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Post - Doctoral Position: Super - Resolution PALM Microscopy of Cell Division Factors in Yeast Nucl
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- The project involves the single molecule spatial mapping at high resolution of the transcription factors implicated in the G1/S transition in budding yeast.
- Our collaboration is aimed at defining the molecular mechanisms of the commitment to division in budding yeast (see Dorsey et al, Cell Systems, 2018).
- The Royer lab has a home-built PALM STORM super-resolution microscope, as well as a 1 and 2-photon scanning microscope capable of single molecule FLIM, PIE and FCS/scanning N&B analysis.
- The Center for Biotechnology and Interdisciplinary Studies houses a Core microscopy facility, including confocal and STED microscopes, as well as AFM. CBIS also houses a FACS facility, among many other Core Facilities
- The ideal candidate would have expertise in optical microscopy or spectroscopy, as well as familiarity with Labview and Matlab programming environments.
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