The induced-fit model and lock-and-key model of enzyme specificity needs to be explained, using the given representations for substrate and an enzyme. Concept introduction: Enzymes are defined as a biological catalyst for various reactions in the living organisms. Enzymes are specific in nature and bind to specific substrate to catalyze any biochemical reaction. There are two models which will explain the specificity of enzyme namely; induced-fit model and lock-and-key model. The molecule that bound to the enzyme is known as substrate and that particular area where the substrate bound is known as active site of an enzyme.

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Answer 1

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Chapter 21, Problem 21.90P

Interpretation Introduction

Interpretation:

The induced-fit model and lock-and-key model of enzyme specificity needs to be explained, using the given representations for substrate and an enzyme.

Concept introduction:

Enzymes are defined as a biological catalyst for various reactions in the living organisms. Enzymes are specific in nature and bind to specific substrate to catalyze any biochemical reaction. There are two models which will explain the specificity of enzyme namely; induced-fit model and lock-and-key model. The molecule that bound to the enzyme is known as substrate and that particular area where the substrate bound is known as active site of an enzyme.

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Answer 2

Question

Chapter 21, Problem 21.90P

Interpretation Introduction

Interpretation:

The induced-fit model and lock-and-key model of enzyme specificity needs to be explained, using the given representations for substrate and an enzyme.

Concept introduction:

Enzymes are defined as a biological catalyst for various reactions in the living organisms. Enzymes are specific in nature and bind to specific substrate to catalyze any biochemical reaction. There are two models which will explain the specificity of enzyme namely; induced-fit model and lock-and-key model. The molecule that bound to the enzyme is known as substrate and that particular area where the substrate bound is known as active site of an enzyme.

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Answer 3

Question

Chapter 21, Problem 21.90P

Interpretation Introduction

Interpretation:

The induced-fit model and lock-and-key model of enzyme specificity needs to be explained, using the given representations for substrate and an enzyme.

Concept introduction:

Enzymes are defined as a biological catalyst for various reactions in the living organisms. Enzymes are specific in nature and bind to specific substrate to catalyze any biochemical reaction. There are two models which will explain the specificity of enzyme namely; induced-fit model and lock-and-key model. The molecule that bound to the enzyme is known as substrate and that particular area where the substrate bound is known as active site of an enzyme.

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Answer 4

Question

Chapter 21, Problem 21.90P

Interpretation Introduction

Interpretation:

The induced-fit model and lock-and-key model of enzyme specificity needs to be explained, using the given representations for substrate and an enzyme.

Concept introduction:

Enzymes are defined as a biological catalyst for various reactions in the living organisms. Enzymes are specific in nature and bind to specific substrate to catalyze any biochemical reaction. There are two models which will explain the specificity of enzyme namely; induced-fit model and lock-and-key model. The molecule that bound to the enzyme is known as substrate and that particular area where the substrate bound is known as active site of an enzyme.

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Answer 5

Chapter 21, Problem 21.90P

Interpretation Introduction

Interpretation:

The induced-fit model and lock-and-key model of enzyme specificity needs to be explained, using the given representations for substrate and an enzyme.

Concept introduction:

Enzymes are defined as a biological catalyst for various reactions in the living organisms. Enzymes are specific in nature and bind to specific substrate to catalyze any biochemical reaction. There are two models which will explain the specificity of enzyme namely; induced-fit model and lock-and-key model. The molecule that bound to the enzyme is known as substrate and that particular area where the substrate bound is known as active site of an enzyme.

Answer 6

Chapter 21, Problem 21.90P

Interpretation Introduction

Interpretation:

The induced-fit model and lock-and-key model of enzyme specificity needs to be explained, using the given representations for substrate and an enzyme.

Concept introduction:

Enzymes are defined as a biological catalyst for various reactions in the living organisms. Enzymes are specific in nature and bind to specific substrate to catalyze any biochemical reaction. There are two models which will explain the specificity of enzyme namely; induced-fit model and lock-and-key model. The molecule that bound to the enzyme is known as substrate and that particular area where the substrate bound is known as active site of an enzyme.

Answer 7

Chapter 21, Problem 21.90P

Interpretation Introduction

Interpretation:

The induced-fit model and lock-and-key model of enzyme specificity needs to be explained, using the given representations for substrate and an enzyme.

Concept introduction:

Enzymes are defined as a biological catalyst for various reactions in the living organisms. Enzymes are specific in nature and bind to specific substrate to catalyze any biochemical reaction. There are two models which will explain the specificity of enzyme namely; induced-fit model and lock-and-key model. The molecule that bound to the enzyme is known as substrate and that particular area where the substrate bound is known as active site of an enzyme.

Answer 8

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Answer 11

Ch. 21.2 - In addition to the amino and carboxyl groups, what...Ch. 21.2 - Draw both enantiomers of each amino acid in...Ch. 21.2 - Prob. 21.3P Ch. 21.3 - Draw the structure of the amino acid valine at...Ch. 21.3 - Identify the amino acid shown with all uncharged...Ch. 21.4 - Identify the N-terminal and C-terminal amino acid...Ch. 21.4 - Prob. 21.7P Ch. 21.4 - Prob. 21.8P Ch. 21.4 - Prob. 21.9P Ch. 21.4 - Prob. 21.10P

Solution Summary: The author explains the induced-fit and lock-and-key models of enzyme specificity using the given representations for substrate and an enzyme.

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