Can data be obtained from cerebrovascular structures?
What if detailed three-dimensional vascular condition informationcould be obtained from TOF MRA source images?
Rapid, accurate, and non-invasive measurement of cerebrovascular conditions based on TOF MRA.
As a new cerebrovascular biomarker, it enables the measurement of cerebrovascular wall shear stress.
Motivation
Can data be obtained from cerebrovascular structures?
What if detailed three-dimensional vascular condition information
could be obtained from TOF MRA source images?
Rapid, accurate, and non-invasive measurement of cerebrovascular conditions
based on TOF MRA.
As a new cerebrovascular biomarker,
it enables the measurement of cerebrovascular wall shear stress.
The Future of Cerebrovascular Analysis,
Made Possible byNeuFlow.
A Next-Generation Cerebrovascular Analysis Solution Integrating the Best of CFD and PC-MR Technologies.
Quickly and Easily Diagnoses Various Cerebrovascular Risk Factors, Including Cerebral Infarction, Stroke, and Aneurysms.
WHY VINT?
VINT reflects internal vascular conditions through TOF MRA.
An innovative solution for measuring and simultaneously visualizing cerebrovascular wall shear volume.
We provide SIG, a new cerebrovascular biomarker, offering a simpler and faster solution compared to traditional methods.
We facilitate more convenient communication with patients through their examination records.
What isSIG?
SIG (Signal Intensity Gradient) is not merely a factor for identifying specific diseases but a biomarker platform that can be utilized to determine the causes and prognoses of various cerebrovascular conditions.
SIG, as a surrogate marker, demonstrates a strong correlation with wall shear stress and represents the tangential force exerted by blood flow on the endothelial surface of the vessel.
