The “rather bizarre” result may provide insight into how complex traits evolve by hooking together much simpler traits.
Rats that are socially isolated during a critical period of adolescence are more vulnerable to addiction to amphetamine and alcohol. Amphetamine addiction is also harder to extinguish in the socially isolated rats. These effects, which are described this week in the journal Neuron, persist even after the rats are reintroduced into the community of other rats.
Researchers at The University of Texas at Austin have discovered that the lack of a critical enzyme in the folic acid metabolic pathway leads to neural tube birth defects in developing embryos.
Researchers at The University of Texas at Austin have developed a menu of 61 new strains of genetically engineered E. coli that may improve the efficacy of vaccines for diseases such as flu, pertussis, cholera and HPV.
The detailed changes in the structure of a virus as it infects an E. coli bacterium have been observed for the first time, report researchers from The University of Texas at Austin and The University of Texas Health Science Center at Houston (UT Health) Medical School this week in Science Express.
The University of Texas at Austin formally launches its Health Information Exchange (HIE) laboratory this week. This laboratory simulates the national, state and local networks that are being developed to electronically exchange medical data. The laboratory is part of the university’s pioneering Health IT program offering a certificate program designed to “fast track” university graduates into the rapidly evolving field of health IT.
Marcotte’s project focuses on what he sees as the next step in “next-generation” genome sequencing technology.
The research found that DEAD-box proteins, which are ancient enzymes found in all forms of life, function as recycling “nanopistons.”
An inexpensive antifungal drug, thiabendazole, slows tumor growth and shows promise as a chemotherapy for cancer. Scientists in the College of Natural Sciences at The University of Texas at Austin made this discovery by exploiting the evolutionary relatedness of yeast, frogs, mice and humans.
A biologist at The University of Texas at Austin has received a $1.5 million grant from the U.S. Department of Energy (DOE) to study native prairie grasses as potential sources of biofuel.