An important third party is struggling to make its voice heard in European pharma discussions.
Size reduction of materials through comminution is employed in many industries, including agrochemicals, minerals, ceramics and pharmaceuticals. The reasons for particle size reduction depend on the industry in question. Within the pharmaceutical industry, a large percentage of products are formed from powders and undergo processing to improve dosage form properties. Particle size reduction prior to compacting to tablets can aid with dissolution and homogeneity. Such processing of powders is, in part, dependent on their mechanical properties and balancing these properties is crucial in achieving desired manufacturing performance. Generally, pilot-scale milling trials are run to determine the most effective and efficient mill and operating conditions for each material. These trials, however, require relatively large quantities of material as well as time, and are normally run in early development when sufficient material becomes available. Hence, it would be highly beneficial to identify a physical property..
This study demonstrates the beneficial use of a spatial-filter velocimetry particle-size analyzer during granulation.
Myths and misunderstanding abound when it comes to microbiology. When it comes to cleanroom and pharmaceutical microbiology, some “myths” have become engrained and even endorsed by regulatory bodies. The authors use logic and sound science to dispel some Microbiological Myths related to Disinfectant Cleaning of Controlled Environments.
Marc Prieur of Aptar pharma describes success stories in emerging markets.
The authors evaluated the effect of alcoholic beverages on the release profiles of sustained-release dosage forms containing metformin and diclofenac.
Employee training-at all levels-is crucial for moving forward with a successful risk- and quality-based manufacturing strategy.
Inspection systems play a big part in ensuring product quality.
A new process analytical technology based on impedance spectroscopy has potential applications for characterizing product attributes during the freeze-drying process.
Using a model quality risk-management process according to ICH Q9, the authors discuss ways to apply this guideline.
Partners of the UK's National Cancer Research institute (NCRI) have nearly doubled their spend on cancer research in the last ten years.
One of the biggest challenges in designing cleanroom doors for the pharmaceutical industry is in creating a sturdy door with a high hygienic performance that is light and easy to clean.
A risk-based approach is recommended for analytical method comparability for HPLC assay and impurities methods.
Nanoparticulate technologies are showing promising potential in delivering both small-molecule drugs and biomacromolecules across the blood brain barrier.
The quality-by-design principles used to control process variability are equally important to measurement systems because process variability includes contributions from measurement system variability. The authors use real-life examples from drug development projects to outline how an understanding of chromatographic measurement system variability might be achieved.
Evolving clinical trial research services give biopharmaceutical companies options for full and functional services.
A risk-based approach is recommended for analytical method comparability for HPLC assay and impurities methods.
Taste may be subjective, but it is crucial to patient compliance, particularly for pediatric treatments.
Evolving clinical trial research services give biopharmaceutical companies options for full and functional services.
Evolving clinical trial research services give biopharmaceutical companies options for full and functional services.
Febuxostat is a novel, non-purine, selective inhibitor of xanthine oxidase for hyperuricemia in patients with gout. It is the first promising substitute for allopurinol in 40 years. Various synthetic routes to febuxostat, as well as polymorphic forms and impurities of the drug, are reported in the literature. The authors have also identified several impurities that result from the synthesis of febuxostat. This article describes the identification and control of all isomeric, carryover, and byproduct impurities of febuxostat and its intermediates.
The quality-by-design principles used to control process variability are equally important to measurement systems because process variability includes contributions from measurement system variability. The authors use real-life examples from drug development projects to outline how an understanding of chromatographic measurement system variability might be achieved.
Extensive comparability testing is required to ensure that biosimilars have comparable profiles to their reference products.
Despite the growth of specialist companies with capabilities across various therapeutic areas in Europe, there is still a need for early development expertise with end-to-end pharmaceutical manufacturing capabilities.
Nanoparticulate technologies are showing promising potential in delivering both small-molecule drugs and biomacromolecules across the blood brain barrier.
Febuxostat is a novel, non-purine, selective inhibitor of xanthine oxidase for hyperuricemia in patients with gout. It is the first promising substitute for allopurinol in 40 years. Various synthetic routes to febuxostat, as well as polymorphic forms and impurities of the drug, are reported in the literature. The authors have also identified several impurities that result from the synthesis of febuxostat. This article describes the identification and control of all isomeric, carryover, and byproduct impurities of febuxostat and its intermediates.
The authors present the results of a survey of small- and large-molecule pharmaceutical and biopharmaceutical companies on implementation of Analytical quality by design concepts.
The authors present the results of a survey of small- and large-molecule pharmaceutical and biopharmaceutical companies on implementation of Analytical quality by design concepts.
Febuxostat is a novel, non-purine, selective inhibitor of xanthine oxidase for hyperuricemia in patients with gout. It is the first promising substitute for allopurinol in 40 years. Various synthetic routes to febuxostat, as well as polymorphic forms and impurities of the drug, are reported in the literature. The authors have also identified several impurities that result from the synthesis of febuxostat. This article describes the identification and control of all isomeric, carryover, and byproduct impurities of febuxostat and its intermediates.
Experts discuss crucial aspects of measuring the stability of biologics, which exhibit greater variability in stability testing than do small-molecule drugs.