Guangzhou Baishiyuan Fluorescent Quantitative PCR Kit

Baishiyuan Animal Health Technology (Guangzhou) Co., Ltd. develops and produces various animal disease fluorescent quantitative PCR kits, which can be used to detect various pathogens such as pig diseases, cattle diseases, poultry diseases, etc
For product consultation and procurement, please contact Manager Yang

Guangzhou Baishiyuan Fluorescent Quantitative PCR Kit

At present, successful disease test kits have been developed, covering pig diseases, cattle and sheep diseases, poultry diseases, and various aquatic fish and shrimp diseases, such as common foot-and-mouth disease, porcine reproductive and respiratory syndrome, porcine epidemic diarrhea, pseudorabies, swine fever, infectious pleuropneumonia, rotavirus, bovine tuberculosis, brucellosis, bluetongue disease, bovine leukemia, Mycobacterium paratuberculosis, bovine viral diarrhea, Mycoplasma bovis, Schmalenberg's disease, equine copulation, glanders, equine infectious anemia, Hendra, Nippa, West Nile fever, encephalomyelitis, etc

The product specification is usually 50T and supports all common fluorescent quantitative PCR instruments on the market.

Guangzhou Baishiyuan Fluorescent Quantitative PCR Kit

At present, many PCR methods for detecting animal pathogens have been established both domestically and internationally, providing strong technical support for disease diagnosis and detection. In terms of pathogens, PCR technology can directly detect viruses from various tissues and body fluids without the need for isolation and culture. It can detect one in a million infected cells and perform single copy DNA detection; It can simultaneously detect different pathogens or different strains of the same pathogen, and can detect pathogens that are reproducing or in the latent stage, especially for pathogens that cannot be cultured in vitro or are difficult to cultivate at present; Capable of detecting animal diseases and their trace antigen components. PCR has been widely used in the field of animal disease diagnosis due to its high specificity, sensitivity, simplicity, speed, and low purity requirements for specimens.