Excipients used in the design of lipidic and polymeric microspheres - Shunmugaperumal, Tamilvanan;Khanum, Ramona;Mohandas, Kavitha
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Microspheres made from lipids and polymers provide an interesting opportunity for use as drug delivery vehicles for numerous therapeutics that can range in size from small molecules to macromolecules like peptide/protein. In addition, cationization on the lipid-based microsphere systems has tremendous application for drug absorption enhancement and for ferrying compounds across cell membranes. Surely excipients play an important role not only to make an acceptable microsphere product but also to minimize/prevent the degradation of the incorporated drug molecules. Special emphasis is being…mehr

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Produktbeschreibung
Microspheres made from lipids and polymers provide an interesting opportunity for use as drug delivery vehicles for numerous therapeutics that can range in size from small molecules to macromolecules like peptide/protein. In addition, cationization on the lipid-based microsphere systems has tremendous application for drug absorption enhancement and for ferrying compounds across cell membranes. Surely excipients play an important role not only to make an acceptable microsphere product but also to minimize/prevent the degradation of the incorporated drug molecules. Special emphasis is being given particularly on various instability problems and investigated mechanistic ways to obviate the possible instability problems of peptide/protein drug during microsphere preparation as well as its release from the microspheres. This book surveys a comprehensive list of published examples of excipients relevant to currently or previously marketed drugs. With this coverage, this book enlists a myriad of excipients available for the formulation scientist to design the lipidic and polymeric microspheres.
Autorenporträt
Prof. (Dr.) Tamilvanan and Mrs. Syed Nazrin Ruhina Rahman are working on the development of single or dual drug-loaded colloidal dispersion eyedrops for managing dry eye syndrome. They have also created a bi-compartmental structure within the dispersed phase of colloidal dispersion eyedrops to entrap two different drugs.