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7 April 2008 | By
Pharmaceutical analysis in drug development mainly focuses on methods to identify and quantify potential new drug candidates, determine purity, identify by – products and degradation products in compatibility and stability studies, and to determine the drug substance’s fate in the organism. Challenging tasks like these require sophisticated techniques, dedicated equipment…
7 April 2008 | By
It is clear that pharmaceutical analysis plays a very important supporting role in drug development. Already during the conception of a candidate drug, for example by chemical synthesis, suitable analytical means are required to determine the identity and purity of the compound. Subsequent studies performed on candidate drugs with the…
19 March 2008 | By
High content screening (HCS) is based on subcellular imaging using automated microscopy, in combination with automated image analysis. High content screening was first introduced over a decade ago as one of the promising new technologies, intended to address the bottleneck of secondary assays in the development of new drugs. Since…
Testing cleaning validation samples requires a validated method. The extent of validation is dependent upon the type of method employed, the capabilities of the method, the scientific and regulatory needs of the resulting data and the anticipated outcome of the testing. A number of test method options are reviewed for…
19 March 2008 | By Danielle Giron, Chemical Research & Development, Novartis Pharma AG, Basel, Switzerland
Thermal analysis techniques cover all methods in which a physical property is monitored as a function of temperature or time, whilst the sample is being heated or cooled under controlled conditions. Calorimetric methods measure the energy involved in every process. The quicker new developments attain the market, such as the…
19 March 2008 | By
The process analytical technology guidelines have been a hotly debated topic within the pharmaceutical industry ever since they were made public in 2004. This also holds true at Johnson & Johnson Pharmaceutical Research & Development (J&JPRD), Division of Janssen Pharmaceutical N.V. In recent years, the company has introduced PAT tools…
23 January 2008 | By
Creating the molecular tools to combat human disease and infection remains the cornerstone activity of the pharmaceutical industry. The methodologies employed to discover new drugs has continually evolved as new biological techniques have emerged1; nevertheless the development of each novel compound is still only realised after many years of careful…
23 January 2008 | By Dr. Neil Campbell, Senior Experimental Officer, Automation and Process Development Specialist, Centre for Materials Discovery, University of Liverpool
With ever mounting market pressure on industries, from increasing global competition, along with consumer desire for value for money and improved performance results there is a greater driving force to stay one step ahead by reducing product time to market. This enforced impetus has many companies having to continually improve…
This article discusses ISPE’s Product Quality Lifecycle Implementation (PQLI) initiative, which is to provide practical guidance for implementation of ICH Q8, Q9 and Q10. It represents the author’s individual opinion. It should be noted that PQLI is an evolving work area and so will continue to develop beyond the position…
23 January 2008 | By
European Pharmaceutical Review presents a comprehensive guide to PAT addressing the challenges and advancements that are impacting upon PAT implementation in 2008 and beyond...
23 November 2007 | By
A round table discussion covering the driving forces behind the integration of automated technology within the pharmaceutical industry, the procedures that are followed when implementing new automated techniques, current areas of drug discovery most benefiting from lab automation, how lab automation advanced the drug discovery marketplace over the last five…
23 November 2007 | By
High Content Screening (HCS) is becoming increasingly utilised as an early drug-discovery and basic research tool for defining the functions of genes, proteins and other biomolecules in normal and abnormal cellular functions. HCS involves the integration of a number of preparation steps which include; cell-sample preparation, fluorescent labelling, image acquisition,…
23 November 2007 | By
The determination of accurate thermodynamic data for the interactions of biomolecules has been enhanced over the last decade by the use of isothermal titration calorimetric (ITC) instrumentation. These instruments are now standard kits in many biophysical/structural biochemistry laboratories of pharmaceutical companies. Despite this, there is little evidence for the input…
23 November 2007 | By Steve Simmons, Head of Process Knowledge QbD, Wyeth Pharmaceuticals
ASTM Committee E55 formed in April of 2003 as a result of FDA’s GMPs for the 21st Century Initiative and the subsequent Guidance, “PAT – a framework for innovative pharmaceutical manufacturing and quality assurance.” Focusing on process understanding and flexible manufacturing, FDA encouraged the pharmaceutical industry to utilise the consensus…
21 September 2007 | By Edward Ainscow, Research Scientist, AstraZeneca
One of the chief incentives for the use of high content screening (HCS) approaches is the data rich return one gets from an individual assay. However, conventional methods for hit selection and activity determination are not well suited to handling multi-parametric data. Tools borrowed from the genomics area have been…
