Most of the physiological functions that maintain homeostasis use negative feedback. The negative feedback is a change in a condition that triggers action which in turn, reverses the change. In negative feedback, the sensors detect a change in the internal environment and activate effectors that counteract the change. The ultimate effect is to restore the parameter to its normal range.

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Chapter 25, Problem 6MCQ

Summary Introduction

Introduction:

Most of the physiological functions that maintain homeostasis use negative feedback. The negative feedback is a change in a condition that triggers action which in turn, reverses the change. In negative feedback, the sensors detect a change in the internal environment and activate effectors that counteract the change. The ultimate effect is to restore the parameter to its normal range.

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Chapter 25, Problem 6MCQ

Summary Introduction

Introduction:

Most of the physiological functions that maintain homeostasis use negative feedback. The negative feedback is a change in a condition that triggers action which in turn, reverses the change. In negative feedback, the sensors detect a change in the internal environment and activate effectors that counteract the change. The ultimate effect is to restore the parameter to its normal range.

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Chapter 25, Problem 6MCQ

Summary Introduction

Introduction:

Most of the physiological functions that maintain homeostasis use negative feedback. The negative feedback is a change in a condition that triggers action which in turn, reverses the change. In negative feedback, the sensors detect a change in the internal environment and activate effectors that counteract the change. The ultimate effect is to restore the parameter to its normal range.

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Chapter 25, Problem 6MCQ

Summary Introduction

Introduction:

Most of the physiological functions that maintain homeostasis use negative feedback. The negative feedback is a change in a condition that triggers action which in turn, reverses the change. In negative feedback, the sensors detect a change in the internal environment and activate effectors that counteract the change. The ultimate effect is to restore the parameter to its normal range.

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Answer 5

Chapter 25, Problem 6MCQ

Summary Introduction

Introduction:

Most of the physiological functions that maintain homeostasis use negative feedback. The negative feedback is a change in a condition that triggers action which in turn, reverses the change. In negative feedback, the sensors detect a change in the internal environment and activate effectors that counteract the change. The ultimate effect is to restore the parameter to its normal range.

Answer 6

Chapter 25, Problem 6MCQ

Summary Introduction

Introduction:

Most of the physiological functions that maintain homeostasis use negative feedback. The negative feedback is a change in a condition that triggers action which in turn, reverses the change. In negative feedback, the sensors detect a change in the internal environment and activate effectors that counteract the change. The ultimate effect is to restore the parameter to its normal range.

Answer 7

Chapter 25, Problem 6MCQ

Summary Introduction

Introduction:

Most of the physiological functions that maintain homeostasis use negative feedback. The negative feedback is a change in a condition that triggers action which in turn, reverses the change. In negative feedback, the sensors detect a change in the internal environment and activate effectors that counteract the change. The ultimate effect is to restore the parameter to its normal range.

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Ch. 25.1 - What is the difference between anatomy an d...Ch. 25.1 - What is the relationship among cells, tissues,...Ch. 25.1 - Trace the bodys early development from one...Ch. 25.1 - Prob. 4MC Ch. 25.2 - If you were given a microscope slide with a slice...Ch. 25.2 - Suppose you determine that a tissue sample...Ch. 25.2 - Prob. 3MC Ch. 25.3 - Which organ systems contribute to each of the five...Ch. 25.3 - Prob. 2MC Ch. 25.4 - Use figure 25.9 to explain which materials enter...

Solution Summary: The author explains that most physiological functions maintain homeostasis use negative feedback, which is a change that triggers action and reverses the change.

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