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to developing new protocols for downstream analysis. This includes adaptation of neural organoid cultures to microelectrode arrays and high content imaging. The ideal candidate is comfortable learning and doing
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neuronal metabolism and how it is influenced by – and influences – neuronal activity and excitability. The lab develops tools for studying neural metabolism, including engineered proteins that function as
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sensory neuroscience using state-of-the-art approaches, such as optogenetics, neuronal mapping, imaging, behavioral analysis, mouse genetics, histochemistry, and measurements of autonomic physiology
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19-Apr-2024 Harvard Medical School 65531BR Position Description The Greenberg lab at Harvard Medical School examines how neuronal activity shapes the maturation and plasticity of the nervous system
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of protein or mRNA expression in brain and cochlea tissue, Imaging tissue using confocal and slide-scanning microscopes, Conducting image analysis, e.g. counting cells, mRNA puncta, and reconstructing neurons
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to epigenetic regulation in neurons. Position Description Assist with experimental design Assist with animal husbandry and mouse colony management Perform experiments involving mammalian cell culture, including
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the blood vessels in the brain respond to the high demands of neurons by a process called "neurovascular coupling". To understand this process, we use cutting-edge technologies in neuroscience, vascular
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join a multidisciplinary research laboratory. We are interested in understanding how computations arise from the organization and connectivity of neuronal networks. To analyze neural circuit structure
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the organization and connectivity of neuronal networks. To analyze neural circuit structure and function at highest resolution and completeness possible, we combine large-scale structural and functional imaging