NAET-01A
Intelligent Automation for Unwavering Accuracy.
Fast: 2-second operation30-minute results
Sensitive: Detection limit aslow as 1 copy/uL
Simple: One-click operation for "sample in, result out"
Three Major Anti-Contamination Designs
1.UV Disinfection: Prevents bio-aerosol contamination;
2.Paraffin Seal: Blocks contamination sources；
3.Fresh Air Purification System: Prevents aerosol leakage.
lsothermal Fluorescent Nucleic Acid Analyzer
NAE-04A
Multi-sample rapid extraction:
Nucleic acid extraction of 4 samples can be completed in approxi-mately 10 minutes;
Intelligent integrated extraction:
Fully automated operation process, "samples in, nucleic acid out";
UV anti-contamination extraction:
Equipped with ultraviolet disinfection function to avoid cross-contamination risks.
Nucleic Acid Extraction System
NAT-08A
Rapid detection:
Results available in 20 minutes;
Real-time detection:
Monitor the fluorescence value changes during nucleic acid amplification in real-time;
High sensitivity:
Detection limit up to 1 copy/uL;
Convenient operation:
Simple operation, easy for beginners to master;
High throughput:
8-well dual fluorescence channel, capable ofsimultaneously detecting 16 targets;
Smart design:
Utomatic data analysis and report generation,supporting multiple ways of report transmission.
Technologies Introduction
Recombinase-Aid Amplification (RAA)
Recombinase-Aid Amplification (RAA) technology utilizes protein-directed evolution techniques to modify, screen and optimize specific tool enzymes from nature, obtaining a core RAA isothermal amplification system. Under isothermal conditions (40'C), it can perform exponential amplification of trace target DNA fragments withspecificity. The amplification reaction time only takes 20 minutes., Significant break throughs have been achieved in low-temperature adaptability, sensitivity, and other aspects, reaching the international advanced level.
Comparison of Nucleic Acid Amplification Technologies
Magnetic Bead-based Nucleic Acid Extraction
It is used to eficiently obtain pure nucleic acid from samples, which greatly reduces amplification interference and ensures detection sensitivity.
Fluorescence Detection Technology
This technology integrates isothermal amplification with real-time fluorescence detection. Using an exonuclease (Exo) probe, which emits a fluorescent signal upon binding to amplified products, it allows for direct visualization of the micro-scale amplification process.
