Bibliographic citations
Azañero, G., Chiroque, M. (2010). Detección y cuantificación de residuos antimicrobianos en tejido muscular de pollo en cuatro mercados de Lima Cercado [Tesis, Universidad Nacional Mayor de San Marcos]. https://hdl.handle.net/20.500.12672/1633
Azañero, G., Chiroque, M. Detección y cuantificación de residuos antimicrobianos en tejido muscular de pollo en cuatro mercados de Lima Cercado [Tesis]. PE: Universidad Nacional Mayor de San Marcos; 2010. https://hdl.handle.net/20.500.12672/1633
@misc{renati/481384,
title = "Detección y cuantificación de residuos antimicrobianos en tejido muscular de pollo en cuatro mercados de Lima Cercado",
author = "Chiroque Limaymanta, Magna Arsenia",
publisher = "Universidad Nacional Mayor de San Marcos",
year = "2010"
}
-- The use of antimicrobials as therapeutic or prophylactic treatment in animals of mass consumption, such as poultry (chicken), it is now vital to the poultry industry because it can promote growth and intensive farming of these animals and ensure healthy and “quality“, but when used improperly without regard to principles of good veterinary practice, the presence of residues in food poses a serious risk to public health because consumers could develope bacterial resistance and cause allergies medical and veterinary problems. This study, following the recommendation of the control measures of the Council of the European Communities, it is carried out a sampling of chicken meat in four commercial areas: Central Market, Supermarket Metro, Eco Market, Aurora Market in Lima Cercado, where five samples were taken of each market, taking a total of twenty samples. The methodology used to detect the presence or absence of residues of antibiotics had the reference microbiological method of diffusion of the four plates, then quantified by liquid chromatography (HPLC). The results of microbiological tests were positive as halos of inhibition were obtained in at least one plate of each sample tested 2mm wide. For quantitative HPLC method, it was obtained results that exceeded the maximum residue limit (MRL) for sulfamethoxazole in 75% of samples (greater than 100ug/Kg of muscle), norfloxacin of 100% of the samples (greater than 100 ug / kg of muscle) and ciprofloxacin of 50% of the samples (greater than 100 ug / kg of muscle). -- Key Words: Antimicrobials, microbiological technique, HPLC, chicken’s muscle, residues.
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