… Thus, in addition to an indirect interaction between starch and cell-wall synthesis via cell
expansion, we cannot rule out an additional direct biochemical link between these biosynthetic …

… polysaccharides from cereal grains and especially arabinoxylans (AX) and (1,3)-(1,4)-beta-d-glucans
(BG), which are the major polymers in the cell walls of the starchy endosperm from …

… H, Gold-labeled sections confirm hetero-(1→4)-β-d-mannan is absent in the aleurone
cell walls but present in the starchy endosperm cell walls (I). Bars = 0.5 μm. al, Aleurone; cse, …

… Sucrose metabolism shows distinct developmental patterns in relation to growth and
storage; the incoming sucrose in the storage cell being differentially channelled to 1) cell wall …

… Cellular expansion results from the balance between turgor pressure and the mechanical …
cell wall. Therefore, the integration of local relaxation and the controlled deposition of new wall …

… in starch and … cell walls of tps1 embryos show a remarkable degree of thickening at the
ultrastructural level and immunodetection of cell wall components shows that altered deposition …

… Through the deposition of secondary cell wall material, both types develop a massively …
(1,3;1,4)-β-Glucan is the predominant polysaccharide in the starchy endosperm cell walls of …

… endosperm; however, there is a sequence of deposition of different polysaccharides in …
the starchy endosperm undergoes rapid growth and the great majority of cell wall biosynthesis …

… rosettes in the plasma membrane (cellulose synthase complexes). The precursor, UDP-glucose,
may be generated from sucrose at the site of synthesis. The biosynthetic mechanism …

… where SH1 is postulated to exert the dominant role in supplying substrate for cellulose
biosynthesis and SUS1 directs hexoses into starch biosynthesis (Chourey et al. 1998). …