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About the role We are seeking a highly organised, motivated, enthusiastic person to join the DECIDE-TAD team to develop methods that promote the inclusion of underserved groups in a multi-centre
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objectives of the trainee. Who is RMIT Europe? We’re the creative and dynamic European hub of RMIT University – a multi-sector university of technology, design, and enterprise with more than 91,000 students
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offers an exciting opportunity to contribute to cutting-edge research in Cancer Precision Medicine, focusing on liquid biopsy-based biomarkers and multi-omics approaches in breast cancer. You will be part
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placement of equity, diversity and inclusion as fundamental to our institutional culture. Our current academic plan outlines each as core values and we work to embed them in all that we do. Toronto
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managing drug dependence. The trial is being led by Professor Catriona Matheson at the Centre for Healthcare and Community Research (CHeCR) at the University of Stirling, in close collaboration with
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and ideas from London’s dynamism. London is the world’s most connected city and a global centre for finance, business and culture. We are a global school. Our students, staff, faculty, alumni and
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policies and approved protocols administered by the Department of Pathology with partnership with the Center for Clinical Research Management (CCRM); may assist with assessing patient records required
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Harvard University Faculty of Arts and Sciences | Cambridge, Massachusetts | United States | 23 days ago
discussions with biologists and chemists. Work with multi-scientist team to develop subcutaneous organoid with appropriate signaling molecules to improve t-cell reconstitution. Develop protocols to achieve
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courses of action based on datasets and discussions with biologists and chemists. Work with multi-scientist team to develop subcutaneous organoid with appropriate signaling molecules to improve t-cell
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to the purification of multi-megadalton membrane protein complexes, followed by structure determination and biochemical/biophysical mechanistic analysis. This project will focus on complex, multi-component membrane