A nanostructured drug delivery approach for improved colorectal cancer therapy collection

A nanostructured drug delivery approach for improved colorectal cancer therapy

Characterisation of DBP Formation for Water Quality Management – Stage 2

This collection contains Disinfection By-Products (DBP) and Cytotoxicity data for the Water Quality Management Stage 2 project. The data presented is the result of a pilot scale based investigation using natural source water and does not reflect the

Characterisation of treatment level necessary to reduce distribution system problems

Grab sample monitoring data for the 4 treatment systems (S1 Conventional coagulation; S2 Magnetic Ion-exchange (MIEX) and coagulation; S3 MIEX with coagulation plus granular activated carbon filters; and S4 Nanofiltration with microfiltration

Getting better at chronic care in rural indigenous communities

The life expectancy gap for Indigenous people in Australia is 13-17 years and most of this gap is due to preventable chronic disease (diabetes, heart, lung and renal problems) in adults. Once people have these conditions diagnosed, many

CRE for Prevention of Chronic Conditions in rural and remote high risk populations

This Centre will evaluate models for PHC delivery to Indigenous and other high risk groups in rural and remote settings using a robust, mixed-methods approach with clearly-defined clinical endpoints. The Centre's evaluations will provide stronger

Impact of natural organic matter and nutrients on water quality: Identification of catchment sources and attenuation processes.

This project aims to develop a catchment management decision support model (CMDSM) that enables determination of the impacts of land-use on water resources within catchments and links water quality to treatability at treatment plants. This will be

Development of an application test bed

The objective of this task was that a test bed of modelling applications be developed collaboratively between the research partners and the key South Australian state agencies. These applications included models of catchment surface water runoff, a

Selection of Global Climate Models (GCMs) for regional downscaling and projection

The objective of this task was to develop an approach for model selection that is consistent with both the IPCC framework and national climate change initiatives. The selection was based on a set of climatic criteria that are relevant to both SA

Understanding the key drivers of climate change in South Australia

The objective of this task was to understand the key drivers of climate change in South Australia. In this task it was necessary to explore the causes of non-stationarity in our environmental time series. This needed to allow for seasonal variations

Downscaling and climate change projections for South Australia

The objective of this task was to deliver ensembles of stochastic daily time-series of precipitation and other variables for use in hydrological modelling for the South Australian NRM regions. This allows for scenario planning of water management

Integrating energy, public health and sustainability/greenhouse considerations into benchmarking reuse system performance

The project is part of the national Industry-academic exchange program for water recycling. The project developed and applied energy benchmarking successfully employed for optimising wastewater treatment options to water recycling systems. The

Energy Dissipation and Nanoscale Process Collection

Imaging by ToF-SIMS of a patterned OTHS-TiO2 coating on glass capillaries and slides. The inner surface of capillary samples, as well as flat glass slides subjected to the patterned coating were analysed. Mosaic images were collected to cover

Advanced nanoscale materials engineered from diatomaceous earth

Nature, through evolution has elegantly solved problem of fabrication of complex 3-D structures with well-defined nanoscale features. Diatoms, single cell algae are most extraordinary example of these structures. This research is based on the idea

PSRF-Murray-Darling Basin (development of materials engineering solutions for treatment of Murray-Darling Basin sourced water supplies)

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Community enterprises development with connected infrastructure systems in rural Australia and China

This group mission will build a multi-disciplinary platform for ongoing research driven innovation and Australia-China collaboration to create stronger rural and remote communities. It will focus on the community driven development in partnership

Prevention of Chronic Conditions in rural and remote high risk populations dataset

This database provides evaluated models for PHC delivery to Indigenous and other high risk groups in rural and remote settings using a robust, mixed-methods approach with clearly-defined clinical endpoints. The evaluations provide stronger evidence

Xradia MicroXCT-400 Collection

The MicroXCT-400 is part of the Multiscale Nanotomography system housed at the University of South Australia's Ian Wark Research Institute and part of the SA Node of the Australian National Fabrication Facility. This system can provide 'inside

Community enterprises development with connected infrastructure systems in rural Australia and China dataset

This dataset comprises multiple forms of data, including project reports, interview records, photos, slides of workshop presentations, and drafts of working papers and book chapters. Based on the material collected, we plan to develop show cases and

Advanced Nanoscale Materials Engineered From Diatomaceous Earth Collection

High mass resolution spectra were collected from the top surface of a porous alumina nanotube structure to determine the characteristic peak fragments of a loaded nanocarrier. The presence of high mass fragments were associated with the micelle

Functional characterisation of a new surface adhesion molecule on human vascular progenitor cells to combat cancer

Collectively, diseases of the blood vascular system contribute immensely to the burden of health care in Australia. Notably, abnormal blood vessel formation is a major cause or contributor to many diseases, such as cancer, cardiovascular disease,

Characterisation of DBP Formation for Water Quality Management – Stage 2

Characterisation and identification of key components of NOM and concentrations of bromide that result in formation of DBPs and impact toxicity. Optimisation of conventional treatment and chlorination conditions to reduce DBP formation and assess

Characterisation of treatment level necessary to reduce distribution system problems

Four realistic combinations of water treatment technology were used to generate water of varying quality for 4 identical pilot distribution systems to assess the differences over a 26 month operational period.

UniSA Research Data Access Portal

AsPr Mary Drikas

Dr Julia Piantadosi