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Nitromidazoles Residue ELISA Kit
This kit is a new generation of drug residue detection product developed by ELISA technology. Compared with instrument analysis technology, it has the characteristics of fast, simple, accurate and high sensitivity. The operation time is only 2h, which can minimize operation errors and work intensity.
The product can detect Nitroimidazole residue in tissue, aquatic product, bee milk, milk, egg and honey.
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Chloramphenicol & Syntomycin Residue ELISA Kit
This kit is a new generation of drug residue detection product developed by ELISA technology. Compared with instrument analysis technology, it has the characteristics of fast, simple, accurate and high sensitivity. The operation can minimize operation errors and work intensity.
The product can detect Chloramphenicol & Syntomycin residue in honey sample.
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β-Fructofuranosidase Residue ELISA Kit
This kit is a new generation of drug residue detection product developed by ELISA technology. Compared with instrument analysis technology, it has the characteristics of fast, simple, accurate and high sensitivity. The operation time is only 2h, which can minimize operation errors and work intensity.
The product can detect β-Fructofuranosidase residue in honey sample.
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Carbandazim Residue ELISA Kit
This kit is a new generation of drug residue detection product developed by ELISA technology. Compared with instrument analysis technology, it has the characteristics of fast, simple, accurate and high sensitivity. The operation time is only 45min, which can minimize operation errors and work intensity.
The product can detect Carbendazim residue in honey sample.
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Quinolones(QNS) Elisa test kit
This ELISA kit is designed to detect quinolones based on the principle of indirect-competitive enzyme immunoassay. The microtiter wells are coated with capture BSA-linked antigen. Quinolones in the sample competes with antigen coated on the microtitre plate for the antibody. After the addition of enzyme conjugate, chromogenic substrate is used and the signal is measured by spectrophotometer. The absorption is inversely proportional to the quinolones concentration in the sample.
