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National Medical Societies Offer Tips To Prevent Injuries; Children Often Victims
- Using a lawn mower can be as routine as bike riding or barbeques during spring and summer months. But often, people find themselves in terrifying situations with these seemingly safe household machines. In fact, 200,000 people - 16,000 of them children - are injured in lawn mower-related accidents each year, the U.S. Consumer Product Safety Commission reports. However, lawn mowers don"t "attack" on their own. Most injuries - such as severed fingers and toes, limb amputations, broken bones, burns and eye injuries - are caused by careless use and can be prevented by following a few simple safety tips.
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Spherix Announces Positive Phase 2 Study Results
Spherix Incorporated (Nasdaq CM: SPEX), an innovator in biotechnology for diabetes therapy, and a provider of technical and regulatory consulting services to food, supplement, biotechnology and pharmaceutical companies, announced positive preliminary results from a Phase 2 clinical trial of its novel compound, Naturlose(R) (D-tagatose), in the treatment and management of Type 2 diabetes. The Phase 2 trial is expected to be completed in early 2010.
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Replacing Both Hips At The Same Time - Is It Safe?
Research published on 1st March 2009 investigates whether "simultaneous bilateral sequential total hip replacement (THR) would increase the rate of mortality and complications compared with unilateral THR", for both low and high risk patients.
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Healing Wounds With Lasers

Researchers from around the world will present the latest breakthroughs in electro-optics, lasers and the application of light waves at the 2009 Conference on Lasers and Electro-Optics/International Quantum Electronics Conference (CLEO/IQEC) May 31 to June 5 at the Baltimore Convention Center in Baltimore. HEALING WITH LIGHT Star Trek scanners that fix injuries with beams of light may not be science fiction after all. A new optical technology that lines up living cells and controls their movements has opened the door to better artificial tissues and wounds that heal faster with less scarring. For years, scientists have used the energy in laser light to drill microscopic holes or as tweezers or traps to direct and maneuver small pieces of matter. Guiding entire cells, though, has proven difficult because the lasers used for manipulation tend to damage the structural units of living organisms. Now Aristide Dogariu and colleagues at the University of Central Florida in Orlando have developed an optical procedure that does not harm cells, but affects their skeletons - an ensemble of slender rods made out of an abundant protein called actin. The actin rods are constantly growing and shrinking inside of cells. The direction in which they grow changes the cell"s membrane shape and dictates where the cell moves. Dogariu and colleagues use the polarization of optical waves to create a field around the cells in which the growing actin rods line up like a compass in the Earth"s magnetic field. These optical fields can be used to guide large groups of cells to line up and move in the same direction. The technique could be useful for cancer assays, which test the motility of cells, or as a non-invasive, non-toxic boost for regenerative medicine. Though cells have complicated and intriguing mechanisms to sense and communicate where an injury occurs, the possibility of using photonic scaffolds to stimulate and guide cells" motility to accelerate tissue repair, is now quite promising. Presentation CMMM2; Monday, June 1, 4 - 4:15 p.m. Colleen Morrison Optical Society of America


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