The aim of this review is to describe the acquisition and reformatting of state of the art high
resolution cone beam CT (HR-CBCT) and demonstrate its role in multiple neurovascular …

Background Current imaging algorithms for post-device evaluation are limited by either poor
representation of the device or poor delineation of the treated vessel. Combining the high …

X-ray digital subtraction angiography (DSA) is a widely used imaging technique in patients
with neurovascular disease, allowing for vessel and flow visualization with high spatio …

Digital subtraction angiography provides excellent spatial and temporal resolution; however,
it lacks the capability to depict the nonvascular anatomy of the brain and spinal cord. A …

BACKGROUND Direct carotid-cavernous fistulas (dCCFs) are often treated endovascularly.
However, because the dCCF is usually a high-flow shunt, it is often difficult to obtain an …

Purpose Digital subtraction angiography provides excellent spatial and temporal resolution,
however lacks the capability to depict adjacent brain parenchyma or spinal cord. Material & …

Introduction Automated imaging systems and artificial intelligence algorithms have facilitated
rapid triage of thrombectomy patients. While the initial focus has been on rapid triage to …

Aim In this study, we retrospectively evaluated the effectiveness and the, safety, and follow-
up results of non-surgical MCA aneurysms treated byvia implantation of a flow diverter …

Our understanding of venous anatomy of the central nervous system relies on the early work
of the giants in our field including the embryologic work of Dorcas Padget, 1 and expanded …