Basic Breathing Mechanics

[@joyedet1363]

Was just reading this topic. I was about to cram the whole textbook but I just flew into TH-cam for a different way to read the topic, your video really helped!
*subscribes*

[@rr-zf6zm]

thank you Dr Mike. you make your explanations so easy to understand..

[@tillydina7700]

Thank you Mike. It was very good explanation.

[@zKaizen8]

Thanks again mate! Clear and concise!

[@sahibzadamohsinsaleem4410]

That was upto the marks!!!!
Amazing explanation. Thankyou Dr.Mike

[@shabokhan23]

Really good explanation!! Thank you 🙏🏼

[@ciitaabudu7918]

Very good explanation
Thank you so much bro for massive work

[@evelynchungwe5740]

Wow this was very helpful ♥️♥️♥️♥️♥️♥️♥️♥️♥️♥️

[@KingTiger10588]

More respiratory!! Soo good

[@unique_DNA]

Thanks for video sir.
Iove ur teaching style 🤘🏻🙏🏻

[@shimaalshamree164]

Omg be my professor 😀

[@zebamuskan4860]

Thank you Sir the video really helped me with my exam, love the way you teach

[@birungiportia4881]

Thx so much this was absolutely what I needed

[@abdullahirazak8771]

Best teacher

[@nishalamichhane3934]

amazing ...

[@Spitsinbums]

awesome! thanks so much. Very clear and easy examples

[@japt2357]

🙏🏼 thank you!

[@user-sy1cw5vv2k]

That was the best description thanks d.r

[@johnchirwa1428]

I really appreciate your lecture

[@deekircher21]

Thanks Dr Mike

[@chavviattri7204]

It's amazing

[@faithnasambu1439]

Thanks 🎉

[@mohamedshukri486]

Global proff I am proud today you make shine Infront my student

[@2safaa]

Thank u🖤🖤🖤

[@darialyong4235]

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.

[@aliak6028]

Good job ❤️thank you🥰

[@jyotipriyasmagicalworld2492]

Wonderful explanation 🙏🙏🙏

[@FORTUNATEBEMAH-fo7um]

😊 helpful ❤️❤️

[@wiwiemate9347]

Such simple and easy to understand 🥰🥰🥰

[@seraknepp1679]

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 :)

[@lor3999]

Thank you. Not a student. Just like to know how I work.

[@annieyang8460]

I just love your videos!! Super helpful for me in my anatomy and physiology class! :)

[@Pawan_Yadav999]

Thank Dr Mike for this but I became fan of ur BICEPS ❤

[@essenceaquarius9958]

Great explanation.

[@vibhushitsingh5325]

Can you please tell us about pleura?

[@alv_al6166]

Mike muscles 🔥

[@user-tf5mn8rg8k]

You are the best

[@wewiveslifechats5157]

Excellent

[@emanlabeeb986]

Thanks a lot

[@imryuu]

U saved me thank yoouu

[@user-zc4qd2np7r]

❤️‍🔥❤️‍🔥

[@panhorseracing5893]

Genral question,when we twisting upper part during exercise should we exhale or inhale

[@hyeltegaross-adetunji3032]

Now I can write my biology exam!

[@JordanPringle]

So question.. when we talk. Should we really not push past REL(Resting expiratory level) ?

[@margaretavornyo2434]

❤❤❤❤❤❤

[@user-hx3gx8cn8c]

Well explanatory like ABCSs🥰🥰❤️
What about axilla tutorial 🥲

[@smiley-02168]

❤❤❤

[@mummasboyanshuman]

Best

[@DrMattDrMike]

Cheers!