Sentence examples for dynamics of disruption from inspiring English sources

Tercek then looks at the dynamics of disruption of TV today, how cable TV will die, and how traditional business based on physical distribution models like branches can not succeed with their current business models in the medium term.

The results show that the innovation system is already experiencing the socio-technical dynamics of regime disruption and competing designs.

Given the importance of routine maintenance to health and well-being, understanding the dynamics of its disruption in the hospital setting is imperative.

To determine the dynamics of the disruption of nuclear density and the mechanism by which nuclear density is corrected in embryos exposed to a temperature step, we observed in real-time both cytoplasmic motion and nuclear density in embryos while they were exposed to the temperature step in a microfluidic device.

Evidence by imaging, thermal and dielectric techniques suggests that tethering of POSS by urethane bond leads to increase of glass transition temperature by a few degrees due to two mechanisms: the direct POSS-chain interactions and the indirect slowing of dynamics by disruption of microphase separation.

The simple answer is that it was first, but as Andy Jassy, the AWS CEO said in an interview at the University of Washington last week, in some ways it was a classic case of disruption dynamics.

Our findings suggest that Bbs genes regulate ciliogenesis through regulation of the actin cytoskeleton, and these results are consistent with a recent study linking ciliogenesis modulators with actin dynamics, whereby disruption of the actin cytoskeleton promoted ciliogenesis (29).

However, it occurred to us that our observed de-adhesion dynamics might also depend on the rate of disruption of cell substrate adhesions (i.e., trypsin/EDTA activity), which might vary across drug treatments and cell lines.

However, in the wild, the period between fry emergence and the establishment of feeding territories is considered to be of critical importance in the dynamics of salmonid populations and any disruption may reduce fitness.

Specifically, we hypothesized that genomic (and epigenomic) alterations would lead to disruptions in the dynamics of information flow on protein interaction networks, and that this disruption would manifest itself as a higher degree of randomness in the patterns of local gene expression correlations.

With this in mind, the dynamics of nucleic acid hairpin formation and disruption have been studied using a novel computational tool: large-scale, parallel, atomistic molecular dynamics simulation employing an inhomogeneous distributed computer consisting of more than 40,000 processors.