Business Information

Specialized Techniques

Conditions

• Lower back and hip pain
• Chronic neck and upper back pain
• Knee pain from torn meniscus and arthritis
• Chronic pain from craniofacial defect
• Knee pain after knee replacement
• Cervical spinal deformity

Resolution of Chronic Low Back Pain and Sciatica with Restoration of Lumbar Disc Space

Chief Complaints: The patient presented with a long history of severe chronic lower back pain accompanied by radiating leg pain (sciatica). Symptoms significantly limited daily activities and quality of life. Diagnoses: Severe Degenerative Disc Disease (DDD), Degenerative Joint Disease (DJD), and Chronic Lumbar Radiculopathy (Sciatica). Post-Treatment Results After completing care, the patient reported: Completely symptom free Resolution of chronic lower back pain Resolution of radiating leg pain (sciatica) Follow-up radiographs demonstrated objective structural improvement, including: Approximately 80% improvement in disc height and joint space Visible separation of the previously compressed L4-L5 motion segment Restoration of intervertebral spacing compared with the initial examination Improved lumbar biomechanics at the affected level This case demonstrates how objective radiographic changes can parallel meaningful clinical improvement. Following 24 visits over 10 weeks, a 61-year-old male with severe degenerative disc disease and chronic sciatica experienced complete resolution of symptoms, while follow-up X-rays showed approximately 80% restoration of disc height and joint space at the L4-L5 level, reflecting improved spinal alignment and biomechanics.

Complete Resolution of Cervical Disc Herniation After 24 Visits

A 51-year-old female with a C5-C6 herniated disc, severe 10/10 chronic neck pain, and persistent right arm pain, numbness, and tingling had failed to respond to corticosteroids, NSAIDs, and physical therapy. After 24 visits over 8 weeks, she experienced complete resolution of all symptoms (0/10 pain). Follow-up MRI demonstrated a marked reduction in the C5-C6 disc herniation with improved space surrounding the spinal cord, providing objective imaging evidence that paralleled her complete clinical recovery. Chief Complaints The patient presented with severe, chronic neck pain rated 10/10, accompanied by persistent right arm pain, numbness, and tingling consistent with cervical radiculopathy. Her symptoms had become unrelenting and significantly interfered with daily activities and quality of life. Diagnosis C5-C6 Cervical Disc Herniation Cervical Radiculopathy Previous Treatments Before beginning care, the patient had already attempted several conservative treatment options with minimal relief, including: Corticosteroid therapy Non-Steroidal Anti-Inflammatory Drugs (NSAIDs) Physical Therapy Despite these interventions, her severe neck pain and neurological symptoms persisted. Initial MRI Findings The pre-treatment MRI (June 2021) demonstrated: Significant C5-C6 disc herniation Posterior disc protrusion compressing the spinal canal Effacement of the cerebrospinal fluid (CSF) space surrounding the spinal cord Findings consistent with cervical nerve root irritation responsible for the patient's neck pain and right arm symptoms The imaging correlated closely with the patient's severe pain, numbness, and tingling. Treatment Plan The patient completed: 24 visits 8-week treatment program Treatment focused on cervical decompression and restoration of normal spinal biomechanics to reduce pressure on the affected cervical disc and surrounding neural structures. Post-Treatment Results After completing care, the patient experienced: 100% resolution of symptoms 0/10 neck pain Complete resolution of right arm pain Complete resolution of numbness and tingling Returned to normal daily activities without neurological complaints Follow-Up MRI Findings The post-treatment MRI (November 2021) demonstrated objective structural improvement, including: Marked reduction in the C5-C6 disc herniation Improved space surrounding the spinal cord with restoration of the cerebrospinal fluid (CSF) signal Decreased posterior disc protrusion compared with the initial MRI Reduced compression of the neural structures at the affected level These imaging findings paralleled the patient's complete clinical recovery. Clinical Significance Cervical disc herniations frequently produce neck pain along with radiating arm pain, numbness, and tingling when nerve structures become compressed. In this case, both the patient's symptoms and MRI findings improved substantially following conservative care. The reduction in disc protrusion and restoration of space around the spinal cord corresponded with complete resolution of pain and neurological symptoms. While MRI findings should always be interpreted in conjunction with the patient's clinical presentation, this case illustrates how objective imaging improvements can accompany excellent functional outcomes.

Significant Lumbar Disc Space Restoration Following Spinal Decompression Therapy

Patient Profile Age/Sex: 40-year-old Male Chief Complaints The patient presented with chronic, debilitating lower back pain accompanied by shooting pain, numbness, and tingling down the right leg (sciatica). Pain was consistently rated at 8/10 and significantly impacted nearly every aspect of daily life, including: Sleeping through the night Performing work responsibilities Recreational activities Regular exercise Activities of daily living Diagnoses Chronic Lumbar Disc Compression Lumbar Radiculopathy (Sciatica) Degenerative Lumbar Disc Disease involving the L4-L5 and L5-S1 levels Initial Imaging Findings Pre-treatment lumbar radiographs demonstrated: Significant loss of disc height at L4-L5 Disc space narrowing at L5-S1 Evidence of chronic lumbar disc compression Degenerative changes affecting the lower lumbar spine These structural findings correlated with the patient's persistent lower back pain and right-sided sciatic symptoms. Treatment Plan The patient completed: 20 Spinal Decompression Therapy treatments 10-week care plan Treatment focused on reducing intradiscal pressure, restoring spinal biomechanics, improving disc nutrition, and relieving compression on the affected lumbar nerve structures. Post-Treatment Results Following completion of care, the patient reported: 95% improvement in pain intensity and frequency Pain reduced from 8/10 to intermittent 1–2/10 Near-complete resolution of sciatic symptoms Sleeping through the night without pain interruption Returned to normal work activities Resumed exercising 3–5 times per week Significant improvement in overall quality of life and daily function Follow-Up Imaging Findings Post-treatment lumbar radiographs demonstrated objective structural improvement, including: Near-normal restoration of disc space at both L4-L5 and L5-S1 Increased intervertebral disc height compared with the initial examination Improved spacing between the lumbar vertebrae Restoration of more normal lumbar segment alignment and biomechanics The radiographic improvements closely paralleled the patient's dramatic clinical recovery.

Avg. Pain Improvement

69%

After 6 weeks of care

Avg. Range-of-Motion Gain

N/A

Cervical flexion increase

Patient Satisfaction

4.9 / 5

Based on verified check-ins

Recommend to Others

97%

Would refer a friend