Elaboration of the CellPhInDER platform and its use to dissect the physiology of protein aggregation in bacteria. KU Leuven
In this project we aim to develop a new tool for comprehensively studying microbial physiology at the population, cellular and subcellular level, based on the combination of high-throughput time-lapse fluorescence microscopy with high-performance image analysis. This tool will subsequently be exploited to gain novel insights in (i) the molecular management and (ii) the physiological impact of natural and stress induced protein aggregates in ...