Radon exposure is the second leading cause of lung cancer, after smoking. In upper
northern Thailand (UNT), lung cancer incidence was frequently reported by Thailand …

The objective of this study was to assess the lung cancer risk resulting from indoor radon
exposure in the province of Quebec, Canada, and to evaluate the efficacy of mitigation …

The purpose of this study is to provide basic data for the evaluation and management of
health effects with respect to exposure to radon within residential environments in South …

The concentration of radon in the air in buildings ranged from 1.87±3.24 Bq/m3 to
14.27±1.50 Bq/m3 with a mean of 6.31±3.47 Bq/m3 while that of the progeny of radon varied …

Background Using a pooled case-control study design, including only never-smokers, we
have assessed the association of residential radon exposure with the subsequent …

The study was conducted to assess the spatiality of the building factors' effect on air quality
through evaluation of indoor radon concentration in areas with different geology and …

A possible link between presumed or measured household radon exposure and lung cancer
is reviewed on the basis of published epidemiologic studies. Evidence of a link is reported …

Radon (222Rn) is believed to be the main contributor to lung cancer second to smoking. The
first national indoor radon map derived from some scattered regional radon surveys in Iran …

The second most significant etiological factor contributing to the development of lung cancer,
following tobacco smoking, is the presence of radon gas. Hence, the assessment of indoor …

High-level occupational radon exposure is an established risk factor for lung cancer. We
assessed the long-term association between residential radon and lung cancer risk using a …