Hyperplex PCR™ in your lab
Supercharge your PCR using conventional thermocyclers and fluorescence microscopes or imagers. We enable this with our proprietary kits, consumables and software.
Select from pre-designed panels or order ready-to-use custom panels depending on your application and needs.
Sounds interesting but not sure how it will work for your application? Talk with our experts to set up a pilot project as a service. All you need to do is to send your extracted samples to our service lab and receive results for your evaluation.
Panels
PCR primers and padlock-probes for your application of interest
Pre-designed panels
Select from already defined and validated panels to upgrade your analysis immediately.
Keep an eye out for more panels available from us or through our panel-development partners.
Instant custom panels
Instant on-the-fly flexibility for your application. Panels are designed to work with minimal optimization of the padlock-probes to achieve single-nucleotide specificity.
For quantitative results, the only requirement is for the general PCR primers to amplify efficiently regardless of their specificity to mutations. This enables easy discrimination between:
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Substitutions
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Insertions
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Deletions
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Indels
A new panel can typically be designed, ordered and set up as quick as within 2 weeks.
Consumables
Customize your throughput, retain cost-efficiency
The assay is carried out in off-the-shelf PCR tubes or multi-well plates. Samples are then captured on Aplex-provided glass slides for Nanopixel™ labelling and imaging. The entire workflow is compatible with standard microtiter plate format for easy integration with automated solutions
Samples
Multiplex per well
Or max multiplex
using all wells
Capture slides
+ frames
Modified glass slides with re-usable frames for amplicon capture and Nanopixel™ labelling
12 / 18 / 48
100
1,200 / 1,800 / 4,800
54 sample
multi-slide tray
Re-usable tray for ANSI-SLAS automation
(96-well format)
54 (3x18)
100
5,400
144 sample
multi-slide tray
Re-usable tray for ANSI-SLAS high-throughput automation (384-well format)
144 (3x48)
100
14,400