Advanced Neurodynamic Techniques for Nerve Tissue Recovery
Our clinical nerve mobilization protocols restore optimal neural tissue movement for enhanced function and reduced pain.
CLINICAL MECHANISMS
Our specialized neural mobilization techniques address nerve dysfunction through:
- Intraneural Circulation Enhancement – Improves blood flow within nerve tissue to accelerate healing
- Neural Adhesion Reduction – Breaks down restrictive scar tissue that impedes normal nerve glide
- Mechanosensitivity Normalization – Reduces heightened pain response in sensitized nerves
- Axoplasmic Transport Restoration – Facilitates nutrient flow within nerve cells for optimal function
- Nerve Interface Mobilization – Improves movement between nerves and surrounding tissues
IN SIMPLE TERMS
Think of nerve flossing like this:
- Your nerves should glide smoothly through your body as you move
- After injury, nerves can get stuck or restricted by scar tissue
- This creates pain when you stretch or compress the nerve during movement
- Neural mobilization gently glides the nerve back and forth, like dental floss between teeth
- This reduces adhesions and restores smooth movement without irritating sensitive nerves
Unlike static stretching that focuses on muscles, our precise nerve flossing techniques target the nervous system directly for more comprehensive recovery.
THERAPEUTIC APPLICATIONS
Clinically effective for numerous nerve-related conditions:
- Sciatica and lumbar radiculopathy
- Carpal tunnel syndrome and ulnar nerve entrapment
- Cervical radiculopathy and thoracic outlet syndrome
- Post-surgical nerve adhesions
- Peripheral nerve compression syndromes
- Neurodynamic movement restrictions
ACTIVE PARTICIPATION
Our comprehensive approach includes:
- In-clinic assessment and treatment to establish proper technique
- Customized home program with precise parameters for safe self-application
- Progressive advancement as nerve sensitivity decreases
- Integration with complementary therapies for enhanced outcomes