Comparative Anatomic Analysis of Neuronavigated Transmastoid-Infralabyrinthine Approaches for Jugular Fossa Pathologies: Short Anterior Rerouting Versus Nonrerouting and Tailored Nonrerouting Techniques

Author:

Cinibulak Zafer12ORCID,Martinez Santos Jaime L.3,Poggenborg Jörg24,Schliwa Stefanie5,Ostovar Nima12,Keles Abdullah6,Baskaya Mustafa K.6,Nakamura Makoto12

Affiliation:

1. Department of Neurosurgery, Merheim Hospital, Cologne, Germany;

2. Faculty of Health, Witten/Herdecke University, Witten, Germany;

3. Department of Neurosurgery, Medical University of South Carolina, Charleston, South Carolina,,USA;

4. Department of Radiology, Merheim Hospital, Cologne, Germany;

5. Institute of Anatomy, Anatomy and Cell Biology, University of Bonn, Bonn, Germany;

6. Department of Neurological Surgery, University of Wisconsin School of Medicine & Public Health, Madison, Wisconsin,,USA

Abstract

BACKGROUND AND OBJECTIVES: Access to the jugular fossa pathologies (JFPs) via the transmastoid infralabyrinthine approach (TI-A) using the nonrerouting technique (removing the bone anterior and posterior to the facial nerve while leaving the nerve protected within the fallopian canal) or with the short-rerouting technique (rerouting the mastoid segment of the facial nerve anteriorly) has been described in previous studies. The objective of this study is to compare the access to Fisch class C lesions (JFPs extending or destroying the infralabyrinthine and apical compartment of the temporal bone with or without involving the carotid canal) between the nonrerouting and the short-rerouting techniques. Also, some tailored steps to the nonrerouting technique (NR-T) were outlined to enhance access to the jugular fossa (JF) as an alternative to the short-rerouting technique. METHODS: Neuronavigated TI-A was performed using the nonrerouting, tailored nonrerouting, and short-rerouting techniques on both sides of 10 human head specimens. Exposed area, horizontal distance, surgical freedom, and horizontal angle were calculated using vector coordinates for nonrerouting and short-rerouting techniques. RESULTS: The short-rerouting technique had significantly higher values than the NR-T (P < .01) for the exposed area (169.1 ± SD 11.5 mm2 vs 151.0 ± SD 12.4 mm2), horizontal distance (15.9 ± SD 0.6 mm vs 10.6 ± SD 0.5 mm2), surgical freedom (19 650.2 ± SD 722.5 mm2 vs 17 233.8 ± SD 631.7 mm2), and horizontal angle (75.2 ± SD 5.1° vs 61.7 ± SD 4.6°). However, adding some tailored steps to the NR-T permitted comparable access to the JF. CONCLUSION: Neuronavigated TI-A with the short-rerouting technique permits wider access to the JF compared with the NR-T. However, the tailored NR-T provides comparable access to the JF and may be a better option for class C1 and selected class C2 and C3 JFPs.

Publisher

Ovid Technologies (Wolters Kluwer Health)

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