Full and hollow magneto-responsive ferro-microgels containing magnetic nanoparticles and aptamer-signal molecule complexes will be designed to cont

Graphene is a unique nonlinear material for tunable plasmonic applications at terahertz and far infra-red frequencies.

To ensure food security for the world's population in the future, crop yields must be significantly increased in the coming decades.

GXY sounds as futuristic and high-tech as the whole idea behind the BIOTEXFUTURE project.

The aim in the Heart 2.0 project is to develop an active interface system for the inside of artificial hearts and cardiac assist devices, combining

The goal of the project is to use interactive, microscopic rod-shaped polymer networks - so-called microgels - to produce 3D constructs in a high-t

The project focuses on the development of thermally insulating and dirt repellent light textile coatings.

Hemostasis patches are used to stop bleeding during surgical procedures. They use the patient's own clotting enzymes to form a clot.

Various peptides with specific adhesive properties on different surfaces such as stainless steel, natural or synthetic polymers have already been i

The pollution of the environment by the use of chemical fertilizers and pesticides poses a great risk to the health of animals and humans.

Global meat production is estimated to increase by 85 percent by 2050. Today's factory farming poses ethical and ecological risks.

As part of the In-Flow project, DWI intends to further develop its innovative silicon dioxide encapsulation technology in the direction of technica

We investigate the microgel formation by precipitation polymerization using reaction calorimetry.