The contribution of translocation (such as Philadelphia chromosome) in cancer. Introduction: When rearrangement of genes between non-homologous chromosomes takes place, it results in chromosomal abnormality called chromosome translocation. Translocation is categorized into two-balanced and unbalance, the former is said to occur when no loss of genetic material takes place and functionality of the chromosome is maintained, whereas the later is said to occur when gene splitting and transfer results into abnormal functioning.

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Chapter 16, Problem 15PDQ

Summary Introduction

To review:

The contribution of translocation (such as Philadelphia chromosome) in cancer.

Introduction:

When rearrangement of genes between non-homologous chromosomes takes place, it results in chromosomal abnormality called chromosome translocation. Translocation is categorized into two-balanced and unbalance, the former is said to occur when no loss of genetic material takes place and functionality of the chromosome is maintained, whereas the later is said to occur when gene splitting and transfer results into abnormal functioning.

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Question

Chapter 16, Problem 15PDQ

Summary Introduction

To review:

The contribution of translocation (such as Philadelphia chromosome) in cancer.

Introduction:

When rearrangement of genes between non-homologous chromosomes takes place, it results in chromosomal abnormality called chromosome translocation. Translocation is categorized into two-balanced and unbalance, the former is said to occur when no loss of genetic material takes place and functionality of the chromosome is maintained, whereas the later is said to occur when gene splitting and transfer results into abnormal functioning.

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Answer 3

Question

Chapter 16, Problem 15PDQ

Summary Introduction

To review:

The contribution of translocation (such as Philadelphia chromosome) in cancer.

Introduction:

When rearrangement of genes between non-homologous chromosomes takes place, it results in chromosomal abnormality called chromosome translocation. Translocation is categorized into two-balanced and unbalance, the former is said to occur when no loss of genetic material takes place and functionality of the chromosome is maintained, whereas the later is said to occur when gene splitting and transfer results into abnormal functioning.

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Answer 4

Question

Chapter 16, Problem 15PDQ

Summary Introduction

To review:

The contribution of translocation (such as Philadelphia chromosome) in cancer.

Introduction:

When rearrangement of genes between non-homologous chromosomes takes place, it results in chromosomal abnormality called chromosome translocation. Translocation is categorized into two-balanced and unbalance, the former is said to occur when no loss of genetic material takes place and functionality of the chromosome is maintained, whereas the later is said to occur when gene splitting and transfer results into abnormal functioning.

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Answer 5

Chapter 16, Problem 15PDQ

Summary Introduction

To review:

The contribution of translocation (such as Philadelphia chromosome) in cancer.

Introduction:

When rearrangement of genes between non-homologous chromosomes takes place, it results in chromosomal abnormality called chromosome translocation. Translocation is categorized into two-balanced and unbalance, the former is said to occur when no loss of genetic material takes place and functionality of the chromosome is maintained, whereas the later is said to occur when gene splitting and transfer results into abnormal functioning.

Answer 6

Chapter 16, Problem 15PDQ

Summary Introduction

To review:

The contribution of translocation (such as Philadelphia chromosome) in cancer.

Introduction:

When rearrangement of genes between non-homologous chromosomes takes place, it results in chromosomal abnormality called chromosome translocation. Translocation is categorized into two-balanced and unbalance, the former is said to occur when no loss of genetic material takes place and functionality of the chromosome is maintained, whereas the later is said to occur when gene splitting and transfer results into abnormal functioning.

Answer 7

Chapter 16, Problem 15PDQ

Summary Introduction

To review:

The contribution of translocation (such as Philadelphia chromosome) in cancer.

Introduction:

When rearrangement of genes between non-homologous chromosomes takes place, it results in chromosomal abnormality called chromosome translocation. Translocation is categorized into two-balanced and unbalance, the former is said to occur when no loss of genetic material takes place and functionality of the chromosome is maintained, whereas the later is said to occur when gene splitting and transfer results into abnormal functioning.

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Solution Summary: The author explains that Philadelphia chromosome translocation contributes to cancer development as the normal functioning of the gene gets disrupted and cell proliferation takes place even when external growth signals are absent.

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