Increased value of grains and meat through improvements in processing and market-led product innovation.
Research Pathway Leader: Professor Chris Blanchard
NB List is sorted alphabetically by Researcher.
This project will seek to develop an understanding of the opportunities for Australian sorghum growers to access high value markets. Australian sorghum varieties will then be compared to competitor varieties in beverage and food applications to establish the basis of new high value export markets for Australian sorghum. [Ref: 101663]
The ARC ITTC for Functional Grains has two aims; to train the next generation of grain scientists and to transform the Australian grains industry from a low value commodity based industry to a high value food and feed industry. The centre provides funding for 10 PhD students and 3 postdoctoral scientists to work with industry partners to solve industry problems. [Ref: 100737]
This project is being conducted in collaboration with the Australian Export Grain Innovation Centre and aims to understand the key quality attributes of Australian pulses required by our export markets. [Ref: 101192]
The Next Generation Health Rice project aims to develop a rapid screening method for the Australian Rice Breeding Program to enable the selection of new rice varieties with a low glycaemic index. [Ref: 101145]
Australia is a major exporter of red lentils to the Indian subcontinent. To improve Australia's position in the global red lentil market, promote Australian green lentil export, and encourage domestic consumption, it is beneficial to continue to investigate the health benefits of lentil fractions as a functional product. This project will investigate the types of phenolic compounds and inhibitors in a variety of lentil cultivars, determining their antioxidant, antihypertensive and ant obesity properties.
This research represents a pilot study that will demonstrate proof of concept for LC-MS platforms in the treatment of Coeliac Disease (CD). The aims are to monitor recovery (via urinary metabolomics), in patients diagnosed with CD who have commenced a gluten free diets. Urine is inherently complex with respect to metabolite composition and can be obtained non-invasively. Prospective monitoring of urine profiles at defined time points from diagnosis is aimed at better understanding the mechanisms behind intestinal recovery and identifying deviations/obstacles to recovery through interrogation of the LC-MS data. [Ref: 100597]
|Student||Full Project Title||Supervisors||School|
|Barnett, R||Digestibility and bioavailability of proteins in oilseed meal for ruminant nutrition||BMS|
|Callcott, E||Investigating the Therapeutic Properties of Bioactive Compounds Derived from Australian-Grown Coloured Rice.||Strappe|
|Cork, S||Chick pea processing.||Blanchard|
|Flakelar, C||Canola quality - the influence of processing parameters on valuable minor components.||Prenzler|
|Florides, C||Predicting allergenicity in wheat lines||Blanchard|
|Ghani, A||Development of a Rapid, Robust Method to Measure Antioxidant Activity in a Lipid System||Prenzler|
|Gul, S||Investigating bioactive compounds in pulses||Obied|
|Hester, K||Non-coeliac gluten avoidance: Trust and the perception of risk||Saliba|
|Karve, N||Understanding the role of proteins in pulse processing||Blanchard|
|Portman, D||By-Products Analysis And Implications Of Lentil (Lens Culinaris)||Blanchard|
|Reynolds, K||Genetic engineering of fatty acid synthesis pathways in oilseeds||Blanchard|
|Toutounji, T||Factors affecting the digestibility of rice||Farahnaky|