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multiple modalities (e.g. chemical, mechanical, and electrical) into microdevices, with feature sizes under one millimeter in length. The integrated full-sized devices are small enough to be implanted
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spatial biology via single cell spatial analysis of the tumor microenvironment. Projects aim to reveal molecular mechanisms of drug resistance based on intercellular and intracellular regulation, with a
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Computational Spatial Biology We are seeking a postdoctoral fellow in computational spatial biology to work in the laboratory of Professor Sylvia Plevritis in the Department of Biomedical Data Science at Stanford
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to investigate the molecular and cellular mechanisms of intercellular communication in the healthy brain and in tumor microenvironment (TME). The major focus of our lab is to advance technologies including single
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at Stanford University School of Medicine. We seek a highly creative and motivated scientist to perform cutting-edge immunology research to overcome resistance mechanisms identified in patients receiving
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via single cell spatial analysis of the tumor microenvironment. Projects aim to reveal molecular mechanisms of drug resistance based on intercellular and intracellular regulation, with a focus on