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Science

Submission + - Genetically Modified Pigs Prevent Water Pollution (inhabitat.com)

separsons writes: Researchers at the University of Guelph genetically modified Yorkshire pigs so that their urine and feces contain 65 percent less phosphorous than traditional pigs. Oftentimes, phosphorous runs off from farms and winds up in lakes, rivers and oceans where it causes algal blooms to form. These blooms deplete the water of oxygen, creating dead zones. Scientists hope the engineered pigs, called Enviropigs, will decrease phosphorous pollution and prevent dead zones from forming.
Biotech

Submission + - Scientists Grow Human Bones from Stem Cells (inhabitat.com)

separsons writes: Gordana Vunjak-Novakovic and a team from Columbia University used stem cells from marrow and liposuctioned fat to grow an actual human bone! Scientists employed digital images to carve a bone replica. They then placed the replica in a bioreactor and added human cells, oxygen, growth hormones, sugar and nutrients. The process can be used to grow an exact copy of any bone in the human body. Eventually, researchers hope the procedure can eliminate the need for painful bone grafts or titanium implants, which aren't as biocompatible as human tissue.
Science

Submission + - Injecting Sea With Tiny Bubbles May Cool Planet (inhabitat.com)

separsons writes: Harvard physicist Russell Seitz says he's found a way to lower global temperatures by up to three degrees Celsius. Seitz aims to inject the world's oceans with tons of microbubbles. Bubbles act like little mirrors, increasing the sea's reflectivity and lowering water temperatures. Using computer modeling, Seitz found that microbubbles double water's reflectivity even at concentrations of only one part per million. He hopes to use boats to disseminate bursts of bubbles throughout the world's oceans.
Science

Submission + - Fabric Softener Ingredient Scrubs CO2 from the Air (inhabitat.com)

separsons writes: Scientists at GE Global Research found that aminosilicones--substances found in products like fabric softeners and hair conditioners--can effectively trap carbon dioxide. In lab tests, the material removed 90 percent of the carbon from simulated flue gases. Researchers hope to use aminosilicones in larger absorber systems to scrub carbon from coal-fired power plants' flue gases. America's 8,000 coal-fired power plants currently emit 2.8 billion tons of carbon dioxide each year.
Science

Submission + - New Wave Generator Helps Scientists Study Tsunamis (inhabitat.com)

separsons writes: Researchers at University College London's Earthquake and People Interaction Centre (EPICentre) created the first tsunami generator that relies on an air-driven system. The new device allows scientists to learn more about a wide range of tsunami conditions, including the draw-down phenomenon, where sea is sucked out before rushing back towards the shore. The increased knowledge will help designers create tsunami-proof infrastructure and aid emergency personnel in creating better evacuation strategies.
Medicine

Submission + - Iron Alloy Could Create Earthquake-Proof Buildings (inhabitat.com)

separsons writes: Researchers at Japan's Tohoku University designed a new shape memory metal alloy. The super elastic iron alloy can endure serious stretching and still return to its original shape. The scientists say that once optimized, the material could be used in everything from braces to medical stents to earthquake-proof buildings!
Science

Submission + - New Nuclear Reactors Destroy Atomic Waste (inhabitat.com)

separsons writes: A group of French scientists are developing a nuclear reactor that burns up actinides, highly radioactive uranium isotopes. And they're not the only ones trying to eliminate atomic waste: Researchers at the University of Texas in Austin are working on a fusion-fission reactor. The reactor destroys waste by firing streams of neutrons at it, reducing atomic waste by up to 99 percent!
Biotech

Submission + - Scientists Embed Silicon Sensors in Human Cells (inhabitat.com)

separsons writes: Scientists from Spain’s Instituto de Microelectronica de Barcelona recently found that they could directly embed silicon nanochips into human body cells, and for the most part, cells would continue functioning normally. Once the technology is studied more and optimized, researchers say that chips could be used to study cell activity, detect diseases earlier, deliver drugs and even aid in repairing cells.

Submission + - Video Game Teaches Kids How to Avoid Land Mines (inhabitat.com)

separsons writes: Michigan State University students recently created "Landmine Lookout," a new game designed to teach kids in developing nations how to avoid unexploded land mines. The game is being sent to Cambodia for testing this month. The game aims to work with One Laptop Per Child computers.

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