Glucose-Fructose Syrup Sensory Map

Glucose-Fructose Syrup is a highly refined liquid sweetener characterized by a clean, neutral sweetness profile that lacks the molasses-driven undertones of sucrose, offering a viscous, glass-like transparency and a smooth, syrupy mouthfeel. In professional pastry and confectionery, it is indispensable for its high hygroscopicity and anti-crystallization properties; in Italian Gelato, it depresses the freezing point to ensure a creamy, scoopable texture, while in **Mirror Glazes (Glaçage Miroir)**, it provides a high-gloss finish by preventing the formation of large sugar crystals during cooling. Originating from the enzymatic hydrolysis of starch—most notably corn in the United States (as HFCS) and wheat or potatoes in the European Union—it became a cornerstone of mid-20th-century industrial food science due to its superior stability in acidic environments compared to granulated sugar. Unlike sucrose, GFS participates readily in the Maillard reaction due to its high concentration of reducing sugars, which accelerates the browning of crusts in commercial **Brioche** and soft breads, while its ability to retain moisture significantly extends the shelf life and crumb softness of baked goods. Its primary technical distinction lies in its molecular flexibility; because the glucose and fructose molecules are unbound, the syrup provides immediate osmotic pressure, making it a superior humectant that prevents staling and maintains the structural integrity of delicate emulsions.

• Dental Caries Promotion
• Readily Absorbed Carbohydrate Energy Delivery
• Cardiometabolic Risk
• Added Sugar Glycemic Impact
• Obesity and Weight Gain
• Excess Calorie Intake
• Dental Caries Risk
• High Intake Added Sugar-Induced Liver Fat Accumulation
• Fructose-Induced Liver Strain
• Glycemic Impact
• High Intake Added Sugar-Induced Triglyceride Elevation

• Energy: 328 kcal
• Protein: 0 g
• Fat: 0.1 g
• Fiber: 0 g