Stem cell breakthrough December 4, 2007
Posted by rahul in Medicine.Tags: , Medicine 2.0, Technology, Web 2.0
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Japanese scientists have succeeded in creating embryonic stem cells without using embryos.
The bio-team from Kyoto University announced their discovery on 20th. Nov, 2007 along with another team from the University of Wisconsin in the U.S. who’d made the same breakthough during separate research.
Medical Simulation and its impact November 30, 2007
Posted by rahul in Medicine.Tags: Medical Simulation, Medicine 2.0, Technology, Web 2.0
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Blood loss is one of the leading causes of death on the battlefield, but war-zone medics often find it difficult to receive the training to prevent those deaths.
Today they can “save” a life-sized arm developed by the University of Central Florida’s Institute for Simulation and Training that simulates “bleeding.”
Researchers there have developed the arm in conjunction with the U.S. Army’s Research, Development and Engineering Command (RDECOM) and Chi Systems. On Tuesday, they demonstrated how it works during the nation’s largest exhibition of modeling, simulation and related technologies at Orange County Convention Center.
Using Spam Blockers To Target HIV, Too September 29, 2007
Posted by rahul in Medicine.Tags: AIDS, Computing, diseases, HIV, Medicine 2.0, Microsoft, Research, Spam
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A Microsoft researcher and his team make a surprising new assault on the AIDS epidemic
Cut-rate painkillers! Unclaimed riches in Nigeria!! Most of us quickly identify such e-mail messages as spam. But how would you teach that skill to a machine? David Heckerman needed to know. Early this decade, Heckerman was leading a spam-blocking team at Microsoft Research. To build their tool, team members meticulously mapped out thousands of signals that a message might be junk. An e-mail featuring “Viagra,” for example, was a good bet to be spam–but things got complicated in a hurry.
Image:The Regents of the University of California
Future of Imaging September 24, 2007
Posted by rahul in Medicine.Tags: Imaging, Inflammation, Medicine 2.0, Molecular Medicine
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Dr Robin Choudhury and colleagues at the University of Oxford have developed a marker that attaches itself to particular molecules involved in inflammation. As a result, these molecules ‘light up’ on MRI scans.
The ‘VCAM-1’ molecule plays a key role in inflammation, which contributes to many diseases, including multiple sclerosis, arthritis, inflammatory bowel disease and atherosclerosis (a hardening and narrowing of the arteries which can lead to heart attack and stroke),
This study was published in September 24th Issue of Nature Medicine Journal.
