Metacluster 417985

Information

Number of sequences (UniRef50):
264
Average sequence length:
77±12 aa
Average transmembrane regions:
0
Low complexity (%):
1.13
Coiled coils (%):
13.1881
Disordered domains (%):
21.43
Pfam dominant architecture:
None
Pfam % dominant architecture:
0
Pfam overlap:
0
Pfam overlap type:
None
AlphafoldDB representative:
AF-Q86C65-F1 (1231-1315) -   AlphafoldDB

Downloads

Seeds:
MC417985.fasta
Seeds (0.60 cdhit):
MC417985_cdhit.fasta
MSA:
MC417985_msa.fasta
HMM model:
MC417985.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
A0A0A1TXZ31298-1394TQPSVSHEVVALVLNLAEFLEHEELIKPIKEFGDCASKIGAYAKSLRAKENALKNENGEKEVKRRETIGEDDTPVKQKMYEELIGLNNQLQRKDAAS
A0A058Z8J31601-1673LAEFMEHDYKPLPIPDRSLAMYSNQCQSYAKALHYMELEFHNSEPTAPTSIETLISLSNQLQQPDAAVGILKW
G4TT161631-1700VAEFMEHEDKMLPIDTRLLGDIAAQTNALAKALHYKEQEFLSGVSNEVVEQLIGINAQLKQKDAALGLLF
A0A1I8CZL41317-1426VTILQKCRVPEVILTILNLREFIDHCKEVNLPFDRKLLRDTANEVKAYAKALRYKELEIKKDYLEKNKEWKIDLYDMMISYASKLNVEELAHGMTIHAEKRGKSICGKWQ
A0A165LWZ81265-1356LTHPHTPADVVVTILDLVESMERHNKPLAIDIKVLSKAANSCHAYAAALHYMEQEFLTTEQPRASTVEAIIEVNTKLRQLDAAWGTLNLARE
A0A1R1YTM41277-1364SPQMPPEILQAILNLAEYMERDEKPIPVSIEKLGDYALSCHALAKALHYKEIEYSMTESETVIQDLISLNQQLDQPDAAVGSLAYVRT
O143561209-1283LAEYMEREDHTLPIPIKVISAHASKCNVYAKALHYTELQFVQETKEEVSISTIESLITINNHLQQSDAAVGMLQY
S9VU33345-435SSTVPDEVLAIILSIVEYMDHMGEVLSLEYSDLSDCAWSRGMLAKALYWREAAYRDSPAATVESLISLYSELEFVESSVGLMNLADEEQHK
Q9VK451323-1418EITQTILNLAEFMEHCDRDPIPIETKLLGTRAMACRAYAKALRYKEEEFLLREDSQVFESLILINNKLQQREAAEGLLTRYRNAANELNVQGRWYE
D8M8H01057-1151VPPEITMKILSLAEFMEHDEEIVLQMSKDIVLPLDIGILGDLAMNNNAYAKALHYKEMEYETTPDSCIETLIQINNQLHYPDAAVGVLRYSQKYY
A0A098VNA11003-1072LVEFFERRAEPLKIDLSILTSAAASASLYVKALRYKELEFLASPSPQLIEPLITLYSLASLHDSAEGVLS
A0A1J4K4V21121-1204SEALPGAIRTSLVNLFDFMERNEHPIQISRQVLCQASEKCSQFAKAFYFVLRWYEEDPHNIEAIETLIRLSTSLGLKKTIIGIS
A0A0V1K4N51145-1222LAEFIDHTEKGPLPIDPKLLGEKALETRAFAKALRCKEAEFYNEVTPEVLESLISINNMLQLRESSIGIVEIVRKRGI
R1BDQ262-146SMPPAVLQKMLNLADFMELHLQPLPIPVRKLGSLAERCQAYAKAAHYREMSFTHAAFRHAASLISINNQLQLPEAAAGVLAFSRD
A0A183BXY41816-1886QLIDGPLPIKYRMLSESAEKTRAYAKALRYKEMEILSIRGNGEPNADDCQTMIMLFNKLNLEEGAAGIVQY
X6NQX1221-347RSVPTRVLQAIIELIEFMERNHESLWIEIPSLSAVSEHCGFYAKSLYYKELEFKLQCSSSTSGGAGTRENESGALSGMDDYKDSNKSTIAALMRLNDRLQQPQAAQGVVEYTRKFQSDIQIKPQWFE
Q95Q951408-1501TGIPELIQTILNLAEFMDHSEKGPLPISHDVLGRWAEQTKAFAKACRYKEMSVLKKSGSMQTTFTRKVKLEPNDCQSLITYANKLNVQEEAAGV
D2DJU9100-196QAVLNLEEFMTHCERVIQVFFKKSIDCVQMKLPIATSALASRALKNRVYAKALYYKEQEFLEETAKKGSAPQNILFDLLTINNKLQLEEAASGVVLY
A0A095C8A51890-1979EVSQTILNLEEFMAHMDKYSSSSHRVHLPLPLGVLADRALKNRAYAKALYYKEQEFLMESEKRSCPSPATLSSLLTIYSKLNLEEATNGA
A0A086MC223056-3124LVETIEQQRWPLPVDTQLLAAVAEKCQANAKAIRYREELWLADPGGSVEALIRLSHETQQLEAARGILA
X6NQP01212-1280LTEFMDRQGHGLPVGETNLGKVAEICHSYAKALYYKEKEFRFHFSNSVAPLIEINNRLQQTEAAEGLVE
A0A158Q3E71358-1461TDHQDIIQTILNLAEFVDHSEKGPLPVGNERLSKYAEKTHAYAKALRYTELNIRERLRKLESYVNDDSKQDAEYCKALIKLFSRYANKLNVQEEAAGVVAFARK
A0A0H5QG791249-1353SPTAPPQFLQTLLNLAEFMEHDGNALPVSINFLSELATRCHALAKALHYKECEFRANATATTSSIEALIAINNQLQQPEAAVGILEYGRAISDKVDAGLREEWYE
K2GYA836-103LCEFMEREGIKVPIKSLGDYSKKCNAYAKALHYKEQEFLENANINLIEELIGLNNQLQNYDAAAGLIE
A0A146K646355-457TLNSKSIPKDILQQFLDLVEFFEHNGEQLQSNVLSDVKLGNISEACFAYARCLRYREQDYQQSPMSTMDILIRINKRLGNHESSKGVIFIELQRLNQTGIQLL
F4PD421207-1292IPPETLQTLLHLAEFMEHDDKALPIDIRTLAFHATKCHAYAKALHYKELEYMSDSAETNADALITINHQLQQMDSAFGVIAHTRQF
A0A1Q3E2151155-1251ISAPSAPSELIHRWLNLAEFMEHEEKPLPIEHRTLGEYALKYLAYAKALHYKELEYWSEPSPSTIEALITINTRLQQHDAAWGTLLMAREQYDVTRH
A0A0L0FFI739-109LAECMEHDDKRLAADHTTLAEYAANCHAYAKALHYREMQFHQDSKNPEVIEKLIAILNQLKQPEAAAGILT
Q5KEY71236-1303QFLEHDEKEVAIESRVLGSVAANYQALAVALHYKEQEFFLDPSKEVIEDLIDVNQKLQQSDAAWGTLE
A0A158QGA21901-2018SAATQSREISQVILNLEEFMAHADKHRSEKAKGFTLLSDSLNIFSSFQFSGKTPRVHLPLSLNLLAERAMKNRAFAKALRYKELEFLDELDKRSEPSPAILASLLAIYDKLQLSEASN
B7G3H71254-1336LAEFMEHDPSGGLPIDISILADLALKCRAYAKALHYKEREYRNGGSGSCVEALISINRKLDLQEGALGILKASAIDDEDASKQ
I7M9B11309-1376EFMQHDKGGLPIKSSKLAELAQRCSAYAKSLYYRESEFEKQGVETFETLEALYKQLGQKESAQGLVQY
M2Y9391555-1632LAEFMEHDEKPLPIDVRRLATMAYRCGAYAKALRYKEAEYAQVTQPQTAKSAVAGEHGLISIYNNLLQQESAVGALKD
H3DXN31405-1469PLPIPIVDLGKSAQDVKAYAKALRYKELEIRNIGVNNITLDQAHAIITFANKLNLQEEAAGMIKC
A0A1X7R1791316-1384EFMEHDSNMLPLTSQTLGKYAQKCHAFAKALYYEEQELTENANSSTIESLISINNQLHQTDASIGILKY
R7QD291333-1423LFEYMDHAERPLPAATAKLARTACKCGAFAKAVRYREQDYVQHFDSKDQMKEDVIGEDGLMEIYEKLGQTESAVGTVIHYQKTSGEEASEE
I7ML631368-1437LTEFMQHDKEGIPIENTILGDLAERCLAYAKALYFRENEFETANIQIIESLISLYTNLGQREAAKGLLQN
A0A1D2VCM71332-1424ASGTAPLDMAQNLLDLFEFLEHCDSDGDTVIQPGILASHAFRTHASAKSLHYREAEYYNEIDAGNSDSDFVDKLFIESLISINYNLQQQDAAI
A0A0S7LY3145-135EVTQTLLNLAEFMEHSDKGPLPLRDDNGIVLLGERAAKCRAYAKALHYKELEFQKGPSPLILESLISINNKLQQPEAASGVLEYAMKHFGE
A0A1I8HPT4812-900LSEFMDHRDSSPLPLSVKLLADKAIKTRVYAKALYYKETEFRDCVQSKFDPSNYSDILESLISINNKLGMVESAEGVLQNAASYFKDGL
B0E8861325-1419PTITHEAVSLILNLAEFLEHEGLIEPMIEFGDKAKTIGAYAKALHYKEIEFKGLKNKENQIRRNTLGEEETTEKQAIFEELIGLNNQLQRQDAAN
A8BIV91585-1679FLSQNCPLDVLQILLDLAEFWENRSREFSTTFSHNFLGEVAERCHAYTRSLRYKETEYAQHPIEAVGRLIAINYSLGYEETAIGTLRVECKRLNF
A0A1X0NM221284-1412PRVPSEVLQELLNLSEYMERLEIRLRAHGKEDGINSSNLRLFDLSTLMESSEKCNLYSKALHYVEIEFFETIRDYERSVLRGIPKQLPNETRKSLLHLCEKSIYLCSLLGQRESANGVLKFIQQNFSML
K8Z8G75-71MELREKPLPIDMRLLGREAGRAQAFAKCLKYKEREFHADPSPDCVEALIGVYNQLGLREAASGVLRG
C5LCQ61265-1335LAEFMDRSNMPLPMENRMLAGLAEKCHTYAKALRYREMEFKASPSATCVEALISTNMQLGQVVEAQGVLQY
A0A1X0PAJ71256-1344SSAVPDDVITALLSLTEYMDIVGTTLPIAAGDLFECAWRRGMLAKALYWCEAAYREEPASAVEPLITLYSELHQADSAVSILNGANENQ
A0A1V9X1X91324-1399PEVTHAILNLNEFIEHYETLLSDLNLLARKAFETRAYAKALRYREQQFQKGKASEPEVLESLIMINNKLQQPEGAA
A0A177VGW71235-1305LAEHAEHDSKGMAIDAKVLGDCALKYGLYAKAIHYKETEYFQQPSSKILESLIDINTKLQNIDAAQGALQL
A0A0S4JRV61291-1424SPKLPSEVLQELLNLSEYMERVDGGVGTSSSSIGASSSSSSSSRGRGGLFEISTVIDRSETCSLHAKALHYLEAQFVELTREYEQGLSHGRYNPLTDENWRQLLAVTEKSIYLCNLLGQRESANGALKYIQDHY
A0A1R1XW34164-253SDNLPIKIISLITNLSEYLENDQLNIQIKKRKLSDLCKKSNSLARSLRYKELEYLSKKINGKLEKSIVYELLQLNYKLEQKDEAKGIISI
A9U2T51718-1818LAEFMEHDEKPLPIDIRTLGQLAEKCHAYAKALHYKEMEFEGAQSMDSDAIQALTVETQPQPVSAVEALIHINNQLNQHEAAMGILTYARKHLRVDLKESW
A0A0L0DH951680-1751LAEYMDRNSQALPIPIRSLGELAVSCRAYAKALRYKELEYEAQEVKDVALVEELIAINHQLQDAEAASGVLV