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Title: SOLUTION-STATE NMR OF LIGNINS
Authors
 | Ralph, John |  | Marita, Jane - UNIV OF WISCONSIN-MADISON |  | Ralph, Sally - FOREST PRODUCTS-MADISON |  |
Hatfield, Ronald
|  | Lu, Fachuang - UNIV OF WISCONSIN-MADISON |  | Ede, Richard - UNIV OF WAIKATO-NZ |  | Peng, Junpeng - UNIV OF WISCONSIN-MADISON |  | Quideau, Stephane - TEXAS TECH UNIV |  | Helm, Richard - VIRGINIA TECH |  | Grabber, John - MONSANTO-PROTIVA |
Submitted to: Book Chapter
Publication Type: Book / Chapter
Publication Acceptance Date: August 27, 1998
Publication Date: N/A
Technical Abstract:
This book chapter covers modern techniques and applications from our laboratory. The headings are: Introduction; Broadness of proton spectra; The sensitivity of modern 2D experiments; A problem with (early) inverse heteronuclear experiments; Advantages of higher magnetic fields; Important classes of 2D spectra; a) Homonuclear correlation (COSY and TOCSY class); b) Homonuclear J-resolved; c) Through-space homonuclear correlation (NOESY/ROESY); d) Inverse C-H correlation (HMQC-class, HMQC-TOCSY); e) Inverse long-range C-H correlation (HMBC-class); f) Carbon-carbon correlation (INADEQUATE experiments); Higher-dimensional spectra; Processing. The Applications are under the headings: Natural lignin esters (acetates, p-coumarates on grasses); Cell wall cross-linking in grasses by ferulates; Products in lignins from mutant or genetically altered plants; Identification of new structures in lignins.
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Last Modified: 05/23/2013
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