Vascular type Ehlers-Danlos Syndrome with fatal spontaneous rupture of a right common iliac artery dissection: case report and review of literature

Authors

  • Emily Hayman
  • Aly Abayazeed
  • Mana Moghadamfalahi
  • Darren Cain

DOI:

https://doi.org/10.3941/jrcr.v8i2.1568

Keywords:

Vascular type Ehlers-Danlos Syndrome, Ehlers-Danlos Syndrome, Arterial dissection, Common iliac artery dissection, Arterial rupture, Collagen vascular disease, Ectasia, Retroperitoneal hemorrhage, Axial CT, Retroperitoneal hematoma, Vascular imaging

Abstract

Vascular Ehlers-Danlos Syndrome (previously Ehlers-Danlos IV) is a rare autosomal dominant collagen vascular disorder caused by a 2q31 COL3A1 gene mutation encoding pro-alpha1 chain of type III collagen (in contrast to classic Ehlers-Danlos, caused by a COL5A1 mutation). The vascular type accounts for less than 4% of all Ehlers-Danlos cases and usually has a poor prognosis due to life threatening vascular ruptures and difficult, frequently unsuccessful surgical and vascular interventions. In 70% of cases, vascular rupture or dissection, gastrointestinal perforation, or organ rupture is a presenting sign. We present a case of genetically proven vascular Ehlers-Danlos with fatal recurrent retroperitoneal hemorrhages secondary to a ruptured right common iliac artery dissection in a 30-year-old male. This case highlights the need to suspect collagen vascular disorders when a young adult presents with unexplained retroperitoneal hemorrhage, even without family history of such diseases.

Author Biographies

Emily Hayman

Medical Student, MS3

642 S. 2nd St. Apt 904.

Louisville, KY 40202

Aly Abayazeed

Department of diagnostic radiology, MD.

University of Louisville

530 S Jackson St.

Louisville, KY 40202

Mana Moghadamfalahi

Department of pathology, MD.

University of Louisville

530 S Jackson St.

Louisville, KY 40202

Darren Cain

Department of diagnostic radiology, MD.

University of Louisville

530 S Jackson St.

Louisville, KY 40202

Published

2014-02-22

Issue

Section

General Radiology