2.3.1.54	2-mercaptoethanol	rapid, reversible inactivation, deactivation is a non-destructive transfer of an H atom equivalent to quench the glycyl radical	63	
2.3.1.54	Acetylphosphinate	mechanism-based inactivator	9090	
2.3.1.54	ADP	-	13	
2.3.1.54	ATP	regulates pyruvate cleavage to acetyl-CoA and formate, 10 mM reduces the reactin velocity by 95%	4	
2.3.1.54	ATP	-	4	
2.3.1.54	Cl-	-	141	
2.3.1.54	CoA	inhibits exchange reaction between pyruvate and formate, inhibits formate formation from pyruvate above 0.075 mM	18	
2.3.1.54	D-Glyceraldehyde-3-phosphate	-	1499	
2.3.1.54	DEAE-cellulose	treated extracts do not catalyze formate formation from pyruvate	21579	
2.3.1.54	dihydroxyacetone phosphate	-	278	
2.3.1.54	dioxygen	-	32877	
2.3.1.54	DTT	reversible inactivation, deactivation is a non-destructive transfer of an H atom equivalent to quench the glycyl radical	177	
2.3.1.54	formate	product inhibition	120	
2.3.1.54	HPO42-	-	2843	
2.3.1.54	hypophosphite	strongly inhibits formate formation from pyruvate	9184	
2.3.1.54	hypophosphite	-	9184	
2.3.1.54	hypophosphite	formate formation from pyruvate inhibited	9184	
2.3.1.54	iodoacetate	-	93	
2.3.1.54	methacrylate	substrate-analogue suicide inhibitor	23504	
2.3.1.54	methacrylate	suicide inhibition mechanism, possibly involving also Arg176 and Arg435, binds to Cys419, modeling, overview	23504	
2.3.1.54	additional information	the putative pyruvate formate-lyase deactivase, as activity of AdhE together with an alcohol dehydrogenase and an acetaldehyde-CoA dehydrogenase activities, is not active on the enzyme PFL, it has no PFL deactivating activity	2	
2.3.1.54	oxamate	isosteric, chemically inert pyruvate analogue	825	
2.3.1.54	oxygen	-	1180	
2.3.1.54	S-adenosyl-L-homocysteine	-	36	
2.3.1.54	SO42-	-	245