The reasons due to which sodium channels get closed when the neurons are maximally depolarized. Introduction: Sodium channels are voltage-gated channels that open against a specific electrical response. Neurons can be hyperpolarized or depolarize on the movement of different ions inside and outside of the cell.

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Chapter 8, Problem 28RQ

Summary Introduction

To determine: The reasons due to which sodium channels get closed when the neurons are maximally depolarized.

Introduction: Sodium channels are voltage-gated channels that open against a specific electrical response. Neurons can be hyperpolarized or depolarize on the movement of different ions inside and outside of the cell.

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Answer 2

Question

Chapter 8, Problem 28RQ

Summary Introduction

To determine: The reasons due to which sodium channels get closed when the neurons are maximally depolarized.

Introduction: Sodium channels are voltage-gated channels that open against a specific electrical response. Neurons can be hyperpolarized or depolarize on the movement of different ions inside and outside of the cell.

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Answer 3

Question

Chapter 8, Problem 28RQ

Summary Introduction

To determine: The reasons due to which sodium channels get closed when the neurons are maximally depolarized.

Introduction: Sodium channels are voltage-gated channels that open against a specific electrical response. Neurons can be hyperpolarized or depolarize on the movement of different ions inside and outside of the cell.

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Answer 4

Question

Chapter 8, Problem 28RQ

Summary Introduction

To determine: The reasons due to which sodium channels get closed when the neurons are maximally depolarized.

Introduction: Sodium channels are voltage-gated channels that open against a specific electrical response. Neurons can be hyperpolarized or depolarize on the movement of different ions inside and outside of the cell.

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Answer 5

Chapter 8, Problem 28RQ

Summary Introduction

To determine: The reasons due to which sodium channels get closed when the neurons are maximally depolarized.

Introduction: Sodium channels are voltage-gated channels that open against a specific electrical response. Neurons can be hyperpolarized or depolarize on the movement of different ions inside and outside of the cell.

Answer 6

Chapter 8, Problem 28RQ

Summary Introduction

To determine: The reasons due to which sodium channels get closed when the neurons are maximally depolarized.

Introduction: Sodium channels are voltage-gated channels that open against a specific electrical response. Neurons can be hyperpolarized or depolarize on the movement of different ions inside and outside of the cell.

Answer 7

Chapter 8, Problem 28RQ

Summary Introduction

To determine: The reasons due to which sodium channels get closed when the neurons are maximally depolarized.

Introduction: Sodium channels are voltage-gated channels that open against a specific electrical response. Neurons can be hyperpolarized or depolarize on the movement of different ions inside and outside of the cell.

Answer 8

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Answer 11

Ch. 8 - Organize the following terms describing functional...Ch. 8 - Where do neurohormone-secreting neurons terminate?Ch. 8 - What is the difference between a nerve and a...Ch. 8 - Draw a chain of three neurons that synapse on one...Ch. 8 - What is the primary function of each of the...Ch. 8 - Name the two glial cell types that form myelin....Ch. 8 - Given the values in Table 8.2, use the Nernst...Ch. 8 - Would a cell with a resting membrane potential of...Ch. 8 - Would the cell membrane depolarize or...Ch. 8 - Match each ions movement with the type of graded...

Solution Summary: The author explains sodium channels are voltage-gated channels that open against a specific electrical response. Neurons can be hyperpolarized or depolarize on the movement of different ions inside and outside of the cell.

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