GRK 1035: Biointerface - Detection and Control of Interface-induced Biomolecular and Cellular Functions

在生物医学植入物的发展中，关于表面结构对植入物界面处分化细胞生长的影响的知识仍然有限。因此，该研究培训小组的目的是开发纳米和微米结构的生物功能材料表面，以控制细胞粘附和三维组织生长的分子机制。此外，智能材料表面的研究将为生物传感器，生物芯片和无污染表面的发展提供新的见解。

Knowledge about surface structure effects on differentiated cell growth at the implant interface is still limited in the development of biomedical implants. Therefore the intention of this Research Training Group is to develop nano- and micro-structured, biofunctional material surfaces, in order to control the molecular mechanisms of cell adhesion and three-dimensional tissue growth. Furthermore, the study of intelligent material surfaces will provide new insights into the development of biosensors, biochips and non-fouling surfaces.