Sentence examples for interactive regulation of from inspiring English sources

In addition to these core members of hypothalamo-pituitary-gonadal (HPG) axis, there is complex and interactive regulation of GnRH and LH/FSH by a multitude of neuroendocrine factors including classical neurotransmitters and other neuropeptides [8], [9], [10], [12], [22].

For example, is this simply due to the conservation of an ancient pri-miRNA gene pair structure or is there a purpose for this overlapping gene structure that facilitates a complex and interactive physiological regulation of mammalian miRNA expression?

It is possible that the 7p15.2 signal influences the regulation of interactive expression of a number of these genomic loci; functional studies targeting this region will need to be conducted to further elucidate its role in endometriosis pathogenesis.

We report for the first time that the sweet potato leaf, damaged by MW and HA, utilizes different phytohormone signals to orchestrate the interactive role in the regulation of the sporamin gene.

This review thus accentuates the complex, interactive involvement of adipocytokines in the regulation of migration of both leukocytes and tumor cells, and gives an insight in the underlying molecular mechanisms.

It the therefore suggested that there is possibly an interactive role of laminin and LMP1 in the regulation of MMP-3 expression in NPC cells.

We develop our argument through an in-depth case study of the environmental regulation of production chemistry and identify three interactive processes: formulating regulatory principles; operationalizing these principles through technical documentation and calculation; and incremental innovation as used by chemists to address clients' varied material problems in production.

Visual inspection of these loci using an interactive genome visualization tool (igb.bioviz.org) exposed thirty putative examples of differential regulation of alternative splicing or polyadenylation across brain regions in mouse.

Transcriptional regulation of gene expression is usually accomplished by multiple interactive transcription factors (TFs).

To fully understand the control and regulation of movements, the biomechanical properties of the moving subject, specifically interactive torques, must be considered in the design, evaluation, and interpretation of empirical data.

The interactive sequences identified in the homology models (Figs 4&5) are the basis for the interactions between tubulin and αB crystallin subunits in the regulation of tubulin assembly by αB crystallin.