Metacluster 493629

Information

Number of sequences (UniRef50):
58
Average sequence length:
81±8 aa
Average transmembrane regions:
1.71
Low complexity (%):
10.98
Coiled coils (%):
0
Disordered domains (%):
4.53
Pfam dominant architecture:
PF07690
Pfam % dominant architecture:
62
Pfam overlap:
0.43
Pfam overlap type:
reduced
AlphafoldDB representative:
AF-O06473-F1 (307-389) -   AlphafoldDB

Downloads

Seeds:
MC493629.fasta
Seeds (0.60 cdhit):
MC493629_cdhit.fasta
MSA:
MC493629_msa.fasta
HMM model:
MC493629.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
O06473307-393IVVAGAVLGMVNTIMTTAVMGSAPVERSIASSAYSSVRFIGGALAPWIAGMLSEHFTASTPYTVGGIVVFVGMLVLLMGRKHLAGIK
F0TBW4306-392IIFSGALLGNNNTLITTAVMKAAPIERSTASAAYSFLRFIGSAIAPFTAGILAEIYSPHIPFLVGGCFVLGSVIFILLNRHHIIHVD
A0A0K8QA9469-146INNTIYTELAMGVSDSPRPVASAGYNFVRWMGGALAPFAAAQLGEHFGPQVPFFAGAAAMVVAIGIAFSGRRYLTAHE
U3P7X978-173IVCVIVGGLLLGILNTVLIECVMEATDLPRPVASSAYSGVRFLGGAIAPPAATLLADTISPAMPFFAGGVSVLIAVALIVLGHKHLKRVDAPQESA
E3EI43310-399IVAVIVAGIFLGINNTLITTAVMQAAPVERSTASAAYSFMRFLGGAISPWLAGKLSEWYSAETPFYFGALMVLIGVAVLIVRRRHMQDIQ
Q9HRX5318-397LVVTAGLACGLLNANLSTLAMGISTHSRPSASGAYNSLRFTGGAFAPIVAGYIGGNYGAALPFLLGAAVITLGLIVLLAR
W7ARM735-115IVLIILSGLILGINNALFTTTVMEHSPYTRSVTSGAYNFVRWLGAAFAPIVSGLISEMFGTSYPFIVAAILAVVGMALLFL
A0A1V4YPN8313-394IILSGALFGNLNGLYTDAVMDASPVEASTTSSAFSFMRMIGGAIAPVTAGILGQIFSPHTPFIVGGGFVLGAIILIFLNRDY
A0A0T8SQ4640-116NALFTSYVMDISPYERSVTSGVYNFVRWLGGAIAPILSGIIGHTVSPQSPFLVGGIVVLVGCVMILIPIRKQVEVET
A0A1X1B8S1305-396IGTAGDNKALVMAAIIVSGIPSGVLNTALTGMAMAAGSGPRSVSSAGYNFLRWMGAAVSALLVAHLAEWFGSNAAPYWFAVGYCAVAVLAIS
Q9RS20320-399SGVLFGLMNATLTTLSVEVSHMPRPTATSAYNFLRWLGAAAAPVSSGLIAEHLGGKMPYGFGAGAVALGLVITALAARQI
A0A0A0T680300-383VIAIIISGGLFGVVNTLFTELALETHPNSTSIASAAYNFVRWLGGAIAPILITHIGEHYGSQYSFLLAAVFALIACFIISKARL
U5WEN1294-376INNTLTTQAVMLVAPVERSVASSAYGFVRFIGGGLAPFVAGKLADRFDLSVPFYLGGVAFLLAIVVLSTGHKLVTAAEQDESP
A0A178X9A3319-389LFTGTAMSISDAPRPVASAGYNFCRWFGGAVAATLVGHIAEWMGWEQGPFLVAAVLCVIAAVLLSQREKKA
A0A166CDC3325-416SNIPVLVMCIILSGILMGNVNTLLTTAMIKIGGDDRSTTSAAYNFIRFIGSAIAPILATIIGERIAPNLPFISGGLFVLVAIIFLYLNRKYI
A0A1D7TNA2307-373INNSLFTTYVMQSRFERNIVSGGYNFLRWGGAAIAPIASGLIGEHLGMSVPYLVAALCTLIACALIT
A0A0N9HS60299-389VALVIVAGVFIGVNNTVTTQAVMTVAPVERPIASAAYGFVRFIGGGLAPFAAGKLVEATNVHVPFYIAAGALVIGIGVLSLARKELAEAER
A0A0P9CB17318-401VILGGCFMGIMATLLTTGTMEAAPVERSVASSAYSFVRFLGGAVAPWLAGRLAESFNPSIAFYAGTAALVVSVLVLFSGRKSLI
A0A1N4XS93305-386VVLGGLLIGIINTAMTEIVMSASDIQREVASSAYSGVRFLGGACAPTLAGALSSMWGIGGPYYIGAVALVLTIILLWIDRQR
H5U4F1133-216NTLFTGVAMSSADPNKPRSVASAGYSFLRWMGGAASAVLVAYLAEWFAPAAPFWFAVGYCAVAVIAVGFVQSKKAESHHVDEDA
Q38WX0129-209VIIAGFFQGLVNTLLTTVAMENKTIERNVASSAYSFIRFTGGAIAPFVAGKIAEKWSAHWTFYFAGLMILIGILFVLRNQQ
A0A1N6Q8M44-85VILAGFFSGVFNTVLTEAVMEATEMPRNVASSSYSGMRFLGGAVAPAASGPLAASLGAGVPYWFGAGSLLVSLLILFAGRKT
A0A1X6WVW8369-450IIAGGLLQGIMNTALTETVMEATALPRSVASSAYSGVRFFGGAVSAAVAGPIAAALGAPVPYLVAALAIAVGIVILLTGRGT
A0A0J1F6U3292-375ILIVISGVFCGIANALFTTLAMEVSPYSRSISSGAYNFMRWAGAAVAPILSGFIGEKYGMGIPFLVAAFLVLVAWVALWHYRHI
A0A0E2HX2218-99IVLSGFFQGIINTLLTTIAMEIPGLPRNVASSSYSFVRFFGGALAPFIAGIIGEKLGESYAFYFAAIIVVISVFCIIHHQNY
UPI0009FF9E46309-410LVVIVCVVISGAFIGMNNTLVTATVMSVSPVARPTASAAYSFVRFLGGGLAPWVAGILAAAYGDHLPFGIGAGAVLLGAVVLATAHRLINSAGYEKQSEPEE
A0A1V9B8P01-77MFTNYVMETSPYERGVTSGMYNFVRWMGAAIAPVLSGAIGHAISAKTPFMVAMALSLAAFLFFAWRKREPSATKTA
A0A0C5VJ3364-149VVLSGAVMGVCNTIYTEIALEISDAPRPVASAGYNFIRWFAGVVAPFLAPLLAEYFSAQLTFVVAAGAAVAAFVILWVYRQHLQRP
D5WXW5299-372IIASGLFCGLNNTSFSTLAVEMSNAQRSIASGAYNFVRWMGAAIAPVVAGVVAERWFPTAPYLIAGILVFVGLL
A0A166DU1240-116NTLITTAVMNSPATNDSTTSAAYNFTRFIGSAIAPLLAASLGQYIGSEIPYLAGGLFVTAALIFLFLNRKTIIYIDN
UPI0009FBF431321-399VIIAGAALGIVNTVMTEVVMEVSDLPRPVASSTYSGIRFLGGAISPIVAGALRGGQPYLAGALAVITGVIWLFANSKHL
M7A7G584-171IVCTILLGFEIGLLNTVLTEAVMESGDLPRPVASSAYSGVRFLGGAIGVPVGTSLADYTDGSPFLFAGATALVGALIVIVCQRVIARA
A0A1Q3PUW3341-410LFTQSAMNIAPVPRPVASAGYNFVRFLGGAVSPWICGKIGESVGPAAPFWFGATCVAAALAVLLGFGSRY
A0A0H4KF48295-372IILSGLASGLNNALFTTHVMGNSPYERAITSGGYNFIRWLGAAIAPLLSGVLGESLSPQSPFLVAAILGFVAFLLIMI
A0A0M8V7A81-99MNKTVYTELALGVSGAPRPVASAGYNFVRWFAAAAAPHFAPKIEEWSDIHMPFVVAAVTAVLGAVVVVVRRKSLTQEGEGEELETRHAIEDGVGVFAS