Resting membrane potential

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Discover A Simplified Approach to Master the Complexity of Anatomy with me, Dr. David Morton ... The Noted Anatomist!
This brief video tutorial briefly discusses resting membrane potential:
0:00​​. Introduction
0:53. What is a resting membrane potential?
1:33. How is a RMP measured?
4:12. How do we get a RMP at cell membranes?
9:04. How is the RMP calculated?
11:32. How is the RMP maintained?
12:50. In-a-Nutshell
13:25​​. Acknowledgements

[@angelofarias7613]

Really amazing! I'm a medical student from Brazil and I love to watch all your classes! Thank you!!!

[@donpimpon7293]

I just discovered this channel. Amazing! I learnt this at school and with this not only I remembered everything but got a better understanding!

[@inextinguishablemoltenblooded]

Beautifully complex And even more inspiring that we have the mental capacity to overstand the totality in summation of our anatomical atlas No wonder so much mythology is based on anatomy and physiology

[@hesham-wu9ql]

No one Literally no one on utube posted a video on measuring rmp Even though articles are there but it is kinda difficult to comprehend Thanks morton.

[@TheNotedAnatomist]

My pleasure

[@s.kashif18]

Always had difficulty with this , but you made it like a piece of cake, by adding chemistry in it, which makes it to understand better

[@rafaelcardenas4702]

Excellent explanation. Thank you so much!

[@mahela1993]

Beautifully clear! Thank you sir!

[@TheNotedAnatomist]

You're very welcome!

[@ABC-fv7ow]

Nicely explained !

[@JamesCairney]

These videos are really good

[@user-qf5ur6pm8r]

Thanks alot for your great effort

[@strawberrypancakes2438]

Thank you very for your work and effort. I really mean it.

[@TheNotedAnatomist]

My pleasure!

[@omarreda9187]

Heyyyy long time no see proffessor❤️❤️❤️

[@imamogluu]

Can you do the heart action potential? Thanks a lot

[@jlcooper841]

Good explanation. One question - you give the neuron's RMP as -60mV, but every textbook I've ever read give it as -70mV. Which is correct? Thanks.

[@guytelfer1353]

Can you categorize covalent bonds?

[@guytelfer1353]

So the concentration gradient can cause damage to cells, with higher concentrations in the interstitial fluid from damage in other areas of the body? As well as healthy mechanisms regulating the concentration gradient in normal operation?

[@TechDoctorOfficial]

Would you please make a video on pelvic lymphatic drainage! That would be very helpful! And a video on Inguinal canal and it's boundaries! Thanks in advance!

[@TheNotedAnatomist]

Here is an inguinal canal video tutorial: kzbin.info/www/bejne/eKbCYqqebN6WjKM The pelvic lymphatics may be a few months.

[@TechDoctorOfficial]

@@TheNotedAnatomist sir i already watched that one! What i was asking is a more detailed video on boundaries of Inguinal canal, deep & superficial Inguinal ring! Thanks a lot for the great work you are doing by simplifying anatomy like a piece of cake!!

[@muqtarjamaegal6071]

If a cell is microscopic how recognised all of this information and why potasium leaks out if it is reacted with another compound is gradient has greater force than bonded ions

[@KD-um3sv]

Wow!

[@jenniferisaksson9250]

So it’s like a hydrogen engine. The membrane wall is like the turbines that converts the possitive to negative 🔜energy did I understand? 😊or way off

[@doncorleon1093]

I don't like presentations where you cannot see the speaker, doesn't inspire confidence that the speaker understands the topic of the lecture