The Pacemaker Potential EXPLAINED

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[@CHdrewpaulson]

This was super helpful, thank you!! Your vocal emphasis on important keywords is also helpful!

[@rafaelcalderon3681]

Thank you for making the distinction between pacemaker vs cardiomyocyte potential!!! I was very confused before

[@halima2953]

Thank you so much for this video! This is so far the best explaination for the cardiac pacemaker potential thanks again 🌼

[@robbyschwartz]

Thank you!! I've watched 3 videos on pacemaker potential and this is the BEST by far! much appreciated.

[@smsmsa9255]

Very helpful video! I totally understand the concept now. Thank you so much sir.

[@nimeshaharshani5833]

Now only I can understand the pacemaker action potential... Thank you soo much.. Keep uploading such valuable videos...👍👍

[@arnelakhach2381]

Very thoroughly explained. Showing detailed diagrams and visuals. Thank you

[@naomijohnson2783]

This is so wonderful. Lovely Explanation!!

[@jungie4908]

You made it easy to understand this topic. Thank you!!

[@adham66425]

its 3 am and I am so happy that i find your channel ❤❤

[@sucharthanmontree1182]

you are amazing to make it easier for me to understand. Thank you

[@shanthivibha96]

Thank you so much Sir!! Great explanation

[@user-yh9si6wk8m]

Thank you so much.... For making it so easy to understand❤❤

[@sawaren4152]

thank you for this amazing explanation 😊😊

[@mominayousif7168]

How a great job you did ! 💛✨👏🏻

[@svivekvardhan66]

this is so freaking underrated
thankyousir !

[@rafal5550]

I aggressively agree

[@kinga1016]

you made it clear for me! thanks

[@sinigdhabiswas8144]

Great video. Explained every well

[@ngzhiying2703]

Thank you for this explanation!!!!!

[@shekinah6853]

Amazing!!!! Thank you

[@lanapshtiwan2117]

Great video, but you didn’t mention the names of the channels for example; Funny Channels, T-type Calcium channels, L-type Calcium channels.. etc.

[@warimyeon881]

Thank you for saving my time

[@divyaslal8768]

Thank you sir✨

[@larisiklarisik5192]

Thank you so much !!!

[@masihsabori]

Thanks a lot for this amazing video:)

[@CatalystUniversity]

Glad you liked it!

[@ghadeerer9052]

thank you so much 😊

[@pukamon1681]

Awesome explanation! So in the pacemaker potential, hyperpolarization doesn't occur, what would be the reason?

[@lintamariajoseph5354]

Thank you 💗💗💗💗💗

[@varalakshmi171]

It was very useful.. Thank u..

[@bhatishfaq2573]

You deserve subscription!

[@mooniworld3042]

Thank you so much

[@aloovertheworld4948]

THANK YOU!!!!!!!

[@bitewings]

Thanks man, You are the best.

[@user-mx1ck7ye6u]

Which kind the best lady. Where are you from

[@bunny8352]

Woooww, im now a new subscriber

[@frosthopper5762]

great video

[@mindfullearner344]

Thank you.

[@Human_with_heart]

Finally got my answer thnx

[@mukulkanojia106]

Thanks a lot

[@life42theuniverse]

This cannot the whole picture; How and when do the ions move in the other direction across the membrane? As described a few cycles and the cells would burst

[@deyadewalt4998]

BEST VIDEO!

[@pmuralidharan5042]

You're really amazing 👍👍

[@Suzyosakala]

Interesting but the prepotential is not as a result of Na+ only infact its due to opening of Na+/k+ channel following hyperpolarisation leading to Na+/k+ conductance which completes the first stage of prepotential. This is followed by open of ca2+ channels specifically, the T type ca2+ channels completes the second phase of prepotential where the L type ca2+ channels generates an action potential

[@hannahcohen8787]

don's cardiac pacemaker cells have NO voltage gated Na+ channels?

[@Apk3rbBlogspot]

When do Na+ go out from cell ?

[@Ryana42m]

Bless

[@realdeallaignston8514]

I wanted to ask. Why is there a K+ efflux instead of an influx

[@factsindia6847]

Potassium is higher inside and low outside that's why

[@user-pk9nu7vo5d]

👏🏻❤️

[@iraq7203]

عظمة

[@meenakshibisht3556]

❤️❤️❤️❤️

[@aminhamoodizadeh4055]

🥰

[@ifa93004]

ninja nerd this is u

[@lesgroove880]

🤯🤯🤯🤯🤯