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summer reu 2005 ternary reactions in aqueous metal bacteria - nom systems

Background. Dissolved metals, bacteria, and NOM interact to form ternary complexes. . macromolecules. metals. . . . . . Big Picture. Why is Ternary complexation important?Ternary complexation will help researchers to better understand mobility of metal ions in aqueous systems with NOM.This in turn will assist in toxic clean-up efforts.May have implications for bacteria-substrate interactions..

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summer reu 2005 ternary reactions in aqueous metal bacteria - nom systems

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    1. Summer REU 2005 Ternary Reactions in Aqueous Metal Bacteria - NOM Systems Keith Aumend - REU David Borrok, Ph. D - Advisor Jeremy B. Fein, Ph. D - EMSI Director

    2. Background Dissolved metals, bacteria, and NOM interact to form ternary complexes

    3. Big Picture Why is Ternary complexation important? Ternary complexation will help researchers to better understand mobility of metal ions in aqueous systems with NOM. This in turn will assist in toxic clean-up efforts. May have implications for bacteria-substrate interactions.

    4. Experiments Two main sets of analysis were done Comparison of the extent of ternary complexation with different NOM. Comparison of the extent of ternary complexation with the same NOM using different metals.

    6. Basic Data Analysis

    15. Acknowledgements David Kreller, Ph. D Ben Turner, Ph. D Liz Haack, Ph. D Jill McDermont for background photo Jen^2 Thanks to Dr. Maurice, for the XAD-8 material EMSI and University of Notre Dame

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