Can you do a video on hemodynamics with your linear pattern and combine with disease. I would like to teach my students that method as it looks really easy to explain. I just need to show them how to utilize it and add disease. I really love you videos.
great explanation sir , sir what does automatic tube compensation do in a vent ,sir teach us how to apply it ,how to set its parameters , how does it affect the action of vent and resistance of airway , sir please teach us how to perform a trach collar trial test
@@RespiratoryCoach sir please teach us what will happend to the pressure , flow , volume wave forms when we turn on and off ATC in mechanical ventilators.
Thank you so much for all of your videos!
Awesome video, Tks
how do u do compensation for size 6.0 ETT in a ventilator....? when do u do it normally? please make a video about it!
Can you do a video on hemodynamics with your linear pattern and combine with disease. I would like to teach my students that method as it looks really easy to explain. I just need to show them how to utilize it and add disease. I really love you videos.
I can try. Let me look back at this video and get a taste of what you're referencing. Stay tuned. And thanks for watching, Nellie!
Thanks for this another helpful vid! Will you please do "how to interpret PFT" video?
Absolutely, got it on the list.
I am new to your channel and i Love it. Have you posted anything about Oxyhemoglobin Disssociation Curve? Or Mixed Venous calculations- CvO2.
I have not, but will soon. Welcome to the community, Mark.
great explanation sir , sir what does automatic tube compensation do in a vent ,sir teach us how to apply it ,how to set its parameters , how does it affect the action of vent and resistance of airway , sir please teach us how to perform a trach collar trial test
Here you go, Waruna. What you need to know about ATC.
th-cam.com/video/I1eJ5zwIb1w/w-d-xo.html
@@RespiratoryCoach thank you sir
@@RespiratoryCoach sir please teach us what will happend to the pressure , flow , volume wave forms when we turn on and off ATC in mechanical ventilators.
Impact of length on resistance seems counter-intuitive. Is it just because of increased turbulence with the longer travel time?
In equation flow is inversely proportional to airway resistance then how increase flow increases resistance
Please explain bias flow
Tank you
What I get is that Raw decrease flow and as management we increase flow right