Zero-sucrose fermentation matrix engineering: Mengniu DairyRecent Research Landscape
Engineering the metabolic pathways and structural integrity of yogurt without traditional sucrose-based osmotic pressure. This allows for room-temperature shelf stability and specific glycemic profiles in functional dairy matrices.
What technical problems is Mengniu Dairy addressing in Zero-sucrose fermentation matrix engineering?
Post-consumption metabolic distress
(12)evidences
The cluster addresses the physiological distress and ethanol-induced side effects associated with traditional fermented beverages. Reducing metabolic strain while maintaining shelf stability creates a functional health advantage for consumers.
Shelf stable structural instability
(8)evidences
Aerated and plant-based yogurt matrices suffer from phase separation and foam collapse when stored without refrigeration. Maintaining a stable whipped texture at room temperature enables broader distribution and longer shelf life.
Structural fragility during dehydration
(6)evidences
The keywords focus on microencapsulation and embedding particles specifically for yogurt applications. This indicates a need to protect sensitive bioactive ingredients from degradation during processing and digestion.