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Richard Caton (1842, Bradford – 1926), of Liverpool, England, was a British physician, physiologist and Lord Mayor of Liverpool who was crucial in discovering the electrical nature of the brain and laid the groundwork for Hans Berger to discover alpha wave activity in the human brain.
- Anne Rose, Mildred Robina
- Annie Ivory (1855–1912)
- Research into electrophysiology, medical education
6 de fev. de 2021 · Richard Caton is recognized as the discoverer of the waves of electrical potential which today form the basis of electroencephalography. He reported his finding in three communications, two in the British Medical Journal and one to the Ninth International Congress of Medicine at Washington, DC.
- Walter Ormerod
- 2006
Excerpt. The first known neurophysiologic recordings of animals were performed by Richard Caton in 1875. The advent of recording the electrical activity of human beings took another half century to occur. Hans Berger, a German psychiatrist, pioneered the EEG in humans in 1924.
- Britton Jw, Frey Lc, Hopp Jl, Korb P, Koubeissi Mz, Lievens We, Pestana-Knight Em, St. Louis Ek
- 2016
Richard Caton, com sua abordagem inovadora e suas observações pioneiras, desempenhou um papel crucial na história da EEG. Seu trabalho não apenas desvendou os mistérios da atividade elétrica cerebral, mas também lançou as bases para futuros avanços na compreensão e no tratamento de distúrbios neurológicos.
Hans Berger recorded the first human electroencephalograms (EEGs) in 1924. He obtained his medical degree from the University of Jena, Germany, in 1897 and then joined the university psychiatric clinic directed by Otto Binswanger. There he remained until retirement in 1938.
- L F Haas
- 2003
11 de set. de 2020 · 1.1K views 2 years ago. This video is presented as part of our series "Pioneers Of The EEG". Richard Caton is credited with the first EEG (projecting an EEG on a wall, using a mirror galvanometer ...
- 3 min
- 1120
- The Brainclinics Foundation
Richard Caton (1842–1926), an English scientist, is credited with discovering the electrical properties of the brain, by recording electrical activity from the brains of animals using a sensitive galvanometer, noting fluctuations in activity during sleep and absence of activity following death.
