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Patricia Goldman-Rakic (/ r ə ˈ k iː ʃ / rə-KEESH; née Shoer, April 22, 1937 – July 31, 2003) was an American professor of neuroscience, neurology, psychiatry and psychology at Yale University School of Medicine. She pioneered multidisciplinary research of the prefrontal cortex and working memory.
1. Aug. 2003 · World-renowned neuroscientist Patricia S. Goldman-Rakic, professor of neuroscience, neurology, psychiatry and psychology at Yale University School of Medicine, died on July 31 at age 66. "Pat Goldman-Rakic was one of the most distinguished neuroscientists of her generation," said Yale President Richard C. Levin.
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Patricia Goldman-Rakic, geborene Shoer (* 22. April 1937 in Salem, Massachusetts; † 31. Juli 2003 in Hamden, Connecticut) war eine US-amerikanische Neurowissenschaftlerin. Ihr gelangen grundlegende Entdeckungen über die neuronale Basis höherer kognitiver Funktionen im präfrontalen Cortex und Neocortex .
24. Nov. 2003 · When Patricia Goldman-Rakic died on July 31 at the age of 66, she was at the zenith of her career as a world-renowned neuroscientist, whose ground breaking discoveries about the frontal...
- George Aghajanian, Benjamin S Bunney, Philip S Holzman
- 2003
7. Juli 2023 · Patricia Goldman-Rakic (1937–2003), the co-founder of this journal, was a pioneering neuroscientist who made transformational discoveries about the prefrontal cortex and the neurobiological basis of working memory. Her research served as the foundation for cognitive neuroscience, and paved the path for women in science.
April 22, 1937–July 31, 2003. Elected to the NAS, 1990. Patricia Shoer Goldman-Rakic made the groundbreaking discovery of how newly evolved, neuronal circuits in the primate prefrontal association cortex (PFC) are able to generate the mental representations that are the foun-dation of abstract thought, a process that culminates in the human brain.
7. Aug. 2013 · Patricia S. Goldman-Rakic (1937–2003) transformed the study of the prefrontal cortex (PFC) and the neural basis of mental representation, the basic building block of abstract thought. Her pioneering research first identified the dorsolateral PFC (dlPFC) region essential for spatial working memory, and the extensive circuits of spatial cognition.
