The study intends to evaluate the efficacy of an anti-melanogenesis active in different concentrations under part of visible Light \[400-450nm\] exposures and under full visible light \[400-700nm\] exposures. It is carried out on cosmetic products for which the safety has been assured by a toxicologist, with the aim of confirming the efficacy of the products, which will be used by a large number of consumers under normal and reasonably foreseeable use conditions.
The main objective of this study is to assess the efficacy of an anti-melanogenesis active in different concentrations under \[400-450nm\] exposures and under \[400-700nm\] in healthy volunteers by skin colorimetry (Delta E). The secondary objectives are: * To assess the efficacy of anti-melanogenesis active in different concentrations under \[400-450nm\] exposures and under \[400-700nm\] exposures in healthy volunteers by clinical evaluation and additional colorimetry measurements (Delta L\*, a\*, b\* and ITA°). * To assess the local tolerance and safety of the topical formulations under \[400-450nm\] exposure and under \[400-700nm\] by recording adverse events and safety.
Study Type
OBSERVATIONAL
Enrollment
31
Cosmetic topical products efficacy evaluation
CIDP Romania
Budapest, Romania
Skin color measurement
Measurement of the skin color using Chromameter® (non-invasive assessment) between the exposed zone (ZE) and non-exposed zone (ZNE).
Time frame: from Day 1 to Day 47.
Visual scoring of pigmentation
Visual evaluation of the pigmentation using L'Oreal pigmentation scale (0-13 points)
Time frame: from Day 1 to Day 47.
Visual scoring of erythema
Visual evaluation of the erythema using L'Oreal pigmentation scale (0-13 points)
Time frame: from Day 1 to Day 47.
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