@M0Eent Yes, I believe Na flow out and K flow in in a ratio of 3:2, via the sodium-potassium pump (this wasn't covered in my course material at the time so I didn't know it yet). After stimulation, there are many channels on the membrane that open up and allow ions to flow through (I just didn't bother showing them for simplicity's sake). Thanks for the question!
Thanks you very much! but I have some question after watching this.
First, at 0:41 In resting state, Na must flow out and K must flow in 3:2, right?
Second, at 0:56 after stimulating, Don't ions flood through channels?
M0Eent 8 months ago
@M0Eent Yes, I believe Na flow out and K flow in in a ratio of 3:2, via the sodium-potassium pump (this wasn't covered in my course material at the time so I didn't know it yet). After stimulation, there are many channels on the membrane that open up and allow ions to flow through (I just didn't bother showing them for simplicity's sake). Thanks for the question!
sonofJack3 8 months ago
@sonofJack3 Thank you for answering my question.
M0Eent 8 months ago
@M0Eent No worries
sonofJack3 8 months ago
great vid, easy to understand, and helped me alot, im in bio right now and this is perfect!
surferguysrule78982 10 months ago
Thank you so much! Very simple, easy to interpret :)
111sawchukm 1 year ago
Thank you very very much, you have done a great job.
Saleh0008 1 year ago
thnku
jithmaxp 1 year ago
@happy4everandeverand Thanks!
sonofJack3 1 year ago