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AOZ FAST ELISA

Nitrofuran antibiotic residues in food pose significant public health risks. Drugs like Furaltadone, Furazolidone, Nitrofurantoin, and Nitrofurazone are rapidly metabolised, but their protein-bound metabolites such as AOZ persist in edible tissue and resist cooking, making them ideal for reliable detection and food safety monitoring in meat and other products.

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AOZ FAST ELISA Ordering Information

Cat Code. Method Assay Time Limit of Detection (LoD) Cross Reactivity
BXEFB41A ELISA 96T 45mins Fish/ Shrimp: 0.06ppb
Aqueous Buffer: 0.05ppb
Meat: 0.05pb
Honey I: 0.1ppb
Honey II: 0.3ppb
2.NP.AOZ 100%

Antibiotic residues in foods pose a serious threat to public health. The Nitrofuran class of broad spectrum antibiotics (Furaltadone, Furazolidone, Nitrofurantoin, and Nitrofurazone) are commonly used in food-producing animals. Their potential for harmful effects on human health, specifically carcinogenicity, has led to bans on their use in food producing animals in many countries including the US, Canada, and the EU. These countries have also imposed bans on all imported foods containing Nitrofuran residues. The monitoring of water sources and food products, such as meat, for antibiotic residues is necessary to ascertain that these compounds are not misused and do not present a danger to human and animal health.

The detection of nitrofurans themselves has proven challenging, as the drugs are rapidly metabolised after ingestion. The protein-bound metabolites which are formed, however, persist in edible tissue for a considerable amount of time after treatment. AOZ (3-amino-2-oxazolidinone), the metabolite moiety derived from Furazolidone, is not degraded by common cooking techniques and can be released from tissue under mildly acidic conditions, making it ideal for monitoring and detection in edible tissue.