There are two options for target detection when doing qPCR - either you use dye or probe-based detection. Today we are going to take a deep dive into the world of dye-based qPCR, which was invented during the early nineties by Russell Higuchi [1] and is still used daily around the world.

Science is continually moving toward more accurate and individual-specific approaches when it comes to developing new genotyping technologies. In light of that, we would like to discuss high-throughput genotyping, which allows for a large number of precise results to be obtained fast.

Contamination can ruin your day or even week. Data is not valid, a lot of cleaning must be done and supplies are wasted. Precious time and even samples can be lost. Prevention is the best strategy!

To give you a better insight into our SolisFAST® qPCR range’s inhibitor tolerance capabilities, we have put together a white paper. It includes results from different tests, shows the real-life application possibilities and feedback from our partners about the SolisFAST® qPCR products.