. Create a process map using the terms and phrases listed below. The order should reflect the events that take place when light enters the rods (after being exposed to dark). The action terms are included in this list, so there is no need to add them at the arrows. Refer to Figure 10.32 and related text in the Silverthorn textbook to help put the story together. O Bipolar cells activated O Calcium-sodium channels close O Light absorbed by rhodopsin O Signal moves along optic nerve O Light enters rod O Potassium efflux O Retinal dissociation O Rod hyperpolarization O Signal to thalamus O Signal to visual cortex O Stop Ca and Na influx O Transducin activation O Decreased cyclic GMP O Exocytosis of inhibitory signal ceases OGanglion cells activated

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
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Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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I need to create a process map to reflect the events that take place when light enters the rods after being exposed to dark. (see photo)

Just need the order. I can draw the map. I am not sure I ordered them correctly.

"Figure 10.32" was not entirely helpful for me here.

Human Physiology Lab
5. Create a process map using the terms and phrases listed below. The order should reflect the events
that take place when light enters the rods (after being exposed to dark). The action terms are
included in this list, so there is no need to add them at the arrows. Refer to Figure 10.32 and related
text in the Silverthorn textbook to help put the story together.
O Bipolar cells activated
O Light absorbed by rhodopsin
O Signal moves along optic
O Light enters rod
Potassium efflux
O Calcium-sodium channels close
nerve
ODecreased cyclic GMP
O Signal to thalamus
O Exocytosis of inhibitory signal
ORetinal dissociation
Signal to visual cortex
++
O Rod hyperpolarization
O Stop Ca* and Na* influx
ceases
O Ganglion cells activated
O Transducin activation
Transcribed Image Text:Human Physiology Lab 5. Create a process map using the terms and phrases listed below. The order should reflect the events that take place when light enters the rods (after being exposed to dark). The action terms are included in this list, so there is no need to add them at the arrows. Refer to Figure 10.32 and related text in the Silverthorn textbook to help put the story together. O Bipolar cells activated O Light absorbed by rhodopsin O Signal moves along optic O Light enters rod Potassium efflux O Calcium-sodium channels close nerve ODecreased cyclic GMP O Signal to thalamus O Exocytosis of inhibitory signal ORetinal dissociation Signal to visual cortex ++ O Rod hyperpolarization O Stop Ca* and Na* influx ceases O Ganglion cells activated O Transducin activation
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