NanoCu-Peptide™
NanoCu-Peptide™ Time-Space Anti-Aging Key
50 nanometer liposomes carry blue copper peptides to reach the bottom of the skin, activate new collagen chains, and reshape the elastic network in 28 days. Tetrahydrocurcumin disintegrates free radicals, ceramide repairs the barrier in seconds, and smart peptide chains freeze expression lines. Protect against oxygen during the day and repair damage at night, from cell entropy increase to mechanical tension, reversing the cascade reaction of time.
NanoCu-Peptide Delivery： INCI Name：
Betula Alba Juice, Glycerin, Butylene Glycol, Dipropylene Glycol, Propanediol, Pentylene Glycol, Tetrahydrocurcumin, Palmitoyl Oligopeptide, Palmitoyl Tetrapeptide-7, Copper Tripeptide-1, Acetyl Hexapeptide-8, Ceramide NP, Ethylbisiminomethylguaiacol Manganese Chloride, Piperine, Dimethyl Sulfoxide, Bisabolol, Phenoxyethanol, Ethylhexylglycerin, Lactic Acid, Sodium Lactate
NanoCu-Peptide™ Delivery Super Anti-Aging Concentrate Complex
— A Revolutionary Anti-Aging Technology Ushering in a New Era of Skin Rejuvenation
【Preface】
At the intersection of biotechnology and dermatological science, NatureXcel™ Scientific is driven by the mission to "decode the origin of life and revitalize cellular energy." After a decade of intensive research, we proudly present the groundbreaking NanoCu-Peptide™ Delivery Super Anti-Aging Concentrate Complex. This next-generation innovation, combining supercritical fluid extraction and nanoscale carrier engineering, redefines the technological standards of anti-aging skincare by enhancing active ingredient delivery down to the molecular penetration level.
Chapter 1: Technological Revolution — Synergy of Two Core Innovations
1.1 Supercritical CO₂ Bio-Extraction System
By precisely controlling temperature and pressure parameters, this method achieves “zero-damage” extraction of botanical actives. It overcomes the thermal sensitivity limitations of traditional solvent methods, preserving the natural enzymatic activity from birch sap and the stereoisomeric integrity of tetrahydrocurcumin, ensuring that each drop retains the full bioinformational energy of its plant origin.
1.2 50 nm-Scale Liposomal Delivery System
Mimicking the phospholipid bilayer structure of human cell membranes, this carrier encapsulates actives in vesicles precisely sized between 50–80 nm. Transdermal absorption studies confirm that this system extends the epidermal retention time of copper peptide complexes by 300% and effectively delivers them through the stratum corneum to the dermal stem cell microenvironment.
Chapter 2: Cellular-Level Anti-Aging Matrix — A Six-Dimensional Synergistic Mechanism
2.1 Signal Peptide Intelligent Regulation Network
• Copper Tripeptide (GHK-Cu): Acts as the "messenger" of the extracellular matrix, activating the TGF-β signaling pathway in fibroblasts to continuously stimulate Type I collagen synthesis
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• Matrix Rebuilding Peptides: Target and inhibit metalloproteinase activity, forming a protective collagen fiber shield while repairing the elastic fiber framework.
• Neurotransmitter Modulating Peptides: Competitively bind SNARE complexes to finely regulate muscle contraction signaling pathways.
2.2 Supramolecular Antioxidant Defense System
By constructing an electron transport chain between tetrahydrocurcumin and superoxide dismutase (SOD) mimetics, a self-circulating antioxidant matrix is formed. This system not only neutralizes free radicals but also converts lipid peroxides into stable metabolic byproducts, creating a deep-skin oxidative stress defense field lasting up to 72 hours.
2.3 Biomimetic Lipid Barrier Repair Technology
Utilizing ceramide-based lamellar liquid crystal reconstruction to mimic the natural lipid arrangement of skin. Specialized plant sphingoid derivatives intercalate into intercellular spaces, repairing structural defects in the lipid bilayers caused by photoaging and chemical irritation.
Chapter 3: Clinically Proven Rejuvenation — Visible Age Reversal
3.1 Epidermal Regeneration Effects
• 58.7% increase in stratum corneum hydration after 28 days
• TEWL reduced to levels comparable with healthy skin baseline
• 42.3% improvement in skin luminosity (measured via Lab* colorimetric system)
3.2 Dermal Reconstruction Outcomes
• 29.6% increase in collagen density (high-frequency ultrasound imaging)
• Elastic fiber network restored to 83% of youthful integrity
• 26.4% increase in microcirculatory blood flow (laser Doppler imaging)
3.3 Muscular Layer Optimization
• 37.2% reduction in facial muscle contraction amplitude (3D electromyography)
• 1.2 mm reduction in nasolabial fold depth (3D optical scan)
• 5.8-second delay in onset of dynamic wrinkles around the eyes (high-speed video analysis)
4.2 Multi-Phase Stability Technology
Through synergistic action between non-ionic emulsifiers and polysaccharide polymers, the stable coexistence of water-soluble peptides and lipid-soluble antioxidants is achieved. In 40°C accelerated tests, active ingredient retention exceeded 98.7% after 24 months.
4.3 Non-Irritant Penetration Enhancement Strategy
Plant-derived terpenes enhance cell membrane fluidity, working in tandem with biodegradable penetration peptides to create instant aquaporin channels — enabling 100% ingredient release within 72 hours, without relying on traditional enhancers.
Chapter 4: The Philosophy of Formulation — Ultimate Biocompatibility
4.1 Plant-Fermented Buffering System
A pH self-regulating system derived from natural lactic acid bacteria fermentation products ensures the stability of active compounds in acidic skin environments, eliminating ionic imbalance issues caused by conventional acid-base regulators.
5.2 Nighttime Repair Mode
• Tetrahydrocurcumin synchronizes mitochondrial circadian rhythm
• Signal peptides initiate collagen synthesis during nocturnal peak
• Birch polyphenols rebalance the skin microbiome
5.3 Aesthetic Medicine Synergy
• Post-laser repair: Speeds up epidermal regeneration at thermal damage sites by 2.3×
• Filler booster: Extends hyaluronic acid retention time by 40%
• Chemical peel companion: Rebuilds barrier function within just 72 hours post-exfoliation
Chapter 5: Revolutionary Application Scenarios — From Lab to Lifestyle Aesthetics
5.1 Daytime Defense Mode
• Antioxidant matrix dynamically balances ROS production from UV exposure
• Copper peptides stimulate expression of photodamage repair enzymes
• Ceramide complexes improve film uniformity of physical sunscreens
【Future Outlook】
NatureXcel™ Scientific is actively expanding this technology to scalp rejuvenation and joint anti-aging domains. Latest findings show that the nanocarrier system can cross the blood-brain barrier, paving the way for preventive care in neurodegenerative conditions.
(Note: All technical parameters have been verified by ISO 17025 certified laboratories. Full experimental data are archived in the NatureXcel™ Scientific database and are available to partners under tiered access authorization.)
