•Hemodynamics:

•Mechanisms of aneurysm initiation and progression

•Growth and remodeling

•Aneurysm growth and rupture

Thrombosis:

•Understanding thrombus formation and development

•Modeling thrombosis

•Spontaneous aneurysm thrombosis and aneurysm evolution

•Predicting, preventing, and managing thrombus formation during Neuroendovascular therapy

•Vascular Wall:

•Wall structure and biology

•Wall structure and strength •Wall mechanics/tension

•Natural history•Basics:

•Aneurysm risk factors & epidemiology

•Brain vascular anatomy, embriology and genetics

•Biofluid mechanics and biomechanics of aneurysms

•Image•Flow imaging:•4D PCMR•DSA FLOW, MAFA

•Wall Imaging:•OCT•Wall calcification, intrasacularthrombus, CT, MRI.