November 21st 2024
The companies will collaborate to create and test circVec DNA–LNP formulations for use in potential therapeutic applications.
An Alternative to the USP Disintegration Test for Orally Disintegrating Tablets
The authors propose an alternative to the USP disintegration test method. The method embraces physiological conditions of the oral cavity, as a screening tool for developing ODT products.
Recent Options for Phase 1 Formulation Development and Clinical Trial Material Supply
August 1st 2008To meet the demands of early-stage development, contract research organizations can evaluate various dosage-form options. The author examines various methods of capsule filling, including binary blends.
Microdosing in Phase O: A Q&A with J. Scott Tarrant, Xceleron
August 1st 2008J. Scott Tarrant, executive vice-president of Xceleron, explains the role of microdosing in drug development. He describes how microdose data can be used to predict pharmacological dose absorption, distribution, metabolism, and excretion/pharmacokinetic outcomes using accelerator mass spectrometry.
Nanoscale Technique Measures Surface Physical Properties of APIs
July 3rd 2008Molecular Profiles created a poster that demonstrates the efficacy of its "nanoPASS" (nanoscale predictive analytical screening solution) technique to characterize an active pharmaceutical ingredient's (API) surface energy.
Enhancing the in vitro assessment of nasal sprays
July 1st 2008Nasal drug delivery depends on many factors, including the conditions of use by the patient, the drug formulation, and the spray pump and aerosol characteristics. In recent years, the types of drug administered via the nasal route have expanded from locally acting drugs, such as those for allergic rhinitis, to delicate molecules for systemic activity, such as vaccines, proteins and peptides, which can be difficult to administer noninvasively. While the nasal cavity provides a delivery pathway for these large molecules, the rate of mucociliary clearance in the nasal cavity may hinder the extent of absorption. Therefore, formulators must develop mechanisms that improve absorption for high molecular weight compounds.