Pigment of the imagination a history of phytochrome research

Pigment of the Imagination chronicles the story of phytochrome, the bright-blue photoreversible pigment through which plants constantly monitor the quality and presence of light. The book begins with work that led to the discovery of phytochrome and ends with the latest findings in gene regulation a...

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1. Verfasser: Sage, Linda C. (VerfasserIn)
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Sprache:English
Veröffentlicht: San Diego u.a. Academic Press 1992
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520 3 |a Pigment of the Imagination chronicles the story of phytochrome, the bright-blue photoreversible pigment through which plants constantly monitor the quality and presence of light. The book begins with work that led to the discovery of phytochrome and ends with the latest findings in gene regulation and expression. The phytochrome story provides a paradigm for the process of scientific discovery. This book should thus be of interest to scientists who work on phytochrome and related subjects in plant science, as well as to all scientists and science historians interested in how a scientific research field begins, develops, and matures. Documents the science and history of phytochrome research over an 80 year span Combines information from scientific literature, archival documents, and in-person inteviews Describes in scholarly and readable style an elegant example of biological discovery Accessible to researchers and students in all areas of science and history of science. 
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adam_text PIGMENT OF THE IMAGINATION A History of Phytochrome Research LINDA C _SAGE 5/ Louis, Missouri ACADEMIC PRESS, INC Harcourt Brace Jovanovich, Publishers San Diego New York Boston London Sydney Tokyo Toronto Contents Preface xix PARTI Daylength and Flowering Julien Tournois 4 Georg Albrecht Klebs 5 Garner and Allard 6 1918 Experiments 7 Long-Day and Short-Day Plants 8 Benefits 12 References 14 The 1930s Site of Induction 16 Florigen 17 Inhibitor of Flowering 18 Timing Mechanism 18 References 20 Spectral Studies Seed Germination 22 Mesocotyl Elongation 28 Floral Induction 30 Cruciferae 30 References 31 vii Vill CONTENTS Action Spectra for Floral Induction Ezra Jacob Kraus 33 Hamner and Bonner 34 The Light Break 35 Harry Alfred Borthwick 37 Marion Wesley Parker 38 Carbon-Arc Rooms 39 Early Papers 41 Sterling Brown Hendricks 43 The Spectrograph 44 SDP Action Spectra 47 LDP Action Spectra 50 References 53 Action Spectra for Elongation Growth Pea Leaf Extension 56 Identity of the Pigment 59 Phycocyanin? 60 Albino Seedlings 61 Far-Red Radiation 61 References 68 Photoreversible Pigment Promotion of Germination 70 Inhibition of Germination 73 The Flip-Flop Experiment 73 Thermal Reactions 75 Interconversion 78 Reversibility of Floral Induction 79 Photoperiodic Timing 80 Bean Hook Opening 80 Gatlinburg Symposium 84 References 84 CONTENTS iX The 1950s Tomato Color 86 Floral Induction in Xanthium 86 Dark-Grown Bean Seedlings 90 Light-Grown Bean Seedlings 90 Pigment Conversion 92 Overcoming Dormancy in Shrubs and Trees 96 Bushy Petunias 98 References 99 High-Energy Responses H William Siegelman 101 Hans Mohr 104 The Beltsville Proposal 105 References 109 Detection Instrumentation Research Laboratory 111 Detection and Extraction 113 Montreal 116 Phytochrome 119 References 119 Partial Purification Siegelman Begins 121 Bruce A Bonner 122 Brushite 122 Oat Phytochrome 123 References 126 Properties of Phytochrome No Additional Reactant 128 Spectroscopic Properties 129 X CONTENTS Detection in Other Species 133 Destruction 133 Light-Grown Plants 135 Incomplete Conversion of Pr 136 Chemical Studies 139 The Chromophore 140 References 141 In Vivo Spectrophotometric Studies The Pisum Paradox 144 The Zea Paradox 145 Reversion and Destruction 150 Synthesis 151 References 153 Seed Germination and Flowering Seed Germination 155 Light and Temperature 155 Prolonged Irradiation 156 Inhibition by Prolonged Irradiation 158 Prechilling 158 Dark-Germinating Seeds 158 Arabidopsis Action Spectra 159 Seed Coat Enzymes 160 Floral Induction in Chrysanthemum 161 Floral Induction in Caryopteris 163 Red Action of Far-Red 164 Pfr-Requiring Reaction in Pharbitis 168 Xanthium 170 Chenopodium 171 Long-Day Plants 174 The Action of Far-Red \ 11 References 179 Photoperiodic Timing Circadian Clock 185 Evidence for Circadian Timing 188 CONTENTS Xi Skeleton Photoperiods 191 Light-On and Light-Off Signals 193 Roles of Phytochrome 195 External versus Internal Coincidence 195 References 196 Mougeotia Chloroplast Movements 199 Molecular Orientation 201 Partial Irradiation 202 Helical Arrangement 204 Newly Formed Pfr 206 Orientation of Pfr 207 Mougeotia in Nature 210 References 213 Mode of Action Gene Activation 215 Membrane Permeability 219 The Tanada Effect 220 Bioelectric Potential Changes 221 NAD+ Kinase 222 References 222 The Hartmann Model High-Energy Reaction 225 Karl M Hartmann 227 End of an Era 237 References 240 PART II Large Phytochrome Size Heterogeneity 245 In Vitro Destruction 246 Xii CONTENTS Mesotaenium Phytochrome 249 Small Oat Phytochrome 249 Characterization 250 Rye Phytochrome 251 Proteolytic Degradation 254 References 256 Gene Regulation Hypothesis PAL Activity Lipoxygenase Activity Pattern Specification Induction or Activation? Control of Translation Signal Transmission References Dark Transformations Cycled Pr Phytochrome in Seeds Hydration and Synthesis Centrospermae Reversion in Vitro Photostationary States Photoprotection Destruction Mechanism Inverse Dark Reversion—An Explanation References Localization Immunolocalization Cell Fractionation Pelletable Pfr Sequestering Association with Ribonucleoprotein In Vivo Pelletability References CONTENTS XIII Properties of Large Phytochrome Harvard Rye Preparations 305 Smithsonian Rye Preparations 306 Vanderbilt Oat Preparations 307 Gross Structure 308 Affinity Purification 308 Song's 1979 Model 309 References 310 Membrane Hypothesis Nyctinastic Plants 321 Membrane Potential Changes 319 Intrinsic Phytochrome 321 Synthetic Membrane 322 An Appraisal 322 Calcium: A Second Messenger? 324 Fern Spore Germination 329 Calcium Assay 330 Protoplasts as Model Systems 331 Phosphatidylinositol Pathway 332 Membrane Transitions 333 References 336 High-lrradiance Responses Schafer's HIR Models 343 Reciprocity Failure 347 Spectral Sensitivity 348 De-Etiolation 349 References 352 Very Low Fluence Response; A Dimer Model VLFR 355 Light Piping 357 Sensitized Seeds 360 Weed Seeds 362 XiV CONTENTS The Dimer Hypothesis 364 Dimers and HIR 366 A Dimer in Vivo? 367 References 369 Shade Avoidance Light Quality and Seed Germination 371 Light Quality and Vegetative Development 372 Environmental Radiation 373 Phytochrome Photoequilibrium 375 Effects on Growth 376 Rapidity of Growth Responses 379 Reflected Light 379 USDA Studies 382 End-of-Day versus Daytime R:FR Ratios 384 Active Form of Phytochrome 386 High Fluence Rate Experiments 389 References 391 The Chromophore Chemical Studies NMR Spectra for Pr Structure of Pfr NMR Spectra for Pfr Chromophore Biosynthesis and Holophytochrome Assembly References Native Phytochrome Modified'' Phytochrome 410 124-Kilodalton Phytochrome 411 Purification 412 Photochemical Properties 413 Monoclonal Antibodies 416 Primary Sequence 416 Comparative Studies 419 Chemical Studies 420 Phytochrome Digests 420 CONTENTS XV Phytochrome Dimer 422 Molecular Shape 423 References 427 Native Pr and Pfr Circular Dichroism Spectra 431 Monoclonal Antibodies 431 Conserved Sites 435 Transgenic Plants 437 Chemical Studies 438 Susceptibility to Proteolysis 440 Phosphorylation 442 References 445 Sequestered Phytochrome Kinetics of Sequestering 448 Phytochrome-Associated Particles 449 SAP Content 450 Sequestering in Other Species 451 References 451 Multiple Phytochromes Norflurazon-Treated Plants 453 Radioimmunoassay 454 Two Pools 455 Multiple Gene Products? 458 Partial Purification 459 Phytochrome I in Light-Grown Plants 462 Definitive Evidence 464 Arabidopsis Genes 465 Multiple Genes in Oat? 468 Photomorphogenic Mutants 469 Arabidopsis Mutants 469 Tomato aurea Mutants 470 Cucumber Ih Mutants 472 Pea Iv Mutants 473 Arabidopsis det Mutants 473 References 475 Xvi CONTENTS Gene Regulation rbcS 480 Light-Harvesting Chlorophyll a/6-Binding Protein 481 Down-Regulation of Protochlorophyllide Reductase 484 Messenger-RNA Concentrations 484 Run-On Transcription 485 Multiple rbcS Genes 486 cab and per mRNA Induction 487 Transgenic Tissue 489 Transgenic Plants 491 Phytochrome Responsiveness 491 Circadian Rhythms 493 Light-Responsive Elements 496 Trans-Acting Factors 497 Other Regulatory Sequences 499 Kinetic Studies 501 Plastidic Factor 501 Hierarchical Control of Transcription 502 Fine Tuning of Gene Expression 504 Interorgan Signal Transmission 505 References 507 Autoregulation Phytochrome mRNA Abundance 516 Transcription Rates 518 Signal Transduction 518 Autoregulation ? 521 References 522 Phytochrome and Flowering Time Measurement in Pharbitis 525 External Coincidence 527 Dawn and Dusk Signals 529 Two-Phytochrome-Pool Hypothesis 532 Molecular Species 534 CONTENTS XVli Long-Day Plants 537 Action of Far-Red Light 537 Rhythms in LDP 538 References 543 Index 547
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Pigment of the imagination a history of phytochrome research Linda C. Sage
San Diego u.a. Academic Press 1992
XX, 562 S. Ill.
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n rdamedia
nc rdacarrier
Pigment of the Imagination chronicles the story of phytochrome, the bright-blue photoreversible pigment through which plants constantly monitor the quality and presence of light. The book begins with work that led to the discovery of phytochrome and ends with the latest findings in gene regulation and expression. The phytochrome story provides a paradigm for the process of scientific discovery. This book should thus be of interest to scientists who work on phytochrome and related subjects in plant science, as well as to all scientists and science historians interested in how a scientific research field begins, develops, and matures. Documents the science and history of phytochrome research over an 80 year span Combines information from scientific literature, archival documents, and in-person inteviews Describes in scholarly and readable style an elegant example of biological discovery Accessible to researchers and students in all areas of science and history of science.
Geschichte 1910-1991 gnd rswk-swf
Fotobiologie gtt
Fytochroom gtt
Phytochrome
Phytochrome - Histoire - Recherche
Geschichte
Phytochrome Research History
Phytochrom (DE-588)4174633-8 gnd rswk-swf
Forschung (DE-588)4017894-8 gnd rswk-swf
Geschichte (DE-588)4020517-4 gnd rswk-swf
Phytochrom (DE-588)4174633-8 s
Forschung (DE-588)4017894-8 s
Geschichte (DE-588)4020517-4 s
DE-604
Geschichte 1910-1991 z
HEBIS Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003661833&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle Sage, Linda C.
Pigment of the imagination a history of phytochrome research
Fotobiologie gtt
Fytochroom gtt
Phytochrome
Phytochrome - Histoire - Recherche
Geschichte
Phytochrome Research History
Phytochrom (DE-588)4174633-8 gnd
Forschung (DE-588)4017894-8 gnd
Geschichte (DE-588)4020517-4 gnd
subject_GND (DE-588)4174633-8
(DE-588)4017894-8
(DE-588)4020517-4
title Pigment of the imagination a history of phytochrome research
title_auth Pigment of the imagination a history of phytochrome research
title_exact_search Pigment of the imagination a history of phytochrome research
title_full Pigment of the imagination a history of phytochrome research Linda C. Sage
title_fullStr Pigment of the imagination a history of phytochrome research Linda C. Sage
title_full_unstemmed Pigment of the imagination a history of phytochrome research Linda C. Sage
title_short Pigment of the imagination
title_sort pigment of the imagination a history of phytochrome research
title_sub a history of phytochrome research
topic Fotobiologie gtt
Fytochroom gtt
Phytochrome
Phytochrome - Histoire - Recherche
Geschichte
Phytochrome Research History
Phytochrom (DE-588)4174633-8 gnd
Forschung (DE-588)4017894-8 gnd
Geschichte (DE-588)4020517-4 gnd
topic_facet Fotobiologie
Fytochroom
Phytochrome
Phytochrome - Histoire - Recherche
Geschichte
Phytochrome Research History
Phytochrom
Forschung
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