Metacluster 316146

Information

Number of sequences (UniRef50):
58
Average sequence length:
112±12 aa
Average transmembrane regions:
0
Low complexity (%):
8.75
Coiled coils (%):
62.6091
Disordered domains (%):
31.53
Pfam dominant architecture:
PF00595
Pfam % dominant architecture:
2
Pfam overlap:
0.01
Pfam overlap type:
shifted
AlphafoldDB representative:
AF-A0A0N4UB37-F1 (84-192) -   AlphafoldDB

Downloads

Seeds:
MC316146.fasta
Seeds (0.60 cdhit):
MC316146_cdhit.fasta
MSA:
MC316146_msa.fasta
HMM model:
MC316146.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
A0A0V1N1Q390-198VKQDLIEAEASKRTMENELRWMTMQFHVLQCQQLSKNGTQETDIIKKKLDEEIDSLRREISTPARLAATVMSLKNENENLRKYISALQNEVYGARLAAKYLDKELAGRI
A0A085NUJ097-200TELDSSKKASEDELQWITIRFHSLQCEMLSKTAPLESDHIKKKLDKEMEEFQQNMKQSYRIMSTMEQMKKENKKMRTYISALQSEVYSARLAAKYLDKELAGRI
UPI0008F9E3A276-193INLREEIVEAKSQNDNLNRELHLLLVQLHTSQLGKLDEDNSAVIKQRLEDDLAHRSPTHRALITGGNVDNIVIALENWKRHLLAENAALRNCIVTLQAELCGSRLAARYLDKELAGRI
A0A0A9Y0D572-194EAELVDMRSSLVDLETRNDDLTEDLHRAIHQIHKMKLQRVNTKEEGQIITTNLNKALAERSPTHQAIQSGVNVDKLVRHLENWKKRLEIENESLRATIASLQAEVCGARLSARYLDKELAGRI
A0A1V9X71410-117LFEAESARVVADKEARALLSRLQAAQLEASRQRRVSSDGDAQAIQARLEEDLKQVLEEVGQDARQRAELAFLRAENDRLRKILANSESELVGAKLAAKYLDKELAGRA
A0A158R3L538-121EVALLRRDLTEARADRDAMEKEMQQLMLQDTQLGQLHDVLMPSLRTECELDILRKECERQRNLIGALETEVFGARLAAKYLDKV
A0A1D1VF9772-191EAQLCNVRRDLIEAQAQKSVIEQEHRKLLFEYHRSQVENARERGQGGPEETEAESILHRLTNGKGSLSAVSLDEARLGAEVNQLRKENVQLREWLVDLQSDLFGANLATKYLDKELAGRI
C3ZNT3220-340VRATKSILEKELHNQLLQLHAVQLQLHSKSGVHVDSDAIKAKLESEMEQFKNDAMKEANLEAEVKELRKENIELRQQIHALQSEVYGARLAAKYLDKELAGRIQQIQLLGRDMKGAEHDKL
H3DU9580-187ELGSTRDALIAARAEQKNKEKEAGELMLQVHSLQCQVHAKTAPHESDMIKKKLDTQMGALRAERMPGLRAEVEADVLRKENARWRRLVGALENEVFGARLAAKYLDKE
E0W36110-129VDLRTELVNSKTRQEILEEESRNLVLQLHSLQLDRLPPNQNPEQYKEKIETALKLSPTKSSYSDDVTFKNNSELKKLKNELLQYQSENIILRNSILALHSEVYGARLAAKYLDKELAGRI
W6UGS570-185EAREIMLASDLETAVAEKSFLDKEVEYLLLELHSIQLKLSSTNGSDTLAENVKRSLEKQHEERKSQFMICDRLRSAIAIMTKENLELKAYITALQDELYGTRMAAKYLYKELTGRI
D6WLL270-209EAELIHMRAELVESKAKREVLEQELHNLLLQLHSSQLSQLPDSLGNRKQDPNFKPDVNNIKKKLEAELRQSPIRNIRLNKESDELKFSPSLMETAQCRAENEQLQVENAALRKSILALNSEVYGAKLAAKYLDKELAGRI
A7RPA478-196LRHDVVEEQATKRVLEKEVNNLLLQLHAVQLQLHTTSGTHLESDNIRSKLLNDHSPFHIELEISKYKADAMKEAKLDCQVRQLEKENAALRKHIFSLQGEVYGARLAAKYLDKELAGRI
A0A0X3P4R076-180LKSDLEAALAEKSFSEKEVDHLLIELHHAQLKLLKYAGEEVSTEGIKQSLELQLEERKRQLIGEDCIRAALTILTRENNQLKLYISALQDEVYGARMAAKYLDKE
V5HPQ374-177EMSELKTDLYEAQSTSAVLNKELQHLVLQLHSAQLQVSAQMGHAGDSSAIKQRLEQEMNVYRLNLGREMQLEAEVSQLRKENEALRKDVVSLHSEVFGAKLAAN
A0A1I8B2U359-161ATNSLLEEQSEQLLLRVHSLQCQLYSKTAPHESEIIKKKLDKEMRMFNTKNLPITKSQAEISLLKEENLRLKSLLNSVHSEIYGARLAAKYLDKELAGRVPDV
A8XU49100-208MRNEVVEARASRQSMEKEVEQLMIQVHSLQCQLHSKTAPHESDMIKKKLETQLSTFRSELTQGLSTVCELEIARKDAERSKKTIQALETEVFGARLAAKYLDKELAGRI
A0A044TM6180-188AELVQLREDLCLSRSAHYELERESQQLMLQVHSLHCQVHSKTAPHESDMIKKKLEQEILNFRSEIRPPSKLRSEVELLRKENKKYRQMILAMQNEVYGARLAAKYLDKE
A0A1S3HET2198-307AQLLDMRSEMCEVRASRSIMEREVHNTLLQLHAAQLQLHKQAGHEFDSEAIKKKLEDEMGARQQEGVMEAQLEAELKQMKKENEELKQYILAMQGEVYGARLAAKYLDKE
A0A1W2WGG473-190EADAVNTKTELITAQANFEASKVETSSLVRQLHTLQLQLHTATSADANFNPKTITDKLDTELEAFRMNARKEARYSEEINNLKQDNYAITKKVAALESELYGARLAAKYLDKELAGRI
A0A067QUJ028-149LRAELVDAKAQRSVLEQELHTLLLQLHACQLQHLPGVHTEPDAERILRRLEEELQRSPTHQHRIKEDGTQVGVMEVASLRSELSQLQSENTALRNTLLAVHSELYGAKLVAKYLDKELAGRI
A0A0M3KJC712-144AAQEELERESQQLMLQVHSLQCQVHSKTAPHESDMIKKKLVSLFRVLFAERNSDQVVVILVENAMEVEKIAFQEQEIAQFRSEIRPPAKLQAEVELLRKENERYRQMMLSMQSEVYGARLAAKYLDKELAGRY
A0A1A8DMY087-210EAQLVDLRSELTEAKAERTVVEKEVHDLLLQLHALQLQLRVKQGQAEDSDTIKERLLVPTMEEMEQELESSKKDKITEARLEAESRLYKKENEALRRHIAVLQAEVYGARLAAKYLDKELAGRV
T2M5L176-187IGLRTELSEAKATVTILEKEVKNSLLQLHSVQLQLHSKGENSADLQIIKTKLENDLTQFRQNAIKESQVTEEIKIIKKENDALRKYITQIQGEVCGARLAAKYLEKELAGRI
A0A1B6MIU41-93LVQLHTTQLKQLQGDDGLSIKNKLQQGLIQRSPTHKANLSGIKLDALVMSLENWKCRLELENESLRHSLVSLQAEVCGARLAARYLDKELAGR
E4XR4145-146EENEKLVLQLHEAQLKNAKSEGVPVDELHAKISSELEEWKIDRQALNRAQLSAALFEEENQKLHREILTLQDDLFGARLASKYLDKELAGRIQQIQLLGREI
A0A183IKH237-145LRKDYMETEALKIVLENEVRQLMFQVHALQCDIYSKTAPHDSDIIKKKLEQDIDTFHREILSPAKLKAGVTFLTAENVRLRKLIEVLQSEVYGARLAAKYLDKELAGRI