Action Potentials
Top Comments
All Comments (92)
-
What does this mean for the body?
-
I am very happy to see the vidoe after you give this This video explains the process by which a nerve cell receives, conducts, and transmits signals.
-
I Love The Video It Can Increase My Knowledge This video explains the process by which a nerve cell receives, conducts, and transmits signals.
-
Steady I Really Like This video explains the process by which a nerve cell receives, conducts, and transmits signals.
-
Good, I like that you share this video, I wish success always This video explains the process by which a nerve cell receives, conducts, and transmits signals.
-
Nice Video That You Share , So Very Nice Thanks You This video explains the process by which a nerve cell receives, conducts, and transmits signals.
-
I Really Like The Video From Your This video explains the process by which a nerve cell receives, conducts, and transmits signals.
-
Your Video Is Very Useful Sharing This video explains the process by which a nerve cell receives, conducts, and transmits signals.
-
I was sure potassium had something to do with the concentration gradient, where both Na and K were diffused through the axon's membrane, causing the electrical impulse? At least that's what is highlighted in my grade 12 biology textbook..
-
I got an A in Physiology!
Why was there no mention of potassium? Sodium and potassium work together in nerve action potentials.
greenranger8100 6 months ago 49
didn't talk about potassium ......if they included that this would be complete...
joekimusic 7 months ago 20