NMN Complex Capsules

Restores intracellular NAD+, supports cellular energy, and drives the machinery behind sirtuin activation and DNA repair.

Human trials at 250 to 900 mg per day show measurable NAD+ increases. Downstream effects include improved muscle function, sleep quality, and metabolic markers over 8 to 16 weeks.

Amplifies the effect of raised NAD+ by engaging SIRT1 and SIRT3 pathways, the cellular longevity circuits.

Trans-resveratrol activates sirtuins in a NAD+-dependent manner. Human trials show cardiovascular and metabolic support at 150 to 500 mg per day.

Replenishes methyl groups used up during NAD+ turnover, supports homocysteine balance, and keeps the longevity stack from depleting methylation capacity.

TMG donates methyl groups via the BHMT pathway, lowering homocysteine and supporting SAMe production. Especially relevant during high-dose NMN use.

Supports cellular cleanup, layers an antioxidant mechanism on the NMN base, and helps maintain healthy inflammatory signaling.

Quercetin is studied as a senolytic agent in combination with other compounds. On its own it supports vascular function and oxidative balance at 500 to 1000 mg per day.

Supports heart-muscle energy, helps maintain mitochondrial output, and complements NMN's upstream NAD+ effect with downstream ATP support.

CoQ10 at 100 to 200 mg per day supports cardiovascular markers, exercise tolerance, and mitochondrial function, especially in aging adults.

Preserves the NAD+ that NMN is building, slowing the aging-linked leak that undermines supplementation alone.

Apigenin inhibits CD38 in vitro and in animal models, measurably raising tissue NAD+ when paired with precursor molecules.

Protects cells against oxidative stress, supports phase-II liver detox, and backs every other antioxidant in the formula.

Oral glutathione has historically been hard to absorb, but reduced and liposomal forms measurably raise intracellular GSH levels in controlled studies.

Supports vascular tone, helps maintain capillary integrity, and reinforces the systemic antioxidant coverage of the formula.

Grape seed OPCs support endothelial function and microcirculation in human trials at 150 to 300 mg per day.

Protects cell membranes from oxidative damage, supports eye and skin tissue, and covers the lipid-phase antioxidant layer that water-soluble compounds cannot reach.

Astaxanthin spans the cell membrane and neutralizes singlet oxygen up to 6000 times more effectively than vitamin C in vitro.

Extends antioxidant coverage into the lipid phase, works alongside astaxanthin, and protects tissue standard ascorbic acid cannot reach.

Ascorbyl palmitate is hydrolyzed intracellularly to active ascorbate, giving tissue-penetrating antioxidant coverage distinct from ordinary vitamin C.