Question

Decrease in oxygen gas in muscle tissue during exercise is detected by cells lining blood vessels, these cells release signals to cause smooth muscle of blood vessel walls to dilate, which results in increased blood flow, carrying more oxygen gas, and returning the oxygen gas levels back towards the set point. On your own: identify the stimulus, sensor, integrating center, target, and response.

          Decrease in oxygen gas in muscle tissue during exercise is detected by cells lining blood vessels, these cells release signals to cause smooth muscle of blood vessel walls to dilate, which results in increased blood flow, carrying more oxygen gas, and returning the oxygen gas levels back towards the set point.
On your own: identify the stimulus, sensor, integrating center, target, and response.

Decrease in oxygen gas in muscle tissue during exercise is detected by cells lining blood vessels, these cells release signals to cause smooth muscle of blood vessel walls to dilate, which results in increased blood flow, carrying more oxygen gas, and returning the oxygen gas levels back towards the set point.
On your own: identify the stimulus, sensor, integrating center, target, and response.

Added by Wesley C.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

Instant Answer

Solved by Expert Madhur L

06/20/2023

Step 1

Step 1: The stimulus is the decrease in oxygen gas in muscle tissue during exercise. Show more…

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Decrease in oxygen gas in muscle tissue during exercise is detected by cells lining blood vessels, these cells release signals to cause smooth muscle of blood vessel walls to dilate, which results in increased blood flow, carrying more oxygen gas, and returning the oxygen gas levels back towards the set point. On your own: identify the stimulus, sensor, integrating center, target, and response.