Titlebook: Excipient Applications in Formulation Design and Drug Delivery; Ajit S Narang,Sai H S. Boddu Book 2015 Springer International Publishing S

幾何學(xué)家

Impact of Excipient Interactions on Drug Bioavailability from Solid Dosage Formson to affect the bioavailability of a drug product. A general mechanistic understanding of the basis of these interactions is essential to design robust drug products. This chapter focuses on drug-excipient interactions in solid dosage forms that impact drug bioavailability, the drug substance and d

Harness

occurrence

Selection of Excipients Based on the Biopharmaceutics Classification System of Drugsance of the inactive ingredients has been realized during the last three decades. With the development and manufacturing of more intelligent and multifunction excipients, new ways became available for formulation technologists to increase the beneficial effects of drugs on human body. Many modern ac

synovium

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Silicone Excipients in Pharmaceutical Drug Delivery Applications many oral antiflatulent remedies and topically applied skin protectant creams, and ointments. The plethora of physical forms and the physio-chemical properties that silicones can display has led to their adoption in a diverse array of healthcare applications in different physical forms including as

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Excipients That Facilitate Amorphous Drug Stabilizationtherefore the apparent high solubility of the amorphous phase are some of the advantages for promoting the amorphous phase, as compared to its crystalline counterpart. It is well known that the amorphous phase is thermodynamically unstable. This might result in the conversion of the metastable form

remission

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織物

State of Research and Structure of the Book,d for biopharmaceutical applications are exemplified by pH, ionic strength, temperature, light,and magnetic or electric field. This chapter will highlight most popular smart polymers used in drug delivery.

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