Spinal Decompression at Rebuild Regen: Antalgic-Trac® System for 3 Spinal Conditions

Spinal decompression is a non-surgical mechanical treatment that applies controlled traction forces to the lumbar or cervical spine to reduce intradiscal pressure, relieve nerve root compression, and restore disc height in patients with disc herniation, sciatica, and facet syndrome.

The Antalgic-Trac® system at Rebuild Regen Medical Clinic delivers this treatment through a computer-controlled traction protocol that cycles between distraction and partial relaxation, creating a pumping effect that reduces disc pressure, draws herniated disc material back toward the disc center, and promotes the rehydration of dehydrated disc tissue.

Non-surgical spinal decompression is distinct from basic traction in its delivery mechanism. The Antalgic-Trac® uses a controlled cyclic protocol with precise force measurement — not simply applying sustained pull. The cyclic nature prevents the muscle guarding reflex that limits the effectiveness of static traction and allows the disc tissue to respond to the mechanical unloading.

What Spinal Decompression Is — Intradiscal Pressure Reduction and Disc Physiology

Intervertebral discs are avascular structures — they have no direct blood supply and depend on the mechanical pump effect of spinal loading and unloading for nutrient delivery and waste removal. A compressed, dehydrated disc loses height, provides less cushioning, and creates nerve root contact that generates the pain patterns patients with disc conditions experience.

The mechanism of therapeutic spinal decompression:

Intradiscal pressure reduction: Applying controlled distraction to the spine directly reduces pressure within the disc. Negative intradiscal pressure creates a vacuum effect (the "vacuum phenomenon") that draws herniated disc material back toward the disc center, reducing the contact with adjacent nerve roots that produces radicular pain.

Disc rehydration: The negative pressure within the disc during decompression draws in fluid and nutrients through the endplates, rehydrating disc tissue that has become desiccated with degeneration or compression. Regular decompression sessions support disc height restoration over time.

Facet joint unloading: The distraction force reduces compressive loading on the facet joints, providing relief for patients with facet syndrome (facet-mediated back pain) alongside or independent of disc pathology.

Muscle relaxation: The cyclic pull-and-relax protocol of the Antalgic-Trac® gradually overcomes protective muscle spasm around the compressed area, allowing the spinal structures to fully respond to the distraction force.

Conditions Treated

Disc herniation: Lumbar disc herniation producing lower back pain with or without radicular leg pain (sciatica) is the primary indication. The Antalgic-Trac® targets the affected disc level with directed force that reduces herniation contact with the nerve root. Both L4-L5 and L5-S1 (the most common herniation levels) are effectively treated.

Sciatica (nerve root compression): Sciatic nerve root compression from disc herniation, disc bulge, or foraminal stenosis produces the classic radiating pain down the buttock and leg. Decompression reduces the compressive irritant at the nerve root level, addressing the source of the radicular pattern rather than just managing downstream pain.

Facet syndrome: Facet joint syndrome (pain from the small posterior joints of the spine) involves both local joint compression and referred pain patterns. Decompression unloads these joints and allows the inflammatory environment within the facet to reduce with each session.

The Antalgic-Trac® System — Clinical Specifics

The Antalgic-Trac® is a motorized traction device designed specifically for clinical spinal decompression. Key features:

Computer-controlled force delivery and cycling pattern
Adjustable distraction force calibrated to patient weight, tolerance, and condition level
Angle adjustment to target specific disc levels (changing the angle of pull shifts the decompression focus between levels)
Cyclic protocol: distraction-hold-partial relaxation cycles over the session duration
Session duration: typically 20 to 30 minutes

Patients lie on the treatment table in a supine position (for lumbar). A harness fits around the pelvis; the upper body is stabilized. The device then applies the programmed distraction protocol. Most patients find the treatment comfortable — the cyclic release is often described as a profound decompression sensation.

Is Spinal Decompression Right for Your Condition?

Spinal decompression is most appropriate for patients with confirmed disc-related pathology (herniation, bulge, degeneration) or facet syndrome, confirmed by imaging (MRI is preferred), who have not had prior spinal fusion surgery at the affected level, and who are not candidates for immediate surgical intervention.

Elizabeth reviews your imaging before the first session. Patients with significant neurological deficits (progressive weakness, bowel or bladder involvement from nerve compression) require urgent surgical evaluation rather than conservative decompression therapy.

Frequently Asked Questions

Do I need an MRI before starting?

MRI is preferred because it confirms the disc and nerve root anatomy relevant to directing the treatment. If you have a recent MRI (within 24 months) showing the relevant disc pathology, bring it to the first appointment. If you don't have current imaging, Elizabeth can order it or review whether clinical findings justify beginning treatment while imaging is arranged.

How many sessions does spinal decompression require?

Most protocols involve 12 to 20 sessions over 4 to 6 weeks. Response is assessed at the mid-protocol point and at completion. Some patients achieve significant relief in the first 6 to 8 sessions; others need the full protocol.

Is spinal decompression the same as chiropractic adjustment?

Spinal decompression and chiropractic adjustment are different interventions. Chiropractic adjustment uses high-velocity, low-amplitude manipulation to affect joint mechanics. Spinal decompression uses controlled sustained and cyclic traction force to reduce intradiscal pressure and address disc/nerve root mechanics. Both are non-surgical; they operate through different physical mechanisms.

When Spinal Decompression Is Not Appropriate

Spinal decompression is contraindicated in patients with prior spinal fusion at the affected level (the fusion hardware changes the mechanical response to traction), significant osteoporosis where traction forces could cause fracture, spinal cord compression requiring surgical decompression urgently, active spinal infection (osteomyelitis, discitis), or spinal tumors. Patients with progressive neurological deficits require surgical evaluation before conservative treatment. Elizabeth identifies these contraindications in the initial consultation.

Rebuild Regen Medical Clinic 3320 N Federal Hwy #101, Lighthouse Point, FL 33064 (954) 953-4208 | rebuildregenmedical.com

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