Sentence examples for maximum sucrose accumulation from inspiring English sources
Sugarcane cultivars differ in both maximum sucrose accumulation capacity and accumulation dynamics during growth [ 6].
The extractable activities of the sucrose degradative enzymes, invertase (EC 3.2.1.26) and sucrose synthase (EC 2.4.1.13), decline to low levels prior to the period of extensive sucrose accumulation in diverse sorghums representing a range of culm sucrose-accumulating potential [ 3, 12, 13].
Kinetic models have been proposed to explain sucrose accumulation in sugarcane [35, 41].
The three species displayed different growth curves and intracellular sucrose accumulation rates in response to NaCl.
When combined, these genetic modifications resulted in a fourfold increase in intracellular sucrose accumulation.
Similarly, Tarpley et al. [40] proposed that a decline in the levels of sucrose synthase may be necessary for sucrose accumulation at stem maturity in sorghum.
Our findings are in agreement with previous reports showing that the onset of sucrose accumulation in Rio was accompanied by a decrease in sucrose synthase activity in stem tissue [25].
These suggested that SS activity in leaves during aLTS treatment participated in sucrose synthesis and that sucrose accumulation induced by low temperature injury principally depended on increases in SS activity.
Modifying the activity of enzymes in carbohydrate metabolism such as sucrose synthase (SuSy), acid invertase, ADP-glucose pyrophosphorylase (AGPase), sucrose phosphate synthase (SPS) and sucrose transporters were found to influence carbohydrate partitioning and sucrose accumulation in sink tissues of several food crops.
These include; an enhanced understanding of the ageing process, sucrose accumulation, water stress physiology and the physiology of water retention in stalks.
Current work on EST and array analysis of gene expression in sugarcane is reviewed and insights on stem functions associated with maturation and sucrose accumulation are discussed.
