Sir ur channel needs to be advertised....it's super good for physiology concepts. I had lot of doubt abt action potential but now everything is super clear just bcz of u sir. Thank you sir, I will say about your channel to all my friends.
This is like the best channel ever!!!Thank you sir especially for clearing out that last part about Na -K pump, even I used to think the same..you are such a wonderful teacher!!!!
If this person becomes my professor at university, I will be sure that I will love the subject of physiology and also that I will get a grade of: A+ like it is the easiest thing thank you so much sir 🙏🏻🤩
You've hit the nail in all of the things I needed to hear about action potential. Just like you, I've had the same dilemma of what you say in 9:41, where I also had the same confusion when i learned first that the action potential can be generated without the Na K pump for more than a thousand times (or something like that). Bless u
Such a crystal clear presentation. In future I would recommend this video to more people. Thank you for such a beautiful way of making the concept so easy and understandable 🙂
How is hyperpolarization reversed? How will the membrane potential return to resting potential after having become more negative than the resting potential?
The sodium potassium pump re establish the resting membrane potential, by pumping 3 sodium out and two potassium in. Also leak channels help as well,their transport is passive.
And whats the action Potential for? I dont know much about this subject, so i am asking myself why the Body is doing that when it consumes ATP to get it Back to normal.
For transmission of impulse. In simple words, it's a way of communication with with other cells. Action potential is like a message that travels along the membrane very fast.
No book of physiology has written the RMP of neurons is -90mv Do cross check before u post a video. Many aspirants might believe it and choose that option in MCQ type neet exams. Ur videos r good but be extra cautious from next time. RMP of neuronal cells ~ -70mv Skeletal muscle cells~-90mv Pacemaker cells have restless membrane potentials
Sir ur channel needs to be advertised....it's super good for physiology concepts. I had lot of doubt abt action potential but now everything is super clear just bcz of u sir. Thank you sir, I will say about your channel to all my friends.
Thank you Nourin. That will be a great support.😊
For the first time in my life I actually understood action potential.......a big thanks to you
Best explanation over the UA-cam 👏🏻👏🏻
This is like the best channel ever!!!Thank you sir especially for clearing out that last part about Na -K pump, even I used to think the same..you are such a wonderful teacher!!!!
Most welcome. Please share the videos. Thanks a lot.
Very well explained. So comprehensive, thanks man!
Many many thanks. Your 11-minute 29-second video saved me lots of hours. How beautiful !!
that last point of re generation just cleared my whole idea which hours of classed was never able to clear .... thanks a lot for this
Most welcome. Please keep sharing 😊
If this person becomes my professor at university,
I will be sure that I will love the subject of physiology
and also that I will get a grade of: A+
like it is the easiest thing
thank you so much sir 🙏🏻🤩
Awesome!!!! Salute to this Great Teacher.
Your " Nonstop Neuron" will Activate us.🙏🙏
Most welcome, Uttam. If you are liking my videos, please share with your friends and colleagues too. It helps all of us. Thank you.
@@NonstopNeuron
Oh !!! Sure.
You've hit the nail in all of the things I needed to hear about action potential. Just like you, I've had the same dilemma of what you say in 9:41, where I also had the same confusion when i learned first that the action potential can be generated without the Na K pump for more than a thousand times (or something like that). Bless u
Happy to know that all the extra efforts to create that last part of the video was worth it.
My fav channel always❤❤
I was also struggling with the Loss of gradient now thanks to you my doubt got cleared...you're a lone star in dark
I’m studying in iraq and I didn’t show like this perfect explane ✨✅thank you ….
Such a crystal clear presentation. In future I would recommend this video to more people. Thank you for such a beautiful way of making the concept so easy and understandable 🙂
Thank you so much. It will help us a lot.
It was really great video, like I understand everything, until today everything was so confusing, thank you to make this.
Extraordinary explanation thank you so much for making such a video 🖤🔥
Understood the concept very clearly sir ,u teach better than my college professor. Tq so much sirr 😊❤
Most welcome
Great work..... 👍👍👍
Thank you sir😊
This saved me alot of time !x
Awesome video l like ur all video one of brilliant explanations thank you so much😊 sir
Thank you❤❤
this was so simple Sir
Thankyou so much for helping me by exelent video
Thankyou ❤️
Thank you! very nice
Welcome 😊
boutta roll up a backwood n watch this and get educated gang
LANGEMAN Embryology lectures PLZ
Nice presentation 👍💝💝
Thank you 😊
is -90mV not hyperpolarization? resting membrane potential is -70mV. thats what i was taught.
Resting membrane Potentials are different for different types of cells. Also values in different books might vary
Perfect
No patreon
need to suppoort you
How is hyperpolarization reversed? How will the membrane potential return to resting potential after having become more negative than the resting potential?
The sodium potassium pump re establish the resting membrane potential, by pumping 3 sodium out and two potassium in. Also leak channels help as well,their transport is passive.
Marvelous
You are my god🛐
outstanding
Sir, why na+ have two gates and not k+... What's the need of having two gates...
It allows a refractory period before the next action potential.
@@NonstopNeuron isn't it'll be achieved through one gate only? Gate is closed no movement of Na+, action potential can't be generated..
But a stimulus would open it. During this, the second closed gate keeps the channel close.
@@NonstopNeuron sir, but at a single time only one gate is open or closed.... So it can be achieved by only one gate.. Either it is open or closed..
Wow tanku so much .sir
Did sodium potassium pump works at resting membrane potential ¿
sodium potassium pump works all the time.
And whats the action Potential for?
I dont know much about this subject, so i am asking myself why the Body is doing that when it consumes ATP to get it Back to normal.
For transmission of impulse. In simple words, it's a way of communication with with other cells. Action potential is like a message that travels along the membrane very fast.
Classic🐐
No book of physiology has written the RMP of neurons is -90mv
Do cross check before u post a video.
Many aspirants might believe it and choose that option in MCQ type neet exams.
Ur videos r good but be extra cautious from next time.
RMP of neuronal cells ~ -70mv
Skeletal muscle cells~-90mv
Pacemaker cells have restless membrane potentials
My paid course is nothing in front of you. Thanks a lot.
3:35
But you and dr najeeb all ready opposite he said sodium out and potassium in also calcium out potassium out what wrong 😮
❤
Faaaaaaaaaaaaaaaaaaaaaab❤