Organic phosphorus pesticide bionic identification test reagent kit

Abstract

The present invention relates to an organophosphorous pesticide bionic identification detection kit. Said kit is formed from polystyrene enzyome-linked plate with 96 wells, correspondent organophosphorous pesticide bionic identification molecular probes and organophosphorous pesticide solution with standard concentration. It is characterized by that on the polystyrene enzyme-linked plate with 96 wells the molecular probes with bionic identification and detection functions are coated. Said invention also provides the concrete steps of its preparation method. Said invention fully utilizes the combination of molecular engram technique and fluorescence analysis technique to greatly raise detection capability for organophosphorous pesticide.

Description

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AI Technical Summary

Benefits of technology

This patented technique involves combining two techniques - one called molecular enzyme immune-affinity identification (MEI) and another called Fluorescent Analysis Method(FAC). These methods combine both technologies for creation of specific binding agents that can be used effectively when needed or stored safely at room temperature. They allow researchers to study how these materials work together more efficiently than just identifying them themselves. By analyzing their properties through this process they are able to identify unknown substances like DNA fragments from other organisms without being limited by environmental factors such as light levels or pH values.

Problems solved by technology

This patent describes various technical problem addressed during this patented study on pesticidation agents currently being applied worldwide due to issues like cost overrunments, negative impact on ecologically friendly species, potential health hazards associated therewith, and waste disposal concerns. Current techniques involve extracting pesticidal residue from plants and other sources, treating these residual matters into nontoxic forms, applying chemical fertilizers, controlling crop rotation, developing disease resistance mechanisms, etc., making the processes cumbersome and requiring highly trained labor force operators. Therefore, the inventors aim to provide efficient solutions without compromizing beneficial effects while reducing environmental risks involved in pesticiding activities.