Urolithin A & B

You don’t eat Urolithin B directly. Your gut makes it after you consume ellagitannin-rich foods like pomegranate, walnuts, and pecans. Berries such as raspberries and blackberries add support too. Consistent intake matters, since conversion depends on your microbiome,...

Pomegranate, walnuts, pecans, and berries give your microbiome the precursors to make Urolithins, but output varies person to person. BioLithin delivers Urolithin A, Urolithin B, and taurine directly, so you get a consistent daily signal for mitophagy, muscle...

Your endothelium powers circulation by sensing blood flow and releasing nitric oxide to relax vessels. That work is energy intensive and depends on healthy mitochondria. When mitochondrial quality slips, oxidative stress rises and nitric oxide is quenched, leading...

Your heart depends on mitochondria for constant energy, calcium balance, and redox control. When those engines falter, oxidative stress rises and cardiac performance declines. Urolithin A supports mitophagy, helping cardiomyocytes recycle worn mitochondria and preserve efficient ATP output....

Athletic performance depends on clean cellular energy. When mitochondria decline, strength, endurance, and recovery all suffer. Urolithin A, a postbiotic derived from pomegranate and walnuts, promotes mitophagy—the cellular process that recycles worn mitochondria. Human trials show mitochondrial engagement...

Your heart and blood vessels rely on mitochondria for steady energy. When those powerhouses decline, oxidative stress and inflammation rise, making vessels stiffer and recovery slower. Urolithin A supports mitophagy, the recycling of worn mitochondria, which helps maintain...

Skin elasticity, glow, and repair all rely on mitochondrial energy. When those powerhouses decline, collagen breaks down faster, tone dulls, and recovery slows. Urolithin A supports mitophagy, recycling worn mitochondria so fibroblasts and keratinocytes can perform better. The...