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Pharmaceutical Development and Technology Volume 12, 2007 - Issue 6
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Research Article

Influence of Loading Volume of Mefenamic Acid on Granules and Tablet Characteristics Using a Compaction Simulator

Go Kimura Institute of Pharmaceutical Technology, Pharmacenter, University of Basel, Basel, Switzerland; Pharmaceutical Development Department, Manufacturing Technology Research Laboratories, Shionogi & Co., LTD., Hyogo, Japan
,
Gabriele Betz Institute of Pharmaceutical Technology, Pharmacenter, University of Basel, Basel, Switzerland
&
Hans Leuenberger Institute for Innovation in Industrial Pharmacy, Ifiip llc, Basel, Switzerland; Center for Innovation in Computer-Aided Pharmaceutics, CINCAP Gmbtt, Basel, Switzerland
Pages 627-635 | Received 05 Aug 2005, Accepted 01 Aug 2007, Published online: 07 Oct 2008

Citations (5)

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Ferhan Sevgi, Buket Kaynarsoy, Mine Ozyazici, Cetin Pekcetin & Dogan Ozyurt. (2008) A Comparative Histological Study of Alginate Beads as a Promising Controlled Release Delivery for Mefenamic Acid. Pharmaceutical Development and Technology 13:5, pages 387-392.
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Articles from other publishers (4)

Ana Luiza P. Queiroz, Barbara Wood, Waleed Faisal, Fatma Farag, Hazel Garvie-Cook, Brian Glennon, Sonja Vucen & Abina M. Crean. (2020) Application of percolation threshold to disintegration and dissolution of ibuprofen tablets with different microcrystalline cellulose grades. International Journal of Pharmaceutics 589, pages 119838.
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Ana Luiza P. Queiroz, Waleed Faisal, Ken Devine, Hazel Garvie-Cook, Sonja Vucen & Abina M. Crean. (2019) The application of percolation threshold theory to predict compaction behaviour of pharmaceutical powder blends. Powder Technology 354, pages 188-198.
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Go Kimura, Maxim Puchkov & Hans Leuenberger. (2013) An Attempt to Calculate In Silico Disintegration Time of Tablets Containing Mefenamic Acid, a Low Water-Soluble Drug. Journal of Pharmaceutical Sciences 102:7, pages 2166-2178.
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Ferhan Sevgi, Aysu Yurdasiper, Buket Kaynarsoy, Ezgi Turunç, Tamer Güneri & Ayfer Yalçın. (2009) Studies on Mefenamic Acid Microparticles: Formulation, In Vitro Release, and In Situ Studies in Rats. AAPS PharmSciTech 10:1, pages 104-112.
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