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on the expression but also the dynamic interaction of the key proteins for the endocannabinoid signalling and to target these systems in a cell-type specific manner to test whether their modulation might counteract
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to target these systems in a cell-type specific manner to test whether their modulation might counteract the impact of ES. This project is collaboration between the University of Amsterdam, Leiden
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nanomedicines. In this project specifically, we aim to better understand the interactions between nanomedicines and the cell (membrane). Building upon previous work in the host group, the PhD candidate will use
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fuel cells. Today’s fuel cells rely heavily on fluorinated polymers—such as Nafion ionomers for proton conductivity or PTFE coatings for water management. However, per- and polyfluoroalkyl substances
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chemistry, cell and molecular biology, biochemistry Honors (first class) or MSc degree in Chemistry/Pharmacology/Pharmaceutical Sciences Essential experience: Synthetic/medicinal chemistry (small molecule
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following criteria: BSc, including synthetic chemistry, cell and molecular biology, biochemistry Honors (first class) or MSc degree in Chemistry/Pharmacology/Pharmaceutical Sciences Essential experience
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of cell division driven by CDV proteins Job requirements We aim to reconstitute the intriguing archaeal cell division (CDV) proteins in liposomes to form a filamentous ring that contracts and hence deforms
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, have more than doubled since the year 2000. The increase in antibiotic resistance is a major concern for both Mtb and NTM, and there is need for novel therapeutics. This PhD project investigates
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PhD student for studying in vitro single-molecule transport across peroxisome mimics Job requirements The selective control of import and export across membrane-spanning pores is vital for our cells
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vitro single-molecule transport across peroxisome mimics Job requirements The selective control of import and export across membrane-spanning pores is vital for our cells. Typically, the specificity