References
- Br. J. Dermatol. v.129 Griffiths, C. E. M;Finkel, L. J;Ditre, C. M;Hamilton, T. A;Ellis, C. N;Voorhees, J. J
- Dermatology v.188 Kanwar, A. J;Dhar, S;Kaur, S
- Yakugaku Zasshi v.105 Wu, L;Miyase, T;Ueno, A;Kuroyanagi, M
- Arch. Pharm. Res. v.20 no.5 Ryu, S. Y;Lee, H. S;Kim, Y. K;Kim. S. H
- Arch. Pharm. Res. v.20 no.4 Bae, K. H;Kim, Y. K;Min, B. S
- Phytother. Res. v.4 Yamaki, M;Kashihara, M;Takagi, S
- Shoyakugaku Zasshi v.43 Yagi, A;Fukunaga, M;Okuzako, N;Mifuchi, I;Kawamoto, F
- J. Antibiotics v.12 Tomita, K;Oda, N;Ohbayashi, M;Kamei, H;Miyaki, T;Oki, T
- Biochem. Biophys. Res. Commun. v.243 Shin, N. H;Ryu, S. Y;Choi, E. J;Kang, S. H;Chang, I. M;Min, K. R;Kim, Y. S
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