Thank you so much for this video. It was not only very clear and concise explanation but visually so neat and organized. I've been studying from a study guide and words alone are just making things more complicated. This visual was sooo helpful.
I discovered byte sized med yesterday and I think from now on I will visit this page everyday to get a good explanation of the topics I did in class. Thank you so much for the work you put into these videos and making them short and super easy to understand 😊
Why is the resting membrane potential negative 70 mv? The cell is filled with potassium which is a cation. Also how/when does potassium renter the cardiac cell?
It’s a comparison from inside the cell to outside. There are more cations outside the cell compared to the potassium inside the cell so -70 is just what the comparison difference is from in to out.
Excellent video! Made the textbook make much more sense. I'm still not understanding when potassium returns to the cell. Is this after the hyperpolarization with the Na⁺/K⁺-ATPase pump?
I have made a video on cardiac blood supply. You can check out my cardiovascular system playlist for that. I’ll add the other two to my list of upcoming videos. Thank you for the suggestion!✨
I love how calm she is in explaining this, thank you Ma'am 🙏
yes❤ your comment is correct
literally have been avoiding learning action potentials for years through all my science classes and now i finally get it, such a great video
❤😂😂😂❤
Studying for my physiology exam... you're a lifesaver!
Thank you so much for this video. It was not only very clear and concise explanation but visually so neat and organized. I've been studying from a study guide and words alone are just making things more complicated. This visual was sooo helpful.
I discovered byte sized med yesterday and I think from now on I will visit this page everyday to get a good explanation of the topics I did in class. Thank you so much for the work you put into these videos and making them short and super easy to understand 😊
Part 2 please and cardiac cycle please and also vascular physiology 😭😭your videos are amazing why am I just coming across them few months to my exams
I'm on a physiology marathon in your channel. Thank you!
Your channel is God's gift ❤
Thank you!✨
I was very confused about action potential. this vedio helps me a lot.
thank you so much for this.
Best explanation I've seen so far! This really helped me to separate contractile from conducting cells. I really appreciate it! 🙂
I’m so glad you found it helpful!😊
Thank you very much for your explanation, it is very great and helpful
You did a great job explaining, the video is short and brief. Very helpful thank you!
The best explain ever! Thank you
the best explain ever👌
thanks a lot 🙏
your videos, explanations, and illustrations are SO SO helpful
your calm voice makes me not stressed out learning this, very helpful thank you!!!
I’m happy to hear that!😊
as a med student this is saving me in revising for my finals!!!
Glad I could help!✨
👏Great explanation, well simplified!
You literally save my time ❤🎉
Thank you for this video!
Really good explanation, with easy and understandable animations. Thank you!
Why is the resting membrane potential negative 70 mv? The cell is filled with potassium which is a cation. Also how/when does potassium renter the cardiac cell?
It’s a comparison from inside the cell to outside. There are more cations outside the cell compared to the potassium inside the cell so -70 is just what the comparison difference is from in to out.
Thank you, it helped a lot 😊
very helpful, thank you!
this video series came just in time
So happy to hear that!😊
Just a great vid. Thank you.
Excited for part 2!
Amazing video thank you so much❤
Great video! How do you animate your draws into the video? What software do you use?
super helpful and well explained, thank alot
Neat and succinct. Keep up the good work.
Thank you so much i've been watching so mamy video this mede me Memorize it thank you so much
Amazing work . Atlast I came to know that this channel can save me from havoc😂
I subscribed and I liked. Thank you.
Thank you for the support!😊
this is so helpful omg
Great video explaining this! It even helped me to connect concepts learned in my other classes!
Absolutely amazing 👏 😍 ❤️
This is great! Thank you!
Excellent video! Made the textbook make much more sense. I'm still not understanding when potassium returns to the cell. Is this after the hyperpolarization with the Na⁺/K⁺-ATPase pump?
Yes, Na⁺/K⁺ ATPase pump returns the cell to its resting membrane potential, and the cycle repeats with another action potential.
Awesome Video❤️
Very helpful ❤❤
Such a helpful video ❤
Maam can u also add coronal ,cerebral and splanchnic circulation
I have made a video on cardiac blood supply. You can check out my cardiovascular system playlist for that. I’ll add the other two to my list of upcoming videos. Thank you for the suggestion!✨
Thanks❤
thank you!!
thank you so much
3:43
the plateu consider a "sustained period of depolirization"??
my refrences say it is a "prolonged phase of repolirization", i got a bit confused!!
What app do you use to draw/comment on your drawings? I ask so that I can take notes for my school
Have you found the answer please?
Looks like Good Notes!
I recommend you ‘good notes’ it’s the best
In 5:48. I studied that at plateau some potassium start to gonna close? (I think not all) what do u think of this.
thank you sm 💖
The best
What program do you use to write and put the Diagrams
Why should the depolarization called phase 0 not phase 1..?
best
You ate
Thank you so much for this!! It has helped me so much 🫀
Glad to hear that!✨
Life saver🥲🤭