1What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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2What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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3What is the primary function of catalysis in the context of proteins?

  • A) Synthesis of physiological regulator molecules
  • B) Increase the rate of a chemical reaction
  • C) Coupling spontaneous reactions
  • D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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4What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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5What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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6What is the primary function of catalysis in the context of proteins?

  • A) Synthesis of physiological regulator molecules
  • B) Increase the rate of a chemical reaction
  • C) Coupling spontaneous reactions
  • D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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7What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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8What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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9What is the primary function of catalysis in the context of proteins?

  • A) Synthesis of physiological regulator molecules
  • B) Increase the rate of a chemical reaction
  • C) Coupling spontaneous reactions
  • D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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10What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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11What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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12What is the primary function of catalysis in the context of proteins?

  • A) Synthesis of physiological regulator molecules
  • B) Increase the rate of a chemical reaction
  • C) Coupling spontaneous reactions
  • D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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13What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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14What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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15What is the primary function of catalysis in the context of proteins?

  • A) Synthesis of physiological regulator molecules
  • B) Increase the rate of a chemical reaction
  • C) Coupling spontaneous reactions
  • D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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16What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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17What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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18What is the primary function of catalysis in the context of proteins?

  • A) Synthesis of physiological regulator molecules
  • B) Increase the rate of a chemical reaction
  • C) Coupling spontaneous reactions
  • D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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19What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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20What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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21What is the primary function of catalysis in the context of proteins?

  • A) Synthesis of physiological regulator molecules
  • B) Increase the rate of a chemical reaction
  • C) Coupling spontaneous reactions
  • D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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22What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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23What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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24What is the primary function of catalysis in the context of proteins?

  • A) Synthesis of physiological regulator molecules
  • B) Increase the rate of a chemical reaction
  • C) Coupling spontaneous reactions
  • D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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25What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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26What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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27What is the primary function of catalysis in the context of proteins?

  • A) Synthesis of physiological regulator molecules
  • B) Increase the rate of a chemical reaction
  • C) Coupling spontaneous reactions
  • D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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28What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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29What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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30What is the primary function of catalysis in the context of proteins?

  • A) Synthesis of physiological regulator molecules
  • B) Increase the rate of a chemical reaction
  • C) Coupling spontaneous reactions
  • D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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31What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

Show Answer
Hide Answer

32What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

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33What is the primary function of catalysis in the context of proteins?

  • A) Synthesis of physiological regulator molecules
  • B) Increase the rate of a chemical reaction
  • C) Coupling spontaneous reactions
  • D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

Show Answer
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34What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

Show Answer
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35What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

Show Answer
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36What is the primary function of catalysis in the context of proteins?

  • A) Synthesis of physiological regulator molecules
  • B) Increase the rate of a chemical reaction
  • C) Coupling spontaneous reactions
  • D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

Show Answer
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37What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

Show Answer
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38What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

Show Answer
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39What is the primary function of catalysis in the context of proteins?

  • A) Synthesis of physiological regulator molecules
  • B) Increase the rate of a chemical reaction
  • C) Coupling spontaneous reactions
  • D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

Show Answer
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40What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

Show Answer
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41What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

Show Answer
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42What is the primary function of catalysis in the context of proteins?

  • A) Synthesis of physiological regulator molecules
  • B) Increase the rate of a chemical reaction
  • C) Coupling spontaneous reactions
  • D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

Show Answer
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43What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

The correct answer is D) Increase the rate of a chemical reaction
Explanation: Catalysis is the ability of proteins to increase the rate of a chemical reaction without altering the equilibrium of the reaction. Enzymes, a type of protein catalyst, play a crucial role in biochemical reactions.

Show Answer
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44What is the primary function of catalysis in the context of proteins?

A) Synthesis of physiological regulator molecules

B) Increase the rate of a chemical reaction

C) Coupling spontaneous reactions

D) Formation of filaments in cells

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