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experimental platforms, or a strong interest in acquiring such breadth, will have opportunities to combine NMR spectroscopy with microscopy, mass spectrometry, biochemical tools, and biological or materials
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prostate growth, with therapeutic implications, using a combination of genomic, molecular/cell biology, and tissue culture approaches. They will train within a collaborative, multi-disciplinary environment
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in human genetics and population data to experimentally testable mechanisms using powerful genetic models. Projects will combine bioinformatics, genomics, genetics, and systems biology, with
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. Multiple projects are available in the area of liquid biopsy, including work on circulating tumor DNA (ctDNA) and cell-free RNA (cfRNA). Projects can be bench-focused, computational, or a combination of both
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principles that govern antibody function in vivo. Our approaches combine in vivo and in vitro immunology and cell biology with biomechanical assays (e.g., shear force as a variable in antibody–Fc receptor
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position is supported by a National Institute on Drug Abuse-funded R01 award. The position involves contributing to a dynamic team engaged in developing and applying a combination of statistical analyses and
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the organization of moist convection and atmospheric circulations across scales, including convective aggregation, tropical cyclones, the Madden–Julian Oscillation, and atmospheric rivers. We combine theory
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experience may include flames, plasmas, high-temperature CVD furnaces, aerosol reactors, or related gas-phase synthesis platforms. The position combines reactor development, chemical kinetics, reacting-flow
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cancer progression in the West lab in the Department of Pathology at Stanford. Successful candidates will use a combination of spatial transcriptomics and highly multiplexed imaging to understand how
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to Submit Application Materials: Interested candidates should submit a single combined PDF that includes (1) a letter of interest with a brief summary of previous research experience (~1 page), (2) a current