BACKGROUND: Previous epidemiological studies have shown acute effects of ambient air pollutants in children with respiratory disorders. METHODS: The chronic effects of air pollution in Bangkok children were investigated. Children aged 10-15 years were examined for lung functions using spirometry tests and for respiratory symptoms by the American Thoracic Society's Division of Lung Diseases (ATS-DLD-78-C) questionnaire during May-August 2004. Effects of residential area were estimated by multiple logistic regression analysis. Of the 878 children, 722 (82%) had completed lung function test and ATS-DLD questionnaire. RESULTS: In children, who live in roadside (R) and general (G) areas with high (H) pollution, the prevalence of respiratory symptoms increased significantly [odds ratios (95% confidence interval) in HR and HG are 2.44 (1.21-4.93) and 2.60 (1.38-4.91), respectively]. Children with normal lung function were less observed in H- and M-polluted roadside and general area [HR, OR = 1.41 (95% CI 0.89-2.22); HG, 1.08 (0.71-1.64); and MR, 0.99 (0.63-1.57)]. Residential locations and family members were associated with the prevalence of respiratory symptoms, whereas factors such as the responder of ATS-DLD, gender, age, residential years, home size, parental smoking habits, use of air conditioners, and domestic pets were not associated. Age was associated with the impaired lung function, whereas others factors were not associated. CONCLUSION: The prevalence of respiratory symptoms and impaired lung function were higher among children living in areas with high pollution than those in areas with low pollution.
BACKGROUND: Previous epidemiological studies have shown acute effects of ambient air pollutants in children with respiratory disorders. METHODS: The chronic effects of air pollution in Bangkok children were investigated. Children aged 10-15 years were examined for lung functions using spirometry tests and for respiratory symptoms by the American Thoracic Society's Division of Lung Diseases (ATS-DLD-78-C) questionnaire during May-August 2004. Effects of residential area were estimated by multiple logistic regression analysis. Of the 878 children, 722 (82%) had completed lung function test and ATS-DLD questionnaire. RESULTS: In children, who live in roadside (R) and general (G) areas with high (H) pollution, the prevalence of respiratory symptoms increased significantly [odds ratios (95% confidence interval) in HR and HG are 2.44 (1.21-4.93) and 2.60 (1.38-4.91), respectively]. Children with normal lung function were less observed in H- and M-polluted roadside and general area [HR, OR = 1.41 (95% CI 0.89-2.22); HG, 1.08 (0.71-1.64); and MR, 0.99 (0.63-1.57)]. Residential locations and family members were associated with the prevalence of respiratory symptoms, whereas factors such as the responder of ATS-DLD, gender, age, residential years, home size, parental smoking habits, use of air conditioners, and domestic pets were not associated. Age was associated with the impaired lung function, whereas others factors were not associated. CONCLUSION: The prevalence of respiratory symptoms and impaired lung function were higher among children living in areas with high pollution than those in areas with low pollution.
Authors: Hülya Gül; Eftade O Gaga; Tuncay Döğeroğlu; Özlem Özden; Özkan Ayvaz; Sevda Özel; Günay Güngör Journal: Int J Environ Res Public Health Date: 2011-04-14 Impact factor: 3.390
Authors: Ratchaneewan Sinitkul; Chathaya Wongrathanandha; Somkiat Sirirattanapruk; Adisak Plitponkarnpim; Richard J Maude; Emma L Marczylo Journal: Ann Glob Health Date: 2018-08-31 Impact factor: 2.462
Authors: Paula Morisco de Sá; Hermano Albuquerque Castro; Agnaldo José Lopes; Pedro Lopes de Melo Journal: PLoS One Date: 2016-09-09 Impact factor: 3.240