Informed assay design allows use of multidimensional space to achieve high multiplexing and accuracy.
Proprietary signal processing algorithms overcome thermal and optical variability without instrument modifications — harnessing data science to revolutionize qPCR and produce higher quality results.
HDPCR™ algorithms engineer reproducible curve signatures for uniform inter-and intra-instrument performance.
ChromaCode has optimized standard qPCR chemistry to allow for further differentiation of targets within the limiting factors of standard qPCR by analyzing each target’s unique curve signature created by the HDPCR chemistry. More than 20 targets can be condensed to a single well, while maintaining robust and precise results.
Maintain traditional qPCR workflow and instrumentation while streamlining data analysis and management with ChromaCodeCloud™.