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using structure‑based and medicinal chemistry approaches, contribute to pharmacokinetic optimisation, and support broader discovery activities, including data analysis, sample preparation, and report
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well as alongside two PhD students also funded to work on the project. The research will be supported by Monash’s world-class research infrastructure in electron microscopy. This includes the Monash Centre
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ICU Research Team, and Monash SPHPM, you’ll develop data pipelines, analytics frameworks, AI-driven tools and real-time dashboards that support world-class intensive care research. What You’ll Do Build
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of anti-malarial agents has been a significant research area within the Faculty. Reporting to Professor Peter Scammells, the focus of the study will be the development of small molecule enzyme inhibitors
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preparing ethics applications, to engaging with stakeholders and collecting data through surveys and naturalistic driving studies, your work will be integral to shaping safer communities. What you’ll do
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carry out activities to develop her/his scholarly, research and/or professional expertise relevant to the profession or discipline. As the successful candidate you will be responsible for playing a key
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demonstrate: • A doctoral qualification in immunology or a closely related discipline • A developing track record of research publications • Strong analytical, problem solving and experimental design skills
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of the Australian Higher Education System,” which aims to analyse the Australian tertiary system using linked ABS and Department of Education data to inform policy on graduate earnings, peer effects, and field-of-study
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intellectually curious, driven, and ready to take ownership of impactful research. We’re looking for someone who brings: A PhD in cardiovascular biology, stem cell biology, genetics, or a closely related
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in vivo studies to evaluate drug and biologics delivery across the BBB Performing quantitative analysis of small molecules and biologics Working with in vitro cell culture systems and relevant disease