The neurotransmitter ability to produce opposite effects in different tissues. Concept introduction: The ligand–gated ion channel that binds and responds to a neurotransmitter is called as ionotropic receptor. Binding of the neurotransmitter to its receptor opens the channel and allows either all or only particular ions to diffuse through the membrane.

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Answer 1

Question

Chapter 48.4, Problem 1CC

Summary Introduction

To explain: The neurotransmitter ability to produce opposite effects in different tissues.

Concept introduction:

The ligand–gated ion channel that binds and responds to a neurotransmitter is called as ionotropic receptor. Binding of the neurotransmitter to its receptor opens the channel and allows either all or only particular ions to diffuse through the membrane.

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Give two mechanisms by which neurotransmitters exert their effects.

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Answer 2

Question

Chapter 48.4, Problem 1CC

Summary Introduction

To explain: The neurotransmitter ability to produce opposite effects in different tissues.

Concept introduction:

The ligand–gated ion channel that binds and responds to a neurotransmitter is called as ionotropic receptor. Binding of the neurotransmitter to its receptor opens the channel and allows either all or only particular ions to diffuse through the membrane.

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Answer 3

Question

Chapter 48.4, Problem 1CC

Summary Introduction

To explain: The neurotransmitter ability to produce opposite effects in different tissues.

Concept introduction:

The ligand–gated ion channel that binds and responds to a neurotransmitter is called as ionotropic receptor. Binding of the neurotransmitter to its receptor opens the channel and allows either all or only particular ions to diffuse through the membrane.

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Answer 4

Question

Chapter 48.4, Problem 1CC

Summary Introduction

To explain: The neurotransmitter ability to produce opposite effects in different tissues.

Concept introduction:

The ligand–gated ion channel that binds and responds to a neurotransmitter is called as ionotropic receptor. Binding of the neurotransmitter to its receptor opens the channel and allows either all or only particular ions to diffuse through the membrane.

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Answer 5

Chapter 48.4, Problem 1CC

Summary Introduction

To explain: The neurotransmitter ability to produce opposite effects in different tissues.

Concept introduction:

The ligand–gated ion channel that binds and responds to a neurotransmitter is called as ionotropic receptor. Binding of the neurotransmitter to its receptor opens the channel and allows either all or only particular ions to diffuse through the membrane.

Answer 6

Chapter 48.4, Problem 1CC

Summary Introduction

To explain: The neurotransmitter ability to produce opposite effects in different tissues.

Concept introduction:

The ligand–gated ion channel that binds and responds to a neurotransmitter is called as ionotropic receptor. Binding of the neurotransmitter to its receptor opens the channel and allows either all or only particular ions to diffuse through the membrane.

Answer 7

Chapter 48.4, Problem 1CC

Summary Introduction

To explain: The neurotransmitter ability to produce opposite effects in different tissues.

Concept introduction:

The ligand–gated ion channel that binds and responds to a neurotransmitter is called as ionotropic receptor. Binding of the neurotransmitter to its receptor opens the channel and allows either all or only particular ions to diffuse through the membrane.

Answer 8

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Answer 11

Ch. 48.1 - Prob. 1CC Ch. 48.1 - Describe the basic pathway of information flow...Ch. 48.1 - WHAT IF? How might increased branching of an axon...Ch. 48.2 - Under what circumstances could ions flow through...Ch. 48.2 - WHAT IF? Suppose a cell's membrane potential...Ch. 48.2 - MAKE CONNECTiONS Review Figure 7.10, which...Ch. 48.3 - How do action potentials and graded potentials...Ch. 48.3 - In multiple sclerosis (from the Greek skleros,...Ch. 48.3 - How do both negative and positive feedback...Ch. 48.3 - WHAT IF? Suppose a mutation caused gated sodium...

Solution Summary: The author describes the neurotransmitter's ability to produce opposite effects in different tissues.

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