Metacluster 87827

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Information

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Number of sequences (UniRef50):

56

Average sequence length:

55±4 aa

Average transmembrane regions:

0

Low complexity (%):

20.43

Coiled coils (%):

2.63193

Disordered domains (%):

41.03

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Pfam dominant architecture:

PF02114

Pfam % dominant architecture:

12

Pfam overlap:

0.22

Pfam overlap type:

shifted

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AlphafoldDB representative:

AF-O18883-F1 (13-68) -   AlphafoldDB

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Downloads

Seeds:

MC87827.fasta

Seeds (0.60 cdhit):

MC87827_cdhit.fasta

MSA:

MC87827_msa.fasta

HMM model:

MC87827.hmm

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Sequences list (filtered 60 P.I.)

Protein	Range	AA
A0A0K0F9K2	10-63	NMAKVVEQQVDQQIAEYENLDDNGLEEIRRKRLAELKEQQKKKEEWLRNRHGEY
D2VQF5	1-55	MNKQVLDNALLASAQIIEKSLDEKLKEMDEMTDDDYMMLKQKRMNALKQKNNMKA
Q9U1D8	4-58	STEQALLQIAQQIERAVDDEIDRIDQMDDDEILAIRQKRLKQLKEIQARRDEWLR
A0A075AYI1	11-64	ALEESILQAASVVEAQIDEKIRELENADENSLESIRRQRIQQMKNAALQKAHWR
A0A1J1IGB1	1-56	MDQILVSAAKQLEKQLDSEIERLDNLGADDIEAIRERRLKEMKQRQEKIIKWKQNG
A0A1I7ZZX4	144-203	MENVLAEQLMKAATMVEERLDQEINEMANLDEDGLEALRRKRLAEMKQKQAQKMELLANG
A0A067BYC8	10-64	MLSAVSERVLETLEAQEARLDMQIKQLETMEEDDLDRLRERRLQQIKAAATQTQK
UPI0006EADB64	20-75	VFILAMEQVLQHVAQTVEKQLDSELEKLDAMDSNDLEAIRRQRIEEMKKRAKLKQE
A0A068Y231	12-67	IESQLCRAAQVIEDVVDQEIANLDKMDEDELEKIRQRRLAELKEKASKKEEWLANG
R1ELZ8	2-53	MDQAVSQVLSNVERAVDDELERQEDELANIRRRRVEEMKRKAEEKMEWQRNG
UPI00094E42D0	11-63	KVLVQSAKLVEDQVDAELTKLNEMDEDDFEKMRERRLEALKKAQKQKQEWLSK
A0A0L8G6G5	4-55	VEMIETHVDAQLQKLDNMDEDDFMVLRRQRMMELKQKQQQQKEWLEQGHGEY
V5GCW2	1-55	QNLMKVTKVVEEQVDSVIDQIDNLDVNDLEQLRINRIKELQKLEEQKKIWLNNDH
B7P6W4	8-63	ALERQLMESAKIAEEMLDAEIDKLEKMADDDLEGLRQRRLDAMKRLEKKKRDWLSK
A0A182Q5A2	1-60	MEQLIQNQMISAAVQLEKHLDSELDRLENLNTDDLDKLREQRIQQLKKQAQQRQEWKNNG
E9H3F3	6-55	NLLQNQILKAAEEKLDAEIDKLDNLTEDDLEDIRRKRVQEMKLRQQKMQQ
Q9CQ79	3-68	GNGSVDMFSEVLENQFLQAAKLVENHLDSEIQKLDQIGEDELELLKEKRLAALRKAQQQKQEWLSK
R4G7W6	6-57	ACEAVLKDVLTKVEEEIDDELERLNDIETLRKERLRALKEEAKQQELWKANG
Q11183	11-64	EQLLRAAQVVEEQIDQEMNKLENLEEDDLEVIRRQRMEQMKKAQKDRIEMLSHG
A0A077ZKR1	12-63	EVIAEAAKALENQLDAAIDRLENLDNDELIALRRKRLEQLKKREHDKRKWVN
B7GBC6	22-70	QTTKAQEQAVQQEIDRYDALLQDDDALEDLRAKRLHQMKKAQEQRQKWQ
W7TFP9	3-61	TEVFQEVASQQILQLAQEEEAKLDREIQKLETLDEDDFDKLRQRRLEKLKKAEQQKHIY
D8LDD1	13-69	VAGKAILDHAKETEQKLDAKLAKLDNMDEDDLDKLREKRKAQLIAAQKIKQDNLSNG
A0A0H5SBL0	11-64	EQLLKVVKIAEEEVDCQIEKYNNLDENDLEAVRKRRLQELKKKQLQKQEWLKNG
UPI0006CF1D8A	12-64	EEVAKKVLNVVEEQIDAQLEKLNRLDGDELELLRQKRLETLRTEDKQKRDWLR
A0A1A9W376	1-57	MEEILEEPLVEVPEKQIGERFEHLDNLNADNVKAMRKRRIKEMKEMNRKKQKWMKNG
M2XV31	29-81	ESVLQAAANTIEKVVDEKLEQLNNLSEDDILAIRKKRLAELKKKAEERSEYLR
B4GVP2	220-270	LENQLVNAAKTVEQQLDEQLVRLDNLDSDDLKVLREQRLRELKELNSKKQE
A0A1W0WRE3	3-57	KVIEHQVLQAGKLMEAQLDSEIQRLDQLTNNEDDLEALRARRLAAIKSDNLKKQE
M5W4J4	9-65	ILEKQLLTVAKAVEDKLDEEISALDRVDDDDLEALRERRLQQMKKMAEKRSRWISLG
E0VNN6	6-57	VLKHHVLQATKIVEDQLDAELEKLDRLDTDDLRNLREKRLKELKKEQQDKQE
A0A1I7XTK6	9-64	FETQLMKAAQLVEEHIDSEIQRLDNLDEDDLETVRRKRMEELMKAQKAKNEMLTNG
A0A177B2P6	1-67	MEKLIESQIARTLEQVEQQVDSELNKLEKLPDDDELEILRKHRLRDMKRKEALKQKWAINGHGEYIE
A0A0G4H3A5	11-64	LEDTVLKALEAKEEALDAEINRLDNMNEDDIEELRRKRLEQMKSASKERQSWME
A0A1I8FBI5	235-283	ALESQLVKAAQVIEERLDSQIERLDNLKEDDIEQLRERRLRQMKEQAKQ
G4M0U3	19-73	IESQLIKTAQILEDTLDEQINRLDNLNDDDLEAIRQLRIKQMKEESKQRSEWLAL
A0A0M3J730	11-63	QLLKAVTVVEKAVDQEMEEMEHLGEGDLEALRRKRVEQLKKRQLEKQEWLRNG