Publications

This page is a list of publications in reverse chronological order. Please use search or the filters to browse by research areas, publication types, and content types.

Displaying 341 - 346 of 346. Show 10 | 25 | 50 | 100 results per page.

An Investigation into the Effect of a Ceramic Particle Trap on the Chemical Mutagens in Diesel Exhaust

Susan T Bagley
Linda D Dorie
David G Leddy
John H Johnson
1987
Research Report 5
Diesel Exhaust

Dr. Bagley and colleagues at Michigan Technical University examined the chemical mutagenic effects of a ceramic particle trap on a medium-duty diesel engine. Diesel exhaust particles and vapor phase samples were collected from diluted (15:1) exhaust of a 10.4L displacement Caterpillar 3208 engine. The investigators compared uncontrolled (baseline) emissions with exhaust that had been modified by the use of an uncatalyzed monolithic ceramic trap.

The Metabolic Activation and DNA Adducts of Dinitropyrenes

Frederick A Beland
1986
Research Report 4
Diesel Exhaust

Nitrated polycyclic aromatic hydrocarbons (PAHs) are common environmental contaminants that often contain genotoxic activity. Dinitropyrenes are a class of PAHs that are associated with diesel exhaust. In this study, Dr. Beland and colleagues at the University of Arkansas for Medical Sciences sought to determine what factors contribute to the extreme genotoxicity of dinitropyrenes in bacteria and to establish if the same factors were important for the genotoxicity of dinitropyrenes in mammalian systems.

Transport of Macromolecules and Particles at Target Sites for Deposition of Air Pollutants

TT Crocker
DK Bhalla
1986
Research Report 3
Particulate Matter

The pulmonary epithelium is a cellular, avascular layer of tissue that is the first point of contact between the lung and inhaled pollutants. Previous research has indicated that altered epithelial permeability may be an early marker of subsequent lung damage. Dr. Crocker and colleagues at the University of California, Irvine sought to study the study the sites of epithelial injury in rat airways following inhalation of formaldehyde, ozone, and nitrogen dioxide.

Disposition and Metabolism of Free and Particle-Associated Nitropyrenes After Inhalation

James A Bond
Michele A Medinsky
James D Sun
1986
Research Report 2
Diesel Exhaust

Nitro-polynuclear aromatic hydrocarbons, including 1-nitropyrene, are constituents of diesel exhaust. Previous fractionation research has suggested that 1-nitropyrene and various dinitropyrenes may account for 20-50% of the total mutagenicity in the diesel particle extract (DPE). Dr. Bond and colleagues at the Inhalation Toxicology Research Institute examined the biological fate of inhaled 14C-1-nitropyrene (NP) in Fischer-344 rats.

Gasoline Vapor Exposure and Human Cancer: Evaluation of Existing Scientific Information and Recommendations for Future Research

Health Effects Institute
1985
Special Report
Air Pollution
Multipollutant Mixtures
Emerging Technologies
Fuels & Fuel Additives

Report of the Institute's Health Review Comittee, September 1985. Supplement, January 1988. This report contains a review of data on the health effects of unburnt gasoline vapors, and evaluates the need for a research program to address major unresolved issues, especially in regard to the carcinogenicity of gasoline vapors. The supplement summarizes additional data published between 1985 and 1988 in response to a proposed regulatory strategy to reduce hydrocarbon emissions from mobile sources.

Estimation of Risk of Glucose 6-Phosphate Dehydrogenase Deficient Red Cells to Ozone and Nitrogen Dioxide

Marie A Amoruso
1985
Research Report 1
Nitrogen Oxides
Ozone & Oxidants

Acute hemolytic anemia is associated with a deficiency in glucose 6-phosphate dehydrogenase (G6PD), an X-linked inheritable characteristic. Hemolytic anemia is thought to be caused by a depletion of glutathione and other reducing compounds in red blood cells. Dr. Amoruso and colleagues sought to experimentally test the Calabrese hypothesis, which suggests that G6PD-deficient individuals may be at an increased risk of hemolysis during exposure to low levels of oxidants such as ozone.