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Now, here's the actual question - you have a neural system with three neurons; two presynaptic (PS1 and PS2) and one postsynaptic (Post). Over a fixed period of time, both PS1 and PS2 generate the pattern of action potentials shown in the figure below. Both deliver the same pattern. PS1 delivers EPSP to Post and PS2 delivers IPSP to Post. Also present in the system is a chemical that inhibits the binding of PS2's neurotransmitter to Post's receptors. Will Post be likely to produce an action potential in response to this situation? Explain your reasoning.

Now, here's the actual question - you have a neural system with three neurons; two presynaptic (PS1 and PS2) and one postsynaptic (Post). Over a fixed period of time, both PS1 and PS2 generate the pattern of action potentials shown in the figure below. Both deliver the same pattern. PS1 delivers EPSP to Post and PS2 delivers IPSP to Post. Also present in the system is a chemical that inhibits the binding of PS2's neurotransmitter to Post's receptors. Will Post be likely to produce an action potential in response to this situation? Explain your reasoning.

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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help please !!!!!!! thank you in advance

This question is relatively complex, so you might want to diagram it out on paper. If you are having trouble visualizing what I am referring to, look at figure 48.17d, it's not exactly the same, but it's similar. Also, if you can't see the figure (Macs have an issue with figures in questions), look in the 9. files section of Canvas in the "uploaded media" subfile and look for files labeled "Figure 10-A". Now, here's the actual question - you have a neural system with three neurons; two presynaptic (PS1 and PS2) and one postsynaptic (Post). Over a fixed period of time, both PS1 and PS2 generate the pattern of action potentials shown in the figure below. Both deliver the same pattern. PS1 delivers EPSP to Post and PS2 delivers IPSP to Post. Also present in the system is a chemical that inhibits the binding of PS2's neurotransmitter to Post's receptors. Will Post be likely to produce an action potential in response to this situation? Explain your reasoning. www.ww
Transcribed Image Text:This question is relatively complex, so you might want to diagram it out on paper. If you are having trouble visualizing what I am referring to, look at figure 48.17d, it's not exactly the same, but it's similar. Also, if you can't see the figure (Macs have an issue with figures in questions), look in the 9. files section of Canvas in the "uploaded media" subfile and look for files labeled "Figure 10-A". Now, here's the actual question - you have a neural system with three neurons; two presynaptic (PS1 and PS2) and one postsynaptic (Post). Over a fixed period of time, both PS1 and PS2 generate the pattern of action potentials shown in the figure below. Both deliver the same pattern. PS1 delivers EPSP to Post and PS2 delivers IPSP to Post. Also present in the system is a chemical that inhibits the binding of PS2's neurotransmitter to Post's receptors. Will Post be likely to produce an action potential in response to this situation? Explain your reasoning. www.ww
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