Structured evidence table for Selenium Exercise Recovery Randomized Trial, generated from 1 reusable source document in the Migaku knowledge base.
| topic | claim | evidence level | citation | source |
|---|---|---|---|---|
| Selenium Exercise Recovery Randomized Trial | 7 1,4,8–10 1 11 Exogenous antioxidants can influence EIOS, and some evidence suggests that they may attenuate the ROS-mediated pathways necessary for training adaptations []. | 3 | Gonzalez Drew E. (2026) | International Society of Sports Nutrition position stand: effects of dietary antioxidants on exercise and sports performance |
| Selenium Exercise Recovery Randomized Trial | Current evidence supports supplementation, primarily when correcting an insufficiency or deficiency, meeting dietary needs that cannot be met through food, or during periods of elevated stress, such as overreaching, back-to-back competitions, or in austere environments (e.g. | 3 | Gonzalez Drew E. (2026) | International Society of Sports Nutrition position stand: effects of dietary antioxidants on exercise and sports performance |
| Selenium Exercise Recovery Randomized Trial | Based on the available evidence, the dietary antioxidants discussed in this position stand are rated by the authors as having weak, moderate, or high levels of support for improving exercise- and sport-related outcomes. | 3 | Gonzalez Drew E. (2026) | International Society of Sports Nutrition position stand: effects of dietary antioxidants on exercise and sports performance |
| Selenium Exercise Recovery Randomized Trial | strength and conditioning coaches, sports dietitians, and tactical facilitators) frequently seek strategies to gain a competitive edge. | 3 | Gonzalez Drew E. (2026) | International Society of Sports Nutrition position stand: effects of dietary antioxidants on exercise and sports performance |
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