To sketch and explain: A favored model that explains the mechanism of polar movement of chromosomes in which microtubules shorten, generate force, and yet remain firmly attached to the kinetochore of the chromosome. Concept introduction: The sister chromatids have centromere to which the kinetochore complexes are bound. Thekinetochore is a disc-shaped protein. Kinetochore complexes bind to the microtubule and move along them by depolymerizing them. The depolymerization involves release of energy that helps them to slide along a microtubule.

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Chapter 18, Problem 21Q

Summary Introduction

To sketch and explain: A favored model that explains the mechanism of polar movement of chromosomes in which microtubules shorten, generate force, and yet remain firmly attached to the kinetochore of the chromosome.

Concept introduction: The sister chromatids have centromere to which the kinetochore complexes are bound. Thekinetochore is a disc-shaped protein. Kinetochore complexes bind to the microtubule and move along them by depolymerizing them. The depolymerization involves release of energy that helps them to slide along a microtubule.

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Question

Chapter 18, Problem 21Q

Summary Introduction

To sketch and explain: A favored model that explains the mechanism of polar movement of chromosomes in which microtubules shorten, generate force, and yet remain firmly attached to the kinetochore of the chromosome.

Concept introduction: The sister chromatids have centromere to which the kinetochore complexes are bound. Thekinetochore is a disc-shaped protein. Kinetochore complexes bind to the microtubule and move along them by depolymerizing them. The depolymerization involves release of energy that helps them to slide along a microtubule.

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Answer 3

Question

Chapter 18, Problem 21Q

Summary Introduction

To sketch and explain: A favored model that explains the mechanism of polar movement of chromosomes in which microtubules shorten, generate force, and yet remain firmly attached to the kinetochore of the chromosome.

Concept introduction: The sister chromatids have centromere to which the kinetochore complexes are bound. Thekinetochore is a disc-shaped protein. Kinetochore complexes bind to the microtubule and move along them by depolymerizing them. The depolymerization involves release of energy that helps them to slide along a microtubule.

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Answer 4

Question

Chapter 18, Problem 21Q

Summary Introduction

To sketch and explain: A favored model that explains the mechanism of polar movement of chromosomes in which microtubules shorten, generate force, and yet remain firmly attached to the kinetochore of the chromosome.

Concept introduction: The sister chromatids have centromere to which the kinetochore complexes are bound. Thekinetochore is a disc-shaped protein. Kinetochore complexes bind to the microtubule and move along them by depolymerizing them. The depolymerization involves release of energy that helps them to slide along a microtubule.

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Answer 5

Chapter 18, Problem 21Q

Summary Introduction

To sketch and explain: A favored model that explains the mechanism of polar movement of chromosomes in which microtubules shorten, generate force, and yet remain firmly attached to the kinetochore of the chromosome.

Concept introduction: The sister chromatids have centromere to which the kinetochore complexes are bound. Thekinetochore is a disc-shaped protein. Kinetochore complexes bind to the microtubule and move along them by depolymerizing them. The depolymerization involves release of energy that helps them to slide along a microtubule.

Answer 6

Chapter 18, Problem 21Q

Summary Introduction

To sketch and explain: A favored model that explains the mechanism of polar movement of chromosomes in which microtubules shorten, generate force, and yet remain firmly attached to the kinetochore of the chromosome.

Concept introduction: The sister chromatids have centromere to which the kinetochore complexes are bound. Thekinetochore is a disc-shaped protein. Kinetochore complexes bind to the microtubule and move along them by depolymerizing them. The depolymerization involves release of energy that helps them to slide along a microtubule.

Answer 7

Chapter 18, Problem 21Q

Summary Introduction

To sketch and explain: A favored model that explains the mechanism of polar movement of chromosomes in which microtubules shorten, generate force, and yet remain firmly attached to the kinetochore of the chromosome.

Concept introduction: The sister chromatids have centromere to which the kinetochore complexes are bound. Thekinetochore is a disc-shaped protein. Kinetochore complexes bind to the microtubule and move along them by depolymerizing them. The depolymerization involves release of energy that helps them to slide along a microtubule.

Answer 8

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Ch. 18 - Prob. 1Q Ch. 18 - Prob. 2Q Ch. 18 - Prob. 3Q Ch. 18 - Prob. 4Q Ch. 18 - Prob. 5Q Ch. 18 - Prob. 6Q Ch. 18 - Prob. 7Q Ch. 18 - Prob. 8Q Ch. 18 - Prob. 9Q Ch. 18 - Prob. 10Q

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