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University of California

— Health and Wellbeing

Kite patch is claimed to make you "invisible" to mosquitoes

By - July 25, 2013 3 Pictures
Depending on what part of the world you live in, mosquitoes can range from being an annoyance, to acting as carriers of life-threatening diseases such as malaria and West Nile virus. Sprays containing deet do a fairly decent job of keeping the mozzies at bay, but they’re also highly toxic. Less-nasty sprays, bracelets and other devices are also available, although (as I can attest to from personal experience) they tend not to be very effective. Now, however, a group of California-based entrepreneurs are developing what could be the ultimate deterrent – the Kite Mosquito Patch. Read More
— Robotics

Segway-like robots designed to help firefighters and save lives

By - June 7, 2013 2 Pictures
“Quick, send in the robots!” Far-fetched as it may sound, fire-fighting robots are indeed coming closer and closer to common use. While some of them are intended to actually put out the flames, others are designed more to scout out structures before human firefighters enter, letting those people know how to safely get around and where to concentrate their efforts. One of the latest machines in the second category is the self-balancing Firefighting Robot (FFR), being developed at the University of California, San Diego. Read More
— Health and Wellbeing

New techniques to make viral load tests cheaper, faster and portable

By - June 6, 2013 2 Pictures
To monitor their infection levels, people carrying chronic viral infections such as hepatitis and HIV need to get their viral load regularly checked. This measures how many viruses are present in a certain volume of blood or bodily fluid with current tests being expensive and needing to be done through laboratories. However, newly developed optical techniques being developed by two independent teams at the University of California could deliver cheaper and faster viral load tests that could be carried out in a medical office, hospital or even in the field. Read More
— Science

Soft robots could benefit from new light-controlled hydrogel

By - May 29, 2013 1 Picture
For many people, the word “robot” is likely to conjure up images of metal, mechanical men not unlike Cygan. But instead of creating robots in our own image, the relatively new field of “soft robotics” takes inspiration from creatures such as octopuses, squids, starfish and caterpillars for soft, flexible robots that could squeeze through small spaces. Such robots could benefit from a new hydrogel developed at the University of California, Berkeley that flexes in response to light. Read More
— Medical

One-time cell transplantation cures epilepsy in mice

By - May 7, 2013 1 Picture
Earlier this week we reported on a neurological implant that has been found to accurately predict the onset of epileptic seizures. But a discovery by researchers at the University of California, San Francisco (UCSF) could one day render such a device obsolete. By transplanting a specific type of cell into the brain, the researchers have been able to cure epilepsy in adult mice, with hopes a similar treatment could work in humans. Read More
— Science

Seahorse tails may hold key to flexible robotic tentacles

By - May 6, 2013 3 Pictures
The meaning of the word biomimicry is being devalued and inflated, to the point that any technology or design with the vaguest resemblance to something in the natural world tends to have the word unthinkingly applied to it. PR people in the automotive and architectural fields are now particularly fond of the word. So it's refreshing to be able to report on some research that has taken a detailed look at a natural phenomenon, the armor of a seahorse, and thought about how it might be applied in the field of robotics. The researchers think a similar structure of sliding plates could be used to improve robot arms used for underwater exploration and bomb disposal. Read More
— Robotics

Inching SkySweeper robot provides cheap way to inspect powerlines

By - April 21, 2013 3 Pictures
If you look up at a power line in a few years and see something skittering along the wires, it (hopefully) won't be a mutant crab monster, but a powerline inspection robot costing less than US$1,000. A prototype of such a robot, called SkySweeper, was presented this month at the University of California San Diego (UCSD) Jacobs School of Engineering's Research Expo. The robot was built with off-the-shelf electronics and plastic parts printed on an inexpensive 3D printer. Read More
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