The change in chromosomes of daughter cells if centromere does not split during anaphase. Concept introduction: Anaphase is the phase in which the centromere splits and some spindle fibers become short as they pull the sister chromatids toward opposite poles of the cell.

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Answer 1

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Chapter 8.5, Problem 4MC

Summary Introduction

To determine:

The change in chromosomes of daughter cells if centromere does not split during anaphase.

Concept introduction:

Anaphase is the phase in which the centromere splits and some spindle fibers become short as they pull the sister chromatids toward opposite poles of the cell.

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A somatic cell has 46 chromosomes aligned at metaphase. How many chromosomes are present at anaphase, immediately after the centromeres have split?

Draw and label G1 and G2 stages of interphase and each stage of mitosis (in order) for a cell that has two large and two small chromosomes, 2n=4. For unreplicated chromosome draw a line ( / ) and for replicated chromosome draw an X. Since we are focusing on the DNA, you can skip drawing the nuclear membrane or spindle fibers. For simplicity, do not indicate that the chromosomes are decondensed chromatin during interphase. Mark and label a place on one of the large chromosomes with the dominant allele of the “A” gene and put the recessive allele “a” on the other homolog. Mark and label a place on one of the small chromosomes with allele “B” and put the recessive allele “b” on the other homolog.

Diagrammatically show metaphase and telophase of mitosis using a cell that is 2n=2 which has one metacentric chromosome and one telocentric chromosome.

Answer 2

Question

Chapter 8.5, Problem 4MC

Summary Introduction

To determine:

The change in chromosomes of daughter cells if centromere does not split during anaphase.

Concept introduction:

Anaphase is the phase in which the centromere splits and some spindle fibers become short as they pull the sister chromatids toward opposite poles of the cell.

Expert Solution & Answer

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Check out a sample textbook solution

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Answer 3

Question

Chapter 8.5, Problem 4MC

Summary Introduction

To determine:

The change in chromosomes of daughter cells if centromere does not split during anaphase.

Concept introduction:

Anaphase is the phase in which the centromere splits and some spindle fibers become short as they pull the sister chromatids toward opposite poles of the cell.

Expert Solution & Answer

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Check out a sample textbook solution

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Answer 4

Question

Chapter 8.5, Problem 4MC

Summary Introduction

To determine:

The change in chromosomes of daughter cells if centromere does not split during anaphase.

Concept introduction:

Anaphase is the phase in which the centromere splits and some spindle fibers become short as they pull the sister chromatids toward opposite poles of the cell.

Expert Solution & Answer

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Answer 5

Chapter 8.5, Problem 4MC

Summary Introduction

To determine:

The change in chromosomes of daughter cells if centromere does not split during anaphase.

Concept introduction:

Anaphase is the phase in which the centromere splits and some spindle fibers become short as they pull the sister chromatids toward opposite poles of the cell.

Answer 6

Chapter 8.5, Problem 4MC

Summary Introduction

To determine:

The change in chromosomes of daughter cells if centromere does not split during anaphase.

Concept introduction:

Anaphase is the phase in which the centromere splits and some spindle fibers become short as they pull the sister chromatids toward opposite poles of the cell.

Answer 7

Chapter 8.5, Problem 4MC

Summary Introduction

To determine:

The change in chromosomes of daughter cells if centromere does not split during anaphase.

Concept introduction:

Anaphase is the phase in which the centromere splits and some spindle fibers become short as they pull the sister chromatids toward opposite poles of the cell.

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 8.1 - Explain the roles of mitotic cell division,...Ch. 8.1 - Prob. 2MC Ch. 8.2 - Prob. 1MC Ch. 8.2 - Prob. 2MC Ch. 8.2 - Prob. 3MC Ch. 8.2 - Prob. 4MC Ch. 8.3 - Which cell types divide by binary fission?Ch. 8.3 - Prob. 2MC Ch. 8.4 - Prob. 1MC Ch. 8.4 - Prob. 2MC

The change in chromosomes of daughter cells if centromere does not split during anaphase. Concept introduction: Anaphase is the phase in which the centromere splits and some spindle fibers become short as they pull the sister chromatids toward opposite poles of the cell.

Solution Summary: The author explains that anaphase is the phase in which the centromere splits and some spindle fibers become short as they pull the sister chromatids toward the opposite poles of the cell.

Concept explainers

Videos

To determine:

The change in chromosomes of daughter cells if centromere does not split during anaphase.

Concept introduction:

Anaphase is the phase in which the centromere splits and some spindle fibers become short as they pull the sister chromatids toward opposite poles of the cell.

Want to see the full answer?

Chapter 8 Solutions

The change in chromosomes of daughter cells if centromere does not split during anaphase. Concept introduction: Anaphase is the phase in which the centromere splits and some spindle fibers become short as they pull the sister chromatids toward opposite poles of the cell.

Solution Summary: The author explains that anaphase is the phase in which the centromere splits and some spindle fibers become short as they pull the sister chromatids toward the opposite poles of the cell.

Concept explainers

Videos

To determine: The change in chromosomes of daughter cells if centromere does not split during anaphase. Concept introduction: Anaphase is the phase in which the centromere splits and some spindle fibers become short as they pull the sister chromatids toward opposite poles of the cell.

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Chapter 8 Solutions

To determine:

The change in chromosomes of daughter cells if centromere does not split during anaphase.

Concept introduction:

Anaphase is the phase in which the centromere splits and some spindle fibers become short as they pull the sister chromatids toward opposite poles of the cell.