Explain how connective tissues differ from epithelial tissues in structure and function.

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Answer 1

Textbook Question

Chapter 4, Problem 1CYR

Explain how connective tissues differ from epithelial tissues in structure and function.

Expert Solution & Answer

Summary Introduction

To review:

The difference between connective tissues and epithelial tissues, based on their structure and function.

Introduction:

Tissues are a group of cells that have a specific function. In a living organism, tissues are of four types, namely, epithelial tissue, connective tissue, muscle tissue, and connective tissue. The function and structure of these tissues vary from each other.

Explanation of Solution

The difference between connective tissues and epithelial tissues is given in the following table:

Connective tissue	Epithelial tissue
This group of tissues connects different tissues with each other.	Epithelial tissue is the most abundant tissue as it covers the cavities and the surface of the body.
They have an extracellular matrix (ECM) where cells are scattered. Fibers and ground substances, are important structural parts of ECM.	The cells are arranged in a sheet-like manner with little ECM. There are no blood vessels in epithelial tissues.
Connective tissues are classified into proper connective tissue and specialized connective tissue.	Based on the tissue layer, epithelial tissues can be classified into simple and stratified. Simple epithelia have a single layer, whereas stratified epithelia have more than one layer.
Specialized connective tissues are cartilage, bone, and blood. Proper connective tissues are again classified into loose connective tissues, dense connective tissues, reticular tissues, and adipose tissues.	They are seen in three different principal shapes, namely, squamous, columnar, and cuboidal.
Blood is an example of a connective tissue. It transports nutrients and oxygen to various organs. Connective tissues provide support to our skeletal system. An example of a connective tissue that provides support is cartilage and dense connective tissue.	Epithelial tissues act as a barrier against mechanical and thermal injury. The best example is skin.

The diagrams showing the structures of different types of connective and epithelial tissues are shown below:

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 1

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 2

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 3

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 4

Conclusion

Thus, it can be concluded that the two tissue classifications, namely, epitheliumand connective tissues, play a major role in the defense mechanism of the body. Based on their composition, they can also be further classified into different types.

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Answer 2

Textbook Question

Chapter 4, Problem 1CYR

Explain how connective tissues differ from epithelial tissues in structure and function.

Expert Solution & Answer

Summary Introduction

To review:

The difference between connective tissues and epithelial tissues, based on their structure and function.

Introduction:

Tissues are a group of cells that have a specific function. In a living organism, tissues are of four types, namely, epithelial tissue, connective tissue, muscle tissue, and connective tissue. The function and structure of these tissues vary from each other.

Explanation of Solution

The difference between connective tissues and epithelial tissues is given in the following table:

Connective tissue	Epithelial tissue
This group of tissues connects different tissues with each other.	Epithelial tissue is the most abundant tissue as it covers the cavities and the surface of the body.
They have an extracellular matrix (ECM) where cells are scattered. Fibers and ground substances, are important structural parts of ECM.	The cells are arranged in a sheet-like manner with little ECM. There are no blood vessels in epithelial tissues.
Connective tissues are classified into proper connective tissue and specialized connective tissue.	Based on the tissue layer, epithelial tissues can be classified into simple and stratified. Simple epithelia have a single layer, whereas stratified epithelia have more than one layer.
Specialized connective tissues are cartilage, bone, and blood. Proper connective tissues are again classified into loose connective tissues, dense connective tissues, reticular tissues, and adipose tissues.	They are seen in three different principal shapes, namely, squamous, columnar, and cuboidal.
Blood is an example of a connective tissue. It transports nutrients and oxygen to various organs. Connective tissues provide support to our skeletal system. An example of a connective tissue that provides support is cartilage and dense connective tissue.	Epithelial tissues act as a barrier against mechanical and thermal injury. The best example is skin.

The diagrams showing the structures of different types of connective and epithelial tissues are shown below:

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 1

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 2

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 3

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 4

Conclusion

Thus, it can be concluded that the two tissue classifications, namely, epitheliumand connective tissues, play a major role in the defense mechanism of the body. Based on their composition, they can also be further classified into different types.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 3

Textbook Question

Chapter 4, Problem 1CYR

Explain how connective tissues differ from epithelial tissues in structure and function.

Expert Solution & Answer

Summary Introduction

To review:

The difference between connective tissues and epithelial tissues, based on their structure and function.

Introduction:

Tissues are a group of cells that have a specific function. In a living organism, tissues are of four types, namely, epithelial tissue, connective tissue, muscle tissue, and connective tissue. The function and structure of these tissues vary from each other.

Explanation of Solution

The difference between connective tissues and epithelial tissues is given in the following table:

Connective tissue	Epithelial tissue
This group of tissues connects different tissues with each other.	Epithelial tissue is the most abundant tissue as it covers the cavities and the surface of the body.
They have an extracellular matrix (ECM) where cells are scattered. Fibers and ground substances, are important structural parts of ECM.	The cells are arranged in a sheet-like manner with little ECM. There are no blood vessels in epithelial tissues.
Connective tissues are classified into proper connective tissue and specialized connective tissue.	Based on the tissue layer, epithelial tissues can be classified into simple and stratified. Simple epithelia have a single layer, whereas stratified epithelia have more than one layer.
Specialized connective tissues are cartilage, bone, and blood. Proper connective tissues are again classified into loose connective tissues, dense connective tissues, reticular tissues, and adipose tissues.	They are seen in three different principal shapes, namely, squamous, columnar, and cuboidal.
Blood is an example of a connective tissue. It transports nutrients and oxygen to various organs. Connective tissues provide support to our skeletal system. An example of a connective tissue that provides support is cartilage and dense connective tissue.	Epithelial tissues act as a barrier against mechanical and thermal injury. The best example is skin.

The diagrams showing the structures of different types of connective and epithelial tissues are shown below:

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 1

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 2

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 3

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 4

Conclusion

Thus, it can be concluded that the two tissue classifications, namely, epitheliumand connective tissues, play a major role in the defense mechanism of the body. Based on their composition, they can also be further classified into different types.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 4

Textbook Question

Chapter 4, Problem 1CYR

Explain how connective tissues differ from epithelial tissues in structure and function.

Expert Solution & Answer

Summary Introduction

To review:

The difference between connective tissues and epithelial tissues, based on their structure and function.

Introduction:

Tissues are a group of cells that have a specific function. In a living organism, tissues are of four types, namely, epithelial tissue, connective tissue, muscle tissue, and connective tissue. The function and structure of these tissues vary from each other.

Explanation of Solution

The difference between connective tissues and epithelial tissues is given in the following table:

Connective tissue	Epithelial tissue
This group of tissues connects different tissues with each other.	Epithelial tissue is the most abundant tissue as it covers the cavities and the surface of the body.
They have an extracellular matrix (ECM) where cells are scattered. Fibers and ground substances, are important structural parts of ECM.	The cells are arranged in a sheet-like manner with little ECM. There are no blood vessels in epithelial tissues.
Connective tissues are classified into proper connective tissue and specialized connective tissue.	Based on the tissue layer, epithelial tissues can be classified into simple and stratified. Simple epithelia have a single layer, whereas stratified epithelia have more than one layer.
Specialized connective tissues are cartilage, bone, and blood. Proper connective tissues are again classified into loose connective tissues, dense connective tissues, reticular tissues, and adipose tissues.	They are seen in three different principal shapes, namely, squamous, columnar, and cuboidal.
Blood is an example of a connective tissue. It transports nutrients and oxygen to various organs. Connective tissues provide support to our skeletal system. An example of a connective tissue that provides support is cartilage and dense connective tissue.	Epithelial tissues act as a barrier against mechanical and thermal injury. The best example is skin.

The diagrams showing the structures of different types of connective and epithelial tissues are shown below:

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 1

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 2

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 3

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 4

Conclusion

Thus, it can be concluded that the two tissue classifications, namely, epitheliumand connective tissues, play a major role in the defense mechanism of the body. Based on their composition, they can also be further classified into different types.

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Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

Summary Introduction

To review:

The difference between connective tissues and epithelial tissues, based on their structure and function.

Introduction:

Tissues are a group of cells that have a specific function. In a living organism, tissues are of four types, namely, epithelial tissue, connective tissue, muscle tissue, and connective tissue. The function and structure of these tissues vary from each other.

Explanation of Solution

The difference between connective tissues and epithelial tissues is given in the following table:

Connective tissue	Epithelial tissue
This group of tissues connects different tissues with each other.	Epithelial tissue is the most abundant tissue as it covers the cavities and the surface of the body.
They have an extracellular matrix (ECM) where cells are scattered. Fibers and ground substances, are important structural parts of ECM.	The cells are arranged in a sheet-like manner with little ECM. There are no blood vessels in epithelial tissues.
Connective tissues are classified into proper connective tissue and specialized connective tissue.	Based on the tissue layer, epithelial tissues can be classified into simple and stratified. Simple epithelia have a single layer, whereas stratified epithelia have more than one layer.
Specialized connective tissues are cartilage, bone, and blood. Proper connective tissues are again classified into loose connective tissues, dense connective tissues, reticular tissues, and adipose tissues.	They are seen in three different principal shapes, namely, squamous, columnar, and cuboidal.
Blood is an example of a connective tissue. It transports nutrients and oxygen to various organs. Connective tissues provide support to our skeletal system. An example of a connective tissue that provides support is cartilage and dense connective tissue.	Epithelial tissues act as a barrier against mechanical and thermal injury. The best example is skin.

The diagrams showing the structures of different types of connective and epithelial tissues are shown below:

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 1

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 2

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 3

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 4

Conclusion

Thus, it can be concluded that the two tissue classifications, namely, epitheliumand connective tissues, play a major role in the defense mechanism of the body. Based on their composition, they can also be further classified into different types.

Answer 8

Expert Solution & Answer

Summary Introduction

To review:

The difference between connective tissues and epithelial tissues, based on their structure and function.

Introduction:

Tissues are a group of cells that have a specific function. In a living organism, tissues are of four types, namely, epithelial tissue, connective tissue, muscle tissue, and connective tissue. The function and structure of these tissues vary from each other.

Explanation of Solution

The difference between connective tissues and epithelial tissues is given in the following table:

Connective tissue	Epithelial tissue
This group of tissues connects different tissues with each other.	Epithelial tissue is the most abundant tissue as it covers the cavities and the surface of the body.
They have an extracellular matrix (ECM) where cells are scattered. Fibers and ground substances, are important structural parts of ECM.	The cells are arranged in a sheet-like manner with little ECM. There are no blood vessels in epithelial tissues.
Connective tissues are classified into proper connective tissue and specialized connective tissue.	Based on the tissue layer, epithelial tissues can be classified into simple and stratified. Simple epithelia have a single layer, whereas stratified epithelia have more than one layer.
Specialized connective tissues are cartilage, bone, and blood. Proper connective tissues are again classified into loose connective tissues, dense connective tissues, reticular tissues, and adipose tissues.	They are seen in three different principal shapes, namely, squamous, columnar, and cuboidal.
Blood is an example of a connective tissue. It transports nutrients and oxygen to various organs. Connective tissues provide support to our skeletal system. An example of a connective tissue that provides support is cartilage and dense connective tissue.	Epithelial tissues act as a barrier against mechanical and thermal injury. The best example is skin.

The diagrams showing the structures of different types of connective and epithelial tissues are shown below:

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 1

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 2

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 3

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 4

Conclusion

Thus, it can be concluded that the two tissue classifications, namely, epitheliumand connective tissues, play a major role in the defense mechanism of the body. Based on their composition, they can also be further classified into different types.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Summary Introduction

To review:

The difference between connective tissues and epithelial tissues, based on their structure and function.

Introduction:

Tissues are a group of cells that have a specific function. In a living organism, tissues are of four types, namely, epithelial tissue, connective tissue, muscle tissue, and connective tissue. The function and structure of these tissues vary from each other.

Answer 12

Explanation of Solution

The difference between connective tissues and epithelial tissues is given in the following table:

Connective tissue	Epithelial tissue
This group of tissues connects different tissues with each other.	Epithelial tissue is the most abundant tissue as it covers the cavities and the surface of the body.
They have an extracellular matrix (ECM) where cells are scattered. Fibers and ground substances, are important structural parts of ECM.	The cells are arranged in a sheet-like manner with little ECM. There are no blood vessels in epithelial tissues.
Connective tissues are classified into proper connective tissue and specialized connective tissue.	Based on the tissue layer, epithelial tissues can be classified into simple and stratified. Simple epithelia have a single layer, whereas stratified epithelia have more than one layer.
Specialized connective tissues are cartilage, bone, and blood. Proper connective tissues are again classified into loose connective tissues, dense connective tissues, reticular tissues, and adipose tissues.	They are seen in three different principal shapes, namely, squamous, columnar, and cuboidal.
Blood is an example of a connective tissue. It transports nutrients and oxygen to various organs. Connective tissues provide support to our skeletal system. An example of a connective tissue that provides support is cartilage and dense connective tissue.	Epithelial tissues act as a barrier against mechanical and thermal injury. The best example is skin.

The diagrams showing the structures of different types of connective and epithelial tissues are shown below:

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 1

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 2

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 3

HUMAN A+P MOD.MASTERING, Chapter 4, Problem 1CYR , additional homework tip 4

Answer 13

Conclusion

Thus, it can be concluded that the two tissue classifications, namely, epitheliumand connective tissues, play a major role in the defense mechanism of the body. Based on their composition, they can also be further classified into different types.

Answer 14

Ch. 4.1 - What are the four types of tissues, and what are...Ch. 4.1 - What are the two major components of the ECM, and...Ch. 4.1 - What are the three types of protein fibers?...Ch. 4.1 - Prob. 4QC Ch. 4.2 - Why is living epithelial tissue limited to a...Ch. 4.2 - Where is the ECM of epithelial tissue located, and...Ch. 4.2 - What are the three basic shapes of epithelial...Ch. 4.2 - What are the differences between simple,...Ch. 4.2 - Prob. 5QC Ch. 4.2 - How do exocrine and endocrine glands differ?

Explain how connective tissues differ from epithelial tissues in structure and function.

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