Patient position/title
Nancy Bandia
Filter Five
Condition
Left hip and groin pain
Treatment
Targeted Interfacial Restoration
Results
Hip and Lumbopelvic Fascial Restoration in Chronic Hip Pain with Spinal Stenosis
Pre-procedure
Patient quote goes here
Clinical Observation
Procedure

Targeted Interfacial Restoration was performed under real-time ultrasound guidance to remodel fascial tissue and decompress neural structures.

1. Anterior Fascial Restoration (Iliopsoas Corridor):
Hydro-release performed between the iliopsoas and fascia lata to restore smooth fascial glide and reduce anterior hip restriction.

2. Lateral Fascial and Gluteal Aponeurosis Release:
Restoration of the IT band and gluteal fascia to normalize hip extension mechanics and relieve chronic lateral tension.

3. Neurofascial Decompression (Femoral and Lateral Femoral Cutaneous Nerves):
Fibrous adhesions were separated to reestablish neural mobility and reduce radiating discomfort during walking.

4. Posterior Lumbopelvic Fascial Integration:
Hydro-architectural modulation performed at the gluteal aponeurosis and thoracolumbar junction to restore global fascial continuity and load transfer.

Treatment Results

Targeted Interfacial Restoration was performed under real-time ultrasound guidance to remodel fascial tissue and decompress neural structures.

1. Anterior Fascial Restoration (Iliopsoas Corridor):
Hydro-release performed between the iliopsoas and fascia lata to restore smooth fascial glide and reduce anterior hip restriction.

2. Lateral Fascial and Gluteal Aponeurosis Release:
Restoration of the IT band and gluteal fascia to normalize hip extension mechanics and relieve chronic lateral tension.

3. Neurofascial Decompression (Femoral and Lateral Femoral Cutaneous Nerves):
Fibrous adhesions were separated to reestablish neural mobility and reduce radiating discomfort during walking.

4. Posterior Lumbopelvic Fascial Integration:
Hydro-architectural modulation performed at the gluteal aponeurosis and thoracolumbar junction to restore global fascial continuity and load transfer.

Post-procedure
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