Generation of Action Potential | How Action Potential is Generated in neurons, muscles etc?

[@nourinshenesh22]

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.

[@NonstopNeuron]

Thank you Nourin. That will be a great support.😊

[@Dolphin_ice_cream]

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 🙏🏻🤩

[@Avinashd22]

Best explanation over the KZbin 👏🏻👏🏻

[@pahalshah4375]

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!!!!

[@NonstopNeuron]

Most welcome. Please share the videos. Thanks a lot.

[@ecotone2023]

For the first time in my life I actually understood action potential.......a big thanks to you

[@aimansohail389]

Very well explained. So comprehensive, thanks man!

[@uttamghosh503]

Awesome!!!! Salute to this Great Teacher. Your " Nonstop Neuron" will Activate us.🙏🙏

[@NonstopNeuron]

Most welcome, Uttam. If you are liking my videos, please share with your friends and colleagues too. It helps all of us. Thank you.

[@uttamghosh503]

@@NonstopNeuron Oh !!! Sure.

[@taichiqu]

Many many thanks. Your 11-minute 29-second video saved me lots of hours. How beautiful !!

[@swarnendukhanra699]

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

[@NonstopNeuron]

Most welcome. Please keep sharing 😊

[@Darshana719]

My fav channel always❤❤

[@genuine8879]

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

[@NonstopNeuron]

Happy to know that all the extra efforts to create that last part of the video was worth it.

[@Cloves_22]

I’m studying in iraq and I didn’t show like this perfect explane ✨✅thank you ….

[@neeleshpatel2013]

I was also struggling with the Loss of gradient now thanks to you my doubt got cleared...you're a lone star in dark

[@ArpitaDDey]

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 🙂

[@NonstopNeuron]

Thank you so much. It will help us a lot.

[@ammarasattar7809]

Extraordinary explanation thank you so much for making such a video 🖤🔥

[@Aishwaryap_1411]

Understood the concept very clearly sir ,u teach better than my college professor. Tq so much sirr 😊❤

[@NonstopNeuron]

Most welcome

[@falgunibadiyani-rs9qk]

It was really great video, like I understand everything, until today everything was so confusing, thank you to make this.

[@NipuniSakunthala-eb8vc]

Thank you❤❤

[@najiyanasreenkt9760]

Great work..... 👍👍👍 Thank you sir😊

[@richarddekoa7657]

this was so simple Sir

[@chamodalakshani2883]

Thankyou ❤️

[@Sakshee0]

This saved me alot of time !x

[@RAININGBLOOD09]

boutta roll up a backwood n watch this and get educated gang

[@HASSAN_WISAL]

LANGEMAN Embryology lectures PLZ

[@xinhaofan396]

Thank you! very nice

[@NonstopNeuron]

Welcome 😊

[@jaletaabdi6298]

Thankyou so much for helping me by exelent video

[@anjalinimbargi7957]

Awesome video l like ur all video one of brilliant explanations thank you so much😊 sir

[@mindrelaxmakers.6029]

Nice presentation 👍💝💝

[@NonstopNeuron]

Thank you 😊

[@cynelim]

is -90mV not hyperpolarization? resting membrane potential is -70mV. thats what i was taught.

[@NonstopNeuron]

Resting membrane Potentials are different for different types of cells. Also values in different books might vary

[@abdulelahx5482]

Perfect No patreon need to suppoort you

[@samionita2008]

Marvelous

[@nomann5244]

outstanding

[@pridvipravin2068]

You are my god🛐

[@KarsazKaJinn]

How is hyperpolarization reversed? How will the membrane potential return to resting potential after having become more negative than the resting potential?

[@ither6897]

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.

[@rishabhrajput6383]

Sir, why na+ have two gates and not k+... What's the need of having two gates...

[@NonstopNeuron]

It allows a refractory period before the next action potential.

[@rishabhrajput6383]

@@NonstopNeuron isn't it'll be achieved through one gate only? Gate is closed no movement of Na+, action potential can't be generated..

[@NonstopNeuron]

But a stimulus would open it. During this, the second closed gate keeps the channel close.

[@rishabhrajput6383]

@@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..

[@mubashira5046]

Wow tanku so much .sir

[@vamos11558..]

Classic🐐

[@FarahAbdallah-hf9qk]

Did sodium potassium pump works at resting membrane potential ¿

[@NonstopNeuron]

sodium potassium pump works all the time.

[@fatman9644]

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.

[@NonstopNeuron]

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.

[@JosefaCotroneo]

3:35

[@MuthuThala-ih2wu]

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

[@muqtarjamaegal6071]

But you and dr najeeb all ready opposite he said sodium out and potassium in also calcium out potassium out what wrong 😮

[@thecomiccook3487]

❤

[@fidato795]

Faaaaaaaaaaaaaaaaaaaaaab❤