Sentence examples for modification that contributes from inspiring English sources

Glycosylation level is another post-translational chemical modification that contributes to vicilin microheterogeneity [9].

PCNA can also undergo SUMOylation during replication in the absence of DNA damage (Hoege et al, 2002), a modification that contributes to the recruitment of the Srs2 helicase to the replication fork to prevent untimely recombination during S phase (Papouli et al, 2005; Pfander et al, 2005).

Overall, we aim to mechanistically explain the reversible and dynamic nature of this unique RNA internal modification that contributes to the complexity of RNA-mediated gene regulation, and inspire new studies in epitranscriptomics.

RNA editing by adenosine deamination, catalyzed by adenosine deaminases acting on RNA (ADAR), is a post-transcriptional modification that contributes to transcriptome and proteome diversity and is widespread in mammals.

RNA-directed DNA methylation (RdDM) is a small RNA-mediated epigenetic modification that contributes to transcriptional silencing of transposons and repetitive sequences in plants.

The reverse comparison indicates that 19% of the cycling mRNAs are identified to be cycling in the Nascent-Seq data, implicating significant contribution of posttranscriptional modifications that contribute to rhythmic expression of CCGs [ 79].

These newer tools have the potential to elucidate the dynamic series of molecular interactions and modifications that contribute to a specific cellular effect.

By identifying a novel site of histone methylation, this study adds to our overall understanding of the complex number of histone modifications that contribute to chromatin function.

It is thus possible that checkpoint weakening in tumor samples at the molecular level is caused by altered activity of checkpoint components or by altered post-translational modifications that contribute to efficiency of the mitotic arrest.

Finding the relevant modifications that contribute to checkpoint signal strength and investigating their status in chromosomally instable tumor cells might give important information on how checkpoint signaling may have become compromised in those tumors.

Cell cycle deregulation is a hallmark of tumor cells and defective checkpoint function results in genetic modifications that contribute to tumorigenesis.