Urolithin A and Exercise Performance: What the Research Actually Shows
An evidence-based look at how urolithin A may support endurance, muscle strength and recovery, plus what the exercise trials still cannot tell us.
An evidence-based look at how urolithin A may support endurance, muscle strength and recovery, plus what the exercise trials still cannot tell us.
Urolithin A activates mitophagy to renew aging mitochondria. Here’s what clinical evidence says about energy, muscle, and cellular health after 40.
Compare urolithin A and B: how they differ in metabolism, cellular effects, and pre‑clinical evidence on cancer, heart, bone and inflammation.
An evidence-based review of urolithin A side effects, tolerability in clinical trials, and who should exercise caution before supplementing.
Plain‑English guide to urolithin A: a gut‑derived metabolite that activates mitophagy, supports mitochondrial health and shows promise in early human studies.
Urolithin A and NMN target aging through different mechanisms. A side-by-side look at the science, human trial evidence, and what each may offer.
A balanced review of clinical research on urolithin A’s effects on muscle strength, endurance, and mitochondrial function.
How gut bacteria transform ellagitannins from pomegranate and walnuts into urolithin A, the steps involved, and what makes production vary between people.
Not all urolithin A supplements deliver what their labels claim. Here is what the evidence says about bioavailability, dosing, and quality markers.
How much urolithin A per day? We review the human clinical research on 500 mg vs 1000 mg doses, safety findings, and what shapes individual response.
Comparing urolithin A and creatine for muscle strength and energy: how each works, what clinical evidence exists, and how they might fit together.
Explore how urolithin A activates mitophagy, the evidence from humans and animal models, and what it means for muscle and brain health.