Keynote SeriesPharmaceutical Technology and BioPharm International are sponsoring a Keynote Series session on strategies and innovations to reduce drug shortages and improve availability of medicines on the INTERPHEX 2016 Exhibit Hall Innovation Stage. Admission is free to any attendee with an exhibit hall pass.
Wednesday, April 27
1:30–3:15 pm
Strategies and Innovations to Reduce Drug Shortages and Improve Availability of Medicines
Aging facilities and equipment, inadequate operator training, a lack of quality control, tighter regulatory enforcement, and business decisions to eliminate unprofitable product lines contribute to ongoing shortages vital drug products. In this session, industry thought leaders will identify triggers for drug shortages, methods to avoid production line shutdowns and update facilities, and innovative industry efforts to fulfill demand for needed therapies. A Q&A session will follow the presentations.
2-2:30 pm
BARDA Innovation Initiatives in Medical Countermeasure Manufacturing
This presentation will describe the Biomedical Advanced Research and Development Authority’s (BARDA) program initiatives in manufacturing technologies for medical countermeasure advanced development. Opportunities with the Centers for Innovation in Advanced Development & Manufacturing (CIADMs) and in Continuous Manufacturing will be discussed.
Speakers:
Michael Angelastro, Deputy Director for Manufacturing, Facilities and Engineering, Biomedical Advanced Research and Development Authority (BARDA)
Kimberly Sciarretta, PhD, Anti-Infectives (AI) Program, Division of CBRN Countermeasures, Biomedical Advanced Research and Development Authority (BARDA)
To register: http://www.interphex.com/pharmtech
Other presentations in this session:
1:30–2 pm
An Interdisciplinary Approach to Address Drug Shortages
2:30-3 pm
Continuous Manufacturing for Rapid Process Development
Full Tolerance Coverage Method for Assessing Uniformity of Dosage Units with Large Sample Sizes
March 10th 2025The ‘full tolerance coverage method’ is introduced as a coverage estimation approach for assessing the uniformity of dosage units from large sample sizes, ensuring that no dosage unit exceeds the specification range.