Impact & Provenance

The traditional reliance on synthetic maltodextrin polymers in endurance nutrition represents a fundamental misunderstanding of gastrointestinal transport capacity and metabolic resilience. Most at...

For the elite athlete or research-focused practitioner, the presence of quantified honey bioactives represents the critical distinction between a simple sweetener and a sophisticated ergogenic aid....

The physiological threshold of the human body during a 42.2 kilometre event is not merely a test of aerobic capacity, but a complex challenge of metabolic management where the traditional reliance ...

The prevailing reliance on synthetic maltodextrin in sports nutrition ignores a fundamental biological reality: the human digestive system wasn't designed to process isolated, high-load polymers wi...

Clinical observations within elite athletic cohorts suggest that up to 80 per cent of female competitors and 70 per cent of males exhibit physiological markers of Relative Energy Deficiency in Spor...

The prevailing reliance on synthetic carbohydrate isolates as the primary vector for athletic fuelling may, in fact, be the fundamental physiological bottleneck currently limiting elite performance...

A 2026 meta-analysis of endurance athletes indicates that while high carbohydrate ingestion is critical for sparing muscle glycogen, approximately 93% of participants experience significant gastroi...

The traditional reliance on synthetic maltodextrin and isolated fructose chains in endurance nutrition has reached a point of diminishing returns, often manifesting as acute gastrointestinal distre...

The pervasive reliance on maltodextrin as the foundational substrate for endurance performance represents a legacy of industrial convenience rather than a reflection of optimal human biochemistry. ...