Please indicate which of the following brochures, application notes or posters you would like a copy of then email us at This e-mail address is being protected from spam bots, you need JavaScript enabled to view it

• PamGene and Kinases

• Tyrosine Kinase PamChip® Arrays

• Nuclear Receptors

• Trisomy and SNP's

• PamStation®12

• Assay Development for High Throughput Screening using PamChip® Microarrays

• Simultaneous Potency Determination and Selectivity Profiling of Erb-B4 Kinase Inhibitors

• Multiplex Kinase Assay for Selectivity Profiling and Potency Determination of Kinase Inhibitors

• Detection of Tumour Cell Lysate Kinase Activity from Frozen Tissue Slices on PamChip® Microarrays

• Gene Expression Profiling of Heat Shock Genes on PamChip® Arrays

• Efficient hybridisation of tagged mini-sequence reactions to PamChip® Microarrays enables rapid mutation detection

• Detection of copy number changes in the BRCA1 gene using Multiplex Ligation-dependent Probe Amplification and PamChip® arrays

• Real-time detection of sequence variation in Mycobacterium tuberculosis derived PCR products using PamChip® Microarays, for speciation and detection of rifampicin resistance.
  

• Nuclear Receptor/Compound Interaction studies using Flow-Through Microarrays (carried out in collaboration with Merck & Co)

• Evaluation of PamGene's PamChip® Kinase Assay: a Potential Platform for Biomarker Discovery (carried out in collaboration with Wyeth)

• Array-based screening of subtelomeric chromosome 1 copy number changes using PamChip® technology

• Detection of Trisomy Syndromes in Clinical Genetics on PamChip® Arrays; a 6-hour Assay

• Use of flow-through peptide microarrays in cell-lysates: comparison of lysates from clinical brain tissues on tyrosine phosphorylation cell-signaling arrays