Eat less, live longer.
Scientists discovered that having children significantly shortened telomeres (genetic markers of aging).
These are wrinkled creatures have some amazing superpowers.
Shortly after the therapy, the aged cells started dividing and had longer telomeres.
For humans, the same kind of therapy seems years away.
Can we wind the clock back?
A team led by Professor Jun-Ichi Hayashi from the University of Tsukuba in Japan, known as the white lion to his students given his white hair and powerful voice, challenges the current consensus surrounding the mitochondrial theory of aging, proposing epigenetic regulation, and not genetic mutation, may be responsible for the age-related effects seen in mitochondria. When Hayashi and colleagues tested their theory, they reversed the age defects in cell lines collected from 97-year-old Japanese participants. They then singled out two genes involved in glycine production which they believed are responsible for the mitochondria reversal. The findings thus suggest that a glycine supplementation could help curb aging or age-related diseases.
At a rather strange location for a medical announcement, the Bellagio Hotel in Las Vegas, Dr. Florence Comite faced some of the best researchers in the field of aging. They gathered there for the 17th annual Age Management Medicine Group conference, and Dr. Comite had an exciting announcement to make: researchers have found a crucial gene responsible for aging. The head of that
As incredible as it may sound, scientists have successfully reversed the aging process in mice, according to a new study published in Cell. Reversing aging, a real possibility? Many of the chronic diseases that exist in older adults constitute a highly significant social and economic burden to the community; if you think about it, eliminating (or at least alleviating) the