CSIRO-UWA crop genomics lab opens in Perth

Wednesday, 04 May, 2011

Established jointly by CSIRO and The University of Western Australia (UWA), a new laboratory for research into the molecular workings of plants and the genomes of crops has been opened in Perth.

Located at CSIRO’s Centre for Environment and Life Sciences in Floreat, the new state-of-the-art Laboratory for Molecular Plant Pathology and Crop Genomics will provide some of Australia’s leading plant and agricultural scientists with world-class research facilities.

The laboratory hosts an internationally renowned research team led by the head of CSIRO’s Mediterranean Crops and Pastures Group, and Director of UWA’s Institute of Agriculture Professor Karam Singh.

Professor Singh’s team will collaborate with its partners to provide the laboratory with a major research focus on pre-breeding better and more disease-resistant legume crops in Australia. A significant portion of its work will be devoted to sequencing the narrow-leaf lupin genome.

Lupins, members of the legume family, are a valuable winter rotation crop that, in addition to fixing nitrogen in the soil, also prevent crops from being reinfected, from season to season, by several common diseases.

Lupins are also a good source of protein and dietary fibre. Through their work in the WA Centre for Food and Genomic Medicine, CSIRO scientists have already identified lupin genes which have potential benefits for humans in helping to reduce the risk of diabetes and obesity.

The laboratory houses a range of new, high-tech equipment incuding: a fluid-handling robotics station, a real-time polymerase chain reaction (PCR) machine, a highly sensitive imaging system and fluorescence microscopy. It also has excellent plant monitoring facilities including temperature-controlled growth rooms and a quarantine microbiology facility.

Related News

Southern Ocean losing ice fast as decades-long trend reverses

Surface salinity is increasing south of 50° latitude, stratification is weakening, and sea...

A golden opportunity to recover precious metal from waste

Researchers claim to have found a safer and more sustainable approach to extract and recover gold...

'Molecular flask' created for polymer chemistry

The tool could allow important polymers — large, chainlike molecules with many modern...


  • All content Copyright © 2025 Westwick-Farrow Pty Ltd