I am a middle aged primary care doc who does hospital work and hasn't messed with a vent in 7 years and even then only with pulmonary backup. I'm thinking I need to brush up in the current environment, and holy moly I wish this kind of video material was available to me when I learned it the first time. Thanks for the content.
Again, this whole series is great for the paramedic looking to critical care transport. If one does not get it the first time, watch it again. All this shows up in the flight and ground transport setting with our patients on the ventilator. Thank you, again!
I'm Renal Haemodialysis Nurse and often dialysed an acute haemodialysis patient in ICU and your explanations slowly help me to understand how ventilation works. Every time I sit in ICU doing dialysis, I'm always curious to look the ICU ventilation monitor specially those renal patients on APO.
Thank you so much Medcram. I went through a whole term without ever fully understanding what my busy and seemingly hurrying lecturer was saying, but you’ve brought everything to life with your simplified terms. Thank you 😊🏃🏻♀️. I am ready to run with brighter knowledge 📒
See the whole series at www.medcram.com along with other top quality videos including reviews in pulmonary, cardiology, infectious disease, and hematology!
Im currently a biomed engineer for ventilators, used in neonathal care. Really had a hard time understanding, different modes. This is so easy to understand, thanks.
this is fantastic! i have recently started in ICU (4 shifts into it ;-() and the sister always asks questions, which makes me feel a bit stupid... so now at least i have a basic understanding of certain values!!! Thank you very much!! xx
I should really thank you for your great effort to make us understand it in a very simplified but highly organised and outstanding way... U really made it... Thank you
I love how you explain ventilation. I'm in my first year of Respiratory classes. Your are helping me. Thank you! Our next lecture in class will be on wave forms and modes. We just finished with classifications of mechanical ventilation. I will definitely continue to listen to your lectures! Thank you
You are absolutely right, this IS mechanical ventilation explained clearly. I am in school for Respiratory Therapy and currently on mechanical ventilation. This helps out a great deal...Thank You!!!!
Love these lectures. Helps me to understand the vents better and assist the RT with management. I am an RN, but unless I'm in the ICU (and even when I am, sometimes!), the RT's DO NOT like for me to assist them with the vent management. Now, I can at least clue myself in to what's happening more with my patient. Thanks!!!
Thank you! Brilliant explanation, I'm able to understand clearly now how ventilation helps my 6 month old baby fights off pneumonia, thanks for the knowledge sharing.
Subscribed, activated the bell and liked the video. Lecture topic - please do videos covering anesthesia/ICU/lung and haemodynamic topics of what you havent covered in your videos yet. Thank you.
Great videos, information and presentation. I have watched them all-several times! Just an FYI, on some of your mechanical ventilation videos, you use mmHg when referring to ventilator pressures. It is usually measure and displayed in cmH20.
Very nice lecture, just one comment; When graphing out your exhalation and pressure returns to set PEEP, corresponding volume will not return to zero. With PEEP set there will be a volume that remains in the pulmonary system
Now If I could instantly remember all these Vent lectures if and when I was on the Covid -19 floor with all these vents going....I could jump in and lend a hand tommorrow ! LOL... But thank you so much for all the visual clarity and at least I have the feeling that in an extreme situation, where I had no experienced back ups, -I would have a fighting chance of succeeding. Thank you again.
Watch the 5 part series every morning before you head out. Watch them all again before bedtime for good measure and you never know when emergency strikes!
Ninja Panda in CHF there is fluid in the lungs. PEEP is the amount of pressure left in the lungs after you take a breath. In a CHF patient you would want to push the fluid back into the body. So increasing the PEEP (the pressure) would help in keeping that fluid in the body not the lungs and also keep the lungs open for oxygen change.
Great video!!! I have one doubt though: it's still not completely clear to me why high peep benefits patients with congestive heart failure. Anyone mind explaining?
Rajin Aziz Maahi I finally figured it out: Airway Pressure = Resistance of airways + Pressure in the alveoli The peak pressure is a measure of both of those things (resistance plus alveolar pressure). But when you hold your breath, you take away the resistance pressure and you’re left with just the alveolar pressure. This is why there’s a drop - you’re no longer adding in all that pressure to bring the air in, it’s already there. So, the difference between peak pressure and plateau pressure would be your airway resistance. And the plateau pressure would help you measure how compliant the alveoli are.
![Mechanical Ventilation - Auto PEEP, Breath Stacking, Air Trapping [Explained Clearly]](http://i.ytimg.com/vi/gcGvPiGd7nc/mqdefault.jpg)
I am a middle aged primary care doc who does hospital work and hasn't messed with a vent in 7 years and even then only with pulmonary backup. I'm thinking I need to brush up in the current environment, and holy moly I wish this kind of video material was available to me when I learned it the first time. Thanks for the content.
It takes great knowledge to explain complicated thigs so simple and understanding. Great work.
Again, this whole series is great for the paramedic looking to critical care transport. If one does not get it the first time, watch it again. All this shows up in the flight and ground transport setting with our patients on the ventilator. Thank you, again!
We have teachers who know a lot but are unable to explain clearly. Wish they could be as simple and direct as you are!
I’m a Respiratory Therapy student and benefited from you lectures greatly Dr. Seheult! Thank you so much!
You're welcome!
11:30 The visual skill of explaining is most adorable. Thanks for sharing so much knowledge!
I’m an RT student starting Mechanical Ventilation this semester. And I have to say that your videos are gems. Thank you
I'm Renal Haemodialysis Nurse and often dialysed an acute haemodialysis patient in ICU and your explanations slowly help me to understand how ventilation works. Every time I sit in ICU doing dialysis, I'm always curious to look the ICU ventilation monitor specially those renal patients on APO.
Thank you ! I’ve learned more from your videos than I have from 2 ICU textbooks
I just want to tell you how much I appreciate you. Seriously, you are an excellent educator!
Thank you so much Medcram. I went through a whole term without ever fully understanding what my busy and seemingly hurrying lecturer was saying, but you’ve brought everything to life with your simplified terms. Thank you 😊🏃🏻♀️. I am ready to run with brighter knowledge 📒
wow first time ventilators actually makes sense! thank you for the clear explanations
See the whole series at www.medcram.com along with other top quality videos including reviews in pulmonary, cardiology, infectious disease, and hematology!
AMAZING SIMPLICITY AND SO WELL DONE. A GIFTED EDUCATOR.
I am a biomedical engineer, but your videos are making become an engineer AND a RT!
Excellent video. Thanks for time and effort put into these.
Im currently a biomed engineer for ventilators, used in neonathal care. Really had a hard time understanding, different modes. This is so easy to understand, thanks.
Amazing, greetings from Brazil and University of Rio de Janeiro!
this is fantastic! i have recently started in ICU (4 shifts into it ;-() and the sister always asks questions, which makes me feel a bit stupid... so now at least i have a basic understanding of certain values!!! Thank you very much!! xx
I should really thank you for your great effort to make us understand it in a very simplified but highly organised and outstanding way... U really made it... Thank you
I love how you explain ventilation. I'm in my first year of Respiratory classes. Your are helping me. Thank you! Our next lecture in class will be on wave forms and modes. We just finished with classifications of mechanical ventilation. I will definitely continue to listen to your lectures! Thank you
+vldotson44 Thanks for the comment
You are absolutely right, this IS mechanical ventilation explained clearly. I am in school for Respiratory Therapy and currently on mechanical ventilation. This helps out a great deal...Thank You!!!!
Tracye Walker Good to hear- thank you
What a wonderful and clear presentation!
Second year peds resident that is aiming to go into Peds Critical care. This is great to see during my PICU rotation. :)
+metalmilitia89 Good to hear- best wishes with the rotation
Thank a lot for helping understand ventilation. New to ICU and this is helpful.
YOUR LOGIC EXPALANTIONS ARE AMAZING ,IMPRESSIVE THANKS
I really like these videos. My kind of learning style with diagrams and explanations. Thank you.
Great explanation helps with my critical care course on ventilator ops and management
Love these lectures. Helps me to understand the vents better and assist the RT with management. I am an RN, but unless I'm in the ICU (and even when I am, sometimes!), the RT's DO NOT like for me to assist them with the vent management. Now, I can at least clue myself in to what's happening more with my patient. Thanks!!!
THANK YOU FOR YOUR EXCELLENT LECTURE . INFACT THIS IS THE BEST LECTURE ON VENTILATION I HAVE EVER HEARD IN JUST SO SIMPLE WAY. THANK YOU AGAIN
amazingly simple and clear
Thank you! Brilliant explanation, I'm able to understand clearly now how ventilation helps my 6 month old baby fights off pneumonia, thanks for the knowledge sharing.
I can't thank you enough, you explained a lot of "peeping" nights in our ICU :D now I know why that machine has been peeping all the time
Incredibly helpful, thank you!
This is amazing teaching and I’m understanding it thank you so much for the charts
After watching your lecture, I am grateful to you
I m from India.. Thank u sooo much sir for this lecture.. I m getting lots of knowledge..
tank you very much for such educative teaching on ventitator
I have been an engineer for 35 years, this stuff is much more interesting than engineering.
Salute,Thanks & congratulations for art of teaching and dedication.
Great explanation , Thanks
Thank you so much for explaining about vents in a simple way.
Thanks for helping me understand how vents can decrease venous return and Cardiac output!
Absolutely, thank you for the feedback
Very well described about various aspects of mechanical ventilation sir
Thank you
Great lecture as usual
Nicely explained. A good resource video for nurses starting in ICU
Talented lecturer
Your lectures are super helpful. Thank you
Subscribed, activated the bell and liked the video.
Lecture topic - please do videos covering anesthesia/ICU/lung and haemodynamic topics of what you havent covered in your videos yet. Thank you.
Great teaching.. Thank you
Thank you, really like these videos. My kind of learning style with diagrams and explanations.
Excellent videos! Thanks!
Thanks.... Thats some serious effort. Respect that
Great videos, information and presentation. I have watched them all-several times! Just an FYI, on some of your mechanical ventilation videos, you use mmHg when referring to ventilator pressures. It is usually measure and displayed in cmH20.
+1fineRT You are correct- Thank you for catching this. We'll add annotations to the videos.
Great lectures!
God! You’re such a good in explanation. Great thanks for you from Russian future anesthesiologist 👏🏼🙏🏼
Great video!
Thank you for watching.
I ended up getting an A on my test! Thank you
Great demonstration again. Thanks.
Thank you so so much. Plz continue to make more videos. They are so helpful.
Glad to hear! Thanks!
excellent lecture! but i didnot understand how increase in peep improves lung aeration in congestive heart failure--thanks
Very nice lecture, just one comment; When graphing out your exhalation and pressure returns to set PEEP, corresponding volume will not return to zero. With PEEP set there will be a volume that remains in the pulmonary system
You are amazing, thank you.
i just love the way you explain
cristian iordan Thanks for the feedback
Great lecture ! Very helpful ! Thank you!
🇧🇷 Extremely didactic. Congratulations !!
Excellent tutorial
Thank u very much!!!!.Great explanation!!!
Many thanks
Wonderful!! Thank you so much
amazing lecture
Now If I could instantly remember all these Vent lectures if and when I was on the Covid -19 floor with all these vents going....I could jump in and lend a hand tommorrow ! LOL... But thank you so much for all the visual clarity and at least I have the feeling that in an extreme situation, where I had no experienced back ups, -I would have a fighting chance of succeeding. Thank you again.
Watch the 5 part series every morning before you head out. Watch them all again before bedtime for good measure and you never know when emergency strikes!
Very helpful ..thanks
Made easy !! Thanks a lot 🙌🏻
Amazing lecture . great job sir.👍👍👍👍👍
Thank you ver much🙏
this is very clearly explained thank you
great series, thank you...
Very informative and very well explained. Your videos helps me in my practice. Thank You
Thank you
Great lectures, thanks!
THANK YOU Sir...Basics have been taken care very well & the explanation is just super!!
thanks a lot sir very well explained
Very helpful
This is incredible! Thank u sir!
Simple and well illustrated.
Milind Bapat Thanks for the feedback
Can someone elaborate on the point that increasing the PEEP helped in some cases of CHF? I don't really understand his explanation
Ninja Panda in CHF there is fluid in the lungs. PEEP is the amount of pressure left in the lungs after you take a breath. In a CHF patient you would want to push the fluid back into the body. So increasing the PEEP (the pressure) would help in keeping that fluid in the body not the lungs and also keep the lungs open for oxygen change.
wishing you blessings peace and joys, for you have helped me very much, by explaining it wonderfully..keep it up.
very much helpfull
Great!
you are great! thank you
Great video!!!
I have one doubt though: it's still not completely clear to me why high peep benefits patients with congestive heart failure. Anyone mind explaining?
Thank you so much for this!! It was a great explanation of the Peak and Plateau pressures. Would a PE be a cause in increased plateau pressures?
Love your lectures sir. Can you do something on more special modalities like the VDR, INO or HFOV for a young RT like myself?
jsolis19 Thanks- we will try to do more RT and pulmonary lectures.
Thank you!
very good!
Thank you so much for the simplicity in this. Needed this
Excellent videos
Outstanding video 😎
Thanks
Thank you!
I still dont understand why there is a drop in pressure after the peak pressure (and prior to the plateu pressure) during the breath hold...
Rajin Aziz Maahi I finally figured it out:
Airway Pressure = Resistance of airways + Pressure in the alveoli
The peak pressure is a measure of both of those things (resistance plus alveolar pressure). But when you hold your breath, you take away the resistance pressure and you’re left with just the alveolar pressure. This is why there’s a drop - you’re no longer adding in all that pressure to bring the air in, it’s already there.
So, the difference between peak pressure and plateau pressure would be your airway resistance. And the plateau pressure would help you measure how compliant the alveoli are.
Rajin Aziz Maahi This website helps: derangedphysiology.com/files/Alveolar%20pressure%20and%20the%20inspiratory%20hold%20manoeuvre.pdf
its very very use for me thanks a lot