139 evidence-backed claims, searchable and filterable
Showing 139 of 139 claims
Women can tolerate 10-20% higher relative volume due to faster recovery and lower absolute loads.
Rest-pause training increases 1RM by 5% and total lifting volume by 15% compared to traditional training in healthy adults.
High volumes of concurrent aerobic and strength training may hinder muscle size gains in young adults.
Incline heel-raise increased foot muscle strength by 15% more than block heel-raise over 11 weeks.
Training on unstable surfaces improves balance by 20% and muscle strength by 15% in older adults.
Women gain more strength by concentrating training efforts in the follicular phase.
Half-night sleep deprivation significantly impairs recovery compared to normal sleep.
Cold water immersion following rugby matches reduces muscle damage markers by 25% compared to no intervention.
Caffeine and beta-alanine combination enhances resistance training performance by 13%.
A reduction in training volume for two weeks after intensive training boosts strength and power gains.
Utilizing cluster sets helps manage fatigue and supports performance maintenance during training sessions.
32 weekly sets led to greater quad hypertrophy (~9.4% growth) than 16 sets in trained men.
Light and heavy intensities in unilateral training both induce contralateral adaptations in older adults.
Cold water immersion effectively reduces fatigue markers post-rugby matches
Training 3x/week maintains mechanical output better than 2x/week during velocity loss training
Minimal training of 3-6 heavy sets/week maintains 1RM strength in powerlifters
Performing more weekly sets yields slightly greater strength improvements.
Maximal strength training enhances muscle and skeletal health in individuals undergoing clinical treatment.
Self-selected resistance training improves physical fitness in inactive older women.
Eccentric overload training improves strength gains by 15% over traditional methods in untrained males.