The mechanism by which antifreeze protein (AFP) prevents cells from freezing solid. Introduction: The freezing of water molecules causes the formation of four hydrogen bonds at one time. This results in the formation of the low-density ice crystals. The formation of the crystals can be prevented by the formation of the hydrogen bonds.

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Answer 1

Question

Chapter 2, Problem 14PIAT

Summary Introduction

To explain:

The mechanism by which antifreeze protein (AFP) prevents cells from freezing solid.

Introduction:

The freezing of water molecules causes the formation of four hydrogen bonds at one time. This results in the formation of the low-density ice crystals. The formation of the crystals can be prevented by the formation of the hydrogen bonds.

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In one paragraph show how atoms and they're structure are related to the structure of dna and proteins. Talk about what atoms are. what they're made of, why chemical bonding is important to DNA?

Answer 2

Question

Chapter 2, Problem 14PIAT

Summary Introduction

To explain:

The mechanism by which antifreeze protein (AFP) prevents cells from freezing solid.

Introduction:

The freezing of water molecules causes the formation of four hydrogen bonds at one time. This results in the formation of the low-density ice crystals. The formation of the crystals can be prevented by the formation of the hydrogen bonds.

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Answer 3

Question

Chapter 2, Problem 14PIAT

Summary Introduction

To explain:

The mechanism by which antifreeze protein (AFP) prevents cells from freezing solid.

Introduction:

The freezing of water molecules causes the formation of four hydrogen bonds at one time. This results in the formation of the low-density ice crystals. The formation of the crystals can be prevented by the formation of the hydrogen bonds.

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Answer 4

Question

Chapter 2, Problem 14PIAT

Summary Introduction

To explain:

The mechanism by which antifreeze protein (AFP) prevents cells from freezing solid.

Introduction:

The freezing of water molecules causes the formation of four hydrogen bonds at one time. This results in the formation of the low-density ice crystals. The formation of the crystals can be prevented by the formation of the hydrogen bonds.

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Answer 5

Chapter 2, Problem 14PIAT

Summary Introduction

To explain:

The mechanism by which antifreeze protein (AFP) prevents cells from freezing solid.

Introduction:

The freezing of water molecules causes the formation of four hydrogen bonds at one time. This results in the formation of the low-density ice crystals. The formation of the crystals can be prevented by the formation of the hydrogen bonds.

Answer 6

Chapter 2, Problem 14PIAT

Summary Introduction

To explain:

The mechanism by which antifreeze protein (AFP) prevents cells from freezing solid.

Introduction:

The freezing of water molecules causes the formation of four hydrogen bonds at one time. This results in the formation of the low-density ice crystals. The formation of the crystals can be prevented by the formation of the hydrogen bonds.

Answer 7

Chapter 2, Problem 14PIAT

Summary Introduction

To explain:

The mechanism by which antifreeze protein (AFP) prevents cells from freezing solid.

Introduction:

The freezing of water molecules causes the formation of four hydrogen bonds at one time. This results in the formation of the low-density ice crystals. The formation of the crystals can be prevented by the formation of the hydrogen bonds.

Answer 8

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Answer 9

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Answer 11

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