[화장품화학] 아티에이징(Retinol & Retinoic acid)(영문)

 1  [화장품화학] 아티에이징(Retinol & Retinoic acid)(영문)-1
 2  [화장품화학] 아티에이징(Retinol & Retinoic acid)(영문)-2
 3  [화장품화학] 아티에이징(Retinol & Retinoic acid)(영문)-3
 4  [화장품화학] 아티에이징(Retinol & Retinoic acid)(영문)-4
 5  [화장품화학] 아티에이징(Retinol & Retinoic acid)(영문)-5
 6  [화장품화학] 아티에이징(Retinol & Retinoic acid)(영문)-6
 7  [화장품화학] 아티에이징(Retinol & Retinoic acid)(영문)-7
 8  [화장품화학] 아티에이징(Retinol & Retinoic acid)(영문)-8
 9  [화장품화학] 아티에이징(Retinol & Retinoic acid)(영문)-9
 10  [화장품화학] 아티에이징(Retinol & Retinoic acid)(영문)-10
 11  [화장품화학] 아티에이징(Retinol & Retinoic acid)(영문)-11
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[화장품화학] 아티에이징(Retinol & Retinoic acid)(영문)에 대한 자료입니다.
목차
1.Vitamin A
2.Result
3.Conclusion
4.Retinoic acid receptor a
5.Experiment
6.Result
7.Reference
본문내용
Objective
-to assess the efficacy of a newly synthesized photostable retinol derivative
Method
-29 Korean women
-retinol derivative twice daily
on the left of the face and a placebo on the right

-


-visiometer (SV 600, Germany)

Role of Retinoic acid receptor
Nucleic receptor – gene expression
cellular proliferation and differentiation
Prevent matrix changes from photo-ageing

참고문헌
Reference

A newly synthesized photostable retinol derivative(retinyl N-formyl aspartamate) for photodamaged skin: Profilometric evaluation of 24-week study/ Min-Suk Lee 外/ 2006.08
Nutrition and enhancing youthful-appearing skin/ Zoe Diana Raelos/ 2010
Retinoic acid receptor α expression and cutaneous ageing/ Rachel E.B. Watson 外/ 2004.03