Research Activities of Department Members

 

Among the important works of department members are the DFG special research area SFB 652 (until 2017), the DFG Postgraduate Program Welisa (until 2017), two projects in the context of Excellence Research & Innovation in the New States (finished in 2015), projects in the DFG priority program (ongoing), the growth core MikroLas (review phase) , preparatory regional projects (Excellent Program, Research Funds, Nano4Hydrogen, finished), the virtual Helmholtz Centre ‚Aerosols and Health‘ (ongoing), different BMBF collaborative projects initiated by BMBF, the support of the department LL&M provided by state and university and projects in the Twenty20 funding line.

Some other projects of members are listed and linked here:

 

Response – Partnership for Innovation in Implant Technology

Response – Partnership for Innovation in Implant Technology

In RESPONSE, clinically relevant therapies with innovative implants are aspired. This means, on the one side, to develop implants that minimize foreign body reactions, which promote tissue regeneration, as well as disadvantageous cellular reactions which may result into early implant failure, via implant and tissue specific surface modification. Furthermore, responsive implant surfaces shall be developed, among others for stimulus-induced, local drug release.

HICE

HICE

The HICE (Helmholtz Virtual Institute for Complex Molecular Systems in Environmental Health – Aerosols and Health) investigates, amongst others, the reasons for negative health impacts of anthropogenic aerosols/fine dusts towards a long-term development of strategies that reduce the load. The institute was founded at the University of Rostock in January 2012 and is funded by the Impulse and Networking Fund of the Helmholtz Community.

Collaborative Project ARENA

Collaborative Project ARENA

Development of a system for automated cell fractionation for regenerative therapies together with the Human Med AG (Schwerin) and the University of Rostock (Faculty of Mechanical Engineering and Marine Technology, Chair for Fluid Technology/Micro-fluidic technology).

Simbone

Simbone

Representative musculoskeletal simulation models of the lower extremity with task-oriented modelling depth.

InnoSoilPhos

InnoSoilPhos

Innovative solutions to sustainable Soil Phosphorus management Project in the program "BonaRes - Boden als nachhaltige Ressource für die Bioökonomie" supported by the Federal Ministery of Education Project executing organisation: Jülich