The mutagenicity of organic solvent extracts from diesel exhaust particulate (DEP), first
noted more than 55 years ago, initiated an avalanche of diesel exhaust (DE) health effects …

A recent review concluded that the evidence from epidemiology studies was indeterminate
and that additional studies were required to support the diesel exhaust-lung cancer …

After decades of research involving numerous epidemiologic studies and extensive
investigations in laboratory animals, a causal relationship between diesel exhaust (DE) …

The diesel exhaust (DE)–lung cancer hypothesis is evaluated. Diesel power became
common after World War II, exposure was to traditional diesel exhaust (TDE) before 1988. In …

Background Current information points to an association between diesel exhaust exposure
and lung cancer and other mortality outcomes, but uncertainties remain. Methods We …

A retrospective cohort study of 55,407 US railroad workers has been called the most
definitive study linking exposure to diesel exhaust (DE) with lung cancer in humans …

Estimating the carcinogenic potential of exposure to diesel-engine exhaust particulates
(DEPs) is problematic. In rats, high concentrations of DEPs (> 1,000 microg/m (3)) inhaled …

Background Most studies of the association between diesel exhaust exposure and lung
cancer suggest a modest, but consistent, increased risk. However, to our knowledge, no …

We have previously shown an elevated risk of lung cancer mortality in diesel exhaust
exposed railroad workers. To reduce exposure misclassification, we obtained extensive …

After three decades of epidemiological research, diesel exhaust was classified as a
carcinogen in humans by the International Agency for Research on Cancer (IARC) in 2012 …