Sentence examples for disruption phase from inspiring English sources

The runaway (RE) mitigation during disruption phase with local vertical field perturbation (LVF) in real time feedback mode is performed using this circuit, where runaway flux amplitude beyond pre-set threshold is used as a precursor for triggering the LVF current pulse.

They include the suppression of melatonin secretion by light at night, circadian rhythm disruption (phase shift and desynchronization of clock genes), depression of immune function, decreased production of vitamin D, unhealthy lifestyle changes, and long-term sleep disruption and deprivation [ 7].

This model can calculate theoretically halo current during the disruption phases in a very short time.

In fact, it generates confusing information in cases of disruptions with disruptive phase different from 45 ms.

Sepsis induces a reprogramming of metabolic functions in parallel with a severity-dependent disruption of phase I and phase II biotransformation and canalicular transport [ 8], whereby activation of PI3-kinase-dependent signaling could be a pathogenetic mechanism [ 7].

It was found that the addition of ZnO particles may cause the disruption of phase separation and, hence, affect thermal and mechanical behavior of segmented polycarbonate-based polyurethane nanocomposites.

Retina homogenization and RNA isolation was performed by standard Tri Reagent/BCP disruption and phase separation followed by over-night isopropanol precipitation at -20°C, as previously described [14].

RNA was isolated from retinal homogenates using standard TriReagent/BCP disruption and phase separation.

Furthermore, our results from both experiments on the effect of 'light pollution' on coral spawning behavior suggest that disruption or phase shift delay in spawning time can occur rapidly, that is, within 7 days of exposure to changes in nocturnal light regimes.

However, we propose the effects of MLN4924 on levels of NICD and disruption of phase patterns are not via indirect effects upon Wnt signaling for the following reasons: elevated levels of phospho βcatenin are indicative of Βcatenin molecules that would normally be decommissioned from participating in Wnt signaling but which are prevented from being degraded by MLN4924.

Furthermore, our results from both experiments on the effect of "light pollution" on coral spawning behaviour suggest that disruption or phase shift delay in spawning time can occur rapidly, that is, within 7 days of exposure to changes in nocturnal light regimes".