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From the College of Natural Sciences

Lee is the Director of Communications for the college. He holds a B.S. in Biology from UT and an M.S. in Entomology from UW-Madison. He lives in East Austin with his partner, their dog, and a garden full of plants and bugs.

Complex Flows of Turbulence Visualized

AUSTIN, Texas--The convoluted tangle describing turbulence has been visualized for the first time by a group of researchers from The University of Texas at Austin and the Massachusetts Institute of Technology (MIT). Their work, published in the April 6 issue of Physical Review Letters, may ultimately help engineers design more efficient planes, ca...

Faculty receive Sloan Research Fellowships

Helmut Koester AUSTIN, Texas—Two faculty members of The University of Texas at Austin have been named recipients of Sloan Research Fellowships for 2007. Dr. Lexing Ying, assistant professor of mathematics, and Dr. Helmut Koester, assistant professor of neurobiology, will each receive $45,000 over two years to be used on research of their choic...

Three Professors Elected Members of National Academy of Engineering

AUSTIN, Texas—Two computer science professors and a professor of engineering have been elected to the National Academy of Engineering (NAE), widely considered among the highest honors to be earned in the engineering and technology professions. Dr. Stelios Kyriakides, the Temple Foundation Endowed Professor in the Department of Aerospace Engine...

Global Warming Increases Species Extinctions Worldwide, University of Texas at Austin Researcher Finds

AUSTIN, Texas—Global warming has already caused extinctions in the most sensitive habitats and will continue to cause more species to go extinct over the next 50 to 100 years, confirms the most comprehensive study since 2003 on the effects of climate change on wild species worldwide by a University of Texas at Austin biologist. Dr. Camille Parmesa...

Study recommends strategies for distributing flu vaccine during shortage

AUSTIN, Texas—When faced with potential vaccine shortages during a flu outbreak, public health officials can turn to a new study by mathematical biologists at The University of Texas at Austin and the British Columbia Centre for Disease Control to learn how to best distribute the vaccine. The scientists used contact network epidemiology to model v...
Fire ant-attacking fly spreading rapidly in Texas

Fire ant-attacking fly spreading rapidly in Texas

AUSTIN, Texas—Parasitic flies introduced to control red imported fire ants have spread over four million acres in central and southeast Texas since the flies’ introduction in 1999, researchers at The University of Texas at Austin have discovered using new flytraps they developed. Researchers at the Brackenridge Field Laboratory (BFL) have released...

Scientists find popular acne drug leads to depression-related behavior in mice

AUSTIN, Texas—A drug commonly used to treat severe acne can lead to depression-related behavior in mice, according to research published in the journal Neuropsychopharmacology by scientists from The University of Texas at Austin and the University of Bath. The scientists gave 13-cis-retinoic acid, the active ingredient in Accutane, to mice over si...

Fire ant lab celebrates 20 years of research

AUSTIN, Texas—The red imported fire ant laboratory at The University of Texas at Austin Brackenridge Field Lab (BFL) is celebrating 20 years of research this month. Dr. Larry Gilbert, director of BFL and professor of integrative biology, first initiated fire ant research at the university in 1986 by bringing to the university two young researchers...

New superlens reveals hidden nanostructures

AUSTIN, Texas—A microscope used to scan nanostructures can be dramatically enhanced by using a ‘superlens,’ reports an international team of scientists from the Max Planck Institute (MPI) of Biochemistry and The University of Texas at Austin in this week’s issue of Science. This is the first time a superlens, a lens capable of creating images of ob...
Finding about cellular microtubule rigidity could lead to development of new nano-materials

Finding about cellular microtubule rigidity could lead to development of new nano-materials

AUSTIN, Texas—Microtubules, essential structural elements in living cells, grow stiffer as they grow longer, an unexpected property that could lead to advances in nano-materials development, an international team of biophysicists has found. The team, from The University of Texas at Austin, the European Molecular Biology Laboratory (EMBL) in Heidel...