@Medulaman683 Great question. The blood is actually coming back to the rest of the body. There are skeletal muscle pumps surrounding the blood vessels and are involved in bring the blood back to the heart. Since the A.V. valve is open, the blood can just basically flow back into the ventricles. Then when the atria contract, that gives the final "push" for the rest of the blood that enters the ventricles. Hope that helps.
I am studying computer science but still chose some medicine subjects... I have huge problems understanding some things like this and searched for explanations or videos everywhere in german. I didn't find even 1 explanation that actually made me understand it. So I thought of searching in english and literally the first video explains it so well, that I instantly understand it. Thank you so much for this!
You are very much welcome @shs. Glad you got value from it. Make sure to subscribe to the channel, because I have a lot more content like this coming to help you understand how the human body works 👍🏽.
@Elsabicton Leslie is no longer taking requests for specific videos, but he will definitely get to more systems in the future. He has many to work on at the moment. So stay tuned for more.
@Medulaman683 Great question. The blood is actually coming back to the rest of the body. There are skeletal muscle pumps surrounding the blood vessels and are involved in bring the blood back to the heart. Since the A.V. valve is open, the blood can just basically flow back into the ventricles. Then when the atria contract, that gives the final "push" for the rest of the blood that enters the ventricles. Hope that helps.
I am studying computer science but still chose some medicine subjects... I have huge problems understanding some things like this and searched for explanations or videos everywhere in german. I didn't find even 1 explanation that actually made me understand it. So I thought of searching in english and literally the first video explains it so well, that I instantly understand it. Thank you so much for this!
Wow, that's so great to hear. Glad to know the video was helpful for you. Make sure to subscribe for more 👍🏾
@MaficSun Our pleasure :) Glad to know you find value in them. Please stay tuned. We have more Biology videos coming very soon!
im student nurse in korea and this video helped me alot. thank you🙂
You are very much welcome @shs. Glad you got value from it. Make sure to subscribe to the channel, because I have a lot more content like this coming to help you understand how the human body works 👍🏽.
these videos are perfect to watch as a review right before an exam since each video is short and packed with lots of information =]
You help make biology fun.
You are seriously awesome. thank you so much for putting these videos up. They are life savers for college. very clear and informative!!
@Elsabicton Leslie is no longer taking requests for specific videos, but he will definitely get to more systems in the future. He has many to work on at the moment. So stay tuned for more.
Please put up a video on isovolumic relaxation.
Is it that the volume of the heart chamber decreases but the volume of blood is constant in isovolumetric contraction?
You make me love biology!
Great material. Thanks for taking the time to make these Videos.
Thankyou sir , may god bless you with everything you want.
Why is it call isovolumetric, is it because the volume of the camber it self doesnt change or because the volume of blood remains the same?
thank you so much for making it as fun.. its fun to understand it. Thank you so much!
@MacKinnonAndrews69 Awesome to hear. Stay tuned for more :)
Thank you! This was great!
Great job ❤️👍
Thanks 😃
Great video man
Thanks a lot
Tysm 😁 it was nice explanation
You're very much welcome.
excellent vid
Very nice you made it very easy
Thanks a million
Its too op thanks a lot sir..
Best explained
Thanks, Levi.
During isovolumic diasystole how the ventricle decrease it's pressure wile maintaining the volume??
Thanks thanks very much now I understand what that means even if I have this subject in physiology not in biology 😂
man god bless you
Great vid, Thanks.
thank you
Youre my boy leslie
damn i love you. And i m not ashamed to say it.
Super sir .thank you
thank you
great jop
Job*
i love youu
leslie samuel ftw