this curious life
14
Be who you are and say what you feel because those who mind don't matter and those who matter don't mind. - Dr. Seuss
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Breaking the lock: Peter Ford

Breaking the lock: Peter Ford | this curious life | Scoop.it

A former TV anchorman, Australian Peter Ford, has devised a way to help those with acute brain disorders communicate more readily.

 

'Peter Ford has always relished a new frontier. In the early 1980s, the Queenslander was one of the first Australian news anchors hired for Ted Turner’s 24-hour US news network, CNN.


Another new frontier at the time was computer technology, taking hold in offices everywhere, and he quickly engaged with that, too. Amid the daily mayhem of breaking news ("We virtually lived in the studio – sent home for a bath only when we began to smell!"), Ford one day mentioned to the head of IT that he was sick of walking past the new office computer and not knowing how to use it. The IT chief sold Ford, for $10, the Apple programmers’ guide.


That transaction began a profound learning experience for Ford, who became a self-taught code writer. His creativity has, over the past 30 years, led him to invent a new technology that is transforming the lives of those who suffer from motor neurone disease (MND), stroke and cerebral palsy. Called NeuroSwitch, it’s a device that allows those who literally can’t lift a finger to communicate with family and friends, to write poetry and even books, edit videos and engage in otherday-to-day activities – to feel that bit more connected.'

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Bright ideas: Vaccinations without the needlework

Bright ideas: Vaccinations without the needlework | this curious life | Scoop.it

An Australian researcher has invented a revolutionary non-invasive way to inoculate against life-threatening diseases.

 

'A biomedical engineer, Kendall looks set to revolutionise the delivery of vaccines with the Nanopatch, a much less-invasive technology than the traditional hypodermic needle and syringe “jabs” that have been extending the human lifespan for nearly 160 years.

 

The Nanopatch is a 1cm square silicon wafer with 20,000 invisible, vaccine-coated micro-projections that can painlessly push through the skin’s outer layer to epidermis and dermis layers rich with immune cells. Studies in animal models show it’s a more effective delivery method than the needle-and-syringe method, which delivers mostly to muscle tissues with comparatively few immune cells.

 

Nanopatch needs just 1/100th of the amount of vaccine used in a typical needle-administered dose, which means the new delivery style would be much cheaper, as well as make the experience less stressful for the needle-phobic. It travels well, too. Nanopatch’s dry-coated vaccines are thermo-stable, requiring no refrigeration. Plus, because the Nanopatch process does not draw blood, the risk of infection is considerably reduced.'

 

 

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New Israeli tactic makes deadly viruses commit suicide | ISRAEL21c

New Israeli tactic makes deadly viruses commit suicide | ISRAEL21c | this curious life | Scoop.it

Vecoy Nanomedicines has a whole new approach: a virus ‘decoy’ to outwit the world’s worst enemy before it does any damage.

 

'“Viruses are one of the biggest threats to humankind,” Israeli biologist Erez Livneh, CEO and founder of a new biotech company Vecoy Nanomedicines tells ISRAEL21c.

 

“A viral pandemic could be more damaging than global warming or the Iranian nuclear program.”

 

Vecoy offers a cunning new way to disarm viruses by luring them to attack microscopic, cell-like decoys. Once inside these traps, the viruses effectively commit suicide.

 

“Viruses are one of the most polymorphic and resilient organisms out there,” says Livneh. “They are rapidly changing, and can change anything in their genome, either by changing their exterior so our immune system wouldn’t recognize them or by changing their enzymes so that the handful of drugs we have won’t affect them anymore.”

 

Yet all viruses, he notes, have one unchangeable Achilles heel: their cell host recognition site. Vecoy uses nanotechnology to give the virus two choices: either latch on to the Vecoy host trap or mutate in such a way that it cannot penetrate real host cells. In both scenarios, the end result is bad news for the virus.

 

While it takes years to come up with new drugs, Vecoy’s virus traps could be tailored to address emerging new viral outbreaks quickly and efficiently, even in the event of a bioterror assault. If a government sees a threat coming from an enemy nation or a potential pandemic blowing its way, Vecoy’s solution could potentially inoculate populations before peril arrives.'

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