1. Nutrition Can Modulate the Toxicity of Environmental Pollutants: Implications in Risk Assessment and Human Health
- Author
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Craig J. McClain, Bruce Blumberg, Wayne T. Sanderson, Lindell Ormsbee, Bernhard Hennig, Claudia Thompson, Leonidas G. Bachas, William A. Suk, and Bruce A. Watkins
- Subjects
obesity ,risk reduction persistent organic pollutants ,Health Status ,Health, Toxicology and Mutagenesis ,Nutritional Status ,Disease ,Social and Behavioral Sciences ,anti-inflammatory nutrients ,Human health ,prevention ,Environmental health ,Medicine and Health Sciences ,Humans ,Medicine ,environmental pollutants ,risk reduction ,Pollutant ,disease ,business.industry ,Public Health, Environmental and Occupational Health ,risk assessment ,mediterranean diet ,Nutritional status ,Environmental Exposure ,Environmental exposure ,nutrition ,Chronic disease ,inflammation ,exposure ,Toxicity ,Commentary ,obesogens ,atherosclerosis ,business ,Risk assessment ,lipid-metabolism - Abstract
Background: The paradigm of human risk assessment includes many variables that must be viewed collectively in order to improve human health and prevent chronic disease. The pathology of chronic diseases is complex, however, and may be influenced by exposure to environmental pollu-tants, a sedentary lifestyle, and poor dietary habits. Much of the emerging evidence suggests that nutrition can modulate the toxicity of environmental pollutants, which may alter human risks associated with toxicant exposures. Objectives: In this commentary, we discuss the basis for recommending that nutrition be considered a critical variable in disease outcomes associated with exposure to environmental pollutants, thus establishing the importance of incorporating nutrition within the context of cumulative risk assessment. Discussion: A convincing body of research indicates that nutrition is a modulator of vulnerability to environmental insults; thus, it is timely to consider nutrition as a vital component of human risk assessment. Nutrition may serve as either an agonist or an antagonist (e.g., high-fat foods or foods rich in antioxidants, respectively) of the health impacts associated with exposure to environmental pollutants. Dietary practices and food choices may help explain the large variability observed in human risk assessment. Conclusion: We recommend that nutrition and dietary practices be incorporated into future environmental research and the development of risk assessment paradigms. Healthful nutrition interventions might be a powerful approach to reduce disease risks associated with many environmental toxic insults and should be considered a variable within the context of cumulative risk assessment and, where appropriate, a potential tool for subsequent risk reduction.
- Published
- 2012
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