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diseases, particularly in cardiometabolic, brain, and reproductive health. The Centre integrates emerging big data types - such as multi-omics, longitudinal health records, and clinical imaging - to drive
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. The successful candidate will join an exciting project exploring the physiological role of newly identified sensory receptor molecules. Using a combination of animal models, fluorescent imaging, and
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embryonic stem cells to different tissue types as 2D and 3D gastruloids Technical expertise in advanced live imaging Technical expertise in molecular biology Excellent track record of writing papers as
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submission Good knowledge and experience in in vivo calcium imaging or electrophysiology Experience in data analysis in Python or MATLAB Track record of writing papers as evidenced by publications
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, cancer cachexia and body composition, radiomics and tumour microenvironment. Future plans include tumour metabolic imaging and mass spectrometry metabolomics. TRACERx is supported by the excellent
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antibody, phage display, small molecule or DNA encoded libraries is desirable. This role will also benefit those who have experience in imaging (immunofluorescence), flow cytometry and bioinformatics
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physicists and biologists for implementation in novel imaging systems. Dissemination of results in publications and presentations. You have A Ph.D. degree in Organic Chemistry. Excellent experimental skills in
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metabolic imaging and mass spectrometry metabolomics. TRACERx is supported by the excellent bioinformatics facilities already available in our Centre together with substantial investment in bioinformatics
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. The development of novel immunologic techniques and applying novel technologies will be included in this effort. Collaboration with pathologists for correlations with tissue imaging and with computational