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Hemodynamics : Mechanisms of aneurysm initiation and progression Growth and remodeling

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

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Hemodynamics : Mechanisms of aneurysm initiation and progression Growth and remodeling

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  1. Hemodynamics: • Mechanisms of aneurysm initiation and progression • Growth and remodeling • Aneurysm growth and rupture

  2. Thrombosis: • Understanding thrombus formation and development • Modeling thrombosis • Spontaneous aneurysm thrombosis and aneurysm evolution • Predicting, preventing, and managing thrombus formation during Neuroendovascular therapy

  3. Vascular Wall: • Wall structure and biology • Wall structure and strength • Wall mechanics/tension

  4. Natural history • Basics: • Aneurysm risk factors & epidemiology • Brain vascular anatomy, embriologyand genetics • Biofluid mechanics and biomechanics of aneurysms

  5. Image • Flow imaging: • 4D PCMR • DSA FLOW, MAFA • Wall Imaging: • OCT • Wall calcification, intrasacularthrombus, CT, MRI.

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