The project objective is to simplify the production of flexurally rigid bicomponent fibres of the Island-in-the-Sea type with a high defined number

In this project, Prof. Wessling's group deals with the production of complex geometries for membrane applications.

Cells in the human body are constantly subjected to internal forces and cyclic strains, rather than to constant forces.

The project aims to develop a mesoscopic self-oscillatory device based on microgel.

This project aims to investigate a self-oscillating microgel system that is driven by continuous-wave laser light.

The aim of the project is the development of a new temporary spacer material for protecting the rectum during the irradiation of prostate carcinoma

Ideally, drug treatments should be designed to be as precise and controllable as possible in order to administer the active ingredients at the site

The joint project 05 - AIX-DEZI “Decentralized industrial application”  is

Desalination is not only about producing freshwater, but also about recovering valuable salts.

DWI scientists have already identified anchor peptides that adhere to certain plastics, metals or various natural surfaces.

This project will engineer an injectable biomaterial that forms an anisotropic microheterogeneous structure in vivo.

Anisometric microgels to construct 3D responsive macroporous matrices to direct and mechanically trigger cells

In the EU-funded proof-of-concept ERC

Ankerpeptide bestehen aus einem hydrophoben und hydrophilen Teil und zeichnen sich durch eine ausgezeichnete Affinität zu vielen gängigen Kunststof

Chronic wounds are usually a side effect of a basic systemic disease and represent a considerable medical and socio-economic problem.