We developed an experimental canine model in which four types of aneurysm—bifurcation,
side-wall, small branch-artery, and arterial-stump—were surgically created in the same …

Object. Animal aneurysm models are required for the study of the hemodynamics and
pathophysiology of intracranial aneurysms in humans and so that experimental treatments …

An experimental aneurysm model for in vivo testing of endovascular techniques is
described. The aneurysm is produced surgically in the neck of the rabbit by partial …

We describe a refined animal model of human intracerebral aneurysms for testing
endovascular devices for interventional neuroradiological procedures. Saccular aneurysms …

The purpose of this study was to develop an aneurysm model that mimics the tortuous
anatomy of the cerebrovasculature for the evaluation of endovascular devices. This model is …

Aneurysm rupture may occur in conjunction with swift pressure increases like heavy lifting.
We therefore investigated the transmission of pressure waves as well as local flow rates in …

Although Guglielmi detachable coil (GDC) systems have been generally accepted for
treatment of intracranial aneurysms, primary stenting of aneurysms using porous stents or …

Using data obtained from 3D digital subtraction angiography acquisitions, computational
fluid dynamics techniques were used first to assess hemodynamic factors in geometrically …

Object. The authors investigated whether HydroCoils decreased coil compaction and
aneurysm recanalization in a canine model of a large, wide-necked, high-flow bifurcation …

BACKGROUND AND PURPOSE: The natural history study of experimental aneurysms is
important for the evaluation of new endovascular occlusion devices. Our purpose was to …