Metacluster 403839

Information

Number of sequences (UniRef50):
81
Average sequence length:
108±16 aa
Average transmembrane regions:
0
Low complexity (%):
1.74
Coiled coils (%):
0
Disordered domains (%):
34.19
Pfam dominant architecture:
None
Pfam % dominant architecture:
0
Pfam overlap:
0
Pfam overlap type:
None
AlphafoldDB representative:
AF-A0A1D6JWH8-F1 (100-159) -   AlphafoldDB

Downloads

Seeds:
MC403839.fasta
Seeds (0.60 cdhit):
MC403839_cdhit.fasta
MSA:
MC403839_msa.fasta
HMM model:
MC403839.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
K1VR15238-346KVTFTCHHAGRYEAKHSTTLPREKLRLNTKKSVKCDCPARIVLTEMEDGECKVSYFWKHEGHDAYADDELESGRLPKVIDEWLVAQIEAGKDTDAIRRSLMMTEEEKSA
A0A0C9V3D4131-262FDCSHARSYRDQRNPDLSLSKKRSRGSSIKVQCPARITVCKPSNSDLLQVEYLWEHCKHDPSTLRDMRESRNPDAVRKWLDARVSEGFNKKAIQAMIHMSSEELEQLDVENENLPYSIKITAQDIYNAVRRK
A0A0B7NQK375-191THYYCDHSFYVKVKKRNPDAAETEPKRRKTKETKKIGCTARFVKYLMSYYSIEVAYKWQHVGHDPSKIEEMIKSGLPDDVKDWLKKYVEQDFDWKQIKRLLRLDEQRLEEIEKNPEY
A0A177VU4345-160MLSWRHRYQCDHAGRPQSKPLQPNLSPSKRRRRLPSIKVGCTAKLVVFQPIGERRVYIKWDYKHTGHDVASMQSVAESRLPKRVREWISARVAEGRDWKAVRNLLRLGEDELQRLE
UPI0004449C7F98-204KKKYEWTERYQCGHADTFCDERDKEVIDGDVVKVECQPDHNGHSAGTVGDMARSMVTVSVKQWIEERVGSGTNWSGIKKLLRLDALDNGSCANIPESLSVLHQDVYN
A0A167KFK139-178TLYLACDHHGSPRKHKEEAGDKPKAKRIHTDSTKDGCKTKIINTLCDGQKVQDEIWSRRPNDVKQWVVLHVDNSMDWKTINTLLRIHPQRLEELLEAGFTISSFPTSLRINYNDVQNVINAHSNKLSGRDAVDKTSVEEW
A0A0C7CGP2100-230FYLCDHAGADKKAKNSTGTIGTTNVLSSVDNDQVSSSNQLEVMRPKKIRITMKSSIKIGCTAKIIKHVMTDGTIHIEYHWKHPDHCPWDIKEITNLRLPFEIKQWITEKVSENMDWKTIKKFLRTDDECLI
A0A167KLY462-173TLYLACDHHGLPRKHKKKAEDKLKTKRVWTKSIKDGCKAKIIKKTFRDGQVSIECLWQHDTHQPEKVQDMVRSRLPAEVKQWIVSHVDNNMDWKAIKTLLRIDPRRLEEVLE
A0A0C4F4P5116-209KLEFKCPQNGTHIVRPNSRRSEPSQRCGCLAGFWISHDVTTNSLRVCWRWQHNHQPDSNTEMKKHRLPKLVMKWLTKQVIRGLQWPSIEKLLSC
A0A177VT85107-241WRHRHDCDHGGKPEPSKRNTDLSPSKKRKRLPSIKVNCRARFVSWQRLGDDRIFVKWSHAHSGHTVTSIASMAESRLPARVRHWIRDRVSEGRDWKAIRNLLRLDEGDLERLEKGVDGLEMLPEALRVKRMDVYN
A0A0B7NBJ476-193EIYVCNHAGTPRKGTKQEAQEDEIQTTDRKKRRVVFKGSIKINCPANIYISKMTDGTYQVTYKWCHPDHDPFDAKEIATTRLPEDIKKWINNLVSNDMDWKSIKNLLRLDEQKLKEIE
A0A163M2D979-187FLCDHYRTERKVATNEAGPSTPQPAKRRRTVNKVSKRSACPAKLTAKELNNGTVEVVYEWVHLNHDPADWDEVAAEALDQGTKEWLKKQVDNEMNWTSISALLRLNDDE
A0A167JG8262-193IKVTQYLKCNHSGTKAESLKKQAVENDELHVVKRRNTMGSSIKVGCLATLVVKFFNSGKVTVVYNWRHNNHNPLELSDISHSRLSEEARIWINEHVEKNLDWKAIKGLLRLEDIKLEEMENSMSMTSIPSAM
A0A168KTJ368-179VQTDYYVCDHSGIPGLKPASENGGPPKRRRMVKKESKRVGCPAKFTVNVLNNGECKVTYQWIHLNHDPTEWEEIATEGLDDETRAWLQEQVDKQMNWRSISALLRMNHDEMD
E3K5D985-188LFKIEYRCPCYGHHEPTPNSQKKVKSRKIGCTARFTVSHHVLTKSLRVVWWWDHNHNPYSHEDMAMQRRPHVVNQWLNKQVVAGLGWHAIEKLLSCPDLFQLDE
A0A0C4EMG1106-214KLGPPFKYHFKLYFACPQRGYHKAPLNSQKAPSSCKCGCNACFEVTHNIASDSLRVNWHWKHSHDLNTKEDMQHTCLPRVFHNWIVDRVDQGLGWKDIKNLLASPDIVI
A0A162ZS4728-137KTVVYLYDHAGKSQVKKTFQPAQKCIRTTKFIKIGCPASIYKHNITDDTVCIKYNWQHPNHDPFKIEEISLSRLPDELKQWVEGLVSQNMDWKSIKNMLGMSEDRLLELE
A0A0L6UL5293-180GHLSRKVSSRKKHVSRKCGCSAKFTITHHIQSDSLRVVWLWDHNQQFNSLEDMQSSRLPPCVAKLLDDRVLSGDKWKNIHKDIRCPKV
A0A163K1T573-187HAGSPRKKADETPGSKRRKTTKATIKVGCTSKLTKHVYADGAVKVVYQWIHENHAPSEVEDIGHSRLPVELRNWIVDCVDRHMNLKSIKAVLRLNIDQLDELDANIADGRFPPSL
A0A180G2X4106-204HRCSTFSNSTTNVLATGTTRLQSTPGKKCGCKARFTITHHIATDSLQVEWHWKHSHELNTKEDMENTQIPKVIDDWIITRVDLGIGWKGIHCLLSSRDL
A0A0M9VP8396-209YAWRKHYVCDHSGKPRDRRNPNLAPGKRRSRRASIKIGCPASFTATQEMGSDMVVMVCRFQHQGHTVNTREYWASSRIPDNVREWIKERVSEGHDQKEIVQMIHEHQKNAANIP
A0A1E3HYX6255-363FTCHHAGTYNSQHSSNLPKEKLRMNTKKSVKCACPSRIVLSEMQAGDCRVCYHWKHEGHDPFTEGDLDGGRMNKAIDEWMVARINEGKTPEEIRRLLDMDEDAKKAYLD
A0A1X0QRN776-221VFKRRYSATSNHQFIRQPIIEALPGHTAFYLCDHADTDKKAKNNTDNDQNSSSNQLEVMHPKKARITMKSSIKIGYIAKISKRVMADENYELSFAFEIKQWITEKTSENMNWKTIKKPLRIDDEPLIELEKKEPFSSFPMSLLINY
A0A0B7ND18103-189QQASKCGCTAKINAVVCKDDTDLNLIRVTYQWKHTGHNPTSRDEVINGPSQRYVADFIKEQVENNMTWYNIKAMLRLDRATLANLID
A0A168PUB682-180PIPEDQTYKCNRSGRYKAPANPKRANALLPCNCKSYIKVASVERSPDEVTVEYNWKHDNHVPGSAADMAAAPISREARLAIQQLVENKMTWENIKPLLR
A0A0B7NNQ079-208CDHHGKKPASPPAPVLQNEENCVVKRRKTKSIKVGCKANLKIKCFNDDSFEVTYNWRHSNHTPENIAKLSGSRLPEAAKQWIQEHVDKHNNWEGIKNFLRLDENQLNEIGNHGTFKEIPVAMLINYQDVQ
A0A180G0B211-144MQATVQWTLENLLPPKIPGEKKSNAGRPPTYKLKMYYICPQKGHHVAPLKSCKAKSGQKCGFQARFNIFLHLATDSLWVEWFLRHSHKLNTLKDMENTPILKATHNWVCSCVDSGLRWDSIQDLLSSQDLDVLC
A0A0C9V05611-129NRRSKVVWSKYFICDHAGKYRDQRDANLSPRKRRNRAESIKCECSASIYACQPFGTDAVDIIYKWQHTVHDPASLKDLQTSRNPNEVRTWLDERVCQGFDQKALKAMLRMTPDQLREAS
A0A180GND6114-203YACPRSGHHEAPLNSRKEASNRKCGCKAKFEISHHLPTSTMRVKWHWKHSHKLNTLEDMQATRLPVSVHQWVVNRVDSGIGWKGIQKLLL
I1C3M422-93PSSVKRIRTSMKVNCTAKLNKYFLTDNSISVDYVWKHVNHDPLHDVKDIVQSRLPTEVKRWIEEHVDDAINT
A0A1X0QMM417-145PLQLKTRYFICDHGRAKAVSKKVAIDASSDVASEASSSSEVVAKIRRVSKKASIKVNCPARITEIISFNSSVNVEYEWHHIYHDPLAALDLTSSRLQKAIKGWINQQVESSKDWKATKATLCLSENNLD
A0A0C7BSX850-128LRLHTIKYQCDHAEKSKKARTKESIKVGCLAYINRHLLTDGAVEVKYRWEHPDHNPCDVQEIILYRLPSEVKQWIEEHR
A0A0C9VA1638-174ASESAVYTNWRFKKQSPEPKGEGKRKYEWKRIYECDHTGSPRDRQDENLSPSKRRKMKESIKVGCKAKIEVYKLFGSDVVNVDHYWEHTGHDPSTLRSMKESRNPDAVWHCEELAEITDEIDVLPCSIKISAQDIYN
A0A0B1PBE966-177IEWTERYRCPFSGKKRASRQSPNPHRKRKDSMKVGCTASIKAKKYIDSDRIKVVFDARHINHEPNSVSSWQRQRLPPVVKNWLKKVVTTGVNWETYKTVMKPDFEMLTALQS
A0A0C9U0I510-118CDHAGHPGDRREPNLSPNKRRKNQQSIKLGCKVKIEVYKVVESGVVDVDNYWQHTSHEPTTLKDMKDSQNHDVVRSWLDGPVKDSFDRKAIKAMLQMMSEELSKIHLFL
A0A0L0VHT87-92GHRKYRPQLSGTSQKCGCGAKFIVRNHTPTNTLQVEWHWVHNHNPYSEEEMATRRTPKVIAQWINKRVISGLEWASIEKLLSCPES
A0A0C9UIR760-198NRKRKFEWKRLYECDHAGSPRDRRDENLSPKKRRKTGPSIKVRCNAKIEVYQLVGSNVVTVDHYWQHNNHDPATLVNMKMSRNPDAVRHWLDARVHEGFDSKVIKAMIRMTSEELAEITKEVDSLPYSIKISAQDIYNA
A0A0C9T2S218-148KVEWSNHFECSHASTYRDARDTNLSPSKQRNCAPSPKYCCDAKILISKLCTSDLLEIRDFWKHNNHNPVQLRDMQESRNPDAVHEWLHTRVNKSFNQKAIKAMLQMSSEELAELKVDNTSLPYSIKISTLD
A0A1X0R9B125-123HAGWRIRPRNADDQTRQRKSSRIGCPAKIKKVTMNDGSVSATYHWQYPDCQLFDIKEIASSQLLPESKEWIEKHVNDFMDWKAIKSLLRMNEDNINEII
A0A0C9VDB372-190WECDHAGQPRDRRKPDVCPTKRRNRNPSIKVGCMAKIYACQPFGSDKVKVIYDWEHTGHNPVSLDDMPASRNPDDVRTWLDNKVSEGFDQKAIKAMLRMSTEELLEITPDVDAVPYSIK
H6QVJ4117-214RLDYKCPQTGIHKAVPNSRKKRAVSKKCGCTSKFSIYHHLKSDSLRVEWQWKHNHNPFSAEEMKRNRVPKMVEDWLTERVISGLGWKAIHKLMYSPDI
F4S5Z0155-254YNCNASGNPCTQKKSTLTELARQSSGSIKVQCPARFLLKKTLTGKMEFEWYWKHENHNPFSVEDMCNMHMPQVVKSWLNGRILEGLTWRTIQRLLRCPDL