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CONGENITAL SPINE CONDITIONS

Congenital Spinal
Malformation.

Structural abnormalities of the spine present from birth. Hemivertebrae, congenital scoliosis, and complex deformities requiring specialized surgical expertise. Niceville, Florida.

Congenital spinal malformations are structural abnormalities that develop before birth. Early evaluation and well-timed treatment give children the best chance at a straight, balanced spine.

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OVERVIEW

What are congenital spine conditions?

Congenital spinal conditions are structural abnormalities of the spine that develop during fetal formation, typically in the first six weeks of pregnancy. Unlike idiopathic scoliosis — which develops during adolescence for unknown reasons — congenital spine deformities are caused by abnormal vertebral formation or segmentation.

The most common types include hemivertebrae — where a single vertebra forms incompletely on one side, causing a wedge-shaped vertebra that drives a scoliotic curve. Block vertebrae and unilateral unsegmented bars are also common, where vertebrae fail to separate normally, causing rigid curves that worsen predictably with growth.

Dr. Enguidanos has extensive experience treating congenital spinal conditions in both children and adults. His fellowship training at the University of Colorado Spine Center under Dr. Thomas Lowe included pediatric deformity cases. He serves families throughout the Florida Panhandle and Gulf Coast at HCA Florida Twin Cities Hospital in Niceville, Florida.

Thoracic spine with ribs posterior view congenital spine anatomy Dr. Enguidanos Niceville Florida pediatric spine surgeon
Thoracic spine anatomy relevant to congenital spine conditions
SYMPTOMS

Common symptoms.

CAUSES AND RISK FACTORS

What causes it.

WHEN TO SEEK CARE

When to call us.

Any child identified as having a congenital spinal anomaly on imaging — whether found during prenatal evaluation, newborn screening, or incidentally — should be evaluated by a spine specialist. The timing of intervention is critical and depends on the type of anomaly, the expected rate of progression, and the child's age.

Some congenital anomalies are balanced and require only observation. Others — particularly unilateral unsegmented bars opposite a hemivertebra — progress rapidly and require early surgical intervention before severe deformity develops.

Adults with untreated or partially treated congenital scoliosis who are experiencing progression or pain also warrant evaluation. Dr. Enguidanos sees both pediatric and adult patients with congenital spine conditions.

DR. ENGUIDANOS'S APPROACH

Timing is everything
in congenital spine surgery.

MRI to Assess the Cord

All congenital spine patients require MRI evaluation to identify intraspinal anomalies — tethered cord, syrinx, diastematomyelia — that must be addressed before or concurrent with spinal correction.

Growth Monitoring

Many congenital curves are observed with serial imaging during childhood. The rate of progression guides the timing of intervention — some curves can wait, others cannot.

Early Fusion for High-Risk Anomalies

Unilateral unsegmented bars opposite a hemivertebra are among the most aggressive curves in all of spine surgery. Early short-segment fusion prevents severe deformity.

Hemivertebra Resection

For isolated hemivertebrae causing progressive curves, Dr. Enguidanos performs hemivertebra resection and short fusion — removing the abnormal vertebra and correcting the deformity at its source.

SURGICAL OPTIONS

How Dr. Enguidanos treats it.

The appropriate procedure depends on the severity of your condition, your health, and your goals. Dr. Enguidanos evaluates every patient individually.

DEFORMITY

Posterior Spinal Fusion

Fusion of the affected spinal segments to stop deformity progression and correct existing curve. The timing and extent depends on the child's age and the type of anomaly.

DEFORMITY

Hemivertebra Resection

Complete removal of the abnormal wedge vertebra causing the congenital curve, combined with short-segment fusion to correct and stabilize the spine.

DEFORMITY

Osteotomy

For rigid or severe congenital deformities in older children and adults, osteotomies allow correction of deformity that cannot be achieved with instrumentation alone.

RECOVERY

What to expect after surgery.

3-5 Days

Hospital Stay

Pediatric deformity surgery requires close postoperative monitoring. Hospital stays of three to five days are typical for major congenital corrections.

4-8 Weeks

Activity Restrictions

Activity is restricted initially. Younger children recover faster than adults. Brace use may be recommended depending on the procedure.

6 Months

Return to Activity

Most children return to full activity including sports within six months of surgery.

Ongoing

Growth Monitoring

Children who have had spinal fusion are monitored throughout their growth to assess the behavior of unfused segments adjacent to the fusion.

PATIENT STORY
★★★★★
"Our daughter was diagnosed with a hemivertebra at six months old. Dr. Enguidanos monitored her through early childhood and performed surgery at age four. She is now nine and her spine is straight. He is extraordinary."

JENNIFER AND MARK T.

Hemivertebra Resection  |  Niceville, Florida

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your spine?

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