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POPSTechnique could treat brain diseases cont'd: "When a key nestles into a keyhole—called a nicotinic acetylcholine receptor—the key molecule triggers a poorly understood process that moves it through the wall, carrying the drug with it."
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POPSCocaine Vaccine "It's a very clever idea," says David Eagleman, a Baylor neuroscientist. "Scientists have spent the last few decades figuring out reward pathways in the brain and how drugs like cocaine hijack the system. It turns out those pathways are difficult to rewire once they've seen the drug. But the vaccine just circumvents all that."
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POPSVaccinations are not O.K.!!! Learn some today. Hey, this rhymes. There are several websites that discuss this subject. 1) http://www.drday.com/ 2) http://www.tysknews.com/Depts/Health_Care/people_vs_vaccines.htm 3) http://www.whale.to/v/disease2.html 4) http://protect-your-freedom.co.uk/media-mkultra-haarp-drugs-education-dumbing-down-anti-terror-law.html
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POPSUniversal Blood Researchers led by Henrik Clausen of the University of Copenhagen have discovered two enzymes that efficiently chop the A and B sugars off of red blood cells, making them universal. Researchers have previously tried a similar strategy. But the A- and B-cleaving enzymes discovered in the past haven't worked very well, says Clausen.
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POPSObesity is contagious? This is amazing research. What if in the effort to fatten chickens or cows for our consuption, we have somehow altered our own bodies.
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POPSRebooting the Immune System of Diabetics "We kill the immune system and rebuild it with stem cells from the patient," says Julio Voltarelli, a physician and researcher at the University of Sao Paulo, who led the research. "We can see after transplant that the immune system is now healthy." This type of treatment would only be effective in newly diagnosed diabetics, who still have some beta-cell function left to preserve. For patients with more-advanced forms of the disease, scientists are working on cell transplants to replace lost islet cells, using cells from donor organs and, eventually, from embryonic stem cells.