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, artificial intelligence, and/or computer vision. Strong scientific programming skills in Python or related languages along with familiarity with image analysis tools such as ITK and VTK. Familiarity working
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to): Perform quality checks of brain PET/MRI and genetic data and manage them in the data repository and computer servers. Run existing PET/MR brain image processing pipelines on the computer servers, produce
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, the representation and processing of social information in patients with psychiatric conditions remain largely unclear. We use a suite of cutting-edge techniques, including in vivo multi-photon imaging, fiber
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processing, and statistical modeling using Matlab, particularly in the context of ultrasound imaging. Conduct animal experiments, ensuring compliance with ethical standards and protocols. Collaborate with
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learning methods to process and analyze biomedical imaging data, including, but not limited to, pathology assay images, ultrasound images, and wearable device data of actigraphy measures. Applicants with a
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naturalistic driving behavior using the Driving Real-world In-Vehicle Evaluation System. We also collect biomarkers to study AD pathology, including brain imaging (Positron Emission Tomography, Magnetic
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expected to work on mouse models with a group of highly motivated young scientists to employ interdisciplinary approaches, such as retinal cell biology, functional genomics, imaging, and biochemistry
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Job Description Position Summary The Qing Wang Lab is seeking a highly motivated and skilled postdoctoral researcher with expertise in Magnetic Resonance Imaging (MRI) to join our dynamic research
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the auditory field. In vivo multicellular imaging of peripheral cells has enabled the mapping of individual and population-level neuronal responses for sight, smell, taste, and touch, providing direct insight
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at the University of Washington (APL-UW) invites applications for a postdoctoral researcher to be deeply embedded in a research group that utilizes advanced ultrasound methods for both cardiovascular imaging as