Impact & Provenance

For decades, conventional endurance protocols have treated the human digestive tract as little more than an unselective combustion chamber engineered to process refined, synthetic carbohydrates. Ph...

Relying on a single isolated chemical compound to determine the biological potency of honey is an exercise in biochemical reductionism. If you've grown sceptical of commercial marketing that routin...

The traditional reliance on non-specific assays such as the Folin-Ciocalteu method is no longer sufficient for validating the metabolic efficacy of functional nutrition. While many products claim n...

Research indicates that up to 70% of long-distance triathletes suffer from gastrointestinal distress during competition, a physiological complication frequently attributed to the high osmolality an...

Recent clinical data suggests that as many as 70 per cent of endurance athletes encounter significant gastrointestinal distress during competition, a figure that highlights the systemic limitations...

Research confirms that over 93 percent of ultramarathon participants endure exercise-associated gastrointestinal symptoms, yet the average amateur athlete maintains a consumption rate of only 37 gr...

The highly engineered synthetic maltodextrin gel, long considered the gold standard for elite performance, may actually be the primary catalyst for the systemic energy failures and gastrointestinal...

The prevailing reliance on anecdotal efficacy and generic "natural" labelling is no longer sufficient for the sophisticated requirements of the contemporary high-performance sports nutrition sector...

The prevailing assumption that synthetic, maltodextrin-dominant formulations represent the pinnacle of endurance fueling is increasingly challenged by advancements in bio-analytical research. For m...