Metacluster 311843

Information

Number of sequences (UniRef50):
144
Average sequence length:
95±11 aa
Average transmembrane regions:
0.03
Low complexity (%):
4.24
Coiled coils (%):
2.37065
Disordered domains (%):
21.63
Pfam dominant architecture:
PF01501
Pfam % dominant architecture:
85
Pfam overlap:
0.16
Pfam overlap type:
shifted
AlphafoldDB representative:
AF-Q5Z7Z8-F1 (202-302) -   AlphafoldDB

Downloads

Seeds:
MC311843.fasta
Seeds (0.60 cdhit):
MC311843_cdhit.fasta
MSA:
MC311843_msa.fasta
HMM model:
MC311843.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
A0A0B0MM4413-104YNCFTVERKLQAMLVTTEDNLESQKKRSAFLIQLAAKTVPKPLHCLSLQLSADYYFHGYYQTKQEPYNEKLEDPSLYHYAIFSDNVLATSVV
UPI000719387C268-363MAAKLRAMNHNAEEQVRSHQHEGTYLIHLAARTTPKGLHCLSMQLTADYFALKPEDRKLPNENKIHDPKLYHYAVFSDNLLACAVVVNSTVSNAKG
B8B2L6580-681RLRVMLQSTELNIDSVKKQNSFLVQHAAKTVPMPLHCLHMQLTTDYHFRDGVVKEYFRDAALKEEEDKAKREDRSLYHYAIFSDNVLAASVVVRSTVTHAKE
I1QJT1238-333IISKLQATLHSTEEQMQAHKQEANYVTQIAAKALPKRLNCLAMRLTNEYYSSSSSNKHFPYEEKLEDPKLQHYALFSDNVLGAAVVVNSTIIHAKT
Q9FH36123-230MSEVKRSKSDAREFAQKLKEMVTLMEQRTRTAKIQEYLYRHVASSSIPKQLHCLALKLANEHSINAAARLQLPEAELVPMLVDNNYFHFVLASDNILAASVVAKSLVQ
A0A1J7G8R3345-460QQLHYDSATMLMRFKAKIQALEEQMNSVSEKSSKYGQIAAEEVPKSLYCLGVRLTTEWFKNHNIQNKLKDKRQVEMKLKDNNLYHFCIFSDNILATSVVVNSTAINSKNPDTIVFH
A0A0K9PPU4182-266LEDEADFHMEQSAFLYQISVLSVPKSMHCFLMRLTEEYFNPSSVILDNPIVENTDSSVLQHYVIFSKNVIASSVTVNSTVTNTKE
A0A1D1YYC0173-279SHPHQDIKTFALKTKAMLLKMHRKVQLAGLQASVFRHLASIDIPKSMHCLTLRLAEEYYNNALARSPLPPTEFVSRLNNHSFIHLALLTDNVLAAAVVASSTVKSST
Q9ZPZ1175-267KLRAMLQTVEDELENEQTYITFLTQLASKALPDAIHCLTMRLNLEYHLLPLPMRNFPRRENLENPKLYHYALFSDNVLAASVVVNSTVMNAQD
A0A0R0KDG8157-253IATMKSHIQALEERANTATVQSTVFAQISAEALPKSLHCFNVKLMADWLKMPSLQKREHESRISPRLTDNNLYHFCIFSDNVLATSVVINSTVMNAD
D8QYU0272-376KAQHYDCTAMVKKLRAMLHATEQEGRMLKKQSVFLSQLAAKTIPKGLHCLSMRLSVEFYSLPPESRELPHQENLEDPNLYHYALFSDNVLATSVVINSTVSTAKD
U5DIR1122-204KARREKLQGQIYRHFASIGIPRSIHCLCLRLAEEYSTNALARRPLPPPAMAPRLTDNSLYHFVIISDNVMATYVVISSTVKNF
A0A0A9ITI01-116MKAMEVTLSKAQRTYPRCSQMTSKLRAMTHNSEELVRAHQSESSFLEQVAVRTLPKGHHCLAMRLTTEYFSLDPKEHEFPKRYSRQMDGYYHYAIISDSVVASAVVVNSTIAASKD
Q9LSG3178-274IQKLKDTIFAVNEQLTNAKKQGAFSSLIAAKSIPKGLHCLAMRLMEERIAHPEKYTDEGKDRPRELEDPNLYHYAIFSDNVIAASVVVNSAVKNAKE
A0A176VCY2225-325DEAKAKNYDTKTLLATLSAMVENKDEQTRTAKLQEALYRHFASSGIPKGMHCLSLKLTSEYSTNALARQDLPSPDLAPGLTDNSLHHYVVATDNVLAASVV
UPI0009AA6556126-224ITQRLRAMLQSADEQVWSLKKQSTFLSQLAAKTIPNGIHCLSMHLRIDYYLLSPEKRKFPSSENLENPDLYHYALLSNNVLAASVAVNSTIMNAKATIL
A0A164W5Z1106-209DIKAFAFKTKAMVITALMERKVQSARRHELIYWHLASHGVPKSLHCLHLKLAEEYAVNAIARSSLPSPEYVSRLTDPSFHHVLLLTDNVLAASVAITSAIKNSI
F6HD64261-357VVKKLRAILHSAEEQLRVHKKQTMYLTQLTAKTLPKGLHCLPLRLSTEYYNLDSAQQQFPNQDKLEDPRLFHYALFSDNILAAAVVVNSTVSNAKVI
A0A1D6KEG410-107CSTDFPHYAMQMESMDKELRSSRLSEQLNKHYAAIAIPKGLYCLSLRLTDEYSSNALARKQLPPPELVPSLSDNSYYHFVLASDNILAASVVVRSTVR
A0A199VGU1183-276YDCAVIAKKLRAMVPSVERSITAQKEKGMYLLQYASKTIPAALHCLALHLTTDYFSQGHSNRSTSSSNRKRLEDTSLYHYAIFSDNILATSVVI
W1PC064-114VLAWAKKDLEDYSLVARKLRAMLQIAEESVTAFKKESMFLTQVAAKLIPKPIHCLSLRLTTEYFLMFPTDQDSKAKDPRIDDPSLYHYALFSDNVLATSVVVNSTLTSAKQ
A0A1D6IRJ034-133KLRQLLDITEDEAYFHTRQSAFLYHLGVQTMPKTHHCLNMRLTVEYFKSGSNHVDQLNDQKLESPALHHYVMFSRNVLAASTTINSTVMNSQDSDHIVFH
S8E6G9123-235SFSQLVSEMKNNKYSSKDFALILKGMMEKFEREIRESKFAELMNKHFAASSVPKSLHCLSLRLTGEYSSNAHARTQLPSPELLPMLSNDSYHHYVLSTDNILAASVVLTSAVK
A0A1D6P6P4303-417HYDISSTIVILKNHALALEERAKAAIVQSAEFGQLAAKSFPKNLHGLTVKLIEEWLRNPKHRSRSEENQNSTRLVDNNLYHFYIFSDNVLATSVVVNSTVSNANHPQQLVYFFLR
S8CR8323-118KSKAMIAKMEYLVKQAKWEETYNWYLSTRSTSRSLHCLALNLAEEYATNVEARSLLPLPQHFHRLTDRSLQHVVVLTDNVLAACAVVSSTARASRD
A0A1D6DX44171-267YDISITIMKLKGQIQSLEDKSKAEAEKSTKYGQIAAEELPKGLYCLGVRLTMEWFKNPDLQRKFSDRSPAAQSNLRDNGLYHFCVFSDNILAVSVVV
A0A1J3D8V6118-207HNCPAMATKLHAMTYKTEEQARAQKKQAAYLMQLAARTTPKGLHCLSMRLTTEYFTLDHEKRKPIQESYNNPDLYHYVVFSDNILACAVV
W1P3A0176-300MEGAIAKAKTFSVDCNNIDKKLRQILDMTEDEAYFHRKQSAFLYQLAVQTMPKSIHCLSMRLTVEFFKTEPPDEEPFLTNGYDGPSDSYHYVIFSNNILASSVVINSTVAHAKESVKLVFHIITD
A0A151SZL71-65MPKSLHYLSLKLTVEYFKSPNYEEKTNEEKFIDSSLHHYVIFSNNVLATSVVINSIVFHAKESSN
A0A077S3P1121-219DTILASYDRLDMEAVVVKIMAMLLKMDRKLKSSRIRTLFNRHLASLGIPKSMHCLALRLAEEFAVNSAARSPVPLPQYAPRLTDASRIHVCLVTDNVLA