By L. Viikari and R. Lantto (Eds.)
This ebook covers either uncomplicated and technologies in a slightly distinctive sector of pulp and paper manufacture. the fundamental technological know-how of lignocellulose enzymology and plant genetics is roofed additionally in lots of different contexts, while the appliance of biotechnology in technique and product improvement is carefully reviewed. all of the newest advances in addition to new rules of the examine box are coated. This booklet will function an up to date and compact details package deal of biotechnical elements and the latest advances of the pulp and paper region.
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Extra info for Biotechnology in the Pulp and Paper Industry8 ICBPPI
Tollier and W. Schuch, Planta, 6 (1994)339. 13. M. Chabannes, K. Ruel, A. Yoshinaga, B. Chabbert, A. Jauneau, J-P. Joseleau and A-M. Boudet, Plant J. (2001), In Press. 14. G. Pingon, M. Chabannes, C. Lapierre, B. Pollet, K. Ruel, J-P. Joseleau, A-M. Boudet and M. Legrand, Plant Physiol. 145-155. 15. K. Ruel, F. E. Eriksson, Holzforschung, 35 (1981) 157. 16. K. Ruel, M-D. Montiel, T. Goujon, L. Jouanin, V. Burlat and J-P. Joseleau, Plant Biology, In Press. 17. K. Ruel, M. Chabannes, A-M. Boudet, M.
Because the Gt chelator catechols can reduce iron bound at these sites, if hydrogen peroxide is also present, then Fenton reactions will occur to produce hydroxyl radical with consequent oxidative damage to cellulose. This helps to explain why cellulose is selectively depolymerized in brown rot decay; however it does not explain why lignin is demethylated, demethoxylated, or the propyl side chain is cleaved. Hydroxyl radicals have been reported to depolymerize as well as repolymerize lignin (33).
Weise. "Hornification: Mechanisms and Terminology" Paperi Ja Puu, vol. 80, pp. 110-115, 1998. A . M . Scallan. "The Accommodation of Water within Pulp Fibres" in Fiber Water Interactions in Papermaking, vol. 1, H. , 1977, pp. 9-27. M . M . Nazhad and L. Paszner. "Fundamentals of Strength Loss in Recycled Paper" Tappi vol. 77, pp. 171-179, 1994. M. Nazhad, L. P. Ramos, L. Paszner, and J. N. Saddler. "Structural Constraints Affecting the Initial Enzymatic Hydrolysis of Recycled Paper" Enzyme and Microbial Technology, vol.
Biotechnology in the Pulp and Paper Industry8 ICBPPI by L. Viikari and R. Lantto (Eds.)