The Sharpey’s fibres and its function in the bone. Introduction: The mate of the bone is made up of elastic collagen fibres. The fibrous portion of the bone constitutes about 95 percent portion of the bones. The rest portion of the bone is occupied by the ground substance. The matrix of the bones consists of the inorganic salts especially the hydroxyapatite, the collagen fibres, and some amount of the calcium carbonate.

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Answer 1

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Chapter 5, Problem 15SAE

Summary Introduction

To review:

The Sharpey’s fibres and its function in the bone.

Introduction:

The mate of the bone is made up of elastic collagen fibres. The fibrous portion of the bone constitutes about 95 percent portion of the bones. The rest portion of the bone is occupied by the ground substance. The matrix of the bones consists of the inorganic salts especially the hydroxyapatite, the collagen fibres, and some amount of the calcium carbonate.

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Answer 2

Question

Chapter 5, Problem 15SAE

Summary Introduction

To review:

The Sharpey’s fibres and its function in the bone.

Introduction:

The mate of the bone is made up of elastic collagen fibres. The fibrous portion of the bone constitutes about 95 percent portion of the bones. The rest portion of the bone is occupied by the ground substance. The matrix of the bones consists of the inorganic salts especially the hydroxyapatite, the collagen fibres, and some amount of the calcium carbonate.

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Answer 3

Question

Chapter 5, Problem 15SAE

Summary Introduction

To review:

The Sharpey’s fibres and its function in the bone.

Introduction:

The mate of the bone is made up of elastic collagen fibres. The fibrous portion of the bone constitutes about 95 percent portion of the bones. The rest portion of the bone is occupied by the ground substance. The matrix of the bones consists of the inorganic salts especially the hydroxyapatite, the collagen fibres, and some amount of the calcium carbonate.

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Answer 4

Question

Chapter 5, Problem 15SAE

Summary Introduction

To review:

The Sharpey’s fibres and its function in the bone.

Introduction:

The mate of the bone is made up of elastic collagen fibres. The fibrous portion of the bone constitutes about 95 percent portion of the bones. The rest portion of the bone is occupied by the ground substance. The matrix of the bones consists of the inorganic salts especially the hydroxyapatite, the collagen fibres, and some amount of the calcium carbonate.

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Answer 5

Chapter 5, Problem 15SAE

Summary Introduction

To review:

The Sharpey’s fibres and its function in the bone.

Introduction:

The mate of the bone is made up of elastic collagen fibres. The fibrous portion of the bone constitutes about 95 percent portion of the bones. The rest portion of the bone is occupied by the ground substance. The matrix of the bones consists of the inorganic salts especially the hydroxyapatite, the collagen fibres, and some amount of the calcium carbonate.

Answer 6

Chapter 5, Problem 15SAE

Summary Introduction

To review:

The Sharpey’s fibres and its function in the bone.

Introduction:

The mate of the bone is made up of elastic collagen fibres. The fibrous portion of the bone constitutes about 95 percent portion of the bones. The rest portion of the bone is occupied by the ground substance. The matrix of the bones consists of the inorganic salts especially the hydroxyapatite, the collagen fibres, and some amount of the calcium carbonate.

Answer 7

Chapter 5, Problem 15SAE

Summary Introduction

To review:

The Sharpey’s fibres and its function in the bone.

Introduction:

The mate of the bone is made up of elastic collagen fibres. The fibrous portion of the bone constitutes about 95 percent portion of the bones. The rest portion of the bone is occupied by the ground substance. The matrix of the bones consists of the inorganic salts especially the hydroxyapatite, the collagen fibres, and some amount of the calcium carbonate.

Answer 8

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Answer 10

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Answer 11

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Solution Summary: The author explains the Sharpey's fibres and their function in the bone.

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