- Theracycle & Stroke
Benefits of the Theracycle Exercise Bicycle for Stroke Patients
How Can Theracycle Help You with Stroke Rehabilitation Exercises?
Recovering from a life-altering event like a stroke takes dedication and drive. An at-home regimen of stroke rehabilitation exercises using a Theracycle can help stroke sufferers make strides in the stroke rehabilitation process and can be a powerful component to your stroke rehabilitation. A Theracycle is designed for those with mobility and neurological challenges from conditions such as stroke with variable 15-speed motorized assistance, a full body workout, and an ergonomically designed, comfortable and secure seating with effortless mount/dismount. The durable construction of the bike provides a stable base for a more secure and supportive experience, while a quiet ½ horse power motor assists your movement as you ease through your daily workout with increased mobility, energy, and renewed confidence.
Stroke patients that use Theracycle for stroke rehabilitation exercises find they benefit from:
- Improved balance
- Increased mobility
- Reduced stiffness
- Reduced fatigue
- Increased energy
- Increased leg strength
- Increased flexibility
- Improved overall health
Doctors, physical therapists, and researchers continue to discover the benefits of regular stroke exercise for your stroke rehabilitation.
I had a stroke 9 years ago. It caused paralysis in my left side, which also resulted in my being completely sedentary. I belong to a health club but none of the equipment was usable with my mobility issues.
The Theracycle has absolutely changed my life. The way it is designed with the area between the handlebars and the seat makes it is effortless to get on or off. Since the effort of the motorized pedals is adjustable, I can set the effort level to be as hard or soft as I feel up to as well as the amount of time I choose to have a bicycling session. I easily got into the schedule of doing 30 minutes a day beginning right after breakfast. The aerobic effort has made me feel so much better. And the added benefit of the serotonin rush produced has relieved the depression with which I have suffered since the stroke. An added benefit has been my ability to lose weight. It is practically impossible to get the benefits of a weight loss regimen without doing regular exercise. The Theracycle has made that possible with astounding results. I lost 20 pounds the first 6 months I owned the machine. I am grateful that it was invented by someone who definitely understands the limitations of a disabled person like me.”Susan Slavet
Best Exercise Bike for Stroke Patient
Recent and ongoing medical research is exploring the exciting connections between forced exercise and improved health outcomes poststroke. A case report published in the American Journal of Occupational Therapy found that 45-minute forced exercise sessions utilizing a motorized exercise bike followed by repetitive task practice (RTP) was sufficient to produce “clinically meaningful results.”i
A subsequent and expanded study by many of the same researchers found more conclusively that stroke patients can safely complete intensive aerobic exercise, and that forced aerobic exercise may be optimal in facilitating motor recovery.ii
Other studies have found positive outcomes for assisted cycling training on the balance and motor abilities of stroke patients,iii and that forced exercise in the form of cycling with a target cadence of 80 revolutions per minute was sufficient to lead to significantly improved outcomes in terms of patients’ mobility.iv
Similarly, a recent study found significant and positive effects on balance and gait for chronic stroke patients engaged in stationary cycling exercise.v This study demonstrated the positive effect of exercise on the gait and balance of stroke patients using multiple methods, including:
- Berg Balance Scale
- Timed up-and-go Test
- 10-meter walking test
Not only was the positive effect greater for the research group than for the control group, those benefits were still measurable and significant well beyond the completion of the study, with follow-up assessments conducted months after the study’s conclusion showing retained and continued improvement in balance and mobility.
These findings align well with a systematic review of the effects of cycling on motor function post-stroke, published in the World Stroke Organization’s International Journal of Stroke. Although the authors of the review opted not to undertake a meta-analysis of existing research at the time of their publication due to lack of standardization in measurement and methodology, they do find proof-of-concept for pedaling interventions as an effective method of treatment in helping stroke patients recover motor function.vi
iSusan M. Linder, Anson B. Rosenfeldt, Matthew Rasanow, Jay L. Alberts, “Forced Aerobic Exercise Enhances Motor Recovery After Stroke: A Case Report.” American Journal of Occupational Therapy, June 2015, vol. 69.
iiSusan M. Linder, Anson B. Rosenfeldgt, Tanujit Dey, Jay L. Alberts, “Forced Aerobic Exercise Preceding Task Practice Improves Motor Recovery Poststroke.” American Journal of Occupational Therapy, June 2017, vol. 71.
iiiMichal Katz-Leurer, Iris Sender, Ofer Keren, Zeevi Dvir, “The influence of early cycling training on balance in stroke patients at the subacute stage: Results of a preliminary trial.” Clinical Rehabilitation, May 2006, vol. 20, iss. 5.
ivSimon D. Holzapfel, Pamela R. Bosch, Chong D. Lee, Patricia S. Pohl, Monica Szeto, Brittany Heyer, Shannon D. Ringenbach, “Acute Effects of Assisted Cycling Therapy on Post-Stroke Motor Function: A Pilot Study.” Rehabilitation Research and Practice, February 2019, vol. 2019.
vSung-jin Kim, Hwi-young Cho, You Lim Kim, Suk-min Lee, Effects of stationary cycling exercise on the balance and gait abilities of chronic stroke patients, Journal of Physical Therapy Science, 2015, Volume 27, Issue 11, Pages 3529-3531.
viHancock, N.J., Shepstone, L., Winterbotham, W. and Pomeroy, V. (2012), Systematic review: Effects of lower limb reciprocal pedaling exercise on motor function after stroke. Int J Stroke, 7: 47-60.
Additional Information on Stroke