The individuals that have same defect in protein – E production. Introduction: Production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygosity or heterozygosity.

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Answer 1

Question

Chapter 10, Problem 7QP

a.

Summary Introduction

To determine: The individuals that have same defect in protein – E production.

Introduction: Production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygosity or heterozygosity.

b.

Summary Introduction

To explain: whether children born from marriage of individual 2 and individual 3 will be able to make protein E or not.

Introduction: production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygocity or heterozygocity

c.

Summary Introduction

To explain: whether children born from marriage of individual 1 and individual 6 will be able to make protein E or not.

Introduction: production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygocity or heterozygocity

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Svp je voulais demander l aide pour mon exercice

Imagine that you are a clinical geneticist. Your colleague is an oncologist who wants your help explaining the basics of genetics to their patient, who will be undergoing genetic testing in the coming weeks for possible acute myeloid leukemia (AML) induced by the radiation she had several years ago for breast cancer. Write a 1,050- to 1,225-word memo to your colleague. Include the following in your memo: An explanation of the molecular structure of DNA and RNA, highlighting both similarities and differences A description of the processes of transcription and translation An explanation of the differences between leading and lagging strands and how the DNA is replicated in each strand Reponses to the following common questions patients might ask about this type of genetic testing and genetic disorder: Does AML run in families? What genes are tested for?

Respond to the following in a minimum of 175 words: What are some potential consequences that could result if the processes of replication, transcription, and translation don’t function correctly? Provide an example of how you might explain these consequences in terms that patients might understand.

Answer 2

Question

Chapter 10, Problem 7QP

a.

Summary Introduction

To determine: The individuals that have same defect in protein – E production.

Introduction: Production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygosity or heterozygosity.

b.

Summary Introduction

To explain: whether children born from marriage of individual 2 and individual 3 will be able to make protein E or not.

Introduction: production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygocity or heterozygocity

c.

Summary Introduction

To explain: whether children born from marriage of individual 1 and individual 6 will be able to make protein E or not.

Introduction: production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygocity or heterozygocity

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Answer 3

Question

Chapter 10, Problem 7QP

a.

Summary Introduction

To determine: The individuals that have same defect in protein – E production.

Introduction: Production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygosity or heterozygosity.

b.

Summary Introduction

To explain: whether children born from marriage of individual 2 and individual 3 will be able to make protein E or not.

Introduction: production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygocity or heterozygocity

c.

Summary Introduction

To explain: whether children born from marriage of individual 1 and individual 6 will be able to make protein E or not.

Introduction: production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygocity or heterozygocity

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Answer 4

Question

Chapter 10, Problem 7QP

a.

Summary Introduction

To determine: The individuals that have same defect in protein – E production.

Introduction: Production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygosity or heterozygosity.

b.

Summary Introduction

To explain: whether children born from marriage of individual 2 and individual 3 will be able to make protein E or not.

Introduction: production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygocity or heterozygocity

c.

Summary Introduction

To explain: whether children born from marriage of individual 1 and individual 6 will be able to make protein E or not.

Introduction: production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygocity or heterozygocity

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Answer 5

Chapter 10, Problem 7QP

a.

Summary Introduction

To determine: The individuals that have same defect in protein – E production.

Introduction: Production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygosity or heterozygosity.

b.

Summary Introduction

To explain: whether children born from marriage of individual 2 and individual 3 will be able to make protein E or not.

Introduction: production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygocity or heterozygocity

c.

Summary Introduction

To explain: whether children born from marriage of individual 1 and individual 6 will be able to make protein E or not.

Introduction: production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygocity or heterozygocity

Answer 6

Chapter 10, Problem 7QP

a.

Summary Introduction

To determine: The individuals that have same defect in protein – E production.

Introduction: Production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygosity or heterozygosity.

Answer 7

Chapter 10, Problem 7QP

a.

Summary Introduction

To determine: The individuals that have same defect in protein – E production.

Introduction: Production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygosity or heterozygosity.

Answer 8

b.

Summary Introduction

To explain: whether children born from marriage of individual 2 and individual 3 will be able to make protein E or not.

Introduction: production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygocity or heterozygocity

Answer 9

b.

Summary Introduction

To explain: whether children born from marriage of individual 2 and individual 3 will be able to make protein E or not.

Introduction: production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygocity or heterozygocity

Answer 10

c.

Summary Introduction

To explain: whether children born from marriage of individual 1 and individual 6 will be able to make protein E or not.

Introduction: production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygocity or heterozygocity

Answer 11

c.

Summary Introduction

To explain: whether children born from marriage of individual 1 and individual 6 will be able to make protein E or not.

Introduction: production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism. Different metabolic pathways are controlled by different proteins. Synthesis of these metabolic pathway controlling proteins can be interrupted by many different reasons that are present in the pathway. Combination of genes from two different organisms can alter the effect of the genetic code for that protein based on the presence of alleles in homozygocity or heterozygocity

Answer 12

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Answer 13

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Answer 14

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Answer 15

Ch. 10.4 - Prob. 1GR Ch. 10.4 - Prob. 2GR Ch. 10.7 - Prob. 1EG Ch. 10.7 - Prob. 2EG Ch. 10 - A couple was referred for genetic counseling...Ch. 10 - A couple was referred for genetic counseling...Ch. 10 - A couple was referred for genetic counseling...Ch. 10 - Many individuals with metabolic diseases are...Ch. 10 - Prob. 2QP Ch. 10 - Enzymes have all the following characteristics...

Solution Summary: The author explains that production of proteins is controlled by the genetic code for that particular protein, present in the genome of that organism.

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