Ribosomes are complex molecular machines that translate genetic code into proteins essential for all life. Researchers have used AI and other cutting-edge techniques to create the first near-continuous "molecular movie" of ribosome formation, capturing sixteen stages that show how this fundamental cellular machine comes together in real time. The work establishes a new paradigm for studying dynamic molecular machines, setting the stage for AI-driven structural biology that will capture life's core processes in motion. 

Contrary to popular belief, not all fun is created equal. New research from the University of Houston reveals certain types of fun, particularly those with outdoor adventure components, may offer greater social and emotional benefits for youth.

A new study reveals that the illegal wildlife trade — worth billions annually — is deeply connected to other forms of organized crime, including arms dealing, drug trafficking and human smuggling.

By mapping these criminal intersections, researchers found that tackling the illegal trade in animals and plants requires understanding how it converges with other serious crimes. This approach can help law enforcement agencies focus on the key actors driving these global networks, rather than low-level offenders.

Peroxisomes are essential cell organelles that play a vital role in lipid metabolism and cellular detoxification. To perform these functions, numerous enzymes must be correctly transported into the organelles. A research team at Ruhr University Bochum, Germany, led by Professor Ralf Erdmann and Dr. Ismaila Francis Yusuf has now discovered a previously unknown quality control mechanism that governs peroxisomal protein transport in the baker’s yeast Saccharomyces cerevisiae. This mechanism is crucial for maintaining peroxisomal function. The study was published in Cell Reports on October 28, 2025.