The results of a series of stochastic numerical experiments are presented in Sect. 3 where we demonstrate critically slowed fluctuations emerging as patterns in time and space for close approach to bifurcation; these emergent patterns are concordant with O U theoretical projections.
Additional improvements are demonstrated by critically damping the device in a liquid.
Accordingly, a strong association between the depth of acidosis and poor outcome has been previously demonstrated in critically ill patients [6, 7].
It has been demonstrated that critically ill injured adult patients, such as burn, trauma, or cardiac surgery patients, experience susceptibility to sepsis because of innate and adaptive immune reprogramming due to the insult [17, 18].
Although there has not been a direct causal relationship shown between sleep deprivation and delirium, many studies have demonstrated that critically ill patients have an altered sleep pattern, abnormal levels of melatonin, and loss of circadian rhythms.
The remarkable advances in the field of biology in the last decade, specifically in the areas of biochemistry, genetics, genomics, proteomics, and systems biology, have demonstrated how critically important mathematical models and methods are in addressing questions of vital importance for these disciplines.
SEMA6D has been demonstrated as critically involved in cardiac morphogenesis [ 28].
Positive predictive ability of SOFA score was demonstrated in critically ill patients.
The effectiveness and safety of epidural analgesia has also been demonstrated in critically ill patients with severe acute pancreatitis [ 7].
Such bias can be clearly demonstrated in critically ill patients [ 23, 25] where mean DCI increases with time.
