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Journal of Biological Sciences

Year: 2021 | Volume: 21 | Issue: 1 | Page No.: 38-44
DOI: 10.3923/jbs.2021.38.44

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Authors


Huriyyah A. AL-Aejroosh

Country: Saudi Arabia

Noorah  S. Al-Sowayan

Noorah S. Al-Sowayan

LiveDNA: 966.3474

M.M. Abd El-Razik

Country: Saudi Arabia

Keywords


  • domestic kitchen
  • Food contact surface
  • food work area
  • hygiene condition
  • microbial load
Research Article

Heavy Microbial Load in the Work Environment, Utensils and Surfaces of Domestic Kitchens

Huriyyah A. AL-Aejroosh, Noorah S. Al-Sowayan Noorah  S. Al-Sowayan's LiveDNA and M.M. Abd El-Razik
Background and Objective: Foodborne illnesses are a global problem. In common households, these illnesses commonly arise from unsanitary kitchens where work surfaces and utensils carry heavy microbial loads. This investigation aimed to assess the quality of conditions in working areas, especially surfaces that come into physical contact with food, in domestic kitchens in the Unaizah governorate of the Kingdom of Saudi Arabia. Materials and Methods: Microbial loads were assessed via swab samples collected from the surfaces of dining tables, food trays, cooking utensils, interior surfaces of refrigerators, washbasins and water taps. These loads are presented in terms of total bacterial counts and counts of Escherichia coli that were compared with permissible limits reported in the Microbiological Specifications and Criteria for Foods of the KSA. Results: Salmonella sp. accounted for 16, 16, 4, 32, 28 and 20% of all microbiota in the samples collected from the aforementioned surfaces, respectively. Of the total air samples tested 68 and 80% were compliant with the total bacterial count and E. coli permissible limits, respectively. Furthermore, 40% of the water samples collected from the kitchens under investigation had bacterial counts lower than the permissible limits, where total bacterial counts ranged from <1 to 2.70 log CFU mL–1, while 48% of the tested water samples were free (<1) of E. coli. On the contrary, 60% of the water samples exceeded the regulatory limits for total bacterial count and 52% for E. coli. Conclusion: Findings from this study indicate a dire need for strict and continuous monitoring of kitchen practices in the common households of the region of interest, along with the implementation of rules and regulations for the processes of preparing, cooking and distributing food in domestic kitchens to ensure food safety.
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How to cite this article

Huriyyah A. AL-Aejroosh, Noorah S. Al-Sowayan and M.M. Abd El-Razik, 2021. Heavy Microbial Load in the Work Environment, Utensils and Surfaces of Domestic Kitchens. Journal of Biological Sciences, 21: 38-44.

DOI: 10.3923/jbs.2021.38.44

URL: https://scialert.net/abstract/?doi=jbs.2021.38.44

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