The conduction of action potential is initiated by the change in the K + concentration of blood, which affects the resting membrane potential. The rise in the action potential is due to the increase in the Na + permeability, and the falling phase occurs due to the increase in the K + permeability.

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Chapter 8, Problem 18RQ

Summary Introduction

Introduction: The conduction of action potential is initiated by the change in the K⁺ concentration of blood, which affects the resting membrane potential. The rise in the action potential is due to the increase in the Na⁺ permeability, and the falling phase occurs due to the increase in the K⁺ permeability.

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Answer 2

Question

Chapter 8, Problem 18RQ

Summary Introduction

Introduction: The conduction of action potential is initiated by the change in the K⁺ concentration of blood, which affects the resting membrane potential. The rise in the action potential is due to the increase in the Na⁺ permeability, and the falling phase occurs due to the increase in the K⁺ permeability.

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Answer 3

Question

Chapter 8, Problem 18RQ

Summary Introduction

Introduction: The conduction of action potential is initiated by the change in the K⁺ concentration of blood, which affects the resting membrane potential. The rise in the action potential is due to the increase in the Na⁺ permeability, and the falling phase occurs due to the increase in the K⁺ permeability.

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Answer 4

Question

Chapter 8, Problem 18RQ

Summary Introduction

Introduction: The conduction of action potential is initiated by the change in the K⁺ concentration of blood, which affects the resting membrane potential. The rise in the action potential is due to the increase in the Na⁺ permeability, and the falling phase occurs due to the increase in the K⁺ permeability.

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Answer 5

Chapter 8, Problem 18RQ

Summary Introduction

Introduction: The conduction of action potential is initiated by the change in the K⁺ concentration of blood, which affects the resting membrane potential. The rise in the action potential is due to the increase in the Na⁺ permeability, and the falling phase occurs due to the increase in the K⁺ permeability.

Answer 6

Chapter 8, Problem 18RQ

Summary Introduction

Introduction: The conduction of action potential is initiated by the change in the K⁺ concentration of blood, which affects the resting membrane potential. The rise in the action potential is due to the increase in the Na⁺ permeability, and the falling phase occurs due to the increase in the K⁺ permeability.

Answer 7

Chapter 8, Problem 18RQ

Summary Introduction

Introduction: The conduction of action potential is initiated by the change in the K⁺ concentration of blood, which affects the resting membrane potential. The rise in the action potential is due to the increase in the Na⁺ permeability, and the falling phase occurs due to the increase in the K⁺ permeability.

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Answer 11

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The conduction of action potential is initiated by the change in the K + concentration of blood, which affects the resting membrane potential. The rise in the action potential is due to the increase in the Na + permeability, and the falling phase occurs due to the increase in the K + permeability.

Solution Summary: The author explains that the conduction of action potential is initiated by the change in the K + concentration of blood, which affects the resting membrane potential.

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