Principles of cell and molecular biology
著者
書誌事項
Principles of cell and molecular biology
HarperCollins, c1995
2nd ed
- 統一タイトル
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Principles of cell biology
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注記
First ed. published under the title: Principles of cell biology
Includes bibliographical references and index
内容説明・目次
内容説明
Principles of Cell and Molecular Biology was developed to be a readable story that is accessible and interesting for all introductory students. The authors provide a balanced treatment of both classical cell biology and modern molecular biology issues. Students are further presented with historical and experimental approaches to explain the evolution of models and ideas, and to provide actual data for each concept. By first introducing the fundamental principles that guide cellular organization and function, students develop an understanding of concept development. The text supports these principles by providing the crucial scientific evidence that led to the formulation of these central concepts. Finally, this synthesis of new and classic coverage is achieved within a size and style that is easy to read and comprehend by all students. The second edition has been revised to update all scientific content and references, and care was taken during revision to fine tune the writing style. Also new to this edition is a completely revised, full color art program, a glossary of key terms, chapter-opening "Sentence Headings" that provide an overview of the concepts to be discussed, and chapter-ending "Summary of Principal Points" sections that provide an outline of the important material covered in the chapter.
目次
I. Background Concepts.
1. Prologue: Cells and Their Molecules.
2. Energy and Enzymes.
3. The Flow of Genetic Information.
4. Experimental Approaches for Studying Cells.
II. Cell Organization.
5. Membranes and Membrane Transport.
6. The Cell Surface and Cellular Communication.
7. Cytoplasmic Membranes and Intracellular Traffic.
8. Mitochondria and the Capturing of Energy Derived from Food.
9. Chloroplasts and the Capturing of Energ, Derived from Sunlight.
10. The Nucleus and Transcription of Genetic Information.
11. The Ribosome and Translation of Genetic Information.
12. Cell Cycles and Cell Division.
13. The Cytoskeleton and Cell Motility.
III. Formation of Specialized Cells.
15. Gametes, Fertilization, and Early Development.
16. Lymphocytes and the Immune Response.
17. Neurons and Synaptic Signaling.
18. Cancer Cells and Growth Control.
Glossary.
Credits.
Index.
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