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This book systematically addresses all the major available direct
and enabling technologies which have contributed to the
revolutionized research and development, thus improvements to
existing vaccines. Its target audience is both research and
development workers in the field, as well as health-care personnel
who use vaccines. It should serve as an invaluable source-book in
the vaccine field.
A diverse team of leading experts comprehensively review the
complex biology of a wide variety of vaccine combinations, as well
as the technical, clinical, and regulatory aspects of their
development. Topics covered range from the use of immunological
correlates of efficacy, rather than efficacy per se, for the
evaluation and licensure of vaccine combinations, to preserving a
stable immunogenic mixture in appropriate containers according to
accepted regulatory standards. Discussed in detail are the
trivalent influenza vaccine, the pneumococcal polysaccharide
vaccine, the MMR vaccine, the DTP vaccine and its combinations, and
the quadrivalent rotavirus vaccine, all of which serve as models
for the development of future combinations. Combination Vaccines:
Development, Clinical Research, and Approval illuminates all the
scientific, clinical, regulatory, and health care issues involved
in the research, development, and human use of combination
vaccines.
New Bacterial Vaccines focuses upon unfulfilled needs for bacterial
vaccines. The increase in drug resistance among many bacterial
species has increased the need for new bacterial vaccines. This
book serves as a comprehensive reference on the major aspects of
developing new bacterial vaccines. The distinctive feature of this
book is that it focuses upon new vaccines now under development by
reviewing key issues for each vaccine target and new technologies
being applied to developing new vaccines. This book should prove
useful for students in the life sciences, scientists, developers of
vaccines and biotechnology products, clinicians, regulators, and
health-care practitioners.
New Bacterial Vaccines focuses upon unfulfilled needs for bacterial
vaccines. The increase in drug resistance among many bacterial
species has increased the need for new bacterial vaccines. This
book serves as a comprehensive reference on the major aspects of
developing new bacterial vaccines. The distinctive feature of this
book is that it focuses upon new vaccines now under development by
reviewing key issues for each vaccine target and new technologies
being applied to developing new vaccines.
This book should prove useful for students in the life sciences,
scientists, developers of vaccines and biotechnology products,
clinicians, regulators, and health-care practitioners.
A diverse team of leading experts comprehensively review the
complex biology of a wide variety of vaccine combinations, as well
as the technical, clinical, and regulatory aspects of their
development. Topics covered range from the use of immunological
correlates of efficacy, rather than efficacy per se, for the
evaluation and licensure of vaccine combinations, to preserving a
stable immunogenic mixture in appropriate containers according to
accepted regulatory standards. Discussed in detail are the
trivalent influenza vaccine, the pneumococcal polysaccharide
vaccine, the MMR vaccine, the DTP vaccine and its combinations, and
the quadrivalent rotavirus vaccine, all of which serve as models
for the development of future combinations. Combination Vaccines:
Development, Clinical Research, and Approval illuminates all the
scientific, clinical, regulatory, and health care issues involved
in the research, development, and human use of combination
vaccines.
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