Metacluster 317650

Information

Number of sequences (UniRef50):
160
Average sequence length:
51±7 aa
Average transmembrane regions:
0
Low complexity (%):
0
Coiled coils (%):
0
Disordered domains (%):
33.1
Pfam dominant architecture:
PF00920
Pfam % dominant architecture:
100
Pfam overlap:
0.15
Pfam overlap type:
reduced
AlphafoldDB representative:
AF-Q3AER0-F1 (386-440) -   AlphafoldDB

Downloads

Seeds:
MC317650.fasta
Seeds (0.60 cdhit):
MC317650_cdhit.fasta
MSA:
MC317650_msa.fasta
HMM model:
MC317650.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
A0A0B5QSU0384-446ILKGNIAPEGAVVKHSAVPKEMHEAILKAKPFDSEEEAIDAVLRKIIRPGDAVIIRYEGPKGS
A0A0R1W5L7140-193VIKVAGLKARRHEGPAKVFDNEEDAIDAAMADEIVDGDVVVVRFVGPKGGPGMP
A0A1F3ZD78261-309KITGLKQRAITGPARVFDSEPQALEAILAKTIMPGDVVVIRYEGPKGGP
A0A0B8XZ77393-445VAKISGKEGERFAGPARVFNGESALIEGISSGKVKAGDVVVIRYVGPKGGPGM
Q96YK0395-448VIKVSATKVRYHKGPARVFNSEEEAFKAVLEEKIQENDVVVIRYEGPKGGPGMR
J3TW88385-435KISGKEGEVFYGKSKIFNSEEESIEYIYKNKIFKNTIIVIRFEGPKGGPGM
A0A0F0C4Y2400-441FRGTAKVFSSDSEAHDSIIQEKVRPGDIIVVRYCGPVGAPGM
A0A0H4W0K0404-445FSGPANIYEGEDEAIAALGEDKIKPGDVIVLRNMGPCGGPGT
A0A161WBJ3390-445VIKVGGVDPSIKTFKGKAICFDSHDEAVEAIDNHTVRAGHVVVIRYEGPKGGPGMP
A0A076MXR9395-441FTGPARCFESQEDAVAALADGRIAPGDVVIVRGLGPRGRPGMGMASQ
A0A1E8EW28382-437IIRPTGIPADMKRFQGKAKTFSNDFDALKAIQSGEIVEGDVIVLRYEGCKGAPGMK
A0A1J0LV23261-314VLKLAGTERTFFQGPARVFDSEEAAMERVLNGEIRPGDVVVIRYVGPKGAPGMP
R6RTG427-78VIKYSACSQDMRERKGPARVFNSEEAAYQAVVDGKVHPGDMLIIRYEGPRGS
M5C7J3242-295VAKLTGKEGLVFEGTAKCFDVEAEFYPALERGEIKAGQVVIFRYQGPKGSPGMP
A0A1C6K679379-441LMRGNLVPDGTYIKQSAVPECLMKLRGPAHVFNNMDDANNALLNHEIKAGEIVIIRYLGPKAS
A0A0A0NIT6381-435IVKSGGVPAQLLRHTGPAKVFENEEDAIVAIHGGRIHSGDVVVIRNEGPRGGPGF
V4QEJ932-80VVKLDGFTVDVFDGPARVFGSTRDALDGIARGRIRACDIVIIRQDGSEI
D6U6K8396-454LAPGGAVIKAFAVPKEMHIHTGPARVFDFEGEALAALRERKIIPGDVVVIRYEGPRANG
A0A1E1KH08431-485VAKITGKEGLTFTGKARVFNKEHELNDALTNAQIPHGENLVLIVRYEGPKGGPGM
S9QSQ458-121LAPDGAIVKVAGMAPEEQVFTGPARVFECEEDAFEAVKKRAYKEGEVIVIRNEGPAGGPGMREM
A0A1G0JRG51-39MTGPAVVFENGLPATEALKRGEIKAGEIIVVRGDGPKGS
A0A097A5N1190-240KTSGLSILLHSGTARVFRSEEACVQAILNGCVRIGDVVVLIYLGPKGGPGM
A0A0A0DXL9372-434LAPGGGLIKKSAVPAEMIQHRGPARIFATEEQACEALNENKIAAGEVVIVRYVGPKGDPGMRL
G7WI99401-443IHEGPACVYDSMEDAIEAIKEHQVKSGSVIVIRYEGPVGGPGM
A0A1Q9DGX71110-1162VAKITGKEGTSFTGKANVFDSEELMLKGLEQGKINKGDFIVIRYEGPKGGPGM
P39522420-472KITGKEGTYFKGRARVFEEEGAFIEALERGEIKKGEKTVVVIRYEGPRGAPGM
A0A1F2WZJ5413-460DMLVFSGKALVFESEYDCLKAIRERSIQEGKVVVIRNEGPKGGPGMAE
R7K6D8374-422VAVSGSQTVFEGKAIVFNSEEEAVNAIANREIDEGCVLIIRYQGPSCGF
A0A136MTR2168-227VVKTAGVDPEMLVHEGPAVIFESQEEACDGILGKIEDKKVKPGDVVVIRYEGPRGGPGMQ
A0A0R2V097199-251IVKIAGLKKLQFTGKARCFDNEEAAMACVQNKKYKEGDVIIIRYEGPVGGPGM
A0A1V1WZV4239-302LRGNLAPNGALVKQTAVPPEIYNHEGPARIFLSDEEVLEALHGNKISPGDTIVVRYNGPKGAPG
X0UY84198-238VHSGPARIFYTEKELLDAIEVKSIAQGDVVVLPFQGPSGAP
F0YCD6383-446LRGSLASESAVMKLSGKDIDAFRGPARVFDSEKDAYAAIMARDSPVVAGVVVVIRYEGPKGAPG
A0A0U5PHX4381-435LVKTSAVPTEVRRFKGTARVFEGEDECYAAFRAKEIKEGDAVIVRYEGPKGGPGM
A0A1I8ISI1457-507KLIGDEGDSFSGPAIVYENEEAAYVGVSRGQVQPGHVVVVRNEGPVGGPGM
A0A1U7MHS8400-451VIKLSGVDEAIHNFTGTARVFDSEEEAVAELLAGKIGPNTAIFIRFEGPKGS
A9V147429-484LCPGGAVIKLSGKDIPSHRGPARCYDDEKAAYEAIMAGKIKAGDCLIIRYQGPAGG
UPI000A1D23F5164-210AIVKTAGVAEGLLTFSGPARVFESQDAAVSAILGDRIKAGDVVVIRY
A5UML4379-446IAPNGSVVKKGAVSPDLMHLKGPAKVFNSEEEVTQAIFDHEVEEGDILVIRYEGPKGGPGMREMLNPT
A0A1C5MTV8394-448VIKTGGVLPEMYEHSGRAKVFDSEPECYKAIINGEIQPGDCVVIRYEGPAGGPGM
A0A1X0Y2Y6382-449LAPKGAVVKQSGVSEQMMTFEGTARCFDSEEAAMDALMGGRIKPGDVVVIRYEGPRGGPGMREMLAPT
U1QPJ2621-674VLKVTGGDAFHHEGPARVFESEESAMAYVQEGDIESGDVIVIRNEGPRGGPGMR
A0A117SKP2403-448FAGTAKVYESQSEAMAAVEAGEVKKGDVLVLRFMGPKGGPGMPDCF
UPI0009FB05F8107-155KISGQTKRLHRGPARVFEREEDAFAAIKDGRIVPNDVMVLRNEGPLDGL
Q0W7D3389-453LAPGYAVTKYAAVPKEMFRHVGPAIVFEDELHARDAILDGTVKKGSVIVIRYAGPKGCGMPEMYY
A0A0F7KTN0395-438FSGPARVFEDSMECLQAIEDGKVKEGDVVIARNQGLKGGPAMGG
A0A1F9AE97383-426DMLAFTGRARVVETEQGAMDVVRKREIKEGEVLVIRYEGPKGGP
A0A0A0DWE2372-437LAPNGAIVKQAAVPKNMLKFRGPARVFNNEVAATTALVDQKIQAGDVVVINYQGPKGDPGMRQTGT
M9RCU5414-462GGLENNLFRGKARVFDGQQALLDMLDQTPEAFQDNDMIIVRYEGPSGAP
E8LN00399-442EAHKFTGKAVIFENEQDALDGIRALKVHEGDVVVIRNAGPRGGP