Recent Progress in Unique Solid Surfaces for Biological Applications

Hu      Yan; Kaoru      Tsujii

doi:10.2174/2212796810701030290

Abstract

This review briefly describes three unique types of solid surfaces, i.e., honeycomb polymer films, thermo-responsive polymergrafted glass surfaces and super water-repellent surfaces with a fractal structure. Details of preparation and physical properties are presented first followed by highlights of recent progress in cell culture on the solid surfaces.

Keywords: Cell culture, tissue engineering, thermo-responsive polymer, honeycomb polymer film, super water-repellent surface, fractal structure

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Current Chemical Biology

Title: Recent Progress in Unique Solid Surfaces for Biological Applications

Volume: 1 Issue: 3

Author(s): Hu Yan and Kaoru Tsujii

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Keywords: Cell culture, tissue engineering, thermo-responsive polymer, honeycomb polymer film, super water-repellent surface, fractal structure

Abstract: This review briefly describes three unique types of solid surfaces, i.e., honeycomb polymer films, thermo-responsive polymergrafted glass surfaces and super water-repellent surfaces with a fractal structure. Details of preparation and physical properties are presented first followed by highlights of recent progress in cell culture on the solid surfaces.

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Yan Hu and Tsujii Kaoru, Recent Progress in Unique Solid Surfaces for Biological Applications, Current Chemical Biology 2007; 1 (3) . https://dx.doi.org/10.2174/2212796810701030290