This reminds me of a paper that looked lvot vti predict propofol induced hypertension (<15)
I remember when I was taught RSI, I was always instructed to have a leader of LR running.
In this day and age of pocus, it seems to me that we should be able to not only evaluate cardiac and fluid status but also resuscitate/optimize hemodynamics accounting for potential hypertension, either from ketamine, propofol, analgesic, etc.
Great analysis. I typically reach for ketamine when I don’t want my patient to stop breathing when intubating for hypoxic respiratory failure. Do you know if any randomized trial looked at that?
In most RCTs it seems like a large majority or all the patients are paralyzed during RSI . I have not seen this tested directly as a means of avoiding hypoxemia with ketamine.
This reminds me of a paper that looked lvot vti predict propofol induced hypertension (<15)
I remember when I was taught RSI, I was always instructed to have a leader of LR running.
In this day and age of pocus, it seems to me that we should be able to not only evaluate cardiac and fluid status but also resuscitate/optimize hemodynamics accounting for potential hypertension, either from ketamine, propofol, analgesic, etc.
Great analysis. I typically reach for ketamine when I don’t want my patient to stop breathing when intubating for hypoxic respiratory failure. Do you know if any randomized trial looked at that?
In most RCTs it seems like a large majority or all the patients are paralyzed during RSI . I have not seen this tested directly as a means of avoiding hypoxemia with ketamine.