Researchers at the Vrije Universiteit Brussel have created a database for chemists working with Diels-Alder reactions, focusing on covalent adaptive networks, they state in Macromolecules.
Single-cell techniques offer many possibilities, but it is difficult to reach all the cells inside organs. Researchers at MIT have developed a new approach that brings those hard-to-reach parts into brilliant focus.
Soft materials for surgical robotics, that’s the goal of a group in Groningen. They have recently made a surprising step in the right direction.
Using diacetylene-based building blocks, researchers in Eindhoven have succeeded in creating an artificial cytoskeleton that closely mimics the mechanical properties of its living counterpart.
Combine gold atoms, thioglucosides and N-heterocyclic carbenes and you get a complex that targets ovarian cancer cells in vitro while leaving healthy tissue untouched.
The Open Competition ENW-XL offers funding for groundbreaking fundamental research projects set up by collaborative consortia of scientists from various universities and institutes. In this round, 21 proposals have been granted, ranging from €1-3 million per project. Here, we present those that involve members from the KNCV and/or NVBMB.
The Arts and Humanities Research Council (AHRC) will fund 31 innovative projects designed to protect and grow the UK’s £29 billion heritage sector.
To help make the agricultural sector more sustainable, a team from KU Leuven designed a membrane with a green solvent strategy for biogas purification.
A team from the University of Hasselt and the research institute imec presents in Advanced Science a new electrolyte that combines the properties of solid and liquid electrolytes in batteries. ‘We actually cheat a little.’
Air pollution interferes with plant olfactory communication by accelerating the breakdown of volatile compounds. However, a recent study published in Science suggests that the effects of pollution are not as simple as they seem.
Researchers in Amsterdam have laid the first foundations for a sunscreen based on a molecule found naturally in the skin: urocanic acid. They have published extensive spectroscopic data in two papers in Physical Chemistry Chemical Physics.