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manage the successful operations and development of the MSBIR. perform the role of the clinical site liaison for MSBIR. co-lead the MS clinical trials unit, including as site Primary Investigator for some
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. You will develop sensitive methods with excellent quality control, be able to interpret high-resolution mass spectrometry data, conduct MS/MS experiments, and quantify or semi-quantify analytes in
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MACQUARIE UNIVERSITY - SYDNEY AUSTRALIA | North Ryde, New South Wales | Australia | about 2 months ago
Shah to: Develop and characterise a library of microbial transporters Undertake biochemical and biophysical analyses of specific transporters Establish and showcase cutting edge biofoundry workflows
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an area of deep-time paleo-climate modelling and/or paleogeography Have a proven track record of developing intermediate complexity climate models, model automation, and techniques that improve
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Shah to: Develop and characterise a library of microbial transporters Undertake biochemical and biophysical analyses of specific transporters Establish and showcase cutting edge biofoundry workflows
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Professor Ian Paulsen and Dr Bhumika Shah to: Develop and characterise a library of microbial transporters Undertake biochemical and biophysical analyses of specific transporters Establish and showcase
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. This position offers an exceptional opportunity to conduct high quality research in the development of new transmission electron microscopy methods (STEM and/or TEM) and their application to solve important
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commitment to proactively keeping up to date with discipline knowledge and developments. Demonstrated track record in research with outcomes of high quality and high impact with clear evidence of the desire
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can be yourself, be a change-maker and develop your career in exciting ways. This is why we champion an inclusive and respectful workplace culture where everyone is supported to succeed. Some 20,000
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interpretation of multidisciplinary ecological, fisheries, governance and technical datasets; develop SETS frameworks, identify meaningful indicators and cause–effect pathways, and publish high-quality