Product description:
As the skin gradually loses its density with age, it is necessary to keep the production of skin fibres at a good level, for this purpose our partner Naolys has developed All Even Sweet Iris. All Even Sweet Iris is a natural and active plant cell from the Iris Pallida, produced in France. Its use in cosmetic products has been extensively studied, particularly for its ability to firm and soften the skin, reduce wrinkles and crow's feet and regenerate the epidermis. In vitro studies have shown that All Even Sweet Iris stimulates the proliferation of keratinocytes in the basal layer of the epidermis by up to 24% at a concentration of 0.5%. It was also found to reduce cell differentiation, resulting in more uniform labelling of filaggrin in the stratum granulosum.
 
In addition to these effects on the epidermis, All Even Sweet Iris has been shown to increase the rate of various components of the extracellular matrix, including perimembrane proteoglycans, transmembrane proteoglycans, matrix proteoglycans, collagen and elastin. These effects contribute to the reinforcement of the protective skin barrier and the restoration of dermis function, as well as the densification of the dermis. All Even Sweet Iris has also been shown to stimulate glycosaminoglycan rates by up to 36% at a concentration of 0.5% and reduce MMP3 expression by up to 31%.
 
The firming and wrinkle-reducing effects of All Even Sweet Iris have also been demonstrated in clinical trials. In a study involving 20 women, the application of a 0.1 % concentration of All Even Sweet Iris in an emulsion resulted in a 19 % reduction in the number of wrinkles. The length of wrinkles was reduced by 26% after 28 days of treatment and the total area of wrinkles was reduced by 24%. In a survey, 80 % of the study participants reported that their wrinkles had reduced.
 
All Even Sweet Iris is available in the following four different forms: 
 
1) 100% Powder
2) 20% Plant Cells Sonicated in Glycerin 
3) 20% Plant Cells Sonicated in Sunflower Oil
4) 20% Dispersed in Glycerin