… A better understanding of the plant cell wall structure on the … cell wall mass per hectare,
how to reduce cell wall recalcitrance to enzymatic degradation, and how to optimize cell wall …

… whole cell wall, without derivatization, in suitable NMR solvents. Again, if the whole cell wall
is … characterized via solution-state NMR. The DMSO/NMI system will fully dissolve the whole …

… From the behavior of solubilized and cell wall-bound PMEs, we ultimately aimed to shed
light on the role of the different PME isoforms in the cell wall-stiffening process, which occurs …

… NMR spectra. In this chapter, we will concentrate only on the application of NMR spectroscopy
to macromolecules in living cells … possess a very robust cell wall, and Xenopus oocytes, …

… solid-state NMR spectroscopy has been extensively employed to investigate intact cell walls.
… spectra collected on whole cells or isolated cell walls provide the atomic resolution needed …

… Cell wall yields by lyophilized dry mass of cell walls with respect to whole cells were 16%
for cells harvested at OD 660 0.7, 18% at OD 660 2.0 and 21% at OD 660 4.0. These harvests …

… Wild type and mutant stems and calli cell walls were isolated and depleted in … cell walls,
respectively. Porosity in the different wall preparations was assessed by NMR spectroscopy. This …

… soybean cells and cell walls used in this study revealed these anticipated attributes (Table
1). Most hydroxyproline residues are in the cell wall. Glycine is more abundant in cell walls, …

… All these tissues had thickened cell walls which allowed them to withstand the centrifugal …
NMR spectra. The celery collenchyma cell walls gave spectra typical of dicot primary cell walls. …

… This paper describes the use of state-of-the-art NMR analysis of whole plant cell walls, and
… 2D NMR on two types of cell wall samples: acetylated cell walls and native cell walls. In both …