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C A T
A L O G
· Sciences
Antioxidant
Vitamins and Health: Cardiovascular Disease, Cancer, Cataracts, and Aging
Claude Fernand Bourgeois
Capillary Electrochromatography and Pressurized Flow
Capillary Electrochromatography: An Introduction
Ira S. Krull, Robert L.
Stevenson, and Kavita Mistry, with Michael E. Swartz
The Carrier Gas in Gas Chromatography
Victor G. Berezkin
Chromatographic Analysis of Anticancer Drugs
Jeffrey Cummings, Irving Wainer,
W. John Lough, and Bruce Charles
Contemporary Microscale Separations
Chao Yan
Drug Development Perspectives: Strategies,
Challenges, and Considerations
Nuggehally Srinivas
Electroanalytical
Methods in Pharmaceutical Analysis and Their Validation
Sibel A. Ozkan
Gel
Electrophoresis: Concepts, Protocols, and Applications
Amjad Hameed, Razia Kuasar, and Arruje Hameed
HPLC of Acyl Lipids
edited
by Jiann-Tsyh Lin and Thomas A. McKeon
Microthermal Field-Flow Fractionation
Josef
Janča
Okra Handbook: Global Production, Processing, and
Crop Improvement
edited by B. S. Dhankhar and Ram Singh
Amino Acids: Chromatographic Separation and Enantioresolution
Ravi Bhushan and Juergen Martens
Time-Resolved Inverse Gas Chromatography and Its
Practical Applications
Nicholas
A. Katsanos and George Karaiskakis
Wear Analysis for Engineers
Raymond
G. Bayer
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· Description
Antioxidant Vitamins and Health is about the role played by antioxidant nutrients in the
prevention of chronic degenerative diseases and conditions. The book begins
with some background on free radicals, the reactive oxygen species generated in
vivo, then describes the mechanism of antioxidation and the antioxidant
defenses of humans. Each of the succeeding chapters covers a main topic:
cardiovascular disease, cancer, cataracts, and aging. The most important
epidemiological studies carried out over the past two decades are thoroughly discussed
and compared. The results are summarized in a concluding chapter, and an
extensive list of references is provided.
The book will appeal to researchers in the fields of
antioxidants, cardiovascular disease, cancer, cataracts, and aging; nutritional
scientists; and students in these disciplines.
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· Description
This book covers the theory, instrumentation, and specific
uses and applications, including advantages and limitations, of capillary
electrochromatography (CEC) and pressurized flow CEC (PEC). In so doing, it
compares CEC/PEC with more conventional modes of separation and discusses
method transfer from other chromatographic techniques to CEC.
Aimed at those first approaching applications in CEC/PEC,
the book is an invaluable introduction for analytical chemists involved in
methods development, optimization, and validation for any analytes already
undergoing analysis by chromatographic or electrophoretic techniques, including
analytical chemists, analytical biochemists, molecular biologists,
immunologists, pharmaceutical scientists, medicinal chemists, pharmacists,
environmental chemists, and industrial chemists.
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Victor G. Berezkin |
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· Description
To follow.
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Jeffery Cummings, Irving Wainer, John W. Lough, and Bruce Charles |
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· Description
To follow.
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Chao Yan |
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· Description
The state of the art in capillary (nano-) separations,
including capillary electochromatography (CEC), pressurized capillary
electochromatography (pCEC), capillary LC (micro-HPLC), pCEC-MS, and other
hyphenated techniques. The focus is on miniaturization, and “lab on a chip”
analysis merits its own chapter.
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Drug Development Perspectives: |
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Nuggehally R. Srinivas |
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· Description
In
present-day drug development, alignment of functional expertise is important for
understanding, strategizing and operationalizing drug development initiatives.
In order to better appreciate the complexities and intricacies of drug
development, select topics that cater to the different functions involved in
the drug development process are presented as unique chapters.
The book is intended for wide range of scientists in late drug discovery,
preclinical and clinical stages of NCE/NME development in Pharmaceutical
Industry, Biotechs, and/or for University researchers/academics to provide
introduction, guidance and perspectives of drug development with carefully
chosen topics in bioanalysis, allometry approach, CYP metabolism,
pharmacokinetic considerations including genetic polymorphism concepts.
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Electroanalytical Methods in Pharmaceutical Analysis and Their Validation |
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Sibel A. Ozkan |
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In preparation. Reserve your copy; we will notify you upon publication. |
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· Description
Electroanalytical methods are used very often in pharmaceutical
analysis. The aim of this book is to cover the full scope of the most used
electroanalytical techniques in pharmaceutical analysis and provide a sound
understanding of the principles of electrochemical methods and their
application to pharmaceutical analysis. The most commonly used types of
electrode and related equipment are explained. Numerous-up-to-date references,
covering the latest literature, are given at the end of each chapter. In the
last chapter, validation procedures for electroanalytical methods, related
validation parameters, and their calculations are discussed.
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Gel Electrophoresis: Concepts,
Protocols, and Applications |
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Amjad Hameed, Razia Kuasar, and Arruje Hameed |
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· Description
Gel electrophoresis has become essential to modern
molecular biology, with numerous applications. This book provides a solid
background by discussing the individual techniques and showing how protocols can
be developed for a wide variety of applications. Troubleshooting guidance and extensive indexing and
cross-referencing help make this book a valuable hands-on resource.
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HPLC of Acyl Lipids |
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Edited by Jiann-Tsyh Lin and Thomas A. McKeon |
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$110.00 |
April 2005 |
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Illustrated: |
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· Description
Lipids are of obvious
importance in medicine, health, industry, agriculture, and biotechnology. Fatty
acids can be separated by GC; however, fatty acid-derived complicated lipids
cannot be separated well by GC. HPLC is the separation technique of choice.
This book covers every class of lipids and HPLC techniques, with a
concentration on fatty acid-derived lipids.
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· Description
Microthermal field-flow
fractionation (micro-TFFF) is a new method of polymer and particle separation
and analysis based on the effect of thermal diffusion (Ludwig-Soret effect);
the relationships between molecular characteristics of the separated
macromolecular and particulate species such as molar mass, particle size,
chemical nature, and composition; and their distribution and separation
characteristics such as retention. The book begins with a description of the
theoretical principles of FFF, which apply equally to micro-TFFF, although the
latter technique offers a number of important operational advantages, including
superior cold-wall temperature regulation. Practical analytical aspects of
experimental data analysis are discussed in detail. Typical methodological
applications of micro-TFFF are given for polymers and particles of synthetic,
natural, or biological origin. The book will be of interest to university and
R&D scientists involved in the analysis and characterization of polymers,
biopolymers, particles, and biological cells in polymer chemistry, colloid and
interface science, microbiology, and the environmental sciences.
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· Description
Okra’s potential as an
oilseed crop and its drought tolerance in a world facing global warming
underscore its growing importance. Yet, there has been no book exclusively on
okra. This book synthesizes the scientific information on various aspects of
okra by global experts in their fields of specialization to provide a single
source of in-depth and detailed information.
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Amino Acids: |
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Ravi Bhushan and Juergen Martens |
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$90.00 |
February 2010 |
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Illustrated: |
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· Description
Amino
acids are important biological compounds that are associated with peptides and
proteins, and occupy an important position in the food and pharmaceutical
industries. With their simple structures and the ready availability of both
enantiomers, amino acids not only serve as a chiral pool for synthesis but also
provide an inexpensive pool for resolution studies as either the racemate for
resolution or the chiral selector for resolution of racemic mixtures of several
other compounds. The development of analytical methods that can be applied for
separation and identification and resolution of enantiomers of chiral
compounds, including the control of optical purity, remains an area of interest
and importance.
This
book reflects the authors' research activities over the past 30 years in the area of
separation and synthesis related to amino acids.
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Time-Resolved Inverse Gas Chromatography and Its Applications |
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Nicholas A. Katsanos and George Karaiskakis |
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$65.00 |
June 2004 |
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Illustrated: |
"An excellent
reference for time-resolved inverse gas chromatography. It is definitely
worth its modest price." "An excellent
discussion of the theory and practice of inverse gas chromatography. It is
wholeheartedly recommended to everybody involved in the non-analytical use of
GC." "Each chapter is
clear, concise, and supported with numerous references." |
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· Description
This book provides an easy
way to use time-resolved chemistry, allowing inverse gas chromatography to
become time resolved and therefore to record local with respect to time
adsorption energies, local monolayer capacities local isotherms, energy
distribution functions, adsorption rates with lateral molecular interactions,
surface diffusion coefficients, effectiveness factors in heterogeneous
catalysis, and surface energy on heterogeneous surfaces of solids. Important
practical applications of time-resolved inverse gas chromatography in various
scientific and industrial fields are included. The book will appeal to
chromatographers, materials scientists, and investigators of heterogeneous
catalysis and interfacial science, as well as researchers and postgraduate
students in analytical and environmental chemistry.
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Raymond G. Bayer |
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$90.00 |
2002 |
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Illustrated: |
"Compressed
product-development cycles and tight budgets often prohibit extensive life
testing. Herein lies the value of Raymond Bayer's concise Wear Analysis
for Engineers, which provides a methodology for effective use of
equations and models to evaluate wear behavior. . . Bayer's years of
experience are revealed in the way he guides the reader through the process
of identifying the key factors for different wear scenarios. . . . Plenty of
figures, tables, and optical micrographs are provided, which makes for an
interesting and easy-to-follow text. . . . Wear Analysis for Engineers
is a useful tool for anyone attempting to resolve wear problems." |
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· Description
This book guides engineers
on the proper analysis of wear situations and the utilization of qualitative and
quantitative methods to identify solutions to wear problems. The emphasis is on
how to do a successful wear analysis. With its clear descriptions, helpful
photographs, and insightful case histories, this book thoroughly covers the
recommended techniques for performing analyses.
This is a book that all
practicing hardware or materials engineers concerned with the wear of
mechanical components will want to own.
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