Resultado de búsqueda
4 de oct. de 2021 · Plantearon la hipótesis según la cual ambos centros del lenguaje debían de estar conectados entre sí. En 1970, Norman Geschwind basándose sobre todo en las aportaciones de Wernicke, elaboró un modelo que describe cómo fluye la información entre las distintas zonas cerebrales al usar el lenguaje.
Norman Geschwind (January 8, 1926 – November 4, 1984) was a pioneering American behavioral neurologist, best known for his exploration of behavioral neurology through disconnection models [clarification needed] based on lesion analysis [clarification needed].
Rescatando el estudio de la afasia de Wernicke y Lichtheim, Norman Geschwind (1926-1984) propuso en 1965 el modelo neoconexionista. Este autor profundizó en la idea de que el cerebro era un conjunto de partes conectadas en las que cada proceso ocurría de forma secuencial .
- 915 71 37 01
- afasiaayuda@gmail.com
Por último, el neurólogo Norman Geschwind (1925-1984) revivió este modelo y agregó las funciones sensoriales de las áreas primarias y asociativas y el córtex motor. Es decir, el procesamiento visual, auditivo y motor.
- Micaela Silva-Barragán, Carlos Ramos-Galarza
- 2020
4 de nov. de 1984 · Norman Geschwind, died suddenly by a heart attack and cardiac arrest on November 4th, 1984 at the age of 58. He was born in New York City on January 8, 1926. Both his parents were born in an area that was, before World War I, a portion of the Austro-Hungarian empire but is now part of southern Poland, and both came to the United ...
3 de mar. de 2013 · He is recognized as one of the most influential figures of postwar neuroscience [ 4] and also remembered as an erudite and loquacious speaker and writer who knew almost everything. Geschwind died prematurely on November 4, 1984, aged 58, of acute myocardial infarction.
1 de sept. de 2005 · Norman Geschwind's ‘Disconnexion syndromes in animals and man’, published in Brain in two parts for editorial convenience although, in effect, a single monograph, outlined a general theory of higher brain function founded on what today might be called distributed brain networks.
