内容

目次

1. General Principles of Cellular Organization BASIC CHEMICAL ANDPHYSICAL CONCEPTS 2. Basic Biophysical Concepts 3. Molecular Structures4. Macromolecular Assembly 5. Research Strategies MEMBRANE STRUCTURE ANDFUNCTION 6. Membrane Structure and Dynamics 7. Membrane Pumps 8. MembraneCarriers 9. Membrane Channels 10. Membrane Physiology STORAGE AND EXPRESSIONOF GENETIC INFORMATION 11. Introduction to Nuclear Structure and Function12. Chromosome Organization 13. Packaging the DNA into Chromosomes 14. GeneExpression 15. RNA Processing 16. Information Flow Between Nucleus andCytoplasm BIOGENESIS, TRAFFIC AND FUNCTIONS OF CELLULAR MEMBRANE SYSTEMS17. Introduction to Membrane Compartments 18. Protein Synthesis and Foldingin the Cytoplasm 19. Post-Translational Targeting of Proteins to Organelles20. Co-Translational Import into the Endoplasmic Reticulum 21. EndoplasmicReticulum to Golgi 22. Trans-Golgi Network and Beyond 23. Endocytosis24. Degradation of Cellular Components RECEPTION AND TRANSDUCTION OFENVIRONMENTAL INFORMATION 25. Signaling Overview 26. Plasma MembraneReceptors 27. Protein Hardware for Signaling 28. Second Messengers29. Integration of Signals CELLULAR INTERACTIONS WITH NEIGHBORS AND THEIRENVIRONMENT 30. Introduction to Cellular Adhesion and the ExtracellularMatrix 31. Extracellular Matrix Molecules 32. Cellular Adhesion33. Intercellular Junctions 34. Connective Tissues CYTOSKELETON AND CELLULARMOTILITY 35. Overview of the Cytoskeleton and Cellular Motility 36. Actinand Actin-Binding Proteins 37. Microtubules and Microtubule-AssociatedProteins 38. Intermediate Filaments 39. Motor Proteins 40. IntracellularMotility 41. Cellular Motility 42. Muscles CELL CYCLE 43. Introduction tothe Cell Cycle 44. The GI Phase and Cell Cycle Regulation 45. S and DNAReplication 46. The G2 Phase 47. Mitosis and Cytokinesis 48. Meiosis49. Programmed Cell Death