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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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Description

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 belongs to the beta-agonist class of drugs, which are commonly used as growth promoters in cattle and swine production. These compounds influence energy partitioning in animals by directing nutrients towards muscle development rather than fat deposition, resulting in leaner meat and increased carcass weight. This makes beta-agonists economically attractive in livestock production systems focused on efficiency and yield.

In addition to their use in veterinary contexts, beta-agonists such as clenbuterol also function as bronchodilators in human medicine, where they relax airway smooth muscles to improve breathing in conditions like asthma and chronic obstructive pulmonary disease (COPD). They may be administered orally or via inhalation, depending on the clinical application.

When used in livestock, clenbuterol can significantly enhance meat production efficiency, leading to higher yields and reduced fat content in animal products. However, its use in food-producing animals is strictly regulated or banned in many countries due to concerns about residue exposure in the human food chain.

Potential side effects in humans following exposure include anxiety, tremors, palpitations, rapid heart rate, and hypokalemia (low blood potassium). These effects are linked to its pharmacological activity on the cardiovascular and nervous systems, even at low levels of exposure.

For this reason, monitoring and control of beta-agonist residues in food products are essential to ensure consumer safety and compliance with international food safety standards. Sensitive analytical testing methods are required to detect trace levels in meat and animal-derived products, helping to prevent illegal use and protect public health while maintaining confidence in the integrity of the food supply chain.