The region at which the centromeric DNA is located. Introduction: A scientist conducted experiments by using the DNA of yeast centromere. In this experiment, the yeast centromere DNA was cloned in the YRP 7 plasmid. The insertion of this DNA into the plasmid makes the plasmid metabolically stable. The YRP 7 plasmid contains many parts. The part of YRP 7 plasmid in which yeast centromere DNA is inserted is the TRP + plasmid.

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Chapter 11, Problem 30P

Summary Introduction

To determine:

The region at which the centromeric DNA is located.

Introduction:

A scientist conducted experiments by using the DNA of yeast centromere. In this experiment, the yeast centromere DNA was cloned in the YRP₇ plasmid. The insertion of this DNA into the plasmid makes the plasmid metabolically stable. The YRP₇ plasmid contains many parts. The part of YRP₇ plasmid in which yeast centromere DNA is inserted is the TRP⁺ plasmid.

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Answer 2

Question

Chapter 11, Problem 30P

Summary Introduction

To determine:

The region at which the centromeric DNA is located.

Introduction:

A scientist conducted experiments by using the DNA of yeast centromere. In this experiment, the yeast centromere DNA was cloned in the YRP₇ plasmid. The insertion of this DNA into the plasmid makes the plasmid metabolically stable. The YRP₇ plasmid contains many parts. The part of YRP₇ plasmid in which yeast centromere DNA is inserted is the TRP⁺ plasmid.

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Answer 3

Question

Chapter 11, Problem 30P

Summary Introduction

To determine:

The region at which the centromeric DNA is located.

Introduction:

A scientist conducted experiments by using the DNA of yeast centromere. In this experiment, the yeast centromere DNA was cloned in the YRP₇ plasmid. The insertion of this DNA into the plasmid makes the plasmid metabolically stable. The YRP₇ plasmid contains many parts. The part of YRP₇ plasmid in which yeast centromere DNA is inserted is the TRP⁺ plasmid.

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Answer 4

Question

Chapter 11, Problem 30P

Summary Introduction

To determine:

The region at which the centromeric DNA is located.

Introduction:

A scientist conducted experiments by using the DNA of yeast centromere. In this experiment, the yeast centromere DNA was cloned in the YRP₇ plasmid. The insertion of this DNA into the plasmid makes the plasmid metabolically stable. The YRP₇ plasmid contains many parts. The part of YRP₇ plasmid in which yeast centromere DNA is inserted is the TRP⁺ plasmid.

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Answer 5

Chapter 11, Problem 30P

Summary Introduction

To determine:

The region at which the centromeric DNA is located.

Introduction:

A scientist conducted experiments by using the DNA of yeast centromere. In this experiment, the yeast centromere DNA was cloned in the YRP₇ plasmid. The insertion of this DNA into the plasmid makes the plasmid metabolically stable. The YRP₇ plasmid contains many parts. The part of YRP₇ plasmid in which yeast centromere DNA is inserted is the TRP⁺ plasmid.

Answer 6

Chapter 11, Problem 30P

Summary Introduction

To determine:

The region at which the centromeric DNA is located.

Introduction:

A scientist conducted experiments by using the DNA of yeast centromere. In this experiment, the yeast centromere DNA was cloned in the YRP₇ plasmid. The insertion of this DNA into the plasmid makes the plasmid metabolically stable. The YRP₇ plasmid contains many parts. The part of YRP₇ plasmid in which yeast centromere DNA is inserted is the TRP⁺ plasmid.

Answer 7

Chapter 11, Problem 30P

Summary Introduction

To determine:

The region at which the centromeric DNA is located.

Introduction:

A scientist conducted experiments by using the DNA of yeast centromere. In this experiment, the yeast centromere DNA was cloned in the YRP₇ plasmid. The insertion of this DNA into the plasmid makes the plasmid metabolically stable. The YRP₇ plasmid contains many parts. The part of YRP₇ plasmid in which yeast centromere DNA is inserted is the TRP⁺ plasmid.

Answer 8

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Answer 11

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Solution Summary: The author explains that yeast centromere DNA was cloned in the YRP 7 plasmid. The smallest part of centromeric DNA has high mitotic stability.

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