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imaging data—primarily intraoral radiographs—integrated with clinical and behavioral data collected from multiple collaborating institutions. The overarching goal of this research is to enable early and
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. While in the Hummon research group, this candidate will embark on a program of independent research with the primary goal to develop mass spectrometry methods in proteomics, metabolomics, and imaging
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immunofluorescence, in situ hybridization, genotyping, quantitative PCR, micro-computed tomography, fluorescent and confocal microscopy imaging, cell culture, and computer based data analysis. Digital PCR and new
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, TIRF imaging, optical tweezers (both are lab-build equipment by our team), RNA motility, RNA dynamics, RNA therapeutics, nucleic acid chemistry, cancer mRNA-vaccines, RNA delivery, molecular biology
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, confocal/multi-photon high resolution imaging, patch clamping. The Ai lab offers a unique, dynamic environment encompassing both basic science and translational research funded by the NIH. Qualified
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research infrastructure, including the NEXUS interdisciplinary materials characterization facility and the Scarlet ultrafast science laboratory, which provide state-of-the-art instrumentation for imaging
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imaging in molecular systems, as demonstrated by scientific publications in the field. Required skills include operation and alignment of laser instrumentation, and programming experience in e.g. MATLAB
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cytotoxicity assays. Hands-on experience with small animal models, including tumor xenograft establishment, dosing techniques (e.g., tail vein, IP, SC injections), and in vivo imaging. Experience with laboratory
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of the OSUCCC – James 51 neonatal intensive care unit bassinets State-of-the-art diagnostic, treatment and inpatient service areas; imaging; operating rooms; and critical care and medical/surgical beds Department