Anaerobic Exercise Performance Protocol

Sports & PerformanceStrong Evidence

supplements

Primary

Supporting

Grade A

220

Studies

Primary Stack

Core supplements with strongest evidence

Creatine MonohydrateA

5g daily (or 20g/day for 5-7 days loading)

Increases phosphocreatine stores for rapid ATP regeneration during high-intensity, short-duration efforts

↑Jump Height↑Strength↑Peak power output (PPO)

100 studies3,500 participants

Supporting Studies (2)

PMID: 28615996 - Creatine supplementation and athletic performance: meta-analysis (2017)PMID: 12945830 - Effects of creatine on high-intensity exercise capacity (2003)

CaffeineA

3-6mg/kg body weight, 30-60 min pre-exercise

Adenosine receptor antagonist that reduces perceived exertion and enhances power output

↑Aerobic Exercise Metrics↑Strength↑Muscular Endurance↑Anaerobic Capacity↑Sprint Performance Metrics

45 studies1,200 participants

Supporting Studies (2)

PMID: 31832698 - Caffeine and anaerobic performance: meta-analysis (2020)PMID: 29876876 - International society of sports nutrition position on caffeine (2018)

Supporting Stack

Additional supplements for enhanced results

Beta-AlanineA

3.2-6.4g daily (split doses to reduce tingling)

Increases muscle carnosine, buffering hydrogen ions to delay fatigue during high-intensity efforts lasting 1-4 minutes

↑Anaerobic Capacity↑Muscle Mass↑Oxygen Uptake

40 studies1,400 participants

Supporting Studies (2)

PMID: 22270875 - Beta-alanine supplementation improves exercise performance (2012)PMID: 28515951 - ISSN position stand on beta-alanine (2015)

Sodium BicarbonateA

0.3g/kg body weight, 60-90 min pre-exercise

Extracellular buffer that neutralizes lactic acid, extending high-intensity exercise capacity

↑Anaerobic Capacity↑Blood Acidity↑Serum Bicarbonate↑Blood Lactate (Exercise)↑Power Output

35 studies800 participants

Supporting Studies (1)

PMID: 29568731 - Sodium bicarbonate and high-intensity exercise: meta-analysis (2018)

How This Protocol Works

Simple Explanation

Anaerobic exercise—sprinting, weightlifting, HIIT, and other high-intensity efforts lasting seconds to a few minutes—relies on energy systems that don't require oxygen. These systems produce ATP rapidly but generate metabolic byproducts (hydrogen ions, lactate) that cause the burning sensation and limit performance. This protocol enhances all three energy systems used in anaerobic work.

•Creatine is the most researched sports supplement. It increases your muscles' stores of phosphocreatine, which regenerates ATP almost instantly during explosive efforts. Studies consistently show 5-15% improvements in strength, power, and sprint performance. It also supports muscle growth.

•Caffeine enhances anaerobic performance through multiple mechanisms: it blocks fatigue-sensing adenosine receptors, increases adrenaline release, and reduces perceived exertion. This allows you to push harder during max efforts. 3-6mg per kg body weight is the optimal dose range.

•Beta-Alanine increases muscle carnosine levels, which buffers the acid that accumulates during intense exercise. It's most effective for efforts lasting 1-4 minutes—think 400m sprints, high-rep sets, or CrossFit-style workouts. The tingling sensation (paresthesia) is harmless.

•Sodium Bicarbonate (baking soda) is another buffer, but it works outside the muscle cell. It's particularly effective for repeated high-intensity bouts and efforts lasting 30 seconds to 7 minutes.

Expected timeline: Creatine requires 2-4 weeks to saturate muscles (or 5-7 days with loading). Caffeine works acutely within 30-60 minutes. Beta-alanine requires 4+ weeks of daily use. Bicarbonate works acutely.

Clinical Perspective

Anaerobic exercise relies on the phosphagen (ATP-PCr) and glycolytic energy systems. Performance is limited by ATP regeneration rate, hydrogen ion accumulation, and central fatigue. This protocol targets each limiting factor with evidence-based ergogenic aids.

•Creatine Monohydrate (A-grade): Increases intramuscular phosphocreatine (PCr) stores by 20-40%. PCr regenerates ATP via creatine kinase reaction during maximal efforts. Meta-analysis of 100+ studies: 5-15% improvement in strength, power, and sprint performance (PMID: 28615996). Also increases lean mass via cell volumization and enhanced training capacity. Loading: 20g/day x 5-7 days or 5g/day x 4 weeks.

•Caffeine (A-grade): Competitive adenosine A1/A2A receptor antagonist. Reduces RPE, increases catecholamine release, and enhances calcium release from sarcoplasmic reticulum. Meta-analysis shows 3-4% improvement in power output and anaerobic capacity (PMID: 31832698). Optimal dose: 3-6mg/kg; timing: 30-60 min pre-exercise. Genetic variation (CYP1A2) affects response.

•Beta-Alanine (A-grade): Rate-limiting precursor for carnosine (β-alanyl-L-histidine) synthesis. Carnosine buffers H+ ions in type II muscle fibers. 40 RCTs show improved performance in efforts lasting 60-240 seconds (PMID: 22270875). Requires 4+ weeks supplementation to increase carnosine ~65%. Paresthesia is benign; split doses minimize.

•Sodium Bicarbonate (A-grade): Increases blood bicarbonate and pH, enhancing H+ efflux from muscle via MCT and Na+/H+ exchangers. Most effective for exercise inducing significant acidosis (1-7 min duration). Meta-analysis: 1.7% mean performance improvement (PMID: 29568731). GI distress common—consider serial loading protocol or sodium citrate alternative.

Biomarker targets: Peak power output, anaerobic capacity (Wingate), time to exhaustion, blood lactate, pH.

Protocol notes: Creatine: 3-5g daily long-term is safe and effective. Caffeine: cycle if tolerance develops; avoid within 6h of sleep. Beta-alanine: sustained-release formulas reduce paresthesia. Bicarbonate: test in training before competition; enteric-coated capsules may reduce GI issues.

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