- Phone
-
Address
Jimei District Industrial Technology Research Institute
Xiamen Zhonghezhong Technology Co., Ltd
Jimei District Industrial Technology Research Institute
²Product Introduction
Microfluidic PCR detectorBy combining microfluidic chips with isothermal amplification technology, the detection and amplification of the test sample can be monitored throughout the entire process.Extract theDNAAdd the template to the microfluidic chip and insert it into the detection system with real-time fluorescence detectionequipmentPerform isothermal amplification. At the same time, internal standards are added to the chipThe detection hole is used to monitor the amplification of the test sample throughout the entire process to prevent the occurrence of false negatives. If the sample contains the target fragment and obtains isothermal amplification, the fluorescence signal is captured in real time by a fluorescence detector, which intuitively reflects the generation of amplification products.
²Product Advantages



²performance metrics
1. Detection speed: The entire process takes ≤ 30 minutes.
2. High throughput: Simultaneously detecting multiple different indicators of a sample.
3. Easy to operate: reagents are pre embedded, only the sample needs to be added.
4. Quality control: Each sample has an independent control and target retesting.
5. Cost: Reagent loss caused by the absence of positive and negative controls.
6. Supporting instruments involve processes such as homogenization, centrifugation, nucleic acid extraction, and detection.
7. After long-term market testing, it has excellent performance, stability, and speed.
8. Equipped with pre packaged extraction and detection chips, ready to use upon opening the box.
9. It can perform rapid detection of animal sources such as cattle, sheep, chickens, ducks, etc. For more testing items, please feel free to contact us.
10. Microfluidic systems:Integration (sample pre-processing, amplification, signal output), miniaturizationreaction systemMulti project joint inspectionEasy to operate (one-step sample addition)).