Sentence examples for both normal and pathophysiological from inspiring English sources

Cell proliferation is a critical parameter in both normal and pathophysiological processes.

Because these predictions are prone to false positives and false negatives, there is an ever present need to provide material support to these assertions to firmly establish the biological function of specific miRNAs in both normal and pathophysiological contexts.

Further, we deal with the potential impact of PAR-triggered receptor transactivation in both normal and pathophysiological settings.

Due to its massive size and complexity, however, the precise molecular mechanism(s) by which the Mediator complex regulates the gene-specific transcription remain poorly understood but are likely to play important functional roles in both normal physiological and pathophysiological states.

The ability to generate specific genetic mutations in mice is a powerful tool to study normal and pathophysiological function.

In the following review, a description of cellular redox regulation under normal and pathophysiological states will be presented.

We suggest that a gene as pleiotropic and highly regulated as MET, together with its interactome, is biologically relevant in normal and pathophysiological contexts, affecting central and peripheral phenotypes that contribute to NDD risk and clinical symptoms.

Endothelin-1 (ET-1) is a vasoconstricting and mitogenic peptide released from vascular endothelial cells under normal and pathophysiological conditions, and synthesis and secretion of ET-1 are stimulated by cytokines.

Also, much relevant data concerning the time courses of analgetic drug (± metabolite) concentrations in the body and in the ways in which these properties are modified by different normal and pathophysiological variations have been gathered, and the philosophy of 'opioid rotation' has arisen to maintain therapeutic benefits when tolerance or metabolite-induced side-effects prevail.

This suggests important functions for MMP-9 inormalandand pathophysiological conditions.

Implications and future directions SAFB1 and SAFB2 play important roles in a number of normal and pathophysiological processes.