STRUCTURAL BASIS OF MOLECULAR RECOGNITION BETWEEN ESCRT-III-LIKE PROTEIN VPS60 AND AAA-ATPASE REGULATOR VTA1 IN THE MULTIVESICULAR BODY PATHWAY.

20250201 IID50384 Vacuolar protein-sorting-associated protein 60 Charged multivesicular body protein 5 Saccharomyces cerevisiae (strain ATCC 204508 / S288c) 229 Q03390 D6VTA9 Has a role in a late stage of multivesicular body (MVB) formation. Can stimulate VPS4 ATPase activity via VTA1. 0 0 Phosphoserine 12 12 VPS60 Vacuolar protein-sorting-associa MNRIFGYGNKKSHDQLLQESNQSMNQAQQSLSNRISQLDTQIAQLNFQLQNIQKNLQRSNNKQPSLRKQALKILNKRKQLENMKDSLDSQSWSMTQAQLTNDNLQNTMITINALKQTNNAMKAQYGKINIDKLQDMQDEMLDLIEQGDELQEVLAMNNNSGELDDISDAELDAELDALAQEDFTLPTSENSLGNDMPSYLLGANAPPAFIDEEPNLDTEDKNKALESAQ 1 2luhB 128 186 order 1 1 2luh NMR 23105107 Z.YANG,C.VILD,J.JU,X.ZHANG,J.LIU,J.SHEN,B.ZHAO,W.LAN,F.GONG,M.LIU,C.CAO,Z.XU STRUCTURAL BASIS OF MOLECULAR RECOGNITION BETWEEN ESCRT-III-LIKE PROTEIN VPS60 AND AAA-ATPASE REGULATOR VTA1 IN THE MULTIVESICULAR BODY PATHWAY. 2012 J.BIOL.CHEM. 287 43899 nmr 2luh B 128 186 100 0 1 2luh_1 3459 Hetero dimer 2luhA Q06263 IID50386 2luhB Q03390 IID50384 2luhA-2luhB ProS 1 possible 1 128 186 Same region of the human homolog (Q9NZZ3, CHMP5) is disordered (PubMed=22484091). 11-127,129-132,134-150,152-152,167-181 1-10,128-128,133-133,151-151,153-166,182-229 21-160 1-20,161-229 1-7,17-20,161-180,197-213,221-229 162-182