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Results for “Smog”

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Can vitamin E protect humans against the pathological effects of ozone in smog?

Ozone reacts with polyunsaturated fatty acids (PUFAs) in vitro to form free radicals, and vitamin E slows or prevents this reaction. Consistent with this, dietary vitamin E significantly protects animals against the deleterious effects of ozone and the absence of vitamin E potentiates damage by ozone. Thus, chemical and animal studies as well as the opposite effects of ozone and vitamin E on the immune system suggest the hypothesis that vitamin E can protect humans against the harmful effects of chronic exposures to ozone. However, because most humans are not vitamin E deficient, the more relevant question is whether amounts of vitamin E above the minimum of dietary requirement provide increased protection. The need for and design of further studies to answer this question are discussed.

Animals↗

The role of biogenic hydrocarbons in urban photochemical smog: Atlanta as a case study.

The effects of natural hydrocarbons must be considered in order to develop a reliable plan for reducing ozone in the urban atmosphere. Trees can emit significant quantities of hydrocarbons to metropolitan areas such as Atlanta, and model calculations indicate that these natural emissions can significantly affect urban ozone levels. By neglecting these compounds, previous investigators may have overestimated the effectiveness of an ozone abatement strategy based on reducing anthropogenic hydrocarbons.

Air Pollutants↗

J97 as a tool to investigate the effects of the Southeast Asia smog.

This paper describes the use of the J97 Health Surveillance System to monitor the effects of exposure to atmospheric pollution on the health of the Army population in Brunei. It shows that the J97 Health Surveillance tool is adaptable and can be used to rapidly set up a population-based health surveillance system.

Adult↗

FOGS and smogs.

Explore the source record for details and available documents.

Air Pollution↗