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it was perfect, perfect down to the last minute details
Being a physicist I am a total stranger here. And I love it. Well explained, logical steps, builds up complexity as needed to understand the subject. I am watching this entire playlist, as I already did for the digestive system. Thanks!
Wow! I totally understand it now! You explain it 10x better than my professor! Thank you!
Hi you explain amazingly and completely, but could you please make a playlist for cardiac physiology. THANKS a lot by the way!
Thank you for all of your videos! They got me through AP 1 and Microbiology.
My question-B/w plateau and repolarization phases, why does the Ca2+ channels stop the influx? What makes it stop the Ca2+ influx?
amazing
I love you
![The Cardiomyocyte Action Potential [Part 2]: Physiological Events in Cell](http://i.ytimg.com/vi/vX3RGyjUcTU/mqdefault.jpg)
![The Cardiomyocyte Action Potential [Part 2]: Physiological Events in Cell](/img/tr.png)
it was perfect, perfect down to the last minute details
Being a physicist I am a total stranger here. And I love it. Well explained, logical steps, builds up complexity as needed to understand the subject. I am watching this entire playlist, as I already did for the digestive system. Thanks!
Wow! I totally understand it now! You explain it 10x better than my professor! Thank you!
Hi you explain amazingly and completely, but could you please make a playlist for cardiac physiology. THANKS a lot by the way!
Thank you for all of your videos! They got me through AP 1 and Microbiology.
My question-
B/w plateau and repolarization phases, why does the Ca2+ channels stop the influx? What makes it stop the Ca2+ influx?
amazing
I love you