Pleuraplug was engaged in the development of composite microgel-based patches for the treatment of traumatic pleural injuries.

The project will focus on the colloidal superstructures designed from polyampholyte and temperature-responsive aqueous microgels.

Research into spatially separated "on demand" multifunctional polymer compartments for applications in the field of antibacterial and healing-promo

In the field of application of fiber-based medical devices, material and fiber morphology determine the interaction with the surrounding tissue.

The project aims to develop a skin healing living gel patch containing probiotic bacteria (PB) that control skin pathogens and functional rod-shape

The project is based on an invention for the treatment of skin diseases using probiotic bacteria with a skin patch.

A plaster was developed with probiotic bacteria (PB) leading to the treatment of bacteria-associated skin diseases like acne and to the dying of pa

In this project, the antimicrobial action of probiotic bacteria (a strain of Lactiplantibacillus plantarum) on native or infected human ex-vivo ski

The innovative core of the ProPhos project is to use biobased polyphosphate with bacteriostatic properties and release systems for biobased plastic

Reducing pesticide and fungicide usage is of great importance for a sustainable agriculture and bioeconomy.

For the identification of potentially pathogenic germs and viruses from clinical specimens and for recording the hygiene status of surfaces in the

The intracellular environment influences e.g.

Targeted imaging offers a powerful diagnostic tool in the field of personalized medicine and enables the early detection and identification of dise