Explore the major categories of investigational longevity science, from cellular reprogramming to senolytics. EverLife Lab members get priority pre-registration to vetted cohorts in each area.
Resetting the biological age of your cells.
Partial cellular reprogramming is one of the most closely watched frontiers in longevity science. By briefly switching on the Yamanaka factors, researchers aim to roll back the molecular age of a cell while keeping its identity and function intact.
Clearing the 'zombie' cells that age your body.
Senescent cells stop dividing but refuse to die, building up in tissues and leaking inflammatory signals that accelerate aging. Senolytic protocols aim to selectively remove them — one of the most promising levers for extending healthspan.
Recharging the cellular engines that fade with age.
Mitochondria are the power plants of every cell, and their output declines with age — driving fatigue, slower recovery, and metabolic disease. Restoration protocols target that decline, often through NAD+ pathways, to rebuild cellular energy.
Editing the biology of aging at its source.
Gene therapy delivers longevity-associated genes directly into the body to slow, halt, or reverse age-related decline — rather than treating symptoms downstream. It is among the most ambitious areas in the field.
Using oxygen and metabolism to turn back the clock.
Hyperbaric oxygen and metabolic conditioning protocols are studied for measurable effects on telomere length, cognition, and vascular health — non-pharmacological levers for healthy aging.
Restoring a younger, sharper immune system.
The immune system weakens and grows inflamed with age — a process called immunosenescence. Reset protocols aim to rejuvenate it, restoring its ability to clear damaged cells and fight disease.
Protecting the caps that keep your cells young.
Telomeres are the protective caps on our chromosomes that shorten every time a cell divides. Their erosion is a recognized hallmark of aging, and telomere-extension protocols aim to slow or reverse it.
Exploring deep cold as a route to longevity.
Cryo and preservation protocols explore controlled cold and metabolic stasis as routes to long-term tissue protection, recovery, and longevity — from recovery-focused cold therapy to frontier preservation research.