64 algorithm-development-"LIST"-"Meta" Postdoctoral positions at University of Minnesota
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encompass some of the most exciting areas of contemporary microbiology and immunology, ranging from the physiology and development of microorganisms, the molecular pathogenesis of infections, and fundamental
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of neurodegenerative disease, demyelination, and brain tumors • Perform high-dimensional flow cytometric analysis of immune cell populations in CNS tissues and peripheral compartments • Develop and refine experimental
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of research. -Carry out and/or supervise laboratory experiments. -Develop experimental procedures. -Collect and analyze data. Qualifications Required Qualifications: - Ph.D. or an equivalent degree. Preferred
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extraction and RT-PCR. Prepare samples for next generation sequencing (NGS) and analysis of NGS data. Assist in projects involving bacteria and bacteriophages. Work after hours and on weekends as needed. Use
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the implementation of the IRB approved protocol. • Develop and maintain accurate, complete source documentation and records. • Monitor subject responses to protocol defined treatments/interventions, and schedule
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yeast genetics and molecular/cellular biology expertise to join this international team studying the effects of polyploidy on cell physiology and evolution. The experienced researcher will run
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findings at lab meetings and scientific conferences; contribute to collaborative research discussions • Prepare figures, methods, and manuscripts for publications • Mentor junior trainees and contribute
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in the University of Minnesota. The research will focus on applying, developing and implementing novel statistical methods for causal inference, integrative data analysis or/and machine/deep learning
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of every member of our team, from faculty to administrators to technicians. Put simply, all of us are driven to provide the best eye care for our patients, discover new treatments, and educate the next
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developing a non-invasive magnetic resonance imaging tool to interrogate human brain metabolism using the ultra-high field 10.5 T whole-body human MRI scanner and a novel dynamic deuterium to proton exchange