Current Status of ABVS
(1) Department of Radiology Chair, Central State Medical Academy Department of Radiology, Moscow, Russia ABVS technology is being actively studied for cancer examination both as a screening technology and…
(1) Department of Radiology Chair, Central State Medical Academy Department of Radiology, Moscow, Russia ABVS technology is being actively studied for cancer examination both as a screening technology and…
(1) Department of Radiology Chair, Central State Medical Academy Department of Radiology, Moscow, Russia ABVS is a feasible method that may in the future be integrated into the workflow…
Fig. 12.1 ( a ) SE, ( b ) SE, ( c ) SE, ( d ) SE, ( e ) SE, ( f ) SE, ( g ) SE,…
Fig. 19.1 Axial MR 3T, TSE T2-w images. (a) Diffuse infiltrative low-grade glioma. It is ill-defined and tends to blur the normally clear distinction between gray and white matter. (b)…
Sequence TR (ms) TE (ms) Other parameters (TI, FA, ETL) Slice thickness (mm) No. of slices FOV Matrix NEX Examination time (min:s) 500 Min – 6 16 24 256×192 1…
Fig. 5.1 Normal arterial circulation: high-definition 3D TOF image at 3.0 T (matrix 1024×512, FOV 240 mm, slice thickness 1 mm) (a); detail of the circle of Willis, especially of…
Fig. 8.1 Representation of the physical bases of the reconstruction of the diffusion tensor. In homogeneous tissues, the three eigenvalues have similar values, and the tensor is spherical. In tissues…
Fig. 6.1 (a) MRI of a phantom containing main brain metabolites dissolved in a water-based, pH-buffered stock solution. (b) Spectrum acquired from the VOI prescribed in a using volume-selective spectroscopy…
Fig. 3.1 High-resolution morphological and functional study of cerebral glioblastoma: SE T1 (a), FSE T2 (b), FLAIR (c), MRA (d), DWI (e), PWI (f), fMRI with motor task (g) and…
(7.1) where r is the average displacement and D is the diffusion coefficient. A typical value for the brain is D = 0.001 mm2/s. One of the primary clinical applications…