Functional ultrasound (FUS) has emerged as a novel imaging method to reliably assess
relative cerebral blood volume (rCBV) and infer perfusion, with good spatiotemporal …

Ischemic stroke occurs abruptly causing sudden neurologic deficits, and therefore, very little
is known about hemodynamic perturbations in the brain immediately after stroke onset …

Tomographic perfusion imaging techniques are integral to translational stroke research
paradigms that advance our understanding of the disease. Functional ultrasound (fUS) is an …

Following middle cerebral artery occlusion, tissue outcome ranges from normal to infarcted
depending on depth and duration of hypoperfusion as well as occurrence and efficiency of …

The bolus kinetic in ultrasonic cerebral perfusion imaging is the most favored data
acquisition and processing technique. However, there has not yet been convincing evidence …

We introduce an ultrasound speckle decorrelation-based time-lagged functional ultrasound
technique (tl-fUS) for the quantification of the relative changes in cerebral blood flow speed …

Direct and real-time assessment of cerebral hemodynamics is key to improving our
understanding of cerebral blood flow regulation in health and disease states such as stroke …

Functional ultrasound imaging (fUSI) is an appealing method for measuring blood flow and
thus infer brain activity, but it relies on the physiology of neurovascular coupling and …

Eyding et al state that there is a growing body of evidence that ultrasound perfusion imaging
with the bolus or the diminution approach expands the diagnostic potential of ultrasound …

Background and Purpose—Color-coded perfusion maps can be calculated from ultrasound
harmonic gray-scale imaging data after ultrasound contrast agent bolus injection to analyze …