The Power of SPARC Protein, Spider Silk, and Vertical Collagen III

LipoTrue integrates various cutting-edge technologies and advanced scientific approaches for the development of its active ingredients:

• Vertical Farming: This technology is used to grow wild plants in which biomimetic fragments are transiently expressed, such as the human collagen III present in the CO///A3™ active.
• Precision Fermentation: Mentioned as one of the key technologies integrated into its innovation model to accelerate the creation of next-generation cosmetic solutions.
• Biomimetic Design and Nature-Inspired Biotechnology: The company specializes in translating sophisticated designs from nature into cosmetic active ingredients. This includes the development of biomimetic peptides, like Waspilk™, inspired by spider silk architecture to improve dermal structure and collagen synthesis.
• Biomimetic Fragment Engineering: LipoTrue develops fragments that mimic human structures, such as the collagen III fragment, to restore skin architecture and improve its firmness and elasticity.

These technologies allow the company to create a portfolio of active ingredients that combine precision science with sustainability and biological efficacy.

For hair care, Waspilk™ acts as a biomimetic peptide inspired by spider silk architecture, offering the following specific benefits:

• Strengthening of hair fibers: The active ingredient helps reinforce the internal structure of the hair.
• Increased vitality and resilience: It improves the hair’s ability to withstand stress and external aggressions without losing its integrity.
• Improved keratin expression: It boosts the expression of keratin and cytokeratin, essential components for the health of both the hair and the scalp.
• Promotion of regeneration: It favors the regenerative processes of the capillary system.

These benefits derive from its ability to mimic the natural engineering of spider silk, which is capable of absorbing sudden tension, translating that property into greater resistance for the hair.

CO///A3™ acts as a biomimetic fragment of human collagen III, produced through transient expression in wild plants grown in vertical farming. Its function in rejuvenating the skin is based on several key biological mechanisms:

• Reconstruction of the dermal matrix: The active ingredient boosts the synthesis of collagens I and III, as well as elastin. This allows the dermal matrix to be rebuilt and the soft, “cushioned” architecture characteristic of baby skin to be restored.
• Modulation of integrins: CO///A3™ manages to shift integrins toward a more youthful profile, improving the communication and cellular behavior typical of biologically younger skin.
• Extracellular Matrix (ECM) Coordination: It improves the organization and coordination of the extracellular matrix through specific proteins such as lumican and TSP4.
• Redensification and radiance: By strengthening and organizing the skin’s internal structure, the ingredient manages to redensify the dermis, restoring its firmness, elasticity, and smoothness, in addition to reviving its natural glow.

CO///A3™ not only provides a structural component (the collagen fragment), but it also reprograms and coordinates the internal elements of the skin to recover its youthful identity.

SPARC is a matricellular protein that plays a fundamental role in skin structure and health. According to sources, this protein helps the skin in the following ways:

• Collagen synthesis and organization: The SPARC protein directly intervenes in the production of new collagen and, equally important, in its correct organization within the skin structure.
• Reinforcement of the dermal structure: By improving collagen quality, it helps achieve a more resistant and reinforced dermal structure.
• Improvement of the skin’s physical properties: Its action translates into visible benefits such as greater elasticity, firmer and smoother skin, and a more defined appearance.

LipoTrue uses this biological mechanism in its Waspilk™ ingredient, a biomimetic peptide inspired by spider silk that boosts the activity of matricellular proteins like SPARC to regenerate and strengthen both the skin and the capillary system.

The fundamental difference lies in the fact that, while generic peptides usually have limited and isolated functions, the SPARC protein acts as an orchestra conductor in the skin’s architecture, allowing for a much deeper and more organized regeneration.

Elite brands and cutting-edge cosmetics are betting on this approach for the following reasons documented in the sources:

• Organization, not just production: Unlike many common peptides that only stimulate collagen production, SPARC is a matricellular protein that not only boosts collagen synthesis but is also responsible for its correct organization within the skin structure.
• Nature-inspired engineering: Next-generation active ingredients like Waspilk™ are based on advanced biomimetics, translating the sophisticated architecture of spider silk (capable of absorbing extreme tension) into a peptide that activates SPARC. This offers resistance and elasticity that conventional peptides can hardly replicate.
• Superior structural results: The use of technologies involving SPARC allows for a reinforced dermal structure, which translates into visibly firmer, smoother, and more defined skin, in addition to providing vitality and resilience to hair fibers.
• Biotechnological precision: While generic ingredients are usually “standard” solutions, these new active ingredients are the result of a decade of innovation in precision fermentation and vertical farming, designed to specifically “awaken” the skin’s youthful identity.

Seeking out the SPARC protein means moving from superficial care to a reconstruction of the extracellular matrix that mimics the efficiency of nature’s most perfect designs.

In the dermis, lumican and TSP4 (thrombospondin-4) play a fundamental role in the coordination of the Extracellular Matrix (ECM). According to sources, their main functions are:

• Extracellular Matrix (ECM) Coordination: They act by organizing and harmonizing the components of the cellular environment in the skin.
• Skin redensification: Their activity allows the dermis to be redensified, which helps recover the volume and structure lost with age.
• Restoration of mechanical properties: This coordination is key to restoring the skin’s firmness, elasticity, and smoothness.
• Improvement of radiance: By optimizing the internal architecture of the dermis, they contribute to reviving the natural shine or radiance of the skin.

These proteins are specifically boosted by the CO///A3™ active ingredient, a biomimetic fragment of collagen III that seeks to “awaken” the skin’s youthful identity by restoring its soft and cushioned architecture.