It worked.

Parrish's initial telomeres were measured by SpectraCell in Houston and revealed to be unusually short for her age, which placed her at higher risk of age-related disease as a number of studies have hinted that telomere length is a good biomarker of overall health. We all start off with different lengths so the rate of shortening seems to be more important than the overall length, but it still remains a good indicator of disease risk. Parrish underwent gene therapy in September 2015, and in March 2016 the telomeres in her white blood cells were measured again by SpectraCell. They had extended from 6.71kb to 7.33kb, which corresponds to around 20 years of aging. These results were independently verified by UK based charity The Biogerontology Research Foundation, and Brussels based non-profit company HEALES (Healthy Life Extension Company.

Parrish: “Current therapeutics offer only marginal benefits for people suffering from diseases of aging. Additionally, lifestyle modification has limited impact for treating these diseases. Advances in biotechnology is the best solution, and if these results are anywhere near accurate, we’ve made history”

Exciting stuff!

Bioviva will continue to monitor Parrish's health for years, the company aims to test new aging gene therapies at the same time. The company also recently became a portfolio company of Deep Knowledge Life Sciences, a London based investment fund.

Yes, the results are only on one person and whether the same extension has happened across the body remains to be seen. However, while dosages and details may need refining, there have so far been no ill effects and no-one has ever undergone this kind of procedure before. These initial results are extremely promising, and could really help get the ball rolling worldwide - stimulating more proactive action against aging.

Read the press release at EurekaAlert and Bioviva