Head control: Volitional aspects of rehabilitation training in patients with multiple sclerosis compared with healthy subjects

Davide Cattaneo, Maurizio Ferrarin, William Frasson, Anna Casiraghi

Research output: Contribution to journalArticle

Abstract

Objective: To investigate the role of voluntary mechanisms and motor learning in head stability and the impact of longitudinal biofeedback training in head control. Design: Crossover trial and single-subject research design. Setting: Neurorehabilitation research institute. Participants: Head stability during treadmill gait was measured in healthy subjects and patients with multiple sclerosis (MS). Intervention: The experimental condition in which subjects walked on the treadmill was compared with that in which the head was voluntarily stabilized. In another experimental condition, augmented feedback of head displacement was provided by means of a laser mounted on the head that projected a laser beam on a screen. The motor learning was investigated with biofeedback training sessions. Positional feedback was represented by the laser beam, with subjects having to stabilize the beam while walking on the treadmill. Main Outcome Measure: Head angular oscillation in the sagittal and frontal planes. Results: Results showed that on verbal request, healthy subjects and patients further stabilized the head during gait, especially in the sagittal plane. Short-term feedback of head displacement was no better than self-stabilization at improving head control. Conversely, the motor learning was evident in the rehabilitation protocol: after 10 to 15 training sessions, patients with MS showed a clinically relevant decrease of head angular oscillations. Conclusions: Voluntary mechanisms play a role in head stabilization during gait. Augmented biofeedback of head displacement may be effective in reducing head oscillations.

Original languageEnglish
Pages (from-to)1381-1388
Number of pages8
JournalArchives of Physical Medicine and Rehabilitation
Volume86
Issue number7
DOIs
Publication statusPublished - Jul 2005

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Multiple Sclerosis
Healthy Volunteers
Rehabilitation
Head
Gait
Lasers
Learning
Cross-Over Studies
Walking
Research Design
Outcome Assessment (Health Care)

Keywords

  • Gait
  • Head
  • Learning
  • Multiple sclerosis
  • Rehabilitation

ASJC Scopus subject areas

  • Rehabilitation

Cite this

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title = "Head control: Volitional aspects of rehabilitation training in patients with multiple sclerosis compared with healthy subjects",
abstract = "Objective: To investigate the role of voluntary mechanisms and motor learning in head stability and the impact of longitudinal biofeedback training in head control. Design: Crossover trial and single-subject research design. Setting: Neurorehabilitation research institute. Participants: Head stability during treadmill gait was measured in healthy subjects and patients with multiple sclerosis (MS). Intervention: The experimental condition in which subjects walked on the treadmill was compared with that in which the head was voluntarily stabilized. In another experimental condition, augmented feedback of head displacement was provided by means of a laser mounted on the head that projected a laser beam on a screen. The motor learning was investigated with biofeedback training sessions. Positional feedback was represented by the laser beam, with subjects having to stabilize the beam while walking on the treadmill. Main Outcome Measure: Head angular oscillation in the sagittal and frontal planes. Results: Results showed that on verbal request, healthy subjects and patients further stabilized the head during gait, especially in the sagittal plane. Short-term feedback of head displacement was no better than self-stabilization at improving head control. Conversely, the motor learning was evident in the rehabilitation protocol: after 10 to 15 training sessions, patients with MS showed a clinically relevant decrease of head angular oscillations. Conclusions: Voluntary mechanisms play a role in head stabilization during gait. Augmented biofeedback of head displacement may be effective in reducing head oscillations.",
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