Metacluster 45435

Information

Number of sequences (UniRef50):
57
Average sequence length:
108±13 aa
Average transmembrane regions:
0
Low complexity (%):
6.65
Coiled coils (%):
0
Disordered domains (%):
27.4
Pfam dominant architecture:
PF17781
Pfam % dominant architecture:
100
Pfam overlap:
0.37
Pfam overlap type:
reduced
AlphafoldDB representative:
AF-P38764-F1 (123-247) -   AlphafoldDB

Downloads

Seeds:
MC45435.fasta
Seeds (0.60 cdhit):
MC45435_cdhit.fasta
MSA:
MC45435_msa.fasta
HMM model:
MC45435.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
R7Q8W3119-252AMTMGDEDNCESLRFKLRGSKDPPHLWGHEYVRHLAGEIATEFRTLTDILDEMQVDGEPAPSTETDGDADKFILAPATIDEIHALVSEIVPFLISSNAEPEAVDLLMEVESLNKLVVHTDEHNYSRVCLYLKSC
A0A1D6QT44124-231ALTMSVEGERESLKYRLLGSEGDIGSWGHEYVRNLAGEIAQEFQKRQDDDLPIDVLMELVQQIVSFHMKHNAEPEAVDLLMEVEDLDLLVEHVDATNYKRACLYLTSS
A0A0D1E2X8143-257AMTYSDNGQRETLHFRLKANQVASDGKSEDPGLWGHEYMRHLAAELGEEYNARSQDEKNTDELLELALQVVPFSLTHNAEADAVDLLLELEAIDKLPQFVDKDTYARVCLYMVSC
A0A0F4XCM0121-258TFEDDNQHNILKYRCLSDDIDFDKWGHEYMRHLSLQMGQAYAELEEQQVDEEDESNEEEDELDVSDKEIIENEPKKIILDSSITVDKIFHLAEIVVPYFVNHNGETDAVDLLAEMDEIDLLKEYTDASNYDRVCKYII
Q5KAX5139-247TGKRETLYYRVLSGSEEAPGLWGHEYVRHLAAELGEEYAATYAALGEDADIPQPDTKYTTDQLRALSIELVEFFLKHNAEADAVDILLEVENISAITKYVDDKTFERVC
H1VC61130-238GMTYSDEDRQDTLKYRLLAPSSDIGSWGHEYTRHLALEIGEVYGKRINADEPTKDLVDLALILIPLFLQSNAEADAVDLMSELEIIDQIPNYLDENTYGRVCLYMVSMV
Q6CFX0124-236AMTYSGDGKRDALKFRLKSTTDDLGSWGHEYVRHLALEIGQEYQLQQVETSDDAKEGVTLDTPNSGVGSLTDVRNLGIKLVPFFLKHNAEADAVDLLLEIEAVEHLPKFVDET
A0A066VZI3132-253AMTYSDTQPRGTLKYRLASTAASKTPSDPGSWGHEYIRHMAAELGAEYLLRTGTGGDPGQEKLPGKEGEEGIEELRELGLTCAKFLLKHNAEADAVDLLLELECIDRITSLVDANNFARVCL
A0A1E4TGH4639-748AMTSAPAEQRSTLKYRLAATDIDDDPSLWGHEYMRHLALEIGEQFSFADLKGEATSDLVDLALKISPFFLKHNAEADAIDLLAEVDAISELPALVDESVYSRVCLYMISC
Q9GZH5119-217MTSDERTDTINYRILGSHEPIGDWGHEYVRHLAMEMSEEWKKEGTSDARKAELLKLTQDIVSHHMKHNAEVEACDLLIEIERIDLLISYVQEVDHQRVC
P38764123-274AMTYSENGKHDSLRYRLLSDVSDFEGWGHEYIRHLALEIGEVYNDQVEKDAEDETSSDGSKSDGSAATSGFEFSKEDTLRLCLDIVPYFLKHNGEEDAVDLLLEIESIDKLPQFVDENTFQRVCQYMVACVPLLPPPEDVAFLKTAYSIYLS
T1JGZ6113-221AMTLSDNRECLTYRLLGSKEEIGSWGHEYVRHLAGEIAVEWVDLSEKDGEKRERLVQLSEEIVPYNMAHNAEAEACDLLMEIERLDLLEKFVDESAYSRVCLYLISCVP
G0W9N2125-243AMTYGDKEEHDSLRYRLLSDVPNIESWGHEYIRHLSLEIGEAYFTHVVEREAQIHGYAWDPTKVATPSPPPIDFQKDSIINLALEIVPYYLKHNGEEEAVDLLFEVESVDKLPPFVDEN
B6AAP3126-208TLGDIKERNALKFRLLSNRFDNLQNWGQEYMRNLGGEIGLEYNERISNNNTNVDDLLSLVKTIVPYQISKHGEIEAIDLLCEV
A0A1B0AWE7556-653MTMGSGKDCLAYRFLCDRSLKIGDWGHEYVRHLSGEIASHYLETSGEFQTQLIELVKQIIPYNMEHNAEADACDLLIEIDHLHLLQDYVDESAYPRVC
I1BXU3113-207AMSNGQEGERETLKYRFVGSVNEDIGSWGHEYVRHVSSEIMQEYQARLENEQATEDLCSLALEIVPFFLKHNAEADAVDLLLEIESIDQLVRFVD
W6UXI7125-225DTLKYRLLSKKDDIGVWGHEYVRLLTKQIAEVWDETEVSSSGKGVPEKSMKQKEYLELAGKIIPYLMEHNAESEAIDLCMEIENLDFLENYTTELNFQRVC
A0A1B7SCU9598-697KRECLKYRLLSNIDSTISEWGHEYLRHLSLEIGEEYQENLENGVNREDTHTEQLIKLSLEIVPYFLKHNAEAEAVDLLLEIEEIEKLSQFVDKNTYNRVC
A0A0J7L38842-135ALAGATTAFRDCLNFCIKGAVENPGEWGHEYVRQLEIEIVDEWTNAPIKEEHEIRKRLTSLIKSIIAFDMKHNAEIQACDLCLEIDELNFLAEH
A0A1X6PFY9137-250AMTMAEEGERECLAFKLQGSRDNPEQWGHEYVRHLCGEIGTEYTTLVDSGSGSVEGSHLEDLARLVDQIVPFLVSSNAEPEAVDLLMEVDSLSKLPSHANADNYERVCNYLKSC
A0A1E4S8N0122-220NGKHDALKFRLISGEESYTDWGHEYIRHLALEIGDATNESLESGETQFDEAEIKSIVLKIVPFFLKHNQEADAVDLLLETDNISELPQFVDKNIFRRVG
E2LPF847-167AMTYSDTEPRGTLRYRLLASSMRPSDSPLADPGNWGHEYVRHLAAELGEEFEYREEHEDDTEETSVPETGKPKELKLPGTMEDLRALTKQCSTFLLHHNAEPDAVDLLQEMEIIDEIVPLL
P87048131-224GMSYSNTSKHESLKYRLQGVTTDPSLWGHEYVRHLASEIEEEFASRQEEEAPTDDLMELALTIVPFFLTHNAEADAIDLLQELGAIEKVVPFVE
A0A0C3AF5427-180AMTYSDTKPRGTLRYRLLSASLIPALSPLSEPGSWGHEYVRHLAAELGEEYSSRVEDEGDAPEEAAEKEKEIEKVADSDKENDGEEKKENPVVKVVIEASNEELQALGMQCAVFLLGHNAEPGAVDLLEKLEIVDRIAELVDENTYARVCAYII
D8LN95194-295AMTMADPGSRVSLKYKLVGTKGDLGRWGHEFLRSLAGEIGQEYSARRIGAVKEGADGEGDEAMADAAGGGDADVSDLMALVDDIVPFHLQHNAEAEAVDLLV