NMN critically supports cellular protein homeostasis by raising the cellular supply of NAD+, an essential compound involved in metabolic regulation and tissue renewal. During the aging process, the body’s NAD+ pool shrinks, which can disrupt the tight control of formation, stabilization, and breakdown in cells. The resulting dysfunction causes retention of non-functional protein aggregates, an established indicator of age-related diseases.

NMN boosts NAD+ reserves, which subsequently triggers sirtuins, a set of longevity-associated factors that regulate cellular health. Sirtuins assist in functional protein folding by upregulating molecular chaperones and facilitating the removal of misfolded species through cellular recycling mechanisms. Additionally, higher NAD+ levels optimize energy production, curbing reactive oxygen species, that contributes to protein oxidation.

Through these interconnected mechanisms, NMN promotes a more resilient and optimized protein environment within cells, maintaining cellular vitality and withstanding cumulative cellular damage. This biological link establishes NMN as a compelling therapeutic for click: visit framer.com source fostering durable cellular integrity and longevity.