honestly thank you, i genuinely required this demonstration since i couldn't really comprehend how positive/negative charges were transmitted in saltatory conduction
Thank you so much. You explained it very easily. After watching 2hrs of my instructor's lecture,i was very confused. but you made it so simple to understand. Thanks again.
Thank you so much for this video!! I have been struggling with action potential for so long but I understood the concept after this video, you are the best channel for neuroscience!! Indian guys on youtube rocks!
thank you so much! i have an ib exam coming in 5 days and u saved me for bio…. I really love the way you explain things so clearly, that i get something i didnt for a long time (protein channels vs protein pumps vs carrier proteins, which u explained in another video) THANK YOUUU! :’’’’ you’re a gem
2:12 Wait, schwann cells and oligodendrocytes are not same. Schwann cells are suppose to be present in peripheral nervous system neurons and oligodendrocytes in central nervous system neurons. They perform same function of myelin formation but schwann cells are also perform phagocytosis and repair. Please correct me if I a wrong.
I wonder why you don't mention the activity of any voltage gated potassium channels along the axon and at the nodes of Ranvier. Is it in order to keep the illustration simple that those channels have been omitted? Thank you!
As always, indian guy came in clutch. Crystal clear, easy to understand.
This is by far the best short video on conduction of nerve impulse❤
Thank you. Please share to support us 😊
Not bragging but the way an Indian can explain is unbeatable❤ Fabulous
This video is amazing. It taught me what two hours of lecture couldn't. Thank you for your hard work.
Best animation for axonal physiology! Good job
Thank you so much..i was finally able to understand..i had watched so many video but with this I'm able to visualise now.. Great work 👍👍👌
Yes.. Me too.. 🙌🏻👍🏻
honestly thank you, i genuinely required this demonstration since i couldn't really comprehend how positive/negative charges were transmitted in saltatory conduction
Than you Doctor♥️
Following you From Egypt 🇪🇬
Thank you 😊
thank you so much for creating the best video on this topic, you explain it perfectly.
One of the best video i must say simple n crystal clear
Thank you so much. You explained it very easily. After watching 2hrs of my instructor's lecture,i was very confused. but you made it so simple to understand. Thanks again.
Thanks for making our concept more easier
Seriously, the best video on propagation of actiona potential. After watching a few videos, this is the one that explains it so clear and simple.
Thank you so much for this video!! I have been struggling with action potential for so long but I understood the concept after this video, you are the best channel for neuroscience!! Indian guys on youtube rocks!
wow, i finally understood this perfectly!! thankyou so much for your kind and helpful explanations :)
Totally agree with others that, this is the best video about propagation of action potential I have ever watched, thank you so much
Thank you for taking the time to make this public video. It was plupefect. I am from Iran🥰
Hands down
The best and easy to understand video Ive came across
Thank you so much
Clear presentation with less ambïguities than many others.
Thank you 😊
This video is incredibly easy to understand!
this was the best explaination and i easily undersood than anyother videos i watched 🙏🏾🙏🏾
I will keep watching you. Thank you sm!!
Thank you. Please also share the videos. It helps a lot and we need that support. Thank you.
It is the most perfect and amazing video I have ever seen..Thank you so much for explaining it so well🌈🌈
Love u ho Gia bro iv been looking for a video on how saltatory conduction works but this is the only one (and the best) there is
No need to praise you. You are beyond that.
Love hearing your analogies
U must me awarded for such a great work ..... speechless on your hardwork, teaching skill sontent delivery each and everything literally
Thank you so much for the compliment. Please share the videos to support me. 😊
This video help me understand conduction of Action potential. Thank you so much. You contribute to my journey
this is so clear for my med exam!! (way better than my professor) thanks so much!
Most welcome Phoebe.
tnx you saved me tmrw i will passe my physiologie final
All the best
why did it take so long for me to find this channel!
❤❤❤ Thank you for uploading this video. The visuals made it really easy to understand.
Thank you , your videos are the best !
thank you so much! i have an ib exam coming in 5 days and u saved me for bio…. I really love the way you explain things so clearly, that i get something i didnt for a long time (protein channels vs protein pumps vs carrier proteins, which u explained in another video) THANK YOUUU! :’’’’ you’re a gem
Thank you
IB is a pain
@@kritisaksena7750 Truee
2:12 Wait, schwann cells and oligodendrocytes are not same. Schwann cells are suppose to be present in peripheral nervous system neurons and oligodendrocytes in central nervous system neurons. They perform same function of myelin formation but schwann cells are also perform phagocytosis and repair. Please correct me if I a wrong.
True but unnecessary information in this video cuz it ain histology just basic physiology
Thank you, this was very helpful. Quick and informative.
Brilliant at last I can grasp the whole thing!❤
Sir you are my Physiology Hero 🫡🦸♂️.!!
This is a very good explanation thank you!
Very clear explanation. Thank you!
This video was fire 🔥
Thank you! This is such a good explanation!
Awesome explanation 👍🏼
literally saying sir u saved a lot of my time.. thank you so much 😊
Thank you very much for this well elaborated video on nerve impulse propagation.
Welcome 😊
best explanation ever! thank you so much
Wonderful explaination.. so clear ..❤ from Nepal
Thank You Doctor.. you make very easy for me learning this concept
Most welcome 😊
It is my 100th video on this topic but it is last and i found someone who teaches students not only themselves 🥰
i love you doc, keep going
Very useful, thank you!
Suberbly described... I understood all procedure.... thank you very much🤟
This was so helpful!!! Thank you so much 🙏
Sir Thank u so much for this amazing and clear explanation , I have finally understood the concept of myelin sheath
lovely video goated
love this content so much
Great work
Best explaination.
Great thanks. Wonderful explanation ever
Thank you
AMO. GRACIAS. AMO LOS DIBUJOS
Very nice video, thanks!
The exact info i was searching.❤️
Thanks a lot
Ultimate Indian Master.✨
Thanks a lot 🇪🇬
Your videos are incredibly creative
Thank you
@@NonstopNeuron Could you plz explain membrane capacitance for me because I genuinely don’t get it
Very comprehensive, thanks alot
You are welcome!
Sir ,Your vedios are awesome they are helping me alot.
Glad to hear that
Thank you! Very good visual explanation
Thank you sir ❤
Superr i understand all action potentiol👏👏
Thank you 🙏🏼💕
thank you so much!
I used to struggle with it but thanks to you I have fully understood it
so helpful!
amazing explanation , thank you so much doc !!
Welcome 😊
What a explanation sir, very helpful ❤
THANK YOU!
Thank you
Great Video 🥰🥰
Awesome explanation ...👍
This was really helpful, thank you
You're welcome!
Very good vid, enjoyed in 🙂
Best video, thank u so much!!!!
Thank you !!!!
Amazing explanation and video
Thank you ☺️
👏🏻Nice work. Thank you
Most welcome 😊
Thanks!
Short n sweet ❤
I wonder why you don't mention the activity of any voltage gated potassium channels along the axon and at the nodes of Ranvier. Is it in order to keep the illustration simple that those channels have been omitted? Thank you!
Thank you nice video
Great video bro thank you!
I looked for this vedio for a year
You cleared my doubt ❤️
Love your videos
thank you
I am cleared by this video. Thnx sir
Thank you so much ❤❤❤❤
wow, are u serious!!?
never got this much easy video on RUclips
Nice video, thank you for your professional and clear interpretation!
My pleasure!
Wow❤❤❤❤❤❤
thanks my friend
Most welcome 😊
Good dear!