Diffusion Tensor Imaging is a technology for describing the direction, magnitude, and anisotropy of water molecule diffusion. It is currently the only non-invasive method of obtaining in vivo white matter structure, and is of great value in the diagnosis of diseases such as cerebral infarction, cerebral hemorrhage, tumors, and in neurofunctional research.
Features
-
01
Non-invasive and contrast agent-free -
02
Efficient workflow with interface-guided data processing and analysis -
03
Embedded motion and eddy current compensation correction -
04
Use seed point/target approximation or full path search for nerve fiber bundle tracking -
05
Optimize nerve fiber bundle tracking by selecting threshold criteria (FA threshold) -
06
Perfect 3D post-processing provides arbitrary rotation of various images, including nerve fiber bundles for observation -
07
Display in combination with 3D anatomical images -
08
Quickly generate various color-coded parameter maps, including ADC, FA, RA, DTI nerve fiber tracking, and tensor eigenvalues.
Clinical Applications
Gray matter heterotopia Diffusion tensor imaging of radiology encephalitis Diffusion tensor imaging of the vegetative state Multiple sclerosis
