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UC Riverside biologist receives prestigious MacArthur Fellowship

RIVERSIDE, Calif. Cheryl Hayashi, a biologist at UC Riverside and a national expert of the genetic structure of spider silk, has won a $500,000 MacArthur Fellowship, one of the most prestigious awards in the country. She is one of only 24 MacArthur Fellows for 2007 named by the John D. and Catherine T. MacArthur Foundation.

Commonly known as a genius award, the MacArthur Fellowship is a no strings attached grant to individuals who show exceptional creativity in their work, promise for important future advances, and potential for the fellowship to facilitate new work.

Paid in quarterly installments over five years, the grant is designed to provide recipients with seed money for intellectual, social, and artistic endeavors, as well as the flexibility to pursue their creative activities in the absence of specific obligations or reporting requirements.

This is thrilling news, said UCR Acting Chancellor Robert D. Grey. A MacArthur Fellowship is a tremendous honor and we are extremely proud of Professor Hayashi. Her trailblazing work on the genetics of spider silk is a wonderful example of the tremendous value of research on fundamental mechanisms of life. I join her colleagues at UC Riverside in offering our warmest congratulations.

Scientists have long been fascinated with spider silks used by spiders to move, trap and store food, and to reproduce because of their extraordinary mechanical properties. Different proteins are made and mixed in the silk glands of spiders to create the silk.

For more than a decade, Hayashi has been performing the molecular and mechanical characterization of these silks. Her laboratory at UCR does extensive mechanical testing of silk fibers from different spider species.

Some silks are one-tenth the diameter of a human hair, lighter than cotton, yet ounce for ounce up to five times tougher than steel. As a result, they are being considered in improving a wide variety of products such as lightweight super-strong body armor; specialty rope; biodegradable surgical sutures; components of medical devices; and high-tech athletic attire.

Highlights of research by the Hayashi group at UCR:

  • Hayashis lab has shown that spider silks are created not just by the spinning process, but also by ancient protein structures handed down genetically over millions of years of evolutionary history.
  • Her research group uncovered the molecular structure of the gene for the protein that female spiders use to make their silken egg cases a discovery that will help biotechnologists develop applications for spider silk and shed light on spider evolution.
  • In seeking the genetic origins of spider orb-web silks, Hayashis research group discovered evidence indicating that wagon-wheel shaped nets are extremely old, so old that dinosaurs may have seen them.
  • Her lab identified the genes, and determined the DNA sequences, for two key proteins in the dragline silk of the black widow spider an advance that may lead to a variety of new materials for industrial, medical and military uses.

Its a wonderful surprise to win this fellowship not only for me but also for my collaborators and students, Hayashi said. We feel fortunate to receive this honor and I am extremely grateful that the work done in my lab has been recognized in this way."

Hayashi received her bachelors and doctoral degrees in biology from Yale University. She was a U.S. Presidential Scholar, National Merit Scholar, and recipient of both a Graduate Fellowship and Dissertation Improvement Grant from the National Science Foundation. She joined the faculty at UCR in spring 2001. Since then, she has been the principal investigator on multiple grants from the National Science Foundation and the Army Research Office.

Hayashis many influences include her biology teacher in high school, as well as a professor at Yale who worked with spiders. As an undergraduate, Hayashi was charged with feeding spiders and also got to do field work in Panama. She is indebted, too, to Randy Lewis, her postdoctoral advisor at the University of Wyoming, for his time and expertise.

And lets not forget the spiders themselves, Hayashi said. They, too, have greatly inspired me. Im always learning something new from them, which is what keeps my research going.

Her scientific articles have appeared in such journals as Science, Proceedings of the National Academy of Sciences, and the Journal of Experimental Biology.

In addition to her teaching and research activities, Hayashi is dedicated to mentoring undergraduates, graduate students, and postdocs in her laboratory. She also serves as an associate editor of the journal Molecular Phylogenetics and Evolution.

A frequent contributor to newspaper, magazine, television, and radio interviews to explain the value of spider silk, biomaterials, and biodiversity to the public, Hayashi volunteers much of her time to educational and public outreach.

More recently, she expanded her studies to include silks from other arthropods (such as caterpillars), non-silk proteins such as glues, and comparative analysis of spider silk biomechanics.

Hayashi plans to use the award money to travel abroad so she can work on spiders with researchers in other countries. "I had always dreamed of such an opportunity," she said. "So far, I've mostly worked on California spiders."


Contact: Iqbal Pittalwala
University of California - Riverside

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