Muscle and physical performance
Endurance performance
Endurance depends on cardiovascular fitness, muscle adaptation, fuelling and pacing. Laboratory activation of an exercise pathway is not a completed training programme.
Potential benefits explored
Improved endurance.
MOTS-c has individual reports of reduced perceived fatigue; SLU-PP-332 adds animal exercise-metabolism research. Actual endurance gains need consistent workload comparisons.
Practical interpretation
Use progressive aerobic training where appropriate, adequate carbohydrate and hydration matched to exercise duration and conditions.
Meaningful outcomes: Pace or power at a similar effort and post-exercise recovery.
Compare the compounds studied for Endurance performance
Members see the full evidence picture for this condition: every compound studied, graded per condition from strong human evidence through to preclinical-only and negative findings, with human and animal results, risks, combination evidence and cited sources — plus how each compound maps to the research materials we list, with live pricing and stock.
Research reference for laboratory materials only. Not medical advice and not a recommendation for human use. Research cut-off: 30 September 2026.