We need more videos that explain the nervous system especially the autonomic part , i can assure to you that the way you illustrate in these videos is better and more simplified , also they’re not time draining the videos i mean , keep up doing these masterpieces ☺️
Thanks for the video! I have some questions and hope you can clear things up: Why can't anions leave the membrane? What makes the membrane permeable to some ions but not others?
anions attached to k+ are either proteins or phosphatases which are larger molecules and need transporters for them to leave. permeability of a substance or ion through plasma memb. depends upon the no of channels/transporters it has for them
We need more videos that explain the nervous system especially the autonomic part , i can assure to you that the way you illustrate in these videos is better and more simplified , also they’re not time draining the videos i mean , keep up doing these masterpieces ☺️
Thank you for your great explanation. helped A LOT. PLEASE make more.
Such a well done crystal clear explanation 😮🔥thankyou so much❤️😊
You are like angel from the heaven … thank youuuuuuuu ❤❤❤❤❤❤
🙏🙏🙏
Thank you very much ,, I hope u continue in other subjects such as pathology and so on., because I am weak in it.
Thank you so very much.
Very helpful,God bless you
🙏🙏🙏
Thank you for your content you’re notes are amazing
I’m glad you like them!✨
Grand master ❤
Very useful❤️
Wow you’re awesome
Thanks for the video! I have some questions and hope you can clear things up: Why can't anions leave the membrane? What makes the membrane permeable to some ions but not others?
a lot of the negative charged molecules(anions) are proteins and they can't leave because they have cell functions, also proteins are large molecules.
Because they are non permeable molecules there is no door to leave
anions attached to k+ are either proteins or phosphatases which are larger molecules and need transporters for them to leave.
permeability of a substance or ion through plasma memb. depends upon the no of channels/transporters it has for them
Nicely explained , thank you 💕
You teach really well!
Thank you!😊
🙏🙏🙏
great stuff! keep up the good work :)
Thank you!:)
🙏💕🙏🙏
👍✅