Congenital spinal defects in Israel are typically detected during prenatal screening via ultrasound, MRI, or amniocentesis. Risk factors include a family history of spinal defects, folic acid deficiency in the mother, maternal diabetes, or the use of certain medications during pregnancy. When a congenital spinal defect is diagnosed, a multidisciplinary team discusses the condition and treatment plan with the family. If the family decides to proceed with the pregnancy, no wait spinal defect surgery is often performed within the first 48 hours after birth to minimize complications.
Treatment of Congenital Spinal Defects
Indications for Surgery
Surgical Procedure
The treatment of congenital open spinal defects in Israel is performed under general anesthesia. Neurosurgeons carefully reposition the spinal cord and nerves into the spinal canal and close the defect. If necessary, a skin or muscle graft is taken to cover the exposed area. In many cases, the procedure is combined with the placement of a ventriculoperitoneal (VP) shunt to treat associated hydrocephalus and regulate intracranial pressure.
Neurosurgery spinal defects Israel includes cutting-edge techniques and intraoperative imaging to ensure precise correction. The duration of the procedure ranges from two to six hours, depending on the complexity. The team’s goal is to prevent cerebrospinal fluid leakage, avoid infection, and provide the child with the best possible functional outcome.

Postoperative Care and Recovery
After advanced pediatric spine surgery Israel, newborns are transferred to a neonatal intensive care unit for close monitoring. Once stable, they undergo a comprehensive evaluation by a multidisciplinary team, including urologists, neurologists, and orthopedic specialists. The typical hospital stay ranges from two to three weeks.
Following discharge, children with congenital spinal defects without waiting require lifelong follow-up by neurologists, orthopedists, and rehabilitation specialists. Although surgery aims to close the defect and prevent complications, it does not restore lost nerve function below the affected area. Nonetheless, many children can achieve mobility using braces or assistive devices, and some may require a wheelchair for longer distances. Cognitive development is generally normal, and with proper support, children can attend school and participate in daily activities.
Success Rates and Risks
Treatment of open spinal defects in Israel has shown significant success, especially when performed promptly after birth. The success of the procedure depends on the severity and location of the defect. Risks include infection, bleeding, or neurological complications due to damage to the spinal cord or nerves. The risk of shunt-related complications, such as blockage or infection, is also considered, with about 15% of patients requiring revision surgery each year.
Conclusion
Thanks to advancements in advanced pediatric spine surgery in Israel, most children with congenital spinal defects in Israel can lead fulfilling lives with appropriate medical support. Early detection, no wait spinal defect surgery, and a comprehensive care plan significantly improve outcomes and reduce the risk of long-term complications.