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Home  /  Products  /  Growth Hormones, Meat & Poultry, Urine  /  Clenbuterol ELISA

Clenbuterol ELISA

Clenbuterol is a beta-agonist used in cattle and swine to promote lean muscle growth and heavier carcasses. It also acts as a bronchodilator and can be administered orally or via inhalers. Monitoring residues in food products is essential to ensure safety and regulatory compliance.

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Clenbuterol ELISA Ordering Information

Cat Code. Method Assay Time Limit of Detection (LoD) Cross Reactivity
BXEFB04A ELISA 96T 45mins Urine: 0.2ppb
Serum: 0.2ppb
Tissue: 0.2ppb
Clenbuterol 100%; Mabuterol 65%
Mapenterol 46%; Brombuterol 43%
Bromchlorobuterol 40%;Clenpenterol 34%; Cimbuterol 23%; Clenproperol 8%
Salbutamol 4%;
Hydroxy-Methyclenbuterol 4%
Terbutaline 3%; Cimaterol 3%
Bambuterol 2%; Clencylohexerol <0.05%

The Clenbuterol test from Biorex Food Diagnostics detects residues of clenbuterol, a member of the beta-agonist class of drugs. These compounds are sometimes used as growth promoters in cattle and swine production. In livestock, they alter energy partitioning by directing nutrients toward muscle growth rather than fat deposition. As a result, animals produce leaner meat and higher carcass yields, which increases production efficiency.

In addition to veterinary use, beta-agonists such as clenbuterol also serve a medical purpose. In human medicine, they act as bronchodilators. Specifically, they relax airway smooth muscles and improve airflow in conditions such as asthma and chronic obstructive pulmonary disease (COPD). Depending on treatment needs, healthcare providers may administer them orally or via inhalation.

However, concerns arise when clenbuterol is used in food-producing animals. Although it can improve growth performance, its use is strictly regulated or banned in many countries. Therefore, authorities aim to prevent residues from entering the human food chain.

In humans, exposure to clenbuterol residues may cause several adverse effects. These include anxiety, tremors, palpitations, rapid heart rate, and hypokalemia (low blood potassium). These symptoms result from its strong activity on the cardiovascular and nervous systems, even at very low exposure levels.

For this reason, monitoring beta-agonist residues in food is essential. Sensitive analytical testing methods help detect trace levels in meat and animal-derived products. In addition, routine surveillance supports enforcement of regulations and prevents illegal use. Consequently, food safety systems can better protect consumers.

Overall, clenbuterol testing plays a key role in ensuring compliance with international food safety standards. It also helps maintain consumer confidence and safeguards the integrity of the global food supply chain.