Seeds physiology of development and germination

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Hauptverfasser: Bewley, Derek J. (VerfasserIn), Black, Michael (VerfasserIn)
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Sprache:English
Veröffentlicht: New York [u. a.] Plenum Press 1994
Ausgabe:2. ed.
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adam_text R^R..QR O -F O B IO B SEEDS PHYSIOLOGY OF DEVELOPMENT AND GERMINATION SECOND EDITION J. DEREK BEWLEY V *»; ** , : * , ,, DEPARTMENT OF BOTANY , ** * . . , : / UNIVERSITY OF GUELPH J.) * . GUELPH, ONTARIO, CANADA IR-K;V J -. ; ) AND MICHAEL BLACK DIVISION OF LIFE SCIENCES KING S COLLEGE UNIVERSITY OF LONDON LONDON, ENGLAND PLENUM PRESS * NEW YORK AND LONDON CONTENTS CHAPTER 1 SEEDS: GERMINATION, STRUCTURE, AND COMPOSITION 1.1. INTRODUCTION 1 1.2. SEED GERMINATION*SOME GENERAL FEATURES 1 1.3. MEASUREMENT OF GERMINATION 2 1.4. SEED STRUCTURE 5 1.4.1. EMBRYO 7 1.4.2. NONEMBRYONIC STORAGE TISSUES 8 1.4.3. SEED COAT (TESTA) 10 1.5. SEED STORAGE RESERVES 10 1.5.1. CARBOHYDRATES 12 1.5.2. FATS AND OILS (NEUTRAL LIPIDS) 16 1.5.3. PROTEINS 18 1.5.4. PHYTIN : 30 1.5.5. OTHER CONSTITUENTS 31 CHAPTER 2 SEED DEVELOPMENT AND MATURATION 2.1. EMBRYOGENY AND STORAGE TISSUE FORMATION 35 2.1.1. MORPHOLOGICAL CHANGES 35 2.1.2. REGULATION OF DEVELOPMENT 39 2.2. SOURCE OF ASSIMILATES FOR GRAIN AND SEED FILLING 40 2.2.1. CEREALS 41 2.2.2. LEGUMES 42 IX X CONTENTS 2.2.3. TRANSLOCATION OF ASSIMILATES INTO THE DEVELOPING SEED .... 44 2.2.4. ENVIRONMENTAL EFFECTS ON SEED DEVELOPMENT 50 2.3. DEPOSITION OF RESERVES WITHIN STORAGE TISSUES 51 2.3.1. STARCH SYNTHESIS 52 2.3.2. DEPOSITION OF POLYMERIC CARBOHYDRATES OTHER THAN STARCH 58 2.3.3. TRIACYLGLYCEROL SYNTHESIS 60 2.3.4. STORAGE PROTEIN SYNTHESIS 68 2.3.4.1. CEREALS 68 2.3.4.2. DICOTS -. 73 2.3.4.3. MODIFICATIONS TO SYNTHESIZED STORAGE PROTEINS, THEIR SORTING AND TARGETING TO PROTEIN BODIES ... 74 2.3.4.4. SEED MRNA CONTENT AND STORAGE PROTEIN SYNTHESIS 81 2.3.5. REGULATION OF STORAGE PROTEIN SYNTHESIS 83 2.3.5.1. INVESTIGATING GENE EXPRESSION IN SEEDS 84 2.3.5.2. EXPRESSION OF STORAGE PROTEIN GENES 86 2.3.5.3. NUTRITIONAL EFFECTS ON STORAGE PROTEIN SYNTHESIS . 92 2.3.5.4. ABSCISIC ACID AND THE OSMOTIC FACTOR 92 2.3.5.5. MOLECULAR ACTION OF ABA 95 2.3.5.6. MUTANTS, PROTEIN CONTENT, AND NUTRITIONAL QUALITY OF SEEDS 97 2.3.6. PHYTIN DEPOSITION 99 2.4. HORMONES IN THE DEVELOPING SEED 100 2.4.1. COMPOSITION AND LOCATION 101 2.4.1.1. AUXINS 101 2.4.1.2. GIBBERELLINS 102 2.4.1.3. CYTOKININS 104 2.4.1.4. ABA 104 2.4.2. POSSIBLE ROLES OF SEED HORMONES 105 2.4.2.1. SEED GROWTH AND DEVELOPMENT ....; 105 2.4.2.2. FRUIT GROWTH AND DEVELOPMENT 109 2.4.2.3. HORMONES FOR GERMINATION AND GROWTH 110 2.4.2.4. OTHER EFFECTS OF THE SEED HORMONES 110 CHAPTER 3 DEVELOPMENT*REGULATION AND MATURATION 3.1. GERMINABILITY DURING DEVELOPMENT 117 3.2. VIVIPAROUS MUTANTS AND PRECOCIOUS GERMINATION 119 3.3. MATURATION DRYING AND THE SWITCH TO GERMINATION 124 CONTENTS XI 3.3.1. THE ACQUISITION OF DESICCATION TOLERANCE 124 3.3.2. CHANGES IN METABOLISM ASSOCIATED WITH DRYING 126 3.3.3. METABOLIC CHANGES ON REHYDRATION FOLLOWING DESICCATION . 131 3.3.4. SEED GERMINATION WITHOUT PRIOR DESICCATION 134 3.4. THE DRY SEED 136 3.4.1. BOUND WATER AND VITRIFICATION 136 3.4.2. METABOLISM IN THE DRY STATE 138 3.5. RECALCITRANT SEEDS 140 CHAPTER 4 CELLULAR EVENTS DURING GERMINATION AND SEEDLING GROWTH 4.1. IMBIBITION 147 4.1.1. UPTAKE OF WATER FROM THE SOIL 147 4.1.2. WATER UPTAKE BY SEEDS 149 4.1.3. SOAKING INJURY AND SOLUTE LEAKAGE 153 4.2. THE COMPLETION OF GERMINATION: RADICLE ELONGATION AND ITS CONTROL 155 4.3. RESPIRATION*OXYGEN CONSUMPTION 160 4.3.1. PATHWAYS, INTERMEDIATES, AND PRODUCTS 160 4.3.2. RESPIRATION DURING IMBIBITION AND GERMINATION 161 4.4. MITOCHONDRIAL DEVELOPMENT AND OXIDATIVE PHOSPHORYLATION 163 4.4.1. SITE OF ATP PRODUCTION DURING EARLY IMBIBITION 163 4.4.2. THE ROUTE OF ELECTRONS BETWEEN SUBSTRATE AND MOLECULAR OXYGEN 164 4.4.3. MITOCHONDRIAL DEVELOPMENT IN IMBIBED SEEDS 167 4.4.4. ATP SYNTHESIS DURING GERMINATION 171 4.4.5. THE SYNTHESIS AND UTILIZATION OF REDUCING POWER: PYRIDINE NUCLEOTIDES 172 4.5. RESPIRATION UNDER ANAEROBIC CONDITIONS 175 4.6. PROTEIN SYNTHESIS DURING GERMINATION AND ITS DEPENDENCE ON MRNA SYNTHESIS 178 4.6.1. PROTEIN SYNTHESIS IN GERMINATING EMBRYOS AND AXES 178 4.6.2. RIBOSOMAL AND TRANSFER RNA SYNTHESIS 185 4.6.3. ENZYMES AND PRECURSORS OF RNA SYNTHESIS 187 4.6.4. PROTEIN AND RNA SYNTHESIS IN STORAGE TISSUES 187 4.7. DNA SYNTHESIS AND CELL DIVISION 188 4.8. SEEDLING DEVELOPMENT 191 XII CONTENTS CHAPTER 5 DORMANCY AND THE CONTROL OF GERMINATION 5.1. INTRODUCTION 199 5.2. INTERNAL CONTROLS 199 5.2.1. DORMANCY*ITS BIOLOGICAL ROLE 199 5.2.2. CATEGORIES OF DORMANCY 201 5.2.3. MECHANISM OF DORMANCY 203 5.2.4. EMBRYO DORMANCY*THE INHERENT CONSTRAINTS 203 5.2.5. COAT-IMPOSED DORMANCY*THE CONSTRAINTS 206 5.2.5.1. INTERFERENCE WITH WATER UPTAKE 206 5.2.5.2. MECHANICAL RESTRAINT 207 5.2.5.3. INTERFERENCE WITH GAS EXCHANGE 208 5.2.5.4. PREVENTION OF EXIT OF INHIBITORS 213 5.2.5.5. SUPPLY OF INHIBITORS TO THE EMBRYO 214 5.2.6. COAT-IMPOSED DORMANCY*A SUMMARY 215 5.3. EMBRYONIC INADEQUACY*THE CAUSES 215 5.3.1. METABOLISM OF DORMANT SEEDS 215 5.3.2. GENE EXPRESSION AND DORMANCY 217 5.3.3. MEMBRANES AND DORMANCY 218 5.4. DEVELOPMENT OF DORMANCY 220 5.4.1. WHEN DOES PRIMARY DORMANCY OCCUR? 220 5.4.2. GENETIC CONTROL OF DORMANCY 221 5.4.3. CORRELATIVE EFFECTS IN DORMANCY 222 5.4.4. DORMANCY INDUCTION BY ABSCISIC ACID 222 5.4.5. THE ENVIRONMENT IN DORMANCY INCEPTION 226 5.4.6. DEVELOPMENT OF HARD COATS 229 5.4.7. SECONDARY DORMANCY 230 5.5. THE EXTERNAL CONTROLS 230 5.5.1. THE RELEASE FROM DORMANCY 231 5.5.1.1. AFTERRIPENING 231 5.5.1.2. LOW TEMPERATURES (CHILLING) 232 5.5.1.3. OTHER EFFECTS OF TEMPERATURE ON DORMANCY 236 5.5.1.4. LIGHT 237 5.5.1.5. SEEDS WITH IMPERMEABLE COATS 247 5.5.1.6. BREAKING OF DORMANCY BY CHEMICALS 247 5.5.1.7. THE MECHANISM OF DORMANCY RELEASE 248 5.5.1.8. HORMONES IN DORMANCY BREAKING 250 5.5.1.9. DORMANCY BREAKAGE AND METABOLISM 253 5.5.1.10. DORMANCY BREAKAGE AND CELL ENLARGEMENT 257 5.5.2. ENVIRONMENTAL CONTROL OF GERMINATION 258 CONTENTS 5.5.2.1. EFFECTS OF LIGHT ...,..; 259 5.5.2.2. INHIBITION BY SHORT PERIODS OF FAR-RED LIGHT 262 5.5.2.3. EFFECTS OF TEMPERATURE 262 5.5.2.4. WATER STRESS 266 5.5.2.5. OXYGEN AND CARBON DIOXIDE 266 5.6. CONTROL OF GERMINATION*A SUMMARY 267 CHAPTER 6 SOME ECOPHYSIOLOGICAL ASPECTS OF GERMINATION 6.1. INTRODUCTION 273 6.2. SEED BURIAL 273 6.2.1. THE SEED BANK 273 6.2.2. LIGHT AND SEED BURIAL 274 6.3. GERMINATION IN DIRECT SUNLIGHT 277 6.4. GERMINATION UNDER LEAF SHADE 277 6.5. TEMPERATURE 279 6.6. WATER 282 6.7. INTERACTIONS 284 6.8. SECONDARY DORMANCY AND SEASONAL GERMINATION 284 6.9. GERMINATION, PLANT DISTRIBUTION, AND PLANT ORIGIN 286 6.10. CHEMICALS IN THE NATURAL ENVIRONMENT 289 CHAPTER 7 MOBILIZATION OF STORED SEED RESERVES 7.1. STORED CARBOHYDRATE CATABOLISM . ... 293 7.1.1 PATHWAYS OF STARCH CATABOLISM 293 7.1.2. SYNTHESIS OF SUCROSE 295 7.2. MOBILIZATION OF STORED CARBOHYDRATE RESERVES IN CEREALS 296 7.2.1. THE EMBRYO RESERVES 296 7.2.2. THE ENDOSPERM RESERVES 296 7.2.3. THE FATE OF THE PRODUCTS OF STARCH HYDROLYSIS 302 7.3. MOBILIZATION OF STORED CARBOHYDRATE RESERVES IN LEGUMES 303 7.3.1. NONENDOSPERMIC LEGUMES 303 7.3.2. ENDOSPERMIC LEGUMES 305 7.4. HEMICELLULOSE-CONTAINING SEEDS OTHER THAN LEGUMES 310 7.5. STORED TRIACYLGLYCEROL CATABOLISM 311 XIV CONTENTS 7.5.1. GENERAL CATABOLISM 311 7.5.2. MOBILIZATION OF TRIACYLGLYCEROLS FROM OIL BODIES 314 7.5.3. THE FATE OF GLYCEROL AND FATTY ACIDS 316 7.5.4. ROLE OF THE GLYOXYSOME, MITOCHONDRION, AND CYTOSOL IN GLUCONEOGENESIS 317 7.5.5. GLYOXYSOME BIOSYNTHESIS AND DEGRADATION 318 7.5.6. UTILIZATION OF THE PRODUCTS OF TRIACYLGLYCEROL CATABOLISM .. 322 7.6. STORED PROTEIN CATABOLISM 323 7.6.1. GENERAL CATABOLISM 323 7.6.2. PROTEIN MOBILIZATION IN CEREALS 324 7.6.3. PROTEIN MOBILIZATION IN DICOTS 328 7.6.4. PROTEINASE INHIBITORS 330 7.6.5. UTILIZATION OF THE LIBERATED AMINO ACIDS 334 7.7. STORED PHOSPHATE CATABOLISM 338 7.7.1. GENERAL CATABOLISM 338 7.7.2. PHOSPHATE CATABOLISM IN SEEDS 338 7.8. MOBILIZATION OF NUCLEIC ACIDS FROM THE STORAGE REGIONS 341 CHAPTER 8 CONTROL OF THE MOBILIZATION OF STORED RESERVES 8.1. CONTROL OF RESERVE MOBILIZATION IN CEREALS 345 8.1.1. GIBBERELLIN AND THE INDUCTION OF A-AMYLASE SYNTHESIS .... 346 8.1.2. REGULATION OF THE A-AMYLASE GENES 351 8.1.3. ENZYME SECRETION 355 8.1.4. REGULATION OF A-AMYLASE PRODUCTION WITHIN THE INTACT GRAIN 357 8.1.5. REGULATION OF OTHER HYDROLASES IN THE CEREALS 361 8.2. CONTROL PROCESSES IN OTHER SEEDS 365 8.2.1. WHEN ARE THE MOBILIZING ENZYMES PRODUCED? 366 8.2.2. REGULATION OF MOBILIZATION 367 8.2.3. MODE OF REGULATION BY THE AXIS 370 8.2.3.1. HORMONAL CONTROL BY THE AXIS 371 8.2.3.2. THE AXIS AS A SINK 372 CONTENTS XV CHAPTER 9 SEEDS AND GERMINATION: SOME AGRICULTURAL AND INDUSTRIAL ASPECTS 9.1. INTRODUCTION 377 9.2. MALTING 378 9.3. PREHARVEST SPROUTING IN CEREALS 382 9.3.1. THE PHYSIOLOGY OF PREHARVEST SPROUTING IN WHEAT 385 9.4. VIABILITY AND LONGEVITY OF SEEDS 388 9.4.1. ANCIENT SEEDS 388 9.4.2. VIABILITY OF SEEDS IN STORAGE 391 9.4.2.1. THE RELATIONSHIP BETWEEN TEMPERATURE AND MOISTURE DURING STORAGE 391 9.4.2.2. OTHER FACTORS THAT AFFECT SEED VIABILITY DURING STORAGE 395 9.4.2.3. MICROFLORA AND SEED DETERIORATION 397 9.4.3. SEED STORAGE FACILITIES 398 9.4.3.1. SHORT-TERM STORAGE 398 9.4.3.2. LONG-TERM GENETIC CONSERVATION*SEED GENE BANKS 399 9.4.4. METABOLIC CONSEQUENCES AND CAUSES OF VIABILITY LOSS .... 402 9.4.5. DAMAGE TO CHROMOSOMES AND DNA 405 9.4.6. AGING AND THE DETERIORATION OF MEMBRANES 408 9.5. SOMATIC EMBRYOGENESIS 410 9.5.1. SOMATIC EMBRYOS AND SYNTHETIC SEED PRODUCTION 416 INDEX 421
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spellingShingle Bewley, Derek J.
Black, Michael
Seeds physiology of development and germination
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title Seeds physiology of development and germination
title_auth Seeds physiology of development and germination
title_exact_search Seeds physiology of development and germination
title_full Seeds physiology of development and germination J. Derek Bewley and Michael Black
title_fullStr Seeds physiology of development and germination J. Derek Bewley and Michael Black
title_full_unstemmed Seeds physiology of development and germination J. Derek Bewley and Michael Black
title_short Seeds
title_sort seeds physiology of development and germination
title_sub physiology of development and germination
topic Physiologie (DE-588)4045981-0 gnd
Samen (DE-588)4130859-1 gnd
Entwicklung (DE-588)4113450-3 gnd
Samenkeimung (DE-588)4179024-8 gnd
topic_facet Physiologie
Samen
Entwicklung
Samenkeimung
url http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=019159572&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv AT bewleyderekj seedsphysiologyofdevelopmentandgermination
AT blackmichael seedsphysiologyofdevelopmentandgermination