BACKGROUND AND PURPOSE: Hemodynamics may predispose aneurysms to rupture;
however, hemodynamic descriptors that can describe aneurysm growth are not well …

BACKGROUND AND PURPOSE: The role of blood-flow biomechanics on the size,
morphology, and growth of cerebral aneurysms is poorly known. The purpose of this study …

BACKGROUND AND PURPOSE: Rupture risk of intracranial aneurysms may depend on
hemodynamic characteristics. This has been assessed by comparing hemodynamic data of …

BACKGROUND AND PURPOSE: Hemodynamics is thought to play an important role in the
mechanisms of cerebral aneurysm initiation, progression, and rupture. The purpose of this …

BACKGROUND AND PURPOSE: Studies have shown that the occurrence of brain
aneurysms and risk of rupture vary between locations. However, the reason that aneurysms …

BACKGROUND AND PURPOSE: The options for treating giant fusiform basilar aneurysms
are limited, and the potential impact of planned interventions is difficult to assess. We …

OBJECTIVE: The role of hemodynamics in the growth of intracranial aneurysms is not
completely clear. We present a hemodynamic study with two adjacent unruptured …

Previous experimental and theoretical studies on the hemodynamics of saccular intracranial
aneurysms have provided evidence that aneurysms tend to grow, thrombose and rupture …

Abstract Background and Purpose Hemodynamics play a driving role in the life cycle of
brain aneurysms from initiation through growth until eventual rupture. The specific factors …

Objective The detailed mechanisms of cerebral aneurysm evolution are poorly understood
but are important for objective aneurysm evaluation and improved patient management. The …