BACKGROUND AND PURPOSE: Locally compacting the mesh of a flow diverter by a
dynamic push-pull technique can accelerate intracranial aneurysm healing. We asked how …

BACKGROUND: A neurovascular flow diverter (FD), aiming at inducing embolic occlusion of
cerebral aneurysms through hemodynamic changes, can produce variable mesh densities …

BACKGROUND AND PURPOSE: Neurovascular flow diverters are flexible, braided stent-
meshes for intracranial aneurysm treatment. We applied the dynamic push-pull technique to …

Background Limitations on treating large, giant, and wide-necked aneurysms with coiling
have made flow diverters a promising alternative to current practice by supporting …

BACKGROUND AND PURPOSE: Recent studies have shown promising results regarding
intracranial aneurysms treated with flow diverters. However, these have had adverse effects …

Introduction Flow diverting devices and stents can be used to treat cerebral aneurysms too
difficult to treat with coiling or craniotomy and clipping. However, the hemodynamic effects of …

Background The primary goal of conventional endovascular and microvascular approaches
is the clinical and radiological resolution of the symptomatic aneurysm-induced mass effect …

Introduction Flow diverters (FDs) are increasingly used in the treatment of wide-necked
aneurysms. Objective To examine the hypothesis that intentional FD compaction might …

Background: Compacting a flow-diverting (FD) stent is an emerging technique to create a
denser configuration of wires across the aneurysm ostium. However, quantitative analyses …

Flow diverters (FD), a new generation of intracranial stents with a low porosity mesh, have
been applied as an alternative treatment for intracranial aneurysms. However, their efficacy …