2.7.4.14	Ca2+	required for the phosphorylation of CMP, IUMP and dCMP by either ATP or dCTP. With CMP as phosphate acceptor and ATP as phosphate donor, Mn2+, Ni2+ and Ca2+ are able to substitute for Mg2+ but are less effective. The relative rates are Mg2+ (100%), Mn2+ (42%), Ni2+ (16%), and Ca2+ (13%)	645139	
2.7.4.14	Co2+	divalent cation required, Mn2+ can substitute for Mg2+	645149	
2.7.4.14	Mg2+	-	673598, 692040, 693063, 694478, 694479	
2.7.4.14	Mg2+	divalent cation required, Mg2+ is most effective	645149	
2.7.4.14	Mg2+	optimal concentration is 2-3 mM	645141	
2.7.4.14	Mg2+	required	737991, 739215, 739700	
2.7.4.14	Mg2+	required for phosphorylation of CMP, UMP and dCMP by either ATP or dCTP	645143	
2.7.4.14	Mg2+	required for the phosphorylation of CMP, IUMP and dCMP by either ATP or dCTP. With CMP as phosphate acceptor and ATP as phosphate donor, Mn2+, Ni2+ and Ca2+ are able to substitute for Mg2+ but are less effective. The relative rates are Mg2+ (100%), Mn2+ (42%), Ni2+ (16%), and Ca2+ (13%)	645139	
2.7.4.14	Mg2+	strong requirement, maximal activity at 3 mM	645160	
2.7.4.14	Mn2+	divalent cation required, Mn2+ can substitute for Mg2+	645149	
2.7.4.14	Mn2+	required for the phosphorylation of CMP, IUMP and dCMP by either ATP or dCTP. With CMP as phosphate acceptor and ATP as phosphate donor, Mn2+, Ni2+ and Ca2+ are able to substitute for Mg2+ but are less effective. The relative rates are Mg2+ (100%), Mn2+ (42%), Ni2+ (16%), and Ca2+ (13%)	645139	
2.7.4.14	Mn2+	with CMP as phosphate donor, Mn2+, Ni2+ and Ca2+ are able to substitute for Mg2+, 100%, Mn2+, 42%, Ni2+, 15% and Ca2+, 13%	645143	
2.7.4.14	Na2SO4	250 mM, stimulates	645139	
2.7.4.14	NaCl	250 mM, stimulates	645139	
2.7.4.14	Ni2+	required for the phosphorylation of CMP, IUMP and dCMP by either ATP or dCTP. With CMP as phosphate acceptor and ATP as phosphate donor, Mn2+, Ni2+ and Ca2+ are able to substitute for Mg2+ but are less effective. The relative rates are Mg2+ (100%), Mn2+ (42%), Ni2+ (16%), and Ca2+ (13%)	645139