Benefits And Science

Urolithin A may support gut barrier integrity through mucin synthesis and the Nrf2 pathway. Here’s an honest look at the current evidence.

Urolithin A is known for activating mitophagy, but emerging research suggests its autophagy effects go further. Here’s what the evidence shows.

Urolithin A and NAD+ are both linked to mitochondrial health and aging. Here’s what the science says about how they relate—and where the evidence is thin.

Urolithin A may support exercise recovery by improving mitochondrial health. Here’s what clinical and preclinical research says—and what it doesn’t.

An evidence-based look at urolithin A and fertility research, covering oocyte quality, sperm function and ovarian reserve, with honest caveats throughout.

An evidence-based look at how urolithin A may influence cellular senescence through mitophagy, SIRT1 signaling, and mitochondrial quality control.

An evidence-based look at how urolithin A interacts with oxidative stress pathways, including Nrf2 activation and mitophagy, across multiple tissue types.

Urolithin A is a gut-derived postbiotic linked to improved insulin sensitivity and mitochondrial function. An honest look at the current evidence.

Urolithin A may influence bone metabolism by suppressing osteoclast activity and inflammation. Here is what the current preclinical evidence shows.

Explore what early research reveals about urolithin A’s effects on cartilage, inflammation, and osteoarthritis — including the mechanisms involved.

Urolithin A shows kidney-protective effects in animal studies, but a 2026 case report raises a stone risk. An honest look at what the evidence says.

A research-backed look at how urolithin A may support liver health, including fatty liver, oxidative stress, and mitochondrial function.