Lifespan
"Why We Age—and Why We Don't Have To"
Informs ARC's emphasis on sleep as the primary biological longevity and DNA repair window.
Dr. David Sinclair, professor of genetics at Harvard Medical School, argues that aging is not an inevitable natural law, but a disease that can be treated. At the core of Dr. Sinclair's research is the Information Theory of Aging—the idea that our cells lose their epigenetic identity over time due to DNA damage.
Sirtuins and the Circadian Connection
Sirtuins are a family of seven enzymes that regulate cellular health, defense, and longevity. However, sirtuins require a molecule called NAD+ to function, and both sirtuins and NAD+ levels are heavily regulated by the circadian clock.
> Dr. Sinclair explains that keeping a consistent sleep schedule and getting morning sunlight is a primary stressor mitigation strategy that protects cellular age indicators.
Hormesis Protocols
Dr. Sinclair recommends activating protective "survival genes" through hormesis—subtle, healthy physiological stressors:
How ARC Applies This
ARC acts as a biological shield against epigenetic wear. By aligning your daily sleep, focus, and light schedules with your genetic chronotype, ARC minimizes chronic environmental stress and ensures your body's restorative repair systems have designated, uninterrupted windows of operation every single night.
Structure your timing around science.
Put chronotypes and sleep stage cycles on autopilot. Unlock customized daily protocols with ARC.
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