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Sucralose has been widely used in over 400 types of food, including carbonated beverages, carbonated drinks, alcoholic beverages, canned fruits and...

Scholars have studied the differences between sucralose and sucrose, aspartame, saccharin, and acesulfame in terms of sweetness, bitterness, sourne...

Sucralose has high stability and should be added centrally in any process of food processing according to the actual needs of the factory. It is no...

Sucralose does not participate in metabolism in the human body and is not absorbed by the human body. With zero calorific value, sucralose is an id...

It has excellent performance and is a non nutritive strong sweetener. The sweetness of sucralose is very high (400-800 times that of sucrose), and ...

Although the scope and maximum usage of saccharin have been clearly defined in China, cases of exceeding the scope and limit are not uncommon. On J...

Saccharin, saccharin, and acesulfame all belong to sulfonamide salts and are fully synthetic sweeteners with high solubility. Among them, Ansaimi h...

Qualified food additives are not harmful to the human body, but long-term excessive intake can also cause certain damage to human health. Meanwhile...

There are many types of sweeteners, which can be divided into: natural sweeteners and artificially synthesized sweeteners according to their source...

Sweetness is a complex physical, chemical, and physiological process that occurs when sweetener molecules stimulate taste buds. The level of sweetn...

Sweeteners refer to food additives that impart sweetness to food or feed. There are many types of sweeteners, which can be divided into natural swe...