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  • Styloidogenic Jugular Venous Compression Syndrome: Clinical Features and Case Series

    Final Number:

    xiaochun zhao; Claudio Cavallo MD; Randall Hlubek MD; Michael Anthony Mooney MD; Evgenii Belykh MD; Sirin Gandhi MD; Leandro Borba Moreira MD; Ting Lei; Felipe Albuquerque MD; Mark C. Preul MD; Peter Nakaji MD

    Study Design:
    Clinical Trial

    Subject Category:

    Meeting: Congress of Neurological Surgeons 2018 Annual Meeting

    Introduction: Styloidogenic jugular venous compression syndrome (SJVCS) is a rare cause of idiopathic intracranial hypertension (IIH). This diagnosis is often reached after extensive diagnostic workup for a chronic headache.

    Methods: We conducted a retrospective review of all consecutive patients with a diagnosis of SJVCS who underwent microsurgical decompression between April 2009 and October 2017. We reviewed medical records and clinical images to abstract diagnostic and clinical features. We also compared this series with a control group diagnosed as IIH who had normal results on venography and manometry.

    Results: 10 patients with SJVCS presented with headaches; 7 of the 10 patients had headaches that were exacerbated by neck flexion. A total of 11 controls with IIH who underwent venography but were negative for SJVCS were identified and studied. The styloid process was significantly longer in the SJVCS group (mean 31.0±10.6 mm vs. 19.0±14.1 mm; P=0.03), whereas the distance between the styloid process and the C1 lateral tubercle was shorter in the SJVCS group (mean 2.9±1.0 mm vs. 9.9±2.8 mm; P<0.01). Venography and manometry revealed significantly higher global pressure and higher pressure gradient across the stenosis site in the SJVCS patients than in control patients (mean 2.86±2.61 cm H2O vs. 0.13±1.09 cm H2O, p=0.03). A venous pressure elevation during contralateral neck turning was identified in all 10 SJVCS patients (mean 4.28±2.50 cm H2O). All SJVCS patients were treated with transcervical microsurgical decompression. 9 of the 10 patients experienced postoperative improvement or resolution of their symptoms. One patient had transient postoperative dysphagia, and another patient reported facial droop and jaw numbness.

    Conclusions: SJVCS is a novel clinical entity similar to IIH, and patients should be evaluated with venography with manometry. Jugular venous stenosis is caused by osseous compression from the C1 lateral tubercle and the styloid process. Surgical decompression is an effective treatment option for selected patients.

    Patient Care: Our experience described a potential cause for refractory pseudotumor cerebri and can guide the workup and treatment for styloidogenic jugular venous compression syndrome.

    Learning Objectives: By the conclusion of this session, participants should be able to: 1) Identify another reason for refractory pseudotumor cerebri; 2) Identify the clinical diagnosis and treatment for this novel condition.

    References: Dashti SR, Nakaji P, Hu YC, et al.: Styloidogenic jugular venous compression syndrome: diagnosis and treatment: case report. Neurosurgery 70:E795-E799, 2012.

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