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Project
Development of Correlative atmospheric scanning electron and fluorescence super-resolution microscopy to investigate the regulation of EGF signaling
In this project, a unique CLEM modality is explored. Atmosphere scanning electron microscopy (ASEM), a novel electron microscopic technique, in which a sample is observed under atmorspheric conditions, will be combined with PALM or dSTORM.
Date:7 Mar 2016 → 1 Sep 2017
Keywords:scanning electron, atmospheric, Correlative, super-resolution, fluorescence, EGF signaling, microscopy
Disciplines:Biochemistry and metabolism, Medical biochemistry and metabolism, Systems biology
Project type:PhD project