The project bundles technological advances in molecular medicine, nanotechnology and digital technology to prepare industry in Baden-Württemberg for next-generation diagnostics. Demonstrators for futu
The goal of this collaborative project is to develop a novel, organ-like, 3D printed in vitro model of the proximal tubule in a microfluidic perfusable chip in a multi-well plate format for use in dru
The "6D-Biobone" project aims to demonstrate that innovative and intelligent bone substitute materials with six-dimensional functionalization optimally ensure the regeneration of lost bone tissue. For
Following the development, validation and establishment of the MULTICOV-AB assay within the CORESMA project, the Multiplex Immunoassays group has now received additional funding to enable its use in s
Disorders of the nervous system caused by drugs, environmental toxins, or pathophysiological processes can have far-reaching consequences, ranging from problems with signal transduction to loss of str
Early detection of negative effects of immunotherapeutic drug substances using innovative, highly complex, human organotypical co-culture systems combined with systems biology-based signaling pathway
The subject of the project is the development of essential microsystems technology and microelectronic components and designs for the construction of a multi-channel system with wireless energy and si
Neurochips connect nerve cells to electronic chips. The Neurochip junior research group develops and uses innovative methods to electrically stimulate individual cells and to analyze their signals. Th
Non-invasive diagnostic approach to determine patient risk from tumor metastasis based on circulating tumor cells. Individual therapy success and survival rate of tumor patients depend to a large exte
The aim of the project is to identify early biological indicators to predict the effects of non-genotoxic carcinogens