Restoring Movement

Our Integrated Approach to Stroke Recovery

We believe effective stroke rehabilitation goes beyond isolated exercises. We combine structural bodywork, targeted movement, and neural re-integration to help you rebuild a functional body-brain connection.

Our 3-Stage Recovery Model

From structural repair to neural adaptation: How we help you recover

1

Structural Alignment

Foundation: We address your body's structural balance. Our manual therapy releases "stuck" areas to restore alignment.

  • Soft Tissue Release (Fascia)
  • Joint Mobilization
  • Postural Correction
2

Movement Re-wiring

Function: Once we optimize your structure, we focus on helping you relearn efficient movement sequences.

  • Task-Specific Training (Gait)
  • Constraint-Induced Movement
  • Balance & Coordination Drills
3

Neural Integration

Adaptation: We guide your brain to rewire itself using accurate sensory input and successful movement repetitions.

  • Sensory Re-education
  • Biofeedback Training
  • Virtual Reality Therapy

The Synergy of Recovery

By addressing your body as an integrated system, we create the optimal physical and neurological environment for your brain to heal and relearn.

"We don't just treat symptoms; we rebuild the blueprint for movement."

Our Rehabilitation Strategy

Improving Your Walking through Integrated Care

Clinical Framework v4.0

Explore Our Methods

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The "Order of Operations"

We treat the Hardware (Structure) first, then the Firmware (Patterning), then the Software (Neural feedback). This prevents "compensatory gait" and protects your joints long-term.

Structural Alignment

Mechanotherapy and the Fascial Network

Hardware

We use manual pressure (Bodywork) to address fascial shortening. In stroke, the "Lateral Line" often pulls the ribcage toward the hip. By releasing these adhesions, we lower the center of gravity and level the pelvis.

Technique: Myofascial Release "Melting" adhesions in high-tone muscles.
Goal: Joint Decompression Creating space in the hip for better leg swing.

Physiological Feedback Loop

1
Input Manual Pressure
2
Signal Sensory Nerve
3
Process Motor Cortex
4
Output Efficient Walk
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