Impact & Provenance

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...

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

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 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...

Table of Contents The Phytochemical Matrix: Understanding Honey as a Carbohydrate Source Absorption Kinetics: How the Body Metabolises Honey During Endurance Comparative Efficacy: Honey vs Synthe...