Impact & Provenance

The persistent reliance on synthetic maltodextrin as a primary ergogenic aid is increasingly recognised as a compromise rather than a gold standard for elite endurance performance. While athletes h...

The prevailing reliance on synthetic maltodextrin within endurance protocols often overlooks the systemic cost of gastrointestinal distress; the very fuel intended to sustain performance frequently...

The systemic failure experienced at the 18-kilometre mark is rarely a deficit of will; it's instead a predictable consequence of metabolic depletion and gastrointestinal compromise. While many runn...

The sensation commonly described as 'the wall' is not a mere failure of willpower; it is a sophisticated physiological preservation mechanism triggered by the central nervous system to prevent cata...

The inherent volatility of synthetic carbohydrate matrices is often the unrecognised cause of gastrointestinal failure during high-intensity endurance events. While many athletes prioritise raw cal...

The conventional reliance on synthetic maltodextrin as the primary ergogenic aid in endurance athletics often overlooks the biochemical superiority of naturally occurring carbohydrate matrices. Whi...

A 2026 dose-response study has established a definitive linear relationship between carbohydrate intake and muscle glycogen concentrations, identifying that a targeted intake of 10 to 12 grams per ...

The traditional approach to endurance nutrition often fails because it treats the human gastrointestinal tract as a simple vessel rather than a complex bio-analytical interface. Many athletes accep...

The prevailing paradigm in sports nutrition suggests that isolated, synthetic sugar ratios represent the pinnacle of ergogenic efficiency, yet the high incidence of gastrointestinal distress among ...