News

The organization of genetic information in most bacteria – long thought to occur in a single ordered, segmented ring – turns out to more closely mimic a spaghetti noodle: shifting, balling up and twisting in ways scientists previously had not grasped. The finding by researchers at The University of Texas at Austin, appears today in Cell, with implications for cancer and bacterial infectious disease research, as well as our most basic understanding about the structure of all living cells.

Infectious disease researchers at The University of Texas at Austin and other institutions in Hong Kong, mainland China and France have concluded there is a high probability that the deadly Wuhan coronavirus spread beyond Wuhan and other quarantined cities before Chinese officials were able to put a quarantine in place. At least 128 cities in China outside of the quarantine zone, including cities with no reported cases to date, had a greater than even risk of exposure, according to a paper currently in press with Emerging Infectious Diseases, a journal of the U.S. Centers for Disease Control and Prevention.

Scientists have understood for some time that proper embryonic development depends in large part on transcriptional repressors, proteins that prevent genes from being expressed at inappropriate times. Steven Vokes, associate professor of molecular biosciences at the University of Texas at Austin, and his team focus on a set of proteins called GLI (glioma-associated oncogene) and how they control gene expression in response to what is known as the Hedgehog pathway.

In honor of National Spouses Day (January 26), we decided to check in with a UT scientist whose area of expertise covers the nature of healthy romantic relationships and marriages. Lisa Neff, an associate professor in the Department of Human Development and Family Sciences who holds the Amy Johnson McLaughlin Centennial Professorship in Home Economics, has spent years studying what keeps relationships strong, couples happy and marriages intact. Neff has several tips for more perfect unions.

As we look back on 2019, it's been a year filled with fascinating discoveries and big developments in the College of Natural Sciences and beyond. Read on to see some of the highlights from this year in Texas Science.

As the year draws to a close, we're looking back on highlights of 2019, including the arrival and hiring of dozens of new tenured and tenure-track faculty members in the College of Natural Sciences. Below are some of the stellar scientists and mathematicians new to our college community.

Over most of the past 40 million years, having a larger brain relative to body size was an advantage for carnivores, increasing the probability that large-brained species survive while other species go extinct, according to a new study from a researcher at the University of Texas at Austin.

Plastic pollution has contaminated every continent on Earth. It kills wildlife from whales to sea turtles. Some of the smallest plastic particles, called nurdles, are among the most insidious. It's difficult to even catalog the scope of the problem. But one group of citizen scientists is going to try. And a recent lawsuit against a plastics manufacturer is about to give them a major boost.

A team of researchers from The University of Texas at Austin and University of Texas Southwestern Medical Center have solved a decades-old mystery about how DNA organizes itself in the cell. In doing so, the researchers have potentially unlocked clues about a set of rare genetic conditions.

A team of researchers at The University of Texas at Austin and the University of California, Riverside have found a way to produce a long-hypothesized phenomenon—the transfer of energy between silicon and organic, carbon-based molecules—in a breakthrough that has implications for information storage in quantum computing, solar energy conversion and medical imaging. The research is described in a paper out today in the journal Nature Chemistry.