Preventable environmental causes of cancer, including tobacco smoke and other carcinogens in the diet, workplace, and ambient environment are responsible for the vast majority of human cancers.
Low-level workplace or ambient exposures to styrene, ethylene oxide, and polycyclic aromatic hydrocarbons (PAH) were associated with significant increases in both molecular dose of carcinogens (adducts) and various markers of preclinical effects.
As a result, in my coaching practice, I see significantly higher ambient workplace stress and fear than ever before.
Because of potential exposure both in the workplace and from ambient air, the known carcinogen 1,3-butadiene (BD) is considered a priority hazardous air pollutant.
In contrast to airborne UFP exposures occurring via inhalation at the workplace and from ambient air, not much is known about levels of exposure via different routes for NPs, whether it is by direct human exposure or indirectly through contamination of the environment.
It is possible that the "smoke-filled room" question is somewhat ambiguous as it may include smoke filled rooms at workplaces (due to ambient air pollution) as well as passive smoking at home and at the workplace.
The counting uncertainties of the instrument were in the range 0.1 10.5% for typical concentration range for ambient and workplace aerosols.
Ambient and workplace exposures in combination with other toxic agents may cause unpredictable adverse health effects.
Variability in an individual's exposure to phthalates can result from changes in the use of personal care products, diet, or daily activity patterns, such as time spent in specific micro-environments (i.e., residential, workplace, or other) with ambient phthalate levels.
