Robert J. Chabot

TL;DR: Results indicate neurophysiological dysfunction within the cortical and subcortical structures that serve the frontal/striatal system and models suggesting both hypo- or hyperarousal of these structures are supported.

TL;DR: Alterations in the level of arousal were accompanied by significant QEEG changes, many of which were consistent across anaesthetic protocols, and frontal power predominance increased with deeper sedation, involving alpha and, to a lesser extent, delta and theta power.

TL;DR: This paper provides a replication of all presented discriminant functions, and should provide the research basis for the generalized utilization of QEEG in the initial evaluation of children with learning and/or attention disorders.

TL;DR: QEEG results suggest that the duration of physiological recovery after concussion may extend longer than observed clinical recovery, and QEEG studies revealed significant abnormalities in electrical brain activity in the injured group on day of injury and day 8 postinjury, but not on day 45.

TL;DR: Patient State Index–directed titration of prop ofol delivery resulted in faster emergence and recovery from propofol–alfentanil–nitrous oxide anesthesia, with modest decrease in the amount of propOfol delivered, without increasing the number of unwanted events.