SAR 164.09
Revitalize tired eyes with La Roche-Posay Hyalu B5 Eye Serum (15ml). Packed with Hyaluronic Acid and a 10% dermatological complex, this powerful formula intensely hydrates, plumps fine lines, and visibly reduces dark circles for a brighter look.
Product code: 19022738
La Roche-Posay Hyalu B5 Eye Serum is a clinically engineered, dermo-cosmetic solution formulated specifically to treat the distinct physiological vulnerabilities of the periocular (eye contour) epidermis. Packaged in a sterile 15ml vial accompanied by a specialized massage applicator, this serum targets localized dehydration, micro-vascular stasis, and dermal thinning. It is indicated for individuals requiring clinical-grade hydration and structural support to address fine lines, periorbital wrinkles, and signs of fatigue. Key Medical Benefits & Clinical Value 1. Multi-Layer Epidermal Rehydration The skin surrounding the ocular orbit is significantly thinner than facial skin, lacking an abundance of sebaceous glands, which makes it highly susceptible to transepidermal water loss (TEWL). This serum introduces a targeted concentration of moisture-binding molecules that infiltrate distinct structural layers, instantly re-establishing structural turgor (plumpness) and smoothing fine dehydration lines. 2. Repair of the Compromised Periocular Barrier Environmental stressors, dry climates, and friction accelerate premature cellular aging around the eyes. The formulation triggers cellular regeneration and lipid synthesis, reinforcing the delicate dermo-epidermal junction. This increased barrier efficiency reduces sensitivity and protects thin skin from external chemical or physical irritants. 3. Mitigation of Vascular and Pigmentary Periorbital Discoloration Dark circles are frequently caused by micro-vascular pooling or thinning skin that reveals the underlying vascular network. The specialized 10% complex works synergistically with the cooling steel roller applicator to promote localized lymphatic drainage and micro-circulation. This mechanical and biochemical action reduces…