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this mission, HT provides access to state-of-the-art research infrastructure in five key areas through the National Facilities for Structural Biology, Light Imaging, Genomics, Genome Engineering, and Data
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Learning, at the Centre of Genomics in the research group of Craig Glastonbury . The post holder will be responsible for leading large-scale digital pathology, spatial transcriptomic and genetic analyses
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, including the National Facilities for Genome Engineering and Disease Modelling, Genomics and Light Imaging. Key tasks and responsibilities: Apply ESC/iPSC differentiation protocols and perturbation screenings
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; Good educational background and systematic scientific research training; Doctoral graduates and post-docs within the job-seeking period; Ability to engage in scientific research work； Applicants must
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immune system in health and disease. We are looking for a candidate with expertise in immunology. Your main tasks and responsibilities: Leverage advanced methodologies to integrate imaging with genomics
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Biology Research Centre at Human Technopole combines computational and experimental techniques to study how tumours arise and evolve. Our goal is to measure the evolutionary processes in human cancers
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recognition, automation science, complex systems, robotics, machine learning, computer vision, natural language processing, biometrics, medical imaging, social computing, and AI hardware. CASIA is the first
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biology applied to human health. However, priority will be given to research programmes in one of the following areas: Computational Imaging & Computer Vision. Developing novel algorithms for quantitative
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Intelligence, Brain-inspired Computing, Human-Computer Interaction, Flexible Wearable and Intelligent Integration System, Machine Learning, Data Mining, Big Data Platform, Cloud Computing, Distributed Computing
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[Research areas] The information processing mechanisms of living organisms, including humans, are expected to bring about new breakthroughs in information communication systems. To achieve this, it