Metacluster 66190

Information

Number of sequences (UniRef50):
68
Average sequence length:
61±6 aa
Average transmembrane regions:
0
Low complexity (%):
5.54
Coiled coils (%):
45.8482
Disordered domains (%):
32.08
Pfam dominant architecture:
PF00640
Pfam % dominant architecture:
95
Pfam overlap:
0.13
Pfam overlap type:
shifted
AlphafoldDB representative:
AF-Q9UBP9-F1 (134-194) -   AlphafoldDB

Downloads

Seeds:
MC66190.fasta
Seeds (0.60 cdhit):
MC66190_cdhit.fasta
MSA:
MC66190_msa.fasta
HMM model:
MC66190.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
UPI0006B0E646150-209RSKEITLTIGQAFDLAYSRFMDSSGRDMEMKKNYMILKKKVQELEVENAELNKKISELQS
A0A0V0RGG6237-303AEEITLTVGEAFDLAYRRFLENNGRDLEVKKQLIILRKRVQELEEENSNLKHQLAEQQRRSDVSAAV
UPI0002654B28135-193NAEEITLTVGQAFDLAYQKFLSNANKTQEQQQQNETLRKRVNELEEENKTLKQKINEME
A0A0P6GE6147-106AEEITLTIGQAFDLAYRRFLESSGREVEGRRQVSQLQEKLDNLERQNQVLRRRLLELSNL
W6NIZ529-96AEQITLTVGEAFDLAYKRYLDKNRTSLENQKQVFVLRKRIAELEAENQVLSQRLAEAIRANKTPQLSL
UPI0009E56EE2151-209AEELTLTVGQAFDLAYRRFLEKKAVNQNSSKKLTEMEEKIKTAEEEKEALKQKIAELEI
V9L105146-207VDEVTETIGEAFSAAHTQMLRAPLAGSDTGRKINYLQKMNRILATENEELKRRVSELEQKLS
T1HP89155-214AEEITLTIGQAFDLAYKRFVETSGKDLEVQRRVMLLQQRVKQLENESSALRQRLSDVLNG
UPI0003595074236-304AEEITLTIGQAFDLAYKQFLEASTTDSDIRKQCLLLQKKVQTLQFENDELKKRVVQLEQMKDRSDVESY
UPI0009481F98150-212AEEITLTIGQSFDLAYKRFVETSGKDLELRKQFLALQKKLKEKEAENEQLRKRIIHLEAQLRK
B4GGI5226-282ASDITLTIGQAFDLAYRKYMDSTEKTNLSKAQQQINHLQQTVNQYKERLSELSAKLP
UPI000A2A9461144-206QAEDLTLTVGQAFDLAYRRYLENVGRQKIQAAEVERDGMKQKLSELEKSQESTHSEPISNATI
A0A1I8C7T9159-213AADIAVTIGEAFSLAYQKFIDTNSKDLENQKQMIQLRRRIQELEEENRSLKEELF
F6T5W3120-185YGLDSQHEANHITLAIGQSFQLAYTSVIKSDEGGVASKQVMDLNKRIQDLEKENFMLKHRISELEK
UPI0006D7185E80-158AEEITLTIGQAFNLAYRKFLESGGKDVETRKQIAGLQKRSSSSSTGRIQDLEAENVELKNKVQDLENQLRVTQVSASPV
A0A183BVI3166-221AENITLTVGQAFDLAYEKQVKKRGRELTSQKHELLLRKKIAELEEENRLLKHRVEK
B0X768197-250ASDITLTIGQAFDLAYRRYVSDNGKTGDAGKLQSQNKQLENAVTVYRQRLRDLS
A0A131ZYY5186-244SEEIILTIGQAFDLAYAKFIETSGRELEIRKQLILMQKKVCRLEEKNKQLKERLRKYEP
S4REU81-68QAKEIALTIGQAFEVAYRQYVDSGARDAEFRKQMASLCQRVVNLETENGQLKKQVQELKDMFKSTQIE