Structured evidence table for Glutamine Exercise Performance Randomized Trial, generated from 2 reusable source documents in the Migaku knowledge base.
| topic | claim | evidence level | citation | source |
|---|---|---|---|---|
| Glutamine Exercise Performance Randomized Trial | For every 1 µg/mL increase in salivary threonine concentration, average running speed increased by 0.011 km/h, and this correlation persisted after adjusting for age and heart rate. | 3 | Zhao H (2025) | Impact of Salivary Amino Acid Concentrations on 8 km Running Performance in Male Undergraduate Students: A Prospective Observational Study Based on HPLC. |
| Glutamine Exercise Performance Randomized Trial | Conclusions This study found a positive correlation between salivary threonine and 8 km running speed, along with differences in serine and glutamine concentrations among runners with different speeds. | 3 | Zhao H (2025) | Impact of Salivary Amino Acid Concentrations on 8 km Running Performance in Male Undergraduate Students: A Prospective Observational Study Based on HPLC. |
| Glutamine Exercise Performance Randomized Trial | These findings provide preliminary evidence for the relationship between salivary amino acid concentrations and running performance, though further research with larger samples and diverse exercise types is needed. | 3 | Zhao H (2025) | Impact of Salivary Amino Acid Concentrations on 8 km Running Performance in Male Undergraduate Students: A Prospective Observational Study Based on HPLC. |
| Glutamine Exercise Performance Randomized Trial | Purpose To explore the potential relationship between salivary amino acid concentrations and 8 km running performance in male undergraduate students. | 3 | Zhao H (2025) | Impact of Salivary Amino Acid Concentrations on 8 km Running Performance in Male Undergraduate Students: A Prospective Observational Study Based on HPLC. |
| Glutamine Exercise Performance Randomized Trial | However, current evidence remains insufficient to determine clear supplementation benefits or define an optimal timing strategy. | 4 | Djordjevic B (2026) | Glutamine Supplementation and Exercise: A Narrative Review of Biochemical Mechanisms and Timing Strategies. |
| Glutamine Exercise Performance Randomized Trial | Until such evidence emerges, recommendations should remain individualized, considering athlete-specific needs. | 4 | Djordjevic B (2026) | Glutamine Supplementation and Exercise: A Narrative Review of Biochemical Mechanisms and Timing Strategies. |
| Glutamine Exercise Performance Randomized Trial | Intense physical activity imposes substantial oxidative, metabolic, and immunological stress on the human body. | 4 | Djordjevic B (2026) | Glutamine Supplementation and Exercise: A Narrative Review of Biochemical Mechanisms and Timing Strategies. |
| Glutamine Exercise Performance Randomized Trial | It is often accompanied by reductions in plasma glutamine levels, making this amino acid conditionally essential. | 4 | Djordjevic B (2026) | Glutamine Supplementation and Exercise: A Narrative Review of Biochemical Mechanisms and Timing Strategies. |
Source documents