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Core Research Facilities
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The University of Sydney’s core research facilities provide access to high-end research infrastructure and offer a range of related services to assist researchers with specialist applications. These centralised, shared facilities span faculties and serve as focal points of research activity. The core research facilities bring together a critical mass of researchers from diverse disciplines, and provide the means to better manage and sustain high-end research infrastructure to conduct quality research.
Sub-collections in this collection
Recent Submissions
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Beyond 2025: Navigating Challenges and Opportunities in Global Nutrition
Published 2025-05-08With ultra-processed foods increasingly at the heart of global nutrition debates, Professor Branca highlights emerging evidence and anticipates strengthened international guidance and policy measures. He will further address ...Open AccessRecording, oral -
Review: "The future of unions and worker representation: The digital picket line" by Anthony Forsyth, Hart Publishing, Oxford, 2022.
Published 2022The 'digital picket line', the subtitle of this significant new monograph by Professor Anthony Forsyth, nicely evokes the themes that permeate this study of the future of trade unions and worker representation. As Forsyth ...Open AccessArticle -
Plasma Activation of Microplates Optimized for One-Step Reagent-Free Immobilization of DNA and Protein
Published 2022Activated microplates are widely used in biological assays and cell culture to immobilize biomolecules, either through passive physical adsorption or covalent cross-linking. Covalent attachment gives greater stability in ...Open AccessArticle -
Design Optimization of Perfluorinated Liquid-Infused Surfaces for Blood-Contacting Applications
Published 2022Tethered-liquid perfluorocarbon (TLP) coatings show promise for bloodcontacting medical device applications to reduce blood adhesion and delay thrombosis. However, their fabrication and longevity under external fluid ...Open AccessArticle -
Human tooth enamel dataset for Atomic-scale compositional mapping reveals Mg-rich amorphous calcium phosphate in human dental enamel
Published 2017Direct contact [email protected] Source of data (who collected it, at what organisation, etc.) The University of Sydney - Julie Cairney - Alex La Fontaine Significance (Why is this data significant?) First ...Open AccessDataset