Senescence and aging in plants:
Gespeichert in:
| Format: | Buch |
|---|---|
| Sprache: | English |
| Veröffentlicht: |
San Diego u.a.
Acad. Press
1988
|
| Schriftenreihe: | American Society of Plant Physiologists monograph series
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XXVIII, 526 S. Ill., graph. Darst. |
| ISBN: | 0125209207 |
Internformat
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Datensatz im Suchindex
| _version_ | 1804115680355680256 |
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| adam_text | SENESCENCE AND AGING IN PLANTS EDITED BY L. D. NOODEN BIOLOGY DEPARTMENT
UNIVERSITY OF MICHIGAN ANN ARBOR, MICHIGAN AND A. C. LEOPOLD BOYCE
THOMPSON INSTITUTE FOR PLANT RESEARCH CORNELL UNIVERSITY ITHACA, NEW
YORK AV) ACADEMIC PRESS INC. HARCOURT BRACE JOVANOVICH, PUBLISHERS SAN
DIEGO NEW YORK BERKELEY BOSTON LONDON SYDNEY TOKYO TORONTO CONTENTS
CONTRIBUTORS XV FOREWORD BY KENNETH V. THIMANN XVII PREFACE XXVII 1 THE
PHENOMENA OF SENESCENCE AND AGING L. D. NOODEN I. II. II. V. EMERGENCE
OF SENESCENCE AS A CONCEPT CONCEPTS A. B. C. D. SENESCENCE VERSUS AGING
THE BASIC UNITS OF SENESCENCE DEATH AND DEATH PROCESSES THE SENESCENCE
SYNDROME: AN OUTLINE EXPERIMENTAL ANALYSIS OF SENESCENCE A. B. C. D. E.
WHY STUDY SENESCENCE? MEASURES OF SENESCENCE CORRELATIVE CONTROLS
ATTACHED VERSUS DETACHED STRUCTURES HORMONAL CONTROLS PATTERNS OF
SENESCENCE A. B. C. D. E. F. G. OVERVIEW CELLULAR PATTERNS TISSUES
ORGANS ORGANISMS RELATIONSHIP BETWEEN STRESS AND SENESCENCE
NONSENESCENCE PROCESSES REFERENCES 2 3 3 4 4 6 14 14 15 16 19 20 22 22
23 26 31 32 34 36 38 2 THE MOLECULAR BASIS FOR MEMBRANE DETERIORATION
DURING SENESCENCE J. E. THOMPSON I. INTRODUCTION 52 VI CONTENTS II.
SENESCENCE OF MICROSOMAL AND PLASMA MEMBRANES 52 A. INCREASED PRODUCTION
OF FREE RADICALS 53 B. CHANGES IN THE MOLECULAR ORGANIZATION OF LIPID
BILAYERS 55 C. A TENTATIVE MODEL FOR SENESCENCE OF MICROSOMAL MEMBRANES
65 III. THYLAKOID MEMBRANE SENESCENCE 69 A. FREE RADICAL PRODUCTION 70
B. LOSS OF THYLAKOID MEMBRANE INTEGRITY 71 IV. MITOCHONDRIAL MEMBRANES
75 V. MODULATION OF MEMBRANE SENESCENCE 75 VI. CONCLUSIONS 76 REFERENCES
77 3 PHOTOSYNTHESIS SHIMON GEPSTEIN I. INTRODUCTION 85 II. SENESCENCE OF
CHLOROPLASTS 86 A. ULTRASTRUCTURAL CHANGES IN CHLOROPLASTS DURING
SENESCENCE 86 B. AUTONOMOUS DEGRADATION OF CHLOROPLASTS 87 III.
CHLOROPHYLL DEGRADATION 89 IV. CHANGES IN LIPIDS DURING CHLOROPLAST
SENESCENCE 92 V. CHANGES IN STROMAL ENZYMES DURING LEAF SENESCENCE 93
VI. CHANGES IN THE COMPONENTS OF THE CHLOROPLAST THYLAKOID MEMBRANES
DURING FOLIAR SENESCENCE 95 VII. CHLOROPLAST PROTEIN DEGRADATION 99
VIII. LEAF CONDUCTANCE AND CO 2 ASSIMILATION IN SENESCING LEAVES 102 IX.
CONCLUSIONS 103 REFERENCES 104 4 RESPIRATION IN SENESCING PLANT ORGANS:
ITS NATURE, REGULATION, AND PHYSIOLOGICAL SIGNIFICANCE THEOPHANES
SOLOMOS I. INTRODUCTION 112 II. PATTERNS OF RESPIRATION IN DETACHED
PLANT ORGANS 112 A. FRUIT 112 B. LEAVES 113 C. FLOWERS 113 CONTENTS VII
III. IV. V. VI. VII. VIII. IX. X. XL XII. XIII. CAUSES OF THE
CLIMACTERIC RISE IN RESPIRATION MODE OF ACTION OF ETHYLENE ON PLANT
RESPIRATION REGULATION OF PLANT RESPIRATION GLYCOLYSIS PENTOSE PATHWAY
TRICARBOXYLIC ACID CYCLE ELECTRON TRANSPORT RESIDUAL CELLULAR
ORGANIZATION PHYSIOLOGICAL SIGNIFICANCE OF THE CLIMACTERIC RISE IN PLANT
SENESCENCE SUMMARY REFERENCES 113 117 118 119 124 124 126 132 133 134
136 137 5 NUCLEIC ACID AND PROTEIN SYNTHESIS COLIN J. BRADY I.
INTRODUCTION 147 II. NUCLEIC ACID AND PROTEIN CONTENTS 149 A. DNA 149 B.
RNA 150 C. PROTEIN 152 III. NUCLEIC ACID AND PROTEIN SYNTHESIS 156 A.
DNA SYNTHESIS 157 B. RNA SYNTHESIS 157 C. PROTEIN SYNTHESIS 157 IV.
SENESCENCE MUTANTS 170 REFERENCES 171 6 THE INTERPLAY BETWEEN
PROTEOLYSIS AND AMINO ACID METABOLISM DURING SENESCENCE AND NITROGEN
REALLOCATION MARK B. PEOPLES AND MICHAEL J. DALLING I. INTRODUCTION 182
II. QUALITATIVE AND QUANTITATIVE DESCRIPTION OF PREANTHESIS NITROGEN
SOURCE 182 III. PROTEIN DEGRADATION 185 A. GENERALIZED CONCEPTS OF
PROTEOLYSIS 185 B. PROTEIN TURNOVER 186 C. NATURE OF PROTEIN-DEGRADING
ENZYMES 187 D. GENERALIZED CONCEPTS FOR THE REGULATION OF PROTEIN
DEGRADATION 189 VIII CONTENTS IV. SENESCENCE, PROTEOLYSIS, AND THE
METABOLISM OF NITROGEN: SOME CASE HISTORIES 195 A. ROOT AND NODULE
SENESCENCE 195 B. LEAF SENESCENCE 202 V. CONCLUDING REMARKS 211
REFERENCES 212 7 WATER ECONOMY OF FRUITS AND FRUITING PLANTS: CASE
STUDIES OF GRAIN LEGUMES J. S. PATE I. INTRODUCTION 219 II. WATER
BALANCES OF DEVELOPING FRUIT AND SEEDS AND THEIR RELATIONSHIPS TO THE
IMPORT OF CARBON AND NITROGEN THROUGH THE XYLEM AND PHLOEM 223 III.
DIURNAL WATER BALANCE OF FRUIT AND THE FRUITING PLANT 227 IV. STRUCTURAL
FEATURES OF THE FRUIT AND THEIR SIGNIFICANCE IN TERMS OF WATER
RELATIONSHIPS 229 V. TRACER STUDIES OF THE PHLOEM AND XYLEM EXCHANGES OF
WATER AND SOLUTES BETWEEN FRUIT, PEDUNCLE, AND THE REMAINDER OF THE
PLANT 233 VI. GENERAL CONCLUSIONS 236 REFERENCES 238 8 ETHYLENE AND
PLANT SENESCENCE AUTAR K. MATTOO AND NEHEMIA AHARONI I. INTRODUCTION 242
II. BIOSYNTHESIS OF ETHYLENE 243 A. PRECURSORS AND PATHWAY 243 B. ENZYME
SYSTEMS 244 III. REGULATION OF ETHYLENE BIOSYNTHESIS 246 A. METHIONINE
RECYCLING 246 B. LINKAGE WITH POLYAMINE BIOSYNTHESIS 247 C. CONJUGATION
OF ACC 248 D. MEMBRANCE ASSOCIATION AND INVOLVEMENT OF MEMBRANE FUNCTION
249 E. FEEDBACK CONTROLS 250 F. IAA-INDUCED ETHYLENE PRODUCTION 251 IV.
ETHYLENE IN FRUIT RIPENING, SENESCENCE, AND LEAF ABSCISSION 255 A.
ETHYLENE AND FRUIT RIPENING 255 B. SYMPTOMS OF LEAF SENESCENCE 257
CONTENTS IX C. EXOGENOUS ETHYLENE AND LEAF-BLADE SENESCENCE 258 D.
ENDOGENOUS ETHYLENE AND LEAF-BLADE SENESCENCE 259 E. INTERACTIONS
BETWEEN ETHYLENE AND OTHER PLANT HORMONES IN LEAF-BLADE SENESCENCE 261
F. EXOGENOUS ETHYLENE AND CHANGES IN THE ABSCISSION ZONE 262 G.
INTERACTIONS BETWEEN AUXIN AND ETHYLENE IN ABSCISSION 263 H. ENDOGENOUS
ETHYLENE IN ABSCISSION 264 I. INTERACTIONS BETWEEN ETHYLENE AND OTHER
FACTORS IN NATURAL ABSCISSION 266 V. MECHANISMS OF ETHYLENE ACTION 266
VI. CONCLUSIONS 267 REFERENCES 269 9 CYTOKININS AND SENESCENCE JOHANNES
VAN STADEN, ELIZABETH L. COOK, AND L. D. NOODEN I. INTRODUCTION 282 II.
CYTOKININ BIOCHEMISTRY AND PHYSIOLOGY 282 A. CYTOKININ STRUCTURE 282 B.
SITES OF CYTOKININ PRODUCTION 284 C. CYTOKININ TRANSPORT 285 D.
CYTOKININ METABOLISM 288 III. EVIDENCE TO IMPLICATE CYTOKININS IN THE
REGULATION OF SENESCENCE 293 IV. CYTOKININS AND ORGAN OR ORGANISM
SENESCENCE 295 A. LEAVES 296 B. COTYLEDONS 303 C. FLOWERS 305 D. FRUIT
AND SEED SENESCENCE 306 E. WHOLE PLANT SENESCENCE 307 V. RELATIONSHIPS
BETWEEN CYTOKININS AND OTHER HORMONES 309 VI. CONCLUSIONS 310 REFERENCES
312 10 ABSCISIC ACID, AUXIN, AND OTHER REGULATORS OF SENESCENCE L. D.
NOODEN I. INTRODUCTION 330 CONTENTS II. ABSCISIC ACID AND SENESCENCE
PROCESSES 331 A. INFLUENCE OF EXOGENOUS ABSCISIC ACID 332 B. CORRELATION
WITH ENDOGENOUS ABSCISIC ACID 334 C. RELATIONSHIPS BETWEEN ABSCISIC ACID
AND OTHER HORMONES 335 III. OTHER PROMOTERS OF SENESCENCE 338 A. FATTY
ACIDS 338 B. SERINE 339 C. JASMONIC ACID AND RELATED COMPOUNDS 340 D.
MISCELLANEOUS PROMOTERS 340 E. UNIDENTIFIED PROMOTERS 341 F.
HYPERSENSITIVE RESPONSE 342 IV. AUXIN AND SENESCENCE PROCESSES 342 A.
INFLUENCE OF EXOGENOUS AUXIN 343 B. CORRELATION WITH ENDOGENOUS AUXIN
344 C. RELATIONSHIP BETWEEN AUXIN AND OTHER HORMONES 344 V. GIBBERELLIN
AND SENESCENCE PROCESSES 348 A. INFLUENCE OF EXOGENOUS GIBBERELLIN 348
B. CORRELATION WITH ENDOGENOUS GIBBERELLIN 349 C. RELATIONSHIP BETWEEN
GIBBERELLIN AND OTHER HORMONES 351 VI. OTHER RETARDANTS OF SENESCENCE
352 VII. SUMMARY 353 A. WHAT HORMONE IS IN CONTROL? 353 B. HORMONE
COMBINATIONS 353 C. INTEGRATED HORMONE SYSTEMS 354 D. NEW HORMONES? 354
E. CONCLUSION 354 REFERENCES 355 11 CALCIUM AND SENESCENCE B. W.
POOVAIAH I. INTRODUCTION 369 II. CALCIUM AND HORMONE INTERACTIONS 371
III. CYTOSOLIC AND APOPLASTIC ROLES OF CALCIUM 373 A. CELL WALLS AND
MEMBRANES 373 B. CALCIUM AND CALMODULIN 376 C. PROTEIN PHOSPHORYLATION
379 IV. ROLE OF INOSITOL PHOSPHOLIPIDS IN CALCIUM MESSENGER SYSTEM 383
V. CONCLUSION 385 REFERENCES 385 CONTENTS XI 12 WHOLE PLANT SENESCENCE
L. D. NOODEN I. INTRODUCTION 392 II. PATTERNS OF WHOLE PLANT SENESCENCE
392 III. CORRELATIVE CONTROLS 393 A. CELLS AND ORGANS AS COMPONENTS OF
THE ORGANISM 394 B. CONTROL CENTERS VERSUS TARGETS 394 C. BEHAVIOR OF
THE SENESCENCE SIGNAL 398 IV. CESSATION OF VEGETATIVE GROWTH AS A
COMPONENT OF WHOLE PLANT SENESCENCE 398 V. DECLINE IN ASSIMILATORY
PROCESSES 402 A. CHANGES IN ASSIMILATION IN THE ROOTS AND LEAVES 402 B.
METABOLIC DECLINE IN PLANTS WITH REPRODUCTIVE STRUCTURES REMOVED
( DESINKED ) 403 VI. PARTITIONING AND REDISTRIBUTION OF ASSIMILATES IN
RELATION TO SENESCENCE 406 A. NUTRIENT DIVERSION AND REDISTRIBUTION 406
B. SHIFT IN PHOTOSYNTHATE PARTITIONING DURING REPRODUCTIVE DEVELOPMENT
406 C. COMPETITION BETWEEN THE FRUITS AND LEAVES FOR MINERAL NUTRIENTS
ASSIMILATED BY THE ROOTS 407 D. CONTROLS OF ASSIMILATE MOVEMENT 408 E.
NUTRIENT REDISTRIBUTION 409 F. EXHAUSTION DEATH: REAL OR APPARENT? 410
VII. HORMONAL CONTROLS 412 A. INTRODUCTION 412 B. THE SENESCENCE SIGNAL
413 C. THE ROOT/SHOOT (LEAF) INTERACTION 416 VIII. SENESCENCE OF
POLYCARPIC PLANTS 419 A. INTRODUCTION 419 B. CLONAL GROWTH 422 C. CAUSES
OF DECLINE IN POLYCARPIC PLANTS 422 D. DO POLYCARPIC PLANTS SENESCE? 425
IX. CONCLUSIONS 426 REFERENCES 427 13 DETERIORATION OF MEMBRANES DURING
AGING IN PLANTS: EVIDENCE FOR FREE RADICAL MEDIATION BRYAN D. MCKERSIE,
TISSA SENARATNA, MARK A. WALKER, EDWARD J. KENDALL, AND P. RICHARD
HETHERINGTON I. INTRODUCTION 442 XII CONTENTS II. EVIDENCE FOR MEMBRANE
DETERIORATON DURING AGING 443 A. SEED AGING 443 B. DESICCATION TOLERANCE
444 C. FREEZING 445 D. ICE-ENCASEMENT 446 III. PHYSICAL PROPERTIES OF
MICROSOMAL MEMBRANES 447 A. PHASE PROPERTIES 448 B. FREEZE FRACTURE
ELECTRON MICROSCOPY 450 C. MEMBRANE MICROVISCOSITY 450 IV. LIPID AND
PROTEIN COMPOSITION OF MICROSOMAL MEMBRANES 452 A. MEMBRANE LIPIDS 452
B. MEMBRANE PROTEINS 454 V. FREE FATTY ACIDS AND LIPID PHASE PROPERTIES
454 VI. FREE RADICALS 456 A. PHOSPHOLIPID DE-ESTERIFICATION 456 B. FREE
RADICAL SCAVENGING SYSTEMS 458 C. PRODUCTION OF FREE RADICALS 459 VII.
SUMMARY 460 REFERENCES 461 14 SEED AGING: THE GENOME AND ITS EXPRESSION
E. H. ROBERTS I. INTRODUCTION 466 II. HISTORICAL PERSPECTIVE 467 A. A
FALSE DAWN: OLD SEEDS OF OENOTHORA CONTAIN MORE MUTANTS THAN NEW SEEDS
(1901-1931) 467 B. CHROMOSONE ABERRATIONS AND GENE MUTATIONS, OR THE
EVENTS THAT GIVE RISE TO THEM, ARE INDUCED DURING SEED STORAGE
(1933-1936) 468 C. ACCUMULATION OF CHROMOSOME DAMAGE IS A FUNCTION OF
TIME, TEMPERATURE, AND MOISTURE CONTENT (1933-1939) 468 D. RECOGNITION
OF A SIMPLE RELATION BETWEEN LOSS OF SEED VIABILITY AND THE INDUCTION OF
CHROMOSOME DAMAGE (1967-1985) 469 E. THE CONCEPT OF REPAIR DURING MOIST
SEED STORAGE (1974-1985) 474 CONTENTS XIII F. THE AMOUNT OF CHROMOSOME
DAMAGE ASSOCIATED WITH A GIVEN LOSS OF VIABILITY IS LARGE AT
LOW-MOISTURE CONTENTS AND IS MINIMAL AT HIGH-MOISTURE CONTENTS (1985)
476 III. THE NATURE OF THE DAMAGE TO THE GENOME AND ITS EXPRESSION 483
A. THE CLASSICAL AND EXCHANGE THEORIES OF CHROMOSOME DAMAGE 483 B.
CHROMATID-TYPE AND CHROMOSOME-TYPE ABERRATION IN SEEDS: IS THE DAMAGE
INITIATED DURING AGING OR AFTERWARD DURING GERMINATION? 484 C.
SPECULATIONS CONCERNING DNA LESIONS THAT RESULT FROM SEED AGING 488 D.
THE FATE OF DAMAGE TO THE GENOME 489 E. DAMAGE TO THE CELLULAR SYSTEMS
THAT EXPRESS THE GENOME 491 IV. CONCLUSIONS 492 REFERENCES 493 15
POSTLUDE AND PROSPECTS L. D. NOODEN I. II. SENESCENCE VERSUS EXOGENOUSLY
DRIVEN DEGENERATION WHAT IS SENESCENCE? A. REQUIRED PROCESSES B. CENTRAL
VERSUS PERIPHERAL PROCESSES IN SENESCENCE C. THE ROLE OF THE CHLOROPLAST
IN SENESCENCE D. SENESCENCE AS PARALLEL OR LOOSELY COUPLED PROCESSES E.
IS SENESCENCE ONE PROCESS OR SEVERAL? F. FUTURE ANALYSES OF SENESCENCE
WHAT HORMONE IS IN CONTROL? LIMITS ON LIFE CONCLUSIONS AND CLOSING
REFERENCES NOTE ADDED IN PROOF 499 501 501 503 506 507 509 509 510 511
512 513 517 III. IV. V. INDEX 519
|
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| spelling | Senescence and aging in plants ed. by L. D. Noodén ... San Diego u.a. Acad. Press 1988 XXVIII, 526 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier American Society of Plant Physiologists monograph series Altern (DE-588)4068596-2 gnd rswk-swf Pflanzen (DE-588)4045539-7 gnd rswk-swf (DE-588)4143413-4 Aufsatzsammlung gnd-content Pflanzen (DE-588)4045539-7 s Altern (DE-588)4068596-2 s DE-604 Noodén, Larry D. Sonstige (DE-588)128758201 oth GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=000776992&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
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| title | Senescence and aging in plants |
| title_auth | Senescence and aging in plants |
| title_exact_search | Senescence and aging in plants |
| title_full | Senescence and aging in plants ed. by L. D. Noodén ... |
| title_fullStr | Senescence and aging in plants ed. by L. D. Noodén ... |
| title_full_unstemmed | Senescence and aging in plants ed. by L. D. Noodén ... |
| title_short | Senescence and aging in plants |
| title_sort | senescence and aging in plants |
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