Robot-assisted Training on the Upper Limb in Persons With MS: an RCT

CompletedNot a drug-phase studyMS (type not specified)NCT02257606

What it found

Paper found, not read

A paper reports the results; we have not read it yet. See Papers below.

What was tested

Treatment tested

  • I-TRAVLE training

What it measured

Main measures

  • Motricity index

    2.5 min (pre-post)

    Physical function
  • Fugl-Meyer

    30 min (pre-post)

  • Action Research arm test

    15-20 min (pre-post)

    Arm and hand function
  • Motor Activity log

    45 min (pre-post)

    Arm and hand function
  • Jamar handgrip strength

    2.5 min (pre-post)

    Arm and hand functionPhysical function

Who could take part

MS (type not specified) · 18 and over

Show the full criteria

Inclusion criteria

* Diagnosed with Multiple Sclerosis (McDonald criteria), upper limb dysfunction due to muscle weakness (Motricity Index \<80), age > 18 years

Exclusion criteria

* MS relapse or glucocorticosteroid treatment in the last month before the start of the study, upper limb paralysis (Motricity Index \< 18), other sever limitations, influencing participation (cognitive, visual)

As registered. Criteria can change, so ask the trial team or your neurologist.

About this trial

In the sponsor's words

With this randomised intervention study, the investigators want to investigate the training effect of an 8 week training regime, using a robot-assisted training system in persons with MS. Besides conventional therapy, study participants in the experimental group will train 3 times per week during 30 minutes, using the haptic master. Research questions focus on the effects of additional robot assisted training on range of motion, movement quality and clinical tests for the upper limb in persons with MS. Evaluation by means of questionnaires and clinical outcome measures occured at baseline, after 4 weeks, after 8 weeks and at 16 weeks of follow-

Papers

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History

    1. Started

      Jul 2011

    2. Main results due

      Sept 2011

    3. Finished

      Sept 2011

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