Globally Impaired Network of Anatomical Connectivity in Tuberous Sclerosis Complex Patients with Autism Spectrum Disorders

Keywords

achieved affected affine aligned anatomical anisotropy appearing assessed assessing autism brain built called cavity characteristics characterizing children cohort complex computed conference connecting connectivity consensus considerably considered considering constructed controls cortex cortical criteria crossing deflection described developed diffusion disorder disorders eddy element employed ending estimation examination examined exhibit feature fibers field focused fractional frontal genes global globally graph healthy hospital impaired included individual inertia intelligence interactions interpolation investigate investigating label likelihood linear load local long makes manual matrix measure measured medical minimally model models momentum mutations negative neighbors network neurological numerical optimal overall pair participated particularly pathways patient patients people presence previous properties protocol rather regression relationship remnant resolution robust routine scanner school sclerosis segmentation segmentations seizures significantly slice spectrum staple steps stochastic stopping streamline streamlines strong structural studies subject subjects suggest suggesting symptoms synthesized table take talking templates tensor theory transitivity tuber tuberous tubers tumors twice utilizing variable vary white whole