1.5.1.17	(NH4)2SO4	200 mM, 16% inhibition	399	
1.5.1.17	2-oxoglutarate	uncompetitive with respect to Ala and pyruvate	34	
1.5.1.17	2-oxoglutarate	-	34	
1.5.1.17	3-phosphoglycerate	-	194	
1.5.1.17	acetate	-	47	
1.5.1.17	ADP	competitive with respect to NADH	13	
1.5.1.17	AMP	competitive with respect to NADH	30	
1.5.1.17	ATP	competitive with respect to NADH	4	
1.5.1.17	ATP	-	4	
1.5.1.17	citrate	-	131	
1.5.1.17	D-lactate	weak	600	
1.5.1.17	D-lactate	strong	600	
1.5.1.17	D-strombine	-	9319	
1.5.1.17	dihydroxyacetone phosphate	-	278	
1.5.1.17	fructose 1,6-bisphosphate	-	1755	
1.5.1.17	KCl	200 mM, 33% inhibition	79	
1.5.1.17	L-Ala	product inhibition	251	
1.5.1.17	L-Ala	substrate inhibition	251	
1.5.1.17	L-Ala	no substrate inhibition	251	
1.5.1.17	L-alanine	uncompetitive substrate inhibition	103	
1.5.1.17	L-Arg	-	178	
1.5.1.17	L-Glu	-	202	
1.5.1.17	L-Ile	-	1074	
1.5.1.17	L-lactate	weak	403	
1.5.1.17	L-lactate	strong	403	
1.5.1.17	L-lactate	-	403	
1.5.1.17	L-Leu	-	424	
1.5.1.17	L-Lys	-	502	
1.5.1.17	meso-Alanopine	weak	4266	
1.5.1.17	meso-Alanopine	product inhibition	4266	
1.5.1.17	meso-Alanopine	strong	4266	
1.5.1.17	meso-Alanopine	no substrate inhibition	4266	
1.5.1.17	Mg2+	-	6	
1.5.1.17	additional information	the enzyme activity in adductor muscle decreases following the marine-brackish gradient	2	
1.5.1.17	NaCl	200 mM, 38% inhibition	42	
1.5.1.17	NAD+	competitive with respect to NADH	7	
1.5.1.17	NAD+	product inhibition	7	
1.5.1.17	NAD+	no substrate inhibition	7	
1.5.1.17	NH4Cl	200 mM, 23% inhibition	329	
1.5.1.17	oxamate	-	825	
1.5.1.17	pyruvate	product inhibition	31	
1.5.1.17	pyruvate	substrate inhibition	31	
1.5.1.17	pyruvate	no substrate inhibition	31	
1.5.1.17	succinate	weak	58	
1.5.1.17	succinate	-	58