3.6.5.6	2,3,4-trimethoxy-4'-(carbomethoxy)-1,1'-biphenyl	-	644204	
3.6.5.6	2,3,4-trimethoxy-4'-(carbomethoxy)-1,1'-biphenyl	initiation of the GTPase	644203	
3.6.5.6	allocolchicine	-	644203, 644204	
3.6.5.6	ATP	ATP interacts with FtsZDr and stimulates its GTPase activity by about 2fold possibly by increasing both substrate affinity and rate of reaction	733983	
3.6.5.6	Colchicine	-	644208, 644209, 685083	
3.6.5.6	Colchicine	enhances GTPase activity of tubulin	669786	
3.6.5.6	Colchicine	induced by all colchicine analogues that contain rings A, C or C'	644203	
3.6.5.6	Colchicine	induces GTPase activity	644199, 644203, 644206	
3.6.5.6	dimethyl sulfoxide	cosolvent stabilizes tubulin	644203	
3.6.5.6	glycerol	cosolvent stabilizes tubulin, GTP hydrolysis increases by addition of 3.4 M	644203	
3.6.5.6	glycerol	induces polymerization	644208	
3.6.5.6	Gsalpha	Gsalpha facilitates GTP hydrolysis on tubulin, which leads to microtubule depolymerization by increased GTPase activation on tubulin	685385	
3.6.5.6	additional information	alpha-tubulin is a GTPase activating protein that stimulates GTP hydrolysis in beta-tubulin, alpha-tubulin mutants D252A and E255A create create poisonous proteins that cause lethality, micrtubule dynamics cease	656756	
3.6.5.6	additional information	N-[2-[(4-hydroxyphenyl)amino]-3-pyridinyl]-4-methoxybenzenesulfonamide and N-(3-fluoro-4-methoxyphenyl)pentafluorobenzenesulfonamide are unable to modulate GTPase activity of tubulin	669786	
3.6.5.6	nocodazole	induced by this antimitotic drug, GTP hydrolysis rate stimulated four-to fivefold	644206	
3.6.5.6	quercetin	0.05 mM, stimulates GTPase activity about 8fold, but inhibits polymerization of microtubules and specifically inhibits colchicine binding to tubulin	654625	
3.6.5.6	sodium glutamate	cosolvent stabilizes tubulin	644203	
3.6.5.6	stathmin-like domains	-	685083	
3.6.5.6	sucrose	cosolvent stabilizes tubulin	644203	
3.6.5.6	tubulin folding cofactor	GTPase activating proteins A, B, C and D	644210