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This book provides a timely and comprehensive review of our current
knowledge of BPA release from dental polymers and the potential
endocrinological consequences. After a review of the history and
evolution of the issue within the broader biomedical context, the
estrogenicity of BPA is explained. The basic chemistry of the
polymers used in dentistry is then presented in a simplified and
clinically relevant manner. Key chapters in the book carefully
evaluate the release of BPA from polycarbonate products and
composite resins and the estrogenicity of these materials.
Currently available evidence on the potential estrogenic action of
dental composities, sealants, and adhesives is presented, and means
are suggested by which adverse health effects can be minimized. The
entire dental community will find this book to be an excellent
source of information on the true risks posed by BPA, and an
invaluable aid to safe practice.
This book comprehensively reviews bonding to enamel, dentin and
cementum and analyses relevant adhesion mechanisms. It is addressed
to both the dental researcher and the clinician. Emphasis is placed
on the characterization of material interfaces with dental tissues
in situ. The volume also stresses the importance of appropriate
experimental protocol design in facilitating clinically-relevant
research methods, clarifies the mechanisms of adhesion of polymeric
materials to hard dental tissues and furnishes a handy reference
for routine clinical procedures in restorative and prosthetic
dentistry as well as orthodontics. The book introduces important
aspects of the chemistry of dental materials and their adaptation
to dental hard tissues. It also analyses interfacial phenomena
occurring during application of materials, including mechanical
properties, and structural-compositional alterations. The text
presents the current instrumental approaches in studying related
issues and a summary of the current status of theories concerning
bonding to dental tissues. This work, in its scope and scientific
content, provides an in-depth view of the way in which aesthetic
dentistry is currently being practiced.
This book comprehensively reviews bonding to enamel, dentin and
cementum and analyses relevant adhesion mechanisms. It is addressed
to both the dental researcher and the clinician. Emphasis is placed
on the characterization of material interfaces with dental tissues
in situ. The volume also stresses the importance of appropriate
experimental protocol design in facilitating clinically-relevant
research methods, clarifies the mechanisms of adhesion of polymeric
materials to hard dental tissues and furnishes a handy reference
for routine clinical procedures in restorative and prosthetic
dentistry as well as orthodontics. The book introduces important
aspects of the chemistry of dental materials and their adaptation
to dental hard tissues. It also analyses interfacial phenomena
occurring during application of materials, including mechanical
properties, and structural-compositional alterations. The text
presents the current instrumental approaches in studying related
issues and a summary of the current status of theories concerning
bonding to dental tissues. This work, in its scope and scientific
content, provides an in-depth view of the way in which aesthetic
dentistry is currently being practiced.
This book provides a timely and comprehensive review of our
current knowledge of BPA release from dental polymers and the
potential endocrinological consequences. After a review of the
history and evolution of the issue within the broader biomedical
context, the estrogenicity of BPA is explained. The basic chemistry
of the polymers used in dentistry is then presented in a simplified
and clinically relevant manner. Key chapters in the book carefully
evaluate the release of BPA from polycarbonate products and
composite resins and the estrogenicity of these materials.
Currently available evidence on the potential estrogenic action of
dental composities, sealants, and adhesives is presented, and means
are suggested by which adverse health effects can be minimized. The
entire dental community will find this book to be an excellent
source of information on the true risks posed by BPA, and an
invaluable aid to safe practice.
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