33 agent-based-simulation-"Multiple" Postdoctoral positions at University of Minnesota
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) and developing meaningful scaled score formulas and metrics. The post-doctoral associate will support multiple aspects of this work, including conceptualization and design of the scale scores, computing
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/PyTorch for deep learning), possibly theory development, simulation studies, real data analysis, and writing manuscripts. Duration: This appointment is for 1 year, may be extended for a second and/or third
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with GWAS/sequencing data and multiple types of omic/neuroimaging data, as in Mendelian randomization and TWAS. In addition to new methods development and evaluations, the job responsibilities include
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, compartmental and agent-based model), engage in the development of decision support tools, contribute to grant-writing, interface with public health and health system decision-makers, and disseminate results
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occur on a rolling basis until a candidate is hired. Multiple hires are possible. The successful candidate for this position will work under the supervision of Dr. Theresa Osypuk , Professor
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the project goals. The successful candidate will be working closely with the project PI’s to generate and test hypotheses, develop and run model simulations, and report findings through presentations
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for recording across multiple cortical/ striatal circuits •Optogenetic and electrical real-time perturbations, including interventions directly related to clinical deep brain stimulation. •Parametric
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Qualifications Essential Qualifications • PhD in mathematics, science or STEM education research or equivalent (e.g., PhD in biological field with dissertation on discipline-based education research) • Experience
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project that aims to develop new tools to gauge retinal health and disease using next-generation CRISPR-based tools. The ideal candidate who fills this position will have a consistent track record of
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for the purpose of lung-directed gene. The research addresses several important drawbacks in AAV-based gene therapy such as vector efficiency to transduce lung epithelial and basal cells, pre-existing and therapy