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Continuous EEG (cEEG) monitoring offers bedside, noninvasive, diffuse, and continuous information about brain function. These characteristics allow clinicians to assess brain function, evaluate for changes in brain function over time, and identify electrographic seizures that are often not clinically observable. These advantages have led to widespread and increasing use of cEEG in critically ill patients across the age spectrum. This chapter introduces cEEG in critically ill neonates and children including seizure epidemiology (incidence and risk factors), the relationship between electrographic seizures and outcome, available consensus statements and guidelines, and role of quantitative EEG.
Starting an ICU neuromonitoring program requires in-depth logistical planning prior to initiation. Seemingly small changes to continuous EEG monitoring practices may have a striking impact on resource availability and utilization. Essential decisions include what patient populations are to be monitored and for how long, as well as how often EEG data will be reviewed and by whom. Consideration must be given to which equipment to purchase and the personnel required to handle it. Involving the entire team early in logistical planning -- including EEG readers (attending physicians and trainees), pediatric neurologists, neonatal and pediatric intensivists and nurses, neurodiagnostic technologists, neurodiagnostic laboratory team and hospital administrators -- will help identify possible flaws in the implementation plan and avoid costly financial decisions or committing to practices that resources will not support. Functioning as a multidisciplinary team is essential for the long-term success of an ICU neuromonitoring program. This chapter details practical considerations for establishing and leading an ICU neuromonitoring program.