Comparative study of thoracolumbar fractures posterior fixations between long segment and short segment involving the fractured vertebra

Background.  Thoracolumbar fractures are among the most common and unstable traumatic injuries to the spine. They require a rigid fixation. However, there are controversies in the choice of fixation types. This study aimed to compare long-segment posterior fixation (LSPF) bridging the injured verte...

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Main Authors: Antoine Beltchika, Israël Maoneo, Glennie Ntsambi
Format: Article
Language:English
Published: London Academic Publishing 2024-03-01
Series:Romanian Neurosurgery
Subjects:
Online Access:https://journals.lapub.co.uk/index.php/roneurosurgery/article/view/2628
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author Antoine Beltchika
Israël Maoneo
Glennie Ntsambi
author_facet Antoine Beltchika
Israël Maoneo
Glennie Ntsambi
author_sort Antoine Beltchika
collection DOAJ
description Background.  Thoracolumbar fractures are among the most common and unstable traumatic injuries to the spine. They require a rigid fixation. However, there are controversies in the choice of fixation types. This study aimed to compare long-segment posterior fixation (LSPF) bridging the injured vertebra and short-segment fixation with screws in the fractured vertebra (SSFFV). Methods. This was an analytical study of 22 patients admitted to the Kinshasa University Teaching Hospital from 2020 to 2023 with thoraco-lumbar fractures. Variables of interest included: sex, age, occupation, cause of fracture, ASIA score, injured vertebra, Magerl fracture types, Sagittal Cobb angle (SCA), and level of fixation. Data were analysed using SPSS 26 software. Results. Ten patients (45.4%) had SSFFV and 12 (54.6%) had LSPF. Overall, the sex ratio was 4.5 and, the mean age was 35.27±9.88 years.  Road accidents accounted for 72.7% of causes, fracture of L1 (50%), ASIA A (41%) and Magerl B (54,5%). Pre-operative features did not show a difference between the two fixations. No difference was observed in function values before surgery (p=0.863) and at one year postoperatively (p=0.914).  The mean SCA was 15.57 ± 5.90° before surgery, and 12.60±5.94° one year after surgery showing a significant correction of local kyphosis of 3° (P <0.001). There was no significant difference in the degrees of correction of local kyphosis immediately postoperatively (p=0.591) and at one year postoperative (p=0.819) and also in the degrees of loss of local kyphosis (p=0.870) between SSFFV and LSPF. Conclusion. This study did not show a significant difference in functional recovery, reduction and loss of correction of traumatic kyphosis between the two fixations. The SSFFV therefore appears to be an effective alternative to LSPF.
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spelling doaj.art-96d12361649741ddb4155b7114a616b02024-03-22T13:47:26ZengLondon Academic PublishingRomanian Neurosurgery1220-88412344-49592024-03-01381Comparative study of thoracolumbar fractures posterior fixations between long segment and short segment involving the fractured vertebraAntoine BeltchikaIsraël Maoneo0Glennie NtsambiUniversity of Kisangani Background.  Thoracolumbar fractures are among the most common and unstable traumatic injuries to the spine. They require a rigid fixation. However, there are controversies in the choice of fixation types. This study aimed to compare long-segment posterior fixation (LSPF) bridging the injured vertebra and short-segment fixation with screws in the fractured vertebra (SSFFV). Methods. This was an analytical study of 22 patients admitted to the Kinshasa University Teaching Hospital from 2020 to 2023 with thoraco-lumbar fractures. Variables of interest included: sex, age, occupation, cause of fracture, ASIA score, injured vertebra, Magerl fracture types, Sagittal Cobb angle (SCA), and level of fixation. Data were analysed using SPSS 26 software. Results. Ten patients (45.4%) had SSFFV and 12 (54.6%) had LSPF. Overall, the sex ratio was 4.5 and, the mean age was 35.27±9.88 years.  Road accidents accounted for 72.7% of causes, fracture of L1 (50%), ASIA A (41%) and Magerl B (54,5%). Pre-operative features did not show a difference between the two fixations. No difference was observed in function values before surgery (p=0.863) and at one year postoperatively (p=0.914).  The mean SCA was 15.57 ± 5.90° before surgery, and 12.60±5.94° one year after surgery showing a significant correction of local kyphosis of 3° (P <0.001). There was no significant difference in the degrees of correction of local kyphosis immediately postoperatively (p=0.591) and at one year postoperative (p=0.819) and also in the degrees of loss of local kyphosis (p=0.870) between SSFFV and LSPF. Conclusion. This study did not show a significant difference in functional recovery, reduction and loss of correction of traumatic kyphosis between the two fixations. The SSFFV therefore appears to be an effective alternative to LSPF. https://journals.lapub.co.uk/index.php/roneurosurgery/article/view/2628Thoracolumbar fractureLong-segment fixationShort-segment fixation,
spellingShingle Antoine Beltchika
Israël Maoneo
Glennie Ntsambi
Comparative study of thoracolumbar fractures posterior fixations between long segment and short segment involving the fractured vertebra
Romanian Neurosurgery
Thoracolumbar fracture
Long-segment fixation
Short-segment fixation,
title Comparative study of thoracolumbar fractures posterior fixations between long segment and short segment involving the fractured vertebra
title_full Comparative study of thoracolumbar fractures posterior fixations between long segment and short segment involving the fractured vertebra
title_fullStr Comparative study of thoracolumbar fractures posterior fixations between long segment and short segment involving the fractured vertebra
title_full_unstemmed Comparative study of thoracolumbar fractures posterior fixations between long segment and short segment involving the fractured vertebra
title_short Comparative study of thoracolumbar fractures posterior fixations between long segment and short segment involving the fractured vertebra
title_sort comparative study of thoracolumbar fractures posterior fixations between long segment and short segment involving the fractured vertebra
topic Thoracolumbar fracture
Long-segment fixation
Short-segment fixation,
url https://journals.lapub.co.uk/index.php/roneurosurgery/article/view/2628
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