UHGP-MC 58906

Information

Number of sequences (UHGP-50):
60
Average sequence length:
135±10 aa
Average transmembrane regions:
0.08
Low complexity (%):
3.78
Coiled coils (%):
0
Disordered domains (%):
8.35
Pfam dominant architecture:
PF00353 - PF00353 - PF00353 (architecture)
Pfam % dominant architecture:
167
Pfam overlap:
0.64
Pfam overlap type:
extended

Downloads

Seeds:
MC58906.fasta
Seeds (0.60 cdhit):
MC58906_cdhit.fasta
MSA:
MC58906_msa.fasta
HMM model:
MC58906.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
GUT_GENOME208168_000081456-1590VTISGEDGNDTVKIGKGVDLSSTTLDGGKGNDTIQVSENIDFSKIGKITNFENLKLGENNESVNLKLDIKDVLNITDNKNTILKVEGDSSDHLSLKGFKNNIVSSHDGYDRYQGVDAHGNTTYIDIKHEVTVDFQ
GUT_GENOME143117_011111656-1774DPNKTMKGGDSNNDTLVVDGQTIDFSHVSDAKVENFENIQLKGNSEITINAQDVLDITDSNKVLNIKGSIDDQGNKTTSVKLDGNWDENTPAGVTGYKTYSSEDVSGHTIQIKIDDTVH
GUT_GENOME140165_021962663-2789GDHVVAGNGNDTIQITATDFVSIDGGAGFDTLVLANGIDLDYNAVGVGTLSNLERIDLGKGDSGSVLTLTAAEVDAITDANNTLQITGENNDTLNVVGAVNTGTTQLINGITYDVYTFGSTTLLIED
GUT_GENOME143095_004961007-1136IKLGSGNDTVSIGKNASIDGSSTIDGGDDIDTLKIADGSIDFSRVKNFEKLDLTQGNNDINLSVKDVLDMTDSNNKLRIDGNGDDHVTLQGGIGTWNKSAIPNSDGYTVYTKTEGSHTVTLEIKDVVVHE
GUT_GENOME143100_004371291-1431GYVINSKINLGDGNDTITVGWIKSNSNGINGGDGYDVLSITKPGNSIDLSNVAKQANNFEELDISNKDQGTTLKVSLKDVMDMTDDHNTLKITGDLGDKVEFKDGGWQQGLSEDGYTSYTNVNTDGKTITIKIENEIEQPL
GUT_GENOME244593_004693449-3572DGGLGDDTLTFAHEDSVIDFSDGAASQIANIERFDLGDGDHSLANITAKDVFDMTDGRNTLTINGDNADHVSLSDVLNDSSDGMWEASPFHSVENGVGYNVYTGSFEGHTVILKVEEDIIQQLT
GUT_GENOME143870_038932087-2222LDLGAGNDVIDIVANIDNASNIKGGSGFDTLVIHQGNATSNTFSGFEKIELKDGAALNLLAENLNSASIEGNKLKVTGDGSSRVDLGNNGDNLSDNGYNWIKGSTESEGDITYNIYTHASVPDVQVLIDERITNVV
GUT_GENOME257704_007874707-4853AMGGAGNDTIGLAGTTFTRVDGGLGIDTLKFEASGLQLDLTSYGTRVKGFEIFDLGSSQEGSGNNTLSLRLSDVLKQVDTTSDEVPNLMIKGDGTSTVDLAETVGSGGWEVSGSKTVNGVDYDIWHNASMGSNTNADLLIQHGINVV
GUT_GENOME231670_022035856-5999EGATVTGSSGADLVTVSDLNFTHIDGGAGTDTLVLNGEHLSLDLTALGLKVEHIEVLDLGKTGTNSVKLDLNEALNITDKQSDDLLIKGADGSQVTLANSNGGIWEVTGERTVEGRVFEIYHNSALTSDNTLGDVLVQQNLQVH
GUT_GENOME225911_01880952-1077AGNGNDYIIIKDTNFDLIDGGTGSDTLVWDSKADLNLGDILSKVNSIETIHLGDENANTLTISIDDLLSISSTDMLVVQGGDTDLVKLVDQDGWVSAGTQTYRGEVYQVYTHQENIDAMLWIQHNI
GUT_GENOME143119_001461171-1294GETGNDTIIVEKGATLINTTINGGAGYDTLKIADDSVNLTKVTNIEKLDLTEGNHNMTLSAKDVLDMTDSNNRLRIDGDSGDNLGLASKGWIEDTSANITGYKVYTNTEGGTTVTLEVQNQVHA
GUT_GENOME143111_000811438-1588DKIFVNSGTFNDAYIEGDAGNDTIVIRKGNNMSSTTINGGAGKDTLVVNDDSTINFSKVSGIEKIQLGGHADENGNIINDNATLSLTADNVKDILRNSDDNILKIDGDNGDKLNLTGGGWSGGLPSSTNTDYNVYRNGTTTIEVKNDVQVD
GUT_GENOME207259_002532986-3129SGDTVQGSAGNDTIHLASLGFTQIDGGAGTDTLVLDGVNLLLNLTELAGKLQHIEIVDLGKSGTNGLTLDVNQALTVTDKPEDDLVVKGGAGDQVNLINGAGDVWEISGQREMDGVQFDVYHNSSQANTLGDVLIQQGIHVNHV
GUT_GENOME143527_008361735-1866YFILNSLDFSRIDGGAGVDTLTLGEKLPTLNLAQLGFKVAHIDVLDLGTSGKGSLTLDLDNALNLKDDPHEPLRITGENGGEVTLLNTPEGIWSVSGFETIGDRVFEVYHNSALGAANTLGDLLIQENVHVK
GUT_GENOME144505_048403725-3854TIKLGAGNDTIQINGDVKGGNSPSAITGDAGMDTLIITNGSVFSEHFSGFEKIELGSKGEVKIVAKDLVGNDSNVIQGGMLKITGNSDSKVDLDGEWIKGETWNEGDITYTSYTHESAPGISVLIEDKIT
GUT_GENOME231670_037521761-1884VDGSEGGALIFAGTVGDDSFTVHDTQFTSVDGKSGQDTLVWNGASELNLSEIAGKVNNIEIIDLQDNAQATALLIGADDIEKITDASNVLYVRGGSNDSLSLQGVWTVNGVETLNNITYTLYTS
GUT_GENOME143104_003871246-1382ALSQSLDGGTGTDTLIMRPVAKDGTIDFDKIDNKGLNNAIKSFEEIQLGMDEHGNDNQAVKLLNLKADNVFSITDDVNTILKISGDNNDSVSLKGFTEVADQSGVQAGYTRYEGQTSSATPTTIYIDVDNDINKQLV
GUT_GENOME212276_00951530-685VDGKLQGSARINAGDGDDHISVGSTVISSTAQIDGGNGHDVLTFTDNFKTPTSVGNLHHISGIEEIVLDGTNQTLLGVTYEDLLSNSKSLYITGDSNDTVHLGNQKGNLNDSMNGAGSYQWNATGSVTKGDHTYTEYTFSGDNNYKVYIDTDIQVV
GUT_GENOME194757_028191840-1978GNDLLIGGNGADTLDGGTGDDTIVVSGNAFASVDGGDGFDTLVLDGGIDLDMIAGGIGSIGNIERLDLGSGDGSSRATLSAQNVLDMTDDDNVLQITGDEQDTLSVQGATLTGSVTLEGTAYDQYTFGDATLQVEHNTV
GUT_GENOME143496_016704483-4619GAGDDTISVHTLDFSQIDGGTGVDTLLLAGTNQHLDLTVLGLKVEHIDIFDLGNSGTNSISLNLHEALNVKDNPTDEVIIKGGEGSLVNLQMGTDGAWNETGQRTVDGLTFDVYHNASMDTSNTLGDVLVQHGLHVQ
GUT_GENOME207442_018933983-4140AQHYLNGTDGNDSLDGRGAIAIDGKGGDDTIFINSTAFSSINGGDGNDTLVWDSNNNFELGSVSSKISGIETIHMGNNAAQTLVISASDILEMTKDNGESEHVLKITGDDGDSNTNGARDTVSINKSVWTASSSETENGVTYDVYVHNDDATVKLMIQ
GUT_GENOME231599_040862038-2167GSGNDTILLNTLDFLHIDGGSGTDTLLLAGSDQHLDLTALGLKIENIDIFDLGNGSNSLTLGLHEAETVRDTPEENLFIRGADGSQLVLTGDNTWETHGQREVGGLLFDVYHATGLESADLLVQQGILVQ
GUT_GENOME144729_029504606-4739FANITVNMTAQQATTGNDTLLYTASSINAGAGTDTIQLRSGETVSGTTLAANLQNVEVLDLSVNGANNITSLAASHVLTMTDAAHTLKINGTAEDTVGLGSGWTQSATNNGYVTYTSTVSGTAVTLLVSENVHT
GUT_GENOME257704_035503642-3782ASGGEGNDVILIDGTGFAHIDGGAGYDILVWGSRNALDLGQVADRLEGIEAIHLSEGLSQSLTLSLADLLKVTEPDGDARHSLRITGDSGQNGVVDSVDIDLADWVRQAQQVTEGAVTYDVYTSKSASYAHLLIQEGLYVV
GUT_GENOME096213_0048360-227KSVSVTYITGTAGSDSIKGTDGIDHIDGKSGDDNIYAGGGNDTVFVSGGTNFISGGDGDDIVRGGDGRDTVNGDSGNDVIFGNGGDDHLNGGAGNDTLFGGENNDVFYGESGKDVLYGGSGDDLLFGGLNDDILYGGAGNDTYVFCFGEGHDTISDNHGNNALQFGQG
GUT_GENOME142012_004561508-1646IYGQGGDDTIITDLNTNNGKEDGDIIIDGGTGYDTLILEGDNNIDFSLLKDASITNIEAIDLTQGNHKLQNLTLDDVLKISGEDNTIKISGDEFDSVTFKNTVGDDGKENAWSKTEGTGADKGYDIYMNSGDPTVQVKV
GUT_GENOME143114_01731984-1113GNDTIVYHKDAKILDGGDGSDTLVIKHNIDFSNISGLDGKVSNFERIDLGKGGTSDAIEMTIRAEDVLDITDNKNTILKIDGDAHDTVKGGNWKVTHDVAADSGYTAYEGTTEKGQTIYIQINNEIKTDF
GUT_GENOME143105_00001967-1114NDTITIGDNLTLKNNSTVSGGGGNDTISIGKNASIQDTSTIDGGAGYDTLKVTDNSIDFSHVKNIERLDMTNGKETNLNLSASDVQDILRGSNENKLRIDGDDGDKLKLTTDDNSSWSNQGASSNAGYTLYSNGTTTIEVKNEVHVDL
GUT_GENOME144545_027493105-3264SSTTITMGDGDDTLLALGYEGFGNAIVNTDIDLGAGNDTIHVNGDVKAVSIKGGSGMDILAISHGTLSTKDFSGFEVIDLGDNNGGVNIIASDLVKSGVDAIEGGTLKIIGSSNSGVNLDGDDWKSDGVQSEDGVNYNVYTHEAAPDIKILIDEHITNVM
GUT_GENOME143103_019451388-1523VEQDISNDTVEFNANNDRMYGGNGTDTLVFKESIDLSDVKNLGDKVYKFEQIKLGDDGANGAVNLTINPKNVLDITDNKDVRLKILGDDHDRVNLDNHEWKRTTDTNSGNRTYESMYEINGHTVKIEVDQKIHTDF