Sentence examples for most successfully to from inspiring English sources

One is that they're won in the middle, by the candidate who can pivot most successfully to the center and pick up the swing voters there.

Rémy de Gourmont was the principal Symbolist critic, while Symbolist criteria were applied most successfully to the novel by Joris-Karl Huysmans and to the theatre by the Belgian Maurice Maeterlinck.

But the two composers of the period who most frequently used variation techniques and adapted them most successfully to the sometimes contradictory demands of the musical style of their day were Beethoven and Johannes Brahms.

In animal breeding, assembling large training sets is relatively straight forward for large dairy breeds like Holstein Friesian, where genomic selection is applied most successfully to date (Hayes et al. 2009b).

Networks have been used most successfully to provide insights into the functions of the proteins encoded by the yeast genome [ 6- 10], since the most complete and best annotated publicly available gene interactions are available for this widely used model organism (BIOGRID database, version 2.0.57).

The creatures that succumbed to it, far from being failures, seem instead to have been those that had most successfully adapted to specialised niches.

Hitherto, dry fractionation is most successfully applied to pulses and cereals, which is correlated to their specific tissue architecture and milling behaviour.

In vitro systems are well suited to the study of biological processes in a more isolated context and have been most successfully used to elucidate mechanisms of toxicity, identify target cells of neurotoxicity, and delineate the development and intricate cellular changes induced by neurotoxicants.

Let's be honest, this is all Harry – the member who most successfully manages to have the charisma of a rock star while singing songs called things like Best Song Ever.

Although optimization techniques are not limited by the convex optimization category, the convex optimization framework has been most successfully applied to a number of problems in wireless communications and signal processing.

While these rapid thermal characteristics have been most successfully exploited to date in gas-phase sensing devices, the prospect of developing analogous microfabricated, temperature-controlled microsensors for use in aqueous, or solution-phase, environments has been less explored.