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(Cancer Microbiome and Single Cell Research) Department: Physiology & Medical Physics Reporting to: Jochen Prehn Location: 123 St Stephens Green Contract/Duration: 24 Months (1FTE) Remuneration: IUA
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degeneration, loss of tissue functionality drives local inflammation, which reduces cell anabolic activity and promotes adoption of pathological catabolic and senescent cell phenotypes. This inflammatory
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fractures in half of sufferers, and the worldwide economic burden of treatment is escalating. Recently our research has provided evidence that the biological mechanisms by which bone cells normally respond
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the respiratory tract mediated by tissue resident memory T cells (TRM cells) and memory B cells. Our hypothesis is that there is unique composition and activation status of immune cells in the nasal tissue, making
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the development of novel therapies. You will have extensive knowledge of complex in vitro cell models of cancer as you will be responsible for developing 3D bone marrow niche models to support expansion of patient
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12 Months, fixed-term, whole-time post Position summary The “SOS Earth (Sustainable Organic Synthesis) using Earth Abundant Metals in Critical Pharmaceutical Processes” project is a large
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vegetation responses driven by climate, land use, and traits, and apply these projections to enable population risk forecasting. Apply the Global Warming Levels and “storyline” climate projections produced
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networks. The work will also include the experimental validation of the developed methods in the access and metro environment. The applicants should have a solid theoretical and experimental background
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expertise in HPC and data intelligence to develop efficient platforms, solutions and services based on technologies including AI, high performance data analytics, Earth Observation, quantum computing and