Light and Plant Development
Published on 22. October 2013
528 pages
978-1-4831-9253-6 (ISBN)
Description
Light and Plant Development presents the Proceedings of the 22nd University of Nottingham Easter School in Agricultural Science. It discusses the spectral sensitivity of inhibition of flowering by light. It addresses the action spectrum for leaf enlargement and stem growth inhibition. Some of the topics covered in the book are the nature of the blue light photoreceptor in higher plants and fungi; re-examination of photochemical properties and absorption characteristics of phytochrome using high-molecular-weight preparations; and intermediates in the photoconversion of phytochrome. The high irradiance reaction is fully covered. The physiological evidence and localised responses, intracellular localisation and action of phytochrome are discussed in detail. The text describes in depth the immunological visualisation of phytochrome. The fractionation procedures and terminology are presented completely. A chapter is devoted to the photocontrol of enzyme levels. Another section focuses on the ribosomal RNA synthesis in developing leaves. The book can provide useful information to botanists, chemists, students, and researchers.
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H. Smith
Light and Plant Development
Book
08/1976
Butterworth-Heinemann
€22.28
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Content
Contents1 H.A. Borthwick and S.B. Hendricks - Pioneers of Photomorphogenesis 1 The Perception of Light2 The Nature of the Blue Light Photoreceptor in Higher Plants and Fungi 3 Re-Examination of Photochemical Properties and Absorption Characteristics of Phytochrome Using High-Molecular-Weight Preparations4 Intermediates in the Photoconversion of Phytochrome 5 The 'High Irradiance Reaction II The Site of Phytochrome Action6 Physiological Evidence and Some Thoughts On Localized Responses, Intracellular Localization and Action of Phytochrome7 Immunological Visualization of Phytochrome 8 Evidence For Phytochrome Binding To Plasma Membrane and Endoplasmic Reticulum9 Particle-Bound Phytochrome: Interaction of the Pigment With Ribonucleoprotein Material From Cucurbita Pepo L. 10 Etioplast Phytochrome and Its in Vitro Control of Gibberellin Efflux 11 Phytochrome in Mitochondrial and Microsomal Fractions Isolated From Etiolated Pea Shoots III Cellular Aspects of Phytochrome Action12 Light, Clocks and Ion Flux: An Analysis of Leaf Movements (Review Paper) 13 Photocontrol of Enzyme Levels 14 Photocontrol of Microbody and Mitochondrion Development: The Involvement of Phytochrome 15 The Photocontrol of Chloroplast Development- Ultrastructural Aspects AndPhotosynthetic Activity 16 The Effect of Light On Rna Metabolism InDeveloping Leaves IV Physiological Aspects of Phytochrome Action17 Phytochrome Action As A Threshold Phenomenon (Review Paper)18 Rapid Effects of Red Light On Hormone Levels 19 Phytochrome-Mediated Inter-Organ Dependence and Rapid Transmission of the Light Stimulus20 Inter-Organ Effects in the Photocontrol of Growth 21 Phytochrome-Controlled AcetylcholineSynthesis at the Endoplasmic Reticulum V Photoperiodism, Endogenous Rliythms and Phytochrome22 Phytochrome and Photoperiodism (Review Paper) 23 Photoperiodism in Liverworts 24 Light/Timer Interactions and Carbon Dioxide Output Patterns: Towards A Real-TimeAnalysis of Photoperiodism25 Phytochrome and Phase Setting ofEndogenous Rhythms 26 The Nature of Photoperiodic TimeMeasurement: Energy Transduction and Phytochrome Action in Seedlings ofChenopodium Rubrum VI Ecological Aspects of Photomorphogenesis27 Spectral Distribution of Light in LeavesAnd Foliage (Review Paper) 28 Practical Applications of Action Spectra 29 Spectral Energy Distribution in theNatural Environment and Its Implications For Phytochrome Function 30 Phytochrome Control of Seed Germination in Relation to the Light Environment 31 The Mechanism of Action and The Function of Phytochrome List of Participants Index
