The National Institute on Aging today released recommendations providing a roadmap for an integrated, multidisciplinary research agenda to inform priorities for Alzheimer's disease and related dementias. The recommendations are designed to guide continued efforts to build a collaborative, multi-stakeholder research environment capable of delivering urgently needed cures for people at all stages of the disease.
As evidence builds of more long-term effects linked to concussion, a nationwide study led by scientists at UCSF and the University of Southern California has found that more than half of the patients seen at top-level trauma centers may fall off the radar shortly after diagnosis, placing in jeopardy treatments for these long-term effects.
The tendency of people with dementia to wander and become lost has led QUT researchers to recommend a 'Silver Alert' system, similar to Amber Alerts for missing children, be activated when someone with the diagnosis of dementia is reported lost.
Scientists have developed a novel computational approach that incorporates individual patients' brain activity to calculate optimal, personalized brain stimulation treatment for Alzheimer's disease. Lazaro Sanchez-Rodriguez of the University of Calgary, Canada, and colleagues present their new framework in PLOS Computational Biology.
Psychologists at the University of Sussex have found a link between depression and an acceleration of the rate at which the brain ages.
Lifetime risks of developing Alzheimer's disease dementia vary considerably by age, gender and whether any signs or symptoms of dementia are present, according to a new study published online by Alzheimer's & Dementia: The Journal of the Alzheimer's Association.
Risk factors for heart disease and stroke appear to hasten the risk of cognitive decline in normal older individuals with evidence of very early Alzheimer's-disease-associated changes in the brain.
An international research team has identified three new genes linked to the risk of Alzheimer's disease.
Whether you learn to play a musical instrument or speak another language, you're training your brain to be more efficient, suggests a Baycrest study. Researchers found that musicians and people who are bilingual utilized fewer brain resources when completing a working memory task, according to recently published findings in the journal, Annals of the New York Academy of Sciences.
Homocysteine occurs naturally in the human body, generated as a byproduct of methionine metabolism. Genetic diseases or an imbalanced diet, with too much red meat or B vitamins and folic acid deficiencies, can lead to high homocysteine levels, a condition known as hyperhomocysteinemia. This causes considerable harm to the heart but can also affect the brain. Now, Temple researchers further reveal the extent to which elevated homocysteine damages the brain.