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Nano-Scale Biological Signal Technology
EXOSOME TECHNOLOGY
Exosomes are nano-sized extracellular vesicles (approx. 30–150 nm) that play a central role in intercellular signal transduction in biological systems. In modern cosmetic formulations, exosome-inspired active ingredient systems are used to specifically support skin physiological processes, structure-related mechanisms, and cosmetic signal modulation.
CELONÍQUE develops plant-based exosome analog systems with high structural stability and equipment compatibility – in compliance with the European Cosmetics Regulation.
Nano-scale Vesicular Architecture
Structural integrity
Exosomes feature a lipid-based bilayer membrane that stabilizes bioactive molecular cargo and ensures its structural integrity within topical cosmetic systems.
This nanostructured vesicular architecture enables controlled release dynamics and forms the basis for precise cosmetic signal interaction with the skin surface.
Biological Characteristics of Exosomes
Nano-structure (30–150 nm)
Exosomes are extracellular vesicles in the size range of 30–150 nanometers and serve as carriers of biological information molecules in cosmetic applications.
Bioactive Molecular Cargo
They transport peptides, proteins and signal mediators that can support fibroblast-associated processes and skin physiological processes.
Cellular Signaling
By interacting with the skin surface, exosome-based systems contribute to supporting structure-related processes such as collagen and elastin dynamics.
Intercellular Communication Systems
Cellular Signal Transduction
Exosomes function as natural information carriers within intercellular communication processes.
Through interaction with the skin surface, exosome-inspired cosmetic systems support signal-related mechanisms involved in fibroblast-associated activity patterns and collagen- and elastin-related structural processes.
The nano-scaled vesicle architecture enables precise signal modulation in a cosmetic context and supports the skin in maintaining its physiological balance.
Nanoscale Vesicle Stability
Structural Integrity
Xosomes feature a lipid-based double-layer membrane that stabilizes the molecular cargo and ensures its structural integrity within topical cosmetic systems.
This vesicular architecture forms the basis for a controlled, cosmetic signal interaction with the skin surface.
Surface Interaction
Membrane association
Nano-vesicles interact with the epidermal environment and support processes of intercellular communication in cosmetic applications.
The structured membrane association forms a basis for signal-oriented skin processes.
Signal Modulation
Biological cascade support
Exosome-inspired systems contribute to supporting fibroblast-associated activity patterns and are related to collagen- and elastin-related structural mechanisms.
Dermal Dynamics
Structure-Related Skin Processes
In a cosmetic context, the formulations support processes associated with dermal elasticity, collagen balance, and the structural architecture of the skin.
Technological Integration
Instrumental Synergy
The systems are optimized for conductivity, stability, and molecular integrity for EMS, ultrasound, LED, and iontophoretic applications.
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