Cellulose: molecular and structural biology: a selected articles on the synthesis, structure, and applications of cellulose
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Dordrecht
Springer
2007
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| Physical Description: | XV, 379 S. Ill., graph. Darst. |
| ISBN: | 9781402053320 1402053320 |
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| 245 | 1 | 0 | |a Cellulose: molecular and structural biology |b a selected articles on the synthesis, structure, and applications of cellulose |c ed. by R. M. Brown ... |
| 264 | 1 | |a Dordrecht |b Springer |c 2007 | |
| 300 | |a XV, 379 S. |b Ill., graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 650 | 4 | |a Chemie | |
| 650 | 4 | |a Cellulose |x Chemistry | |
| 650 | 4 | |a Cellulose |x Synthesis | |
| 650 | 4 | |a Cellulose |x biosynthesis | |
| 650 | 4 | |a Cellulose |x chemistry | |
| 650 | 4 | |a Cellulose |x therapeutic use | |
| 700 | 1 | |a Brown, Richard Malcolm |d 1939- |e Sonstige |0 (DE-588)130039411 |4 oth | |
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| 856 | 4 | 2 | |m OEBV Datenaustausch |q application/pdf |u http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015923143&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |3 Inhaltsverzeichnis |
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TABLE OF CONTENTS PREFACE ,,, ,,, ,,.,,. XIII CHAPTER I: MNNY
PATHS NP THE MOUNTAIN: TRACKING THE EVOLNTION OF CELLULOSE BIOSYNTHESIS
""" ""." . DAVID R. NOBLES. JI: AND R. MALEOLM BROWN, JI: 1.
INTL'ODUCTION"."""" " " " "".". I 2. SEQUENCE COMPARISONS , , ,. 3 3.
EUKARYOTIC CELLULOSE SYNTHASES.; ""."""" "" "." .""""." ".""". 4
3.1. THE CASE FUER A CYANOBACTERIAL ORIGIN OF PLANT CELLULOSE SYNTHASES
"""" """ . " " " ." ."." ." " " ". 4 3.2. LATERAL TRANSFER OF
CELLULOSE SYNTHASE IN THE UROCHORDATES ."".". 4 3.3. THE CELLULOSE
SYNTHASE OF DLCTYOSTELIUTN DISCOIDEUM "."""".".",, 5 4. BACTERIAL GENE
CLUSTERS""""."""."."""""""""""" "" .""" """. 6 4.1. INTRODUCTION
""""."" ."." ."" " """"",," ,," " """ "." " ". 6 4.2.
CHARACTERIZED GENE CLUSTERS., """ " "."" ". 6 5. NOVE1 GENE
CLUSTERS "" ". 8 5.1. INTRODUCTION " "
". 8 5.2. GROUP
IIL. 8 5.3. GROUP
IV. 10 6. CONCLUDING REMARKS " " ".
12 REFERENCES " ". 12 CHAPTER 2: EVOLUTION OF THE CELLULOSE
SYNTHASE (CESA) GENE FAMILY: INSIGHTS FROM GREEN ALGAE AND SEEDLESS
PLANTS "". 17 ALISON W ROBERTS AND ERLE ROBERTS 1. OVERVIEW "" " " "
". 18 2. THE PROKARYOTIC ANCESTRY OF EUKARYOTIC CESAS.: " ".
21 3. GREEN A1GAL CESAS AND THE EVOLUTION OF TERMINAL COMPLEXES 23 4.
CESA DIVERSIFICATION AND THE EVOLUTION OF LAND
PLANTS. 25 4.1. EVOLUTION OF TRACHEARY ELEMENTS
". 25 4.2. FUNCTIONAL SPECIALIZATION OF CESA PROTEINS 26
V 4.3. TIP GROWTH AND THE FUNETION OF CELLULOSE SYNTHUSE-LIKE TYPE D
{CSID} GENES 26 4.4. CESA AND CSLD GENES OF THE 1110SS PHYSCOMITRELLA
PATENS. 27 5. ANALYSIS OF CESA FUNCTION BY TARGETED
TRANSFORMATION IN P. PATENS. 28
ACKNOWLEDGMENTS 28 REFERENCES 29 CHAPTER 3: THE CELLULOSE SYNTHASE
SULLERFAMILY 35 HEATHER L. YOUNGS, THORSTEN HAMANN, ERIN OSBORNE AND
CHRIS SOMERVILLE 1. INTRODUCTION . 35 2. IDENTIFICATION OF CELLULOSE
SYNTHASE 37 3. TOWARD A FUNETIONAL ANALYSIS OF CELLULOSE SYNTHASE 38 4.
IDENTIFICATION OF THE CELLULOSE SYNTHASE-LIKE GENES 40 ACKNOWLEDGMENTS
45 REFERENCES 46 CHAPTER 4: CELLULOSE SYNTHESIS IN THE ARABIDOPSIS
SECONDARY CELL WALL. 49 NEU G. TAYLOR AND SLTNON
R. TURNER I. INTRODUELION. 50 2. IRX MUTANT
ISOLATION AND CHARACTERIZATION ",. 50 3. THREE CESAS ARE
REQUIRED FOR SECONDARY CELL WALL CELLULOSE SYNTHESIS 51 4. FUNCTION OF
MULTIPLE CESA PROTEINS DURING CELLULOSE SYNTHESIS 52 5. LOCALIZATION OF
CESA PROLEINS.
54 6. CONSERVATION OF CESA PROTEIN FUNCTION IN OTHER SPECIES 55 7. OTHCR
IRX GENES REQUIRED IOR SEEONDARY CELL WALL FORMATION. 55 8.
IDENTIFYING NOVEL GENES REQUIRED FOR SECONCLARY CELL WALL FORMATION
USING EXPRESSION PROFILING 57 9. ALTERNATIVE APPROACHES TO STUCLYING
CELLULOSE SYNTHESIS IN THE SECONDARY CELL
WALL. 58 10.
CONCLUSIONS *. 59 REFERENCES 59 CHAPTER 5: FROM
CELLULOSE TO MECHANICAL STRENGTH: RELATIONSHIP OF THE CELLULOSE SYNTHASE
GENES TO DRY MATTER ACCUMULATION IN MAIZE. 63 ROBERTO BARREIRO AND
KANWARPAL S. DHUGGA I.
INTROCLUCTION.
. 64 2. ROLE OF CELLULOSE IN STALK STRENGTH. 65
3. CARBON FLUX THROUGH CELLULOSE SYNTHASE 65 4. ALTERATION OF CELLULOSE
FORMATION IN PLANTS. 66 5. MASS
ACTION AND METABOLIE CONTROL 68 VI TABLE 01 CONTENTS TABLE OF CONTENTS
VII 6. THE CELLULOSE SYNTHASE GENE
FAMILY. 71 7. EXPRESSION
ANALYSIS OF THE ZMCESA GENE FAMILY 73 8. RATIONALE FOR FUTURE TRANSGENIE
WERK 76 9. SUMMARY. 77
REFERENCES.
78 CHAPTER 6: CELLULOSE BIOSYNTHESIS IN FOREST TREES 85 KRISTINA
BLOMQVIST, SORAYA DJERBI, HENRIK: ASPEBORG, AND TUULA T. TEERI I. THE
PROPERTIES OF WOOEL 86 1.1. FORMATION OF WOOD CELLS 86 1.2. REACTION
WOOEL 88 2. CELLULOSE SYNTHESIS 89 2.1. ROSETTES: THE MACHINERY OF
CELLULOSE SYNTHESIS. 90 2.2. CESA AND CSL. 90
2.3. OTHER ENZYMES AND PROTEINS INVOLVECL IN CELLULOSE
SYNTHESIS. 96 2.4. OTHER
METABOLIC PROCESSES INVOLVECL IN CELL WALL BIOSYNTHESIS 98 3. IN VITRA
CELLULOSE SYNTHESIS 99 ACKNOWLEELGMENTS 100 REFERENCES. . 100
CHAPTER 7: CELLULOSE BIOSYNTHESIS IN
ENTEROBACTCRIACEAC. 107 UTE ROEMLING I.
INTROCLUCTION 107 2. THE CELLULOSE BIOSYNTHESIS OPERON IN SALMONELLA
TYPHIMURIUM AND ESCHERICHIA COLI 109 3. REGULATION OF THE EXPRESSION OF
THE BCSABZC OPERON. 112 4. REGULATION OF CELLULOSE BIOSYNTHESIS. 112
5. REGULATION OF CSGD EXPRESSION. 114 6. FUNCTION OF AEIRA 115
7. OCCURRENCE OF THE CELLULOSE BIOSYNTHESIS OPERON AMONG ENTEROBACTERIAL
SPECIES.
116 8. DIFFERENTIAL EXPRESSION OF CELLULOSE AMONG ENTEROBACTERIACEAE 118
9. COEXPRESSION OF CELLULOSE WITH CURLI FIMBRIAE 118 10.
CONCLUSIONS. 119 ACKNOWLEDGMENTS
119 REFERENCES., . 120 CHAPTCR 8: IN VITRO SYNTHESIS AND ANALYSIS OF
PLANT (1-?3)-SS-O-GLUCANS AND CELLNLOSE: A KCYSTEP TOWARDS THE
CHARACTCRIZATION OF GLNCAN SYNTHASES., 123 VINCENT BUTANE 1.
INTROCLUCTION 124 2. IN VITRO APPROACHES FOR THE STUELY OF SS-GLUCAN
SYNTHESIS. 127 VIII TOBLE 0/ CONTENTS 2.1. OPTIMIZATION OF THE
CONDITIONS FOR CALLOSE AND CELLULOSE SYNTHESIS 127 2.2. STRUCTURAL
CHARACTERIZATION OF IN VLTRO PRODUCTS 132 2.3. PURIFICATION OF CALLOSE
AND CELLULOSE SYNTHASES 140 REFERENCES. 142 CHAPTER 9:
SUHSTRATE SUPPLY FUR CELLULOSESYNTHESIS AND ITS STRESS SENSITIVITY IN
THE COTTON FIHER 147 CANDACE H. HAIGIER I.
INTRODUCTION.
. 148 2. OVERVIEWOF COTTON FIBER CELLULOSE
BIOGENESIS 149 2.1. THE ROLE OF CELLULOSE BIOGENESIS IN COTTON FIBER
DEVELOPMENT 149 2.2. CHANGES IN CELLULOSE CHARACTERISTICS THROUGHOUT
COTTON FIBER DEVEIOPMENT 15/ 2.3. THE ROLE OF THE MICROTUBUIES IN COTTON
FIBER CELLULOSE SYNTHESIS 152 2.4. MOLECULAR BIOLOGY OF COTTON FIBER
CELLULOSE BIOGENESIS. 152 2.5. BIOCHEMISTRY OF COTTON
FIBER CELLULOSE BIOGENESIS 153 3. SUBSTRATE SUPPLY FOR COTTON FIBER
CELLULOSE BIOGENESIS. 154 3.1. A ROLE FOR SUCROSE
SYNTHASE. 154 4.
INTRAFIBER SUCROSE SYNTHESIS AS A SOURCE OF CARBON FOR SECONDARY WALL
CELLULOSE SYNTHESIS 158 5. A ROLEFOR SUCROSE PHOSPHATE SYNTHASE IN
INTRAFIBER CELLULOSE SYNTHESIS. 160 6. STRESS SENSITIVITY OF CELLULOSE
SYNTHESIS 161 ACKNOWLEDGMENTS I 63 REFERENCES 163 CHAPRER 10: A
PERSPECTIVC ON THE ASSEMHLY OF CELLNLOSE-SYNTHESIZING COMPLEXES:
POSSIBLE ROLE OR KORRIGAN AND MICROTNBULES IN CELLULOSESYNTHESIS IN
PLANTS 169 [I/DER M. SAXENA ANDR. MALEOLM BJ'OLI'N, JJ: I.
INTRODUCTION.
. 170 2. STRUCTURE AND COMPOSITION OF
CELLULOSE-SYNTHESIZING COMPLEXES 171 3. STAGES IN THE ASSEMBLY OF THE
ROSETTE TERMINAL COMPLEX IN PLANTS . 172 4. POSSIBLERO!E OF KORRIGAN IN
THE DIGESTION OF GLUCAN CHAINS AND IN THE SECOND STAGE OF THE ASSEMBLY
OF THE TERMINAL COMPLEX 174 5. ROLE OF MICROTUBULES IN CELLUIOSE
BIOSYNTHESIS. 177 TABLE 0/ CONTENTS IX
183 184 184 I86 187 188 191 192 194 195 199 199 200 205 210 212 217 218
219 220 225 227 230 231 233 233 234 CHAPTER 12: CELLULOSE-SYNTHESIZING
COMPLEXES OF A DINOTLAGELLATE AND OTHER UNIQUE AIGAE . KAZUO OKUDA AND
SATOKO SEKIDA I. INTRODUETION . 2. ASSEMBLY OF CELLULOSE MICROFIBRILS IN
DINOFLAGELLATES . 3. OEEURRENEE OF DISTINET TCS IN THE HETEROKONTOPHYTA
. 4. DIVERSIFICATION IN CELLULOSE MIEROFIBRIL ASSEMBLY . REFERENCES .
CHAPTER 13: BIOGENESIS AND FUNCTION OF CELLULOSE IN THE TUNTEARES .
SATOSH! KIMURA ANIL TAKAO ITOH I. INTRODUETION . 2. TEXTURE OF THE TUNIE
IN THE ASCIDIANS . 3. CELLULOSE-SYNTHESIZING TERMINAL COMPLEXES IN THE
ASCIDIANS . 4. A NOVEL CELLULOSE-SYNTHESIZING SITE IN THE TUNICATES .
5. OEEURRENEE OF A CELLULOSE NETWORK IN THE HEMOEOEL OF ASCIDIANS . 6.
STRUETURE AND FUNETION OF THE TUNIC CORD IN THE ASEIDIANS . 7.
OEEURRENEE OF HIGHLY CRYSTALLINE CELLULOSE IN THE MOST PRIMITIVE
TUNICATE, THE APPENDIEULARIANS . 8. ORIGIN OF CELLULOSE SYNTHASE IN THE
TUNICATES . 9. SUMMARY . REFERENEES . 6. SUMMARY. 178 AEKNOWLEDGMENTS
179 REFERENEES 179 CHAPTER 11: HOW CELLULOSE SYNTHASE DEUSITY IN THE
PLASMA MEMBRANE MAY DIETATE CELL WALL TEXTURE 183 ANNE MIE EMONS, MIRIAM
AKKERMAN, MICHEL EBSKAMP, JAN SEHE! AND BELA MULDER. 1. TEXTURES OF
CELLULOSE MICROFIBRILS . 2. HYPOTHESES ABOUT CELLULOSE MICROFIBRIL
ORDERING MECHANISMS . 2.1. MICROTUBULE-DIRECTED MICROFIBRIL ORIENTATION
. 2.2. THE LIQUID CRYSTALLINE SELF-ASSEMBLY HYPOTHESIS . 2.3. TEMPLATED
INCORPORATION HYPOTHESIS . 3. THE GEOMETRICAL MODEL FOR CELLULOSE
MIEROFIBRIL ORIENTATIOU . 4. A ROLE FOR CORTIEAL MIEROTUBULES IN
LOCALIZING CELL WALL DEPOSITION . 5. CRITICISM ON THE GEOMETRICAL MODEL
. 6. OUTLOOK ON THE VERIFICATION/FALSIFICATION OF THE GCOMETRICAL THEORY
. REFERENCES , . X TABLE 0/ CONTENTS CHAPTER 14: IMMUNOGOLD LABELING OF
CELLULOSE-SYNTHESIZING TERMJNAL COMPLEXES 237 TA/WO ITOH, SATOSHI
KIMURA, AND R. MALEOLM BROWN, JI: 1.
INTRODUCTIOLL.
238 2. THE CELLULOSE-SYNTHESIZING MACHINERY (TERMINAL COMPLEXES) 238 3.
ADVANCES IN THE UNDERSTUNDING OF CELLULOSE SYNTHASES 241 4. HOW TO PROVE
IF THE ROSETTE 01' LINEAR TC IS THE CELLULOSE-SYNTHESIZING MACHINERY?
242 5. LABELING OF FREEZE FRACTURE REPLICAS 243 6. SPECIFIC LABELING OF
ROSETTE TCS. 247
7. SPECIFIC LABELING OF LINEAR TCS. 249 8. THE MECHANISM OF LABELING OF
CELLULOSE SYNTHASES 249 9. FUTURE PERSPECTIVES ON SDS-FRL AND RESEARCH
IN CELLULOSE BIOSYNTHESIS 250 ACKNOWLEDGMENTS 252 REFERENCES 252 CHAPTER
15: CELLNLOSE SHAPES. 257 ALFRED D. FRENCH AND GLENN P. JOHNSON 1.
INTRODUCTION. 257 2. CELLULOSE POLYMORPHY AND CRYSTAL
STRUCTURES 258 2. I. THE POLYMORPHS. 259 2.2.
HIGH-RESOLUTION STRUCTURE DETERRNINATIONS 260 2.3. THE DOMINANT TWOFOLD
SHAPE IN CRYSTALS. 260 2.4.
TOPOLOGLCAL NIGHTMARE 262 2.5.
INTERDIGITATION.
. 263 3. OTHER CELLULOSIC POLYMERS ., 264 4. INFORMATION
FROM SMALL MOLECULES IN SELF-CRYSTALS AND PROTEIN-CARBOHYDRNTE COMPLEXES
' 264 5. THE """RIO N.H CONVERSION MAP 266 6. CRYSTAL STRUETURES IN $,\V
SPACE 268 6.1. CELLULOSE AND ITS OLIGORNERS 268 6.2. SMALL MOLECULES 269
6.3. PROTEIN-CELLODEXTRIN COMPLEXES 270 6.4. LACTOSE-PROTEIN
COMPLEXES. 272 7. COMPUTERIZED ENERGY CALCULATIONS BASED ON
MOLECULAR
MODELS.
273 8. SUMMARY. 278
ACKNOWLEDGMENTS 282 REFERENCES 282 TABLE 0/ CONTENTS XI CHAPTER 16:
NEMATIC ORDERED CELLULOSE: ITS STRUCTURE UND PROPERTIES 285 TETSUO KONDO
I. INTRODUETIOU. 285 2.
STRUCTURE OF NEMATIC ORCLERED CELLULOSE 287 2.1. WHAT IS NEMATIC ORDERED
CELLULOSE?. 287 2.2. NEMATIC
ORDERED EX-CHITINAND CELLULOSC/CC-CHITIN BLENDS (KONDO ET A1. 2004) 294
2.3. ANOTHER TYPE OF NEMATIC ORDERED CELLULOSE: HONEYCOMB-PATTERNED
CELLULOSE (18). 297 3.
PROPERTIES OF NEMATIC ORDERED CELLULOSE 297 3.1. THE EXELUSIVE SURFACE
PROPERTY OF NOC AND ITS UNIQUE APPLICATION. 297 4. THE FUTURE 30 I 5.
MATERIALS AND METHODS 302 5.1.
MATERIALS.
. 302 5.2. WATER-SWOLLEN CELLULOSE FILM IROM THE DMAC/LICI
SOLUTION. 302 5.3. PREPARATION OF NOC FROM WATER-SWOLLEN CELLULOSE
FILMS. 303 5.4. PREPARATION OF NOC TEMPLATE IN SCHRAMM-HESTRIN (SI-I)
MEDIUM 303 ACKNOWLEDGMENTS 304 REFERENCES . 304 CHAPTER 17: BIOMEDIEAL
APPLICATIOUS OF MICROBIAL CELLULOSE IN BURN WOUND
RECOVERY. 307 WOJCIECH CZAJA,
ALINA KRYSTYNOWICZ, MAREK KAWECKI, KRZYSZTOF WJJSO/A. STANISLAW SAKIEL,
PIOTR WROBLEWSKI, JUSTYNA GLIK, MARIUSZ NOWAK AND STANLSLAW BIELECKI I.
INLRODUCTION. 308 2. EXPERIMENTAL
DESIGN 309 2.1. NEVER-C1RIED MC MERNBRANES PREPARATION 309 2.2. CLINICAL
TRIALS 310 3. CLINICAL OUTCOMES 311 3.1. HIGH CONFONNABILITY, MOISTURE
DONATION, AND FASTER HEALING 311 3.2. MC IS PARTICULARLY USEFUL IN THE
TREATMEN I OF FAEIAL BURNS. 315 4.
COUCLUSIONS.
. 319 ACKNOWLEDGMENTS 319 REFERENCES . 319 CHAPTER
18: CELLULOSE AS A SMART MATERIAL. 323 JAEHWAN KUEL1 I.
INLROCLUCTION.
. 324 2. EXPERIMENTS 327 XII TABLE0/ CONTENTS 2.1.
EAPAP SAMPIE PREPARATION 327 2.2. EAPAP ACTUATOR PERFORMANCE 329 2.3.
EAPAP ACTUATION PRINCIPLE. 331 2.4. MECHANICAL TEST OF EAPAP.
336 3. POTENTIAL APPLICATIONS 339 4. SUMMARY. 341
ACKNOWLEDGMENT 342 REFERENCES 342
FNDEX.
345 COLORPLATES . 355 |
| adam_txt |
TABLE OF CONTENTS PREFACE ,,, ,,, ,,.,,. XIII CHAPTER I: MNNY
PATHS NP THE MOUNTAIN: TRACKING THE EVOLNTION OF CELLULOSE BIOSYNTHESIS
""" ""." . DAVID R. NOBLES. JI: AND R. MALEOLM BROWN, JI: 1.
INTL'ODUCTION"."""" " " " "".". I 2. SEQUENCE COMPARISONS , , ,. 3 3.
EUKARYOTIC CELLULOSE SYNTHASES.; ""."""" "" "." .""""." ".""". 4
3.1. THE CASE FUER A CYANOBACTERIAL ORIGIN OF PLANT CELLULOSE SYNTHASES
"""" """ . " " " ." ."." ." " " ". 4 3.2. LATERAL TRANSFER OF
CELLULOSE SYNTHASE IN THE UROCHORDATES ."".". 4 3.3. THE CELLULOSE
SYNTHASE OF DLCTYOSTELIUTN DISCOIDEUM "."""".".",, 5 4. BACTERIAL GENE
CLUSTERS""""."""."."""""""""""" "" .""" """. 6 4.1. INTRODUCTION
""""."" ."." ."" " """"",," ,," " """ "." " ". 6 4.2.
CHARACTERIZED GENE CLUSTERS., """ " "."" ". 6 5. NOVE1 GENE
CLUSTERS "" ". 8 5.1. INTRODUCTION " "
". 8 5.2. GROUP
IIL. 8 5.3. GROUP
IV. 10 6. CONCLUDING REMARKS " " ".
12 REFERENCES " ". 12 CHAPTER 2: EVOLUTION OF THE CELLULOSE
SYNTHASE (CESA) GENE FAMILY: INSIGHTS FROM GREEN ALGAE AND SEEDLESS
PLANTS "". 17 ALISON W ROBERTS AND ERLE ROBERTS 1. OVERVIEW "" " " "
". 18 2. THE PROKARYOTIC ANCESTRY OF EUKARYOTIC CESAS.: " ".
21 3. GREEN A1GAL CESAS AND THE EVOLUTION OF TERMINAL COMPLEXES 23 4.
CESA DIVERSIFICATION AND THE EVOLUTION OF LAND
PLANTS. 25 4.1. EVOLUTION OF TRACHEARY ELEMENTS
". 25 4.2. FUNCTIONAL SPECIALIZATION OF CESA PROTEINS 26
V 4.3. TIP GROWTH AND THE FUNETION OF CELLULOSE SYNTHUSE-LIKE TYPE D
{CSID} GENES 26 4.4. CESA AND CSLD GENES OF THE 1110SS PHYSCOMITRELLA
PATENS. 27 5. ANALYSIS OF CESA FUNCTION BY TARGETED
TRANSFORMATION IN P. PATENS. 28
ACKNOWLEDGMENTS 28 REFERENCES 29 CHAPTER 3: THE CELLULOSE SYNTHASE
SULLERFAMILY 35 HEATHER L. YOUNGS, THORSTEN HAMANN, ERIN OSBORNE AND
CHRIS SOMERVILLE 1. INTRODUCTION . 35 2. IDENTIFICATION OF CELLULOSE
SYNTHASE 37 3. TOWARD A FUNETIONAL ANALYSIS OF CELLULOSE SYNTHASE 38 4.
IDENTIFICATION OF THE CELLULOSE SYNTHASE-LIKE GENES 40 ACKNOWLEDGMENTS
45 REFERENCES 46 CHAPTER 4: CELLULOSE SYNTHESIS IN THE ARABIDOPSIS
SECONDARY CELL WALL. 49 NEU G. TAYLOR AND SLTNON
R. TURNER I. INTRODUELION. 50 2. IRX MUTANT
ISOLATION AND CHARACTERIZATION ",. 50 3. THREE CESAS ARE
REQUIRED FOR SECONDARY CELL WALL CELLULOSE SYNTHESIS 51 4. FUNCTION OF
MULTIPLE CESA PROTEINS DURING CELLULOSE SYNTHESIS 52 5. LOCALIZATION OF
CESA PROLEINS.
54 6. CONSERVATION OF CESA PROTEIN FUNCTION IN OTHER SPECIES 55 7. OTHCR
IRX GENES REQUIRED IOR SEEONDARY CELL WALL FORMATION. 55 8.
IDENTIFYING NOVEL GENES REQUIRED FOR SECONCLARY CELL WALL FORMATION
USING EXPRESSION PROFILING 57 9. ALTERNATIVE APPROACHES TO STUCLYING
CELLULOSE SYNTHESIS IN THE SECONDARY CELL
WALL. 58 10.
CONCLUSIONS *. 59 REFERENCES 59 CHAPTER 5: FROM
CELLULOSE TO MECHANICAL STRENGTH: RELATIONSHIP OF THE CELLULOSE SYNTHASE
GENES TO DRY MATTER ACCUMULATION IN MAIZE. 63 ROBERTO BARREIRO AND
KANWARPAL S. DHUGGA I.
INTROCLUCTION.
. 64 2. ROLE OF CELLULOSE IN STALK STRENGTH. 65
3. CARBON FLUX THROUGH CELLULOSE SYNTHASE 65 4. ALTERATION OF CELLULOSE
FORMATION IN PLANTS. 66 5. MASS
ACTION AND METABOLIE CONTROL 68 VI TABLE 01 CONTENTS TABLE OF CONTENTS
VII 6. THE CELLULOSE SYNTHASE GENE
FAMILY. 71 7. EXPRESSION
ANALYSIS OF THE ZMCESA GENE FAMILY 73 8. RATIONALE FOR FUTURE TRANSGENIE
WERK 76 9. SUMMARY. 77
REFERENCES.
78 CHAPTER 6: CELLULOSE BIOSYNTHESIS IN FOREST TREES 85 KRISTINA
BLOMQVIST, SORAYA DJERBI, HENRIK: ASPEBORG, AND TUULA T. TEERI I. THE
PROPERTIES OF WOOEL 86 1.1. FORMATION OF WOOD CELLS 86 1.2. REACTION
WOOEL 88 2. CELLULOSE SYNTHESIS 89 2.1. ROSETTES: THE MACHINERY OF
CELLULOSE SYNTHESIS. 90 2.2. CESA AND CSL. 90
2.3. OTHER ENZYMES AND PROTEINS INVOLVECL IN CELLULOSE
SYNTHESIS. 96 2.4. OTHER
METABOLIC PROCESSES INVOLVECL IN CELL WALL BIOSYNTHESIS 98 3. IN VITRA
CELLULOSE SYNTHESIS 99 ACKNOWLEELGMENTS 100 REFERENCES. . 100
CHAPTER 7: CELLULOSE BIOSYNTHESIS IN
ENTEROBACTCRIACEAC. 107 UTE ROEMLING I.
INTROCLUCTION 107 2. THE CELLULOSE BIOSYNTHESIS OPERON IN SALMONELLA
TYPHIMURIUM AND ESCHERICHIA COLI 109 3. REGULATION OF THE EXPRESSION OF
THE BCSABZC OPERON. 112 4. REGULATION OF CELLULOSE BIOSYNTHESIS. 112
5. REGULATION OF CSGD EXPRESSION. 114 6. FUNCTION OF AEIRA 115
7. OCCURRENCE OF THE CELLULOSE BIOSYNTHESIS OPERON AMONG ENTEROBACTERIAL
SPECIES.
116 8. DIFFERENTIAL EXPRESSION OF CELLULOSE AMONG ENTEROBACTERIACEAE 118
9. COEXPRESSION OF CELLULOSE WITH CURLI FIMBRIAE 118 10.
CONCLUSIONS. 119 ACKNOWLEDGMENTS
119 REFERENCES., . 120 CHAPTCR 8: IN VITRO SYNTHESIS AND ANALYSIS OF
PLANT (1-?3)-SS-O-GLUCANS AND CELLNLOSE: A KCYSTEP TOWARDS THE
CHARACTCRIZATION OF GLNCAN SYNTHASES., 123 VINCENT BUTANE 1.
INTROCLUCTION 124 2. IN VITRO APPROACHES FOR THE STUELY OF SS-GLUCAN
SYNTHESIS. 127 VIII TOBLE 0/ CONTENTS 2.1. OPTIMIZATION OF THE
CONDITIONS FOR CALLOSE AND CELLULOSE SYNTHESIS 127 2.2. STRUCTURAL
CHARACTERIZATION OF IN VLTRO PRODUCTS 132 2.3. PURIFICATION OF CALLOSE
AND CELLULOSE SYNTHASES 140 REFERENCES. 142 CHAPTER 9:
SUHSTRATE SUPPLY FUR CELLULOSESYNTHESIS AND ITS STRESS SENSITIVITY IN
THE COTTON FIHER 147 CANDACE H. HAIGIER I.
INTRODUCTION.
. 148 2. OVERVIEWOF COTTON FIBER CELLULOSE
BIOGENESIS 149 2.1. THE ROLE OF CELLULOSE BIOGENESIS IN COTTON FIBER
DEVELOPMENT 149 2.2. CHANGES IN CELLULOSE CHARACTERISTICS THROUGHOUT
COTTON FIBER DEVEIOPMENT 15/ 2.3. THE ROLE OF THE MICROTUBUIES IN COTTON
FIBER CELLULOSE SYNTHESIS 152 2.4. MOLECULAR BIOLOGY OF COTTON FIBER
CELLULOSE BIOGENESIS. 152 2.5. BIOCHEMISTRY OF COTTON
FIBER CELLULOSE BIOGENESIS 153 3. SUBSTRATE SUPPLY FOR COTTON FIBER
CELLULOSE BIOGENESIS. 154 3.1. A ROLE FOR SUCROSE
SYNTHASE. 154 4.
INTRAFIBER SUCROSE SYNTHESIS AS A SOURCE OF CARBON FOR SECONDARY WALL
CELLULOSE SYNTHESIS 158 5. A ROLEFOR SUCROSE PHOSPHATE SYNTHASE IN
INTRAFIBER CELLULOSE SYNTHESIS. 160 6. STRESS SENSITIVITY OF CELLULOSE
SYNTHESIS 161 ACKNOWLEDGMENTS I 63 REFERENCES 163 CHAPRER 10: A
PERSPECTIVC ON THE ASSEMHLY OF CELLNLOSE-SYNTHESIZING COMPLEXES:
POSSIBLE ROLE OR KORRIGAN AND MICROTNBULES IN CELLULOSESYNTHESIS IN
PLANTS 169 [I/DER M. SAXENA ANDR. MALEOLM BJ'OLI'N, JJ: I.
INTRODUCTION.
. 170 2. STRUCTURE AND COMPOSITION OF
CELLULOSE-SYNTHESIZING COMPLEXES 171 3. STAGES IN THE ASSEMBLY OF THE
ROSETTE TERMINAL COMPLEX IN PLANTS . 172 4. POSSIBLERO!E OF KORRIGAN IN
THE DIGESTION OF GLUCAN CHAINS AND IN THE SECOND STAGE OF THE ASSEMBLY
OF THE TERMINAL COMPLEX 174 5. ROLE OF MICROTUBULES IN CELLUIOSE
BIOSYNTHESIS. 177 TABLE 0/ CONTENTS IX
183 184 184 I86 187 188 191 192 194 195 199 199 200 205 210 212 217 218
219 220 225 227 230 231 233 233 234 CHAPTER 12: CELLULOSE-SYNTHESIZING
COMPLEXES OF A DINOTLAGELLATE AND OTHER UNIQUE AIGAE . KAZUO OKUDA AND
SATOKO SEKIDA I. INTRODUETION . 2. ASSEMBLY OF CELLULOSE MICROFIBRILS IN
DINOFLAGELLATES . 3. OEEURRENEE OF DISTINET TCS IN THE HETEROKONTOPHYTA
. 4. DIVERSIFICATION IN CELLULOSE MIEROFIBRIL ASSEMBLY . REFERENCES .
CHAPTER 13: BIOGENESIS AND FUNCTION OF CELLULOSE IN THE TUNTEARES .
SATOSH! KIMURA ANIL TAKAO ITOH I. INTRODUETION . 2. TEXTURE OF THE TUNIE
IN THE ASCIDIANS . 3. CELLULOSE-SYNTHESIZING TERMINAL COMPLEXES IN THE
ASCIDIANS . 4. A NOVEL CELLULOSE-SYNTHESIZING SITE IN THE TUNICATES .
5. OEEURRENEE OF A CELLULOSE NETWORK IN THE HEMOEOEL OF ASCIDIANS . 6.
STRUETURE AND FUNETION OF THE TUNIC CORD IN THE ASEIDIANS . 7.
OEEURRENEE OF HIGHLY CRYSTALLINE CELLULOSE IN THE MOST PRIMITIVE
TUNICATE, THE APPENDIEULARIANS . 8. ORIGIN OF CELLULOSE SYNTHASE IN THE
TUNICATES . 9. SUMMARY . REFERENEES . 6. SUMMARY. 178 AEKNOWLEDGMENTS
179 REFERENEES 179 CHAPTER 11: HOW CELLULOSE SYNTHASE DEUSITY IN THE
PLASMA MEMBRANE MAY DIETATE CELL WALL TEXTURE 183 ANNE MIE EMONS, MIRIAM
AKKERMAN, MICHEL EBSKAMP, JAN SEHE! AND BELA MULDER. 1. TEXTURES OF
CELLULOSE MICROFIBRILS . 2. HYPOTHESES ABOUT CELLULOSE MICROFIBRIL
ORDERING MECHANISMS . 2.1. MICROTUBULE-DIRECTED MICROFIBRIL ORIENTATION
. 2.2. THE LIQUID CRYSTALLINE SELF-ASSEMBLY HYPOTHESIS . 2.3. TEMPLATED
INCORPORATION HYPOTHESIS . 3. THE GEOMETRICAL MODEL FOR CELLULOSE
MIEROFIBRIL ORIENTATIOU . 4. A ROLE FOR CORTIEAL MIEROTUBULES IN
LOCALIZING CELL WALL DEPOSITION . 5. CRITICISM ON THE GEOMETRICAL MODEL
. 6. OUTLOOK ON THE VERIFICATION/FALSIFICATION OF THE GCOMETRICAL THEORY
. REFERENCES , . X TABLE 0/ CONTENTS CHAPTER 14: IMMUNOGOLD LABELING OF
CELLULOSE-SYNTHESIZING TERMJNAL COMPLEXES 237 TA/WO ITOH, SATOSHI
KIMURA, AND R. MALEOLM BROWN, JI: 1.
INTRODUCTIOLL.
238 2. THE CELLULOSE-SYNTHESIZING MACHINERY (TERMINAL COMPLEXES) 238 3.
ADVANCES IN THE UNDERSTUNDING OF CELLULOSE SYNTHASES 241 4. HOW TO PROVE
IF THE ROSETTE 01' LINEAR TC IS THE CELLULOSE-SYNTHESIZING MACHINERY?
242 5. LABELING OF FREEZE FRACTURE REPLICAS 243 6. SPECIFIC LABELING OF
ROSETTE TCS. 247
7. SPECIFIC LABELING OF LINEAR TCS. 249 8. THE MECHANISM OF LABELING OF
CELLULOSE SYNTHASES 249 9. FUTURE PERSPECTIVES ON SDS-FRL AND RESEARCH
IN CELLULOSE BIOSYNTHESIS 250 ACKNOWLEDGMENTS 252 REFERENCES 252 CHAPTER
15: CELLNLOSE SHAPES. 257 ALFRED D. FRENCH AND GLENN P. JOHNSON 1.
INTRODUCTION. 257 2. CELLULOSE POLYMORPHY AND CRYSTAL
STRUCTURES 258 2. I. THE POLYMORPHS. 259 2.2.
HIGH-RESOLUTION STRUCTURE DETERRNINATIONS 260 2.3. THE DOMINANT TWOFOLD
SHAPE IN CRYSTALS. 260 2.4.
TOPOLOGLCAL NIGHTMARE 262 2.5.
INTERDIGITATION.
. 263 3. OTHER CELLULOSIC POLYMERS ., 264 4. INFORMATION
FROM SMALL MOLECULES IN SELF-CRYSTALS AND PROTEIN-CARBOHYDRNTE COMPLEXES
' 264 5. THE """RIO N.H CONVERSION MAP 266 6. CRYSTAL STRUETURES IN $,\V
SPACE 268 6.1. CELLULOSE AND ITS OLIGORNERS 268 6.2. SMALL MOLECULES 269
6.3. PROTEIN-CELLODEXTRIN COMPLEXES 270 6.4. LACTOSE-PROTEIN
COMPLEXES. 272 7. COMPUTERIZED ENERGY CALCULATIONS BASED ON
MOLECULAR
MODELS.
273 8. SUMMARY. 278
ACKNOWLEDGMENTS 282 REFERENCES 282 TABLE 0/ CONTENTS XI CHAPTER 16:
NEMATIC ORDERED CELLULOSE: ITS STRUCTURE UND PROPERTIES 285 TETSUO KONDO
I. INTRODUETIOU. 285 2.
STRUCTURE OF NEMATIC ORCLERED CELLULOSE 287 2.1. WHAT IS NEMATIC ORDERED
CELLULOSE?. 287 2.2. NEMATIC
ORDERED EX-CHITINAND CELLULOSC/CC-CHITIN BLENDS (KONDO ET A1. 2004) 294
2.3. ANOTHER TYPE OF NEMATIC ORDERED CELLULOSE: HONEYCOMB-PATTERNED
CELLULOSE (18). 297 3.
PROPERTIES OF NEMATIC ORDERED CELLULOSE 297 3.1. THE EXELUSIVE SURFACE
PROPERTY OF NOC AND ITS UNIQUE APPLICATION. 297 4. THE FUTURE 30 I 5.
MATERIALS AND METHODS 302 5.1.
MATERIALS.
. 302 5.2. WATER-SWOLLEN CELLULOSE FILM IROM THE DMAC/LICI
SOLUTION. 302 5.3. PREPARATION OF NOC FROM WATER-SWOLLEN CELLULOSE
FILMS. 303 5.4. PREPARATION OF NOC TEMPLATE IN SCHRAMM-HESTRIN (SI-I)
MEDIUM 303 ACKNOWLEDGMENTS 304 REFERENCES . 304 CHAPTER 17: BIOMEDIEAL
APPLICATIOUS OF MICROBIAL CELLULOSE IN BURN WOUND
RECOVERY. 307 WOJCIECH CZAJA,
ALINA KRYSTYNOWICZ, MAREK KAWECKI, KRZYSZTOF WJJSO/A. STANISLAW SAKIEL,
PIOTR WROBLEWSKI, JUSTYNA GLIK, MARIUSZ NOWAK AND STANLSLAW BIELECKI I.
INLRODUCTION. 308 2. EXPERIMENTAL
DESIGN 309 2.1. NEVER-C1RIED MC MERNBRANES PREPARATION 309 2.2. CLINICAL
TRIALS 310 3. CLINICAL OUTCOMES 311 3.1. HIGH CONFONNABILITY, MOISTURE
DONATION, AND FASTER HEALING 311 3.2. MC IS PARTICULARLY USEFUL IN THE
TREATMEN I OF FAEIAL BURNS. 315 4.
COUCLUSIONS.
. 319 ACKNOWLEDGMENTS 319 REFERENCES . 319 CHAPTER
18: CELLULOSE AS A SMART MATERIAL. 323 JAEHWAN KUEL1 I.
INLROCLUCTION.
. 324 2. EXPERIMENTS 327 XII TABLE0/ CONTENTS 2.1.
EAPAP SAMPIE PREPARATION 327 2.2. EAPAP ACTUATOR PERFORMANCE 329 2.3.
EAPAP ACTUATION PRINCIPLE. 331 2.4. MECHANICAL TEST OF EAPAP.
336 3. POTENTIAL APPLICATIONS 339 4. SUMMARY. 341
ACKNOWLEDGMENT 342 REFERENCES 342
FNDEX.
345 COLORPLATES . 355 |
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| spelling | Cellulose: molecular and structural biology a selected articles on the synthesis, structure, and applications of cellulose ed. by R. M. Brown ... Dordrecht Springer 2007 XV, 379 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Chemie Cellulose Chemistry Cellulose Synthesis Cellulose biosynthesis Cellulose chemistry Cellulose therapeutic use Brown, Richard Malcolm 1939- Sonstige (DE-588)130039411 oth text/html http://deposit.dnb.de/cgi-bin/dokserv?id=2837291&prov=M&dok_var=1&dok_ext=htm Inhaltstext OEBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015923143&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Cellulose: molecular and structural biology a selected articles on the synthesis, structure, and applications of cellulose Chemie Cellulose Chemistry Cellulose Synthesis Cellulose biosynthesis Cellulose chemistry Cellulose therapeutic use |
| title | Cellulose: molecular and structural biology a selected articles on the synthesis, structure, and applications of cellulose |
| title_auth | Cellulose: molecular and structural biology a selected articles on the synthesis, structure, and applications of cellulose |
| title_exact_search | Cellulose: molecular and structural biology a selected articles on the synthesis, structure, and applications of cellulose |
| title_exact_search_txtP | Cellulose: molecular and structural biology a selected articles on the synthesis, structure, and applications of cellulose |
| title_full | Cellulose: molecular and structural biology a selected articles on the synthesis, structure, and applications of cellulose ed. by R. M. Brown ... |
| title_fullStr | Cellulose: molecular and structural biology a selected articles on the synthesis, structure, and applications of cellulose ed. by R. M. Brown ... |
| title_full_unstemmed | Cellulose: molecular and structural biology a selected articles on the synthesis, structure, and applications of cellulose ed. by R. M. Brown ... |
| title_short | Cellulose: molecular and structural biology |
| title_sort | cellulose molecular and structural biology a selected articles on the synthesis structure and applications of cellulose |
| title_sub | a selected articles on the synthesis, structure, and applications of cellulose |
| topic | Chemie Cellulose Chemistry Cellulose Synthesis Cellulose biosynthesis Cellulose chemistry Cellulose therapeutic use |
| topic_facet | Chemie Cellulose Chemistry Cellulose Synthesis Cellulose biosynthesis Cellulose chemistry Cellulose therapeutic use |
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