Nutrition & Performance · Research Brief · November 11, 2026
A recovery product earns its place by helping with the training you actually do. A fruit’s reputation alone cannot answer that question.
What the experiment tested
A randomized, double-blind trial published January 29, 2026, in Nutrients studied 40 active young adults: 18 men and 22 women. Participants took 500 milligrams of tart cherry powder or a rice-flour placebo daily for ten days, spanning a session of fifteen 30-meter sprints.
Through 48 hours afterward, researchers found no statistically significant treatment-by-time advantage for measured performance, soreness, perceived recovery or readiness. Read the original study.
What that result leaves open
This was one formulation and exercise challenge. The modest sample could miss small benefits; habitual antioxidant intake was not quantified, and hydration was not standardized. The findings do not establish that every juice, powder or dose is ineffective. Nor do they justify taking more.
Increnovo funded the research; one coauthor worked for the company. The paper reports that the funder had no role in data collection, analysis, interpretation, writing or publication decisions.
Keep the recovery foundation in view
The NIH Office of Dietary Supplements emphasizes adequate nutrition and hydration as the foundation of athletic performance. Supplements cannot compensate for an inadequate diet. It also cautions that evidence from one ingredient or formulation does not necessarily apply to a different product, especially mixtures.
Our editorial takeaway: before buying a recovery supplement, name the outcome you want to change. Less soreness, better next-session performance and feeling ready are different questions. Ask a sports dietitian whether the evidence matches your training and the exact product under consideration.
A capsule amount used in an experiment is a study detail, not a personal prescription. Keep a clear distinction between enjoying fruit as food and expecting a concentrated product to improve training.
Research & Sources
Hagele and colleagues. Nutrients (2026), 18(3), 443. DOI: 10.3390/nu18030443. Reporting draws on the accessible full-text methods, results and discussion.
NIH Office of Dietary Supplements, Dietary Supplements for Exercise and Athletic Performance, accessed November 11, 2026. General educational reporting, not individualized nutrition advice.
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