BIOGEL is set up to educate young scientists to develop innovative hydrogel chemistries and systems for biomedical applications.

This project builds a bridge between polymer chemistry and biochemistry and utilizes mechanical stress as stimulus to unravel and enhance (bio)chem

The goal of this transnational project (together with Centexbel, Belgium) is to implement biobased polyurethanes, preferably isocyanate-free, in te

Cellulosefasern sind weltweit sehr beliebt.

Catalysts play an important role in many reactions, both technical and biological.

Microfluidics is a powerful technique to produce monodisperse microgels.

CNF is a low-cost material that can be physically or covalently crosslinked into hydrogels with outstanding properties like shape recovery and shea

RNAs enable the modulation and interference with gene expression at a transcriptional and translational level.

Today’s materials research in the field of synthetic membranes gives access to highly permeable and extremely selective membranes.

The development of novel nanocarrier materials for loading of therapeutic and molecular imaging elements for effective delivery to tumor site is a

Aim of the project is to equip microgels with specific binding motifs to scavenge and bind bacterial enterotoxins.

The recycling of firmly bonded material systems is a major challenge.

The reduction of insecticides and fungicides is of great importance for sustainable and ecological agriculture.