Superfund Research Program
Duke University Superfund Research Center - Developmental Exposures: Mechanisms, Outcomes and Remediation
- 288 - Alternative Flame Retardants May Lead to Neurobehavioral Effects -- Levin
Release Date: 12/05/2018
Organophosphate flame retardant (OPFR) exposure early in life may be linked to behavioral impacts into adulthood, according to a new study in zebrafish. The results provide evidence that OPFRs, which have been introduced in commercial products in the past decade, may not be a safe alternative to brominated flame retardants, which were phased out because they were found to be harmful to normal development.
- 267 - Cell-Based Models Reveal Differences in How PAH Mixtures Affect Neurodevelopment -- Slotkin
Release Date: 03/01/2017
Exposure to a mixture of polycyclic aromatic hydrocarbons (PAHs) may produce different neurodevelopmental effects from those of exposure to individual PAHs, and the developing brain may be sensitive to these contaminants over a wide window of development, according to a Duke University Superfund Research Program (SRP) Center study.
- 248 - Cellulose Nanomaterials in Environmental Cleanup Technologies -- Wiesner
Release Date: 08/05/2015
Nanomaterials made of cellulose – a natural polymer used mainly to produce paper – hold great promise in environmental remediation applications and water filtration membranes, according to Duke University Superfund Research Program (Duke SRP) researchers. In a compilation of research findings, Duke SRP researchers led by Mark Wiesner, Ph.D., outline the physical and chemical properties, production costs, and current use of cellulose nanomaterials.
- 237 - The Flame Retardant Firemaster 550, Fat Cells, and Bone Health -- Schlezinger
Release Date: 09/03/2014
Researchers from the Boston University (BU) and Duke University Superfund Research Program (SRP) Centers found that components of the flame-retardant mixture Firemaster® 550 (FM550) may stimulate growth of fat cells and reduce bone health. The results of the collaborative study suggest that triphenyl phosphate (TPP), a component of FM550 that is widespread in household products and house dust, interacts with a protein that regulates fat cell differentiation and lipid storage.
- 230 - Combined Exposure to Glucocorticoids and Chlorpyrifos Influences Neurobehavioral Development -- Levin, Slotkin
Release Date: 02/05/2014
Prenatal glucocorticoid treatment, used to speed up the development of a preterm infant's lungs, has the potential to worsen the outcome of later exposures to toxins, according to findings by the Duke University Superfund Research Program (SRP). The study in rats, led by Ed Levin, Ph.D., and Ted Slotkin, Ph.D., explored how exposure to glucocorticoids, a type of steroid, before birth changes the effect of the insecticide chlorpyrifos on behavioral development.
- 225 - Commercial Paper and Rubber Products Contain Activators of the Aryl Hydrocarbon Receptor -- Denison, Di Giulio
Release Date: 09/04/2013
Common commercial and consumer products, including newspapers and rubber bands, contain chemicals that are recognized by the body as toxins, according to a collaborative study by researchers at the Duke University and University of California, Davis Superfund Research Program (SRP) Centers.
- 185 - Childhood Exposures to Pesticides May Contribute to Obesity and Diabetes in Adults -- Slotkin
Release Date: 05/05/2010
Organophosphates represent nearly 50 percent of worldwide insecticide use. Unfortunately, they may also contribute to another statistic: the increased incidence of obesity and diabetes.
- 158 - A Screening Tool to Identify Developmental Neurotoxicants -- Slotkin
Release Date: 02/06/2008
- 147 - Microbial and Photolytic Transformations of Environmental Contaminants -- Schuler, Linden
Release Date: 03/07/2007
- 116 - Investigating the Impact of Organic Mixtures on Cardiac Development of the Killifish -- Di Giulio
Release Date: 08/04/2004
- 102 - Multidisciplinary Research to Develop Models to Study the Impacts of Exposure to Chlorpyrifos -- Levin, Linney
Release Date: 06/04/2003
- 80 - Mechanisms of Chlorpyrifos Developmental Neurotoxicity -- Slotkin
Release Date: 08/01/2001