There are different ways to add haptic input during walking which may affect walking
balance. This study compared the use of two different haptic tools (rigid railing and haptic …

Objective To assess the effectiveness of the anchors in the balance rehabilitation of
participants with chronic peripheral vestibulopathy who failed to respond positively to …

This study assessed the contribution of the “anchor system's” haptic information to balance
control during walking at two levels of difficulty. Seventeen young adults and seventeen …

This study assessed whether the use of an “anchor system” benefited older adults who
performed a tandem walking task. Additionally, we tested the effects of practice with the …

Background Haptic information provided by the anchors reduces postural sway while
standing upright. It is unclear whether this benefit would remain in the presence of cognitive …

Understanding the effects of haptic input while performing a cognitive-visual task on postural
control can broaden comprehension of the functional integration hypothesis in older adults …

This study investigated the effect of adding haptic information to the control of posture, as
well as comparing the effect of both the “light touch”(LT) and “anchor system”(AS) paradigms …

Background Postural control is an essential ability for functional independence modified by
therapeutic approaches and morbidities secondary to breast cancer. The anchor system …

Balance deficits during walking increase the risk of falls in older adults. Providing haptic
information through anchors improves dynamic balance control, but the benefits of practicing …

Study design A prospective, observational study. Objectives To assess the attentional
demands of using haptic modalities during walking using a multi-task paradigm in young …