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Field
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to innovative measurement techniques and novel technologies, like superconducting nanowire detectors and pixelized 3D-printed MCP-PMTs, capitalizing on Argonne's multidisciplinary expertise. Application Process
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applies platforms for state-of-the-art techniques for Accelerated Nanomaterial Discovery, integrating synthesis, advanced characterization, physical modeling, and computer science to iteratively explore a
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state-of-the-art equipment and facilities including studios, labs, two fabrication studios, a design materials library, 3D body scanner and multiple gallery spaces. It is a department and college priority
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Science, Immunology, Regenerative Medicine, Biology of Aging, or a related field. Experience in stem cell-derived sphere cultures in the 3D matrix, mouse disease modeling in vivo and/or regulatory T cell
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Science, Immunology, Regenerative Medicine, Biology of Aging, or a related field. Experience in stem cell-derived sphere cultures in the 3D matrix, mouse disease modeling in vivo and/or regulatory T cell
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, immunology, biochemistry to cell culture, animal studies, patient samples and 3D organoid systems. Experience with mouse models and flow cytometry is required. The candidate will work independently and should
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collaboration with the theorists involved. The postdoc will construct and use 3D printed model porous media. The analysis will entail extensive use of image analysis techniques such as Particle Image
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. Specifically, the project will: Address a fundamental knowledge gap about how chromatin 3D organization determines transcription at a global scale in an explicitly defined neuronal development model. Integrate
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networks for cancer metabolism, which further plays an important role in the development of novel cancer therapeutics. The Lee lab research tools include mammalian cancer cell lines, 3D organoid, xenografted
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networks for cancer metabolism, which further plays an important role in the development of novel cancer therapeutics. The Lee lab research tools include mammalian cancer cell lines, 3D organoid, xenografted