Within healthy hair, proteins and lipids work as an integrated structural system known as “Lipid–Protein Matrix”. 

Where, proteins form the internal framework of the fibre, while lipids act as the biological matrix that holds between structural components, maintaining cohesion, flexibility, and preserving the overall organization of the hair structure.

This structural organization is what allows hair to remain strong, flexible, resilient, and resistant to everyday mechanical, thermal, and chemical stress.

For years, repairing damaged hair has focused on reconnecting broken bonds inside the fibre. But hair damage is deeper than bonds — it is a structural breakdown of the hair’s lipid–protein matrix.

Rather than focusing on a single bond or isolated area of damage, Lipid–Protein Matrix Technology takes a broader structural approach – it targets the root cause of damage by helping rebuild the Lipid-Protein Matrix of the hair that restores strength, flexibility, resilience, and long-term fibre integrity.

At the core of this innovation is a US-patented technology, use biomimetic lipids engineered to behave similarly to the natural lipids found within healthy hair.

These biomimetic lipids penetrate deeply through the cuticle, cortex, and medulla—integrating into damaged hair structures, helping replenish depleted lipids.

As the matrix is progressively restored, the structural environment surrounding protein networks becomes more stable and organized. This helps improve fibre cohesion, reinforce integrity, and reconstruct the overall architecture of the hair.

At LABORIE derma, every claim begins with data. We believe true innovation must be verifiable and accessible — that’s why we publish our findings in open-access, peer-reviewed journals, inviting professionals and consumers to see the science for themselves.

In collaboration with researchers, its efficacy was confirmed and published on August 7, 2025, in Dermatology Research & Practice (Wiley).

Chemical treatments and oxidative stress can disrupt the hair surface, lifting cuticles and increasing fibre roughness. Lipid–Protein Matrix Technology helps support smoother cuticle alignment and healthier-looking fibre condition — improving softness, shine, and manageability.

SEM images of the hair fiber surface and after one use with LABORIE derma Lipid-Protein Matrix Technology.

Bleaching depletes the lipids and proteins that form hair’s internal framework, leaving gaps and weakness within the fiber.

Lipid-Protein Matrix Technology penetrates deeply into the hair shaft to refill lost lipids and reconnect proteins, reducing protein loss and cuticle swelling during bleaching and reconfiguring the internal architecture for long-lasting resilience.

SEM images of the morphological changes within the hair strand before and after one use with LABORIE derma Lipid-Protein Matrix Technology

Bleaching significantly depletes the structural lipids that help maintain the integrity of the hair fibre. After a single treatment, Lipid–Protein Matrix Technology restored lipid content to levels comparable to virgin hair, helping rebuild the structural foundation that supports stronger, more resilient hair.

Engineered through green chemistry principles, Lipid-Protein Matrix Technology replaces conventional silicones and petrochemical polymers with biomimetic, biodegradable lipids that leave no residue in the environment.