Sentence examples for reduction in the generation from inspiring English sources

There was a dramatic reduction in the generation of state soil maps from 1999 to 2014 (to 22 states), largely because of the digital age.

This led to a reduction in the generation of NO and secretion of TNF-α TNF-αfected macrophages.

Results shown in Fig 4C demonstrate that among the three duplexes which cause greater than 88% silencing of both transcripts, NGLY1-1 and NGLY1-3 provoke a striking reduction in the generation of a fOSGN2 migrating as Glc1Man9GlcNAc2, and a lesser reduction of a fOSGN2 migrating as Man9GlcNAc2, whereas the fOSGN2 migrating as Man8GlcNAc2 appeared to be unaffected.

If so, there might be a link between the reduced activity of mGlu5 receptors and the lower number of BrdU+ cells, with the ensuing reduction in the generation of new nerve cells [see also 5], [12] in the ventral hippocampus of male PRS rats.

Consistently, our data also show a progressive reduction in the generation of neurons.

Genomic information can provide additional information for selection and/or allow for a strong reduction in the generation interval.

For example, over the decades numerous studies have reported altered production of T cell progenitors, reductions in the generation of naïve T cells, ageing of resting and clonally expanding cells, and in particular disrupted intracellular signalling leading to perturbations in cytoskeleton reorganisation and cell migration (reviewed in [ 6]).

Our study also indicates that inhibition of EMD protein-induced production of MMP-2 leads to significant reductions in the generation of active MMP-2, further supporting the notion that MMP-2 acts as a degradation of gelatin for MMP-2 in EMD protein-stimulated osteoblasts.

The results presented herein suggest that the reduction in Aβ1-34, the generation of which is γ-secretase dependent [ 10, 11, 27], may contribute to the overall reduction of Aβ detected in CSF by using the SILK method.

Cr VI) undergoes intracellular reduction, resulting in the generation of toxic Cr intermediates and thermodynamically stable Cr III), which are ultimately responsible for DNA damage (Salnikow and Zhitkovich 2008), and of ROS, which contribute to cytotoxicity.

After that point, a reduction in the hydrogen generation rate was reported in the work of [9, 14], and [17].