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Since Nisin was approved for use by the FDA in 1969, it has been applied in the global food industry for over 50 years. During this period, there have been no reports of food safety incidents or health damage caused by the intake of Nisin.
The European Food Safety Authority's retrospective study in 2020 analyzed the Nisin usage data during the period from 1990 to 2020 and found no cases where consumer exposure exceeded the safety threshold.
Comparison of safety with other preservatives
Compared with chemically synthesized preservatives (such as sodium benzoate and potassium sorbate), the natural source and biodegradability of Nisin make its safety more advantageous. For example:
Sodium benzoate may generate potentially toxic benzoic acid under acidic conditions, while Nisin has high stability and harmless metabolism in acidic foods.
Potassium sorbate may cause sensitization in some populations, while the sensitization risk of Nisin is extremely low (the polypeptide structure has no homology with common allergens).
Other supplier products
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Nisin Powder |
Practical Implications for Food ApplicationsFormulation Considerations:When using nisin in food products, the pH of the matrix affects both its eff... |
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Nisin 500g |
Safety risk control and precautions of NisinDosage compliance: The usage limits stipulated in regulations such as GB 2760 must be strictly followed... |
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Nisin Powder |
Thermal StabilityHeat Resistance in Acidic Media:Retains activity after pasteurization (70–90°C) or even UHT processing (135–150&de... |
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Natamycin 7681-93-8 |
In Beverages Fruit Juice Beverages: Adding natamycin to fruit juices can inhibit the growth of mold and yeast, preventing fermentation and spoilage... |
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Nisin Powder Supplier |
Nisin in Canned and Processed Foods Low-Acid Canned Foods: Nisin enhances the efficacy of thermal processing, allowing lower sterilization temperat... |
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