2005生物医学工程学杂志Requires access

Multilayered Polyelectrolyte Films:A Tool for Biomaterial Coatings and Tissue Engineering?

Jean-Claude, Voegel, Joёlle, Ogier, Catherine Catherine, Picart, Nadia, Jessel, Philippe, Lavalle, Vincent Vincent, Bernard Bernard, Senger, Christophe Pierre, Schaaf

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Abstract

1 Physicochemical aspects of multilayered polyelectrolyte films Multilayered polyelectrolyte films are obtained by alternated depositions on a solid surface of polyanions and polycations~([1]). The driving force for the build-up results from the charge excess which appears on the top of the film after each new polyelectrolyte adsorption. The film top becomes thus positively (respectively negatively) charged when the film is ending by a polycation (respectively polyanion). Various polyelectrolyte systems hav...

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1 Physicochemical aspects of multilayered polyelectrolyte films Multilayered polyelectrolyte films are obtained by alternated depositions on a solid surface of polyanions and polycations~([1]). The driving force for the build-up results from the charge excess which appears on the top of the film after each new polyelectrolyte adsorption. The film top becomes thus positively (respectively negatively) charged when the film is ending by a polycation (respectively polyanion). Various polyelectrolyte systems hav...

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1 Physicochemical aspects of multilayered polyelectrolyte films Multilayered polyelectrolyte films are obtained by alternated depositions on a solid surface of polyanions and polycations~([1]). The driving force for the build-up results from the charge excess which appears on the top of the film after each new polyelectrolyte adsorption. The film top becomes thus positively (respectively negatively) charged when the film is ending by a polycation (respectively polyanion). Various polyelectrolyte systems hav...

Key concepts: Polyelectrolyte, Polyelectrolyte adsorption, Adsorption, Materials science, Chemical engineering, Biomaterial, Nanotechnology, Polymer science

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