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Sunday, September 1 2013

  • MEDIA ADVISORY: ISU professors available to comment on situation in Syria

    MEDIA ADVISORY: Iowa State University faculty members are available to comment on possible U.S. intervention in Syria and the possible consequences as well as the challenges for the Obama administration in crafting an effective strategy for Syria.

  • What corporations can learn from Microsoft

    A failure to recognize and adapt to changes in mobile computing is what ultimately led to the most recent change at the top of Microsoft. An Iowa State management professor explains how the problems are a reflection of the long-standing corporate culture at Microsoft that can serve as a lesson for all businesses.

  • Enrollment, student demand fuels growth for online courses at ISU

    Instead of walking across campus to attend class in a lecture hall this fall, a growing number of Iowa State University students will log on from home, the library or even a coffee shop. The university continues to offer more online undergraduate and graduate courses to meet the demands of record enrollment and student preferences.

  • New course at Iowa State digs into green roofs

    A new online course beginning Sept. 3 at Iowa State University will offer up the dirt on green roofs, the high-rise gardens that are fast becoming fixtures of U.S. skylines. The one-credit, eight-week course will cover the design, installation and management of green roofs and is open to anyone who registers online.

  • Iowa State researchers identify bacterial adaptation that can lead to kidney infection

    Researchers at Iowa State University have identified a genetic process by which some E. coli bacteria adapt to the human kidney, a step that could lead to new treatments to stop urinary tract infections. In a new paper, a team of ISU researchers showed that uropthogenic E. coli are able to adapt by acquiring new traits through a process called two-component signal transduction.

  • Iowa State turns on ‘Cyence,’ the most powerful computer ever on campus

    The most powerful computer ever on campus is now ticking off calculations and producing data. The $2.6 million computer, dubbed "Cyence," will advance 17 research projects from eight campus departments. Researchers from across campus are also pooling their funds to build a second high performance computing system.

  • Industrial design students produce outdoor benches for new university building

    It's difficult to imagine college students working on a project for weeks after their class has ended. But the students in Will Prindle's summer industrial design studio wouldn't have it any other way. They not only designed the outdoor benches for Iowa State University's new Troxel Hall, which opens Aug. 26, they managed the entire production process from idea to product. It may not sound like much on the surface. Seven outdoor benches in a couple of months. How hard could it be, right? 

  • New ISU study shows pregnant women need to move more

    It may not be enough for women to spend just 30 minutes a day on a treadmill or elliptical if they want to manage their weight during pregnancy. Regular exercise is still recommended, but a new Iowa State University study found staying active throughout the day is more beneficial to limit excess weight gain.

  • Iowa State biologist:  human menopause unique among primates

    A new study from an Iowa State University biologist shows that menopause in mid-life is a uniquely human phenomenon among primates. The study found that female representatives of other primate species remain fertile throughout their lifespan, while human women typically experience declining fertility and reproductive cessation during their 40s or 50s.

  • Gift for ISU's Curtiss Hall renovation will name auditorium

    A $2 million gift commitment from a retired Linn County farmer will support the renovation of Curtiss Hall at Iowa State University.

  • Iowa State engineers develop new tests to cool turbine blades, improve engines

    Manufacturers of gas turbine engines for aircraft and power plants are experimenting with higher operating temperatures to improve engine efficiency. Because combustion is already hotter than the melting point of engine materials, engineers need to find even better ways to cool engine parts. Working with the support of GE, Iowa State's Hui Hu and Blake Johnson are developing new tests and technologies to find cooling solutions.