A potential treatment for sickle cell disease has come through the “valley of death” of early-stage development due to support from a collaborative partnership established by the National Center for Advancing Translational Sciences (NCATS) at the National Institutes of Health (NIH). The results of early clinical trials demonstrated sufficient effectiveness in addressing the underlying cause of this high-profile disease to attract commercial interest—in this case from Baxter International, which announced July 9, 2014 the acquisition of Massachusetts-based AesRx and its experimental drug Aes-103, a small-molecule, oral drug for sickle cell disease.
Archive for the 'Formulation' Category
Progress in delivery science, manufacturing technologies, and commercialization are playing critical roles in advancing the development of complex parenteral drug formulations for new drug substances having a variety of formulation challenges. Unique formulation strategies and solutions are being investigated to extend the release of target peptides, proteins, nucleic acids, and small molecules for systemic, local, or cellular delivery. Pharmaceutical Technology will hold a live educational webcast, “Complex Parenteral Formulations for the Delivery of Peptides, Proteins, Nucleic Acids and Small Molecules,” on Thursday Nov. 21 from 10:00 to 11:00 AM EST, to examine the delivery science and product development of complex parenteral formulations. Read more »
Product quality is of paramount importance to pharmaceutical manufacturers, and implementing a strategy for impurity control is crucial. Organic impurities cover a wide spectrum of compounds that have varying structures, behaviors, and characteristics. Organic impurities can result from the manufacturing process, storage conditions, or degradation resulting from light, heat, and other external factors. Deciding what technology or analytical methods to use to detect and measure organic impurities is a challenge. Pharmaceutical Technology will hold a live educational webcast, “Meeting Regulatory and Technical Requirements for Organic Impurity Analysis, on Tuesday Sept. 24 at 11:00 AM EDT to 12:00 PM EDT to provide insight on the regulatory, compendial, and ICH requirements for organic impurity control and analysis as well as best practices in analytical method development, method selection, and method validation for detecting and quantifying organic impurities in drug substances and drug products.
The panelists for the webcast will be: Timothy Watson, PhD, and research fellow in the GCMC Advisory Office at Pfizer and a member of the PhRMA Expert Working Group on the ICH Q11 regulatory guidance document for drug substances; Mark Argentine, PhD, senior research advisor, analytical sciences R&D with Eli Lilly; and Hildegard Bruemmer, PhD, operational laboratory manager, SGS Life Science Services, Berlin. The panelists will provide insight on the regulatory and compendial requirements for organic impurity control and analysis in drug substances and drug products. They will also share insight on selecting the appropriate analytical methods for the detection, analysis, and quantification of organic impurities and offer related case studies on how best to ensure product quality.
Audience members may ask questions of the panelists during the live webcast. Information on how to register for the webcast, “Meeting Regulatory and Technical Requirements for Organic Impurity Analysis” for Tuesday Sept. 24 at 11:00 AM EDT to 12:00 PM EDT and for on-demand viewing is available here.
FDA’s quality-by-design (QbD) initiative is a systematic approach to designing and developing pharmaceutical formulations and manufacturing processes to ensure predefined product quality. Understanding the critical quality attributes of the ingredients in a formulation, including excipients, and the critical process parameters in the manufacturing process of the finished drug product is crucial for successfully implementing QbD. Pharmaceutical Technology will be holding a live webcast on Thursday May 23 from 10:00 AM to 11:00 AM EST to examine the regulatory and technical considerations in implementing QbD for coatings in modified-release formulations, including strategies to mitigate the risks associated with alcohol-induced dose-dumping and the application of alcohol-resistant coatings. Read more »
Quality by Design (QbD) is changing drug development and manufacturing. The science- and risk-based approach inherent in a QbD paradigm increases process understanding and leads to better drug development and manufacturing. Sharing lessons learned and strategies for applying QbD in solid dosage development and manufacturing is valuable. Pharmaceutical Technology will address this topic in a webcast, “A Pragmatic Application of QbD: Turning Theory into Tangible Success” this Thursday May 2 from 11:00 to 12:00 PM EST.
Two industry experts will share their experience with QbD and offer insight into how the practical application of QbD contributed to the success of their projects. Through several case studies, these experts will provide lessons learned and advice on the measures they took that enabled the success of their projects; steps that can be universally applied to other projects.
Don Barbieri, associate director of formulation and process development at Patheon, will present case studies demonstrating different aspects of the QbD approach, including identifying CQAs (critical quality attributes) and CPPs (critical process parameters) as well as how to perform risk assessment, incorporate risk mitigation into a process, and how to develop a design of experiments (DoE).
David Smith, pharmaceutical specialist, formulation and process development at Patheon, will present a case study where the pragmatic application of QbD enabled a successful technology transfer of a film-coated tablet from Phase III to commercial scale.
Further information, including how to register for the complimentary webcast, may be found here.
With the release of a draft guidance on the evaluation and labeling of abuse-deterrent opioid formulations, FDA is one step closer to clarifying its thinking on acceptable formulations for this product class. Read more »
Endo Pharmaceuticals, maker of the opioid medication Opana ER (oxymorphone HCl), is suing FDA to prevent generic manufacturers from entering the market with formulations of oxymorphone that are not abuse-resistant. Read more »
Last week, FDA deemed that a generic drug manufactured by Impax Laboratories and marketed by Teva Pharmaceuticals USA was not therapeutically equivalent to its reference product. The drug in question, Budeprion XL 300 mg, was approved in the US in December 2006 as a generic form of GlaxoSmithKline’s antidepressent drug, Wellbutrin XL 300 mg. Read more »
Pharmaceutical Technology and Patheon are partnering to provide you—our readers—with CMC advice from some of the leading formulation scientists and pharmaceutical manufacturing experts in the world. To get started, we need to know what plagues your CMC strategies and daily work. Email your questions directly to Editorial Director Angie Drakulich at email@example.com. (*Note: We will keep your name and company affiliation anonymous.)
Answers will be provided by the Patheon Certified Consultants team beginning in the January 2013 print and online editions of PharmTech. These experts have collectively brought more than 200 pharmaceutical products to market, including some of the world’s largest blockbusters.
• I have a BCS Class II compound for which amorphous solubility is easily sustained, but I can’t get the compound to rapidly dissolve. What are some solutions, particularly with respect to excipient selection?
• I have a compound that is non-ionizable and does not form a stable salt. Are co-crystals my best option and what are the key criteria in identifying a suitable co-crystal?
• I am having trouble maintaining product stability when scaling up a lyophilization process. What are the likely factors causing the problem?
Innovation is the cornerstone of the pharmaceutical industry. The challenge to innovation not only entails identifying drugs with clinical efficacy but also in being able to produce and deliver the desired drug compound. An upcoming Pharmaceutical Technology webcast, Omega-3 Innovations in Pharmaceutical and Diagnostic Markets, will examine the latest developments for omega-3 prescription drug products, their regulatory status, and recent advances in softgel drug-delivery technologies for omega-3 products. Read more »