MCT Powder

Medium-chain triglycerides, particularly caprylic acid (C8) and capric acid (C10), have a specific metabolic profile that distinguishes them from traditional lipids. After ingestion, they are preferentially directed toward the liver, where they can be converted into ketones, an energy substrate used when carbohydrate intake is reduced. This metabolic pathway explains their interest in nutritional protocols aimed at adaptation to lipid metabolism.

As part of a low-carbohydrate diet, these functional lipids are integrated into formulations dedicated to the ketogenic approach, in order to support the metabolic transition and help orient the body toward fat oxidation. Their specific absorption kinetics are also studied for their potential role in regulating food intake and in stabilizing energy intake throughout the day.

Of plant origin, MCT C8 and C10 are therefore part of a structured nutritional strategy aimed at supporting a low-carbohydrate mode of functioning.

Energy stability and cognitive performance in ketogenic mode

The brain can function using two energy substrates: glucose and ketones. When a low-carbohydrate diet induces increased ketone production — particularly β-hydroxybutyrate — these become a fuel available to nerve cells. Unlike glucose, whose use is influenced by variations in blood glucose levels, ketones are part of a more stable metabolic environment. As part of an adapted nutritional strategy, this energy orientation is studied for its potential interest in consistent concentration, alertness and stable intellectual performance. By limiting metabolic fluctuations linked to carbohydrate intake, the ketogenic approach aims to support more regular cognitive functioning, integrated into a global and supervised approach.