Action Potential | Part 2 | Phases | Neurons | Nerve Muscle Physiology

[@BenadiBawanya]

Thankyou so much... You're so good at explaining complex things in the most understandable and in an adequate amount ☺️❤️❤️

[@AthenaOsborne1234]

have my physiology final exam next week and your videos are saving me! Thank you!

[@MazharMemon-zc2in]

Just wow 👌 how you explained it. It's so amazing you should get millions subscribers you're are real deserver & life saver of students fr ❤️ ♥️

[@ammamatariq]

You explained it so clearly and efficiently❤ Your videos are so time and life saving 💖💫 more powers to you ❤

[@al3yady396]

So underrated

[@YousefAlotaibi-g7h]

Thank you very much! You made the whole process simple 😊

[@nandiadavis]

you are amazing! im begging you to continue to make these videos. Yours are the ONLY ones I have understood so far because of your neat handwriting and pictures

[@satarsabahsatarsatar7511]

Thank you for the excellent explanation What made me understand physiology

[@prateekmachiwal7930]

Really underrated 😳

[@didj5674]

So i think u forgot to mention the Important role that sodium potassium pump plays to get back the normal distributions of Na and K across the membrane, so in the hyper polarization phase , the intercellular na concentration is higher than the extracellular na concentration and vice versa for the k conc , and this is an abnormal distribution of these ions , to get the normal concentrations back , the sodium potassium pump kicks 3 na ions outside and takes in 2 potassium ions , and that’s how we finally reach to the RMP again after de and re polarization

[@clarissajorlym9898]

Na-K Atpase Pump

[@ajmalnazir2120]

Excellent

[@tubamaqbool8160]

Thanks dear🥺♥️

[@nafi21]

Thank you soooooooo much❤

[@nelofer9504]

❤