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- W2898380733 abstract "Impaired locomotion is a frequent and major source of disability in patients with neurological conditions. Different neuroimaging methods have been used to understand the brain substrates of locomotion in various neurological diseases (mainly in Parkinson's disease) during actual walking, and while resting (using mental imagery of gait, or brain-behavior correlation analyses). These studies, using structural (i.e., MRI) or functional (i.e., functional MRI or functional near infra-red spectroscopy) brain imaging, electrophysiology (i.e., EEG), non-invasive brain stimulation (i.e., transcranial magnetic stimulation, or transcranial direct current stimulation) or molecular imaging methods (i.e., PET, or SPECT) reveal extended brain networks involving both grey and white matters in key cortical (i.e., prefrontal cortex) and subcortical (basal ganglia and cerebellum) regions associated with locomotion. However, the specific roles of the various pathophysiological mechanisms encountered in each neurological condition on the phenotype of gait disorders still remains unclear. After reviewing the results of individual brain imaging techniques across the common neurological conditions, such as Parkinson's disease, dementia, stroke, or multiple sclerosis, we will discuss how the development of new imaging techniques and computational analyses that integrate multivariate correlations in large enough datasets might help to understand how individual pathophysiological mechanisms express clinically as an abnormal gait. Finally, we will explore how these new analytic methods could drive our rehabilitative strategies." @default.
- W2898380733 created "2018-11-02" @default.
- W2898380733 creator A5003693672 @default.
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- W2898380733 date "2018-12-01" @default.
- W2898380733 modified "2023-10-16" @default.
- W2898380733 title "Brain imaging of locomotion in neurological conditions" @default.
- W2898380733 cites W1193777686 @default.
- W2898380733 cites W1272571422 @default.
- W2898380733 cites W1530811504 @default.
- W2898380733 cites W1539270760 @default.
- W2898380733 cites W1566107574 @default.
- W2898380733 cites W1823650640 @default.
- W2898380733 cites W1825953317 @default.
- W2898380733 cites W1828334443 @default.
- W2898380733 cites W1896177897 @default.
- W2898380733 cites W1907418661 @default.
- W2898380733 cites W1917502497 @default.
- W2898380733 cites W1921779474 @default.
- W2898380733 cites W1941564197 @default.
- W2898380733 cites W1943537685 @default.
- W2898380733 cites W1961355050 @default.
- W2898380733 cites W1963401873 @default.
- W2898380733 cites W1965112813 @default.
- W2898380733 cites W1965329800 @default.
- W2898380733 cites W1968187292 @default.
- W2898380733 cites W1968299734 @default.
- W2898380733 cites W1972926816 @default.
- W2898380733 cites W1974489633 @default.
- W2898380733 cites W1976374202 @default.
- W2898380733 cites W1980247363 @default.
- W2898380733 cites W1980309682 @default.
- W2898380733 cites W1983420402 @default.
- W2898380733 cites W1984672481 @default.
- W2898380733 cites W1985419794 @default.
- W2898380733 cites W1985700754 @default.
- W2898380733 cites W1986576339 @default.
- W2898380733 cites W1992967362 @default.
- W2898380733 cites W1993179022 @default.
- W2898380733 cites W1995293458 @default.
- W2898380733 cites W2000721805 @default.
- W2898380733 cites W2002165700 @default.
- W2898380733 cites W2002260612 @default.
- W2898380733 cites W2002370820 @default.
- W2898380733 cites W2002914256 @default.
- W2898380733 cites W2004397238 @default.
- W2898380733 cites W2005781881 @default.
- W2898380733 cites W2005973286 @default.
- W2898380733 cites W2007021711 @default.
- W2898380733 cites W2011717274 @default.
- W2898380733 cites W2012884785 @default.
- W2898380733 cites W2012994259 @default.
- W2898380733 cites W2013712141 @default.
- W2898380733 cites W2014623035 @default.
- W2898380733 cites W2016423476 @default.
- W2898380733 cites W2018297326 @default.
- W2898380733 cites W2023248473 @default.
- W2898380733 cites W2025007739 @default.
- W2898380733 cites W2025430246 @default.
- W2898380733 cites W2029016520 @default.
- W2898380733 cites W2032071290 @default.
- W2898380733 cites W2033427845 @default.
- W2898380733 cites W2038950780 @default.
- W2898380733 cites W2039688993 @default.
- W2898380733 cites W2043824897 @default.
- W2898380733 cites W2044121136 @default.
- W2898380733 cites W2047726601 @default.
- W2898380733 cites W2051908989 @default.
- W2898380733 cites W2053356496 @default.
- W2898380733 cites W2055659567 @default.
- W2898380733 cites W2057506617 @default.
- W2898380733 cites W2059254955 @default.
- W2898380733 cites W2061289607 @default.
- W2898380733 cites W2062598667 @default.
- W2898380733 cites W2067697856 @default.
- W2898380733 cites W2069062463 @default.
- W2898380733 cites W2069202200 @default.
- W2898380733 cites W2069762774 @default.
- W2898380733 cites W2069908974 @default.
- W2898380733 cites W2071714163 @default.
- W2898380733 cites W2075214216 @default.
- W2898380733 cites W2076079596 @default.
- W2898380733 cites W2078756260 @default.
- W2898380733 cites W2079723480 @default.
- W2898380733 cites W2082007567 @default.
- W2898380733 cites W2082641523 @default.
- W2898380733 cites W2084723765 @default.
- W2898380733 cites W2085892632 @default.
- W2898380733 cites W2088318017 @default.
- W2898380733 cites W2092172896 @default.
- W2898380733 cites W2092316281 @default.
- W2898380733 cites W2094144068 @default.
- W2898380733 cites W2094510930 @default.
- W2898380733 cites W2098249967 @default.