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Life-changing bionics start with Dalek voices and flashes of light

The first 30 years of bionics in Melbourne; transforming lives, creating jobs

  • A Dalek talking inside your head proves the worth of the bionic ear
  • And a little flash at first, then cloud-like images are just the start of the potential of the bionic eye.

Two people whose lives have been changed by the work of Melbourne’s Bionics Institute are available for interview ahead of the Bionics Institute lecture on 17 June. The lecture marks the beginning of celebrations of 30 years of the Bionics Institute and of the development of the Institute’s 30/30 vision.

[Read more…] about Life-changing bionics start with Dalek voices and flashes of light

Cars can be lighter, faster, stronger – but they need more arms

Linden Servinis. Credit: OK-White LaneScientist available for interview, Tuesday 17 June 2014

Lighter-weight, fuel-efficient cars may be closer to reality thanks to Geelong researchers who are giving carbon fibre the gripping power it needs to be able to stand up to impacts from motorists.

High-performance vehicles already use carbon fibre – a high-strength lightweight material that can be moulded into complex shapes – to make cars lighter, more fuel-efficient and faster.

But although strong, carbon fibre is prone to damage from sudden impact. And unlike metal, it can’t be repaired – only replaced.

This factor has limited the material’s uptake by the wider automotive industry, as the common bingle would end up costing motorists a lot more to fix.

Ms Linden Servinis, a PhD student at Deakin University, and her colleagues have developed a treatment for carbon fibre that makes it 16% stronger by forming extra chemical ‘arms’ that grip onto its surroundings, allowing the material to withstand greater impacts. [Read more…] about Cars can be lighter, faster, stronger – but they need more arms

How viruses can overwhelm the liver’s defences

And how the liver’s troops might be revivedCentenary Logo

Tuesday 17 June 2014

The liver is the only organ in the body that can modify our immune response. This, paradoxically, leaves it open to violent immune attack.

Researchers at Sydney’s Centenary Institute and the University of Sydney have now discovered the means by which this happens. In the process they may have opened a pathway towards improving treatment of chronic hepatitis.

The key is in the way the immune system’s T cells operate in the liver.

The researchers found that when the liver T cells encounter a small number of cells making a foreign protein, they function in the normal way—stimulating the production of cells to kill off the source of the protein.

But when they encounter large amounts of foreign protein beyond a certain threshold, the T cells are overwhelmed and fail. This weakening of the defence system is the Achilles heel of the liver, making it more susceptible to invasion by viruses that replicate rapidly and produce large amounts of protein.

[Read more…] about How viruses can overwhelm the liver’s defences

The EMBL model – 40 years young and still supporting early career researchers and students

Posted on behalf of Nadia Rosenthal, Scientific Head, EMBL Australia

This month I’m visiting Heidelberg for the 40th anniversary celebrations for EMBL. It’s a time for celebration and excitement about things to come, but it’s also a time for reflecting on the values that have made EMBL a success, and the importance of those values for Australian science.

EMBL (the European Molecular Biology Laboratory) was created in 1974 to internationalise molecular biology. At its core was a vision to nurture and develop the talents of the best and brightest minds in Europe – students and young researchers, who remain the lifeblood of all the EMBL campuses today.

At EMBL Australia, we offer students the chance to connect back with EMBL through our travel grants program, which sends off Aussie researchers to spend time at EMBL labs, attend courses and conferences, or even undertake their PhD at EMBL. We’ve just awarded another round of travel grants, and applications are now open for Australian students to attend the EMBL PhD Symposium in Germany. [Read more…] about The EMBL model – 40 years young and still supporting early career researchers and students

Welcome to the Imaging Centre of Excellence

Posted on behalf of James Whisstock, Director Imaging CoE

Welcome to my first bulletin as director of the Imaging CoE—the Australian Research Council Centre of Excellence in Advanced Molecular Imaging.

The Centre was announced by the ARC in December last year and we’re moving towards launch later this year.

Our chief investigators – at Monash, Melbourne, La Trobe, UNSW, UQ and our partner organisations are pulling their research plans together. We’ve got a chief operating officer and a website ready to roll, and we’ll be advertising for new students and post docs shortly.

The ARC has provided us with our core budget of $28 million over seven years, and the contributing organisations and partners have pledged more than $10 million.

The Centre is all about understanding how our immune systems function at the molecular level by developing and using new microscopy and imaging techniques. Our work will underpin the development of new drugs and therapies to control our immune response and treat infection and disease.

We’ve already got some results on the board with important papers on gut immunity and on the molecular trigger of coeliac disease. Much more on the way. [Read more…] about Welcome to the Imaging Centre of Excellence

Future fuels will come in orange flavour

Tim Brennan presenting his talk at the FameLab Australia National Final in May. Credit: OK-White Lane. © International FameLab

But researchers have to teach yeast to make it

Thursday 5 June 2014

Queensland researchers are persuading baker’s yeast to produce orange-flavoured renewable jet fuel from sugar.

Mr Timothy Brennan and his colleagues at the University of Queensland’s Australian Institute for Bioengineering and Nanotechnology have helped genetically-engineered yeast to evolve to make an oil called limonene, which is found naturally in lemons and oranges, and also happens to be an efficient jet fuel.

They’ve worked out how to get the yeast to make more oil without killing itself in the process.

It’s an important step in scaling up biofuel production so that it can become a serious alternative to traditional fossil fuels. [Read more…] about Future fuels will come in orange flavour

The first Metcalf prizes; who’s who of Australian stem cell science; peer-review in action

National Stem Cell Foundation of Australia June newsletter

Welcome to the Foundation’s bulletin on stem cell science, news and our work in supporting stem cell research in Australia.

Australia is home to some remarkable stem cell researchers. Two of them were recognised today by our inaugural Metcalf Prizes.

Kaylene Young believes she can persuade certain lazy stem cells to repair brain injury. Jose Polo is unveiling the details of how stem cells can be produced from adult cells through a process of identity theft and reprogramming.

We’ve been able to award these prizes thanks to the generous support of our donors. We’re calling for more donations now to ensure we can offer future prizes and conduct other initiatives supporting stem cell research and community education.

One such initiative is the Foundation’s new Snapshot of Australian Stem Cell Science: May 2014, illustrating the depth and diversity of local stem cell research. Read on to find out more about the snapshot. [Read more…] about The first Metcalf prizes; who’s who of Australian stem cell science; peer-review in action

A ‘tango’ between light and mirrors could help find signs of life on Mars, and identify minerals and water deposits here on Earth

Francis Torres. Credit: British Council/OK-White LaneTuesday 3 June 2014

Scientist available for interview in Perth on Tuesday 3 June

Dr Francis Torres, a physicist at the University of Western Australia, has developed the mirror device at the heart of a new amplifier technology, which uses an interaction between a high-powered laser and mirror motion to magnify subtle metal, temperature and biological vibrations so they are more easily detected.

“Our idea is to connect the sensors in existing space exploration tools to our amplifier so they can look deeper underground and find smaller and hard-to-find targets such as hidden mineral deposits, water or other bacterial life,” says Francis, who developed the resonator mirror as part of his PhD.

According to Francis, the amplifier technology could also enhance the detection sensitivity of Earth exploration tools and medical sensors.

[Read more…] about A ‘tango’ between light and mirrors could help find signs of life on Mars, and identify minerals and water deposits here on Earth

New national stem cell prizes for Tasmanian and Melbourne researchers

Jose Polo, Donald Metcalf and Kaylene Young. Credit: Mark Coulson/NSCFACould we wake up our brain’s stem cells to repair injury and disease – Kaylene Young, Hobart

How adult cells change identity as they’re turned into stem cells – Jose Polo, Melbourne

Kaylene’s full profile and photos

Jose’s full profile and photos

Scientists available at 10am for photo call and interviews in their labs

Dr Kaylene Young of the Menzies Research Institute Tasmania and Dr Jose Polo of Monash University have both received inaugural $50,000 Metcalf Prizes from the National Stem Cell Foundation of Australia in recognition of their leadership in stem cell research.

Kaylene Young believes she can persuade lazy stem cells in our brain to repair brain injuries and even treat diseases such as multiple sclerosis and Alzheimer’s.

Kaylene and her colleagues have found neural stem cells and related progenitor cells—which feed, protect and assist nerve cells—in the outer part of the brain most prone to damage, known as the cortex.

By understanding the behaviour and function of these cells, they one day hope to use them for treating nervous and brain disorders or damage. [Read more…] about New national stem cell prizes for Tasmanian and Melbourne researchers

Closer to repairing the brain with its own stem cells

Kaylene Young. Credit: Mark Coulson/NSCFAHobart researcher Kaylene Young believes she can persuade lazy stem cells in our brain to repair brain injuries and even treat diseases such as multiple sclerosis and Alzheimer’s.

Dr Kaylene Young of the Menzies Research Institute Tasmania has received an inaugural $50,000 Metcalf Prize from the National Stem Cell Foundation of Australia in recognition of her leadership in stem cell research.

She and her colleagues have found neural stem cells and oligodendrocyte progenitor cells (OPCs)—which feed, protect and assist nerve cells—in the outer part of the brain most prone to damage, known as the cortex.

By understanding the behaviour and function of these cells, they one day hope to use them for treating nervous and brain disorders or damage.

“Our ultimate goal is to harness the regenerative capacity of these cells for the treatment of neurodegenerative diseases, mental health disorders, and traumatic brain injury,” says Kaylene.

To assist in her work, the National Stem Cell Foundation of Australia has awarded Dr Kaylene Young—National Health and Medical Research Council RD Wright Biomedical Research Fellow and Research Group Leader at the University of Tasmania—one of two inaugural Donald Metcalf prizes each worth $50,000. [Read more…] about Closer to repairing the brain with its own stem cells