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, obtained within the last two years. In-depth knowledge in retinal vascular biology, mouse genetics, Ca 2+ signaling in endothelial cells, imaging and image quantifications, and endothelial cell based in
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the potential of various brain imaging and neuromodulation techniques and cognitive interventions. The selected candidate will play a key role in coordinating and conducting clinical research activities related
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biochemical assays • Cell culture and transfection • Immunoblotting • Sectioning, immunohistochemistry, and imaging • Developing and optimizing new protocols • Data analysis 10% general responsibilities
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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 – 60%: Conduct research under the PI’s
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, and graphic/image formats. Preferred Qualifications: Doctorate degree in climatology, atmospheric science, environmental science, meteorology, or related field and 2 years of related work experience
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: • Experience with antigen-specific immune monitoring (e.g., MHC class I tetramers) • Experience in confocal imaging, ELISA, and viral assays • Experience with bioinformatic workflows and interpretation of immune
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, the BioTechnology Institute, the Biotechnology Resource Center, the University of Minnesota Genomics Center, the Biological Imaging Centers, the University of Minnesota Herbarium of the J. F. Bell Museum of Natural
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Twin Cities Department MED Cardiology Division Posted Date 06/24/2025 Job Title Research Professional 4 - Imaging Research Job ID 368919 Location Twin Cities Department Magnetic Resonance Res, Ctr Fr
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Class Acad Prof and Admin Add to My Favorite Jobs Email this Job About the Job Summary: Perform research on RNA and DNA aptamers. Discover aptamers by in vitro selection for fluorescent imaging. Perform
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including engineering of mammalian cell genomes using CRISPR/Cas9 editing, cell cycle synchrony experiments, analysis of chromosome segregation, immunostaining, live cell microscopy, and quantitative image