M - CRYSTAL RETINAL 6

Vitamin A taken to the next level. Crystal Retinal is an advanced anti-ageing serum formulated with stabilised retinaldehyde (retinal), a next-generation form of vitamin A. Not to be confused with "retinol" (the classic form), retinaldehyde has been desmonstrated in multiple scientific studies to be more effective than retinol, but without added irritation. Retinal can deliver results comparable to clinical-grade vitamin A up to 11 times faster than retinol. Stabilised using patented crystal encapsulation and a patent pending carrot seed complex, this innovative overnight serum visibly minimises fine lines and wrinkles; firming and plumping the complexion to resurface skin texture and create an overall youthful appearance. The vitamin A is released gradually into the skin during the night, for minimal irritation. Also featuring hyaluronic acid and glycerin to draw moisture to every level of the skin, leaving it hydrated and visibly supple. As well as addressing signs of ageing, Crystal Retinal helps to reduce blemish-causing bacteria, visibly improving the clarity of the complexion. Medik8 offer progressive concentrations of Crystal Retinal products which form the Medik8 Crystal Retinal Ladder. Crystal Retinal 6, containing 0.06% retinaldehyde, is recommended for those who have comfortably used Crystal Retinal 3, or experienced users of high strength retinol products. Key benefits: - A youthful-looking complexion - Results up to 11x faster than retinol - Visibly improves lines and wrinkles, sun damage and uneven skin tone - Reduces the appearance of blemishes - Stable formulation retains potency over time Technologies: - 0.01% Retinaldehyde - Crystal Encapsulation - Carrot Seed Stability Complex - Hyaluronic Acid - Glycerin Medik8 recommend a simple, highly effective anti-ageing strategy of using vitamin C and sunscreen in the morning and vitamin A at night. This strategy is called: CSA. J. Fluhr, Tolerance profile of retinol, retinaldehyde and retinoic acid under maximized and long-term clinical conditions, Dermatology, 1999,199(Suppl 1), pp 57-60. Creidi P et al, Profilometric evaluation of photodamage after topical retinaldehyde and retinoic acid treatment, J Am Acad Dermatol, 1998, 39(6), pp 960-965 G Siegenthaler et al, Retinol and retinal metabolism. Relationship to the state of differentiation of cultured human keratinocytes, Biochem J, 1990, 268(2), pp 371-378 Pechere M et al, The antibacterial activity of topical retinoids: the case of retinaldehyde, Dermatology, 2002, 205(2), 153-8.