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tantoad67Lv1
28 Sep 2019
Mutations in histidine 84 of EF-Tu result in slower GTPhydrolysis.
-Daviter et al., J Mol Biol 332(3):689-699 (2003).
The mutation alters the activation energy of GTP hydrolysis. Theactivation energy is 8.4 kcal/mol higher in the mutant than in thewild type. How does activation energy affect: (1) equilibrium, (2)reaction rate?
Mutations in histidine 84 of EF-Tu result in slower GTPhydrolysis.
-Daviter et al., J Mol Biol 332(3):689-699 (2003).
The mutation alters the activation energy of GTP hydrolysis. Theactivation energy is 8.4 kcal/mol higher in the mutant than in thewild type. How does activation energy affect: (1) equilibrium, (2)reaction rate?
viclere2005Lv10
8 May 2023
lalithashwin156Lv10
8 May 2023
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Hubert KochLv2
28 Sep 2019
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