Top applications of nanoplate digital PCR
Thanks to the high sensitivity, superior precision and absolute quantification, digital PCR can detect low abundance targets, targets in complex mixtures, allelic variants and monitor small fold-change differences in target levels across a wide range of samples and applications, including but not limited to:
Discover tools to support your dPCR analyses
Find and configure the latest assays on our GeneGlobe Design & Analysis Hub for quantification of DNA, RNA and lncRNA targets by digital PCR.
COVID-19 Wastewater Testing
How dPCR can detect target sequences in challenging samples
From environmental sampling to liquid biopsies, qPCR can help quantify small amounts of genetic targets. But for complex samples with a low concentration of target molecules, dPCR may be a better option, especially with new nanoplate-based systems.
Rare mutation detection
Rare mutation detection
Copy Number Variation
Gene Expression Analysis
Multiplex dPCR for single-cell gene expression analysis
Discover the CellenONE-QIAcuity workflow for absolute quantification of low abundance targets at the single-cell level.
Cell and Gene Therapy
Whitepaper: High throughput AAV Viral titering using nanoplate-based digital PCR
Discover how The Center for Breakthrough Medicines saves resources by using nanoplate dPCR to obtain more consistent titers, five hours faster, from more sample matrices, at more stages of AAV production than droplet digital PCR.
Microbial detection
Pathogen detection by digital PCR
Learn about the new dPCR assays that identify microbial species, antibiotic resistance genes and virulence genes rapidly from diverse samples.
Testimonials – what our customers say
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