Creatine supplementation for performance & recovery πͺ
The ergogenic benefits of creatine.
The emerging and evolving evidence supporting creatine as an ergogenic aid: history and applications
Study Details
This new review examined how creatine supplementation impactsβ¦
β‘οΈ High-intensity performance
π Recovery & muscle damage
π Endurance & intermittent sport performance
π§ Cognitive function & resilience
β¦across athletic, endurance, team sport, and tactical populations π
Here are the key findings β¬οΈ
Key Findings
Energy production & ATP resynthesis π
π Creatine increases phosphocreatine stores, allowing faster ATP regeneration during high-intensity efforts
Strength & power performance ποΈ
π Consistently improves strength, power output, and training capacity, especially in repeated high-intensity efforts
π Strength gains of ~8% greater than training alone have been reported in some studies
Repeated sprint & team sport performance β½οΈ
π Enhances repeated sprint ability, agility, and fatigue resistance
π Particularly relevant for sports with intermittent high-intensity demands like football and rugby
Training adaptations & muscle mass π
π Supports greater training volume over time β leading to increases in lean mass and hypertrophy
π Long-term use linked with meaningful increases in muscle fibre size and total body mass
Recovery from muscle damage π
π May accelerate strength recovery in the days after intense or eccentric exercise
π Can reduce markers of muscle damage, inflammation, and oxidative stress (though findings vary)
Endurance performance π
π No consistent benefit for steady-state endurance performance
π BUT improves high-intensity surges, finishing sprints, and interval capacity within endurance events
π May support glycogen resynthesis when combined with carbohydrate intake
Thermoregulation & hydration π‘οΈ
π Increases total body water and intracellular fluid
π May help maintain plasma volume and improve heat tolerance in demanding environments
Cognitive function & brain resilience π§
π May support attention, memory, and decision-making
π Can attenuate cognitive fatigue during sleep deprivation or stress
π Potential neuroprotective role in high-impact or contact sports
Inflammation & immune support π‘οΈ
π May reduce pro-inflammatory cytokines and oxidative stress following intense exercise
π Potential role in supporting gut integrity under high training loads
Typical dosing π
π Loading: ~20 g/day for 5β7 days (optional)
π Maintenance: ~3β5 g/day
π Or ~3 g/day for ~4 weeks to fully saturate stores without loading
Body mass considerations βοΈ
π Small increases in body mass (~0.5β1 kg) are common
π Can be beneficial for strength/power athletes but may impact running economy in some endurance contexts
Reference
https://pubmed.ncbi.nlm.nih.gov/41870601/
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