Always focused on application: Through our research and development, we aim to bring the findings from basic research to companies and people. We develop methods, devices, and materials. Our researchers in pharmacy, biotechnology, medical technology, and physics are in constant communication with each other in order to benefit from the knowledge of their colleagues and advance their own research.
Our focus is on the development and validation of immunoassays (e.g., single analyte, multiplex, and ultrasensitive methods) and biomarker evaluation for the development or testing of medical products (e.g., gene therapies or pharmaceutical agents).
We are conducting research on a series of innovative model systems in neurobiology and tumor biology, which we make available for drug testing using molecular, cell biology, and electrophysiological methods.
Nondestructive Imaging of Dynamic Cellular Processes
Preclinical Stem Cell Models (CNS)
From biomedicine to industrial applications, we develop materials with improved properties. Another focus is on coatings that specifically control the interaction between medical implants and biological tissue.
Energy Storage of the Next Generations
Research on low-dimensional materials
Gas Adsorption on Nano-Carbons
Our team of scientists develops planar and 3D microelectrodes, chemosensors, and components for in vitro electrophysiology, smart implants, and neuroprostheses.
We develop specialized methods and tests that use both traditional and modern approaches for safety and toxicology studies.
With our diversified range of equipment and a variety of preparative, imaging, and spectroscopic methods, we are able to elucidate processes at the micro, nano, and even atomic dimensions.
Research on low-dimensional materials
Energy Storage of the Next Generations
Functionalized Nano-Carbon Structures