07.02.2009 | by magintern | Filed under Alumni News, Campus News, Faculty News, Research News, Sports | Comments: No responses |
News
The National Association of Collegiate Women Athletics Administrators will honor the late Kay Yow with its 2009 NACWAA Award of Distinction. . . The New York Giants sign former NC State running back Andre Brown ’09. . . . Linebacker Nate Irving has successful surgery after suffering broken leg, collapsed lung in car accident. . . . The practice tee at the Lonnie Pool Golf Course opens to the public. . . . Alumnus chosen as president-elect of the N.C. Bar Association. . . . Former Wolfpack baseball player Aaron Bates ’07 making climb to the majors. . . . Biology professor Rob Dunn talks about coextinction of Earth’s small species.
Research
Study shows that moderate-to-low exposure to the commonly used chemical bisphenol-A can affect reproductive health. . . . Researchers discover that binding copper to loose prion proteins might help prevent prion-related diseases like Cruetzfeldt-Jakob or Alzheimers. . . . New computer model can help doctors predict when to put diabetes patients on therapy to prevent heart disease and stroke. . . . Researchers get $1.2 million grant from National Science Foundation to study video games and create one that boosts memory, thinking skills in elderly.
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06.05.2009 | by Chris Richter | Filed under College of Agriculture and Life Sciences, Faculty News | Comments: No responses |
Yesterday, WUNC’s program The State of Things talked with NC State biology professor Rob Dunn, right, about parasites and his co-extinction research. Dunn is author of Every Living Thing (HarperCollins, 2008). It’s an excellent book, and he’s very skilled at making science accessible to non-scientists. Dunn has written for publications such as Smithsonian Online, Scientific American and Seed Magazine. He also has a pretty cool Web site.
NC State News Services talked with Dunn about his book earlier this year:
I have always been fascinated by the idea that individual humans through very basic research can fundamentally change what we know about the living world. I find delight in the possibility that there is much, much more that remains to be discovered. We discovered DNA’s structure and consequences just a generation ago and yet, again and again, we seem ready to announce that we mostly understand the living world around us.
(Photograph courtesy of College of Agriculture and Life Sciences)
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