Abstract
The depth and volume of the primary olfactory sulcus and secondary orbital sulci in a sample of 22 adolescents with history of very-preterm birth (VPTB), compared to control subjects born at term, were measured, using MRI Anatomist/Brain VISA 3.0.1 package, and possible reductions in gray and white matter analyzed, using voxel-based morphometry (VBM), in a study at University of Barcelona, Spain.
Highlights
The depth and volume of the primary olfactory sulcus and secondary orbital sulci in a sample of 22 adolescents with history of very-preterm birth (VPTB), compared to control subjects born at term, were measured, using MRI Anatomist/Brain VISA 3.0.1 package, and possible reductions in gray and white matter analyzed, using voxel-based morphometry (VBM), in a study at University of Barcelona, Spain
Survivors of overt neonatal encephalopathy are at risk of developing cognitive deficits, even in the absence of functional motor deficits, according to a review of the literature
The cognitive deficits occur in survivors of moderate and severe neonatal encephalopathy, and especially in those with a watershed pattern of injury, involving cortex and white matter in posterior intervascular boundary regions
Summary
The depth and volume of the primary olfactory sulcus and secondary orbital sulci in a sample of 22 adolescents with history of very-preterm birth (VPTB), compared to control subjects born at term, were measured, using MRI Anatomist/Brain VISA 3.0.1 package, and possible reductions in gray and white matter analyzed, using voxel-based morphometry (VBM), in a study at University of Barcelona, Spain. Survivors of overt neonatal encephalopathy are at risk of developing cognitive deficits, even in the absence of functional motor deficits, according to a review of the literature
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