Sentence examples for solution can be significantly from inspiring English sources

We suggest that this flexible structure that lacks intrachain hydrogen bonds, and is fully hydrated in aqueous solution, can be significantly impacted in aqueous osmolyte solutions that are known to alter the hydrogen bonding network [49], [51], [52].

For example, Marqusee and Baldwin have shown that the solubility of alanine-based α-helical peptides in aqueous solution can be significantly increased by dispersing either lysine or glutamate residues in the peptide sequence of interest.

Since our stated problem exhibits a clear ordering of the objectives with respect to their priority, namely junction-cleavage likelihood over neo-immunogenicity, the problem of finding a Pareto-optimal solution can be significantly simplified by applying lexicographical ordered optimization (LO).

Importantly, the complexities in computations, problem analyses and time to arrive at solutions can be significantly reduced due to the approximation of such functions.

In this paper, we describe the 2006 auction process and report that solution times can be significantly improved if the scenarios are solved in an appropriate order and the optimal solution to one scenario is employed as the initial solution of another.

The results obtained show that for certain cases the solution time can be significantly reduced when these pre-processing methods are applied.

Our results show that the popularly used EM algorithm often converges to sub-optimal solutions which can be significantly improved by the proposed neighborhood profile search.

Furthermore, by utilizing a high-flux dialysis membrane and an ultrasterile solution oxidative stress can be significantly mitigated which is directly associated with improvements in lipid profile [ 19, 20].

Thus we conclude: (1) in case of a DFE, an LMS algorithm (originally designed for computational efficiency) converges and/or tracks a filter close to the Wiener solution; (2) the closed form expression for DFE WF (obtained after approximating the decision errors to zero) is far away from the Wiener solution and its performance can be significantly inferior.

With the new solution, the errors of temperature responses can be significantly reduced, which can be 100 times lower.

Our results reveal that the lower critical solution temperature (LCST) of the TRP can be significantly altered by the ILs.