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application in a clinical and industry environment. Computational Drug Discovery Research in this group, headed by Gerard van Westen, focusses on computational methods integrated in different parts of the drug
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are strategically positioned in (inter)national collaborations, thus further strengthening the development of novel concepts and their application in a clinical and industry environment. Computational Drug Discovery
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distributions, which are combined with knowledge on temperature-dependent drug effectiveness to compute the combined effect of heat and chemotherapy. Goal is to establish strategies resulting in effective tumor
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, pumps and transporters. Living cells maintain chemical gradients and electrical potential differences across their membranes using proteins that represent the majority of all current drug targets
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). The pharmaceutical and medical research within GRIP and the UMCG is very multidisciplinary. This project bridges the gap between clinical and biomedical sciences on the one hand and drug design and development
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their membranes using proteins that represent the majority of all current drug targets. Therefore, membrane proteins have been the focus of intense efforts to obtain high resolution macromolecular structure
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biomedical sciences on the one hand and drug design and development on the other hand. The interaction between Pharmaceutical Sciences and the UMCG offers excellent opportunities for groundbreaking research
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between clinical and biomedical sciences on the one hand and drug design and development on the other hand. The interaction between Pharmaceutical Sciences and the UMCG offers excellent opportunities
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going to do? Studying contemporary scientific literature on forensic illicit drug analysis and forensic intelligence; Designing and conducting small-scale drug production experiments; Performing chemical
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small labelled datasets provided by experts; • Designing algorithms for monitoring novel drug production markers in large volume case work; • Supervising BSc and MSc students that are conducting