A shared set of systems in the brain may be vital for controlling the retrieval of facts and memories
A shared set of systems in the brain may play an important role in controlling the retrieval of facts and personal memories utilized in everyday life, new research shows.
Scientists from the University of York say their findings may have relevance to memory disorders, including dementia, where problems remembering relevant information can impact on the daily life of patients.
Researchers say the findings may also have important implications for the development of a new generation of artificial intelligence systems, which use long-term memory in solving computational problems.
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A shared set of systems in the brain may play an important role in controlling the retrieval of facts and personal memories utilised in everyday life, new research shows.
Scientists from the University of York say their findings may have relevance to memory disorders, including dementia, where problems remembering relevant information can impact on the daily life of patients.
Researchers say the findings may also have important implications for the development of a new generation of artificial intelligence systems, which use long-term memory in solving computational problems.
The brain s long-term memory stores are categorised into two: factual memory and memory of personal experiences.
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IMAGE: The Medial Orbitofrontal Cortex - Dorsal Periaqueductal Gray top-down regulations are linked to impulsive and compulsive drinking. view more
Credit: University of Warwick
A pathway in the brain where alcohol addiction first develops has been identified by a team of British and Chinese researchers in a new study
Could lead to more effective interventions when tackling compulsive and impulsive drinking
More than 3 million deaths every year are related to alcohol use globally, according to the World Health Organisation
The physical origin of alcohol addiction has been located in a network of the human brain that regulates our response to danger, according to a team of British and Chinese researchers, co-led by the University of Warwick, the University of Cambridge, and Fudan University in Shanghai.