57. When glucose levels in the blood rise, your brain sends a signal to your pancreas. The pancreas releases insulin, which opens channels in cell membranes to allow glucose to enter the cell, lowering blood sugar levels. Which type of feedback mechanism is exhibited in the given situation? Group of answer choices positive feedback behavioral feedback negative feedback structural feedback

57. When glucose levels in the blood rise, your brain sends a signal to your pancreas. The pancreas releases insulin, which opens channels in cell membranes to allow glucose to enter the cell, lowering blood sugar levels. Which type of feedback mechanism is exhibited in the given situation? Group of answer choices positive feedback behavioral feedback negative feedback structural feedback

Human Biology (MindTap Course List)

11th Edition

ISBN:9781305112100

Author:Cecie Starr, Beverly McMillan

Publisher:Cecie Starr, Beverly McMillan

Chapter4: Tissues, Organs, And Organ Systems

Section: Chapter Questions

Problem 8SQ: In______, physical and chemical aspects of the body are being kept within tolerable ranges by body...

See similar textbooks

Similar questions

37. Which of the following normal physiologic processes uses a positive feedback loop? Group of answer choices regulation of fluid balance temperature regulation childbirth blood pressure regulation
Aside from the ones already discussed about childbirth and blood pressure give another example of the feedback mechanism in the human body.Explain your answer briefly by filling out Table B. Table A is given as a pattern
Using your knowledge of the heart, blood vessels and factors affecting blood pressure, create a possible reflex control/feedback loop that would occur if a person's blood pressure suddenly decreases. Include all of the elements of a feedback loop. Your answer can simply be a list of steps that would occur, but make sure to indicate all of the elements of a feedback loop. This does not to be extremely detailed, I am looking for the elements of the feedback loop and to see that you understand the factors affecting blood pressure. I will start the loop: 1. Stimulus: Drop in blood pressure.
Select the statements that correctly describe positive feedback pathways. 1. A sensor/receptor is required to monitor and limit levels. 2. A sensor/receptor is unnecessary to monitor and limit levels. 3. Feedback prevents homeostasis. 4. Feedback contributes to homeostasis. 5. Feedback stimulates the effector to continue to do the same thing. 6. Feedback stops the effector from doing one thing and stimulates it to do the opposite. 7. When the target level for a hormone is reached, feedback results in a reduction of that hormone being released. 8. When a target level for a hormone is reached, feedback results in an increase of that hormone being released. Record your answers in ascending (lowest to highest) order.
Select the statements that correctly describe negative feedback pathways. 1. A sensor/receptor is required to monitor and limit levels. 2. A sensor/receptor is unnecessary to monitor and limit levels. 3. Feedback contributes to homeostasis. 4. Feedback prevents homeostasis. 5. Feedback stimulates the effector to continue to do the same thing. 6. Feedback stops the effector from doing one thing and stimulates it to do the opposite. 7. When the target level for a hormone is reached, feedback results in an increase of that hormone being released. 8. When the target level for a hormone is reached, feedback results in a reduction of that hormone being released. Record your answers in ascending (lowest to highest) order.
only need the what type of feedback
explain in in a great detail the positive feedback loop and negative feedback loop in this picture
What's the difference between a positive and a negative feedback loop? I'm having trouble understanding the textbooks description.
When your body temperature rises, your body responds by sweating and the evaporation of sweat will cool your skin. This is an example of emergent properties O positive feedback regulation Onegative feedback regulation O chemical cycling
A common homeostatic regulatory mechanism involves an end product in a pathway generating an inhibitory effect on the upstream processes which stimulate its own production. This is an example of ______ a feedforward mechanism positive feedback autonomic regulation negative feedback extrinsic control of homeostasis
Give an example of a feedback mechanism in the human body. Explain your example briefly. Make sure to identify the type of feedback (negative or positive), the receptor, the control center and the effector.
_________ controls are inherent to an organ, whereas _________ controls are regulatory mechanisms initiated outside an organ that alter the activity of the organ.