IIBR research and development concerning environmental sciences ranges from numerical modeling to laboratory and field experiments in the areas of meteorology and atmospheric contaminants. IIBR has developed capabilities that enable detection and identification of hazardous materials, weather and dispersion prediction, physical protection and evaluation of potential risks.
The wind tunnel serves as a bridge between meteorological field campaigns and numerical modelling of typical gas and aerosol transport and dispersion in the lower atmospheric boundary layer.
Most currently-available vaccines were empirically designed, and contain attenuated or killed pathogens. The need to cultivate infectious agents and isolate the inactivated whole pathogen or some of its purified components, as well as concerns of safety, rendered this approach elusive for many pathogens.
understanding of toxicological processes following exposure to a variety of toxicants, their unique mechanisms as well as their common attributes. We research prospective treatments, and evaluate potential prophylactic or therapeutic measures to counteract their effects.
IIBR's latest Scientific Publications in the fields of biology, chemistry and the environmental sciences.
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