Delivering precision and speed to put you above the curve

The Applied Biosystems QuantStudio Absolute Q Digital PCR System is a plate-based digital PCR (dPCR) platform powered by proprietary microfluidic array plate (MAP) technology. that enables all the necessary steps for dPCR—compartmentalizing, thermal cycling, and data acquisition—to be conducted on a single instrument. The dPCR workflow is identical to the qPCR workflow you are familiar with to improve ease of use, minimize hands on steps, and maximize consistency.

Workflow

dPCR overcomes variability and low accuracy by eliminating the need for a standard curve. The QuantStudio Absolute Q Digital PCR System consists of just one instrument, consolidating all steps required into a single plate and transforming a multi-step multi-instrument workflow into a one-step qPCR-like workflow.

Microfluidic array plate technology

The Absolute Q system’s proprietary microfluidic array plate (MAP) technology enables effortless and consistent digitization of 20,000 precisely defined microchambers. With under 5% dead volume, you will see the whole picture and minimize sample loss with every reaction.

Features

Single Instrument. Single Plate. Simple Workflow.

Eliminate cumbersome and challenging sample and reagent preparation steps from your dPCR workflow. The QuantStudio Absolute Q system requires only one hands-on step that takes under five minutes to complete with minimal technical skill.

Industry leading consistency

Powered by microfluidic array plate (MAP) technology, the QuantStudio Absolute Q system and MAP16 dPCR plates enable exceptional consistency in total micro-chambers analyzed.

Minimize wasted sample volume

Leveraging MAP technology and dead-ended reagent loading, over 95% of your input sample is analyzed per reaction compared to the 25–60% of other dPCR platforms.

Fast time to answer

Avoid wasting precious time moving generating micro-chambers, moving plates, and reading samples. In under 90 minutes* reagent digitization, thermal cycling, and data collection are integrated into a single system with no manual transfer steps required.

*90-minute time includes reagent digitization, thermal cycling, and data collection. Total time may vary based on assay-specific thermal cycling requirements.

Digital PCR (dPCR)

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