C7PS55_CHIPD

Gene name C7PS55

Accession number C7PS55

Description Amino acid adenylation domain protein

Organism Chitinophaga pinensis (strain ATCC 43595 / DSM 2588 / NCIB 11800 / UQM 2034)

Length 5738

Sequence

					>tr|C7PS55|C7PS55_CHIPD Amino acid adenylation domain protein OS=Chitinophaga pinensis (strain ATCC 43595 / DSM 2588 / NCIB 11800 / UQM 2034) OX=485918 GN=Cpin_5188 PE=4 SV=1
					
MQVREFTENLSKLNFRLVIENDQLILKGNKNKLTPEEIKSIRQNQEIIGYIRAHKEELIEFLSRSSDNGEKRSPNITSIYRLSGLQQGMLFHGLYDSKSEAYVDQFTCEMTSLNVPAFKSTWQYLLNRHSVLRSSFHYDRFNVPVQCVNKEVNMQIQELDFSDLDPAEQKIQLEEYSIKDRHQGFEFEQPPLMRVSLLKLDEFRHQMVWTFHHILFDGWSTPVLMQEFLEVYESVVNGVPVRMEEDRYEDYIRYIDGKDSAAEQTYWCNYLDGLTSGTLLPFISAAAERNRGGGIYKSVTLKLDKEMTAVVEKYAQQQRITPNTIMQGIWSYLLHQYTGKDDILYGVIVSGRPADLDNIERRVGLYINTLPLRSILKKDQLITEWLRQLHQSQLNTTTFQYNGLNDIQSWAQIRGELFDNILVYQNYPVSKVVASRKWSLQVENVSSFERDNYPFSIGINASDEIHIHFKYNAALLRSEYALQIRDHFDYVLQQILTKVHGKVDDIQILTEREKYQLLHVFNARSFDDNKHRTLVELFEEQVDRNPEAAALVFEDTTLSYQQLEERSNQLANYLRVKGIGVDSMVAIYLENSPDMIVSILGILKSGAAYVPLEHNCPVDRLQYILADCKCRAVISSTVYEELIKENAGADVEILYTDSQDMLMSVMPSSRPAVALSADDLCYVIYTSGSTGRPKGVMVAHQSVVQLITGQAKKFGIDQQEKILQFSNYSFDASVEQIFLALLNGATLILLAATDRLDSEKFERFLLNRRVTHLHATPGFLSTIRAGSYGGLRRVIAGGDSCSAELARRWSAYADFYNEYGPTETTVTSIMYHLKKGTPFFQSSLPIGKPLTNINAYIVDNSGRLVPPGVTGELWLGGDQVARGYLNQQPLTVEKFVINPFDNMPEERIYKTGDLAKWLPDGNIEFIGRCDDQLKLRGYRIEPGEIESVLCQLSVVKEAAVVLREDDKENKQLVAYVVVSGPFDKETILSQAAGFLPSYMLPGQIIALDVLPLTANGKVNRKLLALMQPDKDETTVYTAPRNGNETVLARIWSELLGLSNISIYDNFFELGGHSLLAIRVVSAIRKELACEIGIRDIFDHPDIASLGERIAGMSSTSSVPVLRAVERPKRVPLSFAQERLWFIDRLQGSEQYHMPWVFRMEGSLDCHALEVSFRSILKRHEVLRTVIREEEGVGYQELLPTTGWNLRYEEESTLLTGNGDLSSFIASQIEHPFNLSSDYMLRVTLVHQSPTSHVLIILLHHIAFDGWSIGLLVGELVELYRSIREGGRPVLPVLPVQYADYAIWQRSWLSGDTLSDRLSYWATHLAGVPVLELPTDYVRPLEQSIRGGMVSKTISRLQADRLDALCQREGVTLFMLLQGVFKVLLYRYSGQTDICIGSSIAGRHQQEVEGLIGFFVNMLALRSDLEGNPSFASFLQQVKETTLAAYAHQDVPFEKVVEVLGLSRDRSRNALFQAVLILQNAPESGALDLGDLQLHGLSTGNITSEYELMLNVTESSYGLHLSLVYKSDLYRAETMHGLLHHYEELLEAVLSDITTPVSQLNMLGAAEEEMLLQTFNRTEAPYPSDQTLMELFDRQASIKTSSIALIYGEQTLSYETLEVRSNQLAHKLIATGVTPGVQVGLLSYRGFDMIIGMFGILKAGGVYVPLNIDYPPSRLHYISQDAGLSHLVYTEEELLSLSGLTGMELIKVADCVDYPVQRPAISRSVDEGAYVMYTSGTSGHPKGILVSQRNILKLVYDKGPIAIHGEDCVLQWSNYAFDGSTYEIYSSLLHGARLLLIAEPAAADAGALSYLIRKEGVSVSFLTTALFNAFVDYDVSGLALLRKMLFGGEKVSVGHVRSALSVLGKGKLLHVYGPTETTVYASCYEIDEIDGVDIPIGHPLCNTEIRILDDHGRAVPVGVRGELYIGGAGVSLGYINNPALTSVKYVRFPDGGVWYRTGDIGRWRSDGEIEFIGRADEQVKVRGYRIEPGEIENVMLSCTGVKQVAVILKATGEGDKQLIAYLVPDGELDKPALLTALKNTLPDYMVPTVLVPLEELPLTPNGKVDRRQLSLLDIQLETSNAYVAPRNELETKLTTIWEELLGISGIGVNDNFFESGGHSLLAIRVISAIRKELSCEVGIREIFDNPTIEGLAGSLAKLSSTAVLPALQMTERPARVPLSFSQERLWFIDRLQGSLQYHMPSAFRLEGELDKDALEASFRAILQRHEVLRTVIREEEGVGFQELLPVSGWCLRYEEETALLVGGEDLSSFIASQTLHPFDLSSDYMLRVTLVHQSPTSHVLIILLHHIAFDGWSIGLLVGELVELYRSIREGAQPVLPVLPVQYADYAIWQRSWLSGDTLSDRLSYWATHLAGVPVLELPTDYVRPAEQSIRGGMVSKTISRLQADRLDALCQREGVTLFMLLQGVFKVLLYRYSGQTDICVGSSIAGRHQQEVEGLIGFFVNMLALRSDLEGNPSFVSFLQQVKETTLAAYAHQDVPFEKVVEVLGLSRDRSRNALFQAVLVLQNAPESGALDLGDLQLHGLSTGNITSEFELMLNVTESSYGLHLSLVYKSDLYRAETMHGLLHHYEELLEAVLSDITTPVAQLNMLGEEESVLLLDTFNDRSASYDAEETLITLFSAQVCAHPDAIALEFEEERMSYRELDERSNQVGHYLLSQGVQSGEAVGLSMERSALLIIGMLGIVKAGGVYVPVDPSYPEERRAYMFSDSELRIVLTEDQLLPLLQSDYAVTGLPVVQRADSIAYVMYTSGSTGVPKGVKVTHRNVTSLVRNVGYVSLSEEETILSTGSPSFDASTFEYWGMLLNGGRLVLCSEEVLLDVILLKSAIRRHSITMMWFTAGWFNQLVEADLDLFKGLKTILVGGDKLSIIHIAKVRSAYPDLTIINGYGPTENTTFSLSYRIEEVASDRPIPIGRPLDHRTAYILDEYGSLCGIGVRGELYVGGAGVSDGYHHDIKQTAEKFIADPFSGLPGSRLYRTGDLGRWLPDGTIAFLGRSDNQVKIRGYRIEPGEIEVVLSAGAGVSACVVVVHEDAAGNKQLIAYVTGTPDKAELLSYLRSHLPEHMVPAHVVVLEQLPLTRNGKVDRVQLSLLDVAITTGDSHIAPRTELERQLAAIWEELLDVSGLGINDNFFELGGHSLLAIRVISAIRKALSCEVGIREIFDNPTIEGLATRLSALSSVPTLPALQVVERPGRIPLSFAQERLWFIDRLQGSLQYHMPWVFRLEGELDRDALSSSFRSILERHEVLRTVIREEEGVGYQEILSAANWQMEYTISADPSSISALIQSRVLHSFDLSSDYMLRVTLVHQSPTSHVLIILLHHIAFDGWSIGLLVGELVELYRSIREGAQPVLPVLPVQYADYAIWQRSWLSGDTLSDRLSYWATHLAGVPVLELPTDYVRPAEQSIRGGMVSKTISRLQADRLDALCQREGVTLFMLLQGVFKVLLYRYSGQTDICVGSSIAGRHQQEVEGLIGFFVNMLALRSDLEGNPSFVSFLQQVKETTLAAYAHQDVPFEKVVEVLGLSRDRSRNALFQAVLVLQNAPESGALDLGDLQLHGLSTGNITSEFELMLNVTESSYGLHLSLVYKSDLYRAETMHGLLHHYEELLEAVLSDITTPVAQLNMLGEEESVLLLDTFNDRSASYDAEETLITLFSAQVCAHPDAIALEFEEERMSYRELDERSNQVGHYLLSQGVQSGEAVGLSMERSALLIIGMLGIVKAGGVYVPVDPSYPEERRAYMFSDSELRIVLTEDQLLPLLQSDYAVTGLPVVQRADSIAYVMYTSGSTGVPKGVKVTHRNVTSLVRNVGYVSLSEEETILSTGSPSFDASTFEYWGMLLNGGRLVLCSEEVLLDVILLKSAIRRHSITMMWFTAGWFNQLVEADLDLFKGLKTILVGGDKLSIIHIAKVRSAYPDLTIINGYGPTENTTFSLSYRIEEVASDRPIPIGRPLDHRTAYILDEYGSLCGIGVRGELYVGGAGVSDGYHHDIKQTAEKFIADPFSGLPGSRLYRTGDLGRWLPDGTIAFLGRSDNQVKIRGYRIEPGEIEVVLSAGAGVSACVVVVHEDAAGNKQLIAYVTGTPDKAELLSYLRSHLPEHMVPAHVVVLEQLPLTRNGKVDRVQLSLLDVAITTVDSHIAPRTELERQLAAIWEELLDVSGLGINDNFFELGGHSLLAIRVISAIRKALSCEVGIREIFDNPTIEGLATRLSALSSVPTLPTLQVVERPGRIPLSFAQERLWFIDRLQGSLQYHMPWVFRLEGELDQDALSSSFRSILERHEVLRTVIREEEGVGYQEILSAADWQMEYAEEDKLISEGHDLTSFTASRTLDPFDLSADYMLRVSLVRQSPAAHVLIVVIHHIAFDGWSISLLVRELITLYNSIREGRVASLAPLSVQYADYAIWQRAYLSGEILSDRLSYWSERLSGVQALELPTDYIRPAEQSIRGGVRSRRIGKSLTSRLEALCHQEGVTLFMLLEAIFKVLLYRYSGQTDLCIGTPVAGRHQQETEGLIGFFVNTLVLRSDLAGDPSFTSFLQSVKENTLNAFAHQDVPFEKVVEALGIPRDLSRTPVFQVMLVLLNTPASEDLSLGEGRVTEENTSQITSQFDLTMHITQQQDALQLNAVYCTDLYHEDTIDRLLQHFEQLMSSVLDDTTTPLSLLKMAGEEEEKQLLKTFNAQTAVYPDKTLVELFEEQVAAIPDNIALVFGNEQLSYQELDIRSNRLAHYLRTLGVKEDTLVPVYIRRSIDMIVGILGILKAGAAYVPIDTAYPARRIMNMLTDIQSNVAITDAAGSELLKNAGILHTVSSDNANAMLAGFPVTPPEISLRPHHLAYVIYTSGSTGLPKGVLIEHRGVVNLVHNQASLLGIGQRTIAFQFASIGFDASCYEIFCTLMNGGRLILGPAELLVNPAKLCEVLEENKVNMLTIPPSYQSSITDRTLSLETVVSAGEMLSRQQAYIVQQKGIRLINAYGPTENTVAATLSASPVHSNGHITIGKPLDNVQIYILDKHLRPVPLGIAGEIYIGGAQVARGYLNRPELTREKFIKNPFSTVDGGRIYRTGDIGRWLYDGNVEMLGRSDEQIKVRGFRIEPGEIESVLLEMPGIEQARIIALEVEEGDKLLHAYIVSTQPIEQQDIISFLKLRLPAYMIPVRLTRLTDLPLTVSGKLDKQALADMSVNSMDIVANLAPVNETEATLLSIWEDLLHVKINSTTDNFFELGGHSLKAMRLISAVHKKFNVLLDMKDFFLHPTIQSFAARIAEVEAGDNNMPGKVNKKDIVRYRNADYYPITFTQEYWINDNIDSVYKSVDFYHGTIFSAFVISGDFDGDAFRKSVYYLISRHESLRATFHQIDGRYMMRVEDRDAAIFEPEFRDFRGLPRDEEITDFITCFSHSFIFHEGPLVLFRVSRTAEHEHIISLKVHHVIYDVWSNEVLISDLYAAYQAFAEGREPDRPAQRYQFKEFLAHEYSYVQKHYKAHRQYWQSLYQSLPARIILPGRKISGESPMRQKVAEVLRFSFDNALTDQISSCSKLLSVSTFVLLQAAFKYLISLKTGVSDIIIGTDVFGRDYIGTEDQIGSYAKSQLIRSVFNKEDLFPDIVKKVQQANDDVRHYRACSLMEVLTEMVVPATTTGTKFWQLNMQYADLTGNYLPAAELKEIQQVLKPGPRRKELDFIFPFDIQLQFYRFSDKLELDIQYDTSLYDDTVITTLGNEYIAFISKIANDLYVNSPQS

Gene Ontology

Domains

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Proteins with similar distribution in the three Life domains

Orthologs and taxonomic distribution

	Relationship	Query & inparalogs	Orthologs	Orthologs length	Species	Taxid		Taxonomy	Whole Taxonomy