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The slippery slope to reproductive cloning : Comments
By David van Gend, published 8/11/2006Science, which should serve our humanity, has made us all less human.
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If you seek hope for the suffering, adult stem-cell treatments offer real hope, right now, without sacrificing the lives of the unborn.
Here are just two news examples published within the last twenty-four hours:
Adult Stem Cells Offer Hope for Diabetes Treatment
By Gudrun Schultz
NEW ORLEANS, Louisiana, November 13, 2006 (LifeSiteNews.com) - Adult stem cells may soon be used to treat human diabetes, after a study by U.S. researchers showed the cells increased insulin production in mice with Type 2 diabetes, and may also have aided in kidney repair.
http://www.lifesite.net/ldn/2006/nov/06111302.html
' ... But what if they could be coaxed to multiply? They can. Scientists, including Marban, have extracted cardiac stem cells from patients undergoing cardiac biopsies, and watched them multiply and generate beating cardiospheres that “began to look like little hearts in a dish.” Tested in mice and pigs, the cardiac stem cells appear to regenerate cardiac tissue and restore pumping capacity. The new cells appear to be able to conduct electricity and contract, just as they would have to do in the human heart. “We can grow millions of cells in a relatively short period of time,” says Marban, who’s now working out the methods for a first human trial of this therapy with large-animal preclinical studies. He expects to start phase I trials within 12 to 18 months.
If successful, the cardiac stem cell approach could pole vault over some of the potential limitations of stem cell therapy. Because they are derived from the patient’s own heart, there is no question of rejection, and they may be less likely to spur the growth of benign or malignant tumors, always a worry with stem cell therapy. “Since cardiac stem cells are already partially differentiated into heart muscle, we can grow them with limited processing. So far we’ve done karyotypes after several passages and the cells are all chromosomally normal,” Marban says. ... '
http://www.dddmag.com/ShowPR~PUBCODE~016~ACCT~1600000100~ISSUE~0611~RELTYPE~CVS~ProdCode~00000000~PRODLETT~X.html