The results for the given experiment. Introduction: As given in the experiment, eukaryotic licensing factors cause the prevention of DNA replication from being initiated at origin more than once in the cell cycle. Geminin is a protein which inhibits the licensing factors that are required for the binding of M C M 2 − 7 to an origin and initiate replication. Hence, Geminin is present, M C M 2 − 7 will be unable for binding to an origin. At the end of the mitosis, Geminin is degraded, able of more than binding of M C M 2 − 7 of DNA and relicense the origin.

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Answer 1

Question

Chapter 12.4, Problem 31AQP

Summary Introduction

To explain: The results for the given experiment.

Introduction:

As given in the experiment, eukaryotic licensing factors cause the prevention of DNA replication from being initiated at origin more than once in the cell cycle. Geminin is a protein which inhibits the licensing factors that are required for the binding of MCM2−7 to an origin and initiate replication. Hence, Geminin is present, MCM2−7 will be unable for binding to an origin. At the end of the mitosis, Geminin is degraded, able of more than binding of MCM2−7 of DNA and relicense the origin.

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Answer 2

Question

Chapter 12.4, Problem 31AQP

Summary Introduction

To explain: The results for the given experiment.

Introduction:

As given in the experiment, eukaryotic licensing factors cause the prevention of DNA replication from being initiated at origin more than once in the cell cycle. Geminin is a protein which inhibits the licensing factors that are required for the binding of MCM2−7 to an origin and initiate replication. Hence, Geminin is present, MCM2−7 will be unable for binding to an origin. At the end of the mitosis, Geminin is degraded, able of more than binding of MCM2−7 of DNA and relicense the origin.

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Answer 3

Question

Chapter 12.4, Problem 31AQP

Summary Introduction

To explain: The results for the given experiment.

Introduction:

As given in the experiment, eukaryotic licensing factors cause the prevention of DNA replication from being initiated at origin more than once in the cell cycle. Geminin is a protein which inhibits the licensing factors that are required for the binding of MCM2−7 to an origin and initiate replication. Hence, Geminin is present, MCM2−7 will be unable for binding to an origin. At the end of the mitosis, Geminin is degraded, able of more than binding of MCM2−7 of DNA and relicense the origin.

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Answer 4

Question

Chapter 12.4, Problem 31AQP

Summary Introduction

To explain: The results for the given experiment.

Introduction:

As given in the experiment, eukaryotic licensing factors cause the prevention of DNA replication from being initiated at origin more than once in the cell cycle. Geminin is a protein which inhibits the licensing factors that are required for the binding of MCM2−7 to an origin and initiate replication. Hence, Geminin is present, MCM2−7 will be unable for binding to an origin. At the end of the mitosis, Geminin is degraded, able of more than binding of MCM2−7 of DNA and relicense the origin.

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Answer 5

Chapter 12.4, Problem 31AQP

Summary Introduction

To explain: The results for the given experiment.

Introduction:

As given in the experiment, eukaryotic licensing factors cause the prevention of DNA replication from being initiated at origin more than once in the cell cycle. Geminin is a protein which inhibits the licensing factors that are required for the binding of MCM2−7 to an origin and initiate replication. Hence, Geminin is present, MCM2−7 will be unable for binding to an origin. At the end of the mitosis, Geminin is degraded, able of more than binding of MCM2−7 of DNA and relicense the origin.

Answer 6

Chapter 12.4, Problem 31AQP

Summary Introduction

To explain: The results for the given experiment.

Introduction:

As given in the experiment, eukaryotic licensing factors cause the prevention of DNA replication from being initiated at origin more than once in the cell cycle. Geminin is a protein which inhibits the licensing factors that are required for the binding of MCM2−7 to an origin and initiate replication. Hence, Geminin is present, MCM2−7 will be unable for binding to an origin. At the end of the mitosis, Geminin is degraded, able of more than binding of MCM2−7 of DNA and relicense the origin.

Answer 7

Chapter 12.4, Problem 31AQP

Summary Introduction

To explain: The results for the given experiment.

Introduction:

As given in the experiment, eukaryotic licensing factors cause the prevention of DNA replication from being initiated at origin more than once in the cell cycle. Geminin is a protein which inhibits the licensing factors that are required for the binding of MCM2−7 to an origin and initiate replication. Hence, Geminin is present, MCM2−7 will be unable for binding to an origin. At the end of the mitosis, Geminin is degraded, able of more than binding of MCM2−7 of DNA and relicense the origin.

Answer 8

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Answer 9

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Answer 11

Ch. 12.1 - Prob. 1TPSQ Ch. 12.2 - Prob. 1CC Ch. 12.2 - Prob. 2CC Ch. 12.2 - Prob. 3CC Ch. 12.2 - Prob. 1COQ Ch. 12.2 - Prob. 2COQ Ch. 12.2 - Prob. 3COQ Ch. 12.2 - Prob. 4COQ Ch. 12.2 - Prob. 5COQ Ch. 12.2 - Prob. 6COQ

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Chapter 12 Solutions