Sentence examples for step percentage from inspiring English sources

Parameters obtained during gait for the control foot (CF) and injured knee-foot (IKF) included (Fig. 1a) step percentage (SP), double-limb step percentage (DSP), anterior-posterior shifting point (APSP) contact time (CT), heel maximum vertical force (MVF), single-limb (SL) MVF, impulse MVF, maximum anterior force (MAF) and maximum posterior force (MPF).

All parameters in the extraction step (pH, sample volume, sample dilution and number of aspiration/ejection cycles) and in the desorption step (percentage of acetonitrile in the elution solvent and number of aspirations of elution solvent through the device) were statistically significant (p > 0.05) when recovery was used as response.

In Phase 4 (Design v3), we built on this design by adding more status details (e.g., current activity step, percentage of activity complete), speculating that this additional information may adequately reassure ICPs of their relatives' safety without the need for surveillance.

Four factors were studied: the duration of the initial isocratic step, the percentage of organic modifier at the beginning of the gradient, the percentage of organic modifier at the end of the gradient and the gradient time.

Using 10 °C/m as step, the percentage of different levels of temperature gradient is calculated and shown in Table 1.

In a third analysis step, the percentage of patients receiving more than the recommended dosage was calculated using the approach of Wu et al. [13].

In the next step, the percentage of all acute respiratory illness deaths due to Hib is estimated to be 13%.

The following data were calculated for each trial: stride length, step width, percentage stance time, and gait symmetry.

In brief, gait trials collected on naïve Lewis rats were used to predict the stride length, step width, percentage stance time, and the single-limb support phase for a weight- and velocity-matched Lewis rat.

To account for the effects of animal size and walking velocity, stride length, step width, percentage stance time, and the single-limb support phase were normalized to the predicted gait profile of weight- and velocity-matched naïve Lewis rats.

Pixel coordinates of the hindpaw position and frame numbers were converted into geometric and time variables, and the following spatiotemporal characteristics were calculated: stride length, step width, percentage stance time, and gait symmetry.