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background in ocular cell and molecular biology. The ideal candidate will have demonstrated expertise in cell and molecular biology techniques, as well as biochemical approaches. This NIH-funded project
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experience working with transgenic mouse models, as well as familiarity with cell culture and standard molecular biology techniques such as immunostaining, Western blotting, and qPCR. Additional exposure
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of Michigan) Job Duties Develop multiscale ABMs of multi-cellular immune cell populations and virus interactions. Build organism-scale ODE/PDE/stochastic models based on ABM outputs and experimental data
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and single cell sequencing, proteomic approaches, and cardiopulmonary physiological readouts. Extensive training in the above techniques will be provided. The work may require occasional late-evening
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, including animal surgery, simulations, and theoretical investigations; analyze data; and disseminate research findings. Participate and observe clinical activities, including clinical visits, rounds, meetings
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· animal behavioral tests · immunohistochemistry · cell culture · calcium imaging (in vitro, ex vivo, in vivo) · confocal microscopy · patch-clamp · optogenetics · Western blot · RT-PCR · lipidomics · vagus
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simulations and perform computational experiments using high-level programming languages (e.g., Python, MATLAB, R, or Julia). Curate and integrate experimental data to calibrate and validate models, including
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inflammatory diseases including diabetes, cardiovascular, and Alzheimer’s disease. Successful candidates will lead projects using multi-omics datasets from large sample sizes of disease relevant tissues/cells