Sentence examples for higher glucose utilization from inspiring English sources

The addition of inoculum as pellets or mycelial clump resulted in higher glucose utilization compared to the spore inoculation at pH 3.0 (Fig. 5).

Higher glucose utilization rates for lesions in which lactate is detected usually indicate high-grade gliomas.

During the same period, COX (% of EE) was higher in L compared to N pigs, suggesting a higher glucose utilization to supply NADPH for fatty acid synthesis and as a precursor for fat synthesis [ 16, 48, 49].

Overall, alterations in the hormonal milieu and responsiveness during lactation are designed to favor lower insulin levels as a result of higher glucose utilization by the mammary gland [ 25] and increased lipolysis to accommodate the metabolic demands of milk production.

Regarding glucose oxidation, neurons exhibit a much higher rate of glucose oxidation, whereas astroglia possess a lower capacity for glucose oxidation irrespective of the higher glucose utilization, resulting in a large amount of lactate production (Izawa et al., 2009).

These differences may be due to angiogenesis occurring in specific areas of the tumour [18], while cells with high glucose utilization, indicated by high [18 F]FDG uptake, are a general feature and they are more evenly distributed within the tumour.

So the system behind the SCEE antihyperglycemic activity includes an insulin-like impact, likely, through high glucose utilization or upgrading the sensitivity of β-cells to glucose, secreting the elevated insulin amount [ 28].

Because elevated HGP correlates with resting energy expenditure (18), we and others (17, 18) have hypothesized that NFG levels are seen in the face of increased HGP because of an adaptive physiologic balance between high glucose utilization and elevated glucose production.

The results of their modeling study show that with a low tissue oxygen concentration and a switch to anaerobic glycolysis (high glucose utilization) that tumors develop with a more aggressive phenotype with a low apoptotic potential compared to tumors with high oxygen concentrations, aerobic glycolysis and containing less aggressive phenotypes.

To further examine possible mechanisms behind the RO5126766-induced changes in [18 F]FDG uptake, we used the HCT116 cell line because of its higher basal glucose utilization.

Based on the higher total glucose utilization determined with [C]DG compared with trapping of metabolites of [1- or 6-C]glucose, the rise in non-oxidative metabolism is about twice that of oxidative metabolism of glucose.