Method for rapidly detecting veterinary antibiotics

Abstract

The invention mainly relates to the field of animal husbandry and veterinary medicines and discloses a method for rapidly detecting veterinary antibiotics. The method comprises the following steps: taking samples, feeding the samples, culturing the samples, and performing result judgment. A bacterial liquid is directly prepared after the sample is taken, then the activity of bacteria in a diseasematerial is maintained, the culture time is shortened to 16 hours, effective treatment on sick livestock is accelerated, and the economic loss of farmers is reduced; the method is simple and convenient, no professional skill or large-size equipment is needed, heat-preservation culture is implemented after the sample is taken, and the testing time is shortened; if growth of pathogenic bacteria cannot be inhibited by antibiotics in a testing tube, the testing tube turns into red from clear colorless, the conventional operation that the size of an inhibition zone is observed is replaced by observation on color change, relatively good sensitivity is achieved, the operation is simple and visible, antibiotics can be accurately selected by farmers, appropriate medicines can be administrated for diseases accurately, diseases can be prevented and treated rapidly, and the economic loss of the farmers is reduced; complete types of antibiotics can be put into the testing tube, pathogenic bacteriaof livestock can be detected, and thus the method is wide in application range.

Description

technical field [0001] The invention mainly relates to the field of animal husbandry and veterinary medicine, in particular to a method for rapidly detecting veterinary antibiotics. Background technique [0002] The abuse of antibiotics in the prevention and control of animal diseases and the emergence of a large number of drug-resistant strains have become serious problems. Many farmers are limited by their technical level and conditions of use, and lack correct judgment on the selection of effective antibacterial drugs. Blind drug use is more common, resulting in at least the following consequences: failure to prescribe the right drug, delaying the timing of prevention and treatment; excessive drug use or misuse, increasing unnecessary economic losses The drug resistance of pathogenic bacteria is enhanced, which will increase the difficulty of further prevention and control; unnecessary drug residues in animals will occur, which will damage the health of consumers. The te...

AI Technical Summary

Problems solved by technology

Many farmers are limited by their technical level and conditions of use, and lack correct judgment on the selection of effective antibacterial drugs. Blind drug use is more common, resulting in at least the following consequences: failure to prescribe the right drug, delaying the timing of prevention and treatment; excessive drug use or misuse, increasing unnecessary economic losses The drug resistance of pathogenic bacteria is enhanced, which will increase the difficulty of further prevention and control; unnecessary drug res