Plant cell wall polymers biogenesis and biodegradation ; developed from a symposium sponsored by the Cellulose, Paper, and Textile Division of the American Chemical Society at the Third Chemical Congress of North America (195. National Meeting of the American Chemical Society), Toronto, Ontario, Canada, June 5 - 11, 1988

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adam_text ACSSYMp oSIUMSERIES399 Plant CeU Wall Pblymers Biogenesis and Biodegradation Norman G Lewis, EDITOR Virginia Polytechnic Institute and State University Michael G Paice, EDITOR Pulp and Paper Research Institute of Canada Developed from a symposium sponsored by the Cellulose, Paper, and Textile Division of the American Chemical Society at the Third Chemical Congress of North America (195th National Meeting of the American Chemical Society), Toronto, Ontario, Canada, • June 5 -^11,-1988 American Chemical Society, Washington DC 1989 Contents 1 Control of Plant CeU Wall Biogenesis: An Overview 1 D H Northcote PLANT CELL DEVELOPMENT 2 Formation and Functions of Xyloglucan and Derivatives 18 David A Brummell and Gordon A Maclachlan 3 Toward a Working Model of the Growing Plant Cell Wall: Phenolic Cross-linking Reactions in the Primary Cell Walls of Dicotyledons 33 Stephen C Fry and Janice G Miller 4 Deposition of Cell Wall Components in Conifer Tracheids 47 Keiji Takabe, Kazumi Fukazawa, and Hiroshi Harada PLANT PHENOLIC COMPOUNDS: METABOLISM AND REACTIONS 5 Phenylpropanoid Metabolism in Cell Walls: An Overview 68 Etsuo Yamamoto, Gordon H Bokelman, and Norman G Lewis 6 Biochemical Interface Between Aromatic Amino Acid Biosynthesis and Secondary Metabolism 89 Roy A Jensen, Paul Morris, Carol Bonner, and Lolita O Zamir 7 Enzymology of Gallotannin Biosynthesis 108 Georg G Gross 8 Biogenesis and Localization of Polymethylated Flavonoids in Cell Walls of Chrysospknium americanum 122 Ragai Ibrahim, Lilian Latchinian, and Louise Brisson v 9 Phenolic Constituents of Plant Cell Walls and Wall Biodegradability 137 Roy D Hartley and Clive W Ford BIOGENESIS AND STRUCTURE OF PROTOLIGNIN AND CUTTN 10 An Improved Radiotracer Method for Studying Formation and Structure of Lignin 148 Noritsugu Terashima 11 Biogenesis and Structure of Macromolecular Lignin in the Cell Wall of Tree Xylem as Studied by Microautoradiography 160 Noritsugu Terashima and K Fukushima 12 C Specific Labeling of Lignin in Intact Plants 169 Norman G Lewis, Ramon A Razal, Etsuo Yamamoto, Gordon H Bokelman, and Jan B Wooten 13 Biochemical and Biosynthetic Studies on Lignification of Gramineae 182 Monique Gaudillere and Bernard Monties 14 Inhibition of Cell Wall Peroxidases with Ferulic Salts and Fluorinated Analogues 193 Anne-Marie Catesson, An Pang, Charlette Francesch, Christian Rolando, and Rende Goldberg 15 Lignification in Young Plant Seedlings Grown on Earth and Aboard the Space Shuttle 203 Joe R Cowles, R LeMay, G Jahns, W H Scheld, and C Peterson 16 Molecular Structure and Dynamics of Intact Plant Polyesters: Solid-State NMR Studies 214 Ruth E Stark, Tatyana Zlotnik-Mazori, Lisa M Ferrantello, and Joel R Garbow CELLULOSE BIOGENESIS AND STRUCTURE 17 Cellulose Biosynthesis: The Terminal Complex Hypothesis and Its Relationship to Other Contemporary Research Topics 232 Arland T Hotchkiss, Jr vi 18 (l,3)-j9-GIucan Synthase: Subunit Identification Studies 248 B P Wasserman, T L, Mason, D J Frost, S M Read, R M Slay, and A E Watada 19 Biogenesis of Cellulose Microfibrils and the Role of Microtubules in Green Algae 257 Takao Itoh 20 Triple-Stranded Left-Hand Helical Cellulose Microfibril in Acetobacter xylinum and in Tobacco Primary CeU Wall 278 George C Ruben, Gordon H Bokelman, and William Krakow PECTIN AND OTHER POLYSACCHARIDES 21 Structural Characterization and Visualization In Situ and After Isolation of Tobacco Pectin 300 George C Ruben and Gordon H Bokelman 22 Control of Cell Wall Plasticity: Relationship to Pectin Properties « •••••••••••••••••• • ••« « « « •*••«•• • ««« * *••• 312 Rende Goldberg, Paulette Devillers, Roger Prat, Claudine Morvan, Ve ronique Michon, and Catherine Hervefdu Penhoat 23 Effect of Chemical Structure of Pectins on Their Interactions with Calcium 324 M Rinaudo 24 Comparative Studies on the Cell Wall Polymers Obtained from Different Parts of Rice Grains 333 Naoto Shibuya PLANT-MICROBE INTERACTIONS 25 Cell Wall Alterations and Antimicrobial Defense in Perennial Plants 346 R B Pearce 26 Infection-Induced Lignification in Wheat 361 J P Ride, M S Barber, and R E Bertram 27 Lignin Biosynthesis in Stem Rust Infected Wheat 370 Bruno M Moerschbacher vii 28 Virulence-Inducing Phenolic Compounds Detected by Agrobacterium tumefaciens 383 Paul A Spencer and GHN Towers 29 Properties of a Cutinase-Defective Mutant of Fusarium solani 399 Anne H Dantzig BIODEGRADATION OF LIGNIN AND TANNINS 30 Roles of Secondary Metabolism of Wood Rotting Fungi in Biodegradation of Ljgnocellulosic Materials 412 Mikio Shimada, Akira Ohta, Hiroshi Kurosaka, Takefumi Hattori, Takayoshi Higuchi, and Munezoh Takahashi 31 Ultrastructural Localization of LJgnocellulose-Degrading Enzymes ! 426 I M Gallagher, M A Fraser, C S Evans, P T Atkey, and D A Wood 32 Enzyme Excretion During Wood Cell Wall Degradation by Phanerochaete chrysosporium 443 Jean-Paul Joseleau and Katia Ruel 33 Oxidation and Reduction in Lignin Biodegradation 454 Hans E Schoemaker, Emmo M Meijer, Matti S A Leisola, Stephan D Haemmerli, Roland Waldner, Dominique Sanglard, and Harald W H Schmidt 34 Oxidative Enzymes from the Iignin-Degrading Fungus Pleurotus sujor-cuju 472 Robert Bourbonnais and Michael G Paice 35 Mechanisms of Lignin Degradation by Lignin Peroxidase and Laccase or White-Rot Fungi 482 Takayoshi Higuchi 36 Aromatic Ring Cleavage by Lignin Peroxidase 503 Toshiaki Umezawa and Takayoshi Higuchi 37 Biomimetic Studies in Lignin Degradation 519 Futong Cui and David Dolphin viii 38 Bacterial Degradation of Kraft Lignin: Production and Characterization of Water-Soluble Intermediates Derived from Streptomyces badius and Streptomyces viridosporus 529 P F Vidal, J Bouchard, R P Overend, E Chornet, H Giroux, and F Lamy 39 Microbial Calorimetric Analysis: Iignin-Related Compounds in Micromolar Concentrations 544 Rex E Lovrien, Mark L Ferry, Timothy S Magnuson, and Robert A Blanchette 40 Microbial Degradation of Tannins and Related Compounds 559 A M Deschamps BIODEGRADATION OF CELLULOSE AND XYLAN 41 Specific Assays, Purification, and Study of Structure—Activity Relationships of Cellulolytic Enzymes 570 P Tomme, V Heriban, H Van Tilbeurgh, and M Claeyssens 42 Cellulases or Cellulomonas fimi: The Enzymes and Their Interactions with Substrate 587 D G Kilburn, N R Gilkes, R C Miller, Jr , and RAJ Warren 43 0-Glucosidases: Mechanism and Inhibition 597 Stephen G Withers and Ian P Street 44 Environmental Potential of the Trichoderma Exocellular Enzyme System 608 J M Lynch 45 Biodegradation or the Hetero-1,4-Linked Xylans 619 Robert F H Dekker 46 The Xylanolytic Enzyme System or Trichoderma reesei 630 Kaisa Poutanen and Jurgen Puls 47 Production and Purification or Xylanases 641 David J Senior, Paul R Mayers, and John N Saddler IX Author Index 655 Affiliation Index 656 Subject Index 657
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spellingShingle Plant cell wall polymers biogenesis and biodegradation ; developed from a symposium sponsored by the Cellulose, Paper, and Textile Division of the American Chemical Society at the Third Chemical Congress of North America (195. National Meeting of the American Chemical Society), Toronto, Ontario, Canada, June 5 - 11, 1988
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title Plant cell wall polymers biogenesis and biodegradation ; developed from a symposium sponsored by the Cellulose, Paper, and Textile Division of the American Chemical Society at the Third Chemical Congress of North America (195. National Meeting of the American Chemical Society), Toronto, Ontario, Canada, June 5 - 11, 1988
title_auth Plant cell wall polymers biogenesis and biodegradation ; developed from a symposium sponsored by the Cellulose, Paper, and Textile Division of the American Chemical Society at the Third Chemical Congress of North America (195. National Meeting of the American Chemical Society), Toronto, Ontario, Canada, June 5 - 11, 1988
title_exact_search Plant cell wall polymers biogenesis and biodegradation ; developed from a symposium sponsored by the Cellulose, Paper, and Textile Division of the American Chemical Society at the Third Chemical Congress of North America (195. National Meeting of the American Chemical Society), Toronto, Ontario, Canada, June 5 - 11, 1988
title_full Plant cell wall polymers biogenesis and biodegradation ; developed from a symposium sponsored by the Cellulose, Paper, and Textile Division of the American Chemical Society at the Third Chemical Congress of North America (195. National Meeting of the American Chemical Society), Toronto, Ontario, Canada, June 5 - 11, 1988 Norman G. Lewis ..., ed.
title_fullStr Plant cell wall polymers biogenesis and biodegradation ; developed from a symposium sponsored by the Cellulose, Paper, and Textile Division of the American Chemical Society at the Third Chemical Congress of North America (195. National Meeting of the American Chemical Society), Toronto, Ontario, Canada, June 5 - 11, 1988 Norman G. Lewis ..., ed.
title_full_unstemmed Plant cell wall polymers biogenesis and biodegradation ; developed from a symposium sponsored by the Cellulose, Paper, and Textile Division of the American Chemical Society at the Third Chemical Congress of North America (195. National Meeting of the American Chemical Society), Toronto, Ontario, Canada, June 5 - 11, 1988 Norman G. Lewis ..., ed.
title_short Plant cell wall polymers
title_sort plant cell wall polymers biogenesis and biodegradation developed from a symposium sponsored by the cellulose paper and textile division of the american chemical society at the third chemical congress of north america 195 national meeting of the american chemical society toronto ontario canada june 5 11 1988
title_sub biogenesis and biodegradation ; developed from a symposium sponsored by the Cellulose, Paper, and Textile Division of the American Chemical Society at the Third Chemical Congress of North America (195. National Meeting of the American Chemical Society), Toronto, Ontario, Canada, June 5 - 11, 1988
topic Pflanzen (DE-588)4045539-7 gnd
Polymere (DE-588)4046699-1 gnd
Zellwand (DE-588)4190675-5 gnd
Abbau (DE-588)4128488-4 gnd
Biogenese (DE-588)4006799-3 gnd
Biopolymere (DE-588)4006893-6 gnd
Biomembran (DE-588)4006884-5 gnd
topic_facet Pflanzen
Polymere
Zellwand
Abbau
Biogenese
Biopolymere
Biomembran
Konferenzschrift 1988 Toronto
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volume_link (DE-604)BV000003091
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