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at the nanoscale would enable accurate, label-free sensing in complex biomedical samples, thus transforming current approaches. To give a few examples, molecularly resolved nanoscopy would allow us to quantify drug
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, ICP), molecular biological (QPCR, metagenomics, transcriptomics) as well as stable isotopic cell-labelling techniques (NanoSIMS, GC-IRMS-PLFA), flowcytometry). The experiments carried out will be
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diverse research community at the University of Amsterdam. As part of this community, they will participate in program meetings and colloquia as well as social events. Although situated in the Social
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