Digital PCR Solutions for Analytical Testing

Experience absolute quantitation with digital PCR

In biomanufacturing processes, where precision and accuracy are crucial, digital PCR (dPCR) has emerged as a valuable tool, offering high sensitivity, absolute quantification, and powerful multiplexing capabilities. Harness the power of digital PCR for analytical testing applications such as viral and residual DNA quantitation, with the Applied Biosystems QuantStudio Absolute Q Digital PCR System and the Applied Biosystems SEQ portfolio of high-performance dPCR analytical testing solutions.


Complete digital PCR workflow solutions

Powerfully simple digital PCR for absolute quantitation

Discover our complete sample-to-answer digital PCR workflow, designed to deliver actionable results in <3 hours.

High performing residual DNA quantitation assay kits

Our growing portfolio of assay kits address common cell lines used in biotherapeutic development.                                      

Easy and accurate quantitation of viral titers

Simplify your cell and gene therapy processes with precise characterization of genomic titer to help ensure product potency.                                                                                         


Comparing real-time and digital PCR technologies

Understanding the difference between real-time and digital PCR

While these technologies share similarities, key differences in quantification methods confer each tool with application-dependent benefits or limitations.
 

Comparing real-time and digital PCR technologies

Discover fast facts on high-performance analytical solutions for residual host cell DNA testing in cell and gene therapy, using qPCR or dPCR technologies to deliver sensitive, reliable, and regulatory-ready results.

Comparing real-time and digital PCR technologies

Explore how real-time PCR and digital PCR compare for accurate nucleic acid quantitation, highlighting key differences in precision, sensitivity, and performance.
 


For Research Use Only. Not for use in diagnostic procedures.