What is the Furantoin Metabolite Colloidal Gold Rapid Detection Card?

In the field of food safety detection, the furantoin metabolite colloidal gold rapid detection card is a widely used detection tool. It is mainly used to rapidly screen the residue of furantoin metabolites in food, providing efficient technical support for ensuring food safety.

From the principle point of view, this detection card is based on colloidal gold immunochromatography technology. Colloidal gold, as a commonly used marker, has unique optical properties and immune activity, and can specifically bind to antibodies. During detection, the sample (such as meat, aquatic products, etc.) is processed and dripped into the detection card and sample hole. The furantoin metabolite in the sample will bind to the colloidal gold-labeled antibody to form a complex. If there is a target in the sample, the complex will move to the detection line, react specifically with the antigen on the detection line, and form a color band at the detection line and the quality control line; if there is no target in the sample, the detection line does not show color, only the quality control line shows color. By observing the band situation, the test results can be quickly judged.

Compared with traditional detection methods, the furantoine metabolite colloidal gold rapid detection card has significant advantages. The first is fast and convenient. The whole detection process usually only takes 10-15 minutes, without complicated equipment and professional operation. Ordinary personnel can get started after simple training. Secondly, it has high sensitivity and specificity, which can accurately identify low concentrations of furantoine metabolite residues and avoid false negative or false positive results. In addition, it is low cost, suitable for large-scale screening use, in food enterprises daily quality control, regulatory departments market sampling and other scenarios play an important role.

In short, furantoine metabolite colloidal gold rapid detection card with its fast, accurate and simple characteristics, become an important tool for screening furantoine metabolite residues in food safety testing, and contribute to the protection of public dietary safety.