Original title: Beyond Antioxidant Scavenging: Mediterranean Diet, Redox–Metabolic Integration, and Exercise Adaptation
Stefania D’Angelo · October 2026
When you exercise, your cells produce reactive molecules. Athletes used to treat these molecules as pure cellular damage, but they actually signal your muscles to adapt and grow stronger. This review explains how the Mediterranean diet helps manage these signals. Whole foods, gut bacteria, and digested nutrients interact with exercise-driven metabolic pathways in subtle ways. Taking isolated antioxidant pills can accidentally cancel out helpful training signals, but eating real, nutrient-rich meals seems to guide the body's response without shutting it down.
Running hard makes a person sweat and leaves their muscles burning. A runner might wish to freeze the room completely so they never sweat, but doing that stops the body from learning how to cool itself down. In this paper, high-dose antioxidant pills act like that freezing room by erasing internal stress signals, whereas whole foods simply provide the nutrients the body needs to handle the heat naturally.
People often take high-dose antioxidant pills thinking they speed up recovery after a workout. However, heavy doses of isolated vitamins can blunt the body's natural signals to adapt and build stamina. Eating whole foods, like those in the Mediterranean diet, works differently by shaping chemical signals rather than simply wiping them out.
Human trials show heterogeneous results rather than a reliable boost to performance, with only limited evidence for faster recovery, and causal proof for gut-microbiota mechanisms remains scarce.
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Beyond Antioxidant Scavenging: Mediterranean Diet, Redox–Metabolic Integration, and Exercise Adaptation — Stefania D’Angelo — BioTech — doi:10.3390/biotech15040088
Abstract licence: CC BY
Explanation generated by Synthesis from the abstract — it is not the original paper.