Overall, the long-term benefits of physical activity in terms of reduced mortality outweigh the risk associated with enhanced exposure to air pollution during physical activity.
Among people with a low level of education, we found the expected increased risk for diabetes as well as enhanced effects of air pollution, although without significant interaction.
An enhanced association between air pollution and inflammation, endothelial dysfunction, prothrombotic changes, and altered heart rate variability was found in diabetic people (6).
Future greenhouse-gas induced climate warming and emissions of ozone precursors have the potential to adversely impact human health through enhanced heat and air pollution related mortalities.
The ultimate goal of this effort is to enable enhanced public policy responses to air pollution by linking improved data and measurement methods to decision-making through the development of indicators that can allow policymakers to better understand the impacts of air pollution and, along with source attribution based on modeling and measurements, facilitate improved policies to solve it.
In the last decade, hydraulic fracturing, or fracking, has helped deliver lower energy prices, enhanced energy security, and lowered air pollution and greenhouse gas emissions.
The cost of introducing cleaner energy technologies would then be offset by secondary benefits of clean tech, such as enhanced public health due to less air pollution and lower fuel costs for transportation and energy generation.
These findings shed further light upon the biologic mechanisms that link air pollution exposure to enhanced cardiovascular risk.
Studies of people exposed occupationally to outdoor air pollution have demonstrated enhanced frequencies, relative to controls, of chromosomal aberrations (CAs) and micronuclei (MNs) in lymphocytes [24], [25].
Using the resulting enhanced exposures, we investigated the associations between particulate air pollution and FENO in samples collected before and after the group trips.
