Hand Rehabilitation With Music Therapy Technique (Sonification) and Leap Motion Controller in Stroke Patients

Brief Summary

Detailed Description

Introduction: Every year in Italy occur over than 200.000 new stroke cases. The virtual and augmented reality offers a valid support to the rehabilitation program by providing objectives parameters for the patient evaluation, accelerating the motor recovery process and enhancing the motor performance after the discharge. This study uses a specific hand tracking sensor (Leap Motion Controller) to catch the movements of the arm combined with proper pre-defined musical patterns (sonification) in a neurologic music therapy perspective. In addition to its use in relational contexts, in fact, music therapy is widely used in the field of rehabilitation, and in particular in the neuromotor rehabilitation, due to the impact of the sound, as well as on paralimbic and limbic areas, the areas of the brain involved in the movements (motor cortex, supplementary motor area, cerebellum, basal ganglia, etc.). Recent studies uses sonification for the rehabilitation of the upper limbs assuming a replacement of the proprioceptive aspects damaged by the disease thanks to the audio-motor feedback. This study, furthermore, exploits the specificities of the Leap Motion Controller and the peculiarities of the sound stimuli that accompany the arm movement without requiring cognitive tasks. Objectives: * To verify through a randomized controlled trial and a suitable motor assessment the efficacy of the rehabilitation of the hand in patients with stroke using the "sonification" technique * To verify whether the "sonification" technique reduces the fatigue and the pain perceived during rehabilitation * Assess the impact of "sonification" technique on patients quality of life Materials and Methods: In this randomized controlled trial 66 patients with stroke will be recruited and allocated in 2 groups. The control group will be undergone to a 35 minutes standard daily rehabilitation treatment lasting 4 weeks. The experimental group will be undergone to an analogue treatment based on 15 minutes of standard rehabilitation and 20 minutes of exercises with sonification. Randomisation will be centralized for the four Units involved in the study. The intervention will be assessed in blind at the baseline (T0), at the mid-treatment period (T1 = 2 weeks), at the end of the treatment (T2 = 4 weeks), and at a follow-up point (T3 = 8 weeks). The following assessment tools will be used: * Fugl-Meyer Motor Assessment Scale * Box and Block Test * Modified Ashworth Scale * Visual Analogue Scale (VAS) * Numerical Pain Rating Scale * McGill Quality of Life At T0, T1, T2 and T3 some motion parameters will be recorded and monitored by the Leap Motion Controller to evaluate possible changes in the movements execution. Statistics: The Intention-To-Treat (ITT) population will be considered for the analysis. An unpaired Student's t test on the pre (T0)-post treatment (T2) differences will be used to assess the primary endpoint. Longitudinal trends over time will be assessed through repeated measures analysis of variance. Other analyses will be available in the statistical analysis plan.

Primary Outcomes

Secondary Outcomes

• McGill Quality of Life(up to 8 weeks)
• Numerical Pain Rating Scale (NPRS)(up to 8 weeks)
• Box and Block Test (BBT)(up to 8 weeks)
• Visual Analogue Scale (VAS)(up to 8 weeks)
• Modified Ashworth Scale(up to 8 weeks)