Labs increasingly need to detect a high number of targets from a single sample

Our Benefit: hpPCR enables ultra-sensitive detection of 100+ targets in a single sample

qPCR/dPCR lacks specificity for difficult targets, requiring lenghty validation of new probes

Our Benefit: hpPCR provides NGS-grade specificity for virtually any sequence and fast turnaround from probe design to implementation

NGS requires high investment in new equipment and significant training

Our Benefit: hpPCR can be adopted within existing routine workflows, without the need for investment in complex or costly instrumentation by using existing thermocyclers and fluorescence readers. Talk with our team to find out how well your equipment already works.

NGS results take days or weeks

Our Benefit: hpPCR can deliver results in as fast as 4 hours

We have taken PCR to a whole new level. Our Hyperplex PCR™ technology enables detection of up to 100 markers in a single well with highly specific and ultra-sensitive performance.

Learn about the technology

Today, analysis has limitations

We bring you the future

Efficiency & Performance

To overcome these challenges, there is a need for new, accurate molecular testing solutions that can detect multiple, difficult and low abundance markers while simultaneously handle large sample volumes and seamlessly integrate into existing lab workflows without the need for substantial equipment investment.

Efficiency

PCR has long been the go-to molecular testing method providing scalability and highly sensitive results. However, it may become impractical or costly for high-throughput projects where broad genomic insight is required, or when there is a need to detect difficult, numerous target sequences in a single sample.

Or

Performance

In comparison, NGS approaches excel in discovering novel genes and provide extreme sequence specificity. Yet, the initial equipment costs, ongoing reagent expenses, service fees, training required and turnaround time to results present significant barriers for many labs.

Introducing

An end-point quantitative PCR technology powered by Nanopixels™, padlock probes and RCA-based molecular counting ensuring single-nucleotide resolution and ultra-sensitivity together with hyperplex capabilities to detect 100+ targets in each well.