Stilla Technologies products

Get absolute quantification of multiple genetic targets in a single run with Crystal Digital PCR Digital PCR (dPCR) is a powerful tool used for the precise and highly sensitive quantification of nucleic acids. The naica® system is an easy-to-use dPCR platform that harnesses cutting-edge microfluidic technology to integrate the dPCR workflow onto a single consumable chip. The technology, known as Crystal Digital PCR™, partitions samples into a large array of thousands of individual droplet crystals – each its own reaction compartment – before amplifying nucleic acid molecules in each droplet crystal. These reactions are tagged with fluorophores to be read using up to six different fluorescence light channels. This makes for a fast and simple workflow that provides high multiplexing capability with powerful sensitivity while reducing time to results and saving precious sample.

The naica® system’s digital PCR workflow is integrated into a single consumable chip, providing maximized sensitivity and throughput when combined with specially-formulated PCR reagents. Digital PCR workflows do not need to be challenging. Stilla Technologies cutting-edge patented microfluidic innovation integrates the Crystal Digital PCR™ workflow into a single consumable. Combined with specially-formulated naica® PCR MIX reagents, researchers get maximized sensitivity and flexible throughput with simple reaction assembly and minimal hands-on time.

The naica PCR MIX is a ready-to-use two-component solution optimized for EvaGreen fluorescent intercalating dye-based Crystal Digital PCR.

The IDENTIFY digital PCR kit line provides detection for multiplexed mutation panels using fully-validated, specific, and sensitive Crystal Digital PCR™ solutions on the 3-color naica® system for a variety of oncology target panels. Use Crystal Digital PCR™ to test for mutations across multiple indications using circulating cell-free DNA from liquid biopsies or tumor DNA from solid biopsies.?

The SARS-CoV-2 digital PCR test kit is intended for the detection of reported conserved viral nucleic acid sequences, Nucleoprotein N (FAM) and ORF1ab (HEX). This kit is designed to provide an advantage over conventionally-used qPCR by detecting low concentration targets in a large sample volume, where qPCR can be unreliable due to high Ct values.