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HUMAN BASED SYSTEMS FOR TRANSLATIONAL RESEARCH Hardcover - 2014
by Robert Coleman
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- Title HUMAN BASED SYSTEMS FOR TRANSLATIONAL RESEARCH
- Author Robert Coleman
- Binding Hardcover
- Condition New
- Pages 305
- Volumes 1
- Language ENG
- Publisher Royal Society of Chemistry
- Date 2014-12
- Illustrated Yes
- Features Bibliography, Illustrated, Index
- Bookseller's Inventory # BIBR-5790
- ISBN 9781849738255 / 1849738254
- Weight 1.2 lbs (0.54 kg)
- Dimensions 9.4 x 6.5 x 0.8 in (23.88 x 16.51 x 2.03 cm)
- Library of Congress subjects Human experimentation in medicine, Drug development
- Library of Congress Catalog Number 2015430053
- Dewey Decimal Code 571.61
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From the rear cover
This book provides a history and discussion of the use of human tissues as an alternative to animal-based testing for assessing the efficacy and safety of new medicines. Beginning by providing a historical background to animal-based testing, this text then describes in detail the issues relating to access to human cells and tissue and the rules and regulations governing their use. The book illustrates what is currently possible in humanising medicines research and development, and suggests more rational and reliable means of developing safe and effective drugs for the future than those on which we currently rely.
Early chapters establish the need to generate more data in human-derived test systems, and the need for resources such as tissue banks and standardised processes whilst highlighting the barriers that have prevented such developments so far. Subsequent chapters explore the alternatives to current animal toxicology studies, including stem cells and computational models, with balanced views of the technical challenges and opportunities these offer. In addition, useful information on computational methods and pharmacokinetics are included.
This book is an essential read for anyone engaged in translational drug discovery who wishes to consolidate their understanding and broaden their awareness of the key issues involved in accessing primary human tissue and the advantages of doing so.
Early chapters establish the need to generate more data in human-derived test systems, and the need for resources such as tissue banks and standardised processes whilst highlighting the barriers that have prevented such developments so far. Subsequent chapters explore the alternatives to current animal toxicology studies, including stem cells and computational models, with balanced views of the technical challenges and opportunities these offer. In addition, useful information on computational methods and pharmacokinetics are included.
This book is an essential read for anyone engaged in translational drug discovery who wishes to consolidate their understanding and broaden their awareness of the key issues involved in accessing primary human tissue and the advantages of doing so.
