Analysing the Cortical Folding Pattern of Very Preterm Neonates Scanned at Term-Equivalent Age: Correlations with Diffusion Tensor Tractography

Keywords

adaptive addition adverse affine aligned allow alongside although analyses become biological born brain cerebral coded college combined complexity connected connection connections connectivity correlate correlated correlates correlating correlation correlations corresponds cortex cortical damage decrease deep define developed development difficulty diffusion directional driven early emerging entropy equivalent every expectation expected extract extracted fast features finally find finding finds fold folding form gain gender generate gestation gestational help highly histogram hospital hypothesis implies increasing infants inference integrity interface intra investigate keeping kingdom linear link linked local manifestation marching marked mask meets methodology might modeling modified multivariate negative neonatal neonates notion orientations outcome pathology pattern patterns predictions prematurely probabilistic proceedings process projective properties proximity reduced reflect registered relationship relationships represent resolution reveals risk scanned seed segmentation segmentations segmented space spatial spinal strength strong stronger structure studies subject substantial subtleties summation surface system tension tensor term tract tracts transform trends underlying underwent unweighted volume weeks white