Metacluster 274764

Information

Number of sequences (UniRef50):
248
Average sequence length:
59±5 aa
Average transmembrane regions:
0
Low complexity (%):
0.33
Coiled coils (%):
0
Disordered domains (%):
6.55
Pfam dominant architecture:
PF09324
Pfam % dominant architecture:
100
Pfam overlap:
0.56
Pfam overlap type:
reduced
AlphafoldDB representative:
AF-A0A2R8Q904-F1 (1275-1335) -   AlphafoldDB

Downloads

Seeds:
MC274764.fasta
Seeds (0.60 cdhit):
MC274764_cdhit.fasta
MSA:
MC274764_msa.fasta
HMM model:
MC274764.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
A0A078H0L0191-260SQTIRSLIVDCIVQMIKSKVGSIKSGWRSVFMIFTAAADDDVESIVEKSFENVEQVILEHFDQVIGDCFM
U9TI811379-1438SPNIHDLIIQSFTQMISARAKNIKSGWKSIFVVFGRAASDENPQLVENTFAVARLVYQKH
A0A183IIV855-111MTQMVSSQAKNIRSGWKNVFSVFHLAASEQDAAILELAFRTACDIVGTIFEQHFASV
A0A139AMN11393-1451IKDLVLRSLTQMIQMKSKNMRSGWKAMLLVFTKAAKEQIESVVTLAFETVKNIQKTYLE
A0A0H5C7S61267-1330EVTDMILNCLSNLIQLKGSKIKSGWKTIFTALDYTANDTNENSVRKTYEIVDSVYRDHAETVLL
A0A0L0DBT71332-1397SPAIREMVVACLRQIVLTRTAMIKSGWKGIFGVLSMAASDEEEATVVSAFDLVETIISGHFVQVAA
A0A0L0FHC1143-195RDMIIQCITQMVASQAMNIHSGWKNIFFVFSLAAGDASPGIVTDSYETVSMLF
A0A075B1F91140-1195LDIKDFVIRCLLVIIQGRGKNIKSGWKSIFNVLSLAALETNENICLLSFDAVKYVC
F2RWV31313-1375VKDMVLRCLIQMIQARGDNIRSGWKTMFRVFSVAASEPYEGIVNMAFEHVTQIYKTRFGVVVS
A0A177VS821267-1329AQEMVLQCLTQMTQSRVQNFRSAWRAILSVLGAAARSLSERVATLAFDLLRQIHAHHLSAIVQ
A0A1I7ZR091116-1172LTIRSLVIECMQNLVDGHWAKIRSGWKNVFALFTAAASEMDATIVNAAFKTTRYIVE
UPI000644F7B41129-1185VREMIIKCIFQVTNGMNATIKSGWKPIFDIFTMSSYAEEHIAAQAFEFVDELIRDFK
A8Q6Q51347-1413NADTGAKEMVLQCLDQMVQTRAERIRSGWTTILSVFGVAASATERIALFAFELVRRVQQQHMHAILV
A0A138ZY211544-1600IRELIVQSVHQMVASRARNIRSGWRSIWNVLSRATHDEDLPLIKSAFSVLELVFSES
A0A0F7RZ831424-1483MVLQCLEQMIQSRADNIRSGWRTMFGVFGAASVAPSERVSAYAFDLVRQLNAKHLGAIIV
I4YGN01238-1304PNLDAKDIVLRCLQQMLQARSVNIRSGWRTLFAVFSAAAKSSNERIVSHAFDIVNSIEKEHLGYLIK
A0A1U7LGJ01363-1421VKDMILRCLHQMIQTRGHRIKSGWRTMFCVFAIASREIYESVVSFAFENIKTINNDYFL
A0A1I7SE97377-434RELIIQCIGNMVKSHANRIRSGWKNIFSVCAIAALDQRAEIVESAFKITSDIVNNVFP
Q6C8201352-1419VKDMVLQCIRQLLLSKKSAFRSGWISVFNVCGAATSSSSKSLLNTAFDIVKKAREQLLTEVILQDAFV
E4XG391026-1081QDLVLRCIAQLVDSNQHNIRSGWKNVFGVLGIAAGSDREAIVELAFTTTTLIANQT
H3GRC11308-1374LVLRCVENLVLARVANIRSGWKTIWGVLRVAAETYAPGSEDRVVLLGFQVARGVLERHFDCIVDVFV
R1E4901147-1213SVEVRDLILVCLGHMVQSRARSIRSGWSSLFGVLSLAAADPLSSVAKAGFDLARDTVREHFALIGDH
A0A1D1ZUD5599-665KAPEIRELVIRCVSQMVLARVANVKSGWKSVFMVFTTAAADESPQIVRLAFDTVEKIVREHFHYITE
A0A131ZUP2702-763SIAIRDMVVRCVAQMVNSQASNIKSGWKNIFSVFRIAALETDLYIFDLSFQTTCNIFNNIYE
A8XCI31030-1084QVRNLVVQCCTYLVKAHSSCLRSGWQNIFSVLTHSSGDPSMEIVKNAFQTTCFVT
A0A090LK061050-1105REMILACIANMVHSHSNRIKSGWKNIFSLFMVAGRDNRSPIVECAFQTVTHIITEV
L1J2N41063-1124EIRELVVRCLTQVVRSTARNIKSGWKIAFQVLNIAGRDESDTIVLLAFDLVRKVIHESFHQV
A0A0V1J877498-554RDMIVRCMSQMVISQARNIKSGWTNIFCVYLMAASEQDESLVNLSFCSVSDIVSNIF
D3B5W11019-1082PQIRELIIRCISHLVLSKAQNIKSGWQTILNVLTIGSRVSYEPIVVLAFQSVEQILTHCFGCIE
A0A1X2ILD31339-1397IKDMVLRCLSQMILARGHHIRSGWKAMLSVFAMGARESSESIVHMTFDIVRSVTQERFP
A0A197KJW31331-1410NPSVAIHDLIIQSLRQMITARASNIRSGWKPMFGVFGRTATHGNGALVENAFGIVEMIYENSFEVVETSFVDYVNCLVEF
F4P5D81151-1202RELVLQSITHMITAKATSIRSGWKSIFVVLAKAGKGDERLSKIAFSTIQMIF
H3EPW772-139LVIACTSLMVDGHGKKIKSGWINLFSIWSIAATDTNVDIVEMAFRSVANAVNIHFKHNFSSVLDAFQE
W6UK961366-1434MVARCVLQLIQSQWPNIRSGWTNIFLVLYTAAASAEEGVIELAFSSCSFVINTVFPNNFYLLINSFPIF
A0A0P6F3R7624-677VTQMVHSQSDNIKSGWKNIFCVFLLAASDNDEAIVELAFQTINKVVTELYVTNM
F4P8A31222-1289NVDIKVKDMCLACIQQIVTAKSKNLMSGWKMLFGALLRPSRDTNEPLVTQAFEIIKVIYKTSFENALA
W7U3861313-1378IEIRELILRCLDNLISVRAHNIRSGWRSMFAVFSIAASSPDEGLCQFAFDIVDQLFRAHFQFLVFD
A0A1R1YCE61650-1708VKDLVIRCVLQLVEARFAQLKSGWRSVLMVSQIAALDLSDNVADLGFELAKLSAAKIFS
Q5CZH41062-1118LDVKEFILSCINHIVLNHKHNIRSGWRMVFGLITLGLKEENDKISKMAFQILSQIMQ
A0A044TWD31089-1164NRAFQSRELVIECISHMVNTHYNKIISGWKNVFSVFTMAASLNDEGIVESAFTTTNFIITTVFAAEFGNALDSFQD
Q96X171250-1306SEQVKDMILDCLGNMVQTKADKIRSGWETMFETLTIAAGDYSESIVMKSYKLTALIN
R7QLD3533-590IRELVLTCVSQIVLARAANIKSGWKSVFAVLALAADDKVESIMNFGWQIVDSIVRKYV
G5EFH71051-1112SAQTRDLVVRCCAHLVEAHSSRLKSGWQNLFSVWTIAAGDPSTEIGEASFLTAQKVIEKRFK
A0A0L0G6F046-99RDMVVRCISQMVSSKAQNIRSGWKNIFVVCSAAAGDDSSAIVTLAFNTTKSVIR
G7EA711415-1482NKNPDARDMILQCLRQMLQARIINLRSGWRTMFGVFSASSKVGNERIATQAFEIVKSIKRDHFATVIS
A0A183RDT11-68MIVRCIYQLVHSQYSNIRSGWTNIFAVLHLIASSLNEAIVDMAFETCHFTVKTVFKEHLRIVVDAFQP
A0A151ZC061117-1187SPLIQEHTIRCISQLSLSKTLNIKSGWKTIFNVLRYGSEIQNQSIVELSFNSIDQIIQKHLNLLDDSRVFQ
A0A0L0HI251258-1325NSDVKIKDMVLACLQQMIQAKSKSIKSGWKAMFGAFIRAARETHEPIVLLAFDIVKGIFKNNFESVVA
Q9UT021280-1341IKDLVLRCIDQMIKARYQNIRSGWRTIFHILAYASKIENLLVLQCAISVVSSLGHEHISCVL
K8F8D21229-1285FEVRELIVSCVAQMVESAVDGIKSGWKSVFMVYSVAAADENPKVVSTAFSTIERIIR
A0A183C0R61055-1122MIVSCVTHMVHSHADKIRSGWKNIFSLFTMAAGEKDERIVEAAFTTTAEIITNIFPSHFTELMDSFQE
A0A0K2TC231028-1104NKSTQIRDMVVRCIAQMVQSQARNIKSGWKNILSTFTLAAGDEDGAVVTLSFQSILYIVNSMLDDTNEITVVDFFQD
T1JX871973-2027IGQMVTSQAKNIKSGWKNIFSIFSLAAKEANQSIVELSFRKTSEIINVHYENYFH
X6LR71132-193SSDVRELVVQCMARLIKSRYRNIQSGWKCVFAVLGAAAHDRNEQLVISCYDTMVATLDLYFP
A0A1X7VGU51126-1187SVTIRDMVVRCVTQIIQTKAQNIVSGWKNIFSVFLLAAGDSDQTIVELSFQTTSSIFESHFE
F6UE331193-1260MVVRCIAQMVSSQASNIKSGWKNIFTVFTIAASHQDESIVELAFETTANIINETFQFYFSSIIHCFQD
Q9P7V51279-1337EVKELVLQCVKQMIQAKISKIKSGWKTLFGVFTFAAKARSEILISMTFDTLVNLFSEHY
A0A1V9X6B91000-1058IKELVVHCIASMVHAHSASIRSGWTNVFSVFHLAASEKDDTLVDTAFQTTLRIITQVYE
A0A0M0JUU61079-1136LEIRELILGCLGNMILSRAKNIKSGWTPMFSVFSLAAQDAAASVAQPGFKLAQHIIAE
A0A1W0WNU1215-275PVIRDMIVHCVTQMVSSKPGNIKSGWKNIFSVLHHAAADHDSDLVELSFSTTTKIITQYFN
X6NP62573-635KSQPVRLLIIECIFSIVKTRFTNVKSGWKTVFSVVALAAKDSDETLVLKTYDVMGSILGDYFP
A0A1I8CEG51010-1077MILDCIANMVKTHPRQIRSGWKNIFSIFILAASDNRSDVVENAFKTMTNIIVDLAANNFLLILDFFQD
G3BEN41179-1236IKDMVLECLNNMILTKSANIKSGWKAIFTVLTVTAAENKESLVNRTYKLADWIYKNYL
A0A1E3PSN51357-1414VKDMVLQILQQMILSNGSKIKSGWKAMFNVFMLAARDTHASIIISAFNLAEKVHNQFL
W1QBD51247-1314IVLHSPHLQVREMVLDCVQYMVHKKADLIKSGWQTLLEILTNAAKDNNEKFVAKGLSYTSMIMKSHFD
A0A0E9N9J31440-1502VKDMILRCLLQMVQARSENIKSGWRTMFGVLSFAAKEQQESVTTFTFDIVKRVYREKLGVIIA
A0A1E4TCD91270-1320LQVKELILECLRRMIMERSDNLRSGWATMFGTFGVASVDPSEHVVELAFSI
L8GIH679-144MCIRCLSNMVQAQAQNMKSGWKSIFAVLSFAATDTNEKIVRLAFELVESIMSKHFKLIADSFFVEC