Bioactive implants as adhesion barrier In the course of this project, an absorbable, biocompatible and minimally invasive adhesion barrier will be developed. The inversion principle will be used, in w
The main idea of this project is to optimize the mechanical properties of CFRP-metal joints with regard to quasi-static and oscillating stresses. In multi-material design, pure adhesive bonding is oft
Development and evaluation of new process and equipment technologies for the generation of effective diffusion barriers on PTFE surfaces Diaphragms are often used as hermetic seals for media separatio
An innovative disinfection, cleaning and passivation process for technical medical devices was developed. The effectiveness in terms of purity and passivation quality was demonstrated using product-eq
Investigation of the deposited layers using surface analytical, electrochemical and biological measurement methods. Laser-based deposition of adhesion promoter layers: The LaserPROMISE project (laser-
Dr. Markus Templin - Early detection of skin cancer The 72nd Lindau Nobel Laureate Meeting #LINO23, dedicated to the theme of physiology/medicine, was held from June 25-30, 2023. 38 Nobel Laureates an
The NMI is very pleased about the visit of the young scientists during the Lindau Nobel Laureate Meeting. The focus of this year's Lindau Nobel Laureate Meeting was on physiology and medicine. It took
Material Development and Functionalization The continuous development of materials plays a central role in modern technology, as they form the basis for the realization of innovative technical applica
The goal of the SEALANT project is to develop a new generation of thin-film-based hermetic encapsulation technology for miniaturized medical implants instead of the conventional bulky metal or glass h
In this project, a method for the identification of tumor-specific cytotoxic T cells, without knowledge of the tumor antigens recognized by T cells, is being further developed for use in pancreatic ca
