38
W. L. Nowinski
Fig. 2.29 Association tracts of the left cerebral hemisphere
(comprising the corticobulbar tract), and posterior limb (containing the corticospinal
tract). The fibres radiating from the internal capsule to various parts of the cerebral
cortex form the corona radiata.
2.5 Recent Extensions and Future Brain Atlas Developments
From the first edition of this book, our brain atlas work has substantially been
advanced in terms of atlas creation and development of atlas-based applications.
The taxonomy of our brain atlases, grouped into three families, has been presented
in [109]. New atlas-based solutions have been proposed for stroke (the probabilistic
stroke atlas for outcome prediction [110]), neuroradiology (an atlas assistance
in image interpretation in multiple situations and in communication [108]), and
neurology (the 3D atlas of neurologic disorders discussed below) [113].
We have created several new editions of the 3D anatomic and reference brain
atlas and extended the virtual brain to the head and neck [93–96]. The existing
tissue modules (such as the cortex [101] and white matter tracts [102]) have been
W. L. Nowinski
Fig. 2.29 Association tracts of the left cerebral hemisphere
(comprising the corticobulbar tract), and posterior limb (containing the corticospinal
tract). The fibres radiating from the internal capsule to various parts of the cerebral
cortex form the corona radiata.
2.5 Recent Extensions and Future Brain Atlas Developments
From the first edition of this book, our brain atlas work has substantially been
advanced in terms of atlas creation and development of atlas-based applications.
The taxonomy of our brain atlases, grouped into three families, has been presented
in [109]. New atlas-based solutions have been proposed for stroke (the probabilistic
stroke atlas for outcome prediction [110]), neuroradiology (an atlas assistance
in image interpretation in multiple situations and in communication [108]), and
neurology (the 3D atlas of neurologic disorders discussed below) [113].
We have created several new editions of the 3D anatomic and reference brain
atlas and extended the virtual brain to the head and neck [93–96]. The existing
tissue modules (such as the cortex [101] and white matter tracts [102]) have been