Mercury 2006
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  General Topic

Physiological and Environmental Implications of Mercury-Selenium Interactions
Session CodeS-EB-5
Session TypeCombined Oral and Poster
Description

Selenium limits mercury bioaccumulation and pathophysiology, but mechanisms responsible remain poorly understood.  Selenium bioavailability is inversely related to MeHg accumulation in freshwater fish.  Meanwhile, resistance of an organism to mercury toxicity is directly related to its selenium status.  This session will convene presentations of current research addressing these issues.

Contact 1

Nicholas V. C. Ralston,
Energy and Environmental Research Center
Grand Forks, ND 58202-9018
nralston@undeerc.org

Contact 2

 Laura J. Raymond
Energy and Environmental Research Center
Grand Forks, ND 58202-9018
lraymond@undeerc.org

Contact 3
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