Environmental Implications of Nanomaterials: Fate and Transport

Chair(s):
Shor, L. M., University of Connecticut
Co-chair(s):
Dinu, C. Z., West Virginia University

Engineered nano-scale materials have the potential to transform medical diagnostics, high-performance materials, and to dramatically increase the performance and energy efficiency of sensors, consumer electronics, and energy conversion and storage devices. However, before the full potential of nanotechnology can be realized, potential adverse interactions between novel materials and the natural environment must be better understood. The specific goal of this session is to highlight the latest research pertaining to environmental fate and transport of engineered nanomaterials.

Papers:
12:30 PM
(485a) Multimedia Environmental Distribution of Nanomaterials
12:49 PM
(485b) Origin, Cure and Control of Nanosilver Toxicity
1:08 PM
(485c) Bacterial Colonization of Surfaces Displaying Adhered Silver Nanoparticles
1:27 PM
(485d) Carbon Nanotubes Induced Cellular Biomeahanic Changes Is Depended On Treatment Time
1:46 PM
(485e) A Simple Kinetic Model Describing Nanoparticle Interactions With a Tethered Lipid Bilayer
2:05 PM
(485f) Effect of Protein Corona On Nanoparticle Cellular Uptake
2:24 PM
(485g) Lessons From Nature: Analogies Between Protein and Nanoparticle Interactions With Lipid Membranes
2:43 PM
(485h) Reaction-Diffusion Model Describing Antioxidant Depletion in Polyethylene-Clay Nanocomposites
Topics: 
Nanotechnology
Physical Properties

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