Here's an article from the Boston Globe citing some of the research going on elsewhere and explaining why the same research can't happen in the US. It's from 2004 but still very relevant:
http://www.boston.com/news/science/a...earch_lagging/
And exerpts:
In the United Kingdom, as in the United States, there has been contentious public debate over embryonic cell research, but the government has designed a system of strict oversight. With the opening last week of the new UK Stem Cell Bank north of London, funded by the government at $4.6 million over three years, that country is taking the kind of international leadership role which in other fields has fallen to the United States. The bank will accept cell lines that meet a set of ethical standards, carefully study and grow them to ensure they are scientifically useful, and then make them available to researchers.
In Australia, the government is funding research and helping to set up a national stem cell center. In the Czech Republic, Dvorak's lab at the Mendel University of Agriculture and Forestry is part of a Centre for Cell Therapy and Tissue Repair, supported by the government. South Korea has derived almost as many new lines of human embryonic stem cells as the United States, according to the Globe survey, and researchers there were the first to create stem cells from a cloned human embryo (THIS PUBLICATION HAS SINCE BEEN RETRACTED!!!)-- a scientific milestone that American researchers grumble should have happened in the United States.
And the EU just voted in the past couple of weeks to continue financial support of embryonic stem cell research. $38M over the next 6 years. That's on top of money that is available at the country government level. http://www.cbsnews.com/stories/2006/...8J2ETVG0.shtml
Singapore is another hot medical research country where they allow work with embryonic stem cells. http://www.businessweek.com/magazine...2/b3915052.htm
The government has $600M to invest in startup biotechs focusing on stem cells. Korea and China are in the mix as well.
The fact of the matter is that if the federal government doesn't allow US scientists to work with a broader range of cell lines, then the research here will be much more limited than in other parts of the world. And without increased funding (NIH and NSF grant funding is flat over the past couple of years), then the dollars are tightly spread. The reality is that alot of funding goes to a few. The rest fight for what is left. http://www.aaas.org/spp/rd/nih06p.pdf
Not trying to butt into y'alls debate (although it has been entertaining! ). As someone who claims to be a "geeky" scientist and spent my time in the lab fighting through graduate school and now spends every day in a lab as a sales person, this is my stuff! You go into labs where they are doing stem cell work and there is so much concern around funding and limitations - especially in Texas and Louisiana where the state governments are talking about eliminating it all together. It's hard not to let it get you all amped up.
And finally, here's a link to my company's webpage for stem cell research. You'll see a link at the bottom for a list of cell lines. You can see that probably about 50% or more are listed as NOT APPROVED meaning that US scientists are not approved to work with them as things stand now. http://www.invitrogen.com/content.cfm?pageid=10319 We don't sell stem cell lines but we do sell everything you need to grow them.
So there's my two cents laid out there... Whew...feel better!