Suppose cells A and B, both of which release inhibitory transmitter, are endogenously tonically active, and the inhibitory effect produced by either one of the cells on the other persists for 1/2 sec after the presynaptic cell has stopped firing. Which of the following patterns of activity is produced by this 2-neuron circuit that is reminiscent of the 3-neuron ring oscillator discussed in the lab manual? [Hint: This question becomes much easier if you look carefully to see whether any aspect of the activity patterns below conflicts with any of the rules given in the question. For example: In (a), at the very start of the traces, cell A stops firing as soon as cell B starts. Is this consistent with the rules? For another example: In (a), early in the traces, cell B starts firing as soon as cell A stops. Is this consistent with the rules?
Suppose cells A and B, both of which release inhibitory transmitter, are endogenously tonically active, and the inhibitory effect produced by either one of the cells on the other persists for 1/2 sec after the presynaptic cell has stopped firing. Which of the following patterns of activity is produced by this 2-neuron circuit that is reminiscent of the 3-neuron ring oscillator discussed in the lab manual? [Hint: This question becomes much easier if you look carefully to see whether any aspect of the activity patterns below conflicts with any of the rules given in the question. For example: In (a), at the very start of the traces, cell A stops firing as soon as cell B starts. Is this consistent with the rules? For another example: In (a), early in the traces, cell B starts firing as soon as cell A stops. Is this consistent with the rules?
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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Transcribed Image Text:A
B
A
B
1/2 sec
Option 1
1/2 sec
Option 3
A
B
1/2 sec
F
O Option 2
none of the above

Transcribed Image Text:Suppose cells A and B, both of which release inhibitory transmitter, are endogenously tonically
active, and the inhibitory effect produced by either one of the cells on the other persists for
1/2 sec after the presynaptic cell has stopped firing. Which of the following patterns of activity
is produced by this 2-neuron circuit that is reminiscent of the 3-neuron ring oscillator
discussed in the lab manual?
[Hint: This question becomes much easier if you look carefully to see whether any aspect of
the activity patterns below conflicts with any of the rules given in the question. For example:
In (a), at the very start of the traces, cell A stops firing as soon as cell B starts. Is this
consistent with the rules? For another example: In (a), early in the traces, cell B
starts firing as soon as cell A stops. Is this consistent with the rules?
A
B
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