Electroencephalography: Difference between revisions
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'''Electroencephalography''' is the process of recording, by electrodes placed on the scalp, a graphic chart tracing the electrical potentials produced by the brain cells and is commonly abbreviated as '''EEG'''. | '''Electroencephalography''' is the process of recording, by electrodes placed on the scalp, a graphic chart tracing the electrical potentials produced by the brain cells and is commonly abbreviated as '''EEG'''. While it still has applications, especially in the evaluation of convulsive disorders, it has been replaced, in many uses, by newer [[brain imaging]] methods. | ||
[[Hans Berger]] (born on May 21, 1873 and died on June 1, 1941) is credited to be the first to record electroencephalograms from human subjects and is the discoverer of the rhythmic [[Alpha waves]] in the brain. | [[Hans Berger]] (born on May 21, 1873 and died on June 1, 1941) is credited to be the first to record electroencephalograms from human subjects and is the discoverer of the rhythmic [[Alpha waves]] in the brain. | ||
The [[International Federation of Societies for Electroencephalography and Clinical Neurophysiology]] or ''IFSECN'' have given various recommendations for the practice of clinical [[neurophysiology]] and EEG. | The [[International Federation of Societies for Electroencephalography and Clinical Neurophysiology]] or ''IFSECN'' have given various recommendations for the practice of clinical [[neurophysiology]] and EEG. | ||
Revision as of 12:37, 12 June 2010
Electroencephalography is the process of recording, by electrodes placed on the scalp, a graphic chart tracing the electrical potentials produced by the brain cells and is commonly abbreviated as EEG. While it still has applications, especially in the evaluation of convulsive disorders, it has been replaced, in many uses, by newer brain imaging methods.
Hans Berger (born on May 21, 1873 and died on June 1, 1941) is credited to be the first to record electroencephalograms from human subjects and is the discoverer of the rhythmic Alpha waves in the brain.
The International Federation of Societies for Electroencephalography and Clinical Neurophysiology or IFSECN have given various recommendations for the practice of clinical neurophysiology and EEG.