Thank you so much for producing and posting this video! I am taking my first graduate level Pathophysiology class and the differentiation of electrical action potentials (and their subsequent ionic changes) from the actual muscular contraction (and their subsequent ionic changes) was a new concept for me! I watch this video multiple times to remind myself of the big picture. Thanks again!
I'm a pharmacy student and basically you have been my lecturer for my two modules in this year. you are very good at teaching! My triple thanks is because of that :)
You are an excellent lecturer. I see this was published in 2014 -- hope you're still making videos!
Thank you so much for producing and posting this video! I am taking my first graduate level Pathophysiology class and the differentiation of electrical action potentials (and their subsequent ionic changes) from the actual muscular contraction (and their subsequent ionic changes) was a new concept for me! I watch this video multiple times to remind myself of the big picture. Thanks again!
+Jessica Storey Thats awesome Jessica! Work hard and study hard, it will all pay off! :) Grad schools awesome :)
This is really helpful. Thank you very much!
Great work.....thank you very much
Sir please be active on this channel again... Students really miss you
Bruh thx you saved me ❤️❤️❤️
How would it look in a smooth muscle? Is it the same like in the skeletal muscle?
Hanan Gruhonjic thank you!
Smooth muscle use voltage gated calcium channel not sodium channels
Yes! My favorite
Katia Kyriakoulis You're back! Awesome, glad to liked it!
thanks thanks thanks .....
+Nahid Meymandi welcome welcome welcome! :)
I'm a pharmacy student and basically you have been my lecturer for my two modules in this year. you are very good at teaching! My triple thanks is because of that :)
i want to keep liking and liking but ill only end up making it unlike. I wu my man!
At least he doesn't say "seminiferus tubules" here!