Scientific paperExtrarenal fibromuscular hyperplasia☆
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Cited by (106)
Iliac artery fibromuscular dysplasia successfully treated by balloon angioplasty guided by intravascular ultrasound and pressure wire measurements: A case report
2014, Journal of Cardiology CasesCitation Excerpt :One month after angioplasty, the patient could walk without claudication (grade 0; Rutherford classification). Wylie et al. reviewed the arteriograms of 70 patients with renal FMD and found that 4 of the 70 (5.7%) patients had involvement of the external iliac arteries, but their cases were all asymptomatic [6]. Symptomatic iliac FMD is rare, and most cases of iliac FMD can be diagnosed after the diagnosis of renal FMD.
Symptomatic fibromuscular dysplasia of the external iliac artery
2012, Annals of Vascular SurgerySpontaneous dissection of the iliac artery in a patient with fibromuscular dysplasia
2010, Annals of Vascular SurgeryCitation Excerpt :FMD (disease) was described by Leadbetter and Burkland5 in 1938 and has long been considered specific to the renal arteries. Several extrarenal sites, including the abdominal, cervicocephalic, iliac, femoral, and popliteal arteries, have been reported since 1964.6-11 FMD involves, less frequently, the iliac arteries.
Abdominal angina
2009, American Journal of the Medical SciencesCitation Excerpt :The various causes of abdominal angina are summarized in Table 1. In rare cases, chronic mesenteric ischemia may be associated with vasculitis, fibrodysplasia, or radiation.23–25 Radiation enteritis develops in patients who receive 4500 cGy or more of radiation.26
Thirty-eight cases of dysplasia of the superior mesenteric artery
2005, Journal des Maladies VasculairesPathogenesis, natural history, and treatment of unruptured intracranial aneurysms
2004, Mayo Clinic ProceedingsCitation Excerpt :Multiple aneurysms occur in 20% to 25% of patients with saccular aneurysms, and approximately 20% of patients with saccular aneurysms have a family history of SAH or intracranial aneurysms.14 Various other pathological entities have been associated with intracranial aneurysms including arteriovenous malformations (AVMs),15–19 polycystic kidney disease,20–22 coarctation of the aorta,23,24 fibromuscular dysplasia,25–28 Marfan syndrome,29 moyamoya disease,30–34 Ehlers-Danlos syndrome,35,36 pseudoxanthoma elasticum,37 and pituitary gland tumors.5 The underlying pathophysiology leading to the development of intracranial aneurysms has long been a subject of controversy.
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Presented at the annual meeting of the Pacific Coast Surgical Association, Palm Springs, California, February 20–23, 1966.
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From the Departments of Surgery and Radiology, University of California School of Medicine, San Francisco, California.