Structured evidence table for Protein Muscle Synthesis Meta-Analysis, generated from 2 reusable source documents in the Migaku knowledge base.
| topic | claim | evidence level | citation | source |
|---|---|---|---|---|
| Protein Muscle Synthesis Meta-Analysis | Meta-regression explored potential moderators, and risk of bias was assessed using the ROBINS-I tool. | 1 | Kristiansen JB (2026) | Age-related anabolic resistance and post-absorptive muscle protein synthesis: integrative evidence from a systematic review and meta-analysis. |
| Protein Muscle Synthesis Meta-Analysis | Post-prandial MPS was also reduced in older adults (SMD = -0.348; 95% CI: -0.627 to -0.070; p = 0.014; I² = 83.4%), with consistent directionality across sensitivity analyses. | 1 | Kristiansen JB (2026) | Age-related anabolic resistance and post-absorptive muscle protein synthesis: integrative evidence from a systematic review and meta-analysis. |
| Protein Muscle Synthesis Meta-Analysis | Evidence for combined post-exercise MPS remains mixed, with evidence leaning toward a similar response in young and older adults. | 1 | Kristiansen JB (2026) | Age-related anabolic resistance and post-absorptive muscle protein synthesis: integrative evidence from a systematic review and meta-analysis. |
| Protein Muscle Synthesis Meta-Analysis | Introduction Age-related declines in skeletal muscle mass and function are partly attributed to anabolic resistance, a diminished stimulation of muscle protein synthesis (MPS) following nutrient intake or exercise. | 1 | Kristiansen JB (2026) | Age-related anabolic resistance and post-absorptive muscle protein synthesis: integrative evidence from a systematic review and meta-analysis. |
| Protein Muscle Synthesis Meta-Analysis | Contemporary diagnostic frameworks established by the European Working Group on Sarcopenia in Older People (EWGSOP) prioritize muscle strength assessment as the cardinal criterion, supplemented by confirmatory evidence of diminished muscle quality or quantity and compromised physical performance []. | 3 | Dharmansyah Dhika (2026) | Exercise and nutritional interventions for sarcopenia-related fall prevention in older adults: An umbrella review |
| Protein Muscle Synthesis Meta-Analysis | 8 93 9 28 Emerging evidence establishes sarcopenia as a pivotal modifiable risk factor for falls. | 3 | Dharmansyah Dhika (2026) | Exercise and nutritional interventions for sarcopenia-related fall prevention in older adults: An umbrella review |
| Protein Muscle Synthesis Meta-Analysis | The pathophysiological linkage involves multiple mechanisms: reduced lower limb muscle strength impairs postural stability and gait control; decreased muscle mass alters center of gravity positioning; compromised neuromuscular coordination prolongs reaction times; and diminished proprioception undermines balance recovery mechanisms [,]. | 3 | Dharmansyah Dhika (2026) | Exercise and nutritional interventions for sarcopenia-related fall prevention in older adults: An umbrella review |
| Protein Muscle Synthesis Meta-Analysis | 1 Population aging constitutes one of the most profound demographic transformations confronting global health systems in the 21st century. | 3 | Dharmansyah Dhika (2026) | Exercise and nutritional interventions for sarcopenia-related fall prevention in older adults: An umbrella review |
Source documents