M.Sc. Fabian Wiertz

Fabian’s research focuses on developing ultrasound-activated platforms for tissue engineering. The aim is to create biomaterials that provide structural support while also being functionally controllable. Nucleic acid-based nanostructures serve as modular carrier systems and can be loaded with various bioactive molecules via specifically designed binding sites. Their release can be triggered in a controlled and non-invasive way using ultrasound, enabling precise regulation of biological processes. A key approach involves the ultrasound-triggered delivery of growth factors to influence cell behavior and tissue formation. This work is part of the TriggerInk project, which uses innovative 4D printing strategies to recreate functional cartilage tissue. Students interested in contributing through research projects or thesis work are warmly invited to get involved.

Fabian Wiertz is part of the RG Herrmann.