A cell uses ATP to carry energy, which is released as needed to drive chemical reactions and work. A mutation is found that prevents #2 but not #1. Which of the following is the best hypothesis for which protein is mutated? ATP cannot be synthesized from ADP and Pἰ due to a mutation in ATP synthase. Covalently bound Pἰ cannot be removed from molecules due to a mutation in phosphatase. Non-covalently bound ATP cannot be split into ADP and Pἰ due to a mutation in ATP hydrolase. ATP cannot bind covalently to molecules and split into a bound Pἰ and free-floating ADP due to a mutation in a kinase.
A cell uses ATP to carry energy, which is released as needed to drive chemical reactions and work. A mutation is found that prevents #2 but not #1. Which of the following is the best hypothesis for which protein is mutated? ATP cannot be synthesized from ADP and Pἰ due to a mutation in ATP synthase. Covalently bound Pἰ cannot be removed from molecules due to a mutation in phosphatase. Non-covalently bound ATP cannot be split into ADP and Pἰ due to a mutation in ATP hydrolase. ATP cannot bind covalently to molecules and split into a bound Pἰ and free-floating ADP due to a mutation in a kinase.
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
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A cell uses ATP to carry energy, which is released as needed to drive
A mutation is found that prevents #2 but not #1. Which of the following is the best hypothesis for which protein is mutated?
ATP cannot be synthesized from ADP and Pἰ due to a mutation in ATP synthase.
Covalently bound Pἰ cannot be removed from molecules due to a mutation in phosphatase.
Non-covalently bound ATP cannot be split into ADP and Pἰ due to a mutation in ATP hydrolase.
ATP cannot bind covalently to molecules and split into a bound Pἰ and free-floating ADP due to a mutation in a kinase.
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