Automated Droplet Digital PCR System --AD3207 Detection Principle
Our droplet digital PCR system can do fully automated, high-sensitivity detection of single-copy genes with facilitating accurate quantification of pathogens and viral loads.Featuring 7 fluorescent channels, it delivers comprehensive results with a 3-hour TAT. This reliable platform provides clinicians with actionable insights into specific pathogens, supporting evidence-based treatment decisions and enhancing healthcare management.


Advantage
CE-IVDR, NMPA Ⅲ, Fully Automated, Anti-Contamination, Compatible with LIS System
Specifications
|
TAT |
3 Hours |
|
Droplets generated |
≥30,000 droplets/chip |
|
Throughput |
1-32 |
|
Fluorescent |
FAM/ROX/VIC/CY5.5/A425/CY5/CY7 |
|
System |
Compatible with Windows 03/07/10 and Mac. |
|
Dimension |
550x570x590 mm (LWH) |
|
Net weight |
79 kg |
Features of The Digital PCR
1. Absolute Quantification
2. Super Sensitivity
3. High Specificity
What are the Applications of digital PCR?
Life Sciences and Basic Research
● Gene Expression Analysis
● Copy Number Variation Analysis
● Genome Editing Verification
● Microbiome Research
01
Clinical Diagnostics and Precision Medicine
● Infectious Disease Diagnostics
● Liquid Biopsy in Oncology
● Non-Invasive Prenatal Testing and Genetic Diseases
02
Agriculture and Food Safety
● Genetically Modified Organism Detection
● Foodborne Pathogen Detection
● Species Identification and Traceability
03
Environmental Monitoring
● Monitoring Pathogenic Microorganisms in Water and Soil
● Biomonitoring
04
Reference Material Preparation and Quality Control
● Nucleic Acid Reference Material Characterization
● Gene Therapy Vector Titer Determination
● Vaccine Development
05
Our laboratory already has an established qPCR platform. Why do we need to introduce digital PCR?
1.Digital PCR and qPCR have a complementary, not a replacement, relationship. Introducing digital PCR allows your laboratory to expand its capabilities into more advanced application areas.
2. Addressing the Limitations of qPCR: When your projects involve absolute quantification, rare mutation detection, analysis of complex samples, or require the highest precision, qPCR may face challenges such as inaccurate standard curves, insufficient sensitivity, or interference from inhibitors. These are precisely the areas where digital PCR excels.
3. Enhancing the Credibility of Results: Digital PCR serves as the "gold standard" for the value assignment of nucleic acid reference materials. It provides a higher level of data reliability and authority for your critical research or diagnostic results.
4. Expanding Service and Research Boundaries: It enables your laboratory to undertake more advanced research collaborations or clinical testing projects, such as biomarker validation in new drug development or quality control testing for cell and gene therapy products.
5.Bloodstream infection detection is trending towards precise, absolute quantification based on digital PCR. While the speed of bloodstream infection screening remains a major global challenge, the emergence of digital PCR has effectively addressed this issue. Adopting this technology can position your hospital or laboratory at the forefront of the field and enhance its diagnostic reputation.
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