>NC_013517:1038000:1038281	phosphotransferase system EIIC
MDKREVVKLIIQNVGGKENINNVWHCMTRLRLDLKDNNKINQENINRLDGIMGSQLQSDQYQIVIGTNVKDYYDLFSKEMELSNNTESQNDSKNSKKGIISIFMDIVSGVFGPIVPAIAGAGMIKGLLAGFIALKIISNESDTVKIIDMAASGVFTFLPFFLAVSAAKIFKTNQYLAAAIAACIMSPNMIAAAKEGAVASFSFLGFVPIPVFNYSGSVIPIIFAVWVLSYVYKMVDKVMPEVLKTVFTPTVTLFIMSFLTLSIIGPVGIYLGKGLAVIIQALFNISPVLAGLIVGAIRPVAILTGMHHAMTPIALQNFQEQGYDMLMPMMFMANMAITGATLAVYFKEKDKKEKSVILSSAISGLLGITEPALFGVLTKYKKAFLAATIGSSAASAFIAFFGVRIYGYILSSIFSLPAYIGPYFPFAVAGILIAIILSCILSYVFVVKGK
>NC_013517:1038000:1039918	Mandelate racemase/muconate lactonizing protein
MTPTIIKNIECIVTKPGRHNLTVVKVETDKNITGYGCATFQQRPLAVKTMVDEYIKPLLTGRDANNIEDIWQMLMVNSYWRNGPVINNAISGIDMALWDIKGKLAGMPLYQLFGGKSKNAVPVYTHAAGENLNELYEKIEFFLNKGYRYIRCQLGFYGGNSKEIHMTENPVKGAYFDQDEYIKTTLFMFKSLREKYGDRFHILHDVHERLFPNQALRFAKEAEKYNPYFIEDILPPDQNEWLSQIRSQSSVPLATGELFNNPMEWKNIIINRQIDFLRCHVSQIGGITPALKLAALCQTFGVRMAWHTPPDITPVGSAVNTHLNIYLHNSAIQEYVEEQEAVLTVFTGAEKPRDGYLYPAERAGIGVEFLEEEAKKYPVEYRPHEWTQSRLPDGAIMTP
>NC_013517:1038000:1041190	transcriptional regulator, GntR family
MKKKEFVAQDLLTKIYQNLYKDYKLPTERELALKYNVSRHTVREALKKLNNIGIIEIIQGSGIFINRKFHQSPLIYNSITEKKYNQIKSKIIYFVPKKPGKEEKQIFDLKEDELLWEFQRVRIVDYKITQIEISKLPVHLFRDLEKKNIESSIQKYVRDKNLEISHYITTYEAVSINREQAELLKCKKGTPAMKILNRGILENGMVYEYSEIIDIDYSCTYFIPFNKQNHSFRQLVP
>NC_013517:1038000:1042206	protein of unknown function DUF333
MKKLSGLLILIGLTACTSVKSGTGSENTKIGMPNPASKYCVEQGGKSEIRKAENGGSYGVCIFKDGSEEDEWEYFRKNNAK
>NC_013517:1038000:1042785	hypothetical protein
MKFLMKFFRKITCFKKLDHTKFTLESQYLEYKDSDYKYYYFKDIRTNRYVKVLKEENDEKLDIYTNWLNNK
>NC_013517:1038000:1043152	protein of unknown function DUF454
LKKLFKGIYIILGIIFLGVGIIGIVLPVLPTTPFVLLASFCLAKGSDRINNRFKKTKIYREYILNFKENGLTKKQKIRIVLTADLMLLASGYFVNNFHVRIFLFCLALIKTAVIFRIKTNAGEPA
>NC_013517:1038000:1044106	hypothetical protein
MRKAVLIFLVLCTIFVVYGKTDEDMRLLEESITKDYDQDGKYSAYEKALRRAQESIYVALPEKKVIGIQCWKKSKLKKRNYILM
>NC_013517:1038000:1044683	outer membrane autotransporter barrel domain protein
MKKYKKFIVGFLALNSMITSYSETLGVQSSGKYDRIYENIIKNINRGRPSDTSYKLIEQMLKKKNKELKDLYNQGDYIVKPEYLEWQIFFSGFYAERDKGDNTEENAERHSDPTYGTTGFYDEDGRYIITGTNKAAYGKEYRDPQAPRTVNLGVSIPIKGLSRGEVHLDLPSGSPVEINPRNYDVSPPSGLVIPEINVFRFEINIPSVVLPVITTPGSFTVSVPDTGNGDDTGSYLGVANSYTAKIAQFNLTSGLLEGTWSSTSSLSAYRAVNLNGKSDYGGTTMGSRADITNYTYSSNSGDGAVALYKVGGAEKITLGTQGDPNAFIMRIISNVGDSYPAASTLPHLIQYDPHGSRGTYNRYLTNYYGTGITPSGIFDYYAELNNYGRLEGIGDSFLMIGLQEHTGNFSPTVKNYGTIIGIADDQYTQGGRRHVAFSFMAPQQHGTQGRRFEFYNMTGGKIELQARESIAFNFGASPGLATRPHFLIYNDGDVVLYGNNSVGVKTANNNLDLPYSKLVFNKPIRINGDQSIGVELVKTMDDGYGNVEAGKYDPMEAVIKVIIGDEPNSNTGDSKGDKSKVEESIGLYINKSTIDYRLGTFDFQFGEYAKRSTLINISSGKLFLDDNKVSEIFINKGIDNFGIIATGSASELTLKPNIKIGTAADNVNGTIALYGTNGAKIHLHSGNNIETNGLNSHGIILTNSNTVLDDTSSGGSNHSFTATGNESTVIYTENGASVNLANSSNIDVKATGEKSIGVYTKGGTVTLGTAGTGTGTYEIGKNGVLFYSDGTGNGRINISGTDFTVGEGSLFVRINTPSLIAGNQQINFTHNTGNTNLNLLSGGIGFVYTGDGINPVGLSDIQNYFSNNFTGISNMNVTVNKGARLFVIEKYASMNLSDIIAISSPTGLFNDVRNNGGSKAFMVRGNLVLDPAGGVINLDDINEDYNNIERALTGITVPSGVTVTGSGDRQTALVDDNSYDSTLYVKMENNGTINLTGNNSTAIYVNNGQIDNKGTVSSIGNGGIGLFGENGTVIKNTNLITIADNGVGIYGISYQDPASVPVYGGGKINITNTGIIQSNTGQHAIGIYAENNRTGGGIADSHIDLSNGKINLQNSEGAIGLYVDKGTVTDSGSEITVGKNGIGIYAKDSDITLTGTTVNLFGDNALGLYADGNTNLIGNGQINISGKNVVLFNMVSSGSITNNFVVNNVAPGSSYTLGNISGTSFEYAGSSHLSSDGTLISGKDSTILLNALSSVNANSGEINIAALIADGQYTGITPSGFTPGIEGENRGTIIMGNLSAGLIGKNNARLKNDGFITVGNNSAGMTSFGGGALLLNTKSIIIGSDSHGMYLQNGTDITNDTGGIITSAGNNSVGIYADAITGTITNKGIIRLTGDKEIGIYATGASNKIINNDGLIEIGDSIDINVPNIGIYSETAGDTFTNNGTVTSGKNSIGMYNYGDTVIQNGILNVGDTGVGAYITNGNITNTTAAQFNFMSINAIGVYALNSQVSNSALMNIGNSNYGFILMDSSFINMAPNINLGTDSVFVYRSGAGNIVNNAGTAIAMSGSDNIAYYTINGGSITNDGDIIGTAGKNNVGIYNVGGGILNNGIVAIGDSDIAYKKDSLGNYIYDVNGNRILDAENSKYAVGLYGEGSAISNSASGNITVGEGSIGIATKGGSGINDGVITGTGESTRGMYTEKGTVINNNIINITGDNAIGMAGNGAGSVVINNGTVTVTGKNVIGLYGNLATTVINSGTVIANGEGAAGIVLSQGSKLDNTASGTMIINSVRTENYGTSAGEIYETPTIINSGVIKISEKFETDGINVVIKVDPESVRKPTPEEIAAGGYDPSDSGADYLISNAVSIEAPSFTITDPLQISGNFTEGTNVKKYKLEDIIKSASGHGVNEGMVPVVSRSLTWRATPIVNEAGHVDIWMEKIDYNEFTGGLWYEEFGAALEDKYYNAAGDALTIYDKIDVIEKESDFRHVMASLAGNIYSNINQREEDMARTFENALDVIINSKNNTKENIKINIIAGKGKTKDDTDGITDYDYTTTGILALREVERTHRHTFGYSLGYLHTGFEFKDGNESEELVDTIQLGVHNKYTVNGWKLRNDLTGRVSFHNIDRNIDWPNRPFGTEREEMNGNYETYSFTSDNILGKEFSIGKQVSVMPYGAFRAMYVTRPTFSESGTERLQVEGNDAWSAKPRAGLEVKGEMPLSNKTAWKLTGKLDFAYEYELADLNERERAKLIAVEDSYHKLSKPEEEKGMFRAKALFGIEVEDRYGLFLTGEYMTGNDDQDDYRAGVTLKAVF
>NC_013517:1038000:1051804	hypothetical protein
MERTLMQVYVKGSAEAVELYQKAFNTTLGYNVVHEDGTFYHSELNVYGQIISVAERTDDADSITGNTMQFCLQFSKEETDLLKKAYDILTDNAKILFPLGPCDYTTHLADLIDKFGVRWCLFVG
>NC_013517:1038000:1052379	tRNA 2-selenouridine synthase
MVTAQSYEKLSESKGKIIFIDVRTPKEYEEARIPGAVNIPVFSNSEREIIGTIYKQEGKRNAIKEALKIVGPKVLELYMQFEEYHKGKNRMVVYCARGGMRSSTVTALMKELSLPLVKLEGGYKGYRQYINEKLPLLVKKFQFITLYGKTGSGKTDILKRLKNDGYDILDLEACANNRGSLLGDIGLGGRYSQKYFESLVFESLVNAKNDILITEGESRRIGNIVMPTYLYEVLINSRKLYIETSLERRTEIIRKEYLKDGVEQEEIIKSIERLKKYINEKQVQEFINGVKNEDYDNVIKDLMIKYYDKVYSSKGKTYERVFNNDNEDRCVKELTDYIFSEK
>NC_013517:1038000:1053648	hypothetical protein
MKLYSKEEITKQMRLHYSEKKTITMKSFNENKNVCCSTTVKRYFGTWNNAKKEIGLSSGIEYNKLKLLAAIKEKINSGEIKRISDIDKIADLPSYKYIKKLWTIEEMEKIFGIKIKKYSYTAESIALQYNKVKKKHNKITFELLKKETGISAGTIRKYFKSWNMFLRYMGEEPNHIITSVTHTNEELIELYRRISIKIGKEKYGATSRDLKEYDFPYSKSVLASRFTSLNYLRKIAGFEIKREITPKYSKQGIKLMLYNKYKKYGRKLTQTEIAKNESLPNPSSIFYYFQTTKISDVWKEVLNEK
>NC_013517:1038000:1055854	outer membrane autotransporter barrel domain protein
MRKNKKLLVSFLALNSVLSMYNTAAPVTVKYNRMYNNMVKNINQGKSNEKNYETIQKILNQKNKELKDLYLQGEYIVKPEYLEWQVFFTGFYDEYGKGVDNSAENAEYHSKVTGYYDAGGNYVVTSGSIKGLAGKGYRALQQPKDINLGVSIPLKGLSREPLNLSLTPAGEININPGSQNVTPPVFSINPTVTTNTFNIDIPNITVNSPTVPTPFSVKPPGTGNGDETYTALRPTDVGTTYRGYTAMISQYNLTTGNMTAHFSGSGYTGLGSCTSGGCLTSYDVENLNGAIDWRVGSGANYGATDPVINDLTVSSAPGVGKAVYDSLTALYKITAAEKIILGIPNNPVGGTADNLVMTLDSKATGNDMPHLIQFDPHTNTNRKYTAYIQDHYGNATGRTNTSDQESDTDKRVQYYYNVLENHGLLQLKGSNGLLIGLQSHNGVVSAVYENYGEMIGLNEGTNPTNHVAHAFIAAQNNSYNHRRFEFYNKPGGLVELRAKSSIAYYYGDPNNYISNKAPHYNIFNEGRIVLYGSENIGISTNGASRDPEGSKIVLYTPIEINGDNSIGVEISKLMDDGYETPVAENPSGGANTYDARPSAIRVIIGKEENKYAGNSTGLNSAGNPFEAGYVEDSVGLYIDKAGLTYRLKDFGFEFGDYARYGKLVYLKAGTLYLDNRETTDINITAGKDNYVFISDSSSSDLTVNPNLNIGTEAKPVNGTIGILGINNGKIHFGASNSIKTYGENSHAVIIQGGSVLNNAAAGLNHSFEVNGKGSIALYVNQGTADFSNSPEINVKAVGEKAVGVYNSSGVVKLGASGTGTGIYTADGLNSVLFYNKTTNAANSIETSGSIFTVKNGGLFSYIENKLSAPQIKFTNTGGTTLNLSDGARGFIYTGNNTSVAAADIQNYFNDNYSGHGNMTVNLSSNASLFVIQEFGSISLDDVNTVAAGTGIFNQINNTGGKNAFLTKGTLVLNPASNLVDLDSPSELYLNIDKALLGITVNSGVAVKGTQDGQAALADDNSYDAVLHVKMENNGTIDLQGKSSIGIYTNNGKITNNNIINVSGDSSLGIFSENGTVTSNTGTINIGNGSVGIYGISHQNPASVPAHGGGLIDIANTGVIRASAGTGAIGIYADNNRTGGIASDADIDLSTGTIDVKNSENAVGVYVNKGTIVDSGSRITVGKNSVALYAKDSDVSLNGIIIDLNGDNALGIFLDGTSSLATTGTNIINIDGRDIILFNMNSSGAVSNNFTVGSIAPGSTYTLGNITGGVFKYTGNSELASNGTLVTGKESAVYLDGSTVTSAAGSVNVAAIALNDQYSGLLPLPAGMTAGIDGENNGTIILGDGSAGIYGKNGSRISNKGAITVGSSSAGLMTSGSGSKVLNSGMITVGTGSQGIYLKDGISAENLGAGNISGTGAGTIGIYADSNISTMQISNDGIINLSGDKSVGIYTTGTNSYLIDNNSTGIISIGNSTNTSDPGIGIYGSTAGSIITNHGTVSSGENSIGAYSSSGTVDNNGIFNVGNSGVGIYSSNGIVNLNTGSAINMGTNGAVAVYGVNSAVTNSSDLNIGDKNYGFILKGGSLTTGAGTNSILGNDSVYMYSTEAVTVINNGNVAMTGSDNIGFYMAKDPVSKTGGGTIVNSPGSVIAGTAGDNNIGIYNYGGIVDNYGMVMVGGSELKLIDGTSDIDVKSSKYSVGIYGEDAAVTNYGSGLITAGYGGFGIVAKGGTASNFGIIITNGDHSTGMYTEDGIITNEAAGVIDVTGKNAIGMAGKGEGSQLINHGTINIDGDGAIGMYGNVGTVIFNSPTGIINVTGNGQAFVSADPANSSHNIENGSAFINGAITANVIESIGSSHTLPTLINAGIIKSSGILALDGMQVMIKPDPTTKQPSSDPDYDFELSGTSIIADQVTASKPIVILPGFSDGLIANVIKLEGLIQATSGQYDFISGSLLWEATPKATGSGSDVYMSRKAFTEFTDGLWFEDFGTALENNYMTASGDGITIYNKTGYITNETDFRHIMASLAGNVYANINQRENDIARTFEDSMHLLQNSVNNTKENVKISVIAGKGKNKEETDGVVSYDYATTGVLALREVERTYRHTFGYSVGYLHTGFEFNDGNSSEEWVDTIQLGVHNKYKSGGWEVRNDLTGRVSFHNVDRNIDWPSPLVRSEMNGTYETYSLTSDNILGKEFGLGKKASIMPYGAFRAMYVTRPAFDESGLEALEVEGNDAWSAKPRAGVELKGSVPLGAKSAWKLKGTLDLAYEYELADLNEREKARLTAIEDGYHELSKPQEEKGAFRTRAEIGVEVEDRYGVFITGEYLSGNDKEDDYRAGVTLKAVF