Why bones lose strength faster with aging than it is replaced. Introduction: The osteoblasts are the bone forming cells that are made up of many osteon units. The osteons are present longitudinally with bone axis that functions as weight supporting pillars resisting compression. The osteoclasts are the bone cells that break down bone tissues. They help in remodeling, repair, and maintenance of bones. The balance is made between these two types of cells that ensure the remodeling and replacing the old cells of bone with the new cells.

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Answer 1

Question

Chapter 7, Problem 39P

Summary Introduction

To explain:

Why bones lose strength faster with aging than it is replaced.

Introduction:

The osteoblasts are the bone forming cells that are made up of many osteon units. The osteons are present longitudinally with bone axis that functions as weight supporting pillars resisting compression.

The osteoclasts are the bone cells that break down bone tissues. They help in remodeling, repair, and maintenance of bones. The balance is made between these two types of cells that ensure the remodeling and replacing the old cells of bone with the new cells.

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Answer 2

Question

Chapter 7, Problem 39P

Summary Introduction

To explain:

Why bones lose strength faster with aging than it is replaced.

Introduction:

The osteoblasts are the bone forming cells that are made up of many osteon units. The osteons are present longitudinally with bone axis that functions as weight supporting pillars resisting compression.

The osteoclasts are the bone cells that break down bone tissues. They help in remodeling, repair, and maintenance of bones. The balance is made between these two types of cells that ensure the remodeling and replacing the old cells of bone with the new cells.

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Answer 3

Question

Chapter 7, Problem 39P

Summary Introduction

To explain:

Why bones lose strength faster with aging than it is replaced.

Introduction:

The osteoblasts are the bone forming cells that are made up of many osteon units. The osteons are present longitudinally with bone axis that functions as weight supporting pillars resisting compression.

The osteoclasts are the bone cells that break down bone tissues. They help in remodeling, repair, and maintenance of bones. The balance is made between these two types of cells that ensure the remodeling and replacing the old cells of bone with the new cells.

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Answer 4

Question

Chapter 7, Problem 39P

Summary Introduction

To explain:

Why bones lose strength faster with aging than it is replaced.

Introduction:

The osteoblasts are the bone forming cells that are made up of many osteon units. The osteons are present longitudinally with bone axis that functions as weight supporting pillars resisting compression.

The osteoclasts are the bone cells that break down bone tissues. They help in remodeling, repair, and maintenance of bones. The balance is made between these two types of cells that ensure the remodeling and replacing the old cells of bone with the new cells.

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Answer 5

Chapter 7, Problem 39P

Summary Introduction

To explain:

Why bones lose strength faster with aging than it is replaced.

Introduction:

The osteoblasts are the bone forming cells that are made up of many osteon units. The osteons are present longitudinally with bone axis that functions as weight supporting pillars resisting compression.

The osteoclasts are the bone cells that break down bone tissues. They help in remodeling, repair, and maintenance of bones. The balance is made between these two types of cells that ensure the remodeling and replacing the old cells of bone with the new cells.

Answer 6

Chapter 7, Problem 39P

Summary Introduction

To explain:

Why bones lose strength faster with aging than it is replaced.

Introduction:

The osteoblasts are the bone forming cells that are made up of many osteon units. The osteons are present longitudinally with bone axis that functions as weight supporting pillars resisting compression.

The osteoclasts are the bone cells that break down bone tissues. They help in remodeling, repair, and maintenance of bones. The balance is made between these two types of cells that ensure the remodeling and replacing the old cells of bone with the new cells.

Answer 7

Chapter 7, Problem 39P

Summary Introduction

To explain:

Why bones lose strength faster with aging than it is replaced.

Introduction:

The osteoblasts are the bone forming cells that are made up of many osteon units. The osteons are present longitudinally with bone axis that functions as weight supporting pillars resisting compression.

The osteoclasts are the bone cells that break down bone tissues. They help in remodeling, repair, and maintenance of bones. The balance is made between these two types of cells that ensure the remodeling and replacing the old cells of bone with the new cells.

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 7 - Prob. 1P Ch. 7 - List five major parts of a long bone.Ch. 7 - Describe the microscopic structure of compact...Ch. 7 - How do compact and spongy bono differ in...Ch. 7 - Describe the development of an intramembranous...Ch. 7 - Prob. 6P Ch. 7 - Describe the four layers in an epiphyseal plate.Ch. 7 - Explain how nutritional factors affect bone...Ch. 7 - Prob. 9P Ch. 7 - How does physical exercise affect bone structure?

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