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Diffusiontensor MRI tractography in patients with children’s cerebral palsy: assessment of structural lesions of conduction tracts

Y. Ermolina,L. Namazova-Baranova,A. Mamedyarov,A. Anikin,O. Maslova

Published 2019 in Russian Pediatric Journal

ABSTRACT

Introduction. The application of diffusion-tensor (DT)-MRI tractography in patients with children S cerebral palsy (CP) allows to establish pathophysiological mechanisms of the development of motor and sensory impairments, to perform a clinical and neuroimaging comparison, as well as to determine correlations between lesions of the conduction tracts and neurological deficits. Aim. For the determination of changes in fractional anisotropy (FA) and mean diffusivity coefficient (MDC), obtained with DT-MRI in the corticospinal and sensory tracts, structures of the corpus callosum in spastic forms of CP. Materials and methods. There were examined 105 children with spastic forms of CP (spastic tetraparesis - 47, spastic diplegia - 38, hemiparetic form - 20) and 50 children without neurological deficit, at the age of 2-18 years. In all CP patients the severity of motor deficit was evaluated according to Gross Motor Function Classification System (GMFCS). DT-MRI was performed in all cases with the use of devices of General Electric (US), under magnetic field strength of 1.5T and 3T, with the calculation of the FA and the MDC in areas of interest - cerebral peduncles the brain stem, the posterior limb of the internal capsule, the genu and splenium of the corpus callosum, posterior thalamic radiation, postcentral gyrus, the thalamus. Results. There was established the distribution of children according to the GMFCS scale: I - 14 (13,4%), II - 19 (18,1%), III - 20 (19%), IV- 10 (9,5%), V- 42 (40%) cases. The severity of motor impairment on the GMFCS scale closely correlated with the values of FA and ADC in cerebral peduncles, posterior limb of the internal capsule, posterior thalamic radiance, genu of the corpus callosum. Conclusion. DT-MRI enables to assess adequately the changes in the white matter of the brain, structural andfunctional state of the motor and sensory conduction tracts, gives a possibility to predict the development of a child with CP.

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