UHGP-MC 30231

Information

Number of sequences (UHGP-50):
160
Average sequence length:
263±15 aa
Average transmembrane regions:
0.04
Low complexity (%):
0.72
Coiled coils (%):
0
Disordered domains (%):
3.9
Pfam dominant architecture:
PF17802
Pfam % dominant architecture:
63
Pfam overlap:
0.2
Pfam overlap type:
extended

Downloads

Seeds:
MC30231.fasta
Seeds (0.60 cdhit):
MC30231_cdhit.fasta
MSA:
MC30231_msa.fasta
HMM model:
MC30231.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
GUT_GENOME231436_0027835-297WNLVVLGDLTSSSEVEGRTFVGGNLNGNSSNYQIANPAPSPLGVPGLTVVGDVNGSTKNLNNGSGAVIGGNVNSGFNLNGPAQTVKVGGTIANTNVNQNTVQSGLTASDPAFSVNLKQQGSLLTSSLTDLSRTLGGLDANSNLVTAGNRGTFNAVPNADGVAVFNISAADLDKIGEIQFNLNGADTAIVNVSGANVTLNDNFLGGTQGLGQHVIWNFPDAKTLNATTAWGGSVLAPNAAATTGNYIQGSAVFGSLVQNGEFHL
GUT_GENOME200541_0145448-323LWVAGSFNFFIFDRHEMTDGDAQGRIAVGNKAVYNRYAIAPYINQNEAPYPVAMVLGNDGTLSIKSGHVNGNIITNNKANVKTEATANVTIDEMDVNKDIIDFKALQAKYMTLSYFLALKIPNGTVKVNPYDPNSLELIAPDNPGNRIIFTLPKEITKLGEIKIKNVDLSKNPTIIINSFGNAIGQTGQMTINGDSELATNYAGNILWNLPFAYTGLSVPVAGTIYGSVLAPSGDFKVAGWGHIEGTFIANSFVSEGSFEGHNNVFRGKIPPVTCP
GUT_GENOME175902_0131144-367ATDFHMFIRKDANINAHCFGNIAVGNLVSINSTFGQALVKDDDGKETVKNDFPNYIKNLSTGFSTAFYGNPFVFGKGAKVVLTDNGNKNKVQMNGFSTTEMPPKDCKLFVEDESKPYIDLDKEFENLKNLSKEYANAKNSDNVQTKFEMNSAEIKTTADGVHVKNIKYKDTIALCNHALLNVLVSDTSKTTLIVNVDLAGTGDEVYVPVRVRFNGEANKERCDVENSKILWNFYDSSKADKVYNGTINFPNEWIGSIMAPGAKVNFSSNFDGTLIAESCSINGESHSWYYTGEKPEDVTPTKPTDPTDPTKPSVTPTKPSDPTD
GUT_GENOME014162_0165465-339LGGASSYNVFVKNDYRNLKGGSNQDIGNGHGSIAVGGSATISPVYNVKSYYVNNVVSGAFQEESINDAENTTIDFGKEFESLSQLSDSIAKAFPDDGKTFVERGMSGDPYCPGVINFTGSNEDVNVFTLTVDEYNALLGSTSSLNQMNFNVPAGSSVIINIVGEGTIDMSVNWQSNYNGNPIKNANDPNEGSLADKILINVPGGNDVIIGKSVGTLLAPKSSVSSSTDAHFEGQLICDNFTSDAGLEFGCVPNKKIDLTYYTPDTGDGEDNNKDD
GUT_GENOME039984_00310106-378FGYAAGFTLFTEGDATITQADCGGRIATGGDLNVTANGGWYEVNREDTNRNDKNGYASVIVGGTANIKMNSGNLWANNLGDVNQYANGTTVVGGVNSDECKFNFADTFAYLRASSAHLASLQSTGVYDGGYGNLNLTGYESGVNVFTFDIYQWNQMTGNGPFNLNINVPDGATVLINITGGQGDQNTRLNLTLQSLQINRKQVNTTEKYKNLLFNITDASVVDMYGFNGAVLAPNSNVNGLENRHHEGQVVCKSYYGSLEFGNNPFNPPVDDD
GUT_GENOME127797_02360536-837NVKDRFMRDPEYSRYYNSNSPLGTAGSFHIVAFDTATLSTHTNGNVLAKKLFARSNFGTNQYPHELSYIQEYAQVHPDSASGNDHVLAIGSGNTVDFTDNGNAFSINGTKISRPRHLVQDRNTEQDPFIDLNRVRREIERISARLSGFREANLDFKSASELQADHSKLILRRPSGVGVESIHASELASKFGGKLQIDGFQSGHNGTVIINVDCAGVSQVYLPQARVVLDGQEQGVGEVTEFYAGKVIWNFVNAGGVTIHTHLMTGAVIAPGATVNIGHNLNGTVVADRVNVNAESHRTDFLG
GUT_GENOME244775_00032106-363FGYAAGFTLFTEGDCNIMGADSGGRIAAGKRIGKIKLADINHQDPNRNDPNGCASLIVGGTLNNFCTNNGNVWANNIGENYSNSNYKTVIGGVNSDECKFNFADTFAYLRSSSAHLAGLQANGVYNGAYGNITLDGYDKGVNIFTVDMYTWNSMAGNGGYALNINVPEGSTILINITGGEGDSSTSLNLAMHSLIVNGHRLQNNEQTGNLLFNVTNAATININGFNGSILAPNSDINGGGWHHDGNIVCKSFSGNTEL
GUT_GENOME142610_05593863-1110LGILGKYNAFILHTTSLRGGTIKGPLASGGTVNFNNAGITVNEQFKDQVPYGIVTGGDVSLPEGTVYGNLMVKGTVKDQRPGSIQNGTINYGELLDFSKQESYLLGLSDAIAKLPSNATATHEYGKLTVTGNSDINIVNISSSALNTLNSSELKVPQGSTVIVNVQQDSNSEPFLHFPLGSDGSRVLFNFPSAKPLLISQANVYGTILAPRSTINFDGGQVYGTIIGASMNMSSATLYHFPFAGSLPA
GUT_GENOME096269_0387940-293LGIASEFNLFVHGDLTMTNSDTEGRAAVGGNASFENYRINSHSVHRGKEALAVGGNLTFTNGQINGGDAVYGDTFSGSGIGIPDGTLRQGSVIDFDQARSELYQLTGHYASLPTNGDVETNPGHSDIVLKGTDPVLNVFQVDKDLGEIRLDVPADSTVIINIYGTNRTMDSGDYLNFNAKKVLFNFPETTDLEILNVDVKGSLLAPYAAVKTTYSHIDGTLVADTITGHIETRHFPFEPELPPSEPSLENPVPS
GUT_GENOME096505_04202877-1115ISSEFNAFLFGDIKLKSTSTDGNLAAAGNAEFTSYSLNGHGTRTLVVGGNFIFNGGNGATIHGNVIYGGTSTVTENNPVKGSITKGTPIDFTETQRLMLLESSSLDSLAAEVVDDQSLDFTGTDSNRNVFDVTTDTLKNVKIEAPESSTVIINVHGESVSMQGGFTLKNVKSNHVLLNFPEAKSLTIGGIQVDATILAPLASVQFDNGQISGTLIAKKLYTDNGGSLRLDVFTGTLPEV
GUT_GENOME096283_028001-275MAVNLGPIGIYNVFVIQDMNMSNTDAEGRVAVGGNVTLQNYGIGASISPLPPFGTDASFVIGGNVNVTSGSNFSGNTIRRASSSVINYTMGNPNGTFVTGNPINFTEKATYLKCASTFWGNLTATGTASVSFGGLTLTGTEPDLNIFEINANDVAGSGLSLNQLNGINIVAPLSSTVLINVIGTNIAFGSYQIFRNGVTATRSDARLILWNFPQAATWTNSTTAIYGSVLAPFADATTVSSQINGNIIFNSLTGTSESHNELFEGTLPDPQSCLT
GUT_GENOME000508_0228570-368IQDISQNNPLGVSSIFSIFSQNASLGADVNGNIATANLSNSDRDFGTRTNNFNNTSNDISYIQNIDSKKVLNDQAFRANQSVAIFGASIQLKQNDANQIEVNNRRVSTLTKDNTYQDKGSNKYIDFDQYFNDLSTKSTMYMNAAESADVQKNFQDMNNQSIDISNVDQSQKFIYVNIDFSKLSGPQDITIKGLSSKINGPSVIFNVQNTPEDGYLQTKINYIYDNGIEISSNSENHTMPNHVLWNFGDNSSTINITSGRILGSVLAPKSTINVGVNVDGNIVGSTVNVKGGETHRWDLQ
GUT_GENOME141727_0387836-328AATTELKGLGDVSYYNAIIFGDHSATSADIEGAMAIQKNMNASSYTVLAAATGANNLAGATWVEEGYPSLLLGGQFTKAGTGQVIIQDGTVAMTKDGDPEGAMKSSYDRISYKEQAEIDAKFKEFRKDVDSVIEDAGQLHTDKPKPGMTFGIGEDVNNPNIYVSSGQNGKKTFNVSDVYLPNVSNKDFIVIHSDAEEVNFGGGAILYDTTDKGGFTLVNTSQAYDPNSFFTELASKVIWVFPNAKKITTKGYGVVGSVFAPNAVVDTKGGSINGQAYVGGLHQRDGFEVHNFK
GUT_GENOME130713_0050382-377LIGIASQFCVFLHDDFTVKDSDAEGRVAIGGNFAFENGWNYQIGSGDFATSTPLEKLTNINGQSIYYKNAAHFIMAGDRFKNLNVKSDTTGNPYKIFAVGQEFDLSNCSYLWDNAYNEDYIFKADLIDFDAEFEKLNATTKKLEKQKVNGTAEWDGNTLNLTCNDSSAKVVYFNVENWNEAVDAINYIDIPEGAFVVVSCDDASISIDGNDNKVQTTINGEIISNQPELGHKSNNNVNSERILYNFPNASTVYIDANFNGTILAPNADASSDDVGHGHLSGALIAKSFTGGLEFGY
GUT_GENOME142404_0073042-338NLGGLNHYNSIVFGNHTATKADTEGAIAVQGNFTVNEAFSVPAATTGAFNLMGSTYIENGSPSVLIGKNYISNNSKIDVLADTIVVSNEETKEKLSKIPSHTKPGQLVNCEIKPIDEIENKFTEMRQNVDNATNQASMYNTESIDPKTLANLYIPGDNAEETSGQWGFGRDKNNPNVFISSGLTGSKDNIIIKDVKIPEVNDDEFIVIYSDAKEIEFTSAGIEYLGHEIESGDSPNGIVNTSKPQNKTLYKLASKVIWMFPNATNVYIGGKGIVGSIIAPNAYVDTKGGSVNGQLVA
GUT_GENOME083460_0352515-343FSPFDEYNLFTIGDVVQSDVDWQGRGAIGGNATLTNFGIGKNISPLPPKGTDSTLIVKGNLTWNGGTNFAGNTVMLPTTQYNVTDVSYPNAYLNYQPIRKSTLPIDFTKIYEYAQCLSKNLFKENSLGDTLILNCFGNIFLIGNSSDINIFKFNANFIADPPNIVGSSGNSLNSISSLTILTPEDSTNILNISGTDIKFGDYSIFRNTSVPNILPPSDITGCNLLKEGVAPSNSQIRKILWNFYEATSITMSTISLQGSLLAPFAELKAVNGNIQGNVIVQSFMPNDGDSNNHTELHNFPFNGCLPNVNCKRPLNTTPSIPDKHPTPSI
GUT_GENOME171486_0007910-288ANEFNIFILNNYSAEFTDSQGKVAVGGNILLNDYSVASHLPKEDSPYLIVGGKIDIESGSNNGTTIISNSKNVIHYTMTNYNGSVIAPTEDKPIDFSSVSSYLKCYSNFLGKYSTNSSYNLNSGGQLTITGKDSDMNIVTLPSNILSTANEIILLFPQNSTLIINVTGDFIHFPSAATIVDNNNPPTADEIEHILWNFPDATKFTASGVQIDGTVLAPNANSYLDNGNLQGTIISYNLTGGMEFHNYPFNGNLPQNSNCCFNTDTTPTSPNTPSSTNAP
GUT_GENOME223649_0036376-402AANFHIFANKATLNTHTNGNLAVDELAGNVNFGTNIHEGTVSKDIYYIGELDSINASSFVSDQGNRTNKVVFGSGVPVYVKSGQVYVKGDERLDHLNSADVYQDTAGSKYIDIKGVLNDLSENSSNLYTKNSDTRLISFVGQDPNSRNIDVSGLKANDNNQTIIDIKASDLEENTPISIKGIAKNSGPIILNVVNNNDDPITGTVNVNSKIQLIYTDGTTRSNHETEDFSDAHILWNFGQSTEVNVNAPFQGSVLAPKADISVGQNLDGNIIGNSVTINAESHRWDFQQGDTPSKPSAPVTPSKPSAPVTPSKPSAPVTPSKPSAPV
GUT_GENOME096271_01526101-434LGIAQNFHIFANEANLKTHTDGNVATKILTGGNANFGTNIKSDNDYKNKIGDISYIQSVAPNVKIQSSSGVAERDTLLVVGKDIAVTTTDHDSAYVLDGQKMDHFKQIAQDQDGTTYIDFEKEFSQLCAVSQSLSNGKTEAAVLSRQGFDYTLDLSTYEQQDGKIVLNLDAKDLTDQSGDLIIAGIPEGVPVIVNVKSGTEQQKLDVQKKIVLKYADGSTRTNQETENFTDSTILWNFESFGGLIHLNREWQGTILATDATLSGNSNIDGFIIVDKFLGAGETHRWDFQGKNPISEQPTEEVTPDPELDPEVTPDPETSEQPTEEVPVHPEVDK
GUT_GENOME141755_0055233-288KELGGNYHYNAIILEDYNAKDADCEGNAIIGGNLNISGHHDFGTPVVGEPADKNGPTLVVGGDIVNNSPRNVNGDIVVSSEKNKEKILGWMHDKVTIKDKSVIKEHIESIKDNFINMIEERIKGDKTEVIQLNESKFKSLEVNDLVNSNGKTAIVFVSYGENFQFPNGEPMLNNGTPMNWHEKDYKYWCSKIIWYFPNATEIKISEQVVGSVIAPNAIINTNSGNVNGHLLAKTLNQQGGFECHNNVFNPDGTIPP
GUT_GENOME091053_023709-276NFKYANDFNVFVLGNATQYNIECEGRVAIANNANLVNYSVGTNLSFSASRADLIIGGKVNIDGGINSNGNTIVKDSRNVIKYTMINSNNIFSDPIVDDTINFEDAINYLQNASRFWASLDDNGSINLNNNILTLSGEDIYLNIFTIDGSNINNSNISFENLEVIDIVAPKTSTILINVLGEHISFGNFFTLRNSIPPTPEEMSLIVFNFPQSKSLYSAEISIKGSLLAPFSTGNLYDGYISGNLILNNFEGNVKPKNILFKGNLPEVN
GUT_GENOME046050_0318071-352FGGASKFNLFCLGDLSNVVDVEGAVAVGGSLDIRQKGFSSALYEGLGSPAGGSIIPKFDIGLIVRGEVLTNGSKVVNNNGDVVLGNENDIQDINNGVESDGRLITTSASLDLYFEEAEVDLINMNEAMFNKPATGEVIYGEGNTIVLKGDQNDINIFEVDIVNATNKVWELNVPGGSFIIINVVGSGSINLKTSIKDNRLGNIYDNKHVQNTLLNFDPRITTINLDTLWNHLHSSFFAPAADLIIENGGAGINGNVVVKSLDNKALSGFECHYYPFNITMPG
GUT_GENOME096459_0261450-382SGVGLATAAAAVPLGGEETTTSISPMAAYSQWNVVSFGDMAVQVESDGAVAVGGELTFTRTNVGMKSSAVVPGVGGTVGVLAQDLKLAAPSSGTLEVHAGGLVVGNGGDVDLLDRDSNGASVALRVVAKGSGYDSAPSVILRNGEKAAVNAELFSELFSQAAATATSQKVSAAASCNPQAAVSISGSTATVRPVEGTTSVWTLSATQLNALKEIKFEGATISGGTGTNVVVNVTGDEDVSLGFNMPGVGESNAGGILWNFPASTRITQVGDSTYGSILAPQAQFVKNSANINGTLVAAGGTLSGSEQHHHPFTGTLLSCDTITPQEEPSQAPT
GUT_GENOME232390_0137792-358FGMAANFSVFVEDNFEPAGSLCGGRIAVGGSFINRTIGSDYNAGMTADGTGTLSGIIAGNAIGLDLSSPSRLYVIGGGHSFSGKADENNIYSNVSDFIDFEDEFLYLRASATLLAELGPMDENGYPVSSDYINNGWSIEFKGDDPDLNVFTITASEINEYLRYSGLVFTVPKNSAVILNIAGSEDLDLSPSFIRYAGKQIDMSNKELAGNIIINILDSSNVTTNGVKATILAPNSNIKATANHHQEGQVIAHSLTGDLKIGTTLFSL
GUT_GENOME150765_01701128-370LGKAAEYNVFVENNFTVNGADCPGNFAVGGNVTVPESYSAYKTVVGGTILGGSFLNGYTTADAEGIDFAVEFANLRATSAKLAAMVPNGYVTNGDWGAEMKFVGTNDDINVFTMSVSEYNSILANSYGQLKFTFDVPAGSVAIVNITGEGYLNMAVNCGTYYAGQAVSNGTANNANILFNVPDAYGVSIGTSMGNLLAPNADVTSIDIGGHPHFEGQLICKNYEGVNEFGGTQFVPDDPTAPD