What is the Longevity Pen?

The Longevity Pen | 3 ml Pre-Mixed Pen is a stabilized formula, scientifically developed for research in the fields of mitochondrial biology, redox balance, and cellular longevity. The composition targets central molecular mechanisms associated with aging processes and cellular degeneration, including oxidative stress, reduced cellular energy production, and DNA repair mechanisms.

Each pen contains a precise combination of three bioactive substances: Glutathione (600 mg) — the primary endogenous antioxidant, Resveratrol (500 mg) — an epigenetic modulator associated with SIRT1 activation, and NAD+ (100 mg) — an essential coenzyme for mitochondrial and cellular functions. The formula is pre-mixed and divided into 300 units of 400 µg each, allowing for controlled and precise dosing in scientific research protocols.

What makes this formula unique

The Longevity Pen is based on a triple synergistic mechanism of action targeting central processes of cellular health. Glutathione supports detoxification and protects cells against free radicals. Resveratrol can modulate the activity of sirtuins, particularly SIRT1, enzymes associated with cell protection and aging processes. NAD+ plays a central role in energy metabolism and supports mitochondrial processes as well as DNA repair mechanisms.

Potential benefits

The combination of these molecules is associated in scientific and preclinical research with several potential effects: support for mitochondrial function, improvement of cellular energy production, possible reduction of oxidative stress, support for DNA repair mechanisms, promotion of cellular regeneration, and possible support for hepatic and immune function.

Dosage and usage

1 unit = 400 µg. The pen contains 300 units in total. A frequently used research protocol: 20 units per day for 15 days, followed by a 15-day break. Before use, shake the pen lightly for 10 to 15 seconds. Small visible particles in the solution are normal and result from special lipid or polymer coatings designed to ensure molecule stability and allow for controlled release of active ingredients. The formula is designed for systemic applications in a research context.