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, recombinant virus production, genome-wide CRISPR, small-molecule screens, and single-cell analyses. Successful candidates will lead projects to define the mechanisms of virus-driven cancer immune evasion and to
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recruiting for a Postdoctoral Associate. We study the structures of viral glycoproteins, their interactions with host molecules, and their roles in viral entry. Working at the interface of basic and
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enzymes/complexes. 6. Studies of ETFs containing modified flavins. 7. Kinetic characterizations. 8. Investigation of possible significance of buried disulfide bonds. 9. Fluorescence including single
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for nanoscale measurement and control, enhanced couplings to sensing fields, room-temperature operation, and deployment as practical quantum probes. You will focus on quantum measurement, with molecules
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to prevent PNI and reduce tumor progression in pancreatic cancer. Analyze primary patient correlative research samples for expression of relevant signaling molecules and their association with PNI and
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of thousands of molecules in our fully automated high biosafety screening facility CAPS-IT against multiple viruses. You will be responsible for the development and deployment of advanced machine learning models
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for practical applications. This project aims to develop a new OAM platform using well-designed 2D material nanocomposites based on MXenes combined with functional organic molecules, and to demonstrate prototype
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time-lapse and single-molecule imaging. We are establishing a new laboratory at RIKEN's Wako campus, and we are seeking motivated researchers to help launch new research together. One of our central
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aims to develop a new OAM platform using well-designed 2D material nanocomposites based on MXenes combined with functional organic molecules, and to demonstrate prototype devices for large modulating
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coordinated in space and time is still unclear. We have developed new tools to address these questions, and we are determining how stable microtubule attachment is restricted to a single locus on each human