Epithalon (Epitalon)
A telomerase-activating peptide studied for cellular aging, circadian rhythm, and longevity research.
The essential coenzyme for cellular energy, studied for aging, DNA repair, and metabolic function.
In the literature, NAD+ appears most often in work focused on energy, longevity and anti-aging. Studies in this area tend to look at mechanisms and observed effects in laboratory and preclinical settings rather than outcomes in people, so the picture is best read as a map of where researchers have been curious — not as evidence of any benefit.
Because it is catalogued here under powder peptides, NAD+ also shows up in discussions of cellular repair. Coverage across those topics varies widely in quality and depth, and much of it is early-stage. Reading the underlying research directly is the only way to judge how strong any particular finding is.
Tap a topic to see which peptides are most studied for it.
A telomerase-activating peptide studied for cellular aging, circadian rhythm, and longevity research.
An AMPK activator studied as an exercise mimetic for endurance and metabolic research.
A long-acting growth-hormone-releasing hormone analog studied for sustained GH and IGF-1 elevation.
Research use only. This page summarizes areas of published study and is not medical advice. No dosing, protocol, or usage guidance is provided.