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vector design Apply the technology in steady-state and disease settings Analyse perturbational data to identify causal regulators of immune-cell states Close the loop between computational predictions
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vector design Apply the technology in steady-state and disease settings Analyse perturbational data to identify causal regulators of immune-cell states Close the loop between computational predictions
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and vector design Apply the technology in steady-state and disease settings Analyse perturbational data to identify causal regulators of immune-cell states Close the loop between computational
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offer An interdisciplinary environment spanning wet-lab, technology-development and computational teams Access to unpublished validation data unavailable to existing agents State-of-the-art computing
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offer An interdisciplinary environment spanning wet-lab, technology-development and computational teams Access to unpublished validation data unavailable to existing agents State-of-the-art computing
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technologies to understand how genetic variation shapes biological function. At the heart of our research is MAGESTIC ( https://doi.org/10.1038/nbt.4137 ), a CRISPR-based technology that enables precise
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offer An interdisciplinary environment spanning wet-lab, technology-development and computational teams Access to unpublished validation data unavailable to existing agents State-of-the-art computing
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understand how genetic variation shapes biological function. At the heart of our research is MAGESTIC ( https://doi.org/10.1038/nbt.4137 ), a CRISPR-based technology that enables precise engineering of