|  | | | Polymers
play an important role in cell-tissue contacts, for example in the
extra-cellular matrix (ECM) or the glycocalix. We try to model this
scenario in simpler systems.
For instance, polymer-supported membranes can recreate aspects of
membrane-polymer interaction, while membrane stacks of
polysaccharide-carrying lipids are useful for studying sugar-sugar
interactions. | | | |  | | | Using
polymer-supported membranes allows us to incorporate large
transmembrane proteins such as cell-adhesion receptors in
non-denaturing conditions on solid supports. | | | | | |  | | | Cell
adhesion models can be made from artificial lipid vesicles adhering to
solid-supported membranes. These adhesion regions can be visualized and
investigated with interference microscopy techniques. | |
Selected Publications:
- Tanaka, Sackmann, Nature (2005) review, pdf- Tanaka, Rossetti, Kaufmann, BioInterphases (2008) review
, pdf- Tanaka et al., JACS (2004)
- Schneider et al., Biophys. J (2003)
- Purrucker et al., PRL (2007)
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