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Stem Cells Mend Spinal Injuries

Darkman, Walkin Dude writes "New research shows that rats that had their spinal columns severed were able to regain use of their hind legs through the use of stem cells from embryonic rats." From the Wired article: "Spinal cord injuries can be caused by accidents or infections and affect 250,000 people a year in the United States alone, costing $4 billion annually, according to the National Institute of Neurological Disorders. Whittemore's team took specific cells from rat embryos called glial restricted precursor cells -- a kind of stem cell or master cell that gives rise to nerve cells."

5 of 331 comments (clear)

  1. Spinal vs. Embryonic stem cells? by ReformedExCon · · Score: 5, Interesting

    Every other week or so there is some big success story regarding the regrowth of neural tissue using spinal stem cells, but hardly a word about embryonic stem cells. I understand that there is a ban on using government funds to pursue embryonic stem cell research, however I would like to know whether such research is taking place anywhere. And if it is, why aren't the dramatic results we see with spinal stem cells also being trumpeted by embryonic stem cell researchers?

    There are many people who could ultimately benefit from this research, and it certainly shows much promise. I know several people personally who could stand to regain some quality of life if doctors could regrow nerve tissues in humans.

    Are spinal stem cells better than embryonic stem cells at growing this type of tissue, or is it simply a case of too little money going into embryonic stem cell research?

    --
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  2. Possible use in Multiple Sclerosis by StandardsSchmandards · · Score: 4, Interesting

    It is great news as it also may have implications for the large number of Multiple Sclerosis (MS) patients.

    As you may already know MS is a chronic automimmune disorder where your body attacks the protective sheath around nerve cells causing them to degrade slowly over time. It is not yet curable. This type of damage is smaller than if your spinal cord was ripped apart in an accident and thus it may be easier to repair.

    If this therapy proves to be useful in MS it will help a large number of people and save billions for countries.

  3. Re:We're not persuing this as fast as we can becau by A+beautiful+mind · · Score: 3, Interesting

    Why is this flamebait? As my foggy memory recalls it was due to the direct intervention of Bush that the stem cell research was banned in the USA. In some of the recent National Geographic issues the main topic was stem cell research.

    According to them, there are 155 stem cell lines in the world atm, 78 out of them can have federal support in funds, and 22 out of them is usable for research AND can have federal support for them, thats mostly because most of the stem cell cultivations are just too old already and were created with old technology. In the UK for example researchers are experimenting with a new method to get rid of the current method of handling those stem cells. Currently it's very resource intensive and costy to maintain the existing lines, but since the law doesn't allow for new stem cells to be harvested and to get federal funds for them, it means they need to deal with the old ones.

    A five day old impregnated zygote is smaller than the dot at the end of this sentence.

    It has no unique features and there is not even a trace of nervous system. Clearly, people opposing stem cell research should first familiarize themselves first with the "baby" and "murder" they are talking about.

    NG quotes some Marie Dooley, who offered her surplus embryos after artificial, in vitro, fertilisation to stem cell research. She said something like that "If they would have a heartbeat, the whole situation would be completely different, but those embryos are only groups of cells and they would have landed in the sewer if not offered for research." or something of that effect. the NG review is very long, it details the issue through 23 pages of informative description from all viewpoints. I'd recommend it for everyone.

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  4. Two types of Stem Cell research by GATIam · · Score: 4, Interesting

    There are two types of stem cell research currently being conducted. Embryonic stem cells and adult stem cells. The only most people hear about is embryonic, which, as I'm sure most of you know, kills the embryo. This type of stem cell research seems to just now be taking off.....in rats, not real people. HOWEVER, adult stem cell research has had quite a bit of success over the past few years. Real human people have benefitted from this research. Stem cells are taken out of the adult who has an injury (for example from the spinal cord) and are reinjected into the host and, many times, regain the ability of whatever it was that was lost. Embryonic stem cells are usually rejected by the recipient due to different types of whatever, I don't know exactly, I'm not a scientist. Adult stem cells are never rejected because they come from the person. Adult stem cell research does NOT kill anyone or anything. If only the government would support adult stem cell research and not embryonic I believe we would have seen many more advances in this area.

  5. More than one way to skin a cat. by MsWillow · · Score: 4, Interesting

    I've got advanced multiple sclerosis, and the ONLY hope I have for sutvival, let alone being able to walk again, lies with stem cells (plus some way to remove the scars already on my nercous system). Most people assume this means embrionic cells, but there are other ways. For example,in nasal cavity tissue, there are stem cells that can, and do, differentiate into neurons. This would help not only myself, but many others, with MS, spinal cord injuries, Parkinson's, ALS, and possibly even Alzheimer's and BSE.

    I realize that these won't cure verything, but why is this research being ignored in favor of embrionic stem cells? There are no moral issues here, no politically-demanded guidelines to be followed, only a chance to help lots of people before they wither away and die. Yet, from what I've been able to see, this avenue is being soundly ignored by researchers.

    'I am truly baffled.

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