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Transcranial ultrasound neuromodulation of a human white matter tract

Curtin D, Walinjkar J, Fouragnan EF, Hendrikse JJ, Coxon JP.   +4 more
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The Corticospinal Tract in the Kangaroo

Brain, Behavior and Evolution, 2008
The corticospinal tract in the kangaroo crosses in the lower medulla to run chiefly in the ventral part of the opposite dorsal funiculus. It terminates in the adjacent grey matter of the medial parts of laminae III–VI inclusive. The tract does not extend below mid-thoracic levels.
C R, Watson, B W, Freeman
openaire   +2 more sources

Corticospinal tract regrowth

Progress in Neurobiology, 1997
The natural ability of the adult central nervous system of higher vertebrates to recover from injury is highly limited. This limitation is most likely due to an inhospitable environment and/or intrinsic incapacities of the neurons to re-extend their neurites after injury or axotomy. The rat corticospinal tract is the largest tract leading from brain to
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Collateralization of the cervical corticospinal tract in the rat

Neuroscience Letters, 1989
Anterograde staining with Phaseolus vulgaris leucoagglutinin (PHA-L) revealed the spinal arborization pattern of corticospinal tract (CST) fibers in the cervical enlargement of the rat. Within the confines of the pyramidal tract local nets of small fibers are present in addition to the rather large CST fibers with varicosities.
A A, Gribnau, P J, Dederen
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Glioma dissemination along the corticospinal tract

Journal of Neuro-Oncology, 2005
Department of Neuroradiology,Centre Hospitalier Sainte-Anne, Paris, FranceKey words: corticospinal tract, descending pathways, dissemination, glioma, white matter fiber tractsA 25-year-old right-handed woman, without anymedical history, was presented with a two-monthhistory of headaches.
J, Pallud, B, Devaux, C, Daumas-Duport, C, Oppenheim, F X, Roux   +4 more
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Conduction velocities in the corticospinal tract of the horse

Experimental Neurology, 1967
Abstract An investigation of the corticospinal tract of the horse ( Equus caballis ) was made by stimulating the pyramids electrically and recording neural activity evoked in peripheral motor nerves. Conduction velocities of the peripheral nerves were determined and the length of the nerves measured from point of stimulation of the pyramids to exit ...
J E, Breazile, D P, Jennings, B C, Swafford   +2 more
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Subcortical stimulation (mapping) of the corticospinal tract

Clinical Neurophysiology, 2011
[no abstract available]
Deletis V., SALA, Francesco
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Antidromic corticospinal tract potential of the brain

Clinical Neurophysiology, 2000
To describe a novel potential component (antidromic corticospinal tract potential, ACSP) of the brain after translaminar spinal stimulation of a relaxed patient during scoliosis surgery. To study the origin of this component and to compare its source to known sources of the somatosensory evoked potentials (SEPs).We studied 17 consecutive patients ...
J, Partanen, J, Merikanto, H, Kokki, R, Kilpeläinen, A, Koistinen   +4 more
openaire   +2 more sources