Stroke as a critical cardiovascular accident has been associated with long-term disability and mortality. Conclusions: Multisession, progressively increasing intensity of treadmill-based gait-slip training appears to induce significant adaptive improvement in falls, compensatory stepping, and postural stability among PwCS.Ībout 800,000 people in the United States suffer from stroke each year. Results: Post-training, PwCS demonstrated a reduction in falls and compensatory steps on levels 5 and 6 ( p 0.05). Fall outcome and threshold, number of compensatory steps, multiple stepping threshold, progression to higher intensities, pre- and post-slip center of mass (CoM), state stability, clinical measures, and treadmill walking speed were analyzed. In the next session, training began at a sub-fall threshold and progressed further. Training consisted of 10 blocks of each progressively increasing intensity (four trials per block) until participants fell at >2 trials per block (fall threshold). Pre- and post-training assessment was performed on six intensities of gait-slips (levels 1–6). Methods: A total of 11 PwCS underwent a four-week treadmill-based gait-slip training (four sessions). Background: This study examined whether a multisession gait-slip training could enhance reactive balance control and fall-resisting skills of people with chronic stroke (PwCS).
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