Cell Biomaterial Interaction

A key issue in the development of chronic
implantable devices is the study of appropriate
material surfaces. The book addresses the
interactions of materials with the central nervous
system cells. Among different aspects of
interactions cell adhesion, selective growth and
network formation have been studied elaborately.
Surface engineering at the micro and nano-scale is
an extensive research tool used for modulating cell-
material interaction to enhance biocompatibility of
medical implants. An overview of current surface
modification approaches has been presented and
interactions of neural cells with sapphire and
iridium oxide, two emerging material surfaces
patterned by lithographic technique have been
studied. The interface between materials and
cortical neurons are studied at the atomic and
molecular level by two surface characterization
techniques,XPS and ToF-SIMS which have been
recently brought in the study of adsorbed proteins
on surfaces. This book should be helpful to students
and researchers working with design and development
of neuro-prostheses and those involved in the study
of in vitro biocompatibility and biomaterials.

Autorentext

Saida Parveen Khan obtained BSc from Bangladesh University of Engineering and Technology in 2001 and PhD in Chemical Engineering from Wayne State University (WSU),USA in 2007.She is working as a Post-Doc fellow at the Institute for Manufacturing Research at WSU.Her research interest includes biocompatibility and surface modification.

Klappentext

A key issue in the development of chronic implantable devices is the study of appropriate material surfaces. The book addresses the interactions of materials with the central nervous system cells. Among different aspects of interactions cell adhesion, selective growth and network formation have been studied elaborately. Surface engineering at the micro and nano-scale is an extensive research tool used for modulating cell-material interaction to enhance biocompatibility of medical implants. An overview of current surface modification approaches has been presented and interactions of neural cells with sapphire and iridium oxide, two emerging material surfaces patterned by lithographic technique have been studied. The interface between materials and cortical neurons are studied at the atomic and molecular level by two surface characterization techniques,XPS and ToF-SIMS which have been recently brought in the study of adsorbed proteins on surfaces. This book should be helpful to students and researchers working with design and development of neuro-prostheses and those involved in the study of in vitro biocompatibility and biomaterials.