Sentence examples for the secondary modification from inspiring English sources

In Arabidopsis the AOP2 gene plays a role in the secondary modification of aliphatic (methionine-derived) glucosinolates, namely the conversion of methylsulfinylalkyl glucosinolates to form alkenyl glucosinolates, and also influences aliphatic glucosinolate accumulation.

Many of the secondary modifications of rhodopsin take place in the ER and are a prerequisite for ER export (Murray et al., 2009).

Since Ras and other monomeric G-proteins are processed through the polyisoprenylation pathway in order to be fully functional, it is possible that compounds that interfere with the secondary modifications may have effects on carcinogenesis.

Insights into the complex regulation of its expression, on the transcriptional and post-transcriptional level, the secondary modifications governing its subcellular location, protein interactions and immunogenic properties have been considered and exploited as targets.

Thus, as desirable for a sample statistic, the ML estimator yields asymptotically unbiased and minimum sampling variance estimates with increasing sample sizes and allele frequencies, and the deviations of theory from expectations will decline when the secondary modifications noted in the previous paragraph are implemented.

These latter compounds are particularly interesting since their incorporation could, in principle, allow direct fluorescent labeling of proteins without the need for a secondary modification reaction to install the fluorophore.

In parallel, there has been increasing recognition that the vasculoprotective effects of statins might reside not only in lipid modification but also in direct effects on inflammation manifested presumably through direct effects on the vascular lesion, or via secondary modification of the hepatic acute-phase response and constituent moieties, particularly CRP.

Interestingly, these "secondary" modifications of ADP-ribosylated arginine residues create new posttranslational modifications in their own right.

Whether spatial distribution or directionality of the TKL reactions might be correlated with any kind of secondary modification of the protein is not known.

During the second stage the modified precursor amino acids are converted into glucosinolates (glucone formation), and finally secondary modification of the glucosinolate structure takes place [ 1, 2, 5, 6].

The best results according to a structure were received by modification with polarized beam of laser fluence of 8 mJ cm−2 and 6000 pulses, and after sample rotation 90°, followed by a secondary modification at the same laser parameters.