Refeyn announces that Jonathan Flint is stepping down as Chairman after two successful terms, with industry veteran Jean-Paul Mangeolle appointed as his successor effective.

Researchers have discovered how Pseudomonas aeruginosa exports the biofilm-forming polymer Pel. Using cryo-electron microscopy, they revealed the structure of the PelBC complex, providing new insights that could help disrupt biofilm formation and tackle antibiotic resistance in harmful bacteria.

Wolfgang Baumeister was awarded the 2025 Shaw Prize for developing cryo-electron tomography, which enables the detailed visualization of cellular structures at near-atomic resolution in their natural state.

Using AI, researchers from TU Wien, Glasgow, and Grenoble have developed an optical imaging method that nearly reaches the fundamental precision limit set by physics, promising major advances in fields like medical diagnostics, microscopy, and quantum technology.

Researchers at Helmholtz Munich and TUM developed a bioluminescence microscope using quanta image sensors to detect ultra-low light. It enables high-resolution, long-term imaging of living cells, offering powerful insights into biological processes with minimal cellular disturbance.

A team of scientists from Nanjing University has introduced an advanced metalens-based microscope that combines high resolution with a wide field of view—while eliminating the bulk associated with traditional optical systems.

Researchers have developed a sophisticated computer model that maps the entire lifecycle of vesicles—tiny sacs that transport neurotransmitters essential for nerve cell communication—advancing our understanding of synaptic function and offering potential pathways for treating neurological disorders like depression and neuromuscular diseases.