Assessing environmental risk - scientifically defensible or fantasy?, Vernon N. Houk; the epidemiological method, Gary H. Spivey; design methods for occupational and environmental epidemiology, MaryFran Sowers; interpreting epidemiological studies, George Maldonado; environmental epidemiology for chemists, Curtis D. Klaassen and William C. Kershaw; toxicology and risk assessment, Arthur L. Craigmill et al; in vitro and in vivo assays to screen for reproductive toxicants in animals and humans, Barbara S. Shane; the gene-tox programme - data evaluation of chemically-induced mutagenicity, Michael C. Cimino and Angela E. Auletta; biological, biochemical and molecular markers in environmental epidemiology, Marilyn F. Vine; examples of measuring internal dose for assessing exposure in epidemiological studies, Larry L. Needham; research strategy for assessing human health risks from exposure to DNA-reactive - chemicals 1,3-butadiene as a case study, James A. Bond et al; molecular epidemiology of acrylonitrile - indicators of health risk by worker surveillance and regiospecific modification of Ha-ras oncogene, John L. Wong et al; estimation of risk of kidney dysfunction from exposure to cadmium-using studies or occupationally-exposed workers, Elizabeth A. Grossman and Caroline S. Freeman; estimating malathion doses in California's medfly eradication campaign using a physiologically-based parmacokinetic model, Michael H. Dong et al; an epidemiological assessment of the Cantara Metam sodium spill - acute health effects and methyl isothiocyanate exposure, Richard A. Kreutzer et al; access to data for epidemiological studies, Ralph R. Cook et al; the successes and failures of environmental epidemiology, Raymond Richard Neutra.
