3.4.23.B10	Gag polyprotein precursor + H2O	cleavage into several different mature proteins, processing by the p10 sequence portion of the Gag-polyprotein C-terminus	Rous sarcoma virus	?	-	?	383165	
3.4.23.B10	Gag polyprotein precursor + H2O	maturation, processing by the p10-capsid protease sequence of the Gag-polyprotein C-terminus	Rous sarcoma virus	?	-	?	383165	
3.4.23.B10	Gag polyprotein precursor + H2O	processing by the p10-capsid protease sequence of the Gag-polyprotein C-terminus, specific cleavage site	Rous sarcoma virus	?	-	?	383165	
3.4.23.B10	gag precursor polyprotein + H2O	the p2 region of RSV Gag, particularly the Pro-Pro-Pro-Tyr motif is important in the processing of the gag precursor polyprotein, most probably by controlling the activation of the virally encoded protease	Rous sarcoma virus	?	-	?	370612	
3.4.23.B10	gag precursor polyprotein + H2O	viral protein maturation occurs after protease subunits are released from the Gag polyprotein	Rous sarcoma virus	?	-	?	370612	
3.4.23.B10	gag precursor polyprotein + H2O	cleavage into several different mature proteins	Avian myeloblastosis virus	?	-	?	370612	
3.4.23.B10	gag precursor polyprotein + H2O	cleavage into several different mature proteins	Rous sarcoma virus	?	-	?	370612	
3.4.23.B10	gag precursor polyprotein + H2O	cleavage into several different mature proteins, processing by the avian myoblastosis retropepsin, which is part of the Gag-polyprotein and located at the C-terminus	Avian myeloblastosis virus	?	-	?	370612	
3.4.23.B10	gag precursor polyprotein + H2O	cleavage into several different mature proteins, processing by the p15 protein or rous sarcoma virus retropepsin, which is part of the Gag-polyprotein and located at the C-terminus	Rous sarcoma virus	?	-	?	370612	
3.4.23.B10	gag precursor polyprotein + H2O	cleavage into several different mature proteins	Avian myeloblastosis virus AMV	?	-	?	370612