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The NanoMuSiC project aims to develop advanced analytical methods for studying the elemental composition and nanoparticle uptake in individual cells. By utilizing innovative techniques, it seeks to enhance our understanding of cellular behavior and interactions with trace elements and nanoparticles, particularly in eco…
Genetically identical cells observed as a population can be significantly heterogeneous when studied individually, and this heterogeneity can change the behavior of entire cell populations.
In particular, some trace elements play important roles in cell processes.
Classical analytical methods to measure (trace) elemental composition in cells (naturally present or taken up by them, e.g. nanoparticles) provide information only about the average of the cell population thus disregarding important ce…
BUNDESANSTALT FUER MATERIALFORSCHUNG UND -PRUEFUNG
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