Question

Which of the following IS NOT TRUE about anabolism. anabolism is mostly driven by favorable reactions; they do not require cofactors such as ATP and/or NADH2. the precursor molecules used in anabolism are stable intermediates of catabolism. anabolism is a network of enzyme catalyzed chemical reactions that increases the order of organic molecule architectures. anabolism pathways are almost always dependent on the input of high energy carriers such as ATP and NADH.

          Which of the following IS NOT TRUE about anabolism.
anabolism is mostly driven by favorable reactions; they do not require cofactors such as ATP
and/or NADH2.
the precursor molecules used in anabolism are stable intermediates of catabolism.
anabolism is a network of enzyme catalyzed chemical reactions that increases the order of
organic molecule architectures.
anabolism pathways are almost always dependent on the input of high energy carriers such as
ATP and NADH.

Which of the following IS NOT TRUE about anabolism.
anabolism is mostly driven by favorable reactions; they do not require cofactors such as ATP
and/or NADH2.
the precursor molecules used in anabolism are stable intermediates of catabolism.
anabolism is a network of enzyme catalyzed chemical reactions that increases the order of
organic molecule architectures.
anabolism pathways are almost always dependent on the input of high energy carriers such as
ATP and NADH.

Added by Brandy C.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

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Solved by Expert Anand Jangid

11/25/2023

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This statement is NOT TRUE. Anabolism pathways are almost always dependent on the input of high-energy carriers such as ATP and NADH for the synthesis of complex molecules. Show more…

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Which of the following IS NOT TRUE about anabolism: - Anabolism is mostly driven by favorable reactions; they do not require cofactors such as ATP and/or NADH2. - The precursor molecules used in anabolism are stable intermediates of catabolism. - Anabolism is a network of enzyme-catalyzed chemical reactions that increases the order of organic molecule architectures. - Anabolism pathways are almost always dependent on the input of high-energy carriers such as ATP and NADH.