Metacluster 386708

Information

Number of sequences (UniRef50):
101
Average sequence length:
70±6 aa
Average transmembrane regions:
0
Low complexity (%):
1.67
Coiled coils (%):
0
Disordered domains (%):
9.02
Pfam dominant architecture:
PF00637
Pfam % dominant architecture:
97
Pfam overlap:
0.51
Pfam overlap type:
reduced
AlphafoldDB representative:
AF-I1LMS9-F1 (1032-1103) -   AlphafoldDB

Downloads

Seeds:
MC386708.fasta
Seeds (0.60 cdhit):
MC386708_cdhit.fasta
MSA:
MC386708_msa.fasta
HMM model:
MC386708.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
B0E8A81016-1088YSTNPTLQKLLIQTSIKAAPNRVMDYIRKLNDYDPKEIGESCIADNLFEEAYEVYTKFDLQEEAMDVLLQYIK
A0A0G4J0R71029-1103FHTNRNLQNLLILTAIKADPARVSDYLNRMDNYDGPDIARIAISDQYKMYEEAFFIYKKFNLGEEAIRVLLDNIV
X6M411187-254FCNNKNLQNLLIITAIKAGPTCVAGYVERLDNCVCISEQYKLHEEEFLIYKKLKKGLEATQVLLENLQ
M1VB591024-1098GGTFANNTSLQNLLLLTSIRSAPERTGDYIRRLDAFDGATIGQLCLEHDLYDEAFATFAKFEMHVEAVSVLIDQK
A0A165IKL9347-419FSDNKSLQNLLTLTAIRADKSKVVGYIAKLSNYDVLNVAKIATEHGLFDEALTIYKKYEHHAVAMNVLVEHIV
A0A0G4NN80357-429FSDNQNLQNLLLFTAAKADKSKVMDYVHKLDGYSAPDIANACIEVGLHEEAFEIYKKTGDKGSAVNVLVDHVV
A2GL34577-648FKENVSLQNLLILTAAQSDTTRVMNYVQRLNHYTWEKIAEKLIDFQLYDETIAVYKKYEQPVLAVKVMLDNK
L1J2311029-1101ANKNLQNLLILTAVQVAGDLPEEHKGRVMEYINRLDKFDGADIASICVSEGLYEEAFVIYKKFDDKKAAIGVL
A0A1R1YHH91023-1095FSNNSNLQNLLFITAIKADPSKVEGYINKLNSYDFNDIALICINNSLYEEAFLIYKKANMFSEAAGVLVNNIS
A0A0L0DNA51026-1089GNRNLQTLLIITAVKADTSRVREYIERLDKFVPVQIANICIGAELYEEAFLAFAKFDLNVEAVD
A0A1X0P9861032-1104FRKNRFLENLLIMSAIRARKDKVMEYVTTLENYDAKEIANIATGAEMHEVAYTVYDKHGMKKEAATVLLRDLK
Q5CW851212-1281FSQNKNLQNLLLLTSIKIDVRRLDDYVLRLDNYDAKEVAKVAIDHGLYSHAFQIYKKFSFNNEAVETLLM
A0A0E0R335781-879AFSGNFNLQNLLILTAIKADPSRVMDYVNRLDNFDGPAVGEVAVEAQLVMDYVNRLDNFDGPAVGEVAVEAQLFEEAFAIFKKFNLNVQAVNVLLDNIR
G8BT031026-1090NVALQGLLLLSAIKYEPNKVRRYIEKLENYDADEIASLCIEHDLKEEAFEIYDKHEMYSKALKVI
G7K726626-697HNSAFSANFTLKSLLILAAIKADPLRVMGYINRLDNFDGSAVGKAAVEARLYEEAFAVFKKFNLNVKAVNVL
A0A0L1KWH41021-1093FRQNKYLQNLLILTTIKTKNEKAIEYIEQLNSFDTKEIARAALANEQFEVAFAAWCKGDMEEEAMRVLTDKIG
B3RJM586-157YAENETLQNLLILTAMKVRHQYLLDFITNLQHYDHIEIATVATRNRFYHEAFIVLKKLKSKAIAIQVLINNE
A0A1X6NW071061-1125NANLQNLLILTSIKAAPERVLEYVRRLDNYDGKDIAPACVDAEHYEAAYIIYQKFDQLDEALGVL
W7AJP91175-1243EFSDNKNLQNLLILTAIKSDSKKVMEYINRLDSFSGPQIASVAYDYKLREEAFVIYKKFNCYTSAISVL
A0A0L0VZ24670-734NANLKKLLLLTTIQSETGKVMSYIDDIEGIDVCEIARIAIENGLFEEALTLFRKHKMHLEAMNVL
C4Y0K090-162FNDNTSLQGLLILTAIKADPSRVANYVEKLDKYDPTEIAPLCIDNDLFEEAFDVYDKFELRSEAMKVLVEDIM
J4C8N71179-1238FSKNSNLQNLLLATTIKTNPAKLQEYLNKLNNYEVNSLAKLANELGLYHSSYQLYRKVDK
A0A1X2GXB4998-1062NKTLQNLLIFTAVKADRPRVIDYISRLDNYDANDVAEVCVGEGLFEEAFAIYKNGSINGNAMDVL
A0A016WJ37317-390AFSEHRNLQNLLILTAMRADRSRVMEYIQKLDNYDAPDIANIAISSELYEEAFAIFKKFDVNNSAINVLIDNVA
W9W4E21023-1095FSENSSLQNLLMLTAAKADKGRLMDYIQRLNEFNTEEIANMCIQQGLFEEALAIYVKVNDHLSAANVLVDHIV
A0A1R2BRS71026-1096HKSDFSKNKNLQNMLIVTAIKADPSRVIDYINRLDNYDAPEIAQYALSQHGLAEEAFLIYRKAGMFEEAID
A0CHK31015-1080KQLQNLLIITAIQSDTSKVLDYINRLDKFDPQIIAQHCLNEEYNLFEEAYAVFKKFNLHIDAVNVL