| CONFERENCE PROGRAM |
| ICEENN 2019 - University of Vienna - Poster Presentations |
| 1090 Vienna, Althanstrasse 14, Building UZA II, open plan stairs D to F |
| | | |
| Chunyang Li | The effect of food-grade titanium dioxide particles on the bioaccessibility of vitamin D3 under simulated gastrointestinal conditions | 1 |
| Carolin Schultz | Effect of nanomaterial mixtures on soil enzyme activity in an outdoor mesocosm study. | 2 |
| Eric Ostovich | Developing an in vitro Model from Daphnia magna to Evaluate the Molecular Interactions of Nanoparticles | 3 |
| Amaia Green Etxabe | Toxicity and bioavailability of different copper nanoparticles forms to the earthworm E. fetida | 4 |
| Nhung Nguyen | Effect of Nano-Scale and Micro-Scale Zero-Valent Iron on Inferring Metabolic Pathways in Freshwater Bacteria | 5 |
| Riccardo Catalano | NanoScreen - Minimizing the risk associated with nanomaterials used in sunscreen at all lifecycle stages | 6 |
| Denny Tarnovska | Different media study of wheat exposed to silver nanoparticles | 7 |
| Nathaniel Clark | The dietary bioaccumulation potential of silver from silver nanoparticles, silver sulphide nanoparticles and silver nitrate in Wistar rats using an ex vivo gut sac technique | 8 |
| Lars Skjolding | Quantifying uptake of metal nanoparticles in individual algal cells using single cell ICP-MS | 9 |
| Zhiling Guo | Evidence for Particle-specific Contributions to Zinc Oxide Nanoparticle-induced Oxidative Stress and Alteration of Energy Metabolism in Rats | 10 |
| Becky Curtis | Molecular impacts towards Danio rerio after exposure to complex metal oxide battery cathode material lithium cobalt oxide nanosheets; global transcriptomic analysis and corresponding uptake | 11 |
| Peng Zhang | Nanomaterial transformation driven by nano-bio interaction and the association with their uptake in plant | 12 |
| Magdalena Dinkel | The challenge of detecting engineered nanomaterials in biological matrices – From sample preparation to characterization via Field-Flow Fractionation | 13 |
| Robert Brünjes | Multi-Elemental Fingerprint of Gunshot Residues | 14 |
| Ariane Donard | Measure of TiO2 nanoparticles in food sample with the HR-ICP-MS AttoM. | 15 |
| Frederic Loosli | Dispersion of natural nanomaterials in surface waters for better characterization of their physicochemical properties by AF4-ICP-MS-TEM | 16 |
| Lyndsey Hendriks | From single-particle analysis to single-cell analysis by ICP-time-of-flight MS | 17 |
| Jonathan Suazo | Evaluate phosphorus sorption on volcanic ash soil in the presence of copper and silver engineered nanoparticles: Effect doses of nanoparticles and organic matter content | 18 |
| Kamil Nešetril | Laboratory and field strategy for renegade nZVI particles | 19 |
| Petra Skácelová | Introduction to a novel approach using geophysical tools for in-situ investigation of the fate of iron nanoparticles (nZVI) used in nanoremediation | 20 |
| Natasha Stoudmann | Prospective environmental risk assessment of nanocellulose for Europe | 21 |
| Jean-Marc Lacome | Methodology for Engineered Nanomaterial Stack Emissions and Ambient Atmosphere: Measurements and Multi-Scale Modeling | 22 |
| Gabriela Hul | Investigation of Nanoparticle Transport in Soils Using Computer Simulations. Impact of Attachment, Detachment and Aggregate Formation | 23 |
| Xiaoran Zhang | Effects of Weathering and Rainfall Conditions on the Release of Engineered Nanoparticles from Composite Materials | 24 |
| Anita Jemec Kokalj | Different Soil Types Affect Silver Bioavailability to Terrestial Isopods to Silver Nanoparticles | 25 |
| Gabriel Sigmund | Formation and transformation of heterogeneous carbon nanoparticles from environmental sources | 26 |
| Aiga Mackevica | Application of single-particle ICP-TOF-MS for studying environmental behavior of nanoparticles | 27 |
| Clement Layet | Impact of Rhizosphere on CuO Nanopesticides transport in soil | 28 |
| Marcus Böhm | Insights into colloid facilitated transport of Selenium in soil systems with Nanoparticle Tracking Analysis (fluo-NTA) | 29 |
| Miroslav Brumovsky | Enhanced Contaminant Removal using Core-Shell Fe-FeS Nanoparticles: Material Aspects, Performance and Ecotoxicity | 30 |
| Xie Quan | Nanocarbon-Based Membranes with Electrochemical Assistance for Water Treatment Applications | 31 |
| Sara Sørensen | Comparison of SSD models for environmental risk assessment of nanomaterials – a case study on two reference materials | 32 |
| Bettina Liebmann | Microplastics in landfill leachates in three Nordic countries | 33 |
| Joana C. Prata | Small microplastics in water from the Aveiro lagoon (Portugal): using an improved method of sampling and identification | 34 |
| Joana C. Prata | Uncovering fibers and microplastics in the environment: the case of outdoor and indoor air | 35 |
