>The scientists devised a novel program that uses high-pressure oxygen in a pressure chamber to reverse two key processes that stem from aging. They were able to counteract the shortening of telomeres, which are protective regions at the ends of every chromosome, and the body's aggregation of old and poorly-functioning cells.
>As we get older, our cells continue to divide, while the telomeres keep getting shorter. If they become too short, the cells stop replicating (becoming "senescent") and eventually die. This results in genetic aging. Analyzing the study participant immune cells, the researchers saw a lengthening in 38% of the telomeres, while the senescent cells decreased by 37%. This is similar to the cellular state of their bodies 25 years earlier, the researchers noted.
https://www.aging-us.com/article/202188/text
how can a normal person get access to this?
>As we get older, our cells continue to divide, while the telomeres keep getting shorter. If they become too short, the cells stop replicating (becoming "senescent") and eventually die. This results in genetic aging. Analyzing the study participant immune cells, the researchers saw a lengthening in 38% of the telomeres, while the senescent cells decreased by 37%. This is similar to the cellular state of their bodies 25 years earlier, the researchers noted.
https://www.aging-us.com/article/202188/text
how can a normal person get access to this?
