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

Safety / Tox Demonstrating drug safety is a crucial step on the road to approval. The NMI offers specialized methods and tests using both classical and modern approaches for safety and toxicology stud

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

Adhesive bonding as an innovative joining process is used in almost all areas of industrial production. In medical technology, many modern instruments can only be manufactured using bonding as the con

Cortically controlled, integrated assistance system for adaptive stimulation to restore hand gripping function The subject of the project is the research and utilization of interfaces between people w

Therapy of urinary incontinence by cell-based regeneration of the urethral sphincter Urinary incontinence, defined as frequent involuntary leakage of urine, leads to social problems even in small amou

The goal of the present project is to overcome the current limitations of pain research by implementing a predictive in vivo pain model, to decipher spontaneous pain pathways, and to thoroughly evalua

Improved drug discovery through in vivo-like cell culture systems Undetected liver toxicity is often the cause of drug failure and carries a high risk for patients and pharmaceutical companies. The NM