Structured evidence table for Casein Muscle Recovery Randomized Trial, generated from 2 reusable source documents in the Migaku knowledge base.
| topic | claim | evidence level | citation | source |
|---|---|---|---|---|
| Casein Muscle Recovery Randomized Trial | This qualitative review synthesizes current evidence regarding the efficacy of melatonin, gut-axis interventions (prebiotics, probiotics, and synbiotics), magnesium, sodium pyruvate, and purple grape-derived products on performance and recovery outcomes in soccer players. | 4 | Azizi Ammarati AH (2026) | Mechanism-based nutritional strategies for performance and recovery in soccer players: a qualitative research synthesis. |
| Casein Muscle Recovery Randomized Trial | Methodological quality and risk of bias were assessed using design-specific tools, including the Cochrane Risk of Bias 2 (RoB 2) tool for randomized controlled trials and the ROBINS-I framework for non-randomized intervention studies. | 4 | Azizi Ammarati AH (2026) | Mechanism-based nutritional strategies for performance and recovery in soccer players: a qualitative research synthesis. |
| Casein Muscle Recovery Randomized Trial | Particular attention was directed to study design, dosage and timing protocols, performance and biochemical outcomes, and methodological limitations, with emphasis placed on linking mechanistic evidence with applied performance and recovery outcomes. | 4 | Azizi Ammarati AH (2026) | Mechanism-based nutritional strategies for performance and recovery in soccer players: a qualitative research synthesis. |
| Casein Muscle Recovery Randomized Trial | Background and objectives Modern soccer, characterized by its intermittent high-intensity nature, requires a combination of explosive power and aerobic endurance. | 4 | Azizi Ammarati AH (2026) | Mechanism-based nutritional strategies for performance and recovery in soccer players: a qualitative research synthesis. |
| Casein Muscle Recovery Randomized Trial | We establish a structured framework to separately report evidence from preclinical animal models and clinical human trials, evaluating acute ( 7 days) horizons across three domains: (i) neurocognitive function/mood, (ii) gut microbiota/hormonal responses, and (iii) aminoacidemia/metabolic-inflammatory responses in aging cohorts. | 4 | Hao S (2026) | Comparative effects of pea protein vs. dairy proteins (α-lactalbumin and casein) on aminoacidemia, exercise performance, gut microbiota, hormonal responses, neurocognitive function, mood, and metabolic-inflammatory responses in older adults. |
| Casein Muscle Recovery Randomized Trial | This narrative review comprehensively contrasts the physiological impacts of plant-based protein (focusing on pea protein isolates and matrices) vs. | 4 | Hao S (2026) | Comparative effects of pea protein vs. dairy proteins (α-lactalbumin and casein) on aminoacidemia, exercise performance, gut microbiota, hormonal responses, neurocognitive function, mood, and metabolic-inflammatory responses in older adults. |
| Casein Muscle Recovery Randomized Trial | dairy-derived proteins (including intact casein and whey protein variants, emphasizing the rapid-digesting α-lactalbumin fraction). | 4 | Hao S (2026) | Comparative effects of pea protein vs. dairy proteins (α-lactalbumin and casein) on aminoacidemia, exercise performance, gut microbiota, hormonal responses, neurocognitive function, mood, and metabolic-inflammatory responses in older adults. |
Source documents