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Fomonisin(FB) is a kind of water-soluble metabolites produced from toxigenic fungi. It mainly contaminates grains and their products, and has acute toxicity and potential carcinogenicity to certain livestock, and has become another research hotspot after aflatoxin. It can cause huge damage to humans and animals that the substance is widely presented in corn and other agricultural products.Recently fumonisin has become one of the most serious global pollution.Research on the prevention and control of fumonisin has become a research hotspot all over the world.

Wikipedia recommends the following detection methods;

1. Thin layer chromatography,
2. Enzyme-linked immunosorbent assay
3. Immunoaffinity column fluorescence
4. Immunoaffinity column high performance liquid chromatography

Kwinbon Inmmunoaffinity Columns belongs third method, it utilize liquid chromatography for the separation, purification or specific analysis of Fumonisin. Usually Kwinbon columns are combined with HPLC.

HPLC quantitative analysis of fungal toxins is a mature detection technique. Both forward and reverse phase chromatography are applicable. Reverse phase HPLC is economical, easy to operate, and has low solvent toxicity. Most toxins are soluble in polar mobile phases and then separated by non-polar chromatography columns, meeting the needs for rapid detection of multiple fungal toxins in dairy sample. UPLC combined detectors are gradually being applied, with higher pressure modules and smaller size and particle size chromatography columns, which can shorten sample running time, improve chromatographic separation efficiency, and achieve higher sensitivity.

With high specificity, Kwinbon Fumonisin columns can catch target molecules in a highly pure state. Also Kwinbon columns flow fast, eassy to operate. Now it's rapidly and widely using in feed and grain field for mycotoxins decetion.