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Current NIH 1R01EB031170-01 (PI) Measuring cortical plate and subplate thickness in the human fetal brain from magnetic resonance images NIH 1R01NS114087 (PI) Genetic and hemodynamic effects on prenatal cortical development in congenital heart disease American Heart Association Innovative Project...

Based on our fetal cortical parcellation and labeling and regional analysis techinques, we perform sulcus- and vertex-wise cortical analysis. We also examine sulcal pit and pattern development using our sulcal graph matching and comparison technique. We used a statistical approach to quantitatively...

The purpose of this project is to develop fully automatic pipeline for fetal brain MRI processing including automatic brain segmentation; fetal MRI quality assessment; motion correction; fetal brain tissue segmentation ( Hong et al., Frontiers in Neuroscience, 2020); cortical surface extraction; and...

Spatial distribution and specific geometric and topological patterning of early sulcal folds have been hypothesized to be under stronger genetic control and are more associated with optimal organization of cortical functional areas and their white matter connections, compared to later developing...

Provide unique and biologically relevant imaging biomarkers that not only help us to better understand normal and abnormal brain development, but also aid in the detection and diagnosis of disease.