The animal derived DNA detection kit adopts a pre packaged reaction system with 20ul of reaction solution. Users only need to add 5ul of DNA sample to each well for machine testing, greatly improving the convenience of use and reducing the probability of cross contamination. Users need to cut out several PCR tubes and melt them at room temperature to avoid repeated freezing and thawing of the entire kit, which may affect the detection efficiency.
The animal derived DNA detection kit adopts a pre packaged reaction system with 20ul of reaction solution. Users only need to add 5ul of DNA sample to each well for machine testing, greatly improving the convenience of use and reducing the probability of cross contamination. Users need to cut out several PCR tubes and melt them at room temperature to avoid repeated freezing and thawing of the entire kit, which may affect the detection efficiency.
Nucleic acid testing technology has become one of the essential means for food safety, among which fluorescence quantitative PCR testing technology is the standard for detecting the cost of genetically modified foods and animal sources. The real-time fluorescence quantitative PCR detection method has the advantages of high accuracy, high sensitivity, and low false positives compared to other detection techniques. At the same time, the use of rapid DNA extraction method can further shorten the reaction time of the experiment. The application of nucleic acid testing technology can provide a basis for the diagnosis of genetically modified, adulterated foods, allergens, and pathogenic bacteria related to food safety, ensuring the speed and reliability of testing results. Technicians can quickly obtain test results within 30 minutes, achieving effective monitoring of safety hazards in conventional food products.