BIO INX and Rousselot are collaborating on a new, standardised biomedical-grade bioink for printing three-dimensional human tissue.
In this instalment of Exploring Academia, Isabelle discusses the steps on the academic ladder and the tasks and responsibilities of a professor.
By playing with the hardware and software of a mass spectrometer, ions can be captured and analysed for much longer, increasing resolution.
Five members of KNCV / NVBMB are among the recipients of a €1.5 million Vici grant.
Danish researchers have come up with a plan to produce and apply the jeans dye indigo in a much more sustainable way.
Using a nickel catalyst and a commercial carbon-14 source, it is easy to radioactively label carboxylic acids.
By first protonating the amine group on a sugar, you can selectively oxidise one of the hydroxy groups with palladium without protecting groups.
Obulytix, a spin-off from UGent and KU Leuven, sees proteins from bactericidal viruses as the solution to the growing problem of resistance.
Using LC-MS, extremely small protein samples enable the identification of the biological source of ivory in archeological and museum objects.
One of the best-known chemical reaction mechanisms – the SN2 substitution – sometimes proceeds in a completely different way than expected.
It is a challenge to design and optimise proteins specifically for a given task. By applying AI, Delft start-up Cradle aims to speed up this process.
It is a popular experiment to introduce children to science: staining a rose with food colouring. An American student did it with fluorescent dye.
With a little imagination, you can see a complete jungle in this picture, with large ferns and grass on the ground.