Metacluster 476588

Information

Number of sequences (UniRef50):
55
Average sequence length:
97±16 aa
Average transmembrane regions:
0
Low complexity (%):
2.26
Coiled coils (%):
7.88347
Disordered domains (%):
42.64
Pfam dominant architecture:
None
Pfam % dominant architecture:
0
Pfam overlap:
0
Pfam overlap type:
None
AlphafoldDB representative:
Not available in AFDB v.1. Work in progess ¯\_(ツ)_/¯

Downloads

Seeds:
MC476588.fasta
Seeds (0.60 cdhit):
MC476588_cdhit.fasta
MSA:
MC476588_msa.fasta
HMM model:
MC476588.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
A0A0C2G4D46-105ITWKVTGSLANLKDDATVRGRDAKELRDATAEALVEVWNDAKSATASLARQVDENNSSLLVGLNESFSAVGEKINSIPVVATLSPDGPVSKIVPFTGSGS
A0A0B1TBM61-95MGPITRSMTHSVEDMADATTPLTPSDQVTAPLVGALADLDDSSTVHGRQAKELRDATTEALVNVWKDARQTTSRLVQQVNQGSGENSMQFSIWLR
A0A0N4YR0059-158LSTVLDDIDDSATVHGREAKQLRDATVATIGDVHQEAHCTCGRLAQEIRDSNLSLLSDLNSSFGAVDAKIRSIPTVATLSPDGATPRISSFSGVGDTLSF
A0A183GNZ035-105LQGMVDSEILHSRDAKVLQAGRTNAIQYVWQDSSTQTAILTKKVNEGVAVLCSKLNETYSAVGELSHRFPE
A0A0N4X9Y833-134LPAAPKFTEELQSVLIDLGDDDPVLGRDAKELRDATATAVTEVWHDAHLSTESLAQQISANNVSLLRELNTSFAAVGERVQAQPILASCFPDGAFPKLQLFT
A0A1I7W9Z0111-215IAPLRRTLSDMNDEDPAIGKDMKTLREDAASSIVLAWKDTRRQTGALTEKINVTSEALEAQLNASFEEVGRRMEVLPRVAVASTDFSLPRISSFTGSDSLMQFSV
A0A0C2HAS61-141MGPPVTRSLAHSAEAWVADTQTSKLSASSGPVEDMPTDHPASTKMIAPLTSALSDMDDASVVHGHETKHLRDATSDAITNVWYDSHYTAFQLVQKFNDSNSALLRGLNSTFTAVDNRISSLPTIAVCGPEDGHIPKISQFS
A0A0C2G6401-125MGPPVTRSRTASNESRAVAPIPSSASMTTGTARLVRTLQEMNDDATVHGRDAKTLRDAAAMAITEVWNDARAATTNLARKINEGNAELLSNLNESFSTVGSRIDSLPMVATYSPDGPTPKIVPFT
U6NU4939-129DFSDDAPLHGRDAKMIRDLTQSALTQVWNDTCASAALLTRRINESNETLKEKLNESFEAVGRRLDSLPSVAMFQPELQSRVVPFSGPTENG
A0A183FZH8111-216PDLAVIPLPQVLHELDDTAAVLGRDAKRLRDSTVDAISDVRVEAQSTSVRLAQKVREGNSSLLEGLNSSFKAVDDRIRMVPTVATLAPDGSAPRIPFFSGTTDGLQ
A0A0N4YQ1943-145QVSAPLVEPLSALEDPASPKAKDFKALREATSLAITQVWSDSVSRTSALEEKIKEGNMSFAHKLDESVSAVDARIQQLPIVAMLGQDSSSGPRVAPSSGSSDE
A0A0N4Y50131-141SVNIDSLIAPLSGSLSTLDDNAVVHGREAKVLRDATSAAISQVWNDARSQTSSLASSINESTLALSRRLNDSFSAVGDRLESTPMVATLGADGSLPGVRSFSGSADDGQQF
U6P5Q940-150PNIENVSYGSVTAPLDDSLSRLDDSAVLHVKDGEALRDTTSAAITQVCRESRSQTSALAHRINEDNASLSSKLNESSTAVGSRLDAIPTIAMLAQDSPSPKIAPFTGWFEH
A0A183FJ0031-133ASTPLPQVLQELDDTATGLGRDAKRLRDSTVDAISDVRVEARSTVERVVQGSRRPNTDGSYRGNRGTLWIDPQDPIFFGTADGLQFSAWLRRFDDIARTRVIP
A0A183GEA21-95MEPIMRSQTASSDNGDSLAASATTPVNLPEIVTAPLARVLTDIADDATTHGRDARQLRDATLEAIYQSTSHLARHVNRGNAALAEGFNEAWLTVG
A0A016TAR618-123AATPVSMPDQVTAPLVGALADLDDASTVYGKDAKELRDAATEALVNVWRDARQSTSQLAQQFNQCNSTLLSGLNESFAAVSSLIEALPVVASCSPDGQIPKIQSFS
W6NGJ618-128AFAQPSDTKAESLDLTKELLFSIIDDVSDDALLHGRDAKALRDATTSAIEQVWNDTCATTALLTSKINESNASLQDKLEESFAAVGKRLDNMPTIAIFHSDAPTPRVTSFS
A0A0C2C99511-133PVTRSRTHSSDSGADAQPPLGPMGVVKMTARLSRTLTDLADTDPVHGKDAKALRDAAAQAIHEVWKDSENSTALLAQKVNQGNSSLISGINDSFSAVGIKIDSLSMVATFSPDGQLPRISPYT
A0A0N4YKC822-110DDAPLQGRDVKLLRDATSSAVTRVWSDSCAASSLLSQKINEGNEALAHRLNDSFTLEGRRLNTLPTISMFQADVPAPKMTSLSGFFDQA
A0A158R39750-129KDFKALREATSLAITQVWSDSVSRTSALEEKFKEGNISFAHKTLSPGRELHLFSGSSDERMQFSVWLRRLEDIIRMRPGV
A0A0N4X0621-124MGPPTTRSRANSPDSRAIASTQRTAYPTASDQLAGVLGDVDDQAEVLGRDAKRLRGATVFAIAEAREDARSETAHLSQNINEGNEVLLSDLNQSFAAVGERINSLPMVANPTPDGSLLRAIPFT
A0A183GUI51-128MGPSLTHSRASSLNSRAAGPSSKLDSESGVTDNLTQTLSYLGDDATVRGWDVKCLRGATVQAITDVWNDNRSTTALLTQKINKGNSTLLADLTHSFAAVRERIDGIPAVSKVASLNPDGPLPRVVFFY
A0A183GCV94-110PVTRSQSRKADEGSSTDPSSAMAPPPTPKFVDDIRNTLIDVDDNTAVLGKSAKELRDATASAVTEAWQDSRFSTASVAQQINDYTTHLLNELNLSFAAMGPRAQPPQ
A0A0N4VSJ637-120MPAFADLQDDTPLFGRDVRTLREATSSVITQVWHDSRATAALLSKRINEGNTAPTEQLNESFVAVGKRLDNLPLVAIFQPDSQG
A0A0N4X8I326-103AVTGLFLPGLDDIQDDAFLHGRDVKRLRDATTSALSQVWSDKVNEANAALTEKLNDSFAAVGQRLDSLPVIAMIQPDP
U6NH9533-129GFDLSFMDSLDDCAPLQTRDAKALRDATSSAIAQVWADTMATTALLSQKIEEGNSVLTDKLNESFAAVGKRLDSLSTIAMLQQDVGVSKVAPCSKSA
A0A0B1TES927-107ESASVTQRITQSLAHVNDDDVVHGQDARELRDATVQAISDVWSDSRSTATSLIRQVNQNGVARDKVEELPGDQKESFDAVV
A0A0B1TI7528-100LTNQLSSTLENLDDNSTVQGRDAKLLRDATAQAIVKVWTDTCTATALLTRKINEGNNALTEKLNASFSAVEDV
A0A183GVD327-109DSAITSGLARSLRNLSDDAIPRGKDVKELRDATMVAITEACTDNRSYTNHVVTKTFNEGERVDTVPLVAKLTPDSGPSGPRVP
A0A0N4W6C76-76DLAGALADLDDRATVRGRDATVLVIGEVRDEAGAGATKLAQTINEGNSSLLSDLNNTFATVGERIDFLPLW