139 evidence-backed claims, searchable and filterable
Showing 139 of 139 claims
Water-based resistance training yields similar strength gains regardless of volume in older women.
Protein supplementation with resistance training significantly improves muscle mass and strength in older adults over 1 year.
Early time-restricted eating improves weight loss while preserving muscle in young women.
Concurrent training mildly reduces 1RM gains by 5% but improves VO2 Max compared to resistance-only training.
Higher volume resistance training boosts whole-body muscle hypertrophy in older females.
Short-term creatine loading boosts repetitions to failure by up to 15% in strength-trained men.
High intensity bench pressing decreases electromechanical delay more than high volume in women.
Jump training significantly enhances muscle power in older adults.
Caffeine increases strength in resistance-trained females during follicular phase
For optimal hypertrophy, perform 10-20 weekly sets per muscle group.
Citrulline Malate enhances repetitions to failure in untrained females by 19%.
Auto-regulated training (e.g., RPE-based) produces greater strength gains (ES ≈0.6) compared to fixed %1RM loading.
Continuous training provides greater lower-body strength gains compared to a mid-cycle deload.
10-20 weekly sets per muscle group produce maximum hypertrophy gains.
30–60 reps per muscle per week optimize hypertrophy, with diminishing returns at very high volumes.
Training not to failure matches strength gains and improves recovery markers compared to failure training.
Training major muscle groups 2 times per week produced more hypertrophy than 1 time per week.
Repetition speeds from 0.5 to 8 seconds yield similar hypertrophy outcomes; avoid reps longer than 10 seconds.
Dose-response effect shows resistance training significantly improves functional performance in frail older adults.
Concurrent training does not hinder whole muscle hypertrophy compared to strength-only training.