$2.4M BOOST FOR BIOTECHNOLOGY RESEARCH WITH INDIA
Top scientists will receive funding for cutting-edge research into everything from bioenergy and biofuels to vaccines and medical diagnostics as part of a joint multi-million dollar program with India.
The Indo-Australian Biotechnology Fund is part of the $65 million Australia-India Strategic Research Fund.
The Minister for Innovation, Industry, Science and Research, Senator Kim Carr, said eight collaborative projects between Australian and Indian scientists would receive $2.4 million. Matching funding will be provided by the Indian Government.
"This funding will further strengthen the important bilateral relationship between Australia and India," Senator Carr said.
"Some of the leading scientists in biotechnology will form partnerships to tackle the big issues facing communities in Australia and India - such as growing healthy crops and making wheat and rice more resistant to disease.
"This fund is a joint initiative of the Australian and Indian governments. It is Australia's largest bilateral research fund, providing $65 million over eight years from 2006-07.
"India is a strong research nation in its own right and an important partner in work undertaken here in Australia."
Projects to be supported under Round 4 of the fund include:
- establishing an Australian-Indian collaboration on sustaining crop productivity under stress conditions caused by chemical or physical influences such as temperature and water;
- a project to improve management of diabetic ulcers by identifying diagnostic and prognostic biomarkers;
- engineering novel disease resistance in wheat and rice; and
- assessing the role of cyanobacteria in solar bio-fuel and carbon sequestration.
Other projects supported by the fund are in nutraceuticals, functional foods, and bioremediation.
For further information on the fund, please visit www.innovation.gov.au.
Successful projects are below.
- Aban Contractor, Minister's Office, 0457 989 842
•Mary Finlay, Department, (02) 6213 6151, 0412 975 286
Approaches to develop an effective HCV vaccine
Women's and Children's Health Research Institute
Indian Institute of Science, Bangalore
Identification of diagnostic and prognostic biomarkers to improve management of diabetic ulcers
Queensland University of Technology
Molecular recognition between alkane hydroxylase and rubredoxin in alkane-degrading bacteria
Tata Institute of Fundamental Research
Extraction and purification of sorghum seed protein for delayed delivery of bioactives
Curtin University of Technology
Institute of Chemical Technology
Solar bio-fuel and carbon sequestration with cyanobacteria: Role of genetic networks
Indian Institute of Technology Mumbai
Rational development and evaluation of an effective vaccine for the prevention of Staphylococcal Mastitis in bovines using mouse mastitis as a model system
Curtin University of Technology
Bharat Biotech Foundation
Molecular approaches for sustaining crop productivity under abiotic stress conditions
The University of Melbourne
International Centre for Genetic Engineering and Biotechnology
Engineering novel disease resistance in wheat and rice by silencing disease susceptibility genes
CSIRO Plant Industry
Tamil Nadu Agricultural University