
Extended reality is turning cancer research into a team sport
The Mixed-Reality tool for the Tumour Evolution Project is a unique, real-world application of design in cancer research.
The Mixed-Reality tool for the Tumour Evolution Project is a unique, real-world application of design in cancer research.
Multiplex labelling technology that generates spatial maps of large numbers of proteins can facilitate discoveries in neuroanatomy and the study of neurodegenerative diseases.
The global pandemic has catalysed a shift in the job market, with remote work evolving from being an option to a widespread practice.
Combining self-reported longitudinal cohort data with routine healthcare data can help mitigate the limitations of each data type. Linking these datasets addresses missing data issues, reduces recall and information biases, and validates both data sources.
The research critically examines the potential of micro-mobility options, such as e-scooters and e-bikes, to significantly expand zones deemed ‘livable’ for the study sites.
VR gaming has been gaining widespread popularity in recent years. However, up to 40% of users suffer from VR motion sickness. The adverse effects can severely undermine the user experience. Recently, researchers have proposed the use of machine learning approaches to identify the presence of motion sickness.
The Archaeology eResearch Collaboration Initiative (ARCI) is a research group specialising in the management and analysis of data intensive archaeology. In tandem with the Centre for eResearch, we are currently trialling the CollectiveAccess deployment to collaboratively record, manage, and explore archaeological data and metadata relating to the Ahuahu Great Mercury Island project.
Approximately 50 million people are living with dementia worldwide, and in New Zealand, 1.4% of the population have Alzheimer’s disease or related dementia. With an ageing population, the prevalence is predicted to double by 2050
Developing a novel technique that integrates diffusion tensor (DTI) metrics along the whole volumes of the Fibre bundle using a mesh-fitting technique.
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.