I learn from you more than I learn from school. Thanks so much for teaching.

This has really been needed with the past three years. So many had such high pressures with this pneumonia and needed what I call pedi settings on the vent. It’s not the high rates and low volumes that were the problem, it was the barotrauma occurring from too much pressure with sick lungs.

Yes thank you I had to watch more than one to grasp been out of school for whole but this vigor broke it all down exceptionally well! Thank you for your time and patience

Thank you, you are wonderful instructor, I easily understood your explnation without any complication.

man...you re amazing. nobody knew how to explain flow to me. thanks a million times

Great video as always. You always answer and clarify questions I didn’t even know I had! Thank you! 🙂

this is excellent, thank you for taking the time to make this!

The end of the video questions are a great add in! Thank you Respiratory Coach!

Hi sir i m that same guy asking idot doubts after seeing some more video of ypurs regarding flow ...i am getting to understand something...... just GOAT sir.......

Thank you very much, you're such intelligent man how make things easier to be understood

Makes more sense now Thanks

I love you for this explanation!

Fantastic....

Very nicely simplified. Thank You

Great 👍 I like the way you explain 👍

Thank you for taking the time to teach on youtube! Your videos have helped me a lot throughout my respiratory program! I have a question about understanding some flow principles. From the equation, gas flow= delta p / resistance, I understand that airway resistance decreases as the diameter of the airway increases resulting in an increased flow. I recently started to think about the air entrainment mask and how we use decreasing orifice sizes to increase the velocity of flow. The example I was taught was to think of a water hose and how when you occlude the hose a higher velocity of flow is created. These principles seem to conflict to me and I'm trying to understand what is the key piece of information I am missing to understand how these principles do not contradict one another.

Thank you! I understand now.

Thank u very much sir...

Great job coach!

Thank you.

I pray to go into the hospital and be truly exemplify what I’m learning plus more!

Thank you Respiratory Coach, i appreciate the Lecture. The question at the end was great, it had me thinking. Can we start getting questions at the end of your Lectures please and thank you. Blessings to you and your family!

Thanks

I really appreciate the way you make ur lectures so simple and yet informative. I would like to request you to make a video on weaning protocol and procedure please.

Tx u for for the lecture, this may sound stupid but I didn’t get how to increase the flow on this therapy mode of VC - what to use?

I had a pneumoseptic patient who was flow hungry(terrible flow waveforms with dips) in APVcmv. Patient was well sedated with propofol. Triggered the ventilator only every 20 or 30th breath or so. Gases all metabolic due to sepsis. I tried PCMV, same thing, waveforms indicated she wanted more flow. I tried the pt on ASV and BOOM! perfect pressure and flow waveforms but I cannot figure out why asv fixed her flow hunger

Hey! Awesome videos!! Can you do peep maneuver or peep ladder protocol?

Does Bernoulli applys to med air 21 %,would it suck air in?PT on collar 10lpm humidified med air what setting can I do on Venturi to accommodate his set up,does it means he still needs higher total flow even when on 21%?

Could you please explain what's autoflow and its significance in ventilation strategies?

Please and thank you

Sir how can you give 40%fio2 with 10lit per min as 10lit give 60%fio2..

I’m sorry respiratory coach, I recently watched a video on how you decrease the minute ventilation, can you tell me which video that was please?

Hey RC, Can you do a video on the RSBI? Thank you!

New viewer here 🙋‍♂️ Im having a hard time with differences in I time and Rise time in regards to flow. It seems like flow rate would affect rise time also?

Very good lecture...some questions... 1) do you think that for every device i use to give oxygen we need to know exactly how much flow i am going to delivery in order to calculate FiO2? For example we use ventilogic for NIV PSV and oxygen with flowmeter of 15 lt/min... although i use pressure control i think it's very important to know minute flow in order to calculate FiO2 2) those snorkeling masks adapted as CPAP for ARDS caused by coronavirus.... in order to cover totally patients inspiratory demands... it's important to know minute inspiratory flow? Where does the mask take room air to mix with oxygen?

I'm having a hard time differentiating between flow and pressure

Regarding the question you chose increase flow but the wave form show inspiratory time not enough because not return to baseline if I increase the flow I will have short inspiratory time more than last short?

Could the itime be changed as another option?

Electric flow is current = Voltage/ resistance Pressure difference in air equals to voltage in electricity

Sir how the ratio 3:1 came for 40 % fio2