5.6.1.7	0.000667	-	ATP	ATPase rate per unit mass of chaperonin, in the absence of K+, only alpha subunits	289214	
5.6.1.7	0.00183	-	ATP	ATPase rate per unit mass of chaperonin, in the absence of K+, alpha,beta subunits	289214	
5.6.1.7	0.002	-	ATP	ATPase rate per unit mass of chaperonin, 100 mM KCl, only alpha subunits	289214	
5.6.1.7	0.003	-	ATP	20°C	654461	
5.6.1.7	0.0055	-	ATP	ATPase rate per unit mass of chaperonin, 100 mM KCl, alpha,beta subunits	289214	
5.6.1.7	0.009	-	ATP	20°C	654461	
5.6.1.7	0.012	-	ATP	one CCT ring	656512	
5.6.1.7	0.014	-	ATP	20°C	654461	
5.6.1.7	0.018	-	ATP	both CCT rings	656512	
5.6.1.7	0.025	-	ATP	20°C	654461	
5.6.1.7	0.0275	-	ATP	Mn2+ concentration variable, ATP concentration fixed, Mn-ATP complexes at 1 mM ATP and 0.8 mM Mn2+	289226	
5.6.1.7	0.035	-	ATP	in the absence of target protein, without cofactor A	289231	
5.6.1.7	0.0417	-	ATP	rate per monomer	289221	
5.6.1.7	0.0462	-	ATP	ATP concentration variable, Mn2+ concentration fixed, Mn-ATP complexes at 1 mM ATP and 0.8 mM Mn2+	289226	
5.6.1.7	0.0565	-	ATP	Mg2+ concentration variable, ATP concentration fixed, Mg-ATP complexes at 1 mM ATP and 0.8 mM Mg2+	289226	
5.6.1.7	0.06	-	ATP	based on protomers	289233	
5.6.1.7	0.07	-	ATP	authentic and recombinant enzyme	289223	
5.6.1.7	0.0833	-	ATP	rate per monomer	289221	
5.6.1.7	0.1	-	ATP	-	289232	
5.6.1.7	0.1	-	ATP	ATP concentration variable, Mg2+ concentration fixed, Mg-ATP complexes at 1 mM ATP and 0.8 mM Mg2+	289226	
5.6.1.7	0.1	-	ATP	based on protomers, 1 mM K+	289236	
5.6.1.7	0.13	-	ATP	-	289235	
5.6.1.7	0.132	-	ATP	GroEL shows positive cooperativity in ATP hydrolysis, calculated for one GroEL ring in tense state and the other in relaxed state, may reflect true kcat for ATP hydrolysis of GroEL single ring	289229	
5.6.1.7	0.133	-	ATP	in folding reactions containing tubulin target proteins, without cofactor A	289231	
5.6.1.7	0.75	-	ATP	-	289235	
5.6.1.7	0.99	-	ATP	37°C	654517	
5.6.1.7	1	-	ATP	rate per heptamer at 70°C	289230	
5.6.1.7	2.21	-	ATP	90°C, pH 5.0	668673