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shaping laboratory culture and capability. What You Will Do • Conduct high-quality research under limited supervision and contribute to peer-reviewed publications • Design and perform advanced laboratory
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research as part of a collaborative research team Perform experimental work including cell culture, organelle isolation, membrane protein purification and reconstitution Apply biochemical, enzymatic
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molecular biology, membrane protein biochemistry and structural biology, while supporting the effective operation and capability of the laboratory. The role plays a critical part in driving high-quality
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sensing technologies. Working at the intersection of engineering innovation and applied research, you will play a key role in advancing sensor performance through hands-on experimentation, technical design
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performance, quality and safety Support academic publications, grant proposals and collaborative projects Mentor junior researchers and contribute to a thriving data science community What You Bring A
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and specimen preparation instruments (SEM, cryo-FIB-SEM, ultramicrotomy, etc). Monash researchers can also access a range of high-performance computing infrastructure. Applicants must hold a PhD (or
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to optimise performance in S/TEM. It is located on the Clayton Campus in a dedicated electron microscopy building, specifically designed to provide exceptional mechanical, thermal and electro-magnetic stability
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, including the Thermo Scientific Spectra-φ, an advanced S/TEM with beam blanker, multiple fast pixelated detectors and unique electron-optical elements to optimise performance in S/TEM. It is located
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multidisciplinary research environment spanning receptor pharmacology, intracellular signalling, and disease-relevant cellular models. The successful candidate will perform in vitro pharmacological and biochemical
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are seeking someone with a doctoral qualification in psychology or neuroscience or a closely related field along with strong research performance supported by refereed publications. It draws on demonstrated