This segment covers David Sinclair's views on the possibility of extending human lifespan, his research on epigenetics, and the impact of technological advancements on longevity research. David Sinclair discusses the rapid progress in longevity research, the role of epigenetics, and the potential for true age reversal, while also providing insights into the timeline for achieving significant advancements in the field. David Sinclair discusses the potential for reversing aging in cells and tissues, particularly focusing on the retina and brain, and mentions the use of AI and increased investment in the field. The podcast discusses the potential for a whole-body rejuvenation therapy, the development of an inducible gene therapy system, the importance of mitochondrial function in aging, and the benefits of a plant-based diet and fasting for longevity. This chunk covers David Sinclair's disc
Investment in biotech companies has increased significantly since the publication of a paper in Nature. Jeff Bezos has invested in some of these companies.
“NMN and boosters of NAD rejuvenate mitochondria and that's been shown to be highly beneficial in animals and now in people.”
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Numbers that matter
90%Of people at the event estimated they would live beyond 120 years.
3 monthsFor every year we stay alive currently without breakthroughs, we get about 3 months of additional life.
1 yearFor every four years, science can add a year of life.
3 yearsThe discovery that you can reset the age of cells was published 3 years ago.
80%Cells go back about 80% and stop when the genes are turned off.
7,000papers published in medical science every day
multipleThe therapy works in multiple cell types including the eye, optic nerves, epithelial cells in the retina, outer layer of cells on the retina, kidney, and muscle.
21-24BMI range considered healthy for slower aging