A treatment method aimed at restoring walking and upper-extremity function after stroke and spinal cord injury using robotic devices.
Indication
- Gait disturbance and loss of upper-extremity function after stroke
- Gait training following spinal cord injury
- Gait rehabilitation in multiple sclerosis, Parkinson's disease, and other chronic neurological conditions
- Motor rehabilitation after traumatic brain injury
- Functional gains in children and young people with cerebral palsy
- Advanced rehabilitation after lower-extremity surgery (hip/knee replacement)
- Balance and gait training in older patients at risk of falls
Preparation
- Detailed neurological examination by a physical medicine and rehabilitation physician
- Assessment of joint range of motion and muscle strength
- Cardiovascular fitness check (especially after stroke)
- Comfortable exercise clothing and non-slip athletic shoes
- Monitoring of pressure points to protect skin integrity
How it's performed
- A patient-specific robotic exoskeleton or gait platform is prepared
- Vital signs (blood pressure, pulse, oxygen saturation) are monitored
- The patient is placed in the device with safety harnesses and supports
- Movements are repeated with on-screen visual and auditory feedback
- A session lasts 30-60 minutes; the device adjusts the level of assistance to the patient's strength
- A physiotherapist and a technician are present throughout the session
Post-procedure
- Typically applied 3-5 days per week for 6-12 weeks
- Progress is evaluated with objective scales (FIM, Berg Balance, 10-meter walk)
- Performed alongside conventional physiotherapy and exercise
- Home exercise programs and family/caregiver education are planned
Risks
- Skin pressure sores and friction injuries
- Excessive fatigue and muscle spasm
- Orthostatic hypotension (especially in long-term bedridden patients)
- Not used in uncontrolled epilepsy, advanced osteoporosis, acute fractures, or unstabilized spinal injuries
FAQ
Does robotic rehabilitation replace conventional physiotherapy?
It is used as a complement to conventional physiotherapy rather than a replacement. The two approaches together yield better results.
How soon after a stroke should it start?
With physician approval, it is generally recommended to begin once the acute period has stabilized (within the first 1-3 months) for optimal functional gains.
Can patients who cannot walk benefit?
The devices can also assist patients who are unable to walk or can walk only partially; suitability is determined by physician assessment.
Are there any side effects?
With proper setup and supervision, side effects are rare; mild fatigue and skin sensitivity may be seen.
Related Information
Related Medical Services
Other services in the same specialty or with similar indications you may want to explore.
Neurological Rehabilitation
Physical Therapy & Rehabilitation
Neurological rehabilitation — restoring function in stroke and other diseases of the nervous system.
TREADMILL THERAPY
Physical Therapy & Rehabilitation
Treadmill therapy — cardiac and lower extremity rehabilitation.
Manual Therapy
Physical Therapy & Rehabilitation
Manual therapy — musculoskeletal treatment delivered by a physiotherapist using their hands.
Electrotherapy
Physical Therapy & Rehabilitation
Electrotherapy — treatment of musculoskeletal pain with TENS and interferential current.
Therapeutic Ultrasound
Physical Therapy & Rehabilitation
Therapeutic ultrasound application providing deep-tissue heating with sound waves.
Laser Therapy
Physical Therapy & Rehabilitation
Pain control and tissue healing support with low-level laser therapy (LLLT).
Musculoskeletal Rehabilitation
Physical Therapy & Rehabilitation
Musculoskeletal rehabilitation — restoring function in muscle, joint, and spine disorders.
Orthopedic rehabilitation
Physical Therapy & Rehabilitation
Orthopedic rehabilitation — restoring function after fractures, postoperative recovery, and joint surgeries.