Life Scientist > Molecular Biology

New centre aims to broaden genetics awareness

21 July, 2004 by Melissa Trudinger

The new Gene Technology Access Centre (GTAC), which opened its doors in Melbourne today, aims to "blast away" some of the mythology of the scientific enterprise, according to one of its founders.


There's no such thing as race: geneticist

15 July, 2004 by Melissa Trudinger

Modern genetics is finally laying to rest some of the arguments about the expansion of humans out of Africa and across the world, says Washington University professor Alan Templeton, who presented data from his work on human genetic evolution at this week's Genetics Society of Australia conference in Melbourne.


DNA databases tapped for typhoid clues

13 July, 2004 by Graeme O'Neill

Using international DNA databases, a University of Melbourne PhD student has discovered a variety of previously anonymous bacteria in the mammalian gut that may explain why live oral vaccines against bacterial diseases like typhoid fever often produce erratic results.


Genetics: Why fruit flies make model humans

13 July, 2004 by Melissa Trudinger

The use of Drosophila fruit flies as a model for human neurodegenerative disease has led to the insight that molecular chaperones, such as heat shock proteins, may play a common role in the development of these diseases, says the University of Pennsylvania's Assoc Prof Nancy Bonini, in Australia this week for the Genetics Society of Australia's annual conference in Melbourne.


Downvalued Proteome Systems "cops it sweet"

23 June, 2004 by Graeme O'Neill

North Ryde proteomics technology and research company Proteome Systems will list on the ASX later this year at a valuation of only $160 million, after sceptical fund managers baulked at a share price proposal that would have valued it at $300 million.


Grid to speed analysis of genomic heritage

21 June, 2004 by David Braue

The search for faster genomics analysis has spawned a multi-state biotech grid network built from ordinary Windows PCs, reports David Braue.


Novel sequencing technique finds local commercial partner

18 June, 2004 by Iain Scott

Two biotech start-ups, Combinomics and Nucleics, are to team up to commercialise a novel DNA sequencing technology.


IBM's Kovac calls for open standards in life science

17 June, 2004 by Melissa Trudinger

The development of open industry standards that can be applied to life science and healthcare data across the board are a necessity, according to IBM's general manager for life sciences, Carol Kovac.


ASMR medallist warns of DIY genetics

11 June, 2004 by Susan Williamson

As the prospect of 'genetic passports' and DIY genetics tests grows more imminent, regulators need to get up to speed with scientific developments, this year's Australian Society for Medical Research medallist, Prof Mary Hendrix, has warned.


NHGRI confirms 'roo genome project support

10 June, 2004 by Melissa Trudinger

The NIH's National Human Genome Research Institute (NHGRI) has confirmed that it will provide funding to Australia's tammar wallaby sequencing project to allow at least 2X sequence coverage to be obtained.


News: Wallaby genome project to go ahead

02 June, 2004 by Melissa Trudinger

The wallaby genome project is poised to go ahead thanks to a last minute injection of $3 million into the project by the Victorian state government.


Paradigm shift in proteomics

01 June, 2004 by Graeme O'Neill

Proteomics, in which Australians are pioneers, can no longer be described as an emerging discipline, writes Graeme O'Neill.


Griffith team pinpoints genetic clue to migraine

26 May, 2004 by Graeme O'Neill

Researchers at Griffith University's Genomics Research Centre have found an important clue to the cause of hormonally induced migraines, that may explain why women are three times more likely than men to suffer from migraine.


BioIT: EBI launches genome reviews database

17 May, 2004 by Kevin Davies

The European Bioinformatics Institute (EBI) has launched Genome Reviews 1.0, a standardised resource for completely sequenced genomes, consisting of 256 chromosomes and plasmids, representing the complete genomes of 153 prokaryotic organisms.


Human Genetic Signatures acquires Danish technology

17 May, 2004 by Melissa Trudinger

Human Genetic Signatures has acquired the intellectual property and activities relating to intercalating nucleic acids (INAs) from Unest, a Danish company it helped to found.


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