Sentence examples for rapid modification in from inspiring English sources

That is, ribosylation of α-Syn undergoes a rapid modification in the C-terminal lysinly residues and a slow modification in the N-terminal region, accompanied with protein aggregation.

Ethanol exposure in utero may produce alterations in GABAA receptors that could explain the rapid modification in glutamate release and the synthesis and/or secretion of cortical BDNF.

Rapid modifications in actin dynamics and architecture have been described.

Protein kinase C (PKC) and calcium/calmodulin-dependent protein kinase II (CaM KII) are two pivotal signaling agents that mediate several of these rapid modifications in cell structure.

These rapid modifications in GFAP were associated with inverse changes in synapsin I (Fig. 5B) and syntaxin (Fig. 5C) levels with a significant rise in these presynaptic proteins at 1 h after leptin treatment, returning to control levels at 6 h.

The increase of container-ships traffic and, consequently, the sharp change in port infrastructure involved a rapid modification also in the work organization, with particular reference to the number and characteristics of workforce (decrease from 5783 to nearly 1000 employees and increase of low experience workers from 28%to74%4%).

The power to make rapid, wholesale modifications in 3-D rested mostly with big architecture firms or companies the size of Boeing, which designed its entire 777 digitally using Dassault's Catia software.

Although there is so far no evidence that such inherited epigenetic modifications of gene expression can be linked to specific behaviour, it is an emerging possibility which deserves to be investigated; if this could occur, it would provide a possible mechanism for rapid modification of behaviour in a population of animals facing environmental challenges, such as during domestication.

For example, results in primates are consistent with a rapid modification of repeat content in closely related species and differences in simple repeats between the X chromosome and the autosomes have been also observed [ 34- 37].

The results provide insights into both the potential and challenges of constructing genetically expressible systems for the rapid modification of targeted proteins in living cells.

For example, we know that hydroxyl radicals play a key role in the rapid modification of isoprene over tropical forests, and that these radicals appear to be regenerated rather than depleted during this process (Taraborrelli et al. 2012).