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MJSJan. 18A team of UW-Madison scientists manipulating collagen's triple helix the structure that holds our bodies together has created that important protein in "the strongest form known to science."
The step takes biochemistry closer to discovering a way to treat such diseases as arthritis, and a way to heal wounds.
Ron Raines' contingent at the Raines Laboratory on campus busted the synthetic collagen barrier years ago. In their latest discovery, Raines, a professor of biochemistry, and his group in their latest discovery have managed to manufacture a stable, strong synthetic collagen in the triple helix form the protein takes.
Put simply, they are perfecting a molecular bandage, a potential that already has led to "pre-clinical stage" testing, Raines said.
The team's synthetic collagen is not only tougher but also more stable than natural collagen, the always degrading, almost always being created, structural protein that supports all tissues and holds our bodies, and everything in our bodies, together.
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http://www.rr.com/news/topic/article/rr/4473267/10072175/UW-Madison_teams_collagen_find_could_help_treat/1
Here is some good news from the leader in stem cell research.