Robotic neurorehabilitation

About

Robotic neurorehabilitation is a therapeutic approach that utilizes robotic devices to aid in the rehabilitation of patients with neurological impairments or disorders. This approach employs advanced technology to improve limb function, mobility, and motor skills in patients who have suffered from a stroke, spinal cord injury, multiple sclerosis, or other neurological conditions.

Candidate

Candidates for robotic neurorehabilitation include patients with neurological impairments or disorders that affect motor functions, mobility, or limb strength. These can be patients who have experienced a stroke, spinal cord injury, multiple sclerosis, or similar conditions.

Preparation

Before treatment, patients may consult with a therapist or physician about the expectations of the treatment, as well as any specific instructions or preparations that may be necessary before commencing robotic neurorehabilitation.

Treatment

Robotic neurorehabilitation typically involves the use of robotic devices that assist patients in performing specific movements or exercises to improve limb function and strength. A therapist or medical staff oversees and tailors the treatment according to the individual needs of the patient.

Result

The results of robotic neurorehabilitation may include improvements in motor functions, enhanced mobility, reduced disability, and increased independence for patients. This can lead to an improved quality of life and enhanced functionality for patients with neurological impairments.

Precautions

Prior to the commencement of treatment, patients should discuss with a physician or therapist any specific health or physical conditions that may impact the treatment. It is important to follow the instructions of the therapist or medical staff during the treatment to ensure the safety and effectiveness of robotic neurorehabilitation.

Treatment package

Patients coming from outside the city are offered assistance with transfers, administrative assistance and accommodation in hotels or within the clinic. We always make sure that the accommodation and transfer is accessible in accordance with each patient's requirements.

F.A.Q.

What is robotic neurorehabilitation?

Robotic neurorehabilitation is a therapeutic approach that uses robotics and technology to help patients regain functions after injuries or neurological conditions.

How does robotic neurorehabilitation help patients?

Robotic neurorehabilitation helps patients improve motor functions, muscle strength, coordination, and mobility through individualized therapeutic approaches.

Which types of conditions or injuries can benefit from robotic neurorehabilitation?

Patients with stroke, spinal cord injuries, cerebral palsy, multiple sclerosis, and other neurological conditions can benefit from robotic neurorehabilitation.

How is the treatment plan for robotic neurorehabilitation determined for each patient?

The treatment plan is typically determined based on an assessment of the patient's specific needs, their recovery goals, and the body's capabilities.

What does the process of robotic neurorehabilitation itself look like?

The process involves using robotic devices that support the patient in performing repetitive movements to encourage neuroplasticity and functional recovery.

How often is robotic neurorehabilitation therapy recommended?

The frequency of therapy usually depends on the specific needs of the patient and may vary from case to case.

What are the advantages of robotic neurorehabilitation compared to other rehabilitation methods?

Advantages include more precise and tailored therapeutic approaches, increased patient motivation, and better evaluation of progress.

What are the expected results of robotic neurorehabilitation therapy?

Expected results include improved functionality, symptom reduction, increased independence, and better quality of life.

What are the possible side effects or risks associated with robotic neurorehabilitation therapy?

Side effects are typically minimal but may include fatigue or mild muscle discomfort.

How is the progress achieved through robotic neurorehabilitation maintained after the completion of therapy?

Maintaining achieved progress involves ongoing exercise, support, and monitoring from an expert medical team.

Ivana, Patient Coordinator

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Ivana, ZagrebMed patient coordinator