Beauty & Longevity Synergized: CyanthOx™
Beauty and longevity synergized: energize cells, preservecollagen, defend skin
A new wave of beauty-from-within solutions is centering onthree interlocking priorities: powering cellular energy, supporting collagenproduction, and protecting skin health. Together, these mechanisms optimizemetabolism, reinforce dermal resilience, and enhance beauty and longevity fromwithin.
CyanthOx™ — the strongest plant-based antioxidant
CyanthOx™ is a sea buckthorn–derived complex concentrated inproanthocyanidins and flavonoids. Designed for holistic beauty-from-within, ittargets core hallmarks of aging—mitochondrial dysfunction, stem cellexhaustion, cellular senescence, chronic inflammation, and dysbiosis—whilepowering three integrated outcomes: stronger cellular energy, enhanced collagenarchitecture, and durable skin protection. The result is optimized metabolism,reinforced dermal resilience, and visible radiance from within.
Energize at the source: mitochondrial support for metabolic harmony
• Bioenergetic lift: CyanthOx™ improved mitochondrial membrane potential by 69% and boosted ATP production by 91% in models of mitochondrial stress—key for cellular housekeeping, repair, and daily resilience.
• From stress to balance: By lowering oxidative burden, cells stay out of “emergency mode,” preserving resources for renewal pathways that translate into brighter tone, smoother texture, and faster recovery.
Rebuild and preserve structure: comprehensive collagen care
• Stimulate synthesis: CyanthOx™ enhances TGF β1/Smads signaling, supporting up to a 37% rise in collagen production. In aging dermal fibroblasts, it increased type I collagen and improved cell viability by 64%.
• Protect the matrix: By balancing the MMP/TIMP system and promoting healthy collagen crosslinking, it reduces breakdown while improving tensile strength and elasticity—foundations of firmness, bounce, and wrinkle resistance.
• Complementary matrix gains: Reported boosts in elastin (+153%) and hyaluronic acid (+47%) help sustain suppleness and hydration for a resilient, plump look.
Safeguard skin health: antioxidant and anti-inflammatory defense
• Oxidative shield: With an ORAC of 895,281 μmol TE/100 g, CyanthOx™ neutralizes free radicals that accelerate intrinsic and extrinsic aging, preserving cellular components and evening skin tone.
• Quiet the inflammatory baseline: Demonstrated reductions in TNF α (−33%), IL 1β (−33%), IL 6 (−57%), and VEGF (−29%) support a calmer environment for barrier integrity and fewer stress-related flare-ups.
• Regenerative capacity: In human clinical settings, CyanthOx™ increased circulating progenitor, mesenchymal, and endothelial stem cells by over 40%, reinforcing ongoing repair and tissue quality.
• Gut–skin axis support: Evidence for improved gut integrity and ulcer healing points to better nutrient absorption and lower systemic inflammatory signaling—an upstream win for clear, resilient skin.
Why this unified approach works
• One mechanism feeds the next: Better mitochondrial output fuels collagen production and repair; protected collagen and a calmer inflammatory state fortify the barrier; a healthier gut reduces systemic stress on skin. These interconnected benefits create a virtuous cycle of metabolic efficiency and dermal resilience.
• Fewer products, broader impact: By addressing multiple hallmarks of aging in parallel, CyanthOx™ from Puredia offers a concise, plant-based strategy for those seeking visible radiance and long-term skin health without a complex routine.
CyanthOx™ integrates cellular energy, collagen optimization, and skin protection into a single, coherent beauty-from-within solution—supporting metabolism, reinforcing dermal resilience, and enhancing beauty and longevity from within.
Featured Ingredient
Strongest Plant Antioxidants: 9x Stronger than Grape Seed & Acai
100% Plant-based & Vegan
No Additives / Solvent Used
Completely soluble in water
Good Thermal & pH Stability
Patented Technology
This ingredient is certified with:
References
Drapeau et al., 2019, Clinical Interventions in Aging, 14, 253-263.
Liu et al., 2022, Frontiers in Pharmacology, 13, Article 914146.
Lin et al., 2022, Frontiers in Nutrition, 9, Article 850076.
Liu et al., 2022, Antioxidants, 11(11), 1900.