Risk of bronchi obstruction among non-smokers-Review of environmental factors affecting bronchoconstriction

Badyda, AJ; Dąbrowiecki, P; Czechowski, PO; Majewski, G

HERO ID

2533430

Reference Type

Journal Article

Year

2014

Language

English

PMID

25447677

HERO ID 2533430
In Press No
Year 2014
Title Risk of bronchi obstruction among non-smokers-Review of environmental factors affecting bronchoconstriction
Authors Badyda, AJ; Dąbrowiecki, P; Czechowski, PO; Majewski, G
Journal Respiratory Physiology and Neurobiology
Volume 209
Page Numbers 39-46
Abstract In order to find relationship between exposure to traffic and traffic-related air pollutants, pulmonary function tests and a detailed questionnaire were conducted among 3997 selected inhabitants of Warsaw (Poland) and 988 residents of rural areas. Advanced statistical analyses (including GRM models, correspondence analysis and parametrical tests) have been completed. Statistically significant differences between average percentages of predicted values of pulmonary function parameters were found. Among urban area inhabitants the values of FEV1, MEF50 and FEV1/FVC were statistically significant (p<0.05) lower compared with the residents of rural areas (in the non-smoking group this differences were strong (p<0.001)). General linear regression models indicated that residence in the vicinity of urban busy roads fosters a decrease of spirometric parameters. Physical activity however has a positive effect on pulmonary function (exemplified by FEV1) and allows to reduce part of the negative health effects of traffic-related emissions. The results of the presented study demonstrate that long-term residence under the influence of heavy traffic and high concentrations of traffic-related air pollutants reduces respiratory function parameters, which may result in increased bronchial hyperresponsiveness.
Doi 10.1016/j.resp.2014.10.016
Pmid 25447677
Wosid WOS:000352172300008
Is Certified Translation No
Dupe Override No
Is Public Yes
Language Text English
Keyword Traffic-related air pollutants; Urban environment; Pulmonary function; Bronchi obstruction; FEV1; General regression models