ID JOS-j.ejps.2014.09.024
著者:名前 著者:別形式 Miki, Ryotaro / Ichituka, Yasuna / Yamada, Takumi / Kimura, Soichiro / Egawa, Yuya / Seki, Toshinobu / Juni, Kazuhiko / Ueda, Hideo / Morimoto, Yasunori
著者:カナ 著者:所属 城西大学薬学部 / 城西大学薬学部 / 城西大学薬学部 / 城西大学薬学部 / 城西大学薬学部 / 城西大学薬学部 / 城西大学薬学部 / 城西大学薬学部 / 城西大学薬学部
著者:所属(別形式) Josai University, Faculty of Pharmaceutical Sciences / Josai University, Faculty of Pharmaceutical Sciences / Josai University, Faculty of Pharmaceutical Sciences / Josai University, Faculty of Pharmaceutical Sciences / Josai University, Faculty of Pharmaceutical Sciences / Josai University, Faculty of Pharmaceutical Sciences / Josai University, Faculty of Pharmaceutical Sciences / Josai University, Faculty of Pharmaceutical Sciences / Josai University, Faculty of Pharmaceutical Sciences
著者版フラグ author
出版者 Elsevier
NCID AA11527142
冊子ISSN 09280987
電子ISSN 18790720
掲載誌名 巻 66
刊行年月 2015-01
開始ページ 41
終了ページ 49
コンテンツ作成日 2014-09-30
コンテンツ登録日 2014-11-19
識別番号:DOI info:doi/10.1016/j.ejps.2014.09.024
識別番号:DOI(リンク) 抄録 We aimed to develop a high-throughput screening (HTS) system for preliminary predictions of human skin permeability by using an artificial membrane that can mimic the permeation behaviour of lipophilic and hydrophilic compounds across the human skin. In this study, we synthesized a copolymer containing poly(dimethylsiloxane) (PDMS) and poly(ethylene glycol) (PEG) 6000 and impregnated it onto a supportive membrane filter to prepare a PDMS/PEG 6000 copolymer-impregnated membrane. In addition, we synthesized another polymer without PEG units and used it to prepare an impregnated membrane for determining the role of PEG 6000 units in the PDMS/PEG 6000 copolymer-impregnated membrane. The permeation characteristics of the impregnated membranes were evaluated on the basis of the permeability coefficients of 12 model compounds with different lipophilicities, by using a 2-chamber diffusion cell, and these permeability coefficients were compared with those across the human skin. We obtained a good correlation between the permeability coefficients across the PDMS/PEG 6000 copolymer-impregnated membrane and human skin. Further, we evaluated the permeation characteristics of a 96-well plate model of the PDMS/PEG 6000 copolymer by using 6 model compounds. We obtained an ideal correlation between the permeability coefficients across the PDMS/PEG 6000 copolymer using a 96-well plate and those across the human skin. Thus, the PDMS/PEG 6000 copolymer would be a good candidate for preliminary evaluation of the permeability of lipophilic and hydrophilic compounds across the human skin.
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