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microscopy (confocal and also FRAP and FRET-FLIM) Maintain Drosophila stocks, carry out genetic crosses to generate new stocks required for experiments. Dissect and/or live-image Drosophila tissues. Design
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pathways. You will then investigate for a functional role using deep-tissue live and fixed imaging on our lab’s own dedicated dual-line multiphoton confocal combined with cell and genetic approaches
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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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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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lentiviral and AAV viral vectors Desirable Application and Interview Demonstrable experience in assays of neuronal or synaptic function (electrophysiology, imaging (e.g., pHluorin)-based assays) Desirable
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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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reasoning and fact-checking. (2) For datasets, we have collected initial datasets with texts and images. We expect to expand them by creating larger-sized datasets and further incorporating other modalities
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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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, immunocytochemistry, imaging and cell based assays. Demonstrate a high level of competence in molecular and cellular biology techniques, particularly gene and protein expression analysis in neurons and astrocytes
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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