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of the Drosophila midgut, and also in our exciting Drosophila cancer models. We combine single-cell OMICs approaches and deep-tissue fixed and live imaging on our own lab’s dedicated multiphoton confocal microscope
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Overview The Research and Innovation Associate will assist in the research and publication of two major books on the twentieth-century poet Elizabeth Bishop: a trade book of her picture postcards
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early biomarkers and therapeutic targets for these conditions. This interdisciplinary project brings together expertise in chemoproteomics, imaging, animal modelling, and omics technologies. Key
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early biomarkers and therapeutic targets for these conditions. This interdisciplinary project brings together expertise in chemoproteomics, imaging, animal modelling, and omics technologies. Key
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Remote robotic welding guided by reliable, non-contact, emissivity-independent temperature imaging and machine vision
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imaging approaches to develop ways to measure film thickness, roughness, uniformity, and crystallinity; all these aspect play a crucial role in the final performance of these devices. Areas and approaches
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mechanisms that underlie the first steps of cell dissemination from the primary tumour. This will involve developing methods to live image tumour cell dissemination from primary tumours, and out of a complex
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acid, gibberellin, auxin and ethylene. You will work closely with Dr Jim Rowe, an expert in plant stress biology, molecular biology, imaging and image analysis and to learn modern research techniques
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and neural differentiation of hPSCs, immunocytochemistry/imaging, flow cytometry and qPCR. Excellent interpersonal, written and communication skills, and ability to work to a high standard are also
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, this multidisciplinary project focuses on understanding the tumour microenvironment and disease progression by integrating digital histology, radiology, immunohistochemistry, multiplex imaging, and spatial transcriptomics