Fueled by new chemistry, algorithm mines fungi for useful molecules
Researchers have trained a new algorithm based on promising new targets and reinvigorated the search for clusters of genes likely to result in interesting biological compounds.
Researchers have trained a new algorithm based on promising new targets and reinvigorated the search for clusters of genes likely to result in interesting biological compounds.
Research determined that ticks can not only carry CWD prions in their blood meal, they can also carry enough of the agent to potentially infect another animal with CWD.
For the first time, the IceCube Neutrino Observatory has produced an image of the Milky Way using neutrinos — tiny, ghostlike astronomical messengers.
UW’s Materials Research Science and Engineering Center bring together teams of researchers from diverse backgrounds to better understand disordered materials, including various types of glass, as well as the emergence of order from disordered materials.
An interdisciplinary team of researchers will investigate the links between systemic inflammation and inflammation in the brain.
Scientists have found that a key viral protein produced by influenza A can shred a host cell’s genetic materials while leaving the virus unharmed.
The aerospace, automobile and electronics industries use these polymers, known as polyimides, for a wide variety of applications because they have excellent mechanical and thermal properties — including strength, stiffness and heat resistance.
Until now, scholars believed that the mental capacity behind complex cultural behaviors like burial and mark-making required a larger brain, like those of Neanderthals and Homo sapiens.
Researchers found that when shown a range of tangible improvements to local and distant waterways, people surveyed were willing to pay more in taxes to support some, but not all, watershed restoration efforts.
The discovery could help researchers better understand how the toxic fungus is successfully invading California and open the door for new drug discovery pathways.
On top of a better understanding of the way trees and microbes work together in a race against climate change, plant-fungi matchmaking may be a boon to plans to reforest the planet.
Now in its third year, the Flow Project highlights not only the value of art as a tool to communicate science, but also as a way to inspire new science across University of Wisconsin campuses.
UW–Madison will collaborate on a project to give Native students a comprehensive resource of college-level financial aid programs and policies.
A first-generation college student with roots in farming and forest products, Troy Runge is looking for ways university researchers can partner with industry to help solve the hardest problems and make the world a better place.
UW biochemistry Provessor Judith Simcox has been named to the first cohort of the Howard Hughes Medical Institute Freeman Hrabowski Scholars Program in recognition of her outstanding early-career commitment to advancing diversity, equity and inclusion in science in research.
Members of the UW–Madison community may enter up to three images by the June 15 deadline.
New research from UW–Madison’s Space Science and Engineering Center shows the melting effects of atmospheric rivers on the ice sheet, which contains enough water to raise sea levels by 7 meters, or 23 feet.
Students in STEM majors whose coursework included reflection on the relevance of basic science concepts in everyday life were more likely to stick with their science, technology, engineering and math majors.
“Presenting at the symposium made everything come together for me, and I felt a lot more confident in discussing what I did,” said one student.
Research from UW–Madison shows that vertical integration can expose small business to greater risk during times of economic upheaval.