Sentence examples for considered energetically from inspiring English sources

Julia Eccleshare said: "The judges considered energetically and argued passionately in their search for this year's winner of the Guardian Children's Fiction Prize, but Return to Ribblestrop - a school story with a cornucopia of differences - had just the right combination of warmth, originality and, above all, hilarity to give it the edge.

Because herbivory resistance is considered energetically expensive, we predicted that if Sapium experienced higher levels of damage its growth would significantly decrease.

Virulence factors are considered energetically costly, thus we speculate that placing them under direct Qrr sRNA control provides a mechanism to rapidly repress their production and thereby conserve energy at LCD when such factors are ineffective.

Although sperm are generally considered energetically inexpensive, especially compared to reproductive costs for females (e.g. Dewsbury, 1982; Hayward and Gillooly, 2011), the energetic cost of reproduction for males (number, size and mobility of sperm as well as associated fluid) is nonetheless significant (Dewsbury, 1982; Harris and Moore, 2005; Hayward and Gillooly, 2011).

Ranges of parameters of defect configurations are revealed at which the transformations considered are energetically favourable.

If the energy score of the substitution was within 1.5 of the native side-chain, the substitution was considered as energetically silent (non-disruptive).

Among various methods, adsorptive storage and capture of CO2 by physical adsorption in porous media is considered as an energetically efficient and technically feasible approach, where the gas sorption and storage capacity is mainly governed by a large accessible surface area and pore structure [4].

Cheek ornamentation is melanin-based containing 99.2% phaemelanin and 0.8% eumelanin [49] and even though its synthesis was recently shown to be affected by dietary manipulations [50] it is considered to be energetically cheap [51].

Although the renal cortex has been primarily considered to be the energetically active segment of the nephron, several studies suggest that the medullary thick ascending limb (mTAL) is an active site for reabsorption in kidney and thus might play a major role in mitochondrial superoxide production.

The shell motions are described by Love's theory, and the poroelastic lining is modelled as an equivalent fluid by considering only the energetically most dominant wave.

In contrast, wing propelled birds (e.g. alcids and penguins) utilize lift from the wings for forward thrust, and this is considered to be a more energetically efficient form of propulsion [12] [13].