RESEARCH HUB

longevity

Epithalon, NAD+, NMN and the biology of telomeres, sirtuins and mitochondrial aging

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Longevity & Cellular Aging Peptides

Longevity research examines the cellular processes that drive biological aging — telomere attrition, mitochondrial decline, loss of proteostasis, and the depletion of key metabolic cofactors. A growing set of peptides and precursor molecules is studied for its influence on these hallmarks of aging, offering a mechanistic window into how cellular resilience is maintained or lost over time.

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Mechanism of Action

NAD+ Precursor

NMN is a direct building block the body converts into NAD+.

Boosts NAD+ Levels

Liposomal delivery improves absorption for higher NAD+.

Energizes Cells

More NAD+ powers mitochondria and metabolism.

Activates Sirtuins

It fuels the longevity enzymes that repair and protect cells.

Healthy Aging

Research shows improved energy and cellular health.

Related Research Compounds

NMN (Liposomal) Research Compound Glutathione Research Compound Epithalon Research Peptide Cellular Longevity Research Bundle (MOTS-c, Epithalon, Vesugen) Vesugen Research Peptide Pinealon Research Peptide NAD+ Research Compound

Listed for research reference only. All compounds are sold strictly for laboratory use and are not intended for human or animal consumption.

Research Use Only

All Knowledge Center content is published for educational and scientific reference only. Nothing here is medical advice, a treatment recommendation, or an endorsement of any compound for human or animal use. All research compounds are sold strictly for laboratory use. Consult a licensed healthcare provider before making any health decision.