Sentence examples for multiple physiological events from inspiring English sources

CTGF expression is spatio-temporally restricted and is involved in multiple physiological events, such as postnatal olfactory development, epithelial mesenchymal transition (EMT) (Mosher and Adams 2012; Aguiar et al. 2014; Kubota and Takigawa 2015) and islets formation in the pancreas.

Cancer is affected by alterations in multiple physiological events including apoptosis, inflammation, differentiation, and angiogenesis.

Oxidative stress contributes to multiple physiological events including cell proliferation and inflammation, mediated by modifying redox sensitive AP-1 (proliferation) and NF-κB (inflammation) pathways.

Ca2+ triggers multiple physiological events in spermatozoa, such as hyperactivation, chemotaxis, capacitation, and the acrosomal reaction, all of which are essential for successful fertilization.

Although GCs and cGMP signaling are known to regulate multiple cellular and physiological events (Davies and Day, 2006; Davies, 2006; Lucas et al., 2000), their role in embryogenesis is poorly understood.

The serum-glucose level only reflects the consequence of multiple physiological disorders in the given stage.

Multiple physiological and pathophysiological situations can result in oxidative stress.

Mitochondria are the essential organelles for energy supply of cells and can respond to multiple physiological stresses via signaling processes, cell growth and differentiation events.

This has been reported to be the binding site of multiple proteins, which dynamically interact, and participate in the regulation of physiological events (for review, see Giepmans).

However, the main features of frailty, such as decreased functional reserve, impairment or dysregulation in multiple physiological systems, and reduced ability to regain physiological homeostasis after a stressful and destabilizing event, make the distinction of frailty from disability or comorbidity relatively easy.

The fibroblast growth factors (FGFs) and their receptors (FGFRs) play an important role in a wide range of biological functions, controlling developmental events such as brain patterning, morphogenesis and limb development [ 4, 5] with multiple physiological functions in the adult including angiogenesis, wound repair and endocrine functions [ 6].