Spotless Beauty Routine - Flipbook - Page 7
SPOTLESS
BEAUTY ROUTINE
AIMS TO:
TARGET
DIFFERENT TYPES OF HYPERPIGMENTATION
FADE AWAY
THE APPEARANCE OF DARK SPOTS , SUN SPOTS , AND POST - INFLAMMATORY
HYPERPIGMENTATION WHILE BEING GENTLE FOR SKIN .*
STRENGTHEN
SKIN ’ S OWN DEFENSE SYSTEM ** TO ENVIRONMENTAL STRESSORS .
OBTAIN
HEALTHY , LUMINOUS , SMOOTHED AND PROTECTED COMPLEXTION .
PROMOTE
ANTIOXIDANT AND ANTI - POLLUTION PROTECTION . ***/***
* In vivo evaluation of depigmenting potential of Melan-ox on melanin reduction conducted on reconstructed human skin
** Test on ingredient
*** In vitro evaluation of the anioxidant activity of Melan-ox and Photo-Defense
**** In vitro evalution of anti-polution potential of Photo-Defense
1. In vitro evaluation of collagen and elastin gene expression on human dermal fibroblast
2. In vitro evaluation of expression of Transglutaminase 1 and Involucrin in human keratinocytes
3. In vitro evaluation of IL -level after the 42 min treatment of PHA Touch conducted on RHE
4. Results of in vitro 4 days treatment analysis of Melan-ox on reconstructed tanned epidermis (RHPE, SkinEthicTM)
5.Results of in vitro evaluation of antioxidant activity on human keratinocytes after 24 h
6. In vitro evaluation of phototoxicity potential of a product in BALC/c 3T3 cells
7. In vitro evaluation of the photosensitisation potential of Melan-ox after treatment of THP-1 cells and exposure to a light source
8. Results of invitro evaluation of anti-inflammatory effect on human keratinocytes after 24 h
9. Results of in vitro evaluation of anti-pollution protection on human keratinocytes after 24 h
10. Evaluation of the levels of the MMP-1 molecule on human keratinocytes
11. Evaluation of eye irritation on a 3D model (HCE, SkinheticTM)
12. In vitro evaluation of the senescence-associated -galactosidase activity of irradiated human dermal fibroblasts treated with PHA Touch
13. In vitro evaluation of the possible modulation of sebum production and adipogenesis by analysis of peroxisome proliferator-activated receptor (PPAR )
gene expression on sebocytes and adipocytes culture
