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.
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Select from pre-designed panels or order ready-to-use custom panels depending on your application and needs.
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Sounds interesting but not sure 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.
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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
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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
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Multiplex per well
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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
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100
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1,200 / 1,800 / 4,800
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54 sample
multi-slide tray
Re-usable tray for ANSI-SLAS automation
(96-well format)
54 (3x18)
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100
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5,400
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144 sample
multi-slide tray
Re-usable tray for ANSI-SLAS high-throughput automation (384-well format)
144 (3x48)
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100
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14,400
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