>NC_007645:2628423:2628423	short-chain alcohol dehydrogenase-like protein
MKLDGKVVMVTGASSGIGRTTAIKLANYGAKVAVIARRSRESEDTVRHITEAGGQAISIPADVSSESDIKNALAQIIETFGKLDGAFNNAGAAEPVGPLTELSEQEWDRVFSINTKGAWLCMKHQIPALLSNKSGAIVNMSSIYGLVGTGMGLAAYVASKHAIIGLTKAASLEYAARNIRINAICPGWIPTPGNEQALSNPEVMAFAQSLHPQGRLGTQQEVAEAVCWMLSDSASYLNGQTISIDGGYTAQ
>NC_007645:2628423:2629235	hypothetical protein
MSNKHLRQQETAHETAMGKAFLCERVVFRGKDLHQELSERDWFSLYLYSITGKFYTPEQMRMLNYIWVCTSYPDPSIWPNHVAELAGNVRSTPSLSLMSGLSISEASIYGRRPDRRAIDFLQRTRKALDAGEELSGLINAALKKYRVIYGYGRPLARLDERVLHLVKKARDLGFADGPHFTLALEIYHYLKKNKRLTINVAALAAAIGADFGMSPEEYQLYLTPCFIAGMVPCYLDGAAKPEGSVFPMRCESIQYSGPERRSW
>NC_007645:2628423:2630023	citrate synthase-like protein
MSSKYGYQTKVWSEEPEADNPFAAHSALCYGYDVYGDILTRASWFEYLYLLFRGEKPNTDQARLLEKLAIALANPGPREASVRAAMNGGVGGCPHAASLMASLAVGAGQYGGGHEVYILMQLWRECGTDMAQWRARLPSPVSDTREDIWRPMEHAPGFDPNGESCPKPVRQVLEALAEIPCAITVRWLAQHRQELEAAADAPLSLSGVAAAALHDLAMNEHAAVMLYLMLRLPGAAAHAIEQRDLGWKMFPFYGEHIQLTDDPGPFELPNAEELGL
>NC_007645:2628423:2630813	thiamine pyrophosphate-requiring enzyme
MIENGDLILHYLERLGVKYVFGVPGGSIEPLYNALARSERRGGPKAVLARHESGAAFMADGYARATGKLGVCISTSGPGATNLLTGVANAYADGIPMLVITAQPSIERFGLGAFQEGSCTGINTVSIFDSCTRFNTLVSHPAQLEHKLLMAIGYALSNQPGPVHLSVPLDIMRAKSPDPAGNLNMRAFINHEVVPSAESVHRLLKELAYVQKATLVIGEGCAGAMEPLLALAESRNWLIVTTPMGKGLVSEYHPLYRGVFGLGGHESARDALHPDNAERVIVIGSALDEVTTGGWDPNAIFSNRLIHLSGNPDHLSRSVMSRLSILGSPRLLLEPFAKYLKHAAPRKQKYLPGADGFPKHVKYADKEACLDVEAPVKPQALYWALSQACPRNTPVLMDTGNSFLWGVHYWRTNPPLSDSTKLFHIGMGFATMGWAIGAAVGMALARPDTPVICFTGDGSMLMSGQEITVARELDLNILFIVLNDSHLGMIKHGQRLGRAEDIANRLPQVDFAAMAKAAGLPSQRITRLKELDDIGVDSLFSKPGPFVLDVVVDSEQVPPMRQRTKVLTGGNHEQQVRIPDESLV
>NC_007645:2628423:2633216	tRNA-Cys
GAVAEWSCSGLQLRVRRFDSDPRL
>NC_007645:2628423:2633346	tRNA-Gly
AGIAQLVEHNLAKVGVASSSLVSRS
>NC_007645:2628423:2634352	Transposase and inactivated derivatives
VRTAGWGKPALGGENVGPNPTDRGKKGTKKSLLVEAEGGPLGLVIAGANVNDHKLLEATLESIVVERPAPTVEARQHLCLDKGYDNVASEDVAARHDYIPHICRIGEEAQPADRHPSGKPRRWVVERTFGWLSKCRALLIRYDKKDSNYLGLLQLACGLLWFRRMWRLQGRQ
>NC_007645:2628423:2634972	hypothetical protein
LDTIIMKKSLNDIIETASQESLSDFCNKASKVVRLTNEEIAEIIPDGIEHKRFAELIQIVNDTSASNQEKADKIRNVAGYAEIVANLLTKLI
>NC_007645:2628423:2635334	hypothetical protein
LLVQTYQKFIQTILYPPQYHKVKHMRKAQIALLISAFSLTPLSCSSIPEEAITLNQEILKEVGVIHDINKSLTDSFFNSKIEKIEEIENSSIRSYIALVSSELETNPLQSFGHQELESFYDGIKSIHDSSNIKKSEIVNQREASKKSLDEHFKLISEASTAITKILSSQAKIEYNSLNILKNLTSPLSPINITQE
>NC_007645:2628423:2636416	hypothetical protein
MVNNMPDLDLGLATDWDEGDTHGRVRLRQNQKYPSSPKKDVLISSPVSIELCVNTNYSTSQEADKIFFTTHYGCMKKVIGVLDSQGNLSISGRLMEMQNNLSYD
>NC_007645:2628423:2637338	hypothetical protein
VSHAMPRVVLFKRHIKPPGFCRRNACFGGDRLVRQLNYTKDVSRNLIIGAVVAAWLSPFVFLRLELSNDACFIALYWRAVVAGVEHCALGG
>NC_007645:2628423:2637540	ABC-type amino acid transport/signal transduction systems, periplasmic component/domain
MTLVSLRCIGALLLLVWSIAPLAANSVDTPDAAQSKTEIRVAIDAWPPFRILDEEEGYSGIDFDLWARLANELKLDIDYVRCPWVRCLKMMEDGSVDAMSGLALRPDRALYMDYLEPAYYSCSTVFYVRKGRGEIVQDYEDLYRIDVGIVTGSAYFQAFDDDERINKVGVSTEKQLVEMLGRLRLTAIVGTDCQADYEIAQSPYKGQFEKAEYRPGNSVDLYFAISKKSFFHSKKDEFSQALAHILEAGAIEEITHRYLH
>NC_007645:2628423:2638521	Guanosine polyphosphate pyrophosphohydrolase/synthetases
MLVERAKLFASAAHAAIGQRRRYTDEPYIVHPTEVAAMVASVTDDEEMIAAAYLHDVVEDTQVTHAMILEFFGPSVAQLVEEVTDISRPQDGNRRTRKEIDRQHLAKASPRAKTIKLADLISNSTNIIQHDRWFAKDYMREKKLLLEVLSEGDCSLYQRAQNITNEYYAEREVYRLLRNGEQGIS
>NC_007645:2628423:2639106	Transposase and inactivated derivatives
MTLIQAHRLRCSMSGKGNCYDNACVESIFHSLKVESIHGERYATLQEMREAMFEYIEVDYNRARLHRTNGYLSPKSYETSKIA
>NC_007645:2628423:2639335	Transposase and inactivated derivatives
MPRQGLRVKVARKFKATTYSGHNLPVAENLLQQDFKATAINQKWAGDITYLWTKEGWLYLAVVLDLFSRQIIGWAMSPRMKSELVCDALRMALWRRHQPKGVIVHSDRGSQYCLEAYDADPGA
>NC_007645:2628423:2639799	Transposase and inactivated derivatives
VSAAARQLGLHESQLSNWRHKERLTQERGETEPQLAQENARLKRQLADQTKELAVLKKTAAYFAKYVK
>NC_007645:2628423:2640364	hypothetical protein
MDKAVYFISGHLDLTPQEFEQHYAPAIDQALENQASFVIGDARGADKLAQDYLYGKSNAVTVYHMFDTPRNNPGFPTRSGFTSDNQRDKQMTADSTCDIAWVRPGREKSGTARNLARRQCR
>NC_007645:2628423:2641470	RTX toxins and related Ca2+-binding protein
MSFGFEEAKEIIKKINRDVRAGKADPLSIEEIMDIVGKTSGEIVDKVGAEGKPYLLYSGTMPNGEAAYNVMYAMRNEGEALVLSQSHIGKLANNGVVNNAIEYAIKKELFNDPLVKDLSESQNKAFKEKMNVLLYGTDLSGARRINNSLFDVACAKFVSEADGDFTLVFPELPKETSVFSVAELPALLESGKGRNFKVDGVSIKELIDLDASQGLDAVKRAVTSNSIAIYGASGLFTGITKGDTHTEPNYDKKYIENWKEITNKIKDSESRLLIKNIDGVDVIVPDGNILIWNEEQLQHYREFLEKASPDVKDVISGNWTTLKETGLKFGGKILKCVGFVGGLAASGLVAAEVGVAIEAGDHEKARQIMEEFAIETAGSEVGFKIGAIVGGLVVGIAELSGPYAIAVIGLSALVGGYFGGEYAVEFHTWLNELSDEYKSEIVKRYSELLFGPDYSKAPETALQALTFESIGNSVQLLNADANEVIAKAMSSEAWRYALVKLNPFIVEGADYKKHNVDGILDLYDPKTGLGSISDEWLKVRARFLTMNTLYIESGDTDGVLDFALFGGFTHVGGDWHFVDDMGKERYELTLDGLDGGLSPTREFYFSGTGNDTYSGGEGDDYLFGNAGNDSLSGGEGIDYLEGGDGSDTLEGGEGFDTYVSDSSDTLKDSDGKGTVKLEDTTLVGGTRKEDDPENIYKSKDGRFTYELNGSVLTINGGLTINDFSNGDLGIRLETEEEPEEPPEHDPDNSVVRRDPLAFDLDNSGAVETSALAASTTYFDIDSDGIAERVGWINARDGLLVNDLNENGSIDDINELFGGANVDGFEALRVAGDENEDGVIDAKDAIYSKLQVWTDTNQDGLSQEGELHSLQDLGIEAIKLDHETVDKDSNGNRIIAEGSIIRNGEEAYAAAFDLQLDNRITKDPGSHTLNQSVLQDLLQRGIQLPLLRGFGSVKDLQTVYAQNETTLALVQSLANSDAKTVYDNFEKVLADWSGLTALREQAGLDTSKPLSTPEKLWILESFSGLSQFKETIESQFAEGKSPYVSRINTSYLNERFHALSMHFANRFLAQSVLADAFSGALYSISSNKMMVTDGEKLQASLAEYAKNVSSKDDAALLAQVYSAFRTQLNIDENAVAAQLQGHENASVFHDLLTGALQDVSIWNNNYSGSEGHSYIIGSAGADRLNGNGGDDVLEGREGSDTLTGGKGSDRIVGGVGDDNLQGGEGDDRYEFSAGDGRDVINNSNAAGEDRIYLDASIAQSDVRLTRNGRDLLVHIGEDGQVIRVSSYFNEDGATGYAVDLIEFADGTVWDIATVKQKVQVPTDGADELWGYDAVDDNLKGLSGNDSLYGQAGADTLSGDAGADSLSGGDGDDKLYGGEGLDTLSGDKGDDVLVGGKDNDRLYGGAGKDIYQIAKGDGHDTISEEYSETVVDRVVFGAGILAENTVLLRRGWDLLVSIDEGAQTVRINNYFNKDASTGYALEFIEFADGTLWDIDTVKSKVLIPTEGQDEIWGYDATDDNLTGLAGNDVIRGQKGNDVIDAGDGADKLYGDEGDDVLTGGKGDDSLDGGAGSDTFHFNLGDGADTIIDRNHSGSDINTLQFGPGISKDDFWVRRSGDSLVLFHKNMQDRVTVSRYFENDGLGEYALSHIRFDDGSELDLDELKKRAIQPTDDSDTIYGFSTNDVLNGLKGNDVLYGKDGDDIILGQEGEDRLYGENGQDELQGGLGEDSLYGGADNDRLFGQEGNDTLYGGDGDDDLIGGVGDDHLEGGAGDDNYYFTKGDGKDSIYDNNGKITIYVSEIELDDVIFRRNGRHLDVLFKQTDTDKITIRDYYPDFGGIAGRSIGFFLPGSGLSHLFSAEDINAKSMEATEKADVIYGDLNDNRIDGLQGNDLLNGDRGNDELLGGAGNDQLLGGHGDDTLNGGVGDDTLTGGEGADTYLFSLGDGKDVINNNDSSGVDAVVFDASVASADVRVSRTSNNLQLDYGSGDQVLVHDFFRNEGTTGYAIDEVRFADGTVWDKETLLDMALIGGDGDETLIGYSTDDILSGAGGADTLLGNDGADSLSGGAGADDLQGGAGNDVLAGDAGDDKLAGGLGDDLYRFSRGDGKDVITDANGTDRIEFTDVASTAVRVRREGGNLVISVPGSDDQVTITGQYLGEQLTPAASSVESVTFSDGVTWDFTALMAQAVVGSADADVIQGFSNGEIINTLDGNDKVRAGEGDDEVDGGAGDDELYGEGGADLLKGGLGADRLDGGAGEDRLFGGDGNDTLFGGSGSDELSGEVGADTLHGGDGQDQLSGGLGNDELFGDSDADVLSGGEGNDMLHGGSGDDVLNGDAGDDKLYGDGGQDELYGGAGKDELYGSGQLFGGEGEDLLEGQGTLDGGDGNDELRGQGSDTLLGGAGDDVLIANTNTWTDTTNTLAGGAGNDTLYGSFGDDTYLFNLGDGRDTLIERREGEAFNNVEPSSDILKFGEGVEASDLSFTRRSNDLIIEHSNGADGVTIKNWYLGSTDHFKVNQFQFADGVVLTDADVEARTVTLGTDAGETLTGYRDLNDEIHAGGGDDKVWGRQGNDAIYGDAGVDYLDGDEGDDRLFGGEGDDNLVGRIGDDYLEGGLGDDSLQGNEGADELYGQDGEDSLFGGAGDDLLDGGADKDYFEAGAGNDKVFGGAGNDQLSGDAGDDELTGGEGDDKYVYGPGDGHDVIFNGDGGFDGVLFVGGLNESRLTFSRDGDDLLIAIDDGVNDSVRVKDHFKGGDFAIDWVQPDGSSMINTANINKLAAGGDPDDGGSNGEYDNVMEGTEAGEQIAGTNGKNLIRGLGGGDTIFAFGGDDRIEGGDGGDHLYGGNGSGVGSGNDVIIGGDGNDVLVGEDGDDLLFGGAGDDHYYYKAGQGVDVIDASGGGSDWVFFLDGLNRSRLSYHQDGDDLVILVDGDLAQQVRVKDHFLGGEHAIAYVQPTDGGNAIRASSLVGMLTPMPDGSGGDNGDGTDNGGGTDTGGDNGGTDNNGGTDNNGGDSGNGDGETPQPQLGEDDVINGSDADDTLIGGSGDDTLSGGAGDDLLLGGVGDDVYVYTGGQDVLRDAAGVDTLRFGGGITFGQVSSGLTKAGNDLVLKVSGGGQVTLTDFFLGGDALVENIEFETGGQISAQQIFGVFGLSIPAASVYDQTVDGTQNGDSALTAGDGRDLVRGFNGNDTLNGGKGDDLLIGGRGDDVYVFNAGGGKDVIDNTGGGFDTLRFEGISFGQVSSGLQRNGDHLTLNVSGGSDSVTLKNFFKGGDHAIDRIEFASGGQITGDQIFGVFGMSNPDSDGSPNYSGLPDERGFGTVTIAEAGADVIFGSSDGDLIDGGAGDDHLTGGRGDDYLIGGAGNDTYHFAAGDGRDTINDYAGAGEDQLQFAAGVDEQNLWFSRDGEDLVMDLLGSQDQVRVQSWFADNSQQLEMVRTDDAVIDAGRIEQLVSAMAAFDAPVGGEITLSEEQQSQVNAAIAASWQSA