Metacluster 66111

Information

Number of sequences (UniRef50):
133
Average sequence length:
60±11 aa
Average transmembrane regions:
0
Low complexity (%):
6.9
Coiled coils (%):
0
Disordered domains (%):
36.78
Pfam dominant architecture:
PF09110
Pfam % dominant architecture:
60
Pfam overlap:
0.16
Pfam overlap type:
shifted
AlphafoldDB representative:
AF-P28370-F1 (838-895) -   AlphafoldDB

Downloads

Seeds:
MC66111.fasta
Seeds (0.60 cdhit):
MC66111_cdhit.fasta
MSA:
MC66111_msa.fasta
HMM model:
MC66111.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
C4Y6F5177-238IENSRPLTEEEKELKQELLTQGFNNWNRKDFIHFISVCTKYGRNAISLIAAEFEDKTVEEVR
A0A044UVY0826-885NAVPLTEEERNEKIQLLTQGQSNWSRREFQQFIKANEKYGRHDLENIAKEIDTKSAIEVE
A0A1X1BPK0711-765DDEMREKRDQLLSEGFGDWNKRHFGSFIKANALYSRYDVDSIASSIKDKSPEEVK
A0A167DY12688-735KQLLSQEGFSTWTKRDFHHFIQLNAKYGRDNVAAIASEFEEKDADEVA
K3WIC8748-802LTAEELNEKEKLLREGFGDWNKPQFFLFIKLLARYGRANVEAVAREMGKPFEEVD
A0A058ZF841185-1264LADAQREHQALCGRIAEAEPLTEEVVAERDALAAQGFPDWSQRDFRAFVRACERHGREAVAAIAEELAASPHDKSPEEVR
C5KT21692-741AEKKRLLAEGIPHWSKKQFNAFVRGCKTYGKDKLAKIAEEIEDKSLSEVR
A0CVG3779-834LTQEERQEQKQLLETGFKNWNKQEFSDFITANEKYGKDAYEKIQEFIKTKTVDEVK
F0YQX160-112LDAKDQKEKETLMTRGFTTWTKQHYTLFLRASARHGRDAYDRIAADLYGKSPR
A7EZK9836-906AERNLEQLEIDNATPLTEEEQEEKQRLSQQGFADWNRRDFQQFINGSAKYGRKDFSMIAEEVDSKGPEDIK
C5E2J8803-865LAVANAQPLTEEEEKQKAQLESEGYTNWNKNDFRKFIAACGKYGRNSIKAIAFEFAPHKTEEE
A0A0G4HH50915-972LPPEVQEEKARLLSEGFGDWTKKEFSVFVRACEQFGRENIARIAAEVDGKTVAQVKEY
A0A196SGX7690-748LSPEELEEKEKYISEGFPDWSRSDYRHFIQACETFGRKNTGAIVERVVEATGKSSQEIR
D3B1P3840-895LTEDEQALKEKLLPSGFADWNRVDFRNFIRGCELYGRKAYDTIADNMEDKTAKQVQ
G0R2S8385-447ITQYQGLSQDEFNELNSLLYEGFINWKKKDFTAFVNGCVQFGKNDIESIQKNFLKDKSIEEIQ
J9I5M0734-796KINQRELVTDEELNSLKELLSTGFHNWTIKEYQKFVKAIRKFDMLDIKSIAEYIETKTEEEVQ
A0A1U7LN64787-846NAQPLTQEEIARKEKFSTQGFSNWNRRDFQHFIAANVKHGRADLEMIAAECEGKTYEEIR
A0A078B339838-892SNKDQYQKENLIKQGFPNWSKKDFFTFIRMCETFGRDNYAKIAEAFPNKTIEEIK
A0A0C3BRD0343-407NAEPLTDEEQAQKEAYLEDSFPDWSRRDFQQLIRALEVNRRLLCWMDDYDLLATDIQEKTPKEVK
D2VVJ6857-911LTKEEKSEKRKLLLEGFNNWSKKDFQSFIKGCEKFGRKDYANIAVEVEKTEQQIK
L8H567855-913ELTKEEEAEKDALLAEGFGSWNRRDFNAFVKACERYGRWDLDSIAAALKDSKSREEVEN
A0A1X0RZP8782-843IDNAEPLTEQEEEERKSLYAKGFSNWSKKDFATFINACAKYGRNNFDAITSDLENKTLDEVK
A0A1X7R4B7952-1016KEEQDKIDNAEEYTDEDETEKQELILQAYNNWTKRDFLAFISACAKYGRTDMKNIKESIDSKTPE
S7XH59686-743ITEEERNSKDELYKKGFITWTKKDYFSFIKACEKNGRNNLSIISNSIESKTAEEVLEY
A0A151STC4775-847QVKDSIDVDEPEEVGDPLTAEELEEKEQLLEEGFSSWSRKDFNAFIRACEKYGRNDIRSIASEMEGKTQEEVE
A0A1B0CAM91130-1192KIAQAQPLTVSEREHYDSLLAASFKHWTKEHFDKFITACAEHGRNNIKKISTSVSGMHPTEVQ
A0A0K0FI73727-788NALPLTAEEQSLKKELIKQGFGNWGKKEFNNFVKACEKYGRDDFEAIAAEIGTKTCEEVVEY
A0A0G4G977795-843EKQKLLEDGFGTWKKSDYNDFVKGCIEHGRSNIERIAADMPGKDVNEVR
A0A1B0D2B9312-366KEKEAIDSATPLTDQERVEYEELLNNSFKDWTVNHFEEFIRASAKFGRDNIEKIR
A0A0K3ASD5733-786EEERKLKEQLISQGFGNWSRRDFLNFIRGNEQFGRDDIEGISSVVECKTVEQVK
A0A1Q3E5Y7924-980LVDSEIALKESYLEHGFPNWSRRDFQQFVKGLEAYGWDQPAEVYAADIQEKTAEEVE
A0A1W0W8X6888-977KSINYVVILDKKLPADEAEKARRAQEAKIAASEPLTEAETEEITTLLAEGFDWSRKDFSAFINALEKYGRNDTEKIVTAVPDRMPDDVLN
A0A075AWZ8856-903KDKLIHLGYGNWTRKDFQQFIKGCEKFGRNNFVEIEKEVETKSLDEIK
A0A0L0DMW8598-656PLTEEEMARRDELLTKGFDNWSRVDFARFYHGCESYGRESYADIARVIETKTEDEVREY
A0A1E3PLE4771-815LASQGFANWSRRDFTKFVQECAKYGRDNIEGIALEFDDKSLEDVA
A0A1Q2YLK8584-644EQTKINESEPFTEEDMKEKRRLIAEGFGDWNKREFMQFIHGCAKYGSRNYKEISNDVKGKD
U9TDG1577-638IDNAEPLTEDEESERDRLMNEIFEDWSKRDFNNFVNASARWGRDAIEEIAEEMEGKTVKEVR
B7G256974-1036AEIEPEPQLPFELPPLLTEERQAEKERLLAEGFSDWNRFHYQAFWRASARHGRRQVEKIALEV
A0A1I8CS27782-851EATTKQKMLQRKIDNSDALTVFEIIERKELTNKGFTSWAKKEYQQFVKSVERYGRSDYSKIALDIQTKTS
D8LDI0844-890LSSKEQDQKKKLIDNAFGDWNRKDFRAFVAATERHGRDDTEAVVRDV
A0A1E3NNP6829-894EQALIDHARPLLEAEEQRKKDLLAQGYGHWTRRDFFAFVAANAKHGRYDLEAISADLDDKTYEDVV
U6LWW5771-835RATLGSSRKLTEEEEEERRRLIAEGFRNWSRRDLLAFVRGCEMYGREDLDRIATEVEGKTTEEVK
A0A0J8B3P214-66LQKKELQQLEEEGFGNWKTREFQNFIRGSELFGRNDVEGIHRTVQSKSLEEVQ
A0A0F4XBR9915-977EQEIIDNASEFSEEDKVNKELLLSKGFSNWTRRDFSMYVHNLSKLGRTNSDQLKTKIPSKTPE
A9V8D059-114LTDAEQKKKEDMLAKGFADWNRRDFQQFVRANERWGRKAMDKICKEVESKQPEEVE
A0A1E3P8X7802-849KQKYINEAFSDWSRRDFTNFIQYCAKYGRDNYKLISEMLNNKSVDDVK
A0A0L0RY15748-806AEPLTADEETELAQLEQEGFPTWAKKDLASFLRGAEKYGRTNYAAMTGEFENKTVEEIE
A0A0F4XAN4857-915KKLTERESSELDELRAQGFTNWTKLEFRKLITALQRHGRQNMDAVASELKQTKTLEEVE
R1DUH6924-965GFKDWTRNDYSRFIKSAEKNGRDKLNDIAEDLLGTKTLEEVT
C4XZ67306-367KIEQKKIKDAVPLTEEEHTRKEELVDESFHTWSRRDFTNYIHSCAKYGRHSYKQIAEALGKD
A0A1A9Z6W7140-192KQMTEEESVLTQGFTAWTQRDFNRLIKAHEKYSHDDIENVAKHIESNIPDDVI
A0A1R2CPZ4742-796KEATDEEKAELEKLLETGFDWNRKDYNAFIKACELYGKDEYSMIAEVMGNKNEEQ
A7TIF7125-189NAPEFTEEDEREKQRLLSESFTNWNKREFFAFISACTKYGTDNIEVIKKSIDTKTPEEVEAYFTV
W7TTV2151-195EEKARLLSEGFGDWSRNHFNLFCRASAKYGRTSYEKIAGEIGKTE
A0A1D2N4A2896-953QFSGIESREKSMLKNESFSAWKQNHFDQFISAVVKYGTDNLEQVAQAVKKKEMEEVVA
A0A078ANP71093-1147TEEERKEKEALWDEGFIEWDRRDYQRFCQALEIYAKDDFPSISQHIVTKAPEQVE
A0A0G4J539679-741IDALPPALTDEELAEKEALLAEGYSHWNKRDFNQYLRAMERHGRNAIDQIAKSVPSKTEDEVR
A0A0K3CEV6869-944PNLTPEELEAERQAEQEAIDEAEPLNEEELKEKEELRELGFDNWHKREFQAFIRGMELYGRDNYELIHRDLPTKTI
A0A0M0JA85808-867QPTEQDLKEQAELKQLEAQGFVEWTRNEFNKFTKACEKHGRDKLKDVADEVGTKSVEEVR
A0A0J8AYX233-89ALTEEEQAEKERLLLEGFIQWNRRDFNRYLRACERFGRDGVDNIVKALQDKPEQEVR
A0A1E3PRM6801-866NKLIEIAEPLTPEQEAEKQRLIEQGFGNWTRRDFTNFIHASAKYGRNNFEPISREFDESKPLEEIK
A0A1R2BP38736-793EKFTDDDAEKRLELISEGFGEWNKREFNSFIKGCENYGRNNYEKIAEEIETKDVEEVK
A0A098VQM3698-753LSESEINERDLLFGQGFIDWSRKEFIAFSKASEKHGRHAYEKISTDIGTKDVAEVK
C3ZUG4148-232KVPRNIDLSPAEAKRQQEEEQKKIDEGEPLSEEEIEEKEKLLQQGFTNWSKRDFNQFIKANEKWGRDDIENISKEVEGKTPEEVI
A0A086PYD7133-190RAPTDEEREEKQRLLREGFGSWGKRDFIQFVKGNEMYGRHDIARIATEVDGKSVEEVA
E3L3S1839-900NAEPLNEEELAEKAEMQSLGFEAWTRRDFLNFIKGCEFHGRNSYDLIAKEIENKSVDEVQEY
A0A1B7T7G577-142EQNAINNAEEFTKEDKILKEQLIFQAFTNWSRRDFSLLMQLVTKLGRSNYKEISSKLQNKSEEEVE
A0A0R0LVE6762-817LTESEQQKINELKVEGFTDWTKRDYLSFCKAVEQYGKYDIEKYTEIIHTKNIDEIK
A0A0A8LDS7805-859TNENVEQKQSYLSQSFYNWNKREFLAFISACIKFGRDNYQAMSEAIHTKSAEEVQ