Journal Article

Indications for gastrocsoleus lengthening in ambulatory children with cerebral palsy: A Delphi consensus study

Dreher, Thomas, Shilt, Jeffrey, Chambers, Henry, Novacheck, Tom F., McCarthy, James, Kay, Robert M., Veerkamp, Matthew, Pierz, Kristan, Rutz, Erich, Shrader, M. Wade, Narayanan, Unni, Shore, Benjamin J., Davids, Jon R., Theologis, Tim, Graham, Kerr, Rhodes, Jason, Van Campenhout, Anja

2020

Overview

Abstract Purpose Equinus is the most common deformity in cerebral palsy (CP) and gastrocsoleus lengthening (GSL) is the most commonly performed surgery to improve gait and function in ambulatory children with CP. Substantial variation exists in the indications for GSL and surgical technique. The purpose of this study was to review surgical anatomy and biomechanics of the gastrocsoleus and to utilize expert orthopaedic opinion through a Delphi technique to establish consensus for surgical indications for GSL in ambulatory children with CP. Methods A 17-member panel, of Fellowship-trained paediatric orthopaedic surgeons, each with at least 9 years of clinical post-training experience in the surgical management of children with CP, was established. Consensus for the surgical indications for GSL was achieved through a standardized, iterative Delphi process. Results Consensus was reached to support conservative Zone 1 surgery in diplegia and Zone 3 surgery (lengthening of the Achilles tendon) was contraindicated. Zone 2 or Zone 3 surgery reached general agreement as a choice in hemiplegia and under-correction was preferred to any degree of overcorrection. Agreement was reached that the optimum age for GSL surgery was 6 years to 10 years and should be avoided in children aged under 4 years. Physical examination measures with the child awake and under anaesthesia were important in decision making. Gait analysis was supported both for decision making and for assessing outcomes, in combination with patient reported outcomes (PROMS). Conclusions The results from this study may encourage informed practice evaluation, reduce practice variability, improve clinical outcomes and point to questions for further research. Level of Evidence V

• Publisher: SAGE Publications,Sage Publications Ltd,The British Editorial Society of Bone & Joint Surgery,SAGE Publishing
• Subject: Biomechanics / Cadavers / Cerebral palsy / Gait / Original Clinical / Orthopedics / Paralysis / Pediatrics / Surgeons / Surgery / Surgical outcomes