While hemodialysis access ligation has been used to manage pacemaker (PM) and
implantable cardioverter‐defibrillator (ICD) lead‐induced central venous stenosis (CVS) …

Purpose Symptomatic central vein stenosis commonly occurs when cardiac rhythm
management device (CRMD) leads are placed via the subclavian vein ipsilateral to …

Central vein stenosis is an indolent and underestimated complication of permanent
pacemaker placement. It leads to serious problems in hemodialysis patients when …

Discussion Subclavian vein, and to a lesser extent internal jugular vein cannulation, is an
important risk factor for central venous stenosis (CVS). Dialysis fistula, increasing the venous …

The objective of this study was to determine the incidence and timing of complications
associated with ipsilateral transvenous pacemakers and hemodialysis access, including …

Discussion Venous hypertension due to subclavian stenosis/occlusion in haemodialysis
patients with a history of previous subclavian cannulation for temporary vascular access and …

In hemodialysis patients, central venous stenosis (CVS) is defined as a greater than 50%
lesion in the internal jugular, subclavian, or axillary veins and which affects the hemodialysis …

OGINOSAWA, Y., et al.: The Incidence and Risk Factors For Venous Obstruction After
Implantation of Transvenous Pacing Leads. Several investigators have shown that the …

Transvenous placement of permanent pacemaker leads is currently the most common
method for permanent cardiac pacing. Venous abnormalities, in particular venous stenosis …

Cardiovascular implantable electronic devices (CIED s) are frequently utilized in
hemodialysis patients. CIED leads are typically implanted via the subclavian vein resulting …