TECHNICAL SUMMARY | 14 OCTOBER 2026 English translation of the supplied NADVE R&D summary. Product-specific efficacy, dose-threshold, medical-grade and stability statements are attributed to the internal source and have not been independently verified. Illustrations are conceptual and are not experimental evidence. Product overview After five years of research and development, leading life science laboratories and advanced biotechnology companies have jointly developed NADV

In 1960, the average newborn on Earth could expect to live about 52 years. By 2023, that number had climbed to roughly 73 years. In one human lifetime, the world added more than two extra decades of life. That is one of the biggest public health achievements in modern history. It is also easy to misunderstand. World Bank data show the following global life expectancy at birth: Year Life expectancy Change over the previous 20 years 1960 50.9 years — 1980 62.2 years +11.2 years

The NAD+ story is easy to oversell. NAD+ is essential for life, it declines in some tissues with age, and it helps cells convert food into usable energy. From there, it is tempting to jump to a bigger claim: raising NAD+ must slow aging. Human research does not support that leap yet. What it does show is more useful. NAD+ biology may matter for metabolic health, muscle function, vascular disease, inflammation, and physical performance. Some trials show measurable benefits in

NAD+ may feel like a recent wellness topic, but the molecule has been part of biochemistry for more than a century. Scientists first encountered it while studying yeast fermentation. Later, they recognized it as a central carrier of energy in cells. Decades after that, researchers found that cells also use NAD+ in DNA repair, stress responses, calcium signaling, and gene regulation. That long history matters because modern NAD-related products sit on top of several different

Every cell in the body needs a steady supply of energy, a way to repair damage, and a system for responding to stress. NAD+ helps with all three. NAD+, short for nicotinamide adenine dinucleotide, is a molecule found in every living cell. It helps turn food into usable energy, supports DNA repair, and plays a role in pathways linked with healthy aging. Interest in NAD+ has grown because levels appear to decline with age, while many of the systems that depend on it become less