Spinal cord injury is a life-altering condition that often leads to paralysis, the loss of control over bowel, bladder and sexual functions, and ot

Catalysts play an important role in many reactions ranging from technical to biological. The working groups of Prof. Dr. Andrij Pich, Dr.

Hollow fiber membranes are widely used in sanitary water treatment, food industry and the medical sector.

In this project, we will investigate the interactions of soft microgels in the size range of 40–500 nm radius with cells.

The aim of the research project is to develop novel membrane systems based on thermoplastic elastomers and microgels.

Spontaneous adsorption of microgels at oil-water interfaces leads to remarkable effects, such as the deformation upon adsorption, concentration gra

Microgelzymes, functional microgel catalysts with controlled chemical composition, architecture, morphology, and site-specific distribution of vari

The MiRAGE project deals with the production of a microgel countercurrent flow reactor for autom

The intracellular environment influences e.g.

The present research project aimed at the development of a hydrophilizing, supramolecular hydrogel coating of aramid, which exceeds the permanence

Within this research project, we developed a single-step fabrication process of novel mosaic hollow fiber membranes.

To improve the efficacy of developing and testing new drugs, assessing chemical toxicity and personalizing therapies, three-dimensional (3D) human

Here we aim to improve the pharmacokinetic properties of anti-cancer drug delivery vehicles, by producing all-prodrug nanoparticles with defined co

In this project, we will develop multifunctional microgels capable of scavenging inflammatory mediators as well as targeting, imaging, and protecti

The recycling of materials from glued composites is a major challenge for efficient recycling management, especially in view of the steadily growin