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, glial cells, and neuroinflammation in MS and/or SCI. The candidate should have a solid understanding and demonstrated proficiency in some of the following: Cell culture methods involving both isolation
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first author publications in peer reviewed journals in the fields of cellular signaling, cell biology, developmental biology, cancer biology , immunology and inflammation, • Candidates with strong
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of imaging techniques (confocal, super-resolution, two-photon microscopy), cell biological and biochemical tools as well as electrophysiology, and behavioural studies. Opportunity: The post-doctoral
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synaptic plasticity, unconventional NMDA receptor signalling, 2-photon optogenetics, and 2-photon imaging. Applicants should be experienced with whole-cell recordings and/or advanced imaging techniques
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technician. QUALIFICATIONS: The candidate should have a solid scientific and technical background with excellent communication, interpersonal and organizational skills. In addition, the candidate will be
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human brain tissue, mouse models, and mammalian cell culture, and thus our lab emphasizes the importance of translational science. The successful candidate will develop a novel research project using
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molecular mechanisms that regulate cell migration in normal and diseased states though the regulation of cell-matrix adhesions, 2) developing methods for label free imaging of tissue samples as a diagnostic
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PROJECT: Salamanders can swim underwater and walk on ground. Their spinal cord regenerates after a full transection and the animal recovers voluntary locomotion after a few weeks. How this occurs is
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methods paired to live cell imaging, immunofluorescence, and immunohistochemistry Independently responsible for drug-response phenotyping of PDOs and biochemical and cell-based characterization Key role in
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: With a strong focus on interdisciplinary work, the position will involve working with researchers from diverse fields such as cell biology, cancer biology, biophysics, neuroscience and cellular