| Document Date: 2013-07-23 13:55:45
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City Chattanooga / / Company ABC / Ames / / Currency pence / USD / / Event Product Issues / / Facility Plant Transformation Pathways / Plant Uptake / Volunteer Army Ammunition Plant / University of Illinois / / IndustryTerm by-products / plant systems / insoluble products / non-axenic and aquatic plant systems / final transformation products / reduction products / transformation products / hydroponic systems / bacterial systems / non-ionised chemicals / technology / hydroponic solution / Chemical and physical properties / Harmful by-products / aquatic phytoremediation systems / oxidation products / transformed products / reductive transformation products / physical-chemical properties / Physical and chemical properties / degradation products / chemicals / wetland systems / energy / / MedicalCondition hepatoma cell cultures / / Organization University of Illinois / Iowa State University / US Department of Defense / / Person Schroder / Jong Moon Yoon / Bush / David J. Oliver / Jacqueline V. Shanks / Jacqueline V / Van Aken / / Product RDX / nitro / TNT / soil / soils / groundwater / soils costs / / ProvinceOrState Tennessee / Illinois / / PublishedMedium Environmental Health Perspectives / / Technology phytoremediation system / promising technology / sorption / DNA Chip / Biotechnology / Gene Expression / polymerization / bioremediation / incineration / condensation / ATM / Phytoremediation / /
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Plant Transformation Pathways of Energetic Materials (RDX, TNT, DNTs) Jong Moon Yoon, David J. Oliver and Jacqueline V. Shanks Iowa State University Ames, IA