Based on biophysical, biochemical and cellular analyses, we support a systemic understanding of exogenous cell signals and the application of the engineered materials in in vitro assays for biomedical studies and for fundamental studies of biofilm design in biotechnology. Furthermore, we apply hydrogel-microparticle based biosensors for the detection of anthropogenic analytes in different aqueous environments. A broad range of analytes including pesticides, xenohormones and antibiotics are targeted for cheap, on-site and highly sensitive readouts to be applied in environmental monitoring and food control.
New Paper on Contractility of Breast Cancer Cells at Matrix Interfaces
We newly published a paper in Biomaterials Science on the contractile behavior of breast cancer cells during transmigration of matrix interfaces. We reveal the occurrence of strong and highly asymmetric contractile forces of the cells at the moment of the crossing matrix interfaces from dense to open porous networks. This observation is connected to an additionally found dysregulation of mechanotransduction pathways and the previously observed change towards a more invasive and aggressive phenotype of transmigrated cells. For further reading see here.
New Paper on Sulfonamide Antibiotics Biosensor
We newly published a paper in ACS Applied Materials & Interfaces on sulfonamide antibiotics biosensors based on our technology of soft colloidal probes (SCP). We show a proof-of-concept for the detection of the widely used sulfonamide antibiotics in aqueous samples for application options in environmental monitoring. For further reading see here.