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Analysis of Biology Development by Klaus Kalthoff

Material type: TextTextLanguage: English Publication details: United States of America. McGraw-Hill, Inc. , 1996Description: xvii, 812 p. : ill, (some col.) ; 28 cmISBN: 0070333084Subject(s): BiologyDDC classification: SHS 574.3 K12a 1996 Summary: "The organization of the book reflects the union of classical and modern ways of analysis in contemporary development biology. Part one emphasizes classical methods of analysis and covers the series of embryonic stages from gametogenesis to histogenesis. Interspersed are basic conceptual topics such as nuclear totipotency, cell determination, cytoplasmic localization, induction, and morphogenesis. Part two introduces the genetic and molecular analysis of development, beginning with a chapter on the use of mutants, DNA cloning, and transgenic organisms. Subsequent chapters explain the concept of differential gene expression with the goal of understanding how the genomic information is used to build a three-dimensional organism that unfolds in time."
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Item type Current library Call number Copy number Status Date due Barcode
Books Books CAT College, Inc. - Main Library
Circulation Section
SHS 574.3 K12a 1996 (Browse shelf (Opens below)) c1 Available S2574
Books Books CAT College, Inc. - Main Library
Circulation Section
SHS 574.3 K12a 1996 (Browse shelf (Opens below)) c2 Available S2575

Includes references and index.

"The organization of the book reflects the union of classical and modern ways of analysis in contemporary development biology. Part one emphasizes classical methods of analysis and covers the series of embryonic stages from gametogenesis to histogenesis. Interspersed are basic conceptual topics such as nuclear totipotency, cell determination, cytoplasmic localization, induction, and morphogenesis. Part two introduces the genetic and molecular analysis of development, beginning with a chapter on the use of mutants, DNA cloning, and transgenic organisms. Subsequent chapters explain the concept of differential gene expression with the goal of understanding how the genomic information is used to build a three-dimensional organism that unfolds in time."

English text.

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