CELLULOSE: MOLECULAR AND STRUCTURAL BIOLOGY
CHAPTER 2: EVOLUTION OF THE CELLULOSE SYNTHASE (CESA) GENE FAMILY: INSIGHTS FROM GREEN ALGAE AND SEEDLESS PLANTS CHAPTER 3: THE CELLULOSE SYNTHASE SUPERFAMILY CHAPTER 4: CELLULOSE SYNTHESIS IN THE ARABIDOPSIS SECONDARY CELL WALL CHAPTER 5: FROM CELLULOSE TO MECHANICAL STRENGTH: RELATIONSHIP OF THE CELLULOSE SYNTHASE GENES TO DRY MATTER ACCUMULATION IN MAIZE CHAPTER 6: CELLULOSE BIOSYNTHESIS IN FOREST TREES CHAPTER 7: CELLULOSE BIOSYNTHESIS IN ENTEROBACTERIACEAE CHAPTER 8: IN VITRO SYNTHESIS AND ANALYSIS OF PLANT (1Æ3)-B-D-GLUCANS AND CELLULOSE: A KEY STEP TOWARDS THE CHARACTERIZATION OF GLUCAN SYNTHASES CHAPTER 9: SUBSTRATE SUPPLY FOR CELLULOSE SYNTHESIS AND ITS STRESS SENSITIVITY IN THE COTTON FIBER CHAPTER 10: A PERSPECTIVE ON THE ASSEMBLY OF CELLULOSE-SYNTHESIZING COMPLEXES: POSSIBLE ROLE OF KORRIGAN AND MICROTUBULES IN CELLULOSE SYNTHESIS IN PLANTS CHAPTER 11: HOW CELLULOSE SYNTHASE DENSITY IN THE PLASMA MEMBRANE MAY DICTATE CELL WALL TEXTURE CHAPTER 12: CELLULOSE-SYNTHESIZING COMPLEXES OF A DINOFLAGELLATE AND OTHER UNIQUE ALGAE CHAPTER 13: BIOGENESIS AND FUNCTION OF CELLULOSE IN THE TUNICATES CHAPTER 14: IMMUNOGOLD LABELING OF CELLULOSE-SYNTHESIZING TERMINAL COMPLEXES CHAPTER 15: CELLULOSE SHAPES CHAPTER 16: NEMATIC ORDERED CELLULOSE: ITS STRUCTURE AND PROPERTIES CHAPTER 17: BIOMEDICAL APPLICATIONS OF MICROBIAL CELLULOSE IN BURN WOUND RECOVERY CHAPTER 18: CELLULOSE AS A SMART MATERIAL