Multimodality monitoring of cerebral physiology in neurocritical care patients includes the
application of different monitoring techniques and the integration of different measured …

Multimodality monitoring of cerebral physiology encompasses the application of different
monitoring techniques and integration of several measured physiologic and biochemical …

The neurologically critically ill patient requires a comprehensive approach to evaluation and
management. Standard intensive care monitoring equipment may lead to incorrect …

Background: Neurocritical care is a specialty that focuses on the critical care management of
patients with catastrophic neurologic diseases. Brain ischemia and hypoxia are often central …

Brain injury is a dynamic process marked by an initial damaging insult followed by a
cascade of physical, electrical, and metabolic changes capable of resulting in further patient …

Multimodality monitoring is the integration of biochemical, metabolic, clinical, and
radiographic variables into an evaluation of physiology that allows for real-time diagnosis …

Multimodality monitoring of cerebral physiology encompasses the application of different
monitoring techniques and integration of several measured physiological and biochemical …

The monitoring of critically ill brain-injured patients has become increasingly complex.
Several techniques are now available for global and regional brain monitoring that provide …

Neuromonitoring aims to detect harmful physiologic events, early enough to guide the
treatment instituted. Evidences encourage us to implement multimodal monitoring, as no …

Neuromonitoring is important for patients with acute brain injury. The bedside neurologic
examination is standard for neurologic monitoring; however, a clinical examination may not …