a. ATP + Glucose AG¹ = The reaction is ADP + Glucose-1-phosphate kJ mol-1 (The hydrolysis reaction for glucose-1-phosphate is Glucose-1-phosphate + H₂0 Glucose + P₁ + H+; AG = -20.9 kJ mor¹.) b. ATP + Glutamate Carbamoyl phosphate + ADP kJ mol-1 AG The reaction is (The hydrolysis reaction for carbamoyl phosphate is Carbamoyl phosphate + H₂0 Glutamate + P, + H+
a. ATP + Glucose AG¹ = The reaction is ADP + Glucose-1-phosphate kJ mol-1 (The hydrolysis reaction for glucose-1-phosphate is Glucose-1-phosphate + H₂0 Glucose + P₁ + H+; AG = -20.9 kJ mor¹.) b. ATP + Glutamate Carbamoyl phosphate + ADP kJ mol-1 AG The reaction is (The hydrolysis reaction for carbamoyl phosphate is Carbamoyl phosphate + H₂0 Glutamate + P, + H+
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
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Chapter1: The Human Body: An Orientation
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The AG" for the reaction ATP + H₂O ADP + P + H+ is -30.5 kJ mol'¹,
Other organophosphate species also undergo hydrolysis of the phosphate moiety via a similar reaction.
Determine the value of AG for the following reactions and indicate if the reaction will proceed spontaneously in the direction
written if the reactants and products are initially in a 1:1 molar ratio.
a. ATP + Glucose ADP+ Glucose-1-phosphate
AG⁹¹ =
kJ mol-1
The reaction is
(The hydrolysis reaction for glucose-1-phosphate is Glucose-1-phosphate + H₂0 Glucose + P + H+;
AG-20.9 kJ mol ¹.)
b. ATP + Glutamate Carbamoyl phosphate + ADP
AG
The reaction is
kJ mol-1
(The hydrolysis reaction for carbamoyl phosphate is Carbamoyl phosphate + H₂0 Glutamate + P, + H+
; AG¹ = -51.4 kJ mol ¹.)
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