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Nestle

Last updated January 31, 2026
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Colloidal protein stabilization network: NestleRecent Research Landscape

Unbound divalent cations trigger protein aggregation and sedimentation in neutral pH beverages, leading to poor shelf stability and turbidity. Precise ionic control prevents protein-mineral cross-linking to maintain clarity and suspension.

What technical problems is Nestle addressing in Colloidal protein stabilization network?

Protein aggregation and sedimentation

(9)evidences

Free divalent cations trigger protein precipitation and turbidity in neutral pH liquid systems. Preventing this instability ensures visual clarity and shelf stability in high-protein formulations.

Premature product spoilage

(6)evidences

Fermented plant-based products suffer from rapid degradation and safety risks when stored outside of cold chains. Preventing spoilage at room temperature extends commercial viability and distribution reach.

Poor plant protein solubility

(3)evidences

Infant and adult populations experience adverse immune responses to bovine proteins. Replacing these with plant-based alternatives eliminates the risk of allergic reactions in sensitive consumers.

Unpalatable plant protein organoleptics

(3)evidences

Native plant proteins lack the structural integrity and mouthfeel required for stable emulsion-based food systems. Overcoming this structural deficiency allows for the replacement of animal-based fats and proteins without compromising sensory quality.