Journal of Endovascular Therapy · 2010 · 52 citations · 32 references
The primary location of longitudinal aortic growth will drive the RAIA in a cranial or caudal direction. When the disease process is largely located below the renal ostia, infrarenal aortic lengthening drives the renal ostia cranially, forcing the implantation angle of the renal ostia to be caudally directed. The opposite occurs in type II or III TAAAs, where the bulk of disease is above the renal arteries, driving the ostia down to create RAIAs that are nearly orthogonal to the centerline of flow. Utilization of this data could result in endovascular grafts designed with branches replacing fenestrations for renal artery perfusion.
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E. Stanley Crawford, John L. Crawford, Hazim J. Safi et al. · Journal of Vascular Surgery · 1986 · 846 citations
Long-term Results, Intraoperative Factors, Endovascular Technique +7
E. Stanley Crawford, John L. Crawford, Hazim J. Safi et al. · Journal of Vascular Surgery · 1986 · 801 citations
Long-term Results, Intraoperative Factors, Endovascular Technique +7
Contemporary Analysis of Descending Thoracic and Thoracoabdominal Aneurysm Repair
Roy K. Greenberg, Qingsheng Lu, Eric E. Roselli et al. · Circulation · 2008 · 527 citations
Roy K. Greenberg, W. Charles Sternbergh, Michel S. Makaroun et al. · Journal of Vascular Surgery · 2009 · 337 citations · Full text
Thomas Abbruzzese, Christopher J. Kwolek, David C. Brewster et al. · Journal of Vascular Surgery · 2008 · 264 citations
Device-specific Analysis, Endovascular Technique, Aortic Diseases +7