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Drug Development and Industrial Pharmacy Volume 25, 1999 - Issue 8
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Research Article

Pharmaceutical Evaluation of Multipurpose Excipients for Direct Compressed Tablet Manufacture: Comparisons of the Capabilities of Multipurpose Excipients with Those in General Use

Kenta Goto Faculty of Pharmacy, Meijo University, 150 Yagotoyama, Tempaku-ku, Nagoya, 468, Japan
,
Hisakazu Sunada Faculty of Pharmacy, Meijo University, 150 Yagotoyama, Tempaku-ku, Nagoya, 468, Japan
,
Kazumi Danjo Faculty of Pharmacy, Meijo University, 150 Yagotoyama, Tempaku-ku, Nagoya, 468, Japan
&
Yorinobu Yonezawa Faculty of Pharmacy, Meijo University, 150 Yagotoyama, Tempaku-ku, Nagoya, 468, Japan
Pages 869-878 | Published online: 26 Jul 1999

Citations (13)

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Read on this site (2)

Jitka Mužíková & Petra Nováková. (2007) A Study of the Properties of Compacts from Silicified Microcrystalline Celluloses. Drug Development and Industrial Pharmacy 33:7, pages 775-781.
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Gerad K. Bolhuis & N. Anthony Armstrong. (2006) Excipients for Direct Compaction—an Update. Pharmaceutical Development and Technology 11:1, pages 111-124.
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Articles from other publishers (11)

Martin Dominik, Barbora Vraníková, Petra Svačinová, Jan Elbl, Sylvie Pavloková, Barbora Blahová Prudilová, Zdeňka Šklubalová & Aleš Franc. (2021) Comparison of Flow and Compression Properties of Four Lactose-Based Co-Processed Excipients: Cellactose® 80, CombiLac®, MicroceLac® 100, and StarLac®. Pharmaceutics 13:9, pages 1486.
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Cansel Kose Ozkan, Ozgur Esim, Ayhan Savaser & Yalcin Ozkan. (2021) An Overview of Excipients Classification and Their Use in Pharmaceuticals. Current Pharmaceutical Analysis 17:3, pages 360-374.
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R. Rajakumari, Tatiana Volova, Oluwatobi Samuel Oluwafemi, Sabu Thomas & Nandakumar Kalarikkal. (2020) Transformation of essential minerals into tablet formulation with enhanced stability. Advanced Powder Technology 31:7, pages 2806-2819.
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Junshu Zhao, David Yin, Jasmine Rowe, Sherif Badawy, Faranak Nikfar & Preetanshu Pandey. (2018) Understanding the Factors That Control the Quality of Mini-Tablet Compression: Flow, Particle Size, and Tooling Dimension. Journal of Pharmaceutical Sciences 107:4, pages 1204-1208.
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Gabriele Caviglioli, Sara Baldassari, Paola Cirrincione, Eleonora Russo, Brunella Parodi, Paolo Gatti & Giuliana Drava. (2013) An innovative matrix controlling drug delivery produced by thermal treatment of DC tablets containing polycarbophil and ethylcellulose. International Journal of Pharmaceutics 458:1, pages 74-82.
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Kazuyuki KAKIMI, Toshiyuki NIWA & Kazumi DANJO. (2011) Influence of Compression Pressure and Die-wall Pressure on Tablet Sticking錠剤のスティッキングに及ぼす打錠圧力及び臼壁面圧力の影響. YAKUGAKU ZASSHI 131:4, pages 597-601.
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Kazuyuki Kakimi, Toshiyuki Niwa & Kazumi Danjo. (2010) Influence of Compression Pressure and Velocity on Tablet Sticking. CHEMICAL & PHARMACEUTICAL BULLETIN 58:12, pages 1565-1568.
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S. E. Emshanova. (2008) Methodological approaches to the selection of excipients for preparation of tablets by direct pressing. Pharmaceutical Chemistry Journal 42:2, pages 89-94.
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Kazuyuki Shimizu, Masaki Ando & Yukiharu Nakayama. (2007) Characterization of Tableting using the OSDRC System. Pharmaceutical Research 24:10, pages 1902-1909.
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Cristina Cavallari, Beatrice Albertini, Lorenzo Rodriguez, Antonio M. Rabasco & Adamo Fini. (2005) Release of indomethacin from ultrasound dry granules containing lactose-based excipients. Journal of Controlled Release 102:1, pages 39-47.
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Karsten Hauschild & Katharina M. Picker. (2015) Evaluation of a new coprocessed compound based on lactose and maize starch for tablet formulation. AAPS PharmSci 6:2, pages 27-38.
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