104 phd-computer-artificial-machine-human Postdoctoral positions at The Ohio State University
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instrumentation. It involves supervising the research of graduate students and REU’s, conceiving, composing, writing and editing research proposals, scientific papers and research reports. Required Education: PhD
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Postdoctoral Researcher -Discovery and Bioengineered Production of High-Value Plant Natural Products
approaches to produce high-value phytochemicals for human health and well-being. The lab combines omics-based analyses with genetics, biochemistry, metabolic engineering, and synthetic biology. We
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on ongoing and new research projects. Participate in writing research papers and presenting results at seminars, workshops, and conferences. Qualifications Required: PhD in Computer Science or Math Strong
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program of independent research with the primary goal of improving the algorithm codes used to characterize the Earth’s gravitational field. Duties will include specialized scientific/numerical analysis
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Sciences | Microbiology Administration Post Doctoral scholar will help develop the next generation of iVirus tools and/or apply them to better understand viral roles in soils, oceans or humans in
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ensures return to editorial staff or journal for timely publication, composes and presents research at conferences; directs research personnel. Minimum Education/Experience Requirements: PhD or MD/PhD
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research. The Postdoctoral Scholar – Pharmacometrics in the PhASR will support data collection, quality control of data, data analysis, modeling, simulation and PK/PD study design for human clinical trials
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, biochemistry, peptide synthesis, enzymology, cell biology, and human iPSCs to explore disease mechanisms and the roles of protein kinases and PTMs (e.g., phosphorylation, ubiquitination). The candidate will
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, with potential for renewal based on funding and performance. Additional Information: PhD in Molecular Biology, Biochemistry, Molecular Epidemiology, Evolutionary Biology, Bioinformatics, Biostatistics
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Saccharomyces cerevisiae. Additional applied aspects of our research are to understand how human mendelian diseases disrupt the RNA maturation and degradation machinery, and to develop tRNA ligase