Metacluster 60370

Information

Number of sequences (UniRef50):
83
Average sequence length:
79±6 aa
Average transmembrane regions:
0.03
Low complexity (%):
1.4
Coiled coils (%):
0
Disordered domains (%):
14.56
Pfam dominant architecture:
PF00021
Pfam % dominant architecture:
95
Pfam overlap:
0.9
Pfam overlap type:
equivalent
AlphafoldDB representative:
AF-Q8R2S8-F1 (129-204) -   AlphafoldDB

Downloads

Seeds:
MC60370.fasta
Seeds (0.60 cdhit):
MC60370_cdhit.fasta
MSA:
MC60370_msa.fasta
HMM model:
MC60370.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
UPI00094851A2381-472PRPAAPTPGDLQCPICVRGSAPCPENPENVTCPNGTTHCYSGYIRLYGGGITSKIHIQGCVTEASSSLLNQTQKIGIFSVAENSEEPLEPFL
A0A1S3GH17320-401VPGDVQCPACVQILGSCFSSSTLVTCPKSATHCYRGSFQMFGGGLSSPLTIQGCMAPNSTSLLNRTQNIGIFSVTESFENKE
UPI00038ED892332-419SADAKVPGTLHCPLCLSRGDCPESPPQQICPAGYTHCYNGVVRLRGGGIISNLRVQGCMPQPGCNLLNGTQVIGPMDVSESCSPQSDT
UPI00064BA0701-91PGTVQCPVCLSKQDCPEIAPQQMCPVGHSRCYRSLLATSPSPCVPVSLTHAAGIISKLRVQGCMPEPGCHLLNGTKEIGPVSVSEDCSSKP
UPI00062B62C2313-393LMCPTCVSLGPCVPGSPVMHCPKLTLSCYSGTIMIKGGGIWTPVDLEGCMGEISCRLLNKTHTIGPLEVNELCDRSSLFDN
F1RMW6130-214YEAPREPATLHCPTCVALGNCLSAPSLPCPNDTNRCYQGKLQVTGGGINSPLEIKGCTAITGCRIMSGIFTIGPLWVKETCPFKS
UPI0008139D6664-144LVPTSCRSAREETCPAGTTHCWNGELVFIGGGIRTSVSIQGCVPQEGCNLFKGTQHIGPLVMTENCLPRGLLTCPQGNMQW
S9YLH3128-207GSVRCPVCLSTAGCGSAAELPCPIESSHCYSGVLLFSGAISSRLKVQGCTSQEGCNLLNGTWEIGPITLRETCDPQGVLV
UPI000383CDB1274-347GHLQCPVCLALGSCSQSSNVMCPKGTSHCYKGQIFLRGGGLTAPVDIQGCVAHPSSTLLGRRWSIGVFTVTETR
UPI000A28637839-118PAKIWRQACAALQSCPEDSPFIPSPQRTHCYRGALKLMSGNLSLPLAVWGCASWASCSLLGGLWTPGPIALRETCEDEGE
A0A1A6HP20156-227SLKCPVCLQYQGSCPTNFVFCPKNTGCYAGDIAVKGGGINANFSIKGCLDVTTENIFKRDDALGIFTMLEHV
UPI000328CA4E336-416SPAPGTLRCPTCLFFTEKCTGGQVMTCPAGNTRCYSGRLEVREDLQPLVGVNLTVSVQGCLSNSSLLNHLQSIGPFSVREI
G3VNP978-157ALRCPTCLALYSCPTKVRFRPCSEKALRCYNGTISIKGEGTSYVLGLLGCSTVPACELFLGMETVGSFTLSEKCLDHHSV
UPI0006437BE6254-334DVAVPVPGTLTCPVCIEWSGSCSGNTEVLCPNSSTSCYSGYISLRHDDLSFTIHIKGCMTQNTRTLLQHTKNIGIFSVTEI
H0VSN6323-402PPPPGHLQCPVCVQFSGACSDDSNIITCPSGTTHCYKGSIDTRGGGLSATFSIQGCMPESSRSLLNKARKIGIFSVHEKN
UPI000454A1DD122-203STRPGTTQCPVCLHFQGSCTRNSNYVHCPKGTACYTGDITITGGGFSNTFSIDGCLHSSGKTLLKGKDTIGIFSVVEKLDMS
G1SZR0132-212SVSTAFRCPTCLALGSCSSAPYLPCVNGTSRCYQGKLNITGGDMNVSVEIKGCTDMKDCRLMGRITTVGPMLIKETCSLQS
UPI000643673713-106EPSLCPLTLSVTSPAPGPLRCPACLSTDSCAGDVTEACPEGSTHCYSGVLRLVGGKIFTRLQVQGCMSQPGCNLLNGTRDIGPIELRESCNVKD
G3VSL7315-402PSPPAEPAPGHLLCPTCVTLGSFCFTDPLFTCPKGTSRCYYGRLQLNGGGISSGLTIRGCAPPNPRDCKLLGETQAFGPINVSEFCGE
Q8CFJ584-157GSIQCPVCLHFRGSCSQHTKFVLCPKDTRCYFSDMTVEGGGLKNFFSLDGCLANSAKNLLKSQTSIGIFSVVEV
UPI000A307020695-786VPPQGDVQCPMCVELFGTCKSTNSVPCPRGATHCYKGHIALQGGGLSASVSIQGCMAPPIKPLLGDSKTIGIFSAEESSDYQREDGGTSAPS
G3IDT446-101EKTCEVGEGCQDLVMLLENAHITTNLRVQGCMPQPDCNLLNGTKAIGTLDVSENCG
UPI0005B90FC62-100SPALLPALLGITLMLPLPGSVQCPVCLSTEGCDSEKKLTCPAGHMHCYKGVLQVRGVGMDTNLRVQGCMTEATCNLLNETNEIGPLSLTENCGDVLKDW
UPI00064AD43C278-354PGNVKCPSCVNFTGQCPEEQEVLSCPKSFSHCYQGFLKIIGGELDSEIYVQGCMDQLSTTLLNQSQFIGDLLVIENE
F7C456567-657PRPAPPVPGDLQCPACVELFGSCSQNSDIVTCPKGTIRCYRGSINLKGGGLSSSLNLQGCMAQPSRYLLNHIRNIGVFSVMENSGYENED
UPI000A3156BE136-210PGTTKCPVCLDFKGSCGRKSNHTLCPKDTKCYATSLGVNGGGLSVSFGIFGCLNSSYTYLLNNRNTIGAIRIKET
UPI00064FE33C123-209APSNPKGIPGGMQCPSCLSENGCLEVSETTLPCPAGTKHCYTGILTFSGGYFQPTNIEIQGCLAQEGCNLLNGTRKIGPIDVSENCN
S7PTS4306-390PGSVWCPVCFTEDGCKSSTELICPVKHTHCYNGTLDLRGIGILGDLKVQGCMSQAACNLLNETREIGALSVSEKCASDVFLALSK
UPI00006055DA128-210PSVAPTVRGRQPCPICLHFKGICNSYTNLAICPRGTRCYKSDLALHGGGISAIFSISGCLVYPQKFLMKNQSSVGTISLLETL
H0X2J3311-395PRPAAPAPGDLHCSSCVQLTSGSCSDYSPTIVCPKGTTHCYNGNIHIQGGGLTTPVAVAGCVAQPSTSLLNHSKNIGIFSVHEDG
Q924B5135-211MSGARHCPTCLALEPCSSAPSMPCANGTTQCYHGKIELSGGGMDSVVHVKGCTTAIGCRLMAKMESVGPMTVKETCS
M0R4W1136-209GTLQCPVCLHFKGSCDPKSNLVLCPVNTKCYASSMGIQGGSLSIFLNIFGCLESSRNVLLNNQTSIGVMSVREI
UPI000A283A7A592-669GGFRCPTCVALGSSCSNPMLSVCPEGTSSCYQGLLSLSGGGISMNLGIQGCAPKAVTGCSLLGKTQAFGPIDVTEVC
A0A1S3GGR9136-208IHCPTCVALGSCFNVSSLPCPRGINGCYAGRIMFSGEGIDSPVEVKGCSSMTHCELMNGFSMIGPLSVSEVCP
G3RG73299-382APVPGDRQCPTCVQPLGTCSSGSPRMTCPRGATHCYDGYIHLSGGGLTTRMSIQGCVAQPSSSLLNHTRQIGIFSAREKRDVQP
UPI00038BE23D134-208DTKSFQCPVCLTNQRSCPPNLVFCPKDTGCYSGTLKIKGGGVNESLLIEGCLQLTFKSIFPGIFEMGIFTLGEKV