Sentence examples for variation and regulation from inspiring English sources

Gephyrin is the first postsynaptic scaffolding protein ever discovered and it was recently found to display a large degree of variation and regulation by splice variants, posttranslational modifications, intracellular trafficking and interactions with the underlying cytoskeleton.

The completion of the human genome, elucidation of most protein coding genes, and development of new tools for the assessment of genomic variation and regulation, have greatly facilitated our ability to identify specific genes and gene variants involved in diverse human traits.

However, some of the examples earlier indicate that variation and regulation at the transcriptional and/or translational level also exist.

RNA-seq analysis of the individual embryonic transcriptome is feasible and presents valuable insights into gene expression, variation and regulation of the early developmental transcriptome.

By providing genome-wide details on gene sequence, organization, variation, and regulation, NGS provides means to fully comprehend the repertoire of biological processes in a living cell.

Although much remains to be understood about the genetic variation and regulation of PTPN22, the Ronninger et al. study [ 4] has provided new mechanistic insights into the role of PTPN22 splice forms in RA, opening up a new avenue of research for understanding the genomics of autoimmune diseases.

All nine sessions featured the practice of genomics and included topics related to natural genomic variation, epigenetics and regulation, developmental genetics, interpretation of genomic variants, mutational processes, application of genomics to health care, animal models, and therapeutic strategies.

In this manuscript, we investigated the variation and genetic regulation of inflammation associated with asymptomatic bacteriuria in women in order to gain insight into the early stages of human UTI pathogenesis.

In addition, genetic variation and epigenetic regulation of other enzymes involved in detoxification of products of smoking may be of high interest for understanding the mechanisms behind development of RA.

In humans, mice and maize, differential allelic expression has been implicated in quantitative trait variation and gene regulation which may result in phenotypic variation [ 33, 34].

Our analysis of phenotypic variation and dosage regulation in some Arabidopsis intraspecific hybrids at diploid, triploid, and tetraploid levels has shown several interesting findings.