127 master-degree-study-in-mechatronics Postdoctoral positions at The Ohio State University
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). Examples for current projects are in vivo and in vitro mechanistic studies on how metabolic perturbations in oligodendrocytes result in compromised axon integrity, and research on metabolic adaptations in
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and analysis, preparing manuscripts and grants, and training others (e.g., students, staff) in relevant methods and procedures. Job Requirements Doctoral Degree in an appropriate discipline is required
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| IM Palliative Medicine Postdoctoral researcher will implement clinical interventions with people with cancer under the supervision of Dr. Sharla Wells-Di Gregorio. The primary study involves
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Professor in the Department of Internal Medicine, Division of Medical Oncology who provides scientific direction for correlative research studies in oncology; participates in the development of original
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such as cloning, real time PCR. Management of large-scale sample processing. Education/Experience: A Doctoral degree in an appropriate discipline is required. Extensive prior experience in the fields
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and analyzes data for research sponsored by appropriate agencies and Institutions; identifies and selects problems to be studied; develops and troubleshoots new experimental techniques and protocols
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background in theoretical computer science, particularly in algebraic complexity theory and pseudorandomness. Desired At least 4 years of research experience; expertise in writing research publications and
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the implementation of machine learning/AI methods for studying complex human diseases, such as glaucoma and retinal diseases. The candidate will have the opportunity to lead research projects, write
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on large-scale genetic data analysis, risk prediction, single-cell RNAseq, and implementation of methods for studying complex human diseases, such as glaucoma and retinal diseases. The candidate will have
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. or equivalent in Physics Required Qualifications • Demonstrated record of accomplishments in using effective field theory to study proton-proton collisions. • Demonstrated understanding of top-antitop quark