>NC_011026:2450325:2450325	diguanylate cyclase and serine/threonine protein kinase with TPR repeats
MLEQLSSKLQSASDDQEKADILNQASWEVKHTDLKYSFALSEEAARLSRTSSYKPGLAYSLRNQGYFYLLEGNAELALINLLEALRLFREINDKAGWVSTLDHIGSVYFKLTGYDNALYHYLESLKIREELNDQIGQVISLNHIATVYEHLGYYDQALNYYLKSLIINEHIGDKNNQINSLNNIGRIYELQGDYEHGINYYQKSLALAKSTQNRKAEADTLSRIGLASEKMEDFETALKLHEESLKIRIEIQDRHGEAISLNNIGNIFEKTSNYLRALTYYFKGWQLFENLGDKFGEAKTLLGIGSMFIKRNEGFKAPKYLYKALSISTEIDAKTLAFQVYLALSISYKQMMNFEKALEFHEKFHEEEKEVLNEQAKEKTKSLVIQFEVDRTQKEAEIYQLKNVELRQAYDEMKKLNESLEKANQQKSELLEKLREQAEALDRQAREDALTKLANRRHFDQRFAEEFERAERYGHHLTMVISDIDFFKKINDKYSHQIGDEVLKQMAKIFTSSCRSVDLVARYGGEEFVFLFPETPLEKGAMACEKIRKNVESFDWSSIAKGLKVTISLGLCENKMVEKREEMVTKADEKLYEAKNNGRNQVRY
>NC_011026:2450325:2452361	hypothetical protein
VRKLDCTNVVVETPAALSKIAWPSTEIVHLSFSPNHTVQEICENISILSQKKKVAALSPEQILTLREKSGLRMLDICAKLSEAGLSFCEGKLTCEETDLLSIDEYFGVVFHLNRFGILSSAWLPNSFSDAAKIEHLFRIREFDDRTHSITHVLLEFQPNVSENSWLKIVALTRLMLDFTKHISIADYGLEQSKHISSEWLKKGISLGVNLTY
>NC_011026:2450325:2453180	hypothetical protein
MSIEIREAVQKKEVVQFIKFAWKIYRNDAELNKYWVPPLIPDYVKTLDKRVYPLYEHADRALFTAWKNGEMVGTIAAIENRRHNEIHEDKIGFWGFFECINDQSVAKALFDAAKNWLKQKGLNAMRGPISPSMNDQCGMLTKGYDSSPVFLMLYNPPYYNNLTLKYGHYLEQELVAWYVDQQNIDITRLRRIADLVMKREKVNLRHVNMKDFNNEIKRIKFIYNAAWEKNWGFVPMTDKEFDVLADGFQQVADPDFIYIVENSAGEPVAFSLSLPDMNVPFKHVNGNPFTPWGIAKYFWYKRKIRMIRTITMGVIPAYRNKGIDSIMNAETVEVGIKKGINASELSWVLKNNEPMMKLAKAIKAEPYKEYAIYQINF
>NC_011026:2450325:2454407	phospho-2-dehydro-3-deoxyheptonate aldolase
MQPTQDLRVKGTIRLISPRALKNELPTTDAANEIVVEARQVVQNIIDKKDDRLLAIVGPCSIHDVAAAKEYASKLAKLHKELKDKVYILMRVYFEKPRTTIGWKGFINDPHLDDSYDMQFGLRAARQLLTEITEMGLPTATEFLDPITPQYIDDLVSWAAIGARTIESQTHREMASGLSMPVGFKNSTDGRLQVAIDAMRSAMHPHNFLGIDQDGKTSIIQTTGNSSGHIVLRGGSSRPNYDPESINEAADKLQKADLAPAVMVDCSHANSGKKYERQEPVWQSILDLFIAGNPYIIGMMLESHLKEGNQPIPADLSKLIYGVSITDECISWETTERLLRESYKQLSDKK
>NC_011026:2450325:2455798	polysaccharide export protein
MWTLDFVLMKFLPQVACENVSIKMTTQNIRIFLSKPLIVFFWLSLTLSSAYAQVSSDQILNLMGADKDLLNQVSSANAASDKDDNSNNNSAARAPQSRLLPRENSKVEQILQPRNVKTRNEKANPIMVGANYVLQIGDKINLAVFDFADTSTVKRKVAEYELAITRDGMLALPGIGVINVIGLDLRELRQVIQYKLLEKSQTAESIVTLQQIQQRLVQFGYDLFDNISFNVNQSYVDIPVPASYVLGPGDVIKIQLYGNKNTTYSLKVSRSGMISIPEIGPISIAGQSFQNVEEKLEKLIASQMIGVQSDITMGKLRSINIYVLGNAMKPGAYMVNSLTTMFDALFVCGGIKPIGTLRNVQLKRNGNTIVTMDIYSFLMNGDNKKDIRLLPGDVIFIPAIGRTAGISGEVKRPAIYELTKNETVQNLINYAGGFLPTAFPGKAQVEKINVVGERFIQEIDLKQDSVLDHHVVDGDVYYVPSVLDKVDDMVTLDGHVYRPGVYQWKDGMRLTDLIPSYDVLLAKPEMDYVLIRRELPPNREVKVISTSLKKAFENQFSVENVSLKPKDKVIIFGEDEARDEKLNPILDELRAQSASGKPVLVVQASGLVKHPGEYPLEDDMRISDLLRASGSLKEEAFSMSAELTRYDVVGNEFREIQHFPVDLQAVLKGDKKTDILLKSHDILHFKKIPLWEENSYVEVSGEVSFPGRYPIKRGETMKSLLKRVGGLTEFASPDAAFFIRNDLKMREQDQLDKMVKRMESDLAMFSLEQMQNNRESMQGYLAAKALLDQLKATKAIGRLVIDFPMILDNMASKENDILLRDGDKLIIPKKIQEVTVIGEVFNQTSFMYDGDLSRDDYIERTGGMTNNADGGAIYTIRADGIVTTDDNILPGDVIVVPLDVTRIDFLSQLSRISEILYHLAVTTASLKTIGVF
>NC_011026:2450325:2458637	lipopolysaccharide biosynthesis protein
MIEDEKINLLEVWNILIGRKVIILSVTLFVQFLTVLYALFATPIYRGEVLLAPAQEDNRSKMSILAAQYGALASLAGFDFGGLNSNKIDEYIALIKSRAFIADFINEENLMPILFEDDWNKDENKWMVEKNDIPTIGKAYELFSKDIITIDKDKESGLVSLSIDWRDSVLAANWANKIVKKFNNYQKRVQVQDSKKSLDFINKQLENTSIVENKNTLYKLIEMNTKTLMIAEITDEFAFKVLDPAVVPEKK
>NC_011026:2450325:2459564	glycosyl transferase family 4
VIYFLVAFTISILTTWLIIHTEHFHYIHTHDNDFSGIQKFHEEPVPRIGGIAILAGLLIGSIYLGFHKGEMQKLLIWIGIASAPAFMGGFIEDITKKVSPGIRLSLAFVSASVAFFFMDFSVMKTTWGWLDQQVPVISFLITLLAVGGITNGTNIIDGFNGLLLGYSILVLGVLGFVCFQINDVAMLDMILIFIGSICGLFIFNFPRGRIFTGDGGAYLIGFLLVTLSFLIVKRNEEISPWLPFLILIHPIFETLFSMYRRSILRGKSPFKPDSIHLHTLIHRRVIPQLGEIAKKHHNPITSVLIWGIVMASVIPAIIWWENSFLLIVFIFFYCFLYIWIYLRIIRFNY
>NC_011026:2450325:2460642	glucose-1-phosphate thymidylyltransferase
MKGIILAGGTGTRLYPITKSVVKQLIPVYDKPMIYYPLSVLMLAGIREVLIISTPDDTDRFKLLFGDGEQLGMKFEYIVQPSPDGLAQAFLLGESFIGDDDVCLILGDNLFYGHDLTRMLQRSIYAVEKEKKSVVFGYYVNEPQHYGVVEFDNLGNVLSIEEKPKSPKSNYAVVGLYFYTNDVVEIAKAVKPSARGELEITTVNQMFLEKNALKVELMGRGFAWLDTGTHEALLAASQFIETIEKRQGLKVACIEEIAYNKGFINREQLVNLAQPLKKNQYGQYLIRMASQEISSKS
>NC_011026:2450325:2461565	GDP-mannose 4,6-dehydratase
MKKALITGVTGQDGSYLAEFLLEKGYEVHGIKRRASLFNTQRVDHIYQDLHEENTRFKLHYGDLTDTSNLTRILQEVQPDEVYNLGAQSHVAVSFESPEYTADVDALGTLRLLEAIRFLGLENKTRFYQASTSELYGLVQEIPQKETTPFYPRSPYAVAKLYAYWITVNYRESYNMYACNGILFNHESPRRGETFVTRKITRGLTNIAQGLEKCLYMGNLASLRDWGHAKDYVRMQWMMLQQDTPEDFVIATGYQYSVRQFIEWSAKKLGIALRFEGDGVDEIGVIDAITGEDAPALKVGDVIVRVDPRYFRPAEVETLLGDPTKAKQQLGWTPKITAQEMCAEMVAEDLIIAKRHALLKQHGYQAPISIENYHG
>NC_011026:2450325:2462685	NAD-dependent epimerase/dehydratase
MANLEAKIFVAGHRGMVGSAIVRRLKSLGYSNIVTRTRSELELLNQKAVQDFFQSKKFDEVYLAAAKVGGIHANNTYPAEFIYENMMIEANIIHAAHQNEVQKLLFLGSSCIYPKFAPQPMNENALLTGQLEATNEPYAIAKIAGIKLCESYNRQYDRDYRSVMPTNLYGPGDNFHPENSHVIPALLRRFHEAVNSRVKEVVIWGSGKPMREFLHVDDMAAASVHVMNLDKSIYDTHTEPMLSHINVGTGVDCTIRELAETVAKVTGFQGELKFDASKPDGTPRKLLDVSRLASLGWNASISLEEGLAQTYRWFLEHQEIFRK
>NC_011026:2450325:2463753	polysaccharide biosynthesis protein
MKLKFIINNQEKKKILANFFSLFLLQGINYLIPLITFPYLVRVVGVEKYGLLSFTVSIINYFSVVIDYGFNLTATKDVAINRENKEKLKEIFSSVMIIKSMMMFASFVFLFVMVVSVRKFRQDYLIYFLSFGMVVGQMLFPVWFFQGIEKMKYITYLNVLSKAVFAISIFLFVKHESDFYLVPTFTSAGFIISGIWALFLMKKKFGILFEWQSSKTIKYYLFDGWDIFVSRVFGAMYRNSNVVILGFLTNNMFVGYYSIAEKIIKILQSMQDVFGNALFPFLGRKNDDDKSAFLKLNNRYIKYIVFLYAVMTILLFSYSDFLSLLFFGDYNDNVILNVKIMSLVVFIGGMNYYYGILGLVSMGYKKEFSNYVVVIGVLNFALCYFFVAMYQDLGAVIAFVVSECLLLILIGKKFIN
>NC_011026:2450325:2465013	glycosyl transferase family 2
MKTIVVIVTYGNRFCFLEKVINSVFDEGIQKIIVIDNNSVEESRMKLKEYEDKNKEKIKVVYLDDNYGSAGGFKRGLQEAYNDNNCDFIWLLDDDNTPKKGAYIALVDFWEKNKMNKHKNILISLRKDRRVYFDSIKYDDPEILIGKPNSFMQFDILEYLKNKFRKRDEDDSFLFGKNYGESYQAPYGGMFLNKKLIDIIGYPNEKFFLYTDDTEYSYRVIQNDGKIYVVLNSLIEDIDTSWQNTSNKNFFSLPVLDTEFDFRVFYSFRNRTFFEIKNRVNNKFLYFLNMLIFLSFIFLFALLRFDFKRFRLVCKATYDGLLGDLGKKEDFN
>NC_011026:2450325:2466032	glycosyltransferase
MEYVYNADTLVVYTALFGDYDDLVEPQKKFQKCDFICFTDQKNLKSSIWKFIFVENSELSPSMMNRKYKILPHLFLKEYKYSLYIDANIGIIENPYDLLKKYMDEYDFVAPKHFERVCLYEEAKECVILGRVSYSETLNQMKEYRIKKFPKNFGLSENNILLRKHNYRNVINLMTDWWAELNKWTKRDQLSLGYVLWKNGSVFRFMNESARKGMYFKYFFHRFTKKEVFLFKVKYRTLISLRRLYYAYKFEKDLSK
>NC_011026:2450325:2466768	hypothetical protein
MHINLKKTYLNRLKISKSFFIYFPVVALIIIVAGFRPIGLDLDSNAYIEALSFNVNFIDKEPTFWIIRYMNNLFFQGNIHFFFLIYAIIGVSIKLYVIRKFSVSPIFSFATYISMFFILQEMTQIRAGVAIGIVFWAINDVVKKQAMSFLLKIFMATLFHYSAIIMLIFYFFSTEKKIMVFYFLLPIIGIAMSFSHVLFFATQYLASVLPEFLSAKLKIYLFLMKEKQLKSVTPFNFGNFFMLSVYYLNFIFFDKLKLSEFYKKYYLLCLKLLGWGFFILFGFSFIEVFAYRLANYSFFSLVFLLPLVIEFFCEKYFMFFFLTIYLIYTLVKNINIMLKF
>NC_011026:2450325:2467793	glycosyl transferase family 2
MNLDVIYVTYNPNLNFLEQSINSIVRNVRKVYVVDNTPGKAKYLENYASDKIEVVYLNANMGIAYAQNVGIKKSIKNGSDYVLLSDQDTIYPEDYLFDMLKSFELSENAIACVPLFRDINQKKANEGFIRKYPFGFKKFYPAKGKYEVFQAIASGKIISMKLLKKVGFMNEDLFIDWVDLEWCWRAHKKGYKIIGNADVTITHQLGDNAKDIGFREVNLRSPFRHYYITRNAFYLSLQSPDLDLLHRAILFLKSIRYIIGFPLLSKPHLTHLRYVLLGFFHGIIGKLGELK
>NC_011026:2450325:2468665	glycosyl transferase family 2
MKISGSVVLFHNKKEEVLKSIRSFLNTELDAKIYLLDNSFVDDLKELSAYDQRIVYTFNNINLGYGSAHNIAIKKSISDDVHYHLVLNPDVYFERGVLEKLISFMEKNKDIANVMPNILYPDGSTQYLCKLLPSPVDLIFRRFIPLKAWKEKRNNMYELRFTDYKNIMNVPSLSGCFMFLRIEALKKVGIFDENIFMYLEDVDLNRRLHQKYKTVFYPAASVYHAYGKESYKNKKLLMYHIRSAIYYFNKWGWFFDSERKFINRRTLNVISNE
>NC_011026:2450325:2469834	magnesium chelatase ATPase subunit I
MSAASKTIKTKAKASKAKKKTPVFPFTAIVGQEEMKLSLLLNVIDPKIGGVLVMGHRGTGKSTTVRALADVLPMISKVEGDPYNRTLEDFKKAPENARLRPKEEDVPVPVVDLPLGATEDRVCGTIDIEKALTSGVKSFEPGLLAQANRGFLYIDEVNLLDDHLVDVLLDVAASGWNVVEREGISIRHPARFVLVGSGNPEEGELRPQLLDRFGLHARINTITDVRLRVEIVKRRREYDEDPFGFVEKWQDKQEELREQVTKAKELVQEVDMPDDVLTLVAQLCMNLGIDGHRGELTITRTSRAYAALQGRKTVTLEDIKAIAVPALRHRLRRDPLETIDAGEKVERELEKVLGSVEVA
>NC_011026:2450325:2470910	magnesium chelatase ATPase subunit D
MIAFTDIVGLDMAKQALLLLAVDPSLGGAIIPASVGSGKSTLARAFADVLPEGTPFVDLPLNVTEDRLIGGLDLEAAIATGERVIEQGLLSKAHKGVLYVDSLSLLEGSATSHVMDAMSRGAVLVEREGLSEVHPAEFMLVGTYDPTDGEVRMGLLDRIGLIVPFTKQNDYRARKEIVRKVMRETPNEDAQDEVRMIAGLVQAAREQLGKVAITQEQIEGLVQSALTLGVEGNRVDIFTIKTAIASAALSGRNDVEEEDLKIAAKLVLVPRATRMPESEEEIQQEAPPPPPPEMEEQETAGEASDEDTPDTEPQDKDNQTPEQIEELLMEAVETELPESILNISVAVKSKSRSGHRGEALNGRRGRYIRSQMGEIRSGKIAIIPTLIAASPWQRSRQNEYPHRKDSLIILKDDVRIKRFRDKAGTLYVFIVDASGSMALNRMRQAKGAVGQLLQSAYVHRDQVSLIAFRGQVAQVLLPPSQSVERAKRALDVLPTGGGTPLASALYMGWQEAVQMRTKGIHQAMLVVITDGRGNIPFNVEVDAQNGSTKPTKEQIQQEIEKFAKAINIDGIDSVVVDTQMNYLSRGEAPKLAQALGGRYVYLPNAKAEQIVNAALGE
>NC_011026:2450325:2472905	GLUG domain protein
MKKITLLLAFMFLGAALTFAQTAVQPSGSGSSSSPYEIATLNNLYWLSQNSGKWGKTVYYQQTADIDASTTSGWDGGNGFSPIGTSSSKAFKGHYDGNGHTIYGLVINRSTTNNIGLFGYTDGAEITDLGLRNASITGSYYTGGIVGYNSDSQVSSCNATGEISGIQQVGGIAAYTYNGATVENCYSTATVEGSRYVGGLVGQNGSASTVENSYSTGAVTGTINPYGGLVGRNSGTVTNSFWDTETSGQSSSEGGTGKTTAEMMQASTFTNAGWDFATIWRIDEGNSYPELQWQPITTEQNGPSNATQMNLVLKVVGATGTMPTISFQNSAPSNPVSGNFPTGIDHVSGYYWIIDASGLTSFNEASISVLIADLSGVYDETTLVWLKRSNAGDDWENIGGTITSGYLVSNSFTSFSEFAIGTTTGDNPLPVEIASFTGSSSASGVTLNWKTASETNNKGFTIYRNENAIASYSTNDALLGQGTKSSETSYTFIDSDVLLGETYTYTLVSEDISGDRYIYTTDVTVKVTETTTSETKAVEYELDQNYPNPFNPTTLINYSLKESGHVKLQVFDMLGRVVAVLVDGYQSAGSHNITFDASRIATSGMYFYRLETNNYTKVKKMMLLK
>NC_011026:2450325:2475140	Haemagluttinin repeat-containing protein
MEKVFGFKANKNTLLMLVAFVFSMLARPVFAQNAKVFSEGGNAKQDSLYYSPADYVTPIVPLDSTFYVEPIKKSASKSTLGKTMADITWTGAGDGVSWNEGANWEGAVPTSSDNVIIPNGANVQLIDGSNGVCNTLTIENGGSLTVGSKTLTVTGDVDIQSGGSLSNSGTITLGGNWLNSGTLFSNTGSVVQFTSTGDQTIEASSFYDLHLYGTSGTKTALGDLDINGDLRIYQGVSFDPGSHDIYIAESFENDGTLILGTGTFIFDGTVWQQIYSNQAGYAPGTWNFNDIEVTGNAGGIAIYDTLSINGDVTVGSSEYIWLIHYALTNTTSEGIMNGNGGSLTFAANSYIVVRTQMANGAGGADDNFPNNFNTISFATGDNAALCYYRTTDASHNQIIRTHDANGDQIAYGRLRLDVDDHDPSYSSIKSLDGDLNVDQYIYIDSEVTFDVTASNYSINVWGNWQNDGVFDAQGGTVTFDGDYQYIQGDNTTTFNNLVFSGDYGKILQVGTEVSGNCTVSSGVQYLNLQTYTLTGSGASSTLTLNDEVLLYVRDQYNFPDFPNYSFTALSEVRYDRSGDQQIKTGITYGGLYLGNGGGKDFDASTDNLTVKGDLTIASGTTLGIYMPSSAANFTLTLEGDYTNAGTVQDYATNTTFVLSGSDDASFNPGGDGSGQIINNLTVSKSSSATVTLDNNIRIDGDFLLSSGTFGMAAYNRNVTVNGNWTTNLGAEFDHGTGTVYFTGNGQVITANGDGDFWNVDLSGGTKSFGSDVDINNNLIIESDGSLDLNTGNLYLGGSFNNNNGGSFDASNQTVVLDGSSNMNFYIGPNDSLWNLTVNKSGGAYVNYDEHDLKIGGNFSLLSGEMNRGYNSSTSQYTDIIIYGNWSRTGGTFLSNATDTVFFMGATQSIAGLGTDDFANIWFGGGGTKTITANVDADRSINIESGTTVAVSGTKTLKVGRDFINDGTFTCNQSTLVFEEYAGWNPVYLKTNGSSLYNLTLNMYGSGYRVDLSDDLDVNNNIKITQGTLDVTTAGNYDINCGGSWTVGTNGAFNERSGIVTFDGTSTSKTITTNGDNFYRLVFNASNSVYSLNDNLATTEDVLVQNGTLNLNGNSLLVGNGSGDSLVVSDTIIVNENAMLRMASGSQISVASGGYMQVAGAVSNPATVTNQGSGRYAFDIQSGGTIAAEYYTFEFMDTDGLNVMNGALVDATMNFSNGVFTNGASAGTFLTLENNQAIGTVTGVSFPTNPGGTGVSNVKKTVNQGSITFQNASGAFQGESYDNDTYNLINWTYTSTLWTWTGSVSTNWDTPGNWDLGTIPTSSGRVTIPNTTNKPVITSTSDSCYHLTIASGATLTLGDASNVGKLVATGDVTIQGTLTFAHTDDTLKVEGNWSNSGTFTHNNYGAVVFTGSGEQSIYSSGTGKSFSYIVIEKEGGQAVLASALNVNRMISLIDGTLNVSAANYAITVTGSWLKADSASFNAQSGTVTFNQADSTIYGSGTDDFYNLVISANPVILGGSLDISGGLTISSGADLDASSTSYGITILGNWTNNGGTFTAQSGNVIFGGVSQSITGTGTTTFYNLTIESTVTYLSADANVSNTFSLNSGRFELNTSTLTGSGSADLFVMSSSTQLYVEDNNFPSGFENFSLDQTSYVRYRSSGDEDVVGQDASGNQISFGYLYLEVGGTKTAQDDLDVNGSLYIAENVTFDLNSKDVTIELNWDNDQGGSVTNTGSSGTVTLDRDDTQYIYANTTTGDAFPNLVFAGSGAKVLAGNISVTGNLTLNTGVSYLNLQTYTITGTGSSNSFNLSSNVTLYVRGANNFPSGFESFNLAQNSIVRYDASLAQVVTTHDADGDQIQYGYIYFQYNTKTLDGDLNVRDQFYVYGSTTLEVTSANNYNISIGGNYYNLGTINFHSNTVTFDGGDEQIVYSYGTTSAKTFNNLRINKPGGSTLRIYTYDVKVNGDFTFDAGLLANHGRTLTVAGNWTSTSSATMDDRAGNVTFTGSKKVITTGGTADFYDVNFTGSDTTFLGSDIDVLHDLTIGSSAKLDVTENNYKIGILGDYTNNNIFVPRNGLVEFYGTTTQYINTGGDDTDENAFYDLKINRESGYVYLNGNLFVKGNIEFAGSTSAEAQFRMDGNDIEVQGSWLNPKAVYVVPNNGDETVTFSGTSKDTIETGYFSTRPSRFAYLVINHQDSVIHIDDIRVDHGYEVQQGKVYLNGHNFYFGSTYDADENFALSSSNGVALFDIGAGGTLNIRGGNNVNIESSSTDTSVFRMVGTDDNAAEVTYWGNRYYRFNVNSGGRTYARYYRFSGMDSSGVRIDGGVIAGTGADTTEDFSNGYFNLGQNAGRYLYIVNNSQTLQIDSVGFVNSLGASGANVEKLNDAGRITFYNATGEYAGEDYERDTHSRVDWATVFTGITWTGANGTNWHDAGNWSPAQVPTSSDDVTIPNVTNRPLISNNDAVCRNLTIEDVAELQIGNSKDLDVNGGIQINGTLKIFGQDSVFVSGDYLNAGILNAGQSTFIFDGDIQKINSGGITNNYVFYNIYITDTSSVLLEDNVQLSNDLTIDVESSLDVDVDRAIYVKGDWSNSGSLVYHEGTVTFNGESAQSISGSGTNDFYNVYFSASGVKSLSGTINIYGSVRINTGATVNGGSATVNCSSNFYNYGSFDGGSGTFNFNGSGGVNIYGDNIPTFHNVLFSNGGYTTLYTSINVDSLLLVEDDVNYINLQTYSINGTGSNDSLFLGARVRMYVRGSDNFPKNFSAIKLADSSYVRYDASMTQTVRTKTSGGDPFYYGYLELMHISTGSRKVLEGDLYTNNEIQINDPDTLDITSNNYDITCGGRFDLYGYILADYDTVANTLTMNDQVDNYFTSPGTGYGKVLHNIVFDAGDGNTMIFAGSDELICNNITINSGMVNPNGNREITLTGNFIVNGNGEFLPSTSHLIFAGTGDLTLKANGSTLYKVTLDGNGKTVSLGDELNMNSDLIISSGDTLTLNGQTFNFGNGSDAITVNGVLDVDEGAQLSIYNTGTLLVNSGGRLNVLGVSGNTAQLSGANGYYSLEVQGTIAAKYYIFEDMNQQGIYINGGTIDTTNNFSYGTFTNGESNGKFLHINNNTQSLTSGKKIVEVQFPSNPGGTSYNVYVENSASGAYAFDDASGVFAGVSYEYDPDDVVEWTYTTVTRQWTGLKNSDWHTANNWSPQAVPTSAENVIITSKSNLPIISKSSAACKDLTISGGSLTLKNGDTLSILRDITIGSGASFTVSSDSDVVKVQGTWTNSGTFRNGSGTVIFEGSNSQSLSSGGISTGKQFYNLTINKSVSTADLNLADNNLYVAKDLVITQGRLNTGSQDIYVGGDWRNTGGDFNGGTSQVTFVGSEVDTVLTGGSTFYDLAISASSGSVRALDNVRVENDLYINSGTFYVDDDTLSVGSASGDKLSIQGSLALGEKSVLALKGGSDGVAVESGGILQAIGTSSSDLALVTRYGTSGNYPIILNSGGSIKAQYAKFSHTGGSGIWVKSGATIDATDKLHYCVFENGNESSYMQISNSQEVGTISGVTFSSAGTTSPTNNVVYDGTGSVHFNNYTGGLSGARYEHDNGSDPVGNVRWTFTETKSSLSAGQTYTFGNDMTIKINSIGDLSSITVELVDEKPSELLTGVFHRYYDITTVPVSPSGYNVNVKLYYADGTDGTSNEIPFSQSDSLASAWVSAENDYLGPLSGSRSASQNWAMASNVVGSTSTGYLNGIWFISNAQDDAALPVELLSFNLENDGVGVKVTWSTASEVDNLGFILELSTSSDSGFVEVASYQTNDALKGQGTVSVQTNYEYTNYSSFETGKTYYYRLSDVNLSGTKTVLETQSITRPNVYSLEQNYPNPFNPITTIQFNLQKSARTVLEVYDILGRKITTLVNDNLDAGAHVVQWNAKGVASGVYFYRLRSGNYTAVKKMMVLK