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Review Article

Methods for reduction of cohesive forces between carrier and drug in DPI formulation

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Pages 1589-1598 | Received 24 Apr 2012, Accepted 05 Sep 2012, Published online: 11 Oct 2012

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Tan Suwandecha, Wibul Wongpoowarak & Teerapol Srichana. (2016) Computer-aided design of dry powder inhalers using computational fluid dynamics to assess performance. Pharmaceutical Development and Technology 21:1, pages 54-60.
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Articles from other publishers (6)

Nicholas Bungert, Mirjam Kobler & Regina Scherließ. (2022) Proof-of-Concept for Adjusted Surface Energies and Modified Fines as a Novel Concept in Particle Engineering for DPI Formulations. Pharmaceutics 14:5, pages 951.
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Denish Bardoliwala, Vivek Patel, Ambikanandan Misra & Krutika Sawant. (2021) Systematic development and characterization of inhalable dry powder containing Polymeric Lipid Hybrid Nanocarriers co-loaded with ABCB1 shRNA and docetaxel using QbD approach. Journal of Drug Delivery Science and Technology 66, pages 102903.
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Stewart Yeung, Daniela Traini, Alan Tweedie, David Lewis, Tanya Church & Paul M. Young. (2019) Effect of Dosing Cup Size on the Aerosol Performance of High-Dose Carrier-Based Formulations in a Novel Dry Powder Inhaler. Journal of Pharmaceutical Sciences 108:2, pages 949-959.
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Stewart Yeung, Daniela Traini, Alan Tweedie, David Lewis, Tanya Church & Paul M. Young. (2018) Limitations of high dose carrier based formulations. International Journal of Pharmaceutics 544:1, pages 141-152.
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Mithun Varghese Vadakkan & G. S. Vinod Kumar. (2015) Cryo-crystallization under a partial anti-solvent environment as a facile technology for dry powder inhalation development. RSC Advances 5:89, pages 73020-73027.
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Tan Suwandecha, Wibul Wongpoowarak, Kittinan Maliwan & Teerapol Srichana. (2014) Effect of turbulent kinetic energy on dry powder inhaler performance. Powder Technology 267, pages 381-391.
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