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ToF-SIMS-analysis of complex surface modifications
QCM-D based characterization of lipid-based sensor templates developed for SPR analysis
Preparation, characterization and immune system activation in blood by new conducting electrode materials in pacemaker applications
Soft- and bone tissue reactions on loaded microimplants with different surface modifications
Interaction of antithrombin with different types of heparin surfaces with implications for cellular interactions
Interaction of antithrombin with different types of heparin surfaces with implications for cellular interactions  
Biocompatible Materials » Project survey » Projects in cooperation with industries » Interaction of antithrombin with different types of heparin surfaces with implications for cellular interactions
Project description
 
The company which submitted the application, Corline AB, is a high-tech company at the very fore-front of research, development and manufacturing of biocompatible surfaces for medical devices in contact with blood.

The goal of the project was to explore the mechanisms for antithrombin interaction with immobilised heparin as related to the molecular structure of the immobilised heparin and the implications for cellular reactions and performance in whole blood tests. The collaborating research partner was Professor Rolf Larsson at UU, also a Project Leader for the project “A systematic approach to improve blood compatibility of biomaterials for cardiovascular applications”.

”The activities within this research project are excellent illustrations of a mutually beneficial collaboration between industry and academia”, says Professor Larsson. ”Industry, in this case Corline, provides interesting and relevant study objects and questions, and academia can use their sophisticated instruments and knowledge as part of an ongoing education of young scientists to provide useful answers published in peer-reviewed scientific reports.”

www.fy.chalmers.se
www.chalmers.se
www.gu.se
  SSF research programme: Biocompatible Materials
Fysik och teknisk fysik
Chalmers tekniska högskola och Göteborgs universitet
412 96  Göteborg
Besöksadress: Fysikgränd 3
Tel 031-772 1000 | Fax 031-772 xxxx
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