Respiratory Therapy - Plateau Pressure
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- Опубликовано: 5 сен 2024
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This video discusses the importance of plateau pressure monitoring and assessment during mechanical ventilation.
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*All information provided in this video is strictly for educational purposes, and is not provided to guide a specific careplan for any specific patient.
Please emphasize that there are occasions where PEEP might be 24, 28, etc and Driving pressure/trans pulmonary pressure is vital to monitor lung mechanics. Don’t forget to monitor the total PEEP. This is commonly observed in patients with higher BMI’s/distended abdomen (monitor bladder pressure).
Love your videos, Coach. I always refer back to you when working with our RT students
What’s up PEEPS
Positive end expiratory pressure; keeps alveoli’s open for gas exchange
Positive end expiratory pressure
@@Godfavorsmi saying Hi to fellow RTs😊
@@Godfavorsmi just saying hi to fellow RTs😊
@@Things_grow just saying hi to fellow RTs😊
Another great video coach! Would you consider doing another seminar but possibly virtually?
Thank you so much I really get benefit from your videos, could you please make a video about HFOV?
Great presentation as always ! When you're explaining the flow to get to pip and it arrives at zero, could you explain that in RT Coach manner. I understand how it works that at beginning the pressure will stay constant but the time will decrease or it goes from 0-10 then 10-0 and as the "tank" reaches full it reaches zero. I guess what I'm asking is could you put a number-line on the waveform as you explain it ? If that make sense, I understand it, just can't explain it, You have a way of simplifying everything. Keep up the great work you do, Thanks Coach !!!!
Deep learning
Thanks
Great explanation....thanks
❤❤
Question. In pressure control, should the flow waveform be used to determine an ideal I-time? Should the flow be close to 0 before ending the inspiratory cycle?
Can you lecutre nitric oxide
Hey Coach…
Question for ya.
If using NIV via the Servo…
Settings are
PEEP 6
PS of 8
Ordered NIV, 14/6
How would u interpret that?
Is this truly BiPaP or is it Peep of 6 with PS of 8 with a driving pressure of 14…?
Love the RT humor lol
7:59 insp valve is closed to become flow is zero???
You should be a pulmonologist!!! 👨🏾⚕️
Thanks coach 🤍
Pls make a polysom and eeg reading next time