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will focus on the prediction of genetic interaction networks and image analysis for automated phenotyping. We welcome interest in developing both ongoing and novel research projects in the lab, and are
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. Candidates with interest and experience in the study of accreting black holes or neutron stars, and candidates with experience in multi-wavelength data analysis, coding pipelines for optical imaging
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characterization of a new cancer model. Studies will use cell culture, animal models of oral cancer, genetically engineered mice, in vivo calcium fluorimetry, rodent behavior, imaging, molecular biology, and
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impairs neuronal recovery. To approach these questions we use a combination of genetics, biochemistry, cell biology and imaging in a number of models, including mice, cell lines and patient derived stem