Saturday, February 11, 2012
 
 
  Home arrow Stem Cells & Cloning arrow Non-Embryonic Stem Cell Research / (ethical) arrow Umbilical Cord Blood Stem Cells May Aid Stroke Recovery (2/01)
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The meta-analysis of 22 major abortion studies found that women who delivered an unplanned pregnancy were significantly less likely to have mental health problems than similar women who aborted unplanned pregnancies. 

Women with a history of abortion were 55 percent more likely to have mental health problems than women who did not abort an unplanned pregnancy.

Using a standardized statistical technique for combining the results of multiple studies, the meta-analysis revealed that women with a history of abortion face higher rates of anxiety (34 percent higher) and depression (37 percent higher), heavier alcohol use (110 percent higher) and marijuana use (230 percent higher), and higher rates of suicidal behavior (155 percent higher).

 

[Coleman PK. Abortion and mental health: quantitative synthesis and analysis of research published 1995–2009. The British Journal of Psychiatry (2011) 199, 180–186]

 
Umbilical Cord Blood Stem Cells May Aid Stroke Recovery (2/01) PDF Print E-mail
Cells taken from umbilical cords after birth may offer a source of material -- free of the ethical concerns of fetal tissue -- for repairing brains damaged by strokes and other ills.
In animal experiments, the cells appear to greatly speed recovery after strokes. They work with a simple infusion into the bloodstream without the need for direct implantation into the brain, Paul R. Sanberg of the University of South Florida reported at a meeting of the American Association for the Advancement of Science.
Sanberg and his colleagues removed stem cells from cords, then used retinoic acid and growth hormones to transform them into immature nerve cells. They then injected 3 million of the cells into the bloodstreams of rats that had suffered strokes. In experiments on about 60 animals, those given the cells recovered about 80 percent from their strokes, compared with about 20 percent in untreated rats.
How the new cells rewire the damaged parts of the brain is unclear, the researcher said.
[18Feb01, Associated Press, San Francisco;  © 2001 Washington Post; Culture of Life Fdn, 19Feb01]
 
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