§ 1. The cell membrane & its transport § 2. Transmembrane signal transduction § 3. Bioelectrical phenomena of the cell § 4. Contraction of skeletal muscle

3.1 Light Microscopy 3.2 Three-Dimentsional Imaging: Interference Contrast, Atomic Force, and Confocal Scanning 3.3 Electron Mciroscopy 3.4 Cell Morphology and the Significance of Being Small

UNIT CELL PROCESSES Regulator UCP Cell Matrix Product Regulator Connect. ECM Mitosis Tiss. Adhesion Sy Synthesis Epithelia |Protein Migration Muscle Collagen

第一节 基本概念 MAJOR CONCEPTS 第二节 有丝分裂 MITOSIS 第三节 减数分裂Meiosis 第四节 细胞周期调控 CELL CYCLE CONTROL

第一节 细胞连接 cell junction 第二节 细胞粘附分子 Cell Adhesion Molecule，CAM

Part 1: Fuel Cell Characterization Part 2: Fuel Cell Voltage Part 3: Fuel Cell Efficiency Part 4: Butler-Volmer Equation Part 5: Electrical Conduction Part 6: Charge transport Part 7: Mass Transport

Section 1 Introduction of energy on the earth Section II Fundamentals of Fuel Cell Chemical power sources Section III Fundamentals of Solar Cell Physical power sources

§ 1. The cell membrane & its transport § 2. Transmembrane signal transduction § 3. Bioelectrical phenomena of the cell § 4. Contraction of skeletal muscle

Chapter 3. membrane transport of big molecules and particles Chapter 4. Cell membrane and transmembrane transportation Chapter4 .cell surface and specified structures Chapter 5 membrane abnormality and diseases Section 1. Chemical components of cell Membrane and their molecular structure

Images removed due to copyright considerations. See the following: Figure 1 and Table 1 in Reed SI. 2003. Ratchets and clocks: The cell cycle nover ubiquitylation and protein turnover. Nat Rev. Mol. Cell Biol. 4: 855-864. Figure 1 in Bartek J, Lukas J. Mammalian G1-and S-phase checkpoints in response to DNA damage. Curr Opin Cell