1.1.1.22	17beta-estradiol	upregulation of UDP-glucose dehydrogenase at mRNA, protein and activity level in articular chondrocyte	690024	
1.1.1.22	3-pyridinealdehyde adenine dinucleotide	can replace NAD+	286293	
1.1.1.22	ADP	slight activation	740710	
1.1.1.22	AMPPNP	-	740710	
1.1.1.22	ATP	-	740710	
1.1.1.22	ATP	highly activating	740710	
1.1.1.22	dATP	highly activating	740710	
1.1.1.22	Deamino adenine dinucleotide	can replace NAD+	286293, 286300	
1.1.1.22	diphosphate	-	740710	
1.1.1.22	lactose	UDP-GlcDH activities in extracts of Lactococcus lactis strain NFHA01 induced with both 0.5% and 2% lactose are significantly higher than that of the same strain without induction. UDP-GlcDH activity of NFHA01 induced with 2% lactose is about 110% higher than that of 0.5% lactose induction	698529	
1.1.1.22	additional information	fetal calf serum stimulates enzyme activity	286304	
1.1.1.22	additional information	the enzyme shows a mechanism of activation that is NTP-dependent, poor activation by UDP-alpha-D-glucose. The inclusion of MgCl2 in the reaction buffer reverses the NTP-dependent activation of UgdK-12, in a concentration-dependent manner. This is not specific to Mg2+ as a similar effect is found for other divalent cations, including Ca2+, Mn2+, Zn2+, and Ni2+. Monovalent cations do not affect UgdK-12 activity. Chelating the divalent cation with EDTA or EGTA restores the NTP-dependent activation of UgdK-12	740710	
1.1.1.22	nicotinamide hypoxanthine dinucleotide	can replace NAD+	286296	
1.1.1.22	nisin	induces the expression of szHasA together with szHasB	698529	
1.1.1.22	TGF-beta	enhances enzyme activity in articular chondrocyte	690024	
1.1.1.22	Thionicotinamide adenine dinucleotide	can replace NAD+	286293, 286297	
1.1.1.22	UDP	slight activation	740710	
1.1.1.22	UTP	best activating nucleotide triphosphate	740710