Sentence examples for reduction of pool from inspiring English sources

Reduction of pool complexity also generated higher read redundancy (Figure 4C), the error-correcting potential of which would permit lower mismatch tolerances during assembly, in turn reducing the probability of spurious joining (Figure 4D).

Removing those variables that had p >.10 resulted in a reduction of pool predictors from 48 to 12 for PCS and from 48 to 17 for MCS, thereby reducing the probability for type I errors.

The lysate pool within the increased intensity set with the most significant p-value (2.93E-18) waselecteded to partition and re-array on a nitrocellulose slide as distinct features for further testing and reduction of pool complexity (Table 1 and Fig. 3B).

This may be caused by inhibitory effect of metal ions on enzyme activity of ascorbic acid metabolism and reduction of its pool due to the ROS neutralization and its use for plant growth and development, which was confirmed by studies on other plants [7, 35].

In additional experiments, we demonstrated this action relies on the AA-induced reduction of intracellular pool of cAMP [2].

Therefore, we tested if Salmonella infection inhibits RNA synthesis in the host, which then would cause PB disassembly due to a reduction of the pool of non-translating cytoplasmic mRNAs.

One of these studies suggested that the block in PyVmT tumor progression was due to the reduction of the pool of cancer stem/progenitor cells [ 75].

Instead, glycolate dehydrogenase is expected to contribute electrons to the mitochondrial respiratory electron transport through reduction of ubiquinone pool [ 40].

In the ovary, disruption of follicular development (Adewale et al. 2009), reduction of the pool of primordial follicles (Rodríguez et al. 2010), and the occurrence of PCOS-like structures (Fernández et al. 2010) have been observed after neonatal exposure to BPA.

In the present study, transcripts encoding the enzymes involved in Calvin cycle such as ribulose bisphosphate carboxylase, glyceraldehyde 3-phosphate dehydrogenase, transketolase and fructose-bisphosphate aldolase (FBPA) were down-regulated at 10 and 15 dpa thus indicating the reduction of sugar pool in the fl mutant ovules (Additional file 6).

These findings strongly suggest that reduction of NAD+ pools by FK866 treatment increases the ability of PARP1 to completely exhaust NAD+ pools after β-lap treatment, without generating substantial PAR formation.