Crystal Digital PCR® Assays and Kits

Stilla® offers a comprehensive portfolio of digital PCR assays and kits for numerous applications. Our dedicated digital PCR assays have been developed for specific detection and quantification of target panels.

Assays & kits

Ready-to-use assays & kits

Explore our catalogue of assays and kits and take a leap into the world of multiplexing. Crystal Digital PCR® assays and kits allow for the detection of multiple targets of interests within one single Ruby Chip chamber.

Custom assay design services

Rapid high-plex assay customization

Stilla offers the fastest assay design service in the market for multiplexed digital PCR assays. Stilla exploits its proprietary Crystal Flex Probe PCR chemistry to offer customized assays in record time, at competitive prices.

Assays

Discover our Crystal Digital PCR® Assays

Stilla's ready-to-use Crystal Digital PCR® assays enable the simultaneous detection of multiple targets within a single Ruby Chip chamber, ensuring efficient and accurate multiplexed analysis.

MLH1 Methylation Crystal Digital PCR® Assay

Assay-specific Crystal Flex Probes and primers for the detection of MLH1 Methylation and its Positive Control.
Oncology

PIK3CA (Ref, H1047L, E542K, E545K, H1047R, N345K) Crystal Digital PCR® Assay

Assay-specific Crystal Flex Probes and primers for the detection of PIK3CA mutations and its Positive Control.
Oncology

KRAS (G12A, G12C, G12D, G12V, drop-off G12-G13) Crystal Digital PCR® Assay

Assay-specific Crystal Flex Probes and primers for the detection of KRAS mutations and its Positive Control.
Oncology

TERT (Ref/SLC12A7/228T/C242T-C243T/C250T/TSN) Crystal Digital PCR® Assay

Assay-specific Crystal Flex Probes and primers for the detection of TERT mutations and its Positive Control.
Oncology

ESR1 (17 mutations) Crystal Digital PCR® Assay

Assay-specific Crystal Flex Probes and primers for the detection of ESR1 mutations and its Positive Control.
Oncology

KRAS (drop-off G12-G13) Crystal Digital PCR® Assay

Assay-specific Crystal Flex Probes and primers for the detection of KRAS mutations and its Positive Control.
Oncology

GSTP1 Methylation Crystal Digital PCR® Assay

Assay-specific Crystal Flex Probes and primers for the detection of GSTP1 Methylation and its Positive Control.
Oncology
Kits

Discover our Crystal Digital PCR® kits

Crystal Digital PCR® kits include all the necessary reagent components, including the naica® PCR MIX reagents, primers, probes, positive and negative controls, and nuclease-free water in one single box.

EGFR 6-color Crystal Digital PCR® Kit

Ready-to-use solution comprised of six components, including the high-perfomance naica® multiplex PCR MIX 10X, an optimal primer and probe solution, a set of positive and negative template controls, and water for sample dilution.
Oncology

naica® IQ/OQ Kit

Ready-to-use OQ solution comprised of six components, including the high-perfomance naica® multiplex PCR MIX 10X, optimal primer and probe solutions, a positive control, and water for sample dilution.
System OQ
Discover our services

Rapid high-plex assay customization

In silico design services are offered, encompassing everything from design to wet lab testing.

Design & manufacturing

We analyze your needs, design custom dPCR assays, and manufacture pre-mixed Crystal  Flex Probes specific to your assay, ensuring precision and efficiency.

Wet lab testing

Optionally, we offer wet-lab testing on synthetic DNA, providing detailed analysis on amplification efficiency and assay specificity.

Assay delivery

From the hands of our experts to you door. We deliver your custom assay with assay-specific primers and Crystal  Flex Probes in a single tube.

Crystal Flex Probe Technology

Target up to 21 targets with Stilla®’s Crystal Flex Probe technology

Stilla® developed a modular detection chemistry that allows for flexible, fast and cost-efficient assay design. Introducing Crystal Flex Probes and Crystal Universal Reporters, assay design for high multiplexed panels in Crystal Digital PCR®.

Cost effective

Reduce cost by using the same set of fluorescent reporters to detect targets accross different panels.

Time saving

Accelerate assay design by relying on non-fluorescent oligos for assay customization and optimization.