Dissolution Difference between Acidic and Neutral Media of Acetaminophen Tablets Containing a Super Disintegrant and a Soluble Excipient. II.
スポンサーリンク
概要
- 論文の詳細を見る
The disintegration and dissolution of acetaminophen tablets containing sucrose and Ac-Di-Sol/Primojel was significantly different between acidic and neutral media. The purpose of this study was to investigate the mechanism of this phenomenon and to propose a way of reducing the dissolution difference between the two media. Tablets of different combinations of active ingredient, sucrose, and Ac-Di-Sol/Primojel were prepared and their dissolution in various media was evaluated. The dissolution differences were found to be largely related to the hydrophobicity of the active ingredient and pH difference of the two media. This difference was even more evident under the condition where acetaminophen, sucrose, and Primojel were combined. The dissolution difference was therefore attributed to the depressed function of Primojel in the acidic medium, the stronger binding of sucrose, the hydrophobicity of the active ingredient and pH difference of the two media. Increasing the concentration of Primojel or incorporating the surfactant in the tablet can thus greatly decrease the dissolution difference between acidic and neutral media.
- 公益社団法人日本薬学会の論文
- 1998-03-15
著者
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Wu Hsueh-ling
Block Drug Company Inc.
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Chen Chun-ren
Chia Nan College Of Pharmacy And Science
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Lin C‐k
National Central Univ. Chung-li Twn
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Lin Yaw-hung
Chen-ho Pharmaceutical Co. Ltd.
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CHO Shu-Ling
Chen-Ho Pharmaceutical Co., Ltd.,
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Cho Shu-ling
Chen-ho Pharmaceutical Co. Ltd.
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LIN Chih-Kuang
Chen-Ho Pharmaceutical Co., Ltd.,
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CHIANG Shu-Tuan
Chen-Ho Pharmaceutical Co., Ltd.,
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Chiang Shu-tuan
Chen-ho Pharmaceutical Co. Ltd.
関連論文
- Investigation of the Dissolution Difference between Acidic and Neutral Media of Acetaminophen Tablets Containing a Super Disintegrant and a Soluble Excipient
- Dissolution Difference between Acidic and Neutral Media of Acetaminophen Tablets Containing a Super Disintegrant and a Soluble Excipient. II.