Enterotoxigenic Bacillus cereus from cooked chicken meat: A potential public health hazard
- Author:
Erkihun Aklilu
;
Erniza Bt. Tukimin
;
Nurhardy B. Abu Daud
;
Than Kyaw
- Publication Type:Letter
- Keywords:
Chicken meat;
food poisoning;
Bacillus cereus;
enterotoxigenic genes;
PCR
- MeSH:
Bacillus cereus;
Foodborne Diseases
- From:Malaysian Journal of Microbiology
2016;12(1):112-115
- CountryMalaysia
- Language:English
-
Abstract:
Aims: This study was conducted to isolate Bacillus cereus from raw and cooked chicken meat from selected retail shops
and wet markets in Kota Bharu and to determine the antimicrobial resistance patterns of B. cereus.
Methodology and results: A total of sixty samples (30 from raw and 30 from cooked chicken meat) were tested for
presence of B. cereus. Isolation and identification of B. cereus was done by using routine bacterial culture and
Polymerase Chain Reaction (PCR). Bacillus cereus was detected in 16.67% (10/60) of the samples tested. All isolates
were negative for the enterotoxigenic gene, nhe genes, however, six of the isolates were found to be positive for hbla
genes. B. cereus isolates showed 100% resistance towards beta lactam antibiotics.
Conclusion, significance and impact study: Although only 60 samples are analysed in the current study, the fact that
toxigenic strains of B. cereus were isolated in cooked chicken meat intended for human consumption implies the
potential public health risk it might pose. Further study with increased sample size, screening other toxigenic strains of
B. cereus and molecular typing is recommended to have a more detailed understanding of the occurrence of the
bacteria in chicken meat in Kota Bharu. It is necessary to educate the public on the risks of food contamination by
bacteria that may cause food borne illnesses. Some precautions such as routine checking of the freshness of food
before consumption, hygienic preparation and proper cooking of food can be implemented to reduce the risks of food
borne illnesses related B. cereus and other potentially dangerous bacteria.
- Full text:P020160317555288402701.pdf
