Metacluster 296936

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Information

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Number of sequences (UniRef50):

65

Average sequence length:

67±4 aa

Average transmembrane regions:

1.47

Low complexity (%):

3.3

Coiled coils (%):

0

Disordered domains (%):

0.25

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Pfam dominant architecture:

PF02508

Pfam % dominant architecture:

100

Pfam overlap:

0.38

Pfam overlap type:

reduced

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AlphafoldDB representative:

AF-Q5P539-F1 (41-107) -   AlphafoldDB

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Downloads

Seeds:

MC296936.fasta

Seeds (0.60 cdhit):

MC296936_cdhit.fasta

MSA:

MC296936_msa.fasta

HMM model:

MC296936.hmm

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Sequences list (filtered 60 P.I.)

Protein	Range	AA
U7FTD4	41-107	MGLATTFVLTLAAAASWMLENWLLVPLELEYLRILSFILVIATVVQFTEMLIRKMSPSLYQVLGIYL
A7VSQ2	42-108	MSVAVTFVMVLATAVTWPIYTYLLVPNDLAYLQTIVFILIIAALVQLVEIVLRKYIPSLYNALGIYL
R5WQX7	40-106	MGLAVTAVMVITCVVTYPIYTFILLPLGLQYLEILVFILVIASLVQMLEMILKKFTPTLYSALGIYL
UPI000997D714	31-96	MGLATTFVMLVSSVCAYAINQVLVTFDIEYLRLISYIAVIASAVQLVEMAMKKLSPALFRALGIFL
I0GKP4	44-111	MSFAVIFVTVSSSILAWMIDNWILIPAGLQPALQITSFILVIGSFVGLVEIYIKKASPNLYKAMGIYL
B8F7B7	41-107	MGMATTFVLTVASLSAYLVETYLLIPLEAEFLRTLVFILVIAVIVQLTEMIVHKTSSALYRLLGIYL
A0A0M2UUF4	42-124	MGVAVTFVMTLSSAITWIVYNFILLPGDANIIAKVFPSIRELGLIEVLKTISYILVIATLVQLVEMMLRKMVPALYESLGIYL
Q2LXT8	171-237	MGITFTIVMVVSAMISWFLYQYVLKPYRLDYLQVVVFIGLVSLTVQAVDTVLRKVNPALFKAFGVYL
A0A174KQ59	43-109	MGLAVIFVMGLASAICWPINELILVPMGLTFMQTVTYILVIASLVQFIEMFLKKAMPSLYEALGVYL
C7GDH1	41-114	MGGAVVFVITISSFVTALIYKFILANSYLMSKGIDLTYLQTIVFILVIAALVQFVEMFLKKSMPALYQSLGVYL
D2MN21	40-106	MGVAVIFVIFGSSVIAWTIYHYVLVPFHIEYMELITFILLIAAFVQFVELFIKKSTPALYKSLGIYL
S9TRY8	1-54	MGDWAVEKYLLEPYGVGFLRTVTFILVIAAAVQFTELTVRKVSPTLFKTLGIYL
R5TCI1	40-106	MGLSVTTVTVLSSIITYLIYYLILEPTNSTYLTNTMFIFVIASNVQILETIIKKKNKKLYENLGIYL
D8GR70	41-107	MGMAVTSVITMSSILAWVVYHFVLIPFNLTFLKTVVFVLLIASFVQLLETIIKKQAPALYNMWGIYL
F7XPN4	43-109	MSAAVIFVMTIASAVTFAVASFLLVPLNLGFLELIAFIVVIASLVQLVEYIIRKHLPPLYKSLGIYL
B3GZZ6	31-90	PANQLVYTHVLKDGALVEGVDLSFLNFITFIGVIAALVQILEMILDKFFPALYSALGIFL
UPI0003FD760A	155-221	MGFSFILVMTLSAVFVWAMYNFVLKPLHLQFLQVLTFVGIIAIFVQLLDTVLRKVNPFLFKKLGVYL
A0A140DUH1	41-107	MGIAVMFVIVVAALVTYGLYYFVLVPLQLEYMDLITFILVIASLVQLTEMFIKKTSPALYKSLGVYL
A0A1J4SI56	40-106	MGMAVIFVMVIASIVSWLVYHHILVPFHLEFLRTATFILTIASLVQLEEMVIRKNSPNLYRAMGIYL
A0A090PLZ9	47-118	VLAITVPLNWMLDQYILQPGALKWLGAEYASYDLSFLSFIMFIATIATMVQLVEIIVEKFSPSLYNSLGIFL
S0G5P6	40-106	MSMAVVFVLVMAGVITWCLDTYLLKTLNVEYLRTLSFILVIASLVQFVEMFLKKSIPGLYAGLGIFL
X1TQF1	41-107	MGFAVTLVMLIASVATWIINNYILIPFGVEYMNIIMYILVIASLVQMIELFIKRTNLTLYNALGIYL
A0A0S8GQY3	44-110	MGCAVTFVITISGTMTWIINNLILQKIGMEYLKYIAFIMVIASMVQLVEMYVRKFFGSLYESFGIFL
A0A1F7FXW1	46-112	MGLMVCVVMLITTAANWVVCNHLLKPLALEYLQLLFFVSIIAAVVQLLEQFLDRFFPSIYEVFGIFL
A0A1W9P7J2	1-59	MGLSSLITWLIYRFLLVPFHIEYLRTVSFILIIATFVQLTEMVVRKVNQRLYKSLGIYL
A0A1W2BIA9	43-108	MGIAVTFVMGLSSMATYLVNFFLLAPFQLQYLETVAYILVIVGMVHLAELFFRRYTPTLYSSLGIC
A0A088TMY3	41-113	MGLAVFFVITLTGMLTWAIYYFILSPSEFNNYTDLTFMRTIVFILVIAAMVQILEMAIKKFSPSLYSALGVYL
A0A1M5YBV2	40-106	MAAAIIFVTILSAIFTWSTFTYVLRPYGLEFLQTLTFILIIASLVQLVEIILKKKSKALYNALGVYL
A0A1V5NYX5	42-108	MGVSVTFVMTVTAMLNWLLMRYVLVPYRIEYMQILAFMLVIAALTQVLELFLDRFAPRIFAAFGVFL
A0A1J5FIV7	1-71	MSITFTAVMIISPALSWLIFNHVMVPLDITFLKIIVFIGVVAGFVQASDTIMRKVSPVLYCKLGIYPCCLT
A5IKH3	40-105	MGIAVTFVMTVSAAISWFLDKLLISTGLEFLRTIVFILVIASFVQFVELFLKKTSPDLYEALGIFL
M1ZLR1	43-109	LGQAVTFVLTFTTMLNYIIYHNILVPLNLEYLRFIVFIISIAAFVQLIEMVVERYFPNLYYALGIFL
A0A1V6A563	46-112	MGVTVTFVMVITACTNNIIYNYVLAPYNLEYLYLLFFILVIAAVTQFLEALLDRFFPAVYTSFGIFL
G4Q7B2	42-108	MGAAVTFVMLLATMLSYALYHLILVPFDLTYLKTLVFILSIATLVQLVEMFMKKTMPALHKAMGIYL
C8PN79	40-106	MGWAVLFVTVIATAATYPLYKLVLAPYNLGFLQTLLFILVIASLVQLVEFYLKKSAPALYSAMGVYL
A0A1W9SST3	41-107	MSCATTFVILTSSVLLWCVNFFILLPLDLIYLRIIAYMLIVSVSVQFLEIVLRKTSPILYRLLGIFL