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PamGene and JPT Join Forces
Partnership pioneers a new approach to kinase research
24 Jun 2004 -
Den Bosch/The Netherlands, Berlin/Germany: PamGene International BV and Jerini Peptide Technologies (JPT), a Division of Jerini AG, have established a collaboration to provide a new technology for kinase studies. PamGene's ability to generate kinetic read-out of multiple kinase activities on their 3-Dimensional Microarray Platform is complemented by JPT's advanced peptide expertise and extensive peptide libraries. The joint product offering has been designed to provide significant benefits to signal transduction-focused Medicinal Chemistry groups.
Both companies are already active in the kinase field and see many opportunities to further advance this area together. The technology combination is expected to provide specific advantages for lead generation and optimisation by providing comprehensive characterisation of lead compounds, including selectivity, potency and mechanism of action information.
The joint technology of PamGene and JPT has been developed through close co-operation with drug development experts from the pharmaceutical industry and scientific advisors. With this technology, the cost of the drug discovery process can be reduced substantially as Dr Rob Ruijtenbeek, Head of Kinase Research at PamGene explains," One of the main challenges in pharma R&D is improving compound selection. With PamGene's 96-well array platform and JPT's kinase peptide substrates, it is now possible to generate kinetic read-out of multiple kinase activities in one experiment. Additionally, we can analyse multiple conditions on a single plate, e.g. inhibitor concentration series. The high content and high quality kinetic data will allow much more intelligent selection and prioritisation of leads that enter the subsequent expensive stages of drug development."
Dr Mike Schutkowski, Director of Jerini Peptide Technologies adds," Employing our PepSpot(TM) technology to rapidly synthesize large numbers of different peptides in parallel at very low cost has enabled us to develop versatile tools widely used for many biomedical applications, such as enzyme profiling, biological screening and immunological applications. We are delighted to see that our comprehensive peptide sets for kinase profiling are joined with PamGene's microarray platform to arrive at a unique combination of content and user-friendliness. There is no question that this will make peptide tools m
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