Whereas the first concept, which is undisputed on physiological grounds, received a resounding illustration with the demonstration of an improved prognosis by a simple reduction of tidal volume in ARDS patients [3], things are far less clear regarding the second.
Finally, fluid management based on PAOP is not a widely accepted approach and is open to much criticism on physiological grounds.
In young subjects with T1D, the total time delay associated with the Guardian® RT system was approximately 15 min. This is twice that expected on physiological grounds, suggesting a 5- to 10-min delay because of data processing.
This increased blood supply was thought, on physiological grounds, to be exactly what the brain needed to prevent future strokes in people who had had minor strokes in this vascular distribution.
Whereas the first concept, which is undisputed on physiological grounds, received a resounding illustration with the demonstration of an improved prognosis by a simple reduction of tidal volume in ARDS patients [ 3], things are far less clear regarding the second.
Our results suggest a typical delay of 15.8 min, with 95% of individuals predicted to have delays in the range 10.4 24.3 min. The delay is double that expected on physiological grounds, suggesting 5- to 10-min delays as a result of the data processing software residing on Guardian® RT.
