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Q4.3. After the rising phase, which ion channel is responsible for action potential returning to its resting Vm, and why? O Na* channels, because positive Na* ions are at higher concentration outside the axon than inside, and so they enter the axon and raise Vm O Na* channels, because positive Na* ions are at higher concentration inside the axon than outside, and so they leave the axon and raise V O K* channels, because positive K* ions are at higher concentration outside the axon than inside, and so they enter the axon and raise Vm K* channels, because positive K* ions are at higher concentration inside the axon than outside, and so they leave the axon and lower

Q4.3. After the rising phase, which ion channel is responsible for action potential returning to its resting Vm, and why? O Na* channels, because positive Na* ions are at higher concentration outside the axon than inside, and so they enter the axon and raise Vm O Na* channels, because positive Na* ions are at higher concentration inside the axon than outside, and so they leave the axon and raise V O K* channels, because positive K* ions are at higher concentration outside the axon than inside, and so they enter the axon and raise Vm K* channels, because positive K* ions are at higher concentration inside the axon than outside, and so they leave the axon and lower

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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and why? Q4.3. After the rising phase, which ion channel is responsible for action potential returning to its resting Vm, Na* channels, because positive Na* ions are at higher concentration outside the axon than inside, and so they enter the axon and raise V m Na* channels, because positive Na* ions are at higher concentration inside the axon than outside, and so they leave the axon and raise V m O K* channels, because positive K* ions are at higher concentration outside the axon than inside, and so they enter the axon and raise m O K* channels, because positive K* ions are at higher concentration inside the axon than outside, and so they leave the axon and lower Vm
Transcribed Image Text:and why? Q4.3. After the rising phase, which ion channel is responsible for action potential returning to its resting Vm, Na* channels, because positive Na* ions are at higher concentration outside the axon than inside, and so they enter the axon and raise V m Na* channels, because positive Na* ions are at higher concentration inside the axon than outside, and so they leave the axon and raise V m O K* channels, because positive K* ions are at higher concentration outside the axon than inside, and so they enter the axon and raise m O K* channels, because positive K* ions are at higher concentration inside the axon than outside, and so they leave the axon and lower Vm
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