1.13.11.6	(NH4)2SO4	the most effective salt, the optimal concentration is 0.035 M	439364	
1.13.11.6	Fe2+	solvent, acid and heat function to modify the protein configuration so that ferrous ions can be bound to the enzyme to generate the most active form	439364	
1.13.11.6	HCl	during purification of enzyme treatment with acid was used	439364	
1.13.11.6	MgCl2	-	439364	
1.13.11.6	NaCl	-	439364	
1.13.11.6	Fe2+	one Fe2+ per active site	439365	
1.13.11.6	Fe3+	does not seem to bind to the enzyme	439365	
1.13.11.6	Fe2+	requirement	439366, 439370, 439377	
1.13.11.6	Fe2+	needed for catalytic activity	649382	
1.13.11.6	Fe	each monomer contains two iron binding sites. The catalytic iron is buried deep inside the beta-barrel with His51, Glu57, and His95 serving as ligands. The other iron site forms an FeS4 center close to the solvent surface in which the sulfur atoms are provided by Cys125, Cys128, Cys162, and Cys165. The two iron sites are separated by 24 A	672037	
1.13.11.6	Fe2+	non-heme ferrous enzyme	677020	
1.13.11.6	Ni2+	two nickel binding sites per molecule. One of the bound nickel atoms occupies the proposed ferrous-coordinated active site	677020	
1.13.11.6	Fe2+	required, the active site of HAD contains an iron(II) center that is coordinated by the 2-His-1-Glu facial triad	723950	
1.13.11.6	Fe2+	a non-heme iron-containing enzyme, binding structure, overview	741516	
1.13.11.6	additional information	comparison of the active sites of Fe(III)-h3HAO and Zn(II)-h3HAO enzymes, overview	741516	
1.13.11.6	Fe2+	a non-heme iron-containing enzyme	743276	
1.13.11.6	Iron	enhanced hydrophobicity at the iron center results from the concerted loop movements after the binding of the primary substrate	765043	
1.13.11.6	Iron	nonheme iron-based enzyme	765681