Analysis of 1.6 million brain cells from older adults has captured the cellular changes that occur in Alzheimer’s early stages, revealing potential new targets and routes for prevention.
A new study finds that mitochondria in our brain cells frequently fling their DNA into the cells' nucleus, where the mitochondrial DNA integrates into chromosomes, possibly causing harm.
Columbia researchers found that exposure to famine early in gestation—but not in the first years of life or late gestation—increased the risk of developing type 2 diabetes decades later.
Researchers at the Mailman School of Public Health found that people who have lost someone close show signs of older biological age compared to those who haven't experienced such losses.
Attending a high school with a high number of teachers with graduate training was the clearest predictor of the impact of school quality on late-life cognition, researchers found.
Columbia Nursing researchers are using AI analysis of voice recordings to find a quick, inexpensive way to screen home care patients for early dementia.
Data collected by cars on driver performance—combined with machine learning—could detect elderly drivers who will soon develop mild cognitive impairment or dementia.
Calorie restriction, a proven intervention to slow aging in animals, showed evidence of slowing the pace of biological aging in adults in a study led by the Columbia Aging Center.
Young blood may be an elixir for older bodies, rejuvenating aging hearts, muscles, and brains. But how can old blood become young again? Columbia stem cell scientists may have found a way.
Aging is not only about illness and dependency, but our society is still living by the notion and missing opportunities that can come when older people stay healthy, engaged, and productive.