(作者:Michael R. Go, MD, Michael P. Siegenthaler, MD, Robert Y. Rhee, MD[|]Journal of vascular surgery 刊发时间:2008-10)(查看:3954 下载:1) | 概述:Graft collapse is a known complication of thoracic aortic stent grafting, particularly in cases of traumatic thoracic aortic transection, when a typically smaller diameter aorta is repaired with a relatively large diameter device. In contrast, obstruction of the aorta from a stent graft that protrudes into the aortic arch but does not collapse is a less common complication of thoracic aortic stent grafting that can present as a functional aortic coarctation. We describe here two |
| (作者:K.P. Donas,M. Czerny,I. Guber,H. Teufelsbauer,J. N 刊发时间:2007-05)(查看:3936 下载:4) | 概述:Purpose. To report the results of a systematic review of the literature and to provide evidence for the hybrid openendovascular repair (HOER) in patients with thoracoabdominal aortic aneurysms (TAAAs). Methods. A comprehensive literature review was performed and all studies identified that reported the results of HOER in patients with TAAA and information about primary technical and clinical success in evaluating the immediate and longterm complications such as neurological, renal and respirator |
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(作者:C.D. Bicknell 刊发时间:2008-11)(查看:3930 下载:11) | 概述:Objectives: To describe our experience of treating juxtarenal (JRAAA’s <4 mm
neck) and thoracoabdominal aortic aneurysms (TAAA’s) using fenestrated and branched stent
graft technology.
Design: Prospective single centre experience.
Methods: Since 2005, 29 fenestrated/branched procedures have been performed. 15 patients
are studied with JRAAAs (nZ7; median neck length 0 mm (IQR 0e3.8)) or TAAAs (type I
(nZ2), III (nZ2), IV (nZ4)). ASA grade III in 12/15. Maximum diameter of aneurysm
64 mm ( |
| (作者:Ballotta E, 刊发时间:2000-01)(查看:3918 下载:2) |
(作者:H.B. Colac¸o a,*, 刊发时间:2008-08)(查看:3914 下载:4) | (作者:Liang-Wan Chen, MD, Xiao-Fu Dai, MD, Guo-Feng Yang, MD, Gui-Can Zhang, MD,[|]Annual of thoracic su 刊发时间:2010-07)(查看:3911 下载:3) | 概述:In total arch replacement for acute type A aortic dissec- tion, the left subclavian artery anastomosis and the distal anastomosis at the descending aorta are often remarkably difficult because of the deep surgical field. We developed a single-branched stent graft that was constructed by adding a side arm stent-graft to a conventional aortic stent graft. By its open placement into the origin of the
left subclavian artery and the descending aorta, the left subclavian artery anastomosis |
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(作者:David J. Minion,Eleftherios Xenos,Ehab Sorial,Sibu 刊发时间:2007-11)(查看:3909 下载:4) | 概述:Bilateral common iliac artery involvement remains a significant challenge for endovascular aneurysm repair. We describe a technique to overcome this obstacle that we have termed the trifurcated endograft. The technique involves the deployment of a second bifurcated endoprosthesis into an iliac limb to create a three-limbed graft. The third limb is then used as the origin for an extension into one hypogastric artery. |
| (作者:Timothy A.M. Chuter, DM[|] 刊发时间:1900-01)(查看:3897 下载:4) |
(作者:Claudio S. Cina,FRCSC, Msc,Hussein A. Safar,FRCSI, 刊发时间:2001-11)(查看:3897 下载:3) | 概述:Purpose: We describe outcomes in a cohort of patients undergoing subclavian carotid transposition (SCT) for occlusive disease of the first segment of the subclavian artery and perform a systematic review of the literature on SCT and carotid subclavian bypass grafting (CSB). |
| (作者:John A. Elefteriades, MD 刊发时间:2008-05)(查看:3894 下载:21) | 概述:The vast database of the Yale Center for Thoracic Aortic Disease—which includes information on 3000 patients with thoracic aortic aneurysm or dissection, with 9000 catalogued images and 9000 patient-years of follow-up—has, over the last decade, permitted multiple glimpses into the “playbook” of this virulent disease. Understanding the precise behavioral features of thoracic aortic aneurysm and dissection permits us more effectively to combat this disease. |
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(作者:Peter Mikhail,Phil J. Hess,Charles T. Klodell,Thom 刊发时间:2007-09)(查看:3870 下载:2) | 概述:Acute aortic dissection is a disease entity that is treated depending on the extent and location of involvement of the dissection flap. Type A dissection (involving the ascending aorta and/or aortic arch) is managed surgically, whereas type B dissection (involving only the descending aorta) is usually managed medically. Because these treatments are different and prompt intervention is critical to survival,accurate initial diagnosis is essential. Clinical changes may also develop that represent a |
| (作者:Jenny K. Hoang, MBBS, FRANZCR, Santiago Martinez, 刊发时间:2008-10)(查看:3859 下载:5) | 概述:Open surgical and endovascular repair techniques can be used to manage thoracic aortic diseases such as dissection, intramural hematoma, aneurysm, pseudoaneurysm, and penetrating ulcer. Following thoracic aortic repair, imaging has an important role in routine follow-up and in investigation of suspected complications. The thoracic aorta has a spectrum of expected postoperative findings on computed tomography angiography (CTA), magnetic resonance angiography (MRA), conventional angiography, and c |
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