Facebook Twitter Youtube RSS Feed Instagram Intranet

Science
- Mission: science creates benefits –
  from basic research to application
- Research Topics
- Service
Institutes & Platforms
- - Institute of Materials Research
    - Materials Mechanics
      Development of joining processes and methods for behavioral description materials ACE: User-platform for lightweight materials Forschungsplattform
    - Materials Technology
      Materials and systems for the generation and storage of hydrogen.
    - Materials Physics
      Material characterizations using neutrons and synchrotron radiation GEMS: User-platform for research with photons and neutrons Forschungsplattform
    - Magnesium Innovation Centre MagIC
      Magnesium for transportation technology and medical application
    - Metallic Biomaterials
      Development of metallic implant materials based on magnesium and titanium for medical applications
  - Institute of Coastal Research
    - Biogeochemistry in Coastal Seas
      Investigation of natural and artificial chemical compounds and pollutants
    - Operational Systems
      Development and use of measuring systems for monitoring of coastal seas COSYNA: Coastal Observing System for Northern and Arctic Seas Forschungsplattform
    - System Analysis and Modelling
      Exploration of regional and global changes of coastal zones
    - Climate Service Center (GERICS)
      
      Information and advisory platform on climate change
- - Institute of Polymer Research
    - Membranes - Materials and processes
      Development of membranes and membrane processes for applications in separation Polymer Technology Centre Forschungsplattform
    - P = Research platform
  - Institute of Biomaterial Science
    - Biomaterials for medical applications
      Multifunctional, polymer-based materials for applications in regenerative medicine Berlin-Brandenburger Centrum für Regenerative Therapien BCRT Forschungsplattform
About us
Career & Campus
Public Relations

HZG Homepage
>
Science
>
EU Projects
>
FP5
>
Health

Cell behaviour towards different wettable biomaterials surfaces: Functional role of integrins in intracellular signalling processes

FAUCHEUX

Project timeline

Start:
September 2001

Duration:
24 months

End:
August 2003

General Information

This interdisciplinary project covers a wide range from material sciences to cell biology and aims at a better understanding of the tissue compatibility of biomaterials. Existing knowledge on the activity of integrins on biomaterials available at Helmholtz-Zentrum Geesthacht will be combined with the knowledge and expertise in intracellular signalling processes, particularly on cAMP, which will be brought into the project by the M.-C. fellow, Dr Nathalie Faucheux. A particular focus is on how adsorption of adhesive proteins like vitronectin, fibronectin, and others on well defined surfaces such as self assembling monolayers interact with integrins and influence intracellular signalling pathways. Results will be used in biohybrid organ technology and tissue engineering.

EU-Programme Acronym and Subprogramme Area	FP5-HUMAN POTENTIAL-2000, Marie-Curie Individual Fellowship
Project Type	Marie-Curie Individual Fellowship
Contract Number	HPMF-CT-2000-00883
Co-ordinator	Helmholtz-Zentrum Geesthacht (D)

Total Eligible Costs (€)	HZG Eligible Costs (€)	EC Funding for HZG (€)
147.150	147.150

Contact Person at HZG

Univ.-Prof. Dr. sc. nat. Andreas Lendlein, Institute of Biomaterial Science, Phone: +49 3328-352-450, (initial contact: Dr. Thomas Groth, Institute of Polymer Research)
E-mail contact

Worldwide Europe

Participants

Université de Technologie de Compiègne (FR)

(completed August 2003)

Last Update: 01. June 2017