Spinal Cord Injury Recovery, Redefined by Cyberdyne

Spinal cord injury involves damage to any part of the spinal cord. Spinal Cord Injuries (SCI) sever brain-body communication, leading to paralysis and loss of vital functions for over 15 million people worldwide, including 1.5 million in India. Traditional rehabilitation often falls short, particularly in chronic cases.

Cyberdyne's FDA-approved Hybrid Assistive Limb (HAL®) is a neurocybernics breakthrough for SCI. It amplifies bioelectrical/brain signals to enable voluntary movement, actively promoting neuroplasticity and neuroregeneration.

Impact of Spinal Cord Injury (SCI)

A spinal cord injury often results in permanent impairments in sensation, strength, and other bodily functions below the injury site. Traumatic spinal cord injury (tSCI) is a devastating event that can even lead to death or lifelong disability. Following a spinal cord injury, people may also experience social, emotional, and mental side effects. However, due to advancement in treatment and rehabilitation modalities, many SCI patients are able to recover well and lead productive lives.

Technologies Used for Stroke

Where Technology Meets Neuroscience
in SCI (Spinal Cord Injury)

Conventional Neurorehab

  • Traditional, therapy-based approach
  • Focus: Reactive through manual repetition
  • Limited activation of brain pathways
  • Gains often plateau after initial progress

Walk Again Neurorehab

  • Tech-driven, neuro-targeted interventions
  • Reactivate & strengthen damaged neural circuits
  • Uses Robotics, Brain-Machine Interface & FES
  • Promotes continuous improvement with measurable outcomnes

Journey of SCI (Spinal Cord Injury) at Walk Again

  • Step 1 Early Intervention

    Sustain circulation

    Avoid joint stiffness

    Begin early passive movement

  • Step 2 Strength Building

    Assess muscle strength & mobility

    Initiate range-of-motion and assisted exercises

  • Step 3 Functional Mobility and Gait training

    Apply Cyberdyne HAL & Brain-Spine Interface (BSI)

    Balance and strength training for coordination

  • Step 4 Independent Mobility

    Walking with/without assistance

    Practice daily activities (eating, dressing, transfers)

  • Step 5 Long-Term Recovery

    Transition to independent living or work

    Follow-up with therapy to be maintained

    Incomplete vs Complete SCI

Recovery is driven by the brain's ability to reorganize and rebuild itself through two complementary processes:

Patient Success Stories of Real
Results & Recovery

“Siddiqui’s journey at Walk Again Advanced Neuro-Robotic Rehab in New Delhi is a testament to the transformative power of cutting-edge rehabilitation. After being diagnosed with an RT MCA Infarct, Siddiqui, a 54-year-old retired professional from Sudan, faced significant challenges in his daily life. ”

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“Bavon, a 54-year-old from Congo, faced a daunting challenge when he was diagnosed with transverse myelitis. In November 2023, he began his recovery journey at Walk Again Advanced Neuro-Robotic Rehab in New Delhi.”

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“Sara, a 19-year-old from Mandla, faced immense challenges with neuromyelitis optica, a rare autoimmune disorder causing vision loss, weakness, and paralysis. With IBS Hospital’s expert physical therapy, she rebuilt her strength and regained independence. ”

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“Witness the transforming journey of Al Qarni's progress towards a brighter future. He was diagnosed with dementia. Hailing from Saudi Arabia, he found beacons of hope at Walk Again, where daily cognitive exercises and therapy sessions led to his transforming recovery. ”

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Discover expert articles, the latest healthcare trends, and practical tips curated to keep you informed and empowered. Our blogs bring you fresh perspectives, research-based knowledge, and innovative solutions.

Your Recovery Partner

Walk Again combines cutting-edge neuroscience, FDA-cleared rehabilitation technologies, and personalized care plans led by neurologists, therapists, and researchers. We don’t just help you recover—we help you retrain your brain.

Your Recovery Partner in
Delhi

New Delhi: +91 9035030623

Your Recovery Partner in
Hyderabad

Hyderabad: +91 9035030623

Your Recovery Partner in
Bengaluru

Bengaluru: +91 9035030623

Your Recovery Partner in
Malaysia

Malaysia: +606 235 4000

Your Recovery Partner in
Muscat

Muscat: +968 22 496007
F.A.Q

Frequently
Asked Questions

Walk Again is growing its reach throughout Southeast Asia, bringing advanced neuro-recovery services to more patients. Also opened in Oman.

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How might Stroke survivors benefit from Occupational Therapy?

Occupational Therapy improves memory, coordination, and mental health while helping stroke survivors regain basic skills like eating, writing, and dressing.

How can Occupational Therapy aid in the healing from Spinal Cord injuries?

Through adaptive strategies, assistive device training, and adjusting everyday chores to accommodate new physical capabilities, occupational therapy (OT) aims to maximize independence for people with spinal cord injuries.

When should Occupational Therapy start after a Stroke or Spinal injury?

In order to prevent complications and support a quicker recovery, early intervention is essential. OT often commences in the hospital or rehab facility within days of stabilization.

The Outcome: What You Can Expect

With consistent sessions (45 minutes, 2–3 times per week), most patients experience