Respiratory System Physiology - Ventilation and Perfusion (V:Q Ratio) Physiology

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[armandohasudungan]

🎥 DON'T JUST WATCH, LEARN ACTIVELY! TRY THE QUIZ! 🤓

[irinaserpi]

I don t have words to express my gratitude for your work. With your help I will finish medschool and become a doctor, nobody helped me more than you!!

[fadeskywards]

You are a gift from the Lord, for real. These videos are super clear.

[Nina_]

again, this was a masterpiece ! you explained something that would take hours of lectures in 15 minutes with simplified & super clear notions ! you are truly the best god bless you =)

[rustbeltvan-life]

It's like- for every topic in a chapter you have a video. You're making my online summer crash course so much easier. You're awesome!

[ErikVariable]

This guy is a genius. Understanding complex subjects made easy, thank you.

[pansilrakimu]

EXCELLENT, I DON'T HAVE WORDS TO EXPRESS MY GRATITUDE SO WONDERFUL. THE BEST.

[MissRateil]

My professor spent more than 4 hours explaining it and it was @#$%%^^. You nailed it in just 15 minutes!
I can't thank you enough.

[dalersultanov]

I don't know what to say.... just AMAZING!!!!

[leilamatindoost]

This one was absolutely amazing. I got to understand the reason for v/q changes from apex to base for the first time. Thanks heaps!

[waikikamukaoful]

This is the best video on YouTube to understand V/Q ratio and V/Q mismatch!

[RozaTM]

I dońt understand - why there is more ventilation in smaller alveoli? I get it that can expand, but big alveoli in the apex are already "expanded" so what's the difference? 4:33

[reginaldaafiaboakyesarpong]

Wow, you've made it so simple for me, previously, I thought I would never understand v/q ratio

[derek]

Have watched many of your videos. You remind me of one of my favorite professors. You have a wonderful mind. Your audience/subscribers love your contribution to man and his science.

[ana-mariatoth]

I just wanna say this was beyond amazing. You really remind me of one of my fav professors back in Medschool. This was a sweet recap. Greetings from Romania!

[ibzan]

Excellent explanation, like baby steps

[djl]

You are the godfather of the medical content

[OscarEggen]

Armando, in case of pulmonary embolism there is no more perfusion in a certain segment of the lung. As a result of that, there is an area of high V/Q. That is what you said. But now the blood is go everywhere else so perfusion increases in other areas. So everywhere else you get an area of low V/Q and therefore low oxygen in the blood.

[kannankamal]

It's so good doc, for me little bit slow lecture gives me more clarity, anyway thankful doc

[xxloooovexxful]

Hello! I just would like to thank you because this video helped me so much in my Physiology exam just today. Again, thank you so much!