Great video but he did not mention that the initiation of the action potential begins with the opening of voltage-gated sodium (Na+) channels, before L-type calcium channels
That’s a known fact in this part of the world, sodium-potassium pump forms the start of the action potential, then enters the calcium plateau. He starts the the main talk from the calcium ion induced effect and ATP assisted effects in the calcium plateau.
Excellent video Dr. Strong! I like the way you paired the animations of excitation and contraction together to give us a sense of how the two are coordinated.
Great Video. I just have a clarification question. Does Phospholamban inhibit or stimulate SERCA? I am using slides from me physiology class that states that it stimulates SERCA but your video states it does the opposite.
This is by far the best video I've found on excitation-contraction coupling! Thanks, you got a subscribe from me
Best/clearest description around! Great job!
Great video but he did not mention that the initiation of the action potential begins with the opening of voltage-gated sodium (Na+) channels, before L-type calcium channels
That’s a known fact in this part of the world, sodium-potassium pump forms the start of the action potential, then enters the calcium plateau. He starts the the main talk from the calcium ion induced effect and ATP assisted effects in the calcium plateau.
Excellent video Dr. Strong! I like the way you paired the animations of excitation and contraction together to give us a sense of how the two are coordinated.
A good summary of the subject in a comprehensive manner !
Great Video. I just have a clarification question. Does Phospholamban inhibit or stimulate SERCA? I am using slides from me physiology class that states that it stimulates SERCA but your video states it does the opposite.
Phospholamban inhibits SERCA. Inhibition of phospholamban will result in increased SERCA activity.
Thank for you....I don't know for how long I have struggled with this
it it really helpful thank you , I shared it with all my class mates
neat video with such an interesting way of presentation. good job Dr
Thank you for the lightbulb moment!
This is really good Dr. strong. Thank you
this video is amazing thank you so much, straight to the point and easy to understand.
Beautiful explanation!
this is insanely good, thanks doc
Excellent session. Thank you
Excellent description, thank you!
Thanks for clearing the concepts!
such a quick and amazingly clear explanation
thank you :)!!
thank you♥this series is really helpful
the best as always, thank you.
This was a masterpiece.
Excellent professor!
Insaneeee:”) This was great
thank youuuuuuu, best video ever
great great great. Many many thanks
Thank you sir❤
This is nice 👍
شكرََ ♥
Thanks sir 😢
Thank you very much sir this proved really really helpful
thank you so much for this.
Great
Thank you very much 👍
AMAZING♥️❤️☕WONDERFUL
Huh I thought tropomyosin was a combination of troponin and myosin
Bro just saved my medical degree
good
thanks sir 🙌🙌🙌
wonderful
Second comment!
Hey Eric
I love you
🫡🫡🫡