>NC_016779:3418538:3418538	Ferredoxin-dependent glutamate synthase
MSETLLVIISILLLLMLLLIVFFIITFFIKKRTHHSILKLHPYLGRMRYLLEKIGPEFRQYWFDHDTDGKPFSRYDFQSVMFLAKYRSEILGFGSKRDFEASGYYIANTLFPVLTEELSVNVTQEREGKKYVIHKEGLFSRREKLTADTTNLWLYEEDDAIIVGENRKYPWKLYGMFGASATSYGSIGENYILASGFGAKMAGGSWINTGEGGVIPEHLHTGANIVAQIGPGLFGYRDEDGNFSMEKFMGKAKESNIKAFELKFGQGAKIRGGHLEGQKVNEKIAFVRNVREGETINSPNRFSFLNNAAETLYFIQQLQENGGKPVGMKIVIGQQEPLENLFKTMKELNIYPDFITIDGSEGGSGATYKSMADSMGMPLIPALLTFIDIANHYDIRDKFKVFAAGKLITPDKVAIALAIGADAVNSARGFMMASGCIMALQCNSGQCPSGVATTNPHYQKALDPYEKKWRVMNYIISMRYSLFSLAAAAGVKSPRHLKRDHIVFKDEMRRVVPLSELFPTSK
>NC_016779:3418538:3420174	2,4-dienoyl-CoA reductase
MTSSNNKAASIYEGTNVNAGGSFVSIEETKIFNPIQIGSWPLRNRIAMAPMTRCFADNETGAVGADVVEYYRKRAADGVGLIITEGIVISARAKGNPGVPGIYTQEQIDSWKPVTEAVHKEGGTIIAQIWHVGRMSHHEIIGGQMPQAPSAIAAEGNVPRFRKPFDTPEAMTLEEIQEVISQYAQAAKNAIEAGFDGVEIHGAHGYLIDQFTYEFANKRTDKYGGDLKQRLTFMKEVTEAVIEAIGADKTLLRFSAFKGDNPTYMWENPELAIETFVNMFKEVGLTMIHPSTMSYTQVIADGKNFHQLVRKYWDGAIVGVGNLNPKEAEEALQEGTIDVAAFGRPLIANPDFVHRIKSAESLVEYDAKEHLATLI
>NC_016779:3418538:3421883	Transcriptional regulator CarD-like protein
MEVDYLFQIGDNIVYPMQGAGIIKAIEEKEIAGEKQQYYVIKMSASNMEIMIPEGKILNSNIRPVTDIKALIHIIDIFQHGESDRLLTWKQRYKVNTDKIKTGKMQEGAEVVRDLMRIQKEKALNASEKKMLDNAHEFLISELGLIEGITENQIKSFC
>NC_016779:3418538:3422606	Formiminoglutamase
VEHGHYLKKNAKFIDREVTKWSEMIKGWEEGVEIFGAALIGAPLSKPSISHSGASFAPKTIRSMLDAYSTYAITEEHDMKESVLYDCGDITMHVTDIKESHNRIAKTVGHVTKVNPNMIPIVLGGDHSISFPSITGFANSKGKVGIIQFDAHHDLRNLDDGGPSNGTPFRSLLENGVITGKQLVQIGIRNFSNARAYHEYAKEHGVTVYTMKDVREREIKDIMTESIEVLRRQGVTSIYISLDMDVLDQAFAPGCPAIGPGGMDSTTLLDAIEFLGKEPLVQGMDIVEIDPTLDFRDMTSRVAAQVIMSFLLARETVSKQVSI
>NC_016779:3418538:3423556	Imidazolonepropionase
MLDTLLINIGQLLTMDQEDGLLRREAMNTLPVIENGVVGIENGVITFVGTAEEAKGLQAKEVIDCGGKMVSPGLVDPHTHLVFGGSRENEIALKLQGVPYLEILEKGGGILSTVNATKQASKEELVQKAKFHLDRMLSFGVTTVEAKSGYGLDDETEWKQLEATAQLQKEHPIDLVSTFLGAHAVPKEYKGRSKEFLQWMLDLLPEMKEKQLAEFVDIFCETGVFSVEESKEFLLKAKELGFDVKIHADEIDPLGGAEAAAEIGAASADHLVGASDKGIEMLANSNTVATLLPGTTFYLNKESFARGRKMIDEGVAVALATDFNPGSCPTENIQLIMSIAMLKLKMTPEEVWNAVTVNSSYAINRGEVAGKIRVGRKADLVLWDAYNYAYVPYHYGVSHVNTVWKNGNIAYTRGEQSWSTATI
>NC_016779:3418538:3424840	urocanate hydratase
MEKVKQTIRAPRGTELQTKGWVQEAALRMLMNNLDPEVAEKPEELVVYGGIGRAARNWESYNAIVDSLKTLESDETLLVQSGKPVAIFKSHEDAPRVLLANSNLVPKWANWDHFRELEKKGLMMYGQMTAGSWIYIGTQGILQGTYETFGEAARQHFGGSLKGTLTLTAGLGGMGGAQPLAVTMNGGVVIAIDVDKRSIDRRIEKRYCDMYTESLEEALAVANEYKEKKEPISIGLLGNAAEILPELVKRNITPDLVTDQTSAHDPLNGYIPVGYTLEEAAKLREEDPERYVQLSKESMTKHVEAMLAMQEKGAITFDYGNNIRQVAFDEGLKNAFDFPGFVPAFIRPLFCEGKGPFRWVALSGDPEDIYKTDEVILREFADNEHLCNWIRMARQQVEFQGLPSRICWLGYGERAKFGRIINEMVANGELSAPIVIGRDHLDCGSVASPNRETEAMKDGSDAVADWPILNALINSVNGASWVSVHHGGGVGMGYSLHAGMVIVADGTEAAAKRIERVLTSDPGMGVVRHVDAGYDLAVQTAKEKGVNIPMMK
>NC_016779:3418538:3426522	histidine ammonia-lyase
MITLTGHTLTIEEMKRLLLEGEGVTACPNSMQKVAECREVVEKIVEDGKVVYGITTGFGKFSDVLIQKDDVKALQHNLIQSHACGIGDPFPEEVSRGMLILRANTMLKGVSGVRPLVVNMLLEFVNRKIHPVVPQQGSLGASGDLAPLSHLALVLLGEGEVFYKGKRVHAMVALTEEGLEPIELEAKEGLALINGTQAMTAQGVLSYIEAEATAYQAEFIASMTIEGLQGIIDAFDENVHKARGYKEQVEVASRIRDILHDSKLTTKQGELRVQDAYSLRCIPQVHGASWQVLNYVKEKLEIEMNAATDNPLIFDGGEKVISGGNFHGQPIAFAMDFLKVGMAELANISERRIERLVNPQLNDLPPFLSPEPGLQSGAMIMQYAAASLVSENKTLAHPASVDSIPSSANQEDHVSMGTIASRHAHQIIQNVRRVLSIEMICAMQAAEYRGIENMSTVTKSFYHQGRQQVPSITNDRIFSTDIENIAHWLKTNYSIKERLDVNAAL
>NC_016779:3418538:3428143	Hut operon positive regulatory protein
MLLQGTHRIGRMAMLLALADENESPVLSIPKGWKYCTGKVGSMNSQKVVAAMETAAKSNQVIETDVYRETHALYHAIMEALYGVTRGQIQLADVLRTVGLRFAIVRGTPYDGKKEGEWVAVALYGTIGAPVKGSEHEAIGLGINHI
>NC_016779:3418538:3428925	type 11 methyltransferase
MNDVKRQYNVSNHLQTRIDTHKHYEEKQVNLDKVVMEHLQLQGDEKILEVGCANGNFISLLQTNGHKGQLTGFDQSKTMLSEAAIKNSIIEWRLGDAGKLPFKANSYDWIIARHMLYHMKDVVKTIQGFHKVIRPGGSLLATTNSNVTLPRIVEMCNRMLDAFDLPKTTSSVTPFCLENGKEILQSVFSTVEVEVIHNALVFHHATPILNYISSMFPSLNIPDNTILHAEMKEWLKEEVENELSLHNGIWRDPKTLAIYRCQKEKS
>NC_016779:3418538:3429739	thiJ/pfpI family protein
MKKILLFVYPTFAEFEITVATALLKNKYEIITAGLTNELIISETGLQVQPHIELREVRVEEYEGIIIPGGDAIHMKDAAGLFSVIRQFHEQEKLVAAICAGPYALAKAGLFKEILYTVTMDYRKLDCFPVENFVYEEVVEHSNIITAQGHAFVPFGIAIASYFGVTNEHNINFYSGKGNVMMEELLPENV
>NC_016779:3418538:3430308	thymidylate kinase
MAYVISLQGPMASGKTTLAKKLELHGLSVIYENPYPIVEKRKQLNLDMNSKEGFIANQKMFIEAKIKEFQNAKGSVVIFDRGPEDIEFYTIFYPTTIGKEWDIETELKDELYKLRECRSDAIFYLDVSESNLYDRKNNDRTRNRSTFEEQFKLVETEKDWYKQFPVTYVDTNRLTAEELEVYFMDWLKERGI
>NC_016779:3418538:3431249	hypothetical protein
MEFFRDNDYISLPTHISGLSTARFTSYSIFTTEDKDRKVGTLIIEYVEDDNNNLCVEQLYFV
>NC_016779:3418538:3431541	hypothetical protein
LLEGWFSWFIVLWTVILLGLMSIGGYFMFRKFLKRLPKEDGMSILDWEEHYINKTRHLWDDEQKQLLEELVSPVPELFRDVAKSKIAGKIGELALQEKASQITQDLIIKGYIIATPKRDHKFLVKKLQEKKIDYSHYQSLLTKSTS
>NC_016779:3418538:3432011	Cell surface protein
LAFVQAYGKNDNLFMMHTGNTMGMRGTANTNFAYNALITLNTDTTFGGVPSSTDPNTFGGTTNDWTLDGSWAELNPSTTIVPTTAVVDFALLVWSGGLDTAVTTAVVDANPPNLVTPDGTSTQVTINSAWSSGGTNLPFIANVYNRAADVTSLLQGLPNRAAGRYSVTRLPTRQPVGYGAGWSLIVVYRDSSYPMRNVSLFPGFLLSGTPQTLSGFFTPATGTVTARAFVMAVNGDPNFIGDNFQLNSVTLTGPNNPSGNFFRGQVNDINGNLNTIGSFADRNFSGTTTNANARAEFDITNVNATGSIAPNTTSTQVNITGTGDTIYTSAIGLQIDLAEARLTAVKSVTVS
>NC_016779:3418538:3433116	Cell surface protein
LAFVQTYTKTDSLFMVHTGNTVGMRGITTATAYQYNALITRDTNLSFAGVPSSVDPLTFAGTTNDWTLNGSWARLNPSVTDVPATATVDFAMLVWQGTLSATVTETVVNNNIPTLQTPDGVTHTITSVSAWGETRSSGTFQGTIYTRAANVTSILQGISNRATGDYFVERIPTANPPAQGTGVGWALVVVYRDNSYPVRNVSLYTGLLISTLGETATISNFITPSVAPVNARVFTMAINGDTDATGDNFNLNGTGLSGPNNVINNFFASQVNNYLGNLNTVGSFGDRNMPIGTSATNRRAEFDVTNVPANGVLTAGSTSTTVNIPNTFDYIYAGAVGLQIDLAEARLTATKSVIVS
>NC_016779:3418538:3434496	hypothetical protein
MGIPVAGFPAVATPLTVTLFGTKVVPAGMGSVNVTFWAGSVPVFWTTIV
>NC_016779:3418538:3434754	hypothetical protein
MVAIVLFTDFVNATLAVKISVLTILLVAVRLIVGALGAG
>NC_016779:3418538:3435141	hypothetical protein
VIETFVAEILPLFGTVIVYVMMSPIFTICWFALLVGLMIVALICVSTILLVEFLLIGGWFGGLY
>NC_016779:3418538:3435474	hypothetical protein
MVPTCMPPDGFIPGCAILFIVTLFGTKVVPAGIGSVTITLVAEIFPVFGNVIVYVIVSPISTTCGLADFVGFTIAVRTEVVVGGGVVVVVVGGSDGFGCDVNVIFASLVIVPLAGREVT
>NC_016779:3418538:3436279	internalin
VPGGGVITNEASTTYTYQPDPNLPPVTTTEPTTPTTVAVNTATVNPTKSANQAFVDIGDIITYTISLQNNGTVPATNVILTDPIPNGTSFIQNSVIVGGVLQPNANPANGILIGTLNPNQATTITFQVRVISVPPNGIIQNQGTVSSTYVVNPSEPPVTKITPTPITETHVDTVIVTPTKSANRQFVDIGDTITYTVTFQNLGTVPATNVTLTDPIPPGAAFITNSVTINGLPTPGENPELGISFGTVNVGETITVTYQVTVTSLPPDGTIRNQASFTYQYQPNPSEPPVTTTTTTPNVNIPINNPNPTTTKSVDRQIADLGDTITFTVTFQNRGTVPATNVIVKDILLSGVSFVPGSVVVNGTSQPGENPEIGIPVGTVNPGQSITVTFQGVVNSIPPGGVIRNQANITFTYEPNPNEPSVTTTITTPETETAVNTATLNPQKTADRSFVALNDTITYTLSFQNTGTVPATNITVMDSIPAGTTFVPDSVTINGIPQPGTNPALGISLGTLAPSERATITFQVRVVNIPASGEIRNQGSATFNYQPDPNLPPVTKTETTPETTTPIQTVVISPTKTANLTFAEIGDNVTYTVTFTNQGTIPATGVTITDSLPPSTTFVTNSVTVNTIPQPGVSPISGISVGTVNPGEIVTVTFQVQINAIPPNGKIENTASVTYISQPTPGEPPITTTETTPTVTLPVRTANPDTQKTVDREFASIGDTLTYTITLQNNGNIPATDVIITDSIPTGTTFIPGSVTINGISQPNLTPTTGIPVGTLNPRQIVTVTLEVQVTALPPNGIISNEANVTYTSQPDPTLPPITTTTPTPIAETIVQNAELESTKTVDLPVANIGDALTYTITLENIGNIPMTNVSVIDPPPVGTQFIVDSVTVNSISQPGIDPSIGIPIGTIQPNQIVTITFQVTITNIPPNGVVTNVGSVNFTSQPNPNEPPVTETETTPPVNTEIINSIINPSKTADRNNVDIGDIITYTVTFQNLQTVELTNIIFTDSIPIGTTFIPNSVTINGIPTSDVDPALGIPLGTLNPSQSVVVTFQVRVVSIPPNGIIVNEATITYTFQPNPGEPPVTVTTPTPPTTTNVNTATTRPTKSADKAFALLGDTITYTISLQNTGTVPATNVLVTDPIPAGTTFIPNSVTINDVTQPGIVPSSGILIGTLEPNTSAVVTFQVQVTSIPPTGFIENEGSVSFQYQPDPNSPPVSVTTPTPTTKTQVSEVTTNPNKQATPQVINLGDTVTYTITFQNVGNINASDVIIADPTPAGTTFIPNSVTINGVASPGANPNSGVNVGIVTPGQIVTLTYQVTVTALPPDGIIKNTATVTYTFQPNPSEPPITITDPTPTVEVSVITPTPNPNKLADKQIVDINEIITYTVTFQNRGSVPATSVIITDPLANGLTFVPGTVIINGILDLGANPVEGIPVGTVNPNDTITVQFQARVTSVPPGGIVRNQATVTFTYEPIPGEPPITITDPTPINTTDVNTAILNPQKTATPETVTLGDIITYTISLQNTGTIPANNILVSDPIPTGTSFIQNSVTINNVSQPTANPETGIQIPTLSPSESATISFRVLVTSIPPSGEIQNQGNVSFQYQPDATKPPVSVTTPTPTTITPVNVGTINPIKTADKSIVSVGDTITFTITFQNEGTIPVTDISVTDSLPAGTSFIPNSVTINNIPVPNANPSTGILVGTLNPLDSVTISFQVQVITLPPNRMITNIASITSTSQPDPTRPPVTTTITTPPITVEVNPNEPNTFIKTANVNSAHLGDFITYTLTFTNNGAISANNVLITDPLPPEVTFYPNSVTVNGVARPGTNPTIGILIDTVNPGESVVIRFIVQVTAEPRDGLIRNTARIRYTLRPDPTQPPISVDETSEPNIIPFIGPFVSPNLTCFFDGTRFIRRGWDRRC