Metacluster 204425

Information

Number of sequences (UniRef50):
87
Average sequence length:
78±9 aa
Average transmembrane regions:
1.67
Low complexity (%):
11.89
Coiled coils (%):
0
Disordered domains (%):
5.18
Pfam dominant architecture:
PF01566
Pfam % dominant architecture:
100
Pfam overlap:
0.24
Pfam overlap type:
reduced
AlphafoldDB representative:
AF-X8F5Q0-F1 (239-320) -   AlphafoldDB

Downloads

Seeds:
MC204425.fasta
Seeds (0.60 cdhit):
MC204425_cdhit.fasta
MSA:
MC204425_msa.fasta
HMM model:
MC204425.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
A0A1G2CRS5235-322DLKIMRFDTIIGMFFSNIVAFFIILTAAATLWPEGINNISTATEAAEALKPLAGNFAFFLFALGIIGTGMLSLPILASSASYAFSEAF
UPI0009EA90E8196-283QAPRQAGSALARLHADTWIGMAFANAIALSVVLAAAATLHASGQTQITSTTEAAQALKPVAGQGAFALLALGIVGTGLLALPVQAGST
A0A0T5ZIX0256-347ELALEQADAVVGSVWTNVIAVFIVVATATTLHAASVRVESAADAAAALGPVAGELSSLLFAVGLFGASVLAATIMPISTAYVICEAFGWESG
A6Q9T7242-308YSNLLAYAMIVTGAVMLYGKHSNIEDVMTLTEALRPAAGDYAFALFALGIVVAGFLAIPVLAGSTAY
I4END1253-336ELTADLQRVAWDTTTGMVFSNIIIYFIEIATAATLFMVGQRNVASASQAAEALRPLLGNGATLLWAIGMIGSGLLAVPALTGSV
A0A090FM21229-314LEKRKGATKEELSRSRKDILIGMTFSNLIMYFIILSTGATLHKAGQTQIETAAQAADALRPLAGDAAGILFAAGVIGVGFLAVPVM
A0A0G0Z527238-306GMFFSNITSIFIVIAVTYTLYGHGGISTVMDVARALEPIAGAYAKYLFSLGLISVGLVALPALAGSAGF
F7QHT4249-340LAEKHYGAQREFHRIRADTIVGMAFSNLIAISIIITAAATLNATGKTDIETSAQAAEALKPIAGNFAEFIFALGIIGTGLLAVPVLAGSAAY
K0W732255-333MAASNIVALAIMTTTAATLNEAGATNIESSVDAAKAIEPLAGHFAKIIFATGIIGTGLLAVPVLAGSAAYAIGEAARWK
A0A0G1RUK5230-310WGLIFSNLTSTFIIITSALTLFKYGVKVQSAADAALVLQPLAGNLAALLFAIGLIGSGILAIPVLTSTTAYTVAETFNWRS
T0YWK72-95RPLKSKPRQGPDALQRIGVDTISGMFFSQIVAFFIIVTTAVVLHAHGITNINSSAQAATALRPLAGPFAFTVFAAGIIGTGLLAVPVLAGSAAY
Q0B3U4189-271ETERRITFDTWTGMIVTNAVSFCIMVIGAAVFFTHGKHDIGSTAQAAEALRPIAGEAAFLVFAFGIVGCGLLAIPAFAGSAAY
A0A0G0UCR78-97ICRLKPSTPEEMRAMDADTRIGMTFSNIITFFIITLTAATLFRSGITNIETLRDAAEALKPLAGNYAYFLFTVGILSSGFLAIPVLAGSA
A0A1F6AZA6235-302YSNVISLFIMISTAAVIHAGGAKGIVTAADAARGLEPIAGPLSKYVFAFGIIGAGLMAIPVLATSTAY
UPI0009E98C4A62-146DRTLRNGRVDVFPGMVFSALVMFAIIASSAATLGTQHKTVSSVADAAQALEPVAGSYAGTLFALGFIAPECLRFPSLQPPASLDS
A0A1F4PN76235-300YANIIALAVMLMASLVLNGTQFVGSVAEAAQMLKPLAGDWAFGLFALGIIGSGLLGVPILAASTAY
A0A0G4JKX8241-327DQTAAGGELRRISWDTWTGMFYSDITAYFVMLATAVTLHAAGIHNIETAAQAADTLRPLAGNLAYVLFSLGIVSVGLIGVPVLAGSG
A0A0G1SXT1243-321FSELGTWSIIIVAATVLHNAGVTNINTAADAAAALEPLVAGFPNAGYLAKLIFSLGVVGLGLLAIPVLAGSAAYALSEA
A0A0N9Y174245-321FAHLITWAIIVTTAGSLHDNGITEIQSAEQAAKSLEPLVQSFPNSGEIAKSIFAIGIIGTGLLSIPVLATSTAYGLS
A0A1Q6YHL5383-447NLVSYFIIITTASTLFVHHQSIQTAADAASSLGPLVGPFAKYLFACGLIGAALIAIPIMSASSAY
A0A0G0GB60277-355MVLSQLIAFSIVVTCATVLNKNGINNISSAQDAALALQPLVGDMAGLFFMIGIIAAGLLGIPILAGSAAYALSEAFGWK
G7WHM6232-303FTGFIAFFIIVSTAATLFANNIPIETAKDVALALKPLAGEYASLLFGFGLLGASMLAAFVLPLSTAYAVCEA
A0A0G0X4N3251-335KADNAWGMFFSNAVMFFIILASANVIFATGKSPENIIDVAQALQPLAGNFSTILFTLAVLGTGFLAIPVLAAGAAYILSELFKKP
K6U7Y8223-310DFKYEIWDVVVGSIITVVVAFFIIVACGATLNKNGIKIEEAKDAALALKPLAGAFASQIFAFGLFIASIFSATILPLATAFYICEAFG
UPI0009E8DD77435-518QDTKNKKRLARVDVFTGMAFSVLIMFAIIVATAATLGQSGTEIGSADDAAKALEPIAGPFAKLLFALGFIGSGILAIPVLAASG
A0A1X0GHP6224-307RLDVVIGAVLTGVIGFFVVVACAATLHRDGRTISDASDAALALEPLAGHAASTLFAVGLIGAALLAASILPLSTAYSVCEFAGF
A0A1F7JK01238-328KRMRVDVWAGIFFSNIVMYFIIVTCAATLFSAGITDITSAEQAATALKPLVGNNAYLLFTIGIIGTGLLAVPILAGSAAYALSESLGWKFG
X1GX2034-121EVEDKKSVSELKKETKGVIAGMVYPQVIFYFIVLASAYAFFGKNQMLDTPEQAALALKPIVGEGAFLLFSLGILGAGLLAIPVIAATT
A0A1J4XMP7236-309ITDVISFFIIVACATTIFANHITISSVADAAIALRPLAGRFAMELFVFGFFGASLFGAFILPISTAFYVSEAFG
Q01SI9220-314RTTVAQRRGATAKELRESRNDVMIGMFFSNFVMYFIILTTASTLHAHGVTHIATAKQAAEALRPLAGAGAYWLFTLGLIGTGMLGVPVLAGSSAY
A0A1J6HS76238-327LRKHPDEARTELRRIRLDTFSGMAVSNIVAIAIMISTAATLHASGKMEVGSAADVAEALRPLAGDFAFFIFSLGIIGTGLLSLPVLAGSV
A0A1F5P4X8241-307LSNFVAFMIIVATGTLLFGNIEGEVTAVQVAQALEPVAGEYAKLLFAIGILGAGFLAVPVLASSSAF
A0A168LE88232-303WGNLVAFFIIICTAVTLYKAGIKIDSASQAAQALKPLAGNYASILFGVGLFGASVLACMVIPLSTSYAICEC
A0A0S3U872260-339EVKEMRKDNAFGMGIAVTIMFFVVWACASTLHASGITDIDTVDQAAKALEPIAGEFAYFLFAFAILASGFIAVPVLAGTC
A0A1Q7DRZ7219-307GEVEEKRGVQHLSRTNLDITIGMIWSNLTAFFVIVATGAVLFSHHAEIRTAADAARALEPFAGRYATYIFAAGIIGAGLLAIPVLAASS
A0A0W0VDB9230-313RMNVDVGIGMFGANLIMYFIILTTGTILFPQHIHNIATVEQAAKALEPLAGQLSYLVFALGIIGTGFLAIPVFTGCISYVLSSA
A0A1V5YG87249-326LGNVVSAFVILCTAATLFARGIRVEGAEEAALALEPIAGAWARQLFAGGLMGASLLAAVVLPLATTYAVCEAFGWERG
A0A0F9ZI59239-314LTDIVSFFIIISTATVLYKSGVHITDAKDAAMALKPLAGNFAQLLFAFGLFSASMLGAFILPVATAYALCEAFGWE
A0A1F5EL52162-241TIKDLKRESRGVTVGMIFSNLIFYFIIVSTGAVLYNQGITNIETVEQAALTLKPLVGGLAFLLFSVGILATGIIAVPVLA
F9CW20165-250EIKMMRIDVMLGIGFSILTMWFIILTAAGTLHAGGISNVITADQAAKALEPLVQTFPNSGQIAKIIFALGVIGTGMLAIPILSGSS
A0A1A2WLM4241-320DIRDMRADTAVGMGFSNIVQFFIILTCASVLHPAGVVAVDTPDQAALALRPLAGDLTYLLFAIGIIGVGFLAVPTLSGSA
A0A1Q7VZX1248-326GMAFSNLVMYFIILTSAAVLHAHGKTGIQTAAQAAAALEPFAGPLAFIVFAVGMIGAGLLAIPILAGSASYAAKEFLGL
A0A0G1UAJ8216-301KKSVSRHSLRIEKEDTVAGMFFSNLVMYFIIATVAGTLFVSGKNIETAAQAAQALRPLAGDLASVLFTVGIVGTGMLAIPVLSGSA
A0A1H4JK60239-306FTDVVAWFIVVVCAATLFVHGVRQINVPADAAEALRPIAGDYAFLLFAAGLFNASLFAASILPLSTAY
A0A0G0ZEY3248-319LTDFFSFFMIVSTAATLFVYGLTITTGEEAALAIKPFAGQFASLIFAFGILNAGFMGMIIIALTTAYAFSEF
A0A1E4G8X8237-323RLGASVSELNHAFWDVALGMFFCNLVFYFVIIAAGATLHQAGQTQIETAAQAAAALEPLAGPWAKALFAVGLIGAGLLAVPVLTGSS