Metallic Biomaterial Interfaces

With the decade–long desire for optimum performance using biomaterials without additional surgery, replacement or maintenance, a desperate search is underway for tailoring the physical and physico–chemical properties of the materials surface and the biosystem.
This is the first book to concentrate on the highly important area of metal–based implants and their improved functionality and acceptance by the body. It thus focuses on the properties of biomaterial–tissue interfaces, which are discussed in terms of the biomaterials and the specific biological environments they are used in. Strong emphasis is placed on the recent results and success in improving the interface characterization towards implant refinement.
From the contents:
I. Interface Influence of Materials and Surface Modifications
∗ Passivity–inducing and –retaining Surfaces
∗ Topological Surface Modifications
∗ Chemical Surface Modifications
II. Physical and Physicochemical Surface Characterization
∗ Surface Topology
∗ Electrochemical Characterization
∗ Spectroscopic Interface Characterization
∗ Physical Characterization of Protein Adsorption
III. Biological Characterization of the Interface and Materials Related Biosystem Reactions
∗ Protein and Cell Adhesion Mechanisms
∗ Material–induced Cell Interactions
∗ Topology–dependent Cellular Interactions
∗ Materials–dependent Formation of New Hard Tissue


Spis treści:
I. Interface Influence of Materials and Surface Modifications
Passivity–inducing and –retaining Surfaces
Topological Surface Modifications
Chemical Surface Modifications
II. Physical and Physicochemical Surface Characterization
Surface Topology
Electrochemical Characterization
Spectroscopic Interface Characterization
Physical Characterization of Protein Adsorption
III . Biological Characterization of the Interface and Materials–Related Biosystem Reactions
Protein and Cell Adhesion Mechanisms
Material–Induced Cellular Interactions
Topology–Dependent Cellular Interactions

Nota biograficzna:
Jürgen Breme was the department head of Metallic Materials at the University of Saarland in Saarbrücken, Germany, until his retirement in October 2005. Having obtained his academic degrees from RWTH Aachen and University of Erlangen, he moved to Saarbrücken in 1988. He has authored over 200 scientific publications, including several books. His principal research interests are in the fields of titanium, titanium alloys and metallic biomaterials including composites, e.g. preparation and characterization of functional ceramic layers on implant materials.
James Kirkpatrick holds the Chair in Pathology at the Johannes Gutenberg University in Mainz, Germany, and has three doctorate degrees from the Queen′s University of Belfast, Ireland. he is a Fellow of the Royal College of Pathogists in London and Honorary Professor of two universities in China. He has worked at the universities in Ulm, Manchester and Aachen, is author of over 250 peer–reviewed articles and more than 700 scientific presentations. He is currently President of the European Society for Biomaterials and Associate Editor of Biomaterials and the Journal of Pathology.
Roger Thull is physicist and Chair of Functional Medical and Dental Materials at Würzburg University, Germany. Before this, he spent 15 years in the Department of Medical Engineering of the University of Erlangen/ Nuremberg with R&D in different biomaterials engineering fields. His interdisciplinary work focuses on the science and research of biomaterials, design of sceletal implants, and testing of materials and medical devices. Since 1990 surface modifications (PVD, Sol–Gel) are being developed at the department as for polymer and metallic implants in the cardio–vascular, dental, and orthopaedic fields.


Okładka tylna:
With the decade–long desire for optimum performance using biomaterials without additional surgery, replacement or maintenance, a desperate search is underway for tailoring the physical and physico–chemical properties of the materials surface and the biosystem.
This is the first book to concentrate on the highly important area of metal–based implants and their improved functionality and acceptance by the body. It thus focuses on the properties of biomaterial–tissue interfaces, which are discussed in terms of the biomaterials and the specific biological environments they are used in. Strong emphasis is placed on the recent results and success in improving the interface characterization towards implant refinement.
From the contents:
I. Interface Influence of Materials and Surface Modifications
∗ Passivity–inducing and –retaining Surfaces
∗ Topological Surface Modifications
∗ Chemical Surface Modifications
II. Physical and Physicochemical Surface Characterization
∗ Surface Topology
∗ Electrochemical Characterization
∗ Spectroscopic Interface Characterization
∗ Physical Characterization of Protein Adsorption
III. Biological Characterization of the Interface and Materials Related Biosystem Reactions
∗ Protein and Cell Adhesion Mechanisms
∗ Material–induced Cell Interactions
∗ Topology–dependent Cellular Interactions
∗ Materials–dependent Formation of New Hard Tissue