>NC_008309:1200245:1200245	DNA mismatch repair protein
MTIKILPPQLANQIAAGEVVERPASVVKELIENSLDAGATHIQIEIENGGANLIRIRDNGIGIAKDELHLALARHATSKIASLDDLEMILSLGFRGEALASISSVSRLTLTSRTAQQNEAWQVYAQGRDMETSITPASHPIGTTVEVANLFFNTPARRKFLRTDKTEFAHIDEVIRRIALAKPQVAFTLTHNNKLIHRYKSAVTNEQKIKRIATICGNDFMQNALHIDWKHNDLHLSGWVIQPQFARHQNDLNYCYINGRMVRDKVITHAIRQAYSEYLNNEQYPAFVLFIDLNPNEVDVNVHPTKHEVRFHQARLIHDFIYQGMTNALTSEQTNIPIQSEQSNPTKVAEPQGIWNLTTHNKGNRATAGKNIFAQQPKDYDKKSSQFKPHFTANYSEVTPKKAVQKAYAELLVTHEEKTIASSTLPHQFTHNATYISEQKNVLHALALIENKALLLQQNQQYFLLSIQALQHFNIRLQLQQSNIAQQTLLIPILLRLNKQQYQSWQQQALFFQQSGFDFTENSAQHRITLNRLPICLRTQNIQKIILHLLDQPHEKYTIFLTALCSQLEFPSLSTFSEAVNLLTKTEQQFSTQHQPEFQSLLVKIEWDHYLDKLQ
>NC_008309:1200245:1202089	tRNA delta(2)-isopentenylpyrophosphate transferase
MNKKSTAIFLMGPTASGKTDLAIQLHQELPVEVISVDSALIYKGMDIGTAKPNAQELALTPHRLIDIKDPSENYSAAEFRHDALQEMQKITQQGKIPLLVGGTMLYYKALLEGLSPLPSADEKVRLEIEQKAEKFGWATLHNELAKIDPISAQRINPNDSQRINRALEVFYLTGQSLTELTAQKGKEIPYHIIQFAIAPDRAVLHQRIEQRFHKMIEQGFQQEVEKLYQRSDLHPNLPSIRCVGYRQMWEYLQGNYDKDEMIFRGICATRQLAKRQLTWLRGWKSPIEWLDSLNPKSTKEKIIKTIKHNCK
>NC_008309:1200245:1203500	possible large adhesin
MNKIFKTKYDVTTGQTKVVSELANNRQVASRVDGSSVAEKCGGFFGGMLGAFKVLPLALVMSGLLSSAAYGYDVWVHSSNVTDGQTTSNLNRKTQIMYGANKAFGKVDPYTPSTLPDEAVILSDYANKTGKNASYSNKDFNQTVVIGSRAVVGGDKGTAIGFGAATGENTATSANNPTVTYEEAKSILLRGEDGSYKDLREQYFEFATNPKWKPTTEEKKRNIINQVITMEKEKRKKDPKIALNKEGTAVGYRSFARGEEATALGNDVVAWGDSSISIGSDNAAGHDAKPLSKEMFRLFYNVRDDFNYTKEYAAVDFEIMRDDSGKPMLNEQGQLVAENNPSYPIFYNGKYYFRKNNQNNDEGYYVMVGEDFYFSRPNAQYLEKIGSDTPGYADKIKEIKSLNDYKRYELYLKKEGEAYQKYLADHRNTKTHTWARGNNAIAIGARSIAYGDNSTALGTFAVAAKDYSTAIGSNTVAFGKGSLVMGNNSYVYADGSVGIGNKVQAIGAGSMVYGKDSFAGGLGSLAIGDHTFANVKMGKVFNGDGLDINGYNLLAKDKKYPEYANDTQGLKNSKITIEDLYRIGDTAAIQDIMKEHINAHTTVQEGTGEEKAEQSKDSQGRHNQGAIAIGSYSVALGDNAISLGRYAYAKEDSTVALGRFAFAQKESSFSIGNFTRALGKQSVAFGTHSLVEADDSMALGIKAKVLAEMPTALRSEKNKKNSKPDFTIKNAMAIGNGAEASFSDSIALGVNAKTDYTQTEMAQGGWAPKNAISIPSSERIGYLSVGGKNAERRIVNVAPGASDTDAVNVSQLRALEEAILYGNTLEEDNINSGVKYVSVKGLDDLKLLVTKEQDYKNYIKIKREYLKLKARKEIGEETINTDELDAKLKKYETRYADFSAKSSKLQEEYDNPAYSLLFPSSDTEEDKKRKRKDRLKSKIDEIEKAYADDEKVSVLTMAEKEKINNSNFNSDRAKKSGSMAIGVGALANSDNSIVIGQNAKIESDKAHNTVLLGNNTSSNFANAVALGNYSVADRPAEKFTQAEPEAYINDELAKAIGGETYAAVSVGKNGGNISEIQEIVKAKKEFDKWVQANKSSPDQEKYTKEKAEKEATLKKLALRKITNVAPGTKDTDVVILAQLKEAMKGVKNVGTLHYLSVNNPTSKGSNYDNDGAKGSNSVAIGVDAGTDKNASAGIAIGKGASSKAQNAIVIGTNVSVDVPNSFVLGSDNKVETTADKRRTNDAVVVMGSGTTIKNSWATTAIGAVKASNGKHIKNGTPITGAYIENAPWATVIGNKSKVYNGTDIIALANNIEVNVNKADFDTDKNANDNLVIIGNKAKAARAKDSVVIGSGAKALTGDEKNHAYEKVEKAVSIGQAAVVKATGAVALGQGATVETAAGNSIALGQGSEATKKETALNEAKIEAINVKFNFKSGVSANGQENNKKSVLSIGKKNNERIIKHVAAGAVTSDSTDAINGSQLYAVADEFSKLAVNVLGAEVEDANKTGFKKSEFTALLSSPSTNPPQPQGQTQKTAMTFKDAIEANIAKLNSGFVFGSGDESGEQGTHYLGDKLIIKAGNITVKDDTLNKEDKFLSDNIRTQYEKNNKNILIGIKETPSFKNVLITGEIPEDASDSAKKNTYDNYAVNKKYLDKRLENVGSNFTVKGDTPKDGKNTSLEINKDNNVLTINGDSNITTAVDKDSKKLTVSLNKALTGITSIGKDDKAKIEFSSADSTHHITFTVGEGKNKATVKLDKDSLDLGSKQIKNVASGIGSTTPSDGGATTSNVNNVLTGTSIENIENNAVNVKDLSDIAKAISDKGIQLKGNGTSADTKTLKLGSVLTVDSSQSKKTNANEKDITTKLSSDSNGALTLTLELNKATSIDGNDERIVTSKAVADKLKDFATTETLEEDFLRITGENIGDKQKEFGSNVGISEIKLDDEEKTELVQAQALIDYLKGSGDKSVKVSDSSKTVAEGEGSISIGYDAKSQNEGSIALGYGANALNSGSISIGQGSNVLGVNSIGLGKDNKVNGNFSFVVGDENEIGSKSTSTYVMGSNNNISGERNISIGSSNKIEKDENILLGSNNEVSGTGNILLGSRINVGEDIKDAIVLGNQSVAVSNALSVGTPRNRRRIVFVGDPEQDYDAVNKKYVDNLLANKASAFMVTSDEGNTDNISGTLSIKGAEAEGTANNKKHQNITTKASKSELIIALNKDLKSIESIGKDDSNALVFKNDTSNTDGSSSTNIAELKVGGHALTFTPENGTTDTNKKVKISNVAGGQIAENSTDAINGKQLHDLVGNLGLSVESDGNFTAPSFTKVKGDDTTSTVSKDKYTTYKDAINGLITAVNKGVTFKGNDGTNSSTKLQLGGTLTIDSSPVSSSDTTGANSATVEKDITVTLAPSNGSDPQSAGTLTLKLNKADKVEENNGKVVTSKAVADALKNYTKTTDLVDKLGTAYLKVDGSNIDDKQADFGKNVGIGKVNLENGKKSTTELVQAQALIDYLKGTGDKSVKVSDSPTTEALGDGSVSVGHGAISRNEGSIAMGYGANALNTGAVSIGQDSNVLGMSSIGIGRENTVRGNFSFAVGDNNVIEKEQNYVMGSDNKITGKQNISIGSRNEVEGNENIILGSNIKADDEIHNAIVLGTGSLAKSNALSVGSMRHKRKIVFVADPTDNYDAANKKYVDERGLKFKGNDAGQTEQLVNLDKLLTIDSSEAKKDDRGMKEKDIKTKIEKEGDNAKLILTLNKADNVSEHDERAVTSKAVAAKLMNYATKFAVEGNKGSKFTVNNSLKIKGKVGSGSAKTHQNITTTTKKGASTLEIALNSDLKGIKSIGGREIGAGKGKKIASSIEFNKQGANGTKPKTNVVIESNGGTFVFDRTGLTLNTKQIKGLASGLGLQAVADGQGTNNDEAKKKAEEANQAILDKVLAGNPDMNKTNAVNVQDLSAVAKAIVGKVTAQHSEAEKVAVKYDDDTKTSITLGGKGTNGTKSSPVAIDNLKSGLGIDDIKDSGIASAAQGKQRELVKKLVSGELDKDSSHKAVNVADLKAVAQAGLDFAGNDSDSIVHKNLGEKLEIVGQGLDKAKAADFKGTDGNIAVKADSAKSKLEISLNEELKGLKSAEFKDDKGNTVNINGNAITLKGKDGNPTIATLNDKGLTVGDKDATNGDKTHAVYGKDGLTVKKGKDGSTEAISLKVTKDKDGKETATLAFGKDADGKYYIGAITGLADLDDKADGSSVANKNYVDTEVKKLDQKLSSANSNRPFDYYLDNEKVVKGQDGKFKKLKDGKPDQALSDEEAKKVVIKAEPTTAPMGISNVASGLGLEAQTEEAKQKATELTKAIDKKVKAIDQKATALSNQAQTVTDLTLSVSALEMAMNAMSEGEERKQAEEKLKESKEKLEAAKKELETAKSELTKAKEGLTEANKEYEKHYGGYEKVAELVNPKQDSKIDLTNTATIGDLQAVAKSGLKFKGNDDMEIRTPLSGTLAIKGEEDTNGNKFNSDRTAEGNIKVEMSQDGTGLEVKLSDQLKNMTSFETHEINGRKSTLNSNGLQIVSPASDSTLSAQGTHIVGKGANAGKSASYTLDGVTLQQANNRATLSPNGLTVVTGSGDQIQIDGKEGEIRVPDLTPNSSPNAVVNKGYVERLQTHTDQKFNHLDNKIEIFNKDLRAGVAGAHAAAALPTVTMPGKSSLALSAGTYKGNNAVALGYSRLSDNGKIMLKLHGSRNSAGDFGGGVGVGWTW
>NC_008309:1200245:1214992	pyruvate kinase II
MSRRLRRTKIVCTLGPSTDRGNNLEKIIVAGANVVRMNFSHGTPEDHLARAEKVREIAKKLGKTVAILGDLQGPKIRVSTFKEGKIFLNIGDNFTLDADLPKGEGNQEAVGLDYKTLPQDVVPGDILLLDDGRVQLKVLSTDNTKVFTEVIVGGPLSNNKGINKLGGGLSANALTEKDKEDIILAARIGVDYLAVSFPRSSADLNYARELAQQAGLKAKIVAKVERAETVIDEEAMDDIILASDVIMVARGDLGVEIGDPELVGIQKKLIRRSRQLNRVVITATQMMESMISNPMPTRAEVMDVANAVLDGTDAVMLSAETAAGQYPSETVSAMAKVCLGAEKMPSVNISRHRLDKEFDTIEETIAMSTMFAANHMKGVAAIIAMTSSGHTAKLMSRISSGLPIFALSRNESTLNLCALYRGVIPIHFDQDSRTLEGLKAAIQSLKDKGYLVSGDLVLLTQGDHLTSNGTSTCRALVVE
>NC_008309:1200245:1216722	peptidyl-prolyl cis-trans isomerase D
MLMEKLNNASSGIVSKIIFGLIGVSFVLSGVAGYMFIRTDTSVAKVNGEEISQQVFLQQYNNEYQRLSENLGAKFAEVADSAAKHLRHEVLDRLINQELLRQYAQELKLGISDKQVSLAIVNSPMFQNEGKFDNKIYQQILASSGISSDTYAAYVREGLVLEQLQQGIANSDFQVPIQLNELAKNFFQRRDVRLAVLSLDDEMQKQTVTEQEIEQYYQANKANFAVPERVKVQYLDLTRAIADQKVKISDIEIAQYYQDNKAQYITKHLAHIQLPTEQEAQSVYANLQNGEDFAALAKLYSMDTLSAPKGGDLDWVVNGMMPLAFESAVTLLNVGEYSQPVKVDNAYHIIKVLDMKTRELNDVREEIATKLRNDLVTNAFYSLEKQMNEKAFENPQSLEEAAKVAGLDIKETDYFSRQDLPPELNYSHIATAIFNSDLMQGGINSEAINVGDQHSVLLRVVDYKPEGIRTLAEATADIETYLKRQKAETTLFNMAEKIVAEMNTITDFKLPSYIHFSEKETWVYRDADNKDPVLGKVIFSMKKPDPGKTTISVAKNMFGDIVFVELMNVEDSQLTPEQKQLFGVQIAEIKQFSLSNLLIQALREKASIEINTKFINEE