Media advisory: Make a House Intelligent

WUSTL’s Sam Fox School of Design & Visual Arts and Tarlton Corporation will build a sample “intelligent house” next to the Mildred Lane Kemper Art Museum Aug. 18. The project comes as part of preparations for Design with the Other 90%: CITIES, a major survey exhibition illustrating the profound, transformative and sometimes lifesaving power of innovative design.

New WUSTL/China partnership in anthropology

T.R. Kidder, PhD (left), professor of anthropology in Arts & Sciences, shakes hands with the director of the Henan Provincial Institute of Cultural Relics and Archaeology of China during a ceremony announcing WUSTL’s new partnership with the institute. Henan is one of China’s most populous provinces and one of the most archaeologically rich areas of the world.

Jane Eyre launches Edison Ovations Series

“What do I want?” asks Jane Eyre. “A new place, in a new house, amongst new faces, under new circumstances.” Annie Loui sympathizes. Since the early 1980s, the St. Louis native has created ambitious theatrical hybrids for prestigious venues around the nation. On Sept. 7 and 8, Loui will return to St. Louis and launch the 2012-13 Edison Ovations Series with an original adaptation of Charlotte Bronte’s beloved novel.

Interdisciplinary seed grants awarded by vice chancellor for research

The Office of the Vice Chancellor for Research (OVCR) has announced the six winners of the 2012 University Research Strategic Alliance (URSA) grants. The grants offer a one-year, $25,000 award to full-time faculty members at WUSTL who begin a new collaboration with investigators from different disciplines. Researchers who receive the seed funding will work together in a new area of research or plan to approach a problem in a different way.

Treatment target for diabetes, Wolfram syndrome

Inflammation and cell stress are major factors in diabetes. Cell stress also plays a role in Wolfram syndrome, a rare, genetic disorder that afflicts children with many symptoms, including juvenile-onset diabetes. Now scientists at Washington University School of Medicine in St. Louis and elsewhere have identified a molecule that’s key to the cell stress-modulated inflammation that causes insulin-secreting cells to die.
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