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Nestle

Last updated January 31, 2026
125
Innovation Areas
3,230
Inventors
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Collaborations

Controlled protein agglomeration kinetics: NestleRecent Research Landscape

Texture degradation and moisture migration lead to short shelf life and poor mouthfeel. These innovations engineer the internal physical structure to maintain product integrity and consistency.

What technical problems is Nestle addressing in Controlled protein agglomeration kinetics?

Structural collapse in aerated solids

(8)evidences

Unstable gas bubble distribution leads to texture loss and physical degradation. Maintaining structural integrity prevents product shrinkage and poor mouthfeel.

Poor coating adhesion and release

(4)evidences

Lipid-based food coatings often suffer from poor release characteristics and high saturated fat content. Reducing oiling-out and improving release properties prevents undesirable texture and nutritional profiles in frozen products.

Unpalatable frozen product texture

(4)evidences

Excessive sugar levels in confectionery and frozen desserts lead to poor nutritional profiles and undesirable sensory properties. Reducing sugar while maintaining structural integrity and mouthfeel addresses consumer health demands and regulatory constraints.

Excessive dietary lipid content

(1)evidences

Lipid transfer between layers causes structural softening and surface blooming. Preventing this degradation maintains texture and visual shelf-life stability.