Congenital and Developmental Spinal Disorders
1. Overview
Congenital and developmental spinal disorders are conditions that affect the spine and spinal cord development either before birth or during early childhood. These disorders occur due to abnormalities in the formation of vertebrae, spinal cord, or surrounding structures, which may impact movement, posture, and neurological function. Early diagnosis and timely treatment are crucial to prevent complications and ensure better growth and quality of life
2. Common Types of Congenital Spinal Disorders
We specialize in diagnosing and treating a wide range of pediatric spinal disorders, including:
- Spina Bifida
- Tethered Cord Syndrome
- Scoliosis (Congenital & Developmental)
- Kyphosis
- Diastematomyelia (Split Spinal Cord Malformation)
- Spinal Dysraphism
These conditions may vary in severity and often require specialized pediatric neurosurgical care
3. Causes
Developmental spinal abnormalities can arise due to: Genetic factors or chromosomal abnormalities Improper neural tube development during pregnancy Maternal infections or nutritional deficiencies Folic acid deficiency during pregnancy Environmental factors affecting fetal development Disruption in early spinal cord formation can lead to long-term structural and functional issues
4. Signs & Symptoms
Early detection of spinal disorders in children is essential.
In Infants:
- Visible swelling or lump on the back
- Abnormal skin changes (hair patch, dimple, or birthmark)
- Weakness in legs
- Delayed motor milestones
In Older Children:
- Abnormal curvature of the spine (scoliosis/kyphosis)
- Back pain or stiffness
- Difficulty walking or imbalance
- Loss of bladder or bowel control
- Foot deformities
Symptoms depend on the severity and type of spinal cord disorder.
5. Diagnosis
Accurate diagnosis is key to effective management of congenital spinal conditions.
Diagnostic Tools Include:
- MRI Spine
- CT Scan
- X-rays for spinal alignment
- Ultrasound (in infants)
- Neurological evaluation
In some cases, prenatal screening can detect spinal abnormalities before birth.
