Cell Biology
￥88.00定价
作者： 李瑶,吴超群,沈大棱
出版时间：2013年
出版社：复旦大学出版社
- 复旦大学出版社
- 9787309094602
- 399523
- 2013年
内容简介
《双语教材：CellBiology细胞生物学（第2版）》由复旦大学生命科学院细胞教学组牵头，组织外综合、师范、医学、农林等有关院校的11位多年从事细胞和分子生物学教学及科研的教授和专家，并在美国科学院院士、分子细胞生物学家ark教授直接指导下编写完成。在系统阐述细胞各部分的结构和功能的基础上，重点介绍了物质运输、信息传递、能量转换、周期调控、分化发育、癌变、免疫、衰老与凋亡等细胞的重大生命活动。正文用英语编写，语言上做到简练与通俗，科学上做到与先进；既介绍细胞生物学的基本概念和基本原理，又反映各领域的发展前沿。为便于读者自学并同时掌握中、英文双语概念，各章尾附有思考题，教材的附录为细胞生物学常用词汇的中文解释。
目录
Chapter 1 Introduction to cell biology r
1.1 What is cell biology?r
1.2 The cell theoryr
1.3 Cell is the basic unit of lifer
1.4 The prokaryotic cellr
1.5 The eukaryotic cellr
1.6 Modern cell biologyr
1.7 The technology of cell biologyr
1.8 Training the scientists of tomorrowr
Chapter 2 Cell membrane and cell surfacer
2.1 Components and structure of cell membranesr
2.2 Transmembrane transportr
2.3 Cell adhesion molecules and cell junctionr
2.4 Extracellular matrix and cell wallr
Chapter 3 Cytosm, ribosomes and RNAsr
3.1 Structure and functions of cytosmr
3.2 Ribosomer
3.3 Ribozymer
3.4 Non-coding RNAr
Chapter 4 Endomembrane system, protein sorting and vesicle transportr
4.1 Overview of endomembrane systemr
4.2 Endosmic reticulumr
4.3 Golgi apparatusr
4.4 Lysosomes and perosomesr
4.5 Molecular mechanisms of vesicular transportr
4.6 Secretory pathwaysr
4.7 Endocytic pathwaysr
Chapter 5 Mitochondria and chlorostsr
5.1 Mitochondria and odative phosphorylationr
5.2 Chlorosts and photosynthesisr
5.3 The origins of chlorosts and mitochondriar
Chapter 6 Cytoskeletonr
6.1 Microtubulesr
6.2 Actin filamentsr
6.3 Intermediate filamentsr
Chapter 7 Cell munication and signalingr
7.1 Signaling ponentsr
7.2 The role of intracellular receptor: signaling of nitric oder
7.3 Signaling through G-protein-coupled cell-surface receptorsr
7.4 Signaling through enzyme-coupled cell-surface receptorsr
7.5 Signal work systemr
7.6 Cell signaling and the cytoskeletonr
7.7 Cell munication in ntsr
Chapter 8 Nucleus and chromosomesr
8.1 The nucleus of a eukaryotic cellr
8.2 The nuclear enveloper
8.3 The nuclear pore plexr
8.4 Chromatin and chromosomesr
8.5 Nucleolus and ribosome biogenesisr
8.6 The nuclear matrixr
Chapter 9 Cell cycle and cell divisionr
9.1 An overview of the cell cycler
9.2 Regulation of the cell cycler
9.3 Cell divisionr
Chapter 10 Cell differentiationr
10.1 Introductionr
10.2 Cells with potency of differentiationr
10.3 Stem cellsr
10.4 Controls of cell differentiationr
10.5 The major cell differentiation systemsr
Chapter 11 Senescence and apoptosisr
11.1 Senescencer
11.2 Apoptosisr
11.3 Senescence or apoptosisr
Chapter 12 Cells in immune responser
12.1 The immune systemr
12.2 The organs of the immune systemr
12.3 Cells in the innate immune systemr
12.4 Cells in the adaptive immune systemr
12.5 Innate and adaptive immune responsesr
12.6 Immunological memoryr
Chapter 13 Cancer cellsr
13.1 Basic knowledge about cancer cellr
13.2 Carcinogenesisr
13.3 The genes involved in cancerr
13.4 The geic and epigeic changes of cancerr
13.5 Treatment of cancerr
Referencesr
Glossary
1.1 What is cell biology?r
1.2 The cell theoryr
1.3 Cell is the basic unit of lifer
1.4 The prokaryotic cellr
1.5 The eukaryotic cellr
1.6 Modern cell biologyr
1.7 The technology of cell biologyr
1.8 Training the scientists of tomorrowr
Chapter 2 Cell membrane and cell surfacer
2.1 Components and structure of cell membranesr
2.2 Transmembrane transportr
2.3 Cell adhesion molecules and cell junctionr
2.4 Extracellular matrix and cell wallr
Chapter 3 Cytosm, ribosomes and RNAsr
3.1 Structure and functions of cytosmr
3.2 Ribosomer
3.3 Ribozymer
3.4 Non-coding RNAr
Chapter 4 Endomembrane system, protein sorting and vesicle transportr
4.1 Overview of endomembrane systemr
4.2 Endosmic reticulumr
4.3 Golgi apparatusr
4.4 Lysosomes and perosomesr
4.5 Molecular mechanisms of vesicular transportr
4.6 Secretory pathwaysr
4.7 Endocytic pathwaysr
Chapter 5 Mitochondria and chlorostsr
5.1 Mitochondria and odative phosphorylationr
5.2 Chlorosts and photosynthesisr
5.3 The origins of chlorosts and mitochondriar
Chapter 6 Cytoskeletonr
6.1 Microtubulesr
6.2 Actin filamentsr
6.3 Intermediate filamentsr
Chapter 7 Cell munication and signalingr
7.1 Signaling ponentsr
7.2 The role of intracellular receptor: signaling of nitric oder
7.3 Signaling through G-protein-coupled cell-surface receptorsr
7.4 Signaling through enzyme-coupled cell-surface receptorsr
7.5 Signal work systemr
7.6 Cell signaling and the cytoskeletonr
7.7 Cell munication in ntsr
Chapter 8 Nucleus and chromosomesr
8.1 The nucleus of a eukaryotic cellr
8.2 The nuclear enveloper
8.3 The nuclear pore plexr
8.4 Chromatin and chromosomesr
8.5 Nucleolus and ribosome biogenesisr
8.6 The nuclear matrixr
Chapter 9 Cell cycle and cell divisionr
9.1 An overview of the cell cycler
9.2 Regulation of the cell cycler
9.3 Cell divisionr
Chapter 10 Cell differentiationr
10.1 Introductionr
10.2 Cells with potency of differentiationr
10.3 Stem cellsr
10.4 Controls of cell differentiationr
10.5 The major cell differentiation systemsr
Chapter 11 Senescence and apoptosisr
11.1 Senescencer
11.2 Apoptosisr
11.3 Senescence or apoptosisr
Chapter 12 Cells in immune responser
12.1 The immune systemr
12.2 The organs of the immune systemr
12.3 Cells in the innate immune systemr
12.4 Cells in the adaptive immune systemr
12.5 Innate and adaptive immune responsesr
12.6 Immunological memoryr
Chapter 13 Cancer cellsr
13.1 Basic knowledge about cancer cellr
13.2 Carcinogenesisr
13.3 The genes involved in cancerr
13.4 The geic and epigeic changes of cancerr
13.5 Treatment of cancerr
Referencesr
Glossary
