2.4.1.22	2,4,6-Trinitrobenzenesulfonate	modification of alpha-lactalbumin	3303	
2.4.1.22	2-deoxy-D-glucose	0.4 M, 68% inhibition	531	
2.4.1.22	2-Hydroxy-5-nitrobenzyl bromide	modification of alpha-lactalbumin	3778	
2.4.1.22	2-mercaptoethanol	modification of alpha-lactalbumin	63	
2.4.1.22	2-Nitrophenylsulfenyl chloride	modification of alpha-lactalbumin	91137	
2.4.1.22	acetone	20% v/v, 69% inhibition	333	
2.4.1.22	acetonitrile	20% v/v, complete inhibition	981	
2.4.1.22	alpha-lactalbumin	inhibits galactosyl transfer to N-acetylglucosamine	1247	
2.4.1.22	Ca2+	above 4 mM	15	
2.4.1.22	carbodiimide	at pH 4.5 rapid loss of the biological activity of alpha-lactalbumin	5948	
2.4.1.22	D-arabinose	0.4 M, 13% inhibition	565	
2.4.1.22	D-ribose	0.4 M, 59% inhibition	292	
2.4.1.22	D-xylose	0.4 M, 36% inhibition	115	
2.4.1.22	Dimethyl-(2-hydroxy-5-nitrobenzyl)-sulfonium bromide	modification of alpha-lactalbumin	93210	
2.4.1.22	Dimethylsulfoxide	20% v/v, 43% inhibition	985	
2.4.1.22	dioxane	20% v/v, 88% inhibition	2960	
2.4.1.22	dithiothreitol	the rate of reduction of the disulfide bond in alpha-lactalbumin is much faster with dithiothreitol than mercaptoethanol, and at 24°C proceeds to completion within minutes at pH 8	45	
2.4.1.22	ethanol	20% v/v, 4% inhibition	69	
2.4.1.22	Formylkynurenine	-	9163	
2.4.1.22	glycinamide	at pH 4.5 rapid loss of the biological activity of alpha-lactalbumin	8113	
2.4.1.22	Iodine	-	1619	
2.4.1.22	iodoacetate	modification of alpha-lactalbumin, carboxymethylation proceeds in the order His68, His32, His107. The activity decreases progressively as carboxymethylation proceeds, the fully carboxymethylated derivative has about 40% of the activity of the unmodified alpha-lactalbumin in lactose synthetase assay	93	
2.4.1.22	iodoacetate	-	93	
2.4.1.22	L-arabinose	0.4 M, 54% inhibition	206	
2.4.1.22	L-sorbose	0.4 M, 45% inhibition	685	
2.4.1.22	L-Xylose	0.4 M, 16% inhibition	1927	
2.4.1.22	Maleic anhydride	-	8132	
2.4.1.22	Mg2+	above 4 mM	6	
2.4.1.22	additional information	alpha-lactalbumin strongly inhibits the transfer of galactose to free N-acetylglucosamine	2	
2.4.1.22	N,N-Dimethylformamide	20% v/v, 90% inhibition	5998	
2.4.1.22	N-Acetylimidazole	-	1559	
2.4.1.22	N-methylpyrrolidone	20% v/v, complete inhibition	62461	
2.4.1.22	tetrahydrofuran	20% v/v, complete inhibition	2760	
2.4.1.22	Tetranitromethane	-	1453	
2.4.1.22	tunicamycin	-	1659	
2.4.1.22	UDPglucose	-	186	
2.4.1.22	vincristine	-	6613