A study in mice concluded that memory problems associated with age may be driven by our gut microbiome and that the vagus nerve may be key to reversing it.
Discover how stimulating the vagus nerve and altering gut microbiome composition may combat age-related memory decline, according to groundbreaking research from Stanford University.
Remotely changing the composition of the gut microbiome by stimulating the vagus nerve, which sends signals from the gut to the brain, may help reverse ageing-related memory loss, according to a new ...
A research team has announced a breakthrough in reversing the aging process in human cells grown in a lab, potentially paving ...
A new study suggests that manipulating the gut microbiome by stimulating the vagus nerve may help reverse memory loss ...
The search for an anti-aging pill is gaining momentum as biotech companies backed by Silicon Valley investors explore ...
We become forgetful as we age. This is often seen as a universal truth, but in fact it is far from universal: some people remain incredibly sharp at 100 years old, while others experience memory loss ...
Some people with gray hair have also spontaneously repigmented in patches after getting certain types of chemotherapy, radiation or immunotherapy. Experts suspect that, in these rare cases, the cancer ...
While society focuses on the "golden years" of travel and leisure, the emotional and social landscape of aging often shifts ...
A recent study shows that hasslers, defined as “people in one’s close social networks who create problems or make life more difficult,” are often associated with faster biological aging ...
Vaccines play an increasingly vital role in protecting our health. They directly protect us against a growing number of diseases, but there is more: Evidence is accumulating that they also help keep ...
Scientists at Arc Institute and Stanford University have discovered that age-related memory loss may be driven by changes in the gut rather than the brain itself. In a study published in Nature, ...