Urolithin A & B

Neurons and glial cells depend on mitochondria to power signaling, plasticity, and stress resilience. When mitochondrial quality declines, cognitive stamina suffers. Urolithin A promotes mitophagy, recycling inefficient mitochondria to restore cleaner energy production and reduce oxidative stress. Preclinical...

Your brain depends on mitochondria for focus, memory, and mental stamina. When energy production falters, fatigue and slower processing follow. Urolithin A supports brain health by promoting mitophagy, recycling inefficient mitochondria, and reducing oxidative stress. Preclinical research links...

Urolithin A clears out worn mitochondria through mitophagy, while NAD+ precursors fuel redox balance and sirtuin-driven biogenesis. Together, they tackle both sides of mitochondrial remodeling: cleanup and rebuild. Clinical research shows Urolithin A supports endurance and recovery over...

Mitochondria need both cleanup and new capacity. Urolithin A drives mitophagy, clearing out worn mitochondria so the network becomes more efficient, while NAD+ fuels energy reactions and activates sirtuins that guide repair and biogenesis. Together, they act on...

Urolithin A and NAD+ both support mitochondrial health, but they act in different ways. Urolithin A drives mitophagy, the recycling of damaged mitochondria, while NAD+ fuels energy metabolism and activates sirtuin programs for repair and longevity. Together they...

Urolithin A does not deliver quick jolts of energy like caffeine. Instead, it works gradually by helping cells recycle damaged mitochondria and build a stronger energy network. Clinical studies show cellular changes appear within four weeks, while noticeable...

Your heart depends on mitochondria for steady energy, but age, oxidative stress, and inflammation gradually weaken them. Research shows Urolithin A can activate mitophagy, reduce oxidative stress, and support vascular function, making it a promising ally for cardiovascular...