Related Episodes for How Vitamin D Status May Shape Dementia Risk

“Nutritional status plays a critical role in aging. Emerging evidence now suggests that supplemental omega-3 fatty acids or vitamin D slow epigenetic aging. In this clip, Dr. Steve Horvath describes evidence suggesting that supplemental vitamin D or omega-3 fatty acids slow epigenetic aging.”

“DNA-methylation clocks use patterns in blood or other tissues to estimate aspects of biological aging. In this clip from Dr. Rhonda Patrick's presentation at Natural Products Expo West, she discusses how omega-3 fatty acids may influence these research biomarkers.”

“In a small crossover trial involving people with insulin resistance, six one-minute intense intervals performed before the three main meals improved daily glucose control compared with one continuous 30-minute session.”

“Dr. Brooks's exact practice of waking 96 minutes before dawn comes from the Vedic concept of Brahma Muhurta rather than a tested clinical protocol. Creatine may provide modest cognitive benefits in some settings, although results in healthy adults are mixed.”

“In more than 2,000 adults ages 51 to 80, higher Sitting-Rising Test scores were associated with longer survival, making floor-transfer ability a useful marker of functional capacity. Floor time can include cross-legged sitting, kneeling, side-sitting, or sitting with the legs extended.”

“Metformin, a drug commonly used to treat type 2 diabetes, has garnered interest as a longevity compound because it was shown to extend lifespan in some animal models. These effects are variable and seem to depend on the age and gender of the animals, as well as the dose provided.”

“The fact that poor sleep is linked with the aggregation of amyloid-beta plaques in the brain and Alzheimer's disease is not surprising. Although some strategies for improving the quality of sleep among people with Alzheimer's have been identified, this might be too late to turn the tide of cognitive decline.”

“In this clip, Dr. Michael Snyder discusses how people age in distinct ways and at varying rates and how knowing our "ageotype" might offer targets for preventing age-related diseases.”

“In this clip, Drs. Levine and Patrick discuss definitions of aging used in science and why biological aging matters to scientists. Dr. Levine shares the hallmarks of aging that help researchers determine someone's biological age, what drives accelerated aging, and what epigenetic modifications such as CpG methylation say about the aging process.”

“Young people usually bounce back from muscle loss quite quickly, but for older adults, the stakes are higher, as repeated inactivity can lead to irreversible muscle loss and diminished strength, critically impacting their daily activities.”