Sentence examples for energetically explained from inspiring English sources

As a bulwark against subversion and anarchy, he energetically explained, the rule of law and its impartial application must reign supreme.

I put my nose inside this question quite energetically and they explained to me that this kind of thing has this kind of price.

Having recently explained himself energetically in a director's commentary on "William Shakespeare's Romeo and Juliet," Mr. Luhrmann jumps in with gusto on a disc of "Strictly Ballroom" (1992), his first feature film, released on Tuesday by Miramax.

In this tautomer the distance between the electron deficient carbonyl centers is maximal, which is energetically favorable and explains its high abundance.

This finding explains energetically why ATP hydrolysis leads to core re-opening and enzyme turnover in DEAD-box proteins (Henn et al., 2010; Cao et al., 2011) and perhaps other SF1 and SF2 helicases.

The adsorption of the surfactant onto the carbon blacks can be explained by two energetically distinct steps corresponding to the adsorption of SDS in two different types of porosity.

These fibers are found to orient along two dominant directions, which is verified and explained by a doubling of the energetically preferred molecular adsorption site by mirror symmetry of the substrate surface.

Our MD simulations showed that this pose is energetically unfavorable (Δ G ≥ 0 kcal/mol), which could be explained in terms of the proximity of E68 and E75 residues to the bound GAG.

Notably, the effect of Y3356.68 mutation to Ala was shown to be rescuable by the addition of Zn2+ rescues [61], and the mechanism explained by the ability of Zn2+ to replace the energetically favorable Y3356.68 interaction with R60 NT) thereby reinforcing S1-DAT, and restoring the equilibrium between S1-DAT and the inward-facing conformation that had been lost in the Y3356.68A mutant [16].

Such different contributions between the two domains could be explained by the fact that electrostatic interactions are not always energetically positive.

This can be explained by their highest hydrophobicity, which makes dissolution in the aqueous phase energetically disfavored.