Speaker
Mr
Torge Hartig
(Kiel University (CAU Kiel))
Description
The development of new biocompatible materials can lead to new ways to treat diseases in the human brain. By initiated Chemical Vapor Deposition (iCVD) polymeric thin films can be tailored to fulfill the needed specifications of drug release barriers. This way a local and time-specific drug-release can greatly reduce unwanted side-effects in these special surroundings. In combination with a Gas Aggregation Cluster Source, nanoparticles can be included in the polymeric matrix, that enable various stimuli-sensitivities of the polymeric coating. First results of nanocomposites created in this approach will be presented. Furthermore, we will show a new way to deposit 3D polymeric thin film structures via iCVD and present first applications.
| Speaker Country | Germany |
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Authors
Mr
Jonas Drewes
(Kiel University)
Mrs
Margarethe Hauck
(Kiel University)
Mr
Stefan Schröder
(Kiel University)
Mr
Torge Hartig
(Kiel University (CAU Kiel))
Mrs
Wiebke Reichstein
(Kiel University)
Co-authors
Dr
Fabian Schütt
(Kiel University)
Dr
Florian Rasch
(Kiel University)
Prof.
Franz Faupel
(Kiel University)
Prof.
Rainer Adelung
(Kiel University)
Dr
Thomas Strunskus
(Kiel University)