Pint of Science with Centre CI
Centre CI named as a Supertar in STEM
Back to back papers for Centre staff
New paper in The Plant Journal
University of Queensland
Appointments to the Centre program at the University of Queensland are aligned with the two foci of the UQ group, namely to define the molecular basis for microscopic and macroscopic properties at the wall/composite, cell, and tissue levels; and to define the mechanisms underlying digestive tract and consequent health effects of plant cell walls/polysaccharides.
In the first program research fellows develop and characterise biocomposite models for plant cell walls; undertake micromechanical characterisation of walls; and apply modern (micro)spectroscopic techniques to cell walls. A research assistant characterises molecular composition of cell walls and model biocomposites.
In the second major area of activity at UQ, research fellows define cell wall features responsible for beneficial health effects on lipid metabolism and starch digestion; undertake characterisations of interactions between cell wall polysaccharides and bacteria found in the large intestine; work to develop an in silico simulation model to integrate the diverse effects of plant cell walls in the digestive tract. A research assistant supports data collection on digestive tract effects of plant cell walls.
Accommodation and Facilities
The UQ group has access to comprehensive facilities across the diverse science disciplines represented above. In particular, the University has invested more than $1 million in upgrading laboratory facilities for chemistry, biochemistry, microbiology, microscopy and cell biology that provide contiguous laboratories for many of the Centre activities.
In addition, significant prior investment by the University (approx. $1 million) in the laboratories of Associate Investigators Stokes and Gilbert has resulted in a suite of instrumentation for the analysis of polymer size distribution, rheology and tribology that provide a unique capability that has not previously been applied to plant cell wall studies. Excellent University facilities in NMR and other spectroscopies, and electron / confocal / light microscopy are available and used extensively by the group.