Sentence examples for contribution quantification of from inspiring English sources

In the current contribution, quantification of total protein present in CLEAs was done by use of a mass balance which explicitly considers the fraction of protein that remained in the supernatant, as well as the fraction of protein that was washed away in each of the washing steps performed after the recovery of the CLEAs by decantation/centrifugation.

However, and despite all the previous contributions, no quantification of the rates of nucleotide and indel evolution has been reported so far for a set of Hox genes.

The quantification of contribution of each source on the total fatigue loads reveals >65% of flapwise fatigue loads is a result of turbulence while gravity results in >80% of edgewise fatigue loads.

The identification and quantification of contributions to the binding kinetics is then straightforward: in the depletion rate plot, the intercept at the vanishing free xenon concentration represents the kinetic rate coefficient for xenon detachment from the host by dissociative processes while the slope is indicative of the kinetic rate coefficient for degenerate exchange reactions.

By filtering out peptides originating from the "unknown protein space" and then appropriately weighting the contributions of remaining peptides, quantification of peptide distributions are much more accurate and will improve quantitative estimates of functions from metagenomic data.

The main contribution of this paper is quantification of relative robustness of these non-linear filters.

Moreover, there have been lacks of quantification of the contribution of the anaerobic energy [2] to discriminate percentage of anaerobic versus aerobic metabolism during an effort.

The imposition of asymmetric friction conditions on the disk spring also allows for the direct quantification of the contribution of asymmetric friction conditions on the disk spring contact edges.

PCA decomposition allows for the quantification of the contribution of each mode and enables identification of physically meaningful patterns in spatial and temporal variations.

Comparison between the two models in face centered cubic systems yields quantification of the contribution of rotational defects to internal energy.

Quantification of the contribution of the hydrologic components (snow, ice and rain) to river discharge in the Hindu Kush Himalayan (HKH) region is important for decision-making in water sensitive sectors, and for water resources management and flood risk reduction.