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deploying suitable analysis pipelines, quality control, publishing support, visualization and rendering services, as well as maintenance of existing tools and development of new ones. Our analyses rely almost
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deploying suitable analysis pipelines, quality control, publishing support, visualization and rendering services, as well as maintenance of existing tools and development of new ones. Our analyses rely almost
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high-throughput workflows, including single-cell proteomics. It operates state-of-the-art instrumentation and advanced data analysis pipelines within the multidisciplinary ecosystem of Human Technopole
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appropriate analysis strategies for genetic and ‘omic data integrated into epidemiological investigations; Collaborating with external (including many international) researchers to lead or contribute to large
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Handling & Analysis. About the Dynamic Single Molecule (DSM) Unit: The Dynamic Single Molecule (DSM) Unit operates within the National Facility for Structural Biology; together with other units serves as a
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human health. Within this mission, the Funke group is developing machine learning methods for automatic and semi-interactive analysis of biomedical image datasets, concretely: (1) semantic and instance
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scientific discovery with a focus on microscopy image analysis. Specifically, we are interested in the development of new methods to identify structures of interest in large datasets (detection, segmentation
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data analysis in line with the research group’s objectives. Grow your skills Postdoctoral researchers engage in cutting-edge research in the life sciences, collaborating with interdisciplinary teams and
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science, scalable data analysis, and next-generation experimental workflows that link data acquisition, analysis, and interpretation. We are seeking an ambitious Postdoc to join us in shaping how AI-enabled
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at the intersection of machine learning, CRISPR screening data analysis, and multi-omics to uncover genetic interactions and synthetic lethalities in cancer. Develop and apply scalable, reproducible computational