Structured evidence table for Vitamin D Exercise Recovery Randomized Trial, generated from 2 reusable source documents in the Migaku knowledge base.
| topic | claim | evidence level | citation | source |
|---|---|---|---|---|
| Vitamin D Exercise Recovery Randomized Trial | However, human evidence remains limited, particularly with regard to whether short-term vitamin Dsupplementation can modify resting inflammatory status and the acute inflammatory response to repeated supramaximal exercise. | 2 | Grześkiewicz Katarzyna (2026) | Effects of 21-day vitamin D supplementation on sports performance and exercise-induced inflammation: a randomized double-blind trial |
| Vitamin D Exercise Recovery Randomized Trial | After 21 days, resting 25(OH)D increased in the vitamin Dgroup by +55.7% (p < 0.001), whereas no significant change was observed in placebo (+0.5%, p = 1.000). | 2 | Grześkiewicz Katarzyna (2026) | Effects of 21-day vitamin D supplementation on sports performance and exercise-induced inflammation: a randomized double-blind trial |
| Vitamin D Exercise Recovery Randomized Trial | 3 3 3 3 3 For inflammatory biomarkers, significant Group × supplementation phase interactions were observed for IL-1β, IL-6, and IL-10, whereas no interaction was found for IL-1RA. | 2 | Grześkiewicz Katarzyna (2026) | Effects of 21-day vitamin D supplementation on sports performance and exercise-induced inflammation: a randomized double-blind trial |
| Vitamin D Exercise Recovery Randomized Trial | Mieszkowski et al., 2021a Stankiewicz et al., 2023 McFadden et al., 2022 Nemkov et al., 2025 An excessive inflammatory response to strenuous exercise is increasingly recognized as a factor that may impair athletic performance, recovery, and overall athlete health (;). | 2 | Grześkiewicz Katarzyna (2026) | Effects of 21-day vitamin D supplementation on sports performance and exercise-induced inflammation: a randomized double-blind trial |
| Vitamin D Exercise Recovery Randomized Trial | Objective This narrative review synthesizes mechanistic and clinical evidence examining whether vitamin D status and supplementation are associated with modulation of selected exercise-responsive exerkines, and it introduces a unifying conceptual model, the "vitamin D-exerkine axis", to frame potential points of interaction between vitamin D signaling and the exercise-induced secretome. | 4 | Kim DH (2026) | The interplay between vitamin D status and exerkine signaling: implications for exercise adaptation in athletes: narrative review. |
| Vitamin D Exercise Recovery Randomized Trial | Evidence was synthesized qualitatively to distinguish biological plausibility from athlete-specific causal inference. | 4 | Kim DH (2026) | The interplay between vitamin D status and exerkine signaling: implications for exercise adaptation in athletes: narrative review. |
| Vitamin D Exercise Recovery Randomized Trial | Results Across experimental systems, vitamin D signaling via the vitamin D receptor (VDR) has been associated with expression of several exerkines implicated in inflammation, metabolism, and muscle remodeling. | 4 | Kim DH (2026) | The interplay between vitamin D status and exerkine signaling: implications for exercise adaptation in athletes: narrative review. |
| Vitamin D Exercise Recovery Randomized Trial | Background Exercise elicits systemic adaptations through a coordinated network of exercise-responsive signaling molecules termed exerkines. | 4 | Kim DH (2026) | The interplay between vitamin D status and exerkine signaling: implications for exercise adaptation in athletes: narrative review. |
Source documents