The aim is to set up an improved in vitro test system for drug development for chronic inflammatory diseases. In the improved in vitro test system, the interaction between inflammatory processes in th

Research on dynamic resilience has so far been solely possible in observational clinical settings (e.g. monitoring of blood pressure, heart rate, mood) and in strongly simplified in vitro assays. To i

Interdisciplinary training network for the further development of organ-on-a-chip technology in Europe EUROoC is creating a trans-European network of application-oriented researchers trained in the de

The goal of this collaborative project is to develop a novel and modular platform that enables the circulation of immune cells and the connection of multiple organ-on-chip (OoC) models, namely lymph n

Flexible, large-area heat pipes ("FlexHP") that can be adapted to almost any topology would, if available, have a variety of applications in thermotherapy in human and veterinary medicine as well as h

The collaborative project FoBioGel aims at the development of photo-structurable, biochemically functionalizable hydrogels in the sense of a technology platform. These hydrogels are to be used as a bi

At the NMI, nerve cells from rodents are used to test substances on behalf of customers. Thanks to the NMI's expertise in immunocytochemical processes, microscopic applications and throughput-capable

At the NMI, the focus is on research work on the production, fragmentation, sterilization and modification of electrospun bulk, hollow and core-sheath fibres for integration into bioinks for the produ

Nanopore technology for the molecular diagnostics of the future: Freiburg innovation network continues development toward clinical application – NMI develops solid-state nanopores nanodiag BW has rece

Specializing in electrospinning, NMI excels in the precise fabrication of nanofibers from various materials. In this module, we harness the power of electrospinning to create hollow fibers as the fund