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network excitability following traumatic brain injury using a variety of techniques, including in vivo whole-cell recording and two-photon microscopy, brain slice physiology, and genetic manipulation
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for recordings, cutting live brain slices on a vibratome, and performing voltage and current clamp recordings in neurons. Using optogenetics, photolytic uncaging, chemogenetics, fluorescent biosensors, electrical
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and functional image analysis Ability to perform Free Surfer analyses for structural brain images. Ability to perform whole-brain probabilistic tractography preferably withMRtrix3 Ability to perform
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, including epilepsy and seizure models, and brain disease paradigms. This position is responsible for data compilation, analysis, interpretation and preparation of scientific manuscripts. Assist other research
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and optogenetics in brain slices (ii) in vivo single neuron recording to include surgical isolation of peripheral nerve signals from postganglionic sympathetic fibers and/or phrenic fibers, (iii) live
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. The Department of Psychological and Brain Sciences is engaged in research that falls into all five graduate areas of specialization: Behavioral and Cellular Neuroscience Clinical Psychology Cognition and Cognitive
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structural biology will be well-suited for this role. You’ll apply your specialized skills using advanced genetic mouse models and techniques like confocal imaging, brain-slice electrophysiology, in vivo
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research resource for the department, ensuring reliable study execution and operational support for faculty research. In parallel, the postdoc will advance their own research program and collaborate with