To propose: A mechanism through which, protein A and protein B normally regulate replication so that each cell gets the proper amount of DNA. Introduction: Normally in eukaryotes, DNA replicated for once in every cell cycle. The process of replication should be regulated to maintain genetic stability. In the given case, protein A is produced by normal cells and present during S phase. Protein B is found during G1 phase of cell cycle and removes from during the removes during the S phase.

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Answer 1

Question

Chapter 12.4, Problem 39CQ

Summary Introduction

To propose: A mechanism through which, protein A and protein B normally regulate replication so that each cell gets the proper amount of DNA.

Introduction:

Normally in eukaryotes, DNA replicated for once in every cell cycle. The process of replication should be regulated to maintain genetic stability. In the given case, protein A is produced by normal cells and present during S phase. Protein B is found during G1 phase of cell cycle and removes from during the removes during the S phase.

Summary Introduction

To explain: The way through which a mutation in genes of protein A and protein B produces the effects of as given in the discussion.

Introduction:

The cells that contain mutated gene that encoding protein A, the protein is non-functional. This leads to an uncontrolled replication throughout the cell cycle. It results fifty times more DNA molecules than normal DNA molecules carried by the cells. The cells that contain mutated gene of protein B, the protein is non-functional and it fails to be removed and remain high during the cell cycle.

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Answer 2

Question

Chapter 12.4, Problem 39CQ

Summary Introduction

To propose: A mechanism through which, protein A and protein B normally regulate replication so that each cell gets the proper amount of DNA.

Introduction:

Normally in eukaryotes, DNA replicated for once in every cell cycle. The process of replication should be regulated to maintain genetic stability. In the given case, protein A is produced by normal cells and present during S phase. Protein B is found during G1 phase of cell cycle and removes from during the removes during the S phase.

Summary Introduction

To explain: The way through which a mutation in genes of protein A and protein B produces the effects of as given in the discussion.

Introduction:

The cells that contain mutated gene that encoding protein A, the protein is non-functional. This leads to an uncontrolled replication throughout the cell cycle. It results fifty times more DNA molecules than normal DNA molecules carried by the cells. The cells that contain mutated gene of protein B, the protein is non-functional and it fails to be removed and remain high during the cell cycle.

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Answer 3

Question

Chapter 12.4, Problem 39CQ

Summary Introduction

To propose: A mechanism through which, protein A and protein B normally regulate replication so that each cell gets the proper amount of DNA.

Introduction:

Normally in eukaryotes, DNA replicated for once in every cell cycle. The process of replication should be regulated to maintain genetic stability. In the given case, protein A is produced by normal cells and present during S phase. Protein B is found during G1 phase of cell cycle and removes from during the removes during the S phase.

Summary Introduction

To explain: The way through which a mutation in genes of protein A and protein B produces the effects of as given in the discussion.

Introduction:

The cells that contain mutated gene that encoding protein A, the protein is non-functional. This leads to an uncontrolled replication throughout the cell cycle. It results fifty times more DNA molecules than normal DNA molecules carried by the cells. The cells that contain mutated gene of protein B, the protein is non-functional and it fails to be removed and remain high during the cell cycle.

Expert Solution & Answer

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Answer 4

Question

Chapter 12.4, Problem 39CQ

Summary Introduction

To propose: A mechanism through which, protein A and protein B normally regulate replication so that each cell gets the proper amount of DNA.

Introduction:

Normally in eukaryotes, DNA replicated for once in every cell cycle. The process of replication should be regulated to maintain genetic stability. In the given case, protein A is produced by normal cells and present during S phase. Protein B is found during G1 phase of cell cycle and removes from during the removes during the S phase.

Summary Introduction

To explain: The way through which a mutation in genes of protein A and protein B produces the effects of as given in the discussion.

Introduction:

The cells that contain mutated gene that encoding protein A, the protein is non-functional. This leads to an uncontrolled replication throughout the cell cycle. It results fifty times more DNA molecules than normal DNA molecules carried by the cells. The cells that contain mutated gene of protein B, the protein is non-functional and it fails to be removed and remain high during the cell cycle.

Expert Solution & Answer

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Answer 5

Chapter 12.4, Problem 39CQ

Summary Introduction

To propose: A mechanism through which, protein A and protein B normally regulate replication so that each cell gets the proper amount of DNA.

Introduction:

Normally in eukaryotes, DNA replicated for once in every cell cycle. The process of replication should be regulated to maintain genetic stability. In the given case, protein A is produced by normal cells and present during S phase. Protein B is found during G1 phase of cell cycle and removes from during the removes during the S phase.

Summary Introduction

To explain: The way through which a mutation in genes of protein A and protein B produces the effects of as given in the discussion.

Introduction:

The cells that contain mutated gene that encoding protein A, the protein is non-functional. This leads to an uncontrolled replication throughout the cell cycle. It results fifty times more DNA molecules than normal DNA molecules carried by the cells. The cells that contain mutated gene of protein B, the protein is non-functional and it fails to be removed and remain high during the cell cycle.

Answer 6

Chapter 12.4, Problem 39CQ

Summary Introduction

To propose: A mechanism through which, protein A and protein B normally regulate replication so that each cell gets the proper amount of DNA.

Introduction:

Normally in eukaryotes, DNA replicated for once in every cell cycle. The process of replication should be regulated to maintain genetic stability. In the given case, protein A is produced by normal cells and present during S phase. Protein B is found during G1 phase of cell cycle and removes from during the removes during the S phase.

Answer 7

Chapter 12.4, Problem 39CQ

Summary Introduction

To propose: A mechanism through which, protein A and protein B normally regulate replication so that each cell gets the proper amount of DNA.

Introduction:

Normally in eukaryotes, DNA replicated for once in every cell cycle. The process of replication should be regulated to maintain genetic stability. In the given case, protein A is produced by normal cells and present during S phase. Protein B is found during G1 phase of cell cycle and removes from during the removes during the S phase.

Answer 8

Summary Introduction

To explain: The way through which a mutation in genes of protein A and protein B produces the effects of as given in the discussion.

Introduction:

The cells that contain mutated gene that encoding protein A, the protein is non-functional. This leads to an uncontrolled replication throughout the cell cycle. It results fifty times more DNA molecules than normal DNA molecules carried by the cells. The cells that contain mutated gene of protein B, the protein is non-functional and it fails to be removed and remain high during the cell cycle.

Answer 9

Summary Introduction

To explain: The way through which a mutation in genes of protein A and protein B produces the effects of as given in the discussion.

Introduction:

The cells that contain mutated gene that encoding protein A, the protein is non-functional. This leads to an uncontrolled replication throughout the cell cycle. It results fifty times more DNA molecules than normal DNA molecules carried by the cells. The cells that contain mutated gene of protein B, the protein is non-functional and it fails to be removed and remain high during the cell cycle.

Answer 10

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Answer 11

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Answer 12

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Answer 13

Ch. 12.1 - Prob. 1TPSQ Ch. 12.2 - Prob. 1CC Ch. 12.2 - Prob. 2CC Ch. 12.2 - Prob. 3CC Ch. 12.2 - Prob. 1COQ Ch. 12.2 - Prob. 2COQ Ch. 12.2 - Prob. 3COQ Ch. 12.2 - Prob. 4COQ Ch. 12.2 - Prob. 5COQ Ch. 12.2 - Prob. 6COQ

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