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the development of novel therapies for coronary microvascular disease. The research program focuses on clinical translation and the development and validation of existing and novel cardiac imaging-based
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processes for data standardization, data warehousing, quality assurance development and data analysis. A successful candidate will work closely in different aspects of the quality assurance and data
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students and over 500 Single Honours undergraduate students. We offer a 3-year BSc degree programme in Biological Sciences and a 4-year MBiol, while also contributing to Natural Sciences. We also run a PGT
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Qualifications PhD in Developmental Biology, Cell Biology, or related fields. Strong background in cell biology, different types of fluorescent imaging, and organoid culture required. Experience with model
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four telescopes: a 1-m with a high-res fibre-fed echelle spectrograph, 1.8-m with 2.2 sq. deg. imager & two 0.6-m. The School of Physical and Chemical Sciences offers a spectrum of majors including
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); units such as onboard computers, mass memories, remote terminals and instrument control units*; digital and analogue signal processing electronics for payload/platform functions; front-end acquisition and
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anatomical and functional investigation of the cerebrovasculature is highly desirable. However, candidates with other experimental and/or data skills are welcome to apply. Experience in computer programming
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includes characterizing and engineering diverse models and their relationships with underlying data coming from different stakeholders pertaining to the key impacted domains. Additionally, model engineering
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additionally learn a cutting-edge technique called cyclic immunofluorescence (CyCIF), which allows spatial resolution of different cell states within a tissue in order to understand how tumors are organized and
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to be tested, modified, and improved during the project. The seafloor survey will image the scarps of active faults to understand the faults surface expression at different depths. The output will be 1