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role in applying advanced imaging methods for processing and evaluating PET, MRI imaging data, performing statistical analyses, and preparing scientific manuscripts under supervision. The group provides
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expanding and evaluating dedicated data-driven imaging networks and processing algorithms for improved cardiovascular diagnosis, pushing 4D Flow MRI into previously inaccessible domains through a combination
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molecular biology with a keen interest in nervous system tumors. Experience in mitochondrial biology, molecular and cellular biology techniques, confocal imaging and mouse modeling is highly desired; and good
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radiographers. Our research group develops, validates and applies advanced imaging techniques within a fast-paced clinical environment. We work to gain pathophysiological insights and actionable quantitative
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Institute to develop and train machine learning algorithms for text categorization (Natural Language Processing) and image interpretation. Your primary task will be to create algorithms capable
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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. photometry, miniscopes), cell-type
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that interrogation of these understudied circuits will advance our understanding of how the brain and body achieve important physiological processes and will contribute to the development of novel approaches to treat
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sensorimotor circuits using electrophysiological, imaging, and molecular techniques. Duties The project aims to understand the role of sensorimotor circuits for whole-body motor behavior in mice. The successful
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an open position for a postdoctoral fellow. We are searching for talented and enthusiastic postdocs interested in studying sensorimotor circuits using electrophysiological, imaging, and molecular techniques
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with a backround in engineering or brain-imaging as well as competence in data analysis and programming. You have basic knowledge in brain diseases, dementia or cognition. Experience in processing brain