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Application of flow cytometry in drug discovery

16 December 2010 | By Dana Buckman, Senior Scientist, Biomarkers – Translational Research, Pfizer

Flow cytometry can be used to advance our understanding of diseases in multiple ways. Drug effects and dosages can be ascertained in vitro, along with patient selection based on mutations and antigen profiles. Within the Diagnostic Biomarkers group of Translational Research at Pfizer, we are utilising flow cytometry in conjunction…

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Outsource to Europe

2 July 2010 | By NG Online News

The pharmaceutical industry has faced well documented challenges over the last 12 months, such as the Pfizer...

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RNAi screening in the era of high-throughput genetics

12 December 2009 | By

The use of RNAi screening to identify potential drug targets has enjoyed great success in recent years as a robust method for linking genes to a disease process through a functional assessment of a gene in an experimental model1. True, RNAi screening is complicated by problems such as off-target effects…

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Sleep changes as translational pharmacodynamic biomarkers

9 October 2009 | By

Pharmacodynamic biomarkers in drug discovery: Developing a new drug is an expensive and time-consuming business1-3. A substantial part of the overall cost of drug development is the investment in molecules that fails at some point during the development process and it is necessary to identify these compounds as early as possible.…

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Driving lab automation forward

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…

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High throughput electrophysiology platforms as enablers

25 January 2007 | By Peter Haddock, PhD., Pfizer Global Research and Development, CNS Pharmacology

Ion channels play key roles in regulating cardiac, neuronal and secretory tissue function. As such, the pharmacological modulation of ion channel activities may provide an effective means to positively impact upon an array of disease states. However, the reliance on low-capacity manually operated electrophysiology screening systems has dictated that ion…