Background and Aim: Indoor public swimming pools are one of the most popular recreational places for people. The water in swimming pool may be responsible for transmission of fungal diseases. The purpose of this study was to determine the types of fungal contamination and some physico-chemical parameters.
Materials and Methods: The fungal pollution of four public indoor swimming pools was evaluated by using membrane filtration and carpet sampling method in a period of one year. Samples were collected by a plastic pump in 200 ml sterilized bottles. A total of 384 water samples and 100 samples from surrounding places of each swimming pool were tested for the presence of fungi in different seasons during one year. Some physico-chemical parameters such as; temperature, residual chlorine, PH, turbidity and also the number of swimmers were studied.
Results: Fungal pollution was detected in 48 (12.5%) water samples. The most common fungi recovered were as follows; Candida (22.9%), Rhizopus (4.16%) and Aspergillus (56.2%). Other fungi such as; filamentous (16.6%) and yeast species (2.8%) were also isolated from water. Alternaria, cladosporium, philophara and trichophyton mentagrophytis were isolated from dressing rooms and bath rooms of swimming pools. The average temperature, PH, residual chlorine and turbidity of water were 29.9, 0.6 ppm and 0.8 NTU, respectively.
Conclusion: According to our results, it seems that the occurrence of some fungal species known to be opportunistic pathogens in public swimming pools may be related to the number of swimmers, residual chlorine concentration and the swimmers with fungal infection. It is recommended that the managers of swimming pools consider the standard level of chlorine, environmental sanitation and personal hygiene of swimmers as important preventive factors.
Background and Aim: Indoor public swimming pools are one of the most popular recreational places for people. The water in swimming pool may be responsible for transmission of fungal diseases. The purpose of this study was to determine the types of fungal contamination and some physico-chemical parameters.
Materials and Methods: The fungal pollution of four public indoor swimming pools was evaluated by using membrane filtration and carpet sampling method in a period of one year. Samples were collected by a plastic pump in 200 ml sterilized bottles. A total of 384 water samples and 100 samples from surrounding places of each swimming pool were tested for the presence of fungi in different seasons during one year. Some physico-chemical parameters such as; temperature, residual chlorine, PH, turbidity and also the number of swimmers were studied.
Results: Fungal pollution was detected in 48 (12.5%) water samples. The most common fungi recovered were as follows; Candida (22.9%), Rhizopus (4.16%) and Aspergillus (56.2%). Other fungi such as; filamentous (16.6%) and yeast species (2.8%) were also isolated from water. Alternaria, cladosporium, philophara and trichophyton mentagrophytis were isolated from dressing rooms and bath rooms of swimming pools. The average temperature, PH, residual chlorine and turbidity of water were 29.9, 0.6 ppm and 0.8 NTU, respectively.
Conclusion: According to our results, it seems that the occurrence of some fungal species known to be opportunistic pathogens in public swimming pools may be related to the number of swimmers, residual chlorine concentration and the swimmers with fungal infection. It is recommended that the managers of swimming pools consider the standard level of chlorine, environmental sanitation and personal hygiene of swimmers as important preventive factors.
Conclusion: The results of this study are suggestive of a possible role of zinc deficiency in term and preterm PROM cases. But more studies are required as to the necessity of taking zinc supplements in pregnancy.