The axonal transport is the two-way passage of organelles, proteins, and other materials along the axon. The movement of these molecules toward the soma (up the axon) is called retrograde transport, and movement away from the soma (down the axon) is called anterograde. The retrograde transport uses motor protein called dynein, which binds to microtubule and move along them.

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Chapter 12.2, Problem 7BYGO

Summary Introduction

Introduction:

The axonal transport is the two-way passage of organelles, proteins, and other materials along the axon. The movement of these molecules toward the soma (up the axon) is called retrograde transport, and movement away from the soma (down the axon) is called anterograde. The retrograde transport uses motor protein called dynein, which binds to microtubule and move along them.

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Question

Chapter 12.2, Problem 7BYGO

Summary Introduction

Introduction:

The axonal transport is the two-way passage of organelles, proteins, and other materials along the axon. The movement of these molecules toward the soma (up the axon) is called retrograde transport, and movement away from the soma (down the axon) is called anterograde. The retrograde transport uses motor protein called dynein, which binds to microtubule and move along them.

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Question

Chapter 12.2, Problem 7BYGO

Summary Introduction

Introduction:

The axonal transport is the two-way passage of organelles, proteins, and other materials along the axon. The movement of these molecules toward the soma (up the axon) is called retrograde transport, and movement away from the soma (down the axon) is called anterograde. The retrograde transport uses motor protein called dynein, which binds to microtubule and move along them.

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Answer 4

Question

Chapter 12.2, Problem 7BYGO

Summary Introduction

Introduction:

The axonal transport is the two-way passage of organelles, proteins, and other materials along the axon. The movement of these molecules toward the soma (up the axon) is called retrograde transport, and movement away from the soma (down the axon) is called anterograde. The retrograde transport uses motor protein called dynein, which binds to microtubule and move along them.

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Answer 5

Chapter 12.2, Problem 7BYGO

Summary Introduction

Introduction:

The axonal transport is the two-way passage of organelles, proteins, and other materials along the axon. The movement of these molecules toward the soma (up the axon) is called retrograde transport, and movement away from the soma (down the axon) is called anterograde. The retrograde transport uses motor protein called dynein, which binds to microtubule and move along them.

Answer 6

Chapter 12.2, Problem 7BYGO

Summary Introduction

Introduction:

The axonal transport is the two-way passage of organelles, proteins, and other materials along the axon. The movement of these molecules toward the soma (up the axon) is called retrograde transport, and movement away from the soma (down the axon) is called anterograde. The retrograde transport uses motor protein called dynein, which binds to microtubule and move along them.

Answer 7

Chapter 12.2, Problem 7BYGO

Summary Introduction

Introduction:

The axonal transport is the two-way passage of organelles, proteins, and other materials along the axon. The movement of these molecules toward the soma (up the axon) is called retrograde transport, and movement away from the soma (down the axon) is called anterograde. The retrograde transport uses motor protein called dynein, which binds to microtubule and move along them.

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Answer 11

Ch. 12.1 - What is a receptor? Give two examples of...Ch. 12.1 - Distinguish between the central and peripheral...Ch. 12.1 - Prob. 3BYGO Ch. 12.1 - What the nervous and endocrine systems have in...Ch. 12.1 - Three fundamental functions of the nervous system;...Ch. 12.1 - Differences between the central nervous system...Ch. 12.1 - The autonomic nervous system and its two divisions Ch. 12.2 - Sketch a multipolar neuron and label its...Ch. 12.2 - Explain the differences between a sensory neuron,...Ch. 12.2 - Prob. 6BYGO

Solution Summary: The author explains the two-way passage of organelles, proteins, and other materials along the axon.

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