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Bacteriological Profile of Raw Chicken Meat Collected from L | 63424

Журнал микробиологии и иммунологии

Абстрактный

Bacteriological Profile of Raw Chicken Meat Collected from Lalitpur and their Antibiogram

Thapaliya Manish

 Food-borne disease outbreak have imposed substantial burden on health care systems and have markedly reduced the economic productivity of a country. In developing countries like Nepal, farmers use antibiotics in feed for therapeutic as well as non-therapeutic purpose. This study aims to evaluate bacteriological status of raw chicken meat and their Antibiogram. A comparative study of 25 livers and 25 breast muscles was carried out using standard procedures for isolation and identification of E. coli, Salmonella and their Antibiogram. The prevalence of E. coli and Salmonella in chicken liver was found to be 52% and 36% respectively; and in case of chicken breast, it was 44% and 0% respectively. The isolates from liver showed wider resistance pattern towards in-use antibiotics in comparison to isolates from breast muscles. In addition, 20.83% of Escherichia isolates were found to be multi-drug resistant. The findings of the study indicated emergence of multi-drug resistant bacteria in chicken meat; therefore it is important to control indiscriminate administration of antibiotics to the poultry animals. Food-borne disease outbreak have imposed substantial burden on health care systems and have markedly reduced the economic productivity of a country. In developing countries like Nepal, farmers use antibiotics in feed for therapeutic as well as non-therapeutic purpose. This study aims to evaluate bacteriological status of raw chicken meat and their Antibiogram. A comparative study of 25 livers and 25 breast muscles was carried out using standard procedures for isolation and identification of E. coli, Salmonella and their Antibiogram. The prevalence of E. coli and Salmonella in chicken liver was found to be 52% and 36% respectively; and in case of chicken breast, it was 44% and 0% respectively. The isolates from liver showed wider resistance pattern towards in-use antibiotics in comparison to isolates from breast muscles. In addition, 20.83% of Escherichia isolates were found to be multi-drug resistant. The findings of the study indicated emergence of multi-drug resistant bacteria in chicken meat; therefore it is important to control indiscriminate administration of antibiotics to the poultry animals.

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