UHGP-MC 7830

Information

Number of sequences (UHGP-50):
63
Average sequence length:
186±21 aa
Average transmembrane regions:
0.07
Low complexity (%):
1.16
Coiled coils (%):
0
Disordered domains (%):
7.48
Pfam dominant architecture:
PF17961 - PF10425 (architecture)
Pfam % dominant architecture:
5714
Pfam overlap:
0.58
Pfam overlap type:
reduced

Downloads

Seeds:
MC7830.fasta
Seeds (0.60 cdhit):
MC7830_cdhit.fasta
MSA:
MC7830_msa.fasta
HMM model:
MC7830.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
GUT_GENOME096490_002943716-3933SGEAPQRRKDVSSSIQISESKLSVLNPESKNDGLLSDNQKEMHPHFGEVFEFANKYTIDSNLKINPGDYFVLQLSDNIDLHGIMENHITNLDIIADGVGTIAKADYNRKEGTITYTFTDYADTYSLVEFSNKLKAYINLNKVPSNSTESIGRGVIGHDMITNSINVVYDSMTAREKYLATDGYWYEKTENHLNLGSKIIKFNPDTGEFVHYYYVNRDR
GUT_GENOME027327_006162922-3123NREEVVYPNRSESIFAELHYNIDPTKEIKPGDTFTMEFSEDVDLDGIDKTPDNEFDIYGPFGKFAKAEVLDNYPNRRKIKYTVTNYVDQNSIENIYMLYPLYVNRYKYKTDGDVTVTATLGKEKYSDKIYVNFSNIFDLEKTGKNLMAYMRELHVDTKKFKSVVYVNPKGRPRYNKRIFFNSNQNYTIDSVKIYKVIDGNKN
GUT_GENOME244177_002513028-3219QSLAIKTRFTVNSGTTIRPGDYFYVDVSKNIDLEGIYAGKPVSLDIFADAVGTVAKGYYDKETGKIKYVFTDYAKTYTLLEFKTNLVAWINLDEVKTSGKQTVGISIKDTKNNKQQSNNKELNVKYDIPVETSSHTVYNYEDRQYGNLNITGKITKMSPNTGEFEQYYYINREAKDGPLPTFRYYPNNYNLY
GUT_GENOME096537_017583781-3979TVYPNKAEGMIANFKFKIDPEKEIKPGDYFTINFSENVDLDGIYKDNEDNGKMPDSKFDIIGPAGKLAEAKINPDRKSITYTFTDYVGDYKPESMAMYLQLFADRRQIDHKQDITVTADIGNNKDEQNNAYHYSDSINIDYRGYNSKEKYNGYQNPNSDISSYNLRLNPKDKTFTAIVYYNPWNKYLTNKNIRFTTDKE
GUT_GENOME096539_000973648-3820EGEIHPHLGESLVFDNSYEVPEGMKINPGDYFTLKLKKSTDLHGIFENSIDNLDIFADGVGTIAKANYNREAGTITYTFTKYADTYELKNISNKIAAFINLDVIRQSQNFVDVGFSDKSSKVNVVYDLRTERKDDRVNFINYTSKIVKYNPQTGEFVHYFYINRDRTPTGAFD
GUT_GENOME207822_00161178-403NDKKVETENPSLEISNDEKESVQAGEEKEAGRDISNDITEAEIHVGETNETGTLRADIGENLKWEVRFKAPNNTKAGDYFDIKLSDNWTLKGIEPDTNYAEPIKIGETTIAVGKRIDRHHIRYTFTEDIDGLDDIQVNVQYGGYDDKEKIKYSSDQKFEIGVGDNKDEKDLYVNYGSPFYDQFGTTINGRSQYTSWNPETGEFTQVFYINPDSKFISSSNEDFLNN
GUT_GENOME243582_014542567-2734ADVKPGDTFTLKFSDNVDLYGIYVDNNGNGNVEDDNYYNIYSDAGLVAKAMVNPDKRSITYTFTEYLDNYNVENMRLSLQLYADRYKVPFSQNINVTASVGKSIYRDDIYVDYRGYTEGQSHIGYQDPRVDVSSYMLRLNPDTGEFTTVVYYNPWNDTTSNNRYFEFS
GUT_GENOME096518_010023681-3856VVYPNVQEGLFAKLNFSINKKVKAGDFFVMDFGKNVDLDGLSTIDDSEFDIYGPMGRIAIAKVRKDNRHVIDYTFTEAVDYYNDLRELTINSQMFVNRKLVPYNTDNLEVKIRIQDPNGESGNGAEFTDNINVNYDNATNDGYISAKENVKTYQLKLGTSSENPRNFKNVIYVNPV
GUT_GENOME211862_002413578-3793RNITDKITLDRSTVTVQKTLSDDKTNIENAIYPHKAQNLNIKNEFKINKGTNIQPGDYFDVKLSDSIDLEGIYKNRTLTNLDIFADGVGTVAKAYYDKDNGVIRYVFTEFAKVFTLNEFTTTLSAWINLDKITTSRNSEAVGIGLKDQEMKTRNIKIDYDIPSETSNPKYQGGGYYWQYDQWGRAHAVYYKHNVSGKIFELDPSTGEFTQYYYINR
GUT_GENOME140047_01529176-357SRDISNKLQDVDIKIYDTEERGKLKSVDGEDLGWSISFKAPADIQPGDEFTITLSDNWSLKGIEPDTDFADPIIDENGVVIAEGKRTDRNHIVYTFTENIHDVEEISGNINSHGYDVKEKIKNTQDQTFEISVGDKSNNKTLTVDYGPINVSDNWNANGKSQFISNDEKTGEYKQVFYINPN
GUT_GENOME187394_005753646-3849TSSGGKDLSNSIELISSDMAVLRPQTDDTSTENNIIKPHQGENLQFTNKFKVKSNVKINPGDYFVLKLSDNIDLEGIRRGDSANFDLFADGVGTVAKAKYDKEAGTITYKFTEYANQYGLEEFSNTLEAYVNLDRVKKSGNQNVGMGIENDTSKYKNVDVNYIIDTIESSDGSNNINLASKIVSFNTKTGEFEHYFYINRNRED
GUT_GENOME065647_00091228-420AGEATEAKDISNEVQSKYVALTEEGHETKGTVKPDSGEAIGWEVSFTSPKGTIAGDYFTIDLSDNLSLKGIEPDNENEYPIEIDGKVVADGVRTDRSTIKYTFNENINDQRNVVVSVKGFAYIDKTKVPNNTENEKISIKVGDTVDEHNINVEYGKPYYTGNNLNGMSQFTEFNPKTGEFTQVFYINPDSKTI
GUT_GENOME226919_0045213-228KTDSKQVNGQDVSNKLEDVKTNITDSKGKALEDNQNVEPENGDILRANYSFKLPNDSVKSGDGFKIHFSDNLNLYGTTDPNFMNNHAHEEGRSIPDLMDQDGDIIATTSNKVTDRDILYTFTSNIDGKEDISASLSIPVFIDPKNDPNDSQQELETNIGSKTYSKDVNVKYRTFNNDIQSENSNLNGEAFIDKVNLDNNTFRHTIYINPLGKNIGD
GUT_GENOME243424_004852916-3101GRDVSNELKLNPIESKMISIINDDLYITPNNSEVIQANLKYKVNEGTKIQPGDTFKVVASENVDLDGIGRSHDDEYDIYGPAGLLATAKIEDKTRREITYTFTEYAKHYNIRSINIGMLMAVNRIKVPGDKFGKDTIDVSVTVGTSTLSEKFDVKYNYGDDVQANACLVKYDEDTNEFTANFYLNH
GUT_GENOME096373_00549172-356QGQDVTNKVEVVNSSITGKDQNKTVNPHNAERVTLNYEWKFKNGIKPNDYFDFTISDNVDTKGVSKIGKVPMIKDSEAIIATGQILNETTIRYTFSNYVENKQELNAQLSLNLFIRPDKVTNAGSQTIISKLGDKETSQSFNVVYLPGVTDYYGVNVNGRIYELDKENKTFKHLAYINPDKASVK
GUT_GENOME096297_011183766-3955TGKTEKDSVVRPHSGHSLVFKNKFKLGKDIKINPGDYFVLKLSDSLSVNGIFPTGLDNLDIFADGVGTIAKANYDKEKGTITYTFTEYANAYNLVNFSNEISTFIDLYKVRNSTRNVDVGFGINNDTTKHTTVDVVYDLGKAEAGTAGQNMLNLASKIVYYNPETGEFVHYFYVNRKRQPASKFNFVYSS
GUT_GENOME242918_013313721-3921RNGRDLSSKIKLASSMKVLNPDKKTSEDRDNIHPHFGESMEFTNKYSVDSSVKVNPGDYFVLNMSDVTDLNGIAESEIENLDIIEAGIGTIAKADYDRAKRTITYTFTDYAKTYSLVEFSNKLTSFIDLYKVRQTDGLFIKQKVGFAIGKDTSQYKDMKVIYDLDYGHEIDAYGNRINLVSKIVKYNPETGEFLHYYYVNR
GUT_GENOME096502_013784365-4553EATATANTIYPNSAHLLSFDNDFKIADGTVIKPGDYFQLDISSYTDLYGIYNKDLVSGLDIFADGIGTIAKAEYDDQNNVITYTFTEYANTYELTDFKNKLISHIDRFAFEPQNDKAVYQNVPVGFKMKGDQEGQYKNINVIFDAGTHSTPENVYRRYPNISSKITYFDYKTGEFEHIIYVNRDQMNII
GUT_GENOME027329_01417188-411DKTKEGKDISNDIINPRVSIRTENTTTPGTLDAGLGEQLTWGVSFTTPEGTKEGDTFTVKLSDNMSLKGLEPDTDYALPVKFGDKIIANAKRIDRQTIQYTFTKDIEDLKYARVYIINSAQENKEVVQNSGNQTFKINVGEKAKAEKDINVDFGKLYHAETSENVNGRSQFTEFNPETGEFTQVFYLNPESKEINTSSTNDQNGREWGKVGFLLSSPHDAGKPR
GUT_GENOME207614_001313595-3768TTQGTNEIRPHVGQSLQFTNDYKIKDGVKISAGDYFVLKLTDNMDLYGIREDEPTNLDLFADGIGTIAKADYNGQAGTITYTFTKAAEQYTITDFKNVISAHINLNKVRNSGDQKVGMSIGNDTSKHKNIYVNYIVSTEYDDDGYNFINMASKIVSFNSKTGEFVHYFYVNREG
GUT_GENOME244133_014482786-2999PQRKDNLSDKITLSESKMTVINPENKDNKQKADGEIHPHLGEVFEFANTFKLDPNTKIKPGDYFVLNLTKNIDLNGIFEDEASNLDMFADGVGTIAKADYNRKDGTITYTFTDYAKTYQLAEFSNKLTAFINLKEVKKTNSNEKVGFSIKDDETQLKDIKVVYDSMISREDDKVSFMNLGSKITKFNPETGEFVHYYYINRDKKYIGPSTFIYH
GUT_GENOME027314_000211923-2090IDPHAAQSLDFDNTFKVAEGTKIQPGDYFTIKLSPNMDLKGIYTADVAGLDIFADGVGTIAKADYDKDAGTVTYTFTEYAKAGYDLTSLTNKLNAHISLANVKSSTPNVPVGIKMADDTGDYRNSINVEYNLGTLDFGEDNYNFNMSSKIVSYNHKTGEFTQYFYINR
GUT_GENOME000611_002233279-3461TGMTIRPHYGACMEFANEYKLKEGYVVQPGDYFVLKLSNNIDLKGTDTNDVKELDIFADGVGTIAKADYDKDAGTVTYTFTKYANQYELKDFSNRLAAFINIDKVKDSGEQKVGIGLREPLEETETVDVDYTFITGEANYTYTWYDNYYRRYFSKQDYLNMASKIVKFNQDTGEFVQYFYLNR
GUT_GENOME231418_003633990-4162EGNGVIRPHVGQTLEFDNEFKLDSNIEINPGDYFVLKLSDNIDLEGVKTDGVGNLDLFADGVGTIAKAEYDKAAGTITYTFTRYAEQYKLFSIENRLGAHISLKNQRNSDPYAQVGLSVGDSKVNHNINIKYIVDTISKYDDNATVNLASKITEYNTNTGEFVHYFYVNRDRY
GUT_GENOME242928_00179463-622TTGEAIVPGDTFKVQLSDNVDTYGLVRSAEQGLDIFANGGKLAEGKFDPKTRTITYTFTNLMKTFKADEIKLHTVLFIDKVKVPQEVSKAPYLSLSYGLQGQVVTKSTSDFKVLYLPYYYPQQTGGSNIGTMYSIYNPDKKTATTYIYVNPLNNTLKKSK
GUT_GENOME140602_012182738-2953GEDLTDKISLGDTEIRVQKTLDNDKTNTTNAVYPHKAQSIGITAKFNVPLKQEINPGDYFKVKLSNSIDLYGINKDKPLGSLDIFADGVGTIAKAKYDKETNTITYTFTEYAKTYTLTEFKTNLATWINLDEIKESTKNVEVGIGLGNKVSNSKYYDVEYDIPSETSRHPYQYTEYYRYWYGTDYQTYNYWHNLTGKITEMDKETGEFTQYYYINR
GUT_GENOME176986_005023408-3590EKGDNTTGNDEIRPHLGQSMVFENKFKPKDGLDINPGDYFVLNLSDNIDLWGILRNENKNIDIFADGVGTIAKGEYDRKYNRIIYTFTDYARQFELIEFSNALTAHINLYKVQNSSTQNLGMRVGNDTKNYKNMQVTYDPEMAENIVGNTHLNMASKITSFDVKTGKFEQYFYINKLRKTSGP
GUT_GENOME027316_000893909-4103RNTVYPNKEEAVVARFKLKFADPSKIAPGNHFTIKLTEDVDIDGIVKDNNGEGKSDTSLLNIIGPAGVLAKAEVDKDRRTITYTFTDYVKDYTPIDMNLFIQLYPNRYKLTHSQQLNLTADIGENKNTTDTSKHFEKSINIDYRSPEGYQDPDKDISSYTLRLEPDGKTFTAVIYYNQWNRLLEDKNIEFFTDKK
GUT_GENOME244142_002523873-4067RTSSISIDNQVIEVVKPNADDKTQEGTIKPNSAHVLSIKSNFKLADGMDIKPGDYFKVKLSDYMDLKGIYDKELIDGLDIFAEGIGTIAKADYDYDNGIITYTFTDYANTYDLKNFETSLTGHIRTDKLKYSAKNVPVGIKMNKSADDFQTINVVYELDTASHTDDWGNNLNIASKITKFNPQTGEFEHIIYLNR
GUT_GENOME207752_003663909-4051GDYFTIKLSDSIDLNGPIEENPPVLDIIESGVGTIAKADYDKDSRTITYTFTDYVNTYPIDELSNKIRAFINADKVKETTDNVSVGIGVGEDNGKYSNIKVQYDLAMDKNNDGNNFLNMTSKIVSYNPETGEFIHYFYINRDK
GUT_GENOME243855_005192653-2900TYNNPNPKDISTLFEFDKVGEKPLMASRIREGRYKTVYPNDSESIYVQLKYKVNNENRSIGDVKPGDTFALEFNDSVDLDGIDITPDKEFDIYGDYGKFAKAEVLGKYPNRRIIKYTVQNYDQQNQVENISMIIPVYVNRFKFLNNHPIAVQAKIVSVENAEKHVKEYDDSIFDDKSFNRSIDVNYSDYFKNITVENIVAYMRELHNKDKSFKAVAYVNAKGLAKYGKTITLSSTKNININNVKIYKV
GUT_GENOME243944_000624621-4808IHPNLAQMLDYDIKFNLAKGTVINPGDHFTVKLPPSVDLRGIFKINEINGLDIFADGVGTIAKATYDQDKGEITYTFTEYAKTYQLVDLKTNLTGHINTNNITTSTQNVEVGIGIKKSETDSQPASDDKKINVVYDRGVRGSVVDRINGIDYQLNLSSKITEFDPKTGRFTQIVYVNPNGKHLGTPTL
GUT_GENOME171330_001313753-3896GDFFTVKLSENLDLNGVLEEDPSGLDIVATGVGTIAKGEYNEENHTITYTFTNYAKTYDFKEFKKSLRAFINRKTIKENSNAVSVGLGIEGQSLVNNNIEVSYDLKTSRAEDETNSLSLDSGIASFSPSTGEFVHYYYINRDAT
GUT_GENOME242969_008963698-3866LGQQLSFENKFTVTEGNQIRPGDYFILKVSPNLDLEGIVKARTTGLDIFADGVGTIAKANYNKEAGTITYTFTEYANMYELKEFSNVITSYIQTQNVRNNANDVSVGFSLDRGNQQSVDKYKSVDVIYDISLGTYYDYNNYNYNLSSKIVNYDHVTGDFVHYYYVNPEG
GUT_GENOME095934_002104089-4266DGTEKEGNSKIHPHKGHALSFKNTFKVKEDTAIKPGDYFTIKLTDNIDLEGIMKEKSQNLDLFADGVGTIAKAKYDKEAGTLTYIFTGYADQYNKTDFENTITAHINLMKVPNSSTQSVGMGVGTPTTNNIDVEYELNMAKRSEGGNTPNMTSKIVSFDRETGEFVQYYYINRDKTLT