THE POWER OF PEPTIDES; A VITAL SKINCARE INGREDIENT
“Peptides are a powerful skincare ingredient, but they need to be delivered to where you skin actually needs them, in the deep dermis.”
PEPTIDES ARE IMPORTANT FOR SEVERAL REASONS:
COLLAGEN PRODUCTION: Peptides can stimulate the production of collagen, a protein essential for maintaining the skin’s firmness and elasticity. Increased collagen can help reduce the appearance of fine lines and wrinkles.
SKIN BARRIER REPAIR: Peptides help strengthen the skin’s natural barrier. A strong barrier protects the skin from environmental damage, retains moisture, and prevents the entry of harmful substances.
ANTI-INFLAMMATORY PROPERTIES: Certain Peptides have anti-inflammatory properties. They can soothe irritated skin and reduce redness, making them beneficial for sensitive skin conditions.
IMPROVED SKIN TEXTURE AND TONE: By promoting the production of elastin fibres, Peptides can improve the skin’s texture and tone, making it look smoother and more even.
HYDRATION: Peptides can enhance the skin’s ability to retain moisture, which is crucial for maintaining healthy, plump, and youthful-looking skin.
HYALURONIC ACID’S ROLE IN PEPTIDE DELIVERY AND COLLAGEN PRODUCTION.
Hyaluronic Acid plays a crucial role in supporting collagen synthesis and overall skin health. Here’s how:
HYDRATION: Hyaluronic acid delivers and retains moisture. By keeping the skin well-hydrated, it helps maintain a healthy environment for skin cells, which can indirectly support collagen production.
SKIN REPAIR AND PROTECTION: Well-hydrated skin is better able to repair itself and maintain its barrier function. This can help protect existing collagen from damage caused by environmental stressors, such as UV radiation and pollution.
ENHANCED ABSORPTION: Hyaluronic Acid can enhance the penetration and effectiveness of Peptides to stimulate collagen production.
THE ROLE OF BIOACTIVE GLASS IN COLLAGEN PRODUCTION
Bioactive glass can also play a role in stimulating collagen production. Here’s how:
OSTEOGENIC PROPERTIES: Bioactive glass is known for its ability to bond with bone and stimulate bone growth. In a similar manner, it can enhance the activity of fibroblasts, the cells responsible for collagen production in the skin.
WOUND HEALING: Bioactive glass has been used in medical applications for wound healing due to its ability to promote tissue regeneration and repair. This process often involves the stimulation of collagen production as part of the skin’s natural healing response.
IONIC RELEASE: When bioactive glass comes into contact with bodily fluids, it releases ions such as calcium and silicon. These ions can stimulate cellular activities that lead to increased collagen production and overall tissue regeneration.
ANTIMICROBIAL PROPERTIES: By reducing bacterial load at the site of application, bioactive glass can prevent infections that might otherwise impair the skin’s healing processes, indirectly supporting collagen production and skin repair.
THE ROLE OF HYOGLASS™ TECHNOLOGY
Visible Youth’s patented Hyoglass™ technology fuses a pure molecule of medical grade Hyaluronic Acid (HA) with our unique Bioactive Glass, and powerful natural Peptides, for precision delivery into the deeper dermis.
Multi-Peptide Super Serum combines our Hyoglass™ with Glycopeptides for collagen synthesis, extract of Maca for cellular renewal, Nutripeptides for proteins and skin softening Oat Lipids.
Multi-Action Eye Serum combines our Hyoglass™ with Oligopeptides from Maca Root, collagen stimulating Alfalfa Seed and Lupin Seed Extract. in a lightweight formula for more youthful and refreshed eyes.
TARGETED DELIVERY; While Peptides are a powerful skincare ingredient, they need to be delivered to where you skin actually needs them, in the deep dermis. Therefore, if they sit on your skin surface, they are not doing their job. Visible Youth™’s breakthrough delivery system uses a perfectly weighted molecule of Hyaluronic Acid to reach precisely where lines are formed.
Visible Youth, Hyoglass – Best New Ingredient. Pure Beauty Global Awards 2023
