Metacluster 73646

Information

Number of sequences (UniRef50):
56
Average sequence length:
80±8 aa
Average transmembrane regions:
0
Low complexity (%):
5.31
Coiled coils (%):
0.487013
Disordered domains (%):
24.2
Pfam dominant architecture:
PF01048
Pfam % dominant architecture:
85
Pfam overlap:
0.15
Pfam overlap type:
shifted
AlphafoldDB representative:
AF-Q74E52-F1 (208-286) -   AlphafoldDB

Downloads

Seeds:
MC73646.fasta
Seeds (0.60 cdhit):
MC73646_cdhit.fasta
MSA:
MC73646_msa.fasta
HMM model:
MC73646.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
C8VP37242-333YQMICMSTDYDCWHESTEDVTVEMVMGNMKANAVNAKHFVTAVLDELADDRNAELVQAKQYAGSVKFGLSTAQANWSPEARERMNWLFPGYF
A0A1F9VBL1226-293VSVDKVVATIQANVANVKNLIKASISKLARERSCECASAAQFAIQTNPKYLNKKTLKKLDLIVGKYIQ
A0A1V6G234209-286DCWRSESEDVDVGVILDNLGKNTRAAAQLLRGIAERAAGERTCACGAAARKAIITAAAERDRRQEERLRYVLGDVLGG
X1I2Z825-102DSWHDIHEPVTVDTIMSTQRRNVDTARKIIKLAVSRIPEKRDCECATALKGAILTAPEAIPAEQKKKLNLIIGKYIS
I4B0I7206-294YQMICMATDYDSWREHDHAVTADEIMAVVKKNSDNAQKVLKAALPHLAAKKGSLNSLIGSVKFGIITAPEKRPASLRKKYNTVLPGYF
A0A1F9AHV6240-320LTDYDCWNEEAGDISVGEVLKILAERTNTAKSAIREAVRLLPETRECVCASALKHGIITGKKMIPERKKKDLEPIIGKYL
UPI0007E81DCF197-260VTDYDCWHTEHDNVTVESVVKTMQANSANAKALIKAVIPALGGKRHSCSAGCDHALEHAIMTAP
A0A1V6EPM816-106CYATVAMVTDYDCWHPGHEAVTVDQVIHVLLANADKARSLIRQVAPALKHDTDAAACGCRHALDHALITAEAARDLAVLARLDAVAGRVLR
A0A1Q6DXS8206-285ITDYDVWHTEEEVSMELILQRMQKNEKTIKRILEKVIPQIPEERKCECKKALEGSITTEPANMSDEVKEKLSILLKDYI
X1LZH98-88VTDCDCWHPSYESVTTEMILANLQKCVDTAKEILRLTIPGIPQKRDCICAAALKDAIATAPEYIPEKVKENLALLMGKYMS
Q7NHW1217-292DCWHPDHGAVTVELIIDNLHKNAENAQRIVRAVVERLHAAAPPCASHSALKYALLTQPEDVPQATKQKLAAILAKY
A0A1F7RU73210-284DCWYTEEHVSVEAILDNLNKSLNNTKSLIRNSLQELINRPRNCMCSTALNNALLTQPDYITKDKKQDLNILIGKY
Q74E52211-283DCWHESHDDVSVDAIIAIIKQNVAMAKSIIRNAVRRIDRERNCPCASALRYAIITDKAAIPAETKERLDLIIG
A0A0L0ST10203-295YQMVCMATDYDCWREEHEAVTVETVVATMHANKDNAKRLVEAVIPDLEVAVKDIEGAFFDKIRGAAKFAVMTAPEKVLPEAAERVRYLHPQYT
A0A124FN09201-283CYATMAHVTDYDVWHVSEKPVTVEMVLKVAHKNTQTAQKAIQNLVGTLPPVSHCECWDSLKNAVLTDPKMIPEPTKENLKVIF
A0A1U7LRH5529-620YGMICMATDYDCWRDSEDIVTVDEVTAVMTGNVMNAMKILALLLAKCERGLTKGLGEKRKGQMKFSIATKSDFISKAAKEKIAFILPGYWS
A0A1E1IP72215-302AYAVVAMVTDMDAWSDAPHVDVSQVMKVVAANSEKAQLYPPEIIKALAESPFEDPAHHALKDAIMTKPEHIPTEVKQRIQPLVAAKYP
A0A0G4HQ44219-308TDYDCWRESEEAVSVEAVIRHLTNNASSAKKLAEALIPRIESELANPDSALSKKVKADAGSSKGAVITAPDQRNKETAGKLNFMLHGYF
A0A117LVW0209-292VTDYDVWHVSEAPVSVEMVVRTLSQNTALAQRALIRLVDILDEPEFQAMECDCEEALKDAFITDMAKVKAETREKLDLLIGKYT
V6F3L9200-292CYATVAMVTDYDCWHPDHDAVTVEQVVKVLLENADRARALVKAIVPQVGGRSGNCAKGCHTALEHAIITHGDKRDPNVVSKLDAVAGRLLKR
X1U9G11-69TVSVNLIIQTMEKNTENAKKLIRLAITRMPEKRDCLCACALKGAIITSPKEIPAGVRKKLDIIIGKYI
A7HFR9200-292CYAVVALPTDYDCWKPHPATLDQAKLIEEILGNVKVATQNALELIRRAIPQVAAIEKPCACQSALALAIWSDRSRIPADVRQKLAPILGKYVP
X1TMF752-130DVWHEVGEPVSVEMILENLRQNIHNAKAIIKKAVAALPRHRSGQCECAQALKNCIVTQSDSIPEEIKEKLRFIIEKYIK
I1BYN7192-275TDYDCWRVDEEAVTVETVMQNMGNNGKNAKNLLHALLPDLEKAVEQGSLEPKLTGSMKFAVMTAPEKRNPETVAKLNYILPGYY
A0A178ZS9327-120AYQVILMSTDYDCWHDVHGDVSVEMVMGHMRANAVNARRFIAAVLDELSKEEHSSLVRATHLAESRKFGVSTYPEGRGEKALEKLRWLFEGYF
A0A136LGF6213-287DSWHIAEQPVTVEMVVNTLHHNLQLAQQAVAIAAEQIDETAQWPAHFALDGAIMTSPSQIPPALFKQLQPIIGRL
D5EB16208-285VTDYDVWHEEDVTMETIIANVIKNEKAVRTIIHQALESLDIEQDCECRHALDGAIMTDSEMISYETKYRLKALIGKYS
I4EFV3169-245DVWHETEESVNVSTVIENLRRNTETAQAVIRDVIPMLAQAADCECGSALAQAIVTAREGIDPPTRERLGLLIGRYLE
M1WWA65-82DCWHPDHDSVTVDIVLANLQRNAVNAQKVIQEAVKQLDANPPVSESHSALKNAILTSFDKIPTATKEKIWLFIKKYL
A0A0P7GPA9208-287VTDYDVWKDDHEVTLQEVLENASANEDAIKAAVEEAIRTFPEDHECSCHSSLEGTINTPTEAIPEETRERVDLFVGDYLE
A0A1J4XYG5206-287VTDFDAWHPHHDAVSVEMVVKNLQANGANARKLVSRFLEIFDPQQADFPSHHSLDGALMTALEDIPATTRQNLEPILHRFF
A0A1P8F533212-288DSWHEEETPVTVDMIIATLRSNMELSKNIVKLAVSRLPELRKCACSTALQNAIVTDPKSISADRKEHLELIIGKYIK
A0A1F5J827209-285DCWHEHHGNVTVDDIIETLMSNVALARKVITKALPGISEARDCACRRSLENAIITSRDSISPEVKERLGILIKRYVQ
X0YMM451-127DTWHETEDSVTIDMALANLLRNADTAKKIIGLVAARIPEERECGCGEALKNSIITAPQKIPERMKKDLDLLIGKYIK
K1YWY124-100DCWHVSEEDVTTAKILEVLQQNVNNAQKILEKVVSLWELKEDCRCHHSLKNAIITDRDKIPPVVKERLDLIIGKYL
A0A1V5HRH323-103VTDYDCWHEVDVDIETVIQYLTKNAANLKNLIKAVIPKIPRSRAAGVCACPEALKNAVLTRPADFPEDRRDAFEFLTAKYR
A0A1R1YZ79207-288VTDYDCWREDEAHVEVDAILAQLGRNAATARALVAELAAMLPEERTASPIDTVLDQALITPVSHMDRAKADSLGPIVSRVLA
A0A1W9V5X6344-424VTDYDVWHETEEDVTVEMVIKTLLGNVDAAQQAIKNVIPKLAANPDWPCHHALANAIITDRSAIPEEARKKFELLAGKYL
A0A1W9L8S6205-290CYATLALVTDYDAWNREHAAVTVEQVVGHLHANAGFARMAVARAVAAIAPDRACSCRTALQHAVLTPHTAVPTETFEALRPILSRL
F1W512110-191VTDFDCWHTGHAPVTAEMAIGNMMHNAAGAQQVLRAAIRRLAADAPVSLAHTALAQALVTQPSAMPAATREKLLPLLAKYL
A0A1G1PTQ8207-287VTDYDCWHPEHASVTVEMIIRNLQQNIENAKKILARVIKDLPAEPECACQEALKYAIVTDRELIPEKTKKDLRIIIGKYIK
C6DE56206-294CYNMVAMVTDYDCWHTSHEAVNAAMVSEQMADNIKKAESLLSVIVPKLAQREALCRDRCQHALDGAIMTDFSLITSDVIRRFSPLLDRV
K1XLA984-152VTTDRIIAVLKDNAENAKQIIKEILKDINPENSKCKCANALQSAMITPLNTVSRECKKRLFEIIKKYL
UPI00041D62EE206-287VTDYDAWRDREPGADAQDILITLATHIESSHHLLRRVLGRIAEGPPPEEPALTALKSAVVTPPERVPEDTKIKLRLLIGKYG
A0A1Q6VCF0213-293ITDYDCWKIEEEPVSAQIVLSHLVANAETAKKVISNVVPQIPTEPNWPEHFALDTALITDRKLWPSATVEKLRPILERFLP
A0A1V5VLZ8208-286TDYDVWKENEEVSVEKVVANMKFLTSNVKLLLKAAIKEISFDTDCVCESALKNAIQTEPSAINKKTARKLGILLKKYI
A0A1V6AWA6232-312TDYDTWRLHEEGVTVGMIFENLRVNISKAKEIIRKAVAALPPHDETACSCRHVLAAAVVTAAKHVPAATRKKLALLVPEYR
A0A1F2X0F660-140VTDYDCWHPEHENVTVDMIVSNLQRNAKMAKRLTAEAVGRVPAERGCACASALSTAIITSPDAIPAETKRDLAPIIGKYVK
A0A1V2LL59644-716TDYDAWREDEEPVTVETVVGNLNANSRNAHIIAEKLIEVLEPKIKSGEIGNDLQGSMKMAISTAPHGRDKKVM