Multiple answers: How may have the drug affect the cell's resting membrane potential? What are possible mechanisms of action? Please choose all answers that may have contributed to the effect of the drug no matter the scale of their effect. Only use the information stated above in the case study and here in this question to answer. This information is all you need to answer the question.

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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Multiple answers: How may have the drug affect the cell's resting membrane
potential? What are possible mechanisms of action?
Please choose all answers that may have contributed to the effect of the drug
no matter the scale of their effect.
Only use the information stated above in the case study and here in this
question to answer. This information is all you need to answer the question.
O The drug affected the relative permeability of potassium by blocking ion flux
through the potassium leak channel
O The drug affected the relative permeability of sodium by blocking ion flux through
the sodium leak channel
The drug affected the relative permeability of sodium by increasing the denisty of
sodium leak channels
O depolarization occurred because the drug inhibited the action of the sodium-
potassium ATPase pump by causing it to pump sodium out of the cell at a higher
rate than before the drug was added
The drug caused an action potential to fire
O The drug caused an IPSP
O The drug caused an EPSP
Transcribed Image Text:Multiple answers: How may have the drug affect the cell's resting membrane potential? What are possible mechanisms of action? Please choose all answers that may have contributed to the effect of the drug no matter the scale of their effect. Only use the information stated above in the case study and here in this question to answer. This information is all you need to answer the question. O The drug affected the relative permeability of potassium by blocking ion flux through the potassium leak channel O The drug affected the relative permeability of sodium by blocking ion flux through the sodium leak channel The drug affected the relative permeability of sodium by increasing the denisty of sodium leak channels O depolarization occurred because the drug inhibited the action of the sodium- potassium ATPase pump by causing it to pump sodium out of the cell at a higher rate than before the drug was added The drug caused an action potential to fire O The drug caused an IPSP O The drug caused an EPSP
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