a. The deletion of exon 3; b. The deletion of six consecutive nucleotides in exon 1; c. The duplication of exon 5; d. The disruption of the splice site between exon 8 and introns 8, e. The deletion of introns 2. Concept introduction: The inherited cases resulted from the mutation in a gene encodes the protein parkin. The protein parkin includes 12 exons. This is a type of disease in which only 2% of cases are inherited. The protein formation is affected by the deletion and insertion of introns and exons.

Question

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Answer 1

Question

Chapter 7, Problem 26WIO

a.

Summary Introduction

To identify: a. The deletion of exon 3; b. The deletion of six consecutive nucleotides in exon 1; c. The duplication of exon 5; d. The disruption of the splice site between exon 8 and introns 8, e. The deletion of introns 2.

Concept introduction:

The inherited cases resulted from the mutation in a gene encodes the protein parkin. The protein parkin includes 12 exons. This is a type of disease in which only 2% of cases are inherited. The protein formation is affected by the deletion and insertion of introns and exons.

b.

Summary Introduction

To identify: Deletion of six consecutive nucleotides in exon 1 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

c.

Summary Introduction

To identify: Duplication of exon 5 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

d.

Summary Introduction

To identify: Disruption of splice site between exon 8 and introns 8 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

e.

Summary Introduction

To identify: Deletion of introns 2 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein

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Answer 2

Question

Chapter 7, Problem 26WIO

a.

Summary Introduction

To identify: a. The deletion of exon 3; b. The deletion of six consecutive nucleotides in exon 1; c. The duplication of exon 5; d. The disruption of the splice site between exon 8 and introns 8, e. The deletion of introns 2.

Concept introduction:

The inherited cases resulted from the mutation in a gene encodes the protein parkin. The protein parkin includes 12 exons. This is a type of disease in which only 2% of cases are inherited. The protein formation is affected by the deletion and insertion of introns and exons.

b.

Summary Introduction

To identify: Deletion of six consecutive nucleotides in exon 1 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

c.

Summary Introduction

To identify: Duplication of exon 5 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

d.

Summary Introduction

To identify: Disruption of splice site between exon 8 and introns 8 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

e.

Summary Introduction

To identify: Deletion of introns 2 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein

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Answer 3

Question

Chapter 7, Problem 26WIO

a.

Summary Introduction

To identify: a. The deletion of exon 3; b. The deletion of six consecutive nucleotides in exon 1; c. The duplication of exon 5; d. The disruption of the splice site between exon 8 and introns 8, e. The deletion of introns 2.

Concept introduction:

The inherited cases resulted from the mutation in a gene encodes the protein parkin. The protein parkin includes 12 exons. This is a type of disease in which only 2% of cases are inherited. The protein formation is affected by the deletion and insertion of introns and exons.

b.

Summary Introduction

To identify: Deletion of six consecutive nucleotides in exon 1 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

c.

Summary Introduction

To identify: Duplication of exon 5 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

d.

Summary Introduction

To identify: Disruption of splice site between exon 8 and introns 8 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

e.

Summary Introduction

To identify: Deletion of introns 2 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein

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Answer 4

Question

Chapter 7, Problem 26WIO

a.

Summary Introduction

To identify: a. The deletion of exon 3; b. The deletion of six consecutive nucleotides in exon 1; c. The duplication of exon 5; d. The disruption of the splice site between exon 8 and introns 8, e. The deletion of introns 2.

Concept introduction:

The inherited cases resulted from the mutation in a gene encodes the protein parkin. The protein parkin includes 12 exons. This is a type of disease in which only 2% of cases are inherited. The protein formation is affected by the deletion and insertion of introns and exons.

b.

Summary Introduction

To identify: Deletion of six consecutive nucleotides in exon 1 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

c.

Summary Introduction

To identify: Duplication of exon 5 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

d.

Summary Introduction

To identify: Disruption of splice site between exon 8 and introns 8 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

e.

Summary Introduction

To identify: Deletion of introns 2 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein

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Answer 5

Chapter 7, Problem 26WIO

a.

Summary Introduction

To identify: a. The deletion of exon 3; b. The deletion of six consecutive nucleotides in exon 1; c. The duplication of exon 5; d. The disruption of the splice site between exon 8 and introns 8, e. The deletion of introns 2.

Concept introduction:

The inherited cases resulted from the mutation in a gene encodes the protein parkin. The protein parkin includes 12 exons. This is a type of disease in which only 2% of cases are inherited. The protein formation is affected by the deletion and insertion of introns and exons.

b.

Summary Introduction

To identify: Deletion of six consecutive nucleotides in exon 1 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

c.

Summary Introduction

To identify: Duplication of exon 5 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

d.

Summary Introduction

To identify: Disruption of splice site between exon 8 and introns 8 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

e.

Summary Introduction

To identify: Deletion of introns 2 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein

Answer 6

Chapter 7, Problem 26WIO

a.

Summary Introduction

To identify: a. The deletion of exon 3; b. The deletion of six consecutive nucleotides in exon 1; c. The duplication of exon 5; d. The disruption of the splice site between exon 8 and introns 8, e. The deletion of introns 2.

Concept introduction:

The inherited cases resulted from the mutation in a gene encodes the protein parkin. The protein parkin includes 12 exons. This is a type of disease in which only 2% of cases are inherited. The protein formation is affected by the deletion and insertion of introns and exons.

Answer 7

Chapter 7, Problem 26WIO

a.

Summary Introduction

To identify: a. The deletion of exon 3; b. The deletion of six consecutive nucleotides in exon 1; c. The duplication of exon 5; d. The disruption of the splice site between exon 8 and introns 8, e. The deletion of introns 2.

Concept introduction:

The inherited cases resulted from the mutation in a gene encodes the protein parkin. The protein parkin includes 12 exons. This is a type of disease in which only 2% of cases are inherited. The protein formation is affected by the deletion and insertion of introns and exons.

Answer 8

b.

Summary Introduction

To identify: Deletion of six consecutive nucleotides in exon 1 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

Answer 9

b.

Summary Introduction

To identify: Deletion of six consecutive nucleotides in exon 1 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

Answer 10

c.

Summary Introduction

To identify: Duplication of exon 5 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

Answer 11

c.

Summary Introduction

To identify: Duplication of exon 5 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

Answer 12

d.

Summary Introduction

To identify: Disruption of splice site between exon 8 and introns 8 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

Answer 13

d.

Summary Introduction

To identify: Disruption of splice site between exon 8 and introns 8 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

Answer 14

e.

Summary Introduction

To identify: Deletion of introns 2 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein

Answer 15

e.

Summary Introduction

To identify: Deletion of introns 2 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein

Answer 16

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Answer 17

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Answer 18

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Answer 19

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Concept explainers

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To identify: Deletion of six consecutive nucleotides in exon 1 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

To identify: Duplication of exon 5 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

To identify: Disruption of splice site between exon 8 and introns 8 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein.

To identify: Deletion of introns 2 in the parkin gene would result in a smaller protein, a larger protein or no change in the size of the protein

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Chapter 7 Solutions