Food detection kit used for detecting zeranol

Abstract

The invention discloses a food detection kit used for detecting zeranol. The food detection kit comprises a kit box; the bottom of the kit box is provided with a bottom layer; holes matching reagent bottles are arranged in the kit box; reagents including a condensation washing solution, a redissolving solution, an antibody working solution, an enzyme marker diluent, a stop solution, a developing solution, a confining liquid, and a standard solution are stored in the holes; labels used for representing the reagents are attached next to the corresponding holes; an enzyme-labelled support is arranged in the bottom layer; the top of the enzyme-labelled support is provided with a hole plate; the hole plate is sleeved with a disk support; and reagent tubes are arranged on the disk support. The food detection kit is simple in operation, high in detection sensitivity, and low in cost, is capable of realizing continuous detection on the residual content of zeranol in a plurality of samples in one time, and shortening time needed for sample detection.

Description

technical field [0001] The invention relates to the technical field of food detection, in particular to a food detection kit for detecting zearalanol. Background technique [0002] Zearalanol is an estrogen, which has the effect of maintaining side effects and replacing protein assimilation. In addition to general therapeutic use, it is also used as a growth promoter in ruminants. Sexual dysfunction of the human body and affect the normal development of secondary sexual characteristics. Under the induction of external conditions, it may also cause cancer; secondly, after ZER is excreted from the animal body, it can also cause secondary pollution and environmental pollution through drinking water and food. Application number: Application number 201220564064.0, the name of the utility model: zearalanol detection kit, the technical solution provided by this patent is: the kit includes a solid phase carrier, a concave bottle position for placing the reagent, and a reagent bottle...

AI Technical Summary

Problems solved by technology

[0003] At present, the instrumental detection methods of zearalanol residues in plant foods in the world mainly include liquid-mass spectrometry, gas-mass spectrometry and liquid chromatography-tandem mass spectrometry. Such instrumental detection methods have high accuracy and precision. Well, it can be used as the final confirmation of drug residue detection, but its sample pretreatment is complicated, the detection time is long, expensive instruments and equipment are required, and the requirements for experimental operators are high

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