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Custom qPCR assays and panels for your targets

Configure and order with our online qPCR assay design tools

QPCR CUSTOM ASSAY & PANEL DESIGNERS

High-accuracy qPCR assays and panels

Our intuitive online design tools let you create and order tailor-made qPCR primer sets or assay plates to detect your targets of interest with ease and convenience. Our custom products cover a range of analytes:
  • miRNA: extremely sensitive and specific quantification of novel miRNAs or small RNAs for which predesigned assays are not available
  • mRNA/lncRNA: robust detection and profiling of any mRNA/lncRNA target with speed and reliability
  • DNA: highly sensitive and specific profiling of a customized panel of microbial genes or species

What type of target would you like to detect?

Products

Microbial PCR Custom Array

For real-time PCR-based, customized microbial identification or profiling

Microbial PCR Custom Assay

For real-time PCR-based microbial detection

Type
Panel
Assay
Analyte
DNA (bacterial 16S rRNA gene and fungal ribosomal rRNA gene for species ID, virulence factor genes and antibiotic resistance genes)
DNA (bacterial 16S rRNA gene and fungal ribosomal rRNA gene for species ID, virulence factor genes and antibiotic resistance genes)
LNA Enhanced
Detection Chemistry
Hydrolysis probe
Hydrolysis probe
Dynamic Range
Linear amplification across a range from 10 to 10^6 copies of DNA template
Linear amplification across a range from 10 to 10^6 copies of DNA template
Format
96- or 384-well, Rotor-Disc 100
Tube
Detected Species
Over 500 bacterial, fungal, parasitic, viral, antibiotic resistance or virulence factor genes
Bacterial, fungal, parasitic, viral, antibiotic resistance or virulence factor genes
Data Analysis Tools Included
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Need help with your custom design?

Get in touch with one of our design specialists

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Empower your qPCR analysis with confidence

Our online qPCR analysis software tools are reliable and simple to use and help everyone, even non-experts, obtain trustworthy results. The tools automatically calculate ∆∆Cq-based fold-change values and help you interpret the genomic DNA, reverse transcription efficiency and positive PCR control well data. You can easily see pair-wise comparisons between groups of experimental replicates or compare all groups side-by-side and then visualize the result plots in a variety of formats.