Is high signal intensity in the corticospinal tract a sign of degeneration? - PMC Back to Top Skip
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Background Slowly progressive asymmetric parkinsonism and cortical dysfunction clinically
characterize corticobasal syndrome (CBS). Various pathologic findings, including …

Acquire a better understanding of disease evolution and treatment response with
Neuroradiology Spectrum and Evolution of Disease. The unique format includes carefully …

Corticobasal degeneration is a degenerative disease characterized by asymmetric brain
atrophy and clinically by asymmetric onset of an akinetic‐rigid syndrome with apraxia …

We describe MR findings in patients with a clinical diagnosis of corticobasal degeneration
(CBD). Five patients with different extrapyramidal symptoms were submitted to MRI. All …

Another potential pitfall on MR is that the pulse sequence is not optimal for the detection of
the pathology because different pulse sequences may provide different levels of conspicuity …

The corticospinal tract and other ascending and descending fibers are important in
executing cerebral function. Conventional magnetic resonance and advanced neuroimaging …

This report concerns serial brain computed tomography (CT) images in two patients with
corticobasal degeneration (CBD). The diagnosis of CBD was confirmed by …

BACKGROUND AND PURPOSE: Several studies have questioned the traditional belief that
the corticospinal tract (CST) arises exclusively from the precentral gyrus and passes through …

The corticospinal tract (CST) appears hyperintense on both T2-weighted images and myelin
water maps. Here, an extended multiecho T2 relaxation sequence with echoes out to 1120 …