Imagine two iguanas are in a fight and one iguana gets a cut. This cut leads to a loss of blood resulting in a drop in blood pressure, which could be life-threatening if not corrected. As a result, blood pressure sensors in the heart and some arteries detect the drop in pressure and send signals to the brain. Next, the brain stimulates the release of certain hormones into the blood. The result is that the heart beats more rapidly and raises the blood pressure of the injured iguana back to normal (or to the set point). This is an example of
Imagine two iguanas are in a fight and one iguana gets a cut. This cut leads to a loss of blood resulting in a drop in blood pressure, which could be life-threatening if not corrected. As a result, blood pressure sensors in the heart and some arteries detect the drop in pressure and send signals to the brain. Next, the brain stimulates the release of certain hormones into the blood. The result is that the heart beats more rapidly and raises the blood pressure of the injured iguana back to normal (or to the set point). This is an example of
Concepts of Biology
1st Edition
ISBN:9781938168116
Author:Samantha Fowler, Rebecca Roush, James Wise
Publisher:Samantha Fowler, Rebecca Roush, James Wise
Chapter16: The Body's System
Section: Chapter Questions
Problem 18RQ: What is the function of the hormone erythropoietin? a. stimulates production of red blood cells b....
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Imagine two iguanas are in a fight and one iguana gets a cut. This cut leads to a loss of blood resulting in a drop in blood pressure, which could be life-threatening if not corrected. As a result, blood pressure sensors in the heart and some arteries detect the drop in pressure and send signals to the brain. Next, the brain stimulates the release of certain hormones into the blood. The result is that the heart beats more rapidly and raises the blood pressure of the injured iguana back to normal (or to the set point). This is an example of:
A. positive feedback loop and homeostasis
B. positive feedback loop and lack of homeostasis
C. negative feedback loop and homeostasis
D. negative feedback loop and lack of homeostasis
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