By Bernard P. Binks, Tommy S. Horozov
Discusses how small good debris function at liquid interfaces.
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Additional info for Colloidal Particles at Liquid Interfaces
4 Other poalean polysaccharides Members of the Poales also possess (gluco)mannans, concentrated in the epidermal walls (Carpita et al. 2001) – a location playing a particularly important role in restraining organ growth. Most poalean cells contain relatively small proportions of pectin (thus a low GalA and Rha content). However, cultured maize and rice cells have RG-I that is remarkably similar to that of dicots, except for a lower Fuc content. Grass RG-IIs are typically present at less than 10% of the concentra- Cell Wall Polysaccharide Composition and Covalent Crosslinking ■ 21 tion seen in dicot primary walls, but are qualitatively indistinguishable from those of dicots (Thomas et al.
Square brackets indicate branching; for example S is Ara→Xyl→Glc, whereas A could be represented Ara→Glc←Xyl (both pentose residues being directly attached to the backbone glucose). The list of code letters will soon be extended by new XGOs discovered in bryophyte xyloglucans (Peña et al. 2007a). The primary cell walls of Acer, and many other plants, yield two very predominant XGOs: XXFG and XXXG. Other widely observed sequences include XXLG, XLXG and XLFG. g. filter paper in vitro) by hydrogen-bonding, especially after drying, but the XGOs mentioned above do not and can readily be washed off paper (even after drying) with water.
Extensins and arabinogalactan-proteins); the phenolic polymer lignin; the polyesters cutin and suberin; highly resistant cutan and sporopollenin; and silica (Fry 2001). 5 Primary wall A primary wall layer is one whose cellulosic microfibrils were laid down while the cell was still (capable of) growing. Once deposited and the cell has stopped growing, a primary wall layer will not acquire more cellulose, although in certain cell types it later becomes impregnated with for example lignin or cutin.
Colloidal Particles at Liquid Interfaces by Bernard P. Binks, Tommy S. Horozov