Stem Cell News

kyoto nerve cell imageYou may have heard about the new stem cell breakthrough in the news. It seems to be quite significant – researchers (at Kyoto University and at Wisconsin-Madison) have managed to make human skin cells into stem cells (following on work done in mouse some announced some months back). If interested in the details (as I’m sure you are) you can read more about it in an AP story on the NPR web site here. (Yahoo’s version has pictures, such as the nerve cells above left from the Kyoto group. – try and spot the odd one out in their 14 image slide show.)

There was also a very informative chat about it with one of their science correspondents, Joe Palca, on Morning Edition, and you can listen to it here. There’ll be a lot of talk about this not just because of the science, but because of the issues this might eventually help avoid by not involving cloning of human embryos. There’s still a long way to go to see if this will be a viable alternative to embryo research (see both articles for discussion of the current limitations of the technique), and so some of the hurdles provided by the Bush administration to making advances in this area of research in US will remain in place for a while yet.


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2 Responses to Stem Cell News

  1. Pingback: Stem Cell Timeline - Asymptotia

  2. spyder says:

    Having nothing to do with Stem Cell News (except that the story in the MSM is filled with glaring inaccuracies and other disinformation) the ONION today came up with their “scientific” story of the week:

    Buoyant Force On Area Object Equal To Weight Of Water Displaced

    BROWNSVILLE, AR—An area object partially immersed in a liquid was buoyed upward Tuesday by a force equal to the weight of the liquid displaced by that object, witnesses at the scene reported. According to sources, opposing forces acted against gravity during the displacement. In addition, though the object reportedly seemed lighter, it only appeared weightless due to the fact that the density of the liquid surrounding it was only slightly greater than that of the object. As of press time, the object is still maintaining positive buoyancy.