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. The APPN operates under the National Collaborative Research Infrastructure Strategy (NCRIS), providing world-class imaging and data capabilities for plant research across diverse environments, from
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molecular biology experiments (e.g. DNA/RNA extractions, PCR, microscopy) Collaborate with postdocs, students, and visiting researchers Support a strong lab culture of collaboration and continuous improvement
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work undertaken uses nuclear medicine-based techniques; or a field of academic study where the work undertaken advances knowledge in the use or application of molecular imaging to understand
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characterization methodologies, such as Microscopy, and in-situ spectroscopy. Good teamwork that is suitable for a research group that includes a mixture of undergraduate students, graduate students, postdocs and
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proteins, combined with methods such as microscale thermophoresis will also be used to characterise enzyme activity. The postdoc will also co-supervise PhD students and Honours students. Outputs will include
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enthusiastic individual to join our dynamic team and contribute their unique skills. The Plant Accelerator® has a range of automated phenotyping systems collecting water use data and images over time, as
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and feedback. The successful applicant will work on designing and developing an architecture for modelling and simulating aggregated entity behaviours, in an event driven architecture paradigm, under
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the following skills and qualifications (tailored to the specific project): Driven individuals who want to be a part of a world class team Some familiarity in healthcare or engineering/image based analysis
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supervision. We operate with a commitment to high standards of care and student learning, providing the latest technology, including advanced imaging equipment like CT, endoscopy, arthroscopy, and invasive
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will provide high quality data comprising images, text, and detailed locational information for 667 names/toponyms given to localities on the Australian coast by d’Entrecasteaux and Baudin. The expected