Science & Technology

Researchers at the McKelvey School of Engineering have received funding to engineer microbes that create an underwater adhesive based on, but stickier than, the natural adhesive made by mussels.

Helium is a valuable, non-renewable resource that is critical for many medical and research applications. But helium supply and pricing are unreliable. Sophia Hayes, a professor of chemistry in Arts & Sciences, spoke at a recent American Chemical Society webinar about the need for congressional action to address these challenges.

The School of Engineering & Applied Science is renamed the McKelvey School of Engineering in honor of trustee and ­distinguished alumnus Jim ­McKelvey Jr.

James McCarter, MD/PhD ’98, whose entrepreneurial spirit was nurtured while a grad student, has built his career on translational research.

Researchers in Arts & Sciences at Washington University in St. Louis have figured out how to feed electricity to microbes to grow truly green, biodegradable plastic, as reported in the Journal of Industrial Microbiology and Biotechnology.

Beginning in the fall of 2019, Washington University in St. Louis will welcome its first cohort of students who will graduate with a bachelor’s degree in environmental engineering. Unlike traditional environmental engineering programs with strong ties to civil engineering, this new degree will have a chemical engineering flavor.

New research from Arts & Sciences suggests that many “redundant” enzymes are actually specialists that ensure maximal growth across different environments. They also seem to increase resistance to antibiotics in conditions like those in the GI tract or urinary tract — raising concerns that current antibiotic susceptibility tests are inadequate.

Marie Kondo herself couldn’t do it any better. Now researchers at Washington University in St. Louis have uncovered a previously unknown structural feature of living cells that is critical to tidying up.

Researchers led by Kenneth M. Olsen in Arts & Sciences used a new imaging technique to reveal a takeover strategy that has worked for weedy rice over and over again: roots that minimize below-ground contact with other plants.

Washington University in St. Louis has launched a new $3.5 million solar project. When complete, it will generate 2.5 megawatts of energy across the university, enough to take 480 cars off the road.