Drawing the Line on Wrinkles
October 21, 2008 | Contact Author | By: Diane Bilodeau, PhD, and Isabelle Lacasse, Atrium Innovations Inc.
antiaging | dermal-epidermal junction | collagen VII | laminin-5 | fibronectin
Abstract: A new effective strategy to reduce the appearance of fine lines and wrinkles involves supporting the production of structural proteins involved in skin cohesion at the dermal-epidermal junction with a new biomimetic peptide created by solid phase.
Wrinkling is the expression of life and an inherent part of skin aging. Wrinkles hold memories of emotions, expressions and lifestyle. If only the worried frown lines could be filtered out to preserve just the smiling fine lines. It is clear that wrinkles cannot merely be wiped away but scientists can design new technologies capable of reducing fine lines; first, however, the process of aging must be understood.
Skin Aging and Wrinkle Formation
Aging is a complex process that translates into morphological and functional changes within the skin (Table 1). Skin aging occurs in two different ways that interact: the intrinsic form of chronological aging and the extrinsic form of photoaging.
Z-COTE LSA provides broad-spectrum protection from long wave UVA rays and medium wave UVB rays by physically scattering, reflecting and absorbing solar radiation.
- Zinc Oxide
- UVA Protection
- UVB Protection