Inactive Nutrition Yeast – Functional Fermentation-Derived Nutritional Ingredient
Inactive Nutrition Yeast is a high-quality, non-viable yeast ingredient derived from Saccharomyces cerevisiae through controlled fermentation, inactivation, autolysis, or enzymatic processing, followed by separation, concentration, and spray drying. The product retains the natural nutritional components of yeast, including high-quality protein, peptides, amino acids, B-group vitamins, nucleotides, and trace minerals, while being completely non-living and non-fermentative.
Unlike active yeast used in baking and fermentation, Inactive Nutrition Yeast does not possess leavening or fermenting ability. It is specifically designed as a functional nutritional and flavor-enhancing ingredient for food, feed, and nutraceutical applications.

Inactive Nutrition Yeast is characterized by its rich nutritional profile and excellent functional properties in food systems:
Inactive Nutrition Yeast is widely used as a multifunctional ingredient in modern food formulation due to its dual role in nutrition and flavor enhancement:
It provides a natural source of high-quality protein and micronutrients, making it suitable for protein-fortified foods, nutritional supplements, and balanced diet formulations.
The naturally occurring amino acids and nucleotides contribute to a strong umami taste, improving overall flavor complexity and mouthfeel in savory foods without the need for artificial additives.
It helps mask undesirable off-notes in plant-based proteins, vitamins, and mineral fortification systems, improving overall sensory acceptance.
As a naturally derived fermentation product, it supports clean-label formulation trends by replacing synthetic flavor enhancers and additives such as MSG in certain applications.
Inactive Nutrition Yeast is suitable for a wide range of food and nutritional applications, including but not limited to:
Store in a cool, dry, and well-ventilated area away from direct sunlight and moisture. Keep sealed after opening to maintain product quality and prevent caking.