The effect of one, two or all three introns removal from the Hes7 gene would reduce the delay the production of the unstable Hes7 gene. Concept introduction: Hes7 genes are involved in the somite cell production of the vertebrates. Hes7 is a self-regulator. The transcription is initiated only when the protein decays. Hes7 gene is found in the chromosome 17 of hu7mans and belongs to Hairy and Enhancer of Split family of proteins. Hes7 is activated by Notch-Delta signaling.

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Answer 1

Question

Chapter 21, Problem 14P

Summary Introduction

To explain: The effect of one, two or all three introns removal from the Hes7 gene would reduce the delay the production of the unstable Hes7 gene.

Concept introduction: Hes7 genes are involved in the somite cell production of the vertebrates. Hes7 is a self-regulator. The transcription is initiated only when the protein decays. Hes7 gene is found in the chromosome 17 of hu7mans and belongs to Hairy and Enhancer of Split family of proteins. Hes7 is activated by Notch-Delta signaling.

Summary Introduction

To explain: The effect on oscillation time, and somite formation if the mathematical model is correct.

Concept introduction: Hes7 genes are involved in the somite cell production of the vertebrates. Hes7 is a self-regulator. The transcription is initiated only when the protein decays. Hes7 gene is found in the chromosome 17 of hu7mans and belongs to Hairy and Enhancer of Split family of proteins. Hes7 is activated by Notch-Delta signaling.

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One of the ways for a cell to generate ATP is through the oxidative phosphorylation. In oxidative phosphorylation 3 ATP are produced from every one NADH molecule. In respiration, every glucose molecule produces 10 NADH molecules. If a cell is growing on 5 glucose molecules, how much ATP can be produced using oxidative phosphorylation/aerobic respiration?

If a cell is growing on 5 glucose molecules, how much ATP can be produced using oxidative phosphorylation/aerobic respiration?

Answer 2

Question

Chapter 21, Problem 14P

Summary Introduction

To explain: The effect of one, two or all three introns removal from the Hes7 gene would reduce the delay the production of the unstable Hes7 gene.

Concept introduction: Hes7 genes are involved in the somite cell production of the vertebrates. Hes7 is a self-regulator. The transcription is initiated only when the protein decays. Hes7 gene is found in the chromosome 17 of hu7mans and belongs to Hairy and Enhancer of Split family of proteins. Hes7 is activated by Notch-Delta signaling.

Summary Introduction

To explain: The effect on oscillation time, and somite formation if the mathematical model is correct.

Concept introduction: Hes7 genes are involved in the somite cell production of the vertebrates. Hes7 is a self-regulator. The transcription is initiated only when the protein decays. Hes7 gene is found in the chromosome 17 of hu7mans and belongs to Hairy and Enhancer of Split family of proteins. Hes7 is activated by Notch-Delta signaling.

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Answer 3

Question

Chapter 21, Problem 14P

Summary Introduction

To explain: The effect of one, two or all three introns removal from the Hes7 gene would reduce the delay the production of the unstable Hes7 gene.

Concept introduction: Hes7 genes are involved in the somite cell production of the vertebrates. Hes7 is a self-regulator. The transcription is initiated only when the protein decays. Hes7 gene is found in the chromosome 17 of hu7mans and belongs to Hairy and Enhancer of Split family of proteins. Hes7 is activated by Notch-Delta signaling.

Summary Introduction

To explain: The effect on oscillation time, and somite formation if the mathematical model is correct.

Concept introduction: Hes7 genes are involved in the somite cell production of the vertebrates. Hes7 is a self-regulator. The transcription is initiated only when the protein decays. Hes7 gene is found in the chromosome 17 of hu7mans and belongs to Hairy and Enhancer of Split family of proteins. Hes7 is activated by Notch-Delta signaling.

Expert Solution & Answer

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See solution

Answer 4

Question

Chapter 21, Problem 14P

Summary Introduction

To explain: The effect of one, two or all three introns removal from the Hes7 gene would reduce the delay the production of the unstable Hes7 gene.

Concept introduction: Hes7 genes are involved in the somite cell production of the vertebrates. Hes7 is a self-regulator. The transcription is initiated only when the protein decays. Hes7 gene is found in the chromosome 17 of hu7mans and belongs to Hairy and Enhancer of Split family of proteins. Hes7 is activated by Notch-Delta signaling.

Summary Introduction

To explain: The effect on oscillation time, and somite formation if the mathematical model is correct.

Concept introduction: Hes7 genes are involved in the somite cell production of the vertebrates. Hes7 is a self-regulator. The transcription is initiated only when the protein decays. Hes7 gene is found in the chromosome 17 of hu7mans and belongs to Hairy and Enhancer of Split family of proteins. Hes7 is activated by Notch-Delta signaling.

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Answer 5

Chapter 21, Problem 14P

Summary Introduction

To explain: The effect of one, two or all three introns removal from the Hes7 gene would reduce the delay the production of the unstable Hes7 gene.

Concept introduction: Hes7 genes are involved in the somite cell production of the vertebrates. Hes7 is a self-regulator. The transcription is initiated only when the protein decays. Hes7 gene is found in the chromosome 17 of hu7mans and belongs to Hairy and Enhancer of Split family of proteins. Hes7 is activated by Notch-Delta signaling.

Summary Introduction

To explain: The effect on oscillation time, and somite formation if the mathematical model is correct.

Concept introduction: Hes7 genes are involved in the somite cell production of the vertebrates. Hes7 is a self-regulator. The transcription is initiated only when the protein decays. Hes7 gene is found in the chromosome 17 of hu7mans and belongs to Hairy and Enhancer of Split family of proteins. Hes7 is activated by Notch-Delta signaling.

Answer 6

Chapter 21, Problem 14P

Summary Introduction

To explain: The effect of one, two or all three introns removal from the Hes7 gene would reduce the delay the production of the unstable Hes7 gene.

Concept introduction: Hes7 genes are involved in the somite cell production of the vertebrates. Hes7 is a self-regulator. The transcription is initiated only when the protein decays. Hes7 gene is found in the chromosome 17 of hu7mans and belongs to Hairy and Enhancer of Split family of proteins. Hes7 is activated by Notch-Delta signaling.

Answer 7

Chapter 21, Problem 14P

Summary Introduction

To explain: The effect of one, two or all three introns removal from the Hes7 gene would reduce the delay the production of the unstable Hes7 gene.

Concept introduction: Hes7 genes are involved in the somite cell production of the vertebrates. Hes7 is a self-regulator. The transcription is initiated only when the protein decays. Hes7 gene is found in the chromosome 17 of hu7mans and belongs to Hairy and Enhancer of Split family of proteins. Hes7 is activated by Notch-Delta signaling.

Answer 8

Summary Introduction

To explain: The effect on oscillation time, and somite formation if the mathematical model is correct.

Concept introduction: Hes7 genes are involved in the somite cell production of the vertebrates. Hes7 is a self-regulator. The transcription is initiated only when the protein decays. Hes7 gene is found in the chromosome 17 of hu7mans and belongs to Hairy and Enhancer of Split family of proteins. Hes7 is activated by Notch-Delta signaling.

Answer 9

Summary Introduction

To explain: The effect on oscillation time, and somite formation if the mathematical model is correct.

Concept introduction: Hes7 genes are involved in the somite cell production of the vertebrates. Hes7 is a self-regulator. The transcription is initiated only when the protein decays. Hes7 gene is found in the chromosome 17 of hu7mans and belongs to Hairy and Enhancer of Split family of proteins. Hes7 is activated by Notch-Delta signaling.

Answer 10

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Answer 12

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Answer 13

Ch. 21 - Prob. 1P Ch. 21 - Prob. 2P Ch. 21 - Prob. 3P Ch. 21 - Prob. 4P Ch. 21 - Prob. 5P Ch. 21 - Prob. 6P Ch. 21 - Prob. 7P Ch. 21 - Prob. 8P Ch. 21 - Prob. 9P Ch. 21 - Prob. 10P

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