This video is pure gem, concepts at its peak, Actually I started watching when I was lying on the bed , normally when I watch other study videos I used to sleep after 5 min, but this time It was different,I felt like like watching cartoon,and understood very difficult concepts very easily, And I got bonus sympathetic activation in the middle of the video, 😱
Yes. I aim for as short video as possible. I create longer video only if I think that all the covered information in the video is best learnt together. So whenever you see a longer video, understand that I want you to learn everything together.
Hi. The video is awesome and very informative. Clears all your concepts nicely. However, there's a slight mistake in the respiratory waves part as increase negative intrathoracic pressure further increases venous return and thus cardiac output and bp. Thankyou again for this beautiful video.
When the chemoreceptors are activated, how they cause the stimulation of vasomotor and cardioacceleratory area and inhibition of cardioinhibitory area to increase b.p ,,, as the glossophayreangeal and vagus often do opposite of that...
By changes in the frequency of impulse transmission. e.g. decrease in vagus activity increases BP. Please rewatch the video. I have mentioned every detail that you need to understand. Yes, it's difficult to grasp in the first attempt but it's normal.
@@NonstopNeuron My question is that baroreceptor Stimulation through vagus and glossophyreangeal nerve cause inhibition of sympathetic Stimulation (from vasomotor and cardioacceleratory area) and cause increase in b.p. But chemoreceptors Stimulation through the same glossophyreangeal nerve and vagus cause sympathetic Stimulation (Stimulation of vasomotor and cardioacceleratory area). How it is possible that the same sensory nerves carrying information to vasomotor and cardioacceleratory area cause sympathetic Stimulation in case of chemoreceptors firing and inhibition in case of baroreceptors firing ?
This video is pure gem, concepts at its peak,
Actually I started watching when I was lying on the bed , normally when I watch other study videos I used to sleep after 5 min, but this time It was different,I felt like like watching cartoon,and understood very difficult concepts very easily,
And I got bonus sympathetic activation in the middle of the video, 😱
Thank you for the near-death experience at 29:56!
The best video on the topic. Unbeatable.
Wow, I am bringing popcorn 🎉
Best 44 minutes spent ❤❤
Protect this channel at all cost 😳.
This is one month work of physiology in one video😮
Watching from Nigeria, I love your videos❤
🎉 my dream is to finish all cardiology videos more channels
Hands down to the best explanation on this topic so far!! Never stop making these videos! Please!
This is a piece of art.
Dis video is wonderful. The best ever. It makes studying Guyton sweet.
I feel so fear at 29:57 bcz I was watching this lecture in dark 😭😔😔
Thank you very much. Amazing work.
Thanks alot for helping medical student keep going
This Is damn cool.. I just loved it.. and ofc the live practical at 29:56 is creative 😢..lol😅
Wonderful explaination 👍
Masha Allah
Sir please try to make videos a bit shorter like you did previously. Thanks 👍
Yes. I aim for as short video as possible. I create longer video only if I think that all the covered information in the video is best learnt together. So whenever you see a longer video, understand that I want you to learn everything together.
@@NonstopNeuron ❤️
Hi. The video is awesome and very informative. Clears all your concepts nicely. However, there's a slight mistake in the respiratory waves part as increase negative intrathoracic pressure further increases venous return and thus cardiac output and bp. Thankyou again for this beautiful video.
really really good work.😁
i likee these videosss
When the chemoreceptors are activated, how they cause the stimulation of vasomotor and cardioacceleratory area and inhibition of cardioinhibitory area to increase b.p ,,, as the glossophayreangeal and vagus often do opposite of that...
By changes in the frequency of impulse transmission. e.g. decrease in vagus activity increases BP. Please rewatch the video. I have mentioned every detail that you need to understand. Yes, it's difficult to grasp in the first attempt but it's normal.
@@NonstopNeuron My question is that baroreceptor Stimulation through vagus and glossophyreangeal nerve cause inhibition of sympathetic Stimulation (from vasomotor and cardioacceleratory area) and cause increase in b.p.
But chemoreceptors Stimulation through the same glossophyreangeal nerve and vagus cause sympathetic Stimulation (Stimulation of vasomotor and cardioacceleratory area).
How it is possible that the same sensory nerves carrying information to vasomotor and cardioacceleratory area cause sympathetic Stimulation in case of chemoreceptors firing and inhibition in case of baroreceptors firing ?
please edit the video with the other voice. for non-native people it is much more difficult to understand in the original voice
29:55
Jumpscare.
For viewers
Atleast change title
There r many students watching at ni8 solely and u probably gonna faint them..
34:20
Jumpscare was very unnecessary btw
disliked for the jumpscare. I have heart problems, please be sensitive
THIS IS A LITERAL MASTERPIECE ❤
Thank you so much! 🥹🫶🏻
Bro seems possessed 😢
Eh? Jumpscare?🤺
29:56 scared the shitt out of me