Sentence examples for reductive capacity from inspiring English sources

These data are consistent with the idea that hyperglycemia induces oxidative stress in animal models, as shown earlier in [ 31]. Biochemical analyses of brain homogenate show significant reduction of GSH and NP-SH which are natural reservoirs of the reductive capacity of the cell [ 32].

Based on biological oxygen demand measurements, the reductive capacity of the plume is considered minimal.

Since intracellular GSH status changes in numerous diseases (particularly cardiac ischaemia and cancer [14] [16]), such variation in intracellular GSH-mediated reductive capacity may impact upon 64Cu(ATSM) hypoxia selectivity and its potential clinical usefulness.

Microbial consortium proved its ability of growing in an acidic environment without losing its sulfate reductive capacity by using glycerol and PCF as alternative carbon sources and tap water as micronutrients source.

This reaction reflects the reductive capacity of the cells, thereby representing the viability.

Plasma from AH-exposed mice showed a trend of reduced antioxidant reductive capacity relative to plasma from AC mice.

During the past decades, it has been demonstrated that many biological systems, including plants and bacteria [5] and fungi [6] can transform inorganic metal ions into metal nanoparticles via the reductive capacities of the proteins and metabolites present in these organisms.

With the appropriate integration of cell sorting tools, organisms with superior reductive capacities can be isolated for designing effective bioremediation strategies.

Finally, the optimized procedure was utilized for the analysis of human blood serum reductive (antioxidant) capacity based on amperometric sensing and flow injection analysis at a flow rate of 10 μl/min.

Such single-cell interrogation helps to better assess the reductive state of individual cells in a colony so that effective reduction capacities can be estimated.

In reductive capability assay also the DSE showed greater reductive capabilities (108.44 ± 0.54  μg QE, quercetin equivalents) and its capacity increased with the increase of concentrations as shown in Figure 4.