A Dual Automated Approach for Sizing and Characterizing Budesonide In Suspension Utilizing Automated Raman and Automated SEM-EDS
Part of USDA requirements for in...
Structuring Your Materials Characterization with Raman Spectroscopy
Download our webinar on structuring your materials characterization with raman spectroscopy.
2017 PDA Annual Meeting: Beyond the Count
Authors & ContributorsRebekah ByrneDavid ExlineEmily Landsperger
Forensic Analysis of Paint and Tapes for Police & Attorneys
Authors & ContributorsDavid Exline May 13, 2012 This webinar covers the forensic investigation process for paint and tape evidence. Topics include the most current methods used for today’s investigators and discuss the interpretation of paint transfer evidence. Case studies related to the analysis of duct tapes, automotive and architectural paints…
Evaluating API Heterogeneity in a Multilayered Transdermal Patch
Drug release speed is determined...
Working to Address the FDA Critical Path Opportunity for Generic Nasal Spray Suspensions
Download our webinar on working to address the FDA critical path opportunity for generic nasal spray suspensions.
Case Studies in Foreign Particulate Analysis
Download our webinar case studies on foreign particulate analysis as a critical aspect of pharmaceutical manufacturing and nonconformance investigations.
RDD 2013: Polymorph Identification of Drug Particles in Orally Inhaled and Nasal Drug Products
June 04, 2013 Authored by Oksana Olkhovyk, Ph.D., at Gateway Analytical , this poster presents new qualitative and semi-qualitative methods for the examination of size and polymorph drug particle identification in finished products. Specifically, its benefits for BA/BE testing is described using the model of fluticasone-containing nasal spray suspension formulation.…
Advancing Development of Generic OINDPs through In Vitro Testing
According to a 2007 report...
Ensure Quality Inhalation Products with Wear Debris Analysis of Medical Devices
Download our webinar on ensuring quality inhalation products with wear debris analysis of medical devices.