Noninvasive neuromonitoring is increasingly being used to monitor the course of primary
brain injury and limit secondary brain damage of patients in the neurocritical care unit …

Neuromonitoring is an emerging field that aims to characterize real-time neurophysiology to
tailor therapy for acute injuries of the central nervous system. While cardiac telemetry has …

The aim of this review was to provide up-to-date information about the usefulness of clinical
neurophysiology testing in the management of critically ill patients. Evoked potentials (EPs) …

Critically ill children with acute neurologic dysfunction are at risk for a variety of
complications that can be detected by noninvasive bedside neuromonitoring. Continuous …

Due to technological advances, it is now feasible to record continuous digital EEG (CEEG),
with or without video, in critically ill patients and review recordings remotely. Nonconvulsive …

Brain injury is frequently observed after sepsis and may be primarily related to the direct
effects of the septic insult on the brain (eg, brain edema, ischemia, seizures) or to …

Continuous EEG monitoring is an important tool for assessing brain function and allows
clinicians to identify malignant EEG patterns quickly and provide more effective care. The …

Monitoring is a crucial part of the care of the critically ill patient. It detects organ dysfunction
and provides guidance on the therapeutic approach. Intensivists closely monitor the function …

Neurocritical monitoring is important in caring for patients in the neurological intensive care
unit. Although clinical neurologic examination is standard for neurocritical monitoring …

Monitoring in most intensive care units (ICUs) is limited to continuous assessments of
cardiopulmonary function, whereas brain monitoring has traditionally been limited to serial …