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Bipolar Cell X Bipolar Cell Z Examine the receptive fields of Bipolar Cell X and Bipolar Cell Z: Bipolar X is off-center and Bipolar Z is on-center. The response to light in the center of the receptive field of either X or Z is the result of a decrease in glutamate. Yet, the response by each bipolar cell is not the same. a) How will the response of X change when light shines in the center of its receptive field and the level of glutamate it receives is decreased? Why does it respond this way? b) How will the response of Z change when light shines in the center of its receptive field and the level of glutamate it receives is decreased? Why does it respond this way?

Bipolar Cell X Bipolar Cell Z Examine the receptive fields of Bipolar Cell X and Bipolar Cell Z: Bipolar X is off-center and Bipolar Z is on-center. The response to light in the center of the receptive field of either X or Z is the result of a decrease in glutamate. Yet, the response by each bipolar cell is not the same. a) How will the response of X change when light shines in the center of its receptive field and the level of glutamate it receives is decreased? Why does it respond this way? b) How will the response of Z change when light shines in the center of its receptive field and the level of glutamate it receives is decreased? Why does it respond this way?

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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Bipolar Cell Z | Bipolar Cell X Examine the receptive fields of Bipolar Cell X and Bipolar Cell Z: Bipolar X is off-center and Bipolar Z is on-center. The response to light in the center of the receptive field of either X or Z is the result of a decrease in glutamate. Yet, the response by each bipolar cell is not the same. a) How will the response of X change when light shines in the center of its receptive field and the level of glutamate it receives is decreased? Why does it respond this way? b) How will the response of Z change when light shines in the center of its receptive field and the level of glutamate it receives is decreased? Why does it respond this way?
Transcribed Image Text:Bipolar Cell Z | Bipolar Cell X Examine the receptive fields of Bipolar Cell X and Bipolar Cell Z: Bipolar X is off-center and Bipolar Z is on-center. The response to light in the center of the receptive field of either X or Z is the result of a decrease in glutamate. Yet, the response by each bipolar cell is not the same. a) How will the response of X change when light shines in the center of its receptive field and the level of glutamate it receives is decreased? Why does it respond this way? b) How will the response of Z change when light shines in the center of its receptive field and the level of glutamate it receives is decreased? Why does it respond this way?
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