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Research ArticleNeurointervention

Dural Sinus Compartment in Dural Arteriovenous Shunts: A New Angioarchitectural Feature Allowing Superselective Transvenous Dural Sinus Occlusion Treatment

Ronie Leo Piske, Christiane Monteiro Siqueira Campos, Jacinto B. L. Chaves, Ricardo Abicalaf, Guilherme Dabus, Laecio Leitao Batista, Carlos Baccin and Sergio Santos Lima
American Journal of Neuroradiology August 2005, 26 (7) 1715-1722;
Ronie Leo Piske
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Christiane Monteiro Siqueira Campos
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Jacinto B. L. Chaves
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Ricardo Abicalaf
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Guilherme Dabus
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Laecio Leitao Batista
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Carlos Baccin
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Sergio Santos Lima
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    Fig 1.
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    Fig 1.

    Case 4.

    A and B, Right ECA and left occipital artery injections in AP view, showing DAVS in the superior sagittal sinus (SSS) and right transverse sinus (TS). Partial opacification of these sinuses is shown (arrows).

    C and D, Right CCA angiograms, in arterial (C) and venous phase (D). In panel C, the arrow indicates a early partial filling of the SSS and right TS. In panel D, the arrow indicates a nonopacified area of these sinuses.

    E, Superposition of the arterial and venous phases of the right CCA injection, showing in black the shunt and in white the normal venous drainage of the brain.

    F, Injection into the septation (black) during the venous phase of the right ICA.

    G, Conventional radiographic image, showing coils into the septation.

    H, Left occipital artery injection in AP view posttreatment, showing complete occlusion of the shunt.

    I and J, AP and lateral view (venous phase) of the right ICA angiogram, showing patency of the SSS and right TS.

  • Fig 2.
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    Fig 2.

    Case 2.

    A, Right ECA in lateral view shows a DAVS in the distal transversal sinus. Note the convergence of the feeders toward a point.

    B, Right occipital artery injection in oblique view shows the shunt is located only over an accessory sinus that has a “tubular hyperdensity” (arrow).

    C and D, Superselective injection (C) and coil occlusion (D) of the dural sinus compartment.

    E and F, Right occipital and right ICA angiograms, showing complete occlusion of the DAVS, while preserving patency of the lateral and sigmoid sinuses.

  • Fig 3.
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    Fig 3.

    Case 3.

    A, Left CCA angiogram shows DAVS in the SS. Arrow shows a line, which corresponds to a septation.

    B, Left occipital artery angiogram after superselective transvenous dural sinus occlusion, showing complete occlusion of the shunt.

    C, Venous phase of left ICA angiogram in lateral/oblique view showing coils in the septatio, and preservation of the lumen of the SS.

  • Fig 4.
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    Fig 4.

    Case 1.

    A, Right ascending pharyngeal artery angiogram in AP view: DAVS in the foramen magnun region, draining retrogradely toward inferior petrosal sinus and sylvian superficial vein and toward the jugular bulb. Arrow shows hyperdensity.

    B, Left ascending pharyngeal artery angiogram in AP view shows that the shunt is located over an accessory sinus.

    C, Left ascending pharyngeal artery angiogram in AP view after superselective transvenous dural sinus occlusion, showing complete occlusion of the shunt.

    D, RICA angiogram in venous phase, in AP view, showing patency of the normal sinuses.

  • Fig 5.
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    Fig 5.

    Case 9.

    A, Left ECA angiogram in lateral view. There is convergence of feeders toward two points of the cavernous sinus (small arrows). Long arrow is showing a microcatheter into the cavernous sinus (through the inferior petrosal sinus).

    B, Conventional radiograph, showing high-density cast of coils into the most anterior septation (arrow) and low-density cast in a portion of the cavernous sinus.

    C, Left ECA angiogram in AP view after embolization, showing total occlusion of the DAVS.

    D, Left ECA angiogram in lateral view 1 month after embolization, showing recurrence of the shunt only in the posterior septation (arrow). There is no more drainage toward the inferior petrosal sinus.

    E, Conventional radiograph at the end of the second session of embolization. Large arrow show 5F guide catheter into the facial vein (transfemoral approach). Arrow shows fragments of NBCA injected in the accessory meningeal artery.

    F, Left ECA injection in lateral view after embolization, showing complete occlusion of the DAVS.

Tables

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  • Summary of patients with superselective transvenous embolization of compartment

    CaseLocationType of CompartmentSuperselective Transvenous OcclusionTotal Sinus OcclusionRecurrenceResultsNumber of CoilsFollow-up Angio (mo)
    1FMACC+−−Cure63
    2TSACC+−−Cure66
    3SSSEP+−−Cure5
    4SSSSEP+−−Cure151
    5CSSEP+−−Cure66
    6TSSEP+−−Cure43
    7SSSEP++−Cure1510
    8SSACC++−Cure1922
    9CSSEP+−+A+VCure63
    10TSSEP+−+ACure80
    11SSSEP−+−Cure138
    12SSSEP+−−Cure1416
    • Note.—FM indicates foramen magnum; SS, sigmoid sinus; SSS, superior sagital sinus; CS, cavernous sinus; TS, transverse sinus; ACC, accessory sinus; SEP, septation; +, yes; −, no; A+V, arterial and venous approach; A, arterial approach.

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American Journal of Neuroradiology: 26 (7)
American Journal of Neuroradiology
Vol. 26, Issue 7
1 Aug 2005
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Ronie Leo Piske, Christiane Monteiro Siqueira Campos, Jacinto B. L. Chaves, Ricardo Abicalaf, Guilherme Dabus, Laecio Leitao Batista, Carlos Baccin, Sergio Santos Lima
Dural Sinus Compartment in Dural Arteriovenous Shunts: A New Angioarchitectural Feature Allowing Superselective Transvenous Dural Sinus Occlusion Treatment
American Journal of Neuroradiology Aug 2005, 26 (7) 1715-1722;

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Dural Sinus Compartment in Dural Arteriovenous Shunts: A New Angioarchitectural Feature Allowing Superselective Transvenous Dural Sinus Occlusion Treatment
Ronie Leo Piske, Christiane Monteiro Siqueira Campos, Jacinto B. L. Chaves, Ricardo Abicalaf, Guilherme Dabus, Laecio Leitao Batista, Carlos Baccin, Sergio Santos Lima
American Journal of Neuroradiology Aug 2005, 26 (7) 1715-1722;
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