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facilities at the University of Michigan, including advanced imaging, genomics, and proteomics cores. Support to present your research at national and international conferences and build a professional network
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The Overdose Prevention Engagement Network (OPEN) at the University of Michigan is recruiting an outstanding early-career research investigator to join a multi-disciplinary team to conduct high-impact
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on core infrastructure planning?recommending equipment, defining workflows, and developing lab systems. Serve as a key contributor in setting up the automated DNA/RNA synthesis pipeline (e.g., Dr. Oligo
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Medicine and Bioinformatics. The specific objectives of the project are to (i) deploy network analysis methods to genomic data (50%), and (ii) develop such algorithms including community detection algorithms
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Medicine and Bioinformatics. The specific objectives of the project are to (i) develop mathematical and data analysis methods to analyze resilience, robustness, and tipping points of network dynamics, when
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and statistical modeling for reliable analysis on spatial multiomic data. The candidate will work on both probabilistic modeling, software development, and cancer biology analysis for this position
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focused on defining mechanisms of disease pathogenesis. Specific potential pathogenic mechanisms to explore include the role of TRPV4 in regulating actin cytoskeletal dynamics and the integrity of blood
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experiments are appropriately conducted following the policies and procedures of the University of Michigan. Developing appropriate software and hardware technologies that are required for conducting
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to mentoring the next generation of scientists, and ample opportunities are available to refine 'soft skills' during the training period (e.g., grant writing, scientific presentations, networking). Mission
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research directions: Define essential cross-talks between histone acetylation and acetyl-CoA mediated energy metabolism in heart repair and regeneration. Identify epigenetic and post-translational