Sentence examples for wide array of genes from inspiring English sources

IRE1α homodimerization and autophosphorylation initiates its kinase and endoribonuclease activities to generate an important transcription factor XBP1 s, which enters the nucleus to regulate the expression of a wide array of genes involved in ER function.

Along with these, a wide array of genes regulating transcription, translation, signal transduction, chaperone activity, stress proteins, amino acid biosynthesis, ethylene biosynthesis and action, polyamine biosynthesis, isoprenoid pathway and flavonoid biosynthesis was activated.

Ascorbate acts as an electron-donor keeping iron in the ferrous state thereby maintaining the full activity of collagen hydroxylases; parallel reactions with a variety of dioxygenases affect the expression of a wide array of genes, for example via the HIF system, as well as via the epigenetic landscape of cells and tissues.

The LXR family of transcription factors regulates a wide array of genes, including SREBP-1c and ACC.

The c-fos proto-oncogene product, c-Fos, dimerizes with members of the Jun family to form the transcription factor AP-1, which regulates a wide array of genes in response to many stimuli [1].

MAVS is also capable of inducing the transcription factor NF-κB, which is known to activate a wide array of genes linked to immune, inflammatory, and cell-fate processes [43].

Compared with its close relatives, coffee harbors larger families of the genes linked to aroma and bitterness and has a wider array of genes linked to caffeine production, the study found.

We predict that systematic analyses, such as this, of a much wider array of gene families will show that LGT is an important evolutionary mechanism in genome evolution among protists.

During anagenetic evolution into crown-group placozoans, cnidarians and bilaterians, gene duplications within each ANTP family then gave rise to a wide array of NKL genes in all extant metazoans, most extended Hox genes in the cnidarian-bilaterian lineage, Hox-like genes in the Cnidaria, and true Hox and ParaHox gene clusters in Bilateria (Figure 1).

miR-96 is a microRNA, a non-coding RNA gene which regulates a wide array of downstream genes.

Examined individuals notably shared a wide array of microbial genes, named a "core gut microbiome" at the gene rather than at the organismal level, comprising an enrichment in phosphotransferases and other carbohydrate-processing and lipid-utilizing genes previously demonstrated in animal models of diet-induced obesity.