Author: Deep Patadia, MD, MPH Institution: Mount Sinai - St. Luke's/West/Beth Israel In this video, Pressure Regulated Volume Control (PRVC) is discussed in detail.
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Пікірлер: 6
@mirani18Ай бұрын
This is so nicely explained. Excellent.
@doctorabouleila4 жыл бұрын
This is the best explanation for mechanical ventilation. I been watching all webinar, online course ..this one is the best . By far . Please keep it coming. Btw I m icu staff in peripheral hospital in Iowa . We are flooded by covid cases . So this education is essential to understand and help our patients . Thanks so much Deep .
@drayush23 жыл бұрын
Dr Deep has made so difficult topic so simple .lots of thanx and gratitude for these series of video .
@pepekale9182 Жыл бұрын
great explanation
@PediaTricks0072 жыл бұрын
Thank u
@manishtiwari34862 жыл бұрын
Doesn't David W Chang Clinical applications of Mechanical Ventilation, mention PRVC. As a volume target mode, where Trigger are either patient or time Limit is pressure, and cycle is time While the target is Volume( which the ventilator tries to achieve by altering the inspiratory time and flow rate, trying to maintain the pressure below the limit set) I think it won't be a pressure target ventilation. I would request correction if any Thank you, great work
Пікірлер: 6
This is so nicely explained. Excellent.
This is the best explanation for mechanical ventilation. I been watching all webinar, online course ..this one is the best . By far . Please keep it coming. Btw I m icu staff in peripheral hospital in Iowa . We are flooded by covid cases . So this education is essential to understand and help our patients . Thanks so much Deep .
Dr Deep has made so difficult topic so simple .lots of thanx and gratitude for these series of video .
great explanation
Thank u
Doesn't David W Chang Clinical applications of Mechanical Ventilation, mention PRVC. As a volume target mode, where Trigger are either patient or time Limit is pressure, and cycle is time While the target is Volume( which the ventilator tries to achieve by altering the inspiratory time and flow rate, trying to maintain the pressure below the limit set) I think it won't be a pressure target ventilation. I would request correction if any Thank you, great work