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Cell And Molecular Biology Of Wood Formation Book

Cell And Molecular Biology Of Wood Formation
Cell And Molecular Biology Of Wood Formation, The application of modern molecular biology techniques is providing new insight into wood formation and the seasonal nature of secondary growth in perennial woody plant species. Extensively illustrated, this new book provides a comprehensive and critical , Cell And Molecular Biology Of Wood Formation has a rating of 3 stars
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Cell And Molecular Biology Of Wood Formation, The application of modern molecular biology techniques is providing new insight into wood formation and the seasonal nature of secondary growth in perennial woody plant species. Extensively illustrated, this new book provides a comprehensive and critical , Cell And Molecular Biology Of Wood Formation
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  • Cell And Molecular Biology Of Wood Formation
  • Written by author J.R. Barnett
  • Published by Garland Science, 2000/06/15
  • The application of modern molecular biology techniques is providing new insight into wood formation and the seasonal nature of secondary growth in perennial woody plant species. Extensively illustrated, this new book provides a comprehensive and critical
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BIOCHEMISTRY OF SEASONAL CAMBIAL GROWTH AND WOOD FORMATION - AN OVERVIEW OF THE CHALLENGES

Introduction. Practical significance of biochemistry research into cambial growth. Woods: chemically heterogeneous biosynthetic end products. General and specific pathways of development during wood formation. Distinguishing and isolating cells of the cambial region. Manipulating cells of the cambial region. Some of the research challenges. Conclusions. References

CYTOSKELETON, CELL WALLS AND CAMBIUM: NEW INSIGHTS INTO SECONDARY XYLEM DIFFERENTIATION

Introduction. Role of the cytoskeleton in wood formation. A cytoskeletal approach to designer wood. The future. References

ETHYLENE, OXYGEN AND CARBON DIOXIDE IN WOODY STEM DURING GROWTH AND DORMANCY

Introduction. Methods for sampling, identification and quantification of carbon dioxide, oxygen and ethylene. The source of carbon dioxide, oxygen and ethylene. Physiological effects of carbon dioxide, oxygen and ethylene. Conclusions and perspectives for the future. References

CAMBIAL CONIFERIN CONTENT AS AN INDICATOR OF HEALTH STATUS OF CONIFERS

Introduction. Materials and methods. Results and discussion. References

SEASONAL VARIATION IN THE K, Ca AND P CONTENT AND DISTRIBUTION OF PLASMA MEMBRANE H+-ATPase IN THE CAMBIUM OF POPULUS TRICHOCARPA

Introduction. Seasonal variation in the fine structure of the vascular cambium. Seasonal changes of the K, Ca and P content in the cambium. Immunolocalization of PM-H+ATPase activity in the cambium. Conclusions. References

PHOTOSYNTHATE ALLOCATION TO THE VASCULAR CAMBIUM: FACTS AND PROBLEMS

Introduction. The structural relationship of rays and cambium. Accumulation patternof storage materials and flow rates of sugars and N compounds. Sucrose synthase activity of the cambium zone. References

SYMPLASMIC ORGANIZATION OF THE TRANSPORT PHLOEM AND THE IMPLICATIONS FOR PHOTOSYNTHATE TRANSFER TO THE CAMBIUM

Introduction. The different tasks of the phloem in seed plants. Ultrastructure of the companion cells in dicotyledons. Translocation of photosynthate and lateral release from the transport phloem in dicotyledons. Experimental assessment of the symplasmic organization of the transport phloem. The organization of the transport phloem and the post-phloem pathways. Conclusions on the symplasmic organization of transport phloem. The battle for photosynthates in the apoplast and the consequences for photosynthate supply to the cambium. Speculations on the consequences of the phloem design for photosynthate allocation between axial and terminal sinks. Concluding remarks. References

WATER AND SOLUTE RELATIONS OF THE CARROT CAMBIUM STUDIES AT SINGLE-CELL RESOLUTION

Introduction. Techniques of study. Results. Discussion. References

INFLUENCE OF SUCROSE ON CAMBIAL ACTIVITY

Introduction. Species investigated and general approach. Dynamics of sucrose concentration in cambial tissue. Identification and characterization of cambial derivatives. Conclusions. References

DARK FIXATION BY THE CAMBIUM AND ITS DERIVATIVES

Introduction. Sources of carbon dioxide. Enzymes of dark fixation. Dark fixation in pine cambium. Implications of dark fixation. Conclusion. References

WOOD FORMAITON IN HYBRID ASPEN (POPULUS TREMULA L. X POPULYS TREMULOIDES MICHX) GROWTH UNDER DIFFERENT NITROGEN REGIMES

Introduction. Materials and methods. Results. Discussion. References

THE FORMATION OF CAMBIUM FROM CALLUS IN GRAFTS OF WOODY SPECIES

Introduction. The anatomy of the developing graft union. Factors involved in cambium formation. Consequences for understanding of the cambium. References

CAMBIAL GROWTH AND AUXIN GRADIENTS

Introduction

IAA and cambial growth. Earlier models explaining the role of IAA in seasonal and spatial control of cambial growth. Towards a new concept of the role of IAA in cambial growth. Spatial and seasonal variation of IAA and its control of cambial growth patterns - a new model. Some aspects on IAA homeostasis in cambial region tissues. Summary. References

UDPG: CONIFERYL ALCOHOL GLUCOSYLTRANSFERASE AND CONIFERIN BIOSYNTHESIS - A REGULATORY LINK TO SEASONAL CAMBIAL GROWTH IN CONIFERS

Introduction. Coniferin biosynthesis and metabolism

UDPG: coniferyl alcohol glucosyltransferase activity in Pinus strobus. Conclusions and outlook. References

ISOLATION OF CAMBIUM-SPECIFIC GENES FROM EUCALYPTUS GLOBULUS LABILL

Introduction. Methods and results. Conclusions. References

CAMBIAL ACTIVITY AND XYLEM DIFFERENTATION IN WALNUT

Introduction. Cambial activity. Construction of a cDNA library from active cambium. Cloning of genes involved in cell cycle control. Xylem differentiation. Heartwood formation. Extractives accumulation. Gene expression during heartwood formation. References

HORMONAL CONTROL OF VASCULAR DIFFERENTIATION IN PLANTS: THE PHYSIOLOGICAL BASIS

Introduction. Control of vascular differentiation by flow of signals. Control of the vascular meristem: from procambium to cambium. Tracheids with perforations. From tracheids to vessels and fibers. Control of vessel endings. Control of wood formation in diffuse-porous vs. ring-porous trees. Role of roots in vascular differentiation. Summary. References

INDUCTIVE EFFECTS OF CONIFER NEEDLES ON XYLOGENESIS - AUXIN NOT THE EXPLANATION

Introduction. Recent developments. More on IAA versus the tracheid-differentiation factor from mature needles. Conclusions. References

THE ROLE OF CYTOSKELETON IN SECONDARY XYLEM DIFFERENTIATION IN CONIFERS

Introduction. Materials and methods. Cortical microtubules in conifers. Actin filaments in conifers. References

DEVELOPMENT OF FIBRE AND PARENCHYMA CELLS IN CULMS OF BANBOO

Introduction. Materials and methods. Results. Conclusions. References

PROTEASES IN RELATION TO THE EARLIEST STAGES OF XYLOGENESIS IN PINUS BANKSIANA LAMB

STEMS

Introduction. Historical perspective. Materials and methods. Results and discussion. References

PECTIN REMODELLING DURING CAMBIAL DERIVATIVE DIFFERENTIATION

Introduction. Materials and methods. Results and discussion. Conclusion. References

PECTIN METHYLESTERASES: POSSIBLE MARKERS FOR CAMBIAL DERIVATIVE DIFFERENTIATION

Introduction. First evidence for the involvement of PMEs in cambial derivative differentiation: biochemical and ultrastructural changes. Novel approaches for studying the PMEs in cambial derivative differentiation

PMEs. early markers of cambial derivative differentiation?. References

THE STRUCURE OF PECTIN METHYL ESTERASE: THE RELEVANCE OF PARALLEL ? HELIX PROTEINS TO XYLEM DIFFERENTIATION

Introduction. The discovery of the parallel ? helix. Structures of other enzymes binding pectate/pectin. Predictions of an idealized parallel ? sheet coil and its relevance to pectin methyl esterase. Can pectin methyl esterase be modelled onto pectin/pectate lyase?. Parallel ? strand structure of PME

The significance to xylem development. Conclusion. Future research. References

THE COMMERCIAL CAMBIUM: UNDERSTANDING THE ORIGIN OF WOOD PROPERTY VARIATION

Introduction. Within tree variation in density, pulp yield and dollars. Automated assessment of wood properties. Dendrometer measurments and cambial growth. Relating growth patterns to wood properties. Models as an interface. Conclusion. References

VARIATION OF THE PROPERTIES OF TRACHEIDS IN NORWAY SPRUCE (PICEA ABIES [L.] KARST)

Introduction. Materials and methods. Results and discussion. Conclusions. References

DISTRIBUTION, FLUCTUATION AND METABOLISM OF FOOD RESERVES IN THE WOOD OF TREES

Introduction. Distribution and seasonal fluctuations in carbohydrates. Distribution and seasonal fluctuations in fat reserves. Experimental procedures. References

BIOCHEMISTRY AND PHYSIOLOGY OF HEARTWOOD FORMATION

Introduction. Distribution of heartwood phenolics and their relation to "pseudo lignification". In situ synthesis of heartwood extractives at the sapwood-heartwood transition zone. Source of carbon-skeletons for the biosynthesis of heartwood extractives. Conclusion. References

VALUABLE WOOD AS A RESULT OF ABNORMAL CAMBIAL ACTIVITY - THE CASE OF BETULA PENDULA VAR. CARELICA

Introduction. Geographical distribution of curly birch. Formation of curly-grained wood. Inheritance, breeding and production of cultivation material. Cultivation. References

HETEROGENEOUS, BRANCHED, ZIGZAG AND CIRCULAR VESSELS

Introduction. Circular vessels. Zigzag vessels. Branched vessels. Heterogeneous vessels. Discussion and conclusion. References

PLANT LACCASES: ARE THEY INVOLVED IN LIGNIFICATION?. Introduction. Laccases, ubiquitous enzymes with multiple putative functions. Plant laccases and lignification. Conclusion. References

CELL-WALL-ASSOCIATED PROTEINS AND WALL BIOGENESIS IN DEVELOPING COMPRESSION AND NON-COMPRESSION WOODS

Introduction. Materials and methods. Results. Discussion. References

INVESTIGATING LIGNIN BIOSYNTHESIS USING TRANSGENIC MUTANT PLANTS

Introduction. Native lignins. Genetic manipulation of lignin biosynthesis. Perspectives. References

MYB PROTEINS AND XYLEM DIFFERENTIATION

Introduction. Lignification

MYB proteins may regulate transcription related to lignification. Xylem-abundant MYB proteins. Xylem-abundant MYB proteins activate transcription from conserved promotor elements. Arabidopsis orthologues of the xylem-abundant MYB genes. Perspectives: determining the role of xylem-abundant MYB proteins in diverse genera. References

ROLE OF THE ATHB-8 GENE IN XYLEM FORMATION

Introduction

ATHB-8, an early marker of vascular development

ATHB-8, a positive regulator of vascular development. Perspectives. References

TRACHEARY ELEMENT FORMATION IN AN IN VITRO SYSTEM

Introduction. Components of the secondary cell wall. Improving the synchrony of the Zinnia system. References

GENETIC ANALYSIS OF XYLEM DEVELOPMENT IN THE PRIMARY ROOT OF ARABIDOPSIS THALIANA

Introduction. Development of the root vascular system. Screen for mutations in xylem development. Screen for mutations altering xylem function. Conclusions and prospects. References

THE USE OF ARABIDOPSIS MUTANTS TO STUDY SECONDARY CELL WALL FORMATION

Introduction. Irregular xylem (irx) mutants. Other xylem mutants. References

CELL, TISSUE AND ORGAN CULTURE FOR THE STUDY OF CAMBIAL ACTIVITY AND WOOD FORMATION - A RESURGENCE OF INTEREST IN AN OLD TECHNIQUE
Introduction. Methodological considerations. Concluding remarks. References.


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