Archives of Neurology And Psychiatry · 1936 · 175 citations · 13 references
EngineeringElectrical EngineeringPhysiologyElectromagneticsElectrophysiologyNeurophysiologyAction PotentialsBiopotential MeasurementElectrocardiographyNeural Signal AcquisitionElectrophysiological RecordingsElectrophysiology Of Nervous SystemsRadio Frequency Communication
The human brain generates electrical potentials strong enough to be detected through the intact skull. A record of these potentials is analogous to the familiar electrocardiogram and, like the latter, furnishes a convenient external index of the activity of a hidden organ. The fact that the brain of a living animal is the seat of electrical activity was discovered by Caton<sup>1</sup>in 1875, but, although the observation was repeatedly confirmed and considerably elaborated by other workers, it was completely ignored by most neurophysiologists until the last decade. Then, with the aid of the new and powerful electron tube amplifiers developed by radio communication engineers, the field was reopened by Fischer<sup>2</sup>and his pupil Kornmüller in Germany, Adrian<sup>3</sup>in England and Bartley and Newman,<sup>4</sup>Bartley and Bishop<sup>5</sup>and others in this country. Particular credit from the medical point of view is due to Berger,<sup>6</sup>a
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The interpretation of potential waves in the cortex
E. D. Adrian, B. H. C. Matthews · The Journal of Physiology · 1934 · 430 citations
THE ORIGIN OF THE BERGER RHYTHM
E. D. Adrian, Kazumi Yamagiwa · Brain · 1935 · 214 citations