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The suspension dosage form has long been used for poorly soluble
active ingre- ents for various therapeutic indications. Development
of stable suspensions over the shelf life of the drug product
continues to be a challenge on many fronts. A good understanding of
the fundamentals of disperse systems is essential in the
development of a suitable pharmaceutical suspension. The
development of a s- pension dosage form follows a very complicated
path. The selection of the proper excipients (surfactants,
viscosity imparting agents etc.) is important. The particle size
distribution in the finished drug product dosage form is a critical
parameter that significantly impacts the bioavailability and
pharmacokinetics of the product. Appropriate analytical
methodologies and instruments (chromatographs, visco- ters,
particle size analyzers, etc.) must be utilized to properly
characterize the s- pension formulation. The development process
continues with a successful scale-up of the manufacturing process.
Regulatory agencies around the world require cli- cal trials to
establish the safety and efficacy of the drug product. All of this
devel- ment work should culminate into a regulatory filing in
accordance with the regulatory guidelines. Pharmaceutical
Suspensions, From Formulation Development to Manufacturing, in its
organization, follows the development approach used widely in the
pharmaceutical industry. The primary focus of this book is on the
classical disperse system - poorly soluble active pharmaceutical
ingredients s- pended in a suitable vehicle.
Scientific evidence clearly shows that chlorine and bromine
compounds, such as CFCs, released into the atmosphere are
responsible for continuous and progressive global ozone losses
superimposed by dramatic seasonal ozone depletions first observed
over Antarctica, now occurring over Arctic regions as well. Today
substitutes are produced and emitted, some of which are highly
reactive substances. This handbook volume deals with these reactive
halogen compounds and their interactions. It provides a review on
the present knowledge of their properties, applications, sources,
sinks as well as international regulations.
The suspension dosage form has long been used for poorly soluble
active ingre- ents for various therapeutic indications. Development
of stable suspensions over the shelf life of the drug product
continues to be a challenge on many fronts. A good understanding of
the fundamentals of disperse systems is essential in the
development of a suitable pharmaceutical suspension. The
development of a s- pension dosage form follows a very complicated
path. The selection of the proper excipients (surfactants,
viscosity imparting agents etc.) is important. The particle size
distribution in the finished drug product dosage form is a critical
parameter that significantly impacts the bioavailability and
pharmacokinetics of the product. Appropriate analytical
methodologies and instruments (chromatographs, visco- ters,
particle size analyzers, etc.) must be utilized to properly
characterize the s- pension formulation. The development process
continues with a successful scale-up of the manufacturing process.
Regulatory agencies around the world require cli- cal trials to
establish the safety and efficacy of the drug product. All of this
devel- ment work should culminate into a regulatory filing in
accordance with the regulatory guidelines. Pharmaceutical
Suspensions, From Formulation Development to Manufacturing, in its
organization, follows the development approach used widely in the
pharmaceutical industry. The primary focus of this book is on the
classical disperse system - poorly soluble active pharmaceutical
ingredients s- pended in a suitable vehicle.
Scientific evidence clearly shows that chlorine and bromine
compounds, such as CFCs, released into the atmosphere are
responsible for continuous and progressive global ozone losses
superimposed by dramatic seasonal ozone depletions first observed
over Antarctica, now occurring over Arctic regions as well. Today
substitutes are produced and emitted, some of which are highly
reactive substances. This handbook volume deals with these reactive
halogen compounds and their interactions. It provides a review on
the present knowledge of their properties, applications, sources,
sinks as well as international regulations.
This book maps out the frontiers of optical technology in two major
subdisciplines: optical materials and optical devices. The optical
materials and material architectures covered include nanostructured
silicon, chiral sculptured thin films, magnetic photonic crystals,
and switchable materials for efficient lighting and decorative
optics. The optical devices addressed include silicon waveguides
for integrated circuitry, high-speed electro-optic modulators,
laser diodes coupled with fibre-tip lenses, and optical sensors.
Reading the ten chapters, either altogether or piecemeal, the
reader will receive a virtually up-to-date review of the state of
the art.
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