Adaptive Cycling Expert Views

Abiramy Thevarajah reviewed studies on adaptive cycling for children and adolescents with disabilities. The studies showed improvements in gross motor function, lower limb muscle strength, and physical activity. However, there was a lot of variation in the programs, making it hard to determine the best dosage or approach. Most studies focused on body functions and activity levels, but few looked at participation or quality of life. The research suggests adaptive cycling can be beneficial, but more studies are needed to explore its impact on social participation and overall quality of life.

Adaptive cycling, along with other physical activities like swimming and dance, has been shown to be safe and beneficial for people with cerebral palsy, even those with significant motor impairments. Programs typically last 10 weeks, with sessions three times a week for 30 minutes each. Safety measures such as pre-exercise screening, adapted equipment, supervision, and monitoring are used to minimize risks. Serious adverse events are rare, occurring in less than 2% of participants, and minor issues like soreness or fatigue are more common but manageable. The review highlights that physical activity can be safely performed in community settings and offers significant health benefits, outweighing the small risks involved.

Dr. Ellen Armstrong and her team conducted a study to understand the experiences of children with cerebral palsy and their caregivers in an 8-week adaptive cycling program. They found that children enjoyed riding adapted bikes, which were seen as novel and motivating. However, barriers like lack of access to adapted bikes and the need for assistance in cycling were common. The study highlighted the importance of therapists providing education and support to families, such as helping them understand available equipment and solving practical challenges like bike transfers. Positive outcomes included improved physical function and independence, though some children had mixed feelings about certain aspects, like the stickiness of electrodes used in functional electrical stimulation cycling.

Dr. Rachel Toovey and her team conducted a study comparing two approaches to help children with cerebral palsy (CP) achieve bicycle-riding goals. The study found that children who participated in a physiotherapist-led, task-specific training program were four times more likely to feel competent in bike riding compared to those in a parent-led home program. At three months, these children also showed higher involvement in bike riding and retained their goal achievements. The structured and focused nature of the physiotherapist-led sessions, along with the group setting, likely contributed to these positive outcomes by improving confidence and competence.

Rachel Toovey's study highlights the benefits of adaptive cycling for children with cerebral palsy. Her research involved a randomized controlled trial focusing on task-specific training to help children achieve two-wheel bike riding goals. The program was found to be safe, feasible, and effective, with no adverse events reported. Out of 31 children in the intervention group, 27 attended all sessions, showing high engagement. The study provides evidence-based guidance for clinicians on how to structure and deliver cycling programs, including practice settings and dosage.

Rachel Toovey's study focuses on the ability of independently ambulant children with cerebral palsy to ride a two-wheel bicycle. She highlights that children with cerebral palsy, particularly those classified at GMFCS level 1, can learn to ride independently under the right conditions. The study also emphasizes the role of parental attitudes in influencing motor outcomes and calls for more research into training bike riding skills for this population. The findings underline the challenges these children face in acquiring complex motor skills and the need for tailored approaches to support their learning.

Edie Perkins, Executive Director of the Kelly Brush Foundation, highlights the growing popularity of adaptive mountain biking, especially with innovations like e-assist technology. This technology boosts pedaling power and includes a throttle for steep terrain, making outdoor exploration more accessible. Perkins shares her personal experience with hand cycling, which she embraced after a spinal cord injury, and emphasizes its benefits for cardio enthusiasts. She also discusses the Active Project, a digital platform connecting people with disabilities to adaptive sports leagues and programs nationwide.

Dr. Brian Hoare highlights the effectiveness of task-based training, such as adaptive cycling, for children with cerebral palsy. He mentions Rachel Toovey's work in helping children develop gross motor skills through bike riding programs. These programs focus on practical bike riding in real-world settings, like parks, rather than traditional gym-based strength and balance training. By the end of a two-week program, most children achieve independent bike riding, showcasing the importance of hands-on, functional training.

Professor Iona Novak explains that adaptive cycling can help individuals with cerebral palsy by leveraging neuroplasticity, which is the brain's ability to form new connections. She emphasizes the importance of motivation, practice, and specificity in rehabilitation. Adaptive cycling provides movement and targets activities that individuals want to achieve, which can stimulate brain connectivity even around injuries. Novak highlights that the brain can create new pathways, and consistent practice is crucial for rewiring the brain. She also notes that children with physical disabilities may need more opportunities to practice movements, even if it involves falling, to develop skills effectively.

Dr. Michelle Jackman emphasizes the importance of focusing on the actual task or goal when working with children with cerebral palsy, rather than solely addressing underlying impairments like leg strength or grip. She explains that sometimes the barriers to achieving a goal, such as riding a bike, are related to the task or environment rather than physical limitations. For example, a child may simply need guidance on where to place their feet to start cycling. Dr. Jackman highlights a shift in thinking, advocating for direct practice of the desired activity, as research shows that working on general skills like balance or leg strength does not necessarily translate to success in specific tasks like bike riding. She encourages clinicians to observe the individual performing the activity to identify and address specific challenges.