The Naica System™ for Crystal Digital PCR unambiguously distinguishes between targets through the use of 3 different fluorescence channels. This fast and easy-to-use solution is
compatible with various combinations of fluorophores, greatly expanding possibilities for assay design.

This application note explores recovering droplets with Sapphire Chips, DNA recovery rates and recovering amplicons from a single positive droplet.

This application note explores detection of HER2 copy number variation using digital PCR, including evaluating the sensitivity of HER2 amplification and HER2 amplification in breast cancer patients.

This application note explores RNA quantification using Crystal RT-dPCR.

This tech note demonstrates how high throughput proteomics can be used to analyze large sample sets from tissue biobanks.

Download this Tech Note and discover how to measure biologics at high throughput and concentration, how to obtain fast measurements and how the new app can help you measure high antibody concentrations.

Download this free technical note to discover the principles of normalization using internal loading controls, and how to accurately normalize your western blot.

Download this application note to learn about thermal cycler temperature performance across different models, against manufacturers’ published specifications, and in isothermal, VeriFlex™, and gradient mode.

Plate-based scRNA-seq approaches are advantageous for the in-depth analysis of rare cell types and subpopulations selected by cell surface markers.

This application note shows that the Epsilon 4 X-ray fluorescence spectrometer is capable of analyzing major and minor elements in cement samples.