Read Full Text for Free: Rehabilitation of motor function after stroke: A multiple systematic review focused on techniques to stimulate upper extremity recovery (Free)
Journal: Frontiers in Human Neuroscience
Year Published: 2016
Ranked 11th on our 2014-2019 list of the 50 most influential articles
Article overview for OT practitioners
This article is a systematic review, which is considered the top of the research hierarchy. What that means is as long as the review was conducted soundly, it provides some of the best, most complete evidence on the topic.
I would say this article is a must-read for anyone who works with stroke patients—and it would be a great article to incorporate into OT school curriculum, as it not only includes efficacy on rehab of motor function after stroke, but it also describes the hypothetical mechanisms behind each approach.
About the multiple systematic review
26 different treatment modalities were included in the search. Here is what was included:
- Randomized Control Trials (RCTs)
- Controlled Trials
- Systematic Reviews
- Meta-Analyes with a PEDro-scale of higher than or equal to 4
5712 articles were retrieved, but ultimately only 270 articles were included in this review.
Phases of stroke were defined as:
- Acute—within the first month after stroke
- Subacute—between 1 and 6 months after stroke
- Chronic—longer than 6 months after stroke
A treatment modality was recommended as an adjuvant intervention if it has shown superior efficacy in combination with another rehabilitation intervention, compared to the intervention alone.
A treatment modality was recommended as a rehabilitation intervention if it showed superior efficacy, compared to another rehabilitation intervention.
Recommended interventions for rehab of motor function after stroke
It is important to note that a very conservative approach was adopted with regards to recommendations.
In acute stroke, the following interventions were studied and recommended:
Primary rehabilitation strategy
- Muscle strengthening exercises
- Constraint induced movement therapy (CIMT) - using a low dosage regimen
- Mirror therapy
Adjuvant interventions
- Passive neuromuscular stimulation
- Repetitive transcranial magnetic stimulation
- Transcranial direct current stimulation
- SSRI and NARI antidepressants
- Botulinum toxin
In subacute stroke, the following interventions were studied and recommended:
Primary rehabilitation strategy
- Muscle strengthening exercises
- Constraint induced movement therapy (CIMT)
- Mirror therapy
- Botulinum toxin
Adjuvant interventions
- Mental practice with motor imagery
- High-frequency transcutaneous electrical nerve stimulation (TENS)
- Passive neuromuscular electrical stimulation (NES)
- Repetitive transcranial magnetic stimulation
- Transcranial direct current stimulation
- SSRI and NARI antidepressants
In chronic stroke, the following interventions were studied and recommended:
Primary rehabilitation strategy
- Muscle strengthening exercises
- Constraint induced movement therapy (CIMT)
- Mirror therapy
- Botulinum toxin
Adjuvant interventions
- Mental practice with motor imagery
- High-frequency transcutaneous electrical nerve stimulation (TENS)
- Repetitive transcranial magnetic stimulation
- Transcranial direct current stimulation
- Virtual reality
For a visual, and to help you factor in the amount of hand-movement and spasticity, here is a complete decision tree for you:
Interventions that are not recommended
Here are some rehabilitation approaches that are not recommended, as current evidence does not show efficacy of UE motor outcomes:
- Bobath concept
- Manual passive stretching
- Bilateral training (device or non-device assisted, task oriented)
- Robot-assisted therapy for the paretic UE (task oriented)
And here are some rehabilitation approaches that are not recommended, due to lack of scientific data available. (Large randomized control trials are still needed to confirm preliminary data.)
- Perfetti method
- Picard method
- Isokinetic muscle strengthening
- Device-assisted stretching (contention, splint, cast, taping)
- Motor skill learning techniques (other than CIMT)
- Movement observation
- Motor imitation
- Electroacupuncture
- Low-frequency TENS
- Electromyography-triggered neuromuscular stimulation
- Theta-burst stimulation
- Paired associative stimulation
- Deep brain stimulation
- Virtual immersion
- Serious gaming
- Passive, music supported therapy
Recent technological advances not included in this review
- Brain-computer interface technologies
- Functional electrical stimulation (FES)
Key takeaways for therapists
I’m lifting the takeaways right from the discussion section of the article, as they are just too good not to share:
1. UE motor rehab after stroke can work! This review indicates that functional recovery from stroke is positively influenced by goal-specific sensorimotor input through training or everyday use of the affected arm and hand.
2. Task-oriented approaches may not translate to broader functional improvements. As the article says “you gain what you train.” While task-oriented training may improve performance in that specific task, subsequent improvements do not transfer to improving participation in activities of daily living.
3. We need to stay focused on “real-world,” activity-related input. Here’s a direct quote from the article: “It also seems that the impact of rehabilitation technology of functional outcome could be optimized by offering more chances to the nervous system to experience “real” and repetitive activity related, adequate sensory-motor input during the training on upper limb movement, instead of task-specific exercises.” (page 16)
Documentation ideas from this article:
For your assessment section:
This patient presents with UE motor deficits that are negatively impacting her ability to participate in daily activities. Occupational therapy is required to provide goal-specific sensorimotor input through training on everyday use of the affected arm and hand—which robust research indicates positively influences functional recovery. (Rehabilitation of motor function after stroke: A multiple systematic review focused on techniques to stimulate upper extremity recovery, 2016)
Listen to a summary in podcast form
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