Abstract:Cavernous carotid aneurysms can be managed by different surgical as well as endovascular methods. The aim of treatment is to exclude the aneurysm from circulation and maintain normal cerebral blood flow. We are reporting a case of incidentally detected CCA managed by high flow bypass with radial artery graft. We discuss the surgical technique and nuances of high flow bypass surgery.
“…1-6 Bypass techniques remain relevant in the cerebrovascular neurosurgeon's armamentarium for the treatment of complex ruptured and unruptured aneurysms that may not be amenable to or have failed endovascular treatment. 7-29 When a high-flow bypass is required for this purpose, radial artery grafts are especially effective. 30-38 We present a case of a 57-year-old woman who presented with acute left-sided hemiparesis after redo coiling of a recurrent giant right internal carotid artery terminus aneurysm that had previously undergone Atlas stent-assisted coiling.…”
Thrombosis and occlusion after stent-assisted coiling of aneurysms are well-known occurrences, with an incidence ranging from 5% to 20%. [1][2][3][4][5][6] Bypass techniques remain relevant in the cerebrovascular neurosurgeon's armamentarium for the treatment of complex ruptured and unruptured aneurysms that may not be amenable to or have failed endovascular treatment. When a high-flow bypass is required for this purpose, radial artery grafts are especially effective. [30][31][32][33][34][35][36][37][38] We present a case of a 57-year-old woman who presented with acute left-sided hemiparesis after redo coiling of a recurrent giant right internal carotid artery terminus aneurysm that had previously undergone Atlas stentassisted coiling. She underwent mechanical thrombectomy with TICI2b revascularization, but despite this intervention, she progressed to complete hemiplegia the following morning. Therefore, the patient underwent radial artery harvesting, cervical carotid neck exposure, and a pterional craniotomy. A common carotid-M2 direct bypass was performed using a radial artery interposition graft with complete flow restoration to the entire middle cerebral artery distribution. This surgical video reviews the case presentation, surgical anatomy, operative technique, and postoperative course and outcome. The patient gave verbal consent for participation in the procedure and surgical video.
“…1-6 Bypass techniques remain relevant in the cerebrovascular neurosurgeon's armamentarium for the treatment of complex ruptured and unruptured aneurysms that may not be amenable to or have failed endovascular treatment. 7-29 When a high-flow bypass is required for this purpose, radial artery grafts are especially effective. 30-38 We present a case of a 57-year-old woman who presented with acute left-sided hemiparesis after redo coiling of a recurrent giant right internal carotid artery terminus aneurysm that had previously undergone Atlas stent-assisted coiling.…”
Thrombosis and occlusion after stent-assisted coiling of aneurysms are well-known occurrences, with an incidence ranging from 5% to 20%. [1][2][3][4][5][6] Bypass techniques remain relevant in the cerebrovascular neurosurgeon's armamentarium for the treatment of complex ruptured and unruptured aneurysms that may not be amenable to or have failed endovascular treatment. When a high-flow bypass is required for this purpose, radial artery grafts are especially effective. [30][31][32][33][34][35][36][37][38] We present a case of a 57-year-old woman who presented with acute left-sided hemiparesis after redo coiling of a recurrent giant right internal carotid artery terminus aneurysm that had previously undergone Atlas stentassisted coiling. She underwent mechanical thrombectomy with TICI2b revascularization, but despite this intervention, she progressed to complete hemiplegia the following morning. Therefore, the patient underwent radial artery harvesting, cervical carotid neck exposure, and a pterional craniotomy. A common carotid-M2 direct bypass was performed using a radial artery interposition graft with complete flow restoration to the entire middle cerebral artery distribution. This surgical video reviews the case presentation, surgical anatomy, operative technique, and postoperative course and outcome. The patient gave verbal consent for participation in the procedure and surgical video.
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