A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Microbiological Evaluation of Indoor Air of Kindergartens in Fatih District of Istanbul
Objective: The aim of this study was to determine the total mould and bacteria levels in the kindergartens in Istanbul City, Fatih District.
Materials: This is a cross sectional study and was performed in 15 preschool institutions in Fatih district in May 2007.
Methods: Merck Air Sampler Mas 100 was used for measurements.
Results: The total amounts of bacteria grown in the stations measured (classroom, lunch room, kitchen and toilets) were as follows: 946.43 ± 1033.79 CFU·m−3 in the morning and 849.29 ± 594 CFU·m−3 in the afternoon. Total mould numbers were 489.64 ± 441.25 CFU·m−3 in the morning and 993.39 ± 1013.52 CFU·m−3 in the afternoon. Cladosporium spp. and Aspergillus spp. were found to be the most commonly reproduced mould species. The total mould levels were found to be higher in stations with aluminium window framing and floor carpeting. Furthermore, when compared in terms of total mould levels, there was no difference between concrete and brick buildings; and also, total bacteria count was higher in brick buildings during the morning measurements.
Conclusion: For providing a better indoor air quality in kindergartens, natural ventilation, polyvinyl chloride windows, concrete building, minimum furniture and textile materials (sofas, cushions, curtains and kids’ clothing) are preferable.
Microbiological Evaluation of Indoor Air of Kindergartens in Fatih District of Istanbul
Objective: The aim of this study was to determine the total mould and bacteria levels in the kindergartens in Istanbul City, Fatih District.
Materials: This is a cross sectional study and was performed in 15 preschool institutions in Fatih district in May 2007.
Methods: Merck Air Sampler Mas 100 was used for measurements.
Results: The total amounts of bacteria grown in the stations measured (classroom, lunch room, kitchen and toilets) were as follows: 946.43 ± 1033.79 CFU·m−3 in the morning and 849.29 ± 594 CFU·m−3 in the afternoon. Total mould numbers were 489.64 ± 441.25 CFU·m−3 in the morning and 993.39 ± 1013.52 CFU·m−3 in the afternoon. Cladosporium spp. and Aspergillus spp. were found to be the most commonly reproduced mould species. The total mould levels were found to be higher in stations with aluminium window framing and floor carpeting. Furthermore, when compared in terms of total mould levels, there was no difference between concrete and brick buildings; and also, total bacteria count was higher in brick buildings during the morning measurements.
Conclusion: For providing a better indoor air quality in kindergartens, natural ventilation, polyvinyl chloride windows, concrete building, minimum furniture and textile materials (sofas, cushions, curtains and kids’ clothing) are preferable.
Microbiological Evaluation of Indoor Air of Kindergartens in Fatih District of Istanbul
Önoğlu, Nazan (author) / Önal, Ayşe Emel (author) / Güngör, Günay (author) / Ayvaz, Özkan (author) / Özel, Sevda (author)
Indoor and Built Environment ; 20 ; 618-625
2011-12-01
8 pages
Article (Journal)
Electronic Resource
Unknown
Microbiological Evaluation of Indoor Air of Kindergartens in Fatih District of Istanbul
| Online Contents | 2011
Istanbul - Fatih, Millet Library / Feyzullah Efendi Madrasah restoration
| British Library Conference Proceedings | 2008