Metacluster 201695

Information

Number of sequences (UniRef50):
51
Average sequence length:
58±9 aa
Average transmembrane regions:
0.05
Low complexity (%):
0.36
Coiled coils (%):
0
Disordered domains (%):
17.13
Pfam dominant architecture:
PF07589
Pfam % dominant architecture:
7
Pfam overlap:
0.14
Pfam overlap type:
shifted
AlphafoldDB representative:
Not available in AFDB v.1. Work in progess ¯\_(ツ)_/¯

Downloads

Seeds:
MC201695.fasta
Seeds (0.60 cdhit):
MC201695_cdhit.fasta
MSA:
MC201695_msa.fasta
HMM model:
MC201695.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
A0A1N6HNI0142-196NLGDKYVGVQFKKNGMLHYGWILVNFSLAGTTRQLTVKSFAYNSVADQQILAGQT
A0A1V1ZEL9127-173NKYVGLRFKLGSNTHYGWVRLDVNANNITIKDYAYNTTPGESINAGQ
D5EKY2147-235LGYGNFTGRGFAGFQFEATGGTTHYAWADLEVAADGSSITVHGWAYETTANTAIQAGAVPEPAHAAGALGLLAMGAAGLRRFRGSRNR
I9RM28816-880ATSQFTSWYGRTAYAGFAFEYLGNTLYGWFEITVSADGGYYVVNRFAYNEKPGEPIFAGKTGPNA
A0A1J5L7H9141-196AVGDKYLGLKFDIDGATHYGWARIGAINGSTTNWVIKDYAYNTTADEAINAGQTTL
A0A076NVA6190-247GKTGYVGFEHLIDGEVCYGWFKVRVDANGDGYTVLEYAYNTQPGANIVAGMTTKIATS
A0A1F3IQW7135-199SVYGNFYGGADQYMGMVFGVGGSFYYGWLRVQVTLDPANVSVNKLVLLDCAYNSVADQPILAGQT
A0A1N6GXC8127-192NPADTTWRGAWTAANRKYIGVQFMIGNEPYLGWISASVDTARDCMILHEAAWRKASAGNIHAGDLE
A0A1V1NT8762-144SNVYGNFLGKTGFIGVQFQQGNDTHYGWIHFEGPNPPTYGKIIDWGYESEPDTPILAGAPKYTQPTKTHTIPTLNEWGMLILM
UPI0009F6AD191157-1215GKSGYIGFTFKIGGNTHYGWFYATVANDGLSYTILDYAYNTNAGQGLLTKRPAAAAGPE
A0A1S9PHP1168-222WKNKQDKYLGFALKMNGEPHFGWLRLSHDTATNEIIVIEYAYSKVPGEDVIAGQK
A0A0R2VAF6162-218GNWFGGQTDKYLGIRFDAAGNEHYGWLRMDVASDNIEFTVKDYAFEATPETDIDAGV
A0A1V6JWD1156-219GIGEFAGVASAYLGLELQIEGRTHYGWIRLGAPLAHLGGGWIYDYAYETRPDTPILAGAIPEPS
A0A081BN25139-200GNGNFPAGAELFIGVRFTLSGGTHYGWIRINVAAKCGSVEVVDYAYEDVPDTPIHLGAPAPV
A0A120HKI7548-600WKGQIGYIGYEYKIDGNTCYGYFKVEPISGSEGYRITEYAYNTQPGAPIKAGE
UPI0009427EAC1132-1183WNGKTGFIGFTFEVNKKKHYGWFHISVANDGKSYTILDYAYNKNANEVIHTR
A0A0R2VH37159-217DGFWFGGQTDNYLGLRLRKGSQNFTGWLRLDVAPDNQSCTIKDYAFYKIPGQCIATGQT
UPI00058C9DFA129-190GGYTNSGFCGTTADSYVGVAFDISGSTHYGWVRLEMGSSSSNFTVKDFAYEQTADASINAGD
A0A1V6K077128-194SGCLNVGCFGPFAYRTAYMGFDFLAGDGERHFGWLRIDDTIPGGHVFVTDWAWAATPGESIMAGAVP
A0A1Q3GXI8957-1009WYGQTGYIGVKFTINGNTHYGWLQVSVSADGQSMSALDFAYEKQPGIPIRAGE
A0A1V6DIQ8142-194ADQADSYLGIRFHAADGAHYGWIHVALQSSPVIVDWGYETRPDTAIRAGAKPV
A0A1T4N5F1551-598GKTAYIGLKFTLNGKPRYGWMRISVSADGTNFTIRDYAWNQQPNGSIR
UPI0009B6E95F16-64DSYIGCFFKISGVKYYGWLLVNSTANGVITLKSYAYNNVPGQSINVGET
A0A1V6DIV2133-195STWPGFSGQPPEAFLGVRFQSNGVPHYGWIRFVLSATNTAAFPVIADWAYESRTNTVIRAGAG
A0A0U3KHL11351-1410WAGKTGYVGFEALYQGATVYGWFKVTVLADGSQYTITEYAFYTKPKGAILAGATTLPTTI
A0A1G6CAG8157-223DCFDSNIECYEDWKDKNDKFLGLRFIVDGKTHFGWARLSVTSPTDWVLKDYAYNATPNKPILAGQME
UPI000931896C129-179ETNKYLGVRINISGQWHYGWVKLSTDIRNDNMTVHDFAYNTVPGQQIAAGF
A0A1V6JYM9131-222SGTGASGSFAGQHAYMGIEFQRNGASHYGWMLLQVSGSFAAVAAIESWAWETRPGEAILAGTVPEPSTWALLVGGGVLMLWFRRKRHEGRG
A0A1V6JME5153-202NAYMGAEFQIDGQPHYGWVRVDLSQPGINGGWITEYAYDTRPGMPIVAGA
G5JBQ1155-207EYFGFRFLSGGDTFYGWANINIDTATDGGTVTITEWAYNNTPNGSILVGQTED
A1ZKY5826-873GKTAYVGIRFNANGNTHYGWLKLEVAADGQSYKLLEHAYNEQPEAPIK
I6B2M2155-216GEGVTGYIGYSFDLVGGETHYGYAYVEVSGSTLTIRSWAYETTPDLGIIAGARESMNVPEPG
X1D6P812-61GYGDFIGTQKFVGVRFYIGTDQHYGWIRVRLGDYLDPMTIVDWAYESTPG
A0A1V6DGN1137-198GPWVYQTAYAGIELNIGGSLHYGWLQIENWDFGGRVIGWAYETRPGVPILAGAVPEPSTWAL
A0A0M9E9C0153-205GQFTRGTPGFLGVKFKIGQNIHYGWIRLTIDADASAFTVHDHAYNDAPGESIT
A0A1G0WLA3130-183LGNWPGSVEKYVAVRFKINNSYHYGWIGIEIPSDSTYIKIKDCAYEDVAGQSIL
R5P6841374-1422RDKEAYIGIKYDFQGHTRYGWIRIEVAADGQSYIVKDYAYNEMFDEPIM
H6L1E8158-213PFNDVYVGFRFIRNSGTTHYAWVRLDVPSAANTITIKDFGWEQTPNTAIIAGATGQ
UPI000481FF55179-233WVAKDDQYIGVQLLIDNKPHYGWIKVSHQGAQQKLYIVEFAYNLTPSEELLAGQK