Evaluation of White Matter Development and Small World Anatomical Networks in Fetal Brain by SBTFE Sequence from MRI.

Keywords

abbreviated accepted achieved acquisition among anatomical applied artifact assess audience basically becoming besides bilateral brain brains cellular cerebellar cerebral china clearly cohesive combination complex concentrated connection connections connectivity contrast correlates correlation course decreases degree deposition development discomfort edges encoding evaluate every except explained explore facts fast fetal fetus fetuses fibers findings firstly flow flowing fluid former frontal generally gestational getting going good graph gray human increasing indicating intensity interregional knowledge length living lobe lobes lowest magnetization making mapped matrix maturation measured might migration motion neighborhoods network networks node nodes occipital others owing package parentheses parietal part path pattern patterns plotted pons post posterior pregnancy prenatal preserving properties quite radiology recovery reduce reflected repetition represent scale scanner school secondly sense sensitivity short shortened significantly singleton sirs slice software space spatial statistical steady stronger structure subject subjects supplied target temp temporal thalamus theoretical tower train turbo ultrafast underwent undirected unsynchronized weeks white world