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Research ArticleOther and Special Categories

Surgical Treatment for Advanced Thoracic Spinal Tuberculosis in Infants: Case Series and Literature Review

Rosa M. Egea-Gámez, María Galán-Olleros, Alfonso González-Menocal, Carmen Martínez-González and Rafael González-Díaz
International Journal of Spine Surgery March 2022, 8220; DOI: https://doi.org/10.14444/8220
Rosa M. Egea-Gámez
1 Orthopaedic Surgery, Spinal Unit, Hospital Universitario Niño Jesús, Madrid, Spain
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María Galán-Olleros
2 Neuro-Orthopaedic Surgery, Hospital Universitario Niño Jesús, Madrid, Spain
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Alfonso González-Menocal
3 Orthopaedic Surgery, Hospital Universitario Infanta Elena, Madrid, Spain
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Carmen Martínez-González
1 Orthopaedic Surgery, Spinal Unit, Hospital Universitario Niño Jesús, Madrid, Spain
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Rafael González-Díaz
1 Orthopaedic Surgery, Spinal Unit, Hospital Universitario Niño Jesús, Madrid, Spain
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    Figure 1

    (A and B) Clinical images of patient 1, showing a marked upper thoracic kyphosis. (C–E) Sagittal, coronal, and axial magnetic resonance imaging (MRI) images of the cervicothoracic spine: bony destruction at the T3 and T4 vertebrae, causing collapse and anterior wedging (sagittal Cobb on MRI of 34°), associated substantial paravertebral soft-tissue extension (an abscess is seen between the T1 and T5 vertebral bodies), and epidural abscess, resulting in spinal canal narrowing and cord compression with no signs of myelopathy. (F) Image of the percutaneous computed tomography-guided biopsy of the involved paravertebral soft tissue.

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    Figure 2

    (A and B) Postoperative standing whole-spine radiographs of patient 1, showing T2-T6 posterior instrumentation and a T2-T6 sagittal Cobb angle of 31°. (C and D) Clinical images at 6-month evidencing progression of the upper thoracic kyphosis and implant prominence in the proximal area. (E and F) Six-mo standing whole-spine radiographs evidencing an increase in kyphosis and pull-out of the right cranial screw. (G) Computed tomography scan image corroborating a segmental kyphosis of 82.5°, implant failure, and dislodgement of the anterior bone autograft.

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    Figure 3

    (A and B) Axial and coronal magnetic resonance imaging of the head of patient 1, showing hydrocephalus and tuberculomas. (C and D) Standing whole-spine radiographs of patient 1 taken 3 years after revision surgery, showing T1-T7 posterior instrumentation and acceptable correction of the deformity, with a segmental sagittal Cobb angle of 25°, satisfactory coronal and sagittal balance, and absence of signs of implant failure or nonunion.

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    Figure 4

    (A and B) Posteroanterior and lateral spine radiograph of patient 2, where signs of a soft-tissue paravertebral abscess can be perceived around the midthoracic spine and angular kyphosis of 38° is present from T5 to T10. (C–E) Magnetic resonance imaging images of the spine evidencing marked kyphosis (48°), T7-T10 prevertebral and intracanal abscesses, and anteroposterior reduction in canal diameter.

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    Figure 5

    Intraoperative images from patient 2. (A) Right thoracotomy at the apex and rib resection. (B) Pleura bulging and opening, with purulent and caseous material drainage and sample extraction. (C) Visualization of T8 vertebral-body destruction. (D) T8 debridement. (E) Removal of devitalized tissues. (F) Placement of the resected rib as an autograft between T7 and T9 for anterior structural support.

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    Figure 6

    (A and B) Postoperative standing spine radiographs of patient 2, showing anterior structural bone graft and angular kyphosis correction without posterior instrumentation with a T5-T10 sagittal Cobb angle of 20°. (C and D) Standing whole-spine posteroanterior and lateral radiographs performed at 4 years postoperatively, evidencing a T5-T10 sagittal Cobb angle of 42°, autograft integration, and an adequate sagittal balance.

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    Table 1

    Summary of the main characteristics and management of each patient.

    CharacteristicsPatient 1Patient 2
    Age21 mo23 mo
    SymptomsGeneral state deterioration, hypoactivity, poor appetite, neck tilt, and abdominal painGeneral deterioration and limp
    Involved spine segmentsT3-T4T8
    Antitubercular treatmentRIF + INH + PZA + EMB
    Preoperative sagittal CobbT2-T5 34°T5-T10 48°
    Surgical procedureCostotransversectomy + debridement + T3 T4 corpectomy + anterior structural rib autograft + T2 T6 PSFThoracotomy + anterolateral debridement and decompression + T8 corpectomy + anterior structural rib autograft
    Postoperative complicationsMeningitis (VPD), anti-TB hepatotoxicity, progressive kyphosis, and screw pull-outKyphosis, without progression after the first year
    Reintervention3-column OT + anterior fibular allograft + posterior T1-T7 fixationNone
    Follow-up36 mo48 mo
    • AFB, acid-fast bacilli; EMB, ethambutol; INH, isoniazid; OT, osteotomy; PSF, posterior spinal fusion; PZA, pyrazinamide;RIF, rifampicin; TB, tuberculosis; VPD, ventriculoperitoneal derivation.

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    Table 2

    Summary of the cases of surgically treated spinal TB in patients under 2 years of age reported in the literature.

    LiteratureAge (mo)/SexLocationSymptomsTime From Onset to DiagnosisSurgical TreatmentComplicationsMicrobiologyHistopathlogyFU (mo)
    Tufan et al19 8/MT12-L1Hump on his back and difficulty sitting1 moAnterolateral debridement + abscess drainage + ASF with fibular allograftRight psoas abscess. Kyphosis progression-Caseous necrosis,
    AFB+
    24
    Kıymaz et al20 12/FT8-T9Bulge on her back and leg weakness3 moAnterior T8-T9 corpectomy + decompression +
    ASF with fibular allograft
    None. No neurological recovery after decompressive surgery+Granulomatous inflammatory reaction,
    AFB+
    NR
    Lee et al21 13/MC4-T1Right leg and arm weakness1 moDecompressive laminectomy + abscess drainageAirway obstruction due to abscess (×3 surgical drainage)+Caseous necrosis with granulomatous formation, AFB+24
    Consigilieri et al22 13/MT3-T5Loss of ambulation1 moDecompressive laminectomy + posterior T2-T4 corpectomies + abscess drainage + anterior fibular and posterior structural graft + C7 T7 sublaminar wiringNoneNRNR26
    Tian et al23 24/MC5-C6Gait difficulty and neck pain2 moAnterior cervical debridement without fusionNone+Granuloma AFB+72
    Cavus et al24 24/FT2-T4Motor deficit (leg)NRAbscess drainage + decompression + C7 T7 PSF + posterior allograftNoneNRNecrotizing granulomatous inflammation12
    Sangondimath et al25 19/MT4-T7Painful kyphosis and leg weakness1 moPosterior T4-T7 VCR + anterior cage + T1 T9 posterior stabilizationProgressive deformity (revision surgery: spread to T10)+NR12
    Current report 202021/MT3-T4General deterioration, neck tilt, and abdominal pain3 wkPosterolateral T3-T4 corpectomies + debridement + ASF with rib autograft + T2 T6 PSFTB meningitis (VPD), drug hepatotoxicity, and PJK (revision surgery: apical 3-column OT)+Chronic granulomatous inflammation, AFB+36
    23/MT8General deterioration and limp1.5 moAnterolateral T8 corpectomy + debridement + decompression + ASF with rib graftKyphosis, nonprogressive after the first year+Necrotizing epithelioid osteomyelitis, AFB+48
    • AFB, acid-fast bacilli; ASF, anterior spinal fusion; F, female; FU, follow-up; M, male; NR, not registered; OT, osteotomy; PJK, proximal junction kyphosis; PSF, posterior spinal fusion;TB, tuberculosis; VCR, vertebral column resection; VPD, ventriculoperitoneal derivation.;

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International Journal of Spine Surgery: 19 (S2)
International Journal of Spine Surgery
Vol. 19, Issue S2
1 Apr 2025
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Surgical Treatment for Advanced Thoracic Spinal Tuberculosis in Infants: Case Series and Literature Review
Rosa M. Egea-Gámez, María Galán-Olleros, Alfonso González-Menocal, Carmen Martínez-González, Rafael González-Díaz
International Journal of Spine Surgery Mar 2022, 8220; DOI: 10.14444/8220

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Surgical Treatment for Advanced Thoracic Spinal Tuberculosis in Infants: Case Series and Literature Review
Rosa M. Egea-Gámez, María Galán-Olleros, Alfonso González-Menocal, Carmen Martínez-González, Rafael González-Díaz
International Journal of Spine Surgery Mar 2022, 8220; DOI: 10.14444/8220
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Keywords

  • Pott’s disease
  • spinal tuberculosis
  • spine
  • childhood tuberculosis
  • osteoarticular
  • surgical treatment

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