Liggins Institute | Centre for eResearch

Interpretation of Non-coding Mutations Driving Melanoma Risk and Its Comorbidities

Melanoma is the deadliest form of skin cancer with increasing worldwide incidence. Understanding the underlying mechanisms driving melanoma is crucial for better treatment and prevention.

Metadata Catalogue in High Value Nutrition (National Science Challenge)

The Centre’s Research Data Management team provides consultancy on processes and structures that support healthy data workflows. Central to this work, we must be able to answer the question: “Where is the data?”

Data maturity project in High Value Nutrition (Phase 2) – National Science Challenge

Research digital skills training 2021 Data maturity project in High Value Nutrition (Phase 2) – National Science Challenge Dr Dharani Sontam, Yvette Wharton, Professor Mark Gahegan, Centre for eResearch; Dr Simmon Hofstetter, Operations Manager, Professor...

Wandering around the molecular landscape: embracing virtual reality as a research showcasing outreach and teaching tool

Wandering around the molecular landscape: embracing virtual reality as a research showcasing outreach and teaching tool Professor Juliet Gerrard, Department of Biology Sciences; Professor Mark Gahegan, Centre for eResearch; Dr Justin O’Sullivan, Senior Research...

Skin-omics: exploring the volatile organic compounds on human skin

Skin-omics: exploring the volatile organic compounds on human skin Nita McKenzie, Student, Liggins Institute; Dr Chris Pook, Research Technician, Auckland University of Technology; Dr Elizabeth McKenzie, Postdoctoral Fellow, Liggins Institute (Project Leader)...

Interpretation of Non-coding Mutations Driving Melanoma Risk and Its Comorbidities

Metadata Catalogue in High Value Nutrition (National Science Challenge)

Data maturity project in High Value Nutrition (Phase 2) – National Science Challenge

Wandering around the molecular landscape: embracing virtual reality as a research showcasing outreach and teaching tool

Skin-omics: exploring the volatile organic compounds on human skin

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