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/ ), University of Cambridge. The position involves investigating the organisation and function of neural circuits underlying spatial orientation and self-motion perception, funded by the Wellcome Trust
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/ ), University of Cambridge. The position involves investigating the organisation and function of neural circuits underlying spatial orientation and self-motion perception, funded by the Wellcome Trust
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We are seeking a talented Bioinformatician to join the Spatial Profiling and Annotation Centre of Excellence (SPACE), led by Prof. Gregory Hannon and Dr. Dario Bressan, at the CRUK Cambridge
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to measure RNA and protein expressions using single-cell and spatial technologies, with increased throughput and resolution. Our ultimate goal is to develop predictors of treatment response, early relapse and
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cytometry with real-time spatial and morphological insights. The postholder will ideally have experience operating both cell sorters and analysers, but training will be provided in-house and externally
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. Skills in managing mouse models and procedures is essential for this post. Experience in spatial multiplexed imaging, multiomics analyses, generation of organoids and/or computational skills will be
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and clinical trials. This will enable us to unmask spatial phenotypic traits that emerge during disease progression and treatment, and to identify those that drive prognosis and therapeutic response
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spatial scales, from river basin to global. The post holder will be located in Central Cambridge, Cambridgeshire, UK. The key responsibilities and duties are: Explore alternative ML models for hydrological
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hindbrain using single cell and spatial transcriptomic approaches. The work is funded by an industry grant from Novo Nordisk. Scientists are encouraged to apply if they have substantial practical experience
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characterisation to understand and control electron-phonon coupling, device engineering, and the development of flat-panel X-ray imagers with high spatial resolution. The position in Cambridge will be focused mainly