Metacluster 250900

Information

Number of sequences (UniRef50):
71
Average sequence length:
56±6 aa
Average transmembrane regions:
0
Low complexity (%):
5.56
Coiled coils (%):
0
Disordered domains (%):
24.51
Pfam dominant architecture:
None
Pfam % dominant architecture:
0
Pfam overlap:
0
Pfam overlap type:
None
AlphafoldDB representative:
Not available in AFDB v.1. Work in progess ¯\_(ツ)_/¯

Downloads

Seeds:
MC250900.fasta
Seeds (0.60 cdhit):
MC250900_cdhit.fasta
MSA:
MC250900_msa.fasta
HMM model:
MC250900.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
A0A0G0BMH2341-400WHGNTITAAYGGTGLISYVVGDLIYASGATTLARLPIGSNGQIMGVVGGVPTWQNSPFVG
A0A1M3H5L61003-1066VAVGDGGTGISSYTLGDLLYASGTTALSKLAGNTTTTKKFLNQAGTGSVSAAPAWAAITDADVA
A0A1F6KCK6962-1023STGTWQATSIKANYGGTGLTTYSTGDILYAASSNPTSLSKRSIGSSNQVLTVLGGVPTWQTP
E5EQY6283-340TGTLAVSRGGTNITTYTKGDILIASATNTLSNLSLGQGGYVLTSNNTSGLPEWKSSSD
A0A0B8WH49771-828ITGTIGVANGGTGQTSYAIGDLLYASSPTSLSKLAAGTNGYYLKSNGPGVAPSWESIN
A0A0G0QMH8820-874SGVTQVAAGGTNITSYTAGDLIYASDTTVLSKLAGGVANDGKVLVVSSGLPTWGV
A0A0F5PBL0127-180AANGGTGLDAYAVGDLLVANAADALAPLPDVATGNVLRSGGVGAIPAYGKVDLT
A0A0G0EN92376-423AQYGGTGYASYSIGDMLYADTTSTLGKITRGSDGQVLTLVAGVPTWSG
A0A0G0H4E4540-592LSSPLTIANGGTGLSTYSAGDMLYYSSGNTFSRRSIGSDGQALTIVGGVPTWG
A0A0F9RRC2859-905TLQGLDLDTLVAGDVLYASGADTLARLAIGSDDEVLTLASGIPSWAT
K2FB19253-311MGEVENILSIAQGGTGNDAYAFGDILYYESGSTLSRLPIGLNGQVLAVSGGEITWASSA
A0A0L0LP8093-147TLTAARGGTGFASYTPGDILYADSATSFAKVASTTNGFVLTLSDGKPTWVATSSI
A0A0L0LLG2916-973LDLANHTGVLAQANGGTGIASYTQGDILYADSGGNLVTLPLGSAGQVLKVQAGLPAWG
A0A1F5TRW8537-592STSSLSQIYGGTGFSSYSSGDIIYAGNNSNLARLPIDVNGKILTIVNGLPAWTSTS
A0A1B1IP45100-144TITVAKGGTNLSSFTAGDILYATGSTTLAKLAKGSADDVLTMNSG
A0A1B1IRA2218-281VDAANITTGTLLAARGGTGNSTYAVGDLLYASATTPTLSRLAGVAAGQVLASGGVGAAPAWSTA
A0A1B1IQE620-66ESVGGHEIDSQAIGDILYASSTTQIIRLGIGSSNAVLTVSGGVPAWT
A0A0G0M7601612-1667SRVLEIAYGGTGMNAIASGSIVYASSENTLSGLPIGEEGEVLIVSGGELSWASTSP
A0A0G1N53447-100TLATYRGGTGLTSYTIGDLSYASQTQTLAKLGIGTSGYILASSGGLPTWVATTS
A0A1V0SDM61146-1208ATSTGAITLTGTLVAANGGTGFSSYTVGDLLYADTSNTLAKLSDVATGNTVISGGLGVAPSWG
A0A0S8E2V061-132SWAGSTNITTLGTIASGTWQGTTIAVDQGGTGATSLSDGFVLLGNATGAIQALDVTTDGGIIIGDGTTDPVV
A0A0G1ZJ33700-750TALATSSGGTGISSYSVGDILAVNGSGILARLGIGGTGQVLKVAGGVPTWG
A0A1G1PRK377-133VSVANGGTGLSSVAAGDLLYASAANTLSALTKGTDGQVLKLVSGLPAWGADSGGDGT
A0A1Q5ZT4067-116DVAHGGTGFASGAIGDIPYFSTTAVISKISDIATGNVLRSGGVGAAPAYG
A0A1F5TRY5408-472VNSTGVVTAGTWNGSIIDVAYGGTGTSTFEANSLLFASSDNNISEVLIGLEGYSLAVVGGKPTWV
A0A0F8ZCX529-84NTITEVFGGTAQTTYAIGDILFASAPNTLSKLPKGSAGQVLTMGSPLLPSWAANAG
A0A0G1EJD489-147TTIAPGYGGTGLTTVPAGSILVGSSGNTMTALTIGSPNQILMVSGSAPVWSDSDAFVSS
A0A136PBE4112-162LSPIYGGTGFSSYAIGDILYANSPTTLARRAIGTTGQVLVVDGGVPQWSNS
E5ES66297-361GDLELEVQPVNRGGTNIISYGTGDMLYASAPSALSKLTPSTAGYFLQTNGTGNAPTWENVANIGS
A0A0G1FGP31704-1776GIITTGTWNGTTIAVANGGTGATTLTSNGVLYGNGTSAIGATTAGTNGQLLLGNTSAAPAFATMSGDATITAA
A0A1F5KID4416-472ALSSAVTIAKGGTALTSYTTGDILYANSSGTLSKLAIGTSGQSLVVTSGLPAWSSSG
A0A158RXB0165-223TGTLDETRGGTGMSSYIAGDLIYAANATTLAQLGIGTTNYVLTSNGTLPTWTANTGTGN
A0A0G1KN46422-486GNLTATNTVTFNTALSVSSGGTGLASYTAGDILYASGVAKLSTVASSTDGFILSLTNGKPIWAAT
A0A0G1B8F3579-632FGGTGLGSYAKGDMLYYDSGDSLTRLAIGQEGQVLSIVNGAPVWSNSKSSTIVL
A0A1B2Z484527-575IAAGGTNITTFTQGDILYATSAGVLTKLPKGTAGQVLTMNTGATAPEWV
A0A0F9RDJ1104-158VIETDGGTGQTTFTQGDLLYSDTANSLAKLAAVAVNQVLASQGVGAAPSYTASPI
A0A1V4WYF5228-294DIVLVNDSEALNVVKRMSVANLRGFPAGTLDGDMYYRASSALARLAKGTANHKLFMNAGATAPEWAK
A0A1G2QQ59960-1013PVEVAYGGTNLTSYAIGDLVYASGATTLSKLADVATGSVLVSGGAGAAPSYSSS
A0A0G0FPN4396-454WNGGTISAVRGGTGINTYAAGDLLYSSAANTLSKLSNVGADSKVLMIDPITHLPSWVSV
A0A0G1Q274564-622WNGNTIGAIYGGTGQSTWTTGDLLYASGTNALSKLGIGSDGQALTVSSGVPIWAGGSGS
A0A1F4UX37319-377DSGTWEGNIIEPEYGGTGLDSFTTGNLIYASATDTLSNLPIGTNGQVLTVSSGLPSWQA
A0A0G0U7F2181-238SGTWNGTAIGAVYGGTAQTTWATGDILYASATNVLSKLTAGTRGTILSITIGGIPGWI
A0A1F6VH78196-243LDTVPTSFGGTGLISYNAGDILYASAANTLSALAKGATNQLLGMSAGA
A0A0G1PFR0294-346LGPTSGGTGITSYTIGDMLYASVANTLGKLPIGGSGQILTVSGGIPGWATASA
A0A0G0MNE5222-287GSVDVGALSGKVSETKGGTNQSTYTTGDILYSSASNILSKLGIGTAGQVLTVSGGIPAWADSGAGV
A0A0G1VSN9501-557GTWNASAVGATFGGTGLNSYTAGDLLFSPATDTLDQLPIGNPNQVLTVSGSNLPAWT