The present review intends to critically assess recent developments in atmospheric aqueous
phase chemistry with special emphasis on radical kinetics, which is regarded as a long-term …

Controlled synthesis of nanoscalar and nanostructured materials enables the development
of novel functional materials with fine-tuned optical, mechanical, electronic, magnetic …

In this work, we describe the radiolytic environment experienced by a polymer in water
during liquid-cell transmission electron microscopy (LCTEM). We examined the radiolytic …

Herein, phase transitions of a class of thermally-responsive polymers, namely a
homopolymer, diblock, and triblock copolymer, were studied to gain mechanistic insight into …

Direct imaging of the dynamics of polymeric assemblies in organic solvents is an
outstanding challenge. Herein, we apply liquid cell transmission electron microscopy …

Hydroxyl radical footprinting is a valuable technique for studying protein structure, but care
must be taken to ensure that the protein does not unfold during the labeling process due to …

Nanogels are intramolecularly crosslinked macromolecules of hydrophilic polymers. As
such, they constitute a specific topological form of polymers, being a sort of “frozen” polymer …

Radiation techniques, due to the additive-free initiation and easy process control, are very
suitable tools for synthesis of biomaterials, especially hydrogels. In our group, a number of …

The sensitivity of biocompatible polymers to ionizing radiation plays a crucial role for the
construction of polymer radiopharmaceutics, simultaneous radiotherapy and therapy with …

Nanogels—internally crosslinked macromolecules—have a growing palette of potential
applications, including as drug, gene or radioisotope nanocarriers and as in vivo signaling …