Pemulihan yang Optimal dengan Robotic Gait Training pada Guillain Barre Syndrome - Autoimune

Summary

Reno, a 34-year-old from Surabaya, shares his experience with Guillain-Barré Syndrome (GBS), a rare autoimmune disorder that affects peripheral nerves, leading to motor and sensory dysfunction. Diagnosed six months ago, Reno experienced initial weakness in his legs that progressed upwards. He underwent robotic gait training at National Hospital to help regain mobility. The therapy uses dynamic body weight support and intense repetitive exercises, enabling up to 3,000 steps per session, which enhances neuroplasticity and muscle strength. Reno emphasizes the importance of continuous training and expresses gratitude for the hospital's exceptional care in his recovery journey.

Takeaways

• 😀 Guillain-Barré Syndrome is a rare autoimmune disease affecting the peripheral nerves, leading to motor and sensory disturbances.
• 😀 Reno, a 34-year-old from Surabaya, was diagnosed with Guillain-Barré Syndrome after experiencing weakness in his legs and progressive symptoms.
• 😀 After his diagnosis, Reno received immunotherapy and was advised to undergo physiotherapy to help restore walking ability.
• 😀 Robotic gait training played a key role in Reno's recovery, helping him relearn to walk with correct knee and hip angles for a normal gait.
• 😀 The robotic system provided dynamic weight support, adjusting the level of assistance based on Reno’s walking needs.
• 😀 Robotic therapy allowed Reno to perform intensive training, achieving up to 2,000 steps in one session—something difficult to achieve with manual therapy.
• 😀 Robotic gait training uses repetitive movements, aiding in faster neuroplasticity, which is essential for nerve recovery.
• 😀 The interactive and engaging nature of robotic therapy, including gamification, helped motivate Reno during the rehabilitation process.
• 😀 After one month of robotic therapy, Reno experienced improvements in motor function, strength, and stamina, especially in his right leg.
• 😀 Reno’s progress allowed him to spend more time outside, reducing fatigue and improving his overall physical endurance.
• 😀 Reno encourages others to stay positive and persistent, emphasizing that regular therapy and practice are key to overcoming the challenges of recovery.

Q & A

What is Guillain-Barré Syndrome?

Guillain-Barré Syndrome is a rare autoimmune disease that attacks peripheral nerves, leading to motor and sensory dysfunctions, including weakness, pain, and difficulty with movement. It can cause problems with walking and muscle strength.

How did the patient first experience symptoms of Guillain-Barré Syndrome?

The patient initially experienced weakness in their legs, specifically in the right and left lower legs. The weakness gradually spread to the thighs before being diagnosed with Guillain-Barré Syndrome.

What treatment did the patient undergo after diagnosis?

After being diagnosed with Guillain-Barré Syndrome, the patient underwent a treatment regimen that included receiving an autoimmune medication infusion at the hospital and starting physical therapy to help restore walking functions.

What is robotic gait training and how does it help the patient?

Robotic gait training is a therapy that helps patients practice walking using a robotic device. It assists in correcting walking patterns and provides dynamic body weight support, which helps patients walk more normally and reduces strain on their muscles.

What are the key benefits of robotic gait training for patients?

The key benefits include helping patients walk with a more natural gait, providing dynamic support to reduce body weight strain, and enabling intensive, repetitive training with up to 2,000 steps in a single session, which would be difficult to achieve with manual therapy alone.

What is neuroplasticity, and how is it relevant to the patient's recovery?

Neuroplasticity refers to the brain's ability to reorganize itself and repair neural connections. In this context, it is relevant to the recovery process as repetitive training with robotic gait therapy is believed to accelerate the healing of nerve function, aiding in recovery from Guillain-Barré Syndrome.

How did the patient's endurance improve with robotic gait training?

The patient reported significant improvements in endurance. Previously, they could only be active for around two hours, but after the therapy, they were able to remain active for half a day, indicating an increase in stamina and overall functionality.

How many steps can a patient achieve in one session of robotic gait training?

A patient can achieve between 800 and 2,000 steps in a single session of robotic gait training, which is much higher than the number of steps achievable with traditional manual training.

What role does interactive gaming play in the robotic gait training?

The interactive gaming element of robotic gait training makes the therapy more engaging and motivating for patients. It adds a fun and enjoyable aspect to the sessions, helping to encourage continued participation.

What improvements did the patient notice after one month of robotic gait therapy?

After one month of robotic gait therapy, the patient experienced improvements in motor function, especially in the strength of their right leg, as well as enhanced endurance and overall mobility.