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Research ArticleNeurointervention

Self-Expandable Stent-Assisted Coiling of Wide-Necked Intracranial Aneurysms: A Single-Center Experience

Sergin Akpek, Anil Arat, Hesham Morsi, Richard P. Klucznick, Charles M. Strother and Michel E. Mawad
American Journal of Neuroradiology May 2005, 26 (5) 1223-1231;
Sergin Akpek
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Anil Arat
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Hesham Morsi
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Richard P. Klucznick
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Charles M. Strother
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Michel E. Mawad
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  • Fig 1.
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    Fig 1.

    Schematic illustration of Neuroform-assisted embolization of a wide-necked superior hypophyseal aneurysm.

    A, Microcatheter containing the stent was positioned over the wire distal to aneurysm location.

    B, The stent was deployed by holding the stabilizing catheter in a fixed position while the 3F catheter was pulled back.

    C and D, Interstices of fully expanded stent can easily accommodate microcatheter for coiling. Protrusion of coil loops in to internal carotid artery is prevented by the stent.

  • Fig 2.
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    Fig 2.

    Case 8.

    A, Pretreatment lateral carotid angiography shows a broad-necked superior hypophyseal aneurysm of the right internal carotid artery.

    B, Stent delivery system is advanced distal to the aneurysm over microguidewire. Distal marker of the stent delivery catheter, proximal and distal markers of the stent itself within the catheter are visible.

    C, Lateral fluoroscopic view shows the stent in the cavernous internal carotid artery, covering the orifice of the aneurysm.

    D, Late arterial phase of lateral carotid angiography obtained after the stent deployment shows contrast extravasation, which is confirmed by CT (E) also. F and G, The second session of embolization performed 3 weeks later failed because of the persistent protrusion of the coils into the internal carotid artery.

  • Fig 3.
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    Fig 3.

    Case 10.

    A, Left vertebral angiography obtained 6 months after previous surgery shows residual filling of the basilar tip aneurysm and additional right vertebral artery aneurysm close to the origin of the posterior inferior cerebellar artery. Right posteriocerebral artery is supplied by the right carotid circulation via right posterior communicating artery (not shown).

    B, Fluoroscopic road map image during embolization with balloon remodeling technique and postembolization right vertebral angiogram (C) shows satisfactory occlusion of the aneurysm with small neck remnant, especially on the right side.

    D, Follow-up angiography 22 months after the embolization reveals recanalization and regrowth of the aneurysm.

    E, After placement of Neuroform stent extending from the left posterior communicating artery to the distal basilar artery recanalized portion of the aneurysm embolized with multiple coils.

    F, Proximal and distal markers of second Neuroform stent, placed across the right vertebral artery aneurysm, are seen. After insertion of the first coil into the aneurysm, lumen flow within the right posterior inferior cerebellar artery is diminished. The coil is retracted and embolization is abandoned.

  • Fig 4.
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    Fig 4.

    Case 3.

    A, Left carotid angiogram obtained after deployment of Neuroform stent shows broad-necked aneurysm originating from the lateral wall of the internal carotid artery at the level of ophthalmic artery.

    B, Advancement of the first coil in to the aneurysm through interstices of the stent.

    C, Total occlusion of the aneurysm is seen on postembolization anteroposterior left carotid angiography.

    D, On lateral view, ill-defined filling defects consistent with significant amount of fresh thrombus is seen within the stented segment of the left internal carotid artery proximal to aneurysm. Partial and complete lysis of the clot is seen on angiograms obtained 15 minutes (E) and 24 hours (F) after starting the intravenous abciximab protocol.

Tables

  • Figures
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    TABLE 1:

    Summary of patients treated with neuroform assisted coilinga

    Patient No.AgeAneurysm locationSizes (Dome/Neck) (mm)StatusStent sizeBalloon protectionResultF/U time (Month)F/U resultAdverse events and notes
    146Basilar tip12/7UR4.0 × 20YesPS
    259L Carotid, supraclinoid7/5UR4.5 × 20NoRF7RFPrev emb w/o stent failed
    361L Carotid, ophthalmic6/5UR4.5 × 20NoCReopro infusion for thrombus
    429L Carotid, pCom10/8UR4.0 × 20NoPS8C
    562R Carotid, ophthalmic5/5UR4.0 × 20NoRFReopro infusion for thrombus
    Right Groin Hematoma
    Re-treatmentYesPS14CBalloon protection
    652R Carotid, cavernous8/6UR, Rec4.0 × 20NoC9CPrevious attempt with balloon expandable stent failed
    Stenting failed at 1st attempt
    747R Carotid, sup. Hypo5/5UR4.0 × 20YesRF7CReopro infusion for thrombus
    839R Carotid, sup. Hypo4/4UR4.0 × 20Extravasation due to guide wire injury to a distal branch
    2nd attemptNoFailedCoil protrusion
    944L Carotid, ophthalmic18/7UR4.0 × 20NoPS2PSStenting failed at 1st attempt
    Loss of vision on left eye
    1067Basilar tip12/6R, Rec4.0 × 20NoPS3PS
    R. Vertebral, PICA11/8UR4.5 × 20NoFailedProtrusion of coils into PICA
    Aneurysm ruptured
    1160L Carotid, ophthalmic4/5UR4.5 × 20YesFailedRight hemiplegia & aphasia
    R Carotid, ophthalmic4/4UR4.5 × 20N/A
    1267R Carotid, pCom.4/3UR4.5 × 20NoRF
    1358R Carotid, cavernous12/7UR4.5 × 20YesPS6RF
    1472R Carotid, supraclinoid11/8UR4.5 × 20YesPSPutaminal hemorrhage nine days after embolization
    1567R Carotid, ophthalmic16/6*UR4.0 × 20YesPS2RF
    1653L Carotid, ophthalmic12/8UR4.5 × 20YesRF
    4.0 × 15
    1759L Carotid, supraclinoid7/6URNoFailedSevere contrast reaction
    1882R Carotid, pCom.6/5R4.0 × 20NoPS
    1958L Carotid, petrous6/4UR, Rec4.5 × 20NoPS7RF
    2046L Carotid, ophthalmic9/6UR4.5 × 20YesPSReopro infusion for thrombus
    2171R Carotid, supraclinoid8/7UR4.5 × 20YesRFStenting failed at 1st attempt
    R Carotid, pCom.8/7URYesRF
    2268L Carotid, ophthalmic10/8UR4.0 × 20NoPS
    2378R Carotid, ophthalmic5/4UR4.5 × 20NoPS6C
    2459L Carotid, supraclinoid10/5UR4.5 × 20NoC3C
    2546R Posterior cerebral19/19UR4.0 × 20NoCParent artery occlusion resulted occipital stroke
    2659L Carotid, ophthalmic7/6UR4.5 × 20YesPS
    2736L Posterior cerebral6/6R4.0 × 20NoPS
    2870Basilar tip10/10R, Rec4.0 × 20NoPSCross-stenting, late mortal posterior circulation stroke
    4.0 × 20No
    2954L Carotid, cavernous7/7UR, Rec4.0 × 20NoRFReopro infusion for thrombus
    3066Basilar tip20/12UR4.0 × 20NoRF
    3162R Carotid, ophthalmic6/4UR4.5 × 20NoCReopro infusion for thrombus
    Occular TIA 2 weeks after
    3273R Carotid, ophthalmic12/7UR4.5 × 20NoRF
    • Note.—

    • a L, left; R, right; pCom, posterior communicating artery; sup. Hypo, superior hypophyseal; PICA, Posterior inferior cerebellar artery; UR, unruptured; R, ruptured; Rec, Recurrent; C, Complete occlusion; PS, Partial but satisfactory occlusion (>90%); RF, Residual filling (<90%); F/U, follow-up; w/o, without.

    • View popup
    TABLE 2:

    Complications and adverse events

    Patient #EventPND
    128Late subacute thromboembolic strokeYes*
    211Aneurysm ruptureYes
    38SAH due to guide wire perforationNo
    425Parent vessel occlusionNo
    59Loss of visionYes
    631Visual TIANo
    714Late Intra cranial hemorrhageYes
    85Groin HematomaNo
    917Contrast ReactionNo
    • Note.—PND, Permanent neurologic deficit; SAH, Subarachnoid hemorrhage; TIA, Transient ischemic attack.

    • * Patient deceased.

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American Journal of Neuroradiology: 26 (5)
American Journal of Neuroradiology
Vol. 26, Issue 5
1 May 2005
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Sergin Akpek, Anil Arat, Hesham Morsi, Richard P. Klucznick, Charles M. Strother, Michel E. Mawad
Self-Expandable Stent-Assisted Coiling of Wide-Necked Intracranial Aneurysms: A Single-Center Experience
American Journal of Neuroradiology May 2005, 26 (5) 1223-1231;

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Self-Expandable Stent-Assisted Coiling of Wide-Necked Intracranial Aneurysms: A Single-Center Experience
Sergin Akpek, Anil Arat, Hesham Morsi, Richard P. Klucznick, Charles M. Strother, Michel E. Mawad
American Journal of Neuroradiology May 2005, 26 (5) 1223-1231;
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