Metacluster 95394

Information

Number of sequences (UniRef50):
74
Average sequence length:
83±5 aa
Average transmembrane regions:
0
Low complexity (%):
0.76
Coiled coils (%):
0
Disordered domains (%):
7.13
Pfam dominant architecture:
None
Pfam % dominant architecture:
0
Pfam overlap:
0
Pfam overlap type:
None
AlphafoldDB representative:
AF-A0A0P0X9F5-F1 (24-103) -   AlphafoldDB

Downloads

Seeds:
MC95394.fasta
Seeds (0.60 cdhit):
MC95394_cdhit.fasta
MSA:
MC95394_msa.fasta
HMM model:
MC95394.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
A0A150USP3363-452LPVILPLLDPRTLIGDSLTAEVSLRPLAYTMLADLIHHVREQLQPEQISRVVSVYVSHLTGDDGIEVPGTSYQTMSAKLLLNMAECMSKI
A0A183HHC9139-220IPVIPKLFNENLMLGNGFSSMDFLRPTMYTMLADLVHHVRSHLSYNLLCCSVYAFTKSMFDPAIQPTVQSMCIKLMMNLIES
A0A146IIH5318-398LDKVFADGILIGHGLTGREMYRPHAYSALADLIHHSRNELTLAQLTHVTLVYTRMIHNMAIGTNIYPMFGKILGTLVDVIL
A0A152A217382-459EKVLLGTSRTCYESLRSLAYSTLADFISSMKDSLHINHIVKVVSIYSKHLHDSTNSIPIQMLSAKLICNFAEFLHSKI
A0A1E7FFP1407-502VDSLLDERILIGWSSKHQHRYRYLCYHYSEQTVLRPLGYAALSDLIQHVRATPALSLAQISKVVSVFSQVLHDASLPMSTQYTAVRTLLSVLDAVF
Q10064348-426LDFLLDLNILLGNGVGTQKLLRPLAFSTLADLLHHVRDELNETQIRKSIMIYSTNMHDLTLSIGLQTMGARLILNMVDR
D0MXY4403-481LELLMNDDVLIGKGRCSFYQIRPLAYSTLADMIHHVRDMLTLPQVSTIVDFYGKRIHDPTLPISIQTTSIRLLLNLVDI
A0A0K3CM68400-483LSQIDTLLDEHVLTGNSVTGHENLRPLAFSMLADLIHHCRADLTLPQLSRVVHTYCANVHDPTLASAIQTMCSKLLLNLIDPIA
A0A059LNW5332-418LPHMDEFLDEPFLVGRSPTCVEALRPLACSTVAELVASSKAELRLEQLRRVVRLYASLACDCSQAASLQGTSLRLLYNLVETLFQRR
A0A0G4EAS2355-435VDPLLDETLLLGWGCTSYELLRPLLCSALAEVVGHFRQDLTMSQLSRAVHIFTRLSADTSLPMQTQNHALKMLVQVCESIY
A0A165I7M7339-415LDERIVIGMGATAVQYLRPLGYSMLADLVHHVRAELKIEQIEKVLVAYTVIWLNPALGPDVITVCAKLLLNLVDSLV
B3LSL4364-447LPKLDYLFDERILIGNGFTMHETLRPLAYSTVADFIHNIRSELQLSEIEKTIKIYTGYLLDESLALTVQIMSAKLLLNLVERIL
D8LFI6323-405SEVDRMLDEDLLVGPGRQARDTLRPLAYSTLADLVHHVKDRIDLDQVSRVIQVFSKNIHDPSLPIPIQTTSVRLLLNLVDYIF
A0A066V8P7262-348VPLIDCLTSEHILIGTGVNGQGTLRPLAYSMLGDLVHHVRKELSPEQLRRIIYLYSCCLHNPSFSSTIHNMSAKLLANHVDVILEKY
A0A0C3GQ77355-437IAPFNELLDKQILIGDGLTNENLQPMAFSMLADLIDYIRHDLDDPQICKIVEVYIQNLLDNFPGTGLQSASARVLLIVADSIA
B7FPY1428-511DVLMDERLLLGSHYRSADQASLRPLGYQTVSELVLNVRSSLTMLQMSKVVSLFSRVLHDEGSTCPMPTQYLAVRTLLNLGDVIY
A0A165ZRA4206-285ELLADDRLHLGRDIGSQDTLRPSGYMVLANLAHHIRANLDPAPLRRVIELFAWGVHNNTLPASPRSVLAKLLVNLLNAVV
F0ZHY9390-477LPFLDTLLEEKVLLGTSKTSYESLRSMAYGSMADFIHNVRSHLTLAQVSKVVSIYSRHLHDSSNPLSIQTISVKLIISLMDSVLRRSD
A0A067NBA8322-405LSQVDHLLDERVLIGVGAASQEGLRPLAYSVLADLIHHIRNDLSQAQLIRIIHTYSCNLHTTSLSGGIQTMCTKLLVTLVDCVV
A0A1E3PEL8354-434VDIMLNEKVLIGDGLTVHETLRPLAYSTMADLVHHVRAELTPAQIWKTVTVYCKNMQDSLLATSFQIMSAKLLLNLVERIM
UPI0006450314319-402LDLLLDEKILIGSSKTSYEALRFIAYSSLADFIHHMRNDLTLAHIAKVVTLYSKHLHDSTNHFSIQAISAKLFISIVEYIPRKP
A0A1Q3ENZ9337-413LNERLLVGESLTSKEMLRAQTYTAIADLFHHLKPELSSSQLTKIVHMYSRLLHYPALGNNLHTLFAKVLIGLSDAIV
A0A165TLZ1327-410VDKLFDEDVLLGKGIGARETLRASVYVALADFVHHLRPELTTAQMARITHVYATLMHNSSLMSNVHLMFAKVIISLADSMVQKD
A0A166DT05354-434IDKLLDENVLLGRNASTRETLRATAYAAIADLVHHVRNELTMQQLAHGIHVFSRLFHNPALSNGVHTLAGKMLFGLVDTVV
D8RPG5288-376LMDKLLDERVLVGTGRACFEGLRPLAYSILAELIHHVRLELTLKQLSLIVYMFSRNVHDPSLPLGVQTTCVRLMLNLVSRMDEFSLSSL
A0A1R1XKH6345-423ELLDSKCLLGTGLTSIEILRPYALSLVADYIHNVRANLDSMQMSKAVYFYIEFINDTSLSSHIRALSVKLLFSISDSIT
Q9HFE8380-461LPYVDQLLDTKILVGSGITSQHSLRPMAFSMLADMLHYVRMELSPQQIYKVILLYFSILMDDFYTSAIQAMATKLILNLVER
A0A0M8MTE9353-436VSQIDTLLDERVLLGTGVTTRELQRPLVVSMMADLMHHVRQELTTDQIVKVINVHAQLLHEPTLAPSIQTMCVKLLLNLVETIV
A0A1S8W806336-416LDVILNDDVLVGTGVTCRETLRPLAHSVLVDLIHHVRNELSLEQITKVIHIYSKNLHDLSFAPQIQTMCAKLLLSLIDNVV
A0A1B7TAH7416-503LPYLPVLLNEDVLLSQGFTNNDTLRTLALSNVADLVHNLRSALSLDQLETAITIFIKYLHDTTLQVNVHIMSSKLLINLVDCLLTRGK
I0YYM2256-361LGELETLLKEETLVGRGRQCQTELRPLAFSMLAELVHHVRSDLTFAHLSRVIYLFCRRAPAPRCSKWAFPFELWQMNLHDSTLPVSVECTSVRLLLNLVEVVFARR
UPI0009AA90C8328-414LIDTLLDERVLIGTGRVCIETLRPLAYTLLAELVHYVREDISLPQLSRIIYLFSRNMHDSSLTLIIHTTSARLMLNLVEPIYQKGVD
A0A1S3INQ3239-323IDKLFDETVLIGSGWTTHESLRPLAYSTLADLVHHVRTALPLTDLSLAVNLFSKNVHDESLPCSIQTMSCKLLLNLVECIKQKSE
Q5KNL1408-487LEERVLVGTGVSSREMLRPLAYSVVADLIHHVRNELPLQQLIRVVYVFSCNLNDSTFSSSIQTMCAKLLNTIIDSIYNKA
E4X066364-446LKELFDDRILFGRGLTVREHIRPLGYHVIAELVHQLRTYLPYETLSAAVYTYMTNIHDDSLQLGAHVFSAKLVVTLIDCIRQC