Sentence examples for increased stride from inspiring English sources

Three subjects with initially slow gait velocity improved to within normal limits by demonstrating increased stride length.

Increasing BWS increased stride length (p < 0.02) and flight duration (p < 0.01) and decreased stride rate (p < 0.01) and contact time (p < 0.01) in small-large magnitudes.

In general, we found that increasing BWS on a LBPPT increased stride length and flight duration and decreased stride rate and contact time while attenuating a variety of physiological characteristics at a range of treadmill velocities.

The results showed that obstacle clearance is associated with the reorganization of the basic step pattern resulting in increased stride length of all limbs, increased duration of the swing phase of the hindlimbs only, and the appearance of two quadrupedal stance phases.

However, a study of racing Quarter horses at the gallop showed that the use of a whip on the shoulder of the leading forelimb, in rhythm with the stride, reduced stride length and increased stride frequency without increasing speed [7].

Their skeletons reveal atypically long femora and wing metacarpals that serve to lengthen the limbs for increased stride efficiency, while their pedal bones are unusually robust (Fig. 4; [32], [26], [26]).

Concurrently to the dual-task related decrease in stride velocity, an increased stride-to-stride variability has been observed and interpreted as interference caused by competing demands for attention resources.

In Parkinson's disease, increased stride-to-stride variability is seen in the swing time (as in the present study), but the magnitude of the increase in swing time variability is larger than that seen in MDD and bipolar disorder [ 19].

In Parkinson's disease, basal ganglia dysfunction not only causes slowed movements, but also contributes to gait unsteadiness and increased stride-to-stride variability [ 18- 20], a marker of fall risk [ 10, 12, 20, 21].

Examples of time series showing the increased stride-to-stride fluctuations in swing time % in a subject with bipolar disorder and a subject with MDD are shown in Figure 1.

DPN-related foot-sole somatosensory impairment leads to diminished walking speed and increased stride-to-stride movement variability (3, 4 important patient outcomes independently linked to survival (5) and fall-risk (6) in older adults.