Based on the technology, the Venous Stents market has been segmented into
Iliac vein Stent Technology, Wallstent Technology, and Others.
May-Thurner syndrome (MTS) is a rare disease which occurs due to the compression of the left
iliac vein by the overriding right iliac artery, subsequently resulting in obstructed venous return, and ultimately predisposing the patient to deep venous thrombosis.1 Its incidence is variable and ranges between 5% to 18% in patients with DVT involving lower limb.
The renal vein and external
iliac vein were patent.
Intraoperatively, the tumor was visualized infiltrating the left external and internal iliac artery, left external and internal
iliac vein, recto-sigmoid, bladder, and left ureter.
In Type I CEPS malformations, an end-to-side extrahepatic portosystemic shunt exists, with total diversion of portal mesenteric blood into the IVC, renal or
iliac vein, and complete absence of intrahepatic portal vein branches.
It is very important to identify the flow in the
iliac vein by color Doppler, as well as the normal triphasic waveform and normal flow velocity in the iliac artery, without signs of stenosis or occlusion.
* Graft renal veins: End-to-side anastomosis of the open end of the graft IVC to the recipient common
iliac vein.
A venous leiomyosarcoma originating from a branch vessel of the left external
iliac vein is rare, and this may be the first report of this finding.
May-Thurner syndrome (MTS) or iliocaval compression is an uncommon anatomical variant characterized by external compression of the left common
iliac vein by the right common iliac artery against the lumbar vertebra [1].
(a) Contrast injection of the peristomal varix and opacification of the right
iliac vein. (b) Opacification of the peristomal varices and the right
iliac vein.
The transplanted renal vein was anastomosed to the right external
iliac vein side-to-end using a 50 monofilament with continuous sutures.
The left internal
iliac vein forming the common
iliac vein was transected at the bifurcation region.