What is the uniqueness of Z-DNA that make it as a specific target during the viral infection. Introduction: Smallpox is a highly lethal contagious disease, which is eradicated worldwide. The stored samples of smallpox, variola virus, are still under research. Human cells activate the genes that encode protective proteins to protect themselves from viruses. Recently, it has been found that the human cells produce small transitory stretches of Z-DNA against the variola virus. But the smallpox virus specifically targets the Z-DNA segments and inhibit the synthesis of the protective proteins. Thereby, the smallpox virus bypasses the cellular defence mechanism.

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Answer 1

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Chapter 10, Problem 1CS

Summary Introduction

To determine:

What is the uniqueness of Z-DNA that make it as a specific target during the viral infection.

Introduction:

Smallpox is a highly lethal contagious disease, which is eradicated worldwide. The stored samples of smallpox, variola virus, are still under research. Human cells activate the genes that encode protective proteins to protect themselves from viruses. Recently, it has been found that the human cells produce small transitory stretches of Z-DNA against the variola virus. But the smallpox virus specifically targets the Z-DNA segments and inhibit the synthesis of the protective proteins. Thereby, the smallpox virus bypasses the cellular defence mechanism.

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Answer 2

Question

Chapter 10, Problem 1CS

Summary Introduction

To determine:

What is the uniqueness of Z-DNA that make it as a specific target during the viral infection.

Introduction:

Smallpox is a highly lethal contagious disease, which is eradicated worldwide. The stored samples of smallpox, variola virus, are still under research. Human cells activate the genes that encode protective proteins to protect themselves from viruses. Recently, it has been found that the human cells produce small transitory stretches of Z-DNA against the variola virus. But the smallpox virus specifically targets the Z-DNA segments and inhibit the synthesis of the protective proteins. Thereby, the smallpox virus bypasses the cellular defence mechanism.

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Answer 3

Question

Chapter 10, Problem 1CS

Summary Introduction

To determine:

What is the uniqueness of Z-DNA that make it as a specific target during the viral infection.

Introduction:

Smallpox is a highly lethal contagious disease, which is eradicated worldwide. The stored samples of smallpox, variola virus, are still under research. Human cells activate the genes that encode protective proteins to protect themselves from viruses. Recently, it has been found that the human cells produce small transitory stretches of Z-DNA against the variola virus. But the smallpox virus specifically targets the Z-DNA segments and inhibit the synthesis of the protective proteins. Thereby, the smallpox virus bypasses the cellular defence mechanism.

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Answer 4

Question

Chapter 10, Problem 1CS

Summary Introduction

To determine:

What is the uniqueness of Z-DNA that make it as a specific target during the viral infection.

Introduction:

Smallpox is a highly lethal contagious disease, which is eradicated worldwide. The stored samples of smallpox, variola virus, are still under research. Human cells activate the genes that encode protective proteins to protect themselves from viruses. Recently, it has been found that the human cells produce small transitory stretches of Z-DNA against the variola virus. But the smallpox virus specifically targets the Z-DNA segments and inhibit the synthesis of the protective proteins. Thereby, the smallpox virus bypasses the cellular defence mechanism.

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Answer 5

Chapter 10, Problem 1CS

Summary Introduction

To determine:

What is the uniqueness of Z-DNA that make it as a specific target during the viral infection.

Introduction:

Smallpox is a highly lethal contagious disease, which is eradicated worldwide. The stored samples of smallpox, variola virus, are still under research. Human cells activate the genes that encode protective proteins to protect themselves from viruses. Recently, it has been found that the human cells produce small transitory stretches of Z-DNA against the variola virus. But the smallpox virus specifically targets the Z-DNA segments and inhibit the synthesis of the protective proteins. Thereby, the smallpox virus bypasses the cellular defence mechanism.

Answer 6

Chapter 10, Problem 1CS

Summary Introduction

To determine:

What is the uniqueness of Z-DNA that make it as a specific target during the viral infection.

Introduction:

Smallpox is a highly lethal contagious disease, which is eradicated worldwide. The stored samples of smallpox, variola virus, are still under research. Human cells activate the genes that encode protective proteins to protect themselves from viruses. Recently, it has been found that the human cells produce small transitory stretches of Z-DNA against the variola virus. But the smallpox virus specifically targets the Z-DNA segments and inhibit the synthesis of the protective proteins. Thereby, the smallpox virus bypasses the cellular defence mechanism.

Answer 7

Chapter 10, Problem 1CS

Summary Introduction

To determine:

What is the uniqueness of Z-DNA that make it as a specific target during the viral infection.

Introduction:

Smallpox is a highly lethal contagious disease, which is eradicated worldwide. The stored samples of smallpox, variola virus, are still under research. Human cells activate the genes that encode protective proteins to protect themselves from viruses. Recently, it has been found that the human cells produce small transitory stretches of Z-DNA against the variola virus. But the smallpox virus specifically targets the Z-DNA segments and inhibit the synthesis of the protective proteins. Thereby, the smallpox virus bypasses the cellular defence mechanism.

Answer 8

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Answer 11

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