Metacluster 357760

Information

Number of sequences (UniRef50):
60
Average sequence length:
58±4 aa
Average transmembrane regions:
0
Low complexity (%):
0.71
Coiled coils (%):
0
Disordered domains (%):
18.67
Pfam dominant architecture:
PF02719
Pfam % dominant architecture:
91
Pfam overlap:
0.02
Pfam overlap type:
shifted
AlphafoldDB representative:
Not available in AFDB v.1. Work in progess ¯\_(ツ)_/¯

Downloads

Seeds:
MC357760.fasta
Seeds (0.60 cdhit):
MC357760_cdhit.fasta
MSA:
MC357760_msa.fasta
HMM model:
MC357760.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
A0A0S8HHL1572-633PTHHPKIMIAERKPYNYENIIEHIDNISLYATSQDEISVVKLMKKMIPTYKSQNSVYKKYDI
A0A0P0GD22578-633MIATVREYDYDEVKQRIQKLIEVSYTYDQMQIVAAMKDIVPEFISKNSCFEALDKK
A0A0P0FGK2586-642MIAKVRHYEYTDILDTYTEFEKLSRSVQIMDTVKLMKRVVPEFKSKNSPRFEVLDR
D7ISR434-88IAQVRAYDYADANLRIDALVHACAVEGDMRIVKRMKEIVPEFKSQHSKYEVLDK
A0A136NK17568-623LIAKVREYHFEEISREIDELTELFKTQDNIALVSKMKAIVPEYISNNSEFEKLDRR
K1XPK8592-648MIAKVQECDYDVVAPEIKDMLYVSNKYVYPTDVVRLLKKLVPEFKSQNSEYEALDRE
L9PQW4348-402IAKVCEYDYNEVSKQIENLIALSHTYNDMAIVGKMKEIVPEYISNNSKYSVLDKT
D7VHT2578-633MIAKVRENDFAFVQSELDTLFTIIKTQNETNIVRQMKQIVPEFKSQNSIYEALDKK
A0A0X7BA11608-670LPTYHNKIMIAQELLEEYENLHADISELILTANSFANDAIVSKMKHIVPEFKSMNSAFEVLDN
UPI000A2EB3F1575-636VPTYHDKIMIAKVPEYDYAIIKDKVDKLIASAQRHYTLETVGIMKELVPEFVSNNLTYESVK
A0A1M7M2S2586-641MIAKVRTYDFLVVNKEVEDLIAAARKHYLMPTVARMKKLVPEFISKNSSYEELDKG
UPI000A1CC2B8583-637VASVRDCCYQQLLPEIDELIQVAHTTEIVDTVRKMKEIIPEFISKNSVFEELDKE
D1PFF4118-173MVAQVREYPYELALANEFELLELSHNADEMAIVKKMKEIVPEYKSQHSKYEILDK
V6SKZ4596-650MIAKDITEDYIGVQKAIEELISVSKEDDVLETVTLMKQIVPEFKSQNSHFESLDS
A0A1J0LHZ5595-649LIAEIRKESNALTNDLIQKMQLLNRNQEFELIKLMKEIVPEFKSNNSRFELLDKE
A0A1V5V2F5569-629TKHQKIKIAKVIKYDFDLIKTDIDKLIEMIYEENDFAIVKKMKKIIPEFKSQNSVYMTLDN
A3U9L9573-639LPTHHEKIMITKDRNDNYEFISSSIDSVINSANNHNNVRVVHKLKKMIPEFKSKNSSYESLDAEVSF
R5I415585-647LPTVHKKIFRAKVREYDMAEVDRELENLRVAALGMKKDDTVLAMKSIVPEYKSANSRYERLDS
S7X1C2156-220PTHHHKISIAKVLEYPYSEANVAISELLVINKHHDNLAVVQKMKQIIPEFLSKNSIYEDLDKTI
G8X9V6586-649LPTHHEKILVAQDMIEDYKCVKENIQLLIDTTFNYSNNDIVGYMKMIVPEFKSLNSDYEILDKN
A0A1V6H9R8598-653MIAKVCKFDYDTVLPEIMELISLAHDIKDYAVVEKMKKIVPEYISKNSPYEVIDSK
A0A133XRF7492-546IAKIRPMEYSEIIDKYDQLLTLSKRVEILQTVKVLKELVPEYKSAHSQFEALDKV
UPI000379CF37571-632TNNPKIMVGVVQETVFEKVYEEINLLIKSLESGNDLKIVENMKMMVPEYISNASKYEVLDK
R9GQM4582-636MIGKVREHDFAEVEAQLDELFKLAVINDNNQIVLQMKRIVPEFISMNSVFEKLDL
J9GIQ439-93VAAVREYDYNDVVSHLDEMIDLAKRVEITAMVRSMKAFVPEFKSQNSRFAELDEE
A0A1F3JQ10563-625IPTHHNKIMIAQVAEYEYEQLSVKIQSLFETLHSADEFNVVRMMKNIVPEFLSKNSIFEELDH
A0A1T5M3S8569-631IPTHHEKILKAKVSEYQYDEVCRNLDLLEEFIDDKNEHKMVTLMKEVVPEYKSSYSRFEALDI
A0A1V6J0Y1588-649PTSHPKIRVAAVRANNYQELRDALQQISRRAWERDVPATVQLLKKWVPEFKSHNSQFEKYDV
A0A0A2E6F9593-647VGKVREVNSEKIVMQVKEMIRLSEEIKPMETVAAIKALLPEYTSKNSPYEVLDKK
A0A0Q4AXE2568-620AKVRDYEPGYVAEKIDELLGLLNEADDFAIVAKMKEIVPEFQSRNSRFEVLDH
A0A0A2DYE2578-632IAQVRAYDYPKALEAVATLEKLACVVEVDKMVTLMKEIVPEYISQNSKFEALDKH
A0A1V5N3L0571-625MIAKVRTYDFDTISHEIEALVRESAQNDKMNIVRKMKQIVPEYKSNNSVFEQLDY
A0A1M3M7R7587-647THHPKIMVANVQLYDYDKVSLLIDKLINYSKLCKDYLTVSTMKKIVPEFKSKNSLYERLDI
A0A1G9WJP2588-642MIGQVREYDFNDVQEQLVKLLKYALTDHVTKVVQQMKVIVPEFKSKNSIFEELDV
A0A076NYM2593-655LPTHHEKIMVAQEQIEVYHEVQTAILEIIKASNAYDNNLIVTKMKMLIPEFKSMNSTFEMLDN
A0A161M612578-642PTTNPKIKVAKVRKYKLSEVAKLINELIVKAMLFDTRATVKKMKEIVPEFISMNSAYERFDKKLP
A0A1V5MTW9584-638LVAKVREYDYGKVVASIEDMVELAKCIDVQGTVKAMKLLVPEFKSKNSPFEQLD
F8X238584-639MMAKVREYHFQDILPQIEQLILVAQTNDKYKLVRQMKVLVPEFISNNSEFEQFDQN
C3JCG21-61MVRPNDFEPIAAQFEELKKRSYNVDIIGSVAAIKALVPEYRSNNSEFEKLDKPRPDKETK
A0A1F2KDS6572-634THHPKIMIAKINHENLAFKCEKLKELVTMTSLQKMDAMSLVKVLKEIVPEFKSQNSDFSVLDF
D8DZP9568-632LPSFNDKIKIAKVREYEYKDVSKEIDDLIKISHTFDDMACVKKMKSIVPEFSSINSFYSILEKKA
S7VIE379-139TYHDKIMIAKSRHVDISNVEKQINKLTAINSLTQPLEIVSSIKQLIPEYISNNSTYEVLDI
A0A1W9SJT3434-496THHPKIMIGKVETYNLEQIQQKISDLISLIAENDNFKIVRMMKKIVPEFKSQNSEYEIIDLEK
A0A127VJA1580-642MPTHHEKIMIGKVREYAFDEIQLQIYALIEHAKRCDDLQVVKLMKELVKEYKSKNSIFEDLDV
L1M9V2463-524VPTSHERIKIARVREYDFNKIENEILHLVETAKTYDATMTVKSLKAIIPEYNPQNPDYQTLC
A0A1Q6EEB4582-637MIAKVREYDYSSIVPVFDELYNSSLGEDNMSIVRRMKRLVPEFRSQHSVYEVLDKE