A new high-throughput study using preexisting publicly available data shows that E. coli proteins containing a specific structure, called a non-covalent lasso entanglement, are more likely to misfold and, if they are required the bacteria’s survival, more likely to be repaired.

Chemical reactions that are sensitive to force could help power engineered materials that beat, twitch and shiver like living tissue for new applications in robotics and other technologies

Astronomers have found evidence for a possible first-of-its-kind "superkilonova," or a kilonova spurred by a supernova. Such an event has been hypothesized but never seen. 

Bacteria may be the next frontier in cancer treatment, according to a team led by researchers at Penn State that devised a new approach of creating bacteria-derived mixtures — or cocktails — to help fight bladder cancer. They tested their mixtures of good and bad bacteria on patient tumor samples and in mice, finding that the cocktails significantly boost the immune system’s ability to fight cancer. 

Researchers developed DeepMet, a new AI system that sharply improves long-range weather forecasting across the U.S. The model predicts key temperature and humidity patterns up to 45 days ahead with far greater accuracy than current systems, helping identify extreme heat and cold events earlier. DeepMet offers faster, more reliable guidance for climate preparedness and public-health protection.

A University of Maryland, Baltimore County (UMBC) study, published in Nature Communications, uncovers how enteroviruses—including those causing polio, myocarditis, encephalitis, and the common cold—hijack host cell machinery to replicate. Researchers determined the structure of a cloverleaf-shaped RNA element in the viral genome bound to the viral protein 3CD, which recruits host factors to form the viral replication complex. 3CD also acts as a switch between genome copying and protein synthesis. This highly conserved mechanism across all seven enteroviruses in the study presents a stable target for developing broad-spectrum antiviral drugs that could disrupt this essential interaction and prevent replication.

Researchers at the University of Pennsylvania and University of Michigan have created the world’s smallest fully programmable, autonomous robots: microscopic swimming machines that can independently sense and respond to their surroundings, operate for months and cost just a penny each. Barely visible to the naked eye, the robots are smaller than grains of salt and could advance medicine, manufacturing and more.

Large phytoplankton blooms north of the Hawaiian Islands have been seen in satellite imagery as vast swirls of color nearly every summer, but their origin and ecosystem dynamics have remained mysterious. A recent investigation revealed the confluence of conditions that support the explosion of photosynthetic microbes and the cascade of responses within the microscopic marine world. The highly multidisciplinary study offers the first comprehensive look at the anatomy of these massive biological events