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# Synechococcus sp. WH 8102, WH8102

>SYNW0331 conserved hypothetical protein
MTPTASLLLLSLLLLSCSGPRPTPLPDFNGLLRQNASSRRDPALAQRWLA
SLTLRGGRERVDLVDLGSRQPVPLPGLNRADAQPISVSVSADGTRLAVVQ
QRDERTELVLYRRNVGTVQRLPLEPPGVPRAVSLNADGRRLAVQVSRGGR
WEVDLIRLP
>SYNW2488 conserved hypothetical
MSFFGLGFPEILIICLIFLLVLGPNKLPKVGKYLAKYLGGFRSASDEFKR
EIDVVVLEDKDPKEDTL
>SYNW0953 hypothetical
MDTSGYVYPPMDDLLKRQNGGGQGGFDPNSSDGGDLNGGDGLHPRPGESD
VGSGLELDRSLQRVAAHEAWLNEQSQLPVENWLQIRGGKSIALENFGVNN
NTTNEFTRDFEKSLIVVDQRSIDLEDYSRNLPPETDILVLNPNTSGANQI
REFLIGDNAADYSNISIIGCRDDFHNACLGSDVLSVEDLSKQIYLFQQEN
LIDTSVNLRLFTAENLVVNVTQSPSQSASTELLSRAINIISSSFDSGRFQ
ESLNHAYSASKHSYVLDRAYQLINGTSAPSIELVDFGKAEIKGAYLSGQD
RILVDSSLRNANTLLDRVLIEEIGHWLDESHGADSKGDEGDIFATSLLGG
NPTSSSRIDNVKRQILSLNGHFYYAEFANFGVDTLSSSSEVQSAGSSIIL
APESGYSFRDVISDHSVSGANVASQFSVFVNGGASISPTGASFSSGSLLL
TGISPVIEQNDYVTISYSPSGTSTFNLVDSSNPGSDTVPAFSDLPIDNNS
TKDITAGYVDFGSSTTAVATNGATIVLKFNEALADITNDANTRNQFAVLT
NGAANAVTGIALGGSNKEVTLTLTNTVEDGDEVTVAYTKDTGNSVQLEDR
HTDATDIDNFSATSITNNSTKDLTAGTVDFGSSTTAVATNGATIVLKFTE
ALADITNDANTRNQFAVLTNGAANAVTGIALGGSNKEVTLTLTNTVEDGD
EVTVAYTKDTGNSVQLEDRHTDATDIDNFSATSVTNNSTKDITGAVIDFG
ASTTAVATNGATLVLTFPEELADISDGADVRAQFAVLTNGAANAVTGVSL
GGSNKQVTLTLTNVVEDEDEVTVAYTANGANALKDRHADATNIANWNATS
ITNNSTKDTTAGYVDFGSSTTAVATNGATIVLKFNEALADITNDANTRNQ
FAVLTNGAANAVTGIALGGSNKEVTLTLTNTVEDGDEVTVAYTKDTGNSV
QLEDRHTDATDIDNFSATSITNNSTKDLTAGTVDFGSSTTAVATNGATIV
LKFTEALADITNDANTRNQFAVLTNGAANAVTGIALGGSNKEVTLTLTNT
VEDGDEVTVAYTKDTGNSVQLEDRHTDATDIDNFSATSVTNNSTKDITGA
VIDFGASTTAVATNGATLVLTFPEELADISDGADVRAQFAVLTNGAANAV
TGVSLGGSNKQVTLTLTNVVEDEDEVTVAYTANGANALKDRHADATNIAN
WNATSITNNSTKDTTAGYVDFGSSTTAVATNGATIVLKFNEALADITNDA
NTRNQFAVLTNGAANAVTGIALGGSNKEVTLTLTNTVEDGDEVTVAYTKD
TGNSVQLEDRHTDATDIDNFSATSITNNSTKDLTAGTVDFGSSTTAVATN
GATIVLKFTEALADITNDANTRNQFAVLTNGAANAVTGIALGGSNKEVTL
TLTNTVEDGDEVTVAYTKDTGNSVQLEDRHTDATDIDNFSATSVTNNSTK
DITGAVIDFGASTTAVATNGATLVLTFPEELADISDGADVRAQFAVLTNG
AANAVTGVSLGGSNKQVTLTLTNVVEDEDEVTVAYTANGANALKDRHADA
TNIANWNATSITNNSTKDTTAGYVDFGSSTTAVATNGATIVLKFNEALAD
ITNDANTRNQFAVLTNGAANAVTGIALGGSNKEVTLTLTNTVEDGDEVTV
AYTKDTGNSVQLEDRHTDATDIDNFSATSVTNNSTKDLTAGTVDFGSSTT
AVATNGATIVLKFTEALADITNDANTRNQFAVLTNGTANAVTGIALGGSN
KEVTLTLTNTVEDGDEVTVAYTKDTVNSVQLEDRHTDATDIDNFSATAVT
NNSTKDITGAVVDWAAATTAVATDGATLVLTFPEELADISDGADVRAQFA
VLTNGAANAVTGVSLGGSNKQVTLTLTNVVEDEDEVTVAYTANGANALKD
RHADATNIANFNAISITNNSTKDLTAGTVDFGSSTTAVATNGATIVLKFN
EALADITNNANTRSQFAVLVNGATNNVTSISLGDSNTAITLTLATAVEDG
DEVTVAYTKDTGNSVQLEDRHTDATDIDNFSATAITNNSTQTLSAPNPLF
GSTSTAVASAGNLLVLKFAGQLADVTNDANTRNQFSVTTNGVANTVTGIS
LGGSNTEITLTLTQVIEDNDEVTLSYTKDSVNNVELAGRTAGSAQVSDFL
STAITNNSTKDTTAGYVDFGSSTTAVATNGATIVLKFNEALADITNDANT
RNQFAVLTNGAANAVTGIALGGSNKEVTLTLTNTVEDGDEVTVAYTKDTG
NSVQLEDRHTDATDIDNFSATSITNNSTKDLTAGTVDFGSSTTAVATNGA
TIVLKFTEALADITNDANTRNQFAVLTNGAANAVTGIALGGSNKEVTLTL
TNTVEDGDEVTVAYTKDTGNSVQLEDRHTDATDIDNFSATSVTNNSTKDI
TGAVIDFGASTTAVATNGATLVLTFPEELADISDGADVRAQFAVLTNGAA
NAVTGVSLGGSNKQVTLTLTNVVEDEDEVTVAYTANGANALKDRHADATN
IANWNATSITNNSTKDTTAGYVDFGSSTTAVATNGATIVLKFNEALADIT
NDANTRNQFAVLTNGAANAVTGIALGGSNKEVTLTLTNTVEDGDEVTVAY
TKDTGNSVQLEDRHTDATDIDNFSATSITNNSTKDLTAGTVDFGSSTTAV
ATNGATIVLKFTEALADITNDANTRNQFAVLTNGAANAVTGIALGGSNKE
VTLTLTNTVEDGDEVTVAYTKDTGNSVQLEDRHTDATDIDNFSATSVTNN
STKDITGAVIDFGASTTAVATNGATLVLTFPEELADISDGADVRAQFAVL
TNGAANAVTGVSLGGSNKQVTLTLTNVVEDEDEVTVAYTANGANALKDRH
ADATNIANWNATSITNNSTKDTTAGYVDFGSSTTAVATNGATIVLKFNEA
LADITNDANTRNQFAVLTNGAANAVTGIALGGSNKEVTLTLTNTVEDGDE
VTVAYTKDTGNSVQLEDRHTDATDIDNFSATSITNNSTKDLTAGTVDFGS
STTAVATNGATIVLKFTEALADITNDANTRNQFAVLTNGAANAVTGIALG
GSNKEVTLTLTNTVEDGDEVTVAYTKDTGNSVQLEDRHTDATDIDNFSAT
SVTNNSTKDITGAVIDFGASTTAVATNGATLVLTFPEELADISDGADVRA
QFAVLTNGAANAVTGVSLGGSNKQVTLTLTNVVEDEDEVTVAYTANGANA
LKDRHADATNIANWNATSITNNSTKDTTAGYVDFGSSTTAVATNGATIVL
KFNEALADITNDANTRNQFAVLTNGAANAVTGIALGGSNKEVTLTLTNTV
EDGDEVTVAYTKDTGNSVQLEDRHTDATDIDNFSATSITNNSTKDLTAGT
VDFGSSTTAVATNGATIVLKFTEALADITNDANTRNQFAVLTNGAANAVT
GIALGGSNKEVTLTLTNTVEDGDEVTVAYTKDTGNSVQLEDRHTDATDID
NFSATSVTNNSTKDITGAVIDFGASTTAVATNGATLVLTFPEELADISDG
ADVRAQFAVLTNGAANAVTGVSLGGSNKQVTLTLTNVVEDEDEVTVAYTA
NGANALKDRHADATNIANWNATSITNNSTKDTTAGYVDFGSSTTAVATNG
ATIVLKFNEALADITNDANTRNQFAVLTNGAANAVTGIALGGSNKEVTLT
LTNTVEDGDEVTVAYTKDTGNSVQLEDRHTDATDIDNFSATSITNNSTKD
LTAGTVDLRSSTTAVATNGATIVLKFTEALADITNDANTRNQFAVTVDGS
TNTVTGIALGGSNQEVTLTLTNAIKDGAEVFVAYTKDTVNSVQLEDRHTD
ASDILDFTYSINNSSTVDSTIPVAVADTSSVEVGGSVVFDGTSGNQPILI
TNDTDNVGVTGIGAVDGVSFTSLTNSDHGTYSGAAGYKKVVGTFGTLYIK
SNGVAAYIHTGTRATDTDVFIYTATDLQGNESIPIKLTINAQDTTAPSKS
DTITESVNEGSTSSNLQLLSIFSDNSSTFSVTNIKVGSGSTVVLPSAETT
GQYIGFSKVTSTQGDLYLKADGTAFYVHGGSDIVGTGTTDVFTYTVNDGT
NQTTNTITINLVDTTVVPPTNSSSSTNSASSINLVMSEAIKSNVTALQSI
SDFSSIGPFFSLQIGNQTLAYGTGSGTFSMDKVNSTTLTFIVNTESDYIQ
NVHELVQLVYNPTGANTHHLKDLDGNFASGFTQLVTNQFVAPSVSSATTT
SSNVVTMVLSENALSNSANLSAITNFADLGALFSVKVGSQTLSYGASGAG
TFSLGKDGSNNNKLVFTINTEADYLQNDQEVVQIIYNADPSSTTHNLVDS
DGNQTTDFTFTAANSFLAPSVSSATTTSSNVVTMVLSENALSNSANLSAI
TNFADLGALFSVKVGSQTLSYGASGAGTFSLGKDGSNNNKLVFTINTEAD
YLQSDQEVVQIIYNADPSSTTHNLVDSDGNQTTDFTFTAANSFLAPSVSS
ATTTSSNVVTMVLSENALSNSANLSAITDFANLGALFSVKVGSQTLSYGA
SGAGTFSLEKDGSNNNKLVFTINTEADYLQNDQEVVEIIYNADPSSTTHN
LVDSDGNQTTDFTFTAANSFLAPSVSSATTTSSNVVTMVLSENALSNSAN
LSAITNFANLGALFSVKVGSQTLTYGASGAGTFSLGKDGSNNNKLVFTIN
TEADYLQNDQEIVEIIYNADPSSTTHNLVDSDGNQTTDFTFTAANSFLAP
SVSSATTTSSNVVTMVLSENALSNSANLSAITNFANLGALFSVKVGSQTL
SYGASGAGTFSLGKDGSNNNKLVFTINTEADYLQNDQEVVQIIYNADPSS
TTHNLVDSDGNQTTDFAFTAANSFLAPSVSSATTTSSNVVTMVLSENALS
NSANLSAITNFADLGALFSVKVGSQTLSYGASGAGTFSLGKDGSNNNKLV
FTINTEADYLQNDQEVVQIIYNADPSSTTHNLVDSDANQTTDFTFTAANS
FLAPSVSSATTTSSNVVTMVLSENALSNSANLSAITNFADLGALFSVKVG
SQTLSYGASGAGTFSLGKDGSNNNKLVFTINTEADYLQNDQEVVQIIYNA
DPSSTTHNLVDSDGNQTTDFTFTAANSFLAPSVSSATTTSSNVVTMVLSE
NALSNSANLSAITNFADLGALFSVKVGSQTLSYGASGAGTFSLGKDGSNN
NKLVFTINTEADYLQNDQEVVQIIYNADPSSTTHNLVDSDGNQTTDFTFT
AANSFLAPFVSSATTTSSNVVTMVLSENSLSNSANLSAITNFADLGALFS
VKVGSQTLSYGASGAGTFSLEKDGSNNNKLVFTINTEADYLQNDQEVVQI
IYNADSSSTTHNLVDSDGNQTIDFTFTATNSFLASSVSSATTTSSNVVTM
VLSENSLSNSANLSAITNFANLGALFSVKVGSQTLTYGASGAGTFSLGKD
GSNNNKLVFTINTEADYLQNDQEIVEIIYNADPSSTTHNLVDSDGNQTTD
FTFTATNSFLAPSVSSATTTSSNVVTMVLSENALSNSANLSAITNFANLG
ALFSVKVGSQTLSYGASGAGTFSLGKDGSNNNKLVFTINTEADYLQNDQE
VVQIIYNADPSSTTHNLVDSDANQTTDFTFTATNSFLAPSVSSATTTSSN
VVTMVLSENALSNSANLSDITNFANLGALFSVKVGSQTLSYGASGAGTFS
LGKDGSNNNKLVFTINTEADYLQNDQEIVEIIYNADPSSTTHNLVDSDGN
QTTDFTFTAANSFLAPSVSSATTTSSNVVTMVLSENALSNSANLSAITNF
ANLGALFSVKVGSQTLSYAASGAGTFSLGKDGSNNNKLVFTINTEADYLQ
NDQEVVQIIYNADPSSTTHNLVDSDGNQTTDFAFTAANSFLAPSVSSATT
TSSNVVTMVLSENALSNSANLSAITNFADLGALFSVKVGSQTLTYGASGA
GTFSLGKDGSNNNKLVFTINTEADYLQNDQEVVQIIYNADPSSTTHNLVD
SDANQTTDFTFTATNSFLAPSVSSATTTSSNVVTMVLSENALSNSANLSA
ITNFADLGALFSVKVGSQTLSYGASGAGTFSLGKDGSNNNKLVFTINTEA
DYLQNDQEVVQIIYNADPSSTTHNLVDSDANQTTDFTFTATNSFLAPSVS
SATTTSSNVVTMVLSENALSNSANLSAITNFANLGALFSVKVGSQTLSYG
ASGAGTFSLGKDGSNNNKLVFTINTEADYLQNDQEVVQIIYNADPSSTTH
NLVDSDANQTTDFTFTATNSFLAPSVSSATTTSSNVVTMVLSENSLSNSA
NLSDITNFANLGALFSVKVGSQTLSYGASGAGTFSLGKDGSNNNKLVFTI
NTEADYLQNDQEVVQIIYNADPSSTTHNLIDSDGNQTTDFTFTAANSFLA
PSVQSLTTPTNSSVKLILTENALSNSTNISSITNFASLGGLFTLKIGSQS
LSYGTGAGTFSLTKDGSNNNILIFTINTQADYIQNVEESVQLLYNADSSS
TTHNLIDSDGNHTSDFNLAASVSFQAAPSGQIVISDILENSTLSLSSTDI
LSLISDPNNDTLNTSSITSLSIAATSNATVALGSSTLTGPVSDTWTFSPG
DFFGEVQLTAVVNDGNSGGALSTTFTSTFNVLPVNDAPVQSSSATLSSVA
RGQNKDITLSDLLGNITDTETTQLSGTLTSDLSIVGNSVSTNKGTITYDS
VNTKWVYNSTSTNSAGDSITDSGSVTLSYVVTDGTNQVSASATFTVDDTN
AAPTGYIEFSDILENSILKFTSADILNRISDPNADTLNYASITSLTIVDN
SNNSSIPNGSLLRQDDTSNNLSNFTFSPAEFTGVAKISAVVEDGNGGSTT
FTTTFNVLSVNDDARFNSSDSVSPTLLSASLSSADSKSISLYFSESLDNS
IVIENNTFVVKDSNNATLSYTVTRDTTDYSSNDSVITLVLDSAISDTNNL
TVSYSGSSIVDASSANSYAGNALSAFSNQVVSNTRVNSPLIISGSLGLDG
KTLTLNSSKALDSTDVISSSTFTVQSSTDGSNWVTVPYSVDGDSSDYINT
ASSIVLKLDDALMYSHQVRVSYASTTIEDSSQTYDLATFSNFSIQNRSSV
FTLESLASTNSVIYEDLGFDGTPTTAQIISLAAEGTVNPDSVVVGNYYTI
ESVGSTDWTAIGASANAAGTTFKATNTGTGNGTASTNYLILDSEILGKYY
DVESSALSLYNVVADNGTFKRNDANTGWFYRPVVNYSGQVVVSFDVFDGT
SFTPGSATLDVQSINDIPVRIAGNVSGIIIPEGASTDTSPPTLAHASVNG
SSVLLHFSEALDTSTVVNSSMFDIKVGGNEVTYTVNGSTADYSKSNTTLS
LTLSSAVSATDVVTIDFPSYTRITSLGTTTNWTNHGAVQTAAGNFVVGRE
YIINTAGDTSFTGIGATNNNVGTVFIATGAGSGSGNALETNFVATSSITG
DGVSVDNVLKDTAFSANKLVAFSGSSISNITGTDTTVPVLTSALLAPDGK
SVKLVFSEPLDTSVSLNNSTFNVKMSADGVNYSAHSYSIDATSAAYSDGD
STISLTFATAVDYQALLTLDYQGTNIKDTSGNALATIATASPMSIKNNVR
VSLGLSALSYLPGLGDDESINSSTIQTLTYKITALPSSLVGQLQLIDGTP
VVLNDTYSIDQLRQLQFESFSGANGTTSFTINIADSAGSSINEVIPIGTS
FVNDGPIQTGPAFVFSAVQEDNTLDITKAQLLTGYVDEEGNPMFVNGLSA
SNGTLSQSGDTWTFTPIEHFVGTVDLMYVINDSNGGGILATNSFQITEVN
DAPVRDDGSSFNTLTVLEDGPVSSMNLPSTLSYSTGGEGRSTGETSQSLT
YTVTSLPVTGGGASAGTIYKDNGTSVAAGSFVSGTKYYISASGTTDFTQI
GAANNNVGTSFTATGAGAGTGEAVAITTVDLSNPSLTLTELKGLKFQPAA
NIVGTFTLGFTVSDDGPNTNDGNVKTDKNSLTQSVGISILNFNDTPVLPT
PSIAFTSNGTEDTAFTFTEADFLAGVTDPDLDSNANPTNPFGDVLSISNL
SASNGTLIGPVNGVYTFTPSANFNSDLGGVVTFNYLINDGQGGSIANTIT
RTIDPGNDSPVATFNTAQFASENGGTLTGQLTATDIELSRGDNAGKTLTY
TQTNTVAGFALAVDGSGSFTFDTADTTYRYLALNETLTLTINYQVTDEVL
GTNFGSLTAQDLANTKGSFTITLTGSNDDPYAVGGALAALTPGTEDTTST
FTIADLTQGYADYDTSDVLTVQSPTAYKVVDGVTTDEIVGSFTPNLVNNI
LQSYTYQPSANFTGNLEVKYVVSDSKGPGIAGSSTLVINAVNDTPVPTFA
FNQSASEAGAVVTGQLTADDTEITTGEQAATSLTYSLVGDAIAGLTIAAD
GQFTFDPTNAAYEYLANGEEQVITVNYRVTDPGNLFADKSFTITINGTND
NVVVDLNAIATLAAATEDTAFVVSIDQLLQGFSDVDTSDVLVVQGLTAFK
ANAAGTALDEVAGTLTRVETNGVLTGYQFTPVANYNGNVALKYTVVDGNG
SDIAGSLVLNVNAVNDIPVPSFGINQVTYEADTLVTGQLTADDIEIGTGE
QLATSLIYTLSGNAIPGFAIANDGAFTFDPTNPAYEYLAAGEEQVITVNY
RVTDAGGLFAEKNFTFTVKGTNDDPVVDLGAIAALAAATEDTPYTVSVDQ
LLQGFSDVDTSDVLVVQGLTAFKADAAGNALDDGAGTISRVEVNGVLTGY
QFTPLDNYNGNVILKYTVADGNGPGRAGSLPLIVNAVNDLPVPTYDTNLV
NTEGNELVTGQLTAVDNEIITGEQLPTSLTYTLSGNAIPGLTIAADGAFT
FNPQDAAYDYLAFGEEQIINVNYRVTDAGALFAEKTFTITVKGTNDDPVV
DVNQTVALAAATEDTEYLITTADLLAGYSDVDTTDVLTVESLVVYKADNA
GLPTTELGGSVTPVVVNGVTTGYNLLPADDYFGDVVVTYIVSDGNGPGVP
ATSTITVNPVVDVPRVGNLGEKGLNLGQTPEDTPTTFTTADLLAGFTDPD
GFELTIKPDSVTNAYSTITLEGDTYTFTPNLNFSGSTQIDFTVVDAAGNE
VPFSKFIDVIEVNDPPSITLDRDALDSDYKSKTYLIPFEQIFAVVPANPV
VELIDPDLSITTQVVGDSLSIEIPAAYTEDVSFMFGDTVVDPNSLFTLDV
LRPLQVSDRNVVAGFERFFALSDFGFGDVEGLPLQSVLIQVPDTSLGTIR
VGSGNFDTDTENVIQLTPLASSDFNQSNVFEVTREQIETGSVYFVANPSP
LNAGKSADLEFIVKDESGDLSTLPGLLRITIQEAPESVQDFIANSTYEPI
FDAELGLNRFDSVDTIISSIGITRDEALSVIRSTLPIRTAANSFDASVET
PFSYVTQNEVEYRWDIGAFDIFEYDFTSNTQTLVLDFASLTIDSDLYQHF
ADLYTYSLANDLDNAYLASKLVELIPGSNDRLNKIEDAFSLSNYDDIYSY
LTASGRNGPELLDITTDNTQKQFVRLYSAIASSPILSNTFNEGRDLLVQS
VLDLINPPSPLPNRLVDNLNDLFTEKTSSLASSFVLPSGIALSPEGLDRL
NRVTNLVGTGGSSDLLAASEFSTNTPQLLNTLSDQNIISDTGSLLNNFGQ
PVLSDGEPLIISDYQSLVSSFVDTNLTTFSDDFLENDSISGELARNIVLN
EISERVVQAADSSTVPEVISSTLNNLLAAALQLDPVAEDAKTESNRLLKM
ALSVDSLVEQRPLYEVDEATGQPKTVFDPRSNTDVFVVNEENQAFYNAAL
EQQDVLQADYVGLTLEQWKDIDNQPNSAKVKADRINAVKIGISYADYLNF
ANLNPLDSEVWSIYPFVGYVEAGTFDSDDFLVVDNLFVDPQAALNNLISS
GINKGVSFDDFSSLLFNQPIYTPSTVSSDSGAEITRADAITYASTDPSSA
LYIAAMDSNFQEGNVIKAYKTTNPNPYKFTIEDFDDANLLTDGLQVSYLV
NYTYGDLAVGDSGYTFNVASGYSPDLVGHDLDEFNLALKYVSEYDLLSYG
ATPVESSNDLPVEPGQQVFTWESNPENIIDKYGQQSAPLYDLDGRVITKA
GWYDFTLRPTTETEFDPELEEQVPVWRDGARFIYADYYTVDVGNFLTDND
PANDELLIPANSWYVPSQSDLLEEEEGVLPEGVAFRRIVGLELNFTDNAF
GDKDPGIGRVVDPFGTGAKSNSSSLFTSNFTSDNLFNEEPPDPKFILKRN
EKKVLKTAVVLDETKKAVDLEAVVLDETQKAVDLDAVLLEDDQVAVSRDL
LVTDELFTSDVDMTNLRLVDENAVILALNEKTVDIDAVILEDDQIAISRD
ILVTDELFTSDVDLTNLRLVDEDAVVLEPTQKAVDIDDVVLLDNQIAVDD
DAVILDPTEKAVDINAIILLDDQVAFNIDDVPVSLDGLKLVPDDAVVLDP
NQQAVDVNTEILQPDQKAVPLDAPEVANDASGSGKYKQPPSDIKQSGSGV
DAPGISDIAALKFGEDAPGTGNGDGNGQGAGSSNSSGSGVGVSMNEQATQ
FPEGEGDGDSDSVEQRGQGAPGQGDGEGGEAALGDDQTPTTQRKRGLMLQ
PIVESESVDEDAKSSSNLLKNLSEGSIMGTNLLDALTLGGGILYALYAPQ
AVKPIKRTFGSLLGRLTGRSTSIPERKVATVFAMKLPDGTQRLIAAKVTT
QSIDIIAQQDMPSGMSVTQAGNQEQVDFAFNQLLDKITNESFDLMLVGPR
LRNQISLVAKLASDSLILDTSSIEQKLKSCSQDEVKSLQQWLDRPSSTPP
ESNPVKDLLSVRQSDYSKSLMTQQASMASLVELSVALSWKD
>SYNW0270 conserved hypothetical protein
MNVFGVGLPEMAVIGAVALLVFGPKRLPELGRTLGKTLKGFQSASKEFER
EINKAMAEPEQLPSSDVEASNAKPSND
>SYNW2107 hypothetical
MCDNMAQDPKHLVQRQPHYCIIDEVDSILIGEARTPLIISGKVEKPKQKF
SLAAFISTKLEHGQDSDNDEFEAFGDMAKPSVHC
>SYNW2187 putative RND family outer membrane efflux protein
MRRFTATVVLTAGVLAAAPTPGFSQDEPTSSTSALVDQTTLPNALDLKGE
RPQSDSSVIPAAATEMPAELRDLGTPPSLALPDSPDQVRIHELRPLTLDE
ALTLAEVNSPSLKAAASQVDQAKSSLRAAISAWYPTVDLSANGLPSYLKS
YNYRNPDFVPGIAGENETYDREKRADVSLSVRWDIIDPARVPEIASQRDA
YEQSRDAYLIALRDLRLQTASSYFQLQEADEGVRIGQASVRASLVSLRDA
RARFNAGVNTKLEVLEAETQLARDRNLLTDRLASQDLARRGLARELALPQ
DITPTAATPSAPLGLWEPSLQESIVAAYNYREELDQLILDISIDNSRANS
SLAAVQPVLSFVNTTTSFRSEGQSGVSSLGDIDMDDYTWGAQNTTALTAT
WRLFDGGRARAEYRRFKRAAEESAYNFASTRDGIRFEVEQSFINLRSAIQ
NIETTSSEVLSSRESLRLSQLRVQAGVSTQREVVDNQRDLTNAEIRYARA
IREYNTSLAQLQRRTGLDALIACPANTLPAQKPEAEGMVIPIEPTPLKTA
CQMGAVAGQTEAIP
>SYNW1890 Putative inner membrane protein; similar to 60 kDa inner membrane protein family
MIGYISDNLLIPILDFFYGLVPSYGLAIVALTIVIRVALYPLSAGSIRSA
RRMRIAQPVIQKRQAEIKSRYANNLQKQQEELGKVMKEFGSPLAGCLPLL
VQMPILFALFATLRGSPFADVPYTINLKVLPADQIAAVEPKPFNSASHSI
FIAETDHVPVIASLPRGTKLGVGDSATVNLHTKDGRGFDDVLTAVDNPSR
FAPTWSITKGDDVVNVSDDGTITALTAGDATVEAKIPGLAARSGFLFIKA
LGQVGFYADGDINWDIAILVGGFGLTLFLSQLLSGMGMPANPQQATANKI
TPVMITGMFLFFPLPAGVLLYMVIANIFQALQTFLLTREALPENLQKILD
QQMTQQTVPVTATSAGGGDARLPFEPKGGK
>SYNW1691 hypothetical
MNPPTKYTFPPDFESFIAWLGRQTAEDQNYLIKLAFENQQLRNLERTFAS
LRLDQRQDIFQRLGLADHLIKQIPASGSGSLSKGVANAQVESQGAADAPK
VASQLSASARADKSSGATKNIGPVVAFLALIGVIGVLTLNSGSNIISGLM
LTRNKSSVPNEASPVNQPPEQIAEVEAPVVEVKDQVAEQVTLRSKGPSWV
TLRRNGKVEFDGNLEGEKVVDRPVEIEIYAGRPDLVEVITDGLPPRRLGT
IDDIKWLPLMP
>SYNW0957 conserved hypothetical protein
MTTSTGQLEADARSRSVPVPSVSLGLGNDLDPKFGRWIITGGIAGFLIWA
VNFPDAMPGHALFHQRGPTQVATLILGGMLGWFLFNKLRILQKAQKDYLA
FDLEIPSLVRQGDLEAIKLKSENSGSLVGKRLLHLLDVWESTGSAFQLER
AADGDVDLYELSMSSSFSFPKLLLWAIPLTGFIGTVIGMSQAVGSFDAVL
SNADNVDGLKDGLVQVTGGLGTAFDTTFLALVISVFLAFPLTLCEKIEDR
LLSQIDGVVRDGVLSLSPLGSGEIASQSGEGTGGGAGGGTSEKTPEKPTP
KEIFGDDIAGLISDAFEKHLPDPSVLVEPAQVYAEKLTEATIEKLTPLTT
IVRDSVEGVSEARLSLQEQTDIIRNAMNLLAGELSDLLAENRIGIDQKAQ
LRSLIELKESIDLLNKNMRRERNGFGIGILMDKIRSR
>SYNW1573 hypothetical
MAPDSYCAGDVRRLPASAHAGLDPTQKTSRPTSRKMTHNPMGRGPLPAKD
VVNLGDPLPTKQCVTALKPTAVPEENLPDWAQCAPKSAPNSVYNAGTDVT
DVTDGTDGTGKRLTIDAAQAHWHLDLLGRDERDVHIRAIPHKGKRGFAIN
GNFAMDLERFQDLNNQGYGLYLQPNIGGTLKDEVTLCTSLFWEYDDRPRS
>SYNW1839 protein secretion component, Tat family
MTHSGPRPDSAASRLLAWPLERADASARSAIPSVPDSSDGPVLKPPPPIR
ISGGTDPSALPNEVEMPLVDHLEELRQRVLRSLLAVVVSALVCLLAVKPL
VRLLEVPAQGIHFLQLAPGEFLFVSLKVAGYAGLTLALPYVLFQLLAFVL
PGLTIRERRLIAPAVAGSAVLFLAGIAFAGWALVPAALRFLVSYGADVVE
PLWSIERYLDFVLLLMLATGLAFQLPVLQLLLGVLGLVRWRTMLGAWRWV
VLGSALAGAVLTPSTDPITMLLLAGAITALFLIGVGLVAFTESLRPETP
>SYNW0787 putative type 4 prepilin peptidase
MTLLIVALFGACVGSFTNVVVWRLPRQESVVVPGSHCPRCGHAIRWHDNL
PVIGWLLLGGRCRDCGAGISWRYPAVELASALLWLSALSVQAGGGLSEPW
RPWAGLVLVALLLPLVLIDIDHLWLPEPLCRWGMVLGLLFSAGAGWTVLG
DHLVAAALALVLLEGLSGMAERILGQPALGLGDAKLAALGGAWLGAAGIA
VAMALGTLVGAVVGSVGRVSGRLQPRQAFAFGPFIALGIWLVWLRGADWW
WEQWQRLLGF
>SYNW1079 putative lipoprotein signal peptidase
MTGSILRRAPLLGVAGLVVLVDQATKLLAASQLADGRIVQLLPGLINGQL
VHNTGAAFSLFRGSVQWLGLLSLAVTTGLLIWVVRHRTPPFWQGMAVAFL
LGGTLGNGIDRWRLGHVIDFLALVPINFPIFNPADIAINLAVLCFLVDLW
SSRTSSRHG
>SYNW1818 conserved hypothetical protein
MKAGELSLGQSLDLPALDRVDTLAQELALLQDKGKRRIAILGSRHVPVVA
IHLVQLVARSLVQEGHSLITSGSQGVNAAVIRGCLDVDASQLTVLLPQSL
DRQPTEIRDLLDRVLHLVEKPEQDDLPLPMASSLCNQEIINRCDQLICLA
FHDSETLLSSARTAEDMGKVVSLLYFD
>SYNW0332 conserved hypothetical protein
MERAATGWIDRSQEDPALSGDGRLLAVISQIQGRPTVQLRGEDGSIRPVP
QLRRHQPHSSPSLSWNGRYLALITQRGKRRLAVVLDRLNGRLHPLPLPGG
RDPVRLSLAPDARRLALQVADQGQWRVELLDLSELLEPDRAAGQALTTPP
LESSR
>SYNW1627 Possible peptidase S26 family protein
MFSPLAAAGLQDLLLFFCGRRQLLKVQGESMLPHLGPEDRILVNQRRRPQ
PGEVVVAWHPSKPGVRLIKRMHGMDANGMHLLGDNPSASTDSRQLGPIPS
GLLIGVATSCLRRSPPTSSATKWHP
>SYNW1301 clpP1, ATP-dependent Clp protease proteolytic subunit 1
MIPIVIEESGRGERAFDIYSRLLRERIIFLGEAVTSDSANRIVAQMLFLE
AEDPEKDIYLYINSPGGSVYDGLGIFDTMQHIKPDVHTVCVGLAASMGAF
LLCAGTKGKRSSLQHSRIMIHQPLGGARGQASDIRIQADEILYLKERLNQ
ELSDRTGQPLDRIQQDTDRDFFMSPGEAVEYGLIDSVIDKRPIQAVE
>SYNW0064 clpP2, ATP-dependent Clp protease proteolytic subunit 2
MIDARSHHPIQNRWRAEMPISAPGPLPTVVEQSGRGDRAFDIYSRLLRER
IIFLGTGVDDAVADALVAQMLFLEAEDPEKDIQIYINSPGGSVTAGLAIY
DTMQQVAPDVVTICYGLAASMGAFLLSGGCKGKRLALPNARIMIHQPLGG
AQGQAVDIEIQAKEILFLKETLNGLMADHTGQPLDKIAEDTDRDYFLSPA
EAVQYGLIDRVVDSSGGEGIVTEG
>SYNW1649 clpP3, ATP-dependent Clp protease proteolytic subunit 3
MPIGTPSVPYRLPGSQMERWVDIYTRLGVERILFLGSEVNDGIANSLVAQ
MLYLDSEDSSKPIYLYINSPGGSVTAGLAIYDTIQYVKSEVVTICVGLAA
SMGAFLLAAGTKGKRVALPHSRIMIHQPLGGTSRRQASDIEIEAREILRM
KEMLNRSLSDMSGQSFDKIEKDTDRDYFLSAEEAKDYGLIDRVISHPNEA
>SYNW1648 clpP4, ATP-dependent Clp protease proteolytic subunit 4
MTTSAPYYGDSAVMRTPPPDLPSLLLKERIVYLGLPLFSDDDAKRQMGID
VTELIIAQLLFLEFDNPEKPIYFYINSTGTSWYSGDAIGFETEAFAICDT
LRYVKPPVHTICIGQAMGTAAVILSAGTKGQRAALPHSSIVLHQPRSGAQ
GQATDIQIRAKEVLHNKQAMLEILSTNTGRSVEELSKDSDRMSYLTPAQA
VEYGLIDRVLSSRKELPNSPAV
>SYNW1618 ffh, signal recognition particle protein (SRP54)
MFDELSARFEDAVKGLKGQDKISDTNVEVALKDVRRALLEADVSLPVVKD
FVADVREKAVGAEVVRGVSPDQKFIQVVHEQLVEVMGGDNAPLAKAAEAP
TVVLMAGLQGAGKTTATAKLGLHLKDQGRRALMVGADVYRPAAIEQLKTL
GGQIGVEVFSLGTEAKPEEIAAAGLAKAKEEGFDTLLVDTAGRLQIDTEM
MEEMVRIRTAVQPDEVLLVVDSMIGQEAAELTRAFHDQVGITGAVLTKLD
GDSRGGAALSIRKVSGQPIKFIGTGEKVEALQPFHPERMASRILGMGDVL
TLVEKAQKEVELADVEKMQKKLQEATFDFSDFVQQMRLIKRMGSLGGLMK
MIPGMNKLDDGILKQGEQQLKRIEAMIGSMTPKERENPDLLAGQPSRRRR
IAAGSGHQPADVDKVLADFQKMRGFMQQMSRGGMPGMGGMPGMGGMPGMG
GMPGMGGMPGGGGRPPGRGGSPKRQKPAKKRRGFGDL
>SYNW0011 ftsY, signal recognition particle docking protein FtsY
MVFDWFKRGGGEQPQPTPTPSPEPTPEPTAESVATSPEDEAMAWAREAFA
RLKAQQAQASEDQPSPTSTPLPIPSPQPEPPQPEPPLPTPAPEPLPTPAP
SQGLSLLEQAAAQRQQRQQDQDARALEPEPTPTPTPAQTAAVSDEPTLGD
FDDDFTWSAEVLAAQGRRVDDISLEEIDWLGRLRRGLEKTRQGFVSGLLE
NLGDDPLTPEVLDDLETLLLRADAGVQATDQVLDALRQRMNVEVVDPAEG
IRFLKEQLRGLLDAPIAASGAQLIAPERDRLNIWLMVGVNGVGKTTTLGK
LANLAVRSGYSALIAAADTFRAAAVQQVQVWGKRSDVPVVSNPSSNADPA
AVVFDAIGAARSRGTDLLLVDTAGRLQTKHNLMEELQKVRKIIDRLAPEA
KVESLLILDASQGQNGLRQAMAFAKAAGLTGVVITKLDGTARGGVALAVS
SEAGLPIRFIGAGEGIRDLRPFNSYEFVEALLAGR
>SYNW2336 gspD, possible general (type II) secretion pathway protein D precursor
MNNDKSIDSSFSARMGDVFLVSQSGKAHMNFGQNMPSSADATGVYDGSNP
MQPGVLPGDSGVPAQIVNPSFIPLAESAEVVEDRDESGKITGYTVLKKPL
LVNGQEVYVPDANPNSQQQLVPVYDKYGREKLVPKRELNSYKDDSFYSYV
EAMIQSSSAKTLAQPTLLVQEGETAMVETGQSVITGVSATETANGSTQFQ
NTRENAGLTVDLSVSKIDDNGFISLELKPEISVPIPAGTQEGVGIFNIQA
RKLESGSIRLRDGQSLILTGVITDSDRQQVRKWPILGDMPLIGQLFRQSS
SSREKNELVIIVTPTILDDEQGGRFGYGYQPGTPAGRQLVQSEV
>SYNW0022 gspE1,pilB1, General secretion pathway protein E
MTLTQSVPAARSAAQKRLELELLLKQPVPDPEQLQRSLPLLHALHDISPD
HWRSLQALPITVNEHQLDIAIPSQWGEAEWQALIDQLPQNERTIRLHPTL
HEDLIDALTTESSEQPTPSAADQAPPETPAATTDQKNESNSDNQGSVEED
ASSFLEGFSAEGVLEAADDEDAALAADGIDLESSLQYAEASPVVALVDRI
LLQAMSVGASDIHVEPQQKGLRLRYRQDGVLQQYVEPLPGRLIPAVTSRF
KILADLDIAERRQAQDGRIRRRYRERVVDFRVNTLPSRFGEKICLRLLDS
SATQLGLDKLISNPITLELVRDLGAKPFGMILVTGPTGSGNSTTLYSLLA
ERNDPGINISTVEDPIEYTLPGITQCQVNREKGFDFATALRAFMRQDPDV
LLVGETRDLETAKTAIEAALTGHLVLSTLHANDAPSTIARLDEMGVEPFM
VSAALIGIVSQRLMRRVCTSCREAYRPDERELGRFGLMTGAESAMTFFKA
HHHDGTGTPCPKCKGSGYKGRVGVYEVLRMNEDLAAAVSSGASTDVIRQL
ALESGMVTLLGYSLDLVRQGHTTLEEVGRMILTDSGLESERRAKALSTMT
CKGCGAGLQETWLECPYCLTQRN
>SYNW0996 lepB, leader peptidase I
MTPPSTTPPAQESSKGFWRNLIIWALLALLLRWVVVEPRWIPSGSMLPTL
QLQDRILVEKIRPRLTRRLHRHLQRGDVVVFAPPQQLVAAGYDPNAALIK
RVVGLPGDQLMVENGVLRRNGEQIKEPWISEAMDYAMAPIQVPEDQLWVM
GDNRNASLDSHLWGPLPERNVIGTAIWRYWPLQQFGPLRIPAPADGS
>SYNW1765 lepB, Signal peptidase I
MASDRSKTNAGNQHPFWDFWGPILFMFALYLGIRQVLVEARYIPSGSMLP
GLQIQDRLLVEKLTYRSRPPKRGEIVVFNSPYAFDPALKTPVRPSAVRCA
LVNLPLLGLIPGLGNPACDAYIKRVIAIGGDRVEVSPSGAVTLNGQRIEE
PYVGQACLVNQQGMSPCRTLNVTVPKGSVLVLGDNRRNSWDGRFWPGGAF
LPEQEIIGRAVFRFWPFNRFGLLND
>SYNW0018 pilC, pili biogenesis protein
MLSIDLNKAFEQAPGVKEKAVFASKLAALVDAGVPIVRSLDLMASQQKLP
MFKRALTKVSLDVNKGIALGNAIRQWPKVFDELSIAMVEAGEAGGVLDEA
LKRLAKLLEDNAKLQNQIKGALGYPVAVLVIAILVFLGMTIFLIPTFAGI
FEDLGAELPAFTQLLVDLSELLRSPMALYIVGVLLLVIWLFARYYATHNG
RRVIDRLILKLPLFGELILMTATAQFCRIFSSLTRAGVPILMSMEISSQT
AGNSIISDAILASREMVQEGVLLSTALIRQKVLPDMALNMLAIGEETGEM
DKMLSKVADFYEDEVGAMVKALTSMLEPAMIVVVGGIVGSILLAMYLPMF
TVFDQIQ
>SYNW1831 pilT2A, homologous to N-terminus of PilT2 protein
MAQPVFPPSFPPRPRTTSPTPAAPPAAPAPVAAPAPAGSPTSTSHGAPNL
EAIVKIAHEEGHSDVHLGVGEVPRYRARGEMQSTEWPATDLSTFQGWLHE
ILSPQQIDAFFREKEFDGSHAFPFVCIRINLLDSLRGPAMVLRLIPQTIL
TMEQLKLPEVLTELAGRPKGLILVTGPTGSGKSTTLAAMIDWINRNETRH
ILTIEDPVEFVH
>SYNW1832 pilT2B, homologous to C-terminus of pilT2 protein
MGMHTLKFHNALRAALREDPDVILVGEIRDQETLSTALEAAQTGHLVFGT
LHTNSAVKTVERVLGMFPPEEQDSVRRSMSESLLGVIAQGLIRTTDGKRA
AFHDILVNTDACKDYIQRGALDEVEEIMERSSFDGMVTTNQSLQALIEAG
RVEPDKAVAVSLKPNELAQALRGRS
>SYNW2022 rpcB, R-phycocyanin II beta chain
MFDAFTKVVAQADARGQFISTSEIDALAAMVSDSNKRLDAVNRISSNAST
IVASAARQLFAQQPSLIAPGGNAYTSRRMAACLRDMEIILRYVTYSAFTG
DASVMEDRCLNGLRETYLALGTPGASVAAGVNLMKDTALAIVNDKAGISA
GDCASLSSEIGTYFDRAAASVA
>SYNW0086 secA, preprotein translocase SecA subunit
MLKLLLGDPNARKLKRYQPIVSDINLLEEDIFPLSDDALRDKTAAFQEQL
ASAGSLENQRPILDEILPEAFAVVREAGKRVLGMRHFDVQLIGGMVLHEG
QIAEMKTGEGKTLVATLPSYLNALTGRGVHVVTVNDYLARRDAEWMGQVH
RFLGLSVGLIQQDMRPEERRRNYNCDITYATNSELGFDYLRDNMAADISE
VVQREFQYCVIDEVDSILIDEARTPLIISGQVQRPQEKYQQAAQVAQALT
RAAEMGKDGIDPEGDYEVDEKQRSCTLTDEGFAKAEQMLGVQDLFDPQDP
WAHYITNALKAKDLFVKDVNYIVRDGEAVIVDEFTGRVMPGRRWSDGQHQ
AIEAKEALPIQAETQTLASITYQNFFLLYPRLAGMTGTAKTEEVEFEKTY
KLETTIVPTNRVRARQDWPDQVYKTETAKWRAVANETVDIHKNGRPVLVG
TTSVEKSELLSALLAEQEIPHNLLNAKPENVERESEIVAQAGRAGAVTIA
TNMAGRGTDIILGGNSDYMARLKLREVLLGRLVKPEENHKPPVPLQRNAA
AGFSEAPTASATPSRDSLYPCVLTDDTDQTLAQLARDLVKAWGDRALTLI
ELEERIATAAEKAPTDDPNIQALRAATARVKGEFDAVVKQEEQRVREAGG
LHVIGTERHESRRVDNQLRGRAGRQGDPGSTRFFLSLGDNLLRIFGGDRV
AGLMNAFRVEEDMPIESGMLTRSLEGAQKKVETYYYDIRKQVFEYDEVMN
NQRRAVYSERRRVLDGRALKKQVIGYGERTMNEIVEAYVNPDLPPEEWDT
AQLVAKVKEFVYLLEDLTPEQVQGLGMDELKAFLQEQLRNAYDIKEGQVE
QQRPGLMREAERFFILQQIDTLWREHLQAMDALRESVGLRGYGQKDPLIE
YKNEGYDMFLEMMTNMRRNVIYSMFMFQPAAPQQSQV
>SYNW1056 secD, preprotein translocase subunit
MARYQGWFAFVLALAIAAGMFLIRTPLQLGLDLRGGSQLTVQVQPAGDVK
VVGDREMEAVKAVLDRRVNGLGVAESTLQTVGTDQLVLQLPGEQDPTAAA
RVLGDTALLEFRAQREGTEAEFRSLRQLQSQARAILQLRKDQRRRGETPD
ELNLEDLKEVQESLGLNADGASDDELLQALLDQADDELLTLLDPAQLTGK
QLVTAGRQPLQNNPNSWEVTLNFDAEGAEAFADLTQSIAGSDRLLAITLD
NKLISAASVGPQFKSAGISGGAATISGNFDAETARELEVKLRGGSLPLPV
EVVEVRTIGPTLGAENIRRSLMAALSGLALVAVFMVVAYRLPGAVAVAAL
SLYALFNLSVYALIPVTLTLPGIAGFILSIGMAVDANVLIFERIKDELRR
GNTLIRSIDTGFSEAFSSILDGHLTTLISCAALFFLGTGLVKGFAATLGI
GVLLSLFTALTCTRTLLRFLMSYAGLRRPTYFIAQGQRPSTTA
>SYNW2345 secE, putative preprotein translocase, SecE subunit
MTSPISEDTSKKSPDTKPAEPAAPRGFLPATVDELKLVVWPSRQQLFSES
IAVILMVSLSAAGIAAVSRFFGWASSQVFR
>SYNW1057 secF, preprotein translocase subunit
MAMSTPNTTVVLRLQLSASRVRVWLVSGLTLLVALVGLISCWLNPDIAAP
LRPGLDFTGGTQIQLERDCGESCRDLKSIAVSNPVQSLTLPAEEDDPVPN
LRSARVQLLDGGQSLVLRVPTLSAAQGQALIAAVEQIAGPFVAGGQSVDT
IGPSLGRQLLRSTLISLVVAFSGIALYISFRYDGRYAFLALVALAHDVLI
VAGVFAWLGLLMQLEVDSLFAVALLTIAGYSVNDTVVVFDRIRERARDGA
GLGLSEQVDQAVSATLTRTFYTSGTTLLPLLALIFFGGATLYWFAIALAL
GVVVGSWSSIALAPSLLTLWEPRAEV
>SYNW2085 secY, preprotein translocase SecY subunit
MLVSRGRNPNAAEVISQLIGNSGLRNRVLTTLSLLLLVRLGIYIPIPGID
REAFASFIEQGGSLLGFLDIFTGGGISTLGVFALGILPFINASIILQLLT
ASLPQLEDLQKNEGEAGRRKIAQITRYVALGWGLIQSVVFAMILRQYALE
GISEVVFVVQTALCLVTGSMVVMWLSEVITERGIGQGASLVIFLNIVGTL
PRTLGATIEAAQTGDRNTVLGIVVLVLVFLVTIVGIIFVQEGARRIPIVS
AKRQVGGAGVGVLPTRQSYLPLKLNAGGVMPIIFASAVIFLPVTIANFTN
NEWLIRGASLLNPGAANPWPYALAFFALILGFAYFYASLTVNPTDIASNL
KKGGVAIPGVRPGSATATYLSGVQNRLTLLGGLFLGSVAIIPAAVERATN
VQTFQGLGATSLLILVGVAIDTAKQVQTYVISQRYEGLVRQ
>SYNW1977 smf, putative DNA processing protein (Smf family)
MRGWWWAWSGCPGIGSSRMAALQVAAVEHGVGLDDCWAWSRERLAQVLSW
PDPLLDKVERYRRLHGSSPQLKIPSNVLTPLDQIWPQGLNKLDRPPLVLH
QQGRADVLAWLGQRRAVAVVGTRAASDHGLRMAEHLGSVLAGAGWPVVSG
LAEGIDAAAHRGCLAADGVPVAVLGTPLDRVYPRHHQALQEEVARNGLLL
SERQPGESVQRGHFAARNRLLVSLSCALVVVECPDRSGALISARLAAEQQ
CPVWVVPGDAGRWSSRGSNRLLQNAAAPLLSPKELVEHLGPGPFHRANAT
APALVKALGAGASIEQLQQTLKLPAGRLASDLLELELAGQVVCESGFLWK
PCRP
>SYNW1884 sppA, signal peptide peptidase SppA (protease IV)
MIWPWRRKSRRRMARIVVDGPITGSTRQRVLKAIRDVEEREFPALLLRID
SPGGTVGDSQEIHAALLRLREKGCRVVASFGNISASGGVYIGVAAESIVA
NPGTITGSIGVILRGNDLSKVFERIGIRFDTVKSGVYKDILSPDRPLSPE
ERALLQELIDSSYGQFVRVVAEGRSLTEETVRGFADGRVFSGEQAKTLGL
VDELGDEDHARRLAARLADLDETTTRPVTLGKPRKKLMNLLPGSQLIALL
QQRLSLELMGSGQVLWLYRP