Person using a cane with colorful tapes, symbolizing stroke rehabilitation.

Stroke Recovery: Can Taping and Exercise Boost Motor Function?

Nico Varela in Health & Wellness December 2025 • 4 min read.

"Exploring New Avenues for Cane-Assisted Stroke Rehabilitation"

Stroke is a leading cause of disability, often impairing motor function and independence. For many stroke survivors, using a cane becomes essential for mobility and stability. While canes provide support, they can also lead to abnormal gait patterns and limit overall motor recovery. Traditional rehabilitation approaches often focus on strengthening, balance, and task-specific training; however, these methods may not always yield optimal results for cane-assisted individuals.

Recent research explores innovative strategies to enhance motor function in cane-assisted stroke survivors. One promising approach involves combining non-elastic taping with exercise training. Non-elastic taping, like Leukotape® P, aims to improve joint alignment and muscle activation, potentially optimizing the benefits of exercise. While the immediate effects of joint alignment with taping have shown promise, the combined effects of taping and exercise remained largely unexplored.

This article delves into a study that investigates the effects of non-elastic taping combined with exercise training on motor function in cane-assisted individuals with chronic stroke. By examining the outcomes of this research, we aim to provide insights into a potential new avenue for stroke rehabilitation, offering hope for improved motor recovery and enhanced quality of life.

Unlocking Motor Function: How Taping and Exercise Work Together

Person using a cane with colorful tapes, symbolizing stroke rehabilitation.

The study, led by C.Y. Lin and colleagues, randomized participants into two groups: an experimental group receiving non-elastic taping (Leukotape® P) and an exercise program, and a control group receiving sham taping with the same exercise program. Both groups participated in exercise training for six weeks, and researchers assessed their gait performance, balance, muscle strength, endurance, and fear of falling before, immediately after, and one month following the intervention.

The primary outcomes measured were gait performance and Berg Balance Scale scores, while secondary outcomes included muscle strength of hip extensors and abductors, endurance, and fear of falling. These measurements provided a comprehensive assessment of the intervention's impact on various aspects of motor function and functional mobility.

Cadence: The number of steps taken per minute, indicating walking speed and rhythm.
Stance Time of Affected Side: The duration the affected leg is in contact with the ground during each step, reflecting stability and weight-bearing ability.
Spatial Asymmetry Ratio: The balance between step lengths on both sides, indicating symmetry and coordination.
Berg Balance Scale Scores: A standardized test measuring balance and risk of falling.
Fall Efficacy Scale Scores: A measure of confidence in performing daily activities without falling.
6-Minute Walk Test: Measures the distance walked over six minutes, assessing endurance and functional capacity.

The results indicated that the experimental group, receiving non-elastic taping and exercise, showed significant improvements in cadence, stance time of the affected side, spatial asymmetry ratio, Berg Balance Scale scores, fall efficacy scale scores, and 6-minute walk test performance. In contrast, the control group only showed improvements in Berg Balance Scale scores and 6-minute walk test performance.

A Promising Path Forward

While the study acknowledged that not all outcomes showed significant differences between the groups, the findings suggest that combining non-elastic taping with exercise may offer more improvement than exercise alone. This approach could enhance stance time, cadence, spatial asymmetry ratio, endurance, and fall efficacy scale, providing a more comprehensive and effective rehabilitation strategy for cane-assisted stroke survivors.

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Everything You Need To Know

What is non-elastic taping and why is it used in stroke rehabilitation?

Non-elastic taping, like Leukotape® P, involves applying rigid tape to specific areas to improve joint alignment and muscle activation. This can optimize the benefits of exercise by promoting better movement patterns and stability. The use of non-elastic tape is important because it provides external support and stability, which can be particularly beneficial for individuals with impaired motor control after a stroke. Its implications lie in its potential to enhance the effectiveness of rehabilitation exercises, leading to improved motor function and overall mobility.

What is the Berg Balance Scale, and why is it important in assessing stroke recovery?

The Berg Balance Scale is a standardized assessment tool used to evaluate a person's balance and risk of falling. It's important because it provides a quantitative measure of balance, which is crucial for stroke survivors who often experience balance deficits. The implications of the Berg Balance Scale scores are significant as they can help clinicians identify individuals at high risk of falls and tailor interventions to improve balance and prevent falls. An improvement in the Berg Balance Scale score indicates enhanced stability and reduced fall risk.

What does Spatial Asymmetry Ratio mean in the context of walking, and why is it important for stroke survivors?

Spatial Asymmetry Ratio refers to the balance between step lengths on both sides of the body during walking. It is significant because it reflects the symmetry and coordination of gait. After a stroke, individuals often exhibit asymmetry in their step lengths, which can lead to inefficient and unstable walking patterns. Improving the Spatial Asymmetry Ratio is important for restoring a more symmetrical and efficient gait. The implications of this improvement include better balance, reduced risk of falls, and increased walking speed and endurance. Without symmetry, individuals may develop compensatory movements and further issues.

What is cadence, and why is it important to improve it after a stroke?

Cadence is the number of steps a person takes per minute while walking. It's an important measure of walking speed and rhythm. After a stroke, individuals often experience a reduced cadence due to muscle weakness, impaired motor control, and balance deficits. An increased cadence is important because it indicates improved walking speed and efficiency. The implications of a better cadence include enhanced mobility, increased independence, and improved quality of life. Limitations in cadence can restrict participation in daily activities and contribute to a sedentary lifestyle.

What is the 6-Minute Walk Test, and what does it measure in stroke patients?

The 6-Minute Walk Test measures the distance a person can walk over six minutes. It is important because it assesses endurance and functional capacity. Stroke survivors often experience reduced endurance, which limits their ability to perform daily activities and participate in rehabilitation programs. Improvements in the 6-Minute Walk Test performance indicate increased endurance and functional capacity. The implications of this improvement are significant as they allow individuals to engage in more activities, improve their overall fitness level, and enhance their quality of life. The test helps determine their ability to sustain physical activity.