IndraLab
Statements
sparser
"For example, it is not clear how hRpn13 activates Uch37, but it is possible that its strong ubiquitin-binding affinity contributes by increasing Uch37’s affinity for its substrates when in the hRpn13 complex and by helping to orient neighboring ubiquitin moieties in a configuration that is optimal for hydrolysis."
eidos
"Rpn13 , the proteasomal receptor for Uch37 in the proteasome 19S regulatory particle , can activate UCH37 by disrupting dimerization.9 USP14 binds to the regulatory particle Rpn1 to release its catalytic USP domain and polyubiquitin chains of substrate protein.10 Overexpression of Rpn13 or Rpn1 upregulated the COPS5 protein levels and downregulated the p53 protein levels ( Supplementary Fig. S2p ) ."
reach
"For example, it is not clear how hRpn13 activates Uch37, but it is possible that its strong ubiquitin binding affinity contributes by increasing Uch37 's affinity for its substrates when in the hRpn13 complex and by helping to orient neighboring ubiquitin moieties in a configuration that is optimal for hydrolysis."
reach
"The 26S proteasome-mediated degradation of a ubiquitinated protein target involves an initial Ub recognition step that is primarily mediated by subunits Rpn10 and Rpn13 of the 19S RP [8,9], followed by deubiquitination of the substrate by Rpn11 or one of two other proteasome-associated deubiquitinating enzymes (DUBs), UCH37 and USP14."