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PEM Anchorage on Titanium Using Catechol Grafting
by
Barrere, Amélie
, Chavanne, Marie-Hélène
, Grosgogeat, Brigitte
, Schoentstein, Frédérique
, Mora, Laurence
, Marie, Hélène
in
Amines
/ Atomic force microscopy
/ Biomedical engineering
/ Catechin
/ Phenylalanine
/ Polyelectrolytes
/ Titanium
/ X-ray spectroscopy
2012
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PEM Anchorage on Titanium Using Catechol Grafting
by
Barrere, Amélie
, Chavanne, Marie-Hélène
, Grosgogeat, Brigitte
, Schoentstein, Frédérique
, Mora, Laurence
, Marie, Hélène
in
Amines
/ Atomic force microscopy
/ Biomedical engineering
/ Catechin
/ Phenylalanine
/ Polyelectrolytes
/ Titanium
/ X-ray spectroscopy
2012
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Do you wish to request the book?
PEM Anchorage on Titanium Using Catechol Grafting
by
Barrere, Amélie
, Chavanne, Marie-Hélène
, Grosgogeat, Brigitte
, Schoentstein, Frédérique
, Mora, Laurence
, Marie, Hélène
in
Amines
/ Atomic force microscopy
/ Biomedical engineering
/ Catechin
/ Phenylalanine
/ Polyelectrolytes
/ Titanium
/ X-ray spectroscopy
2012
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Journal Article
PEM Anchorage on Titanium Using Catechol Grafting
2012
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Overview
This study deals with the anchorage of polyelectrolyte films onto titanium surfaces via a cathecol-based linker for biomedical applications. The following study uses a molecule functionalized with a catechol and a carboxylic acid: 3-(3,4-dihydroxyphenyl)propanoic acid. This molecule is anchored to the TiO.sub.2 substrate via the catechol while the carboxylic acid reacts with polymers bearing amine groups. By providing a film anchorage of chemisorption type, it makes possible to deposit polyelectrolytes on the surface of titanium. This method based on catechol anchorage of polyelectrolytes open a window towards large possibilities of clinical applications.
Publisher
Public Library of Science
Subject
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