News
Abstract: Hybrid DNA-protein nanogels represent potential protein vectors and enzymatic nanoreactors for modern biotechnology. Here, we describe...
It was also selected as a so-called "hot paper". Abstract: We report that user-defined DNA nanostructures, such as two-dimensional (2D) origamis...
2020 Secret Santa 12/17/2020
Guess of the day: Find who offer you a presentin the team...
2020 Baigl lab retreat 05/30/2020
After lock-down, we were all glad to share a nice lab retreat by kayaking together on Marne river!
Abstract: The so-called coffee-ring effect (CRE) is extraordinarily common, problematic in industry and attractively puzzling for researchers,...
Abstract: Self-propelled drops are capable of motion without external intervention. As such, they constitute attractive entities for fundamental...
Abstract: The“flipping method”is a new straightforward way to both adsorb and organize microparticles at a liquidinterface, with ultralow amounts of...
Abstract: Self-assembled nucleobases, such as G-quartets or quadruplexes, have numerous applications but light-responsive structures are limited to...
Our paper "Enzymatically Active DNA-Protein Nanogels with Tunable Cross-Linking Density" has just been accepted in Biomacromolecules
Our paper "Reversible supra-folding of user-programmed functional DNA nanostructures on fuzzy cationic substrates" has just been accepted in Angewandte Chemie.
2020 Secret Santa
2020 Baigl lab retreat
Our new paper "Liquid-liquid coffee-ring effect" accepted in Journal of Colloids and Interface Science!
Our new paper "Self-propelled water drops on bare glass substrates in air: fast, controllable and easy transport powered by surfactants" published in Langmuir!
Our new paper "From-bulk crystallization of inorganic nanoparticles at the air/water interface: tunable organization and intense structural colors" published in Nanoscale!
