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[Expert consensus on skull defect reconstruction after decompressive craniectomy in children (2025 edition)]
Insights
Pediatric skull reconstruction after decompressive craniectomy presents unique challenges due to children's developing skulls. This consensus provides 27 recommendations on timing, materials, and methods for effective surgical repair.
Area of Science:
- Pediatric Neurosurgery
- Craniofacial Surgery
- Biomaterials Science
Context:
- Decompressive craniectomy in children creates skull defects, compromising brain protection and aesthetics.
- Pediatric skulls are dynamic, exhibiting growth, changing head circumference, and tendencies for bone hyperplasia and absorption.
- Reconstruction challenges include optimal timing, material selection, and surgical techniques for pediatric patients.
Purpose:
- To establish expert consensus on skull defect reconstruction following decompressive craniectomy in pediatric patients.
- To address the complexities of timing, materials, and surgical methods in pediatric skull reconstruction.
- To provide evidence-based guidance for clinicians managing pediatric skull defects.
Summary:
- A Delphi method consensus involving Chinese experts generated 27 recommendations for pediatric skull defect reconstruction.
- Recommendations cover necessity, optimal timing, material choices, surgical precautions, and complication management.
- The consensus integrates literature analysis and expert experience to guide clinical practice.
Impact:
- Offers crucial guidance for pediatric skull reconstruction surgery after decompressive craniectomy.
- Aims to improve outcomes in brain protection, aesthetics, and functional recovery for children.
- Facilitates better rehabilitation and long-term neurodevelopmental results in pediatric neurosurgery patients.
Abstract:
Children with skull defects after decompressive craniectomy face issues such as lack of brain protection and aesthetics during the recovery period, which also affect the recovery of brain structure and function and hinder subsequent rehabilitation. The skull of pediatric patients is still in the growth and development stage, with head circumference changing with age, and there are characteristics such as easy bone hyperplasia and absorption. Therefore, the timing, materials, methods and other problems of skull reconstruction for pediatric patients have always been puzzling clinical practice. The Chinese Congress of Neurological Surgeons of Chinese Medical Doctor Association, the Chinese International Association of Pediatric Neurosurgeons, and the Expert Consensus Collaboration Group on Skull Defect Reconstruction after Decompression Craniectomy for Children jointly organized relevant domestic experts to adopt the Delphi method and combine literature analysis and expert experience to form a total of 27 recommendations on the necessity, timing, materials, surgical precautions, complications and other aspects of reconstruction, hoping to provide important reference for skull defect reconstruction surgery after decompression craniectomy for children.
