The molecular biology of the antigenic shift in influenza viruses and comment on the immunological consequences for the host. Why does the antigenic shift prevent the production of a single universally effective vaccine to control influenza? Comparison of antigenic shift and antigenic drift and the causative agent of the greatest antigenic change. Which creates the biggest problems for vaccine developers and which can lead to pandemic influenza and why? Introduction: The process in which two or more different strains of the viruses or strains of two or more different viruses are combined together to form a new subtype is referred to as antigenic shift. The new subtype possesses a mixture of the surface antigens. The mechanism of variations in viruses which allows the accumulation of mutation within the genes coding for the specific antibody sites are termed as antigenic drifts.

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Answer 1

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Chapter 29, Problem 5AQ

Summary Introduction

To explain:

The molecular biology of the antigenic shift in influenza viruses and comment on the immunological consequences for the host. Why does the antigenic shift prevent the production of a single universally effective vaccine to control influenza? Comparison of antigenic shift and antigenic drift and the causative agent of the greatest antigenic change. Which creates the biggest problems for vaccine developers and which can lead to pandemic influenza and why?

Introduction:

The process in which two or more different strains of the viruses or strains of two or more different viruses are combined together to form a new subtype is referred to as antigenic shift. The new subtype possesses a mixture of the surface antigens. The mechanism of variations in viruses which allows the accumulation of mutation within the genes coding for the specific antibody sites are termed as antigenic drifts.

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Answer 2

Question

Chapter 29, Problem 5AQ

Summary Introduction

To explain:

The molecular biology of the antigenic shift in influenza viruses and comment on the immunological consequences for the host. Why does the antigenic shift prevent the production of a single universally effective vaccine to control influenza? Comparison of antigenic shift and antigenic drift and the causative agent of the greatest antigenic change. Which creates the biggest problems for vaccine developers and which can lead to pandemic influenza and why?

Introduction:

The process in which two or more different strains of the viruses or strains of two or more different viruses are combined together to form a new subtype is referred to as antigenic shift. The new subtype possesses a mixture of the surface antigens. The mechanism of variations in viruses which allows the accumulation of mutation within the genes coding for the specific antibody sites are termed as antigenic drifts.

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Answer 3

Question

Chapter 29, Problem 5AQ

Summary Introduction

To explain:

The molecular biology of the antigenic shift in influenza viruses and comment on the immunological consequences for the host. Why does the antigenic shift prevent the production of a single universally effective vaccine to control influenza? Comparison of antigenic shift and antigenic drift and the causative agent of the greatest antigenic change. Which creates the biggest problems for vaccine developers and which can lead to pandemic influenza and why?

Introduction:

The process in which two or more different strains of the viruses or strains of two or more different viruses are combined together to form a new subtype is referred to as antigenic shift. The new subtype possesses a mixture of the surface antigens. The mechanism of variations in viruses which allows the accumulation of mutation within the genes coding for the specific antibody sites are termed as antigenic drifts.

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Answer 4

Question

Chapter 29, Problem 5AQ

Summary Introduction

To explain:

The molecular biology of the antigenic shift in influenza viruses and comment on the immunological consequences for the host. Why does the antigenic shift prevent the production of a single universally effective vaccine to control influenza? Comparison of antigenic shift and antigenic drift and the causative agent of the greatest antigenic change. Which creates the biggest problems for vaccine developers and which can lead to pandemic influenza and why?

Introduction:

The process in which two or more different strains of the viruses or strains of two or more different viruses are combined together to form a new subtype is referred to as antigenic shift. The new subtype possesses a mixture of the surface antigens. The mechanism of variations in viruses which allows the accumulation of mutation within the genes coding for the specific antibody sites are termed as antigenic drifts.

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Answer 5

Chapter 29, Problem 5AQ

Summary Introduction

To explain:

The molecular biology of the antigenic shift in influenza viruses and comment on the immunological consequences for the host. Why does the antigenic shift prevent the production of a single universally effective vaccine to control influenza? Comparison of antigenic shift and antigenic drift and the causative agent of the greatest antigenic change. Which creates the biggest problems for vaccine developers and which can lead to pandemic influenza and why?

Introduction:

The process in which two or more different strains of the viruses or strains of two or more different viruses are combined together to form a new subtype is referred to as antigenic shift. The new subtype possesses a mixture of the surface antigens. The mechanism of variations in viruses which allows the accumulation of mutation within the genes coding for the specific antibody sites are termed as antigenic drifts.

Answer 6

Chapter 29, Problem 5AQ

Summary Introduction

To explain:

The molecular biology of the antigenic shift in influenza viruses and comment on the immunological consequences for the host. Why does the antigenic shift prevent the production of a single universally effective vaccine to control influenza? Comparison of antigenic shift and antigenic drift and the causative agent of the greatest antigenic change. Which creates the biggest problems for vaccine developers and which can lead to pandemic influenza and why?

Introduction:

The process in which two or more different strains of the viruses or strains of two or more different viruses are combined together to form a new subtype is referred to as antigenic shift. The new subtype possesses a mixture of the surface antigens. The mechanism of variations in viruses which allows the accumulation of mutation within the genes coding for the specific antibody sites are termed as antigenic drifts.

Answer 7

Chapter 29, Problem 5AQ

Summary Introduction

To explain:

The molecular biology of the antigenic shift in influenza viruses and comment on the immunological consequences for the host. Why does the antigenic shift prevent the production of a single universally effective vaccine to control influenza? Comparison of antigenic shift and antigenic drift and the causative agent of the greatest antigenic change. Which creates the biggest problems for vaccine developers and which can lead to pandemic influenza and why?

Introduction:

The process in which two or more different strains of the viruses or strains of two or more different viruses are combined together to form a new subtype is referred to as antigenic shift. The new subtype possesses a mixture of the surface antigens. The mechanism of variations in viruses which allows the accumulation of mutation within the genes coding for the specific antibody sites are termed as antigenic drifts.

Answer 8

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Answer 11

Ch. 29.1 - Why can it be said that respiratory pathogens have...Ch. 29.1 - Prob. 2MQ Ch. 29.2 - Prob. 1MQ Ch. 29.2 - What is the primary virulence factor for...Ch. 29.3 - Prob. 1MQ Ch. 29.3 - What measures can be taken to decrease the current...Ch. 29.4 - Why is Mycobacterium tuberculosis a widespread...Ch. 29.4 - Prob. 2MQ Ch. 29.5 - Identify the symptoms and causes of meningitis.Ch. 29.5 - Describe the infection by Neisseria meningitidis...

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