>NC_020209:5077410:5077410	dTDP-glucose 4,6-dehydratase
MRILVTGGAGFIGSALIRHLIQNTEHEVLNLDKLTYAGNLESLTSIASNSRYEFVQADIIDQNAVSALLTRFEPQAIMHLAAESHVDRSIDGPSDFIQTNIVGTYSLLEATRAYWQKLAEPAKSAFRFHHISTDEVYGDLHGVDDLFTETTPYAPSSPYSASKAASDHLVRAWQRTYGLPVLLTNCSNNYGPFHFPEKLIPLVILNALAGKPLPVYGDGLQVRDWLFVEDHARALLKVVTEGVVGETYNIGGHNEQKNIDVVRGICGLLEELAPQRPAGVAQFTDLITFVKDRPGHDQRYAIDAGKIERELGWIPEETFETGLRKTVQWYLDNLEWCRRVQDGSYQGERLGNTDVKDLIA
>NC_020209:5077410:5078827	agmatine deiminase
MTTLLSKPRADGFHMPAEWAPQTQTWMIWPERPDNWRLGGKPAQAAHVAVAKAIARFEPVTVAVSAGQYENARARLDVPNIRVVEMSSDDAWVRDTGPTFVINDSGEVRGVNWDFNAWGGFDGGLYAPWNRDTQVGGKILEIERTPRYRTEGFVLEGGSIHVDGEGTVITTEECLLNRNRNPHMDRAAIEAVLSDNLAVDKIIWLPDGLFNDETDGHVDNFCCYVRPGEVLLAWTDDPQDPNYTRCHAAMDVLQSSTDARGRAFIVHKMPIPGPLYATEDECAGVDPVDGSQERNPTVRLAGSYVNFLIVNGGIIAPSFDDPLDSQARHILQGLFPQHEVVMVPGRELLLGGGNIHCLTQQQPAPHKN
>NC_020209:5077410:5080168	hypothetical protein
MNAHSNSSKTYTHHPARVNGDAIHALAQWLKANDSRQPDLRSVLNERYPAGLFSEDEMTALCDLARN
>NC_020209:5077410:5080673	outer membrane protein, oprE3
MLKQRMSLVALGILSASAAMANDQEQSKGFVEDSHLNIAARNAYISRDYKNGKQDKAEWGQGFIGKLESGFTQGTVGVGVDVIGQYAIRLDGGKGRAGAGGIDFFKQGNGTTDNPGSAPHDLAKGGAAVKFRVSNTVLKYGDQFPAVPVLQYDNSRLLSETYTGTSIVSKEIAGLQLDAGHFTKEARKSAEGTDSGRLKNIDYIGGSYKFTESLSAALYASHMQDVLKKQYVNVNYVLALPEKQSLTFDFNGYKTKLDRSFALENQKDADARDNKIWSLGATWAVGAHSFTVAHQRSTGDTGYLYGGYRNAGGIGDGGNTILLANSYWSDFNGKDERSWQVGYGIDFATFGVPGLTYNVAYVRGTNIDDGTGRGDGTEREIWNQFKYVVQGGPAKDLSLRARASWLRVSNNADQYNVGGNEIRLFADYPINVF
>NC_020209:5077410:5082055	peptidase, M48 family protein
VKGFLVAASLLASALLSGCATLKGADQAFLNLVGPSTQSRVQGHYVDNTDVRQYYKLDPQRQSKQRLSYDGRAVPAAEARQQNLVDIPMLQVYLQGIVTRLSKGWPGELPTLQVKITDSYGFGPAADPYGNLFVPLGMLDNVASEDEIAAMLGHEMSHILLHHHDRMAAFQQQKDMFTTVASTVALATMAADTRVDRSSGTMKVFSKDPAGTQKTIGNTVLYTALANTFSDHVWSTAWGRSQEDQADLLGTDLMIRAGYAPRAATHSLERLNDFQGKQKPLLAGFLTARKNAMQDSLQQFNLSQFQKELDVLIKDGLATSITATTQYFNRSHMAAMDRDTELRQYLQREYRKERRARVNPKSWATMKNTPQVAKALQGYKDAYFANDALEKNKVSDADAFIRKALASPVKDQPGIRRTAYTVRLAQGKGSEAVKELQAIKDWSLAGPSTYDLIISYHLKRGDGQAALAMIDKAERNLGSEELFITEKLLANQQLKDTQQVQTVLRKCEQYPTRKENCKKLAPQKA
>NC_020209:5077410:5083648	hypothetical protein
MNRSLIVLLTALFTQGAWAETHTINAFLADPVTVLDEQGAPQRDLAKKDAPTQPLTVLQYNSALEIVQVELAGQKVWLDTMDLRIEPPLKVVGLPCEGLTKSQAKSSRNHSTIGFGAGCNQ
>NC_020209:5077410:5084010	CHASE2 domain protein
MLSTLWLFTKRRCLLAVIIVALAILDPFGLASSSDKASAQWLNRMLSSSYPSVGQQHVAVVLIDDDYLMRNGTSWPMPYGEQSKLFKRLLAYKPQAVFADLLYSHDHSLGDPTRGSQLLANVFERYQRQGIPLWLANTGQTRGEEGQANTLAPFTQVSRPALVKWEDVDDQYPLAVHTQVGLMETPALALYRVFCATRHCDTPPVDAEAAAQRQPIAVQWGLKLSPDQARIADIADAKPPRHFLLDAVMQFFQAVFWKLDDSAQQVYPYTLTLTASDLEVTSPEDQALIAELLRGRLVLVGARIESTGDLVESPVHGQLPGVYLHAMALDNLINKGMDYNHEPANLSRLPVNGLDLLELSLLALIALLKELQRRMQAGHSTFTFCRRQEAWFFSSPYPSWLLVMSLLIALSIVLSCNSITPVNVLGIISLSLVLFSERIEAFFDGERSDRPLRDSTQGTQG
>NC_020209:5077410:5086611	protein cII
MGEKEIKTTVLDKLLKTGQIDFSSIVFSEMNLARKARRVDLGYIRNQEMVAIEIKSEKDSLFRLAGQLEEYRKYFDRVIVAVAGKYVEGVLAIADDDVAVWEVTSDGLKVVRKGRLIKNISKQNYLELMTKREVSLLARRIGIIPSDLAMYELKIEVSSRLNKISKSDVKDILLDGISKRFSMPSNRFLAKVCAFGSVRPSDVILLSPYLKRVVEVA
>NC_020209:5077410:5087273	hypothetical protein
MQDTFPNWEYIPILAISLAEMTAIAQLPDKEKDELLPLFSLRGWVSAHRLENSLKKIEESIGNRPWISDIDEKFLSENKVFLFTGEYPEKPVYQELVQLLDPSNSYDNWYSFIKSQKNAIPCLRHESLQGIEGQINKLSSLDRGLVLRICPNELNIEKHQRLVTALNVTKAENVLIIYDLGGIDVNFHERIPLLERLMLEAKRQIANVTISISASSFPSGFAGQHRGTNSIYERILFNTIAEKGIFNPVVYSDRGSARAEKQDGGSGVPPPRIDYPLKKDWKFVRREVDDNAPDSKAKRTTAYIDIAKEIISDEYWIPELRLWGTQQIEITSENNEFGIYSAQKSTAVRINIHLFNQLHYNAIGDIINTDEEWVD
>NC_020209:5077410:5088404	50S ribosomal protein L22
VAVGAIAKDLGLTILKSTMPGSISGEIRETEGVITIKVNRHDVKERQRFTIAHEIAHFLLHRERLAGGITDDVLYRSRLSDDLEREANRLAADIIMPASLIQEALIMHGALKPDDRYKKIAELAQVSLAAIKIRTGKK
>NC_020209:5077410:5088895	hypothetical protein
MRLTTTLATLILALIISLYAIKTLAETSNTETKEQNQEESSLTKHNNLKDYLLIQEIVQSMTPKADSSTGDLALEVKLQAEKIKNLEKELSELRKPDDNSVATLLLSAVSVIITVLGVLIAILAILGYRNIKNEAIKDARKTAKETVKIVAKEEIPRATEDNIIKLIEENRFDRLIQNAVENIVYRDTSMPDEVADEERSN
>NC_020209:5077410:5090488	hypothetical protein
MSKAFEMELFLAGVLSGSHSTRQRHIRQAKAIQNAIADRWHRDNPWTWQQKHLVWFLNHHVNGHAESSRYYFVLTIRLLTKRLGKSWQFSHKAKDPNRHNYLRLPGS
>NC_020209:5077410:5090808	phage integrase
MSTAKLTEVILGVDTHLDVHVGALINANGQLLGTLAVETQTRGYLKLLTWARSFGRLQRAGVEGTGTYGAGLALELRENGIAVFEVNRPDRSKRRLEGKSDPTDAESAARSVLAGSATVIAKTHSGAAEAMREISVVRRSAVKAKTQAINQIRSLLVSAPQEIRERLWDVKPAICVDNCAHIGSLGHAPFLSALTTSLRLLAKRWQAFAAELQELDDTLDSLTQQYAHRLRSQFGVGPQTAATLISVAGDNPERLKSESALAALCGVKRDGRNFGYGRQMSYAGPQALKDMFRGGHYGTVKAHSDRWQAFVRWCRSDDGPGLNDARQIDRQILSDYAAHLRHLVERGDFTIATAQNRLSSVNRTMAALRGDQRVKVPSPSKALEMQRTTIRTTVPQGQDREHVMLILDALRKQHPRAAAIAQLARSTGMRLREAILADLPRLQREVEHYDKINIQDGTKGGRSGTSAPRWIFANDHIREALNYAEHVSPTGSRNLLAPNESYRDFLREVVRLARGILQTYHLKGFHELRAAYACERYEQITQHPAPINGGHCYQLEQRLDREARVQISYELGHGRIDIVSAYIGGRA
>NC_020209:5077410:5092726	putative integrase
MREDGEQLGRFKVRSLIRELELVSKQPGSHAYKRATVERLDIPNTLNREFDVPAPNQVWCGDITYIWAQGKWHYLAVVLDLYARRIVGWALSEKPDAELVIKALDMAYEQRGRPSDLLFHSDSKNVIAICKPTLSPTVVAIPHAPEHEPTRKLLGFSVHYVQERQLNLTRAGIG
>NC_020209:5077410:5093442	ISPsy24, transposase orfA
MTKQRRSFTTEFKREAADLVLKQNYSYIEASRSLGIGESALRRWVDQIQKEHKGVTPQSKTLTPEQQKIQELEARIARLEREKSILKKATALLMSEDHERSR
>NC_020209:5077410:5093839	hypothetical protein
MIKRIETLEIVDVQCHGIPNEERIAIYVHKSCNLADYCLILTFPTPEGGSVPVKDHMLWFGQGMVQSGDWIFVYTAAGTTTIQPNPAPQPKGAIPLRIINMHWGKNHTLFQNRALSPMLIEIGGTGMMVPPAPAYQGLEGLDSVTQNRFLGI
>NC_020209:5077410:5094294	hypothetical protein
MEGDFLPRTLLRLIEDSPDNYGGQQLSPVIAAIISDTQYDKEQARKQVATVQTQLFKINADLVEQKLTNVRLEERLSAALLRSRIEKFLIFCSPIAFSFALDLYKSSSNLWLPLAALGLVLLAISFLPSKGKDS
>NC_020209:5077410:5095119	Type I secretion membrane fusion protein, HlyD
VSLKSGPRRLKDVIVGYFRGTDSLDDQPLPEVEKALVDDAPRIVRLTIWGVIGFFVFLVLWAHFAIIDEVTKGEGKAIPSSRIQKIQNLEGGIVAQIYVHEGQIVEPGAPLVRLDDTRFASNVGETEADRVAMELRVERLSAEVENRPLNITEDARKAVPNQASNEESLYLSRRQQLADEIGGLQQQLLQRQQELREFSSKQEQYRNSLGLLRQEIGMSEPLVQQGAISPVEVLRLKRSEVETRGMLDGTTLAIPRAQAAINEVQQKINETRGKFRSEALAQLNEARTNLSKAQATSKGLEDRVSRTMVTSPVRGIVKQMLVNTVGGVIQPGSDIAEVVPLDDTLLVEARIRPQDIAFLHPGQEAMIKFTAYDYTIYGGLKGKLEQIGADTVQDEEKKNTFYVIKLRTERSHLGTDEKPLLIIPGMVASVDIITGKKSVLSYLLKPIIKSRAEALHER
>NC_020209:5077410:5096485	type I toxin efflux ATP-binding protein
LNSDIDVAQLNHDPRSQHDDPLLDGLLTLCSLHYKPASRAMLTTGLPLAAQRLSAELLPRAAARAGLQGRLLQRKLEQIPTIALPAMLLLKEGRSAVLLGWDGDTARLLLSESDGGEVQVSRELLSQDYSGRVFFAQPQHKFDVTNGTLIPRARSWFRDTLKRSRWLYADAIAASLVINLIALAAPLFVMNVYDRVVPNQATATLWVLAIGICGAYLFDLLLKSLRSLCLDLAGKKTDLIISATLFERIVGMAMKVRPARVGSYAQNIHEFQGMRDFLTSLTLTSLIDLPFTLIILLVIALLGGHLVWIPIIAFPLALGIGHMLQKPLTATLQRTMALGAERQSSLIETLAGLDAVKVNNAESERQYQWEQTIGTLSRLELRVKVLSGLAMNITLLIQQVAGVAMIIFGVYQIIDGNLSMGGLVACYMLSGRALGPLAQLSGLLTRYQQAKVTMVSVDEMMELPQERNYDERPLSRKALQGAMAFREVDFTYPNQQTLALRGINLNIRPGEKIGIIGRSGSGKSSLAKLLVGLYQPDAGSLLVDGVDIRQIDVSELRHNIGYVAQDIQLLAGTLRDNLVSGARYVDDEMVLQAAELAGVHEFARLHPQGYELQVGERGQNLSGGQRQNVALARALLLNPPILLLDEPTSAMDNTGEERLKQRLQSVIENKTVILVTHRASLLSLVDRLLVIDRGQILADGPKAAVMEALKKGQISVA
>NC_020209:5077410:5098684	TolC family type I secretion outer membrane protein
MRLHFFIAVPFALAASFVQAQTLSEAMQKAVDVHPEIQAGVNARIAADYQVRAAQGGYLPKVDLLGGYGRESSDNTTTRAASNSHDWKTLNRGESSIRLQQNLFQGFGTQNEVSRQQATANSRGYALLNTTERTALTVAQVYLDVLTRREMVQLAEDNLKSHERIFDQIKLRTSRGVGRMADMDQAEARLAQARNNLLTEQTNLEDAKANYISAVGEEPDQLERPQGFVALMPANLEEARRQMVESSPVLRSAESDIAAAEKQYEAAKSTFYPRFDAELQRSANNNVGGEEGHDNGYSAMLRMQFNLYSGGSNKADLQSKASQASQALDIRNNALRELNQELSLAWNAYNNAAAQVPIAQEYVDRSTRVRTSYQQQFSLGERTLLDLLDSENELFTASQRLAQIKNLQLYTQYRIKADMGQLLRSQGIVAPLASVVQNEVKTKVNLPGMN
>NC_020209:5077410:5100383	outer membrane adhesin-like protein
MSSVAVVKSIVGQVFAVSPEGIRRLLVEGDRLFAGEQVDTGPAGAVSLELADGRVIDLGRDSQWSADAPDSSTDLSAATAQAAPSVAELQQAIAAGADPTQDLEATAAGPSAAGADGAVGGGHSFVVLDATAGVVDPTIGYPTNGLNAADAGAAPLTAGNTNNGATAQNVTVTLTATPTITEAGGVVVYTAFATQAPTSDLTVTLSNGLAVVIAAGQTSGALNVTFAGNDTPYLDASSISATITGTTGGGNVVVTTDPTPAVTQVNDTIDTTTVTLTAAASVDEGGKIVYTATVTNAAQTDVTVTLSNNTTITIEAGKTTGTVSVDTPANLADGKDLTVSASITAASGGNYENLAINPQAATTTVVAVDNPSVLVADTATLAEDGVATGNVLSNDSDIDNVLSVATFTVGGTTFNAGQTATIAGVGNITIGADGAYTFTPIKDFNGDVPQIGYTTNTGSSSTLNMNVVAVDDASVLKADTSTVQEDNVATGNVLSNDVDVDNVLSVATFSVNGTTYNAGQTATIVGVGSVTIGADGTYVFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNVLSVATFNVNGTNYNAGQTAVIAGVGSITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNTLTVATFNVGGTTYNAGQTAVIAGVGSITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNVLSVATFSVNGTSYNAGQTALIAGVGSITIGTDGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDSVATGNVLSNDVDVDNTLTVATFNVGGTNYAAGQTAVIAGVGSITIGADGAYVFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDLDVDNTLTVATFNVGGTNYAAGQTAVIAGVGSITIGADGAYVFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNTLTVATFNVGGTNYAAGQTAVIAGVGSITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNTLTVATFNVGGTNYAAGQTAVIAGVGSITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNVLSVATFSVNGTSYNAGQTAVIAGVGSITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNVLSIASFSVNGTSYNAGQTAVIAGVGSITIGNDGAYAFTPVKDFNGDVPQIGYITNTGSSSTLDVKIDAVDDASVLKADTGNALEDNVATGNVLSNDVDVDNVLTVATFSVAGTSYAAGQIAVIAGVGSITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDASVLKADTGSALEDNVATGNVLSNDVDVDNTLTVATFNVGGTNYAAGQTAVIAGVGSITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNVLSVATFSVNGTSYNAGQTAVIAGVGSITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNTLTVATFNVGGTNYAAGQTAVIAGVGSITIGADGAYVFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASILKADTGSALEDNVATGNVLSNDVDVDNVLSVATFSVNGTSYNAGQTSTIAGVGSITIGTDGAYTFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNTLTVATFNVGGTNYAAGQTAVIAGVGSITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNVLSVATFNVNGTNYNAGQTAVIAGVGSITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKVDTGSALEDNVATGNVLSNDVDVDNVLTVATFSVNGTSYNAGQTAVIAGVGSVTIGTDGAYTFTPVKDFNGDVPQIGYTTNTGSSSILDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNVLSVATFNVNGTNYNAGQTAVIAGVGSITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNVLTVATFNVGGTSYAAGQTATIAGVGAITIGADGAYVFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNTLTVATFNVGGTTYNAGQTATIAGVGSITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNTLTVATFNVGGTNYAAGQTAVIAGVGNITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNVLSVATFSVNGTSYNAGQTAVIAGVGSITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNTLTVATFNVGGTTYNAGQTATIAGVGSITIGADGAYVFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASILKADTGSALEDNVATGNVLSNDVDVDNALTVATFNVGGTTYNAGQTATIAGVGSITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNVLSVATFSVNGTSYNVGQTAVIAGVGSITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDSTLTVATFNVGGTTYNAGQTATIAGVGSISIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDNVLTVATFNFGGASYAAGQTAVIAGVGSITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDVDVDSTLTVATFNVGGTTYNAGQTATIAGVGSITIGADGAYAFTPVKDFNGDVPQIGYTTNTGSSSTLDVKIDAVDDASVLKADTGSALEDNVATGNVLSNDSDVDNVLSVATFSVGTASYAAGQTAVITGVGSITISANGAYTFTPVKDFNGDVPQIGYTTNTGSSSTLNVNMVAVNDAPVAIATTATGTEDPTSGIAVKLSATDVDGLANVKSFSVGTPSNGTFYTDAAMTTKVTGPITASNGEATVYFKPATDFNGTVNFTYTATDSGNADGSNVLTSPAVNGTITVTAVNDAPVAIATTATGTEDPTSGIAVKLSATDVDGLANVKSFSVGTPSNGTFYTDAAMTTKVTGPITASNGEATVYFKPATDFNGTVKFTYTATDSGNADGSNVLTSPAVNGTITVTPVNDAPVAIATTATGTEDPTSGIAVKLSATDVDGLANVKSFSVGTPSNGTFYTDAAMTTKVTGPITASNGEATVYFKPATDFNGTVNFTYTATDSGNADGSNVLTSPAVNGTITVTPVNDAPVAIATTATGTEDPTSGIAVKLSATDVDGLANVKSFSVGTPSNGTFYTDAAMTTKVTGPISASNGEATVYFKPATDFNGTVNFTYTATDSGNADGSNVLTSPAVNGTITVTPVNDAPVAIATTATGAEDPTSGIAVKLSATDVDGLANVKSFSVGTPSNGTFYTDAAMTTKVTGPITASNGEATVYFKPATDFNGTVNFTYTATDSGNADGSNVLTSPAVNGTITITPVNDAPTATNGNIASNEDTPVELTWATFGVNDVDSANPKVVFTSLPAGAIEYKVNGVWTQLTTADLKTDTSAGKAFSQADFDSHNVRYTPVANESGDNSFGGTGVGNKQSDYTQLKFQAYDGSLYSDTKIITVDIHPVTDVPVVSLSQYGAVPTGLTLQTWTGGTLAKDLGTNGNGVAQSSDLIRVIDAKTAATAVSTGVVSSVSNSNVVEGTATKVSGLIYLEAGKSYNFTGTADDSLAITVGGKLVASETWSKQGGAITGTAYTPTESGYYTLDIYHYNQAGAGNYDINVSINNGPSMSLGNSGVQTYTGVDALKAAGAVLGDSHVVNGEGYYTGYVYNRGLEDTTIKVAPITTMFVDNDGSESHKVEISGLPSGTVITDGTSGHSFTSTGATAFYDVSTWNLKTLTVTPFKDSTASFDLTVKATATELSTGVAQVTTGKVSIVVTAVNDAPTLDLSTADGAVATGFAATYNERSTSGVAITGSVAIGDVDSSQMQSASITLKNASAGDQLTSGLVAVGGTYKGITLTSVGTDVSGKIMLSLSGAADAATYKALLESFQYSSTSKYPATGDRTIEVSVMDNEGGNSLSSSIATSTITVTPQAYLVTEGTGVADVVNLSSSSVNNVVVGDKAGVVTQGSNYNIAFLVDTSGSIGTTAMDSIKNQLASVFNTLIANAGNKDSGVVKVLLVDFDTRIESQVSVNLADKDAAKAALQAVLTQMTSNSSDMTNYQDAFNAATNWFKSSDATSNKGATNLTYFITDGSPNVFTEVHGNPYLGTTSSFWGSDVYFDSVVNSSNYVLGQGNAVYTTINGWSRMIVDGNGKVYSYNGWGQAIYEGTVVANAKGGFDVAAVYQDDDTALANAKAAYANLVNAVDSKVVVEAIGLGSSIDTTVLKQFDTDKVVATIDTAKLADAITGHTADAGADNLTGGSANDILFGDLITYKGQEGSAALKAFAAEKLATTVDHIDDRTLHQYITEHVQDIGALANASNIYGTKDGNDTLIGNAGNDILFGQGGNDSLSGGAGNDILVGGKGDDVLSGGAGADTFVWLKGDTNTSGGFDRITDFKHGEGDKLDLSDLLQGNNDNNLSNYLKLTTDASGTSTLSVSSAGTFTASGGGTADVTIKVDGASWGNGSAAINNLIAGGDLTVKHHD