In the field of animal disease prevention and control, time is life, and accurate and efficient detection technology has become the key to protect the safety of animal husbandry. Today, let's focus on a revolutionary detection tool - 96-well fluorescent quantitative PCR detector, which is leading the new trend of animal disease detection with its excellent performance and amazing speed, and escorting the healthy development of animal husbandry.

In traditional animal disease detection, cumbersome sample processing, time-consuming experimental steps and manual interpretation errors have always been the bottlenecks restricting detection efficiency and accuracy. The advent of WX-CW96 96-well fluorescence quantitative PCR detector has completely changed this situation. Through highly integrated automation, the instrument is capable of processing up to 96 samples simultaneously, enabling batch, rapid, and accurate nucleic acid detection. Its unique fluorescence quantification technology can accurately quantify the DNA/RNA of viruses or bacteria in a very short time, greatly improving the sensitivity and specificity of detection.

In the face of complex and changeable animal diseases, accurate detection is the premise of formulating effective prevention and control measures. With its high sensitivity and high specificity, the 96-well fluorescent quantitative PCR detector can accurately identify and quantitatively analyze the presence of various pathogens, whether it is common swine fever, bird flu, or emerging highly pathogenic viruses, and can quickly give a "diagnostic report". This not only provides a scientific basis for veterinarians to make decisions, but also gains valuable time for early warning and rapid response to the epidemic.

From farms to slaughterhouses, from inspection and quarantine to scientific research institutions, 96-well fluorescent quantitative PCR detector has become an indispensable part of the livestock industry chain with its wide range of application scenarios. In the farm, it can help farmers find and isolate the source of the disease in time to prevent the spread of the epidemic; In slaughterhouses, it ensures the safety of meat on the market; In the inspection and quarantine departments, it is an important tool to ensure the safety of import and export animal products; In scientific research institutions, it is an important platform to promote technological innovation in animal disease prevention and control.