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Ensuring high-quality, reproducible results
qPCR is a ubiquitous research tool, but improperly designed experiments will generate questionable findings. The MIQE guidelines define the standards for designing and reporting qPCR experiments.
What makes a good qPCR assay? High accuracy, dynamic range, reliability, reproducibility, sensitivity and specificity. The primer design algorithm and the reaction buffer conditions must work together to provide the best results. Designing assays without fully understanding the critical design aspects can unknowingly compromise the results.
We can help remove the guesswork from your experiments. Our broad selection of qPCR kits and an unparalleled choice of predesigned assays and panels along the option to design your own using our advanced algorithms ensure quality qPCR results time and again.
Consider these factors for useful and meaningful results
Resources and Tools
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Guides and tips for great results
Raise your qPCR workflow to the next level
It is increasingly challenging to find the right real-time PCR cycler for your laboratory’s application requirements. For best results, you need low operating costs, high throughput, the ability to multiplex with fast analysis times and reliable reproducibility. As the list of features and specifications grows, an understanding of some of the key performance benefits such as precision, uniformity, dynamic range and resolution becomes critical.
Choose the instrument that suits your needs from our portfolio of real-time PCR cyclers.