Ambion and Applied Biosystems Combine siRNA and Real-Time PCR Products
RNAi technology is greatly accelerating the functional characterization of disease-relevant genes for drug discovery and basic research efforts. Ambion provides the widest range of products for performing RNAi related research, including functionally validated siRNAs targeting commonly studied human genes and siRNA libraries targeting druggable target classes such as protein kinases and G protein-coupled receptors. These products, as well as ready-to-make siRNAs targeting the human, mouse, and rat genomes, will be co-marketed with Applied Biosystems' TaqMan(R) Assays-on-Demand(TM) Gene Expression Products.
TaqMan Assays-on-Demand Gene Expression Products comprise a comprehensive collection of pre-designed TaqMan(R) probe and primer sets for quantitative, real-time PCR gene expression studies. Assays are available for the human, mouse, and rat genomes, complementing Ambion's pre-designed, validated and library siRNA product lines. The TaqMan Assays-on-Demand Gene Expression Products can be used to verify that the siRNAs used in specific experiments have resulted in the desired level of knockdown.
Matt Winkler, CEO and CSO of Ambion, commented, "The ability to easily and specifically knock down target gene expression by siRNA represents one of the most useful and powerful life science tools to be developed since the advent of PCR. Combining Ambion's expertise in siRNA with Applied Biosystems' expertise in quantitative, real-time PCR should help life science researchers realize the full potential of RNAi in their own labs."
"The TaqMan Assays-on-Demand(TM) product line was the first set of genome- wide tools to result from the sequencing efforts of the last 10 years," said Andrew J. Last, Ph.D., Vice President and General Manager of Gene Expression, Core PCR, and DNA Synthesis for Applied Biosystems. "Combining the gold standard of TaqMan probe-based real-time PCR technology with RNA interference products should enable the bench researcher to more efficiently determine gene function and how knocking down one gene can affect other genes downstream."
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