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PRIMARY DETAIL Seeking a Mixed-Methods Researcher to be part of a team that brings together healthcare consumers, clinicians, health and medical researchers to improve children’s healthcare. Be part
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cancers. Our laboratory uses cutting edge methods (multi-omics, single-cell, genome editing as well as contemporary pre-clinical model systems) and bioinformatics to understand how sex hormone receptors and
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) optimisation of a multi-component model of care for bipolar disorder, b) evaluating the use of digital data to improve phenotyping and prediction of mood disorders and c) developing tailored treatments for mood
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the microbiota can be leveraged to improve health outcomes. Our recent work has identified the gut microbiota as an important factor in cancer immunotherapy outcomes. This role represents an exciting
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technical research support to generate high quality research outcomes in the Lab of Professor Mark Schembri. Key responsibilities will include: Undertake elements of research in the area of bacteriology
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simulation of meta-optical components, as well as their fabrication using nanotechnology techniques. The role also includes developing methods for optical and/or electrical characterisation. You will be based
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simulation of meta-optical components, as well as their fabrication using nanotechnology techniques. The role also includes developing methods for optical and/or electrical characterisation. You will be based
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practice. The Vitalities Lab is a small research group of doctoral students and research associates within the Centre. The project involves using qualitative and creative arts-based research methods together
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at NHIRI to lead the food development component of multiple nutritional studies aimed at improving the nutritional status of diverse communities. You will leverage 3D food printing and other emerging food
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developing and/or using quantum chemical and/or density functional theory methods using a variety of software packages. Demonstrated ability to undertake high-quality research and write high-impact manuscripts