Articles Vol. 65 No. CĐ 1 - Liên chi hội Phẫu thuật bàn tay 12/03/2024

33. MANAGEMENT EARLY ONSET SCOLIOSIS BY TRADITIONAL DUAL GROWING RODS

Nguyen Hoang Trung1,2, Vo Quang Dinh Nam1,2
1 Hospital for Traumatology and Orthopaedics
2 Bệnh viện Chấn thương chỉnh hình Tp. Hồ Chí Minh
Corresponding author: dr.nguyenhoangtrung@gmail.com
DOI: 10.52163/yhc.v65iCD1.994
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Abstract

Background and aims: Traditional growing rods (TGR) are a gold standard treatment for earlyonset scoliosis (EOS), it corrects deformity while still allowing for spinal and thoracic growth. The aim of this study was to determine the correction, growth of spine, and complications of dual growing rods technique in the management of EOS.

Methods: Retrospective study. The EOS patients were treated by dual growing rods at HTO from 2010 to 8/2023.

Results: 16 patients (6 males, 10 females), age at first operation was 8, the mean follow up time was 44,44 months. Overall, 80 lengthening procedures were performed, the average number of lengthening procedures being 5 per patient. The average time between two lengthening procedures was 8 months. The causes of scoliosis in this study were 10 idiopathic, 1 congenital, 3 syndromes (Von Reclinghausen). There were 13 main thoracic curves, 1 lumbar, 2 double curves. The mean coronal Cobb angle was improved from 69 to 25 degrees. The ratio of correction is 63,9%. The coronal balance was improved from 23,2mm to 10,7mm and SVA from 19,3mm to 12,9mm at the last follow up. T1-S1 height was significantly different at pre-op and post-op. The mean T1-S1growth is 5,98 cm, mean increase 1,62cm/year. There were 8 complications, including 1 pleural effusion, 1 superficial infection, 8 hardware related. 8 patients were growing graduatedly: 1 final fusion, 7 follow up with good correction.

Conclusion: TGR is a safe, effective, good correction and maintains growing of spine for EOS. It is suitable for vietnamese patients.

References
[1]
Dimeglio A, Canavese F, The growing spine: Google Scholar
[2]
how spinal deformities influence normal spine Google Scholar
[3]
and thoracic cage growth. European Spine Google Scholar
[4]
Journal; 21(1):64-70, 2012. Google Scholar
[5]
Akbarnia BA, Marks DS, Boachie-Adjei O et al., Google Scholar
[6]
Dual growing rod technique for the treatment of Google Scholar
[7]
progressive early-onset scoliosis: a multicenter Google Scholar
[8]
study. Spine; 30(17S):S46-S57, 2005. Google Scholar
[9]
Cengiz B, Ozdemir HM, Sakaogullari A et Google Scholar
[10]
al., Traditional Dual Growing Rod Technique Google Scholar
[11]
in the Management of Early Onset Scoliosis Google Scholar
[12]
and Its Effects on Spinal Growth and Lung Google Scholar
[13]
Development: The Mid-Term Prospective Google Scholar
[14]
Results. Cureus;13(4), 2021. Google Scholar
[15]
Jiang H, Hai JJ, Yin P et al., Traditional growing Google Scholar
[16]
rod for early-onset scoliosis in high-altitude Google Scholar
[17]
regions: a retrospective study. Journal of Google Scholar
[18]
Orthopaedic Surgery and Research;16(1):1-10, Google Scholar
[19]
Thompson GH, Akbarnia BA, Kostial P et al., Google Scholar
[20]
Comparison of single and dual growing rod Google Scholar
[21]
techniques followed through definitive surgery: a Google Scholar
[22]
preliminary study. Spine; 30(18):2039-44, 2005. Google Scholar
[23]
Atici Y, Akman YE, Erdogan S et al., The effect Google Scholar
[24]
of growing rod lengthening technique on the Google Scholar
[25]
sagittal spinal and the spinopelvic parameters. Google Scholar
[26]
European Spine Journal; 24:1148-57, 2015. Google Scholar
[27]
Helenius I, Oksanen H, McClung A et al., Google Scholar
[28]
Outcomes of growing rod surgery for severe Google Scholar
[29]
compared with moderate early-onset scoliosis: Google Scholar
[30]
a matched comparative study. Bone Joint Google Scholar
[31]
J.100(6):772-9, 2018. Google Scholar
[32]
Bess S, Akbarnia BA, Thompson GH et al., Google Scholar
[33]
Complications of growing-rod treatment for Google Scholar
[34]
early-onset scoliosis: analysis of one hundred Google Scholar
[35]
and forty patients. JBJS ;92(15):2533-43, 2010. Google Scholar
[36]
Flynn JM, Tomlinson LA, Pawelek J et al., Google Scholar
[37]
Growing-rod graduates: lessons learned from270 Google Scholar
[38]
ninety-nine patients who completed lengthening. Google Scholar
[39]
JBJS; 95(19):1745-50, 2013. Google Scholar
[40]
Kocyigit IA, Olgun ZD, Demirkiran HG et Google Scholar
[41]
al., Graduation protocol after growing-rod Google Scholar
[42]
treatment: Removal of implants without new Google Scholar
[43]
instrumentation is not a realistic approach. J Google Scholar
[44]
Bone Joint Sur; 2017;99(18) Google Scholar
[45]
Kaustubh A, Syed I, Samarth M et al., Is Final Google Scholar
[46]
Fusion Necessary for Growing-Rod Graduates: Google Scholar
[47]
A Systematic Review and Meta-Analysis, Global Google Scholar
[48]
Spine J. 2023 Jan; 13(1): 209–218. Google Scholar
[49]
Sánchez Márquez, F J Sánchez Pérez-Grueso, N Google Scholar
[50]
Fernández-Baíllo et al., Growing rods in earlyonset scoliosis. Google Scholar
[51]
Do they really help to control the Google Scholar
[52]
deformity and spinal and thoracic growth?. Rev Google Scholar
[53]
Esp Cir Ortop Traumatol. 2013 May-Jun;57(3). Google Scholar