLDADVN
                     YKVAKQFTDTVKAKAIGQNVLTALKPSQLMVKIVHDELALLMGASTAELELKGQPAVI
                     LMAGLQGSGKTTFSGKLAGLLRSKKGRKPLLAACDVYRPAAIDQLHVLGEQLGVPVYS
                     ERENKNPVEIAEHAIAEARRTGRDLVIIDTAGRLAVDEQMMQEISALKQAINPDETLF
                     VVDSMTGQDAVNTAKEFNDRLDFTGVVLTKLDGDTRGGAALSIRTVVDKPIKFIGTGE
                     KMEALDVFHPERMADRILGMGDVISLVERAQEQYDEAEARRLQKKLAKNQFDFNDFLG
                     QIQQIKRMGNLKDLASMIPGVGKALKNIDIDENAFKKIEAMIYSMTPKERMNPAIING
                     SRRQRIAKGSGTSQQDVNRLIKQFDDTRKMMRMITTAKPGGRPTLPFRRK"
     CDS             5980..6237
                     /locus_tag="SEQF3106_01259"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRMILSAAIAAAMTFGVAVSAGAQDVKKEGQQTEQTEKKDCPK
                     DKKHCCKDKKKHCNKDGKHCDKKGAQHCDKAKADDAKKEVK"
     CDS             6379..7365
                     /gene="glcK"
                     /locus_tag="SEQF3106_01260"
                     /EC_number="2.7.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P54495"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucokinase"
                     /translation="MDKPYVIGIDIGGTNTVFGVVDTRGNVLYNGAIKTGQYEDVNDY
                     VRALGEGLQAVIRAAGGRDKIKGIGVGAPNGNYFNGCIEFAANLPWKGKVPLAQLISD
                     RTGGIPVTLTNDANAAAIGEMTYGAARGLKDFIVITLGTGVGSGIVCGGNLVYGHDGF
                     AGELGHTTVRRENGRLCGCGRYGCLETYSSATGVVRTAREFLTKRTDASLLRDLDPDK
                     ITSKDVFDAAKQGDKLSIEIFDVTGEILGEAFANFVVFSSPEAIILFGGLAKAGDLIM
                     EPVKRSMEAHMLKVFQGKTRVLFSQLKESDAAVLGASALGWEAKDEPMDALA"
     CDS             7510..9534
                     /locus_tag="SEQF3106_01261"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTSLLTAGALQAQADGKPAIDYRVDRFADIEIIRYEVPGFEEL
                     SLKQKQLLYHLSEAALMGRDIVYDQNCRYNLTIRRALEAIYREYRGDRNDAQFKALEL
                     YLKRVWLANGIHHHYGEDKFEPTGFTADYFAQCIRSLDPKHVPVRKGQTVDAWLAEVT
                     PIIFDPKVMPKRTVQSGSGDLLLASANNYYEGGVTQKEAEAFYAAMRNPNDSTAPSYG
                     LNSRLCKTADGKLVEKVWKVGGLYTQAIERIVDELQKAEQFAENDAQRAVIKKLVEYY
                     RTGDLKTFDAYAILWVKDTASEVDFVNGFTESYGDPLGMKASWEAIANFINRKATKRT
                     RTISENAQWFEDNAPMDPRFRKKKVKGITAKVITVTMLGGDCYPTTPIGINLPNANWI
                     RKDHGSKSVTIGNITEAYDKAAIGNGFREEFVCNDAERKRIDTYGFITDNLHTDLHEC
                     LGHASGQLLEGTNPKALGAYSSTLEEARADIFALYYLADPKLLELGLLTDPEAYKAEY
                     YKYIMNGLMTQLVRILPGDDIEEAHMRNRQLIARWVYEKGKADNVVAFEKRDGKTFVV
                     INDYVKLRSLFAELLAELQRIKSEGDFEAGRKLVEDYGVKVDRALHDEVLARYARLNL
                     APYKGFVNPVMKEVRNAAGEVTDVTLDYTEDYPAQMMRYSKDYSFLPTYN"
     CDS             9659..10168
                     /gene="fur"
                     /locus_tag="SEQF3106_01262"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0C631"
                     /codon_start=1
                     /transl_table=11
                     /product="Ferric uptake regulation protein"
                     /translation="MNPATDIYAFEPMKASFARFLSERGLRKTTERFKILEHICRIRG
                     HFDVEMVLRQLEEENFHVSRASIYNTLELLMDARIVIRHQFSSQSVQYELQAAAATHH
                     HAICTYCGAVIEVQDERLTRELAHRRISKFTYECHSLYIYGMCSKCKFRLRMSQRKAA
                     SKNAVNAKS"
     CDS             10542..11807
                     /gene="purA"
                     /locus_tag="SEQF3106_01263"
                     /EC_number="6.3.4.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WHN3"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenylosuccinate synthetase"
                     /translation="MKVDVLLGLQWGDEGKGKIVDVLTPRYDVVARFQGGPNAGHTLE
                     FGGERYVLRSIPSGIFQGGKINIIGNGVVLDPLLFKEEAEALAAHGHDIHKQLYISKK
                     AHLIMPTHRVLDQANEAAKGTGRIGTTGRGIGPTYTDKISRNGLRVGDLLDDFNRKYA
                     EAKRRHENMLRAMNYGYNLVDIERPWLEALEYLKGFRLIDSEHVVNEYLAEGRSVLAE
                     GAQGTMLDIDFGSYPFVTSSSTICAGCCTGLGVAPRNIGEVYGIFKAYCTRVGSGPFP
                     TELNDTTGDTMCERGHEFGSVTGRRRRCGWIDLVALRYAIMIDGVTQLIMMKSDVLDT
                     FETIKACVAYRINGEETTRFPFDAAGAEPIYAELPGWRTDLSRMKSEDEFPEEFNAYL
                     TFLEESLGVPVKIVSVGPDREQTIIRYTD"
     CDS             11814..12509
                     /locus_tag="SEQF3106_01264"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITTANLFYWIIFIGIAGLSWLVSARLQSKFKKYSRIPLPGGLT
                     GREVAERMLRENGINDVRVTSVDGQLTDHYNPANKTVNLSQGVYESRSIAAAAVAAHE
                     CGHAVQHARAYAPLKMRSALVPAVSLSSRIMPWVLLGGMLLLRIFPGLMLFGIILFAL
                     TTLFSFVTLPVEIDASRRALAWLKTSNLTTRETDGMARDALKSAAYTYVVAALGSLAS
                     LLYYIMIFMGRRD"
     CDS             12513..13895
                     /gene="hisS"
                     /locus_tag="SEQF3106_01265"
                     /EC_number="6.1.1.21"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8YMC2"
                     /codon_start=1
                     /transl_table=11
                     /product="Histidine--tRNA ligase"
                     /translation="MAQKPSIPKGTRDFTPAEMARRNYIFDTIRDVYHLYGYRQIETP
                     AMEQLSTLMGKYGEEGDKLLFKILNSGDCLAGITEEDWQAHNPARFAAKACEKGLRYD
                     LTVPFARFVVQHRAELTFPFKRFQIQPVWRADRPQKGRYREFFQCDADVVGSDSLLCE
                     VELIQIMDEVFRRLGIRVSIKMNNRKILAGIAEVIGEAERITDITVAIDKLDKLGSEG
                     VNAELRARGISDGAIERLQPVIGLRGTNREKMAALRTVLSASEVGLRGIEETEYILHH
                     IELLPLTAGFEIDLTLARGLNYYTGAIFEVKSLDVEIGSITGGGRYDNLTGIFGLAGV
                     SGVGISFGADRIYDVLNRLDLYPAESLCTTQLLFVHFGEREATYLLPIIARIRAAGIR
                     VELYPDASKMKKQLGYADANAIPFVALVGEDEMASGRILLKDMRTGEQRPVAVEELIE
                     AVGGRPSPLN"
     CDS             13898..14929
                     /gene="wbbL_2"
                     /locus_tag="SEQF3106_01266"
                     /EC_number="2.4.1.289"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WMY3"
                     /codon_start=1
                     /transl_table=11
                     /product="N-acetylglucosaminyl-diphospho-decaprenol
                     L-rhamnosyltransferase"
                     /translation="MKVSVILLNWNGRKLLEKFLPSVVAHTPSDVAEVVVADNGSTDD
                     SVAMLRERFPGVRLILLDRNYGFAEGYNRAIEQTTAEYTVLLNTDVEVTPGWLTAPLE
                     ELDADPTVVAVQPKLLSRRDRSFFEYAGAAGGWIDRYGYPFCRGRVLSVVEEDRGQYD
                     APADIFWASGACLFIRTDVYRRVGGLDARFFAHQEEIDLCWRLRSRGYRLRCTPRSVV
                     YHVGGGTLHTESPYKTFLNFRNNLLMIYKNLPDRDLRRVMRLRRVLDGLAALRFVLTG
                     HMKNAAAIVRARREFHRWRKDYAPIRAENLRLATLDPIPEQMNRSLLLRFYLKGEKTF
                     GQLMEEAHG"
     CDS             14922..15044
                     /locus_tag="SEQF3106_01267"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDQDFQPNETTLAAMREAESGVELEVLDLDHFDEYIKTL"
     CDS             15210..16463
                     /gene="zraS_1"
                     /locus_tag="SEQF3106_01268"
                     /EC_number="2.7.13.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P14377"
                     /codon_start=1
                     /transl_table=11
                     /product="Sensor protein ZraS"
                     /translation="MKPPAPRLAIFPAPDALREVFFTKRRQPTPIMNLYESRQHLKYV
                     FIIVAILIAIISLGVSDRLIKKLAEEERTRMEIWTEAYRVLTTEDTEQNLMVILRIIE
                     GNRSIPVILCDDQGQILSHRNIRIPTGGDENRFLQRKVREFRAKHTPIVVEIGDNARQ
                     YLYYDDSILLKRLLIYPYVQLSVVFVFILIAFLALASTKRAEQNKVWVGLTKETAHQL
                     GTPISSLIAWVEYLKTKDVNATYLNEMEKDVKRLEVIADRFSKVGSVPTLKQLDVNEA
                     VRNSCNYMGTRVSAKVQIVYEPASGPLYVQMNESLFSWVIENLTKNAVDAMEGRGVIT
                     IRTGRRKRYIWIDVTDTGKGIPKSRFKTVFTPGYTTKARGWGLGLSLVRRIVETSPGG
                     RIYVRASEPGHGTTFRIEMVAARGA"
     CDS             complement(16905..18722)
                     /gene="ydcP_1"
                     /locus_tag="SEQF3106_01269"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P76104"
                     /codon_start=1
                     /transl_table=11
                     /product="putative protease YdcP"
                     /translation="MKKHIELLAPAKDLTCGREAVLHGADAVYIGAPKFGARAAAGNT
                     IDDIRALCDFAHIYNVSIYVALNTILRDDELKEAEQVIGQLYDAGVDALIVQDMSITR
                     LDIPPIALHASTQMDNCTPEKVAFLARAGFEQVVLARELTLEEIRRIADRVTEGVALE
                     AFVHGALCVSYSGRCYLSAAMTGRSANRGACAQCCRLPYTMVDADGRIMAKDKHLLSL
                     RDMNRANDLEAMIAAGITSFKIEGRLKDVAYVKNVTAYYRRRLDEIIARDASLCRSSD
                     GRSTFTFEPRPEKSFNRGFTDYFLHGRRADITSFDTPKSIGEPMGRARVSRGGLVVEG
                     REPLHNGDGLVFFNPKGELEGFRVNRAEGRRIASARMPAIRPGTMLYRNADSAFEALL
                     SKPSADRRIAVELTWRELPNGFALQIADASGCSVTVTRSFATEPALRPQEDNIRAQLS
                     RLGTTPFEAAQVTINMPGNAFVPSSLLSGMRREAVEQLLSERRARRTRRQRQPADPTA
                     IYPADQLDYTANIYNAEAEAFYRSHGVRAMERAYEERPRRGAPLMFTRHCLRYSMGWC
                     PVHQRGRSPFREPYYLLHEGVRLRLEFDCARCEMRVVGE"
     CDS             complement(18734..19666)
                     /gene="metA"
                     /locus_tag="SEQF3106_01270"
                     /EC_number="2.3.1.46"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q72X44"
                     /codon_start=1
                     /transl_table=11
                     /product="Homoserine O-succinyltransferase"
                     /translation="MPLNLQKNLPAVELLKKEHIFVMDSLRATAQDIRPIRVVVLNLM
                     PLKITTETDLVRLLSNTPLQVELELMRIKGHTPKNTPVEHMREFYRDFDSMRNECYDG
                     MIVTGAPVEQMPFEDVWYWEELMEIFDWGRTHVTSTFYICWAAQAALYHFFGVPKHDL
                     PQKMFGVFRHTMNDPYQPISRGFDDEFYVPHSRHTEVRRCDMIGIPGLTLLSESREAG
                     VYMAMARGGREFFITGHSEYAPSTLDDEYRRDRAKGLPIAPPVGYYRDNDPSKPPLVR
                     WRGHANLLFSNWLNYYVYQATPYNIGDIRYLGDL"
     CDS             19765..20799
                     /locus_tag="SEQF3106_01271"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWRMLIVPSRNNLAGTRGTPGTTPGITAASTPPGDTPGAGATPT
                     GAGASAGADSTPGGTTPGMTPGADAVATTAATGAIAAPTTTTPTTRRTITTTAGTQAI
                     ATTAATTPRVPPPTAARPMGGMAMATPPHAPQPTAAARQTTTSAPHRAAAAAAQATTA
                     QQTTSTAAAPRAARPATMATAHALPHAAHPATTTAEAADPPRGAHRATTAEAAAHHAA
                     HLTTTAIAHAPHAAHQATTMAEAVARQAAIRAAAHAPRAAHRVTTAEAAARQGATQAA
                     AHAPAATEAAAPAAAGASAEAAHAHPAAAEAIAVAEAAAVAQAAEAAGVERRIPPTQK
                     RISKMRSRNA"
ORIGIN      
        1 cgagggtcgg aaatgggtca aaccttaggg cgaggtcatt tccgagggtc ggaaaagggg
       61 caaaccttag ggtgaggtca tttccgaggg tcggaaaagg ggcaaacctt agggcgaggt
      121 catttccgag ggtcggaaat aggtcaaacc ttagggcgag gtcatttccg agggtcggga
      181 gggggtcaaa ctttagggcg aggtcatttc cgagggtcgg aaataggtca aaccttagga
      241 cgaggtcatt tccgagggtc gagcagagaa gaaacaactt gggttgccgg ctgtaggggc
      301 gtatcgcata cgccctaacg catacccgcc gtcgtggatc attcgcctct tgcgaggcgt
      361 ttggggggcg tatgcaatac gcccctacag ccattgatca ttggtaatga ttatgcctag
      421 cacaatgtgc ccgggtaatc attaataatt gatcattgat cattggtaat gacaatgccg
      481 ggcacacgcc ctccccaaac gtgtacccgg catttgtcat tctaccctct accctctaat
      541 ctctcaaccc tccaaaatct cgcgcgtgtc ggaggcgatc atatactcct catccgtggg
      601 gacgacgagc accttcacgc ggctgctggg tttgctgagc accttctcgc agccacgtac
      661 gccgcggttc ttctcctcgt cgaactcaat gcccaagaac tccatgtctt tgcagacggc
      721 tgcgcgtgtc gacgcctgat tctcgcccac cccggcggtg aagacgagga tgtcaagccc
      781 acccatagcg gcggcgtaag cgccgatgta cttcttgatg cggtagtcgt agatggccag
      841 cgccagggcg gcgcgtttgt tgccagcctc gatggcggct tcgatgtcgc gcatgtcaga
      901 cgagacgccc gagaggcccg ccatgccgct ctgcttgttc agcaggttgg ccaggccgtc
      961 ggcgtcgagc ccctccttgt gcatgatgaa gggcagcgcg cccgggtcca catcgccgca
     1021 gcgggtgccc atcatcagcc cctcggtcgg cgtcatgccc atcgaggtgt cgacggattt
     1081 gccgcccttg atggccgtga tggagccgcc gttgccgatg tgtgcggtga tgatgcgttg
     1141 ctgctcgtag ggcacgccga gtatctcgca cgcgcggcgc gacacgtagc ggtggctcgt
     1201 gccgtggaag ccgtagcggc gcacgccgta gtccttatac aggcggtagg gcagggcgta
     1261 gaagtaggcg tagtcgggca tcgtctggtg gaaggcggtg tcgaacacgg ccacttgcgg
     1321 tgtgcccggc atgatcttct cgatggcctc gatgcccttc agattggccg ggttatgcag
     1381 cggcgccagc tcgatgcact ccttcacctt ctcgatcagc tcgggcgtga tgcgctcgct
     1441 ggcggcaaac ttctccccgc catgcaccac gcggtgcccc acggcgttga tgtctttgaa
     1501 gttcttcagg cagccgtgct tcgcgtccgt cagcgtgtcg aggatgaagg cgatgcccac
     1561 ctcgtggtcg gggatgcttt tttcgaggat caccttctcg ccgttcttgt cagtgaactt
     1621 gaggaacgag tccgggaggc ccaccttctc gatgcctccc tgtgccatca cctcgcccga
     1681 ggtcatgtcg aagagcttgt acttaatgga gctgctgccg cagttcaata ccaatgtttt
     1741 cataatcctt cgttctcctt tctatttctg gttctttaat gcaatggctt ggttgcacgc
     1801 aatggctacc atgtgataga tgtcgtccac ggagcagccg cgcgagaggt cgttcactgg
     1861 tgccgccatg ccctgcaaga tcggcccgat ggcctcggcg ccgcccaagc gttgcacgag
     1921 tttgtagccg atgttccctg cctcaagcga ggggaagacg agcacattag cgtgccccgc
     1981 caccgtgctg cctggtgctt tcagtgtggc cactttctct actaacgctg cgtcgagttg
     2041 cagctctccg tcgatcttca gcgacggatc catctcatgc gccagtcggg tagcctcagc
     2101 caccttgtct acgcgttcat gcttggcgct gcccttcgtc gagaagctca gcatagccac
     2161 acgcggctcg atgccaatca tggcgcgcgc cgtagcggcc gacgagatgg cgatctgcgc
     2221 cagctctgcc gccgtcgggt cgggaagtac ggcgcagtca gcgaagagca atacgccttc
     2281 atggccgtac gatgggtctt tgacaaacat caagaaggca cccgaaacac acgagatgcc
     2341 cttcgtcgtc ttaatgatct gcaacgccgg acggagcaca ttgcccgtcg tgttgcgtgc
     2401 cccggcaatc tcaccatcgg cattgcccga cttaatcatc aagcaagcca gataaagcgg
     2461 atcctccact aatgcggcag ccttctcggg cgtcatgccc ttggcgcggc gcaagtcgag
     2521 cagcaggtcg gcataggcct gcttcttgtc gtgtttcttg gggtcgatca gccgggcgct
     2581 gtcgatgtgc ttcagcccga ggcggccggc ctcttggcgg atggcgtccg gttcgccaat
     2641 caggataatg tcagccacac catcggccag cagccgatcg gcagccatga gtgtgcgctc
     2701 ctccgtgccc tcgggcaaga cgatgcgttg cttgttcgct tttgcgcgat ctacaatact
     2761 ttgaatcaag ttcatggtta cgtcagtttt tattggggtt atatgaaata tgaattgaaa
     2821 cacataagga atgtgtgctg cttcactcgc aacaaaagta gggaaatcgc gggcgttggt
     2881 cgggaagcgt tgcgcgtggg ggggataggt agaggggggc gtcagcgcgg acaaaaaaag
     2941 gaagcctgcc aaaggaaaac tcctctgaca ggcttgaaac ggggggatga ggaaaaaaag
     3001 tttcgggtga aagatgggac ttgaacccac gaccctcgga accacaatcc gatgctctaa
     3061 ccaactgagc tacattcacc atatagtgct tatccctttc ggatgcgcgc cgcaaatgta
     3121 acgcaattcc cataccagca aatcctgcat ggggagaggg gggagcagca cttttttggg
     3181 ggaggggcta tttgaatact gccttggtgc cagccagaag cgtgttgcgc atcagcgtga
     3241 tgatcgtcat cgggcctacg ccgccaggta cgggcgtgat gtagctgcac ttcggcgcca
     3301 cctcattgaa ggccacgtcg cccatcaatc gatagccgct cttcgtcacg ctgcttggca
     3361 cacgcgtcgt gcccacgtcg atcactacag cgccctcctt caccatgtct cccttcagga
     3421 actctggcac accgagcgcc gcgatgatga tgtcggcgct taggcacatc tcatgcaggt
     3481 tctccgaccg actgtggcag acggtcacgg tgcaatcgcc cgggtaatcc ttttgcatca
     3541 ttagcatggc cattggcttg ccgacaatgt tgctgcgtcc gagtattacg caatgcttgc
     3601 ctttggtggg gatctcgtaa tgacgcagca gctcgacgat gcctgcgggc gtggccggct
     3661 tgaagcacgg cagcccgatc gacatgcgcc cgacattgat cgggtggaag ccgtccacgt
     3721 ccttgcggta gtcgatggcc tcaatcacgc gctgcgccga gatgtgcttc gggagtggca
     3781 tctgcacgat cagcccgtct acgtcatcgt ctgtgttgag ttcatgcact ttatcgagca
     3841 gcatttgctc cgtgacgctc tcgtcgaagc gcacgagcga cgagcgcagc ccgatctctt
     3901 cgcagttctt caccttgctg gccacatacg cctcgctgcc cccatcgtgg cccactaata
     3961 tcgctgccag atgcggtgcc ttccgcccgc tctggatcat ctttttcact tcagcggcca
     4021 attccttctt gatctgctct gccacggcct tgccgtcgat caattgatag ctgtgttctt
     4081 ccattcttgt attacctatt atttattgtg tgtctttttt acttcctgcg gaagggcagt
     4141 gtggggcgtc cgcccggctt ggcggtggtg atcatgcgca tcattttgcg tgtgtcgtca
     4201 aactgcttga tgagtcggtt cacgtcttgc tgcgatgtgc cgctgccttt ggcgatgcgt
     4261 tgcctccgcg atccgttgat tattgcgggg ttcatccgct ctttgggcgt catcgagtaa
     4321 atcattgctt cgatcttctt gaaggcgttt tcgtcgatat ctatgttttt caaagccttg
     4381 cccacgccgg ggatcatcga ggcgaggtct ttcaggttgc ccatgcgctt gatctgctgg
     4441 atttgcccga ggaagtcgtt gaagtcgaat tggttcttgg ccaacttctt ctgtaggcgc
     4501 cgtgcctcgg cctcgtcgta ctgttcttgg gcgcgctcca cgagggagat cacatcgccc
     4561 atgccaagga tgcggtcggc catgcgctcg gggtggaaca cgtcgagcgc ttccatcttc
     4621 tcgcctgtgc cgatgaactt gattggcttg tctaccaccg tgcggataga gagcgctgcg
     4681 ccgccgcgtg tgtcgccatc gagtttggtg agcactacgc ccgtgaaatc gagtcggtcg
     4741 ttaaactcct tagccgtatt cacggcgtct tggcccgtca tggagtcgac cacaaagagg
     4801 gtctcgtctg ggttgattgc ttgcttgagg gctgagatct cttgcatcat ttgctcatcg
     4861 acagccaacc gtccggccgt gtcgatgatt accagatcgc gccctgtgcg tcgcgcctca
     4921 gcgatggcat gctcggcaat ctccaccggg ttcttgttct ccctttcgga atagacgggc
     4981 acgcctaact gttcgcctaa gacgtgcagc tgatcgatgg ccgcgggacg gtacacgtcg
     5041 caagcagcga gcaatggttt gcggcccttt ttgctacgca gcaggccggc cagtttgccc
     5101 gagaaggtcg tcttgcccga cccctgaagg cctgccatga ggatgacggc cggctgtccc
     5161 ttcagctcca gctctgcggt ggaggcgccc atgagcaggg ccagttcgtc gtgcacaatc
     5221 ttgaccatca gctggctggg cttgagtgct gttagcacgt tttgcccgat ggctttggcc
     5281 ttgaccgtgt cagtaaactg tttggcgacc ttataattca catctgcgtc taagagtgcg
     5341 cggcgcacat ccttcagcgt ctccgccaca ttcagctctg tgattttccc ttcacccttg
     5401 agcagtttga aggatcgttc taatctgtca cttaaattct caaacatgat tcatcattgt
     5461 tctgttgtgc gcgcaaaagt agggcgcccg gaggcctcgc gcaaacggtg aagcgacatc
     5521 cgcggcttcc gaaaaccttg aaacatccca gataaggttt gcaacaatgt tgcaaacgtc
     5581 aaccgaagct ccgtggcctt tgcaacaatg ttgcaaacgt caaccgaaac tccgcggcct
     5641 ttgcaacggt gttgcaaacg tcaaccgaaa ctccgcggcc tttgcaacaa tgttgcaaac
     5701 gtcaaccgaa actccgtggc ctttgcaacg gtgttgcaaa cgtcatccga ttggctgtag
     5761 ggagggaata ggcggcactt ttcggcttta gacagagaat ccggaggctc ccggaaagtt
     5821 ttgttaaggc ggagagcgaa aggagcacgg ggctgctcca aaaaaggcaa aaagggaggc
     5881 gattccgaca aataacttta atccgcccac tggtgatgcg gaaatgaggg gcaaaagcac
     5941 attcctttgc ccccggtttc aatcttaata atgacagaaa tgaaaagaat gattttgagt
     6001 gcagccatcg cggctgccat gacgtttggc gtagcagttt cggccggcgc acaggacgtg
     6061 aagaaggaag gccagcagac ggagcaaacc gagaagaagg actgcccgaa ggacaagaag
     6121 cattgctgca aggacaagaa gaagcattgc aacaaggacg gcaagcactg cgacaagaag
     6181 ggcgctcagc actgcgacaa ggccaaggct gatgatgcca aaaaggaggt gaaataaccc
     6241 ctcccctacg aaaagctccc ccgcaccggg ccccacggag gctccggtgg acataatgaa
     6301 agatcccgac gcgaaaacgc cgggattttt tttcgcctct atctttggcc acacaaaccc
     6361 ataaaaaaca gataaatcat ggataagccg tatgtgattg gaattgatat cggcgggacg
     6421 aacaccgtgt tcggagttgt cgatacgcga ggcaatgtgc tgtacaatgg cgcgatcaag
     6481 accggacagt atgaagatgt gaacgattat gtccgcgcct taggcgaagg gctgcaagcc
     6541 gtgatccgag cggctggcgg acgagacaaa atcaaaggta ttggcgtggg ggcgccgaat
     6601 gggaattatt tcaacggctg catcgagttt gcggctaacc tgccgtggaa aggcaaggtg
     6661 ccgctggcgc agctgatcag cgaccgcacg ggaggcatcc ccgtgacgct caccaacgat
     6721 gcgaatgcag ccgctatcgg tgagatgacc tacggtgcgg cacgtggact gaaggacttt
     6781 atcgtcatca cgctcggcac gggtgtgggt agtggcatcg tctgcggtgg caatttggtt
     6841 tacggacacg acggcttcgc aggtgagctg ggccatacga cggtgcgacg cgagaatggc
     6901 cggctatgtg gctgcggacg ttacggttgc ttggaaacct actcgtcggc tacgggcgtg
     6961 gtacggacgg cgcgcgagtt cctgacgaaa cgtacagatg cgagtctgtt gcgcgatttg
     7021 gatccggata agatcacgtc gaaggatgtg tttgacgcgg ccaagcaggg cgacaagctg
     7081 tcgatcgaga tcttcgatgt gacgggcgag atactgggcg aggcgtttgc caacttcgta
     7141 gtcttctcga gccccgaggc gatcatcctg tttggtggac tggctaaggc tggcgacctg
     7201 atcatggagc cggtcaaacg gtcgatggag gcacacatgc tgaaagtgtt ccaaggcaag
     7261 acacgcgtgc tgttctcgca actcaaggag agcgacgcgg ccgtgcttgg tgccagtgcc
     7321 ttaggttggg aggcgaagga tgaacctatg gatgcgttag cctgaccctg cccccctcct
     7381 ctctggggat acatttatat aatgcatgag ggagcggccg tcagccctgg cgttcgctcc
     7441 ctctttttga gtccatgcaa ttgaaaaaca tacacacatt acaatatgaa aaggtcagtt
     7501 ttacttctta tgactacatc acttcttacg gctggcgcgt tgcaggcgca ggccgacggt
     7561 aaaccggcaa tcgactacag ggtggatcgc tttgctgaca ttgaaatcat ccgttacgag
     7621 gtgcccggat tcgaggagct ttcgctgaaa cagaagcaac tgctctacca cctctcggag
     7681 gcggcgctga tggggcgcga catcgtgtac gaccagaact gccgctacaa cctaaccatc
     7741 cgccgcgcct tagaggccat ctaccgagag tatcgcggcg accgcaacga tgcgcaattc
     7801 aaggcgttgg agctctacct caaacgcgtc tggttggcca acggcataca ccaccactac
     7861 ggcgaggaca agttcgagcc gacgggcttc accgcggatt acttcgcgca gtgcatccgc
     7921 agcctcgacc cgaagcatgt gcccgtgcgc aaggggcaga cggtggacgc atggctggcg
     7981 gaggtcacgc ccatcatctt cgacccgaag gtgatgccca agcgcaccgt gcagagtggc
     8041 agcggcgacc tgctgctggc ttcggccaac aactattacg agggtggcgt aacgcaaaag
     8101 gaggccgagg ctttctatgc cgccatgcgt aacccgaacg attccacagc gccctcctac
     8161 ggcctgaata gtcggctctg caagacggcc gatggcaagt tggtcgaaaa ggtttggaag
     8221 gtgggcgggc tctacaccca ggccattgag cgcatcgtag acgagctcca gaaagcggag
     8281 cagtttgctg agaatgatgc ccagcgcgcg gtgatcaaga agctcgtgga gtattaccgc
     8341 acgggcgacc tgaagacatt cgacgcctac gccatcctct gggtgaagga cacggcttcg
     8401 gaggtggact tcgtaaacgg cttcaccgaa tcctacggcg atccgctcgg tatgaaggcc
     8461 agctgggagg cgatcgcaaa cttcatcaac cgcaaggcca cgaagcgcac acggacgatc
     8521 agcgaaaacg cgcaatggtt tgaggacaac gccccgatgg acccccgctt ccgcaagaag
     8581 aaggtgaagg gcatcacagc caaagtgatc acagtgacga tgcttggcgg cgactgctac
     8641 ccgacaacgc cgatcggcat caacctgccc aacgccaact ggatccgcaa ggaccacggc
     8701 tcaaagtcag tcacgatcgg gaacatcacc gaggcttacg acaaggcggc catcggcaac
     8761 ggcttccgcg aagagtttgt ttgcaacgat gccgagcgta agcggatcga cacgtacggc
     8821 ttcatcacgg acaacctgca caccgacctc cacgagtgcc tcggccacgc ctctgggcaa
     8881 ctgctcgagg gcaccaaccc gaaggccctc ggcgcctaca gttccacctt agaggaggcc
     8941 cgcgccgaca tcttcgcgct ctactacttg gccgacccga agctcctcga gctcggtctg
     9001 ctcaccgacc cggaggccta caaggcggag tattacaagt acatcatgaa tggcctgatg
     9061 acgcagctcg tgcgcatcct gcccggcgac gacatcgagg aggcgcacat gcgcaaccgc
     9121 cagctcatcg cccgttgggt gtatgaaaaa ggtaaagcag acaacgtggt ggccttcgag
     9181 aagcgcgacg gcaagacgtt tgtcgtgatc aacgattacg tgaagctgcg cagcctcttc
     9241 gccgagctgc tcgctgagct gcaacggatc aagagcgagg gcgactttga ggctggccgc
     9301 aagctcgtgg aggattatgg cgtgaaggtc gatcgcgcgt tgcacgacga ggtgctggcg
     9361 cgttatgccc ggctgaacct cgccccttat aagggcttcg tgaaccccgt gatgaaggag
     9421 gtgcgcaatg ccgcaggcga agtgaccgac gtcacactgg attacaccga ggattatccc
     9481 gcccagatga tgcgctacag caaggattac tccttcttgc cgacgtataa ctgagtggtt
     9541 gcgggttacg ggttacgagt tacgagtggc aagtacccgg cacttgtaac ctgtaactcg
     9601 taacctgtaa ctcgtaactc gtaacctgta acccgtcacc cgtcaccaat tccccgctat
     9661 gaatccagcg accgacatct acgcttttga gccgatgaag gcatcgtttg cgcgcttcct
     9721 ctccgagcgg gggttgcgga agacgacgga gcgcttcaag atcttggagc acatctgtcg
     9781 catccgcggg cactttgacg tggaaatggt gctccgccaa ttagaggagg agaatttcca
     9841 cgtcagccgt gcctcgatct acaatacgct cgagctgctg atggatgcgc gcatcgtcat
     9901 ccgccaccag ttctcctcgc agtccgtaca gtacgagctg caagccgccg ccgccaccca
     9961 ccatcacgcc atctgcacct actgcggcgc cgtgatcgag gtgcaagacg agcgattgac
    10021 gcgcgaactg gcccaccgac ggatctcgaa gttcacctac gagtgccact cgctctatat
    10081 ctacggcatg tgctccaaat gcaagttccg cctccgcatg agccagcgca aagcggcgag
    10141 caagaatgcg gtaaatgcca aatcctgaag tttcaacgtt tgcgggattc ccgcaaatac
    10201 caaccgcttc tccgtggcgt ttgcgggatt cccgcaaata ccaaccgctt ctccgtggca
    10261 cttgcgggat tcccgcaaac gccaaaacta agaatttgat gcttgcgggg ctcccgcaaa
    10321 tgccaaaacg gaaaatttga cgcttgcggg gcgccccgca aacgctaaaa cggagaattt
    10381 gatgcttgcg gggcagcccg caaacgctaa aacgaagaat ttgatgcttg cggggctccc
    10441 gcaaacgcca aaacggagaa tttgatgttt gcggggcgcc ccgcaagcgc gctttccgat
    10501 acaatgacca taaccattca ccaaaaaaga accagaacaa gatgaaagta gacgttttat
    10561 taggcctgca atggggcgac gaaggcaagg gaaagattgt cgacgtgctc accccgcgat
    10621 acgatgtggt tgcccgcttt cagggcggcc ccaacgccgg acacacactg gagttcggcg
    10681 gcgagcgcta cgtgctgcgc tccatcccgt ccggcatctt ccagggcggt aagatcaaca
    10741 tcatcggcaa cggcgtcgtc ctcgatccgt tgctcttcaa ggaagaagcc gaagccttag
    10801 ctgcccacgg ccacgacatc cacaagcagc tttacatctc caaaaaagcg cacctgatca
    10861 tgcccaccca ccgcgtctta gaccaagcca acgaggccgc caaaggcacg ggccggatcg
    10921 gcaccaccgg ccgcggcatc ggcccgacct acaccgacaa gatcagccgc aacggcctcc
    10981 gcgtgggcga cctcttggac gacttcaatc gcaagtatgc cgaggccaaa cgccgccacg
    11041 agaacatgct ccgcgccatg aattacggct acaacctcgt cgacatcgag cggccgtggc
    11101 tcgaggcgtt ggaatacctg aaaggcttcc gcctgatcga cagcgagcac gtcgtcaacg
    11161 aatacctcgc cgagggccgc tccgtgctgg ccgagggcgc acagggcacg atgctcgaca
    11221 tcgacttcgg gtcgtacccc ttcgtcacgt cgtccagcac catctgcgct ggctgctgca
    11281 cgggcctcgg cgtggccccg cgtaacatcg gcgaggtgta cggcatcttc aaggcgtact
    11341 gcacgcgcgt gggcagcgga cccttcccca ccgaactgaa cgacacgacg ggcgatacga
    11401 tgtgcgaacg cggacacgag ttcggctccg tcaccggtcg ccgccgccgc tgcggatgga
    11461 tcgacctcgt cgccctgcgc tacgccatca tgatcgacgg tgtcacgcag ctgattatga
    11521 tgaagagcga tgtgctcgac acgttcgaga cgattaaagc ctgcgtggcc taccgcatca
    11581 atggcgagga gacgacgcgc ttcccgttcg atgccgctgg cgcggagccg atctatgccg
    11641 agctgccagg ctggagaaca gatctgtcgc gcatgaagag cgaggatgag ttccccgaag
    11701 agttcaacgc ctacctcacc ttcttggagg agagcttagg cgtaccggtc aagatcgtct
    11761 ccgtcgggcc cgatcgcgaa caaaccatta tacgttacac ggattaagcc acaatgatta
    11821 ccacagccaa tctcttttac tggatcatct tcatcggcat cgccggcctg agctggttgg
    11881 tgtccgcccg cttacagagc aaattcaaga agtattcgcg catcccgttg cccggcgggc
    11941 tgacggggcg cgaggtggcc gaacgcatgc tgcgcgagaa cggcatcaac gacgtgcgcg
    12001 tcacctccgt agacggccag ttgaccgacc actataaccc cgccaacaag accgtgaacc
    12061 tcagccaagg cgtctacgag agccgcagca tcgccgcagc cgctgtagcc gctcacgaat
    12121 gtggccacgc cgtgcaacac gcccgcgcct atgcaccgct caagatgcgc tccgcactcg
    12181 tgcccgccgt cagcctctcg tcgaggatca tgccgtgggt gctgctgggc ggcatgttgt
    12241 tgctgcgcat cttcccgggc ctgatgctct ttggcatcat cctcttcgcc ctgaccacgc
    12301 tcttcagctt cgtcacgttg cccgtggaga tcgacgccag ccgccgcgcc ttggcctggc
    12361 tcaagacgtc gaacctcacc acgcgcgaga ccgacggcat ggctcgggac gcgctgaagt
    12421 cggccgctta cacctacgtc gtagccgccc tcgggtcgct cgcctcgctg ctttattaca
    12481 tcatgatctt tatgggaagg agggactaag ccgtggcaca gaaaccttcc atcccgaaag
    12541 ggacgcgcga cttcacaccg gcggagatgg ctcgccgcaa ctacatcttc gacaccatcc
    12601 gcgacgtcta ccacctctac ggctaccgcc agatcgagac gcccgcgatg gagcagctct
    12661 ccaccctcat gggcaaatac ggcgaggagg gcgacaagct gctcttcaag atcctcaact
    12721 cgggcgactg cctcgcgggg atcaccgagg aggattggca ggcgcacaac cctgcgcgtt
    12781 tcgccgccaa ggcctgcgag aaggggctgc gttacgacct gacggtgccc ttcgcgcgct
    12841 tcgtcgtgca gcatcgtgcg gagctgacct tccccttcaa gcgcttccag atacagcccg
    12901 tctggcgtgc tgaccggccg cagaagggtc gctatcgcga gttcttccag tgcgacgccg
    12961 atgtggtcgg cagcgactcg ctgctctgcg aggtggagct gatccagatc atggacgagg
    13021 tgttccgccg ccttggtatc cgcgtatcga tcaagatgaa caaccgcaag atcctggccg
    13081 gcatcgctga ggtgatcggc gaggcggagc gcatcacaga tatcaccgtg gccatcgaca
    13141 agctcgacaa gctcggttcc gagggcgtca acgctgagct gcgtgcccgg ggtatctctg
    13201 acggagccat cgagcgcctg caaccagtga tcggcctccg gggaacgaac cgcgagaaga
    13261 tggcggcgct gcgcacggtg ctgtccgctt ctgaggtggg cctgcgcggt atcgaggaga
    13321 cggagtacat cctccatcac atcgagctgt tgccgctcac ggccggcttc gagatcgacc
    13381 ttacgctggc gcgcggcctg aactactaca cgggcgccat cttcgaggtg aagtcgctcg
    13441 acgtggagat cggcagcatc acgggcggcg ggcggtatga caacctgacg ggcatcttcg
    13501 gccttgcggg cgtctcgggc gtcggcatct ccttcggcgc cgaccgcatc tacgacgtcc
    13561 tcaaccgcct cgacctctac cccgccgagt cgctctgcac cacgcagctg ctcttcgtgc
    13621 acttcggtga gcgggaggcg acgtatctgc ttccgatcat cgcacgcatc cgtgcggccg
    13681 gtatccgcgt ggagctctac cccgacgcat ccaagatgaa gaagcaactg ggttacgccg
    13741 atgctaatgc gatccccttt gtcgccctcg tgggcgagga tgagatggcc tcgggccgca
    13801 tcctgctcaa ggatatgcgc acaggcgagc agcgccccgt cgcggtggaa gaattgattg
    13861 aggcggtagg gggtaggccc tcacctctta attaaacatg aaagtctctg tcatcctttt
    13921 gaattggaac gggcggaagt tgctcgagaa gttcctgccg tcggtcgtgg cgcatacgcc
    13981 gtcggacgtg gccgaggtgg tcgtggctga caacggctcg acggacgact ccgtggccat
    14041 gctccgcgag cgcttcccgg gcgttcgcct catcttgctc gatcgtaact atggctttgc
    14101 cgagggatat aaccgggcca tcgagcagac tacggcggag tatacggtgc tgctcaacac
    14161 cgatgtggaa gtgacgcccg gttggctcac ggcgccactc gaggagttag acgccgaccc
    14221 tacggtggtg gctgtgcagc ccaagttgct ctcccgccgc gaccggtcgt tcttcgagta
    14281 cgcgggtgcg gccggtgggt ggatcgaccg ctatggctac cccttttgcc gcgggcgcgt
    14341 gctcagcgtc gtggaggaag accgcgggca gtatgatgcg ccggccgaca tcttttgggc
    14401 ctcgggcgcc tgcctcttta tccgcaccga cgtctaccgc cgcgtgggtg ggttagacgc
    14461 gcgcttcttc gcccaccagg aggagatcga cctctgctgg cggctccgtt cgcggggcta
    14521 ccgcctgcgt tgcacgcccc gttcggtcgt ctaccatgtc ggcggcggca cgctccacac
    14581 ggagagcccc tacaagacgt tcctcaactt ccgcaacaac ttgctgatga tctacaagaa
    14641 cctgcccgac cgcgacctgc ggcgcgtgat gcgtctcagg cgtgtgttgg acggcctcgc
    14701 ggcgctgcgc ttcgtcttga cggggcatat gaagaacgcc gccgccatcg tccgcgcccg
    14761 tcgtgagttc caccgatggc gcaaggacta cgcccccatc cgcgcagaga acctccgcct
    14821 cgccaccctc gatcccatcc ccgagcagat gaaccgatcg ctgctgctgc gtttctattt
    14881 gaagggagaa aagacgtttg gacagttgat ggaggaagcc catggatgat caagattttc
    14941 aaccgaacga gaccacgctt gcggcgatga gggaggctga aagtggcgtg gagttggagg
    15001 tgctggactt agatcacttc gatgaataca tcaagacctt atgacatccc acatgggata
    15061 aatgtgcgta acgcagatga tccgattatg gtcgaacgaa aatggtttgc tagtgtgtac
    15121 ccggtgcccc ttcggggcgc actcgatatc cccaatcgtt cgcgagatct tgatgggcta
    15181 acccatatcc catacgtaaa cacatacaca tgaagccgcc cgcgccgagg cttgcaatat
    15241 tccccgcccc ggatgcgttg agagaggtgt tttttaccaa acgacgacaa cccacaccca
    15301 tcatgaatct gtatgaatcg cgacagcatc tgaagtatgt cttcatcatc gtagccattc
    15361 tcatcgccat tatatcgctg ggcgtctctg atcggctgat caaaaagctg gcagaggagg
    15421 agcgcacgcg catggagatc tggacggagg cttaccgcgt cctcaccacc gaagacacgg
    15481 agcaaaacct gatggtgata ctccgcatca tcgagggcaa taggtcgatc cccgtcatcc
    15541 tttgcgacga tcaggggcag atactcagcc accgcaacat ccgcatcccc accgggggcg
    15601 acgagaaccg cttcctgcag cgcaaggtgc gcgagttccg agccaagcat acgcccatcg
    15661 tggtggagat cggcgacaac gcgcggcaat acctctacta cgacgattcg atcctcctca
    15721 agcgcctcct gatctacccc tacgtgcagc tgtcggtcgt gttcgtcttc atcctgatcg
    15781 ccttcttagc gctggccagc accaagcgcg cggagcagaa caaagtctgg gtcggcctga
    15841 cgaaggagac ggcccaccaa ctcggcacgc ccatctcgtc gctcatcgcg tgggtggagt
    15901 acctcaagac gaaggatgta aatgcgacgt acctcaacga gatggagaag gatgtgaagc
    15961 ggctcgaggt gatcgccgat cgcttctcga aggtcggctc cgtgcccacg cttaagcagt
    16021 tagacgtgaa cgaggccgtg cgaaactcat gcaactacat gggcacgcgc gtctccgcca
    16081 aggtgcagat cgtctatgag cccgcgtcgg ggccgctcta tgtgcagatg aacgagtcgc
    16141 tcttctcgtg ggtgatcgag aacctgacta agaacgcggt ggatgcgatg gaggggcgcg
    16201 gcgtgatcac catccgcacg gggcggcgca agcgatacat ctggatcgat gtgacggata
    16261 cggggaaggg catccccaag tcgcgcttca agaccgtctt cacgcccggc tatacgacga
    16321 aggcgcgcgg ctgggggtta ggcctctcgc tcgtgcgccg catcgtggag acatcgcccg
    16381 gggggcgcat ctatgtgcgc gcctcggagc ccgggcacgg caccaccttc cgcatagaga
    16441 tggttgccgc gcgtggtgcg taagtgatga cggatacggg gaggcaatga tcgtttgtgg
    16501 aacgcgaggt acggttcgga gccgcgcaca tcggctggag acaaaacagg ctcccgattt
    16561 cgttcaaacc aatggtttga agccaaaccg acccctgatt ccgtccaaac caatggtttg
    16621 aagccaaacc gacctccgat ttcggctaaa ccaatggttt gaagccaaac cgacctccga
    16681 tttcgtccaa accaatggtt tgaagccaaa ccgacctccg atttcgtcta aaccaatggt
    16741 ttggagccaa accgacctcc gattccgtcc aaaccaatgg tttgaagcca aaccgacccc
    16801 tgatttcgtt caaaccaatg gtttgaagcc acccctcctc cgatttcgtc caaactttcg
    16861 tggggggggg gctgggcgat tatgccgccg cgccaaatcg ttacttattc ccccaccacc
    16921 cgcatctcgc accgcgcgca gtcgaactcc aacctgaggc gcaccccctc gtgcaataaa
    16981 taatacggct cccgaaaggg cgaccgccct cgttgatgca ccgggcacca acccatgctg
    17041 tagcgcaggc aatgccgcgt gaacatcagc ggcgcccccc tgcgtggccg ctcctcatac
    17101 gcccgctcca tggcgcgcac cccgtggctg cgatagaacg cctccgcctc agcattataa
    17161 atgttggccg tgtaatcgag ttgatctgcg ggataaatag cagtcggatc cgctggctgg
    17221 cgctggcgac gcgtgcggcg ggcgcgtcgt tcggacagca gctgctcgac ggcctcgcgg
    17281 cgcatcccgc taaggagcga cgaggggacg aacgcattcc cgggcatgtt tatggtgacc
    17341 tgcgccgcct cgaaaggcgt cgtgccgagg cgcgagagtt gcgcccggat gttgtcctcc
    17401 tgcggcctga gggcaggctc tgtggcgaag ctgcgtgtga ccgttacgct gcagcccgac
    17461 gcgtccgcta tctggagcgc aaagccattc gggagctccc tccacgtcag ctccacggcg
    17521 atgcgtcgat cggccgaagg cttcgagagg agcgcctcga aggcactgtc cgcgttgcga
    17581 tagagcatcg tccccggcct gatggcaggc atgcgcgccg aggcgatgcg tcgcccctct
    17641 gcccgattca cgcggaagcc ctcgagctca cctttcggat taaagaagac taatccgtcg
    17701 ccgttatgca gcggctccct gccctccacg acgagtccgc cccgactcac gcgcgcccgc
    17761 cccatcggct cgccgatcga tttaggcgtg tcaaacgagg tgatgtccgc cctgcgccca
    17821 tgcaggaagt agtccgtgaa cccgcggtta aagctcttct ccggccgcgg ctcgaaggtg
    17881 aatgtggagc gcccgtcaga cgatcggcag agcgatgcgt cgcgcgctat gatctcgtct
    17941 aaccgccgcc gatagtatgc ggtgacattc ttcacatagg ccacatcctt cagcctcccc
    18001 tcgatcttga acgaggtaat tccggcggcg atcatcgcct ctaaatcatt tgctcggttc
    18061 atgtcgcgga gcgaaagcag atgcttgtct ttagccatga tgcgcccgtc cgcgtcgacc
    18121 atcgtgtagg gcaggcggca acactgcgcg cacgccccac ggttggcgct gcgccccgtc
    18181 attgccgcac tgaggtaaca ccgcccgctg tagctcacgc acagtgcgcc gtgcacgaac
    18241 gcctcaagcg ccaccccctc cgtgacgcgg tcagcaatgc ggcggatctc ctcgagcgtc
    18301 agttcacgcg ccagcaccac ctgctcgaat cccgcccggg caaggaaggc caccttctcc
    18361 ggcgtgcagt tatccatctg cgtactcgcg tgcagcgcga tcggcgggat gtcgagccgc
    18421 gtgatgctca tgtcttgtac gatgagcgca tccacccccg cgtcatacag ttgaccgatc
    18481 acttgctcag cctccttcag ctcgtcgtcg cgcaggatgg tgttcagggc aacgtagatc
    18541 gacacattat atatatgggc gaaatcgcag agcgcgcgga tgtcgtcgat cgtgttaccg
    18601 gccgccgcac gtgctccaaa cttgggtgcg ccgatataga cggcatcagc gccgtgcagc
    18661 acggcctccc tgccgcacgt cagatccttg gccggcgcca gcagctcgat gtgcttcttc
    18721 atctcgatct cggtcaaagg tcgcccaagt agcggatgtc gccgatgttg tagggcgtcg
    18781 cttgatagac gtaatagttg agccagttgg agaaaagcag gttggcatgc cccctccacc
    18841 tcaccagcgg cggcttcgag gggtcgttat ccctgtagta tcccacgggt ggtgcaatgg
    18901 gcaatccttt ggcgcggtcg cgtcggtact catcgtcgag cgtactcggt gcgtattcag
    18961 aatgccctgt gatgaagaac tcgcgtcccc cgcgtgccat cgccatgtag acccccgcct
    19021 ccctgctctc cgatagcaat gtcagcccgg ggatgccgat catgtcgcag cgtctcacct
    19081 ccgtgtgtcg gctgtgcggc acataaaact cgtcgtcgaa gccgcgggag atcggttgat
    19141 acggatcgtt catggtgtgg cggaacacgc cgaacatctt ctgcggtagg tcgtgttttg
    19201 gcacaccgaa gaagtggtac agcgccgcct gtgccgccca gcatatataa aaggtagagg
    19261 tcacatgcgt acgcccccaa tcgaagatct ccatcagctc ctcccagtac cacacatcct
    19321 caaacggcat ctgctccacc ggtgcccccg tgacgatcat gccgtcgtag cattcgttgc
    19381 gcatgctgtc gaagtctcgg tagaactccc tcatgtgctc cacgggagtg ttcttgggcg
    19441 tgtgcccctt gatcctcatc agctccagct ccacttgtag cggtgtgttg ctaagcaggc
    19501 gcaccagatc ggtctcagtg gtgatcttga gcggcatcag attgagcacg acgacgcgta
    19561 tcggtcggat gtcttgcgcg gtggctcgca gcgagtccat cacgaagatg tgctccttct
    19621 tgagtagctc tacggccggc agattcttct gtaagttcag tggcataatt cttgactttc
    19681 tctttttgtc cgaatgatat tcttcgcagg gcggcaaatg tagcgaaagc gagataggct
    19741 ctatggtgca tttgaagggg gcgaatgtgg cgcatgctca tcgtgccctc cagaaataat
    19801 ttagctggga cacgtggtac tcctggtacg acccctggta ttacggcggc ttctactccc
    19861 cctggcgata ctcctggcgc tggcgcaacg cctactgggg ctggagcttc ggctggggcg
    19921 gattctacac cgggtggtac gacccctggt atgacccctg gtgcggatgc tgtggctact
    19981 acggcagcta ctggggctat cgcagcgccg actactacta cccctaccac cagacgaaca
    20041 attactacta cggctgggac gcaggcaatc gcgacaaccg ccgcgactac tcctcgcgtt
    20101 ccaccaccta ccgcagctcg tccgatgggc ggtatggcga tggctacgcc tcctcacgct
    20161 ccacaaccta ccgcagcagc tcgtcagaca acgacatccg ctcctcatcg agccgcagca
    20221 gccgcagctc aagctacgac cgcacagcag acgacatcta cagcagccgc tcctcgcgca
    20281 gctcgtccag ctacgatggc aacagcacac gctcttcctc acgcagctca tccagctact
    20341 acgacggcgg aagcagccga tcctcctcgc ggagctcatc gggctacgac ggcggaagca
    20401 gccgctcatc acgcagctca tctaactacg acggcaatag cacacgctcc tcacgcagct
    20461 catcaggcta ctacgatggc ggaagcagtc gctcgtcagg cagctattcg ggcagcagca
    20521 cacgctcctc gcgcagctca tcgagttacg acggcggaag cagccgctcg tcagggagct
    20581 actcaggcag cagcacacgc tccagcagct acggaagcag ccgctccagc agcagcggga
    20641 gcttcggcgg aagcagcaca cgctcatcca gcagcagcgg aagctatagc agtggcggag
    20701 gcggcagcag tcgctcaagc agcggaggcg gccggcgttg agaggcgcat accccccaca
    20761 cagaaacgta tcagcaaaat gagatctcgt aacgcataaa acagatcaag acaacacaaa
    20821 gagggtgtgc cggaggtttt cccccatggc acacgctctt tttttatgac acacacaaaa
    20881 ccagaatcgg ccgatccgaa atgatacccc gagaggggga ggaaccgatt cgcaatacac
    20941 cgtaaaccat aaaacaaaaa ggagaacaag aagatgagaa aagaagcata c
//
LOCUS       SEQF3106|MIQD01000039.119952 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..19952
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             753..2114
                     /locus_tag="SEQF3106_01272"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITPELISPRSIAVIGGSNHIHKPGGRLVKNLIEGPFTGDLYIV
                     NPKERLIQGRPVTRSVNDLPVGIELGVLAVSAAHCTEAVRVLVEEKGARAIIIISAGF
                     SEESTEGAAIEREICRICTSAGAALIGPNCIGLANPHHHAVFTSPVPTLGPGGVDLVS
                     ASGGVALFIIECALTKGLRFHSLWSVGNAAQTGIEEVLEYMDEHFDPSTDAHIKALYI
                     EDIRDAEKLVRHAASLVRKGCHIAAIKGGTTADGMRASAMHTGARPTSEEAVAALFRR
                     AGIVRCYSREELIAVACAFTLPQLHGRNFAVVTHAGGAGVILTDALVRCGMEVPAYRG
                     AMADELKARLLPGASVANPIDILGTGSAADFGLAIDYADQHFPETDAIAVIFGSIGLG
                     KITAAVDVILEKMRTCSKPIYPVLPSVLNTAEEIAHFVHHGGITFPDEVTLAQALGRM
                     ASL"
     CDS             complement(2404..4203)
                     /gene="cbiD"
                     /locus_tag="SEQF3106_01273"
                     /EC_number="2.1.1.195"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O87693"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobalt-precorrin-5B C(1)-methyltransferase"
                     /translation="MILILGGTTEGRAAVKTADEAGSPYFYSTRDAHQQVDCHHGTRL
                     TGALDEEAMEAFCREKEIRLLVDAAHPFAEVLHRTVAVVAERLSLPVVRYERVYPPRS
                     ADIIWCDDYDDAIRRLEADGITRLLALTGVQTIGRLRAYWQAHECVFRILDLPTSLAL
                     AEQQGFPRERIVFYQPGDDEALLERVRPQAILTKESGESGGFIDKVEAAHKLGIAVYA
                     VRRPPMPARFVTVTGPYGFRKQIERFVPGFFPLRSGYTTGSCATAAAKAALMALLTGE
                     EQREVSYALPDGEVMTLPIAETHLGERAATAAVIKDAGDDPDVTNGCKICATVALRDE
                     GGEGIRFLQGEGVGRVTLPGLGLEIDGPAINRTPREMITRELTALCDAPLDVTIAVPG
                     GEKLARQTFNPKLGIVDGISIVGTSGIVMPFSSDAFVRSIRREVEVCCALSPERLVIN
                     SGARSERFVKAEYPDLPAQAFVHFGNFIGETLKIAADLGIPNVTMGIMVGKAVKLAEG
                     SLDTHSKKVVMNKAFLQTVAAESGCSPSAGEAITGITLARELWHALTAADRDRFFPAL
                     LRLCHRHCVPLLPAGHLTILLIDEDGNIPYRHA"
     CDS             complement(4200..6029)
                     /gene="cbiF"
                     /locus_tag="SEQF3106_01274"
                     /EC_number="2.1.1.271"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O87696"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobalt-precorrin-4 C(11)-methyltransferase"
                     /translation="MKENIAIILVSEGGLPTARLISHELGEAPVFTTHTLEGCQTISS
                     YVQFLSAHFREYDLFVFIGAMGICIRSIAPFIKDKYTDPAILCVDSTGRYVVSVLSGH
                     IGGANDWARRVAAITGGEAVVTTQSDNTGLWALDTLARRFDWRTEITTGCMRAEMNKV
                     ISLFVGNEPTALLLDVRDRGTDYLERTRPAHVSVFYRFEDIRPADFRLIIAVTPFIYT
                     ANVPILYYRPRVLHVGIGCRRDSVPEGVAEHMAAVMEVHRLSPLSVRSVSTIELKKDE
                     PLFHTLAQTWEAEKHVYRADELADITVPNPSQKVFDTTGVWGVAESAAQRASGFGPLV
                     MEKQKGVLSASSDFTLAVALDAEAERGGFIEIVGAGPGDPELVSVRGKRLLETADLIL
                     YAGSLVPRELTEYAKPGATVCSSAGMTLEEQFDVMEDFYDRGLFIVRLHTGDPCIYGA
                     IQEQMAYFDRYGMRYHITPGISSFQAAAAALRSQFTIPERVQTIILTRGEGRTPMPER
                     ERLHLLARSQSTMCIYLSAAIVDDVQAELLQAYPPETPVAACYKLTWRDERIYRGQLK
                     DLAQIVKENHLTLTTLLVVGEAIDNRQGLSHLYASDFKHLFRP"
     CDS             complement(6130..6405)
                     /gene="relK_4"
                     /locus_tag="SEQF3106_01275"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WF09"
                     /codon_start=1
                     /transl_table=11
                     /product="Toxin RelK"
                     /translation="MSYRIDFTDEAKKVLSKYKKSNPISFKKIVRLMPDLEKHPRTGI
                     GHPEPLVAGNSITYSRRISAKDRIVYDIYDETATVIVLSVEGHYGDK"
     CDS             complement(6796..7992)
                     /gene="cbiET"
                     /locus_tag="SEQF3106_01276"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O87694"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobalamin biosynthesis bifunctional protein
                     CbiET"
                     /translation="MSEPRRTFYVVGISDERDVQLPAAVRERIARGHVFSGGRRHREI
                     VGGWLPEGAVWIDITVPLDRVFEQYRDHRDIIVFASGDPLFFGYAVTLRRVFPDAAIE
                     TCPSFNSLQLLVHRLGMPYNEMIPVSLTGRPWDDFDAALIERRPLLGILTDREKTPAV
                     IARRMIEYGYGDDYRMHTGERLGNETDERIRTLTLAEAAAATFTHPNNLILERIRRRP
                     RPFGIPESEFHLLDGRVKMITKRPVRLLSLSMLDLHNRTSLWDVGFCTGSVSVEARLQ
                     FPHLRVTAFEIRPGCREILAANCRRFGTPGITPVIGDFMEADTTDLPAPDAVFIGGHG
                     GRLTDMLRKIDGVMRPGGVIVFNSVSEESRQLFAEGLAAIGRRITECVRLTVDAHNAI
                     DVMKSE"
     CDS             complement(7985..9394)
                     /gene="cbiH"
                     /locus_tag="SEQF3106_01277"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q05590"
                     /codon_start=1
                     /transl_table=11
                     /product="putative cobalt-factor III
                     C(17)-methyltransferase"
                     /translation="MNQARIIVAGIGPGSAGDLTSAVIDALRHCDAVVGYHYYFPFIE
                     TYLPADALRIDSGMKQERRRAEEAFRVAEEGRTVCVISSGDAGIYGMASLILEMKHKR
                     GSHVAVEVLPGISAFQKAAALLGAPMGHDFCVISLSDLMTPWLLIERRIIAAAEADFI
                     TAVYNPKSDSRYWQLYRLKELFVARRAPETPVGLVRQAGRDGETTAVTTLADFDPEQA
                     DMFTVVLIGNSQSYAVGNTFVTPRGYYREMEREEGVNVGQGIMIESFRTIERELKHPD
                     IALDRKWAMLHAIHTTADFDMERLLWTDPGAVAEMYERLSSGRTRTIVTDVTMVTSGI
                     RKGALQRMGIEAKCYLSDERAVKMAAEKGITRAQAGIRVAVEEHPDALFAFGNAPTAL
                     MELCTLIRRGKARPSGIVAAPVGFVHVCESKEMVKPFTDIPKVIIEGRKGGSNLAATL
                     VNSALTFNDAAQLRPGRDV"
     CDS             complement(9474..9596)
                     /locus_tag="SEQF3106_01278"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLKYFIAVIFIAIAAVGIQLFLYTPFGKHWLKRLDNEAA"
     CDS             complement(9790..10038)
                     /locus_tag="SEQF3106_01279"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKTLQRQIDKKEKEKTRRELLAKLYFDFAKLVFAAFVLGGLSP
                     LFQKETEGDVFILGVFIAVTLGVFVTIVFASIGNRILK"
     CDS             complement(10074..10655)
                     /gene="yvqK_1"
                     /locus_tag="SEQF3106_01280"
                     /EC_number="2.5.1.17"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34899"
                     /codon_start=1
                     /transl_table=11
                     /product="Cob(I)yrinic acid a,c-diamide
                     adenosyltransferase"
                     /translation="MKIYTKSGDRGRTGLHGGMRVDKDDPRIEANGCLDELNVAIGLL
                     RARLDASHEWQAMLHDVQRTLMVVMSHVATPSAVRHTNPNVLPDDLATRCEAWIDAMT
                     SSMADGEGYFILPGGTETSALCHQARVVARRAERRLCTLNKLDELPAQIMSYVNRLSD
                     LFFTMARYDLHLAGASEERWQAFGYKRKKRKEG"
     CDS             11254..15966
                     /locus_tag="SEQF3106_01281"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKWIKRTVKTCLLAPAGAVVAASVLLYVPAVQNVVLKAVLRHV
                     SERVGMEITVGHVRLSYPLDLTLRDVSVRDSVCDTLFNVRGLLVNVRPWPLLRGEVLI
                     SQLRLDSAQVHSKRMIEGMQLDGTVGRLATADAELFIKGEELRLDSVLLADANVTLRI
                     DSITPSDTTDTTVNRWRIEAARLDLQRVGFTLQMPKDTLYLTTYLGNATLTGGYADLA
                     AERYGAARLNLLAGYAAYDASDRPRTEGLDPQHIAASNIALLLDSVRYHAGDIRLALR
                     DGSLDERSGLAVATVSAYVHIDSTAVSVSECTLQTARSYIELQAHVPWAALSEQPTAD
                     LQAEWAATIDGQDVLTAMGEQSPKLMHACPDTTLFISGLIEGNMNRLRVHDLTGVLPG
                     VFTLEAYGTMEQLMDDRRRSGQVYARLQTESREYLNRWIPKVSGGRFRLPERVRMELE
                     ASMKGGEYQGRMTAEESGGRVELTGRYHSLRNEYAVDMRIDSLKPVHFLPKDSLYRLT
                     AVLHAEGRGTDIFSPHTRIALRGSVADVHYGSYRLSGLSLDGSLLNHQAQAVLSSQSP
                     YIKGKVTVEGTVRRDRMAGMMVVDVDTLDLHGLKITSDPLSGSFQLFSEVETDLKRRH
                     RLDLTLGNWAITTEQQTYRPKMLTLHAVSDDDTTRLSFHAGDLGLIATGNADAPTLLQ
                     QLGNISDAFRGLMARDSAAHIERLTPLLPTLDLQLEAAQDNPLYNYLQEQNIFFDRLT
                     VHASTSPVDGLQANAQLFSVMKDTMRIDTICLDIRNDSIEGLTYAVDVIKNRFRRQDA
                     FTAGLRGHLLNGVAEVNALYRDSRGETGLQLGVQAEQRGKAYRFHFIPDEPVLAFMPF
                     KLNPENYVEVRSLKSISADLKLTGPENAALWIHSNEDSTELAVEMNQIDLQQLSRFAA
                     IPDMQGRVNVALRYVPSDVSYLIAADANIDNLIFRGQPVGELLLNGVYLPLDNNRHRF
                     DAHFYHNESELAVVSALYRQPRQKQAPGMIDGNMQFDRIPLNELNPFFGGAVDMQGVL
                     RGRLTLESRERGPIWNGFLKLDSTSMYVTAAGTRYRFDDQEVDIKNSKLRLTKYGIYT
                     TGGNPLMISGTVDISKPMKETADLRLLAQNMLLIDAVEAPGAMIYGRLPVDLNLTARG
                     PLRSLKIRGGVHVRRGTNVTYVMPDAASELNNDFSDFVTFTYFSDTVPRRIRDIERQN
                     AARAASIGGMDALLTLRIDPTTRLKIDMGGGERSNRIDLRGGGDLSFHYTSLGDMTMS
                     GRYAISGGQLRYSIPVIPLTDFTIQDGSYVEWQGDLMNPYLNLTALTRQRSTVNLDGR
                     SQMVDFNVGLQVRQQLRNIALKFILEAPKNGTVQTQLAAMGEEERSKQAIGLLVTGVY
                     LAQSGTGNERLDVGTAISSLLQREINNMLGSLSGEVPFSFDVNTYDGTDGKGRRIDYL
                     GRFYMGFLKERFYTTLGMRYSTNDPVTGNRFYLDEASLEYRLDAEGARFVRVYNQTDY
                     ENLFEGEIRKTGVSAIFRRKVKRLSDLFDFRKRRNRTVTEEETPLPDTDDADDQQEDG
                     LSEDATDTPNESTKKDEE"
     CDS             15956..18283
                     /gene="bamA_2"
                     /locus_tag="SEQF3106_01282"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01430"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein assembly factor BamA"
                     /translation="MKSNPCLPLLPCCLILLLSASCSTTKMLPKGEVLYTGIERIVVT
                     DPANKHRRGADEVLGKVEEALAYPPNNALLGSSSTRTPLPLGLWMYNAHVGKRGRFHQ
                     WMYRWLAARPVTLATVKPANRALAAQNILHENGFFRGSTDYEIIPNRKDSLKARVRYR
                     ITLNEPYTIDSVRFRRMQDRSDTTIKWRDEDRLLHRGDLFSVERLEAERERIASIMRD
                     NGYFYFRPEYIEVQADSTKGDHLVDLRVRVRRDVPRDFIRKPWFMGRTSIHLIGYDGE
                     EPTDSLTYRDVTIHYEGELRLRPATLYRLLRFRPGERYSLARQDETQAAFGKLRTFRF
                     VDMQYTPTDTSSTCDTMNVRIRATYDYPLNSRLEVKGTVNDNRYAGPGFTLALTRLNM
                     FRGGENLSASFYGSYEWQTGARAAGHTGLVNNYEIGARGSLTFPRLVLPRFGHTDYDF
                     TASTRLEAQAAVLNRARFFNQLTFGGSLSYDFVPNPIRRHTFTPLRLTFSRLLSTTAA
                     FDSIVTRNPSIRQSLQDQFIPVIEYTYTLDNTSVRDERSKTRWHFSVAESGNLLSAAH
                     ALLGRPFSQQGKTMFRNPFSQFLKMTTELRYNHYIDRHQRLAFRLGGGIIYSYGNATQ
                     APYSEQFYVGGANSIRAFTIRSIGPGRTIPDASDPYDYIDRIGDIKLEGNAEYRFRLV
                     GDLGGALFLDAGNVWLLRNDPARPGGRLEWGHLFNDIALGTGIGFRYDINLLVFRFDI
                     GYALHFPYDTGRRGYFNTPNLRDALGFHLALGYPF"
     CDS             complement(18851..19951)
                     /locus_tag="SEQF3106_01283"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKEEVVVGKAGDVDGFNALVEERLEGGDVGAVAGGDEDAAAGQ
                     AAHPRVAQLGEGDVLAAARRQVVFVLGHEGEGVDLVEDRDHGLVGATNVGQCALHDCD
                     LLLEGRVGDVYHMDKQVGLAHLVECGLERLHELGRQLADEADSVGEEEGQVFDDHLAD
                     GRVERGEELVLGKDFALAEQVHERGLAHVRVAHEGHAHQLAAPPTLRSLLLIDLCQLA
                     FELRYTIEDDAAVGLELRLTRPTHANAAALPLKVCPEARQAGQHVAVLRQLHLRLGVG
                     RLGTFGEDVEDEVRAIEDAHLQFPLDVAQLLGRQLVVKHDNADLVFRHILADLPQLAG
                     ADEGDGVGHVGLLCEAPDGLNAGCLGQEGQFV"
ORIGIN      
        1 ggtgtatcag gcatacgccc tgaaagggca gatcaaccca gcccagggca acgccctggg
       61 gttgcggatg ccaaaagaaa atcctccgcg ctctgcaatc ctccccccac cctgccccag
      121 cagggtgggg ggaggattgc agagcgcggt acggcgagtg cggccattcg acccagggtg
      181 tcgctccgcc cggtggcgtc gctctaccct gggctgggtt gatctgcccc ttcggggcgc
      241 atcgggccgt atcagaccac cgagcacgtt gctgtgaggt ggtcttgttg tatgcgcgct
      301 aatgcaccca ttagcccatg tgggtgtcag ccatatggat tagatggttc ggcccacata
      361 gcttaggtgg ttcgacccac atagcttagg tggctcgacc cacgtagctc aggtgggtga
      421 cagccacatg ggttagtggg tgtgcatgcg cgctggcttc tcgccccctt cattgcggat
      481 gatgaggggg tggcatagcc tgtgggcgat gggcgtcaca cggaaatgga ttgcaagtca
      541 tgccgtgaga tgtcgtaagg gagggctaac gatggtgcgt ccctacggcg taaggtgtgt
      601 ggggtggtct tgtcaggcag ggaatgggct gctccgggac ttctgcgcgt cggctttcat
      661 ataaccctca gagacccaca aggggcgccc gagggtgcct atttttgtcg gcattaatca
      721 cccatttaat acccatttaa caccctacaa tgatgattac acctgaactg atttctccgc
      781 gatcgatcgc tgtcatcggc ggctcgaacc acatccacaa gcccggcgga cggttagtga
      841 agaacttgat tgaaggccca ttcacgggcg atttatacat cgttaacccg aaggagcgcc
      901 tgatccaagg ccgccccgtg acgcgcagcg tgaacgacct gccggtgggc attgagctgg
      961 gcgtgctggc cgtctcggcg gcacactgca cggaggccgt gcgcgtgttg gtggaggaga
     1021 agggcgcgcg ggccatcatc atcatctcgg ccggcttcag cgaggagtcg accgagggcg
     1081 cggccatcga acgggagatc tgccgcatct gcacctcggc cggcgcggcg cttatcggcc
     1141 cgaactgcat cgggctggcc aacccgcacc accacgccgt cttcacttcg cccgtgccca
     1201 cgctcggccc cggcggcgtc gacctcgtct cggcctcggg cggcgtggcg ctgttcatca
     1261 tcgagtgtgc cctgacgaag gggctgcggt tccactcgct ctggtcggtg ggcaacgccg
     1321 cgcagacggg catcgaggag gtgctggagt atatggacga gcatttcgac ccctccaccg
     1381 acgcgcacat caaggcgctt tacatcgagg atatccgcga cgcggagaag ctcgtgcggc
     1441 acgccgcatc gctcgtccgt aaggggtgcc acatcgcggc catcaagggc gggacgacgg
     1501 ccgatggcat gcgggcgtcg gccatgcaca cgggcgcgcg gccgacgagc gaggaggctg
     1561 tggcggcgct cttccgtcgg gcgggcatcg tgcggtgcta cagccgcgag gagctgatcg
     1621 ctgtggcctg tgccttcacg cttccgcagc tacacgggag gaactttgcc gtcgtcactc
     1681 acgctggtgg cgcaggcgtc atcctgaccg acgcgcttgt gcgttgcggc atggaggtac
     1741 cggcttatcg tggcgcgatg gccgacgagc tgaaggcgcg tctgctgccg ggcgcgtcgg
     1801 tggctaaccc gatcgacata ctcggcacgg gctctgcggc ggacttcggt ctggcgatcg
     1861 attatgccga tcagcacttc ccggagacgg acgccatcgc cgtgatcttc gggagcatcg
     1921 ggctgggaaa gatcacagcg gcggtggacg tgatccttga gaagatgcgg acgtgctcga
     1981 agccgatcta ccccgtcctc ccctcggtgc tcaacacggc ggaggagatc gcacacttcg
     2041 tccatcacgg cggcatcacc ttccccgacg aggtcacgct ggcgcaagcg ctggggcgga
     2101 tggcgagctt gtgagttatg attgccctat caataatgat tagcgaatga atgaggtgta
     2161 cctggtgcgc cccgaaaggg gcagatcaac ccagcccagg gtagagcgac gccgaaggtg
     2221 gagcgacacc ctgggggtaa tgtcgcgacc tcaccatccc gcatcgtaca aatcagcccc
     2281 caccctgccg cacagagtgg gggctgattt gtatgatgcg gagaaatttc atttaaccgt
     2341 accccaaggc gttgccttgg gctgatgatg aattgcccct tcggggcgca tgccagatac
     2401 acgtcaagca tgacgatacg ggatattccc gtcttcgtcg atcagcagga tggtgaggtg
     2461 gccggcgggg agcaagggca cgcagtggcg gtggcaaagg cggagcaggg cggggaagaa
     2521 ccgatcgcga tcggcggcgg tgagggcatg ccatagctcg cgagccagcg tgatgccagt
     2581 gatggcttca ccggccgacg gcgagcagcc cgattcggca gccactgttt gcagaaacgc
     2641 cttattcatt accaccttct tgctgtgtgt gtcaagcgac ccctcggcca gcttcaccgc
     2701 cttgccgacc atgatgccca tcgtcacgtt cgggataccg aggtcggcgg cgattttcag
     2761 tgtctcgccg atgaagttgc cgaaatggac aaatgcctgc gcgggcaggt cggggtattc
     2821 ggccttgacg aaacgctcgc tgcgggcgcc ggagttgatg actaagcgct cggggctgag
     2881 ggcgcagcag acttccacct cgcggcggat ggagcgcacg aaggcatctg acgagaaggg
     2941 catgacgatg cccgacgtgc cgacgatgga gatgccgtcc acgatgccga gcttcggatt
     3001 gaacgtctgg cgagccagct tctcgccgcc gggcacggcg atcgtcacgt ccaaaggggc
     3061 atcgcaaagc gccgtcagct cgcgagtgat catctcgcgc ggcgtacggt tgatggccgg
     3121 gccatcgatc tccaggccaa ggccgggcag cgtcacacgg cccacaccct caccttgcag
     3181 gaagcggatc ccctcccctc cctcgtcgcg gagcgccacc gtcgcgcaga tcttgcaacc
     3241 attcgtcacg tccggatcgt cgcccgcatc cttgatcacg gcggccgtag ccgcgcgctc
     3301 gccgaggtgc gtctcagcga tgggcagcgt catcacctcg ccgtcgggca aggcatacga
     3361 cacctcccgc tgctcctcgc ccgtaagcaa cgccatcagc gccgccttgg ccgcggccgt
     3421 ggcacacgat ccggtggtgt agccactgcg cagcgggaag aagccgggca cgaagcgctc
     3481 gatctgttta cgaaagccat aaggccccgt gacggtgaca aaccgcgcag gcatcggcgg
     3541 gcggcggacg gcatacaccg cgatgcccag cttatgcgcc gcctcgacct tatcgataaa
     3601 tccccccgac tcgccactct ccttcgtcag tatggcctgc ggacgcacgc gctcaagcag
     3661 cgcctcatcg tcgccgggtt gataaaagac aatccgctca cgcgggaaac cctgctgctc
     3721 agccaacgca agcgacgtgg gtaggtcgag gatgcggaac acacattcgt gcgcctgcca
     3781 atacgcccgc aaccgaccga tggtctgcac gccggtcaag gccagcagtc gggtgatgcc
     3841 gtccgcctcc aaccgacgga tggcatcatc gtaatcatcg caccaaatga tgtccgcact
     3901 gcgcggcgga tagacgcgct cgtaacgcac cacaggcagc gagagccgtt cggccacgac
     3961 ggctaccgtg cgatgcagca cctcggcgaa gggatgcgca gcgtcgacaa gcagccggat
     4021 ctccttctcc cgacagaacg cctccatcgc ctcctcgtcg agcgcgcccg tgaggcgggt
     4081 gccatgatgg caatccacct gctgatgcgc gtcacgcgtg gaatagaaat agggactgcc
     4141 tgcctcgtcg gccgtcttca cggcggcgcg cccctcggtc gtccccccaa ggatcaggat
     4201 catggccgga agagatgctt gaagtccgac gcgtagaggt gcgacagccc ctgccgattg
     4261 tcgatcgctt cgccgacgac gagcagcgtg gtcagcgtaa ggtgattctc cttgacgatc
     4321 tgcgccaggt ctttgagttg cccgcgatag atgcgctcat cgcgccacgt caacttataa
     4381 caagccgcca cgggtgtctc gggcggataa gcctgaagca gctcagcctg cacgtcgtcc
     4441 acgatggcgg cgctgaggta gatgcacatc gtgctttgcg agcgggccag gaggtgcaac
     4501 cgctcacgct cgggcatcgg tgtgcgtccc tcgccacggg tgaggatgat ggtctgcacg
     4561 cgctcaggga tggtgaactg cgagcggagt gcggcggccg cggcctggaa ggaggagatg
     4621 ccgggcgtga tgtggtaacg catgccgtaa cggtcgaagt aggccatctg ctcctggatg
     4681 gcgccgtaga tgcaggggtc gccggtgtgg aggcggacga tgaagaggcc gcggtcgtag
     4741 aagtcttcca tcacgtcgaa ctgctcctcg agcgtcatgc cggccgagct gcacaccgtg
     4801 gcaccgggct tggcgtactc cgtcagttcg cggggcacga ggctgccggc atagaggatc
     4861 aggtcggccg tctcgagcag gcgtttgccg cgcacggaga caagctccgg atcgcccggc
     4921 ccagcgccga cgatctcgat gaagccgcca cgctcggcct cggcgtcgag ggccacggcc
     4981 aaggtgaagt cgctcgaggc gctcaacacg cccttctgct tctccatgac gagtggcccg
     5041 aagcccgaag cccgttgtgc agcgctctcg gccacgcccc aaacgcccgt cgtgtcgaac
     5101 accttctgcg aggggttggg cacggtgatg tcggccaatt catccgcccg atagacgtgc
     5161 ttttcggcct cccaagtctg cgccaacgtg tggaagagcg gctcgtcttt cttcagctcg
     5221 atggtggaga cggagcggac ggacagcggc gagagtcggt gtacctccat gacggcggcc
     5281 atgtgttcgg ccacgccctc gggcacactg tcgcggcgac aaccgatgcc aacgtgcagt
     5341 acgcgcggcc ggtaatagag gatgggcacg ttggcggtgt agatgaaggg cgtgacggcg
     5401 atgatgagcc gaaagtccgc gggccggatg tcctcaaagc ggtagaagac gctgacgtgc
     5461 gcaggccgcg tgcgctctaa atagtccgtg ccgcgatccc tcacgtcgag cagcagggcg
     5521 gtgggctcat taccgacgaa gagggaaatg accttattca tttctgcacg catgcagccc
     5581 gttgttattt ccgtgcgcca gtcgaaacgt cgggctaagg tgtcgagtgc ccaaaggcca
     5641 gtgttgtcgc tctgcgtggt gacgacggcc tcgccgccgg tgatggcggc cacgcgccga
     5701 gcccagtcgt tggccccgcc gatgtgaccc gacaggacgg agacgacata acgccccgtg
     5761 ctgtcgacgc agaggatggc cgggtcggta tacttatcct taataaaggg ggcgatgctg
     5821 cggatgcaga tgcccatcgc gccgataaag acgaagagat cgtactctcg gaagtgcgcc
     5881 gagaggaact gcacgtacga cgagatggtc tggcagccct cgagggtgtg ggtggtgaac
     5941 actggcgcct cacctaactc gtggctgatg aggcgcgccg tcggaagtcc gccttccgac
     6001 actaagatga tggcgatgtt ttctttcatt gaatgatggt gtagtgtatc tgaaaattca
     6061 aacaagaaag gatgtgccta aatccaaaga agagcaatcg caaatcatcg gcatgacaca
     6121 ccctttatcc tatttatctc cgtaatgacc ttctacggaa agcacaatca ctgtggctgt
     6181 ttcatcataa atatcatata cgatgcggtc tttcgcgcta attcttctcg aataagtaat
     6241 cgagttgcct gccacgagag gctccggatg tcctatgcct gttcttggat gcttttccaa
     6301 atccggcatc agcctcacaa tctttttgaa cgaaatcgga ttcgactttt tgtatttaga
     6361 aagcaccttc ttggcttcat ccgtaaagtc tatccgatag ctcataatga ctcgagaaat
     6421 ttgacagcct cttcggcatt acgacatgaa gtaaattctc ctttgtgata ttgctcccgt
     6481 gaaagtctga ttctttcttc ggcctccgga gataagacaa aatcgttaga cgaataggtc
     6541 tgtttttttc tcctccctat cacaaccttc tctttatggc cgaccaattt cgataccccg
     6601 gattgctctt ttattcttct ttctctcgct tgtatcataa tgcctcaaat taaattgtcc
     6661 ctttgaattt gctgcaaagg tatttagtgt atgcgcactt tatcggatca ctttgatcca
     6721 aaacacgggt gtgttttgct ccagccgatg tgcgcggccc aaacaggggg tctgtttggg
     6781 tatccgtact tcgtcctatt cgctcttcat cacgtcgatc gcgttatgcg catcgaccgt
     6841 caggcggacg cactccgtga tgcggcggcc gatggcagcg agcccttcgg cgaacagctg
     6901 ccgactctcc tcgctgacgg agttgaagac gatcacgccg ccggggcgca tcacgccgtc
     6961 gatcttacgc agcatgtccg tcagccgccc gccgtggccg ccgataaaga cggcgtcggg
     7021 cgcgggcaag tcggtcgtgt cggcctccat aaagtcacct atcaccggcg tgatgcccgg
     7081 cgtcccgaac cgtcggcagt tggcggcgag gatctcccga caaccggggc ggatctcgaa
     7141 ggccgtgacg cggaggtgcg ggaattgcag ccgcgcctcg acggacaccg agccggtgca
     7201 gaagccgacg tcccacagcg aggtgcgatt gtgcaggtcg agcatgctga gcgagagcag
     7261 gcgcacgggc cgcttggtga tcatcttcac gcggccatcg agcaggtgaa actcgctctc
     7321 ggggataccg aacgggcgtg gccgccgacg gatgcgttcc aagatcaggt tgttcgggtg
     7381 tgtgaacgtg gccgcggcgg cttcggcgag cgtaagcgta cggatgcgct cgtccgtctc
     7441 gttgccgagg cgctcgccgg tgtgcatgcg atagtcgtcg ccgtagccgt attcgatcat
     7501 ccggcgggcg atcacggcgg gcgtcttctc gcggtcggta aggatgccga gaagtggccg
     7561 ccgctcgatc agcgccgcgt cgaagtcgtc ccacggccgg ccggtgagcg atacggggat
     7621 catctcgtta tacggcatgc cgagccggtg gacaagcagt tgcagcgagt tgaacgaggg
     7681 gcacgtctcg atcgcggcgt cggggaagac gcggcgaagc gtgacggcgt aaccgaagaa
     7741 gagcggatcg ccggaggcaa agacgataat gtcgcgatga tcgcgatact gctcgaagac
     7801 gcgatccaat ggcaccgtga tgtcgatcca cacggcgccc tcggggagcc acccaccgac
     7861 gatctcgcgg tggcggcgtc cgccagagaa gacgtgtccg cgggcgatgc gttcgcgcac
     7921 ggcggcgggc agttggacgt cgcgctcgtc gctgatacca acgacgtaga acgtgcggcg
     7981 cggctcagac atcgcgtccc gggcgcagtt gcgccgcgtc gttaaaggtg agggcggagt
     8041 tgacgagcgt cgcggcgagg ttgctgccgc ccttgcgtcc ctcgatgatc accttgggga
     8101 tgtccgtgaa cggcttcacc atctccttgc tctcgcagac gtgcacgaag ccgacgggtg
     8161 ccgccacgat gccgctcggc cgcgccttcc cgcgacggat caatgtgcac agctccatca
     8221 gcgcggtggg cgcgttaccg aaggcaaaga gcgcgtcggg atgttcctcg acagccacgc
     8281 ggatgccggc ctgtgcgcgg gtgatgccct tctcagccgc catcttcacg gcgcgctcgt
     8341 cggagaggta gcacttggcc tcgatgccca tgcgttgcag cgcgcccttg cggatgccgg
     8401 acgtcaccat cgtcacgtca gtcacgatcg tgcgcgtgcg ccccgagctg agtcgctcgt
     8461 acatctcggc cacggcaccc ggatcggtcc agagcaggcg ctccatatcg aagtcggccg
     8521 tcgtgtggat ggcgtgcagc atcgcccact tgcggtcgag tgcgatgtcg gggtgcttca
     8581 gctcacgctc gatggtgcgg aagctctcga tcataatccc ctgcccgacg ttgacgccct
     8641 cctcacgctc catctcgcgg tagtatccgc gtggcgtgac gaaggtgttg cctacggcgt
     8701 acgattgcga gttgccgatc agcacgacag tgaacatgtc cgcctgctcg gggtcgaagt
     8761 cggccaacgt ggtgacggcc gtcgtctcgc cgtctcgccc agcctgccgc acgagtccca
     8821 cgggcgtctc cggtgcacga cgtgccacga agagttcctt caggcgatag agttgccagt
     8881 atcggctatc gcttttcggg ttatacacgg ccgtgatgaa gtcggcctct gctgcggcaa
     8941 tgatgcgccg ttcgatgagc agccacggcg tcatgaggtc ggaaagggag atgacgcaga
     9001 agtcgtgtcc catcggtgcg ccgagcaatg cagccgcctt ctgaaaggcg ctgataccag
     9061 gcaacacctc caccgccacg tggctgccac gcttgtgttt catctcaagg atgagggagg
     9121 ccatgccata aatccccgcg tcgccagagc tgatgacgca gacggtgcgc ccttcctcag
     9181 ccacacggaa ggcttcctcg gcgcgacgtc gctcctgctt cataccgctg tcgatacgga
     9241 gtgcgtccgc gggcaagtat gtttcgatga aagggaaata gtaatggtag ccgacgaccg
     9301 cgtcgcagtg tcggagtgca tcgatgacgg ccgacgtgag gtcgcccgcc gatccgggcc
     9361 cgatgccggc cacaatgatt cttgcttgat tcatttaggt gtgtggtgta gtgaaagact
     9421 aaaaaaaaca gagggggcag acgcatcagg tcatcgcccc cccgcttcgt aactcatgca
     9481 gcctcattat cgaggcgctt cagccaatgc ttgccaaacg gggtatacag gaaaagctgt
     9541 attcccacgg ctgctatggc gataaaaatg actgcgataa aatatttgag attcattgga
     9601 tgtgtagtaa ttaaaagaaa gatggagggg cagagatcca acgtcatcgc ccctccgtaa
     9661 ttcatgcaaa actcaatcat caaggctctt cagccaccgc ttgccggagg gggtatagag
     9721 ccaaatcaag ttccctacag ccactatagc gataactgca aatactataa tcagagaggt
     9781 catattcttc tactttaaaa tcctatttcc tattgatgca aacactatgg taacaaagac
     9841 tcctaatgtc accgcaataa agaccccgag tatgaaaaca tctccttcgg tttctttttg
     9901 gaataaaggc gataatccgc ctaatacaaa cgctgcaaaa accaacttgg caaagtcgaa
     9961 atacagcttt gccaatagtt cgcgtcgcgt cttctctttt tccttcttgt ctatctgtcg
    10021 ttgtaatgtc ttctccatgc gatgtgctat ttcttattct tacagctaaa ggctcatccc
    10081 tccttccgct tcttccgttt gtagccgaag gcttgccaac gctcctcaga cgcgccggcg
    10141 aggtgcaggt cgtagcgcgc catcgtgaag aacaggtcgg agaggcggtt gacgtaggac
    10201 atgatctgcg cgggcaactc gtcgagtttg ttgagcgtgc agaggcggcg ttcggcacgt
    10261 cgggcgacga cgcgcgcctg gtgacagagg gccgacgtct ccgtgccgcc gggaaggatg
    10321 aagtaaccct caccgtcagc catcgacgaa gtcatcgcgt caatccacgc ttcgcaacgt
    10381 gtcgcgaggt cgtccggcag cacgttcggg ttcgtgtgcc gcacagccga cggtgtggcc
    10441 acgtgcgaca tgactaccat cagcgtccgt tgcacatcgt gcagcatcgc ttgccactcg
    10501 tgcgacgcgt cgaggcgggc acgcagcaat ccgatggcca cgtttagctc atccaagcag
    10561 ccgttcgcct cgatgcgcgg atcgtcctta tccacgcgca tgccgccgtg cagccctgtg
    10621 cgtccgcgat cgccgctttt cgtgtagatc ttcattgtgt ggagggtata tatataatgt
    10681 gtaggtggac tcaaaactcg cggacaaaga tagccgcggt gatacacacg gcttgagggc
    10741 tccctctggg tacatactaa cgagtcctcc gcaggcgtta tcggcgagca aagatggatg
    10801 gcgaacattc tggcccaagg tcatggcgaa aggacaggca caaggattaa ggcgaccaca
    10861 aggatcttcc ccgtcgtcga ctgaatcgac ggggcctttt cacccagaaa aacaccgtcg
    10921 actgaatcga cgagactatt tcaatcagaa aaacgccgtc gatcgaatcg acgaggctat
    10981 ttcaatcaga aaaacgccgt cgactgaatc gacgaggcta tttcaatcag aaaaacgccg
    11041 tcgactgaat cgacggagca ttcatcaaac aaacattcat cacaccaaac actatacacg
    11101 ggagttttgc atgaggtaac acacatccgc aggtgttggg gctgatgaag gcgatacatc
    11161 agggattttg cacacagacc gagcacttcc cgaatgcacc tacccgctaa cgcatatttt
    11221 tgcccgctgt aaagaacgga cggagcgaaa acgatggcta aatggattaa acgcactgtg
    11281 aagacgtgcc tgctggcgcc cgcgggggcg gtggtggcgg cgtcggtgtt gctgtatgtg
    11341 ccggcggtgc aaaacgttgt cctgaaggct gtcctgcggc acgtgtctga gcgcgtcggc
    11401 atggagatca ccgtggggca tgtgcgactg tcgtatccgc tcgacctgac gctgcgcgat
    11461 gtctcggtgc gcgattcggt gtgtgacacg ctgttcaatg tgcgcggatt gttggtcaac
    11521 gtgcggccgt ggccgctgct gcggggcgag gtgctgatct cgcagctgcg gttagacagc
    11581 gcacaggtgc acagcaagcg gatgatcgag ggcatgcagc tcgatggcac cgtggggcgg
    11641 ctggctacgg ccgacgccga gctcttcatc aagggcgagg agttacggtt agacagtgtg
    11701 ctgctggctg atgcgaacgt gacgctgcgc atcgactcca taacgccttc ggacacgacc
    11761 gacacgaccg tcaaccgttg gcgcatcgag gccgcccggc tcgacctgca acgcgtaggc
    11821 ttcacgctgc aaatgccaaa ggatacgctc tatctgacca cttacctcgg caatgctacc
    11881 ctcacaggtg gctatgccga tcttgccgcg gagcgttatg gcgccgcgcg gctgaacctg
    11941 ctcgctggtt atgccgccta cgacgccagc gaccgtccgc gcacggaagg cctcgatccg
    12001 cagcacatcg cggcatcgaa catcgcgctg ctgctcgact ccgtccgcta ccacgccggc
    12061 gacatccgcc tcgcccttcg cgacggctcc ctcgacgaac gctcggggct ggccgtcgcc
    12121 actgtttctg cctatgtaca catcgacagc acagccgtct ccgtctcgga atgcacgctg
    12181 caaacggcgc ggtcgtacat cgagctacag gcacatgtgc cgtgggcggc gctctcagag
    12241 cagcctacgg cggatttgca ggcggagtgg gccgccacga tcgatgggca agacgtgctg
    12301 acagcaatgg gcgagcaaag cccgaagctg atgcacgcct gcccagacac gacgttgttc
    12361 atctccgggc taatcgaggg caacatgaat cgcctgcgcg tgcacgacct gacgggcgtc
    12421 ttgccgggcg tcttcacgct ggaggcttac ggcacgatgg agcagctgat ggacgaccgg
    12481 aggcggtcgg ggcaggtgta cgcccggcta cagactgaga gtcgggaata tttgaaccga
    12541 tggatcccga aggtctccgg cggacgcttc cgcctgccgg aacgggtgcg gatggagttg
    12601 gaggcgtcga tgaagggcgg cgaataccaa gggcgaatga cggccgagga gtctggcggg
    12661 cgcgtggagc tgacagggcg ttaccattcg ctgcggaacg agtatgccgt cgacatgcgc
    12721 atagacagcc tcaagccggt gcacttcctg ccgaaggatt cgctctatcg gctcacggcc
    12781 gtgctgcacg ctgaggggcg gggcacggac atcttctcgc cgcatacgcg cattgcccta
    12841 cgtggctccg tggccgatgt gcattatgga tcttaccgcc tctccggcct ctcgctcgac
    12901 gggtcactac tcaaccacca agcgcaggct gtgctcagca gccagtcgcc ttatataaaa
    12961 ggtaaggtca cggtggaggg caccgtccgg cgcgaccgca tggcgggcat gatggtcgtc
    13021 gacgtagata cgctcgatct gcatggactg aagatcacaa gcgatcccct ctccggctcc
    13081 ttccagcttt tttccgaggt ggagaccgac cttaagcggc gccatcggtt agatctcacc
    13141 ttgggtaact gggccatcac cacggagcag cagacgtatc gcccgaagat gctcacactg
    13201 cacgccgtca gcgacgacga cacgacgcgc ctctccttcc acgccggcga cctggggctg
    13261 attgccacag gtaacgccga cgccccgacg ctcctacagc aactcgggaa tatctccgac
    13321 gctttccgcg ggctgatggc gcgcgacagt gctgcccaca tcgagcgcct cacgccattg
    13381 ctgcccacgc tcgacctgca acttgaggcc gcgcaagaca atccgctcta caactaccta
    13441 caggaacaaa acatcttctt cgatcggctc accgtccacg cctccacctc gcccgtcgat
    13501 gggctgcaag ccaacgccca gctgttctcc gtgatgaaag acacgatgcg gatcgacacc
    13561 atctgcctcg acatccgcaa cgattcgatc gagggattga cttacgccgt cgacgtgatc
    13621 aagaaccgct tccgcaggca ggacgccttc accgccgggc tgcgcgggca cttgttaaac
    13681 ggcgtggcag aggtgaacgc gctctatcgc gacagccgtg gcgaaacggg gctccaactc
    13741 ggcgtgcagg ctgagcagcg gggcaaggca tatcgcttcc acttcatccc tgacgagccc
    13801 gtgctggcct tcatgccgtt taagttgaac cccgagaact acgtggaggt acgcagcctg
    13861 aagagcatct ccgccgactt gaagctgacc ggcccggaga atgccgcgct gtggatacac
    13921 tccaatgagg attctacgga gctggctgtc gagatgaacc aaatcgacct tcagcagctg
    13981 tcgcgcttcg ccgccatccc cgatatgcaa ggacgggtca acgtggcact gcgctatgtg
    14041 ccctccgacg tgtcttacct cattgcggcc gatgccaaca tcgacaacct gatcttccgc
    14101 ggccaacctg tgggtgagct cttgctcaac ggcgtctacc tgcccctcga caacaaccgt
    14161 catcgcttcg acgcccactt ctaccacaac gagtcggagc tggccgtagt ctccgccctc
    14221 tatcggcagc cgcggcagaa gcaggcgccg ggaatgatag acggcaacat gcagttcgat
    14281 cgtatcccgc tgaatgaatt gaaccccttc ttcggtggcg ccgtggacat gcagggcgtg
    14341 ttgcgcggcc ggctgacgtt ggagagccgc gagcgcggac cgatatggaa cggcttcttg
    14401 aagctcgact ctacgtcgat gtacgtcacg gccgcgggca cgcgttaccg cttcgatgac
    14461 caagaggtgg acatcaagaa cagtaagctg cgcctcacca agtatggcat atacaccacg
    14521 ggtggcaatc cgctcatgat cagtggcacg gtggacatca gcaagccgat gaaagagacg
    14581 gccgacctga ggctgttggc gcaaaacatg ctactgatcg atgccgtgga agcacccgga
    14641 gccatgatct acggtcggct gcctgtcgac ctgaacctca cagcgcgcgg cccgctgcgc
    14701 tcgctcaaga tccgcggcgg tgtgcatgtg cgcagaggta cgaacgtgac ttacgtgatg
    14761 cctgacgcag cctccgagct gaataacgat ttctccgact tcgtcacctt cacttacttc
    14821 tccgacacgg tgccccgccg catccgcgac atcgagcgac agaacgcagc gcgcgcagcc
    14881 tccatcggtg gcatggacgc actactcacc ctgcgcatcg acccgactac gcgcctgaag
    14941 atcgacatgg gaggcggcga gcgatcgaac cgcatcgatc tgcgtggcgg cggcgacctc
    15001 tccttccatt acacttcgct cggcgacatg acgatgagcg ggcgatacgc catctccggc
    15061 ggacagctcc gctacagcat tcccgtgatc ccgctgacgg acttcaccat tcaggacggc
    15121 agctatgtag agtggcaggg cgatttgatg aacccttatc tcaacctgac agcgctcacg
    15181 cgccaacgct ccaccgtaaa cctcgacggc cgttcgcaga tggttgactt caacgtgggc
    15241 ttacaggtgc ggcaacagct gcgcaacatc gccctgaagt tcatccttga ggcacccaag
    15301 aacggcaccg tgcaaacgca gctggccgcg atgggcgaag aggagcgcag taagcaagcc
    15361 atcgggctcc ttgtgacggg cgtctatctg gcacagagcg gcacgggcaa cgagcgcttg
    15421 gatgtgggca cggccatcag cagcctgttg caacgcgaga tcaacaacat gctcggcagc
    15481 ctgagtggcg aagtgccctt ctccttcgac gtgaacacct acgacggcac cgacggcaag
    15541 ggccgacgca tcgactacct cggtcgcttc tacatgggct tcctcaagga gcgtttctat
    15601 accaccctcg gtatgcgtta ctccacgaac gacccggtga cgggcaaccg cttctatctc
    15661 gacgaggctt cgctcgaata ccgcctcgac gccgagggcg cgcgctttgt ccgtgtatat
    15721 aaccagacgg attacgagaa cctcttcgag ggcgagatcc gcaagacggg cgtgagcgcc
    15781 atcttccggc gtaaggtgaa gcgcttgtcc gacctcttcg acttccgtaa gcgtcgcaac
    15841 cggacagtga cggaagaaga gacgccacta cccgacaccg acgacgcgga cgatcagcag
    15901 gaagatgggc tgagtgagga cgccactgat acccctaacg aatccaccaa gaaagatgaa
    15961 gagtaacccc tgcctccccc tcctgccctg ctgcctgatc ctcttgctca gcgcgtcctg
    16021 ctccacgacg aagatgctcc ccaagggcga agtgctctac acgggcatcg agcgcatcgt
    16081 cgtgaccgac ccggccaaca agcaccgacg aggcgccgac gaggtgttag gcaaggtgga
    16141 ggaggcgctg gcttaccccc cgaacaacgc cctgttaggc agctccagca cgcgcacgcc
    16201 gctgccgttg gggctgtgga tgtacaacgc acacgtgggc aagagggggc gcttccacca
    16261 gtggatgtac cgctggttag cggctcggcc ggtgacgctc gcgaccgtca agccagccaa
    16321 ccgcgcgctg gcggcgcaga atatcctgca cgagaacggc ttcttccgcg gatcgacgga
    16381 ctacgaaatc atccccaacc gcaaggattc actgaaggcg cgtgtgcgtt atcgcatcac
    16441 cctcaatgag ccttacacca tcgactccgt ccgcttccgg cgcatgcagg atcgcagtga
    16501 cacgaccatc aaatggcgcg acgaagaccg gctgctccac cgtggcgacc tcttctccgt
    16561 cgaacgcctc gaggccgaac gcgaacgcat cgcctccatc atgcgcgaca atgggtactt
    16621 ctacttccgg ccggaataca tcgaggtgca ggccgactct acgaagggcg accacttggt
    16681 cgatctgcgc gtgcgggtgc ggcgcgatgt gccccgcgac ttcatccgca agccgtggtt
    16741 tatggggcgc acctccatcc acctgatcgg ttacgacggc gaggagccca ccgacagcct
    16801 cacgtatcgc gacgtcacca tccactacga gggcgagctg cgcctccgcc ccgccacgct
    16861 ctaccgcctg ctgcgcttcc gccccggcga gcgttactcc ttagctcggc aggatgagac
    16921 gcaggcagcg tttggcaagc tacgcacctt ccgcttcgtg gacatgcaat acacgcccac
    16981 ggacacctct tccacatgcg acacgatgaa tgtgcgcatc cgtgccacgt atgattaccc
    17041 cctcaacagc cgccttgagg tgaagggcac cgtcaacgac aaccgctacg ccggccccgg
    17101 cttcacgctg gctctgaccc gcctcaacat gttccgcggc ggcgagaacc tctccgcctc
    17161 cttctatggc tcttacgaat ggcagacggg cgcacgcgct gccggccaca cggggctcgt
    17221 gaacaactac gagatcggcg cccgcggctc gctcaccttc ccgcgcctcg tcctgccccg
    17281 cttcggccac acggactacg acttcaccgc ctccacacgc ctcgaggccc aggcggccgt
    17341 cctcaatcgc gcccgcttct tcaaccaact caccttcggc ggcagcctct cctacgactt
    17401 cgtgcccaac cccatccgcc gccacacctt cacgccgctg cgcctcacct tctcccgcct
    17461 ccttagcacc acggccgcct tcgacagcat cgtgacccgc aacccctcca tccgtcagag
    17521 ccttcaggat cagttcatcc ccgtcatcga gtacacctac acgctcgata acacctccgt
    17581 gcgcgatgag cgcagcaaga cacgctggca cttctccgtg gccgagtcgg gcaacctcct
    17641 ctccgccgct cacgccctct tgggtcgacc cttcagccag cagggcaaga cgatgttccg
    17701 gaaccccttc tcgcaattcc tgaagatgac taccgagctg cgctacaacc attacatcga
    17761 ccgccaccag cggctggcct tccgattggg tggcggcatt atttacagtt atggcaatgc
    17821 cacacaggcg ccctacagcg agcagttcta cgtgggtggc gccaacagca ttcgcgcctt
    17881 caccatccgc agcatcggcc ccggccgcac catccctgac gcctccgacc cttacgacta
    17941 catcgaccgc attggcgaca tcaagctcga gggcaacgcc gaataccgct tccgcctcgt
    18001 cggcgacttg ggcggtgccc tcttcctcga cgccggcaat gtctggctcc tccgcaacga
    18061 ccctgcacgc cccggaggcc gcctcgagtg gggccatctg ttcaacgaca tcgccttagg
    18121 caccggcatc ggcttccgtt acgacatcaa cctgctcgtc ttccgcttcg acatcggcta
    18181 cgccctccac ttcccctacg acaccggccg ccgcggctac ttcaacaccc ccaacctccg
    18241 cgacgccctc ggtttccacc tggccttagg ctatcccttc tgattcaggt ggctcgatgt
    18301 cgcccgcagc ggcccttcag gccgtaccgg gggaaaatcc ttacccgcaa tcccacccag
    18361 ggcgttgcct tgggctatcg tccagcggcc cttcaggccg ccgcgggtac acactcaatc
    18421 ctttgcaaac catgttcgtt tgactataag ctctgcacgg tggtcataca acgctactgc
    18481 acaaggcgct tgtacgctac tgtacaaagt gcttgtacgc tactgtacaa agtgcttgta
    18541 cgctactgta caaggtgctt gtacgccact gtacaaggcg cttgtacaaa tccgccctca
    18601 caacgcatgc tttgtgtcac tcacaacgca tgctttgcga cacccacaac gcaggctttg
    18661 tgacacccac aacgcaggct ttgcgacacc cacaatgcag gctttgtgac acccacattg
    18721 accagccgcc cttcccgcct acttttgccg ccctatgaaa gagtttatca tcacacaaga
    18781 acaaaccgag cgcgccgtgc tcgtcggact catcaccccc gaacagagcg aggcgcaggt
    18841 gaaggaatac ttagacgaac tggccttcct ggccgagaca gccggcattg agcccgtccg
    18901 gcgcttcaca caaaaggccg acatgcccca cgccgtcacc ttcgtcggct ccggcaagct
    18961 gcggcagatc ggcgagtatg tggcggaaaa cgagatcggc attgtcgtgt ttgacgacga
    19021 gctgtcggcc aagcagctgc gcaacatcga gcgggaactg aaggtgcgca tcctcgatcg
    19081 cacgaacctc atcctcgaca tcttcgccaa acgtgcccag acggcccacg ccaagacgca
    19141 ggtggagctg gcgcaatacc gctacatgct gccccgcctg acgcgcctct ggacacacct
    19201 tgagcggcag cgcggcggcg ttggcatgcg tgggccgggt gagacgcagc tcgagaccga
    19261 ccgccgcatc atcctcgatc gtatatcgaa gctcaaacgc gagctggcag agatcgataa
    19321 gcagaaggct acgcaacgtc gggggcgcgg caagctggtg cgcgtggccc tcgtgggcta
    19381 cacgaacgtg ggcaagtcca cgctcatgaa cctgctcggc aagagcgaag tctttgccga
    19441 gaacaagctc ttcgccacgc tcgacacgac cgtccgcaag gtgatcatcg aaaacctgcc
    19501 cttcctcctc tccgacactg tcggcttcat ccgcaagctg ccgaccgagc tcgtggagtc
    19561 gttcaagtcc acactcgacg aggtgcgcga ggccgacctg cttgtccatg tggtagacat
    19621 ctcccaccct accttcgagg agcagatcgc agtcgtggag cgcacattgg ccgacattgg
    19681 ttgcgccgac aagcccgtga tcacggtctt caacaagatc gacgccttct ccttcgtgcc
    19741 caaggacgaa gacgacctga cgccgcgctg ccgcgagaac atccccctcg ccgagctgcg
    19801 cgacacgtgg atgagccgcc tgcccggcag ctgcatcttc atctccgccc gcgaccgcac
    19861 caacatcgcc gccctcaagt cgctcctcta cgagcgcgtt aaagccatcc acatcacccg
    19921 ctttccctac aacgacttcc tctttcagca ct
//
LOCUS       SEQF3106|MIQD01000040.119065 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..19065
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     tRNA            complement(715..790)
                     /locus_tag="SEQF3106_01284"
                     /product="tRNA-Pro"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Pro(ggg)"
     CDS             complement(864..1964)
                     /gene="aroB"
                     /locus_tag="SEQF3106_01285"
                     /EC_number="4.2.3.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P56081"
                     /codon_start=1
                     /transl_table=11
                     /product="3-dehydroquinate synthase"
                     /translation="MRLISLLLLYVIAYLPTMILFTKDIAETLAAYLASKNYDKTYLV
                     ADTNTRQHCLPLLEGIPALRDAGQITIEAGDVHKDIAQVTQIWQHLSTGGASRHSLLI
                     NLGGGMVTDLGGFAGATFKRGLHTLNIPTTLMASVDAAVGGKTGINFGGLKNEIGAFH
                     QPDCVMIDCTFLRTLDRDNLLSGLAEMIKHGLIADPDHLRALLTIDISARHFTIDPAE
                     VERSVAIKERIVAEDPTEQGIRKALNFGHTIGHAFESLSFARSRPILHGHAVAAGLVC
                     ELYLSHKHCGLPTDDLRPATHLIRSGYPPFAFSCKDYDTIYERMTHDKKNAGGRIRFT
                     LLRRIGDVVIDQEVPRELVFESFDFYRESMGE"
     CDS             complement(2217..4847)
                     /gene="alaS"
                     /locus_tag="SEQF3106_01286"
                     /EC_number="6.1.1.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00957"
                     /codon_start=1
                     /transl_table=11
                     /product="Alanine--tRNA ligase"
                     /translation="MLTAQEIRESFLSFFASKKHHIVPSAPMVIKDDPTLMFTNAGMN
                     QFKDIILGNTSIKYPRVADSQKCLRVSGKHNDLEEVGHDTYHHTMFEMLGNWSFGDYF
                     KKEIIGWAWEYLVDTLHLDPARLYATIFEGSPSEGLERDNEAADYWAKYLPADHILEG
                     NKHDNFWEMGDTGPCGPCSEIHIDLRPDAERAAVSGASLVNKDNPLVIEIWNLVFMQY
                     NRKADGSLEPLPNRVIDTGMGFERLCMALQGKTSNYDTDVFQPLIQAIARMTGTTYGQ
                     DRQKDVAMRVVADHIRTIAFSITDGQLPSNAKAGYVIRRILRRAVRYAYTFLGCKEAF
                     MYRLLPTLIATMGTAYPELVAQQELIEKVMKEEEEAFLRTLETGIRLLEKKIEELNAA
                     GSKTLAGTDAFALYDTYGFPLDLTELILREHGMDADLKGFDAEMQKQKERARNAAAIE
                     ADDWVTLREGETAFVGYDMMECDVEILRYRRIKQKNKTLYQIVLDKTPFYAEMGGQVG
                     DSGCLIAPDGERTEIIDTKRENNLPVHLATKLPTDLTASFTARIDVERRIRCECNHTA
                     THLLHEALRETLGTHVEQKGSYVGPESLRFDFSHFGKMTDEEIRRVEQIVNRRIRQNL
                     PLDEHRNMPIAEAKALGAMALFGEKYGEEVRVVRYGTSVELCGGTHIPATGMIGSMYI
                     TSESSIAAGVRRIEAVTAEGAERLFHFTQDAVREVRALFNNVPNLVPTIRKSIEENSE
                     LKRQVGEYIREKAATMKKELLSRAVDCRGTRLILFHGEGDVDLYKSIAMQIKDEAPSA
                     ERICFVAGIRDHDRCGLLVLLSQPLVSEGLDAAKLVKKGSSFIRGGGGGQSHFAMAGG
                     KNPDGLSAAIDAILEEAGLK"
     CDS             4950..5933
                     /gene="mepM_2"
                     /locus_tag="SEQF3106_01287"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AFS9"
                     /codon_start=1
                     /transl_table=11
                     /product="Murein DD-endopeptidase MepM"
                     /translation="MGLFKSKKIYYKYNPETLSFERVYLTLKQRIFAFIKHASVGILV
                     GVALFFLFANIFSSPMESLLKKENKLLQTQYEVLRLQLNNALDVLDDIQQRDENLYRA
                     IFQARSIPESVRKPGFGGTNRYAYLSSLSNADLVIETTQKLDMLKKQLYVESKSLEEL
                     ITIGKSLEERVRCIPAIQPISNKDLKHMASGYGTRIDPIYHTLRFHAGMDFAAPMGTD
                     IYATGNGRIILAGWKQGYGNCVIIDHGYGYKTLYGHMEKILVREGQKVNRGEVIGLVG
                     STGKSTGPHLHYEVHINDKPDNPAKYYYQDLNPEEYDQMLQMSENHGQVMD"
     CDS             5958..6341
                     /locus_tag="SEQF3106_01288"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLRQDKNLKLYFSIKEVARRFGLNASTLRFWEKEFDELAPRKL
                     APRGTRYYTEEDIETVRLIHYLLKERGMTLAGARRKLKDNKETTINQMQIIEKLKGIR
                     AELVALRDAVGKLENNVDERVNKNE"
     CDS             6349..7305
                     /gene="yrbG"
                     /locus_tag="SEQF3106_01289"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P45394"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YrbG"
                     /translation="MSVIFVVIGLVLILVGADALTDGAAALAKRFRISNLVIGLTIVA
                     FGTSAPELTVSILSAFKGSPDLAMGNVVGSNIFNTLLIVGCTAAIVPLHVPRSTISKE
                     LPLCILASLVLLFMANDMWFDGASENVLSHTDGFVLLAFFAIFFGYTIAIARNRTDDA
                     DDGSIKSMPIWRSALYIVGGLAGLIYGGQFFVDGSSQIARSLGVSESVIGLTLVAGGT
                     SLPELATSVVAAWKKNPQMAIGNVVGSNLFNIFFVLGCAASIHPLHVSGITLLDYAVM
                     VGSAVLILLFSQFFQKRTITRWEGVVMTLCFIAYMAHLVAHA"
     tRNA            7381..7455
                     /locus_tag="SEQF3106_01290"
                     /product="tRNA-Arg"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Arg(ccg)"
     CDS             7876..11352
                     /gene="plsC_2"
                     /locus_tag="SEQF3106_01291"
                     /EC_number="2.3.1.51"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26647"
                     /codon_start=1
                     /transl_table=11
                     /product="1-acyl-sn-glycerol-3-phosphate acyltransferase"
                     /translation="MIHFILSVYDFFARRRALLLVLLLAITAGCLVSAYRLGFTEDIA
                     RFLPNDRENERINSAYRDVILSNMITVYCSATDTTDAGRARQTEAVDALAERLRTMPD
                     ADRIRNMRYRMDPAEMMAVAEFVTDNMPYFLTDDDYRRIDSTLTPAAIAHRLEADRDI
                     LTSSVGMILRPQLLADPLRLSEGAVDRLRSMQAGGRFSLFQDHIFADDGRALLMIECS
                     IPASETSANVAFIQHLKACMAETEREFRGITFHSFGAVEIALTNADRIRSDSMLTGLL
                     AAVVVLGLLLYSFRSVREIGLIFAAVLFGGLFALALLHLIRGEASTIAVGVSSIIFGI
                     AINYPLHFIGHHHHTPDPRTVIKDIARPLTVGNITTVSAFMSLVFINSDAMRDLGWFA
                     SLLLIGTILFVLFFLPHLLPRRMTPRTDYSLFRRLTDRPFGQNRVAMAVVILLTIVLS
                     FFAGDSSFEADMHSINYMTPEHRADFARLRAMMNDNRHVLYYVTEGATTDAALEANER
                     SLAALADLKQSGDIARVGGIDGFLPSRVRQAERIRRWQDFWRVRREAVLTTLRAEAIR
                     LGFRADAFRGFEEAVDRPWQVEDADFFAPLRAAVSGGYLFERPGRTMVVNLLYLDADR
                     APAIEQALNERNEASIAFDAESMTRRMIASLSDNFNYVLYVCGFIVFVFLLFSMRRIE
                     LCLIAFVPLTLSWVWILGLMGIFDMKFNIVNIILATFIFGQGDDYTIFMTEGLIYEYT
                     YRRRTLASYKDSIALSAAIMFVGMGVMIFARHPALRSLGEITVVGMLSVVVMAYLFPP
                     FLFGFLTTAGGRPRRMPVTLRNLLVSLYAFTYFLFTSFGLTLVGWVMFTLGKTTRKKK
                     AAYHDMLCGIARFTMRHFPQVRTTVENTSGEDFRRPAIILCNHQSHLDLMCLMMLTRK
                     LIILTNNWVWHSPFYGRLIRYADFYPVSDGIDRTLIHLRDAIRRGYSVAIFPEGTRSA
                     DCSILRFRRGAFYLAEQLGVDLLPVMIHGAGHVLPKQDFMLRRGSIHVRILPRITPSD
                     TRFGADHLTRARELRRYYIQEYAALRRSLETPDYFADLVIHNYIYKGPAIERAVRTAL
                     RHHANYAAEIAAQPDRGAVTIRNTGYGEYALLLSLVKPDLQITAIEPDADRRALAAQC
                     AARPENLRYEDQ"
     CDS             complement(11444..11728)
                     /gene="hipB"
                     /locus_tag="SEQF3106_01292"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P23873"
                     /codon_start=1
                     /transl_table=11
                     /product="Antitoxin HipB"
                     /translation="MEMTSLDEILDKKFGVEGSESRKRFEEECEVLYLSECLKETRKK
                     EGLTQQQLADKTGMKRASISRIENGRGDIPLSTLHKLFDGLGKRVSIVIS"
     CDS             12186..12908
                     /locus_tag="SEQF3106_01293"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSFPLSSTSIAPRTVALQIDTTYWGRNFGVVLFMDVATHRVLH
                     FRFIYRKERIEDYLAGIAYLKRQGIRVSGVISDGLSGLRKALAPIPYQYCQFHQTQRI
                     RQLLTNHPKHPASIALKEIGLQLTQSDKKQFAGLLAQWHEQWKAYLEEKTFSENGASF
                     IYTHRRLRAAYFSLTRHLDILYTYQCFPELGLPNTNNALESLNASLKTKLRLHRGISR
                     ERKQRLIQAVIIAYNPCPINES"
     CDS             complement(12954..13199)
                     /locus_tag="SEQF3106_01294"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKIRELVFYREYATDFIQEQPDNVQKKIFHVLNIVRTYDPIPP
                     MFFKHVEAGLYEIRIEFQSNIYRIFWLKGQICSCGVL"
     CDS             complement(13283..16252)
                     /locus_tag="SEQF3106_01295"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKITPWIMATACLAMIGGSLWATTTLNLAPAPWAAPAPPVPAK
                     PTIDPVTDQPAAGSTVTVTIHSDTTWTASSDVPWATVEAPITGNKDGSVTVTFAANTG
                     TTERTATITVTTADASVFQTVTIKQLAPAVVPALTITPASLGDQLATVATPVTITVNS
                     NVAWKVTSNKTWLQVAPSNGTGGSAETVTLTFDPNTGAERDATVTFETTAGTPTATVT
                     LPVKQLAPAVPPSITLSKTQIDTTADAATVAMSVNANVAWTATPSEGWVTVTPANGTG
                     TGSPESITINLTKNETGAVRNANVTFTAGTATQTVTIKQAAAAAAPTLTATPTSIDVD
                     EKAYTKTIEIKSNAAWKAEVEAGKPWVKVATADATGTSDKTITLNIDANTSAARTAKL
                     TIKTTTGTGDVTAEITINQSGTGPTLVLDTAALMGTQPFTGADRVVKVKSNSLWVATS
                     GAEWIRILDGQGGEQATRPGGNDQDVTVRIKPNTANAPRTATITFKTNREGVTNITKT
                     VTVTQAASSFSYSITGLADPVDAAGAQATVTLNSTTSYAISTRGTDWLKIQDGTQPEK
                     DSIGFSGSQHSLYLLVKGNDGGIRTGYLRIYSNGVLVETRKVTQAGNNITAQLVTPGN
                     IPVGGGTKDVKVSSPTSWEILITGDWLVVDKKKKVESSVNDTLITFRAKDKNPGLTAR
                     TATVTFQTKRGQGKTSITLTQDGSFSMIYDKSQFEKISQKGAQRLTVVVKSEKPWKPS
                     VVEIPATKSGPQLRAKVVEKDTTLSWLSISYERENATRNDGEMKIDVKPNTGTTSREA
                     KILLTLTDGTPLDTIVLRQFNAEGKLTPHGTTTPVTALKFSKTSVSININKAKTLQLS
                     VTVVPDNASNKTVLWSSSDTSIAKVDTKGLVTVQKEGKAIITATAADGSGVKATCEVN
                     VLTTDANAALEGLKIYATAGQLHLSLPAAHDVRIYTLTGALVRTLTAPAGETTLALPA
                     GLYIVRAGNAVQKVMVE"
     CDS             complement(16395..17342)
                     /locus_tag="SEQF3106_01296"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEIVEIKALGITRLGNGQHVNFHRSAYDLVNEYEPAKIGITEP
                     LKAEWNGHIDTEEDINCEATADILTRAINKKDEERDKLIIFIFMMVRGYRYSPDLAEV
                     DAAERLQIILSPYGKLQRLPFNDETSRINGLLTDLKKPGNAALVTTLRLTSAVNKLEA
                     ANAEFHDLSLQSVKAVRRSNLPSAAAVRPKTDAVYDRIIFMIRAAYLSGAAPVDKEAI
                     KTLVQHLNNLVDKVNANYRQILAERRAAAEKKPKDPKDPKKPKDPKKPEGGGDDIQIP
                     SEPPKKPGDTEQPTPKPGGEGGGDDIQIPSEPPKKPDGQ"
     CDS             18095..18970
                     /gene="ytnP"
                     /locus_tag="SEQF3106_01297"
                     /EC_number="3.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34760"
                     /codon_start=1
                     /transl_table=11
                     /product="putative quorum-quenching lactonase YtnP"
                     /translation="MTIRLLNTGTFFADGGAMFGAVPRSAWGRRYPFNYRNDCKLAML
                     AGLITTDDGRVILIDNGYGTKRPEPFTRTALAFHHIQDPAQTLARLGIPPESVTDIIL
                     THLHFDHCGGTTRLGDRGRIVPTYPRAQVHVSLAQLRECAAPNPLEVDSFSTDHIDAI
                     RQAGLLHPITEPQTYIHPHIRLTLHDGHTAGQIAVRISPTDGRTGGILFPGDIIPTAA
                     HLSPTWLSAYDISPLDSLRAKCQLLDEAARDRLTIVFYHDAFHPYATILKTRNSYIIA
                     QPEPGAEAAPITLID"
ORIGIN      
        1 gggggggggg gggggggggg taaaatgagg gaagggtccg caggcctacc tgcgtcccct
       61 ttacctctac agatacgagt aaaaatgcga taagaagaaa ttcattcatg gggcttgaac
      121 cattattgta ggagcaaatg taggggcgtt cttataaccg ccaaacagat acaccacatt
      181 tttttacgcc tcaccgggat gtgttcacct ttttgaacat gttgtttatg cttttccacc
      241 ccagtggaat gagtaaaaat atcttgtgcg atgctttaat tatcaggggg taatgatcct
      301 caattcggga ggcaaaaagc agcaaaaagg ggcggaaaag gggtgaaaaa cgaaaaatga
      361 aggatcgaaa agtaaaaagt tgcagggcgg tgggggcgcg ctgcgttacc gtatatatat
      421 aggtataggc acccgccccc cgaacggcgc ttgtccacac gcccccccct catcctacct
      481 gtcgcggatg atccatgata aaacgcgggg gtagcaattc tgtttttgtt taatctgttc
      541 catgatgatg gtagaataac agcctccacg cagatcaaga tttagacaat cacattgtgt
      601 cgttgcagaa atcttagtgc ctccgccgcc ggtttggacg gatctatgtg tctgtacata
      661 aagaaagccc ctcaaagccg cttcgttgct gactttgagg ggcttttccc accagtcggg
      721 gtgactggat tcgaaccagc gaccacacgc cccccagacg cgtactctaa ccgggctgag
      781 ctacaccccg aaggcatttc cgtcgaatgc gcggcaaatg taaaaacgga atcgacaaac
      841 aaaagcctcg caccaactat ttctcactcg cccatgctct cccgatagaa gtcgaacgac
      901 tcgaagacga gctcgcgagg cacttcttgg tcgatgacga catcgccaat gcggcgcagg
      961 agggtgaaac gaatccggcc gccggcgttc ttcttgtcgt gggtcatgcg ctcgtagatc
     1021 gtgtcataat ccttgcagct gaaggcgaag gggggatagc cggagcgaat gaggtgcgtc
     1081 gcggggcgca gatcgtcggt ggggagaccg cagtgtttgt gcgagaggta gagttcgcag
     1141 acgaggcccg cggcgacggc gtggccgtgg aggatgggac ggctccgggc gaaggagagg
     1201 ctctcgaagg cgtggccgat ggtgtggccg aagttgagcg ccttacggat gccctgttcg
     1261 gtcgggtctt ctgcgacgat gcgttccttg atggcaacgg aacgctccac ctcggcggga
     1321 tcgatggtga agtggcgggc ggagatgtcg atggtgagga gggcgcgcag gtggtcgggg
     1381 tcggcgatga ggccgtgctt gatcatctcg gcgaggccgg agaggaggtt gtcgcggtcg
     1441 agggtgcgga ggaaggtgca gtcgatcatc acgcagtcgg gctggtggaa ggcgccgatc
     1501 tcgttcttga ggccgccaaa gttgatgccc gtcttgccgc ccacggcggc gtcgacggag
     1561 gccatgaggg tggtggggat gttgagtgtg tgcaggccgc gcttgaaggt ggctccggcg
     1621 aagcctccga ggtcggtcac catgccgccg ccgaggttga tgagcagcga atggcgcgag
     1681 gcaccgcccg tggagaggtg ttgccagatc tgggtcacct gtgcgatgtc tttatggacg
     1741 tcgccagcct cgatggtgat ctgcccggcg tcgcggaggg cggggatgcc ctcgagcagg
     1801 ggcaggcagt gttgccgggt gttggtgtcg gctacgaggt aggtcttgtc gtaattcttc
     1861 gaagcgaggt aggccgccag cgtctcggcg atgtctttcg taaagaggat cattgtgggg
     1921 aggtacgcta taacatataa taataggaga gaaatgagcc tcataatgct caaaaacgtt
     1981 tttggagcat tttgagcctc ataatcgacc aaaaatgctt tcgcggccga ttttgggcct
     2041 cataatcgac caaaaatgct ttcgcggccg attttgagcc tcataattga ccaaaaatgc
     2101 tttcgcgatc gattttgagc ctcataatcc atcaaaaatg ctttcgcgat cgattttggg
     2161 cctcataatc gatcaaaaat gctttcgcgg ccgattttgg gcctcatcat agggggttat
     2221 ttcagcccag cctcctctaa gatggcgtcg atggcggcgc tcagaccgtc ggggttcttt
     2281 ccgccagcca tggcgaagtg ggactgtccg ccgccgccgc cgcggatgaa cgaggagccc
     2341 ttcttgacca gtttcgcggc gtcgagacct tcgctgacga ggggctggct gagcaggacg
     2401 agcaggccgc aacgatcgtg gtcgcggatg ccggccacga agcagatacg ctcggcgctt
     2461 ggtgcctcgt ctttgatctg catagcgatg gacttgtaga ggtcgacgtc gccctcgccg
     2521 tggaagagga tcagccgagt gccacggcaa tcgacggcgc ggctgagcag ctctttcttc
     2581 atcgtagcgg ctttctcccg gatgtactcg ccgacttgcc gcttgagctc gctgttctct
     2641 tcgatcgatt tgcggatggt gggcacgagg ttgggcacgt tgttgaacag ggcgcgcacc
     2701 tcgcgcacgg cgtcttgggt gaagtggaaa agtcgctcgg cgccttcggc cgtaacggcc
     2761 tcgatgcgac gcacaccggc ggcgatggag ctttcgctgg tgatgtacat ggagccgatc
     2821 atgccggtgg cggggatgtg ggtgccgccg caaagctcga cggaggtgcc gtagcggacg
     2881 acgcgcactt cctcgccata cttctcgccg aagagggcca tcgcgcccag ggctttggcc
     2941 tcggcgatgg gcatgttgcg gtgctcgtcg aggggcaggt tctgacggat gcggcggttg
     3001 acgatctgct ccacgcggcg gatctcctcg tcggtcatct taccgaagtg ggagaagtcg
     3061 aagcggagcg actcgggccc gacgtacgat cctttctgct cgacgtgtgt gccgagcgtc
     3121 tcgcggagcg cctcgtgtag gaggtgcgtg gccgtgtggt tgcattcgca gcggatgcgg
     3181 cgctccacgt cgatgcgggc tgtgaaggag gcggtgaggt cagtggggag cttcgtggcg
     3241 aggtgcacgg gcaggttgtt ttcgcgcttc gtgtcgatga tctccgtccg ttcgccgtct
     3301 ggtgcgatca ggcagccgct gtcgcccacc tgtccaccca tctcagcgta gaaaggggtc
     3361 ttgtcgagga cgatctggta gagcgtcttg tttttctgtt tgatgcggcg gtagcggagg
     3421 atctccacgt cgcactccat catgtcgtag cccacgaagg ccgtctcacc ctcgcgcagc
     3481 gtcacccagt cgtcggcctc gatggcggcg gcgttgcgcg cgcgttcctt ttgcttctgc
     3541 atctcggcgt cgaagccctt gaggtcagcg tccatgccat gctcgcggag gatgagctcg
     3601 gtgaggtcga gggggaagcc gtacgtgtcg tagagcgcaa aggcatccgt tccggccagc
     3661 gttttgctgc ccgcggcgtt cagttcttcg atcttttttt caagcaaacg gatgcccgtc
     3721 tccagcgtgc ggaggaaagc ctcttcctct tccttcatca ccttttcgat cagctcctgc
     3781 tgggccacaa gctcggggta ggccgtgccc atcgtggcga tgagggtcgg gaggaggcga
     3841 tacatgaagg cctccttgca accgaggaag gtgtaggcgt aacgcacagc gcggcgcagg
     3901 atgcggcgga tcacatagcc cgccttagcg ttcgagggca gctgcccgtc ggtgatggag
     3961 aaggcgatgg tgcggatatg gtcggccacg acgcgcatag ccacgtcctt ctgccgatcc
     4021 tgtccgtaag tcgtgcccgt catgcgggcg atggcctgga tgagcggttg gaagacgtcc
     4081 gtgtcgtagt tcgacgtctt gccttgcagc gccatgcaga gtcgctcgaa gcccatgccc
     4141 gtatcgatga cgcggttcgg cagcggctcc aaagagccgt cggccttcct attgtattgc
     4201 ataaagacga ggttccagat ctcgatcact aacgggttgt ctttgtttac gagcgatgca
     4261 ccggacacag ctgcgcgctc ggcgtcgggg cggagatcga tgtggatttc cgaacaaggt
     4321 ccgcagggcc ccgtgtcgcc catctcccaa aagttatcgt gcttgttgcc ctctaagatg
     4381 tggtcagcgg gcagatattt tgcccaatag tcggccgcct cattgtcgcg ctcgaggccc
     4441 tctgacgggc taccctcgaa gatggtggcg tagagccgtg cggggtctaa gtgcagcgtg
     4501 tcgaccaagt attcccatgc ccaaccgatg atctccttct tgaaataatc gccgaacgac
     4561 caattgccga gcatctcaaa catggtgtgg tgatacgtgt cgtgccccac ctcctcaagg
     4621 tcgttgtgct taccgctgac gcgcaagcat ttctgtgaat cggccacccg cggatactta
     4681 atggaggtgt taccgagaat gatgtccttg aattgattca tcccggcgtt ggtaaacatc
     4741 aacgtgggat cgtccttaat gaccatcggt gccgagggta cgatgtggtg cttcttcgag
     4801 gcgaaaaagg agaggaacga ctcgcgaatt tcttgtgctg tcagcatact atatgaatat
     4861 gtaaataaac cgttaaaacc ttgtaaatgg ggcgcaaaca taggccaaaa catacatttg
     4921 caccctaatc acaacgagag aaatgaatta tgggactgtt caagtcgaag aagatatact
     4981 ataagtacaa ccccgaaaca ctcagcttcg agcgcgtata cctcaccctt aagcagcgca
     5041 ttttcgcctt catcaagcac gccagcgtgg gcatattagt cggggtagcc ctcttctttc
     5101 ttttcgccaa catcttctcc tctcccatgg agtcactgct caaaaaagag aacaaattgc
     5161 tgcaaacgca atacgaggtg cttcgtttgc agctcaataa tgccctcgac gtcttagacg
     5221 acatccagca gcgcgacgag aacctctacc gcgccatctt ccaagcccga tccatcccag
     5281 agtctgtacg taaaccagga tttggcggca ccaatcgcta cgcctacctc tccagcctct
     5341 caaacgccga cttggtgatt gaaaccaccc agaagctcga catgctcaag aagcagcttt
     5401 acgtcgaatc caaatcgctc gaggagctga tcaccatcgg taaaagcctc gaggagcgcg
     5461 tgcgctgcat acccgccatc cagcccatat caaacaaaga cctcaaacac atggcctcgg
     5521 gttatggcac ccgcatcgac ccgatctatc acaccctccg cttccatgct ggcatggact
     5581 tcgccgcccc gatgggcacc gacatctacg ccacgggcaa cggacgtatc atcctggccg
     5641 ggtggaaaca gggctatggc aattgcgtca tcattgacca cggctatggc tacaagacgc
     5701 tttacggaca catggagaag atcctcgtcc gcgaggggca gaaggtgaac cgcggcgagg
     5761 tgatcggact cgtcggcagc acaggaaaat ccaccgggcc gcacctgcat tacgaagtgc
     5821 acatcaacga taaaccagac aatccagcca agtattacta ccaggatctt aatcccgagg
     5881 agtacgacca aatgcttcag atgtctgaga accacggaca ggtgatggat tgaccgcacc
     5941 cccctccccc tccacatatg ggattgagac aagacaaaaa cctcaaactc tacttctcga
     6001 tcaaggaggt agcccgacgc tttggcctca acgcatccac cctgcgcttc tgggaaaagg
     6061 aattcgacga gctcgcccca cgcaagctgg ctccccgagg gacccgctac tacaccgaag
     6121 aagacatcga aaccgttcgc ctcatccact acctgctcaa ggagcgtggc atgaccctgg
     6181 ccggtgcacg gcgtaaactg aaagacaaca aggaaacaac catcaatcaa atgcaaatca
     6241 tagagaaatt aaaaggtatc cgcgccgagt tggtggccct tagggacgcc gtcggtaagc
     6301 tggagaataa cgtagatgaa agggtaaata agaatgaata gtgaatggat gtcagtcatt
     6361 ttcgtcgtca tcggattggt gctgatcctc gtcggcgccg acgccctgac tgacggcgcc
     6421 gcggccttgg ccaaacggtt tcgcatctcg aacttagtga tcggcctgac gatcgtggcc
     6481 ttcggcacct ccgccccgga gctgaccgtg agcatactct ccgccttcaa gggcagcccc
     6541 gacttggcaa tgggcaatgt agtgggctcg aacattttca acacgctgct gatcgtcggt
     6601 tgcacggccg ccatcgtccc cctacacgtg ccccgaagca ccatctcgaa agagctgccc
     6661 ctctgcatac tcgcctcgtt agtgctcctc ttcatggcca acgacatgtg gttcgacggc
     6721 gcctcggaga acgtcctgag ccacacggac ggcttcgtgt tgctcgcctt cttcgccatc
     6781 ttcttcggct acaccattgc catcgcccgc aaccgcacgg atgacgctga cgacggcagc
     6841 atcaagtcga tgcccatatg gcgttcggcg ctctacatcg tcggggggct ggcagggctg
     6901 atctacggcg ggcagttctt cgtcgacggc tcgtcgcaga tcgcgcgcag cctcggcgtg
     6961 agcgagtccg tcatcggcct cacgctcgtg gccgggggta catcgctgcc ggagttggcc
     7021 acctccgtcg tggccgcgtg gaagaagaac ccgcagatgg ccatcggcaa tgtggtcggg
     7081 tcgaacctct tcaacatctt cttcgtgctc ggttgcgccg cctccatcca cccgctgcac
     7141 gtcagcggca tcaccctgct cgattatgcc gtgatggtgg gctcggccgt gctgattctt
     7201 ctcttcagcc aattcttcca gaagcgcacc atcacgcgtt gggagggcgt tgtgatgacg
     7261 ctttgcttca ttgcctacat ggctcacttg gtggcccacg cgtaactcat cttccccatc
     7321 gctccgcccc ccccccagcg atggggattt aaatccgctt ctatatttgc cgccgcaaaa
     7381 ggccccgtag cttagttgaa tagagcgtca gattccggtt ctgaaggtcg tgcgtttgag
     7441 tcgcaccggg gtcacgaaac ttccgatccc tgctctgggg aagaaaagtt tggtgcatca
     7501 tatttgatag aatttgggaa gctccgtcgg tcgctatggt tggttgcgcc ggcggggctt
     7561 ttcgttttgc ctgggttggc aggccgattg atcattgccc ttcgcgcgca tccctctttc
     7621 acaggggcga ccctacgcgg aggagcagag gggctgcaat ctgtttctgg aggactatag
     7681 aacggacttt ttaatgcttg cttgggcttg agcaaatgcc aaatcggacg ttttggtgct
     7741 tgctcagcct gagcaaatga gaaatcggac gttttgatgc ttgctcagcc tgagcaaatg
     7801 ataaatcgga cgttttggtg cttgctcagg ttgagcaatg cactccctct ttcacttttc
     7861 attttttcat tccccatgat ccacttcatc ctctccgttt acgacttctt cgcccgccgc
     7921 cgggcgctgc tcctcgtgct gctgcttgcc atcaccgccg gatgcctcgt ctcggcttac
     7981 cgattaggct ttacggaaga catcgcgcgc ttcctgccca acgatcggga gaatgagcgc
     8041 atcaacagcg cctaccgcga cgtgatcttg tcaaacatga tcaccgtcta ttgcagcgcc
     8101 acggacacga ccgacgcggg gcgagccagg cagacggagg ccgtcgatgc gctggccgag
     8161 cggctgcgaa cgatgcccga cgcagaccgc atccggaaca tgcgttaccg catggatccg
     8221 gcggagatga tggccgtggc cgagtttgtg accgacaaca tgccttactt cctcaccgac
     8281 gacgattacc gccgcatcga ctccacactc acccccgcag ccatcgcgca ccgcttagag
     8341 gccgaccgcg acatcctcac ctcgtccgtc ggcatgatcc ttcggcccca gctgctggcc
     8401 gacccgcttc ggctctccga gggcgccgtg gatcggctgc gcagcatgca ggctggcggc
     8461 cgattcagcc tctttcaaga ccacatcttc gccgacgacg gccgcgccct gctgatgatc
     8521 gagtgcagca tacccgccag cgaaacgtcg gccaatgtgg cattcatcca gcacctcaag
     8581 gcgtgcatgg ccgagacaga gcgggagttt cggggcatta cgtttcacag cttcggtgcc
     8641 gtagagattg ccctgacgaa cgctgatcgc atccggagcg actcgatgct caccgggctg
     8701 ctcgcagccg tcgtcgtgct cggcctcctg ctctattcct tccgcagcgt gcgcgagatc
     8761 gggctcatct tcgctgccgt gctcttcggc ggcctcttcg ccttagccct gctccacctc
     8821 atccgcggcg aggcctccac catcgccgtg ggcgtcagct ccatcatctt cggcatcgcc
     8881 atcaactacc ccctccactt catcggccat caccaccaca cacccgaccc ccgcaccgtg
     8941 atcaaagaca tcgcccgacc gctcaccgtg ggcaacatca ccaccgtgag cgccttcatg
     9001 agcctcgtct ttatcaactc cgacgccatg cgcgacctcg ggtggttcgc ctccctgctg
     9061 ctcatcggca ccatcctctt cgtcctcttc tttctgcctc acctcttacc ccgccgcatg
     9121 accccacgca cggattactc cctcttccgg cgccttacgg atcgcccctt tggccaaaac
     9181 cgcgtggcga tggccgtcgt gatcctcctc accatcgtgt tgagcttctt cgccggcgac
     9241 tcatcatttg aggctgatat gcacagcatc aattacatga ccccggagca ccgggccgac
     9301 tttgcccgcc tgcgagccat gatgaacgac aaccggcatg tgctttacta cgtgaccgag
     9361 ggcgccacga cggacgcggc cttggaggcg aacgagcgca gcctcgccgc cctcgctgac
     9421 ctcaagcaaa gcggcgacat cgcgcgggtg gggggcatcg atggcttcct accctctcgc
     9481 gtccggcagg cagagcgcat acggcgttgg caagacttct ggcgtgtgcg gcgtgaggcg
     9541 gtgcttacca cgctgcgtgc agaggcgatc cgcttgggct tccgcgccga cgccttccgt
     9601 ggcttcgagg aggccgttga ccggccgtgg caagtcgagg atgctgactt cttcgccccg
     9661 ctgcgtgcgg ccgtctccgg gggctacctc ttcgagcgcc cgggccggac gatggtggtc
     9721 aaccttctat acttagacgc cgaccgcgcg ccggccatcg agcaggcgct caacgagcga
     9781 aacgaagcct ccatcgcctt cgacgccgag tcgatgacgc gccgcatgat cgcttccctg
     9841 tcggacaact tcaactatgt gctctacgtc tgcggcttca tcgtcttcgt cttcctgctc
     9901 ttctccatgc ggcgaatcga gctttgcctc atcgccttcg tcccgctgac gctcagctgg
     9961 gtctggatac ttggtctgat gggcatcttc gacatgaagt tcaacatcgt caacatcatc
    10021 ctggccacct tcatcttcgg tcagggcgac gactacacca tcttcatgac cgaggggttg
    10081 atttacgaat acacctaccg acgccggacg ctggcctcct acaaagacag catcgccctc
    10141 tcggccgcca tcatgtttgt cggcatgggc gtcatgatct tcgcgcgcca ccctgcgctg
    10201 cgctccttgg gcgagatcac ggtggtgggc atgctctccg tcgtagtgat ggcctacctc
    10261 ttcccgccgt tcctcttcgg cttcctgacc actgcgggcg gcaggccacg ccgcatgccc
    10321 gtcacactgc gcaatctgct cgtgagcctt tatgcgttta cctacttcct ctttacaagt
    10381 ttcggattga ccctcgtggg gtgggtcatg ttcactctgg gtaagacgac gcggaagaaa
    10441 aaggccgcct atcacgacat gctttgcggc atagcccgtt ttacgatgcg gcatttccct
    10501 caggtccgca ccacggtgga gaacacctcg ggcgaggact tccgtcggcc cgccatcatc
    10561 ctttgcaacc atcagtcgca cctcgacttg atgtgcctca tgatgcttac tcgcaagctg
    10621 atcattctga cgaataattg ggtctggcat tctcccttct acggccgcct gatccgttac
    10681 gccgacttct atcccgtctc tgacggcatc gaccgcacgc tcatccacct gcgcgacgcc
    10741 atccgtcgcg gttattccgt ggccatcttc cccgagggca cacgctcagc cgactgctcc
    10801 attctgcgct tccggcgggg cgcgttttac ttggccgaac agttaggcgt agacctgctg
    10861 cctgtcatga ttcatggtgc ggggcatgtg ctacccaagc aagacttcat gctgcgtcgc
    10921 ggcagcatcc acgtgcgcat cctgcctcgc atcaccccct ccgacacgcg tttcggcgcc
    10981 gatcacctca cccgcgcccg cgagctgcgc cgctattaca tccaggagta tgctgccctg
    11041 cgccgcagcc tcgaaacgcc cgattacttc gccgatttag tcatccacaa ctacatctat
    11101 aaaggtccgg ccattgagcg cgccgtgcgt acggccctgc gccatcatgc gaactacgcc
    11161 gcggagatcg ccgcccagcc cgatcgtggc gccgtgacga tccgcaacac gggctatggc
    11221 gaatatgccc tcttgctctc cctcgtgaag cccgatctac agatcacagc catagagccc
    11281 gacgccgatc gccgtgcctt ggctgcgcaa tgcgctgccc ggccggagaa cctgcgatat
    11341 gaggatcaat gattagagga cgaggtgccc cggcccacca cagccggggt ttcgcctcgt
    11401 aagggcgaat gattattcgc ccctacagct tgggcctacc tctttatgaa ataacgattg
    11461 acacccgctt tccgaggccg tcgaagagct tgtgcaatgt ggagagtggt atgtctccgc
    11521 gtccgttttc tatccgcgag atggaggctc gcttcatgcc tgttttgtca gctaactgtt
    11581 gctgcgtaag cccctctttc ttgcgagttt ctttaagaca ttcagagagg taaagcactt
    11641 cgcactcttc ctcgaagcgt ttgcgcgact cgcttccctc cactccgaac tttttgtcca
    11701 agatttcatc taatgatgtc atttccattt ttcattcctc ctttttgctt ctttgatata
    11761 catactcata atccttttgg ctctctctat ttcatccgtc ggggtcttac gtgtcttctt
    11821 ttgaaatcca ttaaacaaga tcaccaatcg cccggcatcg aagcaacaaa atatgggctt
    11881 aagggtcaaa tatgttcctg cggagtgcta taacacactg tgatacatgc atatgttgta
    11941 tctcatagta ttatgagaga tcaaactcga aaaaaaagtg cccccattgt ggatcaaaag
    12001 atgtgatacg taaaggcaca cgaaatggag cgtcttattg gttctgccat agctgtagac
    12061 actacttcag tggtcgttcg cgtgtagatt cttcagcagt ttatcggtac tatgctcaag
    12121 gtacctacac cattgcacag atcgcagagc gattgggtat atcttgttct acagtaaagc
    12181 gtcgtatgaa aagtttccct ctcagttcta cctctatagc acctcgaact gtggcgcttc
    12241 aaatagatac cacatactgg ggtagaaact ttggcgtagt acttttcatg gatgtagcca
    12301 cccatcgcgt ccttcatttc agattcattt atcgaaagga gcgtatagaa gattacttgg
    12361 caggaatagc ttatctcaaa agacaaggaa tacgggtgag cggagtcatt tctgatggac
    12421 tctctggact gagaaaagcc ttagcaccaa tcccttacca atactgtcaa ttccatcaaa
    12481 cacagcgtat cagacagctg ctcaccaatc atccaaaaca tccggcctct attgcgctga
    12541 aagagatcgg cctacagctt acacaatccg acaaaaaaca gtttgctggt ttattagcac
    12601 aatggcatga gcagtggaag gcatacttgg aagagaaaac attctcagaa aatggagcgt
    12661 ctttcattta tacccatcgg cgtttaaggg ccgcttattt tagcttaaca aggcacttag
    12721 atattctcta tacctaccaa tgctttccgg agttaggcct accaaacacc aataatgcat
    12781 tggagtcact gaatgcttcc ctgaagacga aattgcgctt acatcgtgga atctctcggg
    12841 aaagaaagca aagacttatt caggccgtta taatagctta caacccctgt cctataaacg
    12901 agagttgaac catcacagga acatatttga cccttaatga gacgcacagt gtgttatagc
    12961 accccgcagg aacatatttg acccttaagc caaaatatgc gatagatgtt gctttggaat
    13021 tcaatcctta tctcataaag cccggcttca acgtgcttga aaaacattgg gggaatcgga
    13081 tcataggttc gcacgatgtt cagcacatgg aatattttct tttggacatt gtccggctgc
    13141 tcctgaatga aatccgtagc atactcccga taaaagacaa gctctctgat ctttttcaca
    13201 cggcaaaagt catagaaaat gccggataca cgctgtgatg aagcgcgtac ccggcatttt
    13261 tcattcttag ttttctattt gtttactcca ccatgacctt ctgcacggca ttgccggcgc
    13321 ggacgatgta gaggcccgcg gggagggcga gggtggtttc gccagcgggg gcggtgaggg
    13381 tgcggacgag ggcgccggtg agggtgtaga tccggacgtc gtgcgcggcg gggagtgaga
    13441 ggtgcaactg gccggcggtg gcgtagatct tcaggccttc aagggcggcg ttggcgtcgg
    13501 tggtgaggac gttcacctcg caggtggcct tcacgccgct gccatcggcc gcggtagcgg
    13561 tgatgatggc tttaccttct ttctgaactg tgacgaggcc tttggtgtca accttggcaa
    13621 tgctcgtgtc gctgctggac cagagtacgg tcttgttgga ggcgttgtcg ggtacgacgg
    13681 tgacggagag ttgcagggtc ttggccttgt tgatgttgat gctgactgac gtcttgctga
    13741 acttcagggc ggtcactggt gtggtggtgc cgtgaggtgt gagcttgcct tcggcgttga
    13801 attgccggag gacgatcgtg tcgagggggg tgccgtcggt cagggtgagg aggatcttgg
    13861 cctcgcgcga ggtggtgccg gtgttgggct tcacgtcgat cttcatctcg ccatcgttgc
    13921 gggtggcgtt ttcgcgctcg taggagatgc tgagccacga gagtgtggtg tctttctcga
    13981 ccactttggc gcggagctgc gggccggatt tggtggcggg gatttcgacg acgctgggct
    14041 tccagggctt ttcgctcttg acgacgacgg tgaggcgctg ggcacccttc tgcgagattt
    14101 tctcgaactg gctcttgtcg tagatcatgg agaaggagcc atcctgcgtg agggtgatgg
    14161 acgtctttcc ttggccgcgt ttggtctgga aggtgacggt ggcggtgcgg gcggtgaggc
    14221 cggggttctt gtccttggcg cggaaggtga tgagggtgtc gttgacggac gactcgacct
    14281 tcttcttctt atccaccacg agccagtcgc cggtgatgag gatttcccag ctggtggggg
    14341 aggatacctt gacgtccttc gtgccgccgc ctacggggat gttgcccggg gtgacgagct
    14401 gggcggtgat gttgttgcca gcctgggtga ccttacgtgt ctcgacgagt acgccgttgc
    14461 tgtagatgcg gaggtagccg gtgcggatgc cgccgtcgtt gcctttgacg aggaggtaga
    14521 ggctgtgctg gctgccgctg aagccgatgg agtctttctc cggttgggta ccgtcttgga
    14581 tcttcagcca gtcggtgccg cgggtggaga tggcgtagct ggtggtgcta ttgagggtga
    14641 cggtggcttg tgcgccggct gcgtctacgg ggtcggccag gccggtgatg gagtagctga
    14701 agctgctggc ggcttgggtc acggtgacgg tcttggtgat attggtgacg ccctcgcggt
    14761 tggtcttaaa ggtgattgtg gccgtgcggg gggcgttggc tgtgttgggc ttgatgcgga
    14821 cggtgacgtc ttggtcgttg ccgcccgggc gggtggcttg ttcaccgcct tgcccatcga
    14881 ggatgcggat ccactcggcg ccggaggtgg ctacccagag gctgttgctc ttgaccttga
    14941 ctacgcggtc ggcgccggtg aagggctggg tgcccatcag tgcggcggtg tctaagacga
    15001 gtgtggggcc ggtgccggat tggttgatgg tgatttcggc cgtcacgtcg ccggtgccgg
    15061 tggtggtttt gattgtcagc ttggcggtgc gggcggcgct ggtgttggca tcgatgttca
    15121 gcgtaatggt tttgtcgctc gttccggtgg cgtcggcggt tgcgacttta acccagggtt
    15181 tgccggcttc tacttcggcc ttccatgctg cgttcgactt gatctcgatg gtctttgtgt
    15241 aggccttttc gtctacatcg attgaggtgg gggtggcggt gagcgtgggg gcggctgctg
    15301 cggcggcctg cttgatggtt accgtttggg tggctgtgcc tgcggtgaag gttacgttgg
    15361 cattacgcac ggcgccggtc tcgttcttcg tgaggttgat ggttatgctt tcaggagagc
    15421 cggtgccggt gccattggcg ggcgtaacag tgacccaacc ttcagagggg gtggctgtcc
    15481 aggccacgtt ggcattgacg ctcatcgcta ctgtggcggc atcggctgtg gtatcgatct
    15541 gcgttttgct gagggtgatg cttgggggca cggccggggc gagctgctta acggggagag
    15601 taacagtcgc tgtcggagtt ccggcagtcg tctcgaaagt cacggtggca tctcgttctg
    15661 ctccggtgtt cggatcgaag gttaaggtta ctgtttctgc gcttccgccg gtgccgtttg
    15721 aaggcgcaac ttggagccat gtcttattgc ttgtaacctt ccatgcgaca tttgaattca
    15781 cggtaatggt gacaggtgta gctactgtgg ccaattgatc gccgaggctt gccggagtaa
    15841 ttgtcagggc cgggacgaca gctggcgcca gctgcttgat cgttacggtt tgaaatacgg
    15901 atgcatcggc ggtagtgacc gtaatggtag ccgtgcgctc cgtggtaccg gtgttcgcag
    15961 cgaaagtcac tgttacgctt ccgtctttgt taccagttat cggcgcctct acagtagccc
    16021 aaggcacatc gctggacgcc gtccatgtag tgtcagaatg gatggtaacg gtgactgtgc
    16081 tacctgcggc aggttggtca gtgacgggat caatagtcgg tttcgccggc acaggcggtg
    16141 ctggtgcggc ccagggtgcg ggcgcgaggt tcagtgtggt ggtggcccag agtgagccgc
    16201 cgatcatggc gaggcatgct gtggccatga tccagggtgt gatttttttc ataatctgtt
    16261 actgtttaga tgttatacgc gctttttgac gggcgcaggc tgctggagcg ctgcgcgggg
    16321 ggtgaaaaaa aatgagggag ggggggggcc gggcacatga ggccgagggg cgggtgcccg
    16381 gcgtgattca ttgatcattg cccgtcgggc tttttgggcg gctcggaggg gatctggata
    16441 tcgtcgcctc cgccctcgcc accgggttta ggggtgggct gctcggtgtc gccgggcttc
    16501 ttgggtggct cggaggggat ctggatgtcg tcgccgccgc cctcgggctt cttcgggtcc
    16561 ttcggcttct tggggtcttt gggatccttg ggcttcttct cggctgcggc tctgcgctcg
    16621 gccaagatct ggcgatagtt tgcgttgacc ttatccacca gattgttgag gtgttgaaca
    16681 agggtcttga tcgcttcctt atccactggt gcggcaccgg agaggtaggc ggcgcggatc
    16741 atgaagatga tgcggtcgta gacggcgtcc gtcttcggtc tcacggcggc tgcggaaggc
    16801 agattgctgc gccggacggc ctttacagat tgcagactga ggtcgtgaaa ctctgcattg
    16861 gctgcctcca atttgttgac ggctgaggtg agtcgcaagg tggttactaa ggctgcgtta
    16921 cccggcttct tcaagtccgt caggaggccg ttgatgcgcg acgtttcgtc gttgaagggc
    16981 aggcgctgca atttgccgta ggggctgagg atgatttgca gcctttcggc ggcgtccacc
    17041 tcagccaaat ccggcgaata gcgataaccg cgaaccatca taaaaatgaa gatgatgagc
    17101 ttgtcgcgct cttcatcctt tttgtttatc gcccgggtga ggatgtctgc cgtggcctcg
    17161 cagttgatgt cctcctccgt gtcgatatgc ccattccatt ctgccttcag cggctctgtg
    17221 atgccgattt tcgcaggctc atattcgttg actaagtcat acgcactgcg atgaaaattc
    17281 acatgttgcc cgttgccgag tcttgtaata ccaagtgctt ttatttctac tatttcttcc
    17341 atacagttga gaatttgaat tgtggaaaaa tcattttacg gttctctatt gtcaataagc
    17401 agcgaggttc tgtcatcatt tttcactcca tgccggatgg aaaaaattca cgcagcaatg
    17461 atgctccccc tttgcatgct atgcagcgac caaaatgcag tgaattttac ccgctgcaca
    17521 cgagcaacgc ccaaaatgca gtgaatttta tccgctgcac acgagcaacg cccaaaatgc
    17581 agtgaatttt actcgctgca cacgagcaac gcccaaaatg cagtgaattt tacccgctgc
    17641 acacgagcaa cgcccaaaat gcagtgaatt ttatccgctg cacacgagca acgcccaaaa
    17701 tgcagtgaat tttactcgct gcacacgagc aacgcccaaa atgcagtgaa ttttacccgc
    17761 tgcacacgag caacgcccaa aatgcagtga aattcaccca ctacatatcg cgcaaaatcc
    17821 ggaaagcgct tcataatgta cccgaactcc ctgtcgaatt gacaacagct gcgaaagtaa
    17881 aaacatccac gaaagggaga ggcctccacg ccatccctgc cgggaggcgc caccctaacg
    17941 ccggccatcc accatcgccc catccccccc aatcagctac ctttcgcccc ggatgggccg
    18001 agcgggccca cacaccaccc taaccatcag cccgccccgc cccccgacat acccaataca
    18061 cctttataat aaccccttaa tccccctaaa acctatgacc atccgcctac ttaacaccgg
    18121 aaccttcttc gccgatggcg gcgccatgtt cggcgccgtg ccacgctcag cctggggccg
    18181 acgctacccc ttcaactacc gcaacgactg caaactggcc atgctcgccg ggctcatcac
    18241 cacagacgac ggccgcgtca tcctcatcga caacggctac ggaaccaagc gacccgaacc
    18301 cttcacccga accgccttag ccttccacca catccaagac cccgcacaaa cactcgcccg
    18361 gctcggcatc ccgcccgaaa gcgtcaccga catcatcctc acccacctac acttcgacca
    18421 ctgcggcggc accacacgcc tcggcgaccg aggacgcatc gtccccacct acccccgcgc
    18481 ccaagtgcac gtcagcctcg cccagctccg cgagtgcgcc gcgcccaacc ccctggaggt
    18541 cgactccttc tccaccgacc acatcgacgc catccgccag gccggcctcc tccaccccat
    18601 caccgagcca cagacctaca tccaccccca catccgcctc accctgcacg acggacacac
    18661 cgccggccag atcgccgtcc gcatctcccc caccgacggc cgcacgggcg gcatcctctt
    18721 ccccggcgac atcatcccca ccgccgccca cctctccccc acctggctct ccgcctacga
    18781 catctcccca ctcgactccc tccgcgccaa atgccaactc ctcgacgagg ccgcccgcga
    18841 tcgcctcacc atcgtcttct accacgacgc cttccacccc tacgccacca tcctcaagac
    18901 ccgcaactcc tacatcatcg cccagcccga acccggagca gaagctgcac ccatcaccct
    18961 catcgattaa acctgtgggg gtagggctgc ccccatcacc atcatcaatt aaacctgtgg
    19021 gggcaggggg gccaacgcca agcaaggtcc gcagcacact tctca
//
LOCUS       SEQF3106|MIQD01000041.118688 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..18688
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(313..783)
                     /locus_tag="SEQF3106_01298"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEILLDGTRPMLAIAGACIFFVILSMILDLISGLYKARQRGELR
                     SSYGLSRTVSKFILYSGSVIIALMIDVMIHYSRLFVLMHLQPIVGVPIVTCLMSIFLC
                     VIEFLSIREKAEEKTIKDMDRLLRVLADVVGKDRLRDILATRIDHTVNDRPSAG"
     CDS             complement(912..1781)
                     /locus_tag="SEQF3106_01299"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTIHLTNYHLGGATPCATAPTPPPTPALPDAGRPYVEGVTYDP
                     DTKRVRLQARVARAGEVKTPVGEVQEFPIHVPTPPQLPDAGRPYVDGFTFNAATKKAR
                     MRAMNTRAGEVKEPLGDWQEFQVELPPAPQLPDAGKAYADSCTYDHATRTVTVHARNP
                     QAGEVKSPDGETRQFHIEVPEVPQVTGVVYEYDVTNMSHSPQFVSADDEAHPGELYPY
                     GGVSAHLEADNESGMPQQALIYSYVKPFPEGIQLSPRPLSIEASGRTNYTQDMLYISG
                     CYLMIKQLVGITD"
     CDS             complement(1802..2089)
                     /locus_tag="SEQF3106_01300"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEIRLNQVREREWISESFAPEKAAITLRVEFEAQTPGNSLVVE
                     RSITGSDWVVAAIVAGYGSDARTQEFGVDGITPGQQLRLVAGAAARAMYIE"
     CDS             complement(2228..3700)
                     /locus_tag="SEQF3106_01301"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDIQTILQKHAGDMGGLLAELSVDTREGRTAADYKAEYEGQRTR
                     RPTSVGLREGKCLKVYSDKLKDARGNPIQIGEKIIPPTRIITNFPKKLVRTEVAMMFG
                     GEMHVTTAEPNDAFEAFRDVWEYRLGMQDVLMEFAEKVLSETKAAIVFYPRIYHAHWS
                     GQQTNELNCRVLSLPRSATSVNDFYPHFDGDTMDAFLYRYQTKDNTGTTRDAARLWTL
                     DRILTATTGGAGWEVRQDPNPFGLIPVVYAEIDAPAWEEVASPLDAREMRLSRLADIN
                     DYFAEPMLVTIGEVDAPNKNTVGKELQFPVQTDDLTGKTYHGDAKFLSWDQSINSTAK
                     ELEETKSEMFAGTSAPDLSFESLKGLGNLSGVARRFMMLDAEIKQRVNMRVFRPALNR
                     CITIVQAGIANITDIRHKPQLVGARFTVTFDSILPRDPVEDANVLSIASGGRAFNSLA
                     TVVSRSPLTPPGDIAGELQRIREDASDDATRTNAIGAVAE"
     CDS             complement(3726..4064)
                     /locus_tag="SEQF3106_01302"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVIYNRLLPVRGFTAINLFGIVFARRECRPLSEVTLRHEAIHT
                     RQMRETGFVGFYLIYIAEWLYQLWRLRSAQLAYYAVRFEREAYAHQEEAAYPVYRRRF
                     AWRSINRFKE"
     CDS             complement(4492..5019)
                     /locus_tag="SEQF3106_01303"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEERKLAIDVVYLGVADPGDGVPGTVFTQLPTIEDGSIEYDSS
                     DPQKVEFKKYGSDKPWAILMKAGEADTLKFNIPSPTMEERLLLMGGKVTGKKWDKPNT
                     TPTIRKTVKIMTKPYDGKQLEYIFVNCDIFAKITDISGSETTEIMQVQCTVLVAVTAA
                     GVENASMTVEQKDAA"
     CDS             complement(5084..5473)
                     /locus_tag="SEQF3106_01304"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADLFDIVDIVFKTVDGAGTGLPVYKHRAETGIKAEHIVINTTG
                     VTAKPYVNKAPVVNVNLFTHTHPNGMINASHVRAIAGRIRAAIHTILAPHGMYFNARV
                     AFEADLGTEEAEGFDLYNIRVEVITEK"
     CDS             complement(5473..5958)
                     /locus_tag="SEQF3106_01305"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSHAAKPGLKPLWTKQQVHGLFERLQDRTDEAIKALLARTGEEF
                     VTLARGIRTYKDRTGNLRSSTGYAIFKDGVRIGNHITNAGTGEPGKKDGATGVAAGGR
                     LAAEIGRTHARGYVLVCFAGMSYAAIVESRGYDVITHSADSAEDFLMREATALLRKLK
                     L"
     CDS             complement(5955..6281)
                     /locus_tag="SEQF3106_01306"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVTRYPKEHEAVVVYDSTGHLEHGEWVPGIHQKVYLSGRFDHSN
                     SSRHVLKKNANGDLLEVYGEYYTRRHFDGETAHAHCLTLRIPGLGIERPIIAWENYQT
                     HSVIYV"
     CDS             complement(6275..6604)
                     /locus_tag="SEQF3106_01307"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDMQTVKDTILAYPGVAEGESFLSAVLTDRGIDGEAEYSAEYRR
                     AVRLAVADVYAMLGGLPDFTEYKLTISYPREWYMRKARELYRENGEPEKAASGAFVPR
                     GISPQTW"
     CDS             complement(6628..7797)
                     /locus_tag="SEQF3106_01308"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERSLLKLVNQTNMAARLNTKYVKPMYFPNFFGVKKVSTLTWET
                     LVGEQGAPVIADVISFDASAPQKSREVIRKLSGDIPKTALKRGMNERDYNEYLRLQYE
                     CNNDADKLALLNLAFKDQDFVYNAVRGRMEWFGLQLLSRGGFALNVTNNNGLVTVEFV
                     GCGMPKENRRVSTADWSNAATANGLQDIADTLEVASLNGRTIKYVVMHASDFLLLCKQ
                     KSTADTLKGWLNTSGRLTVTKDTINQYLATQAFPVQIVTVNPAVRIENSAHVRKTISP
                     WERKRVTFLEDLRVGDIQHGPIAAENAPSVREKALMVRRDFVLITKWSELSPFKEWTQ
                     AEANAMPVINDPDGLYILKTDGTAWAANEDTEGTDNVPAMLLGEEVKPESLKVEG"
     CDS             complement(7816..8427)
                     /locus_tag="SEQF3106_01309"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAFLEQKREYQHAPGIEKILEDVIGGGTVDRSDMAGALFAGKPL
                     DELPPFAPVVKDEATGTYHVVKTARIYEAASAAKYKVGKRHLFTVGDAVTLGGDYTRA
                     SDVIKDIDKSDPKFDVITLAATIGAASEGDVLVQAKDKQAAGSAVPKYGSKASEVCLT
                     MSPIDLTVANGSSGLLVMGTVTEAAMLLPVDAALKARTRIHFV"
     CDS             complement(8477..9172)
                     /locus_tag="SEQF3106_01310"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTITETIKKALRAQGISEGYAERVQKAFGVETETGAEAAVKAFK
                     ENILPAIEEAGKEATEEVRREAIEAYEKEHGLKDGKPRTPEHTDPMPQKPLPTGEINA
                     ALRDWIENQNKQLQALRAEINQSKTERARAERQAEAKAAIHKAGLPDSWTERIRTDTE
                     TPLEEQVKALSEEFTAIRQSAIDSLVGAGGTPPMPKEDAARSEKEWTELMMAGEGAPA
                     SNSTINLTGSKGE"
     CDS             9389..9721
                     /locus_tag="SEQF3106_01311"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERVKLSKHAKRVFRLLDKGVGHRPADMNPREYNLGALELAAFG
                     FAKCYRSNTGCDDVSMAHLLKRGRLYMAGNPTLRNPINWAIVGAIAACITAAAAGIAA
                     LFVACSKL"
     CDS             9857..10297
                     /locus_tag="SEQF3106_01312"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRAVDEVRAFIAARSSKGAHFFSGKHSPRKLNASGERLMRDACG
                     EAFLQMHKARLFALLDERKPQTAFDVEVYANEVLLSYSSDPAFNGLKYFLYNYPDMEV
                     TDNEGKKVTYSVTLEDICFVLSLRLRDMYLEAHPALLSPPVSVP"
     CDS             10437..10970
                     /locus_tag="SEQF3106_01313"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMGQLSFNQKRAINAVLYVASRLTDRGYHKIFKVLYFADRDHLA
                     DWGRTITGDRYIAMEFGPVPSALYDLFKREENAAGKGQFTDLFLAQSDKRITPLADAN
                     MRVLSRSDIKALDKALNEYGGKDFKTITDLSHGSAWDKTPRNRPMSFFDIMKEHGETD
                     EYAQYADEQARLQTIPL"
     CDS             10974..11405
                     /locus_tag="SEQF3106_01314"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELPSALSKALIKRGSIFHSKDDRFREIGHGKYFVVIGVSQTRV
                     VGFFFINSNINPKEWKNSARFALQYPIRARDYPSFLRHDSFIGCASLQEWAYDDLLDS
                     IMRGQTEYKATLHESHLRDILEQARQSEVFSEEEIESYFGE"
     CDS             11509..12375
                     /locus_tag="SEQF3106_01315"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKRESIKVFDDAQVRTVWDDKEEKWYFSIVDVVGVLTDSKNPT
                     AYWRKLKQRLKEEGNETVTNCHGLKLRAPDGKMRLTDVADTKNLLRLIQSIPTPKAEP
                     FKQWMAEVASARMDQIQDPELSIEQAIGDYRRMGYSEAWINQRIKSIEVRKELTDEWG
                     RTGIQGREYALLTDIVTKAWSGLTTKEYRTHKGLKKENLRDNMTNLEMALNTLAEVST
                     TEISKARNPKGFKEQAPVAKEGGNIAKEARIKLEKTIGRSVISKAKASDYLKPIDLAE
                     GNQTDTPKALNE"
     CDS             complement(12688..14253)
                     /locus_tag="SEQF3106_01316"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTWAPTRGAPTSPSTIQQFNNSTSQHLNGAQAPNPLKFSDRKH
                     ILRLLEQQSEVKRIFDQFARDAGRELARFAPKADPGRVLPADVWIQNRVAEQRIEKLL
                     LQLHDDLLANFDAHTRAAWEAANKKADAMIADFIRGLPISETARRGMFARNAHAFRSF
                     MQRKEAGMNLSERIWKATESAKENLAYFVASGVAEGRPAALISQDIRALLLEPDRRFH
                     RIRNARGQLVLSRPMREYHPGAGVYRSSYMNALRVGATETNIAYHEADHERWQRLDFV
                     LGVKVERSGTSSKPCPVCDAMQGTYPKGFKFLPWHPFCICHATPVMLSGEEFTDYLVT
                     GHMPPGRVLRDMPQRALEYVEQHPYYRNSYSFRHNVPFFDPQAAAANTSGSGAPAKPP
                     RPEKTAALNIRRKELFRIARLELKGKTVIRPELKQPIEFTGTGIKEVLNQPHDHVREK
                     NEAILDIVRLIQEAEYIGGKLDDKGRNLMFHYFKTEIAGDPSFIVIKEDLNIKKASLY
                     TITDKSRSEKTGE"
     CDS             complement(14626..17676)
                     /locus_tag="SEQF3106_01317"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKITRKGTQVADVFAGAASYTLEEINGARIAYLEFAALEPVELT
                     VNDAIEYEGETYYIRHREDVTKEETSLGFTYRVKFYHEMYRLHDVVAFMYKEPDFRKN
                     MNKYNGTARQVLDIVVRSMNRVHPGWSLADCIETKAATFDLKDKTCAEVVSDLVAHYD
                     SEFYVDGRAIYFGRREVDGSGLTYRQGPGGGFRSVTLSAVDETPPITRLYAYGSDKNM
                     TGGEYLQLPGGKKFLEKNTEKYGIVEYVKQFDSIYPHGEFKVTARVDAFTLQASGIDF
                     DLTAQLIDGVEPVVTFQDGGLAGYDLNIVKGTWDAKKKQFRLAKNEQEEALKVPGDIH
                     FAVGDTFTLTGIKMPKAYVDKASEELRVAAQKWLDGKCENQMRLAVTCDEVLFAAEGR
                     RVVCGEMLYVTDRLLAGSRKIRVTSVKKYIENDGETPYRYELVLSDFLDGNRFMQDVR
                     DLKDESKRLKARQNELERYARRQWRDVKETQEEIKKDFSDKFKESINPVTVETMQLIV
                     GHEQLQFVFVNSRTQPQTVVSLYPQIAGGKVRLSAAGLYLKHMTMGIKTLSSARDAKA
                     YRYWAMPNYTSPMLDKDKVYRLYARVPVGGEAGTFVVSDSKRELSSEAGYYHLLMGYI
                     GREVDGNRSWGRTYGFTEVLPGQITTELIQDPNARLVIDLVNGRITGPVHITAGSGYN
                     NLSDKPDLSGFQTKADFQIEADKIHGEVGQVNTKLGGTQQQLESLQTWSQGQVQSILN
                     RQNTADDKIYRLQTAGFLTTAQGNALYASAELADGTKIASYITQSPTAINMISRNINI
                     DASVTFGNFKEDNAQKLAAVNRRVGNAESAISQKQGKNDVFDINRARLNGQTVIEKGY
                     IKTSLINTKAIQISDGTSLGGFYIEGNNISAKGWKWLNDANQALTQGAISLSPQKGFV
                     ACQYFPGGGAVKTRVDASGLIIEGAHSTRVIDGKIITDEFEIVNKYANCSVKVARIEN
                     DPDWHPYVQLCLDIPHKNHVNKMYGSHNYHNVLWDEKTKLLCWE"
     CDS             complement(17710..18513)
                     /locus_tag="SEQF3106_01318"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSILSTLMGEAATVAESPVVIPYTFDDLPEGYDPGESITVRPIT
                     VETWFRMRPYLASIAAEDMELMTATEQRDAPTDGKPTTEAIEALERHGEAVFEIVLLG
                     IHNRHGEPPAGLREAIRRNSTWGDLYVLLNAILFRLGGQAFLNSITVLKAVSPLGGEE
                     MIALQQNAIAWKQKAASASSQPSTRPLDTPTERPSEAPWPSSCNSCASEASSSTGATE
                     SSAPKKRPAAKKATRPRAKKKAAANGDTSETLTRASASASAKRAPCPRK"
ORIGIN      
        1 gatcgtcggg gtcgttggcg tagccgcctt caaagcgccg aatgaaggcg cccattggtg
       61 tgatgtctgc cattgtgggt tgagatgttg gattgttgaa ctgttggggg cctgtcggcc
      121 gcggtagtta cggccttgcg gccgggtagt tatgcgggct aaagcccgca ggtagtacgg
      181 ggctaaagcc ccgggtagtt aagggtagtt aggaggtagt taggggtagt cagtggtagc
      241 ttcttcttac ttcttctact acttctaact acccggccga aggccgcact acctgcgccg
      301 aaaggcgcat aactacccgg ccgaaggccg atcattcacg gtatgatcaa tgcgggtggc
      361 aaggatatcg cgcaggcggt cttttccgac aacgtcggcc agcacgcgca gcaggcgatc
      421 catgtctttg atcgtcttct cctcggcctt ctcgcggatg gagaggaact cgatcacgca
      481 gaggaagatg ctcattaggc aggtcacgat cggcacgccg acgatgggct gcaggtgcat
      541 gagcacgaag aggcgggagt agtggatcat gacgtcgatc atgagggcga taatcacgct
      601 gccgctgtag aggatgaact tgctcaccgt gcgcgaaagg ccgtatgagc tgcgcagctc
      661 gccgcgctgc cgggccttgt acaggccgct gatgaggtct aagatcatcg agaggatgac
      721 gaagaagatg cacgcgccgg caatggccag catcgggcgt gtgccgtcaa ggaggatttc
      781 catgtggtta aagggtagtt acggcctttc ggcctggtag ttatggcgct tcgcgccggt
      841 agttagaagt agttatgcgc cttgcggcgc ggtagtaggg gcgaataatc attcgcccct
      901 acagggggcg gtcagtctgt aatgcccacc agctgcttta tcatcaggta gcaacctgaa
      961 atatagagca tgtcctgcgt gtagttcgtt ctccccgagg cttctatgga tagcgggcgc
     1021 ggggatagct gtatcccctc cgggaagggc tttacgtacg aataaatcaa cgcctgctgc
     1081 ggcatgccgg attcattgtc tgcttccaaa tgagcagaca cgccgccata cgggtacaac
     1141 tcgccgggat gggcctcatc gtccgccgaa acgaactgcg gactgtgcga catgttcgtc
     1201 acgtcgtatt catacacgac ccccgtaacc tgcggcacct cgggcacctc gatatggaac
     1261 tggcgcgtct cgccgtcggg gcttttcacc tcgccggcct gcgggttgcg ggcgtgcacg
     1321 gtgacggtac gcgtcgcgtg gtcgtaggtg caactgtcgg catacgcctt gccggcgtcg
     1381 ggcagctggg gcgccggggg gagctccacc tgaaactcct gccaatcgcc gaggggctct
     1441 ttcacttcgc ccgctcgggt attcatcgcc cgcatgcgcg ccttcttcgt cgcggcgtta
     1501 aacgtgaatc cgtccacata tggccgcccg gcgtcgggca gctggggtgg tgtgggcaca
     1561 tggatgggga attcttgcac ctctcctacg ggcgttttca cctcgccggc gcgtgccacg
     1621 cgggcttgca ggcgcacgcg cttcgtgtcc gggtcgtacg tcacgccctc cacgtatggc
     1681 cgcccggcgt cgggcagggc gggtgttggc ggcggcgtgg gggctgtggc gcacggggtg
     1741 gcgccgccga ggtggtaatt cgtcaaatga atcgtttgca tgatcacggc ctccctcctc
     1801 tttactcgat gtacatagcc cgggcggcgg cgcctgctac gaggcggagc tgctgccctg
     1861 gggtgatgcc gtcgacgcca aactcctgcg tgcgggcgtc tgagccatag ccggccacga
     1921 tggcggccac gacccagtcc gagcccgtga tggaacgctc aacgacgagg ctgttgcccg
     1981 gcgtctgtgc ttcaaactct acgcgcagcg tgatggctgc tttctccggc gcgaagcttt
     2041 cggagatcca ctcccgctcg cgcacttggt ttagtcggat ttctttcatc ttggttgaat
     2101 ggttgaatgg ttgaattgtt taggccttcg gcctgttgaa tggttgaatg ggttgtttcc
     2161 gggtacctgt ggggcgaccc gggttattcg cccctatcgg ggatggtgcg gatggttcaa
     2221 tgatcaatta ctcagccacg gcaccaatgg cgtttgtgcg ggtggcgtcg tcggaggcat
     2281 cttcgcggat gcgttgcagt tcgccggcga tgtcgcccgg cggggtgagc ggcgaacggg
     2341 atacgacggt ggccagcgag ttgaaggcgc ggccgccgct ggcgatggaa agcacgttgg
     2401 cgtcttccac cgggtcgcgg gggaggatgg agtcgaacgt gaccgtgaag cgggcgccta
     2461 ccagctgggg cttgtggcgg atgtcggtaa tgttggcgat gccggcttgt acgatggtga
     2521 tgcagcggtt cagggcgggg cggaagacgc gcatgttgac gcgctgcttg atttcggcgt
     2581 cgagcatcat aaagcggcgc gccacgcccg agaggttgcc gaggcctttg aggctctcga
     2641 aggagaggtc gggcgcggag gtgccggcaa acatctcgct cttggtctcc tcgagctctt
     2701 tggcggtgga gttgatggat tgatcccagg agaggaattt ggcgtcgccg tggtaggtct
     2761 tgccggtcag gtcgtctgtt tggacgggga actggagctc cttcccgacg gtgtttttgt
     2821 ttggtgcgtc gacctcgcca atggtcacga gcatgggctc ggcgaagtag tcgttgatgt
     2881 cggccaggcg gctgagtcgc atctcgcggg cgtccagcgg ggaggcgacc tcttcccacg
     2941 cgggggcgtc gatctcggcg tataccacgg ggatgagccc gaaggggtta gggtcttggc
     3001 gcacctccca gcctgcgccg ccggtggtgg cggtgaggat gcggtcgagc gtccagaggc
     3061 gggctgcgtc gcgggtggtg ccggtgttgt ccttcgtctg gtagcggtag aggaaggcgt
     3121 ccatcgtgtc gccgtcaaag tgggggtaaa agtcgttgac cgacgtggcc gagcgtggca
     3181 gggagagcac gcggcaattg agctcattgg tttgttgccc agaccaatgt gcgtggtaga
     3241 tccgggggta aaagacgatg gcggccttcg tctcggagag caccttttcg gcaaattcca
     3301 tgagcacgtc ttgcatgccg agccggtatt cccacacgtc gcggaaggcc tcgaaggcgt
     3361 cgttgggctc ggcagtggtg acatgcatct cgccgccaaa catcatagcc acctcggtgc
     3421 ggacgagctt cttagggaag ttggtaatga tccgcgtcgg tggaatgatc ttttcgccta
     3481 tttgtatggg gttgccccgg gcgtctttga gcttgtcgga gtagaccttg aggcatttgc
     3541 cttcgcgcag ccccacggag gtagggcggc gtgtgcgctg gccttcgtat tcggctttgt
     3601 agtctgccgc ggtgcgcccc tcgcgggtgt cgacggatag ctcggccaga aggccgccca
     3661 tgtcgccggc gtgtttctgt aggatggtct gaatatccat gggtgatagg tggccttggg
     3721 gtgggttatt ccttaaatcg attgatgctt cgccaggcaa agcggcgtcg atagacgggg
     3781 taggcggctt cttcttggtg ggcgtaggcc tcacgctcga agcgcacggc gtaataggcc
     3841 agctgggcac tgcgtaggcg ccagagctga tagagccatt cggcgatata gatcaggtag
     3901 aagcctacga agcccgtttc gcgcatctgc cgagtgtgga tggcctcgtg ccggagggtc
     3961 acctcgctca aggggcgaca ctcacggcgg gcgaagacga tgccgaaaag gttaatcgcc
     4021 gtgaagccgc gcacgggcag caggcggttg tagataactg tcatgttgaa ttatcaatga
     4081 tcaattgttg ggggcttcgc cccgttgatt tgttgaattg ttggggcgct ggccgcgccc
     4141 gtttatttgt tgaattgttt tcccgcgttt ccctcgtagg ggcgcccctt gtgggcgccc
     4201 ttcagacgcc ccgcccgggg cgaacgatcg tccgacggcc gggtacgcag gtggggcatt
     4261 accagggcac ccacaagggg cactcctacg agggcccgtt tttcattttt cgtttttcac
     4321 ttttcgttct tccatttcgg gcgcccgggt agtcaaagtg gaaatgcttc aacaaaaagg
     4381 agggagaggg gtaaaggctg tcacgccttc cccgcactcc ccctcccgct ctctgagcaa
     4441 agcgcactat gaaaaaaaag tattctgtct ctctcttttc tcttcgcagc cttacgccgc
     4501 gtctttctgc tctacagtca tcgacgcatt ctcgacgccc gcggctgtaa ccgctacaag
     4561 tacggtgcac tgcacttgca tgatctccgt cgtttcagac cccgagatgt ctgtgatctt
     4621 ggcgaatatg tcgcagttga cgaagatgta ttccagctgt ttgccgtcgt acggcttcgt
     4681 catgatcttc accgtcttgc ggatggtcgg cgtcgtattt ggcttatccc atttcttgcc
     4741 ggtcaccttg ccgcccataa ggagcaagcg ctcttccatc gttggcgatg gaatgttgaa
     4801 cttcagcgtg tcagcctcgc cggccttcat cagtattgcc cacggcttgt cgctgccgta
     4861 cttcttgaac tccaccttct gagggtcgct cgagtcgtac tcgatggatc catcttcaat
     4921 ggtcggtaac tgcgtgaaaa ccgtgccggg cactccgtcg ccggggtcgg cgacacctaa
     4981 atagacgaca tcaatcgcca attttctttc ttctgccata agtgtgtgtg tttgttttga
     5041 ttgctattgc gcccccagcc tgtgtggtgt gtggggcgtt tggttatttc tcagtgatca
     5101 cttccacccg gatgttgtaa aggtcgaagc cctcggcctc ttccgtccca aggtcagcct
     5161 caaaggccac gcgggcattg aaatacatgc catgcggggc aaggatcgtg tgaatcgccg
     5221 cccggatgcg cccagcgatg gcgcgcacgt ggctggcatt gatcatgccg ttggggtgcg
     5281 tgtgggtaaa gaggttcacg tttaccacgg gcgccttgtt cacgtaaggc ttcgccgtta
     5341 ccccggtcgt attgatcaca atgtgttcgg cctttatgcc cgtctccgcg cggtgcttgt
     5401 agacgggcag ccccgtgccc gcgccgtcga cggtcttaaa gacgatgtct acaatgtcga
     5461 ataagtcagc catcacaatt tgagtttacg gagcagcgcc gtggcctctc gcatcaggaa
     5521 gtcctccgca ctgtcggccg aatgggtaat gacatcatac ccgcggctct ccacaatggc
     5581 ggcgtaactc atgcccgcga agcagacaag cacgtagccc cgcgcgtgcg tacgccctat
     5641 ctcagctgcc aatcggccac ccgcagcaac gcccgtggcg ccgtctttct tgccaggctc
     5701 gccggtaccg gcgttggtga tgtgattgcc aatgcgcaca ccgtctttga agatggcgta
     5761 cccagtcgag ctacgcaggt tgcctgtgcg atccttgtag gtgcgaatgc cgcgcgccag
     5821 cgtaacgaac tcctcgccgg tgcgtgccag caaggctttt atagcctcgt ctgttcggtc
     5881 ttgcaagcgt tcaaacaggc cgtgcacttg ctgctttgtc caaaggggtt tgagacccgg
     5941 cttcgcggca tggctcatac gtagatcacg gaatgcgtct gataattctc ccacgcaatg
     6001 atcgggcgct ctatgccgag cccgggtata cgcagcgtaa ggcagtgcgc gtgcgccgtc
     6061 tccccatcga aatgccggcg ggtgtaatac tcgccgtaga cctccagcaa gtcgccattc
     6121 gcattcttct tcaatacgtg gcggctgctg ttggaatgat cgaagcggcc actgaggtag
     6181 accttctgat gaatgcccgg cacccattcg ccatgctcta agtgcccggt ggaatcatag
     6241 accaccacgg cctcgtgctc cttcggatag cgggttacca tgtctgcggg gatatgccgc
     6301 gcggcacaaa agcgccagac gcagcctttt caggttcacc attttcgcgg tacagctcgc
     6361 gcgcttttct catgtaccac tcccgggggt aagagatcgt gagcttgtat tccgtgaagt
     6421 caggcagacc gccaagcatg gcgtacacgt ctgccacggc caaacgcacc gcacggcggt
     6481 attcggctga atattcagcc tccccgtcta tgccgcgatc ggtgagcaca gcggagagga
     6541 aactctctcc ctctgccaca ccggggtaag ccaatatcgt gtctttgacg gtctgcatat
     6601 ccattctcta cgccggtggt ggaggggtta cccctccacc ttcagcgatt cgggtttcac
     6661 ctcttcgccg agcagcatag ccggtacgtt atccgtgccc tcggtgtctt cgttggctgc
     6721 ccatgccgtg ccatccgttt tcaggatgta gagcccgtcc ggatcattga ttacaggcat
     6781 ggcgtttgcc tcggcctgcg tccactcctt aaacggagac agctccgacc acttagtgat
     6841 caagacgaaa tcgcgcctta ccatcaaggc cttttctcgg acgctcgggg cattctcggc
     6901 cgcaattggc ccgtgctgga tgtcccccac gcgcaagtct tccaagaagg tcacacgctt
     6961 gcgttcccac gggctgatcg tcttgcgtac gtgcgcgcta ttctcgatgc gcacagccgg
     7021 gtttactgtt acgatctgca ccgggaaggc ctgcgtggcg aggtattgat tgatggtgtc
     7081 cttcgttacg gtcagtcggc cagacgtgtt cagccagcct ttgagcgtgt ctgcagtgga
     7141 cttctgcttg cagagcaaaa ggaagtccga ggcgtgcatc actacgtact tgatcgtgcg
     7201 gccattcagg gaggccactt ccagcgtgtc ggcgatgtct tgcaagccgt tggccgtggc
     7261 tgcgttcgac caatcggctg tgctcacccg gcggttttct tttggcatgc cacaacccac
     7321 aaactcgacc gtcacgaggc cgttgttgtt cgtcacattc agggcaaagc ccccgcggga
     7381 gagcagctgc aagccgaacc actccatgcg gccgcgtacg gcgttgtaga caaagtcttg
     7441 gtctttgaat gcgagattca gcagcgccag cttgtcggcg tcgttgttgc actcgtattg
     7501 cagacgcaaa tactcgttgt agtccctttc attcattccc ctcttgaggg ccgttttggg
     7561 gatgtcgccc gagagtttgc ggatcacttc gcggctcttc tgcggcgccg aggcgtcaaa
     7621 gctgatcaca tcggctatca ccggtgcccc ttgttcgccg acaagcgtct cccaggtgag
     7681 cgtgctcacc ttcttcaccc cgaaaaagtt cgggaaatac atcggcttga catacttcgt
     7741 attcagccgg gctgccatgt tggtttggtt caccaacttt aatagacttc tttccatggt
     7801 ctgttgtctg tttcgttaca caaaatgaat gcgcgtgcgt gccttcaagg ccgcgtctac
     7861 ggggagcagc atcgcggcct cggtcacggt gcccatcacc aacaggccgc tgctgccatt
     7921 ggccacggtg aggtcgatgg gcgacatggt caggcagacc tccgacgcct tgctgccata
     7981 cttaggcacg gcgctgccgg cggcttgctt gtctttggcc tgcaccagca catcgccctc
     8041 agaggcggcg ccgatggtgg cggccagcgt aatcacgtcg aacttcggat cgctcttatc
     8101 gatgtcctta atcacgtccg aggcgcgggt gtagtccccg ccgagggtca cggcgtcgcc
     8161 cacggtaaag aggtggcgct tccccacctt gtacttcgca gccgaggcgg cctcgtagat
     8221 gcgcgccgtc ttcaccacat ggtaggtgcc cgtggcctcg tctttcacca ccggggcgaa
     8281 cgggggcagc tcgtctaacg gctttccggc aaacagggcg cccgccatgt cgctgcggtc
     8341 tacggtgccg ccgccgatca catcctcaag gatcttttca atcccggggg cgtgctgata
     8401 ctctctcttt tgttctaaga atgccataat gatttacagt tgattggttt agatgcgttg
     8461 tttgttctgg gggtggctat tcgcccttgc tgccggtcag gttgattgtg ctgttcgatg
     8521 caggcgcccc ttcgccggcc atcataagct ccgtccattc cttttccgag cgcgccgcgt
     8581 cttctttcgg catcgggggc gtgccgcccg ctccgactaa gctatcgatg gcgctttggc
     8641 ggatggcggt aaactcctcg ctgagcgcct tcacctgctc ctcgaggggc gtttcggtgt
     8701 cggtgcggat gcgctccgtc cagctgtccg gcagccccgc cttatgtatg gcggctttgg
     8761 cctcggcttg acgttcggcg cgggcgcgtt ccgtcttcga ttggttgatc tccgcgcgga
     8821 gcgcttgcag ctgcttgttt tgattctcga tccagtcgcg cagggcggcg ttgatctcgc
     8881 ccgtggggag cggcttttgc ggcatggggt ctgtgtgctc cggcgtgcgg ggtttgccgt
     8941 ctttcaggcc gtgctccttt tcgtaagcct cgatggcttc gcggcgcacc tcctcggtgg
     9001 cttccttgcc cgcctcttcg atggccggca ggatattctc tttgaaggct ttcacggccg
     9061 cctcggcgcc ggtctcggtc tccacgccga aagccttttg cacccgctcg gcatagcctt
     9121 cgctgatgcc ctgcgcgcgg agtgccttct tgatggtttc agtgattgtc atacgtgtgt
     9181 gcgtttgtct gtgtgagtgg tttgttgtag ttgatgaaga aaagtggttg tcgtttgtgg
     9241 ggcgcgcacg ccccgtttct tgagttcggc ggcaaaggtg aagtagcgtt atcgtgcgtg
     9301 ctaccacttg ggggcaaact tttttttggg ggggggaggg ggcgtgtgga actacctttg
     9361 cacgcaaacc caataagcaa tcattacaat ggaacgagtc aagctctcca agcacgccaa
     9421 acgggtgttt cgcctcttgg ataaaggtgt aggccatcgc ccggcggata tgaatccgag
     9481 ggagtacaac ctcggtgccc tcgaattggc ggcgtttggg tttgcaaagt gctatcgcag
     9541 caatacgggg tgcgacgacg tctcgatggc gcatcttctt aagcgtgggc ggctctacat
     9601 ggctggcaac cccacgctgc gtaatccgat caactgggcg atcgtaggcg ccattgctgc
     9661 atgcatcaca gcggcggcgg caggcattgc cgccctattc gtagcctgct ccaagctgta
     9721 gcgccgggct gaatcattcc ggggggcgtc cttcacgcgc tctatctttc ttccagagca
     9781 acaaaaaatt catcccgtaa caattcaatt tacctttgca agtgttgtga ttaaacttga
     9841 tgacctaaac cgtttgatgc gtgccgtgga cgaagtgagg gcatttattg cagcgcgcag
     9901 ctccaaaggg gcgcactttt tttccggcaa gcatagtccg cgcaaactga atgcctctgg
     9961 agaaagactg atgagggatg cgtgcgggga ggcttttctt caaatgcaca aagccagact
    10021 gtttgccttg ctggatgaac gcaagccaca aacggcattt gatgtagagg tttatgcaaa
    10081 cgaagttctc ttgagctata gttctgatcc ggccttcaat gggttaaagt acttcttgta
    10141 taattacccg gatatggagg ttacagacaa tgaaggcaag aaagtgacgt actctgttac
    10201 gcttgaagac atctgcttcg tgttgagttt acgccttcgc gatatgtacc tcgaagcgca
    10261 ccccgcgctc ctgtctccgc ctgtttccgt tccctaagcc acttggggcg gggaggcgtg
    10321 gccgggttga atcattcggc accccgcacg tgtcccatct ttcctacgga gcaaagccgc
    10381 ttttcccccg taatgattcg atctatcttt gcaattgaaa cggacgaata agagacatga
    10441 tgggacagct aagttttaat caaaaaaggg cgatcaatgc cgttttatac gtggcatcga
    10501 ggctcaccga tcggggatac cataagattt tcaaggtgct ttatttcgct gatcgggatc
    10561 atttggccga ctgggggcgt acgatcacgg gcgaccgata catcgctatg gaatttggcc
    10621 ccgtgccatc cgctttgtac gatctgttta agagagagga aaatgcggcc ggcaaggggc
    10681 agttcacgga tctcttcttg gcacaaagcg acaagcggat cacgccactc gcagacgcca
    10741 acatgcgtgt actctctcgg agcgacatta aggccctcga caaagccctg aatgaatacg
    10801 gcggaaaaga ttttaagacg atcacggatc tttctcatgg ctcggcatgg gataagacgc
    10861 ctcgaaatag gcctatgtct ttcttcgaca tcatgaagga gcacggcgaa acggacgaat
    10921 acgcccaata cgccgacgag caggcacgcc tgcaaaccat tccgctgtga tctatggagc
    10981 tgccgagtgc gctgagcaag gctttaatca aaagaggatc catctttcat tccaaggatg
    11041 accgattccg agagatcgga catggcaaat atttcgtagt gattggcgta tcacaaactc
    11101 gtgtcgtggg tttcttcttc atcaattcaa acatcaaccc aaaagaatgg aagaactcgg
    11161 ctcgtttcgc actacaatat ccgatcagag cgagagatta cccgtcgttt ctcaggcatg
    11221 actcattcat aggctgtgcc agcctgcaag aatgggctta tgacgatctg ctcgacagca
    11281 taatgagggg gcagaccgaa tacaaagcga cgctccacga aagccacctc agggatatac
    11341 tggagcaggc gcggcagtca gaggtcttct cagaggaaga gatcgaaagc tacttcggcg
    11401 aatagtggcg cccacttttg ctgcttcagt tgttgcgaaa tctgcggcaa ctgccgcggg
    11461 tgtgactgcg gctactccgt acctttatac aatcaacaat gaatagaaat gacaaagaga
    11521 gaatcgatca aagttttcga cgatgcacag gttcgcactg tttgggacga caaggaagaa
    11581 aaatggtact tctctatagt agatgttgtg ggagtactga ctgatagtaa aaatcctaca
    11641 gcttattgga gaaagttgaa acaacgtctg aaagaagaag gaaatgaaac cgtgacgaat
    11701 tgtcacggtt tgaaacttcg agcgccagat gggaaaatga gattgacgga tgttgccgac
    11761 acaaaaaatc ttcttcgatt gatacagtct attcccaccc caaaagcaga gccgttcaag
    11821 caatggatgg cagaagttgc aagtgcgcga atggatcaaa tacaggatcc cgagctctct
    11881 atcgagcaag cgatcgggga ttatcgcagg atggggtatt ctgaagcatg gatcaaccag
    11941 cgtattaagt caatagaggt gcgaaaagaa ttaacagacg aatggggtcg caccggcata
    12001 cagggtcggg aatatgcatt acttactgat attgtaacta aggcgtggag cgggttgacc
    12061 acaaaagaat accggactca caagggatta aagaaggaaa acctgcgaga caatatgaca
    12121 aaccttgaaa tggctttgaa tactttggcg gaagtatcga ctactgaaat atcaaaagca
    12181 cgcaatccga aagggtttaa ggaacaagcc cctgtggcaa aagaaggtgg aaatattgcg
    12241 aaagaggctc gcattaaatt ggaaaagact atagggcgct ctgtgatctc taaggctaaa
    12301 gcaagtgatt atttgaagcc gattgatttg gctgaaggta atcaaacgga taccccaaag
    12361 gcattaaacg agtaagcgct ctctcttgca caacccgcag cgcgccgcta tctttgcccc
    12421 cgatatatcg gtgctgatgg tcgcaaagtg gtagcggggt ttacccgaaa gggctaacat
    12481 attgcagggt cgtcgcctgc ctgcacctat atacataggg agcttccaaa agaggctccc
    12541 tattttattt gatctatctt tgccatcaca aaggcatact tgggagaaga ttgcgcgcgg
    12601 attgcagttc cgcgaggcta tctttcagga tgatttagga gagtagacga tgctgtgttg
    12661 gattgctgat ccatcaacga gggcgttcta ctctcctgtt ttttcagacc tactcttatc
    12721 tgtgatcgtg tacaaagagg ccttttttat attgagatct tcctttatga caataaagga
    12781 tggatctccg gcgatctcgg tcttgaaata atgaaacatc agattgcgcc ccttgtcgtc
    12841 aagttttccc cctatgtatt ccgcttcttg tattaggcgc actatatcca atatcgcttc
    12901 gtttttttct cgcacgtggt cgtgtggttg attgagaacc tctttgatcc cagttcctgt
    12961 aaattcgatc ggttgcttta gttccgggcg gatcacggtc ttccccttta gctccaaccg
    13021 ggcaatccta aataactctt tgcggcggat atttagcgcc gcggtctttt cggggcgggg
    13081 cggcttggct ggcgcaccac tcccggatgt attcgcagcg gccgcttggg gatcgaagaa
    13141 ggggacgttg tggcggaagg agtaggagtt gcggtaatag gggtgctgct cgacgtattc
    13201 gagggcgcgc tggggcatgt cgcgcagcac gcggcccggg ggcatgtggc ccgttacgag
    13261 gtaatccgtg aactcctcgc cgctgagcat gaccggcgtg gcgtggcaga tgcagaaggg
    13321 gtgccagggc aggaatttga agcccttggg gtaggtgcct tgcatggcgt cgcacacggg
    13381 gcagggcttg gatgaggtgc cggagcgctc caccttgacg ccgagcacga agtctaagcg
    13441 ctgccagcgt tcgtggtcgg cttcgtggta agcaatgttc gtttcggtgg cgcccacgcg
    13501 gagggcattc atgtagctgg agcgataaac gccggcgccg gggtggtatt cgcgcatggg
    13561 gcgagacagg acgagctgcc ctcgggcgtt gcggatgcga tggaagcggc ggtcgggctc
    13621 gaggagtagg gcgcgtatgt cttgcgagat gagtgctgca gggcgcccct cggcaacgcc
    13681 tgaggcgacg aagtaggcga gattttcttt ggccgattcg gtggccttcc agatccgttc
    13741 ggagaggttc atgccggctt ccttgcgctg catgaagctg cgaaaggcgt gcgcgttgcg
    13801 ggcaaacatg ccccggcggg cggtctcgga gatggggagg ccgcggatga agtcggcaat
    13861 catcgcgtcg gccttcttgt tggcggcctc ccaggcggcg cgggtgtggg cgtcgaaatt
    13921 ggccagcagg tcgtcgtgca gctgcaggag cagtttctcg atgcgctgct cggccacgcg
    13981 gttttggatc cacacgtcgg ccgggagcac gcgcccgggg tctgccttgg gggcaaagcg
    14041 tgcgagctcg cgcccggcat cgcgtgcgaa ctggtcgaag atgcgcttca cctcgctttg
    14101 ctgctctaag aggcggagga tgtgtttgcg gtcggagaat ttcaaggggt tgggggcttg
    14161 cgccccgttg aggtgttgag atgttgaatt gttgaattgt tgaatggttg atgggctcgt
    14221 aggggcaccc cttgtgggtg cccaggtatt catgcgcctt gtgggtgccc agggtggtgc
    14281 ggcggcgtaa tccttgccga ggatttgacc aaaaatcgat ttggagccca aaacccggct
    14341 cggatttgac caaaaatcga tttgaagccc aaaacgaggc tcggatcata actaagatgc
    14401 gtttttgtta tgattcttgc caaagatcat aactcggatg catttttgtt atgatccttg
    14461 cctcggatta cgccatccgg gtatcggaag ctccgcggcg aggctccctc cacaattgat
    14521 aattgataat tattaattat tccgccgcgc atgccccttg tgggtgtctg ggttgtaagg
    14581 gcgcccacaa ggggcgcccc tacgaggggg tggcgggcgg cgcggttatt cccagcatag
    14641 gagttttgtt ttttcgtccc acaatacgtt gtgatagttg tggctgccat acattttgtt
    14701 tacatgattc ttatgcggga tgtcgaggca aagctgaacg tatggatgcc agtcgggatc
    14761 attctcaatg cgtgcgactt tgactgagca gtttgcatat ttatttacga tctcaaactc
    14821 atcagttatg atcttgccgt caattacacg tgtagagtgc gcaccttcta ttatgagccc
    14881 agaggcgtct actcttgttt ttacggcacc acctcctggg aaatattgac aagcaacaaa
    14941 ccccttttga ggagaaagag aaattgcgcc ttgcgtgagg gcttggttcg catcgttaag
    15001 ccacttccag cctttcgccg agatgttatt cccttcaatg taaaaacctc cgagcgaggt
    15061 tccatcactg atctgaatcg ccttcgtatt aatcaggctc gttttgatat agcccttctc
    15121 gattacggtt tggccattga ggcgggcgcg gttgatgtcg aagacgtcgt tcttgccctg
    15181 cttctggctg atcgcgctct ccgcgttccc cacgcgccgg ttgacggcgg ccagcttctg
    15241 ggcgttgtct tccttgaaat tgccgaacgt gaccgaggca tcgatattga tgttgcgaga
    15301 gatcatatta atcgccgtgg ggctctgggt gatgtagctg gctattttgg tgccgtcggc
    15361 cagctcagcc gaggcgtaga gggcgttgcc ctgggcggtg gtcaggaacc cggccgtctg
    15421 taggcggtag atcttatcgt cggctgtgtt ttgacggttc aggatgctct gcacctgccc
    15481 ttgcgaccac gtctgcaggc tctctaactg ctgctgcgtg ccccccagct tggtattgac
    15541 ctgccccacc tcgccgtgga tcttgtcggc ctcgatttgg aagtccgcct tcgtctggaa
    15601 gcccgagagg tcgggcttgt ccgagaggtt attgtagccc gagccggcgg tgatgtgcac
    15661 tggccccgtg atgcggccgt tcacaaggtc gatcacaagc cgcgcgttgg ggtcttggat
    15721 cagctccgtg gtgatctgcc cgggcagcac ctcggtgaag ccatacgtgc gcccccagga
    15781 gcggttgccg tccacctcgc ggccgatgta gcccatcagc aagtggtaat agcccgcctc
    15841 ggagctgagc tcgcgcttgc tatcggagac gacgaacgtg cccgcctcgc cgccgaccgg
    15901 cacccgcgca tagagcctgt agaccttatc cttatccagc atgggcgacg tgtagttcgg
    15961 catcgcccaa tatcggtacg ccttcgcatc gcgggcgctg ctgagcgtct taatgcccat
    16021 cgtcatgtgc ttcaggtaga gccccgcggc gctcaggcgc accttgcccc cggctatttg
    16081 cgggtagagg ctgacgaccg tttgcggctg cgtccggctg ttgacaaaga cgaactgcag
    16141 ctgctcatgg cctacgatga gctgcatcgt ctccaccgtc acggggttaa tcgactcctt
    16201 gaacttgtcc gagaagtcct tcttgatctc ctcctgcgtc tccttcacgt cgcgccactg
    16261 gcggcgggcg tagcgctcca gctcgttttg gcgtgccttc aggcgcttgg attcatcctt
    16321 caggtcgcgc acgtcttgca taaagcgatt gccgtctaag aagtcggaca gcaccaactc
    16381 gtagcgatac ggcgtctcgc catcattctc gatgtacttc ttcacgctcg tcacgcggat
    16441 cttgcgactg cccgcaagga gccggtcagt gacatacagc atctcgccgc acaccacccg
    16501 gcgcccctca gcggcaaaga gcacctcgtc gcacgtgacg gccagccgca tctggttttc
    16561 gcacttgccg tcgagccact tttgcgccgc cacacgcagc tcctccgagg ccttatctac
    16621 gtacgccttg ggcatcttaa tgcctgtcag cgtgaacgta tcgcccacgg caaaatgaat
    16681 gtcgccgggc accttcaggg cttcttcctg ctcattctta gccagccgga actgcttctt
    16741 cttcgcgtcc caggtgccct tgacgatgtt caggtcgtag cccgccaagc cgccgtcctg
    16801 aaaggtgacg accggctcca cgccgtcaat gagctgcgct gtaaggtcga agtcaatgcc
    16861 cgaggcctgc agcgtgaacg cgtccacccg ggcagtgacc ttgaactcgc catgcgggta
    16921 gatgctgtca aactgcttga catactccac gatgccgtac ttctccgtgt tcttctctaa
    16981 gaacttcttg ccgccgggca gctgcaagta ttcgcccccg gtcatattct tatccgagcc
    17041 gtaggcatag aggcgcgtaa tgggcggcgt ctcgtcgacg gctgagaggg tcacggatcg
    17101 gaatccaccg cccggccctt gccggtaagt gagcccgctg ccgtccacct cgcgccgccc
    17161 gaaatagatc gcgcggccgt cgacgtaaaa ctccgaatcg tagtgcgcca caaggtcgct
    17221 caccacctcg gcgcacgtct tgtcctttag gtcgaacgta gccgccttcg tctcgatgca
    17281 gtcagccagc gaccagccgg ggtgcacgcg gttcatggat cgcacgacga tgtccagcac
    17341 ctgccgcgcc gtgccgttgt acttgttcat gttcttgcgg aagtcgggct ctttatacat
    17401 gaaggccacc acatcgtgca ggcggtacat ctcgtggtag aacttcacgc ggtaggtgaa
    17461 tcccagcgag gtttcctcct tcgtgacgtc ttcccggtgg cggatgtagt acgtctcgcc
    17521 ctcgtattcg atggcatcgt tcacggtgag ctccacgggc tccaaggctg caaattcaag
    17581 gtaagcgatg cgtgcgccgt tgatctcttc caaggtgtag gaagccgcgc ctgcgaagac
    17641 gtcggccacc tgcgtgccct ttctggtgat tttcatatag cagtgtctgt tgtagttatc
    17701 gtttgacgtt cacttgcgcg ggcagggcgc gcgctttgcg gatgcgcttg cgctggcccg
    17761 tgtcaaagtc tctgatgtat ccccattcgc cgccgccttc ttcttcgccc gcggccgggt
    17821 ggccttcttc gccgccgggc gcttcttcgg ggctgagctc tcggttgcgc cggttgacga
    17881 cgaagcctcg ctcgcgcatg agttgcagga tgacggccag ggagcttctg agggtctctc
    17941 ggtgggtgta tccaaaggcc tcgttgacgg ctgcgaggaa gctgaagcag ctttctgttt
    18001 ccaggcgatc gcgttttgtt ggagggctat catctcctct ccgccgagcg ggctcacagc
    18061 tttcaggact gtgatagagt tcaaaaaagc ctgtccgccc aatcggaaaa ggatggcatt
    18121 caggagcacg tataggtcgc cccacgtgct gttgcgtctg atggcctctc gcagccctgc
    18181 tgggggctcg ccgtgccggt tgtgtatgcc gagcaatacg atctcaaaga cggcctcgcc
    18241 gtgccgctcc aaggcttcga tggcctcggt ggtgggcttg ccgtcggtgg gggcgtcgcg
    18301 ctgctcagtg gcggtcatca gctccatgtc ttcggccgca atcgaggcca gataagggcg
    18361 catgcgaaac cacgtttcta ccgtgatcgg ccgcacggtg atcgattcgc cggggtcgta
    18421 tccctcgggc aggtcatcga aggtgtaggg gatcaccacg ggcgactccg ccacggtggc
    18481 cgcctccccc atcagtgtgg agagaatgct cattgcgggt tggtgtttgt ttgtttttga
    18541 ttcatcgggt gcaaaagtct aatcacccct tcgcagggtg ttactccccc tacgaaatct
    18601 tttttctttt cgccagctgg ggggatctaa taccagggct gacgcataat ccgaactata
    18661 gccccagttc gaagagttgc agaggatt
//
LOCUS       SEQF3106|MIQD01000042.117690 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..17690
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(251..1687)
                     /locus_tag="SEQF3106_01319"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRINLRIAAALLCAGWLSFFSACRDDLTQVGSTTLPGGDRSTVY
                     SDTFQMTASTIRTDSLYIRTDYGLLGDLDDPAFGRIKYDYLFQFYCQQGFRFPHTPQG
                     GQIDSVVLNLRFENWTGDSRVTMRARVYALNREPKRLHYTRIDPTEYVDMQHPIGTRV
                     YRLTDFSATADSSYRDIYNASTRTYEQTKIARRNIRITLPTSLGQSLYDETVKRPATF
                     ASQRAFNSFFPGLYITTDYGSGSMIEVSDTRMLIYYRRPKSAKNDTLVRDSVTFLVTR
                     EVTQYNHVSVADDASLLTAGGDSIAYVKTPAGICPRIVIPTREIARTTAGRVLNTAAL
                     SLRFMPQDEWSNALVPPPFLLLLPEDSVRAFFDNHTIDNGLLYQRSTDEDGSADIGFS
                     ATTRTYYYANIVPLIEAQIKRDPSRDLRLLAIPVNRRYAVSKQRNGIVRTTTGITPYL
                     YPSGARLRIAPANMRLVLLSGKHGTGLR"
     CDS             complement(1684..2457)
                     /gene="glgA_2"
                     /locus_tag="SEQF3106_01320"
                     /EC_number="2.4.1.21"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39125"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycogen synthase"
                     /translation="MPYIPETPIGNISRHLPQGVQERGYEIRTFMPKYGCINERRNQL
                     HEVIRLSGMNLIIDDTDHPLVIKVASIQMARMQVYFIDNEDFFHRKAALTDEKGNGFP
                     DNDERTVFFIRGVFETIHKLRWMPDIIHCHGWFSALASLLLKRKYFDDPCFARSKVIY
                     SLYDQEFHPALNSRIARKLKLEGATDRDIKLLEGYDYIALNKLAIKHADGIIQGSPTI
                     DSQLEEFITQNKKKILPYQDPENYIEAYDAFYQTIAKKK"
     CDS             2713..3555
                     /gene="panC"
                     /locus_tag="SEQF3106_01321"
                     /EC_number="6.3.2.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5SHF5"
                     /codon_start=1
                     /transl_table=11
                     /product="Pantothenate synthetase"
                     /translation="MNTITTVQELRQRLSEDRKAGRRIGLVPTMGALHAGHLSLIRRC
                     VAENDVCVASVFVNPTQFNDPHDLDTYPRTPERDAALLREAGCRYVFMPSVGEMYPEP
                     DTRQFRLGAVATVMEGAFRPGHFNGVAQIVSKLFMAVEPDRAYFGEKDFQQIAVIRAM
                     VSELGLPVEIVPCPIVREADGLALSSRNARLTPEGRQVAPRIYATLKESRTLIDTKTP
                     DEVKAWVTDTLNAIPGLRVEYYAIVDGTTLQPIHAWADSACPRGCIAVYCGDVRLIDN
                     ISYK"
     CDS             3616..3972
                     /gene="panD"
                     /locus_tag="SEQF3106_01322"
                     /EC_number="4.1.1.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A6L8I7"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate 1-decarboxylase"
                     /translation="MFIEVLKSKIHRVTVTDADLNYIGSITIDRTLMEAAGLIEYEKV
                     QILDNNNGERFETYVIAGERDSGTICLNGAAARRVQRGDIILILSYATMDFEEAKRFR
                     PTVIFPDTATNRLVKE"
     CDS             3979..5319
                     /gene="mdtK"
                     /locus_tag="SEQF3106_01323"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37340"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug resistance protein MdtK"
                     /translation="MPTPKQTYSNRQIWDITLPIFLSLLAQNVINITDTAFLGRVGEV
                     ELGASAMGGLYYICLFTVAFGFSAGSQIIIGRRNGERRYAEVGPVVMQGILFLLALAA
                     FCFVASRLWAEPLMRLMVSSDTLRAATMEYLDWRIYGFFFAFVSVMFRALFVGITRTR
                     VLTLASVVMSVVNVMLDWALIFGHAGLPRLGLAGAAIASVAAEGATVLFLIVYTRLTV
                     PRRRYGLDRLRAFDFRLLRQVLSISGFTMLQYFVSMSTYFIFFLAVERLGQRDLAVAN
                     IARSLYIALFIPVNALSTATNTMVSNLMGAGQASAVIPLIRRLTLIALVITAIFAAPL
                     VLLPRPLLSVYTNDPHLIAAAVPSLSIIAAAAISSALASIIFSAVSGTGNTRPAFLLE
                     MLALVVYTIYIYVAIIRLRLPVHLSFISDIVYYFALLGGGLIYFHRAAWQRKAI"
     CDS             5480..6352
                     /gene="czcD"
                     /locus_tag="SEQF3106_01324"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O07084"
                     /codon_start=1
                     /transl_table=11
                     /product="Cadmium, cobalt and zinc/H(+)-K(+) antiporter"
                     /translation="MKGRKLLWATALNFSITLVQIVGGIVSNSLSLLSDAIHNLGDSS
                     AIFIAFLAGRHAEKRPDLRKTFGYKRSEILAALFNAVALIVICVFLFIEAYERFLHPE
                     PIRGAVMLTVATFGLLANLISVVILHRDKEHNLNIRAAYLHLLGDTLSSVAVILGGIA
                     IWIWQLYWLDPLITVAVGIYIIWHTWGIVRQTVDILMQAAPEEVDLHDVQKHTEGMAE
                     VKDMHHLHIWKMDDEHIHLEAHINLCEDLPLSDAQAIGRRIEEMLRAEFGISHVTLQL
                     EYEGCRPRCGLIQA"
     CDS             complement(6816..8060)
                     /gene="rfbX"
                     /locus_tag="SEQF3106_01325"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37746"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative O-antigen transporter"
                     /translation="MFGKYGLVLKNASYLTLFEVMRMVMPFIALPYLFGVVGEERYGT
                     VVFAQAIVALFTLFINFGLDISAVRDVSIHRNNPQRLNQIFSSVILIKSALALFVTAV
                     LALMIRFIPALSAISTLLAFAFLACLSDIWLPVWYYQGRENMRVLTIVRFISIAFYTV
                     TLFLFIRRAEDYPYIALLQSLGLILSAAVSCYYVFVRDGIRLCFPPIAFIRRTFLDSI
                     PFFASRASLAINAYMAKIMSGIYLSGAEVAAFDVAQKVINGGMVPIQMLNQALYPNLS
                     RSRDRAMLPSLLRIVALLIAAITVVLFALSDPIVRILSHGELSEASALLRLLCLYLFF
                     SGFSVFFGTSVLVAFGRQRPFNISVICSTAALLLCYSVMIYFHLNSIYLYALALIVAE
                     VVVLGYRAFFVRKYGLIGGRNG"
     CDS             complement(8091..9743)
                     /gene="etk"
                     /locus_tag="SEQF3106_01326"
                     /EC_number="2.7.10.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P58764"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine-protein kinase etk"
                     /translation="MEMNNELEQEASRPIAADDREAVGLRPIIAGYLRQRTVILISAI
                     ISLVAAIIYLLVYPKTYEIMARIQIQDDASMMASGGIGLGDAAGVMKTFGLGGLSSGS
                     GVSIDDEISTLRSNSLMRKMVTRLGLYAEYRRPLSFVKLYGEEPVHVICDSTTLDALD
                     DKVEFRLTATDRDGVTIKAKADGKKETFHFDGFPAEVRLHDKTFRFERVKQRAGDVKL
                     DITVYPPRWVAEKAADDFLIEDYSKSANIIELSCTDYERRRAKDMLNVLIDYYNQEAY
                     DYKKAQSDVSLNFLNERIAHVMDELENVERNIERYKAANKITDVEYDIQYYAEYMRDL
                     KGRMIEAETQANMIAMMDAFVKNPANRYKLVPSLLTSGAAETEGSAIYLYNQALLERE
                     KAIHNSNEQNPMVASLTTQVDRLRETVFQSINNAQQSMQLTRRALEKQERELLDRMGS
                     VPVQERIYVDYKRQQEILQGVYLILLQKREEIGLALGQKTDRAKIVDTAFVKAKPVAP
                     RKVFALAGFIVLTLVLSIGWIVCRDQYRLLRKEMKRTDTAAD"
     CDS             complement(9743..10546)
                     /locus_tag="SEQF3106_01327"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGKLLPIVSLLILLGACSVPKDVTYFQGIDKLTKADWERMNRT
                     YSATIAEDDLLTITVTAWNPSVVTPFNPPPFAYMTQGETGVSSDTKLRTYLVDKEGNI
                     NFPVLGQVHAAGLTKGQLTEELQKQIRKYVDGAMVNIQIVNYKVTVLGEVSRPGSINV
                     RNDRLSILDALGMVGDLTINANRKNILIVRDNNGHKEYGRVDMTSPDIFASPYFYLKQ
                     NDVVYVEPNNAKKRNANYSSAQQYTLTIISTILTAASVITSVLVALRRR"
     CDS             complement(11018..11668)
                     /gene="rpe"
                     /locus_tag="SEQF3106_01328"
                     /EC_number="5.1.3.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P74061"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribulose-phosphate 3-epimerase"
                     /translation="MNHLIAPSLLSADFMHLGRDVEMVNRSQADWLHIDVMDGVFVPN
                     ISFGFPVMNALRGICHKPTDVHLMIVEPQKFIREVADSGAYMMTVHYEACTHLHRTVH
                     AIRDAGMKAGVALNPHTPVTLLEDILADLDMVLLMSVNPGFAAQSFIGHSVVKTAKLR
                     RMIRERELQTLIEVDGGVNTETARVLLSAGADVLVAGSYVFRSPDPEATIRELKAL"
     CDS             complement(11796..11966)
                     /locus_tag="SEQF3106_01329"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKITPSAPAECRDMNGHTNQPQSFGPRRETLALLSWFARIYTP
                     DNTPSPALPIAN"
     CDS             complement(12074..14215)
                     /gene="ppk"
                     /locus_tag="SEQF3106_01330"
                     /EC_number="2.7.4.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A7B1"
                     /codon_start=1
                     /transl_table=11
                     /product="Polyphosphate kinase"
                     /translation="MPEIRYELHVDGYRHFAIRNHLYSSMFAHLMEDKKYGYFKRDIS
                     WLSFNYRVLLEARDPALPIYERIRFLSIYASNLEEFYEIRVAEQRGAIMKKNYRADNP
                     EKAEVTLNEITTEVNRQQQAFYSIFNDGILPELRRQHIYLYQDHEPLPFHRDFVRRYF
                     DEEIFPYLSPVTLHEGFRTFIRDRRLYLIARILKRETHEPLYVLIKIPHSNVPRFIAL
                     PEHEGMHYFMFVDDMIRHNLPAIFPGYIPDGCYGIKISRDADIYVEEESPQSIVQAIR
                     TKVKKRKIGALSRFMYDREMPPDVLAFVCRSFHIATDDLVVGGRYMNLQDMSRLPNPV
                     GPKLERIPPAPLHVPYLEEMASIFRAVERGDVLLHFPYQSFDYLLRFLMEASFDPDVE
                     EIKITQYRVAENSSVIHSLIGAARNGKRVTVFVELKARFDEENNMSTAEEMRQAGIKI
                     IYSIPGLKVHAKVALVLRRGEAADFACLSTGNFNEKTAKAYSDMALLTCDKAIVKDVC
                     RVFEVLEGRLQEPHFDRLLVARFNMVPELIRLIRREADHARSGRGGRIILKMNGLQDK
                     QMIDELYEAGQAGVEIDLLVRGICCLTPDRSYSPNIRVTRIVDMFLEHTRLWYFHNAG
                     DEVLYLTSSDWMRRNLNRRIEAAVPVLSPDVRREILDILDIQLRDNVKACRIDGSLRN
                     IFIRNDAPPVRAQQAIYDYIERTTNNQAPAS"
     CDS             complement(14319..14480)
                     /locus_tag="SEQF3106_01331"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHPDERLEEQTLLEVREEVSQFDFPETLLQILHAWQLLLLMAKV
                     TINTKMAFK"
     CDS             14541..14939
                     /gene="higB-2"
                     /locus_tag="SEQF3106_01332"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KMA6"
                     /codon_start=1
                     /transl_table=11
                     /product="Toxin HigB-2"
                     /translation="MKSNSLKQANSLRRVLNHFSMSFEVRTTPHFEREAKALAKRYHS
                     FKDDLNKLIDLLSEDPIQGIGLGSGIRKIRLAITSKGRGKAGGARIITYTVCFSESSG
                     RVYLIDVYDKADYSTANVTIIKGMISDLGL"
     CDS             15019..16338
                     /gene="tilS"
                     /locus_tag="SEQF3106_01333"
                     /EC_number="6.3.4.19"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37563"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA(Ile)-lysidine synthase"
                     /translation="MLPTIQTYIAQHALLQPGQPVIVGFSGGADSVALLHVLTRLGYP
                     CIAAHCNFHLRGDESDTDAAFARRMAEALGTPFHQADFDTERYARRHGASTEMAARTL
                     RYRWFEALRRDTPAQAIAVAHHSDDNVETILLNLIRGTGLRGLCGMRPRNGHIVRPLL
                     CVDRAQIIRWLADRGLTYRTDSTNASDTYRRNFVRHHILPLMEQLNPAVRTAIQGMAG
                     HLTDVEAIYRDAIESQRPSLIDAERRIPIDALLRSPAPRAMLFELLRPYGFTPTQCAD
                     LARALRSEPGRTFHSPGGRWHVLKDRAHLILYPTADADARTFTLAPGNELQAPIRLRI
                     EVRPAADARAISRSPSVATFDADRVPLPLTLRHWRAGDAFVPFGQPGRKKLSDYFTDH
                     KFSRLRKAATWILCTARGDILWIVGERIDNRFRVTPQTRQWLVITCG"
     CDS             16868..17497
                     /locus_tag="SEQF3106_01334"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTKDLTDHCTLFRGLTTERAAELLETYGYALRTYPPHSFPAMQ
                     GDACRALLIVCRGRVNAWMAGEGGKQIIVEQFAEWDVLAPAFLLATRNVYPVSVETTT
                     DCELLVIHRETLLRMLHADMRMMENYLREISDKCFALTQRIGSFALKSLREQLLTYLH
                     THDTYARQQDIADRFGVARPSLNRVLQELCQEGIVQMVHGKIRLIRRFE"
ORIGIN      
        1 gtgccgctgg catgtcgcat gccggggtcg ctgaatcgta agtaatgtga gttcgacgta
       61 ataaatccat ttccctcggt gcagggaaat ggattctcac tttgtcaata tgaagtaggc
      121 ttaataaaag cgtttgcatt tgggctttgc aacctacgcg cttgatcgtc gagggcatga
      181 aaacagcccc atcggagggg gatccgatga ggccggttca ataaggatat aacataaagg
      241 agatgaagac tcaacgcaga cctgtgccat gcttgcccga gagcaagacg agcctcatgt
      301 tggctggggc gatgcgcagg cgggcgccag aggggtagag atagggcgtg atgcccgtgg
      361 tagtgcgcac gatgccatta cgctgcttcg acacggcgta gcgacgattg acggggatgg
      421 ccagcagccg gaggtctcga ctcggatcgc gcttgatctg cgcctcgatg agggggacga
      481 tgttggcgta gtagtaggtg cgcgtggtgg cgctgaagcc aatgtcagcc gacccgtcct
      541 cgtccgtgga gcgctggtag aggaggccgt tgtcgatcgt gtggttatcg aagaaggcgc
      601 gcacggagtc ctccggaagc agcagcagga agggcggcgg cacgagggca ttgctccact
      661 cgtcttgcgg catgaagcgc agcgagaggg cagccgtatt gagcacgcgg ccagccgtcg
      721 tgcgggcgat ctctcgagtg gggatgacga tgcgcgggca gatgccagct ggggtcttga
      781 catacgctat gctgtcgccg ccggccgtca gcagggaggc gtcgtcggcc acgctgacgt
      841 ggttgtattg ggtcacctca cgggtgacga ggaaggtgac ggagtcgcgc accaacgtgt
      901 cgttcttcgc actcttcggc ctgcggtaat agatgagcat gcgcgtatcg ctcacctcga
      961 tcatggagcc gctgccgtag tcggtcgtga tgtagaggcc ggggaagaag ctgttgaagg
     1021 ccctctgtga ggcaaaggtg gcggggcgct tcaccgtctc gtcgtagagg gactgcccga
     1081 ggctggtcgg cagggtgatg cggatgttgc gacgggcgat tttagtctgt tcgtaggtgc
     1141 gtgtagaagc gttgtagatg tcgcgatagg agctgtcggc ggtggcggag aagtcggtga
     1201 ggcggtagac gcgtgttccg atggggtgct gcatgtcgac atattccgtg gggtcgatgc
     1261 gggtgtagtg caagcgtttg ggttcacggt tcagggcgta gacgcgggcg cgcatggtga
     1321 cgcgtgagtc acccgtccag ttttcgaagc ggagattcag caccacggag tcaatttgtc
     1381 caccctgcgg cgtgtggggg aatcggaagc cctgttggca gtagaactgg aagaggtagt
     1441 cgtacttgat tcgcccgaag gccgggtcgt cgaggtcgcc taataagccg tagtccgtac
     1501 ggatgtagag cgaatcggtg cggatggtgg aggcggtcat ctggaaggtg tcgctgtaga
     1561 ccgtgctacg gtcgccgcct ggcagcgttg tggatcccac ctgggtgagg tcgtctcggc
     1621 aggccgagaa aaaggaaagc caccccgcgc agagcagggc ggccgcgatc cgaaggttga
     1681 ttctcatttt ttcttcgcta tagtctggta aaatgcatcg taggcctcga tgtaattctc
     1741 ggggtcctga tagggcaaga tcttcttttt gttttgggtg ataaactcct caagctggct
     1801 atcgatggtg gggctgccct gtatgatgcc atcggcatgc ttaatggcga gcttgttgag
     1861 ggcgatgtag tcgtacccct ccaagagttt gatgtcgcga tcggtcgccc cctcgagttt
     1921 cagcttgcgt gcgattcggc tgttgagcgc cgggtggaac tcctggtcgt agagggagta
     1981 gatgaccttc gaccgggcaa agcaggggtc gtcgaagtat ttgcgtttaa gcagcaggga
     2041 ggccaaggcg gagaaccagc cgtggcagtg gatgatgtca ggcatccagc ggagtttgtg
     2101 tatcgtctcg aagacaccgc ggatgaagaa gacggtgcgc tcgtcgttgt cggggaaacc
     2161 gttgcccttt tcatccgtaa gggctgcctt gcggtggaag aagtcttcgt tatctatgaa
     2221 gtagacctgc atgcgtgcca tttgtatgga ggctaccttg atgacaagcg gatggtccgt
     2281 gtcgtcgatg atgagattca tgcccgagag gcgaatcact tcgtggagtt gattgcggcg
     2341 ttcattaatg catccatact tgggcataaa ggttctgatt tcataaccgc gctcctgcac
     2401 tccttggggc agatgccgac tgatgtttcc gatgggggtc tcggggatgt acggcattac
     2461 ttcttgggta ataaacaaaa ttctctttgc gtccatattt tccttcgata acttgaaact
     2521 gtgcacaaag gtagcaaaaa acgggagcct ccggggggcc gtttgggcgc tcctggccag
     2581 ggctgtaggg gggcaaaggc cttttcatta cagccttttc gggcttctcc tggatgccat
     2641 ttcttggggg tatatgtgtt acagtttttg ttgctttgcg gccaattcaa accattcatt
     2701 atatatccca ttatgaatac aatcaccacc gttcaggagc tgcgccagcg cttgagcgaa
     2761 gatcgaaaag ccggacgccg catcgggctt gtacctacga tgggcgcact ccatgcgggc
     2821 cacctgagcc tcatccgccg ctgcgtggcc gagaacgacg tctgcgtggc cagtgtcttt
     2881 gtcaacccca cccagtttaa tgaccctcac gacctcgata cgtatccccg cactccggag
     2941 cgcgacgctg cactcctccg cgaggctggc tgccgctacg tcttcatgcc atccgtgggc
     3001 gagatgtatc ccgagcccga cacgcgccag tttcgccttg gcgccgtggc taccgtcatg
     3061 gagggagcct tccggccggg gcacttcaat ggcgtggcgc agatcgtcag caagctcttc
     3121 atggctgtgg agccggacag ggcttacttc ggcgagaaag acttccaaca gatcgccgtt
     3181 atccgcgcca tggtcagtga gcttgggcta ccggttgaga tcgtgccgtg ccccatcgtg
     3241 cgcgaggccg acggactggc tttgagtagc cgcaacgcac gcctcacacc tgaaggacga
     3301 caggtggctc cacgcatcta cgctacactc aaggagagcc gcacgctcat tgacaccaag
     3361 acgcccgacg aggtgaaggc ttgggtcaca gacacgttga acgccatccc cggcctgcgc
     3421 gtggagtact acgccatcgt cgatggaacc accctgcaac ccattcatgc ctgggccgac
     3481 tccgcctgtc cgcgcggatg catcgctgtt tattgcggcg acgtccgact gatcgacaac
     3541 attagctaca aataacccgc aacccctaac taccgggcgt atgcaatacg cccctacatc
     3601 ccccctaccc tctttatgtt tattgaagta ttgaaatcga agatccaccg cgtgacggtg
     3661 acagacgccg acctgaacta tatcggcagc attacgatcg accgcacgct gatggaagct
     3721 gccggactga tcgagtatga gaaggtgcag attttggaca ataacaacgg cgaacgcttc
     3781 gagacgtacg tcattgctgg cgaacgcgat tcgggtacca tctgcctcaa cggtgctgct
     3841 gctcgccgcg tgcaacgggg cgacatcatc ctcatcctct cctacgccac gatggacttc
     3901 gaggaggcga agcgcttccg ccccaccgtc atcttccctg acacggccac caaccgcctc
     3961 gtgaaggaat aagcgcgcat gcccacgcct aagcagactt actccaaccg acagatctgg
     4021 gacatcaccc tgcccatctt ccttagcctg ctggcgcaaa acgtcatcaa catcaccgac
     4081 acggccttcc tcggtcgtgt cggcgaggtg gagctcggtg cttcggccat gggcgggctc
     4141 tattacatct gcctcttcac cgtcgccttc ggcttcagcg ctggctcgca gatcatcatc
     4201 ggccggcgca acggtgagcg ccgctacgct gaggtgggtc ccgtcgtcat gcagggcatc
     4261 ctcttcctgc tcgccttggc ggctttctgc ttcgtcgcct cccgcctgtg ggctgaaccg
     4321 ctgatgcgcc tcatggtctc ctccgacacc ctgcgcgccg ccacgatgga gtatctcgac
     4381 tggcgcatct acggcttctt tttcgccttc gtcagcgtca tgtttcgcgc cctcttcgtg
     4441 ggcatcactc gcacgcgcgt cttgacgctc gcctcggttg tcatgtctgt cgtcaatgtg
     4501 atgctcgact gggcgctcat cttcggccat gctggcctgc cccgcctcgg attggcgggc
     4561 gccgccattg cctctgtcgc ggccgaaggt gccaccgtcc tcttccttat cgtctacacc
     4621 cgcctgaccg tcccgcgccg tcgctacggc ctcgaccgcc ttcgcgcgtt cgacttccgc
     4681 ctgctccgcc aagtgctcag catctccggg ttcaccatgc tgcagtactt cgtctccatg
     4741 tccacttact tcatcttctt ccttgccgtc gaacgcctcg gccagcgcga tctggctgtg
     4801 gctaacattg cccgcagcct ctacatcgcc cttttcatcc ccgttaacgc cctctccacg
     4861 gctactaaca cgatggtgag caacctcatg ggcgccggcc aggcgtcggc cgtcattcct
     4921 cttatccgcc gcctcaccct cattgccctt gtcatcacgg ccatcttcgc cgccccgctc
     4981 gtcctccttc cgcgcccgct gctttcggtt tacaccaacg atccgcacct cattgctgcg
     5041 gccgtcccct cgctcagcat catcgccgcg gccgccatct cctccgcctt ggccagcatc
     5101 atcttcagcg ccgtgtctgg cacggggaac acccgccccg ccttcctttt ggagatgctc
     5161 gcccttgtgg tttacaccat atatatatac gtagccatca tccgtctgcg cctgcctgtg
     5221 catctgagct tcatctccga catcgtctac tacttcgctc tcttgggggg tgggttgatc
     5281 tacttccacc gcgcggcttg gcaacgcaag gccatctgaa cgcacccgct ccgcactccc
     5341 cgccatatcc cgcatctttg tcagactaaa cattaacccc tgtaatacgc gtcgacttat
     5401 gaatacacat catcatcacg atcatggcca cgaccatgat caccaccacg cgcaccatca
     5461 ccaccaccat gcggccgaca tgaaggggcg caaactgctc tgggctacgg cgctcaactt
     5521 ctctatcacg cttgtgcaga tcgtcggagg gatcgtttcc aacagcctct cgctgctctc
     5581 cgacgccatc cacaaccttg gcgattcgtc ggccatcttc attgccttct tagccggccg
     5641 ccacgctgag aagcgtcccg acctgcgcaa aacgtttggt tacaaacgct ccgagatctt
     5701 ggcggcactc ttcaacgccg tcgcgctgat cgtcatctgc gtcttcctct tcatcgaggc
     5761 ttacgagcgc ttcctgcacc cggaaccgat ccgcggcgcc gtgatgctga cggtggccac
     5821 cttcgggctg ctggctaacc tgatctcggt cgtcatcctg caccgcgaca aggagcacaa
     5881 cctgaacatc cgcgcggctt acctgcacct cttgggcgat acgctctcgt ccgtggccgt
     5941 catcctcggc ggcatcgcca tttggatctg gcagctctat tggctcgacc cgctgatcac
     6001 cgtggccgtg ggcatctaca tcatctggca cacctggggc atcgtccgcc agacggtcga
     6061 catccttatg caggccgcgc ccgaggaggt agacctgcac gacgtgcaaa agcacaccga
     6121 ggggatggct gaggtgaagg acatgcacca cctgcacatc tggaagatgg acgatgagca
     6181 catccacctt gaggcgcaca tcaacctctg cgaagacctg cccctctccg acgcgcaagc
     6241 gatcggccgc cgcattgagg aaatgctccg cgccgagttt ggcatcagtc acgtcacctt
     6301 gcaattggag tacgaaggct gccgcccccg ttgcggattg attcaggcgt gagggagggg
     6361 ggcgaaacgc aatgcttttc gggccttgaa attcattttg gagcgaaacg agggtcattt
     6421 cggggctcgc acgccgtgct agggggaaaa cgagggtcat ttcgggtgcg cacgccgtgc
     6481 cagggggaaa acgagggcca tttcgggtgc gcatatcatg cgcagagaaa aagcggtgca
     6541 tttcggggcg cgcatggcgt gctggagcaa aacgaggcaa gtttttgtcg cgcatgacat
     6601 gctggagcaa aacgaggcaa gtttttgtcg cgcatggcgt gcaaggagta aaacgagggg
     6661 catttcgggg cgcgcatggc gtgcaaggag cgaaacgagg gtcatttcgg ccgtcaaaaa
     6721 tcattttggg gcaaaacccg ctgggtttcg ggcttcaaaa ttcattttgg ggcaaaaccc
     6781 accgggaatt ggtctcctaa attctcaacg atgaattatc cattccgtcc cccaatcagc
     6841 ccatacttcc tgacgaaaaa tgcgcgataa cccaagacga caacctcggc cacgatcagg
     6901 gccaaggcgt agaggtaaat gctgttgaga tggaagtaaa tcatcaccga atagcagagg
     6961 aggagggccg cagtggagca aatgacgctg atgttgaacg ggcgctgccg accgaaggcg
     7021 acgagcacag aggtgccgaa gaagacggag aagccggaga agaaaaggta gaggcaaagc
     7081 aggcgcagca gggcggaagc ctcggagagc tcgccgtggg agaggatgcg cacgatgggg
     7141 tcggacaggg cgaagagtac cacggtgatg gcggcgatga gcagcgccac gatgcgcagg
     7201 agggagggga gcatggcgcg atcgcgcgag cgggagaggt tgggatagag cgcctggtta
     7261 agcatctgga tgggcaccat gccgccgttg atcaccttct gcgccacgtc gaaggcggcc
     7321 acctcggcgc ccgagaggta gatgccactc atgatcttgg ccatgtaggc attgatggcc
     7381 aacgaagcac gcgaggcgaa gaaggggatg ctgtcgagga aggttcggcg gatgaaagcg
     7441 atggggggga agcagaggcg tatgccgtcg cggacaaaga cgtaataaca cgaaacagca
     7501 gcggagagga tcagtccgag cgactgcaag agggcgatgt agggatagtc ctcagcgcgg
     7561 cggataaaga ggaagagggt gacggtgtaa aaggcaatgg agatgaagcg cacgatggtg
     7621 agcaccctca tgttctcccg accctggtag taccagacgg gcagccagat gtcggacaga
     7681 cacgcgagga aggcgaaggc gagcagcgtg gagatggcgc ttagtgcggg gatgaagcgg
     7741 atcatcagcg ccagcacggc tgtgacgaag agggccaagg cggacttgat gaggatgacg
     7801 gagctgaaga tctggttgag tcgctggggg ttgttgcggt ggatggagac gtcgcgcacg
     7861 gcggagatgt caagtccgaa gttgatgaag agggtgaaga gggcgacgat ggcttgggca
     7921 aagacgaccg tgccgtagcg ctcctcaccg accacgccga agaggtaagg cagggcgatg
     7981 aaaggcatca ccatgcgcat gacctcgaag agggtcaggt aggaagcgtt tttgagtacg
     8041 aggccgtatt tgccgaacat gtgaggagtc gggggggagg gggaggcgct tcagtcggcg
     8101 gcggtgtcag tgcgcttcat ttccttacgg agcaaccggt actggtcgcg gcagacgatc
     8161 catccaatag agagcaccag cgtcagcaca atgaacccgg ccagggcgaa gactttgcgc
     8221 ggtgcaacgg gtttggcttt gacgaaggcc gtgtcgacaa tcttggcgcg gtccgtcttc
     8281 tggccgagtg cgaggccgat ctcctcgcgc ttctgcagca ggatgaggta gacgccttgc
     8341 agaatctcct gctggcgttt atagtctaca tagatgcgtt cttgcacggg gacggagccc
     8401 atccgatcga gcagctcgcg ctcctgtttc tcaagggcgc gacgggtcag ctgcatgctc
     8461 tgctgtgcgt tgttgatgct ctggaagacg gtctcgcgga ggcgatccac ctgcgtggtg
     8521 agcgaggcca ccatggggtt ctgctcgttg gagttgtgga tggctttctc gcgttcgagg
     8581 agggcctgat tgtagaggta gatggcgctg ccctcggtct ccgcagcgcc ggaggtgagc
     8641 agcgagggga cgagcttata ccggttggca ggattcttca cgaaggcgtc catcatggcg
     8701 atcatgttgg cctgcgtctc ggcctcgatc atgcgaccct tcaagtcgcg catatattca
     8761 gcgtaatact gtatgtcata ctccacatcc gtgatcttgt ttgcggcctt gtagcgctca
     8821 atgtttcgct ccacattttc taattcatcc atcacgtgtg cgatgcgttc gttgaggaag
     8881 ttgagcgaga cgtcgctctg ggccttcttg tagtcgtagg cctcttggtt ataataatcg
     8941 atgagtacgt tgagcatgtc tttggcgcgg cggcgctcgt agtcggtgca gctgagctcg
     9001 atgatgttgg ccgacttgga gtagtcctcg atcaggaagt catcggcagc cttttcggcc
     9061 acccacctgg ggggatagac ggtgatgtcg agcttcacgt caccagcacg ctgcttcacc
     9121 cgctcgaagc ggaaggtctt gtcgtgcagt ctcacctcag cagggaagcc gtcgaagtga
     9181 aacgtctcct tcttaccgtc agccttagcc ttgatcgtca ccccgtcgcg atcggtggcg
     9241 gtgaggcgaa actccacctt gtcgtcgagt gcatcgaggg tggtagagtc acagattacg
     9301 tgcacgggtt cttcgccgta gagcttaacg aaggagaggg ggcgccgata ttccgcatag
     9361 agccccagtc gcgtgaccat cttgcgcatg aggctattgg agcgcagggt ggagatctcg
     9421 tcgtcgatgc taacgccgct tccgctgctc agcccaccca ggccgaaggt cttcatcacg
     9481 ccagcagcgt cgcccagacc gatgccaccg gaggccatca tgctggcgtc gtcttgtatc
     9541 tgtatgcgag ccatgatctc gtaagtcttc gggtaaacca ataaataaat gatggctgcc
     9601 accaaggaga tgatggctga gatgaggatc acggtgcgtt gccgcaggta tccggcgatg
     9661 atggggcgca gcccgacggc ctcgcggtcg tcagcagcga tggggcgtga agcctcctgc
     9721 tcgagttcgt tgttcatttc catcacctcc ttctgagtgc cactaagacg gacgtgatca
     9781 ccgaggccgc cgtaagtatg gtcgatatga ttgtcagggt gtattgctgc gctgagctgt
     9841 aattggcgtt gcgcttcttt gcgttgttgg gctctacgta gactacatcg ttttgcttga
     9901 ggtagaagta gggcgaagcg aagatgtcgg ggctggtcat gtctacgcgg ccgtattcct
     9961 tgtggccgtt gttgtcgcgc acgatgagga tgttcttccg attggcattg atcgtcaggt
    10021 cgcccaccat accgagggcg tcgaggatgg agaggcgatc gttgcgcacg ttgatgctgc
    10081 ccggacggga gacttcgcca agaacggtga ctttgtaatt cacgatctga atgttcacca
    10141 tagctccgtc cacgtatttg cgtatttgtt tctgtagctc ttccgtcagc tggcctttgg
    10201 tcaagccggc ggcgtgcact tggccgagga cggggaagtt gatgttgccc tctttgtcca
    10261 ctaaataggt gcggagtttg gtgtcagacg agacgccggt ctcaccctgc gtcatgtaag
    10321 caaacggtgg gggattgaac ggtgtcacca cggagggatt ccacgcggtg acggtgatcg
    10381 tcaataagtc atcctctgcg atggtagccg aataagtgcg gttcatccgt tcccagtcag
    10441 cttttgtgag cttgtcgatg ccttggaaat aggtcacatc cttcggcacg gagcaggctc
    10501 ccaataagat cagcagactt acaatcggta atagtttacc cttcattatc aattcgtttt
    10561 ttttaacggg tcgcaaagat attgatatat caactcgtgc gatgaccgca tgttttggca
    10621 aaaattccat gttacaacgc ggcctgttgg catttattat ctccccgaat gggcatgaaa
    10681 aagggagcgt cgcagccggt gcatggcgcc ccctgattcg ccttgtagat gccatgtttt
    10741 tgatcatcgc cacttggcgg aaagctccgc gcgtcagttt ttgatctccg ccacttggcg
    10801 gtaagctccg cgcgtcagtt tttgatctcc gccacttggc ggtaagctcc gcgcgtcagt
    10861 ttttgatctc cgccacttgg cggtaagctc cgcgcgtcag tttttgatct ccgccacttg
    10921 gcggtaagct ccgcgcgtca gtttttgatc tccgccactt ggcggaaagc tccgcgcgtc
    10981 agtttttgat ctccgtcggt tggcggtaag cgcggggtca gagcgctttc aattcgcgga
    11041 tggtggcctc agggtctggc gaacgaaaga cgtagctgcc ggctacgagc acgtcggcac
    11101 cggccgagag gagcacacgc gccgtctctg tattcacgcc gccatccacc tcgatcagcg
    11161 tctgtagctc gcgttcgcgg atcatgcggc ggagcttggc cgtcttgacg acggagtggc
    11221 cgatgaagga ttgggcggca aagccggggt tgacggacat gaggaggacc atgtccagat
    11281 cggcaaggat gtcctcgagt aatgtgacgg gtgtgtgggg attgagggcg acgcctgcct
    11341 tcatgccggc atcgcggata gcgtggacgg tgcggtggag gtgggtgcaa gcttcgtagt
    11401 gtacggtcat catgtaggcg ccggagtcgg ctacctcgcg gatgaatttc tgtggttcga
    11461 cgatcatcag gtggacgtcg gtgggcttgt ggcagatgcc gcggagggcg ttcatgacgg
    11521 ggaaaccgaa ggagatgttg gggacaaaga cgccgtccat gacgtcgata tgcagccagt
    11581 cggcctggct gcggttcacc atctccacgt cgcggccgag gtgcatgaag tcggccgaaa
    11641 ggagcgaagg ggctatcagg tggttcataa gaggggaatt atgcgcctga cggtgcagta
    11701 gtagggggcg cacccttgtg ggcgctcggt agttagaaat agttaggggg ggagagatgt
    11761 agcctatata taaaggtata ggcagcggga ggggctcagt tggctatagg cagggcgggg
    11821 cttggtgtgt tgtccggcgt atagatgcgg gcgaaccagc tgagcaatgc gagggtctcg
    11881 cggcgagggc cgaaggattg gggctggttg gtgtggccgt tcatgtcccg acattcggct
    11941 ggggcggaag gggtaatctt tttcataggc aatgcgtgtg tgtgtttgtg tgaattgtgt
    12001 tttgtggaat ggaaacggaa ggcggtgggg ggatattgct ttgggagcca taagggcgaa
    12061 taattattcg cccctacgag gcgggcgcct gattgttcgt tgttcgttcg atatagtcgt
    12121 agatggcttg ctgggcgcgg acgggcgggg cgtcgttgcg gatgaagatg ttgcgcaggg
    12181 agccgtcgat gcggcaggct ttgacgttgt cgcgcagttg gatgtcgagg atgtcgagga
    12241 tctcgcggcg gacgtcgggg gagaggacgg ggacggcggc ctcgatgcgg cggttcaggt
    12301 tgcggcgcat ccagtcggag gaggtgaggt agaggacttc gtcgccagca ttgtggaaat
    12361 accagaggcg ggtgtgctcg aggaacatgt cgacgatgcg ggtgacgcgg atgttggggc
    12421 tgtagctgcg gtcgggcgtg aggcagcaga tgccgcgcac gagcaggtcg atctctacgc
    12481 ctgcctggcc ggcctcgtat agctcatcga tcatctgctt gtcttgaagg ccgttcatct
    12541 tgaggatgat tcgtcccccg cgaccggatc gagcatggtc ggcttcgcgg cggatcaggc
    12601 ggatgagctc cggcaccatg ttgaatcgcg ccacaagcag gcggtcgaag tgcggctcct
    12661 ggagtcgacc ttccaatacc tcgaagacac gacagacgtc cttcacgatg gctttgtcgc
    12721 aggtcaggag cgccatgtca gagtatgctt tggctgtctt ctcgttgaag ttgcctgtgc
    12781 tgaggcaggc gaagtcggcc gcctcgccgc ggcgcaagac gagcgccacc ttggcgtgca
    12841 ccttcagccc gggtatgctg tagatgatct taatccccgc ctgccgcatc tcttcggctg
    12901 tgctcatgtt gttctcctcg tcgaagcgcg ccttgagctc tacgaagacg gtgacacgtt
    12961 tgccattgcg cgcggcgccg atgagggagt ggatgacgga ggagttttcg gccacacggt
    13021 attgcgtgat cttgatctcc tccacgtccg ggtcgaagga ggcttccatg aggaagcgca
    13081 gcaggtagtc aaacgattgg taggggaaat gcagcagcac atcgccgcgc tccacggcgc
    13141 ggaagatgga tgccatctcc tctaagtaag gcacatgcag cggcgcgggc gggatgcgtt
    13201 ccaacttggg gccgacgggg tttggcaggc ggctcatgtc ttgcaggttc atgtagcgcc
    13261 cacccacgac taagtcgtcg gttgcgatgt gaaacgaccg gcagacgaag gccagcacat
    13321 cgggtggcat ctcgcgatcg tacatgaagc ggctcagggc gccgatcttg cgtttcttca
    13381 ccttcgtgcg gatggcttgg acgatgctct gcggcgattc ttcctcgacg tagatgtcgg
    13441 cgtcgcgaga gatcttgatg ccgtagcaac cgtcggggat gtagccgggg aagatggcgg
    13501 gtaggttgtg acggatcatg tcgtcgacga acatgaagta gtgcatgccc tcatgctcgg
    13561 gcagggcgat gaagcggggg acgtttgagt gggggatttt aatgagcacg tagagcggtt
    13621 cgtgcgtctc gcgcttaagg atgcgggcga tgaggtagag gcggcgatcg cggatgaagg
    13681 tgcggaagcc ttcgtggagg gtgacgggcg agaggtaggg gaagatctct tcgtcgaaat
    13741 agcgtcggac gaagtcgcga tggaagggca ggggctcgtg atcttgatag aggtagatgt
    13801 gttggcggcg cagctcgggc aggatgccgt cgttgaagat gctgtaaaag gcctgctgct
    13861 gtcggttcac ctcggtggtg atctcgttaa gcgtcacctc ggccttctcg gggttgtcgg
    13921 cgcggtaatt cttcttcatg atggcgccgc gctgctcggc cacgcgtatc tcgtagaact
    13981 cctcgaggtt ggaggcgtag atggagagga agcggatccg ctcgtagatg ggcagcgccg
    14041 ggtcgcgcgc ctctaacagc acgcggtagt tgaatgacaa ccaactgatg tctcgcttga
    14101 aataaccgta tttcttgtct tccataaggt gggcaaacat agaagaatat aggtggttac
    14161 ggatggcgaa atgccggtac ccatccacgt gtaattcgta gcggatttcc ggcattttta
    14221 gcggcgggga ggaagacgct cccgaggctg gggaaggcct gataagtaat gggctatgat
    14281 caacgggaaa tgatgtgagg gcctgctcaa atgaatcatt acttaaatgc cattttggtg
    14341 ttaatcgtca cctttgccat caaaagaagc aattgccatg catgtaatat ctgtaagaga
    14401 gtttcgggaa aatcaaactg cgacacttct tcgcgcactt caaggagagt ctgttcttct
    14461 aatctctcgt ctgggtgcat ttaaactgac ccctgtaacg aatgaagagg aaatcgtcag
    14521 tcgcatcagc tcaggaatga atgaagtcaa actcattgaa gcaggcaaac tccctgcgaa
    14581 gagtgctaaa tcatttctcg atgagctttg aagtaagaac cacaccacat tttgaacgcg
    14641 aggcgaaggc cttagcaaag agatatcatt cattcaagga cgaccttaat aagttgatcg
    14701 atttgctaag tgaggatcct atacaaggga taggacttgg tagtggtatt cggaagatac
    14761 gtcttgccat aacatcgaaa ggcagaggga aagcaggcgg tgcaagaatc atcacttaca
    14821 ccgtctgctt ttccgaaagt agtggccgcg tttacttgat agacgtgtac gataaagccg
    14881 attattcaac tgcaaacgtc accatcatca agggcatgat ctcagatttg ggtctttagc
    14941 tcgtctttct ggatgagatc tatctctccc ccacacacac tttaagcctt acgtgagttc
    15001 gacataagaa tcaggcccat gctccccacc atccaaacct acatcgcgca gcacgcgctc
    15061 ttgcaacccg gacagcccgt catcgtcggc ttcagcggcg gcgccgattc cgtagccttg
    15121 ctacatgtgc tcacccggct cggctacccc tgcatagccg cccattgcaa cttccacctc
    15181 cgcggcgacg agtcagacac cgacgcggcc tttgcccgaa ggatggccga ggcgctcggt
    15241 actccgtttc accaagcgga tttcgacacc gagcgctacg cccgccgcca cggcgcctcc
    15301 acggagatgg ccgcgcgcac cctgcgctac cgatggttcg aagcgctccg acgcgacacc
    15361 cctgcgcaag ccatcgccgt agcccaccac agcgacgaca acgtggagac catcctcctc
    15421 aacctcatcc gtggcaccgg cctccgcggc ctctgcggca tgcgcccccg caacggacac
    15481 atcgtccggc cgctgctctg tgtcgatcgc gcccagatca tccgctggct tgccgaccgc
    15541 ggcctcacct accgcaccga cagcacaaac gcctccgaca cctaccgccg caacttcgtc
    15601 cgccaccaca tcctccccct catggagcag ctcaaccccg ccgtacgcac cgccatccaa
    15661 ggcatggctg gccacctcac agacgtcgag gccatctatc gcgacgccat cgaaagccaa
    15721 cgccccagcc tcatcgatgc cgagcgccgc atccccatcg acgccctcct ccggtcgccc
    15781 gctccgcgcg ccatgctctt cgagctgctc cgcccctacg gcttcacccc cacgcaatgc
    15841 gccgacctcg cccgcgccct ccgcagcgag cccggccgca ccttccactc ccccggcggc
    15901 cgttggcatg tgctcaagga tcgcgcccac ctcatcctct accccaccgc cgatgccgac
    15961 gcccgcacct tcaccctcgc cccgggcaac gagctgcaag cgcccatccg cctccgcatc
    16021 gaggtgcgcc ctgccgctga cgcccgcgcc atctcccgca gccccagcgt cgccaccttc
    16081 gacgccgacc gcgtccccct gcccctcacc ctgcgccact ggcgcgccgg cgacgccttc
    16141 gtccccttcg gccagcctgg ccggaagaag ctgagcgatt acttcacgga tcacaaattc
    16201 agccgcctcc gcaaggccgc cacgtggatc ctctgcaccg ctcggggcga catcctctgg
    16261 atcgtcggcg agcgcatcga caatcgcttt cgcgtcacgc cgcagacgcg ccagtggctc
    16321 gtgattacgt gtggttaggg gggtgaggcg tagcgtgggg aggctcctat ccggtgtccg
    16381 gttgatcatt cgtacttcgg gatgaatgat gtcgatgaac aacaataaca attccgcgcg
    16441 gctgttatta atatcaacga gcaataataa caatcccaca cggctgttat taatgtcaac
    16501 gagcaataat aacaatcccg tacggctgtt attaatgtcg atgagcaata ataaccctaa
    16561 cgcatttggg ttaatattga caatgaacaa taataaccct aacgtattcg ggttaatatt
    16621 gacaatgaac aatgatagca gaaatgcatt cgagttatta tttccaatag gaaatgatag
    16681 cggaaacgta tccgagttat tatttccaat aggaaatgat agcagaaatg tgtccgattt
    16741 attatttcca ataggaaatg atagcaagaa tgcattcgag ttattatttc caataggaaa
    16801 tgatagtaga aatgcctccc atttaatatc gttggcagac aattgaatcc ccctctactt
    16861 ttgccgcatg cttaccaagg atttgaccga ccactgcacc ctcttccgcg gcctcacgac
    16921 ggaacgcgcc gcggaactgc tcgagaccta cggctacgcc ctccgcactt accctccgca
    16981 ctccttcccg gccatgcagg gcgacgcctg ccgcgcgctg ctcatcgtct gccgcgggcg
    17041 cgtcaacgcg tggatggccg gcgagggcgg caagcagatc atcgtggagc aattcgcgga
    17101 gtgggacgtg ctggcgccgg ccttcctcct ggccacccgg aacgtctacc ccgtcagcgt
    17161 ggagacaacc acagactgcg agctgttagt catccaccgc gagacgctcc tccgcatgct
    17221 gcacgccgat atgcgcatga tggagaatta cctgcgcgag atctcggaca aatgcttcgc
    17281 cctgacgcaa cgcatcggca gcttcgccct caaatcgctc cgggagcagc tgctgaccta
    17341 cctccacaca cacgacacct acgcccggca gcaagacatc gccgaccgct tcggcgtggc
    17401 ccgcccgtcg ctcaaccgcg tcttgcaaga gctctgtcag gagggcatcg tgcagatggt
    17461 gcatgggaag attcggctga tccgaaggtt tgaatgatta atggttaatg attaatgatt
    17521 atcccccttt ttcgccccta cttaattatt gggcgaccac aagggtcacc cctaccaccg
    17581 cggtcggaag gccgcataac tacttatccg atatgacaac acgatcctgg ctttgggccg
    17641 cggcgatggc ggccctgtgc ctgctccggg cgggcgcaca gacggcgagc
//
LOCUS       SEQF3106|MIQD01000043.117197 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..17197
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     tRNA            complement(76..150)
                     /locus_tag="SEQF3106_01335"
                     /product="tRNA-Asp"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Asp(gtc)"
     CDS             386..1450
                     /gene="mutS2_2"
                     /locus_tag="SEQF3106_01336"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00092"
                     /codon_start=1
                     /transl_table=11
                     /product="Endonuclease MutS2"
                     /translation="MNSVKIGDKVRFLNSVGGGVVKAFGNKGLVMVEDENGFDFPVRV
                     AECVVVEESRTRPKGTPDARAAAPETSRAEANRSETEYKPEEVPGGERLNVSLAYLPV
                     DAKNLVESGYEAYLINESNYELAYSYMCASNRSWTLRAGGTVEPNTRIFLEEFGKEQL
                     ANLERLCVQLFAFKRGKPFGLKNAISVELRMDTVKFYKPHCFGPNDYFEEGAIVVPIV
                     RGDVPERPLLIPVAELEEAMMQKARDDRRRPQAAQAKPKEKEGETVEVDLHIGQLLDD
                     TTGMTPGDMLRYQVDRFHEVMQKYAGRKGQRIVFIHGKGEGVLRAAIEKELKTKYKSC
                     EYQDASFREYGFGATLVKIR"
     CDS             1456..1935
                     /locus_tag="SEQF3106_01337"
                     /EC_number="3.6.1.25"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A3DIJ8"
                     /codon_start=1
                     /transl_table=11
                     /product="Inorganic triphosphatase"
                     /translation="MAQETERKFLLAGDFRPYAVEAIPITQGYLCTDPERTVRVRMRG
                     EVAYLTIKSAPDKRGWSRYEFEQQIPAADARELLGMCVGNRIEKVRHIVPYGGQTWEV
                     DVFGGANEGLVVAEVELRDENESIQVPEWVGREVTGDARYYNSALSVRPYKEWARRG"
     CDS             complement(2598..3446)
                     /locus_tag="SEQF3106_01338"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSADQTIKPVFGLADLQAAAPIFRRRWAAAIGRRLMKWLNIDKV
                     NAIHARHSHLRGAAFTSAMLADPMMDVRYRIHHADRLDELPEGAFITVSNHPIGSLDG
                     IILIDIFASRRPDFRVMVNGMLERIWAMADNFISVTPRTSNQTAPNPSNVNGVRLALE
                     QLRSGHPLGFFPAGAMSFGNRRGQVLDRPWTHSVIRLIRKAGVPVYPVCFDFRNSAFF
                     YLLGRISWQIRTLRVPTEAFNKRGRTADVYIGAPIPPATLRAYPDDTQLADFLYRSTY
                     ALPQKG"
     CDS             complement(3450..4367)
                     /locus_tag="SEQF3106_01339"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDKSFEASLKSIETENLIDLYFYRPIGYRIARLLEHTGITPNM
                     VTVLSIFIGAGAGYLFYFPHRPAYTMGGILLLITANILDCVDGQLARLTGIKSAIGRI
                     LDGIAGDIWFILIYVGLGLRLTHLYGTGWFFVPAVASGLSHLLQAGITDYYKTLHLYF
                     VSREKGREFHSIDQVKAQQRAMESRTNRAFYALYEVYTRVQEFWTPTLQQMLRTLQAR
                     YGDDIPERLRVAFRSRSRRLMTHYIDLMTFNGRTIVLFLVMLLSIRWSHLVWIYFIYE
                     GVVLNVILLLSIHKHERICRDIIALDEQA"
     CDS             complement(4371..5099)
                     /gene="fabG_3"
                     /locus_tag="SEQF3106_01340"
                     /EC_number="1.1.1.100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67610"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] reductase FabG"
                     /translation="MAKQALITGGTKGIGRAVAESLARAGYDLTLTYGADTAAAEQAA
                     EAIRAAASVHIDLLQADIADPASIDRVAGHFEASDTTLDAVVLNAGTTYRASFEELEL
                     AEWERQFFANVHFPVFLLQRLVGRIRRGAGIVFTGSLMAIEPHGMSLSYGVTKSAVHA
                     LAKNLVKFLAPYGIRVNAVAPGFVDTDWHRTKPAEVRRNIEGKIALGRFCSPDEVAEV
                     YRMLIENTYMNGAVVVADGGYCYR"
     CDS             complement(5120..5596)
                     /gene="tagD"
                     /locus_tag="SEQF3106_01341"
                     /EC_number="2.7.7.39"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P27623"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycerol-3-phosphate cytidylyltransferase"
                     /translation="MFKNKTVVYTSGTFDMFHYNHLRMINYARSLGDILIVGVSTDEL
                     VSSYKAPPIIPFNERMQILEALKTPDIVIPQHTLDHTEIVKKLNIDAFVVGDDWYGKY
                     DYLRELDVQVFYFPYGTGVSSSSLRKTIHDSYEKHLQQERQAKPESVKGMKIGADK"
     CDS             complement(5656..6774)
                     /gene="pdxA"
                     /locus_tag="SEQF3106_01342"
                     /EC_number="1.1.1.262"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P19624"
                     /codon_start=1
                     /transl_table=11
                     /product="4-hydroxythreonine-4-phosphate dehydrogenase"
                     /translation="METEERLIRVGITQGDMNGIGYEVILKTFAEEVMTDICTPVIYG
                     SVQAAQLYQETLADMEPIALNVITAADQAEEGKVNLIDCVPSDCPIAPGQSTAEGGMA
                     AFVSLEAAVTDLKRGIIDTLVTAPINKHNIQHDGFHFPGHTEYLEACFGENGLYHSLM
                     ILTSERLRVALVTGHVPLSAVATHVTQEAIVNKLKLFNTSLKEDFGIVRPRIAVLSLN
                     PHAGDAGLLGEEEEAIIRPAMAEAEKEGVLSFGPYAADGFFGAESYRLFDGVLAMYHD
                     QGLSPFKALAMNEGVNFTAGLPIIRTSPDHGTAYDIAGRNCASEASFRQAVYVSIDVC
                     RNREAYRQATAHPLRKEFVDKNGKDNVRLDLTKEEPEL"
     CDS             complement(6801..7844)
                     /locus_tag="SEQF3106_01343"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTFSFMLIAGLSVLLWSACHTSPSIITATGMPYEVEVVTTRA
                     IWDDTVGVALRSELEQPIRGLPQAEPSMRVTFTTPDDFNGLMTYVRNIIMVAVDAERY
                     TKLSVRTEKDRWAKGQTILYISAPDEASILTYLANNRGALTDYFTRLEMARMAEVMQE
                     TYSSLVMDSVKSKFGIMLNVPSDITSFKDTTDFFWASNDAKTGRMDVVVYTFPYTDKQ
                     TFTLEYLQHMRDSILGANIPGAYPNSHMTTQPIGLTYTPITLQGKYCGVLRGLWRMEG
                     DMMGGPFVSFARLDEANHRVVVAEGFVYAPETNKRNYIRRLEAGLHTLRLPGEFDKPL
                     DSVDAMPEKNDKQ"
     CDS             7930..8496
                     /locus_tag="SEQF3106_01344"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTKVRNGQNVFGNACGTPASTKKQFSLVAGLPQAPKSSFSLLR
                     ESRKAQKALFPRCGNPAKPKKHFFLVAEIPRAPKSSFCSLRDSRKHFRKHFVRPSTLT
                     KTWCGRKEPHSYVELTYCRGRMIIRPARSRSSLSKACHRRPECLRHGRREWCRRRPGH
                     SVHRESAPSAPHCNSAALPRGWHGNGSG"
     CDS             complement(8303..9346)
                     /gene="rlmN"
                     /locus_tag="SEQF3106_01345"
                     /EC_number="2.1.1.192"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P36979"
                     /codon_start=1
                     /transl_table=11
                     /product="Dual-specificity RNA methyltransferase RlmN"
                     /translation="MEKQKTSLLGMTLGELRPVAASVGLPPYAARQMADWLYKKRITS
                     VAEMTNVALRAREALAERYEVGAAHPVDAARSADGTVKYLFSAGDKRFVEAVYIPAEG
                     RDTLCVSSQVGCRMACRFCMTGRQGLGANLTAGEIVNQILHLPEAASLSNLVFMGMGE
                     PMDNVDEVLRALEILTSDYGCGLSPRRITVSTVGVAGDGLRRFLRESECHLAVSLHSP
                     FAEERARLMPAERACPAAEVVALLREYDFSHRRRVSFEYIMFEGVNDTMRHVKALAAL
                     LRGLPCRVNLIRFHAIPGVELRSCSAEQMVRFRDALNARGVVCTIRASRGEDIQAACG
                     MLSTKKIATARGE"
     CDS             complement(9346..9609)
                     /locus_tag="SEQF3106_01346"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDQIKQWIDEGRTDDAIELLDAYLTAHPDSDEALYLRGRAHRKA
                     GRTREALNDYLASAALNPDGPAARAYRMEIEILDFYDHNLYNP"
     CDS             complement(9826..10713)
                     /locus_tag="SEQF3106_01347"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRRLITIGAIVWLMAVAMCSRATAQAGDEAWMDWRERMKLLNY
                     TPRYFGPNAFPYSELTDGRIGRRWELELRGEYHEAAGDRTSDLFARLFIPIADGRAGV
                     EMSGVVAETYEMSDATRRRRHAAETRPPQYCIGDFILRSFYQVVRSDEWIDLMVSANL
                     KTASGNRLADARYTDAASYWFDATAGRDLFRLDDGRVALRLQGMLGFYCWMTNDAVYR
                     QNDALLFGAGLSGRLYNVSFAADYSGFSGYKNTGDHTAAYRYKLEYEYRKNILSLRFR
                     YGVYDNLYDSFSIGYIRCF"
     CDS             complement(11346..12575)
                     /gene="cpdA_3"
                     /locus_tag="SEQF3106_01348"
                     /EC_number="3.1.4.53"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00905"
                     /codon_start=1
                     /transl_table=11
                     /product="3',5'-cyclic adenosine monophosphate
                     phosphodiesterase CpdA"
                     /translation="MFTKTKLLLPLCALLIGLASGCTDDHQPEVEKPRDYYEMNRQNS
                     ARLLSGMAIDSMRKNRFVVVHISDAHLSDWSSNNPWRDPKNLLEAVTFANRPPVWVDA
                     LVATGDFISNSPRTTRQTALRYLGAFSHHFFSGNLVPSFTCTGNHDGNMINRTPSEWI
                     SREDFYAAVTDHINYPISTDGRSNYYYSDLPDGRDGYIRIIALDELDRTDARINTQFR
                     AAYSQRQIDWLTRVALREGMTARHSVIVLMHHSLPTNDREALRYIANEQVYSWYMIPE
                     IIEAFRSKARLTKRYANKIVPGDTLTVDADFSQAPGEFVCYMGGHVHTYLNYEVSWMP
                     NINPALPKQQVLVANNMSPSDKNPLSPIVRHRSGTQNNTFNIYAIDTRQKMIYITFFG
                     ATLTYHPRVISVRYGAA"
     CDS             12712..13929
                     /locus_tag="SEQF3106_01349"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRITRIKNSMDVRQGLNNQAVGLLPLLLLIVLNYFYTYLVSFV
                     IASIVCLISLATFWGLLRGRRYQFMLLPTAITLALYSLFLILRLDPVLYLHSPLLTEW
                     LLVAVLSAAGFMQRIIIRRVRHSRRPALRQASLRTALNEFFFIARITQNAYTLHLFIL
                     LFHMILPEADQSLWVERLLHREAPLIIGVGIMVYEQIRLSMMKEGLAGEAWLPVVDLK
                     GHVIGRVAQSVSLSRRAGHYRHPIVRIAVICDGMLYLTTHTADATSEIDLPLTDYVLF
                     GRTPEQTARELTGYTRLGHTEAKPRLLISYPYDDAHVSRLISLYIVHLRSESALSDCT
                     RGHEGKLWTPRQIDDNLHSGLFSPCFEQEYPYLRQTALEADLYAAASTTPDPALLEAP
                     QTPESAPMHSSPL"
     CDS             13996..16977
                     /gene="hsdR_1"
                     /locus_tag="SEQF3106_01350"
                     /EC_number="3.1.21.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A801"
                     /codon_start=1
                     /transl_table=11
                     /product="Type-1 restriction enzyme R protein"
                     /translation="MEHNQTESQIEDRFIRHLKGLGYVHRTDIKDRASLEENFRNKFE
                     ALNGVRLTDGEFGSLLRDIVSSDVYKASKTLRDKVKVTHEDGTTRHYPLLNLQNWCKN
                     DYEVINQLRINTHSSHHRYDVIILINGLPLVQVELKTHGVSPRVAIKQIVDYKNDRGN
                     GYEHTLLAFMQLFIVSNEADTFYFANNPKEALTFDEREQFLPVCRWANEQNKKVTNLH
                     EFAREVLYKCALGELVSRYMVLVETERKLIIMRPYQIYAVKKMVECIEHNAGNGYIWH
                     TTGSGKTLTSFKAATLLKDNPHIAKCFFVVDRKDLDKQTREEFNKFQKDCVEENTNTG
                     ELVRRMLSDEYKDKIIVTTIQKLGLALNEKGHHFDRGLHNLAAQRVVFIFDECHRSQF
                     GEYHRAIKSFFPQAQLFGFTGTPIFAENATRTKIEGREASALTTEDIFHKPLHTYAIT
                     HAIEDKSVLPFDVSFYRLQRDGSFSTGEVPKKVIVKKILEVHDKISDNRRFNALFATA
                     SINDAIAYYRVFDEIQLEREEHDSSYKPLHIACLFSPPAEGNRDIMQIQEELDQERAD
                     NQVDPLGKKEALRRIISMYNRSYHTQHCVEEFDRYSRDVQQRIKWQGRKDVTKEERID
                     ITIVVDMLLTGFDSKYLGILYVDKGLQYHGLIQAFSRTNRVLNERKPFGKILDFRAQS
                     ADALNTAVELFSGEHDKARKAAKIWLTEPIEVKVEQFAEAVQGLNDLMARHGLEAKPE
                     EVPNLKGDAARAEFVEAFKEVQRLKLQLDQYIDIPPELQVRIEAIMPPEKHQAFRTAY
                     LETARELRQKRATDPTTERTDAMQQDIDFELVLFASAIIDYDYIITLIARMVNEPEPE
                     RREATREEIALLLSSHSNLPEDRADILDFVQHPELINGHTAEEISDEFRRFREAKWDR
                     QLQQLAQQHGVDPERLSAFIEYTLDVMRYNDGRLSDLFTDDRLDWLKRIEKKNRLRAD
                     LVPLIRLRAAGQEIDNLPSEA"
ORIGIN      
        1 gccataactc attcaagtta tggcacttac gtttttccta aagggtctct gaatgccttt
       61 ttcagagcac ttatagcggt atggacggga ctcgaacccg cgaccccctg cgtgacaggc
      121 aggtattcta accagctgaa ctaccacacc atgaagctat cggatgaatg aacgtcgctt
      181 cgttctctcg attgcgctgc aaatataaag gcatttctaa acgcgcaaag tttttcgctg
      241 caaattttcg tgtgcgcttt atgtccaagt gatgatcaaa tgtccgactg ggacttgtga
      301 ggtgggggaa tggtaatgga tggacggttt ggggtgcgaa gtgaaaaagc agacctttgg
      361 cgccgaataa tcagataatc aatgtatgaa cagtgtgaaa attggagata aggtacgctt
      421 cctcaatagt gtaggtgggg gcgtggtgaa ggctttcgga aacaaagggt tggtgatggt
      481 ggaggatgag aatggatttg acttccccgt ccgggtggca gagtgtgtcg tggtggagga
      541 gagcaggaca cgaccgaaag ggacgcccga cgctcgggcg gcggcgcctg aaacatcgcg
      601 tgcggaggcg aacagatctg aaacggaata taagccggag gaagtgccgg gcggggagcg
      661 gctgaatgtg agtttggctt atctgcctgt tgacgcgaaa aatttggtcg agagtggata
      721 tgaggcgtac ctcatcaatg agagcaatta tgagttggcc tatagttata tgtgtgcatc
      781 gaaccgcagc tggacgctgc gcgctggagg gacggtggag ccgaatacgc ggatcttcct
      841 tgaggagttt gggaaagaac agttggcgaa tttggagcgg ctgtgtgtac aactgttcgc
      901 atttaagcga ggcaagccgt tcgggctgaa gaatgccatc tcggtggagc tgcggatgga
      961 cacggtgaag ttttacaagc cgcattgctt tgggccgaat gactacttcg aggagggggc
     1021 gatcgtggtg ccgattgtgc gaggtgatgt gccggagcgg ccgctgctca tcccagtggc
     1081 tgagttggag gaggcgatga tgcaaaaggc gcgcgatgat cgcagacggc cgcaggcggc
     1141 acaggctaaa ccgaaggaaa aggaggggga aacggtggag gtggacttgc atattgggca
     1201 acttttagac gacactacgg ggatgacgcc gggtgacatg ctgcgttatc aggtggatcg
     1261 ttttcacgag gtgatgcaga agtatgctgg gcggaagggg caacggatcg tctttattca
     1321 cggcaagggc gaaggtgtgc tgcgggcggc aatcgagaag gagctgaaga cgaaatacaa
     1381 atcgtgcgag tatcaagacg cctccttccg ggagtacgga tttggggcga cgctcgtgaa
     1441 aattcgttga acgagatggc acaagaaacg gaacggaaat tcctcttggc gggtgacttt
     1501 cggccttatg cggtggaggc aataccgatc acgcaggggt atctctgcac cgatccggag
     1561 cggacggtgc gggtgcggat gcgtggcgag gtggcttatc tgacgatcaa gagtgcgccg
     1621 gacaagcgcg ggtggagccg gtatgagttt gagcaacaga ttcccgcggc cgacgcccga
     1681 gagctgctgg ggatgtgcgt gggcaaccgg atcgagaagg tgcgtcacat cgtgccttac
     1741 ggggggcaga cgtgggaggt ggacgtcttc ggcggcgcca acgaggggct ggtggtggct
     1801 gaggtggagt tgagagacga gaatgagtcg atccaggtgc ctgagtgggt agggcgcgag
     1861 gtgacgggcg atgcgcgcta ctacaactcg gcgttgtcgg tcaggccgta caaggaatgg
     1921 gcgcggaggg ggtgaaaacg gcttctaaat agaagctcgg actttccgaa cgaccaattt
     1981 ggggttgatg caggcaatca tcttgctggc gtcagcccca atttatttcc cgaagtgtcc
     2041 accctaaatg gtttggggag atcatgcgtc tgcaatggtt tctccggaat ttggttgatt
     2101 atttcgtgcg tacacataaa tgtgtataca tatttatccg atctctcgtg tatgcaggta
     2161 gatgtatata tatttttatt caatccttcg tgcatgtaca taaatatgaa aacgattaca
     2221 cacagtatct catgcataca cgaagatatg aaataagatg catcagatta ttcgtgcatg
     2281 catatatata tgtaataatc gtatacatta cctcgtgcat acatgaagaa atggaataaa
     2341 atatatcgca tacttcgtgt atacatatag atataaatga gattgtatac actacatcgt
     2401 gcgtgcatga aagtatgtaa taaaatatat catatacttc gtgcatacac atgcatataa
     2461 aaattgatat atacaatact tcgtgacatc acgaagaagc gaacaaaaac ccgatgaagg
     2521 gtaaatcaaa aagaaacagg atggccgcaa aaagaaggaa gcctttgggc tttgctactc
     2581 cttccgtcgc acctcgatta gcccttttgc ggcaacgcgt aagtgctgcg gtaaaggaag
     2641 tcggccaatt gcgtgtcgtc agggtaggcg cggagggtgg cgggggggat gggagcgccg
     2701 atgtagacgt cggcggtacg gccgcgcttg ttgaaggctt cggtggggac gcgcagggtg
     2761 cggatttgcc aactgatgcg gccgaggagg tagaagaagg cggagttgcg gaagtcgaag
     2821 cagacggggt agacgggcac gccggctttg cggatgaggc ggatgacgct gtgtgtccac
     2881 ggccggtcga ggacttggcc gcggcggttg ccaaacgaca tggcgccggc ggggaagaag
     2941 ccgagggggt ggcctgaacg cagctgctcg agggcgaggc gcacgccgtt gacattggat
     3001 ggattgggcg ctgtttgatt gctcgtccgg ggggtgacgg agatgaaatt gtcggccatg
     3061 gcccaaatgc gttccaacat gccgttgacc atgacgcgaa aatcggggcg gcgcgaggcg
     3121 aaaatgtcga tcaggatgat gccgtcgagc gagccgatgg ggtggttgga gacggtgatg
     3181 aaggcgccct cgggcagctc gtcgaggcgg tcggcgtgat ggatgcgata gcggacgtcc
     3241 atcattgggt cggcgagcat ggcggaggtg aaggcggcgc cgcgcaggtg gctgtggcgc
     3301 gcgtgaatgg cgttgacttt atcgatgttg agccacttca tgagccgacg gccaatggca
     3361 gcggcccacc gacggcggaa gatgggcgca gccgcttgca ggtcggcgag gccaaaaacg
     3421 ggtttgattg tttgatccgc gctcatgctt taggcctgct cgtcgagggc gataatgtcg
     3481 cggcagatgc gctcgtgctt gtggatggaa aggaggagga tgacattgag cacgacgccc
     3541 tcatagatga aatagatcca gacgaggtgg ctccaacgga tgctgaggag catgacgagg
     3601 aagaggacga tggtgcggcc gttgaaggtc atgaggtcga tgtagtgcgt catcaggcgt
     3661 cggctgcggc tgcggaaggc tacgcggagg cgctcgggga tgtcgtcgcc gtagcgggct
     3721 tgcagggtgc ggagcatctg ttgcagggtg ggcgtccaga actcttgcac gcgggtgtag
     3781 acttcataca gggcgtaaaa ggcgcgattg gtgcggcttt ccatggcgcg ctgctgggcc
     3841 ttgacttgat cgatgctgtg gaactcgcgc cctttttcgc ggctgacgaa gtagaggtgg
     3901 agtgtcttgt aatagtccgt gatgccggct tgcagcaggt gggagaggcc ggaggcgacg
     3961 gcggggacga agaaccagcc cgtgccgtaa aggtgggtaa ggcgcaggcc aaggccaacg
     4021 taaatgagga taaaccagat gtcgccagcg atgccgtcga gtatgcgccc gatggcggat
     4081 ttgatgccgg tcaggcgcgc cagctggcca tcgacgcagt cgaggatgtt ggccgtgatg
     4141 agcagcagga tgccgcccat ggtgtaggct gggcgatggg ggaagtagaa gaggtagcct
     4201 gcgccggcgc cgatgaagat ggagagcacg gtgaccatgt tcggcgtgat gccggtgtgc
     4261 tcgagcaggc gcgcgatccg gtatccgatg gggcgataga agtagagatc gatcaggttc
     4321 tcggtctcga tggattttag ggatgcttca aacgatttgt cgctcatttc ttatcgatag
     4381 caatacccac cgtcggcgac gaccaccgcg ccgttcatgt aggtgttttc aatcagcatc
     4441 cggtagacct cggccacctc gtcggggcta cagaagcgcc cgagggcgat cttgccctcg
     4501 atgttgcggc gcacctcagc gggcttcgtg cggtgccaat cggtatcgac gaagcccggt
     4561 gcgacggcgt tcacgcggat gccgtatggg gcaagaaact tgacgaggtt tttggccagc
     4621 gcatggacgg ccgatttggt cacgccatac gagagcgaca tgccgtgcgg ctcaatggcc
     4681 atcagcgatc cggtgaagac gatgcctgcg ccgcgccgta tgcgcccaac gaggcgttgc
     4741 agcaggaaga cgggaaagtg cacattggca aagaactgcc gctcccactc cgccagctcc
     4801 agttcctcga acgacgcacg ataggtcgtt ccggcgttca gtacgactgc atcgagtgtc
     4861 gtgtcagacg cctcgaagtg ccccgcaacc cgatcgatcg atgcggggtc ggcgatgtca
     4921 gcctgcaaca ggtctatatg aacggatgcg gccgcgcgga tcgcttcagc ggcctgttcg
     4981 gcggcggctg tgtccgcgcc ataggtcagc gtcaagtcgt agcccgcccg ggccaaactc
     5041 tcggctacgg cgcggccgat gcccttcgtg ccgcccgtga tcaatgcttg ctttgccatg
     5101 tgtgtgtgcc ccctcttgat tacttgtcag ccccaatctt cattcccttc accgactcgg
     5161 gcttggcctg tcgctcctgt tgcaagtgct tctcgtagga gtcgtggatg gtcttgcgca
     5221 gggaggagga agagacgccc gtgccatagg ggaagtagaa gacttgcaca tcgagctcac
     5281 gcaggtagtc gtacttgcca taccaatcgt cgcccacgac gaaggcgtcg atgttgagct
     5341 tcttgacgat ctcggtgtga tcgagcgtgt gttgagggat aacaatgtct ggagtcttga
     5401 gcgcttcgag tatttgcatc cgctcgttga aagggatgat gggtggcgcc ttgtatgacg
     5461 agactaattc gtccgtgctc acgcctacga tcagaatgtc gcccagactg cgggcataat
     5521 tgatcatccg gagatgattg tagtggaaca tgtcgaatgt tcctgaggtg taaaccaccg
     5581 ttttattctt aaacatgata catttttatt acacggcgga caaaggtaga agctgtttcg
     5641 atcttaccaa ttccgctaca gttcgggttc ctccttcgtt aaatctaacc tcacattgtc
     5701 ctttccgttc ttgtcgacga actcctttct gagcgggtgg gccgtggctt ggcgatacgc
     5761 ttcgcggttc cgacacacgt cgatggagac gtagacggct tgccggaagg atgcctcgga
     5821 ggcacagttg cgtccggcga tgtcgtaggc cgttccgtgg tcgggcgagg tgcggatgat
     5881 gggcaggccg gctgtgaagt tcacgccctc gttcatggct aaggctttga aaggcgacag
     5941 tccctgatcg tgatacatgg ccaacacgcc gtcgaagagg cgatacgact cggcgccgaa
     6001 gaagccgtcg gcagcgtagg gaccgaacga cagcacaccc tctttctccg cctcggccat
     6061 cgctggacgg atgatggcct cctcctcttc acccaagagc cccgcgtcgc cagcgtgggg
     6121 attgagtgaa agcaccgcga tgcgcggacg gacgatgccg aagtcttcct tcagcgaggt
     6181 gttgaagagc ttcagcttgt tcacgatcgc ctcctgcgtg acgtgtgtcg ccacggccga
     6241 gaggggtacg tggcccgtca ctaaggccac ccgcaggcgt tcgctggtga ggatcatcag
     6301 tgagtgatag aggccgttct cgccgaagca ggcctcgaga tattccgtgt ggccggggaa
     6361 gtggaagccg tcgtgctgga tgttgtgctt gttgatgggc gccgtcacga gtgtgtcgat
     6421 gatgccacgc ttgaggtcgg tcacggcggc ttcgagcgac acgaaggctg ccatgccacc
     6481 ctctgctgtc gattggccgg gcgcaatggg gcagtcggac gggacgcaat cgatgaggtt
     6541 caccttgccc tcttctgctt ggtcggctgc ggtgatcacg ttcagtgcga tcggctccat
     6601 gtctgccagc gtctcttggt aaagctgcgc ggcctgtacc gatccgtaga tcacgggcgt
     6661 gcagatgtct gtcatcacct cctcggcgaa ggttttcagg atcacctcgt agcctatccc
     6721 attcatgtct ccctgcgtga tccctacgcg gatcagtctt tcttccgtct ccatgtgtta
     6781 cctattataa tatgtatggt ttattgcttg tcgttcttct cgggcatggc atccacgctg
     6841 tctaatggct tatcgaactc gccgggcagg cgcagtgtgt ggagcccggc ctccaaacgg
     6901 cggatgtagt tgcgcttgtt cgtctcgggg gcatagacga agccttcggc taccaccacg
     6961 cggtggttcg cttcgtctaa gcgggcaaag ctgacgaagg gtccgcccat catgtcgccc
     7021 tccatccgcc agagcccgcg gagcacgccg caatacttgc cttgtagcgt gatgggcgta
     7081 taggtgaggc caatgggctg cgtcgtcatg tgtgaattgg ggtatgcccc ggggatgttc
     7141 gctccgagga tggagtcgcg catgtgctgc aggtattcta aggtgaaggt ctgcttgtcg
     7201 gtgtagggga aggtgtagac caccacgtcc atgcggcccg tcttggcatc gttcgaggcc
     7261 cagaagaagt ccgtggtatc cttaaacgaa gtgatgtctg acggcacatt gagcatgatg
     7321 ccaaacttcg acttcactga gtccatcact aatgagctgt acgtctcttg catcacctca
     7381 gccatgcgcg ccatttctaa gcgcgtgaag taatccgtca gtgcaccgcg gttgttagcc
     7441 aggtaagtga ggatcgaagc ctcgtcgggc gctgagatgt agagtatggt ctgccccttg
     7501 gcccagcggt ctttctcggt ccgcacggag agcttcgtgt atcgctcggc atcgaccgcg
     7561 accatgatga tgttgcgcac gtaagtcatc aacccattga aatcgtctgg cgtggtaaac
     7621 gtgacgcgca tcgagggctc cgcctgcggc aacccgcgga tgggttgttc caactctgag
     7681 cgaagcgcta cgcccaccgt atcgtcccag atggcacgcg tcgtgaccac ctccacttca
     7741 tacggcatgc ctgtggccgt gatgatcgac ggcgaggtgt ggcatgcgct ccacagcagg
     7801 acgctcagcc ctgcgatcag cataaaggaa aatgtcttct tcattgtctt ctatcattta
     7861 ttgtggcaca aaagtacagt cacatagcac attgtaacgt gagttcgatg taagaataaa
     7921 gtcagcggta tgtctacgaa agtccgcaat ggtcaaaacg tttttggaaa tgcttgcggg
     7981 actcccgcaa gcaccaaaaa gcagttttcc ctcgttgcgg gactcccgca agcgccaaaa
     8041 agcagttttt ccttgttgcg ggaatcccgc aaagcccaaa aagcactttt tcctcgttgc
     8101 gggaatcccg caaagcccaa aaagcacttt ttcctcgttg cggaaatccc gcgagcgcca
     8161 aaaagcagtt tttgttcgtt gcgggattcc cgcaagcatt tccgaaaaca ttttgtccgc
     8221 ccgagtactc taacaaagac atggtgtgga cgtaaggaac ctcattctta cgtcgaactc
     8281 acgtattgta gggggcgaat gattattcgc cccgcgcggt cgcgatcttc tttgtcgaaa
     8341 gcatgccaca ggcggcctga atgtcttcgc cacgggaggc gcgaatggtg cagacgacgc
     8401 cccgggcatt cagtgcatcg cgaaagcgca ccatctgctc cgcactgcaa ctccgcagct
     8461 ctaccccggg gatggcatgg aaacggatca ggttgacccg acacggcagc ccacgcagca
     8521 gcgcggccaa ggccttgaca tgacgcatcg tgtcgttcac gccctcgaac atgatgtact
     8581 caaacgacac ccgccggcgg tgcgagaaat catactcccg gagcaacgcc accacctctg
     8641 ccgccggaca cgcacgctcg gcgggcatca accgggcgcg ctcctcggca aagggcgagt
     8701 gcaggctgac agctaagtgg cactcgctct cccgcagaaa gcgacgcagc ccatctccag
     8761 ccacaccaac cgtggagacg gtgatgcgcc gcggacttag tccgcatccg taatccgacg
     8821 taagtatttc aagcgcccgt agcacctcgt ccacattatc catcggctcc cccatgccca
     8881 tgaagaccaa gttgctcagc gacgccgcct cgggcagatg aaggatctgg ttcacgatct
     8941 cgcccgctgt caagtttgcc ccgaggccct gccgccccgt catgcaaaaa cggcaggcca
     9001 tgcggcagcc cacctgcgag gatacgcaga gcgtatcgcg cccttcggcc gggatgtaga
     9061 cggcctccac aaagcgcttg tcgccagcgg agaagaggta cttcactgtg ccgtcggctg
     9121 agcgcgcggc gtccaccgga tgcgcagcgc ccacctcgta cctctccgcg agcgcctccc
     9181 gtgcacgcag cgccacgttc gtcatctcag ccaccgacgt gatgcgcttc ttgtatagcc
     9241 aatcggccat ctggcgcgcc gcataggggg gcaggcccac actggctgcc accgggcgca
     9301 gttccccgag ggtcatccct aacaggctgg tcttttgctt ctccatcacg gattgtagag
     9361 gttgtggtcg tagaagtcta agatctcgat ctccatgcga taggcgcggg cggcggggcc
     9421 gtcggggttg agggcggcgg aggctaagta atcgttcagg gcctcgcgtg tgcgcccggc
     9481 cttgcgatgg gcccggccgc ggaggtagag cgcctcgtcg ctatcaggat gagcggtgag
     9541 gtaggcgtcg agcagctcga tggcgtcgtc ggtgcggcct tcatcgatcc attgtttgat
     9601 ttgatccatg atgatagagg gtagttatgc ggccttgcgg ccgcggtagt aggggcgccc
     9661 cttgtgggcg cccttgtagt tagagggtag ttatgcggcc ttgaggccgc ggtagtaggg
     9721 gcaccccttg tgggcgccca gtagtagggg cgccccttgt gggcgcccag tagtaggggc
     9781 accccttgtg ggcgcccttg tagttaaggg gtggagggtg gagatttaga agcagcggat
     9841 gtagccgatg gagaagctgt cgtagaggtt gtcgtaaacg ccgtaacgaa aacggaggga
     9901 gaggatgttt ttgcggtact catactcgag tttgtagcgg taggctgcgg tgtgatcgcc
     9961 ggtgtttttg tagccgctga agccggagta gtcggcggcg aaggagacgt tgtagaggcg
    10021 cccgctgagg cctgcgccga agagcagggc gtcgttttgg cgatagacgg cgtcgttcgt
    10081 catccagcaa tagaagccga gcatgccttg caggcggagg gcgacgcggc cgtcgtcgag
    10141 gcggaagagg tcgcggccgg cggtggcgtc gaaccagtag gaggcggcgt cggtgtagcg
    10201 cgcatcagcc aggcggttgc cgctggcagt cttgaggttg gcgctgacca tgaggtcgat
    10261 ccactcgtcg ctgcggacga cctggtagaa ggatcggagg atgaagtcgc cgatgcagta
    10321 ttgcggcggg cgggtctcgg cggcgtgtcg gcgtcggcgg gtggcgtcag acatctcgta
    10381 ggtctcggcc acgacgccgc tcatctccac gcctgcgcgc ccatcggcga tggggatgaa
    10441 gaggcgggcg aagaggtcgg aggtgcgatc gccggcggcc tcgtggtatt cgccgcggag
    10501 ctccagctcc cagcgccggc cgatgcgccc gtcggtgagt tcggagtagg ggaaggcgtt
    10561 ggggccgaag tagcgcgggg tgtagttaag gagcttcatg cgctcgcgcc agtccatcca
    10621 ggcctcgtcg cccgcttgtg ccgtggcccg gctacacatc gcgacggcca tcagccagac
    10681 gattgccccg atagtgataa gtcttctatt cattttcaga tacgtaaaaa cgggcgcaaa
    10741 gaaaggctca aaagggagaa atgcgggggt gtgcgatggg aggggcgcga tcgatgattt
    10801 atcctcaatg atcaacgagg cacgtgtgga ggggggcgca tgcgcattcc ctcgcttact
    10861 gaggcgacac aacgcaggct ttgtaggcga cgcaacgcag gctttggggg tgacgcaacg
    10921 caggctttgg gagcgacgca acgcaggctt tgggggtgac gcaacgcagg ctttgggagc
    10981 gacgcaacgc aggctttggg ggtgacgcaa cgcaggcttt gtgagtgacg caacacaggc
    11041 tttgggggtg acacaacacc tcgatcatgt atcctctcgt gaaggcgaat gattattcgc
    11101 ccctacaacc gcaccggggg aaaccctggg cggaacggtg aaatgatccg acgaaatttg
    11161 tacaaggtgc ttgtacgcta ctgtacaaga tgcttgtacg ctactgtaca aggtgcttgt
    11221 acgcatgctg acaaggcgct tgtacgcatg ctgacaaggt gcttgtacgc atgctgacaa
    11281 ggtgcgtgta tataaagtcg taggagcgaa taaccattcg cccctacgaa cgagcgcctc
    11341 cgccctcacg cggccccata ccggacactg atcacgcgcg gatgataggt gagggtggca
    11401 ccgaagaagg tgatgtagat catcttctgg cgcgtgtcga tggcgtagat attaaaggtg
    11461 ttgttctgcg tgccgctgcg gtggcggacg atgggcgaga gcgggttctt gtcagagggc
    11521 gacatgttgt tagccaccaa cacctgctgc ttcggcagcg cagggttgat gtttggcatc
    11581 cagctcacct cgtagttcag gtaagtgtgc acatgcccac ccatgtagca tacgaactcg
    11641 cccggagcct ggctgaagtc agcatcgacc gtgagggtgt cgcccgggac gatcttgttc
    11701 gcgtagcgct tcgtgaggcg tgccttgctg cggaaggcct cgatgatttc cgggatcata
    11761 taccaggaat agacctgctc gttggcgatg tagcggagcg cttcgcggtc gttcgtaggc
    11821 agggagtggt gcatgaggac gatgacgctg tggcgcgccg tcatgccctc cctcagcgcc
    11881 acgcgggtca gccagtcgat ctgacgctgc gagtaggccg cccgaaactg cgtattgatg
    11941 cgcgcatcgg tgcgatccag ctcgtcgagg gcgatgatgc ggatgtatcc gtcgcggccg
    12001 tcgggcaggt cggagtagta ataattgctg cggccgtcgg tgctgatggg gtaattgatg
    12061 tgatccgtga cggcggcgta gaagtcctcg cgagagatcc actccgaggg tgtacggttg
    12121 atcatgttgc catcgtggtt gccggtgcag gtgaaggagg ggacgaggtt gccgctgaag
    12181 aagtgatgcg agaaggcgcc taagtatcgc agggccgtct ggcgcgtggt gcggggcgag
    12241 ttggagatga agtcgcccgt ggccaccaag gcgtcgaccc acacgggcgg acggttggcg
    12301 aaggtcacag cctctaagag gttcttcggg tcgcgccagg ggttgttgct cgaccagtcg
    12361 gagaggtggg cgtcggagat gtggacgacg acgaagcggt tctttcgcat cgagtctatg
    12421 gccatgcccg agagcagccg ggcactgttt tggcggttca tctcgtaata gtcacgcggc
    12481 ttctccacct ccggttggtg gtcgtcagta caccccgagg ccaagcctat gagtaaggcg
    12541 caaaggggaa gcagtagttt ggttttagta aacatggttt gtgtacgttc ttgatttttc
    12601 atgcgacggt tgatggaaca tgtccgtaat acgttgcatg gaggcggcga ataaaacaaa
    12661 aggccctcta cgcgtgttat ctccccagta aggaaaacca gcccgcacac aatggaccgc
    12721 atcacacgca taaaaaacag catggacgta cgccaaggcc tgaacaatca ggccgttggt
    12781 ttgctccccc tcctgctgct cattgtgctc aattacttct acacctacct cgtctccttc
    12841 gtcatagcct ccattgtgtg cctcatcagc ttagccacct tctggggcct tctgcgcggt
    12901 cggcgctatc agttcatgct cctacccacg gccatcacgc tggcgctcta ctccctcttc
    12961 ctcatcctcc ggctcgaccc cgtgctctat ctccactcgc ccctcctcac cgagtggctg
    13021 ctcgtggccg tgctctccgc agcgggcttc atgcagcgca tcatcatccg gcgcgtacgc
    13081 cattcgcgtc ggcccgccct gcgccaagcc agcctgcgca cagccctcaa cgagttcttc
    13141 ttcatagccc gcatcacgca gaatgcctac accctgcacc tcttcatcct gctctttcat
    13201 atgatcctgc ctgaggctga ccaatcgctg tgggtcgagc ggctgctcca ccgcgaggcg
    13261 cccctcatca tcggtgtggg catcatggtt tacgagcaga tccgcctctc catgatgaag
    13321 gaggggctgg caggcgaggc gtggctgcct gtggtcgacc tgaaaggcca cgtcatcggc
    13381 cgcgttgccc agtccgtcag cctcagccgc cgcgctgggc attatcgcca ccccatcgtc
    13441 cgcatcgccg tgatctgcga tggcatgctt tacctcacca cccacacggc cgatgccacg
    13501 agcgagatcg acctgccact caccgactat gtgctcttcg gccgcacacc cgagcagaca
    13561 gcgcgcgagc tgacgggcta tacccgcctc ggccacaccg aggccaagcc gcgcctcctc
    13621 atcagttacc cttacgacga cgcacacgtg agccgcctca tctccctata catcgtccac
    13681 ctccgctccg agtcggccct cagcgactgc acgcgcggcc acgagggcaa gctctggacg
    13741 ccccgccaga tcgacgacaa cctacacagc ggcctcttca gcccctgctt cgagcaggag
    13801 tacccctacc tccgccagac ggccctcgaa gccgatctat acgctgccgc gtccaccaca
    13861 cccgatcccg ccctactcga ggccccgcag acgcccgaaa gtgcccccat gcactcgtcg
    13921 cctttgtaag gggggggagg ggcgagctga gtttatttgc gccttcaatc aaacaccata
    13981 cacacactat ttataatgga gcataaccaa acagagagtc aaatagaaga ccgatttatt
    14041 cggcacctca agggcttagg ctacgtgcat cgcacggaca tcaaggaccg ggcgagcctt
    14101 gaggagaatt tccggaacaa gtttgaggcg ctcaacggag tccgactgac cgacggcgag
    14161 tttgggagct tgctgagaga catcgtcagc tccgacgtct acaaggcatc caagacgctc
    14221 cgggataaag tcaaggtgac ccacgaggac ggcacgacgc ggcattaccc cctactcaac
    14281 ctacagaact ggtgcaagaa tgactacgag gtcatcaatc agctacgcat caacacacat
    14341 agcagccatc accgatacga tgtaatcatc ctcatcaacg ggctgccgtt agtgcaggtg
    14401 gagctgaaga cgcacggggt gtcgccacgt gtggccatca agcagatcgt ggactacaag
    14461 aacgaccgcg gcaatggata tgagcacacg ctgctggcct tcatgcagct cttcatcgtc
    14521 agcaacgagg cggatacgtt ctacttcgcc aacaacccca aggaggcgct caccttcgac
    14581 gagcgggagc agttcctgcc cgtctgtcgg tgggccaatg agcagaacaa gaaggtgact
    14641 aacctgcatg agtttgcccg tgaggtgctg tacaagtgcg ccttgggcga gctcgtcagc
    14701 cgctacatgg tgttggtgga gacggagcgg aagctcatca tcatgcggcc gtatcagatc
    14761 tatgcggtga agaagatggt ggagtgcatc gagcataacg ctggcaacgg ctacatctgg
    14821 cacaccacgg gcagcggcaa gacgctcacc tcgtttaagg cggccacgct gctgaaggat
    14881 aacccgcaca tcgcgaaatg cttcttcgtc gtcgatcgta aggacttgga taagcagacg
    14941 cgtgaggagt tcaacaagtt tcagaaggac tgcgtggagg agaacacgaa caccggcgag
    15001 ctggtgcggc gcatgctctc agacgaatac aaggacaaga tcatcgtcac caccattcag
    15061 aagctcgggc tggcgctcaa cgaaaagggg caccacttcg accgcggctt gcacaacctg
    15121 gctgcccagc gcgtcgtctt catcttcgac gagtgccacc gatcgcaatt cggggagtat
    15181 caccgggcga tcaaatcctt cttcccccag gcacaactct tcggcttcac cggcacaccc
    15241 atcttcgccg aaaacgccac gcgaaccaag atcgaaggcc gagaagcctc ggccctgacc
    15301 acggaagaca tcttccataa gcccctgcac acgtatgcca tcacccacgc cattgaggac
    15361 aagagcgtgc tgcccttcga cgtctccttc taccgcctcc agcgggatgg cagcttcagc
    15421 acgggcgagg tacccaaaaa ggtcatcgtg aagaagatcc tcgaggtgca cgacaagata
    15481 tctgacaacc gccgcttcaa cgccctcttt gccaccgcca gcatcaacga cgccatcgcg
    15541 tactatcggg tctttgatga gatccaactc gagcgcgagg agcacgattc gagctataag
    15601 cccctccaca tcgcctgcct cttctcgccc ccggccgagg gcaaccgcga catcatgcag
    15661 atacaagaag agctcgacca agagcgggcg gacaatcagg tggacccgct cggcaagaag
    15721 gaagccctcc ggcgcatcat cagcatgtat aaccgaagct atcacacgca gcactgcgtc
    15781 gaggagttcg accgctacag ccgcgacgtg cagcagcgca tcaagtggca gggcaggaag
    15841 gatgtgacga aggaggaaag gatcgacatc accatcgtcg tcgacatgct cctgaccggc
    15901 ttcgactcca aatacctcgg catcctctat gtggacaaag gcctgcaata ccacggcctg
    15961 atccaagcct tctcgcgcac caaccgggtg ctcaacgagc gcaagccgtt cggcaagatc
    16021 ctcgacttcc gcgcccagag cgccgacgcg ctcaacacgg ccgtggagct cttctcaggc
    16081 gaacatgaca aggctcggaa ggccgccaag atctggctca cagagccgat cgaggtgaag
    16141 gtggagcagt tcgctgaggc cgtgcagggg ctcaacgacc tgatggcgcg ccatggcctc
    16201 gaggccaagc ccgaggaggt gcccaacctg aagggcgacg cagcccgggc cgaattcgtg
    16261 gaggcattca aggaggtgca gcgcctcaag ctccaactcg accaatacat cgacatcccg
    16321 cccgagctac aagtccgcat cgaagccatc atgccccccg agaagcatca ggccttccgc
    16381 acagcctacc tcgagacggc ccgcgaattg cgtcaaaagc gagccacaga tccgaccacc
    16441 gaacgcaccg acgccatgca gcaagacatc gacttcgagc tcgtcctctt cgcctccgcc
    16501 atcatcgatt acgactacat catcaccctc atcgcgcgca tggtcaacga gccggaaccc
    16561 gagcgccgcg aggccacccg cgaggagatc gccctcctcc tcagctcgca cagcaacctg
    16621 cccgaagacc gggccgacat cctcgacttc gtccagcacc ccgagctcat caacggccac
    16681 accgccgagg agatctcgga cgagttccgc cgcttccgcg aagccaaatg ggaccgacag
    16741 ctccagcagc tcgcccagca gcacggcgta gacccggagc gcctctcggc cttcatcgag
    16801 tacaccctcg acgtcatgcg ctacaacgac ggccgcctct ccgacctctt caccgacgac
    16861 cggctcgact ggctgaagcg catcgagaag aagaaccgcc tccgcgccga cctcgtcccc
    16921 ctcatccgcc tccgcgccgc cggacaagag atcgacaacc tgcccagcga ggcatgacga
    16981 gccaatgaat gcagccaagg cggctgaatc tttctacatt cgccggcgct ccgagagtgg
    17041 agacacttga aaactgtttt ttagacccaa aaccacagta gtcgcggcac ttgaaagtgc
    17101 ttttcagtat caaaaccaca gtagtcgcgg cacttaaaag cacttttcag tatcaaaacc
    17161 acagtagtcg cggcacttaa aagcactttt cagtatc
//
LOCUS       SEQF3106|MIQD01000044.116188 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..16188
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(397..1392)
                     /locus_tag="SEQF3106_01351"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKCKAIAHGSNALEYIFREGKLGRLLALHNLCGETPKEIHEE
                     MKLINDYNSRCKNNFLHIEIGIAPKDEPQMTFKTLNRLALLFAKQMELDDHQWVAVTH
                     KDTDNLHIHIIANRISLGGQVYDTTFVSNRAARVTEELSRKHGLTIAKEVHSARPHRK
                     AQANPARERTKQQVRNICYALLEKHKRKGLSGHSMFLYELYRSGVTIERMKNKQGKVY
                     GLKFTYDSLSFKASEIGREFGFRTLPKQFKSDNAQNPIIPSSHSSMRSMNDSTPIAQV
                     AVSAVDTALDTAGSLLSEVGEVITLQTHGVDYAEISWQRRLRNQAMKKKKRGRGI"
     CDS             complement(1376..1780)
                     /locus_tag="SEQF3106_01352"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRHPKKEDKKTNKTAFIKVRCTAEEKERIRSRAANAGRKYSDY
                     CREMLLGGSVVAVPPIGDNEREALAILRQTALFYAHISNLIKVKDVSWVDATKALATY
                     AKIAFKRFFSSRYRVPEEVFKRLNIEDHDRKV"
     CDS             complement(2594..3037)
                     /locus_tag="SEQF3106_01353"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKYVSYDVVFREIPDETTLALNISGCPHRCSGCHSPWLQSDVG
                     QPLTDSELSALLDHYGATITCVCFMGGDGEPDEVARLATLIRRTTSLKVGWYSGRVAL
                     PPNFPLHLFHYIKLGPYIDRLGPLFSPTTNQRLYRITAEGAMVAF"
     CDS             complement(3031..5166)
                     /gene="nrdD"
                     /locus_tag="SEQF3106_01354"
                     /EC_number="1.17.4.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P28903"
                     /codon_start=1
                     /transl_table=11
                     /product="Anaerobic ribonucleoside-triphosphate reductase"
                     /translation="METYITKRNGKKVLFSIDKIKNAVRKAFLSVGCFPTEDELTSIL
                     GHVQITNGMSVEDIQNQVETALMSERYYRVAKSYILYRQKHLEDREVRDKLTFLMNYC
                     DAKNAATGSKFDANANVEHKNIATLIGELPKQNFIRLNRRLLTDRLKEMYGKELSDKY
                     LSLLNHHFIYKNDETSLANYCASITMYPWLIGGTKSIDGNSTAPTNLKSFCGGFVNMV
                     FIVSSMLSGACATPEFLMYMDYFVRREYGDDYHRNVHRDADLSLKRRSIDKVITDCFE
                     QVVYSINQPTGARNFQAVFWNISYYDRYYFDSLFGEFIFPDGTRPQWESLDWLQRRFM
                     TWFNCERTKTVLTFPVETMALLSENGDIRDKDYADFTAQMYAEGHSFFTYVSDNADSL
                     SSCCRLRNEIQDNGFSYTLGAGGVSTGSKSVLTINLNRCIQHASRENIPYMTFLEDVI
                     DLVHKVQLGYNENLKMLHAKGMLPLFDAGYINMSRQYLTIGVNGLVEAAEYLGIEISD
                     NPQYAAFAGSVLGLIERYNKQYRTKDVMFNCEMIPAENVGVKHAKWDREDGYIVPRDC
                     YNSYFYIVEDDSLNLIDKFRLHGRQYIEHLTGGSALHANLSEHLSQVQYRQLLRVAAI
                     EGCNYFTFNIPNTLCRDCGHIDKRYLKACPECHSANVDYLTRVIGYMKRVSNFSLGRQ
                     KEASKRYYEAADAGVETEAELAESEMSLC"
     CDS             complement(5801..6817)
                     /gene="carE_1"
                     /locus_tag="SEQF3106_01355"
                     /EC_number="1.3.1.108"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:H6LGM8"
                     /codon_start=1
                     /transl_table=11
                     /product="Caffeyl-CoA reductase-Etf complex subunit CarE"
                     /translation="MDKEEYKGVCVFAEQREGTIQPIAFELLGKARELADVLGEDVLA
                     VLCGQHLDEAARELIAAGADRVLYLDHAELDDYLTEPYAQALTQVIHERKPSIVLIGA
                     TTIGRDLGPRVSARVTTGLTADCTGLEISTDGERNLMMTRPAFGGNLMATILCKEHRP
                     QMSTVRPGVMRQKPRDYTRSGEVERMTIHFDRSKFRIKLLEKVSVERAMVDISEAHVL
                     VSGGRGVGTHEGFGMLTKLAETIGAEVSSSRAMVDAGVIGHERQVGQTGKTVRPDVYF
                     AFGISGAIQHLAGMEESDYIIAVNKDKFAPIFSVADLGLVGDLHKIVPALTRKLANRK
                     PTES"
     CDS             complement(6835..7620)
                     /gene="carD_1"
                     /locus_tag="SEQF3106_01356"
                     /EC_number="1.3.1.108"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:H6LGM7"
                     /codon_start=1
                     /transl_table=11
                     /product="Caffeyl-CoA reductase-Etf complex subunit CarD"
                     /translation="MNIIVCIKQVPDTTEIKLDPVKGTLIREGVPSIMNPDDKGGLEL
                     ALRLKDLHGATVTVITMGPPQSEAILREAFAMGADKAVLLSDRKFGGADTWATSYTLS
                     AALRKLDYDLIITGRQAIDGDTAQVGPQIAEQLDLPQVSYVESVALQSDGRTLHVRKA
                     TEEGYQRLEAPLPCLLTVLASANKPRYMSVRGIMETFDREIERQGLADVDVDETKIGL
                     KGSPTRVMKSFTKGAKAKGQLYEVDAEEAADIIVQKLKEKFII"
     CDS             complement(7647..8786)
                     /gene="bcd"
                     /locus_tag="SEQF3106_01357"
                     /EC_number="1.3.8.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P52042"
                     /codon_start=1
                     /transl_table=11
                     /product="Acyl-CoA dehydrogenase, short-chain specific"
                     /translation="MDFNLTKQEELFLKMIREFAEKEVEPLAAEIDDRERFPIETVEK
                     MGRIGLMGIPFPTKYGGAGATNQIYSMAVEELSRVCATTGVVVSAHTSLCTAPIFEFG
                     TEEQRMKYLPKLCSGEWIGAFGLTEPNAGTDAAAQQTTAVLEGDHYVLNGNKIFITNA
                     EYGHVYIIFAMTDKSLGTKGISAFIVEKGMPGFQVGKKELKMGIRGSATCELIFEDCI
                     VPKENLLGRIGDGFRIAMKTLDGGRIGIASQALGIARGALQETVKYVKERKQFGRSIS
                     QFQNTQFQLADLSVEVEAAALLVRHAAWMKDNGIPYSAAAARAKLYASETAMVVTRKA
                     VQFHGGYGYTREYPIERMMRDAKITEIYEGTSEVQRMVIASSLLK"
     CDS             complement(8891..10249)
                     /gene="sucD"
                     /locus_tag="SEQF3106_01358"
                     /EC_number="1.2.1.76"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P38947"
                     /codon_start=1
                     /transl_table=11
                     /product="Succinate-semialdehyde dehydrogenase
                     (acetylating)"
                     /translation="MEIKEMIARAEKAQQEYEERFNQDAVDEVVKAATKVIYDNAEML
                     ARLAVDETKMGVYEHKVAKNRNKAKGIWLNLQGEKSMGVLDIDDRTGLIKIAKPVGIV
                     AGITPMTNPIVTPMANIAFALKTKNAIIIAPHPHARHCSTLTVNMINEALAKYHVPEG
                     LVQVIEEPTIQKTQELMSRVDVVVATGGMQMVHSAYSSGKPSFGVGAGNVQVILDRNI
                     DYDEAADKIITGRAFDNGIICSGEQCFLYYEKEKEEIFSAFRKHGAYFVPEEQRDQVV
                     NAIFSDGAICRDIVGQSVATIARKAGITVPEGTRILVVEAHGIGREDLICKEKMCPVM
                     TCHSYNYFEEALDYAKTNLFMEGSGHTAGIHSNNQANIIKAGMEISVSRLIVNASCSI
                     TAGGSIQNGLSVTTTLGCGTWGNNSISENFTYKHLLNITRIAQISPHIQMPSDEEIWQ
                     MK"
     CDS             complement(10463..11581)
                     /gene="adh1"
                     /locus_tag="SEQF3106_01359"
                     /EC_number="1.1.1.192"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A4IP64"
                     /codon_start=1
                     /transl_table=11
                     /product="Long-chain-alcohol dehydrogenase 1"
                     /translation="MQLFKLRSRLHEFARFADFADEFRLNERDLVITNVFLYDPFMKP
                     LGLKCHFVMQEQYGQGEPSDEMMNAILRDVKPLSFDRVIAIGGGTVIDISKLFVLKGV
                     DNVVDAFERKIPLVKDKQLIILPTTCGTGSEVTNISIAEIKSKQTKMGLADDVLFADD
                     AVLIPELLQGLPYRFYVASSIDALIHGMESYLSPKANPYTQLYSNAAIKIIIDVFSMI
                     AKQGESSRFECLGDMLTASNYAGIAFGNAGVGAVHALSYPLGGTYHVPHGEANYQFFT
                     EIFKLYQLKAPHGKIEELNRILSESLQSNGWGGVYEQLDELLSHLLKRKPLREYGMKE
                     ADIDGFTQNVIKTQQRLLANNYVALSEDEIRDIYRKLY"
     CDS             complement(11709..13010)
                     /gene="cat1_1"
                     /locus_tag="SEQF3106_01360"
                     /EC_number="2.8.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P38946"
                     /codon_start=1
                     /transl_table=11
                     /product="Succinyl-CoA:coenzyme A transferase"
                     /translation="MTMNRERPLAEKTVTADEAIRAIKSGDHVVFSHAAGAPQEIHRA
                     LVRHKEDYSGVEIFHLICLGSGDYMAPEMEEHFRHCAAFVGANSRRAVAEDRADFIPC
                     FFFEVPGFFRRKLWPVDVAVIHVSPPDLMGNCSFGVSCDYTKPAAEAARIVIAEMNDQ
                     MPYIGGDNFIHVSQIDYIVPCSNPLPEVPPAKTGAVEEAIGRYCAELVEDGSTLQLGI
                     GAIPDAVLKCLSDKKDLGLHTEMFADGAIDLIERGVINGSRKTLHPGKHVATFLMGSR
                     RFYDFVNNNPDVEMRPVDYVNNPCVIMKNEKMVSINSCIEVDLMGQVTSECIGQTQFS
                     GTGGQVDYVRGAALADDGKSILAMPSTAAKGTISRIMPYLSHGAAVTTPRDDVDYIVT
                     EYGIAHLKGKTLKERARLLINIAHPYFRDNLEEEFRKRFKK"
     CDS             complement(13020..13331)
                     /gene="nfuA"
                     /locus_tag="SEQF3106_01361"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01637"
                     /codon_start=1
                     /transl_table=11
                     /product="Fe/S biogenesis protein NfuA"
                     /translation="MSDVDTLKERVERVIEEKVRPALRFHGGDIRLVEVTGKDVKVRL
                     LGACCFCPSAQSTMEDVVTGSLREELGDEIGRVILWDAISDELLDFARDFFKRKQAQS
                     Q"
     CDS             complement(13334..14755)
                     /gene="abfD"
                     /locus_tag="SEQF3106_01362"
                     /EC_number="4.2.1.120"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P55792"
                     /codon_start=1
                     /transl_table=11
                     /product="4-hydroxybutyryl-CoA
                     dehydratase/vinylacetyl-CoA-Delta-isomerase"
                     /translation="MKLNVYYMGEKIENPVDHPMIRPSMNSVALTYELAEQDEYRDLM
                     TATSNLTGKTINRFTHLHQSTDDLVKKIKMQRLMGQKTASCFQRCVGLDAFNAIYATT
                     YEIDAAHGTDYHRRFVDYMKYVQDGDLVVDGAMTDPKGDRSLAPSQQDDPDMYVHVVD
                     VRPDGIVVRGAKAHQTGAVNSHEHLIMPTIALKEADKAYAVSFAVPGDAEGVIMVYGR
                     QSCDTRKMEDGADIDVGNSQYGGHEALVIFDDVFVPNERVFMCGEYEFAGTLVERFAG
                     YHRQSYACKTGVGDVLIGAAALAADYNGVPKASHIKDKLIEMIHLNETLWCCAVACSA
                     MGRAMPAGNFMVDLLLANVNKQNVTRFPYEIARLAEDIAGGLMVTMPAEQDLRHKEIG
                     PYVRKYLQGAVGKDTENRMRVLRLIENITLGTAAVGYRTESMHGAGSPQAQRIMISRQ
                     GNLNAKKELAKRIAKIDESKDRK"
     CDS             14772..15035
                     /locus_tag="SEQF3106_01363"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYSSRVIINSEFLVQLKNHYISISLSSHNQNNSVHQDIIRDVAL
                     LIPEKWRSDLGMRIPSVCLLRKHIFPTVRMHRILLSSLSSAPI"
     misc_RNA        complement(15170..15385)
                     /locus_tag="SEQF3106_01364"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             15779..16003
                     /locus_tag="SEQF3106_01365"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCERLKLSTRMLQDFRSGGISGYAKARAVYISDEIRQRLDFVVR
                     QIDLRGSSISGNIERALREHLDQHKDYIEL"
ORIGIN      
        1 aggtggctgt ctgtctcggt tttcaggact tctcgcagct cacgcgcgac tacggtgaaa
       61 aggaaagtcg ggtgattcag aacacggtcg ggaatgtgtt ggcggggcgc cttgttttct
      121 atgcgctatg aggattcgat tacgtccggg gaaaattatc agcaaatatc cctctgaaaa
      181 agaagaagtt actcgatcgt agacatttga taggtaacga aatagaaacg agcgaagcgc
      241 ttgaggttgc gggaatctgc acaaacaaag gacgcttgtc atttgaggac gcaatgttac
      301 tacgactatt tgaattacag gcgtttttga cgcgactctc tcgattctgc tttcgacttg
      361 ggagtgcgcg aacacagagc ggatgggggc taaagctcat atcccccgac cccgcttttt
      421 ctttttcatg gcttggttcc tcaatcgacg ttgccatgag atctcggcgt agtcgacgcc
      481 atgtgtctgt agggttatga cttcgccaac ctccgaaaga aggctgcccg cggtgtctaa
      541 ggcggtgtcc acagcggaga ccgcgacttg tgcgataggt gtactgtcgt tcatggatct
      601 catggaggaa tggctggagg ggatgatggg attctgtgca ttgtcggact tgaactgctt
      661 cggcagggtg cgaaaaccaa actcacgacc aatctcggag gccttgaaac tgaggctgtc
      721 gtaggtaaac ttcagtccat agactttgcc ctgcttgttc ttcatgcgtt cgatcgtgac
      781 gccgcttcgg tagagttcgt agaggaacat ggagtgaccc gacaggcctt ttcttttgtg
      841 cttctcaagc aaggcgtagc agatgttccg aacctgctgc ttcgttcgtt ctcttgccgg
      901 attggcttga gcttttcgat gcggtcgcgc ggagtgaact tctttggcga tagtcaaccc
      961 gtgcttgcga ctgagttctt cggtcactct cgccgcccga ttgctgacga aggtggtgtc
     1021 gtagacctgc ccaccgaggc tgatccgatt ggcgatgatg tggatgtgca gattgtctgt
     1081 gtctttgtgt gtgacggcca cccattggtg atcatccaac tccatctgct tggcaaagag
     1141 cagggcgagg cggttcaggg tcttgaacgt catctgcggc tcgtccttcg gggcgatacc
     1201 gatttcgatg tgcaggaaat tgtttttgca gcggctgttg tagtcgttga tcagcttcat
     1261 ttcctcgtgg atctcctttg gcgtttcacc acagaggttg tggagggcga gaagccggcc
     1321 gagctttccc tcgcgaaaga tgtactccag cgcgttgctt ccgtgtgcga tggccttaca
     1381 ctttgcgatc atggtcttca atatttaagc gcttaaatac ctcctcgggg acccgatagc
     1441 gggagctgaa gaatcgctta aaagcgatct tggcgtaggt ggcgagggcc ttcgtcgcgt
     1501 ctacccagga gacgtctttg accttaatca ggttagaaat gtgcgcgtag aatagtgccg
     1561 tctgacggag gatggcgagg gcctccctct cgttgtcgcc tatcggaggg acggcgacga
     1621 cggatccacc gagcaacatc tcgcgacagt agtcggagta cttccgccct gcgttcgcag
     1681 ccctcgaacg gattcgctcc ttctcctcag ctgtgcatcg gaccttgata aaggcggtct
     1741 tgttcgtctt cttgtcttcc tttttggggt gtcttttcat gtggataggt cttttctgtg
     1801 gtgcttatac tatggttggg gccgatgaga acggatgtga ttacggccct ctccaccgac
     1861 cgacaggggc gggggagcaa gcgcagtttg tgggaacaaa ctgacgtctt gcattaccgt
     1921 cgtcacgctc tggtacaaac cctacagtga ttcttgtgat cactgcatac catgcattca
     1981 gacgtttgct gactgcttgc attactgtct tcacgctccg tttcataccc tataatgttt
     2041 cttacaatta cagcatgccg tgcattcagg cggttgctga ttgcttgcat taccgtcgtc
     2101 acgctccgtt acatacccgg tgtgtttctt gtgatcactg catgtcttgc attcatgcgg
     2161 ctgttgattg cttgacgtgc atattgttcg tggactcttt gatggagcgg tgtgcttgga
     2221 ttacagcttc cgccatttaa tgtgagtttg aggtaaatca atctctgacg agtcactcgc
     2281 cgaggtcgtg acgacgtttt gtcgctcgcc gaaactgtag aattgaaagt tttgctagtg
     2341 aatcgctcac tagcaaaata tgatctttca tagaacccac gtgtaaacct ccatccattg
     2401 gcaatgactt gtataccgaa tcaagcattc agaagctgtt tggaatttat ttcagggcta
     2461 tcctgagggg gcgtttctgg tctttgtcca tcatccatcc tcacactagt cttctcaagg
     2521 cttgtctaat gatgcaacgg aatacccaga aacatcctct gaatgttctc cgaaatagac
     2581 gccaaacagg ctctcaaaag gccaccatag caccttcggc agtaatgcga tagaggcgct
     2641 gattggtggt aggagagaag agcgggccga ggcgatcgat gtaaggcccg agcttgatgt
     2701 agtggaagag gtgcaaggga aagttggggg gcaaggcgac acggccggaa taccaaccga
     2761 ctttcagact tgtcgtcctc cggataaggg tggccagtcg tgccacttcg tccggctccc
     2821 cgtcgccgcc catgaagcat acgcaggtga tggtagcgcc gtagtgatcg agcagtgccg
     2881 agagctcact gtctgtcagc ggttgcccca cgtcgctttg tagccacggg ctgtggcagc
     2941 cggagcagcg gtgggggcaa ccggagatgt tgagggctag cgtcgtctcg tcgggaattt
     3001 cgcggaagac gacatcgtag ctgacgtatt tcagcataac gacatttcgc tttcggcgag
     3061 ttcggcctct gtctccacac ctgcgtccgc ggcctcatag tatcgcttcg acgcctcttt
     3121 ctgacgccca agagagaaat tgctcactcg cttcatgtat ccgatgactc gagtgaggta
     3181 gtcgacattc gcactgtggc attcggggca agccttgagg tagcgcttgt cgatgtgtcc
     3241 gcagtcgcgg cagagcgtgt tggggatatt gaaggtgaaa taattgcaac cctcgatggc
     3301 ggctacgcgc aggagttgcc ggtattgcac ttgagagagg tgctcgctca ggttggcgtg
     3361 cagagccgat ccgccggtaa ggtgctcaat gtattggcgt ccatggaggc ggaatttgtc
     3421 gatgaggttc agcgaatcgt cctcgacgat gtagaagtag ctgttgtagc agtcgcgagg
     3481 gacgatgtag ccgtcttcgc gatcccactt ggcatgcttg acgccgacgt tttcggctgg
     3541 gatcatctcg cagttgaaca tcacgtcttt ggtgcggtat tgcttgttgt atcgctcaat
     3601 caaaccgagc acactgccgg caaaggcggc atactgcggg ttgtcgctga tctctatgcc
     3661 gaggtattct gcggcttcga ccaagccgtt aacaccgatg gtgaggtatt gccggctcat
     3721 gttgatgtat ccggcatcga aaagggggag catacctttc gcatggagca tcttcagatt
     3781 ctcattgtag ccgagttgca ctttgtgcac caagtcgatc acgtcttcaa ggaaggtcat
     3841 gtaggggatg ttttcgcggc tcgcatgctg tatgcagcga ttgaggttga tcgtcagcac
     3901 gcttttcgat ccagtggaga caccgccggc tccgagcgtg tagctgaagc cattgtcttg
     3961 gatctcgttg cgcaatcggc agcagctgga aagggagtcg gcgttgtcgc tgacgtaggt
     4021 gaaaaaggag tggccctcgg catacatctg cgcggtgaag tcggcgtaat ccttgtcgcg
     4081 gatgtcgccg ttttcgctga ggagcgccat cgtttcgacg gggaaggtga gcaccgtctt
     4141 ggtgcgttcg cagttaaacc aagtcatgaa tcgacgttgc aaccagtcga gcgactccca
     4201 ttgcgggcgg gtaccgtcgg ggaagatgaa ctctccgaag aggctgtcga aataatagcg
     4261 gtcgtagtag gagatgttcc agaagacggc ttgaaagttg cgtgcaccgg tgggctggtt
     4321 gatggaatag acgacttgct cgaagcagtc ggtgatgacc ttatcgatac tgcgccgctt
     4381 gagggagagg tcggcgtcgc gatggacgtt ccggtggtaa tcatcgccgt attcccgacg
     4441 gacaaagtag tccatataca tcaggaactc cggcgtggcg catgcgccgg agagcatgct
     4501 cgagacgata aagaccatgt tgacgaagcc gccgcagaag gacttgaggt tggtcggtgc
     4561 cgtggagttg ccgtcgatag actttgtgcc tccgatcagc cacgggtaca ttgtgatgct
     4621 ggcgcagtag ttggctaagc tggtctcgtc gttcttatag ataaagtgat ggttgagcag
     4681 cgagaggtat ttgtcagata gctctttgcc atacatttct ttcagacggt cggtgagtag
     4741 ccggcgattc aggcggatga agttttgctt gggcagctcg ccaatgagcg tggcgatgtt
     4801 cttgtgctcc acgttagcgt tggcgtcgaa cttgctgccg gtggctgcat tcttcgcgtc
     4861 gcagtagttc atgaggaagg tcaacttgtc gcgcacctcg cgatcctcga ggtgcttctg
     4921 ccgatagagg atgtacgact tggccacgcg atagtagcgt tcggacatga gcgccgtctc
     4981 cacttggttt tggatgtctt ctaccgacat gccgttcgtg atctgcacat gtccgagtat
     5041 cgaggttagt tcgtcttccg ttgggaagca accgaccgag agaaaggctt tccgcacggc
     5101 gttcttgatc ttgtcgatgg agaagagcac cttcttccca ttccgctttg tgatgtatgt
     5161 ctccattttg tgttggtgta gtgtgtatct atattgagtg aaacgttttg tgcaacttcc
     5221 ggctctacct gactttattg tgatggcact tattaaatac cttttcacct ttattcaagc
     5281 cattttcgag ctgtattgca ggggacaaaa gtagacgaaa gtgggaaatt ccttctgtca
     5341 tgtacgagaa taaagttctc gactttggga aacattgcgt cccacatatt tccgaaaagt
     5401 tttccattat agagaagcat gttcactgat tcgtcggaaa ataattcatt catggacgtc
     5461 tccttgagcc tcttcgggaa gcgttcctcg gctcctacac taacgagagt tcgacgtaag
     5521 caatccttcg cttcagcaca cttttcccca gcagctccag taaatgccgt gagacccagc
     5581 gcaacctgcg caaacgccgc ggcaaatgcc gcgagacctg cgcaacccgc gcaaacgccc
     5641 cggcaaatgc cgtgagacct gcgcaacctg cgcaaacacc ccggcaaatc gttagaaata
     5701 aagaaaggcc gggaacggat ggttcccgac cttttcacta atggaaattt cagacgatac
     5761 gaccctcaca acgcatagcg cgcgaaggct gtactttctt ttaggattct gtcggcttcc
     5821 gattggccaa cttgcgcgtt agggcgggca cgatcttgtg cagatcgccg accaagccca
     5881 gatcggcaac ggaaaagatg ggcgcgaact tgtccttatt gacagcgatg atgtaatcag
     5941 actcttccat gccggccaaa tgctggatgg caccggagat gccgaaagca aaatagacgt
     6001 cggggcggac agttttgccc gtttgaccca cctgacgttc gtggccgatg acaccggcat
     6061 cgaccatcgc acgagacgac gagacttcgg cgccgatcgt ttcggccaac ttggtgagca
     6121 tgccgaatcc ttcgtgggtg cctacgccgc gcccgccgga gacgagcaca tgtgcctctg
     6181 atatgtcgac catggctcgc tcaacgctca ctttttcgag gagtttgatg cgaaacttgg
     6241 agcggtcgaa gtgaatcgtc atgcgttcga cttcgccgga gcgggtgtag tcgcgcggct
     6301 tttgacgcat tacgcccggg cggacggtcg acatctgcgg ccggtgctcc ttacagagga
     6361 tagtggccat caggttgccg ccgaatgcag ggcgggtcat catcaggttt cgctccccgt
     6421 cagttgatat ttcaagccct gtacagtctg ccgtgagtcc ggttgtcacc cgcgcagaca
     6481 cacgtggccc taggtcgcga ccaatagtgg tggctccgat caggacgatg gagggcttac
     6541 gctcgtggat cacttgcgtg agcgcctgcg cataaggctc ggtcaggtag tcgtctaatt
     6601 cggcgtgatc caagtaaagc acacggtcgg cgccagcggc gatcagttct cgggcggcct
     6661 cgtcaaggtg ctgcccacag aggacggcca agacatcctc gccgagcaca tcggccagtt
     6721 cacgcgcttt cccgagcagt tcaaaagcga tgggctgaat cgtcccttcc cgttgttcag
     6781 caaagacgca gacccctttg tattcttctt tatccattgt ttctctacag ttgttcagat
     6841 gatgaatttc tctttcagtt tctgcacaat aatgtcggcc gcttcttcgg catccacttc
     6901 atacagctgc cccttggcct tggcgccttt ggtgaaggat ttcattaccc gtgtgggcga
     6961 tcccttgagg ccgatcttgg tctcgtccac gtccacgtcg gccagccctt ggcgttctat
     7021 ctctcggtcg aacgtctcca taatgccgcg aactgacatg tagcgaggtt tattggccga
     7081 ggccaagacg gtgagcaggc agggcagtgg tgcctcgagc cgttgatagc cttcctctgt
     7141 ggctttgcgc acatgcagag tacggccgtc gctctgcaaa gcgaccgatt ctacatagga
     7201 tacttgcggc aggtcgagct gttcagctat ctgcgggccc acctgcgccg tgtctccgtc
     7261 gatggcttgg cgcccggtga tgatcaggtc gtagtcgagt ttgcgcagcg cagcagacag
     7321 cgtataggag gtggcccatg tatccgctcc gccgaatttg cggtcactca gcagaacagc
     7381 cttatcggct cccatggcga aggcttcgcg caagatggct tcggactgtg gcggacccat
     7441 tgtgatgacc gtgactgttg ctccgtgcaa gtccttaagg cgcaatgcca gttccagtcc
     7501 gcctttgtcg tcagggttca tgatgctggg tacgccttct cggatgaggg tgcccttgac
     7561 gggatctaac ttaatttccg tcgtgtcggg aacttgtttg atgcaaacga tgatgttcat
     7621 gtctcttctc tattaatgca taggggttac ttcaataaac tcgacgcgat gaccatgcgt
     7681 tgcacttcag atgtcccttc atagatctcc gtgatcttgg cgtcgcgcat catgcgctcg
     7741 atgggatatt cacgtgtgta gccgtatccg ccgtgaaact ggacggcctt gcgggtgact
     7801 accatcgccg tctcggaggc atagagcttg gcgcgtgctg cagcggcgga gtatgggatg
     7861 ccgttatcct tcatccatgc ggcgtggcgc acaagcaggg cggccgcctc tacctctacg
     7921 ctaaggtcgg ccagctgaaa ctgcgtgttc tgaaattggc tgatggagcg tccgaattgc
     7981 ttgcgctcct tgacgtattt cactgtctct tggagtgcgc cgcgggcaat gccgagcgct
     8041 tgtgaggcga tgccgatacg tccgccgtcg agcgtcttca tggcgatgcg gaatccgtcg
     8101 ccgatacgtc cgagcaggtt ctctttcggc acgatgcagt cttcaaaaat tagttcgcag
     8161 gtggccgatc cgcggatacc catcttcagc tcctttttcc ccacctggaa tccgggcatt
     8221 cccttctcca cgatgaaggc tgagatacct ttcgtgccga gcgatttgtc ggtcatggcg
     8281 aaaatgatgt agacgtgtcc gtactcggca ttggtgatga agatcttgtt gccgttgaga
     8341 acgtagtgat ctccttcgag cacggccgta gtctgctgcg ctgcagcgtc ggtgccggcg
     8401 ttcggttcgg tcagcccgaa ggcgccaatc cactctccag agcagagttt gggcaggtac
     8461 ttcatgcgtt gctcttcggt accgaactca aaaatggggg cggtgcagag cgaagtatgc
     8521 gccgagacaa ctacgccagt ggtggcgcat acgcgtgaga gctcttcgac ggccatcgag
     8581 tagatctggt tcgtggcgcc agctccaccg tacttcgtgg ggaaggggat gcccatgagg
     8641 ccgatgcgtc ccatcttttc gacggtttcg atcgggaagc gttctcgatc gtcgatctcg
     8701 gcggctaggg gctccacctc tttctccgcg aactcgcgga tcattttcag gaagagttct
     8761 tcctgcttgg tcagattgaa atccatatat atgtagtaag aagtagtttg gggtagtaag
     8821 aagtagtcag aagtagccct gcactgctgc taactacccc aagatgaaaa tgtcagtggt
     8881 tggcgcgggg ttatttcatc tgccagattt cctcatcgct cggcatttgg atatgcggtg
     8941 agatttgggc gatgcgagtg atgttcagca gatgcttgta ggtgaagttc tcagagatgg
     9001 agttgttgcc ccatgtgccg cagcctaatg tggtggtcac ggagaggccg ttctggatgg
     9061 atccgccggc cgtgatggag caggaggcgt tcacgatcag tcgggagaca gagatctcca
     9121 tgccggcctt gatgatgttc gcttgattgt tggagtggat gccggcggtg tgaccactgc
     9181 cctccatgaa gaggtttgtc ttggcataat caagggcctc ctcgaaataa ttataggagt
     9241 ggcaggtcat gacgggacac atcttttcct tgcagatgag gtcttcccga ccgataccgt
     9301 gcgcttcgac gacgaggata cgtgtgcctt cgggtaccgt gatgcctgct tttcgggcaa
     9361 tggtcgctac gctctggccg acgatgtcgc ggcagatggc accgtcgctg aagatggcgt
     9421 tcaccacctg gtcgcgctgc tcttcgggca cgaagtaggc gccgtgcttg cggaaggcac
     9481 tgaagatctc ctccttttct ttctcataat aaaggaagca ctgctcgccg gagcagatga
     9541 tgccgttgtc gaaggcgcgg ccggtaatga tcttgtcggc ggcttcgtcg taatcgatgt
     9601 tgcggtcgag gatgacctgc acgttgccgg ctcccacgcc gaaggagggc ttgccggaag
     9661 agtaggccga gtgcaccatc tgcatgccgc ccgtggccac gacgacgtcg acgcgcgaca
     9721 tgagttcttg cgttttctgt atcgtcggtt cctcgatcac ctgcaccagt ccctcgggca
     9781 catggtattt agccagcgcc tcgttgatca tgttcacggt gagcgtagag caatggcgag
     9841 cgtggggatg cggagcgatg atgatggcgt tcttcgtttt cagcgcaaaa gcgatgttgg
     9901 ccatcggtgt gacgatgggg ttcgtcatcg gcgtgatacc ggccacgatg cctacgggct
     9961 tggcgatctt aataagccct gtgcgatcgt cgatgtccag cacgcccatc gacttttcgc
    10021 cttgcaggtt cagccagatg cctttcgcct tgttgcgatt cttagccacc ttatgctcgt
    10081 agacgcccat cttggtttcg tccactgcca gacgcgccag catctcggcg ttgtcataaa
    10141 tcaccttggt cgcggctttg acgacctcat cgacggcgtc ctgattaaaa cgctcctcgt
    10201 actcttgctg cgccttctct gcgcgagcga tcatttcttt gatttccatc tcagttgggg
    10261 tgtgtagtgt tgaaaattca gtgagtgtgt gtgtaaattc ttccgggggg gcgtttgcgg
    10321 aagttccgca agcgtcaaat tcttcgtttg ggcatttgcg gaagttccgc aagcgttatt
    10381 atctctgttt ttagcgtttg caacactgtt gcaagtgcct cgaaaaactt tctggcgttt
    10441 gcgacactgt tgcaagcagc catcaataca gtttgcgata gatatcgcgg atctcatcct
    10501 ccgacagcgc cacgtaattg ttcgccagca agcgctgctg cgtcttgatc acattttgcg
    10561 tgaagccatc gatatcagcc tccttcatgc cgtactcccg gaggggtttc ctcttaagca
    10621 gatgagacag cagctcgtcc agctgttcgt agaccccgcc ccaaccgttg gattggagcg
    10681 attcggagag gatgcgattg agctcctcaa tctttccgtg gggcgccttg agctggtaga
    10741 gcttgaagat ctcggtaaag aactgatagt tggcctcgcc gtggggcacg tgatatgtcc
    10801 cgccgagcgg atacgacagg gcgtgcacgg cgccaactcc ggcgttacca aacgcgatgc
    10861 cggcgtagtt gctcgccgtc agcatgtcgc ccaagcattc gaagcggctc gactcgccct
    10921 gcttggcgat catggagaag acgtcgataa tgatcttgat cgcggcgtta ctgtatagct
    10981 gcgtgtaggg gttggccttg ggcgagaggt aggactccat gccgtggatc agcgcatcga
    11041 tggagcttgc cacgtagaaa cggtacggca gcccctgcaa caactcgggg atcaacacgg
    11101 cgtcgtcagc gaaaagcaca tcgtcagcca gacccatctt cgtctgcttc gacttgattt
    11161 cggcgatcga aatgttggtc acttcgctcc ctgtgccgca cgtcgtgggc aggatgatga
    11221 gctgcttatc cttcactaac gggatcttgc gctcgaaggc gtcgaccaca ttgtccactc
    11281 ccttcagcac aaaaagtttc gagatgtcga tcactgtgcc gccgccgatg gcaataacgc
    11341 ggtcgaagga cagcggtttt acgtcgcgca ggatggcatt catcatctcg tccgagggct
    11401 cgccctggcc atactgctcc tgcatgacga agtggcattt caggccgagc ggcttcataa
    11461 acggatcata caagaagacg ttggtgatga ccaagtctct ttcattcaac cggaactcgt
    11521 cggcaaagtc ggcgaaccgt gcaaactcat gcagtctgct tctcagtttg aacaattgca
    11581 taataaatag gtagtaaaat gtagttttag ggtaagttgg atgctggggc ggaacttcgg
    11641 tgtccgtccg tgtgctcttt ttatcaatgt tttttcgggg gggagagggg ccgtgtcagc
    11701 ccgttacctt atttcttgaa tcgcttccga aactcctcct ctaagttgtc cctgaagtag
    11761 gggtgggcaa tattgatcaa gagtctggca cgctctttta gcgtcttgcc tttgaggtga
    11821 gcaatgccat attcggtcac gatgtagtcc acgtcatcac gtggggtcgt tacagccgct
    11881 ccgtgagaga ggtagggcat gatgcgtgag atagttccct tggctgcggt cgaaggcatg
    11941 gctaaaatcg acttgccatc gtcggcgaga gccgctccac gcacgtagtc cacctgtccg
    12001 cccgtgccgc tgaactgcgt ctgtccgatg cattctgacg tcacttggcc catcaggtcg
    12061 acctcgatgc aggagttgat gcttaccatc ttctcatttt tcatgatcac acaggggttg
    12121 ttgacgtagt ctactggccg catttcgacg tctggattgt tgtttacaaa gtcgtagaac
    12181 cgacgactgc ccatgaggaa ggtcgccaca tgcttacccg ggtggagtgt cttccggctg
    12241 ccattgatca cacctcgctc gataagatcg atagcgccat cggcaaacat ttcggtgtgc
    12301 agccctaggt cttttttgtc ggataggcat ttcagcacag cgtcgggtat ggcgccgatg
    12361 ccgagttgca aagtcgatcc gtcctccacc aattcggcgc agtatcggcc gatagcctcc
    12421 tcaacagctc cggtcttggc cggaggaacc tccggtagcg ggttggagca gggcacgata
    12481 tagtcgatct gcgacacgtg gatgaagttg tctccaccga tgtacggcat ttggtcgttc
    12541 atctcggcga tgacgatgcg cgcagcctca gccgcaggct tcgtgtagtc gcacgacacg
    12601 ccgaagctgc aattacccat caagtccggc ggggaaacat ggatcacagc cacgtctacc
    12661 ggccacagtt tgcggcggaa gaatcccggc acttcaaaga agaagcaggg gatgaagtcg
    12721 gcccgatctt cggccacagc gcgacgtgaa ttggccccta cgaaggcggc acaatggcga
    12781 aagtgctctt ccatctcagg ggccatatag tccccactgc cgaggcagat gagatggaaa
    12841 atctccacgc ccgaataatc ctctttgtgt ctcaccagcg cgcgatggat ctcctgtggt
    12901 gcaccggcag cgtgcgaaaa gacaacgtgg tcgccactct ttatggctcg aatggcttcg
    12961 tccgccgtga cggtcttttc agccaatggt ctttctctgt tcatggtcat acgttatatc
    13021 tattgacttt gtgcctgttt gcgtttgaaa aagtcgcggg cgaaatcgag tagctcgtcg
    13081 cttattgcat cccaaagaat cacgcgacca atctcgtcac ctaattcttc cctgagtgat
    13141 ccggttacga catcctccat cgtggattgt gcagaagggc agaaacagca agcacccaat
    13201 agacgaactt ttacatcctt ccctgtcact tcaacgagtc taatatcgcc accgtggaaa
    13261 cgaagtgcag gacgaacctt ctcctcgatc acccgttcga ctctttcttt caacgtatcg
    13321 acgtctgaca tcgctattta cggtctttgc tttcgtcgat cttggcgatc cgtttcgcca
    13381 gttccttttt cgcgttcaga ttaccctgtc gggagatcat gatgcgctgt gcctgcggcg
    13441 atcccgcacc atgcatcgac tcggtgcggt agcccacggc agccgtccca agtgtgatgt
    13501 tctcaatgag gcgaagcaca cgcatacggt tttccgtgtc tttacccacg gcaccctgca
    13561 aatatttgcg aacgtatggg ccgatctctt tgtggcgcaa atcctgctcc gccggcatcg
    13621 tcaccatcaa tccacccgcg atatcttctg ctaaccgagc gatctcgtac gggaaccgtg
    13681 taacgttttg cttattcaca tttgccaaca gcaagtccac cataaagttc cccgcgggca
    13741 tagcgcgtcc cattgccgag caggctacgg cgcaacacca tagtgtctca ttcagatgaa
    13801 tcatctcgat cagtttgtct ttgatatggc tcgcttttgg cacaccgtta taatcggccg
    13861 ccaaggctgc cgccccgatc aacacatcgc ccacacccgt cttgcaggca tacgactgcc
    13921 tgtgatagcc tgcgaaacgc tccactaacg tgcccgcgaa ttcatattcg ccacacataa
    13981 agacgcgctc gttgggtacg aagacatcgt cgaagatgac gagcgcctcg tggccaccat
    14041 attgcgagtt accgacatca atatcggctc catcctccat cttgcgcgtg tcgcacgact
    14101 ggcgtccata gaccatgatc accccttcgg catcacccgg gacagcaaac gatacggcat
    14161 aagccttatc cgcttccttc agagcaatgg tcggcatgat caagtgttcg tgtgagttga
    14221 ctgcccccgt ctggtgcgcc ttggccccac gaaccacgat gccgtccgga cgtacatcca
    14281 ccacgtgtac atacatatcc ggatcatcct gctgcgaggg agccagcgag cggtcgccct
    14341 tcggatcggt catggcgccg tccactacga ggtcgccgtc ctgcacatat ttcatgtaat
    14401 ccacgaatcg ccgatgataa tccgtgccgt gcgcagcatc gatctcgtaa gtcgtggcgt
    14461 aaatcgcatt gaaagcgtct aaccctacgc aacgctggaa gcatgaggcc gttttctgcc
    14521 ccatcaagcg ttgcatcttg atcttcttca ccaaatcatc ggtgctttgg tgcaagtgcg
    14581 taaagcgatt gatcgttttc ccagtaaggt tggaggttgc agtcatcagg tctctgtatt
    14641 cgtcctgttc tgccagttca taagtcaagg ctactgaatt catggacggg cggatcatgg
    14701 gatgatccac tgggttctcg attttctcac ccatgtagta gacgttcaat ttcattttgc
    14761 gaaggctcgc aatgtactca tctcgtgtca tcataaactc tgaattttta gtacaactca
    14821 aaaaccacta tatctcaatt tctttatcaa gtcacaatca aaacaactct gtccatcaag
    14881 acattatacg agacgtcgca ctcctcattc ctgagaaatg gcgcagtgat ttaggtatgc
    14941 gcataccttc cgtatgcttg ctgcgcaagc atattttccc tacagtcagg atgcaccgca
    15001 tcctcctctc tagcctctcg tctgcgccta tataagggca gatcgaaaaa ggcatgccgc
    15061 atctttcccg tgatgcgtac gacgcaagag agcggtactc agcccgtctt cgtttgaatg
    15121 tctttgaaac gctactatgt caaattctct gttcgcattt ccccgaacaa aaaatcatgc
    15181 ctgaggtggc aggtcttctg acttgttctt tgatcccgcg gggtcttccc ttttcattac
    15241 atgaaaaagt gacacttgcg gatgcggaat cactttgcta agaacttaca gctgaggacg
    15301 cagtcccgga ttcgcaccgg gttccctttt caatccgatc cttccgaaca ttggcgatcg
    15361 gatcaccaac tcggccgcaa acgtaaaacg aaatccgaaa tacaaccaag ggaatagaga
    15421 aatttttctg caatcttttg tgtataaaac acaagaggtt gattcccaga tgcttctcat
    15481 ttgaattttt ccttccccta ttgaggggac atttgcatcg ggcttagact ttgcacatct
    15541 ttgggaggtt ggaaacagta acgttcacgc aaaaactagg caggggcaag acactcacgc
    15601 tggcaggccg cctgccagag ctataggaca ctctggtgat gttggcaggc cgtctgctgg
    15661 ggaattcctc acgattaagc ccgcctgttt ccagcgtctt ccttcctgat tcttattcac
    15721 tctagactca tagagaggca tatctcacgc gtaaggggaa aaccttatcg gcgaggaggt
    15781 gtgcgaacga ctcaaactca gcacccgtat gctgcaggac ttccgcagcg gcggcattag
    15841 cggctatgcc aaagccagag cggtctacat ttctgacgag atccggcaga gactggactt
    15901 cgttgtccgc cagatcgatc tacgaggctc cagcatctcg ggcaatatcg agcgcgcgct
    15961 tcgggagcat ctcgaccagc acaaggacta catcgaacta tgacggaagc tctgaacaca
    16021 tgcacgctta acgtgcaatg cctttccaaa cacttgcata tgttgagtac aagtattcag
    16081 ggtacggatt aaggctcatc ccggggcccg gcaaggtgtg tttttgtgcc acaaaaaccg
    16141 ttttgtgcta caaaacgcct tgcctccgga gccttcactc cgcggcgg
//
LOCUS       SEQF3106|MIQD01000045.116019 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..16019
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             53..586
                     /locus_tag="SEQF3106_01366"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSNWRQAMESELLSVSPEAHLLSVDYGRDPKDYQSGPIRITMKF
                     EIPDYALTGDSLLLVRPICARLYPNVRTYLRIDTDPETRRYAFKDACSRLVELKETMT
                     IPSGYTLRQSPVDEHLKSDAADFTGSLSQHGNKVNVRHELTLRKRVYDAADWPGFRKA
                     VKAHKDLADEWLVFEKK"
     CDS             complement(1198..2754)
                     /locus_tag="SEQF3106_01367"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNNKLIRIMLAAALTAPVAAQSWLPLKHHADSTADLKKESAIV
                     LLDSTGVVVSENGSGSFTIRQVAQVHDIKGALRYRIVKYDYDPLTAFARFSRATVYKA
                     DGSKREVDVTKAVDYAAPARMIYWGARQIMLEIGALDSGDIIDYEIDKRGFTYALLTA
                     AATDDEERFVPPMRGQFYDIVPFWVTQPTVRKVYTVDMPADKKVQYKFYQGQCQSSDH
                     TQGKRRLLSFSIADAKPFPKEPNMVDLYDVAPKLMLSTTPEWKDKSRWFHKVNEDYNS
                     FAADPEAKKKVDELLRGKKTEMEKIAALTHWVADNMRYSGISMGKGEGYTLHATKMNF
                     TDRCGVCKDKAALLISMLRMAGFKAYPAMTMAGSRIEAIPADHFNHCVTVVKLSNGQY
                     MPLDPTWVPFQRELWSSAEQQQNYLPGLPEGSDLQQTPLSPPENHYFRLSANTTKRWM
                     ALARSSGKVMPCNSLSTSEAQSAGRTFMAESHAMPFSPPALEAKSIGTASEAVCDSRG
                     RAGRLWNCHV"
     CDS             3195..3785
                     /gene="grpE"
                     /locus_tag="SEQF3106_01368"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01151"
                     /codon_start=1
                     /transl_table=11
                     /product="Protein GrpE"
                     /translation="MDTNEPIEANDQVNEACTEATKVQSETANTSAENAAADDMADTP
                     TDEPAATDWEAKYNALNDAHLRLRAEFDNYRKRTLREKSELIRSGGEAVLVDLLPVID
                     DFERALETMKKTSDPKAVSEGVELIYNKFMAYLGRQGVKPIEAVGQPFGTEQFEAVAM
                     IPATDEAQKGHVIDCVQTGYVLHDKVIRHAKVVVGE"
     CDS             3812..4981
                     /gene="dnaJ"
                     /locus_tag="SEQF3106_01369"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P08622"
                     /codon_start=1
                     /transl_table=11
                     /product="Chaperone protein DnaJ"
                     /translation="MEKRDYYEVLGVAKNASADEIKKAYRQKAIQYHPDRNPGNKEAE
                     EKFKEAAEAYDVLSNEEKRARYDQFGHAGMSGAAGGGAGSYGGGMSMEDIFSQFGDLF
                     GGHFSGGSFSTFSGFGGGGGGRRTVQRGSDLRVKVKLTLKEIATGVEKKIKVKKYVPC
                     THCHGTGAEDEKAVATCPTCHGNGYVTRVANSIFGQMQTQSTCPTCGGSGETITRKCP
                     YCNGEGVVRDEEVITLHIPAGVSEGMQLSMEGKGNAARRGGVNGDLLVVIEEEPHPEL
                     IRDQDDLIYNLLLTFPQAALGASVEIPTVDGRVKVKVEPGTQSGKVLRLRNKGLPSIN
                     RYGTGDLLINIKVYVPERLTPDEKSKIESMASSANFVPDPSAKERIFRTLRDFED"
     CDS             4997..5857
                     /gene="prmA"
                     /locus_tag="SEQF3106_01370"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P45558"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal protein L11 methyltransferase"
                     /translation="MAYYEFQFTYDHPATLDTDTINDVLAAELGTIGFESFLPEADGL
                     RAYLPEAAYHAEALPQLLDAFPLPDVTFHHTHTLIPDRDWNEAWEKNYFQPVRIGREC
                     LIRASFHQPEEGFTHTIVIDPRMAFGTGNHATTELMLREMLPLDLNDREVLDMGCGTA
                     VLAILAARKGARRVVAIDTDEWACRNAVDNCRMNNTTNVQVIHGGAEQLASCGTFDYV
                     FANINRNTLLQDIRHYASALRAGGRIYLSGFYTGDAPAVQQECRSQGLPSSYSASLGE
                     WAVVMAERDW"
     CDS             5951..6196
                     /locus_tag="SEQF3106_01371"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSNVDSKFLLGLVIGGAVGAAIGYLAATDKREQLIDELNDVIG
                     KVRSSVNLAISKYKECRVPQIIDEVEEHAAADDAELA"
     CDS             6203..6634
                     /locus_tag="SEQF3106_01372"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRDSQLFFQEIKKDLTHYGELRLELLKLGAYEKAGKLFSVLSY
                     TLILLTLIFFLTLFLFLALGFFLSEWLHSTGVGFSIVAILYVILVGGVVAFKNKIRRL
                     ILNALLEVLMNDDDDDDTPPATNKPHDNNPTQADPAQQAAS"
     CDS             6585..7010
                     /locus_tag="SEQF3106_01373"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTIPPKQTPLSRLQADKRRLQDLCKEQEGRLNTHFQYIQDNAG
                     NLLLAGVSALLSTTGTPKPTKGEKTTQRPLRTQTGRQAPHIPGLPAGLTSMLKMPKAL
                     SLGVGWMPVAWEVAQPLLITWSIKRVKRMIGGIFTRKKK"
     CDS             7043..7144
                     /locus_tag="SEQF3106_01374"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQSEGKMRRTICKLFAAAILAGLLVACATPCGC"
     CDS             7205..8215
                     /gene="gapA"
                     /locus_tag="SEQF3106_01375"
                     /EC_number="1.2.1.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9B2"
                     /codon_start=1
                     /transl_table=11
                     /product="Glyceraldehyde-3-phosphate dehydrogenase A"
                     /translation="MTKVGINGFGRIGRFVFRAALKRNDIEVVGINDLCPVDYMAYML
                     KYDTMHGRFDGTVEADVEHSTLTVNGRKIRVTAEKDPANLKWNEVGAEYVVESTGLFL
                     TKEKAENHLKAGAKYVVMSAPSKDDTPMFVCGVNLDAYKKGTPIVSNASCTTNCLAPI
                     AKVLNDSFGIKEGLMTTVHSTTATQKTVDGPSHKDWRGGRAASGNIIPSSTGAAKAVG
                     KVIPALNGKLTGISMRVPTLDVSVVDLTVNLEKPASKEAICKAMKAASEGELKGILGY
                     TEDAVVSSDFLGCTLTSIFDANAGVYLTDKFVKVISWYDNEIGYSNKVLDLIAHMAKV
                     NG"
     CDS             complement(8685..10178)
                     /locus_tag="SEQF3106_01376"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A7LXT5"
                     /codon_start=1
                     /transl_table=11
                     /product="SusD-like protein"
                     /translation="MKKIAINTALFAALMLLFNACSGDWLDLEPSDGIDTRTALVNTG
                     KLQAARIGMYDGLQGSSTYSEYYAARMIYYGDVRGDDMQAVEEGKRTSSMYEMRYTAG
                     NAQMIWNVPYNVLRRANRIIEAVDGNIVEDAAANKATVDAIYAEALVVRALVHFDLVR
                     VYGYPYTMDGGASLGVPIVLKPLESNELPSRNTVKEVYAQVIKDLQKAINDGKLSKEK
                     NNGYITHWTAKALLARVYLYMGDNANARKEAVEVIEKSPYELWTNAEYANRVWDKTVG
                     AHGKEMLFELLNTSSDDWTDREGIAYLYNEDGYDDAIVTKAFCDLLQADSNDVRLTAM
                     LASHTKDYIEAYGKDKVWVNKYPADNQGEMRMSSVPVIRLSEMYTIAAEASAKLGDNA
                     TAAKYLNAIVLRANPKATPVADADATVDRILLECRKEFVGEGHRFFDAMRNNQTIVRY
                     TDEKNSGYHYPLRTESQKFDRTYYRIVLPIPITETDVNKNIQQNPGY"
     CDS             complement(10205..13246)
                     /gene="susC_12"
                     /locus_tag="SEQF3106_01377"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MKRTLFMLMALFLMGIGAAMAQTQVQGTIVDEQGEAVIGASVLV
                     KGTSTGTVTNLDGQFTLSAPANGTLVISYVGMQTMEVAVSPKVRVVLHSDAELLDEVV
                     VTGYGTFKKSSFTGSAATVNTDKLKDVPVTSVSDKLAGNVAGVQINSISGQPGATESI
                     RIRGMGSINAGNNPLYVIDGVPMLSGDMAGFDYSKAGTSILSTLNSSDIENITVIKDA
                     AAASLYGSRAANGVVVITTKKGKAGKTTFNVKANWGFSNMAVDYRPVLDGPARRELLY
                     LGLKNYATYVQKESDAKAYADENIDRFAKEPWSGWTNWRDLLLRTGKYQNYDVNAQGG
                     NEKTKFYSSVSYAKQEGIFYNSDFDRITGNVNVSHQANDKLTLEATSLFSYTNQNSVS
                     EGTSFASPIMAISMSISPSSYPYNKDNSLATYFPAIGRYGNPMRAIKYTYNKNKLTRT
                     FNTLSGTYAIIKELKLKEVLSYDFTQNASSTWWDPRSNDGRTSNGVFQKYMINTSKFN
                     SQTQLIYDRVFDRVHNLNVLLGYETEAYKNEYTYANGNNYALLDDSKPEVGNAAITRS
                     SSGIEEYRLLSYLGRVDYNYHSKYYASVSYRRDGSSRLAKKNRWGDFWSLSGSWRLTN
                     EPFMESIREKVTDMKLRASYGVNGTQPWRYYDFLPLYKFGYNYDNQVGMNETSFDNPN
                     LKWEKNYAFNVGVDLTFLNRFTLTAEWYTRDTKDLLLDKPISGTVGIIDSYNDANELV
                     NVGSMRNSGIELELRSTNVQHKDFTWSTTLTLAHNKNKILKLNEGRNQIPPSGQTIHR
                     VGHSYNSFWAYEYAGVDPQTGKELYYKNTGDAHDRETTTNASEAKKTIIGSADPKVTG
                     GLTNTLTWKFIDLNFTFTYSFGGHVYDNARWIQSNGGTFHYLGNIPSYYKIEDTWKKP
                     GDQAKLPMFAYGNTPERSSRWMMSTNHVRLKNLTLGFTLPSRLSKKAGFDRIRAYMSG
                     SNLLTFKSKDLYVDPENLASGLVLFRAPAMRTVTFGVELGF"
     CDS             complement(13539..14810)
                     /locus_tag="SEQF3106_01378"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKILLILLSLIGPTVTLAHIQGCDSVTYNIRYTPTLGNERMDT
                     LLPLLVGRRVALAVNHTSVVGNSHTHLLDTLLALGVDVRKVFTPEHGFRGAADAGARV
                     ANGRTPRGSIPIVSLFGRTLRPTAAQMSDIDVVVFDIQDVGTRFYTYISTMHYLMEAC
                     ATHGRDFIVLDRPNPNDFVDGPIRQPRYKSFVGMHPIPILHGLTIGELACMINGEGWL
                     AGGAQCRLTVVPMIGWQHGDTFSLPVKPSPNLPNQQSVRLYPSLCLFEGTCMSVGRGT
                     PFPFQVIGYPAARAGRFTFTPTPIPGMDSAPLHRGRCCYGDDLRQLPFEGGLTLSFLL
                     DFYARMGHDARTFFSRAAMFDLLAGTSELRQQITAGRSESEIRATWQPALDRYRLLRR
                     KYLIYPERHVEVGSAWPSRCLVSVMPPCHVR"
     CDS             14965..15624
                     /gene="gph"
                     /locus_tag="SEQF3106_01379"
                     /EC_number="3.1.3.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67359"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoglycolate phosphatase"
                     /translation="MTTIHSIIFDLDGTLLNTIADLAHSTNYALTEAGFPTHPVEAYK
                     YFVGNGINKLFERALPEGERSQENIGRIRSAFLTYYDAHNADFTRPYPGIPELLSRLQ
                     AAGIAPAVASNKYQQATEKLIRAYFPDIRFAAVFGQREGVPTKPDPTVVRDILRITGL
                     PAAETLYAGDSGVDMQTAANAGLVSIGVTWGFRPRTELVENGARHLVDTPEEILRFVC
                     G"
ORIGIN      
        1 cgccgaaggg cagtccgact cccgtctgcg ctcccccttc acccgcggct tcatgtccaa
       61 ctggaggcag gcgatggaga gcgaactgct gagcgtctcc cccgaagccc acctgctgag
      121 cgtcgattac ggccgcgacc cgaaggatta ccagtccggc cccatccgca tcaccatgaa
      181 gttcgagatc cccgactatg ccctcaccgg cgatagcctc ctcctcgtcc gccccatctg
      241 cgcccggctc tatcccaacg tacgcaccta cctgcgcatc gacaccgacc cagagacacg
      301 ccgctacgcc ttcaaggacg cctgctcacg cctcgtcgag ctgaaggaaa cgatgaccat
      361 cccctcgggc tacaccctcc gccagtcgcc cgtcgatgag cacctcaaaa gcgacgccgc
      421 cgacttcacc ggctccctca gccaacacgg caacaaagtg aacgtccgcc acgaactcac
      481 cctccgcaaa cgcgtctatg acgccgccga ctggcccggc ttccgcaaag ccgtcaaggc
      541 acataaagac ctggccgacg aatggctcgt ctttgaaaag aagtaagaat caatgaagca
      601 aataatacac accgacatga agaaatacac cgcaatcctg ctcggcctcc tggccacctt
      661 cgccctccag gcgcagcccg aagccatctt caacaagctc atcaagcact acacctggaa
      721 catggatggc agcatgacgt atcactaccg caaagaggtg aagctgaaca cgcacatggc
      781 ctttaatcaa ctctacggcg agacattcat catctacaac aaggagtttc aaacgctcaa
      841 gatcaacgaa tgctacaccc gccaagccga cggcaccatc gtcaaggcac cagacaacgc
      901 cttcaacgaa gtcctgcccg ccttcgccgc cgacgcccca gcctacaacc acctgaccga
      961 gatggtcatc acgcacaccg gcctcgagat cggcgccacg atctatctgg attacaccct
     1021 caccaccgag gttggtttct accccttcct cgatgtcgcc gagacgcttg aggagcacgc
     1081 ccccgtgacg gactgcgaaa tctccgtcac cctcgccgcc gacgagaagc tgacctacgg
     1141 cttctccggc atcaagtccg aagagccagc catgcgtaat gatagggaca tgatcaccta
     1201 cacgtggcag ttccacaacc tcccagccct ccccctcgaa tcgcacaccg cctccgaggc
     1261 cgtgccgatg ctcttcgcct ccaacgccgg cggtgagaac ggcatcgcgt ggctctcagc
     1321 catgaaggtg cgccccgctg actgtgcctc actcgtcgat aagctgttgc aaggcatcac
     1381 cttgcccgag gaacgcgcca atgccatcca gcgcttcgtg gtgttagccg agagacggaa
     1441 gtagtggttc tcgggcggcg agaggggcgt ctgctgcagg tcggagcctt cgggcaggcc
     1501 gggcaggtag ttctgctgct gctcggcgct ggaccagagt tcgcgttgga agggcaccca
     1561 ggtggggtcg agcggcatgt attgtccgtt ggagagcttg acgacggtga cgcagtggtt
     1621 gaagtggtcg gctgggatgg cctcgatgcg tgagccggcc atcgtcatgg ctgggtaggc
     1681 tttgaagcct gccatacgga gcatggagat gagcagggcg gctttgtctt tgcagacgcc
     1741 gcagcggtcg gtgaagttca tcttggtggc gtggagggtg tagccttcgc ctttgcccat
     1801 ggagatgccg gagtagcgca tattgtcggc cacccagtgt gtgagggcgg cgatcttctc
     1861 catctcggtc ttcttgccgc gcagcagttc gtcgaccttc ttcttcgcct cggggtcggc
     1921 tgcgaagctg ttgtaatcct cgttcacctt gtggaaccag cgcgatttgt ctttccactc
     1981 gggcgtggtg gagagcatca gcttgggcgc cacgtcgtag aggtctacca tgtttggctc
     2041 cttcgggaag ggcttggcgt cggcgatgga gaagctgagt aggcgccgct tgccctgcgt
     2101 gtggtcggaa gattggcatt ggccttggta aaacttgtac tgcactttct tgtcggcggg
     2161 catgtcgacg gtgtagactt tgcgcacggt gggctgcgtg acccagaagg ggacgatgtc
     2221 gtagaactgt ccgcgcatgg ggggcacgaa gcgttcctcg tcgtccgtgg cggcggctgt
     2281 gagcagggcg taggtgaagc ctcgcttgtc gatctcgtag tcgatgatgt cgcccgagtc
     2341 taaggcgccg atctcgagca tgatctgccg cgcgccccag tagatcatgc gggcgggggc
     2401 ggcgtagtcg acggctttcg tgacgtctac ttcgcgcttc gatccgtcgg ctttgtagac
     2461 ggtggcgcgc gagaagcggg cgaaggcggt gagggggtcg tagtcgtact tgacgatgcg
     2521 gtaacggagg gcgcctttga tgtcgtgcac ttgggctacc tggcggatgg tgaagctgcc
     2581 ggagccgttt tcggatacga cgacgccggt gctgtcgagg aggacgatgg cgctttcctt
     2641 cttcaggtcg gccgtgctgt cggcgtggtg cttgaggggc agccagcttt gcgctgcgac
     2701 gggcgctgtg agcgctgccg cgagcatgat gcggatgagt ttgttgttct tcatatagtt
     2761 ttaattaata aaggatgcaa caaaggtaaa cggcggttcg tatgcaggtg aggaggggtg
     2821 gttaattgtc aatgattaat gatcaatgat tacccggatg aaggcgcggt gaatggggcg
     2881 gtcgcacaaa agggcgacca caaggggctc ccctacgaag gccccagcgc gcgaggccaa
     2941 ttattaatta tcaatggtta cccaaagcag gaagcctcgt aggggcgaat aatcattcgc
     3001 ccctacaata cccgatcggt cggcggagat caaaaactga cgcgcggagc tttctgtcga
     3061 tcgacagaga tcaaaaactg gcgcgcggag cttaccgcca atttgatgcg gttgccaatg
     3121 cccccccctc tggcaacata tttgctaaag aacggcgaca cacaaacaga ataacaatca
     3181 taaaccagca ttatatggat acaaatgagc cgatcgaagc aaacgatcaa gtgaatgaag
     3241 catgcaccga ggcgacaaaa gtgcagagcg aaacagcaaa tacgtcagcc gaaaacgccg
     3301 cagctgacga tatggcggac acgcctacag acgagcccgc tgccacagat tgggaagcga
     3361 aatacaacgc actgaacgat gcgcacctga ggctccgcgc agagtttgac aactatcgca
     3421 agcgcaccct gcgcgaaaag tcggagctga tccgtagcgg cggcgaggcc gtcctcgtcg
     3481 acctgctgcc cgtgatcgac gacttcgagc gcgcattaga gacgatgaag aaaacatccg
     3541 acccaaaagc cgtcagcgaa ggcgtggagc tgatctataa caagttcatg gcctacctcg
     3601 gccggcaagg cgtgaagccc atcgaagccg ttgggcaacc cttcggcacg gagcagttcg
     3661 aggccgtcgc catgatcccc gccacagatg aggcgcagaa aggccacgtg atcgactgtg
     3721 tgcagacggg ctatgtgttg cacgacaagg tgatccgcca cgccaaggtg gtggtcggtg
     3781 aataacccta ttatataagg agtagacgac agtggaaaag cgagactatt acgaggtgct
     3841 gggcgtggct aaaaacgcat cggcagacga gataaagaag gcctacaggc aaaaggcaat
     3901 ccagtatcac ccggatcgta acccgggcaa caaagaggcg gaggagaaat tcaaagaggc
     3961 ggccgaggct tacgatgtgc taagcaatga ggagaagcgt gcgcgctacg atcaattcgg
     4021 gcatgcaggc atgagcggcg cagccggcgg cggtgcgggt agctatggcg gaggtatgtc
     4081 gatggaagac atcttctcgc aattcggcga cctgttcgga gggcacttct caggggggag
     4141 cttctccacc ttctcgggct tcggtggcgg tggcggaggc agacgcaccg tgcagcgcgg
     4201 ctctgactta cgggtgaagg tgaagctcac gctcaaagag atcgctacag gcgtggagaa
     4261 gaagatcaag gtcaagaaat atgtgccttg cacacactgc cacggcaccg gagcagaaga
     4321 cgaaaaagcc gttgcgacct gccccacctg ccacggcaac ggctacgtga cacgcgtggc
     4381 caactccatc ttcggccaaa tgcagacaca atccacctgc cccacatgcg gcggatcggg
     4441 cgagacgatc acgcggaagt gcccctactg caacggcgag ggcgtcgtcc gcgacgaaga
     4501 agtgatcaca ctccacatcc ccgccggcgt aagcgaaggc atgcagctct ccatggaggg
     4561 caagggtaat gcagcccggc gcggtggtgt caatggcgac ttgctggtcg tcatcgaaga
     4621 ggagcctcac ccggagctca tccgtgatca agacgacctg atctataacc tcctgctcac
     4681 ctttccacag gctgcgctcg gtgcgtcggt agagatcccg acggtagatg ggcgcgtgaa
     4741 ggtgaaggtc gagccaggta cacagtcggg caaggtgctc cgtctgcgca acaaggggct
     4801 gccctccatc aaccgttatg gcacgggcga cttgctgatc aacatcaaag tgtacgtccc
     4861 cgaacgactg acaccggatg aaaagagcaa gatcgagagc atggccagct cagccaactt
     4921 cgtccccgac ccgtcagcta aggagcgcat cttccgcacc ctgcgggact ttgaagatta
     4981 accccccgtc caccacatgg cctactacga attccaattc acctacgacc accctgcaac
     5041 attagatacg gacacgatca acgatgtgct ggctgcggag ttaggcacga tcggcttcga
     5101 gagcttcctg cctgaggccg acggtttgcg cgcctacctc cctgaagcgg cataccacgc
     5161 tgaggcgctc ccgcagctgc tcgacgcctt ccccctgccc gatgtaacct tccaccacac
     5221 ccacacactc atccccgacc gcgattggaa tgaagcgtgg gagaagaact acttccagcc
     5281 cgtacgcatc ggccgagaat gcctcatccg cgcctccttc caccaaccgg aggagggctt
     5341 tacacacacc atcgtaatcg atccgcgcat ggcctttggc acaggcaacc acgccacaac
     5401 ggagctgatg ctgcgcgaga tgctccccct cgacctgaac gatcgggagg tgcttgacat
     5461 gggctgtggc acagccgtgc tggccatact ggctgctcgc aaaggcgcac gccgcgtcgt
     5521 agccatcgat accgatgagt gggcctgccg caatgctgtg gacaactgcc gcatgaacaa
     5581 caccaccaat gtgcaggtga tccacggagg cgccgaacag cttgcctcat gcggcacgtt
     5641 tgactacgtc tttgccaaca tcaaccgcaa caccctgctg caagacatcc gccattatgc
     5701 ctccgcactc cgcgctggcg ggcggatcta cctcagtgga ttctacaccg gggatgcgcc
     5761 tgccgtgcag caagaatgcc gctcgcaggg gctcccgtcg agctacagtg cgtcacttgg
     5821 cgaatgggct gtagtaatgg ctgagaggga ttggtaaaga tcattaaagc ccatagctgt
     5881 ggcaccctcc agtgggcatg aatacgtacg tttgcggtga tcattaacgg atttttaatt
     5941 gtaaaccact atgaagagta atgtagattc taagttcctt ttaggactgg tgattggcgg
     6001 agccgtcggc gctgccatcg gctatttggc cgcaacggat aaacgtgaac aacttatcga
     6061 cgagctgaac gatgtgatcg gtaaggtgcg tagcagtgtg aacctggcta tctcgaaata
     6121 caaagaatgc cgggtgcctc aaatcatcga tgaggtggaa gaacacgctg ctgctgatga
     6181 cgccgaactc gcgtaacaac ttatgaagcg cgattcgcag ctgttctttc aggagattaa
     6241 aaaggatttg acccactacg gagagctccg gttagagctc ttgaagctgg gtgcgtatga
     6301 gaaggcggga aagttatttt ccgtcctctc atacacttta atattgctca ccctcatctt
     6361 tttcctgacc ctgttcctct tccttgcgct cgggttcttc ctgagcgagt ggttgcactc
     6421 caccggggtc ggtttctcca tcgttgccat cctttatgtg atactcgtcg gcggggtggt
     6481 agccttcaaa aacaaaatac ggaggctgat actcaatgcc ttgttagagg tgcttatgaa
     6541 tgacgatgac gacgatgaca ctccacctgc cacaaacaaa ccccatgaca acaatcccac
     6601 ccaagcagac cccgctcagc aggctgcaag ctgataagcg acgcctgcaa gacttatgta
     6661 aggagcagga agggcgactg aacacgcact tccaatacat ccaagacaac gcgggcaacc
     6721 tgctgcttgc aggcgtgtct gccctgctct ccacgacagg gacgccgaag ccgacgaagg
     6781 gtgaaaagac aacgcaaagg cccctccgca cacagacggg gcgccaggcg ccgcacatac
     6841 cggggctccc cgcggggctc acgtccatgc tgaagatgcc caaggcactg tcgttgggtg
     6901 tggggtggat gcccgtagcg tgggaggtgg cccagccgct actcatcaca tggagcatca
     6961 agcgagtaaa acgcatgatt ggcgggatct tcacccgtaa aaagaaatag ctttgtcacc
     7021 gttaaaacaa gagatagaga atatgcagag tgaaggaaaa atgaggcgta cgatttgcaa
     7081 gctctttgcc gcagccatcc tcgccggact gctcgtggcg tgtgccaccc cctgcggctg
     7141 ttagaacaga taagtgagag acaaacacat acacaacaca atcaaccctt taatttttaa
     7201 gataatgacg aaagtaggta tcaatggatt tggccgcatc ggacggttcg tgttccgtgc
     7261 agccctgaag agaaacgaca tcgaggtggt gggcatcaac gacctctgcc cggtggatta
     7321 catggcatac atgctgaagt atgacacaat gcacggccgg ttcgacggca ccgtcgaggc
     7381 cgatgtagag cacagcacac tgacggtcaa tggccgcaag atccgcgtca cggcggagaa
     7441 ggatccggcc aacctgaagt ggaacgaagt gggcgccgag tacgtggtgg aatccaccgg
     7501 cctcttcctg accaaggaga aggcggagaa ccacctgaag gctggcgcga agtacgtggt
     7561 gatgtcggcg ccctcgaagg acgacacacc gatgttcgtc tgcggggtaa acctcgacgc
     7621 ctataagaag ggcacaccga tcgtctccaa cgcctcatgc accaccaact gcttggcgcc
     7681 gatcgcgaag gtgctgaacg atagcttcgg catcaaggag ggactcatga ccaccgtaca
     7741 ctcaacgact gccacacaga agaccgtcga cggcccctcg cataaggact ggcgcggcgg
     7801 acgcgctgcc agcggcaaca tcatcccctc ctccacaggc gcagccaagg ccgtgggtaa
     7861 ggtgatccct gccctcaacg gcaagctgac gggtatctcg atgcgcgtac cgaccctcga
     7921 cgtttcggtc gttgacctga ccgtcaacct tgagaagccg gcctcgaagg aagccatctg
     7981 caaggccatg aaggcggctt cggaaggcga gttgaagggc attctgggtt acacggagga
     8041 tgcggtggta tcgtccgact tcttgggctg caccctgacc tcgatcttcg atgcgaacgc
     8101 aggcgtctac ctgacggaca agttcgtgaa ggtcatctcg tggtacgaca acgagatcgg
     8161 gtactctaac aaggtgctcg acctgatcgc gcatatggcg aaggtgaacg gctgattcgg
     8221 gaagccgtct cccccccctt ggagggactt cgcctattgt aaataggaac gcggggcgtc
     8281 actctcagca atgagggtgg cgccccaact ttttaagggg cggactatca gcctaccctc
     8341 tcctgaggct acccctgatc gatcgcagta tatggcaatc cttattacca tatacatata
     8401 tgtatactga caacatacaa gtatgtatac cgagaatata catatatgta tacggatggc
     8461 atacatactt gtattgcgta tacgtgtagt ggcaatgatc aatgattgca cggtgcaccg
     8521 tccccattca cccgggtatt atggggaatg cgcatgtgag tgccaccaca acacaacaaa
     8581 ggcagcaagc cactggcgtc gctgccatgc ttgctgcctt ctgaggggaa agggggagga
     8641 tccgccatct ctatgcggcc ctgcacccta tgggggttag cggatcaata ccccgggttc
     8701 tgctggatgt tcttgttcac gtccgtctct gttatcggaa tgggcaggac aatgcggtaa
     8761 taggttcgat cgaatttctg agactctgtt ctgagcggat aatgatagcc gctattcttt
     8821 tcgtcagtgt aacgaacgat cgtctggttg ttgcgcatcg catcgaagaa gcggtggcct
     8881 tcgcccacga actccttgcg gcactccaag aggatgcggt ctactgtggc atcggcatca
     8941 gctacaggcg tagccttcgg gttggcacgc agcacaatcg cattcaggta ttttgctgcc
     9001 gtggcgttgt cgcccagttt ggcagaggct tcagccgcaa tcgtgtacat ctccgacagt
     9061 cttataacgg gtacgctgct cattcgcatc tcgccctgat tgtcagccgg gtatttattg
     9121 acccagactt tgtcttttcc ataagcctcg atatagtctt tcgtgtgaga agccagcatg
     9181 gctgtcaagc ggacgtcgtt agagtcggct tgcaagaggt cgcaaaacgc tttcgttacg
     9241 atagcgtcgt catagccatc ctcattatac aaataggcga taccctcacg atctgtccag
     9301 tcgtccgagc tggtgttcag caattcaaac agcatttcct tgccatgtgc accgacggtt
     9361 ttatcccata ctcgattggc atattcagca ttcgtccaga gttcataggg cgatttctcg
     9421 atcacctcca cggcttcctt ccgcgcgttt gcgttgtcgc ccatgtagag gtacaccctg
     9481 gccagcaggg ctttggccgt ccaatgggtg atgtagccgt tgtttttctc cttgctcagc
     9541 ttgccatcgt tgatggcctt ctggaggtct ttgatcacct gcgcgtagac ctccttcacg
     9601 gtgtttctcg agggtaattc attcgattcg aggggtttca agacaatggg tacaccaagg
     9661 ctcgccccgc catccattgt gtagggatat ccatacacgc gtacgagatc gaaatggacg
     9721 agggcgcgca ccacaagggc ctcggcataa atagcgtcga ccgtggcctt attggcggca
     9781 gcatcttcta cgatgttacc atccacggct tcgatgattc ggttggcacg gcgcaacacg
     9841 ttgtacggca cattccaaat catttgcgca ttacccgccg tgtacctcat ttcatacatg
     9901 gaggatgttc tctttccttc ttccacagcc tgcatatcgt caccgcgcac atcgccataa
     9961 tagatcatgc gggcggcata atattcgcta tatgtagagc tgccctgcaa cccatcatac
    10021 atgccgatgc gagcggcttg caacttcccc gtgttcacaa gggctgtacg cgtatctatg
    10081 ccatcggacg gttccaaatc gagccagtcg cctgagcagg cattgaagag cagcatcaag
    10141 gctgcaaaga gggctgtgtt tatcgctatc tttttcatat tggtattctc tgtttaatga
    10201 ttgattaaaa gcctaattcc acaccgaaag tcactgtgcg catagctgga gcccggaaaa
    10261 gcacaaggcc acttgcgaga ttctcgggat cgacatacaa atctttcgat ttgaaggtaa
    10321 gcaagttgct acccgacata taagcgcgga tccggtcgaa gccagccttc ttggaaagac
    10381 gggaaggcag cgtaaagccc aacgtcaggt tcttaagccg cacatgattc gtcgacatca
    10441 tccatcgcga agagcgctcg ggtgtatttc cataagcaaa catggggagc ttggcctgat
    10501 caccgggttt cttccatgtg tcttcgatct tatagtacga agggatgttg cctaaataat
    10561 gaaacgttcc gccattactc tgaatccaac gggcattgtc gtacacatga ccgccgaagg
    10621 aataggtaaa ggtgaagttc aggtcaatga acttccatgt caaggtattg gtcaaaccac
    10681 ctgtcacttt gggatcggcg ctgccaatga tggtcttctt cgcttcggag gcgttcgttg
    10741 tcgtttcgcg atcatgtgcg tcgcccgtgt tcttgtagta caactcttta cctgtctgtg
    10801 gatcgacgcc ggcatattcg tatgcccaga acgaattata agaatgcccc actcgatgaa
    10861 tggtctggcc actgggcggg atttgatttc gcccttcgtt cagtttcaag attttgttct
    10921 tgttgtgggc caaagtcagc gtcgtgctcc atgtgaagtc tttatgctgc acgttagtag
    10981 accgaagttc caattcaata ccgctattac gcatggagcc cacattgacc agctcgttgg
    11041 catcgttgta tgaatcgatg ataccgactg ttccggagat aggtttgtcc agaagcaggt
    11101 ctttcgtgtc gcgggtgtac cactctgcag tcagggtaaa acggttgaga aaggtcaaat
    11161 ccaccccgac gttgaaggca tagtttttct cccacttcag attgggattg tcgaaagagg
    11221 tttcgttcat gccgacttgg ttatcgtagt tataaccgaa cttatagagc ggcaagaagt
    11281 cgtagtaacg ccatggctgc gtaccgttca caccatatga ggcacggagc ttcatgtccg
    11341 tcaccttctc gcggatcgac tccatgaagg gttcattggt caagcgccac gaaccggata
    11401 gcgaccagaa gtcaccccaa cggttcttct tagccaaacg cgaggaacca tcgcggcggt
    11461 agcttacgct ggcgtaatac ttggagtggt agttgtaatc cacgcgcccg aggtaagaca
    11521 acaagcgata ctcttcgatg ccgctggatg atcgggtaat ggctgcgttt ccgacttcgg
    11581 gtttcgaatc gtcaaggaga gcgtaattgt ttccgttcgc ataagtgtat tcgtttttat
    11641 aggcttccgt ctcgtagcca agcaagacgt tcaggttatg cacgcggtcg aacacacggt
    11701 cgtaaatcaa ctgcgtttgc gaattgaatt tggaggtgtt gatcatgtac ttctggaaga
    11761 cgccgtttga tgtacgtccg tcgttggaac gcggatccca ccacgtggag ctggcattct
    11821 gtgtaaagtc atagctcaag acttctttca atttcagttc cttgatgatg gcgtacgttc
    11881 cggagagggt gttgaaggta cgggtcagct tattcttgtt atacgtgtat ttgatcgccc
    11941 gcattgggtt gccgtagcga ccaattgcag ggaaatacgt agccagcgag ttgtctttgt
    12001 tatacggata tgacgacggc gaaatagaca tggatatggc cataatgggg ctggcaaaag
    12061 aagtgccttc actcacggaa ttctgattcg tgtatgagaa caacgaagtg gcttccaagg
    12121 ttagtttgtc attagcctga tgcgatacgt ttacatttcc tgtaatacga tcgaaatctg
    12181 agttgtagaa gataccttcc tgcttagcat aagacacgga gctgtagaac ttcgtcttct
    12241 cattaccacc ctgcgcgttc acgtcgtagt tctggtattt acctgtgcgg agcaacaggt
    12301 cgcgccagtt ggtccaacct gaccacggtt ctttggcgaa tcggtcgatg ttctcgtcag
    12361 cataagcctt agcatccgat tccttctgca cgtacgtagc atagtttttg agaccgagat
    12421 aaagcagttc gcggcgggcg gggccgtcca acacggggcg atagtccaca gccatgttgg
    12481 agaaacccca gttagctttc acattgaacg tggtcttgcc ggccttaccc ttcttcgtag
    12541 tgatcacgac tacaccgttg gctgcgcgcg aaccatagag cgaagcggca gcggcatcct
    12601 tgatcacggt gatgttctca atgtcgctgc tgttcagtgt ggagaggatg ctcgtaccag
    12661 ccttggaata gtcgaagcca gccatgtcgc ccgagagcat cggcacaccg tcgatgacat
    12721 acaacgggtt gttgcccgca ttgatggagc ccataccgcg gatgcggata ctctccgttg
    12781 cacctggctg cccggatata gagttgatct gcacgccggc cacgttgcca gccagcttat
    12841 ctgacacgct cgtgacaggc acatccttca gcttgtccgt gttcaccgtg gctgctgacc
    12901 cggtgaagga gctcttcttg aacgtaccgt aaccggtcac caccacttcg tccagcagct
    12961 cagcatctga gtggagaacg acgcgaacct tcgggctcac ggccacttcc atcgtctgca
    13021 tccccacgta ggagatgacc aacgtgccat tggccggcgc cgagagcgtg aattgtccat
    13081 cgaggttcgt caccgtcccc gtgctggtac ccttcaccaa caccgaggcg ccgatcacgg
    13141 cctcgccttg ctcatccaca atggtgcctt gcacctgcgt ctgagccatt gcggctccaa
    13201 tccccattag aaatagagcc atcagcataa ataacgttct tttcatactt cagtttttaa
    13261 ttgattggta ttatcggtga ttaatctatc tgcattctac gaggggggag cgcggctgct
    13321 cccctcagag ggaagaacag ccaagtatat ctccacgcag cctatttgct tccatttttt
    13381 ttcacgtatc aggcgttcag ggtatcattc ttttatcctt tcggcgccca aagatataca
    13441 tcttcacata tgggctctat tcaaaatggg aatgcaggag gggggggaag gggctcccgg
    13501 atcatgggta caccatatat aatacgtatg cctccccgtc agcggacatg acagggaggc
    13561 ataacggaca ccagacaacg cgacggccac gcagagccga cttctacatg cctctccgga
    13621 tagatcaggt acttgcgacg gagaaggcga taacgatcga gggcgggttg ccaggtggca
    13681 cggatctctg actcggagcg accggccgtg atctgctggc ggagctcgga ggtgccagcg
    13741 agcagatcga acatggcggc gcgactgaag aaggtgcggg cgtcgtgacc catacgggca
    13801 tagaaatcga ggaggaagct gagcgtgagg cctccctcaa agggcagttg gcggaggtcg
    13861 tcgccatagc agcagcggcc acgatggagc ggggcggagt ccatgccggg gatgggcgta
    13921 ggggtgaagg tgaagcggcc ggcgcgcgct gcggggtaac caatgacttg gaaggggaac
    13981 ggtgtgccac gtccgacgct catgcaggtg ccctcgaaga ggcagagcga ggggtagagg
    14041 cgcacggact gctggttggg caggttgggc gagggcttga cgggcaggct gaaggtgtcg
    14101 ccatgttgcc aaccgatcat gggcacgacg gtgagccgac attgcgcgcc acctgcgagc
    14161 cacccctcac cattgatcat gcaggcgagc tcgccgatgg tgaggccgtg caggatgggg
    14221 atggggtgca tgccaacgaa cgacttgtag cggggctggc ggatggggcc gtcgacgaag
    14281 tcgttggggt tggggcgatc gaggacgatg aagtcgcggc cgtgggtggc gcaggcttcc
    14341 atgaggtagt gcatggtgct gatgtaggta tagaagcggg tgccgacgtc ttgtatgtcg
    14401 aaaacgacaa cgtcgatgtc gctcatctgc gcggcggtgg ggcggagcgt gcgaccgaag
    14461 agggagacga tggggatgct gccgcgtggg gtgcgaccgt tggctacacg cgcgccggcg
    14521 tcggctgccc cgcggaagcc gtgttcgggg gtgaagactt tacgcacatc gacaccaagg
    14581 gccagcaacg tgtcgagcag atgggtgtgg ctgttgccca cgacggacgt atggttgacg
    14641 gccagggcca cgcggcgccc cacaagcagc gggaggaggg tgtccatgcg ttcgttgcca
    14701 agggtgggtg tataccttat attataggta acagaatcgc agccctggat gtgggccagt
    14761 gtcacggtcg ggccgataag gctgaggagg atcaggagga ttttcatcat tactgggtgc
    14821 tttgtttatc atgtgacaaa tgaaatactt ccgcagcggc ggggagggag gggggatcgt
    14881 caacgtaagt tcgacgcatg aactcccccc tacccttcta catttgcgcg catttcaaaa
    14941 acaacataca tcattcaaaa ccctatgaca accattcatt ccatcatttt cgatctggac
    15001 gggacgctgc tcaacaccat cgccgacctg gcccacagca ccaattacgc cctcactgag
    15061 gctggtttcc cgacgcaccc cgtggaggct tacaagtatt tcgtcggcaa cggcatcaac
    15121 aagctcttcg agcgcgcgct gcccgaaggc gagcgatcgc aggagaacat cgggcgcatc
    15181 cgcagcgcct tcctgacgta ttacgacgcc cacaatgccg actttacgcg gccttatccg
    15241 ggcatcccgg agctgctcag ccgcttgcaa gccgcgggca tcgcgccggc tgtggcctcg
    15301 aacaagtatc agcaagccac ggagaagctg atccgcgcct acttccccga catccgtttt
    15361 gcggccgtct ttgggcaacg tgagggggtg cccacgaaac ccgatccgac agtggtgcgc
    15421 gacatcctgc ggatcactgg gctgccggcc gctgagacgc tctacgcggg cgattcgggt
    15481 gtagatatgc agacggctgc caacgccgga ctcgtctcca tcggcgtcac gtggggcttc
    15541 cgcccgcgca cggagcttgt ggagaacggc gctcgccacc tcgtcgacac gccggaggag
    15601 atcctgcgtt ttgtctgcgg gtgagaagtg aaaagcgacc cgagacgcac agacgggttg
    15661 cttatcggcc actaacgaaa aaaggaggat ttagacgcgt tgcggagtgg aaacacaccg
    15721 taattcagga tttaggcgtg ttgcagagtg gaaacacacc gtaattcagg atttaggcgc
    15781 gttgcagagt gaaaacgtgc cgtaattcag gatttaggcg tgttgcagag tgaaaacgca
    15841 ccgtaattca ggatttaggc gtgttgtaga gtgagaatac atcgtaattc aggatttagg
    15901 cgcgttgcgg ggtggaaacg tgcctatagt ctcagaccat cggccgctcc gcagctcctt
    15961 taccccaatg gctttgaaac cacgcatgcc cattttttta catttgcccc cgagttggt
//
LOCUS       SEQF3106|MIQD01000046.115715 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..15715
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(183..1385)
                     /locus_tag="SEQF3106_01380"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPEYTACLDAGDAYHTFTLKNSFKPIMKKQADRSNINTDKITDS
                     GGRSSKNGEIEAYLARHYTFRYNTVWGRAEYRGREDSRFVKVGRYEINTLRRELDNEA
                     GITTSPDNLYSIIESSFSPRINPIQEYFKALPAAVLDIPNTHAIRELADCVVVRNSEK
                     WLLYLTKWLVAVVANAMDDRECRNHTCLVLTGEQGRFKTTFLDLLCPPKLQGYSYTGK
                     IYPQEKDTLTYVGQNLIINIDDQLKALNKRDENELKNLITCPMVKYRMPYDKHVEEHP
                     HMASFVASVNGNDFLTDPTGSRRFLPFEVLSIDIDRARAVSMDAVYAEAKWLLQSGYR
                     YWFNDEEIAELYRESEAFQVQTAEMELLLRCFELPTTDSDCSYLTTTEILTYLGAYTR
                     QSLAWEKR"
     CDS             1700..1993
                     /locus_tag="SEQF3106_01381"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYLIITEADWQNLRNEVLSLAECCLKAFGEQSKHADWLHNGDV
                     CRLLGISKRTSQHHRDTSVLPFSQIGHKCYYKREDVERLLCVKSDKTANTTKR"
     CDS             1993..2292
                     /locus_tag="SEQF3106_01382"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAIQDLSMETGEMQVVISALRRVRKRIREVSEKHRPLFSGEHF
                     LTGKEVCDRLYISPRTLQDYRDRKIIPYTQFAGKILYKASDLERILEENYKGGRK"
     CDS             complement(2675..4516)
                     /gene="rep"
                     /locus_tag="SEQF3106_01383"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01920"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent DNA helicase Rep"
                     /translation="MPNNNIDSQVDETLEKCILTTPRKSFFLFAGAGSGKTYSLVLLL
                     KKIRDSIGKDLLLQGKNVAVITYTNAATNEIVNRLDYSPVFYISTIHSFVWDVIKYYQ
                     ADIRQLYCQYIQEEIQELSRKIEGAKSKTTRTYSSNVDKLRNLKHKLEKVQATEKFVY
                     SPNGSNLENNALKHAEVIKISAQMIMDNLTLQRIIAQRYPILLIDESQDTKKELVDAF
                     FRIQENFKEIFTLGLLGDQKQRIYNDGKENMTSLIPPEWEQPVKKMNYRCAKRIIKLA
                     NTIGKDIDIHAEQVSREDAIEGFVRLFVVQQRDGINKNEVEQTVMKSMCDLTKDPKWF
                     GPNADIKILILEHMMAARRLGFEQFFEPLKNVNKYQMTFLQGTVPELEFFTKEVLPIA
                     DSMKEDGRIALEILKSYSPLLSRQNTENPYKLYLRCRKEADKVSNKVNDNHSIREVVK
                     AVCNSQLLTVPEVVRQACALTPDDINDELEEDLHAWVKVMDLPINMVRNYDDYVNQRT
                     RFNTHQGVKGLEFDRVMVIIDDSEAKGFMFSYDKLFGVKERTETDIKHTEAGKESSID
                     RTQRLFYVTCTRAKESLAIVMYTSDSNKVKNQVISKEWFADQEIDLL"
     CDS             complement(4520..6703)
                     /gene="recF_3"
                     /locus_tag="SEQF3106_01384"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00365"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA replication and repair protein RecF"
                     /translation="MNIESVHIRNFRKLKNCHIDFGEKETVFVGANNSGKTSAISAIV
                     WFLKNTERFTLKEFTATNWASIDNLGDKWLAKKTIDEALLDAHNWDDIVPSMDIWINL
                     ADEEQYRVNHLIPSLSTWDGKRVGVRGQYVPKDVTRLYFDYKKAKEKVLALQDTEEWK
                     KASSPDLFPRNLCDFLGKGSNLRDYFDVKYYIIDPVIEPTDKNKVQLTPDNALDKNPL
                     EELIRVDTIIASRDFSDPEGRSDSEIDTLSRQFQKYYSSSNPEEIDLTPGDLELVNGI
                     AKANETYDAKLTRTFETPVKELKNINYPGFQNPEIKIRSKIQIEEAIKHDSAVQFAIQ
                     GMAELALPEKYNGLGYRNLISIYLKLIDFREKWLNASKDVGNIEPIHLVFVEEPEAHL
                     HAQAQQVFVKKAFEALCNNKLIEDSSWLNTQLVLSTHSNHIVNELDLNCMRYFRRVMD
                     VGDKIPVSNVINLSSTFGSSDETKRFVTRYVRLMHCDIFFADAVILVEGPAEKILVPR
                     FLEKAGLESYYISVIEVNGRHAHNFRSLINKIGIPTLIVTDIDAAETIEEDGKAKHKA
                     VITAKGKGYETGNPSIRNWLPGKKLIDDLIALNEDDKTVDNVRIAFQTPIRIKWTQEK
                     EEDTEICPYTFEDALIFSNLELFRRDGLKNMGTITTIANLLKKSSSAKKLQKLIFKKL
                     ESKGGFQKVDFANSLLYREDFCEINAPAYIQEGLEWLKKCLDSKG"
     CDS             complement(7331..7819)
                     /gene="xerC_4"
                     /locus_tag="SEQF3106_01385"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44818"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MFLFSCFTGLAIADMERLKFSHIPTATDGRRYIRKERQKTKVKS
                     VVPLHPITEEILSRCRVGQAVKGKGDVLVFPRGCGRSVMNSKLSTVGLACGVRQRLSF
                     HMARYTFGTLSLSAGIPIESIARMMGHASISSTQIYAQATDKKISEDMDKLIRKKQAA
                     SV"
     CDS             complement(7905..8195)
                     /locus_tag="SEQF3106_01386"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLYCLSLRVYVGTKKGVYSDKLLRAFIQKNGGRDIPFAGITRDL
                     FEGFHFFLEKRGLAASTMKSLLCRLSRLMYRAVDLKVIRCHSFEDVTYEKEE"
     CDS             8203..8970
                     /locus_tag="SEQF3106_01387"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDPNQYNRLFSFIWSIANDVLVQAFTKGDYKKIILPMMVLRRLD
                     ILLEPTHEAVLETKRLFTQAGIPEEAMASKLYTVTGYPFYNISRFTMKALRGETNGSR
                     MKQNFLEYLDGYSKDVQDIIEKFKFKQQVDNLTDAGRLGAIIEKFTDKEINLGIHPTR
                     DKEGQELLPGVDNHTMGTLFEQLLRKFNEENSVTEAGEHFTPRDYVALIAGIAIIPVA
                     DKIQSMPYSIYDGACGTGGILSIAEQRIREVGSPRAW"
     CDS             9002..10306
                     /locus_tag="SEQF3106_01388"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQPETYATCKADLLLSTPGTGEEETDGKKRKKSDLPSFTYVAPG
                     GIIRERFFCGSTISNDGHPGMTFDFCLSNPPFGTPWKEDLRAWGFGEKEKDRIADPRF
                     VGDGGYDKKSSRNFVPDVGDPQMLFLANNLSRMKESELGTRIVEVHNGSSLFTGNAGG
                     GESNLRRYIIENDLLEAIIAMPEKDFYNTGIGTFIWVVTNRKEPRRRGLVQLIDATAI
                     KTPLRKNLGEKNCETNSDDRRRILHLLMDFRETPESKIFPNEEFGYWQIKVDRPLRLR
                     VVPDADLNTGDLNEKQIAECRHAIAAVPADTPLDDWDAYARALGKIKKTLLKKLRPLI
                     THTDPTCRPVAGEADKSLRDTEQVPLSYPGGIEAFMQREVLPYAPDAYVVEEETTVGY
                     ELSFTKYFYKPVALRPLSDIMADLRAIEADTDGLLEEILSGD"
     CDS             10319..11557
                     /locus_tag="SEQF3106_01389"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRYDAYKSTGIPWIPEVPEHWEVDKIRKHFKQRVEMVSDKDYP
                     PLSVTKDGILPQLDTAVKTLYGDKRKLVLQGDYVVNSRSDRKGSCGISPFDGSVSLIN
                     IVMPSMDGEQGYYHLLFRSNDFIEEFYRNGRGIVADLWTTRYQEMKNIEIPFPPLSEQ
                     RAIVAYVERKGRQIDAYIARQAEQIERLKELRQTIISHAVTCGIHPYTRFRPTGIPWI
                     PEVPEHWEVDKIRKHFKQRVETVSDKDYPPLSVTKDGVLPQLDTAVKTLYGDKRKLVL
                     QGDYVVNSRSDRKGSCGISPFDGSVSLINIVMPSMDGEQGYYHLLFRSNDFIEEFYRN
                     GRGIVADLWTTRYQEMKNIEIPFPPLSEQRAIVAYIEKKTAAVDRMINACREQTELMK
                     AYKQRLISDAVTGRIRVPEK"
     CDS             11604..15104
                     /gene="hsdR_2"
                     /locus_tag="SEQF3106_01390"
                     /EC_number="3.1.21.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A801"
                     /codon_start=1
                     /transl_table=11
                     /product="Type-1 restriction enzyme R protein"
                     /translation="MNEKSFEDLLVAHLVEQNGYEAGTSKDYAPEYGFDPTRLEAFLR
                     STQPDTVEKSRIFASDAGRRKFLERVNDELSKRGVVDVLRNGVKHLSNTFDLYAPLPS
                     ALSERGEALYRQNRFSVIRQLHYARANATLSLDVALFINGLPVITLELKNRYTNQETA
                     DAIAQYRSRDARELILAPKRCAVHFAADEESVYMCTKLCGRDSWFLPFNKGVDGGAGN
                     PINPHGLKTAYLWEDVLRKESLSDILEHYAQVIVEKDDATGRKHCRIIWPRWHQLEVV
                     RRLLRQTSQEAVGRRFLIQHSAGSGKSNSITWLAYQLVELIRDGRLLFDSILLVTDRV
                     NLDKQLRNNLRAFTHSDHIVGAATTSGELRRHLENGKKIIITTIHKFSFILSDVGGEL
                     SDKCFAVIIDEAHSSQSGKMSANANRVLSGSPDTPDTSDGEDEINSLIERYMAGRRMA
                     SNANFYAFTATPKNKTLETFGEPFSRPDGETGHRPFHVYSMKQAIEEGFILDVLRSYT
                     TYSSYYLIRKKVADDPEFERTQAMRKLRRFVESRPETVEQKARVMVEHFHQSVAHRIG
                     GRARCMICTIGIERAIDYYHAINRLLGERESPYKAIVAFSGEFDYHGAKLDEARLNGF
                     ASAMIEKTFRQDPYRFLIVADKFQTGYDEPLLHTMYVDKPLHGLQTVQTLSRLNRTCS
                     GKEDTFVLDFVNDYDEVEESFQPFYKSTILSRETDPNKLNDLLATIEGYRIYTPQEVE
                     HFNMLFWGKGKAGRKALEPLLDTMAARFLALDDESRVECKSAIKSFIRSYEFLSTLLP
                     EGSLEWEKKETVLALLIHKLPKLGMDDLTRGLLEAIDFDRYRLVKNEERNIRLQNADT
                     EIEPVPTSTFVGIAEPDMQHLSEIERKFNEAFGSIDWRDEQLARKQTEQIIEQTVQSD
                     TLRNAMLYGDADTANQECDETVRNLMVDMMDTNTELMSTYFKRGDFSELLNNMVREKA
                     WEMINPEYDEADLKQRLSEEFRKDFADFCDGVHFVEFGEVLSIFFSIVNAETIPDLQG
                     LRTILRRTLNCLYRAQHRDEDFRTWYAELVSRFEAFLKKIYWLREGAKMPPCDNGREP
                     ALLDAVKHFPRVAELYTTRNPKYERFRGYYRNVYQWRNNENHAAAEIPAGLLPTALHA
                     AVALYLYTSMVSANELKDLT"
     CDS             complement(15408..15650)
                     /gene="xerC_5"
                     /locus_tag="SEQF3106_01391"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44818"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MNNKLSTVGLACGIRQRLSFHMARHTFGTLSLSAGIPIESIAKM
                     MGHASISSTQIYAQVTDKKISEDMDKLIRKQQAASV"
ORIGIN      
        1 caatcgccat aatcgattgt ttcccaatag tatccatgca aatagaagtc actacgcggc
       61 tgactacatg ttactactac agatttgaag gagcggacag gggaggatct ttcggatttt
      121 gtaggcatac agtggactac cgccgtttcg ccgtcggctg accttgatgt atccgatcct
      181 tttcaacgct tctcccatgc gagcgactgg cgcgtatagg cgccgaggta agtcaggatt
      241 tcagtcgtcg ttaggtaaga acaatcgctg tctgtggtcg gcagctcgaa acagcgcaac
      301 aagagctcca tctccgcagt ctgcacttga aacgcctcac tttcgcggta tagctccgcg
      361 atctcctcat cgttgaacca ataccgatag cccgattgca gcaaccattt tgcctccgca
      421 tagacggcgt ccatcgagac agctctcgcc cgatcgatgt cgatggaaag cacctcgaag
      481 ggcaggaagc gtctgctgcc ggtggggtcg gtgagaaagt cgttgccgtt caccgaggcc
      541 acgaaactcg ccatgtgggg atgctcctcc acgtgcttgt cgtagggcat gcggtacttg
      601 accattgggc aggtgatcag gtttttcagt tcgttttcat cccgtttgtt gagcgccttg
      661 agctggtcgt cgatgttgat aatgaggttc tgcccgacgt aggtcagcgt gtctttttcc
      721 tgcggataga tcttgccggt atagctgtag ccctgcagtt tgggcgggca aagcaggtcg
      781 agaaacgtcg tcttgaatcg cccctgttcg ccggttaaga ccaggcaggt gtggttgcga
      841 cactcgcggt cgtccattgc gttggcaact acagctacaa gccattttgt taggtacagc
      901 agccatttct ctgagttacg gacgacgacg cagtcggcca attcacggat ggcatgtgtg
      961 tttgggatat ctagcacagc agcgggcaag gctttgaaat actcctgtat gggattgatg
     1021 cgcggagaaa aactgctttc gatgatcgag tagaggttgt ccggggacgt cgtgatcccg
     1081 gcctcattgt cgagttcacg gcgcagcgtg ttgatctcat agcgaccgac ttttacgaat
     1141 cggctgtcct cccggccgcg atattccgcc cgtccccaaa cggtgttgta ccggaacgtg
     1201 taatgccggg cgaggtaggc ctcgatctcc ccgttcttcg acgaacggcc gccgctgtcc
     1261 gttattttat cggtgtttat gttgcttcta tctgcctgtt tcttcataat gggcttgaat
     1321 gagttcttga gggtgaaggt gtgataggca tccccagcat ccaagcatgc agtgtattcc
     1381 ggcatgatgt tgcgtccgtt tgctgctggt ttcttcggaa aatagatctt gtatgagaac
     1441 cacttactcc tttgataaaa caaagtggct gtgaaaggga gggagaccgg ggacaattag
     1501 caggctgtta cctgctttcc gttgcggctg ttttccgaat ggacggaagc ggcgtccatg
     1561 ctacaccggc tgttccctta ctgttctatt tgcatccctg ctgttcccga ttgcgctaac
     1621 ggcgtttggc gtgcgattac gtttgccgcc aaaaacagta aaaccctaaa taccaaccag
     1681 aaaactaata cgtgaaacca tgaagtattt gattattaca gaggccgatt ggcagaacct
     1741 gcgtaacgag gtactgagcc ttgcggaatg ttgcttgaag gctttcggag agcaatccaa
     1801 acatgcagat tggctgcata acggagacgt ctgtcgactg ctcggcatca gcaagcgcac
     1861 ctcgcaacac caccgagaca caagcgtgct acccttctca cagatcgggc acaagtgcta
     1921 ttacaagcgg gaggacgtgg agcggttgct ctgcgtgaag tctgacaaaa cggcaaacac
     1981 gacgaagcga tgatggatgc gattcaagat ttgagtatgg agacaggcga gatgcaggtg
     2041 gtcatctccg ccttgcgacg cgtcaggaaa aggattcggg aagtgtccga gaaacaccgg
     2101 ccactcttca gcggcgaaca tttccttaca ggcaaggagg tttgcgatcg actctacatc
     2161 agtccccgca ctttgcagga ttaccgcgat cgaaagatca tcccctacac gcagtttgcc
     2221 ggcaagatcc tctacaaggc ctcagactta gaaaggattc tggaggagaa ttataagggt
     2281 ggcaggaagt agcaaggacg tagagtccca atattgttgg ttataagcac agatttctct
     2341 ccggagagca gttcgcgaca gcaatgacag aacggttagt cgagcttctg ctttgggtag
     2401 atctcataaa acgtttcgcc tcgttataca ggtgcgaaaa agatctgctc atgctcacga
     2461 ttcttcttat cgtgagttcg atctaagaga taaaactctt tgcttttcat tcgtcggcag
     2521 attcccggaa aaaagtttta aaccttgcgg aagtttcgca ggggatcttg acaaaaagag
     2581 cttgcatcga ataaatgtcg aagatgtatg cctctctata attgtgcggc gaaaattcac
     2641 attactcaag atacatactc ctccacctct ttccctaaag tagatctatt tcctgatctg
     2701 caaaccattc tttgcttata acttgattct taactttatt agaatcactt gtatacataa
     2761 caattgcaag tgattctttt gcacgtgtac aggtcacata aaacagcctt tgtgtcctgt
     2821 caattgatga ttctttccca gcctcagtgt gcttaatgtc tgtctcagtt cgttctttca
     2881 cgccgaacaa cttgtcatag ctaaacataa aaccttttgc ctcggaatca tcaataataa
     2941 ccataaccct gtcaaactct aaacctttta cgccctgatg tgtgttaaaa cgcgtgcgtt
     3001 ggtttacata atcatcatag ttcctaacca tattgattgg taaatccatg accttaaccc
     3061 atgcgtgcaa atcctcctcc agttcatcat tgatatcatc aggggtaagt gcacaggctt
     3121 gtcttacaac ctcaggaact gtcagtagtt gagagttgca cacggcttta acaacctcac
     3181 ggatagaatg attatcattg actttattgg agactttatc ggcttctttc ctacaacgta
     3241 gatatagttt atatggattt tccgtatttt gcctactaag caatggcgaa tatgacttta
     3301 atatttcaag agcaatccgg ccatcctctt tcatcgaatc tgctataggc aacacctctt
     3361 tggtgaagaa ttccaattct ggcacagtac cctgcagaaa agtcatctgg tatttgttta
     3421 catttttcaa tggttcaaaa aactgctcaa agcctaatcg ccttgcggcc atcatgtgct
     3481 ccaaaatcag tattttgata tcagcatttg gcccaaacca tttcggatct ttagtaagat
     3541 cacacattga cttcataact gtttgttcaa cctcattctt atttattcca tcgcgttgtt
     3601 gaactacaaa tagtcgaacg aatccttcaa tagcatcttc acgtgaaacc tgttctgcat
     3661 gaatgtctat gtctttaccg attgtattcg ccagcttgat aattcgcttg gcgcaacgat
     3721 agttcatctt tttgactggc tgctcccact ctggaggaat aagactcgtc atgttctcct
     3781 tcccgtcatt atagattcgc tgtttttggt cgccaagaag tccgagcgta aatatctctt
     3841 tgaaattctc ctggattcta aagaaagcat ctacaagttc tttttttgta tcttgactct
     3901 catctatcag aagaattggg tatcgctgtg ctatgattcg ctggagtgtc aaattatcca
     3961 tgatcatttg agcggaaatc ttaattactt cagcatgctt aagcgcatta ttttcaaggt
     4021 tgcttccatt aggactatac acaaactttt ctgtcgcctg tactttttcc agcttatgct
     4081 tcaggttccg caatttgtca acatttgaag aatacgtcct tgtcgttttg ctctttgcac
     4141 cctcaatttt tctactcagc tcttgtattt cttcctgaat atactggcaa taaagttgcc
     4201 ttatgtcagc ttgataatac ttgataacat cccaaacaaa gctatgaatg gtggatatat
     4261 aaaaaaccgg actataatct aaacgattaa caatctcatt tgtagcagca ttcgtatacg
     4321 taattacggc cacattcttg ccttgcaaca ataaatcttt tcctatgctg tcgcgtatct
     4381 tctttaataa aagcaccaaa gagtatgtct ttcctgagcc agcaccagca aatagaaaaa
     4441 aactcttgcg aggtgttgtc aggatacatt tttctaaagt ctcgtcgacc tgcgaatcta
     4501 tattattatt cggcataatc tatccctttg aatccaaaca ttttttcaac cattccaaac
     4561 cttcttgaat ataggctgga gcattaattt cacagaaatc ctccctatac aagagggagt
     4621 ttgcaaaatc tactttttga aacccacctt tactttctag tttcttaaaa attaatttct
     4681 gtaatttctt agcagaagag cttttcttta atagattggc aatcgtagta atggtaccca
     4741 tattctttag tccatctcgc ctaaacagct ctaggttgga aaagatcaaa gcatcttcaa
     4801 acgtataggg gcatatctct gtgtcttctt ccttttcttg agtccacttt atcctgattg
     4861 gggtctgaaa ggcaattctg acattgtcta cggtcttatc atcctcatta agtgcaatga
     4921 gatcatcaat cagtttctta cctggcaacc aatttcgtat cgacggattg cctgtctcat
     4981 accctttccc tttggctgta attacagcct tatgctttgc ttttccatct tcctcaatag
     5041 tttccgcggc atctatgtct gtcactatta aagtaggaat tcctattttg tttatcaagc
     5101 tacggaaatt atgggcatga cggccattta cttcgatgac agaaatgtaa tacgactcaa
     5161 gtccagcttt ttctaggaat cttgggacaa ggatcttttc tgctggtcct tcaaccaata
     5221 tcactgcatc agcgaaaaat atgtcacaat gcatcaaacg aacatatctt gttacaaatc
     5281 gcttagtttc gtcactagaa ccgaaggtgc ttgacaggtt tataacattt gaaacaggaa
     5341 tcttatcacc aacgtccatc actcgtctga agtagcgcat acagttcaaa tcaagctcgt
     5401 taacaatatg attagagtgt gtgcttagta caagctgagt attaagccat gaactgtcct
     5461 cgataagttt gttattacat agggcttcaa acgctttctt tacaaacact tgctgtgctt
     5521 gtgcatgaag atgtgcttct ggctcttcca caaacaccaa atggatcggc tctatattgc
     5581 ctacatcttt tgacgcattt aaccacttct ctctgaagtc tattagcttc agataaatag
     5641 aaatcaggtt tcggtagcct aatccattgt atttttccgg taaagctaat tctgccattc
     5701 cttgaatagc aaactgcacc gcagagtcat gtttaatggc ttcctctatt tgaatcttgc
     5761 ttcgtatctt tatctctgga ttttggaatc ctggatagtt gatattcttc aattctttaa
     5821 ccggcgtctc aaaagtccta gtcagtttgg cgtcgtatgt ttcgtttgct ttggcaattc
     5881 cgtttaccaa ttctaaatcg cctggagtca aatctatttc ctctggattt gagcttgaat
     5941 aatacttctg gaattgtctt gataaggtgt ctatctcact gtccgatcgg ccttcaggat
     6001 cagagaagtc tcttgaggct ataatcgtgt ctactcttat tagttcttcc agcggattct
     6061 tgtcgagcgc attatccgga gtgagctgaa ctttattttt atcagttggc tctataacag
     6121 ggtcaataat atagtatttt acatcgaagt agtctctgag atttgagcct ttacccaaga
     6181 agtcacatag attccttgga aacaaatctg gcgaagacgc tttcttccat tcttcagtat
     6241 cttgcagggc aagaactttc tcttttgcct ttttgtagtc gaaatataac ctagttacat
     6301 ccttagggac atattgtcca cggacgccga ctcttttgcc atcccacgta ctaagcgatg
     6361 gaattaagtg attgaccctg tattgctctt catctgcaag gttaatccaa atatccatcg
     6421 aaggcacaat atcgtcccaa ttatgagcat ccaataatgc ttcatctata gtcttttttg
     6481 ctaaccattt atcgccaagg ttgtcaatcg atgcccagtt ggtagcagta aattccttca
     6541 gagtaaatct ctctgtgttt ttcaagaacc aaacgatggc acttatagca gaagtttttc
     6601 cgctattgtt tgcaccaacg aacacggttt ccttctcacc aaaatctata tggcaattct
     6661 ttagcttgcg gaaatttcta atatgtactg attctatatt catattttac agatatgcaa
     6721 tcgtataagt tgataaaaaa acacctctcc tctgcaagcc cgaaagtata tcgtatggtc
     6781 gttttgatcc attgtgcaag cattccgatt tcgagcgagt attcacaacg tcacaccgct
     6841 cccaaccagc ttcctccaag ataaaaagac attacgagct gtgcagaatg ctacattatc
     6901 cataaaggcg gatcggcctt cattatataa attctcacct tcgagctgca aacttgtcgt
     6961 tagtatactt gagaaagatg agactcgatt ccacatattt ttatattcca aagtttctac
     7021 ggctccacga agcttattgg cactatcccc aagtgtctct tctattgtct tacttatggt
     7081 tatcttgttt tgtcgtttag tcataaatgg aatcgtctat cgggcatgag cagtcttgct
     7141 ttccctcctt ggtgcaaaga tacggcacag ccgtgagatt ggagtagaat gcatgacttc
     7201 ttgactacac ctgactacac cccaatctct cttctttcac cgcattcccc ctgttgtagt
     7261 catgtagtaa gatctattcg atgaaaggga aaagacatac cgcttcacgt tggggcggtc
     7321 agcccgagaa tcacactgaa gccgcttgtt tctttcggat cagcttgtcc atgtcctccg
     7381 agatcttttt gtccgttgcc tgtgcataga tctgtgtgct ggagatagag gcatgtccca
     7441 tcatcctggc gatgctttct atcgggatgc ctgcgctgag cgacagggtt ccgaacgtgt
     7501 agcgcgccat atggaaagac agtcgctgcc tgacgccaca cgccagtccc acagtactca
     7561 gtttgctatt catcacactg cggccgcaac cgcgtgggaa gacaaggacg tcaccttttc
     7621 ctttcacggc ctgccccact cggcatctgc taaggatctc ctccgtaatc ggatgtaatg
     7681 gcacaacaga cttcactttc gtcttctgcc gttccttgcg gatatatctc ctaccatcgg
     7741 tagctgttgg gatatgcgag aacttcaggc gttccatatc tgcaatggcc aagcccgtga
     7801 agcaggagaa gaggaacatc taccgggtct gctctgtgcc cctatcgttc actttcagtg
     7861 ccatgagttt ggccacatcg ctcttttgca agaagcgaat tttttcattc ctccttttcg
     7921 taggtaacat cctcaaaaga atgacagcgg atgactttca agtccaccgc acgatacatc
     7981 aaccgactaa gccggcagag gaggcttttc atggtcgatg ccgccaaacc acgcttttcg
     8041 aggaaaaagt ggaagccttc aaacagatct ctcgtaatgc cagcgaaagg gatgtcccgc
     8101 cctccgtttt tttgaatgaa cgcccgaagc agcttgtccg aatagacgcc tttctttgtg
     8161 cccacataaa ctctcaaaga cagacagtac aacatacccg taatggatcc caatcaatac
     8221 aacaggttat tctccttcat atggagcatt gccaacgacg tcttggtgca ggcctttacc
     8281 aaaggcgact ataagaagat tatcctgccc atgatggtac ttcgccggct cgacatcctg
     8341 ctcgagccca ctcacgaggc cgtattagag accaaacgcc tcttcactca agctggcata
     8401 cctgaagagg cgatggcttc aaagctctac accgtcactg gctacccctt ctacaacatc
     8461 tcgcgcttca ccatgaaggc gcttcgcgga gagacgaatg gatcacgcat gaagcaaaac
     8521 ttcctggagt acctcgatgg atactccaaa gacgtacagg acatcatcga aaaattcaag
     8581 ttcaaacagc aggtggacaa cctcaccgac gccggccggc tgggcgccat catcgaaaaa
     8641 ttcaccgata aagagatcaa cctcggcatt catcccaccc gcgacaagga ggggcaagag
     8701 ctcctacccg gcgtcgacaa ccacaccatg ggcaccctct tcgagcagct gttgcgcaag
     8761 ttcaacgagg aaaacagcgt caccgaggcc ggggagcact tcacgccccg cgactacgta
     8821 gccctcattg ccggcatcgc catcatacca gtggcagata agatccagtc catgccctac
     8881 agcatctacg acggtgcctg cggcacaggc ggcatcctct ccatcgctga gcaacgcatt
     8941 cgcgaggtag gtagcccgag agcgtggtaa gcaggtcaag atcaacctct acgggcagga
     9001 aatgcagccc gagacctacg ccacctgcaa ggccgaccta ctgctctcca cacccggaac
     9061 tggcgaggag gaaacggacg gaaaaaaaag gaagaagagc gacctcccct ccttcaccta
     9121 cgtcgccccc ggcggcatca ttcgcgaacg attcttctgc ggatccacca tcagcaacga
     9181 tggacaccct ggcatgacct tcgacttctg cctctccaat ccccccttcg gcacaccttg
     9241 gaaagaggat ctccgcgcct ggggattcgg cgaaaaggag aaggaccgca tcgccgaccc
     9301 ccgctttgtc ggcgacggag ggtatgacaa gaagagctcc cgcaacttcg tccccgacgt
     9361 gggcgacccc caaatgctct tcctggccaa caacctctcc cgcatgaagg aaagcgagct
     9421 gggcacacgc atcgtggagg tgcacaacgg ctcgagcctc ttcaccggca acgctggcgg
     9481 cggagagagt aacttgcgcc gatacatcat cgagaacgac ctcctggaag ccatcattgc
     9541 aatgcccgaa aaggacttct ataacaccgg tatcggtacc ttcatatggg tcgtcaccaa
     9601 ccgcaaggag ccccgacgcc gcggcctggt gcaactcatc gatgccaccg ccatcaagac
     9661 gcccctgcgc aaaaacctcg gtgagaaaaa ctgcgaaacc aactccgacg accgccgacg
     9721 tatcctccac ttgctcatgg acttccggga gacacccgag agcaagatct ttcccaacga
     9781 agagtttggc tattggcaga tcaaggtgga ccgccccctg cgcctacgag tcgtccccga
     9841 cgccgacctc aacaccggcg acctcaacga gaagcaaatc gccgagtgcc gacacgctat
     9901 cgcagccgta cccgccgaca cgcccctcga cgactgggac gcctacgctc gcgccctagg
     9961 caagattaaa aagacgctgc tcaagaagct ccgccccctc atcacccaca ccgaccccac
    10021 ctgccgcccc gtggccggag aggccgataa gagcctgcgt gacaccgagc aggtgcccct
    10081 cagttacccc ggaggaatag aggcctttat gcaacgcgaa gtcctgccct acgcccccga
    10141 cgcttacgtg gtggaggagg aaacgacggt gggctacgaa ctctctttca ccaaatactt
    10201 ctacaagccc gtcgccctcc gccccctgag cgacatcatg gccgatctac gcgccataga
    10261 agccgatacg gacggcttgc tggaagaaat actatccggc gactaatcct tcggcacgat
    10321 gaaacgatac gatgcataca aatccaccgg catcccctgg atccctgagg taccggaaca
    10381 ctgggaggtg gataaaatac ggaagcactt caaacaacgt gttgaaatgg tttcggataa
    10441 agattaccct cccttgtctg ttacaaaaga tgggatcttg ccgcaattag acacagccgt
    10501 caaaactctt tatggagaca agcggaaact ggttcttcaa ggcgattatg tcgtcaattc
    10561 aagaagcgat agaaaaggct cttgcggcat ttctccgttt gatggctccg tgtcactcat
    10621 aaacatagtg atgccttcta tggatggtga gcaaggatat taccatcttc tctttcgcag
    10681 caatgatttc atagaggaat tctatcgaaa tggacgtggc atagtcgctg atctttggac
    10741 gactcggtat caggaaatga aaaatattga gatccccttc ccccccctat ccgagcagcg
    10801 cgccattgtg gcgtatgtag agcggaaggg ccggcagatc gacgcttata tcgcccgtca
    10861 ggccgagcag atagagcgcc tcaaagagct gcggcagacc attatctccc atgccgtcac
    10921 atgcggcatc catccctaca cccgcttccg ccccaccggc atcccctgga tccccgaggt
    10981 gccggagcac tgggaggtgg ataaaatacg gaagcacttc aaacaacgcg ttgaaacggt
    11041 ttcggataaa gattaccctc ccttatctgt tacaaaagat ggagtcttgc cgcaattaga
    11101 cacagccgtc aaaactcttt atggagacaa gcggaaactg gttcttcaag gcgattatgt
    11161 cgtcaattca agaagcgata gaaaaggctc ttgcggcatt tctccgtttg atggctccgt
    11221 gtcactcata aacatagtga tgccttctat ggatggtgag caaggatatt accatcttct
    11281 ctttcgcagc aatgatttca tagaggaatt ctatcgaaat ggacgtggca tagtcgctga
    11341 tctttggacg actcggtatc aggaaatgaa aaatattgag atccccttcc ctcccctttc
    11401 cgagcagcgc gccattgtag cgtatattga aaagaagacg gctgccgtag accgcatgat
    11461 caacgcctgc cgcgagcaga cggagctgat gaaagcctac aagcaacgcc taatcagcga
    11521 cgccgtaacc ggacgcatcc gagtccccga gaaataaaca atcacccact tataaccccc
    11581 acattccttt tatgccaacc tcaatgaatg agaagtcctt cgaagacctc cttgtggctc
    11641 acctcgtcga gcagaacggc tacgaagccg gcacctccaa agattacgct cccgaatatg
    11701 gcttcgaccc cacacgcctc gaagccttcc ttcgcagcac gcagcctgac accgtcgaga
    11761 agtcacgcat cttcgcctcc gacgccggcc ggcgcaagtt cctcgaacgg gtcaacgacg
    11821 agctttccaa gcgcggcgtg gtggacgtct tgcgcaacgg cgttaagcac ctcagcaaca
    11881 cctttgacct ttacgccccc ctaccttccg ccctgagcga acgcggagaa gccctctacc
    11941 gacagaaccg cttcagcgtc attcgccaac tccactacgc ccgcgccaac gccaccctct
    12001 cgctcgacgt agccctcttc atcaacggcc tgcccgtgat caccctcgag ctaaaaaacc
    12061 gatacaccaa ccaagaaacc gccgacgcca tcgcccaata ccgcagccgc gacgcccgcg
    12121 agctgatcct cgcacccaaa cgctgcgccg tgcacttcgc cgccgatgag gagtccgtct
    12181 acatgtgcac caagctctgc ggacgcgaca gctggttctt gcccttcaac aagggcgtag
    12241 acggcggcgc cggcaatccc atcaatcccc acggcctgaa gacggcctac ctctgggagg
    12301 acgtactgcg caaagagagc ctaagcgata tactcgagca ctatgcgcaa gtgatcgtag
    12361 agaaagacga cgctaccggc cgcaagcact gccgcatcat ctggccccgc tggcaccagc
    12421 tggaagttgt ccgccggctg ctccggcaga caagccaaga agccgtcggc cggcgcttcc
    12481 tcatccagca ctccgccgga tcgggcaagt caaacagcat cacctggctg gcctatcagc
    12541 tggtggagct gattcgcgac ggccggctgc tcttcgacag catcctcctc gtcaccgacc
    12601 gcgtcaatct cgacaagcag ctgcgcaata acctccgcgc ctttacccac agcgatcaca
    12661 tcgtaggcgc ggccaccacc agtggtgagc tgcgcagaca cctcgagaac ggcaagaaga
    12721 tcatcatcac caccatccat aaattctcct tcatcctctc cgacgtgggc ggcgagctga
    12781 gcgataagtg cttcgccgtc atcatcgatg aggcccattc cagccaaagc ggtaagatga
    12841 gcgccaatgc caaccgggtg ctcagcggct ctcccgacac ccccgacact tccgacggcg
    12901 aggacgaaat aaacagcctc atcgagcgct acatggccgg ccggcgcatg gcctccaatg
    12961 ccaacttcta cgcctttacg gccacgccca agaacaagac gctcgagacc ttcggcgaac
    13021 ccttctcccg ccccgatggc gagacgggcc atcgcccctt ccacgtctac tctatgaagc
    13081 aggccatcga ggagggcttc atccttgacg tgcttcgtag ttacaccacc tacagcagct
    13141 attacttgat ccgcaaaaag gtggctgacg accccgaatt tgagcgcact caagccatgc
    13201 ggaagttgcg tcgctttgtg gagagccggc cggagacggt ggagcagaag gcgcgcgtca
    13261 tggtggagca cttccaccag tcggtggccc accgcatcgg cggccgcgcc cgctgcatga
    13321 tctgcaccat cggcatcgag cgcgccatcg attactatca cgcgatcaac cgcctgctcg
    13381 gcgagcggga atcgccctac aaagccatcg tggccttcag cggggagttt gactatcacg
    13441 gagcgaagct ggacgaggca cgcctgaacg gattcgcttc ggctatgatc gaaaagacct
    13501 tccgccaaga tccgtaccgc ttcctcatcg tggccgacaa gttccaaaca ggttacgacg
    13561 agccgctact gcacaccatg tacgtcgaca agcccctaca tggattgcaa actgtccaaa
    13621 ccctctcgcg cctgaaccgc acctgctcgg ggaaggaaga caccttcgta cttgacttcg
    13681 ttaatgacta cgacgaggtg gaagagagct tccaaccctt ctataagtcg accatcctca
    13741 gccgggagac ggatccgaac aagctcaacg acctgctggc taccatcgag ggctaccgga
    13801 tctacacccc tcaggaggta gagcacttca acatgctctt ttggggcaaa ggcaaagccg
    13861 gacgcaaagc tctcgaacca ctgctcgaca cgatggcggc tcgcttcctc gcccttgacg
    13921 acgagagtcg ggtggagtgc aagagcgcca tcaagtcctt tatccgctcc tatgaattcc
    13981 tctctacact cctccccgag ggtagtctgg aatgggagaa gaaggagacg gtactggccc
    14041 tgcttatcca taagttaccc aagctgggca tggatgacct gacccgcgga ctgctcgaag
    14101 ccatcgactt cgaccgctac cgcctggtta agaatgagga gcgaaacatt cgcctgcaaa
    14161 acgccgacac cgagatagaa cccgtgccca cgtccacctt cgtcggcatc gctgaaccgg
    14221 acatgcagca cctcagcgag atcgaacgga aattcaacga ggccttcgga tccatcgatt
    14281 ggcgagacga acagctggct cgaaagcaga cggagcagat tatcgaacag accgtccaaa
    14341 gcgacacctt acgcaacgcc atgctctatg gcgatgccga cacggccaac caagaatgcg
    14401 acgaaacggt gcgaaacctg atggtagaca tgatggacac aaacaccgaa ctgatgtcta
    14461 cctacttcaa gcggggtgat ttctcggagc ttctcaacaa catggtgcgc gaaaaggcgt
    14521 gggagatgat caatccggaa tacgatgaag ctgaccttaa acagcggctc agcgaagagt
    14581 tccggaaaga cttcgccgac ttctgtgatg gggtgcactt cgtggagttc ggcgaggtgc
    14641 tcagcatctt cttcagcatt gtcaacgcgg agaccatccc cgacttgcag gggctgcgga
    14701 cgatcctgcg ccgcacgctc aattgtctct atcgtgccca acaccgtgac gaggatttcc
    14761 gcacctggta tgccgaactg gtcagccgct tcgaggcatt cctgaagaag atttactggc
    14821 tccgggaggg cgccaagatg ccgccgtgtg acaatggccg tgagccagct ctgctcgatg
    14881 ccgtcaagca ctttcctcgc gtggccgaac tctacaccac gcgcaacccg aagtacgagc
    14941 gcttccgggg ctactatcgc aacgtctacc agtggcgcaa caacgaaaat cacgccgccg
    15001 ccgagatacc ggccggcttg ttgcctaccg ccctgcatgc tgccgtggcg ctctatctct
    15061 acacctctat ggtctcagcc aacgagctga aagacctcac ataaccctgg tttaacgcga
    15121 gttcgatgta agagtggagt acccgcgagg tccgaagcgt ttgcgcaggc tgcgcaagat
    15181 cacttgataa gagggtgctt acatcgaact cacgttaatt agagatctct aagcggaaga
    15241 gcgatgaaag aagaagatgc atgtagtcta ttcgtagtaa tggtgcatac acctttccaa
    15301 ctacacccct atcccgcttc tttcaccgca ttatctctgt tgtagtcatg tagtaagata
    15361 gaatcagtga aagggaaaaa agacctgtta ggacggccgt caggggatta cactgaagcc
    15421 gcttgttgct tccggatcag tttgtccatg tcttctgaga tctttttgtc cgtcacttgc
    15481 gcatagatct gcgtgctgga tatggacgcg tgccccatca tcttggcgat gctctctatc
    15541 ggaatgccgg cgctgagtga caacgtcccg aacgtgtggc gcgccatatg gaatgacagg
    15601 cgttgtctga taccacatgc caaccccacg gtgcttagtt tgttattcat cgtactgcgg
    15661 ctgcaaccac gtgggaagac aaggtcgtcg cctttctctt tcaccgtttg ttcct
//
LOCUS       SEQF3106|MIQD01000047.115111 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..15111
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(370..507)
                     /locus_tag="SEQF3106_01392"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPMHLTYKHLHYLLRLTLIPPRINKASDDKGLAEAPLPSDALL
                     T"
     CDS             complement(504..1625)
                     /gene="ybhR"
                     /locus_tag="SEQF3106_01393"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AFP9"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane transport permease YbhR"
                     /translation="MRTLCYLLRKEFIRIFRNKTLLPMIFSMPIVQLLILPWAADYEI
                     KHLDIAIVDTDHSAASRRLTDKLTSSGYFRLTARPATFDGALSLVESDRADLVLEIPR
                     DFERDLTSGRGGRLFIAVNAINGVKASLGSAYLARIVAAFATDLRLDRRPDARLSPAP
                     TIETVPIRRFNPAMNYRFFMVPAILTLLVTMIATYLCALNLVSEKETGTIEQMNVTPI
                     GKYVFLLSKMLPFLLVGVFIFSVGLFLIARPLYGIVPVGNIGLLYAYLVLYLTAMLGL
                     GLLISTYCETQQQVMFITFFFMTIFILMSGLFTPVESMPAWARAISRSNPVTYFMEAC
                     RMIILKGSGWRDVRSHMAITVGFALVLHTWAALNYRKTT"
     CDS             complement(1720..2832)
                     /gene="rbbA"
                     /locus_tag="SEQF3106_01394"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37624"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome-associated ATPase"
                     /translation="MSQFLIFVRKEFLHMFRDVRTLMILFVLPLVLVMLLGFALTNEI
                     KDARIVVCDYARDEASRHLIGQLAANRNFIVEEALMSHTEIDNQFRRGRVKLAIIFPA
                     GFRDRLLHVHHAELQIVADASDPNTADLLTGYVESTVRSYTASLQAERSPTAAPTIDL
                     NVRALYNPELRAAVNFVPGVIAFVLMLISVMMTSVSIVREKEYGTMEVLLVSPVSPML
                     FILAKLVPYLLLSLVNLGVILTLSATVLGVPVQGSVSLLVAESLLFILTALSLGLLIS
                     GSARTQQAAILTSLIGLMVPTMLFTGFVFPIENMPLPLRLLADIVPSRWFYVIVKDVM
                     IKGAGITAVWRETLILAATTLVLLFLGYKKFNLRLT"
     CDS             complement(3217..3963)
                     /gene="ybhF_1"
                     /locus_tag="SEQF3106_01395"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9U1"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein
                     YbhF"
                     /translation="MTEETVIQVESLTKRFGAFTAVDAISFSVRRGEIFGFLGANGAG
                     KTTAMRMLCGLLSPTEGRATVAGFDVYHEADRIKRHIGYMSQRFSLYEDMTVAENIRL
                     FGGIYGLSRKEIRERGAELVDRLELRAEVHHRVGALPTGWKQKLAFSVAVIHRPRIVF
                     LDEPTGGVDPITRRRFWDLILQAAEAGITVFVTTHYMDEAEYCDRISMMVDGRIEALD
                     SPEALKQRYAADTMDDVFLRLARKAKRSGD"
     CDS             complement(4015..4926)
                     /gene="ybhF_2"
                     /locus_tag="SEQF3106_01396"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9U1"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein
                     YbhF"
                     /translation="MAAMITAEQISKRYGEVQALAAVSIEVHEGELYGLIGPDGAGKT
                     TLFRILTTLLPPDEGRATVAGMDIAADYRAIRAAVGYMPGRFSLYQDLTVEENLRFFA
                     TLFGTRLEDNYDLVRDIYVQIEPFRRRRAGRLSGGMKQKLALCCALIHRPRVLFLDEP
                     TTGVDVVSRHEFWDMLAGLRRQGITLLVSTPYMDEAVRCDRIALIQTGRILSVDTPAG
                     IVRRYPDALFALRAVDMRRLTEAVRRLPEVKSSFAFGRVLHVSFNKDDAEAPRRTLAA
                     LAEADCQGVEMTPIEPGIEDCFIRYMM"
     CDS             complement(4936..5850)
                     /locus_tag="SEQF3106_01397"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNKRRILSLPAIAALLLAGACKSEQTFDASGAFEAEETVISSQ
                     AQGVILRLDVEEGDVLDSGAEVGCVDTIDLSLTRQQLLARIEALTARKPETAVQLAAL
                     QEQLATAEHERDRLAHLVAGDAATPKQLDDATAQVAVLQRQIAAQRSTLRTSTDGLDK
                     EARALAVQVEQTDDRLRRCHIVNPVRGTVLTKYARANEVTAPGQPLYRIADLSHMTLR
                     VYISGRQLPEVRIGKRVSVYTDAGAKGSDMHRAEGTVTWISDRAEFTPKTIQTRDERA
                     DLVYAVKVRVPNPDGRYKMGMYGEITFD"
     CDS             complement(5911..7206)
                     /locus_tag="SEQF3106_01398"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHTLYIYATRRLWAAALLLLCLPRLTAQEAVQALSLDSCHAWAQ
                     RGHPTAGRYALTDQSEADAASNAAKGALPQLMMAGQATLQSATTRIPFTLPGIDLPEI
                     AKDQYRLYAEAVQPLTDLLTVRDKVRLAHADAAAERSRVDVEMHSLKARVNSLFFGIL
                     ALDEQARLAASLCDDLRAGIGRADTAAAHGVALRSAGDALRAELLGAEQRIAELQATR
                     RTYVATLALLIGRKLTDDVRLDRPAEPSAIGTEEIRRPELRLFESQKAVLGVRRRLLT
                     DANLPHVSLFVQGGYGRPALNMLDNDFKPYALGGIRLSWNIAGLYTYRKQRRLLDVNA
                     RTLDVQRDAFLLETRMTLTRQQAEMEKLRQLVTSDAEIIRLRERVKESARNQLQFGTA
                     TANDYIQYVNAEHRARLSMALHELQLLWEAYNHRTTLGE"
     CDS             complement(7206..7823)
                     /gene="fadR"
                     /locus_tag="SEQF3106_01399"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P94548"
                     /codon_start=1
                     /transl_table=11
                     /product="Fatty acid metabolism regulator protein"
                     /translation="MKTEKQNIEQTILEAAERLFLAQGFMKTTTAQIAREAGCNSAMV
                     HYYYRTKEQLFERIYGEKVGLVIENLSSVSGSQGTLEERIGRLIDVYFDFLSRNPRLP
                     AFLLYEARQSSTVSEHINNRLREALQSIVAPIDKDLQTAIAEGRIRPIAAIDLFMTVL
                     TLCIGSFLIIPVFRDVWDLTDAQFADLMRRRREEIQATVLSRIKP"
     CDS             complement(8468..10129)
                     /gene="acsA"
                     /locus_tag="SEQF3106_01400"
                     /EC_number="6.2.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39062"
                     /codon_start=1
                     /transl_table=11
                     /product="Acetyl-coenzyme A synthetase"
                     /translation="MVERFLTQTTFASQEDFKHNFHIRVPENFNYGYDVVDAWAAEEP
                     TRRALCWTNDRGEHIDFTFAQIKEQTDRTASYFQSLGIGRGDKVMLILKRRYEFWFSI
                     IALHKLGAIAIPATHLLTKKDIVYRANAADIKAVVCAGESEILRHVTDALPESPTLRT
                     LVSVGPEVAPGFDDFQQGIAQAAPFVRPAFVNTNDDTSLMYFTSGTSGEPKMVIHDFR
                     YPLGHIATGCFWHNLHPGSLHLTIADTGWGKAVWGKLYGQWIAGATVFVYDHDKFVPA
                     DILRMIHDYHITSLCAPPTIFRFLIREDLTRYDLSSLQYCTIAGEALNPAVYDTFHRL
                     TGIRLMEGFGQTETTLTICTFPWTTPKPGSMGLPNPQYDIDLLRPDGSRAEDGEQGQI
                     VVRTDHGRPVGLFQGYYRDPERTREAWHDGVYYTGDIAWRDEDGYYWYVGRADDVIKS
                     SGYRIGPFEVESALMTHPAVVECAITGVPDEIRGQVVKATIVLASDYRSRANDELVRE
                     IQNHVKRVTAPYKYPRIIEFVDALPKTISGKIRRVEIRQKDNRGR"
     CDS             complement(10359..10916)
                     /locus_tag="SEQF3106_01401"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEAIKQIAERLRGLRDVLEIPVEEMAATCHLTPEEYLSIEGGT
                     EDISIDMLHTIARKYGVEPITLMFGDEPKMSAYFVTRCGRGASVERTKAYKYQSLAAG
                     FLSRRADPFMVTVHPKPEGTPIYLNRHAGQEFNYVVSGRMMLLINGKELILEAGDSVY
                     FNSDLPHGMKALDDEAVRFLAIIIA"
     CDS             complement(10937..11509)
                     /locus_tag="SEQF3106_01402"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKKILSVSGKPGLYKLVSQGKSMLVVETLADSRRLPIYAREKV
                     TSLGDIAIYTTGDEVPLYKVLNSVKEKEAAHPASIDPAHATPDELRAYMAEVLPDYDR
                     DRVYPTDIKRLLSWYNLLIGAGLTDFDPQPADNADDDDNDEPTLEDNNASPKASNARP
                     PVVKNTAMHTTASAAAKTPVGKSTQRMRQK"
     CDS             complement(11565..12158)
                     /gene="coaE"
                     /locus_tag="SEQF3106_01403"
                     /EC_number="2.7.1.24"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P63831"
                     /codon_start=1
                     /transl_table=11
                     /product="Dephospho-CoA kinase"
                     /translation="MITIGITGGMGSGKSIVAALLKVYGIPVYDADSESKRLLLTSPT
                     IRRGLTDLLGADIYSPDGTTLRRARMASLIFAEPNLLARVNAIIHPEVGRDFDAWRAR
                     LTTSVCAMESAILFESGFDRRADLRLMVYAPEAIRLQRVMARDNATEAAARQRMQRQW
                     PDERKIALSDAVITNDGQAALIPQVEAFLKAYACAPL"
     CDS             complement(12159..13166)
                     /locus_tag="SEQF3106_01404"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPTHGAPNPFQTQIRQVIAFFRRKGWREVLTFMFCVVCSLGLWY
                     LQALQDDYEIEITIPVKYRNVPNNMAIIANNPQEIVAKVRDKGTLLINYLWMGSFSPI
                     EIDVSKLPHEADGKDLSVSRRMIETGIMKHLAASTQLINFDPSTIRVVCVEQGSREVP
                     VEVDLKLETETGFQLSDRITITPAKVRVYADRTRLDSISSVRTIPIRLTGISRTKTLT
                     ARLAEIPGMRFDPQTVRVTVPVEEFTEKRLTLPIRCDSVPEGYALRMFPNTVEAVCNV
                     PLSHFKELSDGDLEILIPFREFESRHAEGKITLRLTKKPDWLTDYDLNPDAIEFILEE
                     Q"
     CDS             complement(13197..13535)
                     /locus_tag="SEQF3106_01405"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLISVILQASGAAPAAKGQSGYMNILFLVALVAIFYFMMLRPQ
                     QQRQKAIRKAREAMKPGDKVVTSGGIHGKIKELGEQTMLIEVSDGVRLRIDKNAVFAS
                     SADVQQQQQR"
     CDS             complement(13593..14534)
                     /gene="nusB"
                     /locus_tag="SEQF3106_01406"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X286"
                     /codon_start=1
                     /transl_table=11
                     /product="N utilization substance protein B"
                     /translation="MINRVLIRIKVLQILFAYQQNGSNDLKLAENELLLSLRRSYDLY
                     YYFLLLIVEVTHLQEQRLDRRRHRYRPTEEDLNPNMRLVNNRLARQIEANLTLQAYVK
                     EHGISWANETDFVKSVLDLILASEIYTDYCHSSDTYEADRTFWRNAFRHLICGNETLE
                     DALEDISIYWNDDIDIIETFVIKTIKQFTEGNGPDHPLLPMFKDNEDRDFAIRLLRLT
                     MEHGPEYLARIDRHLRNWETDRVANMDRIIMQMALAELLNFPTIPVNVTLNEYIDAAK
                     YYSTPKSGTFINGILDSVVQELKGENKLIKVPFTTNE"
ORIGIN      
        1 ataaagtcgg tggtatgtct acggaagtcc gcaacggtta aaacggggaa tttgaggttt
       61 gcggggtgcc ccgcaaacgc caaaactgag aatttgatgc ttgcggggcg ccccgcaaac
      121 gccaaaactg agaatttgat gcttgcgggg caccccgcaa acgccaaaac tgagaatttg
      181 atgcttgcgg gactcccgca aacgccaaaa ctgagaattt gatgcttgcg gggtgccccg
      241 caaacgccaa aactgggaat ttgatgcttg cggggcgccc cgcaagcatt cccaaaaacg
      301 ttttagccgc ccgagcgctc taacaaaggc atgttgtagg acgtaaggaa cctcattctt
      361 acgtcgaact cacgttaata aagcatccga tggcaaagga gcctctgcca gccctttgtc
      421 gtcggatgct ttgtttatgc ggggggggat gagtgttagg cgtaacaggt aatgtaggtg
      481 tttataggta aggtgcatgg gcttcatgtc gtcttccggt aattgagcgc tgcccaggtg
      541 tggaggacga gggcaaagcc gacggtgatg gccatgtggc tgcggacgtc gcgccagccg
      601 ctgcccttga ggatgatcat gcggcaagcc tccatgaagt acgtcaccgg gttggagcgc
      661 gagatggcgc gcgcccaggc aggcatgctc tccacgggcg tgaagaggcc gctcatcagt
      721 atgaagatgg tcatgaagaa gaaggtgatg aacatcactt gctgctgcgt ctcgcagtag
      781 gtggagatga gcaggcccag cccaagcatg gccgtgaggt agagcacgag gtaggcgtag
      841 agcaggccga tgttgcccac gggtacgatg ccgtagagcg ggcgggcgat gaggaagagg
      901 ccgacgctga agatgaagac gccgaccaga aggaagggga gcatcttgga gagcaggaag
      961 acgtatttgc cgatgggcgt gacgttcatc tgctcgatcg tgcccgtctc cttctcgctg
     1021 acgaggttta gggcgcagag gtaggtggcg atcatcgtca ctaagagggt caggatggcg
     1081 ggcaccatga agaagcggta gttcatggcc gggttgaagc ggcggatggg caccgtctcg
     1141 atcgttgggg cgggggagag gcgggcgtcg ggccgccggt cgaggcggag gtcggtagca
     1201 aaggctgcta cgatgcgcgc taagtaggca ctgccgaggc tggccttgac gccgttgatg
     1261 gcgttgactg caatgaagag gcgtccgcca cggccggagg tcaggtcgcg ctcgaagtcg
     1321 cggggaatct ccaagacgag gtcggcgcgg tcgctctcca caagcgatag ggcgccgtcg
     1381 aaggtggcgg gccgggcggt gaggcggaag taacccgagg aggtcagctt gtcggtcagg
     1441 cggcgcgagg cggcggagtg gtcggtgtcg acgatggcga tgtcaaggtg cttgatctcg
     1501 tagtccgctg cccaggggag tatcaacagc tggacgatgg gcatggagaa gatcatgggc
     1561 aggagggtct tgttgcggaa aatgcggatg aactccttgc ggagcaggta gcagagggtg
     1621 cgcatgagtg gatgaattat taatggtcaa tgactaatga tgaggcggtg ccattctcca
     1681 tgtctccggg gtaatcattg ataattaatc attggccttt tacgtgagcc ggaggttgaa
     1741 tttcttataa cccaagaaga ggagcacgag tgtggtggcg gcgaggatga gtgtctcgcg
     1801 ccagacggcg gtgatgcctg cgcctttgat catgacgtct ttcacaatga cgtagaacca
     1861 acgcgagggg acaatatcag cgaggagccg caggggcagg ggcatgtttt cgatcgggaa
     1921 gacgaagccg gtgaagagca tcgtgggcac catgaggccg atgagggagg tgaggatggc
     1981 ggcttgctgc gtgcgtgcgg agccggagat gagcagcccg agggagagcg ccgtcaggat
     2041 aaagagcagg ctctcggcca caagcaggga gacgctgccc tgcacaggga cacccagcac
     2101 ggtggcgctc agggtaagga tcacgcccaa gttgacgagc gaaagcagca ggtagggcac
     2161 gagcttggcg aggatgaaca gcatgggcga gacgggcgag acgaggagca cctccatcgt
     2221 gccgtactcc ttctcgcgaa cgatggagac ggacgtcatc atgacgctga tgagcatcag
     2281 cacgaaggct atcaccccgg ggacgaagtt gacggcggcg cggagctcgg ggttgtagag
     2341 ggcgcggaca ttgaggtcga tcgtcggtgc agccgtgggg gagcgttcgg cctgtaggct
     2401 cgcggtgtag ctgcggacgg tgctctccac gtagcccgtc agcaggtcgg ccgtgttcgg
     2461 gtcggaggcg tcggcgacga tttgcagctc ggcgtggtgc acatgcagca accggtcgcg
     2521 gaagccggcg gggaagatga tggccaactt cacgcggccg cggcgaaact gattgtcgat
     2581 ctcggtgtgg ctcatcagcg cctcctcaac gatgaagttg cggttggcgg cgagctggcc
     2641 gatgaggtgg cgcgaggcct catcgcgggc gtagtcgcag acgacgatgc gggcgtcttt
     2701 gatctcgtta gtcagcgcaa agccgagcag catgacgagc acaaggggga gcacgaagag
     2761 gatcatgagc gtgcggacgt cgcggaacat gtgcaggaat tctttcctga cgaagatgag
     2821 gaactgggac atggggtatg aaaaacgaat gataatgggt gattcggctt ggctccaggc
     2881 agaatgcttg aggagataat aaatctgata cgtctaacta tcatttccta ttggaaataa
     2941 taactctaac gcgttttact tatcatttcc tattggaaat aataactcta atgcatttga
     3001 ctatcatttc ctgcagtcaa taataacccc aacacatttg acttattaaa tactatagtc
     3061 aataataacc ccaatgcatt tgacttatta aatactatag tcaataataa ccccaacaca
     3121 tttgacttat taaatactgc agtcaataat agctccgatg cgtttgactt attaatgact
     3181 gagcatacac actccgcaga cctccgcgca tcggcatcaa tcccccgagc gcttcgcctt
     3241 gcgggccagg cggaggaaga cgtcgtccat cgtgtccgcg gcgtagcgtt gcttgagtgc
     3301 ctcggggctg tcgagcgcct cgatgcggcc gtcgaccatc atggagatgc ggtcgcaata
     3361 ctcggcctcg tccatgtagt gcgtcgtgac gaagacggtg atgccggcct cggcagcttg
     3421 caggatgagg tcccagaagc ggcggcgcgt gatggggtcg acgccgcccg tgggctcgtc
     3481 gaggaagacg atgcggggcc gatggatgac ggccacggag aaggccagct tctgcttcca
     3541 accggtgggc agcgccccga cgcggtggtg cacctcggcg cgcagctcca agcggtcgac
     3601 gagctcggcg ccgcgctccc ggatctcctt ccgactgagg ccgtagatgc cgccgaagag
     3661 gcggatgttc tcggctacgg tcatgtcttc gtatagcgaa aagcgctggc tcatgtagcc
     3721 gatatgtcgc ttgatgcggt ccgcctcgtg gtagacgtcg aagccggcta ccgtggcccg
     3781 cccctcggtg gggctgagca ggccgcagag catacgcatg gccgtcgtct tgccggcgcc
     3841 gttggccccg aggaagccga agatctcccc gcggcgcacg ctgaacgaga tggcgtctac
     3901 agccgtgaat gcgccgaaac gcttcgtgag gctttccact tggattactg tttcttctgt
     3961 catttcaaat cggtggttac atgtcccccg cccccaacgc cggagggcgt gcggttacat
     4021 catgtatcgg ataaagcaat cctcgatgcc cggctcgatg ggtgtcatct ccaccccctg
     4081 gcaatcggcc tcggcgagtg cggcaagcgt gcgtcggggt gcttcggcgt cgtccttatt
     4141 aaaggatacg tgcagcacac gcccgaaggc aaagctgctc ttcacctccg gcaacctacg
     4201 caccgcttcg gtcagtcggc gcatgtctac ggcgcggagg gcaaagagcg cgtcggggta
     4261 acggcggacg atgcccgcgg gtgtgtctac gctgaggatg cggccggtct ggatcagcgc
     4321 gatgcggtcg cagcggacgg cctcgtccat gtagggcgtg gagacgagca gggtgatgcc
     4381 ctgccgacgg aggccggcca gcatgtccca gaactcatgg cgggagacga cgtcgacgcc
     4441 cgtcgtgggt tcgtcaagga agagcacgcg cggccggtgg atcagtgcgc agcagagcgc
     4501 cagcttctgc ttcattccgc ccgagaggcg cccggcgcgg cggcgtcgga agggctcgat
     4561 ctgcacgtag atgtcgcgca ctaagtcgta gttatcctct aagcgggtgc cgaaaagggt
     4621 ggcgaagaag cggaggttct cctccacggt caggtcttga tagagcgaga agcgtccggg
     4681 catgtagccc acagcggcgc ggatggcgcg gtagtcggcg gcgatgtcca tgccggccac
     4741 cgtggcgcgg ccttcgtccg ggggaagcag tgtggtgagg atgcggaaga gcgtcgtctt
     4801 gccagcgccg tcggggccga tgaggccgta gagctcgccc tcgtgcacct cgatgctgac
     4861 cgctgcgagc gcctgcacct cgccgtagcg cttactgatc tgttcggcgg tgatcatggc
     4921 agccatcctg cggcgtcagt cgaaggtgat ttcgccgtac atccccatct tataccggcc
     4981 gtccgggttg ggtacacgca ccttgacggc gtagaccaag tcggcgcgct cgtcacgcgt
     5041 ctggatcgtc ttgggggtaa actcggcgcg gtcgctgatc catgtcactg tgccctcggc
     5101 gcggtgcatg tcgctgccct tggcgcccgc gtcggtatag acgctgacgc gcttcccaat
     5161 gcgcacctca ggcagctgtc ggccggagat atagacgcgc agcgtcatgt ggctgaggtc
     5221 ggcgatgcgg tagaggggtt ggccgggggc tgtcacttcg ttggcgcggg catactttgt
     5281 gagcactgtg ccgcgcactg ggttgacgat gtggcagcgg cgcaggcgat cgtccgtctg
     5341 ctccacctgc acggctaagg cgcgggcttc cttgtcgagg ccgtcggtgg aggtgcgcag
     5401 cgtggagcgt tgcgcggcga tctgccgttg cagcacggcc acctgcgccg tggcgtcgtc
     5461 taattgcttc ggggtggcgg catcgccggc cacgaggtgg gcgaggcggt cgcgctcatg
     5521 ctcagccgtg gccaactgct cctgtagggc ggccagctgt acggccgtct cgggtttacg
     5581 cgcggtgagc gcctcgatgc gtgcgaggag ttgctggcgg gtcaagctga gatcgatggt
     5641 atctacgcag cccacctcag cgccgctgtc caacacgtcg ccttcctcca catccaagcg
     5701 caggatgacg ccttgtgcct gggacgagat gacggtctcc tcagcctcga aagcgcccga
     5761 ggcatcgaag gtttgttcgc tcttgcatgc gccagccaga aggagcgccg caatggccgg
     5821 tagggaaagg attcttctct tgttattcat aatgcattgt tcaatatcga ttggtgtcgt
     5881 gggcgtatgc gatacgctcc tacagcgggc ctattcaccc agcgttgtcc gatggttata
     5941 ggcctcccaa agcagctgca attcatgcag cgccatgctc aggcgggcgc ggtgttcggc
     6001 gttgacgtat tggatatagt cgttggcggt ggctgtgcca aactgtaatt ggttgcgagc
     6061 actctccttc acccgttcgc gcaggcggat gatctccgca tccgaggtga cgagctgacg
     6121 cagcttctcc atctccgcct gttgtcgggt cagggtcata cgcgtctcga ggaggaaggc
     6181 gtcgcgttgc acatcgagcg tgcgggcgtt cacgtcaagc aggcggcgct gcttgcgata
     6241 ggtatacagc cccgcgatgt tccagctcag gcgtatgcca ccgagggcat aaggcttaaa
     6301 gtcgttgtca agcatattta gcgccggccg gccgtagccg ccttgcacaa agaggctcac
     6361 gtgcggcagg ttggcatccg tgagcagccg ccgacgcaca ccgagcaccg ccttttgtga
     6421 ctcaaagagc ctcagctctg gccggcggat ctcctcggtg cctatggctg acggctccgc
     6481 aggccggtcg aggcgcacat cgtccgtcag ctttcgcccg atgagcaggg cgagcgtggc
     6541 cacgtacgtg cggcgtgtgg cctgtagctc tgcgatgcgt tgttcagccc cgagcagttc
     6601 cgcacgcaat gcatcgcctg cgcttcgcag cgccacgcca tgcgccgcgg ccgtgtctgc
     6661 ccgaccgatg cctgcgcgca gatcgtcaca gagcgatgcg gccagtcgcg cctgctcatc
     6721 gagggcgagt atgccgaaga agaggctgtt gacgcgcgcc ttcaggctgt gcatctccac
     6781 gtctacccga ctgcgctcag cggctgcatc ggcgtgagcc agacgcacct tgtcgcgcac
     6841 cgtcagcagg tcagtaagcg gttgtacggc ctcggcgtaa agcctgtatt gatccttggc
     6901 tatctctggc aggtcgatgc cgggcagggt gaaagggatg cgtgtagtgg ccgattgcag
     6961 cgtggcctgc ccagccatca tgagctgtgg cagggcgccc ttggctgcat tgcttgccgc
     7021 gtcggcttcg ctttgatccg tcaatgcgta ccgcccggct gtgggatgcc cacgctgtgc
     7081 ccaagcatgg cagctatcta acgacagcgc ttgcacggcc tcttgcgctg tgagcctcgg
     7141 caggcagagg aggaggagcg ccgccgccca tagcctgcgc gtggcgtata tatataaggt
     7201 atgcatcacg gcttgattct ggataagacg gtcgcctgga tctcctcgcg ccgacggcgc
     7261 atgaggtcag caaactgcgc gtcggtcaga tcccacacgt cgcggaagac ggggatgatg
     7321 aggaacgagc cgatgcagag cgtgaggacg gtcatgaaca ggtcgatggc cgcaatgggg
     7381 cggatgcgcc cctcggcgat ggccgtttgc aggtctttat cgattggcgc gacgatgctt
     7441 tgcagcgcct cccgcaggcg gttgttgata tgctcgctga cggtggacga ttggcgggcc
     7501 tcgtagagca ggaaggcggg caggcggggg ttgcggctga ggaagtcgaa atagacgtcg
     7561 atgagccggc cgatgcgctc ctcgagggtg ccctgggagc cgctgacgga tgagaggttc
     7621 tcgatcacga gcccgacctt ctcgccatag atgcgctcga agagttgctc cttggtgcga
     7681 tagtaatagt gcaccatggc ggagttgcag ccggcttctc gggctatttg cgccgtggtc
     7741 gtcttcatga agccttgcgc caagaagagc ctctcggctg cttccaagat ggtttgttcg
     7801 atgttttgct tctctgtctt cataattaac ttggttattt aaccgcaaag ttaaacgaca
     7861 tagtgaaaac agaaagcaac acgaaaaaga agcgagaaga ggatcgagat gagtgagccg
     7921 aaaagaaaat gccgagcaca cgcgcgctcg gcgcatgcac tcggcataat cagatggagg
     7981 gggagagtcg gcgaggtgcc gaggcatcgt ttttttgatg cgaggggagg gggcggctca
     8041 ggcgctggcc tgaaggggcg gacgccatgc agggcgatga acgcgccatc gctgccatgc
     8101 gggacattta gaagcggcgt aagtcagcgg gcggcctcat tgtgcgacat aatgagggga
     8161 aaaacccgag taacgccatt atgcgacata attagaccgc ccaaaacttt ttggcccttt
     8221 tatgcgacat aattgggcta cggaaaactt tttggtctct tcgtgcgaca taatttgacc
     8281 acttggaact ttttggcctc ttcgtgcgac ataattgggc cgcgggaaac tttttggccc
     8341 ttttatgtga cataattggg ccgcgaggaa ctttttggtc ttttcgtgcg acataatggg
     8401 ggcgcggcac gctctgcgca ctttatcgcg aggcgaaacg ggagccggat gagctcgtgg
     8461 ggcgtcgtca cctgccccga ttgtccttct ggcggatctc tacacggcgg atcttgccac
     8521 tgatcgtctt cggcagggcg tcgacaaact caatgatgcg ggggtatttg tagggcgccg
     8581 tgacgcgctt gacatgattc tgaatctcgc gcaccagctc gtcattggcg cggctgcgat
     8641 agtcgctggc cagcacgatg gtggccttca ccacctgccc gcggatctcg tctggcacgc
     8701 ctgtgatggc gcactccacg acggccggat gcgtcatgag cgcactctcc acctcgaagg
     8761 ggccgatgcg atagccggag ctcttgatca cgtcgtcggc gcggcccaca taccagtagt
     8821 agccatcctc gtcgcgccag gcgatgtcgc cggtgtaata gacgccgtcg tgccaagcct
     8881 cacgcgtgcg ctcggggtcg cggtagtaac cctgaaaaag tccgacgggg cggccgtggt
     8941 cggtgcggac gacgatctgc ccctgctcgc catcctcagc gcgggagcca tcggggcgca
     9001 acaggtcgat gtcgtactgc gggttgggca ggcccatcga gccgggcttg ggcgtcgtcc
     9061 aggggaaggt gcagatggtg agcgtcgtct ccgtctgccc gaagccctcc atgaggcgga
     9121 tgccggtgag gcggtggaag gtgtcgtaga cggcggggtt gagcgcctcg cctgcgatgg
     9181 tgcaatactg gagcgaggag aggtcgtagc gggtcaggtc ttcgcgaatg agaaagcgga
     9241 agatggtggg cggggcgcag agggaggtga tgtggtaatc gtggatcatg cggaggatgt
     9301 cggcggggac gaacttgtcg tggtcgtaga cgaagaccgt ggcgccggcg atccactgcc
     9361 cgtagagctt gccccagacg gccttgcccc agccggtgtc ggcgatggtg aggtgcaggc
     9421 tgcccgggtg gaggttatgc cagaagcagc ctgtggcgat gtggcccaag gggtaacgga
     9481 aatcgtggat gaccatcttc ggctcgcccg aggtgccgga ggtgaagtac atgagcgagg
     9541 tgtcgtcgtt cgtgtttacg aaggcggggc ggacgaaggg cgcggcctgt gcgatgccct
     9601 gctggaagtc gtcgaacccg ggcgccacct ccggccctac gctgacgagt gtgcggagcg
     9661 tgggcgattc gggcagggcg tcggtcacat ggcgcagtat ttccgattca ccggcgcaga
     9721 cgacggcctt gatgtcggcg gcgttggcgc ggtagacgat gtccttcttc gtcagcaggt
     9781 gggtggcggg tatggcaatg gcgccgagct tgtgcagggc gatgatggag aaccagaact
     9841 catagcggcg cttcaggatg agcatcactt tgtcgccgcg cccgatgccg agggattgaa
     9901 aataggaggc cgtgcgatcc gtctgctcct tgatctgggc aaaggtgaaa tcgatgtgtt
     9961 cgccgcggtc gttcgtccag cagagtgcgc ggcgtgtggg ttcttccgcg gcccaggcat
    10021 cgacgacatc gtagccatag ttaaagttct cgggtacgcg gatatggaaa ttgtgtttga
    10081 aatcttcttg cgacgcgaac gtggtctgcg tcaaaaaacg ttctaccatc tctctctctc
    10141 ttgtgtaagt gaaaagctaa aatgaaaagc cccctatccg gtcaaattcc ccgcccccgg
    10201 tgggggcttg atcttctttt gcttcttttc ttccatcaag ggaagaaaag atgggataga
    10261 cagggataaa acgtcttgcg gcgccctttt tttcggaggg cgccgcaagg tgtgtaggtg
    10321 cgtgtgtcgc ttctatagat catcctcccc tctccccctc aggcgatgat gatggccaag
    10381 aagcgtacgg cttcatcgtc gagcgctttc atgccgtggg gcaggtcgga attgaagtag
    10441 acgctatcgc ccgcctcgag gatcagctcc ttgccgttga tcaggagcat catgcggccg
    10501 ctgaccacgt agttgaactc ctgcccggcg tgccggttga ggtagatcgg cgtgccttcg
    10561 ggtttggggt gcaccgtcac catgaacgga tcggcgcggc ggctgaggaa gccggctgcg
    10621 agcgactggt atttgtaggc cttcgtgcgc tccacggagg cgccgcgccc gcatcgggtg
    10681 acgaagtagg cgctcatctt cggttcgtcg ccgaacatga gcgtgatggg ctccacgccg
    10741 tacttccgcg cgatggtgtg gagcatatcg atggagatgt cttccgtgcc gccctcgatg
    10801 ctgaggtatt cctcgggcgt gaggtgacac gtggcggcca tctcctcgac agggatctcc
    10861 agcacgtcgc gcaggccgcg cagccgttcg gctatctgtt tgattgcttc gctcattgcg
    10921 ccactctccc ctccggttat ttctgacgca tgcgttgggt agacttgcct acgggcgtct
    10981 tggcggcagc ggaggccgtg gtgtgcatgg cggtgttctt caccacgggt ggccgtgcat
    11041 tgctggcttt gggcgatgcg ttgttgtctt ctaacgtagg ctcgtcgttg tcgtcatcgt
    11101 cggcgttgtc ggccggttgc gggtcgaagt cggtgaggcc ggcgccgatc agcaggttat
    11161 accagctgag gagccgcttg atgtccgtgg ggtagacgcg gtcgcgatcg tagtcgggga
    11221 gcacttcggc catgtaggcg cgcagctcgt cgggcgtggc gtgggctgga tcgatggagg
    11281 cggggtgggc ggcttctttc tccttcacac tgttgagcac cttgtagagg ggcacctcgt
    11341 cgccggtggt gtagatcgca atgtcgccta acgaagtgac cttctcgcga gcatagatgg
    11401 gcagccggcg gctgtcggcc agtgtctcga cgaccaacat gcttttaccc tgcgatacca
    11461 atttgtataa gccgggctta cccgacacgg acagaatctt tttcagcata actcattatc
    11521 tatttagtga tgaatatggc gccaaaagta attgggggat ctaattataa gggagcacac
    11581 gcatacgcct tcaggaacgc ttccacctgc gggatgagtg ctgcctggcc gtcgttcgtg
    11641 attactgcat cgctgagggc gatcttgcgt tcgtcgggcc attggcgctg catgcgttgg
    11701 cgcgccgcgg cctcggtggc attgtcgcgc gccatgacgc gctgcaagcg gatggcttcg
    11761 ggggcataga ccatgagccg aaggtcggcg cgacgatcga agccggactc gaagaggatg
    11821 gcggactcca tcgcacagac ggatgtggtg aggcgcgccc gccaagcgtc gaagtcgcgg
    11881 cccacctcgg ggtggatgat ggcgttgacg cgcgccagca ggttgggttc ggcgaagatg
    11941 aggctggcca tgcgggcgcg gcggagcgtg gtgccgtcgg ggctgtagat gtcggcgccg
    12001 agcaggtcgg tcaggccgcg gcggatggtg ggggaggtga ggagcaggcg tttgctctcg
    12061 ctgtctgcat cgtagacggg tatgccgtaa accttcagca gggcagcgac gattgatttg
    12121 ccgctaccca tgccgccggt gataccgatc gttatcatct attgctcttc taagatgaac
    12181 tcgatggcgt ccgggttgag atcgtaatcg gtgagccaat cgggcttctt ggtcaggcgg
    12241 agggtgattt tgccctcggc atggcgggat tcaaactcgc ggaaggggat gaggatctcg
    12301 aggtcgccgt cggagagctc tttgaagtgc gacaggggga cgttgcatac ggcctcgacg
    12361 gtgttgggga acatgcgcag ggcgtagcct tcggggacac tgtcgcagcg gatggggagt
    12421 gtgaggcgct tttcggtgaa ctcttccacg ggcacggtga cgcgcaccgt ctgcgggtcg
    12481 aagcgcatgc cggggatctc ggccaggcgc gctgtcagtg tcttggtgcg gcttatgccg
    12541 gtgaggcgga tggggatggt gcggacgctg ctgatgctgt cgaggcgggt gcggtcggcg
    12601 tagacgcgca ctttagcggg ggtgatcgtg atccgatcgg agagctggaa gccggtttcg
    12661 gtctcgagct tcaggtcgac ttctacgggc acttcgcggc tgccttgctc tacgcagacg
    12721 acgcggatgg tggagggatc gaagttgatc agctgtgtgg aggcggcgag gtgcttcatg
    12781 atgcctgtct cgatcatgcg ccgcgagacg gagaggtctt tgccgtcggc ttcgtgaggc
    12841 agcttgctga cgtcgatctc tatgggtgag aaggagccca tccagaggta gttgatgagg
    12901 agtgtcccct tgtcgcgcac cttggccacg atctcctgtg ggttgttggc gatgatggcc
    12961 atgttgttgg gcacgttgcg atacttcacg gggatggtga tttcgatctc gtagtcgtct
    13021 tgcaaggctt gcagatacca taggccgagc gagcagacga cgcagaacat gaaggtgagc
    13081 acttcgcgcc agcctttgcg gcggaagaag gcgatgactt ggcggatctg cgtctggaat
    13141 ggattggggg ccccgtgtgt tggcatgatg aatgttgagg ggggaggagg gggaatttac
    13201 cgctgctgtt gttgctgtac gtcggctgag gaggcgaaga cggcgttctt gtcgatgcgc
    13261 aggcgtacgc cgtcggatac ttcgatgagc atggtttgct cgccgagctc tttgatcttg
    13321 ccgtggatgc cgcccgaggt gacgactttg tcgccgggct tcatggcttc gcgggctttg
    13381 cggatggctt tctgccgttg ctgttgtggg cgcagcatca tgaagtagaa gatggctacg
    13441 agggcgacga ggaagaggat gttcatgtag ccggattggc ctttcgctgc gggcgctgcg
    13501 ccggacgctt gtaggattac gctgatgagg ttcataatag ggggtagtta aaggggtaga
    13561 ttgtaggggc atatcgcata cgcctgtggg ggttattcat tggtggtgaa gggcaccttg
    13621 atgagtttgt tttctccttt gagttcttgg acgacggagt cgaggatgcc gttgatgaag
    13681 gtgccgctct tgggggtgct gtagtacttg gctgcgtcga tgtattcgtt cagggtcacg
    13741 ttgacgggga tggtggggaa gttcagcagt tcggccaggg ccatttgcat gatgatgcga
    13801 tccatgttag ccacgcggtc ggtctcccag tttcggaggt ggcggtcgat gcgtgcgagg
    13861 tattccgggc cgtgctccat ggtgaggcgg aggaggcgga tggcgaagtc gcggtcttcg
    13921 ttgtctttga acatggggag gagggggtgg tcggggccgt tgccctcggt gaattgcttg
    13981 atggttttga tgacgaaggt ttcgatgatg tcgatgtcgt cgttccagta gatgctgatg
    14041 tcttcgaggg cgtcttcgag ggtttcgttg ccgcagatga ggtgtcggaa ggcgttgcgc
    14101 cagaaggtgc ggtcggcctc gtaggtgtcg ctggagtggc agtagtcggt gtagatttcg
    14161 gaggcgagga tgaggtcgag gacgcttttg acgaagtctg tttcgttagc ccaggagatg
    14221 ccgtgctctt tgacgtaggc ctgtagggtg aggttggcct cgatctggcg tgcgagtcgg
    14281 ttattgacca ggcgcatgtt ggggttgagg tcttcctcgg tggggcggta gcggtggcgg
    14341 cgtcggtcga ggcgttgttc ttgcaggtgg gtgacttcta cgatgaggag taggaagtag
    14401 tagtataagt cgtacgaccg gcggaggctc agtagcagtt cgttttctgc cagcttcagg
    14461 tcgttgcttc cgttttgttg gtaggcgaac aagatctgga gcactttgat gcggattaaa
    14521 accctgttga tcattctgat gtaagatctt acttattttt tacgaggggc aaaggtaaca
    14581 cggcactgga attacaaaag gtgcgccaga aggcgctctg agagcgggat gtgggggggg
    14641 agggttaatg ggtaatgatt aatgattatg ggggtggttc tccgcccagg gtttcgccct
    14701 gggctatcgt ccagcggccc tacaggccgc cccgggtatc atcagtccgg ggggcgttgg
    14761 gccgcatccg gggtaatcat tgacaattga tcattaatca ttgatctcct ttcccggatg
    14821 tgcttacttc cgccagcgct ttggcagagg ccgcaggcgg gaggtgcaaa acctgattct
    14881 tttttgaatc caactctcgg gtgaggtgat ttcgagagtc tggaaatggg ttaaatcctc
    14941 gggagaggtc atttccgagg gtcggaaatg ggtcaaacct tagggtgagg tcatttccga
    15001 gggtcgggag gggtcaaacc ttagggcgag gtcatttccg agggtcggga ggggggcaaa
    15061 ccttagggcg aggtcatttc cgagggtcgg aaatgggtca aaccttaggg c
//
LOCUS       SEQF3106|MIQD01000048.114789 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..14789
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(415..789)
                     /locus_tag="SEQF3106_01407"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDRTKLSPMVRDIVDDYSNLLYTSAVCIVELLQLYRIRKIRPK
                     YKTAGALLAALVDKFSLEILPFGEKQIKVLTELCVAPGHNDPFDHAVISHAIADRLTL
                     ISSDRKFDQYRSQKLSFVFNER"
     CDS             complement(836..1027)
                     /locus_tag="SEQF3106_01408"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRKLKKSKIVMRTIEVKKAPKEPRWVIDPETGKKISRAGLAMR
                     KSWEQGGLIEILDMDAVLK"
     CDS             complement(1155..2831)
                     /gene="cptA"
                     /locus_tag="SEQF3106_01409"
                     /EC_number="2.7.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7CPC0"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoethanolamine transferase CptA"
                     /translation="MKTLLQILKERKLQIFFLLYVLMPVPVLSLLAQNLTLSTVAVGI
                     AVSFLLLAVVFLLSSFMTTRGVKIFYSLLLAVTIIPGTILIGYLFIGRVLLSGGTITS
                     IFETNTDEASEFIAYLNPWLVTAVTLFVLTPIVMICRMKQPERFFRIRRHKYAFFTLV
                     LVALLFVTVRPVAQRIYFVDFYRVFANYKIGRFREERALARRHEQPFDVRTQPDKMPR
                     LVVLVIGESHARHHMSLYGYPRDTNPLLSARRSELCVYTDVVSPQVHTIPVLRAALTF
                     ADHDHPERLTSYPSLIELFNRAGFETYVISNQPLLDASSSYDAFLKLADHTADFSARK
                     APDGILLPSFEQALTAHSDRPKLIVLHLMGCHIGYKYRYPADFDFFTHLNDTLPNAQP
                     ALTPEARTTIDEYDNSVRYNDYLLSTLIARIEREHTPAALLYFSDHGEEVNEFRPFNG
                     HAYEKVTSYMCEVPFLVWLSPDFRARRPDLRLIPSRPYSTVDLPYTMADLAALRFRGY
                     DETRSLFSPRFRSRPRWVGNYSYEAVIDLTHRAEEQQRTPSYAASFFKGL"
     CDS             complement(3012..4154)
                     /gene="dprA_2"
                     /locus_tag="SEQF3106_01410"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39813"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA processing protein DprA"
                     /translation="MAEESRALIALKMIRGVGDGIVRALLQHFGSAVEALAATAGQLA
                     EAAGVGRETAQRITSDREAALQRAEREQDFVQKHGIRIYTLSDEAYPTRLRTCPDAPS
                     VVYYRGADCLNAAHIVSIVGTRRCTEYGLAMTARLVEGLAAADPSTVVISGLAYGIDV
                     NAHRNALRAGLPTIGVLAHGLDKIYPAAHRQIAADMLARGGLLTDYPSGTNPARENFL
                     LRNRLIAALADATVVVESAERGGALSTAAHARSYGRSVFAIPGRATDEHSAGCLHLIA
                     RGRAELITSAADLCQLMGWTQTGTLSDATNRSAHPSASLRPPVASVPLPDNAVTRVLL
                     AEGATQINDLARLSDLSVREVMAVLFDLEMDGLVTTLPGGVYKLVK"
     CDS             complement(4162..4530)
                     /locus_tag="SEQF3106_01411"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67466"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative esterase"
                     /translation="MKVRDYECDLQGVVNNANYQHYMEHTRHEFLESLGENFGRLHDQ
                     GVDVFVSRVDIKYRQSLRSGDRFRSCMNLVREGVKLVFLQDLYRLPDGAAVITARVEA
                     VAVEGGHLTRGEYFDRLLTE"
     CDS             complement(4554..5846)
                     /gene="ydcP_2"
                     /locus_tag="SEQF3106_01412"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P76104"
                     /codon_start=1
                     /transl_table=11
                     /product="putative protease YdcP"
                     /translation="MWNPCLMNHYKRSDLEVMAPAGSYEALMAAMQGGADAVYFGVEG
                     LNMRARSSNNFTTDDLRRIAETCFERGVKTYLTVNTVLYDSDLDTMRRIIDTSLEAGV
                     SAVIAADVAAMSYAASIGQEVHLSTQLNIANTEALAFYARFADVAVLARELNLDQVHA
                     IAEAIQQRDIRGPKGRRVRLEMFCHGALCMAVSGKCYLSLHEMNASANRGSCMQICRR
                     GYTVRDRETDRELAVDNAYIMSPKDLKTIHFLNKMIDAGVRVFKIEGRARGPEYVRTV
                     TACYAEALQACCEGSFSQARIAEWDERLASVFNRGFWDGYYLGQRLGEWSHRYGSNAT
                     RRKEYVARGVKYYSGLGVAEFEMESGSLSVGDEVLITGPTTGAVFMTIQEIRVDLQPV
                     QTTRKGEHFSIRTGEKVRASDRMYKMVRVTIDSTHKNV"
     CDS             6708..7334
                     /locus_tag="SEQF3106_01413"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQKRSPFLIPAGADRLLLHACCAPCSSAILEWMLAHGLHPTLF
                     FCNPNIFPFEEYTKRKAELVRHAERLGVPFTDADYDHAVWQQRIHGLEHEPERGARCL
                     CCFRVRLAAAAHYAHEHGFRVFTTTLASSRWKSLAQITAAGEAAAAPYPGLTFWAQNW
                     RKGGLSDRRRALIKEYDFYNQTYCGCEFSMRQEEGGRREPLNKIDPLT"
     CDS             7343..7576
                     /locus_tag="SEQF3106_01414"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFIEVVRAEYAGGYRVRLWFNDKTVKTVDLEHALKGRVFEPLKD
                     VERFKRFQVQYATIAWDNGADLAPEYLFELPAV"
     CDS             7594..7746
                     /locus_tag="SEQF3106_01415"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKERNHPTQPHLVLPAEWEPQSGITVMQDGHPHVVCDFWPGAY
                     ASIFAA"
     CDS             7765..7956
                     /locus_tag="SEQF3106_01416"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRKLKKSKIVMRTIEVKKAPKEPRWVIDPETGKKISRAGLAMR
                     KSWEQGGLIEILDMDAVLK"
     CDS             8003..8377
                     /locus_tag="SEQF3106_01417"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDRTKLSPMVRDIVDDYSNLLYTSAVCIVELLQLYRIRKIRPK
                     YKTAEALLHALFDEYYVEILPFGEKQIKALTELYVAPGHNDPFDHAVISHAIADRLTL
                     VSSDRKFDQYRSQKLSFVFNER"
     CDS             8525..9622
                     /gene="aguA"
                     /locus_tag="SEQF3106_01418"
                     /EC_number="3.5.3.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8DW17"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative agmatine deiminase"
                     /translation="MNKEKNHPTAPHLILPAEWEPQSGIQLTWPHKETDWAPMLDEVS
                     QCYAHIVREIIRFEPVVIVTPSADIVRPYINGLDPKRIFLHQVTNTNDTWARDHGGIT
                     IMQDGHPVVCDFIFNGWGLKYPAHFDNLIVSEMARHAFAPGVSVKRIPFVLEGGSIES
                     DGRGTLLTTASCIFSPNRNDRLSRDNITAFIKEIFGADRLLILEHGHIEGDDTDGHVD
                     TLAHFCDPQTIAYVQCTNPRDIHFDGLQAMERELRAFRTADGEPYRLIPLPMTEPVYN
                     EDGEQLPATYANFLILNGALLVPAYGNTKLDEMAREALRPAFPGREIISIDCLPLIKQ
                     GGAIHCATMQYPAGTLNVTPLTPNNPPSILQ"
     CDS             9619..10509
                     /locus_tag="SEQF3106_01419"
                     /EC_number="3.5.1.77"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P60327"
                     /codon_start=1
                     /transl_table=11
                     /product="N-carbamoyl-D-amino acid hydrolase"
                     /translation="MKTALIQQHNTADSEANIARLSNSIRACAAEGAELVVLQELHNS
                     LYFCQTEDTDTFHLAEPIPGPSTEHFGEVARACGAVLVLSLFERRAPGLYHNTAVVIE
                     RDGRIAGRYRKMHIPDDPAYYEKFYFTPGDLDFRPIPTSVGRLGVLVCWDQWYPEAAR
                     LMALRGADLLLYPTAIGWDSADTPDEQRRQLDAWRTVQRGHAIANGLPVVTVNRVGHE
                     PDPSGHTAGIQFWGNSFACGPQGELLTELPTDAEAIRIVDIDLRRSEHVRRWWPFLRD
                     RRIDAFAPLTRRFIDEEGRG"
     CDS             complement(10977..11303)
                     /locus_tag="SEQF3106_01420"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEVNVTPDQNDVQSNKVMAILAYFGILFLIPLFAAKESPFARY
                     HANQGLVLFLFTFVCYILAWIPKLGWISYIGYLIGFVFFIIGVINAAGGKMKPLPLIG
                     KITLIK"
     CDS             11574..12743
                     /locus_tag="SEQF3106_01421"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A552"
                     /codon_start=1
                     /transl_table=11
                     /product="putative peptidase"
                     /translation="MNAFLDDLLVRRRRVQQALSDAGADGAMLTSDISLFYLTGRVFN
                     GWLYLPTEGAPITFVRRPVDCDVTDAIRVHRPDDMLPRLEEAGWKPGLHLLLEGDELA
                     YNDYMRLFNLLQPGKAGNASAMMRRLRMIKTPWEVEQMRQSAKQHEAVYAEIPECFRP
                     GMTDLELQAEIERRMRLHGSIGIFRTYGPHMNIFMGSLLAGDNAQAASPFDFALGGAG
                     QSPVCPIGANGTELTDGTSIMVDMAGNFTEYISDMTRVFSVGRLSEKAYSAHRTALDI
                     KAAAEVAMRPGLACCELYSLAIGMVEKAGLTDYFMGTRQQAKFVGHGIGLEINEPPVL
                     TPRSKDALQPGMIIAFEPKFVIPGVGAVGVENSYLITDTGAEKLTHFEEQIISLT"
     CDS             12844..14538
                     /gene="phoB"
                     /locus_tag="SEQF3106_01422"
                     /EC_number="3.1.3.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P19405"
                     /codon_start=1
                     /transl_table=11
                     /product="Alkaline phosphatase 3"
                     /translation="MKKTTSFLLLLALVVAGRLSAIDPADVKPVKNLIVLIPDGTSIA
                     TVSTARWYQWYTHPDRPNLAIDPYLCGTVRTFSSNAPIGDSAPTTSCYMTGHPSRTGY
                     IATYPPADPGNDIFPVDSTRAYQPMITLLEAMRLVQNKATGLVFTCEFPHATPADCSA
                     HSYSRKRYDWIAPQMVHNNVDVVIGGGTSLLDADGEAYLKSHGYNVYRDDLAGMRADG
                     GSKMWALFGKRDMAYDLDRDPAKQPALEEMARKAIEKLSKHENGFFLMIEGSKVDWAA
                     HGNDPVGLLTDYVAFDKACAVALDFAKKDGQTLVVVVPDHGNSGFSLGRRDCKGYDKL
                     TKDQLFSFVTKVKCTAQGFVDKLNAAPATEVQRIFRDNAGFELTDEEMQTLYNCKDYK
                     NSPIPEDKRSEKESLAALYSNSLYGFVAKLLTSKTCFGFTTGGHTGEDVILAAYHPAG
                     TIPTGVNTNIDLHRYMAAALGLSGKPDQLTQEYFVPHTEVLKGYKYTIVPPKTEKDNP
                     TLVVKGRKQQLTISPFTNIIRLGKKAKDEAQLSTVIVYVDKNNTFYLPRSITKYLE"
ORIGIN      
        1 gggctatcgt ccggcggccc ttcaggccgc gttggatgcc atcaatccgg gctgtgggct
       61 tggtggacga tagcccaggg cgaaaccctg agcctcgtag gagcgaataa tcattcgccc
      121 acccacacat cccggcgggc ggactaatcg gcaacaggat ccccgcccgg gggcgcgcct
      181 ccgcccgggg ttttgccccg ggctatcgtc cggcggccct tcaggccgcg ttgggtacca
      241 tcaatccggg ctgtgggctt ggtggacgat agcccagggc ggaaccctgg gcctcatagg
      301 ggcgaataat cgttcgcccc tacgaggggg cgcgccacat gatgagccta tcgccccaca
      361 tgataaaccg ggcgcccccc gggttaatca ttaattgatc ctcccggtaa ggattcagcg
      421 ctcattgaag acgaaactca gcttctgcga ccggtattgg tcaaatttcc ggtcagagct
      481 aatgagggtc aaccggtctg cgatcgcatg cgaaatcacg gcatgatcga acggatcatt
      541 atgccccgga gcaacacaca gctctgtaag caccttgatc tgcttttcgc caaatggaag
      601 gatctccaat gagaacttgt caaccaaggc ggcaagtaag gctccggccg ttttgtattt
      661 cggcctaatc tttctgatac gatacaactg gagcagctcg acaatgcaga cagcgcttgt
      721 gtaaagcaga ttggagtagt catctacgat atcacgaacc atcggagaga gctttgtcct
      781 gtccgacatc aaaaagacca ggatgtttgt atctaacaaa taccgcactg tcgcttcact
      841 ttagcaccgc atccatatcc agtatctcga tcaggccgcc ttgttcccag ctcttacgca
      901 tcgcgagccc cgcacgtgat attttcttcc ctgtctcagg gtcgatcacc catcttggct
      961 ctttcggagc cttcttcacc tcgatcgtcc gcatgacgat cttgctcttc ttcagtttac
     1021 gtttcatcgt gttgtctatt aatgattaca ccacaaagat agacgcaccg gatacgtgcg
     1081 tagggggata tgcgcgtgcg ccccatatga taaaccgggc gcccctcccc gggttaatca
     1141 ttaatcattg ccctctacag gcctttgaag aacgaggcgg cgtaggaagg ggtgcgttgc
     1201 tgctcctcgg cgcggtgggt gaggtcgatc acggcctcgt aagagtagtt gcccacccaa
     1261 cgcgggcgcg aacggaaacg gggtgagaat aggctgcgtg tctcgtcgta acctcggaaa
     1321 cggagtgcgg ccaaatcggc catcgtatag ggcaggtcga cggtggagta ggggcgcgag
     1381 gggatgagac gcaggtcggg gcgacgggcg cgaaagtcgg gcgagagcca aacgaggaag
     1441 ggcacctcgc acatgtaaga cgtgaccttc tcgtaagcat gcccattgaa gggccgaaac
     1501 tcgttcacct cctcgccgtg atcggagaag taaaggagcg ccgcgggcgt gtgctcgcgt
     1561 tcgatgcggg cgatgagcgt ggagaggagg tagtcgttgt agcggacgga attgtcgtac
     1621 tcatcgatcg tggtgcgggc ctcgggcgtg agggcgggct gggcgttggg cagggtgtcg
     1681 ttgaggtgcg tgaagaagtc gaaatcggcg gggtagcggt acttataccc gatgtggcag
     1741 cccatgaggt gaagcacgat gagcttcggg cggtcgctgt gtgccgtcag cgcctgctcg
     1801 aaggagggca acaggatgcc gtcgggggcc ttgcgggcgg agaagtcggc cgtatgatcg
     1861 gccagcttca ggaaggcgtc gtagctggag gaggcgtcga gtaggggttg gttgctgatg
     1921 acgtacgtct cgaatccggc gcggttgaac agctcgatga gggaagggta ggaggtgaga
     1981 cgctcagggt gatcgtggtc ggcaaaggtg agggcggcgc ggagcacggg gatggtgtgc
     2041 acctgcggcg agacgacatc ggtataaaca caaagctcgc tgcgacgggc ggagagcagc
     2101 ggattcgtgt cgcggggata accgtatagc gacatgtggt gccgggcatg cgattcaccg
     2161 atgacgagca ccacaagacg cggcattttg tccggctgtg tgcgtacgtc gaagggctgt
     2221 tcgtggcggc gagccaaggc acgctcctcg cgaaagcggc cgatcttata attggcaaag
     2281 acgcgataga agtcaacgaa atagatgcgt tgcgctacgg ggcgaacagt gacgaagagc
     2341 aacgccacga gcacaagggt gaagaaggcg tatttgtgtc ggcgtatgcg gaagaatcgt
     2401 tccggctgct tcatgcggca gatcataacg atcggcgtaa gtacaaagag cgtgacggcc
     2461 gtcacgagcc acgggttgag gtaggcgatg aactctgagg cctcgtcggt gttggtctcg
     2521 aagatcgatg tgatggtgcc gcccgagagg agtacgcggc caatgaagag gtagccaatg
     2581 aggatggtgc cgggtatgat ggtcacagcc agcagcaggg agtagaagat cttcactccg
     2641 cgcgtagtca taaaggagga gaggagaaag acgaccgcca acagcaggaa gctgacggca
     2701 atgcccacgg caacggtgct gagcgtgagg ttttgtgcca gcagactcag cacaggcacg
     2761 ggcatcaaga cgtagagaag gaagaagatc tgcaacttcc tttccttaag tatttgcaag
     2821 agggtcttca taattatagg gtagttatgc gcccaaaggc gcggtagtta tcggcctaaa
     2881 ggccggggag tgggggcttc gccccggtag taaagtagta gggcggaaaa tctctcaccc
     2941 tacaaggctt tgggatggtt tgcaatccat ttccatatgg cactatgaca actccgcctt
     3001 taggccgata actatttgac gagtttatac accccgccag gcagggtagt gacgagtccg
     3061 tccatctcca aatcgaagag cacggccatc acctcccgca cggagaggtc ggagaggcgc
     3121 gccagatcgt tgatctgcgt ggccccttcg gccaggagca cacgcgtcac ggcgttgtca
     3181 ggcaggggca ccgaagcgac cggcggacgc aaagaagcag acggatgcgc agaccgattt
     3241 gttgcatcgg atagtgtgcc tgtctgcgtc caccccatca gctgacagag atctgcggcc
     3301 gatgtgatga gctcagctcg gccgcgggca atgaggtgca ggcagcctgc ggaatgctcg
     3361 tccgtcgcac ggccggggat ggcaaagact gaccggccat agctgcgagc atgagccgcc
     3421 gtggagaggg cgccgccccg ttcggccgat tcgacaacga ccgtggcgtc agccaacgcc
     3481 gcgatgagtc ggttacgcag gaggaagttt tcacgcgcgg ggttcgtccc cgaggggtaa
     3541 tcggtgagca gtccgccgcg ggcgagcata tcggctgcta tctgtcggtg tgccgcagga
     3601 tagatcttgt ctaacccatg cgccaacaca ccgatggtgg gcaggcccgc ccggagcgcg
     3661 ttgcgatgcg cattgacgtc gatgccgtag gccaatccgc tgatgacgac agtcgaagga
     3721 tctgccgcag ccagcccctc cactaaacgc gccgtcatcg caaggccgta ctctgtgcag
     3781 cgccgtgtgc ccacgatgct gacaatgtgt gcagcgttga gacagtctgc gccgcggtaa
     3841 taaaccaccg acggggcatc ggggcaggtg cgcagacggg tgggataggc ctcgtcggaa
     3901 agggtataga tgcggatgcc gtgcttctgg acgaagtcct gttcgcgttc ggcacgttgc
     3961 agggccgcct cgcgatcgga cgtgatgcgc tgggccgtct cgcgccccac gccggctgcc
     4021 tctgccagct gcccggccgt agccgcgagc gcctccacgg ccgaaccgaa gtgttgcagc
     4081 agcgcacgaa cgatgccatc gcccacacca cggatcatct ttagcgcaat gagcgccctg
     4141 ctctcctcgg ccatcgcgtc gttactccgt cagcaacctg tcgaaatact ctccgcgcgt
     4201 caggtgtccg ccctcgacgg ccactgcctc cacgcgtgcc gtgatgacag ctgctccgtc
     4261 tggcagccgg tagaggtctt gcaggaagac gagcttcacg ccctcgcgca caaggttcat
     4321 gcacgaccgg aaccggtcgc cgctgcggag cgattggcgg tacttaatgt ctacccgcga
     4381 gacaaacaca tccacgcctt ggtcgtgcag ccggccgaag ttttcaccca gcgactccaa
     4441 gaactcgtgg cgcgtgtgtt ccatataatg ttgatagttg gcgttgttga ccacgccttg
     4501 caggtcgcac tcataatcgc ggaccttcat ttcaagctcg aatcgatatg ctttcatacg
     4561 tttttatggg ttgaatcaat cgttacgcgc accattttat acatgcggtc tgaggcgcgc
     4621 accttctccc cggtgcggat ggagaagtgt tcgcccttgc gggttgtctg cacgggctgc
     4681 aggtcgacgc ggatctcctg gatggtcata aacaccgcgc ctgtggttgg ccccgtgatt
     4741 agcacctcat cgcccacgct cagcgagccg ctctccatct cgaactcagc tacgccgagc
     4801 cccgagtagt acttcacgcc gcgcgccaca tactccttcc gccgcgtggc gttagatccg
     4861 tagcggtggc tccactcgcc gaggcgttgg ccgagatagt agccatccca gaagccgcga
     4921 ttgaagacgg aggccagccg ctcgtcccac tcagcgatgc gcgcctggct gaacgagccc
     4981 tcgcagcagg cctggagggc ttcggcataa caggccgtga cggtgcgcac atactccggc
     5041 ccacgcgcac ggccctcgat cttaaagaca cgcacaccgg cgtcgatcat cttgttgagg
     5101 aaatgaatcg tcttcaggtc tttgggcgac atgatgtagg cgttgtccac ggccagctcg
     5161 cgatccgtct cgcggtcgcg cacggtgtag ccgcggcggc agatctgcat gcacgagccg
     5221 cggttggccg aggcgttcat ctcgtggagg ctgaggtaac acttgccaga gacggccatg
     5281 cagagggcgc cgtggcagaa catttctaat cgcacgcgac ggcccttcgg cccgcggatg
     5341 tcgcgctgct ggatggcctc ggcgatggcg tgcacttggt cgaggttcag ctcgcgcgcc
     5401 agcacggcca cgtcggcaaa gcgggcgtag aaggccagcg cctcggtgtt ggcgatgttc
     5461 agctgcgtgg agaggtgcac ctcctgcccg atgctggcgg catagctcat cgcggccacg
     5521 tcggcagcga tcacggccga gacgccagcc tcaagcgagg tgtcgatgat gcggcgcatg
     5581 gtgtccagat cgctgtcata aagcacggtg ttgacggtga ggtaagtctt cacgccacgc
     5641 tcgaagcaag tctcagcgat gcgccggagg tcgtccgtgg tgaagttgtt cgacgaccgc
     5701 gcgcgcatgt tcagcccttc cacgccgaaa tagaccgcat cggcgccgcc ttgcatggcc
     5761 gccatcaacg cctcgtacga cccggccggc gccatcacct ccagatcact tctcttataa
     5821 tgattcatca gacaggggtt ccacatttgg gcggcaaagg tgtggaaaag gaggtaaggg
     5881 gaaagacgat aagggacaat gattcattgt caattatcaa tgattgattg tcaatggatg
     5941 gcgaataaat ggggcattgt agggggcgcc ccacgcccag ggtttcgccc cgcccggatt
     6001 aatgtacccg gtgcggcctg tagggccgcc ggatgatagc caggggcgaa acccctggcc
     6061 ggtggatgat agggcgaaac cctgggcgcg ggggggtgcc ctcatttatt tgtagaacca
     6121 ttcccgttcg actatatcaa tcccccgcta cttttggcgc ccagcctccc tgaccgggga
     6181 tgtgtggtag gggcgaatga ttattcgccc ttacgaggcc ccggattagg tcactttcgc
     6241 aaaagttgcc cgagacgcac cccggattgg gtcactttcg caaaagttgc ccgagacgca
     6301 ccccggatcg ggtcactttc gcaaaagttg cccgagacgc accccggatt gggtcacttt
     6361 ggaaaaagtt gcccgagacg caccccggat tgggtcactt tcgcaaaagt tgcccgagac
     6421 gcaccccgga ttgggcactt ttggaaaaag ttgcccgaga cgcaccccgg attgggtcac
     6481 tttcgcaaaa gttacccgag acgcaccccg gattgggcac ttttggaaaa agtaacccaa
     6541 gacgcacccc ggattgggca cttttggaaa aagtaacccg agacgcaccc cggattgggc
     6601 acttttggaa aaagcaaccc gagacgcacc ccggattggg tcactttcgc aaaagttgcc
     6661 caagacgcac cccggattgc cccctctccg atagatacga accctaaatg aaacagaaac
     6721 gatccccctt cctcatcccc gcgggcgctg accgcctgct gctgcatgcc tgctgtgcgc
     6781 cttgctcaag cgccatcttg gaatggatgc tggcccatgg gctgcacccg acgctgttct
     6841 tctgcaaccc caacatcttc cccttcgagg agtacacgaa gcgcaaagcc gaactcgtgc
     6901 gccatgccga gcggctcggg gtgcccttca ccgatgcaga ctacgatcac gcggtctggc
     6961 aacagcgcat ccacggcttg gagcacgagc cggagcgcgg cgcacgctgc ctgtgctgct
     7021 tccgggtgcg cttagcggcc gccgcgcact atgcacatga acacggcttc cgcgtcttca
     7081 ccaccacgct ggcctcctct cgctggaaga gcttagcgca gatcacggcc gcaggcgaag
     7141 ctgccgcagc gccttacccc ggcctcacct tctgggcgca aaactggcgc aaaggcggcc
     7201 tcagcgatcg ccggcgtgcg ctgatcaagg agtatgactt ctataatcaa acctactgcg
     7261 gctgcgagtt cagcatgcgg caggaggagg gagggaggag agaacccttg aataaaatag
     7321 accccctgac atgaatccaa taatgtttat tgaagtcgtc cgagcagaat atgccggcgg
     7381 ctatcgcgta cggttatggt tcaatgataa gacggtcaag accgtcgatc tggaacacgc
     7441 gctgaaaggc cgtgtgtttg aacccctgaa ggatgtggag cgcttcaagc gcttccaagt
     7501 tcaatacgcc accattgcgt gggataatgg cgcagatctg gctccggaat acctcttcga
     7561 gctgcccgcc gtataacacc accaccaacc cttatgaata aggaaagaaa ccaccccacc
     7621 cagccccacc tcgtcctgcc cgccgaatgg gaaccgcaga gcggcatcac cgtcatgcag
     7681 gacggccacc cccacgtggt ctgcgacttc tggccggggg cgtatgcgtc tatctttgcg
     7741 gcgtaatcat taatagacaa cacgatgaaa cgtaaactga agaagagcaa gatcgtcatg
     7801 cggacgatcg aggtgaagaa ggctccgaaa gagccaagat gggtgatcga ccctgagaca
     7861 gggaagaaaa tatcacgtgc ggggctcgcg atgcgtaaga gctgggaaca aggcggcctg
     7921 atcgagatac tggatatgga tgcggtgcta aagtgaagcg acagtgcggt atttgttaga
     7981 tacaaacatc ctggtctttt tgatgtcgga caggacaaag ctctctccga tggttcgtga
     8041 tatcgtagat gactactcca atctgcttta cacaagcgct gtctgcattg tcgagctgct
     8101 ccagttgtat cgtatcagaa agattaggcc gaaatacaaa acggctgagg ctttgctaca
     8161 tgccttattt gacgagtact atgtagaaat cctcccattc ggcgaaaagc agatcaaggc
     8221 gttgacggag ctgtatgttg ctccggggca taatgatccg ttcgatcatg ccgtgatctc
     8281 gcatgcgatc gctgaccggt tgaccctcgt tagctctgac cggaagtttg atcaataccg
     8341 gtcgcagaag ctgagcttcg tcttcaatga gcgctgaatc ttcacctgaa gatcatttat
     8401 ttaatcgagg gaatgggtct tcttataata gtataggcgg attctccccc cctctcgtag
     8461 gggcgaaaaa tctttcgaac ctactacacg attggcgata ataacaacat caccaccaac
     8521 ccttatgaat aaagaaaaga accaccccac tgcgccccac ctcatcctgc ccgccgaatg
     8581 ggaaccgcag agcggcatcc agctcacctg gccgcacaag gaaaccgatt gggcgcccat
     8641 gctcgacgaa gtctcgcaat gctacgccca catcgttcgt gagatcatcc gtttcgagcc
     8701 cgtcgtcatc gtcaccccaa gcgccgacat cgtgcgcccc tacatcaacg gcctcgatcc
     8761 gaagcgcatc ttcctgcatc aggtcacgaa caccaacgac acctgggccc gcgaccacgg
     8821 cggcatcacc atcatgcagg acggccaccc cgtggtctgc gacttcatct tcaacggctg
     8881 gggcttgaag tatcccgccc acttcgacaa cctgatcgtc tcagagatgg cacgccatgc
     8941 cttcgctccc ggcgtcagcg tcaagcgcat tcccttcgtg ctcgagggcg gcagcatcga
     9001 gtccgacggc cgaggcacac tcctcaccac cgcgagttgc atcttctccc ccaatcgcaa
     9061 cgaccgcctg agtcgagaca atatcaccgc cttcatcaaa gagatattcg gcgccgatcg
     9121 cctcctcatc ctcgagcatg gacacatcga aggcgacgac accgacggac acgtcgacac
     9181 ccttgcccac ttctgcgacc cccagacgat cgcctatgtg caatgcacca acccgcgcga
     9241 catccatttc gacggcctac aggctatgga gcgcgagctg cgcgccttcc gcactgccga
     9301 cggagagccc taccgcctca tccccttgcc gatgaccgag cccgtctaca acgaagatgg
     9361 cgaacagctg cccgccacgt acgccaactt cctcatccta aacggtgccc tgctcgtgcc
     9421 cgcttacggc aacaccaagc tggatgagat ggcacgcgag gcgctccgcc cagccttccc
     9481 cggccgcgag atcattagca tcgactgcct gccactcatc aagcaaggcg gcgccatcca
     9541 ctgcgccacc atgcaatatc ccgcgggcac gctcaacgtt acccccctga cgcctaacaa
     9601 tccaccctct atcctccaat gaaaacagca ttaatccaac agcataacac ggccgacagc
     9661 gaggccaaca tcgcccgcct cagtaactct attcgcgcct gcgccgcaga gggcgccgag
     9721 ctcgtcgtcc ttcaagagct ccacaacagc ctctatttct gccagacgga agacacggac
     9781 accttccacc tcgccgaacc catccccggc ccctccacgg agcacttcgg agaggtggcg
     9841 cgtgcatgcg gcgccgtgct cgtcctctcc ctcttcgagc gccgtgcccc ggggctctac
     9901 cacaacacag ccgtcgtcat cgagcgcgac ggacgcatcg ccggccgcta ccgtaagatg
     9961 cacatccccg acgatccggc ttattacgag aagttctact tcacccccgg cgacctcgac
    10021 ttccgcccca tccccacctc cgtcgggcgc ctcggcgtac tcgtctgctg ggatcagtgg
    10081 taccccgaag ccgcccgcct catggccctt cgcggcgccg acctactcct ctatcccact
    10141 gccatcggtt gggacagcgc cgacacaccc gacgagcagc gtcgccaact cgatgcctgg
    10201 cgcaccgtgc agcgcggcca cgccatcgcc aacggcctgc ccgtcgtcac ggtcaaccgt
    10261 gtgggccacg agcccgaccc ctcggggcac accgccggca tacagttctg gggcaacagc
    10321 ttcgcgtgcg gcccccaggg cgagctcctc accgagctcc ccaccgacgc cgaggccatc
    10381 cgcatcgtcg acatcgacct ccgccgcagc gagcacgtcc gccgttggtg gcccttcctc
    10441 cgcgaccgcc gcatcgacgc tttcgcccca ctcacccgcc gctttatcga tgaggaaggg
    10501 aggggatgat caatgattga ttaacgtgag ttcgacgtgg ggcaattcat tcaccgatat
    10561 agggacggga ctcccttgca cgatgcctgc aagcatgctt tgtgtcactc acgacacata
    10621 ctttgcctgt gagccattgg gaagagtgtc ttccccgagg caggaagagt gtcttccccg
    10681 aggcgggaag ggtgtcttcc tcgaggcggg aagggtgtct tcctcgaggc gggaagggtg
    10741 tcttcccccg aggcgggaag agtgtcttcc ccaaagcggg aagggtgtct tcctcggtgc
    10801 gggggaatgg atttcttaca tcgaactcac gttacctaac accagccctc ctcctaatca
    10861 tccatcccta accacaaaaa gcatcgggcg cctccttcgc aatgaaagag gcgcccgttt
    10921 tggcgattga tgcgggggaa ggattcagac aaatcctacc atgtctgtgt aacgacttac
    10981 ttgatcagcg tgatcttacc gatcaatggc agtggtttca tctttccacc ggcggcgttg
    11041 atcacaccga tgatgaaaaa cacgaatccg ataaggtatc cgatgtagga aatccaaccc
    11101 aacttcggga tccatgccag aatatagcac acgaacgtaa acaagaagag gacgagcccc
    11161 tgattggcgt gataccgtgc aaaaggcgat tccttagctg cgaagagcgg aatcagaaac
    11221 aaaatcccga aataggccaa gatggccatc actttgttgc tctgcacgtc attctgatcg
    11281 ggtgtaacat ttacttcttc catttttaat tggtttttaa gtgaggtgaa atgaatactg
    11341 aaaaaaacac ctcccacccg cgctttcctt tgtggttgtc tgacggaggg gagacggggg
    11401 caaaggtagt atgcttgata aaacagcaaa gagttgtaaa caggcgcatt aaagccacat
    11461 tctgcctgct ttctgatcct gcggagaggc tcattctgcc atctgtggta agcaattagt
    11521 cctacatttg cctacccatt aaacaaatag aaacatcaaa ccaagtagaa tcaatgaacg
    11581 cttttttaga tgatcttctc gtgaggcggc ggcgggtgca gcaggcacta agcgacgccg
    11641 gggcggacgg agcaatgctt acgtccgaca tcagcctctt ttatctcacc gggcgcgtct
    11701 tcaatggttg gctttatctg ccgacggaag gcgcgcctat cacatttgtg cgtcggccgg
    11761 tggattgcga tgtgacggac gccatccggg tgcaccgacc ggacgacatg ctccctcggc
    11821 ttgaggaggc tggctggaaa cccgggctgc acctcctgct cgaaggcgac gagctggctt
    11881 acaacgatta catgcgcctc ttcaacctgc tgcagccggg taaggcaggc aacgcatcgg
    11941 ccatgatgcg gcggctgcgc atgatcaaga cgccatggga agtggagcag atgaggcagt
    12001 cggccaagca gcatgaggcg gtctatgctg agatacccga gtgctttcgc ccgggcatga
    12061 cggacctgga gctgcaagct gagatcgaac gacggatgag gctgcatggc tccatcggca
    12121 tcttccgtac gtatggcccc cacatgaaca tcttcatggg cagcctgctg gcgggcgata
    12181 atgcgcaagc ggcatcaccg ttcgactttg cgcttggtgg ggcggggcaa tcacctgtct
    12241 gtcccatcgg cgccaatggc acggagctga cggatggcac atccatcatg gtcgatatgg
    12301 caggcaactt cacggagtat atatcggata tgacacgcgt cttctccgtc ggacggttga
    12361 gcgaaaaggc ctacagcgca caccgtacgg cgttagacat caaggcagcg gccgaggtag
    12421 ccatgcgtcc ggggttggct tgctgcgagc tgtacagctt ggcaatcggc atggtggaga
    12481 aggcaggcct gacggattac tttatgggta ctcggcagca agccaagttt gtgggtcatg
    12541 gcattggcct tgagatcaac gagccgcctg tgctcacccc acgatcgaag gacgcgttac
    12601 agccgggcat gatcatcgcc ttcgagccga agttcgtcat ccccggtgtg ggcgctgtgg
    12661 gcgtagagaa tagctacctc atcactgata ctggtgctga gaagctgacc cactttgaag
    12721 agcagatcat ctcactgaca tgaaacgaaa aacggtcagg tacacctgta agggcgaaag
    12781 atttttcgcc cctacagagg tcctgccatc atttaccttc tcaccctata tccatttaat
    12841 aatatgaaaa agacaacctc ttttctgctg ctccttgcgc tggttgtggc cgggcgcctg
    12901 agcgctatcg atccggctga cgtgaagccg gtgaaaaacc tgattgtatt gatccccgac
    12961 ggcacgtcga tcgcgaccgt ctccaccgcc cgctggtacc aatggtacac gcacccggat
    13021 cggcccaact tggccatcga tccctacctc tgcggcacgg tacgcacctt ctcttccaac
    13081 gcgcccatcg gcgactccgc cccgacaacc tcttgctaca tgacgggcca cccgagccgc
    13141 acgggctaca ttgccaccta tccaccggcc gatccgggca acgacatctt ccccgttgat
    13201 tctacgcgcg cttatcaacc catgatcacg ctgcttgagg ccatgcgatt ggtgcagaat
    13261 aaggccacag gattggtctt tacctgcgag ttcccccacg ccacaccggc cgactgctcg
    13321 gcgcacagct acagccgcaa acgctacgat tggatcgccc cgcagatggt gcataacaat
    13381 gtggacgtgg tgatcggtgg cggcacctcc ctgctcgatg ccgacggcga ggcttatctg
    13441 aaatcgcatg gctacaacgt ctatcgcgac gacttggccg gcatgcgcgc cgatggcggc
    13501 agcaagatgt gggccctctt cggcaagcgt gatatggcct acgacttaga tcgtgacccg
    13561 gcgaagcagc ctgcactgga ggagatggcg cgtaaagcca tcgagaaact gtcgaagcat
    13621 gagaacggct tcttccttat gatcgagggg agcaaggtgg actgggccgc gcatggcaac
    13681 gatccggtgg gcctcttgac cgactatgtg gccttcgaca aggcctgcgc cgtagccctt
    13741 gactttgcca agaaagacgg acagacgctc gtcgttgtcg tgcctgacca cggcaacagt
    13801 ggattcagcc tcggcagacg cgactgcaag gggtatgaca aactgacgaa agaccagctc
    13861 ttcagcttcg tcacaaaggt gaagtgcacc gcccaaggct ttgtcgacaa gctcaacgct
    13921 gcgcccgcca cagaggtgca acggatcttc cgcgacaatg ccggcttcga gctgaccgac
    13981 gaggagatgc agacgctgta caactgcaag gactacaaga acagccccat ccccgaggac
    14041 aagcggtcgg agaaggagtc gctcgcggcg ctctacagca actcgctcta cggcttcgtg
    14101 gccaagctgc tcacctccaa gacgtgcttc ggcttcacca ccggtggcca cacgggcgag
    14161 gacgtcatcc tggccgccta ccaccccgct ggcaccatcc ccacaggcgt caacaccaac
    14221 atcgatctgc accgctacat ggcagccgcc ctcggcctct ctggcaaacc cgaccagctg
    14281 acgcaggagt atttcgtgcc ccacaccgag gtgctgaagg gatataagta caccatcgtt
    14341 cccccgaaaa cggagaagga caaccccacg ctcgtcgtca aggggcgcaa gcagcagctc
    14401 acgatctcgc ccttcacgaa catcatccgc ctcggcaaga aggccaagga cgaggcgcag
    14461 ctctcgaccg tcatcgtcta cgtggacaag aacaacacct tctacctgcc gcgctccatc
    14521 acaaaatatt tagagtaatt cgccaccgaa atgattcctc tcaaggagtc tttctcatat
    14581 gcttaagctg agaggcctac ccgcgatggg acggcctctc tttttttccc tatccgatac
    14641 tgccaccctg cttgcgggag ctcccgcgaa ggacagccga tccctccgcg cggtgtttgc
    14701 aacggtgctg cacacgacgt cttcgtcttc acagtgtgtg aaatgactgt gcaaggcttg
    14761 catggcgccg tcgcagtgtg tgaaatgac
//
LOCUS       SEQF3106|MIQD01000049.114605 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..14605
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             227..1117
                     /locus_tag="SEQF3106_01423"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHLSLLHRTFLPSLFKASSVRIDFGGRPSGVKSKKTVLAAFLQR
                     PTDSPWHLQHSCKGQPILCGICSIPAKANRFSVAFAAFLQRPTDSLWHLQHSCKGQPI
                     LRGICSIPAKANRFSVAFAAFLQRPTDSPWHLQHSCKGQPILCGICSIPAKANRFSVA
                     FAAFLQRPTDSPWHLQNFCKRQNGENGICRTPANVKMEEMAFAELLQTSKWRKWRLQN
                     FCKRQNGENGVCRTSANVKMGKMAFAELLQMSKRRKWYLQDFCKRQNGENGACRTSAS
                     TEMLCALCVRPARFAISLTL"
     CDS             1142..4663
                     /locus_tag="SEQF3106_01424"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEKYRRMFNARSSALFRGEMFLLFLLAALRSVGAQVIDIPAGY
                     PKFDAATIVTLEDERTLFIQFAPDDNDLTDAKVTVELPDGITFVSATSSAAFPGAPVP
                     TISHSLAGKVLTLAVTSNGGTLAKKKTYQFEVKVKAECRAEGNITFPIKIMSGTVSKK
                     PLSAGINVARPDLTLRAPNTTISYGGSPTTPKEVTYYLRTTTASEASSAKVDFIVDEN
                     VTLSDFKLNGVAFTPTVSPLSGDRHVYSYAFTSPSAMGGSKIKNNNDKKITFKAAGAV
                     NICGLKQLQATVQYPHGTPSCGGIKSGTDVMLSMGSAGNPTFIPQSIQYVASPSSTTP
                     ISIENIPMNASTPVYVKAVFKNSPTAAARSVKLQLVQGMFSVIDTANMYIQVDNGPVS
                     KVYGSSVFAKVPAESKQSWGYVKDAFKQRWYRLWLKTPVTVPPGSTLSFYYATLNGDI
                     HDNGKKDVFYPQDWVHINNSLVQVDEATGFCNNTNKTSVQLQTPKLNYTHYQEKPALV
                     TFKDQETKTVKVKVNPGSFNQTPAVFTAKAPSWLTITDIKLVPPGATLPAGVTVSYNT
                     AGPNERSARIVSTGSAMFLNGCHLQVTYKAPVCGSDNKSDTIWYTAKQEWSGGHIDNI
                     SQVSQPVQFNCVVEGVGLDTFYVHRGTRGYPDVNNDGNPESTSLAHDSLITHTQCLPG
                     DTGYFYWKGKIGPSGNYKYLDIPLEAAKTLGTGTFTMGEGAFAIDLSPASGRQVLLNG
                     VAASNTTITYHQKDDTKGYIRIHKSDGLPNNGVVEVKVPFAITGKVGREAVGKITSGF
                     YVSQNAISDPYDPASTPQKVGGDVREIRVTIPDMFSAVYPAPFTTTVFNTRAPKLNAE
                     LTYILFYQNYIPSTPLPFDKEARFIAYPKRITIELPAGYSLDDSLNIYRYHRTTGDVK
                     KINTPESKVNNSDGTTKITWNLTDLYQTTNIAGPLAPGKWRLPDENWRGIYPKGTLKI
                     NPKAVGFKDSAYMKVSCEYWDPNTDQAYKNPYTGGDYVRYQRNLLRYDFDVKLKALQD
                     SVMAYGPHVTGPSIEMRNNSSATLKYLYYYFDGPIKNVSMKLLDGGAKYSYADTTPNH
                     NGCWVKVADLPSNKSHTYELTYTDTLPQCGDHKVKVYSASGFSSPWAPNSGAAYNPVG
                     DPNFVEETEFTIKHAQNTMIRGAARFA"
     CDS             4761..6962
                     /locus_tag="SEQF3106_01425"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKNLEMDLTVPAGQIYVPDSTRIEYPIGKFYSVPTSSALETAL
                     RSLANLADSAVGRPKTVRLKLNETGVDSIGTNFILPGSQSYTATADSIYLKARLHMKF
                     RAVCNTEFRGFQYFGKVYGQTICDADAGGNGDNMPSRLIYPDVTFGYKFDVAVETATS
                     SYAFNEGWRKDTIVLKINKYFGHGTDMKLNDYLEVLMPPELNIDGDSIQYTTASTLMT
                     AVNGKKDTVTENTATATERRLKLPFPVSEYNHETVRRGVGEDIYCRIPVVYTPNGQTR
                     APNPVDSVQARIWSELQFGGCPPVPTIFGKGKRDIALFTAVAYPHIAWIGDTARFEIT
                     SHGFDGEWFKTKTGGSAATTANPWINIPLDTGLVGDTVLYFTPSINGTSFGSIRLPYL
                     VRIWLRPWFIRNLPRFAYFCEEPDTLHVKAGGMDVRYQWFKDGSPIVGATDTTLVVNQ
                     PGRYHVMVRDSVTPPNIIYSDTADVYFRERPVITKDLRDLRDCDKIYLPLAVRHTGRF
                     MQYQWYRNGRPIPGATDSVYRASAYDSSGFYRVKVMNPCGDSVMSRRCYVDFCDDRWD
                     PIVRTIDLFAPATVETQPAGQRHQLSSRRDFRFTVRARRGQSLRYVTITADNPAWTEN
                     GGGIERTMSSDSVMTVIVRRVTHNLQIRIGGISPTANAVVDDATRRVWTHKGRLHFRV
                     DRPQSARLYTVMGHLYRELSLPAGSTVIDGLPSGFYIVHFADGTAEKVRVE"
     CDS             7011..7499
                     /locus_tag="SEQF3106_01426"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGNQRVPGCFFQKCPIPGGSRVAFFKSAQSPAGLGLLFSKVPQS
                     SAGLGLLFSKVPDSRRILGHFRKSCPILGGSWVAFAKVAQSPAGLGSLLQKRRNPGCV
                     LGHFCKSCASRGAFRVTFAKVARAGVRLGSLLQKLRNPGCVSGHFCKSCASRGASWVV
                     FI"
     CDS             7569..9593
                     /gene="btuB_3"
                     /locus_tag="SEQF3106_01427"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P06129"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MDKRKQMNKTRTFRFRRFARKAYSAFSSMHRVVNIGVVAGCMLT
                     FAHATRTAAQTSVAPDELPTDSLREEVLDEVTVTASHLETPLSETSKIVTVINRKEIE
                     QAPVRSIQDLLVYAANVDVIQRGGHGVQSDISIRGGSADQTAVLLNGVNFSNPHTGHY
                     SFDLPINLSDIERIEIVHGPSALIYGSSAFSGGINIITKQKPETPLYLAAEAGMHALR
                     GVEARSSLGAGRTTTSLSLGHRASDGYIAGSDYHIWNAFWQTRLRFSGDDRLDLQAGY
                     ENKHYGANTFYTALFPDQYERTSAWTASVKGAFGHALKVVPILYWNRHYDQFDLIKNT
                     DRGRNFHRGDTYGANLIFQYTWAGGVTSLGGELRREEIVSSKLGTPMATPNGHYTRSD
                     ARTIVSATAEHTWTWQRWAASAGVMMQHNTLLDGVRFYPSVGLAYRPTDALKLNATWS
                     RSTRMPTFTDLYYTTETHTANVGLKPERSESVDLGITYTQPALTLRLVGYLMWGRDVI
                     DWVRDSGTAKWASWNFTELNKQGLELGATFRPAAIWPSMRGTTLSVDYARMNQTCDSH
                     GLESRYSLNYLRDKVTIGLQHPIYRGLTASWHFRAQKRMGNYRRYENKKDMGLEPYPA
                     FSTLDLKLNYAIRRFDFHLDLNNIFNVTYYDIGNVPQPGFWLMGGVAFRL"
     CDS             complement(10301..11605)
                     /locus_tag="SEQF3106_01428"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPKKKKASGPGVRKEEEARRSNVYKKRVFTLLRELGFADAIPYI
                     DKSMLRVLYSARPTLIRIDASEMSVFDSDDLTFIKREFYVFMQQDKLPFTLREGEKRT
                     ISPLDFYDIWMPFSLYIMRDSRDTRRYADDKSRERILEIVEDNGFTMRSLNDPCDFSE
                     EFDRALVRMEYQYSSILMTYLFQLSNPCMHLLWIKKHNFEMFHNRVGRTVSFSSCQPK
                     SIWGTDRKGERRLFFRVGYPDIVNDGLRWLTACIPNNPYIPEMDPDRPYPVYIQEHAI
                     KRMFERVDGLSPNVVNTYMNFCFATWEVDWYKGSLLITFSVFGMRVGYFFADFTRDRK
                     IVIRTFYFITYDHTPEGEILSSYAGLKALDKRYLCIDRLSTFLASDFDHRSRLASLFR
                     EAGCEHLLRLNKMRDMAGNDEKLTSISNEFIEKYLSSLDENV"
     CDS             11866..12777
                     /gene="pldA"
                     /locus_tag="SEQF3106_01429"
                     /EC_number="3.1.1.32"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A921"
                     /codon_start=1
                     /transl_table=11
                     /product="Phospholipase A1"
                     /translation="MKKILYLLFFALPLAQPAAVHAQGEEEMSVLQRARMRRDSLRSA
                     LLYRFGATRPDYNADSVRAVIESGPYFGIFRDNYFIGGIPIGERIRRDNSNVKFQVSI
                     RHRLTKSRLPFDTYLFLQFTQKTIWNVAEESFPMRDLNFNPGIGLGHLIVYHNKYIGH
                     AIFMLEHESNGKDGEASRSWNKVSLSGTLMLNRHMEMQLKTWLPIVDGENNRNILRYY
                     GLAQAGLLYRSDNRRVQTGMLVTWRAHSFSFNTQWELSLKVSRHDNQYLFVQYYNGYG
                     ENMLDYDRFRSVLRVGMVIKPEGFSIY"
     CDS             complement(12961..14448)
                     /gene="dacC"
                     /locus_tag="SEQF3106_01430"
                     /EC_number="3.4.16.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39844"
                     /codon_start=1
                     /transl_table=11
                     /product="D-alanyl-D-alanine carboxypeptidase DacC"
                     /translation="MNMKRKKPLRGAKEMACALMLIAAAHGEVTAQRAEMPGALRRFV
                     ERPIVRGASVSFVAKRVKDGKTLYSYEGDRQLTPASVMKTVTTATALELLGEDFRFET
                     TVEYDGELRPDGVLDGNLYIRGGGDPTLNSSESATPRDSVVDAWVEAVERAGIREITG
                     AVVADARVFDTEGVSMKWLREDLGSSYGQGSYGLNIFDNRIALSLTSGAPGTTPRVTS
                     VSPRVEGLTFRNYLRAATKDSAYAVGFPFVTERALYGTLPARRSGLYLGSDLPDPPLF
                     VARYVNERLRDRGIRIRKRPTSMRIEAEAGRETTRPRRPIITTRSRPLREIARRLCVV
                     SHNLYADALLKTLGRRSESELSSFGRGAQVVRAHWAAQGLDADALWMYDGSGLAVTDK
                     VTAAFLCDMLTYMATRSRASEAFRQALPMVGRDGTVRRMLRDTDLDGRARLKGGSMSR
                     VLCYAGYVDDADDVRYAVAVMVNNYTGKTLAMRQAIEDLLLELFE"
ORIGIN      
        1 aacgccgatg gtactgctga actaaaagtg ggagagtagg tagctgccgt tttttgaaag
       61 tgaagtccct ccgttgatca aacacgatcg gcggagggat tcttttttgg gcgggggggc
      121 ggattagttc aggatcggtt gataatataa gcgatctggt tacgctccgt cttcattgaa
      181 cccaacgctt tgccttttct ttgccacagc aaaaccgtta gaaccgatgc acttatcact
      241 cttgcaccga acgttccttc catcgctttt taaggcatcc tccgtccgaa tagactttgg
      301 ggggagaccc tctggcgtca aatcgaagaa aacagtgctt gcagcgttcc tgcaaaggcc
      361 aaccgattct ccgtggcatt tgcagcattc ctgcaaaggc caaccgattc tctgtggcat
      421 ttgcagcatt cctgcaaagg ccaaccgatt ctccgtggca tttgcagcat tcctgcaaag
      481 gccaaccgat tctctgtggc atttgcagca ttcctgcaaa ggccaaccga ttctccgtgg
      541 catttgcagc attcctgcaa aggccaaccg attctctgtg gcatttgcag cattcctgca
      601 aaggccaacc gattctccgt ggcatttgca gcattcctgc aaaggccaac cgattctctg
      661 tggcatttgc agcattcctg caaaggccaa ccgattctcc gtggcatttg cagcgttcct
      721 gcaaaggcca accgattctc cgtggcattt gcagaacttc tgcaaacgtc aaaacgggga
      781 aaatggcatt tgcagaactc ctgcaaacgt caaaatggag gaaatggcat ttgcagaact
      841 cctgcaaacg tcaaaatgga ggaaatggcg tttgcagaac ttctgcaaac gtcaaaatgg
      901 ggaaaatggc gtttgcagaa cttctgcaaa tgtcaaaatg gggaaaatgg catttgcaga
      961 actcctgcaa atgtcaaaac ggagaaaatg gtatttgcag gacttctgca aacgtcaaaa
     1021 tggggaaaat ggtgcttgca gaacttctgc aagcactgag atgttgtgcg ctctatgtgt
     1081 tcgccccgca cgctttgcta tttctctaac cctataattc atatcgaaaa aggacgaaga
     1141 catgaaagaa aaataccgaa gaatgttcaa cgctcgatct tcagccctgt tccgagggga
     1201 gatgtttctg ttattcctgc tggcggccct gcggtcggtg ggagcgcagg tcatcgacat
     1261 accggcgggc tacccgaagt ttgatgcggc aaccatcgtc acgctcgaag acgagcgtac
     1321 gcttttcatc caatttgcac ccgacgacaa cgatctgacc gatgccaaag tgacggtcga
     1381 attgccggac ggcatcacgt tcgtctcggc cacctcgtcg gctgcttttc cgggggcacc
     1441 ggtgcctacc atcagtcatt ccctcgcagg gaaggtgttg accctcgccg tcacttctaa
     1501 cggcggcaca ttggccaaga aaaagacgta tcaattcgag gtcaaggtca aggccgaatg
     1561 ccgcgcagaa ggaaacatca cgttcccgat aaagatcatg agcggcacag tgtcaaaaaa
     1621 gcccctctcg gctggcatca atgtcgcccg gcctgatttg actctgcgcg caccgaacac
     1681 caccatcagc tatggcggtt cgccgacgac tccgaaggag gtgacctatt acctgcggac
     1741 tacgacggcc agcgaggcct cgtcggccaa ggtggatttt atcgtggacg aaaacgtgac
     1801 gctctccgat ttcaaactga acggagtggc attcacaccg accgtatcgc ccctttccgg
     1861 agataggcat gtgtactcgt atgccttcac ctcgccttca gcaatgggtg gcagcaagat
     1921 caagaacaac aacgacaaga agatcacctt caaggccgca ggggcggtca acatctgcgg
     1981 cctgaaacag ctccaagcca ccgtgcaata cccgcatggc acaccgtctt gcggaggcat
     2041 caagtccggg acggatgtga tgttgagcat gggctcagcg ggcaatccga cattcattcc
     2101 gcaaagcatc caatacgtag ccagcccatc gtcgaccaca ccgatctcca tcgaaaacat
     2161 cccgatgaac gcctcgacgc cggtgtatgt caaagccgta ttcaagaaca gcccgacagc
     2221 cgctgcccgc agcgtcaaac ttcaattagt tcaagggatg ttctctgtta tcgatacggc
     2281 gaatatgtat atccaagtag acaatggccc tgtgagcaaa gtatacggga gcagcgtttt
     2341 cgcgaaagtc cccgcggaat ccaagcaaag ctggggctat gtgaaagatg cgttcaagca
     2401 gaggtggtat cggctttggc tgaagacacc cgtaaccgtc ccccccggaa gcacgctgag
     2461 cttttattac gccaccctta atggcgatat acacgacaat gggaagaagg atgtcttcta
     2521 tccccaagat tgggttcata ttaataactc tcttgttcaa gtggatgagg cgactggctt
     2581 ttgcaacaac acgaataaaa catccgtaca actacagacg ccgaagttga attacacgca
     2641 ttatcaggag aagccggccc ttgtcacctt caaagatcag gagacgaaaa ccgtaaaagt
     2701 caaggtgaat cccggatcgt tcaatcagac accggccgtc ttcaccgcaa aagctccgtc
     2761 gtggctgacg attaccgaca tcaagctggt gcccccaggc gctacgcttc ccgcaggcgt
     2821 gactgtgtct tacaacactg ccggcccgaa tgaaagatcg gcaaggattg tatcgacagg
     2881 cagcgcgatg ttcctcaacg gctgccattt gcaagtcacg tacaaagcac cggtttgcgg
     2941 gtcagacaat aagagcgaca ccatctggta cacggccaaa caggagtggt caggcgggca
     3001 tatcgataac atatcgcagg tgtcgcaacc cgtgcagttc aattgcgttg tcgaaggggt
     3061 ggggctggat acgttctacg tccaccgggg aactcgaggc tatccggatg taaacaacga
     3121 cggaaatccg gaaagcacct cgctggcgca cgactccctc attacgcata cgcaatgtct
     3181 ccccggcgac acgggctact tctattggaa agggaaaatc ggtccatccg gcaactataa
     3241 atacctcgat ataccgctcg aagccgccaa aaccctcgga accggcacct tcaccatggg
     3301 ggaaggtgcg tttgctatcg acctgagccc ggcgagcggc aggcaggtgc tcctcaatgg
     3361 cgttgcggcc tccaacacga cgattaccta ccatcaaaaa gacgatacga agggatatat
     3421 ccggattcat aagtcagacg gacttccgaa caatggtgta gtagaagtca aagttccgtt
     3481 cgccatcacc gggaaagtcg gtcgcgaggc tgttggaaaa atcacaagcg gcttttacgt
     3541 cagccaaaac gccatctccg atccgtacga tcctgcctct accccccaga aagtgggtgg
     3601 cgatgtaagg gaaatccggg ttacgattcc ggatatgttc tctgccgtgt atcccgcacc
     3661 cttcacaacc acggtgttta acactcgagc ccccaagctc aatgcagaat tgacctacat
     3721 attgttctat caaaactata taccgtccac tccccttccg ttcgacaaag aggcgcgctt
     3781 tattgcctat ccaaagagga tcacaataga gctgcctgcg ggatacagct tagatgattc
     3841 gctgaacatc taccgctatc accgaacgac aggcgatgtc aagaagataa ataccccgga
     3901 gagtaaggtg aataactccg acggcacgac gaagatcacg tggaatctta ccgatctata
     3961 ccaaaccacg aacatcgccg gcccgttggc tcctggtaaa tggcgcctgc ccgacgaaaa
     4021 ctggaggggc atatatccca aaggcaccct gaagataaac cccaaggcgg tgggcttcaa
     4081 agacagcgcg tacatgaaag tctcttgcga atattgggat cctaacaccg accaggcata
     4141 taagaatccg tatacgggag gggattatgt tcgctaccaa aggaatctgt tgagatacga
     4201 cttcgatgtc aagctgaaag cgctgcagga ctccgttatg gcctacggcc cccatgtgac
     4261 tggcccgtcg attgaaatgc gaaacaactc gtccgccacg ttgaaatacc tctattacta
     4321 cttcgatggc ccgatcaaaa acgtctccat gaagctgctg gatggtggcg cgaagtattc
     4381 gtatgccgac accacgccga atcacaacgg ctgctgggtg aaggtggcgg atctgccgag
     4441 taataaaagc catacgtatg agctgacata caccgacacg ctgccccaat gcggcgacca
     4501 taaggtgaag gtgtatagcg catcgggatt cagcagcccg tgggcgccca acagcggcgc
     4561 ggcgtacaat ccggtgggcg atcccaactt cgtggaggaa acggaattca cgatcaagca
     4621 tgcccaaaac acgatgatca ggggggcagc tcgatttgca taacacggcc aaagcagaca
     4681 ccgtgcccga gggatcgacg acgacaccgc ctcagactta caccctgcgc gcgacattca
     4741 acacgagcag ctcggacggg atggtgaaaa accttgagat ggatctgact gtgcctgcgg
     4801 ggcagatcta tgtgcccgac agcacacgga tcgaataccc gattggcaaa ttctatagtg
     4861 tgcctacctc gtcggcattg gagacggcgt tgcgctccct ggctaacctc gcggattctg
     4921 ccgttggacg ccccaaaacg gttcgtctga aattgaacga gaccggcgtc gattccatag
     4981 gcacgaactt catcctgccc ggaagccaga gttacaccgc aacggctgat tccatctact
     5041 tgaaggcgcg cctgcacatg aagttccgcg ccgtgtgcaa cacggagttc cgcggctttc
     5101 aatatttcgg gaaggtgtat ggccaaacga tctgcgatgc cgatgccgga ggcaacggcg
     5161 acaatatgcc gtcacgcctg atttatcctg atgtgacgtt tggctacaag ttcgacgtcg
     5221 ccgtcgaaac cgctacctcg tcgtatgcgt tcaacgaagg gtggcgaaag gacacgatcg
     5281 tcttgaagat caataaatac ttcgggcatg gcaccgacat gaagcttaac gattatttgg
     5341 aggtgctgat gccccctgag ctcaatatcg acggcgactc catccaatac accacggcgt
     5401 cgacgctaat gactgccgtc aacgggaaaa aggatacggt gacggagaac acggcgaccg
     5461 caacggagcg ccgcctgaag ttgcccttcc ctgtttcgga gtataaccat gaaactgtca
     5521 ggaggggggt cggtgaggat atctattgcc gcatccccgt ggtatacacg cccaatggac
     5581 agacccgcgc cccgaacccg gtcgactctg tgcaggccag gatttggagc gagttgcagt
     5641 ttggcggttg cccgcctgtg cctaccatct tcggcaaggg gaaacgcgat attgcgcttt
     5701 tcaccgccgt ggcctacccc cacatcgctt ggattggcga cacggcgcgc tttgagatca
     5761 cttcgcacgg cttcgacgga gagtggttca agacgaagac gggcggctca gccgcaacca
     5821 ctgccaaccc atggataaac atccccttgg acacgggctt ggtgggcgac accgtcctct
     5881 acttcacgcc ctccatcaac ggcacttcct tcggcagcat ccgcctccca tacttggtac
     5941 gcatctggct ccgcccgtgg ttcattcgca acttgccacg cttcgcctac ttctgcgagg
     6001 agccggacac gctgcacgtg aaagccggtg gcatggatgt gcgttaccaa tggttcaaag
     6061 acggcagccc catcgtcggc gctacggaca ccacgctcgt agttaaccaa ccggggcgct
     6121 accacgtcat ggttcgcgac tccgtcacgc cgcctaacat catctactct gacacggccg
     6181 atgtctactt ccgcgagcgt cccgtcatca ccaaagacct gcgcgacctg cgcgattgcg
     6241 ataagatcta cctcccgctg gccgtccgcc acacgggccg cttcatgcag tatcagtggt
     6301 atcgcaacgg ccgacccatc cccggcgcta cggactccgt ctatcgcgcc tcggcctacg
     6361 attcgtctgg cttctatcgc gtcaaggtga tgaacccctg cggcgacagc gtgatgagcc
     6421 gccgctgcta cgtcgacttc tgcgacgacc gttgggatcc catcgtgcgc accatcgatc
     6481 tgtttgcccc cgccaccgtg gagacgcagc ccgccggaca gaggcatcag ttatccagcc
     6541 gtcgcgactt ccgcttcacc gtgcgcgccc ggcgtgggca atcgctccgc tacgtcacca
     6601 tcacggccga caacccggct tggacggaga acggcggcgg catcgagcgc acgatgagct
     6661 cggatagcgt gatgaccgtg attgtgcgcc gagtgacgca caacttgcag atccgcatcg
     6721 gcggcatcag tccgacggcc aacgccgtgg tagacgatgc cacgcgccgc gtatggacgc
     6781 ataagggtag gcttcatttc cgtgtcgatc gcccgcagtc ggcgcggctc tacaccgtca
     6841 tggggcacct ctaccgcgag ctgtcgctgc ccgccggatc gaccgtcatc gatggattgc
     6901 cgtccggttt ctatatcgtc cacttcgccg acggcaccgc cgagaaggtg agggtggagt
     6961 gagatacgaa aaactaaaaa cgaaaaacta aaaacagccg ggtgcgtgtg atgggaaacc
     7021 agcgtgtgcc cggttgcttt tttcaaaagt gcccgattcc cggcgggtct cgggttgctt
     7081 ttttcaaaag tgcccaatcc ccggcgggtc ttgggttgct tttttcaaaa gtgccccaat
     7141 cctcggcggg tcttgggttg cttttttcaa aagtgcccga ttcccggcgg atcttgggtc
     7201 actttcgcaa aagttgccca atcctcggcg ggtcttgggt tgctttcgca aaagttgccc
     7261 aatccccggc gggtcttggg tcacttttgc aaaagcggcg caatccgggg tgcgtcttgg
     7321 gtcacttttg caaaagttgc gcgagccgag gcgcgtttcg ggtcactttt gcaaaagttg
     7381 cgcgagctgg ggtgcgtctc gggtcacttt tgcaaaagtt gcgcaatccg gggtgcgtct
     7441 cgggtcactt ttgcaaaagt tgcgcaagcc ggggtgcgtc ttgggttgtt ttcatataga
     7501 gcaaaagaat cattcccctc ctcccgcttt tgctttcatt tgcggctcat ttaattaccg
     7561 tttaaatcat ggataaaaga aaacagatga acaagacgcg caccttccgc tttcggcggt
     7621 tcgcgcgcaa ggcatacagc gccttcagca gtatgcacag agtagtaaac atcggcgtgg
     7681 tggccggctg catgctcacc ttcgcccacg ccacgcggac ggccgcgcag acgtcagtcg
     7741 cacctgacga gctgcctacc gacagcctgc gtgaggaggt gctcgacgag gtgaccgtca
     7801 cggcttcgca cctcgagaca ccgctcagcg agacgtctaa aatcgtcacc gtaatcaacc
     7861 gaaaagagat cgagcaggcg cccgtccgaa gcattcaaga cctgctggtc tacgccgcca
     7921 acgtcgacgt catccagcgc ggcggccacg gcgtacagtc cgacatctcc atccgcggcg
     7981 gctcagccga tcagacggcc gtcctcctca acggcgtcaa cttctccaac ccccacacgg
     8041 gccattacag cttcgatctc cccatcaacc tttccgacat cgagcgcatc gagatcgtgc
     8101 acggcccctc agcgctcatc tacggctcgt cggccttctc cggcggcatc aacatcatca
     8161 ccaagcagaa accagagaca cccctctacc tcgcagccga agccggcatg cacgccttgc
     8221 gcggcgtgga ggcccgcagc tcactcgggg caggacgcac caccaccagc ctctcccttg
     8281 gccaccgagc atcagacgga tacatcgcag gcagcgatta ccacatttgg aatgcctttt
     8341 ggcagacgcg cctccgcttc agcggcgacg acaggttaga tctacaagca ggctatgaaa
     8401 acaaacatta cggcgccaac accttctaca ccgccctctt ccccgaccaa tacgagcgca
     8461 caagcgcctg gacagcctcc gtcaaaggcg ccttcggcca cgcgctgaag gtggttccga
     8521 tcctttattg gaatcgccat tacgaccaat tcgacctcat caaaaacacc gaccggggcc
     8581 gcaacttcca ccgcggcgac acctacggag ccaacctcat ctttcaatac acctgggcag
     8641 gcggcgtgac cagcctcggc ggtgagctgc ggcgcgagga gatcgtcagc agcaagctcg
     8701 gcacaccaat ggccacaccc aacggccact acacacgcag cgacgcacgc accatcgtca
     8761 gcgctacagc cgaacacacc tggacgtggc agcgctgggc cgcctcggcc ggcgtgatga
     8821 tgcagcacaa cacactcctc gacggcgtcc gcttctaccc ctccgtcggc ttggcctacc
     8881 gccccaccga cgccctgaag ctgaacgcca cctggagccg ctccacccgc atgcccacct
     8941 tcaccgacct ctattacacc accgagacgc acaccgccaa cgtaggcctg aagcccgaac
     9001 gctccgagtc ggtcgacctc ggcatcactt acacccagcc cgccctgacg ctccgcctcg
     9061 tgggctacct gatgtggggg cgcgacgtga tcgactgggt gcgcgactcg ggcacggcca
     9121 agtgggcgtc gtggaacttc acggagctca acaagcaggg cctcgaactt ggcgccacct
     9181 tccgcccggc agccatctgg ccgtcgatgc gcggaacaac gctctctgtc gattatgcgc
     9241 gcatgaacca gacgtgcgac agccacggac tggagtcgcg ctactccctg aactacctcc
     9301 gcgacaaggt gaccatcgga ctgcaacacc ccatctatcg cgggctgacg gcctcgtggc
     9361 acttccgcgc gcagaagcgc atgggcaact atcgccggta cgaaaacaag aaggacatgg
     9421 gtctggagcc ttacccggcc ttctccaccc tcgacctgaa gctgaactat gccatccgcc
     9481 ggtttgactt ccacctcgac ctgaacaaca tcttcaacgt cacctattac gacatcggca
     9541 acgtgcccca gccgggcttc tggctcatgg gcggcgtggc cttccggttg taatgagtga
     9601 tcacgccata cgaatcagcc cccatcctgg cgcgcatgcc gggtgggggc tgatctattt
     9661 tagagaggtg gggggcttaa ttattaatga gtaatcgggc ggtgcatgcc ccgcatcatt
     9721 atagtcgagc gaaaaaggtt tgcgtgtacc cggtgcggcc tgaagggccg cctgactata
     9781 gcccagggta gagcgacgcc ttccgggcgg agcgacaccc tggggatgca atgcccgccc
     9841 gatccccccc ttacttatag tcgaacgaaa aaggtttgcg tgtacccggt gcggcctgaa
     9901 gggccgcctg actatagccc agggtagagc gacgccttcc gggcggagcg acaccctggg
     9961 gatgcaatgc ccgcccgatc ccccccttac ttatagtcga acgaaaaagg tttgcgtgta
    10021 cccggtgcgg cctgaagggc cgcctgacta tagcccaggg tagagcgacg cctttcgggc
    10081 ggagcgacac cctggggatg caatgcccgc ccgatccccc ccgcatcctc aaaagcctcc
    10141 tcccagcagg ctgggaggag gcttttgagg atgcggggat ttttttacgc catccaaccc
    10201 agggcgttgc cctgggctat catccggagg cccttcaggc cgcatcgggt acacctcaat
    10261 ttccgcaatc catttttgat tgaccacact cccctccggc ctacacattc tcatcgagcg
    10321 aggagaggta tttctcaata aattcgttgg agatgctggt gagcttctcg tcgttacctg
    10381 ccatgtcgcg catcttgttg agccggagca ggtgttcgca accggcctcg cgaaagaggc
    10441 tggccaggcg cgaacggtga tcgaagtcgg aggccaggaa ggtgctgagc cgatcgatgc
    10501 agaggtagcg tttgtctaaa gccttcaggc cggcgtagct ggagagtatc tcgccctccg
    10561 gtgtgtgatc gtaagtaatg aagtagaagg tgcggatcac gattttgcga tcacgcgtaa
    10621 agtcggcaaa gaagtatccc acccgcatgc cgaagacgct gaaggtgatg agcagcgaac
    10681 ccttatacca gtccacctcc cacgtggcga agcagaagtt catatacgta ttgaccacgt
    10741 tcggcgagag cccatcgaca cgctcaaaca tgcgcttgat ggcgtgttcc tggatgtaga
    10801 cggggtaggg tctgtcaggg tccatctccg ggatgtaggg gttgttgggg atgcaggccg
    10861 tgagccaccg gaggccatcg ttgacgatgt cggggtagcc cacacggaag aagaggcggc
    10921 gctccccctt gcggtcggtg ccccagatcg acttgggctg gcaggacgag aagctgaccg
    10981 tgcgccccac gcggttgtga aacatctcga agttgtgctt cttgatccac agcaggtgca
    11041 tgcagggatt ggagagctgg aagaggtaag tcatgaggat gctggagtat tgatactcca
    11101 tgcggacgag cgcgcggtcg aactcctcgg agaagtcgca cgggtcgttg aggctgcgca
    11161 tggtgaagcc gttgtcttcc acgatctcaa ggatgcgttc gcgcgacttg tcgtcggcat
    11221 agcggcgtgt gtcgcgcgag tcgcgcatga tatagagcga gaagggcatc caaatgtcgt
    11281 agaagtctaa gggggagatg gtgcgtttct caccctctcg cagggtgaag ggcagcttgt
    11341 cttgctgcat gaagacgtag aactcgcgct tgatgaaggt taggtcgtcg ctgtcgaaga
    11401 cgctcatctc tgaggcgtcg atgcggatga gcgtggggcg tgcggagtag agcacccgca
    11461 gcatggattt gtcgatatat gggatggcgt ccgcgaagcc cagttcgcgg agcagggtga
    11521 acacgcgttt cttatagacg ttcgatcggc gggcctcttc ctctttacgt actccggggc
    11581 cgctggcctt tttctttttc ggcattacag tgtatttgtt ttccttattc ggaaggtaaa
    11641 agtattgctt ttcagaaaaa acgaaagctg ccttccggtg ctaatacccg ctccccatgc
    11701 gccttgtcgg ggctttatcg cttacgtttg cgcgccctta tgattaagca atggcctatg
    11761 attaattatt aatgattgat ggcggggagg tgccattctg cccccagtct ccggggggga
    11821 tcattgatca ttgataatta atcattgctc cttattccac cttatatgaa gaagattctc
    11881 tacctcttat tcttcgccct cccccttgcc cagccggctg cggtgcatgc gcaaggggag
    11941 gaggagatgt cagtactcca gcgcgctcgg atgcgccgcg acagcctgcg cagcgcgctg
    12001 ctctaccgct ttggggctac gcgcccggac tacaacgccg acagcgtgcg cgccgtgatc
    12061 gagagcggcc cctacttcgg catcttccgc gacaactact tcatcggcgg catccccatt
    12121 ggcgagcgca tccgtaggga taacagcaat gtgaagttcc aagtcagcat ccgccaccgc
    12181 ctgaccaaga gccgcctgcc gtttgacacc tacctcttcc tgcaattcac ccagaagacg
    12241 atctggaacg tggccgagga gtcgttcccc atgcgcgacc tgaacttcaa ccccggcatc
    12301 ggcttggggc acctcatcgt gtatcacaac aaatacatcg gccacgccat cttcatgctc
    12361 gagcacgaat cgaatgggaa ggacggcgag gcctcgcgca gctggaacaa ggtttcgctc
    12421 agcggcaccc tcatgctcaa ccgccacatg gagatgcagc tcaagacctg gctgcccatc
    12481 gtggacgggg agaacaatcg caacatcctg cgttactacg gcctggcgca ggccggcctg
    12541 ctctatcgct ccgacaaccg gcgtgtgcag acgggtatgc tggtcacttg gcgggcgcac
    12601 tccttcagct tcaacacgca gtgggagctc agcctgaagg tcagccgcca cgacaaccaa
    12661 tacctcttcg tgcagtatta caacggctat ggcgagaaca tgctcgacta cgatcgcttc
    12721 cggagcgtcc tgcgtgtggg catggtcatc aagcccgagg ggttcagcat ttattagcga
    12781 ggggggataa tcattatcca cattgtacaa ggtgcttgta cgctaccgta caaggctcgt
    12841 gtacgctact gtacaaggtg cttgtacgct accgtacaag gctcgtgtac aaattcaggc
    12901 ttatgcgttg cctggctcag ggcgttaccc tgagctatca tccagcgacc tttcaggctg
    12961 ctactcaaac agctccaaca gcaaatcttc gatagcctgc cgcatggcga gcgtcttgcc
    13021 cgtgtaatta ttcaccatca cggccacggc ataacgcaca tcgtcagcgt cgtccacata
    13081 accggcgtag cacaacacgc ggctcatgct gccccccttg aggcgcgccc ggccgtcgag
    13141 atccgtgtcg cgaagcatac gccgcaccgt cccgtcgcgg cccaccatcg gcagcgcctg
    13201 tcggaaggcc tccgaggccc gcgagcgcgt agccatatac gtcagcatgt cgcacagaaa
    13261 cgcagccgtc accttgtccg tcaccgccag cccgctgccg tcgtacatcc agagcgcgtc
    13321 ggcgtcgagc ccctgcgcgg cccagtgtgc ccgcaccacc tgcgccccgc gtccgaacga
    13381 cgacagctcg ctctccgacc gtcgcccgag cgtcttcaac agtgcgtcgg catagaggtt
    13441 atggctcacg acacagagcc ggcgcgcgat ctcacgcagc ggccgcgagc gtgtggtgat
    13501 gatcggccgg cgcgggcgcg tcgtctcacg ccctgcctca gcctcgatgc gcatggaggt
    13561 ggggcgtttg cggatgcgta tgcctcggtc gcgtagccgt tcgttcacat aacgggccac
    13621 gaagagcggc gggtcgggca ggtcggagcc taagtagagg ccggagcgcc gcgcggggag
    13681 ggtgccgtag agggcgcgct cggtgacgaa ggggaagccg acggcgtagg cgctgtcttt
    13741 cgtggcggcg cgcaggtagt tgcggaaggt gaggccctcg acgcgcggcg agacggacgt
    13801 gacgcgcggc gtagtgcccg gcgcgccgct tgtgagcgag agggcgatgc ggttgtcgaa
    13861 gatgttcagg ccgtaggagc cctgtccgta ggagctgccg aggtcttcgc gcagccattt
    13921 catggagacg ccctcggtgt cgaacacgcg tgcgtcggcc accacggcgc cggtgatctc
    13981 gcggatgcca gcccgctcga cggcttccac ccaggcgtcc accacgctgt cgcgcggcgt
    14041 ggccgactcg gacgagttca gcgtcgggtc gccgccaccg cggatgtaga ggttgccgtc
    14101 gagcacccca tccgggcgca gctcgccgtc gtactccacc gtcgtctcga agcggaaatc
    14161 ctcgcccagc agctcgagtg ccgtggctgt cgtcaccgtt ttcatcaccg aggccggcgt
    14221 cagctgccga tcgccctcgt agctgtagag cgtcttgcca tccttcacgc gtttggccac
    14281 gaacgacact gacgcgccgc gcacaatggg tcgctccaca aaacggcgca gcgccccggg
    14341 catctccgcc cgttgcgctg taacctcgcc gtgcgccgcc gcaatcaaca tcagcgcgca
    14401 ggccatctct tttgccccac gcaggggctt ctttctcttc atgttcatgt ttatgtgatg
    14461 attaattagg ggcaattcat tcaccgatat agggatggac tcccgcacga tgcctgcaag
    14521 cctgctttgt atcatccgca acgcatgctt tgcgtcacct acaacgcatg ctttgtgtca
    14581 ctcacaacgc aggctttgcg tcacc
//
LOCUS       SEQF3106|MIQD01000050.114303 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..14303
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(77..880)
                     /locus_tag="SEQF3106_01431"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNAKEQSATKGRFETIELGDFRLHVYHTNDVMGDVSFLIEGPDG
                     LVTLEQPLFKDNIAEFDAYEASLGKPVVQRITDYHLGGTGDHPILMPEGMHAFTQGDI
                     YGGMMKGFAQQFGDAITAMPTGKVSEVAFDKPVAYAGVSFRFVHGATNDFPAAGILIG
                     GKVFYTHWTPMKAHVNTLQVATPAAIDAQIEATEQSLASGATHFIGGHGAGVGTVDDA
                     RFKIDYLKKMKALRASEATPEAFAAALRSAYPGLPGEEGIDALAKALYQ"
     CDS             1098..1457
                     /gene="hxlR"
                     /locus_tag="SEQF3106_01432"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P42406"
                     /codon_start=1
                     /transl_table=11
                     /product="HTH-type transcriptional activator HxlR"
                     /translation="MTVINPRYLSCPIRQVISRFGDKWSILVLRALHDSRTGVLRYSE
                     LHRTIADCSQKMLTSTLRRLEQSRLIHRKAYPEVPPRVEYSLTETGRSLMPVLDALVE
                     WATQHFDEVVGASPEQS"
     CDS             1560..2279
                     /gene="dapB"
                     /locus_tag="SEQF3106_01433"
                     /EC_number="1.17.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5HG24"
                     /codon_start=1
                     /transl_table=11
                     /product="4-hydroxy-tetrahydrodipicolinate reductase"
                     /translation="MNIALIGYGKMGHTIERLAPTRGHRIATTIDVDNREAAFASDTF
                     RHADVAIEFTGPQTAYDNILRCLRAGLPVVSGSTGWTARMDELKAHCHELGGAFFYAS
                     NFSLGMNLFFAINDRLAELMNAYPNYDVSLTETHHIHKLDAPSGTAITLAEDIIRRVD
                     RKTRWVKGEAEAADELGVRSVRQGEVPGTHEVIYDSTADTIRITHEAKNRDGFALGAL
                     LAAEFIRGRKGVFGMKDLMGL"
     CDS             2340..3752
                     /gene="lepB"
                     /locus_tag="SEQF3106_01434"
                     /EC_number="3.4.21.89"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00803"
                     /codon_start=1
                     /transl_table=11
                     /product="Signal peptidase I"
                     /translation="MKKISRRQWICFSIWAVLYLLFCIWMVNPWLLLGEFVIMDIFLT
                     KRIPWGAWKQSKNKHVREALEWVDDILFALIAVYFINVFVFQNYQIPTASLEKTLLVG
                     DYLFVSKLSYGPRVPNTPLSFPLVQNTLPFFNCKSYLDWPRWGYKRVKGFGQVQRNDI
                     VVFNFPTGDTVALGQQNPDYYWLIYENGRDVVNTRKDVFGDIVYRPVDKRENYVKRCV
                     GLPGDTLMVRDNRLYINGQLQKDPARMQLCYFVETDGTRLTEEQFQQMEISRDDRKLV
                     SEPRTGEEQFYYDYLPNIGFTATNGHYNPIYRLPLTREALAYLRKLPSVRTIKVEPDR
                     LGGPTFPPGYRTGWTRDNFGPIWIPRRGATIELNERNLELYHRCIINYEGNRMERRAD
                     GVILINGQPATTYTFRYDYYWMMGDNRHNSADSRSWGFVPEDHIIGKPILVWLSIDKD
                     RSIFNGGIRWSRMFRRVRAD"
     CDS             3778..4572
                     /locus_tag="SEQF3106_01435"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRPLTHCALGLLTALLIAVSVGRFCVGRYAVATRAMQPSLRPG
                     ERIVVDKLHRHYAIPRSAIVLFRSPHDGRTLLLGRSVGLPGDTLSVTPSGYLIRDRLY
                     PYPVDSPDVYRVPRDLRLSLLTLLCFLDIPVRHLTDDTAHFRLRLTPSEADCVRQTLP
                     LMLLPAPRPDPSAPHARFILPAARCPQRIDGVSLRLCREALLREARGHATIRSGRLFI
                     DGQPATTYTFREDYYWILSDNAAVAIDSRHLGPIPRSAIVGMVVGR"
     CDS             4669..5241
                     /locus_tag="SEQF3106_01436"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPSLNPFRINNYNHTQVINQKRINNYNHIQVINQKRIINYNHIV
                     VINQKQIINYNHIGVINQKRIINYNHIGVINHKRIINYRHIGVINPKRIEGFHPSEVA
                     NQKRIESFHPSEAANQKRIEGLHPSKIANQKRIESFHPSEAETHTMSLQGRTIPNRVT
                     SPRLLPLYSNENGPNEKSMRPEGPPDDSPG"
     CDS             5554..6837
                     /locus_tag="SEQF3106_01437"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDERILQYVWKYMLYREAEWLTTDGQHLEVISPGIHNRDAGPDF
                     FNARLRIDGTIWAGDVEIHTRASDWRRHGHDRDPAYDSVILHVVSISDDIIHRSNGSP
                     IPQIVLRIPERVMRSIDWLLARDQPTPCLSRLGDIEPLQLTAWMAALTYERLERKTDD
                     IIHRLARTHDDWNETFYITLTRNFGFGTNSDAFEWLATHLPSKCIRRQSHSLLQIEAL
                     LFGQAGMLDGDPIDNYHRNLQREHAFLRRKYNLPPPIGGHLFKQFRTRPINFPHLRLA
                     QLAAIWAHHDTLFSEILEPNATADRLLHHFRATPSDYWATHYHFGGPAPIHKTTLGLA
                     SARGLLINTVVPILFTYGKRRHLPELCERALQLLDDLPPERNAIVHSFTTAGLTTHNA
                     ADTQALIQLRREYCDKRRCLSCRIGFSLLKKVVVE"
     CDS             complement(6860..7348)
                     /gene="dfrA"
                     /locus_tag="SEQF3106_01438"
                     /EC_number="1.5.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11045"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydrofolate reductase"
                     /translation="MLSLIAALDERDAIGRGNSLPWHLPADMKHFRRLTLGHTVLMGR
                     RTFDSLPKGALPDRRNIVLSTRVDACCAGCLVVHSVGEAIEACRGDAEAFVIGGREVY
                     RQLLPVADRIYLTRVHHTFPEADVFFPSVDWGAWREIERTEHVADEKNAYALSFVTYE
                     RG"
     CDS             complement(7420..8277)
                     /gene="thyA2"
                     /locus_tag="SEQF3106_01439"
                     /EC_number="2.1.1.45"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11044"
                     /codon_start=1
                     /transl_table=11
                     /product="Thymidylate synthase 2"
                     /translation="MLCPLPFYFCPRSSIDIQYIIMKQYLDLLNDVLREGCVKEDRTG
                     TGTVSVFGRQLRFDLSQGFPLLTTKELHLKSIIYELLWFLRGDTNVHYLQEHGVRIWN
                     EWADANGDLGHIYGYQWRSWPDYAGGAIDQISEVVDEIRRRPDSRRLIVSAWNVADLG
                     RMNLPPCHLLFQFYVADGRLSLQLYQRSADLFLGLPFNIASYALLLMMTAQVVGLRVG
                     DFVHTLGDAHIYRNHLEQVRLQLSRTPRPLPHMELNATRRSLFDFQYDDFHLTDYHPH
                     PHIAGRVSV"
     CDS             8812..10329
                     /gene="ahcY"
                     /locus_tag="SEQF3106_01440"
                     /EC_number="3.3.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0A087WNH6"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenosylhomocysteinase"
                     /translation="MPLCGAPLSPFPLSFLFYFRAQFIQTKQRNRIIMVKESTEKLPY
                     KVADINLADFGRKEIEIAEHEMPGLMALREKYAGQKPLAGARITGSLHMTIQTAVLIE
                     TLLDLGADVRWASCNIFSTQDHAAAAIAADGVPVFAWKGETLEEYWWCTNEALSFPGG
                     KGPHLIVDDGGDASLLVHRGYAAENDPTLLDRKGSNREEQVIIDLLKRVHEATPTRWH
                     NMLKEMKGVSEETTTGVHRLYQMMERGELLIPAINVNDSVTKSKFDNLYGCRESLADG
                     IKRATDVMIAGKVVVVAGYGDVGKGCSHSMRSYGARVLITEIDPICALQAAMEGFEVT
                     TMEEAVKEGNIFVTTTGNCDVITIDHMRQMKDQAIVCNIGHFDNEIQVDQLQNFPGIV
                     RLNIKPQVDKYTFPDGHAIFLLAEGRLVNLGCATGHASFVMSNSFTNQTLAQIDLWQK
                     DYKPGVYCLPKHLDEEVARLHLARIGVKLSKLTQKQADYIGVPVDGPFKSEIYRY"
     CDS             10496..11143
                     /gene="vraR"
                     /locus_tag="SEQF3106_01441"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A2Q1"
                     /codon_start=1
                     /transl_table=11
                     /product="Response regulator protein VraR"
                     /translation="MTNVILVDDHELFRLGIRGSLRQTDVHIIGEADCGKRLFQLLKQ
                     LRPDLIFLDIILPDMTGIDIARKLRETHPGIRILILSSENTTDTVKDLLQIGIDGFIS
                     KRRCNSVELSKAVRVIMEGECYFGRDISTLMYNIVMAKRRTQQGSGPNFTDREAEVIR
                     LSHEGLSAKQIAEVMGISHRTVEAHKTHIFKKLGINNTYEMIQYAIKCGIISPDG"
     CDS             11241..13547
                     /gene="pupA"
                     /locus_tag="SEQF3106_01442"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25184"
                     /codon_start=1
                     /transl_table=11
                     /product="Ferric-pseudobactin 358 receptor"
                     /translation="MKRNFILSLLLCSVMAGGALQAQQAVPNETVDPTEVDTTLYLEE
                     QVVVGHRMKRLSLFRLPVTLSETPLTMSIVDAKALRDLNITDLLQIHKTTAGVRVMNN
                     YGGFHMFRARGMDGLVLLSNGIRDERAEIYSCAPTSSFVGVDRVEVIKGPSSALIGHS
                     AIGGIINVLYKQPAARTSVDARIAYGSWDTYTAQVGATGALSPTVNFRLDYTGILSDG
                     WRDNTRRSNNIYAALDFRPNDRNKFSFSAIAYDNRVHTDPGIPRFQNDIFDLAGNKVY
                     SKGDIPEGIDLAKTTLTYINDHLNDKHISSTNIWEHNLSENWLLRDVLGFSYNTLTYL
                     QSEEFSHLTSKTPGRYKHYYMNGNEKVYISVDSIQREPFHFDYDNYFAGNQLSVQGEF
                     EALGMRHLASFGYDFSYMSLKRWQGQVFSGPAISTVMSIRNPINNPGYLNEKFTRIID
                     FIEYYHSLAAFDQINVTDRLAAMLALRYNMFRRNITTSKSDNRVVTEKGEPAILTDNA
                     PTFKVGLVYELTPGSRVYASVSNSFRPIRTVGDNNYVYLDNKGRTIEPNSTGKVYDPE
                     RGMQYEVGIHSRFGTLLALELAGFHIEKTNIVQKFGTNAAGKSVIGQVGTVHSDGFEI
                     DATLTPSPYIDLRAGYALTLAKVGEYSSTEFARAAFKGNYLPYSPVHTAFGWLFLNNN
                     SERHRFRVGLGFDYASESYADLANAMRFDPAFVANAMASYRYNKFWTLQLNVDNLFDK
                     RYAKAAENTIQWLPEPGRNITVSAIFHM"
ORIGIN      
        1 ttgcggactt ccgtagacat accaccgact ttattcttac atcgaactca cgttattaca
       61 gggcgctgcg gatcgcttat tgatacagcg ccttagccag tgcgtctatg ccctcttcac
      121 cgggcaagcc gggataggca ctccggagcg cggccgcgaa ggcttcaggc gtggcctcag
      181 aggcacgaag cgccttcatc tttttgaggt aatcgatctt gaaacgcgcg tcgtcgactg
      241 tgcccacacc tgcaccgtgg ccgccgatga agtgtgtggc acccgaggca agcgactgct
      301 cagtggcctc gatctgcgcg tcgatggcag caggcgtagc gacttggagg gtgttgacgt
      361 gtgccttcat aggtgtccag tgggtgtaga acactttgcc gccgatgagt atgccagcag
      421 cggggaagtc gttggtggca ccgtgaacga aacggaagga gacgccagca taagcgacag
      481 gcttatcgaa ggccacctcg ctgaccttgc ctgtgggcat agccgtgatg gcgtcgccaa
      541 actgctgggc gaatcccttc atcatgccgc cgtagatgtc gccttgcgtg aaggcgtgca
      601 tgccttcggg catgaggatg ggatgatcgc ccgtgccgcc aaggtgatag tcagtgatgc
      661 gttgcacaac gggcttgccg agcgaggcct cataggcgtc aaactcggcg atgttgtcct
      721 taaagagcgg ttgctcgagg gtgacgaggc cgtcagggcc ctcgatgagg aagctgacat
      781 cgcccatgac atcgttggtg tgatagacat gcaggcggaa gtcgcccagt tcgatggtct
      841 caaagcgccc cttggttgcg gattgttctt tcgcgttcat ttcttgagtt attaaagggt
      901 tagtaaaagt ttacgaggac aaagctctgc acttcgcaaa cgcgcagcaa gaaggcaccg
      961 gcgagtgcgt cagttacctg ccggtaagaa tcggcgcggc gccgagaaaa tgccgaaagg
     1021 ggattaaccg agattaactg gggctgctcg gccgggctac ttttgccggc acacgttaat
     1081 ccccccctct ctgaattatg accgtcatca atccccgtta cctctcctgc cccattcggc
     1141 aggtcatcag tcgcttcggc gacaagtggt ccatcctcgt cctgcgggca ctgcacgaca
     1201 gccggacggg cgtcttacgc tacagcgagc tgcaccgcac catcgccgac tgctcgcaga
     1261 agatgctcac ctccacgctc cgcaggctgg agcaaagccg actgatccac cgcaaggcat
     1321 atcccgaagt gcccccacgt gtggagtatt ccctcaccga gacaggccgg tcgctgatgc
     1381 ccgtgctcga cgcccttgtc gagtgggcca cacaacattt cgacgaggtg gtgggcgctt
     1441 cccccgagca atcctaaaga gttggctaac cctcaggcgc gagcctatat ttgcgcaccc
     1501 atttacaggg gatcatttat agcttaaaac agggattaat tacaactgat tgttcaccca
     1561 tgaacattgc attgatagga tatggcaaga tggggcacac catcgagcgc cttgccccca
     1621 cgcgcgggca ccgcatcgct accacgatcg acgtggacaa ccgcgaagca gccttcgcct
     1681 ccgacacctt tcgccacgcc gacgtggcca ttgagttcac cgggccgcaa acggcctacg
     1741 acaacatact ccgctgcctc cgtgcggggc tgcccgtggt gagcggctca acgggatgga
     1801 cagcgcgcat ggacgagctg aaggcgcatt gccacgagct cggtggcgcc ttcttctacg
     1861 cctccaactt cagcctcggc atgaacctct tcttcgccat caacgatcgc ttggcagagc
     1921 tgatgaatgc ttaccccaac tacgacgtaa gcctcaccga gacgcaccac atccacaagc
     1981 tcgacgcccc gagcggaacg gccatcacgt tggccgaaga catcatccgg cgcgtagacc
     2041 gtaaaacgag atgggtcaag ggggaggccg aagcggcaga cgagctcggc gtgcgatcgg
     2101 tgcgccaggg cgaggtgcca ggcacgcatg aggtgatcta tgactccacc gctgacacga
     2161 tccgcatcac gcacgaggct aagaaccgcg atggcttcgc gcttggggcg ctgctggcgg
     2221 cagagttcat ccgcgggcgg aagggcgtat tcggcatgaa ggatttgatg ggactttaat
     2281 tgataataat cgggcggaca catacacaga gcgcttcgcc cctacatgta aataaaagaa
     2341 tgaagaagat atcaagacga cagtggatct gcttcagcat ctgggcggtg ctgtatctgc
     2401 tgttttgcat ttggatggtc aacccgtggc tgctgctggg tgagtttgtg attatggaca
     2461 tcttcctgac caagcgcatc ccgtggggcg cgtggaagca atcgaagaac aagcatgtgc
     2521 gcgaggcgtt agagtgggtg gacgacatcc tctttgcgct catcgcggtg tatttcatca
     2581 acgtattcgt gtttcagaac taccagatcc cgacggcctc gctcgagaag acactattag
     2641 tcggcgacta cctcttcgtg agcaaactga gctacgggcc gcgcgtgccc aacacgccgc
     2701 tctccttccc cttggtgcag aacacgctgc cgttcttcaa ctgtaagtcg tacttagact
     2761 ggccccgatg gggatacaag cgggtgaaag gattcggaca ggtgcagcgc aacgacatcg
     2821 tcgtcttcaa cttccccacg ggcgacacgg tggcgctggg gcagcagaac ccggattatt
     2881 actggctcat ctacgagaac gggcgcgatg tggtgaacac acgtaaggac gtcttcggcg
     2941 acatcgtcta ccgccccgtg gataagcgcg agaactatgt gaagcgctgt gtaggcctgc
     3001 ccggcgacac gctcatggta cgcgacaatc ggctctacat caacggacag ctacagaaag
     3061 accccgctcg catgcagctc tgctacttcg tggagacgga cggcacgcgg ctcaccgagg
     3121 agcagttcca gcagatggag attagccgcg acgaccgcaa gctcgtctcc gaaccacgta
     3181 ctggcgagga gcagttctat tacgactacc tcccgaacat cggcttcacg gctacgaatg
     3241 ggcactacaa ccctatctac cgcctgccgc tgacccgaga ggcgctggcc tacctccgca
     3301 agctcccctc cgtgcgcacc atcaaggtgg agcctgaccg cttgggcgga cccacctttc
     3361 ccccaggata tcgcacgggc tggacgcgcg acaacttcgg ccccatctgg ataccccgcc
     3421 gcggcgccac catcgagctc aacgaacgca acttggagct ttaccaccgc tgcatcatca
     3481 actatgaggg caaccgcatg gagcgccgcg ccgacggcgt gatcctcatc aacggacagc
     3541 cggccacgac ctataccttc cgctacgact actactggat gatgggcgac aaccgacaca
     3601 acagcgccga cagtcgctcg tggggctttg tgcccgaaga tcacatcatc ggcaagccca
     3661 tcctcgtctg gctctcgatc gacaaagacc gcagcatctt caacggaggc atccgctgga
     3721 gccgcatgtt ccgccgcgtc cgcgccgact gaccccacat ccgcacacct cccccccatg
     3781 aaacgcccgc tgacacactg cgccctcggc ctactcacgg ccctgctgat cgccgtctca
     3841 gtcgggcgtt tctgcgtcgg gcgctatgct gtggccacgc gcgccatgca gccctcgctc
     3901 cgccccggcg agcgcatcgt ggtggataag ctccatcgcc attacgcgat cccgcgcagc
     3961 gccatcgtcc tcttccgcag cccccacgac ggtcgcaccc tgctcctcgg ccgcagcgta
     4021 ggtctgccgg gcgacaccct cagcgtcacc cccagcggct acctcatccg cgaccgcctc
     4081 tatccctatc cggtcgactc cccagacgtc taccgcgtcc cccgcgacct ccgcctctcg
     4141 ctcctcaccc tcctctgctt cctcgacatc cccgtccgcc acctcaccga cgacacggcc
     4201 catttccgcc tccgactcac ccccagcgag gccgattgcg tccggcagac gctccccctc
     4261 atgctccttc ccgcgccccg ccctgacccg tcggcgcccc atgcccgatt catcctccct
     4321 gccgcccgtt gccctcagcg catcgacggc gtcagcctac gcctctgccg tgaggcgctg
     4381 ctgcgcgagg cgcgtggcca cgccacgatc cgctccggcc gcctcttcat tgatgggcaa
     4441 cctgccacta cctacacttt tcgcgaagat tactactgga tcctctccga caacgccgcc
     4501 gtcgccatcg attcgcgcca cctcggcccc atcccccgct cggccatcgt cggcatggta
     4561 gtagggcgtt aagcgggggg gaggatgacc cggcgcgccc agaaagggca atagatcctc
     4621 cgtcccataa caagtcgcgt gcatattgct ttggggggct acgaggcaat gccatccctc
     4681 aatccgtttc ggattaataa ctacaaccac acccaagtta ttaatcagaa acggattaat
     4741 aactacaatc acatccaagt tattaatcag aaacggatta ttaactacaa tcatattgta
     4801 gttattaatc agaaacagat tattaactac aatcacatcg gagttattaa tcagaaacgg
     4861 attattaact acaaccatat cggagttatt aatcacaaac ggattattaa ctacagacac
     4921 atcggagtta ttaatccgaa acggattgag ggctttcacc cgtcggaagt agctaatcag
     4981 aaacggatcg agagcttcca cccgtcggaa gcagctaatc agaaacggat cgagggcctc
     5041 catccatcga aaatagctaa tcagaaacgg attgagagct ttcacccatc ggaagcagaa
     5101 acccatacca tgtcgttaca gggccgaact attccgaata gggtaacgag cccacgcctc
     5161 ttacctctat actcaaatga aaatggtccc aatgaaaaat caatgcggcc tgaagggccg
     5221 ccggatgata gcccagggta gagcgacgcc accctgggcg gagcggcacc ctggggttgc
     5281 aatgcccgcc cgatcccccg caccctttgg aagcctccac ccaccctgcc cccagcaggg
     5341 tgggtggagg cttccaaagg gtgcggtttt tttgcgtcgc ctgaacccag ggcaacgccc
     5401 tgggctatca tccagcgacc tttcaggccg ccgcgggaca ccttcaattt ttacaatcca
     5461 ttcctgattg actataatct gcattcggtg taagcgggcc tccgccttac gttactttta
     5521 cgcgacccaa aacgaaaaac aaccaatggc aatatggacg aacgaatcct tcaatacgta
     5581 tggaaatata tgctctatcg tgaggcagaa tggctcacaa ccgacggcca acacctcgaa
     5641 gtgatcagcc caggcatcca caaccgggac gcggggcccg acttcttcaa cgcccgactg
     5701 cgcatcgatg gcaccatctg ggcgggcgac gtggaaatcc atacgcgtgc ctctgactgg
     5761 cgacgccatg ggcacgaccg cgacccggct tacgactccg tcatcctgca cgtcgtcagc
     5821 atcagcgacg acatcatcca ccgatccaac ggcagcccca tcccgcagat cgtcctccgc
     5881 atccccgagc gcgtcatgcg cagcatcgac tggctcttag cccgcgacca gcccacgccc
     5941 tgcctctcgc gcctcggcga catcgagccc ctccaactca ccgcctggat ggcagccctg
     6001 acctatgagc gcctcgaacg caaaacggac gacatcatac accgcctcgc tcgcacacac
     6061 gacgattgga acgagacatt ttacatcacc ctcacccgca actttggctt cggcaccaac
     6121 agcgacgcct tcgagtggct cgccacccac ctgccctcca aatgcatacg ccgtcagagc
     6181 cacagcctcc tccagatcga ggcactcctc ttcggccaag ccggcatgct cgacggcgat
     6241 ccgatcgaca attaccaccg caacttgcaa cgcgaacacg ccttcctccg ccggaaatac
     6301 aacctgccac cacccatcgg ggggcacctc ttcaagcagt tccgcacacg ccccatcaac
     6361 ttcccccacc tgcgactggc gcaactggcc gccatctggg cacaccacga cacactcttc
     6421 tccgaaatct tagagcccaa cgccaccgcc gaccgcctcc tgcaccactt ccgcgccacc
     6481 ccctccgact actgggccac ccactaccac ttcggcggcc ccgcacccat ccacaagacc
     6541 accctcggcc tcgcctccgc ccgcggactc ctaatcaaca ccgtcgtgcc catactcttc
     6601 acctatggca aacgccgcca cctacccgag ctctgcgaac gcgccctaca gctcctcgac
     6661 gacctgccgc ccgaacgcaa cgccatcgtc cactccttca ctaccgccgg cctcaccacc
     6721 cacaatgccg ccgacaccca agccctcatc cagctccgcc gcgaatactg cgacaagcgc
     6781 cgctgcctct cctgccgcat cggcttcagt ctgctcaaaa aggtggtggt ggaataacta
     6841 ccctctgact accctttgac taccccctct cataggttac aaacgagagc gcgtaagcat
     6901 tcttctcgtc cgccacatgc tccgtccgtt ctatctccct ccacgccccc caatcgacgg
     6961 agggaaaaaa gacatccgcc tcagggaagg tgtgatgcac acgcgtgagg tagatccggt
     7021 cagccacagg cagcagctgt cggtagacct cccgcccacc gatgacgaag gcctccgcat
     7081 cccccctgca agcctcgatc gcctccccca cggaatgcac cacaaggcaa cccgcgcaac
     7141 aagcatctac gcgcgtagag agtacgatgt tgcgacgatc gggcagtgcc cccttcggca
     7201 gcgagtcaaa cgtgcgtcgc cccataagga cggtgtggcc aagcgtcaag cgtcggaaat
     7261 gcttcatgtc agccggcaga tgccacggca aactgttccc ccggccgatg gcatcgcgtt
     7321 cgtcgagggc agcaataaga gataacatag tctctgagta aataataatg tgtgtatggg
     7381 ggcgggctca actctccgcc cgtgcaggat aaaaaggaat caaaccgaga cgcgccccgc
     7441 aatgtgcgga tgggggtggt aatcggtcaa gtgaaagtca tcgtattgga agtcgaagag
     7501 gctccttcgc gtggcattca gctccatatg cggcaggggg cgcggcgtgc gcgagagttg
     7561 caggcgcacc tgctccaaat gattccgata gatatgcgca tcgccaaggg tgtggacaaa
     7621 atcgcccacc cgaagcccca caacctgcgc cgtcatcatg agcagcagcg cgtaggatgc
     7681 gatgttgaac ggcagcccca ggaagaggtc ggcgctgcgc tggtaaagct gcaagctgag
     7741 gcgcccgtca gccacataaa actggaagag caggtggcaa ggcggcaagt tcatgcgccc
     7801 caagtcagcc acattccacg cgctgacgat gagccgccgc gagtcgggcc ggcgcctaat
     7861 ctcgtccacc acctcgctga tctgatcgat cgccccacca gcatagtcag gccaagagcg
     7921 ccactggtag ccatagatat gcccaaggtc gccgttggca tcggcccact cgttccagat
     7981 gcgcacgcca tgctcctgta ggtagtgcac gttcgtatcg cctcggagga accagagcag
     8041 ttcgtagatg atggatttca ggtgcaactc cttcgtggtg agcagcggaa agccttggct
     8101 cagatcgaac ctgagctgcc ggccaaagac actgacggtg cccgtccccg tacgatcctc
     8161 cttcacgcat ccttcgcgga gcacgtcgtt cagcagatct aaatattgct tcatgatgat
     8221 gtattgaatg tctatggatg aacgggggca aaaatagaag ggcagggggc aaagcatcaa
     8281 gcgcacttca gtgaagcagc ttctaagact cctctccctc ccgtcacgcc gcgtgccgac
     8341 gctttttcga ggattttctt ctcgtcacgc cgcgtgccga cgagcaaatg agattttttg
     8401 cgccgtcacg ccacgtgccg acactttttc gagaatttcc ctcccgtcac gccgcgtgcc
     8461 gacgtttttt tgagaatttt cctctcgtca cgccacgtgc cgacgttttt tcgagaattt
     8521 tcttcccgtc acgccacgtg ccgacatttc caagcaattt tcaccgtcac gccgcgtgcc
     8581 gacgcccttt tccccacctt tttatgccct accaccccca cccactatcc tcaacaaaca
     8641 cccaccatcc cttaaaagac tgcaaaaaac agcccgccgc atgaaccttc cactttgagg
     8701 ggtgttttat atgcgaggtt gggagttgag accccagcct cttatagata aatagttgtt
     8761 tgttttagtt gatttgaaga aaggtctggc tgtgaagtcc gacctttttt tatgccctta
     8821 tgtggcgccc cgctcagccc attcccccta tcgtttttat tctactttcg cgcccaattc
     8881 attcaaacaa aacagagaaa ccgtatcatc atggtaaaag aatcaaccga gaaattaccc
     8941 tacaaagtag ctgacatcaa cctggccgac tttggccgca aggagattga aatagccgaa
     9001 cacgaaatgc caggcctgat ggcgctgcgc gagaaatatg ccggccaaaa gccactggct
     9061 ggcgcacgca tcaccggatc gctgcacatg accatacaga cggccgtact gattgagacc
     9121 ctcctcgacc tcggcgccga cgtgcgctgg gccagctgca acatcttctc cacacaagac
     9181 cacgccgccg cagccatcgc cgctgatggc gtacccgtct ttgcatggaa gggtgagaca
     9241 ttagaagaat actggtggtg caccaacgaa gccctgagct tccccggagg caaaggcccg
     9301 cacctcatcg tagacgacgg cggcgacgcc tccctgctcg tacaccgcgg ctatgcggcc
     9361 gagaacgacc ccacactgct cgatcgcaaa gggagcaacc gagaagagca agtgatcatc
     9421 gacctactca agcgcgtcca tgaggccaca ccaacacgct ggcacaacat gctgaaggag
     9481 atgaagggcg tatccgaaga gaccaccacc ggcgtccatc gcctctacca aatgatggag
     9541 cgcggcgagc tgctcatccc cgccatcaac gtaaacgact cagtcacgaa gtcgaagttc
     9601 gacaacctct acggctgccg cgagtcgctg gcagacggca tcaagcgagc tacagacgtg
     9661 atgatcgccg gcaaggtggt cgtcgtagcc ggctacggcg atgtaggcaa aggctgctcg
     9721 cactccatgc gctcctacgg cgcccgcgtg ctcatcaccg agatcgaccc catctgcgcc
     9781 ctgcaagccg caatggaagg cttcgaagtc accacgatgg aagaagccgt gaaggagggc
     9841 aacatcttcg tcaccaccac cggcaactgc gacgtcatca ccatcgacca catgcgccaa
     9901 atgaaggatc aagccatcgt ctgcaacatt ggccacttcg acaacgagat acaagtagac
     9961 cagctacaga acttccccgg catcgtccgc ctgaacatca aaccacaggt tgataagtac
    10021 accttccccg acgggcacgc catcttcctc ctggccgaag ggcgcctcgt caacctcggc
    10081 tgcgccacag gccatgcgtc gttcgtgatg agcaactcct tcaccaacca gacactggcg
    10141 cagatcgatc tctggcagaa ggactacaag ccgggcgtct actgcctgcc caaacactta
    10201 gacgaggagg tggctcgcct ccacttagcc cgcatcggcg tgaagctctc gaagctgaca
    10261 caaaaacaag ccgactatat cggcgtcccc gtcgatgggc cattcaaatc agaaatctac
    10321 cggtactgac gagtctttgt ctctactgtt aatttgttta attgtttaat tgttagttgt
    10381 tgtggtcggg cattggacgt gagtcccgtg cccgatcctt tttatcgaac agcctatacg
    10441 caatccatac ttttgacgcc gtaacactac acccccgaca ataaccagcg acgatatgac
    10501 aaacgtgata ctcgttgacg accacgagct gttccgcctc ggcatacgag gatcgctgcg
    10561 ccaaacagat gtccacatca ttggcgaggc cgactgcggc aaacgactct tccaactgct
    10621 aaagcaactg cgccccgacc tcatcttcct cgacatcata ctgcccgaca tgaccggcat
    10681 cgacattgcc cgaaagctgc gggagacaca cccgggcatt cggatcctca tcctttcgtc
    10741 agagaatacg acagacaccg tcaaagacct actacagatc ggcatagacg gcttcatcag
    10801 caagcggcgc tgcaactcgg tggagctgag caaagccgtg agggtgatca tggaaggcga
    10861 atgctacttc ggacgcgaca tctcgacatt gatgtacaac atcgttatgg ccaagcggcg
    10921 gacacagcag gggagcggac cgaacttcac tgaccgtgag gctgaagtga tccgcctctc
    10981 gcacgagggg ctgtcggcta agcagattgc agaggtgatg ggaatcagcc atcgcacagt
    11041 cgaagcgcac aagacgcaca tcttcaaaaa gctgggcata aacaacacgt atgagatgat
    11101 acagtatgcc atcaaatgcg gcatcatcag cccagacggt taaggctccg cagaccctca
    11161 ctacacacac cacacacaca tgcatcagaa gaattttttc tccataaaca ttttacacta
    11221 cacactaaaa atcaaccgaa atgaaaagga acttcatcct gagtttgctt ttgtgttcgg
    11281 tgatggctgg cggtgctttg caggcgcagc aggccgtacc gaacgagaca gtcgacccga
    11341 ccgaggtcga caccaccctc tatcttgaag agcaggtcgt cgtcggccac cgcatgaagc
    11401 ggctgagcct cttccggctg cccgtcaccc tgtctgagac gccgctgacg atgtccatcg
    11461 tagacgctaa ggcgctgcgc gacctgaaca tcaccgacct cctccagatc cacaagacga
    11521 cggccggcgt ccgcgtcatg aacaactacg gcggcttcca catgttccgc gcacgcggca
    11581 tggacggcct cgtactcctc tcaaacggca tccgcgacga gcgcgcggag atctactcct
    11641 gtgcgccgac ctcatcgttc gtcggtgtgg accgcgtgga agtgatcaag ggtccgtcgt
    11701 ctgcactgat cggccactcg gccatcggcg gcatcatcaa cgtgctctac aagcaacccg
    11761 cggcacgcac atcagtcgac gcgcgcatcg cctacggcag ctgggacacg tacaccgcgc
    11821 aagtgggagc caccggtgcc ctctcgccca ccgtcaactt ccgactggac tacacgggca
    11881 tactgagcga tggctggagg gacaacaccc gccgatcgaa caacatctac gccgcattag
    11941 acttccgccc gaacgaccgc aacaagttct ccttctcggc catcgcctac gacaaccgcg
    12001 tgcacaccga cccgggcatc ccccgcttcc aaaacgacat cttcgacttg gccggcaaca
    12061 aggtctacag caagggcgac atccccgagg gcatcgacct ggccaaaacg accctgacgt
    12121 acatcaacga ccacctgaac gacaagcaca tctcgtcgac caacatctgg gagcacaacc
    12181 tctcggagaa ctggctgctg agggatgtgc tcggattctc gtacaacacg ctcacctacc
    12241 tgcagtctga ggagttctcg cacctaacgt cgaagacgcc cggccgatac aagcattact
    12301 acatgaatgg caatgagaag gtctacatca gcgtcgactc catccagcgc gagcccttcc
    12361 acttcgacta cgacaactac ttcgccggca accagctctc cgtccagggc gagttcgaag
    12421 ccctcggcat gcgccacctc gcctccttcg gctacgactt ctcctacatg agcctcaagc
    12481 gctggcaggg gcaggtgttc tccggcccgg ccatcagcac cgtcatgtcc atccgtaacc
    12541 ccatcaataa cccgggctac ctgaacgaga agttcacgcg catcatcgac ttcatcgagt
    12601 attaccactc cctggctgcc ttcgaccaga tcaacgtcac cgaccgcctc gcggccatgc
    12661 tcgccctgcg ctacaatatg ttccgccgca acataacgac cagcaagtcg gacaaccgcg
    12721 tcgtcaccga gaagggcgag cccgccatcc tgaccgacaa cgccccgacc ttcaaggtgg
    12781 gcctcgtcta cgagctcacg cccggcagcc gcgtctacgc ctccgtctcc aactccttcc
    12841 gccccatccg caccgtcggt gacaacaact acgtctactt agacaacaaa ggccgcacca
    12901 tcgagccaaa ctccaccggc aaggtctacg accccgaacg cggcatgcag tacgaagtcg
    12961 gcatccactc gcgcttcggc actttgctgg cccttgagct ggccggcttc cacattgaga
    13021 agaccaacat cgtacagaaa tttggcacga acgcagccgg gaagagcgtc atcgggcagg
    13081 tcggcaccgt ccactccgac ggcttcgaga tcgacgccac cctcacgccc tcgccctaca
    13141 tcgacctgcg cgcgggctac gcactgacgc tggccaaggt gggcgaatac tccagcacgg
    13201 agtttgcccg ggccgctttc aaaggcaact acctgcctta ctcgcccgtc cacacggcct
    13261 tcggctggct cttcctgaac aacaattcgg agcgccaccg cttccgcgtc ggtctcggct
    13321 tcgactacgc cagcgaatcc tacgccgatc tggccaacgc catgcgcttc gacccggcct
    13381 tcgtggccaa cgccatggcc agctaccgat acaacaagtt ctggacgctg cagctgaatg
    13441 tcgacaacct cttcgacaag cgttacgcca aggcggccga gaacaccatc cagtggctcc
    13501 ccgaaccggg acgcaacatc acggtgtcgg ccatcttcca tatgtgattt atcgtcacac
    13561 agaaagcaaa ttgccaacca cgcccccgac aattttggag gcatggttgg caatttgttt
    13621 tgggaatgct tgctcaaccc caagccttat gatcaaacgg acaataaggc gcgccctccc
    13681 gaacgattgc ctcccccgga tgtttctatt ttcgcccgcg ctttggcaga ggccgagcgt
    13741 ttaagtacaa tttgaagggc gtttgcatgc catgcacgcc atgcaaaggg caaaatgagg
    13801 gtcatttcag tactcgcacg ccatgcaagg tgcaaaatga gggtcatttc gggctttgca
    13861 cgccatgcaa gggcaaaaag ggggtcattt cgatactcgc acgccatgca aggtgccaaa
    13921 tgagggtcat ttcagtactc gcacgccgtg caaagggcaa aaagggggtc atttcaggct
    13981 ttgcacgccg tgcaaggtgc aaaatgaggg tcatttcggg ctttacacgc catgcaaagg
    14041 caaaatgagg gtcatttcgg gctttgcacg ccgtgcaagg tgcaaaatga gggtcatttc
    14101 gggctttgca cgccgtgcaa aggcaaaacg tggcaagttt tggagcttgc acgccgtgca
    14161 aaaggcaaaa cgtggcaagt tttggggctt gcacgccatg caaagtgcaa aacgtggcaa
    14221 gtttcggagc ttgcacgcca tgcaaagtgc aaaacgtggc aagtttcata acagacacgc
    14281 gtgtaattta tgattcgtgg caa
//
LOCUS       SEQF3106|MIQD01000051.113908 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13908
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(704..955)
                     /locus_tag="SEQF3106_01443"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTLDSFSYSFNFLFFGGGGIFPPPLFERIGHNYPRRPVELINY
                     CFHHMLRMDLCKPPHIWQLPIETIGVWNQRSFLLCIWFC"
     CDS             1135..1452
                     /locus_tag="SEQF3106_01444"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGCKVLENMFAASLKYMTAVTDRHNAYFALHILNHQVCLVNLLR
                     ELQDLNELDKDQWLKQAESLFVGAIHTRKERSKVPINSRPWVTRLDNKLKQSVVHLKK
                     PFG"
     CDS             1777..3048
                     /gene="wbpA_2"
                     /locus_tag="SEQF3106_01445"
                     /EC_number="1.1.1.136"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:G3XD94"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetyl-D-glucosamine 6-dehydrogenase"
                     /translation="MKIAIIGLGYVGLPLAVAFAEHYPTVGFDINCKRIDELQKGLDH
                     TQEMDRDRLQGVLSNTEEKGLTLTDDNEQLSDCTVFIVTVPTPITKFKTPDLAPLLAA
                     SATVGRALKSGDIVIYESTVYPGCTEEDCVPVLEKASGLKYNVDFFCGYSPERINPGD
                     RKNTLETIQKVVSGSTEEVAEKVEILYRSIVPAGTFRASSIKVAEACKAIENAQRDVN
                     ISFVNELSLIFDRMGIDTQEVLEAAATKWNFLKFIPGLVGGHCIGVDPYYLMHKSQCL
                     GYNPQVILSGRSVNDGMGRFVASKTVKLMIRHGIRIVGSRVLVLGFTFKENCPDTRNT
                     KVVDVIDELKDFGIHVDVYDPHALRDEVRAEYAIDLLAQQPDPKQYDGIILTVAHDEF
                     CSIDFSFVRYQPTVLFDVKGILDKSLVHGRL"
     CDS             3067..3960
                     /locus_tag="SEQF3106_01446"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMRLAPIVLFTYNRPVHTRQTIDALLKNEYASESDLIIFSDAPK
                     NCVAEDGVRQTRAYLRGITGFRSIKLIERAENMGLAANIIDGVTQVVNEYGRIIVLED
                     DLLTSPYFLKYMNEALSMYEHADEVISVHGYVYPVKKLLPENFFLIHTDSLGWGTWKD
                     KWVYFNPNGEELLRQLTQKRLLRQFNFDGSYDFVKMLRRQIKGENNSWAIRWYASAFL
                     NNKLSLYPGRSLIFHNGSDGSGTNYGGDSALDVELSDRPILLNPLAFHEDSKAKQAFI
                     HYFRYTVLWHKIRYRIKHLLQ"
     CDS             4023..4115
                     /locus_tag="SEQF3106_01447"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFFFELQLSMVFTICFHLNIKTKIIELLLG"
     CDS             4129..5136
                     /locus_tag="SEQF3106_01448"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLKSFFQHLLDRYDYIRYKERIVIGNANYYWCNIPVPIGYPKQ
                     SQTHPSILFFPKKWHGYSYWLASTPYPDELVEYENPCIYRSNDPTVFHPISQNPILKH
                     PGGDAYNSDPELFLFEDRLYCIVRENENSHYLREIKLLNSIDGQNWSKSFTIYTSDEE
                     DRQLLSPSYVRRRDKHLIYFLNGDAGIGRNGKCTGIEIAETDDLNTLFRFSSKGYFLN
                     QEKVRIEPWHFDLFEYKHRLYMVLCARDRNKWTFRNPMYTYLAVSEDYVNFHIYKKPI
                     IRYLKSYRPSAYVDSSGVFHLYFSIIGSFLKDHSDRNIAWTSMPFDYLLNIISERITH
                     E"
     CDS             5129..5827
                     /locus_tag="SEQF3106_01449"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKLFREIKFRKDSLLGKEYNFPIQREMKIQWVGDHNCGFYIVP
                     ELLHDKSVVYSFGVGEDISFDEDLIENFHCEVFAYDPTPRSKEFIQKKSLSSFHFSDV
                     GISDFDGTMEFYFPENDKYVSCSTYNRWGYDEQKRRPIQVPVNKLSSLMAKNHHKQID
                     LLKMDIEGSEYAVIDDLLKESVPVTQICVEFHHRFKGIGIQKTKVAVENLNKNGFDIV
                     AISDSKEEYTFVRR"
     CDS             5824..7086
                     /gene="bshA"
                     /locus_tag="SEQF3106_01450"
                     /EC_number="2.4.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81ST7"
                     /codon_start=1
                     /transl_table=11
                     /product="N-acetyl-alpha-D-glucosaminyl L-malate synthase"
                     /translation="MRVLFLNTSDSKGGAAIAAKRLMDTLRKEGIDVSMIVRDKAIDD
                     PAVIKIRSSKWMNKICFIYERLGIFIHNGFNRENLFAVSQANTGVDISRYNEVKRADI
                     IHIHWINQGFLSLKDVQRLVAIGKPVVWTMHDMWPCTGICHHARDCTSFMSKCGNCFF
                     LQSNKKRDLSTAVFRKKQQRIFCEENITMVGCSQWLAGKAKTSALTKRLRVISIPNPI
                     DIQQFKSYSDKESCRRRLGLPEHKRLILFGAANVTDKRKGIYYLIDAINRLLAVDPCL
                     AEKMGIVAFGEAKAEFVNLVKIPVYSLGYVSDVSQIVALYNAIDVFVTSSLEENLPNT
                     IMEAMACGVPCVGFRIGGIPEMIGHKKNGYVASYKDTDDLAAGIDWVLNKADRDELFR
                     NARRKVEKNYSEAVVAKQYIQLYQRLLK"
     CDS             7111..8034
                     /locus_tag="SEQF3106_01451"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEERITRSEKNSARSYEAHMHHHEKHFAEGQDYLYALKNPGSLA
                     HKTLCRIYDVFHSLLKESCSWLTIGDFTGVEAMYLTEQGQKAMASDISDVFLKEAHRL
                     KLIDAYDRINVEQIEYDEDMFDYVLCKEAFHHFPRAYLGLYEMIRVAKKGVVLIEPTD
                     VFCKMSSLVFLKNFCDLFNPNLINKLWKNRYSWEVVGNYVFKLSEREVEKVAMGMGLP
                     CIAFKGVNIRLKPIPASWGDQKKIPIDKRLERKLNRSFFFWDLICRLRIIPHNNLCAI
                     IFKEMPGTELLEDLRRNHFQVLELPHNPYLH"
     CDS             8048..8839
                     /locus_tag="SEQF3106_01452"
                     /EC_number="2.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WMX9"
                     /codon_start=1
                     /transl_table=11
                     /product="putative glycosyltransferase"
                     /translation="MPPLFSIITVTYNAAKALGRTLQSVGGQTYGEIEYAVIDGGSTD
                     GTMEQVVRWEETVADERMRHGIEPMRCVTVSEPDRGLYDAMNKGLKRATGDYVWFLNA
                     GDTFKSPETVAQMAEVAERNGMPDVLYGETDVTDSEGRFIAARRLKAPDALTWRSFHT
                     GMRVCHQAFIVKRSVAPMYDLQYRFSADFDWCIRCMKQSQRIVNSRMRLVNYEAEGMT
                     TQNRKASLVERYRIMCRYYGTLPTLGRHIWFAARFLWAKASGNKA"
     CDS             9076..10161
                     /gene="comEC"
                     /locus_tag="SEQF3106_01453"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39695"
                     /codon_start=1
                     /transl_table=11
                     /product="ComE operon protein 3"
                     /translation="MGVVLACLTVFLAIQSTALAERRLDDPGRTQPSQWQQAAQEVQG
                     RVVERLGQLRLSADEHAVLASLTVNERSTMTRELRQRFSAVGVAHLLAVSGFHVALVS
                     GALALLLSVLPRTTPFRVIRCGLMIVGAWGYAAVSGLSAPAVRAATMLTIYLIGVAIR
                     RNPEPYNTLAATALLMLVGDPLRLFDVGFQLSFSAVFFILLLAPRITRLIDVHHPLIA
                     PPWRLVAISVAAQIGTFPLCCYYFGRASLVFLFSNFFLSLAATLLIPAALVWVALPVG
                     TPGLSALQVVVEQLTHMLVAVVDRFSCLPWASVSVRFDLVQLIGVYVVLFFALRVVIG
                     RSRRSLFAALGCVLVLMVYAIIRQLVG"
     CDS             complement(10569..11258)
                     /gene="ispD"
                     /locus_tag="SEQF3106_01454"
                     /EC_number="2.7.7.60"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q06755"
                     /codon_start=1
                     /transl_table=11
                     /product="2-C-methyl-D-erythritol 4-phosphate
                     cytidylyltransferase"
                     /translation="MNKPMPHTVLIVAGGRGARMGSEQPKQFLPLAGRPILMHTIEAF
                     DRWDNTSDLLLVLPADQRATWQQLCEAHAFRRPHRVVSGGATRFHSVLNGLRALPTTS
                     GLIAVHDGVRPLVSPSVIAACFAAAEAYGAAIPVLPMIESVRQIDADGRSRPIDREQL
                     RIVQTPQVFRADILRAAYRLPFEPRFTDDASVVEASGAPIRLVPGNRENIKLTTPMDL
                     ALAEVLMKGED"
     CDS             complement(11251..11451)
                     /gene="xseB"
                     /locus_tag="SEQF3106_01455"
                     /EC_number="3.1.11.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00337"
                     /codon_start=1
                     /transl_table=11
                     /product="Exodeoxyribonuclease 7 small subunit"
                     /translation="MSDKKESYTAAITKLRQIIEDIERGELDVDVLSAKVKEAGRLIS
                     LCKEKLLKADEEVKKILDELDE"
     CDS             complement(11663..12988)
                     /gene="xseA"
                     /locus_tag="SEQF3106_01456"
                     /EC_number="3.1.11.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P04994"
                     /codon_start=1
                     /transl_table=11
                     /product="Exodeoxyribonuclease 7 large subunit"
                     /translation="MTDPFTAVDPASVLTLTELNLAIKQALSGALPDTYWVRAETSEV
                     RVNAYSGHCYLEFIEKDEHTGQIAARARGTIWASRFGMLRPYFEQETGRPFTSGLKVL
                     VCVAVEFHPLYGLSLAVHDIDPTFTVGDMVRRRKEIIRQLQSDGVFDLNRALSLPPLP
                     QRIAVISSATAAGYEDFTDQLLHNEYGFPFYVKLYPALMQGERTEASIIAALDRIYAH
                     HEAFDAVVIIRGGGSTADLSSFDSYALAANCAQFPLPIITGIGHERDDTVVDLVAHTR
                     LKTPTAVAAFLIDCMALRLTELTELRDRLCRATNTRIEREQQTLHTVASRFPLLVAGH
                     IERRRTEWHRLSARLAAVPQLIERHRERIAALPLRLRRATDSLLMRRRHTLELSEQHI
                     RLASPDLLLRRGYTLTLRDGIIVKRAASLSPGDAVTLRFADGEQEAQIV"
     CDS             complement(12992..13717)
                     /locus_tag="SEQF3106_01457"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITERITHELRALGSATKAADLSRFFKTGPGEYGEGDRFLGVPV
                     PDVRRVARRHQANTRAEAVGPLLESPLHEVRLCGLLILVEHYERAKSPAVRAAVADFY
                     EAHRYRINNWDLVDLTAYKILGRETFDTNDADRLRRLADSERMWDKRIAIVATMHWIR
                     QGHTALAFELAHRNLTHPHDLMHKANGWLLREAGKRDVVTLCDFLRTHIERIPRTTLR
                     YAIERFPAEDRRAFLALGKTNNG"
ORIGIN      
        1 ggaatgagtg tttcatgcgg ttacgacgca cttgggtgta gacttgcagg aaactggggg
       61 cgggggtggt agactttgta gacatacttg cttgactata gggtttgaac tacataaagt
      121 taagaacatt cggacacata acaatagact ccaaacaaaa gaccgcgcga caatctcatg
      181 atagagtact ggatgaaatc aacagacggc tctcagcgca gggggggggc tgtctgtcag
      241 gtgcggagtc atcgttgatg caagcataac tggcacaccc cgtcgtcctc gtggactcaa
      301 agagtatgag ggtgttacgg acagggaaga ggaaggcggt atggaagtct cagaggaagc
      361 tatgttcaaa gaacatcacc aagcctaatg tagatgcaga agctagagat gggtgaagaa
      421 ggtgggagaa ctacatttcg gctataagcg ccgccatacg gttacggatg agaacggact
      481 cattctagtc gaggtaacca cccttgccaa tgaaagtgac atcaaacatc tcgaaaaccc
      541 tttgaagaag acaaagctac ttggggggag gctttgcaga caaggaatac gactgccgag
      601 aacaggaaga tactcatcca gataaagctg aagagccgcc tcatgcataa aggcacaagg
      661 acacactaga ttaccgaaag ggaacaacgg gaaaacgtgg ctgtcagcag aaccagatac
      721 aaagtagaaa ggacctttgg ttccatacac cgatggtttc gatcgggagt tgccagatat
      781 gtgggggctt gcaaagatcc atacgcagca tatgatggaa gcaatagttt ataagctcta
      841 ccggcctcct aggataattg tgtccaattc tctcaaataa gggggggggg aatattcccc
      901 cccccccaaa aaaaaggaag ttgaaagaat aggagaagct atccaatgta gacatatttc
      961 taagtaagag aatgagctat tacacagaga tgaactcgtt ttgcagaggc ttcgaagtac
     1021 atcaagactt ctgcaattgt gagcttcgat gaaagtgact gctactgcaa cagcgacttg
     1081 atcgagcttg ggtcgcctaa actgtacaat ttaccctgtt gtcccgagcc tgacatggga
     1141 tgcaaggtgt tggaaaacat gtttgcagcc tccttgaaat acatgactgc cgtgacagat
     1201 cgacacaatg cctacttcgc cttacacatc cttaatcacc aagtttgctt ggtgaacctc
     1261 ctaagagagc tccaggatct caatgaatta gacaaggatc agtggttaaa acaggcagaa
     1321 tcccttttcg tgggagctat acatacacgc aaggagaggt cgaaagtgcc catcaacagt
     1381 cggccgtggg taacgcgttt ggacaacaag ctcaaacaaa gtgtcgtcca tttgaagaaa
     1441 cccttcgggt gattaaggga cgaactcata aagtgtcgcg actacatctt caacttcttg
     1501 gaagattctc ttatccttcc agacaacaat gccagtgaat agggaattag aaaactcaga
     1561 attaagttaa agaattccgg aaccttcagg tctgacgttg gtgcagatat ttttctcagg
     1621 ctatatctcc aattatggaa acaactaaaa agctccgtct ctcaccacat agctatccgt
     1681 gtcctctttg atggtacgaa cagactggtg gtgggctatt actgaatagt tactaaacga
     1741 tagcccctgt tgaatgtata taaagatgaa ttaaatatga aaatagcaat tataggattg
     1801 ggatatgtgg gattaccgtt ggcggtagcg tttgcagagc attatccaac tgttggcttt
     1861 gatatcaatt gtaaacggat cgacgaattg cagaaagggc ttgatcacac ccaagaaatg
     1921 gatcgtgaca ggctgcaggg tgtcctatcc aatacagaag aaaaaggctt gacactgact
     1981 gacgacaatg agcagttaag tgattgtacg gtatttattg tgaccgtccc aacgccgatt
     2041 acgaaattta agacccctga tttagctccg ctattggctg cgtcggctac ggtaggtcgg
     2101 gcgttaaagt ctggggatat tgttatttac gaatcgacgg tttaccccgg atgtacggag
     2161 gaggactgtg tgcctgtttt ggaaaaagcc tcagggttaa agtataatgt tgatttcttc
     2221 tgtggttatt ctcctgaacg aatcaatcct ggcgaccgaa aaaatacatt agaaacgatc
     2281 cagaaggttg tttctggttc gactgaggag gtcgccgaga aggtggaaat actttatcga
     2341 tcaatcgttc ccgccggtac gtttcgtgcg tcgtcgatta aggttgccga agcgtgcaag
     2401 gcgatcgaaa atgcacaacg tgatgtgaat atttcatttg ttaatgaatt gtcgctgatt
     2461 tttgatcgta tgggaataga tacacaggag gtgcttgaag cagctgccac gaaatggaat
     2521 ttcctgaaat tcattcctgg cttggtcggc ggacattgca ttggtgttga tccttattac
     2581 ttgatgcata agtcgcagtg tttaggctat aatcctcagg tgattctttc cggccgctct
     2641 gtcaacgatg ggatggggcg ttttgtggct tcaaagacgg ttaaattgat gattcgtcac
     2701 ggcattcgga tagtcgggag tcgtgtattg gtacttggat ttacatttaa ggagaattgt
     2761 ccggacacgc ggaatacgaa agtggttgat gtgatcgatg agttgaagga tttcggcatt
     2821 catgtggatg tgtatgatcc tcatgcattg cgtgatgaag taagagcaga atatgccatt
     2881 gatttactcg ctcagcagcc tgatcccaaa caatatgacg gtatcatttt gacggttgct
     2941 cacgacgaat tttgttcgat tgacttcagc tttgttcgct accaacctac tgtcttattt
     3001 gacgtaaaag ggatcctcga taaatcgctt gtccacgggc gactttaatc gatttatttg
     3061 tcctttatga tgcggttagc acctatagta ctcttcacat ataatcgtcc ggtgcatact
     3121 cgccaaacaa tcgatgcatt gttgaaaaac gaatatgcct cggaaagcga tttgattatt
     3181 ttttcggacg ctcccaaaaa ctgcgttgcc gaagatgggg tgcgccaaac aagagcatac
     3241 ttaagaggga tcaccggttt tcgttcaatc aagttaatcg agcgtgcaga aaatatggga
     3301 ctggcagcaa acatcattga cggagtaact caagtcgtga atgagtacgg ccgaatcatt
     3361 gttttggaag atgatctgtt gacatcgccg tacttcctga aatatatgaa cgaggcgctt
     3421 tcgatgtatg agcatgccga tgaggttatt agtgtgcatg ggtatgttta tccagtaaag
     3481 aagttattgc cggagaattt cttcttaatc cacacagatt cacttggttg gggtacatgg
     3541 aaggataaat gggtgtattt taatcccaat ggagaagaac ttttgcgcca gttgactcaa
     3601 aagagacttc ttcgtcagtt taattttgat ggatcatatg attttgtaaa aatgcttagg
     3661 agacagatta agggagaaaa taactcgtgg gcaattcgtt ggtatgcttc cgcatttctg
     3721 aacaataaac tctctctcta tccgggacgt tctcttattt ttcataatgg tagtgatggc
     3781 agtgggacga attatggagg cgacagtgct ttagacgtcg aattgtccga tcgtcccatt
     3841 ttgctaaatc cacttgcttt ccatgaagat tctaaggcta agcaggcctt tattcattat
     3901 tttcgttata cggtactgtg gcataaaata cgatatcgaa taaaacattt gttacaataa
     3961 gagtagtact atcaaattgc tgacaataat tatgagaaga tacaggggtg tatttcccgt
     4021 gaatgttttt cttcgaattg caactgtcga tggtgtttac gatctgcttt cacttgaata
     4081 taaagaccaa gatcatcgag ttactattgg gataagggtg ctgggaagat gaaactaaaa
     4141 tcctttttcc agcatctgct agatcgatat gattatatcc gatacaagga gcgtattgta
     4201 attggaaatg cgaattatta ctggtgcaac attcctgtac ctattggtta tcccaagcag
     4261 agccagacac acccatcaat attattcttt ccaaagaaat ggcatggata ctcttattgg
     4321 ttggcctcga ctccctaccc ggatgaattg gttgaatatg agaatccatg tatttatcga
     4381 tcgaatgatc cgacagtttt tcatccgatc agtcaaaatc ccatattaaa acatccgggt
     4441 ggggatgcat ataattccga tccagaactt tttctttttg aagatcgact atattgtata
     4501 gtgcgagaaa atgagaatag tcattatttg cgagaaataa agctattgaa ttctatcgat
     4561 ggacagaatt ggagtaagtc atttacgatt tatacgagcg atgaagagga tcgccaatta
     4621 ttatcacctt cttatgtgag gcgtcgagac aaacacctga tttatttttt gaatggagat
     4681 gccggaatcg gtcgaaacgg gaaatgcact ggtattgaaa ttgcagagac agatgatctg
     4741 aatacgttgt ttcgcttctc ttctaaggga tatttcttga accaagagaa agtgagaatt
     4801 gagccctggc atttcgattt gtttgaatac aaacacaggt tgtatatggt attatgtgcc
     4861 cgagatcgga ataagtggac tttcaggaat ccaatgtata cctatttagc agtttctgaa
     4921 gattacgtca atttccatat ctataaaaaa ccgatcatcc gttatttaaa atcataccgc
     4981 ccttctgcgt atgtggatag tagtggcgtt ttccatttgt atttctccat cattgggagc
     5041 ttcctaaagg atcattcgga tcgcaacatt gcttggacaa gtatgccgtt tgattatttg
     5101 ttgaatataa tctcagaacg aataactcat gaataagtta tttcgtgaaa tcaagtttcg
     5161 caaagattcc ttattgggta aggagtacaa ttttccgata cagcgagaaa tgaagataca
     5221 atgggttgga gatcacaatt gtggttttta cattgtccct gagcttttac acgacaagag
     5281 cgtcgtatat tctttcggag tcggggagga catttctttt gatgaggatc taatagaaaa
     5341 ctttcattgt gaggtatttg cttatgatcc aacaccaagg tcaaaagaat ttatccaaaa
     5401 gaaaagtctc tcttcttttc atttttccga tgtcggcatt tcagattttg atgggacaat
     5461 ggagttttat tttcctgaga atgataaata cgtcagttgc tcgacatata atcgttgggg
     5521 gtacgatgaa caaaagcgga ggccgattca agtccctgtt aataagttgt cttcgctgat
     5581 ggcgaagaac catcataagc aaatcgattt gctgaaaatg gatatagagg gaagtgaata
     5641 tgcggtgatt gatgatttgt tgaaagaaag cgtgccagtc actcaaattt gtgtagagtt
     5701 tcatcatcgc tttaagggaa tcggaataca aaaaacaaag gtggctgtag agaacctcaa
     5761 taaaaatggt tttgatatag ttgcaatctc tgattcaaaa gaagaatata cgttcgttcg
     5821 tcgatgagag tcctattcct caacacgtca gattcgaaag gaggagctgc gattgctgca
     5881 aaacgtttga tggatacttt gcgaaaagag gggattgatg tctcgatgat agtgagagat
     5941 aaagcgattg atgatccggc tgtcattaaa atacggtcgt ctaaatggat gaataagatc
     6001 tgctttatat atgaacgttt gggtattttc attcacaatg gatttaatag agagaatctt
     6061 tttgccgttt cgcaagcaaa tacaggggtg gacatttctc gatataatga agtcaaacgg
     6121 gcagatatta ttcatattca ttggattaat cagggtttcc tatcgctgaa ggacgttcag
     6181 cgattggttg ctatcggtaa gcctgttgtg tggacgatgc atgatatgtg gccttgcaca
     6241 gggatttgcc atcatgctcg agattgcacg tcttttatga gtaaatgtgg aaactgcttc
     6301 tttttacagt caaataagaa gcgggattta tctactgctg ttttccgaaa gaaacaacag
     6361 aggatttttt gtgaagagaa tatcacgatg gtagggtgta gccaatggct ggcagggaag
     6421 gcgaagacaa gtgctttgac taaaaggctt cgtgttattt caatacctaa tccaattgat
     6481 attcaacaat tcaagtctta ttcagataag gaaagctgtc gtagacgatt aggattgccg
     6541 gagcacaagc gattaatctt atttggagca gcgaatgtca cggataaacg aaagggaatt
     6601 tattatctga ttgatgcaat taatcgattg ttagctgtcg atccatgcct tgctgaaaag
     6661 atggggattg ttgctttcgg ggaggctaag gcagagtttg tcaatctcgt caaaatccct
     6721 gtgtattcat tgggttatgt gtctgatgtt agtcagatcg tggcattgta taatgcgatc
     6781 gatgtttttg tgacgtcctc attggaggaa aacttaccga atacgattat ggaagcaatg
     6841 gcatgtggag tgccgtgtgt cggttttcgt attggtggta tacccgaaat gataggccat
     6901 aaaaagaacg gctatgttgc ctcgtataag gatacggacg atttggctgc ggggatagat
     6961 tgggtgctga ataaggcaga tcgtgatgaa ctctttcgga atgcccggag aaaggtcgag
     7021 aagaattaca gcgaagcggt tgttgctaaa caatacatcc agctttatca acgtttgttg
     7081 aaatgattgt tactgaaata gttggatagg atggaagaaa gaattacgag aagtgagaag
     7141 aattcggctc ggagttatga ggctcatatg catcatcatg aaaagcattt tgcggaaggt
     7201 caggattatc tatatgcatt gaaaaatcca ggatcgttag ctcataaaac attgtgccgg
     7261 atttacgatg ttttccactc tctgttgaaa gagtcttgtt cttggttgac tattggagat
     7321 tttacaggag ttgaggcgat gtatcttacg gaacaaggtc agaaggcaat ggcgtcagat
     7381 atttctgatg tcttcttgaa agaagcgcat cgtttgaagt tgattgatgc atatgatcgg
     7441 ataaatgtcg agcaaattga atatgacgag gatatgttcg attacgtctt gtgcaaggag
     7501 gctttccatc attttccacg agcctactta ggattgtatg agatgattcg agtggccaaa
     7561 aagggcgtgg tgttgattga gccgacggat gtgttttgta agatgtcctc tttggtcttt
     7621 ttgaagaact tttgcgatct gttcaacccg aatttgatca acaagctatg gaagaatcgt
     7681 tattcatggg aagtagtcgg caattatgtt ttcaaattat cggaaagaga agtcgagaaa
     7741 gttgcgatgg gaatggggct tccctgcatt gcttttaagg gtgtcaatat ccgactgaag
     7801 ccgatacctg cttcttgggg tgatcagaag aaaattccga tcgataaacg gttggaacgt
     7861 aaattgaata gatccttctt tttctgggat ttgatttgta gacttcgcat tattcctcat
     7921 aacaatctat gtgccataat cttcaaagag atgccaggca cagagttgct ggaggatttg
     7981 cggaggaacc atttccaagt gctcgagctt cctcacaatc cctatctgca ctaattgtta
     8041 tttccctatg cccccccttt tttccatcat cacagtcacg tacaatgctg ctaaggcgtt
     8101 ggggaggacg ttgcagagcg tcggcggaca gacgtatggg gaaatcgaat atgccgtgat
     8161 cgacgggggg tcgacggatg ggacgatgga acaagttgta cggtgggagg agacggtggc
     8221 ggatgaacgg atgcggcatg gcatagagcc gatgcgttgc gtgaccgttt cggaaccgga
     8281 tcgcgggctg tatgacgcga tgaacaaggg gctgaaacga gcaacgggtg attatgtatg
     8341 gttcctgaat gccggagaca cttttaaatc gccggagaca gtggctcaaa tggccgaggt
     8401 ggccgaacgg aatgggatgc cggatgtcct ctacggtgag acggacgtga ccgacagcga
     8461 gggacggttt atagccgcac gtcggttgaa ggcgccagat gcgctgacgt ggcgcagttt
     8521 ccacaccggg atgcgcgtct gtcatcaggc gtttattgtg aagcgcagcg tggctccgat
     8581 gtatgatttg caataccgct tctcggctga tttcgattgg tgtatccgtt gcatgaagca
     8641 atcgcagcgg atcgtcaact cgcggatgcg actcgtgaat tatgaggcag agggcatgac
     8701 gacgcagaac cgtaaggcct cgctggtgga acgttaccgc atcatgtgcc gatactacgg
     8761 gacgttgccg acgcttgggc gacacatatg gtttgctgcg cgattcctat gggcgaaggc
     8821 gagtggaaat aaagcgtgac aaaacacact tgaacggttt gcatccagtg catgacctcg
     8881 actgaaacga atgaattgag aaagcgacct ttagcgaggc cgcttttttt gtggattgcc
     8941 ggcaccctct gtgaggtctg ttatccgctt caacagtggt ctgttgtgtt gttgctccct
     9001 gctgttgtgg tgcttgtgtg ctccctgcga cgtggggaga cgccgagcga gctccgttta
     9061 gcaacgccga aaatcatggg tgtggtactg gcatgcctca ccgttttctt ggccatacaa
     9121 tcgacggctt tggctgagcg gcggcttgat gatccggggc gcacgcagcc gtcgcaatgg
     9181 cagcaggcgg cgcaggaggt gcaggggcgc gtggtggaac ggcttgggca gctgcgtctc
     9241 tcggccgatg agcacgccgt gttggcctcg ctcacggtca atgagcggag caccatgacg
     9301 cgcgagttga ggcaacgatt ctccgccgtt ggggtggcgc accttttagc cgtcagcggc
     9361 ttccatgtgg cactcgtcag cggcgcgctt gccctcttgc tctccgtcct gccccggacg
     9421 acgcctttcc gagtcattcg ctgcggcctg atgatcgtcg gtgcgtgggg atacgctgct
     9481 gtgtcggggc tttccgcacc ggccgtccgt gcagccacta tgttgacgat ctacctcatc
     9541 ggtgtggcca tccgccgcaa tcccgaacct tacaatacgt tggccgctac agcgttgctg
     9601 atgcttgtag gtgacccgct ccgcctcttc gatgtcggtt ttcagctcag cttctcagcc
     9661 gtcttcttca tcctgttgct tgctccccgc atcacgcgcc ttatcgacgt gcatcacccg
     9721 ttgatcgctc ccccttggcg cctcgtggcc attagcgtgg ccgctcagat cggcaccttt
     9781 cccctctgtt gctactattt cggccgcgcc tcgctcgtct ttctcttctc caacttcttc
     9841 ctctccttag ccgccacact gctcatcccc gcggccctcg tgtgggttgc cttgccggtg
     9901 ggcacgcccg gactttcggc cttgcaagtt gtcgtggagc agctcacgca tatgcttgtc
     9961 gctgttgtcg atcgcttcag ctgcctgcct tgggcctccg tctcggtgcg cttcgacctc
    10021 gtgcagctca ttggggttta tgtcgtcctc ttcttcgccc tgcgcgtcgt cattggtcgc
    10081 tcgcgccgct ccctctttgc cgccctcggg tgtgtgttgg tcttgatggt ttacgccatc
    10141 atccggcagt tggtgggata gcggcctgag gggcgctgga ttatagtcca aggtgcctgt
    10201 ccgattcccc gccctcttgt ataatcaatc ccttgcctgc tggggctgat ttgcaagggg
    10261 gcggggattt ttttgttttc gcttctttcc ccggggtttc gccccgggct atcatccgga
    10321 gacctttcag gccgccccgg atgcatccat gatttgcaat ccattataag agatgacgca
    10381 acgcatgctt tgtctgtgag tcattgggaa gagtgccttc cccgaggcgg gaagagtgtc
    10441 ttcctcgagg cgggaagggt gtcttccccg aggcgggaag ggtgtcttcc ccggtgcagg
    10501 aagagtgtct tccccggtgc ggcccttcag gtcgcatcgg ttgatgattg acaattattc
    10561 attcaccgtt aatcctcccc cttcatcagc acttccgcga gagcaagatc catcggcgtg
    10621 gtgagcttga tgttctcgcg gttgccgggg acgaggcgga tgggcgcgcc ggaggcttct
    10681 acgacggagg cgtcgtcggt gaaacgcggt tcgaagggga ggcggtaggc ggcgcggagg
    10741 atgtcggcgc ggaagacttg cggggtctgg acgatgcgca actgttcgcg gtcgatgggg
    10801 cggctgcggc catcagcgtc gatttggcgc acggattcga tcatggggag gacggggatg
    10861 gctgcaccat aagcctccgc tgctgcaaag cacgcggcaa tgacggacgg ggagacgagc
    10921 gggcgcacgc cgtcgtgcac agcgatgagg ccgctggtgg tggggagggc gcggaggccg
    10981 ttcaagacag aatggaagcg cgtcgcgccg ccagagacga cgcggtgcgg gcggcggaag
    11041 gcgtgtgctt cgcagagctg ctgccaggtg gcgcgttggt cagcggggag cacaaggagc
    11101 aggtcggagg tattgtccca acgatcgaag gcttcgatgg tgtgcatcaa gatggggcgt
    11161 ccggcgaggg gcaggaattg cttcggctgt tcgctaccca tgcgtgctcc gcggccgccc
    11221 gccacgatga ggacggtgtg tggcatgggc ttattcatcg agttcgtcga ggatcttctt
    11281 cacctcctcg tcggccttga ggagcttctc tttgcatagg ctgatgagcc ggccggcttc
    11341 tttgactttg gcggagagga cgtcgacgtc taactcgccg cgctcgatgt cttcgatgat
    11401 ctgccgcagc ttggtgatgg cggcggtgta ggattctttc ttgtctgaca tgggggatgg
    11461 aactaaaaac gaaaaatgaa aaactaaaaa tgggggcttc cctgccggta ggggtgatag
    11521 ggcgtatgcg atacgcccct acagccgggg atggaactaa aaacgaaaaa ctaaaaacta
    11581 aaaatggggg cttccctgcc ggtgataggg cgtatgcgat acgcccctac gagggcgagg
    11641 cccggtaatc attgaccatt acctaaacga tttgggcttc ttgctcgcca tcggcgaagc
    11701 ggagggtaac ggcgtcgccg ggggagagcg aggcggcgcg cttgacgatg atgccgtcgc
    11761 ggagggtgag ggtgtagccg cgacgcagga gcaggtcggg ggaggcgagg cggatgtgtt
    11821 gctcgctgag ctcaagggtg tggcggcggc gcatgagcag gctgtccgta gcgcgacgga
    11881 ggcggagggg tagggcggcg atgcgttcgc ggtggcgctc gatgagctgg ggaacggcag
    11941 cgaggcgtgc cgagaggcga tgccactctg tgcggcggcg ttcgatgtgg cccgcaacca
    12001 agagcgggaa gcgcgaggct acggtgtgga gggtttgttg ctcacgttcg atgcgggtat
    12061 tggtggcacg gcagaggcga tcgcggagct cggtcagctc ggtgaggcga agggccatgc
    12121 aatcgatgag gaaggcggcc acggccgtgg gcgtcttgag gcgtgtgtga gccacgaggt
    12181 cgaccacggt gtcgtcgcgc tcgtggccga tgccagtgat gatgggcagg gggaactgcg
    12241 cgcagttggc ggcgagggcg taggagtcga agctgctgag gtcggccgtg gagccgccac
    12301 cgcggatgat gacgacggcg tcgaatgcct cgtggtgcgc gtaaatccga tccaaggcgg
    12361 cgatgatgct ggcctcggtg cgctcgccct gcatgagggc ggggtagagc ttgacataaa
    12421 acgggaagcc gtattcgttg tgtaaaagct gatccgtgaa atcctcataa cccgcagccg
    12481 tggcggagga gatgacggcg atgcgctggg gcaggggtgg gagcgaaagg gcgcggttga
    12541 ggtcgaagac gccatcggat tgcagctgcc gaatgatctc tttgcgccgg cgcaccatgt
    12601 cgcccacggt gaaggtgggg tcgatgtcgt ggacggcgag ggagaggccg tagagggggt
    12661 ggaactcgac ggcgacgcac acgagcactt tcaggccgga ggtgaagggg cggccggtct
    12721 cctgctcgaa gtaggggcgg agcatgccga agcggctggc ccagatggtg ccgcgcgccc
    12781 gggcggcgat ctggccggtg tgttcgtctt tctcgatgaa ctccaagtag cagtggccgg
    12841 agtaggcgtt tacgcgcacc tcgctcgtct cggcgcgcac ccaatacgtg tcgggcaggg
    12901 cgcccgagag ggcttgcttg atggcgaggt tcagctccgt gagcgtgagg acgctggcgg
    12961 ggtcgacggc ggtgaaaggg tcggtcatcg tttatccatt attcgttttg ccgagggcga
    13021 ggaacgcgcg ccgatcctca gcggggaagc gctcgatggc gtagcggagg gtggtgcggg
    13081 ggatgcgctc gatgtgtgtg cggaggaagt cgcagagggt gacgacgtcg cgtttgccgg
    13141 cctcgcggag cagccagccg ttggctttgt gcatgaggtc gtgcgggtgg gtcaggttgc
    13201 ggtgggccag ctcgaaggcg agggcggtgt ggccctgccg gatccagtgc atggtggcga
    13261 cgatggcgat gcgcttgtcc cacatccgtt cagagtcagc gaggcggcgc aggcggtcgg
    13321 cgtcgttcgt gtcaaaagtc tcgcggccga ggatcttgta agccgtcagg tcgacgaggt
    13381 cccagttgtt gatgcggtag cggtgcgcct cgtaaaagtc ggccacggcg gcgcgcacgg
    13441 ccggactttt ggcgcgttca taatgctcca caaggatcag caggccgcag aggcgcacct
    13501 cgtgcagggg gctttcgagc aatgggccga ccgcctcagc ccgggtgttt gcctgatgcc
    13561 gccgcgccac gcgtcgcacg tctggcacgg gcacaccgag gaagcggtcg ccctcgccat
    13621 actcgcccgg cccggtcttg aagaagcgcg ataggtcggc cgcctttgtt gccgatccga
    13681 gggcgcggag ttcgtgggtg attctttctg tgatcatggg tgatgatgtg ttggggttga
    13741 tatgaagggt tattattcgt ggctcgaatc atttaggccg caacatgaag catttatgcg
    13801 tgtaggccat gaaacccacc acgtttttgc ctttgcacgg cgtgcaagct ccgaaacttg
    13861 ccacgaatca taaattacac gcgtgtctgt tatgaaactt gccacgtt
//
LOCUS       SEQF3106|MIQD01000052.113386 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13386
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             374..2020
                     /gene="pfp"
                     /locus_tag="SEQF3106_01458"
                     /EC_number="2.7.1.90"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9FAF8"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyrophosphate--fructose 6-phosphate
                     1-phosphotransferase"
                     /translation="MTKSALQIARAAYVPKMPVALRGSVRAVEGTATEAAGNRDEIKQ
                     LFPHTYGMPIVTFEPGDPGDPMPPINAGVILSGGQAPGGHNVIAGLFDGLKAANPASR
                     LFGFILGPGGLVEHKYMELTADIIDDYRNTGGFDMIGSGRTKLERREQFDKGLDILKE
                     LGISALVIIGGDDSNTNAAVLAEYYESIGAGVRVIGCPKTIDGDLKNEQIEASFGFDT
                     ACKVYSEVIGNIQRDCNSARKYWHFIKLMGRSASHIALECALQTHPNVCIISEEVEAK
                     DQSLDDIVNQIASVVARRAAEGKNFGTVLIPEGLIEFIPAMKRLIAELNDFLARNKAE
                     FKMIKKSVRHSYLITKLSKENSALYASLPEGVARQLALDRDPHGNVQVSLIETEKLLA
                     EMVDHRLSEWREEGRYMGTFATQMHFFGYEGRCAAPSNYDADYCYSLGYAASCLIRSG
                     RTGYMASVRNTTAPADKWIAGGIPITMMMNMEQRDGVMKPVIRKALVRLDGAPFRTYA
                     AMRDEWALTTDYVYPGPIQYFGPTEVCDAPTKTLQLEQGK"
     CDS             2129..2731
                     /gene="ribE"
                     /locus_tag="SEQF3106_01459"
                     /EC_number="2.5.1.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P16440"
                     /codon_start=1
                     /transl_table=11
                     /product="Riboflavin synthase"
                     /translation="MFSGIVEEAATIVALEQDKGNLHLTLRCSFVKELKIDQSVAHNG
                     VCLTVVRRTDDTYTVTAVRETLERSNLGLLHVGDRVNVERSMLMNGRLDGHIVQGHVD
                     QTAVCTDVREADGSWYYTFSYTADPEMARQGYMTVEKGSVCVNGVSLTVCNSRADGFE
                     VAIIPYTHDLTNFNAIVKGTVVNLEFDIIGKYISRLMTFK"
     CDS             3010..5766
                     /gene="tmoS"
                     /locus_tag="SEQF3106_01460"
                     /EC_number="2.7.13.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8KIY1"
                     /codon_start=1
                     /transl_table=11
                     /product="Sensor histidine kinase TmoS"
                     /translation="MRPKTTHLILRYTFIALLLTLLTTCVREKGEEKYVVGFSQCMTD
                     DVWRRAMEMEMRIEASGHDNLTIIQTDAHEDSELQIRQIRDMIRRKVDVLIISPNRPE
                     LLTPVAVEAYRAGIPTIIVDRKIDSDEYTAYVGGDSYRIGRLAGEEASRLLRPHATIL
                     EVWGARTTSPAQERHRGFVDGLDKTKGFRIVAIDGNWRREIARAAAESVDWSTIDLIY
                     AHNDVMALGAREALIEKDAARLRSIRILGADGAFGHDAGLEAVADGRLDASFLYPTGG
                     DQVIKIALQILRGENVEKNNVLSTALIDKPTAKTLLMQADQLINYQTKIEQQRKNMRR
                     LSDRFVLLRHSNTAILVLLALVAAFAVYSVVINWKIRKRNAQLRAVNEETERQKEQLV
                     ALNERIREATDQKVRFFMNVSHEIKTPLTLIVAPLLKWIRHTDNDRLRADLLRMKSSA
                     DRLMRLIEQLLDFRKMESGTSEMRRKKCDIVRLIATAVKLFDDAAETRHIAYSFEADA
                     PSALVEIDPDKIEKVCVNLLSNAFKFTDDGGRIVVSLKTREREGVTTLAVTDSGIGIA
                     PEKLPLIFHRFYSESKAGRIGTGIGLHLSEEFVRMHGGRILVDSEPGVGSTFTVELPL
                     ASSTASSAPVASAPEDMALTPREATLPNEIMGQKYPYTILVVEDDPEIREYLSVELSD
                     ILRVVTAESGTRALEALGADGKEITLVLSDVLMPGMSGFELCRAIKTAPRLAHLPVIL
                     LTALVDDDRRLYGIAEGADDYIPKPFDIDYVKIKIIRLLEERRRLGQHFMRSMQTGKL
                     PIAEQTDLPTADRLFMQRFVAILSKRFDDPELSVESMSREMGVSRVHLYRRIKTLSGF
                     SPVDYMRNFRLGKAAELLLHHRFSISEVAYRTGFSSPPYFSKCFKETFGMTPSEYVDS
                     HPKE"
     CDS             complement(5816..6088)
                     /locus_tag="SEQF3106_01461"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTPICLRQLDETEQKRQFASGNWTKQNENTHLPQAIGRNKIKT
                     PKSLRQLDETKRKHQKASGNWMPIKRKSTKIPAIDCIELLHQATDG"
     CDS             6520..9696
                     /gene="susC_13"
                     /locus_tag="SEQF3106_01462"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MKTTTFLRRLRTGTALLAAVLGLCCVQATLAQQVVVKSTVVDVH
                     NEPVIGATVIEKGTTNGTITDMDGNFSLEVRQGATVQVSYVGYTAQEFSAGSVPARIV
                     LAEDAETLGEVVVTGYSSQRKADLTGAVSVVKMDDIRDLNSGNAVQSLQGRVPGLQIA
                     NTGQPDGDVDVKIRGVSTLGNSKPLYIIDGVPSTRSMNEIATSDIESIQVLKDASAAT
                     IYGSRAANGVIIITTKKGKSGGTHVEFRASLTAQQWQRAIDLLNTEEYGLVRYRATVN
                     DGKELNTTTLSNGQPNPKLNRYTYMYDVTWKGDEPTLNRIVIPKYLDVAGEPVMQAAN
                     TDWVKEISRTGFTQNYNLNLTTGNDKGRALFALDYYGNNGTVRGTYFNRVTLRLNSDY
                     RLFNDRVTIGENLSIAKTRNSTLKGNNLQEDAKNIQSIVPIRDLKGGWGGPASNMSDR
                     QNPVRLIEDNKQNHEDVVRLFGDINLSVDILEGLAFRSRFGVDYTGFWTRTMQKTYKS
                     GFMSDNTARLNQSANYGGNWILSNTLQYKFKAGKSHFDLLAGQEMLKYTFSDMSAGRD
                     GFLLETPDYMYLSVGEGNLRNAGSGTSYALSSFFGKINYDYADRYLASFTVRRDGSSR
                     FGKNHRWGTFPAFSLGWRVSEEPFFEKARHTVSDLKLRYGWGQTGNQEIDNYASYGLY
                     QARYYTDPTWARDEGTAYDINGAGQGALPSGFIRIQRANPDLKWETTTQHNAGIDFGL
                     FDQRFTGSLDYFFKRSSDILVSPPYIGTIGFGGNRWVNGASMENSGVEFMLTYHTNIG
                     QVGLNITGNIASYRNKITELPEDVVNSYPGNGNDQTILGRPWKSLFGYVADGLFRSEA
                     EVKAHAEQPGKGVGRIRYKDINNDGRINDEDRTWLGVEDPDFLYGLNVNATWRQFDFS
                     MFWHGQVGSYANVTTIKSFTDFFGFFGGQNYGSRLLDAWSKENNGSTIPAVSANNVND
                     ESRFSSYFVENTSFLKLVNMEIGYRLPERMLKAAHMESARVYLSGQNLLTLKKTWGDN
                     AFTGVDPETPNFAYPIPRSLTLGLQVNF"
     CDS             9742..11475
                     /locus_tag="SEQF3106_01463"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A7LXT5"
                     /codon_start=1
                     /transl_table=11
                     /product="SusD-like protein"
                     /translation="MKTSIASFIRMATLGGLLLTAAACDDFLEVAPQSAADPDDLNTP
                     ESLEKMVISAYSSLGNANYQDGMNAYWPYGDLRAGDAYKGGAGTGDMENFHLFETFVY
                     LREDNEYLDKKWYNEYIAVARTNDALARLRKIPDGQYPKKKVREAELRFLRAHFYFEL
                     KILFKHIPWIDENDKTDDYITISNVEYTDAQLWDMIIAEFRYAVANLPEKNDGVGRAN
                     KGMAQAYLAKALLYAAYKQDDKNNVTGIDRTKLQEVATLCRGLSKRYKLADDFANNFM
                     CETENGPESIFAVQHSLNDGTLRGRLDWGAMLNYPMNPEYGCCGFHCPSQNMVNAFRT
                     DDKGLPLFDTFDDTDIKTAADLKTHNVDPRLNHTVAIPDAPYKYRPSFIFKTSWTRDP
                     GTYGSFMSMKETVLPDCPCFAFASPFMSSSKNRDIIRYDDVMLWEAEALIELGRQDDA
                     LPLINAIRERAAKSTKLLVDTLGQPVGKYQVATYKPGVNCPAWTQDFARKALRWERRL
                     EFAEEGFRFFDLVRWGIAAETVNAYFNTEKTRRTYMKEARFTKNRDEYFPIPKNQINF
                     SKKLYKQNAGW"
     CDS             11828..12991
                     /gene="mdtL"
                     /locus_tag="SEQF3106_01464"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01530"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug resistance protein MdtL"
                     /translation="MTQKSSLSRLVPVMFAFFTMGFVDLVGIATNYVKSDFTLNDTMA
                     NLMPSMVFFWFLIFSVPTGMLMNRIGRRRTVLISLVVTLCALLVPMISYSFPVMLIAF
                     SLLGIGNTLMQVSLNPLVADIVAEDRLAGMLTFGQFVKAVASFLAPIIAAWAMLHLGD
                     WKLLFPLFAVVAVAAALVLAFTRVEERPSTVRSTFGQCLSLLKTPFVLMLFVGIMMHV
                     GIDVGTNTTAPKLLMERVGMTLADAGYATSLYFLFRTIGAFSGAFILTRYSAKHFFLL
                     SVVMIAVAVAGLYFASSTTALYICVALIGYGNSNVFSILFSQALLHLPGRDNEISGLM
                     IMGIAGGAVFPFLMGVASDAMGGQVGAVVVLTLCVAYLIVLSPKIRDLRKQAA"
ORIGIN      
        1 aggctcattt tggggcccaa cccgagggag agccccattc cgagggtcat tttggagtcc
       61 aacctgaggg agagctccat tccgaggctc attttggggc ccaacccgag ggagagcccc
      121 attccgaggg tcattttggg gcttcacccg agggagaacc ccacaaagac ggcctctgcg
      181 agaggtacgc tcgggcaatc attgatcgca gatcattgac catgatttac cccggaggca
      241 ggacagcatg gctccgcacc atcattaatc actaataatt aataattgac cactacttaa
      301 ttggcctcgc agcccgctat ctttgccccc atccaaatca aaacgaggta tcacattaaa
      361 taagaacaga actatgacga aaagtgcatt acaaatcgcc cgggcggcct acgtgcccaa
      421 gatgcccgtg gcgctgcgcg gatcggtgcg tgccgttgag ggaacggcca ctgaagcagc
      481 aggcaacaga gacgaaatca agcagctctt cccacacacg tatggcatgc ccatcgtaac
      541 ctttgagccg ggtgatccgg gcgaccccat gccgcccatc aacgccggcg tgatcctctc
      601 cggcggacag gcgccgggcg ggcacaatgt gatcgcgggc ctcttcgacg gcctgaaggc
      661 agccaacccc gcttcgcgcc tctttggctt catcctcggc cccggcggat tggtggagca
      721 taaatacatg gagctgacgg ccgacatcat cgacgactat cgcaacacgg gcggcttcga
      781 catgatcggc tccgggcgca ccaagctcga gcgccgcgaa cagttcgata aggggttgga
      841 catcctcaag gaactcggca tctcggcgct cgtcatcatt ggcggcgacg actcaaacac
      901 gaacgcggcc gtgctggccg agtattacga atcgatcggc gcgggcgtgc gcgtcatcgg
      961 ttgcccgaag acgatcgacg gcgacctgaa gaacgaacag atcgaagcct ccttcggctt
     1021 cgacaccgcc tgcaaggtct actccgaagt gatcggcaac atccagcgcg actgcaactc
     1081 ggcgcgcaag tattggcact tcatcaagct catgggccgc tcggcctcgc acatcgccct
     1141 ggagtgcgcc ctgcaaacgc acccaaacgt ctgcatcatc tccgaggagg tggaggccaa
     1201 ggatcaatcg ctcgacgaca ttgtgaacca aatcgcctcc gtcgtggcgc gccgtgcggc
     1261 cgagggcaag aacttcggca cggtgctcat ccccgagggg ctcatcgagt tcatccccgc
     1321 catgaagcgc ctcatcgccg agctgaacga cttcctggcc cgcaacaagg ccgagtttaa
     1381 gatgatcaag aagagcgtgc gccacagcta cctcatcacc aagctctcga aggagaactc
     1441 ggcgctctat gccagcctgc ccgagggcgt ggcccggcag ctggccctcg accgcgaccc
     1501 gcacggcaat gtccaggtgt cgctcatcga gacggagaag ctgctcgctg agatggtgga
     1561 tcaccgcctc tcggagtggc gcgaggaggg gcgctacatg ggcacgtttg ccacccagat
     1621 gcacttcttc ggttacgagg gacgctgcgc cgcaccgtcg aactacgacg ccgactattg
     1681 ctactcgctc ggttacgccg cctcgtgcct catccgctcc ggccggacgg gctacatggc
     1741 ctccgtgcgc aacaccaccg cgccggccga caagtggatc gctggcggca tccccatcac
     1801 catgatgatg aacatggagc agcgcgacgg cgtcatgaag cccgtcatcc gcaaggcgct
     1861 cgtccggctc gacggcgccc ccttccgtac ctacgccgcc atgcgcgacg agtgggcgct
     1921 gaccaccgat tacgtctacc ccggccccat ccagtacttc ggccccaccg aggtctgcga
     1981 cgcccccacc aaaacgttgc aattagagca agggaagtga acaacgaaaa atgaaaagct
     2041 aacaacgaaa aattgccagg taccggaata ggagacatcg cgtactcggc cacttttcgt
     2101 ttttagcttt tagtctttag atcaggatat gttttcagga atcgtagaag aagccgcaac
     2161 catcgttgcg ctggaacaag acaagggcaa cctgcacctg acgctgcgtt gctccttcgt
     2221 gaaggaattg aagatcgatc agagcgtcgc ccacaacggc gtctgcctga ccgtcgtccg
     2281 ccgcacggac gacacctaca ccgtcaccgc cgtgcgcgag acattagagc gctccaacct
     2341 cggactcttg cacgtgggcg accgtgtgaa cgtggagcgc agtatgctga tgaacggccg
     2401 cttggacggc cacatcgtcc agggccacgt cgaccagacg gccgtctgca ccgacgtgcg
     2461 cgaggccgac ggcagctggt attacacctt cagctacacc gctgacccgg agatggctcg
     2521 ccaaggctac atgaccgtcg agaaaggatc ggtctgcgtc aacggcgtca gcctcaccgt
     2581 ctgcaactcc cgcgcggacg gcttcgaggt ggccatcatc ccctacaccc acgacctgac
     2641 gaacttcaac gccatcgtca aaggcacggt ggtcaatctg gagttcgaca tcatcgggaa
     2701 atacatcagc cgattgatga cgttcaagta aggcgccgaa cgcgcgccga aaaaaagggc
     2761 cgagtacatg caagcagcgc atgtgcccgg cctttttcgt tgtttgcttt tagtatttcg
     2821 agtctgtcgt gctgctgcat tcgattgcgg agaccatcct cagaagccga gaggaataat
     2881 gaaagaaaaa ggttagcggt gtagctggag atgagcttgc gtcgttacga tgcaccgaat
     2941 ttcgtttgtc cctacatcta tcttcgcgca gttttcaatc caatctctcc ccgcccatta
     3001 ttattccgta tgcgaccaaa aactactcac ctcattcttc gatacacttt catagcgctg
     3061 cttctcaccc tgctcaccac ctgcgtgagg gagaagggag aggagaagta tgtcgttggt
     3121 ttttcgcagt gcatgacgga cgatgtctgg cgccgcgcaa tggagatgga gatgcggatc
     3181 gaagcctcgg ggcatgacaa cttaaccatc attcaaaccg acgcccacga ggacagcgag
     3241 ttgcaaatcc gacagatccg cgacatgatt cggcgtaagg tggacgtcct catcatttcg
     3301 cccaaccgac cggagctgct gacacccgtg gcggtggagg cctaccgcgc tgggatcccc
     3361 accatcatcg tagaccgaaa gatcgactcc gacgagtaca ccgcttacgt cgggggggat
     3421 agctatcgca ttggccggct ggctggcgaa gaggcctcga ggctgctgcg gccgcacgcc
     3481 acgattttgg aggtgtgggg cgcgcgaacc acatcgccgg cgcaggaacg acaccgtggt
     3541 ttcgtcgacg gattagacaa gacgaagggg tttcgcatcg tggccatcga tggcaattgg
     3601 cggcgagaga ttgcacgcgc cgcggccgaa agtgtcgact ggagcacaat tgacctgatc
     3661 tatgcccaca acgacgtgat ggcccttggc gcacgcgagg cattgatcga gaaagatgct
     3721 gcccggctgc gatccatccg cattctcggg gccgacgggg cttttggcca tgatgccggg
     3781 ctggaagccg tggccgatgg acggctcgac gcatccttcc tctatcccac cggaggcgac
     3841 caggtgatca aaatcgccct gcaaatcctc cgcggagaga atgtggagaa gaacaacgtg
     3901 ctcagcaccg ccctgatcga taagccgacc gctaagaccc tgcttatgca agccgatcaa
     3961 ctgattaact accaaaccaa gatcgagcag cagcgcaaaa acatgcgccg cctttcggat
     4021 cggtttgtct tgctacgcca ttcgaatacg gccattctcg tccttcttgc cctcgtcgca
     4081 gcctttgccg tttacagcgt cgtcatcaat tggaagattc gcaagcgaaa cgcccaattg
     4141 cgcgccgtaa acgaggaaac cgaacgccaa aaggagcaac tcgtcgcgct gaacgaacgc
     4201 atacgcgagg ccacggatca aaaggtgcgc ttcttcatga acgtatctca tgagatcaaa
     4261 acgccgttga cgctcatcgt tgcgcccctc ttgaagtgga ttcgccacac ggataacgac
     4321 cgcctgcgtg ctgatttgct gcggatgaag agcagcgcag accgcctgat gcggctcatc
     4381 gaacagctgc tcgattttcg aaagatggag agcggaacga gcgaaatgcg ccggaagaag
     4441 tgcgacatcg tacgccttat cgccaccgct gtcaagcttt tcgacgacgc agctgagacg
     4501 cgccacatcg cctacagctt tgaggccgac gccccatcgg ccctcgtgga gattgatccg
     4561 gataagatcg aaaaggtttg cgtgaacctt ctctccaacg ccttcaagtt caccgacgat
     4621 ggcggccgca ttgtcgtcag cctcaagaca cgcgaaaggg agggcgtcac cacgctcgcc
     4681 gtcacagaca gcggaatagg catagctccc gaaaagctcc cgctcatctt ccaccgtttt
     4741 tactccgaga gcaaagccgg gcgcattggc accggaattg gcctgcacct ctccgaggag
     4801 ttcgtccgga tgcacggagg tcggattctc gtagacagcg agcccggcgt cggctccacg
     4861 ttcactgtcg agcttccgct tgcctcttcg actgcatcct ctgcacccgt cgcgtctgct
     4921 cccgaagaca tggccctaac accgcgcgag gctacgctgc ctaacgaaat catgggtcag
     4981 aagtatcctt acaccatcct cgtcgtcgaa gacgatcccg agatacgcga gtacctctcc
     5041 gtcgagctct ccgacatcct gcgcgtcgtg actgccgaaa gcggcacccg ggcactcgaa
     5101 gcacttggcg ctgacggtaa agagatcacg cttgtgctta gcgatgtgct tatgcccgga
     5161 atgagcggct ttgagctctg ccgagccatc aagacggccc cgcggctggc gcatttgccc
     5221 gtcatcctcc tcacagccct tgtagacgac gaccgccgcc tctacggcat cgctgagggc
     5281 gcagacgatt acattcccaa gcccttcgat attgattacg taaaaatcaa aatcatccgc
     5341 ctgctcgagg agcgccgtcg gcttgggcag cattttatgc gaagtatgca aacgggaaag
     5401 ctccccatcg ctgagcagac ggacctcccc actgctgatc gcctcttcat gcagcgcttt
     5461 gtggccatcc tatctaagcg cttcgacgat cctgagcttt ccgtcgaaag catgagtcgc
     5521 gagatgggcg tctctcgcgt tcacctctat cgacgcatta aaaccctctc cggcttcagc
     5581 cctgtggatt atatgcgcaa tttccgcctc gggaaggccg ctgagctgct tctccatcat
     5641 cgtttttcga tcagcgaagt agcttaccgg actggatttt cctctccgcc ctatttctct
     5701 aagtgcttca aggaaacgtt tggcatgaca ccttcggagt acgtcgattc gcatccgaag
     5761 gagtgattcc tgcggcggcg gaaagtttct tgcctccaaa agtttgaaaa ccatcttagc
     5821 cgtcggttgc ttggtgcagg agttctatgc aatcgatagc cggaatcttt gtactctttc
     5881 tttttatagg catccaattg cctgaggctt tttggtgttt tcgttttgtt tcgtccaatt
     5941 gcctgaggct ttttggtgtt tttattttgt ttcttccaat tgcctgaggc aaatgggtgt
     6001 tttcgttttg tttcgtccaa ttgcctgagg caaattggcg tttttgttct gtttcgtcca
     6061 attgcctgag gcaaattggt gttttcattt tgttttatcc aattgcctaa ggctttcgcg
     6121 tatttcatat tgaaacatcc aattgcctga ggctttcgca tatttcatat tgaagcgtcc
     6181 aattgcctga ggctttcgag tcgttttttt gttgggagtt gtatgtgcga tacatagagg
     6241 cccacacatc tcaggctccc caaactcatc ctcatgccgc tggcaagagg gtaggggcga
     6301 aaaattttca tccttacgat ccgccgtcaa tgtgtcggcc aattgtcccc gattaatcat
     6361 tgacaattgg agtggcgccc catgttacct atccgggtat catttgtgtt accggggggg
     6421 gcattattac atggcttatc gcttctgtta catttattat acaccacgcc gcgggcgccc
     6481 cgtaaccttg cagtcatgaa tttttaatgc aactgaataa tgaagacaac gacattttta
     6541 cgaaggctga ggacgggcac agcgctgctg gctgccgtgc ttggcttgtg ttgcgtgcag
     6601 gcgactctgg cgcagcaagt ggtggtgaag tccacggtgg tggacgtgca caatgagccc
     6661 gtgatcggcg cgacggtgat agagaaaggc acgacgaacg ggacgattac ggatatggac
     6721 gggaatttct cgctcgaggt gaggcaaggc gccacggtgc aagtgagcta tgtgggttac
     6781 acggcgcagg agttctccgc aggcagtgtg ccagcgcgca tcgtgctggc agaagatgcg
     6841 gaaacgctgg gcgaggtggt cgtcacgggt tactcttcgc agcgtaaggc ggacctgact
     6901 ggcgccgtct ccgtagtgaa gatggatgac atccgcgacc tgaacagcgg caacgccgtg
     6961 cagtcgttgc aagggcgtgt gcctggtttg cagatagcca acacgggtca gcccgatggc
     7021 gatgtggatg taaagattcg cggcgtctct acgttaggca acagcaagcc gctctacatc
     7081 atcgacggtg tgccgagcac acgctcgatg aacgagattg ccacgtcaga cattgagtcg
     7141 atccaagtgc ttaaggacgc ttcggcggcc accatctacg gatcgcgcgc ggctaacggc
     7201 gtgatcatca tcaccaccaa gaagggcaag agcggcggta cacatgtgga gtttcgcgcc
     7261 tcgctcacgg cgcagcaatg gcagcgcgcc attgatctgc tcaacacgga ggagtacggc
     7321 cttgtgcgtt accgcgcaac cgtcaacgac ggcaaggagc tcaacacgac aacgctcagc
     7381 aatgggcagc cgaacccgaa actgaatcgc tatacgtata tgtacgacgt cacgtggaag
     7441 ggcgatgagc cgacgcttaa ccgcatcgtg atcccgaaat acttagacgt cgctggtgag
     7501 cccgtcatgc aggctgcgaa tacggattgg gtgaaggaga ttagccgcac aggctttacg
     7561 cagaactaca acctgaacct caccactggc aacgacaaag gacgcgcact cttcgccctc
     7621 gactattacg gcaacaacgg caccgtgcga ggcacttact tcaaccgcgt cacgctgcgc
     7681 ctgaacagcg actatcggct cttcaacgac cgcgtgacga tcggcgaaaa cctctccatc
     7741 gccaagacgc gcaactcgac gctgaaaggc aacaacctgc aagaggacgc caagaacatc
     7801 cagtccatcg tgcccatccg cgatctgaag ggcggctggg gcggcccggc cagcaacatg
     7861 agcgaccggc agaaccccgt gcgcctcatt gaggataaca agcaaaacca cgaagacgtg
     7921 gtgcgcctct ttggcgacat caacttgagc gtggacatcc tcgaggggct cgccttccgt
     7981 tcgcgtttcg gtgtggatta cacaggcttc tggacacgca cgatgcagaa gacctacaag
     8041 tccgggttca tgtctgacaa cacagcgcgc ctgaaccagt cagctaacta cggcggcaac
     8101 tggatcttga gcaacaccct ccagtataag ttcaaggctg gcaagagcca cttcgatctg
     8161 ttggctgggc aggagatgct gaagtacacc ttctccgaca tgtctgccgg ccgcgatggc
     8221 ttcctgctcg aaacgcccga ctatatgtac ctctctgtgg gcgaaggcaa cctgcgcaac
     8281 gctggcagtg gcacctccta cgccctctcc tccttcttcg gcaagatcaa ttacgactac
     8341 gccgaccgtt acttggcctc cttcaccgtg cgccgcgacg gatcctcgcg cttcgggaag
     8401 aaccatcgct ggggtacgtt ccccgccttc tctctcggct ggagggtgag cgaggagcct
     8461 ttcttcgaga aggcgcgcca caccgtctcc gacctcaagc tgcgttacgg ttgggggcaa
     8521 acgggtaatc aagagataga caactacgcc tcctacgggc tctatcaggc tcgctactac
     8581 accgacccga catgggcgcg cgacgagggt acggcttacg acatcaatgg cgctgggcag
     8641 ggggcgttgc cctcgggctt catccgcatc cagcgcgcca accccgacct gaagtgggag
     8701 acgacgacgc agcacaacgc gggtatcgac ttcggcctct tcgaccaacg cttcaccggc
     8761 tccctcgatt acttcttcaa gcgcagcagc gacatcctcg tcagcccgcc ctacatcggc
     8821 accatcggct tcggcggtaa ccgctgggtg aatggcgcca gcatggagaa cagtggcgtg
     8881 gagtttatgc tgacttacca caccaacatc gggcaggtag ggctcaacat cacgggtaac
     8941 atcgccagct atcgcaacaa gatcaccgag ctgcccgagg acgtggtcaa ctcttacccc
     9001 ggcaatggca acgaccagac gatactcgga cggccttgga agtcgctctt cggctatgtg
     9061 gctgacggac tcttccgcag cgaggctgag gtcaaggcgc acgccgaaca gcctggcaag
     9121 ggcgtgggcc gcatccgtta taaagacatc aacaacgatg gccgcatcaa cgacgaggat
     9181 cgcacgtggc tcggcgtgga ggatccggac ttcctctatg gcttgaacgt gaacgctacg
     9241 tggcgccagt tcgacttctc catgttctgg cacggacagg tgggatcgta tgccaacgtg
     9301 accacgatca aatccttcac cgacttcttc ggcttcttcg gtgggcagaa ctatggcagc
     9361 cgcctgctcg acgcttggag taaggagaac aacggatcga ccatcccggc tgtatcggcg
     9421 aacaatgtga acgacgaatc gcgcttctca tcctacttcg tggagaacac ctccttcctg
     9481 aagctcgtca acatggagat cggctatcgg ctgccggagc gtatgctgaa ggcggctcac
     9541 atggagagcg cacgcgtgta cctctcgggg caaaatctat tgaccctgaa gaagacttgg
     9601 ggtgacaacg ccttcaccgg cgtagatccg gagacgccca acttcgctta ccccatcccg
     9661 cgctccctga ctctcgggct gcaagtgaac ttctaatcca aattgtacct cccccccccc
     9721 ttcataaacc cataagtaac aatgaaaaca tcgatagcat cctttatccg catggccacg
     9781 ctcggcggct tgctgctgac agccgcggcc tgcgacgact tcttagaggt ggcgccgcaa
     9841 agtgcggccg accctgacga cctgaacacg cccgagagct tggagaagat ggtgatcagc
     9901 gcctactcct cgctcggcaa tgccaactat caggatggca tgaacgccta ttggccctac
     9961 ggcgacttgc gcgccggcga tgcctacaag ggcggcgctg gcacgggcga catggaaaac
    10021 ttccacctct tcgaaacctt cgtctacctg cgcgaagaca atgagtattt ggacaagaag
    10081 tggtacaacg aatacatcgc tgtggctcgc accaacgatg ccctggcgcg cctccggaag
    10141 atccccgacg gccaataccc gaagaaaaag gtgcgcgagg cggagctgcg cttcctgcgt
    10201 gcacacttct acttcgagct caagatcctc ttcaagcaca tcccctggat cgatgagaac
    10261 gacaagacgg acgactacat caccatctcc aacgtggagt ataccgacgc ccagctgtgg
    10321 gacatgatca tcgccgagtt tcgctatgcc gtggctaacc tgccagagaa gaacgacggg
    10381 gtgggccgag ccaacaaggg catggcgcag gcttatttag ccaaggcgct cctctatgcg
    10441 gcttacaagc aggacgacaa gaacaacgtc accggcatcg accgcaccaa gctgcaagag
    10501 gtggccacgc tctgccgcgg cctctccaag cgttacaagc tggccgacga ctttgccaac
    10561 aacttcatgt gcgagacgga gaacgggccc gaatccatct tcgccgtcca gcactccctc
    10621 aacgacggca ccctgcgcgg ccggctcgac tggggcgcga tgctgaacta tccgatgaat
    10681 ccggaatatg gctgctgcgg cttccactgc ccatcgcaaa acatggtcaa cgccttccgc
    10741 accgacgaca agggcctgcc cctcttcgat accttcgacg acaccgacat caagacggcg
    10801 gccgacctca agacgcacaa cgtggacccg cgcctgaacc acaccgtggc catccccgac
    10861 gcgccctaca agtatcgccc gagcttcatc ttcaagacca gctggacgcg cgatccgggt
    10921 acgtatggca gcttcatgtc gatgaaggag accgtcctgc ccgactgccc ctgcttcgcc
    10981 ttcgcctctc ccttcatgtc aagctccaag aaccgcgaca tcatccgcta cgacgacgtc
    11041 atgctctggg aggctgaggc gctcatcgag ctggggcggc aagacgatgc cctacccctg
    11101 atcaacgcca tccgcgagcg cgcggccaag agcaccaagt tgctcgtcga caccctcgga
    11161 cagcctgtgg gtaagtatca agtggccacc tacaaacccg gcgtcaactg ccccgcctgg
    11221 acgcaagact tcgcacgcaa agccctgcgt tgggagcgtc ggttagagtt tgctgaagag
    11281 ggattccgct tcttcgacct tgtgcgatgg ggcattgcgg ccgagacagt caacgcctac
    11341 ttcaacaccg agaagacccg ccgaacctat atgaaagagg cgcgcttcac gaagaatcga
    11401 gacgagtatt tccccatccc caagaaccaa atcaacttca gcaagaagct ctacaagcag
    11461 aatgcgggct ggtagtggca ataggatttt cgtggccttt gcaaccctcg ttgcaaaggc
    11521 caaaaagtcc gtttcactcg ttgcccaact tgggcaaggg ccaaaacatt cgaatttccg
    11581 tttgcccaac ttgggcaagg gccaaaaagt ccgtttttcc gtttgcccaa cttgggcaag
    11641 ggccaaaaag ttcgattttc catttgccca acttgggcaa gcgccaaaac attcgatttt
    11701 ccatttgccc aacttgggca agggtcaaaa cattcgattt tccctctacc ctctaccctc
    11761 tacctgccca ccgccacggg caaagccatc caattgtatt ctatctatag cccccccccc
    11821 tctcaacatg acacagaaaa gttccctatc ccgccttgtg cccgtgatgt ttgccttctt
    11881 caccatgggc tttgtcgacc tcgtaggcat cgccaccaac tacgtcaaga gcgacttcac
    11941 gctcaacgac acgatggcca acctcatgcc ctcgatggtc ttcttttggt tcctcatctt
    12001 ctccgtgccc acgggcatgc ttatgaaccg catcggccgc cggcgcaccg tgctgatcag
    12061 ccttgtggtt acgctctgcg ccctcctcgt acccatgatc agctacagct ttccggtcat
    12121 gctcatcgct ttctccctct tgggcattgg caacacgctg atgcaagttt ctctcaatcc
    12181 cctcgtagct gacatcgtcg cggaagaccg cttggcgggc atgctcacct tcggacagtt
    12241 cgtcaaggcc gttgcctcct tccttgcgcc catcatcgcg gcttgggcca tgctgcattt
    12301 aggcgattgg aagctgctct tcccgctctt tgccgtcgtt gccgtggcag ccgccctcgt
    12361 gctcgccttc acccgcgtcg aagagcgccc ctccaccgtc cgctccacct tcgggcaatg
    12421 cctatctctg cttaagacgc ccttcgtgct tatgctcttt gtcggcatta tgatgcacgt
    12481 tggcatcgac gtcggcacca acaccaccgc ccccaaattg ctcatggagc gcgtcggcat
    12541 gaccctcgct gatgcgggtt atgctacaag cctctacttc ctcttccgca ccatcggcgc
    12601 cttcagtggg gctttcatct tgacccgcta ttcggccaaa catttcttct tgctgagcgt
    12661 cgtcatgatt gccgtggccg tagccggcct ctacttcgcc agttccacca cagcgctcta
    12721 catctgcgtc gcgctgattg gttacggcaa ttccaacgtt ttctccatcc tcttctcgca
    12781 ggctctgctt cacctgcccg gccgcgacaa tgagatctct ggattgatga tcatgggtat
    12841 tgccggcgga gccgtcttcc ctttcctgat gggcgtcgcc tccgacgcga tgggcggaca
    12901 ggtcggtgct gtcgtagtgc tcaccctctg cgttgcctat ctgatcgtcc tttctcccaa
    12961 gatccgcgac ctccgcaagc aggccgcctg agacccatcg ggcgagccct ccctccccct
    13021 ttccttcgtt ggagtgatca gtatgtctca tcaaaaaaaa tcggcactcg gtgcagattc
    13081 atctctgccc aagtgccgat ttttggctta aggggttcaa ctatgtccct gtctcaaagg
    13141 gcaaggatct tttgtggtga acggacactc ggataaagaa cgccccgatg ctcagaactt
    13201 cacctgaaag agattgtcgc acggtttttt gtttggagtc tattgttata tgttcgaatg
    13261 ttcttaactt tatgtagttc aaacccaata gtcaagcaag tatgtctaca aagtctacca
    13321 cccccgcccc cagtttcctg caagtctaca cccaagtgcg tcgtaaccgc atgaaacact
    13381 cattcc
//
LOCUS       SEQF3106|MIQD01000053.113246 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13246
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(1293..1616)
                     /locus_tag="SEQF3106_01465"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVFQAMIVALLITAMGATHTMAQDKKAPHKDERVTFAVEIVCS
                     NCVKNIKKQFAYEKGVKDVRVNQAKQQVTVTYNPTKTDTKRMIAAFKEIGKDATVATP
                     PEVIN"
     CDS             complement(1754..4003)
                     /gene="susC_14"
                     /locus_tag="SEQF3106_01466"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MLKHLFPLFAAALCTAAQAQFDVKGTVALDYGEKAIGATLRLLR
                     SGEVATTDTIGNFSLRSSYPTDRLVASYIGFYSDTIDVTAASGRLAIVLHERANLVEE
                     VVVKGRVATTLKSRIATVQTEKIDYEELTRAACCNLSESFETNASVDVSYSDAATGAK
                     QIRLLGLPGTYVQMLTENVPNFRGAASLFGLDYVPAPWMESIQVSKGSASVRNGYESI
                     TGQINVEYKKPVKAAPLTLNLFASDAGRMEGNADAAIRLTKHLSTGLFANYSRDKRSH
                     DADGDGFLDQPLTEQLNLFNRWFYNRKNYISQVGVKLIHETRENGQTTHAKPARPGDP
                     LYRIDIRTLRGEVFTKNGYVLDDESNRSIALILAGSFHRQDATYGAIPYDLRQSNVYA
                     NLLFDTDLGVKHKLSTGLSLNMDRTEQTSAYFAADPAFLHLRTEWTAGAFTEYTWKPL
                     RNLDLMAGLRADRHNEYGAFITPRLHMHYRPIEAINLRASVGKGYRSVNVFVENSFLF
                     ASNRVRNLTVAPDLHMESAWNWGASITGHIPTGSEELTLSAEYYETDFQNRVVADVMT
                     DAHAVRFYNLDGRAYARNIQLEAAYTFFHTLDVRAAWRWTDAKETYNGQLMEKPLTNR
                     YKGLLTVGYKTPVYGWQFDATAQFNGAGSMPTPDAARPLWEPTFDPYTILGAQLTKRF
                     KKLSIYVGAENLLDFKQPRPIIASSDPWGNDFDATMVWGPVHGRKIYGGLRWSLSRTT
                     AERKRGNHQ"
     CDS             4475..8029
                     /locus_tag="SEQF3106_01467"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNLLETYTDGHAFLHSLHASEEQMAMFDELSAAPPARPDADFM
                     PMLQAGSVAWIFSFLKALDYACDACATDHERALKYLTLYIRIEEFLLEDTRFPSLFPE
                     GKQAIIPVRAEQKLHEAAVRRKVLTLLRDGQTETFLADLADRTETPGIQLYRPERQAE
                     VLAELFLHDPQALTASTTTYLRLFKHFAEQDPAIFPIDYWLDTCEAMVARECDAMDAA
                     LLTELITPEIRQRAEGLVRIAGATFLLCKAADREIDMVRRLMFYRYLCVLDERHLPPL
                     KNLMLSTFLKHNSRPPEYTWDELIGFSLPTFVGKIAYFTENIPEDRRPYTFEGKGVVT
                     LAERRITLAPFADPLGRRRMHKLLTLWDGSLRINSYQKPTADLTAGAADADLPAKTWE
                     EAAGDFIKEKTIYLRHETKEVPPVGTQVKIRIKTMHPAYPSLAFASIEDDTYEGNGAI
                     HVSQVSRIKLTSLADIFAEGDLVTARVIDTTDPKRMGFSILEEISNTIATRFHPGEYT
                     YARLIVKNKNSYRWVSEKGYPLYTVPSPDEPEDLAPDDIYLLRLTNVNRTGYVRAVIE
                     EEAPEGMEIDTEKAVGDLVSYYVDERLPEDELEEYDDKETPTDADEEETAGTLDPEYL
                     RQLIYLIDLYTESTSDHILRFNLCQTARLLAVMISSPELVAYYDQRIRYLAELHNYIN
                     SRPVNVGVIDDEAVSRYPRLTYARTILSLLALRDDPEADIDTLREHMHSGRKQIADLA
                     RLLLIARLADKAYPDITTIVDAEVRSLLAIEVEEDPDGEAEEIDFGRETNTREFKSTI
                     VFPPNNDRIPDVDRQMERILMAICGFLNAEGGILFIGVNDIGYPKGIEPDLTYLHANV
                     DKYQLIIRNYIVKELGKDINGLIRFDFHDFSGKIVCAISVPAYHEVVFYRDIVWQRQG
                     NSTRPLDLPDIRLLKERRKNLLPSRRITAPAFGDLKEQGESDVQKVFPVSIPTYTPAP
                     PTKPRPNSKAERSAQPDEPDRIATSTLFALREQEATAYFSILRSGRFVITHEEPHRSD
                     ARITLPIYDDYLDGFLIYVYENGYANRIAVSTLLSKKVNYEYTNAMFDKSPLRFAAFV
                     RPDDTLYLKVSSKSGDFIRTLAIQVIKLNTDLSLRGTPLYTIPFGRIVQVDILNEEQS
                     HEVENIRSDVPTTLGTPAQSFSIIRTAMYLSNLLNGDR"
     CDS             8026..9369
                     /gene="zraR_2"
                     /locus_tag="SEQF3106_01468"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25852"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcriptional regulatory protein ZraR"
                     /translation="MKPTIPATVLVVDDNRAILTAAELLLRSRFRRVVTTSTPERIRA
                     LVRNEAPDVVLLDMNFHAGINTGNEGLFWLSEIKKMHPAPAVVLFTAYADIELAVRGI
                     KEGAADFVVKPWDNERLVNALAEACNRTTTSATDAQPAPTSTDMFWGTSPAMQHLRTL
                     LEKVAPTDANVLITGENGTGKGVIARELHRLSARSHRPLVTVDMGAVAETLFESELFG
                     HVRGAFTDARTDRPGKFEAADGGTLFLDEIGNLPLHLQAKLLAALQSRTVTRLGSNRP
                     RPVDIRLLTATNRPLDELVARGDFRQDLLYRINTIRLTLPPLRARPDDILPLAERFLR
                     RHADASGRPVPTLAEASQRKLLAYTWPGNIRELEHALEKAAILSDGPTIPPDAFDFAP
                     AAPLPAADPPTTIEEMEADLIRRTIKSHAGNLSLTASTLGISRQTLYNKIKRYGI"
     CDS             10048..12096
                     /gene="uvrB"
                     /locus_tag="SEQF3106_01469"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37954"
                     /codon_start=1
                     /transl_table=11
                     /product="UvrABC system protein B"
                     /translation="MDFKLVSSYRPTGDQPEAIDALARGIEEGIPYQTLLGVTGSGKT
                     FTIANVVERVQKPTLVLSHNKTLAAQLYSEFKSFFPQNAVEYFVSYYDYYQPEAYLPT
                     TDTYIEKDMSINQEIDKLRLRATASLLSGRRDVLVVSSVSCLYGMADPRAFEEQVVHV
                     ERGMRIPRDKLLRRFVDALYVNNKVEFNSGSFRVNGDTVDIFPAIEGYDGMAYRIEFW
                     GDEVERIASFNPIDGHEYDEQDTLQIYPTNLFVTTQERIHTALGQIHVDLGERVRQLQ
                     EMGKLFEAKRLEERVTYDLEMIQELGHCAGIENYSRYLDGRRPGERPFCLLDYFPKDF
                     LLVVDESHVTVPQIRAMYGGDRSRKETLVEYGFRLPAALDNRPQTFEEFESLTPQAIY
                     VSATPADYELSKSQGIVVEQVIRPTGLPDPVIEVRPSQNQIDDLMEEISQRAEVNERV
                     LVTTLTKRMAEELTDYLKRMNVRCNYIHSDVDTLERIRIMDDLRKGEFDVLIGVNLLR
                     EGLDLPEVSLVAVIDADKEGFLRSHRSLTQTAGRAARNLNGRVIFYADKITDSMQQTI
                     DETNRRREKQLNYNRTHGITPRTAIKQASASVLGERQQAPVVPYAYTEPEPSLAAEPV
                     VSYMTRPQLEKAIERARRRMTEAARKLEFIEAAQYRDEMLKLQELLEAKPKAEKEDKR
                     "
     CDS             12093..12950
                     /locus_tag="SEQF3106_01470"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVAALLLCALLSITAGRADDWEGNLTFSTEDVAAFEACMQSV
                     RNAAPQTVGDATLAAARHFVGRPYVAATLEKDPERLVVNLREWDCTTLVESAVALART
                     ARSEAPSFATYLHELSRLRYRSDTINDYTDRLHYFTDWIYENTRRGLVRDMTAALGGR
                     PYRPRLSFMSTHPDRYAALRNHPWRVAFMRDKEAAISARTGYAVLPTASIPAAAASLR
                     DGDIVCFVTDIPGLDISHVGIICRRGRTVTFIHASSAAGRVIVEPTSLHAYATRNPRT
                     LGVMILRPL"
ORIGIN      
        1 tccacttcct ccaacagctg gtcgtagcgt tcgaggaagg tcgtccgact gtgggtattg
       61 ccttgcaatc gctccttgat gtcggcggcc gtgaaggcca cgccacgatc aaccagtgtc
      121 cggtaagccc ggctgacggc cagcatcaga tcgtctagct tctcattggt gacgacggcc
      181 tcccggctct tgcctccgag gcgactctcg cggggattcc agaggtcggg cgggcaagag
      241 agcttgcagc caaactgcgc cattgtcccg gcatacgtga tgcgccccat gattggcgcc
      301 cgtcccgatt tatctatgct gctccttttc aggtagagca aaaccttcat cgtttctctc
      361 ttcattactt cgggttttta gggtgtgtaa agttacctgt cagcgaagca ttcagagcta
      421 tacaaaacgc tacaaataag cgcaatacgc acgtttcacc aaaagacgtt taccgccgca
      481 ttttgccttt tcgttacctc tcaaatcata ggtaacgatc tggttacgct ccgtcttcat
      541 cgatcccaac gcgttgcttt ttctttgccg atgcaaatcc gttagaactg atgcacttat
      601 cacccaaaac ccgatcgttt ttcccaccgc cttccttagg cttcctccat actaatagac
      661 ttgcatgatg gctgcaagct accttgcatg atggctgcaa gctaccttgc acggtgtctg
      721 caagctacct tgcacgatgg ctacaagcct gcttgcacga tggctgcaag catgcttaag
      781 agcatctctt aagcctgcgt tgtctgtgag ccattgggga gggtgtctcc cccgaggcgg
      841 ggagggtgtc tcccccgagg cggggagggt gtctccctcg aggcggggag ggtgtctccc
      901 ccgaggcggg gagggtgtct cccccgaggc ggggaaatgg attccttaca tcgaactcac
      961 gttacagaga tctcccggag aggtgttttt gatttgatgc agttgccttg gggtaagcgt
     1021 aagcagcccc gccgatctcg gtggatcgac ggggctgact tcattcccca tgccgtgctg
     1081 gggatcagaa gctgttttga atttatttcg gaggctatcg ggaggatatt tctgatgatt
     1141 ttgtttcatc atttgacgag catagcgagc tatgtgagga taaatgatgg aacaaaaggg
     1201 cagaaataga ccccgataga cccgaaatag aaaggagaaa gctccgccct agactcctta
     1261 aaataatcac tcaataaatt caaaacagct tctcaattga tcacctcggg cggggtggcc
     1321 acggtagcgt ccttaccgat ctccttaaag gcggcgatca tgcgcttggt gtccgtcttg
     1381 gtggggttat aggtcacggt gacttgctgc ttggcctggt ttacgcggac gtccttgacg
     1441 cccttctcgt aggcaaactg cttcttgatg ttcttcacgc agttgctgca cacgatctcg
     1501 acggcgaagg tgacgcgctc gtctttgtgc ggcgccttct tgtcttgcgc catcgtgtgg
     1561 gttgcgccca tggccgtaat cagcagggca acgatcattg cttgaaatac tttcatctta
     1621 tctctggttt taatggtgaa taatctatgg tgatgacggc ggcaaaaata ggggcgtaag
     1681 tgatggtcaa tgattaatta ttaatgatta agggtatggc ggtgccattc tctgccatgt
     1741 ctctccgggg taatcattgg tgattgcccc tttttcgttc ggctgtagtt ctggagagcg
     1801 accatctgag tccgccgtag atcttccgcc cgtgcaccgg cccccagacc attgtagcgt
     1861 cgaagtcgtt accccagggg tcggacgagg cgatgatggg gcgcggttgc ttgaagtcta
     1921 agaggttctc tgcaccgacg tagatggaca gcttcttgaa gcgcttcgtg agctgtgcac
     1981 cgagtatggt gtaggggtcg aacgttggct cccagagcgg gcgtgcggcg tcgggcgtgg
     2041 gcatggagcc ggcgccgttg aattgcgctg tggcgtcgaa ttgccaaccg tagaccggcg
     2101 tcttgtatcc caccgtgagc agacccttgt agcgattcgt gagcggcttc tccatcagtt
     2161 ggccgttgta ggtctccttc gcgtccgtcc agcgccaagc cgcgcgcacg tcgagggtgt
     2221 ggaagaaggt gtaggccgcc tcgagctgga tgttgcgcgc gtaggcccgg ccgtcgaggt
     2281 tgtagaaacg caccgcgtga gcgtcggtca tcacatcggc caccacccgg ttttggaagt
     2341 ccgtctcgta atactccgcc gagagcgtca gctcctcgct tccggtgggg atgtgccccg
     2401 tgatcgatgc gccccagttc caggccgact ccatgtgcag gtcgggcgcc acggtgaggt
     2461 tacgcacgcg gttggaggcg aagaggaagc tattctccac aaagacgttc accgagcggt
     2521 agcccttgcc gacggaggcg cgcaggttga tggcctcgat ggggcgataa tgcatgtgca
     2581 ggcgtggggt gatgaaggcg ccgtattcgt tgtgccgatc ggcgcggagg ccggccatga
     2641 ggtcgaggtt gcgcaggggc ttccacgtgt attcggtgaa ggcgccggcg gtccactccg
     2701 tgcgcaggtg gaggaaggcg gggtcagcgg cgaagtacgc cgaggtctgc tccgtgcgat
     2761 ccatgttcag gctgaggcca gtgctgagct tgtgcttcac gccgaggtca gtgtcgaaga
     2821 gcaggttggc gtagacgttg gactggcgga ggtcgtaggg gatggcgccg taggtcgcgt
     2881 cttgccggtg gaacgagccg gcgaggatga gcgcgatgct gcggttggac tcgtcgtcga
     2941 gcacgtagcc gttcttggtg aacacctcgc cgcggagcgt acggatgtcg atgcgataca
     3001 gcggatcgcc ggggcgggcg ggcttggcgt gcgtcgtctg cccgttctca cgcgtctcat
     3061 ggatcagctt cacgcctacc tgcgagatgt aattcttacg gttataaaac caacggttga
     3121 agaggttgag ctgctccgtg aggggctggt cgaggaagcc gtcgccgtca gcatcgtgcg
     3181 accgcttgtc gcgggagtag ttggcgaaga gtcccgtgga gaggtgcttc gtgaggcgga
     3241 tggcggcatc ggcgttgccc tccatgcggc ccgcgtcgga ggcgaagagg ttaagcgtaa
     3301 ggggcgcggc cttcaccggc ttcttatact ccacgttgat ctgccctgtg atcgactcgt
     3361 agccgttgcg caccgaggcg ctgcccttcg acacttggat gctctccatc cacggcgccg
     3421 gcacgtagtc taacccgaag agcgaggcag cgccgcggaa gttgggcacg ttctccgtga
     3481 gcatttgcac atacgtgccg ggcaggccca agaggcggat ctgcttggca cccgtggccg
     3541 cgtcggagta ggagacatcg actgaggcgt tcgtctcgaa gctctccgag aggttgcagc
     3601 aggcggcgcg cgtcagctcc tcatagtcga tcttctcggt ctgcaccgta gcgatgcgcg
     3661 acttgagcgt ggtggccacg cgccccttga cgaccacctc ctccaccaga ttcgccctct
     3721 cgtggaggac gatggccagt ctgccactgg cagcggtgac gtcgatcgtg tctgaataga
     3781 agccgatata agacgccacg agtcggtcgg tggggtagct gctgcgtagt gagaagtttc
     3841 cgatggtatc ggtcgtggcc acctcgcccg atcggagcag gcgcagcgtg gcgccgatgg
     3901 ctttttcgcc atagtcgaga gcgacagtcc ctttcacatc gaattgcgcc tgcgcagcag
     3961 tgcaaagcgc ggcggcaaag agggggaata ggtgcttgag catatatata taaaggtaag
     4021 ggggggagga cgggtatgtt tcacccctca tccccggggt gggaatgaat caacccgccc
     4081 gctcctacaa ggatcatgcc ggagagggtg ggggaggcgt atcaaattga cagagatcaa
     4141 aaacacctct ccgggagatc tccgtagggg tacggtgatt aaaaaccgac gcgcagggac
     4201 attccgtcgg caggccgtag gggcgtatcg catacgccct tcaaacgtcg ccagcggcga
     4261 cgaacgatcc aactggcggc cgggtacgcg ctggggcgta tgcgatacgc ccctacaatt
     4321 ggcggagatc aaaaacatag gggggcggcc gaccgggcag cacgaaagcg cccccctact
     4381 ttcacctccg cttttatctt tggcgactca ataaaaagcc cctccgcccg gcatgctgcg
     4441 gggaatggga gggccgtgat tgtgacatct tgttatggat aacctcttag aaacatatac
     4501 ggacggacac gccttcctcc actcgctgca cgcctcggag gagcagatgg caatgttcga
     4561 cgagctgtcg gcggcgcctc ccgcacgccc cgacgcggac tttatgccca tgctccaggc
     4621 gggatcggtg gcgtggatct tctcctttct gaaggcgctc gattacgcct gcgatgcctg
     4681 cgctacagac cacgagcggg cgctgaaata cctaacccta tacatacgca tcgaggagtt
     4741 cttgttagaa gacacgcgct tccccagctt attccccgaa gggaagcagg ccatcatacc
     4801 ggtgcgcgcg gagcagaagt tgcacgaggc ggccgtccga cgcaaggtct tgacgctgct
     4861 gcgcgatggg cagacggaga cctttctggc cgacttggcc gaccgcaccg agacaccggg
     4921 catacagctc taccggccgg agaggcaggc cgaggtgttg gccgaactct tcctgcacga
     4981 cccccaagcc ctcacggcga gcacaacgac ttacctacgc ctcttcaagc attttgccga
     5041 gcaagacccg gccatcttcc ccatcgatta ctggctcgac acgtgcgagg cgatggtggc
     5101 tcgcgagtgt gacgcgatgg acgccgcgct gctgacggag ctcatcacgc ctgagatcag
     5161 gcagcgagcc gaggggttgg tgcgcatcgc gggggccacc ttcctgctct gcaaggcggc
     5221 cgaccgagag atcgacatgg tgcggcggct gatgttctac cgctacctct gtgtgctcga
     5281 cgaacgccac ctgccgcccc tgaagaacct tatgctaagc accttcctga agcataacag
     5341 ccggccgcca gagtatacgt gggacgagct gatcggattc tccctaccca ccttcgtggg
     5401 gaagatcgct tacttcacgg agaacatccc ggaagatcgg cggccataca ccttcgaggg
     5461 gaagggcgtc gtcacactcg cagagcgccg catcacgctg gcgccattcg ctgatccctt
     5521 ggggcggcgg cgcatgcaca agttgctcac cctctgggac ggcagcttgc gcatcaactc
     5581 ctaccagaag cccacagccg atctgacggc cggagctgct gacgccgatc tgccagccaa
     5641 gacatgggag gaggccgcgg gcgacttcat caaagagaag accatctacc tgaggcatga
     5701 gacgaaggag gtgccgcccg taggtaccca agtcaagatc cgcatcaaga cgatgcaccc
     5761 agcttatccc tcgctggcct ttgcctcgat cgaggatgat acctatgagg gcaacggcgc
     5821 catacatgtc agtcaggtct cgcgcatcaa gctgacgtcg ttggctgaca tttttgcaga
     5881 gggcgacttg gtcacggcac gcgtgatcga cacgaccgac cctaagcgca tgggcttctc
     5941 catcctcgag gagatcagca acaccatcgc cacgcgcttc cacccgggcg aatacaccta
     6001 cgcccgactc atcgtaaaga acaagaactc ctaccgctgg gtgtcggaga agggctatcc
     6061 gctctacacc gtgccctcgc ccgatgagcc cgaagacttg gcgcctgacg acatctacct
     6121 gctccgcctg acgaatgtca atcgcacggg ctacgtccgc gctgtaattg aggaggaggc
     6181 gcctgagggt atggagatcg acacagaaaa ggctgtgggc gacttggtga gctattatgt
     6241 ggacgagcgc ctgccggaag atgaattaga ggaatatgac gacaaggaga ccccaacgga
     6301 cgcggacgag gaagaaactg cgggcaccct cgacccggag tatttgcgcc aattgatcta
     6361 cctcatcgac ctctacaccg agtcgacctc tgaccacatc ctccgcttca acctctgcca
     6421 gacggcgcgc ctgctggccg tcatgatcag cagccccgag ctggtggcct attacgacca
     6481 acgcatccga tacctcgcgg agctgcacaa ctacatcaac agccggccgg tgaacgtggg
     6541 cgtgatcgac gacgaggccg tcagccgcta cccccgactg acctacgcgc gcaccatcct
     6601 ctccctgctc gcgctcaggg atgaccccga agccgacatc gacaccctgc gtgaacacat
     6661 gcactcaggc cgcaaacaga tcgctgactt ggcgcgcctg ctgctcatcg ctcgactggc
     6721 cgacaaggcc tacccggaca tcaccaccat cgttgacgcc gaggtgcgct cgctgctggc
     6781 catcgaggtg gaagaagatc cggacggcga ggcggaggaa atcgacttcg gacgtgagac
     6841 gaacacccgc gagttcaagt ccaccatcgt cttccccccg aacaacgacc gcatccccga
     6901 cgtagaccgc cagatggaac gcatcctcat ggccatctgc ggcttcctca acgccgaggg
     6961 cggcatcctc ttcatcggcg tcaacgacat cggctatccc aaaggcatcg agccagacct
     7021 cacctacctg cacgccaatg tggataagta tcaactcatc atccgcaact acatcgtcaa
     7081 ggagcttggc aaagacatca acgggctgat ccgattcgac ttccacgact tcagcggcaa
     7141 gatcgtctgc gccatctccg tacctgctta ccacgaggtc gtcttctatc gcgacatcgt
     7201 ctggcagcgc cagggcaact ccacccgccc gctcgacctg cccgacatcc gcctgctcaa
     7261 ggagcggcgc aagaacctgc tcccctcccg acgcatcacg gcaccggcct tcggcgacct
     7321 gaaggagcag ggcgaaagcg atgtgcagaa ggtcttcccc gtcagcatcc cgacttacac
     7381 ccccgcgccg cccaccaaac cccgcccgaa cagcaaggct gagcgctccg cacagcccga
     7441 cgagccggat cgcatcgcca cctccaccct cttcgccctc cgcgagcagg aggccacggc
     7501 ctacttctcc atcctccgct ccggacgctt cgtcatcacc cacgaagagc cccaccgcag
     7561 cgacgcccgc atcaccctgc ccatctacga cgactacctc gacggcttcc ttatatatgt
     7621 ctacgaaaac ggctacgcca accgcatcgc cgtctccacg ctcctctcca agaaggtcaa
     7681 ctacgagtac accaacgcca tgttcgacaa gtcgcccctc cgcttcgcag ccttcgtccg
     7741 gcctgacgac accctctacc tcaaggtctc atccaagagc ggagacttca tccgcaccct
     7801 cgccatccag gtgatcaagc tcaacaccga cctctccctg cgtggcacac cgctctacac
     7861 catccccttc ggacgcattg tgcaggtgga catcctcaac gaagagcagt cgcacgaggt
     7921 ggaaaacatc cgcagcgatg tgcccaccac gctcggcaca ccggcgcaat cgttctccat
     7981 catccgcacg gccatgtacc tgagtaacct gctgaacggc gaccgatgaa acccacaatc
     8041 ccggccaccg tgcttgtcgt agacgataac cgcgccatcc tcaccgcagc cgagctgctc
     8101 ctgcgcagtc gcttccgccg tgtcgtgacc acctccacac ccgaacgcat ccgcgccctt
     8161 gtccgcaacg aagcgccaga cgtcgtgctc ttagacatga acttccacgc cggcatcaac
     8221 accggcaacg agggcctctt ctggttgtcc gagatcaaga agatgcaccc cgcaccggcc
     8281 gttgtgctct ttacggcata tgcggacatc gagctggccg tgcgcggcat caaggagggc
     8341 gccgccgact tcgtcgtaaa gccgtgggac aacgagcgct tagtcaatgc cctcgccgag
     8401 gcctgcaatc ggaccaccac ctccgccacc gatgcacagc cggcccccac atctacagac
     8461 atgttttggg gcacctcgcc cgccatgcaa cacctccgca cgctcctcga gaaggtggct
     8521 ccgactgacg ccaatgtgtt gattacgggc gaaaatggca ctggcaaagg cgtcattgcc
     8581 cgcgagctgc accgcctctc cgcccgcagc catcgcccgc tcgtcaccgt agacatgggc
     8641 gccgtggctg agaccctctt cgagagtgag ctcttcggac acgtccgcgg cgccttcacc
     8701 gacgcccgca ctgaccggcc cggtaagttc gaggcggccg acggcggcac tctctttctc
     8761 gacgagatag gcaacctgcc cctccacctc caggccaagc tgctggctgc cctgcaaagc
     8821 cgcaccgtca cacgcctcgg gagcaaccgc ccccgccccg tcgacatccg cctactgacc
     8881 gccaccaatc gccccttaga cgagctggtg gcccgcggcg acttccgcca agacctcctc
     8941 taccgcatca acaccatccg cctcaccctg ccccccttgc gcgcgcgccc cgacgacatc
     9001 ctcccgctgg ccgagcgctt cctgcgccgc cacgccgatg cctccggacg ccccgtgccc
     9061 accctcgccg aggcctccca gcgcaagctc ctggcctaca cctggcccgg caacatccgc
     9121 gagttagagc atgccctcga gaaggccgcc atcctcagcg acggccccac catccccccc
     9181 gacgcgttcg actttgcccc cgccgcgccc ctccctgccg ccgaccctcc gaccacgatc
     9241 gaagagatgg aggccgacct gattcgccgc accatcaaga gccacgccgg caacctctcc
     9301 ctcacggcct ccacgctcgg catctctcgc cagacgctct acaacaagat caagcgttac
     9361 ggcatctgat cccgcgcagg gggagcacgc ggagggcttc gaaattcact gcattttggg
     9421 gtcaacccga gggagaggct cgaaattcac tgcattttag agctccacct gagggagagc
     9481 tccgaaattc actgcatttt ggggtcaacc cgagggagag gcccgaaatt cactgcattt
     9541 tggagctcta cctgagggag aggcccaaaa ttcactgcat tttgggggtc aacctgaggg
     9601 agagccccga aattcactgc attttggggg tcaacccgag ggagagcccc aaaattcact
     9661 gcattttgag gctaacccaa gggagagctc cgaaattcac tgcattttgg gggtcaaccc
     9721 aagggagagc cccattccga ggctcatttt ggggccttac ccaagggaga gccccattcc
     9781 gagcctcatt ttggagcctt acccgaggga gagccccatt ccgaggctca ttttggggtc
     9841 ttacccgagg gagaggccca ttccgaggct cattttgggg tcttacccaa gggagagccc
     9901 cattccgagg ctcattttgg agccttaccc aagggagagc cccattccga ggctcatttt
     9961 ggagccaacc cgagggagag ccccattccg aggctcattt tccacttttc gtttttcact
    10021 tttcgttttt cgtttttcat cctcctcatg gatttcaaac ttgtttcttc ttaccggccc
    10081 acgggcgacc agcccgaagc catcgatgcg ctcgcccgcg gcattgagga gggcatccct
    10141 tatcagaccc tcctcggcgt caccggatcg ggcaagacgt tcaccatcgc caacgtcgtg
    10201 gagcgcgtgc agaaacctac actcgtgctg agccacaaca agacgctcgc cgcgcaactc
    10261 tacagcgagt tcaagtcgtt cttcccgcaa aacgcggtgg agtatttcgt ctcctattac
    10321 gattactacc agcccgaggc ctacctaccc accaccgaca cgtacatcga gaaggatatg
    10381 tccatcaacc aagagatcga caagctccgc ctgcgcgcca cggcctcgct gctctccggt
    10441 cggcgcgacg tgctcgtcgt ctcgtccgtc tcctgccttt atggcatggc cgacccgcgc
    10501 gccttcgagg agcaggtggt gcacgtggag cgcggcatgc gcatcccgcg cgacaagctg
    10561 ctccgacgct tcgtcgacgc cctctatgtc aacaacaagg tggagttcaa ctccggcagc
    10621 ttccgcgtca atggcgacac ggtcgacatc ttccccgcca tcgagggcta cgacggcatg
    10681 gcttaccgca tcgagttttg gggcgacgag gtggagcgca tcgcttcgtt taaccccatc
    10741 gatgggcatg aatacgacga gcaagacacg ctccagatct accccacgaa cctcttcgtc
    10801 accacgcaag agcgtatcca cacggcgctc gggcagatcc atgtagacct cggcgagcgc
    10861 gtcaggcagc tgcaggagat gggcaaactc ttcgaggcca agcggctcga ggagcgtgtc
    10921 acgtatgatt tggagatgat tcaagagctc ggtcactgcg caggcatcga gaattattcg
    10981 cgctacttag atgggcgcag gccgggcgaa cggccatttt gtctgttgga ttacttcccg
    11041 aaagacttcc tgctcgtcgt cgatgaaagc catgtgacgg tgccgcaaat ccgcgccatg
    11101 tacggcggcg accgctcgcg gaaggagacg ctcgtggagt atggcttccg cttgcctgcc
    11161 gcgctcgaca accggccgca gaccttcgag gagtttgagt cgctcacgcc gcaagccatc
    11221 tatgtgagcg ccacgccggc cgattatgag ctgtccaaga gccagggcat cgtggtggag
    11281 caggtgatcc ggcccacggg cctgcccgac ccggtcatcg aggtgcgccc tagccaaaac
    11341 cagatcgacg acctgatgga ggagatctcg caacgcgcgg aggtgaacga gcgcgtgctc
    11401 gtcacaaccc tcaccaagcg catggccgag gagctgacgg actacctgaa gcgcatgaac
    11461 gtgcgttgca actacatcca tagcgatgtg gacacgctcg agcgcatccg catcatggac
    11521 gacctgcgga agggcgagtt cgacgtgctc atcggcgtca acctgctgcg cgaagggctc
    11581 gacttgcccg aggtgtcgct cgtggccgtc atcgacgccg acaaggaggg cttcctccgg
    11641 tcgcatcgct cactgacgca gacggccggg cgcgctgccc gcaacctgaa cggccgcgtc
    11701 atcttctacg ccgacaagat cacggacagc atgcagcaga cgatcgacga aacgaaccgc
    11761 cgacgcgaga agcaactcaa ttacaaccgc acgcacggca tcacgccgcg cacagccatc
    11821 aagcaggcct cggcctccgt cttgggcgag cggcagcaag cgcccgtcgt gccctatgcc
    11881 tacaccgagc ccgagccgtc gctcgcggcc gagcccgtgg tgagctacat gacgcggcca
    11941 cagctcgaaa aggccatcga gcgcgcccga cgccgcatga cggaagcggc tcgcaagctg
    12001 gaattcatcg aggccgcaca gtatcgcgac gagatgctga agctacaaga gctgctcgag
    12061 gccaaaccca aagcggaaaa ggaggacaag cgatgaagcg cgtggctgcc ttgctgctct
    12121 gcgccctgct gtcgatcacg gcgggtcgcg cagatgattg ggaggggaat ctgacgttct
    12181 cgacggaaga tgtggccgcc ttcgaggcct gcatgcagtc cgtccggaat gctgcgccgc
    12241 agacggtggg cgatgccaca ttggcggccg cgcgtcactt cgtcggccga ccctatgtgg
    12301 cggccacgct cgaaaaggat ccggagcgct tggtggtcaa cctgcgcgaa tgggattgca
    12361 ccacgctcgt agagtcggcc gtggccttgg cccgcaccgc acgcagcgag gcgccgtcgt
    12421 ttgcgaccta cctccacgag ctgtcgcgcc tgcgctaccg ctccgatacg atcaatgact
    12481 acaccgaccg cctgcattac ttcaccgatt ggatctacga gaacacccgc cgcggcctcg
    12541 tccgcgacat gacagccgcc ttgggtggcc gcccttaccg cccgcggctc tccttcatgt
    12601 ccacccaccc cgaccgttac gcggcgctcc gcaaccatcc ttggcgcgtg gcgttcatgc
    12661 gtgacaaaga ggccgcgatc tccgcccgca cgggatacgc cgtcctcccc accgcgtcga
    12721 tccccgcagc cgcggcctcc ctccgcgatg gcgacatcgt ctgtttcgtg accgatattc
    12781 ccggacttga catctcacac gtgggcatca tctgccgacg tggccgcacg gtgacgttca
    12841 tccatgcctc ctccgcagcc ggtcgcgtca tcgtcgagcc gacctcgctc cacgcctacg
    12901 ccacccgcaa tccgcgcacc ttaggcgtga tgatccttag gccgctctaa ccggacgaac
    12961 atcgtagggg cgagtaatca ttcgccccta caaaccggat acacatatag aaagcaatcc
    13021 gatccggggt ccgtcttggg caacttttcc aaaagtgacc cgatccgagg tccgtcttgg
    13081 gtaacttttc cgaaagtgac ctgagccgag gtccatcttg ggcaactttt ccaaaagtga
    13141 cccgatccga ggtccgtctt gggcaacttt tccgaaagtg acccgatccg gggtccgtct
    13201 tgggcaactt ttccaaaagt gacccgatcc ggggtccgtc ttgggc
//
LOCUS       SEQF3106|MIQD01000054.113162 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13162
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             365..1204
                     /gene="pheA"
                     /locus_tag="SEQF3106_01471"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9J8"
                     /codon_start=1
                     /transl_table=11
                     /product="P-protein"
                     /translation="MKKKVAIQGIAGSYHDVAAQRYFEGEAVELVACDTFREVIDEVA
                     AGTVGMMAIENTIAGSLLQNHELIRQGNCRIVGEYKLRIMHSFAALPGTRAEDVTEVN
                     SHPIALMQCRDFLDTLPNAKLVECDDTAGSARWVAEEQMHGHGVICARRAAEMYGLEV
                     LAEGVETNKRNYTRFLVIARPDLAERMQQGMRPNMASLVFALPHTAGSLSKVLTILSF
                     YDMNLSKIQSLPIIGREWEYLFYVNLTFEDYGRYRQALEAIMPLTNDLKILGEYEQGK
                     QSI"
     CDS             1179..2387
                     /gene="dapL"
                     /locus_tag="SEQF3106_01472"
                     /EC_number="2.6.1.83"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2RK33"
                     /codon_start=1
                     /transl_table=11
                     /product="LL-diaminopimelate aminotransferase"
                     /translation="MNKGNKAFSARPAYRVGTVQEYYFSKKLKEVAAMNAAGKRVISL
                     GIGSPDLPPSEVAIKTLQREAARPDVHGYQPYTGMPELRRGYAAWYEQWYGVALDADR
                     EVLPLIGSKEGILHISLTFLNPREGVLVPNPGYPTYSSVSRLVGAELIPYTLEESRGW
                     QPDFAALEQLVAEREAALCPPIKLMWANYPNMPTGADASDELLERLVDFGRRHSIVIC
                     HDNPYSFILNDHPRSILAVPGAKDVCIELNSMSKAHNMPGWRMAMLASNAQFVSWILR
                     VKSNVDSGQFRPMQSAVVEALKAPREWYEGMNAVYRRRRALAERIMDALGCQYDRQQV
                     GMFLWGRVPASAKSGEALADRVLQEAHVFITPGFIFGSAGDQYVRISLCCPEEALTEA
                     LERVKTKIEK"
     CDS             2439..3542
                     /gene="aroF"
                     /locus_tag="SEQF3106_01473"
                     /EC_number="2.5.1.54"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WYH8"
                     /codon_start=1
                     /transl_table=11
                     /product="Phospho-2-dehydro-3-deoxyheptonate aldolase"
                     /translation="MSKNIEKLDLKSIVLPGIDTKRPLVIAGPCSAETEEQVITTAAA
                     LAAIGVKIFRAGIWKPRTRPGGFEGVGAPGLKWLKRVKEETGMYVATEVATRDHVFEA
                     LKAGIDVLWIGARTAVNPFAMQDVADALSGVDIPVLIKNPINPDLELWIGAIQRIYGA
                     GIRRIAAIHRGFSSYDKKLYRNMPLWHIPIELRRRIPNLPILCDPSHIGGKRELIASL
                     CQQAMDLNLDGLIIESHCSPDDAWSDAAQQITPDVLDYVLSLLVIRDATQTTENLTAL
                     RRQIDGVDEQLLELLAKRMRISREIGVYKKEHNMPILQSPRYGEILENRAKAGAAMDL
                     NPDFVQAILKNIHEESVRQQMIIMNQDESAAQS"
     CDS             3539..4312
                     /locus_tag="SEQF3106_01474"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKILILGAGRMGSFFTDLLSFDHEVAVLEADPRRMRFIYNALRL
                     TTPDEIDAFAPELVINCVTLSRTLEAFDTVLPHLKPYCIISDIASVKTGLAEYYARCG
                     FPYVSTHPMFGPTFANLGNLMNENAIIISEGDHLGRVFFKDLYGRLKLNIFEYTFDEH
                     DRVVAQTLGIPFASTFVFVATMEHQDAPGTTFRRHMKIARGVLSEDDYLLTEILFNPR
                     TPGQIERIREELAELQRIIARHDTEAMHAYLARLRKRLE"
     CDS             complement(4626..7871)
                     /gene="tri1"
                     /locus_tag="SEQF3106_01475"
                     /EC_number="3.4.21.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9RDE2"
                     /codon_start=1
                     /transl_table=11
                     /product="Tricorn protease"
                     /translation="MNNKHVCTMLCAALLAAAHGKAEEARLLRFPATNGNEIVFSYAG
                     DLYKVPATGGEARRLTAHPGYEMFPRFSPDGRTIAFTGQYDGNTEVYTIPADGGEPVR
                     LTYTSTNARDNLGDRMGPNNIVMAWTTDGARIVYRNRISDSFSGRLYTVSRDGGLSEP
                     IPLPEGGFCSYAPDGRRLAYNRVMREFRTWKYYKGGMADDVWIYDPDKKTVENVTHND
                     AQDIFPMWVGDEIYFLSDRDRTMNVFVYDTRTKETKKVTDFKDYDVKFPSTNGRLIVF
                     ENGGYIYRLDPATKRAEKVQITLTSDNVYARSAIKDGSKYLRSASLSPDGKRLAITAR
                     GEVFNLPAEKGVTKNITRSPGAHDRSGAWSPDGKHIAYISDATGETELWMQPADGGDP
                     VQLTKNNDTYIRDFSWSPDSRWIVYTDRKNRIRLLDVATKAVTEVMQDPRTEPFDVSF
                     SPDSRWLAYTRMADNRYDIVYVYRIADKQEYAVTDRWYDSGDPVFSTDGRYLIFSSTR
                     DFNPIYGSKEWNHVYGYTNGVYLALLSKDTPSPFLQKDDGAKADRKVEVKVEEGGKKK
                     NTSAEKKPESVTVKVDGDGLTRRIVKLPLTTDGHYTNFYSDGKRVYYARKGNTYVFDL
                     DKQKEETVAEGAQMWVEPGGKKAGFFKGHRVYVMDIPTGKADLKDAVNLSDMKITTDY
                     PKEWAQIFDESWRAFRDGFYLENMHGVDWKAIKAKYAALLPYVKNRQDLTYIIGEMIG
                     ELGCGHAYVTTGEIDAPKRIKMGLLGARVSRDKSGFFRIEEILPGETWEPTLRSPLAD
                     PGINAKAGQYIVAVDGVAANTVGDLYALLTGKANVPTELSLNDRPQLAGARRVVIRPL
                     EDEYPLYHYQWVQRNIAKVDKASGGKIGYIYIPDMGPEGLNEFTRYFYPQLDKEGLII
                     DDRANGGGNVSPMILERLSREPYRMTMRRGSILNGTVPDAVQVGPKVCLINKYSASDG
                     DLFPWGFRALKLGKLIGTRTWGGIIGISSSLPFMDGQDLRVPFFTSYDMQGNWIIENH
                     GIDPDIRVDNDPIKEWNGEDEQLNRAIEEVMNQLKDRKPLPKTPAPRVWNK"
     CDS             complement(8436..9440)
                     /gene="epsJ"
                     /locus_tag="SEQF3106_01476"
                     /EC_number="2.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P71059"
                     /codon_start=1
                     /transl_table=11
                     /product="putative glycosyltransferase EpsJ"
                     /translation="MSPTPFFSIIVPIYNRPDEARELLESLAAQTDGDFELVLVEDGS
                     TRPCAAEVEAFRDRLTIHYIVKPNSGRSDSRNVGMRAAHGRYFIFFDSDCIIPPDYFQ
                     TVRRYLATEPADCFGGPDREHPSFTPTQKAISYAMTSFWTTGGIRGGRTNLEKFKPRT
                     FNMGFSREVYERVGGFKDMYGEDIDLSIRIHQAGFTTRLYRDAYVYHKRRGNLRKFYR
                     QVHIFGQARINLFKLYPDSLKAVHTLPAVFVLGSVGVLVCAVVLSPWWLLLPAFYIML
                     LLVDALLKTRNPGIALRAVVASLIQIYGYGLGFLRSFVDKIILRHGLEDLETLKRVYK
                     "
     CDS             complement(9437..11587)
                     /gene="dpp7"
                     /locus_tag="SEQF3106_01477"
                     /EC_number="3.4.14.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B2RKV3"
                     /codon_start=1
                     /transl_table=11
                     /product="Dipeptidyl-peptidase 7"
                     /translation="MTRTNKITAAAAALLLLATGARADEGMWVLKELNKQNIARMQEL
                     GLNVPIETIYSETNPCVADAVVIFGGGCSGITVSNEGLIFTNHHCGYGSIQKLSSVEH
                     DYLKNGFISQSFKDELPVEGLKVQYLRETVDLTDRIVPQLEGITDEFQRLSKADSIGR
                     AIADSVSKGDKFTNAEVLPFYSHNKYFLVVYDVFRDVRLVFAPPTSLGKFGGDTDNWM
                     WTRHTCDFSVFRVYAGADNRPADYNANNKPYHPRYVAEVSLQGYGEKDYAMTIGFPGR
                     TNRYLSSWGVNQRIEDSNKPRIEVRGLKQDIWRKAMQASDAVRIKYASKYAGSSNYWK
                     NSIGMNRGLANLDVIARKKAEEAAFAAWVAQSPERQARYGDVLKLLEKGYTSSDEYAR
                     IATYLSEAFVGGTEIVRLARMINSIDVEKGKPEEIDEWINGSLHDFYKDYEPDLDRQV
                     LPVMLRVVKERVPEKYLPDIYKTIDKKYKGDYTRYANDLFKRTVLTSPDKVAALLKDK
                     KRFKAVMEKDPAAELSQSAILSLMAMRQFLAASDNDIDRGERLYFEGLQKMHPERTFY
                     SDANFTMRASYGSIGGYQPRDAVWYNYFTTHRGILEKQDPKSTEFYVQPEILTLVRNR
                     DFGSYANPQGDLQLCFLSNNDITGGNSGSPVFDRNARVIGLAFDGNWEAMSGDIAFEP
                     DLQRTISVDIRYVLWMIDRWGKCPRLIQELKLVK"
     CDS             complement(11590..12948)
                     /locus_tag="SEQF3106_01478"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNSLLRQIKIFLTRHFDLRQEKEDEQETIESLKKGVEFRGTNL
                     WVLIFAIFLASLGLNTNSTAVIIGAMLISPLMGPIMGFGLGLGITDFELVKRSLRNYL
                     TATVFSVVTATIYFLISPISEAQSELLARTSPTIYDMLIAFFGGLAGIVAGSTKSKGN
                     VIPGVAIATALMPPLCTAGFGLATGNLSYFFGAFYLYFINTVFISLSTYIVVRVLKYP
                     NKEILDKKRELIVRRYMMIIVTCTIIPSLYLTYRVFKDTLFDQQVRSFVNKELDFPNT
                     QILSRTVAVDTAGHKAISVVLLGDEVPDVMIEAARARMTDYGLGGIGLNVQQGFGTDV
                     DINELKSVLMKDLYKNNEELVRAQAAQIDSLKHTVDRYRRASHLALSLTPELRVLYPQ
                     VERLACTPTIIANTVENKPDTVLLVYVKAKKALTPDEQRKLSQWMAARTEEKNIKLII
                     DK"
ORIGIN      
        1 cccgtttttg tactttttga ttggaaacct tgtacttttt gattggcgga ttatacattc
       61 ggtgccgttc gcttgccatc cattttcgca tcgccgtagc ggccgccgag ggcgggtaga
      121 aagagtcttg tatagaaaga aacggcctct atctttgccc ccgaattgaa gaatgaaaag
      181 atgaatcgat tttatgcata cggatacttt ttcttttacc ccgagcgcga ggtaaaggca
      241 ggatccggtg cgtaaggcat aaacgaagaa tggatgcaac acgaagcaag agtcctgcca
      301 tggtatatgg tgggactttt tgcttttgcg cggagaaaaa ggataaaccg aaagcataga
      361 aagaatgaag aagaaagtag ccatacaggg catagcgggg tcgtatcacg acgtggcggc
      421 gcaacgctat tttgaaggcg aagcggtgga gctggtcgcc tgcgacacgt ttcgcgaagt
      481 gatcgacgag gtggccgccg gcaccgtcgg tatgatggcc attgaaaaca ccatagccgg
      541 cagcctgctg caaaaccatg agctgatccg ccagggcaat tgccgcatcg tgggggagta
      601 taaactgcgc atcatgcact ccttcgcggc gctgccgggc acgcgcgcgg aagacgtgac
      661 ggaggtcaat tcgcacccca tcgcgctgat gcaatgccgc gacttcctcg acacgctgcc
      721 gaacgccaag ctcgtggagt gcgacgacac ggccggcagc gcccgctggg tggccgagga
      781 acagatgcac ggtcacggcg tgatctgcgc ccgacgcgca gccgagatgt acggcctgga
      841 ggtgctggcc gaaggcgtgg aaacgaacaa acgcaactac acgcgcttcc tcgtcatcgc
      901 ccggcccgat ctggccgaac gcatgcagca ggggatgagg cccaacatgg cctcgctcgt
      961 cttcgccctg ccccacaccg cggggagcct ctcgaaggtg ctcaccatcc tctcgtttta
     1021 cgacatgaac ctctccaaaa tccagtcgct gcctatcatc gggcgcgagt gggaatacct
     1081 gttttacgtc aacctcacct tcgaggatta tgggcgctat cggcaggcct tggaggccat
     1141 catgccgctg actaacgact tgaaaatact gggtgaatat gaacaaggga aacaaagcat
     1201 ttagcgcacg gccggcctac cgcgttggca ccgtgcagga gtactacttc tccaagaaac
     1261 tgaaggaagt ggcggccatg aatgccgccg gcaaacgcgt gatcagcctc ggcatcggca
     1321 gccccgacct gccgccctcg gaggtggcca tcaagacctt gcagcgcgag gcagcacgcc
     1381 ccgacgtgca cggctatcaa ccctacacgg gcatgcccga gctgcgccgg ggctacgcag
     1441 cgtggtacga acaatggtat ggcgtcgcgc tcgatgctga ccgcgaggtg ctgccactca
     1501 tcggatcgaa ggagggcatc ctgcacatct cgctgacctt cctcaacccc cgcgagggcg
     1561 tcttggtgcc caatccgggt tacccgacct acagctcggt gagccgtctg gtgggcgcgg
     1621 agctcatccc ctacacgctg gaggagtcgc ggggttggca gccagacttc gcggcgttgg
     1681 agcagctcgt tgctgagcgt gaagcggcct tgtgcccgcc gatcaagctg atgtgggcca
     1741 attatccgaa catgccgaca ggcgcggacg cgtcggatga gctattggag cgcttggtcg
     1801 acttcgggcg ccggcacagc atcgtcatct gtcacgacaa cccgtacagc ttcatcctga
     1861 acgaccaccc gcgcagcatc ctcgccgtgc ccggcgccaa ggacgtgtgc atcgagctca
     1921 actcgatgag caaggcgcac aacatgccgg gctggcgcat ggccatgctg gcctcgaacg
     1981 cacagttcgt gtcgtggatc ctgcgggtga agagcaatgt cgactcgggg cagttccgcc
     2041 ccatgcagtc ggccgtggtg gaagcgctca aggcgccgcg cgagtggtac gaggggatga
     2101 atgccgtcta ccgtcgtagg cgcgctctgg cggagcgcat catggacgcg ctcggttgcc
     2161 agtacgacag gcagcaggtg ggcatgttcc tctgggggcg ggtgccggca tcagcaaaga
     2221 gcggcgaggc cttggccgac cgcgtgcttc aagaggctca cgtcttcatc acgcccggct
     2281 tcatcttcgg atctgccggc gatcagtacg tgcgcatctc gctctgctgc ccagaggagg
     2341 cgctcacgga ggcacttgaa agggtgaaaa cgaaaatcga aaaatgaaag gcgggtaccc
     2401 gaccttctaa tgaatcatac atctacacat atactacaat gagcaagaac atcgagaaac
     2461 tggatttgaa atccatcgta ttaccaggga tcgacacgaa gcgtccgctg gtgattgccg
     2521 gtccgtgcag cgcggagacc gaggaacaag tgataacgac cgccgctgca ttggccgcca
     2581 taggggtgaa gatctttcgc gcggggatct ggaagccgcg cacacggccg gggggcttcg
     2641 agggcgtcgg cgcaccgggc ctgaagtggc tcaagcgcgt gaaggaggag acgggcatgt
     2701 acgtagccac cgaagtggcc acgcgcgacc acgtctttga ggcgctcaag gccggcatcg
     2761 atgtgctttg gatcggcgcc cgcacggccg tcaatccctt cgccatgcag gacgtggccg
     2821 atgccctctc gggtgtcgac atccccgtgc tgatcaagaa tcccatcaat cctgacttgg
     2881 aactctggat cggcgccatc caacgcatct acggcgctgg catacgccgc atcgctgcga
     2941 tccaccgcgg cttcagctcg tacgacaaga agctctaccg caacatgccc ctctggcaca
     3001 tccccatcga gctccgccgc cgcatcccca acctgcccat cctctgcgac ccgagccaca
     3061 tcggcggcaa acgcgagctg atcgcctcgc tctgccagca ggcgatggat ctgaacttag
     3121 acggcctcat catcgagtcg cattgctcac ccgacgacgc ctggagcgat gccgcacagc
     3181 agatcacgcc cgatgtgctc gactatgtgc tcagcctgct cgtcatccgc gatgccacgc
     3241 agacgacgga gaacctcacc gccctgcgcc gacagatcga cggtgtggac gagcagctgc
     3301 tcgagcttct ggccaagcgc atgcgcatct cgcgagagat cggcgtatac aagaaggaac
     3361 acaacatgcc catcctccag tcgccccgtt acggcgagat actcgagaac cgtgccaagg
     3421 ccggcgccgc gatggacctg aacccggact tcgtgcaggc catcctcaag aacatccatg
     3481 aggagtccgt ccgccagcag atgatcatta tgaatcaaga cgaaagcgcg gcccagtcat
     3541 gaagatcctc atcttaggtg cgggtcggat ggggtcgttc ttcaccgacc tgctcagctt
     3601 cgatcacgag gtggccgtcc tcgaggccga cccgcgccgc atgcgtttca tctacaacgc
     3661 cctccgcctc accacgcccg acgagatcga cgcgtttgct ccggagttag tcatcaactg
     3721 cgtcacactc agccgcaccc tcgaggcctt cgacaccgtg ttgccgcatc tgaaaccgta
     3781 ttgcatcatc tcggacatcg cctcggtcaa gaccggattg gccgaatact acgcccgctg
     3841 tggcttcccc tacgtctcca cccaccccat gttcggcccc accttcgcca acctcggcaa
     3901 cctgatgaac gagaacgcca tcatcatctc cgagggcgat cacctgggcc gcgtcttctt
     3961 caaggacctc tacggccggc tgaagctgaa catcttcgag tacaccttcg acgagcacga
     4021 ccgcgtcgtg gcccagacgc tcggcatccc cttcgcctcg accttcgtct tcgtggctac
     4081 gatggagcat caggacgcgc ccggcaccac cttccgccgc catatgaaga tcgcccgtgg
     4141 ggtgctctct gaagacgatt atttgctgac tgagatcctc ttcaatcccc gcacgccggg
     4201 gcagattgag cgcatccgtg aggagctggc cgagctgcaa cgcatcatcg ctcgacacga
     4261 tacggaggct atgcacgcgt atctcgctcg gctgcgtaag cgattggaat gaacgggaaa
     4321 gtgggatggc gaaaagagaa aaatgccggg tacacgaagg gttgatcctt catgtgcccg
     4381 gcatgattcg tttatagggg cgaatgatta ttcgcttcta tagttcaggc gacgtaggcc
     4441 tgcggcggcc cgtcgaagtg ttcgatgggg cgaaacaaac ttgcgacggc ccgtcgaagt
     4501 gttcgatggg gcgaaacaaa cctgcgacgg cccgtcgaag tgttcggtgg ggcgaaacaa
     4561 acttgcgacg gcccgtcgaa gtgttcggtg gggcgaaaca aacttgcgac agcccgtcga
     4621 agtgttcact tgttccatac ccgcggcgca ggcgtcttgg ggagcggctt gcggtctttg
     4681 agttggttca tcacctcctc gatggcgcgg ttcagctgtt cgtcttcgcc gttccactcc
     4741 ttgattgggt cgttatccac acggatgtcc ggatcgatgc cgtgattctc gatgatccag
     4801 ttgccctgca tgtcgtagct cgtgaagaag ggcacgcgca agtcttgtcc gtccatgaag
     4861 gggagcgagc tgctgatgcc gatgatgccg ccccatgtgc gtgtgccgat cagcttgccc
     4921 agcttcaggg cgcggaagcc ccacgggaag aggtcgccgt cggaagccga atacttgttg
     4981 atgaggcaca ccttggggcc cacctgcacg gcgtcgggga cggtgccgtt gaggattgag
     5041 ccgcggcgca tcgtcatgcg gtagggctcg cgagagaggc gctcgaggat catcggggag
     5101 acgttgccgc caccgttggc gcggtcgtcg atgatgaggc cctccttgtc gagctgcggg
     5161 tagaagtaac gcgtgaactc gttcaggccc tccggaccca tgtcggggat gtagatgtag
     5221 ccgatcttac cgcctgaggc cttgtccacc ttggcgatgt tgcgctgcac ccattgataa
     5281 tgatagagcg gatactcgtc ttccaacggg cggatcacga cgcggcgtgc accggccagc
     5341 tgcgggcgat cgttgagcga aagctcggtg ggcacattgg ctttgcccgt gagcaaggcg
     5401 tagaggtcgc cgacggtgtt agccgcgaca ccgtcgacgg ctacgatgta ctggcccgct
     5461 ttggcgttga tgcccggatc agcgaggggc gaacggagcg tcggctccca cgtctcgccc
     5521 ggtaggatct cctcgatgcg gaagaagcca ctcttgtcac gcgatactct ggcgccgagc
     5581 agccccatct tgatgcgctt cggggcgtca atctcgcccg tcgtcacgta ggcatggccg
     5641 caacccagtt cgccgatcat ctcaccgatg atgtaggtca agtcttggcg gttcttcacg
     5701 taaggcagca gggcggcata cttggccttg atcgccttcc agtccacgcc gtgcatgttc
     5761 tcgaggtaga agccgtcgcg gaaggcgcgc cacgactcgt cgaagatttg cgcccattcc
     5821 ttcgggtagt ccgttgtgat cttcatgtcg gacaggttga cggcgtcttt cagatcggcc
     5881 ttgcccgtgg ggatgtccat gacgtacacc cgatggccct tgaagaagcc ggccttcttg
     5941 ccgcccggct ccacccacat ctgggcgcct tcggccacgg tttcctcctt ctgcttatcg
     6001 aggtcgaaga cgtacgtgtt gcctttgcgg gcgtagtaga ccctcttgcc gtcggagtag
     6061 aagttggtgt aatggccatc ggtggtgagt ggcagcttga cgatgcggcg cgtcaggccg
     6121 tcgccgtcca ccttgacggt cacgctttcg ggtttcttct ccgcggaggt gtttttcttc
     6181 ttgccgccct cttcgacttt gacctccacc ttgcggtcgg cctttgcgcc gtcatctttt
     6241 tggaggaagg gcgagggcgt gtctttcgac agcagtgcga ggtagacgcc attggtgtag
     6301 ccgtagacgt ggttccactc cttggagccg tagatggggt tgaagtcgcg cgtggagctg
     6361 aagatgaggt agcggccgtc ggtgctgaag acggggtcgc cggagtcgta ccagcggtcg
     6421 gtgacggcgt actcctgctt gtcggcgatg cgatagacgt agacgatgtc gtatcggtta
     6481 tcggccatgc gggtgtaggc gagccagcgg ctgtcgggtg agaaggagac gtcgaagggc
     6541 tccgtgcgcg ggtcttgcat cacttcggtg acggccttgg tggctacgtc aaggaggcgg
     6601 atgcggttct tgcggtcggt gtagacgatc cagcgactgt ctgggctcca ggagaagtct
     6661 cggatgtagg tgtcgttatt cttcgtcagc tgcactgggt cgccgccgtc ggcgggctgc
     6721 atccatagct ctgtctcgcc cgtggcgtcg gagatgtagg cgatgtgttt gccatcgggc
     6781 gaccaggcgc cgctgcggtc gtgtgcgccg ggcgagcggg tgatgttctt tgtgacgcct
     6841 ttctccgcgg gcaggttgaa gacttcgccg cgggccgtga tcgcgagtcg tttgccgtcg
     6901 ggcgagaggc tggcgctgcg caggtatttg ctgccgtctt tgatggcgct gcgggcgtag
     6961 acgttgtctg acgtaagtgt gatctgcacc ttctcggcac gcttcgtggc cgggtcgagg
     7021 cggtagatgt agccgccgtt ctcgaagacg atcagccggc cgttggtgga ggggaacttg
     7081 acgtcgtagt ccttgaagtc ggtcaccttc ttcgtctcct tcgtgcgggt gtcgtaaacg
     7141 aagacgttca tcgtgcggtc gcggtcggag aggaagtaga tttcgtcgcc gacccacatg
     7201 gggaagatgt cctgggcgtc gttgtgggtc acattctcta cggttttctt gtccggatcg
     7261 tagatccaga cgtcgtctgc catgccgcct ttgtagtact tccaggtgcg gaactcgcgc
     7321 atgacgcgat tgtaagccag gcgccggccg tcgggtgcat agctgcaaaa gccgccctcg
     7381 ggcaggggga tcggctcgga gagtccgccg tcgcggctga cggtgtagag tcggccgctg
     7441 aagctgtcgc tgatgcggtt acggtagacg atgcgggcac cgtctgtggt ccaggccatg
     7501 acgatgttgt tcggccccat gcggtcgccg aggttgtcgc gggcgttggt cgaggtgtag
     7561 gtcaggcgca ccggttcgcc gccgtcggcg gggatggtgt agacctccgt gttgccgtcg
     7621 tactggccgg tgaaggcgat cgtgcggccg tctggcgaga agcgggggaa catttcatag
     7681 cccgggtgtg ccgtcagccg tcgggcctcg ccgcctgtag cgggcacttt gtataaatca
     7741 ccggcatagg agaagacgat ctcgttgccg tttgtggctg ggaagcgcaa gaggcgcgcc
     7801 tcttcagcct ttccgtgcgc agccgccagc agggccgcgc aaagcatggt acatacgtgt
     7861 ttgttgttca tataattaat ggtattggtt acgggcaaaa atagaaggag cggtggcaaa
     7921 tgaaaaccct gcgcgatccg tgtcaggggg ggcatggctt gccgtccgtt tccgttgggc
     7981 cataaaatgg ggtgcgccga gtgcgggtac gccttattgg agtctcaaac ggggcgctcc
     8041 cggcctgggt acgccttatt ggagactcaa acggggtgcg ctcagtgtgg gtacgcctta
     8101 ttttagactc aaacggggcg cccccggtgt gggtacacct tattggagac tccaataata
     8161 agtcgaaacg ctcgcgggtt aatatttgag tctcaaatat taagtagcac gcatgtaagt
     8221 tattattgaa gtgttcgata ataagtagca cgcatgtaag ttattattga agtgttcgat
     8281 aataagtaac atgcatgtaa gttattattt tgcaaggaaa tgaggcgtcc ccagcgtgga
     8341 taacccttat tggaaactaa aatgagacgt acccggtgtg gatacgcctc attagagatt
     8401 caaacgggca gccctcggcg tggcggcgcc cttcgttatt tatagacccg cttgagcgtc
     8461 tcgaggtctt cgaggccgtg gcggaggatg atcttgtcga caaaggagcg gaggaagccg
     8521 aggccgtagc cgtagatctg gatcagcgag gcgacgacgg cgcgcagggc gatgcccggg
     8581 ttgcgggtct tcagcagggc gtcgacgagg agcagcatga tgtaaaacgc gggcaggagc
     8641 agccaccacg gcgacagcac gacggcgcac acgaggacgc cgacgctgcc gaggacgaac
     8701 acggcgggga gggtgtggac ggccttcagc gagtcggggt agagcttgaa gaggttgatg
     8761 cgggcctggc cgaagatgtg cacctggcgg tagaacttgc ggaggttgcc gcggcgcttg
     8821 tggtagacgt aggcgtcgcg gtagaggcgg gtggtgaagc cggcttgatg gatgcggatg
     8881 ctgaggtcga tgtcttcgcc gtacatgtct ttgaagccac cgacgcgctc gtagacctcg
     8941 cgcgaaaagc ccatgttgaa ggtgcggggc ttgaacttct ccaggttggt gcgaccgccg
     9001 cgtatgccgc ccgtggtcca gaaggaggtc atggcgtagc tgatggcctt ctgcgtgggg
     9061 gtgaagctgg ggtgctcgcg gtcggggccg ccgaagcagt cggccggctc ggtggcgagg
     9121 tagcggcgga cggtctggaa gtagtcgggc gggatgatgc agtcggagtc gaagaagatg
     9181 aagtagcggc catgtgcggc gcgcatgccg acgttgcgcg agtcgctgcg gccggagttg
     9241 ggcttgacga tgtagtggat cgtgaggcgg tcgcggaagg cctccacctc agccgcgcag
     9301 ggccgggtgg agccatcctc gacgagcacc agctcaaagt ccccatccgt ctgcgcggcg
     9361 aggctttcga gcaattctcg ggcctcgtcg gggcggttgt agatggggac gatgatggag
     9421 aagaagggtg tcgggctcat ttcaccagct tgagttcttg gatcaggcgc gggcacttgc
     9481 cccagcggtc gatcatccaa aggacgtagc ggatgtcgac gctgatggtg cgttgcaggt
     9541 cgggttcgaa ggcgatgtcg ccgctcatgg cctcccagtt gccgtcgaag gcgagcccga
     9601 tgacacgcgc gttgcggtcg aagacggggc tgccggagtt gccgcccgtg atgtcgttgt
     9661 tggagaggaa gcagagttgc agatcgccct gcgggttagc gtacgatccg aagtcgcggt
     9721 tgcggacgag ggtgaggatc tccggctgca cgtagaactc cgtgctcttt gggtcttgct
     9781 tctcaaggat gcctcggtgg gtggtgaagt agttatacca cacggcgtcg cgcggctggt
     9841 agccaccgat ggagccgtag ctggcgcgca tggtgaagtt ggcgtcggag tagaaggtgc
     9901 gctccgggtg catcttctgt aggccctcga agtagaggcg ttcgccgcgg tcgatgtcgt
     9961 tgtcggaggc ggcgaggaat tggcgcatgg ccatcagcga taggatggcg gactgcgaga
    10021 gttcggcggc gggatccttc tccatcacgg ctttgaagcg tttcttgtcc ttcagcagcg
    10081 cggccacctt gtcgggcgag gtgaggacgg tgcgtttgaa gaggtcgttg gcgtagcgtg
    10141 tatagtcgcc cttgtatttc ttgtcgatcg tcttgtagat gtccggcagg tacttctcgg
    10201 gcacgcgctc cttgactacg cgcagcatga cgggcaacac ctgtcggtcg aggtcgggtt
    10261 cgtaatcctt gtagaagtca tgcagactac cgttgatcca ttcgtcgatc tcttccggtt
    10321 tacccttctc tacgtcgatg ctgttaatca tgcgtgccaa gcggacgatc tccgtaccac
    10381 cgacgaaagc ctcggagagg taggtggcga tgcgtgcgta ttcgtcggag gaggtgtagc
    10441 ccttctcaag cagcttcagc acatcgccat agcgcgcctg gcgttcgggc gactgagcaa
    10501 cccatgcagc gaaggcggcc tcttcggctt tcttccgagc gatgacgtca aggttggcca
    10561 agccgcggtt catgccgatg gagttcttcc aataattgga gctgccggcg tacttcgagg
    10621 cgtacttgat gcgtacggcg tcgctggctt gcatggcctt acgccagatg tcttgcttga
    10681 ggccccgcac ctcgatgcgc ggcttgttcg agtcctcgat gcgttggttg acgccccacg
    10741 aggagaggta gcggttggtg cgaccgggga agccgatggt catcgcgtaa tccttttcgc
    10801 catacccctg tagggagact tcggccacgt agcgcgggtg gtagggcttg ttgttggcgt
    10861 tgtagtcggc gggacggttg tcggcaccgg cgtagacgcg gaagacggag aagtcgcacg
    10921 tgtggcgtgt ccacatccag ttgtccgtat cgccgccgaa cttgccgagc gacgtgggcg
    10981 gggcgaagac gagccggacg tcgcggaaga cgtcgtagac gacgaggaaa tacttgttgt
    11041 ggctatagaa gggtagcacc tcggcgttgg tgaacttgtc gcctttggaa acggagtcgg
    11101 cgatggctcg gccgatggag tcggctttgg agaggcgctg gaactcgtcg gtgatgccct
    11161 cgagctgtgg cacgatgcgg tcggtgaggt cgaccgtctc gcggaggtat tgcactttga
    11221 gtccttcgac gggcagctcg tccttgaagc tctgtgaaat gaagccgttc ttcagatagt
    11281 cgtgctccac gctgctgagc ttctggatgg agccgtagcc gcaatggtgg ttggtgaaga
    11341 tgagcccctc gttagatacg gtgatgccgg agcatccgcc gccgaagatg acgacggcgt
    11401 cggccacgca ggggttcgtc tcgctgtaga tggtttcgat gggcacgttg aggcccagct
    11461 cctgcatgcg agcgatgttt tgtttgttca attctttcag cacccacatg ccttcgtcgg
    11521 cgcgggcgcc cgtggcgagc agcagtaggg ctgccgctgc ggcggtgatc ttgtttgttc
    11581 gtgtcatgtt tatttatcga ttatcagttt gatgttcttc tcttcggtgc gtgcggccat
    11641 ccactgcgag agcttgcgtt gttcgtcggg ggtgagcgct tttttcgctt tgacgtaaac
    11701 taaaagcacg gtgtccggct tgttttccac ggtgttggcg atgatggtcg gtgtgcaggc
    11761 taagcgctcc acttgcgggt agagcacacg cagctcgggc gtcagcgaga gggccaggtg
    11821 ggaggctcgg cgatagcgat ccacggtgtg cttgagcgaa tcgatctgcg cggcttgtgc
    11881 gcggacgagc tcctcgttgt tcttgtagag atctttcatc agtacgctct tgagctcgtt
    11941 gatgtctacg tcggtgccaa agccttgctg tacgttcagg ccgatgccgc cgaggccata
    12001 gtccgtcatg cgggcgcggg cggcttcgat catcacgtcg ggcacttcgt cgccgagcag
    12061 tacgacgctg atcgccttgt ggcctgcggt atcgacggcg acggttcggc tgaggatttg
    12121 cgtgttgggg aagtcgagct ctttgttgac gaacgacctc acttgctggt cgaatagggt
    12181 gtccttgaag acgcgatagg tgaggtaaag gctggggatg atggtgcagg tgacgatgat
    12241 catcatgtag cgccgaacga tcagctcgcg cttcttgtcg aggatctctt tgtttggata
    12301 cttcagcacg cgcaccacga tgtaggtgga gaggctgatg aagacggtgt taataaagta
    12361 gagatagaag gcgccgaaga agtagctcag gttgcccgtg gccaagccga atccggcagt
    12421 gcagaggggc ggcatgaggg cggtggcgat ggctacgccg gggatgacgt tgcccttcga
    12481 cttggtggag ccggccacga tgccggccaa gccgccgaag aaggcgatga gcatgtcgta
    12541 gatggtgggt gaggtgcgcg ccagcagctc gctctgcgcc tcgctgatgg gcgagatgag
    12601 gaagtaaatg gtggcggtga cgacgctgaa gaccgtcgcc gtaaggtagt tgcgcaggga
    12661 gcgcttgacc aactcgaagt cggtgatgcc gaggcctaac ccgaagccca tgatggggcc
    12721 catgagcggg gagatgagca tggcgccgat gatgacggct gtggagttgg tgttcagccc
    12781 gagcgaggca aggaagatgg cgaagatgag tacccagagg ttggtgccgc gaaactcgac
    12841 gcctttcttc agcgattcga tcgtttcttg ttcgtcttct ttctcctgcc tgaggtcgaa
    12901 gtggcgggtc aggaagatct tgatttgtcg aagtagggaa ttgtccattg tgctatataa
    12961 ttacaggtag ggggcgcata cgcccgtatt gttcggattc atctatgcag ggacgcccgc
    13021 aagggggcgg taggggagga gggggggata cttgccgagg cgaagatacc ggcgggggtg
    13081 gtgaaatgaa tttttgtaat gccaaacaga cctctgtttg ggttcgcgca catcggctgg
    13141 agccaaacag acctctgttt gg
//
LOCUS       SEQF3106|MIQD01000055.113142 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13142
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(1760..2716)
                     /gene="mltD_1"
                     /locus_tag="SEQF3106_01479"
                     /EC_number="4.2.2.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AEZ7"
                     /codon_start=1
                     /transl_table=11
                     /product="Membrane-bound lytic murein transglycosylase D"
                     /translation="MSAKNFAIGCMAAGLISLTACFSVQSQNTEQPRQDGGMTVSPDV
                     PEKVTFCGEQIDLTRYNMYEAMDRELSSLTYFHSTTMLTIKRANRFFPIIVPILKANG
                     VPEDFKYLAVVESHLDPRVASPARAAGMWQFLESAGREYGLTITPSVDERYNVARATE
                     AACRYLKDAYARYGDWASAAASYNAGMGRISGAFASQRETSVLNLWLVEETSRYVYRI
                     LATKLIFENPQKYGFALRPRDLYTPIECDEVTVSSGIPDLVAFAKSHDITYADLKRFN
                     PWLRDSKLITGGRSYTILIPRKKDMYYTDTNRTVYDRRWVVK"
     CDS             complement(2713..4059)
                     /locus_tag="SEQF3106_01480"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKISLYIKVCAAGLFLLCTGRSVAQYQVSGGKKTPIRAVENTA
                     YKLEVYLVYGTDGVTLSHTGTGTHRWYRYRTKAAVEDDWEAVASTQNGSTSTVTNPAE
                     GYGYFVVDGSGELRRYVWIMDYSRYPAHITSLSVSASSDACSSLRLAGTADLPALTYY
                     LPDGKAAEVKREFEVSYLTQVWKEQRKSFAEELVVDTLRGNPFDEALHRPPLTDTKIE
                     LTGDLFARAFGVEQSATIDRYEAVALEVHADTTMTSESKTNLKRKEGELSAPATIRFT
                     AHANTPVASLFVWQITRRETTGDAVLVRFTEPEMEYTFDRAGEYRVTLEVSDRSGRCT
                     NKDNSYKISITETVLEVPNVFSPESSPGVNDVFKVAHKSVVRFSASVFNRQGSLLYHW
                     TDPNGGWDGKYRGRYVPAGAYYYVIEYTGTDGRTHRKSGDINVVRSNTYNNNSKKQ"
     CDS             4665..5723
                     /gene="korA_2"
                     /locus_tag="SEQF3106_01481"
                     /EC_number="1.2.7.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O53182"
                     /codon_start=1
                     /transl_table=11
                     /product="2-oxoglutarate oxidoreductase subunit KorA"
                     /translation="MKGNEAIAHAAIRYGTDGYFGYPITPQSEVMETLMAEKPWETTG
                     MVVLQAESEVASINMVYGAAGTGKRVMTSSSSPGVSLMQEGVSYIAGAELPCLIVNVM
                     RGGPGLGTIQPSQADYFQTVKGGGHGDYRLITLAPSSVQEMVDFVALGFDLAFKYQTP
                     SIILSDGMIGQLMEKVVLPPFRPRKTDEEIARESPWAACGRKGGRRPNIITSLELDPA
                     IMEQRNLHLLEKYRRIEENEVRYEEIGCEDADYLLVAFGSSARICQKAMEMARGEGLK
                     LGLLRPITLWPFPTKAISDWADKVKGILSVELNAGQMVEDVKLAVNGRVRVEHFGRLG
                     GIVFTPDEIIAAVKEKLM"
     CDS             5762..5938
                     /locus_tag="SEQF3106_01482"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRGDRWDELFTLLFMLLAIAAGILYFAVKGNRLPFIVCGGVAV
                     VLRLTQYFLRMVGR"
     CDS             5969..6787
                     /gene="korB_2"
                     /locus_tag="SEQF3106_01483"
                     /EC_number="1.2.7.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O53181"
                     /codon_start=1
                     /transl_table=11
                     /product="2-oxoglutarate oxidoreductase subunit KorB"
                     /translation="METLELIETETEITEKRTEPSGMDIIRPENLVYAKPELMNDNPM
                     HYCPGCSHGVIHKLIAEVIGDMGMEEKTVGVSPVGCAVFAYNYIDVDWVEAAHGRAPA
                     VATAIKRVNPGKMVFTYQGDGDLAAIGTAETIHAANRGENIVIVFVNNAIYGMTGGQM
                     APTTLIGMPTATCPYGRDVALNGYPLKIGNLLAQLDGTCLVTRQSVQTPAAARKTKKM
                     LRLAFENSMAGKGTSVVEVVSTCSSGWKKSPTASNRWMMENMFPFYPLGDLKNV"
     CDS             6812..7357
                     /gene="porC"
                     /locus_tag="SEQF3106_01484"
                     /EC_number="1.2.7.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O05650"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyruvate synthase subunit PorC"
                     /translation="MQHEIIIAGFGGQGVLSMGKILAYSGLMEDKEVTWMPSYGPEQR
                     GGTANVTVILNDERISSPILNSYDIAIVLNQPSMDKFEPKVKPGGVLIYDGYGIQRPP
                     RRTDINVYRIDAMDAATELNMQKTFNMLVLGGLLKVVPMVKIESVLRGLKKTLPERHH
                     HLIPVNEEAIRKGMELIRKVN"
     CDS             complement(7350..7454)
                     /locus_tag="SEQF3106_01485"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVRTALCTRSNKKGAAAEQISDGSLSSYAANLN"
     CDS             complement(7912..9945)
                     /gene="yrrB"
                     /locus_tag="SEQF3106_01486"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34452"
                     /codon_start=1
                     /transl_table=11
                     /product="TPR repeat-containing protein YrrB"
                     /translation="MQRALTLLLCLLLTAAAQAQVNTDRVMAIGRNALYFEDYVLSIQ
                     YFNQVIRAKPWMAEPYFYRAVAKLNLDDFQGAEEDCTLSLARNPFLAQAYYARGIARQ
                     SQEKYAEAIEDYTKGLEFKPGDRAMMSNKAIAYVQKKDFKDAEHVFDELIRAHPKQSL
                     GYLTRAAMYLEKGDTTKAMADYDQAVKIDPYYAPCYGNRGLALYQSGRYAEALKDFNE
                     AIHLNTREGGYYINRGLVRYQVNDLRGAMADYDRVIEMDADNRIARFNRGLLRAQVGD
                     NNRAIEDFDVVLRAEPDNYIARFNRAMLNFQTGDYRGSLRDLNLVLQKYPDFLQGYYY
                     RADVRRRLNDLKGADRDYIAAMKIEDDRRRGRKSSPTSTSKGKDDDKTREESDRNIEK
                     FNRLVVHDRKEEQKSKYQSEIRGRVQDRNVQVELEPIFVLTYYEKQADVRERVFYGRL
                     VEQFNARHVLAWRLLLTNREAALTEEQIAAHFTSIDSYSKRIEQMPGKADLHFGRAMD
                     YMLVQDFAEAVRDLDRTVELAPDYALAYFARAVVRYKQLQSTRSRQDELSAPATQETL
                     PADESRLRDHELIIRDYDVVIRLAPNFAFAYFNRGNLRSAGRDFRAAIADYDAAIRCD
                     PELAEAYFNRGLAALSLGDATHGIADLSKAGELGLPGAYSIIRRMTEEGKNSE"
     CDS             complement(9951..10511)
                     /gene="def"
                     /locus_tag="SEQF3106_01487"
                     /EC_number="3.5.1.88"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P96113"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptide deformylase"
                     /translation="MILPIYTYGQPVLREETKPIGRDYDGLQQLIADMFETMYNADGI
                     GLAAPQIGRSIQLLVIDGRPLANDRPECKDFRRVLINPEIVEESEERATFEEGCLSFP
                     GVHERVTRAAKIRVKYMDEHFEPVEESLDGFAARIVEHECEHLAGRLFIDDISPIRRQ
                     LNKGRLNNIIRGKASCAYRVKSANRK"
     CDS             complement(10534..10962)
                     /gene="yrrK"
                     /locus_tag="SEQF3106_01488"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34634"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative pre-16S rRNA nuclease"
                     /translation="MGRILAVDYGAKRTGLAVTDTLQIAAGGLTTVASAEAVSYIVAY
                     AKREPIDEIVVGLPKQMDNRPSENMARVKTFARKLKAAMPEATIAFYDERFTSTMAHR
                     AMIEGGLGKKRRQDKALVDEISAVIILQGYMEWKKNQPSY"
     CDS             complement(10965..12362)
                     /gene="wcaJ"
                     /locus_tag="SEQF3106_01489"
                     /EC_number="2.7.8.31"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P71241"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-glucose:undecaprenyl-phosphate
                     glucose-1-phosphate transferase"
                     /translation="MEKNSRQGYFLQWLIGVGDLIVINALFLVLYHALSADYTRLIAH
                     SLKEVILLLNFCYFFALYFVPIRVHLSVVFLDNIVKRSFMLITFQMIMFTTCLIFMRI
                     GHGSTRFLIVFYVAALAAFSLWRVVMRLVVKVYRRKGFGVKNVIIVGAGKNGLELYKV
                     LKNDLAYGFNVYGFFDDNEELRGVLPNYLGLLKETEAFIETHRVDEIYCTIPGANSEK
                     ISGLLSFAEKHMIRFYILPDFYRDIKKSMVMEIMEYVPLLSIRNEPLQSVSNRALKRA
                     FDILFSSLVLMLVYPWLYTVIGVLIKLSSPGPVLFKQKRTGLYGKDFDCYKFRTMRVN
                     KEADEVQATRNDPRTTRIGAFLRHTNLDEMPQFVNVLKGDMSVVGPRPHMLKHTEQYS
                     KLIDKYMVRHLVKPGITGWAQITGYRGETKTLEQMEGRVKRDVWYIENWSFFLDLKII
                     YVTVINMFQGEKNAY"
     CDS             12563..13036
                     /gene="rlmH"
                     /locus_tag="SEQF3106_01490"
                     /EC_number="2.1.1.177"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q45601"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA large subunit methyltransferase H"
                     /translation="MQVELWMIGKTDLPYWREAQDEYARRLSHYLPFTMRILPDIRRT
                     ARLSESQQKIQEGLLILKALHPSDSCILLDEKGTEYTSLAFSAFLAKKLQHASKRLIF
                     LIGGPYGFSDAIYARFPERLSISRMTFSHQMVRVIFLEQLYRAMTIIRGESYHHE"
ORIGIN      
        1 cgccgaggcg tccggctttg ggacccatgt cgacgacgta atcggcgctc agcatcatgt
       61 ctttgtcgtg ctccacgacg atgacggagt ttcccgtgtc gcgcagctcc ttgagggagt
      121 tgatgaggcg gatgttgtcg cgctggtgga ggccgatgct gggttcgtcg aggatgtaga
      181 gcacgttgac gaggcggctg ccgatctgtg tagccaagcg gatgcgttgg ctttcgccgc
      241 cggagagggt ggctgaggcg cggttgaggg agaggtagtc gaggccgacc tcgaggatga
      301 agtcgaggcg cgagcggatc tctttgagga tctccacggc gatggtgcgc tgcgcgggcg
      361 agagtttttc ttcgagtccg ttgatccagc gcgacagctc ggcgatgtcc atcgaggcgg
      421 gctcggcgat gttcttccca tcgatgaagt agtgcagggc ttctttgttc aggcgctggc
      481 cgtggcactc ggggcagatg gtggtgctga cgaattgccc ggcccatttg cgcgcggagg
      541 cggaggcggc gccctcgtcg tcgccttgca tcatggtgat gtatttggcc acgccctcgt
      601 aggtgtagtt gaattgggtg ctaccgagcg acatgtttcg gaggcggatg ggctcctcgg
      661 tgccgttcat gatctcgtcc attgcctcgg cgggcaggtc tttgatgggc gtcttgatcg
      721 tcgcgccgtg cttcttgcag agcgcctcga tctgccaaaa gacgagcgag ttcttgtatt
      781 tacccagcgc cgcgatcccc ccttgataga tgctgagtga ggggtcgggg acgatctttt
      841 ccatgtcgat cacgttcacc tcgccgaggc ctttgcagcg cgggcaggcg ccgtggggcg
      901 agttgaaaga gaagttgtgc ggtgcgggct cgctgtaggc cagtccggtc gtggggcaca
      961 tcagccgtcg gctgtagtag cgcatctcgt tcgtgtcggc gtccaagagc aggatgagcc
     1021 cgtcgccctg cttcatggcc gtgcggaggc tctccttgag gcgtggctcg tcggtggcgc
     1081 tgacgatgag tttatccacg accacctcaa tgctgtgcat cttgtatcga tccagcttca
     1141 tgccgcggct aatctccatc agcttgccgt cgatgcgtac gttcaggtat cccttgcggc
     1201 ggatctgctc gaagagctcc ttatagtgcc ccttgcggtt gcggacgagc ggcgccagca
     1261 ggtacatcct ccggccgtta tactcacgca tgatcagctc caggatttgc tcctcggtgt
     1321 acttcaccat cttctcgccg ctgaggtagg agtaggcttc gccggcgcgg gcgtagagca
     1381 ggcgtaggaa gtcgtagacc tccgtggtgg tgccgacggt ggagcgcggg ttgcggttgg
     1441 tggttttttg ctcgatggat atgacggggc tcaggcccgt gatcttgtcc acgtctggcc
     1501 gctccacatt gcccatgaag ttgcgggcgt aggctgagaa ggtgtcgatg tatcggcgtt
     1561 gcccctcggc gaagatggtg tcgaaggcga gcgacgactt gccgcttccg ctcattcccg
     1621 tgatgacggt gaggcggttg cgaggcagct ccacgtcgat gttcttcagg ttatgcaccc
     1681 gtgcgcccca tacgccgatg gtgccccccc gctcgatgcg gtcgtcgttg gtctccttat
     1741 tctttattgt catatgcaat cacttcacca cccagcgccg atcgtagacc gtgcgattgg
     1801 tgtcggtgta atacatatcc tttttgcggg ggatgaggat ggtgtagctg cggccgccag
     1861 tgatgagctt cgagtcgcgc agccacggat tgaagcgctt gaggtcagcg taggtgatgt
     1921 cgtgcgattt ggcgaaggct actaagtcgg ggattccgga cgagaccgtc acctcgtcgc
     1981 actcgatcgg cgtgtagagg tcgcgcgggc ggagggcgaa gccgtacttc tgcgggttct
     2041 cgaagatgag ctttgtggcc aggatgcgat agacgtagcg cgaggtctcc tccacaagcc
     2101 agaggttcag cacggacgtt tcgcgctgcg aagcgaaggc gcccgagatg cgccccatgc
     2161 cagcgttgta tgacgccgca gccgaggccc agtcgccgta tctggcatag gcatccttca
     2221 ggtagcggca ggccgcctcc gtggcgcgcg ccacgttgta gcgctcgtcc acactgggcg
     2281 tgatcgtcag gccatactcc cgcccagccg actccaagaa ctgccacatg cccgcggcac
     2341 gcgccggtga ggccacacgc ggatcaaggt gactctccac cacagccaag tatttgaaat
     2401 cctccggcac accgttcgcc tttaggatcg gcacgatgat ggggaagaag cggttggccc
     2461 gcttgatcgt cagcatcgtt gtggagtgga aatacgtcaa gctgctcagc tcgcgatcca
     2521 tcgcttcata catattatat cgcgtcaggt cgatctgttc gccacagaag gtgaccttct
     2581 ccggcacgtc cggcgagacc gtcatgccgc catcctgcct cggttgttcc gtgttttgcg
     2641 attggacgga gaagcacgcc gtcaggctga ttaatccagc tgccatgcag cctattgcaa
     2701 agtttttcgc actcattgtt tcttactgtt attgttatac gtatttgatc ttaccacatt
     2761 gatgtcgccg cttttacggt gcgtccggcc atccgtgccg gtgtattcga tgacgtagta
     2821 ataggcaccg gcgggcacat agcggccgcg atacttgccg tcccaaccgc cgttcggatc
     2881 agtccagtga tagagtaggc tgccctgccg gttgaagacg gacgcgctga agcgtacgac
     2941 cgacttatgc gccaccttga agacgtcgtt caccccaggc gaactctccg gcgagaacac
     3001 gttcggcact tctaataccg tctccgtgat gctgattttg tagctgttgt ccttgttcgt
     3061 acagcgcccc gagcggtcgc tcacctcgag tgtgacgcga tactcgcccg cgcggtcgaa
     3121 tgtgtactcc atctccggct ccgtgaagcg cactaacacg gcgtcgcccg tggtttcgcg
     3181 gcgcgtgatc tgccaaacga agagcgacgc cacgggtgtg ttagcgtgtg ccgtgaagcg
     3241 gatcgtggct ggcgctgaca gctcgccctc cttgcgcttg aggttcgtct tgctctctga
     3301 cgtcatagtc gtgtccgcgt gcacttccaa agccacagct tcgtatcgat cgatggtagc
     3361 tgattgctcc acaccgaagg ctcgcgcgaa gagatcgcct gtgagctcga tcttcgtatc
     3421 cgtgagcggc gggcgatgca gcgcctcgtc gaagggattg cctcgcagcg tatctacgac
     3481 taactcctcg gcaaacgatt tgcgctgttc cttccacact tgcgtcaggt agctaacctc
     3541 aaactcgcgc ttcacttcgg ccgccttacc gtcaggcaga taataagtga gtgcgggcag
     3601 atcggccgtg cccgccagcc gaagcgacga gcaggcgtcg gacgaagcgg acacactgag
     3661 gctcgtgatg tgcgctgggt atcggctata atccatgatc cacacatagc gccgcagctc
     3721 cccgctaccg tcgacgacga agtagccgta tccctcggcc gggttcgtga ccgttgaggt
     3781 agaaccgttt tgcgtggatg ccaccgcctc ccaatcgtcc tctacggctg ccttcgtgcg
     3841 gtaacgatac cagcgatgcg tgcctgtgcc agtgtggctg agggtcacgc catcggtgcc
     3901 gtagactaaa taaacctcca gcttgtaagc cgtgttctcc actgcgcgga tgggcgtctt
     3961 cttgccgccg ctcacttggt attgcgccac ggatcgccct gtgcagagca ggaatagccc
     4021 tgccgcgcat acctttatat ataaggaaat cttgctcata agtcttctaa aacatggggc
     4081 ggcaaaagta tgcgctgttt ggaaagggcg ggagcggtgt gttatggccg cagtcagggt
     4141 agtcataagg tagtcatggt ggttagaagt agtcagaggg taacagttag ggaatagagc
     4201 tacgtaaacc gaaatagaaa aaggctggga ataattcctg tataattcag aatgagccag
     4261 aataaaaatc agaacggctt cttatatata cgccttgatt tcttcctatc tgtaagcaaa
     4321 tgagagcgat gagctaaaga ttgaaacctg tttgcatctg tgcttgggct ttctattttt
     4381 gcgaccaata cctaaaaaaa cagtatagct tatggcaaaa gtgaaaggaa tggtagtcgt
     4441 aaacaccgaa cggtgtaaag gctgcgactt atgtgtggtt gcgtgtccct gcgacgtctt
     4501 ggagctgcat ccgagagaag tcaataacaa gggataccat tatgtgtata tgaaggtgcc
     4561 ggatgcctgt acaggctgtg ccagctgcgg ctgggtttgt ccggatgctt gtctgacagt
     4621 ttacagagct aaagttggat aataccatgg aagaagtcag attaatgaaa ggaaacgaag
     4681 cgattgcgca tgccgcaata cgctacggaa cggacggcta tttcgggtat ccgattacgc
     4741 cgcagtccga ggtgatggag acgctgatgg ccgaaaaacc gtgggaaacg accggtatgg
     4801 tcgtcctaca ggctgaaagt gaggtcgcat cgatcaatat ggtgtatggc gccgctggga
     4861 cgggtaaacg agtgatgacc tcctcgtcca gccctggcgt tagcctgatg caggagggcg
     4921 tctcctatat cgctggggca gagctgccct gcttgatcgt gaacgtgatg cgcggtggtc
     4981 cagggctggg gacaattcag ccgagccaag cggattactt ccagaccgtc aagggaggtg
     5041 ggcatggaga ttatcggctc atcacgttgg ccccctcgtc ggtgcaagaa atggtcgact
     5101 ttgtggcact gggcttcgat ttggccttta agtatcagac tccgtccatc atcctttccg
     5161 acggtatgat cgggcagttg atggagaagg tggtgttgcc acccttccgt ccgcgcaaga
     5221 cggatgagga gatcgcacgt gaatcgccgt gggccgcttg cggacgcaag ggcgggcgac
     5281 ggccgaacat cattacgtcg ctcgagcttg acccggccat catggagcag cgaaacctgc
     5341 atttattaga gaagtatcgc cggattgaag agaatgaggt gcgctacgaa gagatcggct
     5401 gcgaagacgc agattatctc ttggtggcct tcggatcgtc ggcgcgcatc tgccagaagg
     5461 cgatggaaat ggcacgcgga gaggggttga agctcggtct gctgcggccc atcacgctgt
     5521 ggccgttccc gacgaaagcc atctccgatt gggccgataa ggtgaaggga atcctctccg
     5581 tagagcttaa tgcaggccag atggtggagg acgtcaagct ggccgtcaac gggcgtgtgc
     5641 gggtggaaca cttcggccgt ctgggaggca tcgtctttac gccggatgag atcatcgctg
     5701 ccgtgaaaga gaaactcatg taatcctgaa tcgccgtaaa atcaaaagtg aagacaagac
     5761 gatgagacgc ggagaccgat gggacgagct gttcacgctg ctcttcatgc tgctggccat
     5821 tgcagccggc attctgtact ttgcggtaaa ggggaatcgc ctgcccttca tcgtgtgcgg
     5881 cggcgtggcc gtggtgctac gcctgacgca gtatttcctg agaatggtgg ggcgataaac
     5941 gataatcata taaagacatt tgcattagat ggaaacatta gaattgatag aaactgagac
     6001 cgagataacg gaaaaaagga ccgaaccgag cgggatggac atcatccggc cggagaacct
     6061 cgtctatgcc aagcccgagc tgatgaacga caacccgatg cactattgcc cgggttgcag
     6121 ccacggcgtg atccataagc tgattgcaga agtgatcggc gacatgggca tggaggagaa
     6181 gaccgtcggc gtgtcgcctg tgggctgcgc cgtttttgcg tacaactaca tcgatgtgga
     6241 ttgggtcgaa gcagctcatg ggcgcgcgcc agctgtggct acggccatca agcgcgtgaa
     6301 tccgggcaaa atggtcttca cttaccaagg cgacggcgac ctggccgcca tcggcacagc
     6361 cgagacgatc cacgcagcta accgcggaga aaacatcgtg atcgtcttcg taaacaatgc
     6421 gatttacggc atgaccggcg ggcagatggc ccccacgaca ctgatcggca tgcccaccgc
     6481 gacatgccct tacggccgcg acgtggcgct gaatggctat ccgctgaaga tcggaaacct
     6541 gctggcgcag ctcgacggca cgtgcctcgt gacgcgccaa agcgtgcaga cgcccgccgc
     6601 cgcgcgtaag acgaaaaaga tgctccggct ggcctttgaa aactccatgg cggggaaagg
     6661 aacctcggtg gtcgaagtcg tttcgacttg ctcctcggga tggaagaaat cgcccacagc
     6721 ctcgaatcgc tggatgatgg aaaacatgtt ccccttctat ccgttgggcg acttgaaaaa
     6781 tgtgtaaccc cgaacgtaaa gaagtagcgt catgcaacac gaaattatca tcgccggatt
     6841 cggcggacag ggcgtcctct cgatggggaa aatactggct tactcagggc ttatggaaga
     6901 caaggaggtg acgtggatgc cctcctacgg cccggagcag cgcggaggca cggcgaacgt
     6961 aaccgtgata ctgaacgacg aacggattag ctcgccgatc ttaaactcgt acgacatcgc
     7021 catcgtgctc aatcagccgt caatggacaa gtttgagccg aaggtgaaac ccggaggggt
     7081 gctcatctac gacggttacg gcattcagcg ccccccgcgc cgcaccgaca tcaacgtcta
     7141 ccgcatcgat gcgatggacg cggcaacaga gttgaatatg cagaaaacgt tcaacatgct
     7201 cgtcctcggc ggactgctta aggtcgtccc gatggtgaag atcgagagcg tcttgcgcgg
     7261 gctgaagaaa acgctcccgg agcgccatca ccacctgatt cccgtcaacg aagaagctat
     7321 ccgcaaaggg atggagttga tacggaaggt caattaaggt tggccgcata gcttgagagg
     7381 gagccgtcgc tgatttgttc agcggcggct ccctttttgt tgctgcgtgt acataaagct
     7441 gttcttacgg ccatcttcag ccgcgtagtc tcgaataagt gtatggccca tcagccggaa
     7501 gtttgatggc gtatgcatct tattgcagat gatcgcttag cgcttgtgaa tctccgtgat
     7561 ttattcgcca taaaaagctg aagcataatc gcctataaaa agtaaaacat gcaattgcct
     7621 aaggcaaatg gatgaatcac aatgaaaacg cccaattgcc tgaggcaaat ggacgaaact
     7681 aaatgtaaat acgcgattgc ctcaggcaaa aacgcatttc taaatgaaaa catcaaattg
     7741 cctgaggcaa atggacgaat cataatgtaa acacccaatt gcctaaggca aatggacaaa
     7801 ttacaatgaa aacatccaat tgcctaaggc aaatggatga atcaaaataa aaacggccaa
     7861 ttgcctgaag caattgaccg ttttacaatt tattcttccc tcagcctaag gctattcgct
     7921 gtttttcccc tcttccgtca tgcggcggat gatgctgtaa gcacccggaa gtcccagttc
     7981 gccagccttg ctcaaatcgg cgattccatg tgtggcgtcg cccaaggaga gggctgcgag
     8041 gccacgatta aagtaggcct cggccagctc aggatcgcag cgtatcgcag catcgtagtc
     8101 tgcaatggcg gcgcgaaagt cgcggccagc actgcggagg ttgccgcggt tgaagtaggc
     8161 gaaagcaaaa tttggtgcga ggcgaatgac gacgtcgtag tcgcgaatga tgagttcgtg
     8221 gtcgcgaagc cgagactcgt ctgccggaag agtttcttga gtcgccggcg cggagagttc
     8281 gtcttgcctc gaacgtgtgg attgcagctg cttatagcgc acaacggcgc gcgcgaagta
     8341 ggccagggcg tagtctgggg cgagctcgac ggtgcgatcc aggtcgcgga cggcctcagc
     8401 gaaatcttgc acaagcatgt aatccatcgc gcggccgaag tgtaggtcgg ctttcccggg
     8461 catttgctcg atgcgcttgg agtaactgtc gatcgaggta aagtgagccg ctatttgctc
     8521 ctccgtcagg gcggcttcgc ggttggtcag gagcaagcgc caagcgagca cgtgtcgggc
     8581 attgaattgt tccacgagcc ggccgtaaaa gacgcgctcg cgaacgtcgg cctgtttttc
     8641 gtaatacgtt aggacgaata tgggctcgag ctccacttgc acgttgcgat cttgcacacg
     8701 gccgcgtatt tcgctctgat acttgctctt ttgctcctcc ttgcggtcgt gcacgacgag
     8761 gcggttgaat ttctcgatgt tgcgatctga ttcctcacgc gtcttgtcgt cgtccttccc
     8821 cttgcttgtg gatgttgggc tggacttgcg cccacggcgg cgatcgtcct caatcttcat
     8881 ggcggcgatg taatcgcggt cagcgccttt caggtcgttc agccgccggc ggacgtcggc
     8941 ccgatagtaa tagccctgca agaagtcggg gtatttctgg agcaccaagt tcaggtcgcg
     9001 cagggatccg cggtaatcgc ccgtctgaaa gttgagcatc gcgcggttga agcgtgcgat
     9061 gtaattgtca ggctcggcgc gcagcacgac gtcgaaatcc tcaatcgcgc gattgttatc
     9121 ccccacctgc gcgcgcagca gcccgcgatt gaagcgtgcg atgcgattgt cggcgtccat
     9181 ctcgatcacg cgatcatagt ccgccattgc gccgcgcaga tcgttcactt ggtaacgcac
     9241 caggccgcgg ttgatgtaat aaccgccctc gcgagtgttg aggtgtatgg cctcgttgaa
     9301 atccttcagc gcttcagcgt aacgccccga ttgataaagc gccaggccgc ggttgccata
     9361 gcacggcgcg tagtacgggt ctatcttcac ggcctgatcg tagtctgcca tagccttcgt
     9421 cgtatcgccc ttttcgaggt acatggctgc gcgcgtcagg tatccgagcg actgcttggg
     9481 gtgcgcgcga atgagctcgt cgaagacgtg ttcagcatcc ttgaagtcct ttttctgcac
     9541 gtatgcgatc gctttgttcg acatcatcgc ccgatcgccc ggcttgaact ccaatccctt
     9601 tgtgtaatcc tcgattgctt cggcatattt ctcctgactt tgccgggcga tgccgcgcgc
     9661 gtagtaagcc tgggccaaga aggggttgcg ggctaagctg agggtgcaat cctcctccgc
     9721 gccctggaag tcgtcaagat tgagctttgc gaccgcgcga tagaagtatg gctcagccat
     9781 ccacggctta gcccggatca cttggttgaa gtactggatg gagaggacgt aatcctcgaa
     9841 gtagagcgcg ttgcgcccga tggccatcac ccggtcggta ttgacctgcg cctgcgccgc
     9901 agccgtgagc agaaggcaga gcaggagagt cagcgcccgt tgcatcgtgg ttatttcctg
     9961 tttgctgact tgacgcggta ggcgcacgag gctttgccgc ggatgatgtt gttcaggcgg
    10021 cccttgttca gctgtcggcg tatgggcgag atgtcgtcga tgaagaggcg tccggcgagg
    10081 tgttcgcact catgttctac gatgcgggcg gcgaatccgt ctaacgattc ctccaccggc
    10141 tcaaagtgtt cgtccatgta tttcacacgg atttttgcgg cgcgcgtcac gcgttcgtgc
    10201 actccgggga agctcaggca gccttcttca aaggttgcgc gctcctcact ttcctccacg
    10261 atctctggat taatcagtac gcgccggaag tctttgcact ctggccgatc gttggccagc
    10321 ggcctgccgt cgatgacgag gagctgaatc gagcgtccga tctgcggcgc ggccagcccg
    10381 atgccgtcgg cgttgtacat cgtttcaaac atgtcggcaa tgagctgttg gaggccgtcg
    10441 taatcgcggc cgatgggctt tgtttcttct ctcaatacgg gttgcccgta ggtgtaaatc
    10501 ggtaaaatca tcggtctgtg aatgtttatt ggttcaatat gatggttggt ttttcttcca
    10561 ttccatgtac ccctgtaaga tgatcacggc gctgatctcg tcaaccagcg ccttgtcttg
    10621 tcgtcgtttc ttccccagcc ctccctcgat catcgctcgg tgcgccattg tggaggtgaa
    10681 gcgttcgtcg taaaacgcta ttgtggcttc tggcatcgcc gctttcagct ttcgcgcaaa
    10741 ggtcttcacc cgcgccatgt tttctgacgg ccggttatcc atctgcttgg gcaaccccac
    10801 aacaatttcg tctatcggtt cacgcttagc atacgccacg atgtaactca cggcctccgc
    10861 gctcgccacc gtcgttagtc cgcccgctgc gatttgcagc gtgtccgtga cggccagtcc
    10921 cgtgcgcttc gctccgtagt ctacggccaa gattcgcccc atcgtcagta ggcgtttttc
    10981 tcaccttgaa acatgttgat caccgtcacg tagatgatct tcagatcgag gaagaaggac
    11041 cagttttcga tgtaccacac atcccttttc acgcgtcctt ccatctgctc taaggtcttc
    11101 gtctcgccgc ggtagcccgt gatctgcgcc caacccgtga tgccaggttt caccaagtgg
    11161 cgcaccatgt atttgtcgat cagtttcgag tattgctccg tgtgcttcag catatgtggc
    11221 cgcggcccta cgacggacat gtcgcccttc aacacgttga cgaattgcgg catctcgtcc
    11281 agattcgtat gtctaaggaa agccccgatg cgtgtcgttc gtgggtcgtt gcgcgtagcc
    11341 tgcacctcgt cagcctcctt gttcacccgc atcgtacgga acttatagca gtcaaaatcc
    11401 tttccgtaca gccctgttcg tttctgctta aacagcaccg gccccggtga gctcagcttg
    11461 atcaatactc cgatcacggt gtatagccaa gggtaaacca gcatcagcac aagggaggag
    11521 aaaagaatgt cgaacgcccg cttcagcgct cggtttgaga ccgattgcag cggctcgttc
    11581 cggatcgaga gcagcggtac gtactccatg atctccatca ccatactctt cttgatatcc
    11641 cgataaaaat caggcaggat gtaaaagcgg atcatgtgct tttcagcaaa cgacagcagt
    11701 ccagagatct tctcgctgtt cgccccgggg atggtgcaat agatctcgtc cacccggtgc
    11761 gtctcgatga acgcctccgt ctctttcagc agtccgagat agttcggcaa cacgccgcgc
    11821 aactcctcgt tgtcatcaaa aaagccatac acgttgaagc catacgccaa gtcgtttttg
    11881 agcaccttat aaagctccaa cccattcttt cccgccccca caatgatgac gtttttcacg
    11941 ccgaatccct tccgccgata caccttcacc accaaccgca tcaccaccct ccatagcgaa
    12001 aatgctgcca gtgcggccac gtaaaagacg atcagaaatc gcgttgatcc atgccctata
    12061 cgcatgaaga tgaggcatgt cgtgaacatg atcatctgga acgtaatgag cataaaggag
    12121 cgcttcacga tgttgtccaa gaagaccacc gagaggtgta cacgaatcgg aacaaagtag
    12181 agggcaaaga agtagcagaa gttcagcagc aggatcacct ctttcaggct gtgcgcaatc
    12241 aaccgcgtgt aatcagcgct tagtgcatga tataaaacga gaaacagggc gttgatgact
    12301 atcaagtcgc cgaccccaat cagccattga agaaaatatc cctgtctcga gtttttttcc
    12361 atctccttta attataaggc aaaggtatgg ataagtaccc actcaattta tcggaggctt
    12421 attatagact acgcgaaagc cctttctttc gggcgaaaaa gaactggata tatataatgt
    12481 atggaagaca tcgaaatgag aacaaataga ttgagcatcg gattgctgtt catggtcaaa
    12541 caccgctaac aaagccacag ccatgcaagt agagctctgg atgatcggca aaaccgacct
    12601 cccttattgg cgtgaagcgc aagacgagta cgcccgtcgc ctctcgcatt acctcccctt
    12661 caccatgcgt attcttcccg acatccggcg caccgcccgc ttgtccgagt cccagcaaaa
    12721 gatccaagag ggcctcctca tcttaaaagc cctccacccc agcgattcct gcattctgct
    12781 tgacgaaaaa ggtaccgaat acacctctct cgccttctcc gcctttctcg ccaagaagct
    12841 gcaacacgct tccaagcgcc tcatttttct cattggcggc ccctacggct tcagcgacgc
    12901 catctatgct cgattccctg agcgcttatc catcagtcgt atgactttct ctcatcagat
    12961 ggtgcgagtc atcttcctcg agcaacttta ccgtgccatg acaatcattc ggggcgaatc
    13021 ctaccatcat gaatagcttt ttgagtttgg ataagctcat ccaggagcaa aaatcactga
    13081 cgcacgaaca aaaatcactg gtgtgtgagc atggggtggc aatttatatc atgtagaaca
    13141 tg
//
LOCUS       SEQF3106|MIQD01000056.113105 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13105
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             293..1645
                     /gene="folC"
                     /locus_tag="SEQF3106_01491"
                     /EC_number="6.3.2.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P08192"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydrofolate synthase/folylpolyglutamate
                     synthase"
                     /translation="MNYTETLQYLYNRTPAFHLVGAGAYKPGLERSHALDDAMGRPSH
                     AFHVIHIAGTNGKGSVSHMLAAILQADGHRVGLYTSPHLVDYRERIRVNGQMIPKDEV
                     VRFVEENRGLIEQQNPSFFEVTTAMAFDYFRREKVEIAVVETGMGGRLDSTNIVDPIL
                     CIITNITLDHTQYLGRTVKEIAGEKAGIIKPGVPTIVGNASRDAMHVISDKVSECQCP
                     FFIAQSTSVMQSATPSIDGGWEIDSDDYGPIRCELQGKFQIDNARIVLTALRRLSLTT
                     TVTYKISREAVSKGFSHVVELTGLMGRWQVLQQKPTIVCDTGHNIGAWEYLSPMLDRI
                     SREITRVRTKPITRMRIIIGLSSDKDVDSIVKLLPRRAIYYYTQASSDRALPAERLAE
                     LAGERLLRGKAYPNVAEAVRTALAESSLTDFIFIGGSNFIVADALPLIPVGSPLNKEE
                     "
     CDS             1729..3381
                     /locus_tag="SEQF3106_01492"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQALQTLRDKPSARWTALILLAMAMFFSYIFMDILSPLKDLLE
                     TDRYWDSTAFGTYAGSETFLNVFIFFLIIAGIILDKMGVRFTAILSGVVMLIGSSINW
                     YAVTEGFMGSSLEVWFTNHLNYIPLLDELGVSPFYRGMPASAKFASVGFMIFGCGVEM
                     AGITVSRGIVKWFKGKEMALAMGSEMALARLGVATCMIFSPVIARMSEKPDVSRSVAF
                     GVILLLIALIMFIVYFFMDRKLDAETGEAEEADEPFKIKDLGRILSDGGFWLVALLCV
                     LYYSAIFPFQKYAVNMLQCNIDFHQPTEGFWASSTVAYVQYVVMLVIAITAFTSNFSR
                     GVMKHVLLVASIASLLVFCYMSYCRQSAESIFAVFPLLAVGITPILGKYVDNKGKAAS
                     MLMLGSILLIVCHLTFAFVLPQFKGSPVGSVVLAFATILVLGSSFSLVPASLWPSVPK
                     LVDSKVIGSAYALIFWIQNIGLWLFPLLIGKVLKASNPEVEQALAAGNLTPSEAAVSY
                     NYTNALLMLAMLGVAALVLGILLKAVDKKHHLGLEEPNIKPA"
     tRNA            complement(3613..3687)
                     /locus_tag="SEQF3106_01493"
                     /product="tRNA-Ala"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ala(ggc)"
     CDS             3817..4392
                     /gene="ruvC"
                     /locus_tag="SEQF3106_01494"
                     /EC_number="3.1.22.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A814"
                     /codon_start=1
                     /transl_table=11
                     /product="Crossover junction endodeoxyribonuclease RuvC"
                     /translation="MKYPELAERVIIGIDPGTVIMGYGVLSVKGRNTSLMTMGVLKLD
                     RYENHYLRLHRIYEKVLALVDQYHPDEMAIEAPFFGKNVQSMLKLGRAQGAAIAAALN
                     RDVPIFEYAPLKIKLAITGNGQASKEQVAGMLQRILHIPETDMLPQLDATDGLAAAYC
                     HYMQITRPMPEKAYAGWKDFIAKNPNKVRGL"
     CDS             complement(4413..5747)
                     /gene="gdhB"
                     /locus_tag="SEQF3106_01495"
                     /EC_number="1.4.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P94316"
                     /codon_start=1
                     /transl_table=11
                     /product="NAD-specific glutamate dehydrogenase"
                     /translation="MKTEEILSSLEAKHPGEKEYLQAVKEVLTSIEGVYNEHPEFEKA
                     KIIERLVEPDRIFTFRVPWVDDQGEVHVNLGYRVQFNNAIGPYKGGLRFHPSVNLSIL
                     KFLGFEQTFKNALTTLPMGGGKGGADFVFRGRSDAEVMRFCQSFMLELWRNIGPDTDV
                     PAGDIGVGAREVGYLFGMYKKLAREHTGTLTGKGLEFGGSILRPEATGFGGLYFVNQM
                     LREHGHDIKGKTVAVSGFGNVAWGAVTKATELGAKVVTISGPDGYVYDPAGISGKKID
                     YMLELRASGNDIVAPYADKFKEATFIAGKRPWEQKVDIALPCATQNELNADDAKALIA
                     NKTLCVAEISNMGCTAEAVDLFLQHKQLFAPGKAVNAGGVATSGLEMTQNAMHISWTA
                     AEVDERLHQIMSSIHEQCVLHGREGEYINYVKGANIAGFMKVARAMMAQGIM"
     CDS             complement(6017..6370)
                     /gene="arnE_2"
                     /locus_tag="SEQF3106_01496"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q47377"
                     /codon_start=1
                     /transl_table=11
                     /product="putative
                     4-amino-4-deoxy-L-arabinose-phosphoundecaprenol flippase
                     subunit ArnE"
                     /translation="MLRLLILSTVQSLLLVSGQIFLKFALAKMLPFSWTWPFFRSALF
                     NWQFSASGLSMASASLLWFYILRHHNLSLAYPLISISYIFGLLASVLILHEPVPPIRW
                     LGVLLIMAGVTLLTR"
     CDS             complement(6364..6612)
                     /locus_tag="SEQF3106_01497"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAHSLRDTVILGSSSFFNLLLRGYFPLRENWAQLSLESGRGYKR
                     LLPSYAAHGSLQALPVRRLLIHNHSFGKVHTFTLLSAC"
     CDS             7235..10372
                     /gene="rfbM"
                     /locus_tag="SEQF3106_01498"
                     /EC_number="2.7.7.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26404"
                     /codon_start=1
                     /transl_table=11
                     /product="Mannose-1-phosphate guanylyltransferase RfbM"
                     /translation="MRTFVDIPLTLFLHRTHVKYTKADAGQDIDWYAGKGIRLNGELT
                     FKHDDAINHTGFIKLRANTNDSVLWGYSNLKTLVKLPGKKAECPRPCGGGVGDIHLNA
                     PVSIMYKGKEPIWFAADNDVNINHNYTHIAGGGQTGQGFTRFVAGHDITTGKGNAITT
                     AFNYLHKGNTGGNFDMKALNDIITYNKVNIGYNAADALVTTLFACNNVDIRNKFWYTD
                     STHSATHKQTRLYAKNDILTNTTCEPQGAAVNYYTPFDTRTEWNASRNIITKDSVNFR
                     YGDTQHKVSDLSLVAQGGNIEMWRWTNVNYDSDSLILFSAERNKDYSQAKAANLTASA
                     GAKPNNGTPPDAARFLTDGHIYFNDSANITRNNEHDGTTKIFADYHIRTAIMSIKNTQ
                     PANENKTTIESHKGDIWLGYSVEKPDGCAAPQSDISYNNNLFLYKDAANQKKQSLKIR
                     AGYQDQGDTSRYNGGNIYVVQMRNELTKGGTTNTEITIPSSNEYKCGSTWSSGLLHNR
                     QKDTMMMYEHAGIIFGLGHCGRDENINNYAPGITPPPAAVVTKLSLEHLGNKGNLLVD
                     AGKRGNIIINKGAKLNFQDPTSTGEEERNNVYLQDFPYRSHMAGGSIFVHTLKIRSCT
                     IKLCSCVIPSVSSGSQSACLHLPVTSRDSLHTFPIRTCTAYHRCSSTNLLFFPLLHRI
                     EHFTMNNNYCVIMGGGIGSRFWPFSRENRPKQFLDFFGTGRSLLQMTVDRFEKIIPRE
                     HIYIVTNRRYVRLVKEQLPFLADDQILAEPARRNTAPCIAYASYRIKACCPQANIVVV
                     PSDQLVLKEYEFLEAVRKSLDFVANHRALVTLGAKPTRPETGYGYIQSSDSHQGDFVK
                     VKTFTEKPNRELAQVFMESGEFFWNTGLFVWNVDTILEAIRRHLPDISARFDIGPEKF
                     NTPAEEAFIEEHFPFCPSISIDYGVMEKADNVYMLCVDFGWADLGTWGSIFDIAPRDA
                     ANNAVLKTRAVLYESEDNIIALEDRHRLAIVQGLKDYIVVESGNVLLICRKSDEQRIK
                     QFMADAQIRFGEEFN"
     CDS             10433..11665
                     /gene="spmA"
                     /locus_tag="SEQF3106_01499"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P35157"
                     /codon_start=1
                     /transl_table=11
                     /product="Spore maturation protein A"
                     /translation="MTLNYIWVAFIVIAFAVATCRLIFMHDANVFTEIVSSTFTSARA
                     GFDVSIGLTGILSLWLGLMKIGERAGLVAAFARLAAPIFGRLFPGVPAGHPAAGSIFM
                     NISANMLGLDNAATPIGLRAMQQLQELNPRKDTASDAMIMFLNLNASGLTVVPITIMM
                     YRAQYGAANPADVFLPILLTTSVATLTAIIAVALMQRINLLHRSLLLFFAGSVAFIGG
                     LVWLFRSLPPEQVSLYSTVAANVLLFTIICGFIVAGVRKKLNVYEAFIEGAKEGFGTA
                     IRIVPYLVAILVAVGVFRASGAMGLLIDGLRWIVDAVGWDTSFVEGLPTLLMKPLSGS
                     GSRGMMLDAMGTYGADSFVGRLACVAQGSTDTAFYIVAVYYGSIAVRRTRYTIPCALL
                     ADLAGAITAILMTYLFFS"
     CDS             11665..12114
                     /gene="ybeY"
                     /locus_tag="SEQF3106_01500"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67367"
                     /codon_start=1
                     /transl_table=11
                     /product="Endoribonuclease YbeY"
                     /translation="MISYSVEGVKRPNFPRRLTSAWIRRVAELHGKQVGNIAYLFCTE
                     DRMLDTNRTYLQHDYYTDIITFDYSEGDTISGDIIISLETVRTNAAQFGTAYPDELRR
                     VIIHGILHLCGIDDKAPGARAIMERHENDALALLREMTADTPRTEGE"
     CDS             12264..12446
                     /locus_tag="SEQF3106_01501"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQQSSTSSFADSLLGQRKIKHAFFSQIDKIIDWTPVRGIIEVA
                     YTKGHNPQVVPVTTAL"
ORIGIN      
        1 tatttgcggg gcatcccgca aataacaaag attcccgcgg cttatttgcg gggcaccccg
       61 caaacgccaa aactgagaat ttgatgcttg cggggcgccc cgcaagcatt cccaaaaaca
      121 ttttggccgc ccgaacgctc taacaaaggc atgctgtagg acgtaaggaa cctcattctt
      181 acgccgaact cacgtgattt aagggctctc ctttgccccc gccggttctt agattttaga
      241 tgttccctta aaacatcctt ctacttttac gccgctaaaa aaatagtgac gtatgaatta
      301 cacggaaaca cttcaatacc tatataatag gactcccgcc ttccacctcg tcggagccgg
      361 agcctacaag cctgggctgg aacgtagcca cgcactcgac gacgccatgg gccgaccctc
      421 acacgccttc cacgtaatcc acatcgctgg gacaaacggc aaaggctccg tatcacacat
      481 gctggccgcc atactgcaag ccgatgggca ccgagtgggg ctctacacct cgccgcacct
      541 cgtggactac cgcgaacgca tccgcgtcaa cggccagatg atccccaaag acgaggtcgt
      601 ccgctttgtg gaagaaaacc ggggactgat cgagcagcaa aacccctcct tctttgaagt
      661 gaccaccgct atggccttcg attatttccg ccgcgagaag gtggaaatcg ccgtcgtgga
      721 gacagggatg ggcggacgtc tggacagtac aaacatcgta gaccccatcc tgtgcatcat
      781 cacaaacatc accctggatc acacgcaata cctcggccgg acagtcaaag agatcgccgg
      841 agaaaaggcc ggcatcatca agccaggcgt gccaacaatt gtcggaaacg cttcgcgcga
      901 tgccatgcat gtgatctcag acaaagtctc cgagtgccaa tgccccttct tcatcgccca
      961 atccacctcc gtcatgcagt cagccacccc ctcgatcgac ggcggctggg agatcgactc
     1021 cgacgactat ggtcccattc ggtgcgagct gcaaggcaaa ttccagatag acaacgcgcg
     1081 catcgtgctg accgccctgc gccgcctcag cctcaccacc accgtcacct acaaaatctc
     1141 tcgcgaggct gtcagcaaag gcttttcgca cgttgtggag ctgaccggcc tcatgggtcg
     1201 ctggcaggtg ctgcagcaaa aacccaccat cgtctgcgac acggggcaca acatcggcgc
     1261 ttgggaatac ctctctccga tgctcgaccg aatctctcgc gagatcactc gagtgcgtac
     1321 caagcccatc acccgtatgc gcatcatcat cggcctcagt agcgacaagg acgtggacag
     1381 catcgtcaag ctgctgcccc ggcgcgcaat ctattattac acccaagcca gctccgaccg
     1441 cgccctgccg gctgagcgtc tggccgaact cgccggcgaa cgtctactgc gcggcaaggc
     1501 ttaccccaac gtagccgaag ccgtgcgcac cgccctggcc gagtcctccc tcaccgactt
     1561 catcttcatc ggcggcagca acttcatcgt agctgacgcc ctgcccctca tccctgtcgg
     1621 atcgcctctc aataaagagg aataaaaacg aaacaacgag cggacatata ggtccacccc
     1681 tactaataac tacttctaac taccccctac tacccttctt attacacaat gacacaagca
     1741 ttacaaaccc tcagagacaa gccgtcagca cgttggacgg cactcatcct gctggccatg
     1801 gccatgttct tctcctacat cttcatggac atcctctctc cgctgaaaga cctcttagag
     1861 actgaccgct actgggattc aaccgctttc ggcacctacg ccggctccga gaccttcctc
     1921 aacgtcttta tcttcttcct catcatcgcc ggcatcatcc ttgacaagat gggcgtacgc
     1981 ttcaccgcca tcctttccgg cgtggtgatg ctcatcggct cctcgatcaa ctggtatgcc
     2041 gtcactgaag gcttcatggg ctcctcactc gaggtctggt ttacgaatca tctgaactac
     2101 atccccctgc tcgatgagct cggcgtctca cccttctatc gcggcatgcc cgcctcggcc
     2161 aagtttgcct ccgtcggctt catgatcttc ggctgcggcg tggagatggc cggaatcacc
     2221 gtctcgcgcg gcattgtgaa gtggtttaag ggcaaagaga tggccttggc gatgggttcc
     2281 gagatggcct tggctcgatt aggcgtagcc acctgcatga tcttctcgcc cgtcatcgcc
     2341 cgcatgtctg aaaagcccga cgtatcgcgc tccgtagcct tcggcgtcat cctgctgctc
     2401 atcgccctca tcatgttcat cgtctacttc ttcatggatc gcaagctcga cgccgagacg
     2461 ggcgaagccg aagaggccga cgagccattc aagatcaaag acctcggccg catcctctcc
     2521 gacggcggct tctggctcgt agccctgctt tgcgtgctct actattcggc catcttcccc
     2581 ttccagaagt acgccgtcaa catgctccaa tgcaacatcg acttccatca gcccacggag
     2641 ggcttctggg cttccagtac ggtggcctat gtgcaatacg tcgtcatgct cgtcatcgcc
     2701 atcacggcct tcaccagcaa cttcagccgt ggcgtgatga aacacgtgtt gctcgtcgcc
     2761 tccatcgcct cgctgctcgt cttctgttac atgtcctact gtcgccaatc ggccgaatcc
     2821 atcttcgccg tcttcccact cttagccgtc ggaatcaccc ccatcctcgg caagtacgtc
     2881 gacaacaaag gcaaggctgc ttcgatgctt atgcttggct cgatcttgct catcgtctgc
     2941 cacctcacct tcgccttcgt cctgccgcaa ttcaaaggca gccccgtggg tagtgtcgtg
     3001 ttagccttcg ccaccatcct tgtgcttggt tcatcgttct cactcgtgcc cgcatcgctc
     3061 tggccaagcg tccccaaact tgtcgacagc aaagtgatcg gttcggccta cgcgctcatc
     3121 ttctggatac agaacattgg cctctggctc ttcccgttgc tcatcggcaa agtgctcaaa
     3181 gcctccaatc cggaggttga acaggccttg gctgcgggca atctcacgcc gtcggaagct
     3241 gccgtgtcgt ataactacac taacgcactg ctgatgctcg ccatgctcgg tgtagccgct
     3301 cttgttctcg gcatcctgct caaggccgtt gataagaagc accacctcgg cctcgaagaa
     3361 ccgaatatca aaccagcgta acttattcac ctcattacat agtaggggcg aataatcatt
     3421 cgcccctact tcgattgtat atgaactccc agcacaagcg ggaggtgtat ccacattcta
     3481 cttagccgct cccccatcca accggtaata aagtgaaggg caagagaata aacaaagcgc
     3541 ccggccttat cccccaatag gtaaagccgg gcgcccttgt gtgtaagctg tattttaaat
     3601 gtaattggta aagtggagca tagcggactc gaaccgctca cctcgacact gccagtgtcg
     3661 cgctctagcc agatgagcta atgccccttt gattaatcgg ggacaaatat aaacctacaa
     3721 tttatccggc actcacattg atctaaattt tatgctcata cttgttttct acatcacatt
     3781 ctatctctca aacttggaaa ggagcatagc attgcaatga aatatcctga attagctgaa
     3841 cgcgtcatca tcggcatcga tccgggcact gtgattatgg gctacggggt gttgtcggtt
     3901 aagggacgta acacttcgct catgactatg ggcgttctga aactcgatcg ttacgagaat
     3961 cattacctcc gcctgcaccg gatttatgag aaggtgcttg cgcttgtgga tcagtatcac
     4021 cccgacgaga tggcgattga ggcgcctttc tttgggaaga acgtgcaaag catgctcaag
     4081 ttggggcgag ctcagggggc ggctattgcg gcggcactga atcgggacgt acctatcttt
     4141 gaatacgcgc ctctgaagat caaactggcg attaccggaa acggtcaggc gtcgaaggag
     4201 caggtggcgg gcatgttgca acgtattctg catatccccg agaccgatat gctgccgcag
     4261 ttagatgcga cggacggcct cgctgccgca tattgccatt atatgcaaat cacccggcct
     4321 atgcctgaaa aagcatacgc cgggtggaaa gattttatcg ccaagaaccc caataaggtt
     4381 cgagggttat aatagacgtc ttgacggatg gtttacatga tgccttgcgc catcattgcg
     4441 cgggctacct tcatgaagcc ggcaatgttg gcacccttca cgtagttgat gtactcgcct
     4501 tcgcgaccgt gcagtacgca ctgttcgtgg atgctgctca tgatctgatg cagacgttcg
     4561 tctacttcag cagctgtcca agagatgtgc atcgcgttct gcgtcatttc gaggccggag
     4621 gtagctacac cgcctgcatt gactgccttg ccgggggcaa agagttgctt gtgttgcagg
     4681 aagaggtcga cggcctcggc ggtgcatccc atgttggaga tctcggctac gcagagcgtc
     4741 ttgttggcga tgagcgcctt ggcgtcgtca gcgttgagct cgttttgggt ggcgcagggc
     4801 agggcgatgt ccaccttctg ctcccacggg cgcttgccgg cgatgaaggt ggcttccttg
     4861 aacttgtcgg cgtagggggc tacgatgtcg ttgcccgaag cgcggagctc aagcatgtaa
     4921 tcgatcttct taccggatat gccggccgga tcgtaaacgt atccgtcggg gccggagatg
     4981 gtcacaacct ttgcgcccag ctcggtggct tttgtaacgg ctccccaagc gacgttgcca
     5041 aagccggaga cggcaacggt cttgcccttg atgtcgtgac cgtgctcgcg gagcatctgg
     5101 ttaacgaaat agagtccgcc gaagccggtc gcttccggac ggaggatgga tccgccgaac
     5161 tccaagccct tgccggtgag tgtgccggtg tgctcgcggg ccagcttctt gtacatgcca
     5221 aagaggtagc ccacctcacg tgcgccaacg ccgatgtcgc cagcggggac gtcggtgtcg
     5281 gggccgatgt tgcgccagag ctcgagcatg aaggactggc agaagcgcat cacttcagca
     5341 tcgctgcgtc cgcggaatac gaaatcggcg ccgcccttgc cgccgcccat ggggagggtg
     5401 gtgagggcgt ttttgaaggt ctgctcgaat ccgaggaact tcaggatgga gaggttcaca
     5461 gacggatgga agcggaggcc gcctttgtat gggccgatgg cattgttgaa ctgaacgcgg
     5521 tagcccaggt taacgtgcac ttcgccttga tcgtctaccc agggcacacg gaaggtgaag
     5581 atgcgatcgg gctccacgag gcgctcgatg attttggctt tttcgaattc aggatgttcg
     5641 ttgtagacgc cctcgattga ggtgagaact tctttcacgg cctgcaaata ttccttttca
     5701 ccaggatgct tggcctctaa tgacgacaga atttcttcgg ttttcatgtt tatttatttt
     5761 ttagacgtcc acaaataaag gggctgtttt tgatacggcc aaaaactacg ggaggacctt
     5821 gtcggggagc gggttgctct ggccagattg aatccgaaac gagggtcatt tcgggcttca
     5881 aaaatcattt tgtggcaaaa aggacatcca tgtaaagcca aaagattttt tcacccctta
     5941 cagctgctca gccaacgggg ggatgggctg atgcccacca caggccttgc ccataggttt
     6001 atccattaaa gaaagatcag cgggtgagga gggtgacgcc ggccatgatg agcaggacgc
     6061 cgagccaacg gatggggggg acgggctcgt gaaggatgag gacggaggcg aggaggccga
     6121 agatgtagct gatgctaatg agggggtagg ccagggagag gttgtggtgg cgaaggatgt
     6181 agaaccagag gagggaggcg ctggccatgg agaggccgga ggcggagaat tgccagttga
     6241 agagggcgct gcggaagaag ggccatgtcc aggagaaggg gagcatcttg gccagcgcga
     6301 acttgaggaa gatctggccg gagacgagca ggagggactg gacggtggag aggatgagta
     6361 gtcttagcat gcggacagga gggtgaaggt gtggactttg ccgaaggagt ggttgtggat
     6421 gaggaggcgg cggacgggga gggcttgcaa agacccatgc gcagcatatg atggaagcaa
     6481 tcgcttataa cctctaccgg actccaggga taattgtgcc caattctctc taagggggaa
     6541 ataccccctt aaaagaaggt tgaaaaagga ggaactaccc aatataaccg tatctctaag
     6601 agaatgagcc attacacaga gatgtgcgta gaaatgtgct cgttttgcag aggtctcgtg
     6661 ttttcaaacg acagaccttt tttctattga tggcgagact ggtgtaaact tcaatcatgg
     6721 tacttcaatc acctatggtc aaaacactaa caagcccaac atcggtatcc agtccaacgc
     6781 gggtacgatc gctttctccg gtgctccttt caccttcgac tataagcccc aaggaaaaac
     6841 ccagctttgg gctggcgata gcatcccagt accgcagaag ccccgttgat ctttaagtaa
     6901 cgtgagttcg acgtaagaat gaggttcctt acgtccacac catgtctttg ttagagtact
     6961 cgggcggaca aaatgttttc ggaaatgctt gcgggaatcc cgcaacgaac aaaaactgct
     7021 ttttggcgct cgcgggattt ccgcaacgag gaaaaagtgc tttttgggct ttgcgggatt
     7081 cccgcaacga ggaaaaagtg ctttttgggc tttgcgggat tcccgcaaca aggaaaaact
     7141 gctttttggc gcttgcggga gtcccgcaac gagggaaaac tgctttttgg tgcttgcggg
     7201 agtcccgcaa gcatttccaa aaacgttttg accattgcgg actttcgtag acataccgct
     7261 gactttattc ttacatcgaa ctcacgttaa gtatacaaag gccgatgcag gccaagacat
     7321 cgactggtat gcaggcaagg gtatccgcct gaacggtgaa ctcaccttca aacatgacga
     7381 cgccatcaat cacaccggct tcatcaagct gcgtgccaat acgaatgatt cggtgctgtg
     7441 gggctattcg aacttgaaga cgctcgtaaa gctgccgggc aaaaaggcag agtgcccgcg
     7501 tccatgtgga ggaggtgtcg gtgatatcca cctgaatgct ccagtttcaa ttatgtataa
     7561 aggcaaggag ccgatatggt ttgccgccga taatgacgtg aatatcaatc acaattacac
     7621 gcacatagct ggaggtggac agacggggca aggctttacg cgcttcgtgg ctgggcatga
     7681 cattaccaca ggtaaaggca atgccataac tacagccttc aactacttgc ataagggtaa
     7741 cacaggcggc aacttcgata tgaaggccct caacgacatt atcacgtaca acaaggtgaa
     7801 tattggttat aacgctgccg atgccctcgt taccaccctg ttcgcttgca acaacgttga
     7861 tatccgcaac aagttctggt atacggatag cacccactct gccacccata agcagacacg
     7921 cctgtatgcc aagaatgaca ttctgacgaa taccacctgt gagcctcaag gcgctgcggt
     7981 aaactattac accccgttcg acacgcggac ggagtggaac gccagccgaa acatcatcac
     8041 aaaagactcc gtgaatttcc gctatgggga tacgcaacat aaagtcagcg acttgtcgct
     8101 tgtggcgcag ggtggtaata tcgagatgtg gcgttggaca aacgtcaatt acgatagcga
     8161 tagcctgatc ctcttctccg ccgaacgcaa caaggactat agccaagcta aggctgcaaa
     8221 cctgactgct tccgctggag ctaagccgaa taacgggacg ccgcctgatg ctgctcgttt
     8281 ccttactgat ggccatatct atttcaatga ctcggcgaac atcacgcgca acaacgagca
     8341 tgacggaacg acgaagatct tcgccgacta tcatatccgt acagcgatca tgagcatcaa
     8401 gaacacccag ccggcaaacg agaacaagac gacaatcgaa tcgcacaagg gtgatatctg
     8461 gttgggctac agtgtggaga agcctgatgg atgtgcagct ccgcaatcgg acatcagtta
     8521 caacaacaac ctcttcctct ataaggatgc agcaaatcag aagaagcaat cgctgaagat
     8581 tcgtgccggc tatcaagatc agggagatac gagccgctac aatggtggca acatctacgt
     8641 tgtacagatg cggaacgagc tgacgaaggg tggcaccacc aacacggaga tcaccatccc
     8701 ctcctccaac gaatacaagt gtggtagcac gtggagcagc ggcctgttgc acaatcgcca
     8761 aaaggacacg atgatgatgt acgaacacgc gggcatcatc ttcggcctcg gccattgtgg
     8821 aagagacgag aatatcaaca actatgcccc cggcataacg cctccaccag cagcggtagt
     8881 cacaaagctg agtctggaac acttgggcaa caagggtaac ctgttagtgg atgctggcaa
     8941 gcgcggcaac atcatcatca acaagggcgc taagctaaac tttcaggatc cgacttccac
     9001 gggtgaagag gaacgcaaca acgtctactt gcaagacttc ccgtatcgct cgcacatggc
     9061 tggcggtagt atctttgttc acacactcaa aattcgatca tgtacgatca aactttgttc
     9121 atgtgttatc ccatctgttt catccggtag ccaatcagcc tgtctccatc ttccggtgac
     9181 gtcacgagac agcctccata cgttccccat ccgcacctgc accgcatacc accgatgctc
     9241 ctcgactaat ctccttttct ttcctttgct gcacagaata gaacacttta ctatgaacaa
     9301 taattattgc gtcatcatgg gcggcggcat cggtagccgc ttctggccct tcagccgtga
     9361 aaacaggccg aaacagtttc tcgatttctt cggcacaggg cgctcgctcc tgcaaatgac
     9421 cgtcgaccgc tttgagaaaa tcatcccccg agaacacatc tacatcgtta ccaatcggcg
     9481 ctacgtccgg ctcgtcaagg agcaactccc cttcctcgcc gacgaccaga tcctggccga
     9541 gcccgcccgg cgcaacaccg cgccctgcat cgcctacgcc tcctaccgca tcaaggcatg
     9601 ctgcccacag gccaacatcg tcgtcgtccc ctccgaccag ctcgtgctca aggaatacga
     9661 gttcctcgag gccgtccgca aatcgctcga tttcgtagcc aaccaccgcg cgctcgtcac
     9721 cctcggcgcc aaaccaaccc gccccgagac gggctacgga tacatccaaa gcagcgactc
     9781 gcaccagggc gacttcgtga aggtcaagac cttcaccgaa aagccaaacc gcgagctggc
     9841 acaggtcttc atggagagcg gcgaattctt ctggaacacc ggcctcttcg tttggaacgt
     9901 cgacaccatc ctcgaagcca tccgtcgcca cctgcctgac atttcggcac gcttcgacat
     9961 cggccccgaa aagttcaaca cccccgccga ggaagccttc atcgaggagc acttcccctt
    10021 ctgccccagc atctcgatcg actacggcgt gatggaaaag gccgacaacg tctacatgct
    10081 ctgcgtcgat ttcggctggg ccgacctcgg cacctggggc tccatcttcg acatcgcacc
    10141 gcgagatgca gctaataacg ccgttctcaa gacccgcgcc gtcctctacg agtcggaaga
    10201 caacatcatc gcactcgaag atcgccatcg gttggccatc gttcaggggc tcaaggatta
    10261 catcgttgtc gagtccggca acgtcctcct catctgtcgc aagagcgacg agcagcgcat
    10321 caagcagttc atggccgacg cgcaaatccg ctttggggaa gagttcaatt gattcattaa
    10381 gcacagagag ctgccttttt ggcacatcct attactatta tttgagtccg gcatgacgct
    10441 caactacatc tgggtcgcct tcatcgtgat cgcctttgca gtagccacct gccggctcat
    10501 cttcatgcac gatgcgaacg tcttcaccga gatcgtctcc tccaccttca cctccgcccg
    10561 tgccggcttc gacgtctcca tcggcctgac cggcatcctc tcgctctggc tcgggctgat
    10621 gaagatcggc gaacgcgcag gcctcgtagc cgccttcgcc cgactggccg cccccatctt
    10681 cggcaggctc ttccccggcg tccctgcggg tcaccccgcc gccggatcca tcttcatgaa
    10741 catctcggcc aacatgctcg gcctcgacaa tgccgccacc cccattggcc tgcgcgccat
    10801 gcagcagctc caggagctaa acccgcgcaa agacacggcc agcgacgcca tgatcatgtt
    10861 cctcaacctc aacgcctcgg ggctgaccgt ggtgccgatc acgatcatga tgtaccgcgc
    10921 gcaatacggc gccgccaacc ccgccgacgt cttcctgccc atcctgctca ccacctccgt
    10981 agccacgctg acggccatca tcgccgtagc actcatgcag cgcatcaacc tgctgcaccg
    11041 cagcctgctg ctcttcttcg ccggctcggt agccttcatc ggcggcttag tgtggctctt
    11101 ccgcagcctc ccaccggagc aggtctcgct ttactccacc gtcgcagcca acgtgctgct
    11161 cttcaccatc atttgcggct tcatcgtagc tggtgtccgc aagaagttga acgtatacga
    11221 agccttcatc gagggcgcca aggagggctt tggcaccgcc atccgcatcg tgccttacct
    11281 cgtagccatc ctcgtggccg tcggcgtctt ccgcgcctca ggtgcgatgg ggctgttgat
    11341 tgacggatta cgctggatcg ttgacgccgt cgggtgggac acgtccttcg tcgagggcct
    11401 acccacgtta ctcatgaagc ccctcagcgg aagcggctcg cgcggcatga tgctcgacgc
    11461 gatggggacc tacggtgccg actccttcgt cggccgattg gcctgcgtcg cccaaggctc
    11521 cacggacacg gccttttaca tcgtcgccgt ctactacggc agcattgccg tccgccgcac
    11581 ccgctatacc atcccctgcg ccctcttggc cgacctcgcc ggggccatca ccgccatcct
    11641 catgacctat ttattcttca gctaatgatc tcttacagcg ttgaaggcgt gaagcgcccc
    11701 aacttccccc gccgcctaac ctcggcttgg atccgccgcg tagccgagct gcacggcaaa
    11761 caagtaggca acatcgccta cctcttctgc accgaagacc ggatgctcga caccaaccgc
    11821 acctatctgc aacacgatta ttacaccgac atcatcacct tcgattactc cgagggcgac
    11881 accatttctg gcgacatcat catctctctc gagaccgtcc gcaccaacgc cgcacagttt
    11941 ggcacagcct accccgacga gcttcgccgc gtcatcatcc acggcatcct gcacctctgc
    12001 ggcatcgacg acaaagcccc cggagcccgc gccatcatgg agcgccacga aaacgacgcc
    12061 ctcgccctgc tccgtgagat gactgccgac actccgcgga cagaagggga ataggccctc
    12121 cccgcctcag tgaagacacc cttcccaatg gcttacaaat aaagcgtgtg ttgtgagtga
    12181 cgcaacacct cgattgagac ctctacaaaa ctattcgacg acttcctttc gtatctccat
    12241 tgttttcagt agccttatag aacatgaaac aacagtcctc tacctcgagt tttgccgatt
    12301 cacttctcgg ccagcgcaag atcaagcatg ccttcttctc acagatagac aagatcattg
    12361 actggactcc ggtccgtgga atcatcgagg tcgcttatac caaaggccac aatccacagg
    12421 tcgtcccggt tacgacggcc ttgtgatgtt caagacagag cttcttctca acctggtatg
    12481 gtccttagtg atggcgaggc ctgaggaaca ggtaaatgat cacttgtcct tcagctgctt
    12541 tgtaggtctt ggtatggaag attctgcccc ggacagtaca acggtctgcc ggtttcgccg
    12601 gtatcctggt agaggcagat ctctatgacc gagtactgga cgaaatcaac aggcagcttg
    12661 aaagcagggg agtcgtcgtc aagtgcggag ccatcgttga tgcaagcata actgacaccc
    12721 ccgtcgtcct catgacacaa agagtatgag gttgttactg acagggaaga ggaagatagt
    12781 atggaagcct cagagaaagc tatgctcaaa gaaattacca agcctaatgt agatgcggag
    12841 gctcaaggtg ggtaaagaag gcggggaagc tacatttcgg ctataagcat catacggtta
    12901 cggacgagaa cggactcatt ctcgccgaag agactacccc tgccaatgag agcgacatca
    12961 aacatctcga aacccctttg aagaaggcaa agcgaccctg gagaactcct gtctttgcag
    13021 ataaaggata cgactcggcc gagaacaaaa gaagaccatc gcacaacatc tccgcgtcag
    13081 ctcccagatc tttccgactc gatat
//
LOCUS       SEQF3106|MIQD01000057.113063 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13063
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(284..2053)
                     /gene="dxs_1"
                     /locus_tag="SEQF3106_01502"
                     /EC_number="2.2.1.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KGU7"
                     /codon_start=1
                     /transl_table=11
                     /product="1-deoxy-D-xylulose-5-phosphate synthase"
                     /translation="MYIEKIQSPADLRKLQVDELQTVADEVRGAVLNRVSRHGGHVGP
                     NLGFTEATVALHYVFDTPADKLVFDVSHQSYPHKILTGRAHGFLNDADAHAISGYSSP
                     IESPEYDNFEIGHTSTAVALATGLQKGRDILGGTENIVAIVGDGSLSGGEAFEGLDVA
                     AEIGTNIIIVVNDNEMSIAENHGGLYRNLRLLRETHGEAALNYFKAFGFDYFYLEAGN
                     DVCALVDLFRRVKGTSRPTVVHIHTEKGHGYAPAVEKKEAWHYRMPFDLATGKSTGPR
                     DDSEDMADLLGQFLREEMKRDPRLVVVASAVPMGLGFTADRRREAGAQYIDVGIAEEE
                     AVALVSGMAKRGARPVYFTYATFLQRTYDQIAQDLCVNSNPAVINVLGASIFGMNDFT
                     HICFFDIAMLSHIPNLVYLAPTTYEELVAMQTWAIRQGEHSVAIRVPEGEVYHTSEPV
                     DTDYSALNTFRIGHRGSRVALIAAGNFYQKGDRVRQLLAEQGIDATLINPRYLTGVDE
                     ALLYELKKDHTVVATLEDGTLDGGFGERIARHYGPSAMRVINFGVKKQLYDRYDVDEL
                     LRENHLTDEQIAADILATLATAG"
     CDS             2203..3612
                     /gene="creD"
                     /locus_tag="SEQF3106_01503"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P08369"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein CreD"
                     /translation="MGRGINYSPPDYVSMPYTFNLKEKQTMNPENETKQWWTPRRLMA
                     AKVVTIGILTLLLMIPMMLIENLMNERERTAGDAVAEVGQKWSGEQTVLGPVLTIPRY
                     TTQCSDESNRPERVREIVNILPESLDITGDVHTEELRRGIYEAVVYRSTMELRGTFVL
                     PPELTLRPDDPNFPMSEAMLNLGLSDLRGISEPVAVEWDSTQTTFDPGIRHDQLLSSG
                     VSCRVNVAPLAAGRTVAFRIRLALKGSESLYFAPVGKTTTIALRSNCRTPSFTGAFLP
                     ANRSVTDSGFVCDWKVMHLNRNYPQVLTGDDRQEALEESIFGVDVLRPVKRYQQSMRS
                     VKYAILIIVLTFVVCFFVEVLQRRHIHPLQYLLVGLALSLFYSLLLSISEHTSFGRAY
                     LIAAVMTVSLITCYMAGVLKLRRTAMAIGGLLAGLYVYVYVLIGMESYALLAGSVGLF
                     VILAVIMYVSQKIDWGNGR"
     CDS             3714..4985
                     /gene="mgl"
                     /locus_tag="SEQF3106_01504"
                     /EC_number="4.4.1.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8L0X4"
                     /codon_start=1
                     /transl_table=11
                     /product="L-methionine gamma-lyase"
                     /translation="MKRGTLCVQGGWQPKNGEPRVVPIYQSTTFKYESSDEMGRLFDL
                     EASGYFYTRLSNPTNDTVAAKIAALEGGVAALLTASGQAAAFYATLNLCSAGDHVVCA
                     SEIYGGTFNLFAVTMKRMQIDFTFVDQDAPEEEIDRAFRPNTKAVFGETIANPACAVL
                     DIEKFARIAHRHGVPLIVDNTFATPINCRPFEWGADIVIHSTTKYMDGHATSVGGVIV
                     DSGRFDWEAHAERFPGLTTPDASYHGIVYTQRFGPAAYITKAVAQLMRDLGAIPSPMN
                     AFLLNLGLETLHLRMPRHCANALSVAEYLSQQPKVAWVHYPGLKGDKHHATAQKYLPN
                     GSSGVLTFGLKGGREQAVRFMDALRMVAIVTHVADARSSVLHPASHTHRQLTDEQLKA
                     AGVAPDLIRFSVGIEDIEDILADVEQALQQA"
     CDS             5024..6385
                     /gene="pdhD"
                     /locus_tag="SEQF3106_01505"
                     /EC_number="1.8.1.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11959"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydrolipoyl dehydrogenase"
                     /translation="MTDLAIIGGGPAGYVAAERAGAKGLSVTLFEKNNLGGVCLNEGC
                     VPTKTLLYSAKVYDYARHGDKYGVKAEGATFDYGKIVARKNKVVRKLVAGIGASMKAH
                     GVNVVKGEARITGRKEDGTLTIACNGEAYEAKNLLLCTGSEAFVPPIPGVPEAGDVIV
                     TNREILALKERPQSIVIIGGGVIGMEFASFYNSLGTEVTVVEMLPEILGGLDGEVSVM
                     LREVYAKRGIQFRLSCKVMEVRGNEVIYVDAEGHTASATGEKILMSVGRRAVTANLGL
                     ETIGVEMVRGAVKTDAQLRTNVPNVFAAGDINGFSMLAHTASREGEVVVNNLTGTPDE
                     MRYDAVPGVVYTNPEVAGVGLTEEQAEKSGVRYAVAKLPMAFSGRFVAENEGANGLCK
                     VIYDPEKHTVLGVHMLGNPCSEMIFGAAMAITQGMTIAELQRVIFPHPTVSEIIKETL
                     FTI"
     CDS             6751..9018
                     /gene="pcrA"
                     /locus_tag="SEQF3106_01506"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34580"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent DNA helicase PcrA"
                     /translation="MKSILDELNDAQREVVLYGDGPSMVVAGAGSGKTRVLTYKITYL
                     LSQGYEPYRILALTFTNKAAREMKSRIAALTDERTVRQLWAGTFHSIFYRILREEAEC
                     VGYNPDFTIYDAADSRNLIRSILREMQLDEKTYRPGLVQSRISNAKNALVTAEAYARN
                     GEQMEYDARARVPLIREIYTRYQNRCRQAEAMDFDELLLQTNILFRDHPEVLARYQQQ
                     FRYVLVDEYQDTNFAQHLIVKRLCEKHRHICVVGDDAQSIYSFRGANIDNMLRFKDSY
                     PEYRLFKLERNYRSTRNIVEAANSLIDKNKGRIPKNVYSENEAGSKIRVLSSYTDYEE
                     AYLIASQITELHKKEHAPLSEFAVLYRTNAQSRVLEEALRKKGIAYRVYGGLSFYQRK
                     EVKDIIAYFRVVVNPDDEEALKRIINYPARGIGETTVTKLMHAATEHGASLWDVVSDP
                     AAYALPANQGTLRKLSAFHALIQELRSENGERSAVEMAELTIKRSGIAAELYQDRSVE
                     GVSRQDNMQEVLKAVREAEGKAHEEGADEYFLSDFLRQVSLQTDQDEKQDESTECVTL
                     MTVHAAKGLEFDNVVIAGMEENLFPSPMAMDSPRAIEEERRLFYVALTRARRHCLITY
                     AKTRFRNGSSHSCTPSHFLDDIDPTFLIRPDDPALMARPASPRPPVYTATSGHASARF
                     RRIATDDNQHAPQQVDAIGDLHKGDTVRHNLFGIGTIVALEGEGGSAKVTVDFEYSGR
                     RSLLLKYARLTVVKE"
     CDS             9161..10318
                     /gene="nspC"
                     /locus_tag="SEQF3106_01507"
                     /EC_number="4.1.1.96"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A8FNH9"
                     /codon_start=1
                     /transl_table=11
                     /product="Carboxynorspermidine/carboxyspermidine
                     decarboxylase"
                     /translation="MSTLHPLPSTLYESPCYVIEESLLRRNLALIREVKERAGVEIIL
                     ALKASALWHVFPIVRQYIPCATASSVWEARLVVDEMGTPAHTYSPAYTEADFPELLRC
                     SSHITFNSLTQYARFRPMVEADPRPVSCGLRINPEYSEVGTALYNSCAPGSRMGITAD
                     KLPDRLPAGVEGLHFHTLCESSAEDLVQTLRAVEERFGRWLPEVRWLNMGGGHLMTRA
                     GYDVDLLVDTLRRFRAAHPNLRVILEPGSAFFWQTGYLQTTVVDIVENGGITTAIIDA
                     SFTCHMPDCLEMPYKPVIRGATEPIAGLPTYRIGGCSCLSGDFMGDWSFERPLRIGDP
                     IIFEDMIHYTIVKTTMFNGIRHPALAILPLGADRPEVFRTFTYEDYRSRMS"
     CDS             10479..10715
                     /locus_tag="SEQF3106_01508"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVCHLQRKSDAFNMNVCHLHCKSNVFNMNVCNLHCKSDDFNMN
                     VYHLQCKFYTINIKAFNLHRKLYTINMKANNLRG"
     CDS             10889..11650
                     /locus_tag="SEQF3106_01509"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEVIQIQKLSQHRLSNGAHNEFHTTIYSYVSAEDAEKIGVPAT
                     LIAEYGACLEEAAEMIKETRASSKTGAIKKKDAECDRLLSFILAVVRAMRLSPRADEV
                     EAAEDLYIQLRVGKRIQAEGPSVKPARIDALLIDLRKPEHAVHLTRLRLDEAVDLLER
                     TKDEVRALQADRTGERAENKRPSLTRLRPTTDRVYQRLTQRLQLAYVGGLPPVDREVI
                     RTLVKRINEHIGHTRMTHKQSQSHRKPRRKKTGAV"
     CDS             11768..12604
                     /gene="cvfB"
                     /locus_tag="SEQF3106_01510"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2FYP3"
                     /codon_start=1
                     /transl_table=11
                     /product="Conserved virulence factor B"
                     /translation="MEIGKYNTLRVARRVDFGLYLTDADGNEVLLPTRYIPDAAREGD
                     ELQVFVYHDNEGRPIATTDRPRATVGEFARMRVRQVAAAGAFLEWGLMKDLLVPFREQ
                     KIPMQAGQWHIVYVYLDHITHRVVGSARIDKFLDNTPPRYTRGQAVDLFVTGETELGY
                     KVIINHLHSGLLYRNEVFRPLRTGDRTTGYIKAVREDDKIDVSLYPLGYDKIDGIADR
                     ILEALRGNGGALPVHDKSDTDEIRARFGCSKKSFKQAVGALYRRHLITIEPAGLRLVP
                     ED"
     CDS             complement(12544..13059)
                     /locus_tag="SEQF3106_01511"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHEPLGQERLPGRRHRAIEAAEERLRTEDVQVEREGVRGVGVLP
                     SPIERAEVVIDRPPFGLIEAQQLRGEILPRRESVVVNHQRHEWHGACHHDARQHGPPC
                     AASDPYGHQGGHHDQQAERAGMVDLSPQRLERGPMLRDAFVVKTDQCLHRQSSGTRRR
                     PAGSMVIRWRL"
ORIGIN      
        1 tcagccgatg tgcgcggagc gttcaggggg tctaatcggt tcagccgatg tgcgcgaagc
       61 gttcaggggg tctaatcggc tcagccgatg tgcgtggcct caaacagacc tctgtttgct
      121 tcgcgcacac tgcgcggcct taaacagacc tctgttttgc ttcgcgcaca ctgcgcggcc
      181 tcaaacagac ctctgtttgg gaataaaaaa agcggaggga aagcgtcggc cgtaaagcga
      241 gtcgaaacct tccccccggg gatgaggtga taaagtagat gggttacccg gccgtggcga
      301 gcgtggcgag gatgtcggcg gcgatctgct cgtcggtgag gtgattctca cggagcagtt
      361 cgtccacgtc gtagcggtcg tagagctgct tcttgacgcc gaagttgatg acgcgcatgg
      421 cggacgggcc gtaatggcgc gcgatgcgtt cgccgaagcc gccgtcgagc gtgccgtcct
      481 ccagcgtggc cacgacggtg tgatccttct tcagctcgta gagtaacgcc tcgtcgacgc
      541 ccgtgaggta acgcggattg atgagcgtgg cgtcgatgcc ctgctcggcc agcagctggc
      601 ggacgcggtc gcccttctgg tagaagttgc cggcggcgat gagcgccacg cggctgccgc
      661 ggtggccgat gcggaaggtg ttgagcgcgg aataatccgt gtcgacgggt tcggaggtgt
      721 ggtaaacctc accctcgggc acgcggatgg ctacggagtg ctcgccctga cggatggccc
      781 acgtctgcat ggccacgagc tcctcgtagg tggtgggggc gaggtagacg aggttgggga
      841 tgtggctgag catggcgatg tcgaagaagc agatgtgcgt gaagtcgttc atgccgaaga
      901 tggaggcgcc gagcacgttg atgacggccg ggttgctgtt cacgcagagg tcttgcgcta
      961 tctggtcgta ggtgcgctgc aggaaggtgg cataggtgaa gtagaccggc cgcgcgccgc
     1021 gtttggccat gcccgagact aaggccacgg cctcctcttc agcgatgccg acgtcgatgt
     1081 attgcgcgcc agcctcacgg cgccgatcgg cggtgaagcc gaggcccatg ggtacggccg
     1141 acgcgacgac gacgagccgc gggtcgcgct tcatctcctc gcgcaggaac tggccgagca
     1201 ggtcagccat atcctcgctg tcgtcgcgcg ggccggtgga cttgcccgtg gcgaggtcga
     1261 agggcatgcg gtaatgccag gcctccttct tctctacggc cggcgcatag ccgtggccct
     1321 tctcggtgtg gatgtgcacg acggtggggc gcgacgtgcc cttgacgcgg cggaagaggt
     1381 cgacgagcgc gcagacgtcg ttgcccgctt cgaggtagaa gtaatcgaag ccgaaagcct
     1441 tgaaatagtt cagtgcggcc tctccgtgcg tctcgcgcag caggcggaga ttgcggtaga
     1501 ggccgccgtg attctcagcg atgctcatct cgttgtcgtt aacgacgatg atgatgttcg
     1561 tgccgatttc tgcggccacg tctaagccct cgaaggcctc gccgccgctg aggctgccgt
     1621 cgccgacgat ggcgacgatg ttctccgttc cgcccaagat gtcgcgaccc ttctgtaggc
     1681 ctgtggctaa ggcgacggcg gtggaggtgt gtccgatctc gaaattgtca tactcgggcg
     1741 attcgatcgg cgagctgtag cccgagatgg catgcgcgtc ggcgtcgttg aggaagccgt
     1801 gggcgcgtcc ggtgaggatc ttgtgcggat agctttgatg agatacgtcg aagacgagct
     1861 tgtccgccgg tgtgtcgaag acgtaatgca gggccacagt cgcctcggtg aagccgaggt
     1921 tgggcccgac gtgtccgccg tggcggctga cgcggttcaa tacggcgccg cgcacctcgt
     1981 cggccaccgt ttgcagttca tcgacctgca acttccgcag gtcggcaggg gattggatct
     2041 tttctatgta catagttctt atgcgccctt ggcgcggtag taggggcgcc ccttgtgggc
     2101 gcccggtagt cagaagtagt tatgcggctt tggccgcggt ggatgcgcat cgcacatcgc
     2161 agggattaaa acaccgtggg ctgcttgatt gtttacttgc caatggggcg agggataaac
     2221 tattcgcccc cggattacgt ttccatgccg tacacattta atttgaagga gaaacagaca
     2281 atgaacccag agaatgaaac caaacaatgg tggacgccgc gccgactgat ggcggcgaag
     2341 gtggttacga tcggcatcct cacgctgctg ctgatgatcc cgatgatgct gatcgagaat
     2401 ttgatgaacg aacgcgaacg gacggctggc gatgccgtcg cggaggtggg gcagaagtgg
     2461 agcggggagc agaccgtcct cggccccgtg ctgaccatcc cgcgctacac gacgcagtgc
     2521 tccgacgagt cgaaccgccc ggaacgcgtc cgagagatcg tgaacatcct gcccgaatcg
     2581 ctcgacatca ccggcgacgt gcacaccgaa gagctgcggc gcggcatcta cgaggccgtt
     2641 gtctaccgct ccacgatgga gctgcgcggc acattcgtcc tgccgcccga gctgacgttg
     2701 cgccccgacg atccaaactt ccccatgagc gaggccatgc taaacctcgg cctctccgac
     2761 ctgcgcggca tcagcgagcc cgtggccgtg gagtgggatt ctacgcagac gacgttcgac
     2821 cctggcatcc ggcacgatca gctgctctcc tcgggcgtat cctgtcgggt caatgtggcg
     2881 ccgctggctg cgggtcgtac cgtagcgttc cgcatacggc tcgcgctgaa aggttctgag
     2941 tcgctctact tcgcgcccgt gggcaagacg acgacgatcg ccctgcggtc gaactgccgc
     3001 acgccgagct tcacaggcgc cttcctgcct gcaaaccgct cggtgacgga cagcggcttc
     3061 gtctgcgact ggaaggtgat gcacctcaac cgcaactatc cgcaggtgct cacgggcgat
     3121 gatcgccagg aagccctcga ggagtccatc ttcggcgtcg atgtgctgcg acccgtgaag
     3181 cgctaccagc aatcgatgcg ttcggtgaag tacgccatcc tcatcatcgt gctcacgttc
     3241 gtcgtctgct tcttcgtgga ggtgttgcag cggcgccaca tccacccgct tcaatacctg
     3301 cttgtcgggc tcgcgctgag cctcttctat tcgctgctgc tctccatctc agagcacacc
     3361 agcttcggcc gcgcctacct cattgccgcg gtgatgaccg tcagtctgat cacgtgctac
     3421 atggccggcg tcctcaagct ccggcgcacc gcgatggcca tcggcggact gttggcgggg
     3481 ctttacgtct acgtctacgt cctgatcggc atggagtcgt acgcgctctt ggccggcagc
     3541 gtggggctgt tcgtcatcct ggctgtcatc atgtacgtgt cgcagaagat tgattggggg
     3601 aacgggcggt agattatgcc taccgtgatc ccggttgtgc agccttttta tcggtctact
     3661 tttgccgccg cgataaaaaa cagtaccata acatcatata tatgaatcaa tcaatgaagc
     3721 gaggcaccct gtgtgtgcaa ggcggctggc aaccgaagaa cggtgagccg cgtgtggtgc
     3781 cgatctacca aagcaccacg ttcaaatacg aatcaagcga cgagatgggg cgactcttcg
     3841 acctcgaggc gtccggatac ttctacaccc ggctgagcaa cccgacgaac gacaccgtgg
     3901 cggctaagat cgccgcactc gaggggggcg tagcggccct gcttaccgca tcgggtcagg
     3961 cggccgcgtt ctacgccacg ctgaaccttt gcagcgcggg cgaccatgtc gtttgtgctt
     4021 ccgagatcta cggcggcacc ttcaacctct tcgccgtgac gatgaagcgc atgcagatcg
     4081 acttcacctt cgtcgatcaa gacgcaccgg aggaggagat cgaccgcgcc ttccgaccga
     4141 acacgaaggc cgtcttcggc gagaccatcg ccaaccccgc ctgcgcggtg ttagacatcg
     4201 agaagtttgc ccgcatagcc caccgccacg gcgtgccgct catcgtggac aacaccttcg
     4261 ccacgcccat caactgccga cccttcgagt ggggcgccga tatcgtgatc cactccacga
     4321 cgaagtacat ggacggccat gcgacgtccg tgggcggcgt catcgtcgac agcggccgct
     4381 tcgattggga ggcgcacgcg gaacggttcc ccggcctcac cacccccgac gcctcctacc
     4441 acggcatcgt ctacacgcag cggttcggcc ccgcggccta catcaccaag gcggtggcgc
     4501 agctcatgcg cgatctcggc gccatcccct cgccgatgaa cgccttcctg ctgaacctcg
     4561 gcctcgagac gctgcaccta cgcatgccgc gccactgcgc caacgcgttg tccgtggccg
     4621 aatacctcag tcaacagccg aaggtggcgt gggtgcatta ccccggcctg aagggcgata
     4681 agcatcacgc cacggcgcag aaatatctgc ccaacggctc aagcggtgtg ctgacattcg
     4741 gtctgaaggg tgggcgcgag caggctgtcc ggttcatgga cgccctgcgg atggtggcca
     4801 tcgtcaccca cgtagccgac gcgcgttcgt cggtgctcca ccccgccagc catacgcatc
     4861 gccaactgac cgacgagcaa ctgaaggcgg ccggtgtcgc cccggatctg atccgtttct
     4921 ccgtcggcat cgaagacatc gaggacatcc tggccgatgt ggagcaggcg ctccagcagg
     4981 cgtgaaccat cctgtgtgca taaccactta taacatagaa gacatgacag atttagcaat
     5041 catcggaggc gggccggccg gctatgtggc tgccgagcgc gccggagcga aaggattgag
     5101 cgtaacgctc tttgagaaga acaacctcgg cggcgtctgc ctcaacgaag gctgtgtgcc
     5161 cacgaagacg ctgctctaca gcgccaaggt gtacgactac gcccgccacg gcgataagta
     5221 cggcgtcaag gctgagggcg ccacgttcga ctacggcaag atcgtagccc gcaagaacaa
     5281 ggtcgtacgc aaactcgtgg ccggcatcgg cgcgtcgatg aaggcgcacg gcgtgaatgt
     5341 cgtcaagggc gaggcgcgca tcacgggtcg gaaggaagac ggcacgctga ccatcgcgtg
     5401 caacggcgag gcgtacgaag caaagaacct gttgctctgc accggttccg aggccttcgt
     5461 gccgcccatc cccggcgtac ccgaggcggg cgacgtgatc gtgacgaacc gcgaaatact
     5521 ggcactcaag gagcgccctc agtcgatcgt catcatcggt ggcggcgtca tcggcatgga
     5581 gttcgccagc ttctacaaca gcctcggcac ggaggtgacc gtcgtggaga tgctgcccga
     5641 gatactcggc ggactcgatg gcgaggtgag cgtcatgctg cgcgaggtgt acgccaagcg
     5701 gggcatacag ttccgcctct cgtgcaaggt gatggaggtg cgcggcaatg aggtgatcta
     5761 tgtcgacgcg gagggccaca cggcctcagc cacgggcgag aagatcctca tgagcgtagg
     5821 ccgccgcgcc gtgacggcca atctcgggtt agagacgatc ggcgtggaga tggtgcgcgg
     5881 cgccgtcaag acggacgcgc agctgcgcac gaatgtgccg aacgtcttcg ccgcgggcga
     5941 catcaacggc ttctccatgc tggcacacac tgccagccgc gagggcgagg tggtggtgaa
     6001 caacctgacc ggtacgccgg acgagatgcg ttatgacgct gttccgggtg ttgtctacac
     6061 caaccccgag gtggccggcg tgggcctgac cgaagagcag gccgagaaga gcggcgtgcg
     6121 ctacgctgta gctaagttgc cgatggcctt ctccggccgg ttcgtggccg agaacgaagg
     6181 cgccaacggg ctctgcaagg tgatctatga cccggagaag cacacggtgc tcggtgtgca
     6241 catgctgggc aacccgtgca gcgaaatgat cttcggtgca gcgatggcca tcacgcaggg
     6301 catgacgatc gcagagctgc agcgcgtcat cttcccgcac cccacggtgt cggagatcat
     6361 caaggagacg ctcttcacga tctgaacacg tcgtcccccc ccgctcgatg atagacggcc
     6421 gggcaataca ctgcgcgtgt gttgtccggc cgttaaatga gatccgaatg cctccccgcc
     6481 tttgactacc ccaaactacc cgcgaactac cctctgactg cccttctgac tccccgctaa
     6541 ctacctttta tagtcaatcg aaaatggatg acgaataaat ggggtattgt aggggtgacc
     6601 cttgtggtcg ccctctccca aagggcaggc acaaggcctg cccctacaag gcgcaccggg
     6661 aaccctcatt tattcgcaaa ccattttcat tcgactataa ttactcttta atcgcccttt
     6721 aactcccatc taaatccctt tgactaccca gtgaaatcca tactcgatga actcaacgat
     6781 gcacagcgcg aagtggtgct ctatggcgac ggcccgtcga tggttgtggc cggtgccgga
     6841 tcgggcaaga cgcgcgtgct gacctataag atcacttacc tgctcagtca gggctacgag
     6901 ccgtatcgca tcctggcgct gacctttacg aacaaggccg cccgcgagat gaagagccgc
     6961 atcgccgcgt tgaccgatga gcgcaccgtg cggcagctct gggccggcac cttccactcc
     7021 atcttctacc gcatcctgcg cgaagaggcc gagtgcgtgg gctacaaccc cgacttcacc
     7081 atctacgatg ccgccgactc ccgcaacttg atccgcagca tcctccgcga gatgcagtta
     7141 gacgagaaga cgtatcgccc gggcctcgtg cagagccgca tatcgaacgc caagaacgcc
     7201 ctcgtcacgg ccgaggctta cgcccgcaac ggcgagcaga tggagtacga cgcccgcgcc
     7261 cgtgtgcccc tcatccgcga gatctacacc cgctatcaga accgttgccg gcaggctgag
     7321 gcgatggact tcgacgagct gctgctccag acgaacatcc tcttccgcga tcatcccgag
     7381 gtgctggccc gctaccagca gcagttccgc tacgtcctcg tcgacgagta tcaggacacc
     7441 aacttcgcgc agcacctcat cgtcaagcgc ctctgcgaga agcaccgcca catctgcgtc
     7501 gtgggcgacg atgcgcagag catctactcc ttccgcggcg ccaacatcga caacatgctg
     7561 cgcttcaagg acagctatcc cgagtaccgc ctcttcaagc tggaacgcaa ctaccgctcc
     7621 acgcgcaaca tcgtggaggc ggccaacagc ctgatcgata aaaacaaggg gcggatcccc
     7681 aagaacgtct attccgagaa cgaggccggc agcaagatcc gtgtcctgtc gtcatacacc
     7741 gactacgaag aggcctacct catcgcctcg cagatcacgg aattgcataa aaaggagcat
     7801 gcaccgctgt cggagttcgc cgtgctctat cgcaccaacg cccagtcgcg cgtccttgag
     7861 gaggcgctgc ggaagaaggg tatcgcctac cgcgtctatg gcgggctgtc tttctaccag
     7921 cgcaaggagg tgaaggacat catcgcctac ttccgcgtcg tggtcaaccc cgacgacgag
     7981 gaggcgctca aacgcatcat caactatccc gcgcgcggca ttggcgagac gaccgtcacg
     8041 aagctcatgc acgccgccac cgagcatggc gccagccttt gggacgtcgt gagcgacccc
     8101 gcagcctacg ccctgcccgc caatcaaggc accctgcgca agctcagcgc cttccacgca
     8161 ttgatccaag agctccggtc ggagaatggg gagcgctcgg ccgtagagat ggccgagctg
     8221 acgatcaagc gcagcggcat cgccgcggaa ctctaccaag accgctccgt ggagggcgtc
     8281 tcgcggcagg ataacatgca ggaggtgctc aaggccgtcc gtgaggccga gggcaaggca
     8341 cacgaagagg gcgccgacga gtacttcctc tccgactttc ttcgccaggt ctcgctgcag
     8401 accgaccagg acgagaagca ggatgaatcc accgagtgcg tcacgctgat gaccgtccat
     8461 gcggccaagg ggctggagtt tgacaacgtc gtcatcgccg gcatggagga gaacctcttc
     8521 ccctcaccga tggcgatgga cagtccgcgc gccatcgagg aggagcgccg cctcttctac
     8581 gtcgccctca cccgcgcccg ccgccattgc ctcatcacct acgccaagac gcgcttccgc
     8641 aacggatcga gccactcctg cacgccgagc cacttcctcg acgacatcga tcccaccttc
     8701 ctcatccgcc ccgacgatcc cgccctgatg gctcgccccg cctcaccgcg tccgcccgtc
     8761 tatacggcta cctccggaca cgcatcggca cgcttcaggc gtatcgccac cgacgacaac
     8821 cagcacgcgc cgcagcaggt ggacgccatc ggcgacttgc acaagggcga caccgtccgc
     8881 cacaacctct tcggcatcgg caccatcgtc gccctcgagg gcgaaggcgg cagcgccaag
     8941 gtcaccgtcg acttcgagta ctccggccgc cgctcgctgc tgctcaagta tgcgcgcctc
     9001 acggtcgtaa aggaataacc catacatctg gacgcccaca aggggtgccc atacatctgg
     9061 gcgcccacaa ggggtgcctc tacttataac tacctctaac taccgggcgc ccacaagggg
     9121 cgcccctact accgcgccgc aggcgcataa ctacctatat atgtccaccc tccaccctct
     9181 accctctacc ctctacgaat ccccctgcta cgtcatcgag gaatccctgc tccgccgcaa
     9241 cctcgcgctc atccgtgagg tcaaggaacg cgccggcgtg gagatcatcc tcgccctgaa
     9301 agcctccgcc ctgtggcacg tcttccccat cgtccgccag tacatcccgt gcgccaccgc
     9361 cagctccgtg tgggaggcgc gcctcgtcgt cgacgagatg ggcacccccg cccacaccta
     9421 ttcgcccgcc tacaccgagg ccgacttccc cgagctgctc cgctgcagta gccacatcac
     9481 cttcaactcc ctcacgcagt acgcgcgctt ccgcccgatg gtcgaggccg accctcggcc
     9541 cgtctcgtgc ggcctgcgca tcaatcccga atattccgag gtgggcacgg cactctacaa
     9601 ctcttgcgcc cccggatcgc gcatgggcat cacggccgac aagctgcccg accgactgcc
     9661 cgcgggtgtc gaggggctac acttccacac cctctgcgaa tcgtcggccg aggaccttgt
     9721 gcagacgctc cgcgccgtcg aggagcgctt cgggcgctgg ctgccggagg tgcgttggct
     9781 caacatgggt ggcggccacc tgatgacgcg cgccggctac gacgtcgacc tcctcgtcga
     9841 caccctccgc cgtttccgcg ccgcccaccc gaacctccgc gtcatcctcg agcccggctc
     9901 ggccttcttc tggcagacgg gttacctgca aacgaccgtc gtggacatcg tcgaaaacgg
     9961 cggcatcacc acggccatca tcgacgcctc cttcacgtgc cacatgcccg actgcctcga
    10021 gatgccctac aaacccgtca tccgcggcgc cacggagccg atcgcggggc tccccactta
    10081 ccgcatcggc gggtgcagct gcctgagtgg cgacttcatg ggcgactggt cgttcgagcg
    10141 cccgctccgc atcggcgacc cgatcatctt cgaggacatg atccattaca ccatcgtcaa
    10201 aacgaccatg ttcaacggca tccgccaccc cgcgctggcc atcctgcccc ttggcgccga
    10261 tcgcccggag gttttccgga cgttcaccta cgaggattac cgtagccgca tgtcgtaggt
    10321 gcggagccgg cctcgtttac ccttcaaacg tctggcgtat cccgaaaaga cgccccgttt
    10381 ggcccgctcc gagtcgtcga ggcggtgaaa atgggtgtaa atcgaatgct tttaatgtga
    10441 tcgtataccg tttacgccgt aaatcgaatg tttttaatat gaatgtatgc catttacagc
    10501 gtaaatcgga tgcttttaat atgaacgtat gccatttaca ctgtaaatcg aatgttttta
    10561 atatgaatgt atgcaattta cactgtaaat cggatgattt taatatgaac gtatatcact
    10621 tacaatgtaa attctataca atcaatataa aagcattcaa tttacatcgt aaattataca
    10681 cgatcaatat gaaagcaaac aatttacggg gttaatggtc tacgtttact gtaaaagagg
    10741 ataatttaca gtgtaaatgg tatacgttca tattaaaagc attcatttta cggtaggttt
    10801 ttacctttgc gggcacggcg gaagggcaaa cgtgcctcca aatggcagcc cgcaaccccg
    10861 agtaatatga aaggaaggaa ggtatagcat ggacgaagtc attcaaatcc aaaaactcag
    10921 tcagcacagg ctgagcaacg gcgcgcataa cgagttccac acgacgattt acagctacgt
    10981 cagcgccgag gacgccgaaa agatcggtgt gcccgcgacg ctcatagcgg aatacggggc
    11041 gtgcctcgag gaggccgcgg agatgatcaa ggaaacgcgc gcgagctcca aaacgggcgc
    11101 gatcaagaag aaagatgccg aatgcgaccg tctgttgtcg ttcatcctgg ccgtggtgcg
    11161 cgccatgcgc ctctcgccgc gggcggacga ggtggaggcg gccgaagacc tgtacatcca
    11221 gttgcgcgtc ggcaaacgca tccaggcaga gggccccagc gtcaagcccg cgcgcatcga
    11281 tgcgctgctg atcgacctca ggaagcccga gcatgccgtg cacctgacgc gtctccggct
    11341 cgacgaggct gtcgacctgc tcgagcggac gaaggacgaa gtgcgtgcgc tgcaggccga
    11401 tcgcaccggc gaacgagccg agaataagcg gccgtcgctc acccggctcc gtccgacgac
    11461 agaccgcgtc taccagcgcc tgacccaacg cctgcagctg gcctatgtgg gcggcctccc
    11521 gcccgtcgac cgagaggtga tccgcaccct cgtgaagcgc atcaacgagc atatcggcca
    11581 cacccgcatg acgcacaagc aaagccaatc ccaccgcaaa ccccggcgga aaaagacggg
    11641 cgccgtgtag atgcgccccc tacttataat tactgggcgc ccacaagggg tgcccctaca
    11701 acccaggcgc ccacaagggg cgcccctaca acccaggcgc ccacaaggcg catgactacc
    11761 ctctaacatg gaaataggca aatacaacac cctgcgcgtg gctcggcgcg ttgatttcgg
    11821 gctttacctg accgacgccg atggcaacga agtgctgctg cccacgcgct acatccccga
    11881 cgcggcgcgc gagggcgacg agctgcaagt cttcgtctat cacgacaacg aaggccgccc
    11941 cattgccacc accgaccgcc cccgagccac cgtcggcgag ttcgcgcgca tgagagtccg
    12001 ccaggtggcc gccgccggcg ccttcctcga gtggggactg atgaaggacc tccttgtgcc
    12061 cttccgcgag cagaaaatcc ccatgcaggc aggccagtgg cacatcgtct acgtctacct
    12121 tgaccacatc acccaccgcg tcgtcggctc cgcccgcatc gacaagttcc tcgataacac
    12181 tccgccccgc tacacccgcg gccaagccgt cgacctcttc gtcaccggcg agaccgagct
    12241 cggatacaag gtcatcatca accacctgca ctccggcctc ctctaccgca acgaagtctt
    12301 ccgccccctc cgcaccggcg atcgcaccac gggttacatc aaggcggtgc gcgaggacga
    12361 taagatcgac gtcagcctct accccctcgg ctacgacaag atcgacggca tcgccgaccg
    12421 catcctcgag gcgctgcgcg gaaatggcgg tgccctgccc gtgcacgaca agagcgacac
    12481 agacgagatc cgcgcccgct tcggctgcag caagaagagc ttcaagcagg ccgtcggcgc
    12541 gctctatagg cgccacctga tcaccatcga acccgcaggc ctccgcctcg tcccggagga
    12601 ttgacgatgg aggcactgat ccgtttttac gacgaacgcg tcgcgcaaca tcgggccacg
    12661 ctcgaggcgc tgcggcgaaa gatctaccat gccggcacgc tccgcctgct gatcgtggtg
    12721 gccgccttgg tggccgtatg gatcgctcgc agcgcagggt gggccgtgct gacgggcatc
    12781 gtggtggcat gcgccgtgcc attcgtggcg ctgatggttt accacaaccg actcgcggcg
    12841 cggaaggatt tcgccgcgga gctgttgcgc ctcaatgagg ccgaacggcg ggcgatcgat
    12901 tacgacttca gcgcgttcga tgggggaggg gagtacgccg acgccgcgca ccccttcgcg
    12961 ctcgacttgg acgtcttcgg ttcgcagtcg ctcttccgca gcctcaatcg cacggtgacg
    13021 tcggccgggc aatcgctctt ggcccagtgg ttcatgcatc cgc
//
LOCUS       SEQF3106|MIQD01000058.113010 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13010
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(354..2567)
                     /gene="relA"
                     /locus_tag="SEQF3106_01512"
                     /EC_number="2.7.6.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q99TL8"
                     /codon_start=1
                     /transl_table=11
                     /product="GTP pyrophosphokinase"
                     /translation="MNTSPFFTPEEKREFFSAYRRLLSGLSSCLKPEDAPKMKALIRR
                     VVALDCYGRDRNGINGLLRNINTAVIATHDIGLKRTPVIALLLYRPVMKKAITLDEVE
                     ESFDADVALMIRRLLKTSDLYARNTAVNSENFHHLLFSFAEDVRVILVMIADRLCMMR
                     MGKQIRDDNDRIRLATEVSYLYAPLAHRLGLYTIKSELEDLSLKYIDPDRYQYIKQKL
                     NETKRSRDRYIAEFIRPVREKLEQAGLHFDIKGRTKSIHSINNKLKKQHVEFEGIYDL
                     FAIRIILDTPPEAERSECWRAYSIVTDMYQPNPKRMRDWLSVPKSNGYESLHITVLGP
                     DNRWVEVQIRTRRMDEIAERGLAAHWKYKGVKEERGLDEFLNDVRAMLETQTSDPMDL
                     MKEFRTDLYQDEIYVFTPTGEVIKLAKGATVLDFAFAIHSKIGCRCISGKVNSKNVPI
                     RHTLQNGDSVEVITSPTQSPKRDWLTFVKTSKARTKIKQALREESAKAAEYAKELLQR
                     RFKNRKIEVEEALLMRYIKKSGYKTVTDFYVDIAEGHRDPNTVIEDYLEMERREHGEL
                     VEHTEVRSAEEYIAPPERPDARADELVIDKNLTGVEYHLAKCCNPIFGDPIFGFVSTR
                     GIKIHRMNCPNAQDMLSRFGYRVIRARWSGKGTDGYAVTLHIVGHDDLGIVTNITSVI
                     SKELGVMLRSINIDSVDGLFQGNFTVTVKDTASLSVLTKKLQAVRGVKNIERLNT"
     CDS             complement(2564..3229)
                     /locus_tag="SEQF3106_01513"
                     /EC_number="3.1.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X0Y1"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphorylated carbohydrates phosphatase"
                     /translation="MTMTQPMAALFDLDGVVFDTERQYTVYWQQVGQRYHPTLTDFAQ
                     RIKGRTLVEIFQEYFDGQTEAQAEISRGLVDFESRMHYDYIPGVEAFLDELRRNRVPR
                     ALVTSSNRAKMACAYRARPELTTHFDAILVAEDLGRSKPHPDGYLRAAERLGVSPTRC
                     VVFEDSFSGLEAGRRAGGAVVGLATTNPAEAIATRCDRVIPDFRAFTVGDMVSLIQMI
                     NRR"
     CDS             complement(3280..4047)
                     /locus_tag="SEQF3106_01514"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQKIKQIESIYMARIPGGAHFLFVNNVCERAEADAKVKVGAKA
                     ELEALRATRDEEDAALALSRKSLLSDIIREADNRRERLYVTLRNIVKAYRTYPVEAEA
                     AAARRLVQLLKDYAINPRMQRDAETGLMVHLLDDLAGPYAADVATLHIGPLVKALAEV
                     NELLRNTTDRRANERSAHVAGRLKKARKAADRAYREFVRKVNALSIVGGAEDYAAFID
                     YVNTEVAHYRREVIPPRKKKNTPAEECPAPPPPNDEA"
     CDS             complement(4540..4797)
                     /locus_tag="SEQF3106_01515"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVAITITRNGTQGYVCTCDYPFPHFDLGGCGATVDEAKQDCFT
                     FYDEMRREYPADRLPDLEVEWVYDLARTRSDADLVDAAVMA"
     CDS             complement(4794..6707)
                     /gene="nadE"
                     /locus_tag="SEQF3106_01516"
                     /EC_number="6.3.5.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WJJ3"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamine-dependent NAD(+) synthetase"
                     /translation="MTHDFLRVAAGVPRLKPADCRYNVDRIERMMLRAAAQGVDIIAF
                     PRMAITGSTCGDLFLNKHLITESVRGLVTLVDDMGDLPIVGIVGILLPVNNRPVEVAA
                     VFQSGEILGFVADDTSDPGLRSQEMIFGKWAIPAAPNLMFRSDLTTFTVTFGDDLLRP
                     MSVSGQRVAEGANVLFHLDAMPTQVGRHDALRDAIRMHSRRCIAGLVYVSAGHGESST
                     DHFFDGEAFIADRGQIVAESTPFTDDEPLIISEIDLAALNHDRRCHHDFHLDYVSWGT
                     ARNPICDINHKLLQDDRPLLRPIHPHPFVPADTAARDRRCEETFRIQSHALAERLRHI
                     GLRRAVIGISGGLDSTLALMVTVAAFDLLKLPHEGIIGVTMPGFGTSDRTHDNALALM
                     TSEGITLREISIRAACEQHFRDIGHDGSPDTTYENVQARERTQILMDLANMEGALVVG
                     TGDLSELALGWCTFNGDHMSMYGVNAGVPKTLVRAVVHWLASRTDRPETRRALLDIAE
                     TPISPELLPPSPDGAHTQQTEHTLGPYELHDFFLYRFMRFGDVPARLLFLAEQAFADR
                     YTREELLAVLRTFLRRFFAQQFKRNCMPDGPAIGSISLSPRGAWRMPSDASADLWLRE
                     VEELERTMKGSEK"
     CDS             complement(6744..7778)
                     /gene="asnA"
                     /locus_tag="SEQF3106_01517"
                     /EC_number="6.3.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00963"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate--ammonia ligase"
                     /translation="MNLYLPTDYRPTLPSEGMEDAIKLLKQTFQAELAEALSLRRVTA
                     PLFVFADSGLNDNLNGVERPVSFPIKDMGDRRAEVVHSLAKWKRMKLAAYRIPPGHGL
                     YTDMNAIRADEELDNIHSLYVDQWDWERTIRPEDRTVDFLSGIVRRIYGALLATEDAT
                     HRAFPHIRPTLPREIAFVHAEELRAEYPDLSPKEREREAARRYGAVFIRGIGGSLADG
                     SRHDGRAPDYDDWSTPTPDGLTGLNGDILVWNTVLDAPLELSSMGIRVDPEALLRQLE
                     ITGCMDRLALPFHRALAAGEMPPAVGGGIGQSRLCMYLLRCAHIGEVQAALWPEEMVT
                     RCAAAGITLR"
     CDS             7867..8808
                     /locus_tag="SEQF3106_01518"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSTDSKARYAGYVYILIAFLCLTPWVTPPVALFAGLVFAFFLG
                     SPFPLFNRRASRYLLQVSVVGLGFGMNLNESLRAGADGIVFTIFSVVGVMAVGILIGR
                     LIHVDRKTAYLISTGTAICGGSAIAATGPIAKADEAQMSVSLATVFVLNAVALFLFPP
                     LGHLLGLTQQQFGTWAAIAIHDTSSVVGAGAAYGDEALRIATTVKLTRALWIIPLSLY
                     TAFHFHARNERISIPWFILFFVLAMTANTYLGIPAEVGSTIVRVARQSLTLTLFFIGA
                     GLSRTTLRTVGIRPFMQGITLWLFIGAISLAFVYFYY"
     CDS             9287..9757
                     /gene="greA"
                     /locus_tag="SEQF3106_01519"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A6W5"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcription elongation factor GreA"
                     /translation="MAVTYMTEEGYNKILAEINYMESVKRPEISAQIAEARDKGDLSE
                     NAEYDAAKEAQGILESKIAQLKGLIANARLIDETQIKTDVVQILNKVKLKNLANGAVM
                     TYTLVSDSEANLKENKIAISTPIAQGLMGRKVGDVAEIKVPSGILKFEIMEISI"
     CDS             9772..10164
                     /locus_tag="SEQF3106_01520"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WML3"
                     /codon_start=1
                     /transl_table=11
                     /product="putative HIT-like protein"
                     /translation="MATIFSRIVAGEIPCHKIAEDNEFFAFLDINPVATGHTLVIPKE
                     EVDYLFALDDAKLGRMMAFAKRIARAQEQAIPCKRIGVAVLGLEVPHAHIHLVPITRE
                     SDMYFDRPKGSPTADELAATAAAIRAHL"
     CDS             complement(10342..12780)
                     /locus_tag="SEQF3106_01521"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEAIKKGWPHAVAVVLFFVLAAVYFAPELFDGKGLVQGDVNSA
                     MGWGKDIADHYLKTGEHAHWSARMFGGMPHNYTNSAPMVNLFDYIGRGLSYVLPGNAL
                     LVFLYLVGFYIFLIALGCRPALSAIGAVAYAFASYNLIIIEAGHVNKCLVMATMAPIL
                     GGVILCYRKKYLWGSIVTLLFTGLNVLWSHQQISYYLLIMMLILALTYLVFAIRNHTL
                     GDFFKSSAVLAVVGALAVAPAAGQLISSADYVKDSMRGGAVLKSNAEGAKESSGLDID
                     YAYMWSYGRGETMTLLIPNFYGSDSHHNIGTDSHTYQFFSSHGQGEQGRQFTRYAPMY
                     WGDQPFTSGPVYVGAIICFLFVLGLMVVKGPERWWLLAVTVVSVILSWGKNAGINEFF
                     FYHLPLYNKFRTPSMALVIAEVSMAALAILAIKQILEAEDKRKLLRPLYIAFGITGGL
                     CLLYALLGGGLMSFTGEADKQFQQYPDLLMALVADRQSMLSADAWRSFGFIAAAAALL
                     WIYVKKPFNATYVAAVLGLLVFADLWAVDKRFLNYEDFVPQKQARAIVPTEADKQILQ
                     DKDPNYRVLNLTKSTFNESETSYFHKSIGGYSPAKLRRYQDIIDYHFGSKGINPNVLN
                     MLNTRYVIVPTDQGPQVQRNPNAPGCVWFVDEIHWVDSPDAEIVALNDFNPVRTAVID
                     KMWQPDLPSWQQLVQPSSDSTATIRLTDYPAPDHLVYESQSTRPRLAVFSEVFYKTWH
                     AYIDGKEAKPVRVDYILRGLEIPAGAHRIEFRCVDDVYLRSARISLIASIVVGCIFLV
                     LIGLAVRSAVVQKR"
ORIGIN      
        1 ccgcccgagt actctaacaa agacatggtg tggacgtaag gaacctcatt cttacgtcga
       61 actcacgttt gtttagttgt gtgagggtaa acaggcgcct gtttgggggc ggctgcggcc
      121 gccggcgaag tttggccggg tacaaggtga tttccgccct cttcttgtat caagcaaact
      181 tccctgcctc ggcagaggct tgcgtgaggg caaacgggct cctgtttgag gctacgcaga
      241 gtagtgcaga tgcaaggcgt ccaagaccga ggcggaggga gtgtacttta gtacatgacc
      301 gaacaccgag tgtcgccggc aacgcagcag atgtgctgct atgcggagcc gaatcacgtg
      361 tttagtcgct cgatattctt cacgccccgg acggcctgta gcttcttggt caggacactg
      421 agcgaggcgg tgtctttcac cgtgacggtg aagttgcctt ggaagaggcc gtcgacggag
      481 tcgatgttga tcgaacggag catgacgccg agctctttgc tgatcacgga cgtgatgttg
      541 gtgacgatgc cgaggtcgtc gtggccgacg atgtggagcg tgacggcgta tccgtccgtg
      601 cccttgccgc tccaccgggc gcggatgacg cgatagccga agcggctgag catgtcttgt
      661 gcgttggggc agttcatgcg atggatcttg atgccgcgtg tggagacgaa tccgaagatg
      721 gggtcgccga agatggggtt gcagcacttg gctaagtgat actccacgcc cgtcaggttc
      781 ttgtcgatca ccaactcatc ggcgcgcgca tcggggcgct cgggtggagc gatatactcc
      841 tccgcactgc gcacctcggt gtgttccacc agttcgccat gctcgcggcg ctccatctct
      901 aaatagtcct cgatcacggt gttcggatcg cgatggccct cagcaatatc gacatagaaa
      961 tccgtcaccg tcttgtagcc gctcttcttg atgtaacgca tcagcagcgc ctcctcgacc
     1021 tcgatcttgc ggttcttgaa gcgccgttgc agcagctcct tcgcgtactc cgctgctttg
     1081 gccgactctt cgcgcagcgc ctgcttgatc ttcgtgcgcg ccttcgacgt cttgacgaac
     1141 gtcagccagt cgcgcttggg cgattgcgta ggcgaggtga tgacctccac cgagtcaccg
     1201 ttttggagcg tgtgtcggat gggcacgttc ttgctgttca ctttacccga aatgcacctg
     1261 caaccgatct tggagtggat ggcgaaggca aagtcgagca cggtagcgcc tttggccagc
     1321 ttgatcacct cgccggtggg tgtgaagacg tagatctcgt cctggtagag gtctgtccgg
     1381 aactccttca tcaggtccat cgggtcagat gtctgcgtct cgagcatggc gcggacgtcg
     1441 ttgaggaact cgtctaaccc gcgctcctcc tttactccct tatacttcca atgtgcagcc
     1501 agaccgcgtt cggcgatctc gtccatgcgg cgcgtgcgga tctgcacctc cacccagcga
     1561 ttgtccggcc caaggacggt gatgtggagg ctttcgtaac cgttactctt tggcaccgag
     1621 agccagtcgc gcatgcgctt cgggttcggt tggtacatgt ctgtgacgat cgaatacgcc
     1681 cgccagcact ccgagcgctc ggcctcgggc ggcgtgtcga ggatgatgcg gatggcgaag
     1741 aggtcgtaga tgccctcgaa ctccacgtgc tgcttcttga gcttattgtt gatcgaatgg
     1801 atcgacttcg tgcgcccttt gatgtcgaag tgcaggcccg cctgttcgag tttctcgcgt
     1861 acggggcgga tgaactcggc gatgtagcgg tcgcgcgagc gcttcgtctc gttgagcttt
     1921 tgcttgatgt actggtagcg gtcggggtcg atgtatttca gcgacaaatc ctccagctcg
     1981 ctcttgatcg tgtagaggcc gaggcgatgg gccagcgggg cgtagaggta ggagacctcg
     2041 gtggccagcc ggatgcggtc gttgtcgtcg cggatctgtt tgcccatgcg catcatgcag
     2101 aggcggtcgg caatcatgac gaggatcacg cgcacgtctt cggcgaagga gaagagcagg
     2161 tggtggaagt tctccgaatt gaccgccgtg ttgcgtgcgt agaggtcgga cgtcttcaat
     2221 aggcggcgga tcatcagggc cacgtcggcg tcgaaggatt cctccacctc gtcgagcgtg
     2281 atggccttct tcatcaccgg gcggtagagc aggagggcga tgacgggggt gcgtttgaga
     2341 ccaatgtcgt gcgtagcgat gacggccgta ttgatgttgc gcaggaggcc gttgatgccg
     2401 ttgcggtcac gcccgtagca gtctaaggcc accacgcgac ggatcagcgc cttcatcttg
     2461 ggcgcgtctt ctggcttgag gcaggaggaa aggcccgaga gcaggcggcg gtaagccgag
     2521 aagaactcgc gtttctcttc gggagtgaag aagggggatg tattcatcgt ctgtttatca
     2581 tttgaatcag tgacaccata tcgccgacgg tgaaggcacg gaagtcgggg atgacccgat
     2641 cgcagcgtgt ggcgatggcc tcggctgggt tcgttgtcgc caaccccact acggcacccc
     2701 cggcccgtcg gcctgcctca agtccgctga aggaatcctc aaacacgacg cagcgcgtgg
     2761 gcgatacgcc gaggcgttcg gctgcccgca gatagccatc gggatggggc ttagaccgac
     2821 ccaaatcctc ggctacgagg atggcgtcga agtgcgttgt gagttccggc cgtgcgcggt
     2881 aggcacacgc cattttggcg cggttcgagc tggtcacgag agcccgcggc accctgttcc
     2941 gacgcagctc gtcgaggaag gcttccacgc ctgggatata gtcgtagtgc atacgggatt
     3001 caaaatcgac gagcccacgg ctgatttcgg cctgcgcctc cgtctgtccg tcgaaatatt
     3061 cttggaagat ctccacaagc gtgcgccctt tgatgcgctg cgcaaagtcc gtgagggtgg
     3121 ggtgatagcg ttgtccgact tgctgccagt agacggtgta ttgccgttcg gtgtcgaaga
     3181 ccacgccgtc caaatcgaag agcgcggcca tgggttgggt cattgtcata agtctaatga
     3241 atgttggagt tgtgattctt tctgcgcgca aaagtagcct tacgcctcgt cgttcggagg
     3301 tggcggcgca gggcattcct cggctggcgt gttctttttc ttccgcggcg ggatcacctc
     3361 acggcggtaa tgggccacct cggtgttgac gtaatcgatg aacgcggcgt aatcctccgc
     3421 gccgccgaca atggataggg cgttgacttt gcggacgaat tcacggtagg cccgatcggc
     3481 tgccttccgc gcctttttca accgacccgc cacgtgcgcc gagcgctcat tggcccgcct
     3541 gtccgtggtg ttgcggagca gctcgttgac ctctgcgagc gctttgacga gtggcccgat
     3601 gtggagcgtg gcgacgtccg cggcgtacgg cccggcgagg tcatctaaga ggtgcaccat
     3661 gagccccgtc tctgcatcgc gctgcatgcg ggggttgatg gcgtagtcct tgagcagctg
     3721 cacgagccgc cgcgccgccg cagcttcggc ctcgacgggg taggtgcgat aagccttgac
     3781 gatgttgcgg agcgtgacat agagccgttc ccggcggttg tctgcctcgc ggatgatgtc
     3841 cgaaaggagg ctttttcgcg acagcgccag tgcggcgtcc tcttcgtcgc gcgttgcacg
     3901 tagcgcctcg agctcggcct tggcgccgac cttgaccttc gcgtcggcct cggctcgctc
     3961 gcacacatta ttgacgaaca ggaagtgcgc cccacccggg atgcgcgcca tgtagatgct
     4021 ttcgatctgt tttattttct gtatcatatg attagttgca cgcaatgatt agtttctatt
     4081 ttgtttcagg caaagttaca tgaaatatgt atatggtcta ttttgcaacc catcgaatgg
     4141 catgcaattt aatctaaaat aatcttgtat catatcagat tgcacgcaat ctaatctaat
     4201 tctattttat atacaattaa tttgtatgca attcgatcta aaacaatttg gttatccacc
     4261 ggattgcatg ctatctgaca tgattctctt ttgattattg tcgaatggca tgcaatttga
     4321 ctcaaaacaa tttagaatta tatcagattg cacgccatct aatctgaaac aattttgact
     4381 caaaaaagaa tcccgagaca cttgtctgaa accaaatggt aacaaacgag tatctcgggg
     4441 ttccgttcaa aaaccatttt cgccctaccg agatcgaggg atcaggggac tgaaaacggg
     4501 tggtattcga tgaaaaacaa taaacaggga gaccttccgt caggccatca ctgctgcatc
     4561 cacaagatcc gcatcgctac gggtgcgggc gagatcatag acccactcca cctcgaggtc
     4621 ggggaggcga tcggcggggt attcgcgtcg catctcgtcg taaaaggtga agcaatcctg
     4681 tttggcctcg tccacggtgg cgccgcagcc cccgaggtcg aaatgtggaa agggataatc
     4741 gcaggtgcag acgtagccct gcgtgccgtt gcgggtgatg gtgatggcga ccttcatttt
     4801 tcactcccct tcatcgttcg ctccagctcc tccacctcgc gcagccaaag gtcggcggag
     4861 gcgtcggagg gcatccgcca ggcgccgcgc ggagacaggc tgatggagcc aatggcgggg
     4921 ccgtcgggca tgcagttgcg cttgaattgc tgggcaaaga agcggcggag gaaggtgcgg
     4981 agcacggcga gaagctcctc gcgggtgtag cgatcggcga aggcctgttc ggccaagaag
     5041 agcaggcgcg cggggacgtc gccaaagcgc atgaagcggt agaggaagaa gtcgtgcaac
     5101 tcgtacgggc ctaacgtgtg ctccgtctgc tgcgtgtgcg cgccgtcggg ggagggcggg
     5161 agcaactcgg ggctgatggg cgtctcggcg atgtccaaga gggcgcggcg cgtctcgggg
     5221 cggtcggtgc ggctggccaa ccaatgcacg acggcacgaa cgagcgtctt gggcacgccc
     5281 gcgttgacgc cgtacatcga catgtggtcg ccgttgaagg tgcaccagcc gagagccaac
     5341 tccgaaaggt cgcccgtgcc gaccactaag gcgccctcca tgttggccag atccatgagg
     5401 atctgcgtgc gttcgcgcgc ttggacgttc tcgtaagtcg tgtcgggcga accgtcgtgg
     5461 ccgatgtcgc ggaagtgctg ttcgcaggcg gcgcggatgg agatctcgcg cagggtgatg
     5521 ccctcggacg tcatcagagc caaggcgttg tcgtgcgtgc gatcggaggt gccaaagccg
     5581 ggcatggtga cgccgatgat gccttcgtgc gggagcttga gcaggtcgaa ggcggcgacg
     5641 gtgaccatga gcgcgagcgt ggagtcgagt ccgccggaga tgccgatcac ggcgcgccgc
     5701 aggccgatgt ggcggaggcg ttcggccaac gcgtgcgact gaatgcggaa cgtctcctcg
     5761 cagcgccgat cgcgtgcagc cgtgtcggcg gggacgaagg ggtgcggatg gatagggcgc
     5821 agcaacgggc ggtcgtcctg caatagttta tgattgatgt cgcatatcgg attccgggct
     5881 gttccccatg agacataatc caagtgaaag tcatgatgac aacggcgatc gtgattcaag
     5941 gcagcgagat caatctcgct gatgatgagc ggctcgtcgt cggtgaaggg cgtggactcg
     6001 gccacgatct gtccgcgatc agcgatgaag gcttcgccgt cgaagaagtg gtcggtggac
     6061 gattcgccat gtccggccga gacgtagacg aggccggcga tgcagcggcg actgtgcata
     6121 cgaatggcgt cgcgcagcgc atcgtgtcgg ccgacctgcg taggcatagc gtcgaggtgg
     6181 aagagcacgt tggcgccctc cgcgacgcgc tggccactga cggacatcgg gcggaggagg
     6241 tcgtcgccaa aggtgacggt gaacgtggtg aggtcgctcc ggaacatgag gttgggagcg
     6301 gcaggaatgg cccatttgcc gaaaatcatc tcttgcgatc ggaggccggg atcgcttgtg
     6361 tcgtcggcca cgaagccaag gatttctccg gattggaaga cggcggccac ctctacaggc
     6421 cggttgttta ccggaagaag tatgccgacg atgccgacga tgggcaggtc gcccatgtcg
     6481 tcaacgagcg tgaccaatcc tcgcaccgac tcggtgatca ggtgtttgtt gaggaacaga
     6541 tcgccgcagg tgctgccggt gatggccatg cgggggaagg cgatgatgtc gacgccttgt
     6601 gcagcggccc ggagcatcat ccgttcgata cgatcaacgt tgtaccggca atcggccggc
     6661 ttgagtcgcg gcacgccggc cgcaacgcgt aggaaatcat gtgtcatgtc tatatgagct
     6721 aaaaacgaaa atcgaaaaac gaatcaccgc aacgtgatgc ccgccgcggc gcaacgcgtg
     6781 accatctctt cgggccacag cgcggcttgc acttcgccga tgtgtgcgca acgcagcagg
     6841 tacatgcaga gtcgggattg tccgatgccg ccacccacgg ccgggggcat ctcgccggca
     6901 gcgagcgcac ggtggaaggg caaggcgagg cgatccatgc aaccggtgat ctccaactgg
     6961 cggagcagcg cttcgggatc gacgcgaatg cccatcgagg agagttccaa gggggcgtcg
     7021 agtacggtgt tccagacaag gatatcgccg ttgaggcctg tgaggccgtc gggcgtgggc
     7081 gtggaccagt cgtcgtagtc gggggcgcgg ccgtcgtgac gcgatccgtc ggcaagggag
     7141 ccgccgatgc cgcggatgaa gacggctccg taacgtcggg cggcctcgcg ttcgcgctcc
     7201 ttggggctga ggtcggggta ctcggcgcga agctcttcgg cgtgtacgaa ggcgatctcg
     7261 cggggcagcg tggggcggat gtgcgggaag gcgcggtgcg ttgcgtcctc ggtggccagc
     7321 agggcgccgt agatgcgtcg gacgatgccg gagaggaagt ccacggtgcg atcctccggg
     7381 cggatggtgc gctcccagtc ccactgatcg acgtagaggg agtggatgtt gtcaagctct
     7441 tcgtcggcgc ggatggcgtt catgtcggtg tagagcccgt ggccgggcgg aatgcggtag
     7501 gcggccagct tcatgcgctt ccatttggcc aacgagtgga cgacttcggc gcggcggtcg
     7561 cccatgtcct taatggggaa ggagacgggg cgctccacgc cgttgaggtt gtcgttgagg
     7621 ccggagtcgg cgaagacgaa gaggggggcc gtgacgcgcc ggaggctgag ggcttcggcc
     7681 agctcagctt ggaaggtttg cttaagtagc ttgatcgcgt cctccatgcc ctcggagggt
     7741 agtgtggggc gatagtcggt ggggaggtag aggttcatat gtatatatgg tgtggatgaa
     7801 cgcgcgcaaa ggtaaagggg tgatggtcta cttttggccg cgttattatc atctacgagt
     7861 catcatatga aatcaactga ttctaaagcc cgctatgccg ggtacgtcta catccttatc
     7921 gccttcctct gcctcacgcc gtgggtgacg cctcccgtgg cgctcttcgc cgggctcgtc
     7981 ttcgccttct ttctcggttc acccttccct ctgttcaatc gccgcgcgtc gcgttacctg
     8041 ctgcaagtct ccgtcgtagg tctcggcttc ggcatgaacc tcaacgagtc gctccgggcc
     8101 ggggcggacg gcatcgtctt caccatcttc tcggtcgtgg gcgtgatggc cgtcggcatc
     8161 ctcatcggcc gactcatcca cgtcgatcgc aagacggcct acctcatctc taccggcacg
     8221 gccatctgcg gcggaagcgc catcgccgcc actggcccca tcgccaaggc cgacgaggcg
     8281 cagatgtccg tctcactggc caccgtcttc gtgctcaacg ccgttgccct cttcctcttc
     8341 ccaccgctgg gccacctgct cgggctcacc cagcagcagt ttggcacctg ggccgccatc
     8401 gcgatccacg acaccagctc cgtggtcggc gccggcgcgg cctacggcga cgaggcgctg
     8461 cgcatcgcca cgaccgtgaa gctcacccgc gcgctgtgga tcatccccct ttctctctac
     8521 accgccttcc acttccacgc ccgcaacgag cgcatctcga tcccctggtt catcctcttc
     8581 ttcgtgctgg ccatgacggc caacacctac ttaggcatcc ccgcggaggt aggctcgacc
     8641 atcgtgcgcg ttgcccgaca gagcctcacg ctgacgctct tcttcatcgg cgccggcctc
     8701 tcacgcacca cgctgcgcac cgtcggcatc cgccccttca tgcagggcat cacgctgtgg
     8761 ctcttcatcg gcgccattag cctggccttc gtgtacttct attattgacg cccgtcacgc
     8821 cgcgtgccgg tgcattttcg agaattttcc ttccgtcacg ccacgtgcca gtgcattttc
     8881 gagaattttc cttccgtcac gccacgtgcc gaccagcaaa tgagaatttc cgccccgtca
     8941 cgccacgtgc cagcgttttt tcgagaattt tcctcgtttc acgccgcgtg ccgaggcttt
     9001 ttcgggaatt ttcctcgttt cacgtggcgt gccagcgtct tttcgagaat tttcctcgtt
     9061 tcacgccgcg tgacggcatt tctaaggaat ttccctcggc acgccgcgtg ccgacgacgc
     9121 cccgcccctc cgcggcagct caatattcga tctatctttg accccgaaag attttgaatg
     9181 gcaaaaggat tccggccggc acaacaagcc tcggccggga ttcttttttt gtaatgaata
     9241 aaacgatgaa tcataaaccc aactaagaaa agaaggagaa gaaagtatgg ctgttacgta
     9301 tatgacagaa gaaggctaca acaagatcct ggccgagatc aattacatgg aaagcgtgaa
     9361 gcgacccgag atctctgcgc agatcgcgga ggcacgcgac aagggcgacc tctcggaaaa
     9421 cgccgagtat gacgccgcca aagaggcgca gggcatcctc gaaagcaaga tcgcccagct
     9481 gaaaggactc atcgccaacg cccggctgat cgacgaaacg cagatcaaaa ccgacgtggt
     9541 gcagatcctg aacaaggtga aactcaaaaa cctcgcaaac ggcgccgtaa tgacctacac
     9601 gctcgtctcc gactcggagg cgaacctgaa ggagaacaaa atcgccatca gcacccccat
     9661 cgcgcagggg ctgatgggcc ggaaagtcgg cgacgtggcc gagatcaagg tgccctcagg
     9721 catcctcaag tttgaaatca tggagatatc catctaaaca atccacacat catggcaacc
     9781 attttcagca gaatcgtggc gggcgaaatc ccttgccaca agatcgcgga ggacaacgag
     9841 ttcttcgcct ttctcgacat caaccccgta gccacgggcc acacgctcgt catccccaag
     9901 gaggaggtgg actacctctt cgcactcgac gacgccaagc tgggccgcat gatggccttc
     9961 gccaaacgca tcgcccgcgc ccaagagcaa gccatcccct gcaaacgcat cggcgtggca
    10021 gtgcttgggt tagaggtgcc ccacgcacac atccacttgg tgcccatcac gcgcgagtcg
    10081 gatatgtact tcgaccgccc caagggatcg cccaccgccg atgagctggc cgccaccgcc
    10141 gccgccatcc gcgcgcactt atgagtagtt acaggtgacg agttacgagt tacaagtatc
    10201 cggacactcg taactcgtca ctggtaactc gtaactgata actggtaact aaaaacagtc
    10261 ctgccggacg aatgggaaca ctgattcccg tttgcccggc aggactgttt atatggagag
    10321 gggctgtgtg aagccagggc gtcagcgctt ctgcaccact gcgctgcgca cggccagccc
    10381 gatcaacaca aggaagatgc acccgacgac gatcgacgca atgagcgaga tgcgtgcgct
    10441 gcgcaggtag acgtcgtcca cgcagcggaa ctcgatccgg tgtgcgcccg cggggatctc
    10501 cagtccgcgc aggatgtagt ccacgcgcac gggcttcgct tccttgccgt cgatgtaggc
    10561 gtgccacgtc ttgtagaaga cttcggagaa gacggccagg cgcggacgtg tgctttggct
    10621 ctcgtagacg aggtggtccg gtgcgggata atccgtcagg cggatcgtgg ccgtgctgtc
    10681 ggacgatggc tgcacgagtt gttgccacga gggcaggtcg ggttgccaca ttttatcgat
    10741 gacggccgtg cgcacggggt tgaagtcgtt gagggcgacg atctcagcgt cgggcgagtc
    10801 gacccagtga atctcatcga cgaaccagac gcaacccggt gcgttgggat tgcgttgcac
    10861 ctgcggcccc tggtcggtgg ggacgatcac gtagcgcgtg ttaagcatgt tcagcacgtt
    10921 tgggttgatg ccctttgatc cgaaatgata atcgatgatg tcttgatagc ggcgcagctt
    10981 ggcggggctg taaccgccga tggacttgtg gaagtacgac gtctcggact cgttgaaggt
    11041 gctcttcgtg aggttcagca cgcggtagtt cgggtctttg tcttgcagga tctgcttatc
    11101 ggcctccgtg ggcacaatcg cgcgggcctg cttctgcggc acgaagtctt cgtagttcaa
    11161 aaagcgttta tccaccgccc agaggtcggc gaagacgagc agacccaata ctgctgccac
    11221 gtaggtggca ttaaacggct tcttgacgta gatccacagc agtgcggcgg ccgcggcgat
    11281 gaatccgaac gaacgccatg cgtcagccga gagcatcgac tgacgatcag ccacgagcgc
    11341 catcagcagg tcggggtatt gctggaattg cttatcggcc tcgcccgtga agctcatcag
    11401 tccaccgccg aggagggcgt acagcaggca gagtccgccg gtgatgccaa aggcgatgta
    11461 gagcgggcgc agcagcttcc gcttgtcttc cgcttcgagt atctgcttga tggccaagat
    11521 ggccagtgca gccatcgaca cttcggcgat gacgagcgcc atagacgggg tgcggaactt
    11581 gttgtagagc ggtaggtgat agaagaagaa ctcgttgatg cctgcgttct taccccacga
    11641 aaggatgacg gagacgacgg tcacggccag cagccaccag cgctccggcc ccttgaccac
    11701 catcagcccg agcacgaaga ggaagcagat gatggcgccg acgtacaccg ggccgctcgt
    11761 gaagggctgg tcgccccagt acatcggcgc ataacgcgtg aactggcgcc cctgctcgcc
    11821 ctgcccgtgg gaggagaaga actggtaggt gtgcgagtcg gtgccgatgt tgtggtgcga
    11881 atccgagccg tagaagttgg ggatgagcag cgtcatcgtc tcgccgcggc cgtagctcca
    11941 catgtaggca taatcgatat ccaaccccga gctctctttg gcgccctcgg cattggactt
    12001 gagcacggcg ccaccgcgca tcgagtcctt gacgtaatcg gccgaactga tcagctgccc
    12061 cgcagcgggc gccacggcca acgcgccaac gacggccagc acggcggacg acttgaagaa
    12121 gtcgcctaac gtgtggttgc ggatggcgaa gacgaggtag gtgagggcca ggatgagcat
    12181 cattattaat aggtaatagc tgatctgctg gtggctccag aggacgttca ggccggtgaa
    12241 gagcagcgtg acgatgctgc cccagaggta tttcttgcga taacagagga tgacgccgcc
    12301 gaggatgggc gccatcgtgg ccatgacgag gcatttgttg acgtgccccg cctcgatgat
    12361 gatcaggttg tacgacgcga aggcgtaggc cacggcgccg atggcgctca gcgctggccg
    12421 gcaaccgagc gcgatcagga agatgtagaa cccaacgagg tagaggaaga cgagcagcgc
    12481 gttgccgggc agcacgtatg aaaggccgcg cccgatgtaa tcaaagaggt tcaccatcgg
    12541 cgcgctattc gtgtagttat gcggcatgcc gccgaacatg cgggccgacc agtgggcgtg
    12601 ctcgcccgtc ttgagataat ggtcggcgat gtctttaccc caacccatcg cgctgtttac
    12661 gtcgccttgc accaagccct tgccgtcgaa cagctcgggc gcgaagtaga ccgcggccag
    12721 cacgaaaaac agaacgaccg ctacggcgtg cggccatcct ttcttaattg cctcattcat
    12781 atatctattt aattggtttt ggggcgcaaa cgtagagaaa aaacgatgac ggattgggcg
    12841 tgcgcagagg tgtcgggagg gtgttttggg ttgattttat taaccctgct atcaacaggg
    12901 ttattatgta cgctgatttt attaaccctg ctgtcatcag ggttattatg cacgttgatt
    12961 ttattaaccc tgctgtcatc agggttatta tgcacgttga ttttattaac
//
LOCUS       SEQF3106|MIQD01000059.112988 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..12988
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             8..394
                     /gene="cat1_2"
                     /locus_tag="SEQF3106_01522"
                     /EC_number="2.8.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P38946"
                     /codon_start=1
                     /transl_table=11
                     /product="Succinyl-CoA:coenzyme A transferase"
                     /translation="MVSLNSCIEIDLQGQVNSETIGLRQFSGTGGQVDFVRGAAMSPG
                     GKSIMAMPSTAVHGTVSRIVPFLAHGAAVTTSRNDVDYVVTEYGIAHLKAKTLRERAL
                     SLIAIAHPSFRDSLMEEYERRFHSRG"
     CDS             complement(819..1562)
                     /locus_tag="SEQF3106_01523"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRFTRHIPNALTCGNLVCGCIATWAAFAGHFAATTAFIFAAVLF
                     DFMDGLAARLLHATSPIGKDLDSLADIVSFGFAPGAMLYRFLDVIAASVPDDRMPFAV
                     SLLAVFTPLVIPVCSALRLAKFNNDPRQATSFIGLPVPAHAIFWASLLVSFVRMSHDT
                     QVFNDLPTMWTLTLIVLAIAGSLLLVSELPMFSLKVKSLAWRGNERRYLLLLAAVVLT
                     IVLPALTGISATILLYILISAYDRFTAPT"
     CDS             complement(1563..2198)
                     /gene="psd"
                     /locus_tag="SEQF3106_01524"
                     /EC_number="4.1.1.65"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WHQ5"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphatidylserine decarboxylase proenzyme"
                     /translation="MFTLLFIVDLLIYYAIDKGFFFYLFVVASVVFFGLVLNFFRSPH
                     RRFPYDSEGLVIAPADGTVVALEHVDENEYFHDRRLQVSIFMSVFNVHANWFPVNGVV
                     KYVDHQDGRFQAAYLPKSSTENERSTIVITTSYGVEVLTRQVAGAMARRIVTYAHPGD
                     RCHVDDQMGFIKFGSRVDTFLPADTDVLVRLGQKVKANQTPIARLGKIIYP"
     CDS             complement(2280..5480)
                     /gene="addA"
                     /locus_tag="SEQF3106_01525"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A2RH77"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent helicase/nuclease subunit A"
                     /translation="MLTIYRASAGAGKTHTLTGEYLKMLFGSRGTEAEATHRHILAVT
                     FTNKATAEMKDRIIRELYALASGAPSGHLSMLRAYAGDASEAEVRRQAQALLIRLLHD
                     YAAFNVSTIDHFFQQTLRAFVREIGLQGNYLVELDEKPVLAEAVDNLLAGLDREGHNN
                     DKDLLFHWLLQFSEAKVERGETWDLRREMNTLGQELFKERYKSVHTPLDRKQFHEYNN
                     TLYSIINHCKSEARALGEQGLHIIKEHGLQPEDFSGQSRSPFILFKRLAKGEVEKEPT
                     ATFLKLPDNPDGWCAQGSELRGEILQAYADGLNECVKGVIRFYETHMTDYLTASAITA
                     NLYTLGILGDIEQEIRHRSNEKNRLLIADTAELLNRIIAGSDVPFIYEKTGTRIRHYL
                     IDEFQDTSQMQWRNFRPLVADSLAAGYADLIVGDVKQSIYRFRNSDWTLLDEQIAHDF
                     PASITSERTLAENWRSCRLVVEFNNALFTAFPALLQGKYNEGLEQSTLSAAQQAHYRE
                     KILSAYAGCQQQVAPRFREQDGHVRVEWLAGDGETTWRGRAMERLTATIEELRRHGRT
                     WGEIAVLTRRREDSALVTDTLLTYAREHPEMGLRIISDDGLQLDGAASVRFIVGMLRH
                     MNRPDDETLLCTAQLLRSAMRIKQAGETAHTSLSEAPLDEADTAEPLLSGHRSLYEAA
                     EAISRRFGSDFPADEMIFVQSFLDVTADYSEREGSDIDRFLTWWDDTGRRTKIAMPDA
                     QDAIRVMTIHKAKGLGFGVVILPFGDWQLDAKAETILWCHPRVAPYNAISAVPINYKK
                     ELNRTIFAEEYYEEKLHAYIDGLNTLYVALTRAKEELIILAPQKGSGRTQLVSELLGE
                     SLQQIDPNFDPKAGQCFEWGTWVYPTTKTTIATPAAAPIMRSLPSVRPDERMYLSLSG
                     HSFDDAQRDYGVLMHDLLSRIRTVDDLPSAIAAKVSAGEIDRRSSQTLETRMRALLSD
                     ASVSAWFDGTMTVLTEAEILSGDGRSRRPDRVMLSADGQRAIIVDYKFGQRREQRRYV
                     RQIRDYMALMRAMGYAAVSGFLWYVERGETEEIHMP"
     CDS             complement(5474..5818)
                     /locus_tag="SEQF3106_01526"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKHNDWRERLGVTYSTNPDYEYRTDEAAEEPTLPANQQRLRVQ
                     LDKRNRGGKVVTLITGFRGTADDLTALGKALRVRCGVGGAAKEGEIILQGDLRQRVAD
                     ILDGEGYGVRVC"
     CDS             complement(6528..7331)
                     /gene="ispE"
                     /locus_tag="SEQF3106_01527"
                     /EC_number="2.7.1.148"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P83700"
                     /codon_start=1
                     /transl_table=11
                     /product="4-diphosphocytidyl-2-C-methyl-D-erythritol
                     kinase"
                     /translation="MICFPNAKINLGLHVVSRRPDGYHGIETVFYPVPLCDALEIVPA
                     EAFSFHTYGLAIDGPADDNLVMRALAAMRRQADIPPAAIHLKKAIPFGAGLGGGSADA
                     AFMLKLLRDYARLSLTDDALERMAARLGADCAFFVRNRPVMATGIGDVFSPADISLAG
                     YHIAIVKPSVSVSTRAAYAAIRPAKPAVPLSEIIRRPIAEWRGLLRNDFEAPVFALHP
                     AIGDIKAQLYDAGAVYASMSGSGSAVFGLFRGAPSLPPFAGCFVWQGRL"
     CDS             complement(7344..8651)
                     /gene="cshA"
                     /locus_tag="SEQF3106_01528"
                     /EC_number="3.6.4.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8Y8N0"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent RNA helicase CshA"
                     /translation="MRFDELDLDDAVLDGLEAMNFVEATPIQELAIPPILAGKDLIGC
                     AQTGTGKTAAYVLPIISRLSRGGYPQDAINAVVMAPTRELAQQIDQQIDGFTYFVSVS
                     AVAVYGGTDGIAYARQERGLQMGADIVIATPGRLISHLNMGSVDLSRTSFFVLDEADR
                     MLDMGFHDDIMQIYKQLPRECQVVMFSATMPPKIRTLAHNILKDPEEIKIAVSRPPES
                     IMQTAYICYEAHKMPLLKQLFSKKAPERVIIFSSSKMKVKELAATLKRMNFNVAAMHS
                     DLEQSEREQVMKDFRNGHIAMLVATDVVARGIDINDISLVINYDIPNDPEDYVHRIGR
                     TARGTEGSGLAITFVAPQEQGRFREIETFLEKDIYKIPVDPSIGEAPKYEPEKYSHTR
                     GKGGRGRQGGGGRAKGQSASSRPRGAGGDRRRNKPSQNRPARS"
     CDS             8809..10914
                     /gene="hemR"
                     /locus_tag="SEQF3106_01529"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P31499"
                     /codon_start=1
                     /transl_table=11
                     /product="Hemin receptor"
                     /translation="MTINYSPKRKRRFLLYLILYMTIAGAQAQILPADSTADDEVATH
                     AAAGVKKFNLDEVVVTATRTPKRLMQTPVITQVITAAQIEDRGLTDIRNLLTQEIPGL
                     AFNEVGFGTSINLQGLGGKHILFLIDGERMAGETGNNVDYHRLDPNNVERIEIVQGAS
                     SALYGSQAMGGVINIITKRPKGPFSVSASIKAAPLYERNYTKVDADDAQRYFKRSVDR
                     PNLNADVRIGGRWKRWTAQTTYSHKSADAYRLFDRDSVVKYFPKYDITVRERRVETPT
                     QVSGYTTHQVTQTLGYTPSDQLSIGAKGTWYTMNKHDLTPDNAYEHNTDLSGSLTADY
                     RVGTNASLQVSLYSDTYNRFTAFEQLDQRNLIYRNRMTQPRLMFTLDRWHRQTINVGA
                     ESLYESLYTDKFVSGSYETRRQSAYSLFVQDDWTVTPHLSLVGGVRVDYHNAYGTNVA
                     PKVAAVWRLFPLTLRFNYAAGYRSPNLKELYMNWDHLGMFMIYGNENLKPERNHYLSL
                     SAEFVSEYVYAMATGYVNFFSDKIEGLWTNNQKELHYRNVSSATLSGAYANVRINPGV
                     RNLFLHLSANCLFPSRTDGVQLTAYSRLSGNVRAEYAFTLGRQHFTLNLGGSLFGGKR
                     YDVLGRVEVGGKEVEAYYESRSPAYSLWNATVAWRPMRQLRVTLGVDNLFDYHAGIIN
                     FNTYTGPGRSVFGALHFSI"
     CDS             10937..11584
                     /locus_tag="SEQF3106_01530"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSIKKLSGGAILAFFAISATLSSCGSDNPEPKTGGLDVKRHTQ
                     SRATSVAGDSTDWIYFSFATGTEVQGITEANRMTRSDWDIAFNRFNMRTNSGRSGSGK
                     GGAVETNKTSFADVNEAPADGYVTDVEITIRGYSNGAMRELKSTGNVALGKAIRFSGP
                     PPTYTLNDHVFVVRTADGKYAKVIFESFHNSQKKSGYITFRYAYQPDGSRNLKSK"
     CDS             complement(11570..11836)
                     /locus_tag="SEQF3106_01531"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSVPTTAPLFQLSYTYCRGIQRRGKSQRVMAVRWLRKMPERAN
                     MKTKKVRTSPTHLCRRRQVRAFSLRFGVRLRFEKAIVAIGLLGF"
ORIGIN      
        1 cgagcgcatg gtgagcctca actcatgcat tgagatagat ctacaggggc aagtcaactc
       61 ggagacgatc gggctacggc agttcagcgg caccggcggg caagtcgact tcgtgcgtgg
      121 cgcggcgatg tcgcccgggg gcaagtcgat catggccatg ccctccacgg cggttcacgg
      181 gacggtctcg cgcatcgtgc ccttcctcgc gcacggcgca gccgtaacca cctcgcgcaa
      241 cgatgtggat tacgtcgtca ccgagtacgg cattgcccac ctcaaggcca agaccctacg
      301 cgaacgcgcc ctgagcctca tcgccatcgc ccacccctcc ttccgcgatt cgctgatgga
      361 ggagtacgag cggcgcttcc attcgcgagg gtaggtgcac gcgccttctt ctccttatct
      421 atatgaatca gcccccgttc agcacatgta catgctgggc gggggctgat tcatgtagtt
      481 aacgtgagtc cgatgtaaga aatccatttc cccgcaccgg gggaagcacc ttacccaatg
      541 gcttgcagac aaagcctgtg cttaagagat gctcttaagt aggcttaaga ggtgtcgcta
      601 agcatactta agaggggaca ctaagcatac ttaagaggag ttcttaagca ggcttgcaag
      661 caccatgcaa ggtagcttgc agacaccgtg caagcaggct tgcagccatc gtgcaagggg
      721 gcttgcagcc atcgtgcaag ggggcttgca ggcatcctgc aagggggagt cccatcccta
      781 taaagagtga atgaattgtg ccccacgtcg aactcacgtc acgtaggggc agtgaaccga
      841 tcgtaagcag agataaggat gtaaaggagg atagtggctg aaatacctgt cagcgcaggg
      901 agcacgatgg tgaggacgac ggccgcgagc aggagtaggt agcggcgctc gttgccccgc
      961 catgccagcg atttcacctt caacgagaac atggggagct ccgagacgag caacagggag
     1021 cctgcaatgg caaggacgat gagggtgagc gtccacatgg tggggaggtc attaaagacc
     1081 tgcgtgtcat gactcatgcg aacaaacgag actaagagcg acgcccaaaa gatggcgtgt
     1141 gcgggcacgg gtagaccgat gaaggaggtg gcttgccgcg ggtcgttgtt gaacttggcc
     1201 aagcgcaggg cggagcaaac ggggatgacg agcggggtga aaacggccaa cagggagacg
     1261 gcaaagggca tgcgatcgtc ggggacggag gcggcgatga catcgaggaa gcggtagagc
     1321 atggcgccgg gggcgaagcc gaagctgacg atgtcggcca gtgagtcgag gtctttgccg
     1381 atgggtgagg tggcgtggag gaggcgggcg gcgaggccgt ccatgaagtc gaagagtacg
     1441 gctgcgaaga tgaacgcggt ggtggcggcg aagtggcctg caaaagcagc ccacgtggcg
     1501 atgcagccgc agacgaggtt gccgcaggtg agggcgttgg ggatatggcg ggtgaaacgc
     1561 atttatgggt agatgatttt gccgaggcgg gcgatgggcg tctggttggc cttgactttc
     1621 tgcccaaggc ggacgaggac gtcggtgtcg gcgggtagga aggtgtccac gcgtgaaccg
     1681 aatttgatga agcccatctg gtcgtccacg tggcatcgat cgccgggatg cgcgtaagtg
     1741 acgatgcggc gagccatcgc accggccact tggcgggtga gcacctcgac accgtaggag
     1801 gtggtgatga cgatggtgga gcgttcgttt tcggtgctgc tcttgggcag gtaagcggct
     1861 tggaagcgtc cgtcttgatg atccacatac ttgacaacgc cgttcaccgg gaaccagttg
     1921 gcgtgcacat taaagacgga cataaagatg gagacttgga gccggcgatc gtggaaatat
     1981 tcgttctcat cgacatgctc aagggccacg acagtgccgt cggcaggggc gatgacgagg
     2041 ccctcggagt cgtaggggaa acggcggtgg gggctgcgga agaagttcag gacgaggccg
     2101 aagaagacga ccgaggcgac gacgaagagg taaaaaaaga accctttgtc tatcgcgtaa
     2161 tagatcagca gatcgacgat aaacaaaagg gtaaacatcg acaacagtaa acctgttcct
     2221 tctcggtgaa ctttcatctt tatcttgtta agcggggcaa aaatagattt tccagccatt
     2281 tacggcatgt ggatttcctc ggtctcaccg cgttctacgt accacaggaa gccgctcacg
     2341 gcggcataac ccatagcgcg catgagggcc atgtagtcac ggatctgacg gacatagcgg
     2401 cgctgctcgc ggcgctggcc gaacttgtag tctacgatga tggcgcgctg gccatcagcg
     2461 gagagcatga cgcggtcggg gcggcgcgat cggccgtcgc cagagagtat ttcggcctcg
     2521 gtgaggacgg tcattgtgcc gtcgaaccag gcgctgacgg aggcgtcgct gaggagtgcg
     2581 cgcatccgcg tttcgagggt ttgactggag cggcgatcga tctcgccggc cgacactttg
     2641 gcggcgatgg ccgaggggag gtcgtccacg gtgcggatgc ggctcagcag atcgtgcatg
     2701 agaacgccgt aatcgcgctg cgcatcgtcg aaggagtgtc cggagaggct gaggtacatg
     2761 cgttcgtcgg ggcggacgga ggggaggctg cgcatgatgg gtgcagcagc aggtgtggca
     2821 atcgttgttt tcgttgtggg gtatacccac gtgccccatt cgaagcattg cccggccttg
     2881 ggatcgaagt tgggatctat ctgctggagt gattcgccga ggagctctga gactaactgt
     2941 gtccggccgc tgcctttttg tggcgccagg atgatcagct cttccttggc gcgggtgagg
     3001 gcgacgtaga gcgtgttcag gccgtcgatg taggcgtgga gcttctcttc gtaatactcc
     3061 tcggcgaaga tggttcggtt gagctccttc ttgtagttga tggggacggc gctgatggca
     3121 ttgtaggggg cgacgcgcgg gtgacaccaa aggatggtct cggcttttgc atctaactgc
     3181 caatcgccga agggcaggat gacgacaccg aagccgaggc ctttggcctt gtggatggtc
     3241 atgacacgga tggcgtcttg tgcgtcgggc atggcgattt tcgtcctgcg gcccgtgtcg
     3301 tcccaccagg tgaggaagcg atcgatgtca gacccttcgc gctcggagta atcggctgtc
     3361 acgtcgagga aggattggac gaagatcatt tcgtcggctg ggaagtcgct gccgaagcgg
     3421 cggctgatgg cctcggcggc ttcgtaaagc gaacgatggc cggagagtaa cggctcggcg
     3481 gtgtcggcct cgtcgagcgg ggcttcggag agcgaggtat gcgctgtctc gcccgcttgc
     3541 ttgatgcgca tggctgagcg aagcagctgg gctgtgcaga gcaatgtctc gtcgtccggt
     3601 cggttcatgt ggcgcaacat gccgacgatg aagcgcaccg aggcggcgcc atcgagctgt
     3661 agcccatcgt ctgagatgat ccttaggccc atctcggggt gttcccgggc gtaagtcaac
     3721 agtgtgtcgg tcacgagggc gctatcctct cgcctgcggg tcagcacggc aatctcgccc
     3781 catgtgcggc cgtggcgtcg cagctcctcg atggtcgctg tgaggcgctc catagcccgc
     3841 ccgcgccacg tcgtctcccc gtcgccggcc agccactcta cgcgtacatg tccatcctgc
     3901 tcccggaagc gcggcgccac ctgctgctgg cacccggcgt aagccgaaag gatcttttca
     3961 cggtaatgcg cctgctgcgc cgcggagagc gtagactgct ccagcccctc gttgtatttc
     4021 ccttgcaaca gtgcggggaa ggcggtgaag agtgcattgt tgaactccac gacgaggcgg
     4081 cagctgcgcc agttttcagc cagggtgcgt tcggacgtga tgctggcagg gaagtcgtgc
     4141 gcgatttgct cgtcgagcag tgtccagtcc gagttgcgga agcgatagat gctctgcttc
     4201 acgtcgccca cgatcaggtc ggcgtagccc gcggcgaggc tatcggctac taacgggcgg
     4261 aagttgcgcc actgcatttg gcttgtgtct tgaaactcat cgatgaggta atggcggatg
     4321 cgcgtgcctg tcttttcgta gatgaagggc acgtcgctgc ctgcgatgat gcggttgagc
     4381 agctctgcgg tgtcggcgat gagcaggcga ttcttctcgt tgctgcggtg gcggatctct
     4441 tgctctatgt cgccgaggat gcccagtgtg tagaggttgg ccgtgatggc cgaggccgtc
     4501 aggtagtccg tcatgtgcgt ctcgtaaaag cggatcacgc ccttcacgca ctcgttcagc
     4561 ccgtcggcgt aagcctgtag gatctctccg cgcaactcgg atccctgtgc gcaccatccg
     4621 tctggattat ccggcagttt gaggaaggtc gctgtcggtt ctttctccac ttctcctttg
     4681 gccagacgct tgaaaaggat aaacggagac cgagattgcc cgctgaaatc ttccggctgc
     4741 agcccgtgct cctttatgat atgtagcccc tgctcaccca gcgcgcgggc ttcggacttg
     4801 cagtggttga ttatggagta aagcgtgttg ttgtattcgt ggaactgctt gcgatctaag
     4861 ggcgtgtgca cggatttgta acgctccttg aagagctctt ggccgagcgt gttcatctcc
     4921 cggcgcaggt cccacgtttc gccacgttcc acctttgcct cgctgaattg cagcagccag
     4981 tggaagagta ggtctttgtc gttgttatgg ccttcgcggt cgagcccggc cagtaagttg
     5041 tctacagcct cggcgagcac cggtttctcg tcgagctcca cgaggtagtt gccctgtagc
     5101 ccgatctcgc ggacgaaggc gcgcagtgtt tgctggaaga agtgatcgat ggtgctgacg
     5161 ttgaaggctg cgtagtcgtg cagcaggcgt atgagtagcg cctgggcttg gcggcgcacc
     5221 tcggcctccg acgcgtctcc ggcgtatgcc cgaagcatgc tgaggtgccc cgacggtgcc
     5281 cccgacgcca gtgcgtagag ctcacggatg atgcggtctt tcatctccgc cgtcgccttg
     5341 ttcgtgaagg tcacggccag gatgtgccgg tgcgtagcct ccgcctccgt cccccggctg
     5401 ccgaaaagca ttttcaggta ttccccggtc agcgtgtgcg tcttgcctgc cccggccgat
     5461 gcgcgataga tggtcaacat acgcgtacac cgtagccctc gccgtcgagg atgtccgcca
     5521 cccgctgcct gaggtcgccc tgcaagatga tctccccctc cttggctgca ccgcccacac
     5581 cgcatcgcac cctcagcgct ttgcccagcg ccgtcagatc gtctgccgtg ccccgaaagc
     5641 ccgtgatgag cgtcaccacc tttccgccgc ggttgcgttt atctaattgc acacgcagcc
     5701 gttgctgatt ggcaggcagc gtgggctcct ccgccgcctc gtccgttcgg tattcataat
     5761 ccgggttggt ggagtacgtc actcccagcc gctccctcca gtcgttatgc ttcttcattt
     5821 ttaatctgat tgattttttc agggggcaaa aatagacggc ggatcagggg ttgattcatt
     5881 ggttaacgtg agttcgatgt aaggataaag ttggcggcat gtctacggag gcctcataac
     5941 ggtcaaaacg tttttgggaa tgcttgcggg gcgccccgca agtatcaaat tctcagtttt
     6001 agcgtttgcg gggcgccccg caagcgtcaa attttcagtt ttggcatttg cgggaatccc
     6061 gcaagcgtca aattttcagt tttaatgctt gcggggcacc ccgcaagcac caaattctca
     6121 gttttagcgt ttgcggggca ccccgcaagc atcaaattct cagttttagt gtttgcgggg
     6181 cgccccgcaa gtcccgtggg aaatgctttg gcgtttgcgg gagctcctgc aaagacattt
     6241 cccaggagga aagcgagcct cattcttaca tcgaactcac gttggttata gtcaattcac
     6301 ggatgactga aggcaccaag cccccccaat cattcgtgaa tccatttcca ttcggctata
     6361 aaatctaatt ctctgtctgt tccgcgccgc ggaaagcgtc aaaaatgcgt tttgggtccg
     6421 ttccgcgccg cggaaggcat caaagatgcg tttcgggtca gagcatcaac gaagataaag
     6481 gcgcgtgggg gcgggagggg gagctcataa tcattgacaa gacgaactta taaccgcccc
     6541 tgccagacga agcagcctgc gaaggggggc agcgacggcg cgccgcggaa gaggccgaag
     6601 acggccgatc cggagccgga catggaggcg tagacggcgc cggcgtcgta gagctgcgct
     6661 ttgatgtcgc cgatcgcggg gtggagggcg aagacgggcg cctcgaaatc gttacggagc
     6721 aggccacgcc actccgcgat ggggcggcgg atgatctcgc tgaggggcac cgcgggcttg
     6781 gccgggcgga tggcggcata ggctgcgcgc gtagagacgg agacggaggg cttgacgata
     6841 gcgatatgat agcccgccag ggagatgtcc gccgggctga acacgtcgcc aatgcccgtg
     6901 gccatgacgg ggcggttgcg gacgaagaag gcgcagtcgg cgccgaggcg cgcggccatg
     6961 cgctctaatg catcgtcggt gagggagagc cgggcgtagt cgcgcagcag cttgagcatg
     7021 aaggcggcgt cggccgatcc accgcccagt ccggcgccga aggggatcgc cttcttcagg
     7081 tggatggctg cgggcgggat gtcggcctgg cggcgcatgg ccgcgagggc gcgcatgacg
     7141 aggttgtcgt ccgccggacc gtcaatcgcg aggccgtagg tgtgaaacga aaaagcctcg
     7201 gccggcacga tctctaaggc atcgcagagg gggacggggt agaagaccgt ctcgatgccg
     7261 tggtagccgt ctgggcgacg gcttacgacg tgcagtccga ggttgatttt ggcattaggg
     7321 aaacagatca tagcggggca ggatcacgag cgcgcggggc ggttttgcga gggtttgttg
     7381 cgccgcctgt cgccacctgc gccccggggc cgcgacgagg ccgactgtcc ctttgcgcgt
     7441 ccgccgccgc cctgccgtcc gcgtccgccc ttgccgcgcg tgtggctgta cttctccggt
     7501 tcgtacttcg gcgcctcgcc gatggagggg tcgaccggga tcttgtagat gtctttctcg
     7561 aggaaggtct ctatctccct gaaccgcccc tgctcttgcg gggcgacgaa ggtgatggcc
     7621 aggccgctgc cctcggtgcc gcgcgcggtg cgcccgatgc ggtgcacata gtcctcggga
     7681 tcgttgggga tgtcgtaatt gatgacgagc gaaatgtcgt tgatgtcgat gccgcgcgcc
     7741 accacgtccg tagccacgag catggctata tgtccgtttc ggaagtcctt catcacctgc
     7801 tcgcgctcgc tctgctcaag gtcggagtgc atggcggcta cgttgaaatt catccgcttg
     7861 agcgtcgcgg ccagctcctt gaccttcatc ttcgaggagg agaagatgat gaccctttcg
     7921 ggggccttct tcgagaaaag ctgcttcaga agcggcatct tgtgtgcctc gtagcagatg
     7981 taagccgtct gcatgatcga ctccggcggg cgcgagacgg cgatcttgat ctcttccgga
     8041 tctttcagga tgttgtgcgc cagcgtccgg atcttggggg gcatggtggc cgagaacatg
     8101 acaacctgac actcccgtgg gagctgttta tagatctgca taatgtcgtc gtggaagccc
     8161 atgtcgagca tgcggtcggc ctcgtcgagg acgaagaagg aggtgcgcga gaggtctacg
     8221 ctgcccatgt tcaggtggct gatcaatcga ccgggcgtgg cgatgacgat gtcggcaccc
     8281 atctgtaggc cgcgctcctg ccgggcataa gcgatgccgt cagtgccgcc atagacggcc
     8341 acagctgaga cggaaacgaa gtacgtaaag ccgtcgatct gctgatcgat ctgctgtgcc
     8401 agctcgcgcg tgggcgccat aacgacggcg ttgatggcat cctgcggata gccgccgcgg
     8461 ctcagccggc taatgatggg cagcacatag gcggccgtct tgccggtgcc tgtctgtgcg
     8521 caaccgatga ggtctttccc cgcgaggatg ggggggatgg cgagctcttg gatgggtgta
     8581 gcctccacaa agttcatggc ttcgagtccg tctaacacgg cgtcgtcgag gtctaattca
     8641 tcaaatctca ttgtcttttc tattaaaata tgggcaaaaa tagggggatt ccatgtatca
     8701 ctccgggggc gcagggcggg caacacctcc ccgcgctaac tgtttttggg gatttagctg
     8761 ccctccatgc ccctctactt ttggcgcccg taaacagcaa tccattagat gaccataaac
     8821 tatagcccaa agcgcaagag gcggttcctc ctatacctta tattatatat gaccatcgcc
     8881 ggagcgcagg cgcagatcct tccggctgac tccacggccg acgatgaggt ggccacgcac
     8941 gccgcggctg gggtaaagaa gttcaactta gacgaggtag tcgtcacggc cacccgcacg
     9001 ccgaagcgcc tcatgcagac gcccgtcatc acgcaggtga tcaccgccgc ccagatcgag
     9061 gatcgcggcc tgacagacat ccgcaacctg ctgacgcagg agatccccgg actggccttc
     9121 aacgaggtcg ggttcggcac aagcatcaac ctccagggcc tcggcggtaa gcatatcctc
     9181 tttctgattg atggcgaacg catggccggc gaaacgggta acaatgtaga ctaccaccgc
     9241 ttggatccga acaatgtgga gcgcatcgag atcgttcagg gcgcctcgtc cgcgctctac
     9301 ggatcgcagg ccatgggcgg cgtgatcaac atcatcacca agcgacccaa agggccgttc
     9361 tccgtctcgg cctccatcaa ggcggcgccg ctctacgaac gcaactacac gaaggtggac
     9421 gctgacgatg cgcagcgcta cttcaagcgc agtgtggatc gaccgaacct caacgccgat
     9481 gtgcgtatcg gtgggcgatg gaaacgctgg acggcgcaga ccacctactc ccacaagagc
     9541 gccgacgcct accgcctctt tgaccgcgac agcgtggtga aatacttccc gaagtacgac
     9601 atcaccgtcc gcgagcgtcg cgtagaaacg cccacgcaag tctctggtta caccacgcat
     9661 caggtgacgc agactttagg ctacacgccg tccgaccaac tctcgatcgg cgccaagggc
     9721 acgtggtaca cgatgaacaa gcacgacctg acgcccgaca acgcctatga gcacaacacg
     9781 gatctctccg gctcactcac ggccgactat cgcgtcggca cgaatgcctc actgcaagtc
     9841 tccctctact ccgataccta caaccgcttc acggccttcg agcaactcga tcagcgcaac
     9901 ctgatctacc gcaatcgcat gacgcagccg cgcctcatgt tcaccctcga ccgctggcac
     9961 cgccagacaa tcaacgtggg cgcagagtcg ctctacgaaa gcctctacac ggataagttc
    10021 gtctctggca gctacgagac gcgtcgccag agcgcctact ccctcttcgt gcaggacgac
    10081 tggaccgtca cgccgcacct ttcgctcgtg ggcggcgtgc gcgtcgatta tcacaacgct
    10141 tatggcacga acgtggcgcc gaaggtggca gctgtctggc gcctcttccc cctcacgctc
    10201 cgcttcaact acgccgcggg ctaccgttcg cccaacctca aggagcttta catgaattgg
    10261 gatcacctcg gcatgttcat gatctacggc aacgagaatc tgaagcccga gcgcaaccat
    10321 tacctctcgc tctccgccga gttcgtttcg gagtatgtct atgcgatggc cacgggctac
    10381 gtcaacttct tctccgataa gatcgagggc ctctggacaa acaatcagaa ggagctgcac
    10441 tatcgcaacg tctcctcggc cacgctctcc ggcgcctatg ccaatgtgcg tatcaacccc
    10501 ggcgtgcgta accttttcct gcatctctcg gccaactgcc ttttcccctc gcgcacggac
    10561 ggtgtgcagc tgacggctta cagccggctc tcgggcaacg tccgtgcgga atacgccttc
    10621 accctcgggc ggcagcattt cacgctgaac ctcggcggat cgctcttcgg cggcaagcgt
    10681 tacgatgtgc ttgggcgcgt cgaggtgggt ggcaaggaag tggaagccta ttacgagtcg
    10741 cgctcacccg cgtacagcct ttggaatgct acggttgcgt ggcgccccat gcggcagctc
    10801 cgcgtcaccc tcggcgtgga caatctcttc gattaccacg caggcatcat caatttcaat
    10861 acctacacag gccccggccg aagcgtgttc ggggcgctgc atttctcgat ttaatcaccc
    10921 cttatttata catacaatga acagtatcaa gaaactttcc ggcggagcca tcctggcctt
    10981 ctttgccatc tccgccaccc tgtcgagctg cggcagcgat aaccccgaac ccaagaccgg
    11041 cggcctcgac gtgaagcgtc acacacagag ccgagcaacc tctgtggcag gcgactctac
    11101 ggactggatc tacttctctt tcgccaccgg caccgaggtg caaggcatca cggaagccaa
    11161 ccgcatgacg cgctccgatt gggacatcgc ctttaaccgc ttcaacatgc gtaccaacag
    11221 cggccgctcg ggcagtggca agggcggcgc agtggagacg aacaagacga gcttcgcaga
    11281 cgtgaacgag gcgcccgccg atggctacgt gacggacgtg gagatcacga tcaggggata
    11341 cagtaatggg gctatgcgtg agctgaaaag caccggcaat gtggcccttg gcaaagccat
    11401 ccgattctcc ggcccacccc cgacgtacac cctcaacgat cacgtcttcg tcgtccgcac
    11461 agccgatggc aagtatgcca aggtgatctt cgagagcttc cataacagcc agaagaagag
    11521 cggctatatc accttccgct acgcctatca gccggatggc agccgcaacc taaaatccaa
    11581 gtaagccgat agcgacaatg gctttttcga atcgcaaacg gacgccaaag cgcaaagaga
    11641 aagcgcgcac ctggcggcgt ctgcataagt gggtggggct cgtcctcacc ttctttgttt
    11701 tcatgttcgc cctctccggc atcttcctca accaccgcac ggccatcacg cgttgggact
    11761 tgccccgccg ctggatgccc cggcaatacg tgtacgataa ctggaacaac ggcgccgtcg
    11821 tgggcacgct gcgcatgggg ccggacagcg tgatgctcta cgggagcaac ggcgtttgga
    11881 tggccgacac cttttgccgt ggcctcagcc cctgctcgga cggcctgcgc cccggcgccg
    11941 acaaccgaaa catccgcgcc gtgaccgcca cccccgacgg ccaactctac gccatctccg
    12001 cccatacgct ctaccgcttc gatggcacgg cgcgccgatg gcacgacgcc ggccatgcgc
    12061 tcccccgcgg cgaggcgctg acggatgtgc aggccgtggg cgatacgctc ttcgtcgtca
    12121 cccgctcgca gatctacgcc gccgcaccgc cctacgaccg cttcacgacg ctgcccctgc
    12181 ccgcccccga cgactacgat ccgcgcgtct cgctcttcaa gacgatctgg gtgacgcaca
    12241 gcggcgactt gttcggcttg ccaggccggc tgctgatcga tttagtgggg atcgtcgtcg
    12301 tcgtgctttg tctcaccggc ctcgttgtga cgctcttcga aatccccatc cgcctgcgca
    12361 aacgccgcgg cgaccccgcc ctgccgctgc gccgcgcatg gaccttctcc ttcctctggc
    12421 ataaccggtt gggcagcctc ttcatcgtcc tgttgctgct gatcgtcgtc acgggcatgt
    12481 tcctccgtcc gccgctgctc atccccatcg cccgcacgca agtaaagccc gtgcccggca
    12541 gcacgctccg gagcgacaac ccctggcacg accgcctgcg ccgcctgcgc tacgacgccg
    12601 agggccatcg ctggctatta gccgcctcgt cgggcatcta tgccttcccc accttcggca
    12661 cacagccgcg gaagttggac aacacgcccc cagtgagcgt catgggactc aacgtctggc
    12721 aacagacggg ccccggacag tgggtggttg gttcgtttag tggcatctat ggttgggaca
    12781 tgaccgacgg cagcgtgacg gactacgata cggggcttcc gctcggtgac agcatgccgc
    12841 gccatggccg tgggcgcccc acgttcagca atcccgtgag cggcttctcg gccgactttg
    12901 cgcaggggcc agtcattttc gattatggct acggtgcgcg catcgcctcc gaccccgagg
    12961 ccgcctttgc ccccatgccc gatgtctt
//
LOCUS       SEQF3106|MIQD01000060.112620 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..12620
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             22..669
                     /locus_tag="SEQF3106_01532"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIFRTIKIFESIYRMRDTLDCYYTPEGALLYSVKRSNENDYRLT
                     DELTFYYPAKTRTTIRSRRYTPTETKIDTTLYVRSGCAFDMLGATYFLRTLPRASLRA
                     GDVFPAVIAAKACGVVRDCGLASARHDHAPLEVQVVIDRLARIQRNVGRRALGVSCGL
                     SEQQHAREGGEDDPRAAHVRTAIHHPSCCFGCDRRSDLRLCSYVSSRSHLWVYSL"
     CDS             complement(557..2476)
                     /locus_tag="SEQF3106_01533"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNERMKAHVRGVMERLGLALLIGGAAACANIAGPNGGPYDEKPP
                     RFVSSTPPPRQTNYKGRRVEIVFDELIQVEKPSQNVIIAPPQKELPSIQVIGRKIRVE
                     LKDTLRPNTTYTIDFGNSIADNNEKNPIGHFSFAFSTGDVIDSLEVGGVLLNAENLEP
                     MPDIVVGLHANLADTAFTRLPFERTSKTDDRGRFTIRNIATGTYRVYALADANRDYRF
                     DQPGEAIAFLDSTVAPTFRFATRQDTTWKDSVTVDTIRTVHYTHFLPDDIILQLFKET
                     AQRQYMLRPGRDRADLFTLRFNAPLDTLPTVALIDGTRRTTPWFLTQPVEGRTAIRYW
                     ITDSSVWQRDTVHLRVDYLKSDSTNTLRPQTDTLHLVWRKPRTRRKSKDGDKPERRPL
                     AFQSNASGMVEVTDTVSFLFEEPMADMRREDFRLEQQQDTTWTPVAFTLEQDSLDLLK
                     YNLRHPWAYGTDYRVTIDSARLRSIYGRVNDAYESSFSIRKREEYGHLYINIDGIDTT
                     AFVELLNTSDEPLRRVRVKDGGVLFANLQPATYYARLIVDTNGNGRWDTGDYATQRQP
                     ETVYYSPKAYDIRANWEIEETWAPTALPLDQQKPIAITKNKPKDETSKKRNYKDEGRS
                     GDRNRNSSLGGGLPF"
     CDS             complement(2560..2712)
                     /locus_tag="SEQF3106_01534"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDWVERLILLAADPKFTRKELRALRKGFRDIKAGHTTPIKDIHN
                     LWKSVL"
     CDS             complement(2793..4073)
                     /gene="rarA"
                     /locus_tag="SEQF3106_01535"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AAZ4"
                     /codon_start=1
                     /transl_table=11
                     /product="Replication-associated recombination protein A"
                     /translation="MNQPLAERLRPKTLDEYIGQRHLTGPNAALRRMIEAGRVPSFIL
                     WGPPGVGKTTLARIVAARLEAPFYTLSAVSSGVKEVREVIDKARSGPLFRTTSSPILF
                     IDEIHRFSKSQQDSLLNAVETGVVTLIGATTENPSFEVIRPLLSRCQVYVLKPLEEAD
                     LLTLIHRAVSEDVVLKEKAIDVKETDALVRYSGGDARKLLNILELVVSAEAEGGGPIV
                     ITDRKVVERLQQNPAAYDKGGEMHYDIISAFIKSIRGSDPDAAVYWLARMVEGGEDPE
                     FIARRLVISAAEDIGLANPNALLLANACFDALKKIGWPEGRIILSETTIYLACSPKSN
                     SAYLAIDRALALVRETGNLPVPLHLRNAPTKLMKELDYGKNYKYAHDYEGHFVRQDYL
                     PQELPQTHLWEGQHNAAEDKLVERMRRLWGEAKS"
     CDS             complement(4137..4442)
                     /gene="higA_2"
                     /locus_tag="SEQF3106_01536"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A224"
                     /codon_start=1
                     /transl_table=11
                     /product="Antitoxin HigA"
                     /translation="MHHTCSRPIHPGELLKEEIEYRGISQTRLAKQMGMSYNRLNEIL
                     NERRPLTPTTAMLFEAALGISSDLLINMQTDYTMRLIKEDHSLATRLARIRETAALL"
     CDS             complement(4555..5637)
                     /gene="msrAB"
                     /locus_tag="SEQF3106_01537"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P45213"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptide methionine sulfoxide reductase
                     MsrA/MsrB"
                     /translation="MKKKQFLLWTSAAAGLVALFFAGRSVQSRTHATQDPAAGEKTKT
                     IYFAGGCFWGTEHFFKQIRGVVSTEVGYANGKADKAPTYEQVSTDKTGFAETVRVVYD
                     PTQITLPQLIELYFQTIDPTSLNRQGNDHGSQYRTGIYYADASDAEAIHQAITHLAAR
                     LGQPVAVEEEPLRNFYPAEAYHQDYLDKNPGGYCHIPAALFQMARKANPAPSTKYARK
                     DDETLRRTLTPEQYDVTQKSATERPFTNAYCDEFRPGIYVDITTGEPLFISTDKFESG
                     CGWPAFSKPIDKRLITEHTDRSHGMQRTEVRSKTGDAHLGHVFTDGPKDRGGLRYCIN
                     SASLRFIPLDSMAAEGYADYLPLLKK"
     CDS             5764..7035
                     /gene="serS"
                     /locus_tag="SEQF3106_01538"
                     /EC_number="6.1.1.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O66647"
                     /codon_start=1
                     /transl_table=11
                     /product="Serine--tRNA ligase"
                     /translation="MLTIQVITEQRDEVIRRLAVKHFDATEIVDRIIALDKTRRASQT
                     ALDANLTTVHRLSRQIGGMMKEGRRAEADEAKAEVTRLKETNRELESKKNEAEREMHE
                     ALVLIPNLPHVSVPEGNGADDNHCEEMGGAMPELPADALPHWELARKYDIIDFELGVK
                     ITGAGFPVYKGKGARLQRALVNFFLDCARDAGYVEIEPPYVVNAASGYGTGQLPDKEG
                     QMYHANVDDLYLIPTAEVPVTNIYRDVILSEADLPLRNTAYSACFRREAGSYGKDVRG
                     LNRLHQFDKVEIVRIDRPEHSYTSLEEMVTYVRSLVEALELPWRILRLCGGDLSFTSA
                     LTFDFEVFSAVQKRWLEVSSVSNFESYQANRLKCRYRDAQKKVRLCHTLNGSALALPR
                     IVAALLENNQTPEGIIIPRVLVPYTGFERIS"
     CDS             complement(7541..7681)
                     /locus_tag="SEQF3106_01539"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPKSTHSFGREPCVQIIRRFRRLNKIAPAPPGAAFFYACGGGGL
                     TL"
     CDS             7696..9465
                     /locus_tag="SEQF3106_01540"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAQDIRTLLQTGERETLEIKKAAQGVPKSVWETYSAFANTVGG
                     TILLGVSEVSADARFEITGISNPSKLKKEFFDTLNSDKVNRNILTDADVEIVPYGEAS
                     LICIQVPQADYRRRPIFINGDMMKGTFKRNYEGDYHCTEDEVKAMMRDSNDAGNDGVL
                     MENYDMNDVDPTTLSAYRNRFRTANPEHLWNGYDDKEFLRNMGGYTKDRSTGRTGLTL
                     AGLLMFGKGLAIRERFDNLRMDYLDMTNLAPESRWSDRLTYDGRWENNLYNFFTRVLA
                     KLVSDIKRPFMLKGVERADDTTLHKAIREALTNLIIHADYMIAGILKVEKRNDRFVFS
                     NPGSLKLPLVDIYEGGHSTARNPHMQSMLRMVGFGENIGSGFPTIVAACKKENWRKPI
                     LCERPDLQLVELTISMTSLISEECLQKLQAVFGSSYKALSKEELLVLSTAWGEEGGVT
                     NGMVQTLLDKNPIEAGRLLYALVEKKMLLSSNKRRWTSYTLNFGYTPEEKSRSKSQGA
                     KVKEQSRGVKSRSKKKREIEERIIAFCSIPRTLLEIAMELGYADRYRMKRIYIDPLIG
                     TRLQMTSYESKTNPTQKYVALRH"
     CDS             complement(9561..10550)
                     /gene="preA"
                     /locus_tag="SEQF3106_01541"
                     /EC_number="1.3.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25889"
                     /codon_start=1
                     /transl_table=11
                     /product="NAD-dependent dihydropyrimidine dehydrogenase
                     subunit PreA"
                     /translation="MRNLETNYAGLRLRNPLIVGSSGLTNKAEQIGRWEEAGAGAVVL
                     KSLFEEQIEAQGDALMMNAGDYPEAEDYVRNYVRAHGREEYLQLIRDSKAARHTIPVI
                     ASVNCYRADTWEGFASEIERAGADAIELNVFYLDTDIHADSRELINRYCAILKGVRRR
                     VSIPVIMKIGKGFSTIPALVSRLQGFGANAVVLFNRYYRPDIDIERCRIVAAQPFSEP
                     SELGDTLRWTAIVAGAVEGMPLAASTGVHTWQDAVKCILAGASAVQLCSALYKHGAKL
                     LPEMLEQIGAWMERTKYESVEEFRGRLSFSNAADASMYERTQFMKYISNRDEM"
     CDS             complement(10608..11282)
                     /locus_tag="SEQF3106_01542"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTVAERLAGVRGTLPDSVQLVAVSKFHAADVVREAYDAGQRVF
                     GENRVQELVAKQPLLPSDIEWHFIGSLQTNKVKYIAPFIHTIQSIDSLRLLAEVDRAA
                     ERVGRRIRVLIEVHIAEEASKHGFSVEECRGLFAEGAFGAYKHIEVAGLMGMATFTDD
                     AEQVRREFKRLRGLFDEVKAMPNVNREVFTELSMGMSDDYPLAVEEGSTMVRVGTKIF
                     GPREYK"
     CDS             complement(11279..11755)
                     /locus_tag="SEQF3106_01543"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNWFECKVSYEKMIEGGMQKKVTEPYLVDAMSFTEAEARIIEEL
                     TPYISGEFMVADIRRVRLAELFYNEQGDRFYKAKVCYISLDEKSGVEKRTAVQMLAQA
                     SSVREALDRIDEGMKGSMADYEVAAITESPLVDVFPFSEGAKARQGEAPTAKEDEA"
     CDS             complement(11843..12409)
                     /gene="ydaF"
                     /locus_tag="SEQF3106_01544"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P96579"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative ribosomal N-acetyltransferase YdaF"
                     /translation="MREGKDNAEEIRLNATTILRPLTPLDAPDIFNAIRTQRNYLRRW
                     LPFVDSTRTIEDTLRFIRSSVIDAERGDYVFVIVCEGRFAGLIGFKDTDRENRRTELG
                     YWLCEEYQGRGLMTAAVSALCRWMFKRQRICRVQIKCATENARSRAIPERLGFVHEGT
                     ERCGARLANGRYTDLEVYSRLRTDKTKK"
ORIGIN      
        1 aacgacgccc gccgctaccg catgatcttc cgaacgatca agatcttcga atccatctac
       61 cgcatgcgcg acaccctcga ctgctactac acgcccgaag gtgccctgct ctacagcgtc
      121 aagcgctcga acgagaacga ctaccgcctg accgacgagc tcacctttta ttaccccgcc
      181 aagacccgca ccaccatccg ctcgcgccgc tacacaccga cggagacgaa gatcgacacc
      241 acgctctacg tccgctccgg atgcgccttt gacatgctcg gcgccaccta cttcctccgc
      301 accctccctc gcgcgagcct ccgggcgggc gacgtcttcc cggctgtcat tgccgcgaaa
      361 gcgtgtggcg ttgtacgaga ttgtggcctc gccagcgcgc gacatgatca cgccccactt
      421 gaagtacagg tcgtaattga ccgactcgcc cgtattcagc ggaatgttgg ccggagggca
      481 ctgggcgtga gctgtggcct gagtgagcag cagcatgcac gcgagggcgg cgaggatgat
      541 ccgcgggcgg cgcatgtcag aacggcaatc caccacccaa gctgctgttt cggttgcgat
      601 cgccggagcg accttcgtct ttgtagttac gtttcttcga ggtctcatct ttgggtttat
      661 tctttgtgat ggctataggc ttctgttggt ctaaggggag tgccgtgggt gcccacgtct
      721 cctcgatctc ccagttggcg cgtatgtcgt aggccttggg ggaataatag acggtctcgg
      781 gctggcgctg tgtggcgtaa tcgcccgtgt cccagcggcc gttgccgttc gtgtcgacga
      841 tgaggcgggc gtagtaggtg gcgggctgca ggttggcgaa gagcacgcca ccatccttca
      901 cgcgaacgcg ccgcaggggc tcgtcggagg tgttgagcag ctccacaaag gccgtagtgt
      961 cgatgccgtc gatgttgata tacaggtggc cgtactcctc acgtttgcgg atgctaaagg
     1021 aggactcgta ggcatcgttc acgcggccgt agatgctacg gaggcgcgcc gagtcgatgg
     1081 tcacgcggta gtctgtgccg tacgcccaag ggtggcgcag gttgtatttc agcaggtcta
     1141 agctgtcttg ttcaagggtg aatgcaacgg gcgtccaggt ggtgtcctgc tgttgttcca
     1201 atcggaaatc ctcacggcgc atgtcggcca ttggttcctc gaagaggaag gacaccgtgt
     1261 ccgtcacctc caccatgccc gaggcgttcg attggaaggc gagcggacgg cgttcgggct
     1321 tgtcgccgtc tttcgattta cgtcgtgtgc gtggctttcg ccagactaaa tggagcgtgt
     1381 ccgtctgcgg gcgtagcgtg ttcgtagagt cgcttttgag gtaatccaca cgcaggtgca
     1441 ccgtgtcgcg ctgccagacg gacgagtcag tgatccagta acggatggcg gtccgtcctt
     1501 ccaccggttg ggtgaggaac cacggtgtgg tgcggcgcgt gccgtctatg agcgccacgg
     1561 tggggagtgt atctaacggc gcgttgaagc ggagcgtgaa gaggtcggcg cggtcgcggc
     1621 cggggcggag catgtattgg cgttgggcgg tctccttgaa gagctgcagg atgatgtcgt
     1681 cgggcaggaa gtgcgtgtag tgtacggtgc ggatggtgtc taccgtgacg gagtctttcc
     1741 acgtcgtgtc ctgtcgggtg gcgaagcgga aggtgggcgc cacggtggag tcgaggaagg
     1801 cgatggcttc gccgggttgg tcgaagcgat agtcgcggtt agcgtcggcg agggcataga
     1861 cgcgatacgt tcccgtggcg atgttgcgga tggtgaatcg cccacggtcg tccgtctttg
     1921 aggtgcgttc gaagggcaga cgggtgaagg ccgtgtcggc caagttggcg tgcaatccga
     1981 cgacgatgtc gggcatcggc tccaagttct cagcgttgag caacacgccc cccacctcaa
     2041 gcgagtcgat cacgtcgccc gtagagaagg caaagctgaa gtggccgatg gggttcttct
     2101 cgttgttatc ggctatcgaa ttaccgaaat cgatggtgta ggtggtgttc ggccggagtg
     2161 tgtccttgag ttctacgcgg atcttgcggc cgatgacttg aatgcttggc agctctttct
     2221 gtggcggggc gatgatgacg ttttgcgagg gcttctccac ttggatcagc tcgtcgaaga
     2281 cgatttccac acgtcgcccc ttgtagtttg tttggcgcgg tggcggcgta ctgctgacga
     2341 aacgcggcgg cttctcgtca tacggtccgc cattcggccc ggcgatgttg gcacacgccg
     2401 ccgcgccacc gatcaacaat gccagcccca gtctctccat cacgccccgc acgtgcgcct
     2461 tcattcgttc gttcattcgc cgcttttatt cctattaatt aatgatgcgg gggcaaagat
     2521 agatgcgctt tttactaagg tcttgtcaga gaataagcct tacagcacgc tcttccacag
     2581 gttatggatg tctttgatcg gcgtcgtgtg tccggctttt atatcccgaa agccctttct
     2641 gagcgctcgt aattccttcc ttgtaaactt tggatctgcg gcaagcagga tcaggcgctc
     2701 cacccaatcc atcaattgct tctttccttt tatgccacct ctccgcctaa gggagatgat
     2761 tggccgaaca tgcagctctt ctctatacat atttagctct tcgcctcccc ccaaagccgt
     2821 cgcattctct ccacgagttt atcctcggcc gcgttgtgct gcccttccca gaggtgcgtc
     2881 tggggcagct cttgcggcag gtagtcttga cggacgaaat gtccctcgta gtcgtgcgcg
     2941 tatttgtaat tcttaccgta atccagctcc ttcatcagct tcgttggcgc gttgcggagg
     3001 tggagcggca cgggtaggtt gcccgtctca cgcaccaacg ccagcgcccg gtcgatggcg
     3061 aggtatgccg agttgctttt cgggctgcac gccaaataga ttgtcgtttc ggacaggatg
     3121 atgcgcccct ctggccatcc gatcttcttt agtgcgtcga aacaggcgtt ggccaatagc
     3181 aatgcgtttg gattggccag cccgatgtct tccgctgcgg agatgactaa ccgccgcgca
     3241 atgaactccg gatcttcgcc cccctcgacc atccgcgcta accagtagac agctgcgtcg
     3301 gggtcgctgc cacggatgga tttgatgaag gcggagatga tgtcgtagtg catctcgccg
     3361 cctttgtcgt aggccgcggg gttctgctgc aaacgctcca cgaccttgcg gtcggtgatg
     3421 acgatcgggc cgccgccctc cgcctcggcc gagacgacga gctcgaggat gttgagcagc
     3481 tttcgcgcgt cgccgcctga ataacgcacc agtgcgtcgg tctctttgac gtcgatggct
     3541 ttttctttca gcaccacgtc ttcgctgacg gctcggtgga tgagcgttag gagatcggcc
     3601 tcctctaagg gcttgagtac atacacctga cagcgcgaca gcagcggacg gatcacctcg
     3661 aaggatgggt tctcggtcgt ggctccgatc agcgtcacca cacccgtctc cacagcgttc
     3721 agcagggagt cttgttgcga tttgctgaag cggtgtattt cgtcgatgaa aaggatcggg
     3781 gaggaggtgg tgcgaaagag tggcccactg cgcgccttgt cgatcacttc gcgcacctcc
     3841 ttcacgccag agctgacggc gctgagggta tagaatggtg cttctaagcg tgcggccacg
     3901 atgcgggcga gcgttgtctt gcctacacca ggcggccccc aaaggatgaa cgatggtacg
     3961 cgtccggcct cgatcatgcg gcggagcgcg gcgttgggcc ccgtcaggtg gcgttgcccg
     4021 atgtattcat cgagtgtctt tggtcttaat cgttcggcaa ggggttggtt catgaggggg
     4081 agggggttat gcaccctgcg ggcgcggtgg ttaggggggg agatcagctg tcgcttttac
     4141 agcagcgcag cagtttcacg gatacgtgct aagcgtgtgg ccaggctgtg atcttctttg
     4201 attaggcgca tggtgtaatc cgtctgcatg ttgattagga gatcagagga tatgcccagc
     4261 gctgcctcaa agagcatcgc agtggttggg gtcaaggggc gtcgctcgtt gagtatttcg
     4321 ttcagtcggt tataagacat ccccatttgc ttggctaagc gggtttgtga gatgccgcgg
     4381 tattctattt cctctttcag gagttcgccg gggtggatcg ggcgagagca tgtgtggtgc
     4441 ataatgggtg gaatttgtag gggcgaaaaa ttcgccccta caggtttatg ggcaggttgt
     4501 agctgcggtg cgttggaatg cttctgattg tcgcgccccc ccccgctgct tctcttattt
     4561 ctttaagaga gggaggtaat cggcgtagcc ttcggcggcc atgctgtcga gggggatgaa
     4621 gcgcagggag gcgctgttga tgcagtaacg caggccgccg cgatccttgg ggccgtcggt
     4681 gaagacgtgc ccgaggtggg cgtcgcccgt tttgctgcgc acctcggtac gctgcatgcc
     4741 gtgcgaacga tcggtgtgct cggtgatgag gcgtttgtcg atgggtttgg agaaggctgg
     4801 ccagccgcaa cctgactcga acttgtcggt ggagatgaag aggggttcgc cggtggtgat
     4861 gtctacgtag atgccggggc ggaactcgtc gcagtaggca ttggtgaagg ggcgttcggt
     4921 ggcgctcttt tgggtgacgt cgtactgctc cggggtgagg gtgcggcgca gcgtctcgtc
     4981 gtctttgcgg gcatacttgg tggagggggc ggggttggcc ttacgggcca tctggaagag
     5041 ggcggcgggg atgtggcagt atccgccggg gttcttgtct aaatagtctt gatgataggc
     5101 ctcggcggga tagaagtttc ggagcggctc ctcttccacg gctacgggtt ggccgaggcg
     5161 cgcggcgagg tgggtgatgg cttggtgaat ggcttcggcg tcggaggcgt cggcgtagta
     5221 gatgccggtg cggtattgtg agccgtggtc gttgccctgc cggttgaggc ttgtggggtc
     5281 gatggtttgg aagtaaagct cgatgagctg ggggagggtg atctgggtgg ggtcgtagac
     5341 tacgcgtacg gtctcggcaa agcctgtctt atcggtcgag acttgctcgt aggttggggc
     5401 tttgtctgcc ttgccattgg cgtagcctac ttcggtgctt actacgccgc ggatctgctt
     5461 gaagaagtgt tctgtgcccc agaagcagcc gccggcgaaa tagatggtct ttgtcttttc
     5521 gccagcagcg gggtcttgtg tggcgtgggt tcgtgattgt acgctcctcc ctgcgaagaa
     5581 gagtgcgacg aggccggctg ctgccgatgt ccatagtagg aactgtttct ttttcattgt
     5641 cattcttgtt ttgatgagtg gggtgggggg attcccttgc ccccgctcgg ttatttctgt
     5701 gcaaggttag cagagaatgc gtctattttt gccatccata ataaataaca aggagaaaaa
     5761 accatgctta ccattcaagt tatcactgaa caacgcgacg aggtgatccg ccgattggct
     5821 gtaaaacact tcgacgcaac ggagatcgta gaccgaatta ttgcgcttga caagacgcgc
     5881 cgcgcctcgc agactgcttt ggacgcgaac ctgacgacgg tgcatcgcct ctcgaggcag
     5941 atcgggggaa tgatgaagga ggggcggcgc gcggaggcgg atgaggccaa ggcggaggtg
     6001 acgcgcctga aggagacgaa ccgcgagttg gagtcgaaga aaaacgaggc cgaaagggag
     6061 atgcacgagg cgttggtgct cattccgaac ctgccgcacg tgtcggtgcc tgagggcaat
     6121 ggcgcggacg acaaccactg cgaggagatg ggcggcgcca tgcctgagct gcccgcggac
     6181 gcgctgccgc actgggagct ggcgcgtaag tacgacatca tcgactttga gctgggcgtc
     6241 aagatcaccg gggccggatt ccctgtatat aaaggaaagg gggcacgact gcagcgcgcg
     6301 ctcgtgaact tcttcctcga ctgtgcgcgc gacgccggct atgtggagat cgagccgccg
     6361 tatgtggtca acgctgcgtc aggctatggc actgggcagc tgccggacaa ggaggggcag
     6421 atgtatcacg ccaacgtgga cgacttgtac ctgatcccca ccgctgaggt gccggtgacg
     6481 aacatctatc gcgacgtgat cctgagcgag gccgacctgc cgctgcgcaa cacggcttat
     6541 tccgcctgct tccggcgcga ggctggctcg tacggcaagg acgtgcgcgg gctgaatcgc
     6601 ctacatcagt tcgataaggt cgagatcgtc cgtatcgatc gcccggagca ttcctacacg
     6661 tcgctcgagg agatggtcac gtacgtccgc tcgctcgttg aggcgctgga gctgccgtgg
     6721 cgcatcctcc ggctctgtgg cggcgacttg agcttcacgt ctgccctgac gtttgacttt
     6781 gaggtctttt cggccgtgca gaagcgctgg cttgaggtga gctccgtctc taacttcgag
     6841 agctaccaag ccaaccgcct gaagtgtcgc taccgcgatg cgcagaagaa ggtgcgtctt
     6901 tgccacacgc tcaatggcag cgccctggcc ctcccccgca ttgtggccgc gctgctcgaa
     6961 aacaatcaaa cgcccgaggg gatcatcatc ccgcgtgtgc ttgtgcctta caccggtttc
     7021 gagcggatct cgtagcgatg ggcgcgcgag gaagcgcctg caattcgcgc ccatacaata
     7081 gagaggagtc gattgagcgg atcaatcggc tccttttcat ttcgtggcgc ctcattgtct
     7141 gagataatgg gcccaaaaag tttttttcat gcgattgtct gagacaatgg gctgaaaaag
     7201 tttttttctc gcgattgtac gatacaatgg gctgaaaaag tttttttctc gcgattgtct
     7261 gagacaatgg gccgaaaaag tttttttctc gcgattgtct gagacaatgg gcccaaaaag
     7321 tttttttcat gcgattgtct gagacaatgg gccgaaaaag tttttttcat gcgattgtct
     7381 gagacaatgg gcccaaaaag tttttttctc gcgaaagcct caggaaatgg gccgaaaaag
     7441 tttttttctc gcgaaagcct caggaaatgg gcccaaaaag ttgcttgatg ggtgtttgtg
     7501 taaggctttg tggggcgggg ctgctgccag actccatagc tcagagcgtt agcccccccc
     7561 ccccgcaggc ataaaaaaag gccgccccgg ggggggcggg ggcaatttta ttgaggcggc
     7621 ggaaccgacg gatgatctgc acgcagggtt cccgtccgaa ggagtgggta cttttgggca
     7681 tgaataatat tgagtatgga tgcacaagac attcggacac ttctccaaac aggggagcga
     7741 gaaactttag aaataaagaa agcagcacag ggtgtcccca aatcggtatg ggagacttat
     7801 tcagcctttg caaatacggt cggaggcacg atcctcttgg gcgtatcgga agtaagtgcc
     7861 gacgcacgat ttgaaattac agggatcagc aacccttcta agctcaagaa ggagtttttc
     7921 gatacgctga atagtgataa ggtgaataga aacatcctta cggatgctga tgtcgagatc
     7981 gtaccgtatg gtgaggcctc tctgatatgc attcaagttc cgcaggctga ctatcgccgg
     8041 cgccccatct ttattaatgg ggatatgatg aaggggacat tcaagcgcaa ctatgagggg
     8101 gattatcatt gtacagaaga cgaggtgaaa gccatgatgc gcgactccaa tgatgccggg
     8161 aatgacggcg tactgatgga aaactatgac atgaatgacg tagaccccac tacactaagc
     8221 gcctatcgca atcgctttcg cacagctaat cctgagcatt tatggaatgg ttatgacgac
     8281 aaagagttcc tgagaaatat gggaggctac acaaaggatc ggagtaccgg ccgaacgggg
     8341 ctgactttgg ccggattgct gatgtttggt aaagggctgg ccattagaga acgattcgac
     8401 aacctccgaa tggactattt agatatgacg aacctggcgc cggagagccg ttggagcgat
     8461 aggctcactt acgacggaag atgggagaac aacctctaca atttcttcac ccgtgtcctt
     8521 gccaaactcg tcagtgacat caagcgccct tttatgctga aaggtgtgga gcgcgcggac
     8581 gacacaacgc tgcataaagc tatccgggag gccttgacca acctgataat acatgccgat
     8641 tatatgattg cagggatcct gaaagtagag aaacgcaatg atcgctttgt gttttccaac
     8701 cccggatcac tcaaattgcc tcttgtcgac atttacgagg ggggacattc tacggcacgc
     8761 aatcctcaca tgcaatcgat gttacgtatg gtgggttttg gcgagaacat cggatcgggc
     8821 ttcccaacca tcgtggctgc atgcaaaaag gagaattgga ggaagcctat tctttgcgaa
     8881 cgccccgacc tgcaattggt cgagctgacc atttcgatga cttcactcat ctcggaagaa
     8941 tgcttgcaaa aactgcaagc cgttttcggg tcttcctata aggccttgag caaagaagaa
     9001 ctcttggtgc tctctacagc ttggggggaa gaaggcggcg ttacgaacgg catggttcaa
     9061 accctccttg acaaaaaccc catagaggca gggcggttgc tctatgccct cgtagaaaag
     9121 aagatgctgc tgtccagtaa taaacgaaga tggacaagct acacgctcaa tttcggttac
     9181 acaccagagg aaaagtcaag gagtaaaagt caaggagcaa aagtcaagga gcaaagtcga
     9241 ggagtaaagt caaggagtaa gaagaagcgg gagatagaag aaaggatcat cgccttctgt
     9301 agcatcccgc ggacactgct agagatcgca atggagttag gctacgccga tcgctataga
     9361 atgaaacgga tctatatcga ccccctgatc gggacgagat tgcagatgac ttcttacgag
     9421 agcaaaacca atcccaccca gaaatatgta gccctaaggc attagctctt ctccccccct
     9481 tcccccgcat gcataaaaaa aggccgcccg ggggcaagcc tttttagtta caagtgaaaa
     9541 gagcgacgag cgacttgtcg ctacatctca tcccggttgg agatgtactt catgaactgc
     9601 gtccgttcat acatagacgc atccgcagcg tttgagaagc tcaaccttcc gcggaactcc
     9661 tccaccgact catacttcgt gcgctccatc catgcgccga tttgctccaa catttcgggc
     9721 aacagcttcg cgccgtgctt gtaaagcgcg ctgcacagct gcacggccga agcgccggcc
     9781 aggatgcact tcaccgcgtc ttgccacgtg tgtacgcccg tggaagccgc gagcggcatg
     9841 ccctccacag cccccgcgac gatggccgtc cagcgcagcg tgtcgcccag ttctgacggc
     9901 tcgctaaacg gctgcgcggc cacgatgcgg cagcgttcga tgtcgatgtc cgggcggtag
     9961 tagcggttga agagcacgac ggcgttggcg ccgaagcctt gcaggcgact caccaacgcg
    10021 gggatggtgc tgaagccctt cccgattttc atgatcacgg ggatggaaac gcgccggcga
    10081 acacccttca gaatggcgca gtatcggttg atcagctccc ggctgtcggc gtggatgtca
    10141 gtgtctaaat agaacacgtt cagctctatg gcatcggcgc cagcacgctc aatctccgac
    10201 gcaaagccct cccacgtgtc ggcgcgatag caattcacgc tcgcgatcac gggtatggtg
    10261 tggcgggccg ctttgctgtc gcggatcaat tgcagatact cctctcggcc gtgagcccgc
    10321 acgtaattgc gtacataatc ctctgcctcc ggatagtcac ccgcattcat catcagcgca
    10381 tcgccctgag cctcaatctg ctcctcgaag agcgatttca gcaccaccgc gccagcgccc
    10441 gcctcttccc agcgcccaat ctgttctgcc ttgtttgtca gccccgaact gcccacaatc
    10501 aacgggttac gcagcctcaa tccggcatag tttgtctcta aatttctcat tggttattcc
    10561 ttgtttttac tgtttacggg taccctctac tctctatcct ctaccctcta tttatactcc
    10621 ctcggcccaa agatcttcgt ccccacgcgc accatcgtac tcccttcttc tacggccaat
    10681 ggataatcgt cgctcatccc catcgacaat tccgtaaaga cctctcggtt cacgttcggc
    10741 atcgccttca cctcgtcgaa aagccctcgc aatcgcttga actcacggcg cacctgctca
    10801 gcgtcatccg tgaacgtggc catacccatc agccccgcca cctcaatgtg tttatatgcc
    10861 ccgaacgccc cctcagcaaa cagcccccgg cattcctcca cgctaaaccc atgcttcgac
    10921 gcttcctcgg cgatatgcac ctcgatcaac acgcggatgc gtcgccccac gcgttccgcc
    10981 gccctgtcca cctcagccag cagtcgcagc gagtcaatgc tctggatcgt atggataaac
    11041 ggcgcgatgt acttcacctt gttcgtttgc aacgatccga taaagtgcca ctcgatgtcg
    11101 ctcggcaaca acggctgttt agccaccagc tcctgcacac ggttctcccc aaacacgcgt
    11161 tgccccgcat cataagcctc acgcaccaca tcggccgcgt gaaacttaga caccgccacc
    11221 aattgcacgc tatcgggaag ggtacccctc acccctgcca aacgttccgc taccgtgctc
    11281 atgcttcgtc ctccttcgct gttggcgcct ccccctgccg cgccttcgcg ccctctgaga
    11341 aggggaacac atccaccaac gggctctccg taatcgctgc cacctcatag tcagccatcg
    11401 atcccttcat cccctcgtcg atcctgtcca gcgcctccct caccgacgac gcctgcgcca
    11461 gcatttgcac cgccgtgcgc ttctctaccc cactcttttc gtcgagcgag atgtagcaca
    11521 ccttcgcttt gtagaatctg tccccctgct cgttgtaaaa caattccgcc agtcgtaccc
    11581 gccggatgtc agccaccata aactcccccg agatgtacgg agtcagctct tcaatgatcc
    11641 gcgcttccgc ctcggtaaac gacatcgcgt ccaccagata cggctccgtg accttcttct
    11701 gcatcccccc ttctatcatc ttttcgtatg aaaccttgca ttcaaaccag ttcatcttac
    11761 gttcgttcct tttattatat gtatttcgtt ttatgggtag agtcccttca ttggtgcgcg
    11821 tcatcggcgc gatgtgtaag ggctacttct ttgttttatc cgtccgcaat cggctgtaca
    11881 cctccaggtc tgtgtaccgt ccgttcgcca atcttgctcc acatcgttct gtcccctcgt
    11941 gcacaaatcc caagcgttcc ggaattgctc ggctacgcgc attctctgtc gcgcatttaa
    12001 tctgcaccct gcatatccgt tgtcgcttga acatccaccg gcacaacgca ctgaccgccg
    12061 ccgtcatcag tcctcttcct tgatattcct cacacaacca atatcccagc tccgttctgc
    12121 gattctccct atccgtatcc ttaaacccaa tcagccccgc gaaccgtccc tcacacacga
    12181 tcacaaacac ataatccccc cgctctgcgt caatgactga cgacctaata aagcgcagcg
    12241 tgtcctcgat cgtacgtgtg ctgtctacaa aaggcagcca ccgccggagg tagttgcgtt
    12301 gcgtacggat cgcgttgaag atatcaggag catccagtgg tgtaagtggc cgcaagatcg
    12361 ttgttgcgtt cagccttatc tcctccgcgt tatcttttcc ctccctcatt cgttgttcgt
    12421 gtatattata tgtatgtgat ggaatccttc ccccaacttt ctttctcggg cgggcaaaac
    12481 tatgacatat ttcctacccc ttatctcgat ccctaaaacg cgactctcag aagagtcgtt
    12541 atgttctctt ctccgcgact tctcatcgaa cttcacgtgc tattaagtca ttatagggcg
    12601 tgaaggcgtg attctttctt
//
LOCUS       SEQF3106|MIQD01000061.112515 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..12515
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             132..2477
                     /gene="cirA_4"
                     /locus_tag="SEQF3106_01545"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P17315"
                     /codon_start=1
                     /transl_table=11
                     /product="Colicin I receptor"
                     /translation="MKRKTTLLTLIAWFAVIAWSQVEAQTARITGVVIDAANEEPLIG
                     ASAYIEQLKRGEVAGRNGEFTLNGLRAGTYTVRFDYMGYESHTEQVTLREGETRRLKV
                     RLKGESKSLSEVVITAKSEARQLREQAMPVTVLSADQLAGSVSDVSDILTKTMGVTLR
                     SQGGVGSASRISVRGLEGKRIGFFIDESPMNDNSDFIDINDIPVSMIERIEIYKGVVP
                     AKFGGSAMGGAINIVLKEYPPRYLDLSYAIESFNTHKATAVIKRNLANAGLEIGGGGF
                     YTHSDNNYTMESPYQKGLLIKRDHDRFNSMAGAIGIKARKWYFDELKINLEGLINNKQ
                     IQGVYYNIQHAHSKSKVGVVELELKRKNFLIPGLDLDFKGASAFSRFHFIDTAMHRYD
                     WDMKPYIPVHPLGGEMGSAPSNSTLDKFHVGTKLNLNYILSAQNAINLNVLQQYANGH
                     PKDTLKDRAMGYKTNYRSTMNSLVVGLSYDYKSNNDRLLNSLTGKYYFYSMKTTLREV
                     FGRHEEIPINLEKHYWGISDALRYRFTPEWMGKASVAYEVRTPTENELIGDGYLLSPS
                     GDLRPERGVNVNLGTLWDKRIPNGILQLEVNLFGNYLRDMIRQTQNYVQTRYENFGEM
                     RTLGAEAEVKADVLPWLYGYANVTYQDLRDVREYEPDSKAPNPTKDLRIPNVPYFLAN
                     AGLEYHRENLFGTKRTNTRLFADASFVEEYFYDFEQSIHQERRIPRSMRLDLGLEYSL
                     MDGRIILSGKVGNATAAKLFSEFNYPQPGRTYSLRLRYVLK"
     CDS             2489..3805
                     /locus_tag="SEQF3106_01546"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYNKMKTTNVFRMAGLAMLAAMTLTWTGCKKDTPEPTPTPTPTP
                     TPTPTPTPTPTPSGAKGDVAVVSMLTNPDGQSGTAWLQLIDSIAPQTVNNSKARQIGF
                     GMPPMDVLGNYIFTIPQYGQSNTFTKWERTTGGALNKVAELELPVNSMATHGRIYSAE
                     KGFLSTMIGKLLIFNPTTMKLTGEINLSAYADKGVSVPQFGSLFFDGETMYVPLWQVN
                     AQRMPIGDPGIDMLLIDLKTNKVIKRIKEPASGLSSLGYPYGVQKNVFKDEQGDVYFI
                     AGGAFSTDPKYKTGIVRIKKGTTEIDKSYNWVLNDQAIEGETGKMRWLACVHYVGGGK
                     LYGMADVPDYWANKSKPNWLRDRSVISVEIDLRAKTVKKLPIPRTCAYATHVSTYNDL
                     LVFSVWGDKETGFYTYDPKTGKVSDGAVIKMPGFPFWFYQFKRMIY"
     CDS             complement(4380..6083)
                     /gene="mmgC"
                     /locus_tag="SEQF3106_01547"
                     /EC_number="1.3.99.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P45857"
                     /codon_start=1
                     /transl_table=11
                     /product="Acyl-CoA dehydrogenase"
                     /translation="MANFYTDTPSLRHHLHHPLMRRIVELKERNFRDKDTYDYAPVDF
                     DDAMDSYERVLEMVGEISADVIAPNAEGVDHDGPTVANGRVTYAPGTQVNLDAVRRAG
                     LMGMAMPRRYGGLNFPIVPYIMAADIVSRADAGFENLWGLQDCAETLYEFGNEDQHSR
                     YIPRVCQGETMSMDLTEPDAGSDLQSVMLKATYDEAAQCWRLNGVKRFITNGDSDIHL
                     VLARSEEGTRDGRGLSMFIYDKRNGGVNVRRIENKMGIKGSPTCELVFNNAPAELCGE
                     RRLGLIKYVMALMNGARLGIMAQAVGLCEAAWREADKYAHERRQFGRAIIEFPAVYEM
                     LALMRARADATRAMLYETARYVDIYKALDDIARERKLTPEERKEQKRYAKLADAFTPM
                     GKGMSTEFANRNTYDAIQVHGGSGFMKDYPCERLYRDARITNIYEGTTQLQVVAAIRH
                     VTTGTYLSRLREYEAETYRPELSDLHTQLREMTDAYEGLVTRVTEAKDAELLDFMARR
                     LVEAATHCVFGYLLLQSANTDDAFTASARVYVRYGAAEIAQIRSFIEGFRPEALSDYK
                     A"
     CDS             complement(6096..7115)
                     /gene="carE_2"
                     /locus_tag="SEQF3106_01548"
                     /EC_number="1.3.1.108"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:H6LGM8"
                     /codon_start=1
                     /transl_table=11
                     /product="Caffeyl-CoA reductase-Etf complex subunit CarE"
                     /translation="MNNVFVYCEIEESTVADVSQELLTKGRALADQLGCKLEAVAAGS
                     GLDGIERQIVPYGVDVLHVFDDPRLAPYTSLPHTAVLIKLFKEEQPQIALMGATVIGR
                     DLGPRVSSALTSGLTADCTALEIGTYEDRKAGRTYENLLYQIRPAFGGNIVATIINPD
                     HRPQMATVREGVMKKEVRDANYPGQVIRHNTSDYITDEDCVVKVIERHVEKAKNNLKG
                     SPIVVAGGYGVGSKENFQLLFDLAKELHAEVGASRAAVDAGFTDHDRQIGQTGVTVRP
                     KLYIACGISGQIQHIAGMQESAIIISINSDPEAPINAIADYVITGTVESVLPRMIKYY
                     KKNSK"
     CDS             complement(7149..8030)
                     /gene="carD_2"
                     /locus_tag="SEQF3106_01549"
                     /EC_number="1.3.1.108"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:H6LGM7"
                     /codon_start=1
                     /transl_table=11
                     /product="Caffeyl-CoA reductase-Etf complex subunit CarD"
                     /translation="MRIIVLAKQVPDTRNVGKDAMKADGTINRAALPAIFNPEDLNAL
                     EQALRLKERYPGSTVTLLTMGPGRAAEIIREGLYRGADDGVLLTDRAFAGADTLATSY
                     ALAMAIRKIGDFDLIVGGRQAIDGDTAQVGPQVAEKLGLSQITYAEEIVGVADGRITV
                     RRKIPGGVETVGAPLPIVVTVNGSAAPCRPRNARLVQKYKHALGAQEKAERTKGDAPL
                     PYAELYDSRPYLNLVEWSVADVNGDVAQCGLSGSPTKVKTIENIVFQAKESRSLTDSD
                     ADIEELMKELIANHTIG"
     CDS             complement(8301..10148)
                     /locus_tag="SEQF3106_01550"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYRKLTQSEIDTLVAGGCEAEDWQCVEVASVGFDAKRVRRVRF
                     SGPVSLGSTVDLRDAAIHDCAVGDAVHIAGIRTTLSGYEIGRGARLVDIGSMTYRAGA
                     TAGNGVRVAVANENGGRTIPLFDGLTAQTAHVMVFHRHRTEALSRAFGSIEAYAAQIA
                     AEPRGRVGEGAVVEGCGRIADVRIGDGATICGAALLQGGTILSRPDAPAEVGVGVMAR
                     DFILAPGAHVVDGSFIERCFVGEGCVVEQGFTAIDCLLFANGMFAKGEAVSVFAAPHT
                     ASHHKSSLSIACGLSFANIGSGSNMSNHAYKLGAVHQSVAERGCKFGSNSYVQAPAHF
                     GAYSMITGEHRNHPDTHALPFSYLMEEGGQSMLIPAVNLFRTGTLRDARKWPQRDRRS
                     ADRPRDLICYDFLNPYLIDRILSAIDLLTQLRESKPDAKYYAFGNCSIHRHSLQKGIT
                     YYREALDVFVGDYLISGGAIDPSDGPGRGAWIDLAGLVMPVEELEVIVRGDLFKADQA
                     FRQVYARYAEYLARFITDRYDLTDADKRRVYLDRYATTLETVRHRLSKEAAIEFFGVS
                     QISFGMDNPERDRQSDFLQVRGEITADPFITPLLSEMERKAEQARQLRE"
     CDS             complement(10160..10468)
                     /locus_tag="SEQF3106_01551"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLNDLFSGSTVQSIVKTIVEKTGLNESQASGALQAALPMILDV
                     VSKKAGSGEGLSGLISGVVGNLEGKGQGVVDKITGMIDKNKDGKILDDITGMFGGKKK
                     "
     CDS             complement(10580..10984)
                     /locus_tag="SEQF3106_01552"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKVKVLVGWDDKNYSAAAEVNGVVVVTHRNLEELKAVFEDAFR
                     FHIEGSIKDGDPLPEAIKNGNYVLEYELQVSALLHKYGNVLTRSALSQMTGINERQLG
                     HYARGTRALRPEQRDRIVQGFHKLGRELLAVE"
     CDS             complement(11027..11302)
                     /locus_tag="SEQF3106_01553"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVSDDYKGKGRMVSLLSLRREKKTNKMKRFKVVEILRMLRDDG
                     WIMTTQRGSHRQFVHASKQGKVTVNGQPSDTLSQEILNSIFKQAGWK"
     CDS             complement(11313..11543)
                     /locus_tag="SEQF3106_01554"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRVLDLKALPECLRGRILEFIAVPQGKTWRRTGCASLREGKRR
                     RVSELIAVPQGKTWRVFLWGRNAYALTSIPQG"
     CDS             11622..12224
                     /locus_tag="SEQF3106_01555"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHIINPRTESLLPAMHIISPRTESLLPAMHIISPHTESLLLAMH
                     IVIPRTESLLLAMHIINPRTEGLLLAMHIIILYTESLLLATHIINLHTESLLLVLHVA
                     EFYIERMLFALQIGASRTESLLLAMHIPAILYGRLQNALSFGLKSTPGMPAEARLGGC
                     GSLARQNVATYGLRIAAGRGKAARLGDCASLARQNVATHG"
ORIGIN      
        1 cccccgcagg cgcccccccc ctcatcctcc ccaattatta gggattgtag gcggcttaca
       61 cgcccatcta catttgcggc cgcattttta acaccatcgg ccggggatcg gcattaaatc
      121 agaaaagaat aatgaagaga aagacaaccc tattgacact tattgcgtgg tttgcggtca
      181 ttgcttggag ccaggtcgag gcgcagacgg cacgcatcac aggcgtcgtg attgacgccg
      241 ctaacgaaga accgctcatt ggtgccagcg cctacattga gcaattgaag cgtggcgaag
      301 tggctgggcg caacggtgaa tttaccctca atggccttcg tgcgggcacc tacaccgtgc
      361 gcttcgacta catgggctac gagagccaca ctgaacaagt caccctgcgc gagggcgaga
      421 cacgccgact gaaagtgcgc ctcaagggcg agtctaaatc cctcagcgag gtggtgatca
      481 cggccaagag tgaggcccga cagctgcgcg aacaggccat gcccgtcacg gtgctttcgg
      541 ccgatcagtt ggccggatcg gtgagcgatg tgagcgacat cctcaccaag acgatgggtg
      601 tcaccctccg ctcgcagggc ggcgtgggca gtgcctcgcg catctccgtc cgtggtttgg
      661 aaggcaagcg catcggtttc tttatcgatg aatcgcccat gaacgacaac tccgacttta
      721 ttgacatcaa cgacatcccc gtcagtatga tcgagcggat tgagatctac aaaggcgttg
      781 taccggctaa gttcggcggc tcggcgatgg gcggcgccat caacatcgta ctcaaggaat
      841 acccgccgcg ctacctcgac ctctcctatg ccatcgagtc ctttaacacc cacaaggcca
      901 cggccgtcat caagcgcaac ctggccaacg ctggcctcga gatcggcggc ggtggcttct
      961 acacgcattc tgacaacaac tacacgatgg agtcgcccta tcagaagggg ctactcatca
     1021 aacgtgatca cgaccgcttc aattcgatgg caggtgccat cggcatcaag gcgcgcaagt
     1081 ggtacttcga cgagctgaag atcaaccttg aaggcctcat caacaacaag cagatacagg
     1141 gtgtctatta caacattcag catgcccaca gcaagtcgaa ggtaggggtc gtagagttgg
     1201 agctcaaacg gaagaacttc ctcatcccgg ggcttgatct cgactttaag ggtgcctctg
     1261 ccttctcgcg gttccatttc atcgataccg ccatgcaccg ctacgattgg gacatgaagc
     1321 cctacatccc cgtccatcca ctgggtggcg agatgggttc ggcgccctcc aacagcaccc
     1381 tcgataagtt tcacgtcggc acgaagctca acttgaacta catcctatcc gcccaaaacg
     1441 ccatcaacct gaacgtgctg cagcaatacg ccaacggtca ccccaaggac acccttaagg
     1501 atcgcgcgat gggctacaag acgaactaca gaagcaccat gaacagcctc gtcgtcggcc
     1561 tgagttacga ctacaagtcg aataacgacc gcctgctcaa ctccctcacc ggcaagtact
     1621 acttctactc catgaagacc accctgcgcg aagtcttcgg ccggcatgag gagatcccca
     1681 ttaacctcga aaagcattat tggggcatca gcgacgccct gcgctaccgc tttacacccg
     1741 aatggatggg caaggcctcc gtggcttacg aggtgcgcac cccgaccgaa aacgaactca
     1801 tcggcgatgg ctacctcctc tccccttcgg gcgacctccg gcccgagcgt ggtgtcaacg
     1861 tgaacctcgg tacgctctgg gacaagcgca taccgaacgg catcctccag ttggaggtca
     1921 acctcttcgg caactatctc cgcgacatga tccgtcagac gcagaactac gtccagacgc
     1981 gctacgagaa cttcggcgaa atgcgcaccc tcggagccga ggccgaggtg aaggccgacg
     2041 tcttgccctg gctttacggt tacgccaacg tgacctacca agaccttcgc gacgttcgcg
     2101 aatatgaacc cgacagcaag gctcccaacc ccaccaagga tctgcgcatc ccgaacgtcc
     2161 cctacttctt agccaacgcc ggcttggagt atcaccgcga gaacctcttc ggcacaaagc
     2221 gcaccaacac gcgcctcttt gctgacgcct ccttcgtaga ggaatacttc tacgacttcg
     2281 agcagagcat ccaccaagag cgccgcatcc cgcgctccat gcgcctcgac cttgggctgg
     2341 aatacagcct catggacggc cgtatcatcc tctccggcaa ggtgggcaac gccaccgccg
     2401 ccaagctctt cagtgagttc aactatccgc agcccgggcg cacctattcc ctccgcctgc
     2461 gctacgtact caagtgaaac ctaattcaat gtataacaag atgaaaacaa cgaacgtatt
     2521 ccgaatggca ggccttgcca tgcttgccgc aatgaccctg acttggacag ggtgtaaaaa
     2581 agacacaccg gagcccacac ccaccccgac gccgacaccc accccgaccc cgactccgac
     2641 gccgaccccg acgcccagcg gtgcaaaggg cgacgtggcc gtcgtctcca tgctcaccaa
     2701 ccccgacgga cagtctggca ccgcttggct gcaactcatc gacagcatcg cgccgcagac
     2761 ggttaacaac tcgaaggcgc gccagatcgg cttcggtatg cccccgatgg acgtgctcgg
     2821 caactacatc ttcaccatcc cgcagtacgg ccagtcgaac accttcacca agtgggaacg
     2881 caccaccggc ggtgccctta ataaggtggc cgaattagag ctgcccgtca acagcatggc
     2941 tacccacggc cgcatctact ccgccgaaaa gggtttcctc agcacgatga tcggtaagct
     3001 gctcatcttt aatcccacca cgatgaagct cacgggcgag atcaacctca gcgcctatgc
     3061 cgacaaaggc gtgtctgtgc cgcagtttgg ttccctcttc ttcgacggcg aaacgatgta
     3121 cgtccccctt tggcaggtca acgcccaacg catgcctatc ggcgatcccg gcatcgatat
     3181 gctgctcatc gacctgaaga cgaacaaggt gatcaagcgc atcaaggaac cggcctcggg
     3241 gctctccagc ctcggctacc cctacggtgt gcagaagaac gtcttcaagg atgagcaggg
     3301 cgacgtctac ttcatcgccg gcggcgcctt ctccaccgac ccaaaataca agaccggcat
     3361 cgtgcgcatc aagaagggca ccaccgagat cgataagagc tataactggg tgctcaacga
     3421 tcaggcgatc gagggcgaga cgggcaagat gaggtggtta gcctgcgtcc actacgtcgg
     3481 aggcggcaaa ctctacggca tggctgacgt ccccgactat tgggccaaca agtcgaagcc
     3541 caactggctg cgcgaccgct cggtgatctc cgtcgagatc gacctccgcg ccaagacggt
     3601 caagaagctg cccatccccc gcacctgcgc ctacgccacg cacgtctcca cttacaacga
     3661 cctgcttgtc ttctccgttt ggggcgacaa ggagacgggc ttctacacct acgacccgaa
     3721 gacgggtaag gtcagcgacg gtgccgtgat caaaatgccc ggcttcccct tctggttcta
     3781 ccagttcaag aggatgattt attgatccgg tctctataca tagagaaagc cccgatcctt
     3841 cgctcttttg atgagcatgg gtcggggctt tgtcatatcc gcaaaccata agagacgaca
     3901 ctaagcctac ttaagaggtg tcactaagcc tacttaagag gtgtcactaa gcctgcttaa
     3961 gaggtatcac taagcctgct taagaggtgt cgctaagcct acttaagagg tgtcgctaag
     4021 cctgcttaag aagtgttctt aagcctgctt aagagacaac gcatgctttg tgtcactccc
     4081 aacgcatgct ttgtgtcact cacaatgtgt gctcattggg aagggtgtct tccccgaggc
     4141 gggaagggtg tcttccccga ggcaggaaga gtgccttccc cgaggcggga agggtgtctt
     4201 ccccgaggca ggaagagtgt cttccctgtg catttactcc ctctgtccgg agggagggcc
     4261 atctaccccc atccgatcgg ggcacaaaaa aagccgggca tgcttcgcag cagacccggc
     4321 caaatcatga aaaaatcttt gttacatccc ctcctgatta gtagagaggg ggtgctcgtt
     4381 tatgccttgt aatccgagag cgcctcgggg cggaagccct cgatgaagct gcggatctgg
     4441 gcgatctcag cggcgccgta gcggacatag acgcgggccg aggccgtgaa cgcgtcgtcc
     4501 gtgttggcgc tttggaggag caggtagccg aagacgcaat gcgtggcggc ctcgactaag
     4561 cgacgcgcca taaagtcgag cagctcggca tccttggcct ccgtgacgcg ggtgacgagc
     4621 ccttcgtacg catcggtcat ctcccggagc tgcgtgtgca ggtcagagag ctcggggcga
     4681 tacgtctcgg cttcgtattc gcgcaggcgg ctgaggtagg tgccggtggt gacgtggcgg
     4741 atggcggcca cgacttgcag ctgcgtggtg ccctcgtaga tgttcgtgat gcgggcgtcg
     4801 cggtagaggc gttcgcaggg gtagtccttc atgaagcccg atccgccgtg cacctggatg
     4861 gcgtcgtagg tgttgcggtt ggcaaactcc gtcgacatgc ccttgcccat cggcgtgaag
     4921 gcgtcggcca gcttggcgta gcgcttctgc tccttgcgct cctcgggcgt cagcttgcgc
     4981 tcgcgggcga tgtcgtcaag ggctttgtag atgtccacgt agcgggccgt ctcgtagagc
     5041 atggcgcggg tggcgtcggc gcgggcacgc atgagggcga gcatctcgta gacggcgggg
     5101 aactcgatga tggcgcggcc gaactggcgg cgttcgtggg cgtacttgtc ggcttcgcgc
     5161 caggcggctt cgcagaggcc cacggcctgc gccatgatgc cgaggcgggc gccgttcatg
     5221 agcgccatga cgtacttgat gaggcctaag cgacgctcgc cgcacagctc ggcgggggcg
     5281 ttgttgaaga ccagctcgca ggtgggcgat cccttgatgc ccatcttatt ctcaatgcgg
     5341 cggacattga cgccgccgtt gcgcttgtcg tagatgaaca tggagaggcc gcggccgtcg
     5401 cgggtgccct cttcggagcg ggccaggacg aggtggatgt ccgagtcacc gttggtgatg
     5461 aagcgcttca cgccgttcag gcgccagcac tgcgcggcct cgtcgtaggt ggctttgagc
     5521 atgacggact gcaggtcgct gccggcgtcg ggctcggtga ggtccatcga catcgtttcg
     5581 ccctggcaga cgcgcgggat gtagcggctg tgctgatcct cgttgccgaa ctcgtagagc
     5641 gtctcggcgc agtcctgcaa gccccagagg ttctcgaagc ctgcgtcggc gcgcgagacg
     5701 atgtcggcgg ccatgatgta gggcacgatg gggaagttca gcccgccgta gcggcgcggc
     5761 atggccatgc ccatcagtcc ggcacggcgc acggcgtcaa gattcacttg cgtgcccggg
     5821 gcgtaggtca cgcgcccgtt cgccaccgtc gggccgtcgt ggtcgacgcc ctcagcattc
     5881 ggggcgatga cgtcggcgct gatctcgccg accatctcaa ggacgcgttc gtagctgtcc
     5941 atcgcgtcgt caaagtcgac cggcgcgtag tcgtacgtgt ctttatctct gaagttacgc
     6001 tccttcagct ccacgatgcg gcgcatgagc gggtggtgca ggtggtggcg gagcgagggc
     6061 gtatcggtat aaaagtttgc catgatgctt ccttattatt tgctgttctt cttgtaatac
     6121 ttgatcatac gcggcaggac gctctccacg gtgcccgtga tcacgtagtc cgcgatggca
     6181 ttgatcggcg cctcggggtc gctgttgatg gagatgatga tggcgctctc ctgcatgccg
     6241 gcgatgtgct ggatctggcc ggagatgccg caggcgatgt agagcttggg gcgtacggtg
     6301 acgcccgtct ggccgatctg ccgatcgtgg tcggtgaagc ccgcatcgac ggcggcgcgt
     6361 gaggcgccca cctcggcgtg cagttccttg gccaagtcga agagcagctg gaagttctct
     6421 ttcgatccga cgccgtagcc gccggccaca acgatgggcg agcccttgag gttgttcttc
     6481 gccttctcca catgtcgctc gatgaccttc accacacagt cctcgtcggt gatgtagtcg
     6541 ctcgtgttat gacggatcac ctggccggga tagttcgcgt cgcgcacctc cttcttcatc
     6601 acgccctcgc gcacggtggc catctgtggc ctgtggtcgg ggttgatgat ggtggcgacg
     6661 atgttgccgc cgaatgcggg gcggatttgg tagagcagat tctcgtaggt gcggccggcc
     6721 ttgcggtctt cgtacgtgcc gatctccagc gccgtgcagt cggcagtgag tccgctggtg
     6781 agggccgacg agacgcgtgg cccgaggtcg cgaccgatga cggtggcgcc catcagggcg
     6841 atctgcggtt gttcttcctt gaagagcttg atgagtacgg ctgtgtgggg cagtgaggtg
     6901 tagggagcca gacgcgggtc gtcaaagaca tgcaacacgt cgacgccgta aggcacaatc
     6961 tgtcgttcga tgccatccag tccgctccca gcggccacgg cctcgagctt gcaacccagc
     7021 tgatcagcca gcgcgcgccc cttggtgagc aactcctgac tgacgtcggc tacggtcgat
     7081 tcttctattt cgcaataaac aaagacgttg ttcatagtgg ggattcttta atagttatag
     7141 gaatggggct atccaatcgt atgatttgcg atcagctctt tcatcagctc ctcgatgtca
     7201 gcgtcggagt ctgtcagcga gcgactctct ttggcttgga agacgatgtt ttcgatcgtc
     7261 ttcaccttcg tcggtgagcc tgagaggccg cactgagcca cgtcgccatt gacgtctgct
     7321 acggaccatt ctacgaggtt caggtacgga cgcgagtcgt agagctcggc gtagggtagg
     7381 ggggcgtcgc cttttgtgcg ttcggctttc tcctgcgcac ctaacgcgtg cttgtacttc
     7441 tgcactaatc gtgcgttacg cggccgacag ggagccgccg atccgttcac cgtgaccacg
     7501 atgggcagcg gcgctccgac cgtctccacg cctccgggga tcttgcgtcg caccgtgatg
     7561 cgtccgtccg caacgccgac aatctcctct gcatacgtga tctgtgacag cccgagcttc
     7621 tctgccacct gaggccccac ctgggccgtg tcgccgtcga tggcctgccg tccgccgacg
     7681 atcaggtcga agtcgccgat cttgcggata gccatggcca gcgcgtacga cgtggccaag
     7741 gtgtcggcgc cggcgaaggc gcgatcggtg agcagcaccc cgtcgtctgc tccgcgatag
     7801 agcccctcgc ggatgatctc ggcggcgcgc ccgggcccca tggtgagcag cgtgacggtc
     7861 gatccgggat agcgttcttt tagtcgcagc gcctgctcga gcgcgttgag gtcttcgggg
     7921 ttgaagatgg ccggcagcgc tgcgcgattg atggtgccgt ccgccttcat cgcgtctttc
     7981 ccgacgttgc gcgtgtccgg cacctgcttt gccaatacaa taattctcat ctctataaaa
     8041 ggttatggtt tggcggcaaa agtagaagta ggggcgaaaa aggggcagac acatcgctgc
     8101 ggcccctgca tatagccccc gccatcccta tgtgacataa gggacaatga ttacctcgga
     8161 gacacggcag aatggcaccg ctctatcatt aatcactaat aattggctac tactataata
     8221 aagcgtcccg acgggtggaa tggggatttc ccatctcccg ccgggacgct ccgggtgatt
     8281 cgtgccttgc ccgcgtaggt ttactctcgc aattgccgcg cctgctccgc cttacgttcc
     8341 atctcgctga ggagcggggt gatgaagggg tcagcagtga tctcgccgcg cacttgtagg
     8401 aagtcggact gccgatcgcg ctcgggattg tccatgccaa agctgatttg tgagacgccg
     8461 aagaactcaa tggcggcctc cttcgagagg cgatggcgga cggtctcgag cgtggttgcg
     8521 taacggtcga ggtagacgcg acgcttgtca gcatctgtca ggtcgtagcg gtcagtgatg
     8581 aagcgcgcca agtattcggc gtaacgcgca tatacctggc gaaatgcctg atcggctttg
     8641 aagagatcgc cacggacgat gacttcgagc tcctccacgg gcataactaa ccccgccaga
     8701 tcgatccacg caccgcgccc gggcccgtcg gagggatcga tggcgccgcc gctgatcagg
     8761 taatcgccca cgaagacgtc gagcgcctcg cgatagtagg tgatgccttt ctgtagcgaa
     8821 tggcgatgga tggaacagtt gccaaaggcg taatacttcg cgtcgggctt cgactcgcgt
     8881 agctgcgtga ggaggtcgat ggcgctgagg atgcgatcga tgaggtaggg attgaggaag
     8941 tcgtaacaga tcagatcgcg cggtcgatcg gcgctgcgac ggtcgcgctg gggccacttc
     9001 cgggcatcgc gcagggtgcc agtgcggaag aggttgacgg ccgggatgag catcgattgt
     9061 ccgccttcct ccatgaggta tgagaagggc aacgcgtgcg tgtcgggatg gttgcggtgc
     9121 tcgccggtga tcatggagta agctccgaaa tgcgccgggg cctgcacgta ggagttgctg
     9181 ccgaacttgc atccgcgctc ggccacggac tggtggacgg caccgagctt gtaggcgtgg
     9241 ttgctcatgt tcgacccgct gccgatgttg gcaaacgaga ggccgcaggc gatggagagg
     9301 ctcgacttgt ggtgcgaggc agtgtgcgga gcggcgaaca cggagacggc ctcgcccttg
     9361 gcaaacatgc cgttggcaaa gagcaggcag tcgatggccg tgaaaccttg ctccaccacg
     9421 caaccctcgc ccacgaagca gcgctcgatg aaggagccgt ccaccacgtg tgcgccggga
     9481 gccaggatga agtcgcgggc catgacgccc acgcccacct ccgcgggtgc gtcggggcgg
     9541 ctcaggatgg tgccgccctg caagagcgcg gcgccgcaga tggtagctcc atcaccgatg
     9601 cgcacatctg cgatgcgtcc gcaaccctcc accacggcgc cttctccgac gcgtccgcgt
     9661 ggctcggcag cgatctgcgc ggcataagcc tcgatgctgc cgaacgcgcg gctgagtgcc
     9721 tccgtgcgat ggcgatggaa gaccatcacg tgtgccgtct gcgccgtgag gccgtcgaag
     9781 agggggatgg tgcggccgcc gttctcgttg gccacagcca cccgcacgcc gttgcccgct
     9841 gtggcgcctg cgcggtaggt catcgagccg atgtcgacga ggcgggcgcc gcggccgatc
     9901 tcgtagccgg agagggtggt gcgtatgccg gcgatgtgga ctgcgtcgcc cacggcgcag
     9961 tcatggatcg cggcgtcgcg gaggtcgact gtgctcccga ggctgaccgg ccccgagaag
    10021 cgcacacggc gtacccgctt ggcatcgaag cccacggagg ccacctccac gcactgccaa
    10081 tcttcagcct cgcagccacc ggccacgagc gtgtcgatct cgctttgcgt cagttttctg
    10141 tacgacatgg ccctctgcct cacttcttct tcccgccgaa cattccggtg atgtcgtcca
    10201 ggattttgcc gtccttgttc ttgtcgatca tgccggtgat cttgtccacg acgccctggc
    10261 ctttgccctc gaggttaccc acgacaccgc tgatcaggcc gctgaggccc tcgccactgc
    10321 cggctttctt ggagactaca tcgaggatca tcggcagcgc cgcttgcagg gcgcccgagg
    10381 cttgcgactc gttcaggccg gtcttttcca caatcgtttt aacgatcgac tgcaccgtcg
    10441 atccgctgaa taaatcattg agattcatct tgtaagtatt taatggtgaa taaaaaatgt
    10501 cggccaaaag tacgagcgac tttcaaagtg aggtgacgct tgcacttggt ttttgcttcc
    10561 tctctccccc tcccacgtat tattcgacag cgagcagctc acgcccgagc ttatgaaatc
    10621 cctgcacgat ccggtctcgt tgttccggtc gcagggcgcg cgtccctcgt gcataatgcc
    10681 ccagctgccg ttcgttgatg cccgtcattt gcgacagcgc cgatcgggtc agcacgttgc
    10741 catacttatg cagcagtgcg gagacttgca gttcgtattc caacacgtag ttcccgtttt
    10801 tgatcgcttc gggcagcggg tcgccgtcct tgatgcttcc ttcaatatga aatcggaacg
    10861 catcttcaaa cactgctttc agctcctcga ggtttctatg tgtcaccacc acgacgccgt
    10921 tcacctcagc cgcagccgaa taattcttgt cgtcccatcc gacgagcact tttacttttt
    10981 ccattgtata tcatatgact ttgttttcaa cagagaatga gatgcctcat ttccatcctg
    11041 cctgcttaaa gatgctgttt agaatctctt ggctcagggt gtcacttggt tgtccattca
    11101 cggtcacctt tccctgctta gaagcgtgaa caaactgccg gtgactgcct cgttgggtcg
    11161 tcataatcca gccatcatct cgtagcatcc gtagtatttc taccacctta aatcgcttca
    11221 tcttattcgt cttcttctca cgccgcaaag ataggaggct caccatccgc cctttcccct
    11281 tgtaatcatc agatacagcc atgcaggtgc attcatccct gtgggatgct tgtgagggcg
    11341 taagcgttac gcccccacag gaaaacgcgc catgttttgc cttgcggcac cgctatcaat
    11401 tccgaaacgc gccgcctttt cccttcccgc agcgatgcgc agcccgtgcg tcgccacgtt
    11461 ttgccttgtg gcactgctat gaattccaaa atgcgccccc gcaggcattc cgggagtgct
    11521 tttaagtcca aaactcggcg cattttgcaa tctcctgtat taaattgctg tcatatgcaa
    11581 tgcatatcat aatcctatac atcgagagct tattacttgc aatgcatatc ataaacccac
    11641 gtaccgagag tttattacct gcaatgcata tcataagccc acgcaccgag agcttattac
    11701 ctgcaatgca tatcataagc ccacacaccg agagcttatt acttgcaatg catatcgtaa
    11761 tcccacgtac cgagagctta ttacttgcaa tgcatatcat aaacccacgc accgaaggtt
    11821 tattacttgc aatgcatatc ataatcctat acaccgagag cttattactt gcaacgcata
    11881 tcataaacct acacaccgag agcttattac ttgtattgca tgtagcagag ttttatatcg
    11941 aacgaatgct atttgcattg cagataggag cgtctcgcac cgagagcttg ctacttgcaa
    12001 tgcatattcc agcaatttta tatgggagat tgcaaaatgc actgagtttc gggcttaaaa
    12061 gcactcccgg aatgcctgcg gaggcgcgtt tggggggctg cggcagtctg gcaaggcaaa
    12121 atgtggcgac gtacgggctg cgcatcgctg cgggaagggg aaaagcggcg cgtttggggg
    12181 attgcgcgag tctggcaagg caaaacgtgg cgacgcatgg gtagtgcatg ggctgcacac
    12241 cgccgccgca agggaaaaag cgacacgggg cgaaggattg tgttacaaaa tattgcttgg
    12301 tgatggaaat atttactttc gcccccgttc acattcgcac agtgagatgt tgcgtctgcc
    12361 ttgcaaaaac acccccatat ccatctatct tcaacagtaa taagacataa caacggatgc
    12421 accggggcac ggctctcgac cgagaccatg ccctcgacgg gtgcggaaat gacaaaaatt
    12481 gttttacctc atattcaata atcatcttat ggcct
//
LOCUS       SEQF3106|MIQD01000062.112225 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..12225
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(140..7993)
                     /locus_tag="SEQF3106_01556"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTGCTQPPFRPYKAPLAQPKRPSRAEKPHRLSKRHFSDVKSPF
                     FSAKGIFQDRKAPFSQQKAFFGREKPLFLSKRHFSGAGSPIFSANGPSRDVKPHFLSQ
                     WTLAGCEASFSQKTNHFRSRSPIFSENGASHIPTRRFVSLILTLLALLLSTQYTSAQT
                     PTDTARRDTTRILRTDSASIAHAVPTKPRFPVARTVPLYYRDLTQPMPADLHNPENLK
                     TTIEYDLITGMYIIRTRLGDMELGTPITLTPEQYQDYSMQQSMRAYYRQKNEENFRQS
                     AGEKMNLMDMRFNIGAADRIFGPGGIRVKSQGTAEMKVGMKTSSTKNPSLPERSRSHS
                     YFNFDNNVQLNMQATVGTKVNFGLNYNTQSSFDFDASRLNLAYAGDEDEIIKNIEAGN
                     VSLNTSNSLIRGGAALFGVKAELQFGKLRVNALLAQQNSESRTITSQGGVQTTDFEIN
                     IDNYDDNRHFFLGYFFRDRYDEAMAKLPLIASSAKITKMEVWVTNKRGNYNDARDIVA
                     FSDLGENVHIGNTAEVQPSGTIRVTYNDANTLYSRVAALNNARSIDRVNSALNFLEDG
                     RDYEKIGSARLLSPSEYTFNEALGYISLQMQLQPDESLAVAYQYTYGGKTYQVGEFST
                     DNTKNTTGCLFVKLLKGVNESPGMPFWDLMMKNVYSLEAYSVQKDKFKLDIVYQSDTV
                     GTYVYSIQEGNISGKTLLQVMNLDRLDANNEPYPNGYFDFVEGYTINPSNGRIFFPVV
                     EPFGTHLRKAIGNNTIANRYVFQELYDSTKTVAQQIAEKNKFKLRGKYRASSASEINL
                     GSTNIARGSVVVTAGGVKLTENVDYTVDYASGIVNILNESVLANRSSISVSLENQSAY
                     NMQRKTMMGLDLNYEFSKNFSAGATVMHLSEMPLTTKTTMGDESINNTLWGANLAYKG
                     ESQWLTNVVDKLPLLNLTKPSQISFNAEFAHLIAGHYQNENTGRYSYMDDFESTQSSY
                     DLLNPYPWALASVPYDNGAGARFPEASLSNNIAYGKNRALFAWYYIDGIFTRRNSSLK
                     PKHITDRDISNHYVRPVEYSEIYPNKDLAYNETNTLNTLNLAFYPNERGPYNLDADGM
                     NPDGTLTNPKKRWGGMMRKLEMTDFEHANIEYVEFWMMDPFIYNRETTTGGDLYLNLG
                     DVSEDILKDGKKFFENGLPVNGDVSQVDTNVWGKTLRQQSTVYAFDNTSGARRQQDVG
                     FNGLSSTEEKKFPTYRNYVERLRTKVSAATWMKWEHDPFSPINDPAGDDYHYFRGSDY
                     DRDEVDILTRYKHYNGTEGNSTASEDSPEGYDISSKTIPDVEDLNGDNTMSDNERYYE
                     YKISIRPKDMVVGSNHIINERKALVRLPNGDTTTVTWYQFKVPIKEYLRRVGSIQGYK
                     SIRFMRLYMTDFSETTILRLGTFELVRGDWRTYLQSLANPGAPPSINGTLDVTSVNIE
                     ENGDREPVNYILPPGVTRMTDPSQPQLRQQNEQALSMKVTNLASQDARAIYKNTNYDM
                     RRYKRMQLFVHAEKFINDVTNLSDGELSVFIRLGSDYKNNYYEYEVPLHLTPAGHYNN
                     SSDADRSAVWPDGNMIDFRTEVLTNLKNRRNRAKREGRSGVSFATVYSEFDPDRQLNK
                     ISVVGNPSLAEVKTIMIGIRNNSKDIKSGEVWVNELRMTDFDEKGGWAANAALSVALS
                     DLGTVNAAGRITTAGFGNIDQSIGERSMDNYTQYAVSASVQLGKFFPEKTQVNLPLYY
                     AYSRETISPEYNPLDGDIHLSDALDAAVTQTQKDSIKNLTQQRVTTKSLALNNVQVNV
                     QSKTPMPYDPSNFSFSYAYNENERKDPETVYETTKNYQGSLSYVYTPYVRPFQPFRDL
                     ERSNGYTRYIKQFAINYLPSSITFQTSMLRNYYEIQLRDMDHLDDAASVHTLPVSFSS
                     RFNWDRSFSIRWSPLSNLNIDFAAGTNARIEEPHVQVNKKLNRTDYEIWKDSVKKSIA
                     DLGTPLAYDQTFNVTYTLPLQYIPILDWVGANMAYTAQYNWDRGSLIDNNTKTGNTIK
                     NQRQMNLSGSLNLQSFYNKSSFLKEVNQKYSTVAESNRRNEGSRRRRGQSKYEGTIML
                     SRDSGVIVSHGLMNKKFSRITARRTSDSSRYNITYKVLDFARIRITNRDSVELRITIV
                     PAPPKEETPAYKTLEYASRFLMMIRRVNLQYTLADGMQVAGFQPMIGDWIGQANTPFG
                     NAPGWGFAFGDVRESYVREAYDRKWLMTESLQDHRALINSSRTLNGTVSIEPAVGMKI
                     ELNVNRVDSRDTEIQYLYAGMPTTYGGTFTMTTSAIGSAFSSLGNALNGYESKTFRRF
                     IENRNVIASRLENIYAGTTYPNAGFLSGSALAGKAYDPEKGSVSRNSSDVLIPSFLAA
                     YTGGNASRVGLSPFPSLLRLLPNWRISYDGLVQLPFIRKHFKTMTLSHQYRCIYSVGN
                     YLSNLTWVGVGGDHGYIEDPQTHAPRPASPYDISSVNITESFSPLIGIDAMFINNVTA
                     GLKYQKTRNLNLNVPSYQIVETHSGEFTISLGYKYAEFNKILKMRKKGDFSNDLTLRF
                     DYSRRKTQSLIRKIENVYTQMTAGTMTQSLQFTADYAFSRAVTLRAYYDLQINTPLIS
                     TNSYPTSNSDYGLSIRLSLAQ"
     CDS             complement(8028..8615)
                     /gene="ruvA"
                     /locus_tag="SEQF3106_01557"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A809"
                     /codon_start=1
                     /transl_table=11
                     /product="Holliday junction ATP-dependent DNA helicase
                     RuvA"
                     /translation="MIEYIKGEIVELQPALMVMECGGVGYELNISLTTYSAFDGQREG
                     KIYVHEVIREDAHLLFGFAGREERELFLLLTSVSGVGPNTARMILSSFKPSDLIDVIA
                     AGDDTTLTAVKGIGNKTAQRIVVDLKNKVRPVAGLDERRAAHSVRPDTQEEAVAALVM
                     LGFQKNASQKAVEKLLKAQPDMPVEQIVRSALKML"
     CDS             complement(8875..9822)
                     /locus_tag="SEQF3106_01558"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRLRNILITLLLLGIAGIIAGSFFLLDYGLRPADNKGRDTDGS
                     YAYMLETYPFLRPWIDSLRREGALRDTFITADDGTRLHALYARAPRPTRRSAVIIHGY
                     TDCAVRMLMIGYLYHHDLGFNILLPDLYGAGLSGGDYIRMGWLDRLDVIRWTRIADEL
                     FGPRATIALHGISMGAATVMMVAGEEQQADVRCFVEDCGYTSVWDEFGKELHTQFGLP
                     EMPMLYTTSMLCRARYGWDFLQASSLAQVAASELPIFFIHGEADDYVPTEMVHPLYEA
                     KRRGDRALWIAPGSAHAFSYHDHRAEYTARVRAFVRKYM"
     CDS             complement(9956..10417)
                     /gene="tadA_2"
                     /locus_tag="SEQF3106_01559"
                     /EC_number="3.5.4.33"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q99W51"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA-specific adenosine deaminase"
                     /translation="MNKASVSLSPLDDAYFMRQALAEARQAAAEGEVPVGAVVACGDR
                     VIARAHNQTERLNDPTAHAEMLALTAATGAMGAKYLPDCRLYVTVEPCVMCAGAIGWA
                     QLGAVIYGAPDAKRGFTVFAPRALHPRTVVRGSVMEAECAAEMTAFFRTKR"
     CDS             complement(10440..12083)
                     /locus_tag="SEQF3106_01560"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRDLHFTIYFSIILCLCCAGGWPANAQQTRREHEALRALDGII
                     RRRTTYHQEKEHHIDSLKQRLAHATTDAARFDLCSQLYEAYVAYRTDSALKYIGEKER
                     LLPRLTGPAYRIDARLNRAGALTIAGMYKEALEVLQQIPRGDIPPSLLQGYFHHFRTL
                     YGHMADYALTDNERRAYLIEADHYRDSLLSIIPPTDVNHRIIRADQCNAREQYPQAIR
                     LLTPVADTCSDPAVMRFLAYTLADAYGRMGNRERQKYFLARSAEADLRLAIREYISLR
                     KLAFLLYEDGDIDRAYDYMKCALEDAGACNARARIVEAAEIYPVIDRAHRIRSDRKRR
                     TIIALLAGTAVLTLSLVFSLLHVYRQMKRLSEARHALAEANKRLQAANDALQAVNHTL
                     REANAIKEEYVAQYINRCSIYIDKLDNYRRRLMKLAANNKMNELLRAIRSNDLIEAER
                     REFYAEFDRTFLSLFPHFVDKFNALLNEKDRITLKSGERLNTELRIFALIRLGITDST
                     RIAGFLQYSVTTIYNYRSKLRNRALGNKNEFEAAVMHIS"
ORIGIN      
        1 gtgggcgctg acgcggagat gttgtgcgat ggtcttctta tggagaaata cagcgtatcg
       61 catacgctct tgcctgtact tggccacggg atcgatcgct cccccggaga ggtttgtaga
      121 ggcgaatggt tattcgcccc tactgcgcga gggagaggcg gatgctaagc ccatagtcgg
      181 agttggaggt ggggtaggaa ttggtggaga tgaggggggt gttgatctgg agatcgtagt
      241 aggcgcgaag ggtgacggca cgactgaagg cgtagtcggc tgtgaattgc agactttgcg
      301 tcatggtgcc ggcggtcatt tgagtgtaga cgttctcgat cttgcggatg agggattgcg
      361 tcttgcggcg ggagtagtcg aaacgaaggg tgaggtcgtt gctgaagtcg cccttcttac
      421 gcattttgag gattttgttg aactcagcgt acttgtaacc gaggctgatg gtgaactcgc
      481 ccgagtgggt ctccacgatt tggtaagagg ggacgttgag gttcagattg cgtgtcttct
      541 gatacttcag gccagcagtg acgttgttga tgaacatggc atcgatgccg atgaggggcg
      601 agaagctctc ggtgatgttg accgacgaga tgtcgtaagg cgaggccgga cggggggcgt
      661 gcgtctgcgg gtcttcgatg tagccatgat cgccaccgac gcccacccag gtgaggttgg
      721 agaggtagtt gcccacgctg tagatgcagc ggtactggtg gctgagggtc attgttttga
      781 aatgtttgcg gatgaagggc agttgcacga ggccgtcgta cgagatgcgc cagttgggca
      841 gcaggcggag gagggagggg aagggggaga ggccgacgcg ggaggcgttg ccaccggtgt
      901 aggctgcgag gaaggagggg atgagcacat cggatgagtt acggctgacg cttcccttct
      961 cggggtcgta ggccttgcct gccaaggcgg agccggagag gaaaccggca ttgggatagg
     1021 tggtgcctgc atagatgttc tcgaggcgtg aggctatgac gttgcggttt tcaataaagc
     1081 gtcggaaggt tttggattcg tagccgttga gggcgttgcc gaggctggag aaggcgcttc
     1141 cgatggcgga ggtggtcatg gtgaaggtgc cgccgtaggt ggtgggcatg ccggcgtaga
     1201 ggtattgtat ctctgtgtcg cgcgaatcga ctcggttcac gttgagttca atcttcatgc
     1261 ccacggctgg ctctatgctg acggtgccgt tgagggtgcg gctgctgttg atcagggcgc
     1321 ggtggtcttg caagctctcg gtcatgagcc acttgcgatc gtaggcttcg cggacgtagc
     1381 tttcacggac gtcgccaaag gcaaagcccc agccgggcgc gttgccaaag ggcgtgttgg
     1441 cctgccctat ccagtcgcca atcatgggtt ggaagccagc cacctgcatg ccatcagcca
     1501 gtgtgtattg cagattgacg cggcggatca tcatcaggaa gcgggaggca tactcaaggg
     1561 ttttgtaggc gggtgtctcc tccttgggtg gagcgggaac gatggtgatg cggagctcca
     1621 cggagtcgcg gttggtgatg cgtatgcggg caaaatcgag caccttgtag gtgatgttat
     1681 atcgcgagct gtcgctggtg cgacgagccg tgatgcgtga gaacttcttg ttcatcagtc
     1741 cgtgggagac gatcacgcca ctatcgcggc tgagcatgat ggtgccctca tacttcgact
     1801 gtccacggcg gcggcgcgag ccttcgttgc ggcgattgct ctcggccaca gtgctgtatt
     1861 tctggttgac ttctttcagg aaagagctct tgttatagaa ggattgcagg ttcaggctac
     1921 cggagaggtt catctggcgc tggttcttga tcgtgttgcc cgtcttggtg ttgttgtcta
     1981 tgagggagcc acggtcccaa ttatactggg cagtgtaggc catgttagcc cccacccaat
     2041 cgagtatggg gatgtattgc aggggcaggg tgtaggtcac gttgaaagtc tggtcgtaag
     2101 ccaaaggcgt accgaggtca gcgatgctct tcttgacgga gtctttccaa atctcatagt
     2161 cggttcggtt gagcttctta ttcacttgca cgtgtggttc ttcgatgcgg gcgttggtgc
     2221 cagcggcgaa gtctatgttc aggttggaga gcgggctcca gcggatgcta aaggagcgat
     2281 cccagttgaa gcggctgctg aaggagacgg gcagggtgtg tacggacgcg gcatcgtcta
     2341 agtgatccat gtcgcggagc tgtatctcgt agtagttacg gagcatggag gtctggaagg
     2401 tgatgctgga gggcaggtag ttgatggcga attgcttgat gtagcgcgtg tatccgttgc
     2461 tcctctctaa gtcgcggaag ggttggaaag gtcggacgta gggcgtatag acgtagctga
     2521 ggctgccctg gtagttcttc gttgtctcat agaccgtctc gggatccttg cgctcgtttt
     2581 cgttataggc atagctgaag gagaagttcg aggggtcgta gggcatgggc gtcttgctct
     2641 gcacattcac ttggacgttg tttagggcga ggcttttggt ggtgacgcgc tgctgggtga
     2701 ggttcttgat ggagtctttc tgcgtctggg tgacggccgc gtcgagggcg tcgctgagat
     2761 ggatgtcgcc gtcgaggggg ttgtattctg gggagatcgt ctcgcgagag taggcgtagt
     2821 agaggggcag gttcacttgt gtcttttcgg ggaagaactt gccgagctgt acggaagcgg
     2881 agacggcata ttgcgtgtaa ttgtccatgc tgcgttcgcc gatagattga tcgatgttgc
     2941 caaagccggc cgtggtgatg cgtccggccg cattgacggt tccgagatcg gagagggcga
     3001 cactcagtgc tgcgttggca gcccatccgc ctttctcgtc gaagtcggtc atgcggagtt
     3061 cattcaccca cacctcgccg ctcttgatgt cttttgagtt gttgcgtata ccaatcataa
     3121 tcgtcttcac ttcggccaag ctcgggttgc ccaccacgct gatcttgttc agctgacggt
     3181 cggggtcgaa ctcggagtag acggtggcga aggagacgcc cgaccggcct tcgcgcttgg
     3241 cgcggttgcg acggttcttc aggttggtga gcacttcggt gcggaagtcg atcatgttgc
     3301 catcgggcca cacggctgag cgatcggcgt cgctgctgtt gttgtagtgt ccggcggggg
     3361 tgaggtgcag gggcacctcg tactcgtagt aattgttctt gtagtctgat ccaaggcgaa
     3421 tgaagacgga gagctcgcca tcgctgaggt tggtgacgtc gttgatgaac ttctcagcgt
     3481 ggacgaagag ctgcatgcgc ttgtagcggc gcatgtcgta gttcgtattc ttgtagatgg
     3541 cgcgtgcgtc ttgcgaggcg aggttggtga ccttcatgga gagtgcttgc tcgttctgct
     3601 ggcggagttg tggctgactg gggtcagtca tgcgggtgac tcccggaggc aagatgtagt
     3661 tcacgggttc gcggtcgcca ttctcttcga tgttgacgga ggtgacgtcg agtgtgccgt
     3721 tgatggaggg cggtgcgcca ggattggcta agctctgcag ataagtgcgc caatcgccac
     3781 gcaccagctc gaaggtgccg aggcggagga tggtcgtctc gctaaagtct gtcatgtaaa
     3841 ggcgcatgaa gcggatgctc ttgtagccct gtatggagcc tacacgacgc aggtattcct
     3901 tgatgggcac cttgaactga taccatgtga cggttgtcgt gtcgccgttg ggcagccgga
     3961 cgagggcttt gcgctcgttg atgatgtggt tgctacccac gaccatgtct ttggggcgga
     4021 tggagatttt gtactcatag tatcgctcat tatcgctcat ggtgttgtcg ccgttcagat
     4081 cttccacatc ggggatggtt ttggatgaga tgtcgtagcc ttcgggggaa tcttctgagg
     4141 ctgtggagtt gccttcggtg ccgttgtagt gtttgtatcg ggtaaggatg tccacttcgt
     4201 cgcggtcgta atctgagcct cggaagtagt gatagtcgtc gcctgcaggg tcgttgatgg
     4261 gggagaaggg atcgtgctcc cacttcatcc atgtggcggc ggagactttg gtgcgcaggc
     4321 gctccacata gttgcgatag gtggggaatt tcttctcttc tgttgatgag aggccgttga
     4381 aacctacatc ttgctgccga cgcgcgccag aggtgttgtc aaaagcgtag actgtgcttt
     4441 gttggcgcag tgttttgccc cagacgtttg tatccacttg gctcacatcg ccattgacgg
     4501 gcagaccgtt ctcaaagaac ttcttgccgt ccttgaggat gtcttcggaa acgtcgccga
     4561 ggttcaggta gaggtcgccg cctgtagttg tttcgcggtt atagatgaag ggatccatca
     4621 tccagaactc gacgtattcg atgttggcgt gttcgaagtc tgtcatctcc agcttgcgca
     4681 tcatgccgcc ccaacgcttt ttggggttgg tcaatgtgcc atcggggttc atgccgtcgg
     4741 catcgaggtt gtaggggccg cgttcgttgg ggtagaaggc gaggttgagg gtgttgaggg
     4801 tgttggtctc gttgtaggcg aggtctttgt tggggtagat ttcggagtat tctacggggc
     4861 ggacgtagtg gtttgagatg tcgcgatctg tgatgtgttt tggcttgagg gatgagttgc
     4921 ggcgggtgaa gatgccgtcg atgtaatacc aggcgaagag tgcgcgattc ttgccgtagg
     4981 ctatgttatt cgagagtgat gcctcgggga aacgcgctcc ggcgccgttg tcgtaaggta
     5041 cactggccag ggcccaggga taggggttga gcaggtcgta gctgctttgg gtggattcga
     5101 aatcgtccat gtaggagtag cgccctgtgt tttcgttttg gtaatggccg gcgatgaggt
     5161 gggcaaactc ggcattgaag gagatttggc tgggtttggt caggttgagc agggggagtt
     5221 tgtctaccac atttgtgagc cattggcttt cgcctttgta ggcgagattg gcgccccaga
     5281 gggtgttgtt gatggattcg tcgcccatgg tggtctttgt tgtgagcggc atctcagaaa
     5341 ggtgcatgac ggtggctccg gcggagaagt ttttggagaa ttcgtagttc agatcgaggc
     5401 ccatcatcgt cttgcgctgc atgttgtaag ctgattggtt ctcgagcgat acgctgatgg
     5461 agctgcgatt ggccagcacg ctttcgttga ggatgttgac gatgcctgag gcgtaatcca
     5521 cggtgtaatc cacattttct gtcagcttga cgccgccggc tgtgactacg actgatccgc
     5581 gggctatgtt ggtggatccg aggttgattt ctgaggctga ggaggctcgg tatttccctc
     5641 gcagcttgaa tttgttcttt tctgcgatct gctgggctac ggttttggtg gagtcgtaga
     5701 gctcttggaa gacgtatcgg ttggcgatgg tgttgttgcc gatggctttg cgcaggtgtg
     5761 tgccaaaggg ctcgacgacg gggaagaaga tgcgcccgtt gctggggttg atggtgtagc
     5821 cctccacgaa gtcgaagtag ccgttggggt agggttcgtt gttggcgtcg aggcggtcga
     5881 ggttcatgac ttggaggagg gttttgccgg agatgttgcc ttcttggatg ctgtagacgt
     5941 aggtgccgac ggtgtcgctt tggtagacga tgtcgagctt gaacttgtct ttttgtacgg
     6001 aataggcctc gagtgagtag acgtttttca tcattaggtc ccagaagggc atgccgggcg
     6061 attcgttgac gcccttgagg agcttgacga agaggcagcc agttgtgttc ttggtgttgt
     6121 cggtagaaaa ttcgcccact tggtatgtct tcccgccgta ggtgtattgg taggctacgg
     6181 cgaggctttc gtcgggttgg agttgcattt ggagggagat gtagcccagg gcttcgttga
     6241 aggtgtattc tgaggggctg aggaggcggg cgcttccgat cttttcgtaa tcgcgcccat
     6301 cttcgaggaa gttgagggcg ctgttcacgc gatcgatgct gcgggcgttg tttagggctg
     6361 ccacgcggct gtagagtgtg ttggcgtcgt tgtaggtgac gcggatggtg cccgagggtt
     6421 gcacttcggc ggtgttgccg atgtggacgt tctcgcccag gtcggagaag gctacgatgt
     6481 cgcgggcgtc gttgtaattg cctcgtttgt tggtgaccca gacttccatt tttgtgattt
     6541 tggcgctgga ggctatgagg ggtagtttgg ccatggcttc gtcgtagcga tcgcggaaga
     6601 agtatccgag gaagaagtgt cggttgtcgt cgtagttatc gatgttgatt tcaaagtcgg
     6661 tcgtttgcac gcctccttgt gaggtgatgg tgcgggactc ggagttttgc tgggccagga
     6721 gtgcattgac gcgcaacttg ccgaattgca gttctgcctt gacgccgaag agggctgcgc
     6781 cgccgcggat gagtgagttg cttgtgttga ggctgacatt accggcctcg atgtttttga
     6841 tgatttcgtc ttcgtcgccg gcgtaggcca ggttgagccg ggaggcgtcg aagtcgaacg
     6901 aggattgggt gttgtagttc aggccgaagt tcaccttggt gccgacggtg gcttgcatgt
     6961 tgagctgtac gttgttgtcg aagttgaagt aggagtggct gcgggagcgt tcgggcaggg
     7021 aggggttctt cgtggagctg gtcttcatgc cgactttcat ctcggctgtc ccttgcgact
     7081 tgacgcggat gccgccgggg ccgaagatgc ggtcggcggc gccgatgttg aagcgcatat
     7141 ccatcaggtt cattttttcg cctgctgact gcctaaagtt ttcctcattc ttctgtcggt
     7201 aatatgcgcg catggattgc tgcatgctgt agtcttgata ttgctcgggg gtgagggtga
     7261 tgggtgtgcc gagctccatg tcgccgaggc gggtacggat gatgtacatg ccggtgatga
     7321 ggtcgtactc gatggttgtt ttcaggtttt ccgggttatg tagatcggct ggcatgggct
     7381 gcgtcaggtc gcgatagtag aggggcactg tgcgggctac ggggaagcgt ggcttggtag
     7441 gcacggcgtg ggcgatgctg gccgagtcgg tgcggaggat gcgtgtggtg tctcggcgcg
     7501 ctgtgtcggt tggggtttgt gcgcttgtgt attgggtgga gaggaggagg gcaaggaggg
     7561 taaggatgag gctcacgaag cgtctcgtgg ggatgtgtga ggcgccattt tctgagaaaa
     7621 tggggcttcg cgacctgaaa tggttcgttt tctgagaaaa tgaggcttca caccccgcga
     7681 gggtccattg gctgagaaaa tgaggcttca catcccgcga aggtccattg gctgagaaaa
     7741 tggggcttcc cgctcccgaa aaatgccttt tgctgagaaa aaggggcttt tcacgtccga
     7801 aaaatgcctt ttgctgagaa aaaggggctt ttcgatcctg aaaaatgcct tttgctgaga
     7861 aaaaggggct tttcacgtcc gaaaagtgcc ttttgctgag ccgatggggc ttttcagctc
     7921 gggagggtct ctttggctga gccaacgggg ctttgtatgg cctgaatggg ggctgtgtgc
     7981 aacctgtttt catatacgtg gaggctgggg gggatttggg gtggggctca aagcatcttc
     8041 agggcgctgc gcacgatctg ctccacgggc atgtctggct gggccttgag gagcttctcg
     8101 acggcttttt gggaggcgtt tttctggaat ccgagcatga cgagcgcggc tacggcttct
     8161 tcctgcgtgt cgggccggac gctgtgtgcg gctcggcgtt cgtcgaggcc ggccacgggg
     8221 cggaccttgt ttttaaggtc tacgacgatg cgttgggccg tcttgttgcc gatgcccttg
     8281 acggcggtca gggtcgtgtc gtcgcccgcg gcgatgacgt cgatgaggtc gctgggcttg
     8341 aaggaggaga ggatcatgcg ggcggtgttg gggccgacgc cggaaacgga tgtgagcagt
     8401 aggaagagct cgcgctcctc gcgtccggca aagccaaaga gcagatgggc gtcttcgcgg
     8461 atgacttcgt ggacgtagat cttgccctcg cgctgcccgt cgaaggcgct gtaggtggtc
     8521 agggagatgt tcagctcgta acccacgccg ccgcactcca tgaccatcag cgcgggttgc
     8581 agctctacga tttctccttt gatgtattca atcataaacg tggcatttgt gcagccttgc
     8641 ggctacaggt aattattaag gaaggggcca aacgatgcgc ccgcccggga tatacgcgtc
     8701 cctcataacg tgaaaagatg agaaaacgta tatcatcaag ccgagggcaa ttattaatga
     8761 ttagtgatta atgatagcgc ggtgccatgc tgccgtgtct tcggggtaat cattgatcat
     8821 tgacaattaa tcattgacaa gtcgcccttc ggatcggatc ggcccccccc cggcctacat
     8881 atacttccga acgaatgccc ggacgcgtgc ggtgtactcc gcgcgatggt catggtagga
     8941 aaaggcgtgg gccgatccgg gggcgatcca cagcgcgcgg tcgccacggc gtttagcctc
     9001 gtagaggggg tgaaccatct cagtgggcac gtaatcgtcc gcctcgccgt ggataaagaa
     9061 gatgggcaac tccgaagccg ccacctgcgc cagcgacgag gcttgcagga agtcccaccc
     9121 gtaacgcgcg cggcagagca tgctggtggt gtaaagcatc ggcatctcgg gcaggccgaa
     9181 ctgggtgtgc agctccttgc caaactcatc ccagacgctg gtgtagccgc agtcttccac
     9241 aaagcagcgc acgtcagcct gttgctcttc gccggccacc atcatcaccg tggcggcgcc
     9301 catcgatatg ccatgcaggg cgatcgtggc gcgtgggccg aaaagctcgt ccgcgatgcg
     9361 tgtccagcgg atcacgtcga ggcggtcgag ccagcccatg cggatgtaat cgccgccgct
     9421 caggccagcg ccgtagaggt cgggcaggag gatgttgaag cccaagtcgt ggtgatagag
     9481 gtagccaatc atgagcatgc gcacggcgca atcggtgtag ccgtgaatga tgacggccga
     9541 gcggcgcgtg ggccgcggag cacgggcgta gagcgcatgt aggcgtgtgc cgtcgtcggc
     9601 agtgatgaag gtgtcgcgca gggcgccctc gcggcggagg ctgtcaatcc aggggcggag
     9661 aaaggggtag gtctcaagca tgtaagcgta cgacccatcc gtatcgcgac ctttgttgtc
     9721 agccggtcgg aggccgtaat cgagtagaaa aaagctgccg gcaatgatgc ctgcgatgcc
     9781 gagcagcaaa agggtgatca gtatgttgcg taatcttctc atcatggcaa caaaggtaag
     9841 ggcgcggccg atgcgtctca ccaattctct cccacagaca cccccggagc accgaaaaat
     9901 ccagctccat cgctttggga ggggcatgca cgagcgccgc cctccccctc cctgactatc
     9961 gcttcgtgcg gaagaaggcc gtcatctcgg cggcacattc cgcctccatc acgctgccgc
    10021 gaacgactgt ccgcgggtga agcgcacggg gggcaaagac ggtgaagcca cgtttggcat
    10081 ccggtgcgcc atagatgacg gcaccgagct gcgcccaacc gatggcgcca gcacacatca
    10141 cgcatggctc gacagtgacg taaagccgac agtcgggcag atacttcgca cccatcgcgc
    10201 cggtggcagc cgtgagtgcg agcatctccg catgcgctgt agggtcgttc aggcgctccg
    10261 tctggttgtg cgcccgggca atcacccgat cgccacaggc gacgactgcg cccacgggca
    10321 cctcgccctc cgctgctgcc tggcgcgcct cggccaatgc ctgacgcatg aagtaggcat
    10381 catccaaagg gctgagcgat acggacgctt tattcattag agatagggga tggaggcggt
    10441 taactgatgt gcatcacggc ggcctcgaac tcgttcttgt tgccgagtgc cctgttgcgc
    10501 aacttgcttc ggtagttata gatggtggtg acggagtatt gcaggaagcc ggcgatgcgc
    10561 gtgctgtcgg tgatgccgag gcggatgagg gcgaagatgc ggagctcggt attgaggcgt
    10621 tcgccagact tgagggtgat gcgatccttc tcgttgagca gggcgttgaa cttatccacg
    10681 aagtggggga agaggctgag gaaggtgcgg tcgaactcgg cgtagaactc gcggcgctcg
    10741 gcctcgatga ggtcgttgga gcggatggca cgcagcagct cgttcatttt gttgttggcg
    10801 gccagcttca tgaggcggcg gcggtagttg tcgagcttat cgatgtagat ggagcagcgg
    10861 ttgatgtatt gtgctacata ttcctccttg atggcattgg cctcgcggag ggtgtggttg
    10921 acggcctgta gggcatcgtt agctgcttgg agtcgcttgt tggcctcggc gagtgcgtgg
    10981 cgcgcttcgg acaggcgctt catttgtcgg taaacgtgta ggagggagaa gacgaggctg
    11041 agggtgagca cggcagtgcc ggccagcagc gcgatgatgg tgcggcgctt gcggtcgctg
    11101 cggatgcggt gggcgcgatc gatgacgggg tagatctctg cggcctccac gatgcgtgcg
    11161 cgggcgttgc aggcgccggc gtcttcgagg gcgcacttca tgtagtcgta ggcgcggtcg
    11221 atgtcgccgt cttcgtagag caggaaggcg agtttgcgca gcgagatgta ttcgcggata
    11281 gccagtcgga ggtcggcctc agcagagcgg gccaggaagt acttctgccg ttcgcggttg
    11341 cccatgcggc cgtaggcgtc ggccaaggtg taagccaaga agcgcatcac ggcagggtcg
    11401 ctacaggtgt cggccacggg cgtgagcagt cggatagctt gcgggtattg ctcacgggcg
    11461 ttgcattggt cggcgcgtat gatgcggtgg ttgacgtcgg tgggggggat gatggagagg
    11521 agcgagtcgc ggtaatgatc ggcctcgatg aggtaggcgc ggcgctcgtt gtcggtcagg
    11581 gcgtagtcgg ccatgtggcc gtagagggtg cggaagtgat ggaagtagcc ctgtaggagg
    11641 ctgggcggga tgtcaccgcg cgggatctgt tggagcacct caagggcttc tttatacatc
    11701 ccggcgatgg tgagtgcgcc ggcgcggttg aggcgtgcgt cgatgcggta ggcggggccg
    11761 gtgaggcgcg ggaggaggcg ctctttttca ccgatatact tcagggccga gtcggtgcgg
    11821 taggccacgt aagcctcgta gagctggctg cagaggtcga agcgtgcggc gtcggttgtg
    11881 gcgtgtgcga gtcgctgctt caggctgtcg atgtggtgtt ccttttcttg gtgataggtg
    11941 gtgcgtcgtc ggatgatgcc gtcgagcgcc cggagtgcct cgtgctcgcg gcgtgtctgc
    12001 tgggcgttag ccggccagcc tccggcgcag cataggcaca ggatgatgct gaaatagata
    12061 gtaaagtgta agtctctttt cacggatcgc ctcctcttct tgtctccgct atggatctgg
    12121 tttttcaggg gctaaaggta gggcgatctg cgtaagcgcg tggggaacag accagggctg
    12181 acgcataatc cgaactatag ccccagttcg aagagttgca gagga
//
LOCUS       SEQF3106|MIQD01000063.111891 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..11891
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(194..655)
                     /gene="ntpK"
                     /locus_tag="SEQF3106_01561"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P43457"
                     /codon_start=1
                     /transl_table=11
                     /product="V-type sodium ATPase subunit K"
                     /translation="MGPVLLAYVGVALMVGLSGIGSAYGLTICGNAVVGAMKKAPEKM
                     GTYIALSALPSSQGLYGFVAYMMMQKYLVGSIPWVAAAGILGAGLIMGFAGFFSAVRQ
                     GQVCANGIAATGSGHNVFAATMVMAVFPELYAILALVVSILISFTFPAVVA"
     CDS             complement(705..2573)
                     /locus_tag="SEQF3106_01562"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVKMSKYAFMVYHKEYDAFLEMLRSLGVVHIRETKSEKDDAGL
                     QRLMAERKRLENELRQLRQTQESRLEALKDEAKAAGNKAKITLPIAPERPVTAEEGAA
                     LLDKIDDLRDRIEKAQTAEQATEKDLATMQVWGEFSYADLRRLRDAGHEVTFFSCPAA
                     RYDEAWETDFYAVPIATAQSATYFITITPVGTPIEIDAERVRMPEKDLCTLRDTLQTQ
                     RLQREELNAQLLTIALDDYRTLEAYDRLLENEYTWDNAKVQTEREADDRLMLLEGWIP
                     AAEEQSLEAALDHGNYYCRKLEITDADDIPVELKNNRFNRLFEPITRLYSLPNAREFD
                     STPLFAPFFMLFFGICFGDGGYGLLLILAGTLLKRKAKADVKPILSLLQCFGLATLIV
                     GTLSGSFFGVNLAEVPALASVKRYFLSSDNIMTLSILIGFVHVLYGKFVAAMKVKVQR
                     GLKYSLAGFAWVFLILALALAVGLPMANIQLSQPVVYALYGMAGVGALVAFFYNSPGK
                     NVFLNFGSGIWATYNTASGLLGDTLSYIRLYAIGLTGSLLGGVFNTMAIDMTAGLPLW
                     VRWLPMLLILLFGHALNIGLSMISSLVHPMRLIYVEYYKNSEFEGGGTAYAPFRKI"
     CDS             complement(2570..3181)
                     /gene="atpD"
                     /locus_tag="SEQF3106_01563"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00271"
                     /codon_start=1
                     /transl_table=11
                     /product="V-type ATP synthase subunit D"
                     /translation="MAIKFQYNKTSLQGLEKQLKVRERALPTIKSKESALRMEVKRTK
                     GEAAALEDRLEKEIRNYEYMMALWNEFRPDLISVEDVRLSARKIAGVPVPVLDGVEFR
                     IARYSLFSAPSWYADGIELLKTMAETGIEAEFTNLKLDMLERARRRTTQKLNLFEKVQ
                     IPGYKDAIRKVKRFMEDEESLSKSSQKIMRANQEKRNAKEAEA"
     CDS             complement(3206..4531)
                     /gene="ntpB"
                     /locus_tag="SEQF3106_01564"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q08637"
                     /codon_start=1
                     /transl_table=11
                     /product="V-type sodium ATPase subunit B"
                     /translation="MATKAFQKIFTKITQITKATCSLKATGVGYDELASVDGKLAQVV
                     KIAGDEVTLQVFSGTEGIRTNAEVVFMGKAPSLKVGDQLAGRFFNAYGDPVDDGPVPE
                     GREVEIGGPSVNPVRRKQPSELIATGIAGIDLNNTLVTGQKIPFFADPDQPFNEVMAM
                     VALRAQSDKIVLGGMGMTNDDYLFFKNTFSNAGALDRIVSFINTTEDPSVERILVPDM
                     ALAAAEYFAVEKHEKVLVLLTDMTNYADALSIVSNRMDQIPSKDSMPGSLYSDLAKIY
                     EKAVQFPDGGSITIIAVTTLSGGDITHAVPDNTGYITEGQLYLRRDSDVGKVIVDPFR
                     SLSRLKQLVTGKKTREDHPQVMNAAVRLYADAADAKTKMENGFDLTDYDNRALAFARD
                     YSEKLLAIDVNLDTTEMLDVAWALFAKHFKQAEVNIKQALVDKYWPAAQ"
     CDS             complement(4546..6312)
                     /gene="ntpA"
                     /locus_tag="SEQF3106_01565"
                     /EC_number="3.6.3.15"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q08636"
                     /codon_start=1
                     /transl_table=11
                     /product="V-type sodium ATPase catalytic subunit A"
                     /translation="MTTKGTVKGIVSNLVTVEVNGPVSQNEICYITVGGVRLMSEVIK
                     VIGRNAYVQVFESTRGMRVGDEAEFMGHMLEVTLGPGMLSRNYDGLQNDLDKMEGVFL
                     KRGEYTYPLDNDRLWDFKPLAAVGDTVEAGAWLGEVEENAQPHRIMVPFTFEGIYKVK
                     SVVPEGQYPVTHTIVVLTDEQGAEHPVTMIQKWPVKRAITCYREKPRPYKLLETGVRI
                     IDTVNPIVEGGTGFIPGPFGTGKTVLQHAISKQAEADIVIIAACGERANEVVEIFVEF
                     PELVDPHTGRKLMERTIIIANTSNMPVAAREASVYTAMTIAEYYRSMGLKVLLMADST
                     SRWAQALREMSNRLEELPGPDAFPMDLSAIIANFYARAGMVVLNNGKTGSVTFIGTVS
                     PAGGNLKEPVTENTKKVARCFYALEQARADRKRYPAVNPIDSYSKYLEYPEFEEYVAE
                     HISPDWLGMVNEVKTRMLRGKEIAEQINILGDDGVPVDYHVTFWKSELIDFVILQQDA
                     FDATDSVTPLERQEYMMKRVIDICHQDFAFESFSEVTEYFKRLINVLKQMNYSEFHSE
                     QFENYSRQAEALLQEAAAESKQ"
     CDS             complement(6325..7194)
                     /locus_tag="SEQF3106_01566"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKYYYLIAGLPEVALDDGRRPYTVADFKAEVMPMLSDTDRRLF
                     SCFFLQYDNRNVLSMLQRAESAWDARGTVTRDDAEAVLAAIKEEEALPQTALPAYLVD
                     FMREYLKAAEEGRTMDSAQWQDRLTALYFRYAMKVKNTFVRDWYELNLNIANVLTALS
                     CRKHGLDRAEYIVPANEMAEALRTSNARDFGLSESVEYLPELMRVAEEPDLLMRERRI
                     DLMKWSWLENGTFFKTFDFERVFAYLLQIEMIERWAALDAAAGEATFRNMVGALKKGS
                     ATVLDEFKRNHTK"
     CDS             complement(7191..7787)
                     /gene="atpE"
                     /locus_tag="SEQF3106_01567"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00311"
                     /codon_start=1
                     /transl_table=11
                     /product="V-type proton ATPase subunit E"
                     /translation="MDSKIQELTEKIYREGVEKGNAEAGRIVADAKDKESRMLGEART
                     EADAIVEQARREADELRKNTEAELRMYAAQAVEALKTEVADLVTDRVVKENVKAATAD
                     ADFMRQMMLEIAREWAKNGEMTIQTADADKLTTYFKTNAAALLKGGVKIEEVNGNKAS
                     FAIAPADGSYKIHFGEAEFVEYFKEFLRPQLIEMLFSK"
     CDS             8024..8578
                     /locus_tag="SEQF3106_01568"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPVDDRRRAFPQGKTPTTIVNGAFPQGKTPTTIVNGHFRKEKRQ
                     RRSSTEHFRKEKRQRRSLTEHFRKEKRQRRSLTGHFRKEKRQRRSSTGHFRKEKRQRR
                     SSTGYFHIKKAGHLRREVLHADVRPFLIVRFSLTRCSGSSTRREAWPRATRQGSRWRW
                     RRAARSRLRRRAASDTRRPRGCSS"
     CDS             complement(8427..9131)
                     /gene="frp"
                     /locus_tag="SEQF3106_01569"
                     /EC_number="1.5.1.38"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q56691"
                     /codon_start=1
                     /transl_table=11
                     /product="NADPH-flavin oxidoreductase"
                     /translation="MKYLSKNWRAFALCMLAALALTTGCQNKPAEQADQTAATDTTAA
                     EENPTDNAVVRAIMARRSVRKYKADPVPKEMLDVILRCGINAPNAKNEQHWEVRVTES
                     KTFIDGITKVFVESAKGDEQMQKMVEAPDFRNMFRNAPTVIFVAGKADEKSSPIDCGL
                     LGENIMLAAQSMGLGTCCLGSAAGFMKSTPAAAEYLKQLAFSDGYELLYAIAIGYPDE
                     SPEAKPRDESKIRYIE"
     CDS             complement(9183..9971)
                     /locus_tag="SEQF3106_01570"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTISGFRIHLIMALLAAIGLSACSHTPEGIIPEKQMRDVMIDLR
                     TAEAMIYDDPQRYETFEQRRALFNDVFAKYHLTEAQYDSSLMWYGRNLDIYMGVCDMA
                     LEEMDRRMKAAGSDPGYGVTVRRSSSSTTPDLWSGARYYAFSPRSLTDRVVFDTSPND
                     QNNATEYALEMQAWGMRPEAGERIIVSLRAEGDSTLAMRDTITADGPHRIALSNPPGN
                     YVRRLYGYLRVIAPTGRVYVDDLRLTPGEAAPEDIEEPVMPPLE"
     CDS             complement(9986..10633)
                     /gene="lspA"
                     /locus_tag="SEQF3106_01571"
                     /EC_number="3.4.23.36"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00161"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoprotein signal peptidase"
                     /translation="MSEPTRATKTWGAAAIILLLLFLDQAFKIWVKTHMALGESITIF
                     PWFQLYFTENPGMAFGMEFFNKLVLSIFRIVAVVGIAYYLVQLIRKEYPLGYIVCIAM
                     IFAGAFGNILDSVFYGVLFNHSYGQVATFMPDGGGYAPLLHGKVVDMLYFPLIQTTLP
                     TWVPVWGGEEFVFFRPIFNLADSCICVGVFVLLIFHSRTLGFSLSKKKPHKESEE"
     CDS             complement(10630..11010)
                     /gene="yocK"
                     /locus_tag="SEQF3106_01572"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P80872"
                     /codon_start=1
                     /transl_table=11
                     /product="General stress protein 16O"
                     /translation="MAEKTRYSDAELEEFRAIIMEKLDKAKKDYDLLREGISNSEGND
                     VSDTSPTFKVMEEGASTLSKEEVGRLAQRQMKFIQNLQAALIRIENKTYGICRETGKL
                     ISKERLRAVPHATLSIEAKKSGVR"
     CDS             complement(11082..11834)
                     /gene="ileS"
                     /locus_tag="SEQF3106_01573"
                     /EC_number="6.1.1.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P56690"
                     /codon_start=1
                     /transl_table=11
                     /product="Isoleucine--tRNA ligase"
                     /translation="MIDKALEERMQIAQDISSMTLALRRKVNIKVRQPLRKLLVSAVD
                     EHQRAAVEAVQDIILNEVNVKELKFADSGSNILVKKVKPDFKKLGPRYGKVMKALAAA
                     IQAMTQEEIATFERDGSFTFSINSNACTVVTDDVEIISEDIPGWLVANEGRLTIALDI
                     TVTDELRREGLARELVNRLQNLRKSSGLEITDHIRVTLASAKEMDGVLGDYGDYIRRQ
                     VLADAITTTEHIAEMTELEFDDFRLPVKIEKV"
ORIGIN      
        1 cgttttagcc gcccgagcgc tctaacaaag gcatgttgta ggacgtaagg aacctcattc
       61 ttacgtcgaa ctcacgttac ctaatacgag ataccttttt gctcggccgg caggtgtagg
      121 agataaaaga agccccctcg ctctgtttgg gataagagca gagggggcat tgatacttct
      181 tgaaggcgac tgatcaggcc accacggcgg ggaaggtgaa ggagatcagg atggacacga
      241 caagggcgag gatggcgtag agctcgggaa atacggccat gaccatcgtg gcggcaaaga
      301 cgttgtgacc agagccggtg gcggcgatgc cgttggcgca aacttgtccc tgacggacgg
      361 ccgagaagaa gcctgcaaag cccatgatca gccctgcgcc taagatgcct gcggcggcta
      421 cccaggggat gctgccgacg aggtatttct gcatcatcat ataggcaacg aagccgtaga
      481 ggccttgcga gctgggcagg gcgctcaggg cgatgtacgt acccattttc tccggggctt
      541 tcttcatcgc tcccaccacg gcgttaccgc aaattgtcaa tccatacgca ctgccgatgc
      601 cgctcaggcc taccatcagt gctactccta catacgctaa taatacgggt cccataattc
      661 taaattcttt gtttttgagg ttctattatt cattattcat tggttcatat tttccggaag
      721 ggagcgtagg cggttccgcc gccttcaaac tccgagtttt tgtagtactc cacatagatc
      781 agacgcatgg ggtgaacgag cgagctgatc atgctcaggc cgatgttaag ggcgtgtccg
      841 aagagcagga tgaggagcat cggcagccag cgcacccaga ggggcaggcc ggcagtcata
      901 tctatagcca tcgtgttgaa gacgccccct aacagcgatc cggtcaggcc gatggcgtag
      961 agccggatgt aggagagggt gtcgcccaga aggccggagg cggtgttgta tgtcgcccaa
     1021 atgcccgaac cgaagttgag gaagacgttc ttgccgggcg aattgtagaa gaaggcgacg
     1081 agggcaccca ctccggccat gccatagagg gcgtagacga cgggttgcga cagttggata
     1141 ttcgccatcg gtaggccgac agccaaggcg agggccagga tgaggaagac ccatgcgaag
     1201 ccggcgaggc tgtacttgag tccgcgctgc actttgacct tcatggcggc cacgaacttg
     1261 ccgtagagca catggacgaa gccgatcagg atagagaggg tcatgatgtt gtcgctcgac
     1321 aggaagtaac gcttcaccga ggctaaggcg gggacttcgg ccaagttgac gccgaagaag
     1381 gagccggaga gcgtgcccac gatgagcgta gccaagccga agcattgcag cagggagagg
     1441 atgggcttca cgtcggcctt ggccttgcgc ttgagtaatg tgcccgcaag gatgagcagg
     1501 agtccgtagc caccgtcgcc gaaacagatg ccgaagaaga gcatgaagaa gggggcgaag
     1561 aggggcgtgg agtcgaactc gcgggcgttg ggcagggagt aaagccgggt gatgggctcg
     1621 aagagtcggt tgaagcggtt gttctttagc tcaacgggga tgtcgtccgc atcggtgatc
     1681 tcgagcttgc ggcagtagta gttgccgtgg tcgagggccg cctcgagcga ctgctcctca
     1741 gcggcgggga tccagccctc gaggagcatg agccggtcgt cggcctcgcg ttcggtctgc
     1801 accttggcgt tgtcccacgt gtactcgttc tcaagcagtc ggtcgtaggc ttcgagcgta
     1861 cggtagtcgt cgagggcgat ggtgagcagc tgggcattta gttcctcgcg ttgcagacgc
     1921 tgcgtctgga gcgtgtcgcg gagggtgcag agatctttct ccggcatgcg gacgcgttcg
     1981 gcgtcgatct cgatcggtgt gccgacgggc gtgatggtga tgaagtacgt ggccgactgt
     2041 gcggtggcga tggggacggc atagaagtcc gtttcccagg cttcgtcgta gcgtgcggcg
     2101 gggcaggaga agaaggtgac ttcgtgacct gcgtcgcgga ggcgccggag gtcggcgtag
     2161 ctaaactcgc cccagacttg catcgtggcg agatctttct ccgtggcttg ttcggccgtc
     2221 tgtgccttct cgatccggtc gcgcaggtcg tcgatcttgt ctaacagggc agcaccctcc
     2281 tcagccgtca cggggcgttc gggggcgatg ggtagtgtga tctttgcctt gttgccagcg
     2341 gctttcgctt catccttcaa tgcttcgagg cgactctcct gcgtttgcct cagctggcgc
     2401 aactcgtttt cgaggcgttt gcgctcggcc atgaggcgtt gcagccccgc gtcgtctttc
     2461 tctgactttg tttcccggat atgtaccacg ccaagcgagc gcagcatttc caggaaggcg
     2521 tcgtattctt tatggtacac catgaaggcg tacttgctca tttttacaat catgcttctg
     2581 cctccttcgc gttacgtttt tcttgattgg cgcgcataat cttctgcgac gatttggaga
     2641 ggctctcctc gtcttccatg aatcgcttca ccttacggat ggcgtccttg tatccgggga
     2701 tctgcacctt ctcgaagagg ttcaacttct gcgtggtgcg tcggcgggca cgttcgagca
     2761 tgtcgagctt caggttggta aactccgctt cgatgcctgt ttcagccatc gtcttgagca
     2821 gctcgatgcc gtcagcgtac cacgaggggg cgctgaagag gctgtagcgc gcgatgcgaa
     2881 actccacacc gtcgagcacg gggacgggca cgccggcaat cttccgcgct gagagtcgga
     2941 cgtcttccac ggagatcagg tcgggtcgaa actcattcca gagcgccatc atgtattcgt
     3001 agttccgaat ctctttctcc aaccgatctt ctaatgctgc tgcctcgcct ttcgttcgct
     3061 tcacctccat acgcagcgcg ctctccttgc ttttaattgt cggcagggca cgttcgcgca
     3121 ccttcagttg cttttctaag ccctgaaggg aggtcttgtt gtattgaaat ttaatagcca
     3181 tgacagttca ttgcgaagcg ttcgctcatt gcgccgctgg ccaatacttg tccacaagcg
     3241 cctgcttgat gttgacctcc gcttgcttga agtgcttggc gaagagcgcc catgccacgt
     3301 cgagcatctc cgtcgtgtcg aggttgacgt cgatggcgag caacttctcg gagtaatcac
     3361 gagcgaaagc caaggcgcga ttgtcgtaat ccgtcaggtc gaaaccgttc tccattttcg
     3421 ttttggcgtc ggcggcgtca gcatagagtc gcacggcagc gttcatcacc tgcgggtgat
     3481 cctcacgtgt cttcttgccc gtcaccaact gcttcagtcg ggagagcgaa cggaacgggt
     3541 cgacgatgac cttgcccacg tcgctatcgc ggcgcaggta gagctgtccc tcggtgatgt
     3601 aacccgtgtt gtcgggcacg gcgtgtgtga tgtcgcctcc ggagagcgtg gtcacggcaa
     3661 tgatggtgat cgatccgccg tcagggaact gcacggcctt ctcgtagatc ttggccaggt
     3721 cggagtagag cgagcccggc atggagtctt tcgaggggat ctgatccatg cgattcgaca
     3781 cgatggagag cgcgtcggca tagttcgtca tgtcggtcag cagcaccagt actttctcgt
     3841 gcttctctac ggcgaaatat tccgcggctg ccagcgccat gtcaggcacg aggatgcgct
     3901 ccacagacgg gtcttccgtc gtattgatga agctaacgat gcggtcgagc gctccggcat
     3961 tgctgaaagt gttcttgaaa aagaggtagt cgtcgttcgt catacccatg ccgccgagga
     4021 cgatcttgtc tgactgggcg cgcagggcca ccatcgccat cacctcgtta aacggctgat
     4081 cggggtcggc aaagaagggg atcttctgcc ccgtcacaag cgtattgttc aggtcgatgc
     4141 cggcgatacc tgtagcgatc agttccgacg gctgcttgcg acgcactggg ttcaccgacg
     4201 gcccaccgat ctctacctcg cgcccctcgg gcacggggcc atcgtctacc ggatcgccat
     4261 aagcattgaa gaaacgtccc gccagctggt cgcccacctt gagcgacggt gccttgccca
     4321 tgaatactac ttcggcgttc gtgcgaatgc cttccgtgcc ggagaatacc tgtagtgtca
     4381 cctcgtcgcc ggcgatcttc accacctgcg ccagcttacc atccaccgaa gccagttcgt
     4441 cgtagcccac gcctgtagcc ttcagcgagc atgtcgcctt ggtgatctgc gtgatcttcg
     4501 taaatatctt ttgaaatgct tttgttgcca tatctcactt gattcttatt gtttcgactc
     4561 ggcggcggcc tcttgcaaga gggcttcggc ctgccggctg taattctcga actgctcgct
     4621 gtggaactct gaatagttca tctgcttgag cacgttgatt agacgcttga aatactccgt
     4681 gacctcgctg aagctctcga aggcaaaatc ttggtggcag atgtcgatca cgcgcttcat
     4741 catgtactcc tgacgctcga gcggcgtcac ggagtcggtg gcgtcgaagg catcttgctg
     4801 caagatgacg aagtcgatta gctccgactt ccagaacgtc acgtggtaat ccaccggcac
     4861 accgtcgtcg cccaagatgt tgatctgctc cgcgatttcc ttgccgcgca gcatacgcgt
     4921 cttcacttcg ttcaccatgc cgagccaatc cggcgaaatg tgttccgcta catattcttc
     4981 aaactcggga tactccaaat acttcgagta gctatcgatc ggattgacgg ccgggtaacg
     5041 cttgcggtcg gcgcgtgcct gctcaagggc gtagaagcaa cgtgccacct tcttcgtgtt
     5101 ctccgtcacc ggctctttca ggttaccgcc cgcaggcgat actgtgccga tgaacgtcac
     5161 cgaaccggtc tttccattat tcaatacgac cattccggcg cgggcataga agttggcgat
     5221 gatggcagac aagtccatcg ggaacgcgtc cggccccggc agctcttcga gtcggttcga
     5281 catctcgcgg agcgcctgcg cccaacgcga ggtggagtcg gccatgagca acaccttgag
     5341 ccccatgctg cggtaatatt ccgcgatggt catggccgtg tagaccgatg cctcgcgcgc
     5401 ggccactggc atgttcgatg tgttggcgat gatgatcgtg cgctccatca gcttgcggcc
     5461 cgtgtgcggg tcgactaact cgggaaactc cacgaagatc tccaccactt cgttggcgcg
     5521 ttcgccgcag gccgcgatga ttacgatgtc tgcttcggcc tgtttcgaga tggcgtgctg
     5581 aagcaccgtc ttacccgtgc cgaacggtcc ggggatgaag cccgtgccgc cctcgacgat
     5641 cgggttcacc gtatcgatga tgcgcacgcc tgtttcgagc agtttatagg gccgcggctt
     5701 ctcgcgatag caggtgatgg cgcgcttcac gggccacttt tggatcattg tcaccgggtg
     5761 ctcagcgcct tgttcgtccg tcagcacgac gatggtgtgc gtcacgggat attgcccctc
     5821 gggcaccacg gatttgacct tatatatgcc ttcaaatgtg aacggcacca tgatgcggtg
     5881 cggctgcgca ttctcttcta cctcgccgag ccacgcgccg gcctcgaccg tgtcgccgac
     5941 ggcggccagc ggcttgaagt cccacagccg gtcgttgtcg agcggatagg tgtactcgcc
     6001 gcgcttgagg aagacgcctt ccatcttgtc taaatcgttt tgcaacccgt cgtagttgcg
     6061 cgagagcatg cccggcccga gtgtcacttc caacatgtgg cccatgaact ccgcttcgtc
     6121 gccgacgcgc atgccgcgcg tactctcaaa cacctgcaca taggcgttgc gcccgatcac
     6181 cttgatcacc tcagacatca ggcggacgcc gcccacggtg atgtagcata tttcgttttg
     6241 tgacaccggt ccgttcactt ccacagtgac caggttcgat acgatgcctt ttacagttcc
     6301 cttcgtagtc attctctgta gtatctattt tgtgtgattt cgtttgaatt cgtccaatac
     6361 cgtggcgctg cccttcttca gtgcgcccac catgttgcgg aaagttgcct cgcctgcggc
     6421 tgcatcgagt gctgcccacc gctcgatcat ctcgatctgt agcaggtagg cgaagacccg
     6481 ctcgaagtcg aaggtcttga agaacgtccc attctccaac cagctccatt tcatcaggtc
     6541 gattcgccgc tcgcgcatca gcaagtctgg ctcctcggcc acgcgcatca gctccgggag
     6601 gtattccacg gattcgctca gcccgaagtc gcgcgcgttc gatgtccgga gtgcttctgc
     6661 catctcgttt gctggtacga tgtattctgc gcgatccagc ccgtgcttgc gacaggagag
     6721 cgctgtgagc acgttggcga tgttcaggtt tagctcgtac cagtctctca cgaaggtgtt
     6781 tttcaccttc atggcgtagc ggaaataaag cgccgtgagc cggtcttgcc actgtgcgct
     6841 gtccatcgtc cgcccttctt ctgcggcctt gaggtattct cgcataaagt ccacgagata
     6901 ggccggaagg gccgtctgcg gcagtgcctc ttcttccttt atggctgcga gtacagcctc
     6961 cgcgtcgtcg cgcgtcactg tgccgcgcgc atcccacgcc gactctgcgc gttgcagcat
     7021 cgacaggacg ttgcgattgt catattgaag gaaaaagcag gaaaacaatc gtcggtctgt
     7081 gtctgaaagc atcggcatca cctctgcttt aaaatccgcc acggtgtagg ggcgccttcc
     7141 gtcgtctaag gccacctcgg gcagccccgc gatcaggtaa tagtatttgc tcatttcgag
     7201 aacagcatct caatcagttg tgggcgcagg aattccttga aatactccac aaactcggct
     7261 tcgccgaagt ggattttgta cgatccgtcg gccggggcga tggcgaatga tgccttattg
     7321 ccattcacct cctcaatctt gacgccgccc ttgagcagtg ctgccgcgtt cgttttgaaa
     7381 taggttgtca gtttgtcagc gtcggctgtt tggatggtca tctcgccgtt tttcgcccat
     7441 tcgcgggcta tttcgagcat catctgccgc atgaagtcgg catcggccgt ggcagccttc
     7501 acattttcct tcaccacgcg atccgtgacg aggtcggcca cctccgtctt gagcgcttcc
     7561 acggcttgcg cggcatacat ccggagttca gcctccgtgt tcttacgcag ttcgtcagcc
     7621 tctcgccgtg cctgctccac gatggcgtcg gcctccgtgc gcgcctcgcc cagcatgcgc
     7681 gattccttgt ccttggcgtc ggccacgatg cgcccagcct ccgcgttgcc tttctccacg
     7741 ccttcccgat aaatcttctc ggtcaattcc tgaatcttac tgtccataac gacgttgttt
     7801 tcttggtttt atatactctg tttttgatgt ttttatgccc caaagttacg ccaattcccc
     7861 tgactgctcc gggccaaaac ggctctataa cggattgtat ggggcacgcg gatttgagtt
     7921 tccccgcaga cgaggtatgt catgtcaata aagtttggag tgttggcgaa tcctctatct
     7981 caccgcttga ccaattgtat cttttgattg gggggcttcg aggatgcccg tcgacgatcg
     8041 tcgacgggca tttccgcaag gaaaaacgcc aacgacgatc gtcaacgggg catttccaca
     8101 aggaaaaacg ccaacgacga tcgtcaacgg gcatttccgc aaggaaaaac gccaacgacg
     8161 atcgtcaacg gagcatttcc gcaaggaaaa acgccaacga cgatcgttaa cggagcattt
     8221 ccgcaaggaa aaacgccaac gacgatcgtt aacggggcat ttccgcaagg aaaaacgcca
     8281 acgacgatcg tcaacggggc atttccgcaa ggaaaaacgc caacgacgat cgtcaacggg
     8341 ctatttccac atcaaaaagg ccgggcacct gcggagggag gtcctccacg cggatgtccg
     8401 gccatttctc attgttcgct tttcgctcac tcgatgtagc ggatcttcga ctcgtcgcga
     8461 ggcttggcct cgggcgactc gtcagggtag ccgatggcga tggcgtagag cagctcgtag
     8521 ccgtctgaga aggcgagctg cttcagatac tcggcggccg cgggggtgct cttcatgaag
     8581 cccgccgcgc tacccaagca gcaggtgccg aggcccatcg attgggcggc cagcatgatg
     8641 ttttcgccaa gcagtccgca gtcgatcggc gagctcttct cgtcggcctt gccggccacg
     8701 aagatcaccg tcggggcgtt gcgaaacatg ttgcgaaagt ccggggcctc gaccatcttc
     8761 tgcatctgct cgtcgccctt ggccgactcg acgaacacct tcgtgatgcc gtcgatgaag
     8821 gtcttgcttt ccgtcacacg cacctcccaa tgctgctcgt tcttggcgtt gggggcgttg
     8881 atgccgcagc gcaggatgac gtcgagcatc tccttgggca ccggatcggc cttgtactta
     8941 cgcacgctgc ggcgcgccat gatggcacgc accacggcgt tgtccgtcgg gttctcttcc
     9001 gccgcggtcg tgtccgtggc cgcagtctga tcggcctgct cggccggctt gttttggcat
     9061 cccgtcgtca gggcgagggc ggccaacatg cagagggcaa atgctctcca attcttactt
     9121 aaatacttca tctcgttttg tttttgaggt tatggattat ggataagtca catggggaag
     9181 ggctattcca atggcggcat gacgggctct tcgatgtctt caggcgcggc ctcgccgggg
     9241 gtgaggcgga ggtcatctac atagactctg cccgtggggg cgatgacgcg caggtaaccg
     9301 tagaggcgcc gcacgtagtt gccgggcgga ttggagagcg cgatgcggtg cgggccgtcg
     9361 gcggtgatcg tgtcacgcat ggcgagggtg gaatcgccct cggctcgcag actgacgatg
     9421 atgcgttcgc ccgcctctgg gcgcatcccc caagcctgca tctccaaagc gtactcggtg
     9481 gcgttgtttt ggtcattcgg cgaggtatca aacacgacac gatccgtgag gctgcggggc
     9541 gagaaggcgt agtaacgcgc gccagaccat agatccggag tggtcgaact tgacgagcgg
     9601 cggacggtga cgccatatcc gggatcgctg ccggcggcct tcattcggcg atccatctcc
     9661 tcgagcgcca tgtcgcagac gcccatgtag atatccaaat tgcggccgta ccacatcagc
     9721 gagctgtcgt actgggcttc ggtaaggtgg tatttggcaa aaacgtcgtt gaagagtgcg
     9781 cgtcgctgct cgaaggtttc gtagcgctgg gggtcgtcgt agatcatcgc ctcggcggtg
     9841 cggagatcga tcatcacgtc gcgcatttgc ttttcgggaa taattccttc gggcgtgtgg
     9901 ctgcaagccg acagaccgat ggctgccagc agggccatga tgaggtggat ccgaaatccg
     9961 gaaatagtca tgtggggggg gaggcttatt cctcgctttc cttgtggggc ttctttttag
    10021 agaggctgaa gcctaacgtg cgactgtgga agatgagcag cacgaagaca cctacgcaga
    10081 tgcacgagtc ggccaagttg aagatgggcc ggaagaagac gaactcctcg ccgccccaga
    10141 cgggcaccca cgtgggcagt gtggtctgaa tgagcgggaa gtagagcatg tccaccacct
    10201 tgccgtgcag caggggcgca tagccgccgc cgtcgggcat gaaggtggcc acctgtccgt
    10261 agctgtggtt gaagaggacg ccgtaaaaga cgctgtcgag gatgttgccg aaggcgccgg
    10321 cgaagatcat ggcgatgcag acgatgtaac ctaacggata ctccttccga atgagctgca
    10381 ccaagtagta ggcgatgccc accacggcca cgatgcggaa gatggagagg acgagtttgt
    10441 tgaagaactc cataccgaac gccatgccgg ggttctccgt gaagtagagt tggaaccaag
    10501 ggaagatggt gatgctctcg cccaacgcca tgtgcgtctt cacccagatc ttaaaggctt
    10561 gatccaaaaa aaggagcagc aggatgatcg ccgctgctcc ccaagtcttc gttgctcgtg
    10621 tcggttcgct catctcacgc cgcttttttt cgcttcgatg ctcagtgtgg cgtggggcac
    10681 ggcgcgcagc cgctctttcg agatcagctt acccgtctcg cgacagatgc cgtatgtctt
    10741 gttctcgata cggatcagcg cggcttgcaa gttctggatg aacttcatct ggcgctgcgc
    10801 cagccgtccg acttcctctt tcgagagcgt cgatgcaccc tcttccatca ctttgaacgt
    10861 gggcgaggtg tcagacacat cgttgccttc cgagttggag atgccttcgc gcagcaagtc
    10921 gtaatccttc ttcgctttat ccaacttctc catgatgatg gcgcgaaact cctcgagttc
    10981 agcgtccgag tatcgtgttt tctcagccat gacttcagtc tcctctattg attaatgttt
    11041 ggtttcctaa tgtttcactg tttgtttatc cgggtggtgg gttacacctt ctcgatctta
    11101 acgggcaacc ggaagtcgtc gaactccagc tccgtcatct cggcgatgtg ctccgtcgtt
    11161 gttatggcgt ctgccaacac ctgccgacgg atataatcgc cgtagtcccc gagtacgccg
    11221 tccatctcct tcgccgaagc cagggtgacg cggatgtgat ccgtgatttc caatccactg
    11281 ctcttgcgca agttctgtag gcggttcacg agttcgcggg cgagaccttc acgacgcagc
    11341 tcatccgtca ccgtgatgtc gagcgcaata gtcagccgac cttcattggc tacgagccat
    11401 ccggggatgt cctcggagat gatctccaca tcgtccgtca ccaccgtgca ggcattgctg
    11461 ttgatggaga aggtgaacga tccgtcgcgc tcgaacgtgg cgatctcctc ttgcgtcatc
    11521 gcttggatag ccgctgcgag cgccttcatc accttgccat aacgcgggcc gagcttcttg
    11581 aagtcgggct tcaccttctt cacaaggatg ttcgatccgc tgtcggcaaa cttcagctcc
    11641 ttcacgttga cctcgttcag gatgatgtct tgcaccgcct ccacggccgc gcgctgatgt
    11701 tcgtcgacag cagagacaag caatttgcgc agcggttggc gcaccttgat attcaccttc
    11761 cgacgcagcg ctaacgtcat cgaagagatg tcttgcgcga tctgcatccg ttcctctaag
    11821 gctttgtcga tcatcgcctc gtcgcacacg gggaagtcag ccaaatgcac cgattcagca
    11881 gtctcgcgtc c
//
LOCUS       SEQF3106|MIQD01000064.111458 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..11458
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             737..2170
                     /locus_tag="SEQF3106_01574"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRQENNDRSGQLVLILLVTAAACLALYLLPDELFGFRIKKMDML
                     SDLRIGGQGDDDGDDSLALSDSALMRRDSLGLSHADSLRVVLRDSIYRTTLAELRGDT
                     LRATIEDYSVGHTGLRRFFAALNGIPTLGRPVRVAFLGDSFIEGDILTADFRNRMQER
                     FGGRGVGFVPVASQVEQFRPTIRQRSKGWTTRSILSDRKHKYLLSCLLFDAAADAPTI
                     TFQTTDYFPRLSRVGTLKFIYTRNTSAEIRWICNEGRDTIAARLPETDGVAQYVARGT
                     FTDGRLIFTRAGGLQALGIALEDDRGVVVDNFALRGNSGLPLEGLDGDGCRALQRLRP
                     YDLIVLQYGLNVAAERTKDYGFYRDRMVEIIRRVREGFPGADILLLGVSDRSKVVGGE
                     RHTMASVKALRRAQREAAMQSGAAFWDVFEAMGGDDSMVSYVKRNWAAKDYTHLSFQG
                     GRELAYALFDALILEKELYDKLEKTPH"
     CDS             2142..3512
                     /locus_tag="SEQF3106_01575"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNWKRHRIDRRTLWAAACCLCLTTATAAADTPAEKIRPLTDNV
                     ELQMTFAIDSLCRIIDPRHTLDAFWKDLLALRTGQGKDAVLPIVHLGDSHIQGGYYSN
                     ETMNLLRRTFGNAGRGWIAPYRPARENGPSDYRIFSGVKSWSVGRCTRPQAPTPWGIG
                     GMGLQTDATEIDFTITLNGADDAFNRALLYRGEYARPMVTEEVRGARAAWGTDTLAPN
                     LVVDTFSLPTPTRELHLRSVDRSEAPSTASPYDLYYGFVLTNGQPGVLYHAIGRNGAT
                     YVSYTNDDFVRQLACLKPRILIITLGTNESFGNRFSPSDFIARVDRFVRLVRKYMPST
                     TIILSTPAENYLPTRTVVTRRVKGKRGRKRRVVRTVTRGYVRNEHVGEASQAILNYAR
                     REGLACFDLYGMTGGAGSCEKWQGEGLFSHDRVHYSVAGYREQGRLLYKALVHSALDY
                     KKRNRK"
     CDS             3509..3760
                     /locus_tag="SEQF3106_01576"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDRLLSIFSPERLSALCELLRYHPESPMLFSTGLFFFLFIGFY
                     IGRSSGGLKGRWTIAQGNALGSDGVKKIPHPAIHPPTCP"
     CDS             4893..5588
                     /locus_tag="SEQF3106_01577"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRIKLPLLTLCLLTATSLTLRAQNVQMHYDFGHALYDSERGRA
                     HWTSTVEMFRPDTWGNTFFFIDMDYTNDGVSGAYWEISRELRLWRAPVALHVEYNGGM
                     NHIRNAYLAGATYAWDRPDFACGFALMALYKYIQRAPEPNSFQLTATWYVHAAAGRFT
                     FSGFADWWREPGAAGDFAFISEPQVWVNLNRFRGIDPHFNLSLGSEVELSNNFAGQDG
                     FRVNPTIAAKWTF"
     CDS             5765..7060
                     /gene="pbuG"
                     /locus_tag="SEQF3106_01578"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34987"
                     /codon_start=1
                     /transl_table=11
                     /product="Guanine/hypoxanthine permease PbuG"
                     /translation="MTTLTRLFGFDPRTMSVRTEIVAGITTFLTMAYILAVNPNIMGD
                     IGMDRGAVFTTTAIISMFSTLIMAIYARLPFALAPGMGLNAFFAYTVCMKMGYDWSFA
                     LTAVLIEGVAFIILTETNLRDAIVNAIPGSIRHAIGPGIGLYIAFIGLKNGGVIASSP
                     ATFVTLGHITSGPGLLSLIGLVLTGTLLILNVRGALLLGILGTTLLGIPLGQTTFAGV
                     AGLPPSIAPIAFKFDFTHILSVDMLIVVLTFLFIDMFDTIGTLVGVSTKAGLLRDGQV
                     PHLKRAFMADAVGTTVGSMMGSSAIATYVESASGVAQGGRSGLTAFTTAVCFAVALIF
                     APLFLSIPGSATCPVLVIVGLFMLSPIRNIDLDDYAESLPAFICLILMPLTYSISDGI
                     LIGIISYVVLNLLSGKHRKLTPAMYILAVLFILKYIFIG"
     CDS             complement(7194..7907)
                     /gene="glxR"
                     /locus_tag="SEQF3106_01579"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q79VI7"
                     /codon_start=1
                     /transl_table=11
                     /product="CRP-like cAMP-activated global transcriptional
                     regulator"
                     /translation="MEPRNNNKQQEEIDASTSWARVWRLLNEEERTILRAHSIIAHYK
                     RNQTIYSEGEEPTELMCLLKGKVKISKEGVGGRSQIIRMIRPIQYFAYRAYFARERYL
                     TSASACEASVVCAIPLRIVDLLIRANSRLAMFFIRQLSVDLGIADERTVNLTQKHIRG
                     RLAESLLFLKDSYGLEEDGATISIYLSREDLANLSNMTPSNAVRTLSAFSSERVIALD
                     GRKIKLIDEERLRKISGGD"
     CDS             complement(8016..8996)
                     /locus_tag="SEQF3106_01580"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRMLMLLLMGLCAVSTTAVAREYRRQIVKEFNVGARPELSIDN
                     RFGEIRIVEGADRKILVRVELIGEGSTEEEARKYVNSINVDLSQSGNRVVARTSHHII
                     RCNNCGRLVNYTVTAPRDVVLSLINRFGNIYLNRTTQPLAVEVKYGNLYLKEATTASV
                     GVSFGHASIDRCATLTLDSRYSSISLGTVGSFTGTSKFDGTYRIESVGRCTLTAGYTQ
                     VKIDRLEQQCVVDKLRFGGLRIREVARDFSEISVQASYSEVRLGLTPTHAFRATLSAS
                     YGTIHTGKLNIRATDTRTGRRNELVGTAGASSNPRATVQVTSSFGDIYLQ"
     CDS             complement(8993..9529)
                     /locus_tag="SEQF3106_01581"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMNTNERLETNLRAQATDLRAASEPPAGHRARFAERLDAERKAH
                     RHRRRLWLWTASAAAVAAAVLTALLWSPATPQADTPTQAQAVDSPAEVQSYYALRLNH
                     ELAATRALVDHAASADRQELLDELRAMQAEGVPDVQLTDDERITLIVRVYTSKIDALK
                     HIQSRLSTNNHNHNKEES"
     CDS             complement(9526..10071)
                     /gene="sigW_3"
                     /locus_tag="SEQF3106_01582"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q45585"
                     /codon_start=1
                     /transl_table=11
                     /product="ECF RNA polymerase sigma factor SigW"
                     /translation="MDRYEDIIEGVRQGQRASQLAFYDRFYSSTYHSASAILGAGSEA
                     EEVMQDVLLKVLLRPSLLQADANATARYLHRMATNAAIDRLRSRRSTLTFPLNEATLP
                     DDTPDEPDEEPAELPDADEIRRGVDSLPETYRNILRLRLFKGMRFADIAAALRANPSS
                     VRVQYSRGLSRLRNLLKRKEE"
     CDS             10276..11232
                     /locus_tag="SEQF3106_01583"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKRQFLLLCCALAVLASGCSRTNQQAATHTFTPAAVPAEYREP
                     QARAAYLAQHYWDGFDFGDTAFVGSAEDVTEHALVDYFNAVFPYVTYDVAAASIRNLL
                     DRAVKNRAMYAFFTSKMEQYLFNPTSPMRNEEYFIPTLQHMLATDSLDRYRKARAEAM
                     LTEAARNRPGTPAADIHYTMANGTTGSLYGLKTDLVLIFFHNLDCGTCREVSAAISSS
                     PTVNELMRQGRLTVLAIYPDMAADMWRQYLPQMPAAWTHGYDRDLEIANQHTYSLRVL
                     PALYLVGRDRRVIMKDAAFPYVEQYLATILNPPAIMQPRANK"
ORIGIN      
        1 aacgtggcaa gtttcataac agacacgcgt gtaatttatg attcgtggca agttttgggc
       61 cttgcacgcc gtgcaaaggg caaaacgtgg caagtttcat aacagacacg cgtgtaattt
      121 atgattcgtg gcaagtttcg gagcttgcac ggcgtgcaag ggcaaaacgt ggcaagtgtc
      181 tccggggtaa tcattgatca ttacagtcaa tcagaaatgg attgcaaaaa ttgaaggtgt
      241 cccgcggcct gaaaggtcgc tggatgatag cccagggcaa cgccctgggc ccaggaaacg
      301 caaaaaagcc gccccctttg gaagcctcca cccaccctgc ccccagcagg gtgggtggag
      361 gcttccaaag gccgcggggg aatcgggcgg catcgcatcc cagggtgccg ctccgccaga
      421 ggggcgtcgc tctaccctgg gctatcatct ggcggccctt caggccgcgg gggaatcggg
      481 cggcatcgca tccccagggt gccgctccgc ccggaggggc gtcgctctac cctgggctat
      541 catccggcgg cccttcaggc cgcgggggaa tcgggcgggc atcgcatccc cagggtgccg
      601 ctctaccctg ggctatcatc tggcggcgcc tttctgccca tgtctccggg gtaatcctta
      661 atcattaata attacctcat ccccccgccc tcccatcgat caaattctac ctttggcgcc
      721 gcttttttag ggaagaatga gacaagagaa taacgaccgc tccggacaat tggtgctgat
      781 cctgttagtg acagccgcag cctgtctggc gctctacctg ttgccggacg agctgttcgg
      841 ctttcgcatt aaaaagatgg atatgctctc cgacctgcgc atcggaggcc aaggcgacga
      901 tgacggcgac gacagcctcg ccctctccga ctccgcactc atgcgccgcg actcgctcgg
      961 gcttagccac gccgacagcc tgcgcgtcgt actccgcgat tcgatctatc gcaccaccct
     1021 ggccgagctg cgtggcgaca cgctccgcgc caccatcgaa gactattccg tgggccacac
     1081 cggcctccgc cgcttcttcg ccgcactcaa cggcatcccc accctcggcc gccccgtgcg
     1141 cgtggccttc ctcggcgact ccttcatcga gggcgacatc ctgacggccg acttccgcaa
     1201 ccgcatgcag gaacgcttcg gagggcgcgg cgtgggcttc gtgcccgtgg cctcacaggt
     1261 ggagcagttc cgacccacca tccgacagcg ctccaagggc tggacgacgc gctccatcct
     1321 ctccgaccgg aagcacaaat acctcctctc ctgcctcctc ttcgacgccg cagccgacgc
     1381 gcccaccatc accttccaaa ccaccgacta cttcccccga ctgagccgcg tggggacact
     1441 caaattcatt tacacacgta acacctcggc cgagatccga tggatctgca acgaggggcg
     1501 cgacaccatc gccgcgcggc tgccagagac tgacggcgtg gcgcaatacg tggcccgcgg
     1561 caccttcacc gacggccgcc tcatcttcac tcgagctggc ggcctgcaag cactcggcat
     1621 cgcactcgag gacgaccgcg gcgtggtggt cgacaacttc gctctccgtg gcaactccgg
     1681 cctgcccctc gaggggctcg acggcgacgg ctgccgggcg ctgcaacgcc tccggccgta
     1741 cgacctcatc gtcttgcaat acggcctcaa cgtagcagcc gagcgcacga aggattacgg
     1801 cttctatcgc gaccgcatgg tggagatcat ccggcgcgta cgcgaagggt tccccggggc
     1861 agacatcctc ctgctcggcg tctccgaccg cagcaaggtg gtgggcggtg aacgccacac
     1921 catggcatcc gtcaaagccc tccggcgcgc acagcgtgag gcagccatgc agtctggcgc
     1981 cgccttctgg gacgtcttcg aggctatggg cggcgacgac agcatggtca gctacgtgaa
     2041 gcgcaattgg gccgctaagg attacaccca cctcagcttt caaggcggcc gcgaactggc
     2101 ctacgcgctg ttcgacgcct tgatcttaga gaaagaacta tatgacaaac tggaaaagac
     2161 accgcattga tcggcgcaca ctgtgggccg ccgcatgctg cctatgccta accaccgcaa
     2221 cggccgcagc cgacacaccc gccgaaaaga tccgcccact gacggacaac gtagaactcc
     2281 aaatgacctt cgccatcgac tccctctgcc gcatcatcga cccccggcac acactcgatg
     2341 cgttctggaa agacctgctc gccctgcgca ccggccaagg caaagacgcc gtgctgccca
     2401 tcgtccactt gggcgattca cacatacaag gcggttatta ttccaacgag accatgaacc
     2461 tgctccgccg caccttcggc aacgccggcc gcggatggat cgccccctac cgacccgcac
     2521 gcgagaacgg cccgagcgat taccgcatct tctccggggt gaaatcatgg agcgtaggcc
     2581 gatgcacacg tccgcaagcg cctaccccct ggggcatcgg cggcatgggc ctgcaaacgg
     2641 atgcgacaga gatcgacttc accatcaccc tcaacggcgc cgatgatgcc ttcaaccgcg
     2701 ccctgcttta ccgcggcgaa tacgcccgac cgatggtgac tgaagaggtg cggggggcgc
     2761 gcgcggcatg gggcacagac acgctggccc cgaacctcgt cgtagacacc ttctccctac
     2821 ccacccccac gcgagagctg cacctgcgca gcgtagaccg cagcgaagcg ccctccacgg
     2881 cctcccccta cgacctctac tacggcttcg tcctcaccaa cgggcagccc ggcgtgctct
     2941 accacgccat cggccgcaac ggcgccacct atgtgagcta caccaacgac gacttcgtcc
     3001 gccagctggc ctgcctaaag ccccgcatcc tcatcatcac cctcggcacc aacgagtcct
     3061 tcggcaaccg cttctcgccc tccgacttca tcgcccgcgt cgaccgcttc gtccggctcg
     3121 tacgcaaata catgccctcc accaccatca tcctcagcac accggccgag aactacctcc
     3181 ccacacgcac cgtcgtcacc cgccgcgtca agggcaagcg ggggcgcaag cggcgcgtcg
     3241 tgcggaccgt cacccgcggc tatgtccgca acgaacacgt cggcgaagcc tcccaagcca
     3301 tcctcaacta tgcccgacgc gaagggctgg cctgcttcga cctctacggc atgacgggcg
     3361 gcgcaggatc gtgcgagaaa tggcagggcg aggggctctt ctcacacgac cgcgtgcact
     3421 acagcgtggc tggctatcgc gagcaggggc gcctgctcta caaagcgctt gtccacagtg
     3481 ccctggatta caaaaagcgt aaccggaaat gatcgatcgc ctactctcca tcttcagccc
     3541 cgaacgcctc agcgcgctct gtgagctcct gcgctatcac cccgagtcac cgatgctctt
     3601 cagcacgggc ctcttcttct tcctcttcat cggcttctac atcggcaggt catccggcgg
     3661 cctgaagggc cgctggacga tagcccaggg caacgccctg ggttcagatg gtgtgaaaaa
     3721 aattccgcat cctgcaatcc accccccgac ctgcccttag caggtcgggg ggtggattgc
     3781 aggatgcggg gaatgggtcg tgcattgcat ccccagggtg ccgctccgcc cttggcgtcg
     3841 ctctaccctg ggctatcatc cagcggccct tcaggccgca tcgggtacac gtttgtgaac
     3901 catttccgat tggatataat gattgttgat gggcagcggc agggattccg ccgttggatt
     3961 tttgtagggg cgtatcgcat acgcccttca aacgccctga taagggcgaa tgatcgtccg
     4021 gcggccggat acctgtgggg cgtatgcgtg tgcgccccta catcggggga ttttccagcg
     4081 gcctgaaagg gcgcaggatg aatgtttaat tgttaattat taattattac ggggtgttga
     4141 cgggcggcgg cgggtcatcc ggcgttggca ttttgtaggg gcgtatcgca tacgcccttt
     4201 agacgccacg acaggggcga acgatcgtcc gatggctggg tacctgtggg gcgtatgcga
     4261 tacgccccta catcaatggc acttccggca ttggtttttt gtaggggcga aagatttttc
     4321 gcccctacga ttgtcgggaa ggttaattga cgggcggcga tggagtttcc ggcgttggtt
     4381 ttttgtaggg gcgaaagatt tttcgccctt acgattgtcc ggaaggtcca ttgtaacccg
     4441 tcgacggtgc ttacttttcg aggaaagctg attgcaggcc gtatatcgtg cttacttttc
     4501 gaggaaagct cattgcaacc cgtcgacagt gcttactttt cgaggaaagc tcattgcagg
     4561 ccgtcgacag tgcttacttt ttgggggaag cacatttttc ggtcatcaat ggcacttccg
     4621 acgttgggtt tttatcggtg caaaagattt ttctccctta cgattgtcgg ggaggtatac
     4681 cgttagtcgg ggatagtgct tccgccgtta tgtttgtggc ggctacgcac gtatatcacc
     4741 ctaaacctcc ccgcagaggg ctatcgaccc ggcgcacggg cgcaaactaa gggatatgcc
     4801 atgcgtcgcc gcgcatcggt cgctcttatt ttttatcaca tgacagataa ccccgggtcg
     4861 gcaccccatc cgcccacaca ttatttatat atatgaatcg aatcaaacta ccccttctta
     4921 ccctttgcct gctgacggcg acgagcctca ccctgcgggc gcagaacgtg cagatgcatt
     4981 acgactttgg ccacgccctc tacgactccg aacggggccg cgcccactgg acgtcgaccg
     5041 tggagatgtt tcggcccgac acctggggca acaccttctt ttttatcgat atggattaca
     5101 cgaacgacgg cgtctccggt gcctattggg agattagccg cgagttgcgc ctctggcggg
     5161 cgcccgtggc cctgcatgtg gagtacaacg gcgggatgaa ccacatccgc aacgcctacc
     5221 tcgccggcgc cacctacgct tgggatcgac ccgacttcgc atgcggcttc gccctcatgg
     5281 ccttgtacaa atacatccag cgagcgccgg agccgaacag ttttcagctc accgccacgt
     5341 ggtatgtgca tgccgccgcg ggccgcttca ccttctccgg attcgctgac tggtggcgcg
     5401 agccgggcgc tgcgggcgac tttgcgttta tcagcgagcc gcaagtttgg gttaatctca
     5461 accgtttccg aggcattgat ccgcacttca acctcagtct cggcagcgag gtagagctgt
     5521 cgaacaactt cgccgggcaa gacggcttcc gggtgaatcc gacgatagcg gccaagtgga
     5581 ccttctgagg attcacatcg cggcgtatct gcggcgttgc cttcgacact cggtgttcgg
     5641 ttatgtgcta cagcagactc cctccacctc ggtcttggcg ccttgcatct acaccacgct
     5701 gcaaaccctc cgtaacaacc aaacatcaat ccgaacctgt acccgtaact cgtaacccgt
     5761 aactatgacc accctcaccc gacttttcgg cttcgatccg cggacgatga gcgtccgcac
     5821 agagatcgtg gccggcatca ccaccttcct gacgatggcc tacatcctgg ccgtcaaccc
     5881 aaacatcatg ggcgacatcg gcatggatcg cggcgccgtc tttaccacca cagccatcat
     5941 ctccatgttc tccaccctca tcatggcgat ctatgcccgc ctccccttcg cgctggcgcc
     6001 gggcatgggc ctgaacgcct tcttcgccta caccgtttgc atgaagatgg gttacgattg
     6061 gtcgttcgcc ctcacggccg tgctcatcga gggcgtggcc ttcatcatcc tcaccgagac
     6121 gaacctccgc gacgccatcg tgaacgccat ccccggctcc attcgccacg ccatcgggcc
     6181 gggcatcggg ctctacatcg ctttcatcgg actaaagaac ggcggcgtca tcgcctccag
     6241 ccccgccacg ttcgtcacgc tcgggcacat cacctccgga cccggattgc tctccctcat
     6301 cggcctcgtg ttgacgggca cactgctcat cctcaacgtc cgcggcgccc tgttgctcgg
     6361 catcctcggg acgacactcc ttggcatccc tctgggtcag accacatttg ctggcgtggc
     6421 cggtctcccg ccttccattg ccccgatcgc cttcaaattc gactttaccc acatcctctc
     6481 cgtcgacatg ctcatcgtcg tgctcacctt ccttttcatt gacatgttcg ataccatcgg
     6541 cacactcgtg ggcgtctcca cgaaagcggg attgctgcgc gacggtcagg tgccacacct
     6601 caagcgagcc ttcatggccg acgccgtggg cacaaccgtc ggatcgatga tgggctcgag
     6661 cgccatcgct acctatgtcg agagcgcctc aggcgtggcg caaggtggcc gatcgggact
     6721 caccgcattt actacggccg tgtgcttcgc cgtggcgctc atcttcgccc cgctcttcct
     6781 ctccatcccc ggttcggcca cctgccccgt gctcgtcatc gtcggcctct tcatgctcag
     6841 ccccatccga aacatcgact tagacgacta cgccgaatca ctgcccgcct tcatctgcct
     6901 catcctcatg cccctcacgt atagcatctc agacggcatc ttgatcggca tcatcagcta
     6961 cgtcgtcctc aacctgctca gcggaaagca ccgcaagctc actccggcga tgtacatctt
     7021 ggccgtactc ttcatcttga aatacatctt catcgggtaa aggcggggaa ggcgagaaaa
     7081 cgcatcgcgc ccccccttga cgatcggggg ttgccgcaaa aacgcgaaac ggccgggtac
     7141 cggaggcaga tgccccacag atacccggcc gttttgcgtg aatccctttc ccgttagtcc
     7201 cctccgctga tcttgcggag ccgctcctca tcgatgagct tgatcttacg gccatccaaa
     7261 gcaatgaccc gctcggaaga gaaggccgaa agcgtgcgga cagcattcga gggcgtcatg
     7321 ttcgataggt tggccaagtc ttcacgcgaa aggtagatgc tgatcgtggc gccgtcctcc
     7381 tctaagccgt agctgtcttt caggaagagc agcgactcgg ccagtcggcc ccggatgtgc
     7441 ttctgtgtga ggtttacagt gcgctcgtcg gcaatgccta aatcgacgga gagctggcgt
     7501 atgaagaaca tggccaacct tgaattggcg cggatcagta gatcgacgat gcgcagtgga
     7561 atggcgcaga ctacggaggc ttcacaggcg gaggcgctgg tcaggtagcg ttcgcgggcg
     7621 aagtaggccc ggtaggcgaa gtattggatg gggcgaatca tgcgaatgat ctggctacgg
     7681 cctcccactc cttccttaga tattttcacc ttccctttca gcaaacacat caattctgtt
     7741 ggctcttcgc cttcggaata gatcgtttgg tttcgcttgt agtgcgcaat gatggagtgt
     7801 gcacgtaaga ttgttcgttc ctcctcgttc agcagtcgcc acacacgggc ccagcttgtc
     7861 gaggcatcaa tctcttcttg ttgtttattg ttattcctcg gttccacttg atgatctgct
     7921 tttttgttta ctcaattccg ttttggtgcg ccaaatgtaa ccgagaaatc aaaccaacaa
     7981 atccccgagg ttaggcagat tattccactg ccatctcact gcagatagat gtctccgaag
     8041 gatgacgtaa cctgcaccgt ggcccgagga ttgcttgatg cgccggccgt tcccaccaac
     8101 tcatttctgc gtccggttcg tgtgtcggtg gcacggatgt tcagcttgcc cgtgtggatt
     8161 gtgccgtaag aggccgacag cgtagcgcgg aaggcgtggg tgggcgttag gccgaggcgc
     8221 acctcgctat aggaggcttg gacgctgatc tcgctgaagt cgcgcgccac ctctctgatc
     8281 cggaggccgc cgaagcgcag cttatccacc acgcactgct gctccaagcg gtcgatcttg
     8341 acttgcgtat agcccgccgt caaagtgcag cgcccgacgg actcgatgcg gtaggtgccg
     8401 tcgaattttg acgtgcctgt gaagctcccc acggtgccga gggagatgct cgagtagcgg
     8461 ctgtcgaggg tgagcgtcgc gcagcggtcg atggaggcat gcccgaagga gacgccgact
     8521 gaggccgtcg tggcttcctt gaggtagagg ttgccgtact tcacttcgac ggcgaggggt
     8581 tgcgtagtac ggttgaggta gatgttgccg aagcggttga tgagcgagag gacgacgtcg
     8641 cgcggggccg tcacggtgta gttgaccaac cgaccgcagt tgttgcagcg gatgatgtga
     8701 tgacttgtcc gggccaccac gcggttgccg gattgcgaga ggtcgacgtt gatggagttg
     8761 acatacttcc gcgcttcctc ctccgtggag ccttcgccga tgagctcgac gcggacgagg
     8821 atcttacgat ccgcgccctc gacgatgcgg atctcgccga agcggttgtc gatggagagc
     8881 tcggggcgcg ccccgacatt aaattctttc acgatctgcc gccgatactc tctcgcgacg
     8941 gctgtggtgc tcacggcgca aaggcccatg agtagcaaca tcagcattct tttcatgatt
     9001 cctctttgtt atggttatgg ttattggttg ataatcgcga ttggatgtgc ttcagggcgt
     9061 cgatcttgga ggtgtagacg cgcacgatga gggtgatgcg ctcgtcgtcg gtcagctgca
     9121 cgtcgggcac gccctcggcc tgcatggcgc gtagctcatc gagcagctct tggcggtcgg
     9181 cgctcgcggc atggtcgact aaggcgcgtg tggctgctaa ttcatggttg agccgcaggg
     9241 cgtaatagct ctgcacctcg gctggcgagt ctaccgcctg cgcctgggtc ggtgtgtcag
     9301 cttgaggcgt ggcgggcgac cataagagtg cggttagtac ggctgctgcc acagctgctg
     9361 cgctcgccgt ccacagccac agccggcggc gatggcgatg tgccttgcgc tcggcgtcta
     9421 atcgctcggc aaagcgtgcg cgatggcctg ccggcggctc ggatgcggct cggaggtccg
     9481 tggcttgcgc acgtaggttg gtttctaatc tttcgttcgt attcatcatt cctcctttcg
     9541 ttttaacagg ttacgcagcc gcgaaaggcc gcgggagtat tgcacgcgca cgctggaggg
     9601 gttggctcgg agcgcggcgg cgatgtcggc gaagcgcatg cccttgaaga ggcgcaggcg
     9661 gagtatgttg cggtaggtct ccggcaggct gtccacgccg cggcggattt cgtcggcatc
     9721 gggcagctcg gctggctcct catcgggttc gtcgggtgtg tcgtcgggca gtgtggcttc
     9781 gttgaggggg aaggtgagcg tggagcgacg gctgcggagt cggtcgatgg cggcgttggt
     9841 ggccatgcgg tgcaggtagc gcgctgtcgc gttggcatcg gcttggagca gggagggccg
     9901 gaggagcacc ttcaggagta cgtcttgcat cacctcctct gcctcgctgc cggcgccgag
     9961 gatggccgag gcgctgtggt aggtggagct gtagaagcgg tcgtagaagg cgagttgcga
    10021 tgcccgctgc ccttgcctta cgccttcgat gatgtcttcg taacgatcca tgctcgcctt
    10081 atttctcaat gggtttaccc ctataacgtg gccgatgggt ttttgctaca cagggatcct
    10141 ttcggccggg ggattcgggg cggaaaggta gggcggggaa gggggacggg cgtcgccgac
    10201 atgccccacc tacggccatc ccgcccggtg cttacttttg accccgaatt ttttttacca
    10261 cctgatagag agataatgat gaaaagacaa ttcctccttt tatgctgcgc gctggcggtg
    10321 ctggcctccg gatgcagccg gacaaaccag caggcggcca cgcacacctt cacgcccgcc
    10381 gctgtgcccg cagaataccg cgaaccgcag gcgcgcgccg cctacttagc ccagcactac
    10441 tgggacggct tcgacttcgg cgacacggcc ttcgttggct ccgccgagga tgtgaccgag
    10501 cacgccctcg tggactactt caacgccgtc ttcccctacg tcacctacga cgtggccgcc
    10561 gccagcatcc gcaacctgct cgaccgcgcc gtcaagaacc gcgccatgta cgccttcttc
    10621 acctccaaga tggagcagta cctcttcaac cccacctcgc ccatgcgcaa cgaggagtac
    10681 ttcatcccca cgttgcagca catgctggcc accgacagcc tcgaccgata ccgcaaggcc
    10741 cgcgccgagg ccatgctcac agaggccgcc cggaaccgcc ccggcacacc cgccgccgac
    10801 atccattaca cgatggccaa cggcaccacc ggatcgctct acgggctgaa gacggacctt
    10861 gtgctcatct tcttccacaa cctcgactgc ggcacctgcc gagaggtcag cgccgccatc
    10921 agcagttcgc ccaccgtcaa cgagctgatg cgacagggcc gcctcaccgt cctggccatc
    10981 taccccgaca tggcagccga catgtggcgc cagtacctgc cgcagatgcc cgccgcgtgg
    11041 acccacggct acgaccgcga cctggaaata gccaaccagc acacctacag cctccgcgtc
    11101 ctgcccgccc tctacctcgt cggccgcgac cgccgcgtca tcatgaaaga cgccgccttc
    11161 ccctacgtcg agcaatacct cgccaccatc ctcaacccac ccgccatcat gcagccccgc
    11221 gcgaacaagt agttacgcgc ctcgcggcgc gggtagtacg ggcgcctctc cgagccgccc
    11281 gggtagtgga gaagtagtta gaagtaggag agaagtaggt tctacccatt gactaccctc
    11341 taactaccca ttgactaccc ctaactacct tctaactacc cggggcgaaa gccccgtaac
    11401 taccgcgccg caaggcgcat aactactcct aactacttat ataatatgaa gaaaagca
//
LOCUS       SEQF3106|MIQD01000065.110906 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10906
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             461..946
                     /locus_tag="SEQF3106_01584"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAYAAIKSLYICDNQTQIIMVRTKNEEIPLSSGGMHNVLAAGTV
                     VTGSVASESDFRLDGRIEGDINCKGKIVIGPKGSILGNIISDNAEVLGDVEGSIRIKE
                     KLVFKSTAIIKGDIFTQTLEIEPGAHFNGTCTMSGKMDDLRAPQHGGNNKSNVTPLNK
                     K"
     CDS             complement(979..3678)
                     /gene="malQ"
                     /locus_tag="SEQF3106_01585"
                     /EC_number="2.4.1.25"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q59266"
                     /codon_start=1
                     /transl_table=11
                     /product="4-alpha-glucanotransferase"
                     /translation="MRLIFHLFYPAPTGHAVQLVSRDIATAVGADPAASLPMTTADGA
                     HWSLTLDVPTSLMEADYAYRSVDADGQPSTEPWRPARYVAFDFPRATYTIRDHWQTIP
                     NDSPLYTSAFTRAHFARLEPQSPAKATYPRSLILRVSAPRVGKDEHVAIAGSCDSLGH
                     WEPMQAVRMSDAHFPDWEVCLDLDRLTFPLEYKFIICDASGQVRHWEAGSNRTLQESP
                     KRRDFEIVTVAEAPYRDARPRWKGAGTVIPVFSLRSEASFGVGDLHDLRLFVDWAART
                     GQCVVQVLPMNDTTVTHTRRDSYPYSAISVYALHPMYISLPDMGSLKDKQQMAAFRSM
                     QRQLNALPEVDYEAVVKEKDAYCRAYFREVGAKVMRSTGYRRFVRENRAWLMPYAAFC
                     YYRDKYGTADFTRWSDDRVYHVDRVESLFEKGSMARGEVEYSCFLQYILHTQFSAVAD
                     YARRRGVILKGDLPIGVNRASVDAWVDAHYFNRQGQAGAPPDDFSAVGQNWGFPTYNW
                     EVMERDGFAWWKARLKKLSEYFDCFRIDHILGFFRIWEIPLDYVRGLCGHFRPALPLT
                     RDEIEAFGLPFDVRYTRPTIRRDDLPKLFGDEADEALQYYLTPIDDVHLAPNALCDSQ
                     RKIADLLRDAPDNDHTRRLRNGLYSLTEEVLFLRDPYTPDRYHPRISAARSLRYRELN
                     PDERAAFDRLYDDFFFVRHHDFWRDTALRRLRPLTASTQMLVCGEDLGMIPDSVHEVM
                     ERLRILSLELGRISKTYGVEFTDLHRAPYLSVCTTSTHDMAPLRLWWQADADRTRRYL
                     RALSAPTYNYKEAATPEAARCIVSDHLAAASILTILPLQDWLATDENLRAPDPTRERI
                     NIPADPTHYWRYRMHLTLEVLLGAEPFNKKIGAMLRESNRTDL"
     CDS             complement(3684..4313)
                     /locus_tag="SEQF3106_01586"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAHLEKLNIKSNWKEHKTPYSLCIVDWDTKVYKEQGLVPQYSG
                     GCCVYMKDNIPSLTNGKQPHFVEVVCASSMNMISTGLKKHAWRKNNVGQCDAILLPAS
                     DAEGDAMLFVETKYSNKEGSWKNYREDSLKQITDTIQELQERKCPLTERILYGLISFP
                     LLRAEVFGASMFDKSELAEIYSKYQLNLYVSNRVIYKDEHEIEVPKSIL"
     CDS             complement(4310..5563)
                     /locus_tag="SEQF3106_01587"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKTTLYVKHVGPIEEVCLDVKRINLFLGPQSSGKSTLAKILSQ
                     ALWAEKNFITRGKKKDFFKELIDFHNMSRAYFSHRNLEIIYDSPWCKITMFYKDNKRD
                     PQTSYKKKECKDLYHNTKIEYIPAERNFLTIENINQYIAETVNNIMSFLYDWDRAKKK
                     YRYRKKFEVELPDLKFSYRYKEHSEQDIIRMGNGAEVEPPSASSGQRSLLPLLVVSYE
                     VLKEIYDGTKVLSTEEKSHIERGISDKSMTAFLDVIGEINKQSRTKKVENQLKIMWKE
                     LGYIGDYGGTHLVIEEPEQNLYPSTQRGLLQHLVSLLIGDKVRNHTLTLTTHSPFILY
                     ALDNCMLAGMAVDRGKAEKLDAATRASAISPKNVGLWLLRDGDIIPLQDEEDHLLNKN
                     LFNDEFQKNHERMFQLLRIMDSKAE"
     CDS             complement(5582..8143)
                     /gene="nrdZ"
                     /locus_tag="SEQF3106_01588"
                     /EC_number="1.17.4.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WH76"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12-dependent ribonucleoside-diphosphate
                     reductase"
                     /translation="MKKIHFMGAETATYTFDEAYAASLDYFTGDELAAKVWVNKYALK
                     DAYGNIYEQSPTDMHHRLAREIARVEAKYPNPLSEDELFALFDHFRYIVPQGSPMTGI
                     GNDHQIASLSNCFVIGVEGNADSYGAVIRIDEEQVQLMKRRGGVGHDLSHIRPKGSPV
                     KNSALTSTGLVPFMERYSNSTREVAQDGRRGALMLTVSIKHPDAESFIDAKMTEGKVT
                     GANVSVKIDDEFMQAAINDTPYRQQYPISGPDPMVSKDISARSLWKKIIHNAWKSAEP
                     GVLFWDTILRESVPDTYADLGFRTVSTNPCGEIPLCPYDSCRLLAINLYSYVVNPFTK
                     EAYFDFELFKKHVALAQRIMDDIIDLESEKIDKILEKIDSDPESDEIKRTERELWQRI
                     RRKTLMGRRTGVGITAEGDMLAALNLRYGTEQATDVAEEIQKTLALAAYSSSVDLARD
                     RGPFEIYDTEREKNNPFIARLREADPELYERMTKYGRRNIACLTIAPTGTTSLMTQTT
                     SGIEPVFLPVYKRRRKVNPNDTDVHIDYVDETGDAFEEYVVFHHKFVTWMLANGYPAA
                     KKYTSAEIDDMIAHSPYYKATSNDVDWVQKVKMQGRIQRWVDHSISVTINLPNDVSEE
                     LVDKLYVEAWRSGCKGCTVYRDGSRAGVLISAEDKKKKEETKMAPPQIVSTRPAELDA
                     DVVKFQNNREKWIAFVGLLNGRPYEIFTGLADDDEGIMLPKTVEKGTIIKSYDSDGRK
                     HYDFQFKNKRGFKMTLEGLDSKFEPEYWNYAKLISGVLRYGMPITQVIKLVQEMELNN
                     ESINTWKNGVARALKKYLPNGTEVKGQQCPNCGSETLVYQEGCLLCANCGATECG"
     CDS             8574..9212
                     /locus_tag="SEQF3106_01589"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALDNLLSVSFTSEELTKITGAIEQLNTVLSGKVVNLTPEERRQ
                     YGSIADRNKLLVDKAKFYMEKAPQTVPQTIDKAEFDRDYAARGQVEAPLRELSMVTEK
                     LRDTKTLLDFDNLQAALNYYRYVRYLASQNEPGTTTIYQDLKQHYPGGGKKAEDKNKK
                     PGNKKPKPGGGDDIHQPEEPPKKPDTGGGSGGDDIQLPSEPPKKPDTGGTQG"
     CDS             complement(9291..9791)
                     /locus_tag="SEQF3106_01590"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATTPKKPSREEEEERKGDMMFDVHPLHPSRPSPSRKLNRENRI
                     KNTCFSNSHSNIAPSSDKRPLFVQIPATPSASLVSTSLPIQCLRPTNFFFYRGIFLNS
                     FLPNLSPLRSEPITTTFRTYHHYVPNVSTTTSERIHTTFRTYPHYVPNVSAPRSGRIR
                     TMFRRG"
     CDS             complement(9731..10726)
                     /locus_tag="SEQF3106_01591"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKCKAIAHGGNALEYVFREGKLGRVLALHNLCGETPNEIHEE
                     MKLVGDYNSRCKNKFLRIEIGIAPKDEPQMTFKALNRLALLFAKQMGLDDHQWVAVTH
                     KDTDILHIHIIANRISLGGQVYDTTFVSNRAARVAEELSHKYGLTIANEVRSARPHRK
                     AQADPARERTKQQVRSICYALLEKHKGKGLSGHSMFLYELNRSGVTIERMKNKQGKVY
                     GLKFLYDGHSFKASEIGRELGYRTLPKQFEHSNAQKLITPSSHSSMRSTNDSTPTTQV
                     ASPVVDVALDTAGSLLSETGEVTTLQTHGADYAEIAWQRRLRNQAVKKKRRGRGI"
ORIGIN      
        1 acagaggtct gttttgcttc agccgatgtg cgcggagcca aacagaggtc tgttttgctt
       61 cagccgatgt gcgcggcctc gttcaggggg tctgcacgct tcagccgatg tgcgcggagc
      121 gttcaggggg tctgcacggc tcagccgatg tgcgcggccc aaacaggggg tctgtttgct
      181 ccagccgatg tgcgcagccc aaacagaggt ctgttttgct ccagcggatc tgcgcggcct
      241 gaaacagggg gtctgtttgc tccagccgat gtgcgcggcc tgaaacagag gtctgttttg
      301 ctccagcggg tctgcgcggc ccaaacggcg gtctgttttg ctccagcggg tctgcgcggc
      361 ctgaaacaga ggtctgtttt gctccagcgg gtctgcgcgg cctgaatata gatccataaa
      421 gcccccaaat caccccgcgc cctgccgcca atgcgcccga atggcctacg ccgctataaa
      481 aagtctttat atttgcgata accaaacaca aataatcatg gtacgaacaa aaaacgaaga
      541 gataccgctg agcagcggtg ggatgcacaa tgtgctggcc gcgggaacgg tcgtaacagg
      601 tagtgtggcc tcggagtcgg actttcggct ggacgggcgc atcgagggtg acatcaattg
      661 caagggcaag atcgtcatcg gccccaaggg cagcatcctc ggcaacatca tctctgacaa
      721 tgccgaggtc ttgggcgatg tggagggctc gatccgcatc aaggagaagt tagtcttcaa
      781 gtcgacagcc attatcaagg gtgacatttt cacgcagacg ttggagatcg agccgggcgc
      841 tcacttcaat ggcacgtgta cgatgtcagg caagatggac gatctgcgtg cgccgcagca
      901 tggcggcaac aacaagtcga acgtgacgcc gctcaacaag aagtaggatc ctgctctttc
      961 gcttcatcca atcgccgttc acaaatcggt gcggttgctc tcccggagca tcgcaccgat
     1021 ttttttgttg aacggctcgg cgccaagcag cacctcgagc gtaaggtgca tgcgatagcg
     1081 ccagtaatgt gtggggtcgg ctgggatgtt gatccgctcg cgggtgggat cgggtgcgcg
     1141 caagttctcg tcggtggcta accaatcttg cagcggtagg atggtgagga tggaggcagc
     1201 agcgaggtgg tcgctgacga tacaccgggc ggcctcgggc gtggctgctt ccttataatt
     1261 ataggtcggg gcggagaggg cgcgcaggta gcggcgggtg cggtcggcgt cggcttgcca
     1321 ccagaggcgc aggggggcca tgtcgtgcgt ggaggtggtg cagacggaga ggtagggcgc
     1381 gcggtgcagg tcggtgaact ccacgccgta ggtcttggag atgcggccca gctcaaggct
     1441 gaggatgcgc aggcgctcca tgacttcgtg caccgagtcg gggatcatgc cgaggtcttc
     1501 gccgcagaca agcatctggg tggaggccgt cagggggcgg aggcggcgga gggccgtgtc
     1561 gcgccaaaag tcgtggtggc gcacgaagaa gaaatcgtcg taaagccggt cgaaggctgc
     1621 gcgttcgtca gggtttagtt cgcggtaacg cagagatcgg gcagccgaga tgcgcgggtg
     1681 gtaacgatcc ggggtatacg gatcacgcag gaagagcacc tcctccgtga ggctgtagag
     1741 cccgttgcgc aggcgtcggg tgtggtcgtt gtcgggggca tcgcgaagca ggtcagcgat
     1801 ctttcgttga ctgtcgcaaa gggcgtttgg agcgaggtgt acgtcgtcga taggcgtgag
     1861 gtaatactgt agcgcctcgt ccgcctcgtc gccaaacagt ttggggaggt catcgcgtcg
     1921 gatcgtgggg cgggtgtaac gcacatcgaa gggcaagccg aaggcctcga tctcatcccg
     1981 ggtgaggggc agggccggcc ggaaatgtcc gcagaggccg cgcacatagt cgagggggat
     2041 ctcccagatg cggaagaatc cgaggatgtg gtcgatgcgg aagcaatcga agtattcgct
     2101 gagcttcttg agccgcgcct tccaccaggc gaagccgtcg cgctccatca cctcccagtt
     2161 gtaggtcggg aagccccagt tctgccccac ggccgagaag tcgtcaggcg gagcgccggc
     2221 ctgtccctgt cgattgaagt aatgcgcatc gacccacgcg tctacgctcg cccggttgac
     2281 accgataggc agatcgccct tgaggatcac gccccgacgc cgtgcatagt cagccacagc
     2341 gctgaattgc gtgtgcagga tgtattgcag aaagcagctg tattccacct cgccgcgtgc
     2401 catgctcccc ttctcgaaga gtgattccac ccgatctaca tgatataccc tgtcgtcgct
     2461 ccatcgggtg aagtcagccg tgccgtattt gtcgcggtag taacagaagg cagcgtaagg
     2521 catgagccat gcacggttct ccctgacgaa acggcgatag cccgtgcttc gcatcacctt
     2581 cgcccccacc tcgcggaagt aggcgcggca ataggcgtct ttctccttca cgactgcctc
     2641 gtaatccacc tccggcaacg cattcaattg gcgctgcatg ctccggaagg cagccatctg
     2701 ttgcttgtct ttcaggctac ccatgtcggg cagcgagatg tacataggat gtagggcgta
     2761 gacagatatg gcgctgtagg ggtatgagtc gcggcgggtg tgggtgacgg tcgtgtcgtt
     2821 catcggcagc acctgcacga cgcactgccc cgtccgcgcg gcccagtcga cgaagaggcg
     2881 caggtcgtgc aagtcgccca cgccgaagct cgcctccgat ctgagggaga agacggggat
     2941 caccgtgcct gcacccttcc accgcgggcg cgcatcgcga tagggcgcct ctgccacagt
     3001 gacgatctcg aaatcccgtc gcttggggct ctcctgcagc gtgcgattac tgcccgcctc
     3061 ccagtgacgc acctgtccgg atgcgtcgca gatgatgaac ttgtattcaa gcgggaaggt
     3121 gagcctgtcc aagtctaagc agacctccca atcggggaag tgtgcatcgc tcatccgcac
     3181 ggcctgcatg ggttcccaat ggccgaggct gtcgcagctg cctgcgatgg ctacgtgttc
     3241 atccttccca acgcgtgggg cggacacacg caggatgagg ctgcgcgggt aggtggcctt
     3301 ggccggagat tgtggctcga gcctggcgaa gtgtgcacgg gtgaaggccg aggtgtagag
     3361 tgggctgtcg ttggggatgg tctgccagtg gtcgcgtatt gtataggttg cgcgggggaa
     3421 gtcgaatgcc acgtagcgcg caggtcgcca aggctcggtg gagggttgcc cgtcagcgtc
     3481 tacggatcgg taggcatagt cggcctccat cagcgacgtg gggacatcga gcgtgagcga
     3541 ccaatgcgcg ccgtcggcag tggtcatcgg taggcttgcg gcggggtcag cgccgacagc
     3601 tgtcgcgatg tctcggctga caagctgcac ggcgtggccc gtcggtgcgg ggtaaaagag
     3661 gtggaaaatg aggcgcatgt ttctcagaga atagattttg gcacttctat ttcgtgttca
     3721 tctttatata tcacgcgatt gctgacgtat aaattcaatt ggtactttga atagatttct
     3781 gccaattccg atttatcgaa catggatgct ccaaacactt ctgcacgtaa taaagggaag
     3841 ctgatcagtc cataaagtat acgttcggta agcggacatt ttcgttcctg caattcttga
     3901 atcgtatccg taatctgctt caaggagtct tctctatagt ttttccacga accctctttg
     3961 ttactatact ttgtttctac aaaaagcatg gcatcccctt cagcatcaga tgcaggtaag
     4021 aggatagcat cacattggcc gacattattt tttctccaag catgtttttt tagtccggtg
     4081 gaaatcatat tcatggacga agcgcatacg acttcgacaa aatgaggctg tttcccgttt
     4141 gtgagtgagg gtatattatc cttcatatag acacaacatc ctccactata ctggggcacc
     4201 aagccctgtt ccttgtagac ttttgtgtcc caatcaacaa tacaaagaga ataaggtgtt
     4261 ttatgttcct tccaattact cttgatattg agtttttcaa gatgcgcctt cattctgcct
     4321 tactatccat gattcggagc agctgaaaca tgcgctcatg gttcttttgg aactcatcat
     4381 tgaagaggtt cttattcagc agatgatcct cttcgtcttg cagcgggatg atgtccccgt
     4441 cgcgcagcaa ccacaagccg acgtttttgg gggagatggc cgatgcgcgc gtcgcggcgt
     4501 ctaacttttc ggctttgcct cgatccaccg ccatgccggc cagcatgcaa ttgtccaagg
     4561 cgtaaaggat aaaggggctg tgcgtggtca gcgtcaaggt gtggttacgc actttgtcgc
     4621 cgataagtaa tgagacgagg tgctgcaaca ggccgcgctg ggtggaggga tagaggttct
     4681 gttcaggctc ttcgatcacc aaatgtgtgc cgccgtaatc gccgatgtag cccaactctt
     4741 tccacattat ctttaattga ttctctactt ttttagtgcg tgattgctta tttatctcac
     4801 ctatcacatc caagaaagca gtcatcgatt tatcactaat tcctctttcg atatgagatt
     4861 tttcttcagt gctgagaacc tttgtcccat catagatctc tttgagcact tcataggaga
     4921 caaccaataa gggcaacaat gatcgttgcc cgcttgaggc agagggtggt tcgacttctg
     4981 ccccatttcc catgcggata atgtcttgct cgctatgttc tttataacga taagagaatt
     5041 tgaggtctgg tagttcgact tcaaattttt ttctgtatcg atattttttc ttcgctctat
     5101 cccaatcata gaggaagctc attatattat ttaccgtttc cgctatgtat tggttgatat
     5161 tttcaatagt caaaaaatta cgctctgccg ggatgtactc aatcttggtg ttgtgataaa
     5221 gatccttgca ttcctttttc ttataggagg tctgtggatc acgtttattg tccttataaa
     5281 acatagtaat cttacaccaa ggactgtcgt aaatgatttc caaattccta tggctgaaat
     5341 aggctcgact catgttatgg aagtcaatta attccttaaa gaaatccttt ttttttcctc
     5401 tagtaataaa gttcttttcc gcccacaggg cttgggagag gatcttcgcc aaggtgctct
     5461 tgccggacga ctgcgggccg aggaagaggt tgatgcgctt gacatctaag cacacctcct
     5521 ctatcgggcc tacgtgtttg acgtatagag ttgtcttatc catcgctcta tccttctctt
     5581 tttatccgca ctctgtggcg ccacagttgg cgcagagcag gcagccttct tggtagacga
     5641 gtgtctcact gccgcagttg gggcattgtt ggcctttcac ttcggtgccg ttcgggaggt
     5701 acttctttag ggcacgggct acgccgttct tccatgtgtt gatcgattcg ttgttcagct
     5761 ccatctcttg caccagcttg atgacctgcg tgatgggcat gccgtagcgt aagacgccgg
     5821 agatcagctt ggcgtagttc caatattccg gctcgaactt gctgtcgagg ccttcgagcg
     5881 tcatcttgaa gccgcgtttg ttcttgaact ggaagtcgta atgcttgcgt ccgtcggagt
     5941 cgtaactctt gatgatggtg cctttctcca cggtcttggg gagcatgatg ccctcgtcgt
     6001 cgtcggccag accggtgaag atctcgtagg ggcggccgtt gaggaggccc acgaaggcga
     6061 tccacttctc gcggttgttc tgaaacttca ccacgtcggc gtcaagttct gctgggcggg
     6121 tggagacgat ctgtgggggg gccatcttgg tctcttcctt cttcttcttg tcttcggcgg
     6181 agatgagtac gccggcgcgc gatccgtcgc gatagacggt gcagcccttg caaccggagc
     6241 gccaggcctc gacgtagagc ttgtctacga gctcttcgga gacgtcgttg ggcaggttga
     6301 tcgttacgct gatggagtgg tcgacccagc gctggatgcg gccttgcatc ttcaccttct
     6361 gcacccaatc cacatcgttg gaggtggctt tataatacgg tgagtgtgcg atcatatcgt
     6421 cgatctcggc ggaggtgtat ttcttggcgg cggggtagcc gttggcgagc atccaggtga
     6481 cgaatttgtg gtggaagacg acgtactcct cgaaggcgtc gcccgtctcg tcgacataat
     6541 cgatatgcac gtctgtgtcg ttcgggttga ccttgcggcg gcgtttgtag acgggtagga
     6601 agactggttc gatgccggag gtggtctgcg tcatgaggct tgtggtgccg gtgggggcga
     6661 tggtgaggca ggcgatgttg cgtcggccgt acttcgtcat gcgttcgtag agttcggggt
     6721 cggcctcgcg gaggcgggcg atgaaggggt tgttcttctc gcgttcggtg tcgtagatct
     6781 cgaaggggcc acggtcgcgg gccaggtcga cggatgagga gtaggccgcg agggcgagtg
     6841 tcttctgtat ttcttcggct acgtcggtgg cctgctctgt gccataacgc aggttgaggg
     6901 ctgccaacat gtcaccttcg gccgtgatgc ctacgccggt gcgtcggccc atgagtgtct
     6961 tgcggcggat gcgctgccaa agctcgcgtt cggtgcgctt gatctcgtcc gactcggggt
     7021 cggaatcgat cttctcgagg atcttgtcaa tcttctcaga ctcgaggtcg atgatgtcgt
     7081 ccatgatgcg ctgggccagg gcgacatgct tcttaaacag ctcgaagtcg aagtaagcct
     7141 ccttcgtgaa ggggttgact acataagaat aaaggttgat ggccagcaga cggcagctat
     7201 cgtaggggca gagggggatc tcgccacagg ggttggtgga gacggtgcgg aagccgaggt
     7261 cggcgtaggt gtcgggtacg gattcgcgga ggatggtgtc ccagaagagt acgcccggct
     7321 cggctgattt ccaggcgttg tggatgatct tcttccacag cgagcgggcg ctgatgtctt
     7381 tgctaaccat cggatcaggg cccgagatag ggtattgctg gcggtagggg gtgtcgttga
     7441 tggcggcttg cataaactca tcatcgatct taactgacac attggcaccc gtcaccttgc
     7501 cctcggtcat cttcgcatcg atgaaggatt cggcatcggg gtgcttgatg gagacggtga
     7561 gcatgagtgc gccgcgtcgg ccgtcttggg ccacctcgcg ggtggagttg gagtagcgct
     7621 ccatgaaggg gacgaggccg gtggaggtga gtgcggagtt cttcacgggc gagcctttgg
     7681 ggcggatgtg ggagaggtcg tggccgacgc caccgcgccg cttcatgagt tgcacctgct
     7741 cctcatcgat acggatcacg gcgccgtagg agtcggcgtt gccctcgacg ccgatgacga
     7801 agcagttgga gagggaggcg atctggtggt cgttgccgat gccggtcatg gggctgccct
     7861 gggggacgat gtagcggaag tggtcgaaga gggcaaagag ctcgtcttcg ctgagggggt
     7921 tggggtattt ggcctccacg cgtgcaatct cgcgcgccag gcggtggtgc atgtcggtgg
     7981 gcgactgttc gtagatgttg ccgtaggcat ctttcaatgc gtacttgttg acccagactt
     8041 tggcggcgag ttcgtcgcct gtgaagtagt cgagtgatgc agcgtaggcc tcgtcgaagg
     8101 tgtaggtcgc cgtttctgcg cccatgaagt gtatcttttt catatcctat aatgtgtatg
     8161 tgattcgatg attgattcgt tttgcggcgc aaaagtagat ttttatgtat acgaggttct
     8221 ccaaaaaaag tagcccggag tggggtagga ggggagggag ttgtccgaaa cagaatggta
     8281 acacgttgta aataaagaaa taagcaacat ggagtgtaac ccgaagttac ccaaaatgag
     8341 taacccggga ataagacaat cgataattcc aaacattctg cgcaggactt ttcaacaggt
     8401 tgttgcccgc ctctgatcac ttggcggagg gcagggtggc tcgattgcga atacatggaa
     8461 acgccttccc cgcttggaga tgacaggaat gggcatacat ttgccggcga tgtgtacatc
     8521 attataaccc aaaacaatca cctcacccat taaaaaaaga aaggacatta cttatggcat
     8581 tagacaattt gctttccgtt tcattcacca gcgaggagtt gacgaagatc actggggcca
     8641 ttgagcagct caacacggtg cttagcggca aggtggtcaa cctgacgccc gaggagcgca
     8701 gacagtatgg cagcatcgcc gaccgcaata agttgctggt agacaaagcg aagttttaca
     8761 tggaaaaggc gccgcagacg gtgccgcaga cgatagacaa ggccgagttt gaccgcgatt
     8821 atgcggcgcg aggacaggtg gaggcacccc ttcgcgagct gtcgatggtg actgaaaagc
     8881 tgcgcgacac gaagacgctg ctcgacttcg acaacctgca agcggcactg aactattatc
     8941 ggtacgtgag atatttggcc tcgcagaacg aaccgggcac gacgacgatc tatcaagacc
     9001 tgaagcagca ctatcccggt gggggcaaaa aggcggagga taagaacaag aaaccgggca
     9061 acaagaagcc caaaccgggc ggcggcgacg acatccacca gcccgaagag ccgcccaaga
     9121 agcccgacac aggcggcggc agcggtggcg acgacattca gctgccctcg gagccgccca
     9181 agaagcccga cacaggcggc actcaaggat agagaagagg cagacacggc tcacgtacac
     9241 acttcgcgtt cggaaccttc ccccccgtgg gataggttcc gaacttgttt ttaccctctt
     9301 ctgaacatgg tgcggatacg tcccgaacgt ggtgcggata cgttcggaac gtagtgtgga
     9361 tacgttcgga acgtggtgtg gatacgttcc gaagtggtcg ttgatacgtt cggaacgtag
     9421 tggtgatagg ttcggaacgt agtggtgata ggttcggaac gtagtggtga taggttcggt
     9481 agaaaactat tcagaaatat ccctctgtaa aagaagaagt tagtcggtcg taggcattgg
     9541 ataggtaacg aagtggaaac gagcgaagcg cttggggttg ctggaatctg cacaaacaaa
     9601 gggcgcttgt cacttgaggg cgcaatgtta ctatgactat ttgaaaaaca ggtgtttttg
     9661 atgcgattct cgcgatttag ctttcggctt ggggaaggtc gggatggatg gagtggatga
     9721 acgtcgaaca tcatatcccc cttcctctcc tcttcttctt cacggcttgg tttcttaggc
     9781 gtcgttgcca tgcgatctcg gcgtagtcgg cgccgtgtgt ctgcagggtt gtgacctctc
     9841 cagtctccga aagaagactt cccgcggtat ctaaagcaac gtccacaacg gggcttgcga
     9901 cttgtgtggt aggtgtactg tcgttcgtgg atctcataga ggaatggctg gagggggtga
     9961 tgagcttctg cgcattgctg tgctcgaact gtttcggcag ggtacggtag cctaactcac
    10021 ggccgatttc ggaggccttg aaactgtggc cgtcgtagag aaactttaat ccgtagactt
    10081 taccctgctt gtttttcatg cgctcgatcg tgacaccgct tcggttgagt tcgtagagaa
    10141 acatggagtg acccgacagg ccttttcctt tgtgcttctc gagcaaggcg tagcagatgc
    10201 tccgcacctg ctgcttcgtt cgttctcttg cgggatcggc ttgggctttc cgatgtggtc
    10261 gcgcggaacg gacttcgttg gcaatggtca acccgtactt gtggctgagt tcttcggcta
    10321 ctctcgccgc ccgattgctg acgaaggtgg tgtcgtagac ctgcccaccg aggctgattc
    10381 gattggcgat gatgtggatg tgcaggatgt cggtgtcttt gtgcgtgacg gccacccatt
    10441 gatgatcgtc cagccccatc tgcttggcaa agagcagggc gaggcggttt agcgccttga
    10501 acgtcatctg cggctcgtcc ttcggggcga tgccgatttc gatgcgcagg aacttgtttt
    10561 tgcagcgact gttgtagtcg ccgacgagct tcatctcctc gtggatctcg tttggcgttt
    10621 cgccacagag gttgtggagg gcgaggacgc ggccgagctt tccctctcga aaaacgtact
    10681 ccagcgcgtt gcctccgtgc gcgatggcct tacactttgc gatcatggtc ttcgatattt
    10741 aagcgcttaa acacctcttc gtcgacccga tagcgggggc tgaagaaccg cttaaaagcg
    10801 atcttggcat aggtggaaag tgcctttgtg gcgtctaccc aggagacgtc tttgacctta
    10861 atcaggttag agatgtgtgc gtagaacagt gccgtctgac ggagga
//
LOCUS       SEQF3106|MIQD01000066.110853 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10853
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(190..669)
                     /gene="ybaK"
                     /locus_tag="SEQF3106_01592"
                     /EC_number="4.2.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AAR3"
                     /codon_start=1
                     /transl_table=11
                     /product="Cys-tRNA(Pro)/Cys-tRNA(Cys) deacylase YbaK"
                     /translation="MKTEKKTNAARLLDKAGVAYETVPYEVDENDLAATHVAEQLHED
                     IAQVFKTLVLRGDRSGLFVCVVPGNAEVDLKKAARISGNKHAAMLPMKELLPATGYIR
                     GGCSPVGMKKALPTFIHESCLGFTHIYVSAGRRGLQLKLAPNDLIAFVHATVTDLVE"
     CDS             complement(693..2807)
                     /gene="recG"
                     /locus_tag="SEQF3106_01593"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P24230"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent DNA helicase RecG"
                     /translation="MTPDEQNIMYLPGVGPRRAEVLKKEINVTTFDDLLHYFPYRYVD
                     RSRIYTIRELERIVAGHGDKAPYVQLQGRITDFRNAGEGRAKRLIARFTDGTGTVDLI
                     WFQGQKYILDKYPTGREYIVFGQPREFMHEYSFIHPEVDPADRAARVSGGLVPLYNTT
                     ERMKRASLHSRTLRDLLYTLLTRLEGHLPETLPARLIAERALIPRSEAMRQIHFPESA
                     ERLRQAQHRLKFEELFYIQLDILRTAALRRNKLRGIACPRVGEAFNTFYSHHLPFALT
                     EAQKRVVREIHSDMKSGRQMNRLLQGDVGSGKTLVALMAMLLAVDNGCQACLMAPTEI
                     LAGQHFATLSELLGDMHVRVELLTGSTPKSHRTTLLPAVEAGQVDILIGTHALIEDTV
                     AFRRLGLAVIDEQHRFGVEQRSKLWVKSRLVPHVLIMTATPIPRTLAMTVYGDLDVSV
                     IDELPPGRKPVKTVHRYDAKRAEVYAFLRSEIGRGRQVYVVYPLIEESETMDYKNLEK
                     GFETFREVFPEYTVCMVHGRMKAREKEVEMQRFVRGEAQILVATTVIEVGVNVPNASV
                     MVIESAERFGLSQLHQLRGRVGRGAEQSYCILVTGYKLSEITRKRLEIIVSTSDGFRI
                     AEEDLKLRGAGDLEGTQQSGDGLSLRIADLAHDGGILRTAREAASRILDADPDLTQPE
                     NALLRARLDALFRRRMNWGLIS"
     CDS             3317..4708
                     /gene="algC"
                     /locus_tag="SEQF3106_01594"
                     /EC_number="5.4.2.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q02E40"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphomannomutase/phosphoglucomutase"
                     /translation="MTLIKSISGIRGTIGGGPDEGLNPLSIVKFTAAYATFIRRRSTA
                     GQKNRIVVGRDARMSGPMVKNIVTGTLMSMGFDVVDIDLATTPTTELAVTNELACGGI
                     ILTASHNPKQWNALKLLNERGEFLSAEDGQEVLRLAAEEAFTFVPVEELGRVITDNRY
                     KERHISRVLALDLVDVEAIRAANFRVAIDCVNSVGGMVIPDLLYALGVREIFKLHCNP
                     HGNFSHNPEPLPEHLTEISTLMRHARADVGFVVDPDVDRLAIVCENGEMFGEEYTLVA
                     VSDYVLSRTPGNTVSNLSSTRALRDVTEQHGGQYAASAVGEVNVVEKMKETGAVIGGE
                     GNGGVIYPALHYGRDALVGIALFLTLLAKKKMKVSELRATYPAYFISKQRVELTPGIN
                     VDAILDDVKRRFAGEQVTDIDGVKIDFADRWVHLRRSNTEPIIRVYAEARTKAEADAL
                     GRELIDIIKGSKA"
     CDS             4711..5244
                     /locus_tag="SEQF3106_01595"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A794"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative TrmH family tRNA/rRNA
                     methyltransferase"
                     /translation="MRKLKVTELGRLTPEEYRASEKLPVVVVLDEVRSLNNVGSVFRT
                     ADAFRLEGVWLCGITATPPHAEIHKTALGAEETVEWTYCKDTLEAVEALRREGYVICA
                     LEQAEGSVSLAEFRPERGRKYAVVVGHEVKGVSQRVVDRSDVCIEIPQRGTKHSLNVS
                     VAAGIVLWEFFRGLTPL"
     CDS             complement(5252..5887)
                     /locus_tag="SEQF3106_01596"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRCRYAILTLLALLGFATSIAAQQRLTIDTGTKRIRIIIPDGC
                     ALATVENGDTIPHVYLPTVYVFPELKFKSEKERQQYAKLVRDVKRTLPYARMVYETLI
                     ETYEYIETLPDEKAKKAHLKRMEKELYAQYKPELKKLTLSQGKLLIKLVDRECHQSSY
                     NLAKAYLGTFRAGFWNLFAGMFGASLKTKYDPNGKDALTERVVLLVQCGAI"
     CDS             complement(5900..6559)
                     /locus_tag="SEQF3106_01597"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A6I1"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative peptidyl-prolyl cis-trans isomerase"
                     /translation="MVLAALLCGLYALGASAQEKETKVAIDTNKGLITIKLYNETPRH
                     RDNFIKLVKEHQYDGVLFHRVIKDFMIQAGDVKAKNAPLDQPVGEGDLDYTVPAEILF
                     PKYYHKRGQVAAAREGDDVNPERASSAAHFYIVEGKKFTAEGLDKMEQSKHIKYTPEQ
                     RKVYMTEGGTPHLDNAYTVFGEVVSGMDVVDSIQVVPTDPATDRPRENVVIRSMKIVE
                     D"
     CDS             complement(6865..7740)
                     /locus_tag="SEQF3106_01598"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGSRYGGLKQLDGVGPDGETIMDYSVFDAARAGFGRVVFVIRHD
                     FEADFRARVLSRYAGHIPTDVVFQSMDDLPEGFTCPPGRTKPWGTNHAIWMARHTIHE
                     PFAVINADDFYGRDSFATLARALSEAEGRQGDYCMVGFRVGNTLSPSGTVSRGVCSTD
                     AKGYLTGIVERTAIARVDGRVRFTDDEGAQHTLSDDTPVSMNMWGFTPDYFAHTEVYF
                     RRFLAEHATDERAEYYIPWAVNELITRGTARVRVLDTTSEWFGVTYPQDRPEVVSRLR
                     TLTNAGEYPATGLFK"
     CDS             8353..8802
                     /gene="gmm"
                     /locus_tag="SEQF3106_01599"
                     /EC_number="3.6.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P32056"
                     /codon_start=1
                     /transl_table=11
                     /product="GDP-mannose mannosyl hydrolase"
                     /translation="MRCTACGFTYYYNPAAATAALILNDRNELLVCRRAHDPARGTLD
                     LPGGFCDVGETAEEGVAREVAEETGLRVVRADYLFSLPNRYVFSGFVVATVDLFFRCR
                     VAADDAPAEAHDDASELLWVPLHTLRPEAFGLESIRKGIRRFLDGVE"
     CDS             8891..10582
                     /locus_tag="SEQF3106_01600"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLIRFVTLFALALSVGGPLYAGSFDLEKDFKRLDSAVAVYQSV
                     IAEREGEITAYKSHATDVMSVDDIYRYTKHLYLMYLKFDTDSAIHYAQLCDSIATANE
                     MEPEATLARIDLALACILRGETFRAYNLLEKLGDIRQMDAGCQPKMAVTILEFYLRLN
                     YPPAGTRGTAYSREMAELWSRYGGYLPRDGWLYAYYQALITEQTDRDALLRHVAAAPQ
                     PSVQAAMLLYALATVSRAGGDEKAYCHYLACSAVNDILSANREASSLIVLLNTPYIAN
                     NSRRAARYAMLCTDNAGHYYDRWRSPDVAAAQTLIIRPYEQRLEQEGRRMRIAIGLLV
                     ALVVAVCILLGGMRRRRRRTERRMEDMRMANQSLQEEAKRERQMLTQMETSNEQLRAK
                     ISQHNAHFMDIYLFASQYIHDVQCFQNSVYNLFVAGRADKAARRLAQSGEKEKHLQAF
                     YQQFDKGFLASHPDFISRLNNLLRPECRVPLPHDALTPELRIYALVSIGMTDSISIAH
                     FLHYSPQTVYNYRLRMRRNALISEKAFARTVADFYIQESGDDPRADNPGAAPITP"
ORIGIN      
        1 aattggcggt aagctccgcg cgccagtttt tgatctccgc caattggcgg taagctccgc
       61 gcgtcagttt ttaatctccg ccaattggcg gtaagctccg cgcgtcagtt tttgatctct
      121 gtcggtcgac agaaagctcc gcgcgtcagt ttttaatctc cgtcggttgt aggggccgca
      181 ccgaatggat tattccacca gatcggtgac ggtggcgtgg acaaaggcga tgaggtcgtt
      241 gggggcgagc ttcagttgca gaccgcggcg gccagcactg acgtagatgt gggtgaaacc
      301 aagacaggat tcatggataa acgtgggcag cgccttcttc atgcccacgg gcgagcagcc
      361 accgcggatg taacccgtgg cggggagcag ctccttcatg ggcagcatgg ctgcatgctt
      421 attgcccgag atgcgggccg cctttttcaa gtctacctct gcattgccgg gcacgacaca
      481 gacgaacagc ccgctgcggt cgccacggag gacgagcgtc ttaaacacct gcgcgatgtc
      541 ttcgtgtaat tgttcggcca catgggtggc ggccagatcg ttttcgtcca cctcgtaggg
      601 aactgtctcg taagctacgc cggccttgtc gagcaggcgc gccgcattcg tcttcttctc
      661 agtcttcatt gtgcattatt cgtgattcgt tcttatgaga tcagccccca gttcatgcgc
      721 cggcggaaga gggcatcgag gcgggcgcgg agcagggcgt tctcgggctg tgtgaggtcg
      781 gggtcggcat cgaggatgcg tgaggcggcc tcgcgggcgg tgcggagtat gccgccatcg
      841 tgggccagat cggcaatgcg cagcgagagc ccatcgccac tttgctgcgt gccctccaga
      901 tcgccggctc cgcgcagctt caggtcttct tcggcgatgc ggaatccgtc ggatgtggac
      961 acgatgatct cgagccgctt gcgcgtgatc tcactcaact tataacccgt gacaaggatg
     1021 caatacgact gttccgcgcc gcgccccacg cgtccccgca actggtgcag ctgcgacagt
     1081 ccgaaccgct cggcgctctc gatcaccatg accgaggcgt tgggcacatt cacgcccacc
     1141 tcgatcaccg tcgtagctac cagtatttgc gcctcgccac ggacgaagcg ctgcatctcc
     1201 acttccttct cacgcgcctt catccgcccg tgaaccatgc agacggtgta ctcggggaag
     1261 acctcgcgga aggtctcgaa gcccttttcg aggttcttgt aatccatcgt ttcgctctcc
     1321 tcgatgagtg ggtaaacgac gtaaacctgc cgcccgcggc cgatctcgct gcgcaggaag
     1381 gcgtagacct cagcccgctt cgcgtcgtag cggtggaccg tcttgacggg cttgcggccg
     1441 ggcggcagct cgtcgatgac ggagacgtcg aggtcgccgt aaaccgtcat ggccagcgtg
     1501 cgggggatgg gcgtggccgt catgatgagc acgtgaggca cgaggcggct cttgacccag
     1561 agcttcgacc gctgctccac gccgaagcgg tgttgctcat cgatgacggc caggccgagg
     1621 cggcggaagg cgacggtgtc ttcaatcaac gcgtgtgtgc cgatcaggat gtccacctgg
     1681 cccgcctcga cggccggcag caacgtggtg cggtggctct ttggggtcga tccggtgagc
     1741 agctccacgc gtacgtgcat gtcgccgagc agctcgctga gggtggcgaa gtgttgcccg
     1801 gcgaggatct cggtgggggc catgaggcag gcttggcaac cgttgtcgac ggccaggagc
     1861 atggccatga gcgcgacgag cgtcttgccg ctgcccacgt cgccctgaag taggcggttc
     1921 atctgccggc cgctcttcat gtcgctgtgg atctcgcgca cgacgcgctt ttgcgcctcg
     1981 gtcagggcga agggcaggtg gtggctgtag aacgtattga aggcctcgcc cacgcgcggg
     2041 caggcgatgc cccgcagctt attgcgccgc agcgcagccg tgcgcaggat gtcgagttgg
     2101 atgtaaaaca gctcctcaaa cttcagcctg tgctgcgcct gccggagccg ttcggccgac
     2161 tcggggaagt ggatctggcg catggcctcg gagcgtggga tcagcgcgcg ctcggcgatg
     2221 aggcgcgcgg ggagcgtctc gggcaggtgg ccctcgaggc gcgtgaggag cgtgtagagc
     2281 aagtcgcgga gggtgcgcga gtggagcgag gcccgcttca tgcgttcggt ggtgttgtag
     2341 agcggtacga ggccgccgga gacgcgtgcg gcgcggtcgg cgggatccac ctcggggtgg
     2401 atgaaggagt attcgtgcat gaactcccgc ggctgtccga agacgatgta ttcgcggccc
     2461 gtggggtact tatcgaggat gtatttctgc ccctgaaacc agatgagatc caccgtgccc
     2521 gtgccgtcag tgaagcgggc gatgaggcgt ttggcgcgcc cttcgcctgc gtttcggaag
     2581 tcggtgatgc ggccctggag ctgcacgtag ggcgccttgt cgccgtgccc cgcaacgatg
     2641 cgctccagct cgcggatggt gtagatgcgg ctgcggtcga cgtagcggta ggggaaataa
     2701 tggagcaggt cgtcgaaggt tgtcacgttg atttccttct tcaacacttc ggcgcgccgc
     2761 ggcccaacgc cgggcaggta catgatgttt tgttcgtcag gggtcattat ttagagggta
     2821 gagagtagag gttagagggt aaaagggtgg gggagtggat ccggggcaaa gatagagggg
     2881 cggttaaggg ggagaataaa tgatagtcat cgaacggcct ctatttaata aatcagagtg
     2941 gttattgtta ttaaatggtt gcaagataat aagccgaatg ctcttttatt attatatgag
     3001 cctcatataa ttagccaaac gctcttttgt tattatatga gcctcatata attagccgaa
     3061 tactcttttg ttattatatg agcctcatat aattagccga atgctctttt gttattatat
     3121 gggcctcata taattagccg aatactcttt tgttattata tgagcctctt tttcggtcgt
     3181 tgacgatcaa ttatgcccta tctgcgcccc aacaagccgg gcgtcggccg gttcgcccct
     3241 acatttgtgc ccctacacat aactaccctg taactaccgt gggcaaagtc cacataacta
     3301 cttcttacta cttcttatga cactgattaa atccatttcc ggcatccgcg gcaccatcgg
     3361 cggcgggccg gacgaggggc tgaaccccct ctccatcgtg aagtttacgg cggcctacgc
     3421 cacgtttatc cgccggcgat cgactgcggg gcagaagaat cgcatcgtcg tcgggcgcga
     3481 cgcccgcatg tctgggccga tggtgaaaaa catcgtcacg ggcacgctca tgagcatggg
     3541 cttcgacgtg gtagacatcg atctggccac gacgcccacc acggagctgg ccgtcacgaa
     3601 cgagctggcg tgcggcggca tcatcctcac cgcaagccat aacccgaagc agtggaacgc
     3661 gctgaagctg ctcaacgaac gcggcgagtt cctcagcgcc gaagatgggc aggaggtgct
     3721 gcgactggcc gcggaggagg ccttcacctt cgtgccggtc gaggagttag ggcgggtgat
     3781 cacggacaac cgatacaagg agcgccacat ctcgcgtgtg ctggcgctcg acctcgtcga
     3841 cgtggaggcc atccgcgcgg ccaacttccg cgtggccatc gactgtgtga actccgtcgg
     3901 cggcatggtc atccctgacc tgctctatgc actcggcgtc cgggagattt tcaagttgca
     3961 ctgcaacccg cacggcaact tctcgcataa ccccgaaccg ctgccggagc acctgacgga
     4021 gatctccacc ctgatgcgcc atgcgcgagc cgacgtgggc ttcgttgtcg acccggatgt
     4081 ggacaggcta gccatcgtct gcgagaacgg ggagatgttt ggcgaggagt atacgcttgt
     4141 ggcggtgagc gactacgtgc tgtcgcgcac gccaggcaac acggtgagca acctcagttc
     4201 gacgcgtgcg ctgcgcgatg tgacggagca gcacggcggg cagtatgctg catcggccgt
     4261 gggcgaggtg aacgtggtgg agaagatgaa ggagacgggc gctgtgatcg gcggcgaggg
     4321 caacggtggc gtgatctatc cggccctgca ttacggtcgc gacgcgcttg tgggcatcgc
     4381 gctcttcctg acgctgctgg ccaaaaagaa aatgaaggtg agtgagctgc gggccaccta
     4441 tccggcgtac tttatctcta agcagcgcgt agagctgaca ccgggcatca acgtggacgc
     4501 catcttggac gacgtgaagc gtcgcttcgc cggcgagcag gtgacggaca tcgacggggt
     4561 gaagatcgac ttcgccgacc ggtgggtgca cctgcgccgc agcaacaccg agcccatcat
     4621 ccgtgtctat gccgaggcac gcaccaaggc agaggccgac gcgttaggcc gcgagttgat
     4681 cgacataatt aaagggagca aggcgtgacg atgcgcaagc tgaaggtcac ggagctgggc
     4741 cgcctgacgc cggaggagta ccgcgcgagc gagaagttgc ccgttgtggt ggtgctcgat
     4801 gaggtgcgga gtctgaacaa cgtcgggtcg gtgtttcgca cggccgacgc gttccgtttg
     4861 gagggcgttt ggctgtgtgg catcacggcc acgccgccgc atgcggagat ccataagacg
     4921 gcgctcgggg cggaggagac cgtggagtgg acctactgta aggatacgct cgaggccgtc
     4981 gaggcgttgc gacgcgaggg gtatgtgatc tgcgccttgg agcaggccga gggcagcgtc
     5041 tcgttagcgg agttccggcc cgagcgcgga cggaagtacg ccgttgtggt gggtcacgag
     5101 gtgaaaggcg tcagccagcg cgtcgtcgac cgttcagatg tatgcataga aatcccgcag
     5161 cgcggcacga agcattcgct caatgtgtcc gtcgctgcgg gaatcgttct gtgggaattc
     5221 ttccggggat taaccccgct ttaaatggcg tttaaatagc gccgcattgc acaagtagga
     5281 cgactcgttc ggtaagggca tccttgccgt tcgggtcgta cttcgtttta aggctggcgc
     5341 cgaacatgcc agcgaagagg ttccagaagc cggcgcggaa agtacccaag taggccttcg
     5401 cgaggttgta actcgactgg tggcattcgc ggtcgacgag cttgatgagc agcttgccct
     5461 gcgagagggt gagcttcttc agttccggtt tgtactgtgc gtagagctcc ttttccatac
     5521 gtttcaggtg tgccttcttc gccttctcat ccgggagcgt ttcgatgtat tcatacgtct
     5581 cgatcagcgt ctcgtagacc atgcgggcgt agggcaaggt gcgtttcacg tcgcgcacga
     5641 gcttggcgta ctgctgccgt tccttttcgc tcttgaactt cagttcgggg aagacgtaaa
     5701 ccgtcggcag gtacacatgt gggatggtgt cgccgttctc caccgtggct aaggcgcatc
     5761 cgtcggggat gatgatgcgt atgcgcttcg tgcccgtgtc gatcgtcagc cgctgctgag
     5821 cagcgatgct cgtggcgaaa ccgagtaggg caagcagggt gaggatggcg tatctgcaac
     5881 gattcatggc gatgtccttt taatcctcaa cgatcttcat cgaccggatg accacgtttt
     5941 cgcgtgggcg atccgtagcg ggatcggtgg gcacgacttg gatgctgtcc accacgtcca
     6001 tgccgctcac cacttcgccg aagacggtgt aggcgttgtc aaggtgcggc gtgccgccct
     6061 cggtcatgta gactttgcgc tgctcgggcg tgtatttgat gtgcttgctc tgctccatct
     6121 tgtctaagcc ctcagccgtg aacttcttgc cttcgacgat gtagaaatgt gcggcagacg
     6181 aggctcgttc agggtttacg tcgtctccct cgcgcgctgc ggccacctgc ccacgcttgt
     6241 ggtaatactt cgggaaaagg atctcggccg gcacggtata gtccaagtcg ccttcgccca
     6301 cgggctggtc gagcggggca ttcttggcct tcacgtcgcc cgcctggatc atgaagtcct
     6361 tgatcacgcg gtggaagagc acgccgtcgt attggtgctc cttcacgagc ttgatgaagt
     6421 tatcgcgatg gcggggcgtc tcgttgtaca gtttgatggt gatcagaccc ttgttggtgt
     6481 cgatcgccac tttcgtttct ttctcttgcg ccgatgctcc gagcgcatag aggccgcata
     6541 gcagggcggc taataccatt cttttcatca tgtcttaaat aagtagttag aggtagtagg
     6601 ggcgcctctt gtgggcgccc ggtagttagt agtaggggcg cctcttgtgg gcgcccggta
     6661 gttagaggca gtaggggcgc cccttgtggg cgcccggtag ttagaggtag taggggcgcc
     6721 tcttgtgggc gcccggtagt taggggtagt aggggcgtct cttgtgggcg cccggtagtt
     6781 agaggtagta ggggtagtcc atgagaaata agagagagcc tctctacttc tgactaccct
     6841 ataactactt ctgactacct cttattattt gaacaatccc gtggcgggat attctcctgc
     6901 gttggtcagg gtgcggaggc ggctgactac ctcggggcgg tcttgcgggt aggtgacgcc
     6961 gaaccactct gacgtggtgt cgagcacacg gacacgcgcc gtgccacggg tgatcagttc
     7021 gttcactgcc cacgggatgt aatactccgc gcgctcgtcg gtggcgtgct ccgcgaggaa
     7081 gcgacggaag tagacttccg tgtgagcgaa atagtctggt gtgaagcccc acatattcat
     7141 cgagacgggc gtgtcgtcgg acagcgtgtg ctgcgcaccc tcgtcgtcgg tgaagcggac
     7201 gcggccgtct acgcgggcga tggctgtgcg ctccacgatg cccgttaggt agcccttggc
     7261 gtcggtagag cagacgccgc gcgagaccgt cccgctcggg ctgagcgtgt tgcccacgcg
     7321 gaagccgacc atgcagtagt cgccctgcct gccctcagcc tcagagagtg cgcgggccag
     7381 cgtggcgaag ctgtcgcgac cgtagaagtc gtcggcattg atcacggcga agggttcatg
     7441 gatggtgtgg cgggccatcc agatggcgtg gttcgtgccc cagggcttgg tacgccccgg
     7501 cgggcaggtg aagccctcag gcaggtcgtc catcgattga aagacgacat cggtggggat
     7561 gtggccggcg tagcgtgaca gtacgcgggc gcggaagtcg gcctcgaaat cgtgtcggat
     7621 gacaaacacg acgcgcccga agcctgcgcg tgcggcgtcg aagacggagt agtccatgat
     7681 cgtctcgccg tctggcccga cgccgtccag ctgtttcagt cctccgtagc ggctgcccat
     7741 gccggcagcc agtatgcata aagtgggtgt catataatag gtagttatgc ggcctttggc
     7801 cgcggtggta ggggcggatc tcttagtgct cgcccgagga ttacagcggc caaaagtaga
     7861 gattggcata aatcgagaat aggtaagggg gcgcatcgcc ctatataacg ggatttcgac
     7921 gtggggcaat gcatttatat aggtatggga ctcccttgca ggatggttgc aagcaggctt
     7981 gcacgcggtg tgcaagctac cttgcacgat ggctgcaagc tgccttgcag ggggtctgca
     8041 agctaccttg cacggtgtct gcaagcatgc ttaagagcat ctcttaagcc tgcgttgtct
     8101 gtgagccatt gggaagggtg tctcccccga ggcggggaga tggatttctt acatcgagca
     8161 cacattatat tacgtattcc cccaccgaaa cggtcttcca ccgcacctga tgtggggcga
     8221 ggcggtgcgt cgtttttcga tttcttcgcg ccacttatgt ataccccatc atccacccct
     8281 catcccttgg ccgacttccg acattgcccg cgctgcgggt cagacgcgtt cgcaccacac
     8341 gacgggaagt cgatgcgttg cacggcgtgc ggcttcacct attactacaa ccctgcggcg
     8401 gccacggcgg cgctgatcct gaacgatcgc aacgagctgt tagtctgtcg ccgtgcacac
     8461 gatccggcac gtggcacact tgacctgccg ggcggcttct gcgatgtcgg cgagacggcc
     8521 gaggagggtg tggcgcgtga ggtggctgag gagacgggcc tgcgcgtcgt ccgtgcggac
     8581 tacctcttct cgctcccgaa ccgttatgtc ttttcgggct tcgtggtggc cacggtcgat
     8641 ctgttcttcc gttgccgcgt ggctgcggat gatgctccgg cagaggcgca cgacgatgcg
     8701 tcggaattgc tgtgggtgcc actccataca ctccggcctg aggcgtttgg tctggaatcg
     8761 attcgcaagg gcatcaggcg gtttttggat ggagtggaat agggggggag cggggtttgc
     8821 ctgtctcatg cgataccttc aattttacgg caagaagtaa gtctaactca tcacgatccc
     8881 tttgtaaacc atgctcctta ttcgatttgt cacgctcttc gcccttgcgt tatcagtagg
     8941 agggccgctg tatgccggct cctttgacct tgagaaggat ttcaaacgcc tcgattctgc
     9001 tgtggccgtc tatcaatcgg tgattgcgga gagggagggt gagatcacgg cctacaagtc
     9061 gcacgctacg gatgtgatga gtgtggacga catctaccga tataccaagc atttgtactt
     9121 gatgtacctc aagtttgaca cggattcggc tatccattat gcccagctgt gtgacagcat
     9181 tgcgacggct aacgagatgg agccggaggc aacattggca cggatcgatc tggcgttggc
     9241 gtgcatcttg cggggggaga ctttcagggc gtacaacctg ttggagaagc tgggtgacat
     9301 ccgccagatg gatgcgggtt gccagccgaa gatggccgtg accatcttgg agttttacct
     9361 acgattgaac tatccgccag ccggcacacg gggcaccgcc tacagccgcg agatggccga
     9421 gctctggagc cgttatgggg gctacctgcc gcgcgacggt tggttgtatg cctattatca
     9481 agccttaatc acggagcaga ctgaccgcga cgcgctcttg cgccatgtgg ccgcagcgcc
     9541 gcagccctct gtgcaggcgg ctatgctcct ttatgccctt gccacggtca gccgggcggg
     9601 tggcgatgag aaggcttatt gccactatct ggcttgctcg gccgtgaacg acatcctctc
     9661 ggccaaccgc gaggcctcgt cgctgattgt cttgctcaac acgccttaca tagccaacaa
     9721 cagccgccgc gccgcgcgct acgctatgct ctgcaccgac aatgcaggtc attactacga
     9781 cagatggcgc agcccagacg tcgccgcggc gcagaccctg attatccgcc cttacgaaca
     9841 gcggttggag caggagggga ggaggatgcg gatcgccatc gggctgctgg tggccttggt
     9901 cgttgccgtc tgcatcttgc ttgggggcat gcggaggcgt cgccgcagga ctgagcgccg
     9961 tatggaagac atgcgtatgg ccaaccaatc gctgcaagaa gaggccaagc gcgagcgcca
    10021 gatgttgact caaatggaga cgagcaacga gcagctgagg gctaagatta gccagcacaa
    10081 tgcgcacttt atggacatct acctcttcgc ttcgcaatac atccacgacg tgcagtgctt
    10141 ccagaactcg gtctacaacc tcttcgtggc cgggcgggcg gacaaggctg ccaggcggtt
    10201 ggcacagtcg ggcgagaagg aaaagcatct gcaagccttc tatcaacagt tcgacaaggg
    10261 ctttttggct tcgcaccctg acttcatcag ccgcctcaac aacctgctgc gccccgaatg
    10321 ccgcgtgccc cttccacacg atgcactcac ccccgagctg cgcatctacg cgttagtcag
    10381 catcggcatg acggacagca tctccatagc gcacttcctg cattactcgc cccagaccgt
    10441 ctacaactat cggctgcgca tgcgccgcaa cgccttgatc tctgagaaag cgtttgcccg
    10501 caccgtggcc gatttctata tccaagaatc gggggatgat ccccgggctg acaacccagg
    10561 cgccgccccc atcacccctt aacccctcaa ttacaactat gggaatcatc aaagcatggc
    10621 ttaagcctac ctccctgaag agcgcctcgg gcgactatac ggctgtggtc aaaacgtatg
    10681 gcagcctgaa catgatcgac atcgtgaacg aactgaaaga tgatggcatg gagttccagc
    10741 ccgaaacggt ggtggacatc attcagcgct actgccgcaa ggctgctgaa cgtgtggccg
    10801 atggatacag tgtaaacacg ggcctcgtca acatgcggcc cacggtgcgg ggc
//
LOCUS       SEQF3106|MIQD01000067.110653 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10653
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(240..773)
                     /locus_tag="SEQF3106_01601"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKLIYTIGHSTHPIEVFIAMLRSFGIRQLADIRGLPGSNKYPQ
                     YNQEALQVSLAAAGIAYMHIPALGGRRRVHRDSHNTRWRNASFRAYADYMETDGFAAG
                     IAQLIDAAEREPTAYFCAEAVWWRCHRSLVSDYLKAHGWRVMHITGVGRAEEHPYTQA
                     ARVVDGQVRYYDPGLFD"
     CDS             complement(788..3586)
                     /locus_tag="SEQF3106_01602"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAHRWLPLLSLFLLIAAGGAAQVHVKGTIVRNDEPPEAVEQATV
                     RLLNAADSAMVKGTVTDREGHFDLNGVRQGNYLLHVTYVGLDPIYQRLHISGSKTPVD
                     VGTITMHDDGVMLGEAVVTARAVEVQVKNDTVEYNAESYKVAEGSMLEDLLKKMPGVE
                     VSSEGKVTVNGKEIKKILVDGKEFFSDDPKAATKNLPAKMVDKVQTYEKKSDLALMTG
                     FDDGNEEAVINLTVKPGMKQGWFGNVFAGAGTRRRYDVNAMLNRFVDDDQFSIMGGLN
                     NTNNLGFTDFAAAAFGGGPGGGHRRFGSFGAGNGITASGNVGTNFSKRFSPRLTLGGN
                     VRFAGSDNEASAKTDRQNILPGDSSSYDHTLNESHTVTRNTGFNLRLEWNPDSLTQVV
                     FRPDFSYGTTHTDASEMAHTLNGAHDSVNTSRSRSTVDGHALDASAKLDVSRKLNRRG
                     RTLTLSVSGGGNRSVDDAMNRSDTRFLLFPDSAETIDQTVHSDTRGYNVRGKVAWVEP
                     LGHANFLHLSYRIRRTHRELLRDAFLADAQGQYTIPDTTTGRNTRSNATEHRVNLSLK
                     MVRPKYDLTFGMNFDPTQTRTVTEVAGRTLYDLSRSVVNYSPMAKLRFRFNKRTDLRI
                     DYDGRTEQPSMTQLQPVADVSDPLNTVVGNPDLRPTYTSNLRLHFGKFIPEEQIVFLV
                     MAGGNYVLSDIVSRTSTDRLTGRRLTTYENIDGNFSLDARVILNMPLRNKRFSINSMT
                     YAQYGHAGGFIDDERNTSRATVFMEYAGISFRSSVADVDLRANIRHNRTRNTLSAGRD
                     LSTMNYGASTALTLYLPLGIRLESDLNYSTNSGYTDGYQQREWLWNAAVSKSFLRNNA
                     GQLRVKMYDILRQRSNISYSATASAIRYSEYNTLTSYVLVHFIYRFSLFKGGAKMSDM
                     NVFGPLDREGRGRRRPRD"
     CDS             4231..4959
                     /gene="fabG_4"
                     /locus_tag="SEQF3106_01603"
                     /EC_number="1.1.1.100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P73574"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] reductase"
                     /translation="MTKYALVTGGSRGIGRAVCKELAAAGYAVLINCVKNAEAAAQVE
                     AEITAAGGQAEVMPFDVADAQAVDTALEGWEARHPDDAIEVLVNNAGIRSDAVMIFMA
                     DTAWHDVINTSVDGFFYVTRRVLKGMLMRRHGRIINMVSLSGLKGLPGQTNYSAAKAA
                     VIGATRALAQEVARRRVTVNAVAPGFITTDMTKDLDQAALQQTIPAGRFGQPEEVAAL
                     VGFLASERAGYITGQVISINGGLM"
     CDS             5037..5282
                     /gene="acpP_1"
                     /locus_tag="SEQF3106_01604"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67611"
                     /codon_start=1
                     /transl_table=11
                     /product="Acyl carrier protein"
                     /translation="MERREIEEKINDFLVEEMEIEAEKIRPDALLKDDLGLDSLDFVD
                     IVVIVERTFGFKIKPEEMADVKTVRDFYGYIESKLKG"
     CDS             5319..6230
                     /locus_tag="SEQF3106_01605"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKKSEEWDGVTGGTTLGQKAMKAALAILDVRIGYAIMALVVPF
                     YMLFHHRGYLAIYHYFRRRHGYPPLKSFLKTYRNHFLFGQAMIDRFAVYAGHSKFRVD
                     NPDNPLFLAMLDEPQGCIVASAHVGNPELSGYLLGQHKKRINCLIYGGEAREVQKNRI
                     KILERNNIRAIPVSDDLSHIFLINEALSAGEMVSMPCDRTLGSSKCVTCDFLGAPADF
                     PIGAFALAQQFSVPVLAMFVLKITASLYRIHVRRIPTPEQGGTKRERIEAMTRAYARE
                     LESIVRRYPEQWFNFYTFWKDENVTRP"
     CDS             6208..7305
                     /gene="sfmM2"
                     /locus_tag="SEQF3106_01606"
                     /EC_number="2.1.1.304"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B0CN31"
                     /codon_start=1
                     /transl_table=11
                     /product="L-tyrosine C(3)-methyltransferase"
                     /translation="MKMSPALERKFTKDGMRILDAQRRAHEIAFAPVTFQVARLMRRF
                     GLFELLNEDRHGLTLDELAERSGLSRYAVQVLLEASLTAEMVISTDDRFVLSKLGWVL
                     LTDPLIAVNIDFNHDVNYLGMHRMEQALREGQPEGLKVFGQWKTIYEGLSQLPTQTQA
                     SWFHFDHFYSDHSFDEALEIVFARRPKHLLDVGGNTGRWAIRCVDHNPDVHVTIMDLP
                     QQIEMVRSRIAGHPGADRIDGHAIDLLDPTAAFPHGADAIWMSQFLDCFSEGEITSIV
                     RRAAEAMTPDARLFVMETLWDRQPNDIAAFCLTQISLYFSVMANGNSKMYHSDDLIRC
                     ITAGGLEVETIHDGLKGGHSILVCRKPAAQP"
     CDS             7302..7748
                     /locus_tag="SEQF3106_01607"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRPFDILDLLPQRPPFVMVDRLIYYDPIVARSEFTLRPDNLFC
                     TADGRVEEAALVEIIAQTCAARMGYREKTEPQRDGVVKIGFIGMIRPLHILRAPHIGE
                     TLTTTVEVKEDVFSTTLVETRVESGDETIATCNMKIYLTDRVPTTH"
     CDS             7862..8227
                     /locus_tag="SEQF3106_01608"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHIVWHGSYALYFEDAREEFGRVFGLSYANYVANGCYAPLVDLQ
                     FHYRQPLRHGERARTLITYRNTPAAKVIFDYEVHRLDAADTLIATGSSTQVFLDLDYQ
                     LIWTNPPFYEAWKISHGQL"
     CDS             8224..9390
                     /gene="fabF_1"
                     /locus_tag="SEQF3106_01609"
                     /EC_number="2.3.1.179"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34340"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 2"
                     /translation="MTTVLAASNIVSALGFTADEVFDNVLQGRTGLRLLSDRFDLPEP
                     FMASEIDDTQLAEAFAQLQPPQPTDGAYTKFEQAAIVSVADALRRADIDPAHPRVHFI
                     LSTTKGNIHLLDPREAVGHSPEQLYLGHTADRIAQFFGNTAPTLVVSNACISGAAALI
                     TARRELMADRCDAAVVIGADMLSRFVVSGFQSFKALSTEPCRPFDANRTGLNLGEAAA
                     TLILTRRGTDDLRPGDAQLTDGAIRNDANHISGPSRTGEGCYRALRHILRDIPAERLT
                     DEIAFVNAHGTATPYNDEMESIALTRAGLDRVPVNSLKGYFGHTLGAAGILETILAVR
                     ALRAGIALRTQGFDTLGVTHPIRITDTTAPITAHRCVKMLSGFGGCNAALLLTL"
     CDS             9422..10036
                     /locus_tag="SEQF3106_01610"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYILSSCRIHDYRVTVDGQTRFEHPDHSAAADDFLAAAFRSFGI
                     DYRKFYKMDTLSRLGFLAAELLLDPADRDRPKEDMGIVFVNSAASLEADRTYQRTIPR
                     DADFFPSPAEFVYTLPNIVTGEIAIRHKIQGETMFYVLPASRPAQLCHLIDDTARDAG
                     LSRILAGRLDVDTDCLDACVMLCALTPSPAGLRLTPEVLTQLFH"
     CDS             10057..10314
                     /gene="acpP_2"
                     /locus_tag="SEQF3106_01611"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01217"
                     /codon_start=1
                     /transl_table=11
                     /product="Acyl carrier protein"
                     /translation="MEELILELKNEIINVLNLEGVKPEDIGTDDELFAAGLGLDSIDA
                     LELIVLLEKNYGIKLKDPAQGKEIFRSVRTMAEFVAANRTK"
ORIGIN      
        1 gcaacgcagg ctttgtgggt gacgcaacgc aggctttgtg ggcgacgcaa cgcaggcttt
       61 gtgggtgaca caacgcaggc tttgtgggtg acacaacgca ggctttgtga gtgacgcaac
      121 gcaggctttg tgagtgacgc aacgcaggct ttgtgggtga cgcaaagcct acttgcagcc
      181 atcatgcaag ggcgtccatc cctatatcgg tgaatgaatt gccccacatc gaacgcacgt
      241 taatcaaaca accccggatc gtaataccgc acctggccat ccaccacgcg cgccgcctgc
      301 gtgtagggat gctcctcggc gcggcccaca cctgtgatgt gcatcacgcg ccagccgtgc
      361 gccttgaggt aatccgaaac taacgaccgg tggcagcgcc accagacagc ctcggcgcag
      421 aagtaagccg tcggttcacg ctccgccgca tcgatgagct gggcaatgcc agcggcaaag
      481 ccgtccgtct ccatatagtc cgcataggcg cggaaggagg cgttgcgcca acgcgtgttg
      541 tgcgaatcgc ggtgcacccg gcggcggccg ccaagcgcgg ggatgtgcat gtaagctatg
      601 cctgccgcag caagcgacac ttgcaaggcc tcctggttat actgcggata cttgttcgag
      661 cccggtagcc cgcggatgtc agccagctga cggatgccaa acgaacgcag catggcgatg
      721 aaaacctcta tcggatgtgt ggagtgaccg atggtgtaga tgagcttctc catctctcct
      781 ctttcgttta atccctcgga cggcgacggc ctcggccctc gcggtcgagc gggccaaaga
      841 cattcatgtc agacatcttg gcgccaccct tgaagaggct gaagcgatag atgaaatgca
      901 ccaagacgta gctcgtcagg gtgttgtact ccgagtaacg gatggcgctg gccgtggcgc
      961 tgtatgagat gttgctgcgc tggcggagga tgtcgtacat cttcactcgc aattgcccgg
     1021 cattgttccg gaggaaggac ttcgatacgg ctgcattcca gagccattcg cgctgctgat
     1081 agccgtccgt gtaacccgaa ttggtggagt aattcaggtc gctctctaag cggatgccga
     1141 ggggcaggta gagggtgagg gctgtgctgg cgccgtagtt catggtgctg aggtcgcggc
     1201 cggcgctgag cgtgttgcgc gtgcggttgt ggcggatgtt ggcgcggagg tcgacgtcgg
     1261 ctacggagga gcggaagctg atgccggcgt actccatgaa gacggtcgcc cggctcgtgt
     1321 tgcgttcgtc atcgatgaag ccgcccgcgt ggccatactg cgcgtaggtc atggagttga
     1381 tcgagaagcg cttgttgcgg aggggcatat tgaggatcac gcgggcatcg aggctgaagt
     1441 tgccgtcgat gttttcgtag gtcgtgaggc gtcggcccgt gaggcggtcg gtggaggtgc
     1501 ggctgacgat gtcgctcagc acgtagttgc cgccggccat gacgaggaag acgatctgct
     1561 cctcggggat gaacttgccg aagtgcaggc gcaggttgct ggtgtatgtg gggcggaggt
     1621 cggggttgcc cacgacggtg ttgagcgggt cggacacatc ggctacgggc tggagctgcg
     1681 tcatggaggg ttgctcggtg cggccgtcgt aatcgatgcg caggtcggtg cgtttattga
     1741 atcggaagcg gagcttggcc atgggcgagt agttgacgac gctccgcgag aggtcgtaga
     1801 gggtgcggcc agccacctcc gtcaccgtgc gggtctgcgt gggatcgaag ttcatgccga
     1861 aggtcaggtc gtacttcggg cgcaccatct ttagggagag gttcacgcga tgctccgtgg
     1921 cgttgctgcg ggtgttgcgg cccgtagtgg tgtcggggat ggtgtattga ccttgggcat
     1981 cggctaagaa ggcatcgcgg agcagctcgc ggtgggtgcg gcggatgcgg taggagaggt
     2041 gcaggaagtt ggcatgcccc agcggctcta cccacgccac cttgccgcgg acgttgtagc
     2101 cgcgcgtgtc gctatgcact gtttggtcga tcgtctccgc agagtctggg aagagcagga
     2161 agcgcgtgtc ggagcggttc atggcgtcgt ccacggagcg attgccgccc ccggagacgg
     2221 agagcgtgag cgtgcgtccg cggcggttga gcttccggct cacgtcgagc ttggccgatg
     2281 catcgagggc atggccatcg acggtggagc gcgagcggga ggtgttcacc gagtcgtggg
     2341 cgccgttgag tgtgtgagcc atctcgctgg catctgtgtg cgtggtgccg taggagaagt
     2401 cggggcggaa gacgacttgc gtcagggagt cggggttcca ttctaatcgc aggttgaagc
     2461 ccgtgttacg ggtcacggtg tgcgactcgt tgagggtgtg gtcgtacgaa gagctgtcgc
     2521 ccggaaggat gttctgccga tccgtcttgg cgctcgcctc gttgtccgat cctgcgaagc
     2581 gcacgttgcc gcccagtgtg aggcgaggcg aaaagcgctt gctgaagttc gtgccgacat
     2641 tgcccgaggc cgtgatgcca ttgcccgcgc cgaagctccc gaagcgacgg tgtccaccgc
     2701 ccggtccgcc gccgaaggcg gccgctgcga agtccgtaaa gcccaagtta ttcgtgttgt
     2761 tcagcccccc catgatggag aattggtcgt cgtccacgaa gcggttcagc atcgcgttga
     2821 cgtcgtaccg cctgcgtgtg ccggcgccgg cgaagacgtt gccaaaccat ccctgcttca
     2881 tacccggctt cacggtgagg ttgatgacgg cctcctcgtt gccgtcgtcg aagcctgtca
     2941 tcagcgccag gtcgctcttc ttctcatacg tctgcacctt gtccaccatc ttggccggca
     3001 ggttcttggt cgcggccttg gggtcgtctg agaagaactc tttgccgtcg acgaggatct
     3061 ttttgatctc cttcccgttc accgtcacct tgccttcgct gctcacctcg acgcctggca
     3121 tcttcttgag caaatcttcg agcatcgatc cctcggccac cttgtacgat tcggcgttgt
     3181 actccaccgt gtcgttcttc acctgcacct ccacggcgcg cgccgtcacc acggcctcgc
     3241 ccagcatcac cccatcgtca tgcatggtga tcgtgcccac atccaccggc gtcttgctgc
     3301 ccgagatgtg tagccgttgg tagatggggt caagccccac gtaagtcaca tgcagcaggt
     3361 agttgccttg gcgcacgccg ttcaggtcga agtgcccttc gcgatccgtc acggtgccct
     3421 tcaccatcgc gctgtccgcc gcattcagca gcctcacggt cgcctgctcc acggcctcgg
     3481 gcggctcatc attacggacg atcgtgccct tcacatgcac ctgtgccgca ccgcctgcgg
     3541 cgataagaag gaaaagagag aggaggggaa gccatctatg tgccattgtt ataaaggtag
     3601 gggcgcatcg atgtgggcgc ccgggtagtc aaagggttta tttatcagcg aggcggcaaa
     3661 gaaactgggt aatcattgat catcaatcac agccccgcca tattgcggaa tccgcgcagg
     3721 gggcgcggcc cgaaacccac cggggatcat aagccgatca aatgtttgtt atgattcccg
     3781 ctgggtttta cgatccgcac gccgtgcaag gcccgaaacc cgccggggat cataaatcaa
     3841 acatcttttt gttatgattc ccggcgggaa tcataaatca aaaaactttc tgttatgaaa
     3901 cccgccgggt tttacgatcc gcacgccgtg cgaggcccga aacccgccgg ggattataaa
     3961 tctaacatct ttctgttatg attcccggcg gggatcataa atcaaaaaac tttctgttat
     4021 gaaacccggc gggttttgct atccacacgc cgtgcgcagc cagaaacccg ccgggttttg
     4081 ctcctcccac acaattgcct gcgcccccgc cggggcaaaa ccggccagat gcgcgccgtg
     4141 gccgccccga accgccggct tccggccaaa taagtttcga tcactcgttt acttttgcgt
     4201 ccactttttc cgtaataaat aaggattgaa atgacgaaat acgcattggt gacggggggc
     4261 tcgcgaggca tcgggcgagc cgtttgcaag gagctggcgg cggcgggata tgccgtgctg
     4321 atcaactgtg tgaagaacgc cgaggcggct gcccaggtcg aggccgagat aacggccgcg
     4381 ggtggacagg cggaggtgat gcccttcgat gtagccgatg cgcaggcggt cgacacggcg
     4441 ctcgagggct gggaggctcg ccacccggac gatgccatcg aggtcttagt caacaatgcc
     4501 ggcatacgca gcgatgccgt gatgatcttc atggcagaca ccgcctggca cgacgtgatc
     4561 aacacgtcgg tcgacggctt tttttatgtc acccgccgcg tgctgaaggg catgctcatg
     4621 cggcgccatg gacgcatcat caacatggtt tcgctctcgg ggctcaaggg gctgccgggg
     4681 cagacgaact actcggcggc caaagcagcc gtcatcggcg ccacccgagc cctggcgcaa
     4741 gaggtggccc gacgccgcgt gacggtgaac gccgtcgccc cgggctttat cacaaccgac
     4801 atgacgaagg atttagacca agccgcactc cagcagacca tccccgccgg acgcttcgga
     4861 cagcccgagg aggtggccgc gctcgtcggt ttcttagcct cagagcgggc cggatatatc
     4921 accggacaag tgatctcaat caatggcgga ttaatgtaaa accagccccg tgggagccta
     4981 tataaatagg tagaagaaga cggcagaaaa caatcgtatc acacataaca taaaacatgg
     5041 aacgaagaga aattgaagag aagatcaacg acttcctggt ggaagagatg gagatcgagg
     5101 cagagaagat ccgccccgac gccctgctga aggacgatct gggattagac agcttagact
     5161 ttgtcgacat cgtcgtaatc gtagagcgga ccttcggctt taagatcaag cccgaagaga
     5221 tggctgacgt gaagaccgtg cgcgacttct acggctacat tgaatcgaaa ctgaaaggct
     5281 aaagcaaacg ggcaaggaaa gaggcaaggg gaagcgcgat ggtgaagaaa agcgaagagt
     5341 gggacggcgt gacgggcgga acaacgctcg ggcaaaaggc catgaaggcg gcgctggcca
     5401 tcctcgacgt ccgcatcggc tacgccatca tggccctcgt cgtgcccttc tacatgctct
     5461 tccaccacag gggctacctc gccatctacc actacttccg ccgccgccac ggctacccgc
     5521 ccctgaaatc cttcctcaag acttatcgca atcacttcct cttcgggcag gccatgatcg
     5581 atcgcttcgc cgtctatgcc gggcacagca aattccgcgt cgataacccc gacaaccccc
     5641 tcttcctcgc catgctcgac gagccccaag gctgcatcgt agccagcgcc cacgtgggca
     5701 acccggagct gagcggctac ctcttagggc aacacaaaaa gcgcatcaac tgcctcatct
     5761 acggcggcga ggcgcgagag gtgcagaaga accgcatcaa aatcctggag cgaaacaaca
     5821 tccgcgccat ccccgtttcc gacgacctct cgcacatctt cctcatcaac gaggccctct
     5881 ccgccggcga gatggtgagc atgccctgcg atcgtaccct cggcagcagc aaatgcgtaa
     5941 cgtgcgactt cctcggcgcc ccggccgact tccccatcgg agccttcgcg ctggcacagc
     6001 aattcagcgt ccccgtgctg gccatgttcg tgctcaagat cacagcctcg ctctatcgca
     6061 tccacgtccg ccgcatcccc acgcccgagc aaggtggcac caagcgcgaa cgcatcgagg
     6121 ccatgacacg cgcctatgcc cgcgagctgg aaagcatcgt gcggcgttac cctgagcaat
     6181 ggtttaactt ttatacgttt tggaaagatg aaaatgtcac ccgcccttga gcggaaattc
     6241 acgaaggacg gcatgcgcat cctcgacgca caacggcgcg cacatgaaat cgccttcgcc
     6301 cccgtcacct tccaggtggc acgcctgatg cgccgcttcg gcctcttcga gctgctaaac
     6361 gaggatcgcc acggcctcac actcgacgag ctggccgaac gcagcgggct ctcgcgctat
     6421 gccgtgcagg tacttctcga ggcctcactc acagccgaga tggtgattag caccgacgac
     6481 cggttcgtac tctccaagtt aggctgggtg ctcctgaccg acccgctcat cgctgtcaac
     6541 atcgacttta atcacgacgt caactacctc ggcatgcacc gcatggagca agcgctgcgc
     6601 gaaggacaac ccgagggact gaaagtcttt ggccagtgga agacgatcta cgaaggcctc
     6661 tcccaactgc ccacacagac gcaagccagc tggtttcact tcgatcattt ctattccgat
     6721 cactccttcg acgaggcctt agagatcgtc tttgctcgca gacccaagca cctgcttgat
     6781 gtgggcggca acacaggtcg gtgggccatc cgctgcgtgg accacaaccc cgacgtgcac
     6841 gtgacgatca tggatctgcc gcagcaaatc gagatggtac gcagccgcat cgccgggcat
     6901 cccggcgccg atcgcatcga cggccacgcc atcgacctgc tcgacccgac agccgccttc
     6961 ccccacggcg ccgatgccat ttggatgagc caattcctcg actgcttctc agagggcgag
     7021 atcacaagca tcgtgcggcg cgcagccgaa gccatgaccc cggacgcccg cctcttcgtc
     7081 atggagacgc tctgggacag gcagccgaac gacatcgccg ccttctgcct cacgcagatc
     7141 agcctttact tctccgtcat ggccaatggc aacagcaaga tgtatcactc cgacgacctc
     7201 atccgctgca tcaccgcggg cggcttggag gtagagacga tccacgacgg actgaagggc
     7261 ggtcactcca tcctcgtctg ccggaaaccc gccgcgcagc catgatccgt cccttcgaca
     7321 tcctcgacct actgccgcag cgtccaccct tcgtcatggt cgatcggctg atctactacg
     7381 acccgatcgt ggctcggtcg gagttcaccc tgcgccccga caacctcttc tgcaccgcgg
     7441 atgggcgcgt ggaggaagca gccttggtgg agatcatcgc acagacatgc gccgcgcgga
     7501 tgggctatcg cgagaagacg gagccacagc gcgacggtgt cgttaagatc ggcttcatcg
     7561 gcatgatccg tccgctgcac atcctccgtg cgccccacat cggcgagacg ctcacaacaa
     7621 ctgtcgaggt gaaggaggac gtcttctcca ccacgctcgt ggagacgcgt gtagagtcgg
     7681 gcgacgagac gatcgccacc tgcaacatga agatctacct aaccgatcgt gtgccgacaa
     7741 cgcattgacc ctccctcctc ttcttctaac tacttcttac tacccctaac tacctctttt
     7801 gtcctccccc attcttcaaa cctccaaaac cttcgatatc cgcttcagcg aagtcgattc
     7861 gatgcacatc gtctggcatg gctcgtacgc cctctacttc gaggacgccc gcgaggagtt
     7921 cggccgcgtc ttcggactga gctacgccaa ctacgtagcc aacggctgct acgccccact
     7981 cgtcgatctg caattccatt accgccaacc cctgcgccac ggcgagcgtg cacgtacgct
     8041 catcacctac cgcaacacac ctgccgccaa ggtgatcttc gactacgaag tgcaccgcct
     8101 cgacgctgcc gacacgctca tcgccaccgg ctcctctacg caagttttcc tcgacctcga
     8161 ctatcaactg atctggacca atcccccctt ttacgaagca tggaaaatca gtcacggcca
     8221 gctatgacca ccgtccttgc ggcttctaac atcgtctccg cccttggctt caccgccgat
     8281 gaggtgttcg acaacgtcct gcaagggcgc accggcctgc ggctcctgtc ggaccgtttc
     8341 gacctgcccg aaccgttcat ggcgtccgag attgacgaca cacaattggc cgaggccttc
     8401 gcccagctgc aaccgcccca gccgaccgat ggcgcctaca ccaagtttga gcaagccgcc
     8461 atcgtttccg tcgccgacgc cctccgccga gccgatatcg acccggctca tccgcgcgtg
     8521 cacttcatcc tttcgaccac gaaaggcaac atccacctgc tcgacccacg cgaggccgtc
     8581 gggcacagcc ccgagcaact ctacctcggc cacacggccg atcgcatcgc gcaattcttt
     8641 ggcaacaccg ccccgacgct cgtcgtctcc aacgcctgca tatccggtgc tgccgcgctc
     8701 atcactgctc gccgcgaact gatggctgac cgctgcgacg cggctgtcgt catcggtgct
     8761 gacatgcttt cgcgcttcgt cgtctccggc tttcagtcgt tcaaggcgct ttccaccgag
     8821 ccttgccgcc ccttcgacgc caaccgcaca ggcctgaatc tcggtgaggc agccgccacc
     8881 cttatcctga cccgtcgagg cacagacgac ctccgccccg gtgacgcaca gctcaccgac
     8941 ggcgccatcc gtaacgacgc aaaccatatc tccggccctt cgcgcaccgg cgaaggttgc
     9001 tatcgcgccc tccgacacat cctccgcgac atccccgccg aacggctcac ggacgagatc
     9061 gccttcgtca acgcacacgg cacagccacg ccttataacg acgagatgga gtccatcgcc
     9121 ctgacccgcg ccggcctcga ccgcgtgccc gtgaacagcc tcaagggtta cttcggccac
     9181 acgctcggcg ccgccggcat actcgaaacg atcctcgccg tgcgcgccct ccgcgctggc
     9241 atcgctcttc gtacacaagg cttcgatacc ctcggcgtaa cccaccccat ccgcataacc
     9301 gacaccacag cgcccatcac cgcacaccgt tgcgtcaaga tgctctccgg cttcggcgga
     9361 tgcaacgctg ccctgctcct caccctctaa tacatcctcc ccccccctct accctctact
     9421 gatgtatatc ctttcatcct gccgcatcca tgactaccgc gtgacggtcg acggacagac
     9481 acgcttcgag catcccgacc acagcgcagc agccgacgac ttcctcgccg ccgccttccg
     9541 cagcttcggc atcgactacc gtaagtttta caagatggac accctctcgc gcctcggctt
     9601 ccttgccgcc gagctgctgc tcgaccccgc cgaccgcgac cgaccgaagg aggacatggg
     9661 catcgtcttc gtcaacagcg ccgcctcgct cgaggccgac cgcacctacc agcgcaccat
     9721 cccccgcgac gcggacttct tcccctcgcc ggccgaattc gtctacacgc tgccgaacat
     9781 cgtcacgggc gagatcgcta tccgacataa aatacagggc gagacgatgt tttacgtcct
     9841 gcccgcctcc cgacccgcgc agctctgcca cctcatcgac gacaccgcgc gcgacgccgg
     9901 cctcagccgc atcttggccg gtcgcctcga tgtcgacacc gactgcctcg acgcctgcgt
     9961 catgctttgc gcattgacgc cctcacctgc cggcctccgt ctcaccccgg aggtcctcac
    10021 ccaactgttt cactaactac ttattaataa accacaatgg aagaattgat tttagaactg
    10081 aagaatgaga tcatcaacgt gttgaacctc gaaggcgtca agccggaaga catcggcact
    10141 gacgacgagc tgtttgccgc cggcctcggc ctcgactcga tcgatgccct tgagctcatc
    10201 gtgctcttag agaagaacta cggcatcaag ctgaaagacc ccgcgcaagg caaagagatc
    10261 ttccgctccg tccgcacgat ggccgagttt gttgcggcca accgcacgaa gtagcggcgc
    10321 gcggcgccct cttccgcttg ggcaagcacc aaaatgttcg tttttctcgt tgcccaggtt
    10381 gggcaagcgc caaaaagttc gttttctcat ttgcccaact tgggcaagcg ctaaaaagtt
    10441 cgttttctcg tttgcccaac ttgggcaagc gccaaaaagt tcgttttctc atttgcccaa
    10501 cttgggcaag cgccaaaatg tttgattttc catttgccca acttgggcaa gcgccaaaat
    10561 gttcgttttc tcatttgccc aacttgggca aacgttaaaa agttcgtttt ctcatttgcc
    10621 caacttgggc aagcgccaaa aagttcgttt tct
//
LOCUS       SEQF3106|MIQD01000068.110295 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10295
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             36..215
                     /gene="xerD_3"
                     /locus_tag="SEQF3106_01612"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01807"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MARHTFGTLSLSAGIPIESIAKMMGHASITSTQIYAQVTDKKIS
                     EDMDKLIQKQQAALA"
     CDS             complement(383..1363)
                     /gene="pchR"
                     /locus_tag="SEQF3106_01613"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P40883"
                     /codon_start=1
                     /transl_table=11
                     /product="Regulatory protein PchR"
                     /translation="MTIEFCAINKPEDWMEMVAEQFGTSVTNNGFTVPVSVGRGFFKQ
                     YYPLPWLTLTYISFMSYEPMTMVRRSVENSKWIPVMFYVNEHKHEQIIGTSTKTVGVD
                     TLDGIFMPSSNILTEWTFDPKRQYENITLTFNRDWIEQLDAAHETYISRLLQSDKSFY
                     LFETITPAMQQTLCSIKSIVGNNAPLSPLHLHGKAIELLTMFLEKLERRSEVKPFANL
                     NLHDVESVFRIRRLILRNLNHTPSLPELAREANMSSSKLQKCFKQVIGSAIAEYALSE
                     KMEWAKRLLSTRLYSVSEVGYEIGYTNLSHFTEAFHKHHRIKPKQYLDSL"
     CDS             complement(1894..3036)
                     /locus_tag="SEQF3106_01614"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLASSIGLTSCGKHDDPKPTPNEVQQHFAFVHYVDKSAYVGTFS
                     DLTPQATDNKKAFEFGFGCYLFAKGNTVLVPEGKFGDKVHKFTRGAHGELIKTGTMTF
                     EQMAQPGEINFIDEQHAYVPLHGRGKIALINTATLRKEDEIDLSPYAVQDNNPDPGCN
                     VIRDGKMYVALNQLNSPHTSVPGTGAEVAVIDLKTKKIEVIKDNRTSVVGLFRHSDAF
                     IDERGDIYFYSAGNNFNVADKEGFLRIRKGSDKWDTDYLFNLSKMTIKGIGKTGQYMI
                     KSYYAGNGIVYSCLKVTDTEFGILKKDFQPVRINIWNKTIEKLDLPMTDSNGSFAITK
                     YKDFIVFGMTCNNGTGYYTYNTRTGECSQTPIVTAVGVPSSLVAFE"
     CDS             complement(3094..5286)
                     /gene="btuB_4"
                     /locus_tag="SEQF3106_01615"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P06129"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MDGTTTDRKGIARVNADVGQKLVLSVSYVGYQTATDTITSDGKR
                     YTIKLYPDAMALENVVVFGKTKARIIRESPEAVSVINAKELQGRSVSLETILNKTIGL
                     KVGQTGGLGSSSRIIVHGLEGNRIQILWDGIPMNTSDGAFSLDEIPIDIIERIEVYKS
                     IIPARFGCDGLGGAVNIVTKEFSTDYLDASYELGSYQTHKASIFSRKNFPKSGILLGA
                     GGYYTSAKNDYSFRVPEREDLLVKRDHDCFRSYMLKGKIAFSKLWFDEMSTEFGYYNR
                     FNEIQGVLKNIRYAENKSGMFMLENKLIKSGMLNNSLDFESHFSLSHTTNNFVDTARV
                     NHDFEGNIYPSPNGQGETGDVPHNSNDKGLEINERINFDYRLSANHNLNLNTLINYAR
                     RQPNDDMASRHAGFVIGGFPSKKTGVVSGLTWEAKLLDRKLTNMLSVKYFHLHSEIED
                     LTSYEMIEAPKKKSNTTSQIGWIEAVKYEPFRGFHLKASYQRAIRLPNSQELFGDGII
                     TFPAAGLKPEKSHNFNLGFLIDKNNVLGLSRLQFEVNGFYMQVSDMIKLMKQHMAAGY
                     VNAERVHIKGIETELKLDISPTVYAYGNLTYQDVRDVLEYLLGTQAPNPTKGLRLPNI
                     PYLFANFGAEYHSDQLLKNWYVKAFWDGKFTEEFFYFWELTELQKRRIPRSFVNDIGL
                     LLTYKNRYSIALECHNLMNKEVWDQYRQPLAGRTFHLKFRYVFSKGIL"
     CDS             5438..5605
                     /locus_tag="SEQF3106_01616"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQAVFEINILFVHEKSAQRCRYIKEVNTPIKHIYTPIELNRPKR
                     IVFGQYYAYSG"
     CDS             5915..7660
                     /locus_tag="SEQF3106_01617"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A4T3"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative multidrug export ATP-binding/permease
                     protein"
                     /translation="MDKQKIRSLDEERESRNLLSNTVVVLYLVFGTLPLLFVVWAVDR
                     LMGDTLTPAMLWSVGVAMVLFALFRGVFYGTSIWRAHHSAYNALTRLRMRIVSHLQRL
                     PIGFFQERKVGDLVNIINHDVEQIEMYLAHGLPEILSATLFPALLWGIVMVLDWRLGL
                     SLVSLLPLAFLLQMTVKTLWRKSFQHFMESTQKMSEDLLEYVATIPVIKAFSHEETRT
                     ELVLCGMRDYIRRVTRSMFSVTVPMTLITMFLEGGIVVMTLVGLWLMASGELTVTRFI
                     LALILGGLFSSSFAKLATFQHFRIVYGQSLARVRSITEVPVKDTADRDTDAMQSDVSF
                     EHVTFAYPNKKDSALSDVSLQFPKGSHTAIVGESGSGKSTLASLMMGFWQPQSGTVRL
                     GGENLAELSERNIANFFSMVQQEVFLFNTSIRDNIRIGKPSATQREVETAARKARIHD
                     FIVGLPSGYDTSAGEVGVKFSGGEKQRISIARMLLKDSPIVILDEATAALDGENEKLI
                     QEALDELQRNKTVITIAHRLNIIQDVERIVVMDKGQVLATGTHGELMDSCPLYCNMTE
                     TQERVNRWQLKEEET"
     CDS             7663..9351
                     /locus_tag="SEQF3106_01618"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WYC4"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein"
                     /translation="MVRNILNELTARGVRHLIVSALFFVVYALCGTAIMLTVLLLIDR
                     YISGESVSLVSAAWMLGGLLVLKTISNAIADMSKHFAGFDLVERIREKIILKLKKFSL
                     GFYTNERLGEISTIIHKDVDNMEMVVGHLWTRMSADFIVALILGIGLLCVDWRMGLAM
                     VAFLPVALFSLYRGIRSGMKAQQETQDGLADMVSLFVEYVKGIPVLKVFGGKGMFRDR
                     LDRSVHEFGESSKKTSRLAAVSVGRYVFLIELAFALMATLGLWWSWRSELSVFAYLMF
                     VIVSREFYKPFINMESYWLNYIKVKDSYGRISRLLDAPFIANPGQPKTVERFDLSFEG
                     VGFYYEEEGFEMKDLTFSVPEQTVTALVGSSGSGKTTLTNLLLRFWEPQAGNIRIGEV
                     DIREMDYDYLLSKISVVMQNVILFSDTIANNIKVGDRNATQAEIEEAARRAMIHDFIV
                     GLPDGYETKIGENGLGLSGGQKQRLSIARAFLKDAPILLLDEITSNIDPVNEYKIQQA
                     MSALIRNRTVLVIAHHLQTIRNAHQIIVMDKGRLIESGTHAELEAKDGVYRKLL"
     CDS             complement(9424..9729)
                     /locus_tag="SEQF3106_01619"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMEAIQELSLKAGEMQVVLSALRRVRERIREVSETHRPLFSGEH
                     FLTGKEVCERLYISPRTLQDYRDRKIIPYTQFAGKILYKVSDLERILEENYRECGKR"
     CDS             complement(9726..10019)
                     /locus_tag="SEQF3106_01620"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYLIITEADWLSLRDEVLSLAACCLKAFGEPSKHTDWLHNGDV
                     CRLLGISKRTLQHYRNTNVLPVAQIGHKCYYKREDVERLLCVKSDKTAHTTKL"
ORIGIN      
        1 tggcatgtgg tatcagacaa cgcctgtcat tccatatggc gcgccacacg ttcggaaccc
       61 tgtcactcag cgcaggcatt ccgatagaga gcatcgccaa gatgatggga catgcgtcca
      121 ttacaagcac gcagatctat gcacaggtga cggacaaaaa gatctcggaa gacatggaca
      181 agctgatcca aaagcaacaa gcggcgttag cgtgatactc acacggctgt cctaacgtga
      241 ggcggtatgc tttttccctt tcatcgaata gatcttacta catgactaca acagaggtaa
      301 tgcggtgaaa aagaaaggag caaggcgtag tcaggtgtag tcgctataca accagaaatt
      361 gtctgctcga ctttgatcca acttacaaag agtcgaggta ttgctttggc tttatcctgt
      421 gatgcttgtg gaaagcctcc gtgaagtgac taagattggt gtatccgatt tcatacccca
      481 cttcggatac agaataaagg cgagtggaca acagccgttt tgcccattcc atcttttcag
      541 atagggcata ttcggcaatc gcgctaccga tgacctgctt gaaacacttc tgtaatttgg
      601 aactgctcat attggcctca cgtgccaatt ccgggagact cggggtgtgg ttcaaattcc
      661 gcaaaatcag acgccggata cggaatacag actccacatc gtgtaaattc aaattggcaa
      721 aaggttttac ttcagaacgc ctttcgagtt tttcgagaaa cattgtcagt agctctattg
      781 cttttccatg cagatggagc ggggagagag gcgcattgtt tccgactatt gacttgatgc
      841 tgcatagagt ctgctgcatg gccggcgtaa tggtctcaaa cagataaaaa gacttgtctg
      901 actggagcaa cctactgatg taggtttcgt gagccgcatc taattgctct atccaatccc
      961 tgttgaaagt caatgtgata ttttcgtact gccgtttagg atcgaatgtc cattccgtaa
     1021 gaatattgct cgaaggcata aaaataccgt cgagcgtgtc caccccgacc gttttcgtac
     1081 ttgtgccgat aatctgctcg tgtttatgct cgttgacata gaacatcacg ggaatccatt
     1141 ttgagttttc taccgagcga cgcaccattg tcatcggttc gtatgacatg aaactgatat
     1201 aggtcaatgt gagccacggc aacggataat attgtttgaa aaatccgcga cccactgaaa
     1261 ccggaacggt aaaaccgtta ttcgtcaccg atgtgccaaa ttgttcggcg accatctcca
     1321 tccaatcttc gggcttgttg atagcacaaa actctatggt cataccattg tatctctcta
     1381 tgataaatat acgtgagttc gatgtaagca gagaacttct acgaaagcca cgcgagggcc
     1441 aaaacgtttt tggaaatgct tgcaccggcg gtgcaacgac taaaaagtac tttttacggc
     1501 ttgcaccatc ggtgcaagag ccaaaaagtg gtttttgcga tttgcaccac cggtgcaacg
     1561 gtcccaaagt ggttttttct atttgcaccg gttgtgcaag ggcctaaaag cagttttttc
     1621 tgtttgcacc accggtgcaa gagacaaaaa gaggtttttg aggtttgcac cgctggtgca
     1681 agtgtcccca aaaacacttt gaccgttaca gcgcgctatc caagacattc ttcaggaata
     1741 aggaacctca ttcattcgtc gaactcacgt taaatacaaa tagacaaggg tgaaaagagg
     1801 ttctcctatg cttttatcct tgttgagtta taccttctgt tgaaagagaa caagagtatt
     1861 ccctcaaaaa ggaatactct tacgatatga gatttattca aatgcgacta aacttgaagg
     1921 aactcccacg gctgtaacaa tgggtgtttg cgaacattcg cctgtcctgg tattgtaggt
     1981 atagtaaccc gttccgttat tacacgtcat tccaaagacg atgaagtcct tgtactttgt
     2041 tattgcgaaa gaaccattgc tgtcggtcat cggcaaatcg agtttttcga tagtcttgtt
     2101 ccaaatgttg attcttacgg gctggaagtc tttcttcagt attccgaatt ctgtatccgt
     2161 tactttcaga cagctatata caatgccatt acctgcatag taagacttta tcatatactg
     2221 ccctgtcttt cctattccct tgatggtcat tttcgataag ttgaacagat aatcggtatc
     2281 ccatttgtcg cttcccttgc gaatgcgcag gaaaccttcc ttatcggcaa cattgaaatt
     2341 gttgcctgca ctgtaaaagt agatgtcgcc ccgctcgtct ataaaggcat cggagtgacg
     2401 gaacaatccg accacacttg ttcggttgtc cttgatgacc tcgatctttt tcgttttaag
     2461 atcaataaca gccacctctg cacccgttcc tggtacagaa gtgtggggcg aattaagctg
     2521 gttgagggct acatacatct ttccatcacg aatgacattg cagccgggat cgggattatt
     2581 gtcctgaaca gcataaggcg agaggtcgat ttcatcctct tttcgcaatg tggcagtatt
     2641 gattaacgca atcttgcccc ttccgtgcaa tgggacgtat gcgtgctgtt cgtcgatgaa
     2701 gttgatttct ccgggctgcg ccatctgttc aaaggtcatc gtacctgttt ttataagttc
     2761 accgtgcgcc cctcttgtga acttgtgcac tttgtctccg aatttccctt cgggtacaag
     2821 taccgtgttt ccttttgcga agagataaca cccgaaaccg aattcaaatg ctttcttatt
     2881 gtcagtcgct tgaggtgtca aatcactgaa agtgcccaca tatgcgcttt tgtccacata
     2941 atgtacaaac gcgaaatgtt gttgcacctc attaggcgta ggtttggggt catcgtgctt
     3001 accacaagac gtcagtccta tggagctggc cagcatagca gaaaaagcta tgtacttcaa
     3061 tgttgttgtt ctcattctta ttcgtgttta gagttataaa attccttttg aaaagacgta
     3121 tctgaatttc aagtggaatg tccgccctgc caacggttga cgatactgat cccagacttc
     3181 tttgttcatc agattgtggc attccaaagc aatggaatat ctgttcttgt aggtcaatag
     3241 caagcctatg tcattgacaa aactgcgagg gatgcgccgt ttctgtaatt cggtaagttc
     3301 ccagaagtag aaaaactctt ccgtgaactt tccgtcccaa aatgccttga cataccaatt
     3361 cttgagtaat tggtcactgt gatattctgc tccgaagttg gcgaacaagt aaggaatatt
     3421 cggcagtcgc agcccttttg tcggattggg ggcttgggtg cccagcaaat actccaagac
     3481 atcgcggaca tcctgataag tcagattccc ataggcatag actgtcggcg atatatccaa
     3541 tttcaactcg gtctctatgc ccttaatatg taccctttca gcattcacat atccggccgc
     3601 catatgctgc ttcatcagct ttatcatgtc gcttacctgc atgtaaaagc cgtttacctc
     3661 aaactgtaat cgcgaaagtc cgagtacgtt gtttttgtct atcaagaatc ccagattgaa
     3721 gttgtggctt ttctcaggtt tcaatccagc agcaggaaaa gttatgatgc cgtcaccgaa
     3781 caactcttgc gaattaggga gacgtattgc ccgttgatag gaagccttca gatgaaagcc
     3841 tctgaacggt tcatatttca ctgcttctat ccatccgatt tgcgatgtcg tattgctctt
     3901 tttcttcgga gcctcaatca tctcgtatga agtcagatcc tctatctcag aatggagatg
     3961 gaaatacttt acagagagca tattcgtcag ttttctgtct aagagtttcg cttcccaagt
     4021 caaacctgag acaacgccgg tctttttgct gggaaatcct ccaatgacaa aaccggcatg
     4081 tcggcttgcc atgtcgtcat tcggctgtct gcgggcgtag ttaataagcg tattcaggtt
     4141 caggttgtga ttagcggaca atctgtaatc gaaattgatg cgctcgttga tttccaaacc
     4201 tttgtcgttt gagttatgag gcacatctcc cgtctctccc tgtccgttcg ggctcggata
     4261 tatgttcccc tcaaaatcat gatttactcg tgccgtatcc acaaaattgt tcgtcgtatg
     4321 cgagagggag aaatgagact cgaagtcaag gctgttgttc agcattccac tttttatcag
     4381 tttgttctcg agcatgaaca tcccggattt gttttcggca taccggatgt tcttcaatac
     4441 cccttgtatc tcattgaaac gattatagta cccgaattcg gtactcatct catcgaacca
     4501 aagtttactg aaagcgattt tccctttcag catatacgac cgaaaacagt cgtggtctcg
     4561 ctttaccaat aagtcctctc tttcgggaac tctgaaagag taatcattct ttgcagacgt
     4621 ataataacca cccgcaccga gcagaatacc actcttagga aagttcttac gagaaaagat
     4681 actggccttg tgtgtttgat aagagccaag ttcatatgaa gcatctaagt agtccgtact
     4741 aaattctttc gtcacaatat tgacggcacc ccccagtcca tcgcaaccaa atcgtgcagg
     4801 aataatgctt ttgtaaacct ctattcgttc gataatatct atcggtatct catcaagcga
     4861 aaaggcacca tccgaagtat tcatcggtat accgtcccaa agaatttgaa tgcggttccc
     4921 ctccaaaccg tggacgataa ttctcgaact gctacctaag ccaccggtct gcccgacttt
     4981 caatccaatg gtcttgttca agatggtttc taaagacacg gagcgacctt gcagctcctt
     5041 tgcgtttatc acggaaacag cctcaggcga ttctctgata atccgggctt ttgtttttcc
     5101 gaagaccacg acattctcca acgccattgc atcgggataa agttttatcg tgtatctctt
     5161 cccatcagag gttatggtgt cggtagctgt ttgatagccg acataactca cacttagcac
     5221 aagtttctgc ccgacatctg cattcaccct tgcgatgcct ttgcggtcag tcgttgtgcc
     5281 atccatatat aaggaagagc ccaatgctct ccattgaagt gttgccgatt caataacact
     5341 ttccttttcg ctatctatga cacgaatctc cgttatctgc ttctgagcaa aaagaggaag
     5401 cgacaataga gaactcattg taagtattat cctgcatatg caagctgtct ttgaaatcaa
     5461 catcttattt gtccatgaaa aatctgcgca aaggtgtcgg tacatcaaag aagtaaatac
     5521 ccctatcaag cacatctata cccctatcga gttgaaccgt cctaagcgta tcgttttcgg
     5581 gcagtattat gcttattcgg gttaatttat ccctgtgtat ctcctcacct tcgccgccat
     5641 agtttcaaac ggaaatggtc tagcgaattt cggcctacgc atggctccct cttttcacat
     5701 ggtacccctg tacacttact gtataaggta cttgtgcacc accttgcatg gtggctgcaa
     5761 gcatgcactc ataaccttat aaggtagcac acccataacc tataggggta acatgcttaa
     5821 gagatgcaac taagcatgct ttgtgagtga cacaacgata ggggccccaa gagattcgca
     5881 aaccattttc aattgacgat aatgacatag atatatggat aaacagaaaa tcagatctct
     5941 cgatgaggaa agggagagcc gcaacctact ctccaatacg gtagttgtgc tgtaccttgt
     6001 attcggcacg cttcccctgt tgttcgtggt gtgggcggtg gacaggctga tgggcgacac
     6061 tctcactcct gcaatgcttt ggtcggtcgg agtggcgatg gtattgtttg ccttgtttcg
     6121 cggcgtgttt tatggaactt cgatttggcg ggctcatcac tcggcttata acgccctcac
     6181 ccgattgcga atgcgcattg tgagccactt gcagcggttg ccgatcggtt tctttcagga
     6241 gcggaaggtg ggtgacttgg tgaacatcat caaccacgac gtagaacaaa tcgagatgta
     6301 tttggcacat gggctgcccg aaattctctc tgcgacgctt ttccctgctt tgctctgggg
     6361 tattgtcatg gtgttggact ggcgactggg gttgtcactc gtatcactgc taccgttagc
     6421 gtttctcttg cagatgacag tcaaaacgct ttggagaaag agtttccaac actttatgga
     6481 aagtacgcag aagatgtcgg aagacctttt ggagtatgtg gccacgattc cggtcattaa
     6541 ggcattcagt cacgaggaga cccggacaga gctggttctc tgcggcatgc gcgattatat
     6601 ccgccgggta acgcggagta tgttcagcgt gaccgtgccg atgacgctca taacgatgtt
     6661 tttagagggt ggtatcgtgg taatgacact cgtcggtctg tggttgatgg cgtcgggcga
     6721 gctgaccgtg acacgcttca ttctcgccct catattgggc ggactgttct cgtcctcctt
     6781 tgccaaactg gccacgttcc agcatttccg aattgtctat gggcagtcgc tggcgagggt
     6841 ccggtcgatt accgaagtgc ccgtaaagga tacggcagac cgggatacgg acgctatgca
     6901 gagcgatgtc agctttgagc atgttacgtt tgcctacccg aataagaaag acagtgcatt
     6961 atctgatgtc agtctgcaat tccctaaggg cagtcatacg gctattgtgg gcgaatcggg
     7021 gtcaggcaaa agtacattgg caagtctaat gatgggtttt tggcaaccgc agtcgggaac
     7081 cgttcgactg ggtggagaaa atcttgcgga actctccgag cgcaacattg ccaatttctt
     7141 ctcgatggtg cagcaggagg tgttcctttt caatacgagc attcgggaca atatccgtat
     7201 cggcaagccc tccgctacac aacgggaggt ggaaacggcg gcacgaaagg cacgcataca
     7261 cgactttatc gtgggactgc ccagtggtta cgatacgtcg gcaggtgaag tgggtgtaaa
     7321 attctccggc ggagagaagc agcgcatttc cattgcgcgt atgttgctta aagactcgcc
     7381 gatcgtcatt ctcgacgaag ccactgccgc attggacggg gagaatgaga aacttatcca
     7441 agaggctttg gacgaattac aacgcaacaa gaccgtcatc accatcgctc atcggctcaa
     7501 catcattcag gatgtggagc gtattgttgt gatggacaaa ggtcaggtct tggcgacggg
     7561 aacgcacgga gaattgatgg acagctgccc gctgtactgc aacatgacag aaacgcagga
     7621 gcgtgtaaac agatggcaac tgaaagaaga ggagacataa cgatggtacg caacatattg
     7681 aatgaattga ccgctcgcgg ggtgcggcac ctgattgtct ccgcactgtt ttttgtggtt
     7741 tatgccctct gtggcacggc gattatgctt accgtcctgc tccttatcga tcgttatata
     7801 tcgggcgaaa gcgtttcgct cgtttccgca gcgtggatgc ttggcggcct gctggttttg
     7861 aaaaccatct ccaatgccat agccgatatg agtaagcact ttgccggctt cgacctcgtg
     7921 gagcgtatcc gcgagaaaat cattttgaag ctgaagaagt tctcgcttgg tttctacacc
     7981 aatgagcggc tgggtgagat aagcaccatc atccacaaag acgtggacaa tatggaaatg
     8041 gtggtggggc atctctggac acgaatgtcc gccgatttca tcgtggcgct gatactcggc
     8101 atcggactgt tatgcgtaga ctggcgtatg ggattggcga tggttgcctt ccttcctgtt
     8161 gctctttttt ccctttatcg aggcattcgt tcgggtatga aagcacagca ggagacacaa
     8221 gacggtctgg cggatatggt cagcctcttt gtggaatatg tcaagggtat acccgtgctg
     8281 aaagtattcg gaggaaaggg catgtttcgt gacaggctcg accgttccgt tcatgagttt
     8341 ggagaaagta gcaagaagac ctcacgactt gcagctgtaa gcgtgggcag gtatgtcttt
     8401 ctcatagagc tggcttttgc gctgatggct acgcttggtc tttggtggag ttggcgcagt
     8461 gaactttccg tttttgctta cctgatgttc gtcatcgtct cgagggagtt ctacaagccc
     8521 tttatcaaca tggagagcta ctggctgaac tacatcaagg taaaggacag ctacggacgc
     8581 atctcccgct tgttagatgc acccttcatc gccaatcccg gccaaccgaa aacagttgaa
     8641 cgcttcgacc tctcattcga gggtgtcggc ttctactatg aggaagaagg ctttgagatg
     8701 aaggatctca cgttcagcgt ccccgaacag actgtaacgg cacttgtcgg ctcatcaggc
     8761 tccggcaaga cgaccctcac caatctgttg ctccgctttt gggaaccgca ggcgggtaat
     8821 atccgcattg gagaggtgga tattcgggag atggactatg attatctgct cagtaaaatc
     8881 agtgtggtga tgcagaacgt catcctcttt tccgatacca tcgccaacaa catcaaggtg
     8941 ggtgatcgca atgccacgca agcggaaatc gaggaagccg cacgtcgggc gatgatacac
     9001 gacttcatcg tcggcctacc tgatggttac gaaacgaaaa tcggagagaa cggtttgggg
     9061 ctgtcgggtg gacagaagca acgcctctcc atcgcccgtg cgttcctcaa agacgctccc
     9121 atcctcctgt tggacgaaat aacgagcaac attgatcccg ttaatgagta caagatacag
     9181 caggccatgt ctgcccttat ccgcaaccgc acggttttgg tcattgccca ccatctgcaa
     9241 accatccgca acgcccatca gattatcgtg atggacaagg gacggcttat agagagtggt
     9301 acccacgcag aacttgaagc gaaagatggg gtgtaccgaa aactgctgta acctaagaaa
     9361 atggacgatt gggggataga aagtaaatgc taatcccaat tctcgaatgc gtgcttctcc
     9421 gccttaccgt tttccgcatt ccctgtaatt ctcctccaag atccgttcga gatccgagac
     9481 cttgtaaagg attttaccgg cgaactgcgt gtaggggatg atctttcgat cgcggtagtc
     9541 ctgcaaggtg cggggactga tgtagagtcg ttcgcaaacc tccttgcctg tgaggaaatg
     9601 ttcgccgctg aagagtggcc ggtgtgtctc ggacacttct cgaatccgtt ccctgacgcg
     9661 tcgcaaggcg gagaggacca cctgcatctc gcctgccttt aaactcaact cttggatcgc
     9721 ttccatcata gctttgttgt gtgtgccgtt ttgtcagact tcacacagag tagtcgctcc
     9781 acgtcttccc gcttgtaata gcacttatgc ccgatctgcg caacaggtag cacgttcgta
     9841 ttccggtaat gttgcagagt gcgtttactg atgccgagta gacgacagac gtccccgtta
     9901 tgcaaccaat ccgtgtgttt agatggttct ccgaaagcct tcaggcaaca tgcggcaagg
     9961 ctcagtacct catcgcgcag gctcagccaa tcggcctctg taataattaa gtacctcatg
    10021 atcttacgta ttagttttct ggttggtatt taggttttac tgttttcggc ggcaaactta
    10081 aattgcacgt aaaacgctgt cagcgcaatc gggaacagca gggatgcaaa tggaacagca
    10141 gggatataac cggggcagca aggggtggct ttcgcttatt cggaaaacag ccgcaacgga
    10201 aagcagatag cagcctgcga atcgtccccg tcctcccttc ctttcactgc cattttgtct
    10261 tgctgaaggt gtaaatcact ctcttgtaag ccctg
//
LOCUS       SEQF3106|MIQD01000069.110234 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10234
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(456..1769)
                     /locus_tag="SEQF3106_01621"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPLRLCMLLLVPILSAQASAQIDTLLVNGDAITSEDTPQDAAE
                     ASDENALQVQVKGFLDTYHAVRTEGRADWMASRTRARGELKLEKGAASLFLSLNATYN
                     GILKERTGLELREAYLSYAKGNFDLRVGRQIVVWGVADALRVTDCVSPFDYTEFLAQD
                     YDDIRMPVNGLRAKYTIGSVTLEAVCNPVVDFFVLPTDERNPWAIRLPSAPLPYTIDL
                     ESGKPEKKIKNMEFGGRASVNLSGIDFSVSALRTWNKQPALCPALSDDGQSLRINGQY
                     RRMTMLGADCSLPVGQFVLRAEVAEYIGEAQGSGLGQNAVRRNTLNALAGVDWYPGND
                     WNVSVQYDHKYISGNLAALSAYRNAGLATARLSKELLHNTLKLSTFAYIDVANGGIFN
                     RLSAAYSLNDQIELTAGYDYFHAHKGTFAMYSKNSEAWVKMKYSF"
     CDS             complement(1771..2550)
                     /locus_tag="SEQF3106_01622"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTRHFTLSLIAMLAVCGTQAAELSGRDIMQKVRNRADGDTRSA
                     TIEMTLIQKSGHKRVRKLESWAMDVGSDTKKIMFFTYPGDVKGTGFLTWDYDNTAKVD
                     DKWLYLPAMKKTRRISGKSSKTDYFMGSDFTYNDMSTRSVDEEKHHLLREETLGGYKC
                     WVVQSVPNDKDEIYARRVTWVRQDCLMAVKAEYFDKLNKLHRRLTISSIEKVQGFWTM
                     RLMQMENVQTGHKTIIRMDNQKFNVKVSPNLFTVSQLEKGL"
     CDS             complement(2587..4938)
                     /gene="ydfJ"
                     /locus_tag="SEQF3106_01623"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P96687"
                     /codon_start=1
                     /transl_table=11
                     /product="Membrane protein YdfJ"
                     /translation="MEIVKINRKFKQLADWILCHRLVVSALFAVVIVFSFVGAKRIVM
                     KTSFDDYFVSDDPMLLKTNEFKSIFGNDYYVAVLVKNKDIFSQRSLTLIRELSDELKD
                     SLSYADKVTSLTDIEFAVGTEEGMTIEQIVPDEIPSDAASLNAIRQKAYSKPYLAKKM
                     VSNDGTMTWIMVKLRPFPEDSVWKKTSDIAPDMITGKETGHIIGKAKYAELSPNATGM
                     PYLSYEKVIYLQGEMGRLFLFAFIISIVVMLIVTRSLRGVVAPLLTSVFGLLISFGII
                     GWTGIYIDMTTTMIAVILTFACSIAYNIHLYNFFKTQFIETGKRRESIKEAIGETGWG
                     VLLSGLTTVAAMMTFLSMKIVPMRAIGINTSLCLLAVLLTCLLLTPILLSFGKDRKPT
                     TDMSKSFEGYIGKRFEQFGSFVMRNHRSIVVSSVVLTIFCGIGLFFIEPAFDIEKTMG
                     RKIPYVKKFLALCETELGSIYAYDLMITLPHDNDAKKPENLQKLDRLAEIAGGYKLTK
                     RHNSITDIVKDMNCTLNGNNQQFYCIPDNADMVAQLLLLYENAGGTESEYWMDYDYKR
                     FRLQLEMKDYNSFEAEKEMNDLQAEAQKLFPDAHISVVGSIPQFTVMQQYVERGQMWS
                     MLLSVLVIGVILVLVFGNWKVGLVGMIPNIAPAIIVGGMMGWLGYPLDMMTASLIPMI
                     LGIAVDDTIHFINHSHVAYDRCGNYAEAINRTFRTEGLAIVMSTVVISATFTGFVFSD
                     GTQMRNWGILAVAGMMSALLADLFLTPITFKYLRVFGDGKKTS"
     CDS             complement(5342..7078)
                     /locus_tag="SEQF3106_01624"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WYC4"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein"
                     /translation="MIRYLQQRFTLTEKGAKDLRQGITFSTLMNLALMLPPTYLFFFL
                     MEYIDAKAPTEPHTLWFYVLAALLLALLMFFIARRQYDSTYTTVYNESAQRRIGVAEK
                     LRRLPLAFFGERNLSDLTSTVMEDCTMLEQTFSHAVPQLFASALSVVIIAVGMFSYNW
                     RLALALFWVVPLAVTVLLLSRRQLHKAFVQHYKVKRGVTEQIQEGLECVQEIRSYSGE
                     QAYCRSFDKRLKGYERELVRGELVAGVFLNLAGMLLKLGMPTVILVGAWLLQQGEVSV
                     FTYLAYLLASAMVYNPILEVCNFLALLSFLDVRINRMKEIESMPTQEGSAAVQLENYD
                     IEFRNVSFAYETEKQVLHNVSFTARQGTVTALVGPSGGGKSTTAKLAARFWDIDDGQI
                     LVGGNDISKIDPETLLKHYAIVFQDVLLFNASIADNIRIGKRDATDEEVRHAAQLAQC
                     DDFINRMPQGYDTVIGENGETLSGGERQRISIARALLKNAPIILLDEATASLDAENET
                     KIQAGISELVRNKTVIIIAHRMRTVRNADHIVVLSGGTVSEQGTPDELLTHNGEFARM
                     VRLQQENSNNNT"
     CDS             complement(7104..8858)
                     /gene="msbA_2"
                     /locus_tag="SEQF3106_01625"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KQW9"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipid A export ATP-binding/permease protein
                     MsbA"
                     /translation="MIKTLKRLDNYMGGNKPLLPCSVVLSAVNGLLSLVPFIFLWLVV
                     RTLLTADGNLADTPIWDYAIAAFAVSVANVLLYFAALMLSHLAAFRVETNMRRTAMER
                     LMRAPLGFFDTQNTGRMRKIIDEDSGQTHTFVAHILPDVTGCIVAPLGIVVLLLAVDW
                     QLGIASMIPIVCAFGIMGYMMNPKNNHFQRMYLDAQEKMSAEAVEYVRGIPVVKVFQQ
                     TVFSFKRFHDSIINYRDLVIKYTLLWRTPMSAYTVAINAFAFLLVPTGIILIGHGGQT
                     TVIVSDMVLYVLIAPVISVNVMKAMHLSQNLFLANEAVDRLERLAATPPLSESSEPEK
                     AAAFDICFRDVSFRYEGAENDAVSHIDLDIPQGKTVALVGASGSGKTTIARLIPRFWD
                     VREGSLRIGGVDVRHMDKATLMRNVSFVFQNTRLFKTSILENIRYGNPDATIEQVNRA
                     VDLSQSREIIERLPQGLNTVIGAEGTYLSGGEQQRIVLARAILKDAPIVVLDEATAFA
                     DPENEHLIRQAFAHLTCGKTVLMIAHRLTTVQDADNIVVVHDGRIAEQGTHQQLMEQA
                     TLYYKMWNEYQKSVAWKL"
     CDS             complement(8884..9498)
                     /gene="kstR2"
                     /locus_tag="SEQF3106_01626"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q0S7V2"
                     /codon_start=1
                     /transl_table=11
                     /product="HTH-type transcriptional repressor KstR2"
                     /translation="MQTLKDDIRQRILVTAREEFIAHGVRCTSIRTVAHKAGVAVGNV
                     YNYFRSKDELFSEVLRPLISALHRYILSHNEERHLNIDVFSVSEFQDEYICTMKTLVK
                     NYRPELRLLLFSAEGTSLAGYKDRIIEHQMKVGTEYLRLMKERYPHINIDISPFFLHI
                     ASSTWVSIFSELVEHDEYEEQEIERALEQYAAYSVAGWKELMKV"
     CDS             9846..10115
                     /locus_tag="SEQF3106_01627"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPGTDGFDFSRKIPAYSEYALGSYEVNATDYLVKPIEEQRFRKA
                     VEKVSGYHTLLINVEKDGVETDVDFFLRLSRGHLFGVYCYVSECS"
ORIGIN      
        1 gaatatcgag ttggaaagat gtgggagctg acgcggagct gttgtgcgat ggtcttatga
       61 aagaggtgca ggggagttga cagtattcgt gaacggacgg ctgcgaggtt atgctcctct
      121 ttatccactc ccaatcatca aagttttgtc ttatcaattg gacagtatgg aagcacactt
      181 gtttatgcaa cacatctgtc gagaactaca acgccctgca ccgatgataa aacaaatatt
      241 cttatacggc agcgacagta tcaattaata tgctttctct ttcaccagta tcaacttact
      301 atataactac agaagatata gaattataac agaaagaaag tataatacag ttagagaaat
      361 gagaatgact atcccgtgac catattccgc ccttgccttt ttatacactt ttgtgtttta
      421 tttcaaatgc agctattttg tgtattaaaa taaagtcaga aactgtactt catctttacc
      481 cacgcctcgg agttcttact atacatggcg aatgtccctt tgtgggcatg gaaatagtcg
      541 tagccggcgg tgagttctat ttggtcgttg agagaatagg cagcggaaag gcggttgaag
      601 atgccgccgt ttgccacgtc gatgtaggca aaggtggaga gtttcagtgt gttgtgcagc
      661 agttcctttg agagtcttgc tgtggcaagt ccggcattgc gataggcgga aagcgctgcg
      721 agattgcccg atatgtattt atgatcatac tgcacactga cattccagtc gttacccgga
      781 taccagtcca ccccagcaag ggcgttgagc gtgttgcgcc gcacggcatt ctgccccaga
      841 ccacttcctt gtgcttcgcc tatgtactcg gcgacttcgg cacggaggac aaactgaccg
      901 acgggcaatg agcagtcggc acccaacatc gtcatacggc ggtattgtcc gttgatgcgg
      961 agcgattgtc catcgtccga taaggcaggg caaagggcag gttgcttgtt ccacgttcgc
     1021 aaggcactca cggagaaatc tattccgctg agattgacgc ttgcccgtcc gccaaactcc
     1081 atattcttga tcttcttctc cggcttgccg ctttccaagt ctatagtgta aggcagtggt
     1141 gcagacggca ggcgtatcgc ccacggattg cgctcgtctg tcggcaacac gaagaagtct
     1201 accacaggat tgcacacggc ttcaagggtg accgaaccta tcgtgtactt tgcacgcagc
     1261 ccattgacgg gcatgcgaat gtcgtcgtag tcttgtgcaa gaaactccgt atagtcgaac
     1321 ggcgacacac aatcggtaac gcgcagtgca tctgccacgc cccatacgac aatctgccgc
     1381 cccacgcgca ggtcgaagtt gccctttgca taagatagat aagcctcgcg caattccagt
     1441 cctgtgcgtt ctttcaatat tccgttgtag gtggcgttca gggataggaa gagcgaagcc
     1501 gccccttttt cgagtttcag ttctccccgc gcccgagtcc gcgaagccat ccagtcggct
     1561 cgtccctccg ttctgacagc atggtaggta tcaagaaaac ctttcacctg cacctgcaag
     1621 gcattctcat ccgatgcttc ggccgcatcc tgcggagtgt cctccgaagt gatggcatcg
     1681 ccattgacca gcaacgtgtc gatttgagct gaagcctgtg ccgagagtat cggcacaagc
     1741 aagagcatac ataatcgcag tggtttcata tcagaggcct ttctccaatt gggaaacggt
     1801 gaaaaggtta ggcgatactt tcacgttgaa cttctgattg tccatgcgga taatggtctt
     1861 gtgtcccgtc tgtacattct ccatttgcat gaggcgcatc gtccagaatc cctgcacttt
     1921 ctctatgctg gagatagtga gcctacggtg cagcttgttc agcttgtcga agtattccgc
     1981 cttgaccgcc atcaggcagt cctgccgaac ccaggtgacg cgacgtgcgt aaatctcatc
     2041 cttgtcgtta ggcaccgact gcaccaccca gcatttgtat ccacccaatg tttcctcgcg
     2101 cagcaaatgg tgcttctctt cgtccacgct gcgggtactc atatcgttgt aggtaaagtc
     2161 gctgcccatg aaatagtctg ttttggacga cttaccgctg atgcgccttg tcttcttcat
     2221 tgccgggaga tagagccact tgtcgtccac cttggcggta ttgtcgtagt cccaagtgag
     2281 gaatcccgta ccctttacgt cgccgggata ggtgaagaac atgattttct tcgtgtcgct
     2341 acccacgtcc attgcccacg attcgagctt cctcacacgc ttatgaccgc tcttctgaat
     2401 gagcgtcatt tcgatagtgg cagaacgtgt gtcgccgtct gcacggtttc ttactttctg
     2461 cataatgtcc ctgcccgaca gctctgctgc ctgcgtgcca caaaccgcca gcatggcgat
     2521 gagcgataat gtgaaatgtc ttgttttcat atcgttattt ttgttcctta tgatgtttat
     2581 cgttccctat gaagtctttt taccatcccc aaacacgcgg agatatttaa aggtaatggg
     2641 cgtgaggaag aggtctgcca gcagtgccga catcataccg gcaacagcca gaatacccca
     2701 attgcgcatc tgtgtgccat cggagaagac gaagcctgta aacgtagccg agatgacgac
     2761 tgtggacatg acgatggcga gtccttcggt gcggaaggtt cggttgatgg cttctgcata
     2821 attgccgcac ctgtcgtatg ccacatggct gtggttgatg aagtggatgg tgtcgtctac
     2881 ggcaataccc aagatcatcg gaatgagcga ggcggtcatc atatcgagcg gatagcccaa
     2941 ccagcccatc ataccgccca cgatgatggc aggggcaatg ttcggtatca tccccacgag
     3001 ccccactttc cagttgccga agacaagcac gaggataacg ccgatgacta ataccgacaa
     3061 cagcatcgac cacatctgcc cgcgctccac atactgctgc atcacggtga attgcggtat
     3121 actgcctacc actgaaatat gtgcatcggg aaagagcttc tgcgcctccg cctgcaagtc
     3181 gttcatttcc ttttccgcct cgaaggagtt gtagtctttc atctccaact gcaacctgaa
     3241 ccgcttgtaa tcgtaatcca tccagtattc cgactccgta ccgcccgcat tctcatagag
     3301 caacagcaac tgcgccacca tgtcggcgtt gtcgggaatg cagtagaact gctgattgtt
     3361 gccgttgagc gtgcagttca tgtccttcac gatgtcggta atggaattgt ggcgtttcgt
     3421 cagcttgtag ccacctgcga tctccgccaa tcggtcaagt ttctgcaagt tctccggctt
     3481 cttggcgtcg ttgtcgtgcg gcagagtgat cataaggtcg taggcatata tcgaaccgag
     3541 ttcggtttcg caaagggcga ggaatttctt gacgtaggga atcttccgcc ccatcgtctt
     3601 ttcgatgtcg aacgccggtt cgatgaagaa gagtccgatg ccgcaaaaga tggtcagcac
     3661 aaccgatgac acgacaatgg agcgatgatt gcgcatcacg aaactgccga actgttcaaa
     3721 tcgtttgccg atatatccct caaaactctt cgacatatcg gtggtaggct tgcggtcctt
     3781 gccaaacgac aacagaatgg gggtaagcaa caggcaggtg agcagcacgg caagcagaca
     3841 gagcgaggtg ttgatgccga tggctcgcat cggtacgatc ttcattgaca ggaacgtcat
     3901 catggcagcc actgtggtaa gccccgacag cagcacgccc cagccagttt cacctatggc
     3961 ttccttgatg gattccctcc gcttgcctgt ttctataaac tgcgtcttga agaaattgta
     4021 gaggtgaata ttgtaggcaa tggagcaggc aaaggtgagt atcacggcta tcattgtcgt
     4081 ggtcatgtcg atgtagatgc ccgtccagcc gatgatgccg aaactgatga gcagtccgaa
     4141 cacggacgtg agcagtggtg caacaacgcc gcgaagcgaa cgggttacga tgagcatcac
     4201 aacgatggag atgatgaagg caaagaggaa cagccgcccc atttcgcctt ggagataaat
     4261 gaccttctca tagctcagat agggcattcc ggtggcgttg ggcgacagct cggcgtattt
     4321 cgccttgccg atgatgtgtc ctgtctcctt gcccgtaatc atatcgggcg caatgtcact
     4381 cgtcttcttc cacacgctgt cttcggggaa gggacgcagt tttaccatga tccacgtcat
     4441 cgtgccatcg tttgacacca tcttctttgc caggtacggt ttgctgtacg ctttctgccg
     4501 gattgcattc agcgaagcgg catcagaggg tatttcgtcg gggacaatct gttcgatggt
     4561 catgccttcc tccgttccta cggcaaactc aatatcggtg agcgatgtca ccttgtcagc
     4621 atacgacaga ctgtctttca gttcgtcgct gagctcgcgt atgagcgtca ggctgcgttg
     4681 ggagaagatg tccttgttct tcaccagcac cgccacatag tagtcgttgc cgaagatgga
     4741 cttaaattca ttggttttga gcagcatcgg gtcgtcgctc acgaaatagt cgtcgaacga
     4801 ggttttcatc acgatacgct tcgcccccac aaaggagaaa acgatgacga ctgcgaacag
     4861 cgcactgacc acaagacggt ggcagagtat ccagtctgcc aactgcttga acttacgatt
     4921 gatttttacg atttccattg ttgtttcctt tctgttttaa cgtgagttcg atgtaagaat
     4981 aaagtcagcg gtatgtctac gaaagtccgc aatggtcaaa acgtttttgg aaatgcttgc
     5041 gggactcccg caagcaccaa aaagcagttt tccctcgttg cgggactccc gcaagcgcca
     5101 aaaagcagtt tttccttgtt gcgggaatcc cgcaaagccc aaaaagcact ttttcctcgt
     5161 tgcgggaatc ccgcaaagcc caaaaagcac tttttcctcg ttgcggaaat cccgcgagcg
     5221 ccaaaaagca gtttttgttc gttgcgggat tcccgcaagc atttccgaaa acattttgtc
     5281 cgcccgagta ctctaacaaa gacatggtgt ggacgtaagg aacctcattc ttacgtcgaa
     5341 ctcacgtatt gttattactg ttttcctgct gtagtctaac catacgggca aactcgccgt
     5401 tgtgggtcag cagttcgtcg ggtgtgccct gttcgctgac cgtaccgccg ctaagcacca
     5461 cgatgtggtc ggcattgcgg acagtgcgca tacggtgggc aatgatgatg acggtcttgt
     5521 tgcgcaccaa ttcggagata cccgcttgta ttttcgtctc gttctcggcg tcaaggcttg
     5581 cggtggcttc gtcgagaagt atgatggggg cattcttcag cagggcgcgg gcgatggaga
     5641 tgcgctgccg ctcgcctccg gagagggttt cgccgttttc accgatgacg gtgtcgtagc
     5701 cttgcggcat gcgattgatg aagtcgtcgc attgtgctaa ttgtgctgca tggcgcactt
     5761 cttcatcggt ggcgtcgcgc ttgccgatgc ggatattgtc agcgatggag gcgttgaaaa
     5821 gcagaacgtc ttgaaagacg atggcatagt gtttcagcag cgtttcgggg tcaatcttcg
     5881 agatgtcgtt tccgcccaca agaatttgtc cgtcgtcgat gtcccaaaat cgtgcggcaa
     5941 gcttggcagt agtgcttttg cctccacccg acggtcctac gagggcggta acggtgcctt
     6001 ggcgtgctgt gaacgagaca ttgtgcagca cttgcttctc ggtttcgtag gcaaaactta
     6061 cgttgcggaa ctcgatgtcg tagttttcga gttgtacggc tgcacttccc tcctgcgtgg
     6121 gcatgctttc tatttccttc atacggttga tgcgcacgtc gaggaaggat agcagggcaa
     6181 gaaagttgca tacctcgaga atgggattgt agaccattgc cgatgccaag aggtaagcca
     6241 ggtaggtgaa taccgacact tcgccctgct gcaacagcca cgctcccacc agtataacgg
     6301 tgggcatacc gagcttgagc agcattccag cgaggttgag gaagactcct gccacgagtt
     6361 cgccgcgcac aagctcgcgt tcgtagccct tcagccgctt gtcgaagctg cggcagtatg
     6421 cctgttcgcc actgtacgac cttatttcct gcacacattc caagccttcc tgtatctgtt
     6481 cggttacgcc gcgcttcact ttatagtgct gaacgaaggc tttgtggagc tgacggcgcg
     6541 acagcagcag tacggttacg gcgagcggaa cgacccaaaa gagagctaaa gccaagcgcc
     6601 agttgtagga gaacatcccc acagcgatga tgacgacact cagagccgac gcaaacagct
     6661 gtggaacagc gtgcgagaag gtttgctcga gcatcgtgca gtcttccatc acagtagagg
     6721 tgaggtcgga aaggttgcgt tcgccgaaga aagcgagggg cagtcggcgc agcttttcag
     6781 ccactccgat gcggcgttgc gcactctcgt tgtagacggt ggtgtaggtg ctgtcgtact
     6841 gtcggcgggc tatgaagaac ataagcaaag ccaagagcaa agccgcaagc acatagaacc
     6901 acaacgtgtg cggttcggtg ggagcctttg catcaatgta ctccatgagg aagaagaaca
     6961 aataggtggg cggcagcatc aatgcgagat tcatcagtgt agagaaggtg atgccttgcc
     7021 gcaagtcttt cgctcctttt tcggtgaggg tgaaccgttg ttgaagatat cttatcatag
     7081 tcttgtgtcc tttctgttta ggcttatagt ttccatgcta ccgacttttg gtattcgttc
     7141 cacatcttat aatataatgt ggcttgctcc atgagctgtt ggtgcgtgcc ctgctctgct
     7201 attctgccgt cgtgcaccac gacaatgttg tcggcatctt gcacggtggt cagtcggtgg
     7261 gctatcataa gcacggtttt cccgcaagtc agatgggcaa atgcctgcct gataaggtgc
     7321 tcgttttcgg ggtcggcaaa ggcagtagcc tcgtcgagca ccacgatggg cgcatctttc
     7381 agaatggcac gggcaagcac tatgcgctgc tgttcgccgc cggagaggta tgttccctcc
     7441 gctcctatga cggtgttcag tccctgtggc agccgctcga tgatttcccg actctgcgag
     7501 aggtctacgg cgcggttcac ctgctcgatg gttgcatcgg gattgccgta gcgtatgttc
     7561 tccaagatgg aggtcttgaa cagtcgggtg ttctgaaaca cgaacgacac gttgcgcatc
     7621 agcgttgcct tatccatgtg ccgaacgtcc acaccgccta ttctcaaact gccttcgcgc
     7681 acgtcccaga agcgtggaat gagccttgcg atggttgtct tgccgcttcc ggatgctccc
     7741 accagcgcaa cggttttgcc ttgcggtatg tcgaggtcga tgtggcttac ggcatcgttc
     7801 tctgcacctt cgtatcggaa tgatacatca cgaaagcaga tgtcgaaagc tgccgctttc
     7861 tcgggctcgg aactttctga aagcggcggc gtagcggcga gtctctctaa tcggtctacc
     7921 gcttcgtttg ccaaaaagag gttttggctg aggtgcatgg ctttcatcac attgacggaa
     7981 ataaccggcg ctatcagcac ataaagcacc atgtcggaaa cgatgacggt tgtctgtccg
     8041 ccgtgtccta ttagaataat gcccgtaggc acaagcaaga aggcgaaagc attgatggct
     8101 acggtgtagg cagacatagg tgtgcgccac agaagggtgt atttgatgac aaggtcgcgg
     8161 tagttgatga tgctgtcgtg aaagcgtttg aacgagaata ccgtctgttg aaagactttc
     8221 acaacgggaa tgccgcgcac atattctacg gcttcggcac tcattttctc ttgtgcgtca
     8281 aggtacatgc gctggaaatg gttattctta gggttcatca tatagcccat aatgccaaag
     8341 gcgcacacta tcggtatcat tgaagcaatg ccaagctgcc agtctaccgc aagcaaaaga
     8401 acaacgatgc caagcggtgc aacaatgcat cctgtcacat cggggagtat gtgtgccaca
     8461 aaagtgtggg tttgtcccga atcctcgtct atgattttgc gcatgcgccc cgtattctgc
     8521 gtgtcgaaaa agcccaacgg cgcacgcatg agccgttcca ttgccgtacg ccgcatattg
     8581 gtttcgacgc ggaatgcagc aaggtgcgag agcataaggg ctgcaaaata gagcagtacg
     8641 tttgccacgg ataccgcgaa cgcagcaata gcatagtccc atatgggcgt gtcggcaaga
     8701 tttccgtcag cagtgagcag cgtgcgcacc accaaccaca ggaaaataaa gggtacgagc
     8761 gacagcagtc cattgactgc cgacagcacg accgagcagg gaagcaacgg tttgttccct
     8821 cccatgtaat tatctaaacg tttgagtgtc tttatcatgt tttgtatgtt ttggaaatcg
     8881 tttttacact ttcattagtt ccttccatcc tgccacgctg taagctgcat attgctcaag
     8941 cgcacgctca atctcctgtt cctcatactc atcgtgttca acgagttcgg agaagatgct
     9001 cacccaagtg gaactggcaa tgtggaggaa gaaaggcgaa atgtcgatat tgatgtgcgg
     9061 gtaacgttct ttcatcagcc gtaagtattc tgtgcctact ttcatctggt gctcgataat
     9121 cctatccttg tatccggcga gcgatgttcc ttcagcgctg aacagcagca atcgcagctc
     9181 gggacggtaa ttctttacaa gcgtcttcat agtacagata tattcgtctt gaaattcact
     9241 tacactgaac acatcgatat tgagatgtcg ttcttcgtta tgcgaaagga tgtaacggtg
     9301 gagggcggaa atgagtgggc gcaacacctc gctaaacaat tcgtctttgc ttctgaagta
     9361 gttatacaca ttgcctacgg caacgcctgc cttgtgagcc accgtgcgga tggaagtgca
     9421 ccttactccg tgcgcgatga actcctcgcg tgccgttaca agaatgcgct gccgtatgtc
     9481 atctttcagt gtctgcatat aaaatgagat tagccaataa tgaacatcgt tctaccttgt
     9541 tcacaaaaaa agcgcaccgt tcagaagaac ggtacgcttg atctaacggg aatttatacc
     9601 catgttctat gtgatgtcgg cttcttatca taaaacccaa agtttattta gtgcaaaagt
     9661 gatgaggttt caaaagaacc acaataccaa aaaataggta ttttacaacc tgttgattcc
     9721 ctaatggcgc tacaaatgtg aatgacaaga aaactcttga tgcgttgatg aaaaacacct
     9781 gtatcaacaa cggataaggg gacatataag ataatcctgt ggatttaata ttccttgatg
     9841 tcgagatgcc cgggacagac gggtttgatt tttcccgtaa aatcccggcc tattctgaat
     9901 acgcattggg cagctatgag gtaaacgcta ccgattacct tgtcaagcct atagaggaac
     9961 aacgtttccg taaagcagtg gaaaaggtct ctggttatca caccctactc atcaatgtag
    10021 agaaagacgg tgtggaaaca gatgtggatt tcttcttgag attgtcgcgc ggtcatttgt
    10081 ttggagtcta ttgttatgtg tccgaatgtt cttaacttta tgtagttcaa acccaatagt
    10141 caagcaagta tgtctacaaa gtctaccacc cccgccccca gtttcctgca agtctacacc
    10201 caagtgcgtc gtaaccgcat gaaacactca ttcc
//
LOCUS       SEQF3106|MIQD01000070.110167 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10167
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             1221..6911
                     /locus_tag="SEQF3106_01628"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMRLLRALIALILLTGSGLARAQTPTVYWASGFPSFDNDHIVAQ
                     EGERTLRIRIAALGDSIADASIQITLPTDVSYVPGSAVAAPVGSATFTVTSGPSDVTL
                     KITSDGGKLPLNKELEFHLKVKAGTCPTPASVSFGINVLSSSTPLGSKTILANLVRPS
                     LMLTPQTPVVNFTSQTETKTITYYLKTTTADKASSAKVTFTTPDAQTTLSDFKVKGTP
                     VSVTGTPIGGGKTKYTFDVTPATLGGAQQIDNTNSTAITFTGASTGVGGHTVTTAVQF
                     PAGSAPCTSNPGSPVQLAFPIPTKPYIEHLHTYCTDPLGDSIHHSTINMDGSTPTIVR
                     SSFRNTGGTAKGIIVDMRCYGNYNYLDPAGIKVQVGGSGTSRFLAASEYTVLDRIKNS
                     TYTLQRYGRRKLGVVNKPISIKIKIADTLATGDSIIFWVPTINGNIYETGNLNVYNAY
                     GVNGINGFVSNVVKVTAPDGTEGGHEKEKEYRLVYLNVPHYWAIPAGLNMRGGTTKTQ
                     TLHVSPGITQFTPVYFAVETPSWLKIKRIWITSNENGTGSLYVNQTCAPGTTKDSVKL
                     HNKGYLLNSYMHVTYEMDACSPPYANINDSIRYWTSQHWPQGWFYYASQVFQPVTKMC
                     RIEGIELDTFKLVRTTVGLKDHNNDRIPDDGTTKAPESDIRNDLYMEGDTGYFYWKGI
                     VQSEGVGAHYVDMPLALATGLDFLHNIHMETSGSATINSVPAAGTVIAQSNSTTGYVR
                     FHYPTGFSLNDTVEVKAPFIVQKGNENMVGVETEMYINLSSSPGGVLDTSNANRSGKD
                     KAATAMGTYSIDYLNYWYTDPFTYVFGDNSVTSFMPPSNRSLGYNDIFHKNSLSDPQF
                     PREVRVHYYLDTVEFDMPKGYRLLDQIDVKETRYPAPPNGTLGAISIQPTSSSTKTQR
                     IYAISPIYTNATNVSPLSVGGGQWYYPDDAWRVTTYGKIQAYPSAPRTAVYMKRRAVW
                     RSPSGKTFDRELNVKFTYSGLGNTLSIDPYTVTAPGPYMKTPNLQVANSTSKPIPHLY
                     FYFDGPVKDVKLENSGTHVVYNGQGLGNRWVKVDSSIVGSLTYQMIYTYLFDSTLTNC
                     SKVDTVRVYTGFGTNANWPDFTKPMNLDSANFSAADTFYITIDPTAKVKGYIEAKKDT
                     FPAYDQHVHHLDSTYTVYAIFEAEKTAGAVKNPSMDFSVPAYQRYIPWSAKLHHAGQV
                     LSVTPAFESALQSSFGSSINTVQTGLLDLKIARGGNILIAGGNDTPDSLRRDTLEMTF
                     AADCETDFERIYYKGEIHGFNSCSGAKAGGDGVSFNKKLIPNVIYNYRFGKVGIEMLG
                     MPAFNEFRTRDTLQLTFRKIVGTANNMAPSDYLMVRLPQDLDVDGDSVYYRGTGVMAA
                     LNRRDSVIAHDSIADHGRYVKIPLPKTEYDAATDKGVGANISCKIPVIYTRPTGADSI
                     YRLAHAADSIKAYVRINGLFGDCPPRLTLDGLNKDSIAMITARGPFPPRLYVGEEDTL
                     EILSHNFGGSWYTDSTTSTVEYTGPKWPQTPRDTSMLGEEKYYFTAVVNGHYYGGPNG
                     RLPFPVKIWIHPWFIKNLPRFKYICEEEDTLRVKGGGMDIRYQWFRNEIAIPGATDTT
                     LVVRESGFYYVQITDTVPETVTSDTCEVVFREIPVILEDLKDIRDCDKIYIPLAVKHT
                     GRYMLYQWYRNGRPIKGATDSIYRASAYDSSGFYRVRVMNPCGDSVMSRRCYVDFCDD
                     RWDGPARVVDLYAPATVETQPGTVRNVIPSHTDFNFTIRARKGQSLRYITITASHPNW
                     TEQGGGIERTMITDSLMQVRVRRVTQNLEIRVGGVSPTGNDLVDDASRHAWTHHGRLY
                     LRTDRAQSVRLYTPMGLLYREQSLPAGLTVVSDLPTGIYLVRFADGHVAKVRVE"
     CDS             7000..7446
                     /locus_tag="SEQF3106_01629"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVGETAKTLSERFGKVLQRRQSVSINRQDVSTSINTQMDSLIPA
                     SKISNLTQGMFVGAVSDNFDERIEQKIFHCEIVVDNAKVAKETAAYRSILILTDFMDE
                     NGEDMMEQEIKVNYDRVKTEVRDIVGWELQRIADDPELSKLLNAKK"
     CDS             7742..7954
                     /locus_tag="SEQF3106_01630"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRWMSGYTLMAIWSGYLFVEKFIPYKMIAGTNGQWIVYYITKLL
                     LFVVIGVFTAPFTCLWAVYRVIKAFR"
     CDS             7958..8314
                     /locus_tag="SEQF3106_01631"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWKPYEKRMSTHNISLISTEYQSSRDEITKRIRSAQYEALKAVN
                     KEMIALYWEIDRRITQQQKTLGWGKSVVENLSQDIQKEFPGIKGFGVSNMWDMAWYYA
                     EYHPNEILQPLVGEIS"
     CDS             8715..9011
                     /locus_tag="SEQF3106_01632"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAVELKIGEFKPEGKGKMEFYLNVLNEKVKLPHEDPAIGIIIC
                     KSKSRTIVEYALITSTMPIGVATYSLSPELPEAYKELLPTSKDIAKILEVFIKE"
     CDS             complement(9098..9307)
                     /locus_tag="SEQF3106_01633"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLVELLYALDACDCINDGEIGVEELADAFSDIFGVEIKNCYNV
                     YMNMKRRKDDSRTYFLDELREKLNK"
     CDS             complement(9368..9646)
                     /locus_tag="SEQF3106_01634"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERLVKTFSFRVLSSNKSSAAKQRNATDNLIKEIIKLNTEESDN
                     IFVLRILRYTRFRLQSMQEKPSSDRAEKNVAELLSVINTELELLNMRM"
ORIGIN      
        1 ggtcgtctct tctatgattt tatagatgtc gcgtgcggac cgtccgcggc catcgtaatc
       61 gagcccgaag ccgacgatga agtcgttgtc gatctccatg cctacgtaat cgggccggag
      121 gtcgcaccgt aatgagccgg gcttgaggag catggtggcc aatcgcacat cgcggacgcc
      181 ctcttggcgc agccggttgg tgacgtactg catggtcagc cctgtgtcga tgatgtcttc
      241 aagcaggatg acggggcgcc ccttggcttc gccgcggatg ggcagcagct cgcggacgat
      301 gccgtcagac tttgtgccgt gataagagga gtaggctgca aacgtcagct cgcagtcggg
      361 tgagagcctg ctcaccaatt cggatacaaa catgaatgcg ccgttgagga tgcccacgta
      421 gagcgggtct ttgccctcca tatctcggcg tatctccctg gccatgcgtt caatggccgc
      481 taagatttcc cgttcgggga tgtaaagctc gaaggctttg tcttttagcc gtaactgttt
      541 attcatcaca tattcgggtg ttaggcgggc aaagatagac gataatccaa gcggcatttt
      601 ttgatttgtt agtaggggcg cagctttcta atgtgcgccc ggcgtgcgtc tcgactaccc
      661 ctctggtggt ggacgattta ctctataacg gattgtatgg gtacgcgaat tggagttttc
      721 cgcaaacgga gcaggggcct atccatagag ccagtgcacg cttggcgaag cgtttagact
      781 tatattctta gcatttatgc cccgagtaga ataaatatag gttctgaacc gaaaaattta
      841 ggttcgggac cgaatcgttt aggttctgaa tagaaaaatt taggtcccag aaccgaaaaa
      901 ttccggttct gaaccgaaaa atttaggtcc aggaccgaaa aattccggtt ctgaaccgaa
      961 aaatttaggt cccagaaccg aatcgtttag gttcggaacc gaaaaatttg ggttcagaac
     1021 cgaaaaatat cgtcagcgga cgtaatcgat ccctcactgg gcctattcat tcgatcgaaa
     1081 aacgacgatc aaaacacaaa gcattcaaaa gagccaagtg tgggaatccg cttctacatt
     1141 tgccggcaaa acagcgtatt aatcattcat aattagagat ggaacagaac actattactg
     1201 catggagcca cgctcctaat atgatgcgcc tactcagggc actcatcgca cttatcctgc
     1261 ttacgggcag tggactcgcc cgggcacaga cgcctactgt gtattgggcc tccggatttc
     1321 cttcgttcga taatgatcac atcgttgcgc aggagggcga acgcacactg cggattcgta
     1381 tcgctgcgct gggtgacagt atcgctgatg caagtattca aatcacctta cccacagatg
     1441 tcagctatgt gccggggagc gcagtagctg cccctgtggg tagcgcgaca tttactgtca
     1501 cctcggggcc atcagatgtg acgctcaaga tcacctccga tggcggcaag ctgccgctca
     1561 acaaagagct ggagtttcac ctgaaggtga aggctggcac atgccccacg cctgcgagcg
     1621 tgagctttgg cataaatgta ctgtcgagca gtaccccctt agggagtaaa accatactgg
     1681 ctaacctcgt gcggccgagc ctgatgctta cgccgcaaac tccagtcgta aacttcacct
     1741 cgcagaccga gacgaagacg atcacctact acctgaagac gacgacagcc gataaagcct
     1801 cttcggctaa ggtgaccttc accacgccag acgcccagac gacgctctct gacttcaagg
     1861 tgaagggcac acctgtttca gtcacgggga cacccatcgg gggcggaaag acgaagtaca
     1921 ccttcgatgt aaccccagcc acgttgggag gtgcccagca gattgacaac acgaacagca
     1981 cggccatcac ctttacgggc gcctcgacag gtgtaggtgg gcatacggtg acgaccgcgg
     2041 tgcaattccc cgcgggttcc gcgccctgca cctccaaccc gggcagcccg gtgcaactcg
     2101 ccttccccat ccccacgaag ccgtacatag agcatcttca tacttactgc accgatccgt
     2161 tgggtgatag catccaccac agcacgatca atatggatgg ctcgacgcct acaattgtcc
     2221 gctcatcttt ccgcaacact ggtggcacgg ctaagggaat catcgttgat atgcgctgct
     2281 atggcaacta caactatctg gatcctgccg gtatcaaagt acaagtagga ggcagtggga
     2341 catcgagatt tttggcagca agcgagtaca cggtattgga tcgcatcaaa aacagcacct
     2401 acaccctgca acgctatggc agaagaaagt tgggcgtagt caacaaaccc attagtatca
     2461 agatcaagat tgctgatacg ctcgcaacgg gagattcaat catcttttgg gtgccgacca
     2521 tcaacggaaa tatctatgag acgggaaatc tcaatgtata taatgcttat ggggtgaatg
     2581 gcattaacgg ctttgtctcg aatgtcgtta aagtgacagc acctgacgga actgaaggag
     2641 gacatgagaa ggagaaagaa tatcgccttg tctacttgaa tgtgccgcac tattgggcaa
     2701 tccctgcagg actcaacatg agaggcggaa cgactaagac gcaaaccctg catgtcagcc
     2761 ccggcatcac gcaattcacc cctgtatact tcgctgtgga gacaccttcg tggctgaaga
     2821 ttaaacgcat ctggattacc tcaaatgaaa acgggacagg ttcactctat gtgaaccaaa
     2881 cgtgcgcacc tggcacgacg aaggattccg tgaaacttca caacaagggg tatttgctga
     2941 atagctacat gcatgtgaca tacgagatgg atgcctgcag cccaccttat gccaatataa
     3001 atgactccat acgctattgg acgagccagc attggccgca ggggtggttc tattacgcct
     3061 cgcaagtctt tcagcccgta acgaagatgt gccgtataga aggtatcgaa ctcgacacct
     3121 ttaagctcgt ccgcaccacg gtgggactga aagaccataa taacgaccgc atccctgacg
     3181 atggcacgac gaaggctccc gagagcgaca tccgcaacga cttatacatg gagggcgaca
     3241 caggctattt ctattggaaa ggcatcgtgc aaagtgaagg tgtaggagct cactatgtag
     3301 atatgccatt ggcgctggct actggacttg atttccttca taacatccac atggagacct
     3361 cgggatcagc cacgataaat agcgtaccgg cagcaggtac ggtcatagct caaagcaact
     3421 ccacgacggg ttatgttcga ttccattatc cgactgggtt ttcgctcaat gacacggtcg
     3481 aggtgaaggc gccatttatc gttcagaagg gaaatgaaaa tatggtgggc gtagagacag
     3541 agatgtatat caacctctca tcttcccccg gcggtgtgct cgacacctct aacgctaatc
     3601 gcagcggaaa agacaaagcc gccacagcga tgggtactta tagcattgat tacctgaact
     3661 attggtatac agatccattt acctacgtgt tcggtgataa ttcggtcacg tcctttatgc
     3721 caccttcgaa tcgttcgtta ggatacaacg acatattcca taagaacagt ttaagcgatc
     3781 cgcagttccc cagagaggtg cgtgtgcatt actacctcga tacagtggag ttcgatatgc
     3841 ccaagggcta ccgactactg gatcagattg atgtgaaaga aacgcgatat ccggctccac
     3901 ctaacggaac cttaggagcc atatcaattc agcccacaag cagctctacg aaaactcagc
     3961 ggatctatgc gatcagtccg atctatacca atgccaccaa cgtatctccg ctgtctgtgg
     4021 gagggggcca atggtattat cccgacgatg cttggcgagt caccacttat ggtaagatcc
     4081 aagcctatcc ctccgcaccg cgcacggctg tctatatgaa gcgtcgggct gtgtggagga
     4141 gcccctctgg aaaaactttt gaccgtgagc tcaacgtcaa attcacctac tccggcttgg
     4201 gcaatacgct ctctatcgat ccctatacag tgacagctcc aggcccctac atgaagacgc
     4261 cgaatttgca ggtggctaac tcaacaagca agcccatccc gcacctctat ttctatttcg
     4321 atgggcccgt caaggatgtg aagctggaga actccggcac gcacgtcgtc tacaacgggc
     4381 agggcttggg caaccgttgg gtgaaggtcg attcatccat cgtgggttcg ctaacgtatc
     4441 aaatgatata tacctacctc tttgatagca ccctgaccaa ttgctcgaag gtggacaccg
     4501 tgcgcgtcta taccggcttt ggcaccaacg ccaattggcc agactttacg aagcccatga
     4561 atctcgacag cgccaacttc tccgccgctg acaccttcta tatcacaata gatccgacag
     4621 cgaaggtcaa ggggtatatc gaagccaaga aggacacctt cccagcctac gatcagcacg
     4681 tccatcattt agactccacc tacacagtct acgccatctt cgaggctgaa aagacagcag
     4741 gcgccgtgaa gaacccttcg atggatttct ctgtacccgc gtatcagcgt tatatacctt
     4801 ggtcggctaa gctccatcat gccgggcaag tgctctctgt cacccctgct tttgagtctg
     4861 cacttcaatc atcctttgga agctcgatca acactgtaca aacggggctg cttgatctga
     4921 aaatcgctcg cggcggtaat atcctcatcg ccggtggcaa cgacacacca gattcgctcc
     4981 gtagagacac cttagagatg accttcgcag ctgactgtga gacagacttt gagcgcatct
     5041 attacaaagg cgaaatccac ggctttaact cctgcagcgg cgccaaggct ggtggcgacg
     5101 gcgttagctt taacaagaag ctcatcccca acgtgatcta taactaccgc tttggtaaag
     5161 tcgggatcga gatgttaggc atgcccgcct ttaacgagtt ccgcacccgc gacacgctgc
     5221 agttgacctt cagaaagatt gtggggacag cgaacaacat ggctccctct gactatctga
     5281 tggtacgcct gccgcaggat ttggacgtag atggcgactc cgtctattat cgaggcacag
     5341 gcgttatggc cgcattgaat cgccgcgaca gcgtcatcgc tcacgatagc attgcggatc
     5401 atgggcgata tgtcaagatc cccttgccaa aaactgaata cgatgccgcc accgataagg
     5461 gtgtgggggc aaacatctct tgcaagattc ccgtgatcta cacccgcccg acaggcgctg
     5521 attcgatcta tcgcttggca cacgcggccg atagcatcaa ggcctatgtg cgtatcaacg
     5581 gcctctttgg cgactgcccg ccccgcctga ccttagacgg gctgaataaa gacagcatcg
     5641 ctatgatcac ggctcgtggg cccttcccgc cgcgcctcta tgtgggcgag gaggatacgc
     5701 tcgagatcct gagccacaac tttggagggt cttggtatac cgacagcacc acatcgactg
     5761 tcgaatacac gggccccaaa tggccgcaga cgccgcgcga tacgagcatg ttaggcgaag
     5821 agaaatacta cttcacggcc gttgtgaatg ggcattacta tggcgggccc aacggacgcc
     5881 tccccttccc cgtgaagatt tggattcacc cgtggttcat caagaacctg ccgcggttca
     5941 aatacatctg tgaggaggaa gacacgctcc gcgtcaaggg cggcggcatg gacatccgct
     6001 accagtggtt ccgcaacgag attgccatcc ccggagctac ggacacgacc ctcgtcgtgc
     6061 gcgagagtgg attctactac gtgcagatca ccgacacggt gccggagacg gtcacctcag
     6121 acacgtgcga ggtcgtcttt cgcgagatcc ccgtcatctt ggaagacctg aaagacatcc
     6181 gcgactgcga taagatctac atcccgctgg ccgtcaagca caccggtcgc tacatgcttt
     6241 accaatggta tcgcaatggc cgacccatca agggcgccac ggactccatc tatcgcgcct
     6301 cggcctacga ctcctcgggc ttctatcgcg tccgcgtcat gaatccctgc ggtgatagcg
     6361 tcatgagccg ccgctgctac gtcgacttct gcgacgaccg ctgggatggc cccgcacgcg
     6421 tcgtagatct ctacgccccg gccacggtgg agacgcagcc cggcacggtg cgcaacgtca
     6481 tccccagcca caccgacttc aacttcacca tccgcgcccg gaaaggccag tcgctgcgct
     6541 acatcaccat caccgccagc cacccgaatt ggacggaaca aggcggcggc attgagcgca
     6601 cgatgatcac cgacagcctc atgcaggtgc gtgtgcggcg agtgacccag aacttggaga
     6661 tccgcgtcgg tggtgtcagc ccgacaggca acgaccttgt cgacgatgct tcgcgccacg
     6721 cttggacgca ccacgggcgg ctctacctcc gcaccgaccg cgcccaatcg gtgcgcctct
     6781 acacccctat gggcctcctc taccgcgagc agtcgcttcc ggccggcctc acggtggtca
     6841 gcgacctgcc cacgggcatc tacctcgtcc gctttgctga cggccatgtg gcgaaggtgc
     6901 gtgtggagta atgcctaatc gttgaggtag cgtttgcacc tcgagacacg atgacgacgc
     6961 cccgccggcg gaggttctca ccctctgctg gcggggcagg tggtggggga aaccgccaag
     7021 acgctctccg aaaggttcgg caaagtcctg caaagaaggc agtccgtctc catcaatcgg
     7081 caggacgttt cgacctcgat caacacccaa atggacagcc tgatcccggc ctcgaagatc
     7141 agcaacctga cgcagggcat gttcgttggt gccgtgtccg acaacttcga tgagcgcatc
     7201 gagcagaaga tcttccactg tgaaattgtg gtggacaatg cgaaagtggc taaggaaaca
     7261 gctgcctacc gatcaatact cattctgaca gacttcatgg atgaaaacgg agaggatatg
     7321 atggagcagg agataaaagt gaactatgac cgggtgaaga cggaggttcg ggacattgtg
     7381 ggatgggagc tgcaacgaat tgccgacgac ccggaacttt ccaaactgct caatgccaag
     7441 aaataacggc tatttccctt ggctatgagg caggaatttt gtatttttga atacgctaaa
     7501 agattacact atgaattgtt ttaatcatac tcaagaatcg gcggtagccc agtgctccga
     7561 ttgcggaaaa gggctgtgtc ccgaatgtgc gggaaggtat aagccgatac tttgcacgcc
     7621 atgttttcag aaaaggaaac gcagcgaggt ttggcgaagc atcttcagct tgttgtttct
     7681 catcgccttg tttgtcatag gtttcaggtg gaacttcttg gcgaccaaag gttttgagga
     7741 tatgagatgg atgtccggat ataccctgat ggcgatatgg tcgggctatc tcttcgtgga
     7801 gaagttcatt ccctataaaa tgattgcagg cacaaatgga cagtggattg tttactatat
     7861 taccaaacta ctgctctttg tcgtcatagg agtctttacc gctcctttca cctgcttgtg
     7921 ggctgtctat agagttatca aggcttttcg atagatcatg tggaaacctt atgagaaaag
     7981 aatgagtacg cataatatat cgctcatttc gacagaatac cagagttcta gagacgagat
     8041 aaccaagcgc attcgctccg cacaatacga ggcgttgaaa gccgtcaata aggagatgat
     8101 agccctttat tgggaaatcg acagacgtat tacccaacag cagaaaactc tcggatgggg
     8161 aaagtctgtt gtggaaaacc tatcccaaga tattcaaaag gagtttccgg gtattaaagg
     8221 gtttggagtt tccaacatgt gggatatggc atggtattat gctgaatatc atccgaatga
     8281 aattctccaa ccattagttg gagaaatcag ttgattgaag catatcgtca ttctgaccaa
     8341 gtgtaaggag acacaacaga gacaattcta tatcttggca accaagaaat acggatggac
     8401 gaaagacgtg ctgatgtaca aaatagaact gaaggcgtat gagaacttct tgctcggaca
     8461 aagcaatttt gataccacgc tacccaaaaa tatccgtaat caagccgtcc ttgccgtaag
     8521 tatattttgg attttatcgg attgggcgag ggacattcgg aatatgagtt ggaacaggct
     8581 attatcaaga atatccgttc ttttctgatg gagttcggaa cggatttttc gttcatggga
     8641 aactagtacg actggaggtg gacggcgggg agtattttat agatctgttg ctttacaacc
     8701 gtcgcttgca ggcaatgata gccgttgagt tgaaaatcgg agagttcaag cctgagggca
     8761 aagggaagat ggagttttat ctcaatgtac tgaatgagaa ggttaagctg ccacatgagg
     8821 atcctgctat tggtatcatc atttgcaaat ccaaaagcag gacgattgtg gaatatgccc
     8881 tcataacttc gaccatgcct atcggtgtgg caacatacag cctctctccc gaattgcccg
     8941 aagcctacaa ggaactgctt ccgacatcca aggatatagc caagatattg gaagtgttta
     9001 tcaaagaata agacaaaggg aatactccga aacttgagta tcttcctttt atttaccact
     9061 tcttgaattt tccgcctttc aggtcgctct ctaccattca tttgttcaat ttctctcgga
     9121 gttcatcaag gaaataggta cgactgtcat ccttgcgtcg tttcatgttc atatagacgt
     9181 tgtaacagtt cttgatttct acgccgaaga tgtcggaaaa ggcgtccgct aattcctcca
     9241 ctccgatttc tccatcgttg atacagtcac aggcgtcaag agcatagagt agttccacta
     9301 aatccactac tttgtctgtc tagcggaact tcttagcagg aatgagggga acggtagata
     9361 aaattttcta catccgcata ttcaacagtt ccagttctgt attaataaca gacaatagct
     9421 ctgccacatt tttttccgcc ctatccgatg agggtttctc ttgcatagat tgcaatcgga
     9481 aacgggtata acgaagaata cggagcacaa aaatgttatc gctctcttcc gtgttcaatt
     9541 taatgatctc ttttatcaag ttatcagttg cattccgctg cttggcggcg gacgatttat
     9601 tcgaagagag tactctgaat gaaaatgtct ttaccaatct ttccatatgc attcgatttt
     9661 gaattgttga ttggtatata gtaaagtcga ccattatttc attaatttct tgtagaaatc
     9721 ttcttcgtag gtattactga taccaatttc atattttcta atgaatacgt cgttggtgtc
     9781 gaatgattct attttctcta agttcacaat taggatttgt tgatgcggaa gaaaacagac
     9841 ggaggcagaa gttcatggat agtgcgcagg tacatcttgg taataatgcg ttgattttct
     9901 gtttgtatga ttacataatc ctttaagcct tctaaaagag gatgtcttca tatctgattt
     9961 tgaaatatct acgctctgat ttcacgaaga aaagaccatc gcacaacatc tccgcgtcag
    10021 ctcccagatc tttccgactc gatattcaga gcatttaggc cgagttgagt gcttgatcta
    10081 ccttcccttt ttccctcttt agaggaggaa gacctcctct aaagaggggc atgagggcta
    10141 tttgacactt tggagtataa gaagcct
//
LOCUS       SEQF3106|MIQD01000071.110096 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10096
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             139..612
                     /locus_tag="SEQF3106_01635"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWALTQRCCAMVSSCNKVKDKIKEIEAELPFLIALSTADKRRIR
                     PSGSRTAAFVNMALRGAKTFPQYLLKTFDVEEFEHDVLLMHRLKGLRISVASLLEKLD
                     DTIYASSADALSEANEAYAYLKRAAKYDGALKSTVEEIGQRYARPSRRKNNTNAE"
     CDS             785..1780
                     /gene="ravA_2"
                     /locus_tag="SEQF3106_01636"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P31473"
                     /codon_start=1
                     /transl_table=11
                     /product="ATPase RavA"
                     /translation="MNQTVDIRELNERIERHSTFVTTLTMGMNQVIVGQKHLIESLLI
                     GLLSDGHILLEGVPGLAKTLAIKTLASLIDAKYSRIQFTPDLLPADVIGTMIYSQKNE
                     EFQVRQGPIFANFVLADEINRAPAKVQSALLEAMQERQVTIGETTYKLPAPFLVMATQ
                     NPIEQEGTYPLPEAQVDRFMLKVIINYPKKEEEKQVIRQNITGQTPEIRRVMDTKQIM
                     AARDIVREVYIDEKIERYIVDIVFATRFPQEYGLADLQSMIAFAASPRASINLALASR
                     AYAFIKQRGYVIPEDVRAVCHDVMRHRIGLSYEAEANNLTSEEIVSEILNKVEVP"
     CDS             1820..2689
                     /locus_tag="SEQF3106_01637"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METSELLKKVRQIEIKTRGLSRNIFAGQYHTAFKGRGMAFSEVR
                     EYQFGDDTRDIDWKVTARYVRPYVKVFEEERELTVMLLIDVSGSKDFGTVSQMKRDVT
                     TEIAATLAFSAIQNNDKIGVIFFSDKIEKFIPPQKGRRHILYIIRELIDFRPDDRQTD
                     INQALKYLTNAIKKRCTAFLLSDFIDHGNYRDALTIANRKHDIVAIQVYDRRETELPS
                     VGLMKVRDAETGAERWIDSSSKRVREAYRTWWDKRQAEMNAAFQKSRIDAVSIRTEDD
                     YVKALLALFDKRN"
     CDS             2702..3685
                     /locus_tag="SEQF3106_01638"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLKVISVRMLLLAVCLLAGFTAGAQQTLIDVKVDTADILIGQQ
                     TTLHVTVTTDPNRRIIIPLPGDTLMTGVEVLSVSDADSTIADGRLVIRRDILVTSFDS
                     SLYLLPPFVAIDGADTIASNQVALKVSTVPVDVDNPEQFYDIKDVWKPPFVLADYYPW
                     IFGILTALFIICVIGYLIQRYRRHRSEVPVKPAEPELPPYEAAIRELDSIKDRKLWQQ
                     GLNKEYYTQVTDTLRRYISRRYGVNAMEKTSEEILAIIERETDERSVYDTLRQVLRLS
                     DYVKFAKLHPLPDENDESMRNAYLFVNQTKRTEAPQPDEPATETVTKEDKK"
     CDS             3682..4671
                     /locus_tag="SEQF3106_01639"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFANPAYLFLLLLLVPLIAAYVWKLRRSQASLEISSSEAFDVK
                     GMTTAKVHLRHLPFVLRMVAIALVIVILARPQSTDSWQNSSTEGIDIMMAMDISGSML
                     ARDLRPDRLTAAKNVAATFINGRPNDNIGLVVFSGESFTQCPLTTDHAVLLNLFKDIQ
                     SGMIEDGTAIGVGLANAVSRIKDSQAKSKVIILLTDGSNNRGEIAPVTAAEIARTFGI
                     RVYTIGVGTQGEAPYPFRLPGGTIQMQMVPVDIDEPTLQQIATITGGQYFRATDNSSL
                     KAIYAEIDKMEKTKISVREFSKKQEEYTRIALVVLGLLLIEWLLRVTILKRIP"
     CDS             4684..5706
                     /locus_tag="SEQF3106_01640"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFRFAHPIYLYLLAVLPVMIGGYVYTLLDRRRAVRRFGDPKLMA
                     ELMPEVSRKREHLKFWLFFAAVALMIFVIAGPQFGSKLETVKKRGVEIMICLDVSNSM
                     MAEDIQPNRLEKAKQMLSRMTESFTNDKVGLIVFAGDAFTQLPITSDYISAKMFLSSI
                     SPSMVSTQGTAIGAAINLALRSFTPNDQAGKTIFLITDGENHEDDAVKAAKAAADRGI
                     SVNIVGIGQPDGAPILVDGGKDYLKDNEGNVVITRLNEQMCQEIAAAGKGIYVRADNT
                     NSALRTLQKEIDKMEKAEQESQVYSEYDEQFQSLAWIVLLLLIAEYVIMDRRNRVFRR
                     VKLFSR"
     CDS             6054..6746
                     /locus_tag="SEQF3106_01641"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATLLLAVGSASAQKAERSNIRRGNRFYRNEKYTESEIAYRKSI
                     EVNPRSVEAAYNLGNALYKQKKYPEAAEQYMQIVGRREQLLADNPANGKRLAEVYHNL
                     GNIQMQGKDYAKSVEAYKQSLRLNPKDDETRYNLALAQKLLHNQQQNQQNQQQNQQQQ
                     QQQEQQQQQQQNEDKRENKTQQEKQQNEQMSQDNAQQILDAFLQDERDTQEKVKKAQQ
                     QQQKRRKTDKQW"
     CDS             6740..8593
                     /locus_tag="SEQF3106_01642"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKATKQVILLLALWFTAGAMHLMKADGVTFRASAPSAVVMGQQ
                     FQLTYTVNTEGATSLRTPDLSAFEVLMGPSSSVSRSMQIINGQTSSSYSQTFTYVLMP
                     KKEGTFNIGPGSIKIKNANYSSNSLVVKVLPPDKAGSASGGGRSNGGSGSGGASQGST
                     SVGTNELFVRMNVSNRSIYEQEGFLVTFKIYSLYDVDLDDIKFPEFEGFLAQDIDLNP
                     QWTLENYNGRNYRTAVFKQTILYPQRSGKITIGAGRFNAIAHVRVKRSGSLFDELMGG
                     GYQDIRKVLTTAPVTVDVKPLPSGKPESFNGAVGGYTMKATINSNQAKTNEAVTITVT
                     LTGNGNIKLAKNPTVTFPNDFEVYDPKVETNIRTTTSGSSGTKTIEYIAVPRYAGDFE
                     IPAIRFSYFDPRSGSYKTLTSEPFKLHVEKGPEGAASPAVSNYGSQESVKYLSKDIRY
                     IKTSHPHFVNARGEIFFGSFTYVLAYVLIALLFAVFFVIYRKQMKENADLAFVRTKRA
                     NKVALRRLKTAEKLMKAGSREAFYDEISRTLWGYLSDKLNIPQADLTRENVGNELASF
                     GADETLAKDLMQILDTCEFARYAPSQASDALDTLYRQTADAIGRMENIIKH"
     CDS             8600..9364
                     /locus_tag="SEQF3106_01643"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLIKQTTLTLLAFLLTAVSLHAADRDGELRAAEKAYADGNYPA
                     AAEQYEALIKNYGESAEVYYNLGNAYYKLGRIAPAILNYERALSMSPNDGDTRFNLEM
                     ARLRTEDRIEPADGFFGRSFASVRNLLSVDAWAATALLCFVLFAGCLVLFFFSKWMRL
                     RKTGFYLGLLLLFITIMANVFAWSERQDLIVRNAAIVFAPTVTVKSSPDRSGTDLFIL
                     HEGTKVTIKNTLGDWLEIRLGDGKEGWIPRKDLERI"
     CDS             9379..10068
                     /locus_tag="SEQF3106_01644"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLEQILVYERDAFLWLNSLHTPYLDRFMWIYSGNPAWIPLAVFI
                     LFALCYRRPWRESVLLILALTLAITLCDQFASGFCKPFFARFRPTRHPDFMHVVQTVI
                     SPRTGQPYLSGRYGFMSSHAANTFGFALFTSLLFRHRVYTVCLFLWAAAMSYTRIYLG
                     VHFLSDIIPGALFGLLFAWLTFRLYVRIRPRFIPDTPLLPYPAIVPRTILCGMLLTHA
                     AITLIAAWWVC"
ORIGIN      
        1 aggcttctta tactccaaag tgtcaaatag ccctcatgcc cctctttaga ggaggtcttc
       61 ctcctctaaa gagggaaaaa gggaaggtag atcaagcact caactcggcc taaatgctct
      121 gaatatcgag tcggaaagat gtgggcgctg acgcagagat gttgtgcgat ggtctcatca
      181 tgcaataaag tgaaggataa aatcaaggaa atcgaagcag agctgccctt cctaatcgcc
      241 ctctccaccg ctgataagcg gcgcatcagg ccctccggct cgcgcacggc cgcattcgta
      301 aacatggccc tccgcggagc gaaaaccttc ccccaatacc tcctgaagac gttcgacgtg
      361 gaagagttcg agcacgatgt cctgctcatg caccggctga aaggcctgcg catctcggta
      421 gcctcgctct tagaaaagct cgacgacacc atctacgcct cctcagccga cgccctcagc
      481 gaggccaacg aagcctacgc ctacctcaag agggccgcca agtacgacgg cgcactcaaa
      541 tcgaccgtcg aagagatcgg ccaacggtac gcccgcccct cgcgccggaa aaacaatacg
      601 aacgcggaat aatcgaccat gcccggggcc gccgcattcg cccccgcacc tacgccgtcc
      661 atgattcaac aaattcaaaa cagcttccaa atctttaacg gcgccccccc gaggctccct
      721 cggtaaaggg tctacttttg cgcctcgtat caaaaaagaa agtatacatc ataaataaac
      781 ctctatgaat caaacggtag atattcggga attgaatgag cggatcgaac gccacagcac
      841 gttcgtgacc acgctcacga tgggaatgaa tcaagtgatt gtggggcaga agcaccttat
      901 cgagtcgctg ctcatcgggc tactctccga cggacacatc ctcctcgagg gcgtccctgg
      961 gctggccaaa acgctcgcca tcaagacgct cgcgtcgctg atcgacgcca aatacagccg
     1021 catccagttc acccccgact tgctcccggc cgacgtgatc gggacaatga tttacagcca
     1081 gaagaacgag gaatttcagg tgcgccaagg gcccatcttc gccaacttcg tcctggccga
     1141 cgagatcaac cgcgccccgg ccaaggtgca gagcgcactc ttagaagcca tgcaggagcg
     1201 gcaagtgacg atcggcgaaa cgacctacaa gctgcccgcc cccttcctcg tcatggccac
     1261 ccaaaacccc atcgaacaag aaggcaccta cccgctgccc gaagcgcaag tggaccgatt
     1321 catgctcaag gtcatcatca actacccgaa gaaggaagaa gagaaacaag tcatccggca
     1381 gaacatcaca ggccaaacgc ctgagatccg ccgggtgatg gacacgaagc aaatcatggc
     1441 cgcccgcgac atcgtgcgcg aggtctacat cgacgagaag atcgagcgtt acatcgtgga
     1501 catcgtcttc gccacccgct tcccacagga gtacggcctc gccgacctcc agtccatgat
     1561 cgccttcgcc gcctcgcccc gcgcctccat caacctcgca ctggcctccc gcgcctacgc
     1621 cttcatcaag caacgcggct acgtcatccc cgaagacgtg cgcgccgtct gccacgatgt
     1681 catgcgccac cgcatcgggc tcagctacga ggccgaagcc aacaacctga cgtccgaaga
     1741 gatcgtcagc gagattctca acaaggtaga ggtgccctaa cccccgccgc ccatcatccg
     1801 tatagatcaa tagataagga tggagacgag cgaactctta aagaaagtcc ggcagatcga
     1861 gatcaagaca cgcggactct cgcgcaacat ctttgccggg caataccaca ccgccttcaa
     1921 ggggcgcggc atggccttca gcgaagtccg cgaataccag ttcggcgacg acacgcgcga
     1981 catcgattgg aaagtcaccg cgcgctacgt ccggccctac gtcaaggtct tcgaggaaga
     2041 acgcgagctg accgtcatgc tcctcatcga cgtatcgggc agcaaggact tcggcaccgt
     2101 gtcgcagatg aagcgcgacg tgacgaccga gatcgccgcc acgctggcct tctccgccat
     2161 acagaacaac gacaagatcg gcgtcatctt cttctccgat aagatcgaga agttcatccc
     2221 cccgcaaaag ggccgccgac acatcttata catcatccgc gaactgatcg acttccgccc
     2281 cgatgatcgt cagacggaca tcaaccaagc gctgaagtac ctcaccaacg ccatcaagaa
     2341 gcgctgcaca gccttcctgc tctccgactt catcgaccac ggcaattacc gcgacgcact
     2401 gaccatcgcc aaccgtaagc acgacatcgt agccatccaa gtctacgacc gtcgcgagac
     2461 ggagctgccc agcgtaggcc tgatgaaggt gcgtgacgcc gaaacggggg ccgaacgatg
     2521 gatcgacagc tcctccaagc gagtgcgcga ggcttatcgc acgtggtggg acaaacggca
     2581 ggcggagatg aacgccgcct tccaaaagag tcgtatcgac gccgtctcca tccgtacgga
     2641 agacgattat gtgaaggcac tgctggctct cttcgataaa cgaaactgac ttttcctgat
     2701 aatgaaattg aaagtgataa gcgtccgtat gctcctcctc gccgtgtgcc tcctcgcagg
     2761 gttcaccgcc ggggcgcagc agacgctgat cgacgtgaag gtcgacacgg ccgacatcct
     2821 tatcggccag cagacgacgc tgcacgtgac cgtcacgacc gaccctaacc gacggatcat
     2881 catccccttg cccggcgata cgctgatgac gggcgtagag gtgctctccg tctccgacgc
     2941 tgactcgacg atagctgacg gtcgcttggt catccgtcgc gacatcctcg tcacctcctt
     3001 cgattcgtcg ctctacctgc tcccgccctt cgtcgccatc gacggcgccg acacgatcgc
     3061 gtcgaaccag gtggcgctga aagtctccac tgtgcccgtc gatgtggata acccggagca
     3121 gttctacgac atcaaggacg tttggaagcc gcccttcgtc ttggccgact attacccgtg
     3181 gatcttcggc atcctgaccg cgctgttcat catctgcgtg atcggctacc tcatccagcg
     3241 ctaccgccgc catcggtcgg aggtgcccgt caagccggcc gaaccggagc tcccgcctta
     3301 cgaggcggcc atccgcgagt tggactccat caaggaccgc aagctatggc aacaaggcct
     3361 gaacaaggaa tactatacgc aggtgaccga cacgctccgc cgctacatct cgcgtcgtta
     3421 tggcgtgaat gcgatggaga agacctcgga ggagatcctc gccatcatcg agcgcgagac
     3481 cgacgaacgc tccgtctacg acaccctgcg gcaggtgctc cgcctgtcag actacgtgaa
     3541 gttcgccaag ctacaccccc tgcccgacga aaacgacgag agcatgcgca acgcctacct
     3601 cttcgtcaac caaacgaaac gcaccgaggc gccgcagccc gacgagcccg ccacggaaac
     3661 cgtaactaag gaggataaga aatgacgttt gccaatcccg cctatttgtt tttgttgctc
     3721 ctgctcgtgc cgctgattgc cgcgtatgta tggaaactgc gccgcagcca ggcgagcttg
     3781 gaaatatcgt cgtccgaggc gttcgacgtg aagggcatga cgaccgccaa ggtgcacttg
     3841 cgccatctgc ccttcgtgct gcgcatggtc gccatcgcgc tcgtcatcgt catcctggct
     3901 cgaccgcagt cgacggacag ctggcagaac tcctcgaccg aaggcatcga cattatgatg
     3961 gcgatggaca tctcgggcag tatgctcgca cgtgacctgc gccccgaccg actgacagcg
     4021 gccaagaacg tagccgccac cttcatcaac ggtcggccaa acgacaacat cggcctcgtg
     4081 gtcttctccg gcgagagctt cacccaatgc cccctcacaa ccgaccacgc cgtgctgctg
     4141 aacctcttca aagacatcca gagcggcatg atcgaggacg gcacagctat cggcgtaggg
     4201 ctggctaacg ccgtgagccg catcaaggac agccaagcca agtcgaaggt gatcatcctg
     4261 ctgactgacg gctcgaacaa ccgaggcgag atcgccccag tgacggcagc agagatcgcc
     4321 cgcacgttcg gcatccgcgt ctataccatc ggcgtgggaa cccagggcga agctccctac
     4381 cccttccgac tgcccggcgg cacgatccaa atgcagatgg tgcccgtcga catcgacgag
     4441 ccgacactgc aacagatcgc caccatcacc ggcggccagt acttccgcgc cacggacaac
     4501 tcgagcctca aggccatcta cgccgagatc gataagatgg agaagacgaa gatcagcgtg
     4561 cgcgagttca gtaagaagca agaggaatac acgcgcatcg cgctcgtcgt gcttggattg
     4621 ctgctcatcg aatggctgct gcgcgtcacc atcctcaaga gaatcccgta acccactgct
     4681 atcatgtttc gtttcgcaca ccccatatac ctctacctgc tggccgtgct cccggtgatg
     4741 atcgggggct acgtctacac cctgctcgac cggcggcggg ccgtgcgtcg cttcggcgac
     4801 ccgaagctca tggccgagct catgccggaa gtgtcgcgta agcgcgagca cctgaagttc
     4861 tggctcttct tcgccgccgt agccctgatg atcttcgtca tcgctgggcc acagttcggt
     4921 tccaaactcg agacggtgaa gaagcgcggc gtggagatca tgatctgcct cgacgtctcc
     4981 aactcgatga tggccgagga catccagccc aaccgcctcg agaaggccaa gcagatgctc
     5041 tcccgcatga cggagagctt cacgaacgac aaggtggggc tgatcgtctt cgccggcgac
     5101 gccttcacgc agttgcccat cacgtcggac tatatctccg ccaagatgtt cctctcctcc
     5161 atcagcccct cgatggtctc cacgcaaggc acggccatcg gcgcggccat caacttagcc
     5221 ctgcgctcct tcacgccgaa cgaccaggca ggcaaaacca tcttcctcat caccgacggc
     5281 gagaaccatg aggacgacgc cgtgaaggct gccaaagccg ccgccgatcg gggcattagc
     5341 gtcaacatcg tcggcattgg gcaacctgat ggtgcgccca tcctcgtcga cggagggaaa
     5401 gattacctga aggacaacga gggcaacgtg gtcatcaccc ggctcaacga acaaatgtgt
     5461 caggagatcg ccgccgccgg caaaggcatc tatgtccgcg ccgacaacac caactcggcc
     5521 ctgcgcacac tgcaaaaaga gatagacaag atggagaagg ccgagcagga gagccaagtc
     5581 tattccgaat acgacgagca attccaaagc ctcgcgtgga tcgtgctcct gctgctcatc
     5641 gcggagtatg tcatcatgga tcgcaggaac cgagtcttcc gccgcgtcaa gctgttttcg
     5701 agataaaacc gatgcgacac cttgtacgct actgtacaca caccttgtac gctactgtac
     5761 acacaccttg tacgctactg tacaatcacc ttgtacgcta ctgtacaagc gccttgtacg
     5821 ctaccgttgc gtcacccaca acgctactgt tgcgtcaccc acaacgctac cgttgcgtca
     5881 cccacaacgc tactgttgcg tcacccacaa cgctactgtt gcgtcaccca caacgctacc
     5941 gttgcatcac ttacaacgct accgttgcgt cacccacaac gctactgttg cgtcacccac
     6001 aataaatgaa taagagtatg aagagaagaa cgctatatat aataggtata gggatggcga
     6061 ctctgctact ggccgtcggc agcgcatcgg cgcagaaggc cgagcggtcg aacatccgcc
     6121 gcggcaaccg attttatcgc aacgagaaat acaccgagtc cgagatcgcc tatcggaaga
     6181 gcatcgaggt caacccgcgt tccgtggagg cggcgtataa cctcggcaat gcgctgtata
     6241 aacagaagaa ataccccgag gcggccgagc aatacatgca gatcgtgggg cggcgcgagc
     6301 agttgctggc cgataaccca gccaatggca agcgactggc agaggtctat cacaacctcg
     6361 gcaacataca gatgcaaggc aaggattacg ccaagagcgt ggaggcctac aagcagtcgc
     6421 tgcgcctgaa cccgaaggac gacgagacgc gttacaactt agcgctggcg caaaagctgc
     6481 tacacaatca gcagcaaaac caacagaacc agcagcagaa ccagcaacaa cagcaacagc
     6541 aagagcagca acaacagcag cagcaaaacg aagacaagcg cgaaaacaag acgcagcaag
     6601 agaaacagca gaacgaacag atgagtcagg acaacgcgca gcagatactc gacgccttcc
     6661 tgcaagacga acgcgacacg caggagaagg tgaagaaggc gcagcagcaa caacagaaac
     6721 gacgtaaaac agataagcaa tggtaaaagc aacgaagcaa gtgatcctac tcctcgccct
     6781 ctggttcacg gccggggcga tgcacctcat gaaggccgac ggagtgacat tccgggcctc
     6841 ggcacccagc gccgtcgtca tggggcagca attccaactc acctacacag tcaacaccga
     6901 aggcgccaca tcgctccgca cgcccgacct ctccgccttc gaggtgctga tgggtcccag
     6961 ctcgtccgtc agccgcagca tgcagatcat caacggacag acgtcaagct cttactccca
     7021 gacgttcacc tacgtgctga tgccgaagaa ggaaggcacc ttcaacatcg ggccgggcag
     7081 catcaagatc aagaacgcca actacagctc caactcgctc gtcgttaagg tgcttccgcc
     7141 cgacaaggca ggcagtgcct ccggtggcgg acgcagcaac ggcggatcag gcagcggagg
     7201 cgcctcgcaa ggttcaacga gcgtcggcac caacgagctc ttcgtacgca tgaacgtgtc
     7261 caaccgcagc atctacgagc aggagggctt cctcgtcacc ttcaagatct actccctcta
     7321 cgacgtcgac ctcgacgaca tcaagttccc cgagttcgaa ggcttcctcg ctcaggacat
     7381 cgatctgaac ccccagtgga cactcgagaa ctacaacggc cgtaactatc gcaccgccgt
     7441 cttcaagcaa accatcctct acccccagcg gtcgggcaag atcaccatcg gagccggccg
     7501 cttcaatgcc atcgcgcacg tccgcgtcaa gcgctccggc agcctcttcg acgagctcat
     7561 gggcggcggc tatcaagaca tccgcaaggt gctcaccaca gcgcccgtca ccgtcgacgt
     7621 caagccactg ccctcgggca agcccgaatc gttcaacggc gccgtgggtg gctatacgat
     7681 gaaggccacc atcaactcca accaagccaa gacaaacgaa gccgtgacca tcaccgtcac
     7741 gctcacaggc aacggcaaca tcaagctggc caagaacccc accgtcacct tcccgaacga
     7801 cttcgaggtc tatgacccga aggtggagac gaacatccgc accaccacgt cgggatcgag
     7861 cggcacgaag acgatcgagt atatagccgt cccgcgttac gctggcgact tcgagatccc
     7921 cgccatccgc ttctcctact tcgacccccg cagcggatcg tacaagacgc tcacctcaga
     7981 gcccttcaag ctgcacgtcg agaaaggccc cgaaggcgcc gcctcgcccg ccgtctccaa
     8041 ctacggctcg caggagagcg tcaagtacct cagcaaagac atccgctaca tcaagacctc
     8101 acacccgcat ttcgtcaatg cccgcggcga gatcttcttc ggctccttca cctacgtgct
     8161 ggcctacgtg ctgatcgccc tcctcttcgc cgtcttcttc gtcatctacc gcaagcagat
     8221 gaaggagaac gccgacctcg cctttgtccg caccaaacgc gccaacaagg tggcgctgcg
     8281 tcgcctcaag acggcagaga agctgatgaa ggcaggtagc cgtgaagcct tctacgacga
     8341 gatctcccgc acgctctggg gctacctcag cgataagctc aacatcccac aggccgacct
     8401 gacgcgtgag aacgtaggca acgaactggc ctctttcggc gcagacgaga cattggccaa
     8461 agacctgatg cagatactcg acacgtgcga gtttgcccgc tacgccccat cgcaagcctc
     8521 cgacgccctc gacaccctct atcgacagac cgccgatgcc atcggacgga tggaaaacat
     8581 catcaaacac tgaaccgaca tgacccttat caagcaaacg accctcaccc ttttggcgtt
     8641 cctcctcacc gccgtcagtc tgcacgccgc cgaccgcgac ggcgagctcc gcgccgccga
     8701 aaaggcctac gccgacggta actatcccgc tgccgccgag caatacgaag ccctgatcaa
     8761 gaactatggc gagtcggccg aggtctacta taacctcggc aacgcctact acaagctcgg
     8821 gcgcatcgcc cccgccatac tcaactacga gcgcgccctc tccatgtcgc ctaacgacgg
     8881 cgacacgcgc ttcaacctcg agatggcccg cctccgcacc gaagaccgca tcgagccagc
     8941 cgatggcttc ttcggtcgct ccttcgccag cgtccgcaac ctcctcagcg ttgacgcgtg
     9001 ggcagccaca gccctactct gcttcgtgct cttcgccggc tgcctcgtcc ttttcttctt
     9061 ctccaaatgg atgcgcctgc gcaagaccgg gttctacctc ggactccttc tcctcttcat
     9121 caccatcatg gccaacgtct ttgcctggag cgagcgacag gatctgatcg tgcgcaacgc
     9181 ggcaatcgtc ttcgccccca ccgtcaccgt caagagctcg cccgaccgca gcggcaccga
     9241 cctcttcatc ctgcacgaag gcaccaaggt gacaatcaag aacaccctcg gcgactggct
     9301 cgagatacgc ctcggtgatg gtaaggaggg ctggatcccc cgcaaagact tggaacgcat
     9361 ctaacgctcc ccgccgccat gctcgaacag atcctcgtct acgaacgcga cgccttcctc
     9421 tggctcaaca gcctgcacac gccctactta gaccgcttca tgtggatcta ctccggcaat
     9481 cccgcgtgga tcccgctggc cgtcttcatc ctcttcgccc tctgctaccg gcggccatgg
     9541 cgcgagtcgg tcttgctcat cctggcctta acgctggcca tcaccctctg cgaccagttt
     9601 gcctccggct tctgcaaacc cttcttcgcc cgctttcggc ccacgcgtca cccggacttt
     9661 atgcacgtgg tgcagaccgt catcagcccc cgcaccggcc aaccttacct cagtggccgt
     9721 tacggcttca tgtcgagcca cgcggccaac acgttcggtt tcgcgctgtt cacctcgctg
     9781 ctctttcgcc accgcgtcta caccgtctgc ctcttcctct gggccgccgc catgtcctac
     9841 acgcgtatct acctcggcgt ccacttcctt tcggacatca tccccggcgc cctcttcggc
     9901 ctcctcttcg cgtggctcac cttccggctc tatgtccgta tccgcccgcg cttcatcccc
     9961 gacacacccc tcctgcccta ccccgccatc gtgccgcgca ccatcctctg cggcatgctc
    10021 ctcacccacg cagccatcac gctcatcgcc gcgtggtggg tgtgctaaag catttagccc
    10081 agagcctaaa atatag
//
LOCUS       SEQF3106|MIQD01000072.1 9851 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9851
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(292..1554)
                     /locus_tag="SEQF3106_01645"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKQMMIAGLTLLSALIGACAMKREKQQREADEAFPTPAEPIEL
                     KHAEKVATDNAFTFDLLRAVRQHAKGANIFISPLSVSMALNMTLNGAAGATADEMRAA
                     LHEAGYSQEDINACTHELREALMKVDPKTTISIANSIWHRKGETLRAPFLEANRTYYG
                     AEVRPLDFASPQAPKQINDWCAQQTNGKIPQIVNQIPADAFLYLINAVYFKGGWAKSF
                     DKEDTQQAKFHKADGSTQDVHMMFRESDYGYGANEIFRYIELKYGNGAFGMVIMLPEA
                     GKTTDDVVAALNDERWKKMQPMNEEKVQLYLPRFRTECQYDLAESVLPTMGMKAAFTP
                     EADFSGISNKPLRISGVIHKTFVEVNENGTEAAAATSVEMVMMSMPIEEKEPILFRVD
                     HPFVFAIRERSTGAILFIGEIGEVKDEK"
     CDS             1936..2379
                     /gene="dut"
                     /locus_tag="SEQF3106_01646"
                     /EC_number="3.6.1.23"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2YRG4"
                     /codon_start=1
                     /transl_table=11
                     /product="Deoxyuridine 5'-triphosphate
                     nucleotidohydrolase"
                     /translation="MTTKMKVKIVNQSHHPLPDYATRFAAGLDVRASLEAPVTLGPLE
                     RRLIPTGLYIALPEGYEAQMRPRSGLALRHGITMLNSPGTIDADYRGELQIVLVNLSD
                     TPFTVRDGERIGQIVVARVEHVEWQPVSALDETERGTGGFGHTGI"
     CDS             2410..4164
                     /gene="bepA_4"
                     /locus_tag="SEQF3106_01647"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00997"
                     /codon_start=1
                     /transl_table=11
                     /product="Beta-barrel assembly-enhancing protease"
                     /translation="MRPYIYSACLRRAACLAVLCMAILAQGMKADDWAMKQRKVDYFF
                     FEGLNMKQAGQYDAAYELFMHCVAIDSTASAPNYQLATLSMLLKQPERALTYLRRAVK
                     SDPKNFTYKLSLASLLLRSEMYGEAAELYRELVRENPSKPELNYYLAEALTQTGEMGE
                     AIDRFNELENSVGITEAITMQKYKLYMQMEEKDKAYDELQRLADSNPDDARYPIMIGD
                     LLLEDGDTAGALSSYQAAHEIDPTSPYYPVSMANYYEAVGDREAAENQIRTALVDREL
                     DVDTKMRILARYLQQLEQTPEAMATADTLFRTLQEQHPDEPSLKVYYAGLLMAEKKME
                     EARFQYQLVTEMEPDNEVAWQQLLTIALQTDNTDEAMRICLKCRERFPDSPVYYFYLG
                     VLYYQQEAYEKAIDAYREGLKKIPEEGITLRSDFYGQIGDILFHIGKQDEAFKAYDEA
                     LSYNCDNWAVLNNYSYYLTLVKGGDLDKAEQMSARCIKQEPNNPTYLDTYAWVFFRKE
                     NYSLALLYIQNAIGKDTTNSAELLDHYGDILFKNGDKEKALEQWMKAREAGKKSKTLD
                     EKIKNKAYIDEEYHPGME"
     CDS             4136..4999
                     /locus_tag="SEQF3106_01648"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNTIRAWSSNKAPAALAALLLFMLTGCHTTRTAVRPNAQPAPA
                     SEAEYLREVRRQARPGYRTLAASLEVTINPKTKDEMSSRARLKVIRGQRLQISITPLV
                     GIEMFRIEVSRDSLKVIDRLGRRYLAEPIEKITKEIPTYYKRTCPYDFRYEHLEALLT
                     NRLFMPDGSAFDLDRFDNRKRPFGYRLFTTKDAAGVSYDFSTDNHVRLIDTEIICPFV
                     ELHWSYSRFRTIGGRPFPMDMEAEVDEHKKLSIEFNNVDIDAPVEMSFPIPNKYQRIV
                     PKQLWLLFDSF"
     CDS             4975..6231
                     /gene="envC"
                     /locus_tag="SEQF3106_01649"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37690"
                     /codon_start=1
                     /transl_table=11
                     /product="Murein hydrolase activator EnvC"
                     /translation="MATLRLILKQAARCLAIVAVMLCFMGSLTGQKQSTRRLKKKRRT
                     IDTEMKATRRKLDKTTRTARLSAERLRQLSQQVAERQQMIDGLNHDLTAIDSRIAAAN
                     AELKQLEANLSERKQRYATIVCNLREHCSPQNKWLFLLSADNFARFARRLRYLHEYAS
                     WQKCQALAIIDQQSEIDEKRAALAAARSEKSDLLEVRAAEFRRLRNAEAEQRTGVRQL
                     EGRKADLTRELARQQQQAAALDRRIEGLASATYIAARPKASGRKTKPSRRPEAPITKQ
                     ERKLSDDFAANRGRLPFPLNGRYKVVERFGSHRHKRWAYVRTTNNGIDIRTTKGTDAR
                     AVFQGTVTRVFVLPGYNYNVIIRHGRYLTVYGNLSKVYVKAGDRVTTRQAIGRIYSDS
                     ENSDETVLHFQLWREKRKLNPLSWLG"
     CDS             complement(6579..6914)
                     /locus_tag="SEQF3106_01650"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHLFMDENKTQSDEIQVDLPESVAQGTYANMAIIAHSTSEFVID
                     FIGLVPGVPKAKVKSRIIMTPDNVRSLLHTLDENLRQFDEMMARDGDDDASDTYGGML
                     PPIGKPGEA"
     CDS             7019..8095
                     /locus_tag="SEQF3106_01651"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNSIPMICLLLALATPSAFSQTRVEKKIAMKSNGYGVTYSLPK
                     TSLVVTAEVTKVTCKAGPYFKYAEKLLGAKDAVMSDHVYYELNKVYLQNKGVPDDENT
                     YIVEFKPKTTAPFVYLTSDGLLCAINADYTPTESVVAVAKRSAQAAEKAPAPAVMTEE
                     LLMAGSVTRQAEVAARQIYKLRESRMDILSGEADNMPPDGEAMKIVLQQLNDQEQALT
                     ALFVGEKRRKTTFHEARIVPEGDLDHEVLFRFSEKLGILDADDLGGTPIYLNLKATDR
                     APELDPKEAEKKSKALKGIIYNVPGKANVEIEMAGDKLYRGEVQVVQFGTHEALAPVM
                     FEDKKAPIKVIFYPETGAIKQIIQ"
     CDS             8132..9706
                     /gene="dtpB"
                     /locus_tag="SEQF3106_01652"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P36837"
                     /codon_start=1
                     /transl_table=11
                     /product="Dipeptide and tripeptide permease B"
                     /translation="MFKDHPKGLIPAALSNMGERFGYYIMNAVLVLFLCSKFGLSDES
                     SAIIYSVFYCGIYVLSLVGGIIADRTQNYKAVIRSGLIVMAAGYIILSFPILSTQGNI
                     GWLLPLTCFALLLIAFGNGLFKGNLQAIVGQMYDNFENEAREQGPEAYRRVQGKRDSG
                     FQIFYVFINIGGLIAPFVAPLLREWWLKTHGLIYNAGLPAYCHQYINEGSAMSGDAMK
                     NLLELIGKVGGSVDAGSAESIRAFCENYLDIFNTGIHYSFIASVAAMLISLIIFIVNQ
                     RIFPTPAKKEKQVVEDYTPEERAEMAGEIKRRMYALFAVLGIVIFFWLSFHQNGQSLS
                     LFARDFVQTDNLAPEIWQAVNPFFVITLTPIVMFIFGMLSKRGREISTPRKIAIGMAI
                     AGMAFLFLAVFSFMKGYPSGLEFKALSDSAKSALKAGPWVLIVLYFFLTVAELFISPL
                     GLSFVSKVAPKHLQGLCQGLWLGATAVGNLFLWIGPLMYNKMPIWQCWSVFLTICLIS
                     MFVMLGMLKWLEKIAK"
ORIGIN      
        1 ggagcagatc gaaggtgaag gcgttgtcgc gcgtcacctt ctcggccttc ttcagttcga
       61 cggggatgac tggcgtgatg tgtcgcgtcg tgtcctccgt tatctccgga ttgggcttgg
      121 gatcgggttc attgccgctc gacgtacagc cggcggccag caggagggag aggattcctg
      181 tgtagaagaa tagctttttc ataggtcaat ctgagtgttt gaaatggaac atatcgtgtg
      241 aaaatcatag gggcgaaaaa tctttcgccc ctacatgtac ctggtcattt ttcacttttc
      301 gtctttcact tccccgattt ccccgataaa gaggatggcg ccggtgctcc gttcgcggat
      361 ggcgaagaca aagggatggt cgacgcggaa gaggatcggc tctttctcct caatgggcat
      421 ggacatcatc accatctcca cgctggtggc ggccgcagcc tcggtgccgt tctcgttcac
      481 ctcgacgaac gtcttgtgga tgacgcccga gatgcgcaac ggcttgttgg agatgcccga
      541 gaagtcagcc tcaggcgtga aggcagcctt catccccatc gtgggcagga cgctttcggc
      601 caggtcatac tggcattcgg tgcggaagcg cggcaggtag agttgcacct tctcctcgtt
      661 cattggctgc attttcttcc aacgttcgtc gttgagtgcc gccacgacgt cgtccgtcgt
      721 cttcccagcc tcgggcagca tgatgaccat gccaaatgct ccgttgccgt atttcagctc
      781 gatgtagcgg aagatttcgt tcgcgccata gccgtaatcg ctttcgcgga acatcatgtg
      841 cacgtcttgc gtagagccgt cggccttgtg aaacttggcc tgctgggtgt cttccttgtc
      901 gaacgacttg gcccatccgc ctttgaaata caccgcgttg atgaggtaga ggaaggcgtc
      961 ggcggggatt tggttgacga tctgcgggat cttcccgttc gtctgctggg cgcaccagtc
     1021 gttgatctgc ttcggcgctt ggggcgaggc gaagtcgagc ggtcgcacct cggcgccgta
     1081 gtacgtgcgg ttggcctcga ggaagggtgc gcggagggtc tcgcccttgc ggtgccagat
     1141 ggagttagcg atgctgatcg tcgtcttcgg atccaccttc atcagggctt cgcgtagctc
     1201 atgggtgcag gcgttgatgt cctcctgcga gtagcccgcc tcgtgcagcg ctgcgcgcat
     1261 ctcgtcggcc gtggcaccgg cggcgccgtt caaggtcatg ttcagcgcca tgctgacgct
     1321 aagcggcgag atgaagatgt tggcgccctt cgcatgctgg cgcacggcgc ggagcaggtc
     1381 gaaggtgaag gcgttgtcgg tcgccacctt ctcggcgtgt ttcagttcga tgggctcggc
     1441 cggggtgggg aacgcctcgt ctgcctcgcg ttgttgcttc tctctcttca tggcgcaggc
     1501 gccaatcagg gccgacagca gggtcagccc agcaatcatc atttgtttct tcatttctta
     1561 taagatctta ttgtgttgga tatatctgtt tggctgacgg gtgctccggg ggaaatgctg
     1621 cgaccgggga gcggaaattt ttggtccaca aaaacatttt tggtcgatta tgaggcccaa
     1681 aattgttcac aaaaacattt ttggtcgatt atgaggccca aaatcgttcg cgaaagcatt
     1741 tttggtcgat tatgaggccc aaaatcgttc acgaaagcat ttttgatcga ttatgaggct
     1801 caaaatcgtt cgcgaaagca tttttggtcg attatgaggc ccaaaatcct acctgtcccg
     1861 catcggccca ttgacagccc cgccgtaacc gatccgaaat accccgcatc ggcgccttac
     1921 ctttgccatc aaataatgac aaccaagatg aaagtgaaaa tcgtaaacca atcacaccat
     1981 ccgctgcccg actacgccac gcggtttgcg gcaggcctcg atgtccgtgc ctcactcgag
     2041 gcgcccgtca cgctcggccc cttggagcga cggctcatcc ccacagggct ttacatcgcc
     2101 ctgcccgagg gctacgaggc ccagatgcgc ccgcgcagcg gactggcact ccggcatggc
     2161 atcaccatgc tgaactcgcc cggaacgatc gatgccgatt atcgcggcga actccaaatc
     2221 gtcctcgtga acctctccga cacacccttc accgtccgcg atggcgaacg catcgggcag
     2281 atcgtcgtgg cgcgcgtaga acacgtcgaa tggcagcctg tgagcgccct tgacgagacg
     2341 gagcgcggca ccggcggatt tggacacaca gggatatgaa ccaacaatcg aacggaaacc
     2401 aaacgaccga tgagacctta tatatatagt gcttgcctgc ggcgggcggc gtgtctggct
     2461 gtgctctgca tggccattct tgcgcaaggg atgaaggctg acgactgggc aatgaagcag
     2521 cgcaaggtgg attacttctt cttcgaaggc ctaaacatga agcaggccgg gcagtacgac
     2581 gccgcctacg aactcttcat gcactgcgtg gccatcgact ccaccgcctc ggcgccaaac
     2641 taccagctgg ccaccctctc catgctcctc aagcagccag agcgcgcgct gacctacctg
     2701 cgacgggccg tcaagagcga tccgaaaaac ttcacctaca agctgtcgct ggcctcactc
     2761 ttgctccgat cggaaatgta tggcgaggcc gcagagctct accgcgagtt agtccgcgag
     2821 aaccccagca agcccgagct gaactattat ctcgctgaag cactgacaca gaccggcgaa
     2881 atgggcgaag ccatcgaccg attcaatgaa ctggaaaact ccgtgggcat caccgaggcc
     2941 atcaccatgc agaagtacaa gctatacatg caaatggagg agaaggataa ggcttacgac
     3001 gagctgcaac gcctggccga tagcaacccc gatgacgccc gttacccgat catgatcggc
     3061 gacttgctgc tcgaagatgg cgacacggcc ggagcactct cttcctatca ggcagcgcac
     3121 gagatcgatc ccacctcgcc ctattacccc gtctcgatgg ccaactatta cgaggccgtc
     3181 ggcgaccgag aagcggccga aaaccagatc cgcaccgccc tggtagatcg cgaactggat
     3241 gtggatacga aaatgcggat cctggcgcgc tacctccagc agctggagca gacgcccgaa
     3301 gccatggcga cggccgacac actctttcgc accctgcaag agcaacaccc cgatgagcca
     3361 tcgctcaagg tctactatgc ggggctgctg atggcggaga agaagatgga agaggcacgc
     3421 ttccaatatc aattagtcac agagatggaa ccagacaacg aagtggcctg gcaacagctg
     3481 ctcaccatcg ccttgcagac cgacaacacc gacgaggcca tgcgcatctg cctgaagtgc
     3541 cgcgagcgat tccccgattc gcccgtctat tacttctacc tcggagtcct ctattaccaa
     3601 caggaggcct acgaaaaagc catcgacgcc tatcgcgaag gcctcaagaa gatccccgag
     3661 gagggcatca ccctgcggtc agacttctac gggcagatcg gcgacatcct tttccatata
     3721 ggcaagcaag acgaggcatt taaggcttac gacgaggcct tgagttacaa ctgcgacaac
     3781 tgggccgtgc tcaacaatta cagctactac ctgaccctcg tcaagggtgg cgacctcgac
     3841 aaagccgagc agatgagcgc ccgatgcatc aagcaggagc ccaacaaccc cacctacctc
     3901 gacacctatg cctgggtctt cttcagaaaa gaaaactact cgctggcgct gctctacatc
     3961 caaaacgcca tcggaaaaga cacgaccaac agcgccgaac tgctggatca ttacggcgac
     4021 atcctcttca aaaacggcga taaagagaag gcccttgagc aatggatgaa ggcgcgcgag
     4081 gccgggaaga agtcgaaaac tttagacgag aaaatcaaga acaaagccta catcgatgaa
     4141 gaataccatc cgggcatgga gtagcaataa agcccctgcg gcgctcgccg ccctactatt
     4201 atttatgctc acgggctgcc acacgacgcg cacggccgtc cgccccaacg cgcaacctgc
     4261 acccgcgtcg gaggccgaat acctccgcga ggtgcgacgg caagcccgcc ccggttaccg
     4321 tacgctcgcg gcctcgcttg aggtgacgat caatcccaaa acgaaagacg agatgagttc
     4381 gcgcgcccgc ctgaaggtca tccgaggcca gcgcctgcaa atctccatca cgccgctggt
     4441 cggcattgag atgtttcgca tcgaggtcag ccgcgacagc ctgaaggtca tcgaccggct
     4501 cgggaggcgc tacctcgccg aacccattga gaaaatcacg aaggagattc cgacctatta
     4561 caagcggacc tgcccctacg acttccgcta cgagcacctc gaggccctcc tcaccaaccg
     4621 cctcttcatg cccgacggca gcgccttcga cctcgatcgc ttcgacaatc ggaagcgccc
     4681 cttcggctat cggctcttca ccaccaagga cgccgcgggc gtgtcgtacg acttctctac
     4741 cgacaaccac gtgcgcctca tcgacacgga aatcatctgc cccttcgttg agctgcattg
     4801 gagctacagc cgcttccgca ccatcggcgg ccgccccttc cccatggaca tggaagcgga
     4861 ggtggacgaa cacaagaaac tctcgatcga attcaacaac gtagatatag acgcgcccgt
     4921 ggaaatgagc ttccccatcc ccaataaata ccaacgcatt gtacccaaac agctatggct
     4981 actcttcgac tcattctaaa gcaagcggcg cgatgcctcg ccatcgtagc cgtcatgcta
     5041 tgcttcatgg gctcactcac cgggcaaaag cagtccaccc gacgcctgaa aaagaagcgt
     5101 cgaacaatcg acaccgagat gaaagccacc cgccgcaagc tggacaagac gacccgcacg
     5161 gcgcgcctct cagctgaacg cctcaggcag ctctcgcagc aagtcgcaga gcgccaacag
     5221 atgatcgacg gcctcaacca cgacctcacc gccatcgaca gccgcatcgc cgccgccaat
     5281 gccgagctga agcaattgga ggcaaacctc agcgagcgca aacagcgcta cgccaccatc
     5341 gtgtgcaacc tgcgcgagca ctgctcgccg cagaacaaat ggctcttcct cctctcggcc
     5401 gacaacttcg cccgctttgc ccggcgcctg cgttacctac acgaatacgc ctcgtggcag
     5461 aaatgccagg ccctggccat catcgatcag caaagcgaaa tcgacgagaa acgcgccgcc
     5521 ctcgccgccg cccgtagcga aaagtcagac ctgctcgagg tgcgcgcagc cgagttccgc
     5581 aggctgcgga atgccgaagc cgagcagcgc accggcgtcc gtcagttaga aggccgcaaa
     5641 gccgacctca cccgcgagct cgcccgccag caacagcaag ccgccgccct cgatcggcgc
     5701 atcgaagggc tcgcctcagc cacatacatc gccgcgcgcc ccaaagcatc cggcagaaaa
     5761 acaaagccca gccgacgccc agaagccccc atcacgaagc aagagcgcaa gctctccgac
     5821 gacttcgccg ccaaccgcgg ccgcctgccc ttccccctca acggccgcta caaagtcgtc
     5881 gagcgcttcg gcagccaccg ccacaagcgc tgggcctacg tccgcaccac gaacaacggc
     5941 atcgacatcc gcaccacgaa aggcaccgac gcccgggccg tcttccaagg caccgtcacg
     6001 cgcgtcttcg tcctgccagg ctacaactac aacgtcatca tccgccacgg ccgctacctc
     6061 accgtctacg gcaacctcag caaagtctac gtcaaagccg gcgaccgcgt caccacccgc
     6121 caggccatcg gccgcatcta ctccgactcc gaaaacagcg acgagaccgt gctccacttc
     6181 cagctctggc gcgaaaaacg caagctcaac cccctctctt ggctcggtta accacacgag
     6241 acagaaggcg ccgactgaac tcaacatcaa tcggcgcctt ctgttttcgg gggggcttac
     6301 ccagctcgga cgtcacattt catgcgacac gaaacggcat cgacggttgg aaatgtcgcg
     6361 tcatgcgaca caaaacggca tcgacggcag gaaatgccat ttcgtgcgac acgaaacggc
     6421 atcgacgaca ggaaatccca ttttatgcga cacgaaacgg catcgacggc aggaaatgcc
     6481 gttttatgcg acacgaaacg acatcgacgg ctggaaatgc catttcgtgc gacatgatgc
     6541 aacttctacg atcgtccacg ccatgccgca cgatgtcctc acgcctcccc aggcttcccg
     6601 atcggaggga gcatgccgcc gtaagtatcc gaggcatcgt cgtcgccatc acgcgccatc
     6661 atctcatcaa actggcggag gttctcgtcc aacgtgtgga gcaggctgcg cacattatca
     6721 ggcgtcatga tgatgcggct cttcaccttc gccttcggca caccaggcac aaggccaatg
     6781 aagtcgatga caaactcaga cgtcgagtgc gcaatgatcg ccatgttggc ataagtaccc
     6841 tgcgcaacgg attcgggcag gtctacttga atctcatcag attgtgtctt attctcatcc
     6901 ataaacaaat gcatttagaa ttacaggcgc caaatgtaga gaaaggcaga agcgttatgc
     6961 agggtaaaaa atagacatag atttgcccac actttttaca ataataaata gagacggaat
     7021 gaaaaacagt atccccatga tctgcctctt gctcgccctc gccaccccat cagccttttc
     7081 gcaaacacgg gtggagaaga aaatagcgat gaagagcaac ggttacggcg tcacctattc
     7141 cctccccaaa acctccctcg tcgtgacagc cgaagtaacc aaagtaacct gcaaagcagg
     7201 gccctatttc aagtatgccg aaaagctctt gggcgccaaa gacgccgtca tgtccgacca
     7261 tgtctattac gaactcaaca aggtctacct gcaaaacaaa ggcgtgccag acgatgaaaa
     7321 cacctatatc gtagagttca aacccaaaac caccgccccc ttcgtctacc tcaccagtga
     7381 cggcctgctc tgcgccatca atgccgacta cacccccacg gaatccgtcg tcgccgtagc
     7441 caaacgcagc gcccaagccg ccgaaaaagc acccgcaccc gccgtcatga cagaagagct
     7501 gctcatggcc ggctccgtca cacggcaagc cgaggtagcc gcccgacaga tctacaaact
     7561 ccgcgaaagc cgcatggaca tcctctccgg cgaagccgac aacatgccgc ccgacggcga
     7621 agccatgaag atcgtcctcc aacaactgaa cgaccaagag caagccctga cagccctctt
     7681 cgtcggagag aaacgccgca aaaccacctt ccacgaggcc cgcatcgtcc cagagggcga
     7741 cctcgaccac gaagtcctct tccgcttctc cgaaaagctc ggcatcctcg atgccgacga
     7801 cctcggcggc acccccatct acctcaacct gaaagccacc gaccgcgccc ccgaactcga
     7861 cccgaaagag gccgagaaga agagcaaagc cctcaaaggc atcatataca acgtgcccgg
     7921 caaagccaac gtcgagatcg aaatggccgg cgacaagctc taccgcggcg aagtgcaagt
     7981 agtgcagttc ggcacccacg aagccctcgc ccccgtcatg tttgaagaca agaaagcccc
     8041 catcaaagtc atcttctacc ccgagacggg cgccatcaag cagatcattc aataaaccct
     8101 caataaccac tgacaaaaac ccctaatact tatgttcaaa gatcatccca agggactcat
     8161 ccctgccgcc ctctcaaaca tgggcgagcg cttcggatac tacatcatga atgccgtact
     8221 ggtgctcttc ctctgctcca agttcggcct gagcgacgag tcgagcgcca tcatctactc
     8281 cgtcttctat tgcggcatct acgtcctcag cctcgtcgga ggcatcatcg ccgaccgcac
     8341 ccaaaactac aaagccgtca tccgctccgg cctcatcgtc atggccgctg gctacatcat
     8401 cctctccttc cccatcctct ctacacaggg caacatcgga tggctcctgc ccctcacctg
     8461 cttcgccctc ctgctcatcg ccttcgggaa cggcctcttc aagggcaacc tgcaagccat
     8521 cgtcggccag atgtatgaca actttgagaa cgaagctcgc gagcaaggcc ccgaagccta
     8581 ccgccgcgtg caaggcaagc gcgactcagg cttccagatc ttctacgtct tcatcaacat
     8641 cggcggcctc atcgcaccct tcgtagcccc gttgctccgc gaatggtggc tcaagaccca
     8701 cggcctgatc tacaacgccg gcctgcccgc ctattgccac caatacatca acgaaggctc
     8761 cgcaatgagt ggtgacgcga tgaaaaacct gcttgagctg atcggcaaag tcggcggctc
     8821 agtcgacgcc ggatcagccg aatccatccg cgccttctgc gagaactacc tcgacatctt
     8881 caacaccggc atccactact ccttcatcgc ttcagtggcc gccatgctca tctcgctcat
     8941 cattttcatc gttaaccaac ggatcttccc caccccggcc aagaaagaaa agcaagtggt
     9001 ggaggattac accccggaag agcgggccga gatggcaggc gagatcaagc gccgcatgta
     9061 cgccctcttt gccgtccttg gcatcgtgat tttcttctgg ctttcgttcc accaaaacgg
     9121 ccaatcgctc tcgctcttcg cccgcgactt tgtccagacc gacaacctcg cccccgagat
     9181 ctggcaggcc gtcaacccct tcttcgtcat caccctcacc ccgatcgtca tgttcatctt
     9241 tggcatgctc agcaagcgcg gccgcgagat ttccaccccg cgcaagattg ccatcggcat
     9301 ggccatcgcc ggcatggcct tcctcttctt agccgtcttc tccttcatga agggctatcc
     9361 ctccggcctt gaattcaaag cgctatccga tagcgccaag tcagcgctga aggccggtcc
     9421 gtgggtgctc atcgtgcttt acttcttcct caccgtggcc gagctattca tctcgccgct
     9481 ggggctttcg ttcgtctcga aggtcgcccc gaaacacctg caaggtctct gccaaggtct
     9541 ctggttaggc gccacggctg tgggcaacct cttcctttgg attggcccgt tgatgtataa
     9601 caaaatgccg atctggcagt gctggagcgt cttcctgacc atctgcctca tctccatgtt
     9661 cgtcatgttg ggcatgctga agtggctcga gaagatcgcc aaatgacgta agtagcataa
     9721 acgctgaaaa cagcgagaga gagcgtgcgg gagttgaaat cctcctctgc acgctctctt
     9781 tttttgtctc ccctcagcgc ctgatagcgt ggacaaaaag tccaagcctc cgggatcact
     9841 gatcttcggc t
//
LOCUS       SEQF3106|MIQD01000073.1 9411 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9411
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     tRNA            complement(76..163)
                     /locus_tag="SEQF3106_01653"
                     /product="tRNA-Ser"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ser(gct)"
     CDS             complement(247..834)
                     /locus_tag="SEQF3106_01654"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQRIREVHPLPLFAPEGARLLMLGSFPPPRERWRMDFFYPNFQ
                     NDMWRIFGLVFFGDKAHFLTNDGRAFREAELRHFLTERGIAIWDTAMEISRLRGNASD
                     KFLEVLRPIDLRGTLALLPACTSLAVTGQKALDTLLTLVTASSSPKTGEWVEARFDDR
                     LLRLYRMPSSSRAYPLSVEKKAEKYARMFEGIGLK"
     CDS             complement(837..2009)
                     /gene="putB"
                     /locus_tag="SEQF3106_01655"
                     /EC_number="1.5.5.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P94390"
                     /codon_start=1
                     /transl_table=11
                     /product="Proline dehydrogenase 2"
                     /translation="MLDFNDTQIAFEAKSDSELRNARLLFGTIKHPGLVKLAKYGSNI
                     ALGIHFPLGWIVKPTLYKQFVGGETIAGCAPTVAGLRRFGVKSTLDFSAESEQTPAGI
                     EATMKETLRSVDNAKGNPDIAYAVFKPSTITTDALLAKASEHPDQLTAEEKKAHEAYH
                     QRFLTLCQRAYDNDVRILVDAEDYCFQDSIDAMTDEAMRLFNKRRAIVFATLQMYRHD
                     RMPYLRRILDDAKEKGYTAGIKFVRGAYMEDERARAAAMGYPDPICKNKQATDDNYNQ
                     GVEFVIENLDHFELFMGTHNEESNYRLAKLIEKKGLRHDDPRIFFAQLLGMSDNISFN
                     LAHAGYNVTKYVPYAKVRDVIPYLIRRAEENTSVAGQTTRELNMLSLEIERRKKAK"
     CDS             2497..4251
                     /gene="aspS"
                     /locus_tag="SEQF3106_01656"
                     /EC_number="6.1.1.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P67015"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate--tRNA ligase"
                     /translation="MYRTNTCGELRLTDEGRTTTLAGWVQRTRKMGGMTFVDLRDRYG
                     ITQLVFNEASDAALCDQANHLGREFVIRATGTVRERSNKNPNLATGEIELIVDELEVL
                     NPALTPPFTIEDETDGGDDLRMKFRYLDLRRQAVRKNLELRHRMALEVRRYLNDRHFL
                     EVETPVLVNSTPEGARDFVVPSRMNPGQFYALPQSPQTLKQLLMVSGFDRYFQIVKCF
                     RDEDLRADRQPEFTQIDCEMSFVEQDDVITLFEGMVRHLFRTVLGLEFSTEAFPRMTW
                     HDAMKQYGSDKPDLRFGMRFVELTDLMRGHGFGVFDRADYIAGIRAEGAATYTRKQLD
                     ELTRFVERPQIGAKGLIYARVEPDGHVKSSIDKFYTQEQLQAMKAAFGAEPGDLMLIL
                     CGEADKTRKQLCELRLEMGNRLGLRDKSHFECLWVVDFPLLEWSEEDQRFYAVHHPFT
                     SPKPEDIPLLETNPGAVRANAYDMVINGVEVGGGSIRIHDSHLQDKMFGILGFTEERA
                     QEQFGFLMNAFKYGAPPHGGIAYGLDRLVSLFAGLDSIRDCIAFPKNNAGRDVMLDAP
                     TPLEPAQLEELHINVKPE"
     CDS             4248..5357
                     /locus_tag="SEQF3106_01657"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P67272"
                     /codon_start=1
                     /transl_table=11
                     /product="GTP cyclohydrolase 1 type 2"
                     /translation="MTPDVLLIRDILREIERIAPPSLQESYDHTGLQVGDVDQSARGA
                     LLCLDVTEAVIDEAIAHDCNLIIAHHPLLFHPLRELTGADYVQRCVAKACRHDLVIYA
                     AHTNLDNAAGGVNDHLSKLLGLRATRILRPLSDSLLKLVTFVPESHADAVRTALADAG
                     AGHIGAYDACSFSTRGEGRFRASEGCRPYVGTVGALHLEPEVRVETILPNHLRGAVVR
                     ALLAAHPYEEPAFDLYPLRNAWPQAGSGVVGELAEPMNEHDFLCLLKDTLAVPCVRHT
                     ALQGRPIRRVALCGGSGAFLWRDAVAAGADAFVTGEAKYNDFFDVEDRLLFAVIGHYE
                     SEVPTVDLFHKIISDKHPTFALHNTKTNTNPIKYL"
     CDS             5361..6251
                     /locus_tag="SEQF3106_01658"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTKKQKPAAKEAETLTNEPEMATATPTSEPEAQTTPPAAPEAS
                     ADATAEPKELTVEERLRSLHKLQAIMTEVDKLKTLRGELPLEVRDLEDEIAGLETRIK
                     NYQSGIEETKANILAQKNKISESKELIERYKAQLDSVRNNREFDNLTKEVEFQGLEIE
                     FAEKKIREFNAAVDAKKQKIKQSKEVLEGRKGDLVQKKSELDEITSETRQEEERLRDK
                     AKALEATIEPRLLAAFKRIRKGARNGLAVVGIERDACGGCFNKIPPQRQMDIKLRKKI
                     IVCEYCGRIMIDPKLAEEDA"
     CDS             6673..9009
                     /locus_tag="SEQF3106_01659"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKQVCAVLILLIGVAVAGRAQELTGRVVDEANRPMEYVNVVA
                     YALPDSAFVAGAITDASGAFSLPTNGTATKRVLKVSFVGYETQVVEAQPGIVITLRPE
                     AAALGEVTVTADRIRRSAGGYTANLLGSTVTQGRQTDEILAMLPGVTRREGVLQVLGQ
                     AVGTIYVDGIRLTDTKELAALPADRIRRVQVDYTPGSSEFASTRGAVIRITLRKELDG
                     GYYGYAMAGADVMPKYGFSRDFAYAVYNGRFNRLSLYNVFSYTNHNLISDDENTYSFL
                     RTGSEIRTEGQYRGWTHGLYDRLSLTYDLTPRNTLGTSLYFSTDHATPRNDVATLKPR
                     IHSGWSDTALYRTLTETPYTYRTYQATLRFDRELDDQGSTFNIGADYLRQFTRNRMQT
                     VRTLPALAPDTLSNRSEETTNMLEARTSLNKNFASGLAIHGGLAYRRITVDYDLTNER
                     HLRTLPYAEGQMPAAYVEVQGLIGKRLQYGVGLRVQENRIAYRPDAAANLTVHDDWDA
                     YSSFNLLWMINEARKISATLNYTEAVDDIPYSALTTYREYGDEHSYTTGNPDLVSPKS
                     HTLTAALDLFDHLAFNAIYIYNERPIYYATRVDPALPSVTYTKPMNAKYERLFGLNAE
                     ARFDPLPWWKLRGMVMYTLFGSKSEDFDVHGQQKYYFSLSNTFRFTPHMGASLEGYYE
                     PTYHFTDRIYRTVYEMSGSVYHTFLRDRLALRLNFKLFRHGRVIDTETPDLRFVEANR
                     TRDQYFGLSLSYSFSGGRSVNVKQTEEIQSYEKIRDKR"
ORIGIN      
        1 gccataactc attcaagtta tggcacttac gtttttccta aagggtctct gaatgactgt
       61 ttcagagcac ctcaagcgga aggaggggga ttcgaacccc cggtacggta tcccgtacga
      121 cagtttagca aactgttggt ttcagccact cacccatcct tcctttttcg ctttagcact
      181 gtgtgttgtg gcgtgtttca aaaagacggg ggcaaagata gacccgtttc ccaatcgcgc
      241 aaatcttcat tttagaccga ttccctcaaa cattcgggcg tatttctcgg ctttcttctc
      301 caccgaaagc ggataggcgc gcgatgagga gggcatgcga tagaggcgca gcaaacgatc
      361 atcgaaacga gcctctaccc actcgcccgt ctttggagat gacgacgccg tgacgagcgt
      421 cagcagcgtg tcgagcgcct tttgacctgt tacagcgagg gacgtgcagg cggggagcag
      481 ggcaagtgtc ccacgcagat cgatcgggcg gagtacctca aggaacttgt ctgaggcatt
      541 accccggagg cgactgatct ccatcgccgt gtcccagatg gcgatgccgc gctcggtgag
      601 gaaatggcgg agttcggcct cgcgaaaggc gcgcccatcg ttggtcaaga agtgggcttt
      661 atcgccgaag aagaccagcc cgaagatgcg ccacatgtcg ttctggaagt tggggtaaaa
      721 gaagtccatc cgccaacgct cccgcggcgg agggaagctg cccagcatca gcagccgtgc
      781 gccctccgga gcgaaaagcg gtaggggatg gacttcccgg atgcgctgct ccatgtttat
      841 ttggccttct tgcgacgctc gatttcgagg ctgagcatgt tcagctcgcg ggtggtctgc
      901 ccggccacgg aggtgttctc ttcggcgcgg cggatgaggt aggggatcac gtcgcgcacc
      961 ttggcgtaag gcacatactt ggtcacattg tagcctgcgt gggcgaggtt gaaggagatg
     1021 ttgtcgctca tgccgaggag ttgggcgaag aagatgcgcg ggtcgtcgtg gcggaggcct
     1081 ttcttctcga tcagcttggc gaggcggtag ttgctctcct cgttgtgtgt gcccatgaag
     1141 agctcgaagt ggtcgaggtt ttcgatgacg aactccacgc cttggttgta gttgtcgtcc
     1201 gtggcctgtt tgtttttgca gatcggatcg gggtagccca tggcggcggc acgggcgcgc
     1261 tcgtcctcca tgtaggcacc gcggacgaac ttgatgccgg ctgtgtagcc tttctccttg
     1321 gcgtcgtcga ggatgcggcg gaggtacggc atgcggtcat ggcgatacat ctggagggtg
     1381 gcgaagacga tggcgcggcg cttgttgaag aggcgcatgg cctcgtccgt catggcgtcg
     1441 atggagtctt ggaagcagta atcttcggcg tcgacaagga tgcggacgtc gttgtcgtag
     1501 gcgcgttggc agagggtgag gaagcgttgg tgatacgcct cgtgcgcctt cttctcctcg
     1561 gccgtcagct ggtcggggtg ctcagaggcc ttggcaagga gcgcgtcggt ggtgatggtc
     1621 gacggtttga agacggcgta ggcgatgtcg gggttgcctt tcgcattgtc caccgagcgg
     1681 agcgtctcct tcattgtggc ctcgatgccc gcgggcgtct gttcgctttc ggccgaaaag
     1741 tcgagcgtag acttcacgcc gaagcgcctc agcccggcca ctgtaggggc gcagcctgcg
     1801 atggtttcgc cgcccacaaa ctgcttgtag agcgtcggct tcacgatcca ccccaagggg
     1861 aagtggatgc ccaacgcgat gttgctgcca tacttggcca gcttcactaa cccggggtgt
     1921 ttgatggtac caaacagcag gcgggcgttt ctcaattcac tgtccgactt cgcctcgaag
     1981 gcgatctggg tgtcattaaa gtctaacata atctgtgctt gctaatagat ctaaaaacgc
     2041 tccgaatgta tttcgttttt cataacacaa tcgctctttg gtgatatttt ttattcaaaa
     2101 caggagtgtc tgtttataat ctgttatcgt atcaaaggct ggaatcagcg atttcagggt
     2161 catgcagaaa aacgaaggct gaaatcagcg atttcagtgc tttgtaaaaa aacgaagacc
     2221 tgaaatcagc gatttcagcg ctttgtaaaa aaacaaaggc ctggaatcag tgatttcagc
     2281 gctttgtaaa aaaacaaagg cctggaatca gtgatttcag ggttatgcaa aaaaacaata
     2341 agcccgtatt ccgggcggca aaaggaggat ggtcaagcgg aaatggtctc acgaataaat
     2401 ggggcgcact gggtacgctg gaaaattcgc aatccatgtt tacttgacta tatctttggc
     2461 gccgctaaaa gagatattca ttatacatta tattatatgt acagaacaaa tacttgcggc
     2521 gagctgcgac tgaccgacga ggggcggacc acgaccctgg ccggatgggt gcagcgaacc
     2581 cgaaagatgg gtggcatgac gttcgtcgac ctgcgcgacc gctacggcat cacgcagctg
     2641 gtgtttaacg aggcttccga tgcagcgctc tgcgaccagg ccaaccacct ggggcgcgag
     2701 ttcgtaatcc gcgctacggg cacggtgcgt gagcgatcga acaagaatcc gaacctcgcc
     2761 acgggcgaga tcgagctgat cgtcgatgag ttggaagtgc tcaacccggc gctcacgccg
     2821 ccatttacca tcgaggacga gaccgacggc ggcgatgatc tccgaatgaa gttccgctac
     2881 ttagacctcc gtcggcaggc cgtgcgtaag aatttagagc tgcgccatcg catggcgctc
     2941 gaggtgcgca gatacctgaa cgacaggcac ttcttggagg tagagacgcc cgtactcgtg
     3001 aactccacac cggagggcgc gcgcgacttc gtcgtgccct cgcgcatgaa cccggggcaa
     3061 ttctacgccc tgccacagtc gccgcagacg ctcaagcaac tgctgatggt ctctggcttc
     3121 gaccgctatt tccagatcgt gaaatgcttc cgcgacgaag acctccgcgc cgaccgtcag
     3181 ccggagttca cgcagatcga ctgcgaaatg agcttcgtgg agcaggacga cgtcatcacg
     3241 ctctttgagg gcatggtgcg ccacctcttc cgcaccgtct tggggctgga gttctccacc
     3301 gaggccttcc cgcgcatgac gtggcacgac gccatgaagc agtacggctc cgacaagccc
     3361 gacctgcgct tcggcatgcg tttcgtggag ctcactgacc tgatgcgggg gcacggattc
     3421 ggcgtcttcg atcgtgcgga ctacatcgcc ggcatccggg ctgagggcgc agccacctac
     3481 acacgtaagc agctcgacga actgacccgg tttgtggagc ggccacagat cggagccaag
     3541 gggctcatct acgcccgcgt ggagccggac ggacacgtaa agtcgagcat cgataagttt
     3601 tacacgcaag agcaattgca ggccatgaag gcggcctttg gcgctgagcc gggcgacctg
     3661 atgctgattc tctgtggcga agcagacaag acgcgcaagc aactctgcga gctccgcctc
     3721 gagatgggca accggctcgg gctgcgagat aagtcgcact tcgaatgcct ctgggtggtc
     3781 gacttcccgc tgttggagtg gagcgaagag gaccaacgtt tctacgccgt gcaccacccc
     3841 ttcacctcgc ccaagccgga ggacatcccg ctgctcgaga ccaaccccgg ggccgtccgc
     3901 gccaatgcct acgacatggt gatcaacggc gtcgaagtgg gcggcgggtc gatccgtatc
     3961 cacgacagcc atttgcagga caagatgttc ggcatactcg gcttcaccga agagcgcgcc
     4021 caggagcagt tcggcttcct catgaacgcc ttcaaatacg gcgccccacc ccacggcggc
     4081 atcgcctacg gcctcgaccg cctcgtctcg ctcttcgccg gcctcgactc catccgcgac
     4141 tgcatcgcct tcccgaaaaa caacgcaggc cgcgacgtca tgctcgacgc cccgacaccg
     4201 cttgagcctg cacagctcga ggaacttcac atcaacgtga aacccgaatg acacctgacg
     4261 tgctgctcat ccgagacatc ttgcgcgaga tcgagcgcat tgctccgcca tcacttcagg
     4321 agtcgtacga ccatacaggc cttcaggtgg gcgacgtcga ccagtcggca cgtggcgccc
     4381 tgctctgcct cgacgtcacg gaggccgtga ttgacgaggc catcgcccac gattgcaacc
     4441 tcatcatcgc ccaccatcca ctactcttcc atccgctgcg tgagcttaca ggcgccgatt
     4501 atgtgcaacg ctgcgtcgcg aaggcctgcc gacacgacct cgtgatttat gccgcccaca
     4561 ccaacttaga caacgccgca ggtggcgtca acgatcatct atccaagctg ctcgggctac
     4621 gagccacacg catcctccgt ccgctgtcgg acagcctgct gaagctcgtc accttcgtcc
     4681 cggagtctca cgccgatgct gtgcgcacgg ccttggccga tgctggggcg ggccatatcg
     4741 gagcttacga cgcatgcagc ttcagcaccc ggggcgaagg ccgattccgc gcctcagagg
     4801 gctgccggcc atacgtcggc accgtcggag cgctgcacct cgagcccgaa gtgcgcgtgg
     4861 aaaccatcct gcctaaccat ctgcgtggcg ccgtggtgcg ggccttgctc gcggcgcatc
     4921 cttacgagga gccagcgttt gacctctatc cattacgcaa cgcttggcca caggccggat
     4981 cgggcgtcgt cggagaactg gcggagccga tgaatgagca tgattttctg tgtctattaa
     5041 aggatacgct cgcggtgcct tgtgtgcgtc acacagcgtt gcaggggcgc cccattcggc
     5101 gcgtggccct ctgcggcggc agtggagcgt tcctttggcg cgacgccgtg gcagctggcg
     5161 cagacgcgtt tgtgacgggt gaagcgaagt acaacgactt cttcgatgtg gaagatcgcc
     5221 tgctgtttgc cgtcattgga cactacgaga gcgaagtccc caccgtggat ttgttccaca
     5281 aaatcatctc tgacaaacac cctacttttg cattacataa cacaaagaca aataccaatc
     5341 cgataaaata tttatagcgt atgactacga agaaacagaa gcccgcagcg aaagaggcgg
     5401 aaacgctcac gaacgaaccg gaaatggcca cagcaacccc gacaagcgaa cccgaggcac
     5461 agacgacacc ccccgctgcc cccgaggcga gcgctgatgc caccgcggag cccaaagaac
     5521 tgaccgtgga agagcggctg cgatcgctgc acaagctgca agccatcatg acggaggtgg
     5581 acaaactgaa aaccctgcgc ggggaactgc cattggaggt gcgtgactta gaagacgaga
     5641 tcgccggatt agaaacgcgc atcaagaatt accaaagcgg cattgaggag acgaaggcaa
     5701 acatcctggc tcagaagaat aaaatatccg aatcgaagga actgatcgag cgttacaaag
     5761 cacagctcga cagcgtgcgc aacaaccgcg agttcgacaa cctgacgaag gaagtggagt
     5821 ttcaaggcct cgaaatcgag tttgctgaga agaaaatccg tgagttcaac gccgccgtcg
     5881 acgccaagaa gcagaagatc aagcagagca aagaagtgct cgaggggcgc aagggcgacc
     5941 tcgtgcagaa gaagagcgag ctggacgaaa tcacctccga gacgcgacaa gaggaagaac
     6001 gcctgcgcga caaggccaag gcgctcgagg caaccatcga gccgcgcctg ctggctgcct
     6061 tcaagcgcat ccgcaagggc gctcgcaacg gcttggccgt cgttggcatc gaacgcgacg
     6121 catgcggtgg ctgcttcaac aagatccccc ctcagcggca gatggacatc aagctcagga
     6181 agaagatcat cgtctgcgaa tactgcggcc gcatcatgat cgatccgaag ctggccgaag
     6241 aagacgcata ggggcagatc gacccttagt gagggatcca tatttgatga tgccggatgc
     6301 acggttggag ggttttccct cacgtgtatc cggcattttt ttcggcaata agaaaacagg
     6361 gctttcgttt gaaatcgtaa aaagacgtga gttcgacgta agaaatccac ttccccgcct
     6421 cggggaagac actcttcccg cctcggggaa gacacccttc ccgcctcggg gaagacatcc
     6481 ttcccgcctc ggggaagaca ctcttcccgc ctcggggaag acatccttcc cgcctcgggg
     6541 aagacaccct tcccgcaccg aggaagacac ccttccttgc aggcattgtg caagggagcc
     6601 ccatccctgt atcggcgaat gagtggctta catcgaactc acatcaaaaa gatcaaacca
     6661 accaaacaga ttatgaaagc aaaacaagta tgcgctgtgc tgatcctgtt gatcggtgtg
     6721 gctgtcgcgg gtcgggcgca ggagctgacc ggacgcgtgg tggacgaggc gaaccgtccg
     6781 atggagtatg tcaatgtcgt ggcctatgcg ctgcctgatt cggcgtttgt ggcgggggcg
     6841 atcaccgatg caagcggtgc cttctcgttg cctacgaatg gaaccgccac gaagcgtgtg
     6901 ctgaaggtct ccttcgtcgg ttatgagaca caagtcgtcg aggcacagcc gggcattgtc
     6961 atcaccttgc gacccgaggc ggcggcgctt ggtgaggtga cggtgacggc cgatcgcatc
     7021 cgacgcagcg caggcggata cacggccaac ctgctcggct cgaccgtgac gcaaggccga
     7081 cagacggacg agatactcgc gatgctgccc ggcgtgacgc gtcgcgaggg ggtactgcaa
     7141 gtgcttgggc aggccgtcgg cacgatctac gtggacggca tccggctgac cgacacaaag
     7201 gagctggccg ccctgcccgc cgaccgcatc cgccgtgtgc aggtggatta cacgcccggc
     7261 agcagcgaat ttgcctctac acgcggcgcc gtgattcgca tcacgctccg caaagagctc
     7321 gacggcggat actacggcta cgcgatggcc ggcgccgacg tgatgcccaa gtatggcttc
     7381 tcgcgcgact tcgcctacgc tgtctacaac ggccgattca atcgcctgag cctctacaat
     7441 gtcttctctt ataccaacca caacctcatc tctgacgacg aaaacacgta cagctttctc
     7501 cgtacgggca gcgagatccg caccgaaggg caataccgcg gctggacgca cggcctctac
     7561 gaccgcctca gcctgaccta cgacctcacc ccgcgcaaca cactcggcac ctcgctgtac
     7621 ttctctaccg accatgccac accccgcaac gatgtggcca cactcaaacc ccgcatccac
     7681 tcgggctgga gcgacaccgc gctctaccgt acgcttacag agacgcccta cacctatcgt
     7741 acctatcaag ccaccctccg cttcgatcgt gagttagacg accaaggcag caccttcaac
     7801 atcggcgctg actacctccg ccaattcacc cgcaaccgta tgcagaccgt gcgcaccctc
     7861 cccgcactcg ctccggacac gctttcgaac cgctctgaag agacgacaaa catgcttgag
     7921 gcgcgcacgt cgctcaacaa gaacttcgcc tccggcctcg ccatccacgg tggcctggct
     7981 taccgccgca tcaccgtgga ttacgacctc acgaacgagc gccacctccg caccttgccc
     8041 tacgccgagg gacaaatgcc tgccgcctac gtcgaggtac aaggccttat cggcaaacgt
     8101 ctacagtatg gcgtcgggct gcgcgtgcag gagaaccgca tcgcctaccg ccccgatgct
     8161 gctgccaacc tcaccgtgca cgacgattgg gacgcttact cctccttcaa cctgctgtgg
     8221 atgatcaacg aggcgcgcaa gatctccgcc accctgaact acaccgaagc cgtcgacgac
     8281 atcccctaca gcgccctcac gacttaccgc gagtacggcg acgaacactc ctacacgacg
     8341 ggcaatcctg atctcgtctc gcccaaatcg cataccctca cagccgccct cgacctcttc
     8401 gaccatctcg cattcaacgc gatctacatc tataacgagc gcccgatcta ttacgccacg
     8461 cgggtggatc ccgccctgcc gtccgtgact tacacgaaac ccatgaacgc caaatacgaa
     8521 cgcctcttcg gcctcaacgc cgaggcgcgc ttcgatccgc tgccgtggtg gaagctgagg
     8581 ggcatggtga tgtacacgct tttcggatct aagtcggagg atttcgacgt ccacggtcag
     8641 cagaaatact acttctcgct ctcgaacacc ttccgcttca cgccgcacat gggcgcttcg
     8701 ctcgaggggt attacgagcc tacgtaccac ttcaccgacc gcatctaccg caccgtctac
     8761 gagatgtcgg gcagcgtcta ccacaccttc ctccgcgacc ggctggcgct ccggctcaac
     8821 ttcaagctct tccgccacgg ccgcgtgatc gacaccgaga cgcccgacct ccgcttcgta
     8881 gaggccaacc gcacgcgcga tcaatacttc ggcctctcgc tctcatactc cttcagcggc
     8941 ggccgcagcg tcaacgtcaa gcaaacggaa gagattcagt cttacgaaaa gatccgcgac
     9001 aaacggtgat tcctggggat gatttttcgt ctctataggg tttggcgcac ggtaaggcgt
     9061 atgcgagaca ccccagccgc caatcgaatg gcgtttgcaa cggcgctgca aagaccatac
     9121 gtcacgtgag ttcgatgtaa gaataaagtc agcggtatgt ctacgaaagt cccgcaaacg
     9181 ccaaccgtat ctccgtgaga cttgcgggac tcccgcaaac gccaaccata tctccgtgag
     9241 acttgcggga gtcccgcaag catcaaaaag cagtttttcc tcgttgcgga aatcccgcaa
     9301 gcattcccaa aaacattttg tccgcccgag tactcaaaga tatggtgtgg acgtaaggaa
     9361 cctcattctt acgtcgaact cacgttacgt caaactcaca ttcaccgaat a
//
LOCUS       SEQF3106|MIQD01000074.1 9349 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9349
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             164..667
                     /locus_tag="SEQF3106_01660"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRHIIAIDPDVTKSGVAFLHLPSRELHCEAKTFPDLMDDLHAA
                     HEAATARSEPLTVVVEAGWLNRSNWHTKARENARMAAAKGRDTGRNHEVGRKIIEMAR
                     HMGIETVEQRPLQKCWQGAGRKITAPELATITGYTRRTSQDMRDAALLAWVYAGLPVR
                     LPGPLAP"
     CDS             823..1770
                     /locus_tag="SEQF3106_01661"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTNSFELTRLAGLTHTEAIHIIETAEKKHLEAGGTPFARGTI
                     KAPRSGKPTPVYLLTDDEVRYIATVSHSKFWARLCLLQPRWCPVGIDREELRRRARTA
                     RQKSDERRKYHRLARRKALDDRLAAKREAQRERELRAKAIIDEARRERQRLREAEEAR
                     REAERNSPEAIRRREEARRRRIEALQRVNNERRRELHQARLQLDAARERDELEAAGLY
                     TFPMAQERLHLPPGECLSGFLERRRVITYSKGRSQLLPPYDGHGYTTTATVRIGRERD
                     TPASVTVWTKQGLQFLRRVIAKAQADPHDGQWWHTPPVY"
     CDS             1987..2484
                     /locus_tag="SEQF3106_01662"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGEIVRDKKGRFMKGHSGNPEMKFKTRPENAGRKPSLFKRVLKE
                     MKEKYGEAISPEEFNRGVRFVLSMDRKQIQEIREEENIPASLLVIAGGILGDLENKQV
                     GNLTRMADRAFGMPTQTTDITTGGQPIRSRLEALSDKELRDIIEGVRDAIREEDTAGE
                     ESDAE"
     CDS             2474..3928
                     /locus_tag="SEQF3106_01663"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPNELRETLLLRAEAAILLTRRRARTDFWAFCRYIDPPFFARRP
                     FLKTVANAFARIAVAYESGRVRRLAVSLPPRAGKSYLSTLFIAWMLGRHPEGSVMRNT
                     CSSPLYNKLSYDTRDIVRGPRFHEVFPEIGLKRDRQNVDGWSLNGATVSYFGGGVGGS
                     VIGFGASMLAMTDDLYKSLEDALSETINEKTWSWKQAVHDSRLEGSCCSIDIGTRWSS
                     HDVLGRMEEAGLYDEIIRVPALNAAGESFCPDVHTTEYYRNLRAETDDSIWSAEYMQE
                     PYEARGLLFPRSELRRFKAADVAGRKPDGVIAAVDTADMGEDYFAAPFALVFGTELYV
                     TDIVFTRDPVELTAPRLAQMAIDRHTDVMRIESNNGGRIFALEVKRLIQEADSFNRCT
                     IQARPTTQNKATRILMKSGWVKAHVHFLDEGEYPRGSDYARFLENLIGYKKEGDNRHD
                     DAPDALTILAEFYASLRGAYHGQRRRVAREWAAR"
     CDS             3986..8425
                     /locus_tag="SEQF3106_01664"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGVLNYNGALYMATGIDNSGLRRDAAEAESIIEGLGQAAKKVGA
                     MMGVAFTLDAAKDFAVKVATVRGEFQKLETAFGVLLQSKSKATQLMQEAVSLAATTPF
                     SLQDVASGSKQLLAYGFEAKEITGTLRMLGDVAAGLGLPLERLTYLYGTTLTQGKLMS
                     RDLMQFTTSGIPLLQALADQFGVTTKEVQGLVEAGKVGFPEVQKAFEAMTGAGGKFNG
                     MMEEMSKTITGRIEKLKDAIDVMFNDIGKSQEGVIGKALDGVTALVENYKTIGTVLAD
                     LIIAYGTYKAALIAVTAAKKTINTYNKAIAEQMIVEQKLAAAQGLKLTEMEARQAAQT
                     KILTAAKSKLGSKLKDVAAALKPNLYAAAAAAVVVLAKAIYDMATAETAAEKAQKSLD
                     RAAAEAEAGVEKERKNIEMLIETIKSENATKAEKLRAQNDLLAISPSIYTALMNEKAG
                     TEALTQAVNEYIDARDRQMRIDSIKREREEAIDRKRAYTNGTAELNWYEKAWAGIKSV
                     APHLSMQPTETTRNAKPVKEAYNDERKKFFKKHAGEEEETIKRLDEEWKAVMEEGDKA
                     ARKAGSNAEANLTKLQDINAEIARAKANLAKLRSNTAGADLEAIKQQQQLIKELEEKK
                     ELITGKSATASAAAYKKHLKELKKEQKDIAAAMEEIEELTRKARKRIEDADLEMMDEG
                     LQKKLAKLDQSYQRELEEIEEWKKRLEKANEKATGKKDLTQDQALAYYESIGRERVKH
                     ERERANATREWERREADAYDEMLQAFGNYKEKEAAIAREYARRIADAEQEGRTKEAEK
                     LRKEQTRQIAEAADEELSNDKVWNAFFKHVERQTLKTAKKVRTEIATTLKYLKTKGAE
                     GIVDKNQKPLLDALIGDPQKLQEAIEKMENTLEKADDAIEGIQHQKVFDALIANFKKL
                     RKSAAGSQEQMSALNAVINGLGSVGSLVSQLGNAMTDCDIKAGKVVSTIGNAITNAAS
                     FAAAGASVGGVWGGVVGAVVGAASAIIPAIGKVEEWTDAMEKSYQAQAKWLEKVRDAN
                     LDLIKGYGSVEEKVKATTEALQNNARLLDLIHEKQEAQHKKRSGKGGHSIGYTNRQNL
                     LSIMRRDKYFDNYEDWWRSHPEANGKLDMRKRYDYKKYVDRGNVDPSRGWDLLQREMK
                     RGYKPTIQVEFESKGIDLYKFMQDPGGYLTENDPKKGALDIDQMKWILNRFPDLLSEL
                     DSTTVENINARMQVLDKEAERIKEAFHESMTGVSFDGLLSEFEGFLKKADDDVSAIGK
                     SIEGHLRDAIIKGLIDKNTQEKIRKTYLRISKLMENRKKMDPAEFQKQLQEAKDDLAQ
                     TYKDLAEAKRAAFEAAGIKDYDTGDSAKENTLRGALAKASQESIDLLAGQMGALRVAV
                     EQILKVISATQGGTNAAATYYTAVRDSFTALREIQTAGWKEVSVIREVTQQMRVNQAV
                     ITEISETVAAHTAAIRETNKRMADGIAAIHTGGVKIKGGGLGL"
     CDS             8422..9291
                     /locus_tag="SEQF3106_01665"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMGAATLDGQSLYATYGALLAEDTIGALLRYPTRETVRQTAFAE
                     VHGIQADLRHFRVQRRRVTLSFMLLADGEGGLKARREALASELKQGGWHTLDAGLGIS
                     HRLRFVAMPSFLIHRPVAEGLTGASLTVTMEEEAFPAQAGAQPVPPAFGVPRGIAAID
                     GVDFAQFGASLDADFAGATCAAPEVKEPFDDGRMCYVDGAPTCNKAADWVLYVDLVAP
                     DCSTFVSNWAALYAAFAKPDLHRLQLREQGERILMPAPDVFYRDCTACTATVGTNGFG
                     LKMQIKVTAPVVY"
ORIGIN      
        1 taaagccccg tttattcgtt tagatgttta ggcgttcaac cctcaacagt tcaacttcca
       61 acaattcaac aagggcgtaa gcccccaaca gttcaacaat tcaacccccc aacacctaaa
      121 cagttcaaga cgcggccaaa ggccgccaac aattctagcc ctcatgaccc gccacatcat
      181 cgccatcgac cccgacgtta cgaagtccgg cgtcgccttc ctacacctcc ccagccgcga
      241 gctacactgc gaggcaaaga cgttccccga cctcatggac gacctgcacg ccgcccacga
      301 ggccgccaca gcccgttcag agcccctcac cgtcgttgta gaggccggct ggctcaacag
      361 gtcaaactgg cacacgaaag cccgtgagaa cgcccgtatg gccgccgcaa aaggtcgtga
      421 cactggccgc aaccatgaag tcggccgtaa gatcatcgaa atggcgcgcc acatgggcat
      481 cgagaccgta gagcaacgcc cgcttcagaa atgctggcag ggcgccggcc gcaagatcac
      541 cgccccggag ctggccacca tcaccggata cacccgccgc acctcgcaag acatgcgcga
      601 cgccgccctc ctggcctggg tctacgccgg gctgcccgtc cgccttccgg ggcccctcgc
      661 cccgtaattg ttgggggctt acgccccgtt gatttgttta tgcgttgaag agttgaattg
      721 ccagaacgcc taaacaattc aacaaacaac aaataaacaa gggcgaagcc cctcaacaat
      781 tcaacggggc gcagccccca acatcaaaca atcaaccccc gcatgaaaac caccaactcc
      841 tttgaactca cgcgcctcgc ggggctcacc cacacggagg ccatccacat catcgagacc
      901 gccgagaaga aacacctcga ggccggcggc acacccttcg cgcgaggcac catcaaagcc
      961 ccacgcagcg gcaagcctac gccagtctac ctcctcaccg acgacgaggt gcgctacatc
     1021 gccaccgtca gccacagcaa attctgggca cgcctgtgcc tcctccagcc ccgctggtgc
     1081 cccgtgggca tagaccgcga agagctgcga cgccgcgccc gcaccgcacg ccaaaagtcc
     1141 gacgaacgcc ggaagtatca ccgccttgca cgccgcaaag cgctcgacga caggctggcc
     1201 gccaaacgcg aagcgcagcg cgagcgggag ctccgcgcca aagccatcat tgacgaagcc
     1261 cgccgcgaac gccagcgcct gcgcgaagcc gaggaagccc gccgcgaagc cgagcgcaac
     1321 agccccgagg ccatccgccg tcgcgaagag gcacgccgcc gacgcataga ggcgctccag
     1381 cgcgtgaaca atgagcgacg ccgcgagctg caccaagccc gcctgcaatt agacgccgcc
     1441 cgcgagcgag atgagctcga agccgccggc ctctacacct tcccaatggc ccaggagcgc
     1501 ctccacctgc cccccggcga atgcctctcg ggcttcttgg agcgccgccg cgtgatcacc
     1561 tacagcaaag gccgcagcca gctcctcccc ccttacgacg gccacggcta caccaccacg
     1621 gccaccgtcc gaataggccg cgaacgcgac accccggcca gcgtcaccgt ctggacaaag
     1681 caaggcctgc agttcctccg ccgcgtcatc gccaaagccc aagccgaccc ccacgacggc
     1741 caatggtggc acaccccgcc ggtgtattga ggggctgcgc ccctgtttat ttgttgattt
     1801 gttgaattgt ttaggcgttt atgcgttctg gcaattctgg ctgttcaaca attcaacaat
     1861 tcaacgcggc cgccaggccg ccaacgccta aacgtggctt tagccccacc tttgcgcccg
     1921 taaacacata gcaaacgatg ccagacgccc acgcgcatct ggccactaaa cacaaacaac
     1981 acacctatgg gagaaatcgt aagagacaag aaaggccgct ttatgaaagg ccattccggc
     2041 aacccggaaa tgaaattcaa gacccgaccc gaaaacgccg ggcgcaagcc gtcgctcttc
     2101 aaacgcgtac tgaaggagat gaaagagaaa tacggcgagg ccatctcgcc cgaggagttc
     2161 aaccgcggcg tccgattcgt cctttcgatg gatcggaaac aaatccaaga gatcagagag
     2221 gaagaaaaca ttcccgcctc cctcctcgtc atcgcgggcg gcatccttgg agacttggag
     2281 aataagcaag tcggcaacct cacccgcatg gccgaccgcg cctttggcat gcccacgcag
     2341 acaaccgaca tcaccaccgg cgggcagccc attcgcagcc gcctcgaggc gctctcggac
     2401 aaagagctcc gtgacatcat cgagggcgtg cgagacgcca tccgggagga agacacagcc
     2461 ggggaggaga gcgatgccga atgagctgcg cgaaacgctc ctgctgcgcg ccgaggctgc
     2521 catcctgctc acccgccgcc gggcgcggac tgacttttgg gcgttctgcc gatacatcga
     2581 cccgcccttt ttcgcccgcc gccccttctt gaagaccgtg gccaacgcct tcgcgcgcat
     2641 cgccgtggcc tacgagagcg ggcgcgtccg ccgcctcgca gtcagtctgc cgccccgcgc
     2701 cggtaagtcc tacctctcca cgctcttcat tgcatggatg ctcggccgtc accccgaggg
     2761 cagcgtcatg cgcaacacct gctccagccc gctgtacaac aaactctcgt acgacacgcg
     2821 cgacatcgtc cgcggccctc gcttccatga agtcttcccc gagatcggac tcaaacgcga
     2881 ccggcaaaac gtcgacgggt ggagcctcaa cggcgccacg gttagctatt tcggcggcgg
     2941 cgtaggcggc tccgtcatcg gctttggcgc ctctatgctg gccatgacag acgacctcta
     3001 caagtcgctc gaagatgccc tctccgagac catcaacgaa aagacctgga gctggaagca
     3061 ggccgtacac gacagccgcc tcgaaggcag ctgctgctcc atcgatatag gcacccgctg
     3121 gagcagccac gacgtcttag ggcgcatgga agaggccggc ctatacgacg agatcatccg
     3181 cgtgcccgcc ctcaatgccg cgggcgagag cttctgcccc gatgtccaca ccacggagta
     3241 ttaccgcaac ctgcgcgccg aaaccgacga ctctatctgg tcagccgaat acatgcaaga
     3301 gccctacgaa gcccgcgggc tgctcttccc acgcagcgag ctgagacgct tcaaagccgc
     3361 cgacgtggcc ggccgcaagc cggacggagt gatcgcagcc gtcgacacgg ccgacatggg
     3421 cgaagactac tttgccgcgc cctttgccct tgttttcggc acggagcttt acgtcaccga
     3481 catcgtcttt acccgcgacc ccgtggagct caccgcccca aggctggcgc aaatggccat
     3541 cgatcggcac acggacgtca tgcgcataga gtctaacaac ggcggccgca tctttgccct
     3601 ggaggtcaaa cgccttatac aagaagccga ttcgttcaat cggtgcacca tacaggcgcg
     3661 acccaccacg cagaacaaag ccacccgcat attgatgaaa tcgggctggg tcaaagccca
     3721 cgtccacttc ttggacgaag gcgaataccc ccgcggatcg gattacgccc gcttcttaga
     3781 aaacctgatc ggatacaaaa aggagggcga caaccggcac gacgatgccc cggacgccct
     3841 caccatactg gccgagttct acgcatcgct ccgaggcgca taccacggcc agcgccggcg
     3901 cgtagcccgc gagtgggcag cccggtaacc ccaccccaaa cacctcaaca attcaacccc
     3961 tcaaacaatt caacccctca acaacatggg agtactcaat tacaacggtg ccctttacat
     4021 ggccaccggc atagacaaca gcggcctccg gcgcgatgcc gcagaggccg aaagcatcat
     4081 tgaaggcctc ggacaggcgg ctaagaaggt gggcgcaatg atgggcgtag cctttacgct
     4141 cgatgctgcc aaagactttg ccgtcaaagt agccaccgtg cgcggcgagt tccaaaaact
     4201 ggaaactgca tttggcgtat tactccaaag caagagcaag gccacgcagc tgatgcaaga
     4261 ggccgtcagt ttggctgcca ccaccccctt ctcgctgcaa gacgttgcca gcggttccaa
     4321 gcagctgctt gcatatggct ttgaggcaaa agagataaca ggcaccttgc gtatgctcgg
     4381 agacgtagcc gccgggcttg gcctgccttt ggagcgactg acctacctct acggcaccac
     4441 cctcacgcag ggcaagctga tgagccgcga cttaatgcag ttcaccacaa gcggcatccc
     4501 cctgctacaa gcgctggccg atcaattcgg cgtgaccacg aaagaggtac aggggctcgt
     4561 cgaggccggc aaagtcggat tccccgaggt acaaaaggct tttgaggcaa tgaccggagc
     4621 gggcggcaaa ttcaacggca tgatggaaga aatgtcgaag accattaccg gccgaataga
     4681 gaaactcaaa gatgcgatcg atgtaatgtt taacgacatc ggtaagagcc aagagggcgt
     4741 catcggcaag gccttagacg gggtcaccgc attggtagag aattacaaga caatcggcac
     4801 tgtgctggct gacctgatca ttgcttatgg aacctataag gctgcattaa tagctgtcac
     4861 agcggctaag aagaccatca acacctacaa caaagcgatc gccgagcaga tgattgtaga
     4921 gcagaagctc gccgccgcac aaggcctcaa actgaccgag atggaagccc ggcaggccgc
     4981 gcaaacaaag atcctgaccg cagccaagtc caagctgggc tccaagctga aagacgtagc
     5041 ggccgcgctc aaaccgaacc tgtatgccgc agccgcagcg gctgtcgtcg tactggctaa
     5101 agcgatctac gacatggcta cagcagaaac ggccgccgaa aaagcgcaaa agagcctcga
     5161 ccgggctgca gcagaggccg aggcgggggt agagaaggag cgcaagaaca ttgaaatgct
     5221 cattgagact atcaaaagtg aaaacgccac gaaggcggaa aagctccggg cgcaaaacga
     5281 cctgcttgcc atctcaccca gcatatacac cgccctgatg aatgagaaag caggcaccga
     5341 ggcgcttaca caggccgtaa acgaatacat cgatgcccga gaccggcaaa tgcggataga
     5401 ctccataaag agagagcgtg aggaagccat cgaccgaaaa cgagcgtaca caaatggcac
     5461 ggctgaactc aattggtacg agaaagcgtg ggcgggaata aaatccgtag caccacacct
     5521 cagcatgcag cccactgaga ccacccgaaa cgccaaaccc gtcaaagagg cctacaacga
     5581 cgagcgcaag aaattcttca agaagcacgc aggcgaagaa gaagagacca taaagcgatt
     5641 agacgaagag tggaaggcag tcatggaaga aggcgacaag gccgcccgta aggcaggcag
     5701 caatgccgag gcgaacctca ccaagctgca agacatcaat gcggagatcg caagggccaa
     5761 agccaacctc gccaagctgc gatccaacac ggccggagca gaccttgaag ccatcaaaca
     5821 gcagcagcag ctgattaagg agcttgaaga gaaaaaggaa ctgatcaccg ggaagagcgc
     5881 cacggcatcc gcagccgcct ataagaagca cctcaaagaa ctcaagaagg agcaaaagga
     5941 catcgccgcc gcgatggaag agatcgaaga gctcacccga aaagcccgta aacgcatcga
     6001 agacgccgac ctcgaaatga tggacgaagg gctgcaaaag aagctggcca agctggatca
     6061 atcctaccag cgtgagctcg aagagataga agagtggaag aagcgcctcg aaaaggccaa
     6121 cgagaaagcc accggcaaga aggatctcac ccaagaccag gctctcgcct attacgaatc
     6181 cattgggcgc gaacgggtga agcacgaacg cgaacgcgcc aacgccaccc gggagtggga
     6241 acgccgcgag gccgacgcct acgatgagat gctgcaagcc tttggcaact acaaggagaa
     6301 agaggccgcc atagcacgcg aatacgcccg ccgcatcgct gacgccgaac aggaggggcg
     6361 caccaaagag gctgaaaagc tccgcaaaga gcaaacgcgt cagatcgccg aagcagccga
     6421 cgaagagctg agcaacgaca aggtgtggaa cgccttcttc aaacacgtag agcggcagac
     6481 gctgaagacg gctaagaagg tgcgcaccga gatagccacc accctgaaat acctcaaaac
     6541 aaagggcgcc gaaggcatcg tagataagaa ccaaaagccc ctgctcgacg cccttatcgg
     6601 agacccgcaa aagctgcaag aggccattga gaagatggaa aacaccctcg aaaaggcaga
     6661 cgatgccatc gagggcatac agcaccaaaa ggtctttgac gcactaatag ccaacttcaa
     6721 aaagctgcgt aagtccgccg caggctcaca ggagcagatg agcgccctga acgccgtaat
     6781 caatggctta ggaagcgtcg ggagcctcgt ctcgcagctg ggcaatgcca tgaccgattg
     6841 cgacatcaaa gcgggcaagg tggtctccac catcggcaac gccattacca acgcagccag
     6901 ctttgcagcc gcaggcgcca gcgtgggcgg cgtgtggggc ggcgtcgtcg gggccgtcgt
     6961 cggggcggcg tctgccatca tccccgccat tgggaaggtg gaagagtgga cggacgctat
     7021 ggaaaagagc taccaagcgc aggctaagtg gttagagaaa gtaagggacg ccaacctcga
     7081 cctcattaag gggtatggca gtgtggagga gaaagtgaaa gccaccacag aagccctcca
     7141 aaacaacgcc cggctcttag acctcattca cgaaaagcaa gaagcgcagc ataagaagcg
     7201 ctccgggaag ggtggccact ccatcgggta caccaaccgc cagaacctcc tttccatcat
     7261 gcgccgcgac aaatactttg acaattacga agactggtgg cgctcccacc ccgaggccaa
     7321 cggcaagctc gacatgcgga aaaggtatga ctacaagaag tatgtagacc gcggcaacgt
     7381 agacccatcc aggggttggg atctgctaca gcgagagatg aaaagaggct acaaacccac
     7441 catacaggta gagtttgaat ccaagggcat agacctctac aagttcatgc aagaccccgg
     7501 cggatacctc acggagaacg accccaagaa gggcgcactg gacatcgatc aaatgaaatg
     7561 gatcttaaac cgcttccccg acttgctgag tgagctggac agcaccacag tggagaatat
     7621 caatgcccgc atgcaggtct tagacaaaga ggccgaaagg atcaaagagg ccttccacga
     7681 atcgatgacc ggcgtctcct tcgatgggct cctttccgag ttcgagggct tcttgaagaa
     7741 ggccgacgac gacgtctcag ccatcggcaa gagcatcgag ggccacctcc gcgacgccat
     7801 cattaaaggc ctgatcgata agaacacgca agagaagatc cgcaagacct acctgcgcat
     7861 ctccaaactg atggagaacc gcaagaagat ggatccggcc gagttccaaa agcaactgca
     7921 agaggcgaag gacgaccttg cgcagaccta caaagacctc gcagaggcca agcgcgcagc
     7981 cttcgaggcc gcgggcatca aagactacga taccggggac agcgcaaagg agaataccct
     8041 gcggggggcg ctcgccaaag cctcgcaaga gagcatagac ctgctcgccg ggcagatggg
     8101 cgccttgcgg gtggctgtag agcagatttt gaaggtgatc tctgccacac agggcggcac
     8161 aaacgcggcc gctacctact acaccgccgt gcgcgattcc ttcaccgcgt taagagaaat
     8221 tcagacagca gggtggaagg aggtctccgt aatccgggag gtgacgcagc aaatgcgcgt
     8281 gaatcaagca gttataaccg agatctccga gacggtggca gcccatacgg ccgccatccg
     8341 ggagacgaat aagcgcatgg ccgatggcat tgcagccatc cacaccggcg gcgtgaagat
     8401 caaaggggga gggcttgggc tatgatgggg gcagccacac tcgatgggca atcgctgtat
     8461 gccacttatg gcgccttgct ggccgaagac actatcggcg ccttgcttag gtaccccacc
     8521 cgcgagacgg tgcggcaaac agcctttgcc gaggtgcacg gcatacaggc cgatctccgg
     8581 cactttcgtg tgcagcgccg gcgcgttacg ctctccttca tgctgctcgc tgacggggag
     8641 ggtggactca aagcacggcg cgaggcgctg gcctccgaac tcaaacaggg cggctggcac
     8701 acgctcgatg cggggctcgg catctcgcat cggctgcgtt tcgtcgccat gccttccttc
     8761 cttatccatc gccccgtggc ggaggggctg accggcgcct cgctcacggt cacgatggaa
     8821 gaagaggcct tcccagccca agcaggcgcc cagcccgtgc cccctgcctt tggggtgccg
     8881 cggggcattg ccgccattga tggggtggac tttgcacagt ttggcgcctc gctcgatgcg
     8941 gactttgcgg gcgccacctg tgccgcgccc gaggtgaagg aacctttcga cgatggccgt
     9001 atgtgctacg tggacggcgc gcccacctgc aacaaagccg ccgattgggt gctttacgtc
     9061 gacctcgtag cccctgactg cagcacgttc gtgagcaact gggctgccct ctatgcggct
     9121 tttgctaagc ccgacctgca ccgtttgcag ctccgagagc aaggggaaag aatactaatg
     9181 cccgccccgg acgtctttta ccgcgattgc acggcgtgca cggccaccgt ggggacaaac
     9241 ggctttggcc tgaagatgca gatcaaagtc accgccccgg tggtgtatta gatccagggc
     9301 tgacgcataa tcgcttttcg aggtcaggga ttccgtttag cttcgtccc
//
LOCUS       SEQF3106|MIQD01000075.1 9264 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9264
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             5..577
                     /locus_tag="SEQF3106_01666"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIQEPSQDDATRMQRYRYTNFGKVDLLTLSLNLPLNLLPRWTM
                     NVNANGFYRDYQSRFMGSDFKQTTVYGHVYLNNRFDWGRGWQMQLSGYAVTPRWYLAR
                     RYRAYGSMELSAEKSLWGGRGSLSATLNDPFRWSTSYYTFRYSNIDNDGWAQSDYRYI
                     LLGFTYRFGSDKVKRSRQRDTGVGSINSRL"
     CDS             737..2416
                     /gene="aspT_2"
                     /locus_tag="SEQF3106_01667"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8L3K8"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate/alanine antiporter"
                     /translation="MDWFTDLLWGTGVAHSVILLSLVIVFGILLGKVRIAGISLGITF
                     VLFVGIVMGHFGLTIDPLVLHFFKEFGLILFVYSIGMQVGPGFFSSFKRGGITLNLLA
                     TTIVLLGVTLALVIHYITGTPVETMVGILSGAVTNTPGLGAAQEAFGDVHGEAAPTIA
                     LGYAVAYPLGVVGIILAIISLRFLFRIDYDTEAAHLEAEDDTHDREAHQLLLVVKNPA
                     LFGRTVGELSALMTHCEFVISRIRYCADGRTEIVSGQTTLHEGDRVLVITTEHDAPTV
                     RTFVGEEAPLKQEEWLRRESELVNRRILVTKPEVNGKRLGELRLRQSCGGINITRINR
                     AGIDLVATPRLSLQVGDRVNVVGTPAAIDAVEKVLGNSMKRLNEPNLIPLFLGIALGV
                     FLGSIPLLLPGIPRPVKLGLAGGPLIVAILFSRFGPRYGLVTYTTASANLMLREVGIT
                     IFLASVGISAGDGFVDTLLRGGGASWVAYGFLITFLPLIIVGLIARRFFRLNYFTLMG
                     LLSGSTTDPPALAYSNATAGNDAPAVGYATVYPLTMFLRVLTAQLMVLLFT"
     CDS             2469..2948
                     /locus_tag="SEQF3106_01668"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGHFFRCQPDHNPPPPPAIISPDTPGLILSQTIISPDTPGLILS
                     QTIISPDTPDLILSQTIINPDTPDLILSQTIINPDTHDLIFPLEIINPDTPNSLLPLE
                     IINLNTPDLLLPNAIAPPITPTGQKRNRNSNSDPPRPIFPFAESPPTFTFGASNTIS"
     CDS             2963..4909
                     /locus_tag="SEQF3106_01669"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYLKFDKTLLINLEESLSREVLRTNRKGAYHCTTIVDCNTRKY
                     HGLLVMPEPNLDDDNHVVLSSLDETVIQHGAEFNLGLHKYEGGSFSPNGHKYIREYTM
                     EAVPRTVYRVGGVVLSKEKIFSRTDNQIMIKYTLMDAHSPTTLRFRPFMAFRSVKELT
                     QVNGMADRSYEEVPNGIKTCMYPGYAPLYMQFNKAPQFIYEPYWYHGIEYPKEQERGY
                     PYKEDLFVPGYFELPIQRGESIVFCAGDKPYKELDHLPAFFDEEAAERTPRSSFYNCL
                     KNAAHQMFYIPHGGDEVYLLAGYPWFKVRARDMFVSMPGCTLYLNERDRYERLMRTAI
                     PALQTFMRNGLPDTIIREIDEPDVLLWVVWNVQQFALKEGLDDARRLYGDIVHEIIEY
                     LLAQKHPNLILRDNGLLYTNGRERPVTWMNSVVNGRPVVPRTGYIVEFNALWYNALCF
                     YREMQGDDTPEIVHRLISALDLSFPATFVNPYNYLFDYVDNGTNQDWSVRPNMVIALA
                     CPYSPLTRVQKRGALDIVTKELLTPKGLRSLSPKSEGYRPDYIGPQYERDLAYHQGPV
                     WPWLTGMYLTAYLSLFGRGGVSFAERTLISMEEEMSMHCVSTISELFDGNPPFTGRGA
                     ISFLMSVASILTVIERLKAYNVEE"
     CDS             4928..6196
                     /locus_tag="SEQF3106_01670"
                     /EC_number="2.4.1.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WMY9"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycogen synthase"
                     /translation="MKALMFGWEFPPHILGGLGTASYGLIKGMSLQPDMHISLVIPKP
                     WGDEDQSFLKIIGACNTPIVWKDVDYNYVSERLSKFMDPQEYFRLRDHIYADFSYRYV
                     NDLGCFEFSGRYPDNLLEEINNYSIVAGVIARTEEYDIIHAHDWLTYPAGIHAKTVSG
                     KPLVIHVHATDYDRSRGNVNPDVYGIEKNGMDYADHIMTVSELTRRTVIEKYHQDPAK
                     VTTVHNAVEPLSPEILAIPDKRGVKDKIVTFLGRITMQKGPEYFVEAAARVLAKANNV
                     RFVMAGNGDMMDKMIRLAASRNISDRFHFTGFMKGKQVYEILKASDVYVMPSVSEPFG
                     ISPLEAMQCGVPSIISKQSGCAEILKYAIKVDYWDIEALADAMYGLITYPTLHTFLRD
                     EGLKEVNNIKWEYAGQKVRKIYDQVLYGKQ"
     CDS             6211..7482
                     /locus_tag="SEQF3106_01671"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTICFYFQIHQPFRLRRYRFFDIGNNHYYYDDFQNEEIFHRIS
                     EKCYLPANRAIMEMIRKSGGKFKVAFSISGTALEQMEIYAPEVIDSFRELAGLGCVEF
                     LAETYAHSLSSLGDAEEFKAQVRMHTEKIQSLFNVTPKVFRNTELIYSDDISELVYDL
                     GFEGMLTEGAKHVLGWKSPNYVYASAIRPQLKLLLKNDRFSEDLSIRFDDHTWTEYPL
                     TADKYISAIAATAEGEKVVNAFMNYEVLGSMHAADTGIFDFFKALPQYAERNDITFSL
                     PSEIFAQMNPVDSISSPYPMSWVDEEKDCSSWLGNVLQQEAFKKIYGIGERVRLCENR
                     RIQQDWIYLQSSDHLYYMSTKHYNLFSPYDNPYDAFNNYMNVLSDFILRVQAQFPASI
                     ENEELNSLLTTIRNQNEEISNLKKELKAASK"
     CDS             complement(7614..7802)
                     /locus_tag="SEQF3106_01672"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKALLLSFFAVVLCYSLFFDGEVQPAPADEINDTAIQTGVNDYV
                     QLRDTTTFYAEIASLPWS"
     CDS             complement(7908..8327)
                     /locus_tag="SEQF3106_01673"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQVMTQKGLTSSQFAESIGIQRAAMSHITSGRNNPSLDVMKKIL
                     ERFPDISADWLLMEKGPMTRGTQSTAAPPEAKAPAPSLFAPPTSSPPPPEPPPSPTPE
                     VPEQPKIIAREVDRILLFYSDGTFESFVPERKEPGEV"
ORIGIN      
        1 cggcatgatc atccaagagc cctcgcaaga cgacgccacc cgcatgcagc gctaccgcta
       61 cacgaacttc gggaaagtcg acctcctcac cctctcgctg aacctgccgc tcaacctcct
      121 cccccgctgg acgatgaacg tgaatgccaa cggcttttac agagactatc agtcgcgatt
      181 catgggcagc gacttcaagc aaactaccgt ttacggccac gtatacctga acaaccgctt
      241 cgactggggc cgcggatggc aaatgcagct gagcggctac gccgtcacgc cccgctggta
      301 cctcgcgagg cgctaccgag cgtacggatc catggagctc agcgccgaga agtcgctctg
      361 gggcggccgc ggctcactct ccgccacact gaacgacccc ttccgctgga gcacctccta
      421 ttacaccttc cgctacagca acatcgacaa cgacggctgg gcccagtccg actaccgata
      481 catcctcctc ggcttcacct accgcttcgg gtcagacaag gtgaagcgct cccgccaacg
      541 agacacgggc gtgggaagca tcaacagccg cctgtagaac gaaaacggaa aacggccggg
      601 tacacaccgt gtatgcccgg ccatttttag cttttagctt ttcgttttcc gcgggcctac
      661 ctttgccccc ggtaacacat accataatac actacacact acacccatca tttttcacct
      721 ttagttcttc attatcatgg actggttcac tgatctactg tggggcaccg gcgtggcgca
      781 ctccgtcatc ctgctttccc tcgtcatcgt cttcggcatc ctgctcggca aagtccgcat
      841 cgcaggcatc tcgctcggca tcaccttcgt cctcttcgtc ggcatcgtca tgggccactt
      901 cggcctcacc atcgaccccc tcgtcttgca cttcttcaag gagttcggcc tcatcctctt
      961 cgtctactcc atcggcatgc aagtcggccc cggcttcttc tcctccttca agcgcggcgg
     1021 catcacgctc aacctgctgg ccaccaccat cgtcctcctc ggcgtcaccc tcgcgctcgt
     1081 catacattat atcaccggca cacccgtaga gacgatggtc ggcatcctct ccggcgccgt
     1141 caccaacacc cccggcctcg gcgccgcgca ggaggccttt ggcgatgtcc acggcgaggc
     1201 agcccccacc atcgccctcg gttacgccgt agcctacccc ttaggcgtcg tcggcatcat
     1261 cctggccatc atcagcctgc gcttcctctt ccgcatcgat tatgacacag aggcggccca
     1321 cctcgaggcc gaagacgaca cgcacgaccg cgaagcacac cagctgctac tcgtcgtcaa
     1381 aaaccccgcc ctcttcggcc gcaccgtcgg cgagctctcc gccctcatga cccactgcga
     1441 gttcgtcatc tcacgcatcc gctactgtgc cgacggccgc accgagatcg tctccggcca
     1501 gaccaccctg cacgagggcg accgcgtcct tgtcatcacc accgaacacg acgcccccac
     1561 cgtccgcacc ttcgttggcg aagaagcccc cctgaagcaa gaggaatggc tccgccgcga
     1621 aagcgaactc gtgaaccgcc gcatcctcgt caccaagccc gaagtcaacg gcaaacgcct
     1681 cggcgagcta cgcctccgcc agtcctgcgg cggcatcaac atcacccgca tcaaccgcgc
     1741 cggcatcgac ctcgtagcca caccccgcct cagcctgcaa gtgggcgacc gcgtcaatgt
     1801 cgtcggcacc cctgcggcca tcgacgccgt ggagaaagtc ctcggcaact ccatgaagcg
     1861 cctcaacgag cccaacctca tccccctctt cctcggcatc gccctgggcg tcttcctcgg
     1921 cagcatcccc ctgctcctgc ccggcatccc ccgccccgtc aagctcggcc tggccggcgg
     1981 ccccctcatc gtggccatcc tcttcagccg cttcggcccc cgttacggcc tcgtcaccta
     2041 caccaccgcc agcgccaacc tcatgctccg cgaggtgggc atcaccatct tcctcgcctc
     2101 agtcggcatc agcgccggcg acggcttcgt cgacaccctg ctccgcggcg gcggcgcctc
     2161 ctgggtagcc tacggcttcc tcatcacctt cctccccctc atcatcgtcg gcctcatcgc
     2221 ccgtcgcttc ttccgcctaa actacttcac cctcatgggc ctcctctccg gcagcaccac
     2281 cgatcccccc gccctggcct actccaacgc caccgccggc aacgacgccc ccgcagtcgg
     2341 ctacgccacc gtctaccccc tcaccatgtt cctacgcgtc ctcaccgccc agctcatggt
     2401 ccttctcttc acttaagcga cgcccttctg gccgcccatc ccacctttag ccccgtccgc
     2461 acccgtggat ggggcatttt tttcgctgtc agcccgatca caatccaccc ccgccgcccg
     2521 caataataag tccggacact cccggtttaa tattgtctca gacaataata agtccggaca
     2581 ctcccggttt aatattgtct cagacaataa taagcccgga cactccagat ttaatattgt
     2641 ctcagacaat aataaacccg gacactcctg atttaatatt gtctcagaca ataataaacc
     2701 cggacactca cgatttaata tttccgttgg aaataataaa tccggatact ccaaattcat
     2761 tattgccatt ggaaataata aatctaaata ctcccgattt attattacct aacgcaatcg
     2821 caccccccat cacaccaact ggccaaaaga gaaacagaaa ctccaactcc gacccacccc
     2881 gacccatttt cccctttgca gaatcacctc caacttttac ttttggggca tcaaacacaa
     2941 taagttagga ggaaggaata caatgagcta cctaaaattc gacaaaacgc tactgataaa
     3001 cctggaagaa tccctctcgc gcgaagtgct ccgcaccaac cgcaagggag cctaccattg
     3061 caccaccatc gtggattgca acacaaggaa ataccacggt ttgctagtca tgccggagcc
     3121 gaatctggac gacgacaacc atgtcgtcct ctcatcgctc gacgagacgg tgatccagca
     3181 cggcgccgaa ttcaacctcg gccttcacaa atacgaaggc ggaagtttca gccccaacgg
     3241 gcacaagtac atccgcgaat acacaatgga agccgtcccg cggaccgtct atcgcgtcgg
     3301 aggagtcgtc ctctcgaaag agaagatctt ctcccgcaca gacaaccaaa tcatgatcaa
     3361 gtacacactc atggacgccc actcgcccac cacgctgcgg tttcgcccct tcatggcctt
     3421 ccgtagcgtg aaagaactga cgcaagtcaa cggcatggcc gaccgatcct acgaagaagt
     3481 gcccaacggc atcaaaacct gcatgtaccc cggctacgcc cccctctaca tgcagttcaa
     3541 caaagcccca cagttcatct acgagcccta ttggtatcac ggcatcgagt accccaaaga
     3601 acaagagcgc ggctacccct acaaggaaga cctcttcgtg cccggatact tcgagctgcc
     3661 tatccagcgc ggcgaatcca tcgtcttctg cgccggcgac aaaccctaca aagagctgga
     3721 tcacctgccc gccttcttcg acgaagaagc agccgagcgc accccccgat cgagcttcta
     3781 caactgcctc aagaacgccg cccaccaaat gttctacatc ccccacggcg gcgacgaagt
     3841 ctacctcctg gccggatacc cctggttcaa agtccgcgcc cgcgacatgt tcgtctccat
     3901 gcccggttgc acactttact taaacgaacg cgaccgctac gaacgcctca tgcggacagc
     3961 catcccagcg ctccagacct tcatgcgcaa cggcctcccc gacaccatca tccgtgaaat
     4021 cgacgagccc gacgtgctcc tctgggtcgt gtggaacgtg cagcaattcg ccctcaagga
     4081 aggcctcgac gatgcccgcc gactctatgg cgacatcgtg catgaaatca tcgaatacct
     4141 cctcgcacag aagcacccca acctcatcct gcgcgacaat ggcctgctct acaccaacgg
     4201 ccgcgaacgc cccgtgacat ggatgaactc cgtcgtcaac ggccggcccg tcgtcccccg
     4261 aacaggctac atcgtagagt tcaacgccct ttggtacaac gccctctgct tctatcgcga
     4321 gatgcaaggc gacgacacac ccgaaatagt ccaccgcctc atctccgccc tcgacctctc
     4381 cttccccgcc acgttcgtca acccatacaa ctacctcttc gactacgtgg acaacggcac
     4441 caatcaagac tggagcgtac gccccaacat ggtcatcgcc ctcgcctgcc cctattcccc
     4501 actgacacgc gtgcagaagc gcggcgccct cgacatcgtc accaaagagc tcctcacccc
     4561 caaaggcctc cgctccctca gccccaaaag cgaaggctac cggccggact acatcggccc
     4621 gcaatacgaa cgcgatctgg cctatcatca aggccccgtc tggccctggc tcaccggcat
     4681 gtaccttacg gcttacctca gcctcttcgg ccgcggcggc gtctccttcg ccgagcgtac
     4741 cctgatcagc atggaggaag aaatgtccat gcattgcgtc agcaccatct ccgaactctt
     4801 cgacggcaac ccgcccttca ccggtcgcgg cgccatctca ttcctcatga gcgtggcctc
     4861 catcctgacc gtcatcgaac ggctcaaagc ctacaacgta gaagaataat tactacacac
     4921 acacgatatg aaagcattga tgtttgggtg ggaatttccc ccgcatatcc tgggcggcct
     4981 cggcacagcc agctacggcc tgatcaaggg catgtccctg cagcccgata tgcatatctc
     5041 gttagtgatc cccaagccct ggggcgacga agaccaaagt tttctgaaga tcataggcgc
     5101 ttgcaacacc cccatcgtct ggaaagacgt cgactacaat tacgtctccg agcgcctctc
     5161 taagttcatg gacccgcagg agtacttccg cctgcgcgac catatctatg ccgacttcag
     5221 ctatcgctat gtgaacgatc tgggatgttt cgagttctca ggtcgctatc ccgacaacct
     5281 actcgaggag atcaacaact actccatcgt agccggcgtc atcgcccgca ccgaagagta
     5341 tgacatcatc cacgcacacg actggctaac ttaccccgcc ggcatccacg ccaagacagt
     5401 cagtggcaag cccctcgtga tccacgtcca cgccaccgac tacgaccgca gccgcggcaa
     5461 tgtcaacccc gacgtctacg gcatcgaaaa gaacggcatg gactacgccg accacatcat
     5521 gacagtgagc gaactgaccc gccgcacagt gatcgagaag taccaccaag acccggccaa
     5581 ggtgacaacc gtccacaacg ccgtggagcc actcagcccc gagatcctcg ccatccccga
     5641 caaacgcgga gtgaaagaca agatcgtcac cttccttggg cgcatcacca tgcagaaagg
     5701 gccggagtat ttcgtcgaag ccgctgcccg ggtgctcgct aaggccaaca acgtgcgctt
     5761 cgtcatggcc ggcaatggcg acatgatgga caagatgatc cgcttggccg cctcacgcaa
     5821 catctccgac cgcttccact tcaccggttt catgaagggc aaacaggtct acgagatcct
     5881 caaagccagt gacgtctacg tcatgccctc cgtctccgaa cccttcggca tctccccctt
     5941 agaggccatg cagtgcggcg taccctccat catctccaag cagtcaggct gcgccgagat
     6001 cctgaagtat gccatcaagg tggactattg ggacatcgaa gccctggccg acgccatgta
     6061 tggcctcatc acttacccga cactgcacac cttcctccgc gacgaaggcc tcaaagaggt
     6121 caacaacatc aagtgggaat acgccggaca gaaagtccgt aaaatctatg atcaagtact
     6181 gtatggcaaa caataaataa gaagagagat atgaagacca tttgctttta ctttcaaata
     6241 catcaaccat ttcgcctgag gcgctaccgc ttcttcgaca tcggtaacaa ccattactac
     6301 tacgacgatt tccagaacga agagatcttc caccgcatct ctgagaaatg ctatctgccg
     6361 gccaatcgcg ccatcatgga gatgatccgc aagagtggcg gcaagttcaa ggttgccttc
     6421 tccatctccg gaacagcctt agaacagatg gagatctacg ccccggaagt gattgacagc
     6481 ttccgcgaac tggctgggct cggctgtgtg gagttcttag ccgagacgta tgcacactcc
     6541 ctgtcctcgt taggcgatgc ggaggaattc aaggctcaag tacgcatgca cacggagaag
     6601 atccagtctc tgtttaacgt caccccgaaa gtgttccgaa acactgaact gatctattcc
     6661 gacgacatct ccgaactcgt ctacgacctt ggcttcgagg gtatgctgac cgaaggcgcc
     6721 aagcacgtct tgggttggaa aagcccgaac tacgtctatg cctctgccat ccgtccacag
     6781 ctgaagctgc tgctcaaaaa cgaccgcttc agcgaagacc tctccatccg cttcgacgac
     6841 cacacgtgga cggagtaccc cctcacggcc gacaagtaca tctccgccat cgctgccaca
     6901 gccgagggcg aaaaggtggt gaacgccttt atgaactacg aggtgcttgg ctccatgcat
     6961 gccgctgaca cgggcatctt cgatttcttc aaagccctgc cgcagtacgc cgagcgcaac
     7021 gacatcacct tctcactgcc ctccgagatc ttcgcccaga tgaaccctgt cgattccatc
     7081 tcgtcgcctt accccatgtc gtgggtggac gaggagaagg attgcagctc gtggctcggc
     7141 aatgtgttgc aacaggaggc cttcaagaag atttatggga tcggtgagcg tgtacgcctc
     7201 tgcgagaatc gccgcatcca gcaggactgg atctacctgc aaagcagcga ccacctctac
     7261 tacatgagca cgaagcacta caacctcttt agcccgtatg acaatccgta cgatgcattc
     7321 aacaactaca tgaatgtgct ctctgacttc atcctgcgcg tgcaggcgca attccccgcg
     7381 tccattgaaa atgaggagct gaactcgctg ctgaccacca tccgcaatca gaacgaagag
     7441 atcagtaacc tgaaaaagga actgaaagca gccagcaagt agggaggaga ttaacaaacc
     7501 gtaacgaccc attcctccgt tgggggggca taaaaaagtt gcaagtgggg tatcaaccac
     7561 cgcttgcaac tttttttgtg tccggaggac tcgttcggca taagtagccg atgtcaagac
     7621 caaggcaggg aggctatttc ggcatagaat gttgtcgtat cgcgcaactg gacgtaatca
     7681 tttacccctg tctgtatggc cgtatcgttg atttcatctg ccggagcggg ctgcacttct
     7741 ccgtcgaaaa agagggagta acacaggacg actgcgaaaa aagataagag taatgctttc
     7801 atgtttttct actttttccc tgatgatgca cttgtgtacg aaacgttgca tcgtgtgggg
     7861 atattgtgta gaaactgttt cgcggcccaa tccctgccag ggggcgacta cacctccccg
     7921 ggctctttcc gctccggaac gaaggattca aacgtgccgt cggagtagaa gagtaggatg
     7981 cggtcgacct ctcgggcgat gattttcggt tgctcgggca cctctggcgt agggctgggg
     8041 ggtggttcgg gaggtggcgg tgaggatgtg gggggggcaa agaggcttgg tgccggggct
     8101 ttcgcttccg gtggtgcggc tgtggactgg gtgccgcgtg tcatcggacc cttctccatg
     8161 agcagccagt ctgcgctgat gtcggggaag cgctccaaga tctttttcat cacgtctaag
     8221 ctcgggttgt tgcggccgga ggtgatgtgc gacatggcgg cgcgctgtat gccgatggat
     8281 tcggcaaact gtgaggaggt gaggcctttc tgggtcatca cctgcataat tcgctctctc
     8341 tcagtcataa tatacaatcg ttgatttaca tatctatcct atccgcttga ctaaacgggt
     8401 atacaaagat aaatagcaaa ctggattcaa gaggaaacaa atgtatatct gaagcaatat
     8461 acatccatat acaatgaata tacaacgata gcccctactt gtgtggttgg tgtattatac
     8521 aaggatatac cccataaaga cttgctttct ttcatcctcg tatttaattg acagtaactg
     8581 atctatatcc cttgaaatgg gtctatatcc gggtgtatat cattcgatac atcttcctgg
     8641 ttggccttta attgaagtgt tacttgatag aagatagata aaacgctgat atataatact
     8701 catcaggtgt tatataaggt atatgttggt atttgcgagc atatatcgca gaggttgttt
     8761 gtgtatatgt ctgtagtata caagcgtaac aataggataa caggattgca cacttgtata
     8821 tcaaaaaaag ggattggtat accgcgatgt atacacatgt gtatacccca cagcattgta
     8881 tacgaatata aatgtatatt ccaataaata gcggtgatct tgtaacccaa tgatgaaatg
     8941 gatcggggtg tgttagaaat gtatccgagg atgtttcgga atatgtgcgc ggggaatgtt
     9001 gggcttgtcg gctagggggg atttactcgt cgaagggatg tggcgaatat gtggccgagg
     9061 ggtaaagagg gagggcttgg ggccttggga gagggccgac gggtagttcc gaaccacccg
     9121 atgatacgtt cggaacctat caagactacg ttcggaacgt atcaccacca cgttccgaag
     9181 cacccatcga tacgttcaga acgtggtgtg gatacgttcc gaagtggggg gtaatacgtt
     9241 ccgaacctat ctgcaccctg ttcc
//
LOCUS       SEQF3106|MIQD01000076.1 9115 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9115
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             280..375
                     /locus_tag="SEQF3106_01674"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEMNKRMMTASSEALKKNVQTGLEYYSKQKK"
     CDS             complement(479..2740)
                     /gene="spoT"
                     /locus_tag="SEQF3106_01675"
                     /EC_number="3.1.7.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KNM2"
                     /codon_start=1
                     /transl_table=11
                     /product="Guanosine-3',5'-bis(diphosphate)
                     3'-pyrophosphohydrolase"
                     /translation="MNAQDDRPESENQMIQDEFNRLIDDYCHSNHRRKIERITKAFNF
                     ANQAHKGVRRRSGEPYIMHPLAVARIVCNEMGLGSTSICCALLHDVVEDTEYTVENIR
                     DMFDDKIAQIVDGLTKISGVVFEEHASAQAENFRKLLLTMSSDIRVILIKLADRLHNM
                     RTLSSMLPAKQYKIAGETLYLYAPLAHRLGLFAIKTELENLSFKYEHPREYELINQKL
                     AATEAARNRLFDRFAKPVDEKLHAMGLQYEMRARVKSAYSIWNKMNAKKVPFEDIYDI
                     FAVRIVFEPKEGIDEKNLCWDIYSAITDIYRIRPDRLRDWVSRPKSNGYQALHLTVMG
                     PDGQWIEIQIRSHRMDDIAEKGFAAHWKYKEKHVEEDTELDKWLATITEILENPNPDS
                     LDFLDTVKMNLFSSEIFVFTPKGELKTLPQGATALDFAYALHTDIGDTCIGAKVNHRL
                     VPLSHKLSSGDQVEVLTSRSQKPAAEWLNYVVTAKARSKIEAYLKRVRREVAKEGEVK
                     LLAALHKSGFDAPASSLLDKIAVYYGFPTREGLYYAIEKGEVALPDNFKKIVQEKTDN
                     VLFKYLKQALRMGRKREMMTILPASSGPKKELPKYDRKKPYRLCEDEFNRNYVIAGCC
                     KPIPGDEALGFINDDGNVVVHKISCPIALRLKSSFGERILSTVWSNHINTSFEATLEV
                     KGIDSIGVLNTITRTISDSFNVNITKLTIEAKDGVFEGKIKMLVHNVEDIQNMCVTLS
                     KNTHIKSVARVAD"
     CDS             complement(2829..4373)
                     /gene="mltD_2"
                     /locus_tag="SEQF3106_01676"
                     /EC_number="4.2.2.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AEZ7"
                     /codon_start=1
                     /transl_table=11
                     /product="Membrane-bound lytic murein transglycosylase D"
                     /translation="MKKILFALFSLSLLIPGRALAQDDDDRNRQMEAAEDYSILSTDS
                     TYDDVGLIPEVLDENVRALLQSWHAKYFSQSDPYCIDHDENAPVPDSIYRDRLSRMPT
                     IIPMEYNPIVRNCISIYADRRRELVRYVMGMADLYFPLFEQVLDQYDLPLELKYLAII
                     ESNLNPRAYSRAGAAGIWQFMLPTGKLYGLEINSLIDERLDPIASTHAACKYFKQMYA
                     TFGDWYLVLASYNCGPGSVNKAIRRAGGRTSFWEIYPYLPRETRSYVPFYIAASYIMT
                     YHCEHNICPIRTSLSVATDTVMVNKLMHLRQVADVLNVDIEMLRTFNPQYKREIIPGH
                     IKPCPLKLPVAATYAYIDKQDSISNYRADEYLAAYLPKRVSDDGEGDSEPKTEMIRYT
                     VKSGENLYTIANKYGVTAQSIRKWNNLRTNRVPRGKRLTIYIDTGGVSYEGRSTDDSD
                     GERTTTARSASSRKYSAAKARTATARKAAASRKKKKTTARKSTRSTTAKKATARKKTG
                     KARKRR"
     CDS             complement(4380..5102)
                     /locus_tag="SEQF3106_01677"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKAIITLLICATAGLCAPTAGRAQGAPTHTGDTLRVDGVPVDS
                     LTARELWNRADTARADTLKRAAALPLPFKPNPTRAVIYSAIFPGLGQIYNRKYWKLPI
                     VYGGFMGFIYAVTWNNKNYRDYSDAYLHIMTDDVNSPSTWHQSWQNFVPRNRDPKDYI
                     TNTNFRNNLKSGKDYYRRYRDLSIILTVAWYFLCMADAYVDAQLFDFDISPDLSLHLA
                     PSLAPRTNNSPELFGLTCSINF"
     CDS             complement(5112..6011)
                     /gene="parB"
                     /locus_tag="SEQF3106_01678"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q83AH2"
                     /codon_start=1
                     /transl_table=11
                     /product="putative chromosome-partitioning protein ParB"
                     /translation="MAKTSRNRLGRGLDALLTPPDEIVTSGSSSINEIELSRIEPNPG
                     QPRSIFEEEALQELAKSIRTYGVIQPIILKEEGDGRYLIIAGERRYRAAEMAGLDKIP
                     AYIKTTQDENIAELALIENIQREDLNAIETALAYQRLIDANGFTQEQLSERVGKKRTT
                     VTNYLRLLKLPAEIQVGLKDRRIDMGHARALLSVEDPEVQLALYEQILTQGLSVRSVE
                     ELARNASAEVKQQQATDPARTPRKLLPDEFKILKEHLATFFQTKVNLTYDERNGKGKI
                     TIPFASEKELEGIMRLLDGMKQS"
     CDS             complement(6018..6782)
                     /gene="soj"
                     /locus_tag="SEQF3106_01679"
                     /EC_number="3.6.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37522"
                     /codon_start=1
                     /transl_table=11
                     /product="Sporulation initiation inhibitor protein Soj"
                     /translation="MGKVIALANQKGGVGKTTTTINLAASLAALEKKVLVIDADPQAN
                     ASSGLGVDIKNLPSSIYECLINGDTPSQAIVRTELDGLEVLPSHIDLVGAEIEMLNMD
                     HREQILKSVIQPLRDGYDFILIDCSPSLGLITVNALTAADSVIIPVQCEYFALEGISK
                     LLNTIKIIKSKLNPTLEIEGFLITMYDARLRVANQIYEEVKRPFQDLVFKTVIRRNVK
                     LVEASSFGRPILLYDAESQGSTNHMQLAREIIEKNH"
     CDS             7417..8637
                     /gene="xerD_4"
                     /locus_tag="SEQF3106_01680"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WF33"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MKMKVLLYLKKSSRDRSGKAPIMGRITLGRSIAQFSCKLFCSPD
                     LWNPRESRMDGKSREAVEVNGRLDNLLLTVQSAYQSLRAKGSPFDATDIKEHFQGSVQ
                     ARCMLIERLDLLVKEREKHVGIDLKANSMYNYRSARNRLQEFIRKQYNAADLAFSQLT
                     EHFIYEFQTFCLGRCGLQESTFFGTASLLKTVCRLAYREGLTDVLLFNKVRVEREDKK
                     TPKALDKDALDKLKALRFDGLDGNMEISRDVFLFACYTGAAYCDLMALNREHLIRDDV
                     GALWLKFNRQKTGVLCRVKLLPEALRLMNRLSDEGRDTLLPHINYLTYQSHLKVLRLR
                     AGIALPFTSHTARHTFATLITLEQGVPIETVSKMLEHSTVRMTERYAKVTPQKLFEEF
                     DRLIAFTEDLHLTI"
ORIGIN      
        1 cgtttttccc accgccttcc ttaggcttcc tccatactaa tagacttgca tgatgtctac
       61 aagctacctt gcacgataat tgcaagccat tgggtaaggt gcttccctcg gtgcggggaa
      121 gatgtttccc cgcatgcggg taaagggctt cccccgaggc gggtaaggtc cttccccgca
      181 tgcgggtaaa gggcttccct cgaggcgggg aaggtgtttc ccccggtgcg gggagatgga
      241 tttcctacgt cgaactcaat atataacccc aacaacagaa tggaaatgaa caagagaatg
      301 atgacagcct cgtctgaagc gctgaagaag aatgtccaaa ccggattaga gtactacagc
      361 aagcagaaga agtaagcccc cctcagaaaa cagccagccc caccagatgc ttcatccggc
      421 ggggctggtt gctgttgtga ggcgtcgtca ggccctccct ctctgcgagg tggacaaatc
      481 agtccgccac gcgggcaacg gacttgatgt gggtgttctt ggacagcgtg acgcacatgt
      541 tttggatgtc ctccacgttg tgcaccagca tcttgatctt gccctcgaag acgccgtctt
      601 tggcctcgat ggtgagcttc gtgatgttca cgttaaagct gtcggagatg gtgcgcgtga
      661 tggtgttcag gacaccgatc gagtcgatgc ctttcacctc gagcgtagcc tcgaaagagg
      721 tgttgatgtg gttgctccag acggtggaga ggatgcgttc gccgaagctg ctcttcaggc
      781 gtagagcgat gggacaggag atcttgtgga cgaccacgtt gccgtcgtcg ttgatgaagc
      841 cgagggcctc gtcgccgggg atgggtttgc agcagccggc gatgacgtag ttgcggttaa
      901 actcgtcctc gcagaggcgg tagggcttct tgcgatcata cttgggcaac tcctttttgg
      961 gcccggagga ggcgggcagg atggtcatca tctcgcgctt ccgccccatg cgtagggctt
     1021 gcttgaggta tttgaaaagc acattatccg tcttttcctg cacgatcttt ttgaagttat
     1081 cgggcagggc gacttcgcct ttttcgatgg cgtaatagag gccttcgcgg gtggggaagc
     1141 cgtagtagac ggcgatctta tcgagcagag aggaggcggg ggcgtcgaag ccggacttat
     1201 gcagcgcggc cagcagcttc acctcgccct ccttggccac ctcgcggcgg acgcgcttca
     1261 ggtaggcctc gatcttgctg cgtgccttgg ccgtcacaac gtagttaagc cattcagcgg
     1321 cgggcttctg cgagcgtgag gtgagcacct ccacttggtc gccgctggag agcttatggc
     1381 tcagggggac gaggcggtgg ttcaccttgg cgccgatgca ggtatcgccg atgtcggtgt
     1441 ggagggcgta ggcgaagtcg agcgccgtag ctccttgggg cagcgtcttg agctcgccct
     1501 tgggggtgaa gacgaagatc tcggacgaga agaggttcat cttcaccgtg tctaagaagt
     1561 cgagcgagtc ggggttcgga ttctcgagta tctcggtgat ggtggctaac catttatcga
     1621 gctccgtgtc ttcctccacg tgcttctcct tgtatttcca gtgtgccgcg aagcccttct
     1681 cggcgatgtc atccatgcgg tggctgcgta tttgaatctc gatccactgc ccgtcggggc
     1741 ccatgacggt gaggtggagc gcctgatagc cgttcgactt ggggcggctc acccagtcgc
     1801 gcaggcgatc ggggcggata cgatagatgt cggtgatagc ggagtagatg tcccagcaga
     1861 ggttcttctc gtcgatgcct tccttgggct caaagacaat gcggacggcg aagatgtcgt
     1921 agatgtcttc gaagggcacc ttcttagcgt tcatcttatt ccaaatggag taggcggact
     1981 tgacgcgggc gcgcatctcg tattgcagac ccatcgcgtg cagcttctcg tctacgggct
     2041 tggcgaagcg gtcgaagagg cggttgcggg cggcctcggt ggcggccagc ttttggttga
     2101 tcagctcata ctcgcgtggg tgttcgtatt tgaagctgag gttttctaac tccgttttga
     2161 tggcgaagag gcctaatcgg tgagccagtg gggcgtagag gtagagcgtc tcgccggcga
     2221 tcttgtattg cttggcgggg agcatggagc tgagcgtgcg catgttgtgc aagcgatcgg
     2281 ccagcttaat gaggatgacg cggatgtcgc tgctcatggt caggagcaac ttgcggaagt
     2341 tctccgcctg cgccgaggca tgctcttcaa agacgacgcc gctgatcttc gtcagcccat
     2401 cgacgatctg ggcgatctta tcgtcgaaca tgtcgcggat attctccacc gtgtattcgg
     2461 tgtcttccac cacatcgtgc agcagggcgc agcagatgga ggtggagccg aggcccatct
     2521 cgttgcagac gatgcgagcc acggccaagg ggtgcatgat gtagggctcc cctgaccgac
     2581 ggcgcacgcc cttgtgagcc tggttggcga agttgaaggc cttggtgatg cgctcgattt
     2641 tgcgccggtg gttgctgtgg caatagtcat cgatcaggcg attgaactcg tcctgaatca
     2701 tttggttttc ggactcgggc cgatcatcct gtgcgttcat aacgggaggt attaattgtg
     2761 ggggccgacc tctatgtgtc cgcctatggg attgtaaggg cagaccctat gcctgccccc
     2821 gtgggggatt aacggcgttt acgcgccttg cctgtcttct tgcgggctgt tgccttcttg
     2881 gctgtggtgc ttcgggtgga tttgcgcgcc gtcgtcttct tctttttacg tgaggcagcc
     2941 gccttacgtg ccgtagcggt gcgggctttg gcggcggagt atttgcgaga ggaagccgat
     3001 cgggctgttg tcgtgcgctc gccatccgag tcgtcggtgc ttcggccttc atacgatacg
     3061 ccgccggtgt ctatgtagat ggtcaggcgc ttgccgcggg gcacgcggtt cgtgcggagg
     3121 ttgttccact tgcggatgct ttgcgccgtg acgccgtact tgttggcgat ggtgtagagg
     3181 ttctcgcctg acttgacggt gtaacggatc atctccgtct tcggctccga atctccctcg
     3241 ccatcgtcag agacgcgctt gggcaggtaa gctgccaagt actcgtcggc gcggtagttg
     3301 ctgatcgagt cttgcttatc gatgtaggcg taggtggcag ccacgggtaa cttcagtggg
     3361 cagggtttga tgtgcccggg gatgatctcg cgcttgtatt gcggattgaa ggtgcggagc
     3421 atctcaatgt ccacgttcag cacgtcggcc acttggcgca ggtgcatgag cttgttcacc
     3481 atcaccgtat ccgtggccac ggagaggctg gtgcgtatgg ggcagatgtt gtgctcgcag
     3541 tgataggtca tgatgtagga ggcagcgatg tagaagggga cgtacgagcg tgtctcgcgg
     3601 ggcaggtagg gatagatctc ccagaagctc gtccggccgc cagcgcgtcg gatggcctta
     3661 ttcacgctgc ccggcccgca gttgtaagag gccagcacga ggtaccagtc gccgaacgtg
     3721 gcatacatct gtttgaagta tttgcaggcg gcgtgggtag aggcgatcgg gtcgaggcgc
     3781 tcatcgatga ggctgttgat ctctaaccca tagagcttgc ctgtgggcaa catgaattgc
     3841 cagatgccag cggctccggc tcgtgagtaa gcccgggggt tgaggttgct ctcgatgatg
     3901 gctaagtatt tcagctcgag tggcaggtcg tattggtcga gcacctgctc aaacaagggg
     3961 aagtagaggt cggccatgcc catgacgtag cgcactaact cgcggcggcg atcggcatag
     4021 atgctgatgc aattgcgcac gatggggttg tattccatcg gtatgatggt cggcatgcgg
     4081 gagaggcgat cgcgatagat ggagtcgggg acgggtgcgt tctcgtcgtg gtcgatgcag
     4141 taggggtcag actgggagaa gtatttggcg tgccagcttt ggagcagtgc gcgcacgttt
     4201 tcgtcgagta cttcggggat gaggccgacg tcgtcgtagg tggaatcggt ggagaggatg
     4261 gagtaatcct cagcggcctc catctggcgg ttgcgatcgt cgtcgtcctg ggccaaggcg
     4321 cggccgggga tgagtagaga gaggctgaat aaggcgaata agatcttctt catatcaggt
     4381 taaaagttaa tgctgcaagt gagcccgaag agctccgggc tgttgtttgt tctcggggcg
     4441 agggaggggg caaggtgcag ggagaggtcg ggggagatgt cgaaatcgaa gagctgggca
     4501 tcgacgtagg cgtcggccat gcagaggaag taccaggcga cggtgaggat gatgcttagg
     4561 tcgcgatagc ggcggtagta gtctttgcca ctcttgaggt tgttgcggaa gttggtgttg
     4621 gtgatgtagt ccttcgggtc gcggttgcgg ggcacgaagt tttgccagct ctgatgccat
     4681 gtgctggggc tgttcacgtc gtcggtcatg atgtggaggt aggcgtcgga atagtcgcgg
     4741 tagttcttgt tattccacgt cacggcgtag atgaagccca tgaagccgcc gtagacgatg
     4801 ggcagcttcc agtatttgcg gttgtagatc tgcccgagcc cggggaagat ggccgagtag
     4861 atgacggcac gtgtggggtt gggcttgaag gggaggggga gcgcagcggc gcgcttgagg
     4921 gtatcggcgc gggcggtgtc tgcccggttc cacagttcgc gggcggtgag ggagtcgacg
     4981 ggcacaccgt ccacacggag cgtgtcgccc gtgtgggtgg gggcgccttg cgcacgtccg
     5041 gccgtggggg cacatagccc tgccgtggcg cagattaaga gggtgatgat cgctttactc
     5101 acgctggcgt ttcaactctg cttcatgcca tccagtaggc gcatgatgcc ttctaattct
     5161 ttctcggagg cgaaggggat ggtgatcttg cccttgccgt tccgctcgtc gtaagtcagg
     5221 ttcaccttcg tttggaagaa ggtggccagg tgctctttga ggatcttgaa ctcgtcgggg
     5281 agcagcttgc gcggtgtgcg ggcggggtcg gtggcctgtt gctgcttcac ttcggcggag
     5341 gcgttgcggg ccagctcctc cacgctgcgg acggagaggc cttgcgtcag gatttgctcg
     5401 tagagggcga gctgcacttc ggggtcctca acggagagga gtgcccgggc gtggcccatg
     5461 tcgatgcgtc tgtctttcag cccgacttgt atttcggctg gcagcttgag caggcgcagg
     5521 tagttcgtta cggtggtgcg cttcttcccg acgcgttcgc tgagttgctc ttgtgtgaag
     5581 ccgttggcat cgatcaggcg ctggtaggcg agggctgttt cgatggcgtt gaggtcttcg
     5641 cgctggatgt tctcgatgag tgccagctcg gcgatgttct cgtcttgtgt ggttttgatg
     5701 taggcgggga ttttgtcgag gccggccatc tcggctgctc ggtagcggcg ttcgccagcg
     5761 atgatgaggt atcgcccgtc gccttcttct ttgagtatga tgggctggat gacgccgtag
     5821 gtgcggatgg acttggcgag ctcttggagt gcttcttctt caaagatgga gcgcggctgg
     5881 ccggggtttg gctcgatgcg gctgagttcg atttcgttga tggacgatga tccgcttgtt
     5941 acgatctcgt ctgggggggt aagcagggcg tcgaggccac gccctaatct gttgcgtgat
     6001 gttttggcca ttgtgtctta gtggttcttt tcgatgatct ctcgggccag ctgcatgtgg
     6061 ttggtggaac cttgcgactc ggcgtcgtag aggaggatgg ggcggccgaa gctggaggct
     6121 tccacgagct tgacgttgcg gcggatgacg gtcttgaaga cgaggtcttg gaagggtcgc
     6181 ttgacttctt cgtagatctg gttggctacg cggaggcggg cgtcgtacat ggtgatgagg
     6241 aagccttcga tctcgagtgt ggggttgagc ttcgacttga tgattttgat tgtgttcagc
     6301 agtttgctga tgccctcaag ggcaaagtat tcgcattgca cggggatgat gactgagtcg
     6361 gcggcggtga gggcgttgac ggtgatgagc ccgagcgagg gggagcaatc gatgaggatg
     6421 aagtcgtagc catcgcgcag gggctggatg acgcttttca ggatttgctc gcggtggtcc
     6481 atgttgagca tctcgatttc ggcgcccact aagtcgatgt gcgaggggag cacctcgagg
     6541 ccgtcgagct ctgtgcggac gatggcttga ctgggtgtgt cgccattgat gaggcattcg
     6601 taaatggagg agggtaggtt cttgatgtcc accccaaggc cggaggaggc gttggcctgg
     6661 ggatcggcgt cgatgacgag gactttcttc tcgagtgcgg ccagtgaggc ggccaggttg
     6721 atggtggtgg tggtcttccc gacgccacct ttttgattgg ctaatgcaat gacttttccc
     6781 atatatataa ctgctttcgc gcaagtgtat ggcctgttgc ttcttgtttt atcgggccct
     6841 tgcgtagggc aaaggtaggt gctgttttga atataggggg gggggattgg ttggctgtgg
     6901 cggggggggt ggggtaatca tggcgctata acggattgta tgggtaggtg gatttgggtt
     6961 ttccgcaaac ggagcagcgt cctatccata gagccagtgc acgcttggcg aagcgtttag
     7021 gcgctgggat ggggtattta ggctctgagt agaataaata taggtccggg accgaaaaac
     7081 atcgtcatcg gacgtaatca attaggttcc ggacgtaact attcccctca aaggtagaag
     7141 ccctgatgtc gaagcaagtg gactgattgt taggcggaaa ggagtagata tgctttcggt
     7201 tgcgtcgagc gtaaaaggca gaaaagtgcg gatccgagca agagttcagt aaccaaaccg
     7261 ttaccctgtc tggtagtagg taacgacggt gcagtgatag gtaactgagc ctttctcgca
     7321 cacggttctt ttgcattgat atacaggaat ctgcacaggt aacgggcgct ttgaaccggg
     7381 taattttgcc cacagttttc aaagcgtatg gatgacatga aaatgaaggt gttgctctac
     7441 cttaaaaaga gcagtcgcga caggtcgggc aaggcgccga tcatgggacg catcacgctg
     7501 ggacgttcca tcgcacagtt tagttgcaag ctgttctgta gccctgattt gtggaacccg
     7561 cgcgaaagtc ggatggacgg aaagagccgc gaagcggtcg aggttaatgg acggttggac
     7621 aacctgcttc tcaccgttca gtccgcctat cagtccttgc gggccaaggg atcaccattt
     7681 gacgcaacgg atatcaagga acatttccag ggcagcgtgc aggctcgatg tatgctgatt
     7741 gaacgcttag atctccttgt caaggagcgg gagaagcatg taggtataga tcttaaggcg
     7801 aattctatgt acaactatcg ctctgctcga aaccggttgc aggagtttat ccgaaagcaa
     7861 tataacgctg cggatctggc tttctcgcaa cttacagaac actttatcta tgagtttcag
     7921 acgttctgtc ttggtcggtg cggtcttcaa gaaagcacct tcttcggaac ggcctccctg
     7981 ctgaaaacgg tatgcagact ggcttaccgc gaagggctga cagatgtttt actgtttaat
     8041 aaggtacgcg tagagcgaga ggacaagaaa acgccgaaag cgctcgataa ggacgcgttg
     8101 gacaagttaa aagcgctgcg ttttgacggt ttggacggga atatggagat ctcccgcgat
     8161 gtgtttcttt tcgcctgtta caccggcgcc gcctattgcg atctaatggc gctgaaccgt
     8221 gagcatctca ttcgcgacga cgtgggtgcc ctttggctga aattcaaccg acagaaaacg
     8281 ggcgtcctct gccgtgtaaa gctgttgccc gaagcgcttc gattgatgaa cagactgtct
     8341 gatgaaggaa gggacacgtt gcttcctcac atcaattacc tgacctatca atcgcatctg
     8401 aaggttctca gactgcgggc cggtatcgcg ctacccttca cctcgcacac cgctcgacac
     8461 accttcgcta cgctcatcac cttggaacag ggcgtgccca tcgagacggt gagcaagatg
     8521 cttgaacata gcacggtgcg catgaccgag cgatatgcga aggttactcc ccaaaagcta
     8581 tttgaagagt tcgatcgctt gatcgccttc actgaagatt tgcacctaac catttaacca
     8641 caaagcacta tgagaagtac attcaaaatc ctgttctaca tcaacagaca gaagacaaaa
     8701 gcagacggca agacagccat cttttgccgc gtcaccatcg atggcagaag tgtggtgatg
     8761 acaaccgccg aggaatgtct gccagatgaa tggaacagca gacaagggac aactggcgaa
     8821 aagaaaatca atcaacgcct cgcagcgttc agggagcttg tggaaaagac ctacgcggaa
     8881 atgcttacga aggacggagt ggtcagtgca gaactcctca agaatcgttt gcagggtgtc
     8941 gcggccactc caaccaccct tttggccatg agcgaggcag aactgcaatc cgttaaggca
     9001 tgcgtgggta agtcaagatc tgagaagacc atcgcacaac atctccgcgt cagcgcccac
     9061 atctttccga ctcgatattc agagcattta ggccgagttg agtgcttgat ctacc
//
LOCUS       SEQF3106|MIQD01000077.1 8867 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8867
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(248..844)
                     /gene="pncA"
                     /locus_tag="SEQF3106_01681"
                     /EC_number="3.5.1.19"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21369"
                     /codon_start=1
                     /transl_table=11
                     /product="Nicotinamidase"
                     /translation="MKTALLLVDIQNDFITGSLPVPDGAAIIDPVNSCMRDYEYVIAT
                     QDWHPATHFSFNTSHPGRKPFETIERDGQQQTLWPPHCVQATDGAALHPQLNTASIAA
                     IFRKGMHPDIDSYSAFFDNLRRRQTGLDGYLRGLGIGRLTIAGLAADYCVYYTIKDAL
                     ALGYEVTLPERLTRPISPEDFERQKQELTAHPAFTLTD"
     CDS             982..1701
                     /locus_tag="SEQF3106_01682"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKLRAWLKPNPLTADPTDYTAVVKTSGNLGVADIVNEMKDDGM
                     EFQPETVTDIIQRFCRKAAERVTDGYCINMGLVNMRPVVRGSFPDRMWNEGRNSVRIA
                     VSPGVLLRRAAAEAEVEIVGQQPSPISIISIKDLTTGRMDGLLTRGRAAELRGSYLKI
                     MGTDPAVGIAFRHIETGVMTRLTPGEIVVNYPSRLVILVPDSLPDGTYSLTLTTQFTS
                     IRAKLLSSPRSITFKNEVVIR"
     CDS             complement(1919..2761)
                     /locus_tag="SEQF3106_01683"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTKDGLIRIIGRNTYYAPPHRHTFAPPRAVWIRGYLCKVRSKE
                     DLSHYTMNEIPLTEPLRQTLFQPPLFDGAPTSLLASLTERLDARLYALEKNDVIARQG
                     AACRALYVLLKGRVRVDIIDAWGNRVMIEAIVAPRSFATPHLFSRDQTLPATFTATMP
                     STLLMAPRESLFRLISEEPYLLKNFLHVSGNCNHCTSSRLRILTQRTVRNRFVAYLLE
                     HRPSADSWIAAEHNTSQLAHYLCVTRPALSKEIGKMVREGLIAVDGRRFRLLAEQQLR
                     QEMG"
     CDS             2799..4058
                     /locus_tag="SEQF3106_01684"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFCMIFSLFVGGMMAQPGDNQTTVDVQLRPRAEYRNGSLFPRDQ
                     GDLPARFITNRARLSLGYERSQLEMRLSAQHVGVWGQDPQIDRNGRFILNEAWAKLRF
                     GHGLFAKLGRQPLSYDDERILGALDWNMAGRYHDALKLGYESPQDLLHLILAFNQNDE
                     RVIGGTYYKPGAQPYKSMQTLWYAHTGEQFRVSALAMNIGLEGGTEARAETRYQQTFG
                     VNLGLRPDRVWDLSGAFYYQTGRTAADVSISAWMAALRANIHATEDLSFLIGSDYLSG
                     DDRGSADFEAFNPLYGTHHKFYGAMDYFYASPFANRLNPGLWDNYAGLDVAVTPRLNL
                     GATGHYFSITSDLQSRTGSLSKGLGTEVDLQLSWKLMKDVNLMAGYSFMFGTETMDYV
                     KGGDHTRWQDWAWLSVNIRTRVFQAAW"
     CDS             4247..4840
                     /gene="nrfH"
                     /locus_tag="SEQF3106_01685"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9S1E6"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytochrome c-type protein NrfH"
                     /translation="MKKLLTSLPRQLVLPLFVFGGILAGLGAYAAYMARIHTYLSDDP
                     SVCINCHIMTPYYNSWDHSSHGRRATCNDCHVPHENVFLKYAFKAKDGLLHASVFTLR
                     GEPLALRPRQESYEVIMNNCIRCHTQLNQEFVKTGMISYVDAKNGQGKACWDCHTNVP
                     HGKRSSLAATPDAVVPLPKSPVPDWLKKMMGSGKSKN"
     CDS             4906..6423
                     /gene="nrfA"
                     /locus_tag="SEQF3106_01686"
                     /EC_number="1.7.2.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8EAC7"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytochrome c-552"
                     /translation="MFKRLTDTIRRRPIVGWILFFAVMAGVFLLGLLAASITERRAEI
                     ATIYNNKKTDIPEFETRNEIWGLNYPREYETWAQTADTSFSSEFNSSQAVDVLEQRPQ
                     MVIFWAGYAFSRDYSSPRGHKHAIEDMRRTLRTGNPGIDGDKDMQPATCWTCKGPDVP
                     RMMHEVGIANFYKGPWSSMGAEIMNPIGCGDCHDPKTMDLKITRPALIEAFQRQGKDI
                     TKATPQEMRSLVCAQCHVEYYFKGEGQYLTFPWDKGMTMEDAEAYYDETDYYDYIHAL
                     SRAPILKAQHPEYEIAQQGIHAQRGVACADCHMPYKSEGGIKYSDHHITSPLQYIDRT
                     CQVCHRESEETLRQNVYERQRKVNEVRNKLEDELVHAHIEAEFAWKKGATEAEMAPVL
                     KFIRQSQWRWDYGVASHGAAFHAPQEVTRILSAGLERAMKARLALSRILAKHGYTDEV
                     PMPDISTKEKAQRYIGLNPEELRRKKGEFLKTVVPKWIEEARKKNRIMTADASRS"
     CDS             6424..7689
                     /locus_tag="SEQF3106_01687"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQQHRRPMWQHPWHWKESIAFVSGILLTGLLLQITVGEFDFAL
                     LRYPVNVVVGAVIVLLAAAIAWGTKRSAFCRWYTGVPLAVTLIAAFVVTGVIMGLTPQ
                     STTRPAEGAMHFTSRLGLDRMTSAWPFVLLYFLTLLSLGALTIRRLIRFRWSDYAFYL
                     NHAGLWLLLFAAGLGAADMERFLMRVNEEEVEWRATDSHGRVMQLPIAIELYDFSMEE
                     YPPSLTIIDRKTGVSQPAEKPEFLPIDPKMPRGRLAGWDIELLEYIHEAVRNSDSTYR
                     EVHMPGASPAARIKARNPATGAQRTGWVCAGNISQLYMVLNLDTNFCVAATMPDPRRF
                     VSDIEVYRKGYDTGTHVQLEVNRPFRTGPWTIYQHGYDSEAGKLSEYTIIELVYDPWL
                     TLVYIGIVLLAAGSVCMLWGGRVVRSSKE"
     CDS             7807..8592
                     /gene="ccsA_2"
                     /locus_tag="SEQF3106_01688"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P72978"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytochrome c biogenesis protein CcsA"
                     /translation="MTWNDFPWFALPALLCWVGAGIAVYKYRGVSHVLMLLGTLIYAV
                     FIAGLWVGLERPPMRTVGETRLWYAFFLAAVGYATFRRHRYPWLLSFAALVACVFTCI
                     NLFKPEIHSKHLMPALQSYWFVPHVTVYILSYAMLGAATIGAFIRLRALHRAPDAPAD
                     KALYRLMDNLIYTGFGFLMCGMLMGAVWAKEAWGHYWSWDPKETWAFVTAAAYLVYIH
                     LRLRRAPERVVLWTLPIAFVLLMITWIGVNYLPAAQGSVHVYG"
ORIGIN      
        1 aacgccgatg gtactgctga actaaaagtg ggagagtagg tagctgccgt tttttttgaa
       61 agtgaagtcc ctccgttgat cgattaagat cggcggaggg attctttttt tgtgcggagc
      121 gtactttcag gcctcttcta tatgtctccc tctctctcat gagataggac gcaggtggag
      181 gtagataaac gagacgcccc actgcctacc gatggcagcg aggcgtcgtc tttagagggc
      241 ggaggcttta gtccgtgagg gtgaaggctg ggtgagcggt gagctcttgc ttttggcgtt
      301 cgaagtcttc gggggagatg gggcgggtga ggcgttcggg gagggtgact tcgtagccta
      361 aggcgagggc gtccttgatg gtgtaataga cgcaatagtc ggcagccaga ccggcgatgg
      421 tgaggcggcc gatgccgagg ccacggaggt agccatcgag gccagtctga cgtcggcgga
      481 ggttgtcgaa gaaggcgctg tagctgtcga tgtcggggtg catgcctttg cggaagatgg
      541 cggcgatgga ggcggtgttg agctggggat ggagtgcggc gccgtcggtg gcctgtacgc
      601 aatggggcgg ccagagagtc tgctgctggc catcgcgctc gatggtctcg aagggctttc
      661 ggccggggtg agaggtgttg aagctgaaat gcgtggcggg gtgccagtct tgggtggcga
      721 tgacgtactc gtaatccctc atgcaactgt ttacgggatc gatgatggcg gcgccgtcgg
      781 ggacggggag gctgccggtg atgaagtcgt tctggatgtc gactaaaagg agggctgttt
      841 tcatttctct gtgtgtgatg ttattttgtg agtgaaaatt cacggcgaaa atagctgctt
      901 gcgctgtctc tttaggtgga agagcgtgtg tgtgcttagg ccttcccaat catcgaatta
      961 tcaataatcc tacttcctat tatgggcaaa ctaagagcat ggcttaagcc gaatcccctg
     1021 acggccgatc cgacggacta cacggctgtg gttaaaacga gcggcaacct tggtgtggcc
     1081 gacattgtga acgaaatgaa agatgatggc atggagttcc aacccgaaac ggtgactgac
     1141 atcatccagc gcttctgtcg caaggcggcc gaacgtgtca cggatggcta ttgcatcaac
     1201 atggggctgg ttaacatgcg gcctgtggtg agggggagct tcccggaccg tatgtggaac
     1261 gaaggccgta acagcgtccg gatagcggtt agtccaggtg ttttgctgcg acgtgctgcc
     1321 gcagaggctg aggttgaaat cgtaggtcaa cagccttcgc ctatttcgat catttcgatc
     1381 aaggacctta ctacaggccg tatggatggc ttgctcaccc gcgggcgcgc ggccgagttg
     1441 cgcggttctt atctgaaaat catggggaca gatccagctg ttggtatcgc ctttcgccac
     1501 atagagacgg gtgttatgac ccgccttacg cccggcgaga ttgtggtgaa ctatccctcg
     1561 cgcctcgtga tcctcgtccc cgacagcctc ccggacggca cttatagtct cacacttacc
     1621 acacagttca cttctataag agccaagctc cttagtagcc ctcgttctat cacatttaag
     1681 aatgaggtcg tgatacggta acctatcgaa gaattagcgg cgaattttgt tagaattagc
     1741 atgcgaatgc ttttgaaatt agccagctaa ttttccggag attagaaggc taatttctca
     1801 aagattagcc gctaatttcc tcgcctgcta caggtagacg caataaggca tagcctaaag
     1861 cggaggatta tgggttaagg cttcagcctt gttttccgat tgaagtgatt tgcccccctc
     1921 accccatttc ctgccggagc tgctgttcgg ccaggaggcg gaagcggcga ccatcgacag
     1981 cgatgagccc ctcgcgcacc atcttgccga tctctttcga gagtgccggg cgggtgacgc
     2041 agaggtagtg cgccagttgc gacgtgttgt gttcggctgc tatccagctg tccgcgctcg
     2101 ggcggtgctc cagcaggtag gccacgaagc ggttgcggac ggtgcgctgc gtgaggatgc
     2161 gtaggcggct ggaggtgcag tgattgcagt tgcccgagac gtgcaggaag ttcttcagca
     2221 ggtaaggctc ctcgctgatg agccggaaga gggactcgcg cggagccatg agtagcgtgg
     2281 agggcatggt ggcggtgaag gtggccggca gcgtctggtc gcggctgaag aggtggggcg
     2341 tggcgaagga gcgcggcgca acgatcgcct cgatcatcac tcggttgccc caggcgtcga
     2401 tgatgtcgac ccgcacacgc cccttgagca acacgtagag cgcgcggcag gcggcgcctt
     2461 gtcgggctat cacgtcgttc ttttccaagg catacagccg ggcgtcaagc cgctccgtga
     2521 gcgaggcaag gaggctcgtc ggcgccccat cgaagagggg gggctgaaat aatgtctgcc
     2581 gcagcggctc ggttaggggg atctcattca tggtgtagtg gctcagatct tctttagatc
     2641 tcactttgca aaggtagccc cttatccata cggcccttgg cggggcgaat gtgtggcgat
     2701 gcgggggggc gtaataagta ttacggccaa tgatccgaat aagcccgtcc tttgtattca
     2761 ttaattaaat aatggaggac taaacaatga gacgaactat gttttgtatg atcttttcgc
     2821 tgttcgtagg cggaatgatg gcgcaaccgg gcgacaacca aacaacagtg gatgtgcagc
     2881 tgcggccacg tgccgagtat cgtaacgggt cactctttcc gcgcgaccag ggggatctgc
     2941 cagcccggtt catcaccaat cgggcgcgcc tgtcgttagg ctacgagcgt agccaactcg
     3001 agatgcgcct ctccgcgcag catgtaggcg tctgggggca agatccgcag atcgatcgca
     3061 acgggcgctt catcctcaac gaggcttggg ctaagctccg cttcggtcac ggcctgtttg
     3121 ccaagttagg gcgccagcca ctctcgtacg acgatgagcg catcctcggc gcgctggatt
     3181 ggaacatggc tgggcgttac cacgacgccc tgaaactcgg ttacgagtca ccgcaggatc
     3241 tcctgcacct gatcctggcc ttcaatcaga acgacgagcg ggtcatcggc ggcacgtatt
     3301 ataaacccgg tgcacagccc tacaagtcga tgcagacgct ttggtacgcc cacaccggcg
     3361 agcaattccg cgtctcggcc ctggccatga acataggtct ggagggcggc accgaggcgc
     3421 gggctgagac gcgctaccag cagaccttcg gggtcaacct cgggttacgt ccggatcgcg
     3481 tctgggacct ctccggtgcg ttttattacc aaacagggcg aactgcggca gacgtctcca
     3541 tctcggcttg gatggcggcc ttgcgagcca atatccatgc cactgaagat ctctccttcc
     3601 tgattgggtc agactacctc tcgggcgacg accgcgggag cgccgacttc gaggccttca
     3661 atccgctcta cggcacgcat cacaagttct acggggcaat ggattacttc tacgcctccc
     3721 ccttcgccaa tcgcctgaac cccggcctgt gggacaacta cgccggactg gacgtcgccg
     3781 tcaccccacg cttaaacctc ggcgctacgg gccactactt cagcatcacg agcgacttgc
     3841 agtcacgcac cggctcgctc tctaagggct taggcacgga ggtcgatttg caacttagct
     3901 ggaagctcat gaaagacgtc aacctcatgg ccggctattc cttcatgttc gggacggaga
     3961 cgatggacta tgtgaagggc ggcgatcaca cgcgttggca agactgggcg tggctctcgg
     4021 tgaacattcg gacgcgcgtc tttcaggccg cctggtaagg gtctaccagt tagaagtgac
     4081 cagttacaag tgacaagtgg agagtaccag gcactcgtaa ctcgtaactg gtaactcgta
     4141 actgacaacc cgtaactcgt aactattacg gcatgtaata cttgttacac ctttctttac
     4201 acttcgggga tacctttgtc cccgttgatt gtagccccga tccgttatga agaaattatt
     4261 gacctcccta ccgcgtcagc tcgtccttcc cctcttcgtt ttcgggggaa tcttggccgg
     4321 gctcggcgcc tatgcggctt acatggcgag gatacacacg tacctcagcg acgacccctc
     4381 ggtgtgcatc aactgccaca tcatgacacc ctactacaac tcgtgggatc acagttcgca
     4441 cggccgacgg gcaacgtgca acgactgcca tgtgccgcat gaaaacgtat tccttaagta
     4501 tgccttcaag gccaaagacg gactcctgca tgcctccgtc ttcacgctgc gaggtgagcc
     4561 cctcgcgctg cgtccgcgcc aggagagcta cgaagtgatc atgaacaact gcatccgttg
     4621 ccacacgcaa ctcaaccaag agttcgtcaa gaccggcatg atctcttatg tggacgccaa
     4681 gaatggccaa ggcaaagcct gctgggactg ccacacgaac gtgccccacg gcaaacgcag
     4741 cagcctcgcc gccacgccag atgctgttgt accactcccc aagtcgcccg tgcccgattg
     4801 gctgaagaag atgatgggaa gcgggaaatc gaaaaactaa caacgaggcg tccgccccta
     4861 tcctctaact accctttgac taccctctaa ctactcctta ctactatgtt caagagatta
     4921 actgacacca ttaggcgccg acccatcgtc gggtggatcc tgttcttcgc cgtcatggcg
     4981 ggcgtgtttc tgctgggttt attagccgca tccatcaccg agcggcgcgc cgagattgca
     5041 acgatttaca acaacaagaa gaccgacatc cccgagttcg agacgcgcaa cgagatctgg
     5101 ggcctcaact atccgcgcga atacgagact tgggcgcaga cggcggacac ctctttctcg
     5161 tctgaattta atagcagcca ggccgtcgat gtgctggagc agcggccaca gatggtcatc
     5221 ttctgggcgg gctacgcctt ctcacgtgac tactcttcgc cccgcggcca taagcatgcc
     5281 atcgaagaca tgcgccgcac gcttcgtaca ggtaatcctg gtatagacgg agataaagac
     5341 atgcagccag ccacctgctg gacatgtaaa ggccccgacg tgccccgcat gatgcacgag
     5401 gtgggcattg ccaacttcta caaggggccg tggagctcga tgggcgccga gatcatgaac
     5461 ccgatcggct gcggcgactg tcacgacccg aagacgatgg atctgaagat cactcgtcct
     5521 gcgttgatcg aggctttcca acgtcaaggc aaggacatca ccaaggccac cccgcaggag
     5581 atgcgctcgc tcgtctgcgc ccagtgccac gtggagtatt acttcaaagg tgaaggccaa
     5641 tacctcacct tcccgtggga caagggcatg acgatggagg acgccgaggc ctactatgac
     5701 gagacggact actacgacta catccacgcc ctcagccgtg cacccatcct caaggcgcag
     5761 caccctgagt atgagattgc tcaacaaggc atccacgcgc agcgcggcgt agcttgcgcc
     5821 gactgccaca tgccgtacaa gtcggaaggt ggcatcaagt actccgatca ccacatcacc
     5881 agcccgctgc aatacattga ccgcacctgc caagtgtgcc accgcgaaag cgaggagaca
     5941 ctccggcaga acgtctacga acgtcagcgt aaggtcaacg aggtgcgcaa caagctcgaa
     6001 gatgagcttg tgcatgccca catcgaggct gagtttgctt ggaagaaggg cgctaccgaa
     6061 gccgaaatgg cacccgtgct gaagttcatc cgccaatcgc aatggcgttg ggactatggc
     6121 gtggcatcgc acggagctgc cttccacgca ccgcaagagg tgacgcgcat cctcagcgca
     6181 ggcctcgaac gcgccatgaa ggcgcgcctt gccctctccc gcatcttggc taagcacggc
     6241 tacaccgacg aggtgcccat gcctgacatc tccaccaagg agaaggcgca gcgctacatc
     6301 ggcctgaatc ccgaagagct gcgccgcaag aagggcgagt tcctcaagac cgtcgttccg
     6361 aagtggatcg aagaggcgcg gaagaagaac cgcatcatga cggctgacgc atcgaggagc
     6421 taaatggagc aacaacaccg ccgccccatg tggcaacatc cctggcactg gaaggagagt
     6481 atcgctttcg tgtcagggat tcttctgacc gggctgctgc tgcagatcac cgtcggcgag
     6541 ttcgactttg ccctgctgcg ttacccggtg aacgtggtcg tgggtgccgt gatcgtcctc
     6601 ttagccgccg ccatcgcgtg gggcacgaag cgtagcgcct tctgtcgttg gtacacgggt
     6661 gtgccgctgg ctgtgacgct catcgctgcc ttcgtcgtga cgggcgtcat catgggcctc
     6721 acgccgcagt cgaccacccg accggccgag ggcgctatgc acttcacctc ccgcctcggc
     6781 ctcgaccgca tgacgagcgc ttggcccttc gtcctcctct acttcctcac gctgctttcg
     6841 ctcggcgcac tcaccatccg tcggttgatc cgcttccgat ggtcagacta tgccttctac
     6901 ctcaaccacg ccggactctg gctgctgctc ttcgccgcgg ggcttggtgc ggcggacatg
     6961 gagcgcttcc tgatgcgtgt gaacgaggag gaagtggagt ggcgcgctac ggacagccac
     7021 gggcgcgtca tgcagctgcc catcgccatc gagctgtatg actttagcat ggaggaatat
     7081 ccgccctcgc tgaccatcat cgatcggaag acgggcgtca gtcagccagc agagaagccc
     7141 gagtttctgc ctatcgatcc gaagatgccg cggggcaggc tggccggctg ggacatcgag
     7201 ctgctggaat acatccacga ggccgtgcgc aacagcgaca gcacctaccg cgaggtgcac
     7261 atgcccggcg cttcgcccgc ggcacgcatc aaggcgcgca accccgcgac cggcgcacag
     7321 cgcacggggt gggtgtgcgc aggcaacatc tcccagctgt acatggtgct caacctcgac
     7381 accaacttct gcgtggccgc caccatgccc gacccgcgcc gcttcgtctc cgacatcgaa
     7441 gtctaccgca aaggctacga cacaggcacc cacgttcaac ttgaggtgaa ccgccccttc
     7501 cgcacgggcc cttggaccat ctaccagcat ggctacgaca gcgaagccgg taagctctcc
     7561 gaatacacca tcatcgagct cgtctacgac ccttggctca cgctcgttta catcggcatc
     7621 gtccttctgg ctgccggctc cgtctgtatg ctgtggggcg gacgggtagt cagaagtagt
     7681 aaggagtagt tagaagtagt caggagtagt taaagggtag tcagggggta gttaaagaat
     7741 agttagagag tagtagggcg aacgcctccg tttttagttt ttagtttttc gattttagtt
     7801 acccccatga cctggaatga tttcccttgg ttcgccttgc ccgccctgct gtgctgggtt
     7861 ggcgccggca ttgccgtata taaatacaga ggtgtaagcc atgtgctgat gctgctcggc
     7921 acccttatct acgccgtctt cattgccggc ttgtgggtcg gtttagagcg accgcccatg
     7981 cgcaccgtcg gcgagacgcg cctttggtac gccttcttcc tcgccgccgt gggctatgcc
     8041 accttccgcc gccaccgtta cccgtggctg ctcagcttcg ccgccctcgt ggcatgcgtc
     8101 ttcacgtgca tcaacctctt caagcccgag atccactcca aacacctcat gcccgcgctc
     8161 cagagctact ggttcgtgcc gcacgtgacg gtctacatcc tctcctacgc catgctcggc
     8221 gcggccacca ttggcgcctt catccgcctg cgcgccctgc accgtgcccc ggacgccccc
     8281 gcggacaagg cgctctatcg actgatggac aacctgatct acaccggttt tggcttcctt
     8341 atgtgcggca tgcttatggg cgccgtctgg gccaaggagg cgtgggggca ctactggtcg
     8401 tgggacccga aggagacgtg ggccttcgtc accgccgctg cgtacctcgt ttacatccac
     8461 ctccgcctgc gccgtgcccc ggagcgcgtt gtgctgtgga cgctgcccat cgccttcgtc
     8521 ctgctgatga tcacctggat cggcgtcaac tacctgccgg cggcgcaagg cagtgtgcat
     8581 gtgtatggat gatgagaggg aaggaagtgc gaacagctaa aactgcgccg aatgcttgtt
     8641 cgtgaaggtc ttgggttaac aggatggggg cgtaaacagg atgcccctac ccggggatca
     8701 cccgaaactt gccacgtttt accctttgca cggcgtgcaa gctccgaaac ttgccacgaa
     8761 tcataactta catgcgtgtc tgttatgaaa cttgccacgt ttttcccttt gcacggcgtg
     8821 caagctccga aatgaccctc attttgccct tgcatggcgt gcaagct
//
LOCUS       SEQF3106|MIQD01000078.1 8782 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8782
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(1005..1748)
                     /gene="ybhF_3"
                     /locus_tag="SEQF3106_01689"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9U1"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein
                     YbhF"
                     /translation="MTSAIDIRDLRKTYRGAAAPSVDGLTLHVAEGEFFGLLGPNGAG
                     KTTTLSILAGLLPFDSGTVHLCGLDVRRDNARIRRLIGVVPQDIALYPELTTAENLHF
                     FGRMHGLPTRTLRERINADADRLALRSHLNKRIEHLSGGMKRKLNLLVALLHRPRILF
                     LDEPTVGVDVHSRQEIIAHLRALNADGMTIVYTSHDMVEAEQLCTRVALMNRGATVCV
                     GTPDALLAEARMPSLEALFIARTEEAGRV"
     CDS             complement(1797..2981)
                     /locus_tag="SEQF3106_01690"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEIFEKELHCGAMRDFAEWCRCKASETDGEGSVLKYMTEPESRR
                     QRSRCAAMQTSLIEIAFDHHPAAHCENGVTRNLLHFYGYDYSEPLLFGLSASLYFVHL
                     PFIRLAGFPVTSFRPLPGMIFSRATRLLGFGTERHIYFSPARAERKLDSLLAEGTPTG
                     VVVSMYFLPYMPAEYRFHFNAHNIAVFGKDGDDYLVSDPIAMEKVRLSSHDMIRARFA
                     RGTYPPMGKLYYIRSLPRRTPDLPPLVRRAILTNCNRMIHQPGPVPWVGINTFDYLGR
                     QIPRFPQQYGPKRAALHLAQLIRMMEEIGTGGAGFRFLYAAFLQEAADVTGIRDLDEL
                     SARLTHIGDQWRRFAADAGRVCKNRSSADIDYRTLGTDLKAIGGMERQLFTDLERVVK
                     GR"
     CDS             complement(2981..3376)
                     /locus_tag="SEQF3106_01691"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTINEVPQDLKYMAGGVIRDVAYAVDEDGRYQSVVSDGWAVKND
                     LLDVVWDDIRESCEAIREQVRRHEASPLAYHMTKNLQDPAMLAAYAGIPKRKVKKHLA
                     YDAFMQLDEQTLARYADALRITVDELKSV"
     CDS             complement(3552..4697)
                     /gene="fabH_4"
                     /locus_tag="SEQF3106_01692"
                     /EC_number="2.3.1.180"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67185"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 3"
                     /translation="MKYIYITHLSIFFPNAPVPNEEMEHYIGFVNPKSSIAKRLVLEK
                     NGIRSRYYALDQDGHVTHTNVEMAAIAVRQVLAEAAMTPSDIDLLACGTASPEQLMPS
                     HGVMVHGALGGDGGAEVVSFAGSCCTGMHALKYAWLSMRTGDAQRAVCVASERLSAWM
                     QARYFEREAELIDQLMEKPILAFEKEFLRWMLSDGSAALLLGHEPPTDGRLAFRIEWI
                     EGTSYADRVETCMYAGGEKDAEGQLVGWAQHPEAEWLSRSLFALKQDTRILEHNIVRL
                     GGDFLRRVAKKRAFDPSSVDWFLPHLSSMYFKKKIEDELERLGYDIPAERWYVNLPEI
                     GNVASVSAFAMLDGLRQTGRLRQGQRILLMVPESARFSYSYALLTVV"
     CDS             complement(4842..5765)
                     /locus_tag="SEQF3106_01693"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARTLTIAVFYYTQTGQALAIARSLCAPLEAAGCRVIWREIRPV
                     TAYPYPWSSEAFFQAFPESRLGIACAIEPVDLSGAVAEADLVIVAGQSWYLSLSTPLH
                     AFFQSPEVRAYLRGRPVVFVNGCRNMWVMTQSEMRRYLREIGARYVGFIELHDRAPNL
                     VSVLTIIRWLFYGRKEATRLLPAAGVSQRDVADADRFGLTILRTLYDGQWEQLQERLM
                     REGAVTFIPHLYFIERNGYRMWGRWAHFVRRRGGAGDPRRRGRLQLFKAYLFFVLYAV
                     SPFGLLFYWLTYPLRCAALERARREVCYELS"
     CDS             complement(5784..7064)
                     /gene="hpnP"
                     /locus_tag="SEQF3106_01694"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B3QHD1"
                     /codon_start=1
                     /transl_table=11
                     /product="Hopanoid C-2 methylase"
                     /translation="MKLKLIYPKWKKLKGQTTFNLPPHGPVVFAATLPEDVDVSFTDE
                     NVEPLDFDEECDLVAISMMLSTQVKRGWAIADEYHRRGKQVLFGGISTMLHAEETVNH
                     ADAVFLGESEGRMQEVIDDWRRGQLKRVYNYMTRQPAIEDVGPARRDLYKRHLYNHKG
                     VQMVDLFHASRGCRFSCYPCAVAYLGGRIFRPRPMDKVIEDLASIDNNRLFIVDNSLA
                     QNKQWEMDLFREMIPFKKKWISHTIEDDPKVLDLAAQAGAWYVYQAVYDTSNYIRERV
                     KRYHDHGIGVEGTILLGLDNQSEDDIKRLIDFLLEIDLDLAEFTVMTPFPHTKGYDDY
                     LRQGRIFDFDWDHYNAGQVVFHPKKMSAERLQELYEYAWDTFYHDESQEQKMFRLFTQ
                     VVMREMEDGTYRPRNRALANKSFGHDVVRNIKAN"
     CDS             complement(7250..8254)
                     /locus_tag="SEQF3106_01695"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MASEEKQLPKTVKINGSYCQHYNAIHHAQFHRTQLDLVKGVDKT
                     KLKIPEVAMQKWEGEVNEEIDLNEKAAWSVHTKALLEKDNERDKLLTHLFGIIRFNHY
                     SPVQATAKAAEKLDSIFGKYIAANIQREGFEDESGHIVGLLNDAAPYAAEIATLGLTD
                     TITQLKTVNDAYEALRKERRSETVTTKTEALKVLRPKTDASYEYICSYIEGAYITAAS
                     DDVKTLIERLVSDMNQVIIDFKGSHKSSLAQKRAAAEKKPKDPKTPKEPKQPKDPKDP
                     KKPKDPKKPGGGDDIHTPEEPPKKPEDKDKDKPKQPETGGGDDIQIPSEPPKKPEGGQ
                     "
ORIGIN      
        1 cgccgtgcgg gccacgctgc cgatggctaa accgtaacca acggccgaga gcgatacggc
       61 gaggcacatc agggcgaggg cggcgtagtc gtggccgagg cggagaggcg gcaggccgag
      121 gtggggcatg aggtagagac cggtgaggag gagcagggcg agctgcagga ggcagacgag
      181 caggtggacg agcaccttgc ccgtgaggta gagggcgtag gggcagggca tggtcaggag
      241 gcgggcgaag cagcccgtct cgcgctcgcg gatcatgttg ccggccagcg agatgacgat
      301 gaagaagacg gcgaacatgc tccaggccgg cacgttgtgt tgcgtagcgt tggggatgag
      361 gtcgctgcgt ccggcgcggg catacgactc ggtgaggacg atcccgccct ccgtctcggc
      421 gctcaggtcg atggagaggg ggacaatgcg gctcacctgg tcggagatct cgcggagcaa
      481 catgcgatgc tggatcgtga gcatgttctc acgtacggcg cgtacgacgg aggcgcggaa
      541 ggagggcttg gccgtggggt cgatgagcag gcggatctct aagggcgcag tgtctggcgc
      601 cacggtgtct tcctcgctgc cgaaggcgcg cgccacgccc cgggtcacgc gctggcggag
      661 gtgctccgta gtctgcttgg ggatgacgac gccgatcagg taatcgcccc gcgccacggc
      721 cttctccacg gcctcaggcg ttagcggctg gccgtcgggc gccgtggtgg tgatgtcgaa
      781 gaggcggctc gcggccaatt cgcggctgac ggtattgccg agcgaatcgg cgtcttcgtt
      841 caataatacg agtgggatat gctgctcttc gagggtacgg aaggtgctgt cttgcaaact
      901 ggccatgagg atcacgagcg cccacggcat aaggaagagc aagaccaatc cccacgggtc
      961 gcggagcagc agcaggaggt ctttgtggaa gagggcgatt aatctcatac ccgtcccgcc
     1021 tcctccgtcc gggcgatgaa aagcgcttcg agcgagggca tacgtgcctc ggccagtagc
     1081 gcgtcggggg tacccacgca gacggtcgcg ccgcggttca tcagggccac gcgcgtgcag
     1141 agttgctcgg cctcgaccat gtcgtgcgag gtgtagacga tcgtcatgcc gtcggcattg
     1201 agggcgcgga ggtgggcgat gatctcctga cgcgaatgca cgtcgacgcc tacggtcggc
     1261 tcgtcgagga ataggatgcg ggggcgatgg agtaaggcga cgagcaggtt gagcttgcgc
     1321 ttcatgccgc cggagaggtg ctcgatgcgt ttattcagat gagatcggag cgcgaggcga
     1381 tccgcgtcgg cgttgatgcg ttcgcggagt gtgcgggtgg gcagaccgtg catgcggccg
     1441 aagaagtgga ggttctcggc ggtggtgagt tcggggtaga gggcgatatc ctgcggcacg
     1501 acaccgatca gccgacggat gcgggcgttg tcgcggcgca catcgaggcc gcagagatgc
     1561 accgtgccac tgtcgaaggg caggaggccg gcgaggatcg acagcgtcgt cgtcttgccc
     1621 gcgccattgg gaccgagcag cccgaagaac tcgccctcgg cgacgtgcag ggtgagtccg
     1681 tcgacggagg gtgctgcggc gccgcggtac gtcttgcgga ggtcgcggat gtcgatggcg
     1741 gatgtcatgt atagttacga gtgaatggtt acgagttaca agtgccgaga gggctgctac
     1801 ctgcctttca ccactctctc caaatcggtg aagagctggc gctccatgcc gccgatggcc
     1861 ttcagatcgg tgccgagcgt gcggtagtcg atgtcggccg aagagcggtt cttgcagacg
     1921 cgcccggcgt cggcggcgaa gcgtcgccat tggtcgccga tgtgggtcag gcgggcggag
     1981 agctcgtcga ggtcgcggat gccggtcacg tcggcagcct cctgcaggaa ggcggcgtag
     2041 aggaagcgga agccggcgcc gcccgtgccg atctcctcca tcatgcggat cagttgggct
     2101 aagtggagcg cggcgcgctt cggcccgtac tgctgcggga agcgggggat ctgccggccg
     2161 aggtagtcga acgtgttgat gcccacccaa ggcactggcc cgggctggtg gatcatgcgg
     2221 ttgcagttcg tgaggatggc gcggcgcaca agcggcggca ggtcgggcgt acgtcggggc
     2281 agcgagcgga tgtagtagag tttgcccatg ggcgggtagg tgccgcgggc gaagcgggcg
     2341 cgtatcatgt cgtgcgacga gaggcgtacc ttctccatcg cgatcgggtc gctgactaag
     2401 tagtcgtcgc cgtctttgcc gaacacggcg atgttgtgcg cattgaaatg gaagcggtat
     2461 tcggccggca tgtagggcag gaagtacatg ctcaccacga cgcccgtggg tgtgccctcg
     2521 gccagcaggc tgtcgagctt gcgttcggcc cgcgcggggc tgaagtagat gtgccgttcc
     2581 gtgccgaagc cgagcaggcg cgtggcgcgc gagaagatca tgccgggcag tggccgaaac
     2641 gacgtcacgg ggaagccggc cagtcggatg aagggcaagt ggacgaagta gagcgaggcg
     2701 gagaggccga agaggagcgg ttcggagtag tcgtagccgt agaaatgcag caggttgcgg
     2761 gtgacgccgt tctcgcagtg ggcggcgggg tggtggtcga aagctatttc aatcaaagac
     2821 gtttgcatag cagcgcatct gctgcgttgc cttcgactct ctggctcggt catgtactta
     2881 agtacactcc cttcgccatc ggtctcggac gccttgcatc tgcaccactc tgcaaagtct
     2941 ctcattgctc cgcaatggag ctctttttca aagatctcca tcacacgctc ttcagttcgt
     3001 ccacggtgat gcgcagcgcg tcggcgtatc gtgccaaggt ctgttcgtcg agctgcatga
     3061 aggcgtcgta ggcgaggtgc ttcttcacct tgcgtttggg gatgccggcg taggcggcca
     3121 gcatggcggg gtcttgcagg ttcttcgtca tgtggtacgc cagcggactg gcctcgtggc
     3181 ggcgcacctg ctcgcggatg gcctcgcagg attcgcggat gtcgtcccaa acgacgtcta
     3241 acaggtcgtt cttcacggcc cagccgtcgc tgacgacgct ctggtagcgc ccgtcttcat
     3301 cgacggcata ggccacgtcg cggatcacgc cgccggccat gtatttcagg tcttggggta
     3361 cttcgtttat cgtcatcgtg tgtatgctat tctttcattt atatatagga agcgtttgcg
     3421 gcagtagcgc gcaagcacct tgtacagtag tgtacaagca tcgtgtacag tagcgtacaa
     3481 gcattttgta cagtagcgta caagcacctt gtacagtagc gtacaaacat cttgtacggt
     3541 agccattggc tttacaccac cgtcagcagc gcgtaggaat acgagaagcg cgcgctctcg
     3601 ggcaccatca gcaggatgcg ttgcccctga cggagtcgcc ccgtctgacg tagcccgtcg
     3661 agcatggcga aggccgagac ggacgccacg ttgccgatct cgggcaggtt gacgtaccag
     3721 cgttcggcgg ggatgtcgta acccaaacgc tctaattcgt cctcgatctt cttcttgaaa
     3781 tacatcgacg agaggtgcgg caggaaccag tcgaccgacg aggggtcgaa ggcgcgcttc
     3841 ttggccaccc ggcggaggaa atcgccgccc aaccggacga tgttgtgctc caagatgcgc
     3901 gtgtcctgct tcagggcgaa gagcgaccgc gacagccatt cggcctcggg gtgctgcgcc
     3961 caaccgacga gctgcccctc ggcgtccttc tccccgccgg cgtacatgca cgtctccacc
     4021 cggtcggcgt atgatgtgcc ctcgatccac tcgatgcgga aggccagccg accgtccgtc
     4081 ggcggctcgt gcccaagcaa cagcgccgcg ctgccgtctg acagcatcca gcgcagaaac
     4141 tccttctcga aggccaagat gggcttctcc atcagctggt cgatcagctc cgcctcacgc
     4201 tcgaaataac gtgcctgcat ccaagccgag agtcgctccg aagccacgca cacggcccgc
     4261 tgggcgtcgc ccgtgcgcat cgagagccag gcgtacttca gcgcgtgcat gcctgtgcaa
     4321 cacgatccgg caaaggagac gacctctgcg ccgccatcgc caccgagtgc accgtgtacc
     4381 atcacgccgt gcgagggcat gagctgttcg ggcgaggcgg tgccgcaggc taagaggtcg
     4441 atgtccgagg gtgtcatagc ggcttctgcg agtacctgcc gtacggctat cgcggccatc
     4501 tcgacgtttg tgtgggtcac gtggccgtcc tggtctaagg cgtaatagcg gctgcggatg
     4561 ccattcttct ctaacaccaa gcgcttggcg atggacgatt tggggttgac gaacccgata
     4621 taatgctcca tctcttcgtt gggcaccggc gcgttgggga agaagatgga gaggtgggtg
     4681 atgtagatgt atttcattgt tggggatgtt taggcgttta gctgtttagg tgttgggggc
     4741 gttgccccct tgcccccacc tccttttctt cccttgatgg aagaaaagga ggcaaaagaa
     4801 gatcaaggcg ccaggggcgc cggccaacct tgccgggtac attacgacag ctcataacat
     4861 acttctcggc gggcacgctc gagcgcggcg cagcgcaggg ggtaggtgag ccaataaaac
     4921 agtaggccga agggtgagac ggcgtataac acgaagaaga ggtaggcctt aaagagctgc
     4981 agccgtccgc gccgacgtgg atcgcccgcg ccgccccgac gccgtacgaa gtgcgcccaa
     5041 cgaccccaca tgcggtagcc attacgttcg atgaagtaga ggtgggggat gaaggtgacg
     5101 gcgccttcgc gcatgagtcg ctcctgaagc tgctcccact gcccgtcgta gagcgtgcgg
     5161 aggatggtga ggccgaagcg atcggcgtcg gccacgtcgc gctgcgagac gcccgcggcg
     5221 ggcaacaggc gagtggcctc cttgcgtccg tagaacagcc aacggatgat ggtcagcacg
     5281 ctgacgaggt tcggcgcacg gtcgtgcagc tcgatgaagc cgacgtagcg ggcgccgatc
     5341 tcgcgcaggt aacggcgcat ttcgctttgc gtcatcaccc acatgttgcg gcaaccgttg
     5401 acgaagacga cgggtcggcc gcggaggtag gcgcgcacct cgggcgactg gaagaaggcg
     5461 tgcagcggcg tggagagcga gaggtaccag ctctgaccgg ccacgatgac taagtcggct
     5521 tcggccaccg caccgctcag atccaccggc tcgatggcgc aggcgatgcc gaggcgcgac
     5581 tcggggaagg cctgaaagaa cgcctccgac gaccacgggt aggggtaggc cgtcacaggg
     5641 cggatctccc gccagatgac gcgacagccg gccgcctcaa gcggcgcaca gaggctccgg
     5701 gcgatggcga gtgcctgccc ggtctgcgta taataaaaga ctgcaatggt gagtgtgcgt
     5761 gccatcttgt gggtctccgt ccgtcagttg gctttgatgt tgcggactac gtcgtggccg
     5821 aacgacttgt tggccaaggc gcggttgcgg gggcggtagg tgccgtcctc catctcgcgc
     5881 atgacgactt gcgtgaagag tcggaacatc ttctgctcct gactctcgtc gtgatagaac
     5941 gtgtcccagg cgtattcgta gagctcctgc agccgttcgg cggacatctt cttggggtgg
     6001 aagaccacct gcccggcgtt gtagtgatcc caatcgaagt cgaagatgcg cccctgacgg
     6061 aggtagtcgt cgtagccctt ggtgtggggg aagggcgtca tgacggtgaa ctcggccagg
     6121 tcgaggtcga tctcgaggag gaagtcgatg aggcgcttga tgtcgtcttc ggactggttg
     6181 tcgaggccga ggaggatggt gccctcgacg ccgatgccgt ggtcgtggta acgcttgacg
     6241 cgctcgcgga tgtagttcga ggtgtcgtag acggcttgat agacgtacca ggcgccggcc
     6301 tgtgcggcca ggtcgagcac cttcgggtcg tcctcgatgg tgtggctgat ccacttcttt
     6361 ttgaagggga tcatctcgcg aaagaggtcc atctcccact gcttgttttg ggccagcgag
     6421 ttgtcgacga tgaagaggcg gttgttgtcg atagaggcga ggtcttcgat caccttatcc
     6481 atcggccggg ggcggaagat gcggccgcca aggtaggcca cggcgcaggg gtagcagctg
     6541 aagcggcagc cgcgcgaggc gtgaaagagg tcgaccatct gcacgccttt gtggttgtag
     6601 aggtggcgct tgtagaggtc gcggcgggcg gggccgacgt cctcgatggc cggctggcgg
     6661 gtcatgtagt tatagacgcg cttgagctgg ccgcggcgcc aatcgtcgat cacctcttgc
     6721 atacgcccct cagactcgcc gaggaagacg gcgtcggcat ggttcaccgt ctcctcggcg
     6781 tgaagcatgg tcgagatgcc tccgaagagc acctgcttgc cgcgtcggtg gtattcgtcg
     6841 gcgatggccc agccgcgctt cacctgcgtg ctgagcatca tggagatggc tacgaggtcg
     6901 cactcctcgt cgaagtcgag cggctcgaca ttctcgtccg tgaacgatac gtcgacgtct
     6961 tcgggcaggg tggctgcaaa cacgaccggc ccatgtgggg gcaggttgaa cgtggtttgg
     7021 cccttcagtt tcttccattt cggatagatc aatttcagct tcatctctga ctgttattta
     7081 taagaaaagc gcgcaaatgt aaccggctat gctaattcgg ggggggcggc gcggggcggg
     7141 atcattaatg gtcaacggtt acgaggatat ataaagaggg cacccccgtc cgtttgggga
     7201 tgccctctaa tcatggatca ttagcaatta atccgttgag gcgcgggggt cattgtccgc
     7261 cttccggttt cttgggtggc tcagagggga tctggatgtc gtcgccgccg cctgtttcgg
     7321 gctgcttagg cttgtcctta tccttatcct cgggcttctt cggtggctcc tcgggggtgt
     7381 ggatgtcgtc gccgccaccg ggcttcttgg gatccttcgg cttcttggga tccttgggat
     7441 ccttgggctg cttcggctct ttcggagtct tggggtcttt aggcttcttc tcagcggcgg
     7501 cacgtttctg ggcgaggctg gatttgtggg agcctttgaa gtcgatgatg acctggttca
     7561 tatccgagac aaggcgctcg atgagggttt ttacatcgtc gctggcggct gtgatgtagg
     7621 cgccctcgat gtagctacag atgtactcgt atgaggcgtc cgtcttgggg cgtagcactt
     7681 tgagtgcttc agtcttggtt gtgacggtct cggagcggcg ctctttgcgt agcgcctcgt
     7741 aggcgtcgtt gaccgttttg agctgcgtga tggtgtcggt gagtccaagg gtggctattt
     7801 cggcggcata aggggcggca tcgtttaaga ggcccacgat gtgtccgctt tcgtcttcga
     7861 agccttcgcg ttgaatgttt gcggcgatat actttccgaa gatggagtcc agcttctcgg
     7921 ctgctttggc cgtggcctgc acgggcgaat agtgattaaa acggatgatg ccgaagaggt
     7981 gtgtcagtag cttgtcgcgt tcgttgtctt tctccagcag ggctttggtg tgcaccgacc
     8041 atgctgcctt ctcgttgagg tcgatttctt cgttcacctc gccttcccac ttctgcatgg
     8101 ccacttcggg gatcttcagc ttcgttttgt cgacgccttt gaccaggtca agctgggtac
     8161 ggtgaaactg tgcgtggtgg atcgcgttgt aatgctggca atagctgcca ttgatcttga
     8221 cggttttcgg taattgtttc tcttctgatg ccataggtca tacgttttta gatggttgat
     8281 atagttagga tgcgctgaaa aaacgcgggc gcaaggtgtg aaaaaagatc gtgcaagcct
     8341 tgcgcagtgc cgtcgcagtg tgtgaaatga gcgtgcaaca cttgcgtggc cttttcacag
     8401 tgtgtgaaat gagcgtgcaa cacttacgcg gccttttcac agtgtgtgaa acgaccatgc
     8461 aacacttgca cggccctttc acagtgtgcg gcgtgactat gcaacacttg cacagtgtcg
     8521 tcgcagtgtg tgagacgacc atgcaacact tggcggcctt ttcgcagtgt gtgaaatgag
     8581 tgtgcaacac ttgcgcggcc ttttcacagt gtgtgaaacg atcatgcaac acttgcacag
     8641 ccttttcaca gtgtacgccc cctatccagg tacccggcaa acttggccgg catccctgat
     8701 gccccccctt caggtatcca gcaaacttcg ccggcgtccg cagacgccca aacttcgctg
     8761 cccccgcagg cccccccctc cc
//
LOCUS       SEQF3106|MIQD01000079.1 8684 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8684
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(535..1065)
                     /gene="chrA"
                     /locus_tag="SEQF3106_01696"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P14285"
                     /codon_start=1
                     /transl_table=11
                     /product="Chromate transport protein"
                     /translation="MEIYLQLFITFFKIGLVGFGGGYAMLSMVQYEVVEAHGWLTVGE
                     FTDIVAISQMTPGPIIINCATYIGYTATGGSILGSLLATVAVSLPAIIIMTLICRFFL
                     LFHNNRYMAGALSWMKPAAIGLIAAAALMLMNEHNFVDWRSVLIAVGAFAASYYLRVG
                     TIRLILAAGLAGLLLF"
     CDS             complement(1137..1688)
                     /gene="srpC"
                     /locus_tag="SEQF3106_01697"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q55027"
                     /codon_start=1
                     /transl_table=11
                     /product="putative chromate transport protein"
                     /translation="MNRYFQLFLSFFKIGAFTIGGGYVMIPLIEQEVVERRRWIEREE
                     FTEMLTLAQSAPGPISINSAVFVGYKTLGLGGMLTAVLATTIPSFVTILLIAMCFADL
                     RDNPTAERIFRGIRPAVVSLIVVPVVNMLKKSGFRPGVVALAVVAALAVWQFSVSPVW
                     VIAAAGVAGVVYHTWIAKTKNEK"
     CDS             complement(1828..3255)
                     /gene="mltF"
                     /locus_tag="SEQF3106_01698"
                     /EC_number="4.2.2.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9HXN1"
                     /codon_start=1
                     /transl_table=11
                     /product="Membrane-bound lytic murein transglycosylase F"
                     /translation="MKTTGLAALTALVLLAGCHGERRKAELPKDLPLLKARGVITAVT
                     LNSSTSYFQYKMQPMGYEYDLIADFARRNGLRLEVKVAESVERSIEMLQAGEADVVAY
                     PVPIDNERKQQLRFCGRERQSSLVVVQRNAAGDTVLTDVTQLIGREVYIKPNSRYRDR
                     LENLNRELGGGIHIVEMKADTVSVEDLIGMVARGEIRYTVCEDDVARLNRTYYHNLNV
                     DLAISFRQRAAWAVRTDCPLLATAIDLWAAGAPGNDSYRAAAKRYFELSKDELGSDEA
                     DSTSANTLSRTPKVPKMRPGMISPYDDLFKRYAKSLGWDWRLLASIAYFESRFRPGVV
                     AWSGAKGLMGIMPSTARALGFRYDEMGDPEKNLRAGIECLRRFRNSFPGATEEERIKL
                     TLASYNAGVGHINDAQRLARKYGHDPNVWTGNVAEYIRLKADPKYYTDSVCRFGYLRG
                     RETYRYVDAVLERYQHYRELTEKEK"
     CDS             complement(3544..4476)
                     /gene="rlmCD"
                     /locus_tag="SEQF3106_01699"
                     /EC_number="2.1.1.189"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31503"
                     /codon_start=1
                     /transl_table=11
                     /product="23S rRNA (uracil-C(5))-methyltransferase RlmCD"
                     /translation="MFDKVLDIRRCWLQDEVSNRIRLSIKQYCLTHEGYPFFDLKRNE
                     GFVRTLMIRTSSAGGVMVVMAFYYEDRARREALLDHVAQEVPEITSLMYVINEKCNDT
                     LTDQDILLYRGADHLIERMEDLQFKVGPKSFYQTNSEQAYRLYSVVREFADLSGDETV
                     YDLYTGTGTIANFVARRARRVVGIEYVPEAIDDARVNARLNAIDNADFYAGDMKDLLT
                     EDFIAAHGRPDVVITDPPRTGMHNDVIDTILRAAPARIVYVSCNPATQARDIARMADR
                     YEVVRIRPVDMFPHTHHVENVALLRRKEGGERLN"
     CDS             5157..7877
                     /gene="ppdK"
                     /locus_tag="SEQF3106_01700"
                     /EC_number="2.7.9.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P22983"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyruvate, phosphate dikinase"
                     /translation="METKRVYTFGNGKAEGKADMRNLLGGKGANLAEMNLIGVPVPPG
                     FTITTDVCNEYFRIGKDKMVELLQDDVKKSVVHVETLMNSKFGDVENPLLVSVRSGAR
                     ASMPGMMDTILNLGLNDEVVEGLARKTGNPRFAWDSYRRFVQMYGDVVLGMKPENKDD
                     IDPFEQIIEEVKKAKGVKLDNELGVEELKELVKRFKAAVKKQTGKDFPTNAYDQLWGA
                     ICAVFDSWMNQRAILYRKMEGIPAEWGTAVNVQAMVFGNMGDTSATGVCFSRDAATGE
                     DLFNGEYLINAQGEDVVAGIRTPQQITKIGSQRWAKLTGVSEKERETKYPSMEEAMPT
                     IYKELDEIQTRLENHYHDMQDMEFTVQDGKLWFLQTRNGKRTGSAMVKIAMDLLRQGM
                     IDEKTAIERIDANKLDELLHPVFDKEALKKAKVLTRGLPASPGAATGQIVFFADDAAE
                     WHAKGHHVVMVRLETSPEDLAGMTVAEGILTARGGMTSHAAVVARGMGKCCVSGAGAL
                     NVDYKNRTVEIDGIKLKEGDYISLNGTTGEVYQGEVETKAAELSGDFADLMKLADKYA
                     RLKVRTNADTPHDAQSARNFGAVGIGLCRTEHMFFEGEKIKAMREMILAENAEERKKA
                     LAKILPYQQEDFKGIFRAMAGYPVTVRLLDPPLHEFVPHDEKGQQEMAEAMGVSLAYI
                     RQRVEALHEQNPMLGHRGCRLGNTYPEITQMQTRAILGAALDLKKEGVETHPEIMVPL
                     TGILYEFKEQERVIRAEAEALFAERGDSIHFLVGTMIEVPRAALTADRIASSAEFFSF
                     GTNDLTQMTFGYSRDDIASFLPIYLSKKILKVDPFQVLDQKGVGQLIRMATEKGRAIR
                     PTLKCGICGEHGGEPSSVKFCHKVGLDYVSCSPFRVPIARIAAAQAAIED"
ORIGIN      
        1 cgcggggtag aggtggtggt cgatcatcac cttgcgcccc ggggcggcct ctacgagggg
       61 ggcgaggcgg ccgatgcgtt tgggctcgtt gtagtcgagg cagaggatca cgtcagcctc
      121 gcggagaagt tgttcggcgt agtcgggata cttgtcgtag gtcagcacct ccctggcgcc
      181 gggcatccat cggaggaagg cggggaaggc gttgggcacg atcacgtggg cgcgctcctt
      241 gcccagctcg ttgaggtagt gtgccatgcc gagggctgat ccgatggcgt cgccgtcggg
      301 cgagaggtgg gccgtcatca cgaagcgttc gcccctctct atgtagcggc tgaagcggtg
      361 cacggctgtt tcgtctaata ttttggtaag catagtgggg tatgggttac gggttacgag
      421 ttacgagtta ccagttacgg gttaccagtt acgggttacc agttacgggt tacgggttgc
      481 aaatatccag tacttgtaac tggtaactcg taactggtaa ctgataactg gtaactaaaa
      541 caagagcagt ccggccagtc cagcggccag gatgaggcgg atggtgccca cacggagata
      601 atacgaggcg gcaaaggcgc ccacggcgat caagacgctg cgccagtcta cgaagttgtg
      661 ttcgttcatc agcatcaggg cggcggcagc gatgagtccg atggcggcag gcttcatcca
      721 gcttagggca ccggccatgt agcggttgtt gtggaagagg aggaagaatc ggcagatgag
      781 tgtcataata atgatggcag gcaggctgac ggctacggtg gccagcagag aaccgaggat
      841 gctgccgccc gtggcggtgt agccgatgta ggtggcgcag ttgatgatga tcgggccggg
      901 cgtcatctgc gagatggcga cgatgtcagt aaactcgccc acggtgagcc agccgtgcgc
      961 ctcgacaact tcgtattgca ccatcgacag catagcgtaa ccgccaccga agcctacaag
     1021 gccgatcttg aagaaggtga taaacagttg cagatagatt tccatagaac taaaaactaa
     1081 aagtgggaaa gtgaaaaatg gaagggggga gatgcaggcg ctcaactttt cgtttttcac
     1141 ttttcgtttt tcgttttcgc gatccatgtg tgatagacga cgcctgccac gcctgccgcg
     1201 gcaatgaccc acacaggcga tacactgaat tgccatacgg ccagcgcagc aacgacggcc
     1261 aaggcaacga cacccggccg gaagccgctt ttcttcaaca tgttcaccac aggtacgacg
     1321 atgagcgaga cgacggccgg acggatgccg cgaaagatgc gttccgcggt ggggttgtcg
     1381 cgcaggtcgg caaagcacat ggcaatgagc aggatggtga cgaacgaggg gatggtggtg
     1441 gccaagacgg ccgtcagcat gccgcccagg ccgagcgtct tgtagcccac gaagacggcg
     1501 gagttgatcg agatcggccc gggcgctgac tgcgccaagg tgagcatctc ggtaaactcc
     1561 tcgcgctcga tccagcgcct ccgctcgacg acttcttgct cgatgagcgg gatcatgacg
     1621 tatcccccgc cgatggtgaa ggcgccgatc ttgaaaaagg ataggaagag ttggaagtaa
     1681 cggttcattg aagaactaaa aactaaaaat gaaaaatggc ggctatgggc agatcatcgg
     1741 gcatccacaa ggaccgcctc tactactgcg gcgcagccgc ataactaccg gagcgcagct
     1801 ccataactac ccggccgcag gccgtaacta cttctctttc tccgtcagct ctcgataatg
     1861 ctgatagcgc tcgagcacgg cgtcgacata gcgatacgtc tcgcggccgc gcaggtagcc
     1921 gaagcggcag acggagtcgg tgtaatactt cggatcagcc ttcaggcgga tgtactccgc
     1981 cacgttgcct gtccacacgt tcgggtcgtg gccatactta cgcgctaagc gttgggcatc
     2041 gttgatgtgc cccacaccgg cgttgtaaga ggccagcgtg agcttgatgc gttcctcttc
     2101 cgtggctccg gggaaggagt tgcggaagcg ccgtaggcac tcgatgcccg cgcggaggtt
     2161 cttctccggg tcgcccatct cgtcgtagcg gaagccgagg gcgcgcgccg tggagggcat
     2221 gatgcccatc aaccccttgg cgccgctcca ggccacgacg cctgggcgaa agcgcgactc
     2281 gaagtaggcg atggaggcca gcagccgcca gtcccacccg agcgatttgg cgtagcgctt
     2341 aaagaggtcg tcgtaaggcg agatcatgcc gggtcgcatc ttgggcacct tcggcgttcg
     2401 agacagggta tttgccgagg tagagtcggc ctcatcgctc ccgagctcgt ctttggagag
     2461 ctcgaagtag cgcttcgccg ctgcgcgata cgagtcgttg cccggtgcgc ctgccgccca
     2521 gaggtctatg gccgtggcca gcagcgggca gtccgtccgc acggcccagg cggcgcgctg
     2581 gcggaagctg atggccaggt cgacattgag gttgtggtaa taggtgcggt tgagccgagc
     2641 cacatcgtct tcgcagaccg tataccggat ctcgccccgc gccaccatgc caatcagatc
     2701 ttctaccgag acggtgtcgg ccttcatctc cacgatgtgg atgcctccgc ccagttcgcg
     2761 attcaggttc tccagccggt cgcggtatcg gctgtttggc ttgatgtata cctcgcgccc
     2821 gatcagctgc gtgacatcgg tcagcaccgt gtcgccagcc gcattgcgtt gcacgacgac
     2881 gaggctcgac tgcctttcgc gcccgcagaa gcgcagctgc tgcttccgct cgttatcgat
     2941 cggcacgggg tatgccacca cgtcagcctc ccctgcctgg agcatctcga tcgaccgctc
     3001 cacgctctcg gccaccttca cttcgagccg cagcccattg cgccgggcaa agtccgcgat
     3061 caggtcatat tcatacccca tcggctgcat cttgtattgg aaatacgacg tcgagctgtt
     3121 cagcgtcacg gccgtgatca cgccgcgcgc cttcagcagg ggcaggtcct tcggcagctc
     3181 cgcctttcgt cgctcgccgt ggcatcccgc cagcagcact aaggccgtca atgcagccaa
     3241 tccggttgtt ttcatctctg ttgcctttat ctgtttgtga tctatctcaa cggacacgcg
     3301 cgccgctata tatataaggt ataagggggc gtgggctttg ttttcttatt tgcccagatt
     3361 gggcaagcgc caaaaggttc gtttttgtct ttgcccagat tgggcaagcg tcaaaaagtt
     3421 cgttttctca tttgcccaag ttgggcaagc gccaaaaagt tcgttttctc atttgcccag
     3481 gttgggcaag cgtcaaaagg ttcgttttct catttgccca ggttgggcaa gtctctctcc
     3541 tttttaatta agcctctctc cgccctcctt tctacgcagc agcgccacat tctccacgtg
     3601 atgcgtgtgg gggaacatat cgacaggtcg gatgcgcacc acctcgtagc ggtcggccat
     3661 gcgagcgatg tcgcgtgcct gtgtcgcagg gttgcaactg acgtagacga tgcgcgcggg
     3721 cgccgcacgg aggatggtgt cgatcacgtc gttgtgcatg cccgtgcgtg gcggatcagt
     3781 gatcaccacg tcgggtcggc cgtgcgccgc gataaagtct tccgtgagca agtccttcat
     3841 gtcgcccgcg tagaagtctg cattgtcgat ggcgttcagt ctggcgttca cccgcgcatc
     3901 gtcgatcgcc tccggtacgt actcgattcc caccacacgc cgcgcccgcc gcgccacgaa
     3961 gttggctatc gtgcccgtgc ccgtgtagag gtcgtaaacc gtttcgtcgc cgctgaggtc
     4021 agcaaactca cgcaccaccg aatagaggcg gtaagcctgt tcgctgttcg tctggtaaaa
     4081 cgacttcggc ccgaccttga attgcaagtc ctccatacgc tcgatcaggt gatccgcgcc
     4141 gcgatagagg aggatgtctt ggtctgtcaa tgtgtcgttg cacttctcat tgatgacata
     4201 catcagcgac gtaatctccg gcacctcctg cgccacatga tcgagcaacg cctcccgccg
     4261 cgcgcgatct tcataataga aggccatgac gaccatcact ccgccggctg atgaggtgcg
     4321 gatcatcagc gtgcggacga agccctcgtt ccgtttgagg tcgaaaaacg ggtagccctc
     4381 atgcgtcagg caatactgct taatggatag ccggatgcgg ttcgacacct cgtcctgtag
     4441 ccagcagcgg cggatgtcca acaccttgtc gaacatgccg gggatgtgaa agtgcgttca
     4501 tgtccgcata atccacttcc gactccacct cttccgtggt cagccagcgg cggttggaga
     4561 aggtgaactc cagcttgttg cggtagtgcg tcgtccgttc tgaaccgagg ataggcaaca
     4621 cctcgcccgg cgtcacgtgc ccgatgcgcc tcaacgcgtc caccacctgc tgctgtttga
     4681 agcgcaactg ctcatcgtaa ggcaaatgtt gccacttgca gccgccgcac acgccgaagt
     4741 gttcacagaa cggctccaca cgcagcgggc tccgctcgcg aaacgctgtg atggtccctt
     4801 cggcataatg gctccgcttg cgcgtaagcc gcacgtcgac cacatcgccc ggtgccgccc
     4861 aaggaatgaa gatcacccta tcgtcaaccc tcgccacggc cttaccctca gccgctacgt
     4921 ccgtcaccct caccccttcc agaatgggga gtggtttctt ctttcgtgtc aaaatcaaat
     4981 gctttgaatt atcgtttgtg gtggcaaaag taggctggat tgaatcgcca gcatttgggg
     5041 gcatgcaaag tggcagaagg atgaatctaa ataaagggat ccgtgtagcg attgcgtcta
     5101 tatttgcccc cgctcaaaga aatagagcca attagcgtat tataaagcaa gcatttatgg
     5161 aaacaaagag agtctacact ttcggcaacg gtaaggccga agggaaagca gacatgagaa
     5221 atctgcttgg aggaaaaggt gccaatctgg cagaaatgaa cttgatcggt gtgcccgtcc
     5281 ccccgggctt tacgatcacg acggacgtat gcaacgaata ctttcggatc ggtaaggata
     5341 agatggtgga gttgctgcaa gatgatgtga agaagtcggt tgtacacgtg gaaacgctga
     5401 tgaactccaa gttcggcgac gtggaaaacc cgctgttagt ctccgtgcgc tccggtgcac
     5461 gcgcctcgat gccaggcatg atggacacca tcctcaacct cggcctgaac gacgaagtgg
     5521 tcgagggtct ggcccgcaag acgggcaacc cgcgcttcgc ttgggactcc taccgccgct
     5581 tcgtacagat gtatggcgac gtggtgctcg gcatgaagcc ggagaacaaa gacgacatcg
     5641 accccttcga gcaaatcatc gaagaggtga agaaggccaa gggcgtcaag ttggataacg
     5701 agttaggcgt ggaagagctg aaggagctcg tgaagcgctt caaagcggct gtgaaaaagc
     5761 agaccggcaa ggacttcccg accaacgcct acgaccagct ctggggcgcc atctgcgccg
     5821 tgttcgactc gtggatgaac cagcgcgcca tcctctaccg caagatggag ggcatccccg
     5881 cagagtgggg cacggccgtc aacgtgcagg cgatggtctt cggtaacatg ggcgacacgt
     5941 cggccacggg cgtttgcttc tcgcgcgacg ctgccaccgg cgaagacctc ttcaacggtg
     6001 aatacctgat caacgcacag ggcgaagacg tggtggccgg catccgcaca ccgcagcaga
     6061 tcaccaagat cggatcgcag cgctgggcca agctgacagg cgtatccgaa aaggagcgcg
     6121 aaaccaaata cccctcgatg gaggaggcca tgccgacgat ctacaaggaa ctcgacgaga
     6181 tccagacccg cctcgaaaac cactatcacg acatgcagga catggagttc accgtgcaag
     6241 acggcaagct ctggttcctc cagacgcgta acggcaagcg caccggatcg gccatggtca
     6301 agatcgctat ggacctgctc cgccaaggca tgatcgacga aaagacggcc atcgagcgca
     6361 tcgacgccaa caagctcgac gagctgctcc accccgtctt cgataaagag gcgctgaaga
     6421 aggccaaggt gctcacgcgc ggcctccccg catcgccggg cgcagccaca gggcagatcg
     6481 tcttcttcgc tgacgacgct gccgaatggc acgccaaggg ccaccacgtg gtgatggtac
     6541 gcctcgagac atcgcctgaa gacctcgccg gcatgaccgt agccgaaggc atcctgacgg
     6601 cacgcggagg tatgacctcg cacgctgccg tcgtggcgcg cggcatgggc aaatgctgcg
     6661 tctcgggcgc tggcgcgttg aacgtagact ataagaatcg caccgtcgag atcgatggca
     6721 taaagctgaa agagggtgac tatatctcgc tcaacggcac gacgggcgag gtataccaag
     6781 gcgaggtgga gacaaaggcc gctgagctgt cgggtgactt tgccgacctg atgaagctgg
     6841 ctgacaaata cgcccgcctg aaggtccgca ccaacgccga cacgccgcac gatgcacaaa
     6901 gcgcacgcaa cttcggcgcc gtgggcatcg gcctctgccg cacggagcac atgttcttcg
     6961 agggcgaaaa gatcaaggcc atgcgcgaga tgatcctcgc tgaaaacgcc gaggaacgca
     7021 agaaggcgct ggcgaagatc ctgccctatc agcaggaaga cttcaagggc atcttccgcg
     7081 cgatggccgg ttaccccgtg actgtccgcc tgctcgaccc gccgctgcac gagttcgttc
     7141 cgcacgacga gaaagggcag caggagatgg ccgaagcgat gggcgtcagc ctggcttaca
     7201 tccgccagcg cgttgaggca ctccacgagc agaacccgat gcttggccac cgcggctgcc
     7261 gcctcggcaa cacctacccc gagatcacgc agatgcagac gcgcgccata ctcggcgctg
     7321 ccctcgacct gaagaaggaa ggcgtggaga cacaccccga gatcatggtg ccgctgactg
     7381 gcatcctcta cgagttcaag gagcaagagc gcgtgatccg cgctgaggcc gaagccctct
     7441 tcgctgagcg cggcgacagc atccacttcc tcgtcggcac gatgatcgag gtgccgcgcg
     7501 ccgccctgac agccgaccgc atcgcctcct cggccgagtt cttctccttc ggcacgaacg
     7561 acctgacgca gatgaccttc ggctattcgc gcgacgacat cgcctccttc ctcccgatct
     7621 acctcagcaa gaagatcctg aaggtcgacc ccttccaagt gctcgaccag aagggcgtcg
     7681 gccagctcat ccgcatggcc acggagaagg ggcgcgccat tcgcccgacg ctcaagtgcg
     7741 gcatctgcgg cgagcacggc ggcgaaccct cgtccgtgaa gttctgccac aaggtgggcc
     7801 tcgactacgt cagctgctcg cccttccgcg tgcccatcgc acggatcgcc gcggcgcagg
     7861 cagccatcga agactaatcc gatagaccac aaggcagagc gcgtgagccc cctcaccgct
     7921 cccgccaacg acaagcgaaa gccggcttat ccccctttga caaagggcgg gtaagccggc
     7981 ttcctttttg ggcgaggctc ccacacgaac cacctacagg ctatgcctcc ccctcacctt
     8041 ccgcaatgaa agaggcgaga agccagcgcg catacacacc cactaatcca tgtggctgac
     8101 acccacctgg gttaggaggc tcggcccacc taagctacgt gggtcagccc acctaagcta
     8161 cgtgggtcag cccacctaag ctacgtggct cggcccacct aatccatgtg gctggcagcc
     8221 acctgagtta atgggtgtat tagcgcgcat gcgacaaggc caccgaacag caacgtgtta
     8281 ggtggtctga tacgccccga tgcggcctgt aaggccgccg gatgatagcc cggggcgaaa
     8341 ccccgggccg gtgacgatag gggcgaaacc ccggggcgct ggatgataag ggcgaatgat
     8401 ccggtggggt gaatgattcc acgaataaat gggggatgcc cgatacgccc cgaaggggca
     8461 gatcaaccca gcccagggta gagcgacgcc accgggcgga gcgacaccct gggtcgaatg
     8521 gccgcactcg ccgtaccgcg ctctgcaatc ctccccccac cctgctgggg cagggtgggg
     8581 ggaggattgc agagcgcgga ggattttctt ttggcatccg caaccccagg gcgttgccct
     8641 gggctgggtt gatctgccct ttcagggcgt atgcctgata cacc
//
LOCUS       SEQF3106|MIQD01000080.1 8632 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8632
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(284..556)
                     /gene="hup_2"
                     /locus_tag="SEQF3106_01701"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A3H1"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-binding protein HU"
                     /translation="MNKTEFIEAVSAKSGLSKADGKKAVDAMVETILSEMEKGEKVSI
                     LGFGSFTVVDKAPRKGVNPRTKEVIDIPARKVIKFKPGAEMLSSVK"
     CDS             901..1581
                     /gene="aarA"
                     /locus_tag="SEQF3106_01702"
                     /EC_number="3.4.21.105"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P46116"
                     /codon_start=1
                     /transl_table=11
                     /product="Rhomboid protease AarA"
                     /translation="MQMPPVTQDLIIINALCWLATLVLAHAKKDLVDLAGLHFPGTHS
                     FHWFQPITYMFLHDTHSFAHIFFNMFAVFMFGRSIEVTWGSRRYLIFYLVSGIGAALV
                     QEAVWYFQIQAVAANYGFSVMQMVAMNPSANQLVTIGASGAVFGVLLAFGMLFPDVPL
                     YVMFVPIPIKAKYFVIFYGLVELFMGVANFRGDNVAHFAHLGGMLFGLLMILYWRKKD
                     RSNGRSAY"
     CDS             1562..2470
                     /locus_tag="SEQF3106_01703"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDLLIKLRRSFEAGSLLTKLLYINVGVFIVVRVVFIILQLCGH
                     KGMAFVTLLQAPSDVGLLVRQPWTLLTYMFLHVDVLHLLFNMLWLYVFGSLFLRFFDG
                     RRLVGIYLTGGIAGALFYVAAYAVFPYFRSMGMTNYLMGASASVMAIVFAVSFYRKDY
                     AVELILLGRVKLLYLALGVFAIDFFSITSSNAGGHIAHIGGALWGLLFALQLQRGRDL
                     TAPINRLIDDLVNMKKRRPQRIKVVPGGGGRPESDSEYLERKRREADAIDSILDKLRR
                     SGYESLSADEKKALFDASRTQGGGEK"
     CDS             2467..3576
                     /locus_tag="SEQF3106_01704"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRSRHRIGNATRHAIHIPALLLLLISAYAGLVPPERGLTPITY
                     LGLAFPLVLLLNVVLLLIRILRRDRVYILLFIVALLICRRPIAYYSPLHLFRPEAPKE
                     HALKVLTYNVRCFGYKDHTPDAPNEIIRYIATSGADIVCLQEYLEGDAENILSAGKIA
                     RALSMYPYHYYCPLVYYRHYTTGVAIFSKYPILSSRRVRYDSTFNGSTIHELDVHGRR
                     VTVVNNHLESFKLTEEDRSRYTDFIRNANTSTFDGVRDVFQTKVSQAFRIRAEQASIV
                     AEAIGEVRSGSLIVCGDFNDTPLSYAYRTICGSLGDAYVESGLGPGISYNRSIFRFRI
                     DHILHSRDMKAYQATVDRRVRLSDHYPVWCVLEME"
     CDS             complement(3678..4400)
                     /gene="mprA_2"
                     /locus_tag="SEQF3106_01705"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R3I8"
                     /codon_start=1
                     /transl_table=11
                     /product="Response regulator MprA"
                     /translation="MENENNPRILLVEDEPALALIIQDTLEGEGFEVECAADGLHGLD
                     AFTRQRPDIVVADVMMPGMDGFEMVRRMRRIDAVTPILFLTARSSLADLVKGFDLGAG
                     DYLKKPFKMLELIVRIKSLLRRATSSGSDAAPPADPEPPAICFGRYTLHTAAQRLLDA
                     DGRVQELSYMECEILRRLSLGRGTIVEIRTLLLDLWHDDSPYNRNSLHVFIHKLRRRL
                     AADPHIRILNIRGLGYKLVVEE"
     CDS             complement(4400..5812)
                     /gene="senX3"
                     /locus_tag="SEQF3106_01706"
                     /EC_number="2.7.13.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QR01"
                     /codon_start=1
                     /transl_table=11
                     /product="Signal-transduction histidine kinase senX3"
                     /translation="MDLRKFKRAVVAILLGITLLFLFNLFYLKGLADAMHAEAARVVL
                     TCIESADSKELQLRLRKRRAEPEAQHSTIIIEKQKDRDSIVTMRNVSAGTYHSTVVSV
                     VPAELPYIELEQLASEVRTSIHAQIDEVQPVNLSALDSLINAELHRRGLALHVVRTEI
                     VHERTGLVRRSSAPPGAAPKPSGHVATYTFNPESGLAYRVFLPSLTGVVLRQMRGILL
                     STLLLIVLLAVAFRYLIRTVMQQRTLEEMKDDFTNNMTHELKTPIAAAYSAADALLNF
                     RQGEDPVKREQYLRLCLEQLTRLGGLVEQILDMSMERRRRQELRLEPVDIGALFDRLA
                     ALYRLKSGRPVHFHTAVQPADLTLRADPDTLSHAVGNLIDNAIKYTPGEAEVSLSARR
                     EGAFCVVTVSDRGIGIAPAVAGRIFDKFYRVPVGNRHDVKGYGLGLYYVRQVATRHGG
                     RITYAPRPGGGSVFTLSIPV"
     CDS             complement(5836..6021)
                     /locus_tag="SEQF3106_01707"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKFLCRLDGCHIYAQVFRNKLIKMKFPHTFYIYRALEALIESQT
                     FKTGFGSVAWAALIINH"
     CDS             complement(6863..7444)
                     /locus_tag="SEQF3106_01708"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLDGVTSALIKVVGVKVEAAAGVVGVRGKVEAHHPRRSGVGER
                     CPERVVRIMPLRISRVHLPLPTRLGALRPASDDQHGGATDVILWRGAVHHFSRLYLLG
                     GDRPEDGSECVAGDGHLAAIDEDGEARRTGQRDGAVLLAHAGQPEQRLVSIRHHPTSH
                     ESGHIVNDPPAGEPRNGALAPHDDFGHGPRPFF"
ORIGIN      
        1 aaccctgagg gtttagtcct acttgaaaaa aagtagcgct gaaccctgag ggtttcgtct
       61 caccccgaaa aaaagtagcg ctgaaccctc aggggtttag tccgctgtga gccataaacc
      121 atgactcccg cccgcgggca tgcctttttg cccccacatg gcggatgggc gggcgtccgc
      181 atcccttcgg atataaaaaa ggctgccgcc cgatcgctga tgatcggacg ggcagcctct
      241 atgttctttc ctttccgggg gctggagaaa caagaagggg ctcttatttc accgagctca
      301 gcatctcagc tcctggtttg aacttgatga ccttgcgagc agggatgtcg ataacctcct
      361 tggtgcgcgg gttcacgccc ttgcggggtg ccttatccac cacggtgaat gatccgaagc
      421 ccaggatcga gactttctcg cctttttcca tctcgctcag gatggtttca accatcgcat
      481 ccaccgcctt tttaccgtca gctttgctca ggcctgactt tgccgatacg gcctcaatga
      541 attctgtctt attcataata tagtaattaa atggtaatgt aaagcattta tcaagtgtca
      601 acccgcttat tttcacccgg attggcgcgc caaatataaa agggataatt gaatgaggac
      661 agtaagagtc ttttttggcg catcggaggg gaggggcatt ttttgcaccc ctcagagccg
      721 gaacatagcg caggaaatct gccgtacttt tggcgcgcaa caagaaaaat cacgtaagag
      781 acaatgatta attatcaatt atcaatgatt accccagaga caccgcagca cggcactgca
      841 ctaccattaa tcactaacaa ttaataattg accacgatgc aaaacagatc atcccatacg
      901 atgcaaatgc cgccggtcac gcaggacctg atcatcatca acgccctctg ctggctggcg
      961 accttggttt tagcgcatgc taaaaaagac ctcgtcgact tggccgggct gcacttcccg
     1021 ggcacccact cgttccactg gtttcagccg atcacgtaca tgtttctgca cgacacgcac
     1081 tcctttgcgc atattttctt caacatgttc gccgtcttca tgtttgggcg atcgatagag
     1141 gtcacgtggg ggtcgcggcg ctacctcatc ttctacctcg tctcgggcat cggcgcggcg
     1201 ttggtgcaag aggcggtgtg gtacttccag atccaagcgg ttgcggcgaa ttacggcttc
     1261 agcgtcatgc aaatggtggc gatgaacccc agcgcgaacc agctcgtcac cattggtgcc
     1321 tcgggtgccg tctttggtgt gctgctggcc ttcggcatgc tcttccccga cgtcccgctc
     1381 tacgtcatgt tcgtgccgat accgatcaag gccaaatact tcgtgatctt ctacggattg
     1441 gtggagcttt tcatgggtgt ggccaacttc cgtggcgaca acgtggcgca ctttgcgcat
     1501 ctgggaggca tgcttttcgg cttactcatg atcctttatt ggcgtaagaa agaccgtagc
     1561 aatggacgat ctgcttatta agctccgccg gtcgtttgag gctgggagcc tgctgacgaa
     1621 gctgctttac atcaatgtag gcgtcttcat cgtcgtgcgt gtggtgttca tcatccttca
     1681 gctgtgtggc cacaaaggca tggcgttcgt tacgttgttg caagcgccgt cggatgtggg
     1741 gctgctcgtg cgccagccgt ggaccctgct gacgtacatg ttcctgcacg tcgatgtcct
     1801 gcatttgctc ttcaacatgc tttggcttta cgtcttcgga agcctcttcc tgcgcttttt
     1861 cgatgggcgc cggttagtgg gcatttacct cacgggcggc attgccgggg cattgttcta
     1921 tgtggctgct tacgccgtct tcccctactt ccgcagcatg ggcatgacga actacctgat
     1981 gggagcctca gcctcggtca tggccatcgt ctttgcagtc tcgttttacc gtaaagatta
     2041 cgccgtggag cttatccttc tcggtcgggt gaagctcctt tacctcgcgc tcggtgtctt
     2101 cgccatcgat ttcttctcga ttacgtcgag caacgccggg ggacatattg cgcacatcgg
     2161 cggcgccctc tgggggctcc tttttgcgtt acaactacaa cgcggacgcg acttgacggc
     2221 tccgatcaac cgcctcattg acgacctcgt caacatgaag aagcgtcgtc cgcagcggat
     2281 aaaggtggtc ccaggcggag gcggccggcc ggagagcgac agcgaatact tagagcgcaa
     2341 acgccgcgaa gccgacgcca tcgacagcat ccttgacaag ctgcgccgct caggctacga
     2401 gagcctctcg gccgacgaga aaaaggcact cttcgacgcc agccggacac agggaggagg
     2461 tgagaaatga agcgttcacg ccatcgcata ggcaacgcta cgcgccatgc catccacatc
     2521 ccagccctgc tgctgctcct catttcggcc tacgccggcc tcgtcccccc ggaacgtggc
     2581 ttgacgccga tcacctacct cggactggcc ttccccctcg tcctgctcct caatgtcgtc
     2641 ctgctcctca tccgcatctt gcggcgcgac cgcgtctaca tcctcctctt catcgtcgcc
     2701 ctgctcatct gccggcgccc catcgcgtat tactcccccc tccacctctt ccgtccagag
     2761 gcgccaaagg agcacgccct gaaggtgctc acttacaacg tccgctgctt tggctacaag
     2821 gatcacacac ctgatgcgcc caacgagatc atccgctaca tcgccacctc cggcgctgac
     2881 atcgtttgcc tgcaagaata cctcgaaggc gacgccgaaa acatcctctc ggccggcaag
     2941 atcgcccggg cactgagcat gtatccttat cattattact gcccgttagt ctactaccgc
     3001 cattacacca cgggggtggc catcttctcg aaatacccca tcctaagctc gcggcgggtg
     3061 cgttacgaca gcaccttcaa cggctccacc atccacgagc tcgacgtcca cgggcggcgc
     3121 gtgacggtgg tcaacaacca cttggaatcg ttcaagctga ccgaagagga tcgctcgcga
     3181 tacacggact tcatccgcaa tgccaacacc tccaccttcg atggtgtgcg tgatgtcttc
     3241 cagacgaaag tctcgcaagc cttccgcatt cgcgcggagc aagccagcat cgtggccgaa
     3301 gcgattggcg aggtgcgcag cggcagcctc atcgtctgtg gtgactttaa cgacacgcca
     3361 ctctcgtacg cctaccgcac catctgtggc tcgctcggcg atgcctatgt ggagtcgggc
     3421 ttgggcccgg gcatcagcta caaccgcagc atcttccgct tccgcatcga ccacatcctt
     3481 cactcccgcg acatgaaggc ctaccaagcc accgtagatc gccgcgtccg cctgtcggat
     3541 cattatccgg tgtggtgcgt gttagaaatg gaataacgaa aaacgaaaaa cgaaaagtga
     3601 aaagtgaaaa gtggccgggt acatgcgatc gcctcttgca tgtacccggc catttttagt
     3661 ttttagtttt tcgtttttta ctcttccacc accaacttgt agcctaagcc gcggatgttg
     3721 aggatgcgga tgtgtgggtc ggcagcgagg cggcggcgga gcttgtggat gaagacgtgc
     3781 aggctgttgc ggttgtaggg gctgtcgtcg tgccagaggt cgagcaggag ggtgcgaatc
     3841 tccacgatgg tgccgcggcc gaggctgagc cgccgcagga tctcgcactc catgtaggac
     3901 agctcctgca cacggccgtc ggcatcgagc agccgttgcg cggccgtatg caatgtgtag
     3961 cgcccgaagc agatggcagg cggctcggga tcggctgggg gtgcggcgtc gcttccggat
     4021 gaggtggcgc ggcggaggag tgacttgatg cgcacgatga gctcgagcat tttgaagggc
     4081 ttcttgaggt agtctccggc gccgaggtcg aagcctttga caaggtcggc gagcgaggag
     4141 cgggcggtga ggaagaggat gggcgtcacg gcatcgatgc ggcgcatgcg gcgaaccatc
     4201 tcgaagccgt ccatgccggg catcatcacg tcggccacga cgatgtccgg ccgctggcgc
     4261 gtgaaggcgt ccaagccgtg aaggccgtcg gcggcgcatt ccacctcgaa gccttcaccc
     4321 tcgagcgtgt cttgaatgat cagtgccagg gcgggctcgt cctctacgag caggatgcgg
     4381 gggttgtttt cattttccat tacacaggga tactaagcgt gaacacggag ccgccgcccg
     4441 ggcggggagc gtacgtgatg cgtccgccgt gacgagtggc gacttgtcgg acgtaataga
     4501 gtccgaggcc gtagcccttc acgtcgtggc ggttgccgac gggcacgcgg tagaacttat
     4561 cgaagatgcg gccggcgaca gcaggcgcga tgccgatgcc gcgatcgctg acggtgacga
     4621 cgcagaatgc gccttcgcga cgggcagaga ggctgacttc ggcctcaccc ggggtgtatt
     4681 tgatggcgtt gtcgatcagg ttgccgacag cgtgacttag ggtgtcggga tcggcacgga
     4741 gggtcaggtc ggcgggctgg actgcggtgt ggaagtgcac ggggcggccg gacttgaggc
     4801 gatagagcgc agcaagcctg tcgaagagtg cgcctatatc gaccggctcg aggcgcaact
     4861 cctgccggcg ccgccgctcc atgctcatgt ccaagatctg ctccacgagt ccgcctaaac
     4921 gcgtgagttg ctccaagcaa aggcggagat attgctcacg cttgacgggg tcttcgcctt
     4981 gccggaagtt cagcagcgcg tcggcggcgg agtaggccgc ggcaatgggc gtcttcagct
     5041 cgtgggtcat gttgttcgtg aagtcatcct tcatctcctc gagcgtgcgc tgctgcatga
     5101 cggtgcggat gaggtagcgg aaggcgacgg ccagcaggac gatgagcagc agcgtggaga
     5161 gtaggatgcc gcgcatctgc cggaggacga cgcccgtgag cgagggcagg aagacgcggt
     5221 aggcgaggcc gctttcgggg ttaaacgtgt aggtggcgac atggccggag ggttttggcg
     5281 cggcgccagg cggtgcagag gagcgccgaa caaggccagt gcgctcgtgg acgatctccg
     5341 tgcggacgac gtgcagggcg aggccgcggc ggtgcagctc agcgttgatc aggctgtcca
     5401 aagcgctgag attgacgggt tgcacctcat cgatctgcgc gtggatggag gtgcgcacct
     5461 cgctggccag ctgctcgagc tcgatgtaag gcaattcggc cggcacgacg ctgaccacgg
     5521 tcgagtggta cgttccggct gacacgttgc gcatggtgac gatcgagtcg cggtcttttt
     5581 gcttttcgat gatgatcgtg ctgtgttgtg cctccggctc tgcgcggcgc ttgcgtaggc
     5641 gaagttgcag ctccttgctg tcggcgctct cgatgcaggt caggacgacg cgcgcggcct
     5701 cggcgtgcat ggcgtcggcc aggcctttga ggtaaaacag gttgaagagg aagagcaggg
     5761 tgatgccgag gaggatcgcc accacggcgc gtttgaattt tcggaggtcc atcgtggagg
     5821 ggggggaagt aatggtcaat gattaattat aagtgcagcc caagcaacgc taccaaaccc
     5881 ggtcttgaag gtttgcgact caatcaatgc ctccaaagcc cggtagatat agaaggtgtg
     5941 tggaaatttc attttgatga gtttgttgcg aaaaacttgg gcatagatgt ggcaaccgtc
     6001 taatcggcac aaaaatttca tctaaccctt cttctaactc taaacttccg cgtgctcaat
     6061 gcgcaatcca tatctgataa aacttcatgt cgcataaaat ggcattttcg atcgtcgaag
     6121 tcgtttcatg tcgcataaaa tggcatttcc gatcgtcgaa gtcgtttcat gtcgcataaa
     6181 atggcatttc cgatcgtcga agccgtttta tgtcgcataa aatggcattt ccaatcgttt
     6241 atgctgtttt atgtcgcatg aaatggcatt tccgatcgtc gaagctattt tatgtcgcat
     6301 gaaatggcat atccaatcgc cgaagccgtc atatttcgtg tgaaatgaca atttctaatt
     6361 gtcgaagcta ctctatttcg tatgaaatga ccgtgcaaca atctctttga tgtatctctc
     6421 cgcaaaagta ccccgcccgc ccgctcccga cttgatcggt aagacttggt aagactttgt
     6481 aagtcggcga taagggtctt ggcgaaaagg ccgcggcacc tttgcggcac acattaaaaa
     6541 gtcattcatc atgcacacaa caaccctctc cctcctgacc cttgcggccg ccctgctgac
     6601 ctcgcttggc gcacacgcac agcatcgcct ccgggggcgc gtggccgacg cggacgggca
     6661 gcccgtggca caagctgccg tcatcctgca aacagttgat tcaacctata tcaattcagc
     6721 cgtcaccgac tcactcgggg cgttcgccat cgatatgacc gacggcaacg cccaacagac
     6781 ttaccgcctc atcgtgcagc atgtggccta tgaaacacag gagcagaccc ttcgtggcga
     6841 cgctggcgag tgccttgtcc gattaaaaga aagggcgcgg accatgcccg aagtcgtcgt
     6901 gcggggcgag cgccccattg cgcggctctc cggcgggcgg atcatttacg atgtgccccg
     6961 actcgtggct ggtggggtgg tgacgaatgc ttacgagacg ctgctccggc tgcccggcgt
     7021 gcgcgaggag aacggcgcca tcacgctggc cggtgcgccg cgcctctcca tcctcatcga
     7081 tggccgcaag atgaccgtct ccggcgacgc actccgagcc gtcctccggg cgatccccgc
     7141 cgagcaggta cagtcggctg aagtgatgta cagcgccccg ccacagtatc acgtccgtgg
     7201 cgccgccgtg ctgatcgtca ctcgcggggc gaagggcgcc gaggcgggtt ggcaggggca
     7261 ggtgaacgcg ggatatacgc agcggcatta tgcgaactac tcgctcgggg cagcgctctc
     7321 ctacaccact gcgccgtgga tggtgcgcct caacctttcc tctgacgcca accacacccg
     7381 cagcggcctc gaccttgacg ccgaccacct ttatcagggc actcgtcacc ccatcgagca
     7441 acatgaccgg ggcgagagtc gcagccgcac gcacctcatg cgcctcgaaa ccgacttccg
     7501 gctcacggaa aagagtcgcc tcggcatgat ctacaccgct cagctccgca ccggccgacg
     7561 ctccgagggc ggttccgttg gcacgctcgg tgcctcccgc agccagacgt cagacgagcg
     7621 ccccacgcag ctgcacaacg tccaacttga cctcaccacc ggctttggcc tgtgcctcgg
     7681 ctccgaatac acacgctacg acgagcaccg ccagcagcac ttctctacct gcaccgccga
     7741 cggccgcatc gcatccgact tcatcgcccg cgatgcccaa accatcgatc gcctgcgtgt
     7801 ctttgccgac cagagtcacc cgctccgccg cgcgggctgg aagctgaact acggcgccga
     7861 atacctctac gcctccgatc gcagcatgca gacttaccga cccaccggcg ccgatggatc
     7921 tacgcccccc aacgcccgta acatcgatag ccgcctgacg gagcgcaccg cccgccttta
     7981 cgtcggtttc gagggcgcgc tatcgccagc cttgaccttc tccgcctcgc tcacgggcga
     8041 ggattaccgc ttcgccgacg tccgcgaccg cacgctcttc cccgagctga gcgccacgtg
     8101 ggccatcgcc ccaacacaca tgctgcaagc ctcattaacc tccgacaagg tctatcccgc
     8161 ctattgggag aaccacggcg gcaggagttt cctcaacgcc tacgctgagg tgcacggcaa
     8221 cccgctgctt cgcccgcacc gcacctacgc cggccgcctg agctacatcc tgcgcagccg
     8281 ctacgtcctc acgctctacg ctaaccacat gcccgactac tccgtgcaac tcccttggca
     8341 ggcgcccgat cgccccgcac tcatctacca aagcaccaat ttcgattaca agcaaatcgt
     8401 gggcgtcaat gtgctcatcc ccatccgcgt cggcgccgca cttagctccc gcttgacggc
     8461 gaacaccttc ctcgacgatg tccgccacag ccactttcac gacctcgcgt tccgtcgccg
     8521 ccgcgtcgcc ttcttctctc gtttagacaa cacgcttcgc ctcacgcccg ccctcacgct
     8581 cgagctgaac gctgcctaca tcacgcccaa catgcagggc ttggccgaca tc
//
LOCUS       SEQF3106|MIQD01000081.1 8082 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8082
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(79..1074)
                     /locus_tag="SEQF3106_01709"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLVLRIPLHIERVLLLNDCVIIPSFGGFLLRRHAAVHNPRQCAF
                     RPARKEIVFNPTLTYDDGLLAESYMEHYGMDFNEAQQAIRHDVSALQTTLADDGRLTL
                     EGIGAFRRTDDGTLLFDPASDATSTYAIGSYGLPLFYMPPLTPESAAPAFAAPATSPA
                     AAPPVHTQPPHAVRERIPTALRVVGQTAAVAAAAVALYFSISTPVREVDNTSYTAGFV
                     PSELLHDLSEKEQPPPRPQDEASGKASEKATGKTVEVTTYSIVIGSFNDSASARKLIS
                     ELPSEDRKHAQVVTNNAGRVRVIVGGYQDRKAAAAALAQWRQRQKFQSAWLMARH"
     CDS             complement(1227..2765)
                     /locus_tag="SEQF3106_01710"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDNNHNALIAITAAGDDISLLPQMANRHGLIAGATGTGKTCTL
                     QNIAETFSRMGIPVFATDIKGDLSGVACAGGGNAALQRSIDAHHLAERGFAYAASPVC
                     LWDIFGENGHPLRTTISEMGPLLLSRLLDLNDTQSNVLTLAFRIADDEQLLLFDLKDL
                     RKMLEHIGQERARYTLAYGNISAATIGAIQRGLLALEDQGADRFFGEPAFDILDFMNQ
                     RDGRGVINLLDATRLMRSPKLYTTFLLYLLSELFERLPEVGDLDRPRLVFFFDEAHLL
                     FNGIPRALLEKVEQVVRLIRSKGVGVYFCTQNPLDIPDIVLGQLGNRVQHALRAFTPR
                     DQKAVATAADTFRPNPAFDARTVITELAVGEALVSFLDARGAPNIVQRAAIIPPEGRA
                     GALTADERRHLIQASPFFGKYDQAVDRESAFELLTARMNQAQQDRDTALREKEELRQQ
                     KEQERRDRADRQERERQERQEKRRKDSTLAGSLTKMASTKAKREVVNAIFKFGRGLLG
                     SLLK"
     CDS             complement(3348..7772)
                     /gene="rpoC"
                     /locus_tag="SEQF3106_01711"
                     /EC_number="2.7.7.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A7ZUK2"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-directed RNA polymerase subunit beta'"
                     /translation="MAFRRENKIKTDFTKITIGLASPEEILENSYGEILKPETINYRT
                     YKPERDGLFCERIFGPVKNYECYCGKYKRIRYKGIVCDRCGVEVTEKKVRRERSGHIQ
                     LVVPVAHIWYFRSLPNKIGYLLGLPTKKLDSIIYYERYVVIQAGVAENAKYMDLLSEE
                     EYLNIIDSLPKDNQMLEDTDPNKFIAKIGAEAVYDLLARIDLDTLSYDLRHQAMTDTS
                     QQRKNEALKRLQVVESFRASKGRNRPEWMIIKVVPVIPPELRPLVPLDGGRFATSDLN
                     DLYRRVIIRNNRLKRLIDIRAPEVILRNEKRMLQEAVDSLFDNSRKSSAVKTDANRLL
                     KSLSDSLKGKQGRFRQNLLGKRVDYSARSVIVVGPELKMHECGLPKDMAAELYKPFII
                     RKLIERGIVKTVKSAKKIVDRKEPVVWDILEYVMQGHPVLLNRAPTLHRLGIQAFQPK
                     MIEGKAIQLHPLACTAFNADFDGDQMAVHLPLGNEAVLEAQMLMLASHNILNPANGAP
                     ITVPSQDMVLGLYYITKLRKGTQGEGLIFYGPEEAKVAYNEKKLEIHAPIKVYVDDRD
                     AEGNRVHKMIETSVGRLLVNEYVPEEVGFINEVWGKKALRDIIGNVIKTCGVARTAQF
                     LDDIKNLGYQMAFKGGLSFNLADVLIPPEKGAIVKEGYDEVEQITANYNMGFITNNER
                     YNQIIDTWTHVNSKLSKTLIDQLSSDDDGFNSIFMMMDSGARGSKEQIRQLSGMRGLM
                     AKPQKSGSDGGQIIENPILSNFKEGLSVLEYFISTHGARKGLADTALKTADAGYLTRR
                     LVDVSHDVIINEEDCGTLRGLVCTELKNNEDVIASLYERILGRVSVHDVVHPITGELI
                     VRAGDEIREKEAQEIQDSPIESIEIRSVLTCESKKGVCAKCYGRNLATGRMVQKGEVV
                     GVIAAQSIGEPGTQLTLRTFHVGGIASNIATENSLISNYDGMLEIEELRVVDSDSEGC
                     KIVVSRLAELRIIDPNTKIVLHNHNIPYGSKLFFDNGATIKKGDKIIEWDPFNAVIVS
                     EATGRITFESMEEGITYKVESDETTGLKERIIIESKDKTKVPAAHIVSDDGTTLKNYS
                     LPLGAHVVKAEGDLIKTGEVLVKIPRAVGKTGDITGGLPRVTELFEARNPSNPAVVSE
                     IDGEVSFGKIKRGNREVMVTSKLGETKKYMVPLSKQLLVQENDYVRAGMPLSDGAITP
                     SDILSIKGPTAVQEYIVNEVQDVYRLQGVKINDKHFEVIVRQMMRKVEIADPGDTRFL
                     EQQVVDKIDVMEENDRIWGKKVVTDPGDSDNLNAGQIVTARKLRDENSSLKRRDKKLV
                     EARDAKPATTSQILQGITRAALQTSSFMSAASFQETTKVLNEAAISGKSDRLEGLKEN
                     VICGHLIPAGTGRREFDRLIVGAKDDFDRIEAEQADLLEADEADDFALPRKSEKKKSE
                     RKKPASASVIMDSPAIIPDSSDIVDSPVIIDPTAPVEP"
ORIGIN      
        1 aataatgact gtattgtatt ctctcctacg cgtttttagg gcggacggag agaggggaga
       61 ggatcctttg gggctatgtc aatgcctcgc catgagccac gcggattgga atttctgccg
      121 ctgcctccat tgtgcgagcg cggcagcggc agctttccgg tcttggtatc caccaacgat
      181 cacgcgcacg cgccctgcat tgttcgtcac tacttgggcg tgtttgcgat cttccgacgg
      241 gagctccgag atgagctttc gggcggaggc ggaatcgttg aagctgccga tgacgatgga
      301 ataggtcgtc acttccacgg tttttcctgt ggccttttct gaggcttttc ccgacgcttc
      361 gtcttggggc cgggggggtg gctgctcttt ttcggataag tcgtggagca actcggaggg
      421 gacgaagccg gcggtgtacg aggtgttgtc gacttctctg actggtgtgg agatggagaa
      481 gtagagggcg actgcggcgg cggctacggc ggctgtttgc ccgactacgc gaagggcggt
      541 ggggatgcgc tccctcacgg cgtgcggcgg ctgggtgtgc accggcggtg cggcggctgg
      601 cgatgtggcc ggggcggcga aggctggtgc ggcggattcg ggcgtgagtg ggggcatata
      661 aaataaaggt aggccgtagg agccaatggc gtaggtcgat gtggcatcgc tggcgggatc
      721 gaaaaggagt gttccgtcgt ctgtgcggcg aaatgctccg atgccttcca gtgtgaggcg
      781 accgtcgtct gcgagggtgg tttgcagggc gctgacgtca tgccgaatgg cttgctgcgc
      841 ctcgttgaag tccatgccgt aatgctccat gtacgattcg gccagcaggc catcgtcgta
      901 ggtgagggtg ggattgaaaa cgatttcttt tcgtgcggga cggaaggcac actgccgggg
      961 gttgtgtacg gctgcatgcc ggcggaggag gaaacctccg aaactgggaa tgatcacgca
     1021 gtcgttaaga aggagtacac gttcgatatg tagaggtatc cgtaacacga gcacaaaagt
     1081 attttttttc agaattgagg aggagcagaa tgatgcgtct caatgagggg gcggcagggt
     1141 tcgtcgatcg gatcgacggg gatttttcaa atgtgggggc aatgacattg aggctttatt
     1201 gaaagagccc ccattttctc agccaatcat ttcagcaacg agccgagcag gccgcgcccg
     1261 aacttgaaga tggcattaac gacttcgcgt ttggctttgg tgctggccat cttggtgagg
     1321 ctgccggcga gggtactgtc ttttcgacgt ttctcttgac gttcttggcg ctcacgctct
     1381 tggcggtcgg cacggtcgcg gcgttcttgt tccttttgct ggcggagttc ttccttttcg
     1441 cggagggctg tgtcgcggtc ttgctgggcc tggttcatgc gggcggtgag gagctcgaag
     1501 gccgattcgc gatcgacggc ttggtcgtat ttgccgaaga agggggaggc ctggatgagg
     1561 tggcggcgct cgtctgcggt gagggcgccg gcgcggcctt cgggggggat gatggcggcg
     1621 cgctgcacga tgttgggggc gccgcgggca tcgaggaagg agacgagggc ttcgccgacg
     1681 gccagttcgg tgatgacggt gcgggcgtcg aaggcggggt tgggccggaa ggtgtcggcg
     1741 gcggtggcga cggctttttg atcgcggggg gtgaaggcac ggagggcgtg ctgcacgcgg
     1801 ttgccaagct gaccgaggac gatgtcgggg atgtcgagcg ggttttgtgt gcagaaatac
     1861 acgccgacgc ctttggagcg gatgaggcgg acgacttgct ccaccttctc gagcaatgcg
     1921 cgggggatgc cgttgaatag cagatgggcc tcgtcgaaga agaagacgag gcggggccga
     1981 tcgaggtcgc ccacttcggg gaggcgctcg aagagctcgg agaggaggta gaggaggaag
     2041 gtggtgtaga gcttcggtga gcgcatgagg cgggtggcgt cgaggaggtt gatgacgccg
     2101 cggccgtcgc gctggttcat gaagtcgagg atgtcgaagg cgggttcgcc gaagaagcgg
     2161 tcggcgcctt ggtcttcgag ggcaagcagc ccgcgctgta tggcgccgat ggtggcggcg
     2221 gagatgttgc cataggcgag ggtgtatcgg gcgcgctctt ggccgatgtg ctcgagcatt
     2281 ttgcggaggt ctttgaggtc aaagagtagc agctgctcgt cgtcggcgat gcggaaagcg
     2341 agggtgagga cgttgctttg ggtgtcgttc aggtcgagca gtcggctgag cagcagcggt
     2401 cccatctcgg agatggtggt gcgtagcggg tggccgtttt cgccgaatat gtcccagagg
     2461 cagacgggcg atgcggcgta tgcgaagcca cgttcggcga ggtgatgggc gtctatgctg
     2521 cgctgcaagg cagcgtttcc gccgccggcg caggccacgc cggagaggtc gcctttgatg
     2581 tcggtagcaa atacggggat gcccatgcgg ctgaatgtct cggctatgtt ttgcagtgtg
     2641 cacgtcttgc ccgtgccggt ggcgccggcg atgagtccgt ggcggttggc catctgtggg
     2701 agcaggctga tgtcgtcacc ggccgccgtg atggcgatca gtgcgttgtg attgttgtct
     2761 atcataagaa ggtcgttagg agtttgtcag aagtaattaa cgtgagttcg acatgaagaa
     2821 atccatttcc ccgcctcgag ggaagcaccc tccccgcact gggggaagca ccttacctgc
     2881 atgcggggaa gcaccttacc tgcatgcggg gaaacacctt acccgcaccg ggggaagcac
     2941 cttacccaat ggctcacaga caacgcaggc gttgtgagtg acgcaacgca ggcgttgtga
     3001 gtgacacaaa gcaggcgttg tgagtgacgc aacgcaggct ttgtgggtga cgcaaagcag
     3061 gcgttgtgag tgacacaacg caggtttaag agatgctctt aagtagactt aagaggtgtc
     3121 actaagcaag cttaagaggt gtcactaagc aggcttaaga ggcgatctta agtaggcttg
     3181 cagacattgt gcgatgatcc gccgtgtcat tcgtatgcgc aaaagccccc gggggggaga
     3241 aaacaaatcg tcccgccgag cggggaggga agcggtgggg cttcacctct ctgccagcag
     3301 gacgctttgg aatacttaaa gacgattatg aattggggtg cgaatcatca cggttcgaca
     3361 ggcgccgtgg ggtcgatgat tacgggtgaa tcaacgatgt ccgacgagtc ggggatgatc
     3421 gcaggagaat ccatgatgac cgaggcggag gcgggtttct tccgctcgct ctttttcttt
     3481 tcactcttac gcggcagggc gaagtcgtcg gcctcatctg cctcgagcaa gtcagcctgc
     3541 tcagcttcga tgcgatcgaa gtcgtccttg gcgcccacga tgagtcggtc gaactcgcgg
     3601 cgccccgtgc cagcggggat gaggtggccg cagatgacgt tctccttcag gccctcgagg
     3661 cggtcagact tgccgctgat ggcggcttcg ttgagcacct tggtcgtctc ctggaaggat
     3721 gcggccgaca tgaagctcga cgtttgcagt gcggcgcggg tgatgccttg caggatctgg
     3781 ctcgtggtgg ctggcttcgc gtcgcgcgcc tcaacgagct ttttgtcgcg gcgcttgagc
     3841 gagctgttct cgtcgcggag cttacgcgcg gtgacgatct ggcctgcgtt caggttgtca
     3901 gagtcgcccg gatcggtcac gaccttcttg ccccagattc ggtcgttctc ttccatgacg
     3961 tcgatcttat ccaccacctg ctgctcaagg aagcgcgtgt cgcccggatc ggcgatctcc
     4021 accttgcgca tcatctggcg tacgatcacc tcgaagtgct tgtcgttaat cttcacgccc
     4081 tgcagccgat agacgtcttg cacctcgttt acgatgtact cctgcacggc cgtggggcct
     4141 ttgatggaga ggatgtcgga cggggtgatg gcgccgtcgg agaggggcat gccggcgcgg
     4201 acgtagtcgt tctcctgcac aagcagctgc ttggagaggg gcaccatgta cttcttcgtc
     4261 tccccgagtt tcgatgtgac catgacctcg cggttgcctc gcttgatctt gccgaagctc
     4321 acttcgccgt cgatctcgga gacgactgcg gggttggagg ggttacgcgc ctcgaaaagc
     4381 tccgtgacgc gcggcagacc accggtgatg tcgcccgtct tgccgacggc gcgcgggatc
     4441 ttgactaaca cttcacccgt cttgatcagg tcaccctctg ccttcaccac gtgggcgccg
     4501 agcggcaggg agtagttctt gagcgtcgta ccgtcgtcgc tcacgatgtg tgcggcgggc
     4561 actttcgtct tgtctttcga ctcgatgatg attcgctctt tgaggccggt cgtctcgtcg
     4621 ctttccactt tatacgtgat gccctcctcc atgctttcga aggtgatgcg ccccgtggct
     4681 tcggaaacga tgacggcgtt gaagggatcc cattcgatga ttttgtcgcc cttcttgatg
     4741 gtggcgccgt tgtcgaagaa gagcttcgat ccgtagggga tgttgtggtt atgcagcaca
     4801 atcttcgtgt tcggatctat gatgcgcagc tcggccaggc ggctgacaac gatcttgcat
     4861 ccttcactat cggagtcaac gacgcggagc tcttcgatct cgagcatacc gtcgtagttg
     4921 gagattaggc tgttttctgt cgcaatgttg gaggcgatac cgcccacgtg gaaggtgcgg
     4981 agcgtcagct gtgtacctgg ctcaccgatg gattgcgccg cgatgacgcc aactacttcg
     5041 cccttctgca ccatgcgacc ggtggcgagg ttgcggccgt agcacttcgc acagacgccc
     5101 ttcttcgatt cgcacgtgag gacggagcgg atctcgatgc tttcgatggg tgaatcctgt
     5161 atctcttgag cctctttctc gcggatctcg tcgccagcgc ggacgatgag ttcccccgtg
     5221 atggggtgga cgacatcgtg cacggagacg cggccaagaa tgcgctcgta gagcgaggcg
     5281 atgacgtctt cgttgttctt cagctccgtg cagacgaggc cgcgcagggt gccgcagtct
     5341 tcttcattaa taatcacgtc gtgcgacacg tctacgagtc ggcgggtcag gtatccggca
     5401 tcggccgtct tgagcgctgt gtcggccaag ccctttcggg cgccgtgcgt agaaataaag
     5461 tactccaaca cggagagccc ctccttgaag ttcgagagga tcgggttttc gatgatctgc
     5521 cctccatcgc tgccgctctt ttgcggttta gccatcaggc cacgcatgcc ggagagctgg
     5581 cgaatttgct ccttcgatcc acgggctccg gaatccatca tcataaaaat ggaattgaag
     5641 ccgtcgtcgt cagaactgag ctgatcgatg agcgttttgg agagcttgct gttgacgtgg
     5701 gtccaggtgt cgataatctg gttgtatcgc tcgttgttgg tgatgaaacc catgttgtag
     5761 ttggccgtaa tctgctccac ttcgtcgtac ccctccttga cgattgctcc cttttcgggc
     5821 gggatgagca cgtcggctaa gttgaacgag aggccgccct tgaaggccat ttggtagccg
     5881 aggtttttga tgtcgtcgag gaactgtgcc gtgcgggcta cgccgcaagt cttgatcacg
     5941 ttgccgatga tgtcgcgcag ggccttttta ccccatactt cgttgatgaa gccgacttct
     6001 tcaggcacgt attcattgac taacaaacgg ccgacggagg tctctatcat cttgtggacg
     6061 cggttgcctt ctgcgtctcg atcgtccaca tagaccttga tcggggcgtg gatttcgagc
     6121 ttcttttcgt tgtacgcgac cttggcttcc tcggggccgt agaagatgag gccttcgcct
     6181 tgggtccctt tgcggagctt ggtgatgtaa tagaggccaa gcaccatgtc ttgcgagggg
     6241 acggtgatgg gggcgccgtt ggcggggttg aggatgttgt gcgaggcgag catgagcatc
     6301 tgcgcctcga gcacggcttc gttgccaagt ggcaggtgga cggccatctg gtcgccatca
     6361 aagtcggcgt tgaaggccgt acatgccagc gggtggagtt gtatggcttt gccctcgatc
     6421 atcttgggct ggaaggcttg aatgccgagg cggtggagcg tcggggcgcg gttgagaagc
     6481 acggggtggc cctgcatgac gtattccaga atgtcccaca cgacgggctc cttgcggtca
     6541 acgatcttct tggctgactt gaccgtcttc acgatgccgc gctcgatgag cttgcggatg
     6601 atgaatggct tgtagagttc ggcggccatg tctttgggca ggccgcattc gtgcatcttc
     6661 agctcggggc cgacgacgat gacggaacgg gcggagtagt cgacgcgttt accgagcagg
     6721 ttctggcgga agcgtccttg tttacccttc aaactgtcgg agagggattt cagaaggcgg
     6781 ttggcgtcag tctttacggc gctcgacttg cgcgagttgt caaagagtga gtcgacggct
     6841 tcttggagca tgcgcttctc gttgcggagg atgacttccg gggcgcggat gtcgatgagt
     6901 cgcttcaagc gattgttgcg gatgatgacg cggcgataga ggtcgttcag gtcggaggtg
     6961 gcaaagcgtc caccatccag cggaacgagt ggccggagct ccggcggaat gacgggcacc
     7021 accttgatga tcatccactc gggtcggttg cgccccttcg atgctcggaa cgactcgacg
     7081 acttgcagcc gcttcagggc ttcgtttttg cgctgttgcg aggtatcggt catggcctga
     7141 tgacgcaggt cgtaagagag cgtgtccaga tcgatgcgcg ccaagaggtc gtagacggcc
     7201 tcggcaccga tcttggcgat gaacttgttc gggtcggtgt cttccagcat ctggttgtcc
     7261 ttcggcaggg agtcgatgat gttcaggtac tcctcttcgg agaggaggtc catgtatttc
     7321 gcattttcgg ccacacccgc ttgaatgact acgtagcgct cgtaatagat gatcgaatcc
     7381 agcttcttcg tcggcaggcc aagcaggtag ccgatcttgt taggcagcga ccggaagtac
     7441 caaatgtgag ccacgggcac gacgagctgg atgtgccctg agcgctcgcg ccgcaccttc
     7501 ttctcggtca cctcgacgcc acagcggtcg cacacgatgc ctttgtaacg gatgcgttta
     7561 tactttccgc aatagcactc gtagttcttc actgggccaa agatgcgctc acagaagagc
     7621 ccgtcgcgtt cgggcttgta tgtgcgataa ttgattgtct ccggcttcaa aatttcgccg
     7681 taggagttct ccaaaatctc ctccggcgaa gccagtccga tcgtgatttt cgtgaaatcc
     7741 gtctttatct tattctctct cctaaaagcc atattcctct ctgatttata tagtcgtatt
     7801 tgtatcgcaa tgtcgcatga tgtgggggtg aattgggggt ctcactggag ccctacgggc
     7861 cgacggccgt agagtggcgg agatcaaaaa cactcgtacc ccaagcttac cgccaagtgg
     7921 cggagatcaa aaacactcgt acttgggctt accgccaagt ggcggagatc aaaaactggc
     7981 gcgcggagct taccgccaag tggcggagat caaaaactgg cgcgcggggc ttaccgccaa
     8041 ttggcggaga tcaaaaactg gcgcgcggag cttaccgcca at
//
LOCUS       SEQF3106|MIQD01000082.1 8080 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8080
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(480..1175)
                     /locus_tag="SEQF3106_01712"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDRLRIKELAEEDRPREKMRLKGAAALSDAELIAILIGSGSSR
                     ETAVQLAQRILGTVDNNLGRLGRLTVDELTAFRGIGQAKAITIVAAMELGRRKGLSDT
                     PDRDTIRSSAEAFHLFHPLLCDLPHEELWAAFINRGAKVIGRTMISRGGTGQTAADVL
                     IILKAAINKLCSGIVLCHNHPSGNPRPSPEDDALTERLARAATLLGIQLIDHVILCDK
                     TYYSYADEGRLTK"
     CDS             complement(1276..1839)
                     /gene="efp"
                     /locus_tag="SEQF3106_01713"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QWR4"
                     /codon_start=1
                     /transl_table=11
                     /product="Elongation factor P"
                     /translation="MINSQDIKKGTCIRLDGKLYFCIDFLHVKPGKGNTIMRTTLKDV
                     VRGNVIERRFNIGEKLEDVRVERRPYQYLYQEGEEFIFMNQETFEQIPIARALINGVD
                     FMKEGQVVDVVSDASTDTVLFADMPIKVQLAVTYTEPGIKGDTATNTLKPAKVETGAE
                     VRVPLFINEGDVIEINTQDGSYTGRVK"
     CDS             2069..2821
                     /gene="truA"
                     /locus_tag="SEQF3106_01714"
                     /EC_number="5.4.99.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P07649"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA pseudouridine synthase A"
                     /translation="MRYFLWLSYLGTAYCGWQRQPNGMSVQQCVEEALATILRRPIPL
                     TAAGRTDAGVHARQMATHFDTDTPLPDPPSLVGRLNGLLPPSIAALRIHAVRPDVHAR
                     FSATARTYIYAVTDVKDPFMPGGVHRMSLRGIDFEAMNRAAAVLPEYADFTSFSKLHT
                     DVKTNICRITRADWCREGACWIFTITADRFLRNMVRAIVGTLLEVGRGRRSVDDFRRV
                     IEARDRCRAGDSAAADGLTLLHVAYPPEIHLD"
     CDS             complement(2940..3824)
                     /locus_tag="SEQF3106_01715"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPSTPRPITRTTFFMGTMAFLVVLFSMPLGHALMILMEHYLQP
                     PWLYYAAFSMGAVGLIVTVAGVFVRGDTRQTLFGLFGGLLFWTGWIEFLYVYYAHRFG
                     VEPLRNAAGEIITKPEYLIMPSSFGFWAMFMLLYLFSVRTGCNFFNYLQRVFFRRSTV
                     RVELKPLARHTALTTFMELNLILWTSYLVLLFCYDDHFIGDRHPVTTLVAFGALASSV
                     YMFGRLVRISSWGYAIRYAIPTVIVFWTFVEVIMRWRVLREIWIHPLEYRTEMLTILA
                     AFIILLAVLILKSWKRRG"
     CDS             4030..6060
                     /gene="tkt"
                     /locus_tag="SEQF3106_01716"
                     /EC_number="2.2.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0A0I9QGZ2"
                     /codon_start=1
                     /transl_table=11
                     /product="Transketolase"
                     /translation="MNTKNMNRAADNIRILAASMVEKARSGHPGGAMGGADFVNVLYA
                     EFLNYNPERPDYPYRDRFFLDPGHMSPMLYGVLALTGLMPVAELENFRQWGSLTPGHP
                     ERDVQHGIENTSGPLGQGHAMALGAAIAERFMVARFGEWMAHKTYAYISDGGIEEEVS
                     QGVGRLAGHLGLHNFIMYYDANNIQLSTKVDEVNTEDVAAKYRAWNWRVITIDGHSVE
                     EIRRALSEAHAETERPTLIIGKTIMGRGAVDAEGRSYEDLVSTHGQPLSAAGADMDAT
                     IRHLGGDPARPFAIFPESTEIYGRRREELLTWYGARMEQEERFRREQPALAAKLDRFL
                     SGEMPEIDYTAVEMKRDTATRAASAAMLALYAEQVENMVVSSADLSNSDKTDGFLKHT
                     HAFTKGDFTGQFLQMGVSELTMACVMNGMALHGGILPVCGTFFVFSDYMKPAVRLAAL
                     MELHVVYVWTHDSFRVGEDGPTHQPIEHEAQIRLMEQLRNHSGHRSMLVLRPADADET
                     VYAWKMALESYRPTALLLSRQNIASLPAASGDRRAEARRIEQGGYVVMDTEGTPDIVL
                     VASGSEVSTLVEGAGLLSAEGIRARVVSVPSEGLFRDQDADYQQSVLPHGVRRFGLTS
                     GLPVTLEGLVGEGGSVHGLSSFGYSAPYKVLDRKFGFTGERVSELVKKFLGR"
     CDS             6057..6512
                     /gene="rpiB"
                     /locus_tag="SEQF3106_01717"
                     /EC_number="5.3.1.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37351"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribose-5-phosphate isomerase B"
                     /translation="MSAMDTQPLPIGFACDHAGVEMKRALMEHVAALGYEVRDFGTDT
                     TDSCDYPDYAHPLAEAVEAGAVYPGIGLCGSGNGIGMTLNKHQSIRAALCWNEEIARL
                     ARAHNDANVLVLPARFVTVEEAVRMVDIFLTTTFDGGRHRRRVEKIPVV"
     CDS             6610..7716
                     /locus_tag="SEQF3106_01718"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTSWLAGLIFLSMLPIGAAAQDKGIDDFSKNESICYCMPNWST
                     PNNVVGFDNNWQLLRAMQVPRSKKELDSLGIPCTYSQLQLLRDWGLIARNEDDRYQTA
                     ILLLDSAATARLRAHSRRLSDELVGVIRPSVADYVRLLERDGLGGHAYSLLFSLVIDG
                     LTWTRLEADGRVRKRELTLKHPMWDGEFWTLYPKRDFYCGTNTDVYGTYIFFFNWSEG
                     AMRKMRPFLRRMDLLPRMCDDLSKSDRVSDAEVIAGLSPFGLVDGKGRPTVPVIRLDT
                     TDAIYAASWKMAGAIADFLVSHVDTVALRQEFGFADGSQSIVILYHEMLWDVLARLEQ
                     AGLVKRPAIFADPEHARPEEFGKVIFLTRIAAEK"
ORIGIN      
        1 cttcgccttg tttcctgacg gatacggtgt ggctgtcttg ttctttttct ccgagctcga
       61 gcttggcctc atcgttcatc atgtctttgt cccactcggg ctcaaagacg aggttgatcg
      121 tcacgccgtg cacgccggcg atgcctccga ctttttgctg cacatcgtcg aggatgaagt
      181 cggccgcggg gcagttgggg gcggtgaagg tcatgtcgat ggtgacgtcc ttctcgtcgt
      241 ccacatcgac gcggtagacc agcccgaggt cgtagatgtt gacggggatc tcggggtcga
      301 agacggtgcg tagcaccttg acgatctctt cttctattct caggaattcg ttgtccataa
      361 ttgggatttg taggggcgaa cctatgtggg cgcttggttt attgtacaca catctccgtc
      421 ggggagggcg cccttcgccg gggcgggaga tttttcgccc ctacaggtgt tggcccgatt
      481 tatttcgtca ggcgcccttc gtcggcgtag ctgtaatatg ttttatcaca gaggatgacg
      541 tggtcgatca gttggatgcc gagcagtgtg gcggcgcgtg cgagtcgctc ggtgagggcg
      601 tcatcctctg ggcttgggcg gggattgccg gaggggtgat tgtggcagag gacgatgccg
      661 gagcaaagct tgttgatggc ggccttgagg atgatgagta cgtcggcagc ggtctgcccc
      721 gttcctccgc gactaatcat cgtgcggccg atcaccttgg cgccgcggtt gatgaaggct
      781 gcccagagtt cctcgtgagg caggtcgcag agcagggggt ggaagaggtg gaaggcttcg
      841 gcgctgctgc gtatcgtgtc gcggtcgggg gtgtcggaga ggcctttgcg tcggccgagc
      901 tccatagccg ccacgatggt gatggccttg gcctggccga tgccacgaaa ggcggtcagc
      961 tcgtcgactg tcaggcggcc gagccggccg aggttgttat ccaccgtgcc gaggatgcgt
     1021 tgcgcgagtt gtacggctgt ctctcggctg ctgcccgagc cgatcagtat agcgatcagc
     1081 tcggcgtcgc tcagcgccgc ggcgcctttg agccgcatct tctcgcgtgg ccggtcttct
     1141 tcggccagct ccttaatgcg cagcctgtcg tccatgaaaa ggagtagtcc gagggtggta
     1201 aagagtagtt cgagggtggt aaagagtagt tcgaggggta gcctatataa aggtataggc
     1261 gctccctccg cttgactact tcacgcgccc ggtgtaggat ccgtcttgcg tattgatttc
     1321 gatcacatcg ccctcgttga tgaagagcgg cacacgcacc tcggcgcccg tctccacctt
     1381 ggccggcttc agggtgtttg tcgccgtgtc gcccttgatg cccggctcgg tgtaggtcac
     1441 ggccagctgc accttgatgg gcatgtcggc aaagagcacc gtgtctgtcg aggcgtcgga
     1501 gacgacgtcc accacctgcc cttccttcat gaagtccaca ccattgatca gcgcccgcgc
     1561 gatggggatc tgctcgaagg tttcttggtt catgaagatg aactcctcgc cctcttggta
     1621 gaggtattgg taggggcggc gctccacgcg cacgtcttcc agcttctcgc cgatgttgaa
     1681 gcggcgttcg atcacgttgc cacgcaccac atccttgagc gtggtgcgca tgattgtgtt
     1741 gcccttgccc ggcttcacgt gcaggaagtc gatgcagaaa tagagtttac cgtctaagcg
     1801 gatgcaggtg ccttttttga tgtcttgaga gttaatcatc ttcttattgt ataacgttaa
     1861 aaattaaacc ggcggcaaaa gtatgccaat ccgccaaaag tcaaaacccg ctattgatgc
     1921 ggggagtcgg ggcttctcgg ggtgttctgt gggttacggg aaagggtatt ttaagggggg
     1981 ggaggggacg cacctacctt tgcggtggcg gatggggggg gcgataccct ccccgatctt
     2041 cgtctttcac ttttcatttt taacttccat gagatacttc ctctggcttt cttacctcgg
     2101 gacggcttac tgcggatggc agcggcagcc gaatggcatg agtgtgcagc aatgtgtgga
     2161 ggaggcgttg gctacgatcc ttcgccgccc catcccgcta acggctgccg gccgcaccga
     2221 cgccggtgtg catgcccggc aaatggcgac gcacttcgat acggacacgc ctctgcccga
     2281 tccgccttcg cttgtcgggc ggctaaatgg ccttcttcca ccaagcatcg ccgctctgcg
     2341 catccacgcc gtccgtcccg atgtgcatgc tcgattctcg gccacggcgc gcacgtatat
     2401 atatgctgtg accgacgtca aggacccctt catgcccggc ggcgtgcacc gcatgtcgct
     2461 gcggggcatc gactttgagg ccatgaaccg cgccgccgcc gtgctgcctg aatacgctga
     2521 cttcacgagc ttcagcaagc tccacacgga tgtgaaaacg aacatctgcc gtatcacgcg
     2581 ggcggattgg tgccgtgaag gcgcgtgctg gatcttcacc attacggccg atcgcttcct
     2641 gcgcaacatg gtgcgtgcca tcgttgggac actcctcgag gtggggcgtg gccggcgcag
     2701 cgtggacgat ttccggcgtg tgattgaggc ccgcgaccgc tgtcgggcgg gcgattcagc
     2761 cgcagctgac ggcctcacgc ttctccatgt ggcctacccg ccggagatcc atctcgatta
     2821 gcagctcccc agcctcatgc ctctccgtta tcccgatgtt ttgggatcgc tgggggccgg
     2881 gcggaggcgt atgcgataca tttctacctg ctcctcagat aatcattaac gatcatccat
     2941 cacccccgcc tcttccacga cttgaggatg agcaccgcca gcaatatgat gaaggccgca
     3001 aggatggtta gcatctccgt gcgatactcc aacggatgaa tccagatctc acgtaatacc
     3061 cgccaacgca tgatgacttc aacgaaggtc caaaagacaa tcaccgtggg gatggcgtac
     3121 cggatggcgt agccccagct cgagatgcgc accaagcggc cgaacatgta gaccgacgag
     3181 gccagtgcgc cgaaggccac gagcgtcgtc accggatgac ggtcgccgat gaagtggtcg
     3241 tcgtagcaga agagcagcac taagtagctc gtccaaagga tcaggttcag ctccatgaag
     3301 gtcgtgagcg ccgtgtggcg ggccagcggc ttcagctcca cgcgcaccgt gctgcggcgg
     3361 aagaagacgc gctgcaagta gttgaagaag ttgcaccccg tgcggacgct gaagaggtag
     3421 agcaacatga acatggccca aaagccgaac gaggagggca tgatgaggta ctccggcttg
     3481 gtgatgatct cgccggccgc gttccggagc ggctccacgc cgaagcggtg cgcatagtag
     3541 acgtagagga actcgatcca gcccgtccag aagagcaggc cgccgaaaag gccgaagagc
     3601 gtctggcgcg tgtcgccgcg cacgaagacg cccgccacag tcacaatcag ccccacggcg
     3661 cccatcgaaa aagcagcgta gtagagccag ggtggctgta ggtaatgctc cataaggatc
     3721 atcagcgcat gccccaaggg catggagaag agcacgacga gaaaagccat cgtgcccatg
     3781 aagaaggtcg tccgagtgat cgggcgaggg gttgaaggat tcattggttt tgcctatttg
     3841 ttgtatgtaa atgatggccg caaaggtaga cctcgcccgc tgcctctgcg attgacatcg
     3901 cgcaccgtac atttgcccgc aaacgatccc cgatggctta tacattacat agacaagcat
     3961 ccctgatccc aaccgggcgg ccacaaggtc gccccctgct acttctgact acttattact
     4021 tatagaaata tgaataccaa aaacatgaat cgtgcggcgg acaacatccg gatcctggcc
     4081 gcatcgatgg tcgaaaaagc ccgatccgga caccccggcg gcgcgatggg tggcgctgac
     4141 ttcgtcaatg tgctttacgc cgagttcctg aactacaacc ccgagcggcc cgactatccc
     4201 taccgcgacc gcttcttcct cgaccccgga cacatgtcgc ccatgctcta cggcgtgctg
     4261 gcgctaacgg ggctgatgcc agtggctgag ttagagaact tccgccagtg gggcagcctc
     4321 acgcctggcc accccgaacg cgacgtgcag cacggcatcg agaacacctc cggcccgctc
     4381 gggcaggggc acgccatggc cctcggcgcc gccattgccg aacgcttcat ggtggctcgc
     4441 ttcggcgaat ggatggccca taagacgtac gcctacatct ccgacggcgg catcgaggag
     4501 gaagtctcgc aaggcgtcgg ccggctggct gggcaccttg ggctgcacaa cttcatcatg
     4561 tattacgacg ccaacaacat ccagctctcc accaaggtgg acgaggtcaa caccgaggat
     4621 gtcgctgcca aataccgcgc ttggaactgg cgcgtgatca ccatcgacgg tcactccgtc
     4681 gaagagatcc gccgcgccct cagtgaggct cacgccgaga cggagcgccc cacgctgatc
     4741 atcggtaaga ccatcatggg ccgtggcgcc gtcgacgctg aaggccgcag ctacgaggat
     4801 ctcgtctcca cacacggcca acccctctcc gcggccggcg ctgacatgga tgccacgatc
     4861 cgccacctcg gcggcgatcc agcccggccc ttcgccatct tccccgaatc gaccgagatc
     4921 tacggtcgtc ggcgcgagga gctgctcacg tggtacggcg ctcgcatgga gcaggaggag
     4981 cgtttccgcc gcgaacagcc cgcgctggcc gccaagctcg accgcttcct cagtggcgag
     5041 atgcccgaga tcgactacac cgccgtggag atgaagcgcg acacggccac ccgcgccgcc
     5101 tcggccgcca tgctggccct ctacgctgag caggtggaga acatggtcgt ctcctcggcc
     5161 gacctcagca actcggacaa gaccgacggc ttcctcaagc acacgcacgc cttcaccaag
     5221 ggcgacttta cggggcagtt cctgcaaatg ggtgtcagcg agctgacgat ggcctgcgtg
     5281 atgaatggca tggcgctgca cggtggcatc ctgcccgtct gcggcacctt cttcgtcttt
     5341 tcggattaca tgaagcccgc cgtccgactg gctgcgctca tggagctgca cgtggtctac
     5401 gtttggacgc acgactcctt ccgcgtcggt gaggacggcc ccacacatca gcccatcgaa
     5461 cacgaggccc agatccgcct catggagcag ctgcgcaacc acagcggcca ccgctcgatg
     5521 ctcgtcctcc gccccgccga cgccgacgag acggtctacg cctggaagat ggcgctcgag
     5581 agttaccgcc ccacggcgct gctgctctcg cgtcagaaca tcgcttcgct gcccgccgcc
     5641 tcgggtgacc gtcgcgctga ggcacgccgc attgagcagg gcggttacgt cgtgatggac
     5701 accgagggca cgccggacat cgtcttggta gcctccggat cagaggtctc tacgctcgtc
     5761 gagggcgccg ggctgctcag cgctgagggc atccgcgctc gcgttgtgtc ggtgccgtcc
     5821 gaaggcctct tccgcgatca ggatgcagac tatcagcaga gcgtattgcc ccacggtgta
     5881 cgccgcttcg gcctcacctc cggcctgcct gtgacgctcg aggggcttgt cggcgagggt
     5941 ggctcggtgc atggcctgtc gtcgtttggt tattcggcgc cgtacaaggt gctcgatcgc
     6001 aagttcgggt tcaccggcga gcgcgtcagt gagttggtca aaaagttctt ggggagatga
     6061 gcgcgatgga cacacagcct ttaccgatcg gctttgcctg cgatcacgcg ggcgtggaaa
     6121 tgaagcgcgc actcatggaa cacgttgctg cgctcggtta cgaagtgcgc gacttcggta
     6181 cggacacgac ggacagctgc gattatcccg actatgccca cccgctggct gaggccgtgg
     6241 aggcgggcgc cgtctacccc ggcatcggcc tctgcggctc gggcaacggc atcggcatga
     6301 cgctcaacaa gcatcagagc atccgcgcgg cgctctgctg gaacgaggag atcgcacgcc
     6361 tcgcgcgcgc ccacaacgat gcaaacgtgc tcgtcctgcc cgcacgcttc gtgaccgtcg
     6421 aggaggccgt gcgcatggtc gacatcttcc tcacgaccac cttcgacggt ggccgccatc
     6481 gccgccgcgt ggagaagatc ccggtggtgt gaacgaataa tgaaaaacta agaactaaaa
     6541 acggccgggt acatgtgaag aggaaactcc cttcatcgtg tatccggcat tttccattca
     6601 attaggaaca tgaaaacatc atggcttgcg gggctgatct tcctgtcgat gctaccgatt
     6661 ggcgccgcgg ctcaagacaa aggcatcgac gacttttcga agaatgaatc catctgttat
     6721 tgcatgccaa actggtcgac gccgaacaac gtcgtggggt ttgacaacaa ctggcaactg
     6781 ctgcgcgcga tgcaagtgcc gcgctcgaag aaggagttag acagcctcgg cattccttgc
     6841 acctacagcc agctgcaatt gctgcgtgac tgggggctga tcgcacgcaa cgaggatgat
     6901 cgttatcaga cggccatcct gttactcgac agcgccgcga cggctcggct gcgtgcgcac
     6961 tcgcggcggc tgagcgatga gttggtcggc gtgatccggc ccagcgtggc ggattacgtc
     7021 cgcctcttgg agcgcgacgg cctcggcggg catgcctaca gcctgctctt ttcgctcgtg
     7081 attgacgggc tgacttggac gcggcttgag gctgacggac gtgtccgcaa gagggagcta
     7141 acgctcaagc atccgatgtg ggacggcgag ttttggacgc tctacccgaa gcgcgacttc
     7201 tactgcggaa cgaatacaga tgtttatggc acatacatct tctttttcaa ttggtcggag
     7261 ggagcaatgc gaaagatgcg cccgtttctc cgccgcatgg atttgctccc gcgcatgtgt
     7321 gacgatctgt cgaaatcgga tcgggtgagt gatgcggaag tgattgcggg gttgtcgccc
     7381 tttggtctgg tcgacggcaa ggggcgcccg acggtgcccg tgatcaggct ggatacgacg
     7441 gatgcgatct atgcggcctc gtggaagatg gcgggtgcga tagccgactt cttagtgtcg
     7501 catgtggata cagtggcgct gcggcaggag ttcggtttcg ctgacggttc gcagtcgatc
     7561 gtcatccttt atcacgagat gctgtgggat gtcctcgcgc ggttagagca ggcggggctc
     7621 gtcaagcggc cggccatctt cgccgatccg gagcatgccc ggccggagga gttcgggaag
     7681 gtgatcttcc tgacaaggat tgcggcggag aagtgagacg ctgatcgggc ataaaggcaa
     7741 aagaagcctg tcggaatgtg gaaaattcag gacccaaccc gagggagaac cccattccga
     7801 gggtcggaaa tgggtcaaac cttagggcga ggtcatttcc gagggtcgga aatgggtcaa
     7861 accttagggc gaggtcattt ccgagggtcg gaaatgggtc aaaccttagg gcgaggtcat
     7921 ttccgagggt cggaaatggg tcaaacctta gggcgaggtc atttccgagg gtcggaaatg
     7981 ggtcaaacct tagggcgagg tcatttccga gggtcggaaa tgggtcaaac cttagggcga
     8041 ggtcatttcc gagggtcgga aatgggtcaa accttagggc
//
LOCUS       SEQF3106|MIQD01000083.1 7863 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7863
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(140..406)
                     /locus_tag="SEQF3106_01719"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHDLIRLVAELEANPMLGADLGNGFRKVRLAIKSKSSGKRGGA
                     RVITLTILLSTDNAEVGLLYIYDKSDRGSISIKELNALKKESGL"
     CDS             complement(468..716)
                     /locus_tag="SEQF3106_01720"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKVNLQMEQNDIIRRVLNIEDTNILTQIKEFITAHAPEDDDYR
                     PMTKEEIMAELKEAFLVAKAAREGKVKGRPAEEFLSEL"
     CDS             complement(840..1223)
                     /locus_tag="SEQF3106_01721"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKRLTVIVEWTGDNFGASAPDVIGCVATGKTLDEVKQAYALAL
                     EFHRQGADEGELPEWIMRGEYTLGFELTAGALLKHYGDVVTLYAMRRATGINARQLSH
                     YINGNCIPKAQQRKRIVEGLHTIAK"
     CDS             1370..1696
                     /locus_tag="SEQF3106_01722"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVVILDRDLDELLQTRRNKRYRKIERSKVLFDGLERAIQAMRE
                     AEHVDWLRKTSFLHYERLKHSAYRGKSSVRIANGAVERLIFTEHEDGIEIHIIELDDT
                     HYGNKK"
     CDS             1680..2039
                     /gene="higA_3"
                     /locus_tag="SEQF3106_01723"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A224"
                     /codon_start=1
                     /transl_table=11
                     /product="Antitoxin HigA"
                     /translation="METRNNHAGIDYDDIVPAIAIHPGEVLEEEIKARGISREAFAEQ
                     LGMPRSHLNELLRGKRDFTPAFALELERALDIHAKFWTNLQASYERDLIRIKAHRAHA
                     RHKAAVATEPAVEYAAV"
     CDS             2112..2471
                     /gene="higA_4"
                     /locus_tag="SEQF3106_01724"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A224"
                     /codon_start=1
                     /transl_table=11
                     /product="Antitoxin HigA"
                     /translation="METKNNYTGIDYDDIIPHRAIHPGEILWEELKARGISREAFAEQ
                     LGMPRSHLNELLRGKRDFTPAFALELERALDIHAKFWTNLQASYERDLIRIKAHRAHT
                     RHKAAVATEPAVEYAAV"
     CDS             3582..4481
                     /locus_tag="SEQF3106_01725"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPEVEQTVSTSTIENEIGNVDLTRLNNGAHFQFMKNVNEKLTAE
                     TAMLTNSIAKDAADKLNKALEEEDRCYVISQKSLLTKRIVAEDHERDQMYMGYRSAVY
                     GFLRSPDKAMAAAAERLWAHLTDYRISTGWQFDRETASIANLLKDCETTYAADINKLG
                     VKAYIDALKVANEKVDELLLSRTTDRGEQVAGALRSARRASDAAYIRMVKVVNALAIL
                     HNDTAKCDAFIKFMNAEIKHYKEQVLTSKKRTDDTPKEPKEPKQPEQPKDPKDPKQPE
                     QPKPGGGDDIHLPEEPPKKPEGQ"
     CDS             complement(4945..5160)
                     /locus_tag="SEQF3106_01726"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPIMRHIQNKADPPHSKTAPGIGADYDVFTHITTYMNTRNRPI
                     IESYFLISPISQDSHRLSCPQLFTYII"
     CDS             5420..5557
                     /locus_tag="SEQF3106_01727"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIVGSFLLVDILKINSRYMEQIILTRGMLRGTVIGEGLQEVDE
                     L"
ORIGIN      
        1 cgaccgagcc agccgttgaa tacgccgccg tgtaggggcg aataatcatt cgcccttata
       61 tggacggtag aggcagcggc ctgaagggcc gccggacgat agcccggggc gaaaccccgg
      121 gcggaggcgc gaggctctgt tataacccgc tttccttctt taatgcattc aactctttga
      181 tcgaaatgct cccgcggtcg gatttgtcat agatgtagag caaaccaacc tcggcgttat
      241 cggtagagag taggatggta agcgtgatga cacgtgcacc accacgctta cccgaggact
      301 tcgacttaat ggcaagtcgc actttccgaa acccattgcc gagatcagca ccgagcatag
      361 ggttggcttc caattcagcg accagtcgaa tgaggtcgtg tctcaatgat ttgtagcgtt
      421 tgagaagtcg ttttgatgct cgttcgaaag gctgaagaat gataacctta caattcactt
      481 agaaactcct ccgctgggcg acctttgact ttcccttccc gtgccgcttt agctacgagg
      541 aatgcctctt tcaattcggc catgatctcc tctttggtca tcggcctgta atcgtcatcc
      601 tcaggcgcat gtgcggtgat aaattccttt atctgcgtaa ggatgttcgt atcctcaatg
      661 ttgagcacac gacggatgat gtcgttctgc tccatctgta aattaacttt tgccataatg
      721 gtttgatgtg atgatgactg gccgcaaaga tctatgaatg gatcgatgtc agtccatccc
      781 aaagggcggc atctcagctt ttacgatcct ccctgtcgat gtcagcgtgc gtcggccaac
      841 tacttggcta tggtgtgcag accttccaca atgcgtttgc gttgctgagc cttggggatg
      901 caattcccat tgatgtaatg cgacagttgt cgggcattga ttcctgtagc gcgcctcata
      961 gcgtatagcg tgaccacgtc gccgtagtgt ttgagcaggg ctccggcggt aagctcgaag
     1021 ccgagggtat actccccgcg catgatccat tcgggcagct cgccttcgtc cgccccttga
     1081 cggtggaatt ccaaggccaa tgcataagcc tgtttcacct catccaacgt ttttccagtg
     1141 gccacacaac cgatcacatc cggtgccgat gccccgaagt tgtcacccgt ccattccaca
     1201 attactgtta gtctcttatt catatctcct tttctctggc aaagatagat ccccgcgagt
     1261 cgtctgtggg tgccccggtt agtttgaata aaagcccccc cgccgctgat ttgcctctac
     1321 ctttgccccc gtatcgaacc ccaagtaagc aagtaagaag gccctctgta tgaaggtggt
     1381 gattttagac cgtgacttag acgaattgct ccagacaagg aggaataagc gctacaggaa
     1441 gatcgagcga tccaaggtgc ttttcgatgg attggaaaga gcaattcaag caatgcggga
     1501 ggcggagcat gttgattggc tgcgtaagac atcttttttg cattacgagc ggttgaagca
     1561 tagcgcctac cgaggcaaaa gctccgtcag aattgccaac ggagctgtag agcgactgat
     1621 cttcacggaa cacgaagacg gcattgaaat acacattata gaattagacg acacacatta
     1681 tggaaacaag aaataatcac gcaggtatcg attacgatga tattgtccca gcaatagcca
     1741 tacatccggg cgaagtgctt gaggaggaaa taaaggcgcg cgggataagc cgggaagcgt
     1801 ttgccgagca gctcggcatg ccgcgttccc acctcaatga gttactcagg ggcaagcgcg
     1861 acttcacccc cgcctttgcc ttggaattgg agcgtgcact ggatattcac gccaaatttt
     1921 ggacgaacct gcaagcgagt tacgagcgcg atttgatccg catcaaagcg caccgggcgc
     1981 atgcaaggca caaggccgct gtggcgaccg agccagccgt tgaatacgcg gctgtgtagg
     2041 ggcgcccacc cggtgtgcac ccctataatt ccatcatttc gccagcaggc ctcttaggaa
     2101 cgacacgcat tatggaaaca aaaaataatt acaccggaat cgattacgac gacatcatcc
     2161 cccacagagc catacacccg ggggagatcc tttgggagga gctgaaggcg cgcgggataa
     2221 gccgggaagc gtttgccgag cagctcggca tgccgcgttc ccacctcaat gagttactca
     2281 ggggcaagcg cgacttcacc cccgcctttg ccttggaatt ggagcgtgca ctggatattc
     2341 acgccaaatt ttggacgaac ctgcaagcga gttacgagcg cgatttgatc cgcatcaaag
     2401 cgcaccgggc gcatacgagg cacaaggccg ctgtggcgac cgagccagcc gttgaatacg
     2461 ccgccgtgta ggggcgaata atcattcgcc cctatatgga cgggagagta gcggcctgaa
     2521 ggaccgccgg acgatagccc ggggcgaaac cccgggcgga ggtgcccccc ccggggcggg
     2581 gatcctgttg ccgattagtc cgcccgccgg gccgtgtagg ggcgaataat cattcgcctt
     2641 acgaggccca gggtttcgcc ctgggctatc gtccaccggg cctacagccc ggattaatgg
     2701 cacccaatgc ggcctgaagg gccgccggac gatagcccgg ggcgaaaccc cgggcggagg
     2761 cgaaaccccg gggcggaggc gcgcccccgg gcgggaatcc tgttgccgat ttgtccgccc
     2821 gctgggatgt gtggtgggcg aataatcaaa cgctccgcat tgcccccccc tcctcttctc
     2881 tcatttttcc tttttcgttt ttcgtttttc atttttccct ttcctttgcc cccgtcttaa
     2941 aaaaataaag acaacaaacc aagtttccaa tggatctgag taaacatacc caacggccac
     3001 gccgcgccta tcaggcgcta cacactgcct cgcagggcgc atatgcccct gtttgtaaag
     3061 gtatgttcac tacccccccc ccgttaacat atcgcaacac ttcggattgc ctaacaactg
     3121 cgctcggatc ggatcactcc tgtccgcgcc cgcagcatgc tacatgcacg ccccggctcc
     3181 agagccgcag ggcgtggatt tgcgcgcgcc tgcggaagct cccctcgggc gaggtgcgct
     3241 ttgttccttt atcgcatctg taaaaaaaaa tggagtcaca aaggcctcgc cgtccgggcg
     3301 cacgtttttt cttctcccat actcccccac cccatttctc gtggggctct tgcgggaact
     3361 ccgcaagcgt caaaacgaga gatttggtct ttgcgggaac tccgcaagcg tcaaaacgag
     3421 ggatttggtc tttgcgggaa ctccgcaagc gtcaaaacga gagatttggt ctttgcggga
     3481 accccgcaag cgtcaaaacg agggatttgg tctttgcggg aaccccgcaa gccttactga
     3541 attcatagct atatatactc aacacttaaa accacgcatt tatgcctgaa gtagagcaaa
     3601 cggtgtcaac gagcaccata gaaaacgaaa tcgggaatgt ggatttgacg cgtctcaaca
     3661 acggcgcaca ttttcagttc atgaagaacg taaacgagaa actgacggcc gaaacagcca
     3721 tgctcactaa ctccattgcc aaagacgcag cagacaagct gaacaaggca ctcgaggagg
     3781 aagatcgctg ctacgtcatc tcccagaaga gcctcctcac caagcgcatc gtcgcggagg
     3841 atcacgagcg cgaccagatg tatatgggct atcggtcggc cgtttacgga ttcctccgca
     3901 gcccagacaa agcgatggcc gcagccgccg aacgcctctg ggcacacctg acggactatc
     3961 ggatcagcac cggctggcag ttcgaccgcg agacggcctc cattgccaac ctgctgaagg
     4021 attgtgaaac aacatatgcc gccgacatca acaagctcgg cgttaaagcc tatatcgacg
     4081 ccctgaaagt ggctaacgaa aaggtggacg aactgctcct cagccgcacc accgaccgcg
     4141 gcgaacaggt agccggtgcc ctccgctccg cccgacgcgc ctccgatgcc gcctacatcc
     4201 gtatggtgaa ggtggtcaac gcgctggcca tccttcacaa cgacacggcc aaatgcgacg
     4261 ccttcatcaa gttcatgaac gcagagatca agcactacaa agagcaagtc ctcacctcca
     4321 aaaagcgcac ggacgacacg cccaaggagc cgaaagaacc caagcaaccc gagcagccca
     4381 aggatcccaa agacccgaag cagcccgaac aaccgaaacc cggcggcggc gacgacatcc
     4441 acctgcccga ggaaccaccc aagaaacccg aggggcaatg agcagatgat taatggttac
     4501 gtggggcaga ggtgatgtgc gcgcccggat tgtaggggcg tatcgcatac gcccttaaac
     4561 gtcgccagcg gcgacgaacg atccaaccgg cggccgggca cctgtggggg gcgtatgcgt
     4621 gtacgcccct acaatcggcg gcattctccc cctctctaat catggataat tgataattga
     4681 aacaaccaac gccccgcctg agaaaggggc gcttttttat ttgtacacat ttaaaatacg
     4741 agtattatga aaagaacaag acagtactta atgattatgg ccaccgtggc cgcgttcctc
     4801 tgttggacgg ggccgggtgg cacagcgtgg gggcaagcct atcggaaggg gtatgcttac
     4861 ggcaatggct atgcttatcg taatggcgac cgggcacaat tgcgacgatt caatgcatcg
     4921 ggtgacacgg cctttattgg aggctcaaat aatgtaggta aacagctggg ggcaggagag
     4981 tctgtgcgag tcctgcgaaa tgggactaat gaggaaatag ctctcaataa tggggcgatt
     5041 ccgggtattc atataggtag tgatgtgagt aaaaacatcg taatccgctc ctataccggg
     5101 ggcggttttg ctatggggtg gatcagcttt attttggata tgtcgcatga tgggaatcat
     5161 agggttactt ccagcgatcc aggatggaat aatccttcaa aattcgtcac cgggcatttg
     5221 aatcaaccag acagttattt aggcgacaca gacatagtag gaacacgaag gatgcctcaa
     5281 tatcctcaat ggatgcagga tgtagctaat gatataagag ataatcacgg gaagaatgca
     5341 tggtcactga taagaaacaa agtgcctaac tccagcgatt attataatca acctgtaaga
     5401 ataaatcagc gggtgcctta tgatcatcgt tgggtctttt cttttagtcg atatactaaa
     5461 gataaattcg aggtacatgg aacaaataat cctaacccgt ggaatgctac gtggaacggt
     5521 aattggggag ggtttgcagg aggtggacga gctctaacga ataagcgaat gcatagtcca
     5581 agccctggta ccccggctaa atgggacgat cacggtccgt gggagaatgc gacccccgat
     5641 acagtcaatt cttttgttag atgctgccat agttcaatct tcgaaatgag ttgggatctt
     5701 gacccggccc taccgtcagg ctccacagga ggaattgtaa atgcttggca tcataatggt
     5761 cacaagggtc ttccgggaca aagtggttgc gcctattatg acgggattat agatatacat
     5821 gtagcaccca ctgatgagcc gaataatgac gtttatacaa cgacaataga cccagataag
     5881 aagtacaaag tgaaatggcc ggctatgacc cttttcactg atgaacatga aattaccttt
     5941 caatcggacg atagcattcc gctggtgcag atcaatggaa agatcatgcg ggatgggctc
     6001 tctcttactg aacagaagcc tttgaaatcg ccagaagcat ctccctcagc tcaatcgaat
     6061 acatctactg tttataagct tttaaagccc ggctcatctc ctattgcaaa tgacattgag
     6121 acttgggcga accaagactc cgcgagggag tatttggcca attacaagcg cccgaccacg
     6181 gcaattatta gtaatactcc gattaaagac catacgttta cagacattac tttcaaagaa
     6241 atcaactggt ggtacacacg tgacaccgtg tggactaaag tggagaaagc aggcatgttt
     6301 ggatgctgtg cgggcgctgt aatggggttg ggcataaatc ctaaatggga tagcaacata
     6361 cccatgcaga tgggtcgcac gcacttggac gctgcagcgg tgttagagtc tggcgccaat
     6421 gtctgtgtcc aaaatgacat cgctgacaag acaacgatag ctgcatcgaa acgcgatgct
     6481 gccaccttcg gccagtacgc tgatagcatc acggatgcgt tggtggtgct gcctgataat
     6541 gaccgattca cgctgcgtgt aggtggcaac tttgatagca tcaatatggt gcacgatcac
     6601 cttgagctga ataagtttta caagcaatcg aacttccccg tcgcagccga cagcgtctat
     6661 tcctatccta acaatgtcag ctttggctcc ggttttccgt ttgctccagc ttcactgcaa
     6721 ggcttcaacg atggcggatc gatcaacctg ctggctttgg cgactgagac accagccagc
     6781 gtcttaggtg tctacaagaa ctacaactac aaggcaaaca ccgcccctgt ggggaatggt
     6841 ggtaagaacg ccgaatggac aacccataca cccattaacc cagctgatca tccgggcgtc
     6901 atcgaaattg gcgacacgac aaaaggcacc ggccatatgc atatctactc gggcggtatg
     6961 ttgaagaact ttggcggctg cacggtgagc agcagcttcc agatgtattt aggatgccct
     7021 gttccgggct atggagataa gacctcagca cagtttaacc tgaatggcaa tcagccgctt
     7081 tatatcacca attacggtgt aggtactccc acgagcgctt gcaacgctga tttgttgttc
     7141 tacaaagccg ctaccgacag tttggccaca gcgtttaaga atgcctctgg aaatggcatg
     7201 atgcgcattc aggcgcttca caatgtggag ctgcgcgccg atacgaaaat cgatgccaca
     7261 ccccgaggca acgacttcta tatgctttcc gatggtggca acgtcatcac acagaagttc
     7321 aacttcacca gcaaatacaa cacagcgcct acagcgcgcg gtttgctcgg catctgggca
     7381 gaagatcgca atccgggtaa cattttcatc gcatgcccga ataatggttt aggcaaccgc
     7441 aacagcaagc gcggcaatgt gtatatgaat gactcagtga agatcactcg ccccacctct
     7501 acaaacggcg ccgaaacgaa tgtgagagcg gctaacaata tccgcacggc catgttcgat
     7561 tacacgagcg ataacgataa gaatgatatc acgaatgtga tctctcgcaa gggagatgtc
     7621 tatctcggat atagcataaa ggcgcgtcga tttgccgatg atggaactcc gagccatacg
     7681 agctacgagt tcaacgacaa catcttcagg tataacgtga cgaatacgga taatgccggt
     7741 ttgctgaata tcaaatccgg ttgggacgac aacgtggaca atggcgagca gatggatggc
     7801 ggaaatatct acttcgtcgg catcaaggcc aacatgatta caggcggcaa gtatccgacg
     7861 aac
//
LOCUS       SEQF3106|MIQD01000084.1 6989 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6989
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(465..4280)
                     /gene="rpoB"
                     /locus_tag="SEQF3106_01728"
                     /EC_number="2.7.7.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A7ZUK1"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-directed RNA polymerase subunit beta"
                     /translation="MSSTSQAQRVNFASIKKFLSYPDFLEVQLKSFQDFLQLDTPPER
                     RKKEGLYKVFSENFPITDTRNNFVLEFLDYYVDPPRYSIDECIARGLTYSVPLKAKLK
                     LYCTDPEHEDFDTVIQDVYLGPIPYMTERGTFVINGAERVVVSQLHRSPGVFFGQSVH
                     ANGTKLYSARIIPFKGSWIEFATDINNVMYAYIDRKKKLPVTTLLRAIGYESDKDILE
                     IFHLAEEVKVTKTNLKKYIGRKLAARVLKTWVEDFVDEDTGEVVSIERNDVVIDREAE
                     LNEENISTIVDSGAQYVLLHRGDQNLSDYAIIYNTLQKDPSNSEKEAVLYIYRQLRNA
                     DPADDASAREVINNLFFSEKRYDLGDVGRFRINRKLNLSIGADTKVLTKEDIIEIIKY
                     LIELINSKAVVDDIDHLSNRRVRTVGEQLYNQFGVGLARMARTVRERMNVRDNEVFTP
                     IDLINAKTISSVVNSFFGTNALSQFMDQTNPLAEITHKRRLSALGPGGLSRERAGFEV
                     RDVHYTHYGRLCPIETPEGPNIGLISSLCVYAKINDLGFIATPYRKVENGTVDFSDEA
                     ITYYTAEEEENKIVAQGNTPLDDEGHFMLDRVKARYEADFPVVEPDKVNLMDVSPTQI
                     ASIAAALIPFLEHDDANRALMGSNMMRQAVPLIRTDAPIVGTGIEEQVARDSRTQVIA
                     EREGEIVFVDATCIKIKYDRTEEEEFISFEDAVKTYNIPKWRKTNQSTTVDLRPICHV
                     GQRVKKGDILTEGYSTQNGELALGRNVKVAYMPWKGYNYEDAVVLNERMVREDFFTSV
                     HVDEYILEVRETKRGMEELTSDIPNVSEDAIKDLDERGIIRVGAHVKPGDILIGKITP
                     KGESDPTPEEKLLRAIFGDKAGDVKDASLKATPSLHGVVIKTNLFSKMVKKRASARMA
                     DKAILPKIDEEYEEKLSKLKTSLVDKLQSLTSGKTSQGVKDYLNMEVIARGVKFTRKM
                     LEELDYNAIQVSKWTTDAHKNELIKQLIVNYLKKYKELDTELRRKKFDLTVGDELPTG
                     IVQIAKVYIAKKRKIQVGDKMAGRHGNKGIVSKIVRQEDMPFLEDGTPVDICLNPLGV
                     PSRMNLGQIFEAVLGWAGKTLNVKFATPIFDGASIDDLNEWTDKAGLPRYGKTYLYDG
                     GTGERFDQPATVGVTYFLKLGHMVDDKMHARSIGPYSLITQQPLGGKAQFGGQRFGEM
                     EVWAIEAFGAAHILQEILTVKSDDVVGRSKAYEAIVKGDNMPTPGIPESLNVLLHELK
                     GLCLSLTLD"
     CDS             complement(4394..4768)
                     /gene="rplL"
                     /locus_tag="SEQF3106_01729"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P02397"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L7/L12"
                     /translation="MADLKALAEQLVNLTVKEVSELTTILKDEYGIEPAAAAVAIAAG
                     PAEGAAAVEEKTSFDVVLKAAGPSKLAVVKLVKELTGLGLKEAKDLVDGAPNNVKEGV
                     AKAEAEDLKKRLEEAGAEVELK"
     CDS             complement(4814..5341)
                     /gene="rplJ"
                     /locus_tag="SEQF3106_01730"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P42923"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L10"
                     /translation="MKKEDKSTVIGQLTETLKEYDNFYLTDIEALNAEKTSALRRLCF
                     KENVKLVVVKNTLFKRALENMDADYSALYSTLKGNTAVMFSNVVNTPARLIKNFTKGT
                     KGEGKPQLKAAYVQESFYVGVEHLDTLAGLKSREEMLGDVVGLLQSPIKNLISALQSS
                     SGQAIHGVLQTLEKR"
     CDS             complement(5360..6055)
                     /gene="rplA"
                     /locus_tag="SEQF3106_01731"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q99W68"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L1"
                     /translation="MSRVTKKRKLAESKLEAGKSYTLREASALVKEITLTKFDASVDI
                     DVRLGIDPRKSNQMVRGVVSLPHGTGKETKVLALCTPDKEAEAKAAGADFVGLDDYIE
                     KIRGGWTDVDIIITMPSIMGKIGALGRILGPRGLMPNPKSGTVTNDIGSAVKEVKQGK
                     IDFKVDKAGIVHTSIGKVSFKPEQISGNAKEFISTLIKLKPTAAKGTYIKSIYLSSTM
                     SPGIRVEPKSVDE"
ORIGIN      
        1 ccgccaattg gcggagatca aaaacactcg tacttgggct taccgccaat tggcggagat
       61 caaaaacacc ggtacttggg ctttccgcca agtggcggag atcaaaaaca cttgtacttg
      121 ggcttaccgc caagtggcgg agatcaaaaa caccagtact tgggcttacc gtaggggtac
      181 ggagatcaaa aacactcgta cttatgctta ccgtaggggt gcggagatca aaaacacttg
      241 tacttatgct taccgtaggg gtacggagat caaaaacact tgtacttatg cttaccgtag
      301 gggtacggag attaaaatca cttgtactta tgcttaccgt aggggtacga acaccgcttg
      361 caagtctaca ggaggcaccg caccctccgg ccttttggcc cgacgaaaaa gggaaagcga
      421 gggacgcctc cctcgttcac tcccaatcga tgcgttgttt cttcttaatc caaagtgagg
      481 ctcaagcaaa gccccttgag ttcatggagc aacacattga gcgactccgg gatgcccggt
      541 gtcggcatgt tgtcgccctt cacgatggct tcgtaagcct tcgatcggcc cacaacgtcg
      601 tcagacttca ccgtcaagat ctcctgcaag atgtgcgcgg cgccgaaggc ctcgatggcc
      661 caaacctcca tctctccgaa gcgctgccca ccaaattgcg cctttccacc aagtggttgc
      721 tgcgtgatga gcgagtacgg cccgatggag cgtgcgtgca tcttatcgtc caccatgtgc
      781 cccagcttca ggaagtaggt tacgcccacc gtggccggct ggtcgaagcg ctcgcccgtg
      841 ccaccgtcgt agaggtacgt cttaccgtaa cgcggaaggc cggccttgtc cgtccattcg
      901 ttcaaatcat cgatcgaggc gccatcgaaa atgggtgtag caaacttcac attgagtgtc
      961 ttcccggccc agcccaagac ggcctcgaag atctgcccga ggttcattcg cgagggcaca
     1021 cccagaggat tcaggcagat gtcgaccggc gtaccgtcct caaggaaggg catgtcttcc
     1081 tgccgcacga tcttcgagac gatgcccttg ttgccgtgcc gtccggccat tttgtcaccc
     1141 acctggatct tgcgcttttt cgcgatgtag actttcgcaa tctgcacaat gcccgtcggc
     1201 agctcgtcgc ccacggtgag gtcaaacttc ttacgccgca gctcggtgtc cagctcctta
     1261 tacttcttca ggtaattcac gatgagctgc ttgatcagct cattcttgtg cgcatcggtc
     1321 gtccatttgc tcacctgtat ggcattgtag tccagctcct caagcatctt gcgcgtgaac
     1381 ttcacaccgc gggcgatgac ctccatattc agataatcct tcaccccctg cgaagtcttt
     1441 ccgctcgtca acgactgcaa cttgtcaacc aacgaggtct tcaatttcga cagcttctct
     1501 tcatactctt catcgatttt cggaagtatc gccttgtcgg ccatccgtgc cgaggcgcgc
     1561 ttcttcacca ttttcgagaa gaggtttgtc ttaatcacca ccccgtgcaa cgagggtgta
     1621 gccttcagcg aagcgtcctt cacgtcgcca gctttatcac cgaagatggc gcgcagcagt
     1681 ttctcctccg gcgtggggtc cgactctccc tttggcgtaa tcttcccgat caggatgtcg
     1741 cccggtttca cgtgtgcacc gacgcggata atgccccgtt cgtcgagatc cttgatggca
     1801 tcttcgctca cattcgggat gtcagaggtc aactcctcca tgcctcgctt cgtttcgcgc
     1861 acctccaaga tgtattcgtc tacatgcacc gacgtaaaga agtcttcccg caccatccgt
     1921 tcgttgagca ccaccgcgtc ttcgtagtta taccccttcc acggcatgta ggccaccttc
     1981 acgttgcgcc ctaacgccag ttccccgttt tgtgtggaat aaccttctgt caagatgtca
     2041 cccttcttca cccgttgccc cacatggcag atcggccgca aatcgaccgt agtgctctgg
     2101 tttgtcttgc gccatttggg gatgttgtat gtcttcaccg catcctcgaa gctgataaat
     2161 tcctcttcct ccgtgcggtc gtatttgatt ttaatacatg tagcatctac gaagacgatc
     2221 tcaccctctc tctcagcgat cacctgcgtt cgcgagtcac gcgccacttg ctcttcaata
     2281 cccgtcccta cgatcggcgc atccgtgcgt atcagcggga cagcttggcg catcatgttc
     2341 gatcccatca gcgcacggtt cgcatcatca tgctcaagga aggggatcaa cgccgccgca
     2401 atcgatgcga tctgtgtcgg ggagacgtcc atcaaattca ctttgtctgg ctccacaact
     2461 gggaagtccg cctcataacg cgccttgacc cggtcaagca taaagtgccc ctcgtcatcc
     2521 aatggtgtgt ttccctgcgc cacgatctta ttttcttctt cctctgcggt gtaataagta
     2581 atggcctcat ctgagaaatc cactgtccca ttttccacct tgcgataagg cgtggcgata
     2641 aagcccaaat cgttgatctt ggcatacaca cacagcgatg agatcaatcc aatgttcggt
     2701 ccctccggcg tctcgatggg gcaaagacga ccataatgtg tatagtgcac gtctcgcacc
     2761 tcaaatccag cacgctcacg cgacaatcca cccggcccca acgctgacaa acggcgctta
     2821 tgtgtgatct cggccagcgg gtttgtctga tccataaact gcgacagggc gttcgttccg
     2881 aagaacgagt tcacaaccga cgaaatcgtc ttggcattga tcaagtcgat cggagtaaag
     2941 acttcattat cgcgcacatt catgcgttca cgcaccgtgc gtgccattct cgccagcccc
     3001 acaccgaatt gattatacag ctgctcacca accgtgcgca cacgacgatt actcaagtga
     3061 tcaatatcat caactacagc cttggaattg atcaactcta tcaagtattt gatgatttca
     3121 atgatgtctt ctttcgtcag caccttcgtg tctgcaccaa tggacaagtt cagtttgcga
     3181 ttgatacgga agcgccccac atctcccaag tcgtaacgct tctcagagaa aaacagattg
     3241 ttgatcacct ctctggcgct ggcatcatct gccggatctg cattccgcaa ctgacgatag
     3301 atatacagca ccgcctcctt ctccgaatta ctcggatcct tctgcaacgt attgtagata
     3361 atcgcgtaat cagacaggtt ctgatcccca cgatgcagca agacgtattg tgcacccgag
     3421 tctacgatgg tgctaatatt ctcctcatta agctcagcct cacggtcaat gaccacatca
     3481 tttcgctcaa tcgaaacaac ctcacccgtg tcttcatcca caaaatcctc aacccatgtc
     3541 ttcaacacac gcgcagccaa tttgcgcccg atgtatttct tcagattggt cttcgtaacc
     3601 ttcacctcct cagccaaatg gaagatctcc aagatgtctt tatcgctctc atatccaatg
     3661 gcgcgaagca aagtcgtaac cgggagcttc ttcttccgat caatgtatgc atacatgaca
     3721 ttattaatgt ccgtagcaaa ctcaatccaa gaccccttaa acggaataat tcgagccgaa
     3781 taaagtttcg tcccattagc atgcacactc tgaccgaaaa acacacccgg cgaacgatgc
     3841 aactgagaaa cgaccacgcg ctcagcccca ttaatgacaa acgtcccccg ctctgtcata
     3901 tacggaatcg gacctaagta gacatcctga attaccgtat caaaatcttc atgctccgga
     3961 tccgtacaat acaatttcaa ctttgccttt agagggacac tatatgtcaa tccacgcgcg
     4021 atgcattcgt caatcgaata acgcggtggg tctacataat aatccaagaa ctccagcacg
     4081 aagttgtttc gcgtatccgt tatggggaag ttctcagaaa agactttgta taagccttct
     4141 ttcttcctcc tctccggcgg cgtatcgagt tgcaagaagt cttggaagga ctttaactgt
     4201 acttcgagaa agtccggata ggacaaaaac ttttttatcg aagcgaaatt tactctctgg
     4261 gcttgggatg ttgaagacat gctctattga tagaattaat tctgaactaa tgaaatagac
     4321 acaaaaaggt taagtatccc cacacacagg gggagactta accaatgaat acctgacaaa
     4381 caggatatag agactactta agctcaactt cagctccagc ctcttctaac ctcttcttca
     4441 aatcctctgc ctcggccttt gctacacctt cctttacgtt attaggagcg ccatcaacca
     4501 agtccttagc ttctttcaat cccagaccag tgagttcctt caccaatttg acgacagcca
     4561 atttgctagg acctgctgct ttcaatacca catcaaacga tgtcttctct tcaacagcag
     4621 cggcaccttc tgccggacct gcagcaattg caacagccgc agctgccggc tcaatgccat
     4681 actcgtcttt caatatcgtt gtcaactcac tgacttcttt tacggtgaga ttcactaact
     4741 gttctgctaa agctttcaaa tctgccattt ctttatgatt taattgatta ttatctctgt
     4801 attaattaat aagttatctc ttctcgagag tttgtaagac accatgtata gcctgcccag
     4861 aggaagactg caatgctgag atcaaattct ttatcggcga ttgcaacaag ccgactacat
     4921 ctcccaacat ctcttctcga ctcttcaagc cggccaaagt atccaagtgt tcaactccta
     4981 cataaaaact ctcctgaaca tacgcggctt tcaattgagg ttttccctcg cctttcgttc
     5041 ccttcgtaaa gttcttaatc agtctggctg gagtattcac cacattagaa aacatgacgg
     5101 ctgtattccc cttcagcgta gaatacaatg ctgaataatc ggcatccata ttctccaacg
     5161 ccctcttaaa cagggtgttt tttacaacaa ccaatttcac attttcctta aagcataacc
     5221 tcctcaacgc acttgtcttt tctgcattta atgcttcgat atccgtcaaa tagaagttat
     5281 cgtattcctt cagagtctcg gtcaattgcc ctataacagt actcttatct tcctttttca
     5341 tcgtactcac ttttaagtat tactcatcaa ccgacttcgg ttccactcta atacctggac
     5401 tcatggtgct ggaaagataa atgctcttta tataggtacc cttcgcagcc gtgggtttca
     5461 acttaatcag tgtggagata aactcctttg catttccact tatctgctcc ggtttaaatg
     5521 agacctttcc aatagaagta tgaacaattc cagccttatc gaccttaaaa tcaattttac
     5581 cttgctttac ttccttcacg gcacttccaa tatcattggt caccgttcca ctcttcggat
     5641 taggcatcaa acctcgcggc cccaagatgc gtcctaaggc tccgatctta cccataatag
     5701 atggcatcgt aatgatgatg tctacatcag tccatccgcc tctaatcttt tcgatataat
     5761 catctaatcc tacaaaatca gcgcctgcgg ccttagcctc agcttctttg tcaggagtac
     5821 ataaagccaa caccttggtt tcctttccag ttccatgtgg aagagatacc actccacgaa
     5881 ccatttgatt ggacttgcga ggatctattc caaggcggac atcgatatcc acggatgcat
     5941 caaacttcgt cagcgttatc tcttttacta atgcagaagc ttcccgcaat gtatatgact
     6001 ttccagcctc aagtttactc tctgcgagtt tccgtttttt cgtcactcta ctcattacct
     6061 taactgagtt tattgattcg gtgtcgggaa agcacctttg acagcaattc ccatactcct
     6121 ggctgtccca gctaccattc gcatagcgga ctcaaccgta aaacaattca gatcgatcaa
     6181 cttgtcctcg gctatcaccc ttaccgtatc ccaagtaatt tgagctacct tcttacgatt
     6241 tggttctgcc gatccacctt tctgcttcgt tgcctctaat aactggatag caacaggtgg
     6301 cgttttcact ataaaatcaa aggtcttatc cgcgtaatat gtaattacca cgggaagaac
     6361 ttttcctgcc ttatcctgag ttctggcatt gaattgcttg cagaactcca ttatattaat
     6421 ccccttagaa cctaaagcag gtcccactgg gggggatgga ttcgctgctc ctccctttat
     6481 ctgcaattta atttgtccgg caacttcttt cgccatctta cttaacctta atttataaac
     6541 tcacctcaat taatcaagtt tcgccatccg taaccaatga ctattcttta tccacttgtg
     6601 cataagtcaa ttcgaggggc atcctgcgcc caaatatctt aacgattact ttaagcttct
     6661 tcttatcagc attaacctct tcaataagac agctaaagtt ctcaaacggg ccagatataa
     6721 ttttcaccgt ttctcctacg aaatactgaa cctccacttc atctggttgt tcctgtaatt
     6781 cgtcaagagt ccccagtatt cgatttactt cagacggacg taacggaacc ggttggccat
     6841 cacctcccaa aaaaccgatc acattaggaa tttcacgcaa acgatgaata acctctccca
     6901 ccaaattggc ctctaccaaa acgtaacccg gcaaataagc tcgttccttc atgactttct
     6961 taccatttcg caccacaaat gctttttcg
//
LOCUS       SEQF3106|MIQD01000085.1 6941 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6941
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(1187..1891)
                     /locus_tag="SEQF3106_01732"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKILSITMVVVAMATCGIMPAKAQFNFGARVGWAISDLGQENSE
                     EYLAGPSAGVMAEYYLPSSFGFRLGVGYARKGSGLIYGQLGPKENWSGFRPMPNAPVY
                     MNAGLDYLDIPLQVRYKRSIDEKARLSVGLGGYFGYGLGGDMNLVYPDEFLKSDVFNG
                     SMHGIRPERSIKAFNRTDFGALIDVEFVYRHFAVGLDYRLGLRNVHDHLPVYPNATNA
                     TARNYTLNISVGYNFK"
     CDS             complement(1946..3202)
                     /locus_tag="SEQF3106_01733"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRLFFVLSVALCATFMLFSCNKEENSVMGFSKGNNDVDMYPPQ
                     YFARVLALSLKDEALRDFIKKEASKQKDGDYDILIAEVIDRNIGSNGTLRSGMTEEAT
                     TLRDHLKQNDLSASQTSSSKLQSVLKDIETNYPLLQIAVPNMENASWKEVISGSSPFF
                     VAFLPKDYKEGDDVIAYDQKGEEHLLNGREEPKTPVVVISESERITAIPISTQLSSNI
                     GSKLESYYQNGTYTYLLQGYEDNRPKNISSLRGGRLTDYTIRKAKFASQSAMRRYEPW
                     TKGRPEVCVLITNNTEHIKEEFGDKGWWNGNTNNLNYHFSMSDRGAYEDGNLPVAFFW
                     YEKDVEIDFSKILGKRGGSATVPIYSPRNGNFKFGIILHSSLLKLFEDHNDYIGCNIY
                     PNRDSDGLLVATEHPKHANDFFFWVD"
     CDS             3419..3529
                     /locus_tag="SEQF3106_01734"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFVLYRENHISKIFIEVDGKPLVPFIVIGINSTNKL"
     CDS             complement(4072..4269)
                     /locus_tag="SEQF3106_01735"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNEMKTKPDEPKYYDAFDVARILRIHHKTALIWGKKGMLPSVK
                     IGNRRYFPAEGILAFKKPENR"
     CDS             complement(4266..6308)
                     /locus_tag="SEQF3106_01736"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEKTLILHATDGGLQVFRHYIPFAITPGKKFRNPLYDDRRASC
                     FIYKVPRTGIYRMNDFGDPTCSGDCFWFVAALHGMDLQKDFPRILEKIIRDLSLSISL
                     PECAPGSIRSQVESVPTPRPTPTLAEPAGRPYRIEEKAFDESECAYWRQYGITPNVLQ
                     RYGVRSLRSFRSETAEGKRYGFMSSTHEPLFGYVRKDYVKIYRPSSATRFVYGGRLPD
                     IYTFGMEQLPQRGDILFITGGEKDVMSLAAHGFHAICFNSETAEIDASIIEMLVRRFR
                     HVFFLYDADETGVKASTLRCEQFAAYNVRRIELPLAGTKAEKDISDYFRLGYSAEDFH
                     RLIADRLEQLYTQTLMLLDSCEIDYCHPPDRSQTVIASRGVPLGTYDNLFCITGGEGT
                     GKSNYVSALIAGTLLTEIPTPPPDLLGLEVTPNTSHKAVLHYDTEQSEYQLHRNVGKT
                     LRRVGLDAMPTFYHPVFLAALSRKDRLQLIKDSLDLYHHRHGGIHLVVIDGIADLIRS
                     ANDEAESIAVVDELYRLAGIYHTCILCVLHFVPNGIKLRGHIGSELQRKSAAILSIEK
                     DDNPALSVVKALKVRDGSPLDVPIMLFGWDKQRDMHVSRGEKSEEERERRKTAELSLI
                     AREVFRERDRLSHDELLRLIMQTVEVKERTAKDYIRHMQVSGLIEQQKDNHYTLKK"
     CDS             complement(6305..6736)
                     /locus_tag="SEQF3106_01737"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQDDSRKVPSNFTHMYNIGDKLKRARQSKGYSMEYVAEKLHVNQ
                     ATICRMENKTKSFRTALLVAYCELLEIDPAELFANSAMEGKNQELMKYLRKILWVCSD
                     IIVGFLKNNALFREIMKDLIREILNERRVHKPEKGEEGEEA"
ORIGIN      
        1 tggcgtcgaa cggtttgccg tgacgcgaaa gcatgccctc cacccgcacg gggcggcctt
       61 cggtgagtgc cctgtgctgc tcctcggaga gccggacgcc cttgatttcg tgcgggatct
      121 gaactcggtc agcccgcagc gaaacgagct cattcgtcag ccggtcgacg gacacataag
      181 cgcggaacgg ctcgcctttc ttaggtgaca attcgacagt ccgaccgagg ttgcccgtct
      241 ggcggagctc ctccttttct tcgggcgaaa acgtgtgccc catatagggg aaatcgagct
      301 gcggttcacg gcgtaacgta tggatattga ggctgagtag accgtctgcc cccgtgcgaa
      361 gcgccagccg tgcctcagtg taaatcgtag tgtctccgaa gggcacagcg aggctaataa
      421 gccccgtttt ctgccaattt agcagtcgat ctaagttccc gttcgcctcg agtttctccc
      481 ggctcacgcc gaggcgctcc agctccttcc aatccacctt ttccgggtcg atggcggacc
      541 gtttttgggc cggcggatag tcctcgaagg gcacccacgc cttttgcagt tgcgccttgt
      601 tttcagggct ttccctgtgc tgaagcatcg cgtgcagcga cgccaagccc tcctcgaagc
      661 cgttggaaag cactttgtac agcccgaagc gcgtcgggtc attgaactgt cgacggaggt
      721 tcgtcataaa gttcttcagc agtccatcgt tcttcttgaa caccaagaaa gccgcccgat
      781 gctcctcggt tggttctacg gttttgatct tccccttctc atcctgcccc gaaatgacag
      841 acaggcggcc gggatcggcc ggcgatttag tctcgctccg atcctccagc acaagcacat
      901 aacgatccga attttcttcc atagtagtat ctgattttaa gatgaaacag atacgaaaat
      961 agccaccccg atccgggatg gctatgtgga atgtctcggt atggctcagg agggaggagg
     1021 cgggaaaaga cgggaataca gttggctgat taggtcatga tgtcattgca agcggtcgtc
     1081 ctttcgtacc ccaaataata tgtagcccat ttccgaatca caacaggaaa gacctatccc
     1141 gaaggttgga ctcattccga actcagaaat ggagctacaa gtgagttcac ttaaaattat
     1201 agccgacgga gatgttgagc gtgtagttgc gcgccgtggc attcgtggca ttcggataga
     1261 ccggtaagtg gtcgtgcacg ttgcgcagtc cgagccggta gtctaaccct acggcgaagt
     1321 gtcgataaac gaattccacg tcaatcaggg cgccgaagtc tgtgcgatta aacgccttga
     1381 tgctccgctc cgggcggatc ccatgcatgg agccgttgaa gacgtcgctc ttgagaaact
     1441 cgtcaggata gactaggttc atatcgccgc cgaggccata gccaaaatat ccgccgaggc
     1501 caacgctgag gcgtgccttc tcgtcaatcg atcgtttgta tcgcacttgc agcgggatgt
     1561 cgaggtaatc cagcccggca ttcatgtaga cgggagcgtt cggcataggc ctgaaaccgc
     1621 tccaattctc tttgggccca agttgcccgt agatcagccc ggagcctttc cgcgcataac
     1681 ctacgccaag gcgaaacccg aaggacgagg gcaggtaata ttccgccatc acgccagccg
     1741 atggcccagc cagatattcc tccgagttct cctgtcccaa atccgagatg gcccacccga
     1801 cgcgagcacc gaaattaaac tgcgcttttg caggcattat tccacaagtg gccatcgcta
     1861 cgacaaccat tgttatggat agaatcttca ttaccgtctt gtcgtattat cgagttacta
     1921 catcaaaatt aaattggcat gcaaattaat caacccagaa gaagaagtca tttgcatgtt
     1981 tgggatgttc tgtagcaacg agtagcccat cagaatctct attaggataa atattacatc
     2041 caatataatc attatgatct tcgaaaagct tcaacaaaga agaatgcaga attattccaa
     2101 acttaaaatt gccatttcta ggagaatata ttggaacagt tgcactacca cctctttttc
     2161 ctaagatctt actaaaatca atttcaacat ctttttcgta ccaaaagaaa gcgactggaa
     2221 gattcccgtc ttcataagca ccacgatcag acattgagaa atggtaattt aagttatttg
     2281 tattcccatt ccaccaacct ttatcaccaa actcttcttt tatgtgctct gtgttatttg
     2341 tgatcaaaac acaaacctcg ggacgcccct ttgtccatgg ttcatatcta cgcattgcac
     2401 tttgacttgc gaatttggcc tttctaattg tataatcagt taatctgccg cctcgcaatg
     2461 aagaaatatt tttaggtcta ttatcctcat atccttgtaa tagatatgtg tatgtgccat
     2521 tttggtaata tgactccaat ttcgatccaa tattcgatga aagttgagtt gatatcggta
     2581 tcgccgttat gcgctcgctt tcactaatga cgacaacagg tgttttaggc tcctcacgtc
     2641 cattcaagag atgttcctcc cctttttgat catatgcaat aacatcatcc ccctctttat
     2701 agtccttggg taagaaggct acaaaaaaag gactgctacc agagatcact tctttccacg
     2761 aagcattctc catatttggt accgcaatct gtagtaaggg gtagtttgtc tcaatatcct
     2821 tcaacacaga ctgtaatttt gaagaagacg tctgtgaagc actcaaatca ttctgtttta
     2881 aatgatctcg taaagttgtt gcttcttctg tcatacctga gcgcagtgtg ccattagatc
     2941 caatatttcg atctatcacc tctgcaatca agatgtcata gtcgccatct ttttgcttag
     3001 atgcctcttt cttaatgaag tcgcgtagcg cttcatcctt taaagagaga gccaaaacac
     3061 gggcaaaata ctgaggtgga tacatatcca catcgttgtt gcctttagag aaacccatca
     3121 ctgagttttc ttccttgttg catgaaaaca acatgaatgt agcacataag gctacagaaa
     3181 gcacaaaaaa taatctgttc attttactgt atataaatta atggtttggt tttctggaaa
     3241 aattcaattc actgtatgtg caagatttct aatcatctac tgtaaaactt ccttctactg
     3301 gcgcccccct aacaggagta ataaccaagt tgtatgtccc tgatgtaatt gactgaatag
     3361 agaaggacat agtcgaatgc ggagtcgctt gaaagaatct actacaaact ttcgctccat
     3421 gttcgtcctc tatagagaga atcacatctc caaaatcttc atagaagtcg atggtaaacc
     3481 tcttgttccg ttcattgtaa tcggcattaa tagtactaac aagctctaac gaacgcaaga
     3541 aggaggctga cttccttgat aaatagatct tttccccatg gcatacaatt gtcgttacca
     3601 ataaaagcac gacaagcacg ctggactttc tgatacttct actttttata ttcatatcga
     3661 ttcactgttt gaattattct gccgcaaaag tgaagcaaag ggattgaaga ccaagaaaaa
     3721 ttggaagaaa aaaacgttac agacccacga aaaggcgtta cagaaccatg ctgaatatta
     3781 gcttgttata aaggagggaa tcgttacaat agcgttatac tactaactga tatctgtcta
     3841 tatatcatcg atttatacca actctaaatg cggtaatgtt tggaagagcg ctttataggc
     3901 catctcgtat ggtagatcct ttgaatattg aaaggaatgg cgttacgatc ctcatctgta
     3961 tattagcata ttacaattca cctccgttac atatacacct cttaattagt tggctctatg
     4021 ataatcggac gatcttgtct tcttactaga ttacccctca gtaagtgagg gttatcgatt
     4081 ctccggcttc ttgaacgcca agatgccttc ggcggggaag tagcggcggt tgccgatctt
     4141 gacggaggga agcatgcctt tcttccccca aattagggcc gtcttgtgat ggatgcgcag
     4201 gatacgagcc acgtcaaagg cgtcgtaata cttcggttca tctggtttgg ttttcatctc
     4261 gttcgtcatt tcttcaatgt gtaatggttg tctttttgtt gctctatcag accgctcact
     4321 tgcatgtggc ggatgtaatc cttggctgtg cgctccttga cctctaccgt ttgcatgatc
     4381 agccgaagaa gttcgtcatg cgagaggcgg tcacgctcac ggaacacctc acgggcgatc
     4441 agcgacagct cggccgtctt gcgtcgctcc cgctcttctt ccgacttctc gccgcgggag
     4501 acgtgcatgt cacgctgctt atcccaccca aaaagcatga tcgggacatc aagcggactg
     4561 ccgtcgcgta ccttcaaagc cttgacaacc gacagtgccg ggttgtcgtc cttctcgatc
     4621 gacaggatgg cggccgactt ccgttgcagt tccgagccga tatgtccgcg tagcttgatg
     4681 ccgttgggca cgaagtggag cacgcagagg atacacgtgt ggtagatgcc ggccagccga
     4741 tagagttcgt ccaccacggc gatactctcg gcttcgtcat tggccgaacg gatcaggtcg
     4801 gcgatgccgt cgatgacgac aaggtggatg ccgccgtgcc gatgatggta gagatcgagg
     4861 ctgtctttga tgagctgcaa acggtctttg cgagagagtg cggcgaggaa aacggggtgg
     4921 taaaacgtcg gcattgcatc gagtccgacc ctccgcaggg tcttccccac gttgcggtga
     4981 agctggtatt cggattgctc tgtgtcgtag tgtaggacgg ccttgtgcga cgtgttgggt
     5041 gtaacctcca gcccgagcag atcgggtgga ggtgttggaa tctcggtcag cagtgtcccg
     5101 gcgatcaatg ccgacacata attgcttttc cccgtccctt cgccaccggt aatacagaac
     5161 aggttgtcgt aggtgcccag cggaacaccg cgtgacgcga tcaccgtttg ggaacggtca
     5221 ggcggatggc agtaatcgat ctcgcacgag tcaagcagca tgagcgtttg cgtataaagc
     5281 tgctccaagc gatcggcaat taggcgatgg aagtcctccg cgctgtatcc caaacggaag
     5341 taatcagaga tgtccttctc agccttcgtc ccggccagtg gcagttcgat gcgtcggacg
     5401 ttgtaggcgg caaactgttc gcatctgagg gtggaagcct tcacgcccgt ctcgtcagcg
     5461 tcgtagagga agaagacgtg acggaagcgc cggacgagca tctctatgat ggaggcgtcg
     5521 atctcagccg tctcactgtt gaagcaaatg gcgtgaaagc cgtgtgcggc aagcgacatc
     5581 acatccttct cgccgccggt gataaacagt atatcgcccc gttgcgggag ttgctccata
     5641 ccgaacgtgt agatgtccgg caggcgaccg ccatagacga atcgggtcgc acttgatggg
     5701 cgatagattt tcacgtaatc cttgcgtacg tagccgaaca gcggctcgtg ggtgctgctc
     5761 ataaagccgt aacgcttccc ttcggccgtc tcgctgcgaa agctgcggag cgatcggacg
     5821 ccatagcgtt gcaatacgtt cggcgtgatg ccgtactgtc tccagtaagc gcattcgctt
     5881 tcgtcgaagg ccttttcctc gatgcggtaa ggtctgccgg ccggctccgc aagcgtcggt
     5941 gttggtcgag gcgttggaac gctttcgact tgtgatcgaa tggatccggg tgcgcactcc
     6001 ggcaaggaga tggacaggga taggtcacgg atgatcttct ccaagatgcg ggggaagtcc
     6061 ttttgcaaat ccatgccgtg cagcgccgct acgaaccaaa agcagtcgcc cgagcaggta
     6121 ggatccccga agtcgttcat gcggtagatg cccgttcgag gcactttgta gatgaaacac
     6181 gacgcccgcc gatcgtcgta gagtggattg cgaaacttct ttcccggagt gatggcgaaa
     6241 ggaatgtaat ggcgaaacac ctgtagcccg ccgtctgtgg catgcaggat caatgttttc
     6301 tctttcatgc ttcttctcct tcttctcctt tctctggctt gtgcaccctc ctttcgttca
     6361 atatctcccg gatgagatcc ttcatgatct ctcgaaaaag cgcgttgttc tttaggaagc
     6421 cgacgatgat gtcggaacat acccatagga tcttccgcag atacttcatc agctcttggt
     6481 tcttcccttc cattgcagaa ttcgcaaaaa gctctgctgg atcgatctcc aatagttcgc
     6541 aataagcaac aagaagtgcc gtacggaagc tcttcgtctt attttccatc cgacatatcg
     6601 tggcttgatt aacatgcaat ttctcagcga catactccat cgagtatcct ttgctctgtc
     6661 gcgctcgttt aagtttatct ccgatgttat acatatgtgt aaagttagag ggcaccttac
     6721 gactatcatc ctgcatcgga caccaaactg ttgcgttttc cgcaggaaat attgcgtaaa
     6781 atgcaagggt tattttctga gaggagaggc ttcgccaagg agtggaaacc tataacgcca
     6841 tataagctga aagtattttt aataccttgt ttgctactac ggccaaaaca ccaaaatccc
     6901 cgacacagcc cttatcgagc tatgccgggg attcttcttt t
//
LOCUS       SEQF3106|MIQD01000086.1 6823 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6823
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(230..1267)
                     /gene="rfaQ"
                     /locus_tag="SEQF3106_01738"
                     /EC_number="2.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9R9D5"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipopolysaccharide core heptosyltransferase
                     RfaQ"
                     /translation="MAKTLIIRLSAIGDVAMTIPIIYSVARAYPEDSFTVLTQPFLTA
                     LFIHRPENVTLVGVDTKGAERSLWSVLRLAFRLTREGFDRVVDLHNVIRSRAIGLVFR
                     LRGVPVYHLDKMRHARRALTAPPPKTIHPLRPVAERYADVFRAAGWQFTITFTSLFAS
                     QPADEDVVREMAGRKTGRWVGIAPFARHPGKIYPPAQMEQVVERLSKREGITVFLFGG
                     RGEEKAMLDGWADGRPQVRSMAGRYALDRELALISRLDVFLTMDSANMHFAALVGTPV
                     VSVWGATHPYAGFYPYGVPPANAIQEALDCRPCSTFGEKPCHRGDWACLTRISPTHIV
                     RRVEEQLAGFV"
     CDS             complement(1295..1882)
                     /gene="purN"
                     /locus_tag="SEQF3106_01739"
                     /EC_number="2.1.2.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P99162"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoribosylglycinamide formyltransferase"
                     /translation="MKRIAIFASGNGSNAENIARYFSENPVAHIVLICSNNPRARVLE
                     RAARLEVPSVTFSNTEFADGVKVLDKLSEAAIDYIVLAGFMNKIPNAILRAYPEKILN
                     IHPALLPRHGGKGMYGMHVHEAVIAAGDRETGITIHYINSRYDEGRIIFQARCPVLPG
                     DGALEVATRVHALEYAYYPQVIEHVVCGTPLPGQG"
     CDS             2043..2279
                     /gene="acpP_3"
                     /locus_tag="SEQF3106_01740"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P94123"
                     /codon_start=1
                     /transl_table=11
                     /product="Acyl carrier protein"
                     /translation="MSDVASRVKAIIVDKLSVEESEVTNEASFTNDLGADSLDTVELI
                     MEFEKEFGLSIPDDQAEKISTVGDAIAYIEANVK"
     CDS             2307..3563
                     /gene="fabF_2"
                     /locus_tag="SEQF3106_01741"
                     /EC_number="2.3.1.179"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P73283"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 2"
                     /translation="MELKRVVVTGLGAITPIGNTAPETWAALLDGVSGAGPITQFDAS
                     KFKTQFACEVKGFDALQHFDRKEARKYDRYSQLALVAASEAIDDAAFDLEKEDLNRIG
                     VIFSAGIGGIRSFEDEVRDYNEERGPRFNPFFIPKIIADIAAGHISIKYGFRGPNFAT
                     VSACASSTNAIADAFNYIRLGKANAIVAGGAEAAVAIVGIGGFNAMNAISTRNDSPQT
                     ASRPFSGSRDGFVLGEGAAGLILEEMDHAVARGAKIYAEVVGTGLSADAYHLTASHPE
                     GLGAILVMQNALEDAGLAPDAIDYINVHGTSTPIGDLSEVKAIKHVFGEHAYKLNISS
                     TKSMTGHLLGAAGALEALASVLAVKNDIVPPTINHAEGDDDPEIDYKLNFTFNKAQKR
                     TVRAALSNTFGFGGHNASLIVKKFEA"
     CDS             3644..4426
                     /gene="rnc"
                     /locus_tag="SEQF3106_01742"
                     /EC_number="3.1.26.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P51833"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease 3"
                     /translation="MLGFYPNKAWLYEQAFTHRSSHNTPEGRSTGDNERLEFLGDAVL
                     GIAVADILYKHFPNKNEGFLTSTRSKIVQRETLNRIAIEMGLDKMMVSTVRPQTHNSY
                     ILGNALEALIGAIYLDQGYRRCRQFVQERIIDCYTPLDKVAQKEVNFKSYLLEWGQKA
                     KLHIAFVLIETSMDKDGNRMFQSTVNVEGVPFGSGTGYTKKESQQIAAKKAIKKIRYD
                     REAQTLIADLRKRAFEAKEAANASTVAPVSPEAEAVVEEGVG"
     CDS             complement(4525..6498)
                     /gene="kinB"
                     /locus_tag="SEQF3106_01743"
                     /EC_number="2.7.13.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34206"
                     /codon_start=1
                     /transl_table=11
                     /product="Alginate biosynthesis sensor protein KinB"
                     /translation="MKRRLLHAVIGLLPILIPLGAVAQDADEGMAERLTTDFEVARPG
                     NARAEAANRLAAFLKQEEALMNTYHFTRHSPDDSLRMILYDGLTQYYYDHSLFRQCIR
                     MADRAIPPTRAMKDTASWYSLLTRQTEAYVRTGDFDRARQSIRTCLDVAKRQGDPLRL
                     AMAYNNMGGLYHHMRDDSFAVVMFRQGLETLQPIKEAKPNRASLLYNLGGTYTDMGRT
                     KEAMMVLNEALAIAQELGDTVRISRVHSTMGLVCMNTEQLDRAEQYFQQALDGAQRMG
                     NPVGIIYCLIDLGEVKQKQGRMAESAAYRKQADELAHEMGFAELEMKACDGLYALYRH
                     SDPALALAYLERNKALGDSLYRLDAEEQLKAFRVEYETSEKEHRIAMQNEELQRRNLQ
                     RWLLAVGIVACLVVLVVVNRYRRLVRRRNRELRAMNATKDKLFSVISHDLKSPAIAQK
                     MAMEEILSNFENYDSETLGHYLSLFYRASEAQVDLLHNLLNWAHTQTDRIGYEPSDFD
                     LRDLMREAMGLYLMSAENKEITLRTDFTDAPCPVRADRQMLHTVVRNLVNNALKFSDP
                     GSEICLTVTRSGSTISAFVHDSGKGMTEEQIYTVLHTDTLRSTPGTRGEKGSGLGLNI
                     CRELLLRNGCQLILRSQPGKGTEAGFEIKCVNG"
ORIGIN      
        1 ggaatgagtg tttcatgcgg ttacgacgca cttgggtgta gacttgcagg aaactggggg
       61 cgggggtggt agactttgta gacatacttg cttgactatt gggtttgaac tacataaagt
      121 taagaacatt cggacacata acaatagact ccatacaaaa gaccgtgcga caatctcata
      181 tggatgacat tagaagggag agaatgggga cgagacaggt gaatacacgt tatacaaagc
      241 ccgcgagctg ctcctccacc cgcctgacaa tgtgcgtggg cgagatgcgc gtcaggcagg
      301 cccagtcgcc gcggtggcag ggcttttcgc caaatgtgga gcaggggcgg cagtcgagcg
      361 cctcttgtat cgcattcgct ggcggtacgc cgtaggggta aaaaccggca taagggtgcg
      421 tggcccccca aacggaaacg acgggcgtgc cgacgagtgc ggcgaagtgc atgttggctg
      481 aatccatcgt gagaaaaaca tccaaacggc tgatcaaggc cagctcccga tcgagcgcgt
      541 agcgacccgc catgctgcgc acctgcggcc gcccatcggc ccatccgtcg agcatcgctt
      601 tttcctcccc ccgacccccg aacagaaaaa cagtgatccc ctcacgttta gacagcctct
      661 ccaccacctg ctccatctgt gcaggcgggt aaatcttgcc cgggtgacgg gcgaagggcg
      721 caatgcccac ccaccggcct gtcttccggc ctgccatctc gcggaccacg tcctcatcgg
      781 ccggttgcga tgcaaatagg gaggtaaacg tgatggtaaa ctgccatccg gccgcccgaa
      841 atacatcggc ataacgctcc gcaacagggc gtagcggatg gatcgtcttg ggggggggcg
      901 ctgtcagggc gcgacgtgca tgccgcatct tgtcgaggtg gtaaacgggc acgccccgta
      961 agcgaaatac aagtccgatc gcccggctgc ggatcacgtt gtgcagatcg accactcgat
     1021 cgaatccttc gcgtgttagc cggaaagcca accgcagcac actccacagc gaccgctcgg
     1081 cgcccttcgt gtcgaccccg acgagggtca cattctccgg cctgtggatg aagagggccg
     1141 tgaggaaagg ctgcgtcaat accgtgaacg agtcctcggg gtaggcacgc gcgacggaat
     1201 agataatggg gatggtcatg gccacatcgc caatggccga aagtcggatg atgagtgtct
     1261 ttgccatacg tcaaggggct gggcgcgctg tcggttagcc ctgcccgggc aggggcgtcc
     1321 cacacaccac gtgctcaatc acctgcgggt agtaggcata ctccagcgca tgcacacggg
     1381 tcgccacctc cagcgcgccg tcgcccggca gcacggggca gcgcgcctga aagatgatgc
     1441 gcccctcgtc gtagcgacta ttaatataat gtatagtgat gcccgtctcc ctgtcgccag
     1501 cagcaatcac agcctcgtgc acgtgcatgc catacatccc ctttccgcca tgccgaggca
     1561 gcagggcggg gtggatgttc aggatctttt cgggatacgc ccggaggatc gcattgggga
     1621 tcttgttcat gaatcccgcc agcacgatgt aatcgatcgc agcctcggat aatttgtcta
     1681 agacctttac cccgtctgca aactcggtgt tggagaaggt tacggagggc acctcaaggc
     1741 gtgcggcgcg ctcaagcaca cgtgcacggg ggttgttgga gcaaatcaga acgatgtgtg
     1801 caacagggtt ttcggaaaaa tatctcgcga tgttttccgc attgcttccg ttgcccgaag
     1861 cgaagatggc gatgcgtttc atttcgatat atggagtggt ttgatgcaca gataaaggac
     1921 gagtgtgcag aaattgggct tttttatagg ccacagcccc tttgttagat agaaaaataa
     1981 tttcctttgc gcccgcaaat gtataaatgt tgtatagtaa taatcttcaa aactttagaa
     2041 ttatgtcaga cgtagcatct cgcgtaaagg cgattattgt ggacaagttg agtgtcgagg
     2101 aatcggaagt aacgaacgaa gcgagcttca ccaacgatct gggtgcagac tcactcgaca
     2161 ccgtagaatt gatcatggaa ttcgagaagg aattcggcct ctccattccc gatgatcagg
     2221 cagagaagat ctccacggta ggagacgcca ttgcttacat cgaagcaaac gtgaagtaat
     2281 tcacagcccc gcttttttta ttcatcatgg aattaaaaag agtcgtagtg acaggcctcg
     2341 gagccatcac accgatcgga aacaccgccc cggaaacgtg ggcggcgttg ctggacgggg
     2401 tgagcggcgc ggggcctatc actcagtttg acgcctccaa attcaagacg cagttcgcct
     2461 gcgaggtgaa ggggttcgat gctttgcaac acttcgatcg gaaagaggct cgcaaatacg
     2521 accgctactc ccaactggcg ctcgtggcag catcggaagc catcgacgat gcagcgtttg
     2581 accttgaaaa ggaggactta aaccggatcg gggtgatctt ctccgctggc atcggaggca
     2641 tccgctcctt cgaggacgag gtgcgtgact acaacgagga gcgcgggccg cgcttcaatc
     2701 ccttcttcat cccgaagatc attgcagaca tcgcagcagg gcatatctcg atcaaatacg
     2761 gatttcgggg gccgaacttc gccaccgtat cggcctgcgc atcgtcgaca aatgccatcg
     2821 ctgatgcctt caattatatc cgcttgggta aagccaacgc gatcgtggcc ggcggggcag
     2881 aagctgccgt ggctatcgta ggtatcggtg gattcaatgc gatgaatgcg atctctacgc
     2941 gtaacgattc gccgcagacg gcctcgcgcc ccttcagcgg aagccgcgac ggattcgtgc
     3001 ttggcgaagg cgccgcagga ctgatcctcg aagagatgga tcacgccgtg gcacgtggag
     3061 ctaagatcta cgccgaagtg gtaggcacag gcctctcggc cgacgcgtat cacctgacag
     3121 ccagccaccc cgaagggtta ggcgccatcc ttgtgatgca aaatgcactg gaagacgcgg
     3181 ggctcgcacc tgacgccata gattacatca atgtgcacgg gacatcgaca ccgatcggtg
     3241 acctgtcgga ggtgaaagcc attaagcacg tgttcggtga acatgcatat aagttgaaca
     3301 tcagttcgac caagtcgatg acgggtcacc tgctcggagc tgccggtgca ttggaggcgt
     3361 tggcctcggt attggccgtg aaaaacgaca tcgtaccgcc aacaatcaac catgccgaag
     3421 gcgacgacga tccggagatc gattacaaac tgaacttcac gttcaacaag gcacagaaac
     3481 gcaccgttcg cgcggcgctc tccaacacat tcggattcgg cggacataac gccagtctca
     3541 ttgtgaagaa attcgaagcg taacggtgaa tcgatttttt caaaagatga tagcgaggct
     3601 ctttgttctt cggaacaagg agccttattc gtccatacat cgcatgttgg gcttttaccc
     3661 caacaaggcg tggctctacg agcaggcctt cacccaccgc tcgtcgcaca acacgcccga
     3721 aggacgcagc acaggcgaca acgagcgatt ggagttcttg ggcgacgccg tgttgggcat
     3781 cgctgtggcc gacatcctct acaaacactt cccgaataaa aacgagggct tcctgaccag
     3841 cacacggtcg aagattgtgc agcgcgagac gctcaaccgc atcgccatag agatggggtt
     3901 agacaagatg atggtctcca ccgtgcgccc acagacgcac aacagctaca tactcggcaa
     3961 tgcccttgag gcgctgatcg gcgccatcta tttagaccaa ggctacaggc gctgccgcca
     4021 attcgtgcag gagcgcataa tcgactgcta cacgccgctc gacaaggtgg cgcagaagga
     4081 ggtcaacttc aagtcgtacc tcttggagtg gggccagaag gcgaagctgc acatcgcctt
     4141 cgtcctcatt gagacgtcga tggacaaaga cggcaaccgc atgttccaaa gcacagtgaa
     4201 tgtggagggc gtccccttcg gatcggggac gggatacacc aaaaaggaat cgcaacagat
     4261 agcggccaag aaggccatca agaaaatacg gtacgatcgc gaggcgcaga cgctgatcgc
     4321 cgacttgcgc aagcgcgcct tcgaggcaaa ggaggcggca aacgcatcca ctgtcgcccc
     4381 tgtctccccg gaggcagaag cggtagtgga ggagggggta ggctgaagag gcctgccgac
     4441 cgcccggaag agggcatttc atgtatcagc ccccactcgg cacatgtcga gtgggggctg
     4501 atatgttata aggcgggggg agcctcaccc attgacgcac tttatctcga acccggcctc
     4561 agtgcctttc ccgggctggc tgcggaggat gagctggcag ccattgcgta ggagcagctc
     4621 gcggcagatg ttcaggccaa ggccactgcc tttctcgccg cgtgtgccgg gcgtagaccg
     4681 gagggtgtcg gtgtggagga cggtgtagat ctgctcctcg gtcatgccct tcccgctgtc
     4741 gtggacgaag gcggagatgg tggagccgct gcgcgtgacg gtgaggcata tctcgctgcc
     4801 gggatcggag aacttcagcg cgttgttcac caagttgcgc accacggtgt ggagcatctg
     4861 ccgatcggct cggacaggac agggcgcatc ggtaaagtcc gtccggaggg tgatctcctt
     4921 gttctcggcc gacatgaggt agagccccat cgcctcgcgc atcaggtcgc ggaggtcgaa
     4981 gtcgctgggc tcgtaaccga tgcgatcggt ctgtgtgtgc gcccagttga ggaggttatg
     5041 tagcagatcg acctgcgcct cggaggcgcg atagaagagc gagaggtaat gcccgagcgt
     5101 ctccgagtcg tagttctcga agttggagag gatctcctcc atcgccattt tctgagctat
     5161 ggcaggcgac ttgaggtcgt gcgagatgac ggagaagagc ttgtctttcg tcgcattcat
     5221 ggcgcgcagc tcgcggttgc ggcggcggac gaggcggcgg taacggttga cgacgacgag
     5281 caccacaagg caggccacga tgccgacggc cagcaaccaa cgctgcaagt tgcgccgttg
     5341 cagctcctcg ttttgcatgg cgatgcggtg ctccttctcc gacgtctcat attccacacg
     5401 gaaggctttg agctgctcct ccgcgtccaa gcgatagagc gaatcgccga gcgccttgtt
     5461 gcgctctaag taggcgagcg cgagggccgg gtcggagtgg cgatagagcg cgtagagccc
     5521 atcgcaggcc ttcatctcca attcagcgaa ccccatttcg tgtgccaact catcggcttg
     5581 cttgcgatac gcagccgact cggccatgcg cccctgcttc tgcttcacct ccccgaggtc
     5641 gattaagcaa tagatgatgc ccacggggtt gcccatgcgc tgggcgccgt cgagggcttg
     5701 ctggaagtac tgctccgccc gatccagttg ctccgtattc atacagacga gccccatcgt
     5761 ggagtgcacc cggctgatgc gaaccgtgtc gcccagctcc tgcgcaatgg ccagtgcctc
     5821 attgagcacc atcatggcct ccttcgtccg ccccatatcg gtgtaggtgc cgccgaggtt
     5881 gtagagcaag ctcgcgcggt tgggctttgc ctccttgatc ggctggagtg tctcgagacc
     5941 ttggcgaaac atgacgacgg cgaaggagtc gtcgcgcatg tggtgataga gtccgcccat
     6001 gttgttgtag gccatggcca gtcgtagggg gtcgccttgg cgcttggcca catcgaggca
     6061 agtgcggatc gactgccgcg cccggtcgaa gtcgcccgtg cggacgtacg cctccgtctg
     6121 ccgtgtgagc aggctgtacc aggaggcggt gtccttcatc gctcgggtgg gcgggatggc
     6181 gcggtcggcc atgcggatgc actgtcggaa gagcgagtgg tcgtagtagt actgcgtgag
     6241 cccgtcgtag aggatcatgc ggaggctgtc gtcgggcgag tgtcgggtga agtgatacgt
     6301 gttcatcagc gcctcctctt gtttcaagaa ggctgcgagg cggttggcag cctcagcgcg
     6361 tgcgtttccc gggcgtgcga cctcaaaatc agttgtgagg cgctccgcca tcccctcgtc
     6421 cgcgtcctgc gccacggccc cgagcgggat aaggattggt aacaaaccga taacggcatg
     6481 gagtaatcgt cttttcatca tctttttctt gggttatgtt gatatatata atgtatggtt
     6541 actcatgaat gagttctgcc tgtcgccgcc cccaccccct ctcctcggcg gggctgcgca
     6601 aaaatagagg ggcgggggag attgtccatg ccccaacagc ccatgacgaa tgattgggcg
     6661 gcggtgggcg catccccccc cacggccggg taatcatcga taattgtcaa ttgataattg
     6721 ataattaata attggatccc gcccggggtt tcgcccgatc gtccgcctcc aggggtttcg
     6781 cccctggcta tcatccggcg cccctacagg gcgcaatcat cca
//
LOCUS       SEQF3106|MIQD01000087.1 6774 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6774
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             107..937
                     /locus_tag="SEQF3106_01744"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLVGKELHLVAELECVDKEAGIEYLTALHVVERVRAEGEDRVI
                     DYQGWLTLEAPQVVGVGAEEHECRIHRYLVRAIDLALVMVHALVAFHDLTVFILVSIL
                     HDGRSIAVVAELDDGQIVGQAAPGGDVYVIAKDDHLIVADERVRLEGDTPVRACIGLR
                     VEFQYAERFDDGCLKQHALILGLDEGIGVEGHADRVVQEGKAAPLAVAVCGGTRCGAF
                     GHLSQDVRCPVRFVALRLHKEAVARDVLAVQRTCTRYGAHARTVTAFIDEFLVDIDHI
                     "
     CDS             1838..2020
                     /locus_tag="SEQF3106_01745"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSPTGIITWGTLSYDTMSANSSEINIAAIHPASTVYIIVPTGLN
                     IHYAMKVCTVFLNEYK"
     CDS             complement(5314..6291)
                     /gene="bag"
                     /locus_tag="SEQF3106_01746"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P27951"
                     /codon_start=1
                     /transl_table=11
                     /product="IgA FC receptor"
                     /translation="MPEGSTPSAKMPTKEVFVAPDEIGGIDMTRLNNGAHFQFIKNVH
                     EKITAETAILTNPIAKDAADRLGEALEEEDRCFVLSQKSLLTKRIVAIDRERDEMYMG
                     YRSAVYGFLRSPDKAMAEAAERLWAHLTDYRITTGMQFDRETASIANLVKDCETKYTA
                     DVNKLGVKAYIDALKVANEKVDELLLARTTDRSEQIAGALRLARHESDIIYLWLVKVV
                     NALTILHNDTAKCDAFIKFMNEEIKHYKEQSYGSPKKKEPKDPKDPKQPKEPKDPKEP
                     KEPKEPKDPKQPKDPKDPKQPETPKEPEKPGGGDDIHLPEEPPKKPDGQ"
ORIGIN      
        1 cacaggcgcc gatgggctcg gtgtgcaggt gacgtgtgta gaggccggcg tagtccttcg
       61 aacccgtttg gcgctctgag atcagctcaa ggtgcccctc gcgttcgtgc ttcttgtcgg
      121 taaagagctc cacttggtgg cggaacttga gtgtgtcgac aaggaagcgg gcatcgagta
      181 tctcaccgcc cttcacgtgg tcgaacgagt cagagccgaa ggtgaggatc gtgtgatcga
      241 ttaccaaggt tggctgacgc ttgaagcgcc acaagtcgtt ggtgtggggg ccgaagagca
      301 cgagtgtcgt atccatcggt atctcgtccg ggccatagat cttgcccttg taatggttca
      361 cgcacttgtt gcattccacg atcttaccgt tttcatcctc gtaagcatac tccatgacgg
      421 gcggagtatt gcggttgtag ccgagcttga tgatgggcag atcgttgggc aagccgctcc
      481 aggtggagat gtgtacgtta tcgccaagga cgatcatctt atcgtggcag atgagcgagt
      541 ccgccttgaa ggtgatactc ccgttcgggc ctgcattggt cttcgtgtcg agtttcaata
      601 cgccgaacgt ttcgatgacg ggtgcctcaa gcagcacgcg ctgattctcg gcttggatga
      661 gggcatcgga gtggaaggtc atgcggaccg tgttgtgcag gaaggcaaag ccgcgcccct
      721 cgctgtcgca gtctgtgggg gtacacggtg tggggcattc gggcacctca gtcaggatgt
      781 tcgttgtcca gttcgctttg ttgccttgcg ccttcataaa gaggccgtag cccgtgacgt
      841 tctcgccgtg cagcgtacct gtacccggta cggcgcccat gcccgaaccg ttaccgcctt
      901 tatagacgaa tttcttgtag acatcgatca tatctgacgc cacggccgca aagcctcccg
      961 aagggatggg gttcgcaccg ccattgaagt cgagtatgaa gtccttcgct tgattctctt
     1021 ccgagttcaa atcgcagtga tacttgccgc cgcatatgcc atgatcaaac gcccaagtaa
     1081 ggtcagggtt aggatggtgc acaagctgat agcctgctcc gactctcagg gggcgtccgt
     1141 tggcatcttc tttatacggc gcgctgagga aggggtcgtt gcgtgtgccc tgattggcca
     1201 agccgccgta gttcagcttg atgttgttgt cagcgccgat aaagacgcta ccgccaccac
     1261 ctgcgccggc cgtgtatcgg aagtcttgca gatagacatt gttgcgctcc tcgcggcatc
     1321 cgcagacggg aatcttggct aagtcttcga gcttctctaa ttgggcaagg aagagcatgt
     1381 ttcccttcaa tgtatctata acgaaaggag agcgcaggtc gatatcgccc tcgcgggtgc
     1441 ggaagatgat attgcccttg gtgtgcagcc ccttacgagc gttgagggaa gtgaaattag
     1501 caccagtatt gatgatgatg ttgccccgct tcccagcgtc taaggttagg tcgccgttcg
     1561 atgggcgaaa gagaaatgtt tgccgtataa gtgggaaaac ccctttttca atcagggtgg
     1621 aatagctcgg cgcatcggcc agcttgccgg catattgctc ccagcctttt tgcgtttccc
     1681 agccgcagcg cccaaggcca ccgataatgc ccgaatgctc atagcgcacc atggcttctt
     1741 cgccccggtt gtgcagcaag ggttccttct gcgcgccgtc gtagttctgc ccgcagatat
     1801 attcgttgga gaagggaata ttcagattca cggcataatg tcccctactg gcatcatcac
     1861 ttggggaacc ctctcctatg atacgatgag tgctaattcg agcgaaataa atattgccgc
     1921 catccatccg gcgtccacgg tctacattat cgtcccaacc ggcttgaata ttcactatgc
     1981 catgaaggtg tgtactgtct tcctgaatga gtataagtga gcgcgctccg tgcctatccg
     2041 tggtattgta tgaagagtaa tcataatccg aggaaccgtc attcttataa ataggtgttc
     2101 caacgccata tcctaagtag atatcgcctt tgcgcgcata gattgttgcg ttttctccta
     2161 tactatcccc aacatctata ttttcaattc caaatcttac agagaatatg tttgtccgga
     2221 tgttatgggc tgcgcggata ttcatttcgc caatagagtt ctcggagttg aggttcccaa
     2281 gtaacctatt acggcctatt gttagaatgt tgctcgcggc gctgttgaaa tagacattgc
     2341 cacgtgtgct gttgcggtca tgctcgccgg agttgtctaa atctcggttt tcgcagctgc
     2401 tgaagtcgcc ataagaaccg cccgtgcgat cttcagccca aatcgtcacc cagcctcggc
     2461 cccaatgcct attctcagca taagggaaga taccgagtcc gttgctccgt gaagacgaac
     2521 gagcgctgaa ttcccccatt atcgacacat tgcctccatc ggatagaatc gataattcgt
     2581 tatcgatttt gggaagaaat tccgccttgc cacaaaggtt tacatcacta agcgcctgaa
     2641 tgcgtactgc gccggtgtct tgggggtcag agaaagcatt actgatagca ttcaaagcct
     2701 ccttatacaa attcagcttg gcttggcaag gtttgatagg caccgagccg cccttgctca
     2761 cgccaaaatt ggcgatatag agtggctgcc caccatttag agaaaacgtc ggagccttgt
     2821 cgtcgccatt atggccacct aaattcatcg tgaagctctc gttcaccccg cagccatcga
     2881 agttcttcag cataccaccg gagaagatgt gcatatggtc ggtgcccttt gtcttctctc
     2941 cgacttcaat cacacccggg tggtcggcgg ctttgttcgg caggtgggtt gtccattcgg
     3001 cattgcctga cgcaaaaatg tagtcgccat ttacaccgat cacactggct tccgtgttcg
     3061 tcttcagggc tggcagattc actacgccat tattgaacgc gcccagcgag ggcggggcga
     3121 accggaatcc gaccgcatcc acaaacacat cctcagccgt gctcggatag gagaagatgg
     3181 agtcggcacc gacgggaagg ttcgactgtt tgtagaaagt gtcagctgaa gtggtggcgt
     3241 cgtgtgccat gttcatcccg tcgatgttgc cagcgacacg cagggtgtag cggccattgt
     3301 ttggcagcac cactacggcg tcggtctcat cgttcagctg gccggcggtg tttctcgagc
     3361 ccggagagct ggtggcgtcc ttcacgtcgc ccgtgacgca gacctctgcc ccgcgtacaa
     3421 gccgcaacgc ggcgtcgagg ttgtggaggc cgaggtgatt ggctgtatcc cacgagaacc
     3481 atttgtgatt gaccttatga tagatggcag ttatgggagg attactatta caatatgggc
     3541 cgcatccgtc tgaatctaca gccgcatgtt ttaataaggt atgggtacgg taataccaat
     3601 gcagatcccc gacgcggaaa aaattcaacg tcgtcggtcc ataaacatta atggtggtgg
     3661 gcctttggta gtcggttaat aaggggttac caccactcat aggtgggtta cctctggtgg
     3721 agtaggtagc ttcactcaca acaggggcgg taccaccggt ttgtaccaaa gacaccccat
     3781 catcctgtcc ggagccatcc cgggtggtcg tgtagggcgt aatcgcgtcg ctatggctgt
     3841 aggtgtaatt atctgccata ttacatggat aggcgagatg gttggtgctt gtgtcggtct
     3901 gaataataga ccacagggtt gaggctacat tttcccacgt agtccccggg caagagctga
     3961 gcccattcat agtggctttc catacagtcg tgtagtcatt ataatgccct cttgcattgt
     4021 aggagtgaat cacaatgttg gtcccgccat tgagggtgcc acccggtgtc ccggaggcat
     4081 agattccgac ggggccggcg gttgggccgg ttagtttggt gctttcacca gcgccgtaga
     4141 catgagccac gttgttcggg tctacatgtt gcagcggctg tgctgaggct cttccgccgc
     4201 tgccgcccca gaggaggagt gcggcgaagg cggtggccaa ggtcattaag tactgtctcg
     4261 ttcttttcat aatgcttatg tatttaatag gtgagtaaaa aatgccccaa gagggggcgg
     4321 gaaattcggt tgttaatggt cggggcgggg gtttggtgct ccggaggggg cagctcaaca
     4381 cctactggag ggtaatgccc tgggttggga acggcggggg tttattggcg tcccgacggg
     4441 ataaaacacg cggcgaggcc gcaaccaatg ggcgggctga aagcccaatt catcacccgc
     4501 tggagggtaa caccctgggt tgggaacggc gggggtttat tggagtccca tagggataaa
     4561 acacgcggcg aagccgcaac caataggcgg gctgaaagcc caattcatca ccagctggag
     4621 ggtaacaccc tgggttggga atggcggtgg tttattggcg tcccgacggg ataaaacacg
     4681 cggcgaagcc gcaaccaatg ggcgggctga aagcccaatt catcaccagc ccagggtaac
     4741 accctgggtt gggaacggcg ggggtttatt ggcgtcccat agggataaaa cacgcggcga
     4801 ggccgcaacc aataggcggg ctgaaagccc aattcatcac cagcccaggg taacaccctg
     4861 ggctgggaac ggcgggggcg gtttttccct tccggtcatt gaattgaccc cggcggggtc
     4921 aattcaatga ccggaagggg gatcgggcgg ggatcgcttc cccggggtgc cgcgtcgccg
     4981 ttggcgtcgc tctgccccgg gctggtggcg aattgcccct tcggggcgac atcatcgggc
     5041 tggtgccaaa tccccgggga atgtccgccc acccacgcat gtcatcagga aatacgtagt
     5101 tatcgataaa cgggcaaccc cggggcaaat gcgacaacat ttcaaaaaag cgccctcctc
     5161 tcttggagtg gcgcgtttgt caatgatcaa tggtctatga tcggggcggg ggcatcgtcc
     5221 agcgcccggg tacgcccagg gcatttatcc gggaacccgg ggtttcgccc cgggctatcg
     5281 tccggcggcc ctacaggccg ctggggaggg gaatcattgt ccatctggtt ttttcggcgg
     5341 ctcctcgggc aggtggatat cgtcgccgcc acccggcttc tcgggctcct tcggtgtctc
     5401 gggttgcttg gggtcttttg gatccttggg ttgcttgggg tctttcggct ccttgggctc
     5461 cttgggctcc ttggggtctt tcggctcctt gggttgcttg gggtctttgg gatccttggg
     5521 ctctttcttc ttcggagagc cgtagctctg ctctttgtag tgcttgatct cttcgttcat
     5581 aaacttgatg aaggcgtcgc acttagccgt gtcgttgtgg aggatggtca gcgcgttgac
     5641 gaccttgacg agccagaggt aaatgatgtc tgactcgtgg cgggcgaggc ggagggctcc
     5701 ggcgatctgc tcggagcggt cggtagtacg ggcgaggagc agctcgtcca ccttttcgtt
     5761 agccactttc aatgcatcga tataggcttt aacgcccagt ttgttcacgt cggcggtgta
     5821 cttcgtttcg cagtctttta cgaggttggc tatggaagcc gtttcgcgat cgaactgcat
     5881 gcctgtggtg attcgatagt ccgtcaagtg tgcccatagg cgctcggcag cttcggccat
     5941 ggccttgtcc gggctacgga gaaagccata gacggcagat cgatagccca tgtacatctc
     6001 gtcgcgttcg cggtcaatgg cgacgatgcg tttggtgagt aggcttttct gtgagagaac
     6061 gaagcagcga tcttcctcct cgagcgcctc gcccagcctg tctgctgcgt ctttggcgat
     6121 ggggttagta aggatggccg tttcggcggt gattttctcg tgcacgtttt tgatgaattg
     6181 aaaatgtgca ccgttgttga ggcgtgtcat gtcaatgcct ccgatttcgt cgggtgcgac
     6241 gaatacttct tttgtcggca ttttagccga tggggtagag ccttcgggca tgatttttaa
     6301 gtgttatgtg gttgaatgta gatccgtttc tgttttggaa atgcttgcgg ggcaccccgc
     6361 aagtcccaaa ttctgagttt tgacgtttgc ggggcgcccc gcaagctcca aattttgagt
     6421 tttgacgttt gcgggactcc cgcaagctcc aaattttgag ttttgatgtt tgcggggtgc
     6481 cccgcaagtc ccaaattttg agttttgatg cttgcggggc gccccgcaag tcccaaattc
     6541 tgagttttga tgtttgcggg gcgccccgca agctttgttg agtactgttt catgtgggag
     6601 ttaagcgtca gaaggtcgcc agcgtgcggt gagctgtctg ccggggcggc tggcggcgcc
     6661 gggcaggggt atgccggtat cgcatctgag gccgcggcca ctacacacat ctgtttctgg
     6721 ccactccctg tggaaataat cgtgccaaac ctctcgtttt ccgtccgagg gtgg
//
LOCUS       SEQF3106|MIQD01000088.1 6564 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6564
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             498..671
                     /locus_tag="SEQF3106_01747"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTYDEPLPKGGLEVAHGKGAQVPEIFQNEVSRIVVVTLVKCISE
                     GLSGIFFSREASL"
     CDS             complement(1310..2449)
                     /gene="capA"
                     /locus_tag="SEQF3106_01748"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P19579"
                     /codon_start=1
                     /transl_table=11
                     /product="Capsule biosynthesis protein CapA"
                     /translation="MNRSTPKTSCHTLFLLLPAALLCYAACTMHPREANAASERGEDT
                     TRKEARLVFAGDLMQHMPQVRAAQRGNGHFDYSECFRYVKPLFEQADYAILNFETTLT
                     PTTDYHGFPTFRSPGAVADALRDIGIDAVVLANNHICDNGRTGIEYTTQRFDSLRIVH
                     TGAFVDSSRIRAEHPLLFRAGGLRFALFNYTYDTNGLPVPKGMIVNLIDTNAIRRDLS
                     SVNRKDIDCVIVFFHWGVEYVRRPNDEQRRLAALCHQLGAEIVIGSHPHVIQPIEAKR
                     DNEGVVRNVTAYSLGNLVSNQKERYRNGGLIVTLDIVKQGRKLRITPHYTPGFVDRPR
                     GYRILPPAVADTLPLPTEQRNLSRQFYDDTRALLEGNKIFKERIQ"
     CDS             complement(2442..2954)
                     /gene="cysE_2"
                     /locus_tag="SEQF3106_01749"
                     /EC_number="2.3.1.30"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9D4"
                     /codon_start=1
                     /transl_table=11
                     /product="Serine acetyltransferase"
                     /translation="MALIKSVRGFTPIIGKDTFLADNATIIGDTVIGEGCSIWFGTIL
                     RGDVNSIRIGNGVNIQDGSVLHTLYQKSTIEIEDDVSVGHNVTIHGAKICKGALIGMG
                     SVVLDHAVIGEGAIVAAGSVVLSHTQVEPWSIYAGIPAKFVKKVDPEQAKEINQKIAR
                     NYHMYASWYE"
     CDS             3150..3341
                     /gene="rpsU"
                     /locus_tag="SEQF3106_01750"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P66519"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S21"
                     /translation="MIVVPLKEGESIERALKRFKKKFEKTGVIRELRSRQAYTKPSVV
                     KRKERMHAVYVQHLQQEEE"
     CDS             3577..4284
                     /gene="xerC_6"
                     /locus_tag="SEQF3106_01751"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39776"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MDAGRSPAGVNRKLSALKSYFRYLMKEGLIVDNPVYLVTGPKRS
                     RPLPQFIKEKELEDLLDGDGFRDDFFGKRDRLIIEFLYETGLRKQELTLLKHSDIDLS
                     AMLVRVNGKRNKQRLVPFAERLKVMISDYLREKKAIMPGNEDSFFVGKDGKSLSGSAV
                     YNVVKKHLNNLTLPPKCGPHVLRHSFATSMLNDGAKLNAVKELLGHSSLSSTSIYTHL
                     TFEQLKEMYYAHPRANK"
     tRNA            4760..4832
                     /locus_tag="SEQF3106_01752"
                     /product="tRNA-Thr"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Thr(ggt)"
     CDS             4888..6084
                     /gene="tuf"
                     /locus_tag="SEQF3106_01753"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QS98"
                     /codon_start=1
                     /transl_table=11
                     /product="Elongation factor Tu"
                     /translation="MAKEHFNRSKPHVNIGTIGHVDHGKTTLTAAITKVLAEKGFSSA
                     DEVKSFDQIDNAPEEKERGITINTSHVEYETANRHYAHVDCPGHADYVKNMVTGAAQM
                     DGAIIVVAATDGPMPQTREHILLARQVNVPKLVVFMNKCDMVDDEEMLELVEMEMREL
                     LSFYKFDGDNTPIIRGSALGALNGDPKWEEKVLELMEAVDTWIPLPPRDIDKPFLMPV
                     EDVFSITGRGTVATGRIETGVVKTGDEVEIIGLGADGKKSVVTGVEMFRKILDEGQAG
                     DNVGLLLRGIDKNEIKRGMVLCHPGQVKPHSKFKAEVYILKKEEGGRHTPFHNKYRPQ
                     FYIRTLDVTGEITLPAGVEMVMPGDNVTIEVELIYPVACNVGLRFAIREGGRTVGAGQ
                     ITELLD"
     tRNA            6142..6215
                     /locus_tag="SEQF3106_01754"
                     /product="tRNA-Trp"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Trp(cca)"
ORIGIN      
        1 agcgtggccg tggcgccaga ggcggtggag agggccgttt cgccaaagag tttcaggcgg
       61 tcgtttttga tcatgtagtc gaggccaagg tcgacgttgc tgcggccgcg gaagtcgtag
      121 tggttgtaag gtttaggtgg cggatcgacg cgttggccac cgaagtcgta ggccaaggcc
      181 gtaagtccga tgtgcatacg ggagcgggca tagcgcaggt tgccgcccat cgcgcggagg
      241 ctgaccgtgt gtcggctgcg gcgttcgtta cgggtacggt gcaggccgtt ggtcttgaag
      301 gaggcgatcg tgcggccgtc agtcgtggcg tccaccttgc ggctcgaccc gaagaggctc
      361 agctgccagt gggagagggc aagggtggct gcgatgccgc ggaagaactg ctgttcgtcg
      421 gtggaatagt ggcggcggaa accgttgttg cggtattcgg gctcggatgt gagtgttcca
      481 cgagcgggtg catagtcatg acttacgacg agcccttgcc caaaggtggc cttgaagtcg
      541 cccacggcaa gggtgcgcag gtgcccgaaa tctttcagaa cgaagtgagc cgaatagtag
      601 tcgtaaccct tgtgaaatgt attagcgaag ggctctccgg catctttttc agccgcgaag
      661 ccagcttgta gtcggtcgtc gaaggtgtag gcgtatcgga tggtgtggct gaagggttcg
      721 ccgaggtatc ggcgagcggt gctgtcgggt gcaggggtat agccgcgctt ttgttccacg
      781 gtttggctgt atttcgcaat ccattcactc acgccgtggt gtagcagatt agcaagggtg
      841 atagccgggc gttcggggcc gtgtctgttt acgcaaacga agggggcgat gcgtcggcag
      901 gtaaaccagt ccagcgcctc gatggttttc agttcataga tcgtggtgaa atgctggtat
      961 cgccggcgat aggagaggat ggagtcgacc tgtgcgtcgg tgaggaaggg gagtttccgg
     1021 aggtcgtctt gggtggccgt gttcaggtca atggggtgtt cggctaagta agagaggtct
     1081 gtatagagcg cttcgagctg tttttcgtcg aattcttcgc cagcatcttc agcgatggct
     1141 cgcagttgct ccatccagtc gtcggtggtc agacggttgc tatcggtcgg gcggctgtct
     1201 tgtgccatga tcgcgccgcc caccatgatt gacaaaagca ggaagaggag gacgcgcatg
     1261 tcttagttta taggtgggga agtggagaag tggagaggga gggcgcctct tactggatcc
     1321 tctccttgaa gatcttgttg ccttcgagta acgcccgggt gtcgtcgtag aattgtcggc
     1381 taaggttacg ctgctcagtg gggagaggga gtgtgtcggc tacggcaggc gggaggatgc
     1441 ggtagcccct cggacggtct acgaagccgg gggtgtagtg gggcgtgatc cggagtttcc
     1501 ggccctgctt cacgatatca agtgtgacga tcagtccgcc gttcctgtag cgttcctttt
     1561 ggttggagac gaggttgccg agcgaatagg ccgtgacgtt gcgcacgaca ccctcattgt
     1621 cgcgcttcgc ttcaatgggt tgaataacgt gtgggtgact accgatgacg atctcggcgc
     1681 caagctgatg gcagagcgca gccagtcggc gttgttcgtc gttcggccgc ctaacgtact
     1741 ccacacccca atggaaaaag acgatcacgc agtcgatgtc tttacggttt acgcttgaga
     1801 gatctctacg gatggcattc gtatcgatca ggttaacgat catgcctttg ggtacaggta
     1861 gaccattcgt gtcgtacgtg tagttgaaga gtgcgaagcg tagtcctcca gcacggaaca
     1921 gcagtggatg ctctgcacgt atccggctac tgtcgacaaa agctcccgtg tgcacgattc
     1981 tgagcgaatc aaagcgctgg gttgtgtact cgatccctgt gcgtccgttg tcgcagatat
     2041 ggttattggc caagacaacg gcgtcgattc caatgtcgcg cagtgcgtca gccactgccc
     2101 ctggcgatcg aaacgtgggg aagccatgat agtcagttgt tggtgtgagt gtcgtctcaa
     2161 agtttaggat cgcataatcg gcctgttcaa acagtggctt gacgtagcgg aagcattcgg
     2221 agtagtcaaa gtggccgttc cctctttgtg cagctcttac ttgtggcatg tgttgcatca
     2281 ggtccccagc gaatacgagt ctggcttcct tgcgggtagt gtcttccccc cgctcggatg
     2341 cagcatttgc ttcccgcggg tgcatagtgc aagccgcgta gcacaggagg gcagcaggga
     2401 gcagaaggaa aagtgtgtgg caggatgtct tcggggtgga tctattcata ccacgatgca
     2461 tacatatgat aattgcgtgc gatcttttgg tttatctctt tggcctgttc cgggtccacc
     2521 ttcttcacga atttggccgg tatacccgca tagatgctcc atggctccac ctgtgtatgg
     2581 ctcagtacaa ccgagcccgc agctacaatt gctccttcac cgattacagc gtggtcaagc
     2641 accactgagc ccatgccaat gagggcaccc ttgcaaatct tagctccgtg aatagtgaca
     2701 ttatgcccca ccgagacgtc gtcctcaatc tctatggtcg acttttgata taaggtgtgc
     2761 aacaccgatc cgtcctgaat attgacgccg ttgccgatac gtatagaatt gacatcgccg
     2821 cgcagtattg tcccgaacca aatgctgcat ccttcgccga tgaccgtgtc accgatgatt
     2881 gttgcattat ctgcaagaaa tgtatccttc ccaatgatgg gggtaaatcc tcttaccgat
     2941 ttgataagcg ccattgttct ctatatttga taaggtttga atcatatatt gtttgccgac
     3001 aaaagtaggt aaaagccatt catccatgcg ggctttcatc agtgaatgaa tacgctggtg
     3061 cgttttgctg ggaataaaat atctctactt ttgcccctga ctttttagaa taacagaagg
     3121 aaaacagaat aagattaaaa gcaatatcta tgattgtagt tccattgaaa gagggagaaa
     3181 gcatcgaaag ggcactgaaa cggttcaaga agaagttcga aaagaccggt gtgatccgtg
     3241 agttgagaag ccgtcaggct tatacaaaac cttcggtggt gaaacggaag gaacgcatgc
     3301 atgctgttta tgtacagcat ttgcaacaag aggaagaata aacgaagcgc ttgtatacgg
     3361 aatacggcgt attaaatcgc gttcgttgtg aatgcatcca tcacatcttt tatagagtat
     3421 cttcattacg agaggggata ttccgttctt acggagtttg cttatagaag tgaccttctt
     3481 cagtttgctg cgtatgtgcg tgagcatacg gagaattctg aaggtgatcc caatcttgtg
     3541 gattcggatg tggtacgtgc atggatagct tcattaatgg atgccggtag atctccggct
     3601 ggggtgaatc gcaaattgag cgccttaaag tcgtatttta gatacttgat gaaggaaggg
     3661 ctgattgtgg ataatcctgt gtatttggtc acaggcccca aacgttctcg accgctgcct
     3721 cagtttataa aggagaaaga actggaagat ttgctcgatg gtgatggatt cagggatgat
     3781 ttcttcggta agcgagatcg gttgataata gagtttctct atgagacagg tctccgaaaa
     3841 caagagctta cgttgctgaa acattctgat atcgatctca gcgcaatgtt agtgagggta
     3901 aatggtaaac gaaacaagca acgccttgtg ccatttgcgg aacgtctgaa agtgatgatt
     3961 tctgattatt tgcgggagaa gaaagcaata atgcccggaa atgaagacag ctttttcgtg
     4021 gggaaggatg gaaagtcact ttcgggaagt gccgtctata atgttgtgaa gaagcatcta
     4081 aacaatttga cgttacctcc aaagtgtggc cctcatgtgt tgaggcattc ttttgcaacg
     4141 agtatgctaa atgatggtgc taaactgaat gctgtgaagg agttgctcgg gcatagcagt
     4201 ttgtcatcaa cttcgattta tacacatctc acctttgaac aattgaaaga aatgtactat
     4261 gctcatccca gagcgaataa ataagaaggt aaaatatgga aattagaatt caagcaattc
     4321 actttgatgt gaccgaacgt ttggatgcat tcgtccggaa gaaagtatct aagttgagtc
     4381 aataccatga tggtattttg gttgctgagg ttatactgcg ggtagttaag ccggaaacgg
     4441 cacggaataa acaggcgggg atacgtctgc agataaagaa caacgattgt tttgctgaaa
     4501 aggttagcga tactttcgag ggagccgttg atgaggctgt cgttgctctg gaaaagcagt
     4561 tgatcaaagc gaaagaaaag agtagatcta aataaaaaga ggcgggattt gttggatatt
     4621 aatttcgtac taagtttgcg gccgtttcgc gtaataacga aacggctctt tttaggctta
     4681 agtgctgtac tctttcgttt tgctcctgta acgtgatgga ggcgtggaga ggtaacttgg
     4741 gctttgaagg aagaaaaatg cctgtgtagc tcagcggtag agcacttcct tggtaaggaa
     4801 gaggtcccga gttcaagtct cggcaccggc tcaatagaga ttaaatgaat aagtaataga
     4861 attgaataca taaaggcaat ttgagttatg gcaaaagagc attttaacag gagtaaaccg
     4921 catgtaaaca tcggtacgat tggacatgtg gatcatggta agacgacctt gacggctgcg
     4981 atcacgaaag tgttagctga aaagggcttt tcgagtgcag atgaagtgaa gtctttcgat
     5041 cagattgaca atgcaccgga agagaaggaa agaggtatca ctattaacac ctcgcatgta
     5101 gagtatgaga cggctaatcg tcattatgct catgtggatt gcccgggaca tgctgactat
     5161 gtaaagaaca tggtaacagg tgctgcccag atggatggag ctattattgt ggttgctgca
     5221 actgatggcc caatgcctca gactcgggag catattcttt tggctcgtca ggtgaatgtg
     5281 ccgaagctgg tcgtcttcat gaataaatgc gacatggtag acgacgagga gatgttggag
     5341 ctggtggaga tggagatgcg agagctgttg agcttttaca agtttgatgg tgacaacact
     5401 ccgattattc gtggttctgc tctcggtgct cttaatgggg atcctaaatg ggaagagaaa
     5461 gttttggaat tgatggaggc tgttgataca tggattccgt tgcctcctcg tgatattgac
     5521 aagccgttct tgatgccggt agaagacgtg ttctctatta caggtcgtgg tacggttgct
     5581 acgggacgta ttgaaaccgg agtcgtgaag accggtgatg aagttgagat cattgggtta
     5641 ggtgctgatg gtaaaaaatc agttgtgaca ggtgttgaga tgttccgtaa gatattggac
     5701 gaaggccagg ctggtgataa tgttgggctt ttgctccgcg gtatcgataa gaatgagatt
     5761 aagcgcggta tggtgctttg tcatccggga caggttaagc ctcattctaa gtttaaggcc
     5821 gaagtctata tcttgaagaa agaggaaggc ggacgtcata ccccattcca taataaatat
     5881 cgtccacagt tctatatccg cactttggat gtgactggcg agattacatt gccagctggt
     5941 gttgaaatgg taatgccagg tgacaatgtg acgatagaag tggagttgat ttatccggta
     6001 gcatgtaatg tgggtctgcg ttttgcgatt cgtgaaggtg ggcgcactgt cggtgccgga
     6061 cagataacag aattgttgga ttgacaatag agaatatgtg cagtcggttc attgattaat
     6121 gaatcggttg cacataccct tacggaagta actcagttgg tagagtaccg gtctccaaaa
     6181 ccggctgtcg ggagttcgag cctctccttc cgtgcaataa aacaagatga tgaatgaaga
     6241 aggttatctc atatatcaaa gattcatata acgagcttgt acataaggtg tcttggccaa
     6301 cgagatcaga gctttcaaat agtgctgtcg ttgttatgtt tgcttccctt atcatagcag
     6361 tactaattgg agtggttgat tttggtttta aggctgtgat gaatttcatc tatagcttat
     6421 aacttttgtg atgtcggatt ctcaacagaa attttacgtt ctccgagcta ttagtggaaa
     6481 agagaacaag gtgcgtgaat atctggagtc cgaaatcaag aattcggact taggtaaata
     6541 tatttctcaa gtcgtgattc ctac
//
LOCUS       SEQF3106|MIQD01000089.1 6477 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6477
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             518..1348
                     /locus_tag="SEQF3106_01755"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTHGTGISILPYNGTEITFELADGDVMVNLTEMGKAFDKRPID
                     FLRLPSTEALIKAIVRRSHISDDQIVATRRGSAQNGGGTWGNRLVALAFAQWLSVDFH
                     VVCLEKIEELLTKGYTKLDSISKRDLAAMLLESEDEKDRLRKHNEEQGMRVQMLEGRV
                     EVQQEHIRTLEPKAEYTDEVLQSPNTYTFTQMAKELDFRGVSNLTDFLKKKGIIFRQS
                     GRWMTTADYSGRGYTKTRTVSFDHSDGRPDTTVYTVWTEPGRQFLHRICHSHREEATR
                     "
     CDS             1345..1845
                     /locus_tag="SEQF3106_01756"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVNKDWLQWVRGGKAYTITKSRREAVKHERIRVVALFAGYAAG
                     IVEKERKERHQDPYRRFVDYGYGKVLKKEYGLVGIDDFCLSLLESAYNERGQYPTLQR
                     FLYYACDVLVALSCYTKALYTAERDMFRDRIQTRMQSLHSPNAGAIARRAFREIEAEL
                     RKEATL"
     CDS             1842..2312
                     /locus_tag="SEQF3106_01757"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRAEYDRQRAEYIRDHNRKDRVLAVCLFTMYIDGYLAVKSGYY
                     MEPGNAFWAVRSLIQNEGYDMQQVNAFCDSVHAGLTASTLQRFARYAARVFYYLQLYV
                     CAGKLTKASFLDAFDELPPIENAGATLRAAFREAEHALIELPRVKSVTNKNDEK"
     CDS             2309..2836
                     /locus_tag="SEQF3106_01758"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDPYRREREILAQANKMKRILSVWLFAHSLVQYFDGDGNYLDF
                     AEKLFWNDYRIYVRKEDMIDIFDAIRSGICCRTLGTDTWNICASFYVLYMYLRGDYNK
                     GSAVAQIKGLYNPVPGSNYTGAVLRKAFDECEHALTILCLRYLDMEENVGREIVGETV
                     FIASRFDDERQRDNV"
     CDS             2919..3326
                     /locus_tag="SEQF3106_01759"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELHITPKEQILRELEEIDAYLETPHSEELEAVTEYGQQAAVYI
                     ARTGKLLADARHHLNSRMREAVFQTLERQARTAGATAKATNKIVDSLCADEQYLCDMA
                     ERVNRAAVHRLDWCRTLISKAKEEMRLSGMMPT"
     CDS             3427..4557
                     /locus_tag="SEQF3106_01760"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCKKIYFSHDCDARNDERVTRLRIRYGAAGYGIYFMLLELLQAA
                     PEYTLETDYKALAFDLRVPACRIKTIVEQSGLFVVIDDGRRFYSERLARDMGEQEKLE
                     QRRAEAARIGAEARWNAPEGMRIASKTHANRIENVCESHSEAACAKTEKEKEEEREKE
                     KDFPPLIPPYIEKEKEKEEEKEKAFVPSCACARAHVCEGDCEAEASEIAAVNTPADAV
                     PPAGAEHIGTSAEPLQPAPAEAVEEVAPAEVAAEGEKKPARTPMKRPTLEEVKACIAE
                     RGYHVDAEAFISFYESNGWKVGKNPMKSWRAALVTWEKRHTPSNTANPINQNAYGQGF
                     TKTLAEQRRDRNNQDCADFFARKMAEINAYDMARRAAAAESL"
     CDS             4511..5092
                     /locus_tag="SEQF3106_01761"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTTWPDAQQLLSHFKPREATPGVPPRIGDAPEDVDRIFDRRHA
                     DEYPSLTRIGCTYAPDTPRMLVFMHLKDYCNVEGVTEYESKQLYDVADVIVAEYGHLN
                     AGEIVLFFRRLKAGKYGHMYGNRLQGSVVTGAIAEFMAYRSQHMQRIEQQRHDAARDA
                     SSARAITYAEYCQGKVSEAAATIARAARPVTRN"
     CDS             5503..5796
                     /locus_tag="SEQF3106_01762"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEPTETKTKRCTHCGAVKPVSEFYRNRYTREGLASWCKACQREA
                     VRSHREESRHEARPAACPPFEGDPAACSFARVMPAIRTRPRSMPTSPPSPPAS"
     CDS             5968..6396
                     /gene="ssb"
                     /locus_tag="SEQF3106_01763"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AGE0"
                     /codon_start=1
                     /transl_table=11
                     /product="Single-stranded DNA-binding protein"
                     /translation="MLQIEVIGNLGRDAEVKEFSGKKYVCFSVAHTENVRPRTPSEPP
                     TQRTVWLSVYWYGEGGNTFPYLKRGAKVFVRGSMRNNLYTDRTGQTRVDINVNAREVY
                     LCGSAATVQPQQQPQPVPGQTSPVPAGTPAPIGGEDDLPF"
ORIGIN      
        1 cggcaccgat ccgcacgggc tgtgcgttga cgcccttatc cgaatctcaa acacatacga
       61 tcatggaaag agtaacagca atggatcggc tcagatttga gccgattacc accactgtag
      121 atcggccgaa aagttggccg atctgcaatg ggcgccgatt gagcaaggga gtaagcactg
      181 tttacaccct tcgcaataca gccaaaatcg gcggcattgg catgctgagg aaaacaatcc
      241 tcacctcagg ttggcggaat tttccgccga cctcgaaagt aggtagcacg tctctgggcg
      301 gggattcccg ctcagcaacc aacgggggaa atttttccct cgttgccaca aagggtacaa
      361 gtgtgatttg tatccctaca cagaaagtct gctcacccaa aggggttaac cattcgttaa
      421 cccctgcgca aacacgtagt acagcactga tattgaggca aaatagcgaa acgctatact
      481 gccctttcac gaaaaacaat ccaaacaaat aagacttatg acgacacacg gaacaggcat
      541 aagcatactg ccatacaacg gaacggaaat cacctttgag cttgcagacg gtgatgtaat
      601 ggtaaatctc accgagatgg gaaaggcgtt tgacaagcgc ccgattgact ttttgcgctt
      661 accctctaca gaggcactga ttaaagcgat tgtgagacgg tctcacattt cagatgatca
      721 gatagttgcg acacggcgtg gatctgcaca gaacggcggt ggcacatggg gtaaccgcct
      781 cgtagcactc gcattcgcac aatggctgtc ggtagacttc catgtggtat gccttgaaaa
      841 gatcgaagag ttacttacaa aaggctacac caaactcgac tctattagca agcgtgacct
      901 tgcagccatg ctgttagaga gcgaggacga aaaggacagg ctccgaaaac acaacgaaga
      961 gcaaggcatg cgcgtgcaga tgcttgaggg gcgtgtagag gtgcagcaag agcacatccg
     1021 cacactcgag cccaaagccg aatacaccga cgaggtgctt caatcgccca acacgtacac
     1081 cttcacccag atggccaaag agttggactt ccgcggcgtc agcaacctga ccgacttcct
     1141 gaagaagaag ggcatcatct ttcgccagag cggccgctgg atgaccaccg ccgactactc
     1201 cggccggggc tacaccaaga cgcgcaccgt ctccttcgat cacagcgacg gccgcccaga
     1261 caccaccgtc tacaccgttt ggacggagcc cggccgccag ttcctccacc gcatctgcca
     1321 tagccaccgg gaggaggcca cccgatgaga gtgaacaaag attggcttca atgggtgcgc
     1381 gggggaaaag cgtacaccat cactaagagc cgtcgggaag ctgtaaaaca cgaacgcata
     1441 cgcgttgttg ccctctttgc aggttatgct gccgggatcg tagagaaaga gagaaaggaa
     1501 aggcaccaag atccatatcg cagatttgtg gattacggat acgggaaagt cctaaaaaag
     1561 gaatacgggc ttgtcggtat agatgatttc tgcctttcac tattagaatc agcgtacaac
     1621 gagcgcggac aatacccaac gctacagagg ttcctttatt acgcatgcga tgtgcttgtg
     1681 gctttgtctt gttacaccaa ggctctgtac acagcggaga gagacatgtt tagagacagg
     1741 atacaaacgc gcatgcaatc actacacagc cccaacgcgg gcgcgatagc ccggcgagcc
     1801 ttccgagaaa tcgaggcgga actaagaaag gaggccaccc tatgagccgc gccgaatacg
     1861 accgccagcg cgcggagtac atccgtgacc acaacaggaa agatagggtg cttgccgtat
     1921 gcttattcac aatgtatata gatggatacc tggcagtgaa gagcggctat tacatggaac
     1981 cgggaaacgc cttttgggca gtccgaagcc taatccagaa cgagggatac gacatgcagc
     2041 aagtgaacgc cttttgcgat tctgtacatg cgggactgac agcatccacg cttcagcgtt
     2101 tcgcccgata cgccgcaagg gtgttttact acctacagct ttatgtatgc gcgggcaagc
     2161 tcacaaaggc gtccttctta gatgccttcg atgaattgcc accgatcgaa aatgccggcg
     2221 ccacgctccg cgccgccttt cgcgaggccg agcacgcgct gatcgaatta ccgagggtta
     2281 agagtgtaac gaacaaaaac gacgaaaaat gaaagatcca tacagacgcg agcgcgagat
     2341 attagcgcaa gcgaataaaa tgaagaggat tttgagtgtg tggcttttcg ctcattctct
     2401 cgtacaatac tttgacggag atggaaacta tttagacttt gccgagaaac tgttttggaa
     2461 tgactatcgc atatatgtca gaaaggaaga catgatagac atattcgatg caatcagaag
     2521 cggaatatgc tgtagaaccc ttggaacgga cacctggaat atatgcgcct cattctatgt
     2581 gttatacatg tatttaagag gtgactacaa taagggttca gctgtagcac aaattaaagg
     2641 attgtacaac ccggtacctg gatccaacta caccggcgca gtgttacgca aagccttcga
     2701 tgagtgcgag cacgctttga cgatattgtg tttgcgctat ttagatatgg aagagaacgt
     2761 agggcgggag attgtaggcg aaacggtttt tatcgcttcg agattcgacg atgaacgcca
     2821 aagggataat gtataataaa acacctgtga ttacagattg aattgatcaa taggggcggc
     2881 cgaattaagc aggccgccac ctattaaaag ggatatagat ggaattacat ataacgccaa
     2941 aagagcaaat cctccgagag ctcgaggaga tagacgccta cttagagacg cctcacagcg
     3001 aagagctcga ggcggtcacc gagtatggcc agcaagcggc cgtctacatc gcccgcacgg
     3061 gtaagctgct ggccgacgca cgccaccacc tgaacagccg tatgcgcgaa gccgtcttcc
     3121 agaccctcga gcgtcaggcg cgcacggccg gagccacggc caaggccacg aataagatcg
     3181 tggatagcct ctgcgccgat gagcagtacc tgtgcgacat ggccgagcgc gtgaatcgcg
     3241 ccgccgtgca ccgcctcgac tggtgccgca cgctcatcag taaggccaaa gaggaaatgc
     3301 gcctctcggg catgatgccg acctaagtaa gaatgaaccg cgcacgcgcg cgcgcgtaaa
     3361 cccataaacc cataaacaat tcaacgcggc cggcaggccg caaacaatca tcccccccca
     3421 accaccatgt gcaagaaaat ctacttcagt cacgattgcg acgcccgcaa cgacgagcgg
     3481 gtcacccggc tgcgcatccg atacggcgcc gcgggttacg gcatctactt tatgctcctg
     3541 gagctccttc aggcagcccc cgagtacacc ctcgagaccg actacaaggc gctggcgttc
     3601 gacctccgcg tccccgcctg ccgcattaag accatcgtag agcagtccgg cctcttcgtc
     3661 gtcatcgacg acgggcggcg cttctactcc gagcggctcg cacgcgatat gggcgagcaa
     3721 gaaaagctcg agcaacgccg cgcagaagct gcccggatcg gtgccgaggc gcgatggaat
     3781 gccccggagg gtatgcgaat cgcatcgaaa acacatgcga atcgcatcga aaatgtatgc
     3841 gaatcgcatt ccgaggccgc gtgtgcaaaa actgaaaaag aaaaggaaga agaaagggaa
     3901 aaagaaaaag actttccccc ccttataccc ccctatatag aaaaagaaaa agagaaagaa
     3961 gaagaaaaag aaaaagcctt tgtccccagt tgcgcgtgtg cgcgtgcgca tgtgtgtgag
     4021 ggggattgcg aggccgaagc ctcggagatt gcggccgtaa acaccccggc ggacgccgtg
     4081 ccccccgcag gggcagaaca cattgggacg tcggcggagc ccttgcagcc cgcgccggcc
     4141 gaagccgtgg aagaggtggc gccggccgag gtcgccgctg agggtgagaa gaagcccgcc
     4201 cgcacaccga tgaagcgccc gacgctggag gaggtcaagg cctgcatcgc cgagcggggc
     4261 taccatgtgg acgccgaggc ctttatctcc ttctacgagt cgaacggctg gaaggtgggc
     4321 aagaacccga tgaaatcgtg gcgagccgcc ctcgtcacct gggagaagcg ccacacaccc
     4381 agcaacaccg caaacccaat caatcaaaac gcatatggac aaggatttac taagacgctg
     4441 gcagagcagc gccgtgacag gaataaccaa gactgcgccg acttcttcgc tcgaaaaatg
     4501 gcagagatca atgcttacga catggccaga cgcgcagcag ctgctgagtc actttaagcc
     4561 ccgcgaagcg acgcccggcg tcccgccacg catcggcgat gcgcccgaag acgtagaccg
     4621 gatctttgac cggaggcatg ccgacgagta cccctcactc acacgcatag ggtgcactta
     4681 cgcgccggac acgccgcgca tgcttgtatt catgcacctc aaagactact gcaacgtgga
     4741 gggggttacg gagtatgagt ccaaacagct ttacgacgtg gcggacgtga tcgtggccga
     4801 atacgggcac ctgaatgcgg gtgagatcgt gctctttttc cgccgcctga aggccggcaa
     4861 gtacgggcac atgtacggca accgcttgca aggctcggtc gtcacaggcg ccattgctga
     4921 gtttatggct taccgctcgc agcacatgca acgcatcgag caacagcgcc acgacgccgc
     4981 ccgcgatgcc tcctcggccc gcgccatcac ctacgccgaa tattgccagg ggaaggtcag
     5041 cgaggccgcc gccaccatcg cccgcgccgc ccgcccggta acccgtaatt gatcattgag
     5101 cattgaaatg agcctcagat cataacaaaa acgcgtttga gttatgatct ttggcgagga
     5161 taataacaaa agcgtatctt agttatgatc tttgcctcgg atttgaccaa aaatcgattt
     5221 ggagcccaaa acccggcgag gatttgacca aaaacgcttt ggaagcccaa aacccggcga
     5281 ggatttgacc aaaaacgctt tggaagccca aaacccggcg gggattacgc caaaaatgct
     5341 tttggagccc aaaacccggc gaggattacg ccaaaaatgc ttttggagcc caaaacccgg
     5401 cgaggattac gccaaaaacg aaaaacggcg cctgtagggg cgcaccccac aacgcataaa
     5461 cacctaaacg cataaacacc taaacagata aaccacaacc acatggaacc aaccgaaacg
     5521 aaaaccaagc gctgcacaca ttgcggcgcc gtgaagcccg tgagcgagtt ctaccggaat
     5581 cgctacaccc gcgaaggact ggccagctgg tgcaaggcgt gccagcgaga ggccgtcagg
     5641 agccaccgcg aagagagccg ccacgaggca aggccggccg cctgcccacc cttcgagggc
     5701 gaccccgcgg catgcagctt tgcccgcgtg atgcccgcca tccggacgcg cccccgctca
     5761 atgccgacct cgcccccttc accgcccgcc agctgatgcg cgaactctat gcccgcggct
     5821 acgagggcga actccgctat acgcagcgaa tcaatattgc cagctgtaag aagtagggca
     5881 cccacaaggg gcgcccctac gagcccgtcc ccccccaaca attcaacaat tcaacggggc
     5941 gcaagccccc caacacatca acacatcatg ctacaaatcg aagtcatcgg caacctcgga
     6001 cgcgacgccg aggtgaaaga attttcaggc aagaagtacg tctgcttcag cgtcgcacac
     6061 accgaaaacg tacgcccacg cacccccagc gagcccccca cgcagcgcac cgtgtggctc
     6121 tccgtctatt ggtacggcga gggcggcaac accttcccct acctcaagcg cggcgccaag
     6181 gtctttgtcc gcggcagcat gcgcaacaac ctctacaccg accgcacagg ccaaacccgc
     6241 gtcgacatca acgtcaacgc ccgcgaggtc tacctctgcg gcagcgccgc cacggtgcag
     6301 ccccagcagc aaccccaacc cgtacccggc caaacctcgc cggtgcccgc aggcaccccc
     6361 gcccccatcg gcggagaaga cgatctgccg ttctgatgtt tcgctgttga attgttgggg
     6421 gctaaagccc cgtttattcg tttagatgtt taggcgttca accctcaaca gttcaac
//
LOCUS       SEQF3106|MIQD01000090.1 6431 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6431
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(183..2498)
                     /gene="susC_15"
                     /locus_tag="SEQF3106_01764"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MKRFYLLLIGTLATACATYAQQLTGRVVDTQNQPIEFANVALYT
                     LPDSSLVTGTITDAHGAFTLEGSTAKRAFLKISFVGYETRTIEARSGVTVTLNPESTQ
                     LGEVTVKAQRPAIRLKNDALVASVQGSVLSQAGTANDVLKRLPSLTSDNKGNFSVFGK
                     GEAKIYINRREVRDLSELDQLNSDDIRDVEIVRSPGARYDASVKAVIRINTVRRAGDG
                     FGFDARSSWYQGETTDLREQVNVNWRRNGWDVFGTVLYGRGEYIQDSRITQLTRLDTL
                     WRQENQLYGTGVDQWVRITAGTNWEISPKHYVGLRYTLSPGMLSGTGHPTFNSIVHAN
                     GAFYDEWKNRGERRETSDPAHRLNAYYNGTVGRLGIDFNADYYTSGNTSRSHTEETSR
                     MQEDRVVNSENRVRNRLAASKLILSYPVLGGELSVGGEYVRTHRTDTYSNPERIVPSS
                     DMTVDEWNSSVFAEYARMTPIGQFGAGLRYEHVRSDYLNDGRPLAGQNRSYDQWFPNV
                     SFGTRVKGIDLQLAYTAKTQRPTYRQLSSNVYYANRLSLQTGNPLLKPTVTHDVSLTA
                     AWRIVQLMASYKVNRDAVIYWTERSKHDPKVSLITYRNLDRLPALTAFVTVTPTFGPW
                     TPQLSAGLVKQWAEVDVDNETIRYDEPLLQASLSNSLRLPFQLLFTLDLRYQGTGDVE
                     NVHMTEKSFYVNAGLTRSFFHDRLRVELKGWDIFRGRKDGNLLRFPRMELYQANRYDT
                     REFELTLRYRFNAAKSKYKGTGAGTNEMNRL"
     CDS             complement(2573..3319)
                     /gene="aroE"
                     /locus_tag="SEQF3106_01765"
                     /EC_number="1.1.1.25"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67049"
                     /codon_start=1
                     /transl_table=11
                     /product="Shikimate dehydrogenase (NADP(+))"
                     /translation="MKKKYGLIGYPLVHSFSKSFFNRKFESEHIDAEYINFEIADVRE
                     LKNVLRDNPDLCGLNVTLPYKTAVIPLLDDLTDNARSIGAVNVIKFRGRHFGRPRLEG
                     HNSDITGFKESIEPLLGPSHRKALILGTGGASKAVFHGLKQLGLGATYVSRSRKPACI
                     TYADLTPKIMEQYTVIVNATPVGMYPKTDECPDIPYDLLTPSHLLYDLLYNPDETLFM
                     RRGREQGAEVKNGLEMLLLQAFAAWDIWNS"
     CDS             complement(3482..4225)
                     /gene="ubiE_2"
                     /locus_tag="SEQF3106_01766"
                     /EC_number="2.1.1.163"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A887"
                     /codon_start=1
                     /transl_table=11
                     /product="Ubiquinone/menaquinone biosynthesis
                     C-methyltransferase UbiE"
                     /translation="MSVEVERVVPYAGNDEDKGTQVRRMFNRIAGRYDLLNGMLSLGF
                     DRGWRRKTVDSLRAIRPRRVLDIAAGTGDMALLLCRRLSPSVRVVAADLSEEMMAVGR
                     RKAAEARLSDRIAFEQQDCMALTYADASFDAVTVAFGVRNYADLERGLGEMYRVLRPG
                     GGLRIVELSAPQRFPMKQLYGIYSTVFMPLVGGWFGLEKEAYRYLPASIRKMPQGEDM
                     AALLRRQDFTDVRVRTFTGGVCTLYSATK"
     CDS             complement(4243..5193)
                     /gene="purC"
                     /locus_tag="SEQF3106_01767"
                     /EC_number="6.3.2.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R4I0"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoribosylaminoimidazole-succinocarboxamide
                     synthase"
                     /translation="MKALTHTDYQFPGQVSVYHGKVRDVYDIAGRTLVMVATDRISAF
                     DVILPEGIPYKGQVLNQIASKFLDATTDICPNWKQATPDPMVTIGVCCKSFPVEMIVR
                     GYLCGSAWRAYKSGVREICGVPIPDGMRENERFEHPIVTPTTKAEIGTHDEDISKAEI
                     ISRGLMSRADYETVERYALALFERGTRIAAERGLILVDTKYEFGSHDGTIYLIDEIHT
                     PDSSRYFYADGYEERYAKGEPQRQLSKEFVRVWLMENGFQGKPGQRVPEMTPEIVAGI
                     SDRYIELYEHITGERFVRHEGGDLIARIERNVKDYLQQKA"
     CDS             complement(5322..6284)
                     /locus_tag="SEQF3106_01768"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WIA3"
                     /codon_start=1
                     /transl_table=11
                     /product="PhoH-like protein"
                     /translation="MIEQTHILEGVDPVVFYGVNNAHLQLLRTLYPKLRIVARGNVMK
                     AIGEEDELEVFLRKLREIERYCAERNALTEQVITDLVKGHELPTTPHDNLIIYGVNGR
                     AIVARSANQQLLVDRFEENDLTFAIGPAGSGKTFVAIALAVRALKNKQVRKIILSRPA
                     VEAGEKLGFLPGEMKDKLDPYLQPLYDALQEMIPPARLREYMENNVIQIAPLAFMRGR
                     TLSDAVIILDEAQNTTKHQIKMFLTRLGINAKMIVTGDVTQIDLPPQATSGLIHAMHV
                     LRRVPGIGHVEFDRKDIVRHRLVQRIVEAYENEKENEKGKMKNE"
ORIGIN      
        1 gggaagggtg tcttccccga ggcgggaagg gtgtcttcct cggtgcggga agggcgtctt
       61 ccctggggtg gggattttta tttggccgct tgccccgggg tttcgccctg ggctatgatc
      121 cggcgactct tcaggccgca cggggtacac ctcttcgcaa accattttca ttcgacgata
      181 tttcataatc gattcatctc attcgtgcct gcgcccgtgc ccttgtattt gctcttggcg
      241 gcgttgaacc ggtagcgcag cgtgagctcg aactcgcgtg tgtcgtaacg gttggcttga
      301 tagagctcca tccgtgggaa gcgcagcagg ttgccgtcct tccgtccgcg gaagatgtcc
      361 caccccttca gctccacgcg cagccgatcg tggaagaagg agcgcgtgag ccccgcgttg
      421 acgtagaacg acttttcggt catgtgcaca ttctcgacat cgcccgtgcc ctgatagcgc
      481 aggtcaagcg tgaagagcag ctggaaaggc aggcggagcg agttgctgag cgaggcttgg
      541 agcagtggct catcgtatcg gatcgtttcg ttgtccacgt ccacctcggc ccactgcttg
      601 acgaggcccg cactcagctg cggtgtccac ggcccgaagg tcggtgtgac ggtgacgaag
      661 gccgtcagcg cgggcaggcg atcgaggttg cgataggtga tcagggacac cttcgggtca
      721 tgcttgctgc gctccgtcca gtagatcacc gcgtcgcgat tcactttgta gctggccatc
      781 agttgcacaa tgcgccaggc ggccgtgagg ctcacgtcgt gcgtcacggt gggcttcagc
      841 agcggatttc ccgtctgtag cgagaggcgg ttggcgtagt atacattgct gctcagctgg
      901 cggtaagtgg ggcgctgcgt cttggccgtg taagccagtt gcaggtcgat gccctttacc
      961 cgcgtgccga acgagacgtt ggggaaccat tggtcgtagc tgcggttctg ccctgcgagc
     1021 ggtcggccgt cgttgaggta gtcggagcgg acatgctcgt agcgcagccc cgcgccgaac
     1081 tgcccgatgg gcgtcatccg cgcatactcc gcaaagacgc tgctattcca ctcgtccacg
     1141 gtcatgtcag acgacgggac gatgcgttcg gggttgctgt acgtatccgt gcgatgcgtg
     1201 cggacatact cgccgccgac ggagagctcg ccgccaagca cggggtacga cagaatcagc
     1261 ttcgacgccg cgaggcggtt acggacgcga ttctccgagt tcacgacgcg gtcttcctgc
     1321 atgcggctcg tctcctcggt gtgcgagcgc gacgtgttgc cgctcgtgta gtagtcggca
     1381 ttgaagtcga tccccaagcg gcccaccgta ccattataat aggcgttgag gcggtgcgct
     1441 gggtcagacg tttcgcgccg ctccccgcgg ttcttccatt cgtcatagaa ggctccgttg
     1501 gcgtggacga tgctgttgaa cgtcggatgc cccgtccctg aaagcatgcc cggcgaaagc
     1561 gtgtagcgca ggccgacgta atgcttgggc gagatctccc agttggtgcc tgccgtgatg
     1621 cgtacccact ggtctacgcc tgtgccgtaa agctggttct cctgccgcca gagcgtgtcg
     1681 aggcgcgtca gctgcgtgat gcggctgtct tgtatgtatt cgccgcggcc gtagagcacg
     1741 gtgccgaaca cgtcccagcc gttccgccgc caattcacgt tcacctgctc gcgtaggtcg
     1801 gtcgtctcac cttggtacca acttgatcgc gcgtcgaacc caaagccatc gccagcgcgc
     1861 cgcaccgtgt tgatgcggat cacggccttc accgaagcgt cgtagcgtgc gccaggactg
     1921 cggacgatct ccacgtcgcg gatgtcgtcc gagttcagct gatccagctc cgagaggtcg
     1981 cgcacctcgc gtcggttgat gtagatcttg gcctccccct tcccgaagac ggagaagttg
     2041 cccttgttgt ccgacgtcag cgagggcagg cgcttcagca catcgttggc cgtacccgcc
     2101 tgactcagca cggagccttg caccgaggcc acaagcgcgt cgttcttcag tcggatagcc
     2161 ggccgctgag ctttcacggt cacctcgccc agctgtgtgg attcagggtt aagcgtgacg
     2221 gtcacgcccg accgcgcctc gatcgtccgt gtctcgtacc ctacgaagga gatcttcagg
     2281 aaggctcgct ttgccgtgct gccttctaac gtgaaagccc cgtgtgcgtc agtgatcgta
     2341 cccgtcacaa gcgacgagtc gggcagtgta tacagtgcca cgttggcgaa ctcgatgggt
     2401 tggttttgcg tgtccaccac gcgtccggtc aattgttgtg cataagtggc acatgctgtg
     2461 gccagcgtgc cgatcaacag gaggtaaaat cttttcatct caaacgtctt tatggttgtt
     2521 atgccattaa gacgcaaggc ggcgatttaa gttacaggtg cctcctctcc cctcaactat
     2581 tccagatgtc ccacgcggcg aaggcttgta ggaggagcat ctcgaggccg ttcttcacct
     2641 ctgcgccctg ttcgcggccg cggcgcatga agagcgtctc gtccgggttg tagagcaggt
     2701 cgtagagcaa gtgtgagggc gtgagcaagt cgtaggggat gtcggggcat tcgtccgttt
     2761 tggggtacat gcccacgggc gtggcgttga cgatcacggt gtattgctcc atgatctttg
     2821 gcgtgaggtc ggcataggtg atgcaggctg gcttgcggga gcgcgagacg taagtggcgc
     2881 cgaggccgag ctgcttgagg ccgtggaaga cggccttgga ggcgccgccc gtgccgagga
     2941 tgagcgcctt gcggtgcgag ggcccaagga ggggttcgat ggactccttg aagccggtga
     3001 tgtccgagtt atgcccctcg agacgtggcc ggccgaagtg gcgtccgcga aacttgatga
     3061 cgttcaccgc gccgatgctt cgggcgttgt cggtgaggtc gtcgagcagg gggatgacgg
     3121 ccgtcttgta gggtagggtg acgttcagcc cgcagaggtc ggggttgtca cgcagcacgt
     3181 tcttcagctc gcgaacgtcg gcaatctcaa agttgatgta ttcggcatcg atgtgctccg
     3241 actcgaactt ccggttgaag aagctcttgg agaaggagtg caccagcgga tagccgatta
     3301 aaccgtattt cttcttcatg tgaataagta gttatgcgcc tttgggggcg cgggttgata
     3361 tgaatatgta ggggcgcaca cgcatacgcc ctccaaacgt ctcgcagggg cgaacgatcg
     3421 tccaatggcc gggtacgtgc tggggcgtat gcgatacgcc cctacgatgt cggtgtgaat
     3481 atcatttcgt agcggaatac agcgtgcaca caccgccggt gaacgtccgc acacggacgt
     3541 cagtgaagtc ttgccgacgg agcagcgcgg ccatgtcttc gccttgcggc atcttacgga
     3601 tggaggcggg caggtagcga taggcttcct tctcgagccc gaaccaaccg ccgactaagg
     3661 gcatgaagac ggtggagtaa atgccataca gctgcttcat ggggaagcgc tgcggggccg
     3721 acagctccac aatgcgcagt ccgccgccgg ggcgcagcac gcgatacatc tcgccaaggc
     3781 cacgctccaa gtcggcatag ttgcgaacgc cgaaggctac cgtcacggcg tcgaacgagg
     3841 cgtcggcata ggtcagcgcc atgcagtcct gctgctcaaa ggcgatgcgg tccgacagtc
     3901 tcgcttcggc ggccttacgc cgaccgacgg ccatcatttc ttcagacagg tcggccgcta
     3961 cgacgcggac cgacggcgag aggcgccgac agagcagcag cgccatgtcg cctgtgcccg
     4021 ccgcgatgtc gagcacccgg cgcggacgga tggcccgcag cgaatcgacc gtcttacggc
     4081 gccagccacg gtcgaagccg agcgacagca tgccgttgag caggtcgtaa cgcccggcga
     4141 tgcggttgaa catacgcctg acctgcgtcc ccttgtcttc gtcattgcct gcgtaaggaa
     4201 cgacgcgctc cacttcgacc gacatcgtgc gccctcctcc gattaggctt tctgttgtaa
     4261 gtaatccttc acgttacgct cgatgcgtgc gatgaggtca ccgccttcgt ggcgcacgaa
     4321 ccgctcgccc gtgatgtgtt cgtacagctc gatgtaacga tccgaaatgc cggccacgat
     4381 ctcgggcgtc atctccggca cgcgctgtcc gggcttgcct tggaaaccgt tttccatcag
     4441 ccatacgcgg acaaactcct tcgagagttg gcgttgcggt tcgcccttgg cgtagcgctc
     4501 ctcgtagcca tcggcgtaga agtagcgcga ggagtcgggc gtgtgaatct cgtcgatgag
     4561 gtagatcgtg ccgtcgtgtg agccgaactc gtacttcgtg tccacgagga tcagtccgcg
     4621 ttcagcagcg atgcgtgtgc cgcgctcgaa gagggccagg gcgtaacgct ccaccgtctc
     4681 gtaatctgca cgcgacatga gcccgcggga gatgatctcg gccttcgaga tatcctcgtc
     4741 gtgcgtaccg atctcggcct tggtggtggg ggtgacgatg gggtgttcga agcgctcgtt
     4801 ctcgcgcatg ccatcgggga tgggcacgcc gcagatctcg cgcacgccgc tcttgtaggc
     4861 gcgccaggca ctgccgcaga ggtagccgcg gacgatcatc tctacgggga aactcttgca
     4921 gcagacgccg atggtgacca tcgggtcggg ggtggcttgc ttccagttgg ggcagatgtc
     4981 ggtcgtggcg tcgaggaact tggaggcgat ctgattcaag acttgcccct tgtaggggat
     5041 gccttcgggc aggatgacgt cgaaggctga gatgcggtcg gtagcgacca tgacgagggt
     5101 gcggccggcg atgtcgtaca cgtcgcgcac cttgccgtgg tacacgctca cctggccggg
     5161 gaattggtaa tcggtgtggg ttaatgcttt catattctat agttacaagt gatgggttac
     5221 gagttacaag tggggggagt tatgcggcct ttcggccgcg gtagttataa gtagttagaa
     5281 gtagttatgg ggtagggatg gacctgtgtg tccgcccgga gttattcgtt tttcattttt
     5341 cccttttcgt tttccttttc gttttcgtat gcctcgacga tgcgctgcac gagccgatgg
     5401 cggacgatgt ctttacggtc gaactcgacg tgcccgatgc ctggcacacg gcgcaggacg
     5461 tgcatggcgt ggataagtcc ggaggtggct tgcggcggca gatcgatctg ggtcacgtcg
     5521 cccgtgacga tcatcttggc attgatgccg aggcgggtga ggaacatttt gatctgatgc
     5581 ttggtggtgt tttgtgcttc gtcgaggatg atgacggcgt cgctcagggt gcggccgcgc
     5641 atgaaggcca gcggggcgat ctggatgacg ttgttctcca tgtattcgcg caggcgggct
     5701 ggggggatca tctcttggag ggcgtcgtag aggggttgca ggtaggggtc gagcttgtct
     5761 ttcatctcgc cgggcaggaa gccgagcttc tcgccggcct ctacggcggg tcggctgagg
     5821 atgatcttgc gcacctgctt gttcttcagc gcgcgcacgg ccagggcgat ggcgacgaac
     5881 gtcttgcccg acccggcggg cccaatggcg aaggtgaggt cgttctcctc gaagcgatcg
     5941 acgagcagct gctgattggc cgagcgggcc acgatggcgc gtccgttgac gccgtagatg
     6001 atcaggttgt cgtgcggcgt ggtgggcagc tcgtgcccct tgactaagtc ggtgatcacc
     6061 tgctcggtga gtgcgttacg ctcggcgcag tagcgttcga tctcgcgcag cttgcgcagg
     6121 aagacctcta attcgtcttc ctcgccgatg gccttcatca cgttgccacg cgccacgatg
     6181 cggagcttgg ggtagagcgt gcggaggagt tgcaggtggg cgttgttgac gccgtagaag
     6241 acgaccgggt cgacgccttc gaggatgtgg gtttgttcta tcatatataa ggtaagcgaa
     6301 aagcggttcg gggctttagg agcggcaaaa atagatcggt gaggatcgaa aaactaaaaa
     6361 tgcaaaacga atgacccatc cggaaggtgt tgaatcactc ggtttatccc tcaaacagcg
     6421 gtctgtttgg c
//
LOCUS       SEQF3106|MIQD01000091.1 6398 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6398
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             116..898
                     /gene="lpxA"
                     /locus_tag="SEQF3106_01769"
                     /EC_number="2.3.1.129"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A722"
                     /codon_start=1
                     /transl_table=11
                     /product="Acyl-[acyl-carrier-protein]--UDP-N-
                     acetylglucosamine O-acyltransferase"
                     /translation="MHSPSAVIHPEARIGRNVTIDPFAYIERNVVIGDGCHIYPHAVI
                     LDGARIGRDCLIFPGAVISGIPQDLKFAGEETTAEIGDRTTIRECVTINRGTASKGRT
                     LVGNDCLIMAYSHVAHDCIVHDHVIIGNASQIAGEVEIDDFAILSGSVLVHQFTRISQ
                     HVMIQGGSRVGKDIPPYTLIGRDPIAYCGINIVGLRRRGFTNQQVYLIQDIYRTLYTR
                     GLNNTDALQAIETEYGPGAERDLILNFIKHSKRGIVRGSIDE"
     CDS             complement(1157..2863)
                     /gene="thrS_2"
                     /locus_tag="SEQF3106_01770"
                     /EC_number="6.1.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P18255"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonine--tRNA ligase 1"
                     /translation="MCKTSPSVTNETREDTLTIYCKNTEQTVTVPVGATLEEIYTAAG
                     RPLRYPPLGARVNKRVEGLTYRCWNPKDIEFVDYTYPSGYRIYLRSLCFILVKAVYDL
                     YPSRPFSLEHPVSKGLYCAFEHREPMTPEDVSRIKQRMQELINDDRPFVRYVVRTEEA
                     IATFRERGMNDRALLIETAGMAYTTYYGLNGYIDYFYGCLTPSSGRIPLFDLIPYADG
                     VLLQVPRRDDPTVLYPPVPQEKMFNAYKEHLQLQRTVGVNYVGDLNRAVSVGKARDII
                     MVSEAMQEKQIAHIAEDIAQRYHDRGVRMVLISGPSSSGKTTFCKRLQVQLVTNLLHP
                     LGISLDDYYVNREDTPRDDTGGYDFESLYAIDLPYFHHDLQRLLRGEEIDLPSFDFAS
                     GRRVFRGDALQIRDNSVLIIEGIHGLNPELTAHIPPEKIYRIYVSALTTISLDGHNWI
                     PTSDNRLLRRIVRDYHYRGYSARETIAMWPKVRRGDDRWVFPYQENADAMFNSAMIYE
                     LAALRRYAEPILSEIRERDAESAEAYRLLRFLGYFNYIPIEELPATSLLREFLGGGVF
                     RY"
     CDS             2931..4736
                     /locus_tag="SEQF3106_01771"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNYSLLDFLTLIGSLGMFLYGMKIMSEGLQKVAGDKLRNILSVM
                     TTNRFTGVLTGMLVTALIQSSSATTVMVVSFVNAGLLTLAQSVSVIMGANVGTTVTAW
                     IISLFGFKFDISILSLPLMGLAIPLMFAKKSSYKSLGEFILGFAFLFLGLSYLKSSVP
                     DLQSNPEALSFIRNYTSMGYGSILLFLIIGTILTIIVQSSSATVAITLIMCTQGWMPF
                     EMAAAMVLGENIGTTITANLAALSGNVSARRAALAHLMFNVFGVVWVMILFYPFCHLV
                     EWIVTRFGPGDPHAMTVFIHSLDPETVRLITSDKELTDPHLIALRAHLQSLQVSVSYG
                     LSLFHTLFNVCNILVMIWFVKLYVRICSVLIKSSRENEDEEFQLKYISSGLLSTSELS
                     LIQANKEIAVFSDRTYRMFGMLKDLLHETDGEKFLKVFVRVEKYEQISDRMEVEIANY
                     LTRVLEGRLSAEGKNNIRVMLRAVSEIESIADSCNNIARTIKHRNDAKGHFTDEQNHN
                     VEHMMSLINAALIHMKDILHRQSGTRDDMVVSYNMENEINSYRNMLKNDNIDNIDNKR
                     YKYSDSIYYMDIISEYEKMGDYILNVVQAIVEKKF"
     CDS             4754..6172
                     /gene="uxaC"
                     /locus_tag="SEQF3106_01772"
                     /EC_number="5.3.1.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8ZM23"
                     /codon_start=1
                     /transl_table=11
                     /product="Uronate isomerase"
                     /translation="MMIRTFLDANFLLQTDTAVELFRRHAERLPIADYHTRLNANLIA
                     ANEPIANLTALWIEPDAAKWRLMRAAGLTEDYITGNRPPYDKFERWAEILPQAMRHPI
                     YHQAHMELNRVFGIQETLKPSNARDIYESCTAKLQTPEYLPQAILRRLRVETLATTDD
                     PADTLEAHLALREQATTADDLRVLPTWAPSAVLDLRDAERYNAYLDRLGAAADVSIAG
                     YGDLLDALRRRHKAFGEAGCVATLHRLTAFPDAPAADDAEVADAALRKVREGDAPTED
                     ECRSFRAMLLHDLAAMDAEEGRVQMFHVGALYDLNPRIGKKSGPDAGFDAPSDRPTAE
                     QMARFFAQLDAEGNLAQTIVSCYSPSESQAVAGVAACFADRGVRMHYAPAWWHIGRPA
                     FLEAQLDVLSTEGLVAQSVGFASGARTLLAPVRHEYFRRVVCDVFGREVERGLLPAGD
                     LSTIKRTIENLCSTNARRLMDC"
ORIGIN      
        1 gcccatccga cgcggcatct ccacgatgaa ggggtacgtc ttcgtcggtg aaaaggtggt
       61 gtgcgaggca gagttcatgg cacagatcgt caaaaacaaa taacgatctc gacacatgca
      121 ctcaccctct gccgttatcc accccgaagc ccgcatcggg cgtaatgtca ccatcgatcc
      181 ctttgcatac atcgagcgca acgtcgtcat tggcgacggc tgccacatct acccccacgc
      241 cgtcatactc gacggcgcac gcatcggccg cgactgcctc atcttccccg gagccgtcat
      301 ctctggcatc ccgcaggatc tgaagtttgc gggcgaagag accacggctg agatcggcga
      361 ccgcaccacc atccgcgaat gcgtcaccat caaccgcggc acagcctcga aggggcgcac
      421 cctcgttggt aacgactgct tgatcatggc ttactcacac gtggcacatg actgcatcgt
      481 gcatgaccac gtgatcatcg gcaacgcctc gcagatagct ggagaggtgg agatcgacga
      541 ctttgccata ctgagcggca gcgtccttgt ccatcagttc acgcgcatct cgcagcacgt
      601 catgatacaa ggcggatcgc gcgtgggtaa agacatcccc ccctacacgc tcatcggtcg
      661 tgaccccatc gcttattgcg gaatcaacat cgtagggctg cgccgacgcg gcttcaccaa
      721 tcagcaggtg tacctcatcc aagacatcta ccgcacgctc tacactcgcg gcctcaacaa
      781 caccgacgcc cttcaggcca tcgagacgga gtacggcccc ggcgcggaac gcgacctgat
      841 cctcaacttc atcaagcact ccaaacgcgg catcgtccgc ggatcgattg atgaataagt
      901 aaaaaaacgg ctgggataca cgatgagctc cgtcgcgtgt gtttgtttag ccattttctc
      961 gcataatagt ttaacgtgag ttcgacgtaa gaatgagtct actttttcct ggagaatatc
     1021 cttcgcagga gcattgcaac ggccataaca tttttggaaa tgtttgcagg ccgcccgcga
     1081 acgccccgac tacagatccc cgcagattat cgccagcatg attattcgta gggtcatttc
     1141 ggattgacta tagccatcaa taccggaaca ctccgccgcc gaggaactcg cgtaggagcg
     1201 acgtggcggg cagctcctcg atggggatgt aattaaagta accgaggaag cgcagcaggc
     1261 ggtaggcctc agcactctcg gcgtcgcgct cgcggatctc gctcaggatg ggctcggcat
     1321 agcggcgcag ggcggccagc tcgtagatca tggcgctgtt gaacatcgca tcggcattct
     1381 cctgataggg gaagacccag cgatcgtcgc cgcggcgcac cttgggccac atggcgatcg
     1441 tctcgcgagc cgaatagccg cgatagtgat agtcgcggac gatgcggcgc agcaggcggt
     1501 tgtcggaggt ggggatccaa ttgtggccgt cgagtgagat ggtggtcagg gccgagacgt
     1561 agatgcgata aatcttctca ggcgggatgt gggctgtgag ttcggggttg aggccgtgga
     1621 tgccctcgat gatgagcacg gagttatccc ggatttgcaa cgcgtcgcca cggaagacgc
     1681 gtcggccaga agcaaagtcg aacgagggca ggtcgatctc ctcgccgcgg agcaggcgct
     1741 ggaggtcatg gtggaagtag ggcaggtcga tggcataaag cgactcgaag tcgtagcccc
     1801 cagtgtcgtc gcggggggtg tcttcgcggt tgacgtagta atcatctaag gagatgccta
     1861 aggggtgaag caggttggtg acgagctgca cttgcaggcg cttgcagaag gtggtcttgc
     1921 ccgacgacga agggccggag atgagcacca tgcgcacgcc gcggtcatgg tagcgctggg
     1981 caatgtcttc ggcgatgtgc gcgatctgct tctcctgcat cgcctctgat accataataa
     2041 tgtcgcgcgc cttaccgaca gagaccgccc ggttgaggtc gcccacgtag ttcacgccca
     2101 cggtacgttg cagctggagg tgctccttgt aagcgttgaa catcttctcc tgcggcacgg
     2161 gcgggtagag cacggtcggg tcgtcgcggc ggggcacttg cagcaagacg ccgtcggcgt
     2221 acgggatgag gtcgaacagc gggatgcggc cggaggaggg cgtgaggcag ccgtagaaat
     2281 aatcgatgta gccgttgagg ccataatatg tggtgtaagc catgccagcc gtctcgatga
     2341 gtagggcgcg gtcgttcatg ccgcgctcgc gaaaggtggc gatggcctcc tcggtgcgca
     2401 ccacatagcg cacaaagggg cggtcgtcat tgatcaactc ctgcatgcgt tgcttgatgc
     2461 ggctgacatc ctcgggcgtc attggttcgc ggtgctcaaa ggcgcagtaa aggcctttcg
     2521 atacggggtg ctccaggctg aaagggcgcg aggggtagag gtcgtaaacg gccttgacga
     2581 ggatgaagca gagggagcgc aggtagatgc gatagcccga ggggtaggtg tagtctacga
     2641 actcaatatc cttcgggttc cagcagcggt aggtgaggcc ttcgacgcgt ttgttgacgc
     2701 gtgcgccaag gggtgggtag cgcagggggc ggccggcggc tgtgtaaatc tcttcgagtg
     2761 tggcgccaac gggcacggtg actgtctgct cggtgttctt gcaataaatc gtgagggtgt
     2821 cctcacgcgt ttcattcgtt acggatgggg atgtcttaca catggctctt tcttgtaata
     2881 tctacttttg cgggcaaaga aaaattgatt atccctaatt ataaacccgt atgaattact
     2941 ccttacttga cttcctgacg ctcattggct cgctcggcat gttcctctac ggcatgaaaa
     3001 tcatgagtga gggtttacag aaagtggccg gtgacaaatt gcgcaacatc ctctccgtga
     3061 tgaccacaaa ccgcttcacg ggcgtcttga ccggcatgct tgtcacagcc ttgatccagt
     3121 cctccagcgc cacgaccgtg atggtcgtca gctttgtcaa cgccggcctg ctcacgctgg
     3181 cacagtccgt cagcgtcatc atgggcgcca acgtcgggac gaccgtcacg gcgtggatca
     3241 tctccctctt cgggtttaag ttcgacatca gcatcctctc cctgccgctc atgggcttgg
     3301 ccattccgct catgtttgcc aagaagagca gttataagtc gctcggggag ttcatcctcg
     3361 gcttcgcctt cctcttcctc gggctgtctt atctcaaaag ctccgtgccc gacttgcaga
     3421 gcaatcccga ggcgctctct ttcattcgga attacacctc gatgggctac ggatccatcc
     3481 tcctcttcct catcatcgga accatcctga ccatcatcgt gcaatcatcg agcgccacgg
     3541 tggccatcac cctcatcatg tgcacccaag ggtggatgcc cttcgagatg gctgccgcaa
     3601 tggtgcttgg cgagaatatc ggcaccacca tcacggccaa cttagcggcc ctctcgggta
     3661 acgtatccgc gcgacgtgcg gcgctggctc acctcatgtt caatgtcttt ggcgtcgtct
     3721 gggtgatgat cctcttctat cccttctgcc acttagtcga gtggatcgtg acacgcttcg
     3781 gccccggcga tccccacgcc atgaccgtct ttatccactc gctcgacccg gagactgtcc
     3841 gcctcatcac ctccgacaag gagctgaccg acccgcacct catcgccctc cgcgcgcatt
     3901 tgcagtcgct gcaagtctcc gtctcctacg gcttgtcgct cttccacacc ttgtttaatg
     3961 tgtgcaacat cctcgtcatg atttggtttg tgaagctcta cgtccgcatc tgctccgtgc
     4021 tcatcaagtc gtcgcgcgag aacgaagacg aagagttcca gctcaaatac atctcctccg
     4081 gccttctttc cacctccgag ctttccctta tccaagccaa caaagagatc gccgtcttca
     4141 gcgaccgcac ctatcgcatg tttggcatgc ttaaagactt gctccacgag accgacggcg
     4201 agaagttcct caaggtcttt gtccgtgtgg agaaatacga acagatcagc gatcgcatgg
     4261 aggtggaaat agccaactac ctcacccgtg tgctcgaagg ccgactcagc gcagagggca
     4321 agaacaacat ccgcgtcatg ctgcgcgccg tgagcgagat cgagagcatc gccgactcgt
     4381 gcaacaacat cgcccgaacc atcaagcatc gcaacgatgc caagggtcac ttcaccgatg
     4441 agcagaacca caacgtggaa cacatgatga gcctcatcaa cgcggcgctg atacacatga
     4501 aggacatcct gcaccggcag tctggcacac gcgacgacat ggtggtctcc tacaacatgg
     4561 agaacgagat caactcttac cggaacatgc tcaaaaacga caacatcgat aacatcgata
     4621 acaaacgata taagtactcc gactccatct attacatgga catcatctcc gagtacgaga
     4681 aaatgggcga ctacatcctc aacgtcgtcc aagccattgt tgaaaagaaa ttctaatacc
     4741 cccccattaa cccatgatga ttcgcacctt tttagacgcc aatttcttgt tgcaaactga
     4801 caccgcagta gaactctttc gccgccacgc cgagcggctt cccatagccg actaccacac
     4861 tcgcctcaat gctaacctga tcgccgccaa cgaacccatc gctaacctga cggctctctg
     4921 gatcgaacca gacgccgcaa agtggcgcct gatgcgcgcc gcagggttga cggaggacta
     4981 catcacgggc aaccgcccgc cctacgacaa gtttgagcgg tgggccgaga tcctgccgca
     5041 ggccatgcgc caccccattt atcaccaagc gcacatggag ctgaaccgcg tgtttggcat
     5101 ccaggagaca ctcaagccct ctaacgcccg cgacatctac gagtcgtgca cggccaagct
     5161 gcaaacgccc gaatacctgc cgcaggccat ccttcggcgg ctgcgcgtcg agacgctggc
     5221 cacgacggat gaccctgccg acacgctcga ggcgcacctc gccctccgtg aacaggctac
     5281 cactgcggac gacctccgcg tgctccccac ttgggcgccc agcgccgtgc tcgacttgcg
     5341 cgatgcagag cgctacaatg catacctcga tcgcttaggc gccgcggccg atgtctccat
     5401 tgcggggtat ggcgacctgc tcgatgcgct ccggaggcga cacaaagcct ttggcgaagc
     5461 gggttgtgtg gctacgctcc atcgccttac ggccttcccc gatgcccccg cggctgatga
     5521 tgcggaggtg gctgacgcag cgctgcgcaa ggtgcgcgag ggggatgcac cgacggagga
     5581 cgagtgccgc agcttccgcg ccatgttgct tcacgacctc gcggcgatgg atgctgagga
     5641 ggggcgtgtg cagatgttcc acgttggtgc actgtacgat ctcaatccgc gcatcggtaa
     5701 gaaatccggc cctgacgcag gctttgatgc gccgtcagat cggcccacgg cggagcagat
     5761 ggcgcgcttt tttgcgcagc tcgatgcgga gggcaacttg gcccagacga tcgtcagttg
     5821 ctacagcccg tcggagtcgc aggctgtggc tggcgtagcg gcatgctttg ccgatcgcgg
     5881 ggtgcggatg cattacgcgc cggcgtggtg gcacattggg cgccctgcct tcttggaggc
     5941 gcagctcgat gtgttgtcga ccgaggggct cgtggcgcag tctgtcgggt tcgcgtccgg
     6001 agcgcgcacg ctgctcgccc ccgtgcggca tgagtatttc cgccgcgtcg tctgcgatgt
     6061 gttcggtcgc gaggtggagc gcggactgct tccggccggg gatttgtcta cgattaagcg
     6121 cacgattgaa aatctgtgta gcaccaatgc acgtcgcttg atggattgtt gagtggcagt
     6181 gttgttttgt tttcatggag tcggcagccc cctgcgctgt cggctcctct ttttgtgtgg
     6241 cggtcgtttg atccgatcaa ttgcttcctt ttttccgtgg cagccatttg atccaatcaa
     6301 ttgcttcctt ttttccgtgg caagcgtttg atccaatcaa ttgcttcctt ttttccctgg
     6361 caagcgtttg tctcagacaa tcggctcctt ttttcgct
//
LOCUS       SEQF3106|MIQD01000092.1 6227 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6227
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(455..631)
                     /locus_tag="SEQF3106_01773"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDGLSMIMPGTRSGQGFRPWLSSSGQGLHPWLSSGDQGLHPWLS
                     SGGPTGRAGHTPGL"
     CDS             complement(631..2124)
                     /gene="rsgI2"
                     /locus_tag="SEQF3106_01774"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A3DC27"
                     /codon_start=1
                     /transl_table=11
                     /product="Anti-sigma-I factor RsgI2"
                     /translation="MKKYLIPLLLIMAAWGATQCVEEKDPQKKKQELEISVPEAGLED
                     LSTGTITRIPIRSGNGDYTISVSDPSKVDVRLSEDKSTLLIRAKESGSTEVTITDVLT
                     GQKRSFTLRVLKTSIGVSGITLSPSDKKMQTGETFVITAHVTPSDAENRQVNWKSSNP
                     EVAFVDGNGKVTALKEGNVVITATTSDGGKTASCSIGIEKKNDPTPTPTPTPTPTPTP
                     TPTPTPTPTPTPTPTPTPTPTPTPTPTPTPTPTPTPTPTPTPTPTPTPTPTPTPSYVP
                     VKNVSINPTATGYMKPGETRQLTPKFDPPNATNQNVTWRSLRPDIATVDPNTGVVTAV
                     KNGNTRIVVVSAEIGESRNSCVVHVYGSKPSTPTPTPTPTPTPTPTPTPTPTPNPPTP
                     NVVHVTEVVVSPKEHVTNQDKGQHSVRLTARVYPSNATNKRVKWTSSNEQVAKVNSSG
                     VVTFVLIKTNDRYTKHYITAGEAIITATSEDGGKTGTCSIIVQAIIN"
     CDS             complement(2209..3090)
                     /locus_tag="SEQF3106_01775"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVALIAGTACSAKKGSESSDDTAADSLQNEATAAGAPKAYPWD
                     FPEGIALDNPEAGQYVLSPYTFYPEALAEEDDPGSKTLIFYSTTLTKYGDTHSTLDNL
                     GEDPVEMPNSLIILLPKEEKAHVGDVLLTWWQSGSGLQRAIVTDASDPERPRVVYLDL
                     NYGDDELANKYANEQLKPSSFDVLRDGEWQPGAAVAAFDGKEWKSGILIHATDNKVLM
                     IGFSGVVYAYNRSDCRLIPIKQDLKVGDEVMALFVSKFTPGYKITRIDRRVGRVWIKK
                     DDQKEKIVSILEVVKSL"
     CDS             complement(3199..3738)
                     /locus_tag="SEQF3106_01776"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRANIILATLLALSMVASYASGNGQISKGEAPAGMHEETFQGF
                     TFLCPDVMKRIEPNKAGEVEIARYYTFRGTDLANALLCSVDDAEQEFTPEVGRQLVKE
                     MESESPSYKEESQLLKDGLVMTIERIEPGETETIYTTLRLLCKGKKRFWINYSYTESN
                     TDVLAKYADAVINSMKAAD"
     CDS             complement(3745..4275)
                     /locus_tag="SEQF3106_01777"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTNIFLTTLLALSVAIGYASCNERDGKGKAPADMHEVTYEGFT
                     FLCPDVLKPAQKLDGSATVPNVFTLSDEDISNALSCEVSDDGEEFSTEMAEQMIKEMK
                     AQDPKLEAKVLPDGAEMRTVTNDPSVSSEPVYMAMRIFVKGKKSCTVTLMYTEKNKET
                     LGKYADAVINSVKAAK"
     CDS             complement(4381..4575)
                     /locus_tag="SEQF3106_01778"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEDLSNTRLQKLQQKNRQFMEERMELLDTIREMVGAEVDKRMEQ
                     WAQRLEKGPEAPASPWCDPK"
     CDS             complement(4819..5115)
                     /locus_tag="SEQF3106_01779"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNQEYPDLIFPLELINQECPDLILPLEIINQEYPDLILSQTIIN
                     QECPGLLLLQTMTHTLTLSASRPRTMPPQRPSGAIMQRTNTREIGPRFRPACRL"
     CDS             complement(5288..5827)
                     /locus_tag="SEQF3106_01780"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQAVYFEALARVFDGLHIVRHAEVAQSDQQFAVALQQQVVRLID
                     ERQGTRGAAESLGIVLRFIEVFTGPVIDEHLEAVRGHVGRGVEQTVGHLLAIEQVEDG
                     LGSLRAAFAALPVEVAQQPDHLLAKFRGICCYDGIDLGRRAVSRTILVAAAGGEQCGD
                     GEECAERVEESGVLHTIYV"
ORIGIN      
        1 tgggggccgc gggttcgtaa ttcaattatt aattgtcaat gatcaatgat taccgggatg
       61 cccggtgcgc ccagggtttc gccctgggct atggtccgcc gggcctacag cccgggtgtg
      121 tacccagtgc ggcctgtagg gccgctggat gatagccagg ggcgaaaccc cgggcgggca
      181 tggatttgca caatcacctt gtacagtagc gtacaagcat cttgtacagt agcgcacaag
      241 caccttgtac agtagcgtac aatcaccttg tacagtagcg tacaagcatc ttgtgcaaat
      301 cccgccgagt cttttaccga ttgcgagggc aaaagtagag gcgtgctata ggcacgtcaa
      361 tacgtaatat tacgtatacg gaaaaggtac ccggtgcgcc cagggtttcg ccctgggaac
      421 ccagggttgc cccctgggct atgatccgcc gggcctacag cccgggtgtg tgcccggcgc
      481 ggcctgtagg gccgccggat gatagccagg ggtggagccc ctggtcgccg gatgatagcc
      541 aggggtggag cccctggcca ctggacgata gccaggggcg aaacccctgg ccgctccggg
      601 tacccggcat aatcatggac aggccgtcca tcagtttatt atcgcctgga ctatgatgga
      661 gcaagtgccc gtcttgccgc cgtcttcaga ggtggcagtg atgatggctt caccggcagt
      721 gatatagtgc ttggtgtatc gatcgtttgt ctttattaag acgaaagtca ctacgccgga
      781 ggagttgacc ttggccacct gctcattgct actcgtccac ttcacccgct tgttcgttgc
      841 gttgctgggg tagaccctcg ctgtgagccg gacgctgtgt tggcctttat cctgattggt
      901 cacgtgttct ttcggtgaga cgactacttc cgtgacgtgc accacgttcg gcgtcggtgg
      961 gttaggtgtc ggagtaggtg tgggcgtcgg ggtaggtgtg ggtgttggag taggtgtcgg
     1021 ggtgggcgtt gacggtttgg agccgtacac gtgcactacg cagctgttcc tcgactcacc
     1081 gatctcggct gagacgacta cgatgcgcgt gttgccattc ttgacggctg tcaccacgcc
     1141 cgtattcgga tccacggtgg cgatatctgg ccggaggctg cgccaagtca cattttggtt
     1201 ggtggcattg ggtggatcga acttcggagt caactggcgc gtctccccag gcttcatgta
     1261 tcccgtggcc gtcgggttga tggagacgtt ctttacgggc acatacgaag gggtaggcgt
     1321 cggggtgggc gtaggtgtag gtgtaggtgt aggcgtagga gttggcgtgg gtgttggggt
     1381 tggggtgggt gtgggagtcg gcgtcggggt gggtgtcggc gtcggggtag gtgttggtgt
     1441 cggggtaggt gttggtgtcg gggtaggtgt tggtgtcgga gtgggcgtcg gcgtgggtgt
     1501 cggcgtcggg gtcggatcat tcttcttctc tatgccgatg gagcacgagg ccgtcttgcc
     1561 accgtcggag gtggtggcgg tgatcaccac gttgccctcc ttgagggcgg tcactttgcc
     1621 gttaccgtcc acgaaggcca cttcggggtt actgctcttc cagttcactt gtcggttttc
     1681 ggcatcgctc ggggtgacgt gggccgtgat gacgaacgtc tcgccggttt gcatcttctt
     1741 gtccgagggg ctgagcgtga tgccagagac gccaatagag gtcttgagca cacgcagcgt
     1801 gaagctccgc ttttgccctg tcaatacatc ggtgatggtc acctctgtgc tgccactctc
     1861 cttggcgcgg atgaggaggg tgctcttgtc ttccgagagg cgcacatcga ccttcgaggg
     1921 gtcgctgacg gagatggtgt aatcgccatt gcctgatcgg atcgggatcc gggtgatggt
     1981 gcccgtggag aggtcttcga ggccagcctc agggacgctg atctctaact cttgcttctt
     2041 tttctgcggg tctttttcct ccacgcattg cgtggcgccc catgctgcca tgatgagcag
     2101 gaggggaatg aggtactttt tcataatggg ataaggatta agtgtggtta ttaatgatta
     2161 gccctccccg gggggagggg ggagaggggg gagtgtcgcc cccttgtatc aaagtgattt
     2221 gacgacttcc agtatgctga cgattttctc cttctgatcg tccttcttga tccagacacg
     2281 ccccacccgg cgatcgatgc gggtgatctt gtatccgggg gtgaacttgc tgacgaagag
     2341 ggccatgacc tcgtcgccca ctttcaggtc ttgcttgatg gggatcaggc ggcagtcgga
     2401 gcgattgtag gcgtagacta caccggagaa gccgatcatc agcaccttgt tgtcggtggc
     2461 atggatcagt atgcccgact tccactcctt gccatcgaag gcggcaacgg cggcgccggg
     2521 ctgccactca ccgtcgcgga gtacgtcgaa ggaggagggc ttgagctgct cgttggcgta
     2581 cttgttggcc agttcgtcgt cgccgtagtt aagatctaag tagaccacgc gggggcgttc
     2641 ggggtcggag gcgtcggtga cgatggcgcg ctgaaggccc gatccggact gccaccaggt
     2701 gaggagcacg tcgcccacgt gagccttctc ttccttgggg agcaggatga tgagcgagtt
     2761 gggcatttcc accgggtctt cgccgaggtt gtcgagtgtg gaatgcgtgt cgccatactt
     2821 ggtcagggtg gtggaataga agatgagggt tttggatccg gggtcatctt cttcggccag
     2881 tgcttcggga tagaaggtgt agggcgagag cacgtattgc cctgcttcgg ggttatctaa
     2941 agcgatgccc tcggggaagt cccaggggta ggctttgggt gccccagcgg ctgtcgcctc
     3001 gttttgcagc gagtctgcgg ctgtgtcgtc ggaggattcg ctgcctttct tggcgctaca
     3061 tgccgtgcct gcaatcagcg cgacggccat cagtaccgct atgaatgtcc ttttgttcat
     3121 aatagaataa atgtatgggc aggcacgatg gcctgcccgt gattatgagt ctgtaaaggg
     3181 ggcatgttcg gcggaggttc agtccgcagc cttcatggag tttatcacgg cgtcggcata
     3241 cttggccagc acatccgtgt tgctctcggt gtagctgtag ttgatccaga acctcttctt
     3301 ccctttgcag agtaggcgca aggtcgtgta gatggtttcg gtttcgcccg gttctatcct
     3361 ttcgattgtc atcaccaggc catctttcaa cagctggctt tcctccttgt agctcgggga
     3421 ttctgattcc atctctttga ccaattgcct acccacttcg ggggtaaact cttgttccgc
     3481 atcgtccacg gagcagagga gggcgtttgc taagtccgta ccgcgaaacg tatagtagcg
     3541 ggctatttct acctctccgg ctttgttcgg ctcgatgcgc ttcatcacat cggggcagag
     3601 gaaggtgaag ccctggaagg tctcctcgtg catgcctgcc ggggcctcgc ctttacttat
     3661 ctgcccgttg ccacttgcgt agctggcgac catgctcaag gccagcagtg tggccaggat
     3721 gatgttcgct ctatccatga cggttcattt cgcggctttg acggagttga tcacagcgtc
     3781 agcatacttg ccgagggtct ctttgttctt ctcggtgtac atgagggtga cggtgcagct
     3841 cttcttccct ttgacgaaga tgcgcatggc catgtagacg ggctcggagc tgacgctcgg
     3901 gtcgttcgtg acggtgcgca tctcggcgcc gtccgggagc actttggctt ccaacttcgg
     3961 gtcttgagct ttcatctctt tgatcatttg ctcagccatc tcggtgctga attcctctcc
     4021 atcgtcagac acctcgcagg acagggcgtt cgatatgtcc tcatcggaca gggtgaagac
     4081 gttgggcacc gtggctgagc catcgagctt ctgagcgggt ttgagcacat cggggcagag
     4141 gaaggtgaag ccctcgtagg tcacctcgtg catgtcggcc ggcgccttgc ctttgccatc
     4201 tctctcgtta caacttgcat agcctatggc tacgctcaac gccagtagcg ttgtcaggaa
     4261 aatgttcgtt ctcattgtga atctatttta aatggttagg gatagtataa gtcttctgaa
     4321 gtagctctgc gtttgccctt tcccctggtt ggggattcct ggcgaagggt cacacaaggc
     4381 ttatttcggg tcacaccatg gcgaggcggg agcttccggc cctttctcca gccgctgcgc
     4441 ccattgctcc atgcgcttgt ctacctccgc acccaccatc tcgcggatgg tgtcgagcag
     4501 ttccatgcgt tcttccatga actgcctgtt tttctgctgc aacttctgta gcctcgtgtt
     4561 cgatagatct tccatacgtg tgagcccttt gtttttacat ctgccccgct ggggggcgct
     4621 ggccaatgag ggggcgttta catcctcatt tccgaccgca aagttgcggc gacaatgggc
     4681 gaagaggcct tgcaaaatcg ttcaaaaatc ttgcagaatc gtgcattttg cacctctcca
     4741 catcttgcaa aatcgtgcat ggaggggcac ataaacgtct gtcatcaaac agtttactac
     4801 tgacaggttt accaatattc acaatcgaca tgcggggcgg aagcgtgggc cgatctcccg
     4861 ggtgtttgtc cgttgcatga tagctcccga gggcctctga gggggcattg ttcggggtct
     4921 tgaggcactc agagtgaggg tgtgtgtcat tgtctgaagc aataataagc ccggacactc
     4981 ctgatttatt attgtctgag acaatattaa gtccggatac tcctggttta ttatttccaa
     5041 cggcaatatt aaatccggac actcctgatt tattaattcc aacggaaata ttaaatccgg
     5101 atactcctga ttcattattt ccaacagcaa tattaaatcc ggatactcaa aatttattat
     5161 tgccgttgga aataataaat cgaaatacta tgcacttatt atcgaaggcg ctatgggggc
     5221 gtttgaagcc tgcccagcct gcttaccttt gccctaccat tcactcgggt aggcataagg
     5281 cctgctccta cacatatatc gtatgcaaca cacccgactc ctccacgcgc tctgcgcact
     5341 cctcaccatc accacactgc tcaccgcctg cggcggccac aaggatcgtc cggctgacag
     5401 cccgtcggcc caggtcgata ccatcgtaac aacaaatgcc tcggaacttg gccaggagat
     5461 ggtccggctg ctgagcgact tcgacaggca aggcggcaaa cgccgcacgg aggctgccca
     5521 acccatcttc gacctgctct atcgcgagga gatgaccgac agtctgctcc acgccacgcc
     5581 cgacatgccc gcggacagcc tcgagatgct cgtctattac tgggccggtg aatacttcta
     5641 tgaagcgcag gactatgccg agggactccg ctgcgccacg cgtgccctgc cgctcatcta
     5701 tcaatctgac gacctgctgc tgcaaagcga ctgcgaactg ttgatcggat tgtgccactt
     5761 ccgcatgtcg gactatgtgc aggccatcga acacacgcgc aagagcctcg aaatagaccg
     5821 cctgcatggc gaaccgagcc gcatcagcag ctcgctgaac acgctggccg gcatctgcct
     5881 tgtggctaag cagctcgacg acggcgaacg ctacatcctc gaggccatcc gatacagcat
     5941 cgcggcaaac gactccaacc gcatggccat ccaatacggc atggcctcgg agatttatca
     6001 cgccatgggg aaggatcaac gggccttaga ctatgcccgc cgcgcttgcg agatagacga
     6061 ggagcgtggc aatacggcca aggtcggcat acgcctctcg caaatggccg ccgcgcagat
     6121 ggccctgggg caagacgccg aggctgagcg ctccctgacg cgcgccatct ccatactgga
     6181 ggaggctggc aacgagcagt cgctctccat ctgccgcatc cagatgg
//
LOCUS       SEQF3106|MIQD01000093.1 6201 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6201
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(63..962)
                     /gene="axeA1"
                     /locus_tag="SEQF3106_01781"
                     /EC_number="3.1.1.72"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:D5EV35"
                     /codon_start=1
                     /transl_table=11
                     /product="Acetylxylan esterase"
                     /translation="MKNLLLLFLCLSYLPPTMAQDKPIKLFPEGVPGGSDTLPEKKDT
                     EGNRVAGETVLRITNVSQPTITVYQPSQEFATGSAVIVCPGGGYDLLAYDLEGDEACL
                     WLNELGITAVLLKYRVPRHEGRPPYEAPLQDLQRAISYVRANRAMLNIDPDRIGVLGF
                     SAGGHLAAMAATRFDRRTYPTKAVDKASCRPNFCLLVYPAYLGRVAGDSCMQTAPELH
                     VTRRTPPTMIVQTEDDKSFIDGSLAYYLALKEAGVRAWLFFYSRGRHGYGLRDTGAMV
                     NSWPDRAEDWFREIGVIRADAGE"
     CDS             complement(1016..2635)
                     /gene="rng"
                     /locus_tag="SEQF3106_01782"
                     /EC_number="3.1.26.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9J0"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease G"
                     /translation="MVSELIVDVKRDEISIAVLEDKNLVELQKEQQSDSYAVGNIYLA
                     RVKKLLPGLNAAFIDVGYKKEAFLHYQDLGATFKTQQKFLKQWRGDPKRRQPVPKVGL
                     QPDIDKDGTIGDALTVGDEILVQIAKEPISTKGPRLTAEISFAGRFLVLIPFADKISV
                     STKIKSSEERARLRQLIQSVKPKNFSVIVRTSAEGKRVAELDGELRILQKRWEDNILK
                     VTGKTKAPLIIYEETARTVALLRDIFNASFQNIYVNDQRVFESVYDYVSLIAPEQKEI
                     VKLYTGELPIFDNFGVTKQIKSLFGRTVTYKGGAYLIIEHTEAMHVIDVNSGNRVKGN
                     TEQEKTAFNVNIAAADEIARQLRLRDMGGIIVIDFIDLSDPANRQQLFEHMTKAMAND
                     RAKHNILPLSKFCLMQITRQRVRPILDVQTTESCPSCFGTGVVKSSILFTDNLEGKID
                     CLVNRHNEKRITLHVHPYVAAYINKGIFSLAMKWKMKYTHQLKVVPDQSLAFLEYKFY
                     DQNRNELDMQEEKENREVRGKTKSEKPKANG"
     CDS             complement(2856..3134)
                     /locus_tag="SEQF3106_01783"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P19436"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-binding protein HU"
                     /translation="MTKADIVSEIAKNTGIDKNTVLASVESFMEEVKESLAAGENVYL
                     RGFGSFIVKRRAQKTARNISQNTTMIIPEHDIPSFKPARVFMNKVANK"
     CDS             complement(3242..3550)
                     /gene="copZ"
                     /locus_tag="SEQF3106_01784"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2FV63"
                     /codon_start=1
                     /transl_table=11
                     /product="Copper chaperone CopZ"
                     /translation="MHGRKSRCGAPFQSTFAPDNGNNSNIYIIIINERIMSIKIKVNG
                     MSCGHCKDRVEKGLAQLSGVKAVRVDLKAGTAEVEGDVTDDTLRTAIDDLGYAYGGHV
                     "
     CDS             3603..4568
                     /locus_tag="SEQF3106_01785"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNHLECVTTMRNRWYWYLLVFFLSYMVANTIGVIPYVAVIAWSI
                     LQSGDVLSMQGLLSGGDLASLIEGIDSNLMLFAMLCVFAVMLVAGAYFIRTFQGRTWT
                     QVVNGRRRMRWGHFFAGFGVWGIITVVTFVIAYVTDRENFEFRFDAARFIPLVLIAVT
                     MIPIQSAAEEFFFRGYLAQGVASWTHSRWWALVVPSVLFGLMHVANPEVAEYGFWVMI
                     PQYIFMGAAFGLAALLDDGIEVSMGAHAANNLCGAVLTTYQGAALRTDALFTIRELDP
                     ANELPGMIAAGAIFVGVLAYLYKWKFGVMNSRVSPPVPVVMLGKA"
     CDS             4568..5941
                     /gene="norM"
                     /locus_tag="SEQF3106_01786"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O82855"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug resistance protein NorM"
                     /translation="MAYSFRTYLPFYRRNLKVALPIVFSQLGGALVQLVDTLMVGRLG
                     TIQLASVSFATSVFIIGFVFSIGILMGLTPLVGMAYVRGDRHRVTDLFQNSLTLATLS
                     ALFMCSILFGVIHLMPYMGQDAAVVETAIPYFKALVFSLIPFLYFTAIKQFLEGMGNT
                     MIAMVITIISNLINVLFNYLLIFGKWGFPELGVLGAGVSTLISRLTMPLMYLVAIRLR
                     REWWDYFRAFRLRIFSRRRLWELVRVGAPIAAHMLLEVLAFALSAIMVGWLGATPQAG
                     HQIAQNMSHLTYMIVLGIGAATTVRVSHQLGALDLEAARKAGNASTHLCLVYNALAGT
                     LLIAFRHAIASAFSSDPAVIDIGGRLLIMAGIFQVSDGLQTVGAGILRGLTDVKIVMF
                     YAFIAYICINIPFGYLFGFVFHLGAMGVWGAFIFGLSVAAVLFRLRCRKMFRLLEQSG
                     KYTVKTT"
ORIGIN      
        1 ggtccgtctt gggcaacttt tccaaaagtg acccgatccg gggtccgtct tgggcgcccc
       61 gctcactccc cagcgtcagc ccggatcacg ccaatctccc gaaaccaatc ttcggcccga
      121 tccggccaac tgttgaccat cgcccctgtg tcgcgcaggc cgtagccgtg ccggccgcgg
      181 ctgtagaaga agagccacgc gcgcacgccg gcctccttca gggccagata gtaggcgagg
      241 ctgccgtcga tgaatgattt atcgtcttcc gtttgcacga tcatcgtcgg gggggtgcgc
      301 cgcgtgacgt gtagctcggg tgccgtctgc atgcagctgt ctccagcgac gcgacccaaa
      361 taggcagggt agacgagcag gcagaagtta ggtcggcaag aagccttgtc cacggccttc
      421 gtcgggtagg tgcgtcggtc gaacctcgta gcggccatcg cggccaaatg ccccccggcg
      481 gagaaaccaa gcacgccgat gcggtccgga tcgatgttga gcatcgcacg attggcgcgc
      541 acatagctga tggcgcgctg aaggtcttgc aagggggcct cgtagggtgg ccgcccctcg
      601 tgtcggggca cgcgatactt gagcaagacg gccgtgatgc ccagctcgtt gagccagagg
      661 caggcctcgt cgccctctaa gtcgtaggcc agcagatcgt agccgccgcc ggggcagacg
      721 atgacggccg atccggtggc gaactcttgc gagggctggt agacggtgat tgtgggttgg
      781 ctcacgttcg tgatgcgcag caccgtctcg ccggccacgc ggttgccctc cgtgtccttc
      841 ttttctggca gcgtgtcgga gcctccaggc acgccttcgg ggaagagttt gatgggttta
      901 tcttgagcca tcgtcggtgg caggtagctc agacagagga agagaagtag caagttcttc
      961 attgcttggg gtctgtttgt tttaaggagt agagtgggag ggggggggtg ggggatcagc
     1021 cgtttgcctt cggcttttcg ctctttgtct tgcctctcac ctcgcggttt tctttctcct
     1081 cctgcatatc cagctcgttg cggttctggt catagaattt atactcaagg aaggcgaggc
     1141 tctggtcggg caccaccttg agttggtgcg tgtatttcat cttccacttc atggccagcg
     1201 agaagattcc cttgttgatg taagctgcca cgtaagggtg cacatgcagc gtgattcgtt
     1261 tctcgttatg ccgatttacc aagcaatcga ttttgccttc caagttgtcc gtgaagagga
     1321 tggacgactt caccacgccc gtgccgaagc atgaggggca gctctccgtc gtttgcacat
     1381 cgaggatggg gcgcacgcgc tgacgcgtga tctgcatgag gcagaatttg ctaaggggga
     1441 ggatgttgtg tttggcgcga tcattagcca tcgctttcgt catgtgttcg aagagctgtt
     1501 ggcggttggc gggatcggag aggtcgataa agtcgattac gatgatgccg cccatgtcgc
     1561 gcaaccggag ctgtcgggcg atctcgtctg ctgcggcaat gttgacgttg aaggccgtct
     1621 tctcctgttc cgtgttaccc ttcacacggt tgccactgtt gacgtcgatc acatgcatcg
     1681 cctctgtgtg ttcgatgatc aggtaggccc cgcctttgta ggtcaccgtg cgtccgaaga
     1741 gtgacttgat ctgtttcgtt acgccgaagt tgtcgaagat gggcagctcg ccggtgtaga
     1801 gtttcacgat ttccttttgc tcgggcgcga tcaggctgac gtagtcgtag acgctctcga
     1861 agacgcgttg atcgttgacg taaatgtttt ggaacgaggc gttgaatata tcgcgcagca
     1921 gtgccaccgt ccgggccgtt tcttcgtaga tgatgagcgg tgcctttgtc ttaccggtga
     1981 ctttaaggat gttgtcctcc caacgttttt gcagtatgcg cagctcgccg tctaactctg
     2041 ctactcgctt gccctcagcc gatgtccgca cgatgacgct gaagtttttc ggctttacgc
     2101 tctgtatcaa ttggcggagg cgcgcccgct cttcgctcga tttaatcttc gtcgatactg
     2161 agatcttatc cgcaaagggg atgagtacga ggaagcgtcc ggcgaaggag atctctgctg
     2221 tcagccgcgg ccctttggtc gagatcggct ccttagcgat ctgcacgagg atttcatcgc
     2281 ccacagtgag cgcatcgccg atggtgccat ccttatcgat gtctggttgc agccccactt
     2341 tcggcacggg ctgtcgccgt ttaggatcgc cgcgccattg cttgaggaac ttctgttgtg
     2401 tcttgaaggt cgcgcccaag tcttggtagt gcaggaaggc ttccttcttg tatcccacat
     2461 cgatgaaggc tgcgttgagc cctggaagca gcttcttgac gcgcgccaga tagatgttgc
     2521 ccacggcgta ggaatcgctt tgctgttcct tttgcagttc cacgaggttc ttatcctcca
     2581 gcacagcgat cgaaatctcg tcgcgtttca cgtctacaat taattcactt accacggttg
     2641 gttttggttt tgggtttgaa atgaaaatgg aagaacaaac ttaaaagcga gctcaagttt
     2701 gttcttccaa aaattctcca gtctatgaga ggcttacttt ttcttatgcc gatttttctt
     2761 cagtctcttc ttacgcttat gcgtggacat cttgtgtctc tttcttttct ttccgcttgg
     2821 catgattaaa aatttaatgg ggttatgtag tcctgttatt tgttcgccac tttattcatg
     2881 aagacacgag ccggtttgaa agacgggatg tcgtgttcgg ggatgatcat cgtggtgttc
     2941 tgtgaaatat tacgtgctgt cttttgtgca cgtcttttca cgataaaact tccgaatccg
     3001 cggagatata cattctcacc tgctgccagc gactctttca cttcttccat gaatgactcc
     3061 acacttgcca acactgtgtt cttatctatc cccgtgtttt ttgcgatctc gcttacaata
     3121 tctgctttcg tcatatctct attataatat ataatgtacg ttctaatatt ttggactgca
     3181 aatatatagc atttgcgaaa ccggggaaat ccgccttaat gaaattggaa aagtggggct
     3241 ttcagacgtg ccctccgtat gcgtatccga ggtcgtcgat ggctgtgcgg agggtgtcgt
     3301 ccgtcacatc gccctccacc tctgcggtgc ctgctttcag gtcgacccgg acagccttta
     3361 cgccgctcag ttgggccaat cctttctcca cgcgatcctt gcaatgaccg cagctcattc
     3421 cgtttacttt gatttttatg ctcatgattc tttcgttgat gattatgatg tagatgttgg
     3481 aattattccc gttgtctggc gcaaaagtag attgaaatgg cgctccacac ctacttttgc
     3541 ggccgtgcat atggatggca cacgaacgga atacattatt atatagcaca atacacaaca
     3601 atatgaatca tttagaatgt gtgacgacga tgcggaaccg gtggtattgg tatctgctcg
     3661 tctttttttt gagttacatg gtggctaaca ccatcggcgt cataccctat gtggcggtca
     3721 tcgcatggag catcttgcag tcgggggatg tgctgagcat gcaaggtctt ctgtctgggg
     3781 gcgaccttgc ctcgctgatc gaagggattg actcgaactt gatgctcttc gccatgctct
     3841 gcgttttcgc ggtgatgtta gtggcggggg cttacttcat ccggacgttt caggggcgga
     3901 cgtggacgca ggtcgtcaat gggaggaggc gcatgcggtg ggggcacttc ttcgccggtt
     3961 tcggcgtgtg ggggatcatc acggtggtca cgtttgtgat tgcttatgtg acggatcggg
     4021 agaattttga gttccgcttc gatgctgcac ggttcatccc tttggtgctt attgctgtga
     4081 cgatgattcc catccagtcg gctgcggagg agttcttctt ccggggatat ctggcacagg
     4141 gggtggcctc gtggacgcac agccgatggt gggcgctcgt ggtgccctcg gtgttgttcg
     4201 gactgatgca tgtggcgaat cctgaggtgg ctgagtatgg cttctgggtg atgataccgc
     4261 aatacatctt catgggggcg gcgtttgggt tggcggcgtt gctcgacgat ggcattgagg
     4321 tgtccatggg ggcgcatgcg gcgaacaacc tctgcggcgc tgtgctgacc acttatcagg
     4381 gcgcggcgct acggacggat gcgttgttta cgatccgtga acttgaccct gcaaacgagc
     4441 tgccggggat gatcgccgcc ggggcgatct tcgtgggggt gttggcttat ctatataaat
     4501 ggaagtttgg cgtgatgaat agcagggtgt cgccgcccgt gcccgtcgtg atgctgggga
     4561 aggcgtgatg gcatacagtt ttcgcaccta tctgcctttc tatcggcgta acctgaaagt
     4621 ggcgctcccg atcgtgttct cgcagctcgg gggcgccctt gtgcagttag tcgatacgct
     4681 catggtgggt cgattgggca ccatacagct ggcgtccgtc tcgttcgcta catccgtctt
     4741 tatcatcggc tttgtctttt ccattggcat actgatgggc ctcaccccgt tggtgggcat
     4801 ggcctatgtg cgcggcgacc gccaccgcgt gacggacctc ttccaaaact cgctcacact
     4861 ggccaccctc tcggccctct tcatgtgcag catcctcttc ggcgtcatcc acctgatgcc
     4921 ctacatgggg caggacgcgg ccgtggtcga gacggccatc ccatacttca aggcccttgt
     4981 tttcagcctc atccccttcc tctatttcac ggccatcaag cagttcctcg agggcatggg
     5041 taacacgatg attgcgatgg tgatcacgat catttctaac ctcatcaacg tgctctttaa
     5101 ctacctgctc atcttcggca agtggggatt cccggagctg ggtgtgcttg gcgccggtgt
     5161 ttctacgctc atttcgcgcc tcacgatgcc cctcatgtac ctcgtggcca tccgtctgcg
     5221 ccgtgagtgg tgggactatt tccgcgcctt ccgcctacgc atcttcagcc gccgtcgcct
     5281 ctgggagctt gtccgggtgg gtgcgcccat cgcggcccac atgctgctcg aggtgctggc
     5341 cttcgccctc tcggccatca tggtcggttg gctcggcgcc acgccacagg caggccatca
     5401 gatcgcccaa aacatgtcgc acctcaccta catgatcgtg cttggcatcg gcgccgccac
     5461 caccgtccgc gtcagccacc agctcggtgc cctcgacctc gaggccgccc gcaaggctgg
     5521 caacgcctcc acccacctct gcctcgtcta caacgccctg gccggcaccc tcctgatcgc
     5581 ctttcgccac gccatcgcct cggccttctc gtccgacccc gccgtgatcg acatcggcgg
     5641 acgcctgctc atcatggccg gcatcttcca agtctccgat ggcctacaga cggtcggcgc
     5701 cggcatactc cgcggcctga ccgacgtcaa aatcgtcatg ttctacgcct tcatcgccta
     5761 catctgcatc aacatcccct tcggctacct gttcggcttc gtcttccatc ttggcgccat
     5821 gggcgtttgg ggcgccttca ttttcgggtt aagcgtggcc gccgtgctgt ttcgtctgcg
     5881 ttgtcgcaag atgtttcgcc tgctcgagca gtcgggcaaa tacaccgtga aaaccaccta
     5941 agtaggcgcg cgtgccctca tatttatttg cgaaataccc ctcgatatgt tccgaagtag
     6001 tcatcgatac gttcggaacg tggtgtggat acgttccgaa gtggtcaccg atacgttcgg
     6061 aacgtagtgt cgatacgttc ggaggtggtc atcgatacgt tcggaacgta gtgtcgatag
     6121 gttcggaacg tatcgatggg tacttcggaa cagggtgcag ataggttcgg aacgtattac
     6181 cccccacttc ggaacgtatc c
//
LOCUS       SEQF3106|MIQD01000094.1 6070 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6070
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(97..1416)
                     /gene="nhaC"
                     /locus_tag="SEQF3106_01787"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O07553"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)/H(+) antiporter NhaC"
                     /translation="MDHTPATEINPHISPAARWIGATPLVVFLAVYLLTSLILRDFYA
                     MPITVAFLIASVYAVAITRGLSTEKRVLRFSRGVADYNLLMMIWIFILAGAFSEAAKN
                     IGAIDATVHLILSLLPSRLVLPGLFLASCVISLSIGTSVGTVVALVPIALGLSEPLGL
                     PVEYIAAVVTGGAFFGDNLSFISDTTIAATRTQGCSMRDKFRVNLRIVLPAAIATFII
                     YAFQGAHLTEVPVHTDPRSPYLALPYLVVLIAAARGMNVAAVLTLGIVVCGLVGAVFG
                     TVTFWPWIGALGQGIVGMGELIIVTMLAGGMLELIRFNGGIDFLMKGLTRGVRGKRGA
                     EAAIAALVSVANICTANNTIAILTTGAMAREITARYGIDPRKSASILDTFSCLVQGMI
                     PYGAQLLLAARFAEVSPMAIIGSLYYPFIMGGCAILSIALRLPRKYS"
     CDS             complement(1427..2005)
                     /locus_tag="SEQF3106_01788"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5HCZ5"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative acetyltransferase"
                     /translation="MIRSEIQKMRDGESPNFRSPELQASFRHAKELLARMRMMSTYSD
                     GYRALLEQLIPGIPPTSVICPPFHCDHGHGIRLGRDIYINAGCTFLDGGWITIGDRTL
                     IGPAVQIYTPHHPLDYRERSTGREYARPVTIGADCWIGGGAIICPGVTIGDRTVIGAG
                     SVVTRDIPSDRLAVGNPCRVIRRLEAGTAPLL"
     CDS             complement(2009..3199)
                     /gene="rlmI"
                     /locus_tag="SEQF3106_01789"
                     /EC_number="2.1.1.191"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P75876"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA large subunit methyltransferase I"
                     /translation="MISGKIYLKPKKEESVLRLHPWIFSGAVARIDGRPEEGAVVEVY
                     AADGRLLGVGHYQIGSIAVRLLAFEAAEIDHAFWIERLRSAYRLRQMLGLDHAPDNDT
                     YRLVYGEGDRLPGLVIDMYADTAVMQAHSVGMHHARHEIAAALRELLGDRLQAIYYKS
                     DGTLPFKAALDHTDEYLLGHYTGGEHLATERGLRFGIDWLKGQKTGFFVDQRENRRLL
                     EQYASGRMVLNMFCYTGGFSVYALRGGARLVHSVDSSSKAVTLTERNVALNFPADDRH
                     RAFADDAFDYLRRAGHDYDLIILDPPAFAKHRDVLRNALQGYRKLNAAAFEKIRPGGI
                     LFTFSCSQVVSRNDFRLAVFSAAAQTRRHVRILHQLTQPADHPVSIYHPEGEYLKGLV
                     LEVE"
     CDS             complement(3196..3783)
                     /gene="rnd"
                     /locus_tag="SEQF3106_01790"
                     /EC_number="3.1.13.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01899"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease D"
                     /translation="MTPFLSPVKITKEEISTLPIEEYTGRIIVVDHPADVKPAVEALS
                     ASRCVGFDTETRPNFRKDQHHKVSLMQVATDRVCYLFRLNHLDGIPRPLVDFLTDAYV
                     TKIGLSLTDDFHMLRERVEDLRPAGFVELQKLMPSYGIEEAGLQKIYAILFRKKISKR
                     VRLTNWEADVLTTAQQRYAALDAWACLRIYQYLQS"
     CDS             complement(3780..4349)
                     /locus_tag="SEQF3106_01791"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQGSNPIYDKNTLEFVTVAFEFCSWMENAGKEAGGLMQFVDKA
                     TKLLPLLYLKATLLPEAEADDDADLAPYITEETYDALRARLAALLGRFDSYLETFMPD
                     MQYSDTPIAAFISENLSDIYQDLGDFVSLFREEHEPTMHAALARCTENFRLYWGQALL
                     NALKALHALRYNEELAEEITEITLTQRPA"
     CDS             complement(4360..5418)
                     /gene="fabD"
                     /locus_tag="SEQF3106_01792"
                     /EC_number="2.3.1.39"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q99UN8"
                     /codon_start=1
                     /transl_table=11
                     /product="Malonyl CoA-acyl carrier protein transacylase"
                     /translation="MGALGRRAKRAGFAPPLSHQREEKEPGWGRLGAKPLPNSKHRLL
                     LPALKKNYTYLYFYIMNAYVFPGQGAQFVGMGKSLYEGTPLAKTLFEQANDILGFRIT
                     DLMFAGTDDDLKQTNVTQPAVFLHSVILARTLGDDFRPDMTAGHSLGEFSALVAARAL
                     SFEDGLWLVSKRAQAMQKACEKAPSTMAAILGLPDEKVEQLCNEITDEVVVCANYNCP
                     GQIVISGTIAGIDAACEKMKAAGAKRALKLKVGGAFHSPLMEPARAELAEAIEETAFN
                     SPICPVYQNVDARPQTDPDAIRRNLVAQLTSPVRWTQTVRNMVADGATRFVELGPGNV
                     LQGLVKKIDASVATEGLQ"
     CDS             5497..5691
                     /locus_tag="SEQF3106_01793"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPLLLLGHWGVGEVILIIAIVGLLFGDRKTWNRVKGTTQTLKK
                     MIQARRRTRAGRHTDQMSAQ"
ORIGIN      
        1 cggcgccgcc gtttgggcca gcgagtgaga atgcatgcaa acggcgccgc cgtttccttt
       61 accataaagg atagatgacg aataatcggc ggggaatcag ctgtatttgc gcggcaggcg
      121 gagggcgatg ctgaggatgg cgcacccgcc cataatgaag gggtagtaaa gggagccgat
      181 gatggccatc ggcgagactt cggcgaagcg ggcggccagg agcagctgcg cgccgtaagg
      241 gatcatgcct tggacgaggc aggagaaggt gtcgaggatg ctggccgact tgcgcggatc
      301 gatgccgtag cgggcggtga tctcgcgcgc catcgcaccg gtggtgagga tggcgatggt
      361 gttgttggct gtgcaaatgt tggccacgga gacgagcgct gcgatggcgg cttcggcgcc
      421 gcgtttgccg cgaacgccgc gcgtgaggcc cttcattaga aaatcaattc ccccattaaa
      481 acggatcagc tcgagcatgc cgccagccag catggtgacg atgatgagtt cgcccatgcc
      541 aacgatgcct tgccccaagg cgccgatcca tggccaaaat gtgaccgtgc cgaagacggc
      601 accaacaagg ccacagacga cgatgccgag ggtcaggacg gcggccacgt tcatgccgcg
      661 ggcggcggcg atgaggacga cgaggtaggg gagggcgagg tagggcgagc gggggtcggt
      721 gtggacgggc acctcggtga ggtgtgcgcc ttggaaggcg taaatgatga aggtggcgat
      781 ggccgcgggc aggacgatgc ggaggttgac gcgaaactta tcgcgcatgc tacagccctg
      841 ggtgcgcgtg gcggcgatgg tggtgtcgga gatgaacgag aggttgtcgc caaagaaggc
      901 gccgccggtg acgacggccg cgatgtactc cacgggcagg ccgagcggct cggagagtcc
      961 gagggcgatg ggcacgaggg cgacgacagt gcctacgctg gtgccgatgg agagggagat
     1021 gacgcaggag gcgaggaaga ggccgggcaa taccagacgg gaagggagca ggctgaggat
     1081 gaggtggacc gtagcgtcga tggcgccgat gttcttagcg gcctcggaga aggcgccggc
     1141 gaggatgaag atccaaatca tcatcagcag gttgtagtcg gccacgccgc gtgagaagcg
     1201 caggacgcgt ttctcggtcg atagtccgcg ggtgatggcc acggcgtaga ccgaggcgat
     1261 gaggaaggcc acggtgatgg gcatggcgta gaagtcgcgc aggatgagcg aggtgagcag
     1321 gtagacggcc aggaagacga cgagcggcgt ggcgcctatc catcgcgcgg cgggcgagat
     1381 gtgggggttg atctcggtgg cgggggtgtg atccatttat ggtgtattaa aggagggggg
     1441 cagtccccgc ctccaaccgc cgtatcacac ggcaaggatt gccgacggcg agcctgtcgg
     1501 aggggatgtc tcgggtgacg acgctgccag cgccgatcac ggtgcggtcg ccgatcgtga
     1561 cgccggggca gatgatcgcg ccgccgccga tccagcagtc ggcaccgatg gtgacggggc
     1621 gcgcatactc gcgacctgta ctgcgctcgc gatagtctaa ggggtgatgg ggggtgtaga
     1681 tctggacggc ggggccgatg agggtgcggt cgccgatcgt gatccatccg ccgtcgagga
     1741 aggtgcagcc ggcgttgatg tagatatcgc ggccaaggcg gatgccgtgg ccgtggtcgc
     1801 aatggaaggg cgggcagatg acggatgtcg gggggatgcc ggggatgagc tgttcgagca
     1861 gtgcgcggta gccatcgctg taggtcgaca tcatgcgcat gcgggccagc agctctttgg
     1921 catggcgaaa gctggcttgc aactcggggg atcggaagtt gggcgactcg ccgtcgcgca
     1981 ttttctggat ttcactccgg atcatgggtt attcgacttc taagacgagg cctttgaggt
     2041 attcaccttc ggggtgatag atgctgacgg ggtgatcggc gggctgggtg agctggtgca
     2101 ggatgcggac gtggcggcgc gtctgtgcgg cggcgctgaa gacggccagt cggaagtcgt
     2161 tgcgactgac tacctgcgag caggagaagg tgaagaggat gccgccgggg cggatctttt
     2221 caaaggctgc agcgttgagt ttgcgatacc cctgaagggc attgcggagc acgtcgcgat
     2281 gcttggcgaa agcgggcgga tcgaggatga tgaggtcgta gtcgtggcca gcacgtcgga
     2341 ggtaatcgaa ggcgtcgtcg gcgaaggcgc ggtggcgatc gtcggcgggg aagttgaggg
     2401 ccacgttgcg ctcggtgagc gtaacggcct tcgaggagct atcgacggag tgtaccagcc
     2461 gcgcaccgcc gcgcagggcg taaacggaga agcctccggt gtagcaaaac atgttcagca
     2521 ccatgcgacc gctggcatac tgctccaaga gcctacggtt ctcgcgttga tcgacgaaga
     2581 agcccgtctt ctgccctttc agccagtcga tgccgaagcg caagccgcgc tctgtggcga
     2641 ggtgttcgcc gccggtgtag tgccccagca ggtattcgtc ggtgtggtcg agtgcggctt
     2701 tgaaggggag tgtgccgtcg gatttataat agatggcttg caggcggtcg ccaaggagtt
     2761 cgcggagggc ggcggcgatc tcgtggcggg catgatgcat accgacggag tgcgcctgca
     2821 tgacagccgt gtcagcatac atatctataa caagccccgg caggcggtcg ccctcgccgt
     2881 agaccaggcg gtaggtgtcg ttgtccggcg cgtggtctaa gcctaacatt tggcgcaggc
     2941 ggtaagccga acggaggcgt tcgatccaga aggcatgatc aatctcagcg gcttcgaagg
     3001 cgagcagccg gacggcgatg ctgcctatct ggtaatgccc cacgccgagc agtcggccat
     3061 cggcggcgta gacctctacc accgcaccct cctcgggccg gccatcgatg cgtgccacag
     3121 ccccggagaa gatccacggg tgaaggcgca gtacggattc ttccttcttg ggcttgaggt
     3181 aaatcttacc agagatcatg attgcaagta ttggtagatg cgcaggcagg cccaggcgtc
     3241 gagggcggca tatcgctgct gcgcggtggt gagcacgtcg gcctcccagt tggtgaggcg
     3301 cacccgcttg gagattttct ttcggaagag gatggcgtaa atcttttgca accccgcctc
     3361 ctcaatgcca tacgatggca tcagcttttg caactcgacg aagccagctg gccggaggtc
     3421 ctccacacgt tcgcggagca tgtggaagtc gtcagttaat gagagcccaa tcttcgtcac
     3481 gtacgcatcg gtcaagaagt cgacaagcgg cctcgggata ccgtccaagt gattcagccg
     3541 aaagaggtaa cacacccgat cagtggccac ctgcatgagg gagactttgt ggtgttgatc
     3601 cttacggaag ttggggcgcg tctcggtgtc gaagccgacg catcggctgg cggacagcgc
     3661 ctccacggcc ggtttcacgt cggctggatg atccacgacg atgatccggc ccgtatactc
     3721 ctcaatggga agggtggaga tttcttcttt ggtgatcttg acgggggaga ggaaaggggt
     3781 catgcggggc gttgggtgag ggtgatttcg gtgatttctt cggccagctc ttcgttgtat
     3841 cgcaacgcgt ggagcgcctt gagggcgttc aggagcgcct gcccccagta aaggcgaaaa
     3901 ttctccgtgc agcgcgcaag ggcggcgtgc atggtcggct catgctcctc gcggaagagg
     3961 gagacgaagt cgccgaggtc ttgatagatg tcggacagat tttcagagat gaaggccgcg
     4021 atgggggtgt cgctgtattg catgtcgggc atgaaggtct ctaagtagct gtcgaaacgg
     4081 cccagcagcg cggcgagccg ggcgcggagt gcgtcgtagg tctcttcggt gatgtaaggt
     4141 gcgaggtcgg catcatcgtc ggcctcggcc tcaggcagga gcgtcgcttt gagataaagc
     4201 aaggggagca acttggtggc cttatcgaca aactgcatca ggccgcccgc ctctttccct
     4261 gcattttcca tccatgaaca gaactcgaaa gcgacggtga cgaattccag cgtgttcttg
     4321 tcgtaaatcg ggttgcttcc ctgcttcatt gcgtattatt tattgtaacc cttcagtggc
     4381 cacggaggcg tcgatcttct taaccaagcc ttgcaacacg ttgcccggcc cgagctccac
     4441 gaagcgggta gcgccatcag ccaccatgtt gcggacggtc tgtgtccagc ggacgggcga
     4501 ggtgagctgc gccacgaggt tgcggcggat ggcgtcgggg tcggtctgcg gccgtgcgtc
     4561 cacgttctgg tagacggggc agatggggct attgaaagct gtttcctcga tggcttcggc
     4621 cagttcggcg cgtgccggct ccatgagcgg ggagtggaag gcgccaccca ccttcagctt
     4681 gagggcccgc ttggcgccgg ctgctttcat cttttcacac gcggcgtcga tgccggcgat
     4741 ggtgcccgag atgacgatct gcccggggca gttgtagttg gcacagacga ctacctcgtc
     4801 ggtgatttcg ttgcagagct gctccacttt ttcgtccgga agcccaagga tggcagccat
     4861 tgtggagggg gctttttcgc aggccttctg catggcctgt gcgcgcttgg agacgagcca
     4921 gaggccgtct tcgaacgaca gtgcgcgggc ggcaacaagg gcagagaact cgccgaggga
     4981 atggccggcg gtcatgtcag ggcggaagtc gtcgcctaag gtgcgggcca ggatgacgga
     5041 atggaggaag acggcgggct gggtgacatt cgtctgcttc aggtcgtcgt cggtgccggc
     5101 aaacatgagg tcggtgatgc ggaagccgag gatgtcgttg gcttgttcaa agagcgtttt
     5161 ggcgagaggg gtgccctcgt agagcgactt gcccattcca acgaattggg cgccttggcc
     5221 ggggaatacg tatgcgttca taatgtagaa gtataagtag gtgtagtttt ttttaagcgc
     5281 gggcaaaagt agacggtgtt ttgaattggg taggggcttt gcgcccagcc tcccccaccc
     5341 cggctccttt tcttcccttt gatgggagag agggggggca aagccggcgc gcttcgctcg
     5401 tcgcccaagc gcacccatct cggggcggaa tgggatttgt gtgagcacgt ctatttttgc
     5461 cgccgtggat aagaaaagaa taagtcatac gtgaacatga accctttgct gctcttaggt
     5521 cattggggtg tcggtgaagt catcctaatt atcgccatcg tgggactgct cttcggcgat
     5581 cggaaaacgt ggaaccgggt gaagggcacc acccaaacgc tcaagaaaat gattcaagca
     5641 cggcggcgaa cacgcgccgg gcgtcacact gatcaaatgt ctgcacagtg aaggctcctt
     5701 cttttatcaa accaccttgc agcgttcctg caaaggccaa ccagctttcc gtggcatttg
     5761 cagcgttcct gcaaacgcca accagctttc cgtggcattt gcagcgttcc tgcaaaggcc
     5821 aaccagtttt ccgtggcatt tgcagcgttc ctgcaaaggc caaccagttt tccgtggcat
     5881 ttgcagcgtt cctgcaaagg ccaaccagtt ttccgcggca tttgcaacgg tgttgcaaac
     5941 gtcaaccagt tttccgcggc atttgcagcg ttcctgcaaa cgccaaccgg ttttccgcgg
     6001 catttgcagc gttcctgcaa acgtcaacca gctttccgcg gcatttgcaa cagtgttgca
     6061 aacgtcaacc
//
LOCUS       SEQF3106|MIQD01000095.1 5943 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5943
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             971..1558
                     /locus_tag="SEQF3106_01794"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKFILWFSVLFLLLMVATGCEKEHSVSMPNTDKVAAIFELSY
                     GQHKRIIYGKNEKIEISLQNVIDSVTVNCALADFQKPEDMLSVRTHAYLRINKSAELV
                     KVSSKPCGAIDYRKDGDDIQDVVRYINEEIIETPAYKSDSSYFLQPFVMLFGEGTSIQ
                     NTSLRIYMAKSYPNLFEMRNAQLKDYKFIFILTSQ"
     CDS             1569..2453
                     /locus_tag="SEQF3106_01795"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKIFLSVSLSLLFLVSLRPQEIVSANKFINVFEADNVTWTCHW
                     DFNEEGIKIPFSITQLYGDTTLNGQKWRIVNIDKDAKGLVRTENKRVMFKPYPGYERM
                     VHPEYLKLEEAVIYDFSLEIGDSVAPIGLAPFGKVDKIDSVELEDGCKHKRIHIGNYR
                     YIEGFGNEISSPFFMISRAYPTMPSIPTFVCCHVNDKLLYRNPKYSDCNGSGMHNELV
                     AEPKTKLQFSDGRITVSLEDGREFDVAVFNIQGVLIKQQKGNRYKSTISLGANRSVYF
                     VQIRVGEHVYTHKIASIN"
     CDS             2644..3699
                     /locus_tag="SEQF3106_01796"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRFYVLRVVLALVLVLFCLSSVKVQLFYQDSRLFIGPKPTNWA
                     SSGNSPGVYLGPNWGIEFSENGLNFWRPFGSSNWGNYKLFIDQSGKIGIGRKPITHAL
                     EVNGRVWTTQGLLITSDERLKRNVVDINGMCLSKLAKLNGKFYEKQISSETDRRKNVM
                     KMLSEGKISNEESQAALSSLSRVADGDSYKKEFGFMSQEIKELFPELVEQDADGIYAV
                     NYTGFIPILVEAIKELQVKIKVLENNGQVSLRSGEKSVSSYGGNIVGEECLSQNAPNP
                     IENSSKINYSLPEGTTSAAISFYSINGAEVKNVPLDVNVRSGSITVTSADFATGLYVY
                     KLIANSVLLGFKKFISK"
     CDS             3760..4635
                     /locus_tag="SEQF3106_01797"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFGKDEYKYTPLLAGNKQWNVLEERSEEGRWTYIYKLDGDTIIN
                     GRKYWILYHTVDKQAKRWRKQGYLYEDTAQKKVWFHSLQNNHDGLIYNFDVTEGDTVY
                     TMSRFTADFKEKHDSIRHIVKKTDTIRINDRDYRRIIVESTYIGMSGTSHYSFENEWI
                     EGIGSKKGLFSIYVMLPGSFNETLLAFYHDGKLVYKSPEYKDVFIWETVGNESIGDMQ
                     IFVSPDGRILHLGNAGFASPCTVVLYSIQGAVVFRQIIAPHTAVVGLPLLVQGVYVVN
                     IHSRTIKISRKIIVK"
     CDS             complement(4982..5824)
                     /locus_tag="SEQF3106_01798"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEHVRSTRIMRSLEAKFGLLPSRRKAGVSDKPSAVEVGAGDIKQ
                     QVAAAVEHVLGRYAFQSVGEMNLLLVRFRVTAEEVKTERKGRPFDGIVYAATDAEGHK
                     ICTPIEASEIGRQVSYATLRRHFEQSKSVVRERAGAIRRAIADVMQTSPDRAEFIDRM
                     RGHGIETVLRSNAAGRLYGITFIDDANGIAVNGSRLGKGFAANVFNAYFAGSANPFIN
                     EDWPKEKEERAAMVDELTESPNDMPPTEIDLSLQVHGADLRELAFQRRLRNRARVRLR
                     RKPR"
ORIGIN      
        1 ctgagtagct tggcgcaatg gctggctttg ttgtcgatgt gatccgagta tttcaccgga
       61 tcgatcatgc gcatatcgag gctcattttc ctcgcgaggt ctgtggcgat aagcatcttg
      121 gccttctcct ctttttcact cagtggggca cgatccaaga gggtggcgtc acccgtcttg
      181 gcaaactcca tcagcttgcc gataaacgct cttgctcggg cgtgggtggg atgtgatgca
      241 ggatctcacg cttctccgga cggtcgatgc cgatgtcacc tgccgtgcgg aaatcgcaaa
      301 tctccccata aaacaaaaga atgaggattt aagtatttgt caatgagcga atactgattg
      361 ctctactcac ctaatgggaa cgaataagaa acgagcgagg tgctcctgct ttcatcacct
      421 tgcagtagtc ataagacatc tcatttctcg cccgcaaagg tgccaaaatc ttcggcaaac
      481 gtcacagcaa aagtttgaag gcatgcgaaa atcctgcaat ggctacgaag gctcatcctt
      541 cgatgatcag atagcagttc ctcgtcgaaa tgctgtcgat ggcggagggt atttcctcca
      601 cgttcatatc agacttgacg ggcgcctgac gaatgatcac ttatcagaaa gttttccctc
      661 tctgcaagtt tcatgggata cgagaagcaa gaataaggcg gagcaaagtc tttcatcgaa
      721 tataaagttt gatttgtaag aaaaacagat ttttcagggg taaatcatca agaatcgcag
      781 gaaatggctt tcgtattaca actacacaca ctatatttgc gccgaatatt taacaggaca
      841 gtcgtatgaa aaccataaat gacactccgc cagactcgtc aaggcgccct taggaaccgc
      901 accctggagg cgcagcgaga taaatcgatc cggaagcgga gtttgtgatt aacggaaaac
      961 atgatgagaa atgaaggcga aattcatttt atggtttagt gtcctcttcc tactactgat
     1021 ggtagcgacg gggtgcgaga aagagcattc ggtgtcgatg ccgaacacgg ataaggtggc
     1081 tgccatcttt gaattatcct acggccaaca caagagaatt atctatggca agaacgagaa
     1141 gattgaaata tcactccaaa acgtaataga cagtgttacg gtgaattgtg ccttggccga
     1201 ttttcaaaaa ccggaggata tgctgtcggt aagaacgcat gcttatttga gaatcaataa
     1261 aagcgcagaa cttgttaaag tctcatcgaa gccttgcgga gcaatcgatt atagaaaaga
     1321 cggagacgat atacaagacg ttgttcgcta tattaatgaa gaaatcatag agaccccggc
     1381 ttataaaagt gactcatcat acttcttgca acctttcgtt atgcttttcg gcgaaggaac
     1441 gtctatacaa aatacgtctc tgaggattta catggcaaag tcgtatccca atctgttcga
     1501 gatgcgcaac gctcaactca aagactacaa atttatattc atactgacca gtcaataaac
     1561 aatcagtcat gagaaaaata tttttatctg tgtcattatc gcttctattc ttagtatcac
     1621 ttcgtccgca ggaaattgtt tcggctaata aattcataaa tgtattcgaa gcggacaatg
     1681 tgacttggac atgtcattgg gattttaatg aagaaggaat taagatacca ttcagcataa
     1741 cccagttata cggggatact acgctcaacg gacagaagtg gagaattgtc aatatagaca
     1801 aggacgctaa gggacttgtt cgcactgaga ataagagagt gatgtttaag ccctaccctg
     1861 gatatgagag aatggtacat ccagaatatc tgaaactgga agaggcagtg atctatgatt
     1921 tctctttaga aataggagat agcgttgcac caattggcct tgctccattt ggcaaagtgg
     1981 ataaaattga ttcagtcgaa ttagaggatg gttgtaagca taagagaatc catattggaa
     2041 attataggta tatcgaagga tttgggaatg aaattagttc tccatttttc atgatatccc
     2101 gagcttatcc aacaatgcct agtataccaa ctttcgtgtg ctgtcatgtc aatgataaat
     2161 tgctttaccg aaatccgaaa tattcggatt gtaatggaag tggaatgcat aatgagttag
     2221 ttgcagagcc gaaaacaaag ctgcaatttt ccgatggacg aattaccgtg tcacttgagg
     2281 acgggcgaga atttgatgta gctgtattca atattcaagg tgttctcata aagcagcaaa
     2341 aggggaatcg ttataaatca actatttctc ttggtgcaaa taggagtgtt tattttgttc
     2401 agataagagt tggtgaacat gtctacactc ataaaatcgc aagtattaac tagcagcacg
     2461 tttcttatta ggcaagacat tcttatgtag aatattttat atactaggcc gagggtttag
     2521 ctacacactg ctctctcagc tgtgctcgac atgagtagcg tctaatactg aaagccccga
     2581 atagactctt gttgtaatga atcgcataag cccaaaccag ttattagatt aataaattgt
     2641 attatgaaaa ggttttatgt tcttcgcgtc gttttggctt tggttttagt gttgttttgt
     2701 ctatcttccg ttaaggtgca attattttat caagacagtc gtttatttat cgggcccaaa
     2761 ccaaccaatt gggcatcttc gggcaattct cctggagtgt atttaggtcc gaattgggga
     2821 attgagtttt ctgaaaatgg tttgaacttt tggagaccat ttggttcatc taattggggt
     2881 aactacaagc tatttattga ccaaagcgga aagattggta ttggtcgtaa gccgatcacg
     2941 catgctctcg aagtaaacgg aagagtttgg acaactcagg gattgctgat tacctcagat
     3001 gaaagattga agagaaacgt tgttgatatc aatggcatgt gcttgagtaa gctggcaaag
     3061 ctcaatggta aattctacga gaaacagatc tcatctgaga cagatcgacg aaagaacgtg
     3121 atgaaaatgc tctcagaagg caagattagc aatgaggagt ctcaggccgc attatcatca
     3181 ttgtcgaggg tagcagatgg agacagttac aaaaaggagt ttggcttcat gtcacaagaa
     3241 ataaaggagc tttttcccga attggtggag caggatgctg atggaatata tgctgtgaat
     3301 tacacaggtt ttataccgat acttgttgaa gcaattaaag aacttcaagt taagatcaag
     3361 gtgctggaaa ataacgggca agtatcactt agaagtggag aaaaatcggt atcttcttat
     3421 ggaggtaata tcgttggaga agagtgcttg tctcaaaatg cccccaatcc aatagagaac
     3481 agttccaaaa taaattattc cttaccagaa gggacaacaa gtgctgcgat atcattttat
     3541 tcaataaacg gcgcagaggt gaagaacgtt ccactcgatg tgaatgttcg gagcggatcg
     3601 ataactgtta cgtccgctga ttttgccact ggattatatg tctacaagtt gattgctaat
     3661 agtgtcttat taggatttaa gaaatttatc agcaaataaa caccatgaga cacatagtct
     3721 gtttttttga ttttgcttac aactttgcca ctgggggaag tgtttggaaa agatgaatat
     3781 aaatacaccc ccttgttagc aggtaataag caatggaacg tattggaaga acgatctgaa
     3841 gaaggtcggt ggacctatat atataaatta gacggcgaca caataatcaa tggacgaaaa
     3901 tattggatcc tttatcatac agttgataag caagcaaaaa gatggcgcaa acaaggctat
     3961 ctatatgaag atactgccca aaaaaaagta tggtttcact ccttgcaaaa taatcacgac
     4021 ggattaatat ataattttga tgtgacggaa ggcgataccg tctatacaat gagcaggttt
     4081 actgcggatt tcaaagaaaa acatgactca atccgtcata tagtgaaaaa gacagatacg
     4141 attagaataa atgacaggga ctacagacga ataatcgttg aatctactta tataggtatg
     4201 tcaggtacca gtcattactc ttttgagaat gagtggattg aggggatagg tagtaagaaa
     4261 ggacttttca gtatatacgt tatgctaccc ggttctttca atgaaacact tttagcattt
     4321 taccatgacg gtaagctggt gtataaatca ccggaatata aggacgtgtt tatttgggag
     4381 acggtcggaa acgaatctat tggagatatg cagatatttg tctctccgga tggccgcata
     4441 ttgcatctcg gtaacgcagg ttttgcctca ccctgtacag ttgtactata ttcgatacag
     4501 ggagcagttg tatttcggca aattatcgcg cctcatacag ctgtggtcgg cttgcctctc
     4561 ttagtacaag gtgtttatgt tgtaaatatt cattcaagaa cgataaaaat atcaaggaag
     4621 attattgtaa aatgaaataa ggcatggagc ataaacaatt ggattgttgt tattgatttt
     4681 tatttattct cacacgtaaa tcttgaagtg ttcaagatgt gggaaaagac gcaatcccag
     4741 ctgatacaaa agtattttaa gaacaatagt gagataggac taacaagcag gacacctatc
     4801 tcggctatat cagttagtgg aaaggtaaaa ttgaataatg gatccagctt ggctcgtatc
     4861 gttttagagg atgaaggcgg caatttatga atgatatcct ttttgaaaag taaggctgaa
     4921 cccagagggt ttagccttac ttttttttca agtaggatga atccctcagg gttcaggctt
     4981 gctaccgcgg ttttcggcgt aaacgcacgc gggcgcggtt tctcagccga cgctggaagg
     5041 ccaattcccg aaggtcggcg ccgtgtacct gcaaactgag atcgatctct gtcgggggca
     5101 tgtcgttcgg actttctgtc agttcgtcca ccatagccgc ccgttcttct ttctcttttg
     5161 gccagtcttc atttatgaac ggattcgcgc tgcccgcgaa ataggcattg aacacattcg
     5221 ccgcgaaacc ctttccgagg cgcgaaccat tgaccgcgat gccgttcgcg tcgtcgatga
     5281 aggtgatgcc gtacaggcgt cccgcggcgt tgcttcggag cacggtttcg atgccgtgcc
     5341 cacgcatgcg gtcgatgaac tccgcacggt cgggcgacgt ctgcatcacg tcggcaatcg
     5401 cacggcgaat cgctcccgcc cgctctcgga caacgctttt cgactgctca aagtggcgac
     5461 gaagcgtcgc gtaactgacc tgccgaccga tctcggaggc ctcgatcggc gtgcagatct
     5521 tatgtccttc ggcatctgtt gccgcgtaga cgatcccgtc gaagggccta cccttccgct
     5581 ccgttttgac ctcctcggcc gtcacacgga aacgcacaag cagcagattc atctccccga
     5641 cagactgaaa cgcgtaccgc ccgagcacgt gctctacagc ggccgcaacc tgctgcttga
     5701 tgtcccccgc cccaacttca acggctgacg gtttgtcaga aacgcccgcc ttcctccgac
     5761 tgggtagtag gccgaatttc gcctccaaac tccgcatgat gcgggtgctt cggacgtgct
     5821 ccatcgtgtc ccggatcttg ctgccatcgt gcctgacccg cgtcgagaca aggtgaatat
     5881 gttcccgcgc gatgtctcgg tgcttgaaca cgatgaaggg ctgatcgccg taaccgagac
     5941 gac
//
LOCUS       SEQF3106|MIQD01000096.1 5877 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5877
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             274..2595
                     /locus_tag="SEQF3106_01799"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WIY9"
                     /codon_start=1
                     /transl_table=11
                     /product="putative NTE family protein"
                     /translation="MHRIKSTLKAALLIGGMATAGLSMAQEQTVGLVLSGGGAKGAAH
                     IGVIKALEENEIPIDYIAGTSIGAIVGSLYAIGYTPDEMLRLFLSDEFGYWQSGRVEA
                     EYVYYFKQPDPTPDFMHFAIDLSDSLQIKTSILPQSLINPIQMNQAFMGLYAPSTAKS
                     GWDFDQLFVPFRCVSSDIYHKKAVVWRNGDLSEAVRASMTFPFFFKPIWKDGVPLFDG
                     GIYNNFPVDVIKAEFNPDFIFGSSVAGTPNPSGDLMKQLEPMVMRGTEYDIAEEDGMM
                     LQFQFPDVNLLDFPRAKELMDEGYRRTLSMIDSIRQRVTRRVPLAEVNARRRAYRASL
                     PKLMFKNIYVTGVTDAQRHYVEEQLHRDINGEFSMEEFKRAYFKMLSDSKVKEIIPHA
                     VYNRKHHNFDLYLDVRISEELGVSIGGNISSHQANQLYLGLNYRILSGCAIDLRSDFQ
                     MGNLFSGVALSGRIYLRTALPTYLQLQGVYSYRKYTQGQSLFYEDLLPAFIKQRERYL
                     KLKFGLPFPSAAKTEFGVGIAQLSDDYFQSSGVTFSDSPSDNSHHNLFASSLRIERNS
                     LNAKQYPTGGSRQYLVAQYLAGREVYSPSNAPHIREPWQNWVQVKGQWMNYIPLSRRF
                     RLGLMGEAVVSNKHLLSNYTSTILQAPAFTPTPHSKIAFNENFRANQYVAAGIMPIIP
                     LGKSLHLRLEGYGFLPIRPIRRTSTLDDLSDENVRYGKPFETFRYMGEAALVLNLPFI
                     SVSLFANGYSYPKKDFNIGLNIGFLLFNSNFTE"
     tRNA            2674..2748
                     /locus_tag="SEQF3106_01800"
                     /product="tRNA-Arg"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Arg(acg)"
     CDS             complement(2891..3484)
                     /locus_tag="SEQF3106_01801"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MISYKDIFQVKHNDLEPERGKILISEPFLQDAYFQRAVVLLIEH
                     GGEGSMGFVVNKQTDLIVNDFFPELKGRPVIPIYLGGPISPNHLFFIHSLGKTIPGSV
                     EIGENLYFDGDFEVLKRYLRSDNAAIEQVKFFLGYSGWTKEQLDSEIVCNSWLVGHSS
                     CRSLILARDDSFWNHVVERLGHPYSTWTNYPKNPEMN"
     CDS             complement(3593..4099)
                     /gene="ogt"
                     /locus_tag="SEQF3106_01802"
                     /EC_number="2.1.1.63"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11742"
                     /codon_start=1
                     /transl_table=11
                     /product="Methylated-DNA--protein-cysteine
                     methyltransferase, constitutive"
                     /translation="MNHYLIHPTPLRPLLIIDSGSGISMVDFITGNAPHLPPDAIAQE
                     TPLLQRAAAQLSEYFTGHRRHFTLPLDERGTPFQLRVWAALRQIPYGATRSYKQLAAA
                     VGSPQAFRAVGMANNRNPISIITPCHRVIGSDGALVGYAGGIDIKRSLLDMEKHFSAS
                     PHERCFSQ"
     CDS             complement(4135..5457)
                     /gene="zraS_2"
                     /locus_tag="SEQF3106_01803"
                     /EC_number="2.7.13.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P14377"
                     /codon_start=1
                     /transl_table=11
                     /product="Sensor protein ZraS"
                     /translation="MNRRLSDNLAFRLVILITLTAATGALLASRQWFVGAFGAIACLI
                     AAVQVLALYRHNLRKVAFMFDAVDNDDLAFHFATRHQPADDTLLNESLNRMLSILLQA
                     KADAVERERYYEAILSAAGTGIVVIDAKGFVLQCNNEALRLLGLPLFTHVRQLERIDR
                     RLADCFANLHAGEHCDIAFNNERGNIRLSIHVSETILRGRHALLAAINDIRSEMEDTE
                     VETWVRLTRILTHEIMNAVTPITSVSDTLRQRFGPTDAELCAGLETISETGKGLMSFV
                     ESYRRLTRIPSPQPTLFYVRRFLERMLRLALPAPTTGSPSITADIDIRPDDLILYADE
                     NLISQVVLNLLKNAVQAIGPTRPDGRIHITASCLPDESVEITITDNGAPIPPDVAEHI
                     FTPFFTTKPSGSGIGLSVARQIMRLSGGSIALSPPAPDGQTTFILRFP"
ORIGIN      
        1 ccctcagggt tcagcgctac tttttttcaa gtaggactaa accctcaggg ttcagcgtca
       61 ctttttttca agtaggacta aaccctgagg gttcagcatc actttttttc aagtgagacg
      121 aaaccctcag ggttcagcgc tccttttttt caagtaggac taaaccctga gggttcaggg
      181 tcactttttg aaaagcagga ctaaaccgcc cgcctgggag ccctctactt gctcttcccc
      241 agaataacca ctgacctact ataccttata tatatgcacc gcatcaagtc caccctcaaa
      301 gccgccctcc tgatcggcgg gatggccacg gccggcctca gtatggcaca agagcaaacc
      361 gtgggcctcg tgctcagcgg cggcggagcc aaaggcgccg cacacatagg cgtcatcaag
      421 gcgttagagg agaacgaaat ccccatcgac tacatagccg gcacctccat tggcgccatc
      481 gtcggcagtc tctacgccat cggctacacg cccgacgaga tgctccggct cttcctctcc
      541 gacgagttcg gatactggca gtcgggccgc gtggaggccg aatacgtcta ctacttcaag
      601 cagcccgacc ccacgccaga cttcatgcac ttcgccatcg acctctccga ttcgctccag
      661 atcaagacga gcatcctgcc gcaaagcctc atcaacccga tccaaatgaa ccaagccttc
      721 atggggcttt atgcaccctc cacggccaag tcggggtggg atttcgatca actcttcgtg
      781 cctttccgct gcgtcagctc cgacatctac cacaaaaaag ccgtcgtctg gcgcaacggc
      841 gacctgagcg aggccgtccg cgcctccatg accttcccct tcttcttcaa gccgatatgg
      901 aaagacggcg tccccctctt cgacggcggc atctataaca acttccccgt cgatgtgata
      961 aaggccgagt ttaaccccga cttcatcttc ggctcctccg tggccggcac ccccaacccc
     1021 tccggcgacc tcatgaagca gctcgaaccg atggtgatgc gcggcacgga gtacgacatc
     1081 gccgaagaag acggcatgat gcttcaattc caattcccgg acgtcaatct cctcgacttc
     1141 ccccgcgcca aggagctcat ggacgagggc taccggcgca cactatcgat gatcgacagc
     1201 atccggcagc gcgtcacacg gcgtgtcccc ctcgccgagg tcaatgcccg ccgccgcgcc
     1261 tatcgcgcca gtctgcccaa gctcatgttc aagaacattt acgtcacggg ggtcaccgat
     1321 gcgcagcggc actacgtcga ggagcagctg caccgcgaca tcaacggcga gttttcgatg
     1381 gaagagttca agcgcgccta cttcaagatg ctctccgact cgaaggtcaa ggagatcatc
     1441 ccccacgccg tctacaaccg caagcaccac aacttcgacc tctacctcga tgtccgcatc
     1501 agcgaagagc tcggcgtgag catcggaggc aacatctcct cccatcaagc caaccagctc
     1561 tacctcggcc tgaactaccg gatcctctcc ggctgcgcca tcgacctccg ctccgacttc
     1621 caaatgggca acctcttcag cggcgttgcc ctctccggtc gcatttacct ccgcaccgcc
     1681 ctgcccacct acttgcaact gcaaggcgtc tactcctatc gcaagtacac gcagggccaa
     1741 tcgctctttt acgaagacct cctgcccgcc ttcatcaagc agcgcgagcg ttaccttaag
     1801 ctcaagtttg gcctcccctt cccctccgcg gccaagaccg agttcggcgt cggcatcgcc
     1861 cagctcagcg acgattactt ccaaagcagc ggcgtcacct tctccgattc cccctccgac
     1921 aacagccacc acaacctctt cgccagctcc ttgcgcatcg agcgaaactc actcaacgcc
     1981 aagcagtatc ccaccggtgg cagccggcaa tacttagtcg cgcaatacct cgccggtcgc
     2041 gaagtctact ccccttccaa cgccccccac atccgtgagc catggcaaaa ctgggtgcag
     2101 gtcaaagggc aatggatgaa ctacatcccc ctcagccgcc gcttccgctt agggttaatg
     2161 ggcgaagcag tagtctccaa caagcattta ctgagcaatt acacctccac catcctacaa
     2221 gcacccgcct tcacccccac cccccacagc aagatcgcct tcaacgagaa ttttcgagcc
     2281 aaccaatacg ttgcagctgg catcatgccg atcatcccct tgggtaaatc cctccacctg
     2341 cgcctcgagg gctacggctt cctccccatc cgtcccatcc gccgcacctc caccctcgac
     2401 gatctctccg atgaaaatgt gcgctatggc aaacccttcg agaccttccg ttacatgggc
     2461 gaggccgcct tagtgctcaa tcttccgttc atctccgtca gcctcttcgc caacggctac
     2521 agttacccga agaaagactt caacatcggc ctgaacatcg gcttcttgct gttcaattca
     2581 aacttcacgg agtgaaaaaa aatcagcgtt tttatttggt cgttttgaga tcgggtttac
     2641 atttgcggcc gttaacgaca agagaaagca ataggccccg tagctcaact gaatagagca
     2701 tctgactacg gatcagaagg ttacaggttt gaatcctgtc ggggtcactt ctctttcggt
     2761 ctctcatgga gagtaacctc actccctatt taatttctac aacaaagacg cctatccgag
     2821 caccgctaaa gctcgaatag gcgtctttct ttttcccccc gatcgaagag aaaaggctgc
     2881 cggggagaga tcaattcatt tcagggttct tcgggtaatt cgtccacgtg ctgtatggat
     2941 gccccaaacg ctccaccacg tgattccaga acgaatcgtc gcgcgccaat atcaggctgc
     3001 ggcaggagga atgccccacc aaccatgagt tgcatacgat ttcactgtcg agctgttcct
     3061 tcgtccagcc ggaatagccc aagaagaatt tcacctgctc aatggcggca ttgtcgctcc
     3121 ggaggtagcg cttgagcacc tcaaagtcgc catcgaagta gaggttttca ccgatctcca
     3181 cgctgccagg gatggttttg cccaaggaat ggatgaagaa gaggtggtta gggcttatgg
     3241 ggccgcccaa atagatgggg atcacgggac gccctttgag ttcagggaag aaatcattta
     3301 cgatcaggtc ggtctgcttg tttactacaa agcccatgga tccctctccg ccgtgttcga
     3361 tcaacagcac aacggcgcgt tggaaatacg cgtcctgcaa gaagggttcg gagatcaata
     3421 ttttaccccg ctctggctcg agatcgttgt gcttgacttg gaatatgtct ttgtatgata
     3481 tcatggaata ttcgtctttc tattggttta ggccgacaat gtagtgtgca tattctgtaa
     3541 aatccaagcg agaaacgaac ttttctcgta aaaagttcaa acgggcgaca tttcattggc
     3601 tgaaacatcg ctcgtggggg gaggcagaaa agtgcttttc catatccaac agcgaccgct
     3661 tgatgtcaat acctccggca tagcccacca acgcgccatc ggaaccgatc acacggtggc
     3721 agggggtgat gatggagatg ggattacggt tgttggccat gccaacggcg cggaatgctt
     3781 ggggactgcc tacggctgcg gccagttgct tgtaggagcg tgtcgcgcca taagggatct
     3841 ggcggagggc ggcccagaca cggagctgaa agggggtgcc gcgctcgtca agagggaggg
     3901 tgaagtggcg acgatgcccg gtgaagtatt cggagagttg cgcggcagct cgttgcagca
     3961 ggggtgtctc ttgcgcgatg gcgtcgggcg gaaggtgggg cgcgttgccc gttatgaagt
     4021 cgaccatgga gatgccgctg ccactgtcga tgatgagcag ggggcgaagg ggtgtgggat
     4081 ggatgaggta atgattcata ataagtagta gtagaaggtg atgcaaaaag gctttcaggg
     4141 aaagcgtagg atgaaggtgg tctggccatc gggtgcgggg ggactgaggg cgatggagcc
     4201 accggagagg cgcatgatct ggcgcgcgac ggagaggccg atgccggatc cgcttggctt
     4261 ggtggtgaag aagggggtga agatgtgttc ggctacgtcg ggggggatgg gcgcaccgtt
     4321 gtcggtgatg gtgatctcca cggactcgtc gggcaggcag ctggctgtga tgtgaatgcg
     4381 gccgtcggga cgggtggggc caatggcttg gacggcgttc ttgagcaggt tgaggacaac
     4441 ttggctgatc aggttttcgt cagcataaag gatgaggtcg tcggggcgaa tgtcgatgtc
     4501 ggcggtgatg gacggggagc cggtggtggg cgcagggagg gcgaggcgga gcatgcgctc
     4561 gaggaagcga cggacgtaga agagggtcgg ctgaggggag ggtatacggg ttaggcggcg
     4621 gtaggattcg acgaaggaca tgagcccttt gcccgtctcg ctgatcgtct cgaggccggc
     4681 gcagagctcg gcgtcggtcg ggccaaagcg ttgacggagg gtgtcgctga cggaggtgat
     4741 gggcgtgacg gcgttcatga tctcgtgcgt aaggatgcgc gtgaggcgta cccaggtctc
     4801 gacttcggtg tcttccatct cgctgcggat gtcgttgatg gcggctaaga gggcatggcg
     4861 gccgcgcagg atggtctcgg aaacgtgaat ggagaggcgg atgttgccgc gctcgttgtt
     4921 gaaggcgatg tcgcagtgct cgccagcatg gaggttagcg aagcagtcgg ccaagcgccg
     4981 atcgatgcgc tcgagctgcc gaacgtgggt gaagaggggc aggccaagca gccggagggc
     5041 ttcgttgttg cactggagga cgaatccctt ggcatcgatg acgacgatgc ccgtgccggc
     5101 ggcgctgagg atggcttcgt aatagcgttc gcgctccacg gcgtcggctt tggcctggag
     5161 gaggatgctg agcatgcgat tgagcgactc gttgaggagg gtgtcgtcgg ccggttggtg
     5221 gcgggtggcg aagtggaagg cgagatcgtc gttgtcgacg gcgtcgaaca tgaaggcgac
     5281 cttgcggagg ttgtgcctgt agagggcgag gacctgcaca gcggcgatga ggcatgcgat
     5341 ggccccgaag gcgccgacaa accactgtcg gctggccagc agcgcaccgg tggcggccgt
     5401 cagagtgatg aggataacga ggcggaaggc gaggttgtcg gataggcgac ggttcatata
     5461 tataataggt ataggaaaag ggataagaag cacgcaaaaa tagcgccgtg cggaaggggc
     5521 gactctgcga aggaggcgcg caaggcaact gcatcaaatc aaaaacacct gtccgggagc
     5581 ttaccgccaa ttggcgatga ttaaaaacac ctgtacttgg gcttaccgcc aattggcgac
     5641 gattaaaaac actcgtactt gggcttaccg ccaattggcg acgattaaaa acacctgtac
     5701 ttgggcttac cgccaattgg cggagatcaa aaacactcgt acttgggctt accgccaatt
     5761 ggcgatgatc aaaaacacca gtacttgggc ttaccgccaa ttggcggaga ttaaaaacac
     5821 cagtacttgg gcttaccgcc aattggcgat gattaaaaac accagtactt gggctta
//
LOCUS       SEQF3106|MIQD01000097.1 5774 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5774
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     rRNA            complement(3..116)
                     /locus_tag="SEQF3106_01804"
                     /product="5S ribosomal RNA"
                     /inference="COORDINATES:profile:RNAmmer:1.2"
     rRNA            complement(265..3159)
                     /locus_tag="SEQF3106_01805"
                     /product="23S ribosomal RNA"
                     /inference="COORDINATES:profile:RNAmmer:1.2"
     tRNA            complement(3404..3478)
                     /locus_tag="SEQF3106_01806"
                     /product="tRNA-Ala"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ala(tgc)"
     tRNA            complement(3496..3570)
                     /locus_tag="SEQF3106_01807"
                     /product="tRNA-Ile"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ile(gat)"
     rRNA            complement(3792..5307)
                     /locus_tag="SEQF3106_01808"
                     /product="16S ribosomal RNA"
                     /inference="COORDINATES:profile:RNAmmer:1.2"
ORIGIN      
        1 aaaaaacggc agctacctac tctcccactt ttagttcagc agtaccatcg gcgttacggg
       61 gcttaacttc tctgttcgga atgggaagag gtggatcccc cgtgctataa ctaccttaat
      121 atctttcttg ctttatgaca tcttcaggac aaaacaaaga accatgactt cgctttcgct
      181 cattggaagt ccgctcttct atttcggtga tcttctacag atcctcgccg tagcgataaa
      241 acgtatccga ttgtattctc ttttccgata aaaagtttcg ggcaattagt actgctcagc
      301 tttgccatta ctgactttac acctgcagcc tatctacgtc gtagtcttcg acgacccttt
      361 taatggatat ctaatcttga ggcaggcttc gtacttagat gctttcagca cttatccttt
      421 ccagacttaa ctacccggct gtgctcctgg cgaaacaacc ggtatatcag aggtctgtcc
      481 gacacggtcc tctcgtacta gtgtcaggat ccccgcaaat atcttacgcc cacgatagat
      541 agagaccgaa ctgtctcacg acgttctgaa cccagctcgc gtgccacttt aatgggcgaa
      601 cagcccaacc cttgggacct tctccagccc caggatgtga cgagccgaca tcgaggtgcc
      661 aaaccgccgc gtcgatatga gctcttggcg gcgatcagcc tgttatcccc ggagtacctt
      721 ttatcctttg agcgatggcc cttccatgcg gaaccaccgg atcactatgc tctagtttcc
      781 tacctgatcg acttgtaggt ctctcagtca agcaccctta tgccattaca ctctacgacc
      841 ggttaccaat cggtctgagg gtacctttag aagcctccgt tacgcttttg gaggcgacca
      901 ccccagtcaa actacccacc atacaccgtc ctccctatac cgggagttag aaaccaaaca
      961 cacaaagggc cgtatttcaa cagcggctcc acgatgactg gcgtcaccgt ctctctgcct
     1021 ccggcctatc ctacacatcg catgcccaat ttcaatgtaa agctatagta aaggttcacg
     1081 gggtcttttc gtcccatcgc gggtaatcgg catcttcacc gatactacaa tttcaccgag
     1141 ctcacagttg agacagtgcc cagatcgtta caccattcgt gcaggtcgga acttacccga
     1201 caaggaattt cgctacctta ggaccgttat agttacggcc gccgtttact ggggcttcaa
     1261 ttcaatgctt ctcccttgcg agatgacatc tcctcttaac cttccagcac cgggcaggtg
     1321 tcagaccata tacatcatct ttcgatttcg catagtcatg tgtttttgtt aaacagtcgc
     1381 ctgggcctat tctctgcgac caatatcgct attggcgtcc tttatcccga agttacagga
     1441 ccattttgcc tagttcctta accgtgaatc actcgagcgc cttagtattt tcaacccgac
     1501 cacgtgtgtc cgtttcgagt acgggtgctt tgtagatatg tttagcgggt tttcttggga
     1561 gcctgtttac gctcttttta cattgtacaa gtacgctgca tactgtcagg ttcaactctt
     1621 gctgcggatt tgcctacaac aatcaacgtc tacacccttc aaccacctat tccgtctgat
     1681 ggccgagctg tcacttctcc gtctccacat cactccacaa agcagtaccg gaatattaac
     1741 cggttcttcc atcggcatcg cccttcggct tagccttagg tcccgactta ccctgatccg
     1801 attagcgttg atcaggaacc cttggtcttt cggcgaggag gtttttcacc ccctttatcg
     1861 ttacttatac ctgcatttgc ttttccatcc gctccaacaa gggtcacccc tcatcttcaa
     1921 cgctgataat ggaatgctcc cctaccgatc tttgcgatct cacggcttcg gtaaacagct
     1981 tatgcccgat tattatccat gcccgacccc tcgaccagtg agctgttacg cactctttaa
     2041 atgaatggct gcttccaagc caacatcctg gctgtcgctg cggtcggact tcgttaatgc
     2101 aactgagctg ttatttcggg accttagccg gtgatctgga ttcttctcct ctcggacatg
     2161 gaccttagca cccatgccct cactcccggg atgttgctga tgagcattcg gagtttggcc
     2221 ggacttgata ggcggtgaag ccctcgcatc caatcagtcg ctctacctct catcagtacc
     2281 ttacccgagg ctgcacctaa atgcatttcg gggagtacga gctatctcca agtttgatta
     2341 gcctttcacc cctacccaca gctcattgga acacttttca acgtatatcc attcggccct
     2401 ccagttggtg ttacccaacc ttcagcctgg ccatcggtag atcacttggt ttcgcgtctg
     2461 ctccttttga ctttatcgcg ccctcttcag actcgctttc gcttcggctg cgcatctacg
     2521 gatgcttaac cttgccaaaa aaaacaactc gcaggttcat tatgcaaaag gcacgccgtc
     2581 acacctaaat ggtgctccga ccgcttgtag gcagacgggt tcagggtcta tttcactcct
     2641 ctgttcgagg ttcttttcac ctttccctca cggtactggt tcgctatcgg tctctcggga
     2701 gtatttagcc ttacgggatg gtccccgcag tttcggtcag gatttcacgt gtcccgactt
     2761 actcaggatt tcgctcggct tggcttagga ttcgtgtaca ggactttcac cttctatggc
     2821 cctctttcca gcgggttcca cttccttcac ttcttgcctt cattgcgatc ctacaacccc
     2881 atatgatgcc gaaacatcta tggtttgggc tcttgcgcgt tcgctcgcca ctacttacgc
     2941 aatcattatt attttctctt cctatgggta cttagatgtt tcagttcccc acgttcgctc
     3001 atctttcgat gtgaccggtc ttccaccggc cgggttgccc cattcggata tcccggcgtc
     3061 aagggttatt tgcacctcaa ccgggctttt cgcagcttat cacgtccttc atcgcctccg
     3121 agagccaagg catccaccgt ctgcccttct tttacttttt atctttaatt gaccgttcat
     3181 ctctctctga acgtacaatc cgttttatct ataggctctt cttttcgatt ttcaccttaa
     3241 tttctttcgg tcttcccctc gcgttgaacc aatcccgatc aaaacaattt ttcaatcatt
     3301 cttttcagtg ccgcttcaac acgaagtcat tactttgttt tgtccatcaa tgtcaaagat
     3361 ctttttctca ccaagtgctt acttctaagc tctcagcaac gatgtggaga ataacggatt
     3421 cgaaccgttg accccctgct tgcaaagcag gtgctctagc cagctgagct aatcccccaa
     3481 tacttccttt tttaagtagt cccaggcaga gttgaactgc cgacctctac attatcagtg
     3541 tagcgctcta accaactgag ctataggact ctctttcaac ttccgccggg gatggaagat
     3601 ctcttctctc ttcttgacaa tcacctcttt ctcttctttg tcgacttgaa gcaatcgtct
     3661 cccagcttct tctattctct tctattttta taacatgcaa acaagatgag agtacatact
     3721 ctaacaacaa gcaccaatct cttttctctc gataggaaag accatccttt gatgagctcg
     3781 ctccagaaag gaggtgttcc agccgcacct tccggtacgg ctaccttgtt acgacttagc
     3841 cccagtcacc ggttttaccc taggccgatc ctcagcggtt acggacttca ggtacccccg
     3901 gctcccatgg cttgacgggc ggtgtgtaca aggcccggga acgtattcac cgcgccatgg
     3961 ctgatgcgcg attactagcg aatccagctt cacggagtcg ggttgcagac tccgatccga
     4021 actgagacag ggtttagaga ttcgcatccg atcactcggt agctgccctt tgtccctgcc
     4081 attgtaacac gtgtgtcgcc ccggatgtaa gggccgtgct gatttgacgt catcccaacc
     4141 ttcctcacag cttacgccgg cagtcccgcc agagtcctca gctttacctg ttagcaactg
     4201 acagtcaggg ttgcgctcgt tatggcactt aagccgacac ctcacggcac gagctgacga
     4261 caaccatgca gcacctacat acctgccatt gctggaaaac tgctctcaca gttcgtcagg
     4321 tacatttcaa tcccgggtaa ggttcctcgc gtatcatcga attaaaccac atgttcctcc
     4381 gcttgtgcgg gcccccgtca attcctttga gtttcaccgt tgccggcgta ctccccaggt
     4441 ggattactta acgctttcgc tgtagagctt acactatatc gcaaactcct agtaatcatc
     4501 gtttactgcg tggactacca gggtatctaa tcctgtttga tacccacgct ttcgtgcttc
     4561 agtgtcagtt atgccttagt aagctgcctt cgcaatcgga gttctgcgtg atctctatgc
     4621 atttcaccgc tacaccacgc attccgccta cttcatccat actcaagacc accagtttca
     4681 acggcaattt tatcgttgag cgacaaactt tcaccactga cttaatagcc cacctacgca
     4741 ccctttaaac ccaataaatc cggataacgc tcgcatcctc cgtattaccg cggctgctgg
     4801 cacggagtta gccgatgctt attcgcaggg tacatgcaac tatccactcg tggatatctt
     4861 tattcccctg caaaagaagt ttacaaccca tagggccgtc ttccttcacg cgacttggct
     4921 ggttcaggct ctcgcccatt gaccaatatt cctcactgct gcctcccgta ggagtctggt
     4981 ccgtgtctca gtaccagtgt gggggatttt cctctcagaa cccctaacca tcgtcggctt
     5041 ggtgggccgt tacctcacca actacctaat ggcacgcatg cccatccgca accaattaat
     5101 ctttaacaaa tatcaccatg cggtgtccct gtattatgaa gtattagacc gactttcgcc
     5161 ggattatcct tctgttgcgg gtaggttgca tacgcgttac tcacccgtgc gccggtcgcc
     5221 aacttcgtat tgctacaaat tgctgcccct cgacttgcat gtgttaagcc tatcgctagc
     5281 gttcatcctg agccaggatc aaactctccg ttgttagtat tgtttatatc ctttgcttcg
     5341 ctccaagatg accttcctta tctaattgac ggtacttatt cttatttctg tactacatct
     5401 tgttttacat gtaaatctta atcaaagatc gctccttatg acagctgccc cgctgaaaac
     5461 tcctcgcctc cattgaagct ttaaggctgt ctcactttcc gccttccttg gcggcgcctc
     5521 ctgaaaaaag agaacgggtg caaagaaatg cggagtcttt ttctctcgca aatttctcga
     5581 gaactttttt ttcagaagaa agaatggtct cttttttcag actccctctc tctcctctcc
     5641 aagcatttca ttcatcagtc tccatcaaca ctccctctct cgaaagcggg tgcaaaagta
     5701 aacgcacttc tcccaccacc aaatccaatg actaacttcc tctgttaaac tttgttttgt
     5761 cgctgataaa caga
//
LOCUS       SEQF3106|MIQD01000098.1 5678 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5678
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(412..546)
                     /locus_tag="SEQF3106_01809"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLCTDGAYRYYPISRFLDEDWEELPVDEPEDDCTIVWVSEIERP
                     "
     CDS             577..954
                     /locus_tag="SEQF3106_01810"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLWKLSQPHPTETLCQVGCPVNKNMVVLGELRDRSLGRDMIKT
                     HIPNMSKEGLSSICKKQRKRCAHLGVQLARSAIDGLICGHERLRNAYHRLFVLMEGHI
                     LSDSINGYLSCPIGMPIAIHSIR"
     CDS             complement(1054..1893)
                     /locus_tag="SEQF3106_01811"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDFRLSSEKIGNPLLVDLLRKISKCFAEINQTYYVIGATARDLI
                     VHQLVGIASSRRTRDLDLAIAIPDWSAFDDITEALLARGLTKDPKMKQRFYDGDYELD
                     LVPYGAVAKPDDHIYWPPEEDIAMSVKGFAEVLSDAITVNIDGAFDVKIASLHGLFIL
                     KFSAWMDRHMATRKDADDMEFIIRHYFFANLSRNPRPEVYDWKDFDEWIVGAYWLAHD
                     ISRLLPVEQLRFYAERLEEECRKSERSHLILQMLEADSTLKFEQVYDGLSQMLQVWYG
                     ISQ"
     CDS             complement(1871..2875)
                     /locus_tag="SEQF3106_01812"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVNTKHLLGQSLDSIRRSLGDLERPIAFLHAKAKPYEGIVQFL
                     GIDFLCFIEQEVTSANYARIKRRIDEARASGESQVVLIGSYIPPSLYDDLKQSRINFM
                     DSVGNYFIRHLDGNSMAMLVSNSGEKAPEKTSSAYPLFKEAGLRVIFYLLQSPERVNQ
                     SFRAIKEGSGVSLGTVKNVMDELQARGYLLMIHQKRSLKNARRLLDDWAENYAIVLKP
                     KLLLQRFAFRNAEQREAWQTLSLPQGMWWGGECAASEKQGYLLPGDFTIYSEVLPAQL
                     MQTGAVRMREGEIILYEKFWQGDEMPAVLVYSDLVTSGNSRNIEAAERLLEDGLSAFK
                     "
     CDS             complement(2965..4047)
                     /locus_tag="SEQF3106_01813"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNISTESKINRLLKFEQKGGLYFSGWLSRQGYFPQLIDRYRSSG
                     WLSALSRGVVYRTGSSLSAFGALASYNQQVEKDLRIAAHSALELWGFNHYVPMGKPIL
                     VVGMDKRTAPQWMQSELFDREFQPFSSSLFPTSQAVTLRYQDWDLPVSTPEQAFMECL
                     LLVPKRYDYMDLFYIMEQLTTLRPTVVQSLLEATQHYRIRRLFLYMVEKAGHSWFEDL
                     DTARIDLGTHKLQLIKSGVYVSKYKMTVPKHCMTMNNEPFERWQKQLLDSLARMEGKL
                     DRLLVLREQTVDTTVRPPLKAEYLDIIDVSKLLKVEQKTIYNWVSAGKIPYLKANGRL
                     LFLREEIDEMLKRGEWKQCDEGYDVK"
     CDS             4188..5603
                     /locus_tag="SEQF3106_01814"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVKDIAIAESSDSDFKERLETKNAKSWLKSVSAFANGIGGTL
                     YFGVEDQTRRIVGLDDLQTTIGKITELIVARITPRPSFECIPIARDGKNALAVRVDSG
                     KQTPFYYVHDNHHTAYIRMGDESVPATDYQLNELILKGRNETYDSRITDKQRTDYSFT
                     LLEATYLHTLNQRMNAGDYVSFGLATEDGRLTHAGLLFADQCPLPDSRVFCTRWNGLQ
                     RGSVFEDATDDAEYSGNLIYLLQSATEFIRRNTRKGWTKTATGRMEKPDYAERAYFEG
                     VVNALIHRTYDFRGTEVHVEMYDDRLVISSPGGIYGGGELEPLDDGSYISKRRNPILA
                     DVFSRLKYMERRGSGIRKILEATAGLYGYTADKAPHFFVNKQNDFFLTIPNVNYPEAP
                     NTIHDTVHDTIHDTIHGKKERLLLFCKEPRSREEMMAHIGLKSRLHFQKQYLRPLLDG
                     GKIEMTIPDKPRSKHQKYRTK"
ORIGIN      
        1 ggcattctct atacctataa taatggtcgt ctggccgctg atccgaagct cgcctgccaa
       61 aacttcctga acgctttgga gcggatcccg aaagtcatcg agacgcacga gagggagttg
      121 gccaagacga aggagcagat cccagtcttc gaagccgctg cctcaggcgt ctggcggaaa
      181 gaggacgagc tacgtacgct gaagaggaac gcggcggagc tggatcggaa gattgcgctc
      241 tcacttgcac caccgacgcc gccggaaaaa gaggagcagg aagcggacaa gaacgtggtc
      301 gggcaaggga atgatgcccg ctttcatcaa acggacaaag cggcacacga cgcggcgagt
      361 cgtgtagtga ttggaaaggt gggatggaga taaacaggcg cctgtttacc ctcatggtct
      421 ctctatctct gacacccaca caatggtgca atcatcctct ggctcgtcca caggcaactc
      481 ttcccagtcc tcgtctaaaa agcggcttat cggataatac cgatacgcgc cgtctgtaca
      541 aagcatcaat ctgtccgaag gtttcagtgg tagtgtatgg acttgtggaa gttgtctcag
      601 ccccatccca cggagacttt gtgtcaagta ggatgtcccg tcaacaaaaa catggtggtc
      661 ttgggtgagc tgcgtgatcg ttccctcgga agagacatga taaagacgca catccccaac
      721 atgagcaaag aaggcttgtc ttctatctgc aagaagcaac gtaagcgctg cgcccatctt
      781 ggcgtgcagc ttgcaagaag cgctatagat ggccttatct gcggacacga aagattgcgg
      841 aatgcttacc accggctctt cgtcctcatg gagggccata tactgagcga cagcatcaat
      901 ggctatctca gctgccctat cgggatgccc atagccattc attccatcag atagaagaac
      961 aagtattttc ccgttgttca gagtgaaatg aaaagcctta tccccacagg gctgatggaa
     1021 gcgccatgtc tttgcttcaa ccttcatggt gctttattgt gagatgccat accacacttg
     1081 aagcatctgg gatagcccat cgtacacctg ctcaaacttc agtgtgctat ctgcctcaag
     1141 catctgaagt atcaggtggc tccgttccga tttcctgcat tcttcttcca atcgttcggc
     1201 gtagaagcga agttgctcga caggcagcaa gcgagaaatg tcgtgtgcca accaataggc
     1261 tccaacaatc cactcgtcaa agtctttcca atcatacact tcagggcgag gatttcgact
     1321 gaggttggca aagaagtagt gacgaatgat gaactccata tcgtctgcgt ccttacgcgt
     1381 tgccatatgc cgatccatcc aagcgctgaa cttcaagata aacagcccat gaagcgaggc
     1441 tattttgacg tcgaatgctc catcaatatt cacagtaatc gcgtcagaca gcacctctgc
     1501 aaagcccttt accgacatcg caatgtcctc ctcgggcggc caatagatat gatcatccgg
     1561 cttggctacc gctccataag gcacaaggtc gagttcgtaa tccccatcat agaatcgttg
     1621 cttcatcttc ggatcttttg tcagtcctct ggcaagcagt gcttctgtga tgtcgtcgaa
     1681 tgcagaccaa tcggggatgg cgatggctaa atccaaatca cgcgtgcgac gagaagaggc
     1741 gatgcccaca agttggtgca caatcaaatc tcgagctgtt gccccgatca catagtacgt
     1801 ttgattgatc tccgcaaagc acttgctgat tttgcgaagc aaatctacga gcagcggatt
     1861 gccgatcttc tcacttgaaa gccgaaagtc catcttctaa cagtctttcc gcagcttcta
     1921 tgttcctgct attgccactt gtcacgaggt cgctatacac cagtacagcc ggcatctcat
     1981 cgccttgcca aaacttctca tagaggatga tttcgccttc tctcatccgc acggcacctg
     2041 tttgcatgag ctgagcgggc agcacttcac tgtagatggt gaagtccccg ggaagaagat
     2101 aaccttgctt ttctgaggca gcacattctc ctccccacca catgccttga ggaagcgaga
     2161 gcgtctgcca cgcttccctt tgctcggcat tgcgaaaggc gaaacgctgg agcaggagct
     2221 ttggcttcag tacgatagca tagttctccg cccaatcatc gagcagccgt cgagcattct
     2281 tgaggcttct tttttgatgg atcatcagca gatagccacg tgcttgaagc tcgtccatca
     2341 cattcttcac cgtgcctaag gatactcccg atccttcttt tatagcccga aaagattgat
     2401 tcactcgttc cggagactgc aacaagtaaa agatgaccct cagcccggct tctttgaata
     2461 gcggataagc actcgaggtt ttttccggag ctttctctcc tgagtttgac accagcatgg
     2521 ccatgctatt tccgtcaagg tgacggatga agtaattgcc cacagagtcc atgaagttga
     2581 tgcgactttg cttcaaatca tcataaagtg agggcgggat gtagctgccg atcagcacaa
     2641 cctgcgattc acccgaggcg cgcgcttcat ctattctccg tttaatgcga gcatagttgg
     2701 ctgaggttac ttcctgctcg ataaagcaca agaagtctat acccaagaat tggacaattc
     2761 cctcataggg ctttgctttt gcgtgtagaa acgctatggg gcgttctaaa tcgcccaaac
     2821 tgcgtcggat gctatccagg ctttgcccca aaagatgctt tgtatttacg ttcatgttca
     2881 atgaaatcta tgcgttcaac agaattgaac acggcaaaat tgctgaacag cgtggaggcg
     2941 cccaaatgat tcagagaggc cttttcattt cacatcatac ccttcatcgc actgcttcca
     3001 ctctcctcgt ttaagcatct catcaatctc ttcccgcaga aacagtagcc ggccgttggc
     3061 tttgaggtag ggaatctttc ccgccgatac ccaattgtag attgtcttct gctccacctt
     3121 caggagtttg gagacgtcga taatgtccaa gtattcggcc ttcagcggtg gtcggacggt
     3181 ggtgtccacc gtctgttcac gcaacaccaa caggcggtcg agcttcccct ccatccgcgc
     3241 caaactgtca agcagctgct tttgccacct ctcaaaaggt tcgttattca tagtcatgca
     3301 atgcttgggg acggtcattt tgtatttgga gacatagacg ccggacttta tcaattgcag
     3361 tttgtgtgtc ccaagatcga tgcgcgcggt gtcaagatcc tcaaaccacg aatgccctgc
     3421 tttctcaacc atatagagga aaagccgcct tatgcggtag tgctgagtcg cctcaaggag
     3481 cgactgaacc accgtcggac gcagggtggt gagttgttcc attatataga agagatccat
     3541 gtagtcatac cttttgggga caagcagcag gcattccata aaggcttgtt ccggcgtgga
     3601 gactggcaga tcccaatctt gataacggag tgtcaccgcc tgagaggtag ggaaaagcga
     3661 cgaagaaaaa ggctgaaatt cccggtcaaa aagctctgac tgcatccatt gcggagccgt
     3721 tctcttatcc atcccgacaa ccaatatcgg cttccccatt ggcacgtaat ggttgaagcc
     3781 ccacagttcc aaggccgaat gagcggcgat gcgcaggtct ttttctactt gttggttata
     3841 cgacgccaag gccccaaaag ccgaaagtga gctaccagtg cggtacacaa cgcctctcga
     3901 caaagcggat aaccaacccg aggagcgata gcggtcgatc agctggggga agtagccttg
     3961 ccggctaagc cagccggaga agtatagccc tcccttctgc tcgaacttta gcagtcggtt
     4021 gattttgctc tctgtagata tattcatggt gtatttgcgt caaaatattc caaccgcaaa
     4081 ggtgcgatta tctgcagggc cccaaacagg cgcctatttg gggctgtctg tctcgatcgg
     4141 ccctgtggca tcggcctatc tttgcctgcc atcaaacagg gtgacagatg aaaagagtca
     4201 aagacattgc gatagccgaa tcgagcgaca gtgattttaa ggagcgcttg gagacgaaga
     4261 atgccaagag ctggctgaag agcgtgagcg cctttgccaa tggcatcggc ggaacgctct
     4321 atttcggtgt ggaagatcaa acgcgccgga tcgtcgggct ggatgatctg caaacgacca
     4381 ttggtaaaat cacggagctg atcgtggcgc gcatcacccc gcgcccatcc ttcgagtgca
     4441 taccgatcgc gcgtgatggc aagaacgcgt tggctgtccg ggtcgattct ggaaaacaga
     4501 cgccttttta ctacgtccac gacaaccatc acaccgccta tatccgtatg ggcgacgaat
     4561 ccgttccggc cacggattat caattgaatg agttgattct gaaaggacgg aacgaaactt
     4621 acgacagtcg gatcaccgac aagcagcgga cggattacag ctttacgttg cttgaggcca
     4681 cctacttgca cacactgaat cagcgcatga atgcaggaga ttacgtctct ttcggtctgg
     4741 cgacggagga cgggcggctg actcatgcgg ggctgttgtt tgccgatcaa tgtccgctgc
     4801 ccgacagccg tgtcttctgt acgcgatgga acggcctgca gcggggatcg gtgtttgaag
     4861 atgccacgga cgacgcggag tacagcggta atttgatcta cctgctgcaa agtgcgaccg
     4921 agtttatccg acgcaatacg cggaaagggt ggacgaaaac ggcgaccggg aggatggaaa
     4981 agccggacta tgccgagcgg gcgtattttg aaggtgtcgt caatgcgctc attcatcgga
     5041 cgtatgattt ccgcggaacg gaggtgcatg tggagatgta cgacgatcga ttggtgatct
     5101 cctctcccgg cggcatttat ggaggcggcg agttggagcc tttggatgac ggctcctata
     5161 tctccaaacg gcgcaacccg attttggccg atgtgttcag ccgtttgaaa tacatggagc
     5221 gacgaggcag cgggataagg aagattctcg aggccacggc aggtctctac ggctacaccg
     5281 cggacaaggc acctcacttt ttcgtgaaca aacagaatga tttcttcctc accatcccga
     5341 atgtcaatta cccggaagct cccaacacca tacatgatac cgtacatgat accatacatg
     5401 acaccataca tggtaagaag gaacgattgc tgttattctg caaagagcct cgcagtcggg
     5461 aggagatgat ggcgcatatc ggattaaaga gccgccttca tttccaaaaa caatacctcc
     5521 gtccgctact ggatgggggg aagatcgaga tgactatccc cgataagccg cggagcaagc
     5581 atcagaagta tcggacgaaa tagatcctcg tcaaaattct tattaacgtg agttcgatgt
     5641 aagaataaag tcggtggtat gtctacggaa gtccgcaa
//
LOCUS       SEQF3106|MIQD01000099.1 5639 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5639
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(394..1278)
                     /locus_tag="SEQF3106_01815"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQNSLSELGREPYTRRLVSTVRRQVPENLLLKSGKALDTEPTHL
                     IFPAAICYVDLGSNNLIAGKAEGAENVLRVKAAVRDFETETNLSVICDDGSLYSFNVK
                     YTDEPEKLSVEMADFLSQADGRLPANRADIYFKELGRESPMLVKLLMKTIKQSNRRTI
                     RHIGARQFGLEFLLRGLYVHNNLLYFHLSVKNETYLPYPIDMISFKVVDKKVVKRTAI
                     QERVLQPLRAYNQPMRVRGNGSECMVFAFEGFSLPDDKQLEVTIHERNGGRTLAFHVQ
                     NEDLLRARRIDHLKLQWR"
     misc_RNA        complement(1154..1250)
                     /locus_tag="SEQF3106_01816"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             complement(1898..2107)
                     /locus_tag="SEQF3106_01817"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLLLSAVLCCGFITTTFATSTDTLRTQMRSTGDLYQGMSRAI
                     PNGRMVVPYGLEVTFSKTTCAHKGE"
     CDS             complement(2132..2449)
                     /locus_tag="SEQF3106_01818"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLHVTSVEHAGRILAVKLSAFDLDGQEGLSIPGSEEVSALKEV
                     GAGVGGTIGTSFTFASSAKDQLIAEAARGVMQGASQLLQKKLRTIKVTVKSGHRLFLV
                     QAK"
     CDS             complement(2588..2854)
                     /locus_tag="SEQF3106_01819"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHKLILCLVCCLLLTRTAHAQWIVTDPVNLAGNIANTIKEIAT
                     ASKTVNNTWRMCQNRGDHKLHFPFCGHLVGANSFAPTRRHSLEW"
     CDS             complement(2988..3209)
                     /locus_tag="SEQF3106_01820"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIESTSHTSLVNFSVAASRIQTSGSAVYATEVSREEYLAYTTEE
                     TEKVEVMRLADHLGGDIEQAISRLARGDP"
     CDS             complement(3280..3783)
                     /locus_tag="SEQF3106_01821"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MECRPRHNTVDAATLYWAGIPGNAADFPTDLLQPLLHRRLRVRC
                     GEVRKHLHAAAYAMEKCRRTCQKDRDQAMSPFFAPCVMQGSERQPFLPRALRRALKDG
                     LFCPVRYAGLRKTAFFASCITQSSERRPFLLRALRRALKDGLFYPVRYAGLRKTMFLA
                     RPIIIDH"
     CDS             complement(4167..4793)
                     /locus_tag="SEQF3106_01822"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLGIGHFGYQIWQSRDQKQEPSDTSGNASGEDAQEVTLHDLVG
                     KSRPFVSPPIPEVPAVSSQPTPERDGSTFVEAYATDGIGKAGEADEIDEDEVIREDLS
                     LSDDPLPEVSPTAILSRDLARVSGWSRNDDALDEEAPDDVRTTLQSLRGSDLMEKYKA
                     YLAEQERDHRKLIAAIRRSEEVEVQTSEVVPAPIPDESTDDKPLSYYL"
     CDS             4845..5189
                     /locus_tag="SEQF3106_01823"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKISSSNSLAAALGYNFKKVEKHEESVLLVQGLFQDRNGRYS
                     RAQVLADMLRTIPARCRTKKTVFHCSLNLRPDERPSDETLSRITTEYMEALGYGAQPY
                     KVVLEVQLPGSL"
ORIGIN      
        1 cgccatcggg caacacagat ttgccgcggt taagctcctc gtagcccgcc aatgcagaaa
       61 accccgtata gacaaaggca ttcttcccgc cgtccgagag cagcgggtgc atgtatccag
      121 ccagcaggag cgcgtcactc agcggcacgt tcgcctttcc gtaaggcaga ttttgccgtt
      181 catacagggc ggagaggaag gtataattct cggctttgag gtagcgggtg aatgaaagac
      241 ccacggtgaa agtctcgggt tggatcagct tttcgttctg aatcactggg acgcccgccg
      301 tgatttcgac gcccgtttgc tgcggaagga gacgctgcgc atgcgctgtg agggctgttg
      361 caaccaggcc gataagcaga agtagtgccc gtttcatcgc cattggagtt tgaggtgatc
      421 gatgcggcgg gcgcgaagaa ggtcttcgtt ttgcacgtgg aaggcgagcg tccggccgcc
      481 gtttcgttca tggatcgtga cctccaactg cttatcgtcg ggcagcgaga agccctcaaa
      541 agcgaagacc atgcattccg acccgttacc acgcacacgc atcggctggt tgtaggcacg
      601 caggggctgc agcacgcgtt cctggatagc cgttcgtttg accactttct tgtcgacgac
      661 tttgaaggag atcatgtcga tcgggtaagg caggtaggtc tcgtttttta ccgagaggtg
      721 gaagtagagg aggttgttgt ggacgtacag gccgcgaagc aggaactcaa ggccaaactg
      781 ccgcgcgccg atatggcgga tcgtgcggcg gttactttgc ttgatcgttt tcatcagcaa
      841 cttgacgagc atgggcgatt cgcggccgag ttccttgaaa tagatgtcgg cacggttggc
      901 gggcaaacgg ccatcagctt gcgatagaaa gtctgccatt tcgacagata gcttctcggg
      961 ttcgtcggtg tacttcacgt tgaaagagta gagcgaacca tcatcgcaga tgacggagag
     1021 gttcgtctcc gtttcgaaat ctcggacggc cgccttgacg cgcaatacgt tctcggcgcc
     1081 ttcagctttg cccgcaatca ggttgttact acccaagtcg acgtagcaga tcgcggcggg
     1141 gaaaatgaga tgcgtaggct cggtgtccaa cgccttgcca cttttcagta gtaggttttc
     1201 gggcacctgc ctccgaaccg tacttacaag tctccttgta tacggctctc tgccaagttc
     1261 actcaaacta ttttgcatgg ttttgaatct gactgttaca cgattcagaa ctatgctttg
     1321 atagattgtt taatactgtc tctggacttc tcataatgtc tctcacattg tcttttgatt
     1381 gtattaaagg aacttgactg ttccccttcg ccatgtacgt ggttttccca cgctcagact
     1441 actacgggaa ctccgttgcc atgcggagtt ttcagagcct atgctcatag ccttccggcg
     1501 tctccgtgta ggcaatcccc ttttagatga gtaatatctg ttggcgtgac tgtttgtcgg
     1561 atgcgatttc cgtccgttaa tccgcttatt gcgggtgctc cgtagtcagt tctgatgctc
     1621 tgaacgtaac gaccctccgt cagagtacta cggtatgacg tttgtaactg ctttccgtca
     1681 tagctcaaca aggcgccgct ggactgtcgt tcaaccaatt cgggcttcat cctcgtaaca
     1741 gtctttccac ctcgccattc agtcgcagct ttgcagttcg ctgacttatg acttttccga
     1801 catgctacac tcccctttgg gtttcccctc cggataagtc ggctggtggt agatttcatt
     1861 tgaactctaa tctaatctct tgccaaagag atatttatta ctcaccctta tgggcgcacg
     1921 tcgtcttact gaaagtcact tccagaccgt atggaacgac cattcggccg ttggggatgg
     1981 cacggctcat gccttgatac aggtcgccag tggagcgcat ctgcgtgcgc aacgtgtcgg
     2041 tacttgtggc gaaggttgtt gtgataaatc cgcagcaaag gacggcggat aggaggagtt
     2101 ttttcatggg aatcagatga tgaaatgagg gttacttggc ttgtacgagg aagagtcggt
     2161 gaccgctttt gactgtcacc ttgatagtcc ggagcttctt ctgtagaagc tgactggcgc
     2221 cctgcatcac gcctcgggcg gcttcggcga tgagttggtc tttggctgac gaggcgaagg
     2281 tgaagctcgt tccgattgtt ccaccgacgc ccgcgccgac ttctttgagg gccgagacct
     2341 cctcagagcc ggggatagat aagccttctt gcccgtcgag gtcgaaggcg gagagcttga
     2401 cggcgaggat acggccggcg tgttctacac tcgtaacgtg gagcttcatc cggttgccgt
     2461 cgattgtaga ttgcgcaata agcaccgtgt taggagggca gcgtcatgcc ctcgatgcga
     2521 gccgattccg caagacggag gcgggcgggg aacgccgggg cgcgctactg tacaaggtgc
     2581 ttgcgcacta ccattcgaga gaatgtcttc tcgtaggagc gaatgaattt gcccctacga
     2641 ggtgcccgca gaacggaaag tggagcttgt ggtcacctct attttgacac atcctccaag
     2701 tgttgttcac cgttttggag gcggtggcga tctctttgat cgtgttcgcg atgttgcctg
     2761 ccagattgac aggatcggta acgatccatt gggcgtgtgc cgttcgcgtg agcagcaggc
     2821 agcacacgag gcagaggata agtttgtgtt tcatgaggat tgggagggga ttaaaaggta
     2881 cgccatcggc gcgtgttcgt tgggtttctc tgaggggttt gcgcaggccg cgcaagcagc
     2941 aaaatcttcg tcggagcatg cctgtttgtc gacaacgatc ggccggctta cggatcgccg
     3001 cgcgccaacc gactaatggc ctgctcgatg tctccgccga ggtgatcggc taagcgcatg
     3061 acctcgacct tctccgtctc ctcggttgta tacgcgagat attcctcacg cgagacctcc
     3121 gtggcgtaaa cggccgatcc gctcgtctgg atgcggctgg cggcgacgct gaaattcact
     3181 aacgaggtgt ggctggtgct ttcgatcaaa atgccggatg atgattgttg ttgaattgtt
     3241 ggatgtcccg gggtgcaaca atgagtgatg aggcgataat taatgatcga tgattatggg
     3301 gcgggccaaa aacatggttt ttcggagccc tgcgtaacgc acggggtaaa aaaggccgtc
     3361 tttcagagcc ctgcgtaacg cacggagcaa aaaaggccgt ctttcagagc tctgcgtaat
     3421 gcaggaagca aaaaaggctg tctttcggag ccctgcgtaa cgcacggggc aaaaaaggcc
     3481 gtctttcaga gccctgcgta acgcacgggg taaaaaaggc tgtctttcgg agccttgcat
     3541 aacgcacggg gcaaaaaagg gtgacatcgc ttggtctctg tctttttgac aggttcgtcg
     3601 gcacttttcc atagcgtaag cagcagcgtg cagatgcttt cgcacttctc cacatcggac
     3661 acgtagtcgt cggtgtagaa ggggttgaag gagatcggtc gggaagtcgg cggcgttgcc
     3721 ggggataccc gcccagtaga gcgtcgccgc gtcgaccgtg ttgtgccgtg ggcgacattc
     3781 catgagtgcc aaggccgagc cgacgtcgtt cttgatttgg cgcagctcct ccgcatcgtc
     3841 gctccacgcg aggacgttaa agtgtgcacg gatggaggac agcccctgcg accgcgcgag
     3901 gttgagatac tcctgaatcc acgcctcgtt gatacccgat agcccgttgc cctgcgcgaa
     3961 ggcagaggag gcgagaacag tagagagtag aaaaagggat agctgcgtgt ttctttttgt
     4021 tcatgatgcg gtttgttatt cggtggatat gcattggggg gctggaacag gtggggaacg
     4081 gccgctggat ccggccctgt gcttccatcc gtgtgtagcc ttcaagcggg ccgccccctt
     4141 cctttcgttt ctgtttgggt cgctgtttat aagtagtacg acagcggttt gtcatctgtg
     4201 ctctcgtccg gaatcggagc aggaacaact tctgacgttt gcacctcaac ctcctccgag
     4261 cgcctgatgg cggcgatgag cttgcggtga tcgcgttcct gctcggccaa atacgccttg
     4321 tatttctcca tcaggtcgct gccacgcaga ctttgcaggg ttgtccggac atcgtcgggc
     4381 gcttcctcgt caagggcgtc atcgtttcgg ctccatccgc taacgcgcgc caaatcccgt
     4441 gagaggatag ctgtcggaga aacctcgggc agcgggtcgt cggacagcga caggtcttcg
     4501 cgtatcactt cgtcttcatc gatttcatca gcttcaccgg ccttaccaat tccatccgtt
     4561 gcatacgctt cgacaaatgt agatccgtct ctttccggcg ttggttgcga ggaaacggcg
     4621 ggaacttccg ggataggcgg ggaaacaaac ggcctgcttt tgccgactaa atcgtgtagt
     4681 gtgacttctt gtgcatcctc tccggaagcg tttccggagg tgtcggacgg ttcctgtttt
     4741 tggtctcggg attgccatat ctgataaccg aagtggccga tcccaagcag catccacacg
     4801 atgcccagaa cttgtaaaac gaatcctgcg acagatcgca gccgatgatt gccaagattt
     4861 catcctccaa cagcctcgct gcggccttag gatacaactt caaaaaggtg gaaaaacatg
     4921 aggaatccgt actgcttgta caggggcttt tccaagatcg aaacgggagg tacagccgtg
     4981 cacaggtact cgccgacatg ctgcggacga tcccagcgcg gtgccgcaca aagaagacgg
     5041 tcttccactg ttcgctcaat ctgcgcccag acgaaagacc gtctgacgag accctttcgc
     5101 gaattaccac cgagtacatg gaagcgctcg ggtacggtgc ccagccatac aaagtagtgc
     5161 tggaagttca gcttccaggg tcactttaaa aaaagtagcg ctggaagtgc agcttccagg
     5221 gtcactttaa aaaaagtagc gctggaagct cagcttccag tgtcacttta aaaaaagtag
     5281 cgctggaagt tcagcttcca gggtcacttg aaaaaaagta gcgctggaag ttcagcttcc
     5341 gggtctactt gaaaaaaagt agcgctggaa gtgcagcttc cagggtcact tttcgaaaag
     5401 cagcgctgga agttcagctt ccagggtcac ttgaaaaaaa ggagcgctga accctgaggg
     5461 tttagtccta cttgaaaaaa agtagcgctg gaagctgagc ttccgatgct gctttggaaa
     5521 aaggagatca tccataaaac actatcagag cgacttgagg acttccaccc gttgacaata
     5581 ccttatcccc ccgtacaaca acagaagcgg gcacgccgca catttctgtc ggtatgccc
//
LOCUS       SEQF3106|MIQD01000100.1 5597 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5597
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(611..1411)
                     /locus_tag="SEQF3106_01824"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MASKEWNEVDSQQYQFENYYCVFLDILGYKDKLARFFRGEYNLC
                     GRVQRAMHYAEVRIHDSPDGIKTRTFSDSIILTAPEKVEIGLLINYTAAIVAWFSYEG
                     LFLRGGISAGRLLENDADGFLASEGLVNAYKMETEATYPMIVIDTTLVSKIDKKYIVK
                     FGEEHSGCKYILNYARYVINEFAENESVVISELKDIGEMIVKPGGDVNNSTNPTNEDE
                     RVRRKYKWILSYYLWFIEMCNKDNASFDMDKFLQFNRERDDRFIFMSI"
     CDS             complement(1978..2772)
                     /locus_tag="SEQF3106_01825"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDRASITQWAGRVPWNDPAQVEQDLIISRALVAIFSDEFLTSQ
                     LAFRGGTALHKLYLSPQPRYSEDIDLVQIHPGPIKPILFRLGEVLDFLPDRVTQQKRY
                     NNTMLFRMESEVPPVVPIRLKIEINCVEHFNELGLVKMPFAVESHWFTGQCAITTYAL
                     NELLGTKLRALYQRKKGRDLFDLYVALTEAEVNTSEILQCYNRYMAFSVQQPPTYKQF
                     VANMEAKMADPDFLGDTRVFLRPERPFDPQAGYEAVRAQLIDRLKK"
     CDS             complement(2769..3572)
                     /locus_tag="SEQF3106_01826"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVREWIRAREIGGMPTLTFGEVRQAFPNASEQVVKNELFRLSA
                     QKIIVSVYRGFYVIMPPHYASRGVVPPHYYIDRLMAHQNKPYYISLLSAAALLGAAHQ
                     RPQKFFVTTVLPKPSVSPSKNNLLMWSYRREIPSDFLLTKNSETGRIRYSNAELTAID
                     LIQYEQYIGGLSEAATVLAELSEALDFRRVSGRLFDYTSQATLQRLGYVLEEVLLQTE
                     VADALYEKLRAYAGRLRYVPLSTRSTEAMAAKNDRWKIDVNMTIEPDDL"
     CDS             complement(3721..5379)
                     /locus_tag="SEQF3106_01827"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFICVFFFNSCDSHRANLEMEQIETTMEEHPDSARTMLENIGAR
                     HLMNEKSYAHWCMLLGRVRDKQQKIKHASDPLSTRQWLKAQAYYDRKGTPREQAEIRL
                     YTGRSQKDDGDYNAAVATYKKGLSLIAKTDDYPLAGYLSSYLADLYLQKELFDLALEK
                     YNEAAGFHARSGNRRSQALALRDAVYCYLGENRTSDAFSILQKADSIARLTNDSTVIH
                     AISSDFGVVYCQMGRTDEAETYLITHINSEDPWPTYLALADVYIKKKEYGKAREYAEK
                     AMSESTKGDVLRLQYLIEKAEGNPGKAIDYLEQYKAYIDSSYAEQNRINVYEVEQRYD
                     KSQLENENIRLHIAILYRTLAIVVISICAAIGLLLFRRAKNRRIRRQQEALRQKENEI
                     HLLTIQLNEMEKLRNECKESEVNYYREQREKIELLEKSLVTKKRQILQSSSVGKKIIR
                     VMQQGAASKTSLSARDWTALEKDIRSLYPCACAFFMEKINTKKSDAFWKLCLLSFFDT
                     DTKVEAFLLGLTDDNTARQCRHRLRKALGIDGTQSLASFLWSLD"
ORIGIN      
        1 gctgatccga agctcgcctg ccaaaacttc ctgaacgctt tggagcggat cccgagagtc
       61 atcgagacgc acgagaggga gttggccaag atgaaggagc agatcccagt cttcgaggcc
      121 gctgcctcag gcgtctggcg gaaggaggac gagctgcgta cgctgaagag gaacgcggcg
      181 gagctggatc ggaagatcgc gctctcactg gcaccaacga cgccgccgga aaaagaggag
      241 caggcagcgg acaagaaagt ggtgtctact caattgtctt cccctatctc gctccaacac
      301 aagaacgcat cctctttttc cgtgagcccg caagaggaac gagatgtcgc caatcatctc
      361 gttgtggcta aaccgaagtg gagataatac cgagaaaggc tgcgagcttc ttcatgcctt
      421 cttggtgctt taagggattt ctattgcaca gccgggaaag agctaaaaca accgtccaaa
      481 agagacatag taagttattc tatcacttct ttcccatgag gatctatgtg tggaaaatct
      541 ccaataaaaa tacttccttg ctcttggctt atgattgata gaaaaagcga agggttagta
      601 catatattta ttagatagac ataaatataa acctatcgtc tctctctctg ttgaattgaa
      661 gaaatttatc catatcgaac gacgcattat ccttgttgca catttcaata aaccatagat
      721 aataacttaa aatccattta tactttcgcc tcactctttc atcctcgtta gttggattag
      781 ttgaattgtt tacatcccct cctggcttaa caatcatctc gccaatgtct tttaactcag
      841 aaattacaac actttcattt tccgcaaact cattgatcac gtaccttgcg taattcaata
      901 tgtacttaca cccactatgc tcttctccga attttacaat gtatttttta tcaatcttgg
      961 aaacaagggt ggtatcgatg acaatcattg gatacgttgc ttccgtttcc attttatatg
     1021 cgttcacaag cccttcggat gcaaggaatc cgtcagcatc attttccaac aaccttcccg
     1081 cggatatacc tcctcgtaaa aacaggcctt catagctaaa ccatgcaact atcgccgcag
     1141 tataatttat caaaagacct atttccactt tttcaggcgc tgtcaatatg atactgtctg
     1201 aaaatgtgcg tgttttgata ccatccgggc tatcatgaat tcgtacctcc gcataatgca
     1261 tagctctttg aacacgtcca cacaaattgt attcacctcg aaaaaaacga gccaatttat
     1321 ctttatagcc caatatatcc aagaatacac agtaataatt ctcaaattga tactgttgtg
     1381 aatctacctc gttccactct tttgatgcca taataaaata atatcacctg tgcaatatcg
     1441 catatatgaa gttttcaaaa ctatgtcttt aattaatcct gataggaatt tcgcgaaatg
     1501 ctgtcggcta aaaaatagaa gctattgccc cttcataaaa ccgaatatat agctttacat
     1561 tgtctattat gtctatccaa ttactattac tatacagact tccccatcgg agaacaatga
     1621 ttaaatctca tagttctaaa gccgaatgag cggcaatgtg tagatctttt ctatttggct
     1681 gtacgaagta aagcccccaa agagccgaaa gagagtcgcc gtgcggcata caacacctct
     1741 cgacaaagat agccaagacc gagaaaagat aggatgcaat cagctggaga acagccttac
     1801 ttgctaagcc cgtcagagaa atattggcct ctctattgtc cggactttag caattggttg
     1861 atcttgctca gatgtatata cccgcatgat gtatttgcat taaaatattt cggcggtaaa
     1921 gatacgattt ccgcgtggca ccaaacaggc gcctgtttga gattgtcttc atccgcccta
     1981 tttcttcagc ctatctatca actgtgctcg caccgcttca tatccggctt gggggtcgaa
     2041 cggccgctcg gggcgcagaa agacgcgcgt atcgccgaga aaatctggat cggccatttt
     2101 cgcctccatg ttcgccacaa actgcttata ggtcgggggc tgctgcacag agaaagccat
     2161 gtagcggttg tagcactgta agatttcgga agtattcact tcggcttccg tcagagccac
     2221 gtacagatcg aagaggtcgc gccccttttt gcgctgatac agcgcgcgga gcttcgtgcc
     2281 caacaactca ttcagcgcat acgttgtgat cgcacattgc cccgtaaacc aatgactctc
     2341 caccgcgaac ggcatcttca ccagccccag ttcgttgaaa tgctcgacac aattgatctc
     2401 gattttcaat cgtatgggga cgaccggagg cacctccgac tccatccgaa agagcatcgt
     2461 gttattgtat cgcttttgct gggtgacacg atcgggcagg aagtccaaca cctccccgag
     2521 gcggaagaga atcggcttaa tcgggccggg gtgaatctgt accaaatcaa tgtcttcgct
     2581 gtatctcggc tggggcgaga ggtacagttt gtgcagcgcc gtgcctccgc gaaaggccag
     2641 ctgcgaggtc aagaactcgt cgctgaagat ggccaccagt gcgcgggaga tgatcagatc
     2701 ttgctccact tgagcgggat cgttccaggg cacccggccg gcccactgcg tgatggatgc
     2761 gcggtctatc ataggtcgtc cggctcgata gtcatattga cgtcgatctt ccagcgatcg
     2821 ttttttgccg ccatcgcctc cgtgctgcgc gtggacagcg gtacataccg cagccttccg
     2881 gcatacgcac gtagcttctc atacagcgcg tcggccactt ccgtctgcag caaaacttct
     2941 tctaagacat accccaatcg ttggagggtg gcttgcgagg tgtagtcgaa cagccgcccc
     3001 gagacacgac ggaagtccag cgcctccgac agctcggcca agaccgtcgc cgcctcagac
     3061 aaaccgccga tatattgctc gtattgtatc agatcgatgg ccgtcagttc ggcattggag
     3121 tagcggatcc tgccggtctc cgagtttttc gtcagcaaaa agtccgacgg aatctctctg
     3181 cgatacgacc acatcagcag gttgtttttg gaaggggaca ccgaaggctt cggtaaaacg
     3241 gtggtgacga aaaacttctg cggccgttgg tgcgcagccc ccagcaatgc cgccgcgctg
     3301 agcaggctga tgtagtaagg cttgttttga tgggccatca gccgatcgat gtagtaatgc
     3361 ggcgggacaa cgccccgact ggcatagtgc ggcggcatga tcacataaaa tccacgatat
     3421 acggatacga tgattttctg cgcagacaac cggaacaatt cgttcttgac gacttgctcc
     3481 gaagcgttgg ggaaggcttg gcgcacctcc ccgaaggtga gcgtaggcat cccgccgatc
     3541 tcccgcgctc tgatccattc tctgactgtc atataggttt gttttggggc aaaggtaatc
     3601 ggagcctgat tactgttgct tcattttcgt acataatttt aggagacagg cgcagattgc
     3661 accctccgat aaaatcaccg cttctttggc cctttttgtc gatagacatg gataatcaaa
     3721 tcagtccaaa ctccaaagga aacttgccag cgattgcgtg ccatctatcc ctaaagcctt
     3781 acgtaggcga tggcgacatt gcctcgcagt attgtcgtcc gttaatccaa gcaggaaggc
     3841 ttcgacttta gtgtcagtat cgaagaaaga gagtaggcaa agtttccaga aggcatctga
     3901 cttcttggtg ttgatctttt ccataaaaaa agcacaggca caaggatata gcgatctgat
     3961 gtctttctcc aaagccgtcc aatctctggc tgacagcgat gtttttgaag ctgccccttg
     4021 ctgcatcacg cggatgatct ttttcccgac agatgaagat tggaggatct gtctcttctt
     4081 tgtaaccaat gacttctcaa gtaattcgat cttttctctc tgctctctat aatagttgac
     4141 ctctgattct ttacactcgt tccgtaactt ttccatctca ttcaattgta tcgtaagaag
     4201 gtggatctca ttctcttttt gacgaagcgc ctcctgctgc ctgcggattc ggcgattctt
     4261 tgcgcgtcgg aacaatagaa gcccgatggc tgcacatatc gaaatgacga caattgcaag
     4321 cgtacgatac aagatagcga tatgtaggcg gatgttctcg ttttctaact gcgacttgtc
     4381 atatcgctgc tctacttcat acacattgat tctgttttgc tcggcgtagg aagagtctat
     4441 gtaggcttta tactgctcca aatagtcaat tgccttaccc gggtttcctt ctgctttctc
     4501 gattagatac tgcagccgaa gaacatctcc tttggtgctt tcggacatag ctttttctgc
     4561 atactcccgg gcttttccgt attccttttt cttgatatag acatcagcca aggcaaggta
     4621 tgtaggccaa ggatcttccg agtttatatg agtgataaga tacgtttcgg cctcgtccgt
     4681 tctccccatt tggcagtaaa cgactccgaa atcagaggat atagcatgaa taacggtaga
     4741 atcattcgtt aatctagcga tggaatccgc cttttgcagt atggagaatg cgtcggatgt
     4801 tcggttctct cccaaataac aatacactgc atctcttagt gccaatgcct gactgcgtct
     4861 gttcccggat cgcgcatgaa agcctgcggc ctcattatat ttttcgagcg caaggtcaaa
     4921 gagttctttc tgtaagtaca aatcggccaa atagctggat aagtagcccg ccaagggata
     4981 atcgtcggtc tttgcaatca atgagagccc ttttttatag gtagcgaccg ctgcattgta
     5041 atcgccatca tctttttgag agcgtccggt atagagccga atctcagcct gctctcgcgg
     5101 cgtccctttg cgatcgtaat aagcctgtgc tttcagccat tgccgcgtag aaagtggatc
     5161 acttgcgtgc ttgatcttct gctgcttatc acgcaccctt cccagtaaca tacaccaatg
     5221 ggcgtatgat ttttcattca taaggtggcg agcacctatg ttctccaaca tcgtccgtgc
     5281 actgtcgggg tgctcctcca tcgtcgtttc gatctgctcc atctcaagat tcgcacgatg
     5341 actatcgcat gaattgaaga aaaacacgca gataaacatc tcgatccatc ctatatatat
     5401 ccttctcatt tggctttata ctttaagagt ggacacgaaa gtagcggttt gacgagaaag
     5461 ggggacatgc gtctgtgagg catatggctg tattaagtct caccccttca tcagcccctg
     5521 tagtttcggg tcggatttga tgcgggcgat ttcggagtct acgagcgaga ggatctcttg
     5581 cttgatttgg cgatagt
//
LOCUS       SEQF3106|MIQD01000101.1 5566 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5566
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(221..1291)
                     /locus_tag="SEQF3106_01828"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEENSDRYVLVLEDRSETKSPADPGRLSVISGQDEKGKIKTVEP
                     TEEHRAAFLVFKKNDGLLKNFMTNLRRQFNDPTHFGLYKVLANGFEEGVASLHAMLQN
                     RESPENKVQLQEARVPFEDYPPAQKLPAIDPEKVDWKELERLGVSREKLEANGNLDRL
                     LNWQKTGLISLAVPFGDTTIYTEARLALRTGADGRLSLNIHTLRREPQLDFPYMGHTF
                     SPEEKEELRQTGNLGKTVELSPKKGKPFRAYVSVDRLTNELVSLRADRVQIPHEIKGV
                     RLSVEQHRALTEGRPVRVEGMLSRHGKPFDATLQVNAEKRGIEFIFKDSLSNKERLKS
                     SAKEAPAVRQIENKPQKRGIGR"
     CDS             complement(2237..2623)
                     /locus_tag="SEQF3106_01829"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMERSFCKRKIQRGAAILSLLFSLMICTLSSCTEDKEYQLSIDV
                     FSDSGLALLKIEGTYGPGDEILTRWESEFDLKGNIHEGKKVEIRAYCIDPNDKEKEKI
                     TVEIRVNGKLRDRGTGIGEAVANVVL"
     CDS             complement(3651..3923)
                     /locus_tag="SEQF3106_01830"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNWLPHSIEDRRIILRQTAETECLPEYAIEKDWWVTMTLKALFQ
                     TECAAFLLFKGGTSLSKGWKLIQRFSEDIDLVQIHPDQCTFAYSAQ"
     CDS             complement(3920..4525)
                     /locus_tag="SEQF3106_01831"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYITDSIAARIEGAPHGEVFFVSDFSRSGNDVFISRVLSRLVDQ
                     KKLARLATGVYYKPRETDFGMVKPSIEQIVRAIARRDHAQIMPTGQTAENRLGLSTQI
                     PLNHVYLTTGSARSIILGNTRIVFKRSAPRNFAYKGELIPTLIQAMKSIGRGNLTDRQ
                     KERIKELLSSYNEPETFEHDLALAPLWIKKIIAQTTKALQE"
     CDS             complement(4587..5423)
                     /locus_tag="SEQF3106_01832"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEVLCRSQSLRCVTHKALERSSDTAHLWSVFETLSQGLTAEWH
                     RPSNHWPLPHRRCAFDHVNRGLTFGPPETHLGQTYRSVPTTSIKTLKYIFITLLTLVV
                     LLYGLPAVLVHLPIVQRRLAAESGRVLSAVLRAPVHIDEVDIAWPDGLTLRRVALDDR
                     AGQPLLRADRLSGGIDLGALLRGQLRFTSARLVGFDIHLWKATPDSPLNAQFILDAFA
                     SKDSTSTGGVDFQIRAIRLARGRVSYDVGHGQPEEGHFDAAHIRAEGILAFKKPENRN
                     ER"
ORIGIN      
        1 gattttacta actcacaacc ttgcgagttg ctattccata tgattttact aactcgcaac
       61 cttgcgagtt gctatcgcat atgattttac taactcacaa ccttacgagt tgctattcca
      121 tatgatttta ctaactcgca accttgcgag ttaagattgg ggactcaaat ggcttcgcac
      181 atggcctgcg atacgcttga ttagccccca aaacgggcgc ctacctgccg atcccccgtt
      241 tctgtggttt gttttcgatc tgccgaacgg ctggagcctc tttggcagac gatttcaggc
      301 gctctttgtt cgatagggag tccttgaaaa tgaattcaat gcctcgcttt tcagcgttta
      361 cctgtagcgt ggcgtcgaac ggtttgccgt gacgcgaaag catgccctcc acccgcacgg
      421 ggcgtccctc ggtgagcgcc ctgtgctgct ccacggaaag ccggactccc ttgatttcgt
      481 gcgggatctg aactcggtca gcccgcagcg aaacgagttc gtttgtcagc cggtcgacgg
      541 acacataagc gcgaaatggc ttgcctttct taggtgacaa ttcgacagtc ttcccaaggt
      601 tacccgtctg gcggagctcc tccttctctt cgggcgaaaa cgtgtgcccc atgtagggga
      661 aatcgagctg cggttcacgt cgcaacgtat ggatattgag actgagtcga ccgtctgccc
      721 ctgtacggag agccagccgt gcttcggtgt aaatcgtagt gtctccgaag ggcacagcga
      781 ggctaataag ccccgttttc tgccaattta gcagtcgatc taagttcccg ttcgcctcga
      841 gtttctcccg gctcacgccg aggcgctcca gctccttcca atccaccttt tccgggtcga
      901 tggcgggcag cttttgcgct ggcggatagt cctcgaaggg cacccgcgcc tcttgcagtt
      961 gtaccttgtt ctcagggctt tccctgttct gaagcattgc atgcagcgac gccacaccct
     1021 cctcgaaacc gttggccagc accttgtaca acccgaagtg cgtcgggtca ttgaactgtc
     1081 gacggaggtt cgtcataaag ttcttcagca gtccatcgtt cttcttgaac accaagaaag
     1141 ccgcccgatg ctcctcggtt ggttctacgg ttttgatctt ccccttctca tcctgccccg
     1201 aaatgacaga caggcggccg ggatcggccg gcgatttagt ctcgctccga tcctccagca
     1261 caagcacata acgatccgaa ttttcttcca tagtagtatc tgattttaag atgaaacaga
     1321 tacgaaaata gccaccccga tccgggatgg ctatgtggaa tgactcggtg tggattagga
     1381 gggaggaggc gggattaatg tcttcgcgat cgctgaaatc tataacagct ctttatggtt
     1441 tgttgagaag tatctctcgg tacaatccga tcatctgccg agcaatgtcc atttggaagt
     1501 attcgcttgt ggttctcagg cgggcgatgt cgctaccgag gtttagagcg aacgcacacc
     1561 cagaatatcc ttgaagttat ggcatacaat ctcaagcgta tgccaaggct tcttatactc
     1621 caaagtgtca aatagccctc atgcccctct ttagaggagg tcttcctcct ctaaagaggg
     1681 aaaaagggaa ggtagatcaa gcactcaact cggcctaaat gctctgaata tcgagtcgga
     1741 aagatgtggg cgctgacgcg gagatgttgt gcgatggtcc ttatgtgtga attaaatccc
     1801 ttttatgccg ggaataactt ctttgcgcct tacaatttaa cactcgcaga agttgctcca
     1861 ataccaactc ctcggttgcg cagcttacca tttactcgga tttcgatcgt gactgtaact
     1921 ttctctctgt catttgcatt gatacaatag gcctggacat tgatgatcct tcctttatgg
     1981 gtatttccct ccaaatgata gacatcttga tatcgcgtaa agggttcatc tgatgcagtt
     2041 cggtaagaat attctgcttt cattggcgct tgacctgtat cgctaaaaat gtcaatattg
     2101 acaagggtgt ctctatcatc agagcaagac gagaacaagg tcgctccgaa aataaatacg
     2161 gtaagcagcg aaagaattgc tcctcttaac cgaaggcttc ttctctgaaa aaatttactt
     2221 ctcatatttc ttttagttag agtacaacat ttgctacagc ttctccgatg ccggtacccc
     2281 gatctcgcaa cttgccatta acccggattt ctactgttat cttttctttc tccttgtcat
     2341 tcggatcaat gcagtacgct cgaatttcca ctttcttccc ctcgtgaata ttgcctttga
     2401 ggtcaaattc agattcccaa cgggttaaaa tttcgtctcc tggcccatag gtgccttcta
     2461 ttttcagcaa tgctaatcca ctgtcgctaa aaacatctat actcaattga tattccttat
     2521 cttcagtaca tgaagataag gtgcaaatca taagggaaaa gagtagcgat aaaatcgccg
     2581 ctcctctctg gatttttctt ttacaaaagg atcgctccat cataagtatt atttcacgga
     2641 taaactaaat gtcataaatc tcgtatcgta cgcatgaaaa ttctacgcta taaatagcgg
     2701 aaatgtcaga ggaacagcac tctccataag cggattagac caatctattc gttcacctat
     2761 atgaattatg agattggctg ctatcccttt tcttatctca ttttctgccg caaaggtagg
     2821 atgcaccttt tccgtgatca ttacacaaaa gtgtaattct actggcatcg gacaggtcga
     2881 tcgctacgcg tgatttacct acccaatgac gcggaagata cgcccggggt gtggcggggg
     2941 ttatggatgg gatattcata cggtataaac ggggaaaatg cgggggcgaa tatgagtgat
     3001 caatgattaa tggctaatga ttaggggcaa tcagcccacc tgaccctggc agggaggggg
     3061 gtgttttact cctcctcggc ttctcccgaa ctggtccgga ccctgttccg agctaccccg
     3121 aaagtatttc cgagctaccc atcgacatgt tccgaaatac ccatcgacat attccgaaat
     3181 accccgaaat acgttccgag atgggtgtcg acatattccg aaccacccat cgatacgttc
     3241 ggaggtggtc gtcgataggt tccgaaatgg gtgtcgatac gttcggaggt ggtcgtcgat
     3301 aggttcggaa atggtcgtgg atacgttccg aagtggtcat cgataggttc gggacgtatc
     3361 gaggggtgcc tcgggacgta tcaacgacta tttcggaata gggtgcggat aggttcagga
     3421 cgtattaccc ccccacttca gaacgtatca atgggggctt cggaacgtgg tgcggatagg
     3481 ttcaggacgt atcgaggggt gcttcaggag aatccctcgt agccccccct ccttgtgggt
     3541 accctgttta tttcaaccaa gccccccctt cggaatgtgg tagggatgaa tgattttttg
     3601 cccctatgag gggggggcga cttttagtcg atgtgtatta tgaatagatg ttattgggcg
     3661 gaataggcga acgtacactg gtcggggtga atctgcacca aatcaatgtc ttcactgaat
     3721 cgctggatca gcttccaacc cttgctcaag ctcgtgccgc ctttgaacag caggaaagcg
     3781 gcgcactccg tttgaaacaa ggccttcagc gtcatcgtca cccaccaatc tttttctatc
     3841 gcatattccg gtagacattc cgtctcggcc gtttggcgga gaatgatccg ccgatcttct
     3901 atggaatgag gcaaccaatt cattcttgaa gtgctttagt cgtttgggca atgattttct
     3961 tgatccacaa gggggccaaa gccaggtcat gctcaaaggt ttccggctca ttatagctgc
     4021 ttagcaattc cttgattcgc tccttctgtc ggtcggtcag gttgcctcgg ccgatcgact
     4081 tcatggcttg aatcagtgtg gggatcaatt cgcctttgta agcaaagttt ctcggtgcac
     4141 tgcgcttgaa gacgatccgg gtatttccta atatgatgct tcgagccgat ccggtggtca
     4201 aatacacatg gttcagagga atctgcgtgg atagccctaa gcgattttca gctgtttgcc
     4261 ccgtcggcat gatttgcgcg tgatctcgcc tagcaatggc gcggacgatt tgctcgatgc
     4321 tcggcttgac catcccgaaa tcggtttcgc gaggcttata gtatacaccg gtggccagcc
     4381 gagctaattt cttttgatcc acgagcctcg ataagacgcg actgataaat acgtcatttc
     4441 ccgaacggga aaagtcggac acgaagaaga cctccccatg cggagcgcct tcgatccgtg
     4501 ctgcgatact gtcagtgata tacatgtctt gaaaagaaag agtgcaacga ttacggcgca
     4561 aaggttgatc gtttttgcaa aactttctac ctctcattgc gattctccgg cttcttgaac
     4621 gccaagatgc cttcggcgcg gatatgcgca gcgtcgaagt gcccctcctc cggttgacca
     4681 tgccctacat cgtagctcac ccgcccgcgc gccaaccgga tggcgcggat ctgaaagtcg
     4741 actccgcctg tggaggtgga atcttttgag gcgaacgcgt cgaggatgaa ctgtgcgttg
     4801 agcgggctgt cgggcgtggc cttccacagg tggatgtcga agccgacaag gcgcgcggag
     4861 gtgaagcgca actgcccccg cagcagcgct ccgaggtcga tgccacccga gagccggtcg
     4921 gcgcggagga ggggttggcc cgcacgatcg tcgagggcga cgcggcgcag ggtgaggccg
     4981 tcgggccatg cgatgtcgac ctcgtcgatg tgaactggcg cccgcagcac ggccgacagc
     5041 acgcgcccgg actcagccgc caaacgccgc tgcacaatgg gcagatgcac cagcacggct
     5101 ggcaatccgt agagcagcac gacgagggtg agcagggtga tgaatatgta tttgagagtt
     5161 ttgatagacg tggtagggac ggacctatat gtctgcccaa gatgggtttc tggcgggcca
     5221 aaagtaaggc cacggtttac gtggtcaaaa gcgcatcgcc ggtggggtaa tggccaatga
     5281 ttggaaggac ggtgccactc tgccgtcagg ccttgagaaa gtgtttcgaa tacactccac
     5341 aggtgtgcgg tgtcggaact acgttccagt gctttgtggg tgacgcaacg caaactttgt
     5401 gagcgacaca acacctcgat catgtaccct cctcgtagga gacgtatgca aaggggcgta
     5461 tgcgattcgc ccttacaaaa tcatgaaagg ccctcttccc gcaggtgcag caacaccaaa
     5521 atccccgaca cagcccttat cgagctatgc cggggattct tctttt
//
LOCUS       SEQF3106|MIQD01000102.1 5565 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5565
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             956..2500
                     /locus_tag="SEQF3106_01833"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKMKAKFILWISVLCLIVAGCSKEREPKPPTPVPTPIPPTSRD
                     SISTVLFDKTWKLEGIGRVANGVVREPVPKGYGRCYTLTFRRDSFLTGFTSLYEMAGS
                     FQILGNRIEAEGVRQIYSDAVELFDDRIFLDGIRRNTHFEVDANQLKIYFEEGREYLL
                     FRVWREGENGDLSPGKKPDELVKMWRLTGFVRVSDGSVTAVDSKSCGPCYTLTFRGDG
                     TLSGRTSANVFDVICGEKDHRMQISDLIGPNKGEQAADRHYRKALLGTVRWEIVRGQL
                     RIYYDAGRYFMRFEAPPQLTGSRWIPVGIVNSATGVVRSLAPEGGYWIRFTSPTKGNG
                     HSVFNRTHIDLEHPPFISRVTEVGDSHNGDAALFYSIIKQLESYTWEGDELKFFFNNN
                     RQYLLYKRSVPDQLTGSCWCLAGTVNVKTGVLRPIAPADGYQLNFTSETDARGRAVEN
                     ALRVDLIVPPYFHVETKANSEKIGDAAMFYSIIRSIEYYNWVGGELKFYYNNSRDYLL
                     YTYLKS"
     CDS             2497..4752
                     /gene="kly"
                     /locus_tag="SEQF3106_01834"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:D0EM77"
                     /codon_start=1
                     /transl_table=11
                     /product="Karilysin"
                     /translation="MRKIAFLIGLSCMLFAQFLDAQITTEEAPPIFDLYMPSLKGVNL
                     NTSEQSLPSPDMKTIEMEDRANDGKRGGPLRFAYPVKVHYTLTNSGRWFDLKDGSKLW
                     RLKVRLPGALSTNASYDVFRLPKGAKFYVYSEDTKQYIGAITSEYLPVYELSDIPYAF
                     ATGLIYGETVTFEYYQPATVRDNATISICRIDYGYRFIDNPYINADIARSEVSGGYGA
                     SGKCQVDVNCSEGQKWKREKDAVARILVKSEYGSGWCSCALINNTLNDNTPYVLTANH
                     CLEAPNGTLLFDAERRSNLPDWVFYWGYEYEHPDCKNKEKKRSEPIRRATIGAEVIAN
                     GDADFALLKLKQDPRNLIGFNPYYLGWDRSGNSGTGGVGIHHPSGDVKKIATLNHTPN
                     NGWNGKSMYWSFYWDATPNGHSVTERGSSGSPLINNNRHIIGQLCGGSGNDCKEPSQD
                     IAVYGKFSFSWNGDPTSNSRKRRLRDWLDPANINPQTWNGVGVINASSSISGPTVVCN
                     QGTYTIQNLPSGVSVQWSTSNGNLQLISGQGTRTAVFRKNGSGECMVRARIASSTITY
                     RVWVGIPSRVDYIEGMREGAQLEPNSPYVFSIDNAQNTDRVEWAVGGGQIESGQGTNR
                     IFVKTEEFGRFYIWANRINRCGEGGYHKFSGTIIRREYFTLSPNPAVDVVTLQLTEAE
                     GEHRAPSSPSGKGTTSTYEIQLWNGLTMLRSFKTNQPTFQIPIAGLPTGLYFVRVIKD
                     GQTYIAKLIKN"
ORIGIN      
        1 ctgagtagct tggcgcaatg gctggctttg ttgtcgatgt gatccgagta tttcatcgga
       61 tcgatcatcc gcatatcgag gctcattttc cgggcgagat ctgtggcgat aagcatcttg
      121 gccttctcct ccttttcgct cagcggagta cgatctaaga gggtagcgtc gcctgtcttg
      181 gcaaactcca tcagcttgcc gatgaacgcc tcttgctcgg gcgtcggcgg gatgtgatgc
      241 aggatctcgc gcttctccgg acggtcgatg ccgatgtcct tggccgtgcg gaaatcgcaa
      301 atctccccat aaaacaagag aatgggggtt taagagcttg tcagtgagtg gatgctgatt
      361 gttctactca ccaaaaggga acgaatagga aacgagcgag attcttctgt cttcgtcact
      421 ttgcagtagt cataagacat ctcatttctc gtccgcaaag gtgtgctaaa atcttctgca
      481 aacgtcacag caaaagtttg agagcctgcg aaacttccac aacggctaca aagactcacc
      541 cctcgatgat cggatagccg ttccttgtcg aaatgctatc aattggcgaa gggcatttcc
      601 tcttgcgttt atatcaggtt tgaagaacgc ctaacgaatg atcatttatt agagagttct
      661 tttttctccg aaagttccat gggatacgaa aaaagggaaa gtgaggtttt tcatcaaaaa
      721 atccaatttg taagaaaaaa gagatctttt aagaatgaat tatcaagaat ctcggaaaat
      781 agctttcgca ttacagctat acatgctata tttgcgtcga atattaagca ggacagtcgt
      841 atgaaaacca tagatgacac tccgccagac tcgtcaaggc gcccttagga accgcacacc
      901 ggaggcgcgg cgagataaat cgatccggat gcggactttg taattaacgg aaaacatgat
      961 aaaaatgaag gcgaagttca ttttatggat cagcgtgttg tgtttgatcg tcgcgggatg
     1021 cagcaaagag cgagagccga aacctccgac tccagtacca actcctatac cgcccacatc
     1081 gcgtgatagc atctccactg tgctgtttga caaaacatgg aagctggaag gtattggtcg
     1141 ggtggctaac ggtgtcgtgc gcgaacctgt gccaaaaggt tatggccgat gctacacgct
     1201 gacgtttcgt cgcgatagct tcctcaccgg ttttacgtct ctatacgaaa tggccggttc
     1261 ttttcagatc cttggcaacc ggattgaggc tgaaggagtt cgtcagatct actcggatgc
     1321 cgtagaatta ttcgatgacc gtatattctt agatggaatc agaagaaata cccactttga
     1381 agtggacgct aatcaattga aaatctactt cgaagaaggt cgtgaatacc tgctctttcg
     1441 tgtgtggcgg gaaggggaaa atggagatct ctccccaggc aaaaagcccg acgagctggt
     1501 gaagatgtgg cgtttgacgg gctttgttcg cgtctcggat ggcagcgtga cggccgtcga
     1561 tagcaaaagt tgcgggccgt gctatacact gaccttccgt ggggatggaa ccctttccgg
     1621 acgcacttcg gcaaatgttt ttgatgtgat ttgcggcgaa aaagaccatc gaatgcagat
     1681 ttctgacttg atcgggccga ataaaggaga gcaggcggcc gatcgacact atcgcaaggc
     1741 gttactcggc accgtacgtt gggagatcgt ccgcggacag ttgcgcatat attacgatgc
     1801 tggtcgatac ttcatgcgtt tcgaggcgcc accccaattg acgggtagtc ggtggattcc
     1861 ggtcggaatt gtgaattccg cgacgggtgt cgtgcgctca cttgcgcctg agggtggcta
     1921 ttggattcgt ttcacatccc caacaaaggg aaatgggcat tcggtattca atcgtacgca
     1981 catagatctt gagcatccac cgtttatcag ccgggtgacg gaagtgggag acagtcacaa
     2041 cggagacgca gcactttttt atagcataat taagcagctc gagtcttata catgggaggg
     2101 cgatgagctg aagttcttct tcaataacaa tcggcaatat ctgctctaca aacgctctgt
     2161 tccagaccaa ttgacgggta gttgctggtg tttggcgggc acggtaaatg tgaaaactgg
     2221 cgtcctgcgt ccgatcgcgc ctgccgatgg ctatcagctc aacttcacct ctgaaacgga
     2281 tgcccgcgga agggcagtgg aaaacgcgct gagggtcgat cttatcgtac ccccttattt
     2341 tcacgtagaa acgaaggcca atagcgaaaa gataggcgac gccgcaatgt tctacagtat
     2401 cattcgctca atcgaatact ataattgggt aggcggtgag ctgaaattct attacaataa
     2461 tagtcgcgat tatttacttt atacatactt gaagtcatga gaaagattgc ttttttaatt
     2521 gggctgagtt gtatgctttt cgcccaattt ttggatgcac aaattacgac agaggaagct
     2581 cctcctatct ttgatttgta tatgccgtca ctgaaggggg tgaacttgaa tacctcagaa
     2641 caatctcttc cctctccaga tatgaagact atagagatgg aggatagagc taacgatggt
     2701 aaacgaggcg gcccattacg gtttgcttat ccggtaaaag tccattatac cttaaccaat
     2761 tccgggagat ggttcgactt gaaagatgga agtaaactgt ggcgcttaaa agttcgattg
     2821 ccaggagcct tatctacaaa tgcctcatat gatgtatttc gtttacctaa aggtgcgaaa
     2881 ttttatgtat acagcgaaga taccaaacag tatattggag cgataacttc cgaatatctg
     2941 ccagtatacg aattgagtga tattccgtat gctttcgcta cggggttaat ttacggagaa
     3001 acggtcacgt tcgaatatta tcagcctgct acggtacgtg ataatgcaac tatctctatt
     3061 tgtcgaattg attatggata tagatttata gataaccctt atattaatgc tgatattgct
     3121 cgatctgaag tttctggagg atatggagct tctgggaaat gccaagttga tgtgaattgt
     3181 tcggaaggac agaaatggaa acgtgaaaaa gatgcggttg ctagaatttt ggttaaatca
     3241 gaatatggct ccggttggtg ctcttgtgca ttgattaata acacattgaa tgataatacg
     3301 ccatacgtat taacggcaaa tcactgttta gaagctccaa acggaaccct tctgtttgac
     3361 gccgaaagga gaagcaacct tcccgattgg gtgttttatt ggggatatga atatgaacat
     3421 cccgattgca agaacaaaga aaaaaagaga agtgaaccaa taaggcgagc aacaattgga
     3481 gcagaagtca tagccaatgg agatgctgac tttgcattac ttaagttgaa acaagatcca
     3541 cgcaatttga tagggtttaa tccatactac ttaggatggg atcgatctgg aaattccggc
     3601 acaggaggag taggaattca tcatccaagt ggagatgtaa aaaaaatcgc aacattaaat
     3661 catactccaa ataacggatg gaatggaaaa tctatgtatt ggagttttta ttgggatgca
     3721 actcctaatg gacacagtgt tacggagaga ggctcctctg gctcaccctt gattaataac
     3781 aatcgtcata ttatcggaca gttatgtgga ggaagtggaa atgattgtaa agaaccaagc
     3841 caagatatag ctgtatatgg aaaatttagc ttttcatgga atggagatcc tacttcaaat
     3901 agccgtaagc gtcgtctaag agactggctt gatccggcaa atataaatcc tcaaacatgg
     3961 aatggagttg gtgtcataaa tgcttcatcc tccatctccg gccccaccgt agtttgcaat
     4021 cagggtacat ataccattca aaatcttccg tctggagttt cggtgcaatg gagtacgagt
     4081 aatggtaact tgcaattgat ttcgggacaa ggaacgagaa ctgctgtgtt taggaaaaat
     4141 ggttcagggg aatgtatggt tcgagcaagg attgcatcat ctaccattac atatcgcgtt
     4201 tgggtaggga taccatcccg agttgattat attgaaggga tgagagaagg tgctcaatta
     4261 gaacctaatt ctccgtatgt cttctcgatt gataatgccc agaataccga tagagtagaa
     4321 tgggcggttg gagggggtca aatcgaaagt ggccaaggca ctaaccgcat atttgtaaaa
     4381 acagaagaat tcggccgatt ctatatatgg gcaaatagga taaaccgttg tggagaagga
     4441 ggatatcaca aatttagtgg aacgattata agaagagagt atttcaccct ctcccccaac
     4501 ccggccgtgg atgtggtgac gctgcaactg acggaggcgg aaggcgagca tcgcgcccca
     4561 agctcgccct cgggaaaggg cactacgagc acgtatgaaa tccaactttg gaatgggcta
     4621 acgatgttaa gatcgtttaa gacgaatcag ccgactttcc aaatcccgat cgcgggactt
     4681 ccgacagggc tgtatttcgt gcgtgtgatc aaagacggac agacctatat cgcgaagttg
     4741 atcaagaatt agcgtcgaag gctcaccgtg taaaagctgc gtgcaaacga actgctatcg
     4801 ggcagaccga agggatgaaa gtccctcggg tctgcccgat tttcgtatgg acgaacggta
     4861 tcaccccctt cacttccctt tcatcgccct cttagctttg ggtcggcttt gatgctagcg
     4921 tcccatttcg aggagcgaac gggtgttttc ttgggtcgat tcatggggtt ggttttttgt
     4981 atgggattag gtggcgactt tggagccgag ccgccgcgga gtgaaggctc cggaggcaag
     5041 gcgttttgta gcacaaaacg gtttttgtgg cacaaaaaca caccttgccg ggccccggaa
     5101 taggaggtgc ccgtaccctg aacacttgca ctcaatacat gcaagtgttc gggagggcat
     5161 tgcacgctta gcgtacatgt gttcagagct tccgccattg ttcgatgctg tccttgtacc
     5221 cgtcgagatg ctcccgaagc acgcgctcga catagcccga gatgctggcg cctcgcagac
     5281 cgatcctgcg gacaacgaag tccagccttt gctgggtctc gtcagagacg tagaccgcct
     5341 tgcggtggct gatgcgcgcg ggttggaggt acgtctctcg aaatgtggcc aaatcctcct
     5401 tgtagctctt ggcctttcga ggagccggag cgggtggagc ggtcgctata acttccgcct
     5461 ttggcttatc cgccttcgtt cgaggatgaa tgacttcttc cttaggctca tccgccggag
     5521 gaggatcaag cgggcttctt tccagctcga tctctgcggg cggat
//
LOCUS       SEQF3106|MIQD01000103.1 5403 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5403
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(1126..1425)
                     /locus_tag="SEQF3106_01835"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPGLNPLLHSELRLGVMSILIGVESADFTYLRKETGATAGNLS
                     VQLEKLSQAGYITIEKGFRGKIPRTTCRITPEGTEAFRQYVEALDHYLRGVKNGK"
     CDS             complement(1410..2027)
                     /locus_tag="SEQF3106_01836"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEEEKKVLRDVPLNEKESMALIAEMIRNTQRKMERGAGTPMLV
                     WGYATVLATLAVWVGLKLTNDYRVQFLWFLIPVIGLTWMLFQRRQPPEVRTYVDKVVS
                     YIWIVMGWSGFIVSCLSFLGAIQATILFIITLMMGQGSVLTGLVTRFRPLTIGGIVAL
                     LLSFALLYLTDIDLHLLTFALAFVAMGIIPGHILNRRAKKACSQD"
     CDS             complement(2037..4385)
                     /locus_tag="SEQF3106_01837"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRCTLYIVALAAAMLAHGARAQEVRGRVTDAEGRAVEPATVAVF
                     RGDWQLAADVTDTAGRFRLSAPDGPYTLRVRHVAYRPLDTLIAARSRLGDELSLVMAE
                     ASVGLGEVTVQAERVVREADRFVVHVGDAPAMAGRDGAELLRTAPGVWVTDDGVSVNG
                     AAGARVYVDDRELRLSGRALTAYLRTLRAADVARVEVLPQADASYGADVRGGVVRIVL
                     RRRRERGVDANASAETDFGRQYGGVRPSASVRAHAGRWTWHASIASDHIYKGIRRQSA
                     ERFYVNREAGSFASQSVTDGRRRSVTGRVGAIFDANPRTSIGAEAELSRGRETEPSEV
                     ETRIGQHGQLRSITGHYDREETDRLAAAAVNVTHRTDTIGSRLKLVADYTDRSLGGET
                     DEHSTAGWTNRDLTASRYRVLAIDASAVRVFRSGMRLSAGAKYTRNRMRDSVRREGAA
                     SDPGFLNDYTEQIAAGYASLALELGCLSLTAGLRAEWTHTAGREGMRRAYADLFENAT
                     ATYAFDPMRLFMLVGQYARNVERPNFRYLNPRRVRSSDFAYIEGNPALRPTYIRRLSL
                     TAVWHYRYTLTVGGNLHRDLVREEAHTDALAPEVRIVRPENHDRENHWFVALSAPLRP
                     VRGWELNANLVGVRQDLRRVSSDPWATHWLGFARLTLGVTLPRDAYAELTYNASSRLY
                     SANSGIEPRHTFDVALKKQFADRRLTITLGVSNIFDRGVMFFSNTDRFNEYTSVSGGS
                     VGRRFTVGLHYAIRSGKSVKARTVERASADDTRRMEKAKNEK"
     CDS             complement(4419..4847)
                     /locus_tag="SEQF3106_01838"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTWRIACMAGMLCMMTGAAMVAQKVNAQTTAKVDVTLSITGVH
                     AGGGKLMASAGDPNDRAHMVYAVADPTAEGSQSLVLRDVPVGMCDVYVFQDTNGNMTL
                     DRNAEGLPSEPCFMKQKVKLTADGVTVKARLVNPAEMMGK"
ORIGIN      
        1 atagcccctt ttacccgctg cgccgctgga atccgcgttg agtatggcat gcgttgggcg
       61 tatcccatgc gcagcaaaat cgtaggatgc tcgttcggga ggccgagcgt gtcggtcaac
      121 ttatgggcaa gctccggcag ctcgttcggc gggttgaggt acgcatgggc gatgcccatc
      181 gctgtcgacg tgagcagcag tcgctctaat gtccggccga gcgccaccca ctgctccacg
      241 ctgttgtcgc gggtggtgag caggatcaag tgggaggccg aagcgatctt cttgcggtca
      301 ctgcggttct gcgatcgttc gttgagtgca ccggcgatga cgttttcgga gatgaagcgc
      361 ggcagattag gggcgccgaa gacgtcgtag ctcagtccgt cgtgccgggt gtcgcggtgt
      421 ttcttgttgt aacgcatcca gctgcgcagt tcggacttaa acgcgtcgtc ctgcatctgc
      481 acgctgttgc cgcggtagat cagttcggcg atggcgtcga aagcgggcgt gccgcgctcg
      541 tagaaatgaa tgttgacagc gggctcgatc tcaatggctc gcagtcggtc gatgtctgcc
      601 gcgggaatca tgcgcccatc gtacacccgg cgattagtct gccggagggc gatttgtgcg
      661 aagagcggcg acggcgttac gtcggcttgg cggtcaaggc gaatgcagat cgtgctgtct
      721 tccgcaacgg tcaccgtcgg gcggtagccc ttatgcgagg cagctatgca gaggttttcc
      781 gccgcgcaac cgaggctgac gaacagctcc cgattgtccg ggtcgactac gggcaatgcc
      841 cggctgtagt cggggcagat gtcgatctcc gtctcgccga ttcggaacat ccacggctgt
      901 gtgttatgcc ccgacggggc tttgacggcc tgctcgatga ggaacaggaa gtcagggttt
      961 tgtgctaacg aatgattcat tgtgatcatg cttataagta atgggaacaa cagtttcttc
     1021 ataatcaaaa caggtatttg tggtaggggc aaaattttgg ctcggtaatg aatcgtgtga
     1081 ctataaaaac accggagaaa caagactccg gccgcttttc acttctcatt ttccgttttt
     1141 cacacccctg aggtaatgat ccagcgcctc gacgtattgg cggaaagcct ccgtgccttc
     1201 gggcgtgatg cggcaggtgg tgcggggaat ctttcccctg aaaccttttt ctatggtgat
     1261 ataacccgcc tgcgagagct tctccaactg cacactcagg ttgccggccg tcgcgcccgt
     1321 ctccttgcgc aggtaggtga agtcggcgct ctccacgccg atcagaatcg acatcacgcc
     1381 taaccgaagc tcgctgtgga gcagcggatt cagtcctggg agcatgcctt ctttgcgcga
     1441 cggttcaaga tgtgtccggg gattataccc atcgccacga aagccaaggc gaaggtcagc
     1501 aggtgcaggt ctatgtccgt gagatagagg agcgcgaagc tgagcaacag cgcgacgatg
     1561 ccgccgatgg tgagcgggcg gaagcgtgtg acaagccctg tgaggacgct accctgaccc
     1621 atcatcagcg taatgataaa caggatcgtc gcctgtatcg cgccgaggaa cgacaggcag
     1681 gagacgatga agccgctcca gcccatgacg atccagatgt acgacaccac tttgtcgaca
     1741 tacgtgcgga cctccggcgg ctggcgccgc tgaaacagca tccacgtcag cccgatcacg
     1801 ggaatcagga accataggaa ttgcacccgg tagtcgttcg tgagcttcaa accgacccag
     1861 accgccagcg tggccagcac cgtggcgtaa ccccacacga gcatcggcgt acccgcgcca
     1921 cgctccatct tgcgctgcgt gttgcggatc atctccgcga tcagcgccat actctctttt
     1981 tcattcagcg ggacatcccg caagactttc ttctcttctt ctttcattgt catgattcat
     2041 ttttcgtttt tcgctttctc catccgccgc gtgtcgtcag ccgaagcacg ctccacagtg
     2101 cgcgccttga cggacttgcc gctgcggatg gcgtaatgca acccgaccgt gaagcgtcgc
     2161 ccgactgatc caccagaaac ggacgtgtac tcgttgaagc gatcggtatt ggagaagaac
     2221 atcacgccgc ggtcgaagat gttgcttacg ccgagggtga tggtcaaccg gcggtcggcg
     2281 aactgcttct tgagcgcgac gtcgaacgtg tggcgcggct cgatgccgga gttggccgaa
     2341 tagagccggc tcgacgcatt gtaggtcagc tccgcgtacg cgtcgcgggg gagggtcacg
     2401 ccgagcgtga ggcgagcaaa gccgagccag tgcgtcgccc acgggtcgga ggagaccctc
     2461 cgcagatctt gccgcacgcc gacgaggttg gcgttgagct cccacccgcg gacggggcgg
     2521 aggggcgcac tcagggcgac aaaccagtgg ttctcgcggt cgtgattctc gggtcgcacg
     2581 atgcggacct cgggcgccaa agcgtcggtg tgcgcctcct cacgcacgag gtcgcggtgg
     2641 aggttgccgc cgacggtcag cgtgtagcgg tagtgccaga cggccgtcaa gctgaggcgc
     2701 cggatgtagg tcgggcggag cgccgggttg ccctcgatgt aggcgaagtc tgacgagcgg
     2761 acgcgccgcg gattgaggta gcggaagttg ggtcgctcca cgttgcgggc gtattgtccg
     2821 acgagcatga agaggcgcat cggatcaaag gcgtacgtcg cggtggcgtt ctcgaagagg
     2881 tcggcgtagg cgcgtcgcat gccctcgcga ccggccgtgt gtgtccactc tgcgcgcagt
     2941 ccggcggtga ggctgaggca accgagctcg agggcgagcg aggcgtagcc ggccgcgatc
     3001 tgctcggtgt aatcgttgag gaaacccggg tcggacgccg cgccttcacg tcggacagag
     3061 tcacgcatgc ggttgcgggt gtacttcgcg ccggcagaga gccgcatgcc cgaccggaag
     3121 acgcgcacgg cggaggcgtc gatggccagc acacggtagc gcgaggcggt gaggtcgcgg
     3181 ttcgtccagc ccgctgtcga atgctcgtcc gtctcgccgc cgaggctgcg gtcggtgtag
     3241 tcggccacta acttgagccg cgaaccgatc gtgtccgtgc ggtgcgtcac gttcacggct
     3301 gccgccgcta agcggtccgt ctcctcgcgg tcgtagtgac ccgtgataga ccgcagctgg
     3361 ccgtgttgac cgatccgagt ctccacctcc gacggctccg tttctcgtcc gcgcgacagc
     3421 tccgcctcgg cgccgatcga cgtccgcggg ttggcatcga agatcgcccc cacgcgcccc
     3481 gtgacgctgc gtcgccggcc gtccgtcacc gactgggacg cgaacgagcc agcttcgcgg
     3541 ttcacataaa aacgctcggc cgactgccgc cttatacctt tatatatatg gtcgctcgcg
     3601 atggaggcgt gccacgtcca gcggccggcg tgcgcccgga cggaagccga gggccggacg
     3661 ccgccgtact gccggccaaa gtctgtttcg gccgatgcgt tggcatccac gccccgttcg
     3721 cgccgccgac gcagcacgat ccgcacgaca ccgccccgca cgtccgcgcc atacgacgca
     3781 tcggcctggg gcaagacctc cacccgcgcc acatcagccg cccgcagcgt acgcaagtaa
     3841 gccgtcagcg cgcgccccga gagccgcagc tcgcggtcgt ccacatagac ccgcgcgccg
     3901 gccgcaccgt tgactgacac gccgtcgtcc gtcacccaga cgcccggcgc tgtgcggagc
     3961 aactccgcgc catcgcgacc ggccatcgct ggcgcatcgc cgacgtgcac cacgaagcga
     4021 tccgcctcac gcactacccg ctcggcctgt accgtcacct cgccgagccc cactgacgct
     4081 tcagccatga cgagtgacaa ttcgtcaccc aaacggctgc gcgccgcgat cagcgtgtcc
     4141 aacggtcgat aggccacatg ccgcacacgc agcgtataag gcccatcagg agcggagagt
     4201 cggaatcgcc ccgccgtgtc tgtcacgtcg gccgctaact gccagtcgcc gcggaagact
     4261 gccaccgtgg caggctccac cgctcgaccc tcggcgtccg tcacccgacc gcgaacctcc
     4321 tgcgcccgcg ccccatgggc gagcatcgcc gccgccagcg ccacgatata tagggtacag
     4381 cgcatcgcct tttcattctc gaggttgcaa ccctctaatc atttgcccat catctcggcc
     4441 gggttcacga gccgcgcctt caccgtgacg ccgtcggccg tgagcttcac tttctgcttc
     4501 atgaagcacg gctcagaggg gaggccctcc gcgttgcgat cgagcgtcat gttgccgttc
     4561 gtgtcttgaa agacgtacac gtcgcacatg cccacgggca catcgcgcag cacgagcgac
     4621 tgcgatccct cggccgtcgg atcggccacg gcgtaaacca tgtgcgcgcg atcgttcggg
     4681 tcgccggccg aggccatcag ctttccgccg ccggcatgca cgccggtgat ggagagcgtc
     4741 acatccacct tcgccgtcgt ttgtgcattc accttttgcg ccaccatcgc agcgcccgtc
     4801 atcatgcata acatgcctgc catgcaggct attctccaag ttgtcatctt gtttatctcc
     4861 tattttaatg gggtttgaat ggatatggaa tggttgtgat cacgggggca aatgtatggt
     4921 ggtttatttt ataaaccgat ctttgttgta ggctaattta agtgggcata tgagctgcgc
     4981 aacccgagtg ggagaaaatc gagtaggtcg ggaaacgagg ggcaccgtta agttcctctc
     5041 gtttcctttc ctctcacacc accgtacgta ccgttcggca tacggcggtt taatttgttt
     5101 tcaaagcgcg cctaatctca tagtagtcca agcagctaac caaacctttg cgggtgaggg
     5161 ccgatttcga tatcgctctt gccacacagg tgcgccttac aacccattca tagcgatcgc
     5221 cacaatagga tgtaaggcga gccaagtcac tgcttacgcc cagcttccga agtccccatg
     5281 cacgcttgcg gggagtcttc cattgtttcc atatcacctt tcgaagcatt gtcctcaggt
     5341 gggcgtcgat cttctccatt ttcactttca tcgcggctat ggaaaagtaa tttatccacc
     5401 cac
//
LOCUS       SEQF3106|MIQD01000104.1 5015 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5015
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(388..2982)
                     /locus_tag="SEQF3106_01839"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRHFLILLLFITGIAATAQRVTLSGTVTDGANGQPIAGVLVTV
                     RPSGAQKVLAFTQTMANGRFEVTLTADAPDRVLHFSMMGYAARTLPIEKGRTTYDVTL
                     KEQATALREVVICAPSIHERGDTITYIVSRFATTGDRSLGDVLKKMPGIEVEKSGAIS
                     YNGKPINKFYIEGKDMLGGRYGIATNNIHPSDVGSVEVMENHQPVKALENISFSQNPA
                     INIRLKEDAKARWVGTAKAAVGASPFLWDGELALMRFKQKSQTLNTLKSNNTGRDVTR
                     EAASFIDGERAESALTEHIVVAPDRLRAIDGDRSRFNRSHLVTTNNLWGVSKDFDLTS
                     QVTYADHRLTSDVASHQTYFLDDSTVFTEADEHTLSRRHAFTGDITLTANTPSLYVRN
                     KLQVDLRWDDTRQSVRGTYPNHQAATLPRRSFSDELELIRRHGRRAYSLRSLNVYRAH
                     PHRLTVRRSDGDEQQQRVESSVFYTHTHTALSFYFDPVALSLRAGLVGTWRSLRSALT
                     GLSDSLGSLRNDMSTRRLRLYVSPELAYRHDDFEATVRLPLSLLPYRHTDHLTGHTTT
                     RGHLLLAPTAYIKWYLTSRLTLSLDGRLSPIAPDEQTFYEGLILRDYRHLSQGAIDDH
                     LGRNISADITVRYRYPLRALFAHASAGYMQRHRTRTVDSRFLGAYLLQTTVPEPSDTR
                     SWTADASLSKGIDALRSIVTLSASFLSTRGTAYRNRKPTFFTSTTRDANCKLSTRLAT
                     WCNTAYELSLSQSTLHVDRPDLRSSYLDLSGRLTLHLIPHRMWSLRLTAEHYSNEIAD
                     GLRKQLLLADAELTCTLKGGWEVNVSARNLFNRRTYAYTLYDGPATFRKSYLLRPRNL
                     TAGLFFRF"
     CDS             complement(2979..3815)
                     /locus_tag="SEQF3106_01840"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTIRYLLLFTALAIHTSAQKDVLDRASMKCMYRTTRLKDTLDV
                     AFYEDLLILQIGPQVSKCFSYYTFQNDSLRQTPEGNRQASELFKQALADFHKHRDRSR
                     FLNSFPRSRTLTIVYKNYPAGAITVTDGLREDQVTYRDTLNAQQWTIVDSTREVLGYT
                     CQQATADFRGRHWTAWFATDIPVSDGPWKLGGLPGLILEAYDKGHQYTFTAVGLERVA
                     EEPIVFTRRGGKNGYRTVDRRAFLKAEMFDLMHGGALGASGLKSTDYEPVYMDLIERD
                     YK"
     CDS             complement(3827..4678)
                     /locus_tag="SEQF3106_01841"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTVACLLLLASLTVQTIAQDRVLEPATIEVHYRHTMQRDTVRR
                     LATETDSMILRIGASASQFFSRHTFYYDSLWNDPDGRATAEALTLEAFRTRDHSKEPR
                     VGTTYDYFYKNYPAGRVTTTNEQFHVACRYDEPTPSISWGMDDSIRMILGHSCRMATA
                     NFRGRRWTAWFATDIPVSDGPWKLGGLPGLILEAYDRGDDYHYTAVRIVESGLDPVTF
                     YCFDGKPFFDTDRLTFLRSQRAFLSGQGNVYDIELIRAIVQSGRRKTYMQREAHRLLF
                     DPLERDY"
ORIGIN      
        1 aactcggctg ccctttcagg gcgccatatg acaactataa actatagggt agtttcaggg
       61 gaggagtgca gaacgcgggg aggtttgggc gcattggtta cccagggtgc cgcgccacca
      121 aaaggcgtcg ctctaccctg ggctgggttc cgagttgccc ttacggtcaa ctcggctgcc
      181 ctttcagggc gccatatgac aactataaac tatagggtag ttttgggaga ggagtgcaga
      241 acgcggggag gtgaaggaga gtatttatat aagatactgc acctgctggg gggtgtgggt
      301 tggtatgagg agcgggtagg ggagggggcg acgggataag tcagttgctt ttggggggga
      361 gggataacgg cggtcggcga tggggcgtca gaagcggaag aagaggccag cggtgaggtt
      421 gcgtgggcgg aggagatagg atttgcggaa ggtggctgga ccgtcgtaaa gggtgtaggc
      481 gtaagtgcgg cggttgaaga ggttgcgggc ggaaacgttc acctcccagc cacctttcag
      541 ggtgcatgtc agctcagcat cggccaggag gagttgcttg cggagtccgt cggcgatttc
      601 gttgctgtag tgctcggcgg tgaggcgtag gctccacatg cgatgcggga tgaggtgtag
      661 cgtgaggcgt ccagagaggt cgaggtagga ggatcggagg tcgggacggt cgacgtgaag
      721 cgtgctctgg gagagcgaga gctcgtaggc ggtgttgcac caggtcgcga ggcgagtaga
      781 gagtttgcaa ttagcgtcgc gggtggtgga ggtgaaaaaa gtgggcttgc gattgcggta
      841 ggccgtgcct cgggtggaga ggaagctggc gctcagggtg acgatgctcc gaagggcgtc
      901 gatacccttg ctcagactgg cgtcggctgt ccatgaccgg gtgtcagaag gctcggggac
      961 ggtggtctgg aggagatagg cgccgaggaa acggctgtcg acggtgcgcg tccggtgacg
     1021 ctgcatgtag ccggcggagg cgtgggcgaa cagcgcacga agcggatagc ggtaacggac
     1081 ggtgatgtcg gccgagatgt ttcgccccaa atggtcgtcg atagcgcctt gcgacaggtg
     1141 gcgatagtca cgcaggataa gtccttcgta aaacgtctgc tcgtcgggcg cgatggggga
     1201 caggcgaccg tcgagagaca gggtgagtcg cgaagtgagg taccacttga tgtaagccgt
     1261 gggcgccaga aggaggtgtc cgcgagtggt ggtgtggccg gtgaggtggt cggtgtggcg
     1321 ataggggagg agggagagcg gcagtcggac ggtcgcctcg aaatcgtcgt ggcgatatgc
     1381 cagctcgggg gagacgtaca ggcggaggcg acgcgtcgac atgtcgttgc ggaggctgcc
     1441 gagcgagtcc gagaggccgg tcaacgcgct gcgcaagctc ctccaagtgc cgacgaggcc
     1501 cgcgcgcagg gagagggcga cggggtcgaa atagaacgag agcgccgtat gcgtgtgggt
     1561 gtagaaaacg gacgactcga cgcgctgttg ctgctcgtcg ccgtcgctcc ggcggacggt
     1621 gaggcggtgc ggatgggcgc ggtagacgtt gagcgagcgg agcgagtagg cgcgacggcc
     1681 gtggcgacgg atcagctcca attcatcgga gaaggaacgg cggggcaggg tggccgcttg
     1741 atggttgggg taggtgccac ggacggattg gcgcgtgtcg tcccaccgga ggtcgacttg
     1801 cagcttgttg cgaacgtata aagacggggt gttggccgtc agtgtgatat cgcccgtgaa
     1861 tgcgtggcgg cggctgaggg tgtgctcgtc ggcttcggtg aaaacggtcg agtcgtcgag
     1921 gaaatacgtt tggtggctgg ccacgtcgga cgtgaggcgg tggtcggcat aggtgacttg
     1981 cgatgtgagg tcaaaatctt tggacacgcc ccagaggttg ttcgtcgtca cgaggtgaga
     2041 acggttgaaa cgactgcggt cgccatcgat ggcccgcagg cggtctgggg cgacgacgat
     2101 atgctccgtg agtgccgatt cggcgcgctc gccgtcgatg aacgacgcgg cctctcgcgt
     2161 cacgtcgcgc cccgtgttgt tcgacttcaa cgtgtttaac gtttgcgatt tctgcttaaa
     2221 acgcatcagc gccagctctc cgtcccagag gaaagggctg gcgccgacgg ccgctttggc
     2281 tgtccccacc cagcgagcct tggcgtcttc cttcaagcgg atattaatgg ccgggttttg
     2341 agaaaaagag atgttctcga gtgctttcac cggttggtgg ttctccatca cctccacgct
     2401 acccacgtcg ctgggatgga tattgtttgt cgctatgccg tatcggcccc ccagcatgtc
     2461 ctttccctcg atgtagaact tgttgatagg ctttccgttg tagctgatgg ccccgctctt
     2521 ctcgacttcg atgcctggca tttttttgag gacgtctccc agcgagcggt cgcccgttgt
     2581 tgcaaatcgg gagacgatat acgtgatggt gtcacccctt tcgtgaatgc tgggagcgca
     2641 gatgacgacc tcccgcagcg ctgtggcctg ttctttaagg gtcacgtcgt atgtcgtccg
     2701 acctttctcg atcgggagtg tacgtgcggc gtagcccatc atcgaaaagt ggagcacgcg
     2761 atcaggcgcg tcggccgtca gcgtcacttc aaaccgtccg ttagccatcg tttgcgtgaa
     2821 cgccagcact ttttgcgctc cggaagggcg caccgtgacg agcacaccag ctatgggttg
     2881 gccgttagcg ccgtcggtca ccgttcccga tagggtcaca cgctgggccg tggccgcgat
     2941 gcccgttata aataataaaa gaataaggaa gtgtcgtatc acttataatc cctctctatc
     3001 aaatccatat atacaggctc gtagtccgtc gacttcagac ccgacgcgcc gagtgcgccg
     3061 ccgtgcatca aatcgaacat ttccgctttg aggaaagcac gcctgtccac cgtccggtag
     3121 ccattcttcc ctccgcgacg ggtgaagacg atcggttcct ccgctactcg ctccagccca
     3181 acggctgtaa acgtatattg atggccctta tcgtaagcct cgaggatcag ccccggcagt
     3241 ccgccgagct tccatgggcc gtcgctgacg ggaatgtctg tcgcaaacca agccgtccaa
     3301 tggcgaccac gaaagtcggc cgtcgcttgc tgacacgtat atcctaacac ctcgcgcgtg
     3361 ctgtcgacga tcgtccactg ctgggcgttg agggtgtcgc gatacgtcac ttgatcttcc
     3421 cgcagtccgt cggtcacggt gatggcgccc gcggggtaat tcttgtaaac gattgtaagg
     3481 gtgcggctgc gcggaaagct attcaggaac cggctgcggt cgcgatgctt atggaaatcg
     3541 gccaaggctt gtttgaaaag ctcgctcgcc tgacgatttc cctccggcgt ctgtcggaga
     3601 gagtcgttct ggaacgtgta atagctgaaa catttggaga cttgggggcc aatctgcagt
     3661 atcaagaggt cttcataaaa agcgacgtcg agcgtgtcct ttaatcgcgt tgtccgatac
     3721 atacacttca tagatgcgcg gtcgagcacg tccttttgtg ccgaggtatg gatggccaac
     3781 gccgtaaata acaagaggta gcgaatcgtt ttcataccat ataatattag taatctcttt
     3841 ccaatggatc gaagagcagc cgatgggcct cgcgctgcat gtaagtcttc cggcggccgg
     3901 attgcacgat cgcgcggatc aattcgatgt cgtagacgtt gccttgtccg ctgaggaaag
     3961 cacgctggga gcggaggaag gtcaggcgat cggtgtcgaa gaagggtttg ccgtcaaaac
     4021 agtagaacgt cacgggatcg aggccactct ccacgatccg gacggccgtg taatggtagt
     4081 cgtcgccccg gtcatatgcc tcgaggatca gccccggcag tccgccgagc ttccacggcc
     4141 cgtcgctgac ggggatgtcc gtcgcgaacc aagccgtcca gcggcgaccg cgaaagttgg
     4201 ccgtcgccat gcggcacgag tggccgagta tcatgcggat ggagtcgtcc atcccccacg
     4261 agatcgaggg cgtgggctcg tcgtagcggc aggcaacgtg aaactgttcg ttagtcgtcg
     4321 tgactcgccc cgccgggtaa ttcttgtaga agtagtcgta agtcgttccc acccgcggct
     4381 ctttcgaatg atcgcgcgtg cgaaaggcct cgagcgtcag cgcttcggcc gtcgcgcgac
     4441 cgtcagggtc gttccacaac gagtcataat aaaaggtgtg acggctaaaa aactggctcg
     4501 cgctcgctcc gattcggagg atcatagagt ccgtctccgt cgccagccgt ctcaccgtgt
     4561 cgcgctgcat cgtgtggcga taatgcacct ctatcgtggc aggctcaagc acccgatctt
     4621 gtgcgatagt ctgtacggta agggaagcga ggagaagtaa acaagcaaca gttctcatct
     4681 catttggttt gtagattcgt aacaaatata tggtgcatat ccattttccg gagcactcca
     4741 aactgctgtt ttctgtactt cccccaaaaa gtaagcaccg tcgacgggtt gcaatcagct
     4801 ttcctcgaaa agtaagcgct gtcgacgggt tacaatcagc tttcctcgaa aagtaagcac
     4861 gatatacggc ctacaatcag ctttcctcga aaagtaagcg ctgtcgacgg gttgcaatca
     4921 gctttcctca aaaagtaagc acgatatacg gcctgcaatt agctttcctc gaaaagtaag
     4981 cacgatatac ggcctgcaat cagctttcct cgaaa
//
LOCUS       SEQF3106|MIQD01000105.1 4889 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4889
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(775..1884)
                     /locus_tag="SEQF3106_01842"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTHIMAKKNQSLKYPPLRFPGFTDEWKEVKLGEVADYVQKRGRC
                     RLYLSTENMLPDFQGIQECLLEQATSGILFQAGDVLVSNIRPYLRKAWLANKAGCCSA
                     DVLVFRHKSLLDPMFFYYIMANQKFIDYMMRAAKGVKMPRGDKGHVIQYPLRLPSLPE
                     QRKIAALLSVIDERIETQSAVIKDQEALKGVLSKRLLTPEEDWMELAIRDCLTYEQPT
                     KYIVRSTAYSSDSTLTPVLTANKGFILGYTNEQETYQKGACIIFDDFTLDCKYVPFVF
                     KVKSSAIKILQAKEGFDIRFMFEVIKSLSLSPLAHKRHYISEVEPIKVLVPSFAKQEK
                     IVRLFAALDERLAVEKEYAALLQKQKAYLLQQMFV"
     CDS             complement(1881..3515)
                     /locus_tag="SEQF3106_01843"
                     /EC_number="2.1.1.72"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q89Z59"
                     /codon_start=1
                     /transl_table=11
                     /product="putative type I restriction enzymeP M protein"
                     /translation="MTAKDKQALGKTLWAVADELRGSMNADDFRDYMLSFLFLRYLSG
                     NYEKAARKLLKSAYPGPDAPLAPGQTPLQYWYEKHPQQVAIFEQEMNNQEHYVIHPQY
                     LWSHIAEMARTQNSELLNTLEDGFQHIEEESFRHTFRGLFSEVNLASDKLGKDHRTKN
                     NMLCSIISKINEGIADLSDDTDSLGDAYEYLIAQFAAGSGKKAGEFYTPQSISTILAR
                     IVVLDSQDPTRGPRRHMRRVLDFACGSGSLLLNVRRQMQSPEAINTLYGQELNITTYN
                     LARMNMLLHGVKDDAFKIFHGNTLTNEWTDVFAPTDRKHIEFDAIVANPPFSLKWTPR
                     EELAHDPRFGNYGLAPKKAADMAFLLHGFHYLKQDGTMAIILPHGVLFRTGVEERIRR
                     KLIDDGHIDAVIGLPPKLFFSTGIPVCILVLKKCVRPDDVLFIDASREFAKDKKQNRL
                     RMGENGEPDDIAHIIDTYSHRREEARYSRRVPIAEIRQNDYNLNIPRYIDTYQEEAPI
                     DLPTVMHRIHDLEARRADLDRQIAAYFAELGLTDIK"
     CDS             complement(3738..4709)
                     /locus_tag="SEQF3106_01844"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQSKSISGINHHYPMGMHIAMQDQLYGLIQPIAPEKIALEPTD
                     IPSWKADIEQERELVRETTAAEESASIIEKDKKRDEVITSIFQEVRLADKSLIEARQT
                     AGHRLRLVVDTYKGLQTENKIEETGHITGLLNDLDKPSAVADLATLGLTPLVQKLRTY
                     NNEFIALQDSRLKAGASINLPPTAKMRAKNDATATEIFRHIEAAYITTATDEDRKTIG
                     ELIDRINKVLQAVKTTYRQSLAQKRAAAEKKPKDPKKPKEPKEPKDPKQPKDPKKPEG
                     GGDDIQIPSEPPKKPDDAEQPTPKPGGEGGGDDIQIPSEPPKKPDGQ"
ORIGIN      
        1 ggtagaggat acattgaatt gtaagtacaa ggacttctcc caaataacca tagccttacc
       61 ttccctcctc gagcaacgta agattgcggc cttgctctca gcaatagatg aacggatcga
      121 aacccaaagt gccgtaataa aggatcaaga ggcgctgaaa gccgcgctcc ttcgccgcct
      181 cttcgaccgc acactccgct tccccggctt taccgacgag tggaaggaag tgaggttggg
      241 agaggttaca tgtgagcgga acgaaacaaa tgctccaacg ctaccccttc tttctattac
      301 agtagacaaa gggatcattc cccaaacaga ttctgaaaaa aaagatgtat ccaatgcaga
      361 taaatcaaag tacaagagaa tctgctctgg agacattggg tataacacga tgaggatgtg
      421 gcaaggtaga agtgccctct cttttgttga aggcatagtc agtcctgcat atacgatcgt
      481 tactccgcag aaaggtgttt cgcctttgtt tctttcctat ttgatcaaac gtcctcgtct
      541 gatctatgag ttttggacgc attctcaagg attggtagag gatacattga attgtaagta
      601 caaggacttc tcccaaataa ccatagccat accctccctt cccgagcagc gtaagattgc
      661 ggccttgctc tcagcaatag atgagcgtct tgctgtagaa agagaatatg ccgagcagct
      721 gaagttgcaa aaggcttacc tactccgaga gatgttcatc tgacagcgtt tttatcagac
      781 aaacatctgc tggagcaagt atgctttctg tttttgcaag agtgctgcgt attccttctc
      841 tacagcgaga cgctcatcta aagcagcgaa tagccttaca atcttctctt gcttggcgaa
      901 cgaaggcaca aggactttga tcggctcaac ttctgagatg tagtgtcgct tatgggccaa
      961 tggagataat gataaggact ttatgacctc gaacataaag cggatgtcga agccttcttt
     1021 tgcttgtagg atcttaatgg cggaagactt gaccttaaaa acgaatggga catacttgca
     1081 atccagtgtg aaatcatcaa agatgatgca ggctcctttc tgatatgtct cttgctcatt
     1141 cgtgtagccg agaatgaatc ccttgtttgc agtgagcacc ggagttaagg tactgtccga
     1201 ggaataagca gtactcctca ctatgtattt cgtgggttgt tcataggtca agcaatctct
     1261 aattgcaagc tccatccaat cttcttcagg agtcagcaat cttttcgata aaacaccttt
     1321 cagcgcctct tgatccttta ttacggcact ttgggtttcg atccgttcgt ctatgacgga
     1381 aagtaacgcc gcaatcttac gttgctcagg gagggagggg aggcggaggg gatattgtat
     1441 gacatgaccc ttatcgcctc ttggcatctt tactccttta gccgcacgca tcatgtagtc
     1501 gataaacttt tggtttgcca tgatataata gaagaacatc gggtcaagca gactcttatg
     1561 ccgaaacact aaaacatccg cactgcagca ccccgctttg tttgctaacc atgctttcct
     1621 cagataaggc cgaatattag aaactagcac gtcacccgct tggaataata tccctgaagt
     1681 agcttgctct agaagacatt cttgtatccc ctgaaagtct ggaagcatat tctcagttga
     1741 aagataaagc ctacaacgac ctctcttttg tacatagtcc gccacctctc ccagcttcac
     1801 ttccttccat tcgtcggtga agccggggaa tcgcaaaggg ggatacttga gggattgatt
     1861 cttttttgcc atgatgtggg tcatttgatg tcggttaggc ctaactcggc gaagtaggcg
     1921 gcgatttggc ggtcgaggtc ggcacggcgc gcttcgaggt cgtggatgcg gtgcatgacg
     1981 gtgggcaggt cgatgggggc ttcctcctgg taggtgtcga tgtagcgggg gatgttgagg
     2041 ttgtagtcgt tctggcggat ctcggcgatg ggtacgcggc gtgagtaacg cgcttcttcg
     2101 cggcggtgac tgtaggtgtc gatgatgtga gcgatgtcgt ctggttcgcc attttcgccc
     2161 atgcgcaggc ggttttgctt tttgtctttg gcgaactcgc gactggcgtc gatgaagagt
     2221 acatcgtcgg ggcggacgca cttcttgagc acaaggatgc agacggggat gccggtggag
     2281 aagaagagct tcggggggag gccgatcacg gcgtcgatgt ggccatcgtc gatcagctta
     2341 cggcggatgc gttcctctac gccggtgcgg aagagtacgc cgtgggggag gatgatggcc
     2401 attgtgccgt cttgcttgag gtagtggaag ccgtggagca ggaaggccat gtcggctgcc
     2461 ttcttgggtg cgaggccata gttgccgaag cggggatcgt gggccagctc ttcgcggggg
     2521 gtccatttga ggctgaaggg gggattggct acgatggcat cgaactcgat atgcttccga
     2581 tcggtggggg caaagacgtc tgtccattcg ttggtgaggg tgttaccgtg gaagatcttg
     2641 aaggcatcgt ctttgacgcc gtgcaggagc atgttcatgc gggccaggtt gtaggtggtg
     2701 atgttgagct cttggccgta gagggtgttg atggcttctg ggctctgcat ctgccggcgg
     2761 acgttgagta ggagtgatcc ggagccgcag gcgaagtcga gtacgcggcg catgtgtcgg
     2821 cgggggccgc gtgtggggtc ttgactgtcg agcacgacga tgcgcgccag gatggtggag
     2881 atggattgtg gggtgtagaa ctcgccggct ttcttgcctg agccggcggc aaattgtgcg
     2941 atgaggtatt cgtaggcgtc gcccagggag tcggtgtcgt cggagaggtc ggctatgcct
     3001 tcgttgatct tgctgatgat ggagcagagc atgttgttct tggtgcgatg gtctttgccg
     3061 agcttgtcgg aggcgaggtt gacttcggag aagagtccgc ggaaggtgtg gcggaaggat
     3121 tcttcttcga tgtgttggaa gccgtcttcg agtgtgttga gcagttcgga gttttgtgtg
     3181 cgggccatct cggcgatgtg gctccagagg tattgggggt ggatgacgta atgctcttgg
     3241 ttgttcatct cttgttcgaa gatggcgacc tgttgggggt gcttctcgta ccagtattgg
     3301 aggggtgttt gccccggggc caggggtgcg tcggggccgg ggtaggctga tttgaggagt
     3361 ttgcgcgcgg ctttctcgta gttgccggag aggtagcgga ggaagaggaa ggagagcatg
     3421 tagtctcgga agtcgtcggc gttcatggag cctcttagct cgtcggctac ggcccagagg
     3481 gttttgccga gggcttgttt gtcttttgcg gtcataggta gagggtagtt atgcggccta
     3541 aaggccgcgg tagtaggggc gccccttgtg ggcgcccttg tagttcgggg gtagatgatc
     3601 aattatcaat gattacgggg aggcatagaa atgccgggca cgcgtggggg ggcgtacccg
     3661 gcattatcat tggccattca ttcacaattc gcaccccggg gtttcgcccc gggctatcgt
     3721 cattcgcacc cgaggtttca ttgtccgtcc ggtttcttgg gtggctcgga ggggatctgg
     3781 atgtcgtcgc ctccgccttc gcctccgggc ttgggtgtgg gttgctcggc gtcgtcgggc
     3841 ttcttgggcg gctcggaggg gatctggatg tcgtcgcctc cgccttcggg cttcttcgga
     3901 tccttcggtt gcttgggatc cttgggctct ttgggctctt tgggcttctt gggatccttg
     3961 ggcttcttct cagcggcggc acgcttctgg gcgaggctct ggcgataggt ggtcttgacg
     4021 gcttgaagca ccttattgat tcggtcgatc aattcgccga tcgtcttgcg gtcttcatcg
     4081 gtggcggtgg tgatgtaggc tgcctcgatg tgtcggaaga tttcggtagc cgtggcgtcg
     4141 ttcttggcgc gcatctttgc cgtggggggc aggttgatcg aggcgccagc tttgaggcgt
     4201 gagtcttgca gggcaatgaa ctcgttgttg taggtgcgga gcttctgcac taatggtgtc
     4261 agtccgaggg tggccaggtc ggccacggcg gagggtttgt ccaggtcgtt aagcagtccg
     4321 gtgatgtgtc cggtctcttc gattttgttt tcagtttgca agcccttgta ggtgtcgacc
     4381 acgaggcgga gcctatggcc ggctgtttgg cgggcttcga tgagtgattt gtcagccaag
     4441 cggacttctt ggaagatgga cgtgatcacc tcatcgcgtt tcttgtcttt ttcgatgatg
     4501 gacgcacttt cttctgcagc cgtggtttcg cgtactaatt ctctttcctg ttcgatgtcg
     4561 gccttccaac tggggatgtc ggttggttcc aaggcgatct tttcaggagc aataggttgg
     4621 atcagtccat acaattgatc ttgcatggct atgtgcatac ccatcgggta gtgatgattg
     4681 atcccggaaa ttgactttga ttgcttcatt tctctctgtt cttttaattc aaatcaagtt
     4741 aggtgaccta tatgaatagg tgcaaggggg actataaatg cctcaaaagg ctgcgactac
     4801 tgtggttttg gcactgaaaa gcgttttcaa ggccgcgact actgtggttt tggcactgaa
     4861 aagcgttttc aaggccgcga ctactgtgg
//
LOCUS       SEQF3106|MIQD01000106.1 4836 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4836
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(539..1375)
                     /gene="birA"
                     /locus_tag="SEQF3106_01845"
                     /EC_number="6.3.4.15"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0CI75"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional ligase/repressor BirA"
                     /translation="MSYFNDPAPHIIHLHETASTNRYLQERLASDAPPADGTLVVSDF
                     QTSGRGQPGNTWESEAGRNLTFSLLYAPTDIPANHSFRISQIAALSVKYTLDRYTAGI
                     TVKWPNDVYWNDRKICGMLIENLLEGRFVNRSIIGIGLNLNQTTFRSDAPNPISLTQI
                     TGQHYDPSDVLQRWYEAFLRLRLWLEYAADSEDDIHSRYLRALYRRDGFHPYADADGP
                     FSASIEGIEPTGHLRLRRPDGRISRYAFKEVRFLPETPPTQRIEATNAHARAPHQGLQ
                     EG"
     CDS             complement(1362..1721)
                     /locus_tag="SEQF3106_01846"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIEEVREYCLKLKNSTESFPFDENVLVFKVEDKMYLAIWLGEM
                     DEPRIAVKCDPDEALLLRERYKAVEPAYHFNKRHWNDIYLDRDMNDDEVRRWIRHSYE
                     EVILQLPLRIRKAYELL"
     CDS             complement(2129..2503)
                     /locus_tag="SEQF3106_01847"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MANKKKSRIGGEGEAVARQYLEQRGYHIRHINWRYDHYELDIVA
                     EQGQMLIIVEVKTRDEWRIIEPEDAIDDAKIRRTVSAADAYIRTFDLDLPVRFDILSL
                     IKHDDGTYHVEHIDDAFYAPAR"
     CDS             complement(2510..4012)
                     /gene="patA_2"
                     /locus_tag="SEQF3106_01848"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O25526"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan O-acetyltransferase"
                     /translation="MNTLPDLSTLPHNLLALLTADPAHPLMFSSGLFWALFVLFLPIY
                     AWLRGRGHFVAMKCFVSAFSLYFFFHNSGWLFLLLVFTAAVDWDLAQLIARTTHPGRR
                     RAWLILSLLLSLGVLVAFKYTNFFLDNLRMLTGDARFHPLDLTLPLGLSFYTFRTISY
                     VVDVYRGRIAPTRSFLDYLFFLSFFPCLTAGPIVRADHFLPQLTPDALRQPVDRARIY
                     GGLFTVLIGVIKKAVVADYLAQYSNIVFGNPSGYSGVELLMGALGYGMQIYCDFSGYS
                     DMAIGLGAILGFDLGINFNYPYRSRNVTEFWRRWHISLSLWLRDYLYIPLGGNRRGAA
                     RQYVNLMLTMLLGGLWHGAAWTFIAWGAGHGIALCLHKRCKPWLDKLPNGGLVGFLSW
                     AVTFAWVMFLFIFFRADSFETAREMILGIATRFDTAYFPEFAKVRYVWTLIFLAIFAL
                     HFVPTHIYDRLRAAFARSPWILKLAIFVAVVQLVISFASADVQPFIYTQF"
     CDS             complement(4563..4835)
                     /locus_tag="SEQF3106_01849"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQVLADINTLWRMDAGLKWTFARGAAELRLKADDVFGTWSPGLN
                     TDYASQRLRMDVLSDTRAVTLSFVYRLRNYKPGKERKLDTSRFGTE"
ORIGIN      
        1 agggcgtcga ggcccatgtc gaggtagttt tggtagatga tctggggctt gtcgctgagg
       61 tagccttcgg gggatttttt gaagggtttc tcgcgtgagg tgccgaggat cgttccgccg
      121 cgcccgagta tgccggagag tgtgcgctcg gtgaagacct cgacgtcgcg gtcgagcagc
      181 cccgcgaagc cgttatgaat gcccacgacc tccatgccat agtgcaggag ggctgttttc
      241 cctacgccgc ggatggcggc attgatgccg gggcaatcgc ctccggctga aagtatgcct
      301 atcttcataa tgcctgaaaa tgattggtta gctgttgaca aaagtaagga gggaaaacct
      361 ctctttcatt tttgtgtcac ccacaaagcg ggcgttgcac cactctcaac gcaggcgttg
      421 tgccgctcac aaagcaggcg ttgtgccgct cgcaaagcag gcgttgcgtc gcccaccgat
      481 cagccgatcg gtaggggggc atgggctgga gacgctccgc atctgccctt ccgatgggtc
      541 atccctcctg taaaccttgg tggggtgccc ttgcgtgtgc gtttgttgcc tctatacgtt
      601 gggtgggagg ggtctcgggg aggaaccgca cctctttgaa ggcgtagcgt gagatgcggc
      661 cgtctgggcg gcggagacgg aggtggccgg taggttctat gccctcgatg gaggcggaga
      721 aagggccgtc ggcatcggcg taggggtgga agccgtcgcg gcgatagagg gcgcggaggt
      781 atcggctgtg gatgtcgtcc tcgctgtcgg cggcatattc gagccagagg cggaggcgga
      841 ggaaggcttc ataccagcgc tgaaggacgt ccgagggatc gtagtgttgg cctgtgattt
      901 gggtcaatga gatggggttg ggggcgtcgc tacggaaggt tgtttggttt aggttgaggc
      961 cgatgccgat gatggagcgg ttgacgaagc gcccctcgag gaggttctcg atgagcatgc
     1021 cgcagatctt acggtcgttc caatagacgt cgttgggcca cttgacggtg atgcccgcgg
     1081 tgtatcggtc gagggtgtac ttcacgctca gggctgcgat ctgcgagatg cggaaggagt
     1141 ggttggcggg tatgtcggtg ggggcgtaga ggaggctgaa ggtgaggttg cgtccggcct
     1201 ctgactccca ggtgttgcct ggctgaccgc ggccgctggt ctggaagtcg ctcacgacga
     1261 gggtgccatc tgccgggggc gcatcgctgg ccagccgttc ttgcaggtag cggttggtgg
     1321 atgcggtctc gtgcagatgg atgatgtgtg gcgcggggtc gttaaagtag ctcataagcc
     1381 ttgcggatgc gcaggggcag ttgcaggatc acttcttcgt aagagtggcg gatccatcgg
     1441 cgcacctcgt cgtcgttcat gtcgcgatct aagtagatgt cgttccagtg ccttttgttg
     1501 aagtggtaag ctggttctac ggccttgtag cgctctcgca ggaggagggc ttcgtcgggg
     1561 tcgcacttga cggcgattcg cggctcgtcc atttcgccga gccatatggc gagatacatc
     1621 ttgtcctcga ccttaaagac gagcacgttt tcgtcgaagg ggaatgattc cgtcgagttc
     1681 ttcagtttca ggcaatactc gcgtacttct tcaatattca taacgatcaa gaatagctgg
     1741 ggggggagat atggtttatg ggtggtaagg ggctcatcct ttttggggga atggctgctt
     1801 agcctccaga ataaatatgc ggatcatgtg gactcttgtt gtggagcgtg gggtggatgg
     1861 gtgtcggcgg ctcttgtgtg gagccgtgag gggtgctgat tggcatcatc ggctcaaacg
     1921 gggtgagggg ggggccgccc gctgagcgtc ggggcggcga tagggttgtc aagtgatgat
     1981 gcgtttactg tcatgatctc tttacgtaaa aaaagccgca ccggagcggc tggggtggct
     2041 attatcttct gcaggagata actgttttta ttattcggcg caaacataca tacaaaaagt
     2101 taaggaaagt acaccgaacc cgagcccttt accttgcggg ggcgtagaag gcatcgtcga
     2161 tatgctccac gtggtaggtt ccgtcgtcgt gtttgatgag gctgaggatg tcgaaccgga
     2221 cggggaggtc gaggtcgaag gtgcggatgt aggcgtcggc ggcggatacg gtgcggcgga
     2281 tcttggcgtc gtctatggcg tcttcgggtt cgatgatgcg ccactcgtcg cgcgtcttaa
     2341 cttctacgat gatgagcatc tggccttgct ctgctacgat gtctaactcg taatggtcgt
     2401 aacgccaatt gatgtgccgg atgtggtagc cgcgttgctc taaatattgc cgggcgacgg
     2461 cctcgccttc gccgccgatt ctgcttttct tcttgttagc catagctgct tagaattggg
     2521 tgtagatgaa gggttggaca tcggccgagg cgaagctgat gacgagttgt acgacggcga
     2581 cgaagatggc caacttgagg atccaggggc tgcgcgcgaa ggcagcgcgg aggcgatcgt
     2641 agatgtgggt ggggacgaag tggagggcga agatggcgag gaagatgagg gtccagacgt
     2701 agcgcacttt ggcaaattcg gggaagtagg cggtgtcgaa acgggtggcg atgccgagga
     2761 tcatctcgcg ggcggtctcg aaactgtcgg cgcggaagaa gatgaagagg aacatgaccc
     2821 atgcgaatgt gacggcccag gaaaggaatc cgacgaggcc gccgttgggc agcttgtcga
     2881 gccacggttt gcagcgtttg tgcaggcaga gggcgatgcc gtggcctgcg ccccaggcga
     2941 tgaatgtcca ggcggcgccg tgccaaagtc cgccgaggag catggtcagc atcaggttga
     3001 cgtattgcct tgcggcgccg cgacggttgc cgcccagcgg gatgtagagg taatcgcgaa
     3061 gccagaggga gagggaaatg tgccagcggc gccaaaactc ggtgacgttg cgcgagcgat
     3121 aggggtagtt gaagttgatg ccgaggtcga agccgaggat ggcgccgagc ccgatagcca
     3181 tatcgctgta gcccgagaag tcgcaataga tctgcatgcc ataacccaag gcgcccatga
     3241 ggagctccac cccgctgtaa cccgaaggat taccgaagac gatgttgctg tattgcgcca
     3301 ggtagtcggc cacgacggcc ttcttgatga cgccgatcag caccgtgaag agtccgccgt
     3361 agatgcgtgc acggtcgacg ggctggcgta gggcgtcggg ggtgagttgc ggcaggaagt
     3421 ggtcggccct tacgatgggt ccggcggtga ggcaggggaa gaaggagagg aagaagaggt
     3481 agtcaaggaa ggatcgcgtg ggggcgatgc ggcctcggta gacgtcgacg acgtagctga
     3541 tggtgcggaa ggtgtagaag gagagtccga ggggcagcgt gaggtcgagc ggatggaagc
     3601 gggcgtcgcc ggtgagcatg cggaggttgt cgaggaagaa gttggtgtat ttgaaggcta
     3661 ctaacacgcc gagggagagc aggagcgaaa ggatgagcca tgcgcgccgt cggccagggt
     3721 gtgtggtgcg ggcgatgagc tgcgcaagat cccagtctac ggcggcggtg aagacgagca
     3781 ggaggaagag ccagccgctg ttgtggaaga agaagtacag gctgaaggct gagacgaagc
     3841 atttcatcgc cacgaaatgg ccccggccgc gcagccaggc gtagatgggc aggaagagga
     3901 cgaagagggc ccaaaagagc ccgctggaga acatcagggg gtgggcgggg tcggccgtga
     3961 gcagcgcgag caggttgtgc ggaagggtgg agaggtctgg cagggtgttc attgggatag
     4021 ggtgggatag gaggttatca tgatggggag caattgatct ttccgatgcg ggtaagggcc
     4081 tatgatgaat gatgaatgag taatgatcaa tgatgaaggg cgatcgatga gcagcatgcc
     4141 atcttccccc gaaaagtaag cgctgtcgac ggcctgcaat cggctttcct cgaaaagtaa
     4201 gcgctgtcga cggcttacaa tcggctttcc tcgaaaagta agcgctgtcg acggcctgca
     4261 atcggctttc ctcgaaaagt aagcactgta tacgggttgc aatcggcttt cctcgaaaag
     4321 taagcgctgt cgacgggttg caatcagctt tcctcgaaaa gtaagcgctg tcgacggcct
     4381 gcaatccacc ttccggacgg gggtaggggc gattgacgac gtgcgacaat catcccatcc
     4441 ggacggaaat ggttcacata cgtgtacccg gtgcggcctg aagggccgcc ggacgatagc
     4501 ccagggcaac gccctggggc aggccgcacc aagtaccccc cctaaccatt aacaattagt
     4561 cctcactccg tcccgaagcg ggaggtgtcg agcttacgct ccttccccgg cttgtaattc
     4621 cgcaggcggt agacgaacga gagcgtcacg gcgcgcgtgt cggagaggac gtccatgcgc
     4681 aagcgctgcg aggcgtaatc cgtgttcagg ccgggcgacc acgtaccgaa gacgtcgtca
     4741 gccttgaggc gaagctcagc ggcaccgcgt gcgaaagtcc acttcagacc cgcatccatg
     4801 cgccaaaggg tgttgatgtc ggccaagacc tgcatg
//
LOCUS       SEQF3106|MIQD01000107.1 4686 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4686
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(1183..2097)
                     /locus_tag="SEQF3106_01850"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKITLSKLGTKNLAALAQRVVNSSKNGKYKMAEEHDFLKALERE
                     SAEYDKLYAKLTYSGKGDDILTADAARDKAFYALKLYLKGYKDVPSLPDVFEAALLYE
                     VMEQYDRGITKMTYADETAQLKSLFTELDKPEHIARLTTLKLKPAYEDLKAKQEAFEN
                     LYAEQAEANAELRALPSATSARARLEKALRTYLDLVTAMRTVTGWDMLYHDLNEMVKA
                     AAATYKNDKHPSDQKKPTDPKAPKDPKDPKEPKEPKKPKKPKEGGGDDIHLPEEPPKK
                     PEEGGGGGGGSTPEQPTPPQPPEGGGGH"
     CDS             complement(2161..3231)
                     /locus_tag="SEQF3106_01851"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSGRMRFAPTYPAPNDRSPLYVFGAPRLPVFTPCGAAPPNTPTI
                     QQFNNSTPPTIQQLNNSTPSPLVKKNAFCIAFKKTALCLPPSIRINVANDMISIDDYT
                     LCASRPNHIWKGINDSHHCGFVKSCLPPPPPLFPPPPVLTEGYNLFHIRSACRRLVQP
                     VSMRAHFFVPTPTHTALQPIRTAHAPRWVTLHRYPSKPAAFSSHLMTAGADAQPSGRK
                     PANMPYAEPLQGSTTCNPEGFFSPLPKRMMNEARTLPAEAEMAAAISWIGCQPTEIKN
                     TRTWAYRQVAEIKNWRAELTAKWRRSKTGARGLPPIGGDQKLARGAYRQLAEIKNWRA
                     GLTAKMPRRGEKSFAPTNTSGL"
     CDS             complement(3409..3822)
                     /locus_tag="SEQF3106_01852"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYLLDTNILVFLLLNQEELSPRVRAIVKDYSNLLYTSSVCIVE
                     LLQLYRIRKVEQVYKTTDALLSALTKELYVEVLPFGKRQIKTLTELCVAPGHNDPFDH
                     AVISHAIADRLTLISSDRKFEQYQSQRLSFVFNKR"
     CDS             complement(3830..4021)
                     /locus_tag="SEQF3106_01853"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHKLKKNKIVMRTIEVKKTPKEPRWVIDPETGEKVSRTFLAMR
                     EIRKKGGLLRVIDMDAVLE"
ORIGIN      
        1 tattttatgg gcagtagggc gaggattata tgtaggttgg taactataac tatatacggg
       61 agtgatgggt tttgagtagc ttcgatgata atcttttgcc ccgcaatcat ctccgttgta
      121 atgacctcca tcgtacgatg gaccatcagg ccaattgtac catggaaaag aagatggact
      181 ccaacctatt tgggattgcc atttagcttc gtaacgcagc aatccataag caaagcgatt
      241 gtaatagtaa ggtgtgtaat aatcatgagc tgcattgttg gctttcattt cgaaatatgc
      301 gtcagggata ttcttcaacc aattctgtgc agctgtattc gcgtctccgc ttgaatgacc
      361 tgcataatag caggtaacac ctccgtaaga gccgttaccg gtctgataat gcgatccgtc
      421 atagtctccg ttattatgcg gagtaacacc ggtgcccggt tgacaaccat gtgtcggtgt
      481 aatccaagag ccggtagaat accaatgatc cgtaccacta tcctgattat gatgtccaca
      541 atgacgagta ttagaatgat catgattatc attctgaata agaggaagaa tcggtgttcc
      601 cggactagca tcgtagttac caaatgaacc tgaccaaaat ccacccccat cccaatagga
      661 ggtatttcgc tgcccttgca tcagtatata ccatggatca tttccatgat gatgagggtt
      721 attggttgtg tgacgtccag caccattatt ggaggtataa ctctgtcccc acgctactcc
      781 gccgctggag ccagccagta gtagcacagc ggctatgagg gttcgtacca aagaaatttg
      841 ttttgtcttc ttcataatcg taactgtatt aaaagtgaaa aaatatgcct ctgccccgcc
      901 cccgctgtgt ggggggatgg ggaagaagcg gtgagtgatt agtaattatc aatgagtacc
      961 ggtgtgggca gcccgctggt aggggcgtat cgcatacgcc ctagcccgta cccggttgcc
     1021 ggatcattcg cctcttgcga ggcgtttgta gggcgtatgc gatacgcccc tacaggtacc
     1081 cggccaccgt gaatcattcg cccatatcga ggcgtttgtg gggcgtatgc gatacgcccc
     1141 tacaggtatc cggccgccgg gggtgaacgc ggtgattaat tatcaatggc cgccaccgcc
     1201 ttcggggggt tggggcgggg tcggttgctc tggtgtgctg ccgccgccac cgccgccgcc
     1261 ttcttcgggc tttttgggtg gctcttcggg caggtggatg tcgtcgccgc cgccctcttt
     1321 gggctttttg ggcttcttag gttccttggg ctccttcggg tcttttggat ctttcggggc
     1381 cttcgggtca gtgggtttct tctgatccga ggggtgcttg tcgtttttgt acgtcgcggc
     1441 ggcagctttt accatctcgt tgaggtcgtg atagagcatg tcccagccgg tgacggtgcg
     1501 catggcggtc acaaggtcga ggtaggtgcg gagcgccttt tctaatcgtg cccgtgcaga
     1561 cgtggccgag ggcagtgcgc gcagctctgc gttggcttcg gcctgctcgg cgtagaggtt
     1621 ttcgaaggcc tcttgcttgg ccttgaggtc ttcgtacgcg ggcttgagct tgagggtggt
     1681 caagcgggcg atgtgttcgg gtttgtctaa ttcggtgaag aggcttttca gctgcgccgt
     1741 ttcgtcggca taggtcattt tggtgatgcc cctgtcgtat tgctccatga cttcataaag
     1801 cagggcggcc tcgaagacgt ctggcagcga ggggacatcc ttgtagccct tgaggtagag
     1861 cttgagggcg tagaaggcct tgtcgcgcgc ggcgtcggcg gtcaagatgt catcgccctt
     1921 cccgctgtag gtcagcttgg cgtagagctt atcgtactcg gccgattcgc gttcgagggc
     1981 tttgaggaag tcgtgctctt ccgccatttt atacttccca ttttttgagg agttcactac
     2041 gcgctgcgcc agtgcagcta agttctttgt tccgagtttg gataatgtaa ttttcatctc
     2101 atgcgcaaat aatgaatgag tatggccaat taaaaatgat tggtaaacga ggaggaatgt
     2161 tcataatccg ctggtatttg taggggcgaa agatttttcg cccctacgag gcattttggc
     2221 ggtaagcccc gcgcgccagt ttttgatctc cgccaattgg cggtaagctc cgcgcgccag
     2281 tttttgatct ccgccaattg gcggtaagcc ccgcgcgcca gtttttgatc tccgccactt
     2341 ggcggtaagc tccgcgcgcc agtttttgat ctccgccact tggcggtaag cccaagtacg
     2401 agtgtttttg atctccgtcg gttggcaacc gatccaactg atcgcggcgg ccatttcggc
     2461 ttcagcgggg agggttcgcg cttcgttcat cattcgtttg ggaagggggg aaaagaagcc
     2521 ctccgggttg caggttgtgg agccctgcaa gggttccgca tagggcatgt ttgcaggttt
     2581 gcggccggag ggctgggcat ccgcccccgc cgtcattaaa tgcgacgaaa atgcggcggg
     2641 cttggatggg tatcgatgca aggtgaccca gcgcggagcg tgggccgtgc gtatgggttg
     2701 caacgcggtg tgcgttgggg tgggcacaaa gaagtgtgcc cgcatgctga ctggctgcac
     2761 gagccgtctg catgcggatc tgatatgaaa cagattgtaa ccttctgtta aaacgggggg
     2821 ggggggaaaa aggggggggg gggggggtaa acaggattta acgaagccac agtggtggct
     2881 gtcgtttatc cctttccaaa tgtgattggg gcgggatgcg caaagtgtat aatcatctat
     2941 gctgatcatg tcgttcgcta cgtttatcct gattgacggg ggcaaacata gggcggtttt
     3001 tttaaatgca atacaaaagg cgtttttttt cacaagggga gaaggtgttg agttgttgag
     3061 ttgttgaatt gttgggggtg ttgaattgtt gaattgttga attgttgggg tgttgggggg
     3121 ggcggccccg caaggggtaa acacgggtaa ccggggcgcc ccgaatacgt agagggggct
     3181 ccgatcgttt ggggcggggt atgtaggggc gaatcgcatt cgccctgaca tgtatccggc
     3241 cggatgatca tccctcgcat cccggggttt cgccccgggc tatcatccgg cgaccctaca
     3301 ggccgcaggt agggggggca ccgatcaagt gcgcccgacc ctcgcgtagg ggcgaatgat
     3361 tattcgcccg gtagttaaag ggtagttaga aggtagttat tcgctcattt agcgtttatt
     3421 gaagacgaag ctcagcctct gtgattgata ctgttcaaac ttccgatcgg agctaataag
     3481 cgtcaatcgg tctgctatcg catgcgagat cacggcatga tcgaacggat cattatgccc
     3541 gggagcgaca cataactccg taagcgtctt gatctgcctt ttcccgaatg gaagaacttc
     3601 tacatagagc tctttagtca gggcactgag tagcgcatcg gtcgttttgt atacctgttc
     3661 aaccttcctg atgcgataca attgtagcaa ttcgacaata cagaccgagc ttgtgtatag
     3721 caggttggaa tagtccttaa cgatagcacg aaccctcggg gagagctcct cttgattcaa
     3781 caataggaag accaggatgt ttgtgtccaa caagtacctc acagctgctt cactctaata
     3841 cggcatccat atcgatgact ctaaggagtc cgcctttctt ccgaatttct cgcattgcaa
     3901 gaaatgttct tgatactttc tcccctgtct cgggatcgat cacccaccgc ggctctttag
     3961 gcgttttctt cacttcgatc gtccgcatga cgatcttgtt ctttttcagt ttatgtctca
     4021 ttgttctatt gattgatggt ttcaccgcaa agatagacgc actgggctgg tatgggcttc
     4081 gggcggtagt tagagggtag ttatgcggct ctgtcgggcg caggtagggg ccataccagg
     4141 ttgataagaa gctctgtctt gaacaagaca aggccgttgt aaccgggacg acctgtagat
     4201 ttgtggcctt tggtataagc gacctcgatg attccacgga ccggagtcca gtcgtgagaa
     4261 gaaggtgcgc ttggtcttgc gctggccgag gagtatatcg gcaaaactcg gggaagaagg
     4321 ctcttgtttc atgctataga gctactaaaa acaatggaga tacaaaagga agtcgtcgaa
     4381 tagttttgca gaggtctcaa tacaatttta atgcgtcacc cctggcctcg caggaatata
     4441 tttgaccctt gtcctattct tctactatat ctcgttcaca tcggtgagtc ccattctcgg
     4501 caggctacat aaacaagccc cggaaaatag gctggcgtaa aatgagacgt gaaaaaagaa
     4561 tcatccaccc tgtggacacc acgcaaaaag agggggcatc tctcttgcgc tctatcgttt
     4621 ttatgcaaag gagatgcccc caaagagaag gcccatctga ggagccagtg gaatattcac
     4681 tgaatc
//
LOCUS       SEQF3106|MIQD01000108.1 4682 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4682
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             5..577
                     /locus_tag="SEQF3106_01854"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIQEPSQDDATRMQRYTYMNFGRVDNVTLSLNLPFTLTSRWTM
                     NVNANGLYRNYRSRFMGSDFRKTALHGYVDFNNRFDWGCGWQMQLNGYVVTPRWYLAR
                     RSRAYGSMELSVEKSLWSGRSTLSATLNDPFRWETSHYTLRYGNIDNDGWAQSDTRYL
                     RIDFSYRFGSDKVKRSRQRRTGAEMFNSRL"
     CDS             579..2780
                     /gene="apxIB"
                     /locus_tag="SEQF3106_01855"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26760"
                     /codon_start=1
                     /transl_table=11
                     /product="Toxin RTX-I translocation ATP-binding protein"
                     /translation="MKFPFVKQPDAMDCGPASLVMIAQHYGRHYTLDHLRERCSLARD
                     GVSLLGISKAAEEIGFRTVGGRLTFEKLADKALLPCIVHWNQEHFVVVYAVRKQRKGY
                     TVFVADPGKGLLTYSREEFCEHWVSTRTNGEEKGIALLMEPTQLFYEQEGDQQPSENR
                     IRFLWKYLLRYRRFFGQLILGLLIGSLLQLVFPFLTQAIVDTGIQGKDIGFVWLVLLA
                     EMMLLFSRTAIDFIRRKILLHISTRINVSLISDFFIKLMKLPMKFFDTKLTGDLLQRI
                     EDHRRIENFLTNQTISIIFSAFTFVIFSVVLFIYHIPIFLVFLAGSILYGIWIRVFLK
                     KRRQLDYKMFEQLGINRNVVYQLITGMQEIKLQGCEQRKRWEWEDVQADLFDVNMQAL
                     NLSQNQEAGGIFINELKNVLVTALAAAAVINGSLTLGMMLSIQYIIGQLNSPVEQLMN
                     FIYQWQDVSISLDRMNEIHTQQNEEDADRHVKALPENNTNIHIHDLCFKYDGARPDYV
                     LEGIDLHIPQGKVTAIVGASGSGKTTLVKLLLGFYAPNEGEIRIGDENLSTFNLSWWR
                     TQCGAVMQEGYLFSDTIARNIAISDDEIDLDRLRQAARVANIAEYVEKLPLGYNTKIG
                     QDGQGVSQGQRQRILIARVVYKNPRFIFLDEATNSLDANNERAIVENLSAFYKGKTVI
                     VVAHRLSTVKHADQIVVLDGGKIAETGTHAELTARHGKYYELVKNQLELGG"
     CDS             2789..3259
                     /locus_tag="SEQF3106_01856"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEERPIELRSEKVRNIIGRMPSALIRYGTMIIGAALLMLCAVS
                     AFIPYRETVPVTITIQQTNTGLQGVALVPKDRFPLVHSGNKVTIDDPLAGFIEATVSE
                     TSREPASADGRQREVTIRFTSAERLYSGDVMDGRIILSDTPILQRFLQSVGIGR"
     CDS             3392..4462
                     /locus_tag="SEQF3106_01857"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEENPDNYVLVLEDRREVKSPTDLGCLSVISGQDEKGKIKTVEP
                     TEENRSAFLVFKKNDGLLKNFMTNLRRQFNDPTHFGLYKVLANGFEEGVASLHAMLQN
                     RESPENKAQLQEARVPFEDYPPAQKLSAIDPEKVDWKELERLGVSPEKLEANGNLNRL
                     LNWQKTGLISLAVPFGDTTIYTEARLALRTGADGRLSLNIHTLRREPQLDFPYMGHTF
                     SPEEKEELRQTGNLGKTVELSPKKGKPFRAYVSVDRLTNELVSLRADRVQIPHEIKGV
                     RLSVEQHRALTEGRPVRVEGMLSRHGKPFDATLQVNAEKRGIEFIFKDSLSNKERLKS
                     SAKEAPAVRQIENKPQKRGIGR"
ORIGIN      
        1 cggcatgatc atccaagagc cctcgcaaga cgacgccacc cgcatgcagc gctacaccta
       61 tatgaacttc ggacgagtgg acaacgtcac gctctcgctg aacctgccct tcaccctgac
      121 ctctcgctgg acgatgaatg tcaacgccaa cgggctatac agaaactatc ggtcgcgttt
      181 tatgggcagc gacttccgca aaacagccct ccacggttac gtagacttca acaaccgctt
      241 cgactggggc tgcggatggc agatgcagct gaacggctac gtcgtcacgc cccgctggta
      301 cttagcaagg cgctcccgag cgtatggctc gatggaactt agcgtcgaga aatctctctg
      361 gagtggccgc agcaccctat cggccacgct gaatgatccc ttccgttggg aaacttcgca
      421 ttacacgctc cgctatggca atatcgataa cgacggctgg gcccagtccg acacgcgcta
      481 ccttcgtatc gacttcagct accgctttgg gtcggacaag gtgaagcgct cccgccagcg
      541 acgcaccggc gcagagatgt tcaatagccg cctgtaacat gaagttcccc ttcgtcaagc
      601 agcccgatgc gatggactgc ggtccggcaa gtcttgtcat gatcgcacaa cattacgggc
      661 gccattacac actggatcat ctgcgtgagc gatgctccct tgcgcgcgac ggcgtatcgc
      721 tgttaggtat cagcaaagcc gctgaagaaa tcggattccg tactgttggc gggcgattga
      781 ctttcgagaa attggccgac aaagcccttt tgccctgtat cgttcactgg aatcaggagc
      841 atttcgtggt ggtgtatgcc gtacgaaagc aacggaaagg ctataccgtt ttcgtcgccg
      901 acccgggtaa aggacttctc acgtactccc gtgaggagtt ttgcgagcat tgggtcagta
      961 ctcgcaccaa cggagaagaa aaaggcattg ccttactgat ggagcccacg cagttgtttt
     1021 acgaacagga gggagaccaa cagccgtcag aaaatcgcat ccgcttcctt tggaaatacc
     1081 tgcttcgcta ccgccgcttc ttcggccaat tgatacttgg gctacttatc gggagcttgt
     1141 tgcaactcgt attcccattc ctgacacagg ccatcgttga tacagggatt caaggaaaag
     1201 acattggttt cgtttggttg gttttacttg ctgagatgat gctgcttttc agccgtacgg
     1261 ccatcgattt tatccgccgt aagatcctgc tacacatcag cacacggatc aacgtgtcac
     1321 ttatctccga cttcttcatc aaactgatga agctgccgat gaagtttttc gacaccaagc
     1381 tgacaggcga cctcttacaa cgcatcgaag atcatcgacg catcgagaac ttcctcacca
     1441 atcaaacgat ctccatcatc ttttcggcct tcacgttcgt catcttctcc gtcgtactat
     1501 tcatctatca tatccctatt ttccttgtct tccttgccgg aagcatcctt tatggcattt
     1561 ggattcgggt gttcctgaag aagcgccgcc aattggatta caagatgttt gagcagctgg
     1621 gcatcaatcg taatgtggtg taccagctta tcacgggtat gcaggagatc aagttgcaag
     1681 ggtgcgagca acgcaaacga tgggaatggg aagatgtgca ggccgacctg ttcgacgtga
     1741 acatgcaggc actcaatctg tcgcagaatc aagaagccgg gggcatcttt atcaatgaat
     1801 tgaagaatgt ccttgtgacg gcattggctg ccgcggctgt gatcaatggc agcctaacgc
     1861 tgggcatgat gctatctatc caatacatca tcggacagct gaacagcccc gtcgagcagt
     1921 tgatgaattt catctaccaa tggcaggacg tcagtatcag cctcgatcgc atgaatgaga
     1981 ttcacacgca gcagaacgaa gaagatgcag accgtcacgt caaagcgttg cctgagaaca
     2041 acacaaacat ccatatccat gacttgtgct tcaaatatga cggtgcccga ccggattatg
     2101 tgctcgaagg catcgacctg catattcctc aaggaaaggt gacggccatc gtgggcgcca
     2161 gtggaagcgg taagacgacg ctggtgaaac tgctgttggg tttctatgcg cccaatgagg
     2221 gggagattcg cattggcgat gaaaacctct cgacattcaa cctctcatgg tggcgcacac
     2281 agtgcggagc ggtgatgcaa gaagggtatt tgttttcgga tacgatcgca cgaaacattg
     2341 ccatatcgga cgacgaaatc gaccttgacc gcctgcgcca ggcggctcgg gtggcaaaca
     2401 ttgccgagta tgtagagaag ttgccactcg gttataacac gaagatcggg caagacgggc
     2461 agggcgtcag tcagggacag cggcaacgca ttttaatcgc tcgcgtggtg tacaagaatc
     2521 cccgattcat ctttttggac gaagccacca attcactcga tgcaaataat gagcgagcta
     2581 tcgtggaaaa tctgtcggct ttttacaaag ggaagacggt cattgtggtg gcgcaccgtc
     2641 tgagtaccgt caagcatgct gatcagatcg tggtgctgga cggaggaaag attgccgaaa
     2701 cgggtacaca tgccgaactc accgcccgac atggcaagta ttatgaacta gtcaaaaacc
     2761 aattagagct gggaggataa cgtagacgat gaaagaagag agacccatcg aactgcggag
     2821 cgagaaagtc cgcaacatca tcggacgtat gccatcggcg ctgatccgtt atgggacaat
     2881 gattatcgga gccgcattgc tgatgctttg cgctgtctcg gcctttatcc cctatcggga
     2941 aacggtacct gtgaccatca caatccaaca aaccaacaca ggtttacaag gtgttgccct
     3001 tgtaccgaag gatcggttcc cgctggttca ttcggggaac aaggtgacca tagacgaccc
     3061 gctggcgggc tttatcgaag caaccgtcag cgaaacctca agagagccgg catcagccga
     3121 tggtcggcaa agggaagtca cgatccgatt tacttctgcc gaacggctgt attcgggcga
     3181 cgtgatggac ggccggatca tcctgtccga cacccctatc ttacagcgct tccttcaatc
     3241 ggtaggaata gggcgctaag aaagatctcc ctttttcctc cctccatttc ccgccttctc
     3301 cctcctgagt cacgcggcac cattccataa tagccatccc ggatcggggt ggctattttc
     3361 gtatctgttt ctcttaaaat ctaatactac tatggaagaa aatccggata actatgtgct
     3421 tgtgctcgag gatcggagag aggtaaaatc gccgactgat ctcggctgcc tgtccgtcat
     3481 ttcggggcag gacgagaagg ggaagatcaa aaccgtagaa ccaaccgagg agaatcggtc
     3541 ggctttcttg gtgttcaaga agaacgatgg actgctgaag aactttatga cgaacctccg
     3601 tcgacagttc aatgacccga cgcacttcgg gttgtacaag gtgctggcca acggtttcga
     3661 ggagggtgtg gcgtcgctgc atgcaatgct tcagaacagg gaaagccctg aaaacaaggc
     3721 gcaactgcaa gaggcgcggg tacccttcga ggactatccg ccagcgcaaa agctgtccgc
     3781 catcgacccg gaaaaggtgg attggaagga gctggaacgc ctcggcgtaa gcccagagaa
     3841 actcgaggcg aacgggaact taaatcgtct gctaaattgg cagaaaacgg ggcttattag
     3901 cctcgctgtg cccttcggag acactacgat ttacaccgaa gcacggctgg ctctccgtac
     3961 aggggcagac ggtcgactca gtctcaatat ccatacgttg cgacgtgaac cgcagctcga
     4021 tttcccctac atggggcaca cgttttcgcc cgaagagaag gaggagctcc gccagacggg
     4081 taaccttggg aagactgtcg aattgtcacc taagaaaggc aagccatttc gcgcttatgt
     4141 gtccgtcgac cggctgacaa acgaactcgt ttcgctgcgg gctgaccgag ttcagatccc
     4201 gcacgaaatc aagggagtcc ggctttccgt ggagcagcac agggcgctca ccgagggacg
     4261 ccccgtgcgg gtggagggca tgctttcgcg tcacggcaaa ccgttcgacg ccacgctaca
     4321 ggtaaacgct gaaaagcgag gcattgaatt cattttcaag gactccctat cgaacaaaga
     4381 gcgcctgaaa tcgtctgcca aagaggctcc agccgttcgg cagatcgaaa acaaaccaca
     4441 gaaacggggg atcggcaggt aggcgcccgt tttgggggct aatcaagcgt atcgcaggcc
     4501 atgtgcgaag ccatttgagt ccccaatctt aactcgcaag gttgcgagtt agtaaaatca
     4561 tatggaatag caactcgtaa ggttgtgagt tagtaaaatc atatgcgata gcaactcgca
     4621 aggttgcgag ttagtaaaat catatggaat agcaactcgc aaggttgtga gttagtaaaa
     4681 tc
//
LOCUS       SEQF3106|MIQD01000109.1 4597 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4597
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(315..794)
                     /locus_tag="SEQF3106_01858"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKFFTAAALCLLAVSAVLFTACEKENDSDVTKPVIKLAEPEE
                     GDSLLIGDPKGVHLEMDLSDNVMLRSYKIDVHNNFDGHSHTKAGDGTTPFSFTKEYDL
                     KDKREAHVHHHDIKIPDTATPGKYHLMIYCTDAAGNESYVTRNVVLSKTAKPHHHHD"
     CDS             complement(791..2950)
                     /locus_tag="SEQF3106_01859"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9JZN9"
                     /codon_start=1
                     /transl_table=11
                     /product="putative TonB-dependent receptor"
                     /translation="MRIGIISGTLGILFAGAIHAQQSADSVRTVALDEVVVSESYRQR
                     QEKLTALPVEVVRKDFLTRHFSGNLVQTLEQIPGVHSMDIGAGFSKPVIRGLGFNRIA
                     VSENGIKQEGQQWGSDHGLEIDAFNIDEVRVRKGPSSLLFGSDAMGGVIEILPPATPI
                     LSGLAGEAVLLGKTVNGTVGGSLMMGWKRGAWYVKGRYSEQRYGDYRVPTDTVVYLTQ
                     KMPVYGRRLKNTAGVERNASLFTAYARGAYRMNVALSNAYQKMGFFAGAHGIPDLARL
                     QDDGNSRNIELPFSRVDHLKLTTHQEYFNESLTLFGDFGWQYNHREEWSAFHTHYDTQ
                     PLPERDPDKELEFRLHTFSSSLRLRLLPSSTWEHTVGLDAQAQRNDIDGYTFLLPEYR
                     RITAGAYWLTNYRLSNRLMVSAGLRYDVGHVHVAASTDPYLAEFLRLRGYEEDKVKVY
                     ERRSVGADRTFGDYSLSAGIVWNPTPQHLVKVNLGRSFRLPGANELAANGVHHGTFRH
                     EQGDPSLSSERGWQVDASYSFRRGALELSVSPFLSLFDNYIYLRPTGEWSVLPHAGQI
                     YRYTGARVVFAGGEVALDVPLPAHFSYRLAGEYVYTRNRDEHTALSFSPPASMRNTLT
                     WERGHVRLYAEWQAIARQRRIARNEDETDGANLLHLGGCVHLHAFGTEVEVALDARNV
                     FDTKYYNHLSFYRKVEIPEPGRNFQLSIKVPLKPHSK"
     CDS             complement(3048..3317)
                     /locus_tag="SEQF3106_01860"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPFFAVKAIHHHEAMPSAICQTTDDAGQPQTPCDDSCPICHFSL
                     EPFTSGESLNLCVTFSYTEHEPGILLTPLFGRPVASCLLRGPPAC"
     CDS             3636..4340
                     /gene="cobI"
                     /locus_tag="SEQF3106_01861"
                     /EC_number="2.1.1.130"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21639"
                     /codon_start=1
                     /transl_table=11
                     /product="Precorrin-2 C(20)-methyltransferase"
                     /translation="MPPVSIISLGPGDPELITLKGLRLLREADRIYCPATAGADGTLT
                     SRAADILQALGIDPSIVRLFPVAMHDDRAAAQADYGAAVERIAAECAAGRRVAVTAEG
                     DAGFYSSSGYVSALLAAQGIATTRIAGVPAFVACAASEGVVIAEQTEETDVLTHLASA
                     DELLRRVTAGCSVVLMKPSRYASAVKEALAQAPAGVTFHYFEHTGATRSFYTCCRDEI
                     ARRRFPYFSLLIVRKG"
ORIGIN      
        1 gcaccttgtc agcatgcgcg caagcacctt gtcagcatgc gcgcaagcac cttgtcagca
       61 tgcgcacaag caccttgtcc ttttgcacga tggctgcaag ccattgagta aggtgtttcc
      121 cccgaggcgg ggaaatggat tcctttcgtc gaactcatct tgggttatcg ccacacagaa
      181 ataatcagat gcccgattga cagccccaag cacgatccct caaaaacaaa gcccctccac
      241 ccggggaacg ggcagggggg cttcagaaca gatgcgtcca cccgtacaat gagggggcgc
      301 agaggggaag gggatcaatc gtggtggtga tgcggcttag ccgtcttgct aagcaccacg
      361 ttgcgcgtca cgtacgactc gttgccagcc gcatccgtgc agtagatcat caggtgatac
      421 ttgcccggcg tagcggtgtc agggatcttg atgtcgtgat ggtggacgtg cgcctcgcgc
      481 ttgtccttca ggtcgtactc cttcgtgaag ctgaagggcg tcgttccatc gccggccttg
      541 gtgtggctat ggccgtcgaa gttgttgtgc acatcgatct tgtaggatct cagcatgacg
      601 ttgtccgaga gatccatctc caaatggaca cctttcggat cgccgatcaa gagactgtcg
      661 ccctcttcgg gctcagccag cttgatgacg ggtttcgtaa cgtctgaatc gttctccttc
      721 tcacaggcgg taaaaaggac ggcgctcacg gccagcaggc agagcgcggc tgcagtaaaa
      781 aactttgctt tcattttgaa tgtggtttaa gtggaacttt aatagatagc tggaagtttc
      841 gacccggttc ggggatctcc actttccgat aaaaactcag gtgattgtaa tacttcgtat
      901 cgaagacgtt tcgggcatcg agcgccacct cgacctccgt accgaaggcg tgcaggtgca
      961 cacagccgcc gagatggagc aggttggcgc cgtcggtctc atcctcgttg cgggcgatgc
     1021 gccgctgacg ggcgatggcc tgccattcgg cgtagaggcg cacatggcca cgctcccacg
     1081 tcagggtgtt acgcatcgag gccgggggcg agaagctcag cgccgtgtgc tcatcgcggt
     1141 tacgggtgta gacatattcg ccagccaggc ggtagctgaa gtgggcaggc aggggcacat
     1201 cgagcgccac ctcccctccg gcaaagacga cccgcgcgcc ggtgtagcgg tagatctgcc
     1261 cagcgtgagg caagacggac cactcgcccg tggggcgcag gtagatgtaa ttgtcgaaga
     1321 ggctgaggaa gggcgaaacg gatagctcca aggcgccgcg gcggaagcta tacgaggcat
     1381 ccacctgcca tccgcgctcg gagctgagcg aggggtcgcc ctgctcgtgg cggaaggtgc
     1441 cgtggtgcac accgttagcg gctaactcat tcgccccggg caagcggaag ctgcgcccaa
     1501 ggttcacctt cactaagtgc tgcggcgtag ggttccatac gatgcccgcc gagagggagt
     1561 agtcgccaaa ggtgcgatcg gcccccacgc tgcgccgttc gtaaaccttc accttatcct
     1621 cctcatagcc ccggaggcgg agaaattccg cgaggtaagg atccgtagag gctgcgacgt
     1681 gcacatggcc cacatcgtag cgcaacccag cactcaccat caggcgattg ctcagacggt
     1741 aattcgtcaa ccaatacgca ccagccgtga tccgccgata ctccggcagg aggaaggtgt
     1801 acccgtctat gtcgttgcgc tgcgcctgcg cgtcaaggcc cacggtgtgc tcccatgtgg
     1861 aggagggcag cagcctgagg cggagcgatg agctgaaggt gtggaggcga aactcgagct
     1921 ccttgtcggg gtcgcgctcg ggcaggggct gcgtatcgta atgggtgtgg aaggcgctcc
     1981 actcctcgcg gtggttgtat tgccaaccga agtcgccgaa gagggtgagg ctctcattga
     2041 aatactcctg gtgggtcgtc agcttgaggt ggtccacgcg gctgaagggc aattcgatgt
     2101 tgcgcgagtt gccatcgtct tgcagccggg ccagatccgg aatgccgtgt gccccggcga
     2161 agaagcccat cttctggtag gcattgctca gggctacgtt catgcgataa gcaccgcgag
     2221 cataagcggt gaagagcgat gcgttacgtt ccacgcctgc cgtgtttttc agccgccgcc
     2281 catagacggg catcttttgc gtcaggtata cgaccgtatc cgtgggcacg cggtagtcgc
     2341 cgtagcgctg ctcggagtag cgccccttga cgtaccacgc gccacgcttc caacccatca
     2401 tcagcgatcc gccgacggtg ccgttgaccg tcttgcccag cagcaccgcc tcgccagcga
     2461 gtccgctaag gataggtgtc gcaggcggca agatctcgat gacgccgccc atcgcatcgc
     2521 tcccgaagag gagcgacgat ggccctttgc ggacacgcac ctcatcgatg ttgaaggcgt
     2581 cgatctccaa tccgtgatcg ctgccccatt gttggccttc ttgtttgatt ccgttttcgg
     2641 atacagcgat gcggttaaat cctaacccac ggatgacggg cttggagaat cccgcaccga
     2701 tatccatcga gtgcacgcca gggatctgtt cgagggtctg cacaaggttg cccgagaagt
     2761 gtcgcgtgag gaaatcctta cgcaccacct cgacaggcag tgccgtcagc ttctcctgcc
     2821 gctggcgata gctctctgag acgaccacct catcgagcgc caccgtgcgg accgaatcag
     2881 ccgactgctg cgcgtggata gcccctgcga acagtatgcc cagcgtaccc gaaatgattc
     2941 cgatacgcat agtagtatgt gattaatgtt tggggaaaat gattgctgaa cacgtgtgtc
     3001 cctcacgccc attcctcttt tatacaagga tgcgcgccga ggggaattca gcaggcgggc
     3061 gggccccgca atagacatga agcgacgggc cggccgaaaa gcggcgtgag gagtatgccc
     3121 ggttcgtgct cggtataaga aaaggtgacg cagagattca ggctctcgcc cgaggtgaaa
     3181 ggttcgaggg agaagtggca gatggggcag ctgtcgtcgc aaggcgtctg cggctgccca
     3241 gcgtcgtccg ttgtctgaca gatggccgac ggcatcgctt cgtggtgatg gatggccttc
     3301 accgcgaaga agggcatgag cgttgccaag agcaaccatg cgatgcgtat tctgcctttg
     3361 agacttgtct tcacttgatc cttcagttaa atcacgcgct ctacgtagag agagagtagc
     3421 ccccctgtgt gcagaggctg ccctcctttt ccgagcggcg gcaaagaaaa accaaaatcc
     3481 aaagacccca aatcggccat ccgcgcattt catagggtga cccatacggg gcgcccctac
     3541 atttgcggcc attatgtagc gacatgcata tgctaccaca acgcttcgct acttcttact
     3601 acccctaact acttatgact acttctaact cccccatgcc tcccgtctcc atcatctccc
     3661 tcggcccggg cgaccccgag ctgatcaccc tcaaaggcct gcgcctgttg cgcgaggccg
     3721 accgcatcta ttgccctgcc acggccgggg ccgacggtac cctgacctcg cgcgcagccg
     3781 acatactcca agccctcggc atcgacccct ccatcgtgcg acttttcccc gttgccatgc
     3841 acgacgatcg agcggcggcc caggcagact atggcgcggc cgtcgagcgg atcgcggcgg
     3901 agtgtgccgc tggtcgccgt gtggccgtaa cggccgaggg cgatgcggga ttctattcct
     3961 cgtcgggtta cgtcagtgca ctgctggctg cgcagggcat cgccacgacg cggatcgctg
     4021 gcgtgcccgc cttcgtggct tgcgcggcgt cggaaggtgt cgtcattgct gagcaaacgg
     4081 aggagacaga cgtgctgacc catctcgctt cggccgacga gctgctccgc cgcgtcactg
     4141 cgggatgcag cgtggtgctg atgaagccct cgcgttacgc atcggccgtg aaggaagccc
     4201 tcgcgcaggc tcctgcgggc gtcacgttcc actatttcga gcacaccggc gccacccgct
     4261 ccttctacac ctgctgccgc gacgagatcg cccgccgccg cttcccctac ttctcgctgc
     4321 tgatcgtccg taagggttga ctaaataacg tgggttcgat gtaaaccgac aggatgtctg
     4381 cggataccac atgagcctta cacggttttg tcagacgctc cgaatacatc ttgtaagggg
     4441 cttgcggggt tcccgcaaac gctaaaacgg ggaatttgat gcttgcgggg ttcccgcaaa
     4501 cgctaaaacg aagaatttga tgcttgcggg gttcccgcaa gtctcacgga gatgcggttg
     4561 gcgtttgcgg gactcccgca agtctcacgg agatgca
//
LOCUS       SEQF3106|MIQD01000110.1 4591 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4591
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             233..808
                     /locus_tag="SEQF3106_01862"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEGEDLVVRLAVVWREEDTDQGEVGLPAERHGEAPTEVEAVEG
                     GEGEAEVVFEVQRGGVVAPLRAVDRAEHRAASGTNEQSQAVDRPELEAAMHSVGIIEE
                     GGISARRAGGVAYRGEVDAEGASARPAVVDEVHAFVGDADARAVVAYVGEVGVLHVAA
                     AEADHRGLIHRAGSEGGAIRLRTEAEGEKDQ"
     CDS             complement(830..3505)
                     /gene="gyrA_2"
                     /locus_tag="SEQF3106_01863"
                     /EC_number="5.99.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5SIL4"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA gyrase subunit A"
                     /translation="MKEEDERDEERLRDEAAREDVKRDERTVKGNGYAPGAEAADSVR
                     HLPGMYQSWFLDYASYVILERAVPHINDGLKPVQRRILHAMRRIDDGRYNKVANVVGQ
                     TMQFHPHGDASIGDALVQLGQKDLLIDCQGNWGNILTGDSAAAPRYIEARLSRFALET
                     VFNPKTTVWKLSYDGRNREPVSLPIKFPLLLAQGAEGIAVGLSSKILPHNFNELIDAS
                     VACLRGREFTLYPDFQTGGLVDVAKYNDGNRGGMVKVRARITKVDNRTLAITEIPYGY
                     TTGTLIDSIIKANEKGKIKIRKVDDNTAREVEILIHLAPGVSSDKTIDALYAFTDCEK
                     SVYMNCCVIEDNKPRFMSVSEVLRHSTEQTLGLLRTELEIERGELREELFYASLERIF
                     IEERIYKDREFEQAPDMDVAVAHIDSRLEPFKPQLIRAVTREDILKLMEIKMGRILKF
                     NADRSDEQIARLKDEIERVEHHLSHLTDYAVAWFEGLKKKYGADKPRRTEIRSFDRVE
                     ATKVAEANEKLYIDREEGFVGTGLKKAEFVCNCSDIDDIILFYRSGVYKVMRVSEKIF
                     VGQDVIYVNVFNRNDTRTIYNVIYRDGRAGCNYIKRFAVTGSTRDKEYNVTRGTEGSR
                     ILYFSANPNGEAETVKVILKPKLRQKTLVFEKDFSEILIKGRASLGNILTRAEIHKIS
                     LKQRGSSTLGGREVWFDRDVLRLNYDGRGEALGEFRSDDRILVVLQTGEFYTTGFDLS
                     NHYEENILLIERYDARKTWTAVYFDADQGYVYLKRFPSEDSEKRQNLMGDNPHHRLFL
                     LTDEAYPRIEVTLGGHDSYRDPLVIEAAEFVGVKSVKARGKRVTTFTVASVDELEPRR
                     RVQPVSSEKDDEAPEDNEEESPAETPGEQMSLFEG"
     CDS             complement(3780..4538)
                     /locus_tag="SEQF3106_01864"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKRVIACTALLSLLTALAAWAQPGHGLLEGLTYDLRLGYSVGG
                     TMPATMPAEIRAVTSYTPALNLQVGIDAEKRLTDRVGLVVGLRFENKGMRTGARVKNY
                     GMTIVQGTQQLSGRFTGGVVTRASEWMLTVPATASLHLSRDLRLRFGPYVSCLVARSF
                     TGYAHDGYLRVGDPTGAKVDIGRGEGRRGDYDFSHEMRQLQAGLLLGLDWHFAPRLGA
                     YLELTRGLSGIHRSGFTAIEQPLYPVFGTIGVCL"
ORIGIN      
        1 aggcagggtt atgcctcacg cgtcggccgg agaaggggat gaactccttg gccacaccga
       61 gcagcaggct gctgccgatg taatgcgtgc ggatgccgtt cacatgcgag cggtagatgt
      121 cggcctcgta accgatgcgc acggtgagcg gccccacggg catgtcagcc gtgaggaggc
      181 tgcgcaaggc gaagcgattg tgtagcgacc cgaagcagac gatgccgtcg cgatggccga
      241 gggtgaagat ctcgtagtac gactggccgt agtgtggcga gaagaagaca ccgatcaggg
      301 ggaggtcggc ttgccagcgg agcgtcacgg ggaagcgccg actgaggtcg aagctgtaga
      361 gggcggcgag ggagaggccg aggtcgtttt cgaggtgcag cgcggcgggg ttgttgcccc
      421 cctgcgagcg gtagaccgtg ccgagcatcg tgcggccagt ggcaccaacg agcagtcgca
      481 ggccgtcgat cgacccgagc tcgaagcggc gatgcacagc gtaggaataa tcgaggaagg
      541 cggcatatcc gctcgacgtg ccggcggggt tgcgtatcga ggcgaagtcg atgcggaagg
      601 cgcgtcggcg cgaccagctg tcgttgatga ggtgcatgcg ttcgttggtg atgccgatgc
      661 ccgtgccgtc gtagcctacg tcggagaggt aggtgttctt cacgtagcgg ctgccgaggc
      721 tgatcatcgt ggcctcattc accgagcggg gagcgagggc ggcgccatcc gtctgcgcac
      781 ggaggcagag ggggaaaagg atcaatagga ggagaagctt ctgcatgatt catccctcaa
      841 acaacgacat ctgctcgccc ggtgtttctg cgggagattc ctcctcgttg tcttccggtg
      901 cctcatcgtc tttttctgaa gacacgggct gcacgcggcg cctcggctct aactcgtcca
      961 ccgacgccac cgtgaacgtc gtcacccgtt tgccacgcgc cttcacgctc tttacgccca
     1021 cgaactccgc tgcctcgatc accaacggat cgcgatagct gtcgtgtccg cctaaagtca
     1081 cctcgatgcg cggataggcc tcgtccgtca gcaggaagag ccgatgatgc ggattgtcgc
     1141 ccatcaggtt ctgtcgcttc tcggagtctt cggacgggaa gcgcttcagg tagacgtagc
     1201 cctgatcggc atcgaagtag acggccgtcc acgtcttgcg cgcgtcgtaa cgttcgatga
     1261 gcaggatgtt ctcctcataa tggttgctca ggtcgaagcc cgtggtgtag aactctcccg
     1321 tctgcaacac gacgaggatg cggtcgtcgc tgcggaactc gccaagcgct tcgcctcgac
     1381 cgtcgtaatt caggcggagc acgtcgcggt cgaaccacac ctcgcgtcca ccgagcgttg
     1441 acgaaccgcg ctgcttgagc gagatcttgt ggatctccgc ccgcgtcagg atgttgccga
     1501 gtgaggcgcg acccttgatc agtatctcgc tgaaatcctt ctcgaagacg agcgtcttct
     1561 gcctgagctt cggcttgagg atcaccttca ccgtctccgc ttcgccgttc gggttggcgc
     1621 tgaagtagag gatgcgtgag ccttcggtgc cgcgcgtcac gttgtactcc ttgtcgcgtg
     1681 tggagccggt cacagcgaag cgcttgatgt agttgcatcc cgcgcggccg tcgcggtaga
     1741 tcacgttgta gatcgtgcgt gtgtcgttgc ggttgaagac gttgacgtag atgacgtctt
     1801 gcccgacgaa gatcttttcg ctcacccgca tcaccttgta cacgccgctg cgatagaaga
     1861 ggatgatgtc gtcgatgtcg gagcaattgc agacgaactc ggccttcttc agccctgtgc
     1921 ccacgaagcc ctcttcgcgg tcgatgtaga gcttctcgtt ggcctcggcc accttggtgg
     1981 cctccacgcg gtcgaagctg cggatctccg tgcgccgcgg cttgtcggcg ccgtacttct
     2041 tcttcagccc ttcgaaccac gccacggcat agtctgtcag gtgcgacagg tggtgctcca
     2101 cgcgctcgat ctcatccttc agccgcgcga tctgctcgtc gctgcgatcg gcattgaact
     2161 tcaggatgcg ccccatcttg atttccatca gcttcaggat gtcctcccgc gtgacggccc
     2221 ggatgagctg cggcttgaac ggctctaacc gactgtcgat gtgcgccacg gccacgtcca
     2281 tgtctggtgc ctgctcgaat tccctatcct tatatatacg ctcctcgatg aagatccgct
     2341 cgagcgacgc gtagaagagc tcctcgcgta gctcgccgcg ttcgatctca agctccgtgc
     2401 gcagcagccc aagcgtctgc tcggtggagt gtcgcaacac ctcgctgacg gacatgaatc
     2461 gcggcttgtt gtcctcgatc acgcaacaat tcatgtacac gctcttctcg cagtcggtga
     2521 aggcgtagag cgcatcgatc gtcttgtctg acgatacgcc cggcgccaga tggatcagga
     2581 tctccacctc gcgcgccgtg ttgtcgtcca ccttgcggat cttgattttg cccttctcgt
     2641 tggccttgat gatggagtcg atcagcgtgc ccgtcgtgta gccatagggg atctcggtga
     2701 tggccagcgt gcggttgtcc accttcgtga tccgcgcccg gaccttgacc ataccgccgc
     2761 ggttgccgtc gttgtacttc gccacgtcca ccaaaccgcc cgtttggaag tcggggtaga
     2821 gcgtgaactc ccggccgcgc aggcaggcca cggaggcgtc gatcagctcg ttgaagttgt
     2881 gcggcaggat cttcgacgag agtcccacgg cgatgccctc cgccccttga gccagcagca
     2941 gggggaactt gatcggtagg ctgaccggct cacggttgcg cccgtcgtac gacagcttcc
     3001 agacggtcgt cttggggtta aacaccgtct cgagcgcgaa ccgtgagagg cgcgcctcga
     3061 tgtatcgcgg tgccgcggcg ctgtcgcccg tgaggatgtt gccccagttg ccttggcagt
     3121 cgatcagcag gtctttctgc ccgagctgca ccaacgcgtc gccgatggag gcgtcgccgt
     3181 gtgggtgaaa ctgcatcgtt tggcccacca cgttggccac cttgttatat cgcccgtcgt
     3241 cgatccgccg catggcgtgc agaatgcgcc gctgcaccgg cttcaacccg tcgttgatgt
     3301 gcggcacggc ccgctcaagg atcacgtacg aggcataatc caagaaccag ctctgataca
     3361 tgcccggcag gtggcgcacg ctgtccgcag cttctgcccc gggcgcatac ccattgccct
     3421 tcactgtgcg ctcatcccgt ttcacgtctt ccctcgccgc ctcatcgcgg agtctttcct
     3481 cgtcgcgttc gtcttcttct ttcattctta tttatgggtt atatgggtta catccttcat
     3541 tccacgcgcc ttttcgccgg cgccgggcaa aagtaggcct ctactccgtt tccccttggg
     3601 tttattcaag tgccgtgcaa ttcctccgcg agggaggctg tgaaatgctt tggtgcttgc
     3661 gcgctactgc acaaggtgct tgcgcgcatg ctgacaaggt gcttgcgcgc atgctgacaa
     3721 ggtgcttgtc caaattgaat gcatggtacc cagtcgtaag gacgaatgat tgttcgcccc
     3781 tataaacaca ccccgatggt gccaaagacg gggtagagcg gctgctcgat ggctgtgaag
     3841 ccgctgcgat ggatgccgct gaggccgcgt gtcagctcga ggtaggcacc gaggcgtggg
     3901 gcgaaatgcc aatcgaggcc gagcagtagg ccggcttgca gctggcgcat ctcatggctg
     3961 aagtcgtaat cgccacggcg cccttcaccc cgtccgatgt ccaccttggc gcccgtggga
     4021 tcgccgacgc gcaggtagcc atcgtgggcg taacccgtga agctgcgtgc aacgaggcat
     4081 gagacgtatg gcccgaagcg caggcgcagg tcgcggctga ggtggagcga ggccgtcgcg
     4141 gggacggtca gcatccactc gctggcgcgg gtcacgacgc cccccgtgaa gcgccccgac
     4201 agctgctgcg tgccttgcac gatggtcatg ccatagttct tcacgcgggc gcccgtccgc
     4261 atccccttgt tttcaaagcg taacccgacg acgaggccaa cgcgatctgt gaggcgcttc
     4321 tcggcgtcaa tgcccacttg caggttgagc gctggcgtgt agctcgtcac cgcgcggatc
     4381 tcggcaggca tcgtggcggg cattgtcccc ccgacggaat agccgaggcg gaggtcgtaa
     4441 gtcaagccct caagcaagcc gtggccaggc tgcgcccatg cggcaagggc agtcaggagg
     4501 gacaagaggg ccgtgcaggc gatcactctt tttcgcatac gatgcagact ttatcaatac
     4561 acaaagtgga gccgacggcc cccacgaagc g
//
LOCUS       SEQF3106|MIQD01000111.1 4570 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4570
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(272..2875)
                     /gene="clpC"
                     /locus_tag="SEQF3106_01865"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37571"
                     /codon_start=1
                     /transl_table=11
                     /product="Negative regulator of genetic competence
                     ClpC/MecB"
                     /translation="MMIMKNSYSKRMIDVIEAGREEASRLQNSYIGPEHLLLGLLRKG
                     DGNAIRILQELQVDLTQIKQNIELEIRNTNNETSTTHIAVSKNAERVLRISMLEARMF
                     KSDRTRTEHLLLALLKEEYNTAAQVLNKSGINYRTVYDRISALTGVDRLGEVTHDGFT
                     DDEEEDDGPFAPFRRNPNQQQPTPQPTPPPASTGTTAQKIPTDTPVLDNFGTDMTKAA
                     AEGKLDPVVGREREIERLAQILSRRKKNNPVLIGEPGVGKSAIVEGLAQRIVQRKVSR
                     VLFDKRVVTLDLGSLVAGTKYRGQFEERIKALLNELTRNPHIILFIDEIHTLVGAGSA
                     AGSMDAANMLKPALARGELQCIGATTLDEYRTSIEKDGALERRFQKVIVDPTTAEETL
                     QILKNIKGRYEEHHNMIYTDDALEACVKLTDRYISDRYFPDKAIDALDEAGSRVHIAN
                     VVVPQHIEALEAKIEETKRAKLAAVKSQNFELAAGYRDTERQYLQQLDEAKKQWEREM
                     QEHRETVDADQVAEVVAMMSGVPVQRIATTENARLRRMDELLKQKIIGQDEAVNKIVK
                     AIRRNRVGLKDPNKPIGTFMFLGPTGVGKTHLAKKLAEFLFDSADALIRIDMSEYLEK
                     FAVSRLIGAPPGYVGYEEGGQLTEKVRRKPYSVVLLDEIEKAHPDVFNLLLQVLDEGH
                     LTDSLGRRINFKNTILIMTSNIGTRQLKDFGRGIGFHPQAAATEADRDHSRSVIRKAL
                     ERSFAPEFLNRVDDIIMFDPLEKESIYRIIDIELSDLYRRIDALGYSLNLTPEAKEYV
                     TTKGYDAQFGARPLKRAIQRYIEDELAEIVLLENIQPGDTITLGYDAATDRMTHTVSK
                     PAPADSPAATE"
     tRNA            complement(3022..3093)
                     /locus_tag="SEQF3106_01866"
                     /product="tRNA-Cys"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Cys(gca)"
     CDS             complement(3190..4443)
                     /gene="pncC"
                     /locus_tag="SEQF3106_01867"
                     /EC_number="3.5.1.42"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8EK32"
                     /codon_start=1
                     /transl_table=11
                     /product="Nicotinamide-nucleotide amidohydrolase PncC"
                     /translation="MTTASILTIGDELLIGQVIDTNSAWIATQLNDAGIRVVHKQTVG
                     DDEEDILRALGEAQARTDIVLVTGGLGPTKDDITLHALCQHFHTTLHFSDTVYAHITR
                     MFASRGIQMNELTRQQALVPNAATVIMNQAGTAPCTWFQCHGRVLVSMPGVPSEMKWL
                     MTNEIIPRLRRHFGHGAGIAHRTCWVSGYAESALAILLSDFERDLPPEVRLAYLPQLG
                     IIRLRLSAYCPQQADADRIADTLRIRLREILGSHILAEGDRPLEAIIGEQLRTAGLTV
                     GTAESCTGGAIAATLTSVPGSSDYFMGGIVSYTNAVKRHLLRVSPTDLQQYGPVSQPV
                     VEQMARGAREALHCDIAIATSGIAGPGGSTPETPVGTVWIAIATPTRTHSKLHHFAAT
                     RDQNITRAVNTALLMLLDAIKSEHQ"
ORIGIN      
        1 aagtagccca atccccggcg ggtctcgggt cacttttgtc aaagtagccc aatccccggc
       61 gggtctcggg tcacttttgt caaagtagcc caatccggac ctcgtctcgg gtcacttttg
      121 tcaaagtagc ccaatctgga ccccgtctcg ggctgctttt gtcaaattca gcccaaggcg
      181 tgagtcagac gtaatgcgga gcctgggggg agaacgaaaa aagccccgaa gcgcaatgct
      241 ccggggcttt gtgttgactg tgaaaacgag gctactccgt ggcggctggc gagtctgcgg
      301 gggcaggctt gctgacggtg tgcgtcatgc gatcggtggc ggcgtcgtag cccaaggtga
      361 tggtgtcgcc cggttggatg ttttccaaaa ggacgatctc ggccagctcg tcttcgatgt
      421 agcgctggat ggcgcgcttg agcggccggg cgccaaactg tgcgtcgtag cccttcgtgg
      481 tgacgtattc cttggcctcg ggggtgaggt tgaggctgta tccgagggcg tcgatgcggc
      541 ggtagaggtc gctgagctcg atgtcgatga tgcggtagat cgattctttt tcgagggggt
      601 cgaacatgat gatgtcgtcc acgcggttga ggaactcggg ggcgaaggag cgctctaagg
      661 ctttgcggat gacgctgcgc gaatggtcgc ggtcggcctc ggtggcggcg gcctgcgggt
      721 ggaagccgat gccgcggccg aagtctttca gctgccgtgt gccgatgttg gaggtcatga
      781 tcaggatcgt gttcttgaag ttgatgcggc ggccgaggct gtcggtcagg tggccttcgt
      841 cgagcacttg cagcagcagg ttgaagacgt ccgggtgcgc cttttcgatc tcgtcgagca
      901 ggacgacgga gtagggtttg cggcgcacct tctcggtcag ctggccgccc tcttcgtatc
      961 cgacgtagcc cggaggcgcg ccgatgaggc gcgagacggc gaacttctcg aggtattcgc
     1021 tcatgtcgat gcggatgagg gcgtcggccg agtcgaagag gaactcggcg agcttcttgg
     1081 ccagatgcgt cttgccgacg cccgtggggc cgaggaacat gaaggtgccg atgggcttgt
     1141 tggggtcttt cagcccgacg cggttgcggc ggatggcctt gacgatcttg ttgacggctt
     1201 cgtcttgtcc gatgatcttc tgtttcagca gttcgtccat gcggcgcagg cgggcgttct
     1261 cggtggtggc gatgcgttgc acgggcacgc ctgacatcat ggccacgact tcggccactt
     1321 ggtcagcgtc taccgtttcg cggtgctcct gcatctcgcg ttcccattgc ttcttcgctt
     1381 cgtcgagctg ctggaggtat tggcgttcgg tgtcgcggta tcctgcggcg agctcgaagt
     1441 tttgtgattt gacggctgcc agtttggcgc gtttcgtctc ttcgatcttg gcctctaatg
     1501 cttcgatgtg ttgtggcacg acgacgttag cgatatgtac gcgcgatccg gcttcgtcca
     1561 gtgcgtcgat ggccttgtcg gggaagtagc ggtcgctgat gtagcgatct gtcagtttga
     1621 cgcatgcctc aagggcgtcg tcggtgtaga tcatattgtg gtgctcctcg tagcggcctt
     1681 tgatgttctt gaggatctgg agtgtctcct cggccgtagt cgggtcgacg atcacctttt
     1741 ggaagcggcg ctccagggcg ccatctttct caatgctggt gcggtattcg tcgagtgtgg
     1801 tggcgccgat gcattgcagt tcgccgcgtg ccagggcggg cttgagcatg ttggcggcgt
     1861 ccatcgatcc ggcggctgat ccggctccga cgagtgtgtg gatctcgtcg atgaagagga
     1921 tgatgtgtgg gttccgggtc aactcattga gcagcgcctt gatgcgttcc tcgaattgtc
     1981 cgcgatactt cgtcccggcc acgagcgagc ccagatctaa ggtcacgacc cgcttgtcga
     2041 agaggacacg cgacactttg cgttgcacga tgcgttgcgc gagtccctct acgatggctg
     2101 actttccgac gccgggttcg ccgatcagca cggggttgtt cttcttacgc cgactgagga
     2161 tttgtgccag ccgctcgatc tcgcgctcgc gacctacgac ggggtccagt ttgccctcag
     2221 cggcggcctt ggtcatgtct gtgccgaagt tgtcgagcac gggtgtgtcg gttgggatct
     2281 tctgcgctgt ggtgcctgtc gaagcggggg gcggggtggg ctgaggcgtg ggttgttgct
     2341 ggttgggatt cctcctgaag ggcgcgaagg gtccgtcgtc ttcttcctca tcgtcggtaa
     2401 acccgtcgtg cgtcacttcg cccaatcggt ctacgccggt gagggcgctg atgcggtcgt
     2461 agacggtgcg gtagttgatg ccgcttttgt tcagcacttg ggcggcggtg ttgtattctt
     2521 ctttgaggag cgccaggagg aggtgctccg tgcgtgtgcg gtcgcttttg aacatgcgtg
     2581 cttcgagcat gctgatgcgg agtacgcgct ctgcattctt gctcacggcg atgtgggtag
     2641 tcgatgtctc gttgttggtg ttgcgtattt cgagttcgat gttctgcttt atctgtgtta
     2701 agtctacctg aagctcttgg aggatgcgga tggcgttgcc gtcgcctttg cgcaggagcc
     2761 ccagcagcag gtgttctggg ccgatgtagc tgttttgtaa gcggctggct tcttctcggc
     2821 cggcctcgat cacgtctatc attctttttg aatagctatt cttcataatc atcatgcttt
     2881 gtcgggggca aagttagtta tacatgcggg cgctccctgt caaacatcgt gccaaaggga
     2941 tgcggggggg ggtatgggcg ggggataaaa aaagaaataa ggaaccggcc acccttcgta
     3001 gccatgttcc ttatttctct tgaggttcct agcagaatcg aactgctgta aacggttttg
     3061 cagaccggcg cctaaccact cggccaagga accctgttct tgttctcttg tcgggggcaa
     3121 agatagaggc gccctctgaa tgtgcaaatt atagtaggat gaaaatggtt cgcggtgggg
     3181 gcgggtgggt tattggtgtt cgcttttgat ggcatcgagg agcatgagga gggcggtgtt
     3241 gacggcgcgg gtgatgtttt gatcgcgggt ggcggcgaag tggtggagct tggagtgggt
     3301 gcgcgtgggg gtggctatgg cgatccagac ggtgccgacg ggggtctcgg gggtgctgcc
     3361 gcctgggccg gcgatgccgg aggtggctat ggcgatgtcg cagtgtaggg cttcgcgtgc
     3421 gccgcgggcc atctgctcga cgacgggttg gctgacgggg ccgtattgct ggaggtcggt
     3481 gggggagacg cgcaggaggt ggcgcttcac ggcgttggta taggagacga tgccgcccat
     3541 gaagtagtcg gagctgccgg gcacggaggt gagtgtggct gcgatggcgc cgccggtgca
     3601 actctcggcc gtgccgacgg tgagccctgc ggtgcgtagt tgttcgccga tgatggcttc
     3661 gagcgggcgg tcgccctcgg ccaggatgtg gctaccgagg atctcccgca ggcggatacg
     3721 gagggtgtct gcgatgcggt cggcgtcggc ttgctggggg cagtaggcgg agaggcgtag
     3781 gcggatgatg ccgagctgtg gcaggtaggc gaggcgcacc tcggggggga ggtcgcgctc
     3841 gaagtcggag aggaggatgg cgagggcgga ctcggcgtaa cccgagaccc agcaggtgcg
     3901 gtgggcgatg ccggcgccgt ggccgaagtg gcgccgcagc cgggggatga tctcgttggt
     3961 catgagccac ttcatttcgg agggtacgcc gggcatggag acgaggacgc ggccgtggca
     4021 ttggaaccag gtgcagggcg ctgtgccggc ttggttcatg atcacggtgg cggcgttggg
     4081 cacgagggct tgctggcggg tgagctcgtt catctggatg ccgcggctgg cgaacatgcg
     4141 ggtgatgtgg gcgtagacgg tgtcggagaa gtggagggtg gtgtggaaat gttggcagag
     4201 ggcatgcagg gtgatgtcgt ctttggtggg gccgaggccg ccggtgacga ggacgatgtc
     4261 ggtgcgtgct tgtgcttcgc cgagggcgcg gaggatgtct tcctcgtcgt cgccgacggt
     4321 ttgtttgtgt acgacgcgga tgcctgcgtc gttgagctgg gtggctatcc aggcggagtt
     4381 ggtgtcgatg acttgtccga tcagcagttc gtcgccgatc gtgaggatgg aggcggttgt
     4441 catgggggtc aatggttaat tgtcaatgat taattattaa agaccatcgc acaacatctc
     4501 cgcgtcagcg cccacatctt tccgactcga tattcagagc atttaggccg agttgagtgc
     4561 ttgatctacc
//
LOCUS       SEQF3106|MIQD01000112.1 4557 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4557
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(488..1099)
                     /locus_tag="SEQF3106_01868"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRKLIIADLLRKAWQSLTAQIWVLAGLMIGYTIISLLLTCTMP
                     YVSYPGRTALGLASTLFTLVFVLGYLKNLFQALDGEEPQFSAYGQMSRKVFALFFAYI
                     LYWIIVGIGLVLLIVPGIYIGLRLVFAPQIIVEENAGAIASLRRSWEITRGATGQVFK
                     LALTGCGIMLLGHLALGIGIFLAIPLVHLMMCAAYRRLIVSDQ"
     CDS             complement(1112..3676)
                     /gene="glgP"
                     /locus_tag="SEQF3106_01869"
                     /EC_number="2.4.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WMW1"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycogen phosphorylase"
                     /translation="MKIQSKQSNEPIWRDIYSHSKLPKQLTPLYEIASNLWWVWHYEG
                     AKLFRVISPDLWKSTEGNPVLLLQELPQGRIEEILADNELMLQIDYVYKRFKSYMEEG
                     SDASKPSIAYFSMEYGLTNVLKIYSGGLGVLAGDYLKEASDSRVDLTAVGFLYRYGYF
                     TQTLAMDGQQIANYEPQNFNTLPLQQVMEGTGQPFVLEVPYPGRNVYAHVWKVSVGRV
                     PLYLMDTDIPENSEWDRSITHQLYGGDWENRMKQEYLLGIGGILLLNKLGIKQQVYHC
                     NEGHAALINVQRLVDYISNEKLEFNEALEMVRASSLYTVHTPVPAGHDYFEESLFGKY
                     MSGYPAKLGISWQDFIDMGRTNPGSQEKFCMSTFALNTCQEANGVSYLHGIVSRKMFA
                     PIWKGYFPEELHVGYVTNGVHLPTWMATEWKRYCERTFDKNFIEDQSNKAIWDPIRNV
                     PDGEIWEIRKALKNKLIEYIKNQYRDNWLKNQSNPSKVITLMEKINSSALLIGFGRRF
                     ATYKRAHLIFTDLDRLAKIVNNEKCPVQFVFTGKAHPADGGGQGLIKHIVEISRRPEF
                     LGKILFLENYDMRLARRLISGVDIWLNTPTRPLEASGTSGEKAEMNGVLNFSVLDGWW
                     YEGYKEGAGWALTSQRTYDNQQYQDQLDAATIYHLLEDEIIPLYFAKNSKGYSPEWIQ
                     YIKNSMSQIAPEYTMKRMLDDYIARFYTKLATRSAALEASDYAGAREIAAWKREVAEH
                     WNDFEVESFDYQDDAAHPTVGEEYDIRIVIDRKSLKSMLGVEIVYTKENPENHQTELV
                     SVVPFTLKKEVGSKLYFELRKKAAVYGHMRVGFRVYPVNPKLPHRMDFAYVRWIQP"
     CDS             3953..4246
                     /locus_tag="SEQF3106_01870"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHMDMKKILFISTCAHMDMKKNLFISTCMHMDMNKYLFIYTCMH
                     IDIKKNLFISTCMHINMINTLSIFTCIHMNMINTLSIFMRTHINKKNHVLHTS"
ORIGIN      
        1 agcaagacgc gcatcccgag cgcctgtgcc gcgtcggcca cgcctcggcc cacatgcccc
       61 acaccgatga tgccgagcgt cgtatccgtc aggcgcaggc cgcgttggcg gacaatggtg
      121 acgagtgcag cggcgatgta ttgtcggacg gaggcggcgt tgcaaccggg cgcattcacc
      181 cagcggatgc ccgcgcgttg gcaataaccc gtgtcgatat gatcgaagcc gatggtagcg
      241 gtgacgatca ggcggacgcg actgccggtg agcagtgcct cgtcgcaacg ggtgcgggtg
      301 cgggtgaaga gtacatccgc ctcgcacaca tcgtcggccg taatcgctac accgggcagg
      361 taggcaatgt cggcatacgg ctccatcaca ccccgcagga aaggaatctt atcgtcagcg
      421 acgatcttca ggcgccggcc ggctgcggcc gcaggcgaaa cggaccagat gcccggataa
      481 tcattgatca ttgatcactc acaatgagcc ttcggtaggc tgcgcacatc atcagatgta
      541 cgagcgggat ggctaagaag atgccgatgc ctaaggcgag atgtcccagc agcatgatgc
      601 cgcagccggt gagtgccaat ttgaagactt gtcccgtggc gccgcgtgtg atctcccaac
      661 tacgcctaag cgacgcaatg gcgccggcgt tctcttccac gatgatctgt ggcgcaaaga
      721 ctaatcgcag gccgatatag atgcccggca cgatgagcag taccaggccg atgccgacga
      781 tgatccagta caagatgtag gcaaagaaca gggcgaacac cttgcgcgac atctggccgt
      841 aagccgagaa ttgcggctct tcgccgtcga gcgcctgaaa gaggttcttg aggtaaccca
      901 gcacaaagac gagcgtgaag agtgtgctgg ccaacccgag cgccgtgcga cccgggtacg
      961 atacataagg catggtgcat gtaagcaaga ggctgatgat cgtgtaaccg atcatcagcc
     1021 ctgccagcac ccatatctga gccgtgaggc tctgccaagc cttccggaga aggtcggcga
     1081 taatgagttt ccgatccatt gtatagatgt cttagggttg tatccagcgg acgtaagcga
     1141 agtccatgcg atgcggcagc ttcgggttca cggggtagac gcggaagccg acgcgcatgt
     1201 ggccgtagac ggcggccttc ttgcggagct cgaagtagag cttcgatccg acctcctttt
     1261 tcagcgtgaa gggcaccacg gagacgagct ccgtctggtg attctccggg ttctccttcg
     1321 tgtagacgat ctctacgccg agcatgctct tgagactctt gcgatcgatg acgatgcgga
     1381 tgtcgtactc ctcgcccacg gtcggatggg cggcgtcgtc ttgatagtcg aacgattcca
     1441 cctcgaagtc gttccaatgc tcagccacct cacgcttcca cgctgcgatc tcgcgcgctc
     1501 cggcgtaatc agacgcctcc aacgctgcgg aacgcgtggc cagcttggtg tagaagcgtg
     1561 cgatataatc gtcgagcatg cgcttcatcg tgtactctgg cgcgatctgc gacatagagt
     1621 tcttgatgta ctggatccac tccggcgagt agcccttgct gttcttggcg aagtagaggg
     1681 ggatgatttc gtcctccaag aggtggtaga tcgtggcggc gtctaattgg tcttgatact
     1741 gctgattgtc gtaggtgcgc tgcgaggtca gggcccagcc ggcgccttcc ttatatccct
     1801 cgtaccacca gccgtcgagg acggagaagt tgagcacgcc gttcatctcc gccttttcgc
     1861 ccgatgtgcc ggaggcctca agtggacgcg tcggcgtgtt cagccagatg tcgacgccag
     1921 agatgaggcg acgcgccagg cgcatgtcgt agttctcgag gaagaggatc ttgccgagga
     1981 actccggccg gcgcgagatc tccacgatgt gcttgatcag tccctgcccg ccgccgtcgg
     2041 ccgggtgggc cttgccggtg aagacgaact gaacggggca cttctcgttg ttgacaatct
     2101 tggccaagcg gtcgaggtcg gtgaagatca ggtgcgcccg cttgtaggtg gcgaagcgcc
     2161 gcccgaagcc gatcagtagc gcgctggagt tgatcttctc catcagcgta atcaccttcg
     2221 aggggttgct ctggttcttc agccagttgt cgcgatactg gtttttgatg tactcgatga
     2281 gcttattctt gagcgccttg cggatctccc agatctcgcc gtcgggcacg ttgcggatgg
     2341 gatcccagat ggctttgttc gactggtctt cgatgaagtt cttatcgaac gtccgctcgc
     2401 aatagcgctt ccattcggtg gccatccagg tgggcaggtg cacgccgttg gtgacgtagc
     2461 ccacatgcag ctcttcgggg aagtagccct tccagatggg ggcgaacatc ttgcgcgaga
     2521 cgatgccgtg caggtagctg acgccgttgg cctcttggca ggtgttcagg gcgaaggtgc
     2581 tcatgcaaaa tttctcttgg ctgccagggt tggtgcgacc catgtcgata aagtcttgcc
     2641 aactgatgcc cagcttggcg gggtaaccgc tcatgtattt tccaaagagc gactcctcga
     2701 aatagtcgtg gccagcgggc acgggcgtgt gcacggtata taaggaagag gcgcgcacca
     2761 tctccaatgc ttcgttgaac tctaacttct cgttgctgat gtaatcgact aagcgctgca
     2821 cgttgatcag cgccgcgtgg ccctcgttgc agtgatagac ctgctgcttg atgcccaatt
     2881 tgttcagcaa caagatgccg ccgatgccca gcagatattc ctgcttcatg cggttctccc
     2941 agtcgccgcc gtagagctgg tgcgtgatgg atcgatccca ctcgctgttt tcggggatgt
     3001 ccgtatccat caaatagagc ggcacgcgcc cgacgctcac cttccagacg tgcgcataga
     3061 cgttgcgccc ggggtagggt acctccagca cgaacggttg ccccgtgccc tccatcactt
     3121 gctggagcgg cagggtgttg aagttttgcg gttcataatt ggcgatctgc tgcccgtcca
     3181 tggccagcgt ctgcgtgaag tagccgtagc gataaaggaa gccgacggcc gtcaggtcta
     3241 cgcggctgtc gctggcctct ttcaggtagt cgccggccag cacgccgagg ccgcccgaat
     3301 agatcttcaa cacgttcgtc aggccatact ccatgctgaa gtacgcgatc gagggtttcg
     3361 aggcatcgga gccctcctcc atatatgatt tgaagcgctt gtatacgtag tcgatctgca
     3421 acatcaactc gttgtcagcc agtatctctt cgatccttcc ctggggcagc tcctggagca
     3481 gcagtacggg gttgccttcg gtggatttcc acaagtcggg agagatcacg cggaaaagtt
     3541 tagccccttc gtaatgccac acccaccaga ggttgctggc gatttcatac aaaggggtta
     3601 attgcttcgg gagcttggaa tgggaataaa tgtctctcca aatcggctcg ttagattgct
     3661 tcgattgaat cttcatctta aatattattt gagttagacg ccacaaaagt agagtgaaat
     3721 caaaaaaccg tggggtgatt cttaccctct acgcgcccat ccggcaccct ttggcgggat
     3781 ttccgtcagg gtcaggcctc gccgaaatct ggggcgcgcc gttgtcgttt ggttacggtt
     3841 tctccggaag tggatctgct attttgtgta tgcacgaaag atatgatacg atattattca
     3901 tctctacatg acatcacgaa gatgtgtttt caatctatac aagtattcat gcatgcacat
     3961 ggatatgaaa aagattttgt ttatatctac atgcgcgcac atggatatga aaaagaattt
     4021 gtttatatct acctgcatgc acatggatat gaataagtat ttgtttatct acacatgtat
     4081 gcacatagat ataaaaaaga atttatttat ctctacctgc atgcacataa atatgatcaa
     4141 taccttatcc atatttacat gcatacacat gaatatgatc aatacattat ccatatttat
     4201 gcgcacgcac ataaataaga aaaatcatgt gttacatacc tcgtgacgtc acgaaaagat
     4261 gaaaacaatc gccgagagac ccgcacggaa aagggatgcg atgacccgaa aagcgttgag
     4321 cacttcatgg cacgattctc gccccacgag gtgccgacga aggcttcgca ccgagcaaat
     4381 gccacccccg gatctcccct gaaaggcgct ccaacagtag gccgcatgaa agttttccta
     4441 cttttgaccc cgtcgatcgg caaccttttc tccctccgct aaacggtaaa agagacgggc
     4501 gaaaatgcca ccgacccatt ccattttttt agaacgatac acaataaaac atctgca
//
LOCUS       SEQF3106|MIQD01000113.1 4477 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4477
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(2374..2502)
                     /locus_tag="SEQF3106_01871"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELCIRDRYAFRRLVISSFEVKPTSSPLTVITYMSYLMEETS"
ORIGIN      
        1 cacaggcgcc gatgggctcg gtgtgcaggt gacgtgtgta gaggccggcg tagtctttcg
       61 caccaatctg gcgctcggaa atgagttcga ggtgcccttc gcgctcgtgt ttcttatcgg
      121 taaagagctc cacttggtgg cggaacttga gcgtgtcggc caggaagcgg gcatcgagtg
      181 tctcgccgcc cttcacgtgg tcgaacgagt cagtgccgaa ggtgaggatc gtgtgatcga
      241 ccaccaaggt cggctgacgc ttgaagcgcc ataagtcgtg gacgttgggg ccgaagagta
      301 cgagcatcgt gtccatcggc gtttcatttg ggccgtagac cttgccctta tagtggctga
      361 cgcaggtgtt gcaggccttg gccgtgacgc cgtcgtcgta agcatattcg acgaagggcg
      421 gccgcttgcg gctgtagccg agcttgatga tcggttgatc gccaggcagg ccgctccagg
      481 tggtgatgtg tacgttatcg ccaagtagga gcaggctgtc gtggcagatg agcgagtccg
      541 tcttgatggt gatgcttgtg ttgttgccag agcgcgtttt ggtgtcgagc tgcaagacac
      601 cgaatgtttc gatgacaggc gactcaaggt gcacgcgctg attgccggca atgaagcggg
      661 cgttgccgtg gaaggtcatg cggacggtgt tatgcaagta ggcgcggcca gtctcataat
      721 ccgtgaggca gtcggagggg ttgcacggca tggggcattc gggcacctgg gtcaggatgt
      781 tcgttgtcca attgcccttg ttgccttggg tcttcatgaa gacgccgtag cccgtgacgt
      841 tctcgccgtg cagggtgccc gtgatgggca cggggccggt gcccgaacct gtgccgccgt
      901 agtaaaggaa gtctttgtaa acatcgattc gatccgaggc cacagctgcg aagccgcccg
      961 aggtgacggt agaatccgaa taatcgagta ggaaattgcg cgccttgttc tcttccgtgt
     1021 tcaaatcgca gtggtagttg cccgagccgc agggatagcc gtggccgatc tttttgggcc
     1081 gaccgttggc atcctcttcg taagccacgc tgaggaaagg atcatcgatg gtgccgatgt
     1141 tggccaggcc accatagttc agcttgatgt tgttgtctgc accgataaag acgcttccgc
     1201 tgttcaggcg cgccttgtaa aagaaatttt gcaggtacac attattgcgc tgctcctcgc
     1261 agtcgcagac tttgatcctg ccgaggtcgc tgaggtcatc cgtttgggct aagaagagca
     1321 aagtgccgcc catcgagttt atattaactg tatcgcgcat atcgatatcg ccctcgcggg
     1381 tgcggaaggt ggcattaccc ggagccagtt tatcgccggc cgttgtatct tttatatatc
     1441 cggtcattct ggcaccggtg ttcataataa tgttgccccg cttgccggca tctatattca
     1501 ggtcgccttg gtcaaaggcg aagtttagac taacacgtgt gtatcgatcg acggcatcat
     1561 acgtcggagc gcctttcagg cggccggcat attgcgccca gccttccggt gactccatgc
     1621 cgcacggagc tacgccgccg ataatgcccg aatgctcgta acgcaccatg gcatctttat
     1681 cgcgattatg caagtaggag ctattgcgcc ggcaggcaaa ctcattagag aaggggatat
     1741 tgatgtctaa cgtatacttt ccgcggccac ctcctaccgg accatcatct ccgttatgat
     1801 gactaagtga tatgcctgtg aaatagatat ttccgccatc catccggcgc ccgtggtcta
     1861 cattatcctc ccaaccagct tggatgcgaa aatgcccctc ggaggtggta ttatctgcct
     1921 gagcataaga gagcccgttt actgcagtgg tatcgttctg tacaccataa gttgcactag
     1981 cctttcctcc gtttaggcgc cagcgattga gggttgcttg ccccgtctcc cgatgataaa
     2041 taggcgcttt aatgctatac ccaatataga catcaccttt ctccgcatag attctatcct
     2101 cctgagctga ggaaccatac ctggcagtac gaatattatt tgctgcacga atcgtcgttg
     2161 tcaaggcatc attcgtaaac gcatcattca aatagacatt gccgcgctcg ctattgcgat
     2221 tgccgacgcc ttgattatcc gtatccgtgt ttttacaagt aaagatgcca gtgacattcg
     2281 ggtcttcacg atctgcggcc cagaaggcca ttaagccatc accgagatta ttgtgtattc
     2341 ctgagacgtt cgtagaataa tggaatcctt gagttacgat gtttcctcca tcagatagga
     2401 catataagtt attacggtga ggggcgagct cgtaggtttc acttcgaaac tcgatatcac
     2461 taagcgcctg aatgcgtatc ggtcccttat gcagagctcc ataaaaacca gactttatat
     2521 tgagtccccc cgtattatat ccattaaacc catcatagtc tccataaaga cttcctataa
     2581 aacctcgagg ataacggccc ctaagcgaaa agccctcaca ccattctgga tgccccggag
     2641 gataggtgca aggcgcctct ctcctatatt ctccatataa atacaatttg gcattacaag
     2701 gatcgatagg cactgtgccg ccactgctta cgccatagtt ggccacgtag atcggctccg
     2761 taccatgcag ataaaagtgt ggcgctgtgc tgtcgccata cataagattg ggatgtccca
     2821 aatacatcgg gaagctggtg ttcaccccgc agccatcgaa gttcttcagc ataccgccgg
     2881 agaagatgtg catatggcca gagcccttcg tggagtcgcc cacttcaatc acacccgggt
     2941 ggtcagcggc tttgtccggc gtgtgggttg tccattcggc attctgctgt ttgaagttgt
     3001 agttgccttt cacgccaagc acactggctt gcgtgcgagt gggcatatcc ggcaggttga
     3061 tctcaccgcc atcgttgaat ccacgcagcg aaggcggcgc gaactggaag ccttggcttg
     3121 agcctggcgc ttcaaacgtg tttccggtaa aactggcttt cggataggag aagatggtgt
     3181 cggcaccggt ggggaaggtg gactgcgtgt agtactctga gccggtacca tgcgccatgt
     3241 tcatgctgtc gatatcgcca actacacgga gggtgtagcg gtcgtttttc ggtaacacga
     3301 ccacggcgtc ggtgctgtcg ttcggcgtag tggcgccaag gggttttctc gaggccggcc
     3361 gggtggtagc gtctgtaatg ctgttcttca cgcaaacgtt cgccccgtct acaatccgca
     3421 cagcggcgtc gaggaaggag ttgccgagga gggtgtccat tttccaccag tgttccttat
     3481 agacatactt actataggtg gttgtgatat tcggagtttg tccttggcag ccctctttgc
     3541 atgcaaaaga atcaagcacc ctttgttgca agtcgtgggt acgataatac catcgcagat
     3601 ctccgatata gatatggtca agggtcgttt ccccctgaat attgatggtg gtgggccttt
     3661 tgtagtcttt aagagcgccg cccgtcaaag gcacgctgtc cctctggcca tagctgttgt
     3721 cactattcac attccgtcct gctgcttgta ccaaagagat accatcatct tttccattat
     3781 ccctcgtaga ggtaaagggt atctctgccc agccatagag gtattgatga ttgtcagttc
     3841 tacaatagtt attgggggca tgatcggtgg ttgtgtcggc tcgtaccgag ctccaattat
     3901 taacaagggt ccattccgag tcattaccgc aataggattt cacaaaataa cctgtccaaa
     3961 cgttggtgta gtcctgatag tgccctcctg cattgtagga gttgatcacg atgttcggtc
     4021 cgccatacgc accggttgca ggtccgtggg cgtagatgtc gatggaatga ttaccggcgg
     4081 gcaacgtttt gctttcgcct gcgccgtaga tattcttcac gtcgtcatgt ccggatagat
     4141 acttcggcga atagggctgc gcataggctc ttccgccggt gccgccccag aggaggagtg
     4201 cggcgaaggc ggtggccaag gtcattaagt actgtctcgt tcttttcata atgcttatgt
     4261 atttatatgt gtgtgtaaaa aatgccccaa gagggggcgg agagaattcg gttgttaatg
     4321 gtcggggcgg aggcatcgtc cggcacccgg gtacgcccag gacattcatc cggcacccgg
     4381 ggtttcgccc tcgggaaccc ggggtttcgc cccgggctat catccggcgg ccctacaggc
     4441 cgcgccgccg cgtcataatc attggatagg tgccaaa
//
LOCUS       SEQF3106|MIQD01000114.1 4250 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4250
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(301..1002)
                     /gene="yjjG_2"
                     /locus_tag="SEQF3106_01872"
                     /EC_number="3.1.3.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A8Y1"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyrimidine 5'-nucleotidase YjjG"
                     /translation="MILRYKSLFFDLDNTLWDTIHDNKKCLEELFVDHHFDQHYASFE
                     AFYARYFPYNEQLWERYQSHQINRRTLMRERMLHMLRPMGIDDPDFALRLNDELMERT
                     THRTTLLPGALTLLNHLYPFYRLFILSNGFREVQRRKMEAVGLLPYFDRLVLSEDAGS
                     RKPRRAFFDYALRQTNTRRNEALMIGDSYMTDIAGALGAGIDALWLNPAALPPPGELQ
                     PTFTVRSLDEIRDIL"
     CDS             complement(999..1868)
                     /gene="smc_3"
                     /locus_tag="SEQF3106_01873"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01894"
                     /codon_start=1
                     /transl_table=11
                     /product="Chromosome partition protein Smc"
                     /translation="MKRIVLFLLSVALLTACVENSSEYQKLKSENEELKADKAKSTEE
                     LNEMLSTLNDIQTDIQSIKDAEQYLKIEPTNGEMNANKKEQIRSNMKLIAETLKNNRE
                     QLDALQEKLKKSNIQSSALQKTIDRISKELKEKAEMVAGLQEELAKKDIRIKELDDIV
                     ANLNENVETLSATSAEQSKKINEQDRQLHRAYYCFGTKKELKDQNILTGGGIFSKSKM
                     SKENFNEDYFISIDTREVTSIPLYARKASVRSSHPENSYRFVKDGEGNLTLEIINAKS
                     FWSMSKYLVVEVG"
     CDS             complement(1962..2660)
                     /gene="rsmI_2"
                     /locus_tag="SEQF3106_01874"
                     /EC_number="2.1.1.198"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P67087"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase I"
                     /translation="MGKLTIVPTPVGNLEDMTYRAVRVLREADLILAEDTRTTLILLR
                     HYEIQNRLQSHHAFNEHRTAAQLVERIQAGENIALVSDAGTPAISDPGFLLVRACVAE
                     GVEVECLPGATAFVPALVVSGLPTDRFCFEGFLPPKKGRMTRLEALREERRTMILYES
                     PHRLLKTLTQLAEVLGPERRISVSRELSKRFEETVRGRADEIISHFSMNDPRGEFVIV
                     VAGAETAARDMSDK"
     CDS             complement(2666..3337)
                     /locus_tag="SEQF3106_01875"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMNNQERLEQLLRHINELEQLTNSIRGTEIYPVSFFSRAFDLTG
                     KMQIDLHEIEMGQIELFDQQLREHQAQLRAIERTQRPAYDAATAAHRPEEAPTEEPLM
                     KPAPQTVARPQPAPAPKPQPAPTLKPQPAPASTSHAEASLNDAIERTKLIDLRKAFTL
                     NDRFRFCRELFDRNEERMNDMLNMLNEARSYEESLKLLHAHVQWDFESETATDFLNFI
                     ERRFV"
     CDS             complement(3334..3831)
                     /locus_tag="SEQF3106_01876"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPRIGVQSMILSICEKKVCLILRWPRSISAKLGVERVVVSCYK
                     ATENNGDTKGSRRIVLQRSRKMHLCHDYDVSIKASCNAKIALPWRPHQNQNHVSERSP
                     PLGGDQKHSYPKLTANLMQLPLISAPPIAAGIPTFVRPHPWKSPLSFMAYAYTLYIYT
                     LLTPR"
ORIGIN      
        1 caaataagcc gcgggaatct ttgttatttg cgggatgccc cgcaaataag ccgcgagaat
       61 ctttgttatt tgcggggcgc cccgcaagca tcaaattccc cgttttaacc gttgcgggct
      121 tccgtagaca taccaccgac tttattctta catcgaactc acgttaaatc agtcgcaaaa
      181 gcattttggg tggattatgg gcatatacgc acggccgatc ttgatgtcct tcgatggctt
      241 catctgaact ggtgcgcctt tcgagcttat ccatattcct aagttttact tccttctcca
      301 ttacaggatg tcccttatct cgtctaacga gcggacggtg aaggtgggct gaagctcgcc
      361 ggggggaggc agggcggcgg ggttgagcca aagggcgtcg atgccagctc cgagtgcgcc
      421 ggcgatgtcc gtcatgtagc tgtcgccgat catcagcgcc tcgttgcggc gcgtgttggt
      481 ctgtcggagg gcatagtcga agaaagcgcg gcgaggctta cgtgatccgg cgtcttcgga
      541 gaggacgagg cggtcgaagt agggcagcag cccgacggcc tccatcttcc ggcgttgcac
      601 ctcgcggaat ccgttggaga ggatgaagag gcgatagaag gggtagaggt gattgagcag
      661 cgtgagggcg ccgggcagca gtgttgtgcg gtgggtggtg cgctccatga gttcgtcgtt
      721 gaggcggagg gcgaagtctg ggtcgtcaat gcccatgggg cggagcatgt gcagcatgcg
      781 ttcacgcatg agcgtgcggc ggttgatctg atggctttgg tagcgctccc agagctgttc
      841 gttgtaggga aagtagcgcg cataaaaagc ctcgaaggag gcataatgtt gatcgaaatg
      901 gtgatcaaca aaaagctctt cgaggcattt tttattgtcg tggatggtat cccacaaggt
      961 gttgtccaag tcgaaaaaca aggacttgta gcgcaggatc atcccacctc cacgacgagg
     1021 tatttgctca tgctccagaa cgatttggca ttgatgatct cgagcgtcag gttgccctca
     1081 ccgtctttaa cgaagcggta agagttctcc ggatggctgg agcggacgga ggctttgcgg
     1141 gcatagagcg ggatggaggt tacctcgcgt gtgtcgatgg agatgaagta gtcttcattg
     1201 aagttttcct tcgacatttt ggacttggag aagatgccgc cgccggtcag aatgttctgg
     1261 tctttgagtt ccttcttcgt gccgaagcag tagtaggcgc ggtgcagctg ccggtcttgc
     1321 tcgttgatct tcttcgattg ttcagcgctg gtggctgaga gggtttcgac gttctcgttg
     1381 aggttggcca cgatgtcgtc cagctccttg atgcggatgt ctttcttggc gagctcctct
     1441 tgcagtccgg caaccatctc tgccttctcc ttcagttctt tggagatgcg gtcgatggtt
     1501 ttttgcagtg ccgatgattg gatgttgctc ttcttcagct tctcttgcag tgcatccagc
     1561 tgttcgcggt tgttcttgag tgtttcagcg atcagcttca tgttgcttct gatctgctcc
     1621 ttcttgttgg cattcatctc gccgttggtc ggctcgatct tgaggtactg ctcagcgtcc
     1681 ttgatcgact ggatgtcggt ctggatgtca ttcagcgtgg agagcatttc gttcagctcc
     1741 tcggtactct tggccttgtc agccttcaac tcttcattct cactcttcag cttttgatac
     1801 tccgaagagt tttctacaca ggcagtcagc aaggccacgc tcaggagaaa taatacgatc
     1861 cttttcattg ttgttatcat ttggttttta agtgaataat ctgattgtta cgagtgaccg
     1921 gttacgcgtt atgagtgtcg gtcactgtca cttgtaaccc atcacttgtc actcatgtca
     1981 cgcgccgcgg tttccgcgcc ggccaccact ataacaaact ctccgcgcgg atcgttcatg
     2041 ctgaagtgcg aaattatttc gtccgccctg ccgcgcactg tttcctcgaa gcgtttcgat
     2101 agttctcgtg atacggagat acgccgttct ggccccagca cttcggccag ctgtgtgagt
     2161 gtcttcaaca gtcggtgggg cgactcgtag aggatcatcg tgcgccgctc ttcacgcaag
     2221 gcttcgagtc gtgtcatccg ccccttcttc ggtggcagga agccctcgaa gcagaagcga
     2281 tccgttggca aaccggagac gacgagcgcg ggcacgaagg ccgtagcgcc aggcaggcat
     2341 tccacctcca cgccctcggc cacgcatgcc cggacgagca gaaagccggg atcggagatg
     2401 gcgggcgtgc cggcgtcgga gacgagcgcg atgttttcgc ccgcttgtat acgctccacg
     2461 agttgtgccg cggtgcggtg ttcgttgaag gcgtggtgcg actgtaggcg gttctgtatc
     2521 tcgtaatgac ggagcaggat gagtgtcgtg cgcgtgtctt cggccaagat caaatcggcc
     2581 tctcgcagca cacgcacggc gcgataggtc atgtcctcca agttccccac gggcgtaggg
     2641 acgatcgtga gcttacccat cggcgtcaca cgaagcgtcg ctcgatgaag ttcaggaagt
     2701 ccgtagccgt ctcgctctcg aagtcccact ggacgtgcgc atgcagcagc ttgagggatt
     2761 cttcgtagga gcgcgcctcg ttgagcatgt tcaacatgtc gttcatgcgt tcctcgttgc
     2821 gatcgaagag ttcgcggcag aagcggaagc ggtcgttcag ggtgaaggcc ttgcggaggt
     2881 caatcagctt cgtacgctcg atggcatcgt tgagcgaggc ctcggcgtgt gacgtggagg
     2941 cgggggcggg ttgcggtttc agtgtgggag caggctgtgg cttcggtgct ggagcaggct
     3001 gcggtctcgc tacggtctgc ggcgcaggct tcataagagg ctcttcggta ggcgcttctt
     3061 ccgggcgatg ggcggcagtg gctgcgtcgt aggctgggcg ctgtgttcgt tcaatggctc
     3121 ggagctgcgc ctgatgttcg cggagctgct ggtcaaagag ctcgatctgc cccatctcaa
     3181 tctcgtgcaa atcgatctgc attttgcccg tcaagtcgaa ggcgcggctg aagaaggaga
     3241 cggggtagat ctccgtccca cggatactgt ttgtcagctg ctccagttcg ttgatgtggc
     3301 gaaggagttg ttctaatcgt tcttggttat tcatcatcgt ggtgtgagaa gtgtgtatat
     3361 atataatgta taggcataag ccataaaaga aagagggctt ttccacgggt gtgggcggac
     3421 aaaagtagga atcccagctg cgataggcgg ggcggagatc aggggcaact gcatcaaatt
     3481 ggcggtaagc ttggggtacg agtgtttttg atctccgcca agtggcggag atctctcgga
     3541 tacgtggttt tgattttgat gcgggcgcca tggcagggct atttttgcat tgcaagacgc
     3601 ttttatgctc acatcataat catgacacaa atgcatttta cgagacctct gcaaaactat
     3661 tcgacgactt cctttcgtat ctccattgtt ttcagtagcc ttatagcatg aaacaacaac
     3721 ccgctctacc ccgagttttg ccgatatact cctcggccaa cgcaagatca agcatacctt
     3781 cttctcgcag atagacaaga tcattgattg gactccaatc cgtggaatca tcgaggtagc
     3841 ttataccaaa ggcaacaagt ccacaaggcg tcccagttac gacagccttg tgctgttcaa
     3901 gacagagctt cttcgaactt ggtatggact aagcgatggc gaggtcgaag aacaggtaaa
     3961 tgaccgcttg tccttcagct gctttgtagg tcttggtatg gaagattttg ccccagacag
     4021 tacaacgatc tgccggtttc gccggtatcc tggtagaggc agatatctat gatacggtgc
     4081 tggatgaaat taacatacag ccttcagagc aggagtatcg ccgtcaggcg tgaagccatc
     4141 gttgatgcaa gcataactga agaccatcgc acaacatctc cgcgtcagct cccagatctt
     4201 tccgactcga tattcagagc atttaggccg agttgagtgc ttgatctacc
//
LOCUS       SEQF3106|MIQD01000115.1 4204 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4204
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             199..2136
                     /gene="dxs_2"
                     /locus_tag="SEQF3106_01877"
                     /EC_number="2.2.1.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77488"
                     /codon_start=1
                     /transl_table=11
                     /product="1-deoxy-D-xylulose-5-phosphate synthase"
                     /translation="MMADQDNLLSRIDSPADLRKLPAEQLPAVCDELRRYIIDVLSRT
                     PGHLGASLGAVELTVALHYVFNTPFDRIVWDVGHQAYSHKILTGRREAFRTLRQFGGI
                     SGFPTPEESAYDTFMAGHASNSISAALGMSTAFEIAGEKGRHVVAVIGDGAMTGGPAF
                     EGINNASIDPNNLLIVLNDNDMSIDRNVGGINRYLVDITTSQAYNRIRYEIYQKLRKL
                     NIISEDRRENILRFNNSLKALINRQHNLFEGFSIRYFGPIDGHDVHDLVQKLTDIKDM
                     KGPKLLHIKTKKGKGYKPAEQSATAWHAPGRFDKDTGRRLLPERTNEPQLYQDVFGHT
                     LVELAEKDRRITGVTPAMPTGCSMTYMMKAYPDRAFDVGIAEGHAVTFSAGMAKEGMI
                     PFCNIYSSFMQRAYDQVIHDAAILRLHIVLCLDRAGLVGEDGVTHHGAFDLAYLRPIP
                     NLIISSPLNEIDLRNLMFTAYKTDRGPFVIRYPRGKGELRDWQNEMELLPIGRGRRLR
                     EGTGVAILTIGSIGNEAHKAILAAAAEGISVAHYDMIYLKPIDEALLHEVGKKFSRII
                     TVENGTIVGGLGTAVMEFMMEHGYTPRVHRIGIPDCFIQHGSIADLYKLCGMDAAHIL
                     SAIRTLVGRTEEGHVEKGGQA"
     CDS             2133..3476
                     /gene="trkA"
                     /locus_tag="SEQF3106_01878"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AGI8"
                     /codon_start=1
                     /transl_table=11
                     /product="Trk system potassium uptake protein TrkA"
                     /translation="MKVVIAGAGEVGRHLAKMLSRERHDIVLIDPNEDNLAFAKSGME
                     ILPITGNPTSLHDLEEAGVNTSHLFVSVTTEESTNITACMLASNLGARKTFARINNYE
                     YLLPRNNELFQKIGVNSMICPEILAAKEIVAAIGRPWTRQYWELFSGGLILLGVKVRG
                     EAPIINRTLIDLMMNDKKCYHIVAIQRSDGQMIIPRGMDHIESGDIVFITTTRDHIED
                     VRIKTGKQNPEVKSIIIMGGGRIAIKTAQLLPDNIHITIIEADRDKCVRISEKLPANT
                     LVIHGDGRDPDILQQEGIRNAQAFIALTENAGTNILACLAAKRFGVFKTIAQVENLDY
                     VSLATKVDIGTVINKKLIAAGHIYQFLLDADVTNVKCLAFARADVAELVAKPGSKITR
                     KPIKDMRLPKDMTLGGLIRNGISMMVEGDTMIRANDRVMVFCFDSAMSKLKDYFN"
     CDS             complement(3469..4053)
                     /locus_tag="SEQF3106_01879"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDAGRLGVEELGGCAAEYGQDGYGEDDHANAALPLGEAAPEEE
                     SVGQPLDVIEDGGAGGGEAGDGFEEGVGYVRYGSADEVGQHAEEGEEDPRQGDTEHAF
                     ASAGVVVVGVSAEEVHDEPGQEHDGAGDGERDEVAVVIPEGDAYGAEHEEALEHVHRA
                     EELDDEAYVDLIHIEGRGWRAGHQALPPLLPKIS"
ORIGIN      
        1 ggaacagggt gcagataggt tcggaacgta ttacccccca cttcggaacg tatccgcacc
       61 acgttcggaa cgtagtgtcg ataggttcgg aacgtatcac cgataggttc cggacgtatt
      121 aacgaccacc tccacatccg ttttttccac ctttaccccc ccccgactac ctttgccccc
      181 ataaagaaca aacagtaaat gatggctgat caagacaatt tgctgagccg gatagatagc
      241 ccggctgact tgcgtaaact acccgctgag cagctgccag ccgtgtgcga cgagctgcga
      301 cgatacatca tcgatgtact ctcacgcaca cccggccacc tcggcgccag cctcggcgcc
      361 gtggagctga ccgtagcgct gcactacgta tttaataccc ccttcgaccg catcgtctgg
      421 gacgtgggcc accaggccta cagccacaag atcctcaccg gccgccgcga agccttccgc
      481 accctacgcc agtttggcgg catcagcggc ttccccaccc cggaagagag cgcctacgac
      541 accttcatgg ccggccacgc ctccaactcc atctccgccg ccctgggcat gtcaaccgcc
      601 ttcgagatag ccggcgagaa gggccgacac gtggtggccg tcatcggcga tggcgccatg
      661 accggtggac ccgccttcga aggcatcaac aacgcctcca tcgacccgaa caacctgctg
      721 atcgtactta acgacaacga catgtccatc gatcgcaacg taggcggtat caaccgctac
      781 ctcgtcgaca tcaccaccag ccaggcctac aaccgcatcc gctacgagat ctaccaaaaa
      841 ctccgcaagc tgaacatcat ctccgaagac cgacgcgaaa acatcctccg cttcaacaac
      901 agcctcaagg ccctcatcaa tcgccaacac aacctcttcg aaggcttcag catacgctac
      961 ttcggcccca tcgatggcca cgacgtgcac gacctcgtgc agaaactcac cgacatcaaa
     1021 gacatgaaag ggcccaagct gctccacatc aaaacgaaaa agggcaaagg ctacaaaccc
     1081 gccgagcagt ccgccaccgc ctggcacgca cccggacgct tcgacaaaga caccggccgc
     1141 cgcctgctgc ccgaacggac caacgagccc cagctctatc aagacgtctt cggccacacc
     1201 ctcgtcgagc tggccgagaa agaccgacgc atcacaggcg tcaccccagc catgcccaca
     1261 ggctgctcca tgacgtacat gatgaaggcc taccccgatc gcgccttcga cgtaggcatc
     1321 gccgaggggc acgccgtcac cttctccgca ggcatggcca aggagggcat gatccccttc
     1381 tgcaacatct actcctcctt catgcagcgc gcctacgatc aagtgatcca cgacgcagcc
     1441 atcctccgcc tccacatcgt cctctgcctc gaccgcgccg gcctcgtagg cgaagacggc
     1501 gtcacacacc acggcgcctt cgatctggcc tacctccgcc ccatccccaa cctaatcatc
     1561 tcctcccccc tcaacgaaat cgacctccgc aacctcatgt tcacagccta caaaaccgac
     1621 cgcggcccct tcgtcatccg ctatccgcga ggcaaaggcg aactgcgcga ctggcaaaac
     1681 gagatggagc tcctgcccat cggccgcggg cgtcggctgc gcgaaggcac cggcgtagcc
     1741 atcctcacca tcggctccat cggtaacgaa gcacacaaag ccatcctggc agccgccgcg
     1801 gagggcatct ccgtagcaca ttacgatatg atctacctca aacccatcga cgaggcacta
     1861 ctccacgaag taggaaagaa gttctcccgc atcatcaccg tggagaacgg caccatcgtc
     1921 ggcggcctcg gcacagccgt gatggaattc atgatggaac atggctacac accacgcgtg
     1981 caccgcatcg gcatccccga ttgcttcatc cagcatggct ccatcgccga cctatacaaa
     2041 ctctgcggca tggacgccgc ccacatcctc agcgccatcc gcacccttgt cgggcgtacg
     2101 gaagaaggcc atgtagagaa aggaggccag gcatgaaggt cgtcatcgca ggtgccggcg
     2161 aagtggggcg ccacttagcc aagatgctct cccgcgagcg ccacgacatc gtcctcatcg
     2221 atccgaatga ggacaactta gccttcgcca aatcaggcat ggagatcctg cccatcaccg
     2281 gcaaccccac ctcactacac gatctggaag aggccggcgt caacacctcc cacctcttcg
     2341 tcagcgtcac caccgaagag tcaaccaaca tcaccgcctg catgctggcc agcaacctcg
     2401 gcgcacgcaa gaccttcgcc cgcatcaata attacgaata cctcctgcca cgcaacaacg
     2461 agctcttcca aaagatcggc gtcaactcca tgatctgccc cgagatcctc gcagccaaag
     2521 agatcgtcgc agccatcggt cgcccatgga cacgccaata ctgggagctc ttcagcggcg
     2581 gactcatcct ccttggcgtc aaggtgcgcg gcgaagcacc aatcatcaat cgcaccctca
     2641 tcgacctgat gatgaacgac aagaagtgct accacatcgt agccatacag cgcagcgatg
     2701 gccaaatgat catcccccgc ggcatggatc acatcgagtc aggcgacatc gtcttcatca
     2761 ccaccacccg cgaccacatc gaggacgtcc gcatcaagac cggcaagcaa aaccccgaag
     2821 tgaagagcat catcatcatg gggggtggac gcatcgccat caagacagcg cagctcctgc
     2881 ccgacaatat ccacatcacc attatcgagg ccgaccgcga caagtgtgta cgcatcagcg
     2941 agaagctgcc cgcgaacacc ctcgtcatcc acggcgacgg ccgcgacccc gacatcttgc
     3001 agcaggaagg catacgcaat gcacaagcct tcatcgccct gaccgagaac gcaggcacaa
     3061 acatcctggc ctgcctcgca gccaaacgct tcggtgtctt caagaccatc gcccaggtgg
     3121 aaaacctcga ctacgtctca ctggccacca aggtggacat cggcacagtg atcaataaga
     3181 agctcatcgc cgccggacac atctaccagt tcctcctcga tgccgacgtg accaacgtca
     3241 agtgcctcgc ctttgcccgc gccgacgtgg ccgagctcgt agccaaaccc ggatcgaaaa
     3301 tcacccgcaa gcccatcaag gacatgcgcc tgcccaaaga catgaccctc ggcggactca
     3361 tccgcaacgg catctccatg atggtggaag gcgacacgat gatccgcgcc aacgaccgcg
     3421 tgatggtctt ctgcttcgac tccgccatgt ctaaactcaa agactacttc aactgatttt
     3481 aggaaggagg gggggcagag cctggtgccc cgccctccac cctctaccct ctatatgtat
     3541 caagtcaacg tacgcttcat catcaagttc ctcggcacga tgcacatgct cgagagcctc
     3601 ttcatgctct gcgccgtagg catctccttc tggtatgacg acagcgacct catcccgctc
     3661 tccatctcct gcgccatcat gttcctggcc gggttcatca tgtacctctt cggccgacac
     3721 gccgacgact accactccgg ccgacgcgaa ggcatgctct gtgtcaccct gacgtggatc
     3781 ctcctctccc tcttcggcat gctgccctac ctcatcagcg gagccatacc gaacgtagcc
     3841 gacgccttct tcgaaaccat ctccggcttc accaccaccg gcgccaccat cctcaatgac
     3901 atcgagcggt tgccccacgg actcctcttc tggcgcagcc tcacccagtg gcagggcggc
     3961 attggcatga tcgtcttcac cgtagccatc ctgcccatat tcggcggcac agcctcccag
     4021 ctcttcgacg ccgagacgcc cggcatcact catgagcgct tccgcccacg catcaccgag
     4081 gtggccaaac gcatcttcgg cctctatctg ctcatcacca tgggcttcct gctgctgctc
     4141 tgggccggcc ccatgaacct attcgatgcc ctcaatcacg ccatgaccac cgtctccacc
     4201 ggtg
//
LOCUS       SEQF3106|MIQD01000116.1 4160 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4160
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             502..1434
                     /locus_tag="SEQF3106_01880"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKISTINIARLRVQEDFGFQELVKNETDQLPLTESAPGYTVGLK
                     TVVEAHGTAFEAFDTSLKAALSVPSAAEVSDLDRQRDNSCIKLYTFVRGVAGHPDVNI
                     AVIGADAVAIFKKYGGGSIVDQPQNQESGTLRNLIQDFRALDTSKLTQTGIKAFVDDL
                     EEKQTAYLAAVKKRAREERAKIIGVIRQKRQACDAAYLKLVETVNALVVVSGDAPYKD
                     FVESVNSHINHQKITLANRQTIADKKPKDPKNPKDPKQPKDPKNPKDPKQPEKPGGGD
                     DIHVPEEPPKKPDTGGGDDIHRPEEPPKKPEGGA"
     CDS             1691..2959
                     /locus_tag="SEQF3106_01881"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKVIFTLCILCAAATSAQDFHDYFEDRTLRIDYDFTGDVNKQE
                     ISVIRLNAMPRWYGKRQHLAEVPTAGNGDITVRAKDGRVIYKNSFSTLFQEWLAYPEA
                     KQVRKSFENVFLVPMPKDTVDITVELRTSRLGVLATYTHRVVPTDILIKHIGEKDVTP
                     YKVLMQAADTNKCMHIAYVAEGYRKEDMADFIAHATEAMEALFSHEPFKSTKAKFNVI
                     AVMSESKESGTSVPSKGVWKNTVLGSHFDTFYSDRYLTTLNLRDMHDQLAGTPYEHII
                     VLVNSETYGGGGIYNSYNLTSTRHSEFKPVVVHEFGHSIAGLGDEYAFEGEEIPLYPH
                     DIEPWEPNLTTLVNFHSKWEDMIKKGTPVPTPATEKYKMEVGVYEGAGYNQKGVYRGF
                     QDCRMRTNHFPEFCPICKRALKHLIDFYTE"
ORIGIN      
        1 tgcgggattt ttttcacacc atccgaaccc agggcgttgc cctgggctat cgtcctgcgg
       61 cccttcaggc cgccggaaaa ctcgccgccg cccgtcaacg ccccgtaatc attaataatt
      121 aacaattaaa cattcatcca acgccctctc gggtcgccgc cgggtaccat caatccgggc
      181 tgtaggcccg gtggacgata gcccggggcg aaaccccggg tggtggacgg taggggcgaa
      241 tgttcccacg aataaacatt catccgccgc ccttttaggc cgccaaatga cccgccgtcg
      301 cccgtcaaca ccccgtaatc attaataatt aacaattaaa cattcatcca tcgccctctt
      361 gggctggcgg atggcccccc gccgcccggc gatcggcctt ttctaaaaaa atgattgctg
      421 tcgatgacaa aaatttggac gaataaaaaa aagaaagatc ttcgcaccca aaacaggtat
      481 aatttttaca gcgaataagt catgaaaata tccacaatca acattgcgag actccgtgta
      541 caggaagatt tcggcttcca agaattagtc aagaacgaga cagaccagct gccactgacc
      601 gagtcggctc ccggatacac cgtagggctg aaaaccgtcg tcgaggccca cggcacagct
      661 ttcgaagcgt tcgacacatc gctcaaggcc gctctgagcg tgccgtcagc cgccgaggtg
      721 tccgacttgg atcgccagcg cgacaattca tgcatcaagc tctacacctt cgtgcgtggc
      781 gtcgccggac atccagacgt caacatcgcc gtgataggtg ccgatgccgt agctatcttc
      841 aaaaagtacg gcggaggcag catcgtcgat cagcctcaga accaagagtc tggcaccctg
      901 cgtaacctga ttcaggactt ccgcgcgctg gacacaagca agctcaccca gaccggcatc
      961 aaggccttcg tcgacgatct ggaagagaaa caaacggcct acttagccgc cgtgaagaag
     1021 cgcgcgcggg aagaacgggc gaagataatc ggcgtcatca ggcagaaacg ccaagcctgc
     1081 gacgcagcct acctcaagct cgtggagacg gtcaacgcct tagtcgtagt cagtggcgat
     1141 gcgccctaca aggactttgt cgagagcgta aactcgcaca tcaaccatca gaagatcact
     1201 ctggctaacc ggcagaccat cgccgacaag aagccgaagg atccgaaaaa ccccaaggac
     1261 cccaagcagc ccaaggaccc gaaaaacccg aaggatccga agcagccaga gaagcccggc
     1321 ggtggcgacg acatccatgt gcccgaggaa ccgcccaaga agcccgacac gggcggcggc
     1381 gacgacatcc accggcccga ggagccgcct aagaagccag agggcggcgc ctgattgcaa
     1441 attgtaatca gcaaccgtcg ccgcatcccc catcggcgcg cgtgcacaca cctcccgtcc
     1501 caagggacgc atcaaatcat accggatata cgcttgagga gcatcttcga cacgtgtatc
     1561 cggtattttt tactcccctc gtccacgcat ttggtataaa acacgtctca cactgccatc
     1621 cggaggcttt tagtttacct ttggcccgaa atattaattc aagtttaacc caagaaatac
     1681 aaatgcctgt atgaaaaaag tcatcttcac tctatgtatc ctttgcgccg cagcaacctc
     1741 cgcgcaagat ttccacgatt acttcgagga cagaacccta cgcatcgatt acgacttcac
     1801 cggcgacgta aacaagcaag agatctccgt catccggctg aacgccatgc cgcgttggta
     1861 cggcaagcgg caacacctcg ccgaagtgcc caccgcaggc aacggcgaca tcaccgtccg
     1921 cgcgaaagac ggccgcgtga tctacaaaaa ctccttctcc accctctttc aagagtggct
     1981 cgcctatccc gaggccaaac aagtgaggaa atcgtttgaa aacgtcttcc tcgtgcccat
     2041 gccaaaagac accgtcgata taaccgtcga gctgcgcacc agccgcctcg gcgttttggc
     2101 cacctacacc catcgcgtcg tccccaccga catcttgatt aagcacatcg gcgagaaaga
     2161 cgtgactcct tataaggtac tcatgcaagc cgccgacacc aacaagtgta tgcacatcgc
     2221 gtacgtggct gagggctacc gcaaggagga tatggcagac tttattgcac acgctaccga
     2281 ggccatggaa gcactttttt cacatgaacc attcaagtcg accaaagcca agtttaacgt
     2341 catcgccgtc atgtccgagt cgaaggagag cggcacaagt gtgccctcga aaggcgtgtg
     2401 gaaaaacacc gtgctcggtt cccatttcga taccttctac agcgatcgct acctgaccac
     2461 actcaacctg cgcgacatgc acgaccagct ggcgggcaca ccttacgagc acattatcgt
     2521 ccttgttaac tccgagacgt acggcggcgg cggtatttac aactcctaca acctgacgtc
     2581 tacgcgccac agcgagttta agcccgtcgt cgttcacgag tttggtcaca gcatcgctgg
     2641 gttaggcgac gaatacgcgt ttgaaggcga agagatcccg ctttacccgc acgatatcga
     2701 gccgtgggag cccaacctga cgacactcgt caatttccac agcaagtggg aagacatgat
     2761 caaaaaaggc acgcccgtac ccactccggc cacggagaag tataagatgg aggtgggcgt
     2821 ctacgagggc gcaggctata accagaaggg agtctaccgc ggcttccaag attgccggat
     2881 gcggacgaac cacttccccg aattctgccc catctgcaag cgcgcgctga aacatttaat
     2941 tgatttctac accgaataaa gtcattgccc ggagtgaaca gcaaaagcga ttaagctgct
     3001 gctcgctctg ggcaattctt tacttgcagc gccgcgtaac gcacacacac atcccccata
     3061 ggaacacaca tcagatagtc attttataac acaatcccca tcatgaaaac cagtatcatt
     3121 attctatccg cagcgctcgc tctgcctctg gcagcacatg cacagcatga cgtagtgagc
     3181 aaagacaccg catcggtgcc taacaccaaa gaggtaaaga atcgaaacgt attgcttaac
     3241 gcatcggccg aaaaccgtcc gcgacaaatc tcgatcggac tgccggccgg tgtgtcagca
     3301 accatcttcg aggatggcct gcccgtaacg tacgacgagt ggcccggtgt gccctatttc
     3361 tattggacag ccatgggcat ccacgaccac atcggactct cgtccatcag cgaaagcgcc
     3421 atcacaaacg gaacggtgaa ctacaccgtg ctctccacca cccgccgtgg atcggaaaag
     3481 tttgaaggcc gagccgctta caacaccaac atctacggct tgcaacgttt cgacatctcc
     3541 ctctccggcc ccatcggaaa agggtggagc tacacagccg gcatgttcgt taatcacgat
     3601 ccgggaacga tcaagttaga agatgccgac atcgcagaca agatggaaat cttcaaagcc
     3661 ggcctcacca agacgtggaa cgatggcaaa ggcgtcgtca gcctcctcta caaacacgtc
     3721 aacacccgcc tctttttcga caacatcggc ccgtactact acgtcggcga cggtacctcg
     3781 aaggagtacc cgggtttcaa gctgggccgc gacaacctga tgcccaacaa cggccgctat
     3841 cgctactacg acgtggtgga tggcgagtat aaagacgtgc tccgcttaga gaataatgcc
     3901 aaccacagca acgacctctt ggcccgcctc gactatgagt tcgacaatgg cgtcaagctc
     3961 tacgtctcca gcaaggtgcg ccgtgggaat ctcgaccagg cacgccccga cgagatgggt
     4021 attgatgagg ccaagaaagg cgacggcttc acttacgcct acgacgcaaa aggtcataag
     4081 gtgggcgagg agtacacagg caaatatttg cagcgttacc tgagccgcga taagggtttc
     4141 gagtccacat ggatgacgac
//
LOCUS       SEQF3106|MIQD01000117.1 4094 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4094
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             31..315
                     /locus_tag="SEQF3106_01882"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFGWDKQQEMHVYRGEKSKEDKERRKADELIAVVKEIFLHTAK
                     LSYKNLSEMLIQEMEIKDRTAKRYIAYMREQGILSQDTAGNYQKGERCRT"
     CDS             303..608
                     /locus_tag="SEQF3106_01883"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYVEEPFEAWQRQLFDSLMRMEGKLDRLLVLREQTIDTTVRPP
                     LKPEYLDIIDVSKLLKVEQKTVYNWVSAGKIPYLKANGRLLFLREEIDEILRKQAGK"
     CDS             605..697
                     /locus_tag="SEQF3106_01884"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMACILLINQFISSKRLQILDKTLLFVLEK"
     CDS             709..1416
                     /locus_tag="SEQF3106_01885"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MISKYIRDTISAIEAGKIFGIEELGLSREERLAGAQALSRMVKS
                     GAIERISPGYYYKPKITQFGSLDPSMEEYFKDLLFDGQTPKGYLTGYYAFNLLGLTTQ
                     QPVIIEIATRYPQRNKQRGIYNVRFVLQKNEIKRDNIKLLRLLDCLKWIKNIPDASIE
                     KSYVSLRRLIGELSDKELQMLVDLSLLYPPATRALLGSMLQEGSLTERLRETLNPLTQ
                     YRIGLSSPDLSDSWNIL"
     CDS             1418..2407
                     /locus_tag="SEQF3106_01886"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEVLHDDGELFAGLLQATATHLGIPVSMVEKDYYVSLILRRLA
                     ASDYREQIVFKGGTSLSKGYRLIDRFSEDVDFAVIHEAMSGNQVKMLLSKLMKEVTAG
                     LAEAPSFQDVSKGSKFRKQAFSYISKMSESPLVHHNPISSRIIVEISAFANPFPYEDV
                     MIEPMVTTFLKQRRLTDFIHRYGLSDFTLHVLALQQTLCEKTVSLIRFSMSDDPVAAL
                     SGKIRHFYDIHALLSRSDIEDYIQEKRFLADMQQLIRHDRQAFDNPPRWHELKMLDES
                     PLFADFETLWRRLTPVYERNLAAIAYRPIPSPEEISASCRRLMECLRGLSWDD"
     CDS             2561..3274
                     /locus_tag="SEQF3106_01887"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSINNIIVDYVKANKEFRTQDLLSRFAGEAGFSEKTFSWTLHRL
                     VSERKLFRIGRGRYTTESKQIFSPRPNAKAVRLYKRLKAEFPLLSFCVYNGEILAELQ
                     HHLSYNNNIYVETERDATEAVFHFLQDSGERTFLTPKEEWISTYIHLDKKSVIVKPLV
                     SESPLQEVQGVKMPEIEKLLVDIQCDKNFFYLQGQESVYIMDHAFAMYAIHINRLLRY
                     AGRRNIKSKIEDYIKQKNG"
     CDS             3385..3681
                     /locus_tag="SEQF3106_01888"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKLAGCPFCFKGGSALMLILGESAHRLSIDINIIKQLYDVGRL
                     FDHSREFRHMAETFMQIGRIELLYRNLPAALSLIHQGIRETALCITHKRGDGQG"
ORIGIN      
        1 cgcgacggca gtccgctcga tgtcccgatc atgcttttcg gatgggataa gcagcaagag
       61 atgcatgtct accgcggtga gaaatcgaaa gaggataaag agcgacggaa ggccgacgaa
      121 ctaatcgccg tagtcaaaga gatctttctc cataccgcca aattgtccta caaaaacctg
      181 agcgagatgc tcattcagga gatggagatc aaggatcgta cggccaagcg atacatcgct
      241 tacatgaggg agcagggcat cctgtcgcag gacaccgcgg gtaactatca aaagggggaa
      301 cgatgtcgta cgtagaagaa ccttttgagg cttggcaaag gcagcttttt gacagcttga
      361 tgcggatgga ggggaagctc gaccgcctgc tggtcttgcg cgaacaaacg atagacacta
      421 ccgtccgtcc accgctgaag cccgaatact tggatatcat cgacgtctcc aaactcctga
      481 aggtggagca aaagacagtc tacaattggg tatcggcagg gaagatcccc tatctcaaag
      541 ccaacggccg actgctattc ctgcgggaag agatcgatga gatattgcgc aaacaagctg
      601 ggaaatgatg gcctgtatac ttctcatcaa ccaattcata tcaagtaagc gcttgcagat
      661 acttgacaaa acgcttctct ttgtgctcga gaaatagagg acaacgatat gatttcaaag
      721 tatatcagag ataccatctc agccatagaa gccggaaaga ttttcgggat agaagaattg
      781 ggactgtcac gtgaggagcg acttgccgga gctcaagcac tgagtcgcat ggttaagtct
      841 ggagcgattg aacggatcag tccggggtat tactataagc ctaagatcac gcagtttggc
      901 tctttggatc catcgatgga ggagtatttc aaagaccttc tttttgacgg acaaacgccg
      961 aagggctatc tgactggcta ctatgcgttt aacttgttag ggctgactac acagcaaccc
     1021 gtcatcattg agatcgccac tcgttatcca caacgaaaca aacagcgggg catctacaat
     1081 gtccgctttg tactccaaaa gaatgagatc aagcgagaca acatcaagct gctacgccta
     1141 ctggactgtt tgaagtggat caaaaatatc cctgacgcat caatcgaaaa gtcctacgta
     1201 tcgcttcgac gactcatcgg agaactatcg gataaggaac tgcaaatgct ggtcgatttg
     1261 tcgctgctgt atccgccggc aacgagggct ttgttaggct cgatgctcca agaaggatcc
     1321 ctgacggaaa ggcttcggga aacactcaat ccgctcacgc agtatcgtat tgggctgtca
     1381 tcgcctgatc tgagcgactc atggaacatc ttgtgatatg agcgaggtac tacatgacga
     1441 cggcgaactc ttcgcaggct tgctgcaagc aaccgccacg catttgggca ttcctgtgtc
     1501 gatggtggag aaagactact acgtctctct gattttgcgg cgccttgcag cgagtgacta
     1561 ccgagagcag atcgtgttca agggcgggac atccctgtcc aaaggctatc ggctcattga
     1621 tcgattttcg gaagacgtgg atttcgcagt gatccatgaa gcgatgagcg gaaaccaagt
     1681 caagatgcta ctctcgaaac tgatgaaaga agtcaccgcg ggactggctg aggcaccctc
     1741 ctttcaggat gtctccaaag ggtcgaagtt caggaaacag gccttttcct acatctcaaa
     1801 aatgagtgaa tcgcctttgg tgcatcacaa cccgatttct tcgagaatca ttgttgagat
     1861 cagtgctttt gccaatcctt tcccctatga ggacgtgatg atagagccta tggtgaccac
     1921 ctttctcaag cagcgaagac ttacggattt catccatcgt tatgggctct ctgacttcac
     1981 ccttcacgtt cttgccttgc aacagacact ctgcgaaaag accgtttcat tgattcgttt
     2041 ctccatgagt gacgatcccg tggcagcctt atccggaaag attcggcatt tctatgacat
     2101 ccatgcattg ctaagcagat cggacataga agattatata caggagaaac gatttcttgc
     2161 cgatatgcag caattgatcc gacacgaccg gcaagcgttt gacaatccgc caagatggca
     2221 tgagttgaaa atgcttgacg agtctccact attcgccgat tttgaaacgc tatggagacg
     2281 cttgacgcct gtttatgagc gcaacctcgc agcgattgct tatcggccga tcccttctcc
     2341 cgaagagatt tcggcttcgt gccgccggtt aatggaatgc ctccgagggc tgagttggga
     2401 tgattagcaa gtagacatct tttgtgtttg gcaaaatgtt ggtgttgcgc aaacaagcgg
     2461 cgggatgatg gcctcgccgc agatcaaaat ttcggcaatc gcattgcatc gttgccgaaa
     2521 tcttgacgcc tttgtgccag taaaacaaca tgtcaagcaa atgagtataa acaacatcat
     2581 cgtcgattac gtcaaagcaa acaaggagtt ccggacgcaa gacttgttga gtcgcttcgc
     2641 tggagaagcc ggcttctcgg agaaaacttt ttcgtggacg ctccatcggt tggtcagcga
     2701 acggaaactt ttccgcatag gccgaggacg atacacgacc gagtcgaaac agatcttcag
     2761 cccacgcccc aatgcgaagg cggtgcgact gtataagagg ctgaaggcgg agtttccctt
     2821 gctgtcgttc tgcgtttata atggggagat attggccgag ttgcagcacc atctttcgta
     2881 taacaacaac atctatgtag aaacggagcg cgacgcgacc gaggcggtat tccacttcct
     2941 gcaggacagc ggggagcgga ctttccttac gcccaaagaa gaatggatct cgacctatat
     3001 tcatttggac aagaagtccg tcatcgtgaa gccccttgtc tccgaatctc cacttcagga
     3061 agtgcaaggc gttaagatgc cggaaatcga aaagctcctc gtggatattc agtgcgacaa
     3121 gaacttcttc tacctgcaag ggcaagagag cgtctatatc atggatcatg cttttgccat
     3181 gtatgccatt cacatcaatc gattgctgcg gtatgccggc cgccgcaaca tcaaatcgaa
     3241 aatcgaagac tacatcaagc agaaaaacgg atgatcaaga aaacctgtct gacgggagaa
     3301 tagattcgct ccgtcgccgc acgcacccga tataaggatc tcaatctgat cgaaaaagtg
     3361 atccgtgcac tatccctgtt ggagatgttg aaactggccg gatgtccctt ctgtttcaaa
     3421 ggtggctctg cgctgatgct tatcttgggg gaatcggctc atcgcctctc gattgacatc
     3481 aatatcatca agcagctcta tgatgtgggg cggctgttcg atcacagccg ggagtttcgg
     3541 cacatggccg agacttttat gcaaatcggc cgaatcgaat tgctctaccg aaatctgccc
     3601 gcagctctct ctctgattca tcaaggcatt cgggagacgg cgctgtgcat tacccacaag
     3661 aggggcgatg ggcaggggtg atttcaggat gctgcaaagc gggaaagtct gttgcctctg
     3721 ccgatcatct acattcgggt gacgtgatgg atggccggat catcctgtcc gacaccccta
     3781 tcttacagcg cttccttcaa tcggtgggga tagggcgcta agaaagatct ccctttctcc
     3841 tcccgtcttt tcccgctccc tccctcccaa gccatacaga gtcattccat aatagccatc
     3901 ccggatcggg gtggctattt tcgtatctgt ttcatcttaa aatcgatact actatggaag
     3961 aaaattcgga tcgctatgtg cttgtgctgg aggatcggag cgagactaaa tcgccgaaag
     4021 atcccggccg cctgtccgtc atttcggggc aggacgagaa ggggaagatc aaaaccgtag
     4081 aaccaaccga ggag
//
LOCUS       SEQF3106|MIQD01000118.1 4052 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4052
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             7..831
                     /locus_tag="SEQF3106_01889"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLVRSEDELQVGVSVEIGDQQRLVFWPRTAGNQHRAGVAFSEG
                     GNDGKRPRGAADVDHAIEAGVARDGDVRQTDASEELARGLVLHKEVIETAERIAIRSA
                     DGAEEELARTENTGHEVGGDASAPKLVERVQPKLVLDKEGEGGADTVEEGTDAAWEIE
                     REVADDIGAGVVAADVVARGGEKREDDFVVGVALADGLKQGPPLLEFTERSGVKPDVA
                     RTGDDLLTQDIVNAPPPVDHLARLRIKRRSGVDGRCVEADGRRVEGAHHPSISMAR"
     CDS             complement(804..2324)
                     /gene="gltX"
                     /locus_tag="SEQF3106_01890"
                     /EC_number="6.1.1.17"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P27000"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamate--tRNA ligase"
                     /translation="MSERKVRVRFAPSPTGPLHIGGVRTALYNYLFAKKHGGDFILRI
                     EDTDSQRFVPGAEEYIIQSFEWLGLRFDEGVGFGGNYGPYRQSERKAIYRQYVDQLLD
                     AGLAYIAFDTPEELDAKRKEIPNFQYDASTRGQMRNSLTLPADEVQRLIDSGARYVVR
                     IHIEPNEDIRVNDLIRGEVVINSSILDDKVLYKSADGLPTYHMANIVDDHLMEVTHVI
                     RGEEWISSAPLHVLLYRYLGWEDTMPQFAHLPLLLKPEGGGKLSKRDGDRLGFPVFPL
                     EWHDPKSGEKSSGYRESGYLPEAVINFLALLGWNPGNDIELMTLDEMVRLFDLTHCSK
                     SGAKFDYEKGKWFNHRYIQLRSDRDIADMFRPVLESHGITDADQAYVEKVVGLMKERV
                     SFVPELWPLTYYFFVAPTEYDEKTRKKRWREDSATQLTELIEVLRGREPFDVEGTEAY
                     VKEWIAAKGYHLGNIMNAVRLALVGQGIGPQIFHITEAIGKDETIRRIQRAIEILG"
     CDS             complement(2393..3214)
                     /locus_tag="SEQF3106_01891"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMKTRSVLLLLLSLTVFISAKGIENLRVADTRVSGLGGSTAVY
                     SPLFNPAVTAFLAHRQVRGDYFDPYGMKELGTVSAGLSMPNRLLPFGVHIASFGYEKY
                     RESMFRLSASKRLSGMWSLGVSVQYVLLQSEIFEQDGQRLSADLGVALRPTDEWMFGL
                     SVLHFPNVSIGSREVDDRRLTPFTVVSGARYMVAEGMELSAGGVYRRGEPFVCSVGVE
                     YVPLTHFQLRAGVKSAPFSPSLGVSYSLIGLTLDTAICYHTVLGTSVGIGLAYSF"
     CDS             complement(3269..3589)
                     /locus_tag="SEQF3106_01892"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMEAMKFYTLDEVKDEFIGVEGTPARDKYEAELNLSFIGDAVRQ
                     AREKRHLTQEQLGQLVGVKKGQISKIESGKGVSLLALIRVFKAMGAESANLDLGSMGK
                     VALW"
     CDS             complement(3586..3864)
                     /locus_tag="SEQF3106_01893"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAMNKIVYNVNKVASGHGNKGLFKKLENTPLWEFRTLYGGVAYR
                     LLAFWDTEMETLVIVTHGFIKKTQKTPAKEIAKAEEKRRMYFDFKKKQ"
ORIGIN      
        1 cgcctcgtgg atctcgtgcg gagcgaggat gagcttcagg ttggggtgag cgttgaaata
       61 ggggatcagc agcgcctcgt cttctggcca cgaactgccg gcaatcagca ccgggcgggc
      121 gtcgcgttca gcgaaggcgg caacgacggg aagcggccgc gcggcgcggc ggatgtcgat
      181 cacgcgatcg aagcgggtgt cgcccgtgac ggtgacgttc gtcagaccga tgccagcgag
      241 gagttggcgc gaggtctcgt cctgcacaaa gaggtgatcg aaacagcgga gcgcatcgcg
      301 atacggtcgg ccgatggggc ggaagaagag ttggccagaa cggaaaatac cggacacgag
      361 gtaggtgggg acgcgtcggc gccgaagctc gtcgagcgtg ttcagccaaa actcgtactt
      421 gacaaagagg gcgagggtgg ggcggacacg gtcgaggaag gcacggatgc ggcgtgggaa
      481 atcgaacggg aggtagcaga cgacatcggc gccggggtag tcgcggcgga cgtcgtagcc
      541 agagggggag aaaaacgtga ggatgatttt gtagtcgggg tggcgctggc ggatggcctc
      601 aagcaggggc cgcccctgct cgaattcacc gagcgaagcg gcgtgaagcc agacgtagcg
      661 cgcaccgggg atgatcttct cacgcaagac atcgtcaatg ctccgcctcc cgtcgatcat
      721 cttgcgcgcc ttcgcattaa aaggcgcagc ggcgtggacg gccgctgcgt agaggcggat
      781 ggccgccgtg tagagggggc gcatcacccg agtatttcga tggcgcgctg aatgcgccga
      841 atggtttcgt ccttgccgat agcctcggtg atatggaaga tctgcggccc aatgccctgc
      901 ccaacgagcg ccagccggac ggcattcatg atgttgccga gatggtagcc cttcgctgcg
      961 atccactcct tgacgtatgc ctcggtgccc tccacatcga agggttcacg cccacgcaag
     1021 acctcgatca gctccgtgag ttgtgtcgca ctgtcttcgc gccaacgctt cttgcgggtc
     1081 ttctcgtcgt actcggtcgg cgcgacgaag aagtaatagg tcagcggcca gagttcgggc
     1141 acaaaactga cgcgctcctt catcagcccg accaccttct cgacatacgc ttggtcagcg
     1201 tccgtaatgc catgactttc gagcacaggg cggaacatgt cagcgatgtc gcggtcgctg
     1261 cgcagctgga tataacggtg gttgaaccac ttgcctttct cgtaatcgaa cttggcgccg
     1321 ctcttgctgc aatgggtgag gtcgaagagg cggaccatct cgtcgagggt catcagttcg
     1381 atgtcgttgc cagggttcca cccgagcagc gcaaggaagt tgatcacggc ctcaggcagg
     1441 taaccactct cgcggtagcc agatgacttt tcgccactct tcgggtcgtg ccactcgagg
     1501 gggaagacgg gaaacccgag gcggtcgcca tcgcgcttgc tcagcttgcc tccgccctca
     1561 ggcttgagca gcagcggcag gtgcgcaaac tgcggcatcg tgtcttccca acctaagtag
     1621 cggtaaagca gcacatgtaa cggcgcgctc gagatccact cctcgccgcg gatcacatgc
     1681 gtaacctcca tcagatggtc atccacgatg ttggccatgt ggtacgtggg cagcccgtcg
     1741 gccgatttgt aaagcacctt gtcgtcaagg atagacgagt tgatgaccac ctcaccgcgg
     1801 atcaagtcgt tgacgcggat atcctcgttc ggttcgatgt ggatacgcac cacgtaacgc
     1861 gcaccgctgt cgatcagccg ctgcacctcg tcggccggaa gcgtcaggga gttgcgcatc
     1921 tgtccgcgcg tcgaggcgtc gtattggaag ttggggatct ccttgcgttt cgcgtctaat
     1981 tcctccgggg tatcaaaagc aatgtaggct aagccagcat ccagcagctg gtcgacatac
     2041 tggcgataga tggctttccg ctcactctgt cggtaggggc catagttgcc gccaaacccg
     2101 acaccctcgt cgaaacgaag gccgagccac tcgaacgact ggatgatgta ttcctcggcg
     2161 ccaggcacaa agcgctggga gtccgtgtcc tcaatgcgga gaatgaagtc gccgccgtgc
     2221 tttttcgcaa acagataatt gtataacgcg gtacgtacac cgccgatgtg aaggggtccc
     2281 gtaggactgg gcgcgaatcg caccctgact tttcgttccg acatgattcg tataggctta
     2341 ttcgttgaaa acggtgccaa aaatagggcg ataatccacc ctcactccag cctcaaaacg
     2401 aatacgccaa tccaatcccc acgctcgtcc caagcacggt gtggtaacaa atcgcagtat
     2461 cgagggtcag gccgatcaac gaatagctca cgcctaaaga ggggctgaac ggtgccgact
     2521 tcacgccggc gcgcagttgg aagtgggtca ggggcacata ctccaccccc accgaacaca
     2581 cgaacggctc gccccgacga tacacgcccc cagccgacag ctccattccc tcggccacca
     2641 tataacgcgc cccggagacg accgtgaatg gcgtcagacg cctatcgtca acctcccgag
     2701 aaccgatcga gacgttagga aagtggagca ccgaaaggcc aaacatccac tcgtccgtag
     2761 gccgcaacgc cacacctaaa tcggccgaca gccgctgccc atcttgctcg aatatctcag
     2821 attgcagaag gacgtactgc acactgacgc ccagcgacca catgccgctc aggcgcttgg
     2881 aggccgagag gcgaaacatg ctctcgcgat atttctcgta accaaacgag gcgatatgca
     2941 cgccgaaggg caggaggcga ttgggcatgc tcagcccagc gctaaccgtc cccagctcct
     3001 tcatcccgta agggtcgaaa tagtcgccgc gcacttggcg gtgagccaga aaggccgtca
     3061 cggctgggtt aaacagcggc gagtaaacgg ccgtcgaccc acccaacccc gacacgcgcg
     3121 tgtctgccac gcgcaagttc tcaatgccct tggcggaaat aaaaacggtg aggctaagca
     3181 gcagaaggag gacagatcgt gttttcatgt tcattgctct ttttccttga taaggtgttg
     3241 ttcgttcgtg agggaaatgg gcgaacgatt accacaacgc gacttttccc atcgaaccca
     3301 aatcgagatt cgcgctctcc gcccccatcg ctttgaacac acgtataaga gccaaaaggc
     3361 tgaccccctt cccggactca atcttggaga tctgtccctt cttcacaccg accaactgcc
     3421 ccaactgctc ttgtgtgaga tgcctcttct cccttgcctg acgcacagca tctccgatga
     3481 aagacaaatt caattcggcc tcgtatttat cacgtgcggg ggttccctcc accccgataa
     3541 attcgtcctt cacttcatcc agtgtataaa acttcatcgc ttccatcatt gtttcttctt
     3601 aaaatcaaaa tacattcttc ttttttcttc tgcttttgca atctctttag ctggagtctt
     3661 ctgtgtcttc ttaataaatc catgagtaac tatcacaagt gtctccatct ctgtatccca
     3721 aaaagccaac aaacgatagg ctacaccacc atataatgtt ctgaactccc atagaggcgt
     3781 attctctaac ttcttgaaaa gccccttatt cccatgtcca ctcgcaacct tattgacatt
     3841 atacacaatc ttattcatgg ccatgatcgg caaacgccga agaaatcgct tcacttcttc
     3901 agataatatg attttcatcc ttgatcttga ttgcgcctgc gaaactaacc tctaatagca
     3961 aatatccgat catgtgcccc gtttcccgtg acgcttgcag cgttcctgca aatgccaacc
     4021 gtatttcagt ggcatttgca gcgttcctgc aa
//
LOCUS       SEQF3106|MIQD01000119.1 4047 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4047
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(1138..1335)
                     /locus_tag="SEQF3106_01894"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKKRTVILRTLAVLMGLIAVGTVVAYFVLRPDREWLAFYVACC
                     GGVLVVNLGLMMVFAAKNIRK"
     CDS             complement(1358..2659)
                     /gene="murF"
                     /locus_tag="SEQF3106_01895"
                     /EC_number="6.3.2.10"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11880"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-
                     alanine ligase"
                     /translation="MTTEDLYRLFLRHPDVTTDSRRVASGGLFFALKGERFDGNAFAR
                     QALSDGCAYAIVDDPALGGDDRLLHVDSALDALQGLARMHRERLRTPIVGITGTNGKT
                     TTKELVAAVLARGLRTLCTEGNLNNHIGVPLTLLRLTKAHEVAVVEMGANHPGEIRDL
                     CAIARPDCGLITNVGRAHLEGFGSFEGVVRTKGELYDCLRAMGGRIFLDEDNEHLTAM
                     AVGADCVGYGNTMRPTTLIAGQAVDGQPPFLSFAWRERDDDRQHRVTTRLVGGYNLKN
                     ALAAVTVGRTFGIPADEICHAIADYTPTNNRSQWMETRRNRLLIDAYNANPSSMRAAI
                     DNFAAWTVGPKAVILGDMYELGDESPALHAEVVRRLAACDFDRVILCGPRFTAVSRDR
                     YACYPTVEALAAALVDRPLRDHYVLIKGSHGMHLERLIPAL"
     CDS             complement(2814..3989)
                     /locus_tag="SEQF3106_01896"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDYVSGWYKKAAEMMKDTPTRAALVSTNSVTQGENVPALFLPLF
                     ADGMHFDFAYRTFRWDSEMVEKAHVHCVIIGFSMTPNEAPRRIYYNKVDFVEVKHINA
                     YLMDAEDVFVESRKKPLCEVPEIGIGNQPIDDGKYLFTEAERDAFIKQEPEAAKYFRP
                     WYGAQEFINNKPRYCLWLGDCSPAELRRMPHAYQRVEAVRQFRLKSKREATLKLADKP
                     TRFQVENMPDRNYLLIPSTSSENRQYIPIGFMHPNAIASNAVHIIPSAGLYHFGILTS
                     SVHNAWMRAVCGRMKSDYRYAKDIVYNNFPWPTASDADREKVEATAQAILDARALYPD
                     SSLADLYDAATMAPELRRAHTRNDAAVLRLYGLPADAPEPMIVVHLMNMYKELTTKS"
ORIGIN      
        1 aatgcacgac ccatcccccg cctcctacaa tccccccccc gacctgctaa gggcaggtcg
       61 gggggtggat tgcaggaggc gggatttttt tcacaccatc caaacccagg gcgttgccct
      121 gggctatcat ccagcgacct ttcaggccgc cggaaaaccc accaatgccc gtcaacacct
      181 cgtaatcatt aataattaac aattaaacat tcatccaacg ccccctcggg ccgccggaac
      241 ccccgccgcc gcccatcaac accccctaat aattaataat taacaattaa acattcatcc
      301 atcgcccttt cgggccgccg ccggatacca tcaatccggg ctgtaggccc ggtggacgat
      361 agcccggggc gaaaccccgg gtggtggacg gtaggggcga atgttcccac gaataaatgg
      421 gaatgctcgg ggcgccccgg aggggcagat caacccagcc cagggtagag cgacgccaag
      481 ggcggagcgg caccctgggg atgcaatgca cgacccattc cccgcatcct gcaatccacc
      541 ccccgacctg ctaagggcag gtcggggggt ggattgcagg atgcgggatt tttttcacac
      601 catccgaacc cagggcgttg ccctgggcta tcgtcctgcg acctttcagg ccgccgaatg
      661 accctccgcc ccccatcaac gccccgcaat aattaataat taacaattaa acattcatcc
      721 gccgaccttt caggccgccg gatgcccccc cgccgcccgt caacaccccc taataattaa
      781 taattaacaa ttaaacattc atccgccgcc ctctcgggct ggcggaaaat cccccgatgt
      841 aggggcgtat cgcatacgcc ccacgggtac ccggccgtcg gacgatcgtt cgcccctgtc
      901 ggggcgtttg aagggcgtat gcgatacgcc cctacaaaaa accaacgccg gaaaccccgc
      961 cgccgcccgt caacgccccg tgataattaa taattaacaa ttaaacattc atccgccgtc
     1021 ccctctggct gacggatgac ccgccgccgc ccatcaacac cccataataa ttaataatta
     1081 acaattaaac attcatccgc cgccctctcg ggctgacgga tgccccgccg acgcccgtca
     1141 cttcctgata ttttttgcgg caaaaaccat catcaggcca aggttgacca ccagcacgcc
     1201 gccacagcac gccacataga aggccagcca ttcccgatcg gggcgaagca cgaagtaggc
     1261 caccaccgtg ccaaccgcga tcagccccat gagcacggcc aatgtccgca gtataacagt
     1321 cctttttttc atcatgttgt cgaaaatatg ccatgcatca gagcgcgggg atgagccgtt
     1381 ctaagtgcat gccgtgtgaa cccttgatta gtacgtaatg atcccggagg ggccgatcga
     1441 cgagggcagc tgcgagggcc tccaccgtgg ggtaacacgc gtaccgatcc cgactgacgg
     1501 ccgtgaatcg cgggccgcag aggatgacgc gatcgaagtc gcaggccgct aaccgacgca
     1561 ccacctccgc gtgcagcgca gggctctcgt cgcccagctc gtacatgtcg ccaaggatga
     1621 ccgccttcgg gccgaccgtc cacgccgcaa agttgtcgat ggccgcccgc atgctgctcg
     1681 gattggcgtt atacgcgtcg atgagcaggc ggttgcgccg cgtctccatc cattgcgaac
     1741 ggttgttcgt cggcgtgtag tccgcgatgg cgtggcagat ctcgtcggcc ggtatgccaa
     1801 acgtgcgccc cacagtcacg gccgccagcg cgttcttcag attatacccg ccgacgagcc
     1861 gcgtcgtcac cctgtgctgt cgatcgtcgt cgcgctcccg ccaggcgaag ctgaggaagg
     1921 gcggctggcc gtccaccgcc tgcccggcga tgagcgtcgt gggccgcatc gtgttgccgt
     1981 agcccacgca gtccgccccg acggccatcg ccgtgaggtg ctcgttatcc tcgtcaagga
     2041 agatgcgccc ccccatggcg cggaggcaat cgtaaagctc acccttggtg cggaccacgc
     2101 cctcgaacga cccgaagccc tcaaggtgcg cccgcccgac gttcgtgatc aacccgcagt
     2161 ccggacgggc tatggcgcag aggtcgcgga tctcgccggg gtggttagcg cccatctcca
     2221 cgacggccac ctcgtgcgcc ttcgtaagtc ggagcaacgt cagcggcacg ccgatatggt
     2281 tgttcaagtt tccctccgtg cagagcgtcc ggaggcctcg ggccaggacg gcagccacaa
     2341 gctccttcgt cgtcgtcttc ccattcgttc cggtaatgcc gacaataggt gtgcggagcc
     2401 tctctcgatg catccgagcc aggccctgca gtgcatcgag ggcactgtcc acgtgtagga
     2461 gtcggtcatc gccgcccagc gccgggtcat ctacgatggc gtaagcgcag ccgtcgctga
     2521 gcgcttgccg ggcaaaggca ttaccgtcga agcgctcgcc cttgagcgca aaaaagaggc
     2581 ccccagaggc cacgcgtcgg ctgtcggtcg tgacatccgg gtgccgcaag aagaggcgat
     2641 agagatcttc tgtagtcata aacggaaaaa tgaaaaatga aaaactaaca acgaaaggtc
     2701 cgttacaggc cgggtgcccg cgtctctcgt ctttagcctt tcacagaaaa aggaagagcc
     2761 aaaaacgaaa agcccatgta cagccgggcg cccgcatctt tcgtctttcg tctttagctt
     2821 ttagttgtta attccttata catattcatc aggtgtacca cgatcatcgg ctccggggca
     2881 tcggctggca ggccatagag gcggagcacg gccgcgtcgt tacgcgtgtg cgcgcggcgc
     2941 agctcaggcg ccatggtcgc ggcgtcgtag aggtcagcca gcgagctgtc gggatacaag
     3001 gcgcgagcgt cgaggatggc ctgcgccgta gcttcaacct tttcccgatc agcgtctgag
     3061 gcagtgggcc aagggaaatt attatagaca atgtccttgg catagcgata gtcgctcttc
     3121 atccgcccac agacggcccg catccaagca ttatgcaccg acgaagtcag gatgccgaag
     3181 tgatacaagc cagcagaggg gatgatgtgt acagcattcg atgcgatcgc gttcggatgc
     3241 atgaatccga tcgggatgta ctgtctattc tcggaagatg tgcttgggat aagcagatag
     3301 ttcctgtcgg gcatattctc tacttgaaaa cgggtcggct tgtcagctaa tttcagcgta
     3361 gcctcccttt tgcttttcag acgaaattgt ctgacggcct ccacacgttg ataagcatgc
     3421 ggcatacggc gtagctcagc cggtgagcag tctcccaacc aaaggcaata gcgcggtttg
     3481 ttattgatga actcttgcgc tccgtaccac ggacggaaat acttagctgc ttccggttcc
     3541 tgcttgataa aagcgtcgcg ctcggcctcc gtgaagaggt attttccatc gtcaattggt
     3601 tgattcccga tcccgatctc tggcacttcg cagagaggct tctttctgct ttccacaaac
     3661 acatcctccg cgtccatcag gtaagcgttg atatgcttca cctcaacaaa atccaccttg
     3721 ttataataga tccggcgcgg cgcctcattc ggagtcatac taaacccgat gattacgcaa
     3781 tgcacatgcg ccttttcgac catctcgctg tcccaacgga aggtgcgata ggcaaagtcg
     3841 aagtgcatgc catcggcaaa gagcggcaag aaaagcgcgg gcacattctc gccctgcgtg
     3901 acggaatttg tcgataccag cgcggcgcga gttggcgtat ccttcatcat ctcagccgcc
     3961 tttttatacc aaccgctgac gtaatccatg ttgcctacat tcttccaatc ttttccgaag
     4021 acgccgagca aatcttcctt ctgctcc
//
LOCUS       SEQF3106|MIQD01000120.1 4043 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4043
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(258..776)
                     /locus_tag="SEQF3106_01897"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFDNTTVRRQDRLLDEVHARQILRQGEYGFLALVETRADLPAG
                     YGIPINYAWEEATDRIYLHCAPAGHKLRCIDQHPLVTFTVVGHTRVVPAGFTTAYESI
                     LLRGRALRGLPPEERMHALELIIDKYSPDDKAIGLRYAEKSFHRTEIIRIDIDSVSGK
                     QKIIRASAATPD"
     CDS             918..1304
                     /gene="moeZ"
                     /locus_tag="SEQF3106_01898"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WMN7"
                     /codon_start=1
                     /transl_table=11
                     /product="putative adenylyltransferase/sulfurtransferase
                     MoeZ"
                     /translation="MIKILMSFLSMWLSMAGCASGAKGVESLSAAEFEALLARDTAVQ
                     LVDVRRASEYASGHIGEARLIDVMAPNFTERAAKELDPQRPVAVYCRSGKRSLRAAQL
                     LREAGFTKVYNLKTGYLGWEKYQAGK"
     CDS             complement(1339..1989)
                     /gene="lolD"
                     /locus_tag="SEQF3106_01899"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P75957"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoprotein-releasing system ATP-binding protein
                     LolD"
                     /translation="MIQTHAITKRFDRLQILKGIDLEVHDHEIVAIVGPSGAGKTTLL
                     QIVGTLDRPDSGSVCIDGVDPFSLGERRMAAFRNQHIGFVFQFHRLLPEFTALENVMI
                     PALIARDSAQEAERKARELLDFLRLSDRIAHKPAELSGGEKQRVAVARALINRPSVVL
                     ADEPSGSLDSHSKDELHSLFFDLRRELGQTFVIVTHDEQLAAQADRTIRMRDGIIL"
     CDS             complement(2005..2490)
                     /locus_tag="SEQF3106_01900"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWYILISIVVLGLVAAGLGQWDRRRRRRMVERGEIASMEEEEAP
                     VAVPTGCCGQHEVCERDSLLAAVAAGKQVEYYDDEELDAYRGTPSDAYTEPAVEEFRE
                     VLYTLREADVPGWVRSLQLRGIALPDALKDETLLIVEELREKATKTSPPHPLHLFTET
                     S"
     CDS             complement(2521..3759)
                     /gene="aroA"
                     /locus_tag="SEQF3106_01901"
                     /EC_number="2.5.1.19"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KRB0"
                     /codon_start=1
                     /transl_table=11
                     /product="3-phosphoshikimate 1-carboxyvinyltransferase"
                     /translation="MQYNLKAPDLLRADVTLPASKSISNRVSILSALSSGDAPLRNLA
                     DSDDGRALQRALTSEDETVDIGAAGTAMRFLTAYFAARPGRTCLLTGSERMRRRPIGL
                     LVDALRTLGADIAYAGNEGYPPLRIVGRRLRGGEVTMDSGISSQFLSALLMVAPTMEH
                     GLRLRLKGETVSETYLRMTVGLMRRFGVEVTETDDERTFRVAPQPIRAVPFTVEADWS
                     AASYWYELMALTRDASATVLLRGLTRDSLQGDAAIAELFERLGVRTTFTDLGVRLDRR
                     PDFRLPTSFTCDCVLIPDMAQTLVVTCAALGLPFRFDGLQSLRIKETDRLAALQTELR
                     KFGFVLTEHDGCTLLWDGTRCLEEAAPVVATYNDHRMAMAFAPLALRRARGVTIAQPE
                     VVTKSYPRFWDDLRTAGFRF"
ORIGIN      
        1 gctggatcga aagtatcgct ggcatgtcgc atgacggagc cgctgggtcg aaagtgacgc
       61 tggcatgtcg catggcaggg ccgctggatc gaaagtgccg ctggcatgtc gcatgacggg
      121 gccgctggat cgaaagtatc gctggcatgt cgcatgacgg agccgctgga tcaaaagtgg
      181 cgctggcatg tcgcatgccg agccgctggg tcgtaagtga cgtaagttcg acgtatgaaa
      241 aggggcaaaa agaggcgtca atcgggcgtg gcggccgatg cgcgaatgat tttctgctta
      301 ccgctgacgc tatcgatgtc gatacggatg atctcggtgc ggtggaacga cttttcggcg
      361 taccggaggc cgatggcctt gtcgtcgggg ctgtatttgt cgatgatgag ctcgagggcg
      421 tgcatacgtt cctcgggtgg gaggccacgg agggcgcgac cgcgcagcag gatgctctcg
      481 taggcggtgg tgaagccggc agggacgacg cgcgtgtggc caacgacggt gaaggtgacc
      541 agcgggtgct gatcgatgca gcggagcttg tggcccgcgg gggcacaatg caggtagatg
      601 cggtcggtgg cctcttccca ggcgtaattg atggggatgc cgtagccggc gggaaggtcg
      661 gcgcgggtct cgacgagggc gaggaaaccg tattcgcctt ggcggaggat ttgccgggcg
      721 tgaacctcgt cgaggaggcg atcttgccgg cggacagtgg tgttgtcgaa gttcatcatt
      781 gaggtagtta taagtagtta gggggtagtt atgcggcctt gtggccgcag gtagttaaag
      841 ggtagttata agtagttagg gggcggggcg aatggctcgg ttacatttgg ccccgaaaaa
      901 ttttaatgca aatactaatg atcaagattc tcatgtcatt tctgtctatg tggctctcga
      961 tggcgggttg cgcgtcgggg gctaagggtg tcgagtcgct gtcggcggct gaatttgaag
     1021 cgctgctggc gcgcgacacg gcggtgcagt tggtggatgt gcgccgggcg agcgaatatg
     1081 cctcggggca catcggcgag gcgcggctga tcgatgtgat ggcgccgaac ttcacggagc
     1141 gtgccgcgaa ggagctggat ccgcagcgtc cggtggcggt gtattgccgc agcggcaagc
     1201 ggagcctgcg cgcggcgcag ctgttgagag aggcgggctt cacgaaggtg tataacctga
     1261 agacgggtta cttaggctgg gagaaatacc aggcggggaa gtagatccgc aagggggggg
     1321 agttgctgag gggtggcgtc ataggatgat gccatccctc atgcgtatgg tgcggtcggc
     1381 ttgggcggcg agttgctcgt cgtgtgtgac gatgacgaag gtctggccga gctcgcgccg
     1441 aaggtcgaag aagagcgagt ggagctcgtc cttgctgtgc gagtcgaggc ttccggaggg
     1501 ctcgtcggcc aagacgacgc tggggcggtt gatgagggct cgggccacgg cgacgcgttg
     1561 tttttcgcca ccggagagct cggccggctt gtgggcgatg cggtcggaga ggcggaggaa
     1621 gtcgagcagt tcgcgcgcct tgcgttcggc ctcctgggcg gagtcgcggg cgatgagtgc
     1681 ggggatcatg acgttctcga gggcagtgaa ctcgggcagg aggcggtgga actggaagac
     1741 gaatccgatg tgttggttac ggaaggcggc catgcgtcgt tcgccaaggg agaaggggtc
     1801 gacgccgtcg atgcagacgg agccggagtc gggtcggtcg agtgtaccga cgatctgcag
     1861 gagggtggtt ttgccggcgc cgctgggccc gacgatggcg acgatctcgt ggtcatgcac
     1921 ttccaggtcg atgcctttga ggatctgcaa gcggtcgaag cgcttggtga tggcgtgggt
     1981 ttggatcatg gggaatgggt ggggttatga tgtttcggtg aataggtgga gtgggtgggg
     2041 aggggaggtt tttgtggcct tctctcgcaa ctcttctacg atgagcaagg tctcgtcttt
     2101 cagtgcgtcg ggcagggcaa tgccgcggag ttgcaggctg cgcacccagc cggggacatc
     2161 ggcttcgcgc agggtgtaga gcacttcgcg aaactcctcc acagccggtt cggtataggc
     2221 gtcagaaggc gtgccgcgat acgcgtctaa ctcttcatcg tcgtaatact ccacctgttt
     2281 accggcggcg acggcggcca agaggctgtc gcgctcgcac acttcgtgtt gcccgcaaca
     2341 tcccgtcggt acggccaccg gcgcctcctc ttcttccatc gaggcgatct caccccgctc
     2401 aaccatccgc ctacgccggc gccgatccca ttgccccaga ccggcggcca cgaggcctaa
     2461 cacaacgatg cttatcaaga tgtaccacat agtgaaacga aaaaagcgaa aagtgaaaag
     2521 tcagaagcga aagcccgcgg tgcggaggtc gtcccagaag cgggggtaac tcttcgtgac
     2581 cacctcgggc tgcgcgatgg tgacgcccct ggcccgacgc agtgcgagcg gcgcgaaagc
     2641 cattgccata cggtgatcgt tgtacgtggc gaccacgggt gcagcctcct cgaggcaacg
     2701 cgtgccgtcc cacaggagtg tgcagccgtc gtgctccgta aggacaaagc cgaacttgcg
     2761 cagctcggtt tgcaaagctg ccagccgatc cgtctccttg atgcgcaggc tctgcaggcc
     2821 gtcgaagcgg aagggcaggc caagtgcagc acacgtcacg acgagcgtct gcgccatatc
     2881 ggggatcagc acacagtcgc acgtaaagct cgtgggcaga cggaagtcgg ggcgtcggtc
     2941 taagcgcacg cccaagtcgg tgaaggtggt gcgcacgccg aggcgctcga atagctcagc
     3001 aatggcggca tcgccttgca gactgtcgcg ggtgaggccg cgcaacagca ccgtcgccga
     3061 agcgtcacgg gtgagcgcca tcaattcata ccaatacgac gccgcgctcc agtcggcctc
     3121 cacggtgaaa ggcacggcgc ggatcggctg cggcgccacg cggaacgtcc gctcgtcgtc
     3181 cgtctccgtc acctccacac cgaagcgacg catcagcccc accgtcatcc gtagataagt
     3241 ctccgaaacc gtctcgccct tcagcctcag cctcagaccg tgctccatcg tcggcgcgac
     3301 catcagcagg gcggagagga attgcgaact gatgccgcta tccatcgtca cctcgccgcc
     3361 acgcaaccgc cgccccacga tgcgcagcgg cggataaccc tcgttgccag cgtacgcgat
     3421 gtcagccccc agcgtccgca gggcatcaac gagcagaccg atggggcggc gacgcatgcg
     3481 ttcagagccc gtcagcaggc acgtccggcc gggccgagcg gcgaagtaag ccgtaaggaa
     3541 acgcatggcc gtgcccgcgg cgccgatgtc gacggtctcg tcttcagacg tgagtgcacg
     3601 ttgcagggcg cggccgtcgt cgctatcggc caggttgcgt aggggcgcat cgccggatga
     3661 gagcgcggag aggatggaga cgcggttgct gatgctcttc gaggccggca acgtgacgtc
     3721 ggcgcgcaac aggtcggggg ctttcaggtt gtattgcatg attagagagt agacaaatta
     3781 cggttctata acggattgta tgggtgagct taggaagcct ttcaaaaaac cccaaagcgg
     3841 ggcgcatgtt gctagcataa gttccggaat cactgattcc gggggtcatg ttgtcaacat
     3901 aagccgtgga atcagtgatt ctacacctcg gaaggcttcc taacctccgg aatcagtgat
     3961 tctacacctc ggaaggcttc ctaagctcac gtgagttcga tgtaagaatg aggctcgctt
     4021 tcctcctggg aaatgtcttt gca
//
LOCUS       SEQF3106|MIQD01000121.1 3984 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3984
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(1911..2432)
                     /locus_tag="SEQF3106_01902"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKVRRKAFVAAVLAALFLVVLFHDAHAFGAVSIERSENANLAV
                     PPPGSAVAVSDLLGTWTVNRVKVKKTVGGVSSENTYSSGQRFETFIPCPKKVTFSADG
                     NSVFEYDNGKTDGPFEYTVEGDQIKRMIMVAVYTYKYTITNSGELQLVVSISYARDSK
                     PIEEEYTYYATKK"
     CDS             2733..2945
                     /locus_tag="SEQF3106_01903"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNQTRHSLNGVLAVILYVMGQISKNRADELKKALCEMFTTAMN
                     VPAIAVVLRDRVCLIDTFLKELLAFE"
     CDS             complement(3122..3976)
                     /locus_tag="SEQF3106_01904"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEDSGMNFSEYVAVLSGNTDLLEKAKLEKKIVTLESERKGFLK
                     ERDTAAAKLEEIKGSVAFHSDKIREARADRAHFESQVKRDADGVPVNKLSIKGVPDGA
                     DVKAVAARLQEIAEKARTEGEYNKIGEIYGFPVMVKTESTAKDLFDCSVNRFFVQGRS
                     GILYTYNNGRLAADPKLAYQNFLNALERIPKVIETHERELTKMKEQIPVFEAAASGVW
                     RKEDELRTLKRNAAELDRKIVLSLAPPTTEKGKTSIDETSISEKAPAGEHSQSLRPNF
                     HSPRTILG"
ORIGIN      
        1 ccacttgtgt agccgtttcc atcgtaagcc atcttcaaga tggctttgca accatcaatt
       61 accgtcacag tgtcactcat cggagattgg cattttccat aataaccgat gacggtgtat
      121 ttacccgctt tatccttggt gacggtgtat tcttgtttcg tttcgccagt aattgaatcc
      181 ccattgaaaa accactgata acgcgcggga ccactttctg ccttcaacgt cgtgctctga
      241 gcaggcggac agatataggg atcgcccgaa atcttcagcg gcttaggatc taccactgtg
      301 attttagtcg tcaacgtaaa tacttcattg tatgcggctt tgacaaccat cttgatctca
      361 tgcggtgtat tgagcgaaag cgacggaatc gtccattcta atttgccacg tgcatccgtt
      421 tgctcctgac cgtcgataaa ccaagtgatg gcatctgagc ctgatttaag cggcatttgc
      481 gcaacgcctc tcaccttaaa ctcacccgca caatacgtct gcccattcgc atcttcaaag
      541 tggatatcat taatgtagaa agcagggttc aactgacgtg cagaagaggc tgcgaggtag
      601 tagtaagact cataaccacc caaaccgtaa cccatcacag acagcccggc cgcattttca
      661 aaatagtagg tagccgtgag ttctttcaga ggcatcgaat agaatgaaaa acccgaagct
      721 gcattatctg tccatgttcc accagaaagc gcttccggag tgccacctcc gatcgtcatc
      781 gtcgtagcat tcttcgtagc cgtcggggtg acaatcaatg cataatgttc cttcaataca
      841 gaggtccccg ttgccacaaa tggggctaga gctacgttca ttactgtctg ctcaatcggc
      901 gggacccatg ccatagccgg atctccattt ctataagtaa gagagacatt atccattccc
      961 atcaaaaagg aagcgacagc taccggtttg tccgattgga tatagcatcc accatcacta
     1021 agtgcagcct ctaattccac aaactgtcca gcattcagcg agagactacc cgttcccggg
     1081 tgagaaataa ttgtcgcccc cgtctgggta atcgttgttc catcttgcga agcgacaacg
     1141 cggatacgct ctctaccacg cttagtgatt ggaacgagga acttatttcc ccatgaatga
     1201 attggcactt cttgctgaaa taaacagtca catgcaccag tctcagtagg tatataaaca
     1261 catgaatttg tcgtgaaata agcaatcggt ttatctgatg taatcagagt tccagtcata
     1321 tctccagccg ctacatactt agtatatacc tcacctttgt tcagagtggc gacttctgtc
     1381 gacccctcgc tcactttagt gccattttca gctgcaatga tcgtatatcc atcatatgac
     1441 ccagacaagg ctttataggt catatgacga taagctttac cataattagt cacaggaagt
     1501 acattcgtag cgtctgttgt tgcactagat atattgatcg caaatacaga aatcaattca
     1561 tcagaaacaa tatgcaaaga tctcttcgaa gtacctcctg gagcaggatt atagatttta
     1621 ggagcctcac tcgaatcaaa tgtacgcgtg tacacctgtc ctgctgacac attaaatgtt
     1681 tctgttgtac catcctgcgt aaatgtcaac gtcacctttg ttggcttcgt cgctacgact
     1741 ctgatctgca acatatcgcc tgtagcggat ctaccggcat tcaaaccata gctcagccaa
     1801 aattctttcc cctgcgtggt cgactggcct tgagagaaaa gatggatact gaacaagaag
     1861 agcaacgtga acgccccgaa agacctgagt aaaaaattct tcatctcttc ttactttttc
     1921 gttgcgtaat acgtgtactc ctcctcaatc ggtttcgaat cgcgagcata gctgatggag
     1981 acaaccaact gaagctctcc gctgttcgtt atcgtatact tataagtata cacagcgacc
     2041 atgatcattc gcttgatctg atcaccttca actgtatact caaacgggcc atcggtcttt
     2101 ccgttgtcat attcaaacac ggaatttcca tcagccgaga acgttacttt cttcgggcac
     2161 ggaataaacg tctcaaaccg ctgtcctgac gaataggtgt tctccgaaga gacgcctcct
     2221 accgtctttt tgaccttcac gcggttgacc gtccaagtcc caagtagatc actaacggcg
     2281 actgcagaac cgggaggtgg cactgcgaga ttcgcgtttt ccgaccgctc aatcgatacg
     2341 gctccaaagg cgtgcgcatc gtggaacaat accaccaaaa acaacgccgc caaaaccgca
     2401 gccacaaatg ctttgcgtct aacttttttc atacataatt gtttatctga aatgaaacat
     2461 tactcgactc cttgatagga gtcgaaactt tctctctttg ttttagtacc attatgttta
     2521 tagttcattt gactgaatga tctctaactg agagatcggc tacaaagata gcgagaatac
     2581 tttaggccgc ataggagacg tttctttttt agagagaaaa taccctcgta gtacttttat
     2641 aaatttatgc cgcttagtaa acagggaaga tgtcttgtat ttcaccgatg agccattaac
     2701 tcctcaatgt aagtagaggc ctttctagga aaatgaacaa tcaaacaagg cattcgctaa
     2761 acggagtctt ggccgttatt ttgtatgtga tgggacaaat ctcaaagaac agagccgacg
     2821 aattaaagaa ggccttatgt gagatgttta caacggccat gaatgttccg gcgatcgctg
     2881 tggtattgag agatcgtgta tgccttatag acaccttttt gaaggagctt ttggctttcg
     2941 aatgaaagga gcgtgctact tttgcatatg aaaaaagtgc cagcgccggc caaggtggcc
     3001 cggtattgca ctataaaaag ttttcagaga ctgcatccgg ctttacgctg tcgatgcagt
     3061 ctcgcttttt tttgaaacat cctccggcct cgacaaattc acctccaccc gctgctcatc
     3121 ttcagcctag tatcgttcgc gggctgtgga agttcggcct taacgattgg ctgtgttccc
     3181 ctgcgggagc cttctcactg atcgaagtct catcaatcga agttttacct ttttccgtcg
     3241 tcggtggtgc aagtgagagc acgatcttcc gatccagctc cgccgcgttc ctcttcagtg
     3301 tacgtagctc gtcctccttc cgccagacgc ctgaggcggc tgcctcaaag accggaatct
     3361 gctccttcat cttggttaac tccctctcgt gtgtctcgat gactttcggg atccgctcca
     3421 aagcgttcag gaagttttgg taggcgagct tcggatcagc ggccagacga ccattattat
     3481 aggtatagag aatgccgctg cggccttgca cgaaaaagcg gttgacggag caatcgaaaa
     3541 ggtccttcgc cgtactctcc gtcttcacca tgaccgggaa accgtagatc tcaccgatct
     3601 tgttgtactc gccttcggtg cgcgctttct ccgcaatctc ctgtaatcgt gcagccacag
     3661 ccttaacgtc cgcaccgtcc ggcactcctt ttatcgacaa cttattgacc ggcacaccgt
     3721 cggcgtcacg ctttacttgg ctctcaaaat gtgctcgatc cgcccgcgct tcccggatct
     3781 tgtccgaatg gaaggcgaca gagcccttga tctcctcgag cttggccgcc gccgtgtcgc
     3841 gctctttaag gaagcccttt cgctccgatt ccaaagtgac gatcttcttc tccagcttcg
     3901 ctttctcgag taggtcggtg ttacccgaca gcacggccac atactccgag aagttcatgc
     3961 cgctgtcctc gtccatcgaa cctt
//
LOCUS       SEQF3106|MIQD01000122.1 3900 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3900
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(1050..1697)
                     /locus_tag="SEQF3106_01905"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALRTLLLLAIGLKEESQGALVITGRECAGAEGRTGRDKVWQLR
                     RKVQLTRAPIIIGLHRGRLNDGDRQTEHLREHLRVPHRRREDEVRRIVGHTSGGGLED
                     GRQGHVHNLTQRRRQIGHGEGAAQLTVYEVGAHGDAPIGKSAIGLDADGAEREAVSAC
                     AKDGRVDTDGAAEVVWAVAGDVAAEVEAEIRIFVAVGQVEAVGAEMAHSGCEVEG"
ORIGIN      
        1 tagggcatgg tcaaccggag gaggggcact tcgacgctgc gcatatccgc gccgaggaca
       61 tcgacgccaa ggccgtgctg cacgtgggcc gtgctggcag cttgcgcgta gagctgcgtc
      121 ggttgcggct ccgggagcgt tccggcgtgg agctgcatgg tctatcgctc gacctgatca
      181 agcacggacc gtggctcgag gcgcgtcgca tagacctccg cctgccacgc acacgcatcc
      241 gcatcgatca ggcctccgtc cacctgcccc tcaacgtgga caatgcgccg atccggctgc
      301 atttgctgcc ctccaaggtg tgcctcgccg acctcgcggc gttcctcccg gcgttagatc
      361 ggttgccgga gatgctgcgg gtggaggcca cggtgtcggg cacgatcaat gagcccacca
      421 tcgaggagct gtcggtgggg cagggcgacg cgctctcgct tacggcgcgg gcgacgctgc
      481 gcgatgtgcg tcatgcggat aggctttaca tcgatgggcg cgtggcgcgc ctgcaactca
      541 cctcgtcggg gttggccacg ctgattcatc gcctcggcga ttccgctgcg gagctccctg
      601 cgcccatcga acggctcggc acgttgcgct tcacgggcga gatctccggc ttcctcgatc
      661 gcttggtggc ttacggctca ctcacctctg acgtggggcg attagacatg gatctgatga
      721 tcggcagcaa ccggcgcgaa cgcatcgcca cgctgcttcg gggccgcatc gaatcgtcgg
      781 agcttgacat acaccgcctc ttcgacgagg gcaacgcctt cggctccgtg cgcttcaacg
      841 ccgaactcga cgcctctaaa cccgtgggcg gtgagctggc aggcaccgtc cgggcacaca
      901 tcgatcggtt ggaatacaat caatatggat acggaaacat cgcgctcgat ggcagcttcg
      961 ggccgcgcga gttccgcggc agcgtgcgtg tggacgaccc gaatggcagc cttcaggccg
     1021 agggtctctt cctcagcaac ggcgccgcat cagccttcga cttcacagcc gctgtgcgcc
     1081 atctccgccc cgaccgcctc cacctgaccg accgctacga agatcctgat ctcagcttcg
     1141 acctccgcag caacatcacc ggcaacagcc cagacaactt ccgcggcacc gtctgtgtcg
     1201 acgcgcccgt ctttcgcaca cgcactgaca gcctcgcgct ccgctccgtc tgcatcgagg
     1261 ccgatggcgc ttttcccgat cggcgcatcg ccgtgcgctc cgacctcgta gacggtgagc
     1321 tgcgcggcgc cttcaccgtg gccgatctgc ctacggcgct gcgtaaggtt atgcacatgg
     1381 ccctgccgtc cgtcttcgag gcccccaccc gacgtgtggc cgacgatgcg tcgcacttca
     1441 tcctcacggc gtcggtgagg aacacggagg tgctctcgca gatgctccgt ctgcctgtca
     1501 ccgtcgttga gccggccacg gtgaaggccg attatgatgg gcgcacgggt caattgcacc
     1561 ttgcggcgaa gctgccacac tttatcgcgg ccggttcgac cttccgctcc ggcacactca
     1621 cggccggtaa tgacaagggc cccctgcgac tcttccttga ggccgatcgc aagcagcagg
     1681 agggtgcgca aagccatatc cgcgtggagg ctgaagcgga aagcgatcgc ctgcggacgc
     1741 tcctcgcctt aacgaatccc ggcgcgggtg tcgaccttgc actctcggcg actacgcgtt
     1801 tctccacgcg tccggacgac aatgggcggc gcatcctgtt agccaacatc gatctggagc
     1861 ccaaccgcct cgtcatccgt gactccacgt ggcagatgga gccggccacc atcaccatcg
     1921 acggccgcga catcaccctt cgcgacatct acctctccaa gggcgcgcaa tacctccgca
     1981 tcaacggcat gctctccgag cgcaacccgc aggagacgct cctccttgac ctgaacgaca
     2041 tcgagctgcg cgacatcttc cgcatcgtcg acatccccgt cctgcaattc ggtggccgcg
     2101 ccacgggcac cgtccgcctg aacgacctct acggcagccg catcatcaac accgatctgg
     2161 acgtgcgcga cttcgccttc aacgacgttg tccaaggtcg cctcaacctc ttcagcgcat
     2221 gggacaacca gcgcaacggc atcctcatgc gcggcacgat ctacaaagac tcggccacgt
     2281 ggaccgatgt caacggctac atcttccccg tgggcgacag cgccggcctc gccctgcatt
     2341 tcgacgccca cgacctcgac atcggcctgc ttcgccccta cctccaatcc ttcacccaca
     2401 cgctcgacgg ccgcgccacg ggctccgtca gcctttacgg taccttctcc aacatcaacc
     2461 tcgaaggcac cgccctgatc cgcgacggcc gcatcggcgt ggacttcctc aacacggtgt
     2521 acgccttcac cgacaccgtg cgccttacgc ccacctccat cgagggacac gccatcaccc
     2581 tcaccgatcg taacgggcac acaggcacgc tcgacttcgc cgtccgccat cgccacctcg
     2641 agaacttcgc cttccaagtc gacatcgccg cccgcaacct gctcctgtac gatgtgcccc
     2701 gcaaactcaa cccgcgcttc tacggcaccg tctgcggcac cggcaaggca cgcctgcgcg
     2761 gcacggagca gctcatcgac atcgacgccg ccgtcaccac cgaccgtaac acggccatga
     2821 gcttcgactt taactccgcc tcctcggccg aggattacgg cttcatccgc ttccttccgc
     2881 cacgcatcgc cgcccccacg gctccgcgcc cgcccctcgc cgccgctacg gacgacgacg
     2941 ccacccaaat ccgcatcgac atcaccaccg acatcacccc cgacgccacc ttcgtgctcg
     3001 tcatggatcc cacctcgggc gatcgcatcc gcgccaacgg ctccggcaac ctccaaatca
     3061 agtattccac caacgccaac ttaggcctgt atggcgccta caccctccgc gaggggagct
     3121 acaatttcag cctcgagcaa gtgctccaca aggagtttcg catccgcgag ggcagccgca
     3181 tcgacttccg cggcaatccc accgacgccc tcctcgacct cagcgccgtc tactccctca
     3241 aggccgacat cgaagacctt gacgaacggc tatctggcga aagtggctcc cagcgcaaca
     3301 tccccgtcaa ctgcatcctt aagctcaacg gccgcctcac ctcgcccgcc atcaccttcg
     3361 acatggaatt ccccaactcc accggcgagc tggcccggca agtccgctcc ttcatcggca
     3421 ccgaagacat gatgacccgc caaatcatct acctcctcgc catcggccgc ttctacaccc
     3481 ccggctactc cggcaacggc ttccgcagca gcgagctcaa tgccgtcgcc tcctccgccc
     3541 tctccgccca gctctccggc atcctcagca gcctgaccga caaagtccgc atcggcacca
     3601 acatccgctc ccggcaagac ggcaccgacg acagcgacac cgaaatggag atgctcctct
     3661 ccggccgcct gctcaacaac cgactcctct tcaacggcaa cttcggctat cgcggcaact
     3721 acatccagcg caacgccttc atcggcgagt tcgacctcga gtacctcctc aacccctccg
     3781 gcgacatccg cctcaaggcc tatagccacg ccaacgacct ctatcgctac aacctgaaat
     3841 cacccacccg ccagggcgtc ggcatcctct tccgtcgcga cttctccata cccgccgagc
//
LOCUS       SEQF3106|MIQD01000123.1 3844 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3844
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             136..438
                     /locus_tag="SEQF3106_01906"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDRTSQIIGRLSRINAYVVVVAFFLFITFIVGDSNLYKRYTYD
                     EKIRSLEHEIDLYDKEIEMNTIKLNDIRVNREGLERYAREEFFMKRPNEDVFIIED"
     CDS             442..771
                     /locus_tag="SEQF3106_01907"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTPLRTWIFMLSGLLVVVGAVLYITHWMYAPWLFAIGAAGVTV
                     SYLTAPTDGLDLRHRRLHRLNMLAGVAMIAASVFMFRGRMEWVVFLLIAALIQLYTSF
                     VPTGKKE"
     misc_RNA        817..1196
                     /locus_tag="SEQF3106_01908"
                     /product="RNaseP_bact_a"
                     /inference="COORDINATES:profile:Infernal:1.1"
     misc_RNA        821..1185
                     /locus_tag="SEQF3106_01909"
                     /product="RNaseP_bact_b"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             1274..2644
                     /locus_tag="SEQF3106_01910"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPEEKAEKEKKPSLVERITEWIMTAIHFVTYDIWRITDSDVKGP
                     RRVYIYLAKTLILAIRGFQRNDLQTRASALTYSTLLSVVPMLAVIVGIASGFGVRDTL
                     QSSLYDYFPAQAHQLSRAFDFAENYLSMTRGGLFLGIGLVLLFYTVFSLISTVEHTFN
                     DIWHVEKDRTWQRKVTAYSAMIIILPVLMTVSSGLSIFLSTLRRALLSPYIFLTPIAD
                     TTLSLLPYTIIILFFTLLYLLAPNTRVRFLNALVAGALVGCVFQVFQYLYINGQIWVS
                     KYNAIYGSFAALPLLMLWLQLSWVICLFGAELVYASQNVRQFSFDPNVRRVSRRYRDF
                     LALLIASLIVKRFARCEKPYTADELSDTCRIPPGLTVQTLALLTELDILTAVRGDEAY
                     VVRYQPAFAIDRISVGLVLRRIDEHGSEDFPVDTADAFRSQWEALLRTRRDLLAASDE
                     VLLKDL"
     CDS             complement(2720..3826)
                     /locus_tag="SEQF3106_01911"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRDNAFTFDLLRAVRKHADGANVFISPLSVSMALNMTLNGAVG
                     ATADEMRTALREAGYSTADINAYSRELREALLRADPTTTIGIANSIWYRQRATVKAPF
                     IEANRTYYDAEVQAINFSAPSATATINGWCDQKTNNKIKEIVKQVDPTTFMYLINAVY
                     FKGAWTTRFEKKNTRSGDFHRADGSTQKVQMMNLKDTFRCASSDVCDYLEMDYGNHTF
                     SMVIMLPKDGKTTRDVIAAMDGKKWAETMESLILTMCYVYLPRFKAECEYKMHKQILP
                     EMGMKLPFNPELADLSGMADVAGLCITSVIHKTFVQVDEEGTEAAAVTSVGVVATGES
                     PLCLYRVDKPFLFVIREKSTGVILFIGEIGEVKN"
ORIGIN      
        1 cgttttagcc gcccgagcgc tctaacaaag gcatgttgta ggacgtaagg aaccttattc
       61 ttacgtcgaa ctcacgttgg gtttaatacc gatccccata cttttgcgcc tcacttaatt
      121 acaccctttc gatttatgtc agacagaaca tcacagatca tcggccgcct ctcccgcatc
      181 aacgcttacg tggtcgtcgt ggccttcttc ctcttcatca ccttcatcgt gggcgacagc
      241 aacctatata aaaggtatac ctacgacgag aagatccgca gcttggagca cgagatcgat
      301 ctctacgata aggagatcga aatgaacacc atcaagctga atgacatccg tgtcaaccgc
      361 gaggggctgg agcgctatgc ccgcgaggag ttcttcatga agcgccccaa tgaagacgtg
      421 ttcatcatcg aagactaagc catgaatacg ccattacgca catggatctt catgctctcc
      481 ggcctgctcg tcgtggttgg ggctgtgctt tacatcacgc attggatgta tgcgccgtgg
      541 ctctttgcca tcggtgcggc aggcgtgacg gtgagctacc tgacggcacc tactgacggc
      601 ctcgacctgc gccaccgtcg cctgcatcgg ctgaatatgt tggccggggt ggcgatgatc
      661 gcggcgtcgg tcttcatgtt tcgcgggcgg atggagtggg tggtcttcct gctcatcgca
      721 gccctgatcc agctttacac atcgttcgtg cccacgggta agaaggagta agccgagaga
      781 ggggcagtat gcgtatgcgt ttacttttgt gcccgggcag tcggccggtc tgtcgctcac
      841 gaaataaacg aacgaactgt aacaagtgag aggaaagtcc gggcaacaca gggcaccatc
      901 cttcctaacg ggaagctgtc ggcgacggca gagcaagcgt aacagaaaag aaccgccgga
      961 catggttcgg taagggtgaa aaggcgaggt aagagctcac cgcccccgtc ggaatacggg
     1021 gggcagtacg tctgatgggt tgtaaggtca tgtataccgg cgcatgaagg gcggcccgcc
     1081 cgatagccgg ggggtagact gcacagagct tgtcggcaac ggcaatgcca agatgaatga
     1141 cagacgccct cacgctcgtg ggggtacaga acccggctta taggccgact gccctttttt
     1201 tatctaccca gagttatcag ttacgagtta caagtgagag agcgtatcgc atacgttatc
     1261 gattgcatca tttatgcctg aagagaaagc agagaaagag aagaagccat cgctcgtgga
     1321 gcgcatcacg gagtggatca tgacggccat ccacttcgtc acgtacgaca tctggcgcat
     1381 caccgatagc gatgtgaagg ggccgcgccg cgtctacatc tacctcgcca agacgctcat
     1441 cctggccatc cgcggctttc agcgcaacga cctccagacg cgcgcctcgg ccctgaccta
     1501 tagcacactg ctctcggtcg tgcccatgtt ggccgtcatc gtcggcatcg cgagtggctt
     1561 tggcgtgcgc gacaccctcc agagcagcct ctacgattac ttccccgccc aagcacacca
     1621 gctctcacgc gccttcgact ttgccgagaa ctacctctcc atgacccgcg gcggcctctt
     1681 cctcggcatc ggcctcgtgc tccttttcta caccgtcttc agccttatct ccaccgtgga
     1741 gcacaccttc aacgacatct ggcacgtcga aaaagatcgc acctggcagc gcaaggtgac
     1801 ggcctactcg gccatgatca tcatcctgcc cgtcctgatg accgtctcca gcggcctctc
     1861 catcttcctc tccaccctgc gccgcgccct gctcagccct tacatcttcc tcacgcccat
     1921 agccgacact acgctcagcc tgttgcccta caccatcatc atcctcttct tcacgctgct
     1981 ttatctcttg gcgcccaaca cgcgtgtacg cttcctcaac gccttagtgg ccggggctct
     2041 tgtggggtgc gtcttccaag tctttcaata cctctacatc aacggccaga tctgggtcag
     2101 caagtacaac gccatctatg gcagcttcgc cgccctgcct ctgcttatgc tctggctgca
     2161 actctcgtgg gtcatttgcc ttttcggcgc agagctggtt tacgcctcgc aaaacgtccg
     2221 ccagttcagt ttcgatccca atgtgcgccg ggtcagtcgg cgctatcgcg acttcctggc
     2281 cttgctcata gcctcgctca ttgtgaagcg ttttgcgcgt tgcgaaaagc cttacacggc
     2341 cgacgaactg tctgacacct gccgcattcc gcccgggctg acggtgcaga cgctggcttt
     2401 gctcaccgag ctcgacatcc tcacggccgt gcggggcgat gaggcgtatg tggtgcgtta
     2461 tcaacccgcc ttcgccatcg atcgcatcag cgtcgggctt gtccttcggc gcattgatga
     2521 acatgggtcg gaagatttcc cggtagatac cgccgacgct ttccgtagcc agtgggaggc
     2581 gctgctccgc acccgccgcg acttgctggc agccagcgac gaggtgttgc tgaaagatct
     2641 ataaagcggg aaaagaaaag ccgggtacat gattgggatt ctccctcaca tgtacccggc
     2701 cgtttctcgt ttttcacttt tagtttttca cttccccaat ctctccgata aagaggatca
     2761 cgcctgtgct cttctcacga atgacaaaca ggaaaggctt gtcgacgcgg tacaaacaca
     2821 aaggcgattc gccggtagcc actacgccaa cgctcgtgac ggccgcggct tcagttccct
     2881 cctcgtccac ctgcacaaag gttttgtgga tcacggaggt gatgcacaag ccggcgacgt
     2941 cagccatgcc ggagaggtca gccagctcag ggttgaacgg cagcttcatc cccatctccg
     3001 gaagtatctg cttatgcatc ttgtactcgc actcggcctt gaagcgcggc aagtagacat
     3061 agcacatcgt caggatcaga ctttccatcg tctcggccca ttttttccca tccatggcgg
     3121 cgatcacgtc tcgcgtagtc ttcccgtctt tgggcagcat gatgaccata ctgaaggtgt
     3181 ggttaccgta gtccatttcg agataatcgc agacgtcgct cgaggcgcag cggaaggtgt
     3241 ccttgaggtt catcatctgc accttttgcg tcgagccgtc ggctcggtgg aagtctccgc
     3301 tgcgagtgtt tttcttctcg aagcgagtag tccacgcgcc cttgaaatag acggcgttga
     3361 tgagatacat gaaggtcgtg ggatccacct gcttcacgat ctccttgatc ttgttgttcg
     3421 tcttctggtc gcaccatccg ttgatagtcg ccgtggccga tggcgcggag aaattgatag
     3481 cctgcacttc ggcgtcgtaa tacgtgcggt tagcctcgat gaagggcgcc ttgacggttg
     3541 ccctctggcg ataccagatg gagttcgcga tgccgatcgt cgtcgtcggg tcagctcgga
     3601 gcagcgcctc gcggagctcg cggctgtagg cattgatgtc ggccgtcgag tagcccgctt
     3661 cgcggagggc ggtgcgcatc tcgtcggccg tggcaccgac ggcgccattg agcgtcatgt
     3721 tcagcgccat gctgacgctg agcggtgaga tgaagacgtt ggccccgtcc gcatgcttcc
     3781 tgacggcgcg gagcagatcg aaggtgaagg cgttgtcgcg cgtcaccttc tcggccttct
     3841 tcag
//
LOCUS       SEQF3106|MIQD01000124.1 3810 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3810
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             314..682
                     /locus_tag="SEQF3106_01912"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSHYTEMHVEMCSFCRGLFTPLEDVLDEHFGKRGTLKRDLFEAD
                     VEAALHTYHIGEAIRNERLKQNLTQEQLGERLGVKKTQIARMEHGLSVSIHTLGRVFK
                     ALGVPSGTLDLGTAGKVLLW"
     CDS             764..2197
                     /locus_tag="SEQF3106_01913"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQSILKIIAPALLWAGVAGQALAQSAEQAKTMFDEGRYAEAKPA
                     YEQLVKQSPGNTTYNLRYGICCYETGDLDMAERYLTVANKRKSPESYRYLADIYTHTY
                     RFGAAETMLRGQLAQLKRKRGADTSPIEEQLRALEKMQRMQEKTELVRVIDSVVVDKN
                     RLLSTYFLSDDNGRLVPYATLFPQATDALGASPVYVSPRGDRATYARIMDGHSALFSQ
                     SKLQNEWTDERPLFPTDSADNSYPFVAGDGVTLYFASRGHGSIGGYDLFVTRYNIASN
                     TYLAPEQLGMPFNSPANDYLMVIDEAKGVGWFATDRNQPQGRVCLYLFIPNEARPRVS
                     EDIDADSLRTLASLASIRATLPEGSSYDQLVAAARTNTAAVSKKEQDFEFVINDNTIY
                     YTERDFRNADAAEAYEKAAMLRKQAEDVEKRLKEAYAAYEKGNKSERNELRTSIRDDE
                     RTLDDLRTQIKTWEKRARNAENRTIIK"
     CDS             2207..3091
                     /gene="udp"
                     /locus_tag="SEQF3106_01914"
                     /EC_number="2.4.2.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P12758"
                     /codon_start=1
                     /transl_table=11
                     /product="Uridine phosphorylase"
                     /translation="MDTKKQTPIPPSELIINSDGSIFHLHLKPEHLADRIVLVGDPDR
                     VTMIGKYLTDVECDVLNREFHSITGHYAGKRLTIVSHGIGGDNIDIVINELDALANID
                     FSTRLPRPDLRSLTMVRIGTSGGLQPWSPIGTYVAAERAVGFDGVPYFYADTERIRDL
                     RLEVALREQLDWRIDGLRPYAVPADAELTDRITGNDIVRGITIATCSFYGAQGRSLRI
                     PLADPDLNRKIEAFEHEGRQIGNFEMESAALAALAALLGHRALTVCCIIAGRVAKNMN
                     VDYKASIVGLIEKVLERI"
     CDS             3230..3493
                     /locus_tag="SEQF3106_01915"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITAIIERGSDGLYSIYSEQEIEGYSFGGYGSSVEEAQADFMLS
                     IEEAKRMIEAETGRVSGAFADLHVNYRLALNKKRSAQWSVASL"
ORIGIN      
        1 ggaatgagtg tttcatgcgg ttacgacgca cttgggtgta gacttgcagg aaactagggg
       61 cgggggtggt agactttgta gacatacttg cttgactgta gggtttgaac tacataaagt
      121 taagaacatt cggacacata acaatagact ccatacaaaa gatcgtgaga caatctcatg
      181 atggaagcaa tcgcttataa cctctaccgg acttcagggt taattgtgtc catttctctc
      241 taaggaggaa ataccccctt aaaagaaggt tgaaaaagga ggaactaccc aatataaacg
      301 tatctctaag agaatgagcc attacacaga gatgcacgta gaaatgtgct cgttttgcag
      361 aggtctcttt acgccattag aagacgtatt ggatgaacat ttcggtaaac ggggaacgct
      421 taaaagagac ctgtttgaag ctgatgttga ggcggctctc catacttatc acataggaga
      481 ggcgatacgc aatgagcgct tgaagcagaa ccttacgcag gaacaattgg gagaaaggtt
      541 aggtgtaaaa aagactcaga tagcacgtat ggagcatggc ctcagtgtct ccattcacac
      601 actggggcgc gtattcaaag ccttaggcgt cccctccggc acactcgatt tgggaacggc
      661 tgggaaagtg cttctgtggt gaagcacacg ctgatccaag gctatgcaaa caccccaatc
      721 gccctatttt tgcccgcgtt atgaactctg aaacaaagaa acaatgcaat ccatcctgaa
      781 aatcattgcg ccggccctcc tttgggcggg cgtcgccggt caggccttag cgcagagcgc
      841 agagcaagcc aaaacaatgt ttgatgaggg gcgttatgcc gaggcgaagc cggcctacga
      901 gcaactcgtg aagcaatcgc ccggaaacac cacctacaac ctacgctacg gcatctgctg
      961 ctacgagacg ggcgatctcg acatggccga gcgctacctc acggtggcca acaagcgtaa
     1021 atcgcccgaa tcctaccgct acttagctga catctacacg cacacctatc gctttggcgc
     1081 ggccgagacg atgctccgcg gacagctggc acagctgaag cggaaacgtg gcgccgacac
     1141 ctcgcccatt gaggagcaac tgcgagcctt agagaagatg cagcgcatgc aggagaaaac
     1201 ggagctggtg cgcgtgatcg acagcgtagt cgtggacaaa aaccggctgc tctcgaccta
     1261 cttcctgagc gacgacaacg gccgcttagt gccttacgcc acactcttcc cccaggccac
     1321 cgacgccctc ggcgcttcgc ccgtctatgt cagcccccgt ggcgatcgcg ccacctatgc
     1381 ccgcatcatg gacgggcaca gcgcgctctt cagccagtcg aagctgcaaa acgaatggac
     1441 ggacgagcgc ccactcttcc ccaccgactc cgcagacaac agctacccct ttgtggccgg
     1501 cgatggcgtc acgctctatt tcgcctcccg cggccacggc tccatcggcg gctacgacct
     1561 cttcgtcacc cgctacaaca tcgcttccaa cacctacctc gcccccgagc agctcggcat
     1621 gcccttcaat tcgcccgcta acgactacct catggtcata gacgaggcca aaggcgtcgg
     1681 ctggtttgcc accgatcgca accagcccca aggacgcgtc tgcctctacc tcttcatccc
     1741 caacgaagcg cgcccacgcg tcagtgaaga catcgacgcc gacagcctcc gcacgttggc
     1801 ctcactcgcc tccatccgcg ccacgctgcc cgagggctcc agctacgatc aactcgtagc
     1861 cgctgcccgc accaacaccg ccgccgtaag taagaaggag caagactttg agtttgtcat
     1921 taacgacaac acgatctact acaccgagcg cgacttccgt aatgctgatg ccgccgaagc
     1981 ctacgagaag gccgccatgc ttcgcaagca ggccgaggat gtggagaagc gcctgaaaga
     2041 ggcgtacgcg gcctacgaga agggcaacaa atccgaacgc aacgagctcc gcacctccat
     2101 ccgtgacgat gagcgcaccc tcgacgacct ccgcacgcag atcaagacgt gggagaagcg
     2161 ggcacgcaat gcagagaata gaaccattat caagtaaaaa tcaatcatgg atacaaagaa
     2221 gcaaaccccc attccgccgt cggaactgat catcaacagc gacggcagca tcttccacct
     2281 gcacctgaag ccggagcatt tggctgaccg catcgtgttg gtgggcgacc ccgatcgcgt
     2341 gacgatgatc gggaagtacc tcaccgatgt ggagtgcgat gtgctgaacc gcgagtttca
     2401 cagcatcacc ggccactacg ccggcaaacg cctcaccatc gtctcccacg gcatcggtgg
     2461 cgacaacatc gacatcgtca ttaacgagct cgacgcactg gccaatatcg acttctccac
     2521 acgcctgccc cgccccgatc tgcgctcgct gacgatggta cgcatcggca ccagcggtgg
     2581 cctgcaaccc tggtcgccca ttgggacgta tgtagctgcc gagcgcgctg taggcttcga
     2641 cggcgtgccc tacttctacg ctgacacgga gcgcatccgc gacctccggc tcgaggtcgc
     2701 cctccgcgaa caactcgatt ggcgcatcga cggcctccgt ccctacgccg tccctgctga
     2761 tgcggaactg actgaccgca tcacagggaa tgacatcgtg cgcggcatca ccatcgccac
     2821 atgcagcttc tatggcgcgc agggtcgctc gctccgcatc cccctggccg atcccgacct
     2881 gaaccgtaag atcgaggcct tcgagcatga ggggcgccag atcggcaact tcgaaatgga
     2941 gagcgccgcc ctggctgcct tggctgcctt gctcgggcac cgcgcattga ccgtctgctg
     3001 catcatcgcc ggccgcgtag ccaaaaacat gaacgtagac tacaaggcga gcatcgttgg
     3061 gctgatcgaa aaggtgctgg agcggatata ggtggttagg agtagttaga gggtagtcag
     3121 aagtagttag aagcatgccc ataaccccaa gcggacggac tatgggtagg ggcaaaaaat
     3181 ctttcgcccc tacgattctt gaggggtaat tcattcctgc gtaacccgaa tgatcacagc
     3241 gattatagaa aggggctccg atggattgta ttccatctat tcggagcaag aaatcgaggg
     3301 atatagcttt ggtggatacg gttcaagtgt cgaggaggcg caagccgact tcatgctgag
     3361 catcgaggag gctaagcgta tgatcgaagc agaaaccggt cgtgtatcag gtgcctttgc
     3421 cgatctacat gtgaactacc gccttgcttt gaacaagaag agaagtgccc aatggagtgt
     3481 cgcttcatta taataaccac acaactacgc cacttagact ccgccaaccg acggagatca
     3541 aaaactgacg cgcggggctt tctgtcgacc gacggagatc aaaaactgac gcgcggagct
     3601 ttctgtcgac cgacggagat caaaaactgg cgcgcggagc tttccgccaa gtggcgatga
     3661 tcaaaaactg acgcgcggag ctttccgcca agtggcgatg atcaaaaact gacgcgcggg
     3721 gctttccgcc aagtggcgat gatcaaaaac tggcacgcgg agctttccgc caagtggcgg
     3781 agatcaaaaa ctgacgcgcg gagcttaccg
//
LOCUS       SEQF3106|MIQD01000125.1 3784 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3784
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     tRNA            624..698
                     /locus_tag="SEQF3106_01916"
                     /product="tRNA-Met"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Met(cat)"
     CDS             748..2319
                     /gene="hutH_2"
                     /locus_tag="SEQF3106_01917"
                     /EC_number="4.3.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P64416"
                     /codon_start=1
                     /transl_table=11
                     /product="Histidine ammonia-lyase"
                     /translation="MDKEKTVTYHEGKGLSMGDVEALLYGRARLDIAAEALQKVDRSF
                     NFLRDFSKDKIIYGINTGFGPMAQYRVDDAALEQLQYNIIRSHSTGAGRPLEPLCVRA
                     ALLVRLVTFLQGRSGVHRDLPLLLLEFLRRDICPMIPEHGSVGASGDLVQLAHMALAL
                     IGEGEVYHRGLLRPTRDVFEEEEGLQPLKLRLREGLAATNGTSVMTGIGLVNLIEARR
                     LMHWAVAASVMMNEVAASYDDLMSPVLNEAKRHAGQRHVAAEMRRWAEGSRALRQREA
                     EMFRPHTEAVFERKVQAYYSLRCVPQVLGPVWDTIERATEVLIDELNSACDNPIVDAE
                     TRNVYHGGNFHGDYVSLEMDKLKIAVTKQAMLAERQLNYLCHDRINDGILPPFVNLGV
                     PGLNYGMQAAQFTATSTTAECQTLSNPMYVHSIPNNNDNQDIVSMGTNAALLARRVVE
                     NAYQVTAILFMALAQAVDYLKLQPQMAPRTRAVYDAIRRIFPAFTDDKPRYREIEAVV
                     QFLKTTDSEQLKTNN"
     CDS             2393..2779
                     /locus_tag="SEQF3106_01918"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVPEKYYDEVFDFSGQWDVPSKCGLKLIRRPGAPVTVIVTELY
                     QDNPGTSVTAAGYALARQIFERKGLAPAAVRYLECNPDTHSKLSFYDEEYFEVTFPEV
                     AGGSGRPTYRQLSREEVTALFDGTNE"
     CDS             complement(2935..3555)
                     /locus_tag="SEQF3106_01919"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVAATAAGAFGEGGGHLRGGISGKEFDVPPAADALAKQVEREVL
                     FAEVFADANGTAHTAGAIINAMRLGIIDDAGDERGHDDDRIWPHASDGIPLEFGNAIA
                     HAHDACAQAADTEEVGQPGHEALVDRRHQLEDAARASAGAREGDLFVVCQAIEISVGH
                     GEGHRVAECAGGGDIVNDTRARHADELLVVELQVALFGEGDCGQIF"
ORIGIN      
        1 ggcgtatgcg atacgcccct acaacgggcc gcaaggcccg aatggacgga caccgggcaa
       61 tgcgttcacc cccgcgggcg gcgcatcatc ccccgccggg cacatatggg gcgtatataa
      121 tggggcgaat gatccggtaa ccgggtacat atggggcgta tgcgatacgc ccctacaacg
      181 ggccgcaagg cccgaatgga cggacaccga atgcgccctg taggggcgcc ggacgatagc
      241 ccagggcgca accctgggcg gaggcgtaac cctgagtgaa tcgacacagc cggggcgaac
      301 ccggatgagg cgtgcatgat ccgacccgcc gggtacatat ggggcgtatc gcatacgccc
      361 ttacgcatct ccggttatca gacgatcgtt cgcccctgtc ggacgtccga agggcgtatg
      421 cgatacgccc ctacagccgt tgattattga tgaatgatta tgccggatac gcgcttccca
      481 aggtgtgtat ccggcatttt tcatttttcc cttttcgttt ttcgttccct ttctcggcga
      541 ggggccgact tgtaagagtg gagatatggt ctacatttgc ccgcggtttc gatcgggtcg
      601 cagggaggcc ggatcaaaac gacggtccca tagctcagtt ggttagagca cctgactcat
      661 aatcagggag tccttggttc aagcccaagt gggaccactc cttaagatgg catttgaacg
      721 aatgcctttt tttatgtgca cacgataatg gataaagaaa aaaccgttac gtatcacgag
      781 gggaaaggcc tttccatggg cgatgtagaa gcgctcctgt atggccgggc caggttagac
      841 atcgcggcag aggcgctgca aaaggtggat cgctccttca acttccttcg tgatttctcc
      901 aaagacaaaa tcatttacgg tatcaatacg ggcttcggcc cgatggcgca gtatcgcgtg
      961 gacgacgcgg cgctcgaaca gcttcaatac aacatcatac gcagtcactc cacgggcgcc
     1021 gggcgtccgt tggagccgct ctgcgtgcgt gcggcactgc tggtgcggct cgtgaccttc
     1081 cttcaggggc gctccggcgt gcaccgcgac ctgccgctgc tgctcttaga gtttctccgg
     1141 cgcgacatct gcccgatgat ccccgagcat ggcagcgtgg gcgcgagcgg cgacttagtg
     1201 cagctggcac acatggcgct ggcgctgatc ggcgagggcg aggtctacca ccgcgggctg
     1261 ctgcggccca cgcgcgacgt cttcgaggag gaagaggggc tgcaacccct caagctccgg
     1321 ctccgcgagg ggttagcagc cacgaacggg acgtccgtca tgaccggcat cgggctcgtc
     1381 aacctcatcg aggcgcggcg cctcatgcat tgggccgtgg ccgcgtcggt aatgatgaac
     1441 gaggtggccg cgtcgtacga cgacctcatg tcgcccgtgc tcaacgaggc gaaacgacac
     1501 gccggacagc gccatgtggc agccgagatg cgtcggtggg ccgaaggcag ccgggcgctg
     1561 aggcagcgtg aagcggagat gttccggccg cacacggagg cagtcttcga acgtaaggtg
     1621 caggcatact attcgctgcg gtgcgtgccg caggtgctcg gccccgtgtg ggacacgatc
     1681 gagcgggcca ccgaggtgct gatcgacgag ctgaactcgg catgcgataa cccgatcgtg
     1741 gacgcggaga cgcgcaacgt gtatcacggt ggcaacttcc acggcgacta tgtctcctta
     1801 gagatggata agctaaagat cgccgtcacg aagcaagcta tgctggccga acggcagctg
     1861 aactacctct gccacgaccg catcaacgac ggcatcctgc cgcccttcgt caacctcggc
     1921 gtgccggggc tgaactacgg catgcaggcg gcgcaattca cggccacgtc gacgacggcc
     1981 gagtgccaga cgctgtcgaa cccgatgtat gtgcacagca tcccgaacaa caacgacaac
     2041 caagacatcg tcagcatggg caccaacgcg gcgctcctcg cgcggcgggt ggtggagaat
     2101 gcctaccaag tgacggccat cctcttcatg gcccttgcgc aggccgtgga ctacctgaag
     2161 ctccaaccgc agatggcgcc tcgcacgcgg gccgtctacg acgcgatccg ccgcatcttc
     2221 cccgccttca cggacgacaa accaaggtat cgcgagatcg aggcggtggt acagttcctc
     2281 aagacaacag atagtgaaca actaaaaacg aacaactaaa aacgccgggc gggcacctca
     2341 gcccaaggcg gtgaatcgtt tttcccttct tcatttttag attttagttc aaatgagagt
     2401 acccgaaaaa tattacgacg aagtgttcga cttctccggc caatgggacg tgccctcgaa
     2461 gtgcggtctc aagctgatcc gccgaccggg cgcgcccgtg acggtgatcg tcaccgagct
     2521 gtatcaagac aatcccggca catcggtcac ggcggctggc tatgcgttgg cgcggcagat
     2581 cttcgagcgc aaaggcttag cgccggccgc ggtgcgctat ttggaatgca accccgacac
     2641 gcactcgaag ctgtcgttct acgacgagga atattttgaa gtgacctttc ccgaagtggc
     2701 gggcgggagc ggacgcccca cgtatcgcca gctctcgcgc gaggaggtga ccgcactctt
     2761 cgacggaaca aacgaatgac agcaaccccc tacatagagc ggcaaccggc cgacgtgatc
     2821 aagcgctttc aggaggggaa actccgggaa gcgcttcgct atgtcaacac gcattctacc
     2881 ttctaccgtc ggctctttcg tgagcacgac atcgacccgg agcgggtgca gcacttagaa
     2941 gatctgaccg caatcccctt caccgaaaag agcgacttgc agctccacaa cgaggagttc
     3001 gtctgcgtgc ctcgcgcgcg tatcattgac tatatcacca cctccggcac actcggcgac
     3061 ccggtgacct tcgccatgac cgacgctgat ctcgatcgct tggcatacaa cgaacagatc
     3121 tccttcgcgt gcaccggcgc tggcccgggc agcgtcttcc agctgatgac gacgatcgac
     3181 aagcgcttca tggccgggtt ggcctacttc ctcggtatcc gccgcttggg cgcaggcatc
     3241 gtgcgcgtgg gcaatggcat tcccgaactc cagtgggata ccatccgacg cgtgcggcca
     3301 gatacgatca tcgtcgtgcc ctctttcatc ccccgcatca tcgattatgc cgaggcgcat
     3361 ggcattgatt atcgcgccag cagtgtgcgc cgtgccgttt gcatcggcga aaacctccgc
     3421 gaacaagact tctcgctcaa cctgcttggc gagagcatcc gccgccggtg gaacatcgaa
     3481 ctcttttcca cttatgcctc cacggagatg gccaccacct tcaccgaatg cccctgcggc
     3541 tgtggcggcc accatcaccc ggagctgatc atctgcgaac tgatcggcga cgatgggttg
     3601 cctgtagccg acgatgaggc gggagagtta gtcgtcacca cgctcggcgt cgagggtatg
     3661 ccgctcgtgc gcttcaagac gggcgacttg gcgcgattcc accgtgagcc gtgccgctgc
     3721 ggacgcacca cgatgcgcat cagcccgatc atcggccggc ggaaccacat ggtgaagtac
     3781 aagg
//
LOCUS       SEQF3106|MIQD01000126.1 3749 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3749
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(993..1709)
                     /locus_tag="SEQF3106_01920"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVPEERNSTWGLSERTSNESDTGACRDWPAALCSPPSTSTPTVV
                     MSAGRSKKRRTLLSCTCRVYVATAGSVMSPFTSCVCETAAEKVRQMPFSGSPMVSDLS
                     SLKGCFVPGMVAWSVSLRSMPAACPSIVTSNFVSSSFLATSFTVKRYSLGSSVRAMVT
                     RGLSPSRCAFTIFPTASADGASLKRITPQTDTLSGASAVMSVAVSSAVKLRSRTRKEN
                     LKSSNFLSTSITRPRWKVAL"
ORIGIN      
        1 tcataaatta cacgcgtgtc tgttatgaaa cttgccacgt tttgcccttt gcacgccgtg
       61 caagctccga aacttgccac gaatcataaa ttacatgcgt gtctgttatg aaacttgcca
      121 cgtttttgcc cttgcacggc gtgcaagctc cgaaatgacc ctcattttgc accttgcacg
      181 gcgtgcgagt accgaaatgc accgcttttt gcccttgcat ggcatgcaaa gcctgaaatg
      241 cagtgaaaat tggtcgctgc acacgatcag cgcccgaaat gcagtgaaat ttggtcgctg
      301 cacacgatca gcgcccgaaa tgcagtgaaa attggtcgct gcacacgatc agtgcccgaa
      361 atgcaccgct ttttgccttt gcacggcgtg catggcatgc aaagacgcct caaatcgtat
      421 ggaaatgccc gggcaccccg gggtgcgcgg ccacggatcg acgccgcgcc ataacccact
      481 ccccctgatc attacccatt ggccattaat catcgtccca gccctccccc tcggtgcagt
      541 ctggatagag gggtctatct ttgtgaacca aaattaagag tcacttaccc ttccgccctg
      601 ctccccccgc catccgttcc atccgcatat gctcatcaaa caacctatca taatatgtac
      661 cccaaaacaa tttcccctat gaaacgattc cttttactta tgacgacagc tgtggccgtg
      721 ggcctggcct tcatgtcgtg caagaaaaat gtggacgtgg tgccctccat cgagttcgca
      781 ccatgcatca gcgcctacac cggcggcgtg atcggctccg acggcacgat ccgcatcgaa
      841 ctgacccgcg agcagcaggt ggtcgagatg ggccgagagg tggaagacgc cctcttcagc
      901 ttctcgcccg ggctcaaggg caagacgtat tgggtgaaca gccgcaccat tgagtttgtg
      961 cccgactcag ggcagctgcg cccaggcacg ctctacaacg ccaccttcca cctcggccgt
     1021 gtaatggagg tggataagaa attggaggat ttcaagttct ccttccgtgt acgcgagcgg
     1081 agcttcacgg ctgaactgac cgctacagac atcaccgctg aggcgccaga caaggtgtcc
     1141 gtctgcggcg tgatacgctt cagcgaggcg ccatcggccg aggccgtcgg gaagatggtg
     1201 aaggcacagc gcgacggcga caaaccgcga gtgaccatcg cacgaacaga agacccgagg
     1261 ctgtatcgct tcaccgtgaa cgacgtggcc aagaaggacg atgagacgaa gttggaagtc
     1321 acgatcgacg ggcacgccgc cggcatcgac cgcaaagaga cgctccacgc caccatcccc
     1381 ggcacaaagc agcccttcaa actgctcaaa tccgaaacca tcggcgagcc cgagaacggc
     1441 atctgcctca ccttctccgc cgccgtctcg cagacgcagg acgtgaaggg gctcatcaca
     1501 ctgccagccg tggcaacata caccctacaa gtgcaagaca acaaagtgcg cctcttcttc
     1561 gagcgccccg ctgacatgac caccgtaggc gtcgaggtgg acggcgggct acagagcgcc
     1621 gcaggccaat ccctgcaagc ccccgtgtcg ctctcgttag aagtccgctc gctcaatccc
     1681 caagtcgagt tcctctcctc gggcaccatc atgcccgacg cgcaaaacct catcctgccc
     1741 ttccgcgccg tcaacctcta cgccgtagac ctgaagatca tccgcatcta cgagcgcaac
     1801 gtgctcacct tcctgcaaga caactcgctc tcagcctcct cctcgtctga actcaggcga
     1861 acaggccgga tgatctaccg caagatgctg cggctcgatg gcgacgccac gaaggacatc
     1921 cacaactggg acaattactt catcgacctc ggcaagctca tccgccaaga gcccggagcc
     1981 atctatcgcg tcgtcttatc cttcaagcag gaatactcgg cttacccctg cgacggcaat
     2041 ccgagcggcg cacgcaccct gcaatccgag ggcatgaccc ccctcgtgga caatgagatg
     2101 acggacgagg acgaagccac atgggacaag cccgagacct actactacga cggctctgac
     2161 atcaactgga gcgaatacga gtgggaggag cgcgacaacc cctgctcgcc cagctactac
     2221 atgaactccg accgcatagc ggctaccaac gtgctggcct cgaacctcgg catcatcgtc
     2281 aaagccaacg caaacaacac gctctgggtg gccgtctctg acttgatcag cgccaagccc
     2341 ctctcaggcg ttgaggtgac cgcttacaac ttccagctac agcccgtggg cacagccaag
     2401 accgatggca acggcttcgc catgatcccc accaagcaga agccgttcgc cctcgtggcc
     2461 accgcgtctg gcaagcaaaa gggctacctg cgcctcatgg agggcgaaga gaatatgctc
     2521 agccgcttcg acgtgggtgg caaggagacc gtgcgcgggc tcaagggctt catctacggc
     2581 gagcgcggcg tctggcgacc gggcgacacg ctccatctct ccttcatgct gggcgatcgc
     2641 gaggggcgca tccccgccaa ccaccccgtc tccatcgagc tcttcaatcc ccgcgggcag
     2701 ttccactcca agcagatctc cggcggtggc acggatgggc tctacgtctt ccacgtagcc
     2761 acccggccag acgaccccac aggcctttgg aatgcttacg tcaaagtggg gggcgccacc
     2821 ttccacaagg ccctgcgcat cgaggccgtg aagccaaaca ggctgaagat taacctccgc
     2881 atcgcgggcg accagctgca agtctccacc ctgcccgttc ccgtaacgat cgagtcggcc
     2941 tggctgacgg gcgccgtagc gcgcgacctg aaggcgaagg tggagctgtc gctcaccaaa
     3001 gccccaacgc agttcaaggg ctatgagcgt tacaccttcg ataatcccgc agctgacttc
     3061 acctccggca ccacgacggt gttcgacggc aagctcaatg gcgaggggcg cgcgtccttc
     3121 tccatgaccc tgccacgatc gtcagaagcg cccggcatgc tgcgcgccaa cctcacctgc
     3181 cgcgtcttcg agcgcggggg cgatgccagc atctacacgc agaccatgcc cttctcaccc
     3241 ttcaacacct acgtaggcat caacctcggc cgggcagacg agggcgagac actcgagacg
     3301 gacgccctgc accgcttcga tgtgatcaca ctccgccccg acggcaagcc tgtggatgtg
     3361 gctgacttag aatacaagat ctacaaagtg aactggagct ggtggtggga gcacgacgac
     3421 gaaacgttcg cctcttacct caacaactcc tccatcaccc ccgtagcctc gggcgaactg
     3481 aagaccacgg gcggcaaggc gcatatcgac ttccgcgtca actatcccga gtgggggcgc
     3541 tatttgattt acgtcaaaga ccgcgagggt gggcatgcca caggcggcac catctatgtg
     3601 gactggcccg aatggcgcgg ccgatcgaac aagtcagacc cgaacgggat caagatgctg
     3661 gccttctcct tagataagaa gacctatgag gcgggcgagc aggccactgt catcatccca
     3721 gcctccaccg gcgggcgcgc cttagtctc
//
LOCUS       SEQF3106|MIQD01000127.1 3712 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3712
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(188..493)
                     /locus_tag="SEQF3106_01921"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQRIGRLFAAALLLSLSPSAFAQGNGLSGINEATKMVTSYFDP
                     GTKLIYAIGAVIGLIGGIKVYQKFASGDPDTSKTAASWFGACIFLIVAATILRSFFL"
     CDS             complement(535..1134)
                     /locus_tag="SEQF3106_01922"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLFLLVTWAILLGVLLRDLYRTEQPTREDVPSDNTSDDASDDG
                     LVGTTRTVLPLEGSVKEAGESACGGTESKDSFAYRNAVAEGEQADEPEVTPEDEAISL
                     LLKEDIEVSTESVTTRELRRLQTAVETPDRLTAEDLDQAKEAAVKLRGADFMEKLSEY
                     ASKERERARALDELLRSPSEAPKKSRSNDVEDTAWMAYL"
     CDS             complement(1131..1514)
                     /locus_tag="SEQF3106_01923"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIEEQRRRRIAERIQQMAGDDAPPITPEETPLKSDLSSVQTPF
                     ADESLSTYRDRFFAHRSSESRTTLSCDRALIDCLRRVLNALDARTSLAAYIGNILADH
                     IDRHRTFLSEAIERNRKNPFNTSLP"
     CDS             complement(1511..2317)
                     /locus_tag="SEQF3106_01924"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEETMNTLPDRPIRIGFGSLKGGTGKSTLAEITASYLCYTEGL
                     RLFVVDCDYSQYSFFGLRERDKQTVQNGEPALQARMKKHFEALGREAYRVIKSTAARA
                     EEDVHRFMAERVGETFDLILFDLPGRADDPALVELTLGMDYLISPIEPDRQSLVASMT
                     YAPAIRDLGVSDDRCRIKEIYLVWNKIDRRVRTDVIAFYNEVIKREGLGLFDTQLPRS
                     VRFKKELTADGRPAFRSTYLPPDKSLIEGSGIESFVKELIEKCNLKTARP"
     CDS             2879..3319
                     /locus_tag="SEQF3106_01925"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRPKKTPVRPPKWDAFHFRLPDSRDQLRLIELFKRSGARTKTE
                     YIRARILDEHFRVVTVDKKVVKRTAIQERVLQPLRAYNQPMRVRGNGSERMVFAFEGF
                     SLPDDKQLEVTIHERNGGRTLSFRVQNEDLLRARRIDHLKLQWQ"
ORIGIN      
        1 cccgttgcgc cgaggccgag acagaggtac tgatccatgc cgcacatgta gcagacaacg
       61 accaagagga acgtcgccag cagtccaccg gcgaagagaa agaggtactg cgccttgagc
      121 cctttgaact cgaccgtccg ccccacgcct ttattgatct cccacgaagc catgtttcgg
      181 gaggtgttta gaggaagaaa ctcctaagga ttgtggcggc cacaatcagg aagatgcacg
      241 ctccgaacca cgaggcggcg gtcttgctgg tgtccgggtc gccggacgcg aacttttgat
      301 acaccttgat ccctccgatc agtccgatga cggcaccgat ggcgtagatc agttttgtcc
      361 ctgggtcgaa ataggaggtg accattttcg tggcctcgtt gatgcccgac agcccgttgc
      421 cctgcgcgaa ggcggagggg gagagggaaa gcagtaatgc ggcggcaaac agtcgcccga
      481 ttcgttgttt catatggttc tggatttatc ggttttcatt catgttgcta tctgttacaa
      541 gtaagccatc catgccgtgt cctcgacgtc attcgagcga gacttcttcg gcgcttcgga
      601 gggcgagcga agtagctcgt cgagcgcccg agcgcgttcc cgctctttcg acgcatactc
      661 gctgagcttc tccatgaagt ccgcacctcg gagcttgacg gctgcctctt tggcttgatc
      721 caagtcttcc gcggtgagac gatccggcgt ttccacagcc gtttgcaggc ggcgaagctc
      781 gcgggtcgtt acgctttcag tcgagacttc aatatcttcc ttgagtaaca aggaaattgc
      841 ttcgtcttcc ggggtaacct ccggttcgtc cgcctgttca ccctcggcga cggcgtttcg
      901 ataggcaaaa ctatccttcg attccgtccc tccgcaagcc gattccccgg cttccttcac
      961 gcttccctcc aatggtaaaa ccgtacgcgt agtcccgacc aaaccgtcgt ccgaagcgtc
     1021 atccgaagtg ttatcggaag ggacatcttc tcgagtcggt tgctctgtcc gatagagatc
     1081 acgcagcaag acacctaaaa ggatcgccca agtgacgagc agaaaaagtg tcatggcaag
     1141 gaggtattaa aggggttctt tctgttgcgc tcgatggcct cggaaaggaa cgtgcggtga
     1201 cggtcgatgt gatcggcgag gatgttcccg atgtaggccg cgagggaagt ccttgcatcg
     1261 agggcgttca gcacgcgtcg caaacagtcg ataagcgccc gatcgcagga gagggtcgtc
     1321 cgactttccg acgaacggtg agcaaagaat cgatctcgat aagtcgatag cgattcgtct
     1381 gcaaacggtg tttgaacact gcttaaatcg cttttcaacg gtgtttcttc gggcgtgatg
     1441 ggcggcgcat cgtcgcctgc catttgctga atccgctcgg cgattcgcct acggcgctgt
     1501 tcttcgatgg tcatgggcgg gcggttttca ggttgcattt ctcgatgagc tccttcacaa
     1561 acgactcgat gccgctaccc tcgatcagac ttttgtctgg tggcaggtag gtggatcgga
     1621 aggcgggccg gccgtctgcg gtgagttcct ttttgaagcg gacggagcgc ggcagctgcg
     1681 tgtcgaacaa tcccaagcct tcgcgcttga tcacctcgtt gtagaacgcg atgacgtccg
     1741 tccgcacccg tcggtcgatc ttgttccaaa cgaggtagat ctctttgatt cggcacctat
     1801 cgtccgacac gccgaggtca cggatggccg gcgcgtaggt catggaagct accagcgatt
     1861 ggcggtcggg ctcgatcggc gagatgagat aatccatgcc aagagtgagc tcgacgagtg
     1921 cgggatcgtc cgcacggccg ggcaggtcga agaggatcag gtcgaacgtt tcacccacac
     1981 gctcggccat aaaacggtgg acatcctcct ccgcacgtgc agcggtgctt ttgatgacac
     2041 ggtaagcctc ccggccgagc gcttcaaagt gcttcttcat ccgtgcctgc aacgccggct
     2101 caccgttctg tacggtttgt ttgtcgcgtt cgcgcagtcc gaagaaggag tattgcgagt
     2161 agtcgcaatc gacgacgaag aggcgcagcc cttcggtgta acagagatag ctggccgtga
     2221 tctccgccag cgtgcttttg cccgtgccgc ctttgagcga cccgaagccg atccggattg
     2281 ggcggtcggg cagggtgttc atggtttctt ctttcatagg tttaaggtct aagggaggct
     2341 atataatatg tacgcgcgta cattataaag cgcacttgtg agtagctgtg tatgtattca
     2401 tatactcact catttatatg cttactcact tatacagtta ctcacttatg cagttactca
     2461 ctcatacagt tactcactta tgcagttact cacttactca gttattcact tactcacttg
     2521 tgcagttact cacttatgta gttactcact tatacagtta catgtgagta agtgagtaac
     2581 cacacaaata aacagctgca caaacacagc tacttataaa ggctttcggg ggcttccccg
     2641 gcgtggtttc tggttgaaac caaacgtttt agccacgaaa agcgctgccc taactttgcc
     2701 gccgaattga aagtatggag ttgagctgcc ttttagcata cggccctgaa ggccgggcaa
     2761 ggtgtgtttt tgtgctacaa aaaccgtttt gtgctacaaa acgccttgcc cccggagcgg
     2821 cctccgcggc ggttcggctc caaagtcgcc acctgatctt atatgaaaaa ccacccccat
     2881 gaatcgaccg aagaaaacac ccgttcgccc cccgaaatgg gacgccttcc acttccgcct
     2941 ccccgacagc cgcgaccagc ttcggctgat cgaactcttc aaacgctccg gcgcccgcac
     3001 gaaaacggag tacatccgag cgcgcatctt agatgagcat ttccgcgtcg tgaccgtcga
     3061 caagaaagtg gtcaaacgaa cggctatcca ggaacgcgtg ctgcagcccc tgcgtgccta
     3121 caaccagccg atgcgtgtgc gtggcaacgg gtcggagcgc atggtcttcg ccttcgaggg
     3181 cttctcgctg cccgacgaca agcaattgga ggtcacgatc cacgaacgaa acggcggccg
     3241 gacgctctct ttccgcgtgc aaaacgaaga cctccttcgt gcccgtcgca tcgaccacct
     3301 caaactgcaa tggcaatgaa acggacacta cttctgctta tcggtatggt tgcaacagcc
     3361 ctcacagcgc atgcacagcg tctccttccg cggcaaacgg gcgtcgaaat cacggcgggc
     3421 gtcccggtga ttcagaacga aaagctgatc caacccgaga ctttcaccgt gggcgtatcg
     3481 ttcacacgct acctcaaagc cgagaattac accttcctct ccaccgtgta tgaacggcaa
     3541 aatttgcctt acgggaaggt gaacgtaccg ctgagtgacg cgctcctgct ggcgggatat
     3601 atgcacccgc tactgtcgga cggtgggaag aatgcctttg tctatgcggg ggtctccgca
     3661 ttggcgggct acgaggagct taaccgcggc aaatctgtgt tgcccgatgg cg
//
LOCUS       SEQF3106|MIQD01000128.1 3709 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3709
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             36..158
                     /locus_tag="SEQF3106_01926"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVLGTPGSGKSYAIVNNYIKQQIEKGFAMYIYGAPVKAIS"
     CDS             complement(417..518)
                     /locus_tag="SEQF3106_01927"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTSTFYRILRLRCNKFLLFLLYDCKKSIAVMTV"
     CDS             771..1115
                     /locus_tag="SEQF3106_01928"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERFELHIEAESRIRWKVYVRFGGEFSKTDHSNMARRRLLSLHY
                     KFPDLSEIAYNHLRQHLDAYAVKPQFFVINFDDPRRSHRCNPIHPDFMTDISDAYEAA
                     YTILLNLNKSWV"
     misc_RNA        801..897
                     /locus_tag="SEQF3106_01929"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
     misc_RNA        1165..1314
                     /locus_tag="SEQF3106_01930"
                     /product="group-II-D1D4-7"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             1749..3434
                     /gene="ltrA"
                     /locus_tag="SEQF3106_01931"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A3U0"
                     /codon_start=1
                     /transl_table=11
                     /product="Group II intron-encoded protein LtrA"
                     /translation="MNENNKKSCAPTDSRPSTWGSMDWLRCEQYVQKLQARIVKAQKE
                     GRHNKVKALQWLLTHSFYAKALAVKRVTSNKGKNTSGVDKTLWDSPKRKFKAISELRR
                     RGYKPQPLRRVCIKKSNGKLRPLGIPTMKDRAMQALYLMALEPIAETTGDRFSYGFRK
                     GRRTMDAIRQIDTVLNRQHSPEWILEGDIKGCFDHISHDWLLSHIPMDKGILAKWLKC
                     GFVFKGGLYPTEEGTPQGGIISPTLANMTLDGLQTLLAERFKRRFINYKTFRYKVNLV
                     RYADDFIITGYSKELLENEVKPLVVDFLKERGLTLSDEKTTITHIQDGFDFLGFNIRK
                     FHKRLYTSPSKRAQKRFRAKISEVVRRHRMCKQESLIRMLNPIITGWGNYYRYGASTE
                     AFHNCDYHIFNATRKWALRRHPKKKRTWVNDRYWHNLRGRKWTFAVVYKGRKGHEDYL
                     ALKRLADVHYTEYKQIKGDANPFDPEYDLYFQKRETQLMLETLKGRKSLLYLWNKQGR
                     TCPLCGKPIDRTKAWNVNEKVIDGKIVRELVHNTCYLRSKRKSCKYEPISMYK"
     misc_RNA        3449..3525
                     /locus_tag="SEQF3106_01932"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 gatggatcaa tgtcgtcaat ccgtttcgcg ccacgatggt gctcggcaca cccggatcag
       61 gcaagtcgta cgccatcgta aacaactaca tcaagcagca gatcgagaaa ggattcgcga
      121 tgtatatcta tggtgcgcca gtcaaggcta tatcttaaac atccctttgg caaggattag
      181 gcaagtgttc tttgaaaacg acctatcatc accgacttat ctgtccaacg aaaggcggca
      241 gggagtgtag cacgtcggga caactataag tcagttagtt accaaactgc gactgaatag
      301 cgatgataag acaagtatga ggataaaacc cgaattggtt gaatgataat ctgagcggtc
      361 cctgtaccag actgtgacgt aaggtaacta tgggaactac cgttgtatgg atagttctaa
      421 accgtcatca ctgcaatact ctttttgcag tcgtagagta gaaagagcaa gaacttgttg
      481 cagcgcaacc gtaatatacg gtaaaaggtg gaagtcatat ccgacaactt gtcatgccaa
      541 cagttaagat atagtaaact gggattacct aaatcggagc ccgcaagggc tatgggaagc
      601 agttcccgaa tttccgacat ggtaacggag tccccgcaag tagtccgagc aagttaatgg
      661 cttgtacatg gcgaaggggg acagcagaga tttttaatac gattaatgaa tgatgtgaga
      721 gacattatga gagattcatc aaaagtatta agcagcttaa atcgaccatt atggaacgat
      781 ttgaactgca tatcgaagcg gagagccgga tacgctggaa ggtgtacgtc cggttcggag
      841 gcgagttttc gaaaaccgac catagtaata tggcacggcg tcggctactt agcctacatt
      901 ataaatttcc tgacctatcc gagattgcct ataaccatct ccgtcagcac ctcgatgcat
      961 acgccgtcaa gccgcagttt ttcgtcatca acttcgacga tccacgccgc tcacaccgtt
     1021 gcaatccgat ccatcctgac tttatgacag acatctcaga tgcttatgaa gcagcctaca
     1081 ccatcttact caatttgaac aaaagttggg tgtgacacga agtcacatag ataattgcta
     1141 agatgtcata taagacagtt ttagcccgct gttccgtcag cggtagccta cgatagaatg
     1201 cgccaatagt gatatggacg tattgagcct atcggacaag gtacactttc ccaaaaggac
     1261 gagacagaac cgtgagggga cgtcaagggc ggttagtatc gtgccgccga gtggcttggc
     1321 tgagtagtat ggttagcaca tgcgaactgt ttatagccat cgtgaggttt gaaggagcca
     1381 aagatgctgg gctctcacca aaatggtaag cagtcggata acccttgccc atgttggggt
     1441 tacacggaca taagcactgc cggtggattg acagaaccta ccctactcgt acagttatct
     1501 atgtggaacg tggcaagcct gtatctctcc tgctttggac aggtaagtga accgtaaggc
     1561 gaaccgaaat ggggtgcagg tataagataa cggaaaaagc gaatgccgct ctgtaatgga
     1621 gtggatacgg attgagcctc ggttacgtgt ggcagagacg acatcatccg acgcgaaagc
     1681 gggcagactt ccgtgtgagg taactcttta caagagagct ttcagaactt ttcaaagtag
     1741 aattgcaaat gaacgagaac aacaagaaat cgtgtgcgcc tactgacagc aggccaagca
     1801 cttggggcag tatggactgg ctcaggtgcg agcagtatgt ccaaaagcta caagcgcgta
     1861 ttgtaaaggc tcagaaagaa ggcaggcata acaaggtgaa agccttgcag tggctgctta
     1921 ctcactcctt ttatgccaag gctttggcgg taaagcgagt tacttccaac aagggaaaga
     1981 acacctcggg ggttgacaag accctttggg attcccccaa gcggaaattc aaagcaataa
     2041 gcgaactccg cagacgcggc tataaaccac agccgctgag acgggtttgc atcaagaaaa
     2101 gcaacggtaa actcagaccg ttgggaattc caacgatgaa agacagggct atgcaagcct
     2161 tatatctgat ggcacttgaa ccaatcgctg aaacgacggg cgacagattc tcctatggtt
     2221 tccgaaaggg acgtaggacg atggacgcta ttcgacagat tgataccgtt cttaaccgtc
     2281 agcactcccc cgaatggatt ctggagggag atataaaggg ctgcttcgac catatcagcc
     2341 acgactggct gctatcccac atccctatgg ataaggggat tcttgccaaa tggctaaaat
     2401 gtggttttgt cttcaaaggt ggtctatacc cgacggaaga ggggacacca cagggcggta
     2461 ttatatcgcc cacgcttgcg aacatgacac ttgacggact tcagacgctg ttggctgaga
     2521 gattcaagag acgtttcatc aactacaaga ctttccgcta caaagtaaat cttgtacgtt
     2581 atgcggacga tttcatcatc acaggctaca gcaaggaact cttggagaac gaggtcaaac
     2641 cgttggtggt tgatttctta aaggagcgtg gactgacact ttccgatgaa aagaccacca
     2701 tcacgcacat ccaggacggc ttcgatttcc tcggattcaa catccgtaag tttcacaaga
     2761 ggttgtacac gtcaccgtca aagagagcac aaaaacgctt tagggcgaag ataagtgagg
     2821 tcgtgagacg gcatcggatg tgcaagcagg agtcgctgat aagaatgctc aacccaatca
     2881 tcacgggatg gggcaattat tatcgctatg gtgcatcaac cgaagctttc cacaactgtg
     2941 actatcacat ttttaatgct acgaggaaat gggccttgcg ccgacaccca aagaagaaaa
     3001 ggacttgggt caacgacaga tattggcaca atctccgtgg caggaaatgg actttcgctg
     3061 tagtatataa aggaaggaaa ggtcatgagg actatctcgc cctcaaacga cttgccgatg
     3121 ttcattacac ggagtacaag caaatcaagg gtgacgcaaa tccgtttgat ccagagtatg
     3181 acctgtactt ccaaaaacgc gaaacgcagt tgatgcttga aacgctgaaa gggaggaagt
     3241 ctctcctata tttatggaac aaacagggac ggacatgtcc gctttgtggc aagcccatcg
     3301 accgaacaaa agcatggaac gtcaatgaaa aagtgattga cggaaagatt gttcgcgaac
     3361 ttgtacacaa tacctgttat ttgagaagta aacgcaaaag ttgcaagtat gagccgattt
     3421 ctatgtacaa atagaagtta tgagttgctt gagccgtatg aggggaaact ctcacgtacg
     3481 gttcttaggg gagaaagggg cagcaatgtc cccgccttac ccgatgtgca aaagcaaggt
     3541 gatttcttcg tcgagtcgcc gattattttg ctggcggcca tcatctggtt cctgagaatt
     3601 tacgagggtg gacgctactg caccttcccg catgcggtcg aatttctgaa ccgcccctac
     3661 gcgcagattt tcccaatcct gacggcttac gacgaactgg ccaactacc
//
LOCUS       SEQF3106|MIQD01000129.1 3547 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3547
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             4..924
                     /locus_tag="SEQF3106_01933"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQARRLEDLLALLLHDEVFGELPEELLVGESVEVLHHAVVVDDR
                     KLVGGEANGHEEVVFLIATVVRVLLGLLRANECRGGGAMVSVGDVHGGHGGKELGDAA
                     DVGVVVDDPERVAEAVELGCEVILGRALGVFGYDGVHILVVGVGEEDGLDVGVVHAHM
                     LHAVFLLVAAGQFMLLDLARHVVINVGADHEAVLRLAVHRLGVDIVVLLAVLHEPAFV
                     LKHLEVLCGLLVDFRIVFIRAFGEVDLWLDDVVERFLVPRCFGACLGRVQHVVRARLH
                     LLNVFLRRTNAFEWFDLHDCDSNPFSCFYD"
     CDS             complement(1079..1252)
                     /locus_tag="SEQF3106_01934"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHRKDLPLVLISVSSILSGVTALWGDPSFWGKVIFILSLIIWGA
                     AVWMIYLNHKNKR"
     CDS             complement(1252..2172)
                     /locus_tag="SEQF3106_01935"
                     /EC_number="1.1.1.81"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X1C1"
                     /codon_start=1
                     /transl_table=11
                     /product="Hydroxypyruvate reductase"
                     /translation="MKVLVATEKPFAAVAVKGIREVVEKGGLELALLEKYTDKAQLLD
                     AVKDADAIIIRSDKVDAEVLDAAKQLKIVVRAGAGYDNVDLEAATAHNVCVMNTPGQN
                     SNAVAELALGLMVYGARNLYNGASGTELKGKKLGIHAYGNVGRNVARIAKGFGMEIYA
                     YDAFCPSEVIEADGVKAQASAEELYKTCQYVSLHIPATKETKNSIGHALLMSMPKGAV
                     LINTARKEVINEPEMVKVMEERPDFKYLTDIMPANHAELAEKFAARYFSTPKKMGAQT
                     AEANINAGIAAANQIVDFLKNGNRKFQVNK"
     CDS             complement(2175..3242)
                     /gene="serC"
                     /locus_tag="SEQF3106_01936"
                     /EC_number="2.6.1.52"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P80862"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoserine aminotransferase"
                     /translation="MKKHNFYAGPSILSEYTIKNTADAVLNFAGTGLSLLEVSHRGKE
                     FVAVNDEARALVKELLDVPATHEVVFLGGGASLQFCMIPFNLLKKKAAYIDTGTWASK
                     AIKEAKLFGEVDVVASSADKNYTYIPKHYTVAPDSEYLHFTTNNTIYGTEYHKIPEVS
                     VPLVSDMSSDIFSRPIDVSKYDAIYAGAQKNLAPAGVTIIIVRKDALGHVDRPIPTML
                     DYNTHIKKDSMFNTPPVLPIFSALQTLKWYKQQGGVKVLQKKNQEKAAVLYEEIDRNK
                     LFRGTVEVEDRSLMNVCFVMNDEYKELEKEFADFATAAGMIGIKGHRSVGGFRASLYN
                     AMPIESVKALVQTMKEFEKKH"
ORIGIN      
        1 ctcatgcaag cgcgacggct tgaagatctc cttgcccttc ttctccacga tgaagtcttc
       61 ggagagcttc cggaggaact cctcgtcgga gagtccgttg aggtccttca ccacgcggtt
      121 gtagtcgatg atcgtaagct ggttggcggg gaagcaaacg gccatgaaga agttgtattc
      181 ctcatcgcca cggtggttcg ggttctgctt ggccttctcc gcgccaacga gtgccgcggc
      241 ggcggagcga tggtgtccgt cggcgatgta catggcgggc atggcggcaa agagctcggt
      301 gatgcggcgg atgtcggcgt cgtcgtcgat gatccagaac gtgtggcgga agccgtcgag
      361 cttggctgtg aagtcatact cgggcgcgcc cttggtgtat ttggctacga tggcgtccac
      421 atccttgttg tcggggtagg cgaagaagac gggctcgatg ttggcgttgt tcacgcgcac
      481 atgcttcatg cggtcttcct ccttgtcgcg gcgggtcagt tcatgcttct tgatcttgcc
      541 cgtcatgtag tcatcaacgt aggcgcagac cacgaggccg tattgcgtct tgccgttcat
      601 cgtctgggcg tagatatagt agtgctcctt gccgtcctgc acgagccagc ctttgtcttg
      661 aaacatttgg aagttctgtg cggccttctc gtagactttc ggatcgtgtt catccgtgcc
      721 ttcggggaag tcgatctctg gcttgatgat gtggtagagc gatttctcgt tccccgctgc
      781 ttcggcgcgt gcctcggcag agttcagcac gtcgtacggg cgcgactgca cctgctcaac
      841 gtatttcttc ggcggacgaa tgcctttgaa tggtttgatc ttcatgattg tgattcgaat
      901 cctttttctt gtttttatga ttgaggtaga tcatcctcca tgcgacaaca agcaaaatac
      961 atgctatgaa gatgagtatg atcctgtccc aaaatgaagg agcttccgat agtgccgcag
     1021 ctaccgcaac ggatgcgatg gcattgagta ctaatgggag atcctttcga ttcattactt
     1081 atctcttgtt cttatgattg aggtagatca tccataccgc agcgccccat atgattaagg
     1141 agaggataaa gatgaccttg ccccaaaatg aaggatctcc ccatagtgct gtcacacccg
     1201 acaaaatgga tgagacggat atgagcacta acgggagatc ctttcgatgc attacttatt
     1261 cacttggaac ttgcggttgc cgttcttcag gaagtctaca atctgattgg cagcagcgat
     1321 accggcgttg atgttagcct cagccgtctg tgcacccatc ttcttgggcg tgctgaagta
     1381 gcgggcagca aacttctcag ccagctcggc gtggttggcg ggcatgatgt ccgtcagata
     1441 cttgaagtct ggacgttcct ccatcacctt caccatctcc ggctcgttga tcacctcctt
     1501 gcgggcggta ttgatcagca cggcgccctt cggcatgctc ataagcagcg cgtggccgat
     1561 ggagttcttc gtctccttcg tagccgggat gtgcagcgag acatactgac atgtcttgta
     1621 cagctcttca gccgacgctt gcgccttcac gccgtctgcc tcgatcactt cggaggggca
     1681 gaatgcgtcg tatgcataga tctccatgcc gaagcctttg gcgatgcggg ccacgttgcg
     1741 acctacgttg ccataggcgt ggatgcccag cttcttgccc ttcagctctg tgccagatgc
     1801 gccgttatag aggttgcgtg ctccgtaaac catcagaccc agcgcgagct cagccacggc
     1861 gttcgagttc tgacccggtg tgttcatcac gcacacgtta tgtgccgttg cggcttccag
     1921 gtctacgttg tcgtagccag cgcctgcgcg taccacgatc ttcagctgct tggcagcgtc
     1981 gagcacttcg gcgtctactt tgtcgctacg gatgatgatg gcgtcagcat ctttcacggc
     2041 gtctaacaac tgcgctttgt cggtgtattt ctccaacagc gccaactcca agccgccctt
     2101 ttcaacgact tcacgaatgc ctttcacagc gactgctgca aagggctttt ctgttgcaac
     2161 gagaaccttc atgatcaatg cttcttttca aattccttca tcgtttgaac cagcgccttc
     2221 acgctttcga ttggcatggc gttgtagaga gaggcgcgga agccgcctac tgagcggtgg
     2281 cccttgatgc cgatcatgcc ggcagcagta gcgaagtcgg cgaactcttt ctccaattcc
     2341 ttgtactcat cgttcatcac gaagcagacg ttcatcagcg aacgatcctc cacttccacc
     2401 gttccgcgga acagtttgtt gcggtcgatc tcttcgtaga gcacagcagc tttctcttgg
     2461 ttcttcttct gaagcacctt cacgccgcct tgttgcttat accatttcag tgtctggagc
     2521 gcggagaaga tcggcagcac ggggggcgtg ttgaacatcg agtccttctt gatgtgcgtg
     2581 ttgtagtcca gcatggtggg gatggggcga tctacgtggc ccagtgcatc cttgcgaacg
     2641 atgatgatcg tcacgccagc gggagcgagg ttcttctgtg caccggcata gatggcgtcg
     2701 tacttcgaga cgtcgatggg gcgcgagaag atgtcggacg acatgtcaga gaccagcggc
     2761 acgcttactt ccgggatctt gtggtactcc gtgccataga ttgtgttgtt ggtcgtgaag
     2821 tggaggtact ccgagtcggg cgccacggtg tagtgcttcg ggatgtaggt gtagttctta
     2881 tcggccgacg aagccaccac gtccacctcg ccgaagagct tggcttcctt gatggctttc
     2941 gatgcccacg taccggtgtc gatgtacgcg gcttttttct tcaacagatt gaaggggatc
     3001 atgcagaact gcaggctggc gccgccgccg aggaagacga cctcgtgggt tgcgggaaca
     3061 tcgagcagct ctttaactaa tgcgcgggct tcgtcgttga cggcgacgaa ctcttttccg
     3121 cggtgggaga cttccagcag cgacaggcct gtccctgcga agttcagtac ggcatcggcc
     3181 gtgttcttaa tcgtgtactc actcaagatt gagggtcctg cataaaaatt gtgcttcttc
     3241 atagatcaaa aaaaattaat actgtcatgt gctacgtgtt aaaatcgtgg gcaaatgtag
     3301 gacaaaaagg atgcgacaaa agaaaacttc gggggattgc cagatggggc aaaaaagggc
     3361 ttcaaaaggg caaagttggg gtgatgcgag gcctcgtttt tccccttcgg cgcgaggcat
     3421 tggggtttaa cctgaggggg ggaggtgagt gccggtggga aaacgacctc tcccaagggt
     3481 tggatccatt ttcccggtgg gaaaacgacc tctcccgagg gttggatcca ttttcccggt
     3541 gggaaaa
//
LOCUS       SEQF3106|MIQD01000130.1 3529 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3529
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     misc_RNA        382..568
                     /locus_tag="SEQF3106_01937"
                     /product="Bacteroidales-1"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             733..1269
                     /locus_tag="SEQF3106_01938"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPLAILSEYYRPGSRAYEILVSHSRSVRDKALALAESHPEMQL
                     DHTFISEAAMLHDIGIYLCDAPEIDCHGSSPYICHGWLGAELMRSLGYPRHALVCERH
                     TGAGLSRAMIEARSLPIPPHDMLPLSLEEQLICFADKFFSKTKLEREKPIEKIRHGLA
                     AYGQEDVKRFDGWCKIFL"
ORIGIN      
        1 tatgttgaca acataacctc cggaatcatt gatttttcgg cttatgttga caacataacc
       61 cctggaatca ttgattttcg gcttatgttg acaacataac ctctggaatc attgattttt
      121 cggcttatgt tgacaacatg acccctggaa tcattgattt tcggcttatg ttgacaacat
      181 aaccccctcc tcaattgacg ccgtttccga tggataggca tcaagccaga ggcgccctct
      241 tttatctccc cgcatcacct ccgaagggca tcaatcaagg gcgcgcctaa attttttctt
      301 cacaaaacct tgccagtcat caagctcatt ttacatttgt ggcgcgagag agcaagaaag
      361 cagttccaga aggacgacat aagccgcatt gttcgattgg ggaactcatc atacaatatt
      421 agaattccga gacatgctct tggcaccaat ggcgggctgc aaacttcggt tctgtccccc
      481 tcggggggca cagcagatta caacggcgtc aaaggctctc aaatcctgtc attcggagtt
      541 cgttcaattc cacagtgcgg ctttccccat agagagaaga ggtgacttac caaccataag
      601 tcgcctcttt tttttggggg gggcggtaag catccccccc ctcggctccc gacagacgcc
      661 ccccccgatg cgcgcatttc cgatgaatga ttcgcattta cttttgcccc cgtcaaaaga
      721 ttactatatc caatgaatcc cttagccatt ctttccgaat actatcgccc gggctcgcgg
      781 gcctacgaga tattagtcag ccatagccgc agcgtccgcg acaaggcgct ggccctggcc
      841 gagtcgcacc cggaaatgca gctcgaccac accttcatca gcgaagccgc catgctgcac
      901 gacatcggca tctacctctg cgatgcaccc gaaatcgact gccacggatc atcgccctac
      961 atctgccacg gctggctcgg cgccgaactg atgcgctcct taggctatcc acgccacgcg
     1021 ctcgtctgcg aacgccacac aggcgccggc ctctcgcgcg ccatgatcga agcgcggagc
     1081 ctgcccatcc cgccgcacga catgctgccc ctctccctcg aagagcagct catctgcttc
     1141 gccgataaat tcttcagcaa gacgaagctg gagcgcgaaa aaccgatcga gaagatcagg
     1201 cacgggctgg ctgcctacgg ccaggaagac gtgaaacggt ttgatgggtg gtgcaaaatc
     1261 tttctctaaa aacaagcctc ctgctttgcg ccctggctct cgggctcagc atgcaggcgc
     1321 agacacccgc gggcagcgat acgctccgaa gggcagcggc acgcatcgac acggctgggc
     1381 gcgacacggc gcgtcgtaaa ggcatgctcg aggcgccggt gaagtatcag gcggcagact
     1441 ccatcgtcat gacggcaggc aacatggcct acctcttcgg ccagggcgac gtgaagtacc
     1501 aaaacatcga gctgcaatcc gagcgcatcc aaatgagctt agacagcagc atcgtctccg
     1561 cctcctacgc cctcgatacc actggagccg agtatggcta ccccctcttc atcgaaggcg
     1621 agcagcagat cgaagcccgg acgatgcgtt acaacttccg ctcccgcaag gcctacgccg
     1681 ccgacgtgct gacaaagcag ggagagggct acctcatggc cgatgccacg aagaagatgc
     1741 ccgacaacgc aatgaacatc gtggacggcc gctacaccac ctgcgacgag tatgaccacc
     1801 cccacttcta tatccgcatg acccgcgcca aggtgcgccc gggcaaaaac atcgtcaccg
     1861 ggccagccta ccttgtcatc gaagacgtcc cgctctatcc catcggcttg cccttcgcct
     1921 tcttcccctt caccgacaag tattcctctg gcatcatcgc cccgacctac ggcgacgaga
     1981 tggcgcgcgg cttcaacctc cgcaacggcg gctactactt cgccctcagc gattacttcg
     2041 acctcgcact cacgggcgag atctacacga agggatcgtg gggcctatca gcgcggtcgg
     2101 actatcgcaa gcgctaccgc tactcgggca acttcgacgc ctcgtatctc gtcaccaaac
     2161 tcggcgacaa ggggctgcca gattacagcg tgtcgaagga tttcaagatc gcttggacac
     2221 acgcgcaaga cgccaaggcc aacccctatc gcaccttctc agccagcgtc aacttcacca
     2281 ccagcagcta caactataat caactcaaca ccctctacac gcccgaagcg acgaacaaca
     2341 acaaaggctc cagcgtcagc atctcgcagc gtttccccaa caacccgttg accgtatcgg
     2401 ccacgatgaa catcaatcag cgctcgcaag actcctccct ctccgtcacc ctgcccgaca
     2461 tgacactctc catgagcagc atctaccccc tcaaacgcaa acacgccgtg ggccgcgaac
     2521 tgtggtacga gaagatctcc atctcttatt cgggctactt ccgcaactcc cttaacgcga
     2581 aagagaacaa cttcttccag aagagcttcg ctcgcgactg gcagcacgcc gcgcaacaca
     2641 gcatccccat cagcgccaca tacaacttcg gcttcctcaa catctccccc tcggccaact
     2701 acgtggagcg ctggtacacg aacaaagtcc accaacagtt cgacaccgcc cgcggcagcc
     2761 tcatgcccgt cgacacggcc tacggcttct atcgcgtcta cgactacaac gccgccatct
     2821 ccgcctccac caccgtctac ggcttcttca agccctggaa gatcttcggc gacaaggtgc
     2881 agatgatccg ccaccgcatg gaggccaaca tctcctacaa cgtcgccccc gacttctccg
     2941 atcccaagta cggcttctat gagtcttatg cttacaccga tcgctcgggt aaccagatga
     3001 ccggcctcta ttcgccctac gaaggccaga tgtttggcgt gcccggacgg gggcggcagg
     3061 gcgccttatc gttgtcattg gataacaacg tagagatgaa ggtgcgctcc gatgccgact
     3121 ccacaggcat caagaaggtc agcctcatcg accggctcgg cttccgcatc agctacaaca
     3181 tggccgccga ctccttccgc tggagcgacc tcggcgtcaa cctgcaactc aagctcggca
     3241 acttccccct gcaactctcc ggcgtgttcg acacctatac ctatggctac gacgccgcca
     3301 caggcattcc ttatcgcatc gacaaacccc gctggcaggc tggcaaaggc atcgggcggc
     3361 tccgctccac aggcaccacc ttctcctaca ccttcactaa cgacaccttc aagaagctct
     3421 tcagccgcaa agaccgcgac gcctccgaca accgtaaccc gaaagacacc ccagacaaca
     3481 ccgacgacgc cgaggccacc gacacctccg acgacacccc ggccgtggg
//
LOCUS       SEQF3106|MIQD01000131.1 3527 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3527
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(124..1068)
                     /locus_tag="SEQF3106_01939"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTHREEAVGRRVWRCVCRALPKAARTCLWLLEIILPVSLAVRLL
                     QYSGLLGAVSGCLAPAFGLIGLPGEAAIVFLTSIFTPLYAPIALITSMPLTVRQLTIL
                     SLMCLLSHSLPVECAVQSRTGSTFFGMFALRVTMSFVMAFTVHHLMPHGAFDMPTGLT
                     GSVAVSHTLGDVFVLWLLSSLRIALLFAAIVPALMILHYVLDEFDLLRGLSRRIAPVM
                     DFFGLPRECSFLWLVGNIVGLSYGSAIMMEQLKQDAIARRSCDLLNHHLAVSHSLLED
                     TIIFAALGAPWLWIILPRLAYAFVVVRLKLLIERLRKQ"
     CDS             complement(1078..1545)
                     /gene="smpB"
                     /locus_tag="SEQF3106_01940"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QU63"
                     /codon_start=1
                     /transl_table=11
                     /product="SsrA-binding protein"
                     /translation="MSSKEKPTNQITIKNKRASFDYELLETFTAGIVLTGTEIKSIRL
                     GKASLVDTFAIVERGEVWVKNMYVAEYAFGTYNNHAPRRDRKLLLNRKEIRRLQTATK
                     DRGFTIVPTRLYINERGLAKLALAIARGKKEYDKRQSIRERDDRREMDRMFKK"
     CDS             complement(1603..2172)
                     /locus_tag="SEQF3106_01941"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFRSIFFRLIAFIFRPMDAWDALSHKKVTGNEAFLAHFLYPIIG
                     LIALAAFAGVLFAGREFDFVIALKSSIKAIAASLGGFFLASYLMNELWGAWMKRERNM
                     KLMQLFVGYASSLLFVLQIILSFFPDLAFLWIPALYTIYIVWAGAVNYLKVDGEVQMK
                     FTGIASLIIIGAPAAISLLLFMLMPGLRF"
     CDS             2327..3379
                     /gene="fbaB"
                     /locus_tag="SEQF3106_01942"
                     /EC_number="4.1.2.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A991"
                     /codon_start=1
                     /transl_table=11
                     /product="Fructose-bisphosphate aldolase class 1"
                     /translation="MSKTRELLGSQADYYLGHECKTIDKKLIYAPGPDAIDRMWLDSD
                     RNPQTLNSLAALYGHGRLAGTGYVSILPVDQGIEHSAGASFAPNPIYFDPENIVKLAI
                     EGGCNAVASTYGVLGAVARKYAHKIPFVVKINHNELLTYPNSYDQVMFGTVKEAWDMG
                     AVAVGATIYFGSEESRRQIVDVAKAFAYAHELGMATILWCYLRNNAFKKDGVDYHAAA
                     DLTGQANHLGVTIQADIVKQKLPSNNGGFKAIKFGRTSDKVYTELTTDHPIDLCRYQV
                     ANGYMGRVGLINSGGESRGAGDLQEAVITAVVNKRAGGMGLISGRKAFQKPMEEGVKL
                     LNAIQDVYLDPAITLA"
ORIGIN      
        1 taggttcgga accgaaaaat ataggttggg ggacgtatat ttttacgtcc gggacctaaa
       61 aacttcgatc ctggacgtaa acacttcgtc tcagcgccga aacggatcat cactgagccg
      121 atcctattgc ttgcgcagcc gctcaatgag cagtttgagc cgaacgacga cgaaggcgta
      181 ggccaagcgt ggcaggatga tccaaagcca cggggcgccg agggcggcga agatgatcgt
      241 gtcctcaagg agcgagtgcg agacggccag gtggtggttc agcaggtcgc agctgcggcg
      301 cgcgatggcg tcctgcttca gctgctccat cataatcgcg ctgccatagc tcaggcccac
      361 gatgttgccc actaaccaga ggaaggagca ctcgcgcggc aggccgaaga agtccatcac
      421 cggggctatg cggcgcgaga ggccgcgcag gaggtcgaac tcgtcaagca cataatgcaa
      481 gatcatcagc gcggggacga tggcggcaaa gagcagcgcg atacgcagcg aactgagcaa
      541 ccagagcacg aagacgtcgc ccaaggtgtg gctcacggcg acgctgcccg tcaggccggt
      601 aggcatgtcg aaggcgccgt ggggcatcag gtggtgcacg gtgaaggcca tgacgaagct
      661 catcgtgacg cgcagagcaa acatgccgaa gaaggtcgac cccgtgcggc tctgcacggc
      721 gcactccaca ggcagcgagt gcgacagcag gcacatgagc gagagtatcg tcagttggcg
      781 caccgtcagc ggcatggagg tgatcagcgc aatgggcgcg tagagcggcg tgaagatgct
      841 ggtcaggaag acgatcgccg cctcgcccgg caacccgatc agcccgaagg cgggcgccaa
      901 gcatcccgac accgcgccca gcagccccga gtattgcagc aatcgcacgg ccaacgagac
      961 gggcaggatg atctccagta gccagaggca cgtccgcgcc gccttgggca gcgcccggca
     1021 gacgcatcgc cacaccctcc ggccgacagc ttcctcccta tgtgtcattt tgtcaggcta
     1081 cttcttgaac atgcgatcca tctcgcgtcg gtcgtcacgc tcgcggatcg actgccgctt
     1141 gtcgtactcc ttcttgccgc gcgcgatggc cagggcgagc ttcgccagcc cgcgttcgtt
     1201 gatgtagagc cgtgtcggca caatcgtgaa gccgcgatcc ttggtggccg tctgtagccg
     1261 tcggatctcc ttgcgattca gcagcagctt gcggtcgcgg cgcggcgcgt ggttgttgta
     1321 cgtcccgaag gcatactccg ccacgtacat gtttttcacc cacacctcgc cccgctcgac
     1381 gatcgcgaac gtgtccacaa ggctcgcctt gcccaggcgg atcgacttga tctccgtgcc
     1441 cgtcagcaca atgccagcgg tgaacgtctc caagagctcg tagtcaaacg aggcacgctt
     1501 attctttatc gtaatctggt tcgtaggttt ctcttttgat gacatgatga atgaatgttg
     1561 taagggcgaa tcgcattcgc ccccagatgg atgtttccct aattaaaacc gcaaccccgg
     1621 catcagcata aacaacaata aagagatggc cgccggtgca ccaatgatga tgagcgaagc
     1681 aatccccgtg aacttcatct gcacctcgcc atccaccttc aggtagttca ccgcccccgc
     1741 ccagacaata tatatggtat acaacgccgg tatccacaag aaggcgagat ccggaaagaa
     1801 cgacaagatg atctgcaaca caaacaacag cgacgaagcg taacccacaa acagctgcat
     1861 cagcttcata ttgcgttcac gcttcatcca cgcgccccac agctcgttca tcagatacga
     1921 cgccaagaag aaccccccga gggaagccgc aatcgctttg atcgacgatt tcagcgcgat
     1981 cacaaagtca aactcccggc cggcgaagag cacgcccgca aacgccgcca gcgcaatcaa
     2041 gccgatgatg ggataaagga agtgcgccaa aaaggcctcg ttgcccgtca cctttttgtg
     2101 gcttagcgcg tcccacgcat ccatggggcg aaagatgaag gcaatcaaac ggaagaagat
     2161 agatctgaac atagacgctt attaataggt gtttattcta tttggaggca ggcaaaaata
     2221 catcgattag gcagggcgca aataggtcag caccgtcgtg gattaatcgt agttttgtcc
     2281 ccgtcaacaa tcagttgatc aagtgttcca cctaaaaaaa atcattatga gtaagacaag
     2341 agaattgtta ggctcacagg cagactacta cctgggccat gagtgcaaaa ccatcgacaa
     2401 gaaactgatc tacgcgcccg gtcccgacgc catcgatcgc atgtggctcg attccgaccg
     2461 gaatccgcag acgctcaaca gcctcgccgc cctctacggg cacggccgct tggccggcac
     2521 gggctacgtc tccatcctcc ccgttgacca gggcatcgag cactccgccg gtgcatcctt
     2581 cgccccgaat cccatctact tcgatcccga aaacatcgtc aagctggcca tcgaaggcgg
     2641 ttgcaacgcc gtggcctcca cttacggtgt gctcggcgcc gtggcacgca agtatgccca
     2701 caagatcccc ttcgtcgtga agatcaatca caacgagctg ctgacttatc ccaacagcta
     2761 cgatcaggtg atgttcggca ccgtcaagga ggcttgggac atgggcgccg tggccgtggg
     2821 agccaccatc tacttcggtt ccgaggagag ccgccgccag atcgtggacg tagccaaggc
     2881 ttttgcttat gcgcatgagc tcggcatggc caccatcctc tggtgctacc tgcgcaacaa
     2941 cgccttcaag aaagacggcg tcgactacca cgctgccgcc gacctcaccg gccaagccaa
     3001 ccacctcggc gtgaccatcc aggccgacat cgtgaagcag aagctcccct ccaacaacgg
     3061 cggcttcaag gccatcaagt tcggccgcac ctcggacaag gtctacaccg agctcaccac
     3121 cgatcacccc atcgacctct gccgctatca ggtagccaac ggttacatgg gtcgcgtcgg
     3181 cctcatcaac tccggcggcg aatcgcgcgg agcgggcgac ctgcaagagg ctgtcatcac
     3241 ggccgtagtc aacaagcgcg ccggcggtat gggcctcatc agcggtcgta aggccttcca
     3301 gaagccgatg gaagaaggcg tgaagctgct caacgccatc caggacgtct acctcgatcc
     3361 cgcgatcacc ctcgcataac tccgggagat gagtgacatg aagaagatcg tattgctgcg
     3421 ccacggcgaa agccagtgga acaaggagaa ccgcttcacg ggctggacgg acgtcgacct
     3481 gagcgagaag ggcgtggccg aggctgagaa ggccggtgac gcactcc
//
LOCUS       SEQF3106|MIQD01000132.1 3526 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3526
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             147..668
                     /locus_tag="SEQF3106_01943"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKIGRGLLALLVCIQALAAPNAQAQRGADRLFSLPRFERAVA
                     CIKHYEGLHGPKNYPYVGYGHRLLPGERLSCAMTKRQADSLLRTDLKKRLVTFRRFGR
                     DSLLLAVLSYNVGEYRLLGYGKQPKSRLIRKLESGDRDIRGEYISFCRYRGKALKTLR
                     LRRRVELALLYEM"
     CDS             complement(1035..1505)
                     /locus_tag="SEQF3106_01944"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQACTKEFSGGQEETIISSSVTLLVSDEQRNDLLDPTSVSSKSV
                     DLSKVKVFYVKDGKEELFDRKDYDSPRGFRLNKPEWTETRYSMLVYTNCESGDDISTT
                     ILEWDDGHRDIIKTAYLRPGNGSIIQQKIWINDELIWDAVNKIDPERPVYEITR"
     CDS             complement(1544..1765)
                     /locus_tag="SEQF3106_01945"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKKLMMIGLFLVAMLTGCSHDESPEAVDLGQTNVSAEFVSADE
                     ATTIAATVQFGPAEATTAAGLNKEERRLS"
     CDS             complement(2035..2310)
                     /locus_tag="SEQF3106_01946"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTERSYHPQNGFETKRRLLTLPHKIVWIVICIVALKAIGVSEE
                     LTAILTVLAVLYLVHATLQMVLRILFFLIRWLCIAAALAWIVCGLLF"
     CDS             complement(2680..3135)
                     /locus_tag="SEQF3106_01947"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTNKKEFSYYRLRLASYLKDYHPERLADEAFIRARSDAAAQA
                     YEDAFRQGYPVLEAEYMATEVLFAGLHFSPYYTLEQIIENEFANTIPSDRAEAFALRL
                     LQSDAIRETIEKYEPGDDFDGSPEYDQLYTELIGVIIDLLEADGVKVQP"
     CDS             complement(3174..3524)
                     /gene="xerD_5"
                     /locus_tag="SEQF3106_01948"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A0P0"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MLLLDIPRAIIAKYSHKTYRDGKLFPVLTNQKTNSYLKEIADLC
                     GIKKKLTFHLARHTFATMSLSKGVPIESVSKMLGHTNIRTTQIYARITNKKIEHDMEQ
                     LSEKLGKFNSAMGI"
ORIGIN      
        1 agcgagccag tgagtcgctc accagagtcc atcgaaatct tttttcatcg cttgtattgt
       61 tcataatcac ggaacaaaaa agcatctgtc cgcgacggat cggtgctttt gtctttttat
      121 ccaccccgaa aatatctgac caccttatga aaacgaaaat cggacgcggc ctgctcgcgc
      181 tcctcgtgtg tatccaagca ctcgccgcgc ccaacgcgca ggcacagcgt ggagccgatc
      241 ggctgttcag ccttccacgc ttcgagcgcg ccgtcgcgtg catcaaacat tacgaagggc
      301 tgcatggccc gaagaactat ccttatgtcg gatacggtca ccgcctgcta cccggtgagc
      361 ggctttcgtg tgcgatgaca aaacggcagg cagattccct gcttcgcaca gatctaaaga
      421 aacggctcgt cacgttccgt cgcttcggac gcgactcctt actacttgcc gttttgtcat
      481 acaacgtcgg cgaataccgt ctcttgggct acggcaagca gcccaaaagc cgccttatcc
      541 ggaagttgga atcgggcgac agagacatcc gaggcgaata catctcgttc tgtcgttacc
      601 gtggcaaagc actgaaaacg ctgcgtttac ggcgccgcgt ggagcttgcg ctgctctatg
      661 aaatgtgacg gggagagggt cttgggttga tcctctcccc gttgtctttg tgataaagga
      721 gacttatagg acagcttgct tatgcccctt tgtgcacttg aattcatacc tcatcaaacg
      781 catccacgcg aagcaaaaag atattttcaa ccttatctgc acccaagtga gtaatcatat
      841 acatcaatct atgacgtcta acagtattgc tttgctaaga cgtatgtgta acgctatttg
      901 atgtaattac ccttgtgtgt tgcatttgtc ggattcgttc tctcaatagt tacaaaatgc
      961 ggcgccatgc cggcatctta cttcccgaca tggcgccgct cgtctttctt acctatttta
     1021 taggtgcgca gcgcttagcg cgtgatctca tacaccggac gttccggatc gatcttattc
     1081 actgcgtccc aaattaactc atcgttgatc caaatctttt gctggataat cgacccattc
     1141 cccggacgca gatatgcggt cttgatgatg tcgcgatgcc catcatccca ctcgaggatc
     1201 gtcgttgaga tgtcatcccc ggactcgcag ttggtataaa caagcatcga ataacgggtt
     1261 tcagtccatt ccggtttgtt tagcctaaag cctcgcgggg aatcataatc cttacgatca
     1321 aagagttctt ccttcccgtc tttcacataa aagaccttga ccttggaaag atccacggat
     1381 ttagaagata cggaagtagg gtcgagcaag tcgttcctct gttcatcaga tacaagaaga
     1441 gttacagagc tgctaatgat cgtctcttct tgtccaccgc taaattcctt cgtgcatgct
     1501 tgcattacag tgagcaaagg aagtagcaat aacaataacc ttttcatgac aatctccttt
     1561 cttctttgtt gaggccggcg gccgtggtcg cttcggcagg gccgaattga acggttgcgg
     1621 caatcgttgt cgcttcgtcc gcactgacaa actcggcgga cacattcgtc tgtcctaaat
     1681 ccaccgcttc gggggattcg tcatggctgc atccggtaag catggccacc agaaacaagc
     1741 cgatcatcat tagttttttg ttcatgatcg ttaatgtttt tgatgtgaat aattctgtgc
     1801 gcactccctc tttacggaat tgcaagggca aagttaaagt ataaagaatg gggcaggcaa
     1861 gtttttgaca ctcttttcct tggtggattc gattctttgt gtcggggagg gcttaccttt
     1921 cgggaaggcc tgcgtccgat ttccatattg ctcttcggcg tttcgtttcc tgtagtagat
     1981 cttttgggga tgatcaagta gaatgatttc ctatggaagc gttcttggta tgtgtcaaaa
     2041 cagcagccca caaacgatcc aagccaatgc agcggcgatg caaagccatc ggatcaaaaa
     2101 gaacagtatc cgaagaacca tttggagtgt tgcatgcacg agatagagga cggcaaggac
     2161 cgtcaagata gcagtcaatt cctccgaaac gcctatggct ttcaacgcca caatacagat
     2221 gacgatccaa acgattttat gcggtaatgt gaggaggcgt cgtttcgttt caaatccgtt
     2281 ttgggggtga taagatcttt ccgttttcat cgtgctgaca ttttttttgc gttcaaagct
     2341 cggagtatgc cgggttcgtt tcgagggcaa caaagggcag acgataaggg gataaggcaa
     2401 ggctctacac cgataaaata cgctgcgaag caggaagatt ttatcggtgg cgaaggcttt
     2461 ggggacgttt ggccttgacg tcacccttat cgtctgctga ccttcgcccg aagacaaggg
     2521 aaccgacatc agcctccgag ccgcaaacaa aatgtggaag cagggaaacc cgtagaggaa
     2581 agatcctcgg aattggatat gcacaggtgt tgggatataa aaacggccgc agcggagtgc
     2641 cacggccgaa tgaaaaaggg gatgagaaag aggtggaggc tacggttgca ccttcacccc
     2701 gtccgcctcg agcagatcga taatgacgcc gatcagctcg gtgtagagct ggtcatactc
     2761 cgggcttcca tcgaaatcgt cgcccggctc atacttctcg atggtttcgc ggatggcgtc
     2821 gctttgcaac aatcgcaagg caaaggcctc agcgcggtcg gacggaatcg tgttggcgaa
     2881 ctcgttctcg atgatctgtt cgagtgtgta gtacggcgaa aaatgcagtc ccgcaaagag
     2941 gacttccgta gccatatact cggcttcaag aacaggatag ccttgccgaa aggcgtcttc
     3001 ataggcctgc gccgcggcgt ccgatcgggc acggataaac gcctcgtcgg ccagccgttc
     3061 ggggtgataa tctttcaaat aggacgctaa tcgcagtcgg taataggaga actctttttt
     3121 gtttgttgtt ttcatatcgt atttctgttt tttgatgtga tccaggtgtt gtatcagatt
     3181 cccatcgcgg agttgaactt gccgagtttc tcggacagtt gctccatgtc gtgttcgatc
     3241 ttcttgtttg tgatgcgagc atagatctgc gtcgtgcgaa tgttcgtatg ccccaacatc
     3301 ttggaaacgg attcgatggg gacgcctttg cttagcgaca tggtggcaaa ggtgtggcga
     3361 gcaagatgga aagtcagctt ctttttgatc ccgcagaggt ccgcgatctc cttgaggtac
     3421 gaattggtct tctgattcgt caaaacgggg aagagcttac cgtcccggta cgtcttgtgg
     3481 ctgtacttcg caatgattgc tctcgggatg tcgagaagca gcacat
//
LOCUS       SEQF3106|MIQD01000133.1 3462 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3462
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             1015..1515
                     /locus_tag="SEQF3106_01949"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKYMIWIGALLLLLAGAGCEKNIRNKEEKIHVEEFSYSGCKD
                     HLDVGNVSVRTAPENQEYVEYEGNSDGYLSIRHINVVFNCCPDTIKATASIERGVLLI
                     TEKEIVPKCNCTCKYDLTYKIGPLTADRKYTLRIYRGTFEYANFSFTYDKSLKNKIII
                     QKNNPL"
     CDS             2074..2265
                     /locus_tag="SEQF3106_01950"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDMPGIIYTYSYRTGRIRGKIGTIMMAIMIHLLLIWMETESMTF
                     NMLRHVQTFHAYSTFWRVS"
ORIGIN      
        1 tcattttccg ggcgagatct gtggcgataa gcatcttggc cttctcctcc ttttcactca
       61 gcggggcacg atctaagagg gtggcgtcac ccgtcttggc gaactccatc agcttgccga
      121 tgaacgcctc ctgatcgggc gtcggcggga tgtgatgcag gatctcgcgc ttctccggac
      181 ggtcaatgcc gatgtccttg gccgtgcgga aatcgcaaat ctccccataa aacaaaagag
      241 tggggattta agtacttgtc aatcagtgga tactgattgc tctattcacc taatgggaac
      301 gaataagaaa cgagcgagat gcgcctgctt tcgtctcttt gctgtagtca taagacatct
      361 catttctcgc ccgcaaaggt gtcaaaatct tcagcaaacg tcacagcaaa agtttgagag
      421 cctgcgaaac ttccacaacc gtcctccatt tcacgtttga accttcactt ccaccgctca
      481 ctcggtaggg gatgcaatag gtgtatctgt cgaagaggcg gcagataatg atccctatcc
      541 gatacgtgcc gggcttgaga cggtgcgtat cgatgacggt gaagatgctg caatgttcga
      601 tgcggtcgag ggaggtatcg agttacaggc cgtagcagca ctcggctaac gaggtgcaga
      661 ggcattgcgc tgcctcgttt gtcaggcaaa tggagatgtc gctaaagttc tataggatgc
      721 gagaagcgag aataggggaa gagcgaagtt cttcttcgat tggaaagttt ggtttgtagg
      781 gaaaagagat cttttgggaa taaaatatca agaagtacag aaaataactt tcatatcaca
      841 actatatacg ccatatttgc gtcgaacatt taataggtaa gtcttatgaa agccatagat
      901 aatactccac cagccccatc agggcgccct gaagaacccg catctccgga ggcgcagcga
      961 gataaatctt ttccggaaca gcggacttgt gattaaccct aaaaacaaaa caagatgaag
     1021 acaaagtaca tgatatggat cggcgccttg cttttgctat tggctggggc ggggtgcgag
     1081 aagaatatca gaaataaaga agagaagatc catgtagagg aattttccta ttctggatgc
     1141 aaggatcatt tagatgttgg aaacgtctca gtaaggactg cgcccgaaaa tcaggagtat
     1201 gtggaatacg agggaaatag cgacggatat ctttctatcc ggcatattaa tgtcgtattt
     1261 aactgttgcc cggatacaat aaaagcgacg gcttctatag aaagaggagt gttactcatt
     1321 actgaaaaag agatagtccc taagtgtaat tgtacatgta aatatgactt aacgtataaa
     1381 atagggcctc ttactgcgga tcgaaaatat acgctacgga tatatagagg aacatttgaa
     1441 tacgcgaatt tctcatttac ttacgataaa tcgctgaaaa acaaaataat cattcagaaa
     1501 aacaacccat tatgaaaaag atgatcgtta tactactttc tatgctggta agttttggca
     1561 agatctacgc acaaagccag cagaatgtga ctcagaaaag cgcatgggac attgtccgga
     1621 gtgagattct aaaaaacaat tcagagaatg tcaatgtttt tgtttccaaa tccattgtct
     1681 tttctggtag tccgataaag acgatatatc gcgacgagaa atcgccacag tttgattctt
     1741 ggttcttctt tatagatgat agacctttcg ccagctggac acatccgtgt cggtatgtgt
     1801 ttgtgaatat aaaagatggc agttacactg tattcgacaa acagaatcct ccaattttgg
     1861 atcagatgat accgttggtg gagaaaagaa taaatgctca aggaatcctc tttgatttca
     1921 agagattaaa atcatcggat tcttttcggg caaaagttta tcctgctccc catgattatg
     1981 cggtaataat cagcggtgga ggcgattcat ggaataattg ggtaagatat tggaatgatt
     2041 gtgctgcaat atattccacg ttgataaata tatatggata tgccagggat catatatacg
     2101 tactcatatc ggacgggacg gatccgggga aagatcggca ccattatgat ggccattatg
     2161 attcatctcc tcttgatttg gatggagacg gaatcaatga cattcaatat gctgcgacac
     2221 gtacaaacat ttcacgcgta ttcaacattt tggcgagtaa gctgacccct tcagatcatt
     2281 tgtttattta tacgacagat catggtggac aagaatctgg attaaatgta tatatgtgtt
     2341 tgtggaataa tgagattatg cgtgatgacg aatttgcgat agaagtcaat aaggtgaatg
     2401 ccgaaaagat aaatatctgc atggagcaat gccgaagtgg ggggttcatt gatgatttgc
     2461 gagccaacaa cagagtaatc gctacggctt gcagacatga tgaggattca catgcaatgt
     2521 cgaaccttat ctatgatgaa tttgtatatc attggacagc tgcagtctca ggaaggacac
     2581 caacaggagg ctacgtaaat gcagatcgaa atagcgatgg gagaatctcg atggaagaag
     2641 cctttcaata tgcactaaca aatgatagtc gaaaagagca ccctcagtat tcatccacac
     2701 ctgttacaat aggaacacaa ttatttctaa agaaaattcc ctccatctct ggccccaccg
     2761 tagtttgcaa tcagggtaca tataccattc aaaatctacc ttcaggaact tctgtacgtg
     2821 tacaatgggg agcaagcaac aataatctgc aattagtctc cgggcaaggg acaagaacag
     2881 ccgtattttc aaaaaggagc aagggacaat gtgcaattag agcccaagta atcatcaatg
     2941 gaaatacgat taatacagaa aaaacaggta tttgggttgg agagccggat atttggggta
     3001 ttgatggaga tgaatcgttg cctgctccag aggctgaata ttatagagcg catgtttccg
     3061 gtaatacaag ttgtatttgg gagtgtaatg acaaaacgtg gtgtgaaata acccctttca
     3121 aatcaagtgc agtatttgat tttaagagag cgggcactta tatcatatcc gcaaccggtg
     3181 tgaacgattg cgggcgttca aatacggtgt actatactgt aagagtatat aatcgccgca
     3241 cattctctct tttccccaac cccgccacgg atgtagtgac actcaaactg acggaaccgg
     3301 acgatggcat tttgtctccc caaggtcaag gcgctttggc tacaaggggc gttacaagta
     3361 cgtatgagat ccagctttgg aatgggctga cgatgttgag atcattcaag acgaatcagc
     3421 cgactttcca aatcccgatc gcgggacttc cgacagggct gt
//
LOCUS       SEQF3106|MIQD01000134.1 3438 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3438
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             24..3350
                     /locus_tag="SEQF3106_01951"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAYDGNGYTSGSVPSDENSPYSDNAEVTVKGRGDLARTEAAFIG
                     WSFTKRDEPIAAKSDVPTDLKQAGDKFHISSDTTLYATWAVDKTGPQGKSDTIPDYLQ
                     NGVTYNGNGNNSGAAPVDPNRYNANTEVTLKGQESLKRDSAVFIGWSFTQTSLVTTQS
                     AEPSDLKQKDSKFTITADTTFFAVWAIDKTGPDGKPDDVPDYKQAGLVYDGNGNTGGT
                     APTDPKRYNDGNPVTVMDKGSLVHKEATFLGWHFEKKSVVTKKSEVPDSIRVAGSTFA
                     YSPNRSTLYAVWGEDKTGPNGKSDDVPDYLQHGVTYDGNDNTSGTAPKDPNRYNDNTE
                     VTLKGQNDLKHDTAVFIGWSFKKVPVVTSQAAEPSDLKKENGKFTITSDTTLYAVWAI
                     DKTGPGGKPDGKPDYGQNGVVYYGNENTDGVAPTDGALYNDGDEVTVKDKGTLVREKA
                     TFLGWLFEAKPLVTKKSEVPTDIKKPNDKYKYASGLSKLYAVWAEDKTGPNGPPDDVP
                     DYLQMGVTYEGNKSDGGAAPKDPKRYNSGSNVILLGKGDLTRTEATFIGWSFHATELI
                     KTKAEQDAVTDLKKPTETFAITTDTTVYAVWAEDKTGPDGKPDDVPDYLQMGVTYNGN
                     ENTSGTAPKDSKRYNSGSSVTLLDKADLVRTEATFIGWSFHKTNLIETQDAENAVTDL
                     KQAGATFPISADTILFAVWAVDKTGPSGKPDGNPDYKQAGVKYFANGATGTVPTDDNL
                     YNDGSDVTVKDKGDLMLSNTMFLGWLFEQKGVITKKADAPDESKLMKANATFKYSSAH
                     AKLYATWAEDKTGPNGHSDEVPDYLQMGVTYDGNGGMGAPTDPNRYNSGTEVTVKGQG
                     DLKLVHAAFIGWHFAKKALVTAEGDVPTDMKKAGETFSITADTTLFAVWAKDGNDNGI
                     PDYAEAEIIWHPGVLPQAGPQKKEAVYKGKYLLTSQGYAVRGYVLIGWSKRGKPVVKT
                     QVAENRVKPLYKVGESLDIQENSTRLIAVWAVDANNDGVPDYRSGDTKLKSAPATLLR
                     GLSEDQDKASVGAADVRVWVHEGMLYIESDRQTRADIYTRSGALYQRINVAEGQTSQP
                     LASGFYIVAIDGKRYKVLVK"
ORIGIN      
        1 atggttgcaa agccatcttg aagatggctt acgatggaaa cggctacaca agtggttcgg
       61 ttccgtcgga tgagaacagc ccctattccg ataatgctga agtaacggtg aaaggtcgtg
      121 gtgatctggc ccgtacggaa gcggcgttta tcggttggag ctttacgaag agagatgaac
      181 caatcgctgc aaagagcgat gtgcccaccg acctgaaaca ggcgggtgac aaattccaca
      241 tctcatctga cacgacgctc tatgctactt gggcagtgga caagaccggc ccgcagggca
      301 agagcgatac aattcccgac tacctgcaaa acggcgtcac ctacaatggc aacggcaaca
      361 acagcggcgc ggctccagtg gatccgaatc gttacaatgc caacaccgaa gtgacactga
      421 aagggcagga gagtctgaag cgcgatagcg ccgtgtttat cggttggagc ttcacgcaga
      481 cctcgctcgt tacgacacaa agtgccgagc cgagtgacct gaagcagaag gacagcaagt
      541 tcacgatcac agccgacacg acgttcttcg ctgtatgggc gatagataag accggccccg
      601 acggcaagcc tgatgacgtt cccgactata agcaggcagg tctcgtctat gatggtaacg
      661 gtaacactgg cggcacagct ccgacggatc ccaagcgtta caacgacggc aacccagtga
      721 cagtgatgga taaaggctcc cttgttcaca aggaggccac attccttggc tggcactttg
      781 agaaaaagtc ggtagttacg aagaagtccg aggtgccaga cagtatccgg gttgcgggca
      841 gcacgttcgc gtactcgccg aatcggtcta cactttacgc cgtatggggt gaagacaaga
      901 cgggaccgaa cggtaagagc gacgatgtgc ccgactacct gcaacacggc gtcacttatg
      961 acggtaatga caataccagc ggcacggctc caaaggatcc taaccgctac aatgacaata
     1021 ccgaagtgac cctgaaaggt cagaacgacc tgaagcacga cacggccgtg tttatcggtt
     1081 ggagctttaa gaaggtgcct gtggttactt cacaagcagc tgagccgagc gacctgaaaa
     1141 aggagaacgg caagttcacc ataacgagcg acacgaccct ctacgccgta tgggcgatag
     1201 acaagactgg cccgggtggc aagcccgatg gcaagcctga ctatggccaa aacggggtgg
     1261 tttactacgg taacgaaaac accgacggcg ttgcgccgac ggatggcgcc ctctacaacg
     1321 atggcgacga agtgaccgta aaggataaag gcaccctcgt tcgcgagaaa gccacattcc
     1381 ttggatggct ctttgaagca aagcccttgg tgacaaagaa atctgaggtg ccgaccgaca
     1441 tcaagaagcc gaatgacaag tacaagtacg cctccggctt atctaagctc tacgctgtat
     1501 gggctgagga taagactggc ccgaatggac cccccgacga tgtgcctgat tacctgcaaa
     1561 tgggtgtgac ctatgagggt aataagagcg atggcggtgc tgctccaaag gatcctaagc
     1621 gctacaatag tggcagcaac gtgatcttat taggcaaagg cgatttgact cgcaccgagg
     1681 caacgtttat cggatggagc ttccacgcga ctgagttgat caaaacgaaa gcggagcaag
     1741 atgccgtaac cgatttgaag aagccgacag agacgtttgc gattacaacc gatacgacgg
     1801 tttatgccgt atgggctgag gataagacgg gccccgatgg caagcccgac gatgtgcctg
     1861 attacctgca aatgggtgtg acctataatg gtaatgagaa cacttccgga acggctccga
     1921 aggattccaa gcgttacaac agtggcagca gcgtgacctt attagacaaa gctgatttgg
     1981 tacgcactga agctacgttt atcggctgga gcttccacaa gaccaatctg atcgaaaccc
     2041 aagacgcaga aaatgccgtg accgacctga agcaagcggg agcaacgttc ccgatctcag
     2101 ctgatacgat actcttcgct gtatgggcag tagataagac cggcccgagt ggtaagcctg
     2161 acggcaatcc tgactataag caagccggtg tgaaatactt tgccaatggg gccacgggta
     2221 ctgtgccgac ggatgacaac ctctataacg atggcagcga cgtgaccgtg aaggataagg
     2281 gcgatttgat gcttagcaac accatgttcc ttggctggct ctttgagcaa aagggcgtga
     2341 ttacgaagaa ggccgatgcg ccggacgaaa gcaagctgat gaaggctaac gccacgttca
     2401 aatactcgag cgcccacgct aagctctatg ccacatgggc tgaggataag accggcccga
     2461 atggccatag cgacgaagta cctgactacc tgcaaatggg cgtaacctat gatggtaacg
     2521 gtggtatggg tgctccgacg gatcctaacc gctataacag tggtactgaa gtgaccgtga
     2581 aggggcaggg cgatctgaag ctcgtgcatg ctgcgtttat cggatggcac tttgcgaaaa
     2641 aggccttggt tacggctgaa ggagatgtgc cgactgatat gaagaaggcc ggtgagacgt
     2701 tctcgattac ggctgatacg accctctttg ctgtatgggc taaggatggt aacgataacg
     2761 gcatcccgga ctatgctgag gctgagatca tatggcatcc tggcgttctt cctcaggctg
     2821 gtccacaaaa gaaggaggct gtatataaag gaaaatacct acttacttct caaggctatg
     2881 cggtacgtgg ctatgtgctg attggctggt ctaagcgagg aaagccggtg gtgaaaaccc
     2941 aagtggctga gaatagagta aaaccgcttt ataaggtagg tgagagtctc gatattcagg
     3001 agaatagtac gaggctgatc gctgtatggg cagttgacgc gaataacgat ggtgtgcctg
     3061 actataggtc tggggatacc aagttgaaat cggctcctgc tacattattg agaggcttat
     3121 ctgaagatca agataaggct tcggttgggg cagcggatgt acgcgtatgg gtacatgaag
     3181 gaatgctcta tatcgagtct gatcgccaga cgcgtgccga tatctacacc cgaagtggtg
     3241 cgttgtatca acgaatcaac gtagccgaag ggcagacaag ccaaccgctt gcctcgggct
     3301 tctatatcgt agccatcgat ggaaagcgct ataaagtgct tgtaaaatga acaacaggga
     3361 tttgattatg atacaaacga gaaagaagta ttgtatatgg gctctggcag caaccttcgg
     3421 gttgctgtca gccctcaa
//
LOCUS       SEQF3106|MIQD01000135.1 3351 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3351
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             224..862
                     /locus_tag="SEQF3106_01952"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRLISTYGEYAIWQLSVRSLYQLAEFVVCQNHEHHTKRIGDNF
                     QSEVLAVYKEELQYYERSQTLIATTADDQIIGSIRLMNWDREQPLPMQTYFNLSSFEK
                     ALPLSTNIWHIGRFAVSAKAGASGLTLFKLLLLYAMRPVYESDNDLALAECDNKLLRI
                     MRLMGIQVQSIGESMEYLGSETTPVYATRDGLTNFFSKNRWLMDRCTTVAIA"
     CDS             1738..3063
                     /gene="chuR"
                     /locus_tag="SEQF3106_01953"
                     /EC_number="1.1.99.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q02550"
                     /codon_start=1
                     /transl_table=11
                     /product="Anaerobic sulfatase-maturating enzyme"
                     /translation="MKSSKYNFFIPYKDRVICFNGISGKVFSVSKEHEFDDIKQYIET
                     PIGKNNVTDFLVQNKFIIEDSMDELEFLKTNNRRSIFDNSYHLVINPTLECNFKCWYC
                     YEKAVVGRMSDRTMKKIKNLIKNITSEENIDELIISWFGGEPMLYFCQVIYPISLFAR
                     NICEKNNVKFETNMTTNGFLLSRERIQMLREIKMMRFQITIDGNKKTHNKVRNQNGKP
                     SFDEIVNNIISICTYIPNTHITLRINYTNEILKQDIGETLSLFPKQIRKNIRVDFQRV
                     WQTEGERNAVELLRNIDLASDMGFAPALCGEYSIHKYHRCYADRFNFAHINFDGKVYR
                     CTARDYSQRYECGELSEAGEIIWNTKINELMFSKSNFDNEKCLSCKLLPICVGPCYQN
                     YRDYKEGKSSAFCFEENNEIDVNTFIVRYYLTVKKICRERQDAISPLLY"
ORIGIN      
        1 gggacgaagc taaacggaat ccctgacctc gaaaagcgat tatgcgtcag ccctgttaca
       61 aacagcacaa gacaataagt agcgcaccat aattagttga cacttcaatg ccatttgata
      121 gatgtagtgc caagaccata atgctaacta attacagcga tctacttact tagaatacga
      181 aaccaattat agttttgtct ccgtaaatat aaaaaggaac gatatgaatc gacttatttc
      241 gacttacggc gagtacgcca tttggcagct ttcagtgcgt tctttgtacc agttggccga
      301 attcgtggtc tgccaaaacc acgaacatca cacaaaaaga atcggagata attttcaaag
      361 tgaggtgctt gctgtatata aagaagaatt acaatattac gaacgctctc aaaccttgat
      421 agccacgact gccgatgacc aaattatcgg ttcgatccga ctaatgaatt gggatagaga
      481 gcaaccgctt cctatgcaaa cgtatttcaa tttgtcatcc ttcgagaagg ctttacctct
      541 cagtactaat atttggcata taggacgatt tgccgtcagt gccaaagcgg gggccagcgg
      601 acttacactg tttaagctac ttctcctcta tgccatgaga cctgtttatg agagtgataa
      661 tgacttagca ttagccgaat gtgacaataa attgttgcgt attatgcgat taatgggaat
      721 acaggtacaa agtataggag aaagcatgga gtatttaggt tctgaaacga ctcctgtgta
      781 tgctacacgt gacggactga ccaatttctt cagcaagaac cgatggctta tggatcgttg
      841 caccacagtt gcaatcgcct aataaaatat accccaaacg ggtagttttt gaattgaaat
      901 acaaaaacta cccgtttggg gtattgtgag gggaaaatcg cgaccatact tttgcggtgt
      961 tttaaaaacg aggaagaacc gatgacaatg tgatgtaaga tgtaatacat atacaaagct
     1021 ccgtctacgc aaagtgctgt aaagaccaat aaagactctc tcgcaaggag tctgcaattt
     1081 ggcgcgataa tgatcgcaac tatacgatca tgtacagcaa tcaacgttgt cggagattga
     1141 actaacagag cagagtatat agcgaagtaa ggatgagtta acaatctgct gaaagcgaag
     1201 tatagtaacg agtagggcag tgcagcaata tccaactgat ccatccatca atagatgaat
     1261 cgtatcggga aactgtatca aaaaaatgga cgcggcattc gaaaagcgta tagagtagga
     1321 aaataaaaaa caatcatctt atgaacaagg cgaaatacat tcaattgtct tcacagacac
     1381 tgaacgagat ggagttggat aatatctttg gaggtggttt tgatgtggga gcaccagata
     1441 ccaacaattg ccatttcagc atttgtaata gcggtaagtg ctctcgagat aagagcatgt
     1501 aggaatggat tgcgatgagg gtggagcttg cagttccctt tcatgataat gaatactcaa
     1561 tcgcactttt tatttatttt caatcgaccg taaggtcaat ggttgagatg ggggctactt
     1621 tttacaccta acgattgcgt atctatcctc tttacataga ggatatttgt cgcatgttgt
     1681 gtttttaagt agtcctcact cttccaaaca taaagagact tacaaaatga ttcacagatg
     1741 aaatcgagca aatataattt cttcatacca tacaaagacc gagtgatttg ttttaacggc
     1801 ataagcggaa aggtgttctc tgtatcaaaa gagcatgagt ttgatgatat aaaacaatat
     1861 atagaaactc ccattggcaa gaataatgta acggacttct tagtacagaa taaattcatt
     1921 atagaggact ccatggatga attagagttt cttaagacta ataatagaag atctatcttt
     1981 gacaactcct atcaccttgt cattaaccca actctagagt gcaattttaa atgctggtat
     2041 tgttatgaaa aggccgtagt gggcagaatg tcagaccgca caatgaaaaa aattaagaac
     2101 ctgataaaga atatcacttc tgaagaaaac atcgatgagt tgataatcag ctggttcggt
     2161 ggggagccca tgctttattt ctgtcaagta atttatccta tttcgttgtt cgctagaaat
     2221 atttgcgaaa agaataacgt aaaattcgag acaaacatga caacgaacgg tttcctgtta
     2281 tcaagagaaa ggattcaaat gctgagagag ataaaaatga tgcgttttca aatcacaata
     2341 gacggaaata agaaaacaca caataaagtt cgcaatcaaa atgggaaacc ttcattcgat
     2401 gaaatagtaa acaatataat atctatctgt acatacattc ctaatacaca tattacgctg
     2461 agaataaatt acactaatga gatcctaaag caggatattg gcgaaacatt atcgttattt
     2521 ccgaaacaaa taagaaaaaa tataagagtc gactttcaaa gagtttggca aacagaagga
     2581 gaacgcaacg cggtcgaatt gttacgaaat attgatcttg cctcggatat gggtttcgcc
     2641 cctgctcttt gtggagaata ttctattcac aaataccacc gttgttacgc ggatagattt
     2701 aattttgccc atatcaattt tgatggaaag gtatatcgat gcacagcaag agactactct
     2761 caaaggtatg aatgtggaga attgagtgaa gccggggaaa tcatatggaa cacaaagata
     2821 aacgagctaa tgttttccaa aagtaacttt gataatgaaa aatgtttgtc gtgtaagttg
     2881 ttgccgattt gtgttgggcc gtgttatcaa aattacagag attataaaga agggaaaagc
     2941 agcgcttttt gttttgaaga aaacaacgaa atcgacgtaa atacattcat cgtgagatac
     3001 tatctgactg taaaaaaaat atgcagagaa cgacaagacg caatatcccc attgctttac
     3061 tgatgttttt tatttcattc catctatacc ctcaatgctt agtcaatggt cttgtgataa
     3121 acaagcaaac aaaatcaccg cttgagttcg ccaccgccgc actctacgac atggactccg
     3181 ccttcttcaa aggcagcgtc accgacgcta caggcgcctt ccagttcgac cgcgtagccc
     3241 ccgggcgcta cacgcttgaa gtccgtttaa tcggctttca aacggtgcat aaacaagtcg
     3301 acgtcggccc ctcgcacacc gacgccggcg tgatcaccct cgccgaaacg g
//
LOCUS       SEQF3106|MIQD01000136.1 3208 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3208
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(249..908)
                     /locus_tag="SEQF3106_01954"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRPTSMCNHYIIHQLPICKLYQLAEFVVYQNYKHHTKGVENDY
                     RDEILSVYKEELSYSAYSHILVAATYDDQIIGSIRLMNWDQRQKLPIQTHFHLASFTH
                     LLPNSRATIWHIGRFAVNSDANCGFTLFKQLMLYAMEPIYENKNDILLAECDNKLLRT
                     MKLMGIQAQRLGEGLKYLGSETTPIYITYSGMADFFQKNRDLLYRIPEHSKFCYHRLN
                     F"
     CDS             953..1789
                     /gene="rcsB"
                     /locus_tag="SEQF3106_01955"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00981"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcriptional regulatory protein RcsB"
                     /translation="MVYTKIIFYVVHSSIRKISFICGNILLPMFKKEDFFTEYKVSAV
                     SDEEYAKASSYIDHFMKAFANTTYKSLYLIDYYKKTFLYVSENPLFLCGLSPKEMKKL
                     GFDFYLKYVPENEQRMLLEVNHAGFQFIKRIKPEKRCEHTISYDFHILPPQTGSLLIN
                     HKITPVLLTTKGDIWLALCTAQLSSESASGYVEMTCRTNSKLWRLEYGLWKEYPGIEL
                     NENERLMLRLTAEGFTIEKIAEKLFKSVETVKSYRRSVFKKLEVGNITEAITASISKK
                     LI"
     CDS             complement(1797..2567)
                     /gene="tcdA_2"
                     /locus_tag="SEQF3106_01956"
                     /EC_number="6.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46927"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA threonylcarbamoyladenosine dehydratase"
                     /translation="MKERYSRNRIYVDAEEQEQVRGFRVFLGGAGIGSIIAECALRFG
                     FETLTIVDGDKVEESNLNRQNYRMCDIGKPKAEALKERLLSINPSANITAVNAFIDKD
                     NMVELLEGHSAAVNALDFSSNVPFLFDAYCRQCKIPVLHPYNLGWGGLVMAVSPDGSQ
                     LSDLSDDHHNFEARLVQWKVIDYFRFGGRPKRWLEDIMARYKAEKSPAPPPQLSVASW
                     IVGGLCTNLLFCLANGYRVKWYPDFYLSSIIEDQYQTE"
     CDS             complement(2658..3206)
                     /locus_tag="SEQF3106_01957"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVCLGFQDFSQLTRDYGDKESKVIQNTVGNIFSGQVVGDTART
                     LSERFGKVLQQRQSMTINRNDKSTSISTQMDSLIPASKISNLTQGMFVGAVSDNFDER
                     IEQKIFHAEIVVDTAKVSAEMKAYRPIPVIADFRDAAGNDTLKVSIDANYRQIKQEIL
                     SLVDSEIARIKSDPKLKGLMKE"
ORIGIN      
        1 aagaggacga gctacgtacg ctgaagagga acgcggcgga gctggatcgg aagatcgcgc
       61 tctcacttgc accaccgacg acggaaaaag gtgaaacttc aattgatgag acttcgatca
      121 gtgagaaggc ttccgcaggg gaacaaccaa ccgtcaaggc caaacttcca cagcccgcga
      181 acgatactag gctgaagatg agcagcgggt ggaggtgaaa agatcgcgta aaatcttcaa
      241 attatccctt aaaaattaag cctatggtag caaaatttcg aatgttcggg aatacgatat
      301 agaaggtctc tatttttttg aaagaaatct gccatcccgc tgtatgtaat atagatcgga
      361 gtagtttctg agcctaaata ctttaggcct tctccaagtc tttgtgcctg tatacccatc
      421 aacttcatgg ttcttaacag cttgttgtca cattcggcca ataaaatatc attcttgttc
      481 tcatagattg gttccatagc atatagcata agttgtttga atagagtgaa cccacaatta
      541 gcatctgagt tgacagcaaa tcgccctata tgccaaatgg tagctctact attaggaagg
      601 agatgcgtaa aagatgccaa atggaagtgt gtttgtatcg gaagtttttg cctttgatcc
      661 caattcatca gtcggatcga tccgataatt tgatcatcat aggtcgcggc tactaatatg
      721 tgggaatatg ccgaataact caattcttct ttataaactg aaagtatttc gtctctataa
      781 tcattctcga ctccttttgt atggtgtttg taattctgat aaacaacaaa ctcagcgagt
      841 tgatatagtt tacatatagg taattgatga atgatgtaat gattgcacat cgaagtaggt
      901 ctattcatta ttcgtatgtc ttgtctattt ccaataaagt gtataaagat gcatggtgta
      961 cacaaagatc attttttatg tagtccattc atcgataagg aagatctctt ttatttgtgg
     1021 caatatttta ttgcctatgt ttaagaaaga agattttttt acagaatata aagtttccgc
     1081 cgtttctgac gaggaatacg caaaagcgtc ttcgtatata gaccatttca tgaaagcatt
     1141 tgcaaatacc acatacaaga gtctttatct cattgattat tataagaaga cgttcttgta
     1201 tgtgtcggaa aatccactgt ttctctgcgg cctttctcct aaagaaatga agaaattggg
     1261 atttgatttc tacttgaaat atgtacccga gaatgaacag agaatgttgc ttgaggtaaa
     1321 tcatgcaggt tttcaattta ttaagaggat caagcccgaa aaacgatgcg agcatacaat
     1381 ctcttatgac ttccacattc ttccgcccca aacgggatcg cttctcatca accataagat
     1441 tactccggtt ttgttgacta caaaaggaga catatggtta gctttatgta ccgcgcaact
     1501 ttcatcggaa tcggcttccg gatatgttga gatgacttgt cgaacaaaca gcaaactatg
     1561 gagacttgag tacggcttat ggaaagaata tccaggtatt gaattgaacg aaaatgagcg
     1621 cttaatgctg cgattaactg ctgaagggtt cactatagaa aagattgcag agaagctctt
     1681 caagtcggta gaaacagtca aatcttaccg tcgatctgta tttaagaaat tggaggttgg
     1741 caacattacg gaagcaatta cggcctcaat tagcaaaaaa ttgatctgaa catgagtcat
     1801 tcagtttgat attgatcttc tatgattgaa gagagataaa agtccggata ccatttcact
     1861 cggtatccgt tggcaaggca gaatagcaga ttagtgcaaa gcccgccgac tatccacgaa
     1921 gcgacagata actgaggtgg aggagcaggg cttttttctg ctttgtaacg tgccattata
     1981 tcctcaagcc accgtttggg tcttccccca aaacggaagt agtcaataac cttccattga
     2041 actaatcgtg cttcaaaatt gtgatgatcg tccgagagat cgctcaattg cgagccatca
     2101 ggtgaaacag ccatcaccaa tccaccccaa ccaaggttgt aagggtgcaa tactggtatt
     2161 ttgcattgcc gacaatacgc atcgaacaga aacggcacat ttgatgagaa atcaagtgca
     2221 ttcacggctg cggaatgccc ttcgagcaat tcaaccatgt tgtctttatc gatgaaagca
     2281 ttcacggctg tgatgtttgc gcttggattg atgcttagca gcctttcttt caacgcttcg
     2341 gccttcggtt tcccaatgtc gcacatccga taattctgtc ggttcagatt cgattcttct
     2401 actttgtctc catccacaat ggtcagcgtt tcaaatccga atctgagcgc acattcagca
     2461 atgatgctgc cgataccggc accacccaaa aatactcgga acccacgaac ttgttcttgc
     2521 tcttccgcat ctacgtaaat gcggttcctg ctgtatcgtt ctttcatttc tttgattttt
     2581 accgcaaaga tctacaagac caaagaaaat cgcattacgc aaaaatgtat ttcttctcga
     2641 aagatacatt ttgggcttca ctccttcatc agccccttca gcttcgggtc ggatttgatg
     2701 cgggcgatct cggagtccac gagcgagagg atctcttgct tgatttggcg atagttcgcg
     2761 tcgatggaga ctttcagcgt gtcgttacct gcagcgtcgc ggaagtcggc gatgacgggg
     2821 atcgggcggt aggccttcat ctcagcggac actttggcgg tatcgaccac aatctctgca
     2881 tgaaagattt tttgctcgat gcgctcgtcg aaattgtctg acaccgcgcc gacgaacatg
     2941 ccctgcgtga ggttggaaat cttgctcgcc gggatgaggc tgtccatctg cgtggaaatg
     3001 gaggtggatt tgtcgttgcg attgatggtc atcgactgcc gttgctgcaa aaccttgccg
     3061 aaccgctcgc tgagcgtgcg cgccgtatcg cccaccacct gcccgctgaa aatgtttccc
     3121 accgtgtttt gtatcacctt gctttccttg tcgccgtagt cgcgcgtgag ctgcgagaag
     3181 tcctgaaaac cgagacagac agccacct
//
LOCUS       SEQF3106|MIQD01000137.1 3192 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3192
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             2..238
                     /locus_tag="SEQF3106_01958"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQGLHGLFTVCEMIMQGLHSLFTVCEMTMQGLHSLFTVCEMIMQ
                     HLHSVVAVCEMTMQGLHSLFTVCETIQQAPTMNH"
     CDS             321..2723
                     /gene="cirA_5"
                     /locus_tag="SEQF3106_01959"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P17315"
                     /codon_start=1
                     /transl_table=11
                     /product="Colicin I receptor"
                     /translation="MGKNESFTGRRSALNQKRMKNRNTLLTLIACLAIFAYGQAGAQT
                     ARITGVVVDAANEEPLIGASAYIEQLKTGEVTNRNGDFTLNGLRAGTYTVRFDYMGYE
                     SHTERLTLRDGETRRLRVRLQAEAKSLSEVVITAKSEARQLREQAMPIAVISMNQLAG
                     TVAGVADILAKTVGVTLRSSGGVGGATRLSVRGLEGKRIGFFIDESPMNDNSDFIDIN
                     DIPVDMIDRIEIYKGVVPAKFGGTAMGGAVNLVLKEYPARYADVSYSIESFNTHKIQS
                     VLKRNLKNKGIVFGIGGGYTYSDNNYTMESPYVDGLKIRRDHDAYNKLLLGGSLKAYK
                     WWFDEVEFEPAFANTNHEIQGIESDIRQARTHSRAYILSNKLKKEDFFAPGLDLDMTT
                     AVAYTEYGLVDTAKQWYDWQGNAYPSQSIYGGELGNRYASNSADKKFTIVNKLNLEYL
                     LHKQHSLNFNSYFSFANGYPKDDLRELSMGKRVVFDSRMRSWSSGLTYNFRTPNDRFL
                     NSLTARYYLYTMKTRQSNIFGIGEIQDIDLHKSDLGINDALRFRIIPDLMAKLSAGYD
                     VRIPSETELLGDGYTISPSENLLPERNTSVNVGLLYDLTGKAASNLQIEVNGFYMYLR
                     DMIRFTKGIIGAQYQNFGEMRTLGVEAEVKADITPWLYGYVNATFQDLRDVREHDEGS
                     SLPNPTKGLRMPNIPYLMGNAGLEFHRENLFGGRGQNTRLFSDLSFVEEYLYDFEMAA
                     NQRRIPRSTTIDLGLEHSFFNNSLYLSAKVKNLTDARVLSEFNRPLPGRSFGLKLRYV
                     FK"
ORIGIN      
        1 catgcaaggc ttgcatggcc ttttcacagt gtgtgaaatg atcatgcaag gcttgcacag
       61 ccttttcaca gtgtgtgaaa tgaccatgca aggcttgcac agccttttca cagtgtgtga
      121 aatgatcatg caacacttgc acagcgtcgt cgcagtgtgt gaaatgacca tgcaaggctt
      181 gcacagcctt ttcacagtgt gtgaaacgat tcagcaagcc ccaaccatga atcattaaca
      241 attagccatt aaccatcctc ccccttattg ggggtttggg ccgcttcgag gtgcccatat
      301 tttcgccccg tttttcacaa atggggaaaa acgaatcatt caccggccgc agatcggccc
      361 taaatcagaa aagaatgaag aatagaaaca ccttattgac acttatcgcg tgtctggcaa
      421 tcttcgccta tggacaggcc ggggcgcaga cagcacgcat cacgggcgtc gtggttgacg
      481 ccgctaacga agaaccgctc atcggcgcca gcgcctacat cgagcaactg aagacgggcg
      541 aagtgactaa ccgcaatggc gacttcaccc tcaacggcct ccgcgcgggc acctacaccg
      601 tgcgcttcga ctacatgggc tacgagagcc acaccgagcg cctcaccctg cgcgacggcg
      661 agacgcgccg ccttagagta cgtctccagg ccgaggccaa atcgctcagc gaagtcgtga
      721 tcaccgccaa gagcgaagcc cgacagctgc gcgaacaggc catgcccatc gccgtcatct
      781 ccatgaatca gttggccggc accgtagccg gcgtagccga catcttagcc aagaccgtcg
      841 gcgtcaccct ccgctcctcc ggcggcgtcg gcggcgccac ccgcctctcc gtccgcggct
      901 tagagggcaa acgcatcggc ttcttcatcg acgaatcgcc catgaacgac aactccgact
      961 ttatcgacat caacgacatc cccgtcgaca tgatcgaccg catcgagatc tacaaaggcg
     1021 tcgtcccggc caagttcggc ggcaccgcga tgggcggtgc ggtgaacctc gtactcaagg
     1081 aataccccgc ccgctacgcc gacgtgagct actccatcga atccttcaac acgcataaga
     1141 tccagagcgt actcaagcgc aacctcaaga acaaaggcat cgtcttcggc atcggcggcg
     1201 gctacaccta ctctgacaac aactacacga tggagtcgcc ctacgtcgac ggactcaaga
     1261 tccgccgcga ccacgacgcc tacaacaagc tcctcctcgg cggttcgctc aaagcctaca
     1321 aatggtggtt cgacgaggtc gagttcgagc ccgcctttgc caacaccaac cacgagatcc
     1381 aaggcatcga gtccgacatc cgccaggcac gcacccattc gcgcgcttac atcctctcca
     1441 ataagctgaa gaaggaagac ttcttcgccc ccggcctcga cctcgacatg accaccgccg
     1501 tggcctacac cgaatacggc cttgtcgaca ccgccaagca gtggtacgac tggcagggca
     1561 acgcctaccc ctcgcaatcg atctacggcg gtgagctcgg caaccgctac gcctccaact
     1621 ccgccgacaa gaagttcacc atcgtcaaca agctgaacct cgaatacctc ctccataagc
     1681 aacattcgct caacttcaac tcctacttct ccttcgccaa cggctacccc aaagacgacc
     1741 tccgcgagct cagcatgggc aaacgcgtcg tcttcgactc ccgcatgcgc agctggtcct
     1801 ccggcctcac ctacaacttc cgcacgccca acgaccgctt cctcaactcc ctcaccgcgc
     1861 gttattacct ctacaccatg aagacccgcc agagcaacat cttcggcatc ggtgagatac
     1921 aagacatcga cctgcacaag agcgacctcg gcatcaacga cgccctccgc ttccgcatca
     1981 tccccgacct catggccaag ctctctgccg gctacgacgt ccgtatcccc tccgagaccg
     2041 agctcctcgg cgacggctac accatctcgc cctccgaaaa cctcctaccc gaacgcaaca
     2101 ccagcgtcaa tgtgggtctg ctttacgacc tcaccggcaa ggcggcgagc aacctccaga
     2161 tcgaagtgaa cggcttctat atgtacctcc gagacatgat ccgcttcacg aaaggcatca
     2221 tcggcgcgca gtatcagaac ttcggcgaga tgcgcaccct cggcgtcgag gccgaagtga
     2281 aagccgacat caccccctgg ctctacggct acgtcaacgc caccttccaa gacctccgcg
     2341 acgtccgcga acacgacgag ggcagctccc tgcctaaccc caccaaaggc ctacgcatgc
     2401 ccaacatccc ttacctcatg ggcaacgccg gccttgagtt ccaccgggag aacctcttcg
     2461 gtggacgcgg ccagaacacg cgcctcttct ccgacctctc cttcgtggag gagtacctct
     2521 acgacttcga gatggccgcc aaccagcgac gcatcccccg cagcaccacc atcgacctcg
     2581 gcctcgagca cagcttcttc aacaacagcc tctacctctc tgccaaggtc aagaacctca
     2641 ccgacgcccg tgtgctcagc gagttcaacc gccccctgcc cggacgcagc ttcggcctca
     2701 agctcagata cgtattcaag taaccagata acctgaaata ttcactctaa aaacccaatt
     2761 gaaatgatga acaagagaat gatgtgggca gcctgcgctg ttgcccttgc aatgacaatc
     2821 ggatgcggca aagacgaccc caagcctacc cccaccccaa cacctcctac ccccacccca
     2881 acgccgacgc ctaccccgac gcctgaagtg cccggtggaa aaggcacgta cctgttggaa
     2941 acgaccgtga agaatgccga cggcatgagc ggatcgtctt acatccaatt gacctccacc
     3001 ctcaccgggt cgattgacaa ctcgaaggcc attcagattg gtttcgccgg catgatctcc
     3061 gtgatcgaca actacatctt cgtcctgcct acaggcatgg gtaaagacgc cgagttcaag
     3121 gtccgccgct acacctacga ccccgccaag cagacaatgg gcgacctcaa gacgctcgac
     3181 gtccccgctg gc
//
LOCUS       SEQF3106|MIQD01000138.1 3188 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3188
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             100..813
                     /gene="asd"
                     /locus_tag="SEQF3106_01960"
                     /EC_number="1.2.1.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q04797"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate-semialdehyde dehydrogenase"
                     /translation="MDAEVPLVVPEINAADALRRPKGIIANPNCSTIQMVVALNVIEK
                     CSHIRRVHVATYQAASGAGAEAMNELRTQYMQLSQGEEPTVDKFFYQLAYNLIPQIDV
                     FTDNGYTKEEMKMHNETRKIMHSDVDVSAMCVRVPVMRAHSEAVWVETERPVSVEEAR
                     AAFAAGEGIVLQDEPAKKDYPMPLFVAGKDPVYVGRIRRDIANPNGLTFWVVSDQIRK
                     GAALNAVQIAEYLIQVGNI"
     CDS             905..2281
                     /gene="rsmF"
                     /locus_tag="SEQF3106_01961"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5SII2"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase F"
                     /translation="MNRELLPKAFTERMRCLLGDEYEALERALGDVPPVSLRINRKKE
                     VGEAIAAAEGGVPWCATGRYLTERPAFTLDPRLHAGAYYVQEAASMFVEQAVRQYVAE
                     PAVVLDLCAAPGGKSTHLLDVLPAGSLLVSNEVIRSRCRTLCENLAKWGAVNGVVTNS
                     DPKEFGRAVHCFDVIVADVPCSGEGMFRKALAARAEWSPEAVRLCAARGRRIVHDVWP
                     ALRPGGLLVYCTCTFNTEENEANLRYFAEALGAEALPVEAPEEWGVGGALVGGLPISR
                     FFPHRTRGEGFCLAVMRKPDEATRPVNRRRRRRRAPRPVPEQVKAWIASSGDYAFEVV
                     GDAGVRAVPRVFGEVLATLEEQVQVIAAGVAVGEVKGRDVVPAAALALSTALRGEAFP
                     RVELSREEALRYLRREAMVLPEDVPRGYAIAAYRGLPLGFVKQLGARANNLFPDAWRI
                     RTEWKMGS"
     CDS             complement(2953..3174)
                     /gene="hppA1_1"
                     /locus_tag="SEQF3106_01962"
                     /EC_number="3.6.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2RIS7"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative K(+)-stimulated pyrophosphate-energized
                     sodium pump"
                     /translation="MANSGGAWDNAKKYIEEGNMGGKGSEAHKATVVGDTVGDPFKDT
                     SGPSLNILIKLMSMVSIVMAGLTVAFSIL"
ORIGIN      
        1 gtcgcgtttg tgtcggctgg gggggggacg tctacggcat ttgcggagac gatcacgaag
       61 catggcacgg tgatgattga taactcgagt gctttccgga tggatgcgga ggtgccgttg
      121 gtggtgccgg agatcaacgc agcggatgcg ctgaggcggc ccaaaggcat tatcgctaac
      181 ccgaactgct caacgataca aatggtggtg gcactgaacg tcattgaaaa gtgctcgcat
      241 atccgacgcg tacacgtggc tacgtatcag gcagccagcg gcgcgggggc ggaagcgatg
      301 aatgagctgc ggacgcaata catgcagttg tcgcagggcg aggagccgac ggtggataag
      361 ttcttctatc aattggccta caacttgatc ccgcagatcg atgtctttac tgacaacggg
      421 tatacgaagg aggagatgaa aatgcataac gagacacgca aaatcatgca ctccgacgtg
      481 gatgtaagcg ccatgtgtgt gcgcgtgccg gtgatgcgtg cgcatagcga ggctgtgtgg
      541 gtagagacgg agcgacccgt gtcggttgaa gaggcgcggg cggcatttgc tgcgggagag
      601 ggcattgtgt tgcaagatga accggccaag aaggattacc cgatgccgct cttcgtggct
      661 gggaaggatc cggtttacgt cggaaggatt cggcgggata ttgctaatcc gaatgggctg
      721 acgttttggg tggtcagtga ccagatcagg aagggcgcgg cgctgaatgc ggtgcagatt
      781 gcggaatatc tgatccaggt ggggaacatc tgatgcggat aaacggctcg tgagccgctg
      841 ggggaacgga cgtggtcttc gttccccctt tttgtctttg gatatgtatt tcgatcgtga
      901 taagatgaat cgtgagctat tgcccaaggc gttcacggaa cgcatgcggt gcctgctggg
      961 cgatgagtat gaggcgctcg agcgggcgct gggcgatgtg ccgccggtta gcctacgcat
     1021 aaaccgaaaa aaagaggtgg gggaggcgat tgcggctgcg gagggaggcg tgccgtggtg
     1081 tgcgacgggg cgttacctca cggagcgacc tgcgtttaca ctggatccac ggctgcatgc
     1141 aggcgcgtac tatgtgcaag aggctgcgtc gatgttcgta gagcaggctg tgcggcaata
     1201 tgtcgcggag ccggccgtgg tgcttgatct ctgcgctgcg ccggggggga aatcgacgca
     1261 tctgctcgat gtgctgcctg cgggcagcct gttggtgagc aacgaagtga tccgcagtcg
     1321 ctgccggacg ctctgtgaaa acttggcgaa gtggggcgcg gtgaatggtg tggtgaccaa
     1381 tagtgatccg aaggagtttg gccgggcggt gcattgcttc gatgtgattg tggccgatgt
     1441 gccttgttcg ggcgaaggta tgtttcgcaa ggcgcttgcg gcgcgtgcgg agtggagtcc
     1501 ggaggcggtg aggctttgcg cagctcgcgg gcggcgcatc gtgcacgatg tgtggccggc
     1561 gctgcgtccg ggcgggttgt tggtgtattg cacgtgcacg tttaacacgg aagagaacga
     1621 ggcgaatctt cgctacttcg ctgaggcgct cggggctgag gcattgcctg ttgaggcgcc
     1681 tgaggagtgg ggcgtcggcg gcgcgctcgt gggggggctg cccatcagcc gattttttcc
     1741 gcatcgtacg cggggcgagg ggttttgctt ggccgtcatg cgcaaaccgg atgaggcgac
     1801 gcgcccggta aaccgacgaa ggaggcgacg cagagcgccc cggcctgtgc ctgaacaggt
     1861 gaaggcgtgg attgcgtcgt cgggggatta tgcgtttgaa gtggtggggg atgcgggcgt
     1921 gcgggctgtg ccgcgtgtgt ttggcgaggt gttggcgacg cttgaggagc aggtgcaggt
     1981 gatcgcggcc ggtgttgcgg tgggtgaggt gaaggggcgc gatgtggtgc ctgcggcggc
     2041 gctggcgctg agtacggcgt tgcgtggcga ggcttttccg cgggtggagc tgtcgcggga
     2101 agaggcgctg cgttatttgc ggcgcgaggc gatggtgctt cctgaggatg tgccgcgcgg
     2161 gtatgcgatt gcggcgtatc gcggtttgcc cttggggttc gtgaagcaac ttggggcgcg
     2221 cgctaacaac ctcttccccg atgcgtggcg aatcagaacg gagtggaaaa tggggagcta
     2281 aaggcgaaaa agggaaatga ggcgtgtatt cggtgcgccc tgaaggggca acgagttacc
     2341 ccggatgggg taacgagacc ttagcccagg gtagagcggc gccttcaggg cggcgcggca
     2401 ccctgggtaa ccaatgcacc caaacctctt cgcgttctgc actccttctc caaaactgca
     2461 tggcagtttt ggaggaggtg tgcagaacgc ggaaatttta tttgaacacc tataacctat
     2521 catatttcct taggctggga tgagctaaca tttcctgacg tatactcact attccaaaag
     2581 atttactgag ccatttccgt ttggctctaa aacgatcctt cttaatccct cccgcccgcc
     2641 gaaaacagac catccgaaac gaattaatcc ctctccactg tcgaacgcag atcatccgaa
     2701 acgaattaag atctcccccc caccgaaagc agatcatcca aaacggatta aggcctccca
     2761 acccccgaaa acagactatc caaaacggat taattcctcc ccactgccgg acacaaatca
     2821 tccgaaacga attaagacct cccgcttcaa atccttcaaa aacaaacacg aaaaaagccc
     2881 tgccggcgga tcgttgttcc accgacaggg ccttcgtttt tccctccacc tctaaacttt
     2941 atcctctcat aatcacagaa tcgagaacgc caccgtcaag ccagccatga cgatcgagac
     3001 catcgacatg agcttgatga ggatattcag cgaggggccg gaggtgtcct taaacgggtc
     3061 gccgacggtg tcgcccacca cggtggcctt gtgtgcctca gagcccttgc cgcccatgtt
     3121 tccctcctcg atgtacttct tcgcgttgtc ccacgcgccg cccgagttgg ccatgaaaac
     3181 agctaaaa
//
LOCUS       SEQF3106|MIQD01000139.1 3114 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3114
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             49..1605
                     /locus_tag="SEQF3106_01963"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAYRYSQTDLNGTARSMSMGGAFGALGGDMSAMSHNPAGIGVY
                     RSSELETTLSLTRTDAKTTWTGTQTTQGRNALRFDNFSYVGYIPTGCCGSGIRSWNFG
                     VAYNRVKDFNRSYRATGRPARSLADYAAMRTSTARENNGQILGLAEDKLAARNAYSDL
                     TGDWLSVLGYKSGFFGTKYDGLNDAYFSSFGAYNSGGVWNTVSPNESTMDIRESGQAV
                     EYNFSGSMNISDRVFLGATIGVLDIDYHLNSTMRDAFKGSDYLQMENAYETDGTGYSI
                     NIGAIIRPIDELRLGVAYNSPRWYKMTDRAYATGESYSAADTKNPLMRSSTPQDQATY
                     EYSFRGPDRWIISAAGVIGHEAIVSMDYELTNYRHMRLGSRDEDTYYADITQQAERDF
                     KVAQTLKLGAEYRVTPQFSVRAGYVWQASPMQGRLTEGGEIFTSGTVTHYTTVGTANS
                     LTVGLGYRFTPSFYMDVACVYRTAQEQLHPFSDIPLQDASRHLSPLSADVAKVDLKTT
                     RLALTFGYRF"
     CDS             2259..2852
                     /gene="rpoE"
                     /locus_tag="SEQF3106_01964"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:D0ZSY9"
                     /codon_start=1
                     /transl_table=11
                     /product="ECF RNA polymerase sigma-E factor"
                     /translation="MNTMKSKTDEELVAMYAKGNNSAFDALLNRYKHTIHTYIYFSVR
                     DRDTTEDIFQETFVKVITTIKQGRYTESGRFKAWVTRIAHNLIIDYFRQERNANTISN
                     DEVAVDLFNNMRLCEKTIEEMLINNQILEDVKKMIRFLPANQREVLEMRYYGELSFKE
                     IAARTGVSINTALGRMRYAILNMRRMVAENRIELSMA"
ORIGIN      
        1 atcgcagcct tgctgctctg cggcagcggg ctgtgggcac agcaggagat ggacgcctac
       61 cgatactcgc aaacggacct caacggcacg gcgcgatcca tgagcatggg cggagccttt
      121 ggcgcactgg gcggcgacat gtcggccatg tcgcacaacc cggccggcat cggcgtctac
      181 cgcagctcag agttagaaac cacactctcc ctgacacgca ccgacgcgaa gacaacctgg
      241 acaggcaccc aaacgacaca gggacgcaac gcactgagat tcgacaactt ttcgtacgtc
      301 ggatatatcc ccaccggatg ctgtggcagc ggcatccgca gctggaactt cggcgtggcc
      361 tacaaccgcg tgaaggattt caaccgctcc tatcgcgcca cgggccgccc cgcccgctcg
      421 ctggcagact acgcagccat gcgcacctcc acggcgcgcg aaaacaacgg acagatcctt
      481 ggcctagccg aggataagct cgccgcccgc aacgcatact cagacctcac aggcgactgg
      541 ctgtcggtac ttggctacaa atcgggcttc ttcggaacga aatacgacgg cctcaacgac
      601 gcctacttca gcagcttcgg agcatacaac agcggcggcg tctggaacac cgtctcgcct
      661 aacgaatcca cgatggacat ccgcgaaagc ggccaggcgg tggaatacaa tttctcggga
      721 tcgatgaaca tctccgaccg cgtcttcctc ggcgccacaa tcggtgtgct cgacatcgac
      781 taccacctga actccaccat gcgcgacgcc ttcaagggca gcgattacct gcaaatggaa
      841 aacgcctacg agaccgacgg cacgggatac tccatcaaca tcggcgccat catccggccc
      901 atcgacgagc tgcgactcgg cgtggcttac aactcgccgc ggtggtacaa gatgacggat
      961 cgcgcctacg ccacgggcga gagttactcc gcggccgaca ccaagaaccc cctcatgcgc
     1021 agcagcacgc cgcaggatca agccacgtat gaatacagct tccgcggccc cgatcgctgg
     1081 atcatcagcg ccgcgggcgt catcggccat gaggccatcg tgagcatgga ttacgagctg
     1141 accaactacc gccacatgcg cctcggcagt cgagacgaag acacctatta cgccgacatc
     1201 acgcagcaag ccgagcgcga cttcaaggtg gcgcagacgc ttaagctcgg agccgagtat
     1261 cgcgtcacac cgcagttctc cgtccgcgcc ggctacgtct ggcaggcctc gcccatgcaa
     1321 gggcggctca cggagggcgg cgagattttc acctccggca ccgtcacaca ttacaccacc
     1381 gtaggcaccg ccaacagcct caccgtcggc ctcggatacc gcttcacgcc gagcttctac
     1441 atggatgtgg cctgcgtcta ccgcaccgcc caggagcagc tccacccctt ctccgacatc
     1501 cccctccaag acgcctcgcg ccacctcagc cccctctccg ccgacgtggc caaggtcgac
     1561 ctgaagacaa cgcgcctggc cctgaccttc gggtatcgct tctgacgcac cagccgcaga
     1621 tcgcggcgca gtgtcaatag ggcgccccgt ctgattgatc caatcattcg cgggagccgc
     1681 agggagccga ttgatccaat caatcggctc cttttttcat tggcagccat ttgatccaat
     1741 caaacacctc ctttttcccg tggcagccat ttgattcaat caaacggctc cttttttccg
     1801 tggcggccat ttgattcaat caaacgcttc cttttttcgc tggcggccat ttgatccaat
     1861 caaacggttc cttttttccg tggcaaccat ttgatccaat caaacggttc cttttttcgc
     1921 tggcggccga ttgtctgaga caatggggtc acgccaaggt gccgattgtc taagcatttc
     1981 ggggtacgcc gcggccatcg attgtctttg attttcgggt cacgcggggg cacctaattg
     2041 tctgcggcat ccaaatgttt tgattgatgg aaaacgaaag cccccgtttc gtacaatacc
     2101 ccatccacac agccccgcgg cctaaggtgc tgctttgcag gccgattgtt tctacttttc
     2161 tttgccgcca caaacaaaaa gataaccccc aaccccacac aaaaacccac actgcctatt
     2221 gcatacacat tactctgaaa ccaaatattt aagatgtaat gaatacgatg aaatcgaaga
     2281 ccgacgagga gttggtcgcg atgtatgcaa aaggaaacaa cagcgctttc gatgccttgc
     2341 tcaatcgcta caagcacacc atccacacgt atatctactt cagtgtgcgc gatcgtgaca
     2401 cgacggaaga catcttccaa gagaccttcg taaaggtcat caccaccatc aagcagggcc
     2461 gatacaccga gagcggacgc ttcaaagcct gggtgacgcg cattgcgcac aacctcatca
     2521 tcgactactt ccgccaggag cgcaacgcca acaccatctc gaacgacgag gtggccgtag
     2581 accttttcaa caacatgcgc ctctgcgaaa aaacaatcga agagatgctc ataaacaacc
     2641 aaatcctgga agacgtcaag aagatgatcc gcttcctgcc ggccaaccag cgcgaggtgc
     2701 tcgaaatgcg ctactacggc gagctgagct tcaaggagat cgccgcccgc accggcgtca
     2761 gcatcaacac cgccctcgga cgcatgcgtt acgccatcct caacatgcgg cgcatggtgg
     2821 ccgaaaatcg catcgagcta tccatggcct gaacgggcga ggagcgaaaa gcgaagcaca
     2881 gcgaagagcc tgccggcgaa aagaaggaga atcccccttc tgccgccggc aggctccttg
     2941 ttttatcgtc aagcaaggat ggcctcacga attttcaggt gtaccaagca tgcgccccga
     3001 aggggcaact caacccagcc cagggcaacg ccctgggtta cgggtgcccc aacaacattc
     3061 ccgcgccctg caaatctccc cccaccctgc tgggggcagg gtggggggag attt
//
LOCUS       SEQF3106|MIQD01000140.1 3069 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3069
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(138..1658)
                     /locus_tag="SEQF3106_01965"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTLIILLTLAAPLHADGDGLRMPAIYTDHMVLQRDRSLTIRGE
                     ARAGEAITVRIRGQERTAHTDAQGHWAVTLDAMPADTGLTLRIASPTRTISYTDVAVG
                     DVWLCSGQSNMAFPVSGIDPAERSCLRAFAQTRPAVRFYLMQPSRIPFAEVWGPAMLD
                     SLNRLQYFLPARWQPCDERSVSSFSAIATAFARRLQASTDVPIGLILNAVDGAPLEAW
                     IDPETLAKASPDMLRKQPTNALIHPWTRTRIALNLRRATSPDQRHPYQPAYLFDAGLR
                     PLCGYPMRGVLWYQGESNAHDTAAYAHFFPLLVSGWRRHLGDPRMPFLFVQLSATEKP
                     NWGPFRDMQRRLPGRIPACYMAISADRGDSLNIHYPHKLDVGERLARLALRYVLGYAD
                     VIAEGPSIERATLRGRTVTLHLRPADGLHTSDGLPPRTFELAGTDGHFHPAQAAIIRQ
                     GVCVYTPLVARPCHVRYAWPSFNRANLIGRADLPLSTFQLPVLPDPLAGIIPWAKD"
     CDS             complement(1909..2856)
                     /gene="cysK"
                     /locus_tag="SEQF3106_01966"
                     /EC_number="2.5.1.47"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P63871"
                     /codon_start=1
                     /transl_table=11
                     /product="Cysteine synthase"
                     /translation="MARIYQDLTALVGGTPLLEVGNIERLEGLKARVIVKLECFNPGG
                     SVKDRVALAMIEAAERDGRLRPGTVIIEPTSGNTGIGLAWVASVKGYPLILTMPETMS
                     LERQNLLRALGATLVLTPGGEGMKGAIRRAEELRMEHPGAIILQQFENPANPEAHVHT
                     TAEEIWRDTDGGVDIFVAGVGTGGTLSGVAEGLKGHNPKVRAVAVEPAGSPVLSGGAA
                     GVHNLQGIGAGFVPKNYHAEVVDEIVQVKDNEAIAASRLLAKCEGLLVGISSGAALHA
                     ALVLARRPENVGKTIVALLPDTGERYLSTVLYAFEEYPV"
ORIGIN      
        1 cgctccaccc tgggctatcg tccagcggcc cttcaggccg caccgaatac ctccatttat
       61 tcgcaaacca ttttcaagcg actataatca ttcgccccac ccgcataatc attaatcatt
      121 aatcattacc catcccccta atccttcgcc caagggatga tgccagccaa gggatcgggc
      181 aggacgggga gctggaaggt ggagaggggg aggtcggcgc ggccgatgag gttggcgcgg
      241 ttgaaggagg gccaagcgta acgcacgtgg caggggcggg cgacgagggg ggtatagacg
      301 caaactcctt ggcggatgat cgcggcctgg gcggggtgga agtggccgtc ggtgccggcg
      361 agctcgaagg tgcgtggggg gaggccatcg gaggtgtgga ggccatcggc agggcgaaga
      421 tggagcgtca cggtgcggcc gcggagcgtg gctcgctcga tggatggccc ctcagcgatg
      481 acatcggcgt agcccaagac gtaacgcagg gcgaggcggg cgaggcgctc cccgacgtcg
      541 agcttgtggg ggtaatggat gttgagggag tcgccgcggt cggcgctgat ggccatgtag
      601 cacgcgggga tgcgcccggg gagccggcgc tgcatgtcgc gaaatggtcc ccagttgggc
      661 ttctcggtgg ctgagagttg gacgaagagg aagggcatcc gggggtcgcc gaggtggcgc
      721 cgccagccgc tgacgagcag ggggaagaag tgggcgtagg cggcggtgtc gtgcgcgttc
      781 gattcgccct ggtaccacag cacgccgcgc atggggtagc cgcagagggg gcgtaggccg
      841 gcgtcgaaga ggtaggccgg ctggtagggg tggcgctggt cgggcgaggt ggcgcgccgg
      901 aggttgaggg cgatgcgggt gcgcgtccag gggtggatga gggcgttggt gggctgcttg
      961 cggagcatgt cagggcttgc cttggcgagc gtctcggggt cgatccaagc ctcgagcggg
     1021 gcaccgtcga cagcgttcag gatgagtccg atgggcacgt ctgtagacgc ttgcagccgc
     1081 cgggcgaagg ccgtagcgat ggccgagaag gagctgacgg agcgctcgtc gcaaggctgc
     1141 cagcgcgcgg ggaggaagta ttgcaggcgg ttgagggagt cgagcatggc agggccccag
     1201 acctcggcga aggggatgcg cgagggctgc atgaggtaga accggacggc ggggcgcgtc
     1261 tgtgcgaaag cgcgtaggca ggagcgttcg gcggggtcga tgccgctcac ggggaaggcc
     1321 atgttggact gcccggagca gagccagacg tcgcccacgg ctacgtcggt gtagctgatc
     1381 gtgcgcgtcg gtgaggcgat tcggagggtc aggccggtgt cggctggcat ggcgtcgagg
     1441 gtgacggccc agtgcccctg ggcgtcggtg tgcgcggtgc gttcctgtcc gcggatgcgc
     1501 acggtgatgg cctcaccggc gcgagcctcg ccgcggatcg ttaaggagcg gtcgcgttgc
     1561 agcaccatgt ggtcggtgta aatggccggc atgcgcagcc catcgccgtc ggcatggagg
     1621 ggcgcggcga gggtgagtag gatgataagg gtaagcatgg gttgatgaat gatgaatggt
     1681 tggatgtata cccggcgcgg cctgtagggc cctccggatg atagcccggg gcgagacctc
     1741 gggggcgggt gcgaaacctt gggggcggtg gtggcgctct ggggtgggtg tgtgcgacga
     1801 tcctttgtgg tcgcccttca gcgattaatt gtcaatgatc aatgattaac cgttgatcat
     1861 taccctccac cctccaccct ccaccctcta ccctctattc tctaccctct aaaccgggta
     1921 ctcctcaaag gcatacaaca ccgtcgagag atagcgttcc cccgtgtcag gcagcagcgc
     1981 cacgatcgtc ttgcccacgt tctccggccg acgcgccagc accaacgccg cgtgcagcgc
     2041 tgcccctgac gagatcccca ccaacagccc ctcgcactta gccagcaacc gagatgccgc
     2101 gatcgcctcg ttgtccttca cctgcacaat ctcgtcgacc acctccgcgt gataattctt
     2161 tggtacgaag cccgcgccga tcccctgaag gttgtgcacg cccgctgctc cccccgacag
     2221 caccggcgac cctgccggct ccaccgccac agcccgcacc ttcgggttgt gccccttcag
     2281 cccctcggcc acaccgctca gcgttccccc cgtacccacg ccagccacga agatgtccac
     2341 cccgccatcc gtgtcgcgcc agatctcctc cgccgtcgtg tggacgtgcg cctcagggtt
     2401 cgccgggttc tcaaactgtt gcaagatgat cgcccccgga tgctccatcc gcagctcctc
     2461 cgctcgacgg atggccccct tcatcccctc gccgccgggg gtcaacacca acgtcgctcc
     2521 cagcgcccga agcaagttct gccgttccaa gctcatcgtc tcaggcatcg tcaagatcaa
     2581 cggatacccc ttcaccgacg ccacccacgc cagcccgatg cccgtgttgc cactcgtcgg
     2641 ctcaatgatc accgtgcctg gccgcagcct tccatcccgt tccgctgcct cgatcatcgc
     2701 cagcgcaaca cgatccttca cgctcccccc cgggttgaag cactccaact taacgatcac
     2761 gcgtgccttc agcccctcca gtctctcgat gttacccact tccagaagcg gggtgccgcc
     2821 cactaaggcg gtcaagtcct gataaattct tgccattgtc ttttggtttt tatttctgat
     2881 tacgcccaca aaagtatgct cacccccaag ggccgccaat accccaagtg cggcagatcc
     2941 ttcgggcagc gcgtgggcgg gtatacattt atatatatag caacgcgccc cccctcgtgg
     3001 tcgccctctc aatggcttac cgccaattgg cggagatcaa aaactggcgc gcggagctta
     3061 ccgccaatt
//
LOCUS       SEQF3106|MIQD01000141.1 2980 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2980
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(2038..2277)
                     /locus_tag="SEQF3106_01967"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQVGAIAPAGIFIREGNIDIQFTISFSTPYHTIISHTMINLYSG
                     EIDIAAVHPTSAVYIILPTGLDAPITIFIYPCSIG"
ORIGIN      
        1 ggtgcgtatg gcggaccgaa catcgtgatc aactcctaca atgcaggagg gcacttccat
       61 gactatacca acttttggac gggtagttgg aatggcggca ctcccccctg tccgccagca
      121 cctgcttgga atggctctgg cattaattgg ggggggatac agaccgattc ttcggcatta
      181 tataatggag atcaatgtac cccggctcac acccacgaac aactgattgg tggaacgagt
      241 ttgcccttta cagctaccta caattcaaca tcgcaaacag atgacggtgt gcctttggtg
      301 caaaccatcg ggaattcggt aaatgacagt acgtcttgga atactgaaag aagtacgccg
      361 cctaatacct caggcagtgg ccttacagac taccaaagtc ctaccaccat caatattcag
      421 gggacaacga ccattgacca tatccatatc ggagatctgc gctggtatta ccgcacccat
      481 accttgcggc aacgaatcgc agaagcggaa accgggtgcc agacagctac cggttcttgc
      541 tcagcgaact attacaagca tagctatcgt gcatacgagt ggaaaatgga caccctcctc
      601 ggcaactcct tcctcgacgc cgctgtgcgg attatagacg gggcaaacgt gtgtgtgagg
      661 aatagcatta cagacgctac cacccggccg gcctcgagaa aacccggtgg cgccactacg
      721 ccgaacgaca gcaccgacgc cgtggtcgtg ttacctacaa acgaccgcta caccctacgc
      781 gtagttggca atatcgacag catgaatatg acgcacagtg ccccttcagg ctccttctac
      841 acacagtcgg atttcccttc cggccccagc ctcgacacca tccactcctc ttctcaaacg
      901 gctaacgctg tatatggtca aggcttcccc tttgctccgc cttcgttagg cggattcaat
      961 gatggcgaaa cagtaaacct acggcccatg cccaccagca cgcaagccag tgtgcttggc
     1021 gtgaaaggca actacaactt caaacagcat aacgccgaat ggacaacaca caccgacacg
     1081 aaagttgctg accacccggg tgtgattgaa gtgggtagca ccacgaaggg caccggccat
     1141 atgcacatct tctccggcgg tatgctcaag aacttcgacg gctgcggagt gaacaccagt
     1201 ttccccatgt atttggggca tcccaatcct atgtacggtg atagtacagc gccgaatctc
     1261 tacctgcatg gcacggaacc actctacata gccaactatg gcgtgagcaa tggtggctcg
     1321 gtgcctattg atccttgtaa ggccaagctg tacttatatg gagattgggg gccatatcaa
     1381 ggttttaact gtgatcatat gttttctcca ggttattacg gttatgctga tactatttgc
     1441 cgacctgctt atggatttat gaagagtctt tccgaatgca attacaccaa cataggtcca
     1501 atacgtattc aagcgcttag cgatgtagtg tttcggggag aaacatatgt gccaccattc
     1561 cagaatggaa ataacttctt tgttctatcg gacggtggca atatagagag tcatggaggg
     1621 ttctatttag ggtcccgcat ctctacctta tgggctgaag atcgtgaagg cggatcttat
     1681 ggcgatttca gtgattgctc aaacaaagac ttggataatc aaggcactgg cgatcgcaat
     1741 agtacacgtg gcaatatcta cctgaatgat gaaactacga ttgctggttg tgagatggcg
     1801 attattcgtg cggctaacaa catccgtaca actccagttc tctctcgtca cgttctgaac
     1861 gaaagattct atgcggagaa gggcgacatt tatatcggat atgggattaa gactcctgtt
     1921 gtcctccgac attcaggaga aataattccc aatcactggg gactaaatgg ggggatctca
     1981 agcacatcat atatgccact aaggggtgga gttatcaatt tcgatgcttt caatggttta
     2041 accaatgctg caggggtata tgaaaatggt gattggcgca tccaagccgg ttgggaggat
     2101 aatgtagacc gcggacgtcg gatggacggc ggcaatgtct atttcaccgg aataaagatt
     2161 aatcatggtg tgggagatga tggtatggta gggggtggaa aaggaaattg taaactggat
     2221 atcaatattc ccttctctaa tgaatatgcc tgccggcgca atagctccta cctgcataat
     2281 cgcgataaag acgccatggt gcgctacgag cattcgggca ttatcggcgg cgtaggcccc
     2341 tgcggcatgg agtcgcggga aggatgggcg caatatgccg ggcgactgaa agacgcccct
     2401 ccttatgact tggtcgatcg gttcgcccga ggatgttgtt tgatattctc ttttgacagt
     2461 ggctacgtga atatggatgc cggaaagcgg ggcaacatca ttatgaacac cggctgcaac
     2521 accggcgggt tcattaatga tgcattgctc ccaagtaggt tggcccttgg cggtgccacc
     2581 ttccgtaccc gcgaaggcga tatcgatatg cgcgatacat tcaatgtaaa ctcgatgggc
     2641 ggcgacttac tcttcttagc ccaaacagag aacctcagtg acctcagcag gatcaaagtc
     2701 tgcgattgtg aagagcagcg caataatgtc tacttgcaaa acttctttta caaggcgcgc
     2761 ctgaacagcg gcagcgtctt tatcggtgca gacaacaaca tcaagctgaa ctacggtggc
     2821 ttggccaata ttggcaccat cgatgatccc ttcctcagcg tggcttacga agaggatgcc
     2881 aatggccagc caaagaagat cggccgcggc tatccctgcg gctcaggcaa ctaccactgc
     2941 gatttgaaca cggaagagaa caaggcgcgc aatttcctac
//
LOCUS       SEQF3106|MIQD01000142.1 2949 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2949
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             341..1342
                     /locus_tag="SEQF3106_01968"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTVEIRKPGMKKLDNSLHVKFHTSAYGLVKDADITKLGIPNE
                     LMVEWDGNNVIETDISKVSQMSAETRLMQKKDAERDRLVSYIMGTVRNAQLLPDEATV
                     EAALRLAAVLRPYNGIQSVGFDHETADINGLLADLKKAENTADVTKLGLTPILTQLEA
                     ANKEFDALYTKRMTADTGTKLPLAKKIRPETDAIYDRVILTLQWNYLTGTTPIEPGVI
                     ATLAENLCKLADRIDADYNRSVAQKKRKPSEPKQPKDPKQPKDPKDPKDPKDPKPKDP
                     KDPKKPEGGGDDIHVPSEPPKKPEDKDKPKQPETGGGTGGGDDIHVPSEPPKKPDGQ"
ORIGIN      
        1 tggaaaaagt aaagcaagac ccgccgagga tcgggcactt ttgaaaaaag taaagcaaga
       61 cccgccgagg atcgggcact tttggaaaaa gtaaagcaag acccggcggg aatcgggcac
      121 ttttgaaaaa agtaaagcaa gacccggcgg gaatcgggca cttttggaaa aagtaaagca
      181 aaccccggcg ggaatcaggc acttttggaa aaagtaaagc aagccccggc gggaatcggg
      241 cacttttgga aaaagtaaag caaaccccgg cgggaatgag tctgcatgct acagcggatg
      301 acagaacaca aaagcattat aaataaagag gagacccaca atgaaaaaga cagttgaaat
      361 cagaaaacca gggatgaaga aattggataa ttccctgcat gtgaaattcc acacctcggc
      421 gtatggcctt gtgaaggatg cagacatcac gaaactcggc atcccgaacg aactgatggt
      481 ggaatgggac ggcaacaacg tgatcgagac agacatcagc aaggtgtcac agatgagcgc
      541 tgaaacgcgc ttgatgcaga agaaagatgc tgagcgcgac cgtttggtga gctatatcat
      601 gggcaccgtt cgcaatgcgc agctgctgcc cgacgaggcg actgtggaag cggccttgcg
      661 gctggcggcc gtactcagac cttataacgg gatacaaagc gtaggtttcg accatgaaac
      721 ggcagacatc aacggcttgc tggccgattt gaagaaggcg gaaaacacgg ccgacgtaac
      781 caagctggga cttacgccta tcctcacgca gctggaggca gccaataagg agtttgacgc
      841 tttgtatacg aagcgcatga cggctgacac cggcaccaaa ctgcctctgg ccaagaagat
      901 ccgcccggag acggacgcca tctacgaccg cgtgatcctg acgttgcaat ggaactacct
      961 cactggcact acgccaatcg aacctggggt tatcgccacg ctggccgaaa acctttgcaa
     1021 gctggccgac cggatcgacg ccgattataa ccggagcgta gcccagaaga agagaaaacc
     1081 ttctgagccg aaacagccga aggatcccaa gcagcccaag gaccccaaag atcctaagga
     1141 tcccaaagac cccaagccga aagaccctaa ggatccgaag aagcccgagg gcggtggcga
     1201 cgacatccac gtgccctccg agccgcccaa gaagccggag gataaggaca agccgaagca
     1261 gcccgaaaca ggcggcggca ccggcggtgg cgacgacatc cacgtcccct ccgaaccacc
     1321 aaaaaaaccc gacgggcaat gatctccctt caatgattaa ttgttaatgg ttaatgatta
     1381 tgccgggtac atgcgccccc gcgcccaggg tttcgccccg cccagggttt cgccctgccc
     1441 agggtttcgc cctgggctat catccaccgg gcctacagcc cggatgggtg gtatcctggg
     1501 cgccccgggt gtacgaatcg aatgaatgac aatgccgggc acacgccctc ccccaaacgt
     1561 gtacccggca tttttcattt ttcgtttttc atttttcgtt tttcgtttcc cccacctatt
     1621 atgatcaaac acctctgcat catcctgatc gccgcagcca tcaccagcac cgctgcggca
     1681 cgcgacatcg tcggccgctg gggcggcaag ctccaagtct ccggcttcca gctccgcctc
     1741 gtcctccgca tccagccagg cgaaggcggc cagctcacag ccttactcga cagccctgat
     1801 caaggagcaa acggcatccc ctgcgacacc gtcaccttcg cttccccccg cctcctcgtc
     1861 accatcccca gcatcggcgc acgctacgaa gctaccctca gcggcgacac cctccgcggc
     1921 accttcaccc agtctggcct gtcccttccc ctcaccctca cccccgccga ggaggaagac
     1981 cgcgccgccc tgcgcccgca ggagccccgc aaaccctacc cctaccgctc cgaggaggtg
     2041 cgcttcgtca accccaccga cggcgacacg ctggccggca ccctcaccct ccccaccacg
     2101 cccggcccgc atccagccgt ggcgctcatc tccggcagcg gcccgcagga tcgcgacgaa
     2161 gcgctcatgg atcataagcc cttcctcatc tgggccgacg ccctgacacg ccgcggcata
     2221 gccgtcttgc gttacgacga ccgcggcgtg ggcgcctcca ccggcgactt cagcgcggcc
     2281 accaccaccg acttctcacg cgacgccgaa gcagccctcg actacctccg cacccggccg
     2341 agagacatcg acccgcgccg catcggcttc atcggtcaca gcgaaggcgg actcatcgcc
     2401 cccttagtgg ccgcgcgccg accagatgac gtgggcttca tcgtactcct ctccgccccc
     2461 ggcgtgcgcg gcgacagcct cttgatgatg caaagcgaca ccatcatgcg cctcaccagc
     2521 cagcccgaca gcgtccgcca ggccacggcc agcctcaacc gcgccgtctt cgccctcctc
     2581 cagcaagaca tcgccgacga ggaggccctg cgccaagccc ttgccgacac cttccgccgg
     2641 gccctctccg aaggcatcat cgccggcccc atgccgcacg aacaggtgga gccactcgta
     2701 gccgctgagg tgcaggaggt atccacgcct tggatacgcg ccttcgtgcg tcacgccccg
     2761 cagcccgtgc tccgtcaggt caagtgcccc gtgctggccg tctatggcgg atcggacgtg
     2821 caagtgcctg ccgcgcgcaa cctgtccgcc gttcgccagg ccctcgaagc aggcggcaac
     2881 agccgcgtcc gcaccatcct gctgcccggc ctcaaccacc tgctccagcc ctgccagacg
     2941 tgcctcccc
//
LOCUS       SEQF3106|MIQD01000143.1 2936 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2936
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             91..2727
                     /locus_tag="SEQF3106_01969"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRYEHAGIIGGVGHCGEEQFDGWNNYGGLLLYNGIPGTKYTDT
                     SLVYNGNKGDLTVDAGKRGNIIMNRGVMLNYNDDNGNATFRTRDGDIDMRDPFDAKKM
                     KGGLLFLAQLENLSDLAKIGVCGCDEERNNVYLQDFEYTAKKNSGSVFVGADNNIKLN
                     YGGLTNIGTRQDPFLSKPVRDNGTVYKEGFGYAGAANRGCAKMYHCDLDGNENQARLL
                     LLNFSDSVTSGGFAAVASDMIDVYKDLKYYGGKGSGLSAVPGTGTLHGENVAGYGLFM
                     KTQGNKGNWTDNILLQAPKCPTTCLATGCDNVKAGKKPRAFLHNTVRMTFHSDARFYA
                     ENQRVHLESPVIETFGVLELNAKDKAGSNAMITIKTDSLICHDSLIRKGTGKVQFSTW
                     SGLPKDLPIIKLGYSRRAAPFAEYSYDDGNTRKLCRECVDHYKGKVYGPGETPLDTIF
                     VKFGPDTEWERQNVMVIDHTVITFLTDSFDHVKGGGVLNARYFVDTTKIRNQVEFWTD
                     KNHERDGHLELISERQMGSKDYAGLYTKHLHLEPIGACGHPTSEMWLPGLALDVITTS
                     TFGGFGIQYTDVHVENGANLNPGFTSLRLRGQCYEQACGTLTMKDLRLDGGAELHFSV
                     GTTRGLNGEFSDAIDVDKLTTYGPVNVNIEIRPCEEIEKRCYPLIYYKSVSPNSLNTL
                     KLHPATVKIDGEEYPLSLNLGTDGVVYLCVGDAQVMDHHARTVTIPTVAGVKTIPGPG
                     IWEVKSRSSFPFKAVYTGTKPLVVRTNRMVNGVQEVLGGVKNANGEYEYIIPHVQQEI
                     TLTFGPDVVSNEFLAGAAVWSHGEMIYIRVERADIASIYSVAGQLVKRVDLPEGDTSI
                     PMSRGAYVITLKDGSVHKVIVK"
     CDS             complement(2613..2882)
                     /locus_tag="SEQF3106_01970"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNAGYLWGLPLRVPDIVSFSFFVFHFTMTGYPVWDFPLRVPGI
                     VSFSFFVFHFTITLCTEPSFSVITYAPRLIGIDVSPSGRSTRFTS"
ORIGIN      
        1 atcaacatcc ccttctcgaa cgaatacctc tgcggaagca cgaagacaac ccctgcaaca
       61 gggctgctcc atgagcggaa aaaggatgcc atgcgccgtt acgaacatgc gggcatcatc
      121 ggtggcgtcg gtcattgcgg cgaagagcaa ttcgatggtt ggaacaatta tggcggcctc
      181 ctgctgtaca acgggatacc aggtactaag tacacggata cgtcgcttgt ttacaatggc
      241 aacaagggcg acttgacggt ggatgccggt aagcgcggta acatcattat gaaccgtggc
      301 gtgatgctca actataacga tgacaacggc aatgccacct tccgcactcg tgatggcgac
      361 atcgatatgc gcgatccgtt cgacgcaaag aagatgaaag gcgggctgct cttcctcgcg
      421 cagttggaaa acctcagcga cctcgcgaag attggtgtct gcggttgcga cgaggagcgt
      481 aataacgtct acttgcaaga ttttgaatac acagccaaga agaacagcgg aagcgtattc
      541 gttggcgccg ataacaacat caagctgaac tacggtggcc tgacgaacat tggcacacgc
      601 caagacccct tcctgagtaa gccggtaaga gacaatggca cagtgtataa agaaggattc
      661 ggctatgctg gagctgctaa ccgcggctgt gcaaaaatgt accactgtga cttggacggc
      721 aatgagaacc aagcgcgcct cttgctgctg aacttcagcg actctgttac ctctggaggt
      781 ttcgctgcgg tggcttcgga tatgatcgat gtgtacaagg atctgaagta ctacggtggt
      841 aaaggctcgg gcctgagcgc agtgccgggc acgggtacgc tgcatggtga gaacgtggct
      901 ggctacggcc tctttatgaa gacgcaaggc aataagggca actggacgga caacatcctg
      961 ctgcaagcgc ccaaatgccc caccacgtgc ttggccactg gttgcgataa tgtgaaggct
     1021 ggcaaaaagc cacgcgcctt cctgcacaac acggtgcgca tgaccttcca cagcgatgcc
     1081 cgcttctacg cggagaacca acgcgtgcac ttagaatcgc ccgtcatcga gaccttcggt
     1141 gtattggagc tgaacgctaa agacaaggcc ggttccaacg ccatgatcac gatcaagacg
     1201 gactcgctga tctgccacga tagcctgatc cgcaaaggca ccggaaaggt gcaattctcc
     1261 acttggagcg gtctgccgaa ggatctgccg atcatcaaac tcggctacag ccgtcgcgct
     1321 gccccgtttg cagagtattc ttatgacgat ggcaacacgc ggaagctctg ccgcgagtgc
     1381 gtagaccatt ataaaggcaa agtgtacggt ccgggtgaga caccactcga caccatattc
     1441 gtgaagttcg gccccgacac cgagtgggag cgccaaaacg tgatggtgat cgatcacacg
     1501 gtgatcacct tcctcaccga ctcgttcgac catgtgaagg gtggcggcgt gctcaatgcc
     1561 cgctacttcg tcgacacgac caagatccgc aaccaggtag agttctggac agacaagaat
     1621 catgaacgtg acggccactt agaactcatc tccgaacgtc agatgggctc gaaggattac
     1681 gcgggtctct acacgaagca cctacacctt gagccgatcg gtgcctgcgg tcaccccacg
     1741 agtgagatgt ggctccccgg cctcgccctt gatgtaatca ccacttcgac tttcggtgga
     1801 ttcggtatcc aatacaccga cgtgcatgtg gagaacggtg caaacctgaa tccgggcttc
     1861 acctcgctgc gcctccgtgg ccagtgctac gagcaagcct gcggtacgtt gacgatgaag
     1921 gatctccgct tagatggtgg tgctgaactc catttctccg tcggcacaac ccgcggtctg
     1981 aatggcgaat tcagtgatgc tattgacgtg gacaagctga cgacctacgg ccccgtgaac
     2041 gtgaacattg agatccgtcc ctgcgaggag atcgagaagc gttgctaccc gctgatctat
     2101 tacaagtcgg tatcgcccaa cagcctcaac acactgaagc tgcacccggc caccgtgaag
     2161 atcgacggcg aggaatatcc gctctccctc aacctcggga cagacggagt cgtttacctc
     2221 tgtgtaggcg atgctcaggt gatggaccac cacgcacgta cggtgacgat cccgactgtg
     2281 gcaggtgtga agaccattcc tggcccaggc atttgggagg tgaagagccg cagcagcttc
     2341 cccttcaagg ccgtttacac gggtactaag ccgctcgtag ttcgcacgaa ccgcatggtg
     2401 aacggtgtac aggaagtgct cggtggcgtg aagaacgcaa acggcgagta cgagtacatc
     2461 atcccgcacg tacagcaaga gatcacgctg acgtttggcc cggatgtcgt ttctaacgag
     2521 ttcttggccg gagcagccgt ttggtcacac ggtgagatga tttacatccg cgtagagcgc
     2581 gcagacattg ccagcatcta ctctgtagct ggtcagcttg tgaagcgcgt cgatctgccc
     2641 gaaggcgata cgtcgatccc gatgagccgc ggtgcgtatg tgatcacgct gaaggatggt
     2701 tcagtacata aggtgattgt gaagtgaaaa acgaaaaatg aaaaactaac aatgccgggt
     2761 acccgcaagg gaaagtccca cacggggtac ccggtcattg tgaagtgaaa aacgaaaaat
     2821 gaaaaactaa caatgtcggg tacccgtaag ggaagccccc acaggtatcc ggcatttttc
     2881 attgttcgtt tttagatttt cgttcccata ataatgccgg gtacatggat ggaaac
//
LOCUS       SEQF3106|MIQD01000144.1 2934 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2934
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(93..1532)
                     /gene="cca"
                     /locus_tag="SEQF3106_01971"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P06961"
                     /codon_start=1
                     /transl_table=11
                     /product="Multifunctional CCA protein"
                     /translation="MYYEEDIAEALAAQPFPMIGEMADELGLETYVIGGFVRDLILRR
                     PSKDIDVVTVGSGIELARAVAHRLGRRAHLSVFKNFGTAQVKVGDCEIEFVGARRESY
                     RHDSRKPIVEDGTLEDDQNRRDFTINALALCLNRERYGELVDPFGGLDDLEALRIVTP
                     CDPDVTFSDDPLRMMRAVRFASQLGFYLDPDTFDAIARNRERIAIISKERIADELNKI
                     VLSPRPSIGFELLDKCGLLALIFPELCALKGAETREGIGHKDNFAHTLIVLDQLSRTS
                     DDLWLRWAALLHDIGKPTTKRFDYKLGWTFHNHDFIGERMVPRIFRRMKLPMNEKMKF
                     VQKMVRLHMRPISLADDEVTDSAVRRLLFEAGDDVDDLMKLCEADITSKNPEKVRRFL
                     NNFRLVREKMVVIEEKDRVRNFQPPVTGEEIMATFGLPPSRPVGVLKEAIKDAILDGV
                     IPNERDAALQFMYDRAAEMGLKRVEVLNC"
     CDS             complement(1532..2602)
                     /gene="bcgIB"
                     /locus_tag="SEQF3106_01972"
                     /EC_number="3.1.21.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q07606"
                     /codon_start=1
                     /transl_table=11
                     /product="Restriction enzyme BgcI subunit beta"
                     /translation="MTGREAEAMNKQLRLTDREWRAFFIEDLFDRIERGKRLVIKDRI
                     IGPTPFITAGETNNGVSSFISNKSHKTYSEAVTLDMFANAFYQGWPFKCDDNITVLKH
                     RGQSKYVHMFLLPILTKLQEKYSYAKQVRPHRLSREIIQLPASPDGTPDWAFMSAYMR
                     QEEKVLMKEAISRLKRQLAENHAEPVVFKGREWRAFKVSEIFPSIQRGKRIKRADHVE
                     GDVPYVSASALNNGVDGFIGNREGIRVFANCLSLANSGSVGSAFFHPYAFVASDHVTK
                     LEREGADRYIYLFFPPVFSRMAERYGFNHEISDARITRERIMLPITPDGTPDWAFMSA
                     YMQGLEREMLREALAYFKGKIR"
     CDS             complement(2571..2855)
                     /gene="bcgIA"
                     /locus_tag="SEQF3106_01973"
                     /EC_number="3.1.21.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q07605"
                     /codon_start=1
                     /transl_table=11
                     /product="Restriction enzyme BgcI subunit alpha"
                     /translation="MGLVETSSAKDRRQYLLDVWNGRITEYESRFCVTTTIEAKDEWL
                     HSFYYFNDEIPSEEDFRRTMADYLTFQFNMITHGRGYLFDDDRQGGGGDE"
ORIGIN      
        1 ttgcggactt tcgtagacat accgctgact ttattcttac atcgaactca cgttaaacaa
       61 gctcgcgcag cgagcctcaa cagctaaaca aatcaacaat tcaacacctc aacccgcttg
      121 agccccatct ccgcggcgcg gtcgtacatg aactgaaggg cagcatcgcg ttcgttcggg
      181 atcacgccgt caaggatggc atccttgatc gcctccttga gcacccccac cggacgcgac
      241 ggcggcaggc cgaacgtcgc cataatctcc tcacccgtca cgggcggctg gaagttgcgc
      301 acgcgatcct tctcctcgat cacgaccatc ttctcgcgca ccaagcggaa gttgttcagg
      361 aagcggcgca ccttctccgg gttcttgctc gtgatgtccg cctcgcagag cttcatcagg
      421 tcgtccacat cgtcgcccgc ctcgaagagc aagcgccgca cggccgaatc cgtcacctcg
      481 tcgtccgcca ggctgatcgg ccgcatgtgg agccgcacca tcttctgcac aaacttcatc
      541 ttctcgttca tcggcaactt catccgccgg aagatgcgcg gcaccatgcg ttcgccgatg
      601 aagtcgtggt tgtggaaggt ccacccgagc ttgtaatcga accgcttcgt cgtcggctta
      661 ccgatgtcgt gcagcagcgc agcccagcgt agccagagat cgtccgaggt gcgactgagt
      721 tgatcaagca cgatcagcgt atgtgcaaag ttgtccttgt ggccgatccc ttcgcgcgtc
      781 tccgcgccct tcagcgcaca cagttcgggg aagatcagcg ctaagagtcc gcatttatct
      841 aacagctcaa agccgatgga ggggcgcggc gaaaggacga tcttgttcag ctcgtcggcg
      901 atgcgctcct tcgatatgat ggcgatgcgt tcgcggttgc gggcgatggc gtcgaacgtg
      961 tccggatcga ggtagaagcc gagttgcgag gcgaagcgca cggcgcgcat catgcgcagc
     1021 gggtcgtcgc tgaaggtcac gtccgggtca cacggcgtga cgatgcgcag cgcctccaaa
     1081 tcgtctaacc cgccgaacgg gtcgaccaac tcgccgtatc gctcccggtt taggcagagt
     1141 gcgagggcat taattgtgaa gtcgcgccgg ttctgatcgt cctccaacgt gccatcctcc
     1201 acgatcggtt tgcggctgtc gtgccggtac gattcgcggc gtgccccgac gaattcgatc
     1261 tcgcagtcgc ccaccttcac ctgtgccgtg ccgaagttct tgaacacgga gaggtgtgcc
     1321 cgtcgcccta accgatgcgc caccgcccgt gccagctcga tgccactgcc gacggtcacc
     1381 acgtcgatgt ccttcgacgg tcgcctgagg atcaggtcgc gcacaaaccc gccgatcaca
     1441 tacgtctcta atcccaactc atcggccatc tccccgatca tcgggaaggg ctgcgcagcc
     1501 aacgcctcgg caatatcttc ttcgtaatac atcatcttat tttccctttg aaataagcca
     1561 aagcctcacg caacatttcc cgctccaagc cttgcatgta agccgacatg aatgcccagt
     1621 ccggggtgcc gtcgggagtg atggggagca tgatgcgttc acgagttatt cgtgcatcac
     1681 tgatttcatg attaaagcca tatcgctcag ccatacgaga aaagacagga ggaaagaaca
     1741 gatagatata cctgtctgct ccttcccgtt ccagtttcgt cacatgatca ctcgccacga
     1801 aggcataggg atgaaaaaag gcactgccga cgctcccgct gttagccaag ctaaggcagt
     1861 tggcaaagac tcgaatcccc tctcgattgc cgataaagcc gtctacgccg ttattgagtg
     1921 cagaggccga tacataaggt acgtcgcctt cgacatgatc agctcgcttg atccttttgc
     1981 cccgctgtat gcttgggaag atctcagata ctttgaacgc ccgccactct cggcctttga
     2041 atacgacggg ctcagcgtga ttctcggcaa gctgccgctt cagtctgctt atggcttcct
     2101 tcataagcac cttctcctct tgccgcatgt aagccgacat gaatgcccag tccggggtgc
     2161 cgtcgggaga tgccggcagt tgaattatct ccctgcttaa tctgtgtgga cgcacctgtt
     2221 ttgcatagga atatttctcc tgcagtttgg taagaatggg aaggagaaac atgtggacat
     2281 acttggattg accacgatgc tttagtaccg tgatattatc atcacactta aacggccaac
     2341 cttgataaaa ggcattggca aacatatcta aggtgacggc ctccgaatag gttttgtgcg
     2401 acttattact aatgaagcta cttacaccat tatttgtctc tccggccgta atgaagggcg
     2461 ttggtccgat tattctgtct ttgatgacaa ggcgttttcc ccgctctatt cgatcgaaca
     2521 aatcttcaat aaagaacgcc cgccattccc tatccgtcag tctcagctgc ttattcatcg
     2581 cctccgcctc cctgccggtc atcgtcgaag aggtagcccc gcccgtgggt gatcatgttg
     2641 aattggaacg tcaggtaatc cgccatcgtg cggcggaaat cctcctcact cgggatctca
     2701 tcgttgaagt aatagaacga gtgcagccac tcgtctttcg cttcgatggt cgttgtcacg
     2761 cagaagcggc tctcgtattc cgtgatgcgt ccgttccata cgtcgagcag atactgccgg
     2821 cggtctttcg cggaactcgt ctccactaat cccacgtgct tggaaacctt gaagccgtcg
     2881 tcttcgaagt tgatgaactt acactgttga tgcgcaaagt catgcggtat gccg
//
LOCUS       SEQF3106|MIQD01000145.1 2921 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2921
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             301..1332
                     /gene="ruvB"
                     /locus_tag="SEQF3106_01974"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P66758"
                     /codon_start=1
                     /transl_table=11
                     /product="Holliday junction ATP-dependent DNA helicase
                     RuvB"
                     /translation="MAEFDIRKAAGTTPETERDYENALRPLSFDSFSGQREVVENLKV
                     FVMAARMRQEALDHVLLHGPPGLGKTTLSNIIANELSVGFKVTSGPVLDKPGDLAGLL
                     TSLEKNDVLFIDEIHRLSPIVEEYLYSAMEDYRIDILIDKGPSARSIQIDLAPFTLVG
                     ATTRSGLLTGPLRARFGINMHLEYYDVETLTRIILRSADILGVGCDTDAAKEIAGRSR
                     GTPRIANALLRRVRDFAQVKGSGRVDRAIACYALEALHIDRYGLDLIDNKILNLLIDK
                     FHGGPVGLTTIATALSEDPGTLEEVYEPFLIQEGFLKRTPRGREVTQLAYEHLGKAPT
                     PSQGTLFDN"
     CDS             1360..2862
                     /locus_tag="SEQF3106_01975"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGGMKRLAKETAIYGLSSIVGRFLNWMLVPMYTRVLANTNEFG
                     VVTNLYGWTALLLVILTYGMETGFFRFVNKQEEREPMRVYATALYSVGFTSALFMVAA
                     WLLLGPISGALGYAAHPEYVGMMAGIVAVDAFCCLPFAYLRYRNKALRFAAIKLFNIF
                     LNIALNIFFLVVCPRLNASHPEWIAWFYRPGYGIGYIFLANVFTTVTTLLMLLPDMMP
                     GLRARPDAARLRRMLAYSFPILILSIAGIFNQTADKILFPFLFADKAEADAQLGIYGA
                     CFKIAVVMVMFIQAFRYAYEPFIFAKTRDADNRRSYVEAMRYFIIFSWLIFLGVTFYL
                     DLLKHFVDARYYAGLSVVPVVMLGELFFGIYFNLSVWYKLTDRTQWGAYFSTAGCVMT
                     VAVIVLFVPRFGFMACAWASFASNLLMMVLSYLIGRRYYPVPYDLRSAAFYTLLAAAF
                     FAAGIWPEIDNTLLRMAYRTALLLVFMAIIIRRDLPLSELPFIHGRRKVA"
ORIGIN      
        1 atcgcgtggc tgcggcttgt gcaaaagggt gatctctcgc ccgacctacc cccgcagagc
       61 ctcgacgcgt gcttcgcctt ccatcgggcg ttcatcgaaa cgggcgacat gcacaatgtg
      121 aagttttaat agagggtaga gggtggagga tagagggtag acatccgatg atttgaaaga
      181 agagaggggg cagcctttcg gggccgactt cccctctttt ttctgattag gcctaccctc
      241 tgcctttatt tctgagtgct acgctctacc ctccaccctc tacactctac cctctaaatc
      301 atggctgaat tcgacatacg caaggcggcc ggcacaacgc cggagacgga gcgcgactat
      361 gagaacgccc tgcgccccct ctcgttcgac agcttcagcg gccaacgcga ggtggtggag
      421 aacctgaagg tgttcgtcat ggccgctcgc atgcgtcagg aggcgctcga ccatgtgctg
      481 ctgcacggcc ctccgggctt gggcaagacg acgctctcga acatcatcgc caacgagctg
      541 agcgtgggtt tcaaggtgac gtctgggccg gtgctcgaca agccgggcga cctggccgga
      601 ctgctgacct cgctcgagaa aaacgacgtg ctcttcatcg acgagatcca ccgcctcagc
      661 cccatcgtgg aggagtatct ctactcggcg atggaggatt accgcatcga catcttaata
      721 gataaagggc ccagcgcacg ctcgatacag atcgacctcg cgcccttcac gctcgtcggc
      781 gccacgacac gaagcggatt gctgacagga ccgctccggg cacgcttcgg catcaacatg
      841 cacttggagt attacgacgt ggagacactc acacggatca tcctgcgcag tgcggacatc
      901 ctcggcgtgg gctgcgacac ggatgcggcg aaggagatag ccggacgcag tcggggtacg
      961 ccccgtatcg ccaacgcgct gctgcgtcgg gtgcgcgatt ttgcgcaggt gaaaggttcg
     1021 ggccgcgtag atcgcgccat cgcctgctat gcactcgagg cgctccacat cgaccgttac
     1081 ggattagact tgatcgataa caagatcctg aacttgctca tcgacaagtt tcacggcgga
     1141 ccggtggggc tgacgacgat cgccacggcg ctcagcgagg atccgggcac gttggaggag
     1201 gtctatgagc cattcctgat ccaagagggc ttcctgaagc gcacgccgcg cggacgggag
     1261 gtgacgcaac tggcgtatga gcatctcggc aaggcgccga cgccgtcgca aggcacactc
     1321 ttcgataatt gataattatt aattgacaat tagcaagcca tggccggagg aatgaagcgg
     1381 ttagcgaagg agacggcgat ttacgggctg agcagcatcg tggggcgttt cctgaattgg
     1441 atgttggtgc cgatgtatac gcgggtgctg gcgaacacga atgagtttgg cgtggtgacg
     1501 aacctctacg ggtggacggc actgctgctc gtcatcctga cgtatggcat ggagacgggc
     1561 ttcttccgct tcgtgaacaa acaggaggag cgcgaaccga tgcgcgtcta tgccacggcg
     1621 ctctatagcg tcggcttcac gtcggccctc ttcatggtcg cggcgtggct gttgctcggg
     1681 ccgatcagtg gggcgttggg ctacgcggcg catccggaat acgtcggcat gatggccggc
     1741 attgtggccg tcgacgcctt ctgttgcctg cccttcgctt atctccgata ccgcaacaaa
     1801 gccctccgat tcgccgccat caagctcttc aacatcttcc tcaacattgc gctgaacatc
     1861 ttcttccttg tcgtctgtcc gcggctgaac gcctcgcacc ccgagtggat cgcgtggttc
     1921 tatcggcccg gctacggcat cgggtacatc ttcctcgcaa acgtcttcac caccgtcacc
     1981 acgctgctca tgctgctgcc cgacatgatg cccggcctcc gcgcccgacc cgacgcggcg
     2041 cgcctccgcc gcatgctggc ctactctttt ccgatcctga tcctgagcat cgccggcatc
     2101 ttcaatcaga cggccgacaa aatcctcttc cccttcctct tcgccgacaa ggccgaggcc
     2161 gacgcacagc ttggcatcta cggcgcctgc ttcaagattg ccgtggtgat ggtcatgttc
     2221 atccaagcct ttcgctacgc ctacgagccc ttcatcttcg ccaagacccg cgacgccgac
     2281 aaccgccgct cttacgtcga ggccatgcgt tacttcatca tcttttcgtg gctgatcttc
     2341 ctcggcgtca ccttctactt agacctgctc aagcacttcg tcgacgcccg ctactacgcc
     2401 ggcctcagcg tcgtgcccgt ggtcatgctc ggggagctgt ttttcggcat ctacttcaac
     2461 ctctcggtgt ggtacaagct gaccgaccgc acccagtggg gtgcctactt ctccacggcc
     2521 gggtgcgtca tgacggtggc cgtcatcgtg ctcttcgtac cccgcttcgg cttcatggcc
     2581 tgcgcctggg cctcgtttgc cagcaatctg ctgatgatgg tgctctctta cctcatcggg
     2641 cggcgctatt accccgtgcc ttacgacctc cgttcggccg ccttctacac cctgctcgcc
     2701 gccgccttct tcgccgcggg catatggcct gagatcgata acacgctcct gcgaatggct
     2761 tatcgcaccg cgcttctgct tgtctttatg gcgatcatca tccggcgcga cctgccgctc
     2821 tccgaactgc cgtttattca tggaaggagg aaagtggcat gaagcaccat caccgccatc
     2881 ctcaaacaga ggtctgtttg gctcagccaa tgtgcgcgga t
//
LOCUS       SEQF3106|MIQD01000146.1 2913 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2913
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(1007..1273)
                     /locus_tag="SEQF3106_01976"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSARFTLTRRYLRAHVWLHRQCDRLTERQRKYLVFGLCALYFVC
                     SVTMIAQLFLPEEKHEQAIPVSRFADSPIQRDSLHRHVIEPIKT"
     CDS             complement(1277..1900)
                     /locus_tag="SEQF3106_01977"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEFRSLTNIETSFKQIRLYAAAFVVLCIVITGIVVYSSYAFANR
                     QREKIYVLDNGKSLILALSQDAAANRPVEAREHVRRFHELFFTVAPDKDAIEKNMERA
                     FLLCDKTAYDYYRDLAEKGYFNRIISGNINQRVEVDSIRCDFDRYPYEVTTYARQFIV
                     RPSNVTERNLITTCTLQNAVRSDNNPQGFLMEHFLVRENRDIQTYKK"
     CDS             complement(1910..2893)
                     /locus_tag="SEQF3106_01978"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMPLCANMAGIAKGIAGLGALFYIALRIWSSLARAEPIDVFPLL
                     RPFVLGFCIMFFPSVVLGTVNAVLSPVVQGTEKLVHVQQNDLQSLRDQRDKLEEEAYR
                     RDKSRAYLVDDAAWDEKVQEMGFIGPEDAITLAGMYAERTAFNTKRWFVKKIYQALEL
                     VYNAASLVIDTLRTFILIVLSILGPIVFGIAVWDGLGGSLSAWFARYISVYLWLPVSS
                     ILTALLTKIQVLMISKDIAELQNPGYVPDSGDWYYIVFFLIGIVGFFCVPTVAGWIIE
                     AGGGIGNYGRNVNQTAQRGVQGAYTGGKVTMAGAGAALGNVGGRIKGLLIK"
ORIGIN      
        1 tagataagcc ttcttgcccg tcgaggtcga aggcggagag cttgacggcg aggatacggc
       61 cggcgtgttc tacactcgta acgtggagct tcatccggtt gccgtcgatc gtggattgcg
      121 caataagcac ggtgttgcgc ggcagcgtca taccctcgat gcgggccgat tccgcgagac
      181 ggaggcggag gaagtcgcct tgccggatgg ttgtcgtgcg atcgacaacg accgacagcg
      241 tattgcgggc gatggagggt gcggcctttc cgacagagtg aaaactcatg ttgcgctcct
      301 tgtaaccgta ctcggcgata aaagcggagt cactgatcgg ctgatcgagc gaggagacga
      361 ccgtctcccg ctcgggcgat agctctgcgg cgggtagttc agaagcgggt ggcttaacgg
      421 acttgtccga actgttcgct gacggattcg gtgtcgcgtt gccggaaggg aggtacttcg
      481 cggccatctg atatgacttc tctaacagct tcagttggtc ggcctcgccg tcggacttgg
      541 cgcgctcctc cttcagcgca ccgagttcgg cgcggagggc attgagttca cgtttgacgt
      601 cgtcgtcttc cacggcaggc aggtcgtaaa acgattccaa ctcgcgggcg gtctcctcgt
      661 acttgtcgat cgaccggccg atagccgcgg ggacttcctc gctcggttcc ggttcggctt
      721 tcgcctcgcc ctcccggttg aagtagtcag cgagcgtgcc gagcagctgg ctcttgcgac
      781 cctccgcctc ttcgtcgcgc cctaactcgt aggccttgag cttgcttgtg ggcagctcat
      841 cgggcgaggc ttgtgggacg tccttgttca gcccttgcgc cgcggccgac tgttcatcgg
      901 cggacggtct gaagatgaac cagattgaga gggtaaacag caagcccagt ccggtaaaaa
      961 caagggtgcg ctgcagttgt tctttacgtt tggtgtccat gataggttag gtctttatgg
     1021 gttcaataac gtggcggtgc aggctgtccc gctggatcgg gctatctgcg aatcggctga
     1081 cggggatggc ctgttcgtgc ttctcttcgg gaagaaagag ctgagcaatc atggtcaccg
     1141 agcagacgaa gtagagtgcg caaagtccga agacgaggta cttgcgttgt ctttcggtaa
     1201 ggcggtcgca ctgtctatgc agccatacat gtgcccgcaa gtagcgacgg gtgagggtaa
     1261 atcttgcact catggcttat ttcttatatg tctgtatgtc tcggttttca cgaacgagga
     1321 agtgctccat caggaagcct tgcgggttgt tgtctgagcg gacggcgttt tgcagtgtgc
     1381 atgtcgtgat caggttgcgc tccgtcacgt tgctcggacg gacgatgaac tgacgggcgt
     1441 aggttgtgac ttcatacggg tagcgatcga agtcgcagcg gatcgagtcc acctccacgc
     1501 gctggttgat gttgcccgag atgatgcggt tgaagtagcc cttctcggcg aggtcgcggt
     1561 agtaatcgta tgccgttttg tcgcacagga gaaaggcgcg ttccatgttc ttctcgatgg
     1621 cgtccttgtc gggtgcgacg gtgaagaaga gttcgtggaa gcggcggacg tgctcgcgcg
     1681 cctccacggg acgattggcg gcggcgtcct gactgagggc gaggatgagc gacttgccgt
     1741 tgtccaagac gtagatcttc tctcgctgac ggttggcaaa ggcgtacgac gaatagacga
     1801 cgatgcctgt aatgactatg cacaacacaa cgaaagcggc ggcgtagagc cggatctgct
     1861 taaacgaggt ctctatgttg gtgagtgatc taaactccat aatctcctat tatttaatga
     1921 gtaaaccctt gatccgtccg ccgacattgc cgagtgcggc acccgccccg gccatcgtca
     1981 ccttgccgcc ggtatatgcg ccttgcacgc cgcgctgcgc cgtctgattg acattgcgac
     2041 catagttgcc gatgccacca ccggcctcga tgatccagcc cgcgaccgtc ggcacgcaga
     2101 agaagcccac gataccaatg aggaaaaaga cgatgtagta ccagtcgcca gagtcgggga
     2161 cgtagcccgg attctgcagt tcggcgatat ccttgctaat catcagcacc tgtattttgg
     2221 tcaggagtgc ggtgaggatg gagctgacgg gcagccacag gtagaccgag atgtaccgcg
     2281 caaaccacgc gctgagcgac ccgccgaggc cgtcccacac ggcaatgccg aagacgatcg
     2341 gcccgaggat ggagaggacg atgagaatga acgtgcggag ggtgtcgatg acgagcgagg
     2401 cggcgttgta aacgagttcg agcgcttggt agatcttctt tacgaaccac cgcttggtgt
     2461 tgaaggccgt gcgttcggcg tacatgccgg ccagtgtgat ggcgtcctcc gggccgatga
     2521 agcccatctc ttgcaccttc tcgtcccacg ccgcatcgtc gactaagtaa gctcgcgact
     2581 tgtcgcgtcg gtaggcctct tcctcgagtt tgtcgcgctg gtcgcggagc gattggaggt
     2641 cgttttgctg cacatgaacg agcttctcgg tgccttgcac gacgggcgag agcacggcgt
     2701 tgacggtgcc caggacgacc gacgggaaga acatgatgca gaacccgagg acgaaggggc
     2761 ggaggagtgg gaagacgtcg atcggctcgg cgcgggcgag cgatgaccag atgcgtaggg
     2821 cgatatagaa gagtgcgccg aggccggcga tgccctttgc gatgcctgcc atattggcac
     2881 acaggggcat catctccccg taggtggcgt gca
//
LOCUS       SEQF3106|MIQD01000147.1 2757 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2757
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             22..2334
                     /gene="ptlC"
                     /locus_tag="SEQF3106_01979"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7VSX9"
                     /codon_start=1
                     /transl_table=11
                     /product="Type IV secretion system protein PtlC"
                     /translation="MLPDFTIVHKQDWFVKERYAGRLSDGELSFLARASERHFNERPF
                     LDHACYLFLTKTTRQRMARQSNFSSLCRGTILPKEVGNREEVAKFMEAVDQFERIIND
                     DDRIRLTRMTEEELVGTKEKSGLLDRYFSLSDTGHASLEDIRLGADLVRVGDNQLCLH
                     TLSDTDDLPAVVSTDSRYERLSTDRSDCRLSFAAPVGLMLSCNHLFNQYLFIEDSEEN
                     LNRFEKQARNMHSLARYSRSNQINEAWIQEYLNLARSQGLTSIRAHFNVLAWSDDAEE
                     LRQIKNDVGSALALMECRPRHNTVDAATLYWAGIPGNAADFPSEESFYTFIDPALCFF
                     TAETNYRDSLSPFGIKMADRLSGRPIHLDISDLPMKKGIITNRNKFILGPSGSGKSFF
                     TNHMVRQYYEQGAHVLLVDTGNSYEGLCGLINRKTKGADGIYFTYTDARPISFNPFYT
                     DDYVFDVEKRESICTLLLTLWKSADEPVTKTEAGELGSAVNAYIETIRTNRKITPCFN
                     TFYEYLRDVYRPEMGRREIRVTLSDFNIDNLLTTLKQYYVGGRYDFLLNSDRNIDLLS
                     KRFIVFEIDAVKDNKDLFPVVTIIIMEAFINKMRRLKGVRKMILIEEAWKAIASANMA
                     DYIKYLYKTVRKYFGEAIVVTQEVDDIISSPIVKESIINNSDCKILLDQRKYMTKFDG
                     IQALLGLSEKEKSQILSINQNNDPERRYKEVWIGLGGMQSAVYATEVSREEYLAYTTE
                     ETEKVEVMRLADRLGGDIEQAISRLAHGDP"
ORIGIN      
        1 gcgtggcaca aggccgtcaa ggtgctgccc gacttcacca tcgtgcacaa acaggattgg
       61 ttcgtcaagg agcgctatgc cggtcgcctc tcggacggcg agctgagctt cctcgctcgc
      121 gcctccgaac gccacttcaa cgagcgcccc ttcctcgacc atgcctgcta cctcttcctc
      181 accaagacca cgcgccagcg catggctcgg cagagcaact tctcctcgct ttgccgcggt
      241 acgatcctgc cgaaggaagt aggcaaccgc gaagaggtgg ccaagtttat ggaggccgtc
      301 gaccagtttg agcggatcat caatgacgac gaccgcatcc gcctgacgcg catgaccgag
      361 gaggaactcg tcggcacgaa ggagaaaagc ggtttgctcg accgctactt ctcactctcc
      421 gacacgggtc acgcctcact cgaggacatc cgcctcggcg ccgatcttgt ccgggtgggc
      481 gacaatcagc tttgcctgca cacgctcagc gacaccgacg acctgcccgc cgtggtctcc
      541 accgacagcc gctacgagcg tctctccacc gaccgcagcg actgccgact ctccttcgcc
      601 gcacccgtcg gactcatgct ctcgtgcaat cacctcttca accaatacct ctttatcgaa
      661 gacagcgagg agaacctgaa ccgtttcgag aaacaggcgc gtaacatgca ctcgctggcg
      721 cgttattccc ggagcaatca gatcaacgag gcatggattc aggagtacct taacctcgcg
      781 cggtcacagg ggctgacttc tatccgcgca cacttcaacg tcctcgcgtg gagcgacgat
      841 gcggaggagc tgcgccaaat caagaacgac gtcggcagtg ctctcgcgct tatggagtgc
      901 cgtccgcgac acaacacggt cgacgcggcg acactctact gggcgggcat ccccggaaac
      961 gccgccgact tcccatcgga agaatccttc tacaccttca tcgacccggc gctctgcttc
     1021 ttcacagccg aaacgaacta ccgcgactcg ctctccccct tcggtatcaa aatggccgac
     1081 cgcctctccg gccgcccgat ccatctcgac atctccgatc tgccgatgaa aaaaggcatc
     1141 atcacgaacc gcaacaagtt catccttggg ccctcgggca gcgggaagtc gttcttcacg
     1201 aaccacatgg tgcggcagta ttacgagcag ggcgcgcacg tgctgctcgt cgatacaggc
     1261 aactcctacg aggggctttg tggcctgatc aaccgaaaga cgaagggcgc agacggcatc
     1321 tatttcacgt acaccgacgc ccggccgatc tccttcaacc ccttctacac cgacgactac
     1381 gtgttcgacg tggagaagcg cgaaagcatc tgcacgctgc tgcttacgct gtggaaaagt
     1441 gccgacgaac ctgtcacaaa gacagaggcc ggcgagttag gttcggccgt caatgcgtac
     1501 atcgaaacga tccgaacgaa ccggaaaatc acgccctgct tcaatacgtt ttacgagtac
     1561 ctgagggatg tctatcgccc ggagatgggg cgcagagaga tccgagttac cctctctgac
     1621 ttcaacatcg acaacctgct cacgaccctc aaacagtatt atgtaggagg gcgttacgac
     1681 ttcctgctca actccgatcg caacatcgac ctgctctcca aacgctttat cgtcttcgaa
     1741 atcgacgcgg tgaaagacaa caaagacctc ttccccgtgg tgacgatcat catcatggag
     1801 gcgttcatca acaagatgcg aaggctcaag ggcgtacgga aaatgatcct tatcgaagag
     1861 gcttggaaag cgatcgcatc ggccaatatg gcagactaca tcaagtacct ctacaagacc
     1921 gtccgcaagt atttcggcga ggcgatcgtg gtgacgcagg aggtcgacga catcatctcg
     1981 tcgcccatcg tcaaggagtc gatcatcaac aactccgact gcaagatcct gctcgaccag
     2041 cggaagtaca tgaccaagtt cgacggcata caggcgctgc tcgggttgtc ggagaaggag
     2101 aaaagccaga tcctctcgat caatcaaaac aacgaccccg agcggcgtta caaagaggtg
     2161 tggatcgggc tgggcggcat gcagtcggcc gtttacgcca cggaggtctc gcgcgaggag
     2221 tatctcgcgt acacgactga ggagacggag aaggtcgaag tgatgcgctt ggccgatcgc
     2281 ctcggcggag acatcgaaca ggccattagc aggttggcgc acggcgatcc ttgacgctcc
     2341 caagcgtcga tgacgcgcaa acagcagtcg gtgcgtccgt ctacggaagg ttgagcataa
     2401 aattagccgc tcatcctatc aagattcgct acgtaattct atgaggatta gcatgctaat
     2461 tctataacaa ttcgcatgct gattcttata cgattagccg ctaattctct ctccgtctac
     2521 tggctggtag cagacccgtg cagctacagc cgtgacgatc gtccgccttg atcatccctt
     2581 accatttcat tctaacccca tccaacacct catgaaacac aaacttatcc tctgcctcgt
     2641 gtgctgcctg ctgcttacgc gaacggcgca cgcccaatgg atcgttaccg accctgtcaa
     2701 cttggcaggc aacatcgcga acacgatcaa agagatcgcc accgcctcca aaacggt
//
LOCUS       SEQF3106|MIQD01000148.1 2756 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2756
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(110..2227)
                     /locus_tag="SEQF3106_01980"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLPLSRIARLKAYVEIRESYHRLYDYEANNQLADPEEREKLNR
                     LYDDFVRRWGNLNLKANADLLKMDATGAEMLFLERSEGGRYIKADIFDHPTAFALTES
                     VAADPSEALCASLNKFGTVELPYMTSLLPDMEESDILAALEGRIFFNPIADAYEIADQ
                     FISGNVIEKAERIDAWLLDHPRHEAAKQSLAALRAATPTPIPFADLDFNLGERWIPAK
                     VYARFASDLFGAEVGVSYLPDMDEYILSCDRKNQAIWHTYAVQGEFRKYDGLNLFKHA
                     LHNTVPNITKSKEITDPKTGEKATIKVRDGRAIQMADTKIEEIRQAFIGWLGRTPDTF
                     KQQLADRYNRLFNCFVRPDFDGSHQTFPGLDLKGLGFPDLYPSQKDAVWMLKTNGGGI
                     CDHEVGGGKTVIMCTAAYEMKRLGLANKPMIIGLKANVFDIADTFRKAYPNARILYPG
                     KEDFTVKNRARIFSDIKNNDWDCVILTHDQFGAIPQSAEIQEAIMQKELDSVQENLDV
                     LRKQGREISRSALKGLEQRKLTLTAKLRDIRDTIAERKDDVVDFKMMGIDHLFVDESH
                     QFKNLMFNTRHNRVSGLGNPNGSQRALNLLFAIRTIQERTGKDLGATFLSGTTISNSL
                     TELYLLFKYLRPRALEKQGIGSFDAWAAVFAKKSGDYEFSVTNEIIRKERFRTFIKLP
                     ELSAFYGEVWESGAREGEKGREG"
ORIGIN      
        1 aggcaaaaag gggaacgatt aggtaactga actccctctt tgaagcccct ttttttgcct
       61 tttccctctg gtgaaagcct cggcaggatg cggcaaaagt cgctacccat cagccctctc
      121 gccctttctc gccttccctt gctcccgact cccatacttc cccatagaag gccgagagct
      181 ctggcagttt gatgaacgtc ctgaagcgtt ccttccggat gatctcgttg gtgacggaga
      241 actcgtaatc gccggacttc ttagcgaaga cggccgccca cgcgtcaaag gatccgatgc
      301 cttgcttctc cagggcgcgc ggacggaggt acttgaagag cagatatagc tccgtcagac
      361 tgttgctgat ggtggtgcca gaaaggaagg ttgccccaag gtctttgccc gtccgctcct
      421 gaatggtgcg gatggcgaat agcaagttga gcgcccgctg cgatccgttc ggattaccaa
      481 ggcccgacac gcggttgtgg cgggtgttga acatcagatt cttgaactga tggctctcgt
      541 cgacaaacag gtgatcgatg cccatcattt tgaagtccac gacgtcgtcc ttgcgttcgg
      601 cgatggtgtc ccgaatgtcg cgcagtttgg ccgtgagcgt cagcttgcgt tgttctaacc
      661 ctttaagcgc agaccgggag atctcccgtc cctgcttcct taacacgtct aagttttcct
      721 gcaccgagtc caattccttt tgcatgatcg cctcttggat ctctgccgac tgtgggatgg
      781 cgccgaactg atcgtgcgta aggatgacac aatcccagtc gttgtttttg atgtcgctga
      841 agatccgcgc ccggttcttg accgtgaaat cctccttgcc gggatagaga atgcgggcgt
      901 tggggtaggc tttgcggaac gtgtcggcga tgtcgaagac gtttgccttg agtccgatga
      961 tcatcggctt gttcgccagc ccgagccgct tcatctcata ggccgccgta cacatgatga
     1021 ccgtcttgcc gccccccacc tcgtgatcgc agatcccgcc gccgttggtt ttaagcatcc
     1081 acacagcgtc cttttggctt ggatagaggt cggggaagcc cagtcccttc aaatccagtc
     1141 ccgggaaggt ctgatgagac ccatcaaaat cgggacggac aaagcagttg aatagccgat
     1201 tgtaacggtc ggccagctgc tgtttgaacg tgtccggtgt acgcccaagc cagccaatga
     1261 atgcctgccg gatctcctcg atcttggtgt ctgccatttg gatggcgcgg ccgtcgcgca
     1321 ccttgatcgt cgccttctcg cccgtcttgg ggtcggtgat ctccttgctc ttagtgatgt
     1381 tcggaaccgt gttatggagg gcatgcttga acaagttcag cccatcgtat ttccgaaact
     1441 cgccttgcac ggcgtaagta tgccagatgg cttgattctt ccgatcgcag gagaggatat
     1501 actcgtccat gtcggggagg taggacacgc caacctccgc accgaacaga tcagaggcga
     1561 agcgggcgta gaccttagcc gggatccaac gttcaccgag gttgaagtcc aagtcggcaa
     1621 acgggatcgg cgttggagtg gccgcacgga gtgccgcgag actctgcttc gccgcctcgt
     1681 gcctcgggtg atcgagcagc cacgcgtcga tccgttcggc cttctcgatc acattgcccg
     1741 agatgaactg atccgcgatc tcgtaggcgt ctgcgatcgg attaaagaag atgcgcccct
     1801 cgagtgcggc gaggatgtcg ctctcctcca tgtcgggcag cagggaggtc atgtagggta
     1861 gttccaccgt accgaacttg ttgagtgatg cgcagagcgc ctctgacggg tcggccgcga
     1921 cagactcagt cagggcgaag gccgtcgggt gatcaaagat gtcggccttg atgtatcgtc
     1981 ccccctcact tcgttccaag aagagcatct cggcacccgt ggcatccatc ttcaggaggt
     2041 cggcgtttgc cttgagattg aggttccccc aacgccggac gaagtcatcg tacaatcgat
     2101 tcagcttctc gcgctcctcc ggatctgcca gctgattgtt cgcctcataa tcgtagagcc
     2161 gatggtagct ctcgcggatc tcgacgtacg ccttgaggcg cgcgatgcgc gaaagcggca
     2221 ggtccattgg gtggaacgtc gggctgcacc atcgactttt ttggatcaat atttgttatc
     2281 gatacttgcc acataagata tgcgagatag aagatagtta acatggcaga aatagaaagg
     2341 aggtgtatat agaatggctc agactagttc tggtaagaag attgtacctg taaagaaata
     2401 cacaaagtcc aacggcacta atgttccaaa acattatcgt tctacgccta atacaagtac
     2461 gggcaagaag aaatcttcct gaaagaccaa taaaagcgta gaacttgctt tgtggtcata
     2521 gaaacgtatt gcgagggcta agtgagtgtt ctttcgttaa gagatgaatt tgcatcggaa
     2581 ggagtacatg tatctgaaga gagtgcactc tgacagagct gacgctttgt cagggtgcat
     2641 gctgtattat gacaacacat tttgaatgcc cccatactgg atgaggatgg aggcattcgt
     2701 cgggctgtcg gccacgccgc gggaggtgat gaaggccagc aatccgccct cgcgaa
//
LOCUS       SEQF3106|MIQD01000149.1 2697 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2697
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             79..1518
                     /locus_tag="SEQF3106_01981"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEAARGDDVGVHPAAVVEQRALARSDVYGVEVALYRAALGRKDD
                     GTFPRLVEAKQIIDDKVAARQLAQHLAFGVEEVEVVVAVLLALEDELVGVPRQEGDGG
                     VGGDVLLVLLGVERGALVARHGVVSVEAHLVLPAVELLEVNGFAVGAPADVHKVAVFR
                     AADLQIDRLVGFYIIDTDGDFVSGLPGHGILLRGEHSHAVRVYIDEGIVAHHRLIHAV
                     EGEACAVGVPEGAFVDAEHLAVGGDAVGDLAATVGGDLAHPALAVDHVKVISADKRRG
                     ARGRRPVGVLLSVRCLTPNHLPRLPIHEHALRLILDEHERLLSIGEGDVAEGLHAMAI
                     VRGADPRVDVVEGEEARFASVCFVDHGAEIRVGAHGLLAPPHDVAVLRDHVAVVRSAE
                     VEILQREEFLLCRSRLGECGEKGHGECQGEIRFDFHDDCVIYCVIKTSADAKLPIMGS
                     PAPAFFSGGYVSTAASLYIKDKARRSIRI"
     CDS             complement(1508..2455)
                     /locus_tag="SEQF3106_01982"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYYGIGGLTPMAYMQYRKTGGVAADYPENKRKENWSIKDGKLI
                     DISKKWINPAAAINGRYTLLDDFGLTAEYVFAMRHPYAYDFAGEEMPNLDPVNIHLGR
                     AGIFWNNSWVQLASQLSFVRQTNYKWRVQFNNPKNETDFTTVFVNYDVQTIGWTTDMV
                     LQPAKGFTFHALFTLQDPRYKNYEINPTFKDGSTSHVSFSDKKTVGVSDMILELNPSY
                     TYDKFNVWLSARYSSSYYINKLNTFKFNGLWTTFAGVSYALNKNVDFSVNFVNLFNVS
                     GASGGVSTSDLKPKNVENYLAVGSYIRPFTVSFGAKVRF"
     CDS             complement(2428..2655)
                     /locus_tag="SEQF3106_01983"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFWWGRSFVNSSSGTMVQTLEKSPVWLLQKGKFITGCNETGEY
                     MDMHEEKAALYASDGSGFLAVSAWNTTASAD"
ORIGIN      
        1 gaagtcgatg cagcgcggca cggtcggctc ggagtaattg tcgatgatcc agccgccgtc
       61 gggcgagagg gcacggtcgt ggaagccgct cggggagatg atgttggcgt gcaccccgcg
      121 gccgttgtcg agcagcgtgc gcttgcccgt agcgatgtct acggcgtaga ggttgctctg
      181 tatcgggctg ctctcggccg aaaggatgat ggcacgtttc ctcgccttgt cgaagccaag
      241 cagatcatag acgacaaagt tgccgctcgt cagctggcgc agcatctcgc ctttggtgtt
      301 gaagaggtag aggtggttgt agccgtcctt ctggctttgg aggatgaact tgtcggcgtc
      361 ccacggcagg aaggcgacgg aggtgtagga ggtgatgtac ttctcgtgtt gctcggtgta
      421 gagcgtggcg cgcttgtcgc ccgtcacggc gtcgtaagcg tcgaggctca tctcgttctg
      481 cctgcggttg aactccttga ggtaaatggt tttgccgtcg gggctccagc cgatgttcac
      541 aaagtagcgg tctttagggc tgccgacctt cagatagatc gtcttgtcgg cttttacatc
      601 atagacaccg acggtgactt cgtgagtggt ctgcccggcc atgggatact tctccggggc
      661 gagcacagcc atgctgtccg ggtctacatc gacgagggga tagtcgcgca ccatcgtttg
      721 atccatgcgg tagaaggcga ggcgtgtgcc gtcggggttc cagaaggtgc ctttgtagat
      781 gccgaacatc tcgcggtagg cggtgacgcc gtaggtgatc tcgcggctac cgtcggtggt
      841 gatctggcgc acccggccct cgccgtcgat cacgtaaagg ttatcagcgc ggacaaacgc
      901 cgtggcgcgc gaggccggcg accagtcggt gtgctcctga gcgtccgctg cctgacgcca
      961 aaccaccttc cgcgccttcc aatccacgag catgcgctcc gtctgattct tgacgagcac
     1021 gagcgactgc ttagcatagg ggaaggtgac gtggcggagg gtcttcacgc gatggctatc
     1081 gtccgtggcg ccgatccaag agttgacgtc gtcgagggtg aagaggcgcg tttcgcgtcc
     1141 gtttgttttg ttgatcacgg cgcagaaatc cgtgtcggtg cgcacggcct cctcgcccca
     1201 ccacacgatg ttgcggttct gcgggatcat gttgcggtag ttcgttccgc cgaagttgag
     1261 atcctccagc gtgaagagtt tcttctgtgc cgctcccgtc tgggggagtg cggcgaaaag
     1321 ggtcatggtg agtgccaagg tgaaatacga tttgattttc atgatgattg tgtgatttat
     1381 tgtgtgataa aaacatcagc cgatgcaaag ctgccgatca tgggcagccc tgcaccggct
     1441 ttcttttctg ggggttacgt gtccaccgct gcttccttat atataaagga caaggcgagg
     1501 cgctccatta gaatctgact ttcgctccaa acgacacggt gaacggacgg atataagaac
     1561 ctacggccaa gtagttctcc acattcttcg gcttcaggtc ggaggtcgac acaccgccgc
     1621 tggcaccgct tacgttgaac aggttgacga agttgacgga gaagtcgacg ttcttgttca
     1681 gtgcatagct gacaccggcg aaggtggtcc agagtccgtt gaacttaaag gtgttcagct
     1741 tattgatgta gtacgaactg gagtagcgtg cgctcagcca gacattgaat ttatcgtacg
     1801 tatagcttgg gttcagctcg agaatcatgt cgctgacacc gaccgtcttc ttgtcgctga
     1861 agctgacatg gcttgtcgat ccgtctttga acgttgggtt gatctcgtag ttcttgtagc
     1921 gcggatcttg cagggtgaag agggcgtgga aggtgaatcc ctttgccggc tgcaacacca
     1981 tgtcggtcgt ccagccgatg gtctgcacgt cgtagttcac gaatacggta gtaaagtccg
     2041 tctcgttctt cgggttattg aattgtacgc gccacttgta gttggtctgg cgaacgaacg
     2101 acagttgcga ggccaactgc acccaagagt tgttccagaa gataccggcg cgccccagat
     2161 ggatgttcac agggtcgagg ttcggcattt cctcgccggc gaagtcgtaa gcataagggt
     2221 gccgcatggc gaagacgtat tcagccgtca ggccaaagtc atcgagcagg gtgtagcgcc
     2281 cattgatggc cgcggcgggg ttgatccact ttttggagat gtcgatcagc ttgccatcct
     2341 tgatgctcca attctctttg cgtttgttct cgggataatc agctgcgacg ccgcccgttt
     2401 tgcggtattg catgtaagcc atcggtgtca atccgccgat gccgtagtat tccatgcgga
     2461 gaccgccaga aagccagagc cgtcggaggc ataaagggcg gctttttcct cgtgcatatc
     2521 catgtactct cccgtctcgt tgcaaccggt gatgaattta cccttctgaa gcagccaaac
     2581 gggcgatttc tccaaggtct gcaccatggt gccggagctg gagttgacga atgagcgccc
     2641 ccaccagaag ttcatacctg ttcgccagtt gtggctagcc gaggagcgag agagttc
//
LOCUS       SEQF3106|MIQD01000150.1 2692 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2692
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             10..1026
                     /locus_tag="SEQF3106_01984"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALNMTLNGAAGATADEMRTALREAGYTTADINAYSRELREALL
                     RADPKTTIGIANSIWYHQGATIKAPFLEANRTYYDAEVEAIDFTSPTAVSTINGWCAR
                     KTNNRIKKILGEIPGNAFMYLINAVYFKGTWTTRFEKKHTFSTDFHRADGSTQKVQMM
                     NLKDTFRCASSDVCDYLEMDYGNHTFSMVIMLPKDGKTTRDVIAAMDGKKWAETMESL
                     ILTMCYVYLPRFKAECEYKMHKQILPEMGMKLPFNPELADLSGIADISAFGRLFISSV
                     IHKTFVQVDEEGTEAAAVTSVGVEVGSNESPFFIVDRPFLFAIREKGTGVILFVGEIG
                     EVKN"
     tRNA            complement(1181..1281)
                     /locus_tag="SEQF3106_01985"
                     /product="tRNA-Pro"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Pro(ggg)"
ORIGIN      
        1 agcgtcagca tggcgctgaa catgaccttg aacggcgccg ccggtgccac ggccgacgag
       61 atgcgcaccg ccctacgcga agcgggctac accacggccg acatcaatgc ctacagccgc
      121 gagctccgcg aggccctgct ccgtgctgac ccgaagacga cgatcggcat cgcgaactcc
      181 atctggtatc accagggggc gaccatcaag gcgcccttcc tcgaggccaa ccggacgtat
      241 tacgacgccg aggtcgaggc catagacttc acttcgccca cggccgtcag cacgatcaac
      301 ggatggtgcg cccggaagac gaacaaccgg atcaagaaga ttttggggga gatccccggc
      361 aacgccttca tgtacctcat caatgcggtg tacttcaaag gcacatggac tacccgcttt
      421 gaaaagaagc acactttcag cacggacttc caccgagccg atggttcgac gcaaaaggtg
      481 cagatgatga acctcaagga caccttccgc tgcgcctcga gcgacgtctg cgattatctc
      541 gaaatggact acggtaacca caccttcagt atggtcatca tgctgcccaa agacgggaag
      601 actacgcgag acgtgatcgc cgccatggat gggaaaaaat gggccgagac gatggaaagt
      661 ctgatcctga cgatgtgcta tgtctacttg ccgcgcttca aggccgagtg cgagtacaag
      721 atgcataagc agatacttcc ggagatgggg atgaagctgc cgttcaaccc tgagctggct
      781 gacctctccg gcatagcgga catcagcgct ttcgggcgcc tgtttatttc ctccgtgatc
      841 cacaaaacct ttgtgcaggt ggatgaagag ggcaccgagg ccgcggccgt cacaagcgtt
      901 ggtgtagaag tgggcagtaa cgaatcgcct ttcttcatcg tcgatcgacc gttcctgttc
      961 gccatccgcg agaagggcac aggcgtaatc ctctttgtcg gggaaatcgg ggaggtgaaa
     1021 aactaaaagt gaaaagcggg ggatggctgg ataccgcatg ggcccggcca tacatcattc
     1081 cacacgatat gtttcatttc aaatacacat tgctctatga aaaagttgtt tctctacgca
     1141 gggcttctct ccctgctgct ggccgccggc tgtacatcga gcggcaatga cccgatcccc
     1201 gaaccgaagc ctgctccgaa gccggaacaa ggaacggttg accccaaacc gtcgccccac
     1261 ccgcgcgaac tacccttagc caagccgatc gtattgaaac gtgccgagaa ggtaaccacc
     1321 gacaacacct tcaccttcga tctgctccgc gccgtcagga agcatgcgga cggagccaac
     1381 gtcttcatct caccgctcag cgtcagcatg gcgctgaaca tgaccttgaa cggcgccgcc
     1441 ggtgccacgg ccgacgagat gcgcaccgcc ctacgcgaag cgggctacac cacggccgac
     1501 atcaatgcct acagccgtga gctccgcgag gcgctgatga aggtcgaccc gtcgacacag
     1561 atcggcatcg cgaactccat ctggtatcgc cagggggcaa ccatcaaggc gcccttcatc
     1621 gaggccaacc gcacgtttta cgacgccgag gtcgaggcct tagacttcgc ctcacctacg
     1681 atcgtcggca caatcaacgg ctggtgtgcc cagaagacga acaaccggat caaggagatc
     1741 ataacgaagg tggatcccac gaccctcatg tacctcatca acgccgtcta cttcaagggc
     1801 acgtggcgca accccttcga gaaggatttc acccaggagg ctgacttcca ccgggcgaac
     1861 ggcacccgac agcgcgtgca gatgatgcat caggcgtcta tatttaagta caccgaggac
     1921 gagctgggcc agtatgtgga gatggacttt ggcaacgatg ccttcagcat ggttgtcgtg
     1981 ctcccgaaca agggccggac aacgcgcgac gtgatcgcgg ccatggacgg cgcgaagtgg
     2041 gaggccgcga cgaagcgtct gaatgacgaa ttggttgagc tgagcctgcc gcgcttcaaa
     2101 gcggagtgcg actaccagct gcacaatcgc atcctgcccg acctcggtat gcggctgccg
     2161 ttctccatcg aggccgactt ctccggtatc accgatacgc cgctgttcat ctctgccatc
     2221 atccataaga cgtttatcga cgtgaacgaa tatggggcag aggccgctgc cgtgacggct
     2281 gtccatatgt cgtttgcacc cggccccgac gccccgaaac caaaatggat agacttccga
     2341 gtagaccgcc cgttcgtctt cgccatccgc gagaagagca caggcgtgat cctctttatc
     2401 ggagagatcg gggaagtgaa aaactaaaag tgaaaagcgg aggatggctg gataccgcat
     2461 gggcccggcc atacatcatt ccacacgata tgtttcattt caaatacaca ttgctctatg
     2521 aaaaagttgt ttctctacgc agggcttctc tccctgctgc tggccgccgg ctgcacatcg
     2581 aacggcgacg aaccgaagcc tgagccaccg atcgttgaac cgccgatgaa ggttgagctg
     2641 aagaaggccg agaaggtgac gcgcgacaac gccttcacct tcgatctgct cc
//
LOCUS       SEQF3106|MIQD01000151.1 2689 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2689
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             603..1109
                     /locus_tag="SEQF3106_01986"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRYNSKIVDALCQRIAEGETVQSACRGEHLHRASFYQWLKSKP
                     EFAERVNAAHQEAYERLGEVANQSIYRLLTGYDVVEERTVTVDTGRTDENGKKILRVK
                     EHITTKKHIPPSAAAIIFTLCNRDPEHWKNRQIAEVTGREGRSLFEGLSDEELNERIQ
                     SLKKKLGV"
     CDS             1134..2618
                     /locus_tag="SEQF3106_01987"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTKALTRTDREAYLSALTERLTREARTNLLSFTEATMPNFVPA
                     EFHRRYYARLTDFALGHTARLMVFVPPQHGKSEGSTRRLPAFVLGKNPDTRVAIVSYS
                     ATKARKFNREIQRIIDTEEYRRIFPETCLNSTNVTTVARAWVRNADECEIVGRAGGFK
                     TVGVGGPLTGDPVDLLIMDDIYKDAREAWSPRVRENISDWYDTVAETRLHNGSRQLIV
                     FTRWHEDDLAGKLLREHGRYDPATNPDGWQVVIYPAIKTGPPTPDDPRAEGEALWPER
                     HSLKKLQAIRARNPHVFDSLYQQDPKPNEGLMYDRGFTEYDVRPATERRIRKAYVDTA
                     DTGADFLCAIVYDETEVGNYIVDVLYTQRPMEYTEPALAEMLSRHAVVECVVESNNGG
                     RGFARAVEQQCRRMGNDRTLFTWFHQAQNKAVRIFSYSAAVQNLSFMPTGWQRRFPQF
                     AHALLGYLKEGVNPHDDAPDALTGTVERRRRTSSAAEVAALFGY"
ORIGIN      
        1 gtaggccggg tcgttaccga aaaggaagga cacggcgcgc ttgatgatga gctgctgaat
       61 ggccagccgg atgcgtgcca caggctcgct gcgcatgggt gcgttccctc ctccgggtgt
      121 gcccgaggtc acttgcaagg tggaggttcc ggcgctggcc tccgggttga ggtcgaccac
      181 gcgtttgtcg cggcgcttgg tgtgatcgtt cacatcgtgc agctccgggt cgatggcttt
      241 gcgtgcggcg ggcacgtctg ggagcggtgt tccacggcct tttttcagcg cgtctataat
      301 gtctgcagtg gtggcacacg ccgccggtgt attgaggggc tgcggtaaac gaaaaacgaa
      361 aaaggaaaaa cgaaaaatgg gccctcgtag gggcgcccct tgtgggcgcc cttcagacgc
      421 cccgacaggg gcgaacgatc gtccgatagc cgggtacgca ctggggcata aacccaggcg
      481 cccacaaggg gcgcccctac gagggaaacg cataaacgaa aaacggcaca tgtagctgag
      541 caccacccgc gaaaacccac ctctaccttt gcgcccgtaa acacacacag caaacgcttt
      601 acatgactcg atacaacagc aaaatcgtag acgccctctg ccaacgaatc gcagagggcg
      661 aaacggtgca aagcgcctgc cggggcgaac acctgcaccg ggcttccttc taccaatggc
      721 tcaaaagcaa acccgaattt gccgaacgcg tgaatgccgc ccatcaagag gcctacgaac
      781 gcctcggaga ggtggccaac caatccatat accgcctcct gaccggatac gacgtcgtcg
      841 aagagcgcac cgtaaccgta gacaccgggc ggacggacga aaacggcaaa aagatccttc
      901 gcgtcaagga gcacatcacc accaagaagc acataccccc ctcggccgca gccatcatct
      961 tcaccctctg caaccgcgac ccggagcatt ggaagaacag gcaaatagcc gaggtgaccg
     1021 gccgtgaggg gcgtagcctc tttgaaggcc tctccgacga ggagctgaac gaacgcatcc
     1081 aatcgctcaa aaagaaactg ggtgtataaa gtgatggaga gagagcagga ggaatgcgca
     1141 caaaagccct aacacgaacc gaccgagagg cctacctcag cgccctcacc gagcgcctga
     1201 cacgtgaagc acgcaccaac ctgctgagct tcaccgaggc cacgatgcca aacttcgtac
     1261 cggccgagtt ccaccgacgc tattacgccc gcctgaccga cttcgccctc ggacacaccg
     1321 cccgactgat ggtcttcgtg cccccgcagc acggcaagag cgaaggctcc acccgccggc
     1381 tgcccgcctt tgtgttgggg aagaatccgg atacaagggt cgccatcgtc tcctatagcg
     1441 ctaccaaggc gcgtaagttc aatcgtgaga tacagcgcat catagacacc gaagaatacc
     1501 gccgcatctt ccccgagacg tgcctaaact ccaccaacgt caccaccgtg gcccgggcat
     1561 gggtgcgcaa tgcggatgag tgcgagatcg taggccgggc gggaggcttc aaaaccgtag
     1621 gcgtgggcgg gccactcacc ggcgacccgg tcgacctgct catcatggac gacatctaca
     1681 aagacgcccg cgaggcatgg tcgccacggg tgcgcgaaaa catctccgac tggtacgaca
     1741 ccgtggccga gacccgcctg cacaatggct cgcgccagct cattgtcttc acccgatggc
     1801 acgaggacga cctggccggc aagctcctac gcgagcatgg ccgatacgac ccggcgacga
     1861 accccgacgg atggcaggta gtcatctacc cggccattaa gacgggccct cccacacctg
     1921 acgacccgcg cgccgagggg gaagccctgt ggcccgaacg ccactccctg aagaagctcc
     1981 aagccatccg cgcacgcaac ccacacgtct tcgattcgct ctaccagcaa gacccgaagc
     2041 cgaacgaggg attgatgtac gaccgcggct ttacggagta cgatgtgcgc ccagccaccg
     2101 agcgccgcat ccgcaaggcc tatgtggaca cggccgacac gggcgccgac ttcctttgcg
     2161 ccatcgtata cgacgagacg gaggtgggca actacatcgt ggatgtgctc tacacccagc
     2221 gcccgatgga atacaccgag ccggcgctgg ccgagatgct ctcgcgccat gccgtcgtgg
     2281 agtgcgtcgt ggagtccaac aacggcggcc gaggcttcgc ccgtgccgtg gagcagcaat
     2341 gccgacgcat gggcaacgac cggacgctct tcacgtggtt tcaccaagca cagaacaagg
     2401 ccgtgcgcat cttttcttac tccgccgcgg tgcagaacct ctccttcatg cccaccggat
     2461 ggcagcgccg cttcccgcag ttcgcccacg ccctcttggg atacctcaag gagggcgtca
     2521 acccgcacga cgatgccccg gacgccctca ccggaaccgt cgagcgccgc cggcgtacct
     2581 cctcagccgc cgaggtggct gccctcttcg gctactgaaa gcacacatag agacgcgtta
     2641 ctccttgact gccccgggca cccacaaggg gtgcccctac gagtccgcc
//
LOCUS       SEQF3106|MIQD01000152.1 2677 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2677
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             278..781
                     /locus_tag="SEQF3106_01988"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKKVRFKAFVAVVLAMLFLLALFHDVRSFGATSIRRPENANHA
                     VPSFGSAVAVSDLLGTWTVNRVKVKRTVDGVSSESTYSAGQRFETFIPCPQRWRVINS
                     KELELSFEDGRKEVLEYRLGDGQFTINYLGADFQYSYSVNNASMTLTSTFEYGNKVEN
                     IVVDLKK"
     CDS             complement(825..2138)
                     /locus_tag="SEQF3106_01989"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIVNIKRTFTEGNRSIPFTIPENGVFNYTLSDADKAASYSLST
                     GTSNKSVRIQTDNNIPVTVYAFNTYAALADATNLLPVPTLGSDYYHLGRDGQRGWKDN
                     YMVVATQDNTTLYENGNNVANLSKGQVYFRQANGADDMSGYHITSNNPIAYFTAHNYQ
                     LIDGGGDNVFQQLTSTNTWGTNFVVPVSLRGVELVRVVASQNGTTVTQTGAIVPKSGG
                     TPAPQTRTLNAGEWVEWEISLANKGCHIQSDKPVQVCSYMVGMNYGNGVLVDGDESLV
                     WIPPVEQSVQTALIAPFGSDRLSSHYALVVTPTATKEKTTIKIGSGETMLLSSQNGQW
                     YDNPGSGMSFYNLKLTETSASYLFDNEEGLIVYGYGFGSYISYYYMAASSIRQLNPYL
                     SCYCLLRNNSQLQIHFVRCGICIIPKCDIEIRSSSLYLSMKGANK"
ORIGIN      
        1 gaatatcgag ttggaaagat gtgggagctg acgcggagct gttgtgcgat ggtcttaata
       61 gactccatac aaatgaccgt gcgacaatct ctaatatcta aaaagaaaaa cgtctcctat
      121 gcagtctgaa atattccctc tatctttgta gccgatttct cagttaggga tattcaagtc
      181 aaatgaacta taaacataat agtactaaaa cagagagaaa gtttcgattc ctagtcaagg
      241 agtcgagtaa tgtttcattt cagataaata attatgtatg agaaaaaaag ttagattcaa
      301 agcatttgtg gccgtggttt tggccatgtt gtttttgcta gcgttgttcc acgatgtgcg
      361 ctcctttgga gccacgtcga ttaggcggcc ggaaaatgca aatcacgcag tgccgtcttt
      421 cggctctgca gttgccgtta gtgatctact tgggacttgg acggtcaacc gcgtgaaggt
      481 caaaaggacg gtggatggtg tttcttcgga gagcacctat tcggccggac agcggtttga
      541 gacgtttatt ccgtgccctc aaagatggag ggtgattaat tcgaaagaat tagagctctc
      601 ttttgaggat ggaagaaagg aagtgctcga gtacagatta ggagatgggc agtttactat
      661 taattatttg ggtgctgact tccagtactc gtatagtgta aacaatgcct ccatgacact
      721 aacttccacg tttgaatacg gtaataaggt ggaaaatata gttgtagact taaagaaata
      781 actgatcaag aatgagacaa acaataacat ttttattttt cttgctattt gtttgctccc
      841 ttcatggaca agtagagact cgaggatcgg atttctatgt cacatttggg aataatgcag
      901 atgccacatc tgacaaagtg tatttgcagt tgcgaattgt tgcgaagcaa gcagtaacag
      961 gaaagataag gattcagctg tcgtatagaa gaagcggcca tataatagta ggatatataa
     1021 gagccaaaac catatccgta tacaataagt ccttcctcgt tatcaaagag ataagaagct
     1081 gaagtctcag taagttttaa gttgtagaaa gacataccgg accccgggtt gtcataccat
     1141 tgaccgtttt gactactcaa caacatcgtc tcccccgatc ctatcttaat ggtagttttc
     1201 tcttttgtag cagtaggcgt tacaaccaat gcataatgag aagacaacct atcagaaccg
     1261 aaaggagcaa ttaatgccgt ctgtacggat tgctcaacag gaggaatcca tacaagtgat
     1321 tcgtcgccat caacaagtac tccattccca taattcattc ctaccatgta ggagcagact
     1381 tgcaccggtt tgtcactttg aatgtgacat cccttattag ctaatgagat ctcccattca
     1441 acccattcac cagcattaag cgtacgcgtt tgcggagcag gtgtacctcc agatttgggg
     1501 acaatagctc ctgtttgtgt cactgtagtc ccattctggg aggctacaac tcgaaccaat
     1561 tcaacgcctc gcaacgacac tggtacaacg aaattggtcc cccaagtatt cgtggaagtt
     1621 aattgttgga agacattatc accacctccg tctattagct ggtaattatg ggctgtaaaa
     1681 taagctatcg gattattcga ggtgatatga tatccactca tatcatccgc tccattagcc
     1741 tgtctgaaat agacctgtcc tttggaaagg ttcgccacat tattaccatt ctcgtaaagg
     1801 gtggtattat cctgcgttgc aacaaccata tagttgtcct tccaacccct ttgaccatct
     1861 ctacccaaat gataataatc acttcccaat gtcggaacgg gtaacaaatt ggtagcgtcc
     1921 gctaatgctg catatgtatt gaaggcataa accgttactg gaatattgtt gtctgtctgg
     1981 attcgcacag acttattgct tgttccagtt gaaagtgagt aagaagcggc tttgtctgcg
     2041 tcagacaaag tgtagttaaa tactccattt tctggaatag taaaaggtat gcttctattg
     2101 ccctcagtaa acgttcgttt tatattaacg atgttcattt tcagaatgcg aacggacaga
     2161 cgtattgtaa catcccgttc aaatttaggg ctgagttgaa gttcccctta agtccgaatg
     2221 ctggacatat caagtggtat atcaacgatg tagaagaaac agaggcacag gataagattg
     2281 agtggacgaa gtcatcactc cctctgaaca cgccacagga gatcaaaatg gtcgttgtca
     2341 atgctgagaa taagcaaact acaacagtat cgacgataac tgtggtagat ccaaaaccat
     2401 tgaagattac gggagatctg tatatctgtc caccgcaaac aactacggtg ctgacagctg
     2461 aaagcggccc ttcacgttat caatggtact atgatggcac tccaatttta ggagctattg
     2521 agaatacact cacggtctct aaagaaaagg ccggtaaata cactgtcatt gggcattatg
     2581 gaaaatgcca atctccgatg agtgacactg tgacggtaat taatggttgc aaagccatct
     2641 tgaagatggc ttacgatgga aacggctaca caagtgg
//
LOCUS       SEQF3106|MIQD01000153.1 2622 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2622
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             148..864
                     /locus_tag="SEQF3106_01990"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNRLRVHNDLDPLRRQAEEPSRLDHLKAFVHHRCRVDRHLSAH
                     RPVRVVQRFGRGDGGQRLARCRAEGSARGCEDHLLHRLRVLPAEALEDGRVLRVDRQN
                     GRACASSCRRNKLSSHNERLLIGQRHSFASLKRCQCRPQPGIPHHSREHHVDRLHLHH
                     IGDGICTSPHLHGQVSQRRLERCVLLFIGNDDQLGPELPRLSGEQLHVAPRHEGVNLE
                     VIRVIPDYIKRLGADRSGGA"
     CDS             complement(894..1784)
                     /gene="nlpD"
                     /locus_tag="SEQF3106_01991"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39700"
                     /codon_start=1
                     /transl_table=11
                     /product="Murein hydrolase activator NlpD"
                     /translation="MKKKEKKQPTPTPRGKKKSFWKRIRFKYKLSFINESTLDEVWSF
                     RVSQLWFFSAVCLFALSLIIITSLIIITTPIRNYLPGYLDAEVRRTIVQSAVRADSLD
                     AALKQQQRYLTNVTAIITGTMKPDSVHAVDSSAYISADYNIPRSKEEAAFVKKYEEEE
                     KYNLSSGAAPRLTENVFFYKPVNGVISSHYNIEKRHYGVDLVAGLKESVVATLEGTVI
                     YTGNDPAFGNVIALQHKNGFMSVYKHNEMLLKDVGDHVAAGEAIALVGNTGKLSTGPH
                     LHFELWYRGISVNPEEYIAF"
     CDS             complement(1791..2327)
                     /gene="rimM"
                     /locus_tag="SEQF3106_01992"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00014"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome maturation factor RimM"
                     /translation="MIRREEVAAVGELIKTHGIAGELVMKTLYDGLFEGTDTPPYIIC
                     DMDGILVPFFIESYRPRGAASLLVKLEYVDDEHAARRFVHRTAYYPIDRLPENDSEGA
                     DDPAWECFVGYQLTDEAGHEVGTVTAVDASTANVLFRVDREGHELLIPVASEVMHGVD
                     HAARRIAVAMPEGLLDLN"
     CDS             complement(2333..2620)
                     /gene="murA"
                     /locus_tag="SEQF3106_01993"
                     /EC_number="2.5.1.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9HVW7"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylglucosamine
                     1-carboxyvinyltransferase"
                     /translation="MFESRLFFVDKLIDMGAQIILCDPHRATVIGLGHRFRLRGAKLT
                     SPDIRAGIALLIAAMSADGTSRMDNIEQIDRGYQHIDRRLNALGACIKRVE"
ORIGIN      
        1 ggtgagcgtc gagaggcggg cgaagtcgag gcgcggcgcg gtgcggcgga gtcggtgcgg
       61 gtaagccaag gcgtaggcga tgggcaggtg catgtcgggc attccgagct gggccatcac
      121 agcgccgtca gcaaactgca ccatcgaatg gacaatcgat tgcgggtgca caacgacctc
      181 gatccgctcc ggcggcaggc cgaagagcca tcgcgcctcg atcatctcaa agcctttgtt
      241 catcatcgat gccgagtcga tcgtcacctt agcgcccatc gaccagttcg ggtggtgcag
      301 cgcttcggcc ggggtgacgg tggccagcgc ctcgcgcggt gtcgtgcgga agggtccgcc
      361 agaggctgtg aggatcacct tctccaccgc ctgcgcgtct tgcccgctga ggcattggaa
      421 gatggccgag tgctccgagt cgacaggcag aatgggcgcg cctgcgcgtc gagctgtcgc
      481 cgtaacaagc tctccagcca caacgagcgt ctccttattg gccaacgcca cagctttgcc
      541 agcctcaagc gctgccaatg tcggccgcag cccggcatac cccaccacag ccgtgagcac
      601 catgtcgaca ggctccatct gcaccacatc ggcgatggca tctgcaccag cccacacctt
      661 catgggcaag tcagccagcg acgccttgag cggtgcgtat tgctcttcat cggcaacgac
      721 gaccaactcg ggccggaact cccgcgcctg tcgggcgagc agctccacgt tgcgccgcgc
      781 cacgagggcg taaacctcga agtgatccgg gttatcccgg actatatcaa gcgcctgggt
      841 gccgatcgat ccggtggagc ctaagagggc gatttgtctc ttattcatgt ttgtcagaat
      901 gcaatgtatt cctcggggtt aaccgatatg ccgcgatacc agagctcgaa gtgcaggtgg
      961 ggcccggtgg agagcttgcc ggtgttgcca acgagcgcga tggcctcgcc ggccgccacg
     1021 tggtcgccca cgtctttcag gagcatttcg ttgtgcttgt atacggacat gaatccgttc
     1081 ttgtgttgca aggcgatcac attgccaaag gccggatcgt tgccggtgta gatgaccgtg
     1141 ccctcgagcg tagccacgac gctctccttg agcccggcca cgaggtcgac gccgtagtga
     1201 cgcttctcta tgttgtagtg cgacgagatg acgccgttga cgggcttgta gaagaaaacg
     1261 ttctccgtca ggcggggggc ggcgcccgag ctcaggttgt acttctcttc ctcctcatac
     1321 ttcttgacga aggccgcctc ttccttcgat cgggggatgt tgtaatcggc gctgatgtaa
     1381 gccgacgagt cgacagcgtg gacggagtcg ggcttcatgg tgccggtgat gatggccgtg
     1441 acgttcgtca ggtagcgctg ttgctgcttc agcgcggcgt cgagcgagtc ggcccggacg
     1501 gcgctctgca cgatggtgcg gcgcacctcg gcgtctaagt agcccggcag gtagttgcgt
     1561 attggggtag tgatgatgat cagcgaggtg atgatgatca ggctcaacgc aaacagacac
     1621 accgcggaga agaaccacag ctgcgagacg cggaagctcc acacctcgtc gagcgtcgac
     1681 tcgttgatga acgacagttt atacttgaag cggatgcgtt tccaaaacga tttcttcttg
     1741 ccgcgcggtg tcggtgtcgg ctgcttcttt tctttctttt tcatttccga ttaattcaaa
     1801 tccaacagtc cctcgggcat tgccacggcg atacgtcgcg ccgcatgatc tacgccatgc
     1861 atcacctcac tcgccacggg gatcagcagc tcgtgcccct cgcggtcaac gcggaacagc
     1921 acattcgccg tcgacgcatc tacagctgtc accgtgccca cctcgtgccc ggcctcgtcc
     1981 gtcagctgat agccgacgaa gcattcccat gccgggtcgt cggcgccctc ggaatcattc
     2041 tctggcaagc gatcgatggg gtaatacgcg gtgcgatgca cgaaccggcg cgcggcgtgc
     2101 tcgtcatcca catattccag cttgaccagc agcgaggccg cccctcgcgg gcgataactc
     2161 tcaatgaaga acggcacgag gatgccgtcc atgtcacata taatataagg tggtgtgtcc
     2221 gtgccctcaa acagcccgtc gtacagggtc ttcatcacca actcgccggc gatgccatgc
     2281 gtcttgatga gctccccgac ggctgccact tcctctcgcc tgatcatcgg ccttactcca
     2341 cacgcttgat gcaggcgcca agggcgttca ggcgccgatc gatgtgttga tagccgcgat
     2401 cgatctgctc gatgttgtcc atgcggctcg tgccgtcggc gctcatggct gcgatgagca
     2461 aggcgatgcc ggcacggatg tcgggcgatg tcagcttggc tccacgcagc cggaagcggt
     2521 gtcctaaccc gatgacggtg gctcggtgcg gatcgcagag gatgatctgt gcgcccatgt
     2581 cgatcaactt atcgacgaag aagagccggc tctcgaacat ct
//
LOCUS       SEQF3106|MIQD01000154.1 2610 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2610
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(118..267)
                     /locus_tag="SEQF3106_01994"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVLGVPYLIISNGIHHFCCQKNNSRGEYTSIDYIPTYSEMLLAL
                     NHLNE"
     CDS             complement(423..545)
                     /locus_tag="SEQF3106_01995"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDGATFSIFYDVNMWHLRLRNGFASTLYIIFYHRKTYLPN"
     CDS             complement(700..891)
                     /locus_tag="SEQF3106_01996"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVAALELPIPKLMIVIPPPEAFGIELRNPNIGALKCSANNSTY
                     FVKFVSKIWLVKSSNFLSV"
     CDS             1064..1435
                     /gene="amn"
                     /locus_tag="SEQF3106_01997"
                     /EC_number="3.2.2.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AE12"
                     /codon_start=1
                     /transl_table=11
                     /product="AMP nucleosidase"
                     /translation="MLRAISSSIRDKGHDYWTGTIYTTNRRVWEYDTAFKEYLVSTHA
                     TGIDMETATLLTAGFANQIPTGALLMVSDKPLEENGVKTQESDKGVTQKFAPEHVELG
                     IAALEMIIAAKKTIQHIKFNW"
     CDS             1457..2497
                     /locus_tag="SEQF3106_01998"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGEGIQTFDNVCRDIRSGKYSPIYLLIGEEPYFIDQITELLLA
                     RVVKADDRDFNQTVLYGSEAKAADVINAARRFPVMAERQLVVVREAQALTDLEPILAY
                     VRKPLSSTVLVICCKLKRQDGKRRFTALSAAVKKAGGVVFESDKIPDYRMEAYISSTL
                     RGRSLSVDRKVAAMLSEYIGNDPARLHQILDKLQIVLESQKEKTITPEMIERNIGISK
                     DYNNFELLRAVVERDALRAHRIAQYFDSDSANHPIQATLPVLFNYFTNLLICYYSPDR
                     SERGIMMTLGFRFPMQARDYRTGMRNYTAIKAFHAIHAIRLADARSKGIDVTSSVTNG
                     EIMKELLHRIMN"
ORIGIN      
        1 gccaaagagt tgctcgcagc aagcatgggt aatcctgaag agaaaacaga agatccaaac
       61 ctttctgttt atcgcgacat tccattcaaa taatggtgga atctccgtct caatacatta
      121 ttcattcaaa tgattcaatg caaggagcat ttcggagtag gtaggtatgt aatctattga
      181 ggtatactca ccccttgagt tattcttttg acaacagaag tgatggatcc cgttgctaat
      241 gattaagtag ggcacaccga gcaccatatt ataacgtgct gcttgattaa atacattgag
      301 cgaaataggc actgtaggag ccttgtattc aatgatggcc aatggttgaa gttgtcggtc
      361 ataaattaca gtatcgcagc gacgggcaag gctattaagc gtaatagaaa cctcattggc
      421 tgtcagttcg gcaggtacgt ttttctgtga taaaagataa tgtataaagt gctggcgaac
      481 ccattcctca ggcgtaagtg ccacatattt acgtcgtaaa agatcgagaa cgtagcgccg
      541 tccattccga atttctaccc gaagtggaca gggagggagg ttaagtgtag ggtatgatcg
      601 cattgaaagt aataaaatag aatcaaataa attgtaggac aaaataaata cgcatcagat
      661 gaagacaaaa caagagatcg tagaaaattg gcttccacgc tatacagata ggaagttgga
      721 agactttacg agccatattt tactgacaaa cttcacgaag tatgtagagt tgtttgccga
      781 gcatttcaat gctccaatat tggggttgcg taactctatg ccgaatgctt caggcggagg
      841 tattacgatc atcaattttg gaatggggag ctctaacgct gctacaatca tggacttact
      901 ttcagcgatt atgccaaagg ctgtgctgtt tttagggaaa tgtggcggat taaaacgagc
      961 caattcatta ggtgattatg tgttgcccat tgcggccatc cgtggtgaag gaacatcgaa
     1021 tgattacctg ccacctgaag tgccctcact acctgctttc tctatgcttc gcgccatttc
     1081 atcatccatc cgcgacaagg gccatgacta ctggactggt actatttata caaccaaccg
     1141 gagggtgtgg gagtacgata cagcctttaa ggaatacctt gtgagtacgc atgccacggg
     1201 aatagatatg gagacagcca ccttgctgac ggctggattt gccaaccaga ttcctaccgg
     1261 ggcgttgctt atggtttcgg acaagccgtt agaagaaaat ggcgtcaaaa cgcaagagag
     1321 tgataaaggc gtaacccaaa aatttgcacc cgaacatgtg gagcttggca ttgctgcatt
     1381 ggaaatgatc atcgcggcga agaagacgat tcaacacatc aagtttaatt ggtaaaaaga
     1441 gtgacagtta cgagcaatgg caggagaggg catacagaca tttgataacg tttgccgtga
     1501 tatacgttca gggaaataca gcccgatcta tttgttgatt ggtgaagagc cttacttcat
     1561 tgaccaaatc acagagttgc tcttggcgcg tgtggtaaag gcagatgacc gcgactttaa
     1621 tcagaccgta ctctatggat cagaggctaa ggcagcagat gtgatcaatg ccgctcggcg
     1681 cttccccgtg atggctgagc ggcagttggt tgtcgttcgt gaagcacagg ccttgactga
     1741 tctggaaccg attctggcct atgtgcgtaa accattgtcc tcaactgtgc ttgtgatttg
     1801 ttgtaagctg aaacgacaag acggtaagcg gcgattcaca gcgctatctg cggcggtaaa
     1861 gaaggctggt ggtgtagtgt ttgaatcgga taagattccg gattaccgca tggaggctta
     1921 tatatcgtca acacttcgtg ggcgctcatt gtcagttgac cgaaaggttg ctgccatgtt
     1981 gagtgaatat atcggtaacg atccggcgcg attgcatcag atcttggata aactgcaaat
     2041 cgttcttgag agccagaaag aaaagacgat tacaccggag atgattgagc gaaacatagg
     2101 gatcagcaag gattacaaca actttgagct gctccgagct gttgtggagc gagatgcact
     2161 cagggcacac cgcatcgccc agtattttga cagcgattcg gccaatcatc ccatccaagc
     2221 tacgctaccg gtgctgttta attacttcac gaacctcttg atttgttact actcgccgga
     2281 tcgttcggaa cgaggcatta tgatgacgct gggttttcgc ttcccgatgc aagcgcgaga
     2341 ctatcggacg gggatgcgca attacacggc aataaaagcc ttccatgcta ttcatgccat
     2401 ccgcctggcc gacgcccggt cgaagggaat cgatgtgaca tcgtccgtga caaacggaga
     2461 gatcatgaag gagcttttgc accgaattat gaattgaagc atttcgagag cagaggaaca
     2521 tccatcggac tctcgcgttt ggcgatcatt tgcgtgtcgg atctatattt ttcggtcccg
     2581 aacccaaatt tttcggttcc gaacctaaat
//
LOCUS       SEQF3106|MIQD01000155.1 2592 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2592
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             204..611
                     /locus_tag="SEQF3106_01999"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKAIGNLEAAETLINKQEEKYYTASIHHAYYAVFQYMKYVLA
                     HTDMQPLSYEEQTEKSGGKGSHKYLINQIKQRINNLNEEAAQDFVQAVRELKEARVDA
                     DYRIRQFTQEESLACKRQAEELITKLIMYFEDL"
     CDS             608..955
                     /locus_tag="SEQF3106_02000"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDLDVERALRRYAEDLVSRYPWLTIRFEYSEKRSVYLVSYSPR
                     QMISRSKPFIRESMAFEDRMNDIYDDDAPLFCKDEELFKLSPEAEVIRHRPGRIRPPK
                     PKRVRPAEVAQPV"
     CDS             1620..1724
                     /locus_tag="SEQF3106_02001"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNDFKKRPQRRIRTAHLETVITTNVQPLNNKNHG"
     CDS             1717..2457
                     /locus_tag="SEQF3106_02002"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEIEARHSIKVYLYDNPLTPEKNDFAARVDAERTLDIRGICRA
                     AYTRGGADISPESMEHAVDLFLKEMGYQLCDGFAVNTGWFTATPTIRGVFRAPTETFD
                     RDRHHILMQFTQGDLMRREISNVDIEILGLADASLAILQVKDKKTGKVNDEITPGHVI
                     RVLGSKLKVAGDKPEVGVTLVKVADSSRVIIGTDDLIVNNPSELLILLPTTLAPGKYR
                     LEVATQFGGTHDLKTPRKAVFDKELTVK"
ORIGIN      
        1 gctatcatcc ggcgccccta cagggcgcaa tcatccatcc ggcctgtagg gccgggggac
       61 gatagcccag ggcgaaaccc tgggcagggc aaaaccctgg gcgcacccgg gtacgccccc
      121 cccgggtaat cattgatcat tgacaattaa taattgaatc ccgccccgtt acctttgtgt
      181 tcaaaactga agatgaatag cgtatgaaga cgaaagccat cggaaacctt gaggcagcgg
      241 agacccttat caacaaacag gaagagaagt attacacggc cagcattcac catgcctatt
      301 acgccgtgtt ccagtatatg aagtacgtct tggcgcacac cgacatgcag cccctttctt
      361 acgaagagca gacggagaag tcaggcggga agggttcgca taaatacttg atcaatcaga
      421 tcaagcagcg gatcaacaat ttgaatgagg aggcagccca agattttgtc caggctgtgc
      481 gtgaactgaa ggaggcccgg gtggatgccg actaccgcat acggcagttc acacaggaag
      541 agagcttggc gtgcaagcgg caggccgaag aattgattac taaactgata atgtattttg
      601 aagacctatg aaagaccttg atgtagaaag agccctgcgg cgatatgccg aggacttggt
      661 cagccgttac ccctggctga cgatccggtt tgaatacagc gagaagcgaa gcgtatacct
      721 cgtttcctat tcacccaggc aaatgatttc gaggagcaag cccttcatcc gcgagtccat
      781 ggcgttcgag gatcggatga acgacatcta cgacgacgac gcgccgctct tctgtaaaga
      841 cgaggagctc ttcaagctct cgcccgaggc ggaggtgatc cgccacaggc cggggcgcat
      901 ccgtccgccc aagccgaaga gggtgcgccc cgcggaggtc gcgcagcccg tgtaggggcg
      961 tgatcgtaat cccgcccgga ttgatggcac ccgggtaatc atcgatcgtt aaccaccccc
     1021 gcccccaggg gtttcgcccc tggctatcgt tcggcgccca ggggtttcgc cccgggctat
     1081 catccggcgg ccctcgtagg ggcgaataat cattcgccct ccccccattc gcccccccat
     1141 tcgccccccc aaacgccccg acaggggcgg atgattcggc acccgggtgg gggcgtatgc
     1201 aatgggggcg aatgtttatt cgcccctacg accgcccccc acacgaatga attgaccccc
     1261 acgacaccca ccccgcccgg gtaatcattg ataattggcc atcatccggc gcccctaccc
     1321 gggtacccgc ctcaacaatt caacgggccg caaggcccca acatctcaac aattcaacgg
     1381 gccgcaaggc tccccccccg gataaccacc gacaattaac atacgtatgt acgtaatatt
     1441 acgtattgac acgccttaat cgcccccata cctttgccct cgcaatcgga caaaaacgca
     1501 cccgacggca cacgaatgaa tatacgtata cgacatatcc accccccgca ccccgcccct
     1561 ccgcggccgg catgccccac ggcggaggcg ggcattgttt cacacttaac cctacattta
     1621 tgaacgattt caaaaagcga ccccagcgcc ggatccgtac ggctcacctc gagacagtaa
     1681 tcaccaccaa tgtgcaaccc cttaacaaca aaaatcatgg ctgaaattga agcaagacac
     1741 agcatcaagg tttatctcta cgacaacccg ctgacccctg agaagaacga cttcgccgcg
     1801 cgcgtcgacg ccgaacgcac cctcgacatc cgcggcatct gccgggccgc ctacacccgc
     1861 ggcggagcag acatctcgcc cgagtccatg gagcacgccg tagacctctt cctcaaggag
     1921 atgggctacc agctctgcga cggattcgcc gtcaacaccg gatggttcac cgccacgccc
     1981 accatacgcg gcgtcttccg agcccccacc gagacgttcg accgcgaccg ccaccacatc
     2041 ctcatgcagt tcacccaggg cgacctcatg cgccgcgaga tcagcaacgt cgacatcgaa
     2101 atcctcggcc tggccgacgc ctcgctcgcc atcctccagg tcaaggacaa gaagaccggc
     2161 aaggtcaacg acgagatcac cccggggcac gtcatccgcg tcctgggcag caagctgaag
     2221 gtcgccggcg acaagcccga ggtaggcgtc accctcgtca aggtggccga cagcagccgc
     2281 gtcatcatcg gcaccgacga cctcatcgtc aacaacccct ccgagctcct catcctcctg
     2341 cccaccaccc tcgcccccgg caaataccgc ctcgaggtgg cgacgcaatt tggtggtaca
     2401 catgatttga aaacgcctcg gaaggctgtc tttgacaaag aattgacggt gaaataggcc
     2461 gatgccccgt gggaaggcgg ccttcccgcc tcggggagga cactcttccc gcctcgggga
     2521 ggacactctt cccgcctcgg ggaagatacc cttcccgcct cggggaagac acccttcccg
     2581 cctcggggga aa
//
LOCUS       SEQF3106|MIQD01000156.1 2589 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2589
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgatcggctc gtagcgcccc actgcatcgc tgcggacaat gggctgatag gtgatgcggc
       61 cagaggtgag cacacggcgt ggctcacgcg catgatgcgc cgaacggatg atgaagcggc
      121 aatcgctgcg gcaattcatg tattcatcca tgggggagcg ctcgatgccc gcgcggcgca
      181 gcacggagat gtcaataatc aagtcgtaag tcttggcccg gtgatcatcc gtcagctccg
      241 ggaccggttg cagatcggcg tgcagcggtg aatcgatgaa ctcaggggtg ctgactatgt
      301 cgagcgttac gtcggggaag tgcgtgcctg cgtgctccgc gctgagcgct gtgaggctgt
      361 tgaagagctc gcgcaggtcg gcaaaggcgg ccgcggcgca gggcacatca cgctccacca
      421 cgagcacgtc ccagtgctcg gccgtcgggt ctaaccgccc ggccatgatc gcctccacga
      481 ccaccttctc tatgcgtgca atgccgatgg gtgagagcgc gtattgcagc gtgcgcaccc
      541 attcgcgatc gaaggggcgg tcgaaaaggg tgaacacggt gcgcacataa tcgctcccta
      601 agtgaccgaa atgcgtggcg ttcatgtggt cgtcagacag tgtctcgcaa gtccagttca
      661 tggccgccag atcgtcagag cgttgcttat cgatgcgccg ttgctccatc gtggcgtgca
      721 cagacgaatc ttccacctcg atcacgaagc cgtcgtggcg ggcttccttc aggtccttgc
      781 tggggtaggg aaactcgagc gagaagtcca catgctgcgt gcagtattcg cgttgccccg
      841 tcagcgagta gacattgcgc tgcggctcga agagctggcg gaaggggact ggcgccacgc
      901 gggtgatgta ggcccgctgg gcatcgttct ctaagatgtc gacgttgtac gaggcttcat
      961 cgggcgtgaa gcggggatcg atgaggtgga gcgcttcgaa gaggtcagcg gggtagaggt
     1021 cgcgcgcttc gtaggcgatg cgcccggcgt cggctcggcg tcggcggttg ccaagcggtg
     1081 caaaggcttc ctccacgagc ggcgacgcct gggtgggcag gccacgcgtg atgaggttgg
     1141 ccagcacggc gtagaggggc ggcaggtcgt tatgggcaca ggccgcggcg tcgtgaccgg
     1201 ccgccacctc gaagcgcgac agggagcgat agagcgcctc cacctgctcg cggttcgcct
     1261 tacggagtgc ctcgcgcacg ctgtcgagcc ggaaggcggc gtggagctgc acgggcgaga
     1321 gcgtggtgtc cgtcgcgaac gtctcggcgc gcaggcggaa ggccttgcac gtcatggcat
     1381 agggttgccg cgcggtgggg taatacgtct cgtcggtgaa gatctccggg cggctgaagc
     1441 agcggtagaa cgtctccaac cggtcgttgc catgcttgag cccgtcgacg cagaagaagt
     1501 aatgctcgcc gcggatgatg cgtccgatga gcgtagccag gtgccgcagg tcgatgttgg
     1561 ggttacttaa gacgtcggtg aagaagtgga aggtgacagg ctgccgtgtc tcgaggtcgt
     1621 agcggtctat ctcgttgatc tctttgcgga tggtgacgat gcgatccgtg tcgccgatgt
     1681 agggctcaag gtgccagacg gcgcgctcca tcgcctcggc gtcagtgtcg atcaggaaga
     1741 cctgccggac acaattctcc atgccgttgc ggcggatgaa gtcgaagaag cagacggtgt
     1801 ttatgccttg gccgcattgc caatcgacga cgtcgaaggt ggtgccttga aagagcttgc
     1861 ggggcatgga gccaagcaca cgatccacct tggccttgtg cacaggcccg tcgttgcaga
     1921 gcctttgcaa caggtccatc tgcctgtcgg ggggtgcggg agtggggggg atgtcagttg
     1981 ggggagtagg ccttccctcc gtcggcgagg ggaggaagga gtgggcgatt gccgtgatct
     2041 tttcaaacga cggattgcgt agccgacgca tgttttctct ataggatagg gtcatgggca
     2101 gaagggatgt ttttatgagc ggcaaagcta cgtagagcga cgaaagatct tttcgtccct
     2161 tcaaaagtgc ccagattaat catccatcat gcacctgccg agggggggga attcaattat
     2221 taattgtcaa tgattacccg ggtgcggggc atgtacccgg gtgcgccctg aaagggcaac
     2281 cgagttggcc catagggtca acgaggaacc cagcctaggg tgccgcgccg cttcgcgtcg
     2341 ctttactctg ggctgggttg atttgcccct tcggggcgcc gtgggcggat tcaattatta
     2401 attaacgtga gttcgatgta agaataaagt cggcagagtg tctacgaaag tcccgcaacg
     2461 gtcaaaacgt ttttggaaat gcttgcggga ttcccgcaaa cgccaaccgc atctccgtgg
     2521 gacttgcggg gcgccccgca aataacaaag attcccgcgg cttatttgcg gggcatcccg
     2581 caaataaca
//
LOCUS       SEQF3106|MIQD01000157.1 2545 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2545
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             220..978
                     /locus_tag="SEQF3106_02003"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRVVEGYARKNTSKVTTLESKFPLLAVEQGCIVSKDADITVAF
                     CVELPELFTVTSAEYEAMHAAWHKAVKVLPDFTIVHKQDWFVKEHYAGRLSDGELSFL
                     ARASERHFNERPFLDHACYLFLTKTTRQRMARQSNFSSLCRGTILPKEVGNREEVAKF
                     MEAVDQFERIINDDDRIRLTRMTEEELVGTKEKSGLLDRYFSLSETGHASRLTAVTAD
                     SPSPHPSDSCSRVMSAHIPFDDPSDRRKFLFGHR"
     CDS             1086..2177
                     /locus_tag="SEQF3106_02004"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLVDTGNSYEGLCGLINRKTKGADGIYFTYTDARPISFNPFYTD
                     DYVFDVEKRESICTLLLTLWKSADEPVTKTEAGELGSAVNAYIETIRTNRKITPCFNT
                     FYEYLRDVYRPEMGRREIRVTLSDFNIDNLLTTLKQYYVGGRYDFLLNSDRNIDLLSK
                     RFIVFEIDAVKDNKDLFPVVTIIIMEAFINKMRRLKGVRKMILIEEAWKAIASANMAD
                     YIKYLYKTVRKYFGEAIVVTQEVDDIISSPIVKESIINNSDCKILLDQRKYMTKFDGI
                     QALLGLSEKEKSQILSINQNNDPERSYKEVWIGLGGMQSAVYATEVSREEYLAYTTEE
                     TEKVEVMRLADRLGGDIEQAISRLARGDP"
ORIGIN      
        1 cctctgtctc ggcctcggcg caacgggtgc cacgctcgtg gtgtggcaaa cgttctcgct
       61 gaaccgccga ttcggccgct acggtctgat gaaacgcgcc gccgtccgca tgcacccacg
      121 ctacctcctg aaccgccgct ccgtccgcca cattcttcat tgcctgaaat cgacacaccg
      181 aggagacggg ccatacccga aagacacaag caagactcaa tgagacgagt tgttgagggc
      241 tatgcccgaa aaaacacaag caaggtcacc accttagaat ccaagttccc gctcttggct
      301 gtcgagcaag ggtgcatcgt ctcgaaagat gccgacatca ccgtcgcctt ctgtgtcgag
      361 ctacccgagc tcttcaccgt cacctcggcc gaatacgagg cgatgcacgc cgcgtggcac
      421 aaggccgtca aggtgctgcc cgacttcacc atcgtgcaca aacaggattg gttcgtcaag
      481 gagcactacg ccggccgcct ctcggacggc gagctgagct tccttgctcg cgcctccgaa
      541 cgccacttca acgagcgtcc cttcctcgac catgcctgtt acctcttcct caccaaaacg
      601 acgcgccagc gcatggctcg gcaaagcaat ttctcctcgc tttgtcgcgg aacgatcctg
      661 ccgaaggaag tgggcaaccg cgaggaggtg gccaagttca tggaagccgt cgaccagttt
      721 gagcggatca tcaatgacga tgaccgcatc cgccttacac gaatgaccga ggaagaactc
      781 gtcggcacga aggagaagag cggtttgctc gaccgttact tctcgctctc tgaaacgggg
      841 cacgcctctc gactgaccgc agtgactgcc gactctcctt cgccgcaccc gtcggactca
      901 tgctctcgtg tcatgtcagc acatattcct tttgacgacc cttcagaccg ccggaaattt
      961 ttgtttgggc atcgttaacc cagggtgttg ccctgggcta tcatccggcg ccccttcagg
     1021 ccgctgctgg gcacctcatt tcgcaaacca ttttcggtcg actatacgag caaggtgcgc
     1081 acgtattgct cgtcgatacg ggcaactcct acgaggggct ttgcggcctg atcaaccgaa
     1141 agacgaaggg cgcagacggg atctatttca cgtacaccga tgcccggccg atctccttca
     1201 accccttcta caccgacgac tacgtgttcg acgtggagaa gcgcgaaagc atctgcacgc
     1261 tgctgcttac gctgtggaaa agtgccgacg aacctgtcac aaagacagag gccggcgagt
     1321 taggttcggc cgtcaatgcg tacatcgaaa cgatccgaac gaaccggaaa atcacgccct
     1381 gcttcaacac gttttacgag tacctgaggg atgtctatcg cccggagatg ggtcgccggg
     1441 agatccgcgt caccctctcc gacttcaaca tcgacaacct actgacgacc ctcaaacagt
     1501 actatgtagg aggacgttac gacttcctgc ttaactccga ccgcaacatc gacctgctct
     1561 ccaaacgctt tatcgtcttc gagatcgacg ccgtgaagga caacaaagac ctcttccccg
     1621 tggtgacgat catcatcatg gaggccttca tcaacaagat gcgtaggctg aagggcgtgc
     1681 ggaaaatgat cctcattgag gaggcgtgga aagccatcgc ttcggccaat atggcagact
     1741 atatcaagta cctctacaag accgtccgca agtatttcgg cgaggcgatc gtggtgacgc
     1801 aggaggtcga cgacatcatc tcgtcgccca tcgtcaagga gtcgatcatc aacaactccg
     1861 actgcaagat cctgctcgac cagcggaagt acatgaccaa gttcgacggc atacaggcgc
     1921 tgctcgggtt gtcggagaag gagaaaagcc agatcctctc gatcaatcaa aacaacgacc
     1981 ccgagcggag ttacaaggag gtgtggatcg gcctgggcgg catgcagtcg gccgtctacg
     2041 ccacggaggt ctcgcgcgag gagtatctcg cgtacacgac cgaggagacg gaaaaggtcg
     2101 aagtgatgcg cttggccgac cgcctcggcg gagacatcga gcaggccatt agtcggttgg
     2161 cgcgtggcga tccgtaagcc ggccgacggc tgtatgctcg ttcttcttga ttcaccatta
     2221 tagtcccaaa cgcttcggcc ttatagtccc aaacgcttca gccttatagt cccaaacact
     2281 tcagccttat agccccaaac gcttcggcct tatagcccca aacgcttcag ccttatagcc
     2341 ccaaacactt cagccttata atgctgatcg caaaggcttg ataataagac attacccatc
     2401 cctgctttat tccctcattt cccttatccc cccacacctc atgaaacaca aacttatcct
     2461 ctgccttgtg tgctgcctgc tgcttacgcc aacggcgcac gcccaatgga tcgttaccga
     2521 ccctgtcaac ttggcaggca acatc
//
LOCUS       SEQF3106|MIQD01000158.1 2502 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2502
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(163..2331)
                     /gene="pnp"
                     /locus_tag="SEQF3106_02005"
                     /EC_number="2.7.7.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9AC32"
                     /codon_start=1
                     /transl_table=11
                     /product="Polyribonucleotide nucleotidyltransferase"
                     /translation="MNVIQKTIDLGDGRSITIETGKLAKQADGSVTVRMGNTVLLAAV
                     CAAKDAVPGTDFMPLQVDYKEKYAAFGRFPGGFTRREGKPSDYEILTSRLVDRVLRPL
                     FPDNYHAEVYVNVILLSSDGIDIPDALAGLAASSALAVSDIPFGGPISEVRVARVDGQ
                     FVINPTFEQLEKADIDIMVGATYENIMMVEGEMDEVQEAEMLEAIRVAHEAIKQHCLV
                     QKELEAACGKTVKREYCHEENDEELRQKVHDELYSKAYAISVSGQGKQERTEAFEKIV
                     EEFKAGYTEEELEEKAPLIDRYYHDVEKEAMRRAILDEGKRLDGRHTTDIRPIWIEPD
                     CLPGPHGSAIFTRGETQSLTTVTLGTKSDEKIVDDVLNQGRDRFLLHYNFPPFSTGEA
                     KSQRGVGRREIGHGNLAHRALKRMIPKDYPYVLRVVSDILESNGSSSMATVCAGTLAL
                     MDAGVPIKKPVSGIAMGLISENKGTNYAILSDILGDEDHLGDMDFKVAGTRDGITATQ
                     MDIKVDGLSYEILERALAQAKEGRLHILDKINEAQPAPRPDLKPHAPRIETFTIGKEF
                     IGAVIGPGGKIIQGIQEKSGATISIDEVDNVGIVEIAATNKESIDAAMRAIRAIVAVP
                     EVGETYEGKISSIMPYGAFVEFMPGKDGLLHISEIDWKRLETVEEAGLKEGDHIVVKL
                     VDIDPKTGKFKLSRRALLPKPEGYTEARSHRPPRQGGGRR"
ORIGIN      
        1 caagcacctt gtcagcatgc gcacaagcac cttgtcagca tgcgcgcaag caccttgtgc
       61 aaatccattc ggattatcgt caatcggaaa ggccaaaaaa aatcccccga gcaacccatg
      121 cccaggggac ttccaacttt attatccact aatcgagatc gcttagcgcc gtccgccgcc
      181 ttgacggggc gggcgatggc tgcgagcttc ggtatatcct tccggcttcg ggagcagcgc
      241 acggcgagag agcttgaact tgcccgtctt cgggtcgatg tctacgagct tcaccacgat
      301 gtggtcgccc tccttgaggc cagcctcttc gactgtctcg aggcgcttcc aatcgatctc
      361 cgagatgtgc agcaggccgt ccttgccggg catgaactcc acgaaggcgc cgtaaggcat
      421 gatggacgag atcttgccct cgtacgtctc gcccacttcg ggcacagcca cgatggcacg
      481 gatggcgcgc atggctgcgt cgatcgactc cttgttggta gcggcgatct ccacgatgcc
      541 cacgttgtcc acctcgtcga tggagatggt ggcgcctgac ttctcctgta tgccttggat
      601 gatcttgccg cccgggccga tgacggcgcc gatgaactcc ttgccaatgg tgaaggtctc
      661 gatgcgcggg gcgtgcggtt tcaggtcggg gcgcggcgcg ggctgtgcct cgttgatctt
      721 atcgaggatg tgcaggcgtc cttccttggc ctgcgctaag gcgcgttcga ggatctcgta
      781 cgagaggccg tccaccttga tgtccatctg cgtggcggtg atgccatcgc gggtgccagc
      841 cactttgaag tccatatcgc ccaagtgatc ctcatcgccg aggatgtcgg agaggatggc
      901 atagttcgtc cccttgtttt cggagatcag ccccatagcg atgcccgaca cgggtttctt
      961 gatgggtacg ccggcgtcca tcagagccag tgtgccagcg cagacggtag ccatcgatga
     1021 ggagccgttc gactcgagga tgtcggagac gacgcgcagc acatacgggt aatccttcgg
     1081 gatcatgcgc ttaagggcgc ggtgcgccaa gttgccatga ccgatctcgc gacggcctac
     1141 accgcgctgc gacttggcct cgccggtgga gaagggcggg aagttgtaat gcaacaggaa
     1201 gcggtcgcgc ccctgattga gcacgtcgtc cacgatcttc tcgtcgctct tcgtgcccag
     1261 cgtgacggta gtcagcgact gcgtctcgcc acgggtgaag atggccgatc cgtgcggccc
     1321 cggcaggcag tctggttcga tccaaatggg gcggatgtcc gtcgtgtggc gtccgtcaag
     1381 gcgcttgccc tcgtcgagga tggcgcggcg catggcctct ttctccacat cgtgatagta
     1441 acggtcgatg aggggcgcct tctcctctaa ctcctcctcg gtgtagcctg ccttaaactc
     1501 ctccacgatc ttctcaaagg cctcggtgcg ctcctgcttg ccctgtccgg agacggagat
     1561 ggcgtaagcc ttggagtaaa gctcatcgtg caccttctgg cgcagctcct cgtcgttctc
     1621 ctcgtggcaa tattcgcgct tcaccgtctt gccgcaggcg gcctctaatt ctttctgcac
     1681 gaggcaatgc tgcttaatgg cttcgtgtgc cacacggatg gcctcaagca tttcggcctc
     1741 ctgcacctcg tccatttcgc cttccaccat cataatattc tcatacgtgg cgcccaccat
     1801 gatgtcgatg tccgccttct ccaattgctc gaaggtggga ttgatgacga actgcccatc
     1861 cacgcgtgcc acgcgcacct ccgagatggg tccaccgaag ggaatgtcgg agacggccag
     1921 cgccgacgaa gccgccagcc cggccagtgc gtcgggtatg tcgatgccgt cagacgaaag
     1981 cagtatgacg ttgacgtaca cctccgcgtg ataattgtct gggaagagcg ggcgcagcac
     2041 gcgatccacc aaccgcgagg tcaggatctc gtaatccgaa ggtttgccct ccctgcgcgt
     2101 gaagccgccg gggaatcgcc cgaaggccgc gtatttctct ttgtagtcca cctgcaaggg
     2161 catgaagtcc gtgcccggca ccgcgtcttt ggcagcacac acggccgcca gcaacaccgt
     2221 gttgcccatg cgcacggtca cggatccgtc ggcctgcttg gccagcttgc ccgtctcgat
     2281 ggtgatgctt cttccgtcac ccagatcaat cgtcttttga atcacattca tcttgtcttt
     2341 cttttaatct tatatacttc aaaaaattgg gccaaatgta gacgctgttc cggatttcac
     2401 ttcggcctca gggcaatctc cggcaattgg cggtaagctc cgcgcgtcag tttttgatct
     2461 ccgccaattg gcggtaagct ccgcgcgcca gtttttgatc tc
//
LOCUS       SEQF3106|MIQD01000159.1 2460 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2460
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(205..2361)
                     /gene="fusA_2"
                     /locus_tag="SEQF3106_02006"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q72I01"
                     /codon_start=1
                     /transl_table=11
                     /product="Elongation factor G"
                     /translation="MKVYQTNEIKNISILGSSGSGKTTLAEAMLFEGGVIKRRGTVEA
                     GNTVSDYFPVEKDYGYSVFSTVFSVEWNGLKLNFIDCPGSDDFIGGAVSALNVTDTAL
                     MVVNAQYGVEVGTINQFRYTEQFHKPVIFVVNQLDNDKADFDNTVSQLKENYGARAVQ
                     IQYPVQTGAAFNAVVDVLKMKMYRWKPEGGKPDVLDIPAEEMDKATELHKALIEAAAE
                     HDDTLMEKFFDEGTLSEDDMRAGIRAGLVSRGMFPIFCVCAGKDMCVRRTLEFLGNVV
                     PCTDKMPRPITTDGIEVTPDPAGPTSLFFFKTTIEPHIGQVSYFKVVSGKVKVGDDLT
                     NADRGSKERIAQIFSVDGQIRNEVTEMEAGDIGATVKLKDVRRGNTLNGKGCEYRFDF
                     IQYPEPKYRRAIKPANEADAEKLSEILSRMHEEDPTWIIEQSKELKQTIVSGQGEFHL
                     RTLKWRIENNDKLAVEFLEPKIPYRETITKAARADYRHKKQSGGAGQFGEVHLIIEPY
                     YEGMPAPGTYRFGGQEYRMNVRDTQVYDLEWGGKLVFVNCIVGGAIDARFLPAILKGI
                     MGRMEQGPLTGSYARDVRVCVYDGKMHPVDSNEISFMLAGRNAFSTAFREAAPKILEP
                     IYDIEVLVPADYLGDVMSDLQGRRALIMGMNSERGYEKLMAKVPLKEMASYSTSLSSI
                     TGGRASFTMKFSGYELVPADVQEKLLKEYAATQAEE"
ORIGIN      
        1 gacgcagaga agctgagcga gatcctctcc cgcatgcacg aggaagaccc gaaatggcgt
       61 aaaactactt tttggtcatt cctggtgacc agaaatggct tggttggctt tcaccgcgta
      121 ggtcggccat cgattggggc ttacaaaaga aggcacccgt cgccgagtgc cttcctttat
      181 atatggggga cgggcggggg agggttattc ctccgcctgg gtggcggcgt actccttgag
      241 gagcttctcc tgcacgtcgg cggggacgag ctcgtagccg gagaacttca tcgtgaacga
      301 ggcgcgcccg ccggtgatgg agctcagcga ggtggagtag ctggccatct ctttgagggg
      361 gactttggcc atcagcttct cgtagccgcg ttcgctgttc atgcccatga tcagggcgcg
      421 gcggccttgc agatcgctca tcacatcgcc aaggtagtcg gcggggacga gcacctcgat
      481 gtcgtagatg ggctcgagga tcttcggcgc ggcctcgcgg aaggcggtgc tgaaggcgtt
      541 gcggccggcg agcatgaagg agatttcgtt gctgtcgacg gggtgcatct tgccgtcgta
      601 gacgcagacg cggacgtcgc gggcatagga gccggtcagt gggccttgct ccatgcggcc
      661 catgatgccc ttgaggatgg cgggcaggaa gcgggcgtcg atggcgccgc cgacgatgca
      721 gttgacgaag acgagcttgc cgccccactc gaggtcgtag acttgtgtgt cgcgcacgtt
      781 catgcggtac tcttggccgc cgaagcggta ggtgccggga gcgggcatgc cttcgtagta
      841 gggttcgatg atgaggtgta cctcgccgaa ctggccggcg ccgcctgact gtttcttgtg
      901 gcgatagtcg gcgcgggcgg ctttggtgat cgtctcgcgg taggggattt tgggctcgag
      961 gaactcgacg gccagtttgt cgttgttttc gatgcgccat ttgagtgtgc ggaggtggaa
     1021 ctcgccctgg ccggagacga tggtctgctt cagctccttc gattgctcga tgatccatgt
     1081 cgggtcttcc tcgtgcatgc gggagaggat ctcgctcagc ttctctgcgt cggcctcgtt
     1141 ggcgggcttg atggcgcggc ggtatttcgg ttcggggtat tggataaagt cgaagcgata
     1201 ctcgcagccc ttgccgttga gggtgttgcc gcggcggacg tctttgagct tcacggtggc
     1261 gccgatgtct ccggcttcca tctcggtgac ttcgttgcgg atctggccat cgacggagaa
     1321 gatctgcgcg atgcgctcct tcgatccgcg gtcggcgttc gtcaggtcgt cgccgacttt
     1381 gactttaccc gacacgactt tgaagtaaga cacctgcccg atgtgtggct cgatggttgt
     1441 cttgaagaag aagaggctgg tggggccggc cgggtcgggc gttacctcga tgccgtcggt
     1501 ggtgatgggg cgcggcatct tgtcggtgca gggcacgacg ttgccgagga actccagtgt
     1561 gcggcgcacg cacatgtctt tgcctgcgca gacgcagaag atggggaaca tgccacgcga
     1621 tacgagtccg gcgcggatgc cagcgcgcat gtcgtcttcg gagagggtgc cttcgtcgaa
     1681 gaacttctcc atgagcgtgt cgtcgtgttc agcggcggcc tcgatgagcg ccttgtgcag
     1741 ctcggtggct ttgtccatct cctcggcggg gatgtcaagc acatccggct tgccgccttc
     1801 gggtttccag cgatacatct tcatcttcag cacatcgacc acggcgttaa acgcggcgcc
     1861 cgtctgcacg gggtactgga tctgcacggc gcgggcgccg tagttttctt tcagctgcga
     1921 cacggtgttg tcgaagtcgg ccttgtcgtt gtcgagctga ttcacgacga agatgacggg
     1981 cttatggaac tgctcggtgt agcggaactg gttgatggtg cctacctcaa cgccgtactg
     2041 tgcattgacg accatgagcg ccgtgtccgt cacattaagt gccgagacgg ccccgccgat
     2101 gaagtcgtcc gagccggggc agtcgatgaa gttcaacttt agcccgttcc attcgacact
     2161 gaaaacggtg gagaagaccg agtagccgta gtctttctcc accgggaaat agtcgctcac
     2221 cgtgttgccg gcttctaccg tgccgcggcg cttgatcact ccgccttcaa agagcatggc
     2281 ctccgcgagc gtggttttgc ccgagcccga actccccagg atggagatgt tcttgatttc
     2341 gtttgtctga taaactttca tcgtaatctg tgtttttaat gatggataat ctttttcgtc
     2401 gctaagtcgg ggttcattcc cgaacagcgg gacaaagaaa gcccgtttgc gcagaatgcc
//
LOCUS       SEQF3106|MIQD01000160.1 2436 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2436
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(327..890)
                     /locus_tag="SEQF3106_02007"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTIHLTNIHLGGATPCATAPTPPPPTPQLPDAGRPHVYACDID
                     PTTLKVVVQACVDRAGEVKVPDGEVEYFDVEIPEKYSGIVYKYILTNHAGKDARVDLG
                     GRGKGVLVDGTEELTEGILPNGVTAAVYSPAGKFGDGKDFGNGVFDIRGEADGKPIAA
                     RFLADAKYRRTEEGNLLIERKAELVAP"
     CDS             complement(907..1194)
                     /locus_tag="SEQF3106_02008"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEIRLNQVREREWISESFAPEKAAITLRVEFEAQTPGNSLVVE
                     RSITGSDWVVAAIVAGYGSDARTQEFGVDGITPGQQLRLVAGAPAKGMYIE"
     CDS             complement(1515..1835)
                     /locus_tag="SEQF3106_02009"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEDLSNDTPTNTLTKGKNARILGSMVKIDGEDPSVGVTFTNTAT
                     KTATRVDSKDVIRNKPSELIILVPDTLAAGKYEVSVTTQFGGGSKPLKTPRTATYKGE
                     ITIA"
     CDS             1843..2295
                     /locus_tag="SEQF3106_02010"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVIFDSCSPWISTEIRPKTDAAYERLIFTLRSNYLFGAAPIEKA
                     AIEALANRLNERAAELDTAYRQSAAQKRAAAAKKPKQPKEPKEPKEPKEPKEPKKPAD
                     PKEPKKPEKPGGGDDIHVPSEPPKKPEDKDKPGGGTGGGEQPGGSPAA"
ORIGIN      
        1 gcacgcgccg gcaatggcca gcatcgggcg tgtgccgtca aggaggattt ccatgggggg
       61 agcgaattgt tgaaatgttt gcggccttgc ggccgcggtt gaactgttga attgttgagg
      121 gggcggaata attaataatt atcaattatc aattataggg cgggggcctc tcgtaggggc
      181 gccccttgtg ggcgcccggg gtgttatgcc ccagcgcgta cccggggcta tcggacgatc
      241 gttcgccccc tgtcggggcg tctgaagggc gcccggggtg taagggcgcc cacaaggggc
      301 gcccctacga ggtgtgccct ggggcgttac ggcgctacca attcggcttt gcgttcgata
      361 agcaggttgc cttcttccgt ccggcggtac tttgcatcag ctaaaaaacg ggcagcgatc
      421 ggtttgccgt ccgcctctcc gcggatgtca aagactccgt taccgaaatc cttgccgtcg
      481 ccgaatttcc cagcgggcga atacacggcc gcggttacgc cattcgggag tataccctcg
      541 gtaagctctt cagtgccgtc aacgagcacg cccttcccgc ggcctccgag gtcgacccgg
      601 gcgtctttgc ccgcatggtt ggtgaggatg tatttgtaaa caatgccgct gtatttctcc
      661 gggatttcca cgtcgaaata ttccacctct ccgtctggca ctttgacctc gcccgcccgg
      721 tcgacacacg cttgaacgac gactttcagg gtcgtgggat caatgtcaca cgcatataca
      781 tgtggccgcc cggcgtcggg cagctggggt gttggcggtg gcggtgtggg ggctgtggcg
      841 cacggggtgg cgccgccgag gtggatgttt gtcaaatgaa tcgtttgcat gatcactgcc
      901 tcccggttat tcgatgtaca tgcctttggc cggggcgccg gctacgaggc ggagctgctg
      961 ccctggggtg atgccgtcga cgccaaactc ctgcgtgcgg gcgtctgagc catagccggc
     1021 cacgatggcg gccacgaccc agtccgagcc cgtgatggaa cgctcaacga cgaggctgtt
     1081 gcccggcgtc tgtgcttcaa actctacgcg cagcgtgatg gctgctttct ccggcgcgaa
     1141 gctttcggag atccactccc gctcgcgcac ttggttcagt cggatttctt tcatcttggt
     1201 tgaatggttg gaatgttgaa ttgttggggg cttacgcccc ggttgaaatg ttgaatggtt
     1261 gaatggttgt tggggcaccc cttgtgggtg cccggggttg taagggtgcc cgggtttatg
     1321 tcccttgtgg gtgccctggg ttgtaagggc gcccacaagg ggcgccccta cgaggggcat
     1381 gcgggcggaa taattaataa ttatcaatta tcaattacgt gggggcgccc tgtccatgat
     1441 gcgtgcacgc cctgtgcagg atgcgtgcac gccctgtgca aggagtctgc acacccggtg
     1501 caaggagtct gcacttacgc tattgtaatc tctcccttgt acgtggctgt gcggggtgtc
     1561 ttcaggggct tgctacctcc cccaaactgc gtggtgacgc tgacctcgta cttgccggcg
     1621 gcgagcgtgt cgggcacgag gatgatgagc tccgagggct tgttgcggat gacgtctttg
     1681 ctgtctacgc gggtggccgt cttggtggct gtgttggtga aggtgacgcc cacggacggg
     1741 tcttcgccgt cgatcttcac catcgagccg aggatgcggg cgttcttgcc tttggtcagg
     1801 gtgttggtgg gcgtgtcgtt cgagagatcc tccaccaagt agatggtcat cttcgattcc
     1861 tgttcgccct ggatctccac cgagatccgc ccgaagactg acgccgccta cgagcgcctg
     1921 atcttcacgc tccgctccaa ctacctcttc ggcgccgcgc ccatcgagaa ggccgccatc
     1981 gaggccttag ccaaccggct caacgagcgc gccgccgagc tcgacacggc ctaccgacag
     2041 agcgccgccc agaagcgcgc cgcggccgcg aagaagccca agcagccgaa agaaccgaag
     2101 gaacccaagg agcccaagga gcccaaagag ccgaagaagc cggccgaccc caaggagccc
     2161 aagaagcccg agaagcccgg cggtggcgac gacatccatg tgccctccga gccgcccaaa
     2221 aagcccgagg ataaggacaa gcccgggggc ggtacggggg gcggggagca gcccggaggc
     2281 agtccggcgg cgtaatcctt gccgaggata ataacaaaag cgcatcttag ttatcatcct
     2341 tggctcggat tgagccaaaa acggattttt gacgtgcggc gaccctcgga ttacgccaaa
     2401 aatcagtttt tggtgcgcgg cgaccctcgg atcggg
//
LOCUS       SEQF3106|MIQD01000161.1 2393 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2393
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             128..880
                     /locus_tag="SEQF3106_02011"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKKEDFFTEENCVSYVSEDEYARLSPFIEAFDVVARTTYKSIY
                     IIDYYKQNFLYVSNNPFYLCGMEAEQVQAIGYDFYLKFVPESEHRLLLEANRSGFQFA
                     ETVPSEQLNEYVISYDFHICPPGKVPTLINHKITPLKMAPDGKHVWLVLCVASLSAAS
                     IAGNIEVTRLGDEALWIYKNRQWIKKRYILTEREKEVMSLLVRGNTTKEIAEKLNRSE
                     DTVKLYRKKIFAKLSVRDKAVAMLAAINRKIV"
     CDS             complement(985..1752)
                     /gene="tcdA_3"
                     /locus_tag="SEQF3106_02012"
                     /EC_number="6.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46927"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA threonylcarbamoyladenosine dehydratase"
                     /translation="MKERYSRNRIYVDAEEQEQVRGFRVFLGGAGIGSIIAECALRFG
                     FETLTIVDGDKVEESNLNRQNYRMCDIGRPKVEALKERLLSINPNANITAVNAFIDKD
                     NMVELLEGHSAAVNALDFSSNVPFLFDAHCRQCKIPVLHPYNLGWGGLVMAVSLDGSQ
                     LSDLSDDYHNFEARLVQRRIIDYFRFWGRPKRWLEDIMARYKAEKSPAPPPQLAVASW
                     IVGGLCTNLLFCLATGYRVKWYPDFYFSSIKEDQYTH"
     CDS             complement(1843..2391)
                     /locus_tag="SEQF3106_02013"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVCLGFQDFSQLTRDYGEKESRVIQNTVGNVFSGQVVGETAKT
                     LSERFGKVLQRRQSVSINRQDVSTSINTQMDSLIPASKISNLTQGMFVGAVSDNFDER
                     IEQKIFHAEIVVDSAKVSAEMKAYRPIPVIADFRDASGGDTMKVSIDANYRQIKQEIL
                     SLVDSEIARIKSDPKLKGLMKE"
ORIGIN      
        1 aatcctctgc aactcttcga actggggcta tagttcggat tatgcgtcag ccctgctgtt
       61 tgtaacgaga tcactcatat aatgcttgag atttcctact tttgccctcg aaaggaatgt
      121 tgactatatg gtaaagaagg aggatttctt cactgaggag aactgtgtat cctatgtttc
      181 ggaggacgag tatgcaagat tgtctccatt tatagaggct tttgatgtgg ttgcacgcac
      241 tacatacaaa agcatatata taatcgatta ttacaaacaa aattttttgt atgtatccaa
      301 taatccattt tatctctgtg gtatggaggc ggaacaagtc caagcaatag ggtatgattt
      361 ttatttgaaa tttgtacccg aatctgagca tcgtttacta ctcgaggcaa atcgctctgg
      421 gttccaattt gcagagactg taccgtctga gcagttgaat gaatacgtca tcagttatga
      481 ttttcatatt tgtccaccag gaaaagtgcc tactttgatc aatcataaaa tcacaccttt
      541 gaaaatggca ccggacggga agcatgtatg gctggtactc tgtgttgctt cgttatctgc
      601 agcgtctata gcgggtaata ttgaagttac tcgtttgggt gatgaagcac tatggatata
      661 taaaaaccga caatggataa aaaaacgata tattttgacc gaacgggaaa aagaagtaat
      721 gtctctatta gtacgaggta atacgacaaa agaaatcgct gaaaaactga ataggtcgga
      781 ggacacggtc aaactatacc gaaagaagat atttgcaaaa ttaagcgtaa gagataaggc
      841 cgtggccatg ctggctgcca tcaacagaaa gatagtctaa aatggtgcgc aaaaacgact
      901 tatatatttt ttaataaata tataggccgt gatgcaaagt atcttcctct cagtgagttt
      961 gtttgtggga cttcacttta tgcattaatg tgtgtattga tcttctttaa tggatgagaa
     1021 ataaaagtcc ggataccatt tcactcggta tccggtggca aggcaaaata acagattggt
     1081 gcaaagccca ccgactatcc acgaagcgac agctaactga ggtggaggag caggactttt
     1141 ttctgctttg taacgtgcca ttatatcctc aagccaccgt ttgggtctcc cccaaaaacg
     1201 gaaatagtca atgatcctac gttggactaa tcgtgcttca aaattgtgat aatcgtccga
     1261 gagatcactc aattgcgagc catcaagtga cacggccatc accaatccac cccaaccaag
     1321 gttgtaaggg tgcaatactg gtattttgca ttgccgacaa tgcgcatcga acagaaacgg
     1381 tacatttgat gagaaatcaa gtgcattaac ggccgcggaa tgtccttcga gtaattcaac
     1441 catgttgtct ttatctatga aagcattcac ggctgtgatg tttgcgtttg ggttgatgct
     1501 tagcaacctc tctttcaacg cttcgacctt tggtcttcca atgtcgcaca tccgataatt
     1561 ctgtcggttt agattcgatt cttccacctt gtctccatcc acaatggtca gcgtttcaaa
     1621 tccgaatctg agcgcacatt cagcaatgat gctgccgata ccggcaccac ccaaaaatac
     1681 tcggaaccca cgaacttgtt cttgctcttc cgcatctacg taaatgcggt tcctgctgta
     1741 tcgttctttc atttctttga tttttaccgc aaagatctac aagaccaaag aaaatcgcat
     1801 tacgcaaaaa tgtatttctt ctcgaaagat acattttggg cttcactcct tcatcagccc
     1861 cttcagcttc gggtcggatt tgatgcgggc gatctcggag tccacgagcg agaggatctc
     1921 ttgcttgatt tggcgatagt tcgcgtcgat ggagactttc atcgtgtctc ctcccgaggc
     1981 gtcgcggaaa tcggcgatga cggggattgg gcggtaggcc ttcatctcgg cagaaacctt
     2041 ggcggagtcc actacaatct ccgcgtggaa gatcttctgc tcgatgcgct catcgaagtt
     2101 gtcggacacg gcgccgacaa acatgccttg cgttaggtta ctaatcttcg aggccggaat
     2161 caggctgtcc atttgcgtgt tgatcgaggt cgagacgtcc tgccgattga tggagacgga
     2221 ctgccttctt tgcaggactt taccgaaccg ttcggagagc gtcttggcgg tttctcccac
     2281 cacctgcccc gaaaacacat tcccgaccgt gttctgaatc acccgacttt ccttttcacc
     2341 gtagtcgcgc gtgagctgcg agaagtcctg aaaaccgaga cagacagcca cct
//
LOCUS       SEQF3106|MIQD01000162.1 2313 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2313
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(1029..2060)
                     /locus_tag="SEQF3106_02014"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTMKEKYWKYSLIALILGLGAVIVGELWAFVNGLLGAFTIFVL
                     VRGQMIRLTERWHWPRVLATVVVLMEVAVVILGPLTLIGWVTVERVQHINMDISGLQQ
                     MLNDIDRELRRRFGYHFSFDNLTIDNLTMATGYLSRGVQYVIGQVSSMAVTIIVLVFF
                     LYFILVDFRRIERYVYDLLPFKEAHRRRIVNEIYRMVRSNAVGIPLIAIVQGAIAYAA
                     YLFFDIPSALLFAFLTCFSTIIPIIGTGIVWVPLVIYLLIVGRWVDAAGLAAYCSIIL
                     INIDNVVRFILQKRLADTHPLITVFGVILGLSIFGFWGIIFGPLLISMFFLLVNIFKE
                     EYLDKDELS"
ORIGIN      
        1 acaacgcacc gggcgcgaaa ctcgacacct aattgtgtgc gtacaccgca gacctgttga
       61 ccatcgagca aaagttgatt taccgtgtct tgccagagat aaagattggg aatggcttca
      121 agtgtttcgc gccaaacacg cacgaactgt gccctatcac actgcgcacg cggactccac
      181 atggccggcc ctttgctgcg attgagcatc cggaactgga tcgtcgtgcg atctgtcaca
      241 cgacccatcc atccgcctaa ggcatcgatc tcacgaacga tctgcccctt agcgatgccc
      301 cccacggcgg ggttgcaact catctgtgcc atattattca tgtcgcgggt gatcagcagc
      361 gtttcggaac ctaatctggc tgccgcggcg gctgcttcgc aacccgcatg acccgcgccc
      421 acgacgatca cgtcgtaatc gaacttcatc ttgcttataa cctattctta taacgcatac
      481 aaaggtacgt ctgacactaa atccctgcaa aatggcgccc agagcgatct gctcagtcgt
      541 tgaaaagctc ttcataatac ggttcagaac tattgaaaaa tgaatttgga aagctcggag
      601 taccccatca tgcagtccgc atcccatttg gccaaagaat tttagccatc gtcttgctcc
      661 tattctccac gtgaaaatcc acagcaaaca gccgcataga agtcccttcg taatccccta
      721 aaaccgttat ccgctgcttg tttataacac taaataaacc cgcttgaaac ggcatttccg
      781 tagcgttgat atccatttga aaagcctacg actaacgctc ataaaccata cctccaaata
      841 ttctggagaa aaacaatcca cactcttcac cgcttatatt ccccttcata gagaattaaa
      901 aaaatcaaga atgaataaga tgaaatccga agaatggtgg atgatgggcg gtggaaaaag
      961 aaaaaaaagg gcgacgagga agagtagatg ctttcccgtc gcccccctct atatggagcc
     1021 gaagaaattc aggataactc gtctttatcc aaatactcct ccttaaagat gttgaccagc
     1081 aggaagaaca tcgagatcag cagcgggccg aagatgatgc cccagaaacc gaatatggac
     1141 aggccgagga tgacaccaaa gaccgtaatc agcggatgcg tgtcggccag gcgtttctgg
     1201 aggatgaagc gcacgacgtt gtcgatgttg atcaagataa tcgagcaata ggccgccaag
     1261 cccgccgcat caacccatcg gccgacgatg agcaaataga tcaccaaggg cacccagacg
     1321 atgcccgtcc cgatgatggg aatgatcgtc gaaaagcatg tcaggaaggc gaaaagcagc
     1381 gcgctcggga tgtcgaagaa gaggtaggcc gcgtaggcaa tggcaccttg gacgatcgcg
     1441 atgagcggga tgcccacggc gttggaacgc accatcctat agatctcgtt cacgatgcgt
     1501 cggcggtgcg cctccttgaa cggcagcaga tcgtagacgt agcgctcgat gcggcggaag
     1561 tccaccagaa taaaatagag gaagaagacg agtacgatga tcgtcaccgc catgctgctc
     1621 acctgcccga tcacgtattg cacgccgcgg ctcagatagc ccgtggccat cgtcaggttg
     1681 tcgatcgtta agttgtcgaa cgagaagtgg tacccgaagc gccgtctcag ctcccggtcg
     1741 atgtcgttca gcatctgttg cagccccgaa atgtccatgt tgatgtgctg cacccgctcc
     1801 accgtgaccc aaccgatcag cgtcagcggc ccgaggatca ccacggccac ttccatgagc
     1861 accaccaccg tagccagcac ccggggccag tgccaacgct ccgtcagcct gatcatctgc
     1921 ccacgcacca gcacgaagat cgtgaacgcc cccagcagcc cgttcacaaa cgcccacagc
     1981 tcgcccacaa tcacagctcc cagtccaagg atgagcgcga tgagcgaata cttccaatac
     2041 ttctctttca ttgtttgcat ataccctgaa gtgtagaatt cacatttgga ggccaaaggt
     2101 aaagtcaaac cccgcccccc gctctgttcc ccaggaggcg ctgacgaagt gatgagcctc
     2161 gccccaagat gaagcattta gactcggaac ctaaaaacat acgctcggaa tagaataaat
     2221 ataggttcgg aaccgaaaaa tatacgtccg agacgtaatc aattacgttc attgtagaaa
     2281 aatatacgtg gagggacgta tatttttacg tct
//
LOCUS       SEQF3106|MIQD01000163.1 2289 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2289
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(545..1177)
                     /locus_tag="SEQF3106_02015"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIEELRRARLAAKLEAMGDFGGYAEAKRKAQAEAEAKVEESLF
                     FDPPADGKMTAEQRQAVLTAKLKELGDYGVKRRTVEESPFFDPPAKIELERSPLDPPP
                     AEADEAVIHPRTKADKPREELIATAPPPAPRKTKSHKEDLAAFRETYLQPARISHRKA
                     VYVSDETQQRLDFVVRRIGLRGASISGYVERVLREHLDGYKDSIEQWRKL"
     CDS             complement(1174..1482)
                     /locus_tag="SEQF3106_02016"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEHAIITEESSQMQLFVQLMEGVLKKLERYCASARPTLAGEVY
                     LTGEEVCERLKLSARTLQEYRSRGLLAFYKIGGKILYKQSDLQAMLDRHYNPIQKPSV
                     "
     CDS             complement(1486..1755)
                     /locus_tag="SEQF3106_02017"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQIILLDGKAWERHRSAFADFIHRIERLIGNPPEADEWLDNDAV
                     CRRLNISPRILQTLRDTGKIPFSMVGHKCYYRAGDIADLLNSKAE"
ORIGIN      
        1 aagacgaatc agccgacttt ccaaatcccg atcgcgggac ttccgacagg gctgtatttc
       61 gtgcgtgtga tcaaagacgg acagacctat atcgcgaagt tgatcaagaa ttagcgtcga
      121 aggctcaccg tgtaaaagct gcgtgcaaac gaactgctat cgggcagacc gaagggatga
      181 aagtccctcg ggtctgcccg attttcgtat ggacgaacgg tatcaccccc ttcacttccc
      241 tttcatcgcc ctcttagctt tgggtcggct ttgatgctag cgtcccattt cgaggagcga
      301 acgggtgttt tcttgggtcg attcatgggg ttggtttttt gtatgggatt aggtggcgac
      361 tttggagccg agccgccgcg gagtgaaggc tccggaggca aggcgttttg tagcacaaaa
      421 cggtttttgt ggcacaaaaa cacaccttgc cgggccccgg aataggaggt gcccgtaccc
      481 tgaacacttg cactcaatac atgcaagtgt tcgggagggc attgcacgct tagcgtacat
      541 gtgttcagag cttccgccat tgttcgatgc tgtccttgta cccgtcgaga tgctcccgaa
      601 gcacgcgctc gacatagccc gagatgctgg cgcctcgcag accgatcctg cggacaacga
      661 agtccagcct ttgctgggtc tcgtcagaga cgtagaccgc cttgcggtgg ctgatgcgcg
      721 cgggttggag gtacgtctct cggaatgcgg ccaaatcctc cttgtggctc ttggtctttc
      781 gaggggcagg gggtggagcg gtcgctataa gctcctccct tggcttatcc gccttcgttc
      841 gaggatgaat gactgcctca tccgcctccg ccggaggagg atcaagcggg cttctttcca
      901 gctcgatctt tgcgggcgga tcaaagaagg gcgactcttc taccgtgcgc cgtttgacac
      961 catagtcgcc cagttctttc agtttggcgg tcaagacggc ctgccgttgt tctgctgtca
     1021 tcttaccgtc tgcgggcgga tcaaagaata gcgattcttc caccttggcc tctgcctccg
     1081 cttgggcctt gcgctttgct tcggcatagc cgccaaagtc gcccatcgct tccagtttgg
     1141 cggccaatct ggcgcgccgt agttcttcta tcgtcatacc gaaggctttt gaatggggtt
     1201 ataatgtcgg tcgagcatcg cttgcaggtc gctctgtttg tagaggatct tgccgccgat
     1261 tttgtagaag gccaggaggc cgcggctgcg gtactcctgc agcgtgcggg cgctgagctt
     1321 gagccgctcg cagacctcct cgccggtcag gtaaacctcc ccggcgagcg tggggcgggc
     1381 cgaggcgcaa tagcgctcca gcttcttcaa tacgccctcc atgagctgga caaacagctg
     1441 catttgagag ctttcttccg taatgattgc atgctctgcc atcgttcatt cagcttttga
     1501 gttcagtaaa tcagcgatgt cgccggctct gtagtaacac ttatgcccga ccatggagaa
     1561 gggaatttta cccgtatctc tcaaggtctg caggatgcga gggctgatgt tcagccggcg
     1621 gcatacagcg tcgttgtcga gccattcgtc ggcctcgggc gggttgccaa taagccgctc
     1681 gatgcggtgg ataaagtcgg caaaagcgga gcggtgtcgc tcccaagcct tgccatctaa
     1741 caggatgatt tgcatggtgc tttgattcgt atgaggttgc gtaattcgat tgaagcaagc
     1801 cggtgcgact gcccgcgctt gctttttctt ttggcggcaa aagtcggcga aaggacacgt
     1861 tgcgctgcgg gtcgagggcg cactgaggat aaggaaggaa aagactggaa acatatgggc
     1921 ttgatcgtaa gtaattccct ccgcccgagt gactttttgg ttcacttttg acccagcggc
     1981 cccggcaagc cgcttgccag cgccactttg gatccagtgg ccccggcaat cgagttgcca
     2041 gcgacacttt tgatccagcg gcctcggcaa tcgagttgcc agcgacactt ttgatccagc
     2101 ggcctcggca atcgaattgc cagcgtcact tttgatccag cggcctcggc aatcgagttg
     2161 ccagcatcac tttttctcga gcgtcctctt tctcggcgga caaacccgga aggcgcggcg
     2221 cagcagctgc gtcagctcgc tgcccatcag cggacgcatc tctcgggcga tcttctgctt
     2281 actcacctt
//
LOCUS       SEQF3106|MIQD01000164.1 2193 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2193
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             52..738
                     /gene="pnuC"
                     /locus_tag="SEQF3106_02018"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:D2ZZC1"
                     /codon_start=1
                     /transl_table=11
                     /product="Nicotinamide riboside transporter PnuC"
                     /translation="MFYDAIEIVAAGIMLLYLWLEYRASIWLWPVGVVIPAFYIYIYY
                     VNKFYADMGVNVYYLFASAYGWYRWQRGRGREASDEGAIRRTPRGVWLWLASAYILLQ
                     AVLYLVLSRFTDSPVPWGDAFTTALSIVGMWMLAQKYLEQWGVWMVVNAVSAALYFWK
                     GMTPTAVTYVVYTIVPIFGYLRWRRIMEGSVAPLTIRNPKGEKDSFSQPITQRKSRIE
                     RVNPQSGYES"
ORIGIN      
        1 cgctgaagtt ttaacccctc tccaccctct accctctatt ctctaccctc tatgttctac
       61 gacgcaatcg agatcgtagc ggcggggatc atgctgctct acctctggct cgagtatcgg
      121 gccagcattt ggctttggcc ggtgggcgtg gtgatccccg ccttctacat ttatatctac
      181 tacgtcaaca agttctacgc cgacatgggc gtcaacgtct actacctctt cgccagtgcc
      241 tacggctggt atcgctggca gcgcggccgc ggccgtgagg cgtcggacga gggggcgatc
      301 cgtcggacgc cgcgtggggt gtggctctgg ctggcgtcgg cctacatcct gttgcaggcg
      361 gtgctctacc ttgtgctctc gcgcttcacg gacagccccg tgccctgggg cgacgccttc
      421 acgacggcgc tgagcatcgt agggatgtgg atgttggcgc agaaatacct cgagcagtgg
      481 ggcgtctgga tggtggtcaa tgccgtctcg gccgcgctct acttctggaa gggcatgacg
      541 ccgacggccg tcacgtatgt ggtttacacc atcgtgccca tcttcggata cctgcgttgg
      601 cggcgaataa tggaagggag cgtagcgcca cttacgatcc gtaacccaaa gggtgaaaaa
      661 gacagctttt cccagcccat aactcaaaga aaaagccgga ttgagagggt caatccgcaa
      721 agtggttacg aatcgtaatt tacacaccaa agtgcctgaa actgaaacac tacgccacac
      781 caaaatcacc cccttgcacg gatccctttt cttttacctt tgccgccgtt tcaccattta
      841 accatcaaat aatcagaaag aaattattta tgaaccagca agagttatca atgaacgcca
      901 accgcttggt tgcgttttta cagaagcctg cttccgaatt taccaaggaa gacatcattt
      961 cgttcatccg gcagaacgat atcaagatgg tcaacttcat gtatcccgcc ggagacggac
     1021 gcctgaagac cctcaatttc atcatcacca acgaagagta cttagagacg atcctcacct
     1081 gcggcgagcg cgtggacggg tcgagcctct tctccttcat cggtgccggc agcagcgacc
     1141 tctacgccat cccccgcttc cgcaccgcct tcgtcgatcc cttcgccgaa atcccgaccc
     1201 tctccatgct ctgttcttac tttaataagg acggagaacc tctcgatagc gcaccggaat
     1261 acacgctcca caaggcttgc aaggccttca aggacgtgac gggcatgcag ttcgaggcga
     1321 tgggcgagct ggagtattac gtgatcgtcc ccgaggaaga atacaacctc tacgaggcca
     1381 ccgaccagaa gggataccac gagtcagggc cctacgctaa gttcaacgag ttccgcaccg
     1441 agtgcatgtc gtacatcgca caggccggtg gacagatcaa atacggccac tctgaggtgg
     1501 gcaacttcac gctgaacggc tacatctacg agcagaacga gatcgagttc ctgcccgtat
     1561 acgccgaaga tgctgccgac cagctgatga tcgccaagtg ggtgatccgc aacctcggct
     1621 accagtatgg ctacaacgtg accttcgcgc cgaagatcac cgccggcaag gccggatcag
     1681 ggctgcacat ccacatgcgc ttcaccaaag acggcaagaa ccagatgctc accaacggcg
     1741 tactctccga gacggctcgc aaggccatcg ccggcatgat ggagctggcg ccgtcgatca
     1801 aggccttcgg taacacgaac ccgacttcgt acttccgcct cgtgccgcat caggaggctc
     1861 cgacgaacgt atgctggggc gaccgcaacc gctccgtgct cgtacgtgtg ccgttaggat
     1921 ggtcagccaa aacggacatg tgcgtcctgg ccaacccgtt agagaaggag agccacttcg
     1981 acacggcgca gaagcaaacc gtggagatgc gctcgccgga cggatcggcc gagctctacc
     2041 tgctgatggc tggcttggcc gtagcctgcc gccacggctt tgagatcccc aacgcattag
     2101 agatcgcaga aaagacgtat gtcaacgtca acatccacaa gaaagagaac gaggacaagc
     2161 tgaaatcgct cgcccagctg cccgacagct gcg
//
LOCUS       SEQF3106|MIQD01000165.1 2182 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2182
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(965..1681)
                     /locus_tag="SEQF3106_02019"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNTSKVTTLESKFPLLAVEQGCIVSKDADITVAFRVELPELFT
                     VTSAEYEAMHAAWHKAVKVLPDFTIVHKQDWFVKERYAGRLSDGELSFLARASERHFN
                     ERPFLDHACYLFLTKTTRQRMARQSNFSSLCRGTILPKEVGNREEVTKFMEAVDQFER
                     IINDDDRIRLTRMTEDELVGTKEKSGLLDRYFSLSDTGHASRLTAVTADSPSPHPSDS
                     CSRATTSSTNTSLSRIARRT"
     CDS             complement(1678..2001)
                     /locus_tag="SEQF3106_02020"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MASWEINKGVGRTVEFKGLKAQYLFLFAGGLLATFLLVVICYMC
                     GMDQYLCLGLGATGTTLVVWQTFALNRRFGRYGLMKRAAVRMHPRYLLNRRSVRHILH
                     CLKRS"
ORIGIN      
        1 tttcggagcc ctgcgtaacg cacggggtaa aaaaggccgt ctttcagagc cctgcgtaac
       61 gcatggagca aaaaaagggt gtttttcgga gccctgcgta acgcacgggg caaaaaaggc
      121 tgtctttcgg agccctgcgt aacgcatgga gcaaaaaaag ggtgatatcg attggcctct
      181 gtctttgtga caggttcgtc ggcacttttc cacagcgtaa gcagcagcgt gcagatgctt
      241 tcgcgcttct ccacgtcgaa cacgtagtcg tcggtgtaga aggggttgaa ggagatcggc
      301 cgggcgtcgg tgtacgtgaa atagatgccg tctgcgccct tcgtctttcg gttgatcagg
      361 ccacacagtc cctcgtagga gttgcccgta tcgacgagca acacgtgcgc gccctgctcg
      421 taatactgcc gcaccatgtg gttcgtgaag aacgatttgc cactgcccga gggtccgagg
      481 atgaacttgt tgcggttggt gatgatgccc tttttcatcg gcagatcgga gatgtcgaga
      541 tgaatcgggc ggccggatag gcggtcggcc attttgatgc cgaagggcga gagcgagctg
      601 cggtagttcg tttcggcggt aaagaagcag agcgccgggt cgatgaaggt gtagaaggat
      661 tcttcggccg ggaagtcggc ggcgttgccc gggatgcccg cccaataaag tgtcgccgcg
      721 tcgaccgtgt tgtgccgtgg acggcactcc atgagcgcga gagcactgcc gacgtcgttc
      781 ttgatttggc gcagctcctc cgcatcgtcg ctccacgcga ggacgttgaa gtgtgcgcgg
      841 atagaagtca gcccctgtga ccgcgcgagg ttgagatact cctgaatcca cgcctcgttg
      901 atctgattgc tccgggaata acgcgccaac gagtgcatgt tgcgcgcctg tttctcgaaa
      961 cggttcaggt tctcctcgct atcctcgata aagaggtatt ggttgaagag gtggttgcac
     1021 gagagcatga gtccgacggg tgcggcgaag gagagtcggc agtcactgcg gtcagtcgag
     1081 aggcgtgccc cgtgtcggag agtgagaagt agcgatcgag caaaccgctc ttctccttcg
     1141 tgccaacgag ttcatcctcg gtcatgcgcg tcaggcggat gcgatcgtca tcgttgatga
     1201 tccgctcaaa ctggtcgacg gcctccatga acttggtcac ttcctcgcgg ttgcccactt
     1261 ccttcggcag gatcgtgccg cgacagagcg aagagaagtt gctctgccga gccatacgct
     1321 ggcgggtggt tttcgtgagg aagaggtagc aggcatggtc gaggaaggga cgctcgttga
     1381 agtggcgttc ggaggcgcga gcaaggaagc tcagctcgcc gtccgagagg cggccggcgt
     1441 agcgctcctt gacgaaccaa tcctgcttgt gcacgatggt gaagtcgggc aacaccttga
     1501 cggccttgtg ccacgctgcg tgcattgcct cgtactcggc cgaggtgacg gtaaagagct
     1561 cgggcagctc gacgcggaag gcgacggtta tgtcggcgtc tttcgagacg atacaccctt
     1621 gctcgacagc caagagcggg aacttggatt ctaaggtggt gactttcgat gtgtttctca
     1681 tgatcttttc aggcaatgaa gaatgtggcg gacagagcgt cggttcagga gatagcgtgg
     1741 gtgcatgcgg acggcggcac gtttcatcag accgtagcga ccgaatcggc ggttcagcgc
     1801 gaatgtttgc cacaccacaa gcgtggtacc cgttgcgccg aggccgagac agaggtactg
     1861 atccatgccg cacatgtagc agatgacgac aaggaggaac gtcgctaaca gtccaccagc
     1921 aaagaggaag aggtactgcg ccttcagccc cttgaactcc accgtccgcc ccacgccctt
     1981 gttgatctcc cacgaagcca tcagaggtga agcgcttaga ggaagaaact cctaaggatc
     2041 gtggcggcga cgatcaggaa gatgcacgct ccgaaccacg aggctgcggt cttgctggtg
     2101 tccgggtcgc cggacgcgaa cttttggtac accttgatcc ctccgatcag tccgatgacg
     2161 gcaccgatgg cgtagatcag tt
//
LOCUS       SEQF3106|MIQD01000166.1 2147 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2147
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             117..695
                     /gene="adk"
                     /locus_tag="SEQF3106_02021"
                     /EC_number="2.7.4.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P84139"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenylate kinase"
                     /translation="MFNIVIFGAPGSGKGTQSKKIIERYGFDYISTGDMLRRAISEGR
                     ELGKKAKDYIDRGQLVPDDVIVGIIADFLDDKKGSKGVIFDGFPRTLKQAEALKTMLN
                     ERGTDIHILLDLQVEDEELVERLLERGKISGRSDDNPETIKARLDVYHTQTAPLATYY
                     IGEGKHVPIKGIGQIEEIFERITEAIDRVKDR"
     CDS             716..1861
                     /gene="cgtA"
                     /locus_tag="SEQF3106_02022"
                     /EC_number="3.6.5.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B8GYI7"
                     /codon_start=1
                     /transl_table=11
                     /product="GTPase Obg/CgtA"
                     /translation="MAESNFVDYVKIYCRSGKGGAGSAHFRREKFIPRGGPDGGDGGR
                     GGNIYLRANRNYWTLLHLKFERHVVATSGGRGGAKRSTGRDGEDRIIEVPCGTVAFDA
                     DTGEYLCDVTTDGQQVMLLKGGRGGAGNTHFKTATNQAPRYAQPGEPAQERKVVLQLK
                     LLADVGLVGFPNAGKSTLLSVVSAAKPKIADYPFTTLEPNLGIVSWRDNRSFVMADIP
                     GIIEGASEGRGLGLRFLRHIERNALLLFMVPADADDIRKEYEILLGELERYNPELMSK
                     SRVLAITKSDLLDEELTEALAADLPDDLPYRFISSVTGQGITELKDLLWHELNRETFH
                     DADAIVHRDMDMSLLSADDDDAWDIPPEEEEENTDTDADLEYDWEES"
ORIGIN      
        1 atcatagaag agacgacccc tacaccgcaa tgaacgtaac cggattggtg cagataaacc
       61 cacccctaca aattctgact accctataac tacttctaac tacacactat tgtcacatgt
      121 ttaatatcgt aatattcggt gcacccggct caggcaaagg gacacaaagc aaaaagatca
      181 ttgagcgcta cggcttcgac tatatctcca cgggcgacat gctgcgacgc gccatcagcg
      241 aaggccgaga gctgggaaaa aaggccaagg actatatcga ccgtgggcaa ttggtgccag
      301 acgatgtgat cgtgggcata attgctgatt tcttggatga caagaagggc tcgaagggcg
      361 tcatcttcga cggcttcccc cgcaccctca agcaggccga ggcgctgaaa accatgctca
      421 atgagcgcgg cacagacatc cacatcctgc tcgacctgca agtggaggac gaggaattag
      481 tggagcgact cttagaacgc ggcaagatct ccggccgatc ggacgacaac ccagaaacca
      541 tcaaggcgcg gctcgacgtc tatcacacgc agacggcccc cttagctacc tattatatag
      601 gtgaagggaa gcacgtcccc atcaagggga tcgggcagat cgaggagatc ttcgagcgca
      661 tcactgaggc catcgatcgc gttaaggaca gataacacgc ccccacctcc tccagatggc
      721 tgaatcgaat ttcgttgact acgtaaagat ttactgtcgc tcagggaagg gcggagccgg
      781 atcggctcac ttccgacgcg agaagttcat cccgcgcgga ggtcccgacg gtggtgatgg
      841 gggacgcgga gggaacattt acctgcgcgc caatcgcaac tattggacac tgctacacct
      901 gaagtttgag cgccatgtgg tggccacctc tggcggccgt ggcggtgcga aacgcagcac
      961 gggtcgcgac ggtgaagacc gcatcatcga ggtgccctgc ggcacggtgg ccttcgatgc
     1021 cgacacgggc gaatacctct gcgacgtcac tacggacggg cagcaggtga tgctcctcaa
     1081 gggtggacgc ggcggtgcgg gcaacacgca cttcaagaca gccaccaatc aagcgccgcg
     1141 ctatgcgcaa ccgggcgaac cagcccagga gcgtaaggtg gtgctgcaac tgaaactctt
     1201 ggccgatgtg gggctcgtcg ggttccccaa cgccggcaaa tcgaccttgc tatcggtcgt
     1261 atcggccgcc aaaccgaaga tcgcagacta ccccttcacc acattagagc ccaacctcgg
     1321 catcgtcagt tggcgcgaca atcgctcgtt tgtcatggcc gacatccccg gcatcatcga
     1381 gggcgccagc gaggggcgcg gcctcggact gcgcttcttg cgccacatcg agcgaaacgc
     1441 cttgctgctc ttcatggtgc ccgccgatgc cgacgatatt cgtaaggagt acgagatcct
     1501 gcttggcgaa ttggagcgtt acaacccgga gctgatgagc aagagtcgcg tgttggccat
     1561 caccaaaagc gacctgcttg acgaggagct aaccgaggcg ctcgcagccg acctgcccga
     1621 tgacctcccc taccgtttca tttcgtccgt cacggggcag ggcatcacgg agctgaaaga
     1681 tctgctttgg cacgaattga accgtgaaac cttccacgac gccgacgcca tcgtccaccg
     1741 cgacatggac atgagcctcc tgtccgccga tgatgacgac gcgtgggaca tcccgcccga
     1801 ggaggaagaa gaaaacaccg acacagacgc cgacctcgag tatgattggg aggaatcgta
     1861 gaaagagaaa agaaaaagtg aacaacggag agtcctccgg gctaagggtc tttaattccc
     1921 ccttccgccc ggaggacttt tttgtgtagg ggagagagct atcttgactt aagggttaaa
     1981 tatgggttta agggtcaaat atgttcctgc gggggtgcaa taacacactg tgagtcatgc
     2041 atatgtagta tcttataaga ccatcgcaca acatctccgc gtcagcgccc acatctttcc
     2101 gactcgatat tcagagcatt taggccgagt tgagtgcttg atctacc
//
LOCUS       SEQF3106|MIQD01000167.1 2086 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2086
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(464..1078)
                     /locus_tag="SEQF3106_02023"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEHFSQTAYPIFERAIDDYHRTDHVDTPVRNPYPTPGIEADLYL
                     KNWIDTVQWHLEDIIRDPDIDPLRALEIKRRIDRSNQERTDLVERIDSYFLTLYRDVQ
                     PLPGATINTESPAWAVDRLSILALKIYHMREEAGRTDADPEHTAACRRKLAVLTEQRA
                     DLSTALDQLLDDIAAGRKYMKVYRQMKMYNDPSLNPVLYGKKQG"
     CDS             complement(1141..1710)
                     /gene="yvdD"
                     /locus_tag="SEQF3106_02024"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O06986"
                     /codon_start=1
                     /transl_table=11
                     /product="LOG family protein YvdD"
                     /translation="MKTICVYCASSNGLDAVYVDAARALGTLLGKSGRQMVNGAGHIG
                     LMRVVSDAALAAGGSVTGVIPRFLIDREVCHPGLTQCIAVDTMHERKQRMAELSDAAI
                     ALPGGCGTMEELLEVITWKKLGIYHQPIVILNINGYYDALITLLHRAVAERFMSPHVA
                     GRPLWLIADTPEQALALIEAEWRAAEDDH"
ORIGIN      
        1 gtagatcacg tttgcgatgc gttcgagcgg ttggagcagc atgaggtcgc gctgcaccat
       61 gtcgcgcgcg gggtcggtgc ggtcggccac gcggtagttg tggagcaggc ggctgtaggc
      121 cttgcgtgtg ccgatgcgga agggggtgtg gaggctgaag aggctgaaga ggagcgtgcg
      181 cacggtggcg cgcatgtcga tgatgatgtc gtagcgtgtg cggcgcatga cgcggtgcac
      241 gcgggcgatg tagcgcaggg cgtgacggtt gtcgtcgtcg gtgaagggga tgacgcggtc
      301 gatgtcgggg tggccttcgt agagcggggc gatggcggcg ttgagcacgt agtcgacgcg
      361 gatgtcgggg aaggtgcgct tcaggcttgt gcagacggcg acgcccaaga ccgagtcgcc
      421 cacgcgccgg aagcggatca cgagcgcgtg gcgcggaggc tggtcatccc tgcttcttgc
      481 catacagcac ggggttgagc gaggggtcgt tgtacatctt catctgccga tagaccttca
      541 tgtatttgcg gcccgcggcg atgtcgtcca ggagttggtc gagggcggtg gagaggtccg
      601 cacgctgctc cgtgaggacg gccagcttgc ggcggcaggc ggccgtgtgc tccgggtcgg
      661 cgtcggtgcg gccggcctcc tcgcgcatgt ggtagatctt gagcgcaagg atcgagaggc
      721 gatcgacggc ccaggcgggg ctttcggtgt tgatggtggc tccgggcaac ggctgtacgt
      781 cgcggtaaag cgtgaggaag tagctgtcga tgcgctccac caggtcggtg cgctcctggt
      841 tcgagcggtc gatgcggcgc ttgatctcga gtgcgcggag ggggtcgatg tccgggtcgc
      901 ggatgatgtc ctcgaggtgc cactgcacgg tgtcgatcca gttcttgagg tagaggtcgg
      961 cctcgatgcc gggcgtgggg taggggttac ggacgggcgt gtccacgtgg tcggtgcggt
     1021 gatagtcgtc gattgcacgc tcgaagatgg ggtaagcggt ttggctgaaa tgttccatga
     1081 ggttaggtgt atgttatact ataaaatgaa cggcgccaaa ggtagatcga tcgccagatc
     1141 tcaatgatcg tcttccgctg cgcgccattc ggcttcgatg agtgcgagcg cttgctcggg
     1201 cgtgtcggct atcagccaga ggggccggcc ggcgacgtgg ggcgacatga agcgttccgc
     1261 cacggcgcgg tgcaggaggg tgatgagggc gtcgtagtat ccgttgatgt tcaggatgac
     1321 gatgggctgg tggtagatcc cgagcttttt ccaggtgatg acctcgagga gttcttccat
     1381 tgtgccgcag cctccgggca gggcgatcgc tgcatcggag agctcggcca tccgttgctt
     1441 gcgttcgtgc atggtgtcca ctgcgatgca ctgggtcagg ccggggtgac acacctcgcg
     1501 gtcgatcagg aagcggggga taacgccggt gaccgatccg ccggctgcca gggctgcgtc
     1561 tgagacgaca cgcatcagcc cgatgtggcc ggcgccgttg accatctgtc gaccgctctt
     1621 cccaagcagc gttcccagcg cccgggcggc gtcgacataa actgcatcga gtccgttgct
     1681 cgacgcacaa tacacacaaa tcgtcttcat cgttttttct cttgctgtag tcattgaggt
     1741 agttacgagt tatgggttac gagtgacagg gggggggcat tccgcccttc tttctcttcg
     1801 atttcggggg caaaggtggg gcgcgttatc ggacattggc ggacggacgg ggctgccccg
     1861 gggggatgtt taccgggcag ggagggctaa atgcctactt ttgccttccg ttgaaggggg
     1921 ggagaatgct tcttatttct ttatttattc ctcctactta cgcataagcc ggaagatgat
     1981 agacaagctc gaactgcttc gcacggggat gatgatcggc atcttggtct cggcgccgat
     2041 gggcccgatc ggcatgctgt gcatccagcg caccctttcc gagggt
//
LOCUS       SEQF3106|MIQD01000168.1 2072 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2072
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cttacgagag gggagggtac ccggagcgcc ctgtaggggc gccggatgat agcccagggc
       61 gaaaccctgg gcatatggat acggggcgcc ggacggcccc cccacgaacc cggcggtacc
      121 cgggtaatca ttaacgagcc gccccaccgg gcattgttcg tttttagctt ttagtttttc
      181 gattttaatt gaacccgcgg cccaggccgc acaaaacctt tacatgatga aaacaaaata
      241 tcacctatct atcttcctca tcgccctatt cgcagggctc atggccttcg caactgacat
      301 agcggccaag aaggataaaa cgccgcccgt gccggggggg tatgaaaatg gataccccaa
      361 agccatggtt ctccacccta gttccgaaga tgaaccttcc cccataggta ttatggtgaa
      421 atggtttaca gccaaagata aggagacaaa tatcttgtat ctaagatatc gggtacgttg
      481 gaagaaacga gtgggtggcg acacctggca ctattatcct tcggataagg gaatccatat
      541 gctagatcat tttatctcta accttgatcc caataccaca tatgtagtgg atgtgatagt
      601 aaaagacagg gacgggaacg agactctcta cggtgagcga gaggtcacga ccccaccggc
      661 tgtcgaaccc ggagagtacg tggacgtcag tagtactacc ctcaccacca tcacgctgga
      721 atggaagatg tatttggaga aatacaaata cttaaaaaag catcccccgt tgtttcaagt
      781 gaaatcgcgg aaaacgactg agagtaactg gagtcacacg ctctcggggc aagtagatcc
      841 cagagttaat ccacgctgtg acatccacgg tcttgagcct ggcaccgagt atgtagtgga
      901 tgtcgagttc tgtaatggtg actttaacat accattaagg ggctttagta acctcggaga
      961 gcgcgtcatc aagaccttag gcaatcctac gcccaagccc aaccccaacc ccgaacccga
     1021 gcagcctggc aagttcacca ttgaccccaa ggagctgacc gtggatgcaa aagagcagat
     1081 gcaaaaggtg acaatcagcg gcgacaagaa gttcttcatc aaggatctta ataagccgga
     1141 ttggctctcg gtcgacccga gcgaacccag ctacggggaa aacctgacga tgggaatccg
     1201 tttcaaagag aacaccggcg ccgaacgtaa ggccgacgtc gtcttcaaaa ccaacgcggg
     1261 cgatgtaacg ctcaaagtga cacagcgagc cgccagctct accccctccg aacccgagca
     1321 gcccgccaac ctcaccctcg agcccaagga gctgactgcg gtagcgaagg gggacggtaa
     1381 acttgtgaca ctcagctgca acaagccgta ccgcgtcaat aattacgata gtccggcttg
     1441 gctacttctc accgaataca gctccgacta caagaaacgc caaacgctta agatcaccgt
     1501 caaaaagaac cccggcgccg aacgtaccgg agagataacg attaaaacca ccgagggcaa
     1561 tgtgaagctc aaagtgacac agcggggcac cggctctacc ccctccgcca agctcaccct
     1621 cgaccccaag gagctgacct cgggaccaaa ctggaacaat caagaagtga cactcagctg
     1681 cgacgagttg tactacatca aggcttacga tgcgccggat tggttatcag ccagctggat
     1741 caattccaac tacgagaaaa gccacaacct taggatcgtt atcctgcaga acaccggcgc
     1801 cgaacgtacc ggagagataa cgattaaaac ctccgagggc aatgtgaagc tcaaagtgac
     1861 acagcgggcc gccactaccc cctccgccac actcaccctc gaccccatgg cactgaccat
     1921 gaagtaccac cgaaacgaag cagaggtaac actcgcctgc agcgacaagg cgttctccat
     1981 caaccaagtc gtcatcgatc agctggattg gctgtcggcc accggcggct ccggcctcta
     2041 taagaagcac ttcatccgca tcacagccca ag
//
LOCUS       SEQF3106|MIQD01000169.1 2030 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2030
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(291..1979)
                     /gene="mutA"
                     /locus_tag="SEQF3106_02025"
                     /EC_number="5.4.99.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11652"
                     /codon_start=1
                     /transl_table=11
                     /product="Methylmalonyl-CoA mutase small subunit"
                     /translation="MATAVSLPGEFPYVRGTKVSNKWLIRQDIDVDDCAAANEKARRL
                     ITESGVTALGFNVKGSLVNASNIAALLDGIDPVATELNFRTCNHHAVELIGILADYFK
                     SKGIDLSKVEGSVAYDPLKKPLVKGVALSGEWVAEAVAVVNAADPLPGYRVLAVNACN
                     LNDAGSYITQELGYALAWGNDLIAKLSDAGLPAEKVANKIKFNFGISSNYFLEMAKFR
                     AARWLWAEIVKAYNPSCDCACKIRVHARSSEWNMTVFDAYVNLLRTQTETMSAAIAGV
                     DSITVKPYDSAFKEPDEFSERIARNQQLLLKEECHFDKVVDPAAGSYYVEILTQSMAD
                     AAWKLFLEVEDKGGFTVVANAGEVQKAINESNAARKKLIATRRISLLGTNTFPNFTEM
                     AGNKIEIKAESTGHSCGCSKEAAIEKLDFSRGASEFEALRLATEHSGKRPKVFMLTIG
                     NLAMRLARSQFSSNFFACAGYEIIDNLGFDTVEAGVKAAREKKADIIVLCSSDDEYAT
                     YAPEAFKLIDGKELFVVAGAPACMEDLKAAGIEHFIHVRSNVLETLQKFNAKLL"
ORIGIN      
        1 gcgttcgact cctcggccgt ggagaatccg gcgtactggc ggatggtcca agggcgcatg
       61 gcgtacatgc cgctgtacgg gccacgcagg taggggggca gaccggaggc gtagtgcagg
      121 tgctccatgc cgttgaggtc ttctttcgtg tatacggatt tcacctgaat gtgttcaggc
      181 gttttccaat cagcggtgat gccgttggac ttggcccact tcgcggcatc cgtcgcagcg
      241 aagccggctg tcttgatatc gatatttcta aagttcggtc tcataagtga tcaaagcagt
      301 ttggcgttaa acttctgaag cgtctctaag acgttcgatc tcacgtggat aaaatgctcg
      361 atgccggcgg ctttcaaatc ctccatgcaa gccggagcac cagccacgac aaagagttct
      421 ttgccgtcga tcagcttgaa agcctcgggg gcataagtag catactcgtc gtcgctcgag
      481 cagaggacga tgatgtcggc cttcttctcg cgggcggcct tcacgccggc ctcaacggta
      541 tcgaagccga ggttgtcgat gatctcgtag cctgcgcagg cgaagaagtt ggacgagaat
      601 tgcgagcgag ccagacgcat ggccaagttt ccgatggtca gcatgaacac tttcggccgc
      661 ttgccgctgt gctcggtggc cagacggagg gcttcaaact cggaggcgcc gcgagagaag
      721 tcgagcttct cgatggcggc ttctttgctg caaccgcagc tgtgccctgt gctctccgct
      781 ttgatctcga tcttattgcc tgccatctct gtgaaattcg ggaaggtatt cgtgccgagc
      841 aggctaatgc ggcgcgtggc gatgagcttc ttgcgcgctg cgttcgattc gttgatggcc
      901 ttctgcacct cgccggcatt ggctacgacc gtgaagccac ccttgtcctc aacctcgagg
      961 aagagcttcc atgcggcgtc agccattgat tgcgtcagga tttccacgta ataggaaccg
     1021 gcagcggggt cgaccacctt gtcgaagtgg cactcttcct tgagcaggag ctgctggttg
     1081 cgggcgatgc gctccgaaaa ttcgtcgggc tctttgaagg cgctgtcgta aggtttgacg
     1141 gtgatggagt ctacgccggc gatggcggct gacatcgtct ccgtctgtgt acggagcagg
     1201 ttgacatagg cgtcgaatac ggtcatgttc cactccgatg agcgtgcatg cacgcggatc
     1261 ttgcaggcgc agtcgcacga agggttgtag gccttgacga tctcggccca cagccagcgt
     1321 gcggcgcgga acttggccat ctctaagaag taattcgacg agatgccgaa gttgaacttg
     1381 atcttgttgg ccaccttttc agcgggcaga ccggcgtcgc tcagtttggc gatcaggtcg
     1441 ttaccccacg ccaaggcgta acccaattct tgggtgatgt acgagccggc atcgttcagg
     1501 ttgcaggcgt tgacggccag cacacgatag ccgggcaggg ggtctgcggc gttcaccacg
     1561 gctacggcct ctgccaccca ttcgcccgag agtgctacgc ccttgacgag cggtttcttg
     1621 agggggtcgt aagccacgga gccttcgact ttcgagaggt cgatgccttt cgacttgaaa
     1681 taatcggcga ggatgccgat cagctccacc gcgtggtggt tgcaggtgcg gaagttgagt
     1741 tccgtagcta ccggatcgat gccatcgagc agggctgcga tgttcgaggc gttgaccagt
     1801 gagcctttca cattgaatcc gagggctgtc acgccactct cggtgatgag gcgccgggct
     1861 ttttcgttgg ctgccgcgca gtcatctaca tcgatgtctt gacggatgag ccatttgttg
     1921 gagactttcg ttccgcgcac ataggggaac tctccgggca acgacacggc ggtcgccatc
     1981 ccttcgatgt cttcggcgcg atagaagggg ttgacgttga acccttcgcc
//
LOCUS       SEQF3106|MIQD01000170.1 2030 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2030
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(82..480)
                     /locus_tag="SEQF3106_02026"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WMS9"
                     /codon_start=1
                     /transl_table=11
                     /product="Arabinogalactan biosynthesis recruiting protein"
                     /translation="MGIAHSMKISTKQKEFIRFCLVGGAATGIHYGIYLLLNKVMNTT
                     IAFSTGYLISFFVNFILSNYFTFKTRPSAGKGVGFTISHIVNYLLQVGFLNLFLYLDI
                     PKNWAPLPVYAITVPINFILVRTALKSSRL"
     CDS             complement(592..1995)
                     /locus_tag="SEQF3106_02027"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDGYDEHTDSHSASTRHVTKNGAEQPSFSLSEDASERPNQYAAG
                     LNFHHRWGDAGGKLALMSNYTRYATRKHGDLEETNRTTSNTHLMQSDFDNRYDLYSLK
                     MDAHLPAAWLGGSVELGGKYSDVSSLSHLLFKRRLEEVWQVDRRFTNDVDFREQILAA
                     YALATGRAGRFDYSLGLRGELTRTQNELSNGRQDDRNLQLFPHIALGYTTASKQQSRL
                     TFSRRISRPGYAKLNNSMIYIDSLSTRHGNPQLKPTIFNTISVNFSHGKRLFGGLSYS
                     YIESPTDLMYINDPVQIERFTLYADNVKNTWSASIHAGSHIDVRPWWHAQLSASCSYS
                     PVTVVDDGVEYTFKFPAYYLNCINRFSLPRGWEADFNAKFYRPAKGMRKRRDYVDLDL
                     GFSKKMLANHLTVQGAVHYAFFPDYQLLRYSYKYQSNVYDYNSRILLQVSLRYAFGSK
                     KASRKVESSSADEVKRL"
ORIGIN      
        1 ggcgatagag tagggggagg gattcctctt cgttgtaagc tgggatgagg atggagacgc
       61 gtttcatgac ggtggatgcg gtcatagcct ggaagacttc agggcggtgc gcacgaggat
      121 gaagttgatc ggcacggtga tggcgtagac cggcagaggg gcccagtttt tgggtatgtc
      181 gaggtaaagg aagaggttga ggaagcctac ctgcagcagg tagttgacga tgtggctgat
      241 ggtgaacccg acgcctttgc cggccgaggg gcgggtcttg aaggtgaagt agttcgagag
      301 aatgaagttg acgaagaagc tgatcaggta gcccgtggag aaggcgatgg tggtgttcat
      361 caccttgttc agcaataaat agatgccgta atgaatgccg gtggcggcgc cccccacaag
      421 gcagaaccga atgaattcct tttgcttggt tgatattttc atactgtgcg cgatgcccat
      481 ttcccgtagg cggcgggcaa atgtaaacca taaggggaaa gacaaacggc gaaaagccaa
      541 gcggtaaaca ctttgcgggg ggggggagga gccgcttgcg acaagctcgg gtcagagccg
      601 cttcacctcg tcggccgaac tggactccac cttgcgcgat gccttctttg acccgaaggc
      661 gtatctcaga ctgacctgca agaggatgcg ggagttgtag tcgtagacgt tggattggta
      721 tttatagcta tagcggagca gctgatagtc tgggaagaag gcgtaatgga cggcgccctg
      781 caccgtcagg tggttcgcca gcatcttctt cgagaagccc aagtcgaggt cgacgtaatc
      841 tctgcgcttg cgcatgccct tcgccggtcg gtaaaacttc gcattaaagt cggcctccca
      901 cccgcggggc aatgagaatc ggttgatgca attgaggtag taggcgggga atttgaaggt
      961 gtattccacc ccgtcgtcga cgaccgtcac ggggctgtag gagcacgagg cggagagttg
     1021 agcgtgccac cagggcctga cgtcgatgtg gctgcccgca tggatcgacg ccgaccacgt
     1081 gttcttcaca ttgtcggcat acaacgtaaa gcgctcgatc tgcacggggt cgttgatgta
     1141 catcaggtcg gtgggggatt cgatgtatga gtacgacaga ccgccgaaca gccgcttgcc
     1201 atgtgagaag ttgaccgaga tggtgttgaa gatcgtcggc ttcagctgcg gattgccgtg
     1261 gcgcgtggag agcgagtcga tgtagatcat actgttgttc aatttcgcgt agcccggcct
     1321 gctgatgcgc cgagagaatg tgagtcggga ttgctgtttg cttgcggtgg tgtatccgag
     1381 cgcgatgtgg ggaaatagct ggaggtttcg gtcgtcttgg cggccattgg atagctcgtt
     1441 ttgggtgcgt gtgagctctc cgcgcaggcc gagcgagtaa tcgaagcgcc ccgcccgacc
     1501 tgtggccagg gcgtatgcag ccaagatctg ctccctgaag tccacgtcgt tcgtgaagcg
     1561 gcgatccacc tgccacacct cctcgaggcg acgcttgaac aggaggtggc ttaacgacga
     1621 tacgtcggaa tacttgccgc ccagctccac actgcccccg agccacgcgg ccggaaggtg
     1681 ggcgtccatt ttcagggagt agaggtcgta gcggttgtcg aaatcgcttt gcataaggtg
     1741 cgtgttcgat gtcgtccggt tcgtttcctc caaatcgccg tgcttacggg ttgcatagcg
     1801 cgtatagttg ctcatcaacg cgagcttacc gcccgcatcg ccccagcggt gatggaagtt
     1861 cagccccgca gcgtattggt tcgggcgttc ggaggcatct tccgacaggc tgaaggaggg
     1921 ttgctctgcg ccgttcttcg tcacgtggcg cgtggaagcc gagtggctgt cggtgtgttc
     1981 gtcatatccg tccacatagg cgttcagctc gtttttgtcg tcgaaatcat
//
LOCUS       SEQF3106|MIQD01000171.1 2011 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2011
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             162..1112
                     /gene="dnaG_2"
                     /locus_tag="SEQF3106_02028"
                     /EC_number="2.7.7.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00974"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA primase"
                     /translation="MKEENLSTIKRYPITAYLESKGITPIRRLAAYAMYRSPLRDERH
                     PSFKVDTEKNLWIDYSEGRGGSIIDLYMRLERCTFPEAIRCLGQMIFGCRTSDYPRTE
                     SHRHTPERTDGGRKLIGISDDLPPHLQDYLTKERRIDLGRARSFLRCVRYEVRGRTYE
                     VIGFPNASGGYELRGAGLFKGTLAPKDITPIFPDGRQPVCLFEGFMDFLSFLSMKEKV
                     GSHCLVMNSVANVGRCIRYLRERRITVLRTFLDNDDAGRRTLGTFIEAGFLVEDMSVH
                     YRGCKDLNEFHVNRIRRLQEQQGQAPITTKPTHTIKLKRR"
     CDS             1118..1483
                     /locus_tag="SEQF3106_02029"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEKDTNKADREFLDVYLGETHPQEAEPSGQSVHAESVPTPKRI
                     SAKMRRRTLEAYKQTFLIPAKLTDRRAVYLSRATQERADFVVRRLGDRGANLSSFVER
                     IVRAHLEDYAEEIEEWRKL"
ORIGIN      
        1 gtagtgactt ctatttgcat ggatactatt gggaaacaat cgattatggc gattgtagtt
       61 tgtagtaaga agaagccaaa aagtacgggc gtttgatctt aaatcacttg cattcataaa
      121 acaccacacc attttattac ccatctcaat gtttgatcag tatgaaagaa gaaaacctat
      181 cgaccatcaa gcggtacccc atcacggcgt atttggaaag taaaggcatc actcctatcc
      241 gacggctggc agcctatgca atgtaccgtt caccattgcg ggatgaacgc caccccagct
      301 tcaaggtaga caccgagaag aacctgtgga tcgactattc cgagggccgt ggcggaagca
      361 tcatcgacct ctatatgcgg ctcgagaggt gcacctttcc ggaggccatc cgctgtttgg
      421 ggcagatgat tttcggttgc aggacaagcg attacccgcg gacggaatcc caccgtcata
      481 ctccagagag aacagacgga ggaagaaaat tgatcggcat atcggatgac cttccgccac
      541 atttacaaga ctacctgaca aaagagcggc gcatcgacct cggtcgggca cgatccttcc
      601 tccgatgcgt ccgctacgag gtgaggggac ggacgtacga agtcatcggc tttcccaatg
      661 cctcgggcgg ctatgagcta cggggcgccg ggttattcaa agggacacta gcgccgaagg
      721 acatcacacc catctttccc gacgggcggc agccagtctg cctcttcgaa ggcttcatgg
      781 acttcctttc ctttctttca atgaaagaaa aggtcggtag ccattgcctt gtaatgaact
      841 ccgtggctaa tgtcggacgg tgcattcgtt acctgcgcga gcggcgcatc acggtccttc
      901 gtacgttcct cgataacgac gacgctggaa ggcgaacctt gggcacgttc atcgaagctg
      961 ggtttctggt ggaagatatg tctgtacact atcgcggatg caaggatctc aatgaattcc
     1021 atgtcaaccg catccgtcgc ctacaagaac aacaaggaca agctccaatc acgaccaaac
     1081 caacccacac aatcaaacta aaaaggagat agcaaccatg aaagagaaag acaccaacaa
     1141 agcagaccgg gagtttctcg acgtctattt gggagaaacg catccacagg aagcagagcc
     1201 atccgggcaa tccgtgcatg cagagagtgt accaacaccg aaacgcatca gcgccaaaat
     1261 gaggcgaagg acgctggagg cttacaagca gactttcctc atccccgcca agctgacaga
     1321 tcgtcgggca gtctatttga gtcgggcaac tcaggagcgc gccgacttcg ttgtccgtcg
     1381 attgggagac aggggcgcca acctctcgag cttcgtggaa cgcatcgtgc gcgcccattt
     1441 ggaggactac gccgaggaaa tcgaggaatg gcggaagctg taatccgagc atacagatct
     1501 atcaaaaagt tcacgaacaa tatgcacgtc aagcaatcaa taactgtctg aatgcacggc
     1561 atgcaatgat cacaagaatc actgtagggt ttgtaccgga gcgtgacgac ggcaatgcaa
     1621 gacgtcagtt tgttcccaca aactgcgctt gctcccccgc ccctgtcagt cggtggagag
     1681 ggccgtaatc acatccgttc tcatcggccc caaccataga ataagcacca cagaaaagac
     1741 ctatctacat ggaaaaacac ccccaaaaga aagacaagaa gccgaacaag accgccttta
     1801 tcaaggtcag atgcacggcc gaggaaaagg aacggatccg ttcgagagct acgaacgcag
     1861 ggcggaagta ttccgactac tgccgtgaga tgttgctgag tggatccgtc atagccgtcc
     1921 ctccgatggg caacaacgag aaggaggcac ttgccatcct ccgtcagacg gcactgttct
     1981 acgcacacat ctctaacctg attaaggtca a
//
LOCUS       SEQF3106|MIQD01000172.1 1959 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1959
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             51..674
                     /locus_tag="SEQF3106_02030"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEFRSLTNIETSFKQIRLYAAAFVVLCIVITAIVVCSSYAFADR
                     QREKIYVLDNGKSLILALSQDAAANRPVEAREHVRRFHELFFTVAPDKDAIEKNMERA
                     FLLCDKTAYDYYRDLAEKGYFNRIISGNINQRVEVDSIRCDFDRYPYEVTTYARQFIV
                     RPSNVTERNLITTCTLQNAVRSDNNPQGFLMEHFLVRENRDIQTYKR"
     CDS             678..950
                     /locus_tag="SEQF3106_02031"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTRFTLTRRYLRAHVWLHRQCDRLSPKWQKRIVFGLCIVYFAC
                     AAAMIAQLFLPQKEGQLPITRSDQTIVDSPIQRDSLHRHVIEPIKT"
ORIGIN      
        1 cttctaacta cgtccaacta cttgaactac ttctaactac ttaatgtatc atggagttca
       61 gatcactcac caacatagag acctcattca agcagatccg gctctacgcc gccgctttcg
      121 ttgtgttgtg catagttatt acggccatcg tcgtgtgctc gtcgtacgcc tttgccgacc
      181 gccagcggga gaaaatctac gtcttggaca atggcaaatc gctcatcctc gccctcagtc
      241 aggatgcggc cgcgaaccgt cccgtggagg cccgcgaaca cgtccgccgc tttcacgaac
      301 tcttcttcac cgtcgcaccc gacaaggacg ccatcgagaa gaacatggaa cgcgcctttc
      361 tcctgtgcga caaaacggca tacgattact accgcgacct cgccgagaag ggctacttca
      421 accgcatcat ctcgggcaac atcaaccagc gcgtggaggt ggactcgatc cgctgcgact
      481 tcgatcgcta cccgtatgag gtgacgacct acgcccgcca gtttatcgtc cgtccgagca
      541 acgtgacgga gcgcaacctg atcacgacat gcacgctgca aaacgccgtc cgatcagaca
      601 acaacccgca gggcttcctc atggagcact ttctcgtaag ggagaacagg gacattcaga
      661 cgtataagag ataagccatg agtacaagat ttaccctcac ccgccgctac ttgcgggcac
      721 acgtatggct ccacagacaa tgcgaccgcc taagtcccaa gtggcagaag cggattgtct
      781 tcgggctttg catcgtctat ttcgcttgcg cagcagccat gattgcgcag cttttcctcc
      841 cgcaaaagga gggtcagctg cccattacaa gaagcgacca aacgattgtc gatagcccaa
      901 tccagcggga cagcctgcat cgccacgtta ttgaacccat aaagacctaa cctatcatgg
      961 acaccaaacg caaagaacaa ctacagcgta cccttgtctt tactggcttg gggctgctgt
     1021 ttacactctc gatctggttc atcttcagac cgtctgccaa tgaacggtcg gccgcggagc
     1081 aggggctgaa caaagacgtc ccgcaggcct cgcccgatga gctgcccaca agcaagctca
     1141 aggcctacga gttagggcgc gacgaagagg cggaaggtcg caagagccag ctcctcggca
     1201 cgctcgccga ctacttcaac cgggagggcg aggcaaaagc cgaaccgcaa ccgagcgagg
     1261 aagtccccgc tgctatcggt cggtcgatcg acaagtacga ggaaaccacc cgcgagttgg
     1321 aatcgtttta cgacttgccc gccgtggaag acgacgacgt caaacgtgaa ctcaatgccc
     1381 tccgcgccga actcggtgcg ctgaaggagg agaaatccca agtgaacggc gaggccgagc
     1441 aactgaagct gttagaaaag tcgtacgaaa tggccgcgaa gtacctcccc accggaaacg
     1501 cgacaccgaa tccgtcagcg aacagttcgg ataagtcgat ggtcaagccc cccgcatccg
     1561 aactacccgc cgcggagttg tcgcccgaac gggagacggt cgtctcttca ctcgatcagc
     1621 cgatcagtga ctcggccttt atcgccgagt atggttacaa agagcgcaac atgggcttcc
     1681 gctctgtcgg gaaggccaca ccctccatcg cccgcaacac gctgtcggtc gttgtcgatc
     1741 gcacgacaac catccggcaa ggcgacttcc ttcgcttccg tctcgcagaa cctgcccgca
     1801 tcgagggcat gacgctgccc cctaacacgg tgcttattgc acagtccacg atcgacggca
     1861 accggatgaa actccatgtc acgagtgtag aacatgccgg ccgcatcctc gccgtcaagc
     1921 tctccgcctt cgacctcgac gggcaagaag gcttatcta
//
LOCUS       SEQF3106|MIQD01000173.1 1953 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1953
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             51..674
                     /locus_tag="SEQF3106_02032"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEFRSLTNIETSFKQIRLYAAAFVVLCIVITGIVVYSSYAFANR
                     QREKIYVLDNGKSLILALSQDAAANRPVEAREHVRRFHELFFTVAPDKDAIEKNMERA
                     FLLCDKTAYDYYRDLAEKGYFNRIISGNINQRVEVDSIRCDFDRYPYEVTTYARQFIV
                     RPSNVTERNLITTCTLQNAVRSDNNPQGFLMEHFLVRENRDIQTYKR"
     CDS             678..944
                     /locus_tag="SEQF3106_02033"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTRFTLTRHYLRTHIWLHRQCDRLSPKWQKRIVFALCVVYFIC
                     SMAMIAQLFLPEEKHEPAVPVSRLVDSPIQRDSLHRHVIEPIKT"
ORIGIN      
        1 cttctaacta cgtccaacta cttgaactac ttctaactac ttaatgtatc atggaattca
       61 gatcactcac caacatagag acctcgttca agcagatccg gctctacgcc gccgctttcg
      121 tggtgttgtg catagtcatt acgggcatcg tcgtctattc gtcgtacgcc tttgccaacc
      181 gtcagcggga gaagatctat gttttggaca acggcaagtc actcatcctc gccctcagtc
      241 aggacgccgc tgcgaaccgt cccgtggagg cgcgcgagca cgtccgccgc tttcacgaac
      301 tcttcttcac cgtcgcaccc gacaaagacg ctatcgaaaa gaacatggag cgcgccttcc
      361 tcttgtgcga caaaacggca tacgattact accgcgacct cgccgagaag ggctacttca
      421 accgcatcat ctcgggcaac atcaaccagc gcgtggaggt ggactcgatc cgctgcgact
      481 tcgatcgcta cccgtatgaa gtcacaacct acgcccgtca gttcatcgtc cgtccgagca
      541 acgtgacgga gcgcaacctg atcacgacat gcacactgca aaacgccgtc cgctcagaca
      601 acaacccgca aggcttcctg atggagcact tcctcgttcg tgaaaaccga gacatacaga
      661 catataaacg ttaggccatg agtacaagat tcaccctcac ccgtcactac ttgcggacac
      721 atatatggct gcacagacaa tgcgaccgcc tcagtcccaa gtggcagaag cggattgtct
      781 tcgctttatg tgtcgtctac ttcatctgtt ctatggccat gattgcgcag ctcttccttc
      841 ctgaggagaa gcatgaacca gccgttcccg tcagccgact cgtagacagt ccgatccagc
      901 gggacagcct gcatcgccac gttattgaac ccataaagac ctaacctatc atggacacca
      961 aacgcaaaga acaactacag cgcacccttg tctttactgg cttggggctg ttgttcaccc
     1021 tctcaatctg gttcatcttc agaccgtccg ccgatgaaca gtcggccgcg gcgcaagggc
     1081 tgaacaagga cgtcccacaa gcctcgcccg atgagctgcc cacaagcaaa ctcaaggcct
     1141 acgagttagg gcgcgacgaa gaggcggagg gccgcaagaa ccagcttctc ggcacgctcg
     1201 ccgactactt caatcgggag ggagaggcga aagccgaacc agaaccgagc gaggaggtcc
     1261 ccgctgctat cggtcggtcg atcgataagt acgaggagac tgcccgcgag ctgcaatcgt
     1321 tttacgacct gcccgccgtg gaagacgacg acgtcaaacg tgaactcaat gccctccgcg
     1381 ccgaactcgg tgcgctgaag gaggagaaag cccaagcaaa cggcgagtcc gaccaactga
     1441 agctattaga aaagtcgtac gagatggccg ctaagtacct gccatcgggc ggtggatctg
     1501 cgaatctgtc tgcgaacggt tcggacaagt ctgccatcca tttacccgcg tccgaactac
     1561 ccgccgcgga gctattgccc gaacgggaga cggtcgtctc ttcactcgat cagccgatca
     1621 gtgactccac ctttatcgcc gagtacggtt acaaagagcg caacatgggc ttccgctccg
     1681 tcgggaaggc ggcaccctcc atcgcccgca acacgctgtc ggttgttgtc gatcgcacga
     1741 caaccatccg gcaaggcgac ttcctccgcc tccgcttagc tgaatccgct cgcatcgagg
     1801 gcatgacgct gccccctaat acggtgctta ttgcgcaatc cacgatcgac ggcaaccgga
     1861 tgaagctcca tgtcacgagt gtagaacacg ccgggcgcat cctcgccgtc aagctctccg
     1921 ccttcgacct cgacgggcaa gaaggcttat cta
//
LOCUS       SEQF3106|MIQD01000174.1 1931 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1931
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             306..1649
                     /gene="purB"
                     /locus_tag="SEQF3106_02034"
                     /EC_number="4.3.2.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AB89"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenylosuccinate lyase"
                     /translation="MILSALTAISPIDGRYRGKTEALASYFSEFALIQYRVRVEVEYF
                     CALTEVLPQLKAADRPEVHEALRRIYCDFTVADAERIKEIERTTNHDVKAVEYFIKER
                     MDAASLGAYREFVHFGLTSQDINNTAVPLSVKEAMEAVYYPALNTVMDILYRYADAWE
                     TIAMPAKTHGQPASPTRLGKEVRVFAYRLEKQLELLRAVPMSAKFGGATGNFNAHHAA
                     YPQMDWRAFADHFVSERLGLVREAWTTQISNYDNLAALFDALRRVNTILIDLCRDMWQ
                     YISMDYFKQQIKAGEVGSSAMPHKVNPIDFENAEGNLGVADAILTHLSMKLPISRLQR
                     DLTDSTVTRNIGVPLAHIAVALASLTKGLNKLVLNRPAIDHELDAHREVVAEAIQTIL
                     RREGYPQPYETLKALTRKNEAVTKESIDRFIDSLDLNDAVKTELKAVNPHNYTGI"
ORIGIN      
        1 tccgtagggg tacgatgatc aaaaacactc gtccgagaga tcatcgtagg ggtacggtga
       61 tcaaaaacac acgtccgaga gatctccgta ggggtacggt gatcaaaaac actcgtccga
      121 gagatctccg taggggtacg gtgatcaaaa acactcgtag gtggaatctc cgtaggggtg
      181 caacaactca aaagcccacg cataacccaa gctctccggc gtcctgaggc ggccagattg
      241 ggcttagtca gcggaggggg gttattaaaa aaggcatatt ttcgcgcctc taatcgaacc
      301 agtagatgat tctttcagca ttaacagcta tatcccccat agacggacgt tatcggggta
      361 aaacggaggc actggcctcc tatttctcag agtttgcatt gatccaatat cgcgtacgtg
      421 tggaagtgga atacttctgc gcgctgacgg aggtgctgcc gcagctcaag gcggctgatc
      481 gtccggaggt acacgaggca ctgcggcgca tatattgcga ctttacggtg gctgacgctg
      541 agcgcatcaa ggagattgaa cggacaacga accacgacgt gaaagcagtg gaatacttca
      601 tcaaagagcg tatggatgca gcgagcctcg gggcataccg ggagtttgtg cacttcggac
      661 tcacgtcgca ggatattaat aatacggccg tgccgctgtc ggttaaggag gcgatggaag
      721 cagtttatta tcccgccctc aacaccgtga tggatatatt atataggtat gctgatgcgt
      781 gggagacgat cgctatgccg gccaagacgc acgggcaacc agcctcgccg acacgactgg
      841 gcaaggaggt gcgggtgttt gcttatcgat tagagaaaca actggagcta ctgcgagcag
      901 tgccgatgtc ggcgaagttc ggcggggcga caggcaattt caacgcgcat catgcagcgt
      961 atccgcagat ggactggcgg gcctttgccg accacttcgt cagcgaacgg ttggggctgg
     1021 tgcgtgaggc atggacaaca caaatctcga actatgacaa cttggccgca ctcttcgatg
     1081 cactgcggcg ggtgaatacg atcctcatcg atctctgccg cgacatgtgg cagtatatct
     1141 cgatggatta tttcaaacag cagattaagg caggcgaggt ggggtcgtcg gcaatgccgc
     1201 acaaggtgaa cccgatcgac tttgagaatg cagaggggaa tctcggggtg gccgatgcca
     1261 tcttgacaca cctgagcatg aaactcccca tctcacgctt gcaacgcgac ctgacggact
     1321 cgacagtaac gcgaaatatc ggtgtgccgc tggcccatat cgctgtggca ctggcaagcc
     1381 tgacgaaagg actgaacaag ttggtactca atcgtccggc tatcgatcac gagctggatg
     1441 ctcaccgtga ggtggtggct gaagcgatac aaacgatcct gcgccgagag ggttatcctc
     1501 agccttatga gacactgaaa gcattgactc gcaagaacga ggcagtaacg aaggagtcga
     1561 tcgatcgctt tatcgattca ctggatttga acgacgcggt gaagaccgaa ctgaaggctg
     1621 tgaacccgca taactacact ggcatataga ccgagaggtt actctgtata acgatagtcg
     1681 cgacgactat catcttattt atcaaccccc catttatttt ctttttagac atggaaatag
     1741 aagagaacga cggacgcgaa cctcgtccaa ccaatgaaaa ccaagagacc agaagggagc
     1801 aagctccgca gaacaaaccg gaacggcagc gcccagctta tcgcgccacg cgcgacggcg
     1861 gtggctacaa attagacagc aagggacgcc ccacgccacc tccccccccc acgacaggca
     1921 gacgccggcc a
//
LOCUS       SEQF3106|MIQD01000175.1 1897 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1897
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(957..1673)
                     /locus_tag="SEQF3106_02035"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNTSKVTTLESKFPLLAVEQGCIVSKDADITVAFRVELPELFT
                     VTSAEYEAMHAAWHKAVKVLPDFTIVHKQDWFVKERYAGRLSDGELSFLARASERHFN
                     ERPFLDHACYLFLTKTTRQRMARQSNFSSLCRGTILPKEVGNREEVTKFMEAVDQFER
                     IINDDDRIRLTRMTEDELVGTKEKSGLLDRYFSLSDTGHASRLTAVTADSPSPHPSDS
                     CSRATTSSTNTSLSRIARRT"
     CDS             complement(1670..1867)
                     /locus_tag="SEQF3106_02036"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCGMDQYLCLGLGATGTTLVVWQTFALNRRFGRYGLMKRAAVRM
                     HPRYLLNRRSVRHILHCLKRS"
ORIGIN      
        1 ccctgcgtaa cgcacggggt aaaaaaggcc gtctttcaga gccctgcgta acgcatggag
       61 caaaaaaagg gtgtttttcg gagccctgcg taacgcacgg ggcaaaaaag gctgtctttc
      121 ggagccctgc gtaacgcatg gagcaaaaaa agggtgatat cgattggcct ctgtctttgt
      181 gacaggttcg tcggcacttt tccacagcgt aagcagcagc gtgcagatgc tttcgcgctt
      241 ctccacgtcg aacacgtagt cgtcggtgta gaaggggttg aaggagatcg gccgggcgtc
      301 ggtgtacgtg aaatagatgc cgtctgcgcc cttcgtcttt cggttgatca ggccacacag
      361 tccctcgtag gagttgcccg tatcgacgag caacacgtgc gcgccctgct cgtaatactg
      421 ccgcaccatg tggttcgtga agaacgattt gccactgccc gagggtccga ggatgaactt
      481 gttgcggttg gtgatgatgc cctttttcat cggcagatcg gagatgtcga gatgaatcgg
      541 gcggccggat aggcggtcgg ccattttgat gccgaagggc gagagcgagc tgcggtagtt
      601 cgtttcggcg gtaaagaagc agagcgccgg gtcgatgaag gtgtagaagg attcttcggc
      661 cgggaagtcg gcggcgttgc ccgggatgcc cgcccaataa agtgtcgccg cgtcgaccgt
      721 gttgtgccgt ggacggcact ccatgagcgc gagagcactg ccgacgtcgt tcttgatttg
      781 gcgcagctcc tccgcatcgt cgctccacgc gaggacgttg aagtgtgcgc ggatagaagt
      841 cagcccctgt gaccgcgcga ggttgagata ctcctgaatc cacgcctcgt tgatctgatt
      901 gctccgggaa taacgcgcca acgagtgcat gttgcgcgcc tgtttctcga aacggttcag
      961 gttctcctcg ctatcctcga taaagaggta ttggttgaag aggtggttgc acgagagcat
     1021 gagtccgacg ggtgcggcga aggagagtcg gcagtcactg cggtcagtcg agaggcgtgc
     1081 cccgtgtcgg agagtgagaa gtagcgatcg agcaaaccgc tcttctcctt cgtgccaacg
     1141 agttcatcct cggtcatgcg cgtcaggcgg atgcgatcgt catcgttgat gatccgctca
     1201 aactggtcga cggcctccat gaacttggtc acttcctcgc ggttgcccac ttccttcggc
     1261 aggatcgtgc cgcgacagag cgaagagaag ttgctctgcc gagccatacg ctggcgggtg
     1321 gttttcgtga ggaagaggta gcaggcatgg tcgaggaagg gacgctcgtt gaagtggcgt
     1381 tcggaggcgc gagcaaggaa gctcagctcg ccgtccgaga ggcggccggc gtagcgctcc
     1441 ttgacgaacc aatcctgctt gtgcacgatg gtgaagtcgg gcaacacctt gacggccttg
     1501 tgccacgctg cgtgcattgc ctcgtactcg gccgaggtga cggtaaagag ctcgggcagc
     1561 tcgacgcgga aggcgacggt tatgtcggcg tctttcgaga cgatacaccc ttgctcgaca
     1621 gccaagagcg ggaacttgga ttctaaggtg gtgactttcg atgtgtttct catgatcttt
     1681 tcaggcaatg aagaatgtgg cggacagagc gtcggttcag gagatagcgt gggtgcatgc
     1741 ggacggcggc acgtttcatc agaccgtagc gaccgaatcg gcggttcagc gcgaatgttt
     1801 gccacaccac aagcgtggta cccgttgcgc cgaggccgag acagaggtac tgatccatgc
     1861 cgcacatgta gcagatgacg acaaggagga acgtcgc
//
LOCUS       SEQF3106|MIQD01000176.1 1875 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1875
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(324..1559)
                     /locus_tag="SEQF3106_02037"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKISPPSKDLMKTLTYNFRKVDRDQADILLSGQLSADGRLTA
                     ERVFREMTAYIPSGARTKNIVFHASINPRPDEPLSDDRLQTIAHEYLCRLGYGDQPFI
                     VFKHRDIAREHIHLVSTRVRHDGSKIRDTMEHVRSTRIMRNLEAKFGLLPSRRKADVS
                     VKPSAVEIGAGDIKRQVAAAVEHVLGRYAFQSVGEMNLLLTRFRVTAEEVKTERKGRP
                     FDGIVYAATDADGHKICTPIEASEIGRQISYAALRRHFEQSKSVVRERSGAIRRAIAD
                     VMQTSPDRAEFIDRMRGHGIETVTRSNDAGRLYGITFIDDANGIAVNGSRLGKGFAAN
                     VFNAYFAGGANPFLEMSWPKEKEERAAAVEELTESPNDMPPTEIDLSLQVHGADLREL
                     AFQRRLRNRARVRLRRKPR"
     CDS             complement(1556..1789)
                     /locus_tag="SEQF3106_02038"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVDKSREDFVRRLTEFTAALNKIGVLYNQAVRAINTYHSPKTA
                     VVMLRKLEGYAADILRLQERVIALTESFRTIDR"
ORIGIN      
        1 ctcgcatgag gtccatcgtc ttggcgaggc ctctcaaatc atcttcgttt tgcatagggt
       61 gttggtgtgg gttgatttag ttctcttttg attctaagtg ttttatggat gatctccttt
      121 tcaaaaagta agactgaacc ctctagggtt tagagctcct tttcgaaaag taagactgaa
      181 ccctgaaggt ttagggctcc ttttcgaaaa gtaagactga accctgaggg tttagcgctc
      241 ctttttgaaa agtaagactg aaccctgagg gtttagcgct cctttttgaa aagtagagca
      301 gaatcctcca aggttcagga ctgctaccgc ggttttcggc gtaaacgcac gcgggcgcgg
      361 tttctcagcc gacgctggaa ggccaattct cggaggtcgg cgccgtgtac ctgcaaactg
      421 agatcgatct ccgtcggggg catgtcgttc ggactttctg tcagttcctc caccgcagcc
      481 gctcgttctt ctttctcttt tggccagctc atttcgagga acggattcgc gccgcccgcg
      541 aaataggcat tgaacacgtt cgccgcgaag cccttcccaa ggcgtgaacc gttaaccgcg
      601 atgccgttcg catcgtcgat gaaggtgatg ccgtacaggc gtccggcatc gttgcttcgg
      661 gtcacggttt cgatgccgtg cccacgcatg cggtcgatga actccgcacg gtcaggcgag
      721 gtctgcatca cgtcggcaat cgcacggcgg atcgctcccg accgctctcg gacaacgctt
      781 ttcgactgct caaagtggcg acgaagcgcc gcgtaactga tctgccgacc gatctcggag
      841 gcctcgatcg gcgtgcagat cttgtgtccg tcggcatcgg ttgccgcgta gacgatccca
      901 tcgaagggcc tacccttccg ctctgttttg acctcctcgg ccgtcacacg gaaacgcgta
      961 agcagcagat tcatctcccc gacggactgg aaagcgtacc gcccgagcac gtgctctaca
     1021 gcggccgcaa cctgccgctt gatgtccccc gctccgatct caacagctga cggtttgaca
     1081 gaaacgtccg ccttcctccg actggggagg aggccgaact tcgcctccaa attccgcatg
     1141 atgcgggtgc tccggacgtg ctccatcgtg tcccggatct tgctgccgtc gtgcctgacc
     1201 cgcgtcgaga caaggtgaat gtgttcccgc gcgatgtctc ggtgcttgaa cacgatgaag
     1261 ggctgatcgc cgtaaccgag acgacatagg tattcgtgtg cgatcgtttg gaggcggtcg
     1321 tcggagagtg gctcatcggg gcgagggttg attgaggcgt gaaagacgat gtttttcgtc
     1381 cgcgcaccac tcgggatgta ggccgtcatc tcccggaaaa cacgttcggc cgtcagcctt
     1441 ccgtctgccg aaagctgccc ggacaggagg atgtcggctt ggtctcgatc gactttccgg
     1501 aagttgtacg tgagcgtttt catcaggtct ttggagggcg gcgagatctt cgcaatcatc
     1561 gatcaatcgt gcggaaggat tcggttaagg cgatgacccg ctcctgcaat cggaggatgt
     1621 cggccgcgta tccctccaac ttacgaagca tgacgacggc cgttttcgga gagtgatacg
     1681 tattgatggc gcggacggcc tgattgtaca gcacgccgat cttgttcagt gcggcggtga
     1741 actcggttag cctgcggacg aagtcctcac ggctcttgtc gacggtcacg acgcggaaat
     1801 gctcgtctaa gatgcgcgca cggatgtact ccgttttcgt gcgggcgccg gagcgtttga
     1861 agagttcgat cagcc
//
LOCUS       SEQF3106|MIQD01000177.1 1869 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1869
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             61..711
                     /gene="pfkA"
                     /locus_tag="SEQF3106_02039"
                     /EC_number="2.7.1.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34529"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent 6-phosphofructokinase"
                     /translation="MGLNVVGIPKTIDNDLYGTDFSFGFDTAVNVATDAIDRLHSTAS
                     SHKRVMVVEVMGHSAGWIALYAGMAGAADIILLPELGYDIDKVNAKVIERAQRGKPYS
                     IIVLAEGLRTGAASPSDYISHEIEEATGLETRRTVLGYIQRGGTPSPADRNLATRLGG
                     YATELIVRGEYGRMVGQRNGHMVSVPLQEVAGRTRLVPVDDDLIQCGEKLGISFGV"
     misc_RNA        917..976
                     /locus_tag="SEQF3106_02040"
                     /product="SAM-II_long_loops"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 gacgccctcg tctgcatcgg cgggaacggc acccaaaaga cggcttacaa gctcgccaaa
       61 atgggcctta acgtcgtcgg tatccccaag acgatcgaca acgatctcta tggcaccgac
      121 ttctccttcg gcttcgacac agccgtcaat gtagccaccg acgccatcga tcggctccac
      181 tccacagcca gctcccacaa gcgcgtgatg gtcgtcgaag tcatgggcca cagcgccggc
      241 tggatcgccc tctacgccgg catggcaggc gccgccgaca tcatcctcct gcccgaactc
      301 ggctacgaca tcgacaaggt gaacgccaaa gtcatcgagc gggcacagcg cggcaagccc
      361 tactccatca tcgtgctggc cgaggggctc cgcacaggcg ccgccagccc gtcggattac
      421 atctcgcacg agatcgagga ggcaacaggc cttgagacgc ggcgcaccgt cttgggctac
      481 atccagcgtg gtggcacgcc ctcacccgcc gatcgtaacc tggctacgcg attaggcggt
      541 tatgccaccg agctcatcgt ccgtggtgag tatggacgca tggtcgggca gcgcaacggc
      601 cacatggtct ccgtgccgct ccaagaggtg gctggccgca cgcgcctcgt ccccgtggac
      661 gacgacctga tccagtgtgg ggagaagctg ggcatctcgt tcggcgtctg aggctccaca
      721 tcgcgaggca tgatttccaa cggggcataa gggcccttct cctgccgaca gaggttgtag
      781 ggacagcgta tcgcatacgc ccctacagcc taccggtcga tgggaatggt cggggcgtcg
      841 cggtcttcgt ttcggataat taacggggtg catttcggag gccagctgtt tatgcgttta
      901 catttgccgc cgaatcagag acgtggaaag atttgtagcg cttgcaacca caggaaaaaa
      961 tgctaaacgg ccttttcccc ctccttttcc ctgcggccga agggcaaaac gaatcacact
     1021 acacctatcc gattcattac aacacattgt ttcatcactc aaaaagaatt gtaatgagtt
     1081 acctattcac ctccgagtcg gtgtccgaag ggcaccccga taaggtggcc gatcagatct
     1141 cggacgcctt gctggatgag ttcttggcct atgacaagga ctcgaaagtt gcatgcgaaa
     1201 cgctggtcac gaccggacag gtcgtgctgg caggagaagt aaaatcaagc gcctacatcg
     1261 atgtgcagga cgtagctcgg cgcgtcatcg accgcatcgg ctacaccaag agcgagtatc
     1321 agttcgaggc caaatcgtgc ggtgtactgt cagccatcca cgagcagagc ggcgacatca
     1381 accgcggtgt ggagcgcaca gatccctaca accaaggagc cggcgatcag ggcatgatgt
     1441 tcggctacgc caccaacgag acggccaact acatgccgct cgccctcgac ctcgcccacg
     1501 gcctcctcat cgagctggcc tctatccgta aaaacgagat cgagaagatg ccctacctcc
     1561 ggcccgacgc caagagccaa gtcacgatcg agtacgacga caacggtcgt ccgctgcgca
     1621 tcgatacgat cgtcatctcc acacagcacg acgactttat ccaagccggt gatggcctca
     1681 cgcaggaaca ggccgacgcc gccatgcagc agcggatcgc tgacgacgta cgcgcgatcc
     1741 tcgtgccccg cgtcaaagcg caataccccg cccacgtgca ggcgctcttc aatgatcaga
     1801 tcaaatactt cgtcaactcc acggaggtga catcgatgag gaggcgccaa tggacggtgg
     1861 gcgtgtgga
//
LOCUS       SEQF3106|MIQD01000178.1 1831 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1831
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(29..1828)
                     /locus_tag="SEQF3106_02041"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQRAASSTPSEPEQPATFTLSPEKLESGASNNYKSVTLSCNVP
                     YHITNIKRPDWIGISGNSIAYGTKKEMTVIFLSNKTGKARTGEITFTVETKNGKEHTV
                     TLPVTQQGAEETPEPEQPATLTLTPTTLTFPASGGAQQTVDVTTNADGWDVSLKDPNQ
                     DWVKATSDTAAKQVTVAVTPNTTTKKRSAEVVVQSYAGLTRSFFVTQQGNRPPESVSG
                     LSLNPEAMTMGGSSGAVGFTLKSDKPWTVTADADWLHPGSTRGNAGTTYFRLRFDQNT
                     TGAVRTGKLTFTTTDGKATKTFTLTQRVGSAKPKPSTPPEGTYDYDLAVNPESITLSG
                     EGGGSSIDVVTHRLWAGSTADDWITLEKAVGRGDGSFDFTLAPNPSKEMRHGKITVRT
                     EHGMDELTIAIHQQGQTGDIVLPGGVKVSGLTLDPATLIVDGDIASTLISALITPDDA
                     ANKSLLWMSSNPAVASVSILGQKRSGVALLPQLRFAPDADDYALVTIAGKGKATITAA
                     TSDGSGIVARCEIEVRSTVGNTVPYAPAARIYATPGTLHLTLPQATRVEIYTLLGIRL
                     RTLDAPAGDTSVALPRGLYVVKAGQAAQKVRIE"
ORIGIN      
        1 aacaattcaa caattcaaca actcaaccct attcaatgcg cactttctgc gcggcttggc
       61 cggccttcac cacgtagagg ccgcgcggga gggcgacgga ggtgtcgccg gcgggggcgt
      121 cgagggtgcg gaggcggatg ccgagcaggg tgtagatctc tacgcgggtg gcctgcggca
      181 gggtgaggtg gagcgtgccg ggggtggcgt agatgcgtgc tgcgggcgcg tagggcacgg
      241 tgttgcccac ggtggagcgc acctcgatct cgcaacgggc gacgatgccg ctgccgtccg
      301 atgtggcggc ggtgatggtc gctttgcctt tgccggcgat cgtcactaag gcgtagtcgt
      361 cggcatcagg ggcgaagcgg agctgcggga gcagggctac gccggaacgc ttctgcccga
      421 gtatgctgac ggaggctacg gccgggttgg agctcatcca gaggaggctc ttgttggccg
      481 cgtcgtcggg ggtgatgagg gcggagatga gcgtggaggc gatgtcgccg tctacgatga
      541 gggtggccgg gtcgagcgtg aggccggata ctttcacccc tccgggcagg acgatgtcgc
      601 ccgtctggcc ttgctgatgg atggctatgg tgagctcgtc catgccgtgc tcggtgcgga
      661 cggtgatctt gccgtggcgc atctctttgg acgggttcgg ggcgagggtg aagtcgaacg
      721 agccatcgcc gcggccgacg gctttctcga gggtgatcca gtcgtctgcc gtggagccgg
      781 cccagaggcg gtgggtgacg acgtcgatgg agctgccgcc gccctcaccg ctgagggtga
      841 tggattcggg gttgacggcc aggtcgtagt cgtaggtgcc ttcggggggt gtcgagggtt
      901 tgggcttggc cgagccgacg cgctgggtga gtgtgaaggt cttcgtggcc ttgccgtcag
      961 tggtggtgaa ggtgagcttg ccggtgcgta cggctccggt cgtgttctga tcgaagcgga
     1021 ggcggaagta ggtggtgccg gcgttgccgc gtgtgctgcc cgggtggagc cagtcggcat
     1081 cggcggtgac ggtccagggc ttgtcgctct tgagggtgaa gcctaccgcg ccgctgctgc
     1141 cgcccatcgt catggcctcg gggttaaggc taaggccgct gacggactcg ggggggcggt
     1201 tgccctgctg ggtgacgaag aaggagcgtg tgaggcctgc gtatgattgg acgacgacct
     1261 cggcgctgcg cttcttggtg gtggtgttgg gggtgacggc gacggtgacc tgcttggcgg
     1321 ctgtgtctga tgtggcctta acccagtctt ggttggggtc tttgagactc acgtcccagc
     1381 cgtcagcgtt ggtagtgacg tcgacggtct gctgcgcgcc gccactggcc gggaaggtga
     1441 gtgtggtcgg ggtgagggtg agtgtggcgg gctgctcggg ttcgggcgtc tcctccgcgc
     1501 cctgttgggt gacgggcagg gtgacggtgt gctctttacc gttctttgtt tcgacggtga
     1561 aggtgatctc ccccgtgcgc gctttgcccg tcttattgga aaggaagatg acggtcatct
     1621 ctttctttgt cccataggcg atgctgtttc cgctgattcc tatccaatcc ggtctcttga
     1681 tgtttgttat atggtagggc acattgcagc tcagggtcac acttttgtaa ttattgcttg
     1741 caccggactc caacttctcg gggctcaggg tgaacgtggc gggctgctcg ggttcggagg
     1801 gggtagagct ggcggctcgc tgtgtcactt t
//
LOCUS       SEQF3106|MIQD01000179.1 1810 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1810
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             138..854
                     /locus_tag="SEQF3106_02042"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNTSKVTTLESKFPLLAVEQGCIVSKDADITVAFCVELPELFT
                     VTSAEYEAMHAAWHKAVKVLPDFTIVHKQDWFVKEHYAGRLSDGELSFLARASERHFN
                     ERPFLDHACYLFLTKTTRQRMARQSNFSSLCRGTILPKEVGNREEVTKFMEAVDQFER
                     IINDDDRIRLTRMTEDELVGTKEKSGLLDRYFSLSDTGHASRLTAVTADSPSPHPSDS
                     CSRATTSSTNTSLSRIARRT"
ORIGIN      
        1 acgttcgcgc tgaaccgccg attcggtcgc tatggtctga tgaaacgcgc cgccgtccgc
       61 atgcacccac gctatctcct gaaccgacgc tccgtccgcc accttcttca ttgcctgaaa
      121 tcgacacgca aacattcatg agaaacacaa gcaaggtcac caccttagaa tccaagttcc
      181 cgctcttggc tgtcgagcaa gggtgcatcg tctcgaaaga tgccgacatc accgtcgcct
      241 tctgtgtcga gctacccgag ctcttcaccg tcacctcggc cgaatacgag gcgatgcacg
      301 ccgcgtggca caaggccgtc aaggtgctgc ccgacttcac catcgtgcac aaacaggatt
      361 ggttcgtcaa ggagcactac gccggccgcc tctcggacgg cgagctgagc ttccttgctc
      421 gcgcctccga acgccacttc aacgagcgtc ccttcctcga ccatgcctgc tacctcttcc
      481 tcacgaaaac cacccgccag cgtatggctc ggcagagcaa cttctcttcg ctctgtcgcg
      541 gcacgatcct gccgaaggaa gtgggcaacc gcgaggaagt gaccaagttc atggaggccg
      601 tcgaccagtt tgagcggatc atcaacgatg acgatcgcat ccgcctgacg cgcatgaccg
      661 aggatgaact cgttggcacg aaggagaaga gcggtttgct cgatcgctac ttctcactct
      721 ccgacacggg gcacgcctct cgactgaccg cagtgactgc cgactctcct tcgccgcacc
      781 cgtcggactc atgctctcgt gcaaccacct cttcaaccaa tacctcttta tcgaggatag
      841 cgaggagaac ctgaaccgtt tcgagaaaca ggcgcgcaac atgcactcgt tggcgcgtta
      901 ttcccggagc aatcagatca acgaggcgtg gattcaggag tatctcaacc tcgcgcggtc
      961 acaggggctg acttctatcc gcgcacactt caacgtcctc gcgtggagcg acgatgcgga
     1021 ggagctgcgc caaatcaaga acgacgtcgg cagtgctctc gcgctcatgg agtgccgtcc
     1081 acggcacaac acggtcgacg cggcgacact ttattgggcg ggcatcccgg gcaacgccgc
     1141 cgacttcccg gccgaagaat ccttctacac cttcatcgac ccggcgctct gcttctttac
     1201 cgccgaaacg aactaccgca gctcgctctc gcccttcggc atcaaaatgg ccgaccgcct
     1261 atccggccgc ccgattcatc tcgacatctc cgatctgccg atgaaaaagg gcatcatcac
     1321 caaccgcaac aagttcatcc tcggaccctc gggcagtggc aaatcgttct tcacgaacca
     1381 catggtgcgg cagtattacg agcagggcgc gcacgtgttg ctcgtcgata cgggcaactc
     1441 ctacgaggga ctgtgtggcc tgatcaaccg aaagacgaag ggcgcagacg gcatctattt
     1501 cacgtacacc gacgcccggc cgatctcctt caaccccttc tacaccgacg actacgtgtt
     1561 cgacgtggag aagcgcgaaa gcatctgcac gctgctgctt acgctgtgga aaagtgccga
     1621 cgaacctgtc acaaagacag aggccaatcg atatcaccct ttttttgctc catgcgttac
     1681 gcagggctcc gaaagacagc cttttttgcc ccgtgcgtta cgcagggctc cgaaaaacac
     1741 cctttttttg ctccatgcgt tacgcagggc tctgaaagac ggcctttttt accccgtgcg
     1801 ttacgcaggg
//
LOCUS       SEQF3106|MIQD01000180.1 1790 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1790
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             657..1460
                     /locus_tag="SEQF3106_02043"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSASGMTCGIPAPCEKTSLSPPRMARTASSAFTVRLESNSFLFI
                     CIFQWFVRVVKEDFRGGWQCLSLVGLTPPFPFERGDRGYKPPDAVPKVHIKELLDCGF
                     LKIMIYCLCQKVKERERSSYPSASAPFISKVIPRPLSLLGSSRSELANMILNRRRSCR
                     KGQKQQAPGTLTGCARSTRPPGRSRSPLCRCSPIFFPTAIGIPAACCTGEAARKKEEW
                     APRRRHGWARGPISSRSLDFFFSQRGGEGGVLCSTLPDFSPSWLRGRGD"
     misc_RNA        complement(1594..1780)
                     /locus_tag="SEQF3106_02044"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 tggggtggag tgtcttgcga tggccgttga tcacgccgcg ctcgatgagg tcgatcacac
       61 cgtcagcaaa catctccgtg tgtaatccta aatcgttttt ctcggtgagg cagtggagta
      121 cggcgtcggg gatggcgccg atgccgagtt gcagtgtaga cccatcgtcg atcagctgcg
      181 cgcagagccg gccgatggct gcctccacct cgccagcagc ggcgggtggc gcctcgggta
      241 gtggccgtga gcagggcacg aggtagtcga gttcggagat gtggatggtg ttgtcgccac
      301 caatgcgcgg catgcagtcg ttcacctcag cgatgacgac gcgcgctgcc tcgcaggccg
      361 cacgcacata gtcgcacgct gggccgaagc tgcaatagcc ctcgtcgtcg ggtggggaga
      421 cttggatcac ggccacgtcg acgggcagga gtccgctgcg gaagaagtgg ggcacctcga
      481 agaagaagca tggcagatag tcggcgcgat gggcggctaa agcctcgcgt gcaccggcgc
      541 tgacgaaggc ggcgcaatgc ctgaagtggg gcgaggcttc cggggctacg tagtcgatta
      601 cgccggggcg cagcatgtgg aagatttcaa tgtcggcata ggcttcacgg tgcttcatga
      661 gtgcctcggg aatgacttgc ggtatcccag cgccttgcga gaagacgagc ctatcgccac
      721 ctcgtatggc ccgcacggct tcctcggctt tcaccgtccg tttggagagt aattcgtttc
      781 tgttcatatg tatttttcag tggtttgtgc gcgtggtaaa agaagatttc aggggcgggt
      841 ggcaatgcct ctctttggtt gggctgactc ctcccttccc ttttgaaagg ggggatcgag
      901 gctacaagcc gcccgatgcc gttccaaagg tccacatcaa ggagcttttg gattgcggct
      961 tcctcaaaat catgatctat tgtttatgtc aaaaagtcaa ggagagggag agatcgagct
     1021 acccgtcggc gtccgcaccc tttatatcta aagtaattcc acggccgctt tcgctgctcg
     1081 gttcgtctcg aagcgagttg gcgaatatga tcctcaatcg tcgcaggtcg tgcagaaaag
     1141 ggcagaaaca gcaagcaccc ggtacactga caggctgcgc gcgctccact cgacctcccg
     1201 gccgatctcg gtcgcccctg tgtagatgct cccccatctt ctttcctacc gcgataggca
     1261 ttcccgccgc atgctgcacg ggggaggctg cgcgtaaaaa agaggagtgg gcgcccaggc
     1321 ggcgacacgg gtgggcacgc ggcccgatct cttcccgttc tctcgacttt ttcttctcac
     1381 agaggggggg agaagggggc gtgctgtgtt ctactctgcc tgatttctct ccctcttggc
     1441 taagggggag gggggattga agcaggtagg cggaaggcgt ctctctctct ggccctctcc
     1501 gtccgtctct ctgtgtcccg gcggcattac ccgccggctc atcttgtgct gatttatatg
     1561 tcaaaactcc ctgctcgcta ttcctcaaaa caggaaatca aaaaccgagt cggcaggtct
     1621 tctgacttgt tcccgattcc gcggggcctt cccttttcac cgtcgtgcga aaaagtgacg
     1681 catgcagagc ggaatcgcat ttctaaagaa cttacagctg aggacgcagc cccggattct
     1741 caccgggttc ccttttcaat ccgacaatcc agactgttga gtgtcgaatc
//
LOCUS       SEQF3106|MIQD01000181.1 1789 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1789
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(400..1767)
                     /gene="mutS_1"
                     /locus_tag="SEQF3106_02045"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q56239"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA mismatch repair protein MutS"
                     /translation="MLHRREAIRELADRPDFRQHFYATGIASKGQRAGASDEWMKGMP
                     RFADGAVWRVLKVLVPALWIVVAVGCAVGAFPAWTAGGMLAVSFGVANLPAGRIHALC
                     KSADRMEGVLRSYAALIARVEAETFRAESLVALRRRFVPTEGVSASQAIRGLSRLIGA
                     LDQRYSMAGLLLNLLLLRDVWLAGRVERWMVRHAGHVADWFEALAEVDALCSLGGFAF
                     NHPDYPYPDLTDAYFCMDGRGLGHPLIHRDRCVRNDLHIARPPHFVVITGANMAGKST
                     YLRTVGVNFLLACMGLPVCAEQLTVSPAPLFTSLRTADSLAAGESYFFAELKRLKQII
                     DRLQSGEQLFIILDEILKGTNSEDKRKGSLALMKQLVGRGACGIIATHDLQLGALADE
                     FPDAVENGCFEADMTPDALTFSYRLRPGVAQNMNACFLMKRMGIAFDDDRSEQMRVLP
                     NRADT"
ORIGIN      
        1 agtcgctaac gatgatccag cgcggtcggc cggagtaggg gatcatgcca gcatagcgga
       61 cggcctgccg aaagggggtg agcagtgtgc catcgctttg gcgctgcggt ttatccagat
      121 ctacgccgag gctcttctgc tcgatcagca catgagtcga agggatgaca gcatccatga
      181 aggagatatg cccgagccgg acgccctgct cgaagaggat gaagctggag gtgtcttcta
      241 caccaaacac ccggctgagc aattcgctcc agaagggtat ggtgtcgctc ttttcttggc
      301 ctttgccggc ccatgcctca gcaaagcgcc gggcggcctc ttggttgtat tgcatgtaga
      361 gggtagagga tagggggtga tacatgtgta ggggcggagc tatgtgtccg cccggttagg
      421 gagcacgcgc atctgctccg atctgtcatc atcaaacgca atgcccatcc gcttcatcag
      481 gaagcaggcg ttcatgtttt gggccacgcc agggcgcagg cggtaggaga aggtgagcgc
      541 atcgggcgtc atgtcggcct cgaagcaacc gttctcgaca gcatcgggga actcgtcagc
      601 caaggcaccg agttgcaagt cgtgcgtggc gatgatgcca cacgctccac ggccaacgag
      661 ctgcttcatc agtgccagcg aacccttccg cttgtcctcc gagttggtcc ccttgaggat
      721 ctcgtcgagg atgatgaaga gttgctcccc agattgtagt ctatcgatga tctgcttgag
      781 gcgcttcaac tcggcgaaga agtacgattc gccagccgca agcgagtcgg ccgtgcgcag
      841 actggtgaag agcggcgcgg gcgacacggt cagctgttcg gcacacacgg ggagccccat
      901 acacgccaag aggaagttca cgcccacggt gcgtaggtag gtactcttgc cggccatgtt
      961 cgccccagtg atgacgacga agtgcggcgg ccgagcgatg tgtaagtcgt tacgcacgca
     1021 gcggtcgcgg tggatcaacg gatgacccag cccgcgcccg tccatacaga agtacgcgtc
     1081 ggtgaggtcg gggtagggat agtccggatg attgaaggcg aatccgccga gtgagcacag
     1141 cgcgtccacc tcggccaacg cttcaaacca atcggctaca tgccccgcgt gacgcaccat
     1201 ccatcgctcc acgcgaccgg ccaaccagac gtcgcgcagc aggagcaagt tgaggagcaa
     1261 tcccgccatg ctgtagcgtt ggtcaagcgc cccgatgagg cgcgacaagc cgcggatggc
     1321 ctgcgaagca ctgacacctt ccgtcgggac aaagcgacgc cgcagcgcaa cgagcgactc
     1381 ggcgcggaac gtctccgcct ccacccgagc gatcagtgcg gcgtatgacc tgagcacgcc
     1441 ctccatccgg tcggccgact tgcacagcgc gtggatgcgt ccggctggca gattggccac
     1501 gccaaagctc acagcgagca tccctccggc cgtccacgca gggaaggcac cgacggcaca
     1561 ccccaccgca acgacgatcc acagcgcggg cacaagcacc ttcagcaccc gccacacggc
     1621 accgtccgca aagcgcggca tgcccttcat ccattcgtcc gacgctcccg cgcgctgccc
     1681 cttgctcgct atgcccgtgg catagaaatg ctgacggaag tcgggccgat cggccagctc
     1741 gcggatggcc tcccgacggt gcagcacggc cgcgcgctcc gtcagcgga
//
LOCUS       SEQF3106|MIQD01000182.1 1789 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1789
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             356..1762
                     /locus_tag="SEQF3106_02046"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHTFIVWMALALPTLAAGQEALTLEQCRQLAIANNKELKVAEA
                     QVDRATQERRAARTKYFPQLSATGTYMHNSKSLELVDYSRLDAMTAALMPKLLPLLMK
                     YPKVAQAIPQLMGELKDLTHVDIRNIWIGDVSLVQPVFMGGKIISYNQITAYARELAE
                     SMHDAKLQDVICRTDETYWQVVSLANKKKLADAYVDLLRKMDTDIAAMITAGVATKAD
                     GLSVKVKLNEAEMAQTKVNNGLALSRMLLAQLCGLDMEQPPMLADERIENFAVQPITA
                     QADAADAFAHRPELKSLELATKIYHKKEQIALAEMLPTVALTANYLVSNPNAYNGFKK
                     DFAGMYNVGVLVRVPLSAWWEGTYKRNAARAETVIKKLETQEAREKVELQVNQSVYKV
                     NEAGKQLTASTRNMERAEENLRYANVGFEEGVIPALNLMEAQTAWVSARSQLIDAQIE
                     VKLTEVYLSKALGRLGKE"
ORIGIN      
        1 cttaccgcca attggcggag atcaaaaaca cttgtacttg ggcttaccgc caattggcga
       61 caatcaaaaa cacctgtccg ggagatctcc gtaggggtac ggagatcaaa aacacctgtc
      121 cgggagatct ccgtaggggt acggagatca aaaacacccg tccgggagat ctccgtaggg
      181 gtacggtgat taaaaacact cgtccgcgag atctctgcca accgaactca cattctccct
      241 ccttacgatt cccccggaga gcatacaata tgcacatcct atgtccattt aggccgattc
      301 tggtacaacg gatctatccg catatatctt tgcgccctca gaaaaaacag aagaaatgaa
      361 gcacacattt atcgtatgga tggccctcgc cctgcccacc ctcgccgcgg ggcaggaggc
      421 gctcacactg gagcagtgcc gccagctggc catcgctaac aacaaggagc tgaaggtggc
      481 cgaagcgcag gtggatcgcg ccacgcagga gcggcgagca gcccgcacga agtacttccc
      541 acagctctcc gccacgggca cctacatgca caacagcaag tcgctcgagc tcgtcgacta
      601 cagccgcctc gacgccatga ccgccgccct gatgcccaag ctgctgcccc tgctcatgaa
      661 gtaccccaag gtggcccaag ccatccccca attgatgggc gagctgaagg acctaaccca
      721 tgtcgacatc cgcaacatct ggatcggcga cgtgtcgctc gtgcagcccg tcttcatggg
      781 gggtaagatc atctcctaca accagatcac cgcctacgcc cgcgagctgg ccgagtccat
      841 gcacgatgcg aagctgcaag acgtgatctg ccgtacggac gagacctact ggcaggtcgt
      901 ctccctggcc aacaagaaga agctggccga cgcctacgta gacctgctgc gcaagatgga
      961 caccgacatc gccgccatga tcaccgccgg cgtggccacg aaggccgacg ggctgtccgt
     1021 aaaagtgaag ctcaacgaag ccgagatggc ccagacgaag gtgaacaacg gactggccct
     1081 ctcgcgtatg ctgctggcgc aactctgcgg gctcgacatg gagcagcccc ccatgctggc
     1141 cgatgagcgc atcgagaact tcgccgtgca acccatcacc gcgcaggccg acgccgcgga
     1201 cgccttcgcc caccgccccg agctgaaaag cctcgagctg gccacgaaga tctaccacaa
     1261 gaaggagcag atcgccctgg ccgagatgct gcccaccgtc gccctgacgg ccaactacct
     1321 cgtctcaaac ccgaacgcct acaacggctt caagaaagac ttcgcgggga tgtacaacgt
     1381 cggcgtgctg gtgcgcgtcc ccctctctgc ttggtgggag ggcacctaca agcgcaacgc
     1441 cgcccgcgcc gagacggtga tcaagaagct cgagacgcaa gaggcgcgcg aaaaggtgga
     1501 gctgcaagtc aaccaatccg tctacaaggt caacgaagcc ggcaagcagc tcaccgcctc
     1561 cacccgcaac atggagcgcg ccgaggagaa cctgcgctac gccaacgttg gcttcgaaga
     1621 aggcgtcatc cccgccctca acctcatgga ggcacagacc gcgtgggtct ccgcccgctc
     1681 ccaactcatc gacgcccaga tcgaagtcaa gctcaccgaa gtctacctca gcaaagccct
     1741 cgggcgcctg ggcaaggagt agcgcccccc ccctcccttc cacttccct
//
LOCUS       SEQF3106|MIQD01000183.1 1788 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1788
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     misc_RNA        24..68
                     /locus_tag="SEQF3106_02047"
                     /product="Acido-Lenti-1"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             488..1111
                     /locus_tag="SEQF3106_02048"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHHPNIPARHHRPVHPKHPAGALWLVGLLLLMACCTACGGRART
                     ADDDAAACDSARAQADASGWLTIEQPEFRLRYPKDWTLQPVSEPTLFYLYSPSEGEAD
                     RFRENISLVVEVLPDGRYDADRYVREAIKLLPAEVNTNERMRRAGREGRRLVYTQRLE
                     GGIVTTNELYVWVIRGKAYLLAFSREVGPEGEQAKAGRRIMQTFEWR"
ORIGIN      
        1 ggattttttt cacaccatcc gaacccaggg cgttgccctg ggctatcgtc ctgcggccct
       61 tcaggccgcc ggaaaactcg ccgccgcccg tcaacgcccc gtaatcatta ataattaaca
      121 attaaacatt catccaacgc cctctcgggt cgccgccggg taccatcaat ccgggctgta
      181 ggcccggtgg acgatagccc ggggcgaaac cccgggccgg cggatgatcg gggcgaaacc
      241 ccggggtggt ggacgatcgg ggcgaaaccc cgggtcggcg ggggcgatca atcatcaatc
      301 attcgttccg cccagggttt tcccctgggc tatcgtccgg cgcccctaca gggcgctccg
      361 ggtaccccca tttatttgca aaccattttc gttcgactgt ataatcgggc ggtacgtacc
      421 cctcacctca ttccccatta atcattgaca attaatcatt aatcattgcc cattacccat
      481 ttcaattatg catcacccca acatcccggc gcggcatcac cgcccggttc accctaaaca
      541 cccagcagga gcgctgtggc tcgtcggcct cctgctactg atggcttgct gcaccgcatg
      601 cggcggacgg gcacgtacgg cggacgacga tgcggctgcg tgcgactcgg cccgcgcaca
      661 ggctgacgct tccggatggc tcaccataga gcagcccgag ttccgcctcc gttatccgaa
      721 agactggaca ctgcaaccgg tgagcgaacc gaccctcttc tacctctact ccccgtcgga
      781 gggcgaggcg gaccgcttcc gtgagaacat ctccctcgtc gtcgaggtgc tacccgatgg
      841 gcgctacgac gccgatcgct acgtccgcga ggccatcaag ctgctgcccg ccgaggtgaa
      901 cacgaacgag cgcatgcgcc gagccggtcg cgaagggcgc cggttagtct acacgcaacg
      961 tttggagggg ggcatcgtca cgacgaacga gctctacgtg tgggtgatcc gtggcaaggc
     1021 ctacctgctc gccttcagcc gcgaggtggg gcctgagggg gagcaggcca aggcggggag
     1081 gcgcatcatg caaacgtttg aatggcgata gatggagggt gggggcgtaa atgacgaagc
     1141 ggcggcggtc tccggacgcg ccttgcgctc catccattcg tggcgtgagt gcgacggatg
     1201 ccctccccca cccctcaaat aagtagtggt caattatgag tgattaatga tagagcggta
     1261 ccatgctgcc gtgtctctgg ggttatcatt gataattaat cattgcccct tagtatgctc
     1321 tgccgggcga aagaggttgc gatagcctct tcgtccggca gcgcttttta tagcgggccg
     1381 ggggacgcag ggcgacgata gcccacgagg gtgcaggggg gggcagcgca acggggagca
     1441 ggctgtggat cggagcttca gccactaagc aaagtcaagg gcagcaagct gccatacaca
     1501 cccaccaacc catgtggctg gcacccacat gagctaggag gctcgaccca cctaagctac
     1561 gtgactcgac ccacctaagc tacgtggctc gacccaccta agctacgtga ctcgacccac
     1621 ctaagctacg tgggctgacc catctaagct acatggctcg acccacctaa gctatgtggg
     1681 ccgacccacc taagctacat gggccgaccc acctaatcca tgtggctgat acccacctga
     1741 gctaatggtt gtattagcgc gcatacaaca agaccaccga acagcaac
//
LOCUS       SEQF3106|MIQD01000184.1 1768 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1768
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(962..1135)
                     /locus_tag="SEQF3106_02049"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPRRLSARSSPMVNVVLPHPEFVAPISHWGIIMYENIGGKPYVL
                     TRLFDKKNMNLTY"
ORIGIN      
        1 tgatggcgga cggggcgtca cagtggcgca catcggagac agccgcgtgt atcagtttcg
       61 ggaggggcgc atcgccttct gcacggagga tcattcgctc gtcaacgtgt gggtgaagct
      121 gggccggatt acggcggagg aggcggcgca tcatccgcag cggcacatca tcacgcgcgc
      181 catccaaggc cggggcgctg cgacggaagc tgatgtggtg cgcctcacgg atgttcgccc
      241 gggcgactgc ttcctgctca tgcatgcaca ggcagggcgc gcgacaattt ctcgttctac
      301 atcgttcccg tacgggaggc atgacagagg agcatattcc ggtgtgcccc tcttttttat
      361 tccacgataa cccatgaacc gaaaaagact gacgcaggtc gtctgtctca tcgtctgctt
      421 cctgatgata tcgatcgctt ggctccgcga aggccacctc ttcggccacg accttaccgc
      481 accgaaccaa tccgaggcgc ccaccgacac gctctccacg gcaccggcga cgctctttgc
      541 gtggcgttgt cggtctttat cccgcggcct tactgccgtt ttgcctgccc cacggggtcg
      601 ctgtttaagg cgtcggaggg gatgaagtga tcgaagggtt aagggtcaac ggacaactaa
      661 gcgggcaatt taggtcacaa atcgtaaatc tgtcttcgaa gagttatttt gaatggaaat
      721 gtatcgcaac tctaaagcta aatagttgct gtcaataggt cgcgatagtg aatttataat
      781 tagaaagttg ctgtcaacag gtcgtgatag tgaatctata attagaaagt tgctgtcaat
      841 aggtcgcgat agtgaattta taattaaaga gttgctatca ataggtcgcg atagtgaatt
      901 tataattaaa gagttgctgt caacaggtcg tgatagtgaa tttataatta aagagttgct
      961 ctcaataggt caggttcata ttctttttgt caaacaaccg ggtgagcacg taaggcttac
     1021 ccccaatatt ttcatacatg atgatccccc aatggctgat cggagcaacg aactccggat
     1081 gcggcaaaac gacattcacc atcggactgc tgcgcgcgct gaggcgacgc ggcatggccg
     1141 tgcaaccctt caaatgcggg ccggactaca tcgactcgcg ctaccacacg cgggccgccg
     1201 gccgccaatc ggtgaacctc gatacgtggc tggcgcggcc tgaacacata ccttatatat
     1261 acggcaaata cagcgccgag gccgacgcct gcgtggccga gggcgtcatg ggcctattcg
     1321 acggcttcga caaatcgcgc ggcagcagtg cggagatcgc ccggctgctc ggcctacccg
     1381 tggtgctgat cgtcaacgcc cggtcgacgg cctactccgt ggcggcgctc atacatggct
     1441 tcacgcactt cgacccgtcg gtgcgtgtgg ccggcgtcgt cttcaacttc accgcctcgg
     1501 ccacgcacgc cgcctacctg cgtgaggccg cggccgacgc cggcgtggag tgcttcggat
     1561 gcctgccgcg attgactgag atcgaggtgc cctcgcgcca cttaggactc acgctcgaca
     1621 gcaacttccg gcttgagcaa ctcatcgacc gcgtagccga tgccatcgag gccaacgtag
     1681 acctcgaccg cctgctcacc gcttgcagtc gccctgcgcc cacgccctgc gccccccctg
     1741 cgcccatgcg tgccttgggg cacatcgc
//
LOCUS       SEQF3106|MIQD01000185.1 1767 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1767
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             109..708
                     /locus_tag="SEQF3106_02050"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRDEREGAQYKCLTQLTHFVNEGMARIAQGITPDTPLAQGLEQ
                     ALADAAQAPEEVLFRYLRMINAAEAPPSPNGRIHALYESVCTLRRAGNTHPVLLLLAA
                     FCLLYMGTEGRAVLDEDLATSYEEGMVGLYRLMPDFARFREQFEAYNRFVRSETDATD
                     DATEARIANVESRLQLIRAADILSAHLTYMKELQHTYLE"
     CDS             708..1766
                     /locus_tag="SEQF3106_02051"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METIEDINVALLQLRESLANLDAAREQVSQVTGGSREVVEAASQ
                     LSDEVKQLADRIGEETLAVITRFSERLDGSRTEWTDAINDGKARFASEVEQARLATAQ
                     LKADAELALQQSLAASTQSVADLKTETQETLRQAAAASTQAVADLKAETQETLRQATA
                     TSTQSVADLKAETQETLRQAAATSTQTVADLKAETQETLREATAASLQATEQLCTETQ
                     TALQQSLDATTHTLGEVGDQAKQAVNEVSALAKHALSEVTTVSTDAIEMQQSEIADTL
                     DTLADYSERIRTLIDALSTSNLSEQIATIERKINEHTTEQAATIEALRIDANRNKRIQ
                     LIAYAVIAALLLLILILK"
ORIGIN      
        1 acaacggagc aggtctatcg gcggttgcat gactatttca accggtacta tacacacaag
       61 cgagccgaac gggaggagac ggctgcacgc gctggcatgc ctgccgttat gctacgcgac
      121 gaacgcgaag gggcacagta caaatgcctg acgcaactga cgcacttcgt caacgaaggc
      181 atggcgcgca ttgcccaagg catcacaccc gacacgccac ttgcgcaagg cttagagcaa
      241 gcattagctg acgcggcgca agcgcccgag gaggtgctct tccgttactt gcgcatgatt
      301 aacgccgcag aggcgccgcc ctctcccaat ggacgcattc atgcacttta tgaatcagtt
      361 tgcacgctgc gccgcgcggg gaatacgcac ccggtgctgc tcctcctcgc tgccttctgc
      421 ctgctttaca tgggcacgga ggggcgcgca gtgctcgacg aagacttggc cacgagctac
      481 gaggagggca tggtggggct ttatcgcctc atgcctgatt tcgctcgctt tcgggagcaa
      541 ttcgaggcct acaaccgctt cgtgcgtagc gagacagacg cgaccgacga cgcgacagag
      601 gcgcgtatag ccaacgtcga gagtcgcctg caactgattc gcgcagcaga catactgagc
      661 gctcatttga cttacatgaa agaactacaa cacacatatc tggaataatg gaaacgatag
      721 aagacatcaa tgtggccctc ttgcagctgc gcgagagctt agccaatctg gacgcggcgc
      781 gtgaacaagt gtcgcaggtg acgggtggga gccgggaggt ggtagaggct gcgtctcagc
      841 tgtcggacga agtgaagcaa ctggctgatc gtatcggtga ggagacgctg gcagtcatca
      901 cgcgcttctc cgaacggttg gatgggtcgc gaacggaatg gacggacgcc atcaacgacg
      961 gtaaggcgcg ctttgcctcc gaagtggagc aggcgcgatt agctaccgcg caattgaagg
     1021 cggatgctga gttggccttg caacaatcgc ttgccgcctc cacgcaatcc gtcgcagact
     1081 taaagacgga gacgcaagag acgctgcgcc aagccgctgc cgcctccacg caggctgtcg
     1141 cagacttaaa ggcggagacg caagagacgc tgcgccaagc caccgctacc tccacgcaat
     1201 ccgtcgcaga cttaaaggcg gagacgcaag agacgctgcg ccaagccgct gctacctcca
     1261 cgcagaccgt cgcagactta aaggcggaga cgcaagagac gctgcgtgaa gcgacggcgg
     1321 cctcgctgca agccacggag caactctgca cggagacgca gaccgccctg caacagtcgc
     1381 tcgacgccac cacccacacg ctcggtgagg tgggcgacca ggctaaacag gccgtcaatg
     1441 aagtgtcggc cttagccaaa cacgcgctga gtgaggtgac gaccgtctcg actgatgcga
     1501 tcgagatgca gcagtcggag atagccgata cgctcgatac gttggcagac tatagcgagc
     1561 gcatccgcac gcttatcgat gcgctgtcca catcgaacct ctcggagcag atcgccacca
     1621 tcgaacgtaa gatcaacgag cacacgaccg aacaggccgc caccatagag gcgctccgca
     1681 tcgacgccaa ccgtaacaag aggatacagc tgatcgccta cgccgtgatt gctgcgctgc
     1741 tcctcctgat ccttatcctg aaataat
//
LOCUS       SEQF3106|MIQD01000186.1 1710 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1710
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             22..240
                     /locus_tag="SEQF3106_02052"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTLAAGHPGIGKHEMSLGFEHPGVGKPKMSLGFEHPGIGNPA
                     ARLGFEHPGIGNPAARLGWSHPGVGSPK"
     CDS             324..1070
                     /locus_tag="SEQF3106_02053"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEATTHTAPAMQPQGTASGERGVTRYTVNGEEVALSEKIVTDYL
                     TRGSNVPRADIVQFIAICKYNRLNPFLSEAYLVKYGDKPAQMIVSKEALMKRAESCHS
                     FDGLQAGLILKRGSNIVEEEGAFQLPGDTLLGGWARVYRKDREYPSTARVSLAEYDRK
                     QSTWSTMRATMIRKTAVVQALREAFPTQLGAMYTAEERGVPEDASYEDVTTRLEREKA
                     SEANRTPLSIDNAPTPDQPSPAPAAPDPGF"
ORIGIN      
        1 agaagaaggg aggagggcgt gatgaaaaag accctcgccg cagggcatcc gggtatcgga
       61 aagcacgaaa tgagcctcgg atttgagcac ccgggtgtcg gaaagcccaa aatgagcctc
      121 ggatttgagc acccgggtat cggaaacccc gcggcgaggc tcggatttga gcacccgggt
      181 atcggaaacc ccgcggcgag gctcggatgg agtcacccgg gtgtcggaag cccaaaatga
      241 gcctcggatg gagttaccca ccccgcataa acgcataaac gcataaacac ataaacaatt
      301 caacccataa cccataaaca acaatggaag caaccaccca caccgccccg gccatgcagc
      361 cgcagggcac agcatccgga gagcgaggcg tcacccgcta caccgtgaac ggcgaagagg
      421 tcgccctgag cgagaagatc gtcaccgact acctcacccg cggcagcaac gtcccccggg
      481 cagacattgt gcaattcatt gccatttgca agtacaaccg cctgaacccc ttcctcagcg
      541 aggcctactt ggtgaagtac ggcgacaagc cggcgcagat gatcgtctcg aaagaggcac
      601 tgatgaagcg cgccgaaagc tgccacagct tcgacgggct acaggccgga ctgatcctca
      661 aacgcggcag caacatcgtg gaggaagagg gcgccttcca gctccccggc gacaccctgc
      721 tcggcggctg ggcgcgcgtc taccgcaaag accgcgagta cccctccacg gcgcgcgtct
      781 cgctcgcgga gtacgaccgc aagcagtcca cctggagcac catgcgcgcc acgatgatcc
      841 gcaagacggc cgtagtgcaa gccctgcgcg aagccttccc cacgcagctc ggcgccatgt
      901 atacggccga ggagcgcggc gtgcccgaag acgccagcta cgaagacgtc accacccgct
      961 tagagcgcga gaaagcctcg gaagccaacc gcacgccgct cagcatcgat aacgcaccca
     1021 cccccgacca accgtcgccg gcgcccgccg cccccgaccc ggggttctga tgccgcgtaa
     1081 acgaaaaacg gcagaccccc tcgtaggggc gccccttgtg ggcgccctgc cgatgatgac
     1141 caatcaccgg tgttcggaca gaatcggcac ccctgtcgat gatacccgat caccggtgat
     1201 cagacaccgt ggacagggcg cccacgcatt ctgcaccggg gcgccagccc ccaacgcata
     1261 aacacctaaa caaaaaacga ataaacgggg cgccagcccc ccccaacatc tcaacaacaa
     1321 tgaaactcac catcctcgga agctcatccg ccgccaacgg ctacgtattg gataacggcc
     1381 gcgaggcgct cgccttagaa tgcggctgcc cgctctccga ccttaagcgc gccctcgggt
     1441 tcgacctccg gcgcgtctgc ggcgtactgc tcacccacga gcacgccgac cacgcccgcc
     1501 acgccctgaa gtacgtccag tccgccctgc ccctctacgc ctccgggggt acattttggt
     1561 acctgcccga cgaggtgcgg agctcacctt ttaggcacac cgtacaatac ggcgaaacat
     1621 tcaagctggg cggcttccag gtgctcccct tcgatgtgcg ccacgacgcc gccgagccac
     1681 tcggattcat catctcgcac cccgagatag
//
LOCUS       SEQF3106|MIQD01000187.1 1706 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1706
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             242..370
                     /locus_tag="SEQF3106_02054"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTVQCHQIAIGRTGITGEKKHIAGGFHILVQTVKTERLQLV"
ORIGIN      
        1 cgaaggtgtg ccgggcggtg tgtgtggtga tgggcaaaga cagtccggcc cttagcgaga
       61 tcgccttcag acaagacaaa taggtggcat aattcatata agggagcagt gtctccctgg
      121 catctctatg tagctgttcc agcaaccgaa gggcttcggg caacagcttt atgcggcaga
      181 ggacgcctgt cttctgcctg ctgaacttca gccaaagatt gccctcatcg tcgcgaacaa
      241 gatgctcacg gttcagtgcc atcagatcgc aataggccgc accggtataa caggcgaaaa
      301 gaaacacatc gcgggaggtt tccatatcct cgtccaaacc gtcaaaacag agcgccttca
      361 acttgtctaa cgcgtcctta tcgagcgcct taggtaatcg gctatctcct ttgtccacat
      421 gtacattgtc gaatagcaag gagtctgccg ctccttcgcg ataagccagc ttgcagacct
      481 tcttgataag gacgatcatg ttgtagcaag tgctctgttt cagccccact tctccggtta
      541 catactgctc aaatcgcttg ataaagtcct ccgtaagctg cgagaaagcc aaatcggaag
      601 cgttgtactt ctcccgaatg aactgcagca atcgcactct tgtctgacga tacgaggcca
      661 aagagttttc cttgatatcg ataccggcat gcctctccat ttcctctatc aggtcatcga
      721 accgttccaa aaacatagtt cgactttgca cactgccttg taaatgttcc ttgatgtccg
      781 ttgcgtcaaa cggtgccccc ttggcaagta aagattgata ggaggactga acagcgagaa
      841 gcaggttgtc caatctggca ttgacctcga ccgcttcacg gcttttcccg tccacccgac
      901 tttcgcgcgg gttccacaaa tcgggattgc aagacagctt acaactaaac tgcgcgacgg
      961 aacgtcccag cgtgatgcgt cccatgatcg gcgccttgcc caacctgtcg cgactgctct
     1021 ttttgaggta gagcaacacc ttcattttca tgtcatccat acgctttgaa aactgtgggc
     1081 aaaattaccc ggttcaaagc gcccgttacc tgtgcagatt tctgtatatc aatgcaaaag
     1141 aaccgtttgt gggaaaagct cagttacctg cttttgcacc atcgttacct gtcgcggggc
     1201 ggggtaatgc tttggtaact gaacttctgc ttaagaccgc acttttctgc cttttacact
     1261 ctatgcaatc agaagcagat ccgttccttt ccgcctaatt atcagcccac ttgcttcaac
     1321 ctcggagctt ctgcttttta ggagaatagt tgatgacgaa taagcaagat attgctggtg
     1381 cgtcatcaaa aattgatcac acgcgatcaa aaatcgatca cgcgtaaaca atccaagtgc
     1441 aggacttacc tttacaccat caatcataac cccgacagcg atgaacaaga caaaaaacct
     1501 gatatcagcc acgctcagcg aggcatcatg agattgtcgc gcggtctttt gtatggagtc
     1561 tattgttata tgttcgaatg ttcttaactt tatgtagttc aaacccaata gtcaagcaag
     1621 tatgtctaca aagtctacca cccccgcccc cagtttcctg caagtctaca cccaagtgcg
     1681 tcgtaaccgc atgaaacact cattcc
//
LOCUS       SEQF3106|MIQD01000188.1 1704 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1704
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(590..958)
                     /locus_tag="SEQF3106_02055"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLVDHLRVTDDGELVQHKIHLRLRRHPRPLEARLDRIVELLSV
                     RFPLPIADKHIDSERPVLDLLQCQQDAGHDERFVLILDASVVAQILVQRLRLTQYLGC
                     LFLPLRRLPEYLASVILLNV"
ORIGIN      
        1 tcgcaacggc gacgtgaagc gcggacgcga agagaccgat gcagaggcca tcggccctga
       61 ggtgctgaat tgatcgcagc ggttatcggt gatattcctc atagcgatca agaagaagga
      121 gttttgaatt atgggaaaga aagaagtcca gactgatttt tgggtaaaat ccatgctcga
      181 cgaggccgag gtgccactgg ccgcgcaggg tagtgacatc cgggagatcg acgaggcgtt
      241 caagacggcc tcgaaggcgg ggacaggcaa tgtggggcgc ccggagtttt gtggcgtggt
      301 gaatggggag tttctgatcg tgatcgagga caaggctgac gcggacaggc atgcgacctt
      361 tgacgacgcg gggcgcatcg accggtctac gcgggcagtg atggagtatg ccgtcaatgg
      421 ggcactgttt tatggcatac acttggctcg gcatacacat tataagaagg tctttgcctt
      481 gggcatttcg ggcgacgagc gtcgacatcg catcacacca ctttttgtgg acggcgacgg
      541 ggcatgcaca gtacttccgg atttgaatac gttgatctcg tttgcccctt caaacattga
      601 ggagtattac cgacgcgagg tactcgggga gtcgacggag cgggagaaag agacagccga
      661 gatattgcgt gaggcgcagg cgttgcacga ggatttgcgc aactacggaa gcatccagga
      721 taaggacaaa ccgctcatcg tggccggcat cctgctggca ttgcaagaga tcgagcaccg
      781 gacgttcgct gtcgatatgc ttatcggcga tcgggagggg aaaacggacg gacagaagct
      841 ctacgatgcg atcgagacga gcctcaagcg ggcgcgggtg tcgccgcaaa cgaagatgga
      901 tcttgtgctg aaccaattcg ccgtcatccg tgacacgaag gtgatcaacg agatccatcc
      961 ggcactgggc aaaacgccgc tcagatatta cacggagttc ctatacgaca aactttatcg
     1021 gggcatcaaa tacgttcgat cggcggagga ttatttggga cgtttctatg gcgagttcat
     1081 gtcgtattca ggtggtgatg ggcagtcatt gggtatcgtg ctcacgccgc gacacatcac
     1141 tgaattgttc tgcctactgg ctgacgtgaa gccgacggac agtgtgctgg atccttgctg
     1201 cggcacggcg ggcttcctca tcgcagccat gcatcgcatg ctctcgcagg cgcaaacgga
     1261 gcgtgagaag atggacatcc ggcagagccg cctgcacggc atcgaatcac agagctacat
     1321 gttcaccatc gccgcagcaa acatgatcct ccgaggcgat ggcaagagta atctcagcaa
     1381 cgaggacttc ctgaagctcg atccgcacca attgcagctc aagggctgca acgtggggat
     1441 gatgaatccg ccctactcgc agggctcaaa actgacgccg ggactgtatg agatcaactt
     1501 cacggagcat ctcttggact ccgtcacacg gggcggacgt gtattagtca tcatcccgca
     1561 gtcggctctg acaggcaaga cgcgtgagga gcaagcgagc aaggagagca tcctccggca
     1621 ccacacgctt gaaggagtga tcacgctcaa caaagacacc ttttatcgcg tggggacaaa
     1681 cccctgcatc gccatcttta cagc
//
LOCUS       SEQF3106|MIQD01000189.1 1676 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1676
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             21..296
                     /locus_tag="SEQF3106_02056"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFDVLDNTPYVENYVMEVSANEYGNDRIVIRVGLRERPAFDVVK
                     ELKDRFRARIRVAPEIAVSSPDEVRRINHPDMSRKPVKFIDKRNRPQ"
     CDS             488..1573
                     /locus_tag="SEQF3106_02057"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQRIADSEAFDVLARYVFPDRDVDEVRHMIRAIRTTDEFQLRVM
                     YYVSLQIIRRSITRLTVDGLDALDPAERYLFVSNHRDIMLDSSLLQYLLHEAGHRTTE
                     ITFGSNLMQGEPAISIGRANKMFKVVRGSNVHDFLADSRHLSEYIRHTLLEKRESIWI
                     AQRNGRTKDGNDQTDRGIVKMFALSDRTDPVRAIRDLCIVPVAVSYQWEPCDILKTRE
                     LYLSRDGRKYVKQPGEDLHSILTGILQPKGYVHFAIGCPLDNNILSDTVELRHANAFY
                     RTVADEIDQQIHRNYRLFDNNFIAHDLRSGTSTYADRYTSEARAAFEARMRQMLQEID
                     GDPATLQEIFLGIYANPVGNVNRPSAQ"
ORIGIN      
        1 cgacgctcta tccgcccgcc gtgttcgacg tcttagacaa cacgccgtac gtggagaatt
       61 acgtgatgga agtcagcgct aacgagtacg gcaacgaccg cattgtgatc cgcgtcgggc
      121 tgcgcgaacg gccggcattc gatgtggtca aggagctcaa agaccgcttc cgcgcacgca
      181 ttcgcgtagc ccccgagatc gccgtctcct cgcccgacga ggtgcgccgc atcaatcacc
      241 ccgacatgag ccgcaagccg gtgaagttta tcgacaaacg caatcgcccc caatgagtac
      301 cacagataaa agagtagaag aaactttgca gagtagtgca gatgcaaggc gtccaagacc
      361 gagagtgagg gagtgtgctg aagcacatga ccgaacaccg agtggcgcag gcaacgcagc
      421 agatgcgctg ctatgtaaac gtttcgacga cctccgacct tttatcgcgg acgagatccc
      481 cgccgccatg caacgcatcg ccgacagtga ggccttcgac gtgctcgcgc gctacgtctt
      541 ccccgaccgc gacgtcgatg aggtgcgcca catgatccgc gccatccgca ccaccgacga
      601 gtttcagttg cgcgtcatgt attacgtcag cctgcagatc atccgccgct ccatcacgcg
      661 cctgactgtc gacggccttg acgcactcga tcctgcggag cgttatctct tcgtctccaa
      721 ccaccgcgac atcatgctcg actcctcgct gctgcaatac ttgcttcacg aggccggcca
      781 ccgcactacg gagatcacct tcggcagcaa cctgatgcag ggcgaacctg ccatttccat
      841 cggtcgagcc aacaagatgt tcaaggtggt gcgtggcagc aatgtgcacg acttcttggc
      901 cgactcgcgc cacctctctg agtacatccg ccacacgctg ctcgagaaac gtgaatccat
      961 ttggatcgct cagcgcaacg gtcgcacgaa ggacggcaac gaccagaccg atcgcggcat
     1021 tgtcaagatg ttcgccctca gtgatcgcac cgatcccgtc cgcgccatcc gcgacttgtg
     1081 catcgtgccc gtggccgtct cttaccaatg ggagccgtgt gacatcctca agacgcgcga
     1141 gctttacctc agccgcgacg gccggaagta tgtcaagcag cctggcgagg atctacacag
     1201 catcctcacg ggcatcttgc agcccaaagg atacgtgcac ttcgccatcg gttgcccctt
     1261 agacaacaac atcctctccg acaccgtcga actccgccac gccaacgcct tctatcgcac
     1321 cgtggccgac gagatcgacc agcagatcca ccgcaactac cgcctcttcg acaacaactt
     1381 catcgctcac gacctgcgct ccggcacgtc cacctacgcc gaccgttaca catccgaggc
     1441 gcgcgcagcc ttcgaagcgc gtatgcgaca gatgctccaa gagatcgacg gtgatccggc
     1501 cacactgcag gagatcttcc tcggcatcta tgccaatccg gtgggaaacg tgaatcggcc
     1561 ttcggcacag tagttacgcg ccgttggcgc tggtagttag aagaaagctg ctgcccctta
     1621 ctaacgtgag ttcgatgtaa gaataaagtc ggtggtatgt ctacggaagt ccgcaa
//
LOCUS       SEQF3106|MIQD01000190.1 1650 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1650
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             91..918
                     /gene="rluB"
                     /locus_tag="SEQF3106_02058"
                     /EC_number="5.4.99.22"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P35159"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal large subunit pseudouridine synthase
                     B"
                     /translation="MGPYPPMKKKLKKKKKKPQMMVVPEQVKYEEQLSDPNEPIRLNR
                     FLANSGVCSRREADMFIQAGIVKVNGEVVTTLGTKITRQDEVLFRDQPVHIESKIYIL
                     LNKPKNCMTTVDDPQKRRTVMDLVKNACPERIYPIGRLDRNTTGVLLLTNDGNLASKL
                     THPSFKKKKIYHVWLDKEVAVEDMEKLADGLVLDDGEIHADAISYASEEDHKQVGIEI
                     HSGRNRIVRRMFEALGYHVTKLDRVYFAGLTKKNLGRGKWRYLNEQEVNMLRMGAFE"
     CDS             complement(867..1574)
                     /gene="asnS"
                     /locus_tag="SEQF3106_02059"
                     /EC_number="6.1.1.22"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A8M0"
                     /codon_start=1
                     /transl_table=11
                     /product="Asparagine--tRNA ligase"
                     /translation="MIEPEMAFYEIEDNMDLAEEFIKYCVRWVLDHCADDLRFLNDMF
                     DKELIARLEGVLQAPFVRLAYSEGIRILEKAVADGTRFEFPIYWGADLAAEHERFLVE
                     QHFKRPVILTDYPKEIKAFYMKQNDDGRTVRAMDVLFPKIGEIIGGSEREADFDRLQT
                     RIEELHIPMKDMWWYLDTRRFGACPHSGFGLGFERLLASISLIFVRFIVRYVVMMVLR
                     VHSKAPMRSMFTSCSFR"
ORIGIN      
        1 cggtttgcgc cgcgtgatgg ccacggcgaa cggccgagcc gcccctacga cccgcgtcgc
       61 acgtatgccg aaggcggaga aaagccgccg atgggccctt accccccgat gaaaaagaag
      121 ctgaagaaga aaaagaagaa gccccagatg atggtcgtcc cggagcaagt caagtatgag
      181 gagcagctga gcgacccgaa cgagccgatc cgcctgaacc gcttcttggc aaactctggc
      241 gtctgctcac ggcgtgaggc agacatgttt atccaagcgg gtattgtgaa ggtgaatggc
      301 gaggtagtca ctacgttagg cacgaagatc acacggcagg acgaggtgct cttccgcgac
      361 cagcccgtgc acatcgaaag caagatctac atcctcctga acaagccgaa gaactgcatg
      421 accaccgttg acgatccgca aaaacggcgc acggtgatgg atctcgtcaa gaacgcctgc
      481 ccggaacgca tctaccccat cggccgatta gaccgcaaca ccacgggcgt gctgctgctt
      541 acgaacgacg gcaacctggc ctcgaagctc acccacccgt cgttcaagaa gaagaagatc
      601 taccacgtgt ggctcgacaa agaggtggcc gtggaagaca tggagaagct ggccgacggc
      661 ctcgtgttag acgacggcga gatccacgcc gacgccatca gctacgccag cgaggaagac
      721 cacaagcagg tgggcatcga gatccactcg ggccgcaacc gcatcgtccg ccgcatgttc
      781 gaggcgctcg gataccacgt cacgaagctc gaccgcgtct acttcgccgg cctgacgaag
      841 aagaacctcg gccgcggaaa gtggcgctac ctgaacgaac aggaggtaaa catgctgcgc
      901 atgggcgcct ttgaatgaac ccgtaaaacc atcatcacaa cgtaacgcac gatgaaacga
      961 acgaaaatca aagagatact tgccagtagg cgctcgaagc cgaggccgaa gccggagtgg
     1021 gggcaggcac cgaagcgacg cgtgtcgagg taccaccaca tgtccttcat ggggatgtgc
     1081 agctcctcga tgcgggtttg cagccggtcg aagtcggcct cacgctcgga gccgccgatg
     1141 atctcgccga tcttcgggaa gagcacgtcc atggcgcgca ccgtgcgtcc gtcgtcgttc
     1201 tgcttcatgt agaaggcctt gatctccttc gggtaatcgg tcagaatgac aggccgcttg
     1261 aagtgctgct ccacgaggaa gcgctcatgc tccgcggcca gatcggcgcc ccaatagata
     1321 gggaattcga accgggtgcc gtcggccacg gccttttcca agatgcggat gccctcgctg
     1381 tatgccagtc gcacgaaggg cgcctggagg acgccctcga ggcgggcgat cagctccttg
     1441 tcgaacatgt cgttgaggaa gcggaggtcg tcagcgcagt ggtcgagcac ccaccggaca
     1501 cagtatttga tgaactcctc ggccaggtcc atgttgtcct cgatctcgta gaaggccatc
     1561 tccggttcga tcatccaaaa ctcggccagg tggcgcggcg tgttggagtt ttcggatgag
     1621 gcgggcgcgt cgcaaggagt tagaggagtt
//
LOCUS       SEQF3106|MIQD01000191.1 1645 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1645
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             387..1139
                     /locus_tag="SEQF3106_02060"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDELVFMGGNGQAMTNSLLVAERFGKQHKHVIQAIKDLETSAEN
                     SADLFVESEYSDSYGRTQKMYLMNRDGFSLLVMGFTGKDALKFKMDFIAAFNKMESYL
                     RSEDYILERGREILQKRLQAANQRVQMLEGRVEVQQEHIRQLEPKAEYTDEVLQSPNT
                     YTFTQMAKELDFRGVSNLTDFLKKKGIIFRQSGRWMTTADYSGRGYTKTRTVSFDHSD
                     GRPDTTVYTVWTEPGRQFLHRICHSHREEATR"
ORIGIN      
        1 cggcaccgat ccgcacgggc tgtgcgttga cgcccttatc cgaatctcaa acacacgatc
       61 atggaaagag taacagcaat ggatcggctc agatttgagc cgattgccac cactgtagat
      121 cggccgaaaa gtcggccgat ctcgaaagca cgtagcacat cactgggcgg agatttccgc
      181 tcagtgtcca acgggggaaa tttttccctc gttgacacaa agggtacaag tgtgatttgt
      241 atccctacac ggaaagtctg cccacccaaa gggggtcacc attcgttaac ccctgcgcaa
      301 acacacagta cagcactgat attgaggcaa aatagcgaaa cgctatactg ccctttcacg
      361 aaaaacaatc caaacaaata agacttatgg acgaattagt attcatgggc ggaaacggcc
      421 aagccatgac aaacagtctg ctcgtggctg aaaggttcgg aaagcaacac aagcacgtaa
      481 tccaagcaat caaggactta gagacatcgg ccgaaaattc ggccgatcta tttgtggaat
      541 ccgagtattc ggattcatac ggcagaacgc agaaaatgta cctgatgaac cgagacggtt
      601 tctctctgct tgttatggga ttcacaggga aggatgctct gaaattcaag atggacttta
      661 tcgccgcctt caataagatg gaatcctacc tccgatcaga ggattacatc ctagaacgag
      721 gcagagagat tttacaaaag cgcctacaag cagcgaacca gcgcgtgcag atgctcgagg
      781 ggcgtgtaga ggtgcagcaa gagcacatcc gccagctcga gcccaaagcc gaatacaccg
      841 acgaggtgct tcaatcaccc aacacgtaca ccttcacaca gatggccaaa gagttggact
      901 tccgcggcgt tagcaacctg accgacttcc tgaagaagaa gggcatcatc tttcgccaga
      961 gcggccgctg gatgaccacc gccgactact ccggccgggg ctacaccaag acgcgcaccg
     1021 tctccttcga tcacagcgac ggccgcccag acaccaccgt ctacaccgtt tggacggagc
     1081 ccggccgcca gttcctgcac cgcatctgcc atagccaccg ggaggaggcc acccgatgag
     1141 ccgcgccgca tacgaccgcc agcgcgcgga gtacataaag agccacagca gggcggaacg
     1201 cctgcgcctg gcatggctaa tggctgcgta cgtgcaccgt aatcgtagca cgaagccgag
     1261 ggtgtcttac tcgaaaggat ttcacggcgc ggagctgaaa aacgaagggt atgacctcga
     1321 tcaggtgaac gccctttgtg cttccatcaa tgccggactg acatccccca cgctgcaacg
     1381 cttttcactc tacccgcgcc acgtgtttat actcttattc cgctacgtaa ccggactaat
     1441 aagccgtcag gagttgaatg ttaagctcat cgtcgaatct tcggagccat acgccccgga
     1501 aagcaacccg caaatggtat tacgcgccgc cttccgcgag gccgagcacg cgctgatcac
     1561 cctgccgcga acgcataaac acctaaacaa aaaacggcgc gcagcgcccc aaacaatgga
     1621 actacacatc accccacccg agggc
//
LOCUS       SEQF3106|MIQD01000192.1 1618 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1618
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tgtccttggc cgggttccat ttcactacga tctcggtcgg tgagatggct ttggggtagc
       61 catccacgta atcgcccggc ttgggcttct cggtgtcggc ggcggccggg gtcttgacga
      121 taggatcgcc gtatccttca ctgttattgg cttcgtccca caccgttatc tgtattctat
      181 actccgtttc gggttcgagg ccagtgatgg tatactccgt ttggttggtt aattccggac
      241 tggtttttac gacctctcca tcagaatgcc tgatacattt cacctgatac cgcagattct
      301 cctgcgccgt accgccttcg tccgtggcgg gggtccattt cacttcgatc tcggtcggtg
      361 agatggcttt gggatagcct aatacgaaat ggcccggatg gggtgcctcg gtgtcgggga
      421 caatcttccc cacctgtaaa atagagattg aggcttgaac agaaggatct gcggtggact
      481 tgaagataac tttagcccca cgcccagttt tgcttgtgtt cggggagatc gaaatagtgt
      541 acgtcctatc ctccgtaaaa cctctgccgt cgtagtggct ggaagatggg ctgatccagc
      601 ggttactccc ctcgtaggca tctgaaggtt cacagctgac gtcccatcct cggttactcg
      661 ttaagataaa ctcctccgtt ccgccctcgg cacccatcaa tataattttc ttagagacct
      721 tgatgatggg gttagggtca ggtccaatgg tcacttcacg cacgccatac gatccaccgc
      781 cagttccata tacggcttca gagatgacct ctatctggta cgtcgtgcca taagtcaact
      841 cgatgatgtt gcagtacaaa tcggaggatg gccctatttc cttccattcg ctagagcctt
      901 tcttcctcaa ctttacacgg taacgaaact gtaacgacat ggtgccttga cttccggtgg
      961 tttttgtcca ttccaacatg agcttgttgc cttcgacctc cacccgggta tagcgcccca
     1021 aggtataatc ggcctgtgcg cgttctgcga atcccatcag cccaaggagt agggcgatga
     1081 ggaggattgg aaaatgatgt tttgtattca taatgataaa ggggttttat gcacccctgt
     1141 cggggtgtgg gttagtattt aaatagcgaa caatcgatga ttatccggga cgctccctcc
     1201 gggcattctc tgtgcaaata cgtatgcatc gtctaccgtt cggggtacgt tttcgttcga
     1261 ttgcgagggc aaaagtagag gcgtgctata ggcacgtcaa tacgtaatat tacgtatacg
     1321 ggaaaggtac ccagtgcgcc cagggtttcg ccctgggcta tcgtccgccg ggcctacagc
     1381 ccgggcatgt acccggtgcg ccctgtaggg gcgccggatg atagccaggg gcgaaacccc
     1441 tggccgccgg acgataaccc tgagcggtca atgattaccc gggcacccgc cctcccccat
     1501 tcgggcaccc ggatcaatca ttcatcattc aatacgcacc ttctgcacag tgtcacccac
     1561 gcaaaccaca tacacacctg cggacagggc aacggacgtg tcgcctgcgg aagcattt
//
LOCUS       SEQF3106|MIQD01000193.1 1598 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1598
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             581..1213
                     /locus_tag="SEQF3106_02061"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKRMLLIICMTALTLHAASAQSFLRWLGIKPTYQLKNELSISW
                     GLIENPFENDDVVPINANGRTLANRYDLGRYSYGDRIRTQAFSLGYTQELSQWLSLGV
                     QAAYSGVFQDQRLAGMTTDRRYTHRFALYPAVRFTYLNRPIIRLYSGAGLGVGMRWER
                     DFFEHEACYRVFPTGQVTFFGLSVGQRLFANWELGYGVKGYLTFGMGYRW"
ORIGIN      
        1 cccaacaatt caacaactca acatgcctcc cagcggccct acaggccgcg tggggggggc
       61 accatcgatc cgggctgtag ggccgctgga tgatagccca gggtgaagcc ctgggaaagc
      121 cggatgatag cccagggtga agggcacacc gggtacacgc tccatccgcc gcgcgtccct
      181 cgtaggggca ccccttgtgg gtgccctctg tggtctttcc ccctgtggag agggcaccca
      241 caaggggtgc ccctacaaac gccccgcatg tacctgaggt ttcgccttca ggcggggcgg
      301 gacatccacc cggtataatc attcaacaac ccaacaattc aacaactcaa catgcctccc
      361 agcggcccta caggccgcgc ggggagggca ccatcgatcc gggctgtagg cccggtggat
      421 gatagcccag ggtgaagtcc tggggttgca gaacgcaggg cgacggagcg caccgggtat
      481 cccccattta ttcatgaaat cctttccgtc cccaccgcgc agagggcgtt gcctcgggtg
      541 actttacatt tgcgcccctc aacatttcag atttacacct atgacaaaga gaatgctgct
      601 tatcatttgt atgactgcgc tgacgctcca cgcggccagt gcgcaatcgt tcctgcgctg
      661 gcttgggatt aagccgacat atcagttaaa aaacgagctg tcgatcagct ggggattaat
      721 cgaaaacccg tttgagaacg acgatgttgt gccgatcaat gccaatgggc gcacgctggc
      781 taatcgctac gaccttggcc gctacagcta tggcgaccgg atccgcacgc aggccttctc
      841 gctcggctac acgcaggagc tgagccagtg gctctcgtta ggagtgcagg cggcttactc
      901 gggcgtcttc caagaccaac gcctcgcggg catgaccacc gaccggcgct atacgcaccg
      961 cttcgccctc tatcccgccg tgcgcttcac ctacctcaac cgcccgatca tccgcctcta
     1021 ttcgggcgcc gggcttggcg tgggcatgag gtgggagcgc gacttcttcg aacatgaggc
     1081 gtgttaccgc gtcttcccca ccgggcaggt gaccttcttc ggcctctccg tggggcaacg
     1141 gctgttcgct aactgggagc tgggctacgg cgtgaaggga tacctgacgt ttgggatggg
     1201 gtatcgatgg tagtagaggg tagagggtgg agggtagcat ccatccgggc tgtaggcctg
     1261 gggggcgata gcccggggcg aaaccccggg tggccggacg atagcccgtt ccctggggac
     1321 acgatatcca cccaatcccc ccccgccccg aaggggcaga tcaacccagc ccagggcaga
     1381 gcgacgcctc tataggcgga gcggcaccct gggtcaaata atgccgccca atccccacgc
     1441 cgccatcagc caatcagccc ctgccatgca tggcaggggc tgattggctg atggcggcct
     1501 tttattctcg cctcacaccc agggctctgc cctggactat catccagcgg ccctacaggc
     1561 cgcatcaccg ggcgccatcc atccgggctg taggcccg
//
LOCUS       SEQF3106|MIQD01000194.1 1597 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1597
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(298..1404)
                     /locus_tag="SEQF3106_02062"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIGFLALLVGVLMMFATPMVRAQEDENRPARRSPQMGRSSDR
                     NRQNDNNGDLPELTVRAQYLNDRLTQDVGNARWMRIIYRELNMLEDKNAPLYYPVTPI
                     NGTQNLFTIIFRLVADGKLPAYEYLDGYEAFDDAHVVDFKSVLDRFSIMYQTTSGRDG
                     RTRYVINDSDVPSGEVRAFYVKEAWYFDQNNSVFDVKTLAISPIIFYEGDMGTERTPM
                     FWVLYEEVRPYVSGTYIMTSNMNNAKTFTIDDYFRRRMFDGKIIKAENLLNIPLQAYC
                     PTPDSMAKEQQKIESQLQAFNEGLWFRPDTTAQVVATGKSKKSARRGASVKKSDSDDK
                     ASKVKPEKAAKAPKSPKAKAEKSAGATRSVRRRR"
ORIGIN      
        1 atgattcggt tccgaaccgg aatttttcgg ttctgaacct aaaaatatac gtccccggac
       61 gtatattttt ctattctgaa cgtaattgat tacgtctcgg acgtaatcgg atacgtcctt
      121 agacgaatat ttttctgttt ccgagcctaa atgctcagcc ttcagatgta tatttttcgt
      181 ctctgggtct acctccttca attcaacgac aaaaaaaatc ctgccgacgg ggatgcgatc
      241 caccgctcga caggattttt cactcttcgc cttccgcttt tcgtttctcc cgaaggatca
      301 ccgcctgcgc cgcacgctgc gggtcgctcc ggccgacttc tcagcctttg ctttggggga
      361 tttcggtgcc ttggctgcct tctcgggctt gaccttcgag gccttgtcgt ccgaatccga
      421 ctttttgaca gaggcgccgc ggcgagcgct cttcttcgac ttacccgtgg cgaccacctg
      481 cgcggtggtg tcgggccgga accacagccc ttcgttgaag gcttgcagct gcgactcgat
      541 cttctgctgc tccttcgcca tcgagtcggg cgttgggcag taggcctgga gcgggatgtt
      601 gagcaggttt tcggccttaa tgatcttgcc gtcgaacatg cggcggcgga agtagtcgtc
      661 gatcgtaaac gtcttcgcat tgttcatgtt cgaggtcatg atgtacgtgc ccgagacgta
      721 cggccgcacc tcctcgtaaa gcacccaaaa catcggcgta cgctccgtgc ccatgtcgcc
      781 ctcgtaaaag atgatcgggc tgatggcgag cgttttcaca tcgaagacgg agttgttctg
      841 atcgaaatac cacgcctcct tgacgtagaa ggcgcgcacc tcgccggagg gcacatcgct
      901 gtcgttgatc acgtagcgcg tgcggccgtc gcgcccggag gtcgtctgat acatgatgga
      961 gaagcggtcg aggacggact tgaagtccac cacatgcgca tcgtcgaagg cctcatagcc
     1021 gtccaaatat tcgtaggcgg gcagcttgcc atctgccacc aggcggaaga tgatggtgaa
     1081 gaggttttgc gtgccattga tcggcgtgac gggataatag agcggtgcgt tcttgtcctc
     1141 cagcatgttc agttcgcggt aaatgatgcg catccagcga gcgtttccca cgtcctgcgt
     1201 cagccgatcg ttaaggtatt gcgcacgcac ggtgagctcg ggcaagtcgc cgttgttgtc
     1261 attttgtcgg ttacgatcgc tgctgcgccc catctgcggc gagcggcgcg cggggcgatt
     1321 ctcatcctcc tgcgcccgca ccatcggtgt agcgaacatc atcaaaacgc ccacgaggag
     1381 cgccaaaaaa ccaatccgtt tcatctctcg atcttcttcg tttatctgtt tatgcgttta
     1441 tctgtttgag cgacgttgaa gcctacttct aactaccctc ttactacttc aaactacctt
     1501 ttgactaccc cccccttcat tgcacaatga cgtcaaacac cacggcctcc tgctccacgc
     1561 cttcgggagt gacggagacg gacttaatgt agaactg
//
LOCUS       SEQF3106|MIQD01000195.1 1596 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1596
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             287..808
                     /locus_tag="SEQF3106_02063"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKIGRGLLALLVCVQALAAPNAQAQRGADRLFSLPLFERAVA
                     CIKHYEGLHGPKNYPYVGYGHRLLPGERLSSSMTKRQADSLLRADLKKRLVTFRRFGR
                     DSLLLAVLSYNIGEYRLLGYGKQPKSRLVQKLESGDRDIRNEYISFCRYRGKELKALR
                     LRRRVELALLYEK"
     CDS             complement(859..1134)
                     /locus_tag="SEQF3106_02064"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTERSYHPQNGFETKRRLLALPHKIVWIIVCVVALKAIGTSEE
                     LTAILMLFAVFYLVHATLRMALRVLFFLIRWICIAALFAWIVCRLLF"
ORIGIN      
        1 tcgaagtcgt gatcgaggac aaccacggcc agagtcaaac gctcgccttc gactttaata
       61 gcaaggaaaa ggaagctgac agtggctatt ctttgctttc acatcccagt cggccgctca
      121 ccgagtccgc tggatcaaga gcgagccagt gagtcgctca ccagagtcca tcgaaatctt
      181 ttttcatcgc ttgtattgtt cataatcacg gaacaaaaaa gcatctgtcc gcgacggatc
      241 ggtgcttttg tctttttatc caccccaaaa acatctgacc acccccatga aaacgaaaat
      301 cggacgcggc ctgctcgcgc tccttgtttg tgtccaagcg ctcgccgcgc ccaacgcgca
      361 ggcacagcgc ggagccgatc ggctgttcag ccttccgctc ttcgagcgcg ccgtcgcgtg
      421 catcaaacat tacgaagggc ttcatggccc gaaaaactac ccttatgtcg gctacggtca
      481 ccgcctgctg cccggtgagc ggctttcgtc ttcgatgacg aaacggcagg cggattctct
      541 gcttcgcgca gatctaaaga aacggctcgt cacgtttcgt cgcttcggtc gcgactcctt
      601 actccttgct gtgttgtcgt acaacatcgg tgaataccgt ctcttgggct acggcaaaca
      661 gccgaagagt cgcctcgtcc agaagctgga atcgggcgac agagacatcc ggaacgagta
      721 catctcattc tgcagatacc gcggcaaaga gctgaaagca ctgcgtttac gacgtcgcgt
      781 agagctggcg ctgctctatg aaaagtgacg gggatgggat tggattgatc ctctccccgt
      841 cattgctatt gtaacgtctc aaaacagcag tcggcaaaca atccaagcaa acagtgcggc
      901 aatgcagatc catcggatca aaaagaacag aactcgaaga gccattcgga gtgttgcatg
      961 cacgagataa aagacggcaa acagcatcaa gatggcggtc aattcttccg aagtgcctat
     1021 ggctttcaac gccacaacac agacgatgat ccaaacgatt ttatgcggta atgcgaggag
     1081 gcgtcgtttc gtttcaaatc cgttttgggg gtgataagat ctttccgttt tcatcgtgct
     1141 gacatttttt ttgcgttcaa agctcggagt atgtcggttt cgtttcgagg gcaacaaagg
     1201 gcagacgatg aggggataag gcaaggctct acgccgataa aatacgctgt gaagcaggaa
     1261 gattttatcg gtggcgaagg ctttgggggc gttcggcctt gacgtcaccc ttatcgtctg
     1321 ctgacctttg cccgaagaca aggaaaccga catcggctcc gagccgcaaa caaaaagtgg
     1381 aagcagggaa acccgtagag gaaagatcct cggaattgga catacaggca tcggggtata
     1441 aaatcggccg cagcgcgatg ccacggccga atgaaaaagg ggatgcgaaa ggggtggagg
     1501 ctacggttgc accttcacgc cgtccgcttc gagtagttcg acgatgacgc ccgtcagctc
     1561 ggtgtagagc tggtcgtact ccggactgcc gtcgaa
//
LOCUS       SEQF3106|MIQD01000196.1 1560 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1560
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(319..1452)
                     /gene="hemN"
                     /locus_tag="SEQF3106_02065"
                     /EC_number="1.3.99.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WP73"
                     /codon_start=1
                     /transl_table=11
                     /product="Oxygen-independent coproporphyrinogen-III
                     oxidase-like protein"
                     /translation="MAGIYIHVPFCTQRCIYCDFYSQTDMARQAAYLRAVRRELEMRA
                     DELDGEPVETIYFGGGTPSQLRGEDLGAIVRTIGRHYPLANHCEVTLEANPDDLTDAY
                     LRNLFANVIIDRISLGVQSFSDADLRFLNRRHDAAGAIEAVRRLQDAGVKDISIDLIY
                     GLPGQTPEAWVRNLDVAFGLGVTHLSAYHLTYEAGTRLGRMLRQGDVCPVDEDTSVRL
                     YSLLTERAAAAGFVHYEVSNFCRPGWFARHNTAYWTGAKYLGIGPAAHSYDGQSRRWN
                     VASLGRYIEGLEAHQPQHEREVLDGDMRYNEYIMTRLRTMWGVRLSVIREAWGECRVA
                     HFLRQAAPFLAAGRLVRLSDNDTVRLTEAAFFVSDGIISELFV"
ORIGIN      
        1 gagggtcatt tcggccatta aaattcattt tggagcaaaa cgagggtcat ttcggccatt
       61 aaaattcatt ttgaagcaaa acgagggtca tttcggccat taaaattcat tttggagcga
      121 aactcggtgg gtttcgggct tcaaaattca ttttggagca aaacccggtg ggtttcgggc
      181 ttcgaaattc attttggggc aaaacccggc gggtttcggg cttcgaaatt cattttggag
      241 caaaacccgg cgggtttcgg tcggcaatca catgcccgag atgtgtgtat ccggcatgct
      301 tagcttttcg attttcgttt agacgaacag ctcgctgatg atgccgtcgg agacgaagaa
      361 ggccgcctca gtgaggcgca ccgtgtcgtt gtccgacagc cgaacgagcc gaccggcggc
      421 gaggaagggc gcagcctgac ggaggaaatg cgccacgcga cactcgcccc acgcctcccg
      481 gatgactgac aggcgcacac cccacatcgt gcggagccgc gtcatgatgt attcgttgta
      541 acgcatatcc ccatccagca cctcccgctc atgctgcggc tggtgtgcct ccaggccttc
      601 gatgtaacgc ccgagcgacg ccacgttcca ccgccgcgac tgcccgtcgt acgagtgcgc
      661 cgcgggcccg atgccgaggt atttcgcgcc cgtccagtag gccgtattgt gccgcgcaaa
      721 ccagcccggg cggcagaagt tcgacacctc gtaatgcaca aatcccgccg cggctgcgcg
      781 ctccgtcagc aggctgtaga ggcggacgct cgtgtcctcg tccacggggc agacgtcgcc
      841 ctgccggagc atgcgcccga ggcgcgtacc cgcttcgtaa gtcaaatggt aagccgagag
      901 gtgcgtcaca ccgaggccaa aagccacgtc aaggttgcgc acccaagcct ccggtgtctg
      961 gccgggcagg ccgtagatca ggtcgatgct gatatccttc acccccgcat cctgtagacg
     1021 gcgaacagcc tcgatggctc cggcggcatc gtgcctgcgg ttcaggaagc gcaagtcagc
     1081 atcgctgaag ctctgcacgc cgaggctgat gcgatcgatg atgacgtttg cgaagaggtt
     1141 gcggaggtaa gcgtcggtca ggtcgtccgg gttggcctcg agggtgacct cgcagtgatt
     1201 cgcaaggggg taatgcctgc caatggttcg gacgatggct ccgagatctt caccgcggag
     1261 ttgcgagggg gtgccgccgc cgaagtagat cgtctccacg ggttcgccat cgagctcgtc
     1321 ggcccgcatc tccaattcgc gtcggacagc gcggaggtag gccgcttgac gagccatgtc
     1381 ggtttgggaa tagaagtcgc agtagatgca gcgctgcgtg cagaagggga cgtggatgta
     1441 gatgccagcc atgatagagg gtagagggtg gagggtggag ggtaggggcg gacctcttaa
     1501 tgtccgcccg gtggttgggg cgcaaatgta gatctcgccc cccatgcgcc ttttccccgc
//
LOCUS       SEQF3106|MIQD01000197.1 1559 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1559
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     misc_RNA        complement(1081..1302)
                     /locus_tag="SEQF3106_02066"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 gtacgtcagc ggctcggtgc tgaagtagtc gttcatgtcg taggtgaagg tgaaggcctc
       61 gttcaggcgg aaggcgtcgg agggcgtgta gcggtaacgc agcgaggcgt tggcgccgct
      121 gttgcggaag aggtcagact cgttgttgta gcgcgcacgg cggtcgaggc cgggcagcga
      181 ttcgcccttc ttgaggtaaa ggctgccgtc ggcattatag acgtcggcgc tcatcacggg
      241 tgcgaggccg atgtcggtgc cgtacttatc gcggttaaat ccaccgcgga actcgaggga
      301 ctgatactca ccgaggtcgt aagccaaggc caaatagccc gccatgcgtc ggtcgttcgt
      361 gtggcgataa ccctcgatgt cggcataatt caagacggcg cgataacgca gggcatacgt
      421 cagtgccccg cccatatcga tcatggcttg gcggttgtcg taggagccgt agaggagtcg
      481 gaagttcagc acgcgctccc gggtgggcgc cttgcggaca acgttgagga tgccgccggt
      541 ggcgaactga ccatgcagca cagaggccgg ccccttgagc agctccatcg attcgataga
      601 tgagaagtcg gggaaggggg cagagcttcc gggcggcacg aagcgctcgt ccttcacgcc
      661 atcgaccatg agcggcgtga tgtcgaagcc gcgcacctcg aggcgttggt aggcgccata
      721 gacggtgcgc atgtgggcgc cggggaggaa cttgacggcg tcctggatgt gggtgatgcc
      781 gcgcttggtc cagacctcgg agacgaggcc ggtgacggag acgggcaggt aagcctgcgg
      841 cgtttgcagg cgcagcaact gtgtggaggg cacggggcgc ttgaaggcgc tgacgacaac
      901 ctcgtctaag tgatgcaccg tgtcgccgat gccgagctcc gtctgtgcaa aaacgttcgg
      961 tgtgcccgcg cacagcccgg cgcagacagc caccagagcg ccgtagcgcc cttggaataa
     1021 atgctttctc attgtgtgaa ttgtatgtaa tgaataaaac tcttggtccc gagaggattt
     1081 atcaaggtgc gttcatgcgg caggtttcct ggcttgtctt gtgtgtcgac ttggccttcc
     1141 catctatcgg atcagacagt ggcgcgtgtg gggatcgaca cacggtgtgg ggaaagaata
     1201 agacttacag tagcgggcac tgctccggtt tctcaccgga ttcccttttc cgcccggggg
     1261 aggattccct ccgggggcgg caccgaatga acgggggcaa aagtaaggcg tgagctcgat
     1321 ggaagaaatc cacttccccg caccgaggga agacaccctt cctgcctcag tgaagatcct
     1381 cttcacacct aagtgaagac atccttcaca cctaagtgaa ggcatccttc acacctaagt
     1441 gaagatcctc ttcacaccta agtgaagaca tctttcacac ctaagtgaag gcacctttat
     1501 accctaagtg aaggctccct tcccaatggc ttataaacaa agcatgcgtt gtaggtgac
//
LOCUS       SEQF3106|MIQD01000198.1 1525 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1525
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             413..1216
                     /locus_tag="SEQF3106_02067"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKATNTLPLFLGFSSQKGGVGKSTLAEITASMLYYEKGVELFVV
                     DCDLSQDSFYKLRQREKAAIEESPSLSEQMKSYFDQLGRKAYRVLKADPKEAIDKTNA
                     YLRNHPNEDFQLVIFDFPGHAGTRELLELSLEMDCILSPIEADVQSIVSCLAYAKSIS
                     DLGVSIETARVKDIMLLWNKVDRRVKNTLMEHYSAYIKEEGLTLFPGCIYATHRFSHE
                     LEQYRFRGAFRSTYLPPHQSLRAGTGLDELVETLMERLGIEIQKHDGND"
ORIGIN      
        1 cgttttgtag cacaaaacgg tttttgtagc acaaaaacac accttgcccg gccttcaggg
       61 ccgtatgcta aaaggcagct caactccgtg gtttcaattc ggcggcaaag ctatgatgac
      121 tctgcaatcc gcttgtaata agggctgttt gaacttcttc ccgcaatttc ccggtatatc
      181 cttcaccatg aatatcctga caaacgacct tttgttttgt cggtagaacg agcggatgat
      241 cctccgatct attgtttgag aagtcgatcg ccagttcgat gattcgagat gtcgaacgat
      301 cgattgatcg acctgtcgca cgaagatttt ttcgaccata ctatcagact aacggccggt
      361 ttatcgctcg tccaaaagat tattccaacc atccaaccat ctgtcttcaa ccatgaaagc
      421 aacaaacaca ttgcctctat tcttggggtt ctcctcgcaa aaaggcgggg tagggaaaag
      481 tacgctggcg gagatcacgg ccagcatgct ttactatgaa aaaggagtcg agctcttcgt
      541 cgtcgactgc gatctgtcgc aggattcgtt ttacaagttg cgccaaagag aaaaggcggc
      601 cattgaggag agtccgtcat tgtccgagca gatgaagtcc tatttcgatc aattggggcg
      661 aaaggcctat cgcgtgctca aggctgatcc gaaagaggcg atagataaga cgaacgctta
      721 tctacgcaac caccccaatg aagatttcca gctggtcatt ttcgatttcc ccggacacgc
      781 cggcacccgc gaactgcttg aactctcctt agaaatggac tgcatccttt ctccgattga
      841 ggcggatgtt cagtcgatcg tttcttgttt ggcgtatgca aagagcatat ccgaccttgg
      901 cgtgtcgata gagacggcac gtgtcaagga catcatgttg ctatggaata aggtggatcg
      961 acgagtgaaa aacacattga tggagcatta cagtgcctat ataaaggaag aaggcttgac
     1021 actgtttccc ggatgcatct atgctacgca tcggttcagt cacgaattgg agcaatatag
     1081 atttcgaggg gcatttcgat cgacctattt gcctccacac caatcattgc gtgcggggac
     1141 gggactcgat gagttggtcg aaacccttat ggaacgcctc ggtatcgaaa tacagaaaca
     1201 cgatggcaac gattgaagaa cgtcgtcgtt tgcttgatga caaactcaaa gagatggccg
     1261 aggacggtgt gatgaagcgt aatcccaagg agacgatcgc cttcgatcct ccggaagaag
     1321 aagaggaacc tccagctgaa attcgagtgc aaaccaaaga gcaatctccc gaagcaaaac
     1381 tccccctcca aaggaaaacg gaagaagcac cgatcacgct cgacgattat cgctccacct
     1441 atatgcatcc cgtccgcatt cgtgagaaga ccgcattcac gatgaatgtg gagactttgc
     1501 agatcctgcg gaacgtgctg caaga
//
LOCUS       SEQF3106|MIQD01000199.1 1516 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1516
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ctaaggctgt gacttcgccc gttgttgggt ttaccgcagc gatgtccgga aggttggacg
       61 accacgtgac gctcttgtcg gctacatttt caggtagcac ggtggccatg aggcgtgccg
      121 aagcgcttac ttgcagctcg agcgcaccag gcgcgatgtc tacagatgcg gggtgtggga
      181 tgacgacgga aggcttcgtc ttggctttaa gcacccatgg atagtcggtg tgcttgccgg
      241 tcttgtcata gacggtgacg cagacgtcat actcggtgcc gggcgtcagt ccggtcaggg
      301 tgtgcgtcag cttgttcgtg cctaaaggct ttgccggcca aaccgcttcg gccgacttct
      361 tgacgaagac ctcatagaac agctcgggca cgggggtgac atcgtcaacg gcggctggcc
      421 acgagagctt cagcgcgttc tccgcgggcg tgacggagac ttgctttaag ccactacctg
      481 accgcaaggt aggctgcttg aaggtcgcgc caaacgctcc agactcggag acggaaggcg
      541 gatagaggtc ggagggagca ggtgtcttgg tcgtgacagt cacaaagagc ggcttgctcc
      601 tattgcctct ttcatcgaga gcgtaaaccc aatacttatg cgtcgatccc ggttcgaggt
      661 ctgtaaacgt ataggtgcgc ccttccggat tggcatatcc ccgcttattg accatgattg
      721 tgtatctcat cttctcatcc ttcgtttcat tgtccttacc ctgcggccag gagagggtga
      781 tggacgtttc agtcacttcg tccaccgtca cttgggcgcc ttcatcaaat gtgggtcgaa
      841 tctcatcacg ctttttctcg gtacggaact ccgcataatt ggtctgatcc gttgaccggc
      901 cttcctcatt gacgactgtg gcaaacatcc gataatatgt atcaggaacc agtcccgtca
      961 cggtgtattc cgtcttaccg acgacttctc ccaagaatat ccacctcagc tcccacacgt
     1021 tcttttcgaa gaccttatac cggagctccg acttcggttt ccagccggct tgggcgggct
     1081 tccattccag tgtgaccgcg cgatccctct tactaacaac gctgatgcgc ttgtctttaa
     1141 acttcggctg ttcgaagtat gtcaccgatg gagttttaac gacagcgtga cggtagaaag
     1201 cttcagcacc gttcgcgttg acgactctta ccctcatgag atattcggtg ttttccataa
     1261 gtccgccgat gatatacttc gtcatccctg ctttttcttc actacggtac cccatgctcc
     1321 agtagctctc cgacgctttc atccactgca cctgatactt caggggcttc accgtcgttc
     1381 catcggtagc gggctcccat tgcagcttaa tgccgtaggg gctgatggct ttgggataac
     1441 ccgctacgta tttacctgcc gtgggggcag agaaggtgct gacggtttta taggggtaaa
     1501 atttcctgtt ccctgt
//
LOCUS       SEQF3106|MIQD01000200.1 1515 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1515
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(571..873)
                     /locus_tag="SEQF3106_02068"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEAIQDLSMETGEMQVVLSALQRVRERIREVSETHRPLFSGEHF
                     LTGKEVCERLYISPRTLQDYRDRKIIPYTQFAGKILYKASDLERILEENYKGGGKR"
     CDS             complement(873..1166)
                     /locus_tag="SEQF3106_02069"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYLIITETDWLSLRDEVLSLAKCCLKAFGEESKHTGWLHNGDV
                     CRLLGISKRTLQHYRDTSVLPFAQIGHKCYYKREDVKRLLCLKSDKKANTTKR"
ORIGIN      
        1 aggcaaaaag gggaacgatt aggtaactga actccctctt tgaagcccct tttttcgcct
       61 tttccctctg gtgcaagcct cgacaggatg cggcaaaagt cgctacccat cagccctctc
      121 gctctttctc gctttccctt gctccctact cccatacttt cccatataga cagtagagaa
      181 tgtggaattc gcagaggaaa gaaaatcaaa ggccgaaaag agcacattgc cattgttaca
      241 caaagaactt ggttggcatt ttaaagttat acttcgcccg aaagaggaca cacataagat
      301 tgttgttctc ctcttaatat ggatcgtaga aagaacgttc tcttggatag aaaactacag
      361 gagaatgacg atcaattaag aacgatgtag tgagtccgca gaagccatgc tgtacctcac
      421 tttctgtcat attctcctta aaaagtccac agacaaattc agaactgctt ctcaaaacac
      481 tatgtagata ttctgaaaaa acgacacttg gcgcagatct tcctctgctc ccaagtgccg
      541 ttttcaattc aattatgcgc ctttcgcgtc ttaccgtttc ccgcctccct tgtaattctc
      601 ttccagtatc ctttcgagat ctgaggcctt gtaaaggatc tttccggcaa actgcgtgta
      661 ggggataatc tttcggtcgc gatagtcctg caaggtgcgg gggctgatgt agagtcgttc
      721 acatacttct ttacccgtga ggaaatgctc tccactgaag agtggccggt gtgtctcgga
      781 cacttcccga atcctttctc ttactcgttg caaggcggag aggaccacct gcatctcgcc
      841 cgtttccata ctcaaatctt gaattgcttc catcatcgct tcgtcgtgtt tgcctttttg
      901 tcagatttca ggcaaagcaa ccgcttcacg tcctctcgtt tgtaatagca cttatgcccg
      961 atctgtgcga agggtagcac gcttgtgtct cggtagtgtt gcaaggtgcg tttgctgatg
     1021 ccgagcagtc ggcagacgtc cccgttgtgt agccagcccg tgtgtttgga ctcttctccg
     1081 aaagccttca ggcaacattt cgcaaggctc agcacctcat cgcgcaggct cagccaatcg
     1141 gtctccgtaa taatcaaata cttcatggat tcacatatta gtttttggtt ggtgttcagg
     1201 ttctactgtt ttcgacggca aacgtaattg cacgtaaaac gctacccatg caaccgggaa
     1261 caggagggat gcaaatggaa cagtaaggat atggctggtg tagcatggac gcagtttccg
     1321 ttcattcgga aaacagccgc aacggaaagc agattgcaac cttcccatag tttcccttat
     1381 ctttttcttt cactgccatt ttgtcttgct gaaggtgtaa atcactctct tgtaagccct
     1441 gctccccgaa gaaatcggcc gcaaacggac gcaacatcat gccggaatac actgcatgct
     1501 tggatgctgg ggatg
//
LOCUS       SEQF3106|MIQD01000201.1 1497 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1497
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cttaccgcca attggcggag atcaaaaaca cttgtacttg ggcttaccgc caatttgatg
       61 cggttgcttt gggaggtgcg atatttggag tcatcattca catcaacata ccctcaaaaa
      121 tgaaacaccc tatctctatc cttctcatct acctgagcct ctccctgacc gcagctcagg
      181 cgcaaaatgt cttcaccggc cgcgtgacga actcggccgg caaacccctc gaatttgcca
      241 cagccgcact ctacacggcc gactccgtac tccgcggcgg gagcgtcacg gacgccacag
      301 gcctcttccg attcagcggc gtcagcgccg gtcgctacac actcgaagtc cgtttaatcg
      361 gctttcaaac ggtgcataaa caggtcgacg tcggcccctc gcacaccgac gccggcgtga
      421 tcaccctcgc cgaaacgggc gttgggctga gcgaggtgac ggtgacggcc gccgcaccgc
      481 ccgtcttgca gaaggctgac cgaatgattg tccgccccga ggtctacatg ctgactgccg
      541 ggaagaacgc ggccgatgtc ctcagacagt tgccgggtgt catcaccgag tcgaccggcg
      601 gattctccgt cgtgggcaag ccggccgtgg tctacatcaa cggtaagccg gccgacctga
      661 ccggggcgag cgttgaccag ctcctcaaga ccttgcaggc cgaacgcatc gaacgcgtgg
      721 agctcatcac caatccgccg gcgcgctacg aagccgccca ctccggagcc atcatcgaca
      781 tccgcctgcg ccgcgacgag tcgatggggt acaacggaac ggcctccgcg aactactacc
      841 tcaagacgac cggccccgcc tttgagccta acctcagcgc caactaccgc gccggccgat
      901 ggaacgtcta cggcagttac ggcggcaaca tgggtcgcta tgagcaccaa taccacaacg
      961 tcaaccgtta ccacgccctc gacgtgccgc tggagtacac cgaccacggc gtgttccgcc
     1021 ccagcggaac actccacaac ggctccttcg gcgtcgattg gtacgcttcg gacagccaca
     1081 cgcttggctt cttggctcgg ggcgtccgct acgatggcgg caacaccaac cgctccacga
     1141 ccgacatccg ccgcatcggt cacgctgagg tcgattcagg aatcgcctcc tcgctgacga
     1201 tggatattta taacaacaac ctctccttag acctgaacca cgtttggaca cccaccaagc
     1261 agacgcgcct ctccacggac gccatctatg cctacgctga ccataatcag gagcaacaga
     1321 tggtcttcca ctacgtcgcc cccgacggcc gtgagctccg cccccgggag ggcagtggcc
     1381 acagcgtgtt ccaaaagaca aacgcatgga tgctcaaaac ggacctcgag gcgcccctgc
     1441 ccgctgaagt caaattagag acgggcatcc agctgagcgc catccgccgc gacaacg
//
LOCUS       SEQF3106|MIQD01000202.1 1487 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1487
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(80..622)
                     /locus_tag="SEQF3106_02070"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVATALTAHAQRLLPRQTGVEITAGVPVIQNEKLIQPETFTVGV
                     SFTRYLKAESYTFLSAVYERQNLPYGKANIPLSDALLLAGYMHPLLSDGGKNAFVYAG
                     FSALAGYEELNRGESVLPDGAELLDRSRIVGGGGLHLAVELFLSDHLLFVLSGRGLFL
                     FGSDVYLFRPAISAGFRINL"
     CDS             complement(649..1479)
                     /locus_tag="SEQF3106_02071"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRAIPNGRMVVPYGLEVTFDKTTHLIFPAAICYVDLGSNNLIA
                     GKAEGAENVLRVKAAVRDFETETNLSVICDDGSLFMFNVKYADEPEKLSIEMADFLSQ
                     SDGRLPANRSDIYFKELGRESPMLVKLLMKTIKQSNRRTIRHIGARQFGLEFLLRGLY
                     VHNNLLYFHLSVKNETYLPYPIDMISFKVVDKKVVKRTAIQERVLQPLRAYNQPMRVR
                     GNGSERMVFAFEGFSLPDDKQLEVTIHERNGGRTLSFRVQNEDLLRARRIDHLKLQWQ
                     "
ORIGIN      
        1 ccaaacaaaa cccggccagg agcaggacgc ctatcgccca tgccgcatta cggatattcg
       61 ttttcatgat tcattggggt tagaggttga tgcgaaagcc tgccgagata gcaggtcgga
      121 aaaggtagac gtccgagccg aagaggaaca gtccgcgacc gctcaggaca aagagcaggt
      181 gatccgacag gaacagttct acagcgagat gcagcccgcc gcccccaact atgcgcgaac
      241 ggtcgagtag ctcggcgccg tcaggcagta cggactcgcc gcggttaagc tcctcatagc
      301 ccgccaatgc ggagaacccc gcatagacaa aggcattctt tccaccgtcc gagagcagtg
      361 ggtgcatgta tccggccagc aggagcgcgt cactcagcgg tatgttcgcc ttcccgtaag
      421 gcagattttg ccgttcatac acggcggaca agaaggtgta actctcggct ttgaggtagc
      481 gagtgaacga tacgcccacg gtgaaagtct cgggttggat cagcttttcg ttctgaatca
      541 ccgggacgcc cgccgtgatt tcgacgcccg tttgccgcgg aaggagacgc tgtgcatgcg
      601 ctgtgagggc tgttgcaacc ataccgataa gcagaagtag tgtccgtttc attgccattg
      661 cagtttgagg tggtcgatgc gacgggcacg aaggaggtct tcgttttgca cgcggaaaga
      721 gagcgtccgg ccgccgtttc gttcgtggat cgtgacctcc aattgcttgt cgtcgggcag
      781 cgagaagccc tcgaaggcga agaccatgcg ctccgacccg ttgccacgca cacgcatcgg
      841 ctggttgtag gcacgcaagg gctgcagcac gcgttcctga atggctgttc gtttgaccac
      901 tttcttgtcg acgactttga aggagatcat gtcgatcgga taaggcaggt aggtctcgtt
      961 tttcaccgag aggtggaagt agaggaggtt gttgtggacg tacagcccgc ggagcaggaa
     1021 ctcaaggccg aactgtcgcg cgccgatatg gcggatcgtg cggcggttac tctgcttgat
     1081 cgttttcatc agcaacttga caagcatggg cgattcgcgg cccagttcct tgaaatagat
     1141 gtcggagcgg ttggcaggta gacggccatc ggactgcgag agaaagtccg ccatttctat
     1201 agacaacttc tcgggttcgt cggcgtattt cacgttgaac ataaaaagcg agccgtcatc
     1261 gcaaatgacc gagagatttg tctccgtctc gaaatcgcgc acggctgcct tgacgcggag
     1321 cacgttctcg gcgccttcgg ctttgcccgc gatcaggttg ttgctaccca agtcgacgta
     1381 gcagatcgca gcgggaaaaa tgaggtgcgt cgtcttgtca aacgtcactt cgagaccgta
     1441 tggaacgacc attcggccgt tggggatggc gcggctcata ccttgat
//
LOCUS       SEQF3106|MIQD01000203.1 1428 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1428
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gatctttcta ctcctggctg gtctttgtgt ttatatcctg ctttacagcc aaaatgacag
       61 ttatcattcc ctgtccctgg agtccaccat ccattaaatg ttgagccgtc tggcttctcc
      121 cccgtatatc tatttggaat ctccgtactt ggtaaacatc ctcacatctg ccatccatct
      181 gggaaatcta cccctgcatg gtatcctgtt tgacaggtat atccacactc cttacccgta
      241 gaacctgggt attggattcc tccatatacc cattttacct cttcccaacc tccgtctcct
      301 tcattaagct ctggattcca ttttggtaac gcttgaactg gtgttgtctt tattgtattt
      361 tgctctcacc ctgcacattg tctttgattc atatttacac agactccgtg cgtagatgga
      421 tctgaactga gcggaactcg ctctactcca ttacatccac agagaccgga ttttcctcat
      481 gcttttacat atgccatcaa acctgcatac tgctcatcac attttccact cgctgaaaca
      541 aagcctcatt tagcagctat ttttattgct cactttcctc cgagtcctcc aatatcgaac
      601 ttcacctttg gatcgttcgt attaaatcag attccattct ttgtatttac gtagaaggca
      661 cctgatttct ttgggctaaa ggttccgtca tctgaccata caaaaacttt ttgggcattc
      721 cctgccttga tatttttacc aatcaatacg ctatcagaac ctgcttcatt attcccttct
      781 cagagaataa ctacattaga tcatcttaca acattcccat gacctccagc tacaaggata
      841 ttttcttttt taggtgcact tatcccttct gttggaactc tcgtctcaga agcaccaata
      901 atcgctaagt tgtttgcact cgccgctgct gttcctcttc ctccgagaat aatagaattt
      961 gtggcagaag ccagagaatt atcctttcct cccataatca gtgcattttc acttccattc
     1021 tggattttat tcccttctcc tccaattgct gtagtccctg aaagcgcttc gttcttattt
     1081 ccaataatca gtgcattcgc atttacgttt ccactaatat ggagagcttt tgctccagta
     1141 tcatagtata atgttactac tttcgtatca ttaggtcatt catctcccat atgaagcacc
     1201 atagaggtga gatattgagc tgagttttct actccttcta cggaaactct atttgactca
     1261 gaaattgatg atgaatttgc agagcttaaa tctcagagcc aattcatccc taaaaaagtt
     1321 cacactccta ccgctccaac aataagtgga gcagagagag ctttccatct aaggtttttc
     1381 tttttactgg tagtcatact agcacagtta aggtgtaaaa tatcttta
//
LOCUS       SEQF3106|MIQD01000204.1 1425 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1425
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ttcgcgaggg cggattgctg gccttcatca cctcccgcgg cgtggccgac agcccgacga
       61 atgcccccat ccgcgagtac ttgatggagc acagtcggct tgtctccgca ctccgtctgc
      121 ccgacgggat gttctcagaa aacgcgggaa cagaggtcgg tagcgatctc cttatccttc
      181 aaaaggagac ggggaagggt gtacagaatg agtgggagca gctctttatg caaagcgttt
      241 ctatcgaatc gggcggagag tcattctcgg aaaacgccct gttcgccgaa gggaatcacg
      301 ctatttctac gacctattcc atcggcacag atgcctacgg aaagcctgcg ccgatctaca
      361 cccacacggg cgggatcgaa ggcatcgcgc gcgacttgga agcgcggatc tctgccgata
      421 tggcagcccg ttttgatcgg aaaatctacc gaagcgggct gtcggaaaac gtgtcgcaag
      481 ttgcctcccc cgagaaaaag atatcctcat cagccgagaa gaagagcaag cgagagaagc
      541 aaacggagca agaagaggca agcgaggctt atgatttgat gccgaaagcc ctcgccagag
      601 ggctgcccaa gctctatgcc tccgagaaac agcttatcgg agaccgcacg gcctatgcgc
      661 gttacttctt ccccatggga gcctataccg cttacctttt ggagtatgac cccaaggaac
      721 gcatcggctt cggggcggtt acgatggggt acggctggga gctggggtat atgtcttttg
      781 acgagatggc cgaggtcaag atcggagggt tgggcattga gcgtgatctc tatttttcgc
      841 ccaccaagct gcatgagatt aaagagctta gtgagatcgt aggcgagcaa tacacccgaa
      901 cggtagagcc gatcgcaaaa gagacatctt cgtttacgaa cgaggcgacg gccgaaacac
      961 tccccccgaa gtcggtctct ccgtcctcca ctcttgcccc tgagggcgta cccgtcctca
     1021 ccctacaccg acaatatgag gcacccgtgc caaccaactc gcagcccgat atggagccac
     1081 cgcgagagat gaacgggcag accgtctatt tcgatgagga gcaccatccg gtgacggatc
     1141 gtgagcgaca ggctgaagtc gaggcgagtc tgtttgcccc cgaagcgtac acagattggc
     1201 agcgggacgt ggcccgggtc aaccgggaga ttgcagaaaa gcccaaacgg gcaggtcggt
     1261 cggctgcagg gtcgacgccc cgtcgcacgg cgcgcagaac cgggaaagcc accccgtcag
     1321 acaagcacca gctatcgttt ctcgacctgc tgagcgatac cgaggagccc ccgcctgcac
     1381 ccgtccctga agtccgacga acgttcgacg tcagcccgcg ccctt
//
LOCUS       SEQF3106|MIQD01000205.1 1379 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1379
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(669..842)
                     /locus_tag="SEQF3106_02072"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGHTEAVNGFSVNSLCHIALFGIYVLVGYVVHLIIKQYPIQTFK
                     LVFQVGTMLRQTV"
ORIGIN      
        1 ccctacgcgc agattttccc aatcctgacg gcttacgacg aactggccaa ctacctctcg
       61 ccctttatgg acgcgtggga aggcggcgcg caggagcagc tccaagtgcg cccgtaaggg
      121 catataataa atatagcttt ggcaagctat taggttcgtg ttctttgaaa taataaccta
      181 tcaccagccg acttatccat tcaacgaaag acgatgggga gtgtagcatg tcggcaaagc
      241 cacgagtgga cgaactgtca agtcttgacc ccgggtggcg aggtgaaaag atagatatga
      301 ggataaagcc tatactggtt gaacgatagt ccgagcggct cgatggttaa gccttaacgg
      361 aagacagtta cagacgttat gctgtgatac ccaacttctc cctggaggtc gattgggcaa
      421 aagaacttat cacagagcaa ctacatacat agtaaaggac gaaagtcgta tccgacaatc
      481 tatcatgcca atagttatta tatgctttaa cggggattgc ctaagtgggg aaacccatag
      541 ggcaacagag cttccataag tagtctgagc aagggaaagc cttgtacatg gcgaagggaa
      601 gcagctttat cgtttaatgt cctatctcgg aaaatgtgag agacatgaaa aggaatccag
      661 agaagatatt aaacagtctg acgcaacata gttccgactt ggaatacaag tttgaacgtc
      721 tgtatcggat actgtttaat gatgagatgt actacatagc ctaccagcac atatatgcca
      781 aacaaggcaa tatgacaaag ggagttgacg gaaaaaccgt tgacggcttc agtgtgtccc
      841 atattgagca gttgattgat acgcttaaaa atgagacgta tcagccgaaa ccctcacagc
      901 gagtttacat cccgaagaaa aatggggaag aagaggccgc tctaggtatt ccctcattga
      961 tggacaaact tcttcaggag gttgtcagaa tgatcttaga agctatttac gaaggcagtt
     1021 ttgaatacac ttcgcatggt ttcagaccac aacgaagtcc gcaaactgca ctttcaagta
     1081 ttcaacgatc attcaacggt acaaagtggt ttattgaagg agacatcaaa ggcttcttcg
     1141 atcacataaa ccacgaaata ttgatagcca ttctgtcaga aagaatttct gatgagcgat
     1201 ttctccgact catcagaaag ttcctgaatg caggatatat ggaagatcag gtattccaca
     1261 aatcatacag tggaactccg caaggtggta tcatcagccc catattggct aacatctacc
     1321 ttgacaagtt tgataagtat atcaaagcct acatcaagca cttcaataag gggaaaaga
//
LOCUS       SEQF3106|MIQD01000206.1 1374 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1374
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             43..1113
                     /locus_tag="SEQF3106_02073"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVNAGKSLALKDPAGTVIHSYSYHKAKAGVSIERGEGDKWHFCS
                     DARGGTPGEENSDGTVDEPEKPNKPDAPNVPSEPSEPDTTEQVAPGEVIINEILFDPQ
                     PGGSEYIELYNRSDRTLPMAGLAIALRKGDGHLGTRYPLASLAMTLAPGDYLALTTDP
                     NGVLRYFRTPAPDAIRRLKLPALNNQGATIVLLRKADSTVVDEVSYSAKWHADAIKIR
                     KGVALERITPDGDTQEADNWTSAAAEVGYGTPGYKNSQSEVRPQSEGGTAISEPEYDA
                     ARRDYVIRYRMDKTGYRCRITVYTADGQRAAEIANNQLLTPDGEIRWDGAGLSAGLYI
                     FHVDLYHPDGDSQHIKKPLLVH"
     misc_RNA        complement(1158..1202)
                     /locus_tag="SEQF3106_02074"
                     /product="Acido-Lenti-1"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 gatgaggcaa tagaggtgag cttgaagcgc ttcccggcga atatggtcaa cgcgggtaag
       61 tcgcttgcgc taaaggatcc ggcgggtacg gtgatccata gctactccta tcacaaggcc
      121 aaggctggcg tatcgattga gcgtggcgag ggcgataagt ggcatttctg ctccgacgca
      181 cgtggcggga caccgggcga ggagaactcg gacggtaccg tagacgaacc cgagaagccc
      241 aataaaccgg atgcgcccaa cgtaccgagt gaaccgagtg aacccgacac gacggagcag
      301 gtggcgccgg gggaggtgat catcaacgaa atcctcttcg atccgcagcc gggcggcagc
      361 gaatacatcg agctctacaa ccgctccgat cgcacgctgc cgatggctgg cctcgccatc
      421 gccctgcgta aaggcgacgg gcacctcggc acacgttacc cgcttgcgtc cctcgccatg
      481 accctcgcac cgggagacta cctcgccctg accaccgacc cgaacggtgt gcttaggtac
      541 ttccgcacac ccgcccccga tgccatccgc cgcctcaaac tgccggcgct gaataaccaa
      601 ggtgccacga tcgtcctgct ccgaaaggcc gacagcaccg tcgtcgacga ggtgagctat
      661 tccgccaaat ggcacgctga cgccatcaag atccgaaagg gcgtggcctt agagcgcatc
      721 actcccgacg gcgacacgca ggaggctgac aactggacgt cggccgcggc ggaggtgggg
      781 tatggcacgc cgggctataa gaactcgcag tctgaggtgc gaccccagag cgagggtgga
      841 acggccatca gcgaaccgga atacgacgcc gccagacgcg attatgtgat ccgttatcgg
      901 atggataaga ccggctaccg gtgccgcata acggtctata ccgccgacgg acagcgtgcg
      961 gccgagatcg ccaacaacca gctgctaacg cccgacggcg agatccgttg ggatggcgcc
     1021 ggcctctccg ctggcctcta catcttccac gtcgacctct accaccccga cggcgacagt
     1081 cagcatatca agaagccgct cttggtgcat tgaatgatag agggtagaga ttagagggta
     1141 gaaacaggtg ccccatgcgg cctgtagggc cgttggatga tagcccaggg cagagccctg
     1201 ggtggtggat cgaatgatga tgaatgatga agaatgatga tgcagggtac cggtcacccg
     1261 gggtttcgcc ctcggacatc atccgccacc cggggttccg ccttcgggct atcgtccccc
     1321 gggcctacag cccggatgga tggcgcccgg tgatgcggcc tgtagggccg ctgg
//
LOCUS       SEQF3106|MIQD01000207.1 1366 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1366
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gctccttcac gtaggtctcg tcgaggtctt cgaggcgata gaagcggccc ttgaggtcga
       61 cggcgggacg gaggttgccg gccttatcga cgagttgcaa cggcgggatg ccgaaggctt
      121 tgcctacgcg ggcgtcgtcg gcaccgaagg tgggcgcgat gtgtacgatg cccgtaccgt
      181 cttcagtcgt gacgtaattg tcagagatga ggcggaaggc gccgtcaccg gggttaatcc
      241 aagggatgag ttgctcataa tggagcccga cgaggtcacg gcctttgcat tggccgatca
      301 cctcataggg gatcagtttg tcgcccggct tgtaggcgct gaggggcgta cccgcggcct
      361 tgggattgaa gtaggccgcg aggcgcgctt gcgctattat ataaatgtgt ggcgtgcccg
      421 tgtaggggtt gaaggagcgg acggccacgt agtcgatgtc ggcgccgacg cacagcgccg
      481 tattcgatga taacgtccac ggcgttgtgg tccacgcaag aaaataaacg ttcgacagcg
      541 cgtcactgcc ggcgaacact cttttcagga agtcgttggc gggctgctcg ggctttacgg
      601 cccggaactg cgccgtcacg gtcgtatcct tcacgtcgcg gtagcaaccg ggctggttca
      661 gttcgtgcga gctgagcccc gtgcccgccg cgggggagta gggttgtatg gtgtatcctt
      721 tatagaggag tcctttttcg tagagggcct tgagcaggta ccaaagggtt tcgatgtagc
      781 ggttgtcgta ggtgatgtag gggtgctcca tgtcgaccca gtagcccatc tgctgcgtga
      841 ggtcttccca ctctttggtg taggtcatca cgttcttgcg gcaggcggcg ttgtattcgg
      901 ccacgctgac cttgcgcccg atgtcctcct tggtgatgcc gagttctttt tcgacgccga
      961 gctccacagg cagtccgtgg gtgtcccaac cagctttgcg atcaacgcgg aagcctttca
     1021 tcgttttgta tcggcagaat atgtccttga tcgtgcgagc gatgacgtgg tgaatgcccg
     1081 gcatgccgtt ggccgagggc ggcccttcat aaaacacgaa atcgggtgca ccggtccgta
     1141 tagataggct cttgtgaaag aggtcgccct cttgccactg cttcagcact tcacgattga
     1201 tctccgacaa atcgaatgaa tcatactcgg caaatcgact tttcatcttg tgttatatct
     1261 tcttatacgt aaaaaaatcg ccgcaaaagt aatttttcgg gtgaattaca aaaggccgga
     1321 tacagcgggg gggcgctgat catttcatac actatgaaaa ggccat
//
LOCUS       SEQF3106|MIQD01000208.1 1347 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1347
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccccaaagaa aagaaggaac cgcaaattca ctatgtccgg tagcgaggtg atgaccggtg
       61 gtggattagg cacggatatc gttggtgctt tgagaggctt gtttacaccg gctaattcaa
      121 acttggcgag gcagacgaat tgcggcaatg gaaatgcaat agcggcgcat gccaaccttg
      181 aaacgatcgt acagatggcc attcgctcag agaaagactc gatacatatc acgggcaatt
      241 tggatcataa agctgtagat ggggctttgt ggatacaagg cgctcgtcag gtacgtgtat
      301 ccggtaccac taaaatagat tacacaaacg gtacaggtga tgcagctatt cgctcagtgg
      361 gcggagctgt catatttggt gacgcattta cctacaaagg caatgtcacc accgacctgc
      421 ttatcgacgg cggtgcaggc gtgtacttca ataacggaac ggtgattgac tatacccatg
      481 ccgatgctac ggcacatatt ggtatccaat ccaacggcgg atcgattgca tttagcggag
      541 ctcccttcga ctttaagagt aaatctaacg gagagacaca gctttgggca ggtgctaata
      601 tcacgagtac agcagcggct ccattgacat tcacctatac agtgagagat cagaatcaaa
      661 acattgattg gtatgcaggg aatgcaatct tcttaaaggg tgatttgaca ttcaagcatg
      721 atgaagcaga taaccatact ggcttcatca agctgcgcgc aaataccaat gaggaacatc
      781 tttggaatga gcagtcgctc tctgatcttg tgatgttacc gggaaagggt cactgcccct
      841 cgaagtgtac aaccgatgat gttggtgata ttgatctccg tgctaacaca accatattgt
      901 acaaagggaa acctacggtg tggatggcag cagaccatga tatcgacatc cgccaaaact
      961 atgtgcatat agctggatct gcttctcaaa ccgatcaagg cccaacacgc attgtagctg
     1021 gtaacgacat catcacagga gcgaacacgc tgaaccatca gaataactat cagaccacgt
     1081 tcttctacaa tcatgtaggg aaaggaaata cgggccattt cgacatgaag gctggtcggg
     1141 acattatcac aaacaacaaa gtgatactcg gctattcgca aaacagcgaa acagtccata
     1201 acacgctctt tgcttgtaac aacattgata tccgtaatgc cttcacttat ggagacagtg
     1261 tagcgtcagg caccaagaag aacaagtgga cacgcctcta tgccgggcag gatattctat
     1321 cgaataatac ctgtttgaac tacggag
//
LOCUS       SEQF3106|MIQD01000209.1 1346 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1346
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(500..955)
                     /locus_tag="SEQF3106_02075"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTNKKEFSYYRLRLASYLKDYHPERLADEAFIRSRSDAAAQA
                     YEDAFRQGYPVLEAGYIATEVLFAGLHFSPYYMLEQIIENEFANVVPPDRIEAVALRL
                     LQSDAIRETIAKYNPGDDFDGSPEYDQLYTELVGVIVELLEADGVKVLP"
     CDS             complement(994..1344)
                     /gene="xerD_6"
                     /locus_tag="SEQF3106_02076"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A0P0"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MLLLDIPRAIIAKYSHKTYRDGKLFPVLTNQKTNSYLKEIADLC
                     GIKKKLTFHLARHTFATMSLSKGVPIESVSKMLGHTNIRTTQIYARITNKKIEHDMEQ
                     LSEKLGKFNSAMGI"
ORIGIN      
        1 gtcaattctt ccgaagtgcc tatggctttc aacgccacaa cacagacgat gatccaaacg
       61 attttatgcg gtaatgcgag gaggcgtcgt ttcgtttcaa atccgttttg ggggtgataa
      121 gatctttccg ttttcatcgt gctgacattt tttttgcgtt caaagctcgg agtatgtcgg
      181 tttcgtttcg agggcaacaa agggcagacg atgaggggat aaggcaaggc tctacgccga
      241 taaaatacgc tgtgaagcag gaagatttta tcggtggcga aggctttggg ggcgttcggc
      301 cttgacgtca cccttatcgt ctgctgacct ttgcccgaag acaaggaaac cgacatcggc
      361 tccgagccgc aaacaaaaag tggaagcagg gaaacccgta gaggaaagat cctcggaata
      421 ggatatgcag gtatcggggg cataaaaacg gccgcagcac gatgccacgg ccaaataaaa
      481 agtgggataa aaaagaaagc tacggtagca ccttcacgcc gtccgcctca agtagttcga
      541 cgatgacgcc gacgagctcg gtatagagct ggtcgtactc cggactgccg tcgaagtcgt
      601 cgcctggatt gtacttcgcg atggtttcgc ggatggcgtc gctctgcaac agtcgcagcg
      661 caacagcctc aatgcgatcg ggcggaacca cgttggcaaa ctcgttctcg ataatctgtt
      721 caagcatgta atacggcgaa aaatgcagtc ccgcaaagag gacttccgta gcaatatacc
      781 cggcctcgag gacgggatag ccttgccgaa aggcgtcttc ataggcctgt gccgcggcgt
      841 ctgatcggga acggataaac gcctcgtcgg ccagccgttc ggggtgataa tctttcaaat
      901 aggacgctaa tcgcagtcgg taataggaga actctttttt gtttgttgtt ttcatatcgt
      961 atttctgttt tttgatgtga tccaggtgtt gtatcagatt cccatcgcgg agttgaactt
     1021 gccgagtttc tcggacagtt gctccatgtc gtgttcgatc ttcttgtttg tgatgcgagc
     1081 atagatctgc gtcgtgcgaa tgttcgtatg ccccaacatc ttggaaacgg attcgatggg
     1141 gacgcctttg cttagcgaca tggtggcaaa ggtgtggcga gcaagatgga aagtcagctt
     1201 ctttttgatc ccgcagaggt ccgcgatctc cttgaggtac gaattggtct tctgattcgt
     1261 caaaacgggg aagagcttac cgtcccggta cgtcttgtgg ctgtacttcg caatgattgc
     1321 tctcgggatg tcgagaagca gcacat
//
LOCUS       SEQF3106|MIQD01000210.1 1345 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1345
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(500..955)
                     /locus_tag="SEQF3106_02077"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTSKKEFSYYRLRLESYLKDYHPERLADEAFIRDRSNAAAQA
                     YEDAFRQGYPVLEAGYIATEVLFAGLHFSPYYMLEQIIENEFANVVPPDRIEAVALRL
                     LQSDAIRETIAKYNPGDDFDGSPEYDQLYTELVGVIVELLEADGVKVLP"
     CDS             complement(993..1343)
                     /gene="xerD_7"
                     /locus_tag="SEQF3106_02078"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A0P0"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MLLLDIPRAIIAKYSHKTYRDGKLFPVLTNQKTNSYLKEIADLC
                     GIKKKLTFHLARHTFATMSLSKGVPIESVSKMLGHTNIRTTQIYARITNKKIEHDMEQ
                     LSEKLGKFNSAMGI"
ORIGIN      
        1 gtcaattctt ccgaagtgcc tatggctttc aacgccacaa cacagacgat gatccaaacg
       61 attttatgcg gtaatgcgag gaggcgtcgt ttcgtttcaa atccgttttg ggggtgataa
      121 gatctttccg ttttcatcgt gctgacattt tttttgcgtt caaagctcgg agtatgtcgg
      181 tttcgtttcg agggcaacaa agggcagacg atgaggggat aaggcaaggc tctacgccga
      241 taaaatacgc tgtgaagcag gaagatttta tcggtggcga aggctttggg ggcgttcggc
      301 cttgacgtca cccttatcgt ctgctgacct ttgcccgaag acaaggaaac cgacatcggc
      361 tccgagccgc aaacaaaaag tggaagcagg gaaacccgta gaggaaagat cctcggaata
      421 ggatatgcag gtatcggggg cataaaaacg gccgcagcac gatgccacgg ccaaataaaa
      481 agtgggataa aaaagaaagc tacggtagca ccttcacgcc gtccgcctca agtagttcga
      541 cgatgacgcc gacgagctcg gtatagagct ggtcgtactc cggactgccg tcgaagtcgt
      601 cgcctggatt gtacttcgcg atggtttcgc ggatggcgtc gctctgcaac agtcgcagcg
      661 caacagcctc aatgcgatcg ggcggaacca cgttggcaaa ctcgttctcg ataatctgtt
      721 caagcatgta atacggcgaa aaatgcagtc ctgcgaagag aacttccgtg gcgatatacc
      781 cggcttcgag aacaggatag ccttgccgaa aagcgtcctc ataggcctgc gccgcggcgt
      841 tcgatcggtc gcggataaac gcctcgtcgg ccagccgttc ggggtgataa tctttcaaat
      901 aagactctaa tcgcaggcgg taataagaga attctttctt gcttgttgtt ttcatatcgt
      961 gtttctgttt ttgatgtgac ttggctattg tatcagatcc ccatcgctga gttgaacttg
     1021 ccgagcttct cggacagttg ctccatatcg tgttcgatct ttttgttcgt gatgcgggcg
     1081 taaatctgcg tcgtgcggat gttcgtatgc cccaacatct tggatacgga ttcgatgggg
     1141 acgcccttgc ttagcgacat ggtggcaaag gtgtggcgag cgagatggaa ggtcagcttc
     1201 ttcttgatcc cgcagaggtc cgcgatctcc ttgaggtagg agttggtttt ctgattcgtc
     1261 aggacgggaa agagcttgcc gtcccggtat gtcttgtggc tgtacttcgc aatgattgct
     1321 ctcgggatgt cgagaagcag cacat
//
LOCUS       SEQF3106|MIQD01000211.1 1342 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1342
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(176..1162)
                     /locus_tag="SEQF3106_02079"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKCKAIAHGGNALEYVFREGKLGRILALHNLCGEMPKEIHEE
                     MKLINDYNSRCKNKFLRIEIGIAPKDEPQMTFKTLNRLALLFAKQMGLDDHQWVAVTH
                     KDTDNLHIHIIANRISLGGQVYDTTFVSNRAARVAEELSRKYGLTIANKVRSARPHRK
                     AQADPEREQTKQQVRSICYVLLEKHRGKGLSGHSMFLYELHRSGVTIDRMKNKQGKVY
                     GLKFTYDGHSFKASEIGREFGYRTLPKQFESGNTLKPIIIPSSHSSMRPTKDSTSIVQ
                     VTGSVLDAAESLLSETGEVTALQTHGADYAEIAWQRRLRNQAGKKKKRGRGI"
ORIGIN      
        1 gaaacgagcg aagcgcttga ggttgcagga atctgcacaa acaaagggcg cttgtcattt
       61 gaggctgcaa tgttactatg actatttgaa aaacaggcgt ttttgatgcg attctctcga
      121 tttggctttc ggtttgggaa aggtcgggat ggatggagcg gatgaacgtc taacatcata
      181 ttccccgccc ccgcttcttc tttttcccgg cttggtttct taagcgtcgc tgccatgcga
      241 tctcggcgta gtctgcaccg tgtgtctgta gagctgtgac ctctccagtc tccgaaagaa
      301 ggctttccgc ggcatctaaa acagaacctg tgacttgtac gatagaggta ctgtctttcg
      361 tagggcgcat ggaggaatgg cttgatggaa taatgattgg cttcagagta ttgccggact
      421 cgaactgttt cggcagggtg cggtagccga actcacgacc gatctcggag gccttgaaac
      481 tgtggccgtc gtaggtgaac ttcagcccgt agactttccc ctgcttgttc ttcatgcggt
      541 cgatcgtgac gccacttcgg tgaagctcgt agaggaacat ggagtgaccc gacaggcctt
      601 ttcctcggtg cttctcgagc aggacgtagc agatgctccg cacttgttgc tttgtctgtt
      661 ctctttcagg atcggcttgg gctttccgat gtggtcgcgc agatcggact ttgttggcga
      721 tggtcagccc gtacttgcga ctgagttctt cggctactct ggcggctcgg ttactgacga
      781 aggtggtgtc gtagacctgc ccaccgaggc tgattcgatt ggcaatgatg tggatgtgca
      841 ggttgtcggt gtctttgtgt gtgacggcca cccactggtg atcgtctaac cccatctgtt
      901 tggcaaagag cagggcgagg cggttcaggg tcttgaatgt catctgcggc tcgtcctttg
      961 gggcgatgcc gatttcgatg cggaggaact tgtttttgca gcggctgttg tagtcgttga
     1021 tcagcttcat ctcctcgtgg atctccttcg gcatttctcc gcacaggttg tggagggcga
     1081 gaatccggcc gagtttgcct tcgcgaaaaa cgtactccag cgcgttgcct ccgtgtgcga
     1141 tggccttaca ctttgcgatc atgatcttcg atatttaagc gcttaaatac ctcttcattg
     1201 acgcggtatt ggggactgaa gaaccgctta aaagcgatct tggcgtgggt ggcaagtgcc
     1261 ttcgtggcgt ctacccaaga ggcgtccttg accttaatca ggttagagat gtgtgcgtag
     1321 aacagtgccg tctgacggag ga
//
LOCUS       SEQF3106|MIQD01000212.1 1338 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1338
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(239..388)
                     /locus_tag="SEQF3106_02080"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTKRKEQLQRTLVFTGLGLLFTLSIWFIFKPSANEQSTAEQGL
                     NKDVP"
     CDS             complement(395..661)
                     /locus_tag="SEQF3106_02081"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTRFTLTRRYLRAHVWLHRQCDRLSPKWQRRIVFGLCIIYFAC
                     AAAMIAQLFLPQKEERRPIDTGKIADSPIQRDSLHRHVIEPIKT"
     CDS             complement(665..1288)
                     /locus_tag="SEQF3106_02082"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEFRSLTNIETSFKQIRLYAAAFVVLCIVITSIVVYSSYAFADR
                     QREKIYVLDNGKSLILALSQDAAANRPVEAREHVRRFHELFFTVAPDKDAIEKNMERA
                     FLLCDKTAYDYYRDLAEKGYFNRIISGNINQRVEVDSIRCDFDHYPYEVTTYARQFIV
                     RPSNVTERNLITTCTLQNAVRSDNNPQGFLMEHFLVRENRDIQTYKR"
ORIGIN      
        1 cgtcatgccc tcgatgcgag ccgattccgc aagacggagg cgggcgggga acgccccgcg
       61 gcgaagtttg tcgggcccta cgatctatgt tatttatcga ccattaaccc cccggggaac
      121 gccggggcac gttactgtac acgatgcttg tacgctactg tacaaggtga ttgtacgcta
      181 ctgtacaagg tgattgcgca ctactggtgc tacgggactt ccacaaacac cacgatgatt
      241 atgggacgtc cttgttcagc ccttgctccg cggttgactg ttcattggca gacggtttga
      301 agatgaacca gatcgacagg gtgaacagca aacccagtcc ggtgaaaaca agggtgcgct
      361 gcagttgttc tttgcgtttc gtgtccatga taggttaggt ctttatgggt tcaataacgt
      421 ggcggtgcag gctgtcccgc tggatcgggc tgtctgcaat cttccctgta tcaatgggcc
      481 gccgttcctc cttttgtgga aggaagagct gcgcaatcat ggctgctgcg caagcgaaat
      541 agatgatgca aagcccgaag acgatccgcc gttgccactt gggactgagg cggtcgcatt
      601 gtctgtgcag ccatacgtgt gcccgtaggt agcgacgggt gagggtgaat cttgtgctca
      661 tggcctaacg tttatatgtc tgtatgtctc ggttttcgcg aacaaggaag tgctccatga
      721 ggaagccctg tgggttgttg tctgatcgga cggcgttttg gagtgtgcac gtcgtaatca
      781 ggttgcgctc cgtcacgttg ctcgggcgga cgatgaactg gcgggcgtag gtcgtcacct
      841 catacgggta gtgatcgaag tcgcagcgga tcgagtccac ctccacacgc tggttgatgt
      901 tgcccgagat gatgcgattg aagtagccct tctcggcgag gtcgcggtag tagtcgtatg
      961 ccgttttgtc gcacaagagg aaggcgcgtt ccatgttctt ctcgatggcg tctttatcgg
     1021 gtgcgacggt gaagaagagt tcgtggaagc ggcggacgtg ctcgcgcgcc tccacgggac
     1081 ggttcgcagc cgcatcctga ctgagggcga ggataagcga cttgccgttg tccaagacgt
     1141 agatcttctc ccgctgacgg tcggcaaagg cgtacgacga atagacgacg atgcttgtaa
     1201 tgactatgca caacacgacg aaagcggcgg cgtagagccg gatctgcttg aatgaggtct
     1261 ctatgttggt gagtgatctg aactccatga tacattaagt agttagaagt agttcaagta
     1321 gttggacgta gttagaag
//
LOCUS       SEQF3106|MIQD01000213.1 1337 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1337
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(538..1065)
                     /locus_tag="SEQF3106_02083"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIFGSFFPWRPIINVFRLLFSVAADNQPHSSIGLTLKWFYPSSR
                     GETAGLPAQDAPPHTLSIGGIFARIMEERKRIIDVREALRHKAPGAARWIPAAVTNWL
                     ARTIHEEELNDILARYAALDGVSFMQALVGEFDLKLDVHGAEHLPTPEQRCLLAYHPV
                     SPAYSVKISYICAIK"
ORIGIN      
        1 gatgtattta cgtgccacct ccttatacgc tgtggcagcc tcagcgatgc atcggcggaa
       61 agccgtgtcg gtgagggcac ccgactgata cgcttcacgc gcatggcgga tctcttggct
      121 ggcgtcgagt tgcgcaaggg tgatctcctt gattgccacg caatcgttgg agccctccac
      181 ggtgtatgag gtggcaaaac tcttggcgtc ggctgtgatg gtgagcgatt ccgtagaatc
      241 aatagcaaaa ttgatccact gattcttcag cctgaggcga tagaagtcgg gatattccgg
      301 ccgcggactt ttgaaggaga acttccccga ggcgctgacc ttggccgaat cgagcaggga
      361 gacggaggcg agtccgatgt tttcgaggta gatgatttgc ccttcggcgc ccgccacggt
      421 gcctgccacg gtgaacgtgg gggtagattt tcggcaaccg gcgagggtca ggatcaatgc
      481 gcagagcagg aaggagaggg gtttggaaat atgcgtcttc ataagggctt attcttctta
      541 tttgatggcg caaatgtagc ttattttaac gctgtaggcg ggcgagacgg ggtgatatgc
      601 taagaggcag cgctgctccg gcgtgggcag atgctctgcg ccatgcacgt cgagcttcag
      661 gtcgaactca ccgacgagcg cttgcataaa gctgaccccg tcgagggcgg cgtaacgcgc
      721 caaaatgtca ttcagctcct cctcgtggat ggtgcgcgct aaccaattcg tcaccgccgc
      781 ggggatccac cgcgccgcgc ccggcgcctt gtgcctgagc gcctcgcgca catcgatgat
      841 tcgtttccgt tcctccatga tgcgggcaaa gatacccccg attgataggg tatggggagg
      901 ggcatcttgg gcgggaagcc cggccgtttc gccgcgtgac gaggggtaaa accattttaa
      961 ggtgagtccg atggatgaat gaggttgatt atcggctgcc acggaaaaaa ggagccgaaa
     1021 aacgttgatt attggccgcc acggaaaaaa ggagccgaaa atcattgatt atcggtcgcc
     1081 acgggaaaaa ggagccgaaa aacattgatt atcggctgcc acggaaaaaa ggagctgaaa
     1141 aacgttgatt atcggctgcc acagaaaaaa ggagctgaaa aacattgatt atcggccgcc
     1201 accgaaaaaa ggagccgatt gtctgagaca aacgcttgcc agcgaaaaaa ggagccgatt
     1261 gtctgagaca aatgcttgcc agcgaaaaaa ggagccgatt gtctgagaca aacgcttgcc
     1321 agcgaaaaaa ggagccg
//
LOCUS       SEQF3106|MIQD01000214.1 1330 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1330
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(274..771)
                     /locus_tag="SEQF3106_02084"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAGVLDVFRDGILDDLAMTSDGVELNLLHILQKLRDDHRVLLR
                     HPRSHAEELNELLLVVAHMHRGAAQHVRWADEDGEAYAVDEVVDLVHALELSPARLID
                     AEGVEHGGELMAVLCAVDRDGRGAEDGHLPAIELHGEVVRDLPTDGDDDTAGLLQIDN
                     VKDTL"
     CDS             complement(810..1292)
                     /locus_tag="SEQF3106_02085"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRQGSNRSTLLLAPPEETMTLRAGMVLPTATIAARSASSKSSPM
                     QPTSPVELMSTPNTGSAFERRPKENCEALTPIQSMSNSVLAGGVKGASSMMRVAVSIK
                     FCLSTFETKGKLREARRLHSITFTSLFLARYWTLNGPLMFSSRAIFRLIFLIRRTVSK
                     "
ORIGIN      
        1 aactacctct acctcaccta cggcgccaca ccggatgatt cctccacggg cgatgagcac
       61 gacatcccgt actacaagaa cgaccgcaac gtcatcgtac tcggctctgg tgcctatcgc
      121 atcggctcgt cggtggagtt cgactggtgt tccgtcaatg ccgtccgcac cgcgcgcagc
      181 ctcggttaca aggccattat gatcaactat aaccccgaaa cggtctccac ggattacgac
      241 atctgcgacc gcctctattt cgatgagctc tccttagagc gtgtccttga cattgtcgat
      301 ctggagcagc cccgcggtgt catcgtctcc gtcggtgggc agatcccgaa caacctcgcc
      361 atgaagctct atcgcaggca agtgcccatc ctcggcacct cgcccgtctc gatcgaccgc
      421 gcagagaacc gccataagtt ctccgccatg ctcgacaccc tcggcatcga tcagccgcgc
      481 tgggctgagc tcgagagcat ggacgagatc gacgacttca tccaccgcgt aggcttcccc
      541 gtcctcatcc gcccatcgta cgtgctgagc ggcgccgcga tgcatgtgtg ctacaacaag
      601 gagcaactca ttgagttcct cggcgtggct gcgcgggtgt cgaaggagta ccctgtggtc
      661 gtctcggagt ttttgcaaga tgtgaaggag attgagttcg acgccgtcgc tcgtcatggc
      721 gagatcatcg agtatgccat ctctgaacac atcgagtacg ccggcatcca ttcgggcgac
      781 gccacgctcg tcttcccgcc gcagaagctc tacttcgaga ccgtccgacg gattaagaag
      841 atcagccgaa agattgcccg cgagctgaac atcagcggcc cgttcaacgt ccagtatctg
      901 gccaagaaca atgatgtgaa ggtgatcgag tgcaacctcc gcgcttcgcg cagcttcccc
      961 ttcgtctcga aggtgctcaa gcagaacttt atcgacacgg ctacgcgcat catgctcgat
     1021 gcgcccttca cgccgcccgc caagacggag ttcgacatcg actggatcgg cgtcaaggct
     1081 tcgcagttct ccttcggccg cctctcgaat gctgaccccg tgttgggtgt cgacatgagc
     1141 tccacgggcg aggtgggctg catcggcgac gacttcgacg aggcgctcct ggccgcgatg
     1201 gtggccgtgg gtaacaccat tcccgcacgc agcgtcatgg tctcctccgg tggggccaag
     1261 agtaaggtcg acctgttaga gccctgccgc atgctggccg aacgcggtta caccatctat
     1321 gccacccagg
//
LOCUS       SEQF3106|MIQD01000215.1 1323 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1323
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             35..163
                     /locus_tag="SEQF3106_02086"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIMQGLRSLFTVCEMIMQGLRGLFTVCETIMQAPFPHFGVWG"
     CDS             208..1014
                     /locus_tag="SEQF3106_02087"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSSILLLFMLSAFLHLGSAAAQCDSLGYQAEVYVSATGDSLPY
                     RLLTPDSVVPGQRYPLVLFLHGAGERGRNNCEQLRHGAALFTDSGARRRHPAFVLFPQ
                     CPAGDFWPAITRQDHFGRVPNPFPGAGAAMSRPLRLANELLDETLARLPIDSERVYIV
                     GLSMGGMGVFDLVCRRPSRFTAAVAICGGVNVQRLAGLRGSRTRFRVVHGAADPLVPV
                     RFSREAVQALRRVGVSVDYIELPGVGHGSWFDAFRRPDFLTWLFETKNEQ"
ORIGIN      
        1 gcaaggcttg cgcagccttt tcacagtgtg tgaaatgatc atgcaaggct tgcgcagcct
       61 tttcacagtg tgtgaaatga tcatgcaagg cttgcgcggc cttttcacag tgtgtgaaac
      121 gatcatgcag gcaccgtttc cccattttgg cgtttggggt tagcctgaaa cgatttcgac
      181 acatctcctt tacacattct aaatcttatg aaatcatcca tccttctcct cttcatgctg
      241 tccgcattcc tgcaccttgg gtcggcggcg gcacagtgcg atagcctcgg ctaccaggcc
      301 gaggtgtacg tatcggccac aggcgactcg ctgccctacc ggctgctgac gcccgacagt
      361 gtagtgccgg ggcaacgcta cccgctcgtg ctcttcctac acggcgccgg tgagcgtggg
      421 cgcaacaact gtgagcagct gcgtcatggc gcggcgctct tcaccgactc cggagcgcgg
      481 cggcggcatc ccgcctttgt gctcttcccg cagtgccctg cgggagactt ctggccggcc
      541 atcacgcgac aagatcactt cgggcgcgtc cctaacccct tccccggggc gggcgcagcc
      601 atgtcgcggc cgctgcgtct ggccaacgag ctgctggacg agacccttgc gcggctgccc
      661 atcgattcgg agcgcgtcta catcgttggg ctctccatgg gcggcatggg cgtgttcgac
      721 cttgtctgcc gtcggccatc gcggttcacg gcggcggtgg ctatttgtgg tggcgtcaat
      781 gtgcagcggc tggctgggct acgtggctca cggacgcgtt ttcgtgtcgt tcacggtgcc
      841 gctgatccgt tagtgccagt gcgtttctcg cgcgaggccg tccaggccct gcgccgcgtc
      901 ggtgtctcag tggattacat cgaactcccc ggcgtcggcc acggcagttg gttcgatgcc
      961 ttccgccgac cagactttct cacgtggctg tttgaaacga aaaacgaaca atgaaacatg
     1021 ccgggcacac gtgatggggg agtgcgtgtg tccgggtgat ggggggatct attgacgggc
     1081 tgaaagccca gttcatcacc agcccagggt agagcgacgc cccccgggcg gagcggcact
     1141 ctctggggat gcgatgcccg ccagatcctc cgcaccctca aaagccaggg tgttaccctg
     1201 ggctgggttg aattgcccct tcggggcgta cgtagatgca caaaaacatg ccgggcacac
     1261 gtgatggggt ttccatccat gtacccggca ttattatggg aacgaaaatc taaaaacgaa
     1321 caa
//
LOCUS       SEQF3106|MIQD01000216.1 1319 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1319
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(211..1224)
                     /locus_tag="SEQF3106_02088"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQRLVTEVRIMPADLTLYEGEEMDYIEDVQPAEADDKELTWTS
                     SDPTVATIAAGGHVKALKAGTTTITATADDGSGKYGQARITVRPKAAAAERKATGIVV
                     DQKKCILKEKATATLTARVLPVTAADKGFRWSSSDPRVASVNSDGVVTVHLPGGTALI
                     RATADDGGWTDYCVIKVEGTSVQLTPNVFTLEPGESLELQATTQPWDSPMTKSFSSNN
                     LSVAEVDKDGVVKAKAVGDATITVTLSGGQKATCDITVKKGGTPPNANEPIADASGTR
                     IWASDGRLHIATDKPTDVEVINFLGIPLKKFRASAGDTSVALPEGMYVVKAGDTVQKV
                     RVD"
ORIGIN      
        1 gtgggacttg cgggagtccc gcaagcatgt ccaaaaacat tttggccgcc cgagcgctct
       61 aacaaaggca tactgtagac gtaaggaacc tccttcttac gtcgaactca cgttaattat
      121 caattgacaa ttaccaatgg ttacccgggt acccgcccgt cccccatgtg ggtacccgga
      181 tcaacaattc aacgattcaa caactcaaac ctaatccacc ctcaccttct gcacggtgtc
      241 gccggccttc acgacgtaca tgccctcggg cagcgctacg gacgtgtcgc ccgcggaggc
      301 tctgaacttc ttcagcggga tgcccaagaa gttgatcacc tctacatccg tcggcttatc
      361 ggtagcaatg tggagcctgc cgtcggatgc ccatatacgg gtgccggagg cgtccgcgat
      421 cggctcgttg gcattgggcg gtgtgccacc cttcttgacg gtgatgtcgc atgtcgcttt
      481 ctggccgccg ctcagggtga cggtgatcgt cgcatcgccc acggctttgg ctttcaccac
      541 gccgtccttg tccacctcgg ccacgctcag gttattcgag ctgaagctct tcgtcatggg
      601 cgaatcccac ggctgcgtcg ttgcctggag ctcgaggctc tcgcccggct ctaacgtgaa
      661 gacgttcgga gtcagctgca cggaggtgcc ctcgaccttg atgacgcagt agtccgtcca
      721 gccgccatcg tcggccgtag cccggatcag tgcagtgccg ccgggcaggt gaaccgtcac
      781 gacgccatcg ctgttgacgc tcgccacccg cggatcgctc gacgaccagc ggaagccttt
      841 atccgcagcc gtgaccggca gcacgcgtgc cgtgagcgtg gccgtagcct tctccttcag
      901 tatgcacttc ttctgatcca cgacgatgcc cgtggcctta cgctcggcag ccgcagcctt
      961 gggccttacc gtgatgcgag cttgcccata cttaccactg ccatcatcgg ccgtggcggt
     1021 gatcgtcgtc gtgcctgctt tcagggcctt cacgtgtccg ccggcggcga tggtggccac
     1081 cgtcggatcg ctgctcgtcc aggtcagctc cttatcgtcc gcttcggcgg gctgcacgtc
     1141 ttcgatgtag tccatctctt cgccttcgta cagcgtcaag tcggccggca tgatgcgcac
     1201 ttcggtgacg agccgctgcg tcatcgctcc ctcatagacg ttcacttcga tcgtcttctt
     1261 cttcgtcccg ccagccttat cgttggccgt ggcggtgatt tcggctttac cgacggcta
//
LOCUS       SEQF3106|MIQD01000217.1 1307 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1307
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gaattcgctg aagagaatgg agtcattgat acgttgtata gtagttcacc ctttgtaaac
       61 ttgcattcat taacaacacc caaggtgtgg agtaaggccg acgatacgct cgtcttgaag
      121 accgttagga acattctgcc accacacctt tacatctctt ctgaatccgg acagttcgtt
      181 gggttttacc ccgtattagc aacgatggat cagagatgtt tggatgttgt atacactata
      241 tcatcaaata catttcatta tgaattacat tggaatcaac atcagcaagg acactttcgt
      301 cgtagcctac tcttgggaga agaacatcaa aacgagagtc ttcaaaaaca ccactaaggg
      361 tattcatgag ttcatcggga ccatctccaa agaggaacat cactgcatcg tggaagctac
      421 aggcaactat agcgccctcc ttgtttacct cctcagtaaa gctggcatca ccacaagcct
      481 cgaaaaccct ctaaaggtta gaaacttcgc ccgcgccatg ctttctaccg tcaagacgga
      541 cgaggtggac gctcgcatga tcgctctcta tggccagagg atgcgcccca agccttatgt
      601 cttgcccagc gacgccctgc tcattctaaa gcaaaagcgt gccgttatcc gccagcttaa
      661 aaagcagctg attgccacaa agaacatgaa aggctctatg gaggtgctgc cctactttga
      721 caccaagtgc agattgtctt tagaaaggac catcatgcac tttgaaaagc aactcaaaca
      781 cttagaggaa gatcttgtcg ctttgaccgg caaggaatac aagaagcagc tggagctcct
      841 cacgtccatc aaagggatcg gcctgactgt agctacagct ctgattataa ctaccggtgg
      901 cttcacctac tttgataacg ccaagcagct gacccgcaac ttaggcctct cgccgaccta
      961 tcagcagtcc ggaacatcag tccgcttcaa aggccatatc aaccgcaacg gagacgcttc
     1021 cttgagaagt cagctctaca tggctgccat ctcgtcgtta agatgcaaca cagcctgcaa
     1081 aaccttttat gaccgattac gatctgaagg gaagcccgtc aaggtggccc tcattgctgt
     1141 ggcaaacaag cttatcagac aagccttcgc cgtagtgacc aaagagaggc cttatgtaga
     1201 tggatatgtc tccactttca gaccgacctc tccgcaacct cagaatgaca tccatgcatc
     1261 taataataac atgaaaaaca ccgcggggtt tgggggcgcg cagcccc
//
LOCUS       SEQF3106|MIQD01000218.1 1286 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1286
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             117..422
                     /locus_tag="SEQF3106_02089"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYVIIESSAWEALKTSVEELRERMSELFGSKAEPTELLPGETV
                     CRILGVSRRTLQYYRDTAALPFVRIEHKCYYRREDVAALLAESGSPEPPPNRLPEGV"
ORIGIN      
        1 gggaaggcgg tgccgcgccg ggtaaccggg tggtaaaaag cccggaacag ggcgcgtagg
       61 tttgcccccg aacagccaga caaagcagga gaataacccc aagaaatgaa gccgttatgg
      121 aatatgtcat catcgaatcg tccgcgtggg aagcgttgaa aacgagcgtc gaggagctgc
      181 gcgaacgcat gagcgaattg ttcggatcga aggccgagcc gaccgagttg ctgcccggcg
      241 agaccgtctg ccggatcctc ggcgtcagcc gtcgcacgtt gcaatactat cgggacacgg
      301 cggcgctgcc cttcgtccgc atcgagcaca agtgttatta ccggcgggag gacgtggcgg
      361 cactgctcgc cgaaagcgga agccccgagc ctccccccaa tcggttgccg gaaggagtgt
      421 gaggagccat tgtatcatac aatcgcgcgg aaaaaacttt ttcggcccat tgtatcgtac
      481 aatcgcatga aaaaaacttt ttcggcccat tgtatcgtac aatcgcgcgg aaaaaacttt
      541 ttcggcccat tgtctcagac aatcgcgaga aaaaaacttt ttgggctcat tgtctcagac
      601 aatcgcatga aaaaaacttt ttcggcccat tgtctcagac aatcgcatga aaaaaacttt
      661 ttgggcccat tgtctcagac aatcgcgaga aaaaaacttt ttcggcccat tgtctcagac
      721 aatcgcgaga aaaaaacttt ttcggctcat tgtctcagac aatcgcatgg aaaaaacttt
      781 ttcggccgat ttcctcagga tttcgcttga aaaaaacttt ttcgtccgat ttcttcagga
      841 tttcgcctga aaaaaacttt ttcagccgat ttccttaggc tttcgcatga aaaaaacttt
      901 ttcggcccat tgtctcagac aatcgcatgg aaaaaacttt ttcggccgaa aagcagaggc
      961 catggagcct cacaaagcgt gcgtcccccc atccgttttt ctaatgacca aacaggaata
     1021 aaccaagcag aaatcaatga ctgaagcaga aatcatcagg cgggaatcgc ctgaaatgga
     1081 ggcgctcatc gccgggctcg cgtccgtcgc agagcagatg agcgagatcg ccgccacgca
     1141 ccgcccactc ttcggcggcg atgtctacct gacgggccgc gaggtgacgg aaaggctctt
     1201 catcagccgc cgcaccctac aggagtatcg cgaccgcggc ctcctgccct acacccgaat
     1261 cggcggaaag atgctctaca aactct
//
LOCUS       SEQF3106|MIQD01000219.1 1269 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1269
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 catccgggct gtaggcccgg gggaccatag cccagggcga aaccctgggc gcaccgggca
       61 tcccgctaat cattgatcat tgacaattaa taattgaatt acgaacccgc ggcccccagg
      121 ccgcacaacc ccattttatt atgagaacca aacatcatta cccaaccctt ctcatcgccc
      181 tactccttgg gctgatgatg acaaccggcg ccacatgggc gcaagacacc gagcgccctt
      241 gggcgaaagg ctaccagtac ggctatccca aagccatctc accgaccgag atcgaagtga
      301 gatggaaccc cggcgaggac aacgtcactg cgccggagaa tctgcggtat cgggtgtggt
      361 ataagaaggc atcggcgacg acggagcagt ttgataccgg tccgtactta accggcgaaa
      421 cgaagtatac cgttaccggc ctcgaatcca ataccgagta tttgataagg gtagaggtgc
      481 gcgacgacgc caataacttc tcagtcgaac cccaaaaaag agtcagcacc atgcgcgaca
      541 ccaaggcgcc cgaaccgggc ggttacgtgg acggctatcc caaagccatc caaactgata
      601 agcattatga taaacatatc aagctgaaat gggaacccgc caaggacaat gtcacgtcac
      661 agggtatgct gcgttatgtt gtgcaatgga gggaaagtga cacgtttgac aaatccgaag
      721 tggtcttaac cggtgaaaca gagtatacca tcacaggtct atcaggtagt aatagctacg
      781 tagtaaatat aaaggtgatg gacgaagccg gcaactatgc ctggtacaac gagcgcacta
      841 tcgcgactcc ccccattata gacaacacac cgccccagcc gcaaggttac gtgtccgacc
      901 ccaaacccgc ctcaccaact tcgatctttg tgcaatggta ccccgccaag gacgacctct
      961 cgtcacattc gtctatgcgt tattgggtac ggtggtggaa gacctctggc aataccgtcc
     1021 ccgaatactc cccgcgcgta aaaggcgcaa ataagtatgg catcaccggc ctcgaaccca
     1081 ataccgagta tatagtacaa gtgggggtgg cagacgaaga cgacaatgag gcatactaca
     1141 gcgagaagac tgtaaagacc ccacctgccc ccgacaccga gaagccccag ccgggcgatt
     1201 acgtggacgg ctatcccaaa gccatctcac cgaccgagat cgtagtgaaa tggaacccgg
     1261 ccaaggaca
//
LOCUS       SEQF3106|MIQD01000220.1 1244 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1244
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             8..973
                     /gene="emrK"
                     /locus_tag="SEQF3106_02090"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P52599"
                     /codon_start=1
                     /transl_table=11
                     /product="putative multidrug resistance protein EmrK"
                     /translation="MLLAFIAVVIVIGLVALAGFFLLSPADDIIMGQAEATQVRISGK
                     VPGRIEAYRFGEGDHVHAGDTLVYLYTPEVDAKLKQAEAVQSAAQAQSAKAMAGARSQ
                     EVTGAYELWQKARAGLDIAKKSYDRVQSLFDQGVMSAQKRDEAEANYQAMVATEKAAH
                     SQYDMAREGARREDKAAASALVRQAGGVVDEVEAYLGERVLVSPIDGEVVERFPEVGE
                     LVGTGAPIMNIADLNDMWVTFSVREDLLRDIKVGAEIRGFIPALGDKEVVMKVYFMKD
                     MGTYAAWKATKATGQYDAKTFEVRARPTSPVPDLRPGMSVIIKRK"
     CDS             complement(1054..1227)
                     /locus_tag="SEQF3106_02091"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTAVCSKASSWRTKRREVGVLSRSTTATGRSVGRPLRMSVVKK
                     KRLPTGATIMQKK"
ORIGIN      
        1 caacaacatg ctactggcct tcatcgccgt agtcatcgtc ataggtttag tagcactggc
       61 aggcttcttc ctcctctccc cagctgacga catcatcatg ggtcaagccg aagccacgca
      121 ggtgcgcatc tccggcaagg tgcccgggcg catcgaggcc taccgcttcg gcgagggcga
      181 ccatgtgcac gccggcgaca ccctcgtcta cctctacacc cccgaggtag atgccaaact
      241 gaaacaagcc gaagccgtac aatctgccgc ccaagcacag agcgccaagg ccatggccgg
      301 cgcccgatcg caggaggtga ccggcgccta cgagctctgg caaaaggctc gggccggact
      361 cgacatcgcc aagaagtcgt acgaccgcgt gcaaagcctc ttcgaccaag gcgtcatgtc
      421 ggcccagaag cgcgacgagg ccgaggccaa ctatcaagcc atggtagcca ccgagaaggc
      481 cgcccattcg cagtacgaca tggcccgcga aggcgcccgg cgcgaagaca aagccgcagc
      541 ctcggccctc gtccgtcagg ctggcggcgt cgtcgacgag gtggaggcct accttggcga
      601 gcgtgtgctc gtctccccca tcgacggcga agtcgtggag cgcttccccg aagttggcga
      661 gctcgtcggc accggtgcac ccatcatgaa catcgccgat ctgaacgaca tgtgggtcac
      721 cttcagcgtg cgcgaagacc tgctgcgcga cattaaagtc ggagccgaga tccgcggctt
      781 catccccgcc ctcggcgaca aagaggtggt gatgaaggtc tacttcatga aagacatggg
      841 cacctacgcc gcctggaagg ccacgaaagc caccggccag tatgacgcca agacgtttga
      901 ggtgcgcgcc cgccccacct cgcccgtgcc cgacctgcgg cccggcatgt ccgtcatcat
      961 caaacgcaaa taagcgatga ccctcagcga aggccttcac gccatcctgc gtattgcctg
     1021 gcgcgagatg caccgcctgg ccacgaaccc gatctacttc ttctgcatga tcgtggcgcc
     1081 cgtgggcagc ctcttcttct tcaccacgct catgcgcagc ggcctgccca ccgacctgcc
     1141 cgtggccgtc gtcgacctcg acaacacgcc cacctcgcgc cgcttagtcc gccagctcga
     1201 cgccttcgag cagacggccg tgcgcatgca gtgcgcctcc ttcg
//
LOCUS       SEQF3106|MIQD01000221.1 1235 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1235
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(23..1159)
                     /locus_tag="SEQF3106_02092"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELPSLIRSLTLIDDRRNNKNKRYPLPLLLLIAFCASISKHDSW
                     YTMQDYALAHEASIRELYKQLFGEELEHVTPSHDTLNRALQVIPHKVFKEAYQNWIVD
                     LLQWDEQTRQICIDGKTMRGVKKLRPDTESHIVSAYDPHLQLVLSMDAVPVKRNELDS
                     IRRLLDELDVTDALITIDAIGCQHDVAEQVLKAGGDYVLQVKGNQPTLLQELEDSFPN
                     ISKGYTVNKEEGLEHGRIEHRQMKSVVLSPEMLDDSYAFKDWAGIKSIHRITRKRYDK
                     RQGKETTEMSYYISSIEDSKRIFRAIRDHWKIENQLHYMLDIYLGEDGWSKRAGEAAI
                     NMELMAKIDLFILQRLKAKLGKSIPRVQMFLAKINPLQLFELGL"
ORIGIN      
        1 cagggctgac gcataatccg aactatagcc ccagttcgaa gagttgcaga ggattgatct
       61 tggctaagaa catctgcact cgtggaatcg acttgccgag ctttgctttt agacgctgta
      121 ggatgaaaag atcgattttg gccatgagct ccatgtttat ggccgcctcc cccgcacgct
      181 tactccaacc atcctctcca aggtaaatat caagcatgta gtgaagctga ttctctattt
      241 tccagtggtc gcggatggcg cggaaaatac gcttgctatc ctctatagag ctgatgtaat
      301 aggacatctc tgtagtctct tttccctggc gcttgtcgta acgtttgcgc gtgatccgat
      361 gaatactctt gatcccggcc caatctttaa aggcgtagga atcatcgagc atttccgggc
      421 tcaagactac gcttttcatc tgcctatgtt caatgcgccc gtgctccaaa ccctcctctt
      481 tgttcaccgt gtaaccttta gatatgtttg ggaaactgtc ctccagttct tgtagcaggg
      541 tcggttgatt gcctttgacc tgaagcacgt aatcgcctcc ggccttcaac acctgctctg
      601 ccacgtcgtg ctgacagccg attgcatcga tggtgatcag ggcgtcggtg acgtcaagtt
      661 catccaaaag ccgacgaata gagtccaact cattgcgctt gacgggcacg gcgtccattg
      721 atagaacaag ctgtagatgt gggtcatagg cagagacaat atgcgactct gtatccggac
      781 ggagcttttt aacgccacgc attgtcttgc cgtcgataca gatttggcgc gtctgttcat
      841 cccactgtag gagatccaca atccagtttt gataggcctc cttgaagacc ttgtggggga
      901 tgacttgcag ggcacgattg agtgtgtcgt gggagggcgt aacgtgttct aactcctctc
      961 caaagagctg tttgtagagc tcacgaatac tggcttcgtg tgccagtgca taatcttgca
     1021 tggtgtacca agagtcatgt ttagagatac tggcacagaa tgcgatcaga agtaagaggg
     1081 gcaagggata acgtttgttc ttgttgttac ggcggtcatc aatcagggtg agactccgga
     1141 taaggctggg cagttccatt attgtcatgt atagtttgat gggacgaagc taaacggaat
     1201 ccctgacctc gaaaagcgat tatgcgtcag ccctg
//
LOCUS       SEQF3106|MIQD01000222.1 1232 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1232
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(394..1224)
                     /locus_tag="SEQF3106_02093"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRAIPNGRMVVPYGLEVTFDKTTHLIFPAAICYVDLGSNNLIA
                     GKAEGAENVLRVKAAVRDFETETNLSVICDDGSLFMFNVKYADEPEKLSIEMADFLSQ
                     SDGRLPANRADIYFKELGRESPMLVKLLMKTIKQSNRRTIRHIGARQFGLEFLLRGLY
                     VHNNLLYFHLSVKNETYLPYPIDMISFKVVDKKVVKRTAIQERVLQPLRAYNQPMRVR
                     GNGSERMVFAFEGFSLPDDKQLEVTIHERNGGRTLSFRVQNEDLLRARRIDHLKLQWQ
                     "
ORIGIN      
        1 cgccatcggg caacacagat ttgccgcggt taagctcctc gtagcccgcc aatgcggaga
       61 cccccgcata gacaaaggca ttcttcccac cgtccgacag tagcgggtgc atatatcccg
      121 ccagcaggag cgcgtcactc agcggtacgt tcaccttccc gtaaggcaaa ttttgccgtt
      181 catacacggt ggagaggaag gtgtaattct cggctttgag gtagcgtgtg aacgatacgc
      241 ccacggtgaa agtctcgggt tggatcagct tttcgttctg aatcaccggg acgcccgccg
      301 tgatttcgac gcccgtttgc cgcggaagga gacgctgtgc atgcgctgtg agggctgttg
      361 caaccatacc gataagcaga agtagtgtcc gtttcattgc cattgcagtt tgaggtggtc
      421 gatgcgacgg gcacgaagga ggtcttcgtt ttgcacgcgg aaagagagcg tccggccgcc
      481 gtttcgttcg tggatcgtga cctccaattg cttgtcgtcg ggcagcgaga agccctcgaa
      541 ggcgaagacc atgcgctccg acccgttgcc acgcacacgc atcggctggt tgtaggcacg
      601 caggggctgc agcacgcgtt cctggatagc cgttcgtttg accactttct tgtcgacgac
      661 tttgaaggag atcatgtcga tcgggtaagg caggtaggtc tcgtttttta ccgagaggtg
      721 gaagtagagg aggttgttgt ggacgtacag gccgcgaagc aggaactcga ggccaaactg
      781 ccgtgcgccg atatggcgga tcgtgcggcg gttgctctgc ttgatcgttt tcatcagcag
      841 tttgacaagc atgggcgatt cgcggcccag ttccttgaaa tagatgtcgg cgcggttggc
      901 aggcagacgg ccatcagact gggataggaa gtctgccatt tctatagaca acttctcggg
      961 ctcgtcggcg tatttcacgt tgaacataaa aagtgagcca tcatcgcaaa tgaccgagag
     1021 gttcgtctcc gtctcgaagt cacgtacggc cgccttgacg cggagcacgt tctcagcgcc
     1081 ttcagctttg cccgcgatca ggttgttgct acccaagtca acatagcaga tcgcagcggg
     1141 gaaaatgaga tgcgtcgtct tgtcaaacgt cacctcgaga ccgtatggaa cgaccattcg
     1201 gccgttgggg atggcgcggc tcataccttg at
//
LOCUS       SEQF3106|MIQD01000223.1 1232 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1232
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(394..1224)
                     /locus_tag="SEQF3106_02094"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRAIPNGRMVVPYGLEVTFDKTTHLIFPAAICYVDLGSNNLIA
                     GKAEGAENVLRVKAAVRDFETETNLSVICDDGSLYSFNVKYADEPEKLSVEMADFLSQ
                     SDGRLPANRADIYFKELGRESPMLVKLLMKTIKQSNRRTIRHIGARQFGLEFLLRGLY
                     VHNNLLYFHLSVKNETYLPYPIDMISFKVVDKKVVKRTAIQERVLQPLRAYNQPMRVR
                     GNGSERMVFAFEGFSLPDDKQLEVTIHERNGGRTLSFRVQNEDLLRARRIDHLKLQWQ
                     "
ORIGIN      
        1 cgccatcggg caacacagat ttgccgcggt taagctcctc gtagcccgcc aatgcggaga
       61 cccccgcata gacaaaggca ttcttcccac cgtccgacag tagcgggtgc atatatcccg
      121 ccagcaggag cgcgtcactc agcggtacgt tcaccttccc gtaaggcaaa ttttgccgtt
      181 catacacggt ggagaggaag gtgtaattct cggctttgag gtagcgtgtg aacgatacgc
      241 ccacggtgaa agtctcgggt tggatcagct tttcgttctg aatcaccggg acgcccgccg
      301 tgatttcgac gcccgtttgc cgcggaagga gacgctgtgc atgcgctgtg agggctgttg
      361 caaccatacc gataagcaga agtagtgtcc gtttcattgc cattgcagtt tgaggtggtc
      421 gatgcgacgg gcacgaagga ggtcttcgtt ttgcacgcgg aaagagagcg tccggccgcc
      481 gtttcgttcg tggatcgtga cctccaattg cttgtcgtcg ggcagcgaga agccctcgaa
      541 ggcgaagacc atgcgctccg acccgttgcc acgcacacgc atcggctggt tgtaggcacg
      601 caggggctgc agcacgcgtt cctggatagc cgttcgtttg accactttct tgtcgacgac
      661 tttgaaggag atcatgtcga tcgggtaagg caggtaggtc tcgtttttta ccgagaggtg
      721 gaagtagagg aggttgttgt ggacgtacag gccgcgaagc aggaactcga ggccaaactg
      781 ccgtgcgccg atatggcgga tcgtgcggcg gttgctctgc ttgatcgttt tcatcagcag
      841 tttgacaagc atgggcgatt cgcggcccag ttccttgaaa tagatgtcgg cgcggttggc
      901 aggcagacgg ccatcagact gcgagagaaa gtccgccatc tcgacagaca gtttctcagg
      961 ttcgtcggcg tacttcacgt tgaaagagta tagtgagcca tcatcgcaga tgacggaaag
     1021 gttcgtctcc gtctcgaaat cgcgcacggc tgccttgacg cggagcacgt tctcggcgcc
     1081 ttcggctttg cccgcgatca ggttgttgct acccaagtcg acgtagcaga tcgcagcggg
     1141 aaaaatgagg tgcgtcgtct tgtcaaacgt cacttcgaga ccgtatggaa cgaccattcg
     1201 gccgttgggg atggcgcggc tcataccttg at
//
LOCUS       SEQF3106|MIQD01000224.1 1232 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1232
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(394..1224)
                     /locus_tag="SEQF3106_02095"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRAIPNGRMVVPYGLEVTFDKTTHLIFPAAICYVDLGSNNLIA
                     GKAEGAENVLRVKAAVRDFETETNLSVICDDGSLFMFNVKYADEPEKLSIEMADFLSQ
                     SDGRLPANRSDIYFKELGRESPMLVKLLMKTIKQSNRRTIRHIGARQFGLEFLLRGLY
                     VHNNLLYFHLSVKNETYLPYPIDMISFKVVDKKVVKRTAIQERVLQPLRAYNQPMRVR
                     GNGSERMVFAFEGFSLPDDKQLEVTIHERNGGRTLSFRVQNEDLLRARRIDHLKLQWQ
                     "
ORIGIN      
        1 cgccatcggg caacacagat ttgccgcggt taagctcctc gtagcccgcc aatgcagaaa
       61 accccgtata gacaaaggca ttcttcccgc cgtccgagag cagcgggtgc atgtatccgg
      121 ccagcaggag cgcgtcagtc agcggcacgt tcgactttcc gtaaggcaga ttttgccgtt
      181 catacacggc cgagaggaag gtgtaattct cggctttgag gtatcgattg aacgatacgc
      241 ctacggtgaa agtctcgggt tggatcagct tttcgttctg aatcaccggg acgcccgccg
      301 tgatttcgac gcccgtttgc cgcggaagga gacgctgtgc atgcgctgtg agggctgttg
      361 caaccatacc gataagcaga agtagtgtcc gtttcattgc cattgcagtt tgaggtggtc
      421 gatgcgacgg gcacgaagga ggtcttcgtt ttgcacgcgg aaagagagcg tccggccgcc
      481 gtttcgttcg tggatcgtga cctccaattg cttgtcgtcg ggcagcgaga agccctcgaa
      541 ggcgaagacc atgcgctccg acccgttgcc acgcacacgc atcggctggt tgtaggcacg
      601 caagggctgc agcacgcgtt cctgaatggc tgttcgtttg accactttct tgtcgacgac
      661 tttgaaggag atcatgtcga tcggataagg caggtaggtc tcgtttttca ccgagaggtg
      721 gaagtagagg aggttgttgt ggacgtacag cccgcggagc aggaactcaa ggccgaactg
      781 tcgcgcgccg atatggcgga tcgtgcggcg gttactctgc ttgatcgttt tcatcagcaa
      841 cttgacaagc atgggcgatt cgcggcccag ttccttgaaa tagatgtcgg agcggttggc
      901 aggtagacgg ccatcggact gcgagagaaa gtccgccatt tctatagaca acttctcggg
      961 ttcgtcggcg tatttcacgt tgaacataaa aagcgagccg tcatcgcaaa tgaccgagag
     1021 atttgtctcc gtctcgaaat cgcgcacggc tgccttgacg cggagcacgt tctcggcgcc
     1081 ttcggctttg cccgcgatca ggttgttgct acccaagtcg acgtagcaga tcgcagcggg
     1141 aaaaatgagg tgcgtcgtct tgtcaaacgt cacttcgaga ccgtatggaa cgaccattcg
     1201 gccgttgggg atggcgcggc tcataccttg at
//
LOCUS       SEQF3106|MIQD01000225.1 1225 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1225
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(113..1072)
                     /locus_tag="SEQF3106_02096"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENGGHLNAGFTSLRMHGQCYEQQAGTLTTKDLRLDAGAQLHFS
                     VGTTLGLNGEYSDAVDVDRLTTYGSVDINIEIRPCEKMEKRCYPIIYYKSVSPNSLNN
                     LKLTPRSVMIDGEEVPLNLVVSYTGVVYVCIGENVTPAPVHTVTMPETPGVTTTPGKG
                     IWPVTANSAFRFKAVYSTPRPLVVRTNRKNREQKKTSDKPTQKISPVPTPKEEPYEVL
                     AGVKNTNGEYEYLISNVQEEITLTFGPDYVSNELLAGTAVWSHGEMIYIRVTRADIAS
                     IYSVAGQLVRKIDLPEGDTSIPMSRGAYVITLKDGSVHKVFVK"
ORIGIN      
        1 aacaccaaaa tccccgacac agcccttatc gagctatgcc ggggattctt cttttggtgt
       61 tatgcgggta ggagagaaaa atctttcacc cctacgagca ttgcgcggat cgttacttca
      121 caaacacctt atgcaccgat ccgtccttca gcgtgatcac gtaagcgccg cggctcatcg
      181 ggatcgaggt gtcgccttcg ggcaggtcaa tcttgcggac gagctggccg gctacggagt
      241 agatgctggc tatgtcggcg cgggtgacgc ggatgtagat catctcaccg tgcgaccaga
      301 cagccgttcc ggccaagagc tcgttcgaga cgtagtccgg gccgaacgtc agggtgatct
      361 cttcctgcac gttggagatg aggtactcgt attcgccgtt cgtgttcttc acgccggcca
      421 gcacttcata cggctcctcc ttcggcgtgg gcacgggcga gatcttctgc gtcggcttgt
      481 cgctcgtctt cttctgctcg cggttcttgc ggttggtgcg gactacgagc ggacgaggtg
      541 tcgagtaaac agctttgaag cggaaggcgc tgttggccgt tacgggccag atgcccttgc
      601 ccggggtcgt ggttacgccc ggtgtctcgg gcatcgtcac ggtgtgaacc ggagcggggg
      661 tgacgttttc gccgatgcag acgtagacga cgcccgtgta ggagacaaca aggttcagcg
      721 gcacttcttc gccgtcgatc atgacgctgc gaggcgtgag cttcaggttg ttcaggctgt
      781 taggcgatac cgacttgtag tagatgatcg ggtagcaacg cttctccatc ttttcgcacg
      841 ggcggatctc gatgttaatg tccaccgagc cataggtggt gaggcggtct acgtcgacgg
      901 cgtcgctgta ttcgccgttg aggccgagtg tggtgccgac agagaagtgg agctgtgcgc
      961 cggcgtctaa gcgaagatcc ttcgtggtga gcgtgccggc ctgctgctcg tagcactggc
     1021 catgcatgcg cagcgaggtg aagcccgcgt tcaggtgacc gccgttctcc acgtgcacat
     1081 cggagtagat gatgccaaag ccgccgaggg tggtgctggt ggttacgtcg atggccgggt
     1141 catggatcca gagctcgctg gtggggttgc cacaggcgcc gatgggctcg gtgtgcaggt
     1201 gacgtgtgta gaggccggcg tagtc
//
LOCUS       SEQF3106|MIQD01000226.1 1224 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1224
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             29..373
                     /locus_tag="SEQF3106_02097"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTDEQGQPLSGVRVVTPSMTMKWHDSFSEYRQTNPLRDTVYTSE
                     DGTFVSRPGGVPTDSVYVHMKFEDPSERPAYESDSVTVGFARGDLKGGDGHWYRGATE
                     KKIEVTLKRKNK"
     CDS             408..884
                     /locus_tag="SEQF3106_02098"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRFKRKLIRGTNWALAGLLTMLGFSSCSRIGEMEYGSPNANFK
                     VMGRVTDEQGRPISGVRIVAPNVEGKWGKQQYPSPLDTTYTSPDGSYRYWHNAGWAPD
                     SVYVKLKFEDPTSNPLYEPDSVTVGFAKGDLKGASGEWYQGAAEKKVNITLKRKNK"
ORIGIN      
        1 acatgctgac ttcaaagtca cggggcgcgt gacggatgag cagggccagc cgctctcggg
       61 cgtgcgcgtg gtgacaccaa gtatgacaat gaaatggcat gattccttca gtgagtatcg
      121 ccagactaac cccctccgtg acaccgtgta cacttccgaa gatggcacgt tcgtcagccg
      181 ccccggcggt gtccccacgg actcggtgta tgtacacatg aagtttgaag acccctcgga
      241 gcgcccggcc tatgagtcgg acagcgtcac ggtcgggttt gcccggggcg acctgaaggg
      301 cggcgatggg cattggtaca gaggtgcgac ggagaagaag atcgaagtca cgctgaagcg
      361 gaagaacaag tgattaacca taaacgaaaa gaaagggaca cgaaacgatg aaaagattca
      421 aacgcaaact gatccgcgga accaactggg cgctggcggg gctgctgacc atgttgggat
      481 tctccagctg tagtaggatt ggagagatgg agtacggttc accgaacgcc aacttcaaag
      541 tcatgggccg cgtgacggac gagcagggac ggccgatctc gggcgtgcgc atcgtggcgc
      601 caaacgtgga ggggaaatgg ggtaagcagc aatatccatc cccacttgac acgacgtata
      661 cctccccaga cgggagttac aggtactggc acaacgccgg atgggcgccg gattcggtgt
      721 atgtaaaact gaagtttgaa gaccccacga gtaatcccct ctacgagccg gacagcgtca
      781 cagtcgggtt tgccaagggc gacctgaaag gtgcttctgg ggaatggtac caaggcgcgg
      841 cggagaagaa ggtcaacatc acgctgaagc ggaagaacaa gtaatgaacg acgccaagat
      901 cgacctcagg aagcggatcg cattggagac cttccgccgc atgcacctca accgcgtgaa
      961 gctgcacgag ctccggacgc tcttctggga gtgcaccctg cgctgcaatg tggcctgccg
     1021 ccattgcgga agcgactgcc gcgtctcgtc gctacagccc gatatgccca tgcaagactt
     1081 tctgcgcgtg gtggacgaga tcacgccaca cgtcaatccg cacaaggtgc tcgtcatctt
     1141 caccggtggc gaggcactcg ttcggcccga catcgaggcg tgcggccgcg agctctaccg
     1201 ccgcgagtac ccctggggca tcgt
//
LOCUS       SEQF3106|MIQD01000227.1 1221 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1221
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             215..412
                     /locus_tag="SEQF3106_02099"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPQAEPLTERLFDHVLFSSHTKVRLTDGREYTVSAVDFERREV
                     MYYNRNDCPVWVSYKRIAAVV"
ORIGIN      
        1 cccgggagca gtttatcgac gagacgtgtc gcaaccgccc ccgcagcctg aagtaccgcc
       61 gcggctggct ccgccggatc cacagcatca cattcgttcc ataattgttt ggggcttacg
      121 ccccggttta tttgttgaat ggtttatgcg tttaaccccc aacaattcaa catcaaacgc
      181 ggccgccagg ccgccaacaa ttgattaatc gccaatgatc ccccaagcag agcccctcac
      241 ggaacgcctc ttcgaccacg tgctcttctc gagtcacaca aaggtgcgcc tcacagacgg
      301 ccgcgaatac accgtatcgg ccgtcgactt cgagcggcgc gaggtcatgt attacaaccg
      361 caacgactgc cccgtctggg tcagctacaa acgcatcgcc gccgtcgtgt gattcattgt
      421 tgggggggct gcgccccgtt tattcgttta ggtgtttagg cgttcaacct ccaacaattc
      481 aacccctcaa cggggcgtaa gccccaaaca attcaacgcg gccaaaggcc gccaacaatt
      541 caacgcttca acaatgaaaa agccccaaga agattacgag gcctttgtgg ccaaatttga
      601 acgcaaacgc acctccgacg actgctacac cccgcccgag gtatacgaca ttgtgctcgg
      661 ctggctcagc gaacaggtcg acctcgccgg cgcccagatc atacgcccct tttggccgga
      721 tacggactac aaacaagtgg aataccccga cgggtgcgtc gtggtggaca atccgccgtt
      781 ctcgattttc gccgagatcg tgcggtggta cctcgcccac ggcgtccgct tcttcctgtt
      841 cgctccgaat aagacgatat tcaatctcga tgcgccctac acacgcatcg tctgcggcgc
      901 cgatgtaacc ttcgagaatg gcgctgtagt caaaaccggc tttgccagta acctattcgg
      961 cgacacgctg gccatgtccg cacccgacct caacgagcgc ctaaaagcgg ccgaatacaa
     1021 aaagaaacct ttaccgccgc gctacagcta cccctcgcac gtactcacct tttccagcct
     1081 ctcgcgctgt gccgtccacg gcgtcgccat ctcaattcct cgcagcgagg ccgcgtttgt
     1141 ccgccggtta gacagccagc aagcggcgaa aaaagccatc tacggcagtg gcttcctgct
     1201 gtccgatagg caggccgccc g
//
LOCUS       SEQF3106|MIQD01000228.1 1210 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1210
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(308..616)
                     /locus_tag="SEQF3106_02100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEHAIITEESPQMQLFVQLMAGVLKKLERYCASARPTLAGEVY
                     LTGEEVCERLKLSTRTLQEYRSRGLLAFYKIGSKILYKQSDLQAMLDRHYNPIQKPSV
                     "
     CDS             complement(620..889)
                     /locus_tag="SEQF3106_02101"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQIILVDGKAWERHRSAFADFIYRLERLIGNPPETDEWLDNDAV
                     CRRLSISPRTLQTLRDTGKIPFSMVGHKCYYKAGDIADLLNSNAE"
ORIGIN      
        1 tccgccggag gaggatcaag cgggcttctt tccagctcga tctctgcggg cggatcaaag
       61 aagggcgact cttctaccgt gcgccgtttg acaccatagt cgcccagttc tttcagtttg
      121 gcggtcaaga cggcctgccg ttgttctgct gtcatcttac cgtctgcggg cggatcaaag
      181 aatagcgatt cttccacctt ggcctctgcc tccgcttggg ccttgcgctt tgcttcggca
      241 tagccgccaa agtcgcccat cgcttccagt ttggcggcca atctggcgcg ccgtagttct
      301 tctatcgtca taccgaaggc ttttgaatgg ggttataatg tcggtcgagc atcgcctgca
      361 agtcgctctg tttgtagagg atcttgctgc cgattttgta gaaggccagg aggccgcggc
      421 tgcgatactc ctgcagcgtg cgggtgctga gcttaagccg ctcgcagacc tcctcgccgg
      481 tgagataaac ctccccagcg agcgtgggac gcgctgaggc gcaatagcgc tccagcttct
      541 tcaatacgcc cgccatgagt tggacaaaca gttgcatttg agggctttct tccgtaatga
      601 ttgcatgctc tgccatcgtt cattcagcgt ttgaattcag taaatcagcg atgtctccgg
      661 ctttgtaata acacttatgc ccgaccatgg agaaggggat tttgcccgta tctctcaagg
      721 tttgcagggt gcgagggctg atgctcagcc ggcggcacac ggcgtcgttg tcgagccatt
      781 cgtcggtctc gggcgggttg ccaatgagcc gctcgaggcg gtagataaag tcggcaaagg
      841 cggagcgatg tcgctcccaa gccttaccgt ctacaaggat gatctgcatg gtgtttcgat
      901 aagtataagg ttgcgtaatt ggattgaagc aagccagcgc gactgcccgc gcttgctgtt
      961 tcttttggca gcaaaagtcg gcgaaaggac acgcggaacc atggatcaat ggaacatcga
     1021 ggatgccaat ggaacactga ggataaggag ggaaaacgct ggaaacaggc gggcttaatc
     1081 gtgagaaaat ctccggcagg ccgcctgcca gcatcacttt ttctcgagcg tcctctttct
     1141 cggcggacag acccgcaagg cacggcgtag cctctgcgtc tgctcgctgc ccatcagcgg
     1201 acgcatctct
//
LOCUS       SEQF3106|MIQD01000229.1 1192 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1192
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ctgcaaccac gtgggaagac aaggtcgtcg cctttctctt tcaccgtttg ttcctctcgg
       61 catctgctaa ggatctcctc cgcgatcgga tgtaacggta cgacggattc cactttcgtc
      121 ttctgcctct ccttacggat atacctccta ccgtcggccg acgtttggat gtgcgagaac
      181 tttagacgct ccatatccgc aatggccaat ccggtaaagc aggaaaagag gaacatctgc
      241 cgagactgct ctgcttctct gtcgttcacc ttcagcgcca tgagcttggc cacatcgctt
      301 ttctgcaaga agcgaatctt ccgttctacc ttttcatagg tagcgccctc aaaaggattg
      361 tagcgaatga tccttttgct gacggcacga tacatcaatc gactcagcca acagagatct
      421 cgattgactg tctttgctgt aaatcgcttc tttttgaggt agaagcgaaa ctcctcgaac
      481 atctcttctg taacagcgtg gatgggcatg tcctttcgcc ctttgctctc tatccactcg
      541 cgaagcatct tgtccgaata ggtctgattt cgataggtgc cttctgacct tgacctaccc
      601 acgcatgcct taacggattg cagctcggcc tcgctcatgg ctaaaagtgt ggtcggtgcg
      661 gcagcggtgc cctgcaaacg attcttgagt agttctgcac tgaccactcc gtccttcgtg
      721 agcatttccg cataggtctt ttccacgagt tctttgaacg ctgcgaggcg ttggttgatt
      781 ttcttttcgc cagttatacc ctgtttactg ttccattcat ttggcagaca ttcctcgccg
      841 gttgccataa ccgcgcttct gccatcgatg gtgatgcggc aaaagatggc tgtcttgccg
      901 tcggtctttg tcttctgtct gttaatgtag aacaggattt tgaatgtact tctcatgttg
      961 gtctcggtta aatggttagg tgcaaatctt cagtgaaggc gatcaagcga tcgaactcct
     1021 cgaatagctt ttggggagtc actttcgcat atcgttcggt catactcaca ttgctatgcc
     1081 caagcatctt gcttacggtt tcgatgggca cgccctgttc caaggtgatg agcgtagcga
     1141 aggtgtgccg ggcggtgtgt gtggtgatgg gcaaagacag tccggccctt ag
//
LOCUS       SEQF3106|MIQD01000230.1 1191 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1191
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             43..321
                     /locus_tag="SEQF3106_02102"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLRAVLRNALQGLEGTLLSELKKIQLTEEEISALDQIFLLLQK
                     ALKADEELLGEYDYVAEGYDAEIDELRKIAYHSDEILMQYQQELVSKT"
     CDS             349..861
                     /gene="mutS_2"
                     /locus_tag="SEQF3106_02103"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A1Y0"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA mismatch repair protein MutS"
                     /translation="MNQGYFLELTSKDSELFEEFLAQQDFTELSAQEQEKFAIVRRQT
                     LKGNQRYTSPYLDNLQSHILGAKEQLKVKESAVLQGLQQSLLESITPLYNLAEKLAWL
                     DLFTSQAIFAREYRLVKPQLAENGIIEIQAGRHLVIEAFLPKDQPFIPNALEIGESKS
                     THHGLIHIIT"
ORIGIN      
        1 ttgagcttga ttctgtatag aaagctcagc cgaggtccgt ttatgaagct gagagccgtg
       61 cttcgtaatg ctttacaagg gctagaaggg acgcttctgt ctgaacttaa aaaaatccaa
      121 ctcacagagg aggaaatctc ggcacttgat cagatttttt tgcttttaca aaaggcatta
      181 aaggctgatg aagagctttt gggagagtat gattatgtcg cagagggcta cgatgcggag
      241 attgatgagc tgaggaagat cgcttatcat agcgatgaaa ttttgatgca atatcaacag
      301 gaattagtct caaaaacctg aatctccaat attaaactca aatttgtgat gaatcaaggc
      361 tatttcctag agctgaccag taaagatagc gagctttttg aggaatttct cgcacagcaa
      421 gattttaccg aattgagtgc tcaggagcag gaaaagtttg cgattgtccg cagacaaacc
      481 ctcaaaggca accaaagata tacgagtcct tatcttgata atctccaatc tcatatcctc
      541 ggtgccaaag agcaactcaa ggtcaaagaa tccgcagtct tacaagggct tcagcagtcg
      601 cttttggaaa gcatcactcc gctttataat ttagcagaaa agctggcatg gctggatctt
      661 tttacttcac aggcgatttt tgctagggaa taccgcctag tcaagccaca actcgcagaa
      721 aacgggatca ttgagattca agcaggtcgc catctggtga ttgaagcctt tttgccgaag
      781 gatcagcctt ttatccctaa tgccttggag attggcgagt ccaaaagcac gcatcacggc
      841 ttgattcaca tcatcacttg accgaatatg tgaggtaagt ccacctattt gaggcagtca
      901 gctttaattg ttttgatggc acattgtggg ctgtttgttc ctgcacaaga agccaaaatc
      961 tgactgattg atggaatttt tgctcgtgtg ggaagtggcg atattatcgc gaaaaatcag
     1021 tctaccttta tgacggagat gattgaggtg gcgaatatcc tcaataatgc gaccgagagg
     1081 agtttcgtga tctttgatga actggggcgt ggaacctcaa cttatgatgg actagctctt
     1141 accaaagcaa ttctgcatta tcttttgaaa aacattcagg caaaaaccct g
//
LOCUS       SEQF3106|MIQD01000231.1 1190 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1190
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             75..791
                     /gene="trkH"
                     /locus_tag="SEQF3106_02104"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AFZ7"
                     /codon_start=1
                     /transl_table=11
                     /product="Trk system potassium uptake protein TrkH"
                     /translation="MFIGATNFTLLYFALRGHSQKLFRDHEFRWFCTVIATATIVTTV
                     WILLRHNETNPELAFRHALFHITSLISTTGFLTVNYSYWGSFFAVIALFVIIVAGCAG
                     STSGGLKMGRFMILIKNLLNEFKRQTHPRAILPLRAGGQVIPEHIIQRVYTFAIIYVG
                     LILFGCTVLTFEGIDLGDALGLAATSVSNAGPGIGHFADGNFSAISSFNKWILSFLMI
                     VGRLEIFTVLTLVLPGFWRR"
ORIGIN      
        1 gtggatactc caccaagaac ctgggtctcg cctactggca ctccgcatac attgaataca
       61 tcatcatcct cggcatgttc atcggcgcca ccaacttcac gctgctctac ttcgccctcc
      121 gcggacacag ccagaagctc ttccgcgacc acgagttccg ctggttctgc accgtcatcg
      181 ccaccgctac catagtgacc accgtgtgga tcctgctgcg tcacaacgag accaaccccg
      241 aactggcctt ccgccacgcc ctcttccaca tcacctcgct gatctccacc accggcttcc
      301 tgaccgtcaa ctattcctat tggggctcct tctttgccgt catcgccctc ttcgtcatca
      361 tcgtggccgg gtgcgccggc tccaccagcg gcggcctcaa gatggggcgc ttcatgatct
      421 tgatcaagaa cctgctcaac gagttcaagc gccagacgca cccccgcgcc atcctgcccc
      481 tgcgggcggg cgggcaagtc atccccgagc atatcatcca gcgcgtctac accttcgcca
      541 tcatctacgt cggcctcatc cttttcggct gcaccgtcct caccttcgag ggcatcgacc
      601 tcggtgacgc cctcggcctg gccgccacct ccgtcagcaa cgccggcccc ggcatcggtc
      661 acttcgctga cggcaacttc tccgccatct cctccttcaa caagtggatc ctctccttcc
      721 ttatgatcgt cggtcggtta gagatcttca ccgtccttac cctcgtgctg cccggcttct
      781 ggaggcggtg aagagcagca tgccatcatc tgtagggaca cattgacaca cctaaaacag
      841 cgttgctaac acccaatcgc ccgattacac cccggaaacc gtgtttctaa caccaaatcg
      901 accgattaca ccccagaaac cgtgtttcta acgccaaatc gcccgattac gccccagaaa
      961 ccgtgtttct aacaccaaat cgtccgatta caccccggaa accgtgtttc taacaccaaa
     1021 tcgcccgatt acgccccaga aaccgtgttt ctaacaccaa atcgcccgat ttcatcccag
     1081 aaaccgtgtt tctaacatca aatcgtccga tttcatccca ggaaccgtgt ttctaacacc
     1141 caatcgcccg attacatccc agaaacaggg cgagcacaag ccccctcctt
//
LOCUS       SEQF3106|MIQD01000232.1 1187 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1187
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(125..1042)
                     /locus_tag="SEQF3106_02105"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGIAAYETQIVLPVTSVIGLLVFQSTRVLEQVILTRSHTGRPEE
                     LHRSGRIITHLAFQLRIEAAVERVIVLLQSEGRYTCHSIAAIVIFQLQRRFIHSHYEE
                     TGVELASDSQILHHQLGDLRAQRPQHILLERYRVFTHRSRVKHLNQCEVLRAVFLHIY
                     VTQIEDRFTQQLGVSSCQLRAQRIVVLLGIAYTKRTQAILKRILESKAISLTLQCNEV
                     VYLGLLVDLVAILIQLTKLFTNRIHTEVSDVEVVLLTDVEEGIRSRISIHIELRIRRD
                     VTAVIYTTCIVEGIEIDYGSIRINPLVTQ"
ORIGIN      
        1 gagatggaat gaggagaaga tggtcaatga gaacgtggtt acctttgacg atacgaaggc
       61 gaacatgagt gcgaagaacg ccgctacatt catcgccctg ccgaagaagt acaagaacga
      121 tccgttactg ggttaccagt ggattgatcc ggatacttcc gtagtcaatc tctatgcctt
      181 caactatgca agtggtgtag atgacagccg ttacatctct acggatccga agttcgatat
      241 gaatgcttat ccgagaacgg ataccttcct ctacatcggt aagaaggaca acttcgacat
      301 cgcttacttc cgtatggata cggttggtga aaagtttggt cagctgaatg agtatggcta
      361 caaggtcaac aagaagaccc aggtagacga cctcgttaca ctgaagcgtc aggcttatcg
      421 ccttactttc gagaatccgt ttaagtattg cttgggtacg ctttgtgtaa gcaatgccga
      481 gcagcactac tattctctga gctcgaagtt gacagctgct tacaccaagc tgctgggtaa
      541 accgatcttc tatctgcgtg acgtatatat ggagaaagac ggcacgaagg acttcgcact
      601 ggttcaggtg cttgacacga ctgcgatggg taaagactct gtagcgctca agaagtatat
      661 gctgcggacg ttgggctctc aaatcaccga gctgatgatg aagaatctga gaatcgctgg
      721 caagttcaac cccggtctct tcgtaatggc tgtggatgaa ccgacgctga agctgaaata
      781 tgactatcgc ggcaatgctg tgacacgtgt atcgaccttc agactgaaga aggacaatga
      841 cccgctctac cgccgcttca atacggagct ggaaggcaag gtgggtgatg attcgcccag
      901 aacgatgaag ttcttccgga cggccagtat ggctacgggt aaggattact tgttcgagaa
      961 cacgggtgct ttggaagacc agaagtccta ttacagaggt aactggaaga actatctggg
     1021 tctcgtaagc agcaataccc acccgaatgc gaagacttcg atctatgtgg atacggctta
     1081 cgtcaaccgt ggtacgggtt atatcaaacc gcagtacttg ctgatgattc gtccgaccgt
     1141 tgtgaacgac accttgggtt gcgacgagaa tggtgagttg accgttc
//
LOCUS       SEQF3106|MIQD01000233.1 1152 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1152
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgggcgccac tgatggtgtt gtcttcactg ccgcgtgtgg tgagtaccga tgaggaaatc
       61 tacctgccgg tgaacgtctt tgcgatggaa aacagcgtga agaacgtcac ggtaaaagtc
      121 gaggccacag gcaagctgcg cctcacggag ggcaattcgc agtcgatgac gttcaccgca
      181 ccgggcgacc gcatcgtcta cttcaagctc cgcactggcg ccgagacggg catcgggcgc
      241 gtcacggtga cggccacagg caacgggcac acctcgaagg agaccatcga gatcgatgtg
      301 cgtaacccca acccgccctt cttccacacc gtgacaggca tactgaatgc aggcgagaca
      361 cggccgttca tctacaccac gtcgggcgcc gtctttgccc ggatggaggt ggcgcgcatc
      421 ccctcgccca acctcagccg caggttagac ttcctctacg actatccgca ttactgcacg
      481 gagcaagtca cctcctgcgc catgccgttg ctcttcgtgc ccaccttccg cgaggtggat
      541 aagaaggagg gcgaggccat caaggccaat gtgcgccgcg ctgtgcaaga cctctacggc
      601 cggcagctgc ccaacggcgc cttcgtctac tggcccggca atgggcatga agacgaatgg
      661 gtgacgtcgt acgtcggttg tttcctcacg ctggctcgcg agaagggtta cgatgtgaat
      721 gccggtgccc tgagccgttg gaaggcatac caacgtcgcg ccgcgcagag ctggcgcccc
      781 ggacagaaga ccggcggccg ctatgtgtat gatcagtccg acttcgtgca agcctactgc
      841 ctctactcgc tcgccttggc tggttcgcct gagctcggtg ccatgaaccg gctgcgtgag
      901 agcaagacgc tctctatgca ggcgcggtgg agtttggctg cggcttatgc cttggcgggc
      961 aaaccggatg tagcaaacaa gctcgtcttc aagttgcctg tcaccgtcac gccatatgcg
     1021 ccgagcaacc ccacctacgg atcgtctgac cgtgatatgg ccatgatcct tgaggcgctc
     1081 gtgttgatga agcgcgatcg tgaggctttt gcgcaggcgc ggagcgtctc gcgcagcctc
     1141 gagctcgacc gt
//
LOCUS       SEQF3106|MIQD01000234.1 1151 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1151
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(615..1103)
                     /locus_tag="SEQF3106_02106"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQDATRADSTAVVDRDVWIDDRVVADLHVVADVSVGIDAAAAPD
                     DALLPDVGKVTYITALAHLSRRRDEGRGIDAFLLCPGLLHEMEQRGQRGVSVWHTQQR
                     GSYVRRRVEVVVDKHDGRLRTIYIMFVFGIGKEGQGARFTFFYLREAIHFSCHIAIDR
                     PV"
ORIGIN      
        1 actattgaac taaaaaggaa aaatcggcac gtgcatctgg aacttaccta cacgattcgt
       61 tatagaaccc atgatttgag acctctgcaa aacgagcaca tttccacgca catctctgtg
      121 taatggctca ttctcttaga gatgtacgtg gaaatgtgct cgttttgcag aggtctcagt
      181 tttccatttg ctagcatgcc aggatcgcgg ggttgtaggg gcagatctag tgtccatcct
      241 gctggcaact cgcttccggg aggtatctct ttacgtcgaa tacacgtttt ataatgttcc
      301 ggcaaagtgt ttgccgtttc caaggctgat cttttgatac agcccccacc tacgcgatct
      361 ggcaacacga taaacgactc gccggcaaat gaaaaaatta aaatttctta cgctgggccc
      421 acgttaaatc cgggagaaga agatcgatgc cctgtcaaat ttcatcagca taaagaggtt
      481 tttagaagct atgtagatgg ctcattccga tcaagcgaaa acctctttca tattcaaaac
      541 agcttctacc tttggcgcga ttaataacaa taagacacgg aatggagttt acggctcgac
      601 agatagctga gttcctacac gggacgatcg atggcgatgt gacagctaaa gtgaatggct
      661 tctcgaagat agaagaaggt aaaccgggca ccctgacctt ccttgccaat cccaaatacg
      721 aacattatat atatggtacg aaggcggcca tcgtgcttgt caacgacgac ttccaccctt
      781 cggcgcacgt aggagccacg ctgctgcgtg tgccaaacgc ttacgccgcg ttggcctcgc
      841 tgctccattt cgtggagcaa acccggacac aaaaggaagg catcgatccc tcggccttca
      901 tcgcgtcgtc ggctcaagtg ggcgagggcg gttatgtagg tcactttgcc tacatcgggg
      961 agcagagcgt catcgggcgc ggctgccgca tctatcccta cgcttacatc ggcgaccacg
     1021 tggagatcgg cgacgacacg atcgtctatc cacacgtcac gatctacaac ggctgtacta
     1081 tcggcgcgcg ttgcatcctg catgctggcg ccgtcgtcgg ctcggacggc tttgggtttg
     1141 cacccgagaa t
//
LOCUS       SEQF3106|MIQD01000235.1 1140 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1140
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             152..649
                     /locus_tag="SEQF3106_02107"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPTLLLLTALLLTACLPLRRAPRGTHSRVDSVFVQRLVPVPVP
                     PDTSLMRALLRCNAEGRIAMERLSIATTRNARLAFLLDSLGELRVETIVRHDTVWARA
                     DSVFLTRDVVREVVREVERKPTRWERFIHGFGVGAFWVCVGAAIFGLAWLAIRLYRRR
                     LPLGR"
     CDS             838..1134
                     /locus_tag="SEQF3106_02108"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIDFSNVNIEMELGVFQPRDTRSEFANVVFQAATTLELDTLA
                     RKIFRTSKGELLELSDGEFEQLTAALRHAGYRYSVIRDLEAADQSEKPTPKDEK"
ORIGIN      
        1 gtgggcgatc tccgaccgcg agcgcgaaat catcgcccag ctgagcgccc attaattcca
       61 cgctctaccc tataactacc cgggcaccca caaggggtgc ccctacaacc agggtgccca
      121 caaggggcgc ccctacaacc cttcaaccac aatgaaaccc accctgctgc tcctcactgc
      181 cttgctgctc accgcctgcc tccccctccg acgcgccccg cggggcaccc attcacgcgt
      241 cgacagcgtc tttgtgcagc ggctcgtccc cgtgcccgtc ccgcccgaca cgtcgctcat
      301 gcgcgccctg ctccgctgca atgccgaggg gcgcatcgcc atggagcgcc tctcgatagc
      361 caccacccgc aacgcccggc tggccttcct cttagatagc ctcggcgagc tccgcgtcga
      421 gaccatcgtc cgacatgaca ccgtctgggc acgtgccgac agcgtcttcc ttacccgcga
      481 cgtggtgcgc gaagtcgtcc gcgaagtgga aaggaagccc acccgctggg agcggtttat
      541 acatggtttc ggcgtgggcg ccttttgggt atgcgtcggc gccgccatct ttggcctcgc
      601 ctggctcgcc ataaggcttt accgccggcg cctgcccctc ggccgataaa gaggggctgc
      661 gccccggttt atttgttgaa ttgtttattc gtttaggtgt tggggggctg cgcccccgtt
      721 taggcgttta ggcgttcaac ctccaacaat tcaacatctc aacggggcgc agccccaaac
      781 agttcaacag ttcaacatct caacgcggcc gaaggccgca taactacaca tcgaaatatg
      841 aaacgaattg acttcagcaa cgtaaacatc gaaatggagc tcggcgtctt ccaaccgcgc
      901 gacacacgct ccgagttcgc caacgtcgta ttccaagccg ccaccacctt ggagctcgac
      961 accctggcac gcaaaatctt ccgcacctcc aagggcgagc tcttggagct ctccgacggc
     1021 gagtttgagc agctcacagc cgcccttcgc catgccggct atcgctattc cgtcatccgc
     1081 gacctcgagg ccgccgacca gtctgagaag cccacaccga aagacgaaaa gtgatatgaa
//
LOCUS       SEQF3106|MIQD01000236.1 1139 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1139
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             386..937
                     /locus_tag="SEQF3106_02109"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKYRMPYDKHVEEHPHMASFVASVNGNDFLTDPTGSRRFLPFE
                     VLSIDIDRAKAVSMDAVYAEAKSLLQSGYRYWFNDEEIAELYRESEAFQVQTAEMELL
                     LRCFELPITDSDCSYLTTTEILTYLGAYTRQPLTAKRMGEALKRAGYIEVSRRRNGGS
                     PLYVYKVRKILPCPLLQICSSNM"
ORIGIN      
        1 ctttcactgc cattttgtct tgctgaaggt gtaaatcact ctcttgtaag ccctgctccc
       61 cgaagaaatc ggccgcaaac ggacgcaaca ttatgccgga cagcactgca tgcttggatg
      121 ccggggatgc tcatcacact ttcacccccg gaaactcatc ccaaccagcc atgaagaaac
      181 aggcagatag aagcaacata aacgccgatt ctatgcttcg gaaggcttcc caacctccgg
      241 aatcattgat tctgcgcctc ggaaggcttc ctaaactcac ccataaaatc cgttatagag
      301 ccatctcatt atcaacatcg acgaccagct caaggcgctc aacaaacggg atgaaaacga
      361 actgaaaaac ctgatcacct gcccaatggt caagtaccgc atgccctacg acaagcacgt
      421 ggaggagcat ccccacatgg cgagtttcgt ggcctcggtg aacggcaacg actttctcac
      481 cgaccccacc ggcagcagac gcttcctgcc cttcgaggtg ctttccatcg acatcgatcg
      541 ggcgaaagca gtctcgatgg acgccgtcta tgcggaggcc aaatcgctgt tgcaatcggg
      601 ctatcggtat tggttcaacg atgaggagat tgcggagttg taccgcgaaa gtgaggcgtt
      661 ccaagtgcag accgcagaga tggagcttct actacgatgc ttcgagctac cgatcaccga
      721 cagtgattgc tcttacctaa cgacgactga aatcctgact tacctcggcg cctacacgcg
      781 ccagccgctc acggccaaac gcatgggcga ggcgctgaaa agggccggat acatcgaggt
      841 cagccggcgg cgaaacggcg gcagcccgct gtatgtctac aaagtccgaa agatcctccc
      901 ctgtcccctc cttcaaatct gtagtagtaa catgtagtta gccgcgtagt gacttcgatt
      961 tgcatggatg ctattggaaa acaatcgatt atggcgattg tagtttgtag taagaagaaa
     1021 cccaaaagta cgggtatttg atcttaaatc acttgcattc caataaaaca ccacaccatt
     1081 tcatcaccca tctcaatgtt taatcaccat gaaagaagaa aacctatcga ccatcaagc
//
LOCUS       SEQF3106|MIQD01000237.1 1135 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1135
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             25..966
                     /locus_tag="SEQF3106_02110"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEENLSTIKQFPITAYLESKGITPVRRLATYAMYRSPLRDEHH
                     PSFKVDTEKNLWIDYAEGCGGSIIDLYMRLEGCTCPEAIRCLGQMIFGRTTNDYPRTE
                     FHRHSPERTDGGRKLIGISDDLPPHLQDYLTKERRIDLGRARSFLRCVRYEVRGRTYE
                     VIGFPNASGGYELRGAGLFKGTLAPKDITPIFPDGRQPVCLFEGFMDFLSFLSMKEKV
                     GSHCLVMNSVANVGRCIRYLHERHITALRTFLDNDDAGRRTLSIFIEAGFQVEDMSIH
                     YRGCKDLNEFHVNRIRRLQEQAPITTKPSHTIKQKRR"
ORIGIN      
        1 cacccatctc aatgtttaat caccatgaaa gaagaaaacc tatcgaccat caagcagttc
       61 cccatcacgg cgtacttgga aagtaaaggc atcacgcccg tccgacggtt ggcgacctac
      121 gcgatgtatc gctcgccgct gcgggatgag caccacccga gcttcaaggt agacaccgag
      181 aagaacctgt ggattgacta cgccgaaggc tgcggaggaa gcatcatcga cctctatatg
      241 cggctcgagg ggtgcacctg tccggaggcc atccgctgtt tggggcagat gattttcggt
      301 cgcacgacga acgattaccc gcggacggaa tttcaccgtc atagccccga gagaacagac
      361 ggaggaagaa aattgatcgg catatcggat gaccttccgc cacatttaca agactacctg
      421 acaaaagagc ggcgcatcga cctcggtcgg gcacgatcct tcctccgatg cgtccgctac
      481 gaggtgaggg gacggacgta cgaagtcatc ggctttccca atgcctcggg cggctatgag
      541 ctacggggcg ccgggttatt caaagggaca ctagcgccga aggacatcac acccatcttt
      601 cccgacgggc ggcagccagt ctgcctcttc gaaggcttca tggacttcct ttcctttctt
      661 tcaatgaaag aaaaggtcgg tagccattgc cttgtaatga actccgtggc taatgttggg
      721 cggtgcatcc gttacttgca cgagcggcac atcacggccc ttcgtacgtt cctcgataac
      781 gacgacgctg gaaggcgaac cttgagcata ttcatcgaag ctgggtttca ggtggaagac
      841 atgtccattc attatcgcgg atgcaaggat ctcaacgagt ttcatgtcaa ccgcatccgt
      901 cgcctacaag aacaagcacc aatcacaacc aaaccatccc acacaatcaa acagaaaagg
      961 agatagcaac catgaaagag aaaaacacca acaaagcgga ccgggcgttc cttgacgtct
     1021 atacaagcag taaccgcctg aatgcatggc atgcagtgat tacaagaaac atacagggtc
     1081 tgtaccagag cgtgacgacg gtaatgcaag acgtcagttt gttcccacaa actgc
//
LOCUS       SEQF3106|MIQD01000238.1 1130 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1130
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(662..1093)
                     /gene="lpxD"
                     /locus_tag="SEQF3106_02111"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0CD76"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-3-O-acylglucosamine N-acyltransferase"
                     /translation="MVIEDEVEVGANTTIDRAVMESTIIRRGVKLDNLIQIAHNVQIG
                     ENTVMASQVGVSGSTKVGSHCMVGGQVGLGGHIHIGDGTQIGAQSGIISNIDAGARIM
                     GSPAMPLKTFFRSSIALRKLPDMYLELDRLRKEVEELKKKL"
ORIGIN      
        1 tccaagtcgc cgcccttgat cagcccgttg tggaggagca tctcaatctc acggacaaaa
       61 acaaaggtgc gtgaggctgc tacctcgtcg gcaaactggc tgagatccgt cagcgtggcg
      121 tattggttgg agaggacggg cgaatcgaaa tcgatgagca cattcatgct gaatttatcg
      181 tcgggcagga tggtgagcga cgagcccgtc ttctcgtctt tcacttccat cttgtgacgc
      241 acgatgtaat agtcgcgcgg ggcattctgc tccactaagc ccacaccgcg gatgccttcg
      301 gagaagggcc gtgcgctacc gtcgaggatg gggaactcgg gggcgtctac ttcgatcagg
      361 cagttatcca cctcccaagc gtagagcgca gccatggcat gctcgatggt gctgatctgc
      421 acatccttct ttcccaccac ggtgccgcgc tgcgtgttga ccacgttctc ggccagcgct
      481 tcaacgatgg gtgcctcttc caagtcggtg cgtttgattt gatacccgtg attctccggg
      541 gcaggcttga aggtgatatg tatgtcgata cccgtatgca ggcctttgcc ctgcaatgaa
      601 aattcggacg cgagtgtctt ttgcttctgc atgatgaatt gtgtagttat ttaataggtg
      661 gtcataattt ctttttcaac tcttcgactt ccttacgcag gcggtcgagc tccaggtaca
      721 tgtcgggcaa cttgcgtagg gcaatgctgg agcgaaagaa ggtcttgagt ggcatagcgg
      781 gtgaacccat gatccgcgcc cctgcatcga tgttgctaat gatgcccgat tgagccccga
      841 tctgcgtgcc gtcgccgatg tggatatgtc cgcccaagcc tacctgcccg ccgaccatgc
      901 agtggctgcc gaccttcgtc gatcctgaca cgccgacctg tgaagccatg acggtattct
      961 cgccaatctg tacgttgtgt gcaatctgga tcaggttatc cagcttcacg ccccgacgaa
     1021 tgattgtgga ctccatcacg gcgcgatcga tggtggtatt ggcgcccacc tctacctcgt
     1081 cttctatcac cacgttgccc aattgcggga tcttgcgata cgacccattc
//
LOCUS       SEQF3106|MIQD01000239.1 1116 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1116
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggcagctcct caaccggcgc ggcgcatacg acgaggcggc gcgttacttc gcaaaagctg
       61 ccgaagtgtt tgccgcacgc aaagacatgt acaacgaaag ccgcgcgcgc atggggcttt
      121 acgaggccct gaagacaaac caccccgacg aggccggcca acacctgctg cgctatgcca
      181 cgctgaaaga ttccatctat cgccacgaca tggagcagaa cgtgagtcac tacaacgtga
      241 ggtataaaac cgaagagctg gccctgcaac aagcccgcga gcgcgccgag aagcgcgtca
      301 tactgatcgg aggcatcgcc ctcatcgccg tgctgctcat cgtcgtggcg actctcatct
      361 acatgggcca ggtgcgtcgc cgcaaccacc tcatcctgaa acaagtcagc cgcctgcgcg
      421 aagacttctt cacgaacatc acccacgagt tccgcacacc gctcaccgtc atcctcggcc
      481 tcagccgcga gctgcaaaca ccaaccgacg atccggaaga taccgctgac aaggcccgaa
      541 ccatcgagcg acaaggcaac ggcctgctcg cactcatcaa ccaactgttg gacatctcca
      601 aaatcaagtc agccgtgggc aacaccgact ggcgcatagg caacatcacg gcctacctct
      661 ccatgatcat ggagagctat cgcgactatg cccgcagccg caacatcacc ctgcaattca
      721 tctcgaaaga agcggtggag atggactttg tgccggatta tatggtgaag gtgatgaaca
      781 acctgctctc taacgccttc aaattcacgc cagcctatgg caaggtgaac gtcctcacgt
      841 ggcgcaaggg cgaccagttc ttcatcgacg tctcggacac aggccgaggc atcggctcag
      901 aggccctctc gaacatcttc aagcccttct atcaagccgg gagcgatgcg aacaacatcg
      961 gcacaggtgt gggcctggcg ctcgtcaagc aaatcataga tgccgtggag gggcagatca
     1021 ccgtcgagag cacactcggc cggggcacca ccttccacct ccgtctgccc atccatacgc
     1081 attgccgcaa gtccatcgcc acccccaccg cacaac
//
LOCUS       SEQF3106|MIQD01000240.1 1089 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1089
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             186..374
                     /gene="xerC_7"
                     /locus_tag="SEQF3106_02112"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39776"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MARHTFASQMTLAEGVSIESVSKMLGHSEIKTTQVYAETSPERI
                     FKDVTRILPAIAHYHLTN"
ORIGIN      
        1 gtcacattcc cctgctgccc gaggcgtcag cgatcatcga gcagtacagg ggcatccaca
       61 cgcgagcctt tcgccatgag ccgcccgagg gctatctcct tccgatcccc ggctgcgaca
      121 ccgtcaatat tcatctcaag aagatcgccg cgctttgcca catcccgaaa cggttgacct
      181 tccacatggc ccgccacacc ttcgcctcgc aaatgaccct cgccgaaggg gtgtcgatcg
      241 agagcgtgtc caagatgtta gggcatagtg agatcaagac gacgcaggtc tatgccgaga
      301 cttctccgga gcgcattttt aaggacgtca cgcgcatcct cccggcgatc gcccattatc
      361 atctaaccaa ttaataccct acgaatccaa tgaaaagtac cttctcgatc ctcttctaca
      421 tcgaccgaag caagccgagc ggcgaagggc tgtgcctcgt tcgctgtcgc atctcgtgca
      481 atggccggac ggcctcgttc tccacccggc aacagacttc accccatgat tggctggcga
      541 aaaaagggag agtgggcccc acatccgcgg tggctcatgg tgtcaatcat gcactgagtg
      601 acattgaaca acgattgaat gcactctatg agcgcacgct ccgggaggaa caatacatca
      661 cggccgagta cctcaaggag caatacctac gtcaggacaa gccgcggcag acgttcgccg
      721 acatttactc ggctctttgt gaggagaagg cggcccataa aagcaaggcc acagcgcggg
      781 gctttcgaga cagctacaag agcttcgtcc gcttccttga cacacgcggg ctgcgacgct
      841 gtttacctca cgaggtggac aaggcgatga tagaagacta ccgcctctac atgctgcgcg
      901 acttgggcta taaggtgagt tcggtggccg tctacctgag gcgtctacac caagcctttc
      961 ggcgggcgat gctggaggcg ggacttcgag aggatccgtt cgacctgatc gacatcgaga
     1021 ccccgactta cgaacgcaac gccctcagcg ccgaagacct gcaacggctc ttggcgtacc
     1081 gcccgcatc
//
LOCUS       SEQF3106|MIQD01000241.1 1072 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1072
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccggtattgc catccttcgt tctcaatggg acagcaagaa ggagcgtgtg aaaggaagaa
       61 gcacggaagt gctcagcctc aatctcgaat tggacaacat ccaaaacgga ttgcagaaca
      121 tcttcaggag aatggagttg ggcgactacc tatccttaga gcgcatcaaa atggagttcc
      181 ttgggaaaaa agaagacatc ggtacgatca tggagctttt cgacaggcat attgccgatg
      241 tcaagaagca agtcggcgtg tcggtttctg ccgcgacatt gcagaagtac aatgtgtgca
      301 aaaagcattt cacggccttc ctgaaaagca agtacagccg caccgactta aagctctccg
      361 aactgaccta cgtcgtgctt catgatttcg acctatacct tcggacaact gtcgggcaag
      421 cgcacaacac agctaccaag acactgaaaa ccttcaagac cattacaatc ttcgggggga
      481 agctcggcgt tctccaccac gatcccttcg ttaatctccg cttccacatg gagcctgtgg
      541 ataggggctt cctgaccgac gaagagatcc tccgggtagc caacaaggat ttgggtatcc
      601 agcgattgga attagtgcga gacatcttca tcttttcctg cttcactgga ttggcctaca
      661 tcgacgtggc caacctcacg ccagaccaca ttgtgacgat ggacgacaaa cagtggatca
      721 tgaccaagcg acagaaaaca agcgtggaaa ccaatgtgct gctcttagac attccgaaat
      781 cgatcattgc aaaatacagc cacaagacgt atcgggacgg taagctcttt cccgttttga
      841 cgaatcagaa gaccaattcg tacctcaagg agatcgccga cctctgcggg atcaaaaaga
      901 agctgacttt ccatcttgct cgccacacct ttgccaccat gtcgctaagc aaaggcgtcc
      961 ccatcgaatc cgtttccaag atgttggggc atacgaacat tcgcacgacg cagatctatg
     1021 ctcgcatcac aaacaagaag atcgaacacg acatggagca actgtccgag aa
//
LOCUS       SEQF3106|MIQD01000242.1 1070 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1070
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             111..1055
                     /gene="Int-Tn"
                     /locus_tag="SEQF3106_02113"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P22886"
                     /codon_start=1
                     /transl_table=11
                     /product="Transposase from transposon Tn916"
                     /translation="MIKPTITFRELAALWLADKKLYVKRATHAVYALQLEKHLLPAFG
                     KAYAIDEDAAQAFVLSKINAGLSLKTVKDLIVVLKMVCSYGAKHHGWSGTAIKVCYPT
                     ARTNTRPIVLTRSHQCRIMRFITEHFTFRNLGILISLSTGMRIGELCALKWSDIDPVE
                     KVVHIRRTLQRIYVIDPDGSRHTELIEGIPKTRNSIRDIPLSDDLCQLFKPLLHTIHA
                     DFYVLTNGPKPTEPRSYRSYYNALIDRLDIPHLKFHGLRHSFATRCIESGCDYKTVSV
                     LLGHAHISTTLDLYVHPNLDQKRCCIDRMSRSLTERPE"
ORIGIN      
        1 cacttccttc cattcgtcgg tgaagccggg gaatcgcaaa gggggatact tgaggatggc
       61 agcgctttct ccctatcttg attcccatcc actcaaaaac aataggaatc atgatcaaac
      121 caaccatcac cttcagagag ctggcggcgc tttggctcgc cgacaaaaaa ctctacgtca
      181 aacgcgctac acacgccgtc tatgcactcc aactcgagaa gcatctattg cccgcctttg
      241 gcaaggcgta cgcgatcgac gaggatgccg cacaagcctt tgtgctatcc aaaatcaacg
      301 cagggctgag tctcaaaacc gtcaaagacc tcatcgtcgt gctcaagatg gtatgcagtt
      361 atggtgcaaa gcatcacggc tggagcggca cagcaatcaa agtgtgctat cccaccgcac
      421 gcacgaacac gcgtcccatc gtcctcaccc gcagccatca gtgccgcatc atgcgcttca
      481 tcaccgagca tttcaccttc cgcaaccttg gtatactcat tagcctaagc accggcatgc
      541 gcatcggcga actctgcgcc ctgaaatggt cagacatcga tccagtagag aaggtcgtcc
      601 acatccggcg taccctgcaa cgcatctacg taatcgaccc cgacggatcg cgccacacgg
      661 agctgatcga aggcatacct aagacaagaa actccatccg cgacattcct ctgagcgacg
      721 acctctgcca actcttcaag ccgctgctgc acaccattca tgcagacttc tacgtgctta
      781 ccaacgggcc caaacccact gagccgcgca gctatcgttc gtactacaat gcgctaatcg
      841 accggctcga catcccccac ttaaagtttc acggactcag acacagcttc gccactcgat
      901 gcattgagag cggctgcgac tataaaacgg tcagtgtcct tctcggtcac gcccacatca
      961 gcaccaccct cgacctctac gtgcatccca atctcgacca aaaacgttgc tgcatcgacc
     1021 gtatgagccg ctcactcacc gaacgccccg aataatccca acctgcaagt
//
LOCUS       SEQF3106|MIQD01000243.1 1064 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1064
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(103..945)
                     /locus_tag="SEQF3106_02114"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEHVRSTRIMRSLEAKFGLLPSQKKAGVSVKPSAVEIGAGDIKR
                     QVAAAVQYVLGRYAFQSVGEMNLLLTRFRVTAEEVKTERKGRPFDGIVYAATDTDGHK
                     ICTPIKASEIGRQVSYATLRRHFEQSKSVVRERAGAIRRAIADVMQTSPDRAEFIDRM
                     RGHGIETVLRSNAAGRLYGITFIDDANGIAVNGSRLGKGFAANVFNAYFAGEPNPFLE
                     MSRPKEKEEQTAAVEELTESPNDMPPTEIDLSLQVHGADLRELAFQRRLRNRARVRLR
                     RKPR"
ORIGIN      
        1 ccctcagggt tcagcgctac tttttttcaa gtaggactaa accctcaggg ttcagcgcta
       61 ctttttttca agtaggatga aaccctccag agttcagtct tgctaccgcg gttttcggcg
      121 taaacgcacg cgggcgcggt ttctcagccg acgctggaag gccaattctc ggaggtcggc
      181 gccgtgtacc tgcaaactga gatcgatctc cgtcgggggc atgtcgttcg gactttctgt
      241 cagttcctcc accgcagcag tctgttcttc tttctctttt ggccggctca tttcgaggaa
      301 cggattcggt tcgcccgcga aataggcatt gaacacgttc gccgcgaatc ccttcccgag
      361 gcgcgaacca ttgaccgcga tgccgttcgc gtcgtcgatg aaggtgatgc cgtacaggcg
      421 tcccgcggcg ttgcttcgga gcacggtttc gatgccgtgc ccacgcatgc ggtcgatgaa
      481 ctccgcacgg tcgggcgacg tctgcatcac gtcggcaatc gcacggcgaa tcgctcccgc
      541 ccgctctcgg acaacgcttt tcgactgctc aaagtggcga cgaagcgtcg cgtaactgac
      601 ctgccgaccg atctcggagg ccttgatcgg cgtgcagatc ttgtgcccgt cggtatcggt
      661 tgccgcgtag acgatcccat cgaagggcct acccttccgc tccgttttga cttcctcggc
      721 cgtcacacgg aaacgcgtaa gcagcagatt catctcaccg acagactgga acgcgtaccg
      781 cccgagcacg tattgcacag cggccgcgac ctgccgcttg atgtcccccg ctccgatctc
      841 aacagctgat ggtttgacag aaacgcccgc cttcttctga ctggggagga ggccgaactt
      901 cgcctccaaa ctccgcatga tgcgggtgct tcggacgtgc tccatcgcgt cccggatctt
      961 gctgccgtcg tgcctgaccc gcgtcgagac aaggtggatg tgttcccgag cgatgtctcg
     1021 gtgcttgaac acgatgaagg gctgatcgcc gtaaccgaga cgac
//
LOCUS       SEQF3106|MIQD01000244.1 1058 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1058
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             5..280
                     /locus_tag="SEQF3106_02115"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQGLHSLFIVYEMITQGLHGLFIVYEMISAPPMGRASMDGANDY
                     SLPGVSPRAIVRRPYRAPHPNMPGSIINDYPEDTGQHGTALPLIIDH"
     CDS             403..1050
                     /locus_tag="SEQF3106_02116"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKYCIALAASLILALGGEKAAACTDLIVGKKASVDGSVIISYA
                     ADSHTLYGVMYRWPAATHPKGAMLDVVEWDTGKPLGRIPQVERTYSVVGNMNEHQVAI
                     TESTFGGRPELVDSTGVMDYGSLIYIALQRSRSAREAIKVMTDLVAAHGYHSSGESFT
                     IADKNEVWIMEMIGKGPGSKGAVWVAIRIPDDCISGHANQARGRQRRGEVHRLRQ"
ORIGIN      
        1 gaccatgcaa ggcttgcaca gccttttcat agtgtatgaa atgatcacgc aaggcttgca
       61 tggccttttc atagtgtatg aaatgatcag cgcccccccg atgggtcggg catcgatgga
      121 tggggcgaat gattattcgc tacccggggt ttcgccccgg gctatcgtcc ggcgccccta
      181 cagggcgccc catcccaaca tgcccggatc aattatcaat gattaccccg aagacacggg
      241 gcagcatggc accgccctac cattaatcat tgatcattaa taattgaccg tctaacccca
      301 tgacaggcct gttcatcctt caaatgagcc cttagcaatt cgtctacctt tggccgcaag
      361 atttatttac aactaatccg agaaacatca aaaaagaatc gtatgaagaa gtattgtatc
      421 gcattggcgg cctcgctgat ccttgccctg ggcggggaga aggccgcggc ctgcaccgac
      481 ttgattgtgg gcaagaaggc atccgtagac ggatcggtga ttattagtta tgcggctgac
      541 tcgcacacgc tttatggcgt gatgtatcgc tggcccgcgg cgacgcaccc caagggcgcc
      601 atgctcgacg tggtggagtg ggacacaggc aagccgctcg gacgcatccc gcaggtggaa
      661 cgcacctact ccgtggtggg caacatgaat gaacaccaag tggccatcac cgaaagcacc
      721 ttcggcggac gccccgagtt ggtcgactcc accggcgtga tggactatgg cagcctgatc
      781 tacatcgccc tgcaacgctc acgctcagct cgcgaggcca tcaaggtgat gaccgatctc
      841 gtagccgcgc acggctacca cagcagcggc gaatcgttca cgatagccga caagaatgag
      901 gtttggatca tggaaatgat cggcaagggg ccgggcagca aaggcgctgt gtgggtggcc
      961 atccgcatcc ccgacgactg catctcgggg cacgccaacc aggcgcgcgg aagacaacgc
     1021 agaggagaag tgcatcggct ccgtcagtga actctaca
//
LOCUS       SEQF3106|MIQD01000245.1 1058 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1058
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             334..525
                     /locus_tag="SEQF3106_02117"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVNLAFTSATSMSPTMFEMMAVSSRSGLFCGDLSYFCKTASSC
                     CAAVALASSGKPVKIRTCP"
     CDS             808..990
                     /locus_tag="SEQF3106_02118"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSNRGWLKALSRNISSNRGWLAVLSRNISFTDLRLGVLLKTLAK
                     KMKKAGCTLGGGAYPA"
ORIGIN      
        1 ggatccttcg gcttggggtc tttggggtcc ttgggttgct tggggtcctt gggctgcttg
       61 gggtccttct ttttcgtttc tgggcgctcg gccaagatgg cctgctgcac gtccgcgttg
      121 atactgtcca tcagatgctt gtaggggcct tcgccgccaa gtacggccag cgcattaatc
      181 gtgtgcgcca gatggcgata ctcgttatcc agcgccaagc gcttctcctt ggtttgcccc
      241 acgaggtcca tgttacgctg tgtgcggaca ttgtaggttg cctcgaattt cgtgttcgct
      301 tccttgagtt catctaacca cttgtcggca ccgatgagtg tcaacttggc cttcacctca
      361 gccacctcca tgtctcccac aatgttcgag atgatggccg tctcttcgcg cagcggcttg
      421 ttttgtggcg acttatcata cttctgcaag acggctagca gctgctgcgc ggccgttgcc
      481 ttggcctcct cggggaaacc cgtgaagatc cgcacatgtc cgtagagccc caccaacgct
      541 ttgtcacgcc gttcgtcgag cttcatcagg tcgctcgtgt cgacattgcc acgcatgggt
      601 tgtactgccg cgtcgaacgc cttgtacttt tcatcgaaaa gcttagctgc atctttcagc
      661 ttaagcgtct ctaaatcttc ctgagaaagg aagtgttgca cattcgtcat cgcctgatag
      721 aagttcatca ggcggagtct cgttagattg aaatacaaaa tcatagatgt aacatattga
      781 gttaatgatc cgatataaag aagcaacatg tccaaccggg ggtggttgaa ggcgttgtcg
      841 cgaaacattt cctccaaccg ggggtggttg gcggtgttgt cgcgaaacat ttccttcacc
      901 gaccttcggt tgggtgtatt gctgaaaacg ctggcgaaga aaatgaaaaa ggccgggtgc
      961 acgctggggg ggggcgcgta cccggcataa ccattaattc aatttacccg gggtttcgcc
     1021 ccgggctatc atccaccggg cctacagccc ggatgggt
//
LOCUS       SEQF3106|MIQD01000246.1 1047 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1047
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             127..849
                     /locus_tag="SEQF3106_02119"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRLAAILLDEGFVRDGIDEAEAGEAERDEQAHGVARGPGRGVE
                     GRLRDGDFGVDQFIPFAILELHRQAALHRRDRLPFYSDLIRIDGRQEGVGGHHLGEFG
                     DVLYGLAVVAARGVGVVDLDDVAVAILGAELGLAQAVAAVLDVAVEARLARCGRPPAF
                     EGRRVDGVLAFVEGLTEVEELDEAHLLDGWRLVGIRSVEHIVRRAQLATGIPLVGREV
                     AHSLPDEVGVGDIGFGLRFVAA"
ORIGIN      
        1 ctcaaggagg gcagcctcgg tcaggtcgta gttgaagcgg cggacgcgct tccggccgtt
       61 gagcacgctg tagccctcat cggtcagggc gccgttcttc caaatggcgg ggttgagctt
      121 ggcaccatgc tgcgcctcgc ggcgatactg ctcgatgagg gcttcgtccg ggatggcatc
      181 gatgaggccg aggccggaga agctgagcga gacgagcagg cgcacggcgt agcccgaggg
      241 cctgggcgag gtgttgaagg ccgactgcgg gacggtgact tcggggtaga tcaattcata
      301 ccgttcgcca tcctcgaact gcatcggcag gccgctctcc atcgccgtga ccgtcttcca
      361 ttctattctg atctgatccg gatcgacggg cggcaggaag gggtgggcgg ccatcacctg
      421 ggtgaatttg gtgatgtgct ctatggcctt gccgttgttg ctgcccgggg cgtcggggta
      481 gtagacctgg atgatgtagc cgttgccata ctcggggcgg aacttggttt ggcgcaggcc
      541 gtggccgccg tactggatgt ggcagtcgaa gcacgtcttg cgcgatgcgg ccggccccca
      601 gcctttgaag ggcggcgtgt tgatggtgta cttgcgttcg tcgaaggcct caccgaggtt
      661 gaagagctcg atgaggccca tcttctcgac ggctggcgtc tcgtcggcat acgatccgtt
      721 gagcacattg tccgtcgtgc ccaactcgcc accgggatac cactcgtcgg ccgtgaagtt
      781 gcccacagcc tgcccgacga agttggcgtc ggggacattg ggttcgggct tcggttcgtc
      841 gctgcatgaa gccaagagca agagcccggc taaggcgcag ggaataaggg ggtgtcttgt
      901 tgtcatatta ctatttgcta agaggggggg gaatgatcaa ttattacagt caagcagaaa
      961 gggttagcaa aaattggacg tgtacccggc gcggcctgaa gggccgccag acgatagccc
     1021 agggtagagc gacgccaaag gcggagc
//
LOCUS       SEQF3106|MIQD01000247.1 1041 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1041
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 atcgttcacc ctatcgggcg tgacggaaaa agtgtggata aaagcattca cttcttcgca
       61 ggctttcttc ttattcaaga ataattggta gcggtagtcg tcggcaagac ctaaacgata
      121 ggcacgctcg gtgaggcgca tgtcggcatt gtcttggcgc aacagaatgc ggtactccgc
      181 gcgggaagtg aacatacgat atggttcgtc gacgcctttt gtcactaagt cgtcgatcag
      241 tacgccgata taggcttcgt cgcgtcgcaa gacgaacgtc tcgtccttgg aatggcaacg
      301 cagatgcgca ttaacaccag ccactaaccc ctgccctgct gcctcctcgt atccagtcgt
      361 gccgttgatc tgcccagcaa agaagagtcg cttgatgcgc ttcgtctcaa gcgtgtgaag
      421 cagttcagtc ggatcaaaga agtcgtattc aatggcgtaa ccggggcggt agagatggac
      481 gtcgcggaag gctggcaact gctgcagtgc cttcagttgc acgtcaaacg gcaacgacga
      541 tgagaagcca tttaggtaat actcgttcgt tcgttcgccc tcaggctcga ggaagagttg
      601 gtgctgcggc ttgtcggcaa agagcatgat tttcgtctcg atgctggggc agtagcgtgg
      661 accaatgctc ttgatacttc cgttgtaaag cggcgactcg gagagcccgc cgcgcaagac
      721 ttcatgacaa gcaggattcg tgtaaagtgt ccaacaactc aattgcttga gttcgctgtg
      781 aacagtatcc aaataggaaa atcgacgatg atcagtatct ccgggttgtt ccgtaagctc
      841 ctcgaaatgc acgctgcgcc catcaatacg gacaggcgtg ccggtcttca tgcggtcggc
      901 agtgaaacca agcgagacaa gctgctccgt gagacctgtc acggctggtt cagccatgcg
      961 gccaccggag aatcggacac ttccgatatg tatcaaacca ttcaagaatg taccgttggt
     1021 cagcacaacg caccgggcgg g
//
LOCUS       SEQF3106|MIQD01000248.1 1039 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1039
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtcttcacgc gcggcttgcg gatccaagtc attccaccct cctcgatcag atgttccgcc
       61 gtcaagtggt aaatgtccgt gtaagagagg cccgtgaagc aggaaaagag gaacatatct
      121 cgggatacaa gctcgtaact ccccagctgc gagtcgtcca agtcgatgat gcgccgcagc
      181 tcgtccttgg tgatgtagcg cggtgtgccg acgtcccatc ggatggagta acccatgaaa
      241 ggataggtgt caatgacacg ccttttgtat gagtctttga ggagcgacgc cagcacggta
      301 agatagccgg cggtggtgtt gagtttgaag gccttctcct gcgcgaagta ggcctcgaga
      361 tcctcgataa aggtccggcc tgccttgcgc acggggaagt cgctcactcg gtagcgatgc
      421 cgaaggaagg cttcgagatg cccccgaaaa acccggagga acttgtacct gcgttcgcta
      481 cgatccaccc ccacccgctc ccgaaagcga gcaaggtatt cctccaaatg ataaagcagg
      541 ccttggcagt cgctctgaag tcctaagacg agggccttga cctcttcggc ggttacagcc
      601 tcgccttcct tcttccgcaa gtcctcatag gctcggcaga cactgacctg caggctgtcc
      661 agctcggcgt ttacggccac cgcctcggcg cttttcccga cgagccgatg cttacgactg
      721 tcccaaagcg acggcgagca ggccgtctta caactgaatt gtaccatcgt tcgccccaca
      781 ctgaggcgcg ccataatcgg gcttttgccc gccttgctct ttgccccccg tttgaggtaa
      841 aagagcagct tcaacgtttt ttctttcatc gttttgtggc ttacaaagtg gaaccttaaa
      901 agagatactt gtcgctacgc aaaacactga atgcaagaga aaaagactcg gtttagttac
      961 cttattttgc gtcctcttgc cgaaaggcaa aaaggggaac gattaggtaa ctgaactccc
     1021 tctttgaagc ccctttttt
//
LOCUS       SEQF3106|MIQD01000249.1 1030 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1030
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(353..658)
                     /locus_tag="SEQF3106_02120"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLFGVIEKIFSDYQVEQLVIEVGDLEWIKQRKERNLNFITEYY
                     RFRGVEVNREKIQFFQPHQRSQTILPQRIKALLPAKWLTYLALILGKSPYRSFFKVF"
     CDS             815..961
                     /locus_tag="SEQF3106_02121"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MESPLLHCIEIYIANRFPSFVPVANIDDCLGFVRGQVGFINKIN
                     LSRS"
ORIGIN      
        1 cgggtgccgt gctcgtcaag ggggagtaat ttaggagtcc gtaaggagca gattctggat
       61 aagcaggagc atgctcgaga aagtagtcta aaattccctt actaaagtct gctcttttgt
      121 gggagtttgg gtttgctttt tttgccaagt gataggaatg ttcatctctt gctagaaccc
      181 tttttgcata gtggaagaga aaggaagaaa ggagtttcgt tgtccatttc gtctggggtc
      241 caaaaccgcc ccatagttca aagcgtctct gcaggacgga tctcaagtag aggaatggga
      301 tatttcgtcc attgtgaggg aagggtctgg tttcctcgat cacttctcca cctcaaaaga
      361 ctttgaaaaa cgagcggtag gggcttttgc cgaggatcaa tgctaaatag gttagccatt
      421 tcgcagggag aagtgcttta attcgctggg ggaggatggt ttgacttcgt tgatgaggct
      481 gaaaaaactg aatcttttct cggttgacct cgactccacg aaagcgataa tactccgtga
      541 tgaaattcag atttctttct tttcgttgct tgatccattc taaatctcct acctctatta
      601 cgagttgctc cacctgataa tcagaaaaga tcttttcaat taccccaaaa agcagcattt
      661 catctcagaa attctgataa ccataatatc ctttgagata aatctgcatc ggtatctcgt
      721 attataaaag cgctctctgc tcccaaagca cgaacacatt ggaaaagagc gaggcaatcg
      781 ttagcggtcc aacccctcaa ggaaccggag aaatatggag agcccactcc tgcactgcat
      841 tgaaatttac atcgccaacc gctttcccag ctttgtgccc gtagccaata tcgatgattg
      901 tttgggtttt gttcggggac aggtaggttt catcaataag atcaatctgt cccgttcatg
      961 aaaagatgta ttccgcagat tgacaatatg ctttgatctc ggctgggtca tcatagatat
     1021 caaaagatca
//
LOCUS       SEQF3106|MIQD01000250.1 1027 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1027
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gatgcaaata acgacggaat ccctgattac caagctggag ataggaaatt gacaactgat
       61 ccagagtacg tcaagaaaat attagcggag ttagaggcga aaaggcgggc ggccgaaggc
      121 ggtaccgccc atcgaagcag cctccgatcg gcttctgttt ctcttccggc gtggaatatc
      181 catgacgata tgttggctca tacagacagg gtctattatg taggttgccc gtataataca
      241 gatacctctt cgactcataa gatcgatgaa cctttgatct atttcggtgc ggacgtagca
      301 ttccctcgcg aaagagctga tagcctcata gccgagaagg acatggagct tgttttcgag
      361 tatggaggtg tgttagaaga tacctgctta gtgggaggta aagcacaaaa agcgatctca
      421 cgcattcctt tcttaaagcc acgcgggaca gctcgtaagg atactgtgta tgctaacgaa
      481 ttgttcagtt gcgatccgat gatgtttacc cggattaaag aagatggtat ggccgtattg
      541 aaattgtatt tcgttaagaa gggaactgat tcactggtga attcttatgg caatgatacc
      601 agctacttca gaagaggagg tagcggagga gctgttcaag gtttttggtt taatcagcac
      661 aaacctttta tcaatgctga aaccggtgaa ccttctgata cgttgacctt ccgattccga
      721 atctataatc agccggagtt tgcagctacg tcgattagta cagatatcct ttatggcgat
      781 acgatctatc tgaaatatgc ccatttgcgc ggtacgccta caaagtatat gatgcggagc
      841 tttgatggag gctggaactg gcacccagcc gattcacccc tgactgatgt ggaaagagac
      901 ttgctacagg gcgatagtgt acgcgtttgc ctgcggcagc tcgataaggc cgtaggatgg
      961 gctgtctatc agaaagaaac gtttatggat cctgaacgat atacttatga cgattatgca
     1021 gctggta
//
LOCUS       SEQF3106|MIQD01000251.1  995 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..995
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ctctcttttt ctctgcagtc tcatacccct cttcatgtgt cacggtgcac gtcccccctt
       61 taaggggggg acgtgcccgt gcacccagaa ggggtttgaa tactgcaccg ggatgaaggc
      121 aaatcaggat gaatatcgct atgccctatg tggtgtacct tgtacagatg ccgggatgtc
      181 gctgcatagg tttcaccctt tgggtgtaaa gcatgctgca tgctgtgcat gatgccgcaa
      241 tctcggaggg tctctgcctg tggaggtgtt tttaccttac ggggtagaac ccttttgggt
      301 gatgcctttc cccgaatggt gccgagaagc agatcgcctt tttagatggg gcgtctactg
      361 actttccgtt tgcagagcag ccactacaac tatgggaaaa gaaaaaattc accttttgta
      421 tttgcttttc agggattgct ctacttttgc ttctgacgaa aagaataagc gaagtaaaag
      481 gaacgatgaa agtagatgta tatacagctg ctgttccccg ccagataggc gagatggacg
      541 ggatgaacga tacccatacc caggcattcg ttaattcctg tttacccccc ccccccgtta
      601 acgagatata acattttata caggtttgca accgcaagtg gatggagcga tggctccacc
      661 tgcttgctga cgcttccgca tacgctcgca gatgtatccg ccgtaaaggt ggtggatgca
      721 tctacgggcg tatttcgtat gtacctcgcc ctaacaaccc gcgatgaaga gatttcatct
      781 ggccgtatga aggatattca ttagaggcaa tgaatactct ttgcattagt gcatgaaggg
      841 gattcacctg ataggaaaaa ccgctctcgc catatcactc caaggcatta ccctccagta
      901 ggtgttgagc tgcccctccg gagcaccaat ccccaccccc gatcattgac aaacgcgcca
      961 ctccaagaga ggagggcgct tttttgaaat gttgt
//
LOCUS       SEQF3106|MIQD01000252.1  989 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..989
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 caacaacacg atcaactgga agccacaaag caccggcaca ggtcgcttcg gcaagtggct
       61 cgaaaacctc caagactgga acctgagccg cagtcgctat tggggcacgc cgctgcccat
      121 ttggcgcacg gaagacaacg cagaggagaa gtgcatcggc tccgtcagtg aactctacac
      181 cgagatcgac cgctccgtgg aggcaggctt tatgaaaagc aatccgtaca aggacaacgg
      241 cttcgtgccg ggcacctaca cggctgagaa ctacgaccgc atcgatctgc atcgccccta
      301 tgtggacgac atcgtgctcg tctcccccac agggcgcccg atgaaacgtg agacagacct
      361 tatcgacgtg tggttcgact ccggtgccat gccttacgcg cagatccatt acccgtttga
      421 gaacaaagca gccttcgacg cacgcaaggt ctaccccgcc gacttcattg ccgaaggagt
      481 cgaccagacg cgcggctggt tctttacgct tcacgcgatc gccacgatga tcttcgatag
      541 tgtggctttc aaaaacgtcg tctccaacgg cctcgtgctc gataagaatg gcaacaagat
      601 gtccaagcgc ctcggcaacg ccgtcgatcc gtttgcgact attcggcagt acggctccga
      661 tccgttgcgc tggtacatga tcacgaacgc ctcgccgtgg gacaacctga agttcgatcc
      721 ggacggcgtc gaagagatgc gtcgcaagtt cttcggtacc ttatataata cgtactcctt
      781 cttcgcactc tacgccaatg tcgacggctt tacctacagc gagccggacg tgccgatggc
      841 ggagcgcccg gagatcgatc gctggatcct ctcgctgctc cactcgctcg tcaaggacgt
      901 ggacagtcat ctcgatacgt acgatccgac ccgtgcgggc cgcgccatag cggacttcat
      961 caacgatcat ctgagcaatt ggtacgtac
//
LOCUS       SEQF3106|MIQD01000253.1  983 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..983
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(591..866)
                     /locus_tag="SEQF3106_02122"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDYVIIESSAWEALKSRIEGLRERMSELFGSRAEPTELLPGEAV
                     CRILGVSRRTLQYYRDTAALPFVRIEHKCYYRREDVEALLAEGDGPE"
ORIGIN      
        1 agagtttgta gagcatcttt ccgccgattc gggtgtaggg caggaggccg cggtcacgat
       61 aatcctgcag cgtgcggcga ctgatgaaaa gcctttccgt cacctcgcgg cccgtcaggt
      121 agacgtcacc gccgaagagc gggcggtgcg tggcggcaat ctcgctcatc tgctccgcga
      181 cggacgcaag cccgtcgaag agcgcttcca tttcaggcga ttcccgccgg atgatttctt
      241 cttctgtcat tgtgtcttgt ttggggttgt ttctgatagg tcattattgt tcccgtggcc
      301 gtttgactcg atcaatcggc tgaatttgca acagccgttt gactgagtat ttgggctgaa
      361 aaagtttttt tcgagcgaat gactcgatca attggcccaa aaagtttttt tcgagcgatt
      421 gactcgatca attggcccaa aaagtttttt ttcatgcgat tgactcgatc aattggccca
      481 aaaagttttt ttcgagcgat tgactcagtc aattggccca aaaagttttt ttcatgcgat
      541 tgactcgatc aatcggctcc tcacacgtct tccgacaact gattggggac ttattcgggg
      601 ccgtcgcctt ccgcgagtag cgcctctacg tcctccctcc ggtagtaaca cttgtgctcg
      661 atgcggacga agggtagcgc cgccgtatcc cgatagtatt gcaacgtgcg acggctgacg
      721 ccgaggatcc ggcaaacggc ctcgccgggc agcaattctg tcggttcggc tctcgatccg
      781 aacaattcgc tcatgcgttc gcgcagccct tcaatgcggc ttttcagcgc ctcccatgcg
      841 gacgattcga tgataacata gtccataatc acttcgtttt tgggggttat tcttctgtct
      901 tatctgacaa tcacaactgc aaacctatgc gccctgttcc gggcttttta ccacccggtt
      961 acccggcgcg gcaccgcctt ccc
//
LOCUS       SEQF3106|MIQD01000254.1  972 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..972
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             15..314
                     /locus_tag="SEQF3106_02123"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MANLPRCHFPELKKNSKPIVIDEVVKNCKKIQKVGRVPDGLGGA
                     CYPSFAYDRVGDRVLEMNARECIYGINPAEYLARGVNPSYLCLDPQTPERDWDEI"
ORIGIN      
        1 tggatgctta cttgatggcg aatctcccga gatgccactt cccagagctc aaaaaaaaca
       61 gtaaaccgat tgtcatcgac gaagtagtaa agaactgcaa gaagatacaa aaggttggta
      121 gagtccctga tggattagga ggggcttgtt atccctcctt cgcttatgat cgtgtcggag
      181 acagggtatt ggagatgaac gcaagagaat gcatctatgg catcaatcct gctgaatacc
      241 tcgctcgcgg agtcaatcct agctaccttt gcttagaccc gcaaactcct gagagagatt
      301 gggatgagat ttgagaactc gcccctgagg agagagacga accagatggg aagccctgaa
      361 aagctccgta ttctctacta gcactccaaa aagctttgaa atcaggactc ctaagcaagg
      421 ctgttcctcc ttactataat acccctggac ttttttgtgc agagaaggat cctgattgcg
      481 aaacgaccta cgatattggc tctcgaagcg atacccaagg gaattacttc gtggctggag
      541 agaggacaga cctgcctgac aagaaactct atgctatcaa taatcagctt taccttcctt
      601 gagaaggttc tataggattt agctctgaga atggagaact tagcgggcag cgaaccactc
      661 cttggttctt tggaggaata aaagaaggaa acctgatcgt aaagagaatg atcgatatga
      721 cgcctaatgg gaaacttatc cctggcggtc gcatggaagc aaactatagt ctagaaactt
      781 gcgagattga tctttaaaaa tgcattatcc gtatttcccc cgtcaaataa aaaaaagacc
      841 ctgaacagcc ttcaggattt tttttaattt ttcaggagtc cataaacgct ccatattctg
      901 cattattgag ttttgtcaat gcaattgcct tgatttttgt aattgaagtc atcttttcat
      961 tcaataaaca aa
//
LOCUS       SEQF3106|MIQD01000255.1  921 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..921
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             18..206
                     /gene="xerC_8"
                     /locus_tag="SEQF3106_02124"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39776"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MARHTFASQMTLAEGVSIESVSKMLGHSEIKTTQVYAETSPERI
                     FKDVTRILPAIAHYHLTN"
ORIGIN      
        1 aacggctgac cttccacatg gcccgccaca ccttcgcctc gcaaatgacc cttgctgaag
       61 gggtgtcgat cgagagcgtg tccaagatgt tagggcatag tgagatcaag acgacgcagg
      121 tctatgccga gacttctccg gagcgcattt ttaaggacgt cacgcgcatc ctcccggcga
      181 tcgcccatta tcatctaacc aattaatacc ctacgaatcc aatgaaaagt accttctcga
      241 tcctcttcta catcgaccga agcaagccga gcggcgaagg gctgtgcctc gttcgctgtc
      301 gcatctcgtg caatggccgg acggcttctt tctccacccg gcaacagacc tcgccccatg
      361 attggctggc gaaaaaaggg agagtgggcc tcacatccgc ggtggcgcat ggcatcaatc
      421 atgcgctgag tgacatcgaa caacgattga acgcactcta tgaacgcacg ctccgggagg
      481 agcaatacat cacggccgaa tacctcaagg agcaatacct gcttcagaac aggccgcggc
      541 agacgttcgc cgacatatac tcggctcttt gtgaggagaa agcggcccat aaaagcaagg
      601 ccacagcgcg gggctttcga gacagctaca agagcttcgt ccgcttcctt gacacacgcg
      661 ggctgcgacg ctgtttacct cacgaggtgg acaaggcgat gatagaagac taccgcctct
      721 acatgctgcg cgacttgggc tataaggtga gttcggtggc cgtctacctg aggcgtctac
      781 accaagcctt tcggcgggcg atgctggagg cgggacttcg agaggatccg ttcgacctga
      841 tcgacatcga gaccccgact tacgaacgca acgccctcag cgccgaagac ctgcaacggc
      901 tcttggcgta ccgcccgcat c
//
LOCUS       SEQF3106|MIQD01000256.1  918 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..918
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 caaagggcat cgccggcctc ggcgcactct tctatatcgc cctacgcatc tggtcgtcgc
       61 ttgcccgcgc cgaaccgatc gacgtcttcc cgctgctccg ccccttcgtc ctcggcttct
      121 gcatcatgtt cttcccgtcg gtcgtcttag gcaccgtcaa cgccgtactc tcgcccgtcg
      181 tgcaaggcac cgagaaactc gttcatgtgc agcaaaacga cctccaatcg ctgcgcgacc
      241 agcgcgacaa actcgaggaa gaggcttacc ggcgcgacaa gtcgcgggcc tatttagtcg
      301 acgatgcggc gtgggacgag aaggtgcagg agatgggctt catcggcccg gaggacgcca
      361 tcacgctggc cggcatgtac gccgaacgca cagccttcaa caccaagcgc tggttcgtga
      421 agaagatcta ccaagcgctt gaactcgttt acaatgccgc ctcgctcgtc atcgacaccc
      481 tccgcacgtt cattctcatc gtcctctcta tcctcgggcc gatcgtcttc ggcatcgccg
      541 tgtgggacgg cctcggcggg tcactcagcg cgtggtttgc gcggtacatc tccgtctacc
      601 tctggctgcc cgtcagctct atcctcaccg cactcctgac caaaatacag gtgctgatga
      661 tcagcaagga catcgccgaa ctacagaatc cgggctacgt ccccgactcc ggcgactggt
      721 actacatcgt ctttttcctc attggcatcg tgggtttctt ctgcgtgccg acggtcgcgg
      781 gctggatcat cgaggccggc ggcggcatcg gcaactacgg tcgcaatgtc aatcagacgg
      841 cgcagcgtgg catgcgaggc gcgtataccg gcggcaaggt gacgatggcc ggggcgggtg
      901 ccgcactcgg caatgtcg
//
LOCUS       SEQF3106|MIQD01000257.1  895 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..895
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aagaggtatt cgccgagctg cttccaacgc gccgtggccg attcggccga gggttcggtg
       61 aaggggaagt aggaggggcg caggcggatg ttcgtccctt cgccgaagag ttcgcgggcg
      121 aagtagagga gcacctgctt gaggtcggcg aaggagactt ggcggtcgac gtaaagggct
      181 tcgacttggt ggaagaagca gtgggcgcgg gcggagacgg cctcgttgcg gtagacgcgg
      241 ccggggcaga tgatgcgcac gggcggctgc tgacgctcca tgacgcgcac ctgcacggag
      301 gaggtgtggg tgcggagcaa cacgtcgggg tcgtgctgga tgaagaaggt gtcttgcatg
      361 tcgcgcgcgg ggtgatcttc ggcgaagttg agggcggaga agacgtgcca gtcgtcttcc
      421 acctcaggac cttcggcgat gctgaaaccg agcctgccga agatgtcgca gatctctttt
      481 ttgatcatcg agagcggatg gcgtgtgccg agggcgatgg ggtaagccgt gcgtgtgagg
      541 tcgatggtgt cggcttcggt ggcagtgttt tcgaagcgtg ccttgagttc gttgatcttg
      601 ttttgggtcg cgtccttgag ctcgttgagg cgtttgcccg cctcgcgttt gctatcggcg
      661 gccacgctgc ggaagtcgct catcagggcg ttgatctctc cctttttact caggtatttg
      721 atgcgcaatg cctctaattc ttcggcattg tcggctttga ggttttccac ctctgcaagc
      781 agtgctttga ttcgttcgat catgatttat ttagatgtag gggcagatcg atgtgtctgc
      841 ccggtgattt atgtccgtga ttttcatttt gccatcagcc ggaactgcct tggtg
//
LOCUS       SEQF3106|MIQD01000258.1  894 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..894
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             215..358
                     /locus_tag="SEQF3106_02125"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTHDTLHEAREIGAPVSQSTDNKVDALLSRPTEVDCPTIDQLK
                     RSS"
     CDS             complement(622..870)
                     /locus_tag="SEQF3106_02126"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEENLSTIKRYPITAYLESKGITPIRRLAAYAMYRSPLRDERH
                     PSFKVDTEKNLWIDYAEGCSGSTGQPRQIGDKSKCRYF"
ORIGIN      
        1 agcaagcgca gtttgtggga acaaactgac gtcttgcatt accgtcgtca cgctccgtta
       61 catacctgga atgtttctta caatcagtgc atgccgtgca ttcaggcgga tgctgcatgc
      121 ttagcacgta aatcgatcgt ggactccttg atgcatctgc gtactcggat tacagcttcc
      181 gccattcctc gatctcctcg gcgtagtcct ctaaatgggt acgcacgata cgctccacga
      241 agctcgagag attggcgccc ctgtctccca atcgacggac aacaaagtcg acgcgctcct
      301 gagtcgcccg actgaggtag actgcccgac gatcgatcag ctcaagagat cttcgtaggg
      361 gtacgatgat caaaaacact cgtccgggag atctccgtag gggtacggag atcaaaaaca
      421 cttgtcggag agatcaccgt aggggtacga agatcaaaaa cacttgtcag agagatctcc
      481 gtaggggtac gaagatcaaa agcacttgtc cgggagatct ccgtaggggt acgaagatca
      541 aaaacacttg tcggggagat ctccgtaggg gtacggagat caaaaacact tgtcagggag
      601 atctccgtag ggatacggag attaaaagta cctgcacttg gacttatcgc caatttgacg
      661 cggttgccct gtgctcccgc tgcagccttc tgcgtagtca atccacaggt tcttctcggt
      721 gtctaccttg aagctcgggt ggcgttcatc ccgcaatggt gaacggtaca ttgcataggc
      781 cgccagccgt cggataggag tgatgccttt actttccaag tacgccgtga tggggtaccg
      841 cttgatggtc gataggtttt cttctttcat ggtgattaaa cattgagatg ggtg
//
LOCUS       SEQF3106|MIQD01000259.1  893 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..893
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(531..767)
                     /locus_tag="SEQF3106_02127"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPSSMADCKPAASSNARFEMRPPVNLRVVPLASLYNMYGWALGN
                     WRTLKVKSPILADTPPILADTEITASRAPTLGTA"
ORIGIN      
        1 gtggcgtcag ccgtcaccat actgacaaaa tatcaaaacg acatccgcta cgtcgagggc
       61 gaggcactct cgtccatcgc acggagtgtc gacatcggcg actatcgcgt gaataagatc
      121 gtggcgcagg tggtgcccaa gagccagatc gtcatgagtg gcacgcctta cgaagccaac
      181 atcgtgctct ccgccatcga ctccacgcag cgcccgcaac tcttcatcgg gccgcgcggc
      241 agcgagcatg aggtggtggg ctacgacggc acatacaccg tcggcaccgg atcgacgggc
      301 acgttcccca tacagggcta cctgaaagtg ccgggcaaag acccgtatta cttcagcagc
      361 gaatactccg tatcggccaa gacggccact gtggcctcgg ctctgatgcg tgtgctttac
      421 gccgggcgtg tgcgtgaaaa tgaaatagag atcgctgtgc cgggcgtggc cagcggcgac
      481 gtgacggcca cgatgaccaa cggacagatc cgcaccgaga acggcaagcg ctacgctgtg
      541 cccaacgtgg gtgcgcgcga ggctgtgatc tccgtgtcgg ccaagatcgg cggcgtgtcg
      601 gccaagatcg gcgacttcac cttcaaggtg cgccagttgc ccaaggccca gccgtacata
      661 ttatataagg atgccaacgg caccacgcgc aagttcaccg gcgggcgcat ctcgaagcgc
      721 gcgttgcttg aagcggccgg tttgcagtct gccatcgacg acggcatcct cgacatcgag
      781 tgccgcgtga agcacttcac gctcacctac tccgactcga tgggcaactc gctcatggag
      841 gtgtcgcagg gcggcagctt caccgaacgg cagaagagct acatccgcaa ctt
//
LOCUS       SEQF3106|MIQD01000260.1  877 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..877
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             2..739
                     /locus_tag="SEQF3106_02128"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRAVRQEPLQVFGAEGVALVSRGLDVDQVKRIVPEPRLRHRPSK
                     GLVQTPQIAGHRAHLIAQVAQHVEAVVFYQRLVHLVGQTASQPARVKEADEALVAFSK
                     TSYRRRTKRLALARFFLLAKGQVDVGERLPRLVLKQVLLLEVFGCDVLLLAERALISA
                     FESLLDGLQCMIDALRHRGCRGHSPFFRQPIIGRGLLPGGERGRPAIARDTTANEAQP
                     FAARLASVDVEEDREGTFHWIRRVLIG"
ORIGIN      
        1 gatgcgggcg gtacgccaag agccgttgca ggtcttcggc gctgagggcg ttgcgctcgt
       61 aagtcggggt ctcgatgtcg atcaggtcaa acggatcgtc ccggagcccc gcctccgtca
      121 tcgcccgtcg aaaggcttgg tgcagacgcc tcagatagct ggccaccgtg ctcaccttat
      181 agcccaagtc gcgcagcatg tagaggcggt agtcttctat cagcgccttg tccacctcgt
      241 ggggcaaaca gcgtcgcagc ccgcgcgtgt caaggaagcg gacgaagctc ttgtagcttt
      301 ctctaaaacc tcttaccgaa gacggactaa gcgtcttgcc cttgcgcgtt tctttctctt
      361 ggcaaagggc caagtagatg tcggcgaacg tctgccgcgg cttgtcctga agcaggtatt
      421 gctccttgag gtattcggct gtgatgtatt gctcctcgcg gagcgtgcgc tcataagtgc
      481 ttttgagtcg ttgctcgatg gcctccagtg catgattgat gccctgcgcc accgcggatg
      541 caggggacac tctccctttt ttcgccagcc aatcatcggg cgcggtctgt tgccgggtgg
      601 agaacgaggc cgtccggcca ttgcaagaga tacgacagcg aacgaggcac agcccttcgc
      661 cgctcggctt gcttcggtcg atgtagaaga ggatcgagaa ggtacttttc attggattcg
      721 tagggtatta attggttaga tgataatggg cgatcgccgg gaggatgcgc gtgacgtcct
      781 taaaaatgcg ctccggagaa gtctcggcat agacctgcgt cgtcttgatc tcactatgcc
      841 ctaacatctt ggacacgctc tcgatcgaca ccccttc
//
LOCUS       SEQF3106|MIQD01000261.1  876 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..876
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcgccctgtt ccgggctttt taccacccgg ttacccggcg cggcaccgcc ttcccccgcc
       61 ttccctcttc gggaaatgag ccgatctaca tcctccgaaa tcttccgatc ggtgatgcgg
      121 gcgtagagct cggtggtggt gacggaggcg tggcccatca tgcgggcgat gctttccatc
      181 gagatcccgg cctcgagggt gagcgtgccg aacgaatggc gcccgacgtg aaacgttagc
      241 ggctccagga gaccgcatgc cttaccaata gccttgaggc gatgggtcaa tagggagtaa
      301 ctcgcgtcgg ggaagatcct gcgatctgtc gttttgtcat ctttcaggta aagcgaaagg
      361 agctgttcgg cgatcggatg aagggggaca aggctctcct cgtgggtctt ctgccgcgcc
      421 tttcggatgt accgccgacc cgcaccgtcc gtctcgatct gcgatgcccg gagcgtccgc
      481 aagtcggcgt aagccagccc cgtgaagacc gaaaagagga acatgcggcg gctcagctcc
      541 gtggcctcgt cgcggacagg aaaggtgaga agccgctcca cttcatgctt ttgcagaaaa
      601 cgtgggcgat acttctccgt ctcgtatcgc accccctcga aggggttgaa gcggatcacg
      661 ccgcgggcaa tcgcacgacg catcaatcgg ctgagccaat ggaggtactg gtttgtcgtg
      721 gacgcagcgt agcccctcct tttcaggtaa aagcgatagg cctcgaagaa gtccggcgcg
      781 agtgtcggga tcgggatgtc cgattcgccg cggctgcgaa caaagtcccg cagtccactg
      841 tcagaacggc agtcgttttg ataggtgctg gggctc
//
LOCUS       SEQF3106|MIQD01000262.1  873 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..873
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             310..492
                     /locus_tag="SEQF3106_02129"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDPCRTFCNLIITFTFSARPKPIHFFIIYDYDRIPNLSRHRSL
                     RMKEEMMFIISSNFWD"
ORIGIN      
        1 tcggcgtcct agcaatggga acacccttac tccaccttct ggatatcaag tccagggata
       61 tatgaggtgc tctcaagatt aaactaaaga gttcttctta gtcaaaatcc tctagtatat
      121 ctagaggatt tttctctata gttggatttc acaggtttct aggtcaaagg tccctataat
      181 cagatgcttg ccatcaaccg cagcattgta attctcctcc gtatcaataa gcgaagtatt
      241 acttctgtaa ggctcgatta gttttcagtt cgtcagcctt tttacaatca ttttgtcccc
      301 cactaggtca tggacgaccc gtgcagaacg ttctgtaatc tcattataac tttcactttc
      361 tctgctcgtc ccaagcctat acactttttt attatctacg actacgatag gatcccaaac
      421 ctctcacgtc atcgaagcct gcgtatgaaa gaagaaatga tgttcattat ctcctcgaac
      481 ttttgggact aaatctctac aaagctcaat ttcttcacac tttgtcatct gttggatcac
      541 gatttcatcc tcatccccga tataagggta aataaagctg aaatacggat tatcttgtaa
      601 gtcatgtttt ctgatgaaga cttcaccttc cttttctctt ggagaggtga gttcttggta
      661 ttcatcacca ttgaacacac aaagactttt ccccctctca gaagaaagtt cgtgccatac
      721 gggacctgta atgaaattct tccacaaata tagcggcgat cgtcctcctc ccccctcctc
      781 aaaaaggagc ataaaagaaa tgtcctttct gatacttaca attccttgca acatcctcta
      841 tatttttgat gtccgcttca gggaaaggct tga
//
LOCUS       SEQF3106|MIQD01000263.1  872 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..872
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             66..308
                     /gene="xerC_9"
                     /locus_tag="SEQF3106_02130"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44818"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MNNKLSTVGLACGIRQRLSFHMARHTFGTLSLSAGIPIESIAKM
                     MGHASISSTQIYAQVTDKKISEDMDKLIRKQQAASA"
ORIGIN      
        1 aggaacaaac ggtgaaagag aaaggcgacg accttgtctt cccacgtggt tgcagtcgca
       61 gtacgatgaa taacaaacta agcaccgtgg ggctggcatg tggcatcaga caacgcctct
      121 ctttccacat ggctcgtcat acgttcggaa cgttgtcact cagtgccggc atcccgatag
      181 agagcatcgc caagatgatg ggacatgcct ccatctccag cacgcagatc tatgcacagg
      241 tgacggacaa aaagatctcg gaagacatgg acaagctgat ccggaagcaa caagcggctt
      301 cagcatgatc tccgcacggc tgttccaacg cgaggcggta tgcttttctc tttcatcgaa
      361 tagatcttac tacatgacta caacagggta taaagcgatg aaagaagagg gggtggtgtg
      421 tagtcaagaa atcatgcctt ctactacctc atgttgtgcc gtatctcttc tcgaaagaga
      481 tttgcaatgt tgaaatcgtt caagacaaat cagccgattt tccgaatccc gacctcggac
      541 ttccggctgg gcagtatttc gtgtgtaatc aaagacgggc agaccgaaga gcagaaagtc
      601 ccttggtctg tccgatttca tgtatggatg aacggcgact ccagtaaaat acctcaccct
      661 tctatcgctc cttttagctt cggggaagct ttggtgcgta tgtctcattt cggggggcag
      721 atgttttctt gggacgattc atagggttag tttttcgtat aggatcaggt aatgactttg
      781 gagccgaacc gccgcggagg ccgctccggg ggcaaggcgt tttgtagcac aaaacggttt
      841 ttgtagcaca aaaacacacc ttgcccggcc tt
//
LOCUS       SEQF3106|MIQD01000264.1  864 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..864
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             15..734
                     /gene="strE_2"
                     /locus_tag="SEQF3106_02131"
                     /EC_number="4.2.1.46"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P29782"
                     /codon_start=1
                     /transl_table=11
                     /product="dTDP-glucose 4,6-dehydratase"
                     /translation="MYSQYNPIKTLKTSIYGTLNMLGLAKRVHAKILHTSTSEVYGDP
                     TIHPQPESYWGNVNPIGIRSCYDEGKRAAETLCMDYHRQHGLRVKIVRIFNTYGPRMN
                     KHDGRVVSNFIVQALTGQDITIYGDGTQTRSFQYVDDLIEGMMRMMATPDDFNGPVNL
                     GNPGEFSMLELAHEVIRLTGSRSQIIFAPLPEDDPKQRKPNITLAYEKLDGWQPTIRL
                     EEGLKKTIAYFDELLSKERKQ"
ORIGIN      
        1 cccccgcctc gccggtgtat tcccaataca acccaatcaa aacgctcaag acatcgatct
       61 acggcacact caacatgctg ggcttggcca agcgcgtaca cgcgaagatc ttgcacacct
      121 ccacgagcga ggtttatggc gacccgacca tccacccgca gccggaatcg tactggggca
      181 acgtcaaccc catcggcatc cgctcctgct acgacgaggg taagcgcgcc gccgaaacgc
      241 tttgcatgga ctaccatcgg cagcacggcc tacgcgtcaa gatcgtccgc atcttcaaca
      301 cttacgggcc tcgcatgaac aagcatgacg ggcgcgtggt ctccaacttc atcgtccagg
      361 ccctcaccgg acaagacatc accatctacg gcgacggcac ccagacgcgc agcttccaat
      421 acgtcgacga tctgatcgag ggcatgatgc gcatgatggc caccccggac gacttcaacg
      481 gacccgtcaa cctgggcaac cccggcgagt tctccatgct cgaactggcg cacgaagtga
      541 tccgactcac cggctcgcgc tcccaaatca tcttcgcgcc cctgcctgag gacgacccca
      601 agcaacgcaa accaaacatc accttagcct acgagaagct cgacggctgg cagcccacca
      661 tccggttaga agaaggacta aaaaagacga tcgcctattt cgacgaactc ctcagcaagg
      721 aaaggaagca gtgagtaggg gcaaacggtt atagggatga gactccccct tgcaggggtg
      781 gctgtgagct accctgcagg tactctgcgc cgagagccta tctatctgaa tggaagaatg
      841 ttacctgtaa tgtaaaagga aata
//
LOCUS       SEQF3106|MIQD01000265.1  858 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..858
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(350..691)
                     /locus_tag="SEQF3106_02132"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIREDLSLSDDPLPEVSPTAILSRDLARVSGWSRNDDAFDEESP
                     DDVRTTLQSLRGTDLMEKYKAYLAEQERDHRKLIAAIRRSEEADTQTSEVVPTPIPDE
                     NTDDKPLSYYL"
ORIGIN      
        1 tacaccttga tccctccgat cagtccgatg acggcaccga tggcgtagat cagttttgtc
       61 cctgggtcga aataggaggt gaccattttc gtggcctcgt tgatgcccga cagcccgttg
      121 ccctgcgcga aggcggaggg ggcgagaaca gtggagagta gaaacaggga tagctgcgtg
      181 aatttctttt tgttcatgat gcggtttgtt attcggtaga tatgcatggg gtggttttgt
      241 tttctggaaa aggtgaggaa cggccgccgg atccggctct gtgcttccat ccgtgtgtag
      301 ccttcaggca gcacgccccc cttcttttcg tttctgtttg ggtcgctgtt tataagtagt
      361 acgacagcgg tttgtcgtct gtgttctcgt ccggaatcgg agtaggaacg acttctgacg
      421 tttgcgtatc ggcctcctcc gagcgcctga tggcggcgat gagcttgcgg tgatcgcgct
      481 cttgctctgc cagatacgcc ttgtatttct ccatcaggtc ggtgccgcgc agactttgca
      541 gggtcgtccg gacatcgtcg ggcgattcct cgtcaaaagc gtcatcgttc cgactccatc
      601 cgctaacacg cgccaaatcc cgtgagagga tagccgtcgg agagacctcg ggcagcgggt
      661 cgtcggacag cgacaggtct tcgcgtatca cttcgtcttc atcgatttca tcagcttcac
      721 cggccttacc aattccatcc gttgcatacg cttcgacaaa tgtagatccg tctctttccg
      781 gcgttggttg cgaggaaacg gcgggaactt ccgggatagg cggggaaaca aacggcctgc
      841 ttttgccgac taaatcgt
//
LOCUS       SEQF3106|MIQD01000266.1  851 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..851
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     misc_RNA        complement(430..517)
                     /locus_tag="SEQF3106_02133"
                     /product="group-II-D1D4-1"
                     /inference="COORDINATES:profile:Infernal:1.1"
     misc_RNA        complement(518..690)
                     /locus_tag="SEQF3106_02134"
                     /product="group-II-D1D4-3"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 tgaggatctg gacgattgat tgctgaagcg ttcgatctaa taccgttggg atacccagct
       61 tacggacgcc tccgttcggc ttcggtattt ctacccgcct tacgggagcg ggcttatact
      121 gcctacgaag gatcgactcc ttgaggcctt cccagttcgc attcatgtac gcacgaagct
      181 cgtccaccac catgccatct atcccggccg cccctttctt ggatacgact cggtctaagg
      241 cagtgcggac gttgctcttg gttaggatct tttcaattag tagcatctct cgtcttcttt
      301 aatttccact ttcgggggaa tatggtttat ctctctgcgg acgccctcat ttacgttttg
      361 gacggtgccg ctcgtcaacc ttatcctccg aaacatacat tcttagagtt tgacgtaaca
      421 aattattcag cccttcgcct tgtccttcaa gaggaacggc tactatggcc tctgctgact
      481 tctctgggga atccccgaga cctcacggga taagtcttac atctttcatc gtttactcgc
      541 ctgatttacg cattcggggt tacggttgcc tttgggaact tcgctgtctt cggtcagctt
      601 gtccgcccgg gacacgcctt cgtatcaggt ttctgttcgt cgagccacga tttcgctatt
      661 gcttcctctc tcccggttct tatgcgggac ttgctgggtc gctatgggat tcgtcggcaa
      721 ctacgccctc agtggacttc caccacagat gtaggacatg cctgtcatac aaaaaaacgg
      781 ggcgcgaaaa acacgtcccg tttttgtact ttttgattgg aaaccttgta ctttttgatt
      841 ggcggattat a
//
LOCUS       SEQF3106|MIQD01000267.1  850 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..850
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cccacagtcg gacgaccttc ctcgaacgct acgaccagct gttggaggaa gtggatgcat
       61 gcgtcggcgt cgatctgacg aggcgttcgg ctcagatcta tcatcaggcc agaaagcact
      121 tcacccgctt tatgcggagc cgcttcggac gcgatgacat gactttcggc gagatgacgg
      181 aggacttctt cccgcagttc gagcactata tcaaagggga gctggggctc tctgacgagg
      241 tctttgttaa gctgactggc ttattgaaga aggtgtgccg gctggcttac cgggagggtc
      301 tttccgaccg accgctcttc gaggggatcc gcatcacgcg tgagaaacga agcacaccgc
      361 ggtcgctcga ccggacggcc ttcgaccgac tgctggcact cacctttcca ccacatcaaa
      421 aggacttgga gattgcccgc gatctgttcg cgtttacctg ctacaccggg gctgcctatt
      481 gcgacatggt gcgcctcacg cgctcacacc tcttccgaga cgatcgcggc gacctgtggc
      541 tgaagttcaa acggaaaaag acggagtcgc tctgccgggt gaagctcctg cccgaggccg
      601 tggcgctcat cgagcgttac cgctctgacg atcgcgagac gcttttcgct ccggtttcct
      661 attacgctta cctcacccga ctgaaggcca tcggtctgaa agccggcctt gcgttcccgc
      721 tgacggcgca cgtcgggcga cacacgttcg ctacgctgat cacgctcgag aacggcatgc
      781 ccatcgaaac cgtgagccgc atgttgggtc acggcaacct caaaatgacc gagcgatacg
      841 cccgcgtcac
//
LOCUS       SEQF3106|MIQD01000268.1  848 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..848
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tctgctcggt gcaggcgccg cagtcgttga gctcgatgta ggcgttgcgg gtgtcgttgt
       61 gcaggaagtc gtcgtagtac tgttcggctt tgtccatgcc gccgacggtg attccggaga
      121 ggagggccag gcgtgtgtgg ggcgccagat tgcggatttg ggcttggtcg atggcttcct
      181 cgacggcggg gatggccagg agggaggaac ggatgaaggc ctcggtgggc ggtatgccga
      241 gctgttcgcg tagctcgtcg ttgctctgct tcacttcgcc tgcggggagg tcgtggtgcg
      301 cggtctcgag gtagtggatg ggccggacgc cggattgttg gttggtcagt gcgcgcaggt
      361 tggcgtcttt gccgagcccg agggcggaga cgatgccggc tccggtgacg taaatttctt
      421 tcttcatttt gtttcgtgct gtccgcccat ccgtttgttt acgcggtgcc tgctgcggat
      481 ggggaaaagc gcggcaaaga aaaggcaaat gggataagcg gcgggggcgc gtgggcaatg
      541 gtcaattctt aatgattaat gattatccgg gtatcaggat cggagggcgc gtggccaatg
      601 attaattctt aatgattaat gattatcccg agcatccgaa tcggaggcaa aacaatgccg
      661 ggtacacgct gggggggaaa cgaaaaacta aaaatgaaaa acgaaaaatg ccgggtacac
      721 gtttgggggc gtgtgcccgg cattgttatt cattcgattc gcacccgggg cgcggcgaaa
      781 ccctgggcgg ggggatcatt gcccgtcggg tttttttggt ggttcggagg ggacgtggat
      841 gtcgtcgc
//
LOCUS       SEQF3106|MIQD01000269.1  848 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..848
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             229..612
                     /locus_tag="SEQF3106_02135"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKEKFHIEYIFDKVSNHSLWNHLTTPRGLSSWFADDVNIYSHT
                     YTFTWRKIEEQAAIVKLQPEECIRFHWLDDEEPWTYFEFMIHHIELTGATALEITDFA
                     TPDEKADAIDLWDTQVSVLRRTLGI"
ORIGIN      
        1 gtgggacttg cgggagtccc gcaagcatgt ccaaaaacat tttggccgcc cgagcactct
       61 aacaaaggca tgctgtggac gcaagggacc tccttcttac gtcgaactca cgttaataaa
      121 tgagattcat taccccgcgc agcagctgcg acgcataacc agctatattc agggtgtttt
      181 gcattttttt tcccaccttg cgcgctccaa aacaaaaggt tacgttgtat gaaaaaggaa
      241 aagttccata ttgaatacat cttcgataag gtctcgaatc acagcctgtg gaatcacctg
      301 acgacgcccc gcgggctctc gtcttggttt gccgacgacg tcaatattta ctcacatact
      361 tacaccttca cctggcggaa aatagaagaa caggcagcca tcgtcaagct acagcccgag
      421 gagtgcatac gcttccattg gttagacgac gaagaacctt ggacctactt cgaattcatg
      481 atacaccaca tcgagctgac cggcgccaca gcgcttgaga tcaccgattt cgccacaccc
      541 gacgagaagg ctgacgctat cgacctctgg gacacgcagg tctccgtcct ccgccgcacg
      601 ttggggatct gagcaaacgg aatcgcataa aaaggatgaa gagtgaagaa gaaccggccg
      661 gaagaattgt ccgcacgggc ttttcactct tcatttttaa tctacccaca ctgctgggat
      721 tagcctgcgg gggcacacct cgcggcaatt gtttttgagg aggggggatt tatgagggag
      781 ggttaaatgc aaatcttagc atatcacccc gtctcgcccg cctacagcgt taaaataagc
      841 tacatttg
//
LOCUS       SEQF3106|MIQD01000270.1  836 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..836
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tggcgtcgaa cggtttgccg tgacgcgaaa gcatgccctc cacccgcacg gggcgtccct
       61 cggtgagcgc cctgtgctgc tccacggaaa gccggactcc cttgatttcg ttcgggattt
      121 gaactcggtc agcccgcagc gaaacgagtt catttgtcag ccggtcgacg gacacgtaag
      181 cgcgaaacgg atcgcccttc ttaggtgaca attcgacagt cttcccgagg ttaccttgag
      241 tgaggagttg ctccttctct tcgggcgaaa acgtgtgccc catgtagggg aaatcgagtt
      301 gcgattcacg tcgcaacgta tggatattga gactgagtcg accatctgcc cccgtgcgaa
      361 gcgccagccg tgcctcggtg taaatcgtag tgtttccgaa gggtacagcg aggctaataa
      421 gccccgtttt ctgccaattt agcagtcgat ttaagttccc gttcgccccg agtttctccc
      481 gactcacacc gaggcgctcc agctccttcc aatccacctt ttccgggtcg atggcggata
      541 gtttctgcgc cggcagatcg tcctcgaagg acactcgcgc cgcttgcagt tgcgccttgt
      601 tttcagggct ttccctgttc tgaagcattg catgcagcga cgccacaccc tcctcgaagc
      661 cgttggaaag cactttgtac agcccgaagc gcttcgggtc gttgaactgc cggaggaagt
      721 tggtcatgaa gttcttcagc aacccgtcgt tctttttgaa taccagaaac gccgcccgat
      781 gctcctcggt tggttctacg gttttgatct tccccttctc gtcctgcccc gaaatg
//
LOCUS       SEQF3106|MIQD01000271.1  830 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..830
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 atttccggcc tcggtatggg catgatctcg acggctattc cggtcattac cgttgctacg
       61 gccatcatcc tggcgttcct cttcgctacg ggcttcgata cggccaacct actgacggcg
      121 cataacctca gcctcggcct ttacggcatc ggcatcgcgg ccgtcggtat gctttctacg
      181 cttggcatca cccttgccac ggatgcttac ggtcccatcg cggacaacgc gggtggcaac
      241 gcggagatga gtcgccttga gccgcatgtg cgccaacgca ctgacgtgct cgatgcgttg
      301 ggcaatacga ccgcggctac gggcaagggg tttgctattg gttcggccgc tttgacggcg
      361 ctcgcgctgt tggcttcgta tatcgaagag gtgaagatcg gtctacaaca tatcggcacg
      421 acgacgatcg acattgccgg tcgtaccgtg gaggtggcac aggctacgat tcccgatttc
      481 atggcttact atcaggtgga cctgatgaac ccgaaggtgt tgatcggtgt cttcattggc
      541 tcgatgatgg cgttcctctt ctgtggtctg acgatgaacg ccgtggggcg tgcggcaggc
      601 aagatggtgg aggaagtgcg ccgccagttc cgcgaaatca agggcatctt gaccggcgat
      661 gcgacgccag actatgcgcg ttgcgtggcg atctcgacgc agggtgcgca gcgtgaaatg
      721 cttttcccgt cgctcttagc catcgctgtg cctgtgctcg tcggaatctt ctttggcgtg
      781 tcgggcgtgc tcggtctgct cgtcgggggt ctcggcgcgg gctttgtttt
//
LOCUS       SEQF3106|MIQD01000272.1  798 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..798
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ttcgcgaggg cggattgctg gccttcatca cctcccgcgg cgtggccgac agcccatcga
       61 atgcccccat ccgcgagtac ctgatggagc atagtcggct cgtctccgca ctccgtctgc
      121 ccgacgggat gttctcagaa aacgcgggaa cagaggtcgg tagcgatctc cttatccttc
      181 aaaaggagac ggggaagggt gtacagaatg agtgggagca gctctttatg caaagcgttt
      241 ctatcgaatc gggcggagag tcattctcgg aaaacgccct gttcgccgaa gggaatcacg
      301 ctatttctac gacctattcc atcggcacag atgcctacgg aaagcctgcg ccgatctaca
      361 cccacacggg cgggatcgaa ggcatcgcgc gcgacttgga agcgcggatc tctgccgata
      421 tggcagcccg ttttgatcgg aaaatctacc agcgcgagat gccagaggag gccgtaataa
      481 aagaagtgac gcctgccccc gagggcgtgc ccgttttgac attgcatagg caagcgcaga
      541 gcctctttgc ccccgaagcg tacgcagatt ggcagcggga cgtggcccgg gtcaaccggg
      601 agattgcaga gaagccccaa cggcgaggtc ggtcggccgc agggtcgacg cctcgtcgca
      661 cggcgcgcag aaccgggaaa gccaccctgt cagacaagca ccagctttcg tttctcgatc
      721 tgctgagcga taccgaggag cctccgcctg cacccgtccc tgaagtccga cgaacgttcg
      781 acgtcagccc gcgccctt
//
LOCUS       SEQF3106|MIQD01000273.1  797 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..797
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             3..551
                     /locus_tag="SEQF3106_02136"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVCLGFQDFSQLTRDYGEKESRVIQNTVGNVFSGQVVGETAKT
                     LSERFGKVLQRRQSVSINRQDVSTSINTQMDSLIPASKISNLTQGMFVGAVSDNFDER
                     IEQKIFHAEIVVDTAKVSAEMKAYRPIPVIADFRDASGDDTMKASIDANYRQIKQEIL
                     SLVDSEIARIKSDPKLQGLMKG"
ORIGIN      
        1 aggtggctgt ctgtctcggt tttcaggact tctcgcagct cacgcgcgac tacggtgaaa
       61 aggaaagtcg ggtgattcag aacacggtcg ggaatgtgtt ttcggggcag gtggtgggag
      121 aaaccgccaa gacgctctcc gaacggttcg gtaaagtcct gcaaagaagg cagtccgtct
      181 ccatcaatcg gcaggacgtc tcgacctcga tcaacacgca aatggacagc ctgattccgg
      241 cctcgaagat cagcaacctg acgcaaggca tgtttgtcgg cgccgtgtcc gacaacttcg
      301 acgaacgcat cgagcagaag atcttccatg cggagattgt ggtcgatacc gccaaagtgt
      361 ccgctgagat gaaggcctac cgcccaatcc ccgtcatagc cgacttccgc gacgcctcgg
      421 gcgacgacac gatgaaagcc tccatcgatg cgaactatcg ccaaatcaag caagagatcc
      481 tctcgctcgt agactccgaa atcgcccgca tcaaatccga cccgaaacta caggggctga
      541 tgaaggggtg aggccaaaac gcatttttcg ggaagaaata cacttttgtg taatgcgatt
      601 ttctttggtc ttgtcaactt ttgcggtaaa aatcagagaa atgaaagaac gatatagcag
      661 gaaccgcatt tacgtagatg cggaagagca agagcaagta cgtgggttcc gagtgttttt
      721 gggtggtgca ggtatcggca gtatcattgc tgaatgtgcg ctcagattcg gatttgaaac
      781 gctgaccatt gtggatg
//
LOCUS       SEQF3106|MIQD01000274.1  796 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..796
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     tRNA            complement(473..545)
                     /locus_tag="SEQF3106_02137"
                     /product="tRNA-Met"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Met(cat)"
ORIGIN      
        1 cccaacaatt caacaactca acatgcctcc cagcggccct acaggccgcg tggggcgggc
       61 accatcgatc cgggctgtag gcccggtgga tgatagccca gggcgaaacc ctgggcgggg
      121 cagaccaccg agcacgttgc tgttcggtgg tctcgttgta tgcgcgctaa tacacccatt
      181 agctcaggtg ggggccagcc acatggatta ggtgggtcgg cccacatagc ttagatggat
      241 cgagtcacgt agcttaggtg ggtcggccca catagcttag gtgggtcgag tcacatgggt
      301 tagtgggtgg gtatggcagc ttgctaccct tgactgtgca tagtggatga agcacagacg
      361 cacagcctgc agtgcggccg gttgatggcg taaggcgtga cgggcggggc agataaagag
      421 aaagccccgc cggcatggat gatgccgacg gggcttagcg agtgatttgt ttgttgcgga
      481 ggtaagattc gaacttacga cctttgggtt atgagcccaa cgagctaccc ctgctccact
      541 ccgcgattcg ttgttgacgg gtgcaaaggt aaaaatggat cggtaggcgc aaaatctttc
      601 agcctttttc gctcggacgg acatcgcacc ccaccgcccg gggtttcgtt ggcgggctat
      661 gatccagcgg ccctacaggc cgcacggggg ggacatccac ccggtataat cattcaacaa
      721 cccaacaact caacatgcct cccagcggcc ctacaggccg catcaccggg cgccatccat
      781 ccgggctgta ggcccg
//
LOCUS       SEQF3106|MIQD01000275.1  794 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..794
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggtatcccaa cggtattaga tcgaacgctt cagcaatcaa tcgtccagat cctcaccccc
       61 gtttttgagg cggagttcca agagcacagc tacggctttc gccccggaag gagctgcgag
      121 caagccgtga ggaggcttat ggaatacctc aacgaggggt acgagtggat agtggacatt
      181 gacttggaaa agttctttga caacgtcccg caggacaaat tgatgagttc tgtgggacgc
      241 gtcattcgtg atcccgacac ggaaagcctg atcaggaagt acctcaagtc gggcgtaatg
      301 gagaacggga tgtactcagc tacagagtca ggcacgcctc aaggcggcaa cctgtctccc
      361 ctgctgagca acgtcatgtt gaacgaactg gacaaggagc tggttcgcag aggtcaccgt
      421 tatgtgcgct acgccgatga ctgcgtaata tgcgtcagga gcgaagcaag cgcaaagcga
      481 gtcatggcct ccgttacgcg ttggatcgaa cacaccctgt gtttgaaggt gaatgcgacc
      541 aagagtcgcg tttgccgccc cacgaagctg aaataccttg gattcggatt ctacaagtcg
      601 cccggtgaca gcggaagatg gacagctcgc cctcacgaga gttcggtggc gcgcctcacc
      661 cgcaaattga agcatctgtg taaacgttcg tggagtataa ctatggatga ccgtatcaag
      721 ctgatcaaca gcacaacccg tgggtggata aattactttt ccatagccgc gatgaaagtg
      781 aaaatggaga agat
//
LOCUS       SEQF3106|MIQD01000276.1  793 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..793
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(69..764)
                     /gene="ribBA"
                     /locus_tag="SEQF3106_02138"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A5U2B7"
                     /codon_start=1
                     /transl_table=11
                     /product="Riboflavin biosynthesis protein RibBA"
                     /translation="MARMPQLLEVAKRFDIKIITIRDLIAYRLRTESLVEEGVEAKLP
                     TKYGPFRIIPFRQKSNGLEHAALIKGNLDERPDEPVLVRMHSSCMTGDIFGSLRCDCG
                     EQLHLAMRMIEKEGRGVVVYLNQEGRGIGLMDKIHAYKLQDEGMDTVEANLHLCHQAD
                     ERDYGVGAQILSRIGVTKMRLITNNPVKRVGLEAYGLEVVENVPIEVTPNEYNAFYMR
                     TKKNRMGHILNHV"
ORIGIN      
        1 cgaaagccct cataactacc gggcgcccac aaggggcgcc cctactaccg cgccgtaagg
       61 cgcatatact acacatgatt cagtatatgc cccatacggt tcttcttggt gcgcatgtag
      121 aaggcgttgt attcgttggg ggtgacttcg atgggcacgt tctcgacgac ctccaagccg
      181 taggcttcga gtccgacacg cttgacgggg ttgttggtga tgaggcgcat cttggtgacg
      241 ccgatacggc tgaggatctg tgcgccgaca ccatagtcgc gctcgtcagc ttggtggcag
      301 aggtgcaggt tggcctcgac ggtgtccatg ccttcgtctt gcagcttgta ggcgtggatc
      361 ttgtccatga ggccgatgcc gcggccctct tggttgaggt agaccacgac gccgcgccct
      421 tccttttcga tcatgcgcat ggctaagtgg agctgctcgc cgcagtcgca acgcagggag
      481 ccgaagatgt cgcccgtcat gcaggaggag tgcatgcgca ccaagactgg ttcgtctggg
      541 cgctcgtcta agttgccctt gatcagcgcc gcatgctcca agccgttgct cttctgacgg
      601 aaggggatga tgcggaaggg gccgtacttg gtgggcagct tggcctcgac gccttcctcg
      661 acgagcgact cggtgcggag gcggtaggcg atgaggtcgc ggatggtgat gatcttaata
      721 tcgaaacgtt tggccacctc caagagctgt ggcatgcggg ccatcgtgcc gtcttcgttg
      781 aggatctcga tga
//
LOCUS       SEQF3106|MIQD01000277.1  792 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..792
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             146..454
                     /locus_tag="SEQF3106_02139"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVAAASILPTVESTFTWQEADLPLPSIACAVISALPFLWICTV
                     TALPVTPAFSNEAVEAASTLATLGLLLDHCNSELVALAGNTEALSWNDLRSPSIETFG
                     "
ORIGIN      
        1 aaccacatac acacctgcgg acagggcaac ggacgtgtcg cctgcggaag catttagcat
       61 gtggacgagg gcgccggata cattatatat acgtaccaca gcagcctgcg gcagggtaag
      121 gcggagcgtg ctgcccaagg catagatgcg tgtggcggca gcttcgatat tgcctacggt
      181 ggagagtaca ttcacctggc aagaggccga cttgccgcta ccgtccatag cctgcgcggt
      241 gatctcggcc ttacctttct tatggatatg caccgtgacg gccttgcccg taacgcccgc
      301 cttcagcaat gaagccgtcg aggcagcctc tacactggcc acgctcggat tgctgctcga
      361 ccattgcaac tccgagttgg tggcgttggc aggcaacacg gaggccttga gctggaacga
      421 cttgcgatcg ccatctatcg agaccttcgg ctgatccagc gttatggagc tgaccaagac
      481 ggcctcgccg gggccaggtt cgggcttggg ctcaggctta ggcgtttcgg cggccggggt
      541 cttgacggtc ttcgcgctgt atcgtgcggt gttgccggct ttgtcctcca catctaccct
      601 tatcaaatac tcggtatcgg gctcaaggcc ggtgagggta tactccgttt tgtcggttaa
      661 gaccggacta gtcgccactg ccttatggaa taaaatgcac aacacctgat atttcaggtc
      721 ttccggcgca gtgacgttgt ccttggccgg gttccatttc actacgatct cggtcggtga
      781 gatggctttg gg
//
LOCUS       SEQF3106|MIQD01000278.1  771 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..771
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gacgatacat caaggccgac atctttgatc acccgacggc cttcgccctg actgaatctg
       61 tcgcggccga tccgtcagag gcgctttgcg catcgctcaa caagttcggc acggtggagt
      121 tgtcctacat gacctccctg ctgcccgaca tggaagagag cgacatcctc gccgcactcg
      181 aggagcgcat cttcttcaat ccgctcgcag acgcctacga gatagcagat cggttcatct
      241 cgggcaatgt gatcgagaag gccgaacgga tcgacgcatg gctgctcgat cacccggagc
      301 acgaggcggc agcgcagagc ctcgcggcac tccgtgcggc caccccgacg ccgatcccct
      361 ttgccgactt ggacttcaac ctcggtgagc gctggattcc ggctaaggtc tacgcccgct
      421 tcgcctccga tctgttcggc gtggacgtcg gcgtgtccta cctccccgac atggatgagt
      481 atatcctctc ctgcgatcag aagaatcaaa ccatttggca cacctacgcc gtgcaaggcg
      541 agttcaagcg gtacgacggc ctccatctgc tcaaacacgc gctccacaac acggttcccg
      601 acatcaccaa aagcaaggag atcactgacc ccaagacggg tgagaaggcg acgatcaagg
      661 tacgcgacgg tcgcgccatc caaatggcag acaccaagat cgaggagatc cggcaagcat
      721 tcattggctg gcttgggcgt acaccggaca cgttcaaaca gcagctggcc g
//
LOCUS       SEQF3106|MIQD01000279.1  769 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..769
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             373..480
                     /locus_tag="SEQF3106_02140"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMFQLFFIPSRYVSMRALGIIDNTDSPLDRASTAP"
ORIGIN      
        1 agtacttcct ctggcttaaa gccctgtatg cagcgcccca gcaagaagga acaggtgtat
       61 tctgtccagt ctttccctat gcgagctaca atctcattgc atcggtctaa gcagccataa
      121 aattgcgatt ccgtcagata cccaatccag aagcaccatt tagctacgtt cactgcgcgg
      181 caaatgtccc acgcatatgt tgaacgtacc attttaacct cctcttcagg cagatccaac
      241 tcacgtgaaa ttcgcgcata aatgcggttt agttctttat tcgtttcatg tgtacggata
      301 aactcatcga agctgctgct cttctgtaat tgcaaaagcg cattgattga cgcaactgca
      361 gactgctcat ctatgatgtt ccaacttttc ttcatcccct ctcggtacgt ctcaatgcgc
      421 gccttgggaa tcatcgacaa caccgattcg cccctcgatc gggccagcac agcaccatag
      481 accatggccc gctgatgatt ttctcccagc ggcttacccg aataacgcga attgaactcc
      541 tctaactcct tgcgacgcgc ccgcctcatc cgaaagttgg cgtacaagaa atagccacac
      601 acaaccgctg cagccacagc gataacgata taaattactg tattcatcta ccttttactt
      661 atttgattcg ctggcaaaag taaacgtaaa gtatagcagg gcacgagttt tccccaatgg
      721 gggaccagag caaccgtatc ccaatcatac gctgtcgggg gtacggtga
//
LOCUS       SEQF3106|MIQD01000280.1  758 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..758
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 atccctccgc cccccctcgc gcgtacattt atatataggg tacgccaccc aaccatccat
       61 cattgccgcc gcccacaccc cgcaggcaat aaaaattcac cattcgcgtg aaaaaaccac
      121 ttcgcatttt caccccaaac gaaaatgcca accatcccca caaaaagcgc attatcagac
      181 cctaagcacc gccccgcagc ttgcatgttc agcagcgcag acctactttc ggggcactat
      241 tttttactca acccaataaa taagtaatga catgaagcag aattttttca cccgattaat
      301 tatcgcggtc gccctcttcg ggctgaccca tttcgcaaac gcacagctga agggcacacc
      361 ctggcgtgcc cagtgggact cgtgtatcag ggggacgccg gcgtatattt ccggcctatc
      421 atctgtccct cctcctcctc ctgtatacca tcccagccac tatctccccc tcactcccgg
      481 tgggccgtat tcttatcggt acagctgcgg tacttcttac gataccagta gttatgcgcc
      541 tatgcctctt cgtatttatg agaactgccc ggtgcatatc gatacggcat tctatgtgcc
      601 ggctggcata gggcgcgaag tcatctttaa ggacatgccg aaggatcatg aagggaagca
      661 ctacttcgtc aataaagaga cggggaaagt ctttccggag ttcgagccga tcaagctcga
      721 cgattcgact gagcccaccc ccttctccat gaccttcg
//
LOCUS       SEQF3106|MIQD01000281.1  756 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..756
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             3..299
                     /gene="cbiA"
                     /locus_tag="SEQF3106_02141"
                     /EC_number="6.3.5.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00027"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobyrinate a,c-diamide synthase"
                     /translation="MDGVTRPMAGVLSQEATMAGMRLHLGYRRFTLGGREWRGHEFHY
                     SSVVPSSDAPPSIAQQFNAKGAPVDTPVYRSQRVIASYTHLYWGEADVAALFDD"
     CDS             481..720
                     /gene="galE_2"
                     /locus_tag="SEQF3106_02142"
                     /EC_number="5.1.3.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P09147"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-glucose 4-epimerase"
                     /translation="MKNGKRVGAQRHLPQMPPDHRSFIIPSPHPFTFARTFINQRNDM
                     ERILVTGGAGFIGSHLCERLVNEGNDVICVESLSI"
ORIGIN      
        1 gcatggacgg cgtgacgcgc cccatggcgg gcgtgctcag ccaggaggcc acgatggcgg
       61 gcatgcggct gcacctcggt tatcgccgct tcaccctcgg cggccgcgaa tggcgcgggc
      121 acgagttcca ctactcctcc gtcgtcccct cgtccgacgc cccgccctcc atcgcccagc
      181 aattcaacgc caagggcgcc cccgtcgaca cgcccgtcta tcgcagccag cgagtcatcg
      241 ccagctacac ccacctctat tggggcgagg ccgatgtagc ggcgctgttc gatgattagg
      301 gattacgcgg atggccctgt gtccccatct aatcgcgtcc gaaaccgatt ttcgctcgac
      361 tgtaatctct gtcatcacac agagcgcttg taggataggt attggtgacc gttgtcgaag
      421 aaggacttca gctgactgga gtccccacct tgcagcgggt attcatccag atcccgtcca
      481 atgaaaaacg gaaaacgggt tggcgcccag cgccacctcc cgcaaatgcc cccagaccat
      541 cgatcgttca ttattccctc cccacaccct tttacttttg cccgcacatt cattaatcag
      601 agaaacgaca tggaaagaat tttagtgaca ggcggcgccg gcttcatcgg gtcgcacctg
      661 tgtgaacggt tagtcaatga gggcaacgac gtgatctgcg tcgagagcct atctatctga
      721 atggaagaat gttacctgta atgtaaaagg aaatag
//
LOCUS       SEQF3106|MIQD01000282.1  755 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..755
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgacactgtc aagtatcagt tcttcaacct tccgaagatt acgaacttgg atagaaggaa
       61 cgcttctccg agagatagcg gccacttctc tttcaagtgg agcggtgctt tggtaaatgg
      121 agtaaatggt gatcctaaag atctttggtc aagctgggag gatacgtcca tccatagtgg
      181 agacagtgta ttcaaggtag ctccggctta ctacagtatg gataatggcg ctacttggat
      241 gccttgtaat cctgatggcg ttgatctgac tgcgcgtgag attgtagata tgagtaccga
      301 tgtgcccgtc ttggtaaggc tgccgaacgg atgtggaagc tataaggtga cagagataat
      361 agataatcct acgcctccca cgattacacg tcaggtgacg atcaacaaca agactgatgc
      421 acaggtggag ccgaacaagc agatctatga tgtgaatacc ggcgatgact tcaagttcac
      481 ggttcgtgca agcggaaaga atgtaccgaa gatcacaacc agtcgtaatg ccagaatcgc
      541 agacaaggat ggtgtgataa tgaaggataa cggcgatggt acgtatacgt tccgggtgcg
      601 tcgcgttcag gagaatttgg cgattacgct ggaatacact accgacgcta acgtggagac
      661 ggtaggcgca cgcgtatgga gcgaaaacgg acagctgtac atgacggctg ctactgctgg
      721 cagagctaac gtgtataatg tacttggtaa gttga
//
LOCUS       SEQF3106|MIQD01000283.1  743 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..743
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ctccccccgc ggccgccccg gcctcggcac cggccgcacg cgcgaaggcc gctgggacga
       61 ctactgcgcc ttcatgaacc gccaattgac ggagctgctc accggctacg gccccatcgg
      121 cgccatctgg ttcgatggca tgtgggacaa ggacatctac cccgacggcg tgaccgactc
      181 cacctggcac ctcacgccgc aatacgcgct cattcaccgc ctgcagcctg cgtgcctcat
      241 cgccaacaac caccacacga cgcccttcgc cggcgaggac atccagatct tcgagcgcga
      301 ctccggtcag gccatcagcc gactgccgct cgagacgtgc gagacgatga atcgttcgtg
      361 gggataccgc atgacggatc gcgcatacaa atccacggcc gacctgatcc gcctgctcgt
      421 ccgcgccgcc ggcaacgacg cgaacctgct cctcaacgtg ggtccgcagc ccgacggaca
      481 gttgcccgac acggccctgg cacggctgcg tgagatgggc gcctggatga agacgtatgg
      541 gaagacgatc caagggacgc gcggcggcgt ggtgcggcca cacgagtggg gcgtgacgac
      601 gcagcgcggg cgcacgctct tcgtgcatgt cttgagcgac gtcgatcgcc tcatctgcct
      661 gccctacgct ggccacacgg tcaagcaggc ggtggactat cgcacgcgtg tgccggtgcg
      721 cttcgtgcaa gacgctgacg gca
//
LOCUS       SEQF3106|MIQD01000284.1  742 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..742
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 acccacccct gattcgggcc aaaccaatgg tttgaagcca aaccgacctc cgattcgggc
       61 caaaccattg gtttgaagcg aaaccgacct ccgattcggg ctaaaccatt ggtttgaagc
      121 gaaaccgacc tccgatttgg gctaaaccaa tggtttgaag ccaaaccgac ctccgattcg
      181 ggctaaacca ttggtttgaa gcaaaaccca cccctgattc gggccaaacc aatggtttga
      241 agcaaaaccc atccctgatt cgggccaaac catgcggctg attattggca atacattgaa
      301 agggtaggca cacaccgccc cccctgaaca aaacagatta tgagaaagaa aacagtatac
      361 ctcctgctcc tcatcggcag cctgctgatg acgggccacg tccgcgccca gcaatcccta
      421 tggccggacg agaacgcgcg caaactctcc cttgcgcttt acgccatcca gaacctctac
      481 gtggacagca ccgacagcaa gaagctcgtc gaagacgcca tcgtcggcat gctcgacaag
      541 ctcgaccccc actccgccta ctccgacgcc gaggagacga aagacctcaa cgagccgctc
      601 caaggcggct tcgacggcat cggcatacag ttcaacatgc tcaccgacac gctctacgtc
      661 atccaagtca tctccggcgg cccctccgaa cgcgtcgggc tcatggctgg cgaccgcatc
      721 atcatggtgg acgacaccgt ca
//
LOCUS       SEQF3106|MIQD01000285.1  741 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..741
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             46..147
                     /locus_tag="SEQF3106_02143"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENTPFFLYFAIIFFFEVVYLAAYVLYILYSII"
ORIGIN      
        1 taaaactcac gcttgacctc atatcccttt ttatttgtgt atggtatgga gaacacgccg
       61 ttcttcttat acttcgcaat aattttcttc tttgaagtag tgtatttggc ggcatatgtc
      121 ttgtacatac tatactccat aatatgatag aacgagtcaa taaccgggct gttgttcgct
      181 atcgagtagt agttatagaa ccccatgatt tcagcgttat attggcttat aatctccaaa
      241 tcatcaagac atctcatata tgaacgacct tttggcttcc aaacctcttt cccattttgc
      301 ctgacaatct ttacagcatc atattcaaga agtttccttc tcatcgtctc agttgttaca
      361 tataagacaa tcttgtggtc taatgacctt gtcaaatgac cgttcttatc tctgcgtgca
      421 tcgttggact ttcgcacaaa gacatcatat ccaagaaatt tggcatgttt tcttgcattg
      481 gtaatcagcg ttttttcatc agatagttcc aatttcaatt tgtcggccat aaattgcttt
      541 atgtcctctt tgatttggat gcaatcttgt ttactgccaa ttactccaat cagaaaatca
      601 tccgcgtatc ttatgtattt cagtcgtttg atactatcat ccatttcatc ggcggcagga
      661 tagttcagtc tctctttgac aattcctctt ttccccttat tgaagtgctt gatgtaggct
      721 ttgatatact tatcaaactt g
//
LOCUS       SEQF3106|MIQD01000286.1  736 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..736
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(553..735)
                     /locus_tag="SEQF3106_02144"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYILLVVGIFYTIYLGFPQIRHFGLMFKYAFGPAFKRRKKEAHE
                     KHHVNSFQALATAVAA"
ORIGIN      
        1 catcaccgtg ccagccgcgc cgccagccgc cgccttcgtg gagaaggcct cggtgatgac
       61 gctctggaac atctccggga ttttgccgat aaacatgcag aggacgacga tcgagccgac
      121 gatatagatg agcgccatga agggaacgac gagctcagca atggccgtga tgcgctgttg
      181 cccacccatg atgacgagcg ccacgagcgt ggccagcacg ccgccaatga ggtaggggct
      241 gaacccagag gcattgttga tggcaatgga aatggagttg gcctgtacca tgttgcccac
      301 gaagccgagg gccagaatga tggccaggga gaagaagatc gccagtgggc gacacttgag
      361 gcctttggca atgtaatacg ccggtccgcc ggagacaccg cccgctttca cctctcgata
      421 cttctgcgcc agggtagcct cggagaagat cgtacccatg cctaaaagcg acgaaatcca
      481 catccagaag atggaaccca cgccgcccgt ggcaatggct gtagccacgc cgccgatatt
      541 gcccgtgccc acctacgctg ctacggccgt ggccagcgcc tggaaggagt tgacgtggtg
      601 tttctcgtgc gcctccttct tgcgtcgctt gaaggctggc ccgaaggcgt atttaaacat
      661 taggccgaag tggcggattt gcggaaagcc gaggtagatg gtgtaaaaaa tcccgacaac
      721 cagtaggatg tacatc
//
LOCUS       SEQF3106|MIQD01000287.1  736 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..736
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(205..618)
                     /gene="metK"
                     /locus_tag="SEQF3106_02145"
                     /EC_number="2.5.1.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P66767"
                     /codon_start=1
                     /transl_table=11
                     /product="S-adenosylmethionine synthase"
                     /translation="MDRSAAYAARHIAKNLVAAGVADEMLVQVSYAIGVAQPMNIFVN
                     TFGRSKVKMSDGEIARKIWELFDMRPKAIEERLKLRNPIYLETASYGHMGRTPQVVEK
                     VFHSRYSDKPTVCRVELFTWEKLDYVDKVKAAFGL"
ORIGIN      
        1 aacgaacttt ttgaggcttg ctcagattga gcaattgctt agacgaactt tttgacgctt
       61 gctcagcttg agcaattgct tagacgaact ttttggcgtt tgctcagctt gagcaacgag
      121 taaacgagca aaaacagaaa aagccgcccg ccatgcggcg gggcacggac gagcggctaa
      181 aaagacactt gaataacgcg ggaattataa tccgaaggct gccttcacct tgtctacata
      241 gtcgagcttc tcccaagtga agagctccac acggcagacg gttggcttgt cgctgtaacg
      301 cgaatggaag accttctcca ccacctgggg cgtgcggccc atgtggccgt aggaggccgt
      361 ctcaaggtag atcgggttgc gcagtttgag gcgctcctcg atggctttgg ggcgcatgtc
      421 gaagagctcc caaatcttcc gagcgatctc gccatcactc atcttcacct tcgagcggcc
      481 gaaggtgttg acgaagatgt tcatcggctg agctacgccg atggcgtaag agacttgcac
      541 gagcatctcg tcggccacgc cagcggccac gaggttcttg gcaatgtgac gcgcagcata
      601 cgcggccgag cgatccacct tcgagggatc cttgccggag aaggctccgc cgccgtgtgc
      661 gcctttgccg ccgtaggtgt cgacgatgat cttacgcccg gtgagacccg tgtcgccgtg
      721 ggggccaccg atgacg
//
LOCUS       SEQF3106|MIQD01000288.1  731 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..731
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(129..554)
                     /locus_tag="SEQF3106_02146"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPELGQNSVRSQKDFTFRLKYAGKPMKVIAKRMIDGRVIGEVTG
                     TPNADGEYEYVIRRVMQDITLEFTSADANTLVDQPSVWAYGGTLRIRSPKETTVRIYS
                     AAGLLVKQVAVHGDTTVPLAAGLYMVVLSDGTTHKVIVE"
ORIGIN      
        1 atccccccgt acaacaacag aagcgggcac gccgcacatt tctgtcggta tgcccgcttc
       61 tttcttatcc cggccgcgcc gcgctgggga aggcgaggcc gtaaccatag tgtgtgtatt
      121 gcgttacctt actcaacgat caccttatgc gtcgtaccat cgctgaggac aaccatgtag
      181 agaccggccg cgaggggcac cgtcgtgtcg ccatgtactg ccacctgctt caccaagagg
      241 cccgcggccg agtagatacg taccgtggtt tccttcgggg agcggatgcg gagcgtaccg
      301 ccgtaagccc aaacggatgg ttgatctacc agcgtattgg cgtctgcact cgtgaactcc
      361 aacgtgatgt cttgcatcac gcggcgaatc acatactcat attcaccatc cgcgttcggt
      421 gtgcctgtga cttctccgat gacgcggcca tcgatcatac gcttggcgat gactttcatg
      481 ggcttgcccg catacttcag gcggaaggtg aaatccttct gcgaccgcac agagttttgc
      541 cccaattcgg gcataagcac cgtcacaccc tctacacgcg ggataaacac cgtacgctct
      601 atgataggaa ctgcgccctt acttacatag aaacaatacg gctcattccg acaccaagtg
      661 ggaacaacta tctgctcagc tctatgtttc ccgaataccg tattgatatt ctttctcttt
      721 atagcgtcta t
//
LOCUS       SEQF3106|MIQD01000289.1  730 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..730
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(285..686)
                     /locus_tag="SEQF3106_02147"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEITHIEHLGIAVKSIEEQLPYYEQVLGSKCYNIEVVEDQKVKT
                     AFFKFGQTKIELLEPTSPESTIAKFIEKRGEGIHHIAFAVPDVQACLDEAESKGVRLI
                     DKKPRPGAEGLHIAFLHPKSTHGVLTELCMK"
ORIGIN      
        1 tgccgcagcc ggtcacgacg ccgtcgccga ggatcttctt cttttcctgt ccgaagtttg
       61 tgcagcggtg ctctacgaac atgtccatct cttcgaagct gccttcgtcg agcaacatgt
      121 tgatgcgttc acgggcggtg tatttgccgc gttcgtgctg ctttgcgatg gctttttcgc
      181 cgccacccag gcgggctttc tcgcgctggg cgatgagttc ttttaccttc tcaagttgat
      241 tgctcatttc ttattctcct tcttgtctgt gtttaagtgg ggggttattt catgcagagt
      301 tccgtcaaca caccgtgcgt ggatttgggg tggaggaagg cgatgtggag gccttcggcg
      361 ccggggcgcg gcttcttgtc gatcagccgc acgcctttgg attcggcctc atcgaggcag
      421 gcctgcacgt cggggacggc aaaggcgatg tggtggatgc cttcgccgcg cttctcgatg
      481 aacttggcga tggtgctctc ggggctggtg ggctccagga gctcgatctt ggtctgtccg
      541 aacttgaaga aggcggtctt gaccttttgg tcttctacaa cttcgatgtt gtagcacttc
      601 gagcccaata cttgctcgta gtaggggagc tgttcttcga tgctcttcac ggcgatgccg
      661 agatgttcga tgtgggtaat ttccattgtg attctgtttt ataatgaata atgtgaatac
      721 gcgggcaaag
//
LOCUS       SEQF3106|MIQD01000290.1  730 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..730
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             3..551
                     /locus_tag="SEQF3106_02148"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVCLGFQDFSQLTRDYGEKESRVIQNTVGNVFSGQVVGETAKT
                     LSERFGKVLQRRQSVSINRQDVSTSINTQMDSLIPASKISNLTQGMFVGAVSDNFDER
                     IEQKIFHAEIVVDTAKVSAEMKAYRPIPVIADFRDASGDDTMKASIDANYRQIKQEIL
                     SLVDSEIARIKADPKLQGLMKG"
ORIGIN      
        1 aggtggctgt ctgtctcggt tttcaggact tctcgcagct cacgcgcgac tacggtgaaa
       61 aggaaagtcg ggtgattcag aacacggtcg ggaatgtgtt ttcggggcag gtggtgggag
      121 aaaccgccaa gacgctctcc gaacggttcg gtaaagtcct gcaaagaagg cagtccgtct
      181 ccatcaatcg gcaggacgtc tcgacctcga tcaacacgca aatggacagc ctgattccgg
      241 cctcgaagat cagcaacctg acgcaaggca tgtttgtcgg cgccgtgtcc gacaacttcg
      301 acgaacgcat cgagcagaag atcttccatg cggagattgt ggtcgatacc gccaaagtgt
      361 ccgctgagat gaaggcctac cgcccaatcc ccgtcatagc cgacttccgc gacgcctcgg
      421 gcgacgacac gatgaaagcc tccatcgatg cgaactatcg ccaaatcaag caagagatcc
      481 tctcgctcgt agactccgaa atcgcccgta tcaaagccga cccgaagcta caggggctaa
      541 tgaaggggtg aggtgtttta ttagagttgt tgccatcgtc ccaacaagca atcgagcaga
      601 tcaagggagt ctcatcatag aacagcggta gcctccccgt tatcagagtg acttgagtac
      661 ttccacccgt tgacaatccc cccgtacaac aacagaagcg ggcacgccgc acatttctgt
      721 cggtatgccc
//
LOCUS       SEQF3106|MIQD01000291.1  729 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..729
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 attttgagga agtgaagtaa tccaccaacg cctaacgaag cgactatagc gagtttttgt
       61 atttcataat agagttgtgt ttcgaaatcg cagtcggccc gtaaaacacg gtgctggctg
      121 cgatttttat atgtatagat cccctcgagg ctatcgttga aacgatttgc cgttaggcgg
      181 taggggcgta tcgcattccc cccaacgacc ccacgtttgc gcaggtcgcg ctgggtctcg
      241 cggggaatgc tttggtactt gcgcgttact gtacatgacg cttgtacgct attgtacacg
      301 atgcttgtac gctactgtac acgatgcttg tgccgttacc caccatgcct cgcggcgtat
      361 gggagtgcgt acatacagtc cctcacaaag ccaaaatgtc agtccagtgg cggctggcat
      421 tttttttgac caacggcggc gcgtgatccg agagatcacc cctccggatc atccgataga
      481 tcattcataa acaataaata gaacagacca ttatggcaaa acaagaaacc aaggggaaca
      541 ttggcgtaac cagtgaaaac atcttccccg tcatcaagaa attcctctac agcgaccacg
      601 agattttcct ccgcgagctg gtctcgaacg ccatcgacgc cacgcagaag ctcaagacgc
      661 tggcctccgt cggcgacttc aagggcgaat taggcgacct cacgatccgc atccgtacgg
      721 agaaaggca
//
LOCUS       SEQF3106|MIQD01000292.1  725 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..725
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcctccgtcc gccttcgtgg aaacagtggt agtccgacag ggcttaagac aatcgaaaag
       61 ttatcgacca acccgggctc aggctcgcag aatcagttag ttataccgac aggtgcatac
      121 gctgtgcggt ttgactataa ttatgatggt aagaatggcg tagcattagt agatgctgta
      181 gatggtacgc cagcaggtgg taattggccg gatgtaaagg cctctcaggt cttaggcttt
      241 tggcaaggtt atacgggcag cacggatatt aacttcaaag acaactccac gttgttgctg
      301 ggtaatggca ctgcaggaca ggacaagttc aagatggcca cgactgctgc aaatggtctg
      361 aatgtcttca actattggac gaatacggac gccttagggc agcttccggc gaacaacttt
      421 atgaacgggt ctgaccctat gattcccaca agtcacggta tcaagtatga gatacctcat
      481 gccaatattg accactctgg aacgggtacc tacctgatca aaaactacaa taatggcaat
      541 ggttgcgata atttggggtg gattcaagtc actcaagact tgggtaacaa ctacgtgaaa
      601 ggaagcggag gtaagttctt tattgaagcc aacggccaca ttcaattgga tagaggaata
      661 aacatgactt ccgtgactgt attaaaagtg aaaaaatatg cctctgcccc gcccccgctg
      721 tgtgg
//
LOCUS       SEQF3106|MIQD01000293.1  723 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..723
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(516..701)
                     /locus_tag="SEQF3106_02149"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREELSNCSSFMLLIGLLSIKINVLSRPAMESEPSMSVMMYGVR
                     RSTSAALPTLLITVLST"
ORIGIN      
        1 tgtgcctgcc ctttggggga ggggcgacca caagaagggc acccacaagg cgtgcctctg
       61 cgagggctgg tatctttggc gccgagaaag agaccatcct cttctccctt tataacaccc
      121 ctccctctca tgaaacatgt ttctattctt ctgcttttca tgctcgtgac atcgatggct
      181 gtccgagcgc aacacgcgtt agtcgggaag gtgacggacg gccaagggcg accgttagag
      241 tttgcaacag cggcacttta cgatatggac tctacgctgc gcgccggcag tgtgacggat
      301 cgcgcggggg cattccgatt cgacgccgtg agggccggta aatacatgtt ggaagtgcgt
      361 ttaatgggct ttcaaacgct gcgtaaacag gtagacatcg gcaccgatcc gaagccgctc
      421 acgatcgaat tacaggaaag cgccgtcggg ctgggcgagg tgacggtcac aggccggaag
      481 ccctacatga cgctcaagga cgatcgcttc gtttatcatg tggacaacac ggtgatcagc
      541 aacgtgggca acgccgccga tgtgctccga cgcacgccgt acatcatcac agacatcgac
      601 ggctcgctct ccattgccgg gcgcgacaag acgttgatct tgatcgataa taaacctatc
      661 agcaacatga acgagctgca attgctcaac tcctcgcgca ttcggcaggt ggagatcatc
      721 gaa
//
LOCUS       SEQF3106|MIQD01000294.1  723 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..723
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             204..650
                     /locus_tag="SEQF3106_02150"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSLQLLPKFPQTGAFLKFYANKDWNFSLLAPKNVAPHQESLRK
                     IPSPYDRFDLWEDEEYYYLYSNNSQEYRWFANKKSALPNFKLLGFLGEHAIDAFFGYS
                     DGYIVIPPYLLPVDHSTYIPPQTPGSGGIQDRQFFRNGGKQYTNYL"
ORIGIN      
        1 atctttttct cctctctctg atcgtgtgtt gaggtctgtt tttttctgat ttctttggta
       61 aaccttgagc cccatcagcc ctgcctcagt atgaagaacc ctttacctga gggatatcga
      121 ccggctttct cgaggaacct cgtgcaccgc taggaacacc agaagattat gcacgtagaa
      181 tctttgtaga tgctcctgtg gcaatggata gtctgcaact tcttccgaag ttccctcaga
      241 cgggtgcttt tctgaaattt tatgcaaata aagattggaa tttttccctc ttagcaccaa
      301 aaaacgttgc tccacatcag gaaagcttga ggaaaatccc ctctccctat gatcgatttg
      361 acctttggga agatgaagag tattactatc tgtattcaaa taattctcag gagtatagat
      421 ggtttgccaa caaaaaatct gcattgccga acttcaaact tctcggtttc ctcggggagc
      481 acgctattga tgcgtttttt ggctatagtg atgggtatat cgtcatccct ccttacctct
      541 tgcctgtgga tcacagcacg tatattcctc cccagacgcc tggcagtgga ggaatccagg
      601 atcgacagtt ctttagaaac gggggaaagc aatacaccaa ctatttatga tccgacaagg
      661 actgggtgta tcgatggaat aaagataatt catttgaaaa ctatttactt ctcagagaaa
      721 aga
//
LOCUS       SEQF3106|MIQD01000295.1  719 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..719
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(173..478)
                     /locus_tag="SEQF3106_02151"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQRIGRLFAAALLLSLSPSAFAQGNGLSGINEATKMVTSYFDP
                     GTKLIYAIGAVIGLIGGIKVYQKFASGDPDTSKTAASWFGACIFLIVAATILRSFFL"
ORIGIN      
        1 cccgttgcgc cgaggccgag acagaggtac tgatccatgc cgcacatgta gcagatgacg
       61 acaaggagga acgtcgccag cagtccaccg gcaaagagga agaggtactg cgccttgagc
      121 cccttgaact ccaccgtccg ccccacgcct ttattgatct cccacgaagc catcagagga
      181 agaagctgcg taagatcgtg gcggccacaa tcaggaagat acacgcccca aaccacgagg
      241 cggcggtctt gctggtgtct gggtcgccgg acgcgaactt ttgatacacc ttgatccctc
      301 cgatcagtcc gatgacggca ccgatggcgt agatcagttt tgtccctggg tcgaaatagg
      361 aggtgaccat tttcgtggcc tcgttgatgc ccgacagccc gttgccctgc gcgaaggcgg
      421 agggggagag ggaaagcagt aatgcggcgg caaacagtcg cccgattcgt tgtttcatgt
      481 ggttctggat ttataggttt tcgttcgtgt attctttggt tacaagtaag ccatccacgc
      541 cgtgtcgtcg acgtcattcg aacgagactt cttcggcgct tcagatggtg aacgtaaaag
      601 ctcgtcgagc gcccgagcgc gttcccgctc tttcgacgca tactcccgga gcttctccat
      661 gaagtccgta cctcggagct tgacggctgt ctctttggct tgatccaagt cttccgcgt
//
LOCUS       SEQF3106|MIQD01000296.1  710 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..710
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             335..430
                     /locus_tag="SEQF3106_02152"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILISNEMIGFHSLEDFRYLFMRKFLHNIGQ"
ORIGIN      
        1 ccaaagccaa aagctccaac acaatttata atccctcgtg ttctgtaagg atttaaagac
       61 ttcccctgtt ttacgagaaa aaagctggtc tttctcccct cgtggctcaa tgaagaagga
      121 caaaaaacaa aaatagctcc atcatacgct cagatctgct ctttgctagt tttcctaagg
      181 catctttccg ttccaaacgt caagctattc caaatgctaa gagctaattc ccctcaaaat
      241 atctctgggg acactttgac aaaagctttc gagtttcaag ctactctaaa agacctctcg
      301 cagaaattcc caatctttat tcaatccaga tttcatgatc ttgatatcta atgagatgat
      361 cggcttccat agtttggagg attttcggta tctctttatg aggaaattcc tgcacaatat
      421 cggacaataa aaggactctc ctttgctttt tttcatccca gctactatac tgcttcccta
      481 gaacggaagt atttccagtg agttgtttca ggattcgtcc tcttacttct ctatctgacc
      541 cctcaaattt gctttgtttg cctagcgatt taattttcgt cttcttcgca gtgagatggg
      601 ttgctccgta gtccattagt gcattgtgcc gatctctgct tcttccttca gggataagtt
      661 ctttagcaag ttgctccaag gcaggaagag aaatactttc ctccagcttc
//
LOCUS       SEQF3106|MIQD01000297.1  708 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..708
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccgcgcccac tgcttcttcc accaagtcga agcaggtcat aaggatgttg cgctccatgg
       61 ggcggatggc gatgcagggc gtttcgcgga taaggagata gagctccgac atggatttga
      121 tgggcaggtt gcgaaccgtg ccgatgtcgc cggccagcac ccagcagtct aagtcggggc
      181 tgcggaagga gatttgcacc aaggtgttgg ggaagatgat gcacatatcg ccggtcttga
      241 tgtcgaactc ccgttcgtcg agcctaagca ggaagctccc cctgttgcag agggcgatgc
      301 aaccggattt catcagggcc ggcatctcat cgatgttcag cgtgttgctc tcattgccct
      361 tgaagtgaaa cagtttaagc agcatttctt gttccgacgc ttctgggtcg ttgacgaaat
      421 tgtggatgtt caaattgttt gcttccattc tgaaaaaatc ctttcctaag tgtggcgaca
      481 aaagtaaaac gctcgccctc ttctcaaagt gccaaaaagg gggttggttg ggagggggcg
      541 gcgccatcta tacatatata atacgtatac ctcctctcac gggaaacgcc gcagcatccc
      601 acactgcctg cacaattaat tcagcctctc ccaggttatt ttctggagat tgagcaagca
      661 tcaaaaagtt tgttttaccc tttgcccaag ttgggcaagc accaaaaa
//
LOCUS       SEQF3106|MIQD01000298.1  703 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..703
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtttgatgtg atgatgactg gccgcaaaga tctatgaatg gatcgatgtc agtcccatcc
       61 tccgagtggt attttctgct tttgagccca gcctctcctg ccggtagggt aggggcgtat
      121 tgcatacgcc ccacatatac tcggcctctt gatcatacgc cccatgcggg gcgttttaag
      181 gggcgaataa tcattcgccc ctacgaggcc cagggttccg ccctgggcta tcgtccaccg
      241 ggcctacagc ccggattgat ggcatccaac gcggcctgaa gggccgccgg acgatagccc
      301 ggggcgaaac cccgggcgca ggcgcccccc cgggaaagcc ggagatagcc cggggcacct
      361 cctccccgcc gttgatttgc ctctaccttt gcccccgtat cgaaccccaa gtaagaaaga
      421 agaccctaag tagtgcccaa ttattaattg tcaatgatta atgatggcgc ggtgccattc
      481 tgtccccatg tcttcggggt aatcattgat cattgataat taatcattgg cccttagaat
      541 tagacgacac gcattatgga aacaaaaaat aattacaccg gaatcgatta cgacgacatc
      601 atcccccaca gagccataca cccgggggag atcctttggg aggagctgaa ggcgcgcggg
      661 ataagccggg aagcgtttgc cgagcagctc ggcatgccgc gtt
//
LOCUS       SEQF3106|MIQD01000299.1  701 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..701
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             126..581
                     /locus_tag="SEQF3106_02153"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSQSLSKLYVHAIFHIKSTCVVIRRQERASLYAYMTSILNDLGC
                     VPIQINGVEDHVHLLCVMSKNISPAKMIADVKRHSSRWIKGLDLYYHSFEWQGGYAVF
                     SVSPSLVDTVRQYIANQEQHHKRTTFREEYTLILKEYGISYDDEYVWTD"
ORIGIN      
        1 ttttatcccg tcgggacgcc aataaccccc cgccgttccc aacccagggt gttaccctgg
       61 gctggtgatg aattgagctt tcagcccgcc ctttgaaata acgtatcaat aaacaatgaa
      121 gaatcatgtc ccaatcctta tccaaactct acgtacacgc gatctttcac atcaaatcca
      181 cctgcgttgt catccgccgg caagaacgag cctcccttta cgcctacatg acaagcatcc
      241 tgaacgattt aggttgtgta ccgatccaga tcaatggtgt agaagatcat gtacatctgc
      301 tttgcgtgat gtcgaaaaac atttcacccg cgaaaatgat agcagatgtc aagcggcaca
      361 gcagtcgttg gattaagggg ctggatcttt attatcacag tttcgagtgg caaggcggat
      421 atgccgtgtt ttcagtcagt ccatcacttg ttgacactgt ccggcaatac attgccaatc
      481 aagaacagca tcacaagagg accacttttc gagaagagta tacgctgata ttaaaggaat
      541 acggcatatc gtacgatgat gaatacgtat ggacagatta aacggtgctc cgaagggatc
      601 agtgatgacg atgtcgcccc gaaggggcag ttcgccaccg gcccgacgat gtcgccccga
      661 aggggcagtt ctccaccagc ccagggtaga gcgacgccac c
//
LOCUS       SEQF3106|MIQD01000300.1  700 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..700
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(34..618)
                     /locus_tag="SEQF3106_02154"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGYIATRIKTAYPSRLLVHALYLQNILELSDHFKLMLAGRFDHV
                     RYQRTLKNMPVMDDSWSFKRTEPFSTVDNSAFTYRAGLVYLPMKSLSIYGSFANFFQP
                     FREYYSPKLIYVNSEGKRFDAEHTAQIFKPQTGYQGELGVKYTHGDLLYASAAVYHIK
                     RRNERKTLATVEEGGESKTVVGQVGTTLSEGCEM"
ORIGIN      
        1 cgatcgcacc gtgggcggca agaccacccg cacctacatc tcgcagccct cggagagggt
       61 cgtgcccacc tgcccgacga ccgtcttgct ttcgccgcct tcctccacgg tggccagcgt
      121 cttgcgctcg tttcggcgct tgatgtgata gacggcggca gaggcataga gcaggtcgcc
      181 gtgggtgtac ttcacgccga gctcgccttg atagcccgtc tgcggcttga agatctgcgc
      241 cgtgtgctcc gcatcgaagc gcttgccctc ggagttgacg tagatgagct tcggggaata
      301 atactcgcgg aaaggctgga agaagttggc gaaggagccg tagatggaga gcgacttcat
      361 gggcaggtag acgagcccag cgcggtaggt gaaggccgag ttgtcgacgg tggagaaggg
      421 ctcggtgcgc ttgaacgacc acgagtcgtc catcacgggc atattcttca gggtgcgttg
      481 gtagcggaca tgatcgaagc gcccagccag catcagcttg aagtgatccg agagctcgag
      541 gatattttgc aggtaaaggg catggacgag gagccgcgag gggtaggccg tcttgatgcg
      601 cgtggcgatg tagcccatgc tgtgcggatc gtgcgcatcg atcacggagt agaggccggg
      661 gccgtagacg ccgtaggtgt tgttgaagcg gtcgttgcgg
//
LOCUS       SEQF3106|MIQD01000301.1  694 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..694
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gggtttcgcc ccgggctatc atccaccggg cctacagccc ggatgggtag tacccagggg
       61 cggcctgaag ggccggatat ttgtaggggc gtatcgcata cgccccatat gtacccggtt
      121 gccggatcat tcgcccctgt cggggcgttt ggagggcgta tgcgatacgc ccctacacag
      181 cccgtttgga tggcgtggtt attcgcccct acgaggctat gcatccccct cactgcctac
      241 agtgaaggag gcggggagcc agcgcgcatg cacacccact aatccatgtg gctgacaccc
      301 acctgagtta ggaggcccta ccctcctaag ctatgaggcc acaccttcct aagctatgaa
      361 gccctaccct cctaagctaa gagggacacc cctcctaagc tatgaggccc taccctccta
      421 agctatgagg ccataccctc ctaagctaag agggacaccc ctcctaagct atgtgggaca
      481 cccctcctaa gctatgtggg acacccctcc taagctatgt gggactgccg ctaagctata
      541 tgggtcgaac catctaagct atatgggtcg gcccatctaa gctacatggg tcgaaccatc
      601 taacccatat ggctggtacc cacatgagct aatgggtgta ttagcgcgca gacaacaaga
      661 ccaccgaaca gcaacgtgct cggtggtctg ctcc
//
LOCUS       SEQF3106|MIQD01000302.1  692 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..692
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             114..242
                     /locus_tag="SEQF3106_02155"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLIQEMEIKDRTAKRYIAYMREQGILSQDAAGNYQKGERCRT"
     CDS             230..535
                     /locus_tag="SEQF3106_02156"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSHVEAPFEVWKKQLLDSLARMEGKLDRLLVLREQTIDTTVRPP
                     LKPEYLDIIDVSKLLKVEQKTVYNWVSAGKIPYLKANGRLLFLREEIDEMLRKQTTE"
ORIGIN      
        1 gcggcgagaa atcgaaggag gacaaagagc gtcggaaggc cgacgaactg atcgccgtgg
       61 tcaaagagat ctttctccat accgccaaat tgtcctacaa aaacttgagc gagatgctca
      121 ttcaggagat ggagatcaag gatcgcacgg ccaagcggta catcgcctac atgagggaac
      181 agggcatcct gtctcaggac gccgcgggta actaccaaaa gggagagcga tgtcgcacgt
      241 agaagcacct tttgaggttt ggaaaaagca gctgctggac agtttggcgc ggatggaggg
      301 gaagctcgac cgtctgctgg tcttgcgcga acaaacgata gacactaccg tccgtccacc
      361 gctgaagccc gaatacttgg acatcatcga cgtctccaaa ctcctgaagg tggaacagaa
      421 gacagtctac aattgggtgt cagcagggaa gattccctac ctcaaagcca acggccgact
      481 gctattctta cgggaggaga tcgatgagat gttgcgcaaa cagacgacgg aatgacggcc
      541 tcaccgcaag gcaagatttc ggcaatcgcg ttgcatcgtt gccgaaatct tgctgtcttc
      601 attgatcccg cataaacgtg agttcgacgt aagaatgagg ttccttacgt cctacaacat
      661 gcctttgtta gagcgctcgg gcggctaaaa cg
//
LOCUS       SEQF3106|MIQD01000303.1  690 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..690
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(151..663)
                     /gene="yvqK_2"
                     /locus_tag="SEQF3106_02157"
                     /EC_number="2.5.1.17"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34899"
                     /codon_start=1
                     /transl_table=11
                     /product="Cob(I)yrinic acid a,c-diamide
                     adenosyltransferase"
                     /translation="MGGFRVPKTHPRLEAYGTIDELNSHIGLLMAETDDPETLDTLRF
                     VQHKLFTVGSYLATDPTKTDFRIESRVTPEAIRRLEGAIDSLDAQLPRLKAFVLPGGN
                     RASAQAHVCRTVCRRAERRIYCLTEEAEVEAPVLIFINRLSDLLFVIARNECVRRGDD
                     EIVWDSTETP"
ORIGIN      
        1 ggcctcgtcg atcgagtcga cgacggtttt ctgatcgaaa tggtctcgtc gatcgagtcg
       61 acggcggttt tctgatcgaa atggtctcgt cgatcgagtc gacggcggtt tctcacactc
      121 cccctacccg accctcggcc ggggcgcccc tcaaggggtc tcggtgctgt cccagacgat
      181 ttcgtcgtcg ccgcggcgga cgcattcgtt gcgggcgatg acgaagagga ggtcggagag
      241 gcggttgatg aagatgagta cgggggcttc tacttcggct tcttcggtga ggcagtagat
      301 gcggcgctcg gcgcggcggc agacggtgcg gcagacgtgt gcttgggccg aggcgcggtt
      361 gccgccgggc aggacgaagg ctttgaggcg gggcagctgg gcgtcgaggc tatcgatggc
      421 gccctcgagg cggcggatgg cttcgggggt gacgcggctc tcgatgcgga agtcggtctt
      481 ggtggggtcg gtggcgaggt aggagccgac ggtgaagagt ttgtgttgca cgaagcggag
      541 tgtgtcgagc gtctcggggt cgtcggtctc ggccatgagt aggccgatgt gtgaattgag
      601 ctcgtcgata gtgccgtagg cttcgagccg tgggtgggtc ttgggcacgc ggaagccgcc
      661 cacgagggcg gtggtgcctt tgtcgccgcc
//
LOCUS       SEQF3106|MIQD01000304.1  689 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..689
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(468..638)
                     /locus_tag="SEQF3106_02158"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLSGLLYWRPAGRRLTLSTKIGWTHLFTGDSIGSGLETIRGRN
                     RTDLYAMLRWTF"
ORIGIN      
        1 gtcagccggc gcatatattc agcaacatag cggcgccact gagcagatcc tccgcgccat
       61 cgacctataa agcaggctgt gggagcctat atataggtac gtctccggtt agcgatggca
      121 taccattgct tgttagtgac gacctacctt ataggttagt gatgacctac cttacgtgtt
      181 agcgacgacc taccttacgt gttagtgacg acctacctta tagggtagtg gtgacaaacc
      241 tcagtgttca tagcccaatc acttcgggtc gatgttttga attagattgg gtgtatgtgt
      301 tgaatcggat tggacttacg tattcaatca gattgggtct ataagcccaa tcgctttggg
      361 tgtatagttc taatcatttt ggacttataa gcccaatctt attggacttg tctatccgct
      421 cctaccgata taggggcgca tgcactttgc gttaacgatg gcccacctta gaacgtccag
      481 cggagcatgg cgtagaggtc cgtacgattg cgcccgcgga tggtttcgag gcccgagccg
      541 atggagtcgc cggtgaagag gtgcgtccag ccgattttag tcgagagggt gagccgacga
      601 cccgcggggc gccaatagag caggccggag aggcgcattc cgcggccgta gagcgagggt
      661 gtggcgaagg tgtagagcag gtttttctc
//
LOCUS       SEQF3106|MIQD01000305.1  687 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..687
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtcggcaccc catccgccca cacattattt atatgtatga atcgaatcaa actaccccca
       61 tatggaacaa ttcaagattg atttaccgag agtattaaac atcgagtccg ctaatcccgg
      121 aaggctcaac ttaccgctcc atgccatcta ccatcgcaag cagtacgact tagtaaaggc
      181 catcgatccc accaagctaa agatgcctgt aggcctgatg cccggttggg ataaaggcat
      241 cgaagcagag gaaaacctcg ttcgcgaatc atcctcctcc cgacacacgg ccatactgtt
      301 ggagaaagat tcggagcgcg acaaattgct gaaaagcatc ttcctcgtgg taggcggcaa
      361 taaatactcc gccgttgagg ccaaccgtga cgccgccttc cgcatcgatg agaaacttca
      421 cgtctatgcc aatgcgcaca aatcgccttt tgacgtagag agtagcctca tcgttggtat
      481 aaaaaaggat atggccgctt ttgctgctga catcaccacg ctggggttga cagcatcatt
      541 taaccggctt tatgcggtca acgacgagta catcgagcta cagaagatcc gcagcttaga
      601 agaagcagac tcccaaatgc ctgccgcacg cattgttcgc ccccagactg acgccgccta
      661 tgacatcgtt tgtctgtaca tccaaat
//
LOCUS       SEQF3106|MIQD01000306.1  683 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..683
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gccgcagacg gtgtagtcga tgtcaggtgc gaggggcgcg gtgtcgcgtg cggagacgaa
       61 gatgtcgcgc ggcgccaccg tcgggtctgc cacgcgatca tacgggcgtt gcttgatgta
      121 gggccacatg ccggcctcga gcaggagggc tttgattgtt tcgccgtcag ctgcggcggg
      181 gttctgaggc acctcgaggg gctcactgtc gccgcgccca tcggttcgga ctacgacgct
      241 gagcagcttg cgtttctcgc cgcggttgac ggccgtcacc tcgccactga cgggcgagac
      301 gaggcggatc tccgggtgcg ccttgtcgtg catcagcggc gtgccgacct tcactttgtc
      361 gcctgcgtgc accaccactt tggggacgat gcccggaaat tcggtcggct cgacggcata
      421 atcctcgcat ggaagcgtct ccaagtccgt cagcggcgcc tttccaacta agtggatgtc
      481 taacccacgt ttgattttaa ccactattgc catgatcact tctttaattc tattgatttt
      541 tctgttttcg ccgccaaaaa tagccgcttt tccctaaggg atacttcgta aaattcacct
      601 cttgacgcgg gttcttctgc ctcggcccgc ttcttttttc gggttaggct aagttcaccc
      661 cgtcgccagc cctttccttt tcc
//
LOCUS       SEQF3106|MIQD01000307.1  681 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..681
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(295..516)
                     /locus_tag="SEQF3106_02159"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIESTSHTSLVNFSVAASRIQTSGSAVYATEVSREEYLAYTTEE
                     TEKVEVMRLADHLGGDIEQAISRLARGDP"
ORIGIN      
        1 cgttcgcgta agcagcaggc agcacacgag gcagaggata agtttgtgtt tcatggggtg
       61 tggggggata aggggaatga gggaataaag tagggatggg taatgtctta ttatcaggcc
      121 tttgcgatca gcattataag gctgaagcgt ttggggctat aaggctgaag tgtttgggac
      181 tataaggctg aagtgtttgg gtctataagg ctgaagcgtt tggggctata aggctgaagc
      241 gtttgggact ataatggtga atcaagaaga acgagcatac agccgtcggc cggcttacgg
      301 atcgccgcgc gccaaccgac taatggcctg ctcgatgtct ccgccgaggt gatcggctaa
      361 gcgcatgacc tcgaccttct ccgtctcctc ggttgtatac gcgagatatt cctcacgcga
      421 gacctccgtg gcgtaaacgg ccgatccgct cgtctggatg cggctggcgg cgacgctgaa
      481 attcactaac gaggtgtggc tggtgctttc gatcaaaatg ccggatgatg attgttgttg
      541 aattgttgga tgtcccgggg tgcaacaatg agtgatgagg cgataattaa tgatcgatga
      601 ttatggggcg ggccaaaaac atggtttttc ggagccctgc gtaacgcacg gggtaaaaaa
      661 ggccgtcttt cagagccctg c
//
LOCUS       SEQF3106|MIQD01000308.1  673 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..673
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(168..608)
                     /locus_tag="SEQF3106_02160"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLVVNFVEAHQRPLQVFGSLVLGAFGYYIFQANPVTRLRKNSA
                     SRLSFVQDFISAFLLTLSNVLIIFLYIGLFARFAFVFSADVWDVPIGLGGIAVGAVLW
                     WLVITYLVSRMRRWFNIRGIRILNRIVGAIILLLSAVGIGYAFM"
ORIGIN      
        1 gacgctgttt ggacgaaatc acgggtgtgt ttcgcttcag cgacgctgtt tggacaaaat
       61 cacgggtgtg atttcgttca gcgacgctgt ttggacaaaa tcgcggatgg gtaaagcatg
      121 aaacaacggg gctgccccct acccccgggg ccttcagcga cgcaccccta catgaacgcg
      181 taaccgatgc ctacggcaga gagcaggagg atgatggcgc cgacaatgcg gttgaggatg
      241 cggatgccgc ggatgttgaa ccaccgacgc atacgcgaaa cgaggtaagt gatgacaagc
      301 caccacagca ccgcccccac ggcgatgccc cccagaccga tgggcacatc ccacacatcg
      361 gccgaaaaga caaacgcgaa ccgcgcaaag agaccgatgt agagaaagat gatcagcaca
      421 ttgctcagcg tgagcaggaa ggcggagatg aaatcttgca cgaacgagag ccgcgaagcg
      481 ctgttcttgc gcagtcgcgt gacggggttc gcctgaaaaa tgtaataccc aaaggccccc
      541 aacaccaagc tgccaaacac ttgcaacggc cgctgatgcg cctccacaaa gttgaccacc
      601 aaccccatcg agagcgccgt gatggcagcg tagatgacat cagacagggc cgcgccaagg
      661 ccgctgacga agc
//
LOCUS       SEQF3106|MIQD01000309.1  670 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..670
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgcgtcggat gggtgccagc agctggagtc ggaagatgag tgtgtcgccc ggcacaacct
       61 tctggcgaaa cttgacgccg tcgatcttca tgaagtatgt ggagtaacgc tccggctcat
      121 ccacggagtt tagcaccaag aggccacccg tttgcgccat cgcttcgacg agcagcacgc
      181 ccggcatgat cggctcctgc gggaagtgcc cctggaagaa gggctcgttg acgctcacat
      241 tcttgatgcc cacgatgtag tcgccgccga tctcgatgat cttgtcgaca aggaggaagg
      301 ggtaacggtg gggcagcagt tcgcgaatgc ggttgatgtc catcagcggt tcgcggtttg
      361 ggtcgtaggt gggcgcctgg atgctgttca gcttgatttc cttgcggatc acctgtgcca
      421 gttggttgtt gatcttatgg cctgggcggg tagcgatgat gtgccctttg atcggcttac
      481 cgatgagggc gaggtcgcca atcacgtcga gcagcttatg gcgtgcgggc tcgttggcat
      541 agacgggggg cttgtcgttc acgtacccca actcgcggac gttcctgtgt ggcatgctca
      601 gctcgtctgc gatgtggtcg agctccgctt gcggcatctc acgatcgtag atgacgatgg
      661 cattgtccaa
//
LOCUS       SEQF3106|MIQD01000310.1  670 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..670
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tcgaacactt cgacggcgtg tcgcagcttt gcaacagccc gtcgaacact tcgatagcgt
       61 gtcgcagctt tgcaacagtc cgtcgaacac ttcgatagcg tgtcgcagct ttgcaacagc
      121 ccgtcgaaca cttcgacggc gtgtcgcagc tttgcaacag cccgtcgaac acttcgacgg
      181 cgtgtcgcag ctttgcaaca gcccgtcgaa cacttcgacg gcgtgtcgca gctttgcaac
      241 agcccgtcga acacttcgac ggcgtgtcgc agctttgcaa cagcccgtcg aacacttcga
      301 cggcgtgtcg cagctttgca acagcccgtc gaacacttcg acggcgtgtc gcagctttgc
      361 aacagcccgt cgaacacttc gatagcgtgt cgcagctttg caacagtccg tcgaacactt
      421 cgatagcgtg tcgcagcttt gcaacagccc gtcgaacact tcgacggcgt gtcgcagctt
      481 tgcaacagcc cgtcgaacac ttcgacggcg tgtcgcagct ttgcaacagc ccgtcgaaca
      541 cttcgatagc gtgtcgcagc tttgcaacag tccgtcgaac acttcgatag cgtgtcgcag
      601 ctttgcaaca gcccgtcgaa cacttcgacg gcgtgtcgca gctttgcaac agcccgtcga
      661 acacttcgat
//
LOCUS       SEQF3106|MIQD01000311.1  670 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..670
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             146..484
                     /locus_tag="SEQF3106_02161"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHIYRITNRIMNKKTITQLSLWLLSALLAPSAFAQGNGLSGINE
                     ATKMVTSYFDPGTKLIYAIGAVIGLIGGIKVYQKFASGDPDTSKTAASWFGACIFLIV
                     AATILRSFFL"
ORIGIN      
        1 aaaccgctgt cgtactactt ataaacagcg acccaaacag aaacgaaagg aagggagcga
       61 gccgcttgaa ggctacacac ggatggaagc acagagccgg atccggcggc cgatccccac
      121 ctttttcaga aaacaaaaac accccatgca tatctaccga ataacaaacc gcatcatgaa
      181 caaaaaaacc attacgcagc tatccctttg gctgctttcc gccctcctcg ccccctccgc
      241 cttcgcgcag ggcaacgggc tgtcaggcat caacgaggcc acgaaaatgg tcacctccta
      301 tttcgaccca gggacgaaac tcatttacgc tatcggcgct gtcatcggac tgatcggagg
      361 gatcaaggtg tatcaaaagt tcgcgtccgg tgacccagac acgtcgaaga ccgccgcctc
      421 gtggttcggg gcgtgcatct tcctaatcgt cgccgccacg atcttacgta gtttcttcct
      481 ctaagcacct ccgaccgatg gcttcgtggg agatcaataa aggcgtgggg cggacggtgg
      541 agttcaaggg gctcaaggcg cagtacctct tcctctttgc cggtggactg ctggcgacgt
      601 tcctccttgt cgtcatctgc tacatgtgcg gcatggatca gtacctctgt ctcggcctcg
      661 gcgcaacggg
//
LOCUS       SEQF3106|MIQD01000312.1  668 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..668
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 atgaccgaca gcgagcgcga aaggcgcgaa cgacgaatgg aagcggatga gctgctcctc
       61 gtggcgctct cagccgacca gctcacgcgg ccggctttgc aacaacgcct ccgctcgatg
      121 tatgagatgg gagtgtactt cgcttacggc ctgatcgatg gcgctgagcg cctgtcggag
      181 tggagtcctg ccttcgatgc ggcttacctc tgtgcggggc agacgcttcg gcgctatgcg
      241 cggccacagc agggcgcgat cacgctcggg gctacggctg ctgaggcgtc gttcgatgtg
      301 ctcttcgaca tcgagcgcgc gctgctcccc gtcgacggct tcactccgga tcgtgagcgg
      361 atcgtgacgg ttcacgctac agtggcaccc gcccccctcg gattgcgttc ggaggaggac
      421 gagcgccgcg atatcgagcg catcatccgc gagatgggta tggaatatgt ggctccactg
      481 gctggcgatc agtcagcagc gggggcgcgc atcatggggc tgccttaccc cgtgaccgtc
      541 aacgagggtg gcgagagtgt gcaagattcc gctgccgcta cgcgttacgt ccatatcctt
      601 taccgtatgg gttgcctcgg cctgatcgac ggattagccc acgacaaggt gcgccggcgc
      661 tacttgct
//
LOCUS       SEQF3106|MIQD01000313.1  666 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..666
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccgaagctct tcacgatctt ggcccaaagc atacgcgcgg cgcgcatctt ggcgatctcc
       61 atgaagtggt tcataccgat ggcccagaag aaggagaggc gcggggcgaa ggcgtcgacg
      121 tcgatgccgg cgttgatgcc tgcgcggagg tactccatgc cgtccgagag ggtgtaggcc
      181 atctcaatgt cggccgtggc gccagcctcc tgcatgtggt agccggagat ggagatggag
      241 ttgaacttcg gcatcttctg cgaggtatac tcgaagatgt tggcgatgat gcgcatcgaa
      301 aaatcaggtg ggtagatgta cgtgttacgc accatgaact ccttcaggat gtcgttttgg
      361 atcgtgccct gcatctcttc gagcttggct ccctgctcca acccggcgtt gatgtagaac
      421 gcgaggacgg gcagcacggc gccgttcatc gtcatggaga cggacatctt gctcaggggg
      481 atgccatcga aaagcacctt catgtcttcg agcgagcaga tggatacacc ggctttacca
      541 acgtcgccta ccacgcgggg gttgtcggcg ttgtatccgc ggtgcgtcgg caggtcgaag
      601 gctacggaga ggcctttctg gcctgaggcg aggttgcggc gatagaaggc gttcgactcc
      661 tcggcc
//
LOCUS       SEQF3106|MIQD01000314.1  662 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..662
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggaaaggaaa cgagaggaac ttaacggtgc ccctcgtttc ccgacctact cgattataca
       61 gacacataga tccgtgcgaa taatgcgcgc ttcaaggata tcagaagatg catcacacat
      121 acgacattcg ggaattaaag ctaaacggaa ctgtgtcacg caggtgttgc ctgtaaagtg
      181 attcgtcaac aaaaagcgaa ctgtcccttt cttccgttgc aagaaattag tctcaaacag
      241 aggtctgttt ggctcttctt aattcaggat cggcggcgga ggcactaaga tttctgcaac
      301 ggcacaatgt gattgtctaa atcttgatct gcgtggaggc tgttattcca ccatcatcat
      361 ggagcagatt aaacaaaaac agaactgcta cacccgcgtt ttatcatgga tcatccgcga
      421 caggtaggat gagggggggg ggcgtgtgga cgagcgccgt tggggggggc gcctatacct
      481 atatataaga ccatcgcaca acatctccgc gttagtgtcc acatctttcc aactcgatat
      541 tcggagcatt taggccgagt tgagtgcttg atctaccttc cctttctccc tctttagagg
      601 aggaagacct cctctaaaga ggggcatgag ggctatttga cactttggag tataagaagc
      661 ct
//
LOCUS       SEQF3106|MIQD01000315.1  654 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..654
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgccgcaggg atacgcacaa cagcccccgt ataaccaagc cccaatgaga taatcgccca
       61 cccccaacag agacagatct acccacagtt ataatgtcag gaatagcaaa caatcccaat
      121 tcgccgcgcc agaagatgat caacctgatg tatctcgtgt tcattgccat gatggcgatg
      181 aacgatacat catcggaggt gttgagcggg tttgagttgg tggagaagag cctgcgcgaa
      241 tccaccacga cggccgccga ccgcaaccgc aagacgctgg aagaattgga ggccgccaac
      301 cgggtgaacc ccgcgaaggt gggggagtgg tacgcgaaag gaaaggaagt caagaagcaa
      361 tccgatgagc tgtttgagta catccagcag ctcaagctcc gcatcgtgcg gcaggccgac
      421 ggcaaggacg ggaacgtgga tcagatacaa cacaaggaag accttgatgc cgcctctgag
      481 gtgatgctct cgccgacgag ccacgaggca tcgaagctga agaagcgact ggagaactac
      541 cgcgccatga tgagccgcat ggtggacgac cccgacaaac gcgccatgct ggagcgggcg
      601 atcgatacga aagtgcccgg caagtcaggc ctcaacctcc gctcgtggga gacg
//
LOCUS       SEQF3106|MIQD01000316.1  649 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..649
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcacggagac gcagaccgcc ctgcaacagt cgctcgacgc caccacccac acgcagcgag
       61 caggtaggcg ccacgacgat gctctcgccc gtatgcacac cgagcgggtc aacattctcc
      121 atgctgacca ccgtaaagca gcggtcggca cgatcgcgga tcacctcaaa ctcgatctcc
      181 ttccagccct tcagcgactc ctctacgagg atctgcgggg cgaaggcaaa ggcactctca
      241 gccagtgagc gcagctcgct ctctgtctta cagatgccgc tgccaaggcc gccgagggcg
      301 taagccgagc gcaccatgac gggatagccg atgcgctcag ccgcctcgat ggcatcgccc
      361 atcgtctcca cggcgcggct aatgggtgtc ttgaggttta cctcgcgcag cttacggacg
      421 aagaggtcgc ggtcttcagt gtccatgatc gcctccacgg aggtacccaa gacctgcaca
      481 ccgtagcgct ccagtgtgcc ttcgttgtag agcttgatgc cgcagttaag ggcggtctgc
      541 cctccgaagg ccagcaggat gccgtcgggg cgttccttgg cgatgacctg ctccacgaag
      601 tagggcgtga cgggcaggaa gtagacgctg tcggccacgc cttcggacg
//
LOCUS       SEQF3106|MIQD01000317.1  645 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..645
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(326..559)
                     /locus_tag="SEQF3106_02162"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVDKSREDFARRLTEFTAALNKIGVLYNQAVRAINTYHSPKTA
                     VVMLRKLEGYAADIHRLQERVIALTESFRTIDR"
ORIGIN      
        1 gcgatgtctc ggtgcttgaa cacgatgaag ggctgatcgc cgtaaccgag acgacatagg
       61 tattcgtgtg cgatcgtttg gaggcggtcg tcggagagtg gctcatcggg gcgagggttg
      121 attgaggcgt gaaagacgat gtttttcgtc cgcgcaccac tcgggatgta ggccgtcatc
      181 tcccggaaaa cacgttcggc cgtcagcctt ccgtctgccg aaagctgccc ggacaggagg
      241 atgtcggctt ggtctcgatc gactttccgg aagttgtacg tgagcgtttt catcaggtct
      301 ttggagggcg gcgagatctt cgcaatcatc gatcaatcgt gcgaaaggat tcggttaagg
      361 cgatgactcg ctcctgcaac cggtggatgt cggccgcata gccctccaac ttacggagca
      421 taacaacggc cgttttcggg gagtgatacg tattgatggc gcggacggct tggttgtaca
      481 gcacgccgat cttgttcagc gcggcggtga actcggttag cctgcgggcg aagtcctcac
      541 ggctcttgtc gacggtcacg acgcggaaat gctcatctaa gatgcgcgct cggatgtact
      601 ccgttttcgt gcgggcgccg gagcgtttga agagttcgat cagcc
//
LOCUS       SEQF3106|MIQD01000318.1  639 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..639
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aatctgagca agcgtcaaaa agttcgtcta agcatttgct caatctgagc aagcgtcaaa
       61 aagttcgtct aagcatttgc tcaatctgag caagcgcaaa aaagtttgtc taagcatttg
      121 ctcaagctga gcaagcgcaa aaaagttcgt tcaggcattt gctcaacccc aagcaagtgc
      181 taaatcgtcc tacttctatc tatcctctac ccgctatcct ccaccctcta aagattactg
      241 acatgaaacc catcacctgc ttcgccctcg gcgccctgct cagcttcgcc gcctgcacgg
      301 gccacaagaa cacatcggcc gacgccaata ccgccgcggc cgactccctg cccttccacg
      361 aaatgtaccg cccgcagatc cacttcacgc ctgccgaaca ctggatgaac gaccccaacg
      421 gcatggtcta ttacgacggc gagtaccacc tcttctatca gtattacccc gagaaatccg
      481 tctgggggcc catgcactgg ggccacgccg tcagccgcga cctcgtgcac tgggagcacc
      541 tccccatcgc cctggcgccc gacagcctcg gatacatctt ctccggcagc gccgtcgtcg
      601 attgggacaa cacctcgggc ttcggcacga aggacaacc
//
LOCUS       SEQF3106|MIQD01000319.1  638 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..638
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             24..608
                     /locus_tag="SEQF3106_02163"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLHAFLQLYVLKSQTVLATSDLMTKLTVDDVDRRVLTVLVALLN
                     NPLERRQFFRMYILIQVGPHSRVVSRIQRNVQILSLRVTNQIQISRNRYAIRTHCGAR
                     IIHTEVDVGINTAITCGQITTVVRMQCYTTAIHQVLNRYIQTMTILIRQSCTIRSVLG
                     TIHKAISQASCLYMIAIKSHNAAQDSRYINKSSS"
ORIGIN      
        1 cacctgtcgg tgcggaaggt gaaatgcttc atgcctttct tcagctgtac gttctcaaaa
       61 gccaaaccgt acttgccacc agcgatctta tgaccaaact cacggttgat gatgttgatc
      121 ggagagttct caccgttctt gtagcgcttc tcaacaatcc actggaaaga aggcaattct
      181 tccggatgta catactcatc caagtaggtc cacacagcag agtcgtgagc cgaatacaac
      241 ggaacgtgca gatactgtcc ctccgtgtta cgaatcagat acagatcagc aggaatcgtt
      301 acgcgatcag aacccactgc ggtgcaagga ttatacacac cgaagttgat gtgggtatta
      361 atactgcaat cacctgcggg cagattacca ctgtggttcg aatgcaatgt tacaccacgg
      421 ccattcacca agttctgaat cgatacatac aaacgatgac gatacttata aggcaaagct
      481 gcactatccg ctctgtgttg gggaccatac ataaagccat ctctcaagcg agctgtcttt
      541 atatgattgc tatcaagagc cataatgcgg cccaagacag caggtacatt aacaagagta
      601 gctcctaatt gaccattagt aagagaacca ttcgtctg
//
LOCUS       SEQF3106|MIQD01000320.1  629 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..629
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccgggtgtgc cgagcaccat cgtggcgcga aacggattga cgacattgat ccatccggac
       61 tgccatttct tccgataata gaagcgcgtc gggaggttga cggagtattc gttcgtcatc
      121 aggcgggtct cctgcatgaa gctttcgttc tcgacattga agacgtcgtc catgaggttg
      181 ttcttcagca ggcgactcgc ccacgacccg gccatgagca ggcagacgaa tccggcggcg
      241 agggtcgtga gatacagccc ggcgcacgcg tccgtcccga tcggcaggcg gagcgtccag
      301 ccgttcagga agaacagcag ggtgcccgcg gcagcgaccg ccccgatgcg cggccaggtg
      361 atccgctccg ttcggacgcc cttcgtgccg aggcaggaga gtgacaaaaa ggcagtggcg
      421 aagagcttcg tccatagcgg cgaggcgaac agcccggtgg aacggtcgaa gttcagtagg
      481 atagtgtcga cgactgccag cgtgagttgt cggtcgcgga aggccgcgta gcagaaccag
      541 tacgcgtgca tagcggtaaa aaggattgcg atcgctcgca tgaggtccat cgtcttggcg
      601 aggcctctca aatcatcttc gttttgcat
//
LOCUS       SEQF3106|MIQD01000321.1  628 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..628
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(90..575)
                     /locus_tag="SEQF3106_02164"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNTLSNFREVEKLYNDTKRYYDALKKVNNLIGDAYKVKETILM
                     VGDMTEMYVGAYKKMLSDPNYSPEELSAMAAGYAKLMERSSESLKELKSLVHSGALSM
                     NDKERIELIDRIYNEVKEYRAATSYFTRKNISVSFVRAAKKGEMARVNALYGSADNRY
                     W"
ORIGIN      
        1 gcgatgcctg ccatattggc acacaggggc atcatctccc cgtaggtggc gtgcagcagc
       61 gcgtgcaggt cggtaaagtc catcgcgcat caccaatagc ggttatcggc cgacccgtag
      121 agcgcattga cgcgggccat ctcgcccttc ttcgctgcgc gtacgaagct gacggagata
      181 ttcttacgcg tgaagtacga cgtggccgcg cggtactcct tcacctcgtt gtagatgcga
      241 tcgatcagct cgatccgctc cttatcgttc atcgagaggg cgccactgtg gacgagcgat
      301 ttcagctcct tgagcgactc gctggagcgc tccatcagct tggcatagcc cgccgccatg
      361 gccgacagct cctcgggcga gtagttcgga tcggagagca ttttcttgta cgcgccgacg
      421 tacatctccg tcatatcgcc caccatgagt atggtttcct tgactttata cgcgtcgccg
      481 atcaggttgt tgaccttctt cagggcgtcg taatagcgct tggtgtcgtt gtagagtttc
      541 tcgacttcac ggaagttgct cagcgtgttg ttcaccgttt tggaggcggt ggcgatctct
      601 ttgatcgtgt tcgcgatgtt gcctgcca
//
LOCUS       SEQF3106|MIQD01000322.1  622 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..622
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 agcacggcca catactccga gaagttcatg ccgctgtcct cgtccatcga accttcgtcg
       61 atggagcgac tgccgagcgt gttcgtcttg agttgattga tgaagagctg tttgttgtgc
      121 agcaagttga acttgtaact gtcaagcgag cgctccacgg catagatgat cacgtccacc
      181 ttgttgtcgg caaactgttt ggctacctcg ttgcctttac ggacggcacg cccgttgcgc
      241 tgctcgagat cggaaggcct ccaagctata tcgaggtgat ggactgccac cgcacgttgc
      301 tgggcattca cgcccgtgcc gagcatggat gtcgagccga agacgatacg gatgtcacca
      361 cggttcacgg cctctaccat cgctttcttg gctttctcat tcttgcattc ttggatgaag
      421 cgaatctctg atgaggggat gccgtaatcc tccacgagct tgcgtttgat ttccgagtac
      481 acgttccatt cgcccggctt gtatgttccg agatcggaga agacgaattg cgtacccttt
      541 tgctcgtcat acttacggta atactcgctg agtagcttgg cgcaatggct ggctttgttg
      601 tcgatgtgat ccgagtattt ca
//
LOCUS       SEQF3106|MIQD01000323.1  615 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..615
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             173..433
                     /locus_tag="SEQF3106_02165"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGVPQLGLDQLESPRAIHIFSVEQYFFPFSYIIHLDFGEIYSLG
                     RCRCRIQQVLVLCIYNLKGYSRRYFRCFAPFLRAGCNKQGKQ"
ORIGIN      
        1 cccatatcaa ttctccgttt agccagattt tctgctgaag aatttgaagg gatggctcag
       61 attgccggta aaacgctgtt ttgaacacat cgcgccgacc atcttcccat tccaagatgg
      121 tggtcgttac tttctccttc gattcgcaat ccaaaccgag cagtaaccca taatgggggt
      181 gccccaattg gggcttgatc aattggaatc ccctcgggcc atccatattt tctcggtaga
      241 acagtacttc tttcccttct cttatataat acaccttgac tttggagaga tctacagcct
      301 tgggcgatgt agatgcagga tccagcaggt cttggttttg tgcatctata atctgaaggg
      361 ttattcccgc agatatttcc gatgcttcgc ccccttcctt cgtgcaggct gcaacaagca
      421 ggggaaacaa taaaagcgca agtaatttct tcataattcg actcctttct tatttatggt
      481 tatgggggca aagttagcac ccccgataga ttgtgaataa tgacagaacc tcccccctca
      541 ccagctccgc ccaagggttt cgcctccgcc cagggtttcg cctccgccca gggtttcgcc
      601 tccgcagggg gttcg
//
LOCUS       SEQF3106|MIQD01000324.1  614 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..614
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             40..210
                     /locus_tag="SEQF3106_02166"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHSFLRQINKCVDWRGIRTLLNKKYTKTQNAVGNPAYDALMMF
                     KILLLQTWYGPK"
     CDS             complement(332..445)
                     /locus_tag="SEQF3106_02167"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGAVDYACIYDRTMINAANPLLLELLIQFFKEFVHNP"
ORIGIN      
        1 agtttcctgc aagtctacac ccaagtgcgt cgtaaccgca tgaaacactc attccttcgc
       61 caaatcaata aatgcgttga ctggagaggg attcggacac tgctgaataa gaagtacacc
      121 aagacccaaa atgccgtagg caaccccgcc tatgacgcct tgatgatgtt caaaatctta
      181 ctccttcaga cttggtacgg tcccaagtga ttatgaggtt gaggagcgta tcaatgactc
      241 cattctcttc agcgaattcc tgggcttgga tatgggtgtg gccgctccgg atcacagcac
      301 catcagccgt ttccgcttag agctcacgcg tttaggggtt atggacaaac tccttaaaga
      361 actgaataag cagttcaaga agcaggggat tagccgcatt gatcatggtg cgatcgtaga
      421 tgcaagcata gtcgacagcc cccatgcgcc cgatggaagt atcctaatca aagtggcaga
      481 cgaccgggaa gatttgcgta ctacagagga gcaagctcaa gaggaagcct atcagtacga
      541 actcaaaagt cgtaagccag gagtggatac cgaggcacgt tgggttcgca aagggcgtcg
      601 atatagatac ggct
//
LOCUS       SEQF3106|MIQD01000325.1  611 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..611
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tgtttcatgc ggttacgacg cacttgggtg tagacttgca ggaaactagg ggcggagtgc
       61 ggtgaggagt ttgggccgga agtctatctg aagtttgctg tttcctttca tttatttaga
      121 ggataggtgg tggaatatga tattaaatca acgagagctc ggcgtaaggg atctccgttt
      181 ttttattcgc tggcaactct ggttgccggt ccgctgggtc gaaagtgagc tggcatgtcg
      241 catgccgagg ccgctggatc aaaagtgacg ctggcatgtc gcatgccgag gccgctggat
      301 caaaagtgac gctggcatgt cgcatgccga ggccgctgga tcaaaagtga cgctggcatg
      361 tcgcatgccg aggccgctgg atcaaaagtg acgctggcat gtcgcatgcc gaggccgctg
      421 gatcaaaagt gacgctggca tgtcgcatgc cgaggccgct ggatcaaaag tgacgctggc
      481 atgtcgcatg ccgaggccgc tggatcaaaa gtgacgctgg catgtcgcat gccgaggccg
      541 ctggatcaaa agtgacgctg gcatgtcgca tgccgaggcc gctggatcaa aagtgacgct
      601 ggcatgtcgc a
//
LOCUS       SEQF3106|MIQD01000326.1  611 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..611
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 caagaatatc gtattcgaca tgggtggcgt gctggccgag atctcgcccg cgcgcgccgt
       61 gcgcagcttt gaggcgttgg gcgtcaccga cgcagcgcgc ctcatcgacc cctatatcca
      121 agccggcctc ttcggcgacc tggagcgcgg aacgatcacc acggacgagt tcgtccgccg
      181 cctctccgcc cattgcggcc gcgcgctcga tccggaagac gtgcgccgcg catggctcag
      241 catcgccaac cccgccgacg tcgacaagct cgactacatc ctccgcctgc ggccgcgcta
      301 ccgcctctac gtgctcagca acaacaaccc cttcgtcacc gactgggcgc gctcggccgc
      361 attctccgcc gccggccgcc ccatcacgga ctacttcgac cggctctaca tctcctacga
      421 gatgcattgc atgaagcccg atccggagat cttccgacgc atgatcgagg acagcggcat
      481 ggtgcccgcc gagacgctct acatcgacga cggcgcacac catctggcca ccgcacgcac
      541 actcggtttc cacacgctcc tcgccaccaa cggcggcgac tggcggccgg acgtggaccg
      601 cttcctgcgc g
//
LOCUS       SEQF3106|MIQD01000327.1  609 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..609
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             49..558
                     /locus_tag="SEQF3106_02168"
                     /EC_number="2.6.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P23034"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate aminotransferase"
                     /translation="MAVINGVSKAYAMTGWRIGFLAAPLWLAKAATKLQGQYTSGASS
                     IAQKAACEAFAGDQSCVEEMRVAFMRRRDLICRLCREIPDVRLAVPDGAFYIFPDVSR
                     YFGRSAGDRKICDSADLAMYLLEKAHVATVGGHAFGAPDCLRLSYAASDEAITEAMRR
                     ISKALSELK"
ORIGIN      
        1 gtcggccacc acgagagcat cgcccagttc cccgagcttc gcgaccgcgt ggccgtcatc
       61 aacggcgtat ccaaggccta cgccatgacc ggctggcgca tcggcttcct cgccgccccg
      121 ctctggttag ctaaggccgc caccaaactg caaggccagt acacctccgg cgccagcagc
      181 attgcgcaga aagccgcttg cgaggccttt gccggcgacc agtcgtgcgt tgaagagatg
      241 cgcgtggcct tcatgcgtcg gcgcgacctg atctgccgcc tctgccgcga gatccccgac
      301 gtgcgcctcg ccgtgcccga cggcgccttc tacatcttcc ccgacgtcag ccgctacttc
      361 ggccgcagcg ccggcgatcg caagatctgc gactcggccg acctcgccat gtacctcctt
      421 gagaaggccc atgtagccac cgtcggcggt catgccttcg gcgccccgga ctgcctccgc
      481 ctctcctacg ccgcctccga cgaggccatc accgaggcca tgcgccgcat cagcaaagcg
      541 ctctcggagc tcaaataagg ctttgcctaa tgatcaatga tcaatgatta attgtcacgc
      601 cgggtacgg
//
LOCUS       SEQF3106|MIQD01000328.1  600 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..600
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ctgacgggtc ggccgcgaca gactcagtca gggcgaaggc cgtcgggtga tcaaacaggc
       61 tctgcgcttg cctatgcaac gtcaaaacag gtacgccttc gggggcaggc gttgcttctt
      121 ttattacggc ctcctctggc atctcgcgct ggtagatttt tcgatcaaaa cggactgcca
      181 tatcggcaga gatccgcgct tccaagtcgc gggcgatgcc ttcgatcccg cccgtgtggg
      241 tgtagatcgg tgccggcttt ccgtaagtat ccgtaccgat gcgataggct gtggcaacgg
      301 agtgattgcc ttccgcgaac agggcgtttt ccgtgaatga ctctccgccc gattcgatgg
      361 aaacactttg cgtaaaaagt tgttcccact cgttttgcac ccccttcccg gtttcctttt
      421 gaaggataag gagatcactg ccgacctctg ttcccgcgtt ttctgagaac atcccgtcgg
      481 gcaagcggag cgcggagacg agccgactat gctccatcag gtactcgcgg atgggggcat
      541 tcgatgggct gtcggccacg ccgcgggagg tgatgaaggc cagcaatccg ccctcgcgaa
//
LOCUS       SEQF3106|MIQD01000329.1  599 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..599
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gccggtgttg gccgcgaatt gctggttgcc gttgtgcttc agccaagccg gatcaggctc
       61 cacggtgtgg gcaaagacgc ccgtattggc gcgtatccct tggcgattcc agaagaggtc
      121 agcgcccgtg cgccagctgt gcgccatgtt gctgctccgg cccttcagct cagctttcgt
      181 cagccagtcg cgctcgaagc ccatatcgat cagggcgtag cggctgttgt aatagccggt
      241 gaagacctca cctgcgcggt ggccgttata atcgtaagca taggtgtagc ccgaggttgc
      301 tgcggccttt cccacgccag ccagcggcat agaagtgtag ttggcgttgg agtagttgta
      361 cttcgaggtg atgtccagct tcatgccatt ggtgaaggca tgcttaaagt tcatcgtgaa
      421 gctgttgctc atggcgtgcg tagcccgctt gcgatcgatg gtcttttcct cgcccgtcat
      481 cacgtcgcga tacgtcagga agccattcgc cggcaagaaa ccatcatgcc ccagccggaa
      541 gccattatac tcctccacgc tcccgtcgcc cacatagatg aacggcccat aggcatcgc
//
LOCUS       SEQF3106|MIQD01000330.1  585 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..585
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tcaagacgcc gcggtataag ggctatgtgg ctgacaatgc acccgacctg aaggcacatg
       61 ccacagtgac gcgcaatgcg gccacggagg gcatggtgct gttgaagaat gtaaagggca
      121 cgttgccact gaatagccat gtgaaaaagc tagccgtgtt cgggcgcaca tcgtacgact
      181 ttatagccgg tggcacgggc tcaggcgatg tgaatcatgc ttacgtggtg aacctgatcg
      241 acggcttgca gggagcgggg ttccaaatcg atgctgagct gaaggcagcc tacgagaaat
      301 acatccctga ggccaaggag aaactgccca agtcgacgag taaatacgcg gcctttctgc
      361 ccaagcatct gatacccgaa atgcccatga acggcattga cttacctgcc ttggcgcgca
      421 acaacgatgc cgctgtaatc accatcggta agacctccgg cgagtttgct gaccgctaca
      481 tcagcgacaa cttcaacctg accgacaacg aaaaggcgat gctgaaggcc gtgagcgccg
      541 tcttccacaa ggcgggaaag cgggtgatcg tgatcttgaa cgtgt
//
LOCUS       SEQF3106|MIQD01000331.1  584 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..584
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 agggcgtgag gacgatgtcc gtagtccacc ccatcgtctc gacatcgtaa gtgatcggta
       61 tcgtcaccac gtctgaggca ttgttggggt tagtaaactg tgtgcggctc ttgtaattgc
      121 tctggctgat gacggagacc tgcgagacga gcttcatcca cggcgtgttg tagaaaatgc
      181 ccgcgcgccc gaggtggatg ttgacatcgt cgaggatggg catgtaaggg ccggcgaagt
      241 cttgcgagtt cgggtgctgc atggcgtaga catactcgcc caggaggccg aagccctgag
      301 ccagggtgaa gcgcccgctg accgtacctg ccgggttgat ccacgacttg ctgaagtccg
      361 tcatgcgccc cttgttgacg ctgtagttca ccttgcgcac attctccggg taagtcggtg
      421 tgtgatccgt ggcgttgagg taagccatcg cattgtgccc ccctaacgaa tacaactcag
      481 ccctcagccc ggccgaaagc cataggcgcg agctggcctg ccagtcgtcg ctggcataga
      541 gggcgaactt cgtctcatgg gtgtcgtaaa actcaccgcc ggtg
//
LOCUS       SEQF3106|MIQD01000332.1  581 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..581
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 agcatgcgcg caagcacctt gtcagcatgc gcacaagcac cttgtcagca tgcgcgcaag
       61 caccttgtca gcatgcgcgc aagcaccttg tcagcatgcg cacaagcgcc ttgtcctttt
      121 gcacgtgggt tgcaagccat tggggagggt gcttcccccg gtgcgattgt aggggtgaat
      181 gattattcgc ccctacgaga ggggtacatg atcggagacc tctgcaaaac gagcacattt
      241 ctacgtgcat ctctgtgtaa tggctcattc tcttagagat acgtttatat tgggtagttc
      301 ctcctttttc aaccttcttt taagggggta tttcctcctt agagagaaat ggacacaatt
      361 aaccctgaag tccggtagag gttataagcg attgcttcca tcatgagatt gtctcacgat
      421 cttttgtatg gagtctattg ttatgtgtcc gaatgttctt aactttatgt agttcaaacc
      481 caatagtcaa gcaagtatgt ctacaaagtc taccaccccc gcccccagtt tcctgcaagt
      541 ctacacccaa gtgcgtcgta accgcatgaa acactcattc c
//
LOCUS       SEQF3106|MIQD01000333.1  580 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..580
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tcggatactc tgttgtcatc tcgacattga acagatcacc ttccggaatc ttattcacac
       61 tgttcgagcg gctgatcacg ggcacaccat tttgaatctt caaccaacca ccgttgcacg
      121 gagcgattat cgggagacga gcctctacag agtcgccacg ataagccgtc tcagactcga
      181 tcaagaaatc tttctgaggc gaaccacgct caaccaaacg gaaggagaat acgcaatcct
      241 tgtggtagtt attacccaaa tagatcttgc gaatcttgcc gttcgccgga gcagccggtg
      301 taggatcaga agcagcatcc aacttcgcta agtcgagcgc cttcacattg cccttggaat
      361 cgattctcga gtagagatta tccaacttgg caccgccgag gatgtagagt gcatcgttgg
      421 cgtgaatagc atccgtgaat acgaagcgtt cccactctgt atcccagaga tacgggttcc
      481 gatcatcagg tataccagca gccttctctc tattagaaga gtcggtagca ttgatcaggt
      541 acatacctct acggtagccc ggcagatgaa cggtcaactc
//
LOCUS       SEQF3106|MIQD01000334.1  578 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..578
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 attcacgttg gtgcggtcgc cggagtagtc cgtgtcgtag ctgtaggagt agtatccgtc
       61 gctcaggttc aggtctacgt tgtcggcgcc ggtgatggtg attttgctgg gcgagtggta
      121 gcggacgatg cgttcggagt attcgttgtc gccgcggcgt tcgcgggcgt tcactttgcg
      181 gtcgtcgtcg cgatcgtagt cgttataatc tgcttcggag ctgttgtaac gacggttgta
      241 ggcgtctacg tctcgatcgt cgtcgcggct gtagcgttgg cgcgcggctg tttgctcgga
      301 ggctgttgtg cggcggcgtt cgtctgtgcg ttctctcttt ttggttttac cggagaaata
      361 cacgtcgtcg tagtactcat cttgtgctgc ggctccgaag gccacgagca gcatgagtgc
      421 ggtcaggtaa gctgatttca ttgttttcat ttctgtatct cctcgtttta atgtggtttt
      481 tgcaccctta ttgacggggt gttttgctga agtttaaggg gttgttaccc cgcgtgggtt
      541 cttgtgagga caaacgtacg cacttcccct gcctgcgg
//
LOCUS       SEQF3106|MIQD01000335.1  571 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..571
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             2..457
                     /gene="rsxA"
                     /locus_tag="SEQF3106_02169"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A766"
                     /codon_start=1
                     /transl_table=11
                     /product="Electron transport complex subunit RsxA"
                     /translation="MGMAVTFVLTISTIVTFLIQKYVLDAFGLAYLQTIVFILIIAAL
                     VQMVEIILKKVSPALYQALGVFLPLITTNCAILGVAILVIQKDYNLPQSIVFAFSTAI
                     GFALALIIFAGIREQLSRLNVPAAMKGIPIALLTAGLLAMAFMGFSGIV"
ORIGIN      
        1 catgggcatg gccgtgacgt tcgtgctgac catctccacg atcgtcacct tcctgatcca
       61 gaaatacgtg ctcgacgcct tcgggctggc gtacctacag acgatcgtct tcatcctcat
      121 catagccgcc ttagtgcaga tggtggagat catcctcaag aaagtctcgc ccgcgctcta
      181 ccaggccctc ggcgttttcc tgccgctgat cacgacgaac tgcgccatcc tcggcgtagc
      241 catcctcgtc attcagaagg attacaacct gccgcagtcc atcgtctttg ccttctcgac
      301 ggccatcggc ttcgcgctcg cgctcatcat cttcgctggc atccgcgagc agctctcgcg
      361 cctgaacgtc cccgcagcca tgaagggcat ccccatcgcg ctgctcaccg ccggcctctt
      421 agcgatggcc tttatgggct tctccggcat cgtgtgacgg ggggacgggt tacgagttac
      481 gggttacgag tgacaaatag gggcgcctcc accgtgtgtg ggggtgcctc tctcttttaa
      541 gagggggggc atgattaatt attaatgatt a
//
LOCUS       SEQF3106|MIQD01000336.1  571 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..571
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(238..339)
                     /locus_tag="SEQF3106_02170"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFSIPYTNKKGYEVKREFYDKGFKRKGNYRTAI"
ORIGIN      
        1 actttctccc cgaatgtatt ttgtgatgac atgcagaaca tactgctaat gttttacgat
       61 tacgagaaat cattttgatt tcccaatcac ttttaccttt caagtctttg aggttacgta
      121 catggtgcat ttcaagatga tcagttgctc cgcagttttc acatactcgt gcatttaatc
      181 ttgtgatcaa cccatttctg ccacccgtta tagcgactgt gttaggtagt ctgtcattca
      241 aatagcggtt cggtagttcc ccttgcgttt gaaacctttg tcgtaaaact cacgcttgac
      301 ctcatatccc tttttatttg tgtatggtat ggagaacatg ccgttcttct tgtacttcgc
      361 aataattttc ttttttgaag tagtgtattt gtatgagatt gtcgcacggt catttgtatg
      421 gagtctattg ttatgtgtcc gaatgttctt aactttatgt agttcaaacc caatagtcaa
      481 gcaagtatgt ctacaaagtc taccaccccc gcccccagtt tcctgcaagt ctacacccaa
      541 gtgcgtcgta accgcatgaa acactcattc c
//
LOCUS       SEQF3106|MIQD01000337.1  569 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..569
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtgaggaaga gggcggcaaa gagctctgcg cggaggggca gccgtttggg gcgccaaccg
       61 atggcttcgg agatcatccg gccgtgggcg gcgggggcgc tgtcgggctg gtggagcgag
      121 aagtcgaggg cggtgcggag cgcccagtca agggtgggag cgagcgtcag ttgtgcgcgc
      181 agtcgcctgc gaacgatggg gcgtagggcg gcctcgtgcc cagtgcggag gtcagtctct
      241 cggcgttggc tgcggaagcg gacatagcag gcgacggtct cgcgcgggtc gatccaatcg
      301 atgcgcacga cgtattcgtt gccgatggag ggagcgctga cgcgggactt catccacggg
      361 tggcgaaaga cgtcagcgtg ccccgtgaac tgccagccgg gtgcaggcgt gagggcgagg
      421 ccgaggtaga gcccttcttc gttgcggacg cgagccgtgc gcgagaaggc ggaggcgaag
      481 agggcgtggt agcggggcga atagttgcgg tagagtaggg tggcggtggc ctctgaggtg
      541 ggcgtccatt gcagggcggc gagcgtggc
//
LOCUS       SEQF3106|MIQD01000338.1  567 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..567
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgcaccgacc cgatataggg cggcagttgc agcttgtgag ccttcgtctc gcccttcttc
       61 agcgtgaagg ggccgatgaa cttcaccacc ggcttgaagc ggttggcctt cgactccatt
      121 ggccggagcg cctcgtcgcc tccgacactg aagagcgatc cgtaacggcc agcataagcg
      181 ccgatgacgt agtcgtacat gtcccatgtg cggatgccga gcgcctcgcg ggcatagaac
      241 tcgttccagg ggtcgggcgt cttgaagttg gtcaggccta acaagccgtc gtctaccacg
      301 gccaaggtgt acgtcatcgg ccggccggat tgctctttca cttgcacggt aaactcagcc
      361 tcggggcgca gcacgtcttt cattatgatc tgcggcgtga ggatggattg cttatgggtg
      421 acgaagacgg gcatcacgcc gtacatgcgt atcggcagat cgttagctgt ctgcgcgtag
      481 ggttgcagta ggctgatgtg tacgtagacg ttgggcgcca tctcttcagt gactcggaag
      541 gtgtatttcg tatcgcccga ggcagcc
//
LOCUS       SEQF3106|MIQD01000339.1  567 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..567
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtagcgctgc atgcgggtgg cgtcgtcttg cgagggctct tggatgatca tgccgtcggt
       61 gtgggtgtag gagagggaga ggctgtagct gcggaggcgg tagaccattt gcaggttgtg
      121 gcggtagctc ggctgcaggt cggggttgcc ctcctgataa gccgttggcg attcgtaaaa
      181 gcggaagggg ttcaggctgc tgaacgaggg gcgatcgact ttgcgcgcgt aggagaggga
      241 gagcgattgc ccgcgtccga gggccacttg cgccgaggcg gaggggaaga actcccagtg
      301 gcggtgggtg aagccggtgt cgcccacctc ttggtagcca tcttggaagg tgtgttcggc
      361 ccgcagaccg gccgagcagc tgaagcgttc gccccaggcg cggctgaggt tgacgtagag
      421 gccgccgatt tgctctttgt agatgaagtg gttcgactgg cgcgggttct ccacccatgc
      481 gtcggccgca gccagcgcga gtccgcgcag gtcgttgtcg cggcggatgg cgctcagctg
      541 gatgcccgtc tctaatttga cttcagc
//
LOCUS       SEQF3106|MIQD01000340.1  560 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..560
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(436..555)
                     /locus_tag="SEQF3106_02171"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGHGNLKMTERYARVTPRKLFEEFNRFLAFTQDLRLAL"
ORIGIN      
        1 aaagtcccgc agtccactgt cagaacggca gtcgttttga taggtgctgg ggctccttga
       61 gcggcccacg caggcttcca cggctcgcag ctcctcggcg ctcgtctcca aaagcatcgt
      121 cggggtctcg ttcatcccct gcaagcggag tttcagccgt tcgacactga ccacgccctc
      181 ccgccgaagg agggtcgtgt agctcgcttc gattcgttcg cggagagcct gcaagcggag
      241 attaattctc ttttcgccag ttcctcccgt ctttgtttgc cacgcctcgg gcgcgcactc
      301 ttcgcccgta gcgataaccg ccgaacggcc gtccacggtg atccggcaga gcacggccgt
      361 ctttccgttc tttttcgcct tgtttcgatt gatgtaaaac aggattctga atgtgctgcg
      421 catggtcttc cgaggttaaa gggccagacg aagatcttgg gtgaaggcga ggaagcggtt
      481 gaactcctcg aagagtttgc gcggtgtgac gcgggcgtat cgctcggtca ttttgaggtt
      541 gccgtgaccc aacatgcggc
//
LOCUS       SEQF3106|MIQD01000341.1  560 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..560
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(436..555)
                     /locus_tag="SEQF3106_02172"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGHGNLKMTERYARVTPRKLFEEFNRFLAFTQDLRLTL"
ORIGIN      
        1 aaagtcccgc agtccactgt cagaacggca gtcgttttga taggtgctgg ggctctttga
       61 gcggcccacg caggctttca cggctcgcag ctcctcggcg ctcgtctcca aaagcatcgt
      121 cgaggtctcg ttcaccccct gcaagcggag tttcagccgt tcgacactga ccacgccctc
      181 ccggcggagg agagtcgtgt agcatgcttc gattcgctca cgaagggcct gcaaccggag
      241 attaattttc ttttcgccag tccctcccgt ctttacctgc cacgcctcgg gcgcgcactc
      301 ctcgcccgta gcgataaccg ccgaacggcc gtccacggtg attcggcaga gcacggccgc
      361 ctttccgttc tttttcgcct tgtttcgatt gatgtaaaac aagactttga atgtactgcg
      421 catgggattc cgaggttaaa gagtcagacg gagatcttgg gtgaaggcga ggaagcggtt
      481 gaactcctcg aagagtttgc gcggcgtgac gcgggcgtat cgctcggtca ttttgaggtt
      541 gccgtgaccc aacatgcggc
//
LOCUS       SEQF3106|MIQD01000342.1  560 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..560
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(278..391)
                     /locus_tag="SEQF3106_02173"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGAVDYACIYDRTMINAANPLLLELLIQFFKEFVHNP"
ORIGIN      
        1 ggaatgagtg tttcatgcgg ttacgacgca cttgggtgta gacttgcagg aaactggggg
       61 cgggggtggt agactttgta gacatacttg cttgactatt gggtttgaac tacataaagt
      121 taagaacatt cggacacata acaatagact ccatacaaaa gaccgtgcga caatctccaa
      181 tgactccatt ctcttcagcg aattcctcaa cttggatatg ggtgtggccg ctccggatca
      241 cagcaccatc agccgtttcc gcttagagct cacgcgttta ggggttatgg acaaactcct
      301 taaagaactg aataagcagt tcaagaagca ggggattagc cgcattgatc atggtgcgat
      361 cgtagatgca agcatagtcg acagccccca tgcgcccgat ggaagtatcc taatcaaagt
      421 ggcagacgac cgggaagatt tgcgtactac agaggagcaa gctcaagagg aagcctatca
      481 gtacgaactc aaaagtcgta agccaggagt ggataccgag gcacgttggg ttcgcaaagg
      541 gcgtcgatat agatacggct
//
LOCUS       SEQF3106|MIQD01000343.1  558 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..558
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gagctcgtgc acaagggctg ggagctgatc aaggagatcg agagtatggg cggcatggcc
       61 aaggccatcg agacgggtct gccgaaaatg cgcatcgagg aggccgccgc acgtacgcag
      121 gcccgcatcg actcgggcgt gcagacgatc gtaggcgtaa acaagtatcg cttggctaag
      181 gaagccccga tcgacatcct cgaggtggac aaccgcgccg tgcgtgaaga gcaggtggag
      241 cgcctcaagg agctgcgcga aaagcgcgac gaggccgctg tgcaaaaggc tttggccgac
      301 atcaccgagt gcgtccggac gaagaagggc aacctgctgg agctggccgt caaggctgcc
      361 ggactgcgcg cttcgctggg tgaaatctcc gacgcctgtg aggccgtcgt gggacgttat
      421 aaagcaatca tcagaaccat ttcaggcgtg tattcatcag aaacaaagaa cgacagcgac
      481 ttcaagcggg cctgcgaatt ggccgagaag tttgccaaga aagagggccg tcagccgcgt
      541 atcatgatcg ccaagatg
//
LOCUS       SEQF3106|MIQD01000344.1  557 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..557
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gggtcgcgtt gtcttcgccg ggccaccatt tcacttcgat cactccattg cctatgtact
       61 tgggatagtc ttctttgtat ttccctgacg tgggatgatc tttatcgggg atgggatcgg
      121 gcatcatgat ctcagttgaa tagaatttgc cgctcttgct gcccactatt ttacagcgga
      181 agggtactgg aaagcctttc gtagctccta ctttggtctt aaacccaaac tccggcgtgt
      241 gtgtaccgct atacacggcg ttgtcttcaa ggtgatacca tttgttgtca ctcgagaagc
      301 ccgactgcca gtggtaggtg aacgtctcac ccggctgggc atcgaggatg tcaattttca
      361 ctttccacac ctcaccggca tggactgatg gatcaacgcg tacgaaatag gcttggggtt
      421 ttggtttctt ggcttttttg gcccacgcgt cggttgtgaa tcccatcagc cctgtcaggg
      481 tgagggcgat ccatagtata tatcgtttca tctctatctg attttaatag ttagggattg
      541 attgaagtgt atccgta
//
LOCUS       SEQF3106|MIQD01000345.1  555 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..555
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             203..370
                     /locus_tag="SEQF3106_02174"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQPCEEDFRGDIPGFEDGIALPKSVFIGLRRGVRSGTDKRLVGQ
                     PFGVIIFQIGR"
     CDS             complement(409..516)
                     /locus_tag="SEQF3106_02175"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLYKLSDLERLLRENYRTQTPLRPLHRITHKPQDP"
ORIGIN      
        1 cgatgacgcc cgtcagctcg gtgtagagct ggtcgtactc cggactgccg tcgaaatcgt
       61 cgcccggctc gtatttcgca atggtctcgc ggatggagtc gctttgcaac aatcgcaagg
      121 caaaggcctc aatgcgatca ggcggaacca cgttggcaaa ctcgttttcg aggatctgtt
      181 caagcatgta atacggcgaa aaatgcagcc ctgcgaagag gacttccgtg gcgatatacc
      241 cggcttcgag gacgggatag ccttgccgaa aagcgtcttc ataggcctgc gccgcggcgt
      301 ccgatcgggc acagataaac gtctcgtcgg ccagccgttc ggggtgataa tctttcaaat
      361 aggacgctaa tcgcaggcgg taataggaga actctttctt tctctgtgtc atggatcttg
      421 gggtttgtgg gtgatacgat ggagggggcg gagcggtgtc tgcgtccggt aattctctcg
      481 gagcaggcgc tccaaatcgg agagtttgta gagcatcttt ccgccgattc gggtgtaggg
      541 caggaggccg cggtc
//
LOCUS       SEQF3106|MIQD01000346.1  552 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..552
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             48..194
                     /locus_tag="SEQF3106_02176"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEFFTAEGRIAMTDLFYPSTPFDQVELFTENGTITATGEAFQLH
                     SIWK"
ORIGIN      
        1 tccacacgcc caccgtccat tggcgcctcc tcatcgatgt cacctccgtg gagttcttca
       61 ccgccgaggg ccgcatcgcc atgaccgacc tcttctatcc ctccaccccc ttcgatcaag
      121 tggagctctt caccgaaaac ggcaccatca ccgccacagg cgaagccttc caattgcatt
      181 ccatttggaa gtaagaagac cactcgtaac ccgtaactcg taacccgtaa ctcgtaacta
      241 accactcata acccccaaaa gacatgaaca agaaacccct catcatcggc atcggcgaat
      301 tgctatggga cgtgctgccc acgggcaaga aagcaggcgg cgcccccgtc aacttcgcct
      361 atcacgcttc gcgcttcggc ggcgaggcct acgccatcag cgccgtgggc aacgacccac
      421 ttggcgacga aatcctcaag gagatcgacc gcatccacat cccctacttc gtggagcgcg
      481 tggattaccc cacgggcacc gtcatcgtag agctgcgcga cggcatcccc aactatacca
      541 tcatcgaggg cg
//
LOCUS       SEQF3106|MIQD01000347.1  551 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..551
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(93..503)
                     /locus_tag="SEQF3106_02177"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWDGLGGSLSAWFARYISVYLWLPVSSILTALLTKIQVLMISKD
                     IAELQNPGYVPDSGDWYYIVFFLIGIVGFFCVPTVAGWIIEAGGGIGNYGRNVNQTAQ
                     RGVQGAYTGGKVTMAGAGAAIGNIGGRIKGLLIK"
ORIGIN      
        1 tccatgatac attaagtagt tagaagtagt tcaagtagtt ggacgtagtt agaagtagat
       61 ggtggcctaa cccttacttg atgaagagcc acttacttga tgagtaaacc cttgatccgt
      121 ccgccgatat tgccgatcgc ggcacccgcc ccggccatcg tcaccttgcc gccggtatac
      181 gcgccttgca caccgcgctg cgccgtttgg ttgacattgc gaccgtagtt gccgatgccg
      241 ccaccggcct cgatgatcca gcccgcgacc gtcggcacgc agaagaaacc cacaatgccg
      301 atgaggaaga agacgatgta gtaccagtcg ccggagtcag ggacgtagcc gggattctgt
      361 agttcggcaa tgtccttgct gatcatcagc acctgaattt tggtcaggag tgcggtgagg
      421 atcgagctga cgggcagcca gaggtagacc gagatgtatc gcgcgaacca cgcgctgagc
      481 gagccgccga ggccgtccca cacggcaatg ccgaagacga tcggcccgag gatggagagg
      541 acgatgagaa t
//
LOCUS       SEQF3106|MIQD01000348.1  546 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..546
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cccacacggc aatgccgaag acgatcggcc cgaggatgga gaggacgatg agaataaacg
       61 tgcggagggt gtcgatgaca agcgaggcgg cgttgtaaac gagttcgagc gcttggtaga
      121 tcttcttcac gaaccaccgc ttggtgttga aggctgtgcg ttcggcgtac atgccggcca
      181 gcgtgatggc gtcctccggg ccgatgaagc ccatctcctg caccttctcg tcccacgccg
      241 catcgtcgac taaataggcc cgcgacttgt cgcgccggta agcctcttcc tcgagtttgt
      301 cgcgctggtc gcgcagcgat tggaggtcgt tttgctgcac atgaacgagt ttctcggtgc
      361 cttgcacgac gggcgagagt acggcgttga cggtgcctaa gacgaccgac gggaagaaca
      421 tgatgcagaa gccgaggacg aaggggcgga gcagcgggaa gacgtcgatc ggttcggcgc
      481 gggcaagcga cgaccagatg cgtagggcga tatagaagag tgcgccgagg ccggcgatgc
      541 cctttg
//
LOCUS       SEQF3106|MIQD01000349.1  544 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..544
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             127..318
                     /gene="pgk"
                     /locus_tag="SEQF3106_02178"
                     /EC_number="2.7.2.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q83AU6"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoglycerate kinase"
                     /translation="MAEAIVEATKAGAYSLVGGGDSVACINKFGLADGVSYVSTGGGA
                     LLEAIEGKVLPGIKAIRGY"
ORIGIN      
        1 ggcctcgaca tcggccccga gacagagcgc gagttcgccg acgtcatccg ccgctccaaa
       61 accatcctct ggaacggccc cacgggcgtc ttcgagttcg acaacttcac acacggctct
      121 cgcgccgtgg ccgaagccat cgtcgaagcc acaaaggcag gcgcatactc gctcgtgggc
      181 ggcggcgact ccgtagcctg catcaacaag ttcggcctcg ccgacggcgt ctcctacgtc
      241 tccaccggcg gcggcgccct gctcgaagcc atcgaaggca aagtgctgcc cggcattaag
      301 gccatccggg gttattgagg ctgaggcagg tcaggtatag atcttactga tcacaaagag
      361 aggagggcca cccaatccca gggcagctct cctctcggtt ttatagggca tctttgcccg
      421 gcaaaatcgt aaatgaaaga aaccatacat ccgacactca tggatcgaca tctgattatc
      481 aaaacaagag acgaactcct ccgcctacgc atcaacaata tcctctacct cgaagccgac
      541 cgca
//
LOCUS       SEQF3106|MIQD01000350.1  543 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..543
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             16..108
                     /locus_tag="SEQF3106_02179"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVIFDSCSPWISTVAPSMALRMAMPWRTLM"
ORIGIN      
        1 tcctccacca agtagatggt catcttcgat tcctgttcgc cctggatctc caccgtggcg
       61 ccctcgatgg ccttgcgcat ggccatgcct tggcggacgc tgatgtaaac tttgtgtttc
      121 tgcgggtcaa acgtctggtt agtgaacttg ccgcggatgc ggggctgcat gacgacgagg
      181 ccggtgttga ccgaatagcc gctggtggtc atctcagcgg ccttgcggtt gaagcgggtg
      241 atgatgtcta cggctgtctc ggcctgtatc tccatgccct cggcttggag ggcttcgacg
      301 aggctgcgta cgttgtaggt gccgttgagg tcggggacgg ccgtgtagtc cgatggatcg
      361 gccgtcaggc ggttggcttt aagccatgct cttagtttgg tcataatggg ttgaaatggt
      421 tgaaatgttt aggtgttggc ggcctggcgg ccgcgtttat ttgtttatgc gtttatgcgt
      481 tgggggcgtg tgccccgttt ttcgtttttc gtttttcgta ggggcgcccc ttgtgggcgc
      541 ccg
//
LOCUS       SEQF3106|MIQD01000351.1  542 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..542
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gaactcattc aagcccatta tgaagaaaca ggcagataga agcaacataa acaccagcaa
       61 aacaccggac agcaacggac gctcatcaaa gaacggggag atcgaggcct acctctctca
      121 gcattacgca ttccgataca acaccgtttg gggacgggcg gaatatcgcg gccgggagga
      181 cacccgattc gtaaaagtcg gtcgctatga gatcaacacg ctgcgccgcg aacttgacaa
      241 cgaggccggg atcacgacct ccccagacaa cctctactcg atcatcgaaa gcagcttttc
      301 gccccgtgtc aatcccatac aggcgtattt caaagccttg cccgccgctg cactggatgc
      361 cccaaacgca cacgccatcc gtgagttggc tgactgcgtc gttgtccgta acccggagaa
      421 atggctgctg tacctgacaa aatggcttgt ggctgtagtc gccaatgcga tggacgacca
      481 cgcgtgccgc aaccacacct gcctggtctt aaccggcgaa caggggcgat tcaagacgac
      541 gt
//
LOCUS       SEQF3106|MIQD01000352.1  539 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..539
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cattcagaga ccctttagga aaaacgtaag tgccataact tgaatgagtt atggcacttt
       61 tcttttgtac ctactcatca tttcagagca cgtattgaag cggccgaaac gcccaaaatg
      121 ctccccaaca gctacaatct ggctacaact ttttcggcca aatgaaaatt gtagccggga
      181 gcccgtagag agtacgtcgg gagcactcat atacagctgt tgttcagtca tctatgtaga
      241 actttgcaag cgtgatcgaa gggaagaagt tcgcaccaaa acatctgcat ccggctacaa
      301 tcggtaggtg ccttggctac acttcttttc tgaaggtcat ggctgcagcc aaaaacagtc
      361 atgtgtatga agaccatatt cagaaccgct ttctatctca gaagcaacta cgtgaacaaa
      421 gacgggaagg tgcccgtcat gctgaggatc tatctcaaca acgagcgact ttcgcttggc
      481 tctaccggta ttgccatcct tcgttctcaa tgggacagca agaaggagcg tgtgaaagg
//
LOCUS       SEQF3106|MIQD01000353.1  539 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..539
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     misc_RNA        28..72
                     /locus_tag="SEQF3106_02180"
                     /product="Acido-Lenti-1"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 tgcgggattt ttttcacacc atccgaaccc agggcgttgc cctgggctat cgtccagcgg
       61 cccttcaggc cgccggaatc cccgccgatg taggggcgta tcgcatacgc cctacaggta
      121 cccggccgcc ggacaatcgt ccgctcttat cagggcgtct gaagggcgta ttcgatacgc
      181 ccctacgaaa ttccaacgcc ggatgacccg ccgccgcccg tcaacgcccc ctaataatta
      241 ataattaaca attaaacatt catccgccgc cctttcaggc cgctgccgga taccatcaat
      301 ccgggctgta ggcccggtgg acgatagccc ggggcgaaac cccgggtggt ggacggtagg
      361 ggcgaatgtt cccacgaata aatgggaatg ctcggggcgc cccggagggg cagatcaacc
      421 cagcccaggg tagagcgacg ccaagggcgg agcggcaccc tggggatgca atgcacgacc
      481 cattccccgc atcctgcaat ccaccccccg acctgctaag ggcaggtcgg ggggtggat
//
LOCUS       SEQF3106|MIQD01000354.1  532 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..532
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aggtagaggt agttggtcag ctcggcgcgg tcggaggcga tggtgtcgat gcggcggacg
       61 gcaggcagga tgccgaggcg tttgcgcagc gcccgcacac gcaggttctc gcgctccatg
      121 ttacccttaa agtgctccgt atagcgagcg atctggaaat cagagaagcc caatcgtttg
      181 gcctcgcgga gcacatcggc aggcaggtct tcgatccgct tatactgctg tagcacgcgg
      241 gtgtaatcca cgatgttctt cagccgctcg aggaaccagt ggctgatctt cgtcaagtcg
      301 tggatctgct ctatggtgta gcccttctcc aacgcttgcg ccacggcgaa gatgcgcagg
      361 tcggtagggt tctctaattc attgtctaag tcttcaaact caaggttgtt gttccccaca
      421 aagccatgca tgccctgccc gatcatgcgc agacccttct gcataatctc ctcgaaggag
      481 cggccgatgg acatgatctc gccgacggac ttcatgctgg agccgatgcg ac
//
LOCUS       SEQF3106|MIQD01000355.1  529 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..529
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     misc_RNA        complement(357..455)
                     /locus_tag="SEQF3106_02181"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 ccgtagtcgc gcgtgagctg cgagaagtcc tgaaaaccga gacagacagc caccttgttg
       61 ctgcgtgccg tggcgatcag gttgtcgaga ccgcggaagt agatcgttgg cagctcgtcg
      121 atgataaccg aacttttgag ctgcttcttc ttgttgatca gcttcacaat gcggctattg
      181 tatagcccga gggcggccga gtaaatattc tgtcggtcgg gattgttgcc cacgactaag
      241 atctttggcg acgcgggatt gttgatgtcg agcgtgaaat cgttgcccgt catcacccaa
      301 taaagcgcgg gcgaaatcat gcgcgaaagc gggattttgg cgctggcaag ttggccatag
      361 gctaagcacc cgacgccttg ccatttgtta caatggtagg tttccaagca ctcgcctccg
      421 aaccgtgcat acaagtctcc ccgtacacgg ctctccacct tatcattcag tctaactttc
      481 tccccgaatg tattttgtga tgacatgcag aacatactgc taatgtttt
//
LOCUS       SEQF3106|MIQD01000356.1  528 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..528
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(54..239)
                     /locus_tag="SEQF3106_02182"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MINDYPMDMVERRRPLPLNENGPTKNPCGLKGRRGASIFPFLID
                     LIIDHYLIHAVWTQSRV"
     CDS             complement(266..502)
                     /locus_tag="SEQF3106_02183"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVVILAAIGGVWIPTFVMPPFMRTVARLSPLNWGLEGFNALFV
                     RGGSLSDIAPYAAASLAFFAVMLGVAVIKRKTKN"
ORIGIN      
        1 cgctgaagcg aaacacaccc gtgattccgt ccaaacagcg tcgctgaacg aaatcacacc
       61 cgtgattgcg tccaaacagc gtgtattaag taatggtcaa tgattaagtc aatcagaaat
      121 ggaaaaatgg aggcgccccg gcgacccttc aggccgcatg ggtttttcgt ggggccgttt
      181 tcatttaatg gtagggggcg gcgccgttct accatgtcca tagggtaatc gttgatcatc
      241 aaccacgccc ggccactttt cgcttttagt ttttcgtttt tcgcttgatg accgccacac
      301 cgagcatgac ggcgaagaag gcgagggagg cggcggcgta gggggcgatg tcggagaggc
      361 tgccgccgcg gacgaagagg gcgttgaagc cctccaatcc ccagttgagg ggcgagaggc
      421 gggcgacggt gcgcatgaat gggggcatga cgaacgtggg gatccatacg ccgccaatcg
      481 cggctaagat cacgaccgac acggcgccga agatgctggc ctgttgcg
//
LOCUS       SEQF3106|MIQD01000357.1  528 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..528
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gatggatcaa tgtcgtcaat ccgtttcgcg ccacgatggt gctcggcaca cccggctcgg
       61 gcaagtcgta cgccatcgta aacaactaca tcaagcagca gattgagaaa ggattcgcga
      121 tgtatgtcta tgattataaa tatcctgacc tgtccgagat tgcctataac catctccgtc
      181 agcacctcga tgcgtaccct gtcaagccgc aatttttcgt catcaacttc gacgatcccc
      241 gccgctcgca ccgctgcaat ccgatccatc ctgactttat gacagacacc tccgacgcct
      301 atgaagcggc ctacaccatc ttactcaatt tgaacaaatc gtgggtgcaa aagcaaggcg
      361 atttcttcgt ggaatcacca attatcctgc tggcggccat catctggttc ctgagaattt
      421 acgagggtgg acgctattgc accttcccac atgcggtcga gttcctgaac cgtccctacg
      481 cgcagatttt cccaatcctg acggcttacg acgaactggc caactacc
//
LOCUS       SEQF3106|MIQD01000358.1  525 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..525
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gggggggggg gggggggggg tgcaggatgc gggatttttt tcacaccgtc cgaacccagg
       61 gcgttgccct gggctatcat ccagcgacct ttcaggccgc cggaatcccc accgctgccc
      121 gtcaattaac cttcctaaca atcgtaggga cgaaaaatct ttcgccccta caaaaaccca
      181 acgccggaat cccccaccgc cccccgccaa cgccccgtaa tcattaataa ttaacaatta
      241 aacattcatc cgccgccctt tcaggccgct gccggatacc atcaatccgg gctgtaggcc
      301 cggtggacga tagcccgggg cgaaaccccg ggtggtggac ggtaggggcg aatgttccca
      361 cgaataaatg ggaatgctcg gggcgccccg gaggggcaga tcaacccagc ccagggtaga
      421 gcgacgccaa gggcggagcg gcaccctggg gatgcaatgc acgacccatt ccccgcatcc
      481 tgcaatccac cccccgacct gctaagggca ggtcgggggg tggat
//
LOCUS       SEQF3106|MIQD01000359.1  525 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..525
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aagtcggatt gaagcgcttc ccggcgaata tggtcaacgc gggtaagccg cttgcactaa
       61 aggatccggc aggcatggtg atccatagct atacctatcc gaaggccaaa gccggtcgtt
      121 ctattgaacg cggcgagggt gaaaagtggc acctctgttc cgacccgcgt ggcggcacac
      181 caggcgagga aaactcggac ggcgcagtag acgaacccga gaagcccgat tcgccaaaga
      241 ccttcacgcc cggcgatgtg gtaatcaacg aggtgatggc tgacccgcgg ggattgaaga
      301 agttgcccgc tacggagtac gtggagctgc ataacaccac cgaccatgag atcgacctct
      361 ccggctgggc attcgtatat gacaagacct ccatcaaact gcccgaggtg gagcttcctg
      421 cgggtggcta tgcggtgctt tataaggaag gcagagaggt gagtgtagcc gatgaggcaa
      481 tagaggtgag cttgaagcgc ttcccggcga atatggtcaa cgcgg
//
LOCUS       SEQF3106|MIQD01000360.1  523 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..523
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccggcatatc cgccgtcacg agctgctctc gctccgccgc cgcgacctcg tcttcgaccg
       61 accactcttc ctccaaggcg tccgcatcgg catccccacc ggcgtgcagc aatgtgccat
      121 cgccatcgga cttgtcgccc tccttggcat cgtcaacggc ttcggtgccg acacgctcac
      181 ggcctatggc gcggcgggca agatcgattc gttcatcgtg caaatcatcc tcaccctggc
      241 tggtgcgctg tcggccttct gcggacagaa catcggcgcc ggtcgcttcg accgcgtgca
      301 tgccggcgta cgcttcgcca tgctattcaa tgtctgccta tgcctcgtcg tgctggccgc
      361 catcctcgcc ttcggccggc agatgatggg cgccttcact gaggacgccg ccgtggtggc
      421 catcgggcaa gaatatctga ccatcctcgg cgcggtgctc atcttccacg gtgcgctctg
      481 catcctcaac ggcgccatgc gtggtgcagg cgacacgctc ttt
//
LOCUS       SEQF3106|MIQD01000361.1  517 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..517
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 attgcttgcg cgccatcgtc caccatcacg aagttgtggg cagcgtcgtc gttcatgtcg
       61 atcatgacca cgtcggccat ctcgctcgac gagaatttcc acattacgga cgacacgcgc
      121 atccgcgccg cactgcccac gctgaagaag atcctcggcg acggcggcag catcgtcatc
      181 ggttcacacc tcggccggcc caaggcagtg gacgacaagt actccctccg acacatccgc
      241 caacacgtag ccaagctcct tggcgtcgat gtccaattcg cctccgattg cgtcggtcag
      301 gaagccgcac tgaaagcctc cgcactgcaa ccaggcgaag tgctactgct cgagaacctc
      361 cgcttccacg ccgaggaaga gggtaaaccc cgcggcctgc ccgacgacgc gaccgacgag
      421 atgaaagccg ccgccaagaa ggagctcaaa acccggcaac gcaagttcgc cgagacactc
      481 gcctcctacg ccgacgtcta cgtcaacgac gccttcg
//
LOCUS       SEQF3106|MIQD01000362.1  516 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..516
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccgccctggt aaggcgggat gcggtcaagc cactccgcct tgccgtagag cacgcccatg
       61 cccgtagggc cgtagatctt gtgcgacgag aaagcgtaaa agtccgcgtc tatcgcctgc
      121 acatccaccg cgcgatgcgc caccgcctgc gcgccgtcca caaggatggg taccccgtgc
      181 gcatgcgcca cgcgagcgat ctccgccacc ggattgaccg tgcctaacac attcgacatg
      241 tgcgtgacgg ccaccatgcg agttcggtca ttgaacagcc ctggcaacgc ttccatgtct
      301 atcactcccc gcccatcgat cgggatcacg cgcagccgca tgccttgcag ctgccacggg
      361 acgatgttcg agtgatgctc catcgccgtg acgatcacct cgtcacccgg ctgcatcaag
      421 gcgcgtgcat agctcgaggc cacaaggttg atcgcctccg tcgtgccgcg cgtgaagatg
      481 atccccgctg ccgacggcgc gttcaggaag gcccgc
//
LOCUS       SEQF3106|MIQD01000363.1  516 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..516
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cataaaaatg taaacaaaat ggaaagaaaa aaaattgcac tgcttgcagt gctcgtgtgt
       61 attcttgtct caggaagtct tacttcttgt gataaagatg aaagaacgat cccttctcat
      121 caagaggagg ggattgcatc caaaagtgag ggcaatgatc ttcgttctga gagtctaaga
      181 gcacgattgg atgtcgttcc atctcaggct ttacgtggaa ctaatttccg gttcgtcgtt
      241 tggatatcag ggcggaatcc tcagaacaaa aaagcggcat tgcgttttga atgtcctgat
      301 ggagttactc gaacctttga tatgcaaacg aatggatatg atgttgaaat ggcctttttt
      361 gtactgaacc gttctctatc gcaatacggt gaatacagag tatcggcata tgaaaaggta
      421 ggtaatggtt attatagcct cttctgtagc gaacgtgtct tcgtattaca tcctcctatc
      481 cctatgggtg ataactattc atcacttcat gtagga
//
LOCUS       SEQF3106|MIQD01000364.1  516 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..516
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggagatgttg tctgacgccc cgacgcgtgt gaagatctta tctacccacc cgatgcgggc
       61 gctctcggct ggcacatagc tgccgatctg cgccatgagg gcgatgaggg ccgtctgacg
      121 gaggagggct gacttgcctg ccatgttggg gccggtgatg atgaggatct gctgctcgag
      181 gcggtcgagg cggacgtcat tggctacgta gggctggtcg gaggggagct gctgctcgat
      241 gacggggtgg cggccgccct tgatgtcgat cacgtcggag tcgtccacga cgggctgcac
      301 gtagcggcgg gtggtggctg tgcgggcgaa ggaggctatg cagtccagcc gggctgcgac
      361 ttgtgcatcg tgctggatgg ggcggatgaa gcgggtcaga tcagttgtga ggcgattgaa
      421 gagttcggac tctaaggcta agatgcgctc ctcggcaccg aggattttct cttcgtactc
      481 cttcagctct tccgtgatgt aacgctcggc gctgac
//
LOCUS       SEQF3106|MIQD01000365.1  514 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..514
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             162..395
                     /locus_tag="SEQF3106_02184"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSICPRRIDAFVFLSTPKTSDLMKMEIGRGLLALLVCVQALAT
                     PNAYAWARRRLAVSPARQFLISVTWRKAPRVSF"
ORIGIN      
        1 ctgccgagcg acagtcgctc gaagtcgtga tcgaagacaa tcatggccag agtcagacgc
       61 ttgatttcga tttcaaccat aaggagaacg acgtctctcc ggaagacatc tttgtctgaa
      121 gacatctttt tttcatcgcc tattttgttc ataaccctga catgaagagc atctgtccgc
      181 gacggatcga tgcttttgtc tttttatcca ccccgaaaac atctgacctt atgaaaatgg
      241 aaatcggacg cggcctgctc gcgctccttg tttgtgtcca agcgctcgcc acgcccaacg
      301 cgtatgcttg ggcgcgccgg cgattggcgg taagccccgc gcgtcagttt ttgatctccg
      361 tcacttggcg gaaagctccg cgcgtcagtt tttgatctcc gtcacttggc ggaaagctcc
      421 gcgcgtcagt ttttgatctc cgtcacttgg cggaaagctc cgcgcgtcag tttttgatct
      481 ccgtcacttg gcggaaagct ccgcgcgtca gttt
//
LOCUS       SEQF3106|MIQD01000366.1  511 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..511
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gggctgtcgg ccacgccgcg ggaggtgatg aaggccagca atccgccctc gcgaaggcag
       61 tcaagcccct tgacgaaaaa gtagttgtgg atggcgcgcg tggcctcccg cttcgccgcg
      121 tctttaccct tgctgtacgc ccgatcgtag atgacaaaat ttccgaatgg gatgttactc
      181 gccacgagat cgaaccgccc agcctcgcgc gcctcgatct cttcgaagcc ttcgacgcgg
      241 acggtttgcc gcggattgtc ggccgtgagg agtcgcaaga tgcgccctgt cacaaggtct
      301 ttttcaaacg agacgacgcc tgtttgttcg cccgtcagcg cgcgggaaaa gacacccatc
      361 ccagccgacg ggtcgagcat gcggcggagg ggtaaaccgc tcatcccgag ccccgcggcg
      421 atggcccgaa cgatgcgttc gtcggtgtaa aacgaagtga ggacgctgct tttgatgctg
      481 ttccaaaggc gcgtggcgtc gcttcccgag g
//
LOCUS       SEQF3106|MIQD01000367.1  505 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..505
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tacccttcat ctgtcaacag ctggagatcc cgaccctcaa tgtggtagag tattttaagc
       61 agcatgagga cgaattgatt atagatgtca aatcctctaa tgagaacttc cccgtatcta
      121 acagataaag agacagggaa atagctcctt attttatttg atctatcttt gcagtgccaa
      181 cgcaccgatt gaatcgggtc gttgacaggt gaatgttacg cttcgggcgg cttttacccc
      241 cacgctgggg ggcgggtctt atgattcgcc ccccttctgt ttttatttaa tctatctttg
      301 cccccgatgt caggaactcc aatggagtaa ctggcagggt agatgttacg cttcgggcgg
      361 cttctatcac atattcagcc ctcacagttt ctgaaaagct gtgggggctg tctcattcta
      421 ttcctcaaac actcggtctc tccctttgaa gtagtatttg aatgggatgc tttgcctctt
      481 tagcttttcc aattcgagat atatg
//
LOCUS       SEQF3106|MIQD01000368.1  501 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..501
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             6..305
                     /locus_tag="SEQF3106_02185"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFTTPVHSEARAGEASFGQLVAVAYHGAGLPPAVDVGRAEGDD
                     EAIVRGKVAGGVCEPVVDAAEAFSGGGGGEVAVVKGAVVGVGVVDQLRFGEGPRR"
ORIGIN      
        1 cgctcatgac cttcaccacc cccgtccaca gtgaggcgcg tgcgggtgaa gcatcgttcg
       61 ggcagcttgt ggcagttgcc taccacggcg ccggtctccc tccagcggta gacgtaggcc
      121 gtgccgaagg tgacgatgag gcgatcgtcc gcggcaaggt ggcgggcgga gtgtgcgagc
      181 cggtcgttga tgcggcggag gcattcagcg gcggtggggg cggagaagtc gctgtggtga
      241 agggggctgt ggtaggcgtc ggcgtggtgg atcagctccg cttcggtgaa gggccgaggc
      301 gctaagagtc gctccagggc agcggccacg gagagcgggt tatagagcgt gccaaagggg
      361 ttaaggtcca cgcaaaacag gccgtccgct aagcgtgcgc cgatggcttc ggcaaagcat
      421 gacccgaaga tggtgatgcg gtgtgcgtag ctgatactga cacgagacgg cgggatgtgg
      481 acgggggtgg tgaaggtcat g
//
LOCUS       SEQF3106|MIQD01000369.1  500 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..500
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cagcgtcctc ggcgtcggag gcggtgatga tcggtgtgtg gaggtagaag aatcccttct
       61 ggtggaagaa ggtgtggatg gccatcgcca tgtggtgacg gatgcggagg acggcgccga
      121 aggtgttcgt gcgcggcctc aggtgggcaa tctcgcggag gaactccatc gagtgcccct
      181 tcttctgcag cggataggtg gtggggtcgg ccggcccaag cacctcgatg cttgcggcct
      241 gcacctctac ggtctgtccc ttgccctgcg agcggacgag ccgtcccttg acacgtaggc
      301 aggcaccggt ggtcacgttg cggagggcct cctcaccgat cccgtcgatg ttggccacca
      361 cttgcaggtt gtggatcgtg gagccgtcgt tgagggcaat gaaggccacc tgtttgctgc
      421 cgcggcgtgt gcgtacccag ccgcagacga cgacgtcggt gtcgtacgtc tgactggcaa
      481 gtatctcttt gattttcgtt
//
LOCUS       SEQF3106|MIQD01000370.1  500 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..500
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gaactcccca aagatatact ctagggagtt caaaaatcaa gatgaagtat taatttcttc
       61 ttgtttgcac gtgaatgaag gctgtaggga attgttcact tggctttctc gctccatacc
      121 tctttagggt tcgagtcccg tatcgttctc ctgaagggaa attgtattct gtaatataaa
      181 cagtattccc atccgaagag acattgttga caaaagcaac gtgtccaaga cttccagaac
      241 atcccttgat atttgcttcc cagaaagcaa tatcaccaac acgaggatta ccatcggctt
      301 tatatccttt ggcaacaagg tgattcttcc aatgtttcgc atctcttggg ttgtctataa
      361 ggttctgaaa agagttagca ttccacattt cgtttacctt gccagttacc caagcagtac
      421 aattcctagg gtacattaca ccttttccta catgaagtga tgaatagtta tcacccatag
      481 ggataggagg atgtaatacg
//
LOCUS       SEQF3106|MIQD01000371.1  499 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..499
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             12..395
                     /locus_tag="SEQF3106_02186"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPDGLILPIAGEDILVHVGEVRHANVRAEQIGGKAGIDLSRDPT
                     LTEVEVQVGKGDRRRGSRTKGRETLLRRLVPRVIEQPRVDPFGLLDHITRDESIRYLV
                     GVCERIEEDAPLECGEEVALLHVGQ"
ORIGIN      
        1 acggcgtaag tatgccagat ggcttgattc ttccgatcgc aggagaggat atactcgtcc
       61 atgtcgggga ggtaagacac gccaacgtcc gtgccgaaca gatcggaggc aaagcgggca
      121 tagaccttag ccgggatcca acgctcaccg aggttgaagt ccaagtcggc aaaggggatc
      181 ggcgtcgggg tagccgcacg aagggccgcg agactctgct tcgccgcctc gtgccccggg
      241 tgatcgagca gccacgcgtc gatccgttcg gccttctcga tcacattacc cgagatgaat
      301 cgatccgcta tctcgtaggc gtctgcgagc ggattgaaga agatgcgccc ctcgagtgcg
      361 gcgaggaggt cgctctcctc catgtcgggc agtagggagg tcatgtaggg tagttccacc
      421 gtgccgaact tgttgagcga tgcacagagc gcctctgacg ggtcggccgc gacagactca
      481 gtcagggcga aggccgtcg
//
LOCUS       SEQF3106|MIQD01000372.1  497 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..497
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cccgccgcac ctcgcaagac atgcgcgacg ccgccctcct ggcctgggtc tacgcagggc
       61 tgcccgtccg cgtctgtagg ggcgtatgat cattcgccca tacaatccca ggcacccaca
      121 aggggtgccc ctacaaccca ggcgcccaca aggggtgccc ctacaaatcc ctctacctca
      181 aatgaaaacc accaactcct ttgaactcac acgcctcgtt gggctcaccc acacggaggc
      241 catccacatc atcgagaccg ccgaacgcaa acaccttgag gccggcggca cacccttcgc
      301 gcgaggcacc atcaatgccc cacgcagcgg caagcctacg ccagtctacc tactcaccga
      361 cgacaatgtg cgctacatcg ccaccgtcag ccacagcaag ttctgggcac gcctctgcct
      421 gctccagccc cgctggatgc ccgagaacat agaccgcgaa gagctgcgac gccgcgcccg
      481 caccgcacac caaaagg
//
LOCUS       SEQF3106|MIQD01000373.1  496 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..496
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgatatttgt atcgatttct tgccaagtat ttatgggttg gtgaaaaaca aaaggttgat
       61 aatatcacgt ggaatatctt gaagcaatct aaacgtttgg atgaaaagga tgcgaatgct
      121 tttgctgcat tgctattcgg atgttatgaa aagggtaaag gaatcgggac acttcaacat
      181 cgactaaatg ctctattcta tccttatcat ttcaacatag ctcacaagcc gaataagaac
      241 agaacgctat caattataca tccatatagc cagtggcaag tagtagagtt ttataatcag
      301 tataagtatt ctatactata tctttgcaat cagagtaaat actctcttcg caaaccatac
      361 aagatagcac aatactttta ctatagagat cgacttcatc gaaagttgtt aggacatgaa
      421 agcgacaaag tcgaattgtt cttcaatgaa tatgagaact tgaaaaccta tttcagttac
      481 gagaagtatt cgaata
//
LOCUS       SEQF3106|MIQD01000374.1  496 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..496
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             4..324
                     /locus_tag="SEQF3106_02187"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGVRDHFYECSAGVTTASVLADGSISGCPSIRANYYQGNIYSDS
                     FMDVWEHRFRPYRDREWMRSGECADCKLFRYCEGNGMHLRDGDGRLLVCHHRRITQGL
                     KAEG"
     CDS             complement(372..494)
                     /locus_tag="SEQF3106_02188"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIMQGLHGLFTVCEMTMQGLHTLFTVCEMILKHQKESPAG"
ORIGIN      
        1 gagatgggcg tccgcgacca cttctacgag tgttcagcgg gtgtcaccac ggcctccgtc
       61 ttggccgacg gctccatctc tggctgcccc agcatccgcg ccaactatta ccagggcaac
      121 atttacagcg acagcttcat ggacgtctgg gagcaccgct tccgccccta tcgcgaccgc
      181 gagtggatgc gcagcggcga gtgtgccgat tgcaagctct tccgctattg cgagggaaac
      241 ggcatgcacc tgcgcgatgg cgacggccgc ctgctcgtct gccaccatcg gcgcatcacg
      301 caggggctga aggcggaagg ctgaaggcga aaagcgagga atgcgaagtc ctgctggccg
      361 gttcgtgcga atcagccggc aggactttct ttttggtgct tgagaatcat ttcacacact
      421 gtgaaaaggg tgtgcaggcc ttgcatagtc atttcacaca ctgtgaaaag gccatgcaag
      481 ccttgcatga tcattt
//
LOCUS       SEQF3106|MIQD01000375.1  493 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..493
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccttcctgaa aagcaagtac agccgcaccg acttaaagct ctccgaactg acctacgtcg
       61 tgctccatga tttcgaccta taccttcgga caaccgtcgg gcaagcgccc aacacggcca
      121 ccaagacgtt gaagactttc aagaccataa ctctcttcgg gggaaagctt ggcgttctcc
      181 accatgatcc cttcgtcaac ctccgcttcc acttggagcc ggtagataga ggcttcttga
      241 cggacgaaga gatcctccga gtggccaaca aggatttggg tatccagcga ctggagttgg
      301 tgcgagacat cttcatcttt tcgtgcttca ccggactggc ttacatcgac gtggccaacc
      361 tcacgcccga ccacattgta acgatggacg acaagcaatg gatcatgacc aagcgacaga
      421 aaacaagcgt ggagaccaat gtgctgcttc tcgacatccc gagagcaatc attgcgaagt
      481 acagccacaa gac
//
LOCUS       SEQF3106|MIQD01000376.1  492 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..492
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcgagcccga tttcttcacc cccgacccca tcaaggtcgc cgcgaagaag gccatcgaca
       61 acaacttctc cttctacacc cccgtgccag gctacatgga tctgaggaaa gccatcgtcg
      121 ccaagctcaa gaaggagaac ggcctcgact tcaccgtcga ccagatcgtc gtctccaacg
      181 gcgccaagca gtccatctgc aacgccctgc tctgcctcat caatccgggc gacgaggtca
      241 tcgtgcccgc cccctactgg gtgagctacg tggagatggt caagctggcc gagggcacga
      301 acgtgatcct gcctgctggc atcgaccaaa acttcaagat caccgccgag caattagaag
      361 ccgccatcac gcccaagaca aaggcgctca tcctctgctc gccgtcgaac cccacgggca
      421 gcgtctacag ccacgacgag ctccgcgccc tggccgacgt cttggcgcgc cacccgcaag
      481 tcatcgtcct ct
//
LOCUS       SEQF3106|MIQD01000377.1  483 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..483
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aaacagattg gggctatagg tccaatacca ttcaacagaa aagcccaaaa tgatccatag
       61 tcacacaaaa acgagcgctg caagccctat ttctatgaaa ttcctcgcag agggcgtatg
      121 cgcgtgcgct cctacgacaa tatctgcgaa tcataggcat aattgtgcgt ttccagttgt
      181 ttgcatgcca tttttgattg gatatagaga taatccgccc tatatggata gggtagagtg
      241 gatatatctt ataggataga gcggatctac actatagtgt agagaatatc taccctatag
      301 tatagagaac atctacatta tggggtagag acgatctaac ccttaggtta gatccgaact
      361 aacctacggg ttagtgatga actacattat aggttagtga tgaactaccc cataggttag
      421 ctccgaacta acctgcgggt ttaacgtctg ttcgatgtaa aaaggcggct ccaacatgcg
      481 aaa
//
LOCUS       SEQF3106|MIQD01000378.1  483 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..483
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 agacgctgtc gtctattccc cgccgcgcgt cggtcatttc tccctcgcca gacatgatcc
       61 atgcgcggga gatgccaaag gcgcgagaga tgccgaaaag cgttgcgtct gacggggtac
      121 ccccgggcgc cattgcagcc gcaaaggcgg cgggctttac gcggatcttt tcggcgaaat
      181 cgtctgccgt gaggccgtga tcctgcatca cgccccgaat acgtcgttgc atggggcttt
      241 cgccaccggg cgccgtctca ctcttgcgca gcatctcgcc ctcgccggtg agtagccagg
      301 atctattcac atggaagtga tctgcaagca gatctatgtt tttgatgttt ggctttgatg
      361 tagccttgtt cagcagcctg cttaacgtag actgcgaaat gcctgttctc atcgagactt
      421 catagggggt cgctcccgcc ttatctatta ggtgtctcaa cctttcgcta aatccttctg
      481 tat
//
LOCUS       SEQF3106|MIQD01000379.1  482 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..482
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tcggcgtagc cgctacccat gaattggcgc gactcgaagt tgttcttccg gctctttacg
       61 gccacggggt tcgggctcat gatggggatg ccgtagagtg gcgtagcgtc gaagcggagg
      121 aattcgcccc gtgcatcgcg cacaggcagg tcggggcgca tgcgccatgt ggtcagcccc
      181 tcctcaaagc cctcgcgcag gttgcccgac ttgcgtgagg tggctgaata gctcagcgtg
      241 gctccggcct tcaggcgcgg ggagatctcc gcatccaccg ctgtgcgtcc gccataatgc
      301 ttcaggtgat cgttgatcaa gagcccctgc tgatcggtgg cgttaaacga ggccgaatag
      361 tttgacatgg ccgacccgcc gcgcagcgag aggtagtatt ggttggtggt tgcattgcgg
      421 cgtgtgatct cgtcgttcca gttggtcgag gcgctcccga aggcatcgtt gcgcagccct
      481 tt
//
LOCUS       SEQF3106|MIQD01000380.1  479 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..479
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggccccatga cgcgcaacgt ggacgcctat tggcactacc gcctgcgcgg atgggaagcc
       61 tacatggcgc agaagggctt catcgtcttc gtcctcgaca accggggcag cagcgatcgc
      121 ggccgcgact ttgagcaggt cacctatcgc cagctcggca tcgaggagat gaaggatcag
      181 atgaagggcg tggacttcct caaatccttg ccttacgtcg acgccaaccg cctcggcatc
      241 cacggctgga gcttcggcgg ctacatgacg atcaacctga tgactaccta cccggacgtc
      301 ttcaaagtgg gcgtagccgg cggcccggtc atcgactgga ggtggtacga agtgcagtac
      361 ggcgagctct acatgggctc cccgcaggat aatcctgagg gctaccgcgc gggtagcctg
      421 ctgcctaagg ccaaaaacct gaagggcaaa ctgcaaatca tcatcggcat gaacgaccc
//
LOCUS       SEQF3106|MIQD01000381.1  478 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..478
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(233..454)
                     /locus_tag="SEQF3106_02189"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYWTLELASKLEDAPWPASKDELIDYAQRSGAPLEVIENLQEME
                     DEGEVYESIEDIWPDYPSKEDFFFNEEEY"
ORIGIN      
        1 ggggttgtag gctgtggttg ctgtgaagta atggttcagg ggggcgtccg tttgtgcggc
       61 gagggttgtt gcgcacaaaa ggaggctgag gcatactgtc caggaccgat cgtatctcat
      121 tggcatattc accctgaata aaccgctaag gggggtggaa attgtgtttg gggtaaatga
      181 aaaaagagtt gcaagcgtgc atggcctgca actctttctt tctgttgggg tttcaatatt
      241 cttcttcgtt gaagaagaaa tcttccttac tggggtaatc cggccaaatg tcctctatgc
      301 tttcgtagac ttcgccttcg tcctccattt cttgcaggtt ttcgatcacc tcgagtgggg
      361 cgccggaacg ctgtgcatag tctatcagct cgtccttgga ggctggccaa ggggcatctt
      421 ccagtttgga agccaactct aatgtccaat acataaagtt tctcttttta cactgttt
//
LOCUS       SEQF3106|MIQD01000382.1  478 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..478
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cggtaaatcg tggcagatgg cgtttctgtc cctgcatttg atggcttggg gcggcttgca
       61 gtcggcccag gcggcaggcg aaacggtagc cagaggcgcg aaatggagcg ccacagcgcc
      121 gcagcgttcc gcggacagcg agcagcggag ggtgacgcca caagtgaaag gcaagatcat
      181 tggcatcgtc gtggacgagg ccggcgagcc agtcatcggc gcacacatca tcgtgaagga
      241 aaacccgaca ctgggaacga tcaccgacgc ggacgggcgc ttcacgatcg tgacagatgc
      301 cccgcaactg acgctcgtcg tctcctatgt gggcttcgct aatcaggaag tcgtcgccaa
      361 gtcggggcac gaggtggccg tgatcctgca actcgacagc caagtgatgg aagactgcgt
      421 agtgatcggc tacgggagca aggacaagaa gagcctcacg agctccatct cgtcgctg
//
LOCUS       SEQF3106|MIQD01000383.1  477 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..477
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gatgattgcg ccctgtaggg gcgccggatg atagccaggg gcgaaacccc tggtgtgtgg
       61 gcaggggcga aaccccgtgg gcggatccaa ttatcaattg tcaattacca attgacaatt
      121 atcaatgatt acccgggtgc gtgtatccgg tcgcgcccag ggtttcgccc tgcccagggt
      181 ttcgccctgg gctatcgtcc cccggcccta caggccggat ggatgattgc gccctgtagg
      241 ggcgccggat gatagccagg ggcgaaaccc ctggtgtgtg ggcaggggcg aaaccccgtg
      301 ggcggatcca attatcaatt gtcaattacc aattgacaat tatcaatgat tacccgggtg
      361 cgtgtatccg gtcgcgccca gggtttcgcc ctgcccaggg tttcgccctg ggctatcgtc
      421 ccccggccct acaggccgga tggatgattg cgccctgtag gggcgccgga tgatagc
//
LOCUS       SEQF3106|MIQD01000384.1  474 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..474
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(313..471)
                     /gene="pheS"
                     /locus_tag="SEQF3106_02190"
                     /EC_number="6.1.1.20"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P08312"
                     /codon_start=1
                     /transl_table=11
                     /product="Phenylalanine--tRNA ligase alpha subunit"
                     /translation="MLENCGIDSHVHSGFALGMGIERIAMLKYRINDIRLFFENDLRF
                     LRQFAAAQ"
ORIGIN      
        1 gtcgtctctg agcatgcgcg cggcaccgac taagtgcttt gccttgttgt tcggatagga
       61 gatgctgcgg atgtactcga agatggcttc gggtgtggct tcggccatca cttcggccgt
      121 cgggtaggcc tcgaagagcg acggtgtgac gagattcacg cgcttgtcgg tgcattgcgc
      181 ggagaggatc acggcgacga gcagctggaa ggggtcagtg tagtgcaact ccgtttcggc
      241 cacgggcatg tgctcctcaa accacgcgat gacaccctgg tagcgttctt ttttcgtcat
      301 gtccgtaggg ggtcactggg cggctgcgaa ctggcggagg aagcggaggt cgttctcgaa
      361 gaagaggcgg atgtcgttga tgcgatactt gagcatggcg atgcgctcga tgcccatgcc
      421 gagcgcgaag ccggagtgca cgtggctatc gatgccgcaa ttctcgagca cgtt
//
LOCUS       SEQF3106|MIQD01000385.1  470 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..470
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 atcgatggtt catcggtttc actccaagtc acctataccg cgatctcgaa gaccaaaggc
       61 tacttccgcg ttgacaatac tgcgggattc ccaggcggga aaaaggtcaa gatctatgtc
      121 ccattcaccg tccacacgaa caccgacgct tccaaagaag cgcttattcg cagcgagttc
      181 tacgtcagcc aaacgcccgt gtccgatccg aacaaccctt cctcccccgg gcgtgtcgga
      241 accgatgtgg cgaccctacg cgcgaaggtg gtaggcctga actggagcat acccccatcg
      301 gcacctattg tctttaccac gcgagcgccc aaaaccggcg taatacttgg ggaaatcgga
      361 cagagcacag aaaacttcgt caaggaggcg cgcgtcttaa attacccaag gcgcatcacc
      421 atcgaactgc ccccgggcta caccatcgac gactcgctaa acattcatcg
//
LOCUS       SEQF3106|MIQD01000386.1  467 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..467
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 atcctcgccg tcaagctctc cgccttcgac ctcgacgggc aagaaggctt atctatcccc
       61 ggctctgagg aggtctcggc cctcaaagaa gtcggcgcgg gcgtcggtgg aacaatcgga
      121 acgagcttca ccttcgcctc gtcagccaaa gaccaactca tcgccgaagc cgcccgaggc
      181 gtgatgcagg gcgccagtca gcttctacag aagaagctcc ggactatcaa ggtgacagtc
      241 aaaagcggtc accgactctt cctcgtacaa gccaagtaac cctcatttca tcatctgatt
      301 cccatgaaaa aactcctcct atccgccgtc ctttgctgcg gatttatcac cacaaccttc
      361 gccacaagta ccgacacgtt gcgcacgcag atgcgctcta ccggcgacct gtatcaaggt
      421 atgagccgcg ccatccccaa cggccgaatg gtcgttccat acggtct
//
LOCUS       SEQF3106|MIQD01000387.1  466 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..466
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(8..445)
                     /locus_tag="SEQF3106_02191"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVTAQTKTFHGAWFTIQYPDDFTAEGSLPSAGSDEDNTFDSAT
                     FTSPDGTVTFYVYSPQWSGDPTDIELQKDEREGQRKVTRGKRQTITYWTIGAKDGTHT
                     RSYQEVRQGEKMHVIGIHYTTQQAYNKYKKQYLAFKASLKYTE"
ORIGIN      
        1 agcagggtca ctccgtgtat ttaagggagg ccttaaaggc gaggtactgt ttcttgtatt
       61 tgttgtatgc ctgctgcgtg gtgtagtgaa tgccgatgac gtgcatcttc tcgccttggc
      121 gcacctcctg gtagctgcga gtgtgggtgc cgtctttggc gccgatggtc cagtaggtga
      181 tggtctggcg cttgccgcgg gtcactttgc gctggccctc gcgctcgtcc ttttggagct
      241 cgatgtcggt cgggtcgcct gaccattggg gggagtagac gtagaaggtg accgtgccgt
      301 cgggcgaggt gaaggtggca ctgtcgaacg tgttgtcctc gtccgatccg gcggagggga
      361 gggagccttc ggccgtgaag tcgtccggat actggatggt gaaccatgcg ccgtggaagg
      421 tcttagtctg ggccgttacg gccatcgtca gcccgcaaag ggcgat
//
LOCUS       SEQF3106|MIQD01000388.1  466 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..466
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(21..434)
                     /locus_tag="SEQF3106_02192"
                     /EC_number="3.2.1.21"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A7LXS8"
                     /codon_start=1
                     /transl_table=11
                     /product="Beta-glucosidase BoGH3A"
                     /translation="MSYTTFKYGKPVVTKDATGNLNVKVDVKNAGQKAGKEVVQIYVA
                     APGKDMPKPARELKGFAKTKLLKPGEGETVEIQIPYESLASFNEADSRWQVEAGDYSV
                     MVATDAADARPLTSVVTLDGKVTETVRPSLMKEQK"
ORIGIN      
        1 tcgtgtgttt atgtgggtta ttacttctgt tctttcatca gcgaggggcg caccgtttcc
       61 gtcaccttgc catcaagcgt cactacggac gtgagcggcc gggcatcagc agcgtccgta
      121 gccaccatca cgctgtagtc gcctgcctcc acctgccagc ggctatccgc ctcattaaac
      181 gaggccagac tctcgtaggg gatctgtatt tctaccgtct caccctcacc gggcttcagc
      241 agcttcgtct tggcaaagcc cttcagctcg cgtgccggct taggcatgtc tttacccggt
      301 gcagccacgt agatctgcac cacttcttta ccagccttct ggcctgcatt cttcacatcc
      361 accttcacgt tcaggttgcc cgtggcgtct ttcgtaacca ccggttttcc atacttaaat
      421 gtggtgtagc tcatgccata accgaagggg aacgataccg gtacat
//
LOCUS       SEQF3106|MIQD01000389.1  464 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..464
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 catgccccta cgcttccgag gcacccacaa cggcgtcggc ctcatcgtca tcaacgacga
       61 acaaagcacc ctctataaaa acatgtccgt cgccctacaa gcagcccaca aacgccgcct
      121 cggcaaagga acactcagca tcggcctcca agccggcatg atcaacaaca ccttccaagg
      181 ctccaaagca caccccgtgc ccgaagacac cgaaggcagc accgaccatt cacaagacga
      241 cgacgccatc ccccgcgaag acctcaccgc caaaagcctc gacctcgccc tcggcctcat
      301 ctactacacc gaccaatact acctcggcat cgcctccaca cacctcaccg cacccaccct
      361 ccagctcagc gaccagttcg ggcggaaagt catgcgtgaa tacaatttaa tggcagcata
      421 caatatcacc ttgcgcaacc cgttggtgga attgcgtccc tcac
//
LOCUS       SEQF3106|MIQD01000390.1  461 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..461
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tcagtcaggg cgaaggccgt cgggtgatca aagatgtcgg ccttgatgta tcgtcccccc
       61 tcacttcgtt ccaagaagag catctcggca cccgtggcat ccatcttcag gaggtcggcg
      121 tttgccttga gattgaggtt cccccaacgc cggacgaagt catcgtacaa tcgattcagc
      181 ttctcgcgct cctccggatc tgccagctga ttgttcgcct cataatcgta gagccgatgg
      241 tagctctcgc ggatctcgac gtacgccttg aggcgcgaaa tgcgcgaaag cggcaggtcc
      301 atcgggtgga acgtcgggct gagattgagg ttagagagat agccgatctg cccgccttgt
      361 acgacgatag agccgtcgcg gagatgggag tcgggctgtg aaaggaaagg gcgcgggctg
      421 acgtcgaacg ttcgtcggac ttcagggacg ggtgcaggcg g
//
LOCUS       SEQF3106|MIQD01000391.1  460 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..460
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cttcctcaaa atccacatct gtcacgccgc cgtcgttgtt cgaggcattg cccgtggagg
       61 cgttaccctg aggctgaccg gaagcggctc cggactgtgc attctgcgca ttgtagagat
      121 cctgactggc ggcttggaag acgctgttca actccgcgat ggcagtatcg atggcggcaa
      181 cgtcttgcgc cttgtgcgcg tccttgagct tgccgagggc ggcctcgatc tgcgaacgct
      241 tatcggccgg cagtttatca ccgaggtcct tcagctgctt ctccgtttgg aagatcatgc
      301 tgtccgcttg gttgatcttg tcgatgcgct ccttctcctt cttgtctgct tcggcgttgg
      361 cggcggcctc gtccttcatg cggcggatct cctcttcgct taggccgctg gaggcctcga
      421 tgcggatgct ttgctccttg cccgtgccct tgtctttggc
//
LOCUS       SEQF3106|MIQD01000392.1  457 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..457
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 caccgcaagt cgtccgcccc ggccagcccg gtggacccta ttcttacggc gaggccgtac
       61 ctcttcgcat ttatgagaac tgccccgcgc atatcgacac catgctgaca gtcagcgccg
      121 gcacccaccg cagcttgatc atcaaagggc atcgattcct cgatgaactt aacagagagg
      181 ttggctcggt gatccccggc ttgcccaagg atcatctggg gcgtcactac ctcatcaata
      241 ccgagaccgg gcaacccttc tcagagttcg atgagatccc gctcccagcc tcaaccacgg
      301 gaaccccctt ccccatttct ttcgtgcact atccactgac cgaaggtgat ccggtctaca
      361 aagacggata caaagtccag atcatcttcg tagagaaaat agatggagta gaacacgatc
      421 ctctttctcc gccaacacct catcagtatg actacct
//
LOCUS       SEQF3106|MIQD01000393.1  455 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..455
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tacttcaggc tgcgggggcg gttgcgacac gtctcgtcga taaactgctc ccgggcgcgc
       61 atgatgcgat cgaagagttc gcgctggggg gtgtaggtgt ttacggcgcg gagcgtttgg
      121 gctccaacga tgccgtcgac gcgtacgccg agcaggcgct gggggatgcg tatgccgggc
      181 gagccggacg cccaaaccca gtcgacgagc agcatggcca gcgactggtt atggatgtgg
      241 tcggcctgcc agcgatccca gtagagggtg cgcaggatgt cccaccactc ggcgtcggtg
      301 atacctcgca gccgttcggg tgtggggcgt gggtagccgc ggcggcggca gtagtatgtg
      361 taggtggcga gggtgacgcc gcgcatggtg tgtccgcccg gatcgtcggg gtcgttggcg
      421 tagccgcctt caaagcgccg aatgaaggcg cccat
//
LOCUS       SEQF3106|MIQD01000394.1  454 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..454
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggtctttgat cgtcacgcag tagtcgacca gcttctggac gctgcgcccg tactcgggta
       61 ggatcaattg cttttcggca gtgttatact tcatttttag cttaataaaa tgttgatgag
      121 aacgcaaaag tagatgttcc ctccaattgg aaaagtgcgc acaaggcttc accctgggct
      181 atcatccacc gggccttcag cccgggcatg tacccgatgt ggccgccgga tcatagcccg
      241 ggcgcctccc gaggaacgaa tgcgcggtac gtgcaccgtt acgcaaagag gggcggacac
      301 aaggcccgcc cctacacgga ttgcgtcaga acctcgtgct ggcgccgccg ccaccgctgc
      361 atccgccgcc ccaggagcca ccgctcgagc tgctgccgcc gctgctccac gaacagctgc
      421 tgctgtcgtc ggatgagtct ctgcgcgagc tgcc
//
LOCUS       SEQF3106|MIQD01000395.1  453 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..453
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             7..105
                     /locus_tag="SEQF3106_02193"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFGAMTGGTIVSLTGLWLLVRRLRRKRSRKAR"
ORIGIN      
        1 gtgctcatgt tcggcgccat gactggcggc acgattgttt ccctcaccgg actctggctc
       61 ctcgtccgtc gcctgcgccg gaagcgatcg cgtaaggcga ggtgatcaat gggaatggtt
      121 tgcaattgtg tacccgatgc agcctgaagg gacatcgtcc ggcagccctt caggccgcat
      181 taggacatgg atttattcat gaaggcattt ccaatcaact gctaatgctt aatagttgcc
      241 atgacataac atgattagca actactaata cttaatagtt gccatgacat aatatgctta
      301 gcaactatct acacttaata gttgctgtaa cataatatga ttagcaacta ctaatactta
      361 atagttgcga tttatatagt gtaataataa gcagaaaggc aattgactaa ttatgtcagc
      421 atatgtttgc ctaataaaca cggggtgacg ccc
//
LOCUS       SEQF3106|MIQD01000396.1  452 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..452
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tgaatacttt tggggcgcct tacatatcct cttggagcgg gttaaccgct actgattgca
       61 gagcggattt tttatatccg ttcggcgccc caatagggtg cagtaccccc tcgcggatgc
      121 ttaatggcac cgctgctcca agagagtgta aggcagaggg aaaggctgtg cccttctttt
      181 attcatggcc gctcaaagtt ttatctgcaa tgccttacac agagaaaact gcatttgagg
      241 tgaagtatag tagccacacg tgcacgccaa cggagcgaaa caccgtatcc cgcgccgcgt
      301 tccagatcga aaagaacgca aagaacaaag cctacgcttt tatccttcaa cacggactgc
      361 tcgaagactt cgagcgcttt gtccgcaccc tccccgccgg caccgatccg cacgggctgt
      421 gcgttgacgc ccttatccga atctcaaaca ca
//
LOCUS       SEQF3106|MIQD01000397.1  449 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..449
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgtaaccaat ccctcctact tttgcccatc atctgaacta ctactcaaat ggaaaaagga
       61 aaagaactga tcggcattgc gcagcgcatg cgggcgttgg cacagacggg gctgtcgtac
      121 gcgtcgaacg attacgaaac ggaacgttgc caagagctgc tcgggctgag cgaccgcatc
      181 gcagcgatcg ttagcggact gaaggaggag gagatcgccg cgtgttacca ccccatgaag
      241 gagtacgtca cgcccaaggt ggacatccgc gcggccgtct ttaatgcgcg cggcgagatc
      301 ttgttagtgc gcgagaaggc cgatggacgc tggtcgatgc ccggcggatg gtcagacgtg
      361 gggtatacgc cggccgaggt ggcggtgaag gaaacgaagg aagaaacagg gctcgacgtg
      421 cgtgtagaac ggctgctggc ggtgctcga
//
LOCUS       SEQF3106|MIQD01000398.1  448 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..448
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cccggccgtc atcgataaga tcattgctga gacggctcgc caggctggcc tacgcgaggg
       61 cgaccgcgtg acggccgtcg actccgtgtc cagccccgtc ttctccgacc tccgcgagcc
      121 actctacgcc gaccgcggcc gcgaggccac gctgcgcatc gtgcgtgccg acggttcgga
      181 ggcccagctc acggtgccca tcgactcggc cggccacatc ggcgtgcaga tgctttcgcc
      241 gcttgccctt tataagacga ccacgcgcac ctacaacctc ttcagcgccc tgcccgccgg
      301 cgtcgccctc ggctggaaca cgctcacggg ttacgtgggc gacatgaagt acgtcttcac
      361 ccgcgagggc gcctcgtcga tcggcggctt cggcacgatc ggcaacatct ttccctccgt
      421 ctgggactgg cgcacgttct ggatgctg
//
LOCUS       SEQF3106|MIQD01000399.1  443 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..443
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcgcttattt gtagcgtttt gtatagctct gaatgcttcg ctgacaggta actttgcaca
       61 ccctaaaaac ccgaagcaat gaagagagaa acgatgaagg ttttgctcta ccttaaaagg
      121 agcagcatag acaaatcggg acgggcacca atcatgggcc gcatcacgta tgccgggaca
      181 atggctcaat tcggcagcaa attttcttgc ccgcccgacc tctggaatcc acgcgagagc
      241 cgccttagag gcaagagtcg ggaggccgtc gtcaccaatg agaagttaga cgatctgatg
      301 ttggccatta gtcaggctta ccggacactg gccgatcggg gtgtggcctt cacggccacc
      361 gacatcaagg aacgattgca aggcaatgcc cacagtcgga cgaccttcct cgaacgctac
      421 gaccagctgt tggaggaagt gga
//
LOCUS       SEQF3106|MIQD01000400.1  441 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..441
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gggcagggcg acgaagaggt tgcggatgtc ggtgaagacg ccggtgtagg tggccggatt
       61 gctgcgcggg gtgcggccga tgggtgactg atcgacgttg acgactttgt cgatgtgctc
      121 gatgccttcg atggattggt agggtagggg gggctgggcg gagcgataga aatgctggct
      181 gaggatgggt tgcagggtgg cgttgatgag ggtggacttg ccgctgccgg agacgccggt
      241 gacgcacgtg aaggtgccga gcgggaaacg gacgtcgacc tgcttcaggt tgttgcccgt
      301 ggcgcctcgg agcactaact catggccgtt gccggggcga cgcgcggtgg gcacctcgat
      361 gcggcgccgg ccgttgaggt aggacgaagt gagcgtgtcg gtctggatca tctccttggg
      421 tgtgccggcg aagacgactt c
//
LOCUS       SEQF3106|MIQD01000401.1  436 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..436
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 atggtcatca tggatgctga cctgcaacac ccgcccgagc tcatccccga gatgctgcgc
       61 cactgggagc agggctgcga cgacgtctat gcccgccgac gcacacgcgg ccgcgagccc
      121 tacctccgcc gcaaattcac cgccgccttc tacaccctcc tgcaacgcac cacacgcgtg
      181 cccctgcaac ccaacacggg cgatttctgc ctcttagacg ccgtctgcat ccgcgcccta
      241 cgccgcctgc gcgaatcgca acgctacacg aagggcatgt tcagctggat cggcttccgc
      301 aagcaggagg tgctcttcga ccaacaagac cgcgtggccg gccagagcaa gtggggctac
      361 ttcaagctgc tcaacttagc catcgagggc atcacctcct tcaccgttgc gccgctacgg
      421 ctggcctcca tctgcg
//
LOCUS       SEQF3106|MIQD01000402.1  434 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..434
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(122..409)
                     /locus_tag="SEQF3106_02194"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGVSGGIVNINGYITATIWATLYNNCGKNIYVERFAVESEGKEI
                     YHTDINKTLENGKDLGGGVRLNSVYNPVYKFVYKVDGVTYEVKEEGSKIPY"
ORIGIN      
        1 gtagttgctg gcgtagtgga gctccattta caggcaacca gccgggtata ttgtcataag
       61 cacgtggcag ggctttccaa atctttcgtg ggaatctctc tgaaaagcgc ctgattgttt
      121 attagtacgg gattttagaa ccttcctctt ttacctcata cgttacgccg tccaccttgt
      181 agacaaactt gtacacggga ttatacacgg aattaagacg tacaccaccg cccaagtcct
      241 tcccattctc caaggtctta ttgatgtccg tgtggtaaat ttcctttccc tcagattcga
      301 cggcaaagcg ttccacatag atatttttcc cgcaattgtt atatagagtt gcccagatcg
      361 ttgccgtaat atacccattg atattaacga taccgccgga cactcccatc gtgatcttat
      421 cggtgaagtg aaca
//
LOCUS       SEQF3106|MIQD01000403.1  434 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..434
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             24..371
                     /locus_tag="SEQF3106_02195"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQSGYRYWFNDEEIAELYRESEVFQVQTAEMELLLRCFELPTTD
                     SDCSYLTTTEILTYLGAYTRQPLTAKRMGEALKKAGYIKISRRRDGGSPLYVYKVRKI
                     LPCPLLQICSSNM"
ORIGIN      
        1 tctatgcgga ggccaaatcg ctgttgcaat cgggctatcg gtattggttc aacgacgagg
       61 agatcgcgga gttataccgc gaaagtgagg tgttccaagt gcagaccgcg gagatggagc
      121 ttctactacg atgcttcgag ctaccaacca ccgacagcga ttgctcctat ctgacaacga
      181 ccgaaatctt gacttacctc ggcgcctaca cgcgccaacc gctcacggcc aaacgtatgg
      241 gagaggcgct gaaaaaggcc ggatacatca agatcagccg acggcgggac ggcggtagtc
      301 cactgtatgt atacaaagtc cgaaagatcc tcccctgtcc cctccttcaa atctgtagta
      361 gcaacatgta gtcagctgtg tagtgacttc tatttgcatg gatactattg ggaaacaatc
      421 gattatggcg attg
//
LOCUS       SEQF3106|MIQD01000404.1  431 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..431
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             10..240
                     /locus_tag="SEQF3106_02196"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLEEKSGISSTDVLINGVKGDFKSVSSTNNIVKYAKKAIRTQGA
                     EVVLFEFTESLRREGGGEGGLHLPVKEVFPYL"
ORIGIN      
        1 cggattgaga tgctggaaga aaagtctggc atttcaagca ctgacgtctt aattaatggc
       61 gtgaaaggtg acttcaaaag cgtatccagc acaaacaata tcgtgaagta cgccaagaag
      121 gctattagga cgcagggggc agaggtcgtt ctgtttgagt ttacagagtc gttaaggaga
      181 gagggggggg gtgaaggagg tcttcactta cctgtgaagg aggtattccc ttacctgtga
      241 agggtgtctt ccattaccag tgaaggaggg tttcacttgc ctgtgaagga ggtgttccat
      301 taccggtggt gggtttgtcc cattaccggt ggtggaggta tcccatttta cataggagag
      361 gggcgcggat cacccccggc ggagctgctc tcggaagccc tcggcgatgg tttgcatctc
      421 ttccttcagg t
//
LOCUS       SEQF3106|MIQD01000405.1  431 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..431
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(138..410)
                     /locus_tag="SEQF3106_02197"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVTPVCWPDERDGGLNILDMFSRHAFDLVVNIPKNHSRRELTN
                     GYKIRRAAIDHNVPLITNARLASAFIHAVCNLAEKDIPIKSWQEYR"
ORIGIN      
        1 cgcccctatg gggggccttg gatcggggga ctgtgatttt ttgaggcgca tcaggcagtg
       61 ccctgaaggg ggggggcacc agcccaaggc gcaccagaaa cacgccccat catggccctt
      121 cccctccgct ccggacccta ccggtattcc tgccagctct tgatggggat gtccttctcc
      181 gcaaggttgc aaacggcgtg gatgaaggcg ctggccaagc gggcgttggt gatgaggggc
      241 acattatgat cgatggcggc gcggcggatc ttataaccat tcgtcagctc gcggcggctg
      301 tgattcttgg ggatgttgac cacgaggtcg aaggcatggc ggctaaacat gtcgagaatg
      361 ttgaggccac cgtcgcgctc gtcgggccag cagacgggcg tcacctccac gccgttgtcg
      421 cgcaagaagg c
//
LOCUS       SEQF3106|MIQD01000406.1  429 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..429
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             32..313
                     /locus_tag="SEQF3106_02198"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDVTISSNLILDKILGIKDLRSDKRIDFVGGIRGLGELKKRVD
                     SGEMKVALALYPVSMKQLIDIADTGNIMPPKTTWFEPKLRSGLVIHKLS"
ORIGIN      
        1 gggcacgtac aacgacaacg acccgatcgg ggtgctggac gtgacgatct cctcgaacct
       61 gatcctcgac aagattctcg gcattaaaga cctccgcagc gataagcgca tcgactttgt
      121 cggtggcatc cgcggactgg gcgagctcaa gaagcgcgtc gacagtggag agatgaaggt
      181 ggccctcgcg ctctaccccg tctccatgaa gcagctgatc gacatcgccg acacgggcaa
      241 catcatgccg ccgaagacga cttggtttga accgaaactt cgctctgggc tggtaattca
      301 taagttgagt tgatctcatc cttatagccc gcacacaatc aatcgccaaa aagaaaggac
      361 acgggaaggg ttcgcactcg caaggcaaac ctttcaccgt gtccttctca tatcccccct
      421 accccttcg
//
LOCUS       SEQF3106|MIQD01000407.1  427 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..427
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(30..407)
                     /gene="btuB_5"
                     /locus_tag="SEQF3106_02199"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01531"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MSEIAKNDYLNIDGDEGRPLAYVPKQMFFTAGTYTFAERSALKG
                     LAVNYTLSYTDKMYNNLSQDVELPSHFITDLGATYRFGKGISVSFNLNNVFDVEYALN
                     TYGRQIVPCIGRNYTIALTYNLR"
ORIGIN      
        1 attttcgatt gactataact accctctgac tacctcagat tatacgtcaa cgcgatggtg
       61 tagttacgcc cgatgcaggg tacgatctgc cgcccatagg tgttgagggc atactccaca
      121 tcgaagacgt tgttgaggtt gaaggagacc gagatgcctt tgccaaagcg atacgtggcg
      181 ccgaggtcgg tgatgaagtg cgagggcagc tccacgtctt ggctgaggtt gttgtacatc
      241 ttgtccgtgt atgacagcgt gtagttcaca gccaatcctt tgagtgcgga gcgctcagcg
      301 aaggtgtagg tgccggcggt gaagaacatc tgcttgggca cataagccag cggccgcccc
      361 tcgtcgccat cgatgttcag gtagtcgttc ttggcgatct cgctcacgcg ggcgttcgtg
      421 taggtgt
//
LOCUS       SEQF3106|MIQD01000408.1  427 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..427
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gacagccaca cgcttggctt cttggctcgg ggcgtccgct acgatggcgg caacatcaac
       61 cgcaccacga ccgacatccg acgcctcggc cgcaccgagg tggactccgc catccactcc
      121 ccgctgacga tggatatcta caacaacaac ctcaccttag acctgaacca cgtctggacg
      181 cccaccaagc agacgcgtct ctccacggac gtcatctatg cctacgccga ccacaaccag
      241 gagcagcaga tggtgctcca ttacgtcgcc cccgacggtc gagagctgcg cccgcgggag
      301 ggcaacggcc acagcgtgtt ccaaaagaca aacgcatgga tgctcaaaac ggaccttgag
      361 gcgcccctgc ctgctgaagt caaattagag acgggcatcc agctgagcgc catccgccgc
      421 gacaacg
//
LOCUS       SEQF3106|MIQD01000409.1  427 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..427
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tcgaaaagta agcgctgtcg acgggttaca atcagctttc ctcgaaaagt aagcatgata
       61 tacggcctgc aatcagcttc ccccaaaaag taagcacgat atacggcctg caatcagctt
      121 tcctcgaaaa gtaagcgctg tcgacgggtt acaatggacc ttcccgacaa tcgtaagagt
      181 gaaaaatctt tcgcccctac aaaaacctaa tggcggaacc atcgctgatg cccatcaaca
      241 atcattatat ctaatcgaaa atggttcaca aacgtgtacc cggtgcggcc tgaagggccg
      301 ctggatgata gcccagggta gagcgacgcc agaggcggag cgacaccctg gggatgcgat
      361 gcacgaccca tcccccgcat cctgcaatcc accccccgac ctgctaaggg caggtcgggg
      421 ggtggat
//
LOCUS       SEQF3106|MIQD01000410.1  427 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..427
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(31..300)
                     /locus_tag="SEQF3106_02200"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPDLIEKAELPEGISVLADKGYCSKKNSHCLTSHGLIDGIMHK
                     ASRGKKLTDTERSLNKIISKTRSLIERTFGSIRLWFSGGDVATEV"
ORIGIN      
        1 cttcaaggat attctgggtg tgcgttcgct ctaaacctcg gtagcgacat cgccccctga
       61 gaaccacaag cgaatgcttc caaaggttcg ctcgatcaag ctgcgcgttt tgctaatgat
      121 cttgttcagt gatcgctcgg tatcagtcag cttcttccct ctacttgcct tgtgcataat
      181 cccgtcgatt aacccgtggc ttgtcaagca gtgcgagttc ttcttgctac aatacccctt
      241 gtcggcgagc acgctgatcc cttcgggcag ttccgccttc tcgatcagat cgggtagcat
      301 aaccgtatcg gagcaattgg cgggcgtagt gatgagtgct tccaccaacc cttgattgtc
      361 ggtcagtaca tgagccgtat ctatatcgac gccctttgcg aacccaacgt gcctcggtat
      421 ccactcc
//
LOCUS       SEQF3106|MIQD01000411.1  425 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..425
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 catgcagcaa ggaagaaacg gagcctgaaa tcacctccgt aaaaatcact aaccgtgttg
       61 aatcaattat ggtcggcgaa tcacgtgcgt ttaagtatga gtatgcggat ccgaaagcag
      121 tggctgggag tgtctcatgg tcgtcatcag acccgtctgt gatcaccgtc gcaggagatg
      181 gcaccatacg tgccgtcgat gcagggagtg ctactatcac gttgcgcatg acggttcaaa
      241 accgtgacgg gtcgtcgaaa gacttcactg acgccataac tgtaaaggtt acgcgtccgg
      301 agctgaaagg aataaagatt aaaaccacgg ctgccgcttt caaaaaggga aacgaagtag
      361 atttgacttt aaccacaacg ccggccggtg ctcaggttgg tgaagtagaa tggacttcaa
      421 atgat
//
LOCUS       SEQF3106|MIQD01000412.1  424 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..424
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgatgtagaa gcacttcttc gtgttgtcgt aaccgatggt gacgctctcg cccttaccgt
       61 tcttcaggcg cacgccgtaa cgggcggcaa agcccagctt ggtggattcg gactggtcga
      121 aggccaagcg gaggtcgagc ggggccgagg cgaaagtgaa ccgatcggag agggacagcg
      181 tgccgtctac cttgagattc ttcagcacga ccgactcgcc gcgcagggcg tcgatctctg
      241 gcacgggcgt ggaggtgagc aggtagagcg agccgtcttt gacgaggcct aattcgcggg
      301 gcaacgtcat ggcgccgctc cacttgatgc agggcttctc gccagcgtaa agccagttgt
      361 tcatccagcc gatgaggatg cgtcggccgt caggggcgtc gctccaggtg acgcccgcgt
      421 agtt
//
LOCUS       SEQF3106|MIQD01000413.1  421 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..421
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(112..396)
                     /locus_tag="SEQF3106_02201"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQIVPSGWEIYNERLVVPEDTEAAAATTYTYRDIRDDRVLTYF
                     DLKRGETKVFRVRLQASYAGVFVLPAVQCGAMYDNNVQARTRAARVTVER"
ORIGIN      
        1 tgggaactaa atagaaaagt gtttccataa aaatgtgagg tgtttaatgg gttatgaaaa
       61 gaaatacagt gtgaaggcag cgggcattct ctaccccctg ccttcattta ttcatcgctc
      121 cacggtgacg cgggcggcgc gggtgcgggc ctgcacgttg ttgtcgtaca tcgcgccaca
      181 ctgcacagcg ggcaagacga acacgccagc atacgaggct tgcagccgca cacggaagac
      241 cttcgtctcg ccccgcttca ggtcgaagta ggtcaatacg cgatcgtcgc ggatgtcgcg
      301 gtaagtgtaa gtcgtcgcgg cggcagcctc ggtgtcctca ggcaccacaa ggcgctcgtt
      361 gtagatctcc cagccggagg ggacgatctg cgtcaacgct aagttggtga gatcggtggc
      421 t
//
LOCUS       SEQF3106|MIQD01000414.1  420 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..420
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccttgagcat cctttgcgag ctggaggtgc cctgcgtcgt cagcgtcaat gcataggggc
       61 cgggcggtag ggtactgggg atggtgatca ggaggcgcga ggggttgttg agggcgatgt
      121 cggtcggatc gaggcgcacg atggtgcctg tctccgcatg ccggaaggca atgcccacgg
      181 cgggggcggt gccaacaatc ttgaggtacg acccgcgcaa ctcggccaca tgcccgcggg
      241 tgagcgagcc gtccgtgcga cctgtggtga ggtccttgac ggagtggatg gcgcggggcg
      301 gggggagctg gttgacgagc tccacatgcg ccccttcggc ggcgcggcgt agcagggcgc
      361 tggggcggac ggcgatgcgg acacgatggc gctgctcgtc ccacgcatcg ccccggaagc
//
LOCUS       SEQF3106|MIQD01000415.1  420 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..420
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtgaggacgc tgcttttgat gctgttccaa aggcgcgtgg cgtcgcttcc cgaggcgact
       61 tggtcgatga ttttgcgcag ttcgcggact aacggaaaca gggtgcgttc atcccgcggc
      121 cagcggtcga tgtcggccgg atcagtggcc ggaaggagga cgcacttgag gccgccgaag
      181 ccgttgtatc gccgcagcgt cgccttttcg ctttccgacg gtgcgcggcg cgtgttttct
      241 aaagcgagca gggtgcggac ggcctcgaga ttggcctgca aagcctcttt tttgtggtag
      301 atcatgattt taaggagaaa atgagagtca aacagcaact ctcaaccttg cgagttgcta
      361 ttccgtatga ttttactaac tcacaacctt gcgagttgct attccatatg attttactaa
//
LOCUS       SEQF3106|MIQD01000416.1  420 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..420
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtgaggacgc tgcttttgat gctgttccaa aggcgcgtgg cgtcgcttcc cgaggcgcct
       61 cggtcaatga ttttgcgcag ttcgcggact aacggaaaca gggtgcgttc gtcccgcggc
      121 cagcggtcga tgtcggccgg ctcagtggcc ggaaggagga cgcatttgag gccgccgaag
      181 ccgttgtatc gccgcagcgt cgcccgatcg ctttccgacg gcgcgcggcg cgtgttttct
      241 aaggcaagca gggtgcggac ggcctcgaga ttcgcctgca acgcctcttt tttgtggtat
      301 ggcatgattt taaggagaaa atgaggggca aacagcaact cacaactttg cgagttgcta
      361 ttccgtatga ttttactaac tcacaacctt gcgagttgct attccatatg attttactaa
//
LOCUS       SEQF3106|MIQD01000417.1  419 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..419
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ataagcggga tagatgaggg tcttgttcag gtcgcggtag acgttatcca tataagtggc
       61 ggtggcgttc agcccgaggc cttggagcgg gccgcgggtg aatttgtagc tggttgcgaa
      121 gtagaacgtg ttcatgggga tgccggccag gcgcatgccg tcctgcattt tgattccctt
      181 gtccatgaat ccgtcgtcga tcaggcgttc ggggctgaag ctgaacttac ggatgcgggc
      241 gtcggtgtag ccgtagcctg ccagtagcga aaggccgtcc gtcggcgtgt aagccacttc
      301 cacctcgagc cccttggagt ctgatccggc cacctgaccg actacactct tcgtctttcc
      361 gtcggtagga tcgacgtagc ggctgttgag cgtcttgttc tcgttttcgc ggcggatgt
//
LOCUS       SEQF3106|MIQD01000418.1  418 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..418
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             21..218
                     /locus_tag="SEQF3106_02202"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPIVTCLMSIFLCVIEFLSIREKAEEKTIKDMDRLLRVLADVVG
                     RDRLREILATRLDNTINDRPS"
ORIGIN      
        1 acctgcagcc catcgtcggc gtgccgatcg tgacctgcct aatgagcatc ttcctttgcg
       61 tcattgagtt cctctccatc cgcgagaaag ccgaggagaa aacgatcaaa gacatggatc
      121 gcctgctgcg cgtgctggcc gacgtggtag gccgtgaccg cctgcgagag atccttgcca
      181 cccgcctcga caatacaatc aatgatcgcc cctcgtaggg gcaccccttg tgggtgccct
      241 tacaacccag gcgcccttac aaccctggcg cccacaaggg gcgcccctac gagcgccctc
      301 ccatcattaa taattaatca ttaacaatta acacccaacc ccactatggc cgacatcaca
      361 cccatgggcg ccttcattcg gcgctttgaa ggcggctacg ccaacgaccc cgacgatc
//
LOCUS       SEQF3106|MIQD01000419.1  413 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..413
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             19..309
                     /locus_tag="SEQF3106_02203"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPGCGDDSDRPMQFIYPQDGFARITLPRQLDGTPGVVTFELAHS
                     DPDATVFWHIDAQYIASTRDFHKLSLHLDPGLHTLAVVDDRGHTLGAIVRVE"
ORIGIN      
        1 cgccccctgc cgcccttcat gcccggctgc ggcgacgact ccgaccggcc catgcagttc
       61 atctaccccc aagacggctt cgcccgcatc accctgcctc gccaattaga tggtaccccc
      121 ggtgtcgtca ccttcgagct cgcccacagc gaccccgacg cgaccgtctt ttggcacatc
      181 gatgcgcaat acatcgcctc cacccgcgac ttccacaagc tctccctcca cctcgacccc
      241 ggcctacaca ccctcgccgt tgtggacgat cgtgggcaca cgcttggcgc catagtgagg
      301 gtggaatgat gagggagtgg gcgccgcccg ggaggattcc cctaatcata taatcgcacg
      361 aagatggttt gcgaatgatc gagggcatac ccggtgcgcc ccgagggggc aga
//
LOCUS       SEQF3106|MIQD01000420.1  408 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..408
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cggaattatt tcgctgatca ttgtgcaggt tttcgtccat gttggagtaa atctcgagat
       61 cctcccaaat acaggactta ctttaccatt cattagtcat ggtgggactg cactgatgat
      121 caatctgata gaacttacct tactctacaa gatcctcaga gggaaataat tgccatttta
      181 tgtcgttgtt gatagctatg caccttactt ttgaccagca tcatttactc tgtgttgaga
      241 atccgaatat ccctcagctc aaggagtatc gtttttcgct ctccggctac caaatttcaa
      301 gctatgataa ggggattctt gtctatcaca agaggcaacg aaagctaatg aacctcaaga
      361 atttaggaga agggatgcag gtttgctatc tccaagatca gccgcttc
//
LOCUS       SEQF3106|MIQD01000421.1  408 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..408
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cacgaagcaa gtgcagcgcg gcaaggagct gttcatgcag ctcgggtgcg ccaactgcca
       61 ccgcccgcag tggaagacgg gcagcgacga caacatctat gcgccggatc ctgtctacaa
      121 aaacggtcag aagcgcaccc tgccgcgcta cccgaaccag acgatctacc cctacactga
      181 cttcatccag catcgcatgt gcatggtgaa cgacatcttc aactcctggt gccgcacggc
      241 gccgctgtgg ggccgcggcc tgatgcgcgt caacaccggc ggcgaggatc gcctgcacga
      301 ctgccgcgcc cgcaacacca tcgaggccat catgtggcac gcctacagca agcagagtga
      361 cgcctataag acggtcgaga agttctatca cctcaagaag gaagaccg
//
LOCUS       SEQF3106|MIQD01000422.1  408 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..408
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tataccgcgg cgtcttgagg atgtactcta agatgtgctt cacgttccga tcgatgatgt
       61 ccatcgacag gcgtccgttc agcacagcgg tgcggatttc gctgcgctgt gccgctttac
      121 ctggcatcag cagatcgttg ccagcctcca tctgccacgt agcgtgctgt ccgccgtacc
      181 agtccgtcat caccatccct ttgaatcccc attcacgccg cagaatctcg gtgatgaggt
      241 cgcagcgttc actactcatc gttccgttaa tcttgttata cgccgtcatg atcgtccacg
      301 gctgcgattc tttcacggcg atttcgaagg gcttcaggta gatctcgcgg aatgtccgtg
      361 gcgatccgat cacattgttg cttgtgcgat tcgtctcctg attgttca
//
LOCUS       SEQF3106|MIQD01000423.1  408 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..408
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccgcattcac gatgaatgtg gagactttgc agatcctgcg gaacgtgctg caagatttgg
       61 gggtgcgact accgatggct gcttatatcg ataacattct ccgtgaacat ctccggacgc
      121 atcgggatct gctgaacaat gccgcggcta gacaaagacg taaaacgacc gtttcactat
      181 gaacgtcatg accactttcc ttctgaacct actcctcctc ttgggcgtgg tgtggatgct
      241 gctcgggatc ggctacttcg gttatcaggt atggcgatcc cgaggccaaa aacaggatcc
      301 gtccgacacc tccggaaacg cttccggaga ggatgcacaa gaagtcacac tacacgattt
      361 agtcggcaaa agcaggccgt ttgtttcccc gcctatcccg gaagttcc
//
LOCUS       SEQF3106|MIQD01000424.1  408 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..408
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggaacttccg ggataggcgg ggaaacaaac ggcctgcttt tgccgactaa atcgtttagt
       61 gtgacttctt gtgcatcctc tccggaagcc tttccggagg tgtcggacgg ttcctgcttt
      121 tgtccttggg atcgccatac ctgataaccg aagtagctga tcccgagcag catccacacg
      181 atgcccaaga ggaggagtag gttcagaagg aaggtggtca tgacgttcac agtgaaacag
      241 tcgttttacg tctttgtata gccgcggcat tgttcagcag atcccgatgc gttctgagat
      301 gttcgcggag aatattatcg atataagcag ccatcggtag tcgcaccccc aagtcttgca
      361 gcacgttccg caggatctgc aaagtctcca cattcatcgt gaatgcgg
//
LOCUS       SEQF3106|MIQD01000425.1  406 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..406
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 acgtcggccc ctcgcacacc gacgccggcg tgatcaccct cgccgaaacg ggcgtcgggc
       61 tgagcgaagt ggcggtcacg gccgcggtgc cagccgtctt gcagaaggct gaccgaatga
      121 ttgtccgccc tgaagtctac atgctgaccg cgggcaagaa cgcgaccgac gtactccgac
      181 agttgccggg cgtcatcgtc gatgccaacg gcggaatctc catcgtcggt aagccggcca
      241 tcgtttacat caatggtaag ccggccgacc tgaccggaac gaccgtcgag caactcctca
      301 agaccatgca ggccgaacgc atcgagcgcg tggagctcat caccaatccg tcggcgcgct
      361 acgaagccgc ccactccgga gccatcatcg acatccgcct gcgccg
//
LOCUS       SEQF3106|MIQD01000426.1  405 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..405
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgggcagttt gatggaggtc ttgtcatata cgaatgccca gccggagagg tcgatttcat
       61 ggtcggtggt gttatgcagc tccacatact ccgtagcggg taacttcttc agtccccgtg
      121 ggtcggccat cacctcattg ataacgatgt cgccaggggt gaaggccttg ggtgcatcgg
      181 gtttgtcggg ttcgtcaggt ttcccctccg agttctcctc gcccggtgtg ccaccgcgcg
      241 aatcggaaca gaggtgccac ttgtcgcctt cgcctctttc tatcgatacg ccggatttcg
      301 ccttcgggta agtgtagcta tggatcaccg tacccgccgg atcctttagc gcaagcggct
      361 tacccgcgtt gaccatattc gccgggaagc gcttcaatcc gactt
//
LOCUS       SEQF3106|MIQD01000427.1  405 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..405
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aagtcggatt gaagcgcttc ccggcgaata tggtcaacgc gggtaagccg cttgcgctaa
       61 aggatccggc gggtacggtg atctacgcat acacctatcc taaagcgaaa gccggtgtat
      121 cgatagaaag aggcgagggc gataaatggc acctctgctc tgacccgcgt ggcggcacac
      181 cgggcgagga gaactcggac ggcacagtag acgaacccga gaagcccgat gcgcccaaga
      241 ccttcacccc cggcgatgtg gtgatcaatg aggtgatggc cgacccgcgg ggcttgaagc
      301 agctgccggc cacggagtac gtggagctgc ataacaccac cgaccatgag atcgacctct
      361 ccggctgggc attcgtatat gacaagacct ccatcaaact gcccg
//
LOCUS       SEQF3106|MIQD01000428.1  403 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..403
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcccacaagg ggcgccccta ctactgctga ctacccttta actaccctct attatgaacc
       61 tctttcaccg cttacacagg acgttgggcc gcgtgctcag tgtcctgttc gtcttatggt
      121 tcctctcggg attcgtaatg atctatcaca acttcccgcg catcaccgag agcgaacgct
      181 accacggact cgccgcttgc gacacctccg cctgcgccac ggccgacagc ctgctgcgcc
      241 tcttgcctgc gggacgcctc tccgccctcg cccttacgac cgacggccgc ggcggtgtgc
      301 gcttgaccta cacctcagac ggccaaacgc gcaccatcgg cgcacacacc acggccgagg
      361 gacgcgtcgc ctacgacgag atcctccgct acgccacccg act
//
LOCUS       SEQF3106|MIQD01000429.1  402 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..402
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggcctgggat cacatccccc tcaccgaaga gatgaagcaa ctggccgaac gtgctgatgc
       61 cgtctgcttc ggcacactgg cccaacgctc cgaagagtcg cgcatcacca tccagaggct
      121 cctctcgcat gtgcccgagg aggccctgcg cgtctacgac atcaacctcc gccagcacta
      181 ctacacccgc gagctgatcg tggcctcgct gcgccattgc aacgtcttca agattaacga
      241 cgaggagtta gagctgctcc gcggcatctt cgacttggag agcgacacga tgcacgactt
      301 ctgccgccgc ttcgtgaagc tctacaacct gcgttacctc atcctcaccg ccggcgccaa
      361 ctacagcgcc gtcttcacca tcgatgagga gtcgttcatc ga
//
LOCUS       SEQF3106|MIQD01000430.1  401 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..401
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggccttgcca gccgtcgggg atgtcgttgc tgggggcgta ggttgtccgg gcgtcgttgc
       61 tgaagctgtc ggctattttg gagtcgtggg ccagcaggag gttgacgccg cgtgccttgg
      121 ctttttcgag gagcgagagg gcgaggtcga gcttgtcgtc ttcgcagatg gagttaccga
      181 tccggccgcc gagggctttc atgaaggtgt aggtcatgcc gccgcagatg atgaggttat
      241 cgactttgcc gagtaggttt tcgatgatct cgatcttcga cgagactttg gagccgccca
      301 tgatggcggt gaaggggcgg ttgatgtcgt tgaggacttt ttcgacggcg cgcacttcct
      361 tctccatgag gtagccgaac attttgtggt cggcgtcgaa g
//
LOCUS       SEQF3106|MIQD01000431.1  401 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..401
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 atccgtaatg cggcatgggc gataggcgtc ctgctcctgg ccgggttttg tttggtcggc
       61 tgtgatcgcc gtttggacgt gcgaacggtt tacccgttcc aagtcaccac gatgcccatc
      121 ccgaaaaccc tcgcgccggg cgaagaagtc gagatccgct gcacgctcgt gcccgaacgc
      181 atcgtgaagg gcacgcgcta caccctgcgc tatttccagt acgacggcag tggggcgctg
      241 cgcatcggtc gacatggtaa acccctcatg ccgaacgatc gctacgccat cgcaccgggg
      301 catttcaccc tctattacca ttcactctct gccgagcgac agtcgctcga agtcgtgatc
      361 gaggacaacc acggccagag tcaaacgctc gccttcgact t
//
LOCUS       SEQF3106|MIQD01000432.1  399 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..399
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ctatgcgatt ctcgtagatt tgtttcagtt cgttgttcag gtattctgct ttgaataccc
       61 tataacgtcc cttgtgcttc gctttttcaa cacggaatgt ttctattttc tggacgatac
      121 gttcaaaatc gtgccagtcg gtaagctgca ttccgaacat ttgaagctcg tcaaatttca
      181 atgttcccat tgttcttacc aagcgaagca tttccaaata tggttttacg cagaacttca
      241 cggccttgct tgatggcttg tgataaggtg atggcacttg gaatttaagc atctggcgga
      301 ggaaaacttc gtcctttcgt ttggaggtta tgagtttctt gccagctggg gttagttcta
      361 ttgtgggtaa aagttttaca aagcctaatg atttcggcg
//
LOCUS       SEQF3106|MIQD01000433.1  399 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..399
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 taagcaagaa tacaagatgg ttttattgga aatatcagga ctgacaatcg gggccagcgt
       61 ggcggtgttt ctcatcatcg tgctgctgct ggtcgcgctg ctgctggttg caaaagccaa
      121 gctgatgccc tcgggcaacg tgaagctgat cgtcaacaat gaaaaggaaa tcgatacccc
      181 gatgggcggc acactgctca atgccttgca gggcggcgac atcttcctct cctcagcctg
      241 cggcggcgct ggcaagtgtg gccaatgccg tgcacaggtg ttagagggcg gaggcgacat
      301 cctgcccatc gagaaggggt tcttcagccg taaacagatg aaagatcact ggcgcctgac
      361 gtgtcaaact aaggtgcgcg gagacatgtc cgtgcatgt
//
LOCUS       SEQF3106|MIQD01000434.1  398 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..398
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcatcatggt catcgccggc ctctacgtcg gcatctacac caccgttcaa gcgcgccgcc
       61 gccggcagaa acggttcatc ccctacaaga agcggtggta ttactggcat cacctcaccg
      121 ggctcgtctt cggcctcttc accctcacgt gggccttcag cggcatgatg tcgctccaga
      181 aggtgcccca atggctcatc cgcacccacg ccccggagct cgccaccgcc gcctccgacc
      241 gctcgctgcc cctcgcccct gccgattacc cgctcgacta ccggcagctg ctctcggctt
      301 ataacgggcg cgtgcagcag atcgcgtggt gcggcttcgg ccgtaggcct tattaccgcg
      361 tcgtagtcag tgacagcgcg ctgtgtgtcg acgccgcc
//
LOCUS       SEQF3106|MIQD01000435.1  397 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..397
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aacagccgaa gagtcgcctc gtccagaagc tggaatcggg cgacagagac atccgagacg
       61 agtacacctc gttctgccga taccgcggca aagaactgaa agcgctgcgt ttacgacgtc
      121 gcgtagagct tgcgctgctc tatgaaaagt gacggggagg gagttccgat ggagcctctc
      181 ccagtcattg ctattgtaac gtctcaaaac agcagtcggc aaacgaccca agccaatgca
      241 gcggcgatgc agatccatcg gatcaaaaag aacagtatcc gaagaaccat tcggagtgtt
      301 gcatgcacga gataaaagac ggcaaccagc gtcaagatgg ctgtcaattc ttccgaagtg
      361 cctatggctt tcaacgccac aacacagacg atgatcc
//
LOCUS       SEQF3106|MIQD01000436.1  396 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..396
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             166..387
                     /locus_tag="SEQF3106_02204"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIESTSHTSLVNFSVAASRIQTSGSAVYATEVSREEYLAYTTEE
                     TEKVEVMRLADHLGGDIEQAISRLARGDP"
ORIGIN      
        1 gcagggctct gaaagacggc cttttttacc ccgtgcgtta cgcagggctc cgaaaaacca
       61 tgtttttggc ccgccccata atcatcgatc attaattatc gcctcatcac tcattgttgc
      121 accccgggac atccaacaat tcaacaacaa tcatcatccg gcattttgat cgaaagcacc
      181 agccacacct cgttagtgaa tttcagcgtc gccgccagcc gcatccagac gagcggatcg
      241 gccgtttacg ccacggaggt ctcgcgtgag gaatatctcg cgtatacaac cgaggagacg
      301 gagaaggtcg aggtcatgcg cttagccgat cacctcggcg gagacatcga gcaggccatt
      361 agtcggttgg cgcgcggcga tccgtaagcc ggccga
//
LOCUS       SEQF3106|MIQD01000437.1  393 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..393
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgaggtgcga atagtagaga tgcagccgga tgccgtgtcg ggcgcaggcg tcggccagct
       61 cgcggatcac gtcgcggcgg aagggtgtgg cctcgatgat gttgaagtct gactggcggg
      121 tggcgaacat agagaagccg tcgtggtggc gcgtggtgac gcagatgtac ttcgccccgg
      181 cgtcggccac ggccttcacc catcggtcag catcgaaggc ggcggggtag aagccgccgg
      241 ccagatgtgc gtactcgtcg cggtccacat tgcggttgtg catcatccat tcgccgtcgc
      301 cggccatggt gtagagcccc cagtggatga agatgccgaa gcggtcgttg cggaaggctt
      361 cgcgcgcccg gaggttctct ttcgtcggcg tgt
//
LOCUS       SEQF3106|MIQD01000438.1  393 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..393
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggacttccga cagggctgta tttcgtgcgt gtgatcaaag acggacagac ctataccgag
       61 aagttgatca agaattagca tcgaaaggat cgctgtataa aagcagcgtg taagtgaact
      121 gttatcgggc aggccaaagg gatgaaaatc cctcgggtct gcccgatttt cgtatagacg
      181 aacagcaacg ccccctccac ttccctttca tcgccccccc tcagttttgg ggcagctccg
      241 atgcgagcat cccatttcgg gggggcacgg gtgttttctt cggtcgattc atggggttag
      301 tttttcgtat gggattaggt ggcgactttg gagccgaacc gccgcggagt gaaggctccg
      361 gaggcaaggc gttttgtagc acaaaacggt ttt
//
LOCUS       SEQF3106|MIQD01000439.1  393 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..393
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aatctccgcc acttggcgga aagctccgcg cgccagtttt taatctccgc cacttggcgg
       61 taagccccgc gcgtcagttt ttaatctccg ccacttggcg gaaagctccg cgcgccagtt
      121 tttaatctcc gccactttga tgcggttacc ttgtggagag agtgctgatg gagcagcctc
      181 cacacaagcc aaacgatttt ttgcggtaat gtgaggagga ggtatcggga tataaaaacg
      241 gccgcagcgc gatgccacgg ccgaatgaaa cagggaaacg ccaaaagcgc gtaggctacg
      301 ggagcacctt cacaccatct gcttcgagca gctcagggcg atgacgcccg tcagctcggt
      361 gtagagctgg tcgtactccg gactgccgtc gaa
//
LOCUS       SEQF3106|MIQD01000440.1  390 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..390
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ttcatctatt acttcatcat ctcgctggct atcggcgtag ggagcggcat caccgtcgtc
       61 gtctcgcagc gcttcggcgc ccgcgatcat gaggcggtgc agcgtgcctt ctcgtcgttt
      121 ctgctcttcg cgttggtggc tggcgctgtg ctctctgtgg tcggcgtcgt cggggccgac
      181 ggattctttc ggttgacaca aacgccgccc gaggtgatgc cctacgcgtt gcggtacttc
      241 cgtgtctatg ccgccggcac actcttcttc atccttttct atagcgccct ctccatcctg
      301 cgcggcatcg gcgactcggt gcggcccatg cgtttcgtgc tggctacggc cgtgctcaac
      361 atcgtgttcg atctgctttt catcctcgtg
//
LOCUS       SEQF3106|MIQD01000441.1  389 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..389
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 acgaggggca ccgttaagtt cctctcgttt cctttcctct cacaccaccg tacgtgccgt
       61 tcggcatacg gcggtttaac ttgttttcag agcgcgccta atctcatagt agtccaaaca
      121 gctaaccaaa cctttgcgtg tgagagccaa tttcgatatc gctcttgcca cacaggtgcg
      181 ccttgcaacc cattcatagt agtcgccaca gtaggatgta agacgggcca agtcgctctt
      241 cacgccaagc tgccgaagtc cccattcgcg tttgcgggga gtcttccatt gcttccatat
      301 cacctttcga agcatcgtcc tcagatgggc gtctatcttc tccattttca ctttcatcgc
      361 ggctatggaa aagtaattta tccacccac
//
LOCUS       SEQF3106|MIQD01000442.1  382 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..382
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(109..381)
                     /locus_tag="SEQF3106_02205"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLQEVFFEAGEWEHPFYLAKVSMTSLDEKAGLERRKAVRYLIE
                     ADDLAAALERLQEEFKVTVSDWELVSLSKFPIVEVVTEKSKEGGAV"
ORIGIN      
        1 tcagtagcgg ttaacccgct ccaagaggat atgtaaggcg ccccaaaagt attcacgatc
       61 cgtttatctg caattgccat tgaaaaaatc ccgctcccta agttgaactt agaccgctcc
      121 tccctccttg ctcttttccg ttaccacttc cacgatgggg aacttggaga gcgaaacgag
      181 ctcccagtcc gagaccgtga ccttgaactc ttcctgcaat cgctccaagg cggcggcgag
      241 gtcgtcggct tcgatgaggt agcggacagc ttttcgacgc tcaaggccgg ccttttcgtc
      301 gagggaggtc atggagacct tcgccaaata gaaagggtgt tcccattcgc cggcctcgaa
      361 aaagacctcc tgaaggcgca ta
//
LOCUS       SEQF3106|MIQD01000443.1  381 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..381
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 agaagtattg tatatgggct ctggcagcaa ccttcgggtt gctgtcagcc ctcaacttga
       61 gttcgctgca tgctgctaat ataaaatggc atcccggcct tcttcctcag gcaggtgtgc
      121 caaagattga ggctgtctct gtaggtaagc atcaacttac ttcacaaggc tttgctatac
      181 gcggttatgt attgcttgga tggtcgaatc gagggaagcc ggtagtgaag acccaagccg
      241 cgcaaaatca tgtacgacct ttatatcgac tgggagactc tcttgatgtg caagctgata
      301 tgacgttgat tgctgtatgg gctattgatg caaataacga cggaatccct gattaccaag
      361 ctggagatag gaaattgaca a
//
LOCUS       SEQF3106|MIQD01000444.1  381 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..381
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 agaagtattg tatatgggct ctggcagcaa ccttcgggtt gctgtcagcc ctcaatttgg
       61 gttcgctgca tgctgctgat gtaaaatggc atcctggggt ctttcctcag gcaggtgcat
      121 caaaggttga aactgtttct gtaggtaaat accagcttac ttcccaaggc tatgctgtac
      181 acggttatgt attgcttgga tggtcgaccc gaggaaagcc ggtggtgaag acccaagccg
      241 cgcaaaatcg ggtgcgacct ttatatcgag tgggagactc ccttgatgtg caagctgata
      301 tgacgttgat tgctgtatgg gctatcgatg caaataacga cggaatccct gattaccaag
      361 ctggagatag gaaattgaca a
//
LOCUS       SEQF3106|MIQD01000445.1  381 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..381
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccatcccttc aaattcttca gcagaaaatc tggctaaacg gagaattgat atgggataat
       61 aatagggata gcggcaaaac acccatctac gagatcaccc gctaagcgct gcgtacctat
      121 tatataggat ataagacgag cgaggcgtcg cgaaccctgc ggaatgcagg cgcggcgcct
      181 cgctcttttt aatgatcaat gaatcccccc tacgatgggg gcgggtacct gttgggcgta
      241 tgcgatacgc ccctacgatt attcgcaacc cggggtttcg ccccgggcta tcgtccagcg
      301 gccctacagg ccgccttggg gtactaaccc atccgggctg taggcccggt ggatgatagc
      361 ccggggcgaa accccgggta a
//
LOCUS       SEQF3106|MIQD01000446.1  380 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..380
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(58..363)
                     /locus_tag="SEQF3106_02206"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKLPVFFLGNELSFKVGSRLSSSQIRLQATNYKQKELKTDSIE
                     RSLPKTKLKFRLTNKYSKPKMLINRPNKALIMFRKVQTLLLSKLDLDFLEQRVNLKR"
ORIGIN      
        1 caatgactcc attcatcgta ttgaggagtg ctgttttctg tgtcaaaaaa ttcttcttta
       61 acgcttcaaa ttgactctct gctccagaaa gtccaagtca agcttgctta atagcagtgt
      121 ctgaactttt ctgaacatga tcaaagcttt gttgggcctg tttataagca ttttcggctt
      181 gctgtatttg ttggttaatc gaaatttcag tttggttttt ggtaaggatc gctctatcga
      241 gtcagttttt agctctttct gcttgtaatt tgtagcttgc aatcgtatct gagagctgga
      301 caatcggctg cccaccttga acgagagctc attccctaga aagaatacgg gcaactttcc
      361 cattagcctg agcagttacc
//
LOCUS       SEQF3106|MIQD01000447.1  377 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..377
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtaagaatga ggttccttac gtccacacca tgtctttgtt agagtactcg ggcggacaaa
       61 atgttttcgg aaatgcttgc gggaatcccg caacgaacaa aaactgcttt ttggcgctcg
      121 cgggatttcc gcaacgagga aaaagtgctt tttgggcttt gcgggattcc cgcaacgagg
      181 aaaaagtgct ttttgggctt tgcgggattc ccgcaacaag gaaaaactgc tttttggcgc
      241 ttgcgggagt cccgcaacga gggaaaactg ctttttggtg cttgcgggag tcccgcaagc
      301 atttccaaaa acgttttgac cattgcggac tttcgtagac ataccgctga ctttattctt
      361 acatcgaact cacgtta
//
LOCUS       SEQF3106|MIQD01000448.1  375 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..375
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gaaacgaacg agcagcaggc cgtcatgcgc gcctttggtc gcatcctgcg cgatgtgaaa
       61 tgcaattcca tcaatcgccg ggtggcccgc agcgtgtttg gatataagga gagcgccgaa
      121 ctgtggtacc cggtggagac cgagaccacc tccacgcgct acggcttccc cacgcgcttc
      181 aagctccgct gcgccgtctt ctcgcccgca gcaggcgata cgctgtaccc ctacttcgat
      241 gaaacgggcg acatggcggc tttctcccgc agcttcgccc gcaaggatga tacgggcaat
      301 cagacggact atttcgagac ctacacggcc gatgcgcatt acctctggcg gagctcgtcc
      361 ggcggatggg agctc
//
LOCUS       SEQF3106|MIQD01000449.1  372 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..372
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(31..300)
                     /locus_tag="SEQF3106_02207"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPDLIEKAELPEGISVLADKGYCSKKNSHCLTSHGLIDGIMHK
                     ASRGKKLTDTERSLNKIISKTRSLIERTFGSIRLWFSGGDVATEV"
ORIGIN      
        1 cttcaaggat attctgggtg tgcgttcgct ctaaacctcg gtagcgacat cgccccctga
       61 gaaccacaag cgaatgcttc caaaggttcg ctcgatcaag ctgcgcgttt tgctaatgat
      121 cttgttcagt gatcgctcgg tatcagtcag cttcttccct ctacttgcct tgtgcataat
      181 cccgtcgatt aacccgtggc ttgtcaagca gtgcgagttc ttcttgctac aatacccctt
      241 gtcggcgagc acgctgatcc cttcgggcag ttccgccttc tcgatcagat cgggtagcat
      301 aaccgtatcg gagcaattgg cgggcgtagt gatgagtgct tccaccaacc cttgattgtc
      361 ggtcagtaca tg
//
LOCUS       SEQF3106|MIQD01000450.1  371 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..371
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             88..252
                     /locus_tag="SEQF3106_02208"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKMEIGRGLLALLVCVQALATPNAYAWARRRLAVSPARQFLISV
                     TWRKAPRVSF"
ORIGIN      
        1 tttgttcata accctgacat gaagagcatc tgtccgcgac ggatcgatgc ttttgtcttt
       61 ttatccaccc cgaaaacatc tgaccttatg aaaatggaaa tcggacgcgg cctgctcgcg
      121 ctccttgttt gtgtccaagc gctcgccacg cccaacgcgt atgcttgggc gcgccggcga
      181 ttggcggtaa gccccgcgcg tcagtttttg atctccgtca cttggcggaa agctccgcgc
      241 gtcagttttt gatctccgtc acttggcgga aagctccgcg cgtcagtttt tgatctccgt
      301 cacttggcgg aaagctccgc gcgtcagttt ttgatctccg tcacttggcg gaaagctccg
      361 cgcgtcagtt t
//
LOCUS       SEQF3106|MIQD01000451.1  371 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..371
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ttggaaaagg ccgtggccga cggcacccgg ttcgaattcc ctatctattg gggcgattca
       61 atttcttcat aatctatgct cctaataatg attattcacg ccctcaaaga tgcttcttga
      121 gccacaaacg ctgcgaagtg ggggtaagaa cgttttattt ttgtccatct caaacgaaga
      181 atatataacg atggataagc acgaattgaa gattgttttt atgggcacac ccgactttgc
      241 tgtggcgagc ctgcgcgccc ttgtggaggg cggataccgc gtggtgggcg ttgtcaccat
      301 gcctgataaa cccatgggcc gacatggcag tgtgctgcag ccctcgcccg tgaagcgata
      361 tgccgaagcg c
//
LOCUS       SEQF3106|MIQD01000452.1  370 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..370
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 taggtcagtt cggagagctt taagtcggtg cggctgtact tgcttttcag gaaggccgtg
       61 aaatgctttt tgcacagatt atacttctgc aatgtcgcgg aagaaaccga cacgccgact
      121 tgcttcttga catcggcgat gtgcctatcg aaaagctcca tgatcgaacc gatgtcttct
      181 ttctttccga ggaactccat tttgatgcgc tccaaggata gactttcgtt gaactccatc
      241 ctccgaaaga tgtttagcaa tccgttttgg atgttatcca attcgagatt gaggctgagc
      301 acttccgtgc ttctgccttt cacacgctcc ttcttgctgt cccattgaga acgaaggatg
      361 gcaataccgg
//
LOCUS       SEQF3106|MIQD01000453.1  365 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..365
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtgtgaggct gaaggggtcg ttcgggaggc ggccacggga gcccgtgccg tcggaggtgg
       61 ccaggacaaa cgactggcag ccgtagggca ggcgcatcaa tacggtggct tcgtcggggt
      121 tgggcaggtt ctcgatttct ccttgcttca gggtgacggt cttggttgtg gcttcaatcc
      181 atgtggcgcc actgtctaag ctgtaatagg cgccggcggt gtatttcttg aagttgctta
      241 agtctctgag tttgtctatg gatcccggat atgaaccgga tttcggatca tagcctacgc
      301 ggttctccgg ttggagcagt tcgccagtca tgctcagttc aaacttgccc tcgaacattg
      361 gccct
//
LOCUS       SEQF3106|MIQD01000454.1  360 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..360
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tcaggagcgc gtcctgctcg gttgtttcca cgtcgccgtc gccctcaagt attcggtcaa
       61 cagtttcggt caacagttcg gcgccgatgg ccattaatcg gtcgtgcacg gtgcccgcgt
      121 cgtccgcctc gttgatgggc aggcggcgtt gcaagatgat gcgccccgtg tcgatcgcat
      181 ggcggaggaa gaaggtggtg acgcccgtct ccttttcacc attgatcacg gcccagttga
      241 tcggtgccgc gccgcgatag cggggtagga gggaggcgtg caggttgaac gtacccaagc
      301 gcggcatttc ccagaccacc tgagggagca tgcggaaggc gacgacgatt tgcaggtcgg
//
LOCUS       SEQF3106|MIQD01000455.1  360 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..360
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgcgtacgtt cgcccacacc ggcgaagacg gagaagccgt ggtgcctgcg ggcgatgttg
       61 ttgatgagct ctttgatgag caccgtcttg ccgacgcccg cgccgccgaa gaggccgatc
      121 ttgccgccct tgaggtaggg ctcgagcagg tcgatgactt tgatgccggt gaagagcacc
      181 tcttgcgagg tggagaggtc ttcaaacttc ggcggctcgc ggtggatggg cagggcgccg
      241 gtggcatcga gtggcggcag gtcgtcgatg gcctcgccga tcacgttcag cacgcgccct
      301 ttggtttgct cgcccacggg cacgcggatg ggcgtatagt ctgacacggc ctccatgccg
//
LOCUS       SEQF3106|MIQD01000456.1  360 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..360
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gaaaatctgc aagatcatgg acaaagccat gaagatgggc gcaccctgca tcggcatcaa
       61 cgactcaggc ggcgcacgca tccaagaagg cgttaacgcc ctggcaggct actcagaaat
      121 cttccagcgc aacatcctcg cctcaggcgt catcccgcag atctccggca tcttcggtcc
      181 ctgcgccggc ggcgccgtct actcccccgc cctgaccgac ttcaccctca tgaccgaagg
      241 cacctcttat atgttcctca ccggcccgaa ggtggtcaag accgtcaccg gagaagacgt
      301 cacccaggag aacctcggcg gagccagcgt acactccacc aagtccggcg taacccactt
//
LOCUS       SEQF3106|MIQD01000457.1  360 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..360
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggcttcctcg gcaacgtgta cgtgacggac ggcgccgtgg tggccgagac ggcagggccg
       61 atgcagggcg atgaagcgtc agtcattgtc atggtatgtt ttgatctcga tctcttcgac
      121 ccagccgctc agcgcagcgg cacgttcgag gagatgaagg agcgcgccct cgagggtagc
      181 gactacggca cgggcgaagg cgaggtgccc cagtggctcg tcatcgtcgg cctcgtggcc
      241 atcgccctcg tgctgctcct tctgataatc tacgtcgtac tggagtacac cggcgtcacc
      301 tcctcgcgac ccgtctacgg gcgttgccgc gtccgcacat ggagccgcga catccccctc
//
LOCUS       SEQF3106|MIQD01000458.1  358 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..358
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             161..307
                     /locus_tag="SEQF3106_02209"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMSVPRSSFVVSVISYSGVPSQLHRTAVAPSWYERVTISTRFDT
                     MNEE"
ORIGIN      
        1 gacgatgttg tcctcgtcgg tatcgacgta tttgccgtct ttccactcct gcttcttgcc
       61 gaaggcgatg gggatgggca ggtagcggca gtatttctcg agcagggagg tgatcttgtc
      121 tttttcgagg aattccttgt tgtcgtcgtc gatatagagg atgatgtccg tgccgcggtc
      181 gtccttcgtt gtctcggtca tttcgtattc cggcgtgccc tcgcagctcc accgcacggc
      241 cgtggcgccc tcttggtacg agcgggtgac gatctccacc cgtttcgaca ccatgaacga
      301 ggagtagaag ccgagcccga agtggccgat gatggcggcg gcgttgtcct tgtatttc
//
LOCUS       SEQF3106|MIQD01000459.1  358 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..358
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccatcccttc aaattcttca gcagaaaatc tggctaaacg gagaattgat atggggtgcg
       61 ggggggtagg ggcgtatcgc atacgccctc caaacgtcgc cagtggcgac gaacgatcca
      121 actggcggcc gggtacgcgc tggggcgtat gcgatacgcc cctacagatg cccgcgccca
      181 tcggggggga ttcattgatc atggatccgg gcacgttggg atggggcggt tcttcgccca
      241 gggtttcgcc ccgcccaggg tttcgccctg ggctatcgtc cagcggccct acagaccgcc
      301 ttggggtact acccatccgg gctgtaggcc cggtggatga tagcccgggg cgaaaccc
//
LOCUS       SEQF3106|MIQD01000460.1  357 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..357
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tgcccctgtg tgccaatatg gcaggcatcg caaagggcat cgccggcctc ggcgcgctct
       61 tctacatcgc cctacgcatc tggtcatcgc tcgcccgcgc cgagccaatc gacgtcttcc
      121 cgctgctccg ccccttcgtc ctcgggttct gcatcatgtt cttcccgtcg gtcgtcttgg
      181 gcacggtcaa cgccgtactc tcgcccgtcg tgcaaggcac cgagaagctc gttcacgtgc
      241 agcaaaacga cctgcaatcg ctccgcgacc agcgcgacaa actcgaggaa gaggcttacc
      301 ggcgcgacaa gtcgcgagct tacttagtcg acgatgcggc gtgggacgag aaggtgc
//
LOCUS       SEQF3106|MIQD01000461.1  356 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..356
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccaagatccg cggctacaag cccgggcgct tctcgttcaa cgtcgccggc ggacgctgcg
       61 aaacatgcaa gggcaatggc tataaaacga tcgaaatgaa cttcctgccc gacgtctacg
      121 tcccctgcga agactgccac ggacggcgct acaaccgcga gacactcgag gtgcgctacc
      181 gcggcaagtc catcgccgac gtcctcgaca tgacgatcaa catggccgtc gagttcttcg
      241 aaaacatccc cgccatcctc tccaagatca aagtcctgca agacgtcggc ctcggctaca
      301 tcaagctcgg ccaaccctcc accaccctct tcggcggcga gggcttcggg cgtgcc
//
LOCUS       SEQF3106|MIQD01000462.1  355 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..355
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 agcaagcgcc cccgccatcc ccgacgctgg gtgtcaacac tacgcaagaa gtcgtcgatg
       61 ctatgacgct cgatgagaaa ctcgacctcc taattggcac aggtggcaac gtagcaacga
      121 atgcaacagc aactatcggc agctcgtctg agcttgtccc gggggcagca gggcagctga
      181 atcccattcc gcgattaggc attccggcta ctgtattggc cgatgggccg gcgggattac
      241 gcatcaaacc gacccgagat ggcatggaca agacattcta ttgtacccac ttcccgatcg
      301 ggacggtgat gagctcgaca tggaacaccg ccttagtgca ctccgtcggc gaggc
//
LOCUS       SEQF3106|MIQD01000463.1  355 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..355
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgacagcgtc tacttggtga aagacggcgt gctgaatttc cgcgtcttca agcgaaacag
       61 tttggagatg gagcagtttc ggctgatgct gcggcagaag ggggtcttct cgatgtttga
      121 tgtggatgat gtacgcttcg agaccaacgg cgcggtgacc gtctctgagg ctggggcggc
      181 tgagtcttat ttattggtca acaatggagc catcttagac agctcattag cgcattgcaa
      241 ccagacgcgt gaatgggtga tgcgcgtcat ccgggcatat ggttacgaga agccatcgga
      301 gctctttcgc ctcgagtgga cacccaacaa gggcttctac ctcgtggctc gcaac
//
LOCUS       SEQF3106|MIQD01000464.1  355 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..355
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggagccgaaa aacattgatt attggctccc acagaaaaaa ggagccgaaa aacattgatt
       61 attggccccc acagaaaaaa ggaaacattt gactggatca aatggctgcc acggaaaaaa
      121 gggagcattt gactggatca aatggctccc agcgaaaaaa ggaggcgatt gattggatca
      181 aatggctccc agcgaaaaaa ggagccaatt gactggatca aacggccgcc acgggaaaaa
      241 gggagcattt gattggatca ttttgttgac cacatccatt ctcggccggt ctccacagcg
      301 gggaggtggg gccagcagcc acgttgatat ttcaaactgt ttgtgcccta ctaca
//
LOCUS       SEQF3106|MIQD01000465.1  353 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..353
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             107..235
                     /locus_tag="SEQF3106_02210"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIGKTIFSVCDTTRGGFMRITRSFFVVKRRMKGGWMMGTRAI"
ORIGIN      
        1 agccaaacgg cgggtgacgc cactttcctt cagcaggttg ccgaagaaga gcataccgag
       61 caacggcagt cccgagggca caagaaaagc cgtcagcagc aggccaatga tcgggaagac
      121 gatcttctcc gtctgcgaca ctacgcgggg cggcttcatg cggatcacgc gctccttctt
      181 cgtggtgaag aggcgcatga aggggggctg gatgatgggc acaagagcca tataggagta
      241 agccgatacg gcgatggcgc ccatcaggtt gggagcgagc ttcgacgaga ggaagatggc
      301 cgttgggccg tctgctccgc cgatgatgcc gatagcgcca gcctgacttg ggt
//
LOCUS       SEQF3106|MIQD01000466.1  352 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..352
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcgatggaat aactcaactt gttgccgatg gtatgaaccg aaacgacgcg cccaaaccgc
       61 accacaccga cgcccacagc cacgatgcgc agcccgatga caatcatcag ctccgtcagg
      121 caggcgcgaa cgacagactc gtaacgcgtg cagaagaccc accccacggc ggcgaagaac
      181 acccagtcgg ccacggaatc gagacgcgca ccgagggccg tgcggcaacc gaagcgacgc
      241 gcgataaggc catccgcggc gtcggtgaag cccgagagga gcatcagcgt ggcgagcacc
      301 gcgggactgt cggccgtggc cacaaggacg ggcgagagcg cgatgcgcag cc
//
LOCUS       SEQF3106|MIQD01000467.1  352 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..352
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtgtgagcct tcggccaagg ggaatacctg ttcgggcgta tcaaaagcgg caaggacgat
       61 gatccgccct tgccgcttgt caaccggcct cagaaggacg gtttcggagc cgctgtcggc
      121 ggctcgctgt gttaaatagg tgacagggat gtcttgcttg cattgcgggc atttgaagga
      181 agcgatgccc cgggggatct tcgtttcgtc gactctcagg ccagtttggc aatgcgggca
      241 cttgacggga atcatgagaa gacggagatg tcagcggcgt catccatgtc ggaggcgatg
      301 tcgatgatgt cgtccggggt ggagaactcg gcgtcgtccg agagggtgat aa
//
LOCUS       SEQF3106|MIQD01000468.1  351 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..351
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             72..326
                     /gene="atpC"
                     /locus_tag="SEQF3106_02211"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8DLG7"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP synthase epsilon chain"
                     /translation="MAAPVLRLKVISPAATVYEGDVLRAVFPGGAGRFEVLPRHAPLL
                     ASLVKGRIVYITPDGEAHEVAISSGFVEVKDNVITACVDL"
ORIGIN      
        1 ttcctcaacg tcggcacgat agacgacgcc cgcgctaagg ccgagcgtat ccaatcgcag
       61 acgggtaagt gatggcagcg ccggtgttac gactgaaagt gatctccccc gcggcgaccg
      121 tctacgaagg cgatgtgctg cgggcggtgt tccccggcgg cgcgggccgg tttgaggtgc
      181 tgccccgcca tgcgcccctt ctggcgtcgt tagtcaaggg gcggatcgtc tacatcacgc
      241 ccgatggcga ggcgcacgag gtagcgatca gcagcgggtt cgtggaggtg aaagacaatg
      301 tgatcacggc ctgcgtggat ttgtgagatg tgatgtgtat ataatacgta t
//
LOCUS       SEQF3106|MIQD01000469.1  348 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..348
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cggcgccgcc gtttgggcca gcgagtgaga atgcatgcaa acggcgccgc cgtttgggcc
       61 agcgggtgag aatgcatgta aacggcgccg ccgtttgggc cagcgggtga gaatgcatgc
      121 aaacggcgcc gccgtttggg ccagcgagtg agaatgcatg taaacggcgc cgccgtttgg
      181 gccagcgagt gagaatgcgt gtaaacggcg ccgccgtttg ggccagcgag tgagaatgca
      241 tgcaaacggc gccgccgttt gggccagcga gtgagaatgc atgtaaacgg cgccgccgtt
      301 tgggccagcg agtgagaatg cgtgtaaacg gcgccgccgt ttgggcca
//
LOCUS       SEQF3106|MIQD01000470.1  347 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..347
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aaaggcaaag gcggcaaaag caaaatcaaa aacaagaaga agtaaacaca catagagata
       61 gagagagtcc cccccctccc tccaataatt acacagcgat atgggaaaat atagaagata
      121 taagaaccgg atggagatgt tcctctcgtc cgaaaatggc aaacggacgc tgaacttcgt
      181 ctacagctgg ggcgcatcca tcgtcatcat cggcgcattg ttcaagattc tgcaccaccc
      241 gcttggcagc ctcatcctgt ccgtagccat ggtcacggag gcgctcgtct ttttcgtctc
      301 agcctttgag cggccatcca acgaatacca ttgggaagag ggcttcc
//
LOCUS       SEQF3106|MIQD01000471.1  347 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..347
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             22..204
                     /locus_tag="SEQF3106_02212"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSRHGKPFDATLQVNAEKRGIEFIFKDSLSNKERLKSSAKEAP
                     AVRQIENKPQKRGIGR"
ORIGIN      
        1 cgccccgtgc gggtggaggg catgctttcg cgtcacggca aaccgttcga cgccacgcta
       61 caggtaaacg ctgaaaagcg aggcattgaa ttcattttca aggactccct atcgaacaaa
      121 gagcgcctga aatcgtctgc caaagaggct ccagccgttc ggcagatcga aaacaaacca
      181 cagaaacggg ggatcggcag gtaggcgccc gttttggggg ctaatcaagc gtatcgcagg
      241 ccatgtgcga agccatttga gtccccaatc ttaactcgca aggttgcgag ttagtaaaat
      301 catatggaat agcaactcgt aaggttgtga gttagtaaaa tcatatg
//
LOCUS       SEQF3106|MIQD01000472.1  346 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..346
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gacgctgtcg tgggcgtgga agcaggggat gaaggcgaca cgcgaggtgg gcaacaggcg
       61 gcgcagggca tcggtgtcgg tggtggagac agccgcgacg aggtcggccg cggcggcgtg
      121 tggcaggtag cgacggaagc gccaggcctc aaggcggtag aagagtcggc ggaggggatg
      181 gcgctcggcc tggccgatgg cgcggtaata atcgtgctcg atgttgcacg agcggaagac
      241 tttgacgcgc cccgccaggc gtgggtcgtc gatgcagaag cacgtgtgga ggccctcgaa
      301 gaggatcggc gcgtcgtcct gcaagaggcg ttgcacgagt cgttcg
//
LOCUS       SEQF3106|MIQD01000473.1  345 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..345
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 acgttcgcgc tgaaccgccg attcggtcgc tatggtctga tgaaacgcgc cgccgcccgc
       61 atgcacccac actatctcct gaatcgccgc tccgtccgcc accttcttca ttgcctgaaa
      121 agatcatgag aaacacaagc aaggtcacca ccttagaatc taagttcccg ctactggctg
      181 tcgagcaagg gtgtatcgtc tcgaaggacg ccgatatcac cgtcgccttc cgtgtcgagc
      241 tgcccgaact cttcaccgtc acctcggccg agtacgaggc gatgcacgcg gcgtggcaca
      301 aggccgtcaa ggtgctgccc gacttcacca tcgtgcacaa acagg
//
LOCUS       SEQF3106|MIQD01000474.1  342 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..342
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 accttccgtc gacgcagcaa tggccaccat gcctttgtgc ccgacgatgg cggcgagccc
       61 atcactgtgg aagagcgcaa cgcccaccac gccctcgatg gcgatcatgt ccgtgtgcag
      121 ctcttcaagc gccgccgcgg cgaacccgag gctgaggtga cggagatcgt ggagcgggcg
      181 ccacaccgct atatcgggcg cttgcaggtg gcgaagcatt acgccttcct cgtaacggaa
      241 gaccgtacgc tctcgaacga catcttcatc cccacagctc acctgaacgg tggacgcaca
      301 ggcgacaaag ccgtcgtgcg catcacggag tggcgaacgt ct
//
LOCUS       SEQF3106|MIQD01000475.1  342 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..342
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgaaggtgtg ccgggcggtg tgtgtggtga tgggcaaaga cagtccggcc cttagtgaga
       61 ttgctttcag gcaagacaaa taggtggcat aattcatata agggagcagt gtctccctgg
      121 catcgttgtg tagctgttcc agcaaccgaa gggcttcagg caagagcttc acgcgacaga
      181 ggacgcctgt cttctgcctg ttgaacttca accaaagagc gccctcatcg tcgcggatga
      241 gatgctcacg gttcagcgcc atcagatcgc aataagctgc gccgatgtaa caggcgaaaa
      301 gaaacacatc gcgggaggtt tccatatcct cgtccaaacc gt
//
LOCUS       SEQF3106|MIQD01000476.1  341 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..341
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 agccgcggaa gcgaaaggcc ttgggataca cgccttgcag ttcgtcgcac atgtcatgaa
       61 aggggcaggg cttgccgtcg cgcagcgttg tgtggttgtt gctgaggcgg atctcccagc
      121 cgacgatgag cggattccac cgcgccgact gccatgcggc ttcgcactgg gcggccttca
      181 gctcggtgcg tgccaggcgg agggcgtttt tgtaggccga gcgatagacg ccctgcccgg
      241 ggtgataggc tcgggcggct tggctgagct ccagctgacc cgtctcgggg ttgcgcacgc
      301 ggcgaaagag gcggccgggc tcttgcaggt attcacgtag c
//
LOCUS       SEQF3106|MIQD01000477.1  341 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..341
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcgggcgtcc cagtgattca gaacgaaaag ctgatccaac ccgagacttt caccgcaaat
       61 atttcattca ctcgctacct caaagccgag aattatacct tcctgtcggc cgtatatgaa
      121 cggcaaaatc cgccttacgg gaaggcggac gtgccgctga gtgacgcgct gctgctggcc
      181 ggatacatgc acccgctgcg catcggtcga cgcggtaagt cactcacgcc gaacgatcgc
      241 tacgccatcg cgccggggca tttcagcctc tattaccact cactctctgc cgagcgacag
      301 tcgctcgaag tcgtgatcga agacaatcat ggccagagtc a
//
LOCUS       SEQF3106|MIQD01000478.1  340 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..340
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             51..164
                     /gene="csdA"
                     /locus_tag="SEQF3106_02213"
                     /EC_number="2.8.1.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46925"
                     /codon_start=1
                     /transl_table=11
                     /product="Cysteine desulfurase CsdA"
                     /translation="MHLLGVEGTARASFALYNTKAEVDALAEGIERARKMF"
ORIGIN      
        1 accgcctcgg catcgccatc cgcacggggc atcactgcgc cgaaccgctc atgcatctgc
       61 tcggcgtgga gggcacggcg cgggcctcgt ttgccttata taatacgaag gcggaggtcg
      121 acgcgctggc tgagggcatc gaacgggcgc ggaagatgtt ttaatcgata gttattcacc
      181 ctttaattac tcattaaacc tctatgattc tttcaacgac accctcttta gaggggaaaa
      241 agattacgca ctactacggc gtcgtcagtg gcgaggccat catcggcgcc aacgtgtttc
      301 gcgacttctt tgccagcatc accgactttg tcggcggtcg
//
LOCUS       SEQF3106|MIQD01000479.1  340 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..340
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccgacgccga tgtgatgggc gagccaggca tcgcgctggc ttctgacatg ttcatcggtt
       61 tcagcacctg gcgctggtgg aagatgcaca cactgaccgg cacacaaccc gtctatcgct
      121 acaactactg ccacccgcgc cccgaccttt tgctgaagga caaagtggcc ggcctggctg
      181 gcggcgtgca agacaagaag gacgatgcac ccgccacgcc caagctcaag ggcgccatcc
      241 actctgccga catcgagtac gctatgggca acctgcccac caaccgcctc tacgactggc
      301 agccggagga ttatgtcgtc tccgaccaat tcatccacta
//
LOCUS       SEQF3106|MIQD01000480.1  340 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..340
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gaagtccggc gtcgccttcc tacacctccc cagccgcgag ctacactgcg aggcactcgc
       61 cttccccgac cttatcgaca gcctcgatgc catccacaag gccactacag acctctcgga
      121 gcccctcacc gtcgttgtag aggccggctg gctcaatagg tcaaactggc acacgaaagc
      181 ccgtgagaac gcccgcacag ccgccgcaaa aggtcgtgat gccggccgca accatgaggt
      241 cggccgtaag attgtagaga tggcacgcca catgggcatc gacgtcgtag agcaacgccc
      301 gcttcagaaa tgctggcagg gcgccggccg caagatcacc
//
LOCUS       SEQF3106|MIQD01000481.1  339 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..339
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gagttgacga gcgtgtcgga cgcttcgttc agcgattggg tcacggtatt gaaacgttcc
       61 aagttggccg acacgccgga gatctgctct atgtacgtct tcgtggcatc cgtcaggtcg
      121 gccatgtggg agatctgctc tgcggcatcg ccgagctttt tgatgctttc gctgaggctg
      181 cgcgtgtcct cctctgagac gttcaagccc attgctgcca taccgatctc ggcgctgtgt
      241 gtagcggcgg cgcggacatt gcccgtgagg ggcaggtcgc ttccctgcaa accttgcaag
      301 ttctgcaagc cagacaagtc gccgaccacg atggggccg
//
LOCUS       SEQF3106|MIQD01000482.1  337 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..337
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 agtggggtaa cgtcgagcag caccacgtcc tttacgtcgc ccgagaggac accgccctgg
       61 atggccgcgc cgatggctac gacttcgtcc gggtttacgc ccttcgacgg ggctttgccg
      121 aagaacttct caaccagctg ttgcacggcc gggatacgtg tggaaccgcc cacgaggatc
      181 acctcgttga tgtctgacgt cgacatgccg gcatcagcca gggcgcgctt acacggctca
      241 aggcaggcgt tgatcagcga gtcggccagc tgctcaaact tggcgcgggt cagggtgcgc
      301 actaagtgtt tgggtatgcc gtccactggc atgatgt
//
LOCUS       SEQF3106|MIQD01000483.1  337 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..337
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgaacgggca agccgtcgcc cccgtgctgc aactcgatgt caatagctac gagaaggccg
       61 acccggcgct cgaacagcgg tatggattct tggagagcct gttcacgttt taagggggga
      121 ggaaccaaac catgatgaaa tggatagccc tgccgacggc tgcactgctg ctctgctccg
      181 gtgcagcctc ggcccagagc cactacacag ccgcacagca aaaagactgg atgcagaagg
      241 ccgaggcttg caaacccgcc ctgaagacga cggtgcatca cccggtccaa gaggtcgaga
      301 ttgtgccaga caaggccgcc tttcaaggct acaaagc
//
LOCUS       SEQF3106|MIQD01000484.1  335 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..335
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cggcgccaag gtggtggcca cgggttatgc cgactgcggt ttcgacgtcg acatggggcc
       61 gctcttccag acgccggccg aggctgcgcg tgaggccgtc gaaaacgacg tgcatgtgct
      121 gggcgtatcc tcgttggcgg ctggtcacaa gacgcttgtg ccgcaggtga tcgaggagct
      181 gaagaagctc ggccgcccgg acatcctcgt gatcgctggc ggtgtgatcc ccgcgcagga
      241 ttacgatttc ctctacaagg ccggcgtggc cgctatctac ggcccgggta cttccgtggc
      301 caaggctgcc tgccagatct tggagatcct cttgg
//
LOCUS       SEQF3106|MIQD01000485.1  335 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..335
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtagctgtcc gtggtgggga ggtaggtgtt agccgatccg atgttgtcca agatcgattc
       61 gttgaagaag tcgctggcgt tcaccgtgcg cagctgataa taggtgcggt cgctgccgac
      121 accgaggatg gccgcgatgc catgctggcc gaaggtgcgg ttgtaatcga ggcggaagtt
      181 gagggaggtc tgcgtcatgg tgttgtcttc ttcgctgagg ctggctttca gctccatggc
      241 gggcacgagc gcttgggcgt aagaggggac gaagtagcga tcgcgctgcg aggaggtgga
      301 gatgttgact tcggcgtgtg ccttcagccc ttcga
//
LOCUS       SEQF3106|MIQD01000486.1  334 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..334
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 acgcccccat ggataggctc cacccctcgc cgaggggcga ggccattgag aggtcgaagg
       61 tctgcttgtt gtagatgttc gtcgtgtaat tcacatgccc ctcaaagcga tcgccgcctg
      121 tgcgggtgtt tgagagcacg gtgtagttca cggcgccgtt ggtgatggcg ctctcaccga
      181 gcgacatgag gcccatgctg ccgtgttgtg ctgtgcccgt ccagtagagg tagggcaggc
      241 agggccagat gctgtaggat acgggcaggc cgtcttcgta gatcgtggcc gagaggctgg
      301 ccggcagacc gatggagatc tgccgcggct ggtt
//
LOCUS       SEQF3106|MIQD01000487.1  333 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..333
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgggtaacac cgacttactc gagaaagcga agctggagaa gaagatcgtc actttagaat
       61 cggagcgaaa gggcttcctt aaagaacgcg acacggcggc agccaagctc gaggagatca
      121 agggcgctat cgccttccat tcggacaaga tccgggaagc ccgggtggat cgagcacatt
      181 tcaagagcca gctacagcgt gacgccgacg gtgtgccggt caataagctg tcggtaaaag
      241 gagtgccaga cggtgcggac gttaaggctg tggctgcgcg attacaggag attgcggaga
      301 aagcgcgcac cgaaggcgag tacaacaaga tcg
//
LOCUS       SEQF3106|MIQD01000488.1  332 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..332
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 agatcgacgc gtcaggcttg aactcgatgg ttgtcccggt gcgatcgctg tcacccgtta
       61 tccgaatatc tgccagcggc ttgccgcagg agaactcctg cacgtagact ttaccgttgc
      121 ggtgcacctc ggctttcaaa tgggtggaca gcgcgttgac gcacgagact ccgacgccgt
      181 gtagtccacc ggacactttg tatgtaccct tgtcgaactt gccaccggca tggagcacag
      241 tcagcacgac ctccagcgcc gaccggcctt ccttctcgtg gtaatcgacg gggatgcctc
      301 gcccatcatc tgtcacgctg atcgaattgt ct
//
LOCUS       SEQF3106|MIQD01000489.1  331 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..331
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gagcgaagaa tgaaagtcag aaaaagcaga ccaaggagga cttgaaagca ctctatcgtt
       61 tgagagatga gatcaatact ctcgcagata ctccgagcga tgcaaacact cttcttgact
      121 ctacaaaact cctaaatcaa ggatatgaga aaacaatcgc cttttctaga gcaatgcaag
      181 ttctaatgga gaatacgata ccttcagaag ggactttttg agatgctgag aggaataggc
      241 agcttcagct ctttcaaaac taccaagttt gaccagggat gcagcaagca agatctgctt
      301 ttcttgctta ttctaatcag gtggagggac a
//
LOCUS       SEQF3106|MIQD01000490.1  331 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..331
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(190..318)
                     /locus_tag="SEQF3106_02214"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVGEMPLQSNFLFSSTIINALMASVLNSGTSTLSSAKSPPLT"
ORIGIN      
        1 gcgcctcgtc ttctgccttt atgcggacga cgctgggctc ttcggcaagc gggggttctt
       61 ctaccactac ttcgaaccgt tcatcaaata tcccgagatc ttccgctctg agctgatgcg
      121 cttcttccgt gtgctcgaca ccccgcatga tcgccgtgac ccctacgcgc ccggattctc
      181 caagctgccc tacgtcaacg gtgggctctt tgccgacgac agcgtggagg tgcccgagtt
      241 cagcaccgat gccatcaatg cgttgatgat ggttgacgag aagaggaagt tcgactggag
      301 cggcatctcg cccaccatct tcggtgccgt g
//
LOCUS       SEQF3106|MIQD01000491.1  329 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..329
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tcgtagtact tcttgcggta ggtggcgacg tgctccaggg cttcgtcggg ggtgcggacg
       61 gggagggcga aggagaggaa gcggctgcgc ttctcggtgt agtagccttc ggagtggtca
      121 cgcacggtgc ggtaggtgtc gtccattgtg ggttagtcgg ggatgtgggt ctcttgttcg
      181 tcgcggaagg cgcggaagtc tttcatgatc tcttcgatct cttcgatgaa gcgtgggtcg
      241 gtgactttgt cgcggacggc ttcgtagtag cgctcgatgg cgggtagggc gcagaggtct
      301 ttgccgcgga ggaggaagta gggttcgtc
//
LOCUS       SEQF3106|MIQD01000492.1  328 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..328
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cctcaaggat gcctcggcca cggccatcta cggatcgcgt ggcgccaacg gtgtggtgat
       61 cgtcaagacg cgtaacggca agaagaacga aaagctgacc atcgatgcgg gctatacact
      121 ggccatcggt aacccgatta aggaatacaa gccgctcaac acagccgagt tcaagcagct
      181 gcaagaggag atcattcagg agacactgcg gaacgtccgc gagaatggcg gtggactgat
      241 ggacgcggtg acttacagcg cgattggcat gtttgggaac ctcgatgcga cgctcgaccc
      301 ggcgacgtat ttatataagc tcaacgcc
//
LOCUS       SEQF3106|MIQD01000493.1  328 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..328
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 agcctgcggc gtttgcaggc gcagcaactg tgtggagggc acggggcgct tgaagccgct
       61 gacgtacctc acttcctctt ctcctattta taagcactac ttcgatcgca ccgtgggcgg
      121 caagaccacc cgcacctaca tctcgctcga ctccctcgag ctgagcggtc cgctgaagtt
      181 cgccaaccgg gcatacatgt atcacaacca attggaggcc aacgggcgtt tcacctttgg
      241 caacggcatg aagtatgaat acctcgccgg ctattccttt gtcggttata tgcgcaactc
      301 cttcagctcc acccgcgcgc cccgcaac
//
LOCUS       SEQF3106|MIQD01000494.1  326 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..326
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 catcgccggc cccggcggac acctcagcaa ccgcgaggct gccgactttc tcgcggccca
       61 tcgcgcaccc gacctgcgca gcgtctggct ctgtcatctc agccgagaga acaaccgccc
      121 cgaactggcc tacgaggcgg tcagccgacg cctcatcgct gacggcgtcc gcattggtcg
      181 gggcgacggc tgcctccgat tagaggtgct tcaacgcaac gccccctccg acctcttcga
      241 gttagattga agatggggtc ggagggggcg ttgctattag ttacgagtta cgggttacga
      301 gtacccggca cttgtaactg gtagct
//
LOCUS       SEQF3106|MIQD01000495.1  325 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..325
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             55..225
                     /locus_tag="SEQF3106_02215"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTCTISRNLHCFTMSASVIPVGPWKSYSFSIAVNSSLLRDLKYN
                     QSGSPRDVMSWY"
ORIGIN      
        1 tggagcttca acttcaacgg atcgtacgac ttcgaagccc ggaagatctc ctacatgacg
       61 tgcaccatct cgcgcaacct gcactgcttc accatgtcgg ccagcgtgat ccccgtcggg
      121 ccgtggaagt cgtactcctt ctccatcgcc gtcaactcct ccctgctccg cgacctgaag
      181 tacaaccaga gcggcagccc gcgcgacgtg atgagttggt attaacccac ggaaacttcc
      241 ggggggagcg cagtaaaaaa accaaggcac agggcgtaag aagaagagcg cttctatatt
      301 tgcgcccgca gaaagaggaa tccgg
//
LOCUS       SEQF3106|MIQD01000496.1  324 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..324
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tgaacgattt actcgtgcgt ttaggtacgt cgccgttaga gcacgcatgt aaattggccg
       61 atgtactttc tcgcccacag gtcaaattct cagacgccgt gaatggcata tttgagttca
      121 gggaaatgat cgacggtatt tctgcgaatt atcgggagga ggttttggag gctgtggaga
      181 tcgatgtgaa gtatggcggc tacatcaaac gtgagcgaca ggtggctgat aagatttcac
      241 ggttggagga tatacggatt aaggatcgct tcgattacgg ttcgattcag tcgctcacca
      301 tcgaggcgcg gcagaagttg agcc
//
LOCUS       SEQF3106|MIQD01000497.1  323 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..323
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gggagaggta tcggtttctg ccttttttct caaaagatac tgagaagctc caaaaagaga
       61 gctctcaaat gttttgaata aactgcacga ttagcaagga agcccaaggg gtgatcatcc
      121 gttgacttac aaagcactgg gaagctccgc agtccgatga agaaatcctc agcttcctct
      181 tcgcactaat ccgaatgtat gggcatttgg agcacaaaga ttgacaggtt ttctcagcca
      241 aagcacatat tccgctcttt tctatccgaa acaacttaga acagctcttt gctgagtgtt
      301 tttcccgttt acagagcttg gga
//
LOCUS       SEQF3106|MIQD01000498.1  321 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..321
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cacggcggcc taccatgtgc tctccgaggc gcgccccctc ctgggcaact acagcgaacg
       61 acgcttcctc tcggccctca tcctgcggtt tgtctaccaa ggcatcgtgc aggtgaaggg
      121 cgagcggcat agcacgttgc gcatgctctc cttcgaaggt ccaccccccg cccccggcca
      181 gttcgagggc atcgtagacc gtgagctata ccacatcctg cgccaagcct cgggcagcaa
      241 cctgctctta gaggccaacg aactgaagca ctggggcgaa tcggaagaga acggacgcgt
      301 gatgcaccga tggatcaaca a
//
LOCUS       SEQF3106|MIQD01000499.1  321 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..321
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgagttggtt gcggcgcagg gcggctgcgg tgtagtcata ccactcgtat ttgtagttca
       61 tctgccgtgg gtcgaggctg cgttcgccgg tgacggggtg tgtgtagtag acgctttcta
      121 tggcgcgtcg ttcgtcttcg ttggcgcgtt tccaggggat ggggcgtgtc cagtcgaggt
      181 gtggtgtgac ggggtcgccg tatttgtctt cggtgatcat aaagagttcg ttgcccccgt
      241 aggcggggtc ggccaggcgg gttcggatga tggagtcgcg cacccagtag acgaattggc
      301 gatactgggc attggtgatt t
//
LOCUS       SEQF3106|MIQD01000500.1  321 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..321
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 acctcgatgc atacgccgtc aagccgcagt ttttcgtcat caacttcgac gatccccgcc
       61 gatcgcaccg ttgcaatccg atccatccta actttatgac agacatctcc gacgcttatg
      121 aagcggccta caccatctta ctcaatttga acaaaagttg ggtgcaaaag caaggcgatt
      181 tcttcgtcga atcgccgatt atcctcctgg cggccatcat ctggttcctc agaatttacg
      241 aggatggccg ctattgcacc ttcccacatg cggtcgaatt tctgaaccgc ccctacgcgc
      301 agattttccc aatcctgacg g
//
LOCUS       SEQF3106|MIQD01000501.1  320 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..320
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcggcatcga tagccatacg cactccggct tcgcgctcgg catgggcgaa gaaggatgcg
       61 ttggggaaat tcagctcggc ggagatctgc tgcaccgtct gcggcgaggt caggagcatg
      121 cgtttgatgt ggcggatgac gaactcgtcg atccactccg cggccgtctt ctgtgaaact
      181 accttgatga ggctggccaa atatttcggc gagaggcaga gtttccgggc atagaactcc
      241 acccggcgct cgcgcatgta gttgtcagaa aggaggcgga tgaagcggtg gaagacgcgg
      301 tctcggtgtg tgttggggcg
//
LOCUS       SEQF3106|MIQD01000502.1  320 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..320
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 acgtggggca gggtcgtact gaggggctat ggtttcggga gtttcccgtg aacagtcatt
       61 tcaatcgcaa gatacgcgag ctgctcgtca aggctggttg ctcgccgcac accgaggcca
      121 gttcgcacac cgcgcgtcac actttcgcaa ccaccatttg cttagaaaac ggcctgccca
      181 tcgagacggt gagtcggatg ttggggcatc gttttatctc caccacggag ttatatgcca
      241 aggtgagcaa gcaaaagatt gcccaagaga tgcgtccgct gatgggcagc gagcagacgc
      301 agaggctacg ccgtgccttg
//
LOCUS       SEQF3106|MIQD01000503.1  320 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..320
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 caaggcacgg cgtagcctct gcgtctgctc gctgcccatc agcggacgca tctctcgggc
       61 gatcttctgc ttactcacct tggcgtatag ctcggtagta gagatgaagc ggtgccccaa
      121 catccggctc accgtctcga tgggcaggcc gttttccaag cagatggtgg tggcgaaggt
      181 gtggcgcgcg gtgtgcgaac tgacgtcggc gtgcggcggg caaccggcct tgacgagcag
      241 ctcgcggatc ttgtgattga agtggctgtt cacgggaaac tcccgaaacc atagcccctc
      301 agtacgaccc tgccccacgt
//
LOCUS       SEQF3106|MIQD01000504.1  319 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..319
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aacgaaaaaa ggaggattta gacgcgttgc agagtgagaa cgcaccgtaa ttcaggattt
       61 aggcgtgttg cagagtgaga acacaccgta attcaagatt taggcgcgtt gcagagtgga
      121 aatgcaccgt aattcaggat ttagacgcgt tgcggagtgg aaatgcaccg taattcagga
      181 tttaggcgcg ttgcggagtg agaatgtgcc gtaattcagc cgataatcac tgattctcac
      241 ctaagccttc tgaaacgcgg gagggttcaa agacattcgt gcaggagcgc tggtcaatga
      301 ttcctgatcg gcggcctcc
//
LOCUS       SEQF3106|MIQD01000505.1  317 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..317
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gctcatcggc cttggacacg gtgatgaagc aactggcggt ggcactgccg acggtgaagt
       61 ggagcgtggc ggtgcccggg gcaaggcctt tgacggtggc cgcgtgtccg ttgccagcga
      121 cggaggcggt gccctgattg tccatgcgcc attgcggcct gccctgattg tagttatcgg
      181 gctccacgct ggcctctact gaggcctctt cgcccacctt gagggtgatc cggacggggc
      241 tcagcgagac gcttttgggc cagatgtcgg cggactccac ggtgatgacg cagctggcat
      301 tggcattggc gatgacg
//
LOCUS       SEQF3106|MIQD01000506.1  315 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..315
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             16..291
                     /locus_tag="SEQF3106_02216"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRDLVKVNLRYHGPDVVEHGKTRYRTHRFSIDIHDDAFTQTRS
                     AAELWVGADDNFVPIKIRAKLKIGYAEVYFRSASRLKAPLTCRTEVK"
ORIGIN      
        1 ccggctgtca ttgccgtggg gcgcgacttg gtgaaggtga acttgcgtta ccacggcccc
       61 gacgtcgtgg agcacggcaa gacccgctat cgcacccacc gcttctcgat cgacattcac
      121 gacgacgcct tcacacagac gcgctctgcc gcggagctgt gggtgggtgc tgacgacaac
      181 ttcgtgccga tcaagatccg agcaaagcta aagatcggtt acgcagaagt ctacttccgc
      241 agcgcctccc gcctgaaggc accgctcacc tgccggacag aggtgaagta ggggtgcact
      301 cccgcgcatt cccac
//
LOCUS       SEQF3106|MIQD01000507.1  315 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..315
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     misc_RNA        complement(104..174)
                     /locus_tag="SEQF3106_02217"
                     /product="group-II-D1D4-1"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 cgtcctatct ctccaggggc agtctacggc ttcggccatg gttttctaca ttcgtccttc
       61 catacggtaa cgttctatta ctgtcgcttg attattaggt tcagtccttc atgcgacctt
      121 atcgattacc aattactatg acctctgctg acttctcacg gcaagcttta ctccgctgtg
      181 gtgaatccaa tgagttcttt ttcatcatgc gtccatgaga cctctccggg taagagcact
      241 gtctttccat cctagacctg cttcatttac accgaccgtt ccgaattgct attgggttcc
      301 ctggtttgtg ccgca
//
LOCUS       SEQF3106|MIQD01000508.1  315 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..315
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gaccgcatgc gtggcgtcgc cgcctttatc aactcctccc gcggatccgt cgtcgacagc
       61 gccgccctac gcgacgccgc gcagcgcggc aaactcgcgg ccttcgtcct tgatacgtgg
      121 gaaggcgaac ccgacatcga cggcacgctc ctccgcgacg cgctccttgc cacgccccac
      181 atcgccggct attcggccga cggcaaagcc aatggtacgg ccgtctgcgt gcgcacgtgc
      241 agccaaatgt ttggcatcga tgccctcgcg gactggttcc cgcccacgct ccccgcgccg
      301 cccatgccga cggac
//
LOCUS       SEQF3106|MIQD01000509.1  315 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..315
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 actttctccc cgaatgtatt ttgtgatgac atgcagaaca tactgctaat gttttacgat
       61 tacgagaaat cattttgatt tcccaatcac ttttaccttt caagtctttg aggttacgta
      121 catggtgcat ttcaagatga tcagttgctc cgcagttttc acatactcgt gcatttaatc
      181 ttgtgatcaa cccatttctg ccacccgtta tagcgactgt gttaggtagt ctgtcattca
      241 aatagcggtt cggtagttcc ccttgcgttt gaaacctttg tcgtaaaact cacgcttgac
      301 ctcatatccc ttttt
//
LOCUS       SEQF3106|MIQD01000510.1  314 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..314
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tctcaagtac ttcttcattt ggatagattc ccattacatt gagttggcaa actctttttg
       61 ctgtagcaat gctggcttct ggggttccaa caagatcttt aaagctacat gctttccctt
      121 cgttagctgc gcgtccaagt ttgtcaccta caggaagaat catctgtgca agttccattc
      181 ttgtcattgg attattgaag cgagctttat ctgcctgaga aatgatccct tgacgaacag
      241 cccaatcaag agcattttca agttctttat ccaagcttcc ccttgtcgta ttatttactg
      301 atgtagtctt gttt
//
LOCUS       SEQF3106|MIQD01000511.1  312 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..312
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tgcggcacct ttttgggcga gatcccgtgg gagtcgttag ccaaaaagaa gcgttgcccc
       61 gtgggagggt gcagagccaa atgggtgaac gaaaacatac aacagatcaa ttcacacgta
      121 taagattggt acataaacat ctgcgctttg tacgttatga agcgcacgga aaggtcgggg
      181 cagccattcg ccctactttc gccaccgatt tcaataataa agtatagaat aatggacgag
      241 caaacatttg tttcaattga cagcgagatg gccgacgtgg tcatgatcga catgaacgac
      301 gacgctgccc ac
//
LOCUS       SEQF3106|MIQD01000512.1  312 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..312
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcggcttatt tgcggggcat cccgcaaata acaaagattc ctgcggctta tttgcggggc
       61 atcccgcaaa taacaaagat tcctacggct tatttgcggg gcatcccgca aataacaaag
      121 attcccgcgg cttatttgcg gggcatcccg caaataacaa agattcctgc ggcttatttg
      181 cggggcatcc cgcaaataac aaagattcct acggcttatt tgcggggcat cccgcaaata
      241 acaaagattc ccgcggctta tttgcggggc atcccgcaaa taacaaagat tcctgcggct
      301 tatttgcggg gc
//
LOCUS       SEQF3106|MIQD01000513.1  311 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..311
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtcgttgaag taagctggca cggtgatgac ggcctctgtc acttcttgac ccagataatc
       61 ctcggccgtc ttcttcatct tttgcaggat catggccgag atctcctgcg gtgtgtagag
      121 ccgtccgtcg atgtcgacgc gcggcgtgtt gttgtcgcca cgtaccactt tgtaaggtac
      181 gcgggagatt tccttctgca cctggtcaaa cgtctcgccc atgaagcgct tgatcgagaa
      241 gatcgtcttc tgagggttgg tgatggcctg acgttttgcc gggtcgccca ctttacgttc
      301 gccgccctct a
//
LOCUS       SEQF3106|MIQD01000514.1  311 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..311
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gctgaatgct tctggcaagc gtgttgtaat tagcaatgtg ctgggtcaga cagtggctaa
       61 cacggtattg acttctgatc gtgctacggt atccgccccg aagggtgttg tacttgtagc
      121 tgttgaaggc gaaccggtag tgaaagcact tgtgaagtaa tattagaagt aatattattt
      181 gaagggctgc ctccttacga aaaggggggc agcccttctt cttttacttg gttgtttgga
      241 aatagatcag ttgttatagt tatacaaata caaattgcga accatccaat ctaaggctcc
      301 ttgccctgcg c
//
LOCUS       SEQF3106|MIQD01000515.1  311 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..311
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tgaagatcga gacgtagccc gagcgcgtga agtcgcccga tccgccgatg ccgttcatca
       61 tcttcgtgcc cagtacgtgc gtcgagttga cgttgccgaa gatgtcggcc tcaagcgctg
      121 tgttgatcgt gatgacaccg agtcggcgca ccacctcggg gttgttcgag atctcctgcg
      181 gacgcagcag cagcttgtct ttgtagaagt ccagacgaga gtagatctcg cggagcgcct
      241 cgtggctcac gctgagcgag cagccgctgg cgaacgtcac gcggccctgc ttcatgagct
      301 tgatgacggc g
//
LOCUS       SEQF3106|MIQD01000516.1  311 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..311
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(61..258)
                     /locus_tag="SEQF3106_02218"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFVFMILMGLEVDAKTCRDSRSKGIHVRAEEEQPAAAEDKEQVI
                     RQEQLYTEMQPAAPDYARTVE"
ORIGIN      
        1 gcattggcgg gctacgagga gcttaaccgc ggcaaatctg tgttgcccga tggcgcggag
       61 ctactcgacc gttcgcgcat agtcgggggc ggcgggctgc atctccgtgt agagctgttc
      121 ctgtcggatc acctgctctt tgtcttcggc ggccgcgggc tgttcctctt cggctcggac
      181 gtgtatccct ttcgacctac tatctcggca ggttttcgca tcaacctcta accccataag
      241 aatcatgaaa acgaacatcc gtaatgcggc atgggcgata ggcgtcctgc tcctggccgg
      301 gttttgtttg g
//
LOCUS       SEQF3106|MIQD01000517.1  310 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..310
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggtcaccgtg ccctgcgtct gcccggtggc aaacatggct ttgaaacgcg ccgggagcat
       61 gccggcggcc ttccctgcga cctgcaaggc gagtagcatg ttgcgggcgc gtgtgagttc
      121 actttggatg aagaggttgt aacgggtgaa gtcgcccttt cgacgcttca aaatcgagaa
      181 ggaacgcacc cgcaaacgcg ccgtcaccct acagcagctg cgtgccctgt ttgcttaccc
      241 gtgcgaaaca gcggccgaag aatgggcggt ggacatggcg cggctcatct tttatctgat
      301 cgggataaat
//
LOCUS       SEQF3106|MIQD01000518.1  310 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..310
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aggagggaaa caagatcaac ccgctgatcg gtaatgctgg cgtatcggct gtgcctgact
       61 cggcgcgtat ctctcagaat ctcgggttgg aatacgatcc gggcaactat ctgctcatgc
      121 atgcgatggg tccgaacgtg gccggtgtga ttgggtcggc tgtggcggct ggcgtcttgc
      181 tgggcttcct tggggcgagc taatccgagc ctgctcaccc cccctctttg ttagaacact
      241 gttaagtatt tcatattaag aattgatttt agagaagagg ccggccgttg cgaaacgccc
      301 ggctttattt
//
LOCUS       SEQF3106|MIQD01000519.1  308 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..308
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(181..276)
                     /locus_tag="SEQF3106_02219"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVFIIFCNFNVVFTGLLLLNTKNAASIRDTR"
ORIGIN      
        1 tggaattgaa tatcgcgata tagcaaacta tctgcttgag aaaatgagtc aacgccttga
       61 cgcttttctc aatcgatatg aaatggggtt caagaagtat gaacgcttga tgtctaaaga
      121 ggataccaat aaggatgagg ttgaacttct ggcacaagga gtacaaagga agcttacaag
      181 ttatcttgta tctctgattg atgcggcgtt cttcgtgttc aatagcaaca ggccggtaaa
      241 caccacattg aaattgcaga agataatgaa taccatcttt atctatgcaa aacggcattg
      301 tgatttca
//
LOCUS       SEQF3106|MIQD01000520.1  307 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..307
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cctccgccgc gagacgcgca tcgtctgcat ggtcaaggct tttggttacg gcgcaggctc
       61 gtatgaagtg gcgcgcaccc tgcaagagca ccgctgcgac tacctcgccg tcgccgtggc
      121 cgacgaaggc gaagcgctgc gtaaagaggg gatcaccatc ccgatcatgg tcatggatcc
      181 cgagtttagc agctttaaca ccctctttga ataccgcatg gagccggagg tctacagctt
      241 ccgcctgctc gacgcgctct atgccggccg agttgaggat gtggcgcagg atggtgtagc
      301 caaggcc
//
LOCUS       SEQF3106|MIQD01000521.1  307 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..307
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             61..303
                     /locus_tag="SEQF3106_02220"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNHVRLIFLLGCFTGLAFSDLKKLRIEDVYTLSDGRRYLSICR
                     TKTQNGSIVPCFPSPRRYSPTWGRVVLRGYGFGSFP"
ORIGIN      
        1 cgcaacgccc tcagcgccga agacctgcaa cggctcttgg cgtaccgccc gcatcgctcc
       61 gtggacaacc acgtccggct gatcttcctc ttgggctgct tcaccggcct ggcattctcc
      121 gacctcaaaa agctccgcat agaggatgtt tacacgctca gcgacgggcg tcgatacctc
      181 tccatttgtc gcaccaagac gcagaacggc agcatcgtgc cctgcttccc atcgccgagg
      241 agatactcgc ctacgtgggg cagggtcgta ctgaggggct atggtttcgg gagtttcccg
      301 tgaacag
//
LOCUS       SEQF3106|MIQD01000522.1  305 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..305
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     misc_RNA        complement(188..232)
                     /locus_tag="SEQF3106_02221"
                     /product="Acido-Lenti-1"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 agcttgcagc catcgtgcaa ggtagcttgc agccatcgtg caaggtagct tgcagacccc
       61 gtgcaaggca gcttgcagcc atcgtgcaag ggtgcccctt ctaatatcag gggatgaatt
      121 gccgcacgtc gaactcctgt tatagtcaag caggaatggt ttgcaaaaat tggacgtgta
      181 cccggtgcgg cctgaagggc cgctggatga tagcccaggg caacgccctg ggttcggacg
      241 gtgtaaaaaa aatcccgcat cctgcgcccc tcctcccgac ctaccctcag caggtcggga
      301 ggagg
//
LOCUS       SEQF3106|MIQD01000523.1  303 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..303
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 atgagacccc acccaaaggc cgcaacctga tccccttctt cgatagcgtc caaacgatgg
       61 gcggccgcct caatggcgac gccgatgtgg atacctacta cgggagtacg gctgagtata
      121 tcgacgccgg cgattggttt cgcggtgcca cgtctgccat acgccactac gaagacagca
      181 tggatgaata tccatccgtc ttcatacttt tccgtgttgg tgctttcggc tatgagcaca
      241 tcgggggtgc gtccacggcg caggcgcttc gtgacgcgga gctcatccgt ttcgaccacg
      301 tag
//
LOCUS       SEQF3106|MIQD01000524.1  303 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..303
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 catggaaatc ctccttgacg gcacacgccc gatgctggcc attgccggcg cgtgcatctt
       61 cttcgtcatc ctctcgatga tcttagacct catcagcggc ctgtacaagg cccggcagcg
      121 cggcgagctg cgcagctcat acggcctttc gcgcacggtg agcaagttca tcctctacag
      181 cggcagcgtg attatcgccc tcatgatcga cgtcatgatc cactactccc gcctcttcgt
      241 gctcatgcac ctgcagccca tcgtcggcgt gccgatcgtg acctgcctaa tgagcatctt
      301 cct
//
LOCUS       SEQF3106|MIQD01000525.1  302 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..302
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tggtggctcg acccggaggc ggccaagatc tgcgtccgca cgcccttcaa ggagcaggtg
       61 atcgtcgggt tagacgtctg cgagaagatg gtcttccgca aggatcgcta cgagcggatc
      121 acgggcctcg tccgcaacga ggcgatccaa ggcatgatga agcgcaactt cctgaacgta
      181 aaattcctcg aggagcctga ctacacgcat tacatctggg atgtcatcgc ggccgccatc
      241 atcgtagacc ctacgctgat ccgggaggaa gtcaagcgct acgtggacgt caactcgcag
      301 tt
//
LOCUS       SEQF3106|MIQD01000526.1  302 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..302
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tcaccccacc gcctcctcgc ccgacggcct cggcccctac ctcgtcatgc agcaagccat
       61 ccaagacgcc ggcctcaccc ccgacgacat cgattacatc aacgcccacg gcaccggcac
      121 acccaacaac gacctcaccg aaggcctcgc cgccatgcga ctctttgccg accgcgtccc
      181 ccccatcgcc tccatcaaag cctacaccgg acacaccacc agcgccgccg gaagcatcga
      241 agccatcatc tcactcttgg ccatcgaaca ccaattcctc cccatcaacc ttcgcttccg
      301 ga
//
LOCUS       SEQF3106|MIQD01000527.1  301 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..301
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtccgggaca ccggcgtaac gcggatcctt gtccgggttg cgggggtcgt cggctgtcat
       61 ggccacgggg gcgacatcgt agctgcgacg ccagatgtgt acctgctcgt cgccgtactt
      121 ggcagccgtc tcgctcttgt tcaggccctg gagtgtgccg taatgcttct cgttgaggcg
      181 ccacgtcttc tccaccggga tccagtcctc gttcatgcgg tcgagtacgc agttgagcgt
      241 cttgacggcg cgcttgaggt aagaggtgta ggccatgccg aaagcaaagc ctgcatcgcg
      301 g
//
LOCUS       SEQF3106|MIQD01000528.1  300 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..300
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             94..291
                     /locus_tag="SEQF3106_02222"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQRWPEFEQRYRIELDTAPTTDAFVDQLKDHKTITLLYASKDAV
                     HNHALILQDYLTQRLRPENNH"
ORIGIN      
        1 cgcggcatcc gcaaaggcgc cctcccctac gacctctggg ccaaagacat caccccgagc
       61 cccgcgctcc gccaatggtt ccacgaagac cccgtgcagc gctggcccga gttcgagcag
      121 cgctatcgca tagagcttga caccgccccc accacggatg cctttgtcga tcagttgaag
      181 gatcacaaaa ccatcaccct gctctacgca tccaaagacg ccgtacacaa ccacgccctc
      241 atcctccaag attacctcac gcagcgcctg cgcccagaaa acaatcatta agcgcgatgg
//
LOCUS       SEQF3106|MIQD01000529.1  300 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..300
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(11..265)
                     /locus_tag="SEQF3106_02223"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGNIEIMPESIALNAGDRCQFRLQAEPEGVPLPTLQWSVTEGTS
                     VVKILRAEGGSCWIDALKPGGATLTVTAGDLKAEASISVN"
ORIGIN      
        1 cgtagcccgg ttaattgaca ctaatcgatg cttcggcttt gaggtcgccc gcggtgacgg
       61 tcagtgtggc cccaccgggt ttaagggcat cgatccagca gctgccgccc tcggcacgta
      121 agatcttcac caccgaggtg ccttccgtga cgctccattg gagtgtgggc agcgggacgc
      181 cttcgggctc tgcctgtagg cggaactggc agcggtcgcc agcgttgagc gcaatgcttt
      241 ccggcatgat ttcgatgttt cccaagtcgt ccggttcgag ctctggttct ggttctggct
//
LOCUS       SEQF3106|MIQD01000530.1  300 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..300
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 catttactcg atggtgctct tcacttgggg cgacacctac ctgccgctgc ggaacgtcac
       61 ggccggcatg gagttcagcc agaccttcca cgagatcggc tttcgcgatg gcgacatcct
      121 gctgcgcgcc gatgaggaac cgcttgaacg cttggacgag cactgcctgc gtcaggtggt
      181 cggtgcgcgc gccgtcaccg tgctgcgcga cggccaggag gtggccatcc ccatccccgc
      241 cgacgccatg cagcgcctgc tgcgcaacag ggacggcttc gccaactacc gctacccgcc
//
LOCUS       SEQF3106|MIQD01000531.1  299 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..299
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             83..262
                     /locus_tag="SEQF3106_02224"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKMIVCGSSLPARLTASESCPMRSHSREVRRLISVPMLKTVTM
                     KTSSCSRPGTMALLR"
ORIGIN      
        1 ggcggtgatg atgggcagcc aaccactgcg aagggggaag gcgttgtaac cgtaaagcac
       61 tgcacagatg aagaggccga cgatggtgaa gatgatcgtc tgcggcagca gtttgcctgc
      121 caggctgacg gccagcgagt cgtgccccat gcggagccac tcgcgggagg tgcgccgctt
      181 gatctccgtg ccaatgctga agacggtgac gatgaagacg agcagttgca gcaggccggg
      241 cacgatggcg ttactgaggt agatggagta gttcagccac gggttgccga tggcgtgcg
//
LOCUS       SEQF3106|MIQD01000532.1  299 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..299
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggcttgaggg cggcgaactc ggcggtgtag tcgttgtcga atttgagggc ggcgcggatg
       61 tcgagggtgt aggtgtcgcc gagggtgacg gtgtcggtgg gggtgattcg tttgcggacg
      121 atgcggtcgc cgttgacgaa ggtgccgttg gcggagtcgg cgtcttcgat gtagaggtgg
      181 ccttcggtgt cgcgaatgag gcgggcgtgg tggcgactga cgccggcggc atcgggcggc
      241 gtcacgaagt cgttatcggc ggctttgcct atgcggatgg cggtgggggt catttcttt
//
LOCUS       SEQF3106|MIQD01000533.1  298 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..298
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             37..216
                     /locus_tag="SEQF3106_02225"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFILCTVTGGELGGTFDILDQRFFPLDALPPLSLDRTLPENIRM
                     VNELRHHPERGVVLD"
ORIGIN      
        1 cacaactatc ccgcctcgcc gctctacgtc tacaagatgt tcatcctctg caccgtgacg
       61 ggcggcgagc tcgggggcac gttcgacatc ctcgaccagc gcttcttccc gctcgatgcg
      121 ctgccgcccc tctcgctcga tcgcaccctg ccggagaata tccgcatggt caacgagctg
      181 cgccatcacc cggagcgcgg ggtggtgttg gattaaccca aatcgatcat tagcgggcgg
      241 ccctatgtgt ccgcccgcta ataaccaatt aaggctcatt cttcggcatt tcgcatgt
//
LOCUS       SEQF3106|MIQD01000534.1  298 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..298
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgttttgtag cacaaaacgg tttttgtagc acaaaaacac accttgcccg gcctttgggc
       61 cgtatgctaa aaggcagctc gactcccata ctttcaattc ggcggcaaaa ttagggcagc
      121 gcttttcgtg ggtaaaacgt ttggtttcaa gcggaagcca cgccggggaa gcccccgaaa
      181 gcctttacaa gtagctgtgt ttgtgcagct gtttatttgt gtggttactc acttactcac
      241 atgtaactgc ataagtgagt aagtgcataa gtgagtaagt gcataagtga gtaactgc
//
LOCUS       SEQF3106|MIQD01000535.1  298 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..298
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggtggccaag gtcattaagt actgtctcgt tcttttcata atgcttatgt atttaatagg
       61 tgagtaaaaa atgccccaag agggggcgga gaattcggtt gttaatgatc ggggcggggg
      121 catcgtcggg tacccgggta cgcccaggac attcatccgg gaacccgggc tatcgtccgg
      181 ctttcccggg gtttcgcccc gggctatcgt ccggctttcc cggagtttcg ccccgggcta
      241 tcgtccggcg gccctacagg ccgcgccgcc gcgtcataat cattggatag gtgccaaa
//
LOCUS       SEQF3106|MIQD01000536.1  297 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..297
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gccggtgagg aaggcgaacg gcacccacgg gttctgcacg tggaagccgt aagcgagcac
       61 ggcgaagaac agcgccaaga tgacgaacac gatggcgacg accttgtact gttgcttcag
      121 gtaggccatc gcacccttcc gcacatgctc ggcgatctgc tgcatggtcg gggttccttc
      181 actcgcttgc cgcatttgac ggtagaagat gtaggcaaag agcaatgcca acaccgccgc
      241 catgggaact aaatagaaaa gtgtttccat aaaaatgtga ggtgtttaat gggttat
//
LOCUS       SEQF3106|MIQD01000537.1  296 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..296
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ttttggcgct tgcgggagtc ccgtagacac tctgccgact taattcttac atcgaactca
       61 cgttagttac gtcttcggcc gggtagtcag aagaaagcta ctacccctta ctacttctga
      121 ctaccggggc gaagcccccg actaccgcgc ccgcaagggc gcataactac cgtgccccaa
      181 ggagcacata acgaccgcgg cccaaggccg cataactatc ctataactat gaccctccac
      241 ttccttcagc aagtattacg acgacaaacg cttctggcgc aaggtgcgcc gcatcg
//
LOCUS       SEQF3106|MIQD01000538.1  295 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..295
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ttggccgggt ttatcggcat gaagacggcc acctccgcct cggcgcgcac ggccaatgcg
       61 gcgcgtagtt cgctcaacga agggctcaag atcgccttcc gctcgggcgc cgtgatgggt
      121 ctgacggtgg ttggattagg acttttggac atctctgtct ggtatgtaat cctgaacgcc
      181 tttgtcgacg ccaccggcgc gcagaagttg gtcgtaatca ccactaccat gctgactttt
      241 ggcatgggcg cgtcgacgca ggcacttttc gctcgcgtgg gaggtggcat ctaca
//
LOCUS       SEQF3106|MIQD01000539.1  295 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..295
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gagccacatc ggagagcttc acgagggtgc cttgcaggtc aggcagttcc atgtcgatca
       61 tatcgagttc gcgagcggtg atgctgtcgg gggtggctgc ataggcatgc gtggccttga
      121 gcgattgcag ggcgaggttg tagaggtgtt tcgatcgcgg actttcgggg tagagggtgt
      181 ggtagctcgt ggccacggcg ccaaaagcgc gcgagtcttc tttgtcgtaa ggatcgaaga
      241 ggaacatgcc atcgacttgc tgaaagaggg cgaagtaggc cgcggtcgac atggg
//
LOCUS       SEQF3106|MIQD01000540.1  294 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..294
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tctggggtgc gcggtatata tcgcggtcat gctgcttagc ggcggaatcg gggaagcgga
       61 tatggctcgg gtgcctttgt tagggcggat cagcatacag ttcctgcgac gcatcggcgt
      121 gtttaaaatg tcgccggaag ggaaggggtc gccgcagtga cgggtaaggg agcgattcga
      181 tgaaacgttt tgtcctcata tacaatccgg tttccggcca cgcagctctg cgccgccgtc
      241 tcgatacgct gatcgaggca tttttgcgac gcggctgcat gctgattccc tatc
//
LOCUS       SEQF3106|MIQD01000541.1  294 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..294
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gctcgctgcc catcagcgga cgcatctctc gggcgatctt ctgcttactc accttggcgt
       61 atagctcggt agtagagatg aagcggtgcc ccaacatccg gctcaccgtc tcgatgggca
      121 ggccgttttc caagcagatg gtggtggcga aggtgtggcg cgcggtgtgc gaactgacgt
      181 cggcgtgcgg cgggcaaccg gccttgacga gcagctcgcg gatcttgtga ttgaagtggc
      241 tgttcacggg aaactcccga aaccatagcc cctcagtacg accctgcccc acgt
//
LOCUS       SEQF3106|MIQD01000542.1  291 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..291
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aaagtgacgg acgccatcta cctacagctc aaccgacgga aggacatcga cgtcacgctg
       61 atcgcctcaa gcgtctgcat gagcaacagc cagttttatc gcaagatgaa tgccctgacg
      121 ggttacaagc cctcggccta catccgtcgc atcaagatca acaaagccaa gagcctgctc
      181 cacgaccacc cacagctgag cctcagcgag gtggccgagc gcagcggatt caacgactat
      241 tccaacttcg tccgcgcctt caaagatgtt tgcgacatca cccccacagc c
//
LOCUS       SEQF3106|MIQD01000543.1  290 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..290
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             10..249
                     /gene="hppA1_2"
                     /locus_tag="SEQF3106_02226"
                     /EC_number="3.6.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2RIS7"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative K(+)-stimulated pyrophosphate-energized
                     sodium pump"
                     /translation="MGKVEAGIPEDDPRNPATIADNVGDNVGDVAGMGADLYESYCGS
                     ILATAALGASAFYDNGDVQAKAVFAPMLIAAVGTK"
ORIGIN      
        1 gcggacctcg tggggaaggt cgaggcgggt atccctgagg acgatccgcg caacccggct
       61 accatcgcgg acaacgtggg cgataacgtg ggcgacgtgg ccggcatggg cgcagacctt
      121 tacgagtcgt attgtggatc gatactcgct acggctgcgc tcggtgcctc tgccttctat
      181 gacaacggcg acgtgcaggc caaggccgtt ttcgccccga tgctgatcgc cgccgtggga
      241 actaaataga aaagtgtttc cataaaaatg tgaggtgttt aatgggttat
//
LOCUS       SEQF3106|MIQD01000544.1  289 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..289
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 atagcccacg gcgcggcgcg tctgtcggga cgcatcgttc acgagcgagc ggtattcgta
       61 agccgccttc ttgtaatggt tgagcgtttc gtccgtggat cgcttccccc cgatgtcggc
      121 gttcgcgccg gcgtagatgc ggagcttccg gccgtcgaat gccagctcgg gcacgagctg
      181 cgtgttgccc cgtttgcctt gcgcgtgctt gagggtcaat gcgccgttca agccctggcc
      241 caggcctttc cttgtgatga tgttgatcac ggcatgccct tcggcctcg
//
LOCUS       SEQF3106|MIQD01000545.1  288 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..288
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 agcggagtct gttgtaggag tatggactga tgcggcgcca ggtgtagggc ttgcgataga
       61 cggggtaggc ctcctcgtct tggtaggcgt acgcctcgcg ctcgaagcgt atggcgtgat
      121 aggccagccc ggcgctccgg aggcgccaga gctggaagag ccattcagcg atatagataa
      181 ggtagaagcc cacgtagccc gtttcgcgca tttgccgggt gtggatggct tcgtgccgga
      241 gggtcacctc gctcaagggg cggcactcac ggcgggcgaa gacgatgc
//
LOCUS       SEQF3106|MIQD01000546.1  288 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..288
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tcgaagtggc gcagcaatcg ctcgcgcgct gtggcggcgt tgaacaccca atcctccaat
       61 tcaaagacgc tgcccaccgg cccgaatgtg cacccaaagc gatcgcgcag cccgcggcag
      121 atgagcacct ccttcggcgc aagaatcgaa tcaacaagaa gaatgaagat tacacgtaag
      181 aagaaatcca tgccggcagg aaagcatagc cggaccaatg agaaggcgct gaagaaacac
      241 ggcagcgccc ggagcaaacg gatgaagaag aacgccttgc tgaaggct
//
LOCUS       SEQF3106|MIQD01000547.1  288 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..288
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aacatctgat cgaggagggt ggaatgactt ggatccgcaa gccgcgcgtg aagacgggcc
       61 ggatgtgcca catccccctg ctgcccgagg cgtcagcgat catcgagcag tacagaggta
      121 tccatacgcg cgcctttcgt cacgagccgc ccgagggcta cctcctcccc atccccggct
      181 gcgacaccgt caatatccat cttaagaaga tcgccgcgct ttgccacatc ccgaaacggc
      241 tgaccttcca catggcccgc cacaccttcg cctcgcaaat gacccttg
//
LOCUS       SEQF3106|MIQD01000548.1  287 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             17..238
                     /locus_tag="SEQF3106_02227"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPYQQSKLFQATVLSLRVKSKGRSTGSDVVAVLKTKKPDEPGDK
                     GEFFIVQSSTGLVSQVAPIPFDVEFKGLE"
ORIGIN      
        1 ggtcgtagac ccggctgtgc cttatcagca gtcgaagctc ttccaagcca ccgtgctgag
       61 cctgcgcgtc aagagcaagg gccgctccac cggctccgac gtggtggctg tgttgaagac
      121 taagaagcca gacgaaccgg gtgataaggg tgagttcttc atcgtacaga gtagtacagg
      181 attggtttct caggtggcac cgatcccgtt cgatgtggag ttcaaaggtc tcgaatgaac
      241 gatggcctga ttgattattg atgtcttctt catcttcttt cccccct
//
LOCUS       SEQF3106|MIQD01000549.1  287 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcccatgccg acggactttg cgatagacgc caccggtcgc acggacgagg acgtctttta
       61 cgaagccgtc acccacactt atccaatcga gggcgacgag cagcccggtg cattgcgcca
      121 cgaccgtccc ccaagccacg ccggcgatgc cccacccgag cccgagcgcg aaccaaaggc
      181 tgaagacgac attgacgacg ttcgagagga tggcgataaa catgggcgtg cgggcgtctt
      241 gcatgccgat cagccagccc tggagcgaga ggagcaggac ggaggcg
//
LOCUS       SEQF3106|MIQD01000550.1  286 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..286
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(82..222)
                     /gene="nqrC"
                     /locus_tag="SEQF3106_02228"
                     /EC_number="1.6.5.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00427"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)-translocating NADH-quinone reductase
                     subunit C"
                     /translation="MKHGNKADDRDYVDGISGGTITSNGVNAMLQTSIGHYAGFLTKQ
                     KQ"
ORIGIN      
        1 catctgcacg atgacggggt tgtccttgct caggggattg aacaggactt ctttattctt
       61 tgctgataag cccatatctc tttattgttt ttgcttggtt aagaatccgg cgtagtggcc
      121 tatgctggtt tggagcatgg cgttgacgcc gttgctggtg atggtgccgc ctgagatgcc
      181 gtctacatag tcgcggtcgt cggccttgtt gccgtgcttc acgacggcaa tggatttgaa
      241 ggcgccatcc ttgaagagtt ccttgccggc aaactgcttg gagaag
//
LOCUS       SEQF3106|MIQD01000551.1  286 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..286
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(81..278)
                     /locus_tag="SEQF3106_02229"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLAGSGLDSLCHIGATPDELVETCRRLMDVPFRDAELDARRRLL
                     LPAFSNEAQARRLLEMIAGAR"
ORIGIN      
        1 ccggacgata gcccaggggg aaaccctggg cctaccggac aattatcccc cagcaggcaa
       61 atgatccgcc ggtggatggg tcaacgcgcc cccgcgatca tctccaacag ccgccgcgcc
      121 tgcgcctcgt tagagaaggc ggggaggagc agtcggcgtc gggcatctaa ctcggcgtcg
      181 cggaaaggca cgtccatcag gcggcggcac gtctcgacta actcgtcggg cgtcgcgccg
      241 atgtggcaga ggctgtccaa accgcttccc gctaacatgg tcgggt
//
LOCUS       SEQF3106|MIQD01000552.1  286 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..286
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcgaagcctt gttgtcagcc caaaagagta cgtgctggcg gggcgggatc ttcgtcttaa
       61 cgtcgccttt ggggatcatg tacttgcggg ggttattgat gtcgtttgtc aagtaacacc
      121 cttttatgtc gatcgtggca ggcgagttgt tgtagagttc gatccatccg cttcttgatc
      181 cgtaatcgtc cacgaagttg tcgacattga tgacgagcac ttcgttcagg cgtatggagg
      241 aggcggattg tccgctggca gcgaggctgc aaacaagcat catcat
//
LOCUS       SEQF3106|MIQD01000553.1  286 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..286
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cctcggggaa gacattgtga aggcaccctt cataccccaa tgaagacatc cttcataccc
       61 cagtgaagac acccttcata ccccaatgaa ggcacccttc ataccccagt gaaggcaccc
      121 ttcatacccc agtgaaggca cccttcatac cccagtgaag acacccttcc taatgggctc
      181 acaggcaaag cctgcttaag agatgctgct aagcatgctt aagagatgac actaagcatg
      241 cttaagagat gacactaagc atgcttaaga gatgacacta agcatg
//
LOCUS       SEQF3106|MIQD01000554.1  286 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..286
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tcagagcatt taggccgagt tgagtgcttg atctaccttc cctttctccc tcttttagag
       61 gaggtcttcc tcctctaaag aggggcatga gggctatttg acactttgga aagaccatcg
      121 cacaacatct ccgcgtcagc tcccagatct ttccaactcg atattcagag catttaggcc
      181 gagttgagtg cttgatctac cttccctttt tccctcttta gaggaggaag acctcctcta
      241 aagaggggca tgagggctat ttgacacttt ggagtataag aagcct
//
LOCUS       SEQF3106|MIQD01000555.1  285 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..285
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             3..113
                     /locus_tag="SEQF3106_02230"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMRRSMAERMQKRMKRLKAVHTAKAKRMCHTLMSGL"
ORIGIN      
        1 tgatgatgcg ccgcagcatg gccgagcgca tgcagaaacg gatgaagagg ttgaaggccg
       61 tccacacagc caaggcgaag aggatgtgcc acacgctcat gtctggattg tagagcacac
      121 cgcccaccaa ggcgccgatc acgaaagcgc tgaccgtgtc gagcggggtc agttgcgcca
      181 tctgcgcctt gccagcgacg cgcaggaaaa cgaggatgcc aatcatgcca acgatcagct
      241 tgacggcaat tgcaaaatag accatataag taggtgttga atggt
//
LOCUS       SEQF3106|MIQD01000556.1  284 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..284
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tgtaccactc cttcgtcacg gccgccgcct gtcggcgctc cgcccgtgga tccgattttg
       61 tcgctgttgc cattgtttgg atcctccctc ttttttacac atccgcgttt ttcttctcgg
      121 cctcggcctg gcggcgcttc acacgccggc ggatgttata catcgtctgt attgccccga
      181 ttccgaattt ctccatcgtc tcataagagg ccagtgtaac gttcgacccc tcccgagcca
      241 gccgctcctc aaagaagcgg acggcctgct cgtctcttgc agcc
//
LOCUS       SEQF3106|MIQD01000557.1  284 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..284
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cccgtcaccg cacggcagag gtacatcatg cccccgcact cagccagtac gcggccgcca
       61 cgctcggcgt actgccggat ggaggcgcgc atcggggcgt tcgcgctgag ggcctcgagg
      121 tggaactcgg ggtagccgcc gggcaggtag actaagtcgg cctcaggggg cagggcagcg
      181 tcgcgcaggg ggctgaagcg caccacgctg ccggcctgcg ctaaacgggc gatgttttca
      241 cgatagatga aggcaaacgc ctcgtcgtcg gccacggcga tgtg
//
LOCUS       SEQF3106|MIQD01000558.1  281 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..281
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 caagtgacgg agatcaaaaa ctgacgcgcg gagcttaccg ccaagtgacg gagatcaaaa
       61 actgacgcgc ggagcttacc gccaagtgac ggagattaaa aactgacgcg cggggcttac
      121 cgccaatcgc cggcgcgccc aagcctgcgc gttgggcgcg ccgagcgcta ggacacacac
      181 aaggagcgcg agcagcctgc gttcgatttt cgttttcata aggtcagatg ttttcgtggt
      241 ggataaaaag caaaagcatc gatccgtcgc ggacagatgc t
//
LOCUS       SEQF3106|MIQD01000559.1  280 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..280
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tgcacgccac ctacggggag atgatgcccc tgtgtgccaa tatggcaggc atcgccgaag
       61 atggagtaaa cccttggggt gacttctgaa aggataaccc agttgccctt tcagagagta
      121 accgatcccc ctcacttatt tgtggaatca atcattttgg gttgccctag gttgacataa
      181 actctttcaa gtacccggca aacttcgccg cggggcgcac cccgccatcg ccgaactaca
      241 gaatccgggc tacgtccccg actccggcga ctggtactac
//
LOCUS       SEQF3106|MIQD01000560.1  278 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..278
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 acgcagtctc tgaattcgta gctatacccg cagctgatgc cgccacgcgt gacgtgcacg
       61 ttggcgttat caaaaaagat ccccccattg gcgtagaggc cattttccag cgtgagttgg
      121 cagttggata tgctcgcacc ttgtggcgca tagatggcct ttgcctccgg attccgcatg
      181 cggatggtga ggctgccgtt gccgttgttg ccgccgtcga acgtcatgta gccatactcg
      241 ctgaagatgg ccgattcttt atcctgcccg gttatttc
//
LOCUS       SEQF3106|MIQD01000561.1  277 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..277
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cactctttgc ggaagggcgg cgtcttcagc tcgcgggcgc cgaggtcgat cgtgtagtcg
       61 tccgtctcgg tgagggcgga gggcacctca aagggctgcg tgcgggtgct gctgagcgtc
      121 aggtgccagg catcgacgct gtgacggcgc ggcgcgggga gggtgtagac ggtgtagccg
      181 gctgaggatt gcaggggtgt cttgccgatg aagtcgggct tggcggcggc gtcttcgctg
      241 tcggtgatgg tgccgtctac ggtggcttcg ttggggc
//
LOCUS       SEQF3106|MIQD01000562.1  277 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..277
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccacaactgc tgacgacaag gcgctcttcg atcagcttgt tgatcgcatg aacaagatct
       61 cgcgcgagac acaggccacc cagcgccaaa tgcttgctca gcgcaagccc aagcagccga
      121 aagaccccaa gcaacccaaa gaccccaaac agcccaaaga ccccaagcag cccgaagagc
      181 cgcccaagga tccgaaaaag cccggcggcg gcgacgacat ccacgtcccc tccgagccac
      241 ccaaaaagcc cgacgaggag caacccaaac ccacccc
//
LOCUS       SEQF3106|MIQD01000563.1  277 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..277
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             10..180
                     /locus_tag="SEQF3106_02231"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTTVIVRLESMLSWMCTPDCDVSEGTKRNVSKPSNTERNIDRR
                     PPSSKVGLILLR"
ORIGIN      
        1 gcgagggcga tgacgacgac ggtcatcgtg cgcttggagt cgatgctgtc gtggatgtgc
       61 acgcccgatt gcgatgtgtc ggaggggacg aagagaaacg tctcaaaacc ctcgaacacg
      121 gagcggaaca tcgacaggcg gccaccctcc tcgaaggtcg gcttgatctt gttgagataa
      181 ttccttaatg ctttcacttt ctatttccga ttaatgtgtt accacggtca attcatttcc
      241 ttgtagagca tgtctaaccc gctgcgaacg atccgtt
//
LOCUS       SEQF3106|MIQD01000564.1  276 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..276
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtcttcgtgc gatacatctc cgctattctg tcgtcagaga aacccatctt tcggagcatc
       61 agacggatat tcaagagttg gtagaaacca ctgaagaagc gttttatcca attccgctct
      121 tcctcataaa cctgcacggt ttctttcaat tcggcaatgg ctctgtctct tcccttgacc
      181 gtatcctgca agagtaccac ctcctttcgg atttcgtttt tctccttttc cgaaagatac
      241 tgttgccgtt cggcctcttg ctccaagtct gcaata
//
LOCUS       SEQF3106|MIQD01000565.1  274 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..274
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 accggcccac gggtcgatct ccctgcagat ttgcgtttct tcttgaatgt aaatctgcgt
       61 gttacgggcg atgcgggcgg agaagtcagt cggcaaggca atagcctcgt cgagggcgtt
      121 cgtgtggagc gactgcgtgt gtccgagcga ggcagccatg gcctcgatgc aggtgcggcc
      181 gacgttgttg aacgggtctt gttcggtgag cgaccaaccc gaggtctggc agtgtgtacg
      241 cagcgccagc gatttggggt tcttcccgcc gaag
//
LOCUS       SEQF3106|MIQD01000566.1  273 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..273
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cggggacgcg ggcggcgcgg ccgacgggga agacggtgaa gatgcgccaa cgatggacgc
       61 caagcccgag cagatagtgc ttgaagcggg gcagatcgtc gaagttgcgg cggttggcgc
      121 aggtgacgac gtcccaattc acatcatcca cctcggccag agcacgaatc gaggcggtgg
      181 cgttgcggaa gctgttgcgg tggccgcgca tccagttgtg atcatcctca aagccgtcga
      241 ggctgatcgt ggccgagcgc atgccggagg cca
//
LOCUS       SEQF3106|MIQD01000567.1  273 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..273
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 atacataagc attatgaaaa gaacgagaca gtacttaatg accttggcca ccgccatcgc
       61 cgcactcctc ctctggggcg gcaccggcgg aagagcctca gcgcagccgc tgctaccgga
      121 gtatctatcc gggcaaagcg gtgtgctgaa catctacggc gcaggcgaaa gcaaagcttt
      181 acccgccggt ttcaacggcc cgatcgacat ctacgcctac ggacctgcaa ccggtgcgta
      241 tggcggaccg aacatcgtga tcaactccta caa
//
LOCUS       SEQF3106|MIQD01000568.1  272 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..272
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 caaatgtaga atagcacatt ttataagcaa acgtgagccc gacatagaac tgtccctcgt
       61 cctctgcgtc gggctcacgc tgcattctat gcggcttact tatccttcag gatcagccgg
      121 cggtaggcat cgttctgcca gaggaggatc agcgcgcgga agtcggcgta ctcctcgggg
      181 gcgatgacgg ggtgcgttag ctcgatctcg cggtgcaccg tgaccttgtt gccgtcgcgc
      241 tgtaggctga ggctgacctt gccggcggtg cc
//
LOCUS       SEQF3106|MIQD01000569.1  272 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..272
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aacaatgaag acgccatcta ccccgccgta gggcagggcg tggatggcag gcgggcgttg
       61 ttcgtcgtct gcgatggcgt gggcggcgcc gaaaagggag aggtggccag cgcattggcc
      121 tgcgaatcgc ttgcggaaag tctcgatgcc accgacagca aactgatgga gcgccgcata
      181 caagaagcag tgaaacacac cgagatccgt ttcgatgaat acatcgccgc gcaccccgag
      241 gccgcgggta tggcgacaac gatgacgctg ct
//
LOCUS       SEQF3106|MIQD01000570.1  270 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..270
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aaaaagacag agcgtacgga ggaagaaacg agccagattg accacttgaa gcaatcgatg
       61 aaggagaatg ctcagcaaca gaaagccctg ttacaagagc atcttagtaa agtgtcttca
      121 aatattttat caagtagttt tcgtttcacc ctcactccag atgcgtcaga agacccgcag
      181 aagccagttt attctattgg tactacagct gaagagttct ttgcaatgca agtcctttgc
      241 agaaatgtga agaaactgtt taagatatcc
//
LOCUS       SEQF3106|MIQD01000571.1  270 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..270
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 catctttcct tgcgggacct acagaaagaa ccactcagct ctgggaagaa gccaaaaaat
       61 gtcttaaaga agaaagagat gggaatggac ttagatctgc tgatcctgaa accatttcta
      121 ccattacttc tcataaacct ggatatatca agcaagaact tgaaaccatc gttggtcttc
      181 agacagatga acctttgaaa agggctatca agccttttgg aggagtaaga gtcgtagaaa
      241 atgccctcaa agaaagagga attgaacttt
//
LOCUS       SEQF3106|MIQD01000572.1  270 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..270
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cggatgtact ccgttttcgt gcgggcgccg gagcgtttga agagttcgat cagccgaagc
       61 tggtcgcggc tgtcggggag gcggaagtgg aaggcgtccc atttcggggg gcgaacgggt
      121 gttttcttcg gtcgattcat gggggtggtt tttcatataa gatcaggtgg cgactttgga
      181 gccgaaccgc cgcggaggcc gctccggggg caaggcgttt tgtagcacaa aacggttttt
      241 gtagcacaaa aacacacctt gcccggcctt
//
LOCUS       SEQF3106|MIQD01000573.1  269 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..269
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aaggggcgga tgtacgaccc ggccatcaca taattcttat aagccgacac atcctccagc
       61 aggtcagccg caccgatgga gcctgagcag cccttctggt tgaagaagtt gatcacgttg
      121 gccgagaggc tgaggtgctt gttgaactgg tagtccacac cgccgaaggt ctcccagcgg
      181 ccgttgaagt agagcgtgtt cgtcttattg atgtactgct tgctctgata gcggaagctg
      241 gcccagaggc ggaacttatt gaaggagta
//
LOCUS       SEQF3106|MIQD01000574.1  268 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             5..181
                     /gene="ptpA"
                     /locus_tag="SEQF3106_02232"
                     /EC_number="3.4.14.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7MUW6"
                     /codon_start=1
                     /transl_table=11
                     /product="Prolyl tripeptidyl peptidase"
                     /translation="MNDPVVLPQNALRFLKECISAGTQPDFFVYPGEPHNMRGHQSVH
                     LHERITQYFIDYLK"
ORIGIN      
        1 aggcatgaac gaccccgtgg tgctgccgca gaacgccctg cgcttcctca aagagtgcat
       61 ctccgccggt acgcagcccg acttcttcgt ctatcccggc gagccgcaca acatgcgcgg
      121 ccaccaaagc gtgcacctgc atgagcgcat cacgcagtac ttcattgatt acctgaaata
      181 acgggtagag agtagcatct acgaaggggg cgttccgcgc gagcggggcg cccccttttt
      241 ctcaggcgcg cggcctcagg atccccaa
//
LOCUS       SEQF3106|MIQD01000575.1  268 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cggcttctcc tacggccagg ctctggcctt cgactccaac cagcccatcg gcagccagca
       61 ggcccgcctg atcctcaccg tcgacgaggc acgcctctgg gccatgatcg agaagtattg
      121 ctcggagttc taatgatcat tgacaattat ccgtaaccca ttaatcccat aactcaaaat
      181 gaaaacaacc aatcacctct gggcgcacgc ttttgcgcct tacatcgcac tccttgttgc
      241 actcttctgc ttcgactccg ccactcag
//
LOCUS       SEQF3106|MIQD01000576.1  268 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccaaatctcg tcgtaaccga tcctctcaaa catatcacca cgagaatccc cgattttgag
       61 agagagtttg gctttgctcc cgtgtcaatt gtcgattatt tggcgttgat tggagatgcc
      121 gcagacaatg tcaaaggagt tgcggggatt ggacccaaaa aagcttccga tttgatcaaa
      181 aaatacggaa caatagagca aatctatact catcttgatg aaatccaagg tgaaataaaa
      241 gaaaaactga tcaactgaaa ggaggatg
//
LOCUS       SEQF3106|MIQD01000577.1  268 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gggacgtgca ccgtgacaca tgaagagggg tatgagactg cagagaaaaa gagagtgcat
       61 gatttgaaaa gagaggcatc ccgtatggag gaagtaatga ctatattatc aacacattac
      121 gggataaaat agggatgatc aaccttgccg tttcacgatg tttttccgct acgactataa
      181 ggaaaagact gtttgcccat gcttttgttg gtcacgaaaa gggtatccaa agagcaaccg
      241 agagaagatt gtagagttcc acacatat
//
LOCUS       SEQF3106|MIQD01000578.1  267 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..267
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gaggcgcacg caaagcatat tgaggctgcg cagcgagtcg ggcgacgtgg ggtcgagata
       61 tttctctaac agcaagccgt agatcttgtt gatctgctcg cccgctttga cggaaagctc
      121 ctcctcctct ttccggatgc tcttcacctc gcgattgacg aggaagtcga ggctgtcgag
      181 ctcatcgggg aggtgctcta aaaggatgac tcgcggcggc gcctcgggca cctccatgtc
      241 gtagacacgg atccgggcaa agtcgct
//
LOCUS       SEQF3106|MIQD01000579.1  267 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..267
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 agggtgcgaa gtattgcatg gcggcgggat cggaggcgtt ggccgccacg acgatggtgt
       61 agtccaaagc gcccttctca cgcagcgttt gaacgacgga tgccaccgtg gatcccttct
      121 gtccaacggc gacgtagatg caatagaccg gatggccgtc gcggaagttg tcgcgttggt
      181 tcaggatggt gtcgatggct atggcggtct tgcccgtctg gcggtcgccg atgatcagct
      241 cgcgctgccc gcgcccgatg gggatca
//
LOCUS       SEQF3106|MIQD01000580.1  265 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..265
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gttaccccac tttcgctcgg catcgagacg atgggcgccg taatgacgaa gctgatcgat
       61 gccaacacaa cgatccccac gaaaaagtca gaagtcttca ccaccgccgt cgacaaccag
      121 ccgtcggttg agatccacgt cttacaaggc gagcgcccgc tggccaaaga caacaaatcg
      181 atcggccgct tccaccttga cggcatccca gccgccatgc gtggcgtacc gcagatcgaa
      241 gtcaccttcg acatcgacgc caacg
//
LOCUS       SEQF3106|MIQD01000581.1  265 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..265
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(30..239)
                     /locus_tag="SEQF3106_02233"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLAMALLSIPMVLNIHAVRAPPTKTESIVFQLAMPVQSSSTAPM
                     AMAMTLVSPMEPGMRPVIISIEKAG"
ORIGIN      
        1 atcgcctcca cagccacctc cggcacaggt tacccagcct tctctatgga tatgatcacc
       61 ggcctcatcc ccggctccat cggcgagacg agcgtcatcg ccatcgccat cggtgccgtg
      121 ctgctgctct ggaccggcat cgccagctgg aagacgatgc tttccgtctt cgtcggcggc
      181 gccctcaccg cgtggatgtt caacaccatc ggtatggaga gcaacgccat ggccaacatg
      241 ccttggtacg aacaccttgt gctgg
//
LOCUS       SEQF3106|MIQD01000582.1  264 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..264
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 caatggaaga aggaagagat acaggaaggc ttcctcgtct cgggtatgct gatccccatg
       61 atcgtgccca tcgatacccc cctgtggatg atcgccgtgg ctacggcctt tgccgtcgtc
      121 ttcgccaagg aagtcttcgg gggaacggga tacaacatat tcaacgtcgc cctcgtcaca
      181 cgcgccttcc tcttcttcgc ctaccccgcc gccatgtcgg gcgacaaggt gttcgttcgc
      241 acggccgaca cgttcggtct cggt
//
LOCUS       SEQF3106|MIQD01000583.1  263 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..263
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(17..154)
                     /locus_tag="SEQF3106_02234"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHDKKFFEFTSFTADSSSNKEQKQKDDSEFDAFHEDIQGKKLKE
                     L"
ORIGIN      
        1 atctgtgaac aatgcgtcat aactctttta gtttcttacc ttgaatatcc tcatgaaagg
       61 catcaaattc ggagtcatcc ttctgctttt gctccttatt ggaggaggaa tctgctgtaa
      121 acgaagtgaa ctcaaagaat tttttatcgt gcatgctccg acacatgagg aagaagttct
      181 ttctgccaga gggatcgaaa ctcctcagca aatcttttct gggatctcaa ttaaagctat
      241 ggatgatctt ggactcactg gcg
//
LOCUS       SEQF3106|MIQD01000584.1  261 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..261
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(17..244)
                     /locus_tag="SEQF3106_02235"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSACCASWMRRSADFASGVTTAVTPGCSKMAGNATAAPCDSAGS
                     RAATLSPRNSLSITAACPGRNSSRRDSNPII"
ORIGIN      
        1 gggctgcggc tatacattat ataatagggt tgctgtcgcg ccgggaggag ttccttccgg
       61 ggcaggcggc cgtgatggac agactgttgc gtgggctcag cgtggcggcc ctactgccgg
      121 ctgagtcgca gggggcggcg gtggcgttgc cggccatctt gctacagcca ggcgtgacgg
      181 cagtcgtaac gccagatgcg aagtcggccg atcgcctcat ccacgaggca cagcaggctg
      241 acatagactt cggcgtaagt c
//
LOCUS       SEQF3106|MIQD01000585.1  260 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..260
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtggatctgc gcctcgcgga tcaggctgtc catgcgctcg gacgtagggt tggcttcgac
       61 ggtgatatgc gcgtggcacg cggcctcacg gaggagcgtc ggcgtggggt tcatgccagc
      121 gatgatgcag cgcgcggggg cgaggcgggg gaagacgtgg cggatgaggt acagcgcggc
      181 ctgctcgttc tccttcaccg agagcttggc gtgataaagg ataaagtccg agcggccggg
      241 cagagtgctg acgctgtcgt
//
LOCUS       SEQF3106|MIQD01000586.1  259 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..259
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tccgcacttc ccgcttgaac gaatagcacg ttgggtcgca ccttcctcac catgtcgcac
       61 cttccgccca cacgtcgcga cgcgtcgcgc gcaggctcgc gctggccatg gcgtgggctt
      121 atctgtctct gcctgtcttc agacgacgtc caacatcaca catgcaacca cgaatgccgc
      181 cataaagatg gacgacgaat caatccctat ggtgctcgcg ctcgccaatg ctgccttgag
      241 aaacagaccg gttgagcac
//
LOCUS       SEQF3106|MIQD01000587.1  259 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..259
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cctcgaactg catcggaggg ggtgtgaggg tatatttgcc gccgctttcg catgagggaa
       61 ggcatcacca tagacagaga aaagatgaac aaggaaaaca ggataacggg ccggctgtcg
      121 cagatcgttg ggccggtggt cgacatcagc ttcgagcgcg agtcgggcga cgaggccctc
      181 cgcctgccgt ccatccacga cgctgtgcac atcacgcgcc cggatggccg gccgctcgtg
      241 gccgagatac aacagcaca
//
LOCUS       SEQF3106|MIQD01000588.1  256 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..256
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aacatctttt gatggatcaa gacgctgcca tgcgcctgcg tagccacaac gagcatcacg
       61 ctcagcaagt ctggcgtcag gcccggccaa ggcgcgtcgg agatggtcat aatggaaccg
      121 tccataaagg tctcgatctc atactcctca tgcgtgggca catggatgtc gtcaccctct
      181 tgcgtgaggt ggacgccgag gcggcggaag gcgtcgggga tgatgccgag gtggccgtag
      241 cttacgttct tgatgc
//
LOCUS       SEQF3106|MIQD01000589.1  256 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..256
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 atccgcccgc agagatcgag ctggaaagaa gcccgcttga tcctcctccg gcggaggcgg
       61 aggtgcctaa ggaagaagtt atctcggccg ctccacccgc tccggtccct cgaaagacca
      121 agagccacaa ggaggattta gccgcatttc gagagatgta cctccaaccc gcgcgcatca
      181 gccaccgcaa ggcggtctat atctctgacg agacccagca aaggctggac ttcgttgtcc
      241 gcaggatcgg tctgcg
//
LOCUS       SEQF3106|MIQD01000590.1  255 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..255
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gaagtgcaca agatgcattg cgacccggag ctcacactcg agtcgctcgc cacggccatc
       61 ggtacgaatc gctcctacct ctccatcctc atcaacagcc gcatgaagca gggcttttcg
      121 gagtatgtca acttctatcg catcaaggag gcgaagcggc tgctgagaga tacggatcac
      181 aaggtctcca ccatctcggc ggaggtgggc ttcggcacgc agcaatcgtt ctacaccgcc
      241 ttccgcgccg ctgag
//
LOCUS       SEQF3106|MIQD01000591.1  254 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..254
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gccctcatgg acacccttca ccgccagcgc cccgcgctcc aatggctctt caccgtcagc
       61 cccgtacgcc acctccgcga cggcgcccac gagaacgccc tcagcaagtc caccctcctc
      121 ctggccgtcg accaactcgt ctcccgctgc cctgagcgtg ccgactactt cccggcttat
      181 gaaatcatga tggacgagct gcgcgactat cgcttctatg ccgacgacat gtgccaccct
      241 tcgcccctgg ccgt
//
LOCUS       SEQF3106|MIQD01000592.1  253 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..253
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gaaggattat gccgccgcca tccacgaaag catggaggca ctgcacctat ccaacgagcg
       61 ccatgtgaca acttacctcg acgacatcta ccagaacctc gccacggcct gcgggcgctc
      121 ggggcagttc cagttggccg tggaatacct cgagcggaag agcgccctgc acgactccat
      181 cttcacgaag gagaagtaca ccgtgatgga agagatgcgg acgcgttacg agacggagca
      241 gcgcgagcaa tcg
//
LOCUS       SEQF3106|MIQD01000593.1  252 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..252
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 agcgcgacgt ggtgcccatc ttcttcgacg ggcgcaactc cgaccgcttc taccgcgccg
       61 cgcgttggcg cgaacggctc ggcatcaggc taaacgtgga aatgatctac ctgcccgacg
      121 agatgtttcg gaacaagcac caggcctttg gcgtttacat aggcgccccc atcgcctggc
      181 aaacgtttag cgactcgcga cggccgcagg agtgggcagc atggatgagg gacagggtgt
      241 atgaattaaa aa
//
LOCUS       SEQF3106|MIQD01000594.1  252 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..252
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gggggttggt tcgttgtagg aggccatgcg ggcgccgacg agttctccgc cgtcgccgga
       61 aagcattttg ccgcacgccg tgagcagtgt ggctgtcgca gccatgattg ctatcttctt
      121 cattgctctg tatctcttct ctttgggatt gtctatggtt ttgtcttata atattctgat
      181 gctcttgtgg cggtttcggc cttccttggg tttgacgagc ttgacgctgt aggtgacgat
      241 ggcttcgtgg ct
//
LOCUS       SEQF3106|MIQD01000595.1  251 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..251
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgtcgtgatt ttgatacaaa agtagatgaa taaacaagca gagagtatga caacggtgat
       61 aatcaatagc aaggaagacg ccgacagagt aacggcaagt atggcggagg taacgatgga
      121 tgagttctac gacgtggtgg ggcctttgga tgtggtcttt cggaatgggc gatacctata
      181 cacgtctctt tttgtagagc gctacggcgt tgaaccggta ggcgttacaa gggactaccc
      241 cgaagagtac g
//
LOCUS       SEQF3106|MIQD01000596.1  249 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 atctataacc ccgagaccgt ccgcgacgtc cccttagtcg ttgtcgacca aagtgcttcg
       61 cagcgcagcc gcgagttcat ccgccgtgtc gacgccacgc ccgacgtgcg cgtcgtggcc
      121 acctgcggct cgatggacga ggcccgccgc ctcgtagaca gcaagcgcgc ttacggcatc
      181 ctgctcttcc agcccgagtt caaccgcgac ctcgccgccg gacgccaggc caccgtctcc
      241 ctctattgc
//
LOCUS       SEQF3106|MIQD01000597.1  249 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 attgtttaca cgtccacccg tctcggtggc cgcaaaaggt tgtccggcaa taagggtcat
       61 ggggtttaca gattgaatcg gagggtggta cggccgagtc tcagctcgtc gttgtctttc
      121 agcacgacgg tctcgccggg ggcgagggcg gcaccgttgt agcgtgtgtg attcttgctt
      181 tggcagtccg cgagtgtgtg gatgaggttg ccgcggcgat cgcggcggac gtcgatgcgg
      241 gcgtggttg
//
LOCUS       SEQF3106|MIQD01000598.1  249 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgttttgtag cacaaaacgg tttttgtagc acaaaaacac accttgcccg gcctttgggc
       61 cgtatgctaa aaggcagctc gactcccata ctttcaattc ggcggcaaaa ttagggcagc
      121 gcttttcgtg ggtaaaacgt ttggtttcaa gcggaagcca cgccggggaa gcccccgaaa
      181 gcctttacaa gtagctgtgt ttgtgcagct gtttatttgt gtggttactc acttactcac
      241 atgtaactg
//
LOCUS       SEQF3106|MIQD01000599.1  248 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..248
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     tRNA            95..182
                     /locus_tag="SEQF3106_02236"
                     /product="tRNA-Ser"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ser(cga)"
ORIGIN      
        1 aaaagcacat ccggaatacc tcgaagtcat aaaatcacgc ttcactttgc gcgtatacaa
       61 atcggtttac atttgcacgc gcttccagag aaaaggaaag atgccagagt ggtcgaatgg
      121 gccgcactcg aaatgcggtg tacgggtgac tgtaccgggg gttcgaatcc ctctctttcc
      181 gctttttttg ggactttttt tattagggac tccatcatgg agtcggcaat tcatgcatga
      241 ataggaga
//
LOCUS       SEQF3106|MIQD01000600.1  248 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..248
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aagatcaata cgtaaggctc gacaaattca ccgtccacaa ccttgagctc gtgcgtacga
       61 tgagcgaggg cgggcgatcg cttctgcaaa cgatcgatga gacgacatcg cccatgggcg
      121 cgcggatgat gaagcgctgg gtgcttttcc ccctcaaaga cggagccgag atccgccgcc
      181 ggcaaagcac cgtggccacc ctgctgcatg atccagccct gcgcgaggcc ctgactgggc
      241 aactgagc
//
LOCUS       SEQF3106|MIQD01000601.1  248 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..248
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 catcacctcg tcgggcggtg tggattgctt cgccttgctg taggccgcgt cgtagagggc
       61 gagtgcggcg tccggatgtc cgcgtttgtc ttggttgatc gcccggttga tgaggagtcg
      121 gatcgtcagg ccggggtagt tagcggcttc agcctcggcg gccgtgtagc agctgtcgct
      181 ccgcttgagg tcttccttga tggagtacga gaggcccaag tcggtgagca ggacgacgtg
      241 cagcgagt
//
LOCUS       SEQF3106|MIQD01000602.1  247 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tgccggcgag tacagcagcg cgagatccag cagtggccac acgttccctc gctcatcgac
       61 gtgcacgagc ccgcgagatc aggcggtgct cgtgcttcgt ctgttctttt tcgcgtgtgc
      121 gggatgatcg cctctccagc gtccgtgagc ctggggagct ctggccccga gcttcggccc
      181 tggccactgg tagcgatccc agtgtatcct gaggctgaca tcgtacaggc attgggcatt
      241 gagaatc
//
LOCUS       SEQF3106|MIQD01000603.1  244 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..244
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccacgaagcg gcccgaaagc gcttcgccgg cgtaagcaaa gccgtcagag aggtaggaga
       61 agagcgtgaa aagctgcatc agcacagcgt ttgtcgtcag tatcgtgtcg ccgaaacgcg
      121 ccgaggccgc ggtgaagaag gtgtaggccg tgacgacgca gagggtgcgc agaaagatgt
      181 cgcggttgac ggtcagaaag tgcacgagcg gcgccaaact gagcgaggcg cggaggtcaa
      241 tgag
//
LOCUS       SEQF3106|MIQD01000604.1  244 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..244
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aagccgcgca agtcccgcgg catttgcttt ggcgtttgcg ggagtcccgc aagtcccgcg
       61 gcatttgctt tggcgtttgc gggagttccc gcaagtcccg cggcatttac cgagacgttt
      121 gcgcaggccg cgcaagtccc gcggcatttg ctttggcgtt tgcgggagtt cccgcaagtc
      181 tcacggcatt tgctttggcg tttgcgggag ttcccgcaag tcccgcggca tttgctttgg
      241 cgtt
//
LOCUS       SEQF3106|MIQD01000605.1  244 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..244
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             4..123
                     /locus_tag="SEQF3106_02237"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKRYDRPSKKSKPDDKKPGGGDDIQLPSEPPKKPDGVA"
ORIGIN      
        1 gagatgagca aacgctacga tcgcccaagc aagaagtcga aacccgacga caagaagccg
       61 ggtggcggcg acgacatcca gctgccctca gagccgccca agaagccgga cggcgtggcc
      121 taattcagag ttgatcatta ttgattgttg ccgagcctcg cagacgcgaa aaatcattcg
      181 ctccatcaat atttaattct gaataactga tgattatgcc gggtacacca agcgtgtacc
      241 cggc
//
LOCUS       SEQF3106|MIQD01000606.1  243 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..243
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(42..227)
                     /locus_tag="SEQF3106_02238"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDQQTRQWLSRAEAIHRDLQHRPFHPDSEAHRRFVAQTTLKLHQ
                     LQSELPCPSTFESHLST"
ORIGIN      
        1 acggatgatc tgagcgatct cttgaatctt atatttcatc gttaggtgga taaatgcgac
       61 tcaaaagtag acgggcacgg caactcggac tgaagctggt ggagctttaa cgtagtttgt
      121 gcgacgaagc ggcggtgcgc ttcgctatcg gggtggaagg gtctgtgttg caaatcgcgg
      181 tggatggcct cggcccggct gagccactgg cgcgtctgct gatccataca ggcggcctcg
      241 aag
//
LOCUS       SEQF3106|MIQD01000607.1  243 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..243
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     CDS             complement(51..224)
                     /locus_tag="SEQF3106_02239"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRGTISGAMRTAVARLTQVPMARMVTSPGLALTRSMMKLTAFMS
                     SGSVDGSRPYFWR"
ORIGIN      
        1 gcctacgtcg gcgcagctgg ctaccccgag cccgcctcct ggcgcgctgt ctacctccag
       61 aagtacggcc gcgagccgtc gacggagccg ctcgacatga aggccgtcaa cttcatcatc
      121 gaccgcgtca aggccaaccc cggcgaggtg accatcctgg ccatcggcac ctgcgtcaat
      181 ctggccaccg ccgtacgcat cgccccggag atcgtgcccc tcatcaagcg cgtcgtctac
      241 atg
//
LOCUS       SEQF3106|MIQD01000608.1  243 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..243
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggaggcgaaa ggaggaaatg gccgggtaca agcgaagttc tccccctcga tgcacccggc
       61 cagaaacgaa tggcggatta tttatcgcca taatgtccta tagcgctgac caaatagacg
      121 gtcacgacct cttcgcgaat ttcatagatc aggcgatgct tagcggttat tcgtcttgac
      181 catcgccctt tccaatcttt gattaatggt tccggtttgc cagttcctgt ggtagggtgt
      241 att
//
LOCUS       SEQF3106|MIQD01000609.1  243 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..243
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtaatgcctg cgacgctccg ggtcggcgct ttgcggcaca tacggtttac gctccacgcc
       61 atccatcgac tgctcatagg catacggacg attatccggt gttgcctttg tgcgcaggta
      121 ctcatcctct cgatagttcg atcggtcata cgcttcgtaa gcgatgcggt tgtaccccgt
      181 tggccggctt tccttgatgc gtggccggcg tctgcctgtc gcgggggggg cccccccccc
      241 ggg
//
LOCUS       SEQF3106|MIQD01000610.1  241 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..241
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aagtcacggt acctgccgga caaaagccgg acgtgagcta cggcctcacc ctcgacggcg
       61 ttggcacctg ggcaacactc accaaagtga cccccgacac aaacaacaag gtgctggatt
      121 caaacgagaa gatcgagaac ttccgagaga acgacccttg gggcatcggt atgacactga
      181 cagccatgag tgtcgtcttc agtggtttgc tgatcctctt catcctcttc aagcaagtcg
      241 g
//
LOCUS       SEQF3106|MIQD01000611.1  241 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..241
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ttctcttttt acactgtttg agattgtctt aatcctttgc gtgctggggg ggtggggcgg
       61 atgtgcgccc tccctccttg gcatgaaagg cgcgcaaaag tagatttact ttaatcactt
      121 gcaagcctga cggggtggcg gctggggggt gatggctggc tgcttaggct acgccatcgg
      181 gctttttggg tggctcggag gggatgtgga tgtcatcgcc gctgccgtcg ccgggggtgg
      241 g
//
LOCUS       SEQF3106|MIQD01000612.1  241 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..241
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     misc_RNA        complement(13..57)
                     /locus_tag="SEQF3106_02240"
                     /product="Acido-Lenti-1"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 ttcaataaaa tgaggcctgt agggccgccg gacgatagcc cggggcgcaa ccccgggccg
       61 gtggatgata gctcggggcg caaccccggg ccggtgaacg atagcccgcc aacgtaaccc
      121 cgggcagtag gggcgaataa tcattcgtcc ccacgaacgc cccggtaagg ggcatatgat
      181 ccgggcgggg gcgattaatc atcaatcatt cgtttccgcc cagggtttcg ttggcgggtt
      241 a
//
LOCUS       SEQF3106|MIQD01000613.1  240 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..240
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tccgtccgcc gacattgccg agtgcggcac ccgccccggc catcgtcacc ttgccaccgg
       61 tgtacgcgcc ttgcacacca cgctgcgccg tctgattgac attgcgaccg tagttgccga
      121 taccgcctcc cgcctcaatg atccagcctg cgaccgtcgg tacgcagaag aaacccacaa
      181 tgccgatgag gaaaaagacg atgtagtacc agtcgccgga gtcggggacg tagcccggat
//
LOCUS       SEQF3106|MIQD01000614.1  240 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..240
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tcaatccggg ctgtaggccc ggtggacgat agcccggggc gaaaccccgg gccggtggat
       61 gatagcccgg ggcggtgggc gaaaccccgg ggcgccggac gatagcccga tgcgtaaccc
      121 cgggcagttt gatgggggga cattgtccat ccccccctgc tgcacgcccc ccccttgtct
      181 gttccccagg gctgacgcat aatcgctttt cgaggtcagg gattccgttt agcttcgtcc
//
LOCUS       SEQF3106|MIQD01000615.1  239 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..239
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tccgggcctc gaagtcgtac gatccattga agttgaagct ccagttcttg gtcggtttca
       61 tattgccgct gaagctcagt tggtgcgtga ctcggtagtt gtattctaat ttttcagggt
      121 tgaaattgcc gtaacccagg ctcatgttgt agctgaagga gaggctccag gggacggtgg
      181 cgcggtagta gccatcggcg tcgtactcgc ccgtctcgtc cttcttggct ttacgtagg
//
LOCUS       SEQF3106|MIQD01000616.1  239 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..239
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gccacgctgc tgaccgacga aaaggtggag atccgcaaca tccctgacat cctcgacgtg
       61 gccaacctga tccgcctgct cagcgacatg ggcgtgaagg tggagcaccc ctcggagggg
      121 gtttacacgt ttcaagctga caacatcgac ctgaaatatt tggagacgga cgacttcctg
      181 cgtcgtgcag ggtcgttgcg cgggtcggtg atgatgaccg ggccactgct ggcgcgctt
//
LOCUS       SEQF3106|MIQD01000617.1  238 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..238
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cctcggcatt gtggatgatg cggagggctt cgtggaggct ttcgttctcg tcgttgatga
       61 tctggaaata ctcgctcatg tcgaagaggt cgcgggcgat gagggccttg agctggaggg
      121 cgatcagggg gcgcgacttg gcgtactggg cggagtcgaa ggcgatggag tcggtggcag
      181 cgcgggtgcg gagttcacgg agcaggtcgt cgccaacggt gaagcggctg cggaagtc
//
LOCUS       SEQF3106|MIQD01000618.1  238 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..238
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tgtcttccac gaagcagggc atgccgtcga tgacatagag cggggcgttc gattgcttgt
       61 tcatcctttc gcgcgggatg ggcgaggtga tgccgcgtac gttgatcgtc gggcctgcac
      121 ccggtgcgcc gctcgattgc acactgaaga cgccctttac ggcgcccccc agcatgccgt
      181 cgaccgatga ggccgaccgc gccagctgct cgatgtcgtc gttcttcagc gacgagat
//
LOCUS       SEQF3106|MIQD01000619.1  238 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..238
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aaagcggttc gcttctgaag gcgttccgtt ggcttttggg ccattcgtaa cacttcgccc
       61 atgagctttc gctttactat aatcttggtg cctttcggct gaaatcaaga tggtgtcttt
      121 gctgtcgtaa tcaatgtttg tccagcgctt catctcgata ttaccgccct gcgctacaat
      181 aaagagaggc cttacattct ttcccgtcgc tcagagaaag actcgataca tatcacgg
//
LOCUS       SEQF3106|MIQD01000620.1  237 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..237
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 agtggcacca tctacaagtc tggctccgaa gcgggcaagg tcaacagcag cggcaaggtg
       61 tacgatcgct ccggatccca gattggcgag atcagtagca acggcaacat ctacaacaag
      121 tcaggctcca agatcggcga ggctgatcac gtagatgccg gtctggccgc agccatcatc
      181 ctcttcgatg tattaaagtg atgggggcgt gtaatgccct cccccaccgc ttctatt
//
LOCUS       SEQF3106|MIQD01000621.1  237 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..237
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gaaggccaac cgtatctccg tggcgtttgc agcattcctg caaaggccaa ccatatttcc
       61 gtggcacttg cagcgttcct gcaaaggcca tccgtatctc cgtgacgctt gcagcgttcc
      121 tgcaagtctc aaatattttg ttttggcatt tgcagaagtc ctgcaaaacc tcccccccaa
      181 caacagaagc ggtcacgcca cacattttct gacggtatgc ccgcttaaga cagactg
//
LOCUS       SEQF3106|MIQD01000622.1  236 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..236
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 agcggagcgt atcgatcacg gtgcgcgcgt cgtgcgccag ccccatgtta tactcttcgt
       61 agacggcctc taactcggtg tggaagccgc ggatgacgtt gttctggaag cggtcagcct
      121 ggatcttggc ccaattctcg atttggttcg aggggatgtc ctcggtgtaa cacgtcacat
      181 cgaagttggt gtaggcgttt gtccctatcg cgccgatggc ggccatgagc ttatcg
//
LOCUS       SEQF3106|MIQD01000623.1  235 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..235
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtagacgggc agaagtatct gcacgagcgc gccattgcaa cgcagcagac gggcttcgtg
       61 atcgtgccgc agatgcgcaa ttggctgccg gacgagatcg gcggcatcct ctggtttggc
      121 gtggacgacg ccaacacggc cgtcttcaat cctgtttact cctccacgtt ggccgtgccc
      181 gagtgctacc gcgagggcaa tggcgacctg ctgaccttct cctggacgtc cgcct
//
LOCUS       SEQF3106|MIQD01000624.1  235 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..235
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ctcgcatgag gtccatcgtc ttggcgaggc ctctcaaatc atcttcgttt tgcatggggt
       61 gttggtgtgg attgatttcg ttttcttttg attgtaagtg ttttgtggat gatctccttt
      121 tttcaaagca gcatcggaag ctgagcttcc agcattactt tttttcaagt aggatgaaac
      181 cctcagggtt cagtgctact ttttttcaag tgagactaaa ccctcagggt tcagc
//
LOCUS       SEQF3106|MIQD01000625.1  233 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..233
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tggtggtgga gaaatacgcc cccgcgctct actcgtcact cggcatcttc ctgccgctca
       61 tcgccgtgaa ctgcgccatc atgggcggct cgctcttcat gcagcagaaa gccttcgtca
      121 acgtcggtac agccaccatc tacggcctcg gttcaggcat aggctggatg ctggccatcg
      181 tcggcatggc ggccatccgc gagaagctgg cctattccga tgtccccaaa ccg
//
LOCUS       SEQF3106|MIQD01000626.1  233 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..233
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggttagggcg gcgttgaatt cgtcgactgc cgttttcaac ttgggtgaaa atccgggtgc
       61 gctggtctca agcggcagct tgacgagcac gtcttttaag agactcaagt aaccgaaatc
      121 ttctgcggta acgagtcttc cgacactcag ggtgtcgatg tagatacttc tttttgtgtc
      181 catatatcag tttattaaat gggtttctat gtctgaaccg tgggggggag ggc
//
LOCUS       SEQF3106|MIQD01000627.1  232 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..232
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtccacctgc cgagtgatga ccgggaagct gtacttggcc agtagtccga agacgatggc
       61 gaaggagagc agcatccaaa acagcagccc gaagtctggc gtcagtagtg acatgatcgg
      121 gtttacttgt tcactgccat caggcagaca ataattgcca gcagggccac gccctcgatg
      181 agggccgcca cgatgatcat cgacatacga atatcactgg ctgcctcagg tt
//
LOCUS       SEQF3106|MIQD01000628.1  232 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..232
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aagcccttaa cggccgcgcg ctggcttaca cctggggcga atacgtctgg cttgccgcct
       61 tcctgctgct cccccttacc atctatcgca acctcaagcg ggcgctgctc tatttccatt
      121 acatcccctg attttggtta cacaggaaag gattgcaaac ctatcccagc aagcctcgta
      181 ggggcgaaaa atctttcgcc cctaccctcg ggcgtatgcg atacgtccct ct
//
LOCUS       SEQF3106|MIQD01000629.1  232 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..232
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcttcatcag ctcgtcggct ggcagggcgc ggagttcttt cagcgtcttg cacttcatgg
       61 tgcgcatatg ctcttcgcct gctttttcgg cttcgcggag tgtggccacg ggtttataac
      121 ctatcgtaga tccgctggag cccatagcct gggcgaagag tccgcggcag aggggcgagg
      181 ccatcaaggt gctgacggac atggatccgg ctgactcgcc cacgatggtg at
//
LOCUS       SEQF3106|MIQD01000630.1  230 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..230
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 caccgtccgg gcatcgccga gcgcggcgtg gatgcgctcg cgcagcagag ggtcctcgcg
       61 tcgggtaccc gcatacccgg tgccgatcgt gtcgtagcgg gcggtcactg gtcttaagac
      121 cagtgaccgc ccgctacgac acgatcggca ccgggtatgc gggtacccga cgcgaggacc
      181 ctctgctgcg cgagcgcatc cacgccgcgc tcggcgatgc ccggacggtg
//
LOCUS       SEQF3106|MIQD01000631.1  229 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..229
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ctcgccatag aacgacatgc cgggttgcat ggccgacatc tcacgcatac ggcgcatgaa
       61 ctcgccttgt gtcaacatga cagggttggc cgacgggccg agcgcctcga aggtgacgat
      121 gaagtccgtc ttgtccatct tcggcaggcg gctacggaac acctgctgca gggcgttgcg
      181 ctgatcatcg gtgaggttca ccgtgggggc gtcggccttg aggatgagg
//
LOCUS       SEQF3106|MIQD01000632.1  228 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..228
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcaaggcctc aatcgttatt cttttcattg ctatgtttac tgtgttgggg ggctggcgcc
       61 cctgtttgat gttgaattgt ttgcggcctt cggccgcgtt gagatgttga attgttgggg
      121 gttgaattgt tggaggttga atcgtctaaa cacataaaca attcaacatc aaacaggggc
      181 gcagccccaa acagttcaac gggggcgcag gccgcccctt aacgcttc
//
LOCUS       SEQF3106|MIQD01000633.1  228 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..228
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tcatgatcca ttgtttgtcg tccatcgtca caatgtggtc gggcgtgagg ttagacacat
       61 cgatgtaggc cagtccggtg aagcaggaaa agatgaagat gtctcgcacc agctccagcc
      121 gctggatacc caaatctttg ttggctatcc ggaggatctc ttcatccgtc agaaagcctc
      181 tatctactgg ctccatatgg aaatggtgat tttgaaaagg cttgtctt
//
LOCUS       SEQF3106|MIQD01000634.1  227 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..227
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggaagtgctg aaagaaaagg aaaatctgac ttcatctctt gaataaactg ctgatcttcc
       61 gccttctgaa tgaactgacc tgcagaaatc tgtcacagct ctgtcaaata agcatctata
      121 tcatagattg atcgtcattc aaggagagtc acacgtttta catctctctg tggtcactcc
      181 ttaatgagat tcatcaactc agctttcgta tatgtcccac tcagaac
//
LOCUS       SEQF3106|MIQD01000635.1  227 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..227
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gggcgcatcg aagaaatgct caacaagcag actgccggct ccaattctcc gcttatccgt
       61 gtgggaaaaa gctacatcat caacaagaat tacatcctcc acatcaacct ccccaagcag
      121 aagatgctca tgctcgtgcc cggaggcaaa ccccgcgaac tggtcatctc gcgtgagccg
      181 ttgaagatga tgaagttatc gactttgccg agtaggtttt cgatgat
//
LOCUS       SEQF3106|MIQD01000636.1  227 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..227
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
     tRNA            complement(151..225)
                     /locus_tag="SEQF3106_02241"
                     /product="tRNA-Arg"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Arg(tct)"
ORIGIN      
        1 aagaaggacg agacgggcga gtacgacgcc gatggctact accgcgcccc cgtcccgtat
       61 gaatacaaaa aaaagcccga gaccgatacg gcggctgcct ttcgatctcg agccttggaa
      121 tacacctatg gcgaggtatt ctatgaagaa gtgattccgg tgcgactcga acgcacgacc
      181 cacagcttag aaggctgttg ctctatccaa ctgagctaag gaacccg
//
LOCUS       SEQF3106|MIQD01000637.1  227 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..227
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aaaccccccc ccgacctgcc ctcagcaggt cggggagtgg attgcaggat gagggatttt
       61 gttcacacca tccgaaccca gggcgatgcc ctgggctatc gtccagcgac cttttaggcc
      121 gccggaaacc ccaccgtcgc ccgtcaacac cccctaataa ttaataatta acaattaaac
      181 attcatccaa tgccctttcg ggccgccgcc gggtaccatc aatccgg
//
LOCUS       SEQF3106|MIQD01000638.1  225 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..225
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tacatgtttg ggaaggccat tgcagcagcg gcttgccagc accacggcgg tgatcacggc
       61 gcggctcacg tgagatgcag ctcgacgcga ctctaacacg ctctgcttcc cttggtcctg
      121 caccgtcctg cgcctccgtg cgtcctgcag gtccagagct actggacaag gatgcgcggc
      181 aagctgcaat cctcagagct gcttctcaac ggtcggggtg acctt
//
LOCUS       SEQF3106|MIQD01000639.1  225 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..225
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgagccttgg catcctgcgc ggcgatcgct acttcctcac cctggaccaa gtcggcagct
       61 ccttcatgcc ttacgaagac cgtcggcagg tggaagtggc cgtcatcgat cccaagacgg
      121 acaaggtgct caaggtcatc accgagagca gcctgaagct ctccttcccc acccggccgt
      181 tgtataagga catgatcttt gccgacgaac agggcgacat ctaca
//
LOCUS       SEQF3106|MIQD01000640.1  224 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..224
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggcgcagatc acttcgagtg cctcattctt ggcgccttgc gggacgatct cgccctgcat
       61 ccggtgcccc ccctcgatga cgaacgagct catctcttct tgcggttctt tttgttgcgg
      121 ttcgggtggg ctgctgcggc ggccacttgt tgcagctcgc ggccgtcgat cagcttcagg
      181 tctccttctt tcaggtcgat cagtccgtca gacagcaggg cgag
//
LOCUS       SEQF3106|MIQD01000641.1  223 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..223
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cggccaaccc tccaccaccc tctccggcgg cgaaagccag cgcgtcaagc tcgccaccga
       61 actcgccaaa cgcgacaccg gccgcacgct ctacatcctc gacgaaccca ccaccggcct
      121 gcacttcgag gacatccgcg tcctgctcgg cgtcctcaac aaactcgtcg acaagggtaa
      181 caccgtcatc gtcatcgagc acaacctcga cgccatcaag tcc
//
LOCUS       SEQF3106|MIQD01000642.1  223 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..223
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 attctcgcat ataggtagtg gttaattatt agtgattaat gatagtgggg tgccattctg
       61 ccgcgtctcc ggggtaatca ttgataatta atcattgtcc attataaaaa taggtagggc
      121 tcagctttcg gagagctctt tgcggaggaa gggggcggtg cggctctcgg tctgtgggtc
      181 ggcggcgagg gcttcgggcg tgccggtgaa gaggacgcgt ccg
//
LOCUS       SEQF3106|MIQD01000643.1  222 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..222
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cagctcccta tgccaaaaga atcagctttt ctgcgagaaa attattcgaa cttgaaccct
       61 tacgcagtca gaaaaacgat cctacgcaaa ccaatacttt caaatagcaa acttcttaga
      121 ggaaaacctt atgcaaggcg atccgcttca ctccgttttc aagaccttga tcatcaacgg
      181 tgaaaccggt aagagaagag gaggagccac ccgaaaaaga at
//
LOCUS       SEQF3106|MIQD01000644.1  221 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..221
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tcgccgacgc tcaggttgat gacgtcgacg ccttgtgcct tcagctcatt gcttttctgc
       61 gacatggcca gtgtggcaga cgacgaaagg ctcgtcaggc ggacagaaag atgttccatt
      121 gtgatttcaa tttatggttg gttatatagg gtagttatgc ggcctttggc cgcggtagtt
      181 aaagggtagt tacggccttg cggccggtag ttatgcgcct t
//
LOCUS       SEQF3106|MIQD01000645.1  221 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..221
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tatcatccat ttcatcggcg gcaggatagt tcagtctctc tttgacaatt cctctgattc
       61 tagctagcaa cagctgacgt gttgcttcat caactgtgtt tcgtaattcc gcaactaact
      121 tggctttacg ttgccccaaa cgttttacaa tcggattttc cttacgtctt ttccccttat
      181 tgaagtgctt gatgtaggct ttgatatact tatcaaactt g
//
LOCUS       SEQF3106|MIQD01000646.1  219 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..219
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 caggtgatga ggtagccgac attgtcgctg ctgtcgtggg ggatgtcgaa ggcctccacg
       61 gtaagatcgc ggatggcgaa gggcacgccc ttttcgatca cgcgtcggga ggagccgagg
      121 ggctcgtcga cgtagcggct gcggttgatg ccgtcgtgca cgcgctcggt ggtgtaaacg
      181 ggcaggtggc aacgctcgcc gaggcagccg acggtcttg
//
LOCUS       SEQF3106|MIQD01000647.1  218 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..218
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 caaaacccgc tgggtttcgg gcttcaaaat tcattttggg gcaaaaccca ccgggtttcg
       61 ggctccgaaa ttcattttgg ggcaaaaccc accgggtttc gggctccgaa attcattttg
      121 gagcaaaacc cgctgggttt cgggcttcga aattcatttt ggagcaaaac ccgctgggtt
      181 tcgggcttca aaattcattt tggggcaaaa cccaccgg
//
LOCUS       SEQF3106|MIQD01000648.1  217 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..217
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cctgctgacg gccttcttct ttatccttat caacaacgtg atgggcctgc tgcccacctt
       61 ccccggcggc gccaacacga cgggcaacat cgccgtgacg ttcgtcttag cggcctgcac
      121 gacgatcgca gtcaatgtct tcggcagccg cgcgtattgg aaggacatct tctggcccga
      181 cgtgccgatg tggatgaagg tgcccgtgcc gctgatg
//
LOCUS       SEQF3106|MIQD01000649.1  217 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..217
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 aaggctaagc accgtcgcga tgatctattt tgaaatgcga tgaggctttt gatcggggga
       61 tatcctatgt cagtagagtt tacatcagga cgggctgcac ctacgagttt ggcttttata
      121 atcaggagga tatagatttt taagatttac tcttcggttt acccgattcg agctgcaagg
      181 ggtaataggt gtccctttgc agtgttgaat tttataa
//
LOCUS       SEQF3106|MIQD01000650.1  217 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..217
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 catgttgatg aaataccttt gtcctcagaa taatcagaag gaagaaagaa tcatggcggt
       61 attaaaatcc atatcaaaca aacaggcaag acgcccttcc acgcacaaag ggaggctttt
      121 atcgaagaag caccttacgt ctttaagtgc accgccccct gccgataagg tggaacaaac
      181 catctctcct gaattgcagg ctgaaataga tcgagca
//
LOCUS       SEQF3106|MIQD01000651.1  216 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..216
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tgctggccag gcacacgccc gcccccaaac ccccaaacgc ataaacagat aaacacctaa
       61 acacccaaca ttccccaaac acctaaacaa tgaaagcaac ccgattcctc tccctctgcc
      121 tcatggccct tgttggcctc gcaggcatga ccggtggacg cgcctcggcg cagaagaaag
      181 agaaagtgat cctcgacacc gacatggtgg aggcct
//
LOCUS       SEQF3106|MIQD01000652.1  216 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..216
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcacttaaaa gcgctttttg ataggaaaac cacagtagtc gagcacttaa aaacgctttt
       61 tgataggaaa accacagtcg tcgcggcact taaaagcgct tttaggtgcc aaaaccacag
      121 tagtcgagca cttaaaagcg ctttttgata ggaaaaccac actcgtcggg ggcctgacag
      181 gcagtccgca ccccctcagg cggatgtgtt tgtatg
//
LOCUS       SEQF3106|MIQD01000653.1  216 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..216
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ctgcaagcta ccttgcacga tggctgcaag ctaccttgca cgatggctgc aagctgcctt
       61 gcacggtgtc tgcaagctgc cttgcacgat ggctgcaagc tacgttgcac ggggtctgca
      121 agccattgtg aaggatgtct tcacttaggt gtgaaagatg tcttcactta ggtgtgaagg
      181 atgtcttcac ttaggtgtga agaggatctt cactga
//
LOCUS       SEQF3106|MIQD01000654.1  215 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..215
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tttcgccccg atcgtccacc ggcccggggt ttcgccccgg gctatcatcc accgggccta
       61 cagcccggat tgatggtacc cggcggcggc ctgaaaggtc gctggatgat agcccagggg
      121 gaaaccctgg gcggaatgaa tgttcgttgg cgggcatttg ggtgtatcag gcatacgccc
      181 tgaaagggca gatcaaccca gcccagggca acgcc
//
LOCUS       SEQF3106|MIQD01000655.1  214 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..214
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gccgtgatga gatcccagcg gctggattgt tgcacaccga tctggctcat ggcgttggtg
       61 caatactctt cgcgcttaac gaggttgcgc tgcacactga tgacccagat ggccagcagg
      121 gcaatgacga ttatagggat gaaggtggtc atggggggta attaattaag tgatgaatga
      181 tcaggtgctg aaaaaaggag gggggcgttc attg
//
LOCUS       SEQF3106|MIQD01000656.1  212 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..212
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gccgtcggtc atggggacgc catcgatgcg cttgatcgtc ttcgccttca ggtcgatgag
       61 tacggccatc gcgcttttcg aggtgtaggg attggtgccg ttgagctcga ggatggctac
      121 gaaggctgcc accttaccgc cgccgaggta tttgcagttg aggatggcgg acgatttata
      181 cttcgagccc tcgatcttaa cggttgagat gt
//
LOCUS       SEQF3106|MIQD01000657.1  212 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..212
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ggtggctgct tgggtgttcg tcaccttaat cacggctaca aggtcggtgc cttgcttcag
       61 ccgagtcaca tccacacgct ggccatcggc atcggtgtag gtcacatcga gcttgatgtt
      121 ttgctccaca gcgggcagcg agtcgcgcag gggaacaacc ttcgtcgtga gggtgacaaa
      181 gagctgtccg cggccttcgt tcttcagcat ca
//
LOCUS       SEQF3106|MIQD01000658.1  212 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..212
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 accgtcggcg tcacgcttta cttggctctc aaaatgtgct cgatccgccc gcgcttcccg
       61 gatcttgtcc gaatgaaaaa cgacagagcc cttgatctcc tcgagcttgg ccgcggcggt
      121 gtcgcgctct ttaagaaagc ccttccgctc cgattccaaa gtgacgatct tcttctccag
      181 cttcgctttc tcgagtaagt cggtgttacc cg
//
LOCUS       SEQF3106|MIQD01000659.1  212 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..212
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ctgccgagcg acagtcgctc gaagtcgtga tcgaagacaa tcatggccag agtcaaacgc
       61 tcgccttcga cttcaacagc aaggaaaagg atgctgacag tgactattct ttgctttcgc
      121 atcccagtcg gccgttcact ggggccgctg gatcaaaagc gagccagtga gtcgctcacc
      181 agagtccatc gaaatctttt ttcatcgctt gt
//
LOCUS       SEQF3106|MIQD01000660.1  211 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..211
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgagaacgcc ctcctcgacg cccaactccg cctccgcgcc ggacacatcc ataacgccct
       61 cgtcggcgga ttcgacgaga tcaccgacga ctacctccac ttcttccgcc gcatcggcct
      121 ctggcaattc acagacggct tcgccgccga cgccgccgtc agcttcctac tcaccccccg
      181 ccccgacacc cacaccctct gccgcctcga c
//
LOCUS       SEQF3106|MIQD01000661.1  211 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..211
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcatcagtgc ggccttggcc gggaggtctt tcacctcggc cgctttgcct attcggtgtg
       61 cgatgtggca gaggcgatcg atgacgtaag gcgtgtaggc ttgaatggct gcgtgggtgt
      121 cgagcgtggt gggcgcccag tcgaagaaga tgatggagaa gggcatgccc cggaattgat
      181 agcctgtgtt gctatagagg tggttgccat c
//
LOCUS       SEQF3106|MIQD01000662.1  211 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..211
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ttcttcaaca tgcttaacaa caatttcgta gaccaagtgt ataagaagac gaagctgcaa
       61 ggcgatgagg tgctctatca gaatgcgtgc gaagagtatc tccgcagcac agactgccgg
      121 atcgtagtct atgccatgca taagcaggcg cttgaaccga ttcaagtctc cgagggaata
      181 gcgaagaagc gaatcttgca cttgagggga a
//
LOCUS       SEQF3106|MIQD01000663.1  211 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..211
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cgtccctcgt aggggcaccc cttgtgggtg ccctctgtgg tctttccccc tgtggagagg
       61 gcacccacaa ggggtgcccc tacaaacgcc ccgcatgtac ctgaggtttc gccttcaggc
      121 ggggcgggac atccacccgg tataatcatt caacaaccca acaattcaac aactcaacat
      181 gcctcccagc ggccctacag gccgcgtggg g
//
LOCUS       SEQF3106|MIQD01000664.1  211 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..211
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gcagggctct gaaagacggc cttttttacc ccgtgcgtta cgcagggctc cgaaagacgg
       61 ccttttttgt cccgtgcgtt acgcagggct ccgaaagacg gccttttttg cttcccgcgt
      121 tacgcagggc tccgaaagac agcctttttt gcttcctgcg ttacgcaggg ctctgaaaga
      181 cggccttttt taccccgtgc gttacgcagg g
//
LOCUS       SEQF3106|MIQD01000665.1  210 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..210
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tgggcaaggg cggcatcatc gcccacggag tgaacaccga attagacgag ctgcgcgaga
       61 tcgcatactc cggcaaggat tacctcacca agctgcagca acgcgaaagc cagcgcacag
      121 gcatccccag cctcaaggtg gccttcaata atgtattcgg ttactacatc gaagtgcgca
      181 acacacataa agacaaagtg cccccggagt
//
LOCUS       SEQF3106|MIQD01000666.1  209 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..209
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ccgtttagca ttcccgtgac ttcaattcgt cacatctccc tcgtgctggg ctacgtggct
       61 atgaccatcg gcaacacggt cgtgtttagc aaccggcggt aaggcacaca acgaatcgaa
      121 atgaaccatt taataagtaa gaaaatgaag aagtatttac tcttagcgct tatcgcgctc
      181 atggctgtgg catgcagcaa ggaagcaac
//
LOCUS       SEQF3106|MIQD01000667.1  207 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..207
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 ctgattggct acgacgccga cggactggcc gttgaagcgg gcgaaaccga tgatgatgtt
       61 cttggcatag ctgggctgga tctcgaagaa ctcgtgattg tcgacgatgg tgttgatcac
      121 ttcgtacatg ttgtatgcgc ggttggggtg atcggggatg atttcgttga ggttgtcgtc
      181 gaggcggtcg atcgggtcgt tgcactc
//
LOCUS       SEQF3106|MIQD01000668.1  206 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..206
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 agtatgtata cccaccgtat acatacttgt atgatcaaag catacatact tgtataccac
       61 aaccatacag gcatgtatat cttcagtata catacttgta taccgtctgc atacatctat
      121 gtatagagct ccttgctaat ggtacaccca cacccagaga gtcaaatgat cgtgatcgac
      181 tctcgggtta tcacacaggg ctcctt
//
LOCUS       SEQF3106|MIQD01000669.1  206 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..206
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gacacgcgtg ccggagaagt attacaagcc ggagaacgcc tatgaataca gtctcctgac
       61 tcgcttcgag aaggtccgga cgcacatcta cgccacgatg gaggagggcg ccgaggcggt
      121 ggcacgcgaa ctggccaccg agatccgcga acgtcaacgc gcaggcaaac catacgtcat
      181 ggccgtgccc ggcggccggt cgccgt
//
LOCUS       SEQF3106|MIQD01000670.1  206 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..206
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 gtattggaaa gcctttcgta gctcctacct tggtcttaaa cccaaactcc ggcgtgcgtg
       61 taccgctata cacggcgttg tcgccaaggt gataccatgt attgtcctgc ggaaagcccg
      121 actgccagtg gtaggtgaac gtctcgcccg gctgggcgtt gaggatgtct aatttcactt
      181 tccatacctc accgtcaccc tgcccg
//
LOCUS       SEQF3106|MIQD01000671.1  206 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..206
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 cctctcgtcc atctaccgct acgctcgcat cgcctacatc ggcggcggct tcggccacgg
       61 cattcacaac gcccccgagg ctgcggttta cggcgtcccc gtgctcttcg gccccaacca
      121 ccgcaagttt cgcgaggccc tcgacctcat cgcttgcggc ggcgcctttt ccatcaccga
      181 cgagtccacc ctctctgctc gcctcg
//
LOCUS       SEQF3106|MIQD01000672.1  204 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..204
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tcgaagtcgt gatcgaggac aaccacggcc agagtcaaac gctcgccttc gacttcaacc
       61 ataaggagaa cgacgtctct tcggaagaca tctctgtctg aatacatctt tttttcatcg
      121 cctgttttgt tcataaccct gacatgaaga gcatctgtcc gcgacggatc gatgcttttg
      181 ctttttatcc accacgaaaa catc
//
LOCUS       SEQF3106|MIQD01000673.1  200 bp    DNA     linear       16-AUG-2019
DEFINITION  Tannerella sp. hmt 808 strain SAG 110, Cell110.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 808
  ORGANISM  Tannerella sp. hmt 808
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..200
                     /organism="Tannerella sp. hmt 808"
                     /mol_type="genomic DNA"
                     /strain="SAG 110, Cell110"
ORIGIN      
        1 tggatgattg cgccctgtag gggcgccgga tgatagccag gggcgaaacc cctggtgcac
       61 gaatacgatc ggggcgcccc ccccggcgca tccgggtacc cgattttatc cggggaccca
      121 gggtttcgcc ctgggctatc gtcctccggc cctacaggcc ggatggatga ttgcgccctg
      181 taggggcgcc ggatgatagc
//
