Silk Peptide: The Ideal Candidate
Silk Peptide, Activated Silk 33B-α, is a naturally derived, bioactive peptide that has been clinically proven to boost the skin barrier by supporting the production of claudin. This protein improves the skin barrier’s ability to maintain tight junctions between cells, and it has been found beneficial for all skin types, including sensitive or eczema-prone skin.
Do you struggle with…
Dry Skin?
By maintaining the tight junctions on the top layer of the skin, by preventing skin barrier cells loosening and drifting farther apart, Claudin-1 prevents moisture from escaping from the skin barrier. In promoting this protein with silk peptide, there is a significant reduction in transepidermal water loss in as little as 7 days.
Inflammation?
In promoting tight junctions between skin barrier cells, environmental stressors have a hard time penetrating the skin – preventing inflammation and redness. In a clinical trial investigating this product, there was a significant reduction in redness in as little as 7 days.
Signs of Aging?
Silk peptide keeps the top layer of the skin firm, preventing fine lines and wrinkles, and promoting younger-looking skin. In the same clinical study, there was a reduction of the appearance of wrinkles in as little as 7 days.
Finding the right product?
Silk peptide has added benefit by being non-occlusive and water soluble. Due to this, it is effective in places that other skincare bases cannot and has increased longevity on the skin. This allows its positive effects to be ongoing – promoting better skin and better results.
Preston’s Pharmacy may be right for you! Our pharmacists have curated a clinically-proven silk peptide that prevents wrinkles and fine lines, locks moisture, reduces redness and inflammation, and makes your skin feel healthier. Order Silk Peptide from our custom skin care line through our website or visit us in store. Email our team at wellness@prestonspharmacy.com for further questions about silk peptide. Read more about silk peptide and its study.
