The best robotic rehabilitation center in Turkey, what services it offers, accepted patients, and the latest technologies and treatment methods used in physical therapy and physiotherapy for patients with paralysis or permanent disabilities.
A robotic rehabilitation center is an important hub of biomedical engineering and part of the human-robot interaction field, where medicine and engineering meet to support the rehabilitation process for patients.
The main goals of a robotic rehabilitation center include developing viable technologies that are user-friendly for patients, therapists, and physicians; enhancing the effectiveness of medical treatments; and improving patients’ ability to perform daily living activities.
Role of the robotic rehabilitation center
Robotics is one of the most advanced and intelligent services and technologies in the field of motor rehabilitation. A robotic rehabilitation center uses rehabilitation robots designed with technology applications that determine the patient’s level of adaptability.
Techniques used at the robotic rehabilitation center include, but are not limited to: active assistive exercises, active restrictive exercises, active resistive exercises, passive exercises, and adaptive exercises.
In an active assistive exercise, the patient moves their hand along a predetermined path without any external force pushing them. In an active restrictive exercise, the patient’s arm is moved with resistance if they attempt to move outside the intended path.
Integrating rehabilitation robots with physical therapists in a robotic rehabilitation center offers many advantages:
- The patient can repeat exercises as often as needed during rehabilitation.
- Doctors can obtain accurate measurements through device sensors to track progress or deterioration.
- Rehabilitation robots provide continuous therapy over extended periods.
- Therapists are relieved of physical exertion during treatment.
However, while a robotic rehabilitation center provides consistent and measurable therapy, the robot cannot fully understand patient needs as intuitively as an experienced therapist. Therefore, it complements but does not replace the therapist’s expertise.
Reasons to use robots for rehabilitation
The number of disabled people in the world has risen due to aging, which means the demand for rehabilitation assistance has risen.
Rehabilitation robots are very popular with people who have had a stroke due to the application of proprioceptive neuromuscular facilitation.
When you suffer a stroke, your nervous system is damaged in most cases, causing people to be disabled for up to six months after the stroke.
The robot will be able to perform exercises performed by the therapist as well as the robot will do some of the exercises that are not easy for a human to do during the rehabilitation phase.
The pneumatic robot helps people who have had strokes or any other disease that has caused upper limb disorders.
Gait training at Turkey’s robotic rehabilitation center
The robotic rehabilitation center is equipped with the latest globally recognized technologies, including a walking robot, an advanced weight support system, a walking track, and a smart computer monitoring system. These tools allow patients to walk through various training formats during the rehabilitation phase.
The intelligent monitoring system at the robotic rehabilitation center customizes the walking program based on each patient’s condition and needs. It also determines the walking brace dimensions for each leg individually.
Additionally, a gait training simulation system creates realistic visual environments on a screen to stimulate specific muscle groups and encourage patients. This helps patients in the robotic rehabilitation center reconnect with the sensations associated with walking.
The robotic walking exercise focuses on repetitive lower limb movement, training muscles, and promoting faster learning and confidence in patients. The walking pattern mimics natural walking, allowing patients to walk longer than they would during traditional therapy.
During rehabilitation, robotic walker training is combined with physical therapy. Stroke patients often gain the ability to walk independently, while spinal cord injury patients and children with cerebral palsy benefit from improved balance and mobility.
Ultimately, the robotic rehabilitation center not only trains the body but also stimulates the brain to relearn and memorize walking through repetitive robotic-assisted movements.
Upper limb training at a robotic rehabilitation center in Turkey
Research findings indicate that robotic rehabilitation therapy focuses on intensive and consistent use of hand muscles, which makes the muscles of patients suffering from paralysis, stroke, brain disorders and spinal cord injuries return to work more efficiently with an intelligent robot that helps the upper limb perform more functions compared to traditional rehabilitation.
Benefits of gait rehabilitation and robotic arm in Turkey
- Able to increase the focus of rehabilitation training to help the brain relearn the repetitive exercises that make walking and moving your arms faster
- Help the patient practice various forms of walking during the rehabilitation period, such as walking, lifting weights, walking on the floor, and climbing stairs
- It helps the patient practice moving the hand muscles in many planes, for example, in a horizontal plane and against gravity
- Minimize symptoms of fatigue or muscle injury due to excessive exertion or muscle training during the rehabilitation phase
- Provide the ability to control the training style and gait speed to suit each patient and their needs during rehabilitation
- Able to modify the arm muscle training model to be more challenging to suit the patient’s ability
- It helps increase muscular endurance so that the patient can walk longer distances, can use the arm for longer, and improves rehabilitation outcomes
- The weight support system helps minimize the burden of carrying body weight while walking for both patients and therapists
- Helping the patient return to normal walking and have a better quality of life in a shorter time of rehabilitation
Who is being admitted to robot-assisted rehabilitation centers in Turkey
- Patients with disabilities with brain and neurological disorders with arm and leg muscle weakness, hand function issues, poor gait, poor balance, etc.
- Diseases of the brain and nervous system, such as
- Stroke
- Parkinson’s disease
- Spinal cord injury
- Brain injury or accident
- Cerebral palsy
- Elderly people or people with diseases that cause gait impairment, such as Parkinson’s disease
However, your doctor will evaluate your condition before referring you to a robotic rehabilitation center to ensure that the best treatment methods are chosen.
Looking for a robotic rehabilitation center?
At Bimaristan Medical Center in Turkey, we offer expert evaluation and weekly robotic-assisted therapy sessions to restore your mobility.
Free consultations 24/7—contact us today.
Services offered by the robotic rehabilitation center
Current robotic devices found in rehabilitation centers include exoskeletons to assist limb or hand mobility, enhanced gait, robotic arms to retrain limb motor posture, and finger rehabilitation devices.
Some devices in a rehabilitation center aim to help develop the strength of specific movements, while others seek to assist these movements directly.
Robotic technologies often try to leverage the principles of neuroplasticity by improving movement quality, increasing the intensity and repetition of the task.
Over the past two decades, research into robot-assisted therapy for stroke rehabilitation has increased significantly as the potential for cheaper and more effective treatment has been identified.
Although stroke has been the focus of most studies due to its prevalence in North America. But rehabilitation robots can also be applied to individuals (including children) with cerebral palsy or those recovering from orthopedic surgery.
Additional benefit: This type of adaptive robotic therapy is a noticeable reduction in spasticity and muscle tension in the affected arm.
Different spatial orientations allow the robot to move horizontally or vertically, or on a variety of planes.
The vertical anti-gravity plane is particularly useful for improving shoulder and elbow function and restoring muscle strength.
What to expect from a robotic rehabilitation center
We’ll start by assessing whether robotic rehabilitation therapy is a good option for you.
If so, you’ll attend weekly therapy sessions where we’ll help you improve your mobility over time.
During your sessions at the Robotic Rehabilitation Center, you’ll perform exercises with the help of a robotic device. The device is attached to your body to help you move using your neurologically impaired limbs.
Each robotic device uses sensors to adapt to your movements.
As you move, the device will assist or resist your movements to help with recovery.
You’re always in control, and each movement begins during exercise tasks. Over time, you’ll be able to relearn how to move your body safely and correctly – and we’ll be there to help every step of the way.
For best results, some people also benefit from using a virtual reality (VR) device, which makes a robotic rehabilitation center exercise session feel like a video game. Because it’s more fun, you may become more engaged in the recovery process and enjoy better results.
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