The department aims for an ambitious research infrastructure and environment for young, talented scientists and students, to achieve the highest possible standards in both research and teaching.
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Production processes consume large amounts of energy and feedstock, and they also yield much waste. Chemists at VU University tackle this problem at the root: they develop modern, green methodology for synthesis and production of functional molecules for materials, catalysts and pharmaceuticals.
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Greenhouse gasses and scarcity make it a top priority to save fossil fuels and to develop renewable energy sources. Chemists at VU University tackle this problem at the root: they develop, through modern computer modeling, new design principles for green catalysts (saving energy), photo-sensitive materials (solar energy) and energy-storage media ("hydrogen economy").
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Many biologically active substances occur in very small amounts in the human body. Tracing these substances is of eminent and ever growing importance for a timely diagnosis of diseases and the development of therapies. Chemists at VU University are developing the techniques and methodology that enable such tracing of biomarkers.
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Many diseases develop through changes in the genes (DNA) or because of miscommunication between cells in the human body. Chemists at VU University uncover the molecular mechanisms behind such diseases: this leads to completely new, more effective and also safer drugs for therapy.
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VU Analytical Chemists bring SPRing
Researchers from the Division of Biomolecular Analysis of VU University Amsterdam obtained a grant from the NWO Technology Areas, together with colleagues from Wageningen University (WU). With this grant, they will develop enhanced bioresolution and miniaturization of Surface Plasmon Resonance optical sensing ‘SPRing’.- Metal-free Phosphorus/Boron-species stores Hydrogen and CO2
- In silico hit hunters: virtual reality in drug discovery
- Test with baking yeast prevents side effects of drugs
- Nico Vermeulen to receive honorary doctorate for his research into side-effects
