Persistence of EEG Activity with Prolonged Induced Hyperthermic Fever

E. L. Reilly; B. Barlogie; M. A. Seward; P. M. Corry; B. Rigor; E. Yip

doi:10.1177/155005948001100104

Persistence of EEG Activity with Prolonged Induced Hyperthermic Fever

E. L. Reilly, B. Barlogie, M. A. Seward, P. M. Corry, B. Rigor, E. Yip

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8 Scopus citations

Abstract

Ten instances of deliberate systemic temperature elevation in the 41.5� C to 42.2� C range have been evaluated electroencephalographically, demonstrating decrease in predominant frequency and voltage. Persistence of electro-cerebral activity suggests that previous reports of electro-cerebral inactivity with elevated temperatures reflect indirect serious effects due to cardiovascular compromise with cerebral ischemia, rather than to a direct temperature-related loss of CNS electrical activity.

Original language	English
Pages (from-to)	22-27
Number of pages	6
Journal	Clinical EEG and Neuroscience
Volume	11
Issue number	1
DOIs	https://doi.org/10.1177/155005948001100104
State	Published - Jan 1980
Externally published	Yes

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abstract = "Ten instances of deliberate systemic temperature elevation in the 41.5� C to 42.2� C range have been evaluated electroencephalographically, demonstrating decrease in predominant frequency and voltage. Persistence of electro-cerebral activity suggests that previous reports of electro-cerebral inactivity with elevated temperatures reflect indirect serious effects due to cardiovascular compromise with cerebral ischemia, rather than to a direct temperature-related loss of CNS electrical activity.",

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AU - Rigor, B.

AU - Yip, E.

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AB - Ten instances of deliberate systemic temperature elevation in the 41.5� C to 42.2� C range have been evaluated electroencephalographically, demonstrating decrease in predominant frequency and voltage. Persistence of electro-cerebral activity suggests that previous reports of electro-cerebral inactivity with elevated temperatures reflect indirect serious effects due to cardiovascular compromise with cerebral ischemia, rather than to a direct temperature-related loss of CNS electrical activity.

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Persistence of EEG Activity with Prolonged Induced Hyperthermic Fever

Abstract

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