>NC_011025:576000:576092	bacteriocin exporter and processing endoprotease C39
MKIKRQYDIKDCGLCVLQAFYQFHYHQ*LDLNELKYQVNYTENGINLHDLIILAKKFGLFLNASQGDFEAFKNLELVKPVITIIKEDNYFHYVIIEKKDRDFVFINDSFKGKYQLSLVDFESIYLDLLIFVDCDPKHQIIKARKPAHFKHLESQLGRLLLIAFLSILLQAFIFGSSYFFKYIVDDVISIKKHSNLLNITVLFL*IGIVRIINEFIINLIKQKIYLKIEEQISNLFFNKVINGKIKQLNKITKTDYLQRLSSLPNVASWYCNIFLLIFNNILIILVSFISLIFLS*KLTALAIVVVAIQFIGATSFKKFISAKKPKIIEDNINMFNSNIEVFYSLEGYKNSLARTYARTNFLVAFKNYQKNSHALFKVFNLKSLFLNMLVMFGSILITYFGTIYILDNAISLGILILFNTILSFITSPLETISDLVVN*NSNKIDIERIDFILNLPEEKNKDKEKLSNQLRCINIQDLSFSFAQKDVIKNLNLIINKHTQITGKNGVGKSTLAKLLFGLYDDYSGAIYFNDKELSKFDKENLRSLIFLNDNFSYFASDFLINVVTLRNKDAIFRLKNNIEKYDLNSLLQDFNLS*NAKIENGGMFLSTGQRQLLNLLKLFCFEYNLIILDEAFENISSTHFLKLTSAIKKVQRHAIFIEISHNNKTIFSNNKIALE
>NC_011025:576000:578233	hypothetical membrane protein
MEAAAKALNTPAT*FSAKAPEYYGDKLFNKNLNSGTIFSASFAIISLILMIVAALVLLIGFIRMLVNVTSLKDDGINRKKLGGKIFARALIVFFVLGALGVIFPLVTFFLAK
>NC_011025:576000:578755	hypothetical lipoprotein
MLRNIKKILLTATVAAPIALAPILLASCEDKPTLEPNLKNATYDAQSKEYKFAGSASAFHSENRKVTNPVDNSDLAYNIYEYERNEDGSYKKDAKGNFIPKKDKNNQEIFNINHIPAKFKNLFSRLFNLSNLKARYSFRIFSFT*DELNKY*PNAANKRRYAIYKNRPDVLFFCIY*IEKENQVTSAFREAVNEVLSKLAEPGVPYSDEEAPWPFHPGLLNDDGYYLKNISDPIPVMFSEL
>NC_011025:576000:579515	glutamyl-tRNA synthetase
MNKTIRTRYAPSPTGYLHIGGARTALFCYLFAKHSNGDFIFRLEDTDVERNVEGGEASQLNNLA*LGIVPDESPLKPNPKYGKYRQSEKLAIYQAYIDELIKQGLAYKAYDSSEELAKQHEEQEKAGVASFRYDPT*LKLSESEIKRRDEAKEYSIRLKLPKNKNYS*DDLVRGPISVNSDDIGDFVIMKSDGYPTYNFAVVVDDHQMDITHVLRGEEHITNTPKQLAIYEAFG*DNPVFGHLTIITNMEGKKLSKRDKSLKQFIEDYKNEGYCPEAIFNFLALLG*TSGDKTEIMSHDELIKKFDYNRLSKSPSKFDIVKME*FSKQYMKKLPNEVIIEKINSPKDAQ*NNLFVETYKQQAATISEIKENLKIYLFPKEKLELQIDNDLVVKTFFAHLKAKDFTIENIQAAIDETKNALNVKGKDLFMPIRITATYEEHGPELAKAIYLFGKDLVYKRLTK*S
>NC_011025:576000:580900	hypothetical protein
MKLKYQSSSILADGKTNEIFETDFVDYEEKVSNEFIILDFVDQRNTSHHLEISANEINIQYGQQKIKLIKNERVNTIYRTKVKDFNLD*YLKHVDIGFDEIKFEYDILQETNLITSNIVKLITRK
>NC_011025:576000:581582	massive surface protein MspG
MSHAKKKKIAIIVLAATAALLAAGTVSGVLYAHQSATKRSKGNDKKPEIQDISELEKKIDAIRDSHKQNLKNEA*KILEALKITIRNAKKANNVRDLSQVISDFERLIPLGEAYLAELKKLPELKALASELETTINLAKEVLDEAKAKLKELQEKEAKLKENAQKLLAEISQALSEVPDAKLPLEIQSLINKLKNLANASEALQQELNNSRLIEEAKKLSDANLQIKDAISKLQKHLLDKSPEELEKLAKEKIKDLEKAKKAVEDAKNISTLPNAIESLKKDLGQTKELKDHANAKGLNDLVKELDKAIKDAENSLKQGEEKLEKIKQENQKLQNDINTLVNKITKDISDANKLTLQSEDSEFKRLKDELEKDIQEATKLAKQAADATLLIDEQKVLDAKKQAETALDKLNDLFSQKKEQELAKTELEKAYSALAKVTEEANKADDENTLPLAISQLEDAIAKAELALGKHENLKEKELIKSIYDALKAYKEKEAAEALANAKKRFEAKKQAKAKIDADLDAKQNEFNKIKNTIESLNSINDIPALQSGIKQLEDLKPQVKAIEESAKNISYPEGEQKAKKLLEEISKLDLEAKAKLEKLQEEKETQEQEKKLIESLREKITKITKNLETLDSRGKSQLSEATPKQTELAKTLKELEEQLKNAQEAQKEVQDAHKENALKTELEKLEEAKNKATTTKQKLETKISDSNKNIKEQLDNVKSELEDLKKKISDAYNAKNLEELTKELNKLEKLKEKIEDLETLATTIESKHKQEVTNLLSEVQDAILDAKKKHAELDQALKDEKELVDGLEKKLKEHESNLAKAKDEANNANTIDEKKNKYPKLDKTIKDIEKDLKELEEKAKDLKDQTNKDSIDSKIKDLTKKLSETKTDLANKNQTLKEEQKNNDTSTQQSLKGADEAIKKADDAIKNPSNKDKTNEAEDALNKAKNDLENKKNSLVGDKENQDKIDKKLEEINNKQKEFQNEKEKQQKSEDDLAKQLANDAKTLKDELDDLINKLNPYNASSDYEKKIKDVEDKIKNLDENFFKADSDATKLKDNIHLKPNYQALGAAKEDANTKAKEARQKIKESKDKLEVDYKQYEDEVKQLQEDLKNAATDADFQAILNKIGDENDKTKLLGKVKDLHAQSSKFSDKEELSKKIKTLETNLLDIKEEANSKLQSIQDKITKLNKELETTNTSLNAQNSTTNGVASDDVDSLKAEIKKLQDQLNEANKLKEKAQKEADQKIKDGIKEKLETLEQSINVATTTITNKQQQLNSQKTTNDTDRENAIKKSTDAKQKLADANNLADNDVNKIGKLEEALEDANKAKETLEQTIQKLAKDNENQKLVETELKDLEKQIKSSQDKLDFLKEGDKKKLENIEKELEKIKKSLTDADNDFNNKTDLKAKEEANNELGNVLTKAKGDLAAQKTEISKLQDGTNKNSANEKVSQLEKLINDLKEKQEKNAQDIAKTKQENADLIKQPLKEVEDALKKANDAIAKDNSDGKKEQSLVEAEQNLNTQKDVLEGLINGKLKDDSENKTKLADKLKEIREKLTDLDAAKKELNKTQQDKIDELDNQLQNQNNALSTQNDVTSGVNDSYVDSLKTEIKKFEDLVKEAKKLQQKVDAETDPKIKEGIKDKLKILTDTIKESEDTINSKNQALEAQKTINDKIRQDAIAKSVEAKTKITNAKNLADSDASKLSKLEEALNDANKAKKALEDAAEQLVNDKENKALVEAELRTLNEQITDTEKAIKILKEGDKDKFENIKQELEKIKKSLNDANNDFKNKTDLKAKEEANNKLKDAIDKAETDLASQKNEISKLQDQNNKTSANTKVEEVEKLIKRLKDEQKANAQSISAKKTKNEGLIKKPLEDSQKALDKANEAIKKSNDDSQKENALTDAENELKKKKKTLDDLIKGELKNDSENKNKLEYKIKDIDKKLQEVDQAKQDLKQSQDQKAENLATEARKLKEKLTNLVSQLNPENEKWNQTETKIANIRKMIKDEIDEFLKSGGAADKLKGHSKLKDAIKELEQAKSSATNAIQRAQEVINNKKREFNNKIDSFEAKTNSVQTELNEAETNAKLSDLIAKIGDETSGLLKEVNDLINEISKFEGNGGELTTKVNDLKERLKEIQRQANERKQNKDKKIEELNKELSEAKKTLDTQKTNTENLGDSINNLGDLIAQTSKLAKVIEDANKALQKHNDADDEIKAATKTNYDALAKSIEAAQKVLNEKRTKINDLQTQANATTKEANELLEQSKKMIDKIKKSASFVEEFSTPRGDMTQQIDDNSTFLASEKVKALQNANYKPFKDVIDELKSITNELEFLRNPTNDMGLIMGESLAQIKALESTRDEVLEAIKNNEDEAEINARLTSFTNEVNNLKLDAFTIDAREFVNGNENKTSVPIRQMIERDIRDYNDRLTNLKKAIIGLNKIRDIKKFLRHNENKNYDPDRLKDQWLQERNTSEILEFKKQIDQANKLAKTDELNQETLDFIKPYINQLKD*QKQNVDGNYGKLIFQIVYNEKSIYKHQIELMNYLDSSHVKNAMQAGEFEKLEKLDNELRRSHLDMSKLIDKNKFVLNEHIEIIKDYLEKMNKFTLLSFNILLNLFIKDAKNLLDYD*RYFDSKDSSLIKNKTSEAVQEAKKLKSNIEQKDLKTILNHFKKIMNIVSEVRNK*GYNIAQIFEEIHNKSKSFFEYLKPDLLDIIEKQLVNF
>NC_011025:576000:590327	massive surface protein MspH
MSHAKKKKIAIIVLASTAALLAAGTVSGVLYAHQSATKRSKNNDKKPEIQDISELEKKIEAIRDSHKQNLKNEA*KILEALKITIRNAKKANNVRDLSQVISDFERLIPLGEAYLNELKKLPELEALTNDLKNVIDLAKEVLKEAKEKLLGLQQKEKILKGKLQTLLNKIAQAIAKEPNANDVATIETLIAELRALQIESDDLAQSLKAAKLLEELKLLNDANLKIKETISILQKRLIAINPEKQKEITKQANQKIIDLEKSQKDVENANDISTLPNAIKKLEKDLEDAKSLEKDAKDDGLNDVAKKLQDAINKGQEALKKGKEKEQKIIEANNALIKKVNELVAKITKDVNDANQLSAQSEDSLINNTKSALEEDIKQAEKLAKQAEDATLLAEVNKVKDAKYKAEEALKKINEIIAQKQAIELAKLELQKSLSELDKATKNANLADDESTLPTAIASLTSAIANSNTTLAKYEDLKENEVIKPHYDALKNYLANEAKNALEQAKNRQEAKKQAKAQIDKDLAKAKADYESIKKTIDALESTDKIAELQNIINNSLPALKNLVKGIEQSAESTKYPEAKEKAKELLKQIDKLTLEAQAKLEKLKKDKEAQEQDNQKLQDLRQKLKAVIKNLGIVSDRAKSQLAPGTSANNTEIAKAIKEIEEQLTDASVTRAEVLQANKQAELTNELNKLTEAEDIAKDLKAQLLAKIEASNQDIANKITEARAKLNQYVQNANDANDQKNLANLLAAMKNLEKLLEEAQEIQTLAIKVGSNKLAEAQTLTDDVNKALSDAKAKYEKLKKSLEDEQSLLDSLNKAIEKQSKTLNDAKQEADKATTINDKDNKYGLLDKALQNAKTELDKIKENAKDLKDQANKDSINNKINDLEKQISDNEEDLKKKQEELTKDKEKNDKLIKDLTDEADDAISKANDAIKNPSDKNKTKEAEDALKDAHKKLNEEKDKLKGDAQNLEKITKKLEEIEQKQQDLANVKKQQEQSKEARAKELAEQAKQLQTELENLVKELKEKIKFTDITAKANEVENKVNNINGNFLKVGGEADKLKDHDHLKDAYKELKKAIDDAAKEASDAKNKITTDRQALNDRFKSLEASTTTVKNDLNSAGNDKQKLNEVISKLEGQDKLLEQVQKLIEDITKVDPDSELLAKAKELQTELNSSLETAKDKLKTKDKEIAKLNESLEKKTQELTTQTTNTNGILKENVDTLDVAIKKLEELKTQANTSKTEIDTKRADNDIKNGTEQKYQALVKAIKDAQDAIDKKQTELATQKAQNKTNIVDPAIEKAKDAIDALNTANNVPSLKDTLENKHAEAKQSLEQAIQQLEKDKDNKKLVEDKLKELEDATKKAKEKLDKLNQSEDKELQNILSELDKIEKSLKDAKDAFGDSDTIDQKTAKKDALQRAIAQAKNDLQTQSEKANKLQDPTKKKQATDRIDQINQAIKDTYQPLVETKEHEIQQAKAKNSQKVDSALTESKKSLEQADQAIGDDNSNFDKSQKLNDAKTKLNETQKELNDLKDELTGDSENQAKVQEELTKITKKLQDLEQAKKDLEQSENQKAEALADEAKRLKQELDNLVNALDAANSK*SKSNNDIATIENKISNEINKYLAADSEASKLKNNPKLNQAYRELEKSKEDAKTKIDAAKKLIENAKKGFKEKLDGLEAKVNPLQSELNNANTIEKLNSLIQKIGDDNNGLLKEFKELAEQISKFDKSGGEFLTRLNNLKAQVKTILETAKDKKRAIDEKIANYKEEIQQLIDAIKGAQKTLNELGALKIDELERALNSLKNQLDLVDPLKQKIDKESSQVIKDALKEKISELDKAAKEAKNDYDTKKVQKEQKEQELKDRVEDFKEQINALSKESSDARDMPSTTPEQTKDK*LKLVEIVQK*ANLEGTY*SLIGSLQGYATLKSELSNLLNSKLLILKRNSEDYKDNLLKELKAKFNEIANKVHLANISNENSLAKLRE*ANKYETFKNEARQYVETFENVYEIKEQYEYKNLQNKYNENKDATAQKIRDYIKTIEDAINHIANQVDSLEGLSQSERDQLKNRIKQADSIQQAQEILNEARADSENKKSQIAGHINNLLNR*NKEKTRFEQEYVNKIGSPNNDQYFIHNFYSISTTHESGARFDFSGLRDYIEQRHFKYNDSR*NTLINQIYQIAEFFKEQRDRSNEANNLYKT*NDADIPFPNKDKGKLELLKSR*NQPNVINSSRQNVEDLKRRFAETKQY*DAVKEYSKMVLKASYLVSLIADESEMNGKPRFW*RELKL*NESLI*RNKNSIFGLVYDKNLQEF*MSEIEQVIHHMKTNALISHEIFTNEKRVSFDQHNHGNALYFQQPMNRFL*NSQSSPNYFRGNYFYNIELKIKNRNDLHLLRQFNEHKKNCIFAVSKAINGSKENIVGLINTMYAYVD*LRANGLLNESNYRV
>NC_011025:576000:597903	ribose-5-phosphate isomerase B
MIKNKIIITSDHAGHKMKMDLADKLRREGYVVETRGSSNEDETLSYSEVGIEFANEYLHDPQRDEKQFIALCGSGIGISTSLNRFKQIRCARVTNSEEARLARLHNNANILSFGGRLISLDQAYEIFKQ*EATEFEGGRHIFRVLKLDEVGQDVDDVAETKE
>NC_011025:576000:598407	hypothetical protein
MINKYNELFIATTDTIIGLGGKVSRRISDLIYEIKGRDPRKKLIILVSSIKQARAFKE*TSEAEALANKFWPGATTLVVNDQGFRMPNQPKLLEFLEANGPVYMTSCNISNSPVCQTIEEAKNVFPEISNVYYFGKTSGTPSQIIRVEDHKILRKEQ
>NC_011025:576000:598995	formamidopyrimidine-DNA glycosylase, MutM
MPELPEVKVVISALKKHILNKKISALEIYHAKLFREHKPEVFIKKLAGRTIKNITNRGKHIIIFLDDDLILLSHLRMEGKYRYYEANNLPLANDHLIAKFIFEDQSELHYLDSRRFGTFHLRTTEDYNKILPLSKIAAEPDKINVELL*NKIKSSTTPIKTKLLDQELVAGIGNIYADEALYCAQVNPSTLAKDVSLKTLDKIIKCAAKIMKDSFEKGGTTLFSYESLNKQEGQYQNFLKVHGDRIRFCPTCKSKIIKIKVNNRGTYFCPKCQSR
>NC_011025:576000:599831	conserved hypothetical protein, MutS-related
MGFLPKVLDLHGYDISKATAVVMNALYELKNSEYDHDYIDIITGNGTGALKLQVESILEKEQCNFDFLNDSRSIIRVYKD
>NC_011025:576000:600421	hypothetical protein
MKKYVVNKVEDNEHIYLITLLDYQTLITKSLKTLKLTLIGNNKKILIDAAIYSGMNEYRFIEATLTNEGTINFKNYKYVSIDERKLEFANKILKNNPLFLKTSILSNAKIREILQA
>NC_011025:576000:600794	ribonuclease HI
MGKKKFYAVKAGRVPGIYQT*SEANEQTKGYNNADFKSFISEKEAIEWMSLEEIDEISYTNEQIEKEITNLKNDEVIAFVDGSYSSQKNGKEKYSFGAILINNDSENNLFKSFVASKYMNSKNIAGETEGVKQAIS*AIQAKKRKIKIFHDYEGIEKWANKKWSPKTLVARDYVNFIEINSKAIDIEFAHVKSHSGIIYNEKADQLARRALLDQGYKTYDDGSILFTSFQKQDWLDIIQKLKEKNELNILIEEGIVDENKKSYLNRLIFRLDKDKVTINCYSNNKSYVQGKQSMLFQIIITAAIEMLPSEKEAIGVLQSYYMLPIKEENLQTKFSNFLPNFSINSNDFKIKNILLSAVCGTLMKGYLPDYTYLVMPLFRSMEYYLHIILGDKLGRKTTRKNGANDFCHFSFNKKTNEYEYNHSTKERLNNEQLQYLNKLYNMYNKLRHPYFHLPQNLIDASVISKLEEAQNILVEGLKLINKFYLIF
>NC_011025:576000:602790	hypothetical membrane protein
LLAISVNLKKIVANKSKILVKILLLFIYNVLSI*NEVTNFFLFFRSIYLNLKHKKYRLTVFEIAIYGILLAIYLVASMFEKYVFTGPLNVNITYAVFIIFGLILGP*RGAFLCILCDTLNQVIFGIST*MLEYAIVPVLIAFLSGALMNLMTSGKNKTWIVGFIFLAVLTIFLFAFFFNYHDKIV*KRVKKQEQYVSSMII*VVSSICLGIF*IAGFISLVIFLKTKNFAKKYRAQTFFAVLITILIIVILMR*L*GPFAYITYFNRFRNGS*KYSERYFTIMVPIIFKSLIAMPIYSFAVFAIMPIISKLKAQILFHTKKIATY