products and cell-based immunotherapies within the project. Designer immune cells can be used in many ways And the potential of such designer immune cells is huge: for example, they can be genetically modified [...] the efficacy and safety of drugs. For this project, he is also building the project "IMMUNITY - Designer Cells: New immune cell platforms for health research", which is being supported by the Fraunhof

external auditory canal featuring drug release benefits. The implant is 3D printed and additionally designed to continuously and locally release an active ingredient to accelerate healing. "We have thus opened [...] Dr. Verena Scheper, whose team from the Otolaryngology Clinic's Inner Ear Pharmacology Department designed the implant and manufactured it using the 3D-Bioplotter Manufacturing Series Background: The MHH

actually be used on patients one day has accompanied me my entire professional life," he notes. A designer protein he has been involved in developing for more than ten years is currently undergoing clinical [...] and has recently successfully completed two phase II trials. He is currently developing several designer proteins in order to be able to intervene therapeutically in other diseases as well. The biochemist

Professor Dr Julian Widder of the Clinic for Cardiology and Angiology, offers advantages with its special design: The new valve leaflets of the prosthesis lie above the natural aortic valve ring. This allows for

of patient care and further their careers by working independently. The three-year programme is designed for six scientists who have completed their doctorate between one and four years ago. It is scheduled

heel of the viruses, so to speak. With the help of artificial intelligence, the so-called in-silico design, the research team has primarily searched for "conserved" regions from gene databases. These are

Achilles' heel of viruses, so to speak. With the help of artificial intelligence, so-called in-silico design, the research team searched gene databases primarily for "conserved" regions. These are essential

work together, the more successfully patients can be cared for. The RehAmpTT learning module is designed to help with this. An interdisciplinary team of experts from the MHH and two orthopedic technology

suitable RNAi candidates, the research team uses artificial intelligence. The so-called in-silico design is to detect suitable target structures in the virus from gene databases and select suitable targets

phase of the new health care building. Coordination with the region and the state capital on the design of the area surrounding the MHH campus is proceeding constructively." By taking over responsibility