While many current flame retardants are effective, they contain halogens such as chlorine or bromine, which are not ideal in terms of safety. In ChemCatChem, researchers from KU Leuven, Oleon and Devan present the synthesis approach of a new phosphorous, biobased flame retardant.
Researchers at Wageningen University & Research and KeyGene have developed a method that enables plant cells to regenerate into new plants without the need for externally administered hormones. The researchers report their findings in The Plant Cell.
For decades, researchers labelling cysteines with methanethiosulfonate groups have observed the formation of a mysterious dimer. Martina Huber set to work with a team from Leiden to unravel the hitherto unknown structure. The answer to the puzzle can be found in ChemistryOpen.
Biochemists at Utrecht University have developed a fluorescent sensor that makes DNA damage and repair visible in living cells and animals for the first time. In an article published in Nature Communications, the researchers demonstrate how the sensor binds to damaged DNA without interfering with the repair process.
Research that is both innovative and fundamental, and which is of a high quality and/or scientific urgency. This is the goal of the 21 successfully funded projects. Some of the projects also involve members of our associations.
The Young Scientist Forum (YSF2026) offers a combination of scientific presentations and career talks covering all those other topics that are crucial to researchers. We can already introduce the speakers. Not yet registered? Don’t wait too long, the deadline is 10 December 2025.
Additives in cement and plaster ensure strong, water-resistant materials, but they are often expensive and harmful to the environment. PhD candidate Annet Baken discovered how such substances influence the nanoscale crystal formation of building minerals, thereby slowing down the hardening process.
After completing two bachelor’s degrees in Spain, Cristina Izquierdo Lozano bypassed the master’s degree-route and started her PhD research at Eindhoven University of Technology. Her pursuit of new acquaintances led her to take up aerial silks.
Multidisciplinary research is one those buzzwords that pop up everywhere. But creating an environment where scientists are eager to share their expertise requires more than mere lip service, says ICMS scientific director Jan van Hest. ‘Multidisciplinarity is not just a box to be ticked, but it is an absolute prerequisite ...
Studying nanostructures at near-atomic resolution is the bread and butter of the ICMS Center for Multiscale Electron Microscopy. Here, Heiner Friedrich and his team are continuously improving these already advanced techniques to provide an even more accurate view with minimal noise and high throughput.
Creating a stimulating, mutually beneficial interaction between science and industry is the priority of the ICMS Industrial Consortium. ‘We try to meet the needs of all participants: ICMS, university faculty, industry and start-ups.’