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Contact:

Science in Public Pty Ltd
365 Esplanade
Altona VIC 3018
Australia
ph +61 3 9398 1416

Niall Byrne
+61 (3) 9398 1416
niall@scienceinpublic.com
.au
(backup address - niall@scienceinpublic.com )

Sarah Brooker
mobile +61 413 332 489
sarah@scienceinpublic.com
.au


 


Are you a scientist who was awarded a PhD less than five years ago? Do you have interesting results that have not received any publicity? Why not enter Fresh Science and tell your story?
 


 

Looking for science stories?


We send out a collection of science stories every couple of weeks. If you would like to receive the media bulletin, please email Niall

Science story archive
Read previous science story bulletins.

 


In April 2007, Australia hosted the 5th World Conference of Science Journalists.


We helped organise the event for the Australian Science Communicators. 




Australian Science Communicators


We help organise the Victorian activities for the Australian Science Communicators, an association of writers, journalists, teachers, communicators and generally anyone with an interest in communicating about science.

In Melbourne we meet every third Thursday of the month at the Redback Brewery hotel, 75 Flemington Road North Melbourne
 


 

 

 

 

 

Current stories:

Latest story:  15 July

Does my asinina look big in these genes?

The world’s fastest growing abalone—the tropical donkey’s ear abalone, Haliotis asinina—can be bred to grow rapidly and reliably for aquaculture, Queensland biologists have found. And that makes it potentially a high value alternative crop for struggling prawn farmers.

The researchers looked at whether they could speed up breeding of abalone for aquaculture using modern technology to identify and select genes that are activated in fast-growing animals. By linking the abundance of specific genes with fast growth rates, they have now shown their proposal is practical.
 

12 July

Turning on the atom laser

The first practical atom laser is a step closer today thanks to Australian researchers.

The researchers have shown how to refuel the laser with ‘quantum foam’ allowing continuous operation. The results, reported today in Nature Physics, hold great promise for precision measurement in navigation, industry and mining and for fundamental tests of quantum mechanics.

Scientists hope to use this ‘atom laser’ as the basis for a swathe of new devices, some offering staggering improvements in measurement sensitivity.

“We discovered how to refuel the material, potentially allowing continuous operation of the atom laser,” says lead author, Nick Robins from the Australian National University.
 

10 July

Big babies and small families make evolutionary sense

Why don’t elephants (and humans) have thousands of little babies instead of one big one?

Sydney researchers have discovered and modelled the key factors responsible for offspring and family size.

5 July

3 July

Stories issued Tuesday 24 June:

Stories issued Thursday 19 June:

 

Stories issued Tuesday 17 June:


PNG running out of forests to protect
2 June 2008
As Papua New Guinea pushes for payments for forest conservation, new analysis says the nation may be running out of forests to protect. Satellite images show that PNG is rapidly losing its extensive forest cover, under pressure from industrial logging, agricultural expansion and forest fires.


L'ORÉAL Australia For Women in Science Fellowships are now closed for 2008

 


James Watson’s genome published today

18 April 2008

Today the co-discoverer of the double helix, James Watson, had his genome published in the journal Nature. His was the second genome published. The first cost billions. Watson’s genome cost just a few hundred thousand.

In a decade your personal genetic code will be available for a thousand dollars or so. “This news is the crest of a giant wave in personal genomics that is coming,” says US geneticist Eddy Rubin, who is visiting Melbourne this week to mark the first ten years of Australia’s national genome research facility (the AGRF).


Why are we so complicated?

17 April 2008

Fifty five years after Watson and Crick discovered DNA’s double helix and ten years after Australia’s national genome facility opened, how are genetics and genomics changing our lives? What will the next decade bring?


 

 

 

 

 

Australia and Papua New Guinea launch efforts to crush deadly Hib disease in Pacific region

1 April 2008


 

Australia New Zealand Biotechnology Partnership Fund (ANZBPF) applications open

9 April 2008

Following the recent announcement of a NZ $3.8m grant package for the Australia New Zealand Biotechnology Partnering Fund (ANZBPF), applications for the 2008/09 fund are now open.

 

New grasses for a new climate
1 April 2008

An Australia-New Zealand biotechnology partnership is creating a new kind of grass that will reduce cattle burps, improve productivity, and help dairy farmers prepare for climate change.

The partnership will be assisted by a NZ$2 million grant announced by New Zealand Economic Development Minister Pete Hodgson last night.

Mustering molecules
1 April 2008

An Australian - New Zealand partnership is developing a way of diagnosing cancer and other diseases by mustering individual molecules and measuring their properties as they pass though a gate.

Their ideas are based on a unique elastic nanopore technology developed by New Zealand company Australo.


Australian receives L’Oréal Laureate for North America
6 March 2008

Elizabeth Blackburn is one of five women to receive the 10th annual L’ORÉAL-UNESCO Awards For Women in Science in Paris on 6 March 2008.


Platypus sex; drugs from shellfish toxins; the secret of ageing; cancer cells cheat death
5 March 2008

Australians in Paris for L’ORÉAL/ UNESCO For Women In Science program - talking about:

  • The secret of ageing – telomerase

  • How cancer cells cheat death

  • How the platypus and wallaby genome are revealing human secrets

  • Deadly shellfish toxins that may fight pain and save lives

L’Oréal  Australia Fellow launches sexual health study
4 March 2008

University students help solve sexual health mystery.

One in ten Australian women suffer from bacterial vaginosis (BV). But how is it spread?

Tuesday 4 March 2008
First year female students at the University of Melbourne are being sought to take part in a study on bacterial vaginosis (BV), a common but poorly understood known genital disease.

The study, which starts today, has been initiated by L'Oréal Australia For Women in Science Fellow Dr Catriona Bradshaw. She hopes to learn more about how common this infection is in young women commencing university, and how it may be related to contraceptive and sexual practices. Read more


Genetic analysis of light assists faster internet

Wednesday 7 February 2008
Australian scientists have used genome analysis tools to create a patented technology to investigate the fate of the laser beams zapping through the optical fibres that connect our cities.

Their ideas have broken the back of a communications industry problem – how to identify the causes of noise in these optical cables that form a key part of the backbone of the internet.

Of bats, bugs and men: Lessons for Australia in 2008

January 2008

The equine 'flu outbreak was a reminder to all Australians that our health and our livelihood continue to be at risk from emergency disease outbreaks.

So what did happen and what can we learn for 2008?

The Australian Synchrotron at work
Sunday 9 December 2007
Just months after the Australian Synchrotron opened for business in July 2007, scientists are already achieving stunning research progress in important fields such as climate change, in-vitro fertilisation and cancer therapies.


Australian genetics pioneer receives international For Women in Science Award
Telomeres keep our chromosomes young
Sunday 9 December 2007
Elizabeth Blackburn is one of five women to receive the 10th annual L’ORÉAL-UNESCO Awards For Women in Science. She discovered the enzyme telomerase that repairs the ends of our chromosomes and may play a role in ageing and cancer.

She will receive the honour, and a US$100,000 cheque at a ceremony in Paris 6 March 2008.


Shigetada Nakanishi receives $500,000 Gruber Neuroscience Prize
for discoveries about the molecular processes that drive our nervous system.
Two early career researchers also recognized
.
November 4, 2007, San Diego, California
Over the last forty years, Shigetada Nakanishi has unraveled many of the molecular secrets that underpin the function of the human nervous system. His work has created new tools for researchers, and new drug targets for pharmacologists. Today at 2.30 pm he will receive the Gruber Neuroscience Prize at the Society for Neuroscience conference in San Diego. In the 2007 Gruber Lecture he will address the fundamental question of how synaptic transmission is regulated and integrated in the neural network.

Maynard Olson receives $500,000 Gruber Genetics Prize
and reflects on personalized genomics

October 24, 2007, San Diego, California
The human genome would have been an impossible jigsaw puzzle without the work of Maynard Olson. Today at 3.30 pm he will receive the Gruber Genetics Prize at the American Society for Human Genetics Conference in San Diego.
 


Australian-Korean business and technology opportunities
24 October 2007, Melbourne
Companies from Australia and Korea are both are working together to bring their best technologies to a global market. A delegation of 20 Korean technologists visited Melbourne to look for business and technology matching opportunities with their Australian peers. They discussed: