UHGP-MC 690

Information

Number of sequences (UHGP-50):
127
Average sequence length:
111±22 aa
Average transmembrane regions:
0.02
Low complexity (%):
0.97
Coiled coils (%):
0
Disordered domains (%):
1.51
Pfam dominant architecture:
PF08502
Pfam % dominant architecture:
5827
Pfam overlap:
0.73
Pfam overlap type:
reduced

Downloads

Seeds:
MC690.fasta
Seeds (0.60 cdhit):
MC690_cdhit.fasta
MSA:
MC690_msa.fasta
HMM model:
MC690.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
GUT_GENOME257007_0013523-132WMLQGFVVNTGSDISSTANVSLRYNGDGMETVAFGMGPIDAAFHAIENLVQSGAQLASYTIHSMSRGVDAQGEVIVQLERDGKQITGRGMSADIIDASIKAYLDGVNQLI
GUT_GENOME075445_01070596-703YVQKANDEITASVTIDYDGRQEVVTADGNGRLDAVSNALKAYLGSDYALVTYTEHALEVRSSSKAVSYVALQKGKDLYWGVGIHSDIIRSSISALVSALNRMMSEQQK
GUT_GENOME040900_006221213-1392LGKTSGKANIRKNLESLGLELDEESMRKVTERIIELGDKKELVTQEDLPYIISDVLKHDGMNNKVKLKSYFVTLASGLKPMATLSVEIDGQVYEESSSGDGQYDAFVRALRKIYKVTLGRKFPMLINYAVSIPPGGRTDAFVQTVITWSFGEKVFRTRGLDADQTEAAIKATIKMLNIIE
GUT_GENOME222948_01132439-532ADVRLMTPEGEKADAAVGDGPVDASLKAVERVVGLPISLKDYQIRAITAGKDALGEATLKVEYNGRLYHGRGISTDIVKSSVNAYINAVNSVFL
GUT_GENOME103661_00665389-531KILADKGKTVTDVDLQAIADNVLEINHKDRIKLNEVTIVSGNKVMPTASVKLTVDGEEILNAGVGIGPVDAAINAVNSLDIFNDIDFIEYHVDAITGGTDALIDVIIKLQKGDKIISARGTEPDIINASVKAYISGVNRLLSN
GUT_GENOME096393_03149421-534EVMTEATVKINVNGQIIHTVAEGNGPVNALDNALRKAIETFFPNIKEMYLTDYKVRVLSEQDATASKVRVLVESTRDGRDSWSTVGVSANVIEASWEALLDSMRYALLGRHDEV
GUT_GENOME141762_00199474-644EVSPKEMWDAFAEEYLAPVRPLERIRQHVDAADDDGGTTSITATVKINGVETEISGSGNGPLAAFVHALADVGFDVAVLDYYEHAMSAGDDAQAAAYVEASVTIASPAQPGEAGRHASDPVTIASPAQPGEAGRHASDPVTSKTVWGVGIAPSITTASLRAVVSAVNRAAR
GUT_GENOME096259_00374338-487DLNDFYARFLKLADKKGLVSEDDLEALLFFGHLEEEDPTYKLECFNVMCGSDGMLPTASVRIRVGKRTRTESSNGNGPVDAIYNCLTRLTGIRCRLTSYAIGANGVGMDALGQVDVSVECEGAFYHGMGLSTDILEASALAFLHAMNNIE
GUT_GENOME143064_01664408-498ACVCMRIKEELKTEACTGNGPVEAVFNCIARITNLKPVLKAYSINAKSSGVDAQGQVDVDLEFKGRKFHGKGLSTDVIEASAQAFVSAYNA
GUT_GENOME143518_01716368-511VFEQFKGLCEQQRVVTDADLQALMQGGGSNAQGYRLASMTISDVGSRANALVELSDPDGNRVAETAQGDGPVDALFGALSAATGVQLMLDSYHVHSVGIGADARGEANLSVRHDGVEYDGTGTSKDIIEASALAWLDVANRLLR
GUT_GENOME050964_01877333-465DKEHKELSPKEVLDIFQNTYVNIDGPIKMLENHFVQGDGISTEITILKNGVKKVYHGKGNGRLDAVSNAIKKHFDIQFKVVCYEEHSLQTGSNSQAVAYVGVETVDGKVTWGAGIKNDIIDASVHALVSAVNR
GUT_GENOME069906_00059877-1023EEVKRASEALGRQMSPEELYALFESEYVKLHTPYDLKKYKLFEENDLGGEVVVDFEGTVAVNGEAKKISGKGNGPIDAFFKALESIGVTDYRFVSYGEHAISKGADSKAVSYIHLERAGEALYGVGIDSNISLASIKGIVAAINRFE
GUT_GENOME096269_00343418-528FSLNTIQVAYGNHSVPTATVRIDTIDGKVLEEVALGNGSVDAIYKAIDKATSEEVELEDYKIKSVSQGRDALGEVHVILAQDGISVQGRGVSTDILEASAKAYIDAINRLI
GUT_GENOME095820_00475429-533AMVKVRVGDRYEITADEGDGPVHALDRALRKALEVFYPNLAGVRLIDYKVRVMDTGKATAAMVRVLIESSDGENAWTTVGVSTDIINASIRALVDSMEYKLYRDS
GUT_GENOME245661_00412457-554ITATVRLSLDGVEQTVSAAGNGRLDAVSNAIKSVIGPVYTLDNYAEHAIEGHSSSRAAAYVSVRSGKEEKSYYGAGIDSDIIVASVKALVCAVNRMLA
GUT_GENOME064632_00487161-316LGYTLTTEKLDKAFEKFKVLADRKKVIKDRDLEALIGVVPVSGPVRYTLQQYVINSGNTISTTAVIKMSKGDESFERAALSDGPINASFAAIDKITGLKVQLEDYQLRALTDGQDAQSEAVVKMIIGENSQDVITGRGVSVDIVEASIKAYINGVA
GUT_GENOME255270_004957-105LKEDGTKVEEVAQGDGPIDAAFHAIESIVGRRLHLEDYKLQSITEGKDALGDATVALSEEGRERNGKPVITKGRGLSTDVIEASLIAYINAVNKLIYEE
GUT_GENOME147751_00126387-500EPEHFRLDYFSVQSGSSDIATASVKLACGEEIKAEAANGNGPVDAIYQAINRITGYDVELVKYDLNAKGQGKDALGQVDIVVNHHGRRFHGVGLATDIVESSAKAMVHVLNNIW
GUT_GENOME245673_0088144-179KKKDITGSDIEALVLNRRGVSQGDCRLVSHVVNTGHGVPNISCIKLQRGNEELEDVAIGSGPLDASFKAINRMLHMDVQLDSSSLNALTDGEDAVGEAVVKVSLPDGRSYTGTGLSTDIIESSIRAYVNGINKIIE
GUT_GENOME100869_01900396-505YELKNFKVISSDEFPSAWIRIRKGSETIEENSYGDGPIDALYTAIKNAVQMDFHLLEYKISSVSKGKEALGRVSVLLEYEGEQYYAHSTDTDTIKASAIALLNGINNCIL
GUT_GENOME173616_01779432-578VYEAFLNLADKKKEVYDEDLESLVNERDRNESALYALEGVQISCGFPLTPTATVTLRNLSDQVVTACEWGTGPVDAMCKAVNKIVQVDNDLTEFSVQSVTRGIDALGEVTIRVTDPSGEVYTGRGADGDIVVSSTKAYLNALNRLLN
GUT_GENOME218106_00728453-567WTLDNFVVNSGNTMTSTACVTLRKGDKKYQEVAAGTGPVYSALRAVEKIIRHPFSLEDYQLQAVTEHRDALGEVLVKISDGNGFYRGRGVSTDVIEASILSCLAAVNRMLDSKTS
GUT_GENOME112529_01289530-628GSVHSRFEGAVSINGQERHIVGVGNGPIDSFFQALAGVGVTGYGFVNYHEHAISRGSDALGICYIELRKPNSEHIFGAGIHSNINVAALLGIICAINRA
GUT_GENOME200917_00021262-371KLMWFAVHTSNMTTSTSVVRLELDGQQFEAVCSGDGPVDAAFEAIDQIIRPVEHSFDLYRINSISPGKDTMGDVSVKLSCDNRTFSGRGLHTNIVEASVRAYISAMNKLR
GUT_GENOME044373_03281468-558GDEKYELTGQGNGPLSAVVHALKSSGLMPFFKLEDFSERTLGKDADARAMAFVGLRCGDTPEHKELIYGAGEHSNIDRAAIAALISAMNRA
GUT_GENOME121384_00791395-521PAFFKVLDFHVFSRPDPGPLNAQAYVKVSVDERVEITADEGDGPVNALDLALRKALSRFYPVLENMRLTDFKVRVVSASGTASAVRVRIDSTDGKNVFSTVGVSTNILEASFIALTDSIDCLLMHHA
GUT_GENOME139741_0094014-148DERMHELTGAQVYELFEDEYVNVSYPLALEHVSFAWNESGSVTAKIELTRNGEPFSFTGDGTSRFAAAAGGIRRALGIDFTVFTHLEHALELGVEARVVTYIGIESEMYGSLFGAGTHTDIIISSIRALLSALNR
GUT_GENOME063318_01422319-445KEVLYVFETAYLNHNSPLNIPEAHFVQNADNTITANITLSVNGKETKCSATGNGRLDAVATAIEQQTGMHFTLIHYSEHALDSDTDSRACSYVGLKWASGEETWGCGTHTDIIVAGIKALVSAINNK
GUT_GENOME165827_00686258-419ELLGYDLTQEELDATYEKFLVLADKKKEIHDYDLIYLVGDIDRMKQQSISLKFMQVTTGTLVPTATVVLKFGDHERMSTATGNGPVDAAVSAIKKLINEKVVLSEFLMQAITRGSNDVGRVHVQVECGSRTVHGFGAHTDTTRASIEAFLDALRALNVTEKI
GUT_GENOME194186_00873476-568ADAVIHHNGNDRRIVGVGNGRLDAVSNAIKHYFDVDYQLAFYEEHSLTKGSSSRAVAYVGIIYNKKKYWGVGIDADIIKASIEALVVAVNKLS
GUT_GENOME193403_00726401-548SEINDLFAKFKVLADKKNEVTDADIRALIAGTTVENPEGFHFDDLQLTTNDDHTITADVQLVNGDGETVSCVAEGKGSVEAIFNAIDQFFNQSVQLLSYNIEAVTDGIDSQARVLVAVENTDTDTIFNSSGIDFDVLKASAIAYIHAN
GUT_GENOME096554_02842467-560AVVRLVKDGEEFEHVARGEGPIDAAFKAIDRIVKRQTKLENWTIQAVTEGEDALGEAISKITCEGNLVTGRGLSPDILEASIRSYINAINKAIA
GUT_GENOME002612_01237442-555SIFHIPECHFRQENGITAQVTIEQGKEKRVIETTGNGRLDAVSNAIKMYFGISYELTVYEEHAISRGSSSKAAAYVGITCKGKEYWGVGIDEDIIKSSVAALVSAGNKLAENEN
GUT_GENOME203496_02014555-649GITTQVTSIFNGKEITTEAEGNGRLNAVSNALKKAYNFEYDLVTYQEHALEQSSSSKAIAYVGIRKPDGTLSWGAGVDVDIIRASIDALVTAINN
GUT_GENOME148794_01844473-567IQTVVTIDENGKKCNVEDGGNGRLDAVSNALASHFGKPCDIFCYEEHSLKKGSDSSAIAYVGITGEDGKNYFGIGIDHDIIRASIDALESAMNRS
GUT_GENOME202585_00764437-557NVCGPYKLLNHKFSEEKLESESHTRVHFTGTIKYNGNEPVSIEGVGSGPIEAFFNALSHVGITGYKFKNYAEHAISIGADAKACSYIELEAPDGKAVFGIGISHNINYASIKGILCAINRC
GUT_GENOME239439_00999418-553EVSPQEIYDIFQAEYVETKEPIHFKNIRTTDTENGDDTYTTMAHVTYLNHGSMEHFDGVGNGPIDAVISGLAEELKINIKVLDYQEHALGTGSNVKAVSYIHLLDVDSGKTSYGVGLSSNITRSSIRALFSAVNRM
GUT_GENOME258967_00911351-468PAAYKVVSYVINSGNVISSTANITLEKDEKTLSGVSIGDGPIDAAFLAIEQIIGHHYELDDFQIQSVTEGREAIGSALVKLRADGKVYSGNGVSTDIIGASIRAYVNALNKIVYEQTV
GUT_GENOME140888_01193416-527KLKEFAVFTGMNTTPTAVVSIDINGEKKTGTSTGIGPVDAAINAIKAVMGNDISLEEYRLSAITGGSDSLCEVTVKVGKNGGSKAMSVGKAVGTDIVQSSVDATMEALDRLY
GUT_GENOME143283_00259413-512SNPIFPSATVQVSKGDQVRKASTVGTGPIDALYTALNEVVDLDFDVMEYKISSVTRGKEALGKVKIQVKYEGKTYIAKATHTDVIRASAEAYLNAVNTIL
GUT_GENOME283386_00972428-524NSASAVISLDAEGKTHTDRMTGDGPVDASFKAINSLTGQNFKLVDYQLHSVSEGKDALGEATVKLSSPEDGRTMTGKGLSTDVLEASLIAYVNATNK
GUT_GENOME175925_01589561-698RELTANEVYELFHREFLNISEPYALSRAKFYEEAIAGSAANVTHFSGVLSVRGQFIQLESRGNGPIDAFFNALGQAGIEGYSFISYSEHAISMGSDSQAVAYIELRVPGGRRIFGVGTEHNINFASVKGILSAINRFE
GUT_GENOME060698_00935709-809HKALVQLKNQEEEIYVSQGEGSGSVDAIFKAIDKVFNHQLKLISYSVDAVTDGIDAQATTLVSVENLSTGTIFNAKGVDYDVLKGSAIAYMNANVLVQKEN
GUT_GENOME264947_01142408-501TATVGLLKEGKKFEDSSTGNGAVDAVIKAIERITKRKGTLKGYSVNAASEGKDALGEVTVHVDFGQPKPIVGKGASTDVIEASARAYLNAVNRS
GUT_GENOME243094_01467495-616IVSDMQTSDDDSYKLLSMKIVSETGEKPYAQITFSNKGREFTCESSGTGPVDALFKAIESEAKSGADLQLYQINALTLGAESQGDVTVRLSDGERIANGQGSDTDVLVASAKAYLAALSKLA
GUT_GENOME243077_00881486-586VPSASGGDTEVSITLNDRGAKLQLESFGNGPIDAFVHAFEQMGMEVRILDYVEHALSAGRDATAAAYVEAVVDGEVLWGVGIDSSTIRAAYKAVISAINRA
GUT_GENOME051846_01170180-279SHVTFWGTIQHTDTIFQVSGEGNGPIDAFFNAIKDEKMSHFTFLDYKSHAITDGSDSQGVAYILLRDQRDGREYWGVGLSHNINLAPLRAILSAINRAVS
GUT_GENOME103718_01201435-544ATSGGNLPTASVRLRVGDDERVASGTGAGPVDAGLEAVRAALAGDSAGEEVSFDLDSYHVDAITGGTDAVVTVEVDLSRGDRSVSVSSTDADITRASVVAMVDGLDRLLS
GUT_GENOME126878_00644603-693GREPEVTREIEGTGNGPIAAFLDALKSFGVVASVLDYAEHTMGVGSDARAASYVQCEVGQEDEEKRVVWGVGIDSSIITSSLKAIISAINR
GUT_GENOME059790_01040498-651GVDLEQEKLDKVYDEFLKLADKKKDINDDDILVLAGADRSQNHRIKLDYLQVTSGVGVRSVASLGLNIAGEKFEACASGNGPVDAAIKALKKIVERHMTLKEFTIQAISKGSDDVGKVHMQVEYDNQIYYGFGANTDIIAASVEAYIDCINKFK