>NC_012962:1661683:1661683	putative transcriptional regulator, sorc family (putative sorc-typ transcriptional regulator)
VVMAIKLTKEKSVKEKQMLSEDTYLGNSMSEEELLARIAWFYYHDGLTQGDIGDLLGLSRLKVSRLLEKGRQSGVIRVQINSRYEGCLALENTLQKHFSLKQVRVLPALADMNLSVRLGVGAAHLLMALIEPQQLLAVGFGETTMCTLQHLSGFISSQQIRLVTLSGGVGPYMTGIGQLDAACPISIIPAPLRASTAQVAETFRQENSVRDVLLAAGAADIAIVGIGAINQKQQATIMRSGYISGGEQLMFARRGAVGDILGYFMQADGELVEDLQIHHELIGIAMPELKTIPTVIGVAGGEDKAEAIIAALNGQYINALVTEEQTAKAMLNLLR
>NC_012962:1661683:1662777	hypothetical protein
MNQRRSANPSGKYLMALDAGTGSVRAVIFDLEGNQIATGQAEWAHQPVPDVPGSMEFDLVMNWQLACQCIRQALKKAELPACAIQGVASCSMREGIVLYNRNGEPIWACANVDARSSHEVGELKALYNNTFEYDVYQRSGQTLALGAMPRLLWLAHHRPDIYRQAAALTMISDWLANMLSGELAVDPSNAGTTGMLDLVSRDWCTNLLEMAGLRSDILSPVKETGTLLGYVTEKAASQCGLDVGTPVIMGGGDVQLGCLGLGVVKPAQTAVIGGTFWQQVVNLPAPITDPNMNTRINPHVIPGMVQAESISFFTGLTMRWFRDAFCAEEKLLAERLGVDAYSLLEDMAARVPAGAYGIMPIFSDVMRFKAWYHAAPSFINLSIDPEKCNKSTLFRALEENAAIVSACNLDLISAFSAVKLDSLVFAGGGSKGKLWSQILSDVTGLPVRVPIVKESTALGCAIAAGVGVGLYDAMGATGEKLVRWQHEYQPNPEHYEVYQKAKENWQAIYADQLTLVDHGLTTSLWKAPGL
>NC_012962:1661683:1666017	similar to different toxins like syringomycin synthetase and gramicidin s synthase 2
MKDSVAKAESVLEAELLSQTLENITSENNASQQIQNVRNIPQVLTSSESFWCERLASLQPLQLPFDISEKQTESRWVMSPWQPPLPKNDEEDPLQALLQVFVIYIARLTHQTEFQIGWWVDEVKDKSTDLAPVVPMAVEVAFDKPWSVVADWVDAELARLAQHHTFSRDLLSRSLSLRAIPALRTSQPWPIAVAVIKDDRQCDQYVPGELLTLQSNAQGGFRWIYDENRLSEEVIQRMSEHLQVLASSKRVSDEIPVWQLNLLPEAERTLLLETWNAVETPYPDPLCIHQLFEQQTEQAPQATALEYQEQTFSYAELNARANRLAHQLIALGVAPDRRVVICVARSPAMVVALLAVLKAGGAYVPLDSTYPEERLAYILNDTAPSVVLVDEAGRAALGETALAGLTVLDPNTQFDQPTSNPQVPALTPQHLAYVIYTSGSTGQPKGVMIEHQAIYQRYLGFNELYNVTAQDRVVQFAAFAFDVSVEEFFSALCNGATLVVRDDSWLASVREFIALIRQYRITVISLPTLFWSELAARDTGLPLPDHLRLIIIGGEAVKKNAVQDWFRQAGHRPRLLNGYGPTENTVTVTYKDVLSPADARSIGYPAKNARIYLLDSYGELVPVGCVGEMYIGGVGVARGYLNRPELSAERFMPDPFSPVSGDRMYRSGDLARYLPGGDLEFLGRNDDQVKIRGFRIELGEIETRLVEHPAVREAAVLALDDGQSKRLVGYVAAEKNEGLAADLRKYLSTILPDYMVPVAFVRLDTFPQTPNGKLDRRALPAPGEEDFARQIYEAPQGELEITLAAIWRELLGIEKISRYDSFFALGGHSLLGVRMIECLRNIGLTLAARDLFQSPVLSELAQTLGQHQVVIVPPNVITPDTTALTPAMLPLIDLTQTDIDHIVEQVPGGTANIQDIYALSPLQDGILFHHLLEQEGDPYLLLYPVSFANRSLLDRYLAAVQQAIDRHDILRTAFIWQGLSVPAQVVCRQAQLPVTELTLEPADGPVIDQLIRRFDPGGYRLDLSQAPLLHFVIAQETDGRWFLLELQHHLIGDHETMEMMHREVQAYFAGQGDRLPAPAPFRNLVAEARLGVSQATHTRFFTEMLAAVDEPTLPFGLTEVHRDGSQMREAYRMLATTLNDRLRSQARRLGVSLAALCHLAWAQVLSRTSGQEKVVFGTVLFGRMAVGEGADSGMGLFMNTLPLRLDIDETPVRDSVRAVHLRLAELLEHEHASLALAQRCSGVQGEAPLFSSLFNYRHNEQPVTLDEAMAGIEFLGELERTNYPFGLSVEDGGSTLGLTAQVIQPFEPDRLCGYMQQALESLVEALEQAPATPVRALNVLPEMERTLLLETLNTTEIPYPDPLCIHQLFEQQAEKTPDATALVYEEQCLSYAELNTRANRFAHQLIALGVTPDQRVAICVARSPAMMVALLAVLKAGGAYVPLDPTYPAERLAYILHDTTPSVVLVDETGRAALGEQALAGLTVLDSNALPDQPDSNPQVTGLTPQHLAYVIYTSGSTGQPKGVMIEHQAVYQRHLGFNETYAVTAQDRLLQFASFAFDVSVEECCLSLCNGATLVMRDERWMTSMQEFIALAWQNRITVMSLPALFWSELVARDNGLPLPDCLRLIIIGGEAVKKSAVQEWFAREVHRPRLLNAYGPTENTVTATCKEILFPTDDRSIGRPVKNTCVYLLDGDGQPVPLGSVGEMYIGGVGVARGYLNQPELSAERFIPDPFSRVSGARMYRTGDLARYLPDGNLEFLGRNDEQVKIRGFRIELGEIATRLMEHPAVQEAAVLALEDGQGKRLVAYVAAEANTELAASLREHLSAILPDYMVPAAFVRLDTFPQTPNGKLDRRALPAPREEDFVRQIYAAPEGETEIALAAIWRELLGIEQISRHDSFFVLGGHSLLAVRMIERLRRLGLTLAARDLFQYPVLSELAQTLGQHQAVIVPPNVITPDTTALTPAMLPLIDLTQTDIDRIVGQVPGGVANIQDIYALSPLQDGILFHHLLEQAGDPYLLLYPLIFANRSLLDRYLAAVQQTIDRHDILRTAFIWEGLSIPAQVVCRRVQLPVTELTLDPADGPVIDQLTRRFDPGQYRLDLSLAPLLHFIIVQETDGRWVLLELQHHLIGDHETLEVMHREVQAHFSGQGEHLPAPAPFRNLVAQARLGKSQEEHTRFFTDMLADVDEPTLPFGLAEVHRDGSQMREFHRMLSPELNDRLRSQARHLGVSLAALCHLAWAQVLSHTSGQEKVVFGTVLFGRMTAGEGADNGMGLFMNTLPLRLDVDNTPVQDSVHEVHLRLAGLLEHEHASLALAQRCSGIASGTLLFSALFNYRHNALSATSDDIINGIEFLEGQERTNYPFGLSVEDGGSTLGLTALVIQPFDPERLCGYMQQALESLVEALEQAPETPVRALNVLPETERTLLLETWNATENPYPDPLCIHQLFEQQVEKAPDATALVYEEQCLSYAELNACANRFAHQLIALDVIPDQRVVICMARSPEVVIALLAVLKAGGAYVPLDPTYPAERLAYILSDTAPSVVLVDEAGRAALGEKALTGLTVLTPNTLPDQPDSNPQVPMLTPQHLAYVIYTSGSTGQPKGVMIEHQAVYQRHLGFNDTYGVTAQDRLLQFASFAFDVSVEECFLSLCNGATLVMRDDRWLTSMQEFVSLAWQNRITVMSLPALFWSELIARDNGLPLPDCLRFIIIGGEAVKKSAIQDWFVREIYRPRLLNAYGPTENTVTATCKEVLSPTDDCSIGRPLKNTSVYLLDKYGQPVPLGSIGEMYIGGVGVARGYLNQPELSAERFIADPFSPVSGARMYRTGDLARYLPNGDLEFLGRNDHQIKIRGFRIEPGEIEIRLVEHPAVQEAAVLVWEEGPDKHLVAYVAAQANEGLITSLREHLSARLPDYMVPSAFVRLDAFPQTPNGKLDLRALPAPGEEDFARQVYEAPQGETEVALAAIWSELLGVEQVSRYDNFFALGGHSLLAMRMTNLAAGRGWVCTLNALFQFPVLTELAAKITSDSLSEPQTRAISVRPDGTEPPLFFVPSGMGDYSYVFGLANHLPSGYPIYALPWPSINEGSMMTVEAQAARMITLMKAVQPDGPYRLGGYSSGGILAYAIAQQLLNAGERVNFLGLIDTPAPDYFEEQSGQPKYQFFSELARQSEEQHPEEVAALYQRIDELNLVQFIEAAQQLALYPANLRAEIIAKRWEQIENYTQIVRDYQPQALAITLHQFYAMEPYPETSFMMDEKPEPANIEPSLGWERVMPDALLRLVAIPGNHFSLLEDNENRIALAQALNMALAISCNGEGQ
>NC_012962:1661683:1676439	putative haemagglutinin cdia
VGGTIVAPVTGAAAVIGGGILGGATDATKQLLTLKPGEHYSATDTLIAVGTGALTQGKGTLFSTLVNTGGAYLGSKVKGEDPATSMLGNAVGTIVGNNKVGGKFTNEMLSKGYSNKASEIGGIIIGNYAGTVTDYIAEEGMKKTQGRKK
>NC_012962:1661683:1677121	hypothetical protein
MVSFLDGYVKEEIVIPKILAELLNLGFTVSSNGCVFFSSLCPVASVSSENRINGHANFFDKTE
>NC_012962:1661683:1677326	hypothetical protein
LRLFGQLFCSTQSVLIHCDNTLSSQWQHWKIKWFNIQSFQTLKVQNNILGKND
>NC_012962:1661683:1677807	hypothetical protein
MGRLFGSEGAKHFEGAGSLAQKMAQSGATPEEINAALTHYLKGQVPDGQDPAKGLIIAWGNFFGVPLDVVLSNEQMTPQKAAEIVAGGIPSSEAKLIQFAAAKAYLSLSKDQSTELVGATGSSLADKNITGNKTITPSEKLEWNSWQHYQKTTVDGRQYAKIGDRLYSQHAVDRMQPSGLGSPAGTTGAGRNVTPNIVDYVIKNGTPQNNVVNGITRTTYWNGDVGVVTEKNGNVVVTILRRSAK
>NC_012962:1661683:1678561	hypothetical protein
MKHQKATYQALLLLTSLWFILFFCMVFITSLILATIFYFRDGQFFFTLEDVYYSFKMGASTGIPTGIGIWIMSRLKENKD
>NC_012962:1661683:1678800	similar to haemagluttinin from E.coli-cdia
LSLPKGMADYGRSASSLAIAMLNEGQSPQEISAALSKHAKGDHPAGQDPVRGLITAWEAGMSTVAAPLLLPSGATVGSIFAGGIISGTANISNQLTNGSVNVTDALIATGTGAVTQGKGFWFTEVASITGAYVGAKLQGKDPVAPVAGAAVGNVVGAIGGKIITDKLAPMVANPIKSEVGGAIGGALISEAVGNRVENQLDKRGGGK
>NC_012962:1661683:1679474	hypothetical protein
MFGIFPGDAPIRENNELVLPATIIIDTFTEAVHIPLSYWSFEDYKRSWRTSLEEGIHSKKPVALAVSMYEPDYTNFIFIWVIYFAGEEVFLQNSILFLDECPDFTPEKINNFIESRITHNEDGMKISEWNTDLNSIIDFYNSLKINTESQS
>NC_012962:1661683:1679933	hypothetical protein
LGKLVTEGCAIAAPCRAKVAEKVLEIGVKAGITGIVAKEIADKISSEDLDHLIMLQMMGNDEITQRYLNTLQDKYTRVANPTDLPTHTGGDQSGDIRKSPNHTGGNQQLEPGSIPNHTGNEENRSGIAPNHTGNTEGKPDTGGNTTITPIPEKPNKDDLAYLALKGKEAQEAAGKLGFDRRIAPPKAPFNSHGQPVFFDGKTYITPDVDSHNVTNGWKMFDRRGKRMGTYDSDLNRVKD
>NC_012962:1661683:1680939	hypothetical protein
MTNKLTAQIASLPDRENVVYEIFWGTDQVAEISNEPEHGMRIEIFSCPNGGIWNFDFREFRALVEQVEKNLI
>NC_012962:1661683:1681154	hypothetical protein
MPPPPIAGSNTGEAVNEANQTIASALDKKLKEIGEAVDKATQCSFGRVCSSDYVDGENQPNISKDLTDSEKAELGGSGTGIPGGHEPEDEQNARNNNHIGKWSIDELSNGAKYTDPASKKGDLTLAGRSLQKHGSRPGSVFPEARGNPSAINEQGQKIVDSILNDPNKKVIQSNTGRYGQVTDVISSNGRGLRYDAQGRLIGFLEPPK
>NC_012962:1661683:1682096	hypothetical protein
LAVNFALEWVVVDNNSLANVLAAAEANKKGTVEKWQQDKQTEIQKACSGNTPLSCQTLVAAEGSILALPWLSGAAATTGLIGAVANTGIQYLANGNVDPNDAIFAYWTGVFTANTGLWGTVAWNAGMGAASSYVKGDDPLKGGVISGAASGIGYGVGKLAQNPLEKFINPNWKNYEWVDMGMGISKSLPLSSLPGVAGNVVSSISTEFSNDQINKGVNKIEGEHK
>NC_012962:1661683:1682961	hypothetical protein
MIFGDPNHFAILIEYLSDWSTENGYRNGLFHFCIDGKLYPNSAKVATLGGDILCLSDSNALILPVENNNIFNMEKKEAYFSMLKTMLPERAEPEKEVSDDFVTSYKYQASTYNLENDCCYVFAVSNGSMIRILGAKLSVLNGNDDVGYHWEEILKPHVTDIILEKETVKNIVTSTINYYYCLK
>NC_012962:1661683:1683515	putative adhesin/hemagglutinin/hemolysin
MNKQLYRLIFNRSRNRLMVVAEIARAGQGSTARRRGRPSAQRLCRLTAFQFGLLLALGGISLTAQAAIVADGQAPGQQQPTIIPSANGTPQVNIQTPSAAGVSHNTYRQFDVDKRGVILNNSAKATETQLGGMVAGNPWLAKGEAKVILNEVNSRDPSHLNGWIEVAGRKAEVVIANPSGITCNGCGFINAHRTTLTTGEALMERGHLTGFDVNQGEVRIEGQGMDSRQQNYTDIIARAVALNAKLHAQNLKVTTGRNRVDAAHQTITKKSAAEDEAHPLFALDSTALGGMYAHKILLIGTEAGVGVRNAGDIGVPAGEVFVTADGRIENRGTISSRDALQLTSTAGIDNQGKLLSQSTVTLQAGGPLHNRGRIEARGDITATAQTIQSDRHSVWAAGLDDNGNTTRPGSLTLTAQQVQAGGKNLATHTLNIHGQQIDLSGSQTVAGDIQLTASQPGISTAHASVNADRFTAHTPGQFNNTGGQLTAREIHLTTPDIANQQGKMTQTGPGELTLHTRTLNNRGGTLFNAGSQLTITTDQLDNRQGNLVNQGDNFHLTAQTADNTQGQVQLAGNGQLSLTAQHWLGHQGKLLTNGTLTIQAHDLQLNHAVTTANKITVTADTLNHQASVMQQSGTDTLALTVNTLNNQGGKIAGNGNLNVEATTVDNRHGNIVAAENGSLTLTVNDTLDNQNGRLEAGNDIQLTATQLDNRRGTLAASGGSATLTIGQQIQNTHGHIEAKTRLTTTSQALDNTEGTLLAQHITSQTTGHRFTNTAGQVIAQDTLTLHSGELENTAGLLQSGGDMTVKTHGHWLANTATTDQKGGQLLSGGHLTLHTGDIDNTGGIIAADGHTTLTSTALNNTRGQIAGNGGLDIHSQQLTNRQGTLQSADALNLDTDGQGLDNQQGRILGDGITTVTSGPLDNRHGHLQGGQLVIGTRQAQTDNRDGKLLSAGTFNLKTQQLDNRHGQVQAVGDTVLNVKTQTDNTGGLIRGGAQLTLSTAHLINRDTAQTDKGLEAQNLTVSTQQADNSQGTLRAADHLQANISQTLNNTQGLVSAGKQLTINREAQQPPLRINNQQGTLIAGKQVDIQANTLSGDGQLLSQGDMAVTLTEDFHHTGNTAANGNLTLKTTGNLLNDRPIKAGQALHLGAQNLTNSATGEISAEQTQIKVHDTLTNTGLIDGNLTHLTAHTLTNTGTGRIYGDHLALQTGTLNNTAHAGNAAVIAARDRLAIGTDTLNNQHHAQIYSVGETHIGGQLDNTLSATGQARELTNHAATLEAGGNLTIDANQLHNTNAGLVTQVAETEHARHHDAALSGQTARYDWSQVDTARRDKYGVHTARMPDGSRSDNFYEYQYTRTVTETQVKHSDPGKILAGGHLTLNSANVTNHDSQIIAGGALTGTIGELHNLATQGERITTETGSQTHWYAKKKRNKLGIGGTKTSQGKSRSGYNPAPVVETIDLKTLAWQDHARPQNTDITITDRQTGQIHAAPTAVKPVSGINDQPRVLPPGQPFELSLPPETVKGQPIDPVIRVVTPNTRLPDNSLYTVQPASDSHYLVETDPKFTQYKQWLGSDYMRQQLTHDPALVHKRLGDGFYEQRLVREQITQLTGQRYLPGYHNDEAQFKALMDAGVAFGKEQQLTPGIALSPAQMALLTADIIWLTNQTVTLPDGSTQVVTVPQVYARVRPGDLSGDGALLAGNTVALNSQGDITNSGTISGRDVTQLTANNLTNSGFIRGGKVDVTARQDITNRGGQIQGDDRVTLKGRDITSASTVRGDETNRGLDRPAGIYVQNDQGTLSLSAINNVQLTASEVKNAGKDGRTEITAGHNLTLDTLSTHRTEQGDWGKDNYRHLSQQQDIGSQITGAGEVTLQAGQDLTATAAHVNAGQQLTAQAGNNLTLTTGTASSDLVEHSKQTSKGWLSKSSVETHDEVHDRQALSTTFSGDKVTLQAGKDLHIRGSNVAGTQDVRLNAGHQLTVTTAAESHGETHLRQEKKSGLMGTGGIGFTLGQASQKVTTDSDSQRNKGSTVGSSQGHVTLNAGTQLNLHGSDLVAGKDITLTGQNVNITSAANHHTTLTKTEQKQSGLTVALSGTAGGALNSAVQTARAAQQTEDPRLKALQHTQAALSGVQATQAARLAEAQGSDKGNNTLAGVSLSYGRQSSRSEQQHQQTTQQGSHLTAGDNLTITAHGDDKGASGPNGDIRIQGSQLQAGKDLQLNASRDIQLSASQNTEQTTGKSRSHGSAMGMGVTAGPGGTGFTVSANVSRGNGHETGHGVSHNNTTLQAGQTVELNSGRDTTLKGAQVSGEQMTAEVKRHLTLSSEQDSQRYDSQQHNARAGVNATVGPLTNGNGTLTLNASRNKLHSNYDSVQEQTGLFAGKGGYQVNVGDHTQLDGAVIASQADNAKNTLNTGTLGFKDIQNKADFSVEQQSAGVSLGQPTTGQVLNNLAVNALTGSNNQGHDRSTTHAAVSDGTLIIRDKDHQTQDIANLSRDTDNAANVLRPIFDKEKAQQRLKQAQLMGELSAQMTEIAGTEGKIIATQAAKAKLNHISEQDKADAREKLINAGNKAPSPADINKQVYDTAYTQALNDSGLGTGGKYQQALQAATAAIQGLAGNNLGQALAGGASPYLAGVIKELTTDPQTHQVDIATNTLAHAILGAVAAEVSGNNAVAGAAGAASGELAAQVLIKQLYGDAAKVSELTEEQKQTISTLSTLAAGLAGGIAGDSTASVLTGAQAGKNAVDNNHLSVDQNRSRSEELVNCQGDSSCRTTVRDKYRQEYDRVQERIATCSGADQCVAVAKELRALQGDYSARMSEIQEKARMQGLDSLTPAEVREWADLRGAMSNIDASRNLVLHRAQVTGGSEETTQEIVKIMGQTGIAASAGVAGGISKAGAKGGKGSAIPAPDPVTTNNGLVYKSNPKHTPGQIGYHHNAGTEPKNSIELFGNSVASGKKRYALDSNGNVHQFTNTNDGTWHWSGSTGDKSAALSKSDVPSDVKKKLGLPGKWR
>NC_012962:1661683:1692592	putative hemolysin activator hlyb
LIDSGYVTSRILAPAQDLSTGTLTLVAIPGKIRHIRYTPDSGNYIQRITPFPAREGQLLDLRDIEQGLENLQQVPTVQANMHIEPDAQPGESDIVLDWRQARHWRVAAYLDDSGTKSTGRYQGGFTFFLDNPLALSDLFYLSAGRDIHTAAGQGSQNDTLHYSVPVGYWMAGITASHYDYHQTIAGLNQPVQYRGNSNNLSVQLSRVLYRNDDQKTTLHSEIYRRTARNFIDDTEIEVQHRETAGWKLGLSHRHDIGSATLDTRVTYQRGMRWFGAQPAPEESQNAGTALSKITQFSATLSGPLKLFSQPFSYQTQYLRQISTTPLTPQDQFSIGGRWTVRGFDGELTLSADRGWYSRNELDWHTPLHGQSLYLALDYGEVGGRGSEALLGKHLAGSALGWRGSLKRVNYDLFVGVPLSKPAGFQTSPVTAGFNLYWQY
>NC_012962:1661683:1693967	transposase is3/is911
MSKYSRELKIIIAKRCLAGNTSDKLSAEYSISSRQIRYWAQVVAIHGDNAFLPTSHSLCAVTKFQALKLMWTHDWSLTHTSAVLNLTTPGTLSVWLDKYNETGIKGLESHQRGRPPMKSRPKTPPKSDDKMTVEELKEELAYLRAENAVLKKLEELEQKKRPLAKKKR
>NC_012962:1661683:1694542	yada protein
VFYYQCQALKKTRAYEQEIEMIKTIYHEHKGRYGYRRIHLALRKNGFKINHKTVQRLMGQLNLKSTVRPKKYRSYRGEVGKTAPNWLARDFRATKPNEKWVTDVTEFKVNEQKVYLSPIIDLFNQEVIAYNVAKKASLPLVTEMLKGALDGLDAHSKPLIHSDQGWQYRHRAYQKQLADKDIKQSMSRKGNCLDNAMAENFFALLKTEMYHQQHFKSADELIEKIEEYIEYYNTKRIKVKLKGLTPIEYRNQALHAV
>NC_012962:1661683:1695339	putative hemolysin activator hlyb
MKSSILVLTVFCRLASGSQAADLSEQQLIHQQARQQALEAQLAPPPEAVRLSVPEKTVPTAFPTEARCFPLTRVILTGTENFPHWLPLTRLALQGEHHCLGTQGINQLMNRLQMN
>NC_012962:1661683:1696131	putative IS30 family transposase
MHYDRYIIDRNRKIPDFLFKKAVKITPKIKNGLIRQYFPKGTDFNEVSAKEINIVVNRLNNRSKKHELGKHRMNYLREYEYIHFQINNIKLIM
>NC_012962:1661683:1697532	syringopeptin synthetase b
MKDNIAEVGNILQAQTSENVISVNNTSQQIQNVKNIPQVFTSSESFWCERLASLQPFQLPFEITGKQTEPRWVMSPWQPPLPKNGEEDSLRTLLQAFVIYLARLTHQTEFQIGWCVEVNDNQADLMPVVPMAVEVVFDEPWSVIADQIDDELARLTQHRTLSRDLLSRSPLLQAIPALTSSRPWQIAVSVLKDDRQYDREVPGELLTLQMNAQGSFRWIYDKNRLSAEVVQRMSEHLQVLVASKKADDEIPVGQLNLLPEAERTLLLETWNPTETPYPDPLCIHQRFEQQVEQSPEATALVYQEQALSYAELNICANRLAHQLIALGVAPDQRVAICVTRSPAMVVALLAVLKAGGAYVPLDSTYPGERLAYILNDAAPSVVLADAVGTAVLGEQALAGLTVLDPNTQFDQPDSNPLVAKLTPQHLAYVIYTSGSTGQPKGVMVEHQAIYQRYLGFNDTYAVTAQDRVLQFVAFAFDVSVEDFFSSLCNGATLVMRDDSWLASIPEFIALVRQYRITVMSLPTLFWSELAARDHGLPLPDCLRLIIIGGEAVKQHAVQDWFAQEGHRPRLLNGYGPTENTVTVTYKDVLSLADARSIGRPAKNARIYLLDRDGQPVPLGCTGEMYIGGVGVARGYLNRPTLSAERFMLDPFSPVFGARMYRTGDLARYLPGGDLEFLGRNDEQVKIRGFRVELGEIETRLVEYPAVQEAVVLALDDGQSKRLVAYVTVDAHEHERLAARLREHLSTRLPDYMVPAAFVRLDSFPQTPNGKLDRRALPAPGEEDFARQIYVAPQGEAEIILAALWRELLGIEQISRYDSFFALGGHSLLGVQMIERLRHRGLTLTARDLFQSPVLSELAQVLGRHRAVTVPPNVITPATTALTPAMLPLIDLTQTDIDHIVEQVPGGIANIQDIYALSPLQDGILFHHLLEKRGDPYLVLYPVAFANRSLLDRYLTAVQQAVDRHDILRTAFIWQGLSVPAQVVLRRARLPVTELTLDPADGPVIDQLTRRFDPDQHRLDLSQAPLLHFVIAQETDGRWFLLELQHHLIGDHETMEVMHREVQAYFAGQADDLPVPVPFRNLVAEARLGVSQEAHTRFFTDMLAEVDEPTLPFGLTEVHCDGSQMMESHRMLAPDLNDRLRHQARRAGVSLAALCHLAWAQVLSHTSGQEKVVFGTVLFGRMAVAEGVDSSMGLFINTLPLRLDIDDTPIRDSVRAVHLRLAGLLEHEHASLALAQRCSGVVSGAPLFSALLNYRHNYQPVTADEMMDGIEFLGEQERTNYPFVLSVEDFGESLGLTAQVVQPFEPDRLCGYMQQALESLIEALEQVPETPVRALNILPETEQKLLLETWNATEALYPEQLGIHQLFEQQAAKTPQATALIAGDQTLSYAELNACANRLARQLIEQGVCPDEYVVILLPRSVELVVAQLAILKVGAVYVPIDPSVPDERRNWLINDCSAKLLITNVQSDIPIGLSVPVFCLSDEKNTNRVEEGINLDLPHSSTGSAYIMYTSGSTGLPKGVIVPHRAVVRLVINNGYAAIGPNDRVAFTANPAFDASTFEVWAPLLNGSALVVIDHDTLLTPQELVQALQAHRITVLWLTIGLFNRLAVELSPVLPQIKILIFGGDIPDLHVIAQVLGNRPPQQLLQAYGPSEGTTFTTMYPIEALPQGVIRLPIGRPIANTRVYLLDAYGQPVPLGATGEIYVGGDGVACGYLNRPELTAERFLIDPFSHQPDARMYRTGDLARYLPDGNLEFLGRNDQQVKIRGFRIEPGEIEARLAEFPVVREAAVLALSDGQDKRLVAYVVAPEDENLVNSLRAHLSAILPDHMVPSAFVRLDAFPLTPNGKLDRRALPTPDSEAVARQIYEAPQGETEIALAAIWRELLGIEQVSRHDSFFALGGHSLLAVRMIERLRHLGLTLAARDLFQSPVLSELAQMLGRHRAVMVPANIITPATTALTPAMLPLIDLTQPEIDSIVGQVPGGVANIQDIYALSPLQDGILFHHLLANEGDPYLLAGQMVFANRTLLDRYLTAVQQVVDRHDILRTAFVWQGLSVPAQVVWRQAPLSVTELTLDPIDGPVCDQLAQRFNPRHYRLDLGQAPLLRFVVAQETDGRWFLLELQHHLIGDHTTMKVMNREVQAYFSGQMDRLPDPVPFRNLVAEVRLGMSQAEHTRFFTDMLADVDEPTLPFGLAEVHRDGSQEIESHRMLTIGLSDRLRHQARRLGVSLAALCHLAWAQVLACTSGQEKVVFGTVLFGRMAAGEGADSGMGLFINTLPLRLDIDNTPVRDSVRAVHLRLAGLLAHEHASLALAQRCSGVASGTPLFSSLLNYRHNDQAGNSDATMEGIEFLGEHESTNYPFGLSVEDDGSTLGLIAHVVQPFEPDRICDYVQQALESLVAALEQAPETPVQALNILPEAERTLLLETWNATETAYPDPLCLHQLFEQQAEKIPEATALVYQEHSLSYAELNAGANRLAHQLIALGIVPEQRVAICVARSPAMVMAMLAVLKAGAAYVPLDSTYPAERLAYILNDTAPSMVLADTIGRAALGDEALAGLMVLDPNIQPDQPDDNPQIPALTPQNLAYVIYTSGSTGQPKGVMVEHQALYQRYLGVNELYAVTEQDRVLQFAAFAFDVSVEECFSSLCNGATLVIRDDSWLASMPEFIALTQQNRITVAFLPTLFWSELAARDNGWPLPDCLRLIIIGSEAVKRNAIQDWFTQEGHRPQLLNAYGPTENTVTATCKEILSPADDRSIGRPIKNTCVYLLDRYGQPVPLGCVGEMYIGGVGVAQGYLNRPALSAERFILDPFSLVSGARMYRTGDLARYLPDGELEFLGRNDQQVKIRGFRVELGEIETRLVEHPAVQEAAVLALDDELGKRLVAYVAAEAHERLTADLREYLSAILPDYMIPAAFVRLDSFPQTPNGKLDRRALPAPGEAAFARQVYEAPQGKIETMLATVWCELLGVEQISRHDSFFALGGHSLLAVRMIERLRRIGLGISVQTLFQHPTLRVLAQSLVQHNEIRVPDNCITPDTTVLTPDLLPLIDLTQPEIDHIVEQVPGGIVNIQDIYALSPLQDGILFHHLLEKEGDPYLLVSQMVFADRALLDRYLTAVQRTIDRHDILRTAFIWQGLSVPVQVVWRQAPLSVTELTLNPANGPVSDQLARRFDPGRYRLDLSQAPLLRFVIAQETDGRWFLLELHHHLIGDHETMEVMHREVLAYLTGQEDSLPAPVPFRNLVAQAQLGVSQEAHTRFFTDMLAEVDEPTLPFGLAEVHRDGSQVMESHGMLAPELNDRLRSQARRLGVSLAALCHLAWAQVLSCTSGQKNVVFGTVLFGRMQAGGSAENGMGLFINTLPLRLDIDDTPVRDSVQIAHTRLAGLLAHEHASLALAQRCSGVRGEIPLFNSLLNYRHNALPETSDELINGIEFLGGQERTNYPFVLSVEDFGESLGLTAQVVQPFDPESLCGYMQQALESLVEALEQAPETPVRELNILPEAEQRLLLETWNATEAPYPEQLCIHQLFEQQVKKTPEATALIAGDKTLSYAELNARANRLARQLIERGGCPGDHIATLFARSIELVVAQLAILKVGAVYVPIDPSVPDERKNWLINDCSAKLLITDGQSDVPVGLSVSLFCLSDETDTLREEDHINPDLPRSSAGSAYIMYTSGSTGLPKGVIVPHRAVVRLVINNGYAEIGSDDRVAFTANPAFDASTFEVWAPLLNGGALVIINHATLLTPQELVQDLQAHRITVLWLTIGLFNRLAAELSPVLPRIKILIFGGDIPDLHVIAQVLDNRPPQQLLQAYGPSEGTTFTTMYPIEALQQGVTRIPIGRPIANTRVYLLDAYEQPVPPGVIGEIYVGGDGVALGYFNRPELTAERFLVDPFSNNPDARMYRTGDLARYLPDGNLEFLGRNDQQVKIRGFRIEPGEIETRLAEYPAVREAAVLALDDGQNKRLVAYVVALEDEGLVNSLRDHLSAILPDYMVPSAFVRLDAFPLTPNGKLDRRALPEPDSEAVARQVYEAPRGETEIALAAIWRELLGIEQVSRHDSFFALGGHSLLAVRMIERLRHLGLTLAARDLFQSPVLSDLAQTLGQYQAVIVPPNVITSATTALTPAMLPLIDLTQPEIDRIVGQVPGGMANIQDIYALSPLQDGILFHHLLAKEGDPYLLSGQMAFADRTLLDRYLAAVQQVVDRHDILRTAFIWEGLSIPAQVVWRQASLSVTELTLDPADGSVSEQLAERFDPCRHRLDLNQAPLLRFVVAQETDGRWIALQLLHHLIGDHTTLDVMNSEVQAYLAGQEDSLPSPVSFRNLVAQAQLGVSQDAHIRFFTDMLAEVDEPTLPFGLTEVHRDGSQVTESHRMLAPELNDRLRSQARRLGVSLAAMCHLAWAQVLSRTSGQEQVVFGTVVFGRMAVGKGVDSGMGLFINTLPLRLDIDDTPVRDSVLATHTRLAGLLEHEHASLALAQRCSGVQDGGPLFSALLNYRHNDQSMTSDEIVQGIEFLNARELTNYPFALSVEDFGNALGLTAQVVQPFESERVCGYMQQALQSLVEALEQTPETPVRVLQILPEAERKLLLKTWNTTEIAYPDQGYIHQLFEQQVERTPDVTALVYEEQTFSYAELNARANRQAHQLIALGVEPDQRVAICVARSPAMVVGLLAVLKAGAAYVPLDPDYPGERLSYILSDVSPVILLADAAGRTALGEKAFTGLTVLDPNVLPDQPDSNPRISELTSRHLAYVIYTSGSTGTPKGVMVEHGQLVNQITSLNMKWSLSACDRILQFCNLSFDVCASEIFCAITRGARLVLRTNQWTLSAQEFWHLCESYEITYIAVPAQFWRIISNVNEGDIYKGLRIICVGGEAISNHELQRWLSVHREYPVLVNCYGPTEATITSTISCLNEMVGQANIIGRPLPNTRVYLLGVDGQPVPLGAVGELYIGGTGVARGYLNRPELTAERFLTDPFNVDLGARMYRTGDLARYLPDGNLEFLGRNDHQVKIRGFRVELGEIEARLTEHPAVSKSVVLALGEGQDKHLVAYVVAPVNEGLANSLRTHLNTILPDYMVPAAFVRLDEFPLTPNGKLDRRALPAPGNQAFARQVYEAPLGEVETALAAIWSELLGVKQVSRYDNFFALGGHSLLAMRMTSLAAGRGWVCTLNALFQFPVLTELAAKITSDSLSEPQTSAISVRSDGTEQPLFFVPSGMGDYSYVFGLAQHIQSGMPIYALPWPSIDEETMATMEAQAARMITLMKAVQPDGPYRLGGYSSGGILAYAMVQQLLNAGERVNFLGLIDTSAPHYFGEQPIPPQRHFFSELARQSGEQHPEEVTALYQRIDELSLVQFIEAAQQLALYPANLRAEVIAKRWEQIENYTQIVRDYQPQALVITLHQFYALEPYPETSFMTDEKPELVTIEPSLGWEQVMPDTSLRLIAVPGNHFSLLEESENRIALAQALNMALAIHCDGEGQ