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Cervical myelopathy caused by ventrally located atlanto-axial synovial cysts: An open quest for the safest and most effective surgical management. Case series and systematic review of the literature

Authors :
Salvatore Chibbaro
Ismail Zaed
J. Todeschi
Mario Ganau
G. Bernard
François Proust
Farouk Hajhouji
P. Di Emidio
Raoul Pop
Charles-Henry Mallereau
Arthur Gubian
Source :
Neurochirurgie. 66:447-454
Publication Year :
2020
Publisher :
Elsevier BV, 2020.

Abstract

Summary of background data Despite a good understanding of the natural history of spinal synovial cysts (SCs), a widespread agreement regarding their optimal management is still lacking. This is particularly true for SCs occurring at the C1-C2 level, which are rare, but oftentimes lead to a rapidly evolving cervical myelopathy. Methods We report a series of 4 patients (M:F ratio = 1:1; mean age 63.5 years) presenting with progressive cervical myelopathy secondary to ventrally located C1-C2 SCs. All patients underwent a postero-lateral facet-sparing intradural approach with total excision of the SCs. Functional status was assessed pre- and postoperatively with Nurick scale and the modified Japanese Orthopaedic association grading. Furthermore we conducted a systematic review, following PRISMA guidelines of pertinent literature to contextualize the options for surgical management of such lesions. Results Complete excision of the SCs was confirmed radiologically and on histological analysis. All measures of functional status improved post-operatively, and no cyst recurrence or need for instrumented fusion were noted during follow up (range from 22 to 88 months). Conclusion Our experience suggests that the facet-sparing intradural approach provides excellent clinical outcomes without causing any C1–C2 instability. This is in keeping with the take home message emerging from our literature review, which confirms that treatment should aim at radical resection of SCs while minimizing the risk of postoperative instability.

Details

ISSN :
00283770
Volume :
66
Database :
OpenAIRE
Journal :
Neurochirurgie
Accession number :
edsair.doi.dedup.....281a33323ec3f7394537890d7611ba39