News articles
Making square drug fragments under pressure
1,2-substituted cyclobutanes can be easily prepared under high pressure and are interesting building blocks for drug development.
Biocompatible labelling for PET scans
A Franco-Belgian team has developed a gallium-18F complex for PET scans that can also be attached to biomolecules. It could be turned into an 18F radiolabelling kit.
Pure iron carbide phase nurtures alpha-olefins
Careful pretreatment of your iron catalyst enables the highly efficient production of chemical building blocks in a Fischer-Tropsch reactor, an Eindhoven-Beijing team reports in Nature (after a 5-year reviewing period).
Biosurfactant synthesis in deep eutectic solvents
Natural deep eutectic solvents can be used to produce an interesting biosurfactant in a more sustainable way without organic solvents, Antwerp researchers write in the European Journal of Organic Chemistry.
Biochemical alchemy, greasy proteins and quantum molecules: Vidi grants have been announced
A variety of molecular science project can take off thanks to an NWO Vidi grant. Ranging from CO2 fixation and supramolecular materials capable of learning to AI and sweet molecules.
Clumping pests
A team from Umeå University in Sweden has been studying how bacteria pass on their resistance genes to each other, resulting in a beautiful picture.
KNCV Gold Medal 2024 awarded to Caroline Paul
Jury praises her pioneering and creative research on biocatalysis, which opens new technological routes towards sustainable chemical production.
Artificial cell communication: protein on demand
Researchers in Eindhoven have developed an artificial cell system that mimics the mutual communication of biological cells.
Reducing enzyme can also oxidise
NADPH dehydrogenase can not only reduce but also oxidise by simply raising the pH, as researchers from Delft show in ChemCatChem.
Nobel Prize in Chemistry goes to protein folding computer
The Nobel Prize in Chemistry goes to the prediction of protein structure and folding.
Nobel Prize in physics goes to machine learning
The Nobel Prize in Physics has been awarded for ‘fundamental discoveries and innovations that enable machine learning with artificial neural networks’.
Nobel Prize in Physiology for microRNA discovery
Victor Ambros and Gary Ruvkun are awarded the Nobel Prize in Physiology for their discovery of microRNA and its role in post-transcriptional gene regulation.
Not all that glitters is gold
Researchers from the Rijksmuseum, the University of Amsterdam and the University of Antwerp, came across unusual arsenic sulfide pigments that Rembrandt, among others, used to create strikingly shiny details in his work.
Programming molecular memory
Using a simple autocatalytic reaction, researchers have programmed a chemical reaction network that has memory and performs logical functions.
(Not) sharing is caring
Using a combination of heat and light, symmetric σ-bonds can be broken asymmetrically, German researchers show in Nature.
Zapping sand
Turning soft beaches into hard rock. American researchers managed this (at least on lab scale) by exposing sea-soaked sand to a mild electric current.
Cleaner polystyrene thanks to improved degassing
Modifications to the degassing process have enabled Ineos Styrolution Antwerp to increase the purity of its food-grade high-impact polystyrene.
Crash course in computational chemistry
The TheoCheM group from VU Amsterdam is now offering a course to get chemists from various disciplines up to (computational) speed in just five days.
Bridging Bonds Speaker Highlight: Matt Baker (Maastricht)
The new symposium Bridging Bonds will uncover the collaboration potential of soft matter and macromolecules. Here we highlight speaker Matt Baker, associate professor at Maastricht University.
The best of both monomers
By fusing two commonly used monomers into a new monomer, you can combine their best properties, a Leuven team shows in ChemSusChem.
