STUDY DESIGN: Retrospective review of clinical case series. OBJECTIVE: We present our experience with extended (> or =3 levels) anterior cervical corpectomy (EACC) and reconstruction. SUMMARY OF BACKGROUND DATA: Multilevel cervical corpectomy has traditionally been associated with increased graft-related complications and worse clinical outcomes compared with single-level procedures. Data specifically regarding corpectomies across 3 or more levels remains limited. METHODS: Retrospective review of data on 20 patients who underwent anterior cervical corpectomies with titanium mesh cage reconstruction and supplemental posterolateral fixation across 3 or more levels of the cervical spine. Anteroposterior/lateral plain films were used to determine sagittal balance and cage subsidence. Fusion was defined as the lack of motion on flexion-extension radiographs. Patients underwent preoperative and postoperative clinical assessment using visual analog scores and Nurick grading. RESULTS: Surgery was performed for spondylotic myelopathy in 15 patients, osteomyelitis in 4, and fracture in 1. Corpectomies were performed across an average of 3.4 levels. Average follow-up was 33 months. Local autograft was used in all cases except osteomyelitis, where allograft was used instead. Sagittal balance was improved or maintained in all patients and was not related to number of corpectomy levels. An average of 30.2 degrees of kyphosis correction was achieved in 9 patients. All patients demonstrated radiographic evidence of fusion without significant cage subsidence and no cases of instrumentation failure. Improvement in pain and functional scores occurred in all cases. CONCLUSIONS: Circumferential reconstruction using titanium mesh cages after EACC can provide appropriate, biomechanically stable fixation and allows for significant correction of preexisting kyphosis. Supplemental posterior instrumentation may limit delayed cage subsidence and loss of sagittal balance after this procedure. EACC and circumferential reconstruction seems to be an effective treatment for symptomatic degenerative, traumatic, or infectious pathology involving 3 or more levels of the anterior cervical spine.
STUDY DESIGN: Retrospective review of clinical case series. OBJECTIVE: We present our experience with extended (> or =3 levels) anterior cervical corpectomy (EACC) and reconstruction. SUMMARY OF BACKGROUND DATA: Multilevel cervical corpectomy has traditionally been associated with increased graft-related complications and worse clinical outcomes compared with single-level procedures. Data specifically regarding corpectomies across 3 or more levels remains limited. METHODS: Retrospective review of data on 20 patients who underwent anterior cervical corpectomies with titanium mesh cage reconstruction and supplemental posterolateral fixation across 3 or more levels of the cervical spine. Anteroposterior/lateral plain films were used to determine sagittal balance and cage subsidence. Fusion was defined as the lack of motion on flexion-extension radiographs. Patients underwent preoperative and postoperative clinical assessment using visual analog scores and Nurick grading. RESULTS: Surgery was performed for spondylotic myelopathy in 15 patients, osteomyelitis in 4, and fracture in 1. Corpectomies were performed across an average of 3.4 levels. Average follow-up was 33 months. Local autograft was used in all cases except osteomyelitis, where allograft was used instead. Sagittal balance was improved or maintained in all patients and was not related to number of corpectomy levels. An average of 30.2 degrees of kyphosis correction was achieved in 9 patients. All patients demonstrated radiographic evidence of fusion without significant cage subsidence and no cases of instrumentation failure. Improvement in pain and functional scores occurred in all cases. CONCLUSIONS: Circumferential reconstruction using titanium mesh cages after EACC can provide appropriate, biomechanically stable fixation and allows for significant correction of preexisting kyphosis. Supplemental posterior instrumentation may limit delayed cage subsidence and loss of sagittal balance after this procedure. EACC and circumferential reconstruction seems to be an effective treatment for symptomatic degenerative, traumatic, or infectious pathology involving 3 or more levels of the anterior cervical spine.
Authors: Heiko Koller; Rene Schmidt; Michael Mayer; Wolfgang Hitzl; Juliane Zenner; Stefan Midderhoff; Stefan Middendorf; Nicolaus Graf; Nicolaus Gräf; H Resch; Hans-Joachim Wilke; Hans-Joachim Willke Journal: Eur Spine J Date: 2010-06-30 Impact factor: 3.134
Authors: Heiko Koller; Werner Schmoelz; Juliane Zenner; Alexander Auffarth; Herbert Resch; Wolfgang Hitzl; Davud Malekzadeh; Lukas Ernstbrunner; Martina Blocher; Michael Mayer Journal: Eur Spine J Date: 2015-01-23 Impact factor: 3.134
Authors: Sebastian Hartmann; P Kavakebi; C Wipplinger; A Tschugg; P P Girod; S Lener; C Thomé Journal: Neurosurg Rev Date: 2017-04-17 Impact factor: 3.042
Authors: Heiko Koller; Wolfgang Hitzl; Frank Acosta; Mark Tauber; Juliane Zenner; Herbert Resch; Yasutsugu Yukawa; Oliver Meier; Rene Schmidt; Michael Mayer Journal: Eur Spine J Date: 2009-07-03 Impact factor: 3.134