Sentence examples for efficiently engineered from inspiring English sources

But tucked inside this efficiently engineered adrenaline-delivery system is a sharp little parable about the city that serves as its backdrop and its borrowed soul.

After eight years as Russia's head of state, Mr. Putin ruthlessly and efficiently engineered the selection — none dare call it an election in any credible democratic sense — of his successor, who won slightly more than 70percentt of the vote.

Any reader of fiction has a right to an occasional escape from the dullness or misery of his existence, but he has the critical duty of finding the best modes of escape in the most efficiently engineered detective or adventure stories, in humour that is more than sentimental buffoonery, in dreams of love that are not mere pornography.

We propose that multiphase fluid-porous medium systems can be efficiently engineered to achieve a desired residual state (optimal NW phase saturation) by considering the dominant forces at play in the system along with the impacts of NW phase topology within the porous media, and we illustrate these concepts by considering supercritical CO2 sequestration scenarios.

Not a word is wasted in Pierpont's efficiently engineered debut, which follows a family hovering on the brink of possible dissolution in the wake of the husband's infidelity.

Furthermore, neurotrophic viruses suitable for longitudinal studies have been well characterized and can now be efficiently engineered at low cost [17].

This system has allowed Toyota to efficiently engineer and build high quality cars and has granted Toyota the status of being the best car manufacturer in the world.

Moreover, the emergence of genome editing technologies over the past a few years has made it feasible to efficiently engineer disease relevant genetic variations into stem cells (Hsu et al., 2014; Wang and Qi, 2016).

Detailed knowledge of folate biosynthesis, degradation and salvage are the prime requirements to efficiently engineer the plants for the enhancement of overall folate content.

The proposed substructuring concept is expected to provide a new principle for the design of general elastic metasurfaces that can be used to efficiently engineer arbitrary wave profiles.

With the development of novel genome modification tools, such a zinc-finger nucleases (ZFNs), transcription activator-like effector nucleases (TALENs), and CRISPR/Cas, it is now possible to efficiently engineer non-mammalian models of inherited human diseases.