Metacluster 49963

Information

Number of sequences (UniRef50):
169
Average sequence length:
95±11 aa
Average transmembrane regions:
0.03
Low complexity (%):
0.44
Coiled coils (%):
0
Disordered domains (%):
11.98
Pfam dominant architecture:
PF03445
Pfam % dominant architecture:
83
Pfam overlap:
0.82
Pfam overlap type:
equivalent
AlphafoldDB representative:
AF-Q8XW19-F1 (673-737) -   AlphafoldDB

Downloads

Seeds:
MC49963.fasta
Seeds (0.60 cdhit):
MC49963_cdhit.fasta
MSA:
MC49963_msa.fasta
HMM model:
MC49963.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
C3YRL41019-1147KRAQAVRHLFDNIAQQRKEFISLLVQECIGLMGSPPCKYALIGLGSQATGLVTPYSDLEFAILVEEESEECLEYFRNLTHYLHLKVVNLGETILPAMGIKSLNDFYSDNPLDNWYYDSVTPRGFAFDGS
A0A0L0DL04202-305EPLSPRLTALFHHVIHLLVLPLLPTPPLEYALLGLGSMARSELSASSDIDCMVLVASKPTADEASWLNIFATLIELCMVAFGETQAHIGPYAVLSRPAGFHLDE
C3YZQ6281-364KTVARDRQRLLQVLVEECITQLGPPPCKYALIALGLQSAELATLYSELDFAILIEDGQDNHDTQWYFRKLTWYLHLKVINLGET
A0A1F7F8W3441-534NARTLTRIVSQVSDTVVHKVLDLAIEELGVPPCAFAFVVLGSEGREEQTLATDQDNAIIYEENATETARSYFLKLGETVCTSLNRVGFNTCPGE
UPI000947F3C8231-313KQVAADITGLISSMVEASVQDLGEAPCRFAVIGLGSLAREETTPYSDFEFAILLEEGGDSRENRQYFRNLTRLLHLKVIDLGE
UPI0003F0E2B4264-349RDISYKIRNVIKALVEQCVSQLGVPPCTYAVIGLGPMARHEITPYSEIEFAILLEEGVDSEQIKKYFRNLTYLMHLKILELGETSL
C3Y6X12675-2764KVHQLYQEIAGNIKDFIRGLVNECIEALGQPPCEYAIIGLGSLAREETTPFSDFEFAILVEGGKDTARVKGYFRNLTNLLHIKVINLGET
A0A0C1QH62167-252LYGMITKRMKGFINDLIDECQKVLGSPEEGCKYAIMGLGSIARKEITPYSDFEFAVLINEENENYKQYFRNLTKLLHIKVINLGET
UPI000640E6B6466-579ENYQELYVSTARALFEDIAYEMKKFLFKLYSDSEQQISLVPPCKYSVVGLGSMALKQMTPYSDLEFAILTENEDWKKSSDPKIKAYFENLSHFVNFKIINLGESIIPKSKYNLD
UPI0009478875156-255VHTLHVKIAAEIRAMVKKMVEECMAVIGPPPCQHAVIGLGSLAREETTPYSDLEFAILVEEGCDSGPHVAYFRLLTHYLQLKVVNLGETILPAVGIRSLN
UPI00037EE73B585-671NISSVSRIITSIADAINKRVIEMAIAEVGEPPCEFAFIAMGSEGRGEQTLKTDQDNAIIFAEQSDDNKEYFLRLSVIINENLHKIGY
A0A0C1K152451-569RKLYAEIACQIKIFFRQLAIQVFDNLGSSPCDYAMIGFGSLAREEMTPYSDLEFGILIEEDILVNREYFKCFTILLHLHVINLGETILPALNIPCLKAINFFDGLTPRGFALDGAGVEG
A0A0L0DS05779-856LIADILQDIVRMLGSPPVEYAVLGLGSLARGELCPYSDLDMVVVVRESSPAASAYFTSLAEVLDLMVTALGESPVDMG
UPI000A03DB96135-231QEVSAQDNPNYSELMQTITEQTKDYIRTILAEEVAKLGAAPCQFSVMSMGSMAREESGFFTDLEIAFLLEKNSPEAQRYFSKLSQRLADRIYLLGEH
A0A0C1JKW8299-386TLQRKVSEYLLTFLHTLVEDAIAILGDPPCSYDLRAMGSLAKEEVCPYSDLEWCILIEAIEHRPYFVKLARLLELQIIALGEDPAQGL
A0A090SFD6113-203IGRVMSMIMDAYNRRLIQIAIDKLGEPPCKFSWIVAGSHARNEVHMLSDQDNALVLSDDATESDKVYFRHLSQYVANGLAACGYPLCPGKF
A0A1F2XIS9190-276QDIAEGMREFLAQLYQKAEEVIGTAPCKYAIIGLGSMALKQMTPYSDLEFAILIEDQKDKLKNQTHKDYFKNISQLVHFYVINLGET
UPI0009DD08A11-76MQTLIADTLTQLGQAPCRFTVFITGSGGRKEQGFWSDQDHGLIYTNEAYTDYFMAFGQALSHRLAAAGYAYCDGGI
A0A0C1QKJ568-156QIYQDINTQIKILLINLIEESKQNLGKPPCKYAIMGLGSLARDEATPYSDIEFAILIEDITPILNIKNKEYFRILTKLLHLKVLNFGET
C3XRF9165-294RRRTEAVRSMYRYVAVKMKQFIADMVEECIKTLGTVPCQYAMVGMGSICKEEMTPYSDLEFAILVEKEKCTDENKTYFRTLTHLLHLKVLNLGETILPSMAIKSLNDFDNKKNDWYYDNTTPHGFSFDGS
A0A0C1QN06359-454LSEEISNLIRRLIQEAGDILGKPPCEYIVLSFGSLSRKELFSCSDLECLVVLDTENKLVPSVTRYFTILFKLIDVQLRTLGEYGEGLGLDKNNPVL
A0A0F5I6C731-118HFHESIRKNIFFLTLKEVKQEYGSPPCSFTWFVVGSAGRWEQAVHSDQDHGIMFEKSGETEERYFLLLGKRLSENLYSAGYPYCDGKV
C3XQQ9435-541LYRKMSDTIKRVVSTMVQECVTIQGKPPCPFAIVAFGSLAREEATPYTDLNLAVLLPESSEADSDHLSYFGKLVILLDLKMLNLGETVLSSIGIKTLNDAGSSNPLD
A0A1W2WNB3155-248VQNLQAEITRRYTELMRFISNKCIEIMGTPPCRYAVVGMGSLARLEITAYSDFEHIIVLENEAVNRQGSKTIMKYFRWFTTIFSIVLINLGETM
A0A0Q9YJL677-158KNISEDTKKYINAIIADEIKKLGKPPCKFTVITLGSLARKESGPITDLEIGILMEDKTIENYCYFYQLSQNISDRLFLLGEH
X6NVA0370-469RRHCTAKEDTPPLNMTKQITKGLCSILKKIWKFVVDRLPPPPCEYALLALGSLGREEATPYSDIECACLIAEDSTEIREYFMNSSSIFEVTLIGLGETPE
A0A150L95137-114MRRVFAVAAARLGNPPCDFCWFITGSGGRGEQGYVSDQDHGLIYEPGDGEIDKYFSRLGKELADGLHALGYPYCPGKV
C3Z2F8408-503AVFKEVHEALRQFLRKLISESFDVLGDPPCGYTIIGLGSFARKEMTPYSDIEFAILVDDASDGVKQFFMNVSRYLHIKVLNLGETILPSVGIKSLN
A0A0C1MR94503-616ENNTQSIVKLTSDVFDDCIKSLGAPTCEYAIVGLGSMARKEMSLYSDIEYMILLGDKYKSINEPGYQYFVQLALLFELKVISIGETFENILPASMEKIIHGGLALDQGPNTPSS
UPI000947FAAA151-234QQISREMKAFVSDLIQECFLVLGPPPCNYAAIGLGSLAREEMTPYSDLEFAVLLEERERLDNEKAYFRSMTYLLHLKVLNLGET
A0A0F2NP26312-414PVVIQDLIANGAKARNLTRLITTISDAILNKIIAFALDKTGPPPCPFAFMVMGSEGRKEQTLKTDQDNAIIYEDVVGQSAAAVHSYFLALGEMICTSLSDVGF