BIO5 Latest News

  • Helen F. Smith, UA

    By: Mari N. Jensen, UA College of Science

    If chromosomes snuggle up too closely at the wrong times, the results can be genetic disaster. Now University of Arizona researchers have found the molecular machines in fruit flies that yank chromosomes, the DNA-carrying structures, apart when necessary.

  • By: Megan Levardo, UA NASA Space Grant Intern

    Keeping germs from cooperating can delay the evolution of drug resistance more effectively than killing germs one by one with traditional drugs such as antibiotics, according to new research from The University of Arizona.

  • Phoenix, Arizona, Science Foundation Arizona (SFAz), an Arizona nonprofit, private/public partnership helping strengthen the state's research infrastructure to spur new technology sector growth, awarded a $9 million investment grant to the Critical Path Institute (C-Path), a Tucson-based nonprofit coalition that works to streamline and accelerate the development of crucial drug therapies for major diseases including Alzheimer's and Parkinson's.
     

  • By: UA NASA Space Grant Intern Megan Levardo

    Ants specializing on one job such as snatching food from a picnic are no more efficient than "Jane-of-all-trade" ants, according to new research.
     

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