Metacluster 452559

Information

Number of sequences (UniRef50):
97
Average sequence length:
93±15 aa
Average transmembrane regions:
0
Low complexity (%):
2.96
Coiled coils (%):
0
Disordered domains (%):
39.68
Pfam dominant architecture:
PF11001
Pfam % dominant architecture:
94
Pfam overlap:
0.39
Pfam overlap type:
shifted
AlphafoldDB representative:
AF-A0A175W5K6-F1 (268-370) -   AlphafoldDB

Downloads

Seeds:
MC452559.fasta
Seeds (0.60 cdhit):
MC452559_cdhit.fasta
MSA:
MC452559_msa.fasta
HMM model:
MC452559.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
A0A093VQ00501-603DVIHKEPDHIKKEYRVTLLVHLVQNLLPMGITADVLEEAASDTRRHLVPEEKAGEKAAILKEIIRVRRIEERYLRNEIDGTTQVYITDHDGSRRGEDESDDDS
V5G7N9277-357GLDKRRGITVDQLEDAGRSIRRRIKPADRLDVLAEIYRVRRVEERYENGEIDGNTEIYVVDRGWKTSNDEENRSPTPTPQS
A0A0G4LZN7704-821HILRMIVEPNEKQHPSIQKMNLTVEKLKEATEEALSMFFSAKENHKNAKKKPYLDEIFKVALSEQRFKHGEIDADTQVFVMAEERFPGAGMSEHDDSAPVKDECEPQSAXSSHDHSPA
E9EKX2165-242KRINLLAHILRLLVEPSAKQHVAIRSLGLDVKRLEDITSSKLRDFLEKDDMNARKRQRLAQLFELAQQEARFRNGDIG
A0A1B8G9M2305-396ERIILLMHILGLVVNQDSKSQARLRGVTVAKLEEVTREAMATWFADREKPKNAEKRPFLTQLFQVLYSEERYRRGELDGSTTVCVNDGAGVP
A0A086ST01266-375HILSLVVEPNEKQHRDIQKLNLTVKRLEECTNEALSGFYAESATNASKKQFLNEIFKVAKQQERYKNGEIDGAVEVYVLDNDRPPLEDRPPESDGNSLTRDDDEVNPSPS
W2RVG4172-281PPYWPPGVIHKEPDHIDRNSRTSLLVHLIMHTPQQQLRATTDDGPLIFASDLLQALEEKKGDFKEDRWAIIQEIIGVREQLERFNDGSEYHDPSTVIHVSDFSEPARAKS
B2AWI7263-348ERVHLLTHILRMLTEPNHKQHEDIRSQHLTVAKLEEAAMDAAASFFNASGENMKKKLWLKEAFKVAKAEEKLKRGEIDPTTQIFVT
A6QW75158-240DVIHKEPDHLKKPDRIKLLVHILRIHVRGMTAHKLREAGKNVQQHQLIPCEKSAVLEEIYRVREIEERYEDEHIDASTLVYVT
A0A194WYX0287-400MVVEPANQQHPSIEKFGLNVRKLEEVTMEAMNNWFNDKEHPDNAQKKPFLKEIFKIARAEEKYKNGEIDGSTYFSVMYGEQSGTEDSDNESDMKPEGNEDEIVTSIAASMPSPD
A0A0C3HC99277-398MIIEPRNSQCATVQKLGLNVEKLEQVTNESMKNWFKENPDNAAKKIYLKEIFRVARLEERYRNSEVDASTCISVTPYGDKNRINVSDDEDFEDEVKVEEEARESIVPASPPTSDSLVSPTTM
A0A136JJW7255-369HILRLVIQPLESQHPAIRKVNLDVRKLDEITMEALSTFFTDKENPNNEKKRPYLRDIFKVARQEERFGRGEIDPSACVHVRPDERVSGEDDLHSQNDDDESQGFSSTSEPTKQHG
A0A0F8AYX3171-258ERVYLLAHIMRLVSAPCEKQLPAVRKSNLNISRLEEITLDALSGFFSDKENPSNVRKRPFLAELFSVAKQEERNLRGEIDDFTKVWVM
A0A167SB56235-352PAWWPAGVLHKEPDHLLKPDRLQLLVHILCELKDSHGVTTDKLREAGQDVRRQITPAHRLQVLDEIYFVRQMEEQYLDGEIDASTLIQVTQTHLPEAIFPDSDELSSRAHAAPVSSSV
C1GEX5224-306VIHKEPDHLKKIPRVNLLIHIFRNLRKSHGITSQKLKAAGAEAQKQCRPGEKAAILNEIYRVREIEERYERGEIDADHIIYVP
A0A1L7XJR9271-372LNVKKLEEVTMEAISNWFSDKEHPENALKKPILKEIFRIARAEERYLNGEIVMYSEKASTEEFDGEDQIKLDDDEKEIPSSAISASRSTPNSIISPAIRHSP
A0A0F7U5Z5225-336PSGVRHREPDHLLKAERIRLLVHILCELPASYGVTAQKLKAAEQPVRRHIFPAERIHLLDELYYVRELEESFLAGLVEADSAALISVKNMPDLEVMVGRDQASSRSSSMNGD
Q4WUC6195-316DVVHKEPDHLRKDRTCTPPEGFLCHVTLLTDVERLSLLIHIIRKLGRFGITTDQLQEIAHDCKRQLRGPHRLQILDEVFRVRRMEERYERGEVDANTIVYVVNRESNPKEKDADSNVDLDQK
A0A0U1LX22239-309GITADKLEEVANDNRRQIKPPAKVGILDELFRVRRLEERFERQEVDATAVIYVIDHDGVKKNEPGSDGEDE
G0S690119-205ERIVLLTHILSLVTEPRERQHPDIRRVGVDTALLEKSTMDFVSSWFATNGPKNAHKKSILKELFRVAKAEERYKKNEIDGSTQIQVL
G2RAC5258-344ERIYLLTHIIKLVVDPEKQPPEMRRLGINVAKLETVAMESLSSFFEDPSKPKNEQKKYILKELFKLAKMEEKYLRNEIDGTTQVFVP
N1J7S3276-391AVRHKEPDHLLKPERINLLVHILKMIIEPSERQNPTVRKLGLNVRKLEETTMEVMSNWFNDKDHPENLQKRKYLREIFRVAKIQERHKRGEVDGSTTIPVMCGSEGRTLEGSDDEG
A0A1L9SME9221-313IMHKEPDHIQKGPRICLLLHILRKLAGYGITSDGLKEVLLDNKRTLDQNDNLEKKKGKKEPSFNIMVEILRVRQVEERYERGEVDATTLVYVR
J3K7K6254-347TKPDWWPAGVIHREPDHLKKPERIRLLVHIIRNLRKSHNITADKLEEAGRDVKRQIKPRERWDILEEIYAVRRMEESYERDEIGADAVVYVINR
C7YYM9183-300VQRVHLLNHILRMIVEPNSRQHPDIQKLNLNVKKLEEITIEALSGFFADKENPANARKRPYLTEIFKVAKQEERYKNDEIDGTMEIYVMADDKIPETYASGNDDEGSIPKDEEDQDAP
A0A1B8DLP9107-204LLIHILNKVEDQSSDKPKYLQAITVEELEKVTKQAMSVWFKNIDKSINDKSISLRNVSNIFRVAKLHERHRRGELDGTATISICSSVYINPNVSDEDY
A0A084R3Y9286-378AERITLLTHILRLAMEPYSKQHPAFQKAGLNVKKLEQLAFKRLSSFFEKDKKNSKKRPYVVEIFKVARAEERYKNGEIDGSTEILVQDEEEMS
A0A1L7WF55216-296ERVRLLVHILRMVLEPFEKQHPSVQQSGLNVEALEAVTMDALSGWFIDEDRPEIDGESLVLEEIFGIARAEEANKNGEIDC
S8BHG7222-293HKEPDHLRKEYRIELLIYLIRANIRDSNADKLKEVAGDTKRSLKHPSHIEIIYEILRVRKMEERFERGEVDE
G4UNE9252-351IVEPNSQQHPSIRAQELTVAKLEELTMEAMGGFFSDRANPNQAKKKPFLKEIFKVAKVEEQYKRGEIDGDTVVYVMADNNQSDFPSDDEDDACREEDDEH
W3WRB8255-353HILRMVMEPPSRQHPDIKKLQLSVAKLEEVTMEALNGWFADTSSPSNGAKKPYLEEIFKIAKQEERFRDGMIDGTTRVHVSTDDRLMDGKMSDTEETSP
A0A094AMD998-193GLIVNQDPSSLAILQGIDVARLDKITGEATNSWFKQQPKNAEKRGFLTQLIRMLYAEECYRRGELGASATVCVNPKDKDNEDSNSLSCQTQAADPK
W9C8B2271-344EPDHLRKPGLNIQMLEEFTMEALSNFFNNKENPGNLAKKPFIKEIFKVAKKEEEYKNGEITGDIYIQVMFGNKN
A0A0N1H7T4228-355VKHKEPDHIDKTERTKLLVHLIINTPQRQIRASSDEPVYIRAVELLAALEEKKGDFKEDKWAIVQEIISVRDQLEEYNSGNMYIDPSATILVSDYETENKSKKNSEPEADEVEADADEQVIVTPASEE
A0A1E1KC85287-381VHILKMIVEPVHLQCPEVRKLKLDVKALEAATLEAMSTWFADKEHPENEQKRPFLKEIFKVAKQQERYKDGGLNADTIIHVRSAERTSADEDSDG
A0A094G2J6181-262AFTELIILLIYFMGVVVTQDPNGRAASLSLDVAKLEEATCEAMAPWYAEKRGFLTQLFRVLYMEERYRRGKLGASATVYVDP
K1Y549287-401ERTHLLVHILRMVIEPKKTQHATLQKSGGLDVKTLELATMEAMSNWFADKDHPDNEAKRPLLKEIFKVAKQEERFRMGEIDASTTIPVCCDGKLRDDDDSDDNAHFKPEDDDEDD
S3CJG2239-351ERIRLLVHILRMIIEPTPTQCDTVQKLELNVRKLEEVTMEAMSNWFNDKEHPDNASKRNLLREVFKVAKAEESYRNGELDADVEIQVMTGERGLGEDTDAEDDSFKEEDEQDT
A0A176ZYU0127-203KQERIPLLIHILGLVVSQDPNSPAQQHGITVTKLKEVTYNVMTPWFDGPQKHKHDYLSQLFCVLHAEEHFRRGKLDG
A7EQ56309-416NLNVKKLEEVTMEGMSNWFNDKDHPENAAKRPFLKEIFKVARREEQYKNGEITGDTYIQVMYGDRNGAEIPDDEPDEGMKLEDDDLQPQDIEASPLILTPHSSVSPSI
A0A094C855172-258DLIHLLIHILGLVVSQDPTSPARQHNITVSNLEVAINNNMASWLDKPTNASKRSFLSQLFRVLYLEERYRRGELNGSDKVSIDDRAN
A0A151GAK3210-291RHKEPDHLQKRERVYLLVYIIDLVTEPVAKQHYDIRQQDLNIDKLEQITRVHLASFFTRDKKNSEKALHLNELFRIARQVEM
A0A1W2TLR5258-374HREPDHIGRDERVFLLCHILRMVIEPRSTQHPAIRSQELSVRVLETVTTEALSSWFADRDCPRNLNKQCFLTEIFRIARQEERFRDGEIDSFTEVFIMSASDYEANKESASESDDEG
A0A0C3HL38254-372VHILRMVAGPREKQCTAVQKLDLSVKKLEEVTMKSMLSWFNDPEHTENSSKEVLLKGIFKVAKAEERYKKGEIDDMTCILVTYDNRYRVNNPDDDEPGEDIEEVDESNQACLVPVPFSA
A0A179EXD3179-283LVVEPNAKQHSNIQRLGLNVKKLEESAYDAVSPFFTDNEAIAKKRPYLSEIFKLARQEERFKSGEIGECKLADESTEIDVIAKDTATGIDVSEDGDALFANDDDG
A0A0A1TM44285-399ERVHLLAHILRLVVEPNDKQHPDIRKLNLNVAKLEDATWEALSTFFMENKANALKRQHLNEIFKVATSEQKHRNDEIDGTTQILIKDADSGGDGLSDTEDYGGAMKDDDDVDMSQ
A0A1L9WGL9234-315DVIHREPDHLRKNERIKLLLHIIRNLGQHGITPEDLQEVAHDCRRHIPVEKMAILDEMFRVRKMEVRYQMGEVDATTIVYVE