3 days since i struggle to learn about ventilation. Don’t even know how many videos i watched before. Finally i can live in peace now that i found this one. The most simple and easily understandable lecture. Hands down to the best teacher on internet.
It always amazes me how you can explain complex topics in such a clear and nonchalant (in a good way!) manner. It makes me feel like I CAN understand and CAN learn! Thank you, sir!
Thank you!! I'm a fourth year nursing student about to start my final preceptorship in the CVICU and this really helped me to understand mechanical ventilation! The pace and humor were perfect to keep me focused!
I’m a fourth year med student and just came across this video. Wow! I was struggling to understand this for so lung but you explained this magnificently! Also you’re hilarious 😂
If u do not understand this, there's no hope for u understanding anything else........This part keeps cracking me up. Thank you so much for this lecture, it's very cool and understandable!
Thank you for being such a great teacher.I will always remember you with the deepest respect and affection for your efforts in making each lesson enjoyable and educational.Your teaching makes life in Med School a hell lot easy....I can't thank you enough.
Thank you for this video. Great explanation. This means that you understand the matter perfectly compared to many others who confuse me because they do not even understand the essence of the matter enough .
It's a brilliant video where such a challenging topic has been brought to its knees. Love the way you teach! Sharing it with all my fellow residents. Super like👍
thank you so much for this. one question: you said a CMV does not allow spontaneous breathing (i.e the machine does the work of breathing), but when explaining AC/CMV, you said that patient does work of breathing? also another thing is that when triggering a breath at AC mode, how is the patient able to drop the PEEP into a negative pressure, even though we set it to 5? shouldnt the breath be triggered from the PEEP we set? dropping it to negative for inhalation is causing the alveoli to collapse, which we dont want. can u please explain this?
Amazing to the point explanation! You rock! The only thing (for me!) is that you talk very, very fast 🙂. I had to stop now and then to take a breath ;-) and 'rewind'. But this stuff is exactly what I needed for my upcoming nursing exam about raspatory thingies. Thank you 🙏🏻
Your comical approach to teaching is how I just realized, love to learn! I've been caught laughing more than many times throughout your presentation. I love it! Subscribed!
I don't think this type of teaching anyone can do ...thank you so much sir ....good job ...u made the boring topics so easy ...ur teaching style is really great ....I am from India ....thank you so much ...
Thank you very much for the video friend. 20:38 Did you mean that when airway resistance is increasing , the peak pressure is also INCREASING ? (not lower ?)
😍🖼Animated Mnemonics (Picmonic): www.picmonic.com/viphookup/medicosis 📗 Get my notes in pdf files at www.medicosisperfectionalis.com/ If you like my videos, please consider leaving a tip at www.paypal.me/perfectionalis/
Hello mate, i have a question in regards to one of your points made, that perhaps was mistakenly made. You said that c-pap is non invasive and then you classified B-PAP with ventilation. You said that B-PAP (OR BI-PAP) is invasive. Was that just a mistake? I'm guessing so, bc I'm sure you know, both c-pap and B-PAP are noninvasive. While yes, Ventilation is invasive.
Thank you for this lecture! You're a lifesaver. I'm just confused about one thing though. You mentioned that AC and CMV are examples of continuous ventilation and that the machine does the work to breathe. However, at 9:54, you stated that in AC and CMV, the patient does the work.
The machine does do the work with AC ventilation. However, you can set a back up rate so if the patient ends up not achieving the rate set in the machine, it will trigger the breath. Watch out for tachypnea which you can see in a COPD patient because it can lead to air trapping
Thank you so much for sharing this video!! I felt like i was in a lecture class and actually learned something. Very great explanation!!! Making it comical helps as well!
Thank you for this video because it's clarified a couple of things for me but you mentioned that AC or CMV is mandatory mechanical ventilation but also mentioned at 9:54 that the patient does the work of breathing. I've read from a couple other sources that the patient CAN attempt to initiate spontaneous breathing but in CMV/AC, this is overtaken by the machine so that the patient isn't actually doing the work of breathing but they can initiate if they are capable. The machine takes over to complete the breathing cycle.
Because of your video and explanation i could understand difference between pressure control and pressure support ventilation. You are doing a great job. Thank you so much. Tots of friendly kisses for all videos you preparing.
what a learning , i can not explain may be properly but only say its as simple as can, thank you very much for this video and thanks your dedicated time to make this very very useful video for us. u rd great mind and great person too.
Thank you for this incredible teaching ✅ now I understand this annoying topic very well 👍🏻BTW your channel it’s the most informative medical channel ever, keep going 💫
30:40... i dont think we increase PEEP to decrease venous return in a failing heart, in fact, cardiac circulation is compromised as diastole is compromised if we increase PEEP. but the interstitial fluid accumulation will be prevented from back pressure changes. great lecture!
Thank you so much for this video. Very helpful! Our program director is a pulmonologist and I just can’t get any points from his one hour lecture. Btw, you are funny at teaching which helps me memorize key points!
Thank you so much 😊 I really appreciate it! There are many good doctors out there who are simply not very good at teaching, unfortunately! I appreciate you!
Thanks for your video! I have a question regarding (15:30) the P and V diagrams. If P and V are inversely proportional, why does pressure increase when volume increases?
There it’s mechanical ventilation going on ie with POSITIVE pressure, air is being ejected into the lungs (POSITIVE volume). Therefore, during inspiration there’s positive pressure
excellent explanation,i have very rarely seen such explanation of ventilator ,which has been broken to such baby feed level that is suitable for all health professionals
Pardon if these are stupid questions, I'm new to this, but is it true that PEEP doesn't actually reinflate any collapsed alveoli, just maintains those which are already recruited? Does pulmonary edema affect only portions of the lung where there's cell damage? Because otherwise, even if you could keep the alveoli open, if there was fluid in the interstitial area would this still prevent any oxygen transfer? Or is a little bit of oxygen transfer possible depending on how much fluid there was? Or would PEEP only be helpful in parts of the lung unaffected by capillary leakage? I assumed capillary leakage would just happen everywhere but I guess it would only do so in localized areas or else you'd be puffy all over. When I've see lung X-rays it is only portions that show 'ground glass' etc and some parts look unaffected but I can barely read those things. I suppose gravity too might pull any fluid toward the bottom? Either way, is any oxygen transfer at all possible when fluid is disrupting the space b/w capillary & alveolus? Your videos are my favorite, thank you so much. You're fantastic.
So the difference between PC and PEEP modes is that in PC the MV delivers pressure in a pre- set rate during inspiration and then pressure drops during expiration and there is no PEEP. While in PEEP mode the MV delivers pressure continuously during the respiratory cycle?? Please clarify and thanks in advance.
I got confused on minute 9:45. Why is that CONTINUOUS mechanical ventilation the patient is doing the work of breathing? if continuous, we discussed before, is for paralyzed and comatosed patients where we won't permit spontaneous respirations.
Great video and witty! Especially for the likes of us engineers struggling with designing low cost ventilators! Rather it feels not very different than an engineer talking about the workings of a car engine up for repairs :)
In examples of pulmonary ventilation and alveolar ventilation, in patient B u increased R.R and decreased Tidal volume and in patient C vice versa...does that happens automatically in M.V whn u increase or decrease the R.R... please clarify
Hello again from Ontario Canada. Did I say I absolutely think you are an amazing instructor. My name is Christine Bennett, I am an Osteopath, RMT for 20 years and a former nurse, and still "young baby!" I have also trained in Acupunture from McMaster U. I find your lectures a blast and very clear. You have worked very hard! Congratulations and Thank you. With Covid now, my concern is the folks at home have no real idea of how to help themselves. People are scared and believe in "The Ventilator" and in their head they picture Arnold Schwarzenegger is the doctor running it. Meanwhile probably last resort for those acute cases. Questions: What's happening at end stage? Are they expiring because they shut down prior to immune responses producing necessary antibodies, and then having to stay on until their immune responses kick in and recover.. or ... "Next?" After long time on a ventilator, with this can they breath on their own?? With Covid19 is anyone able to get off the ventilator? Unfortunately, everyone feels their hands are tied. Idea for you: (like you're not busy enough, I get it) with all your incredible knowledge and appeal to the masses, or to health professionals, WOULD you be interested in developing Help Suggestions or a protocol for practitioners or for folks at home or nursing homes to follow to possibly better their odds of surviving. For example: 1. supplements/ diets that may improve immunity. 2. Teach pursed-lip breathing, incentive spirometry, (you know so they don't pant their way into acidosis) (humour) - to get those alveoli TO GET IN SHAPE! Party favours? Blow balloons? Get those grannies and old farts blowing some stuff up! 3. Have parents get their kids and themselves out to play in the dirt to enjoy our lovely microbiomes that provide us with natural immunity. What do you think? I think you could be a man of influence, spread the word, save more lives. Provide some hope for them, by giving people at home something to do (other than Netflix's and chill), to participate in their fight against Covid-19. I think Netflix has them waiting for the Zombies now, and they are creating an arsenal. It's crazy here. Anyways, thanks again. Stay Well friend. Christine
I know pressure, volume and flow varies on patient condition and mode of the ventilator but that being said the pressure is inversely proportional to volume no matter what.
🦠Antibiotics Lectures: www.medicosisperfectionalis.com/
📝 Download Notes: www.medicosisperfectionalis.com/
3 days since i struggle to learn about ventilation. Don’t even know how many videos i watched before. Finally i can live in peace now that i found this one. The most simple and easily understandable lecture. Hands down to the best teacher on internet.
Thank you so much!
It always amazes me how you can explain complex topics in such a clear and nonchalant (in a good way!) manner. It makes me feel like I CAN understand and CAN learn! Thank you, sir!
I am so happy to hear this!
Thank you, Alexandra!
Thank you!! I'm a fourth year nursing student about to start my final preceptorship in the CVICU and this really helped me to understand mechanical ventilation! The pace and humor were perfect to keep me focused!
I’m a fourth year med student and just came across this video. Wow! I was struggling to understand this for so lung but you explained this magnificently! Also you’re hilarious 😂
Haha 😂
Thank you so much 😊
I am honored!
Can you please help me by sharing?
Too early to understand..!
"for so *lung* "..either a very coincidental typo or perfectly timed pun...I'm goin with the pun 😂
If u do not understand this, there's no hope for u understanding anything else........This part keeps cracking me up. Thank you so much for this lecture, it's very cool and understandable!
Glad you enjoyed it!
Thank you for being such a great teacher.I will always remember you with the deepest respect and affection for your efforts in making each lesson enjoyable and educational.Your teaching makes life in Med School a hell lot easy....I can't thank you enough.
Thank you so much, dear :)
Thanks!
My pleasure 😇
Thank you for this video. Great explanation. This means that you understand the matter perfectly compared to many others who confuse me because they do not even understand the essence of the matter enough .
Thank you so much 😊
It's a brilliant video where such a challenging topic has been brought to its knees.
Love the way you teach!
Sharing it with all my fellow residents.
Super like👍
Thank you so much, dear!
This is such a wonderful comment :)
Mechanical ventilation has been brought to its knees 😃
You're the only hope for complex medical topicsssss ❤❤
thank you so much for this. one question: you said a CMV does not allow spontaneous breathing (i.e the machine does the work of breathing), but when explaining AC/CMV, you said that patient does work of breathing? also another thing is that when triggering a breath at AC mode, how is the patient able to drop the PEEP into a negative pressure, even though we set it to 5? shouldnt the breath be triggered from the PEEP we set? dropping it to negative for inhalation is causing the alveoli to collapse, which we dont want. can u please explain this?
Amazing to the point explanation! You rock! The only thing (for me!) is that you talk very, very fast 🙂. I had to stop now and then to take a breath ;-) and 'rewind'. But this stuff is exactly what I needed for my upcoming nursing exam about raspatory thingies. Thank you 🙏🏻
I appreciate you so much!
Thank you for your honest feedback!
Your comical approach to teaching is how I just realized, love to learn! I've been caught laughing more than many times throughout your presentation. I love it! Subscribed!
Awesome 👏
Thank you so much for watching!
Can you please help me by sharing?
Medicosis Perfectionalis of course!
Thank you, dear!
Thanks, I’m new to the NICU and was struggling with vents. This helped a lot!
My pleasure 😇
So simple & easy to understand.
Thank you!
His way of explaining is too soothing to ears, finally iam able to focus
I don't think this type of teaching anyone can do ...thank you so much sir ....good job ...u made the boring topics so easy ...ur teaching style is really great ....I am from India ....thank you so much ...
You're very welcome 😊
Can you please help me by sharing?
Phenomenal video!! I’m about to start my NICU rotation and this is pure gold !
Fantastic!
Thank you 🙏
This guy is hilarious sometimes 😂
Thank you so much 😊
Hilarious 😆 is best way to teach , otherwise will be snoring
Haha 😂
Love the ironic style and yet it’s somehow positive irony ❤️
Thanks a million!
Thank you very much for the video friend.
20:38 Did you mean that when airway resistance is increasing , the peak pressure is also INCREASING ? (not lower ?)
😍🖼Animated Mnemonics (Picmonic): www.picmonic.com/viphookup/medicosis
📗 Get my notes in pdf files at www.medicosisperfectionalis.com/
If you like my videos, please consider leaving a tip at www.paypal.me/perfectionalis/
Hello mate, i have a question in regards to one of your points made, that perhaps was mistakenly made.
You said that c-pap is non invasive and then you classified B-PAP with ventilation. You said that B-PAP (OR BI-PAP) is invasive. Was that just a mistake? I'm guessing so, bc I'm sure you know, both c-pap and B-PAP are noninvasive. While yes, Ventilation is invasive.
Thank you for this lecture! You're a lifesaver. I'm just confused about one thing though. You mentioned that AC and CMV are examples of continuous ventilation and that the machine does the work to breathe. However, at 9:54, you stated that in AC and CMV, the patient does the work.
The machine does do the work with AC ventilation. However, you can set a back up rate so if the patient ends up not achieving the rate set in the machine, it will trigger the breath. Watch out for tachypnea which you can see in a COPD patient because it can lead to air trapping
I noticed same, thanks for your explanation
I have no idea how your channel popped up on my feed, but all I can say is that my head come out of the sphincter and thank you for that!
Haha 😂
You’re very welcome 😊
Thank you so much for watching!
Your voice tone is amazing Wallah, like someone said hilarious "perfect description" .Thanks a lot for what you are doing . It's really helpful.
Thank you 🙏
you are my favorite discovery of the year
Thank you so much 😊
Mine too
You are the best really, you have made it simple, keep going!
Thank you so much, bro!
one of the most helpful medical videos everrrrr
Thank you so much!
Thank you so much for sharing this video!! I felt like i was in a lecture class and actually learned something. Very great explanation!!! Making it comical helps as well!
Thank you so much 😊
Can you please help me by sharing?
.....
You are the best .
I have watched many videos but I still cannot understand clearly.
You gave such simple examples , so I get it easily.
Wow 🤩
Awesome 👏
by far the most comprehensive, topic oriented, interesting video on vent support mechanism.
Thank you so much 😊
I appreciate it!
Your comment made me so happy!
My friend, you did it!! Great video and please keep up the good work and that same attitude. Love it
Thank you so much ☺️
Liked your sense of humour n the explanation too❤
Thank you so much!
Thank you for this video because it's clarified a couple of things for me but you mentioned that AC or CMV is mandatory mechanical ventilation but also mentioned at 9:54 that the patient does the work of breathing. I've read from a couple other sources that the patient CAN attempt to initiate spontaneous breathing but in CMV/AC, this is overtaken by the machine so that the patient isn't actually doing the work of breathing but they can initiate if they are capable. The machine takes over to complete the breathing cycle.
Just noticed this now as well. I think it should be patient is not doing the work of breathing
I find these lectures to be highly valuable. Wish I could get more people to watch these.
Thank you 😊
Because of your video and explanation i could understand difference between pressure control and pressure support ventilation. You are doing a great job. Thank you so much. Tots of friendly kisses for all videos you preparing.
Thank you so much ☺️
I am so glad I came across this video, excellent! Helped make sense of ventilators for me, thank you:)
Glad it helped!
the best overviewing lecture about mechanical ventilation! thank you
My pleasure 😇
Only youtube video that explains a lot and never made me fall asleep. 😂
Haha 😂
Thank you so much for watching
Hahahaha i agree
Very detailed and easy-learning explanation！Totally loves it！
Thank you 🙏
One hell of an awesome lecture. You rock Medicosis!
Thank you so much 😊
what a learning , i can not explain may be properly but only say its as simple as can, thank you very much for this video and thanks your dedicated time to make this very very useful video for us. u rd great mind and great person too.
Thank you so much 😊
Can you please help me by sharing ?
best video ever! period! end of discussion!
Thank you!
Amazing explanation! Thank you
Glad it was helpful!
I will take a deep breath now! Thanks for the info
The best of the best explanations!
Fantastic ,clear explanation.thank you❤
My pleasure 😇
Wow really medicosis perfectionalis 👏
Thank you!
I cannot thank you enough, you go straight to the point. amazing teaching methods. thank you.
Thank you 😊
Thank you for this incredible teaching ✅ now I understand this annoying topic very well 👍🏻BTW your channel it’s the most informative medical channel ever, keep going 💫
Thank you so much 😊
I am honored!
You are a hoot! I wish you were around 25 yrs ago when I took my critical care training on vents. Great job!
Wow 🤩
Thank you so much 😊
22:26 did you mean to draw the flow curve in explaining Plateau pressure rising due to decreasing compliance?
30:40... i dont think we increase PEEP to decrease venous return in a failing heart, in fact, cardiac circulation is compromised as diastole is compromised if we increase PEEP. but the interstitial fluid accumulation will be prevented from back pressure changes.
great lecture!
Thank you so much for this video. Very helpful! Our program director is a pulmonologist and I just can’t get any points from his one hour lecture. Btw, you are funny at teaching which helps me memorize key points!
Thank you so much 😊
I really appreciate it!
There are many good doctors out there who are simply not very good at teaching, unfortunately!
I appreciate you!
Very good explanation. Thank you!!!
My pleasure 😇
Is VAP inevitable for ICU patients who needs long-term (over 1 week) mechanical ventilation? What can I do to prevent VAP from happening?
شكرا دكتور،،نفتخر بيك وبشرحك 🙏🏻🙏🏻الله يبارك بيك
Thank you alot from iraq,you are the best🌺🌺
You're welcome 😇
Massive Respect King!
Thank you!
Thanks for your video! I have a question regarding (15:30) the P and V diagrams. If P and V are inversely proportional, why does pressure increase when volume increases?
There it’s mechanical ventilation going on ie with POSITIVE pressure, air is being ejected into the lungs (POSITIVE volume). Therefore, during inspiration there’s positive pressure
excellent explanation,i have very rarely seen such explanation of ventilator ,which has been broken to such baby feed level that is suitable for all health professionals
I am so delighted to hear that!
Thank you so much 😊
Thank you! So comprehensive!
Thank you!
Thank you for making perfect sense😊
You’re very welcome!
Would you please help me by sharing?
@@MedicosisPerfectionalis of course🙂
Thank you 🙏
great video sir !!!! watching it to make a mechanical ventilator for COVID-19. its the best video in youtube
Thank you so much 😊
😂🤣😂😂this guy is amazing teaching and the same time entertainment .really appreciate
Thank you so much 😊
Thank you for your explanation great teaching comes from great teacher.
Thank you so much 😊
Pardon if these are stupid questions, I'm new to this, but is it true that PEEP doesn't actually reinflate any collapsed alveoli, just maintains those which are already recruited? Does pulmonary edema affect only portions of the lung where there's cell damage? Because otherwise, even if you could keep the alveoli open, if there was fluid in the interstitial area would this still prevent any oxygen transfer? Or is a little bit of oxygen transfer possible depending on how much fluid there was? Or would PEEP only be helpful in parts of the lung unaffected by capillary leakage? I assumed capillary leakage would just happen everywhere but I guess it would only do so in localized areas or else you'd be puffy all over. When I've see lung X-rays it is only portions that show 'ground glass' etc and some parts look unaffected but I can barely read those things. I suppose gravity too might pull any fluid toward the bottom? Either way, is any oxygen transfer at all possible when fluid is disrupting the space b/w capillary & alveolus?
Your videos are my favorite, thank you so much. You're fantastic.
Excellent explanation and love the humor...but as an ICU RN, I can tell you, not all of us are on Instagram. Lol...sharing with my nursing students...
I was just joking 🙃
Sorry about that...I know that nurses work really hard!
Quirky but effective - thank you for this video.
another life saver video ! thank you so much !
My pleasure 😇
So the difference between PC and PEEP modes is that in PC the MV delivers pressure in a pre- set rate during inspiration and then pressure drops during expiration and there is no PEEP. While in PEEP mode the MV delivers pressure continuously during the respiratory cycle?? Please clarify and thanks in advance.
Thank you for this nice explanation .... I hope you put the link of the topic 🌹👌
Thank you 🙏
Link to what?
I mean the subject PDF
How to survive the NP school? These lectures will save your life! Thanks so much!!!!
My pleasure 😇
Good luck 🍀
Excellent video, thanks for sharing this.
My pleasure 😇
I got confused on minute 9:45. Why is that CONTINUOUS mechanical ventilation the patient is doing the work of breathing? if continuous, we discussed before, is for paralyzed and comatosed patients where we won't permit spontaneous respirations.
You are one of my favorite humans 🙃
Thank you!
You are just so amazing. I am an engineer but you made me a medical student in 35 minutes
Haha 😂
Thank you so much 😊
excellent teaching, u made it more fun
Thank you so much 😊
Thanx a lot man i was hell searching for easy explanation of the same🔥
Great! Thank you!
Very well explained.thank you
My pleasure 😇
Thanks for this awesome teaching!!
Really appreciate your hard work and talent.
Thank you so much 😊
Stay happy and healthy!
@@MedicosisPerfectionalis You too!
Take care 🌸
You helped a lot for my mech vent class for respiratory therapy.
Amazing 🤩
I am glad!
Amazing! So good! Congratulations for the elaboration of this video!
Thanks 🙏
You don't know how much you make my life easy 😍😂😂😂 Thannnkkk you
and I told my friends about you
You are a global treasure man
I really love you man 😂❤️
Thank you 🙏
This is a really good explanation, thank you so much, it definitely gonna help me during my ICU posting!!
My pleasure 😇
Thank you for this, you are a freaking awesome teacher 💞
My pleasure!
Great video and witty! Especially for the likes of us engineers struggling with designing low cost ventilators! Rather it feels not very different than an engineer talking about the workings of a car engine up for repairs :)
Awesome 👏
I am so happy to hear that!
I used to love physics and maths...until they started talking about calculus! 😑
Can we talk, I am trying to do the same thing
@@MedicosisPerfectionalis Ha ha. Its same here but i'v managed to outsource calculus it to good friends :)
Great session ❤
Thank you!
Great lecture!
Thank you so much!
In examples of pulmonary ventilation and alveolar ventilation, in patient B u increased R.R and decreased Tidal volume and in patient C vice versa...does that happens automatically in M.V whn u increase or decrease the R.R... please clarify
Best teaching videos ever🙌
Thanks 🙏
Please help me by sharing
Thank you so very much, you made it super simple to understand. I finally got it all. 🙏
Thank you 🙏
Loved this man's delivery! Needs to do stand-up on the side!
Haha 😂
Thank you so much ☺️
Hello again from Ontario Canada. Did I say I absolutely think you are an amazing instructor. My name is Christine Bennett, I am an Osteopath, RMT for 20 years and a former nurse, and still "young baby!" I have also trained in Acupunture from McMaster U. I find your lectures a blast and very clear. You have worked very hard! Congratulations and Thank you. With Covid now, my concern is the folks at home have no real idea of how to help themselves. People are scared and believe in "The Ventilator" and in their head they picture Arnold Schwarzenegger is the doctor running it. Meanwhile probably last resort for those acute cases.
Questions:
What's happening at end stage?
Are they expiring because they shut down prior to immune responses producing necessary antibodies, and then having to stay on until their immune responses kick in and recover.. or ... "Next?"
After long time on a ventilator, with this can they breath on their own?? With Covid19 is anyone able to get off the ventilator?
Unfortunately, everyone feels their hands are tied.
Idea for you: (like you're not busy enough, I get it) with all your incredible knowledge and appeal to the masses, or to health professionals, WOULD you be interested in developing Help Suggestions or a protocol for practitioners or for folks at home or nursing homes to follow to possibly better their odds of surviving.
For example: 1. supplements/ diets that may improve immunity.
2. Teach pursed-lip breathing, incentive spirometry, (you know so they don't pant their way into acidosis) (humour) - to get those alveoli TO GET IN SHAPE! Party favours? Blow balloons? Get those grannies and old farts blowing some stuff up!
3. Have parents get their kids and themselves out to play in the dirt to enjoy our lovely microbiomes that provide us with natural immunity.
What do you think?
I think you could be a man of influence, spread the word, save more lives. Provide some hope for them, by giving people at home something to do (other than Netflix's and chill), to participate in their fight against Covid-19. I think Netflix has them waiting for the Zombies now, and they are creating an arsenal. It's crazy here.
Anyways, thanks again.
Stay Well friend.
Christine
I know pressure, volume and flow varies on patient condition and mode of the ventilator but that being said the pressure is inversely proportional to volume no matter what.
Boyle’s law applies for a for a given mass of confined gas, as long as the temperature is constant.
Been a while. Now I'm back as a Dr for a refresher course.😂😂
This help me to understand mode of ventilater mode
Awesome!
I LOVE a fun teacher!! Thank I for a very informative video
Thank you so much, dear :)
Its a brilliant video learning made easy
Thank you so much 😊
hi mate, thanks for sharing. I have seen this video many times to try to undestand as mach as possible.
Thank you 🙏
Man you are awesome and funny thanks very much, this is the best mechanical ventilation video in the internet
your sense of humor is hilarious
Thank you ☺️