Sentence examples for mediate these events from inspiring English sources

Recently, evidence has provided valuable information on the receptors that mediate these events and the intracellular signaling cascades after the binding of these ligands.

Despite numerous reports on physiological and cellular consequences of treatments with Echinacea [ 4, 11, 19], little is known about the early molecular mechanisms that might mediate these events.

The RARs that mediate these events are distributed throughout the mammalian brain as has been shown extensively in the mouse and rat (Ruberte et al. 1993; Zetterstrom et al. 1994, 1999; Krezel et al. 1999) and in limited studies in the human (Rioux and Arnold 2005).

EBNA1 has been proposed to mediate these events by binding FR site specifically and tethering the bound plasmids to chromosomal sites (Marechal et al, 1999; Sears et al, 2003), either by associating with specific cellular proteins (Kapoor et al, 2005) or by binding AT-rich cellular DNA through its AT-hook activity (Sears et al, 2004).

EGF receptor signalling involving the erbB2 and PI3K pathways plays a role in mediating these events in Capan-1 cells.

Key blood serum proteins, such as fibrinogen, adsorb and undergo conformational changes on the surface, thus mediating these events.

The exact molecular mechanism how MAX2 mediates these events requires more detailed molecular studies, for example identification target proteins and thus, remains a subject for future studies.

As sAPPα has previously been shown to promote growth, survival and proliferation in neurons and stem cells [ 10, 67, 68] these findings supports a role for sAPPα-induced gene expression in mediating these events.

The results suggested that the PI5P pool important for mediating these events was depleted at low doses of YM201636; given the preferential depletion of PI5P compared to PI 3,5 P2 at the relevant inhibitor dose this PI5P pool was suggested to be generated directly from PI rather than via PI 3,5 P2 (Sbrissa et al., 2012).

This chapter describes the signaling pathways that mediate these phosphorylation events, their effect on initiation factor activity, and their significance in the regulation of translation initiation.

"Development" is the global name for the processes that causally mediate between these events or stages.