Written by the Nobel Prize winner who discovered telomerase. Covers how telomere length connects to biological aging and what lifestyle factors the research shows protect telomere integrity. Essential reading for OBFC1 AA and TERT variant carriers.
Blackburn (a Nobel laureate) and Epel (a health psychologist) explain what telomeres are, how they shorten with cellular division and stress, and which lifestyle factors — meditation, exercise, sleep, diet, social connection — have measurable effects on telomerase activity and telomere length in randomized trials.
Blackburn shared the 2009 Nobel Prize in Physiology or Medicine for the discovery of telomerase — this book is the authoritative popular treatment of the topic by the person who put it on the biomedical map.
These peer-reviewed studies connect to the core ideas in this book. Each result has been scored for reliability.
The most comprehensive evidence-grounded longevity framework currently in print. Covers the primary causes of early death, and how exercise, nutrition, sleep, and emotional health address each one. Relevant to FOXO3, SIRT1, OBFC1, and cardiovascular genetics research.
Sinclair's information theory of aging covers sirtuins, NAD+, mTOR, and the epigenetic clock. Directly relevant to SIRT1 TT and FOXO3 TT pathway research — explaining the biological mechanisms these variants affect and the interventions being studied.
Covers the gut-longevity connection with a focus on microbiome diversity and dietary fiber. The gut-longevity axis discussion is relevant to NOD2 and FUT2 research on how gut immune function affects systemic health over time.