Sentence examples for basic understanding of gene from inspiring English sources

Studies of promoters that largely regulate gene expression at the transcriptional level are crucial for improving our basic understanding of gene regulation and will expand the toolbox of available promoters for use in plant biotechnology.

In summary, RAN translation is a novel mechanism that impacts our basic understanding of gene expression, cell biology and disease.

Information for only a limited number of these genes is currently known, meaning that our basic understanding of gene expression patterns driving pre-implantation development is still very restricted.

Moreover, the basic understanding of gene function and physiology combined with well-characterized stereotypic behaviors provides the possibility of using zebrafish and C. elegans for neurotoxicity risk assessment based on behavioral end points (Orger et al. 2004).

The true identification of any gene underlying a quality trait remains dependent on additional research requiring at least a basic understanding of gene function as was available for the candidate gene linked to tuber flesh color and cooking type.

Until now, efforts to discover genes have mainly focused on rodents and only a small number of genes are currently known, meaning that our basic understanding of the gene expression patterns driving early folliculogenesis is still very poor.

So has our basic understanding of gender and gender roles.

Analyses to date indicate that genome-scale data are, to a first approximation, consistent with our basic understanding of how gene regulation works, which was established largely from the analysis of single promoters and single TFs.

The first aim was to gain a basic understanding of the SSIV gene in wheat – its expression, genomic organisation and chromosomal location.

Owing to development of more powerful study designs, the availability of dense marker maps, progress in high-throughput genotyping and a better basic understanding of the roles of genes in the immune system, this trend is likely to continue.

To develop crop plants with enhanced tolerance of drought stress, a basic understanding of physiological, biochemical and gene regulatory networks is essential.