Was just reading this topic. I was about to cram the whole textbook but I just flew into UA-cam for a different way to read the topic, your video really helped! *subscribes*
Well-explained. Although, it appears that when the diaphragm expands downward during inhalation, the external intercostals would "expand" and not "contract" as Mike says.
Thank you for this video! But I have also one question, how to determine is it forced or quite inspiration, when we know for example that the intrapleural pressure is - 7,5 cmHg and in the other case is - 25 cmHg.
Love your videos! Trying to find a video on ..how the body makes blood clots and breaks clots down; blood clotting and lungs catching emboli and their own blood supply” lungs have their own oxygen supply and catch emboli before emboli go somewhere else. They become harmful; how the capillary beds catch emboli; how lungs have the ability to bust clots.” Do you have a video on this:) if you read the comment and you do maybe post a link my teacher briefed it and was confusing .. but anyways… If not DR.Mike make us a video on blood clots ..haha :P Thanks for getting me through both my A&P classes :)
Thank you Mike. It was very good explanation.
Was just reading this topic. I was about to cram the whole textbook but I just flew into UA-cam for a different way to read the topic, your video really helped!
*subscribes*
thank you Dr Mike. you make your explanations so easy to understand..
That was upto the marks!!!!
Amazing explanation. Thankyou Dr.Mike
This was sooo good!! Thank you, Dr Mike!
Thanks again mate! Clear and concise!
Wow this was very helpful ♥️♥️♥️♥️♥️♥️♥️♥️♥️♥️
Great explanation. I haven’t been doing well at all in school recently but I feel like this video helped a lil
Thank you Sir the video really helped me with my exam, love the way you teach
Omg be my professor 😀
Very good explanation
Thank you so much bro for massive work
Really good explanation!! Thank you 🙏🏼
Global proff I am proud today you make shine Infront my student
Thanks for video sir.
Iove ur teaching style 🤘🏻🙏🏻
Best teacher
Thank you so much . The explanation is really good.
More respiratory!! Soo good
I really appreciate your lecture
Thx so much this was absolutely what I needed
Such simple and easy to understand 🥰🥰🥰
Can you please tell us about pleura?
Genral question,when we twisting upper part during exercise should we exhale or inhale
Well-explained. Although, it appears that when the diaphragm expands downward during inhalation, the external intercostals would "expand" and not "contract" as Mike says.
That was the best description thanks d.r
Lovely explaination❤
Good job ❤️thank you🥰
Wonderful explanation 🙏🙏🙏
Thank you for this video! But I have also one question, how to determine is it forced or quite inspiration, when we know for example that the intrapleural pressure is - 7,5 cmHg and in the other case is - 25 cmHg.
During exercise or running inspiration and expiration both are forced
awesome! thanks so much. Very clear and easy examples
amazing ...
It's amazing
So question.. when we talk. Should we really not push past REL(Resting expiratory level) ?
Thanks 🎉
😊 helpful ❤️❤️
Great explanation.
🙏🏼 thank you!
Thanks Dr Mike
Thank you. Not a student. Just like to know how I work.
Love your videos! Trying to find a video on ..how the body makes blood clots and breaks clots down; blood clotting and lungs catching emboli and their own blood supply” lungs have their own oxygen supply and catch emboli before emboli go somewhere else. They become harmful; how the capillary beds catch emboli; how lungs have the ability to bust clots.” Do you have a video on this:) if you read the comment and you do maybe post a link
my teacher briefed it and was confusing ..
but anyways… If not DR.Mike make us a video on blood clots ..haha :P
Thanks for getting me through both my A&P classes :)
You are the best
Thank Dr Mike for this but I became fan of ur BICEPS ❤
I just love your videos!! Super helpful for me in my anatomy and physiology class! :)
Thank u🖤🖤🖤
Now I can write my biology exam!
Excellent
Mike muscles 🔥
U saved me thank yoouu
Thanks a lot
Well explanatory like ABCSs🥰🥰❤️
What about axilla tutorial 🥲
❤️🔥❤️🔥
❤❤❤❤❤❤
❤❤❤
Best
Cheers!