World Stem Cell Summit concludes on 5th October 2011 in Pasanda. Hundreds of experts in the field will be discussing stem cell breakthroughs and roadblocks.
Among the cutting-edge discoveries for discussion are “induced pluri potent cells”. Clive Svendsen at the Cedars-Sinai Regenerative Medicine Institute says those cells let scientists do “disease in a dish” research.
“For instance, we’ll take cells from a patient with a serious disease — spinal muscular atrophy, which is a disease that kills young babies at the age of six months,” Svendsen says. “They become paralyzed. We can take cells from babies with that disease, reprogram them and push them forward again, and they actually show the same signs of the disease the patient did, in the dish, in the Petri dish.”
Along with the breakthroughs in research, scientists and policymakers are taking on the hurdles facing stem cell research.
Neuroscientist Lawrence Goldstein directs UC San Diego’s stem cell program. He says the federal government is investing less in research for medical therapies, “And that’s terrible because when you look at what health care costs of degenerative chronic disease cost us as a nation, they’re bankrupting us. And what we spend is dwarfed by the cost of disease.”
Or accidents. Don Reed knows about that. His son was paralyzed during a college football game 17 years ago. Reed is the vice president of the nonprofit Americans For Cures Foundation.
He says the U.S. spends more money annually to treat chronic diseases or conditions than it collects in federal income tax. “Do we go forward and find cures for disease which are wiping out our country financially, or do we step back because some people have ideological opposition to it?” Reed says. “One in three Americans has an incurable disease. These are not statistics. These are members of your family and mine; we’re fighting for them.”
The Stem Cell World Summit lasts though Wednesday in Pasadena. Day three of the World Stem Cell Summit includes panels about healing wounded soldiers, eye diseases and stem cell applications for cancer.
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