Title : The EEG as a monitor of midazolam amnesia: changes in power and topography as a function of amnesic state.

Pub. Date : 1991 May

PMID : 2021203






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1 We conclude that 1) EEG power values, particularly the beta 1/alpha ratio, can identify periods of amnesia after midazolam infusion; 2) specific EEG changes and the presence of amnesia vary with the probable serum concentration of midazolam; and 3) the characteristic EEG pattern during partial or complete amnesia varies as one moves across the cerebral cortex. Midazolam potassium calcium-activated channel subfamily M regulatory beta subunit 1 Homo sapiens
2 We conclude that 1) EEG power values, particularly the beta 1/alpha ratio, can identify periods of amnesia after midazolam infusion; 2) specific EEG changes and the presence of amnesia vary with the probable serum concentration of midazolam; and 3) the characteristic EEG pattern during partial or complete amnesia varies as one moves across the cerebral cortex. Midazolam potassium calcium-activated channel subfamily M regulatory beta subunit 1 Homo sapiens