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Last updated January 31, 2026
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Metalloproteinase enzymatic degradation agents: UnileverRecent Research Landscape

Unregulated proteolytic degradation of the extracellular matrix leads to tissue pathology and therapeutic failure. These innovations engineer specific enzyme inhibition or activation to restore physiological homeostasis.

What technical problems is Unilever addressing in Metalloproteinase enzymatic degradation agents?

Incomplete proteinaceous soil removal

(8)evidences

Residual organic matter and staining on fabrics persist after standard washing cycles. Eliminating these residues prevents fabric yellowing and maintains aesthetic textile quality.

Substrate proteinaceous stain persistence

(7)evidences

Uncontrolled enzymatic activity during cleaning cycles leads to the degradation of protein-based textile fibers. Preventing this damage maintains garment structural integrity and extends product lifespan.

Recalcitrant organic soil buildup

(7)evidences

Insoluble protein deposits resist standard surfactant removal during laundering. Effective enzymatic degradation of these residues prevents fabric graying and odor retention.

Recalcitrant proteinaceous fabric stains

(4)evidences

Standard detergents fail to effectively break down complex protein-based soils on textiles. Removing these residues prevents fabric graying and odor retention.