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[Dexfenfluramine and feeding behavior. Clinical and pharmacoclinical studies].

Marc Fantino

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Abstract

Dexfenfluramine is undoubtedly the most studied molecule in the field of feeding behaviour and it has increased our fundamental knowledge of food intake and body mass regulation. Animal and human studies have shown that dexfenfluramine increases the degree of satiety induced by food intake. Dexfenfluramine seems to act directly on the fundamental mechanisms of energetic regulation. Dexfenfluramine also has an original effect on some food intake disorders. In "carbohydrate cravers", dexfenfluramine reduces total food intake by selectively reducing carbohydrate snacks without reducing protein intake significantly.

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What this paper is about

Dexfenfluramine is undoubtedly the most studied molecule in the field of feeding behaviour and it has increased our fundamental knowledge of food intake and body mass regulation. Animal and human studies have shown that dexfenfluramine increases the degree of satiety induced by food intake. Dexfenfluramine seems to act directly on the fundamental mechanisms of energetic regulation. Dexfenfluramine also has an original effect on some food intake disorders. In "carbohydrate cravers", dexfenfluramine reduces total food intake by selectively reducing carbohydrate snacks without reducing protein intake significantly.

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Available abstract

Dexfenfluramine is undoubtedly the most studied molecule in the field of feeding behaviour and it has increased our fundamental knowledge of food intake and body mass regulation. Animal and human studies have shown that dexfenfluramine increases the degree of satiety induced by food intake. Dexfenfluramine seems to act directly on the fundamental mechanisms of energetic regulation. Dexfenfluramine also has an original effect on some food intake disorders. In "carbohydrate cravers", dexfenfluramine reduces total food intake by selectively reducing carbohydrate snacks without reducing protein intake significantly.

Key concepts: Dexfenfluramine, Medicine, Food intake, Anorectic, Fenfluramine, Internal medicine, Endocrinology, Receptor

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