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organisms on our planet are invaded by genetic elements called transposable elements (TEs). These TEs can be considered as parasites in our genome, although they also contribute to proper gene regulation and
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, and computational methods to link genome architecture to neural circuit organization and to understand the functional consequences and evolutionary origin of the diversity of olfactory circuit
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from diseases such as cancer, premature ageing, inflammation and neurodegeneration. In our lab, we have developed a proteomics-based method, named “LinkageID”, to systematically isolate cellular factors
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genetic systems, single cell sequencing and high dimensional flow cytometry as well as multiple cellular and molecular methods used in the lab. If you are interested in this project, please select Waisman
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? The project involves a wide methods spectrum, ranging from protein biochemistry and biophysics (in vitro assays with recombinant proteins) to molecular cell biology (advance fluorescence microscopy, live