Clenbuterol Regulatory Vulnerability: Triple Card Application Solution for Abattoir Admission Detection

As a prohibited additive, clenbuterol is extremely harmful to pig breeding and food safety, and its supervision has always been a key and difficult point in the field of food safety. However, there are still many loopholes in the current slaughterhouse entry inspection process, such as irregular testing process, long feedback period of results, and imperfect data traceability mechanism, etc., which have led to some unqualified pig products entering the market and burying food safety hazards.

The core pain point of clenbuterol supervision - slaughterhouse admission detection loopholes

The main loopholes in the current slaughterhouse admission detection are concentrated in three aspects: first, the implementation of testing standards is not strict, some slaughterhouses are pursuing efficiency, simplifying the detection steps, relying on manual experience judgment, and it is difficult to fully cover the types of clenbuterol; second, the detection equipment and technology are backward, and traditional detection methods require professional laboratories and a long time, resulting in lagging test results and unable to intercept risks in time; third, data management is chaotic, paper records or electronic ledgers are at risk of tampering and loss, and it is difficult to form a complete regulatory chain, making the problem products unable to be accurately traced.

Triple Card Application Solution: An Innovative Path to Crack Abattoir Detection Vulnerabilities

Triple Card As a rapid detection tool that integrates sampling, detection and recording, it provides an effective path to solve the above vulnerabilities. The solution realizes efficient screening of clenbuterol through a closed-loop process of "mandatory sampling before admission + triple card on-site detection + real-time data upload". Specifically, when pigs enter the market, the sampling personnel use the triple card to detect pig urine or tissue samples. The card body contains three independent detection units, which can cover multiple clenbuterol types (such as clenbuterol, ractopamine, etc.) at the same time, and can determine whether it contains prohibited ingredients through visual results within 10 minutes. If the result is positive, the isolation and re-inspection procedures will be initiated immediately; if it is negative, a certificate of conformity will be issued and the data will be uploaded to the supervision platform in real time to ensure the traceability of the entire process.

The advantages of the triple card and the technical support of Wuhan Yu Pinyan Bio

The core advantages of the triple card application solution are: first, the detection efficiency is high, no professional laboratory is required, and the slaughterhouse self-inspection can be completed, which greatly shortens the detection cycle; second, the accuracy is high, using the rapid detection reagent developed by Wuhan Yu Pinyan Bio, the sensitivity reaches ng/mL level, which can effectively identify trace amounts of clenbuterol; third, the operation is simple, and through the intuitive color reaction interpretation results, non-professionals can quickly get started; fourth, the data can be traced, and the electronic recording function of the triple card can be networked with the supervision system in real time, forming a closed-loop management of "detection-release-traceability". As a research and development enterprise of food safety rapid detection reagents, Wuhan Yupinyan Bio has always taken technological innovation as the core. Its reagents have good stability and strong anti-interference ability, which provides a solid guarantee for the accuracy of triple card detection, ensuring that each test result can truly reflect the sample situation.

With the gradual promotion of triple card application solutions in slaughterhouses, it will be possible to cut off the channel of clenbuterol flowing into the market from the source. Wuhan Yupinyan Bio will continue to optimize the rapid detection technology, provide more reliable technical support for the food safety supervision system, and help build a full chain safety barrier from breeding to slaughter.