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will aim to determine the role of heavy metals in the initiation and evolution of prostate cancer through fostering recent advances in single-cell proteomic technologies, including a most recent
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Development and Support (RDS) and the University’s Colleges. Working within the Research Contracts Team, this role supports the processing and coordination of research contracts, contributes to research data
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syntheses and policy analyses develop policy-relevant research outputs including briefing papers, reports, guidelines and peer-reviewed publications contribute to the strategic direction and delivery
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team, focusing on publication, conference presentations Maintain a research profile, including peer-reviewed journal articles, conference and/or seminar papers. Develop research collaborations and engage
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discovery, generating mechanistic data that directly informs the development of next‑generation medicines for neurological disorders Base Salary, Academic Level A $113,400 - $121,054 + 17% superannuation
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to the development of biomimetic gradient scaffold technologies, including electrochemical molecular-lock strategies for constructing multi-scale gradient interfaces, soft tissue regeneration using established in vivo
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Preparation Program, offering leadership and research training, mentoring, professional development, writing retreats, seed funding for innovative research, and opportunities to participate in national and
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across cutting-edge vaccine development projects, with a strong focus on RNA-based vaccines and microarray patch delivery technologies, helping translate research excellence into real-world health outcomes
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access to a plethora of UNSW-perks including: Career development opportunities 17% Superannuation contributions and additional leave loading payments Additional 3 days of leave over Christmas period
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The Opportunity Join a dynamic research team working at the forefront of drug discovery to develop novel therapeutic agents for arthritis and lymphedema. In this role, you will design and synthesise new compounds