Slider control for interactive content

LEVERAGING THE POWER OF NEUROPLASTICITY FOR ENHANCED RECOVERY

By engaging in rigorous rehabilitation programs that leverage cutting-edge technology and a multidisciplinary approach, and the application of Neuroplasticity principles, patients at Walk Again can significantly enhance their recovery outcomes.

Neuroplasticity is the brain's ability to change and adapt, which helps in recovery from injuries. Studies show that using technology to support this process leads to better healing: This method focuses on making movements more controlled and accurate, increasing flexibility, and improving balance and strength. Moreover, it seeks to boost coordination, strength, and quickness in performing tasks. Therapeutic exercise and games help in motor skills development and helping with focus and vision-related problems.

DECODING NEUROPLASTICITY: PATHWAYS TO ENHANCED BRAIN FUNCTION AND RECOVERY

Activation is Crucial & The Power of Repetition:

Engaging your brain through regular activity and repeated practice is fundamental for maintaining its function and reinforcing neural rewiring.

Enhancement Through Use of Strength in Intensity:

Consistent and effortful use of your brain leads to improvements and growth in its capabilities, with the level of effort significantly impacting the effectiveness of neural adaptation.

Focus on Precision & Timing is Key:

Tailored activities that are specific to individual needs lead to more significant changes, and the timing of these interventions plays a crucial role in the outcomes.

Relevance Enhances Learning & Influence of Age:

Activities that are personally meaningful enhance learning, and although neuroplasticity occurs at any age, its capacity can vary, demonstrating the brain’s adaptability.

Cross-Application & Potential for Disruption:

Skills learned can improve other abilities, showing the interconnectedness of learning processes, but new learning can also disrupt or interfere with previously acquired skills, highlighting the dynamic nature of neuroplasticity.

SCIENCE-THE DRIVING FORCE BEHIND EXCEPTIONAL BREAKTHROUGHS

At Walk Again Advanced Neuro-Robotic Rehab, we emphasize how the transformative power of robotic technology can enhance the effectiveness of treatments, provide mare precise and consistent therapeutic interventions, and ultimately lead to better outcomes for patients undergoing rehabilitation. Our approach to rehab, especially for upper and lower extremities, is grounded in scientific research & evidence. The precision of robotic therapy ensures quantifiable results, offering high-intensity, task-specific therapy that delivers.
Video content related to therapy

BENEFITS OF NEUROMODULATION

ADVANCED TECHNOLOGIES AT WALK AGAIN

01

CYBERDYNE HYBRID ASSISTIVE LIMB
Cyberdyne Hybrid Assistive Limb (HAL) is a robotic suit designed to support and enhance human mobility and strength. It uses special technology to pick up muscle signals from the wearer and boost their strength and movement.
Learn More Arrow icon indicating navigation

02

BRAIN COMPUTER INTERFACE
Non-invasive sensors that translates bio-electrical signals into precise voluntary movements, helping patients perform desired actions with accuracy.
Learn More

03

CONNECTOMICS GUIDED rTMS
At Walk Again, we use Connectomics Guided rTMS, a method where we map the brain’s connections to guide targeted magnetic stimulation.
Learn More

04

PABLO
The Pablo system is a comprehensive tool for rehabilitation, combining sensors and software to assess and train various motor functions.
Learn More

05

TYMO
Tymo is a versatile rehabilitation platform at Walk Again that focuses on balance and coordination training.
Learn More

06

LUNA EMG
Luna EMG technology at Walk Again provides detailed electromyography assessments, enabling precise analysis of muscle activity and nerve function.
Learn More

SUCCESS STORIES

WATCH MORE VIDEOS

OUR FACILITIES

Have questions? We’re here to help. Reach out now for personalized assistance!