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quality research outcomes at all stages of the research life-cycle. Responsibilities Performs molecular biology experiments, including cloning, PCR, display libraries, protein expression and purification
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, assisting in major experiments and assays, spanning from in vitro assays to sophisticated molecular biology techniques like qPCR, flow cytometry, and microscopy. Your meticulous record-keeping and laboratory
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assays Performs molecular biology experiments, including cloning, PCR, display libraries, protein expression and purification Assists senior laboratory/ research staff in affinity evaluation and functional
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promotions process. About You PhD in the area biochemistry/molecular biology/cell biology. A track record, relative to opportunity, that demonstrates an ability to perform research to the highest standards and
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Synthetic Biology and Gas Fermentation, your role involves producing high-quality research outputs consistent with discipline norms. This includes publishing or exhibiting in reputable outlets. Additionally
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develop new collaborations with researchers at OIST and other Universities, including the University of Bristol and the University of Queensland, NIOZ in the Netherlands, and the Institute of Evolution in
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of Carbon Dioxide (GETCO2). GETCO2 is a national research Centre which is administered by the University of Queensland (UQ) and has Nodes at the University of Sydney, University of New South Wales, Monash
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in a scientific field. Demonstrates a strong background and experience in applying various molecular biology techniques. Proven ability to perform RNA and DNA extraction procedures with accuracy and
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Institute for Molecular Bioscience Broaden your career within one of QLD’s largest employers Be part of an organisation with a meaningful purpose and impact Plan for your future with a generous 17% superannuation allowance Based at St Lucia campus About UQ As part of the UQ community, you’ll...
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with Prof. Kat Holt at LSHTM. It is an international partnership project in collaboration with Prof. David Ascher’s groups at the University of Queensland and Baker Institute in Melbourne (Australia