Congenital Scoliosis Correction with Hemivertebra Excision

Congenital scoliosis is a spinal deformity that develops due to abnormal vertebral formation before birth. When left untreated, the condition can progress as a child grows, leading to severe spinal curvature, posture imbalance, and reduced mobility. This case highlights the successful treatment of a 14-year-old girl with a stiff congenital spinal curve caused by a hemivertebra and bony bar.

Through advanced spinal deformity correction surgery, significant improvement in spinal alignment and balance was achieved.

Understanding Congenital Scoliosis

Congenital scoliosis occurs when one or more vertebrae do not develop normally during fetal growth. A hemivertebra is a wedge-shaped vertebra that causes the spine to curve as the child grows. In some cases, a bony bar develops on one side of the spine, restricting growth and making the curve more rigid.

As a result, patients may experience:

• Uneven shoulders or hips
• Visible spinal curvature
• Poor posture
• Trunk imbalance
• Reduced spinal flexibility
• Progressive deformity during growth

Therefore, early diagnosis and timely treatment are essential for preventing severe spinal deformity.

Patient Case Overview

A 14-year-old girl presented with a stiff congenital spinal curve caused by a hemivertebra and an associated bony bar. Due to the rigidity of the deformity and the risk of further progression, surgical correction was recommended.

Following detailed clinical evaluation and advanced imaging studies, a personalized surgical plan was developed to achieve optimal correction and long-term spinal stability.

Surgical Procedure Performed

Hemivertebra Excision

The abnormal hemivertebra responsible for the spinal deformity was completely removed. This procedure directly addressed the source of the curve and allowed effective spinal realignment.

Bony Bar Removal

The bony bar restricting spinal growth was carefully excised. Consequently, spinal flexibility improved, making deformity correction more effective.

Multilevel Facetectomy

Facetectomy was performed at multiple spinal levels to release rigid joints and increase spinal mobility. Furthermore, this technique helped achieve better correction of the deformity.

Spinal Stabilization

Following deformity correction, spinal instrumentation and fixation were used to maintain alignment and provide long-term stability during healing.

Benefits of Surgical Correction

Advanced congenital scoliosis surgery offers several advantages:

• Improved spinal alignment
• Better posture and body balance
• Prevention of curve progression
• Enhanced spinal stability
• Improved cosmetic appearance
• Better long-term function and mobility

Moreover, modern spine surgery techniques enable precise correction while maintaining spinal integrity.

Recovery and Follow-Up

After surgery, the patient underwent regular follow-up evaluations to monitor healing and spinal alignment. Rehabilitation and guided physical activity played an important role in recovery.

Additionally, continuous monitoring helped ensure long-term stability and successful surgical outcomes.

Why Early Treatment Matters

Congenital scoliosis can progress rapidly during growth years. Therefore, early intervention is crucial to prevent severe deformity and reduce the need for more extensive procedures later in life.

Timely treatment not only improves spinal alignment but also enhances overall quality of life and physical function.

Conclusion

This case demonstrates the successful correction of congenital scoliosis in a 14-year-old girl using hemivertebra excision, bony bar removal, and multilevel facetectomy. Through advanced spinal deformity surgery, excellent correction of the spinal curve was achieved, resulting in improved posture, balance, and long-term spinal health.