Song Annual European Symposium on Photomorphogenesis

Photochemistry and Photobiology
1. Auflage 2013
ISBN: 978-1-4831-4026-1
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, 152 Seiten, Web PDF

Annual European Symposium on Photomorphogenesis, Volume 27: Photochemistry and Photobiology covers the proceedings of the 1977 Annual European Symposium on Photomorphogenesis, held in Bet Dagan, Israel. This book is divided into 25 chapters and begins with an examination of different forms of phytochrome in extracts of etiolated oat seedlings. The succeeding chapters review the involvement and interaction of membranes, hormones, and the circadian clock. These chapters also look into the effects of light on oscillations of enzyme activity in extracts and the differential effects of calcium on Mougeotia chloroplast movement. These topics are followed by discussions of in vitro transcription and translation of light; the concept of plastid photomorphogenesis; and the photocontrol of plant growth. The final chapters explore the blue light effects on lower and higher plants and the photomorphogenesis in microorganisms, algae, and mosses. This book will be of great value to photochemists, photobiologists, and researchers.

Autoren/Hrsg.

Song, Pill-Soon

Inhaltsverzeichnis

1;Front Cover;1
2;Annual European Symposium on Photomorphogenesis;2
3;Copyright Page;3
4;Table of Contents;4
5;CHAPTER 1. THE ANNUAL EUROPEAN SYMPOSIUM ON PHOTOMORPHOGENESIS;6
5.1;OPENING SESSION;6
5.2;PRIMARY REACTION AND MODELS OF PHYTOCHROME ACTION;6
5.3;CIRCADIAN RHYTHMS AND MOVEMENTS;7
5.4;LIGHT AND ITS EFFECT ON MEMBRANES;8
5.5;LIGHT: TRANSCRIPTION AND IN VITRO TRANSLATION;8
5.6;LIGHT AND MICROBODIES, LIGHT AND ENZYME ACTIVITIES;9
5.7;PLASTID PHOTOMORPHOGENESIS;9
5.8;PHOTOCONTROL OF PLANT GROWTH,TROPISM AND DEVELOPMENT;10
5.9;BLUE LIGHT EFFECTS ON LOWER AND HIGHER PLANTS;11
5.10;PHOTOMORPHOGENESIS IN MICROORGANISMS, ALGAE AND MOSSES;11
6;CHAPTER 2. IN SITU ESTIMATION OF SPATIAL DISTRIBUTION OF PHYTOCHROME ALONG THE AXIS OF THE ACTINIC BEAM;14
6.1;INTRODUCTION;14
6.2;RESULTS AND DISCUSSION;14
6.3;CONCLUSION;19
6.4;APPENDIX;19
6.5;REFERENCES;20
7;CHAPTER 3. EFFECT OF LIGHT ON OSCILLATIONS OF ENZYME ACTIVITY DURING PHOTOMORPHOGENESIS IN CHENOPODIUM RUBRUM L;22
7.1;INTRODUCTION;22
7.2;MATERIALS AND METHODS;22
7.3;RESULTS;23
7.4;DISCUSSION;24
7.5;REFERENCES;26
8;CHAPTER 4. AN OSCILLATING SYSTEM REGULATING DEVELOPMENT OF PLANTS;28
8.1;INTRODUCTION;28
8.2;RESULTS;28
8.3;DISCUSSION;31
8.4;REFERENCES;31
9;CHAPTER 5. DIFFERENTIAL EFFECT OF CALCIUM ON CHLOROPLAST MOVEMENT IN MOUGEOTIA;32
9.1;INTRODUCTION;32
9.2;MATERIALS AND METHODS;32
9.3;RESULTS AND DISCUSSION;32
9.4;REFERENCES;35
10;CHAPTER 6. SPECTRAL DEPENDENCE OF A SINGLE AND A SUBSEQUENT SECOND LIGHT PULSE INDUCING BARLEY LEA F UNFOLDING;36
10.1;INTRODUCTION;36
10.2;MATERIALS AND METHODS;36
10.3;RESULTS AND DISCUSSION;37
10.4;CONCLUSIONS;40
10.5;REFERENCES;41
11;CHAPTER 7. IRRADIATION-ENHANCED PHYTOCHROME PELLETABILITY IN AVENA: IN VIVO DEVELOPMENT OF A POTENTIAL TO PELLET AND THE ROLE OF Mg2+IN ITS EXPRESSION IN VITRO;42
11.1;INTRODUCTION;42
11.2;MATERIALS AND METHODS;43
11.3;RESULTS AND DISCUSSION;43
11.4;CONCLUSIONS;48
11.5;REFERENCES;48
12;CHAPTER 8. BLUE-LIGHT INDUCED DEVELOPMENT OF CHLOROPLASTS IN ISOLATED SEEDLING ROOTS PREFERENTIAL SYNTHESIS OF CHLOROPLAST RIBOSOMAL RNA SPECIES;50
12.1;INTRODUCTION;50
12.2;MATERIAL AND METHODS;50
12.3;RESULTS;51
12.4;DISCUSSION;54
12.5;REFERENCES;54
13;CHAPTER 9. CHARACTERIZATION OF THE 32,000 DALTON MEMBRANE PROTEIN—I EARLY SYNTHESIS DURING PHOTOINDUCED PLASTID DEVELOPMENT OF SPIRODELA;56
13.1;INTRODUCTION;56
13.2;MATERIALS AND METHODS;56
13.3;RESULTS AND DISCUSSION;56
13.4;REFERENCES;60
14;CHAPTER 10. LIGHT REQUIREMENTS FOR THE ENHANCED SYNTHESIS OF A PLASTID mRNA DURING SPIRODELA GREENING;62
14.1;INTRODUCTION;62
14.2;MATERIALS AND METHODS;62
14.3;RESULTS AND DISCUSSION;63
14.4;REFERENCES;64
15;CHAPTER 11. BINDING OF GLYCOLATE OXIDASE TO PEROXISOMAL MEMBRANE AS AFFECTED BY LIGHT;66
15.1;INTRODUCTION;66
15.2;MATERIALS AND METHODS;66
15.3;RESULTS;67
15.4;DISCUSSION;69
15.5;REFERENCES;69
16;CHAPTER 12. THE EFFECT OF LEVULINIC ACID ON THE LIGHT INDUCED DEVELOPMENT OF PHOTOSYSTEM I AND II ACTIVITIES IN GREENING MAIZE LEAVES;72
16.1;INTRODUCTION;72
16.2;MATERIALS AND METHODS;72
16.3;RESULTS;73
16.4;DISCUSSION;76
16.5;REFERENCES;76
17;CHAPTER 13. THE PHOTOMORPHOGENETIC CONTROL OF THE DEVELOPMENT OF PLASTID GLYCERALDEHYDE-PHOSPHATE DEHYDROGENASE AND PHOSPHORIBULOKINASE ACTIVITIES IN COTYLEDONS OF MUSTARD SEEDLINGS;78
17.1;INTRODUCTION;78
17.2;MATERIALS AND METHODS;79
17.3;RESULTS;79
17.4;DISCUSSION;81
17.5;REFERENCES;82
18;CHAPTER 14. CONTROL OF CHLOROPHYLL b BIOSYNTHESIS BY PHYTOCHROME;84
18.1;INTRODUCTION;84
18.2;MATERIALS AND METHODS;84
18.3;RESULTS;85
18.4;DISCUSSION;87
18.5;REFERENCES;87
19;CHAPTER 15. REGULATION OF CHLOROPLAST DEVELOPMENTBY RED AND BLUE LIGHT;90
19.1;INTRODUCTION;90
19.2;MATERIALS AND METHODS;90
19.3;RESULTS AND DISCUSSION;90
19.4;REFERENCES;93
20;CHAPTER 16. BLUE LIGHT EFFECT ON CHLOROPHYLL FORMATION IN CHLORELLA PROTOTHECOIDES;94
20.1;INTRODUCTION;94
20.2;MATERIALS AND METHODS;94
20.3;RESULTS AND DISCUSSION;95
20.4;REFERENCES;97
21;CHAPTER 17. BIOSYNTHETIC PATHWAYS TO d-AMINOLEVULINIC ACID INDUCED BY BLUE LIGHT IN THE PIGMENT MUTANT C-2A' OF SCENEDESMUS OBLIQUUS;98
21.1;INTRODUCTION;98
21.2;MATERIAL AND METHODS;99
21.3;RESULTS AND DISCUSSION;100
21.4;REFERENCES;103
22;CHAPTER 18. PHYTOCHROME ACTION: A REAPPRAISAL;104
22.1;INTRODUCTION;104
22.2;PHYTOCHROME RESPONSES IN GREEN PLANTS;105
22.3;CHANGES IN THE SPECTRAL RESPONSE TO CONTINUOUS LIGHT DURING DE-ETIOLATION;106
22.4;MODES OF ACTION OF PHYTOCHROME;106
22.5;A MODEL FOR PHYTOCHROME ACTION;109
22.6;REFERENCES;110
23;CHAPTER 19. EVIDENCE FOR PHYTOCHROME CONTROLLED ENDOMITOSIS AND CELL ELONGATION IN PISUM SATIVUM EPICOTYLS;112
23.1;INTRODUCTION;112
23.2;MATERIALS AND METHODS;112
23.3;RESULTS;113
23.4;DISCUSSION;114
23.5;REFERENCES;116
24;CHAPTER 20. PHYTOCHROME AND EFFECTS OF SHADING ON GROWTH OF WOODLAND PLANTS;118
24.1;INTRODUCTION;118
24.2;MATERIALS AND METHODS;118
24.3;RESULTS AND DISCUSSION;120
24.4;REFERENCES;125
25;CHAPTER 21. THE ROLE OF CYTOKININS IN THE PHYTOCHROME-MEDIATED GERMINATION OF DORMANT IMBIBED CELERY(APIUM GRAVEOLENS) SEEDS;126
25.1;INTRODUCTION;126
25.2;MATERIALS AND METHODS;126
25.3;RESULTS;127
25.4;DISCUSSION;129
25.5;REFERENCES;130
26;CHAPTER 22. PHOTOINDUCTION OF PHARBITIS FLOWERING:RELATIONSHIP TO RNA SYNTHESIS AND OTHER METABOLIC EVENTS;132
26.1;INTRODUCTION;132
26.2;MATERIALS AND METHODS;132
26.3;RESULTS AND DISCUSSION;133
26.4;REFERENCES;135
27;CHAPTER 23. THE MODE OF INTERACTION BETWEEN BLUE (UV) LIGHT PHOTORECEPTOR AND PHYTOCHROME IN ANTHOCYANIN FORMATION OF THE SORGHUM SEEDLING;136
27.1;INTRODUCTION;136
27.2;MATERIALS AND METHODS;136
27.3;RESULTS;138
27.4;DISCUSSION;141
27.5;REFERENCES;142
28;CHAPTER 24. GENETIC AND PHYSIOLOGICAL STUDIES OF THE EFFECT OF LIGHT ON THE DEVELOPMENT OF THE MOSS, PHYSCOMITRELLA PATENS;144
28.1;INTRODUCTION;144
28.2;MATERIAL AND METHODS;144
28.3;RESULTS AND DISCUSSION;145
28.4;CONCLUSIONS;148
28.5;REFERENCES;149
29;CHAPTER 25. RESEARCH NOTE PHYTOCHROME CONTROL OF THE DEVELOPMENT OF PHOTOPHOSPHORYLATION;150
29.1;INTRODUCTION;150
29.2;MATERIALS AND METHODS;150
29.3;RESULTS;151
29.4;DISCUSSION;151
29.5;REFERENCES;153