I wished this guy could start his TMC review 3 days class like Kettering does

Would love to see some examples of tricky patients, and how to troubleshoot what's going on by looking at an alarming vent.
Excellent videos and explanations! Keep 'em coming!

Excellent presentation. Really enjoy the content and how you put concepts into a readily understandable format. I will indeed watch more of these presentations. Quite possibly the best I've come across. Working as a flight nurse, we utilize ventilators very frequently and as nurses we do not have the background of the RT. But your videos really bring things into very clear light indeed. Thanks again.

I am a second year student in New Jersey. I really appreciate this video, it is enlightening. Thanks Mr joe 👍👍

RT here from LA, CA! Thank you so much for all your videos. I've watched them all while in school and still watching them now with a license! There is always questions to ask! haha

You are a legend, Joe!

THANK YOU FOR YOUR PRESENTATION ON THE DIFFERENCE BETWEEN RISE TIME AND I TIME

Great explanation

You are an awesome instructor

Well done!  Explained so well!

Hmm the only part I can't see is why the I time would increase when you switch from VC to PC. Side note: I'm an RN in ICU and every time I train nurses new to the unit (new to vents) I send them a link to your videos! Thank you for all your help!

These lectures are excellent and really helped me understand this tough topic which I was afraid of earlier

Great explanation! You made it easier. Keep it up

Amazing

Wow your videos are super insightful and easy to follow !!! Question with COPD patients, you mentioned they do not have pressure problems or oxygenation problems. Aren't COPD patients have high PIPs due to obstruction (increased Raw).Also they are hypoxemic due to alveolar and capillary destruction?

This was an exceptional video. Thank you!

Very useful and easy to understand. Thanks.

please make a video about ventilation and weaning in copd patients...

Hi, the MAP is the area under the curve, so the area over the peep in expiration is not included in calculating the MAP. thanks for all the efforts

Can you please make video on dysynchrony thanks