Sentence examples for utilization in normal from inspiring English sources

Previously, other reports have shown that both acute and chronic administration of nicotine decreases glucose transport but increases glucose utilization in normal rat brain [ 22, 23].

Moreover, prolonged fasting has been found to enhance, but not impair, insulin-stimulated glucose utilization in normal mice, which is different than the situation in humans (Ayala et al. 2006).

Interestingly, both acute and chronic administration of nicotine has been shown to decrease glucose transport rates across the BBB but increase global glucose utilization in normal rat brain [ 21- 24].

These discrepancies may be related to variations in the intensity of the exercise training protocol and in line with this, Hafstad et al. (83) recently reported that only high-intensity training (and not moderate intensity) altered myocardial substrate utilization in normal mice.

Boyle PJ, Scott JC, Krentz AJ, Nagy RJ, Comstock E, Hoffman C. Diminished brain glucose metabolism is a significant determinant for falling rates of systemic glucose utilization during sleep in normal humans.

Following hyperglycemia, which was first reported in cancer patients in 1885, tumor tissues were found to sustain higher rates of glucose utilization than that in normal tissues by Warburg et al. in the 1920s [ 22].

Resting glycogen utilization in forebrain of normal conscious rodents is very low, <0.01 μmol·g−1·min−1 (Table 3A), compared with rates of utilization of blood-borne glucose that range from ∼0.5 to 1.7 μmol·g−1·min−1 in grey matter (Table 3B).

The objective of this research was therefore to investigate the capacity for glucose uptake and utilization by human GCs in normal women and women with PCOS with or without prior treatment in vivo with metformin with a view to understanding the consequences of the PCOS pathology on the metabolism of the energy resources available to the oocyte during its development within the follicle.

The reduced utilization of the technological interventions in normal pregnancies could be explained by the fact that, in Japan, both women and obstetricians consider birth as being primarily physiological rather than potentially pathological [ 22].

Also, patterns of gene expression would support a preference towards glucose utilization in failing compared with normal human hearts [4].

Mitochondrial ferritin is normally expressed at low levels and does not appear to have any major function in normal mitochondrial iron utilization.