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Concepts of Genetics 5th Edition
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This bestseller Book/CD, and Fifth Edition continues to set the standard for introductory genetics books. The book is known for its clear writing style, emphasis on concepts, visual art program and thoughtful coverage of all areas of genetics. Noteworthy enhancements of the Fifth Edition include revised organization, modernization of cutting-edge topics and research, expansion of problem sets, and extensive revision of population and evolutionary genetics. New supplements include a CD-ROM presentation tool, World Wide Web connection for users and a New York Times genetics supplement. Genetics is a complex, detailed discipline and the authors emphasize the primary concepts of genetics over the detailed encylcopedic coverage of genetics. The importance of genetic analysis and experiments is presented in the book and problems. As a result, the historical basis of the process of science is well portrayed. The book offers balanced coverage of classical, molecular and population genetics. The book's coverage extends from classical theories to recent findings in such areas as molecular and eukaryotic genetics enabling users to understand today's research advances in light of the field's historical development.
- ISBN-100135310628
- ISBN-13978-0135310625
- Edition5th
- PublisherPrentice Hall College Div
- Publication dateNovember 15, 1996
- LanguageEnglish
- Dimensions1.25 x 8.5 x 11.5 inches
- Print length759 pages
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- Publisher : Prentice Hall College Div; 5th edition (November 15, 1996)
- Language : English
- Hardcover : 759 pages
- ISBN-10 : 0135310628
- ISBN-13 : 978-0135310625
- Item Weight : 3.99 pounds
- Dimensions : 1.25 x 8.5 x 11.5 inches
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I really like the authors' approach to the subject. They do an excellent job of describing complex material in a way that makes it clear and understandable. The many diagrams, drawings and tables are an integral part of the coverage and help significantly to clarify the written explanations. The authors also have a good sense for the history of genetics, describing clearly many key experiments that have been done to establish the key principles.
The material has obviously been updated with most recent available results. The authors frequently point out areas of most intense current research. The text is definitely not light reading but if you want to learn the material, you will find it very well presented here.
However I did not really appreciate the way the fluctuation test of S.Luria and M.Delbruk was presented nor was the following work of J.Cairns and B.Hall in chapter 14: Gene mutation, DNA repair and Transposable elements. There seems to lack the true essence of it. Furthermore the existence of mutational hotspots is limited to a subsection only of chapter 14 and a few lines on the work of S.Benzer. Even B.Lewin in Genes VII gives a better treatment of mutational hotspots. Finally I would have expected a chapter on Mutations to talk about mutator mutations as possible ways to increase or decrease the spontaneous mutation rate but no such references were made.
Despite these few things, if you love genetics or need an introductory course be sure that this book is meant for you!

