Sentence examples for by quantifying the change from inspiring English sources

In addition, the change propagation intensity (CPI) is defined by quantifying the change propagation impact.

The clinical severity of arthritis was also determined by quantifying the change in the body weights and paw inflammation (as an indicator of oedema).

The first method is a microtiter plate-based bacterial clearing assay that measures food intake by quantifying the change in the optical density of bacteria over time.

The first method, termed bacterial clearance, is a 96-well microtiter plate-based assay that measures the food intake of C. elegans in liquid medium by quantifying the change in optical density of bacteria over time.

While the true benefits and limitations of any procedure may not be realized until they are observed in a clinical setting, axial pullout tests, due in large part to their reproducibility and ease of execution, are commonly used to estimate the device's effectiveness by quantifying the change in force required to remove the screw from the body.

By quantifying the change in Rad53 mobility, Pph3 TAP has 22.2% (±0.7) of the activity of λ phosphatase at 2 h, and 34.8% (±3.1) of the activity at 8 h (when comparing the change in the bottom band as a percentage of total Rad53 signal per lane; see Materials and methods).

The sensitivity of the estimated equilibrium Mf prevalence-vector biting rates to three important model parameters that are likely to depict significant variation between communities was explored by quantifying the changes produced as a result of varying the values of these key parameters.

Sensitivity analysis is often used with deterministic models to identify their most important parameters by quantifying the changes of behaviour (according to some statistical model) with respect to changes of the parameters.

We then introduce emotional support into the model and compare age adjusted with age and emotional support adjusted results by quantifying the percentage change in OR [ 28].

We examined the effects of beads in the posterior and distal zones by quantifying the average change in tissue growth rate and deformation anisotropy in the region within 200 µm from the center of the bead implanted in each zone (see also supplementary material Fig. S3).

These 3D angiograms (vessel enhanced volumes) were derived from the CTP data by quantifying the total change in Hounsfield units (HU) over all temporal volumes (total bolus), using the absolute area under the first temporal derivative curve as described in [ 18].