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the applicant to take an active role in applying advanced imaging methods for processing and evaluating PET, MRI imaging data, performing statistical analyses, and preparing scientific manuscripts under
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behaviors and define circuit dysfunction in disease-relevant mouse models. The project will take advantage of advanced methods in systems neuroscience including cell-type specific in vivo imaging (e.g
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should have basic knowledge in brain diseases, dementia or cognition. Experience in processing brain imaging data, magnetic resonance imaging (MRI), and positronemissiontomography (PET) is an advantage
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experience in electrophysiology and/or imaging. Experience in surgery, animal behavior, computer programming, and manuscript writing are highly advantageous. The project will involve in vivo and ex vivo patch
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The postdoctoral fellow will perform studies on human induced pluripotent stem cells and their ectodermal and mesodermal derivatives followed by ALS disease modelling. The project also involves live cell imaging
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activity modes/genetic cell states and behavioral transition to anxiety disorders. Duties The successful candidate will use genetic mouse models, stereotactic surgery and intersectional viral approaches
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and brain imaging for in vivo validations. We are involved in several international and national collaborations on multiple levels. The group is supported by several funding agencies. Duties
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and brain imaging for in vivo validations. We are involved in several international and national collaborations on multiple levels. The group is supported by several funding agencies and for