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Environmental
Faculty

Molecular and Cellular Faculty
Contact
Us
Mailing
address:
Department of Environmental
and Molecular Toxicology
Box 7633, NC State University
Raleigh, NC 27695-7633
Shipping
address:
Suite 1104, 850 Main Campus Dr.
Raleigh, NC 27606
Phone
919.515.2274
Fax 919.515.7169
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Environmental
Toxicology Research
The Environmental
Toxicology Concentration provides both didactic and research training
on the fate and effects of pollutants in the environment. Research and
training encompass both human and environmental health consequences of
exposure to environmental contaminants. A multidisciplinary approach to
research and training are emphasized, spanning such areas as the environmental
fate of chemicals and chemical risk assessment.
Research
interests of the Environmental Toxicology faculty cross several
disciplines
and include environmental fate of chemicals (environmental forensics,
chemical speciation, sampling and analytical methods, bioavailability);
effects and consequences of environmental contamination (endocrine toxicology,
mechanistic toxicology, chemical carcinogenesis, biomarkers of exposure
and effect, population-level consequences of chemical exposure); remediation
(biodegradative mechanisms, cometabolism, phytoremediation); and risk
assessment (environmental, wildlife populations, mitigating uncertainty).
Visit the individual faculty research pages listed below to learn more
about their research.
Note: Faculty listed
below include faculty whose home department is Environmental and Molecular
Toxicology, as well as those who are Associate and Adjunct members
of
the department.
Faculty
& link to Faculty Research Page |
Research
Description |
| Gerald
A. LeBlanc, Department Head |
Environmental signaling, endocrine toxicology, mixtures toxicology |
| Ronald
E. Baynes |
Dermatopharmacokinetics
of drugs and chemicals; Assessing the absorption of chemical mixtures |
| David Buchwalter, Coordinator of Environmental Toxicology Concentration |
Population level approaches for the study of environmental stressors using aquatic insects as a model organism |
| W.
Gregory Cope |
Effects of anthropogenic
stresses on aquatic organisms; bioavailability, fate and transport
of pollutants |
| Kevin
M. Crofton |
PCB’s,
dioxins and other persistent organic pollutants, thyroid hormones
and developmental neurotoxicity |
| Chris
Hofelt |
Environmental
exposure assessment, risk assessment and regulatory toxicology |
| Michael
R. Hyman |
Biochemistry
of soil nitrifying bacteria as it relates to wastewater treatment
and environmental impact of fertilizer; microbial cometabolism
and
filamentous fungi as they relate to bioremediation |
| Seth W. Kullman |
Molecular, computational and comparative/functional genomic approaches to examine gene environmental interactions |
| Mac
Law |
Mechanisms
of carcinogenesis in fish models such as the Japanese medaka |
Ross
Leidy
(Emeritus faculty) |
Analytical
methods development and environmental fate of pesticides following
application |
| Patricia
McClellan-Green |
Natural and synthetic
toxins in the marine environment and their effects on the metabolic
activities of marine organisms |
| Elizabeth Nichols |
Persistent organic pollutant fate in the environment in particular
soils and sediments, pollutant bioavailabilty, ecological toxicology
and risk assessment, hazardous materials management |
| Marjorie
F. Oleksiak |
Evolution of
gene expression in stressed environments |
| Damian
Shea |
Environmental
processes influencing toxicant fate and exposure |
| Michael
K. Stoskopf |
Evaluation of
habitat risk for mitigation or stock enhancement; petroleum; therapeutants |
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