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will develop data-driven approaches for 3D geological structure modeling using comprehensive geological, geophysical, and geochemical data for country-scale smart mapping. One goal is to transform
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Postdoctoral Affairs. The FY25 minimum is $76,383. Integrating Natural and Cultural Data: Focus Area, Indian Ocean Data gathering, assessment, and modeling across disciplinary divides offers an optimal approach
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. The project provides a unique opportunity to use clinically relevant animal models, transgenic mice, in vitro and ex vivo cultures, live cell and tissue imaging, single cell technologies, and bioinformatic
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initiative, Individually Measured Phenotypes to Advance Computational Translation in Mental Health (IMPACT-MH), and a P50 Center of Excellence. The overarching goal is to use brain imaging-derived circuit
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in cutting-edge research and is the ideal training ground for postdocs who strive to further develop their skills in pursuit of a career in academia or industry. Required Qualifications: PhD in
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includes contributing to the establishment of a new central laboratory resource, offering these advanced genetic tools to broader research initiatives. Required Qualifications: PhD Required Application
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an ambitious and motivated postdoctoral scholar to join an exciting project focused on a unique alignment of visual, acoustic, and structural data for a radical new assessment of anthropogenic impact on our
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motivated postdoctoral fellow to join our innovative research team. Our lab investigates cellular and molecular mechanisms in vision science using advanced techniques in neuroscience, cell biology
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the recently published work of Spateo for spatiotemporal modeling of whole mouse embryos with 3D single cell spatial genomics: Qiu et al., Cell (https://doi.org/10.1016/j.cell.2024.10.011 (link is external
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-specific mechanisms underlying vascular diseases, ultimately to inform new treatment and prevention strategies. Other opportunities include use of animal model of disease to dissect the mechanism