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Digital PCR technology

Digital PCR

Digital PCR is an absolute quantitative nucleic acid molecule detection technology that achieves absolute quantification of target molecules by dispersing samples into thousands of independent micro-reaction units for PCR amplification, and then interpreting and analyzing the fluorescent signal of each unit. Compared with traditional real-time quantitative PCR, digital PCR can more accurately quantify the starting amount of target DNA, and is particularly suitable for the detection of rare mutants and the quantitative analysis of extracellular DNA.

WechatIMG10646
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Digital PCR Technology Platform

Stilla Technologies of France launched the Naica® digital PCR platform and the NIO+ fully automatic droplet digital PCR all-in-one system, which have been widely used and highly praised by domestic and foreign customers in the fields of scientific research, clinical diagnosis, industry and environmental monitoring, etc., with their characteristics and advantages of high sensitivity, automation, high throughput and high precision. The application of its digital PCR technology platform represents the cutting-edge progress of digital PCR technology and has become an important tool in modern molecular biology research and clinical diagnosis.
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Product Center

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NIO+ fully automatic droplet digital PCR all-in-one system

2018-07-16
During the period of 51-55, the third phase of medicine and health ...
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naica® Six-channel Droplet Digital PCR System

2018-07-16
During the period of 51-55, the third phase of medicine and health ...
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naica® fully automated droplet digital PCR system

2018-07-16
During the period of 51-55, the third phase of medicine and health ...
view detail
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Advantages of Digital PCROur advantages

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Digital PCR Technology Application

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Cancer research and diagnosis

Cancer gene mutations and copy number variations, minimal residual disease (MRD) monitoring, liquid biopsy ctDNA detection
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Infectious disease testing

Low copy number viruses, bacteria and other pathogens, monitoring pathogen load and drug resistance mutations
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Gene expression analysis

Low-abundance gene expression levels, gene expression variability
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Genetic disease diagnosis

Single gene mutations and small deletions/duplications, prenatal diagnosis and newborn screening
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Environmental monitoring

Microbial contamination, pathogen abundance in water/soil
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Agriculture and food safety

Detection and quantification of genetically modified crops, pathogen and allergen detection in food
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Drug development and personalized medicine

Drug efficacy evaluation, companion diagnostics (CDx)
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Gene and cell therapy

Vector copy number analysis, gene editing effect assessment, cell therapy monitoring