3.1.3.11	Ca2+	at low concentrations	653727	
3.1.3.11	Ca2+	regulation of complex of enzyme with alodolase. Elevated Ca2+ concentration decreases association constant of enzyme-aldolase complex and enzyme-alpha-actinin complex. Release of Ca2+ during muscle contraction may result in inhibition of glyconeogenesis and in the acceleration of glycolysis	664951	
3.1.3.11	Ca2+	requied for activation of FBPase by 2-Cys peroxiredoxin	677956	
3.1.3.11	Co2+	activates	749848	
3.1.3.11	Co2+	slight activation	170798	
3.1.3.11	Cs+	enhances activity	170739	
3.1.3.11	Cu2+	stimulation increases in the order Mg2+, Mn2+, Zn2+, Cu2+. Mg2+ stimulates below 5 mM, inhibits above 10 mM	730360	
3.1.3.11	dithiothreitol	the recombinant enzyme is activated	653727	
3.1.3.11	Hg2+	low concentrations stimulate the oxidized enzyme form, but not the reduced enzyme form many hundred-fold. Half-maximal stimulation at 0.2 femtoM: Hg2+ stimulates by binding to an enzyme thiol group, thereby stabilizing the oxidized enzyme in an active conformation	170791	
3.1.3.11	K+	-	652041