Sentence examples for control of modifications from inspiring English sources

It also discusses poor design, protection neglected; failures in management, equipment, and control systems; how better management, control of modifications, and better process control could have prevented the incident; and changes to design and operations.

Finally, the open source nature of the software inherently has the consequence of a lack of control of modifications to the software after it is released, potentially leading to incompatible and unverified versions.

Studying viral control of chromatin modifications is identifying histones as important players in the battle between host and virus for control of cell cycle and gene expression.

We also detected defects in the embedding of histone H3 and in the control of H3 modifications at transcriptionally repressed loci in hip3-1 mutant.

Taken together, these results indicate that Hip3 plays important roles in the control of histone modifications at meiosis-specific gene loci and induces their transcriptional repression.

The continuing discovery of new deubiquitinating proteases in viruses broadly hints at how important it is for these pathogens to seize control of posttranslational modifications in host cells [8] [10].

These transcripts represent classes of genes that are involved in the control of epigenetic modifications including histone H2ao, neurotransmission/signal transduction such as thyrotropin releasing hormone (TRH), and stress responses including heat shock protein 27kd protein 2 (Hspb2).

Analysis of histone modification of H3K4me3 and K27me3 from the database suggested that expression of DNMT3B might be regulated by methylation of H3K4 but expression of DNMT3L might not be under control of histone modification of H3K4me3 and K27me3.

This regulation has been shown to be necessary for the reciprocal control of the modification status of cell-surface LPS and the dynamic levels of Fe3+ in the growth environment.

And, finally, formation of a complete plasma membrane would have been advantageous because it closed-off the ER from environmental challenges, such as pathogenic bacteria or viruses, and enabled the complete control of protein modification during secretion.

Yet, a cell cycle-dependent fluctuation of sumoylation is observed even when the relevant enzymes are defective, suggesting that changes in enzyme properties or localisation are not primarily responsible for the temporal control of PCNA modification.