ΔCIECOM = change in cardiac index ECOM during passive leg raising; ΔCIPC = change in cardiac index pulse contour analysis during passive leg raising; ROC = receiver operating characteristic curve.
We did not observe adverse events during passive movements or in the recovery period.
All of those studies have investigated the length changes of the ALL during passive knee motion.
Moreover, certain textures were disliked more during active than during passive stimulation.
However, there have been few studies on the mechanisms controlling particle deposition during passive sampling.
ΔCI ECOM = change in cardiac index ECOM during passive leg raising; ΔCI PC = change in cardiac index pulse contour analysis during passive leg raising; ROC AUC = area under the receiver operated characteristics curve.
The reliability of Sn Ag TLP bonded samples was studied during passive temperature cycling and during active power cycling.
Results showed that lipid oxidation rates were not different between HEAT and CON during passive heating or exercise.
Medial wall activation during passive movement vs. rest was less intense and localized to the same region.
Conclusions: Measurement of average velocity during passive stretching by itself can be used to evaluate muscle tone.
Here, with cigarette smoke as an example, analysis of accumulation for target molecules during passive smoking is taken.
