The formation of neural tube and neural crest cells. Concept introduction: Neural tube is an embryonic structure which is found in the vertebrate embryo. These neural tubes can ultimately form the brain and spinal cord. The neural tube is formed by a process called neurulation. Neural crest cells are a group of cells which are originated at the dorsal most region of the neural tube. The neural crest cells can migrate to give rise to a number of differentiated cell types. These include the neurons, bone, pigment cells, facial skeleton, cartilage, glia, peripheral nervous system and facial skeleton.

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Answer 1

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Chapter 47, Problem 47.2CR

Summary Introduction

To explain: The formation of neural tube and neural crest cells.

Concept introduction: Neural tube is an embryonic structure which is found in the vertebrate embryo. These neural tubes can ultimately form the brain and spinal cord. The neural tube is formed by a process called neurulation.

Neural crest cells are a group of cells which are originated at the dorsal most region of the neural tube. The neural crest cells can migrate to give rise to a number of differentiated cell types. These include the neurons, bone, pigment cells, facial skeleton, cartilage, glia, peripheral nervous system and facial skeleton.

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Answer 2

Question

Chapter 47, Problem 47.2CR

Summary Introduction

To explain: The formation of neural tube and neural crest cells.

Concept introduction: Neural tube is an embryonic structure which is found in the vertebrate embryo. These neural tubes can ultimately form the brain and spinal cord. The neural tube is formed by a process called neurulation.

Neural crest cells are a group of cells which are originated at the dorsal most region of the neural tube. The neural crest cells can migrate to give rise to a number of differentiated cell types. These include the neurons, bone, pigment cells, facial skeleton, cartilage, glia, peripheral nervous system and facial skeleton.

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Answer 3

Question

Chapter 47, Problem 47.2CR

Summary Introduction

To explain: The formation of neural tube and neural crest cells.

Concept introduction: Neural tube is an embryonic structure which is found in the vertebrate embryo. These neural tubes can ultimately form the brain and spinal cord. The neural tube is formed by a process called neurulation.

Neural crest cells are a group of cells which are originated at the dorsal most region of the neural tube. The neural crest cells can migrate to give rise to a number of differentiated cell types. These include the neurons, bone, pigment cells, facial skeleton, cartilage, glia, peripheral nervous system and facial skeleton.

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Answer 4

Question

Chapter 47, Problem 47.2CR

Summary Introduction

To explain: The formation of neural tube and neural crest cells.

Concept introduction: Neural tube is an embryonic structure which is found in the vertebrate embryo. These neural tubes can ultimately form the brain and spinal cord. The neural tube is formed by a process called neurulation.

Neural crest cells are a group of cells which are originated at the dorsal most region of the neural tube. The neural crest cells can migrate to give rise to a number of differentiated cell types. These include the neurons, bone, pigment cells, facial skeleton, cartilage, glia, peripheral nervous system and facial skeleton.

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Answer 5

Chapter 47, Problem 47.2CR

Summary Introduction

To explain: The formation of neural tube and neural crest cells.

Concept introduction: Neural tube is an embryonic structure which is found in the vertebrate embryo. These neural tubes can ultimately form the brain and spinal cord. The neural tube is formed by a process called neurulation.

Neural crest cells are a group of cells which are originated at the dorsal most region of the neural tube. The neural crest cells can migrate to give rise to a number of differentiated cell types. These include the neurons, bone, pigment cells, facial skeleton, cartilage, glia, peripheral nervous system and facial skeleton.

Answer 6

Chapter 47, Problem 47.2CR

Summary Introduction

To explain: The formation of neural tube and neural crest cells.

Concept introduction: Neural tube is an embryonic structure which is found in the vertebrate embryo. These neural tubes can ultimately form the brain and spinal cord. The neural tube is formed by a process called neurulation.

Neural crest cells are a group of cells which are originated at the dorsal most region of the neural tube. The neural crest cells can migrate to give rise to a number of differentiated cell types. These include the neurons, bone, pigment cells, facial skeleton, cartilage, glia, peripheral nervous system and facial skeleton.

Answer 7

Chapter 47, Problem 47.2CR

Summary Introduction

To explain: The formation of neural tube and neural crest cells.

Concept introduction: Neural tube is an embryonic structure which is found in the vertebrate embryo. These neural tubes can ultimately form the brain and spinal cord. The neural tube is formed by a process called neurulation.

Neural crest cells are a group of cells which are originated at the dorsal most region of the neural tube. The neural crest cells can migrate to give rise to a number of differentiated cell types. These include the neurons, bone, pigment cells, facial skeleton, cartilage, glia, peripheral nervous system and facial skeleton.

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 47.1 - How does the fertilization envelope form in sea...Ch. 47.1 - Prob. 2CC Ch. 47.1 - MAKE CONNECTIONS Review Figure 12.16 on cell...Ch. 47.2 - In the frog embryo, convergent extension elongates...Ch. 47.2 - WHAT IF? Predict what would happen if Ca2+ was...Ch. 47.2 - MAKE CONNECTIONS Unlike some other types of birth...Ch. 47.3 - Prob. 1CC Ch. 47.3 - Prob. 2CC Ch. 47.3 - Prob. 3CC Ch. 47.3 - Prob. 4CC

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