Thanks for this visual presentation :) Makes it much easier to understand what my book is trying to imply when seeing it once in action. Now all the words make a lot more sense :)
One thing I would have changed a little is the color of the ions. They are not that easy to spot ;)
Ohh and yeah, this is from my understanding passive transport (in case one person isn't sufficent enough as an answer).
isn't it passive transport? because the ions pass through their respective channels by diffusion, which requires no energy other than the concentration gradient itself (passive transport).
Thanks for this visual presentation :) Makes it much easier to understand what my book is trying to imply when seeing it once in action. Now all the words make a lot more sense :)
One thing I would have changed a little is the color of the ions. They are not that easy to spot ;)
Ohh and yeah, this is from my understanding passive transport (in case one person isn't sufficent enough as an answer).
mikkikun91 1 month ago
@mikkikun91: I agree—thank you! I won't forget the giant green bell pepper (or cell pepper)!
MultiRazorb 1 week ago
boooooooo this doent help at all
toxicrage3 3 months ago
@toxicrage3 coming from a gamer, yeah no doubt you wouldn't understand
emoloopy13 1 month ago
@toxicrage3 would*
emoloopy13 1 month ago
isn't it passive transport? because the ions pass through their respective channels by diffusion, which requires no energy other than the concentration gradient itself (passive transport).
xfactorAD28 5 months ago 2
@xfactorAD28 you are right!
starletzhine 4 months ago in playlist Ion Channels
This was very helpful to me. Thanks for sharing. :)
ScaryMaryCherry 9 months ago
what kind of transport is this active or passive?
brcldn08 10 months ago
@brcldn08 active
kamuikyo 7 months ago
I got it =)
himehime90 1 year ago
thanks so much! big help
spinner96797 1 year ago