4.1.1.112	Cd2+	activates	4273	
4.1.1.112	Co2+	activates	4272, 4273	
4.1.1.112	Mg2+	-	756006	
4.1.1.112	Mg2+	activates	4272, 664936	
4.1.1.112	Mg2+	cofactor	678331	
4.1.1.112	Mg2+	inhibitory above 1 mM	653877	
4.1.1.112	Mg2+	Km: 1.2 mM, can be substituted by Mn2+	4269	
4.1.1.112	Mg2+	only cytoplasmic enzyme	4271	
4.1.1.112	Mg2+	or Mn2+, absolutely required, Km-value 0.08 mM	654328	
4.1.1.112	Mg2+	required, decarboxylation Km: 0.17 mM, carboxylation Km: 1.85 mM	4263	
4.1.1.112	Mn2+	-	4273, 4276	
4.1.1.112	Mn2+	activates	4272	
4.1.1.112	Mn2+	can be substituted by Mg2+, Km: 0.08 mM	4269	
4.1.1.112	Mn2+	dependent on, maximal activity in presence of 10 mM Mn2+	664936	
4.1.1.112	Mn2+	inhibitory above 1 mM	653877	
4.1.1.112	Mn2+	Km: 1.2 mM	4276	
4.1.1.112	Mn2+	only cytoplasmic enzyme	4271	
4.1.1.112	Mn2+	or Mg2+, absolutely required, Km-value 0.02 mM, inhibitory above 0.46 mM	654328	
4.1.1.112	Mn2+	required	4263	
4.1.1.112	Mn2+	required, can be substituted by Mg2+, Ca2+	4283	
4.1.1.112	Mn2+	required, can be substituted by Mg2+, Co2+, Ni2+, Ca2+	4276	
4.1.1.112	Mn2+	the enzyme is dependent on divalent metal ions with 100% activity at 20 mM Mn2+	714979	
4.1.1.112	Na+	dependent on	663796	
4.1.1.112	Na+	protects against tryptic digestion	651122	
4.1.1.112	Ni2+	activates	4272, 664936	
4.1.1.112	Zn2+	active site metal ion, 2 mol Zn2+ per mol enzyme	681424	
4.1.1.112	Zn2+	binds to the gamma subunit	650185, 651122	
4.1.1.112	Zn2+	bound at the gamma-subunit, coordinated by several residues at the hydrophilic C-terminus	726821	
4.1.1.112	Zn2+	subunit Oad-gamma contains a Zn(II)-bound metal	715662	
4.1.1.112	Zn2+	the gamma subunit contains zinc	716673