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vitro and in vivo models of congenital heart defects. This individual will complete projects that require expertise in iPSC biology and derivation of terminal cell types, methods of molecular biology
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position in big data analysis, substance use, neurocognition, and tobacco regulatory science. The position entails research on (1) analysis of big data using advanced statistical methods, (2) assessment
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in iPSC biology and derivation of terminal cell types, methods of molecular biology, gene transfer, gene editing, biochemistry, cell biology, cell culture, and vertebrate animal models, including
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, transdisciplinary, and capable of informing local and regional decision-making. This includes building capacity among stakeholders to apply the tools and methods developed and contributing to the establishment
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position in big data analysis, substance use, neurocognition, and tobacco regulatory science. The position entails research on (1) analysis of big data using advanced statistical methods, (2) assessment
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Medical Center in Omaha, Nebraska. Key Responsibilities: Apply best practices in biocomputing and statistical methods to multi-omics datasets, with a focus on interpreting the biological pathways involved
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science. The position entails research on (1) analysis of big data using advanced statistical methods, (2) assessment of the neurocognitive effects of tobacco use, and (3) behavioral interventions
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Omaha, Nebraska. Key Responsibilities: • Apply best practices in biocomputing and statistical methods to multi-omics datasets, with a focus on interpreting the biological pathways involved. • Contribute
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Postdoctoral Research Associate will contribute to developing and/or applying artificial intelligence, machine learning, and image segmentation and/or data science-based methods to address cutting-edge topics