2008Journal of Computer Assisted TomographyRequires access

Motor Control Via Spared Peri-infarct Corticospinal Tract in Patients With Pontine Infarct

Ji‐Won Park, Seong Ho Kim, Yong‐Woon Kim, Jong Yeon Kim, So‐Young Park, Su Min Son, Dai Seg Bai, Sung Ho Jang

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Abstract

We investigated the motor control pathway in 3 patients with pontine infarct using diffusion tensor tractography and functional magnetic resonance imaging. The motor tracts of the affected hemisphere were observed to pass along the same spared peri-infarct corticospinal tract area of the pons on both the first and second diffusion tensor tractography. It seems that the main motor function of these patients is controlled via the spared peri-infarct corticospinal tract.

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What this paper is about

We investigated the motor control pathway in 3 patients with pontine infarct using diffusion tensor tractography and functional magnetic resonance imaging. The motor tracts of the affected hemisphere were observed to pass along the same spared peri-infarct corticospinal tract area of the pons on both the first and second diffusion tensor tractography. It seems that the main motor function of these patients is controlled via the spared peri-infarct corticospinal tract.

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Available abstract

We investigated the motor control pathway in 3 patients with pontine infarct using diffusion tensor tractography and functional magnetic resonance imaging. The motor tracts of the affected hemisphere were observed to pass along the same spared peri-infarct corticospinal tract area of the pons on both the first and second diffusion tensor tractography. It seems that the main motor function of these patients is controlled via the spared peri-infarct corticospinal tract.

Key concepts: Corticospinal tract, Medicine, Pyramidal tracts, Diffusion MRI, Pons, Tractography, Magnetic resonance imaging, Neuroscience

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