Section 80
Chapter 79,964

Fungal contamination of indoor public swimming pools and their dominant physical and chemical properties

Rezaei, N.; Dabiri, S.; Getso, M.I.; Damani, E.; Modrek, M.J.; Parandin, F.; Raissi, V.; Yarahmadi, M.; Shamsaei, S.; Soleimani, A.; Amiri, S.; Arghavan, B.; Raiesi, O.

Journal of Preventive Medicine and Hygiene 62(4): E879-E884


ISSN/ISBN: 2421-4248
PMID: 35603246
Accession: 079963024

Download citation:  

Considering the existence of both parasitic and fungal pathogens in the indoor public swimming pools and non-utilization of suitable filtration and disinfection systems in these places, this research aimed to determine the relationship between the indoor public swimming pools and possible pollution with parasitic and fungal agents, as well as physical and chemical characteristics of these pools and compare the results with national standards. In this study, 11 active indoor swimming pools of Zahedan city were sampled, using plastic pump techniques, from the middle of winter to the late summer season. A total of 88 water samples (eight water samples from each pool) were examined to determine the residual chlorine, contamination with parasitic and fungal agents, using culture media and slide culture techniques. Results were analyzed with SPSS software (V16) and, Microsoft Excel (V2010). The findings revealed fungal contamination with Cladosporium, Penicillium, Aspergillus flavus and Aspergillus fumigatus, etc. and the physicochemical factors comply with the minimum standards, which indicates the need for continuous monitoring and control of water filtration and disinfection of water in the pools. The results show reasonable derangement of physicochemical and microbial factors of the evaluated pools. Efforts shall be made by the concerned authorities to provide health education to users, quality water at the pools and to maintain the safety and quality of the water through proper and adequate chlorination.

PDF emailed within 1 workday: $29.90