In this way, disruption of energetic and metabolic signaling in few cells could lead to aberrant cellular network behavior [63].
These observations are novel and are consistent with the idea that the disruption of energetic stress-induced checkpoint through the loss of the ATM function, as is the case in AT cells, or the loss of p53 or IFI16 function, as is the case in certain human cancers, may provide a growth advantage to cells under energetic stress.
As endotoxin-induced inflammation is known to affect whole-body energy metabolism including carbohydrate, lipid, and amino acid metabolism, a disruption in energetic metabolism is implicated in endotoxin-induced organ failure (Carré & Singer, 2008).
Since embryonic development is a strictly ordered and sequential process of a number of integrated genetic, energetic and signal transduction events, disruption of metabolic signaling during the initial stages could lead to serious consequences in later developmental programming and phenotype maturation [9], [67], [68].
These observations are consistent with the idea that disruption of an energetic stress-induced checkpoint through the loss of ATM function may provide a growth advantage to cells under energetic stress but exacerbate cytotoxic responses to metformin [ 41].
Therefore, the application of protease prior anaerobic digestion of C. vulgaris could be a promising approach to decrease the energetic input required for cell wall disruption.
The fluidic oscillator approach also decreases the friction losses in pipe networks and in nozzles/diffusers due to boundary layer disruption, so there is actually an energetic consumption savings in using this approach over steady flow.
Given the fact that motoneurons cope to an energetic issue in ALS that is caused by a disruption of the mitochondrial function (von Lewinski and Keller, 2005; Ilieva et al., 2009), a lesser energetic demand may increase their chance to survive.
A German study presented at the Annual Meeting of the Society for the Study of Ingestive Behavior last year showed that after just one night of sleep disruption the volunteers in the study were less energetic (so used up fewer calories) but hungrier.
Plasma ablation occurs at the outermost surface of the polymer membrane and emanates from the disruption of weak covalent C-H bonds by energetic electrons and ions.
