Cite a reason for the evolution of allosteric regulators in cells. They allow the cell to conserve energy by shutting down or activating reaction pathways only as needed. O They allow the cell to use many fewer enzymes to carry out a wide range of reactions. They allow the cell to carry out reactions at relatively low temperatures and mild pH conditions. O They allow the cell to have a means for transferring information as it undergoes cell division to produce a new generation of cells.

Biochemistry
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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
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**Title: Understanding Allosteric Regulators in Cellular Evolution**

**Question: Cite a reason for the evolution of allosteric regulators in cells.**

1. They allow the cell to conserve energy by shutting down or activating reaction pathways only as needed.

2. They allow the cell to use many fewer enzymes to carry out a wide range of reactions.

3. They allow the cell to carry out reactions at relatively low temperatures and mild pH conditions.

4. They allow the cell to have a means for transferring information as it undergoes cell division to produce a new generation of cells.

**Note:** The question encourages the understanding of how allosteric regulators enhance cellular efficiency and adaptability by modulating enzyme activity according to cellular needs.
Transcribed Image Text:**Title: Understanding Allosteric Regulators in Cellular Evolution** **Question: Cite a reason for the evolution of allosteric regulators in cells.** 1. They allow the cell to conserve energy by shutting down or activating reaction pathways only as needed. 2. They allow the cell to use many fewer enzymes to carry out a wide range of reactions. 3. They allow the cell to carry out reactions at relatively low temperatures and mild pH conditions. 4. They allow the cell to have a means for transferring information as it undergoes cell division to produce a new generation of cells. **Note:** The question encourages the understanding of how allosteric regulators enhance cellular efficiency and adaptability by modulating enzyme activity according to cellular needs.
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