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robust geospatial software tools for automated processing of satellite imagery and other remote sensing data. This includes implementing algorithms for geometric corrections, radiometric calibrations, and
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disease which combines behavioral and genetic models, metabolic, neuroendocrine and imaging techniques in living animals as well as sophisticated molecular and structural biology analyses of neuropeptides
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drugs on biology and metastasis of breast cancer and in vivo imaging to monitor response to targeted therapies. Specific responsibilities/duties include: Research – 65%: Conduct research under the PI’s
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Supercomputing Institute, the Microbial and Plant Genomics Institute, the BioTechnology Institute, the Biotechnology Resource Center, the University of Minnesota Genomics Center, the Biological Imaging Centers
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Neuroimaging Hub to assist with imaging analysis for MIDB research projects. A successful candidate will have knowledge of a wide variety of advanced statistical and computational techniques, excellent
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respiratory neurobiology with the desire to grow skills and knowledge in other areas. A background in rodent neurobiology models is required, including experience in rodent surgery, phrenic nerve and/or
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adapt to ever changing needs Preferred Qualifications: ● Research experience in natural language processing on biomedical and/or clinical texts, computer vision on medical images, causal inference
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, thermal cyclers, plate readers, microscopes etc. Record results manually and using image and analysis software. Maintain training and other regulatory records. Perform everyday tasks such as laboratory
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, and mop up. Burn unit boundary preparation with backpack blowers, handtools, and walk-behind mowers. Hazard tree assessment and mitigation. Data entry and image filing associated with prescribed fire
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analysis, live cell imaging, and animal behavior: ● Stem cell biology ● Spinal cord injury cell transplantation About the Department To learn more about the Department of Neurosurgery, please visit https