Read Full Text: Randomized controlled trial of web-based multimodal therapy for unilateral cerebral palsy to improve occupational performance
Journal: Developmental Medicine and Child Neurology
Year Published: 2015
Ranked 84th on our 2015-2020 list of the 100 most influential OT-related articles
Two core problems seem to be driving change to therapy right now.
- We’re seeing that it often takes a lot more time to create change in the lives of our patients than is traditionally offered in most clinical settings.
- Far too often, we have set our patients up to be passive recipients of our care, versus active partners.
This is where the explosion of web-based approaches and telehealth gets really interesting—they seem to offer a potential part of the solution to these problems.
This week, we looked at a web-based therapy program that was studied in kids with unilateral cerebral palsy (CP). The program shows promise as an adjunct to therapy to increase therapy dosage, and to enhance occupational performance and visual perceptual skills for these kids.
Let’s dive into the details.
Super brief refresher on therapy for unilateral cerebral palsy
Cerebral palsy is the most common childhood physical disability. Children with unilateral cerebral palsy experience difficulty with limb function on one side of the body, which can require ongoing therapy.
High-intensity therapy seems to be required to optimize neuroplasticity, but children frequently only receive limited services.
What has already been studied regarding cerebral palsy, interactive computer play, and therapy?
Therapy delivered by interactive computer play is emerging as a feasible, child-active alternative to standard face-to-face therapy. Here are some of the previous studies done in this area:
- Evidence-based diagnosis, health care, and rehabilitation for children with cerebral palsy. (2014)
- Interactive computer play as as “motor therapy” for individuals with cerebral palsy. (2013)
- Effect of virtual reality on upper extremity function in children with cerebral palsy. (2014)
- Wii-habilitation of upper extremity function function in children with cerebral palsy. (2013)
The specific web-based therapy program this study is exploring is called Mitii (Move it to improve it). The Mitii has been shown in previous studies to be feasible and increase a sense of agency in kids with CP.
What were the research questions being studied in this trial?
The goal of this randomized control trial was to examine the effects of using Mitii for kids with unilateral CP. The primary hypotheses were that, when compared with standard care, kids who participated in a Mitii program would show:
- An increase in ADL, motor, and processing skills
- A decrease in upper limb activity limitations
- An increase in occupation performance goals
- An increase in visual perceptual skills
Who participated in this study?
Kids in the study:
102 children participated in this study They all met the following criteria:
- Diagnosed with spastic unilateral cerebral palsy
- Ages 8-18
- Had internet access in their homes
- Level 1-3 on the Manual Ability Classification System
- Level 1-2 on the Gross Motor Function Classification System
How OT was involved:
An experienced OT recruited participants and confirmed inclusion criteria. OTs, PTs, and psychologists collaboratively devised individual programs for participants.
What did the intervention look like?
Mitii is a muti-modal therapy program that was developed specifically for the home environment. You can see examples of its use on the Mitii website.
Equipment that is required includes:
- Computer with 6 feet of space in front of it for movement
- Webcam
- Green tracking bands
- Step blocks and balance foam
Training modules
The therapists created individualized programs for each child from 14 training modules. The intent was for the training to be divided into approximately:
- 40% gross motor activities
- 60% cognitive/visual perceptual activities combined with upper limb movement
Duration/frequency
The program was intended to be completed 6 days per week for 20 weeks for 20-30 minutes, which would provide a maximum potential dose of 20 hours.
Professional support
Regular contact was maintained with families throughout the study, based on each family’s preferred frequency and mode of contact.
The most common form of contact involved weekly emails/phone calls and video calls every two weeks.
What did care look like for the standard-care group?
The kids who were not in the intervention group typically received consultative sessions with professionals, but no concomitant treatments.
What outcome measures were utilized?
Primary outcome measures included:
- Assessment of Motor and Process Skills (AMPS)
- Jebsen Taylor Test of Hand Function (JTTHF)
- Melbourne Assessment of Unilateral Upper Limb Function (MUUL)
Secondary outcome measures included:
- Canadian Occupational Performance Measure (COPM)
- Test of Visual Perceptual Skill (non-motor) (TVPS-4)
What were the results?
The kids in the intervention group participated in the Mitii programming for an average for 32.4 hours.
Interestingly, of the primary outcome measures in the Mitii intervention group, only the dominant (non-imparied) upper limb score on the JTTHF was statistically significantly higher than the control group. The score on the AMPs, the imparied upper limb on the JTTHF, the COPM, and the TVPS-3 all showed a trend toward improvement but were not at the point of clinical significance.
What did the authors conclude/discuss?
The promising trend toward improvement, but overall lack of clinically significant improvements, prompted the authors to conclude that Mitii is recommended as supplementary rehabilitation to goal-directed therapy for kids with unilateral cerebral palsy.
Takeaways for OT practitioners
(These are my personal takeaways, and were not mentioned in the article.)
1.) This study follows our trends of the therapist being in a facilitator/coach role.
Articles like this remind me that the move many therapists are making toward telehealth aligns well with research published prior to COVID-19.
Adding remote coaching and patient monitoring provides many potential benefits for patients with all sorts of diagnoses. Notably in this article, we are reminded that focusing on helping with a home program has the potential to significantly increase dosage of practice beyond what we could offer in the clinic.
2.) Taking on the coach/facilitator role as a therapist has the benefit of increasing a sense of agency for our clients.
One of the biggest shifts we are seeing in health care is acknowledging the importance of giving our patients more agency and ownership over their own health. While I think this has long been a goal of occupational therapy, we are now seeing increased support for this in research—and technology is providing increased opportunities for clients to take ownership of their therapy in the home setting.
3.) We don’t “have all of the answers” quite yet—but we are definitely seeing best-practice trends.
This article did not make me feel like we should all run out and license Mitii for all of our CP patients. (Though if it feels like the right fit, there seems to be enough promise to support its use as a supplement to therapy.)
But, what feels more important is the reminder this article provides about best practices for caring for cerebral palsy (and many other diagnoses we work with). The authors remind us in the conclusion that current evidence for child-active therapy supports therapy that is:
- Goal-directed
- Task-specific and
- Involves high-dose repetition to stimulate exercise-dependent therapy
And, it will be interesting to see the supportive adjuncts to therapy that are developed to help us achieve this goal!
(Possibly) Earn CEUs/PDUs for reading this article.
Many of you can receive continuing education credits for reading this article. Here’s a form to help you do it, along with information to help you understand who qualifies.
And, here’s the full APA citation you many need:
James, S., Ziviani, J., Ware, R. S., & Boyd, R. N. (2015). Randomized controlled trial of web-based multimodal therapy for unilateral cerebral palsy to improve occupational performance. Developmental Medicine & Child Neurology, 57(6), 530–538. doi: 10.1111/dmcn.12705