Everything you need to know about the ventilation perfusion ratio

[@dr.zeeshanhameed1868]

What an easy way to explain V/Q dynamics!!!

[@Mee_Pakkinti_Doctor_Pilla]

Simple and very clear about thd topic.very help to just imgaine how it actually works on lungs through animation. Very useful for the students who can actually remember well through videos. Thank you ❤️

[@thakurpushpeshraj5418]

thanks....this is the unique way of teaching and this video explains everything in a short time with basic knowledge about ventilation perfusion ratio.

[@Ahmad-ps9zh]

Logical, Lucid, & Greatly explained!

[@crazylordjam]

amazing animation but Very basic, helpful to grasp an idea but not the general picture. Suggest the same effort put into a longer and better explained version of this topic!

[@drpardeepkapoor2562]

unique way of teaching

[@shkarfayaq9341]

Thanks for clarifying

[@daphrdz7905]

god bless u

[@jazminpereda6135]

Excellent video !

[@imgood2023]

Thank-you!

[@itsazba]

Thank you😊

[@sivakoyya9218]

Thanks !

[@11ayesharinad27]

Well explained sir! 👍

[@divyawijenarayana2751]

Thank you for simply explaining the most confusing theories!!!

[@mariebethaquino205]

How about a video on H1N1/H3N2 vs COVID19?

[@daniella6194]

thanks

[@merysia]

love it!

[@user-df1co7zb5k]

When you say PAO2 you mean the partial pressure of oxygen in the alveoli. in min 1:30 you said that PAO2 when there is no ventilation (poor ventilation) the PAO2 is 40 and PACO2 is 45 mmHg and actually that is not correct the PaO2 is almost = 40mmHg and the PaCO2 is almost = 45mmHg /// PaO2 mean partial pressure of oxygen in artery, not alveoli a big difference!!

[@ABOUT_SUNSHINE]

Thanks!