HOW DOES EXERCISE AFFECT OUR DEFENSES AND IMMUNE FUNCTION?
Regular exercise supports innate and adaptive immunity, while newer evidence questions the idea that strenuous exercise causes post-exercise immune suppression.
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Sports nutrition, applied evidence and resources to help you decide what to take before, during and after training.
Regular exercise supports innate and adaptive immunity, while newer evidence questions the idea that strenuous exercise causes post-exercise immune suppression.
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Sport and nutrition are health. Science is progress.
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Maintaining some training intensity during a holiday break can limit detraining and help preserve aerobic fitness, strength and repeated-sprint cap...
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Ketone supplements are currently one of the “trending topics” among athletes, especially in cycling. There are many rumors indicating that these su...
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Ketogenic diets increase fat oxidation but are not currently supported for improving strength or endurance performance and may compromise muscle-ma...
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Muscle glycogen is crucial for repeated high-intensity efforts in team sports, making carbohydrate intake important before, during and after matches.
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Caffeine can improve endurance, strength and power performance, but responses vary between individuals. This article reviews habitual intake, biolo...
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Part three reviews antioxidant-rich foods, polyphenols and targeted supplements that may reduce exercise-induced muscle damage and support recovery.
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Recovery after training is a fundamental process in performance improvement. Specifically, the restoration of muscle glycogen stores (which decreas...
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HIIT and moderate continuous training can both improve body composition and cardiometabolic health in people with overweight or obesity, but HIIT r...
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A well-planned vegan diet can support athletes, but protein quality, essential amino acids and vitamin B12 require particular attention.
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Part two examines how dehydration, hyperthermia and oxidative stress may intensify exercise-induced muscle damage and delay recovery.
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