Chemically functionalized self-assembled monolayers made by disk-shaped zeolite L nanocrystals are used as models for biocompatible surfaces to study cell-adhesion behavior. Different chemical groups lead to different cellular behavior and fluorescent-molecule-loaded zeolites allow the position of the cells to be determined. Furthermore, a patterned monolayer of asymmetrically functionalized zeolite L obtained by microcontact chemistry is used to grow cells. A spatial recognition of the cells, which proliferate only on the bioactivemolecule-functionalized stripes, is possible. .
Cell adhesion and cellular patterning on a self-assem bled monolayer of zeolite L crystals / N.S. Kehr, K. Riehemann, J. El-Gindi, A. Schafer, H. Fuchs, H.J. Galla, L. De Cola. - In: ADVANCED FUNCTIONAL MATERIALS. - ISSN 1616-301X. - 20:14(2010), pp. 2248-2254. [10.1002/adfm.201000205]
Cell adhesion and cellular patterning on a self-assem bled monolayer of zeolite L crystals
L. De Cola
2010
Abstract
Chemically functionalized self-assembled monolayers made by disk-shaped zeolite L nanocrystals are used as models for biocompatible surfaces to study cell-adhesion behavior. Different chemical groups lead to different cellular behavior and fluorescent-molecule-loaded zeolites allow the position of the cells to be determined. Furthermore, a patterned monolayer of asymmetrically functionalized zeolite L obtained by microcontact chemistry is used to grow cells. A spatial recognition of the cells, which proliferate only on the bioactivemolecule-functionalized stripes, is possible. .File | Dimensione | Formato | |
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