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Nutritional Biochemistry takes a scientific approach to nutrition.
It covers not just "whats"--nutritional requirements--but why they
are required for human health, by describing their function at the
cellular and molecular level. Each case study either leads to a
subsequent discovery or enables an understanding of the
physiological mechanisms of action of various nutrition-related
processes. The text is "picture-oriented" and the commentary is
directed towards explaining graphs, figures, and tables.
Nutritional Biochemistry includes a discussion of relevant aspects
of physiology, food chemistry, toxicology, pediatrics, and public
health. Experimental techniques for nutritional science are
emphasized, and primary data is included to help give students a
feel for the nutrition literature. This "real-world" approach
provides students with a realistic view of the basis for much of
our understanding of nutritional biochemistry.
* Integrates biochemistry and nutrition in a case-oriented
method
* Emphasizes a hands-on approach to learning - case histories and
clinical and research data illustrate all major points
* Places emphasis on metabolism - metabolic pathways, enzymology,
nutrient requirements (including RDA values)
* Reveals the benefits of the Mediterranean diet, the biochemistry
of exercise, the cell signaling pathways, how nutrition can
influence the development of cancer, and the anthropometry and
genetics of obesity.
FDA's Drug Review Process and the Package Label provides guidance
to pharmaceutical companies for writing FDA-submissions, such as
the NDA, BLA, Clinical Study Reports, and Investigator's Brochures.
The book provides guidance to medical writers for drafting
FDA-submissions in a way more likely to persuade FDA reviewers to
grant approval of the drug. In detail, the book reproduces data on
efficacy and safety from one hundred different FDA-submissions
(NDAs, BLAs). The book reproduces comments and complaints from FDA
reviewers regarding data that are fragmentary, ambiguous, or that
detract from the drug's approvability, and the book reveals how
sponsors overcame FDA's concerns and how sponsors succeeded in
persuading FDA to grant approval of the drug. The book uses the
most reliable and comprehensive source of information available for
writing FDA-submissions, namely text and data from NDAs and BLAs,
as published on FDA's website. The source material for writing this
book included about 80,000 pages from FDA's Medical Reviews, FDA's
Clinical Pharmacology Reviews, and FDA's Pharmacology Reviews, from
one hundred different NDAs or BLAs for one hundred different drugs.
Each chapter focuses on a different section of the package label,
e.g., the Dosage and Administration section or the Drug
Interactions section, and demonstrates how the sponsor's data
supported that section of the package label.
Clinical Trials, Second Edition, offers those engaged in clinical
trial design a valuable and practical guide. This book takes an
integrated approach to incorporate biomedical science, laboratory
data of human study, endpoint specification, legal and regulatory
aspects and much more with the fundamentals of clinical trial
design. It provides an overview of the design options along with
the specific details of trial design and offers guidance on how to
make appropriate choices. Full of numerous examples and now
containing actual decisions from FDA reviewers to better inform
trial design, the 2nd edition of Clinical Trials is a must-have
resource for early and mid-career researchers and clinicians who
design and conduct clinical trials.
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