Skip to main content

Table 2 Published articles of hemodynamic characteristics at rupture point

From: Low wall shear stress is associated with the rupture of intracranial aneurysm with known rupture point: case report and literature review

Reference

Case number

Rupture point identification

Hemodynamic results

Hodis et al. [3]

1

2D image

Concentrated impingement jet with elevated WSS and pressure at peak systole

Kono et al. [5]

1

Fused 3D image

Low WSS at end diastole and high pressure at peak systole

Omodaka et al. [9]

6

Inspection in surgery

Low WSS and high OSI

Fukazawa et al. [2]

12

Inspection in surgery

Low WSS and low flow-velocity pattern

Cebral et al. [1]

9

Inspection of extravascular blood in volume rendered 3D angiograms (n = 4) and/or additional CT images (n = 5)

The rupture site in 8 of 9 aneurysms (89%) had thinner and stiffer walls in regions of abnormally high WSS

  1. WSS wall shear stress, OSI Oscillatory Shear Index, 2D 2-dimensional, 3D 3-dimensional, CT computed tomography