>NC_013517:2607043:2607043	Polyprenyl synthetase
MLKIYLKEKREIFEKYLQEKMTELKYPERLAESMIYSVMNGGKRLRPVLMYMIADIFNQDYSRIEDTAAALECIHSYSLVHDDLPAMDDDTYRRGKLTTHKKFDEATAILAGDALLTYAFYVISASEKIENSGKVNIIRILSDYSGINGMVGGQYVDMESENKEISFDTLKYIHSHKTGKLLKAAVELPLEALAIEGKQKEVLLEYSELIGIAFQIKDDLLDIEGDFEKTGKESSDEKNNKTTYPKLFGLEKTKEILNDYTEKAKQLIRENFENAEILVELADYISNRGE
>NC_013517:2607043:2607915	Exonuclease VII small subunit
MSAKKKNFEERILEIDEIIEKLEAGELSLDDSIKEYEKAIKLIKESETLLEAAEGKVMKVLEKNNDIVLEEFE
>NC_013517:2607043:2608157	methyltransferase
MRVVAGSVKNKKLKTKEGRETRPTLERVKEAIFSIISDEITDSSFLDLYAGTGSIAIEALSRGARRAILIEQDKEALRIIIENINNCGFENISRAYKNDVIRALEILQRKGELFDIIFLDPPYKENISFDTLKKISECKVLKKEGIIISEHGNYEKLPDEIGDLVKYDERDYNKKILSFYRYK
>NC_013517:2607043:2608718	hypothetical protein
MKKKETKYSLEKEIREALASGRSQKSIYNTLKDGNDDSVLADKVAEYLPLEVRNKTKYYNYIIIFLLVINAALSMNFLVIILAFFLFFYLKEGNGFGYRIMFLFSLLNIMYAFYTDKTGLVLVKTVLWSLLGISGILFYKLVFKNKTISGKVKKDKNDNYIFLD
>NC_013517:2607043:2609226	hypothetical protein
VKKVIVFLLFSVLCFSENTIAESKFINVGNLKIVREENIKIAKEIIDIKFLKDNKISVKTRYILENTDNRDIKETYIFSLDQYLEKTPNKYIEKIKYKIGENDVPNLRAVINFEEDGSKIQREWFGIGGKIHTGKSIVMQISYILKNIEENELNYSFNIKNNFLENKADVLEINIDKGDKNISSIAYGVYEFYENSDGTYYMNAKDVLLDGILTIKYE
>NC_013517:2607043:2609904	hypothetical protein
MTNIKKIIFNIKSRKIIEISKIILKEKYHEFEKYIYLFYDDKKKYTEEIFKHKEVFGNNTDNTNIYAVLKKFAVYYSLGVLYYREDIFDKEAEWNRAAEMFDILFQEILTQEVILEILRKCFFTDRRYSTELFFDFISEVLEANNLKMYFLDDGSELFLFFVLKKDVRIKYGNFSEFLLNNGKKTENLIYFIGKQ
>NC_013517:2607043:2610527	S-adenosylmethionine/tRNA-ribosyltransferase-iso merase
MKLSDFDFDLPDNLIAQSAMEPRDHSKLMVLEKNKQVIEHKKFYNISDYLKKGDVLVVNRTRVIPARLFGKKDTGSILECFLLKRIDLNTWEVLLKPAKKLKIGQKLVFLEGKLEAVLKEVKDDGNRILEFIYEGNFEEILDELGEMPLPPYITEQLKDKNRYQTVYAKEGESVAAPTAGLHFTNELLEKLKDSGVELTEIYLDVGLGTFRPVQTENILEHKMHHEKYHIPEESAEIINRAKREGRRIIAVGTTTVRTLESSNNGAEVISGDGETDIFIYGDYKFKIVDALITNFHLPKSTLLMLISAFAGKNFIFTAYETAIQEKYRFYSFGDAMFIY
>NC_013517:2607043:2611786	outer membrane autotransporter barrel domain protein
MKRNKKLLVSFLAVNSILSAYTAGAETTVSPKYERMYNSIVKNIEKGSSNQKTYQIIERILNQKNKELKDLYLQSDYIVKPEYLEWQVFFTGFYDEYSEGKDNTRENAQYHSKVSGYHDEYGNYVMTSGMINGMAGKPYKELQQPKEIDLGVTVQVREPSRQPISLGVAKPSLPLVTPVAPGLPSVGAITPVLPPLASFTVPNIGTLTPPSSVSVTPPTISPIDISSFNPVTPNVTPPGLSAPPNFSILLGADWNSWATSGGGNGGYSHARATYTDGSGFVNRLHYTWANNSGAEMRYAFKLGNDEGTMSAPYTLAGTYNFDSFNTNSLGVSVNAWKNGATVINVQASQGTNLNNQRFFIGGSRFFEFDNGSGNLLLSGTLNLKGILTLGLVTQGNNAGDVKSIENSGLITDKTEKDDPFIQDSSISGTITGPLGALYDINKTSDGYVGYKVGIALVQENANSGTEKLDLLNTGTIDFRGKNSIGMYVYLPSITSGSTRLENKNTISISGKESYAMKFGASSNANFKGVINSGTIELRKNPDGTDKADLSAGIAVMDDATVTSKVNGSTGKVKNTGNINLKDNIEDSIGMYLRILGNNDIENTSTGIINVSSTGNGNTGMRVDIGTISLGAGNPVAKNSGKINVSGGSNFAMIANGNSGAQTATIQNLAGANISISGASSAGMYSTNGGMAENTGAIVVSGDDSIGIFSTTSAANKMTTGTISLTGERSAGVYNSGTFALSGGTITSGGENSIGVYSTGTTNTNISGGKIVAQNGGIAMYSGANSTINLSGTNIAEVRSGGLLFYNYANSGVFTGKYNIAPGTSASVASGGLAMYVDVSSISQINTMVTGLQSAFTGAGNLQLSMAAGSSLLYVNGVSGAADISDFAGLNDLTTIFNLGASSGYNQYVMKGVELALNNTAESNLDSGSYGKIQFLDSNITVNNGITVSGPTLAKQYVAIAQKNTPSGTLAGRYITNNGTISLAGTGSTAIAGDYITMKNSASGKITLGASSVGIYTANGSKALNEGLIELGTGSVGMYGRNYFDGVNASSVLGYGNDTIDITNDKDIKTVSGGVTGNVTGIYTNNVLALANSSVNLTSASNIDLKGTGNIIGVFAGKTNLTSAGTIKAESASGGNAVGIYGEESTSTSITGSIEVTGGDGTGIYLKNSNMSSGAAVKIDSVDSGIGMYVEATAGNTSSGTNTGTISVGDNVTGMYGIGASAGNTGTITNSGNIQSLPLSADKAIGMYVSSHGIGINAGNIRLTAVGTDKDQVGVYNQSGTFSMGSGNIEVYSQNGAGLYAKAGTVNNLSGGIIKTGSGAIGLYADNGATIQLSGTYKSVVDNGGIFALNNGSGNINIPVGNNIVVDVEAGGMAFSSTGALNTYLSSLVTGGGTLEVNLKDPTSKLAILDTPGTILLSSLGAAYAPGATITPQVKISSSSNPNYTPFSITKGTLIVDQAVNLNNAADSYNKSDFINSSVDVNSSITGSNAGQLGVGQVNYGTGAAPVDRARITINNNNVIDMSGNKSTGILADFGDITNTGAGSFIKVTGEESVGIYGANGTVITNAGTVNIGNKSVGIYGVNYLTTPELYGNGTININNNGNIISTGTAHGGYGIYANNTALPAANSLITLGTGSNIDVSSGAAGIGIYAVNSTLNIDGNITVGKDGVGIYASGSTGNINGGTMSLNGDNAIGYYLTNGSSFTNLGGTIAVNGQNITLMITDSSSSINLSTPFTVNSAPGSTYVVGNMIGGDFYNNTSATLGSNGSLINGIGTAALFGLSSNINSTGTNVSGMVLSGQHSGVPGHVVSGSGITVNEEGTNLGSITLGDSSAGMYLTGGARGRNEGTITLTNNSVGIYGEGAGSHIVNNNGIITIGQESTGLFLKDGDFILNSGISEINSGSQKAVGIYSENSASIPTTIINSNKISLTGDQSIGIYTAGANSIVNAGTILIGNSASQTQPGVGIYADNINSNIHNMTASAVNVGDNGVGIYNKNGNITNDGSITAGNGGTGIYSEGGTIILHPGSSITVGQNDGVGVYAVNQTGMVLNDSTVSVGDGSYGFVFTGSTAPSFINNQSSVIGNNSIFVFADSVLAADNSGTLTMTGSDNIGYYLKNGGSFINNADITGNTGVSNIGIYAKNAGIINNADIILGDSNLVEHIDSKGEKYKTGYSVGIYGENSNITNNAGKTIQVGKDGIGIYVKGAGYTAENRGIINGFGDNAKGIFAAENAVVNNYGTINMTGEGVIGIAGQSGAQIYNHTGSIINVTGNDVAGIYLAGDDTKLVNNGIINITGTGMGILYTSTVDKNNVKDSTGTTQGYTSKQYEADRMPTLTNTGVINVNVGGNFNYDGIRVIVTIDPSTNTPTTNSSSQVGFGGVIPDRLEVAPDFATGTASDRYVFENIFKGATGKGEYISQSLTWTATADGSNMVMTRKAYTEFTDGLWYEDFGRVMNEKYAVTYGEGRKIFDKINYITNESDFRHIMASLAGNVYANINQREYDIAKAFEESLHLLQDSANNTKENVKISVIAGKGKNKEETDGVVGYDYTTTGVLALREVERTYKHTFGYSLGYVHTGFEFKDGNESEEWVDTIQLGVHNKYRSNGWKVVNDLTGRASIHNVDRNIDWPSPNSRSEMNGSYETYSITSDNILGKEFGLGKKASLMPYGAFRAMYVTRPTFNESGLEALEVEGNDAWSAKPRAGVELKGALPLGANTAWQLKGIFDFAYEYELADLNEREKARLIAVEDGYHKLSKPEDEKGTFRTKAAIGLEIEDRYGIFLTGEYSTGNDKEDDYRAGVTLKAVF
>NC_013517:2607043:2621946	hypothetical protein
MKKLFMIFGLFAVVLCFPVKSYAITRYIINNGKVYYQRLKYRDEMTEADTPTFKNLDYFYAKDKNNVYYEGDKLPGVDPLTFRILDYSYTKDKDKVYYYRTALANVDPATFKILDYYYTKDKNNVYYLRDILNGADIASFKVLRFSYARDKNNVYYHGNKIESADPATFKILDIDYAKDKNHVYYTGKIIQDGNPADFELVDPSWYLFYR
>NC_013517:2607043:2622783	modification methylase, HemK family
MNKLIDILEKSKKYLEDNKAENPRIETELILSQVLNLDRIMLYAYFDRILTDDEMSEIRTLLKNKISSEGTSEKNEDISMKTLMDQSIKYLENHQIEEARLTVELIFSHVLSIDRMMLFTKYTMQPEEEKKNKIRNLLKLRAKDKIPLQYLLNEEEFYGRPFYINKGVLIPRNETEIVVERALQELKDTAAPNILDIGAGSGVISITIAKEKPDSKILGIDISDNALEIANKNKGLLKADNVKFLKSNLFQEVNYHSFDMIISNPPYIPKSEYETLSDDVRMHEPEEALTAENEGLFFYYEISKNASDYLKNGGRLIFECGYNQAEIIESIMKETGYKNIEIFKDLNGINRGITGIFLKEE
>NC_013517:2607043:2623861	peptide chain release factor 1
MFQKLDDVVKKHEELTQLLMDPVVTSDPKKIMEYNKALNSINDVVEKYKYYKDKKEELASLKEDLKNEKDNEMKEMILEEIKNVEEEIPNIEEELKILLLPQDPNDEKNVIMEIRAGAGGDEAALFAYDVFRMFSRYAERNKWKVEVIDRNDIGVGGLKEIVFLIKGKGAYSKLKYESGVHRVQRVPDTESSGRIHTSTITVAVLPEIDDVSQVEINPGDLKVDTYRASGAGGQHVNTTDSAVRITHIPTGIVVTSQDERSQLKNRERAMKVLASKIYEMEVEEQRKTVESERRLQVGSGDRSEKIRTYNFPQGRVTDHRIKLTLHKLDQVLDGDLVELIDALTAYAQAELLKAVGENE
>NC_013517:2607043:2625053	hypothetical protein
MEKPVITKIVGAITLLQLGMSIFIGLVGGFSEENTGEINGGYMVYALILISMIIMITASVLLIRGNKYSRILYLIGTITTLAGNIIVAGIVCGLQSSFIPLLFTVLLYVKKSAREYFREIK
>NC_013517:2607043:2625699	hypothetical protein
MGYSISYTASGDKINFIDLKEKITDKELDEIIQMGVFDRIQTNDIPSRETLIALNDNYFSRFPETGFRLYSYSKKSLDLSFLKYLSNLEKLSIDYTENTDNISSLSYLKNLKSLRLNIYLLDNFSFITELSDKLEQFSLETKKNSFDISLLNRFKQLKILYLSGCKKNIESVENLPLLESLLLKGITLKSAAFLNNIKALKSLKIHWGNTENFSDLYGNTSINALQIFRITKFTDIKLLANLPNLIAAELSCLRHIDHIPDLSAHGNLKHILFDDMKSLNDLSQLEYVKNLESVSFSCCPSKFEPEDILPVLRNKSIKQCSFYTRSAKKNKLISEYIKEYKKSDSSNFMTVRNFLYSNCKEF