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As was the case for the DCS measurements, changes in MAv were measured from zero, relative to a baseline period (i.e., Δ MAv= MAv(t)/MAv(t 0)− 1) × 100).
Outcomes of interest included subjective assessment, knee stability measurements, changes in activity level, and complication rates.
Combining flow visualizations, surface pressure and velocity measurements, changes in aerodynamic loading and macroscale flow features are related.
They numerically show how the detection probability improves as a function of the signal-to-noise ratio when the number of measurements changes.
Stiffness changes may result from a number of reasons: localization of the point for measurements, changes in protein content (particularly F-actin/G-actin ratio), changes in structural organization of the cortical cytoskeleton, and modifications of the cell surface.
The chitosan effect on the soil burial degradation of polylactic acid plasticized with tributyl o-acetyl citrate (ATBC) was studied by weight loss measurements, changes in average molecular weight and its distribution, mechanical, thermal and surface properties correlated with structural and morphological modifications.
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These measurements change every second of every day, corresponding to the time and weather.
To assess whether the measurements changed over time, Friedman's test was used.
None of these measurements changed with ozone.
ROTEM baseline data measurements changed within reference ranges (Table 4).
First, methods and laboratories used to conduct the lipid measurements changed during the study period.
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