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Hemicelluloses: Science and Technology

Authors :
Paul Gatenholm
Maija Tenkanen
RunCang Sun
X. F. Sun
J. Tomkinson
Juergen Puls
Bodo Saake
P. Maréchal
J. Jorda
P.-Y. Pontalier
L. Rigal
B. Saake
N. Erasmy
Th. Kruse
E. Schmekal
J. Puls
H. Stålbrand
J. Lundqvist
A. Andersson
P. Hägglund
L. Anderson
F. Tjerneld
A. Jacobs
A. Teleman
O. Dahlman
M. Palm
G. Zacchi
Olof B. Dahlman
Anna Jacobs
Maria Nordström
Ursula Mais
Herbert Sixta
Mirjam A. Kabel
Henk A. Schols
Alphons G. J. Voragen
David J. Kiemle
Arthur J. Stipanovic
Kelly E. Mayo
Arja Lappalainen
Jaakko Pere
Robert H. Marchessault
Johannes P. Roubroeks
Wolfgang G. Glasser
Anne-Mari Olsson
Lennart Salmén
Alan Esker
Ulrike Becker
Sylvie Jamin
Shinji Beppu
Scott Renneckar
Wolfgang Glasser
Tea Hannuksela
Bjarne Holmbom
Åsa Linder
Per Tomas Larsson
Arja Paananen
Monika Österberg
Mark Rutland
Tekla Tammelin
Terhi Saarinen
Kirsi Tappura
Per Stenius
Thomas Heinze
Andreas Koschella
Anna Ebringerová
Charles M. Buchanan
Norma L. Buchanan
John S. Debenham
Maria Jacobsson
Michael C. Shelton
Thelma L.
Paul Gatenholm
Maija Tenkanen
RunCang Sun
X. F. Sun
J. Tomkinson
Juergen Puls
Bodo Saake
P. Maréchal
J. Jorda
P.-Y. Pontalier
L. Rigal
B. Saake
N. Erasmy
Th. Kruse
E. Schmekal
J. Puls
H. Stålbrand
J. Lundqvist
A. Andersson
P. Hägglund
L. Anderson
F. Tjerneld
A. Jacobs
A. Teleman
O. Dahlman
M. Palm
G. Zacchi
Olof B. Dahlman
Anna Jacobs
Maria Nordström
Ursula Mais
Herbert Sixta
Mirjam A. Kabel
Henk A. Schols
Alphons G. J. Voragen
David J. Kiemle
Arthur J. Stipanovic
Kelly E. Mayo
Arja Lappalainen
Jaakko Pere
Robert H. Marchessault
Johannes P. Roubroeks
Wolfgang G. Glasser
Anne-Mari Olsson
Lennart Salmén
Alan Esker
Ulrike Becker
Sylvie Jamin
Shinji Beppu
Scott Renneckar
Wolfgang Glasser
Tea Hannuksela
Bjarne Holmbom
Åsa Linder
Per Tomas Larsson
Arja Paananen
Monika Österberg
Mark Rutland
Tekla Tammelin
Terhi Saarinen
Kirsi Tappura
Per Stenius
Thomas Heinze
Andreas Koschella
Anna Ebringerová
Charles M. Buchanan
Norma L. Buchanan
John S. Debenham
Maria Jacobsson
Michael C. Shelton
Thelma L.
Publication Year :
2004

Abstract

Produced by the majority of trees and terrestrial plants, hemicelluloses (a set of polysaccharides) are the most abundant form of polymer after cellulose. Seeing hemicelluloses as an important yet neglected renewable resource that can move us beyond the petrochemical economy, Gatenholm (Chalmers U. of Technology, Sweden) and Tenkanen (U. of Helsinki, Finland) present 23 papers examining the chemical properties of hemicelluloses, as well as modifications and applications. Papers discuss isolation and characterization, analytical methods, molecular architecture and assembly, and interactions with cellulose. Distributed by Oxford U. Press. Annotation : 2004 Book News, Inc., Portland, OR (booknews.com).

Details

Language :
English
ISBNs :
9780841238428 and 9780841219694
Volume :
00864
Database :
eBook Index
Journal :
Hemicelluloses: Science and Technology
Publication Type :
eBook
Accession number :
2703458