Today, with the vigorous development of animal husbandry, the prevention and control of animal diseases has become a key part of ensuring food safety, maintaining ecological balance and promoting sustainable agricultural development. Traditional detection methods are often time-consuming, costly and complex to operate, making it difficult to respond quickly to the challenges of sudden outbreaks. However, with the rapid development of science and technology, a revolutionary detection tool - viral small PCR detector is quietly changing the status quo.

PCR (Polymerase chain reaction) technology, as the cornerstone of molecular biology, plays an important role in virus detection with its high sensitivity and specificity. The virus small PCR detector is a major breakthrough in the direction of portability and rapid development of this technology. It not only retains the core advantages of PCR technology, but also realizes the lightweight and easy operation of the equipment through integrated design, allowing complex laboratory technology to walk out of the ivory tower and into the field and farm.

In animal disease detection, time is of the essence. Traditional detection methods often take hours or even days to produce results, but the WX-CW96 virus small PCR detector can complete the whole process from sample collection to result analysis in just a few minutes. This speed increase means that the outbreak can be detected earlier, effective measures can be taken to stop the chain of transmission of the virus, and minimize economic losses and social impact.

In addition, the high sensitivity of the detector ensures the accuracy of the detection results, and even trace amounts of viruses can be accurately captured, effectively avoiding the risk of missed detection and false detection. This is of great significance for timely detection and control of highly infectious and harmful animal diseases such as African swine fever and avian influenza.

The scope of application of the small PCR detector is extremely wide, not only can be used for the disease detection of common farmed animals such as poultry and livestock, but also can be extended to wild animals, aquatic animals and other fields, providing strong support for the construction of an all-round and multi-level animal epidemic prevention system. At the same time, its portability makes on-site detection possible, greatly shortens the sample transportation time, reduces the risk of contamination, and improves the detection efficiency.