Effect of Formulation and Process Variables on Matrix Erosion and Drug Release from a Multiunit Erosion Matrix of a Poorly Soluble Drug

Kislalioglu,M. Serpil;Mehta,Ketan;Shah,Navnit;Phuapradit,Wantanee;Malick,A.;

Publication

Article

February 1, 2002

Pharmaceutical Technology

Pharmaceutical Technology-02-02-2002

Volume26

Issue 2

Effect of Formulation and Process Variables on Matrix Erosion and Drug Release from a Multiunit Erosion Matrix of a Poorly Soluble Drug

Author(s):

M. Serpil Kislalioglu, PhD,Ketan A. Mehta, PhD

By optimizing formulation and process varibles, pellets can be prepared that can release a poorly soluble drug for 12-24 h following zero-order kinetics.

External Link - article-9649.pdf

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The Role of Computational Fluid Dynamics in the Pharmaceutical Industry

Available Guidance and Best Practices for Conducting Forced Degradation Studies

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Effect of Formulation and Process Variables on Matrix Erosion and Drug Release from a Multiunit Erosion Matrix of a Poorly Soluble Drug

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