Archives of Neurology And Psychiatry · 1939 · 28 citations · 11 references
MedicineNeurologyNeuroscienceClinical NeuroscienceElectrophysiologyNeurophysiologyBrain TumorsElectroencephalographyEvoked PotentialsClinical ElectroencephalographyClinical NeurophysiologyElectroencephalography AbnormalitiesIntracranial ElectroencephalographyIntracranial ElectrophysiologyIntracranial Pressure Effects
In 1931 Berger<sup>1</sup>showed that impairment of cortical function resulting from high intracranial pressure in man is associated with the appearance of abnormally slow electrical potentials of about 3 a second. These potentials were recorded through the intact skull by placing electrodes on the forehead and occiput. The method he used was similar to that with which he originally demonstrated the normal 10 a second rhythm. Two years later,<sup>2</sup>he found similar slow waves confined to the affected hemisphere in 2 cases of cerebral tumor. He was unable to obtain the abnormally slow waves when the tumor was situated midway between his electrodes, but they appeared when one of the electrodes was in proximity to it. In 1935, Kornmüller<sup>3</sup>and Foerster and Altenburger<sup>4</sup>showed that the slow alternating potentials do not originate in cerebral tumors themselves. It appeared, therefore, that the disturbances were arising in the
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THE BERGER RHYTHM: POTENTIAL CHANGES FROM THE OCCIPITAL LOBES IN MAN
E. D. Adrian, B. H. C. Matthews · Brain · 1934 · 1.4K citations
THE LOCATION OF CEREBRAL TUMOURS BY ELECTRO-ENCEPHALOGRAPHY
W. Grey Walter · The Lancet · 1936 · 216 citations
THE ORIGIN OF THE BERGER RHYTHM
E. D. Adrian, Kazumi Yamagiwa · Brain · 1935 · 214 citations