The sensitivity of the negative feedback loop. Introduction: Negative feedback loops bring the system back to the initial values. The thermoreceptors sense the change in body temperature. The sensitivity of a negative feedback loop is the deviation at which the thermoreceptors sense change.

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Answer 1

Question

Chapter 1, Problem 26RA

Summary Introduction

To analyze:

The sensitivity of the negative feedback loop.

Introduction:

Negative feedback loops bring the system back to the initial values. The thermoreceptors sense the change in body temperature. The sensitivity of a negative feedback loop is the deviation at which the thermoreceptors sense change.

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Regarding question "Which of the following is true of positive feedback?" the answers A. the change is opposite that of negative feedback and B. The change is amplified; how do these 2 answers differ from one another? Aren't they both true?

Homeostasis is a natural phenomenon which is body’s tendency to maintain internal stable and favorable environment against any situation that would tend to disturb its normal condition and function. Such as, If the temperature rises, the body loses heat by sweating or panting, via the latent heat of evaporation. If it falls, this is counteracted by increased metabolic action, by shivering and in fur or feather coated animals, by thickening the coat. Like temperature our body can sense the change in osmolarity and to maintain a stable condition body needs to persist on a certain osmolarity. Secretion of certain hormones can be stimulated by any change in the osmolarity to help maintain a certain level of osmolarity - briefly discuss the mechanism of action and biochemical function of such a hormone.

Explain the difference between tonic and antagonistic control of homeostatic balance. Fig. 6.15 Give two examples of each.

Answer 2

Question

Chapter 1, Problem 26RA

Summary Introduction

To analyze:

The sensitivity of the negative feedback loop.

Introduction:

Negative feedback loops bring the system back to the initial values. The thermoreceptors sense the change in body temperature. The sensitivity of a negative feedback loop is the deviation at which the thermoreceptors sense change.

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Answer 3

Question

Chapter 1, Problem 26RA

Summary Introduction

To analyze:

The sensitivity of the negative feedback loop.

Introduction:

Negative feedback loops bring the system back to the initial values. The thermoreceptors sense the change in body temperature. The sensitivity of a negative feedback loop is the deviation at which the thermoreceptors sense change.

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Answer 4

Question

Chapter 1, Problem 26RA

Summary Introduction

To analyze:

The sensitivity of the negative feedback loop.

Introduction:

Negative feedback loops bring the system back to the initial values. The thermoreceptors sense the change in body temperature. The sensitivity of a negative feedback loop is the deviation at which the thermoreceptors sense change.

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Answer 5

Chapter 1, Problem 26RA

Summary Introduction

To analyze:

The sensitivity of the negative feedback loop.

Introduction:

Negative feedback loops bring the system back to the initial values. The thermoreceptors sense the change in body temperature. The sensitivity of a negative feedback loop is the deviation at which the thermoreceptors sense change.

Answer 6

Chapter 1, Problem 26RA

Summary Introduction

To analyze:

The sensitivity of the negative feedback loop.

Introduction:

Negative feedback loops bring the system back to the initial values. The thermoreceptors sense the change in body temperature. The sensitivity of a negative feedback loop is the deviation at which the thermoreceptors sense change.

Answer 7

Chapter 1, Problem 26RA

Summary Introduction

To analyze:

The sensitivity of the negative feedback loop.

Introduction:

Negative feedback loops bring the system back to the initial values. The thermoreceptors sense the change in body temperature. The sensitivity of a negative feedback loop is the deviation at which the thermoreceptors sense change.

Answer 8

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Answer 10

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Answer 11

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The sensitivity of the negative feedback loop. Introduction: Negative feedback loops bring the system back to the initial values. The thermoreceptors sense the change in body temperature. The sensitivity of a negative feedback loop is the deviation at which the thermoreceptors sense change.

Solution Summary: The author analyzes the negative feedback loop's sensitivity, which is the deviation at which the thermoreceptors sense change.

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