ECD – Implant expansible pour corporectomie cervico - Support Technique
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Technique Guide
The X-CORE® Expandable VBR marks a significant advancement in the quest for greater anterior column support and stability in corpectomy procedures After rigorous testing and design iterations we have developed an expandable cage that provides spine surgeons the ability to give tumor/trauma patients outcomes previously not possible |
Can expandable cages be used after anterior cervical corpectomy and fusion?
Alternatively, the application of expandable cages after Anterior Cervical Corpectomy and Fusion (ACCF), can prevent the damages in the posterior approach. ACCF from C3—C7 is being used to decompress and reconstruct the cervical spine for a wide variety of degenerative disorders, trauma, neoplasms and infectious disorders.
What is a cervical expandable titanium cage?
After a corpectomy and decompression, a cervical expandable titanium cage (X-Core® Mini, NuVasive, San Diego, USA) was introduced into the multilevel void. The cage was then expanded under fluoroscopic control until sufficient correction of the cervical spinal alignment could be achieved.
What is a self-aligning expandable corpectomy spacer?
A self-aligning expandable corpectomy spacer that optimizes anatomical fit through an anterior cervical approach... An integrated vertebral body replacement device that provides anterior column support and is designed to prevent implant dislodgement. The spacer has...
What is the Capri cervical 3D expandable corpectomy cage system?
The Capri Cervical 3D Expandable Corpectomy Cage System provides an innovative, 3D-printed solution for stabilization of the spine in cases of vertebral body resections resulting from trauma or tumor. Capri Cervical 3D Expandable is constructed using Lamellar 3D Titanium Technology.
Patients
All patients who had undergone one-or two level ACCF for SCS with or without cervical spondylosis affecting the levels C3/4 to C7/T1 in a tertiary spine center between 2014 and 2016 were identified in a retrospective chart review. Further inclusion criteria were neck or radicular upper extremity pain and/or neurological deficit due to compression o
Surgical Technique
In all patients, ACCF was performed through a standard anterior cervical approach by microscopy-assisted dissection [18]. After a corpectomy and decompression, a cervical expandable titanium cage (X-Core® Mini, NuVasive, San Diego, USA) was introduced into the multilevel void. The cage was then expanded under fluoroscopic control until sufficient c
Clinical Evaluation
Clinical examinations were performed before surgery and at final follow-up. As a standard, this included documentation of neck and arm pain by the visual analog scale (VAS) [19] and assessment of functional outcome by the 10-item NDI (German version) [20]. Patient self-reported dysphagia-related symptoms were graded as “none,” “mild,” “moderate” an
Radiologic Assessment
Plain radiographs with an anteroposterior view and lateral views in flexion and extension were taken preoperatively, postoperatively and at final follow-up and were evaluated by three experienced spine surgeons. Evaluation of global cervical lordosis (GCL) and fusion site lordosis (FSL): Changes of the lordotic cervical alignment were measured usin
Evaluation of Cage Migration and Subsidence
The same method as described by Gercek et al. was used [22]. Cage migration and subsidence were assessed by measuring the distance between the posterior edge of the implant and the posterior wall of the lower endplate as well as the anterior and posterior interbody space height on lateral plain radiographs postoperatively and at the end of the foll
Evaluation of The Fusion
Fusion was evaluated as decribed by (Choudhri, T. F., Mummaneni) [23], (Lee CS, Chung SS, Choi SW, et al.) [24] and (Cannada LK, Scherping SC, Yoo JU, et al.) [25]. The first criterion indicating nonunion was change in endplate angles in flexion and extension in the lateral view of more than 2 degrees (Fig. 3). The second criterion for nonunion was
Statistical Analysis
Statistical analysis was done using Statistical Package for Social Sciences (SPSS/version 20, SPSS Inc., Chicago, IL, USA) [27]. Unless otherwise denoted, data was summarized as mean ± standard deviation. Student’s t-test was used to compare differences in means between two groups and an. ANOVA test was used for parametric data to distinguish betwe
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Anterior Cervical Discectomy and Fusion
Cervical Fusion Surgery 3D animation C3-4 C5-6 C6-7
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ECD – Implant expansible pour corporectomie cervico-thoracique
ECD – Implant expansible pour corporectomie Technique opératoire ECD – Implant pour la colonne cervicale et thoracique supérieure Son mé- pour ECD 397 129 Support d'instruments pour pince de verrouillage ECD 324 060 |
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Mode demploi ECD – Dispositif expansible de corporectomie
26 août 2016 · ECD – Expandable Corpectomy Device (Dispositif expansible de corporectomie) Le chirurgien doit bien connaître la technique opératoire appropriée bilisation du rachis cervical (C3-C7) et du rachis thoracique supérieur (T1-T2) En daire associé à la saillie du matériel ou de l'implant, cal vicieux, |
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DM de classe IIb et III
4 fév 2009 · Support de greffon cutané (plaque de support, couteau d'expansion Implant expansible pour corporectomie cervico-thoracique et crampon |
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Rachis Les 100 Principaux Diagnostics Pdf Download - szcpostcom
Atlas De Radioanatomie Pour La Pratique - Tdm Et Irm, Crâne, Cou Ou Non Par Le Canal Carotidien, Fracture Du Rachis Cervical, LES OS Constituent Le Support May 3th, 2020 ECD - DISPOSITIF EXPANSIBLE DE CORPORECTOMIE ECD Est Un Implants Radiotransparents En PEEK Sont Disponibles |
